%!PS-Adobe-2.0 %%Creator: dvips(k) 5.92b Copyright 2002 Radical Eye Software %%Title: PRB_NN_Basic-MS-SL-AG.dvi %%Pages: 13 %%PageOrder: Ascend %%BoundingBox: 0 0 596 842 %%DocumentFonts: CMBX12 CMR10 CMTI9 CMR9 CMR6 CMR8 CMBX9 CMTI10 CMR7 %%+ CMMI10 CMMI7 CMEX10 CMR5 CMSY10 CMMI9 CMMI6 CMSY7 CMBX6 CMBXTI10 %%+ CMSY9 CMBSY10 %%DocumentPaperSizes: a4 %%EndComments %DVIPSWebPage: (www.radicaleye.com) %DVIPSCommandLine: dvips PRB_NN_Basic-MS-SL-AG.dvi -o %+ PRB_NN_Basic-MS-SL-AG.ps %DVIPSParameters: dpi=600, compressed %DVIPSSource: TeX output 2005.10.06:1333 %%BeginProcSet: texc.pro %! /TeXDict 300 dict def TeXDict begin/N{def}def/B{bind def}N/S{exch}N/X{S N}B/A{dup}B/TR{translate}N/isls false N/vsize 11 72 mul N/hsize 8.5 72 mul N/landplus90{false}def/@rigin{isls{[0 landplus90{1 -1}{-1 1}ifelse 0 0 0]concat}if 72 Resolution div 72 VResolution div neg scale isls{ landplus90{VResolution 72 div vsize mul 0 exch}{Resolution -72 div hsize mul 0}ifelse TR}if Resolution VResolution vsize -72 div 1 add mul TR[ matrix currentmatrix{A A round sub abs 0.00001 lt{round}if}forall round exch round exch]setmatrix}N/@landscape{/isls true N}B/@manualfeed{ statusdict/manualfeed true put}B/@copies{/#copies X}B/FMat[1 0 0 -1 0 0] N/FBB[0 0 0 0]N/nn 0 N/IEn 0 N/ctr 0 N/df-tail{/nn 8 dict N nn begin /FontType 3 N/FontMatrix fntrx N/FontBBox FBB N string/base X array /BitMaps X/BuildChar{CharBuilder}N/Encoding IEn N end A{/foo setfont}2 array copy cvx N load 0 nn put/ctr 0 N[}B/sf 0 N/df{/sf 1 N/fntrx FMat N df-tail}B/dfs{div/sf X/fntrx[sf 0 0 sf neg 0 0]N df-tail}B/E{pop nn A definefont setfont}B/Cw{Cd A length 5 sub get}B/Ch{Cd A length 4 sub get }B/Cx{128 Cd A length 3 sub get sub}B/Cy{Cd A length 2 sub get 127 sub} B/Cdx{Cd A length 1 sub get}B/Ci{Cd A type/stringtype ne{ctr get/ctr ctr 1 add N}if}B/id 0 N/rw 0 N/rc 0 N/gp 0 N/cp 0 N/G 0 N/CharBuilder{save 3 1 roll S A/base get 2 index get S/BitMaps get S get/Cd X pop/ctr 0 N Cdx 0 Cx Cy Ch sub Cx Cw add Cy setcachedevice Cw Ch true[1 0 0 -1 -.1 Cx sub Cy .1 sub]/id Ci N/rw Cw 7 add 8 idiv string N/rc 0 N/gp 0 N/cp 0 N{ rc 0 ne{rc 1 sub/rc X rw}{G}ifelse}imagemask restore}B/G{{id gp get/gp gp 1 add N A 18 mod S 18 idiv pl S get exec}loop}B/adv{cp add/cp X}B /chg{rw cp id gp 4 index getinterval putinterval A gp add/gp X adv}B/nd{ /cp 0 N rw exit}B/lsh{rw cp 2 copy get A 0 eq{pop 1}{A 255 eq{pop 254}{ A A add 255 and S 1 and or}ifelse}ifelse put 1 adv}B/rsh{rw cp 2 copy get A 0 eq{pop 128}{A 255 eq{pop 127}{A 2 idiv S 128 and or}ifelse} ifelse put 1 adv}B/clr{rw cp 2 index string putinterval adv}B/set{rw cp fillstr 0 4 index getinterval putinterval adv}B/fillstr 18 string 0 1 17 {2 copy 255 put pop}for N/pl[{adv 1 chg}{adv 1 chg nd}{1 add chg}{1 add chg nd}{adv lsh}{adv lsh nd}{adv rsh}{adv rsh nd}{1 add adv}{/rc X nd}{ 1 add set}{1 add clr}{adv 2 chg}{adv 2 chg nd}{pop nd}]A{bind pop} forall N/D{/cc X A type/stringtype ne{]}if nn/base get cc ctr put nn /BitMaps get S ctr S sf 1 ne{A A length 1 sub A 2 index S get sf div put }if put/ctr ctr 1 add N}B/I{cc 1 add D}B/bop{userdict/bop-hook known{ bop-hook}if/SI save N @rigin 0 0 moveto/V matrix currentmatrix A 1 get A mul exch 0 get A mul add .99 lt{/QV}{/RV}ifelse load def pop pop}N/eop{ SI restore userdict/eop-hook known{eop-hook}if showpage}N/@start{ userdict/start-hook known{start-hook}if pop/VResolution X/Resolution X 1000 div/DVImag X/IEn 256 array N 2 string 0 1 255{IEn S A 360 add 36 4 index cvrs cvn put}for pop 65781.76 div/vsize X 65781.76 div/hsize X}N /p{show}N/RMat[1 0 0 -1 0 0]N/BDot 260 string N/Rx 0 N/Ry 0 N/V{}B/RV/v{ /Ry X/Rx X V}B statusdict begin/product where{pop false[(Display)(NeXT) (LaserWriter 16/600)]{A length product length le{A length product exch 0 exch getinterval eq{pop true exit}if}{pop}ifelse}forall}{false}ifelse end{{gsave TR -.1 .1 TR 1 1 scale Rx Ry false RMat{BDot}imagemask grestore}}{{gsave TR -.1 .1 TR Rx Ry scale 1 1 false RMat{BDot} imagemask grestore}}ifelse B/QV{gsave newpath transform round exch round exch itransform moveto Rx 0 rlineto 0 Ry neg rlineto Rx neg 0 rlineto fill grestore}B/a{moveto}B/delta 0 N/tail{A/delta X 0 rmoveto}B/M{S p delta add tail}B/b{S p tail}B/c{-4 M}B/d{-3 M}B/e{-2 M}B/f{-1 M}B/g{0 M} B/h{1 M}B/i{2 M}B/j{3 M}B/k{4 M}B/w{0 rmoveto}B/l{p -4 w}B/m{p -3 w}B/n{ p -2 w}B/o{p -1 w}B/q{p 1 w}B/r{p 2 w}B/s{p 3 w}B/t{p 4 w}B/x{0 S rmoveto}B/y{3 2 roll p a}B/bos{/SS save N}B/eos{SS restore}B end %%EndProcSet %%BeginProcSet: f7b6d320.enc % Thomas Esser, Dec 2002. public domain % % Encoding for: % cmb10 cmbx10 cmbx12 cmbx5 cmbx6 cmbx7 cmbx8 cmbx9 cmbxsl10 % cmdunh10 cmr10 cmr12 cmr17cmr6 cmr7 cmr8 cmr9 cmsl10 cmsl12 cmsl8 % cmsl9 cmss10cmss12 cmss17 cmss8 cmss9 cmssbx10 cmssdc10 cmssi10 % cmssi12 cmssi17 cmssi8cmssi9 cmssq8 cmssqi8 cmvtt10 % /TeXf7b6d320Encoding [ /Gamma /Delta /Theta /Lambda /Xi /Pi /Sigma /Upsilon /Phi /Psi /Omega /ff /fi /fl /ffi /ffl /dotlessi /dotlessj /grave /acute /caron /breve /macron /ring /cedilla /germandbls /ae /oe /oslash /AE /OE /Oslash /suppress /exclam /quotedblright /numbersign /dollar /percent /ampersand /quoteright /parenleft /parenright /asterisk /plus /comma /hyphen /period /slash /zero /one /two /three /four /five /six /seven /eight /nine /colon /semicolon /exclamdown /equal /questiondown /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 /quotedblleft /bracketright /circumflex /dotaccent /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 /endash /emdash /hungarumlaut /tilde /dieresis /suppress /.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 /Gamma /Delta /Theta /Lambda /Xi /Pi /Sigma /Upsilon /Phi /Psi /.notdef /.notdef /Omega /ff /fi /fl /ffi /ffl /dotlessi /dotlessj /grave /acute /caron /breve /macron /ring /cedilla /germandbls /ae /oe /oslash /AE /OE /Oslash /suppress /dieresis /.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 /.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 ] def %%EndProcSet %%BeginProcSet: 74afc74c.enc % Thomas Esser, Dec 2002. public domain % % Encoding for: % cmbxti10 cmff10 cmfi10 cmfib8 cmti10 cmti12 cmti7 cmti8cmti9 cmu10 % /TeX74afc74cEncoding [ /Gamma /Delta /Theta /Lambda /Xi /Pi /Sigma /Upsilon /Phi /Psi /Omega /ff /fi /fl /ffi /ffl /dotlessi /dotlessj /grave /acute /caron /breve /macron /ring /cedilla /germandbls /ae /oe /oslash /AE /OE /Oslash /suppress /exclam /quotedblright /numbersign /sterling /percent /ampersand /quoteright /parenleft /parenright /asterisk /plus /comma /hyphen /period /slash /zero /one /two /three /four /five /six /seven /eight /nine /colon /semicolon /exclamdown /equal /questiondown /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 /quotedblleft /bracketright /circumflex /dotaccent /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 /endash /emdash /hungarumlaut /tilde /dieresis /suppress /.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 /Gamma /Delta /Theta /Lambda /Xi /Pi /Sigma /Upsilon /Phi /Psi /.notdef /.notdef /Omega /ff /fi /fl /ffi /ffl /dotlessi /dotlessj /grave /acute /caron /breve /macron /ring /cedilla /germandbls /ae /oe /oslash /AE /OE /Oslash /suppress /dieresis /.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 /.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 ] def %%EndProcSet %%BeginProcSet: aae443f0.enc % Thomas Esser, Dec 2002. public domain % % Encoding for: % cmmi10 cmmi12 cmmi5 cmmi6 cmmi7 cmmi8 cmmi9 cmmib10 % /TeXaae443f0Encoding [ /Gamma /Delta /Theta /Lambda /Xi /Pi /Sigma /Upsilon /Phi /Psi /Omega /alpha /beta /gamma /delta /epsilon1 /zeta /eta /theta /iota /kappa /lambda /mu /nu /xi /pi /rho /sigma /tau /upsilon /phi /chi /psi /omega /epsilon /theta1 /pi1 /rho1 /sigma1 /phi1 /arrowlefttophalf /arrowleftbothalf /arrowrighttophalf /arrowrightbothalf /arrowhookleft /arrowhookright /triangleright /triangleleft /zerooldstyle /oneoldstyle /twooldstyle /threeoldstyle /fouroldstyle /fiveoldstyle /sixoldstyle /sevenoldstyle /eightoldstyle /nineoldstyle /period /comma /less /slash /greater /star /partialdiff /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 /flat /natural /sharp /slurbelow /slurabove /lscript /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 /dotlessi /dotlessj /weierstrass /vector /tie /psi /.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 /Gamma /Delta /Theta /Lambda /Xi /Pi /Sigma /Upsilon /Phi /Psi /.notdef /.notdef /Omega /alpha /beta /gamma /delta /epsilon1 /zeta /eta /theta /iota /kappa /lambda /mu /nu /xi /pi /rho /sigma /tau /upsilon /phi /chi /psi /tie /.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 /.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 ] def %%EndProcSet %%BeginProcSet: 0ef0afca.enc % Thomas Esser, Dec 2002. public domain % % Encoding for: % cmr5 % /TeX0ef0afcaEncoding [ /Gamma /Delta /Theta /Lambda /Xi /Pi /Sigma /Upsilon /Phi /Psi /Omega /arrowup /arrowdown /quotesingle /exclamdown /questiondown /dotlessi /dotlessj /grave /acute /caron /breve /macron /ring /cedilla /germandbls /ae /oe /oslash /AE /OE /Oslash /suppress /exclam /quotedblright /numbersign /dollar /percent /ampersand /quoteright /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 /quotedblleft /bracketright /circumflex /dotaccent /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 /endash /emdash /hungarumlaut /tilde /dieresis /suppress /.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 /Gamma /Delta /Theta /Lambda /Xi /Pi /Sigma /Upsilon /Phi /Psi /.notdef /.notdef /Omega /arrowup /arrowdown /quotesingle /exclamdown /questiondown /dotlessi /dotlessj /grave /acute /caron /breve /macron /ring /cedilla /germandbls /ae /oe /oslash /AE /OE /Oslash /suppress /dieresis /.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 /.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 ] def %%EndProcSet %%BeginProcSet: bbad153f.enc % Thomas Esser, Dec 2002. public domain % % Encoding for: % cmsy10 cmsy5 cmsy6 cmsy7 cmsy8 cmsy9 % /TeXbbad153fEncoding [ /minus /periodcentered /multiply /asteriskmath /divide /diamondmath /plusminus /minusplus /circleplus /circleminus /circlemultiply /circledivide /circledot /circlecopyrt /openbullet /bullet /equivasymptotic /equivalence /reflexsubset /reflexsuperset /lessequal /greaterequal /precedesequal /followsequal /similar /approxequal /propersubset /propersuperset /lessmuch /greatermuch /precedes /follows /arrowleft /arrowright /arrowup /arrowdown /arrowboth /arrownortheast /arrowsoutheast /similarequal /arrowdblleft /arrowdblright /arrowdblup /arrowdbldown /arrowdblboth /arrownorthwest /arrowsouthwest /proportional /prime /infinity /element /owner /triangle /triangleinv /negationslash /mapsto /universal /existential /logicalnot /emptyset /Rfractur /Ifractur /latticetop /perpendicular /aleph /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 /union /intersection /unionmulti /logicaland /logicalor /turnstileleft /turnstileright /floorleft /floorright /ceilingleft /ceilingright /braceleft /braceright /angbracketleft /angbracketright /bar /bardbl /arrowbothv /arrowdblbothv /backslash /wreathproduct /radical /coproduct /nabla /integral /unionsq /intersectionsq /subsetsqequal /supersetsqequal /section /dagger /daggerdbl /paragraph /club /diamond /heart /spade /arrowleft /.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 /minus /periodcentered /multiply /asteriskmath /divide /diamondmath /plusminus /minusplus /circleplus /circleminus /.notdef /.notdef /circlemultiply /circledivide /circledot /circlecopyrt /openbullet /bullet /equivasymptotic /equivalence /reflexsubset /reflexsuperset /lessequal /greaterequal /precedesequal /followsequal /similar /approxequal /propersubset /propersuperset /lessmuch /greatermuch /precedes /follows /arrowleft /spade /.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 /.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 ] def %%EndProcSet %%BeginProcSet: texps.pro %! TeXDict begin/rf{findfont dup length 1 add dict begin{1 index/FID ne 2 index/UniqueID ne and{def}{pop pop}ifelse}forall[1 index 0 6 -1 roll exec 0 exch 5 -1 roll VResolution Resolution div mul neg 0 0]FontType 0 ne{/Metrics exch def dict begin Encoding{exch dup type/integertype ne{ pop pop 1 sub dup 0 le{pop}{[}ifelse}{FontMatrix 0 get div Metrics 0 get div def}ifelse}forall Metrics/Metrics currentdict end def}{{1 index type /nametype eq{exit}if exch pop}loop}ifelse[2 index currentdict end definefont 3 -1 roll makefont/setfont cvx]cvx def}def/ObliqueSlant{dup sin S cos div neg}B/SlantFont{4 index mul add}def/ExtendFont{3 -1 roll mul exch}def/ReEncodeFont{CharStrings rcheck{/Encoding false def dup[ exch{dup CharStrings exch known not{pop/.notdef/Encoding true def}if} forall Encoding{]exch pop}{cleartomark}ifelse}if/Encoding exch def}def end %%EndProcSet %%BeginProcSet: special.pro %! TeXDict begin/SDict 200 dict N SDict begin/@SpecialDefaults{/hs 612 N /vs 792 N/ho 0 N/vo 0 N/hsc 1 N/vsc 1 N/ang 0 N/CLIP 0 N/rwiSeen false N /rhiSeen false N/letter{}N/note{}N/a4{}N/legal{}N}B/@scaleunit 100 N /@hscale{@scaleunit div/hsc X}B/@vscale{@scaleunit div/vsc X}B/@hsize{ /hs X/CLIP 1 N}B/@vsize{/vs X/CLIP 1 N}B/@clip{/CLIP 2 N}B/@hoffset{/ho X}B/@voffset{/vo X}B/@angle{/ang X}B/@rwi{10 div/rwi X/rwiSeen true N}B /@rhi{10 div/rhi X/rhiSeen true N}B/@llx{/llx X}B/@lly{/lly X}B/@urx{ /urx X}B/@ury{/ury X}B/magscale true def end/@MacSetUp{userdict/md known {userdict/md get type/dicttype eq{userdict begin md length 10 add md maxlength ge{/md md dup length 20 add dict copy def}if end md begin /letter{}N/note{}N/legal{}N/od{txpose 1 0 mtx defaultmatrix dtransform S atan/pa X newpath clippath mark{transform{itransform moveto}}{transform{ itransform lineto}}{6 -2 roll transform 6 -2 roll transform 6 -2 roll transform{itransform 6 2 roll itransform 6 2 roll itransform 6 2 roll curveto}}{{closepath}}pathforall newpath counttomark array astore/gc xdf pop ct 39 0 put 10 fz 0 fs 2 F/|______Courier fnt invertflag{PaintBlack} if}N/txpose{pxs pys scale ppr aload pop por{noflips{pop S neg S TR pop 1 -1 scale}if xflip yflip and{pop S neg S TR 180 rotate 1 -1 scale ppr 3 get ppr 1 get neg sub neg ppr 2 get ppr 0 get neg sub neg TR}if xflip yflip not and{pop S neg S TR pop 180 rotate ppr 3 get ppr 1 get neg sub neg 0 TR}if yflip xflip not and{ppr 1 get neg ppr 0 get neg TR}if}{ noflips{TR pop pop 270 rotate 1 -1 scale}if xflip yflip and{TR pop pop 90 rotate 1 -1 scale ppr 3 get ppr 1 get neg sub neg ppr 2 get ppr 0 get neg sub neg TR}if xflip yflip not and{TR pop pop 90 rotate ppr 3 get ppr 1 get neg sub neg 0 TR}if yflip xflip not and{TR pop pop 270 rotate ppr 2 get ppr 0 get neg sub neg 0 S TR}if}ifelse scaleby96{ppr aload pop 4 -1 roll add 2 div 3 1 roll add 2 div 2 copy TR .96 dup scale neg S neg S TR}if}N/cp{pop pop showpage pm restore}N end}if}if}N/normalscale{ Resolution 72 div VResolution 72 div neg scale magscale{DVImag dup scale }if 0 setgray}N/psfts{S 65781.76 div N}N/startTexFig{/psf$SavedState save N userdict maxlength dict begin/magscale true def normalscale currentpoint TR/psf$ury psfts/psf$urx psfts/psf$lly psfts/psf$llx psfts /psf$y psfts/psf$x psfts currentpoint/psf$cy X/psf$cx X/psf$sx psf$x psf$urx psf$llx sub div N/psf$sy psf$y psf$ury psf$lly sub div N psf$sx psf$sy scale psf$cx psf$sx div psf$llx sub psf$cy psf$sy div psf$ury sub TR/showpage{}N/erasepage{}N/setpagedevice{pop}N/copypage{}N/p 3 def @MacSetUp}N/doclip{psf$llx psf$lly psf$urx psf$ury currentpoint 6 2 roll newpath 4 copy 4 2 roll moveto 6 -1 roll S lineto S lineto S lineto closepath clip newpath moveto}N/endTexFig{end psf$SavedState restore}N /@beginspecial{SDict begin/SpecialSave save N gsave normalscale currentpoint TR @SpecialDefaults count/ocount X/dcount countdictstack N} N/@setspecial{CLIP 1 eq{newpath 0 0 moveto hs 0 rlineto 0 vs rlineto hs neg 0 rlineto closepath clip}if ho vo TR hsc vsc scale ang rotate rwiSeen{rwi urx llx sub div rhiSeen{rhi ury lly sub div}{dup}ifelse scale llx neg lly neg TR}{rhiSeen{rhi ury lly sub div dup scale llx neg lly neg TR}if}ifelse CLIP 2 eq{newpath llx lly moveto urx lly lineto urx ury lineto llx ury lineto closepath clip}if/showpage{}N/erasepage{}N /setpagedevice{pop}N/copypage{}N newpath}N/@endspecial{count ocount sub{ pop}repeat countdictstack dcount sub{end}repeat grestore SpecialSave restore end}N/@defspecial{SDict begin}N/@fedspecial{end}B/li{lineto}B /rl{rlineto}B/rc{rcurveto}B/np{/SaveX currentpoint/SaveY X N 1 setlinecap newpath}N/st{stroke SaveX SaveY moveto}N/fil{fill SaveX SaveY moveto}N/ellipse{/endangle X/startangle X/yrad X/xrad X/savematrix matrix currentmatrix N TR xrad yrad scale 0 0 1 startangle endangle arc savematrix setmatrix}N end %%EndProcSet %%BeginFont: CMBSY10 %!PS-AdobeFont-1.1: CMBSY10 1.00 %%CreationDate: 1992 Jul 23 21:21:18 % Copyright (C) 1997 American Mathematical Society. All Rights Reserved. 11 dict begin /FontInfo 7 dict dup begin /version (1.00) readonly def /Notice (Copyright (C) 1997 American Mathematical Society. All Rights Reserved) readonly def /FullName (CMBSY10) readonly def /FamilyName (Computer Modern) readonly def /Weight (Bold) readonly def /ItalicAngle -14.035 def /isFixedPitch false def end readonly def /FontName /CMBSY10 def /PaintType 0 def /FontType 1 def /FontMatrix [0.001 0 0 0.001 0 0] readonly def /Encoding 256 array 0 1 255 {1 index exch /.notdef put} for dup 2 /multiply put readonly def /FontBBox{-27 -940 1332 825}readonly def /UniqueID 5000762 def currentdict end currentfile eexec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cleartomark %%EndFont %%BeginFont: CMSY9 %!PS-AdobeFont-1.1: CMSY9 1.0 %%CreationDate: 1991 Aug 15 07:22:27 % Copyright (C) 1997 American Mathematical Society. All Rights Reserved. 11 dict begin /FontInfo 7 dict dup begin /version (1.0) readonly def /Notice (Copyright (C) 1997 American Mathematical Society. All Rights Reserved) readonly def /FullName (CMSY9) readonly def /FamilyName (Computer Modern) readonly def /Weight (Medium) readonly def /ItalicAngle -14.035 def /isFixedPitch false def end readonly def /FontName /CMSY9 def /PaintType 0 def /FontType 1 def /FontMatrix [0.001 0 0 0.001 0 0] readonly def /Encoding 256 array 0 1 255 {1 index exch /.notdef put} for dup 0 /.notdef put readonly def /FontBBox{-30 -958 1146 777}readonly def /UniqueID 5000819 def currentdict end currentfile eexec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cleartomark %%EndFont %%BeginFont: CMBXTI10 %!PS-AdobeFont-1.1: CMBXTI10 1.0 %%CreationDate: 1991 Aug 18 17:46:30 % Copyright (C) 1997 American Mathematical Society. All Rights Reserved. 11 dict begin /FontInfo 7 dict dup begin /version (1.0) readonly def /Notice (Copyright (C) 1997 American Mathematical Society. All Rights Reserved) readonly def /FullName (CMBXTI10) readonly def /FamilyName (Computer Modern) readonly def /Weight (Bold) readonly def /ItalicAngle -14.04 def /isFixedPitch false def end readonly def /FontName /CMBXTI10 def /PaintType 0 def /FontType 1 def /FontMatrix [0.001 0 0 0.001 0 0] readonly def /Encoding 256 array 0 1 255 {1 index exch /.notdef put} for dup 0 /.notdef put readonly def /FontBBox{-29 -250 1274 754}readonly def /UniqueID 5000771 def currentdict end currentfile eexec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cleartomark %%EndFont %%BeginFont: CMBX6 %!PS-AdobeFont-1.1: CMBX6 1.0 %%CreationDate: 1991 Aug 20 16:35:30 % Copyright (C) 1997 American Mathematical Society. All Rights Reserved. 11 dict begin /FontInfo 7 dict dup begin /version (1.0) readonly def /Notice (Copyright (C) 1997 American Mathematical Society. All Rights Reserved) readonly def /FullName (CMBX6) readonly def /FamilyName (Computer Modern) readonly def /Weight (Bold) readonly def /ItalicAngle 0 def /isFixedPitch false def end readonly def /FontName /CMBX6 def /PaintType 0 def /FontType 1 def /FontMatrix [0.001 0 0 0.001 0 0] readonly def /Encoding 256 array 0 1 255 {1 index exch /.notdef put} for dup 0 /.notdef put readonly def /FontBBox{-49 -250 1367 753}readonly def /UniqueID 5000764 def currentdict end currentfile eexec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cleartomark %%EndFont %%BeginFont: CMSY7 %!PS-AdobeFont-1.1: CMSY7 1.0 %%CreationDate: 1991 Aug 15 07:21:52 % Copyright (C) 1997 American Mathematical Society. All Rights Reserved. 11 dict begin /FontInfo 7 dict dup begin /version (1.0) readonly def /Notice (Copyright (C) 1997 American Mathematical Society. All Rights Reserved) readonly def /FullName (CMSY7) readonly def /FamilyName (Computer Modern) readonly def /Weight (Medium) readonly def /ItalicAngle -14.035 def /isFixedPitch false def end readonly def /FontName /CMSY7 def /PaintType 0 def /FontType 1 def /FontMatrix [0.001 0 0 0.001 0 0] readonly def /Encoding 256 array 0 1 255 {1 index exch /.notdef put} for dup 0 /.notdef put readonly def /FontBBox{-15 -951 1252 782}readonly def /UniqueID 5000817 def currentdict end currentfile eexec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cleartomark %%EndFont %%BeginFont: CMMI6 %!PS-AdobeFont-1.1: CMMI6 1.100 %%CreationDate: 1996 Jul 23 07:53:52 % Copyright (C) 1997 American Mathematical Society. All Rights Reserved. 11 dict begin /FontInfo 7 dict dup begin /version (1.100) readonly def /Notice (Copyright (C) 1997 American Mathematical Society. All Rights Reserved) readonly def /FullName (CMMI6) readonly def /FamilyName (Computer Modern) readonly def /Weight (Medium) readonly def /ItalicAngle -14.04 def /isFixedPitch false def end readonly def /FontName /CMMI6 def /PaintType 0 def /FontType 1 def /FontMatrix [0.001 0 0 0.001 0 0] readonly def /Encoding 256 array 0 1 255 {1 index exch /.notdef put} for dup 0 /.notdef put readonly def /FontBBox{11 -250 1241 750}readonly def /UniqueID 5087381 def currentdict end currentfile eexec D9D66F633B846A97B686A97E45A3D0AA0529731C99A784CCBE85B4993B2EEBDE 3B12D472B7CF54651EF21185116A69AB1096ED4BAD2F646635E019B6417CC77B 532F85D811C70D1429A19A5307EF63EB5C5E02C89FC6C20F6D9D89E7D91FE470 B72BEFDA23F5DF76BE05AF4CE93137A219ED8A04A9D7D6FDF37E6B7FCDE0D90B 986423E5960A5D9FBB4C956556E8DF90CBFAEC476FA36FD9A5C8175C9AF513FE D919C2DDD26BDC0D99398B9F4D03D6A8F05B47AF95EF28A9C561DBDC98C47CF5 5250011D19E9366EB6FD153D3A100CAA6212E3D5D93990737F8D326D347B7EDC 4391C9DF440285B8FC159D0E98D4258FC57892DDF0342CA1080743A076089583 6AD6FB2DC4C13F077F17789476E48402796E685107AF60A63FB0DE0266D55CF1 8D0AD65B9342CB686E564758C96164FFA711B11C1CE8C726F3C7BB1044BBD283 9AA4675747DF61E130A55E297CA5F0182A3F12F9085AF2F503481071724077A9 387E27879A9649AD5F186F33500FAC8F7FA26634BDCE1221EC0ED0E359E5EA5E 6166526FEB90C30D30099FBDC1BC2F9B62EFEEC48345160804AA98F8D0AA54B7 A480E715426651865C8E444EDB798C7E11040AF6E5A7ED1888653C6DBF5E6169 70BCD9C063B63B561EF165BF3AF11F8E519F37C6FDA2827685739DE2C48B5ADE EE84F067D704D4511DBFA49E166D543CFD9ECD7417055D8A827F51E087CD2927 BAFC7E6CFBD70B0FE969F890A11149D3D44D422C3370495DA9951AEE7253A49F 3A9444C8CD9158D84117299F7F2332FEB0F94E6ED8BC7AA789A3219BC2F227D3 3B5BC75FB53B55D72AF4A6A7BB613FA235B11BB37D059FD87127CEF73D5B3FBF 9F91ABAD78BD9240BD9525EBA78095EA0BDB25D1A19E876F292882EAD5619D46 D20317A345D931F4FF4EAE6216C27044CBA525E3B917CEA25A04C120466C4B93 FC720E6BA832A06CCA0A3916CEF0968D49085AEBD243C41A448289A6F05CE3F5 79148DC112A3CC7E8FF810B8C1A09E05F496C0F1EBA334E42E05C376C98F5F69 C06C71BFC0A2F3AC9951CFBB143C66FB84F9C4ED27DF70869352D61BD5E11508 0797B87C726ABE0FD05DB617F7B7BA6C376A8B4E29F8C762E433F970EA21CB08 82E9208920D7C5450E5242DB951FFB155926C1BE09D038C60413C0C5103B0A33 F2B13AF17F1BC9A1C3217870ADD1A4E81E098EE4F7DA15E5A78D0B701496B847 5717A38844FFDE8E63485BDCC96B3F265F8E2F00614AB048B82897B502D9188E A18617CBDAA8E790885443E2A9F5408483AC4C5B64AB705779EEFBCE206EA1EC 0F4CDF73FDF00D42B6C7FEECA93203E05036A705ADB4CB1A5A15B3DD60D2A2E4 91D68FBF7C37FDF12B18114D3C39C1D2CF8E2B3FD9677972DA88D08374F233C6 5EC131DEADD20DEB85241A0CD7AB6A84361BFE013264B24DDE7FB34446E90C42 87F8D2381E1621BFFA06BBF517413E5204EE3C1CFA58A4844F06C88BBE53D0B8 9417140BFD61980E4FBFE28E822E235C8252BA8A3443C432C5C6F0AA7F2D6140 4873336EA7C14D309B648EEB32C59441727A5C47DD5F46685153139A6B7CBBB3 61BABF399943D8C20FE122BF03D1C2BAA5AC5B22D09B32260E8792863790B90A 224193DBFE226486035CFB4D9C5CF9FF216C19E670316097A350BF472C7C59D3 3B9E2B0A679E174FE3BDFBCFD141693815A9364E5FF7B6A177BAAB8698035629 3593F7D37F9D6832B80DBB2B49784C9B408FE92D96A5DD9D3D01B1B45E15CE64 DAF62AB3CD466EF91D3382971AF0ACCA7061F4F71C5CD807775E58B154144285 4ED778282AB780A86DF1D9C2DED5A8FA01FAB0C6B5A50A17B73EFFC8C76BEED4 A7FC50C001BEE227FFC9325728E79044299B5024A54B030C469F6969CD7432EF CC10280EE550CE8461F2176363D40A1FBB33D67ED0FE5DA879038533E1A480BB 49D65DC63951ED6AD768F434DBB02C2E2C947E26DB8AE6E24C28FC1CB9452A0A CE0697B3DCBA282D016E3265D1AF47F780589995801BFB6A925C1231C7002F18 C608719B2F6797B70ABE072DDD0B61C75AF45667D4F2BB999170AC9F8C50DC9D 79990696763AB7C0EDE0F016FC0F1ECBC0E84F0EB820443B8526587C3CBB68B2 20998C0A7DCC14C595C3EC40226CD9D752D1CB049098E0B59E64AA3B8E2F1F68 F5B662553875120E6C6B38A6F6F5F90BF0D56C7464D10D8AE52454BFF627C216 733C0AF5960F2BC5DB0CA9DF238583A51407874E4C0DF3A28852563A9184491B 1D47E7E26E92FDA1375C914828C219274F5183479592179E5A8C8672140D32B1 C7F226ACD655F33C84DADAF3936FFD581D8791980D944E42D2F5BD0EBFAA28A2 BA11C596C0CE838D628A7A6C7B5D25CF1BF10363FE3279F79D1A9D7126D558F8 33187DE3335BAE1A75D3A014AFF1CF3DFD42AC0F307CE77B241D4BA7E51EC12E 0D5DF807E94CB4F767C47B3EFE7B1CB4223347143D3A4D5400929297B0DDF8B1 D255A129A2AEEB34FC8181BFBDEB72A486175494BF045BB63B5D3ED7670FE2ED 9BE3A3DE40DD1D6938E275D827BBDD810917FE23BC1C89D8E7798A59697765DE E91EBEF9C8935A214471E8F1C6A7623585C871F91859529DEA4AE19F80EC49C9 6E9A52DADC0EE038A2B2F356B6CA586DA8ED56E3CAF87C1F7BF94505FD826FB6 AACE83838F53699F0804ACC833DB85C6BA1036B1F328765429769EEDC7C20CFF 56CCE3D154697451781503098A34AEE747495E36F1B3083E219AE89DF617B90E 6A64A30FD2AA8A7DAAD38B34E7739D190F88F0519DA7848D66438A957186BAD0 5F879941584630E1CBB7718D77A93173A4C45D318A4ACBDA80033F7B30BF37DE A42F645F234BBDE064DC81A60E92FC4E92890E99A2A4C30E19F566733253063F 4F1D2C6BB8131A46565AD42FC33311D769DF9DCA31C93F8999B96478197DAD9C 9A10D74118E00213E1514184BCA812168AB3360C25093C1279FE624B1ACC1818 ACDBD92421C3911DB4496D76D1CED0552A5D36CDD5078D441FF35631803248A4 48C531DA90430FB58AA938398DE5D1967ABAAF5453A64909B386A8FC863D8543 F5C5FC1F580A64E5B50A2248EAC57D4837427A36248018B73963D89438029104 FC3BFC22F96B9C9627BA62250B631B98E5DEE99AB2FB7241BDD77F109BA4DD07 1DA751B8C8E4F1613BF72882026B53DF0300D26E1C8FA969B662636DA6474343 DC018F6ACB43C1F3455DE96BD0D15665C302E99D5E0743E9F81ABEFDDA4D284A 479BF7849D8E949558ECD7A58209CF3A1E49B5639FD90680BA7EF75561EAD942 17B8AC76A27EF89460FC6B2DC652F91FEC0C57EFBA20947824FA08DFC95CBC5F 61C67FA2E2EF8DC018B7756F6CCFD53F647C14C8AD12DC532C1FC6F3B840CFBE DC581FF812D84AEFEEE06AAAE1B23D908B0BC817C51A8B93A664D7194D064102 48BCEAEBE5A8317356C9A62FCFE441D150EF69D1EE6C45586E1F73215DB204F2 22BA10E48391000BBC9D9C68020AD235B9191A0CC6D9F101D83CA22F80DD88D9 5BE49E5C42E8FD1E66D40639858BF8DF1AA3CF71E31D98CF8D9370D031A629CD D1556E2DD3E96E5B3A897257C831D54FD462C317C8144305258665A53C3707C6 956E1127AD51F78FA382395EB1F31414F52CCB615BC5B072CB630354F893F0E3 707B25DBC7447BD8F2FCE28251F29088E1E9CDDDCD5AF0362FB80CE80EDC9FD4 29BBF41F25120B52C730814BD67287B89E2539EB9D28DE7450E21F4EC0E5B270 974F35AA8E42F0B8E2F2C4C88AD0265696F67870FC579CAA3E4FE1A2747546D1 EAFF296D0B6156F3A298202A7B28873E2D98A3CFC10C80ED9C1AF75326AC6546 F06604FCF5F162428EC149FB09453DDCECEA454CE73D6BA1A35A39314C689DCA AC7258918BBFDE6EC61178A5363D14D00E94B5CFC7966AF643ED21A38521A232 4B65688D8C2F628A9336E37818501CFD59F0BD6849BD390A08A2122630825CC5 FF5B1B583D576D30C457040BC2BC86740860E86A7B1C760ADF7FC8260231D4C3 0CF2392AF7566A21B40542419D2F9708508C28 0000000000000000000000000000000000000000000000000000000000000000 0000000000000000000000000000000000000000000000000000000000000000 0000000000000000000000000000000000000000000000000000000000000000 0000000000000000000000000000000000000000000000000000000000000000 0000000000000000000000000000000000000000000000000000000000000000 0000000000000000000000000000000000000000000000000000000000000000 0000000000000000000000000000000000000000000000000000000000000000 0000000000000000000000000000000000000000000000000000000000000000 cleartomark %%EndFont %%BeginFont: CMMI9 %!PS-AdobeFont-1.1: CMMI9 1.100 %%CreationDate: 1996 Jul 23 07:53:55 % Copyright (C) 1997 American Mathematical Society. All Rights Reserved. 11 dict begin /FontInfo 7 dict dup begin /version (1.100) readonly def /Notice (Copyright (C) 1997 American Mathematical Society. All Rights Reserved) readonly def /FullName (CMMI9) readonly def /FamilyName (Computer Modern) readonly def /Weight (Medium) readonly def /ItalicAngle -14.04 def /isFixedPitch false def end readonly def /FontName /CMMI9 def /PaintType 0 def /FontType 1 def /FontMatrix [0.001 0 0 0.001 0 0] readonly def /Encoding 256 array 0 1 255 {1 index exch /.notdef put} for dup 0 /.notdef put readonly def /FontBBox{-29 -250 1075 750}readonly def /UniqueID 5087384 def currentdict end currentfile eexec D9D66F633B846A97B686A97E45A3D0AA0529731C99A784CCBE85B4993B2EEBDE 3B12D472B7CF54651EF21185116A69AB1096ED4BAD2F646635E019B6417CC77B 532F85D811C70D1429A19A5307EF63EB5C5E02C89FC6C20F6D9D89E7D91FE470 B72BEFDA23F5DF76BE05AF4CE93137A219ED8A04A9D7D6FDF37E6B7FCDE0D90B 986423E5960A5D9FBB4C956556E8DF90CBFAEC476FA36FD9A5C8175C9AF513FE D919C2DDD26BDC0D99398B9F4D03D5993DFC0930297866E1CD0A319B6B1FD958 9E394A533A081C36D6F5CA5FED4F9AC9ADE41E04F9FC52E758C9F45A92BED935 86F9CFDB57732045913A6422AD4206418610C81D882EE493DE9523CC1BFE1505 DD1390B19BC1947A01B93BC668BE9B2A0E69A968554239B88C00AF9FBDF09CCD 67D3B2094C11A04762FE8CC1E91D020A28B3C122D24BEAACF82313F4604F2FEF 6E176D730A879BE45DD0D4996EF0247AEB1CA0AB08FF374D99F06D47B36F9554 FAD9A2D3CE451B7791C3709D8A1DDDEFBD840C1B42AB824D5A0DFF0E0F15B0B7 22AEEB877FF489581DA6FA8DA64944555101EB16F7AB0B717E148B7B98D8DBFD 730C52937E226545CF8DC3E07C5BA30739BAFCD0F2B44275A6D503F582C0FB4F 449963D0AD2FAFDE33BA3D77BCA9D1DF878DDAFCA2E22CC4BACD542B282164C7 97C2BDE318AF9D501CA21F6E662E7AAB75A5F24D2C182E598D175D44E88AB19A E7CD59584F95B389183EE21B525BF52A3F23C0FE5383A5565A19361D716F508C AAB78411CA5A4D27552CC1C435760D5A89D535B71C593E755C616661363308DA A683F54ED0C23FB2C225A008392B0B719F66F11A946A090B7C00B662A3C69599 B4ECB0CC70C85C4BBBF207E0026F6C7A19F2ACFB7A60804FC98A4BFFD7BFFF2B 9529E6D9D4238002BBC255BC62959D6F3381FE06E0621B879D5FE5B541D45A1E 759A6E7DC32B1D1632368D09A97039DF255B6492B1B2B7E2C1434E8306ECA7D3 5A79B6D614B4979F10988BC76ED53A5F45315CD7DA216221F842FD0F3E050DD2 BAC23C984D506D8F7D614BCB6B244F5F41321549BB0BD041FBF3053307168680 3435E9C947D629FED7A794EB4593FB10152C6A33840B3AE30A655A67947DF081 DDF0FAA258F1C9E78ABDA2670D9D98ED8117F6039C6D217A0B44B5BDD3BC4A80 3DA2A899B8CBF827E60D64212571F3435CBC80DDA6EF7C328047664985EFE926 92574D3FFFE77EB27F8EF34EDBABB11D36FF9D0C59F72A59F3B4B507E4B7B65A E7BDFC1D21280DB6541E65A156CCD3727DCF334211D0686BC80D55C479001797 3532395EBA24957ACDF1D0DF8CECD1A1221D6AEF29A2C3C5CAB9638CEEF47924 9CFDBB9E972078AC584582995A88E26743E85A4E62D0886E1ACBCF838A20D7E6 068F8335DF011BB6B933F7E43DDAB64D05FB560292D507D3D5D958A170430129 A72E318A3B2B7B62ADA5FFCA2B97F1A215DCFD2D80AA0D39AA07B1B79E6E19B0 7BB4027E20527D6F295ED85B43D435051EDFD4A3CF7D7D6B63580D53952948D7 4664852D203553F51F9784A01F40B5C70191B24E2AE590AF74C348BAD9D846C1 83FCBF19EA0C61C59C71E373AAB4468193533E712777D89C6C27068BBCA6EFFD 7380619A9270C3B7B0A3EBB0A5F0DC33E064F89AA2FC1627EF0F84F4E57D031B 5F1AD6AA688F2D68CD0CC9D0B7F51AF52C8A41F3859647C8D6EF59794976E689 9E60209AD263D8A817C6ED51802D8CADF0FA33BED63345DF2FB5BC703340E210 86DABDF2CD8957D6DC94F6EC1E0D1FA4491A765AFCB7F0797E2551B47129DE31 B84C61675A84FE0FCA18F4FEC006C8E1579D0B75823B33B29544BAC8C1D14D58 C185F00B0D7F9D9FDE55692E8C4503E2F6FE1106530AFD2CE792639CB07902BD E667CCC2B3D0C3C7C415ACED4AAE81C0FD49D37E55536AF9CC9A8880400D50AD 5F002C1E8FFC1F916CA89C1E3B6FB228F6CF25807290933EEBA70C1AFC542CF0 74D67A01B9B8824B41F5783DC95FF5BAE278A2CC29A9096BEACA25C5F806F7CA C929B57912831C8205E1E7AD82D9AFAD8B2CA2DB20BC53C91624F7B02C4B4FD3 4117A41783E0F0FDBBFD84B0711910657546DE29128CF02C46E99BF0A891C094 2041DE7B32128264309154884854D89BD730E25DE28A11BF1DA1B2E4BDAD0540 10CD8E54ADE303B76B0E88A5A0B3CBD395C1AADA101D261FCBF7FFF9F9C5C990 FC55AAA878C4A3E0E5F00BA2E4E5F19F312DFFDB8803E02CB7ED2D152A290429 00566DF92074FC5FB581D8AF5DF80DD1A2D2200D02FAA1F0B63B5C39C5644D4C 27963D2E3E6330374E3893DAED85436EBA4AF8B7D5D62D4621239295FF7BC35B 59E9F2FECCBC1AA9B7A41EAF7738551B899BC7BD1EF554190F41A47E4DD838AD 9CE6EF71F33D875ABA5CD52FEE4FD55B9EDF39C406199E047D37E1B2FDB278FA C49EC8844D1AB49385AD80DB80980E0757E7508AB29CABED710E4D247AE25EB4 A23290D4BBE2F30B2188EA11433735F4868773AA5A0FAD57563258BEF4D255B4 53335488AD19445B57A723037472CE8FA1B4DD4BDF70FC0633B063C578E22F3E 5F03047BC5564D8A67FD4590A2D7980486D889C551D9FBA5D477961E3C7447C6 06F4C3428888A8D653CDB0C67AA57C7664E81470C82656D30B3538ABE44881B0 2A25BB41273CD5F35F1855E817DD668C6DC3E31351CD853E3917F4A8A9BD9AC5 48CFAA9F5E14B49DC6959C8DDD76F17D60F44F3CE7E6606DC0F1F49C67891F4C 59F18593C465D5D2BAFD0979325EF7D874C2E9E014519A78566E59FD44BD7F90 FC68CE455D67AECD7AE6AB05053D292086C2EFE279CA68D72EC7E24844D91CAC 9051F0FA376D13E67DFC03AB77B4A8AA6A76BA983AD2D22316F84BF137435A20 760A20177AFAF87EBE4C51E5FCD453809C881B4E22815EEEEBE8A0130F634423 32EBA03261808B6B1AED050C00B046D036E8D56E9E1F3E1FF1C630FFB332CD40 1C77181991913A94788D58E1AEFAE07F17C9A88E4D91133EA50AAEC6CF86F57F C74FD623B5BB43734E2C428F743D4E79E6F82A93B2493EA3762F5FCB03581D6A D8A29318F1C39047E5496D3D215F6C6FE0E719E16E1AB388EF41884819D28EBF BF1E6BDCCD21AAA14B2BCA017E93AC4465A72ADA9968DA7864EAB5D1C2AAFA1F 37CDEAD83D0E248729460D12C16D21633A0B6D9C83E692708104F68CC745BA2C 253B6E3F21416A51AB3D572664F0761F17528C6FC33B05E46717A7310FCBBD4C 6D1936BC7779AEBC9386C26F670857F8C3D70C2F1C7885672B414F9C5A72A7AE B50F48AF231C1266E187132E11A86830175C4E78E4CCA300A0E6D1F5E2139641 04145E0E0AE488A29C5880AE4A5CEB8880BCD06271529E0E6DDD52626F494DF6 2C5E5490852324910E69D58D525CD8FAAD12C88F465F9F5B85B0E1FDC159C455 F08A38AD960DE253C3E031F620E14DBFFC98CA6C02CEA0F6DECCA2C61621B444 0BAF574D158A6527FF47128C270D8086E6A8D5254B6C8D2F04DA0A31FC115C11 B04D8CCB8020E911C16E6EB4311E81E3F856AFBBD31DAEC8E00DD933C857FD4D 17CAFAF953DCD01FFBD05B87B9F7253215E2265A3B848599F8C854D79356D8CE 23B44802DD54F6244380380DE5BF201F895C03652CBF1E2BB0F91166695C6FB0 F0932DD07B11C0C1207BE81B08CD845DE05416012461AA4D2A80BEFE32B79F8D CA12ED8B790F24348D33D861597D69ED63367413299CD489BAB62F3259DE33F6 6E78664BE856644A22D7B3D0C267AEE2B3F998A9CEE9C4E2D0F113D114416EED 246E68AB8B2568ED31BE974717454F03417F51EEBFE0AF8661821948245D42A6 3DCEA0C2E40373C4C09845B3E1B21298DD93779AF47E72963455A987C8AC83A1 B278FFE6681D539965B3888B862F0BB0C51C3E3E19CA76B56F9F75954C981276 D024DDBBBDF3D2233AE774028A9943C806A6687F11AF43AD8A0BE919DCFD85EE 8CEE5220016241CB53597331717052162728DF361686627EFC02917539A4E0D4 CE7092F3519E888CFACDD9D601D630490686B78AD7D5BFF295E1B5B697E2D4D0 BEAD2D105D249FA49B99D1D294A0FD82D9BE543AA4EE72D357AAF46C07FA440E 14074902280DF33746C8062A31D8BA0CFECEBDEBA0AEE1E9FCF2681EE7ABD691 D0017B83E00369F2CAF46FEF7414B1CF522D4E1D1A719A221F049145D93474D6 52D64CA4ABD16F6FF44D05DD5E5F009A09A994CC0A910F4ED0F66361CC5CB635 26EE92F460842D5CC01293D1658DA92E0F144C70A24DBB117926D10B4231D360 22548684D4B3979AF3645401DB0835CA333F736F205CB58355B6003D0FD9D833 42E8A568DB067F15C0B8F4BAAAFB9AEAC32133F61F07FDB6F642ACA6CBBD35DE BCAE24F4062E6DF2465BAC08E90478397664F91D306ADB35495B15E3D740FBD0 E4B669805F4E4A91A87CF48A0AD1D81A0FFB5F113F3F8FE3E14DD57339CE45D8 84A5EF3D90EA830CD02041EA5F04432CB3C830B4A9D8772F8A3304A2FC134A43 B9AB29855AD86A87795BEE6CCC470DA85FF388FCDCFBDE66DDB8ADE3464CF9B5 047DEE68826FB3E3539470C76CEC6F93E08BE223925360EAC76558890E23267E 864B255853B052F5AC9D1DCD627D03EECCECC4F07CB3CFD0EC1C2183B50792BF F73C8BAE9CFA1DA47C 0000000000000000000000000000000000000000000000000000000000000000 0000000000000000000000000000000000000000000000000000000000000000 0000000000000000000000000000000000000000000000000000000000000000 0000000000000000000000000000000000000000000000000000000000000000 0000000000000000000000000000000000000000000000000000000000000000 0000000000000000000000000000000000000000000000000000000000000000 0000000000000000000000000000000000000000000000000000000000000000 0000000000000000000000000000000000000000000000000000000000000000 cleartomark %%EndFont %%BeginFont: CMSY10 %!PS-AdobeFont-1.1: CMSY10 1.0 %%CreationDate: 1991 Aug 15 07:20:57 % Copyright (C) 1997 American Mathematical Society. All Rights Reserved. 11 dict begin /FontInfo 7 dict dup begin /version (1.0) readonly def /Notice (Copyright (C) 1997 American Mathematical Society. All Rights Reserved) readonly def /FullName (CMSY10) readonly def /FamilyName (Computer Modern) readonly def /Weight (Medium) readonly def /ItalicAngle -14.035 def /isFixedPitch false def end readonly def /FontName /CMSY10 def /PaintType 0 def /FontType 1 def /FontMatrix [0.001 0 0 0.001 0 0] readonly def /Encoding 256 array 0 1 255 {1 index exch /.notdef put} for dup 0 /.notdef put readonly def /FontBBox{-29 -960 1116 775}readonly def /UniqueID 5000820 def currentdict end currentfile eexec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cleartomark %%EndFont %%BeginFont: CMR5 %!PS-AdobeFont-1.1: CMR5 1.00B %%CreationDate: 1992 Feb 19 19:55:02 % Copyright (C) 1997 American Mathematical Society. All Rights Reserved. 11 dict begin /FontInfo 7 dict dup begin /version (1.00B) readonly def /Notice (Copyright (C) 1997 American Mathematical Society. All Rights Reserved) readonly def /FullName (CMR5) readonly def /FamilyName (Computer Modern) readonly def /Weight (Medium) readonly def /ItalicAngle 0 def /isFixedPitch false def end readonly def /FontName /CMR5 def /PaintType 0 def /FontType 1 def /FontMatrix [0.001 0 0 0.001 0 0] readonly def /Encoding 256 array 0 1 255 {1 index exch /.notdef put} for dup 0 /.notdef put readonly def /FontBBox{-341 -250 1304 965}readonly def /UniqueID 5000788 def currentdict end currentfile eexec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cleartomark %%EndFont %%BeginFont: CMEX10 %!PS-AdobeFont-1.1: CMEX10 1.00 %%CreationDate: 1992 Jul 23 21:22:48 % Copyright (C) 1997 American Mathematical Society. All Rights Reserved. 11 dict begin /FontInfo 7 dict dup begin /version (1.00) readonly def /Notice (Copyright (C) 1997 American Mathematical Society. All Rights Reserved) readonly def /FullName (CMEX10) readonly def /FamilyName (Computer Modern) readonly def /Weight (Medium) readonly def /ItalicAngle 0 def /isFixedPitch false def end readonly def /FontName /CMEX10 def /PaintType 0 def /FontType 1 def /FontMatrix [0.001 0 0 0.001 0 0] readonly def /Encoding 256 array 0 1 255 {1 index exch /.notdef put} for dup 16 /parenleftBig put dup 17 /parenrightBig put dup 32 /parenleftBigg put dup 33 /parenrightBigg put dup 48 /parenlefttp put dup 49 /parenrighttp put dup 64 /parenleftbt put dup 65 /parenrightbt put dup 80 /summationtext put dup 88 /summationdisplay put dup 112 /radicalbig put readonly def /FontBBox{-24 -2960 1454 772}readonly def /UniqueID 5000774 def currentdict end currentfile eexec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cleartomark %%EndFont %%BeginFont: CMMI7 %!PS-AdobeFont-1.1: CMMI7 1.100 %%CreationDate: 1996 Jul 23 07:53:53 % Copyright (C) 1997 American Mathematical Society. All Rights Reserved. 11 dict begin /FontInfo 7 dict dup begin /version (1.100) readonly def /Notice (Copyright (C) 1997 American Mathematical Society. All Rights Reserved) readonly def /FullName (CMMI7) readonly def /FamilyName (Computer Modern) readonly def /Weight (Medium) readonly def /ItalicAngle -14.04 def /isFixedPitch false def end readonly def /FontName /CMMI7 def /PaintType 0 def /FontType 1 def /FontMatrix [0.001 0 0 0.001 0 0] readonly def /Encoding 256 array 0 1 255 {1 index exch /.notdef put} for dup 0 /.notdef put readonly def /FontBBox{0 -250 1171 750}readonly def /UniqueID 5087382 def currentdict end currentfile eexec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cleartomark %%EndFont %%BeginFont: CMMI10 %!PS-AdobeFont-1.1: CMMI10 1.100 %%CreationDate: 1996 Jul 23 07:53:57 % Copyright (C) 1997 American Mathematical Society. All Rights Reserved. 11 dict begin /FontInfo 7 dict dup begin /version (1.100) readonly def /Notice (Copyright (C) 1997 American Mathematical Society. All Rights Reserved) readonly def /FullName (CMMI10) readonly def /FamilyName (Computer Modern) readonly def /Weight (Medium) readonly def /ItalicAngle -14.04 def /isFixedPitch false def end readonly def /FontName /CMMI10 def /PaintType 0 def /FontType 1 def /FontMatrix [0.001 0 0 0.001 0 0] readonly def /Encoding 256 array 0 1 255 {1 index exch /.notdef put} for dup 0 /.notdef put readonly def /FontBBox{-32 -250 1048 750}readonly def /UniqueID 5087385 def currentdict end currentfile eexec D9D66F633B846A97B686A97E45A3D0AA0529731C99A784CCBE85B4993B2EEBDE 3B12D472B7CF54651EF21185116A69AB1096ED4BAD2F646635E019B6417CC77B 532F85D811C70D1429A19A5307EF63EB5C5E02C89FC6C20F6D9D89E7D91FE470 B72BEFDA23F5DF76BE05AF4CE93137A219ED8A04A9D7D6FDF37E6B7FCDE0D90B 986423E5960A5D9FBB4C956556E8DF90CBFAEC476FA36FD9A5C8175C9AF513FE D919C2DDD26BDC0D99398B9F4D03D5993DFC0930297866E1CD0A319B6B1FD958 9E394A533A081C36D456A09920001A3D2199583EB9B84B4DEE08E3D12939E321 990CD249827D9648574955F61BAAA11263A91B6C3D47A5190165B0C25ABF6D3E 6EC187E4B05182126BB0D0323D943170B795255260F9FD25F2248D04F45DFBFB DEF7FF8B19BFEF637B210018AE02572B389B3F76282BEB29CC301905D388C721 59616893E774413F48DE0B408BC66DCE3FE17CB9F84D205839D58014D6A88823 D9320AE93AF96D97A02C4D5A2BB2B8C7925C4578003959C46E3CE1A2F0EAC4BF 8B9B325E46435BDE60BC54D72BC8ACB5C0A34413AC87045DC7B84646A324B808 6FD8E34217213E131C3B1510415CE45420688ED9C1D27890EC68BD7C1235FAF9 1DAB3A369DD2FC3BE5CF9655C7B7EDA7361D7E05E5831B6B8E2EEC542A7B38EE 03BE4BAC6079D038ACB3C7C916279764547C2D51976BABA94BA9866D79F13909 95AA39B0F03103A07CBDF441B8C5669F729020AF284B7FF52A29C6255FCAACF1 74109050FBA2602E72593FBCBFC26E726EE4AEF97B7632BC4F5F353B5C67FED2 3EA752A4A57B8F7FEFF1D7341D895F0A3A0BE1D8E3391970457A967EFF84F6D8 47750B1145B8CC5BD96EE7AA99DDC9E06939E383BDA41175233D58AD263EBF19 AFC27E4A7E07D09FB08355F6EA74E530B0743143F2A871732D62D80F35B19FD2 C7FDF08105847F13D50934419AC647CBA71DF74F4531DC02BBDA22AEEA3FBBBB 407E0ACC52BDC60D01A29407CC4F93EB8BF6D4813E9BA858D54F38918AC82720 4956D50291F0546E50FCAFA6DBD0099123F5ECD4AB338DB310DB4CAE11337A89 8ED99B6F483940C97544F888EAF0CBEB11094A13C073D0061808662A04A82BA0 AD35E8782F854AF66C20C0FEF18D0ECDD1646321B93D327E53D88CA0E825FA95 05AA57BD719DBA131557E586637F85D3FAF7F0ACBEE719833AE4F37A3CACD302 FA3F81E2E3BB0BF5E34CE7F2312FCE7AEEA1DF5D8E5AFE10AFD36B3C48596BE8 A26BE384766AFA1B2CF2C69309D081C5F6D0F7AAD50318AC2A08BA5E0BA094FE 16A79ABA895FD0BCD2C3FC7764988568E10DA76BFA06CF9861F09F5039481602 EDF3401447EEA633A23011CB1FCBF7FF7A411C8566E1FDCD2D735A8BD471164C 80679774214D259A8970D8D1EC89EB4E93EDAEBC08DE7E7CD7DAA75EBE180BC3 2DACFC12FD86192B4DD0C377BB1383D080C9F11B5280814B15021761FDA3D10D 96137257138821A3C85764E98F0B1978E076CA8D0B704D23F580E04B27E151BB BC650ED0BCA254081DEEFD73EE6333756D7EF0C181AB365CD6B2F1D17E7CB340 C3F8A0620A68A6A5056C86B58EDD8B39FB42DAF712DEC05499F6E17524824952 EF2005AC49791AA2B03FEF3B7F8CA0B1CE697D67B8B14303575A48B56DFA06CA 829C31E1A09E38F7672AFE284C1D734F8E0BBECE122A3F2C1FE89665719EC35D 7C292B4CC14205359DC1B39BA0AAE9779F9161CF05A9A4604EE2B598CBDC2ADC B19AF552C57A4AFF9E2D520D9EE52893E8E6BDE9FB14759BBE4EEC1D4F5AA2EC 30F227D4F579AD37E2EF2FD879AE6C0CA7722C420E5F1C6CFBBF6A5FEF2E2A64 F36471D373A75894EC2F0D9ADD898FFB521D279463EC143A33787858C6F22FD7 36517D4C7266D28322F914091A4A5C0E9678A26B011A5D23085E7900C37F4291 569593F7D7E26DB77A6A21891AE735527F73144AE561A5308C1D87F751E53F42 AAD44B1463E0409A72B458FE251AF04BA11EEBE18A324F9B8DB8559D1FF0F73A F1AE8A7F4346909CE7894384FDDEC89CD2F75B6A691EBB6669991A2ECA1BCC71 D6EC9D9018DAD8469E97617338780749A026553F8A35C086C90F8D706B6A0C38 2041DFEBD809FC90BDC784CEE4B238D318B8DA8E0AE500AF6FFA2B81E48633B6 09EF82E640F79E123703896AE6AAE40B06DA6FE1CE593A661783C043F92AF909 974E94DE70ABB42D9D8A0E20EFF895BE676F0E4771253B25758C6CEB4F74065A 37F1BE2B69558C72FEB741444521715667EE69C8EE05CD36FDD4C7A993A931C7 7D0858A2C9EE063E49014B6753D459F8DBC3AEE56351F709F8DFE47C394680DF 0FB7662E280C598081C6E2BDDCD31931CB1584FC269253D629B4398E1ACA975B DB5B6F0D30704086808251D1A57A45FCF76D59F5A09E35930AAA1B65CADAE78B 66EB620632F082C02A25A8D123259248690BE1EBD3D0C931565B45A836F7DFCB C9D36074810BE040E78870DD02FC8424E4E3D4EE39CC92A8B7E69A6500CFC8D4 609A0109FB6A59384DB1326B786857C6905905F0076C5E74FDFA16C0D85DF699 935B515D6CD0884B0A533A103F8BF468B216878A886426843D16ACB81AB27E8D F2EF3F7BD1AAAD0080069AD429248FF475FADEB4B0C5A1E3DF303F98C11FD90B E5835CD2C24BD3F1E996C53881EAE3A416D3D983C9E2D4AF785A312243D65572 9C73E5759EC4DF0CEFC13B3E1304B44DEF6DAF8CCF413BEAC6F8E74C950F5FDA 633752E5E6687452B2315B57176C42E78C769F5F7441FF1C817E36DB8C762317 14BABA5CC138EF78B081891E25E913A7AD365D90D31D557F3C3CF5FCC7814D68 10A12EDA097050E6E01B829CF89A5508E75DD897188AAA278551E108A2F47F65 E3BD1152AC1791DF43CA829BEF35B15EBA8071D3EECC960E547D4B367A9EB2D6 30A09334C733CDC0BC1E154F07A800D054A13631DB778C1C525C0B4772907434 3BC28ED0243D77DDBDFD641E5EBBE5E6F312E8EBF799B3F644B00DA06E890E48 D0365050EC6F2FE33C4DEBDB3E7E6C9ABD110568B4597E48A9444B19EF12725E 00F5958FED22B4BF2155FA29A086DDB4EE8CA06786039DC08F377C47FC10761D D14F2D1C6EC0798F4DDE86D7253231E4B4D4ED3849D293054A739726CE0DD1B6 8FE841C3AFAB49124C83048162868D2B704921B4C7545B8BA4C846884072486E 1E53D9F208DA2C6FB87C4075DA988FCDCDA47AE6D8D66BC86C972FB3527CC5A2 898131871EBD852D65C2EB5C799DFB1D7AE8D2992FA5380B61D5C3D0A34514B6 2F95EC1DD1CDADD08293DA55AB507950DE28F61C532CB3F7BD905CDD242E06A7 FA62A11A4F5661A2F67406838367BB841B468C30205DD165D0A055B6641245AE CEE343CA98A09F687230E56216BE6BE2DC027F09FCED26C2C2621AAACB43C4A2 4805CA46391A6A5BA8D30F782CFE3CE783B53B4286F135D08451C910BED7D7A1 13A64BD0B6477C7650B1AD519171EFD823F764FFD8C963DD3106CA93940F6217 3B64A3AF670323B56C98339301564789790F2299DF63818DF13BEB641EB03BA2 2709EA001BEF3E4C54E9C357753C07D893AD48C1A00BF04E169AFE640B453381 13F0FD0979427A91CA52729508E58E286C887BC6BB35FAD0FDA1737B53C00291 1CD57FFBC84989017DC2483382A1FE18CC8CF3BFABC66C5211716D490640AA17 9A629A879B115A8B6A61931154206409F99A7FBAED021220987FEF5E4F2508A8 DE81EA1EAB3C75045E92C3BA8CF42AC3F00C20BFFD48F83AEF6D8B061B4419EB A038B62E8E5880E3C2245637FFE95F3B8DE769B42486FD0C150994021020F8CC 427551ED467EB44CCFA6E6D5CEDC946FFDB0C9210B70EC2C2B4976147F4EEF3A 79058F567E0AF7354A350C4893B8B4543CC02847A5D0C11F54EED5BF73596ACC AF49B71FB101568095ACC220C837AFAC35EC2C37BA356605644DDA195070D4BD D0AA38F94BE8B505CA29557F9EEF0123CB32047E25C8A1FC87E5F9FB66016554 00590A4F8346CD44A6D7CD46C42251751351CFDEBA38132060EA08C37056F7B2 27AACC6E6E75797D2C562B38F1923E7C29DDB8AA026BACB5A82AD6DC2E3B3386 06B02F73A6AF24E46DE56DBEBE572EAECA706D1B77A9D7D465A790E8A8253BCC 4D41C1F31DCD63F9D4CC49700FD3198E2046271AFBBAEA9B94AB98C84208DAAF 6B7E60EA1369C199219F53967BEE2276323D6D833B924BBCE1B606ECB79805E6 6A947FDBDA4572A535C0FA93EC13C8B097224DAED7C834C2962E573F17109A4D 39826124E152ED10131FA3B591BCC518935BB31E9B964BA060B14B3A7800163C 62B3946D0AC5F5A70492B167119BBA496C9EE86B75E1A6566B845A3B3597C1F9 E87D9CC045C7B0AC65F4FDA5A9E2AAA2904180092D08D8EB21A4C320AF95B0F9 B16B9F605AB1455C086545DA32AA9D744289BA97BD24FCD118D939B08BA8F1FC EABC47D60D2477C98D3006A33975226A640809B483741E8989EAD1771DEBEF2D 7574A9CEB453DA8B92DCC176DC62B8B47C91F9FC60DBF940804B87E679202D1E 595CE1BB726D20F1196D4510D66F5812387156A5DADC18E43A12F7A171EB82F9 0B607CAAB5C253ABF536F5870196229654EA0CA1F4DE248E143B7C4FF6E1DA65 86C485CD8A2DDCEEEE236B60E1499B721C0BB7D55E854BE181BDE2CEC3F7FC94 094ED3421DED20DAA0BEF3731686DC9C2AF4DF09C5127C5D6E0827E77C160C9B 7BE0AB54CADCF7931AACA6C1F17EBEDE8DBFE452FC580D0BD5DE51FB398D13FC A046F1C3D693A18482667180C63E9E3EA1B3BE0FD92FC3F0939120C217F861DF F2059B811271EDBB2B4DC7D443ABB93B073895C0A4339D374312E98FDD8B94BB DC32D1E992C253830DCD183CA4EE9E2662ACE6A01D5E6629D00181F32032C8DE 5766BC8FE8BF95C1E02330A97B75EA25F0C5D67BCF0AF031BE7D82E15A0B8ED6 5AC06FF99963C914701FB44133B38303D14FE7F93763469958DC036EFC5490DC 357785A85B99FE8E587DC01A1806079114E7301B00B712EA1C43E0E932087CFF 6A0E447DF2EF3B78BD97FD1049E05AA69BC6A55FEDFFF119337AF8D3018D730E D16EEB18681C322E2E3C9547360426B44C86EC8DAACBA8006CBB76418195D515 1C3654843907A273EC84A69D303D0F5A127B41610288567CF39AC482A1DFBD7B ED7993E0E325FA6D6B2B5FDB64C136EC32E7CC14D646676C2E2646465E56E71A 28FE7663E9952DAD56A828A87313AA7E33CD47C386409AB69581153328ED9004 E84AD52941CE8E226B47E7B2930611593460899517FFD8B82D4ECD2A776E0C9D D618CFF08249F231184E8531DC78271CB04809BAF860D5EBC37DF1769824202D B6C398D70001C5DDCB33A42BF58DE318B6608D20D1D13BAB059C180735FCB11D 565AF847EB3078BF447850D871D1CE1EE3974832B76851BD6C2D7B0E18AD3FC2 2E6CD1D23FCDD92D41B9A65BFB213599628EE060FC9E5603E13B1F6BBD9A1F3B C6AA77A9D255160DF2F798B3536B58ADE4098E33EFF6772170D3508F57C0D7A3 23DD71D5F49975F623FD15BAC8080708AC6A925B0EDE2D34D3517AA272263C86 30C06F613CB5289D3911CA375F6A6301D17422BB610F26DE31E80AA6D8DA7CFC D4CE930EE44E37D2FACE8B748E75E0A69075958B1F5005AD36C7910FB4147C04 1E2E0BBA1244DF07D5E503D0A4E34A55A79A2E1CCBDE56F47F6B06B3DFA6987E 5F460A4FFDBF5375D0313D11C6718AA39551DAE5F5E2FCFA8C9FADABEF2E6C1D C7172011A3190B3B771F1DFD44A7B4C052824503048F01587974A0F646031B20 770BF9B7F53C5D25A6635A9EC8E8A03EAE09D68F54A7ADA14C5E6485A82C23F4 890B4867888B95E22CC400D9ED36E201F1F4619613FE3309EC773090F1216E2B 33D781E6489868575029ECCA8675DB45B7C5E85D2BF7996A3E48C33D42040340 EC808C4CB9DF2E14B120563C21508AFC756678E23865578D834860A47B0B8FFA E12C5ED64AB6D7BC60819EF853B138B1026AE809B7DFD6D60FE245A855C770ED 5373ACA32968FDDDCAEDF28CD42346E65C5A6CFE6A4BC6E9FB09AFE2CC365433 2B662389C683CA05B18AD6953580EAB0F4BBBE343D82A552D8AAD6BEE5C31A69 E6C899A592F20B475E76A9C7676BC676FDE42F323A776EE17D1CEE05A24A56DA 1CCFCD3F15CCDB97E57742C32EA0F25D6D0643C2D2A2081BAAA87213500A27A8 D60ABE5D8FC291F151DFE0045CA90A7D5155D7656CAD9B124DB91DE5E98B5E3D DC9C966FAE4D8457795863190447A6DE730E23E59B713115E50B20E7C66924CD E561CD93A059EBD4E2E48C36E6D000B69FF31FE42D55DE414FC1270504638BF5 138A3E27BF85C09EDD73589DDC1CA8D2ABB848DE4241CB289DD06FDE1CE73267 FCF3F345FED1F0C0E8F3E761E6B99765A23EAB5E399D6858C5EADDA242404EB9 97E875F5BCC662A65E86F82E2EAAB04CA2D349D53EB543E6A836410855EE9419 FD4DF7D6B424DE2A13757578F9EEEFD396E73B3D66FA9E279286890B726D5AAC 8717E4CF6B7358E82346DF998BD74C7F5F66B0E7CF5E156547C27F4C0A979040 E822BA975ACAAB508AB8412C6B6BA782F777CBA23EFAF7E92EFC1757BA16C037 A4D67631D84B254C6AF4C8F4266E084944B3FDC655CF19A3A9AB2C45D97C7015 41CAA40FD502D5B7BD6138A76FD8F4706166EE8EE6B17F8981DEF230315C706A 43DD96BF9F39A742B3791228601F39EAA7A6A33E821F0A2D11043879067F3D0E 32A55C842220AF84CAAC8C6CB75FBCD909FA037154F127DB8D84FB86E1F3E46B 7E1D6C98A3FDF6C0F8076C23F78C2203C2B354CB0FCB9C8CD866C3925B73F032 FAA85E953BEFE7D95484E2EBE6B8894756B1DACCAA177C466F6FE538AADDA556 77A41EF1459941BD8FFF83153E0A2DFBE657B5A6000D159C17EDF920C890B46F B0082C6E7791BCC72811EADEAA7BE7DA5F70E1B6388B2F0ED37DE48972F70141 61065830C4B598850B968B49AB239CF3B2816CC2F219ECE784C0FF52E93BFDDB CDA29D02A60086866689FABA1439CA5178C92E10459AC4F39355B0E6EB2FF3C2 94C344271EAC47A5A9CF9D6C019168C2DC9DED33694CDEA1F97C3BC0BD9CD7F2 36FBF2066AD638DE28E89F985061FB13F4CE5A0357DF4C328EBDD6A8ED492F73 4A9B20182595EF1A1998DB0A0B26ABF8FE72EE4279AEB6514F08CD885F0A7C50 1BBEE75EC50AEF45EDBDF2A5B6C816B80F534CCE259C006F963597311BFFACE6 629190A46119FD921FEC6081CF52F2AE6E35CF10A32ECF98B6957B45E038F9C1 AA924F183E5BD9DC22A565AD21711B4DAB1827A6F25ECD2A55894B7331537E4D A1A6528F6C4A4D95C52EDB10DA1CF5A331AECCBEE0A396155E7A2BBB4E9FCAFA 8A3D6AF4FAE3C4BB99105706E4D03B2A03492CA45161FECD10497D606C8B083C BE341DFBF738669394BA4472A448EC7D5814DF4AFB2D060E910C09AA6935F92D 8DCB3F30965E180640ED63500F5246533D57241D4EFBC184690176D739F27CE6 015E34BC0E55B0A07D56C5FA51E9BEB219BE82530FF136165F6ED57526C08264 4CE6AC7D32A87E550D1492E710FE2C8EF870B4A9E7ED9154686840D504E02741 09057B8129B70BCF65152976BAD0FE813E75B8C0C0B4ADFDBB559E5A906C0A43 63D9A7CBED47F0DC76FBEB1FCCCA642CA0220C885B87A0AACB12798C28CDDE32 10CD7ED25DEFBED84F20D95C1AAB434690BFDF30D307DED208742991EC5696C4 C3C4A78205E5E0D8C41152EA7FC374376EDA7AA23BC953ABBC6A6657B6962B78 3117BA4C89ECDA5CBAD6B2BEFC391F003641FE9578B88387D24A618EB4DA191E CEB39CC0FB3110EDB6A7ADD99B9153971D63E6E3CB83A888F10E00829C8A2247 9EB7455DB0346C4D88A17BF124CBAC8FB49830C53CA4B43F34DDD52FD012D148 98C4C9740F662D4236266078BDBF9F06632105483FF9DF63C65FD29C19921AD4 342F057D49F07BEDD1413326EBD9FB5D9367BE487A4453CC8F252EF043C9F8CB 4174F1C65762B334A5AA7915F73326A1DE025FB3B69E85BA043139CEE324EB93 5862D17A0B2F1D7463BE4D4536F4BFF3157DA0E4E1D59A351BCA95D552428193 9BFDCEAD09F307892437BDEF1B4C3D35F752EEBA31D99AB7631CB83214702B2F 6EDC146E7A2D563BF64EB35B27A9FB54F0CC6EBC2ED8E59644AFF044842BEF80 CCA3DD0C55D01FC9814B070E608D40F42B1D32B57AA92AE5988D9F0C6F93E6ED 9F74A52559F5C6234FCE99219D4CA409D29405EE0D39E4C253D2D322ADC040D2 399C4CE269A9F363EAC01276875173086A6F816C18A6217AE7E45C123D297E7B C53084EC91FD3A3622658DAEAC00AB6CE4CF29D73251E5A3F8DE828C3ECBB95F F729D2BF4DAA951B2140E3BA890F619350A949DC66D2D7BD3C1453A2E96FE9D4 5829BED79BAEC577277DC5D3662644E5D99EAEA678569E7DD45D960BBCC27B68 D75A63C279AAFC9F9B9B927E4BFDDD12477DE49E6C02608AA676867D63E27D7B FABF88F3A5B921DE5F90F96568025F7E1C7A00468248027A3C0F87417DEA24E3 EEF44C846B54C0075E5663C0BF1A644E0FBE6C061A348573170158448BD8DA26 D4DBC240901270F2ED61821C1B09694E7BA239F04A6F55B8F83613361B2523F7 85495536A00A3EAC7818EF85783B18FFF08BC6CF3EEF3979768D6A584FA122CD E1129CC0C938D0D7ECD6E8EC2F5D5982D4161F0403CB617D44BB161F1862CCAA F3156B8A82153DF445788D8E3E533CC079C4719E9BED3FE8675E05E6470BD9F5 CB27EBBEB4F388EF9A17DFAE97016BC0900546890EC60E7181035CEA23D509EC FEE1D91A64B5EE4F048AE1DA0E170A00CB833F960FA0DC8CF4BC1E624DFE0B2D 6993DADDDE5771916919CF6BB8FCA0CB5AA876490D96925EAB87A8C1BFCBABBA 1EEBE12CA7E509EC7C4F46FFAF92C5998F20091C6E2552CA857D2FBC695F7F08 3CF8610B1A6BD3E16AC4B4E8FE049FEADAC0D016B4EF14C732E7016E66F34E59 B461BE4CDA3FF22FE5278CDDB822A8534CFC8A453771C0625C18E68D59EE516D 3EA96DF63291793C879BE6BF317E0FFB60979F422C9FA9F846C2F46563C43751 B4FD3B98D0E1D0B51B695DFCE4C1B12D29959095A92D921B9806C3A2F8650630 9DC371D9D041EC070B07CB661ABE193286DECD1C2C9A168E032B223B5C7917E4 ECE761C7F34D2AC0663CC8A5A7D4526DBEA8B94CF740A879676ED4BD23020116 1D2F10702EBD5B1CCC23BC260029C00A8DF1147C162A2CFB1FEE6B6146D69AB4 859C8DBEDF7F4EC307B27E1A5641D354F5D8C47E997470F6E3B98421B4FF2516 3C21D5E3A0A892082EA4C01CE494CD49A360709E06C7500F447E4273C0D378C5 9251518B893AD71D6903BD1AA5DC023D5F23F7F507CB00C71AF8E2D0ECF2A332 B2F03C72502B5DE7C430666404E7F1DB59CDA6018C812B0A47017306459DC6A2 E3E7B2ED12D800A0CCEC148364FBF5CCE9EF0C9ADBBEAF76DC0ECEBE5DB54817 2706D16C23A01A44C54E6CF2728201FE454770EBC0B672F24AD64D8E820E1B50 2AF890CD2173D30E6863CF5793836C2365668FB4DC53E8BDF5ADC7BD8F104B47 191FBB1AEBF02D0050E67F0D3EB723190ACABA3C88FF3E6E6956CF30781717D5 7B9F2EF666FFE5668655157A0ED5F4A3A785B225F5F706824B840A7304A43597 C479142C434225B50C5794B330E67A7C1D5AB6AB4A3221225B2242BE6BA9982B FFA736ACCE13806C57381291F7AE9472D691F5F77E50D71E706E7E8C5EC753AE 63ACCF96D93001B12BB64BD5177951600E52061055DF8BEFF60B9F38AF659046 A552BB164AE160865E117DB4D45BF0036120F5053B2AA2C5BC2729ED147AE50E 141CB60BABC8EDB35887288B9426C02B7F28E159B87630DAF586485D354CD196 B1E64DA942E9DEF7E9DD078BDE928DB395745FF7C2DD2A1F9DE93E9F0AFBEAE7 B27F68242DB39710F3B78D3C62CAFDB60A7F89FA7BA77388C762D79F6B2F67BC 049103CA2EAD2446B3FD893041F2595BF8CD59E38EB330761966412BEA810CD2 066609793026D0380F1FB78C1BD4E44BCDFBA6071E7CC5199129A2E9CE4A6F62 85DCA8EFB617579CDCF626A1F0C73867256FF980B4DD57C63A476027B0D447B3 0F2F66ECD42C2D39FEC328A4F5AEBE1ACF7355395E1B3EA1C881A949E5198EE4 630B6E58DE8483AE961790CC48E24FE83A1E23C4E6B802983CF1F937A854E882 377ACB26228CFBDAE6837C74AB85DCC97D1C534455F3A26FDEE5A35445CDA836 5B141A0C097D307803A3A9FF0ABA9D0D577DF2245306FFF8A3875C49142AC4A7 0C508E5CA8AFDD1EBA506D59CE77FBC0740F48FDA8D21FAD8D06A4A43CA4184C 665D82BA974D710273A42CFF28BE1C763081B6030FAA91684D16D1E9884E0539 6C8B0EACB7364B35E2262B5DF204FC2ED482AB461DCA1C9B7594CAF6BB81B845 9EB6650947104C4CE010E7B7A8AB20BE8011F3E3350DD5D0263670518BF60583 8C5811B1A9CCBDFE4BE9686CEB21CF593930971BA3F5D21C2743192564DF40D2 857E58BA7F82FC437D0DF849F8B60C26F329147110061C506E92B293AD5E7EEF E1F4FC4249FACAB57536C4EB8A2C102BA53437D322711E834BFF499F2A430924 6873CE294FEA537E95364C4ADCFF8E42CBBBB0ADAED6AA165899EA6B371EB864 555D8CF3682B32DEC446A3C02B0A6AE13B13989EFA3F1068E65EB669783DBDE9 C97CC68C072884C6180580AD25F2E04CFC41B4ADA748BE0DD135A0238CB245C3 50CBB38904E2E73F91A3BD35E41AFDFD55CC63048C903590E032BC9EED0E8CE9 CFF56B30C7E472AACDDBC0C264DA508A605FD2C48E8BAE4371BDC7AF4FD385AA AB989063D53F29FCD7338C50D38D22758BF971C9CD53FBB5E008F96483A1FA66 C40CF65E247D4C81D742552F2CE540716F2735EA3D99FE28E9DF5446DCFF1C8E 252DEB233B2F80434D8C242722D99297BBCDADB2F0BAC2FDD808FC8B7677A8B8 831E56CBD69980DFC6C4F9A0F89F80CD96C9AE8A560E032B73FAE87ABF2B8236 1242029296CFD18EEE890025C073810A7BB3DF354145D786298C5CBFFA16BE44 0CEAC99BF6EED52519BEB561FEE2CB0FE9576CB194B32896B832B4388841C92A 80685DB51D72274938 0000000000000000000000000000000000000000000000000000000000000000 0000000000000000000000000000000000000000000000000000000000000000 0000000000000000000000000000000000000000000000000000000000000000 0000000000000000000000000000000000000000000000000000000000000000 0000000000000000000000000000000000000000000000000000000000000000 0000000000000000000000000000000000000000000000000000000000000000 0000000000000000000000000000000000000000000000000000000000000000 0000000000000000000000000000000000000000000000000000000000000000 cleartomark %%EndFont %%BeginFont: CMR7 %!PS-AdobeFont-1.1: CMR7 1.0 %%CreationDate: 1991 Aug 20 16:39:21 % Copyright (C) 1997 American Mathematical Society. All Rights Reserved. 11 dict begin /FontInfo 7 dict dup begin /version (1.0) readonly def /Notice (Copyright (C) 1997 American Mathematical Society. All Rights Reserved) readonly def /FullName (CMR7) readonly def /FamilyName (Computer Modern) readonly def /Weight (Medium) readonly def /ItalicAngle 0 def /isFixedPitch false def end readonly def /FontName /CMR7 def /PaintType 0 def /FontType 1 def /FontMatrix [0.001 0 0 0.001 0 0] readonly def /Encoding 256 array 0 1 255 {1 index exch /.notdef put} for dup 0 /.notdef put readonly def /FontBBox{-27 -250 1122 750}readonly def /UniqueID 5000790 def currentdict end currentfile eexec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cleartomark %%EndFont %%BeginFont: CMTI10 %!PS-AdobeFont-1.1: CMTI10 1.00B %%CreationDate: 1992 Feb 19 19:56:16 % Copyright (C) 1997 American Mathematical Society. All Rights Reserved. 11 dict begin /FontInfo 7 dict dup begin /version (1.00B) readonly def /Notice (Copyright (C) 1997 American Mathematical Society. All Rights Reserved) readonly def /FullName (CMTI10) readonly def /FamilyName (Computer Modern) readonly def /Weight (Medium) readonly def /ItalicAngle -14.04 def /isFixedPitch false def end readonly def /FontName /CMTI10 def /PaintType 0 def /FontType 1 def /FontMatrix [0.001 0 0 0.001 0 0] readonly def /Encoding 256 array 0 1 255 {1 index exch /.notdef put} for dup 0 /.notdef put readonly def /FontBBox{-163 -250 1146 969}readonly def /UniqueID 5000828 def currentdict end currentfile eexec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cleartomark %%EndFont %%BeginFont: CMBX9 %!PS-AdobeFont-1.1: CMBX9 1.0 %%CreationDate: 1991 Aug 20 16:36:25 % Copyright (C) 1997 American Mathematical Society. All Rights Reserved. 11 dict begin /FontInfo 7 dict dup begin /version (1.0) readonly def /Notice (Copyright (C) 1997 American Mathematical Society. All Rights Reserved) readonly def /FullName (CMBX9) readonly def /FamilyName (Computer Modern) readonly def /Weight (Bold) readonly def /ItalicAngle 0 def /isFixedPitch false def end readonly def /FontName /CMBX9 def /PaintType 0 def /FontType 1 def /FontMatrix [0.001 0 0 0.001 0 0] readonly def /Encoding 256 array 0 1 255 {1 index exch /.notdef put} for dup 0 /.notdef put readonly def /FontBBox{-58 -250 1195 750}readonly def /UniqueID 5000767 def currentdict end currentfile eexec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cleartomark %%EndFont %%BeginFont: CMR8 %!PS-AdobeFont-1.1: CMR8 1.0 %%CreationDate: 1991 Aug 20 16:39:40 % Copyright (C) 1997 American Mathematical Society. All Rights Reserved. 11 dict begin /FontInfo 7 dict dup begin /version (1.0) readonly def /Notice (Copyright (C) 1997 American Mathematical Society. All Rights Reserved) readonly def /FullName (CMR8) readonly def /FamilyName (Computer Modern) readonly def /Weight (Medium) readonly def /ItalicAngle 0 def /isFixedPitch false def end readonly def /FontName /CMR8 def /PaintType 0 def /FontType 1 def /FontMatrix [0.001 0 0 0.001 0 0] readonly def /Encoding 256 array 0 1 255 {1 index exch /.notdef put} for dup 0 /.notdef put readonly def /FontBBox{-36 -250 1070 750}readonly def /UniqueID 5000791 def currentdict end currentfile eexec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cleartomark %%EndFont %%BeginFont: CMR6 %!PS-AdobeFont-1.1: CMR6 1.0 %%CreationDate: 1991 Aug 20 16:39:02 % Copyright (C) 1997 American Mathematical Society. All Rights Reserved. 11 dict begin /FontInfo 7 dict dup begin /version (1.0) readonly def /Notice (Copyright (C) 1997 American Mathematical Society. All Rights Reserved) readonly def /FullName (CMR6) readonly def /FamilyName (Computer Modern) readonly def /Weight (Medium) readonly def /ItalicAngle 0 def /isFixedPitch false def end readonly def /FontName /CMR6 def /PaintType 0 def /FontType 1 def /FontMatrix [0.001 0 0 0.001 0 0] readonly def /Encoding 256 array 0 1 255 {1 index exch /.notdef put} for dup 0 /.notdef put readonly def /FontBBox{-20 -250 1193 750}readonly def /UniqueID 5000789 def currentdict end currentfile eexec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cleartomark %%EndFont %%BeginFont: CMR9 %!PS-AdobeFont-1.1: CMR9 1.0 %%CreationDate: 1991 Aug 20 16:39:59 % Copyright (C) 1997 American Mathematical Society. All Rights Reserved. 11 dict begin /FontInfo 7 dict dup begin /version (1.0) readonly def /Notice (Copyright (C) 1997 American Mathematical Society. All Rights Reserved) readonly def /FullName (CMR9) readonly def /FamilyName (Computer Modern) readonly def /Weight (Medium) readonly def /ItalicAngle 0 def /isFixedPitch false def end readonly def /FontName /CMR9 def /PaintType 0 def /FontType 1 def /FontMatrix [0.001 0 0 0.001 0 0] readonly def /Encoding 256 array 0 1 255 {1 index exch /.notdef put} for dup 0 /.notdef put readonly def /FontBBox{-39 -250 1036 750}readonly def /UniqueID 5000792 def currentdict end currentfile eexec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cleartomark %%EndFont %%BeginFont: CMTI9 %!PS-AdobeFont-1.1: CMTI9 1.0 %%CreationDate: 1991 Aug 18 21:08:07 % Copyright (C) 1997 American Mathematical Society. All Rights Reserved. 11 dict begin /FontInfo 7 dict dup begin /version (1.0) readonly def /Notice (Copyright (C) 1997 American Mathematical Society. All Rights Reserved) readonly def /FullName (CMTI9) readonly def /FamilyName (Computer Modern) readonly def /Weight (Medium) readonly def /ItalicAngle -14.04 def /isFixedPitch false def end readonly def /FontName /CMTI9 def /PaintType 0 def /FontType 1 def /FontMatrix [0.001 0 0 0.001 0 0] readonly def /Encoding 256 array 0 1 255 {1 index exch /.notdef put} for dup 0 /.notdef put readonly def /FontBBox{-35 -250 1148 750}readonly def /UniqueID 5000827 def currentdict end currentfile eexec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cleartomark %%EndFont %%BeginFont: CMR10 %!PS-AdobeFont-1.1: CMR10 1.00B %%CreationDate: 1992 Feb 19 19:54:52 % Copyright (C) 1997 American Mathematical Society. All Rights Reserved. 11 dict begin /FontInfo 7 dict dup begin /version (1.00B) readonly def /Notice (Copyright (C) 1997 American Mathematical Society. All Rights Reserved) readonly def /FullName (CMR10) readonly def /FamilyName (Computer Modern) readonly def /Weight (Medium) readonly def /ItalicAngle 0 def /isFixedPitch false def end readonly def /FontName /CMR10 def /PaintType 0 def /FontType 1 def /FontMatrix [0.001 0 0 0.001 0 0] readonly def /Encoding 256 array 0 1 255 {1 index exch /.notdef put} for dup 0 /.notdef put readonly def /FontBBox{-251 -250 1009 969}readonly def /UniqueID 5000793 def currentdict end currentfile eexec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cleartomark %%EndFont %%BeginFont: CMBX12 %!PS-AdobeFont-1.1: CMBX12 1.0 %%CreationDate: 1991 Aug 20 16:34:54 % Copyright (C) 1997 American Mathematical Society. All Rights Reserved. 11 dict begin /FontInfo 7 dict dup begin /version (1.0) readonly def /Notice (Copyright (C) 1997 American Mathematical Society. All Rights Reserved) readonly def /FullName (CMBX12) readonly def /FamilyName (Computer Modern) readonly def /Weight (Bold) readonly def /ItalicAngle 0 def /isFixedPitch false def end readonly def /FontName /CMBX12 def /PaintType 0 def /FontType 1 def /FontMatrix [0.001 0 0 0.001 0 0] readonly def /Encoding 256 array 0 1 255 {1 index exch /.notdef put} for dup 0 /.notdef put readonly def /FontBBox{-53 -251 1139 750}readonly def /UniqueID 5000769 def currentdict end currentfile eexec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cleartomark %%EndFont TeXDict begin 39158280 55380996 1000 600 600 (PRB_NN_Basic-MS-SL-AG.dvi) @start /Fa 253[69 2[{}1 74.7198 /CMBSY10 rf /Fb 152[38 38 99[60 1[60{ TeXbbad153fEncoding ReEncodeFont }4 74.7198 /CMSY9 rf /Fc 139[29 4[44 49 4[27 6[40 32[65 65[{ TeX74afc74cEncoding ReEncodeFont }6 74.7198 /CMBXTI10 rf /Fd 205[35 50[{ TeXf7b6d320Encoding ReEncodeFont }1 49.8132 /CMBX6 rf /Fe 241[34 13[52{ TeXbbad153fEncoding ReEncodeFont }2 58.1154 /CMSY7 rf /Ff 139[24 1[29 1[32 31 1[54 2[25 22 36 4[28 39[19 59[{ TeXaae443f0Encoding ReEncodeFont }10 49.8132 /CMMI6 rf /Fg 135[44 55 2[28 7[23 5[37 4[41 8[63 1[45 16[57 9[21 21 36[45 21[{ TeXaae443f0Encoding ReEncodeFont }12 74.7198 /CMMI9 rf /Fh 143[69 8[42 42 45[46 35[65 17[65 23 65{ TeXbbad153fEncoding ReEncodeFont }8 83.022 /CMSY10 rf /Fi 206[28 28 48[{ TeX0ef0afcaEncoding ReEncodeFont }2 41.511 /CMR5 rf /Fj 143[83 23[120 7[88 14[73 73 14[73 73 14[66 66 14[50 50 16[{}11 83.022 /CMEX10 rf /Fk 135[38 3[25 31 31 1[34 33 41 2[35 27 23 39 4[30 29 36 13[41 21[34 61[{ TeXaae443f0Encoding ReEncodeFont }16 58.1154 /CMMI7 rf /Fl 133[39 41 47 59 2[30 39 37 2[40 50 1[25 43 2[48 1[41 39 43 36 1[44 6[57 48 69 1[48 2[51 63 3[67 81 5[65 1[61 6[65 42 1[23 23 27[49 4[47 3[48 2[39 18[{ TeXaae443f0Encoding ReEncodeFont }35 83.022 /CMMI10 rf /Fm 156[30 15[37 21[51 3[33 33 33 33 33 33 33 33 33 33 6[26 26 40[{ TeXf7b6d320Encoding ReEncodeFont }15 58.1154 /CMR7 rf /Fn 134[40 1[55 38 45 28 34 35 38 42 42 47 68 21 2[25 42 38 25 38 42 38 38 42 18[62 12[62 19[30 30[73 1[47 51 11[{ TeX74afc74cEncoding ReEncodeFont }28 83.022 /CMTI10 rf /Fo 133[39 47 47 64 47 49 34 35 36 1[49 44 49 74 25 47 1[25 49 44 27 41 49 39 1[43 7[67 1[91 67 68 62 49 66 1[60 66 69 1[53 69 1[33 69 1[56 58 68 64 63 67 6[25 44 44 44 44 44 44 44 44 44 44 44 25 29 3[34 34 40[{ TeXf7b6d320Encoding ReEncodeFont }59 74.7198 /CMBX9 rf /Fp 138[39 1[28 28 3[39 59 4[39 2[31 2[39 35 13[39 2[48 4[55 36 6[51 1[53 6[20 1[35 1[35 35 35 35 35 1[35 1[20 24 20 44[{ TeXf7b6d320Encoding ReEncodeFont }26 66.4176 /CMR8 rf /Fq 145[34 2[32 1[18 43[47 9[30 30 30 30 6[24 24 40[{ TeXf7b6d320Encoding ReEncodeFont }10 49.8132 /CMR6 rf /Fr 128[38 4[34 41 41 55 41 43 30 30 30 41 43 38 43 64 21 41 23 21 43 38 23 34 43 34 43 38 3[21 1[21 47 58 1[79 58 58 55 43 57 1[52 60 58 70 48 60 39 28 58 60 50 52 59 55 54 58 3[60 2[21 38 38 38 38 38 38 38 38 38 38 38 21 26 21 60 1[30 30 14[38 3[38 5[64 1[43 43 45 11[{ TeXf7b6d320Encoding ReEncodeFont }78 74.7198 /CMR9 rf /Fs 128[39 4[31 37 35 51 35 41 25 31 32 1[39 39 43 63 20 35 1[24 39 35 24 35 39 35 35 39 11[57 55 1[56 1[52 59 57 69 1[59 1[30 57 59 50 52 58 55 54 57 6[24 39 39 1[39 39 39 39 39 39 39 1[24 27 24 2[31 31 27[43 12[{ TeX74afc74cEncoding ReEncodeFont }58 74.7198 /CMTI9 rf /Ft 128[42 3[42 37 44 44 60 44 46 32 33 33 44 46 42 46 69 23 44 25 23 46 42 25 37 46 37 46 42 3[23 42 23 51 62 62 85 62 62 60 46 61 1[57 65 62 76 52 65 1[30 62 65 54 57 63 60 59 62 3[65 1[23 23 42 42 42 42 42 42 42 42 42 42 42 23 28 23 65 1[32 32 2[69 2[42 8[42 1[62 7[69 69 46 46 48 8[65 2[{ TeXf7b6d320Encoding ReEncodeFont }85 83.022 /CMR10 rf /Fu 134[59 1[81 1[62 44 44 46 1[62 56 62 93 31 59 1[31 62 56 34 51 1[50 1[54 28[86 22[37 45[{ TeXf7b6d320Encoding ReEncodeFont }21 99.6264 /CMBX12 rf end %%EndProlog %%BeginSetup %%Feature: *Resolution 600dpi TeXDict begin %%BeginPaperSize: a4 a4 %%EndPaperSize end %%EndSetup %%Page: 1 1 TeXDict begin 1 0 bop -70 -83 a Fu(Descriptions)38 b(of)g(surface)g(c)m (hemical)g(reactions)g(using)g(a)g(neural)h(net)m(w)m(ork)e(represen)m (tation)h(of)1281 33 y(the)f(p)s(oten)m(tial-energy)i(surface)1271 232 y Ft(S\177)-42 b(onk)n(e)42 b(Lorenz)g(and)h(Matthias)g(Sc)n (he\017er)246 320 y Fs(F)-6 b(ritz-Hab)l(er-Institut)36 b(der)c(Max-Planck-Gesel)t(lschaft,)i(F)-6 b(ar)l(adaywe)l(g)34 b(4-6,)e(D-14195)h(Berlin-Dahlem,)f(Germany)1769 519 y Ft(Axel)49 b(Gro\031)693 606 y Fs(A)n(bteilung)36 b(The)l(or)l (etische)i(Chemie,)f(Universit\177)-39 b(at)37 b(Ulm,)f(D-89069)g(Ulm,) g(Germany)1540 693 y Fr(\(Dated:)e(Octob)r(er)26 b(6,)g(2005\))383 834 y(A)j(neural)f(net)n(w)n(ork)h(\(NN\))e(approac)n(h)i(is)g(prop)r (osed)g(for)g(the)g(represen)n(tation)g(of)g(six-dimensional)g Fs(ab)i(initio)307 922 y Fr(p)r(oten)n(tial-energy)c(surfaces)i (\(PES\))f(for)g(the)f(disso)r(ciation)j(of)e(a)g(diatomic)g(molecule)h (at)f(surfaces.)41 b(W)-6 b(e)27 b(rep)r(ort)307 1009 y(tests)c(of)g(NN)f(represen)n(tations)h(that)g(are)g(\014tted)f(to)h (six-dimensional)g(analytical)h(PESs)f(for)h(H)3076 1017 y Fq(2)3133 1009 y Fr(disso)r(ciation)g(on)307 1096 y(the)k(clean)g (and)g(the)g(sulfur)h(co)n(v)n(ered)f(Pd\(100\))h(surfaces.)44 b(F)-6 b(or)28 b(the)g(presen)n(t)g(study)g(w)n(e)g(use)h (high-dimensional)307 1183 y(analytical)g(PESs)g(as)g(the)f(basis)h (for)g(the)f(NN)g(training,)i(as)f(this)f(enables)h(us)f(to)h(in)n(v)n (estigate)g(the)f(in\015uence)g(of)307 1270 y(phase)g(space)h(sampling) g(on)f(adsorption)h(rates)g(in)f(great)h(detail.)43 b(W)-6 b(e)28 b(note,)i(ho)n(w)n(ev)n(er,)f(that)f(these)g(analytical)307 1357 y(PESs)c(w)n(ere)h(obtained)f(from)i(detailed)e(DFT)h (calculations.)36 b(When)23 b(information)j(ab)r(out)e(the)g(PES)h(is)f (collected)307 1445 y(only)f(from)i(a)f(few)g(high-symmetric)g (adsorption)g(sites,)i(w)n(e)e(\014nd)e(that)i(the)f(obtained)h (adsorption)g(probabilities)307 1532 y(are)32 b(not)f(reliable.)53 b(Th)n(us,)33 b(in)n(termediate)f(con\014gurations)g(need)f(to)h(b)r(e) f(considered)h(as)g(w)n(ell.)53 b(Ho)n(w)n(ev)n(er,)33 b(it)f(is)307 1619 y(not)27 b(necessary)g(to)g(map)g(out)g(complete)h (elb)r(o)n(w)g(plots)g(ab)r(o)n(v)n(e)f(non-symmetric)f(sites.)40 b(Only)26 b(a)h(few)h(energies)h(in)307 1706 y(the)f(region)i(where)g (the)e(molecular)j(b)r(ond)d(breaks)h(need)g(to)g(b)r(e)g(considered.) 45 b(With)28 b(this)h(understanding,)h(the)307 1793 y(required)d(n)n (um)n(b)r(er)g(of)h(NN)f(training)h(energies)h(for)g(obtaining)f(a)g (high-qualit)n(y)f(PES)h(that)f(pro)n(vides)h(a)g(reliable)307 1880 y(description)33 b(of)h(the)e(disso)r(ciation)k(and)c(adsorption)i (dynamics)f(is)g(orders)h(of)g(magnitude)f(smaller)h(than)f(the)307 1968 y(n)n(um)n(b)r(er)27 b(of)j(total-energy)f(calculations)i(needed)d (in)h(traditional)h Fs(ab)h(initio)d Fr(on)h(the)g(\015y)f(molecular)i (dynamics.)307 2055 y(Our)36 b(analysis)i(also)h(demonstrates)f(the)f (imp)r(ortance)g(of)h(a)g(reliable,)j(high-dimensional)d(PES)g(to)f (describ)r(e)307 2142 y(reaction)26 b(rates)h(for)f(disso)r(ciativ)n(e) h(adsorption)g(of)f(molecules)h(at)f(surfaces.)307 2308 y Fp(P)-6 b(A)n(CS)23 b(n)n(um)n(b)r(ers:)31 b(68.35.Ja,)24 b(82.20.Kh,)g(68.43.-h)436 2566 y Fo(I.)88 b(INTR)n(ODUCTION)-67 2814 y Ft(Theoretical)35 b(studies)i(of)g(reaction)e(dynamics)h(at)g (surfaces,)-150 2909 y(lik)n(e)27 b(the)g(disso)r(ciativ)n(e)f (adsorption)g(of)h(diatomic)g(molecules)g(on)-150 3004 y(metal)41 b(surfaces,)i(require)d(kno)n(wledge)g(of)g(the)i(p)r(oten)n (tial)f(en-)-150 3100 y(ergy)28 b(of)i(the)f(mo)n(ving)g(n)n(uclei)g (taking)g(part)g(in)h(the)f(pro)r(cess)g([1)o(].)-150 3195 y(Densit)n(y-functional)47 b(theory)f(\(DFT\))i(total-energy)e (calcula-)-150 3291 y(tions)26 b(ha)n(v)n(e)e(pro)n(v)n(en)g(to)i(b)r (e)g(a)f(p)r(o)n(w)n(erful)h(to)r(ol)f(to)h(calculate)f(suc)n(h)-150 3386 y(prop)r(erties)37 b([2)o({5)o(].)67 b Fn(A)n(b)38 b(initio)h Ft(MD)f(sim)n(ulations,)h(where)e(the)-150 3482 y(p)r(oten)n(tial)43 b(and)h(the)g(forces)e(are)g(determined)i(b)n (y)f(DFT,)h(are)-150 3577 y(computationally)24 b(v)n(ery)f(elab)r (orate)h(and)g(costly)-7 b(.)35 b(A)25 b(theoretical)-150 3673 y(sim)n(ulation)34 b(of)g(the)h(disso)r(ciation)f(probabilit)n(y)f (of)i(a)f(molecule)-150 3768 y(on)23 b(a)g(surface)f(for)g(di\013eren)n (t)i(initial)f(energies)f(migh)n(t)h(require)f(up)-150 3864 y(to)i(10)32 3834 y Fm(7)93 3864 y Ft(ev)-5 b(aluations)23 b(of)i(the)g(p)r(oten)n(tial-energy)d(and)j(the)f(forces.)-150 3959 y(Due)38 b(to)e(the)i(high)f(computational)f(task,)j Fn(ab)g(initio)f Ft(molecu-)-150 4055 y(lar)28 b(dynamics)h(hardly)g (allo)n(w)f(the)h(determination)g(of)h(reaction)-150 4150 y(probabilities)d(and)i(so)e(far)h(are)f(limited)i(to)g(dynamical) e(studies)-150 4246 y(of)h(only)f(a)g(few)h(tra)5 b(jectories)26 b([6)o({9)o(].)-67 4375 y(In)c(order)d(to)j(reduce)f(the)g (computational)g(burden)g(and)g(mak)n(e)-150 4471 y(a)27 b(sim)n(ulation)f(of)h(the)h(stic)n(king)e(probably)g(feasible,)h (Gross)f(and)-150 4566 y(Sc)n(he\017er)e(had)f(prop)r(osed)h(and)f (implemen)n(ted)i(a)f(three)g(step)g(ap-)-150 4662 y(proac)n(h)19 b([10)o(,)j(11)o(].)35 b(First,)22 b(one)e(determines)g(the)h Fn(ab)j(initio)d Ft(p)r(oten-)-150 4757 y(tial)32 b(energy)e(surface)h (\(PES\))g(on)g(a)h(mesh)f(of)h(sev)n(eral)e(h)n(undred)-150 4853 y(con\014gurations)23 b(using)h(DFT.)h(In)g(a)f(second)g(step)h (an)f(analytical)-150 4948 y(function)e(is)f(\014tted)h(to)f(these)g(p) r(oin)n(ts.)35 b(The)21 b(last)g(step)g(consists)f(of)-150 5044 y(molecular)28 b(dynamics)g(calculations)g(on)h(this)g(con)n(tin)n (uous)f(rep-)-150 5139 y(resen)n(tation)d(of)i(the)g Fn(ab)i(initio)f Ft(PES.)d(The)i(crucial)f(part)g(of)g(this)-150 5235 y(approac)n(h)f(is)i(c)n(ho)r(osing)e(the)i(appropriate)e (analytical)h(function)-150 5330 y(for)32 b(the)h(in)n(terp)r(olation)f (of)h(the)g(total)f(energies.)51 b(The)33 b(in)n(terac-)-150 5425 y(tion)25 b(of)g(a)g(diatomic)g(molecule)f(with)i(a)f(w)n (ell-de\014ned)f(surface)h(is)2042 2566 y(at)e(least)g (six-dimensional,)g(corresp)r(onding)e(to)i(the)h(six)f(degrees)2042 2661 y(of)d(freedom)g(of)h(the)f(molecule)h(and)f(a)g(\014xed)g (substrate.)34 b(The)21 b(lat-)2042 2757 y(ter)k(assumption)h(is)f (often)h(ful\014lled)h(for)e(densely)h(pac)n(k)n(ed)e(metal)2042 2852 y(surfaces.)33 b(Ho)n(w)n(ev)n(er,)19 b(on)g(Si\(100\))g(for)g (instance,)i(the)f(rearrange-)2042 2948 y(men)n(t)h(up)r(on)f (adsorption)g(is)g(indeed)h(crucial)f(for)g(the)h(adsorption)2042 3043 y(and)34 b(desorption)f(mec)n(hanism)g(and)h(one)g(easily)f(arriv) n(es)f(at)i(12)2042 3139 y(and)27 b(more)g(dimensions)g([7].)2125 3280 y(The)37 b(\014tting)g(of)g(a)f(mesh)h(of)g Fn(ab)h(initio)g Ft(energies)e(to)h(a)f(con-)2042 3375 y(tin)n(uous)45 b(represen)n(tation)f(is)h(a)g(non-trivial)f(task.)90 b(A)46 b(high-)2042 3471 y(dimensional,)27 b(\015exible,)h(accurate,)f (reliable)g(and)h(fast)g(in)n(terp)r(o-)2042 3566 y(lation)k(sc)n(heme) f(is)h(needed.)51 b(Ideally)32 b(this)g(metho)r(d)h(should)f(b)r(e)2042 3662 y(general)c(to)h(allo)n(w)f(its)h(application)g(to)g(a)g(wide)g (range)f(of)h(prob-)2042 3757 y(lems.)52 b(V)-7 b(arious)32 b(approac)n(hes)e(to)j(\014t)g(a)f(PES)g(can)h(b)r(e)g(found)g(in)2042 3852 y(the)27 b(literature)f([12)o({21)o(].)37 b(All)27 b(of)g(the)g(prop)r(osed)f(metho)r(ds)h(ha)n(v)n(e)2042 3948 y(some)f(adv)-5 b(an)n(tages)24 b(and)j(some)e(dra)n(wbac)n(ks.)35 b(F)-7 b(or)25 b(instance,)i(the)2042 4043 y(\014tting)21 b(of)g Fn(ab)j(initio)e Ft(data)f(using)f(analytical)g(functions)h([10) o(,)i(22)o({)2042 4139 y(24)o(])28 b(requires)f(an)h(appropriate)e(c)n (hoice)h(of)i(an)e(analytical)g(form,)2042 4234 y(whic)n(h)g(is)f(v)n (ery)g(cum)n(b)r(ersome)g(to)h(\014nd)h(in)f(high)g(dimensions.)36 b(It)2042 4330 y(is)25 b(therefore)g(fair)g(to)h(sa)n(y)e(that)i (despite)g(its)g(imp)r(ortance)f(a)g(gen-)2042 4425 y(eral,)d(fast,)i (and)e(accurate)f(in)n(terp)r(olation)g(to)r(ol)i(for)e(PESs)h(is)g (still)2042 4521 y(lac)n(king.)2125 4662 y(Six-dimensional)90 b(molecular)g(dynamics)h(calculations)2042 4757 y(based)45 b(on)g(an)h(analytical)e(in)n(terp)r(olation)h(of)h(total)f(energies) 2042 4853 y(had)40 b(sho)n(wn)g(that)i(dynamical)e(e\013ects)h(as)f(w)n (ell)h(as)f(a)g(prop)r(er)2042 4948 y(statistical)67 b(sampling)g(can)h(b)r(e)g(crucial)f(and)h(di\013erences)2042 5044 y(from)49 b(a)g(static)g(theory)f(can)h(b)r(e)h(signi\014can)n(t)e (\(see)h([25)o(,)55 b(26)o(])2042 5139 y(and)46 b(references)f (therein\).)93 b(Suc)n(h)46 b(studies)h(ha)n(v)n(e)e(adv)-5 b(anced)2042 5235 y(the)55 b(understanding)g(of)g(the)g(disso)r (ciation)g(dynamics)f(and)2042 5330 y(caused)36 b(the)g(mo)r (di\014cation)h(of)f(established)g(concepts.)63 b(Some)2042 5425 y(phenomena,)47 b(lik)n(e)c(the)h(so-called)f Fn(ste)l(ering)h (e\013e)l(ct)g Ft([10)o(],)k(can)p eop end %%Page: 2 2 TeXDict begin 2 1 bop 4043 -299 a Ft(2)-150 -83 y(only)32 b(b)r(e)g(mo)r(deled)g(in)g(a)g(theoretical)f(sim)n(ulation)h (including)g(a)-150 12 y(su\016cien)n(tly)37 b(large)f(n)n(um)n(b)r(er) h(of)g(degrees)f(of)h(freedom.)66 b(Th)n(us,)-150 108 y(high-dimensional)57 b(dynamical)g(studies)h(lead)f(to)h(progress)-150 203 y(not)32 b(only)f(in)i(the)f(quan)n(titativ)n(e,)g(but)h(also)e(in) h(the)g(qualitativ)n(e)-150 299 y(understanding)27 b(of)h(pro)r(cesses) e(on)h(surfaces.)-67 399 y(As)52 b(an)f(alternativ)n(e)f(to)i(the)g (hitherto)f(prop)r(osed)g(\014tting)-150 494 y(sc)n(hemes)22 b(w)n(e)f(will)i(in)n(tro)r(duce)f(an)g(in)n(terp)r(olation)f(metho)r (d)i(based)-150 590 y(on)e(neural)f(net)n(w)n(orks)f(\(NNs\))j([27)o ({29)n(].)35 b(A)21 b(brief)g(accoun)n(t)f(of)h(this)-150 685 y(approac)n(h)d(has)h(b)r(een)h(giv)n(en)f(elsewhere)g([30)o(].)34 b(Some)20 b(ideas)f(along)-150 781 y(these)h(lines)f(had)h(b)r(een)g (used)f(earlier)f(b)n(y)h(Doren)h(et)f(al.)h([31)o(].)34 b(NNs)-150 876 y(can)27 b(in)h(principle)g(appro)n(ximate)e(an)n(y)h (con)n(tin)n(uous)f(function)j(to)-150 972 y(arbitrary)d(accuracy)h ([32)o(,)h(33)o(].)39 b(They)28 b(do)g(not)g(require)f(an)n(y)g(as-) -150 1067 y(sumptions)35 b(ab)r(out)h(the)g(functional)f(form)h(of)f (the)h(underlying)-150 1163 y(problem.)64 b(Once)36 b(the)i(NN)f (represen)n(tation)e(of)i(the)g(PES)f(has)-150 1258 y(b)r(een)31 b(determined,)i(the)e(ev)-5 b(aluation)31 b(of)g(the)g(p)r(oten)n (tial-energy)-150 1354 y(is)i(c)n(heap)f(and)h(the)g(deriv)-5 b(ativ)n(es,)33 b(the)h(forces,)f(are)f(obtainable.)-150 1449 y(Therefore,)e(pro)n(vided)f(that)h(the)g(n)n(um)n(b)r(er)g(of)g (parameters)f(and)-150 1545 y(required)g(data)h(for)f(a)h(go)r(o)r(d)g (\014t)g(scale)g(fa)n(v)n(orably)e(with)i(dimen-)-150 1640 y(sion,)e(NNs)g(will)g(b)r(e)h(suitable)f(for)f(molecular)g (dynamics)h(appli-)-150 1735 y(cations.)-67 1835 y(In)i(order)f(to)h (learn)f(more)h(ab)r(out)g(the)g(adv)-5 b(an)n(tages,)29 b(di\016cul-)-150 1931 y(ties,)39 b(and)d(limitations)h(of)f(a)g(NN)h (represen)n(tation)e(of)i(a)f(high-)-150 2026 y(dimensional)27 b(PES)f(it)i(is)f(imp)r(ortan)n(t)g(to)g(analyze)f(realistic)g(test) -150 2122 y(problems.)59 b(Analytical)35 b(PESs)g(pro)n(vide)f(ideal)h (test)h(cases)e(for)-150 2217 y(v)-5 b(arious)28 b(reasons.)38 b(They)29 b(are)f(fast)h(to)f(ev)-5 b(aluate)29 b(and)f(therefore)-150 2313 y(allo)n(w)i(us)h(to)h(study)f(the)h(in\015uence)f(of)h(the)f (data)g(sampling)g(on)-150 2408 y(the)k(qualit)n(y)f(of)g(the)h(NN)g (\014t)g(in)g(great)e(detail.)57 b(F)-7 b(urthermore,)-150 2504 y(they)22 b(ha)n(v)n(e)f(b)r(een)i(successfully)f(used)g(for)f (the)i Fn(ab)i(initio)e Ft(descrip-)-150 2599 y(tion)i(of)f(the)h(h)n (ydrogen)e(disso)r(ciation)h(on)g(metal)g(surfaces)g(using)-150 2695 y(a)40 b(six-dimensional)g(PES)f([10)o(,)44 b(22)o(,)g(24,)g(34)o ({41)n(].)76 b(Moreo)n(v)n(er,)-150 2790 y(as)35 b(an)h(additional)g(c) n(hec)n(k)f(of)h(the)h(accuracy)d(of)i(the)h(obtained)-150 2886 y(NN)26 b(mo)r(del)f(w)n(e)f(are)g(able)h(to)f(compare)g(the)h (NN-MD)h(results)f(to)-150 2981 y(calculations)32 b(p)r(erformed)g(on)h (the)g(analytical)f(PES.)g(W)-7 b(e)34 b(ha)n(v)n(e)-150 3077 y(c)n(hosen)e(analytical)f(PESs)h(for)g(the)h(clean)f([10)o(])h (as)f(w)n(ell)g(as)g(the)-150 3172 y(sulfur)c(co)n(v)n(ered)d([42)o(])j (Pd\(100\))f(surface)f(as)h(test)h(problems.)-67 3272 y(The)37 b(structure)f(of)h(this)g(pap)r(er)f(is)g(as)g(follo)n(ws.)63 b(Section)37 b(I)r(I)-150 3368 y(in)n(tro)r(duces)30 b(the)h(concept)f(of)h(arti\014cial)f(NNs.)46 b(Section)30 b(I)r(I)r(I)i(de-)-150 3463 y(scrib)r(es)k(the)h(test)g(of)g(the)g(NN)g (in)n(terp)r(olation)f(abilit)n(y)h(for)f(the)-150 3558 y(disso)r(ciation)27 b(of)h(h)n(ydrogen)f(on)h(the)g(clean)g(palladium) g(surface,)-150 3654 y(and)j(Sec.)g(IV)g(rep)r(orts)f(the)h(in)n(terp)r (olation)f(of)h(the)g(second)f(test)-150 3749 y(problem,)36 b(the)e(analytical)f(PES)h(for)g(the)g(disso)r(ciation)g(of)g(h)n(y-) -150 3845 y(drogen)d(on)h(a)g(sulfur)g(co)n(v)n(ered)e(Pd\(100\))i (surface.)50 b(The)32 b(pap)r(er)-150 3940 y(concludes)27 b(with)h(a)f(summary)g(in)h(Sec.)g(V.)33 4240 y Fo(I)r(I.)89 b(AR)-7 b(TIFICIAL)29 b(NEURAL)g(NETW)n(ORKS)-67 4458 y Ft(Neural)38 b(Net)n(w)n(orks)f(can)h(b)r(e)h(considered)f(as)g (general,)i(non-)-150 4554 y(linear)31 b(\014tting)g(functions)h(that)f (do)g(not)h(require)e(an)n(y)g(assump-)-150 4649 y(tions)h(ab)r(out)g (the)g(functional)h(form)e(of)h(the)h(underlying)e(prob-)-150 4745 y(lem)k([27)o({29)o(].)56 b(The)35 b(main)f(area)e(of)i(researc)n (h)e(in)j(neural)e(com-)-150 4840 y(puting)28 b(is)g(dev)n(oted)f(to)h (classi\014cation)e(or)h(pattern)h(recognition)-150 4936 y(problems)34 b(whic)n(h)h(is)g(a)g(profoundly)f(di\013eren)n(t)h(task) f(from)h(the)-150 5031 y(in)n(terp)r(olation)f(of)g(a)g(m)n (ultidimensional)h(function.)58 b(Ho)n(w)n(ev)n(er,)-150 5127 y(NNs)30 b(ha)n(v)n(e)f(also)g(b)r(een)h(applied)g(to)g(problems)f (in)n(v)n(olving)f(func-)-150 5222 y(tion)e(appro)n(ximation)f(in)h (general)f([43)o(,)h(44)o(])h(and)f(more)f(recen)n(tly)-150 5318 y(to)i(the)h(in)n(terp)r(olation)f(of)h(p)r(oten)n(tial-energy)e (surfaces)g([31)o(,)i(45)o({)-150 5413 y(50)o(].)57 b(These)34 b(w)n(orks)e(had)i(concen)n(trated)f(on)h(lo)n(w-dimensional)2042 -83 y(studies)j(of)f(the)h(PES)f(of)h(molecules)f(in)h(the)g(gas)f (phase.)64 b(W)-7 b(e)2042 12 y(will)31 b(extend)g(the)h(approac)n(h)d (to)i(study)g(c)n(hemical)g(reactions)e(of)2042 108 y(molecules)d(on)h (surfaces)g(on)f(a)h(high-dimensional)f(PES)h(and)g(in)2042 203 y(particular)i(to)i(emplo)n(y)e(it)j(in)e(extended)h(molecular)f (dynamics)2042 299 y(sim)n(ulations.)2125 402 y(It)36 b(is)f(imp)r(ortan)n(t)h(to)f(notice)h(that)f(there)h(is)f(no)h(suc)n (h)f(thing)2042 497 y(lik)n(e)30 b(\\the)h(neural)f(net)n(w)n(ork".)44 b(NNs)32 b(are)d(rather)h(a)g(class)g(of)h(al-)2042 593 y(gorithms)24 b(inspired)g(from)h(neuro-science.)34 b(Di\013eren)n(t)26 b(arc)n(hitec-)2042 688 y(tures)39 b(exist.)75 b(A)40 b(n)n(um)n(b)r(er)g(of)g(optimization)g(algorithms)e(are)2042 784 y(applicable)g(for)h(the)h(optimization)e(of)i(the)f(NN)h (parameters.)2042 879 y(Di\013eren)n(t)f(basis)f(functions)h(can)g(b)r (e)g(used)g(in)g(the)g(in)n(terp)r(ola-)2042 975 y(tion.)59 b(The)35 b(n)n(um)n(b)r(er)f(of)h(parameters)e(necessary)g(to)i(obtain) g(a)2042 1070 y(satisfactory)23 b(represen)n(tation)f(and)i(ho)n(w)g (to)g(sample)g(the)h(p)r(oin)n(ts)2042 1166 y(used)20 b(for)f(the)h(in)n(terp)r(olation)f(in)h(order)e(to)i(obtain)f(a)h (satisfactory)2042 1261 y(represen)n(tation)26 b(are)g Fn(a)k(priori)g Ft(unkno)n(wn.)2463 1578 y Fo(A.)87 b(Neural)30 b(Net)n(w)n(ork)e(Structure)2125 1799 y Ft(An)f(arti\014cial)f(NN)h (consists)f(of)h(a)f(n)n(um)n(b)r(er)h(of)f(arti\014cial)g(neu-)2042 1895 y(rons)f(or)g Fn(no)l(des)p Ft(,)i(t)n(ypically)f(arranged)e(in)i (la)n(y)n(ers,)e(and)i(in)n(tercon-)2042 1990 y(nected)31 b(via)g(a)g(set)g(of)h(links.)47 b(A)32 b(sc)n(hematic)f(represen)n (tation)e(of)2042 2086 y(suc)n(h)j(a)g(net)i(is)e(plotted)h(in)g(Fig.)g (1.)52 b(Eac)n(h)31 b(link)i(m)n(ultiplies)g(its)2042 2181 y(input)c(b)n(y)f(a)f(parameter,)g(the)i(w)n(eigh)n(t,)e(b)r (efore)h(supplying)g(it)g(to)2042 2277 y(a)e(new)i(no)r(de.)36 b(Eac)n(h)26 b(no)r(de)h(sums)g(o)n(v)n(er)f(its)h(inputs)h(and)f (applies)2042 2372 y(a)j(function)g(to)h(the)f(resulting)g(v)-5 b(alue.)44 b(In)31 b(the)g Fn(input)g(layer)h Ft(the)2042 2467 y(iden)n(tit)n(y)26 b(function)h(is)g(used)f(to)g(distribute)h (the)g(information)e(to)2042 2563 y(the)37 b(second)f(la)n(y)n(er.)63 b(This)37 b(la)n(y)n(er)e(is)i(called)g(the)g Fn(hidden)j(layer)2042 2658 y Ft(b)r(ecause)33 b(its)i(input)f(and)g(output)h(is)e(not)h (visible)g(from)g(to)g(the)2042 2754 y(outside)d(w)n(orld.)49 b(The)32 b(hidden)g(la)n(y)n(er)e(is)i(the)g(core)f(of)g(the)i(non-) 2042 2849 y(linear)h(\014tting)h(of)f(the)h(data)f(set.)58 b(The)35 b Fn(output)g(layer)h Ft(collects)2042 2945 y(the)29 b(information)e(from)h(the)h(hidden)g(la)n(y)n(er)e(and)h (transforms)f(it)2042 3040 y(again.)40 b(This)29 b(net)n(w)n(ork)e (design,)i(in)g(whic)n(h)g(ev)n(ery)f(no)r(de)h(is)g(con-)2042 3136 y(nected)e(to)h(ev)n(ery)e(no)r(de)h(in)h(the)g(adjacen)n(t)e(la)n (y)n(ers)g(but)i(no)r(des)f(in)2042 3231 y(the)i(same)e(la)n(y)n(er)g (are)g(not)i(connected)f(and)g(the)h(information)e(is)2042 3327 y(transmitted)32 b(only)g(in)g(one)g(direction,)h(is)f(called)g(a) f Fn(multilayer)2042 3422 y(fe)l(e)l(d-forwar)l(d)h(NN)p Ft(.)2125 3525 y(The)h(output)h(of)f(a)f(fully)i(connected)f(three)g (la)n(y)n(er)e(NN)j(with)2042 3621 y(one)g(input,)j(one)d(hidden)g(and) h(one)e(output)i(la)n(y)n(er)e(and)h Fl(n)3923 3633 y Fm(0)3960 3621 y Fl(;)14 b(n)4047 3633 y Fm(1)2042 3716 y Ft(and)30 b Fl(n)2256 3728 y Fm(2)2324 3716 y Ft(no)r(des)g(in)h(eac) n(h)f(la)n(y)n(er,)f(resp)r(ectiv)n(ely)-7 b(,)31 b(can)f(b)r(e)h (written)2042 3812 y(as:)2089 4089 y Fl(y)2133 4045 y Fm(\(2\))2130 4114 y Fk(k)2245 4089 y Ft(=)23 b Fl(f)2374 4101 y Fm(2)2425 3922 y Fj(0)2425 4071 y(@)2497 4089 y Fl(w)2558 4045 y Fm(\(2\))2556 4114 y(0)p Fk(k)2667 4089 y Ft(+)2773 3984 y Fk(n)2814 3992 y Fi(1)2750 4010 y Fj(X)2752 4187 y Fk(j)s Fm(=1)2883 4089 y Fl(w)2944 4045 y Fm(\(2\))2942 4114 y Fk(j)s(k)3034 4089 y Fl(f)3075 4101 y Fm(1)3126 3947 y Fj( )3192 4089 y Fl(w)3253 4045 y Fm(\(1\))3251 4112 y(0)p Fk(j)3361 4089 y Ft(+)3467 3984 y Fk(n)3508 3992 y Fi(0)3444 4010 y Fj(X)3450 4187 y Fk(i)p Fm(=1)3578 4089 y Fl(w)3639 4045 y Fm(\(1\))3637 4112 y Fk(ij)3728 4089 y Fl(y)3772 4045 y Fm(\(0\))3769 4112 y Fk(i)3861 3947 y Fj(!)3927 3922 y(1)3927 4071 y(A)4013 4089 y Fl(;)3978 4288 y Ft(\(1\))2042 4404 y Fh(8)32 b Fl(k)i Ft(=)d(1)p Fl(;)14 b Ft(2)p Fl(;)g(:)g(:)g(:)e(;)i(n) 2647 4416 y Fm(2)2684 4404 y Ft(.)51 b(The)33 b Fn(bias)g Ft(w)n(eigh)n(ts)f(lik)n(e)f Fl(w)3624 4360 y Fm(\(2\))3622 4429 y(0)p Fk(k)3747 4404 y Ft(act)h(as)f(an)2042 4499 y(adjustable)h(o\013set)g(of)h(the)g(activ)-5 b(ation)32 b(function.)52 b(In)32 b(the)h(case)2042 4610 y(of)c(\014tting)g(a)g (PES)f(with)h(a)g(NN,)h(the)f Fh(f)p Fl(y)3315 4567 y Fm(\(0\))3312 4633 y Fk(i)3403 4610 y Fh(g)g Ft(represen)n(t)f(the)h (co-)2042 4706 y(ordinates)h(of)h(the)h(reactan)n(ts.)47 b(F)-7 b(or)31 b(a)g(diatomic)g(molecule)g(the)2042 4801 y(input)23 b(la)n(y)n(er)e(of)h(the)h(net)g(consist)f(e.g.)35 b(of)22 b(six)g(units)h(corresp)r(ond-)2042 4912 y(ing)32 b(to)g Fh(f)p Fl(y)2377 4869 y Fm(\(0\))2374 4935 y Fk(i)2466 4912 y Fh(g)e Ft(=)h Fh(f)p Fl(X)2745 4924 y Fk(c)2778 4912 y Fl(;)14 b(Y)2863 4924 y Fk(c)2897 4912 y Fl(;)g(Z)2991 4924 y Fk(c)3025 4912 y Fl(;)g(r)n(;)g(\022)r(;)g(\036)p Fh(g)p Ft(.)51 b(In)33 b(the)g(output)g(la)n(y)n(er)2042 5008 y(w)n(e)d(will)i(ha)n(v)n(e)e(just)h(one)g(output)g(no)r(de,)h (the)g(p)r(oten)n(tial-energy)2042 5119 y Fl(V)2090 5131 y Fk(pot)2186 5119 y Ft(\()p Fh(f)p Fl(y)2304 5076 y Fm(\(0\))2301 5142 y Fk(i)2393 5119 y Fh(g)p Ft(\).)2125 5222 y(F)-7 b(or)37 b(con)n(v)n(enience)g(w)n(e)g(ha)n(v)n(e)g(presen)n (ted)g(in)h(Fig.)g(1)g(a)f(feed-)2042 5318 y(forw)n(ard)23 b(net)n(w)n(ork)g(with)i(only)g(one)f(hidden)h(la)n(y)n(er.)34 b(Ho)n(w)n(ev)n(er,)24 b(it)2042 5413 y(should)k(b)r(e)g(noted)h(that)f (the)h(n)n(um)n(b)r(er)f(of)g(hidden)h(la)n(y)n(ers)d(is)i(not)p eop end %%Page: 3 3 TeXDict begin 3 2 bop 4043 -299 a Ft(3)35 -166 y gsave currentpoint currentpoint translate 270 neg rotate neg exch neg exch translate 35 -166 a @beginspecial 0 @llx 0 @lly 595 @urx 842 @ury 1417 @rwi @setspecial %%BeginDocument: Fig1.eps %!PS-Adobe-2.0 %%Title: network_bw.xfig.eps %%Creator: fig2dev Version 3.2.3 Patchlevel %%CreationDate: Tue Oct 16 16:19:09 2001 %%For: soenke@theolx03 (Soenke Lorenz) %%Orientation: Landscape %%Pages: 2 %%BoundingBox: 0 0 595 842 %%BeginSetup %%IncludeFeature: *PageSize A4 %%EndSetup %%Magnification: 1.0000 %%EndComments /$F2psDict 200 dict def $F2psDict begin $F2psDict /mtrx matrix put /col-1 {0 setgray} bind def /col0 {0.000 0.000 0.000 srgb} bind def /col1 {0.000 0.000 1.000 srgb} bind def /col2 {0.000 1.000 0.000 srgb} bind def /col3 {0.000 1.000 1.000 srgb} bind def /col4 {1.000 0.000 0.000 srgb} bind def /col5 {1.000 0.000 1.000 srgb} bind def /col6 {1.000 1.000 0.000 srgb} bind def /col7 {1.000 1.000 1.000 srgb} bind def /col8 {0.000 0.000 0.560 srgb} bind def /col9 {0.000 0.000 0.690 srgb} bind def /col10 {0.000 0.000 0.820 srgb} bind def /col11 {0.530 0.810 1.000 srgb} bind def /col12 {0.000 0.560 0.000 srgb} bind def /col13 {0.000 0.690 0.000 srgb} bind def /col14 {0.000 0.820 0.000 srgb} bind def /col15 {0.000 0.560 0.560 srgb} bind def /col16 {0.000 0.690 0.690 srgb} bind def /col17 {0.000 0.820 0.820 srgb} bind def /col18 {0.560 0.000 0.000 srgb} bind def /col19 {0.690 0.000 0.000 srgb} bind def /col20 {0.820 0.000 0.000 srgb} bind def /col21 {0.560 0.000 0.560 srgb} bind def /col22 {0.690 0.000 0.690 srgb} bind def /col23 {0.820 0.000 0.820 srgb} bind def /col24 {0.500 0.190 0.000 srgb} bind def /col25 {0.630 0.250 0.000 srgb} bind def /col26 {0.750 0.380 0.000 srgb} bind def /col27 {1.000 0.500 0.500 srgb} bind def /col28 {1.000 0.630 0.630 srgb} bind def /col29 {1.000 0.750 0.750 srgb} bind def /col30 {1.000 0.880 0.880 srgb} bind def /col31 {1.000 0.840 0.000 srgb} bind def end save newpath 0 842 moveto 0 0 lineto 595 0 lineto 595 842 lineto closepath clip newpath -12.0 25.5 translate 90 rotate 1 -1 scale /cp {closepath} bind def /ef {eofill} bind def /gr {grestore} bind def /gs {gsave} bind def /sa {save} bind def /rs {restore} bind def /l {lineto} bind def /m {moveto} bind def /rm {rmoveto} bind def /n {newpath} bind def /s {stroke} bind def /sh {show} bind def /slc {setlinecap} bind def /slj {setlinejoin} bind def /slw {setlinewidth} bind def /srgb {setrgbcolor} bind def /rot {rotate} bind def /sc {scale} bind def /sd {setdash} bind def /ff {findfont} bind def /sf {setfont} bind def /scf {scalefont} bind def /sw {stringwidth} bind def /tr {translate} bind def /tnt {dup dup currentrgbcolor 4 -2 roll dup 1 exch sub 3 -1 roll mul add 4 -2 roll dup 1 exch sub 3 -1 roll mul add 4 -2 roll dup 1 exch sub 3 -1 roll mul add srgb} bind def /shd {dup dup currentrgbcolor 4 -2 roll mul 4 -2 roll mul 4 -2 roll mul srgb} bind def /$F2psBegin {$F2psDict begin /$F2psEnteredState save def} def /$F2psEnd {$F2psEnteredState restore end} def $F2psBegin %%Page: 1 1 10 setmiterlimit 0.06000 0.06000 sc %%Page: 1 1 % Polyline 45.000 slw n 4050 8400 m 5100 2325 l gs col0 s gr % Polyline n 5100 4800 m 4425 8400 l gs col0 s gr % Polyline n 5100 7125 m 4875 8400 l gs col0 s gr % Polyline n 8325 4800 m 7650 8400 l gs col0 s gr % Polyline % % Begin Imported EPS File: 3ball.ps %%BeginDocument: 3ball.ps % n gs 1770 5237 tr 9.128571 -9.130233 sc 210 0 tr 180 rot -45 -170 tr sa n 45 170 m 255 170 l 255 385 l 45 385 l cp clip n countdictstack mark /showpage {} def % EPS file follows: %!PS-Adobe-2.0 %%Creator: BALSAC 2.11 (C) Copyright by K. Hermann %%BoundingBox: 45 170 255 385 %%EndComments %%%BoundingBox: 40 315 565 700 % 26 714 translate -90 rotate .7 .7 scale /Boxd { /yc2 exch def /xc2 exch def /yc1 exch def /xc1 exch def newpath xc1 yc1 moveto xc2 yc1 lineto xc2 yc2 lineto xc1 yc2 lineto closepath } bind def /ISOenc {findfont dup length dict begin {1 index /FID ne {def} {pop pop} ifelse } forall /Encoding ISOLatin1Encoding def currentdict end definefont pop} bind def /COcir { setrgbcolor 0.25 setlinewidth newpath 0 360 arc closepath stroke } bind def /CFcir { setrgbcolor 0.25 setlinewidth newpath 0 360 arc closepath gsave fill grestore Rol Gol Bol setrgbcolor stroke } bind def /CLine { setlinewidth setrgbcolor newpath moveto lineto 1 setlinejoin 1 setlinecap stroke } bind def /COLine { /lwi exch def /clB exch def /clG exch def /clR exch def newpath moveto lineto 1 setlinejoin 0 setlinecap gsave lwi 3 add setlinewidth 1 setgray stroke grestore lwi setlinewidth clR clG clB setrgbcolor stroke } bind def /CDLine { /lwi exch def /clB exch def /clG exch def /clR exch def /y3 exch def /x3 exch def newpath moveto lineto x3 y3 lineto 1 setlinejoin 0 setlinecap lwi 0 ge {gsave lwi 3 add setlinewidth 1 setgray stroke grestore} {/lwi lwi neg def} ifelse lwi setlinewidth clR clG clB setrgbcolor stroke } bind def /CBall { /incol exch nos1 mul def /radius exch def /y0 exch def /x0 exch def x0 y0 translate phi rotate 0 radius Cel /shift0 ey radius mul def /i 0 def 1. ez div 1. scale /radiz radius ez mul def nosh {/incol incol 1 add def alp i get shift0 mul bet i get radiz mul Cel /i i 1 add def} repeat ez 1. scale 0 0 radius Rol Gol Bol COcir phi neg rotate x0 neg y0 neg translate} bind def /Cel { /rady exch def /yy0 exch def 0 yy0 translate newpath cRA incol get cGA incol get cBA incol get setrgbcolor 0 0 rady 0 360 arc closepath fill 0 yy0 neg translate } bind def /Lite { /phi exch def /ez exch def /ey exch def } bind def /CBond { /clBi exch def /clGi exch def /clRi exch def /qq exch def /r2 exch def /r1 exch def /y2 exch def /x2 exch def /y1 exch def /x1 exch def qq 0 gt {/qq1 1 qq div def} if x1 x2 ne y1 y2 ne or { /wr y2 y1 sub x2 x1 sub atan def newpath 0.25 setlinewidth clRi clGi clBi setrgbcolor x1 y1 translate wr rotate qq 0 gt {qq 1 scale 0 0 r1 90 270 arc qq1 1 scale } {0 r1 moveto 0 r1 neg lineto } ifelse wr neg rotate x2 x1 sub y2 y1 sub translate wr rotate 0 r2 neg lineto qq 0 lt {qq 1 scale 0 0 r2 270 90 arcn qq1 1 scale } { 0 r2 lineto } ifelse wr neg rotate x2 neg y2 neg translate closepath gsave fill grestore Rbd Gbd Bbd setrgbcolor stroke } if } bind def /Coldef { /qgam exch def /qmax exch def /qmin exch def /clB exch def /clG exch def /clR exch def /qint clR clG clB add add 3 div def qint 0 eq { /qint 1 def /pint 1 def } { /pint 1 1 qint sub div def } ifelse /aaR clR qint sub pint mul def /bbR 1 clR sub pint mul def /aaG clG qint sub pint mul def /bbG 1 clG sub pint mul def /aaB clB qint sub pint mul def /bbB 1 clB sub pint mul def /dqq qmax qmin sub def /qq qmin dqq sub def /kk 0 def nos1 { /qq qmin kk nosh div qgam exp dqq mul add def qq qint lt {cRA ii clR qq mul qint div put cGA ii clG qq mul qint div put cBA ii clB qq mul qint div put } {cRA ii aaR bbR qq mul add put cGA ii aaG bbG qq mul add put cBA ii aaB bbB qq mul add put } ifelse /ii ii 1 add def /kk kk 1 add def} repeat} bind def /nosh 50 def /ncol 3 def /nos1 nosh 1 add def /cRA nos1 ncol mul array def /cGA nos1 ncol mul array def /cBA nos1 ncol mul array def /ii 0 def .736 .787 1.000 .400 .900 1.000 Coldef .992 .992 .992 .200 .655 1.000 Coldef .992 .992 .992 .770 .990 .810 Coldef /alp nosh array def /bet nosh array def /i 0 def /j 0 def nosh { alp i j nosh div put bet i 1 j nosh div dup mul sub abs sqrt put /i i 1 add def /j j 1 add def } repeat % 20 20 570 770 Boxd .000 .000 .000 setrgbcolor fill % 20 20 570 770 Boxd 0 setgray stroke 20 20 570 770 Boxd clip % 53 45 {dup mul exch dup mul add 1. exch sub } setscreen /Rol .000 def /Gol .000 def /Bol .000 def /Rbd .000 def /Gbd .000 def /Bbd .000 def .7660 .6428 125.00 Lite 150.20 278.20 100.00 2 CBall % 7 /#copies 1 def showpage %%EndDocument: cleartomark countdictstack exch sub { end } repeat restore grestore % % End Imported PIC File: 3ball.ps %%EndDocument % % Polyline % % Begin Imported EPS File: 3ball.ps %%BeginDocument: 3ball.ps % n gs 1770 2387 tr 9.128571 -9.130233 sc 210 0 tr 180 rot -45 -170 tr sa n 45 170 m 255 170 l 255 385 l 45 385 l cp clip n countdictstack mark /showpage {} def % EPS file follows: %!PS-Adobe-2.0 %%Creator: BALSAC 2.11 (C) Copyright by K. Hermann %%BoundingBox: 45 170 255 385 %%EndComments %%%BoundingBox: 40 315 565 700 % 26 714 translate -90 rotate .7 .7 scale /Boxd { /yc2 exch def /xc2 exch def /yc1 exch def /xc1 exch def newpath xc1 yc1 moveto xc2 yc1 lineto xc2 yc2 lineto xc1 yc2 lineto closepath } bind def /ISOenc {findfont dup length dict begin {1 index /FID ne {def} {pop pop} ifelse } forall /Encoding ISOLatin1Encoding def currentdict end definefont pop} bind def /COcir { setrgbcolor 0.25 setlinewidth newpath 0 360 arc closepath stroke } bind def /CFcir { setrgbcolor 0.25 setlinewidth newpath 0 360 arc closepath gsave fill grestore Rol Gol Bol setrgbcolor stroke } bind def /CLine { setlinewidth setrgbcolor newpath moveto lineto 1 setlinejoin 1 setlinecap stroke } bind def /COLine { /lwi exch def /clB exch def /clG exch def /clR exch def newpath moveto lineto 1 setlinejoin 0 setlinecap gsave lwi 3 add setlinewidth 1 setgray stroke grestore lwi setlinewidth clR clG clB setrgbcolor stroke } bind def /CDLine { /lwi exch def /clB exch def /clG exch def /clR exch def /y3 exch def /x3 exch def newpath moveto lineto x3 y3 lineto 1 setlinejoin 0 setlinecap lwi 0 ge {gsave lwi 3 add setlinewidth 1 setgray stroke grestore} {/lwi lwi neg def} ifelse lwi setlinewidth clR clG clB setrgbcolor stroke } bind def /CBall { /incol exch nos1 mul def /radius exch def /y0 exch def /x0 exch def x0 y0 translate phi rotate 0 radius Cel /shift0 ey radius mul def /i 0 def 1. ez div 1. scale /radiz radius ez mul def nosh {/incol incol 1 add def alp i get shift0 mul bet i get radiz mul Cel /i i 1 add def} repeat ez 1. scale 0 0 radius Rol Gol Bol COcir phi neg rotate x0 neg y0 neg translate} bind def /Cel { /rady exch def /yy0 exch def 0 yy0 translate newpath cRA incol get cGA incol get cBA incol get setrgbcolor 0 0 rady 0 360 arc closepath fill 0 yy0 neg translate } bind def /Lite { /phi exch def /ez exch def /ey exch def } bind def /CBond { /clBi exch def /clGi exch def /clRi exch def /qq exch def /r2 exch def /r1 exch def /y2 exch def /x2 exch def /y1 exch def /x1 exch def qq 0 gt {/qq1 1 qq div def} if x1 x2 ne y1 y2 ne or { /wr y2 y1 sub x2 x1 sub atan def newpath 0.25 setlinewidth clRi clGi clBi setrgbcolor x1 y1 translate wr rotate qq 0 gt {qq 1 scale 0 0 r1 90 270 arc qq1 1 scale } {0 r1 moveto 0 r1 neg lineto } ifelse wr neg rotate x2 x1 sub y2 y1 sub translate wr rotate 0 r2 neg lineto qq 0 lt {qq 1 scale 0 0 r2 270 90 arcn qq1 1 scale } { 0 r2 lineto } ifelse wr neg rotate x2 neg y2 neg translate closepath gsave fill grestore Rbd Gbd Bbd setrgbcolor stroke } if } bind def /Coldef { /qgam exch def /qmax exch def /qmin exch def /clB exch def /clG exch def /clR exch def /qint clR clG clB add add 3 div def qint 0 eq { /qint 1 def /pint 1 def } { /pint 1 1 qint sub div def } ifelse /aaR clR qint sub pint mul def /bbR 1 clR sub pint mul def /aaG clG qint sub pint mul def /bbG 1 clG sub pint mul def /aaB clB qint sub pint mul def /bbB 1 clB sub pint mul def /dqq qmax qmin sub def /qq qmin dqq sub def /kk 0 def nos1 { /qq qmin kk nosh div qgam exp dqq mul add def qq qint lt {cRA ii clR qq mul qint div put cGA ii clG qq mul qint div put cBA ii clB qq mul qint div put } {cRA ii aaR bbR qq mul add put cGA ii aaG bbG qq mul add put cBA ii aaB bbB qq mul add put } ifelse /ii ii 1 add def /kk kk 1 add def} repeat} bind def /nosh 50 def /ncol 3 def /nos1 nosh 1 add def /cRA nos1 ncol mul array def /cGA nos1 ncol mul array def /cBA nos1 ncol mul array def /ii 0 def .736 .787 1.000 .400 .900 1.000 Coldef .992 .992 .992 .200 .655 1.000 Coldef .992 .992 .992 .770 .990 .810 Coldef /alp nosh array def /bet nosh array def /i 0 def /j 0 def nosh { alp i j nosh div put bet i 1 j nosh div dup mul sub abs sqrt put /i i 1 add def /j j 1 add def } repeat % 20 20 570 770 Boxd .000 .000 .000 setrgbcolor fill % 20 20 570 770 Boxd 0 setgray stroke 20 20 570 770 Boxd clip % 53 45 {dup mul exch dup mul add 1. exch sub } setscreen /Rol .000 def /Gol .000 def /Bol .000 def /Rbd .000 def /Gbd .000 def /Bbd .000 def .7660 .6428 125.00 Lite 150.20 278.20 100.00 2 CBall % 7 /#copies 1 def showpage %%EndDocument: cleartomark countdictstack exch sub { end } repeat restore grestore % % End Imported PIC File: 3ball.ps %%EndDocument % % Polyline % % Begin Imported EPS File: 3ball.ps %%BeginDocument: 3ball.ps % n gs 8400 3827 tr 9.128571 -9.130233 sc 210 0 tr 180 rot -45 -170 tr sa n 45 170 m 255 170 l 255 385 l 45 385 l cp clip n countdictstack mark /showpage {} def % EPS file follows: %!PS-Adobe-2.0 %%Creator: BALSAC 2.11 (C) Copyright by K. Hermann %%BoundingBox: 45 170 255 385 %%EndComments %%%BoundingBox: 40 315 565 700 % 26 714 translate -90 rotate .7 .7 scale /Boxd { /yc2 exch def /xc2 exch def /yc1 exch def /xc1 exch def newpath xc1 yc1 moveto xc2 yc1 lineto xc2 yc2 lineto xc1 yc2 lineto closepath } bind def /ISOenc {findfont dup length dict begin {1 index /FID ne {def} {pop pop} ifelse } forall /Encoding ISOLatin1Encoding def currentdict end definefont pop} bind def /COcir { setrgbcolor 0.25 setlinewidth newpath 0 360 arc closepath stroke } bind def /CFcir { setrgbcolor 0.25 setlinewidth newpath 0 360 arc closepath gsave fill grestore Rol Gol Bol setrgbcolor stroke } bind def /CLine { setlinewidth setrgbcolor newpath moveto lineto 1 setlinejoin 1 setlinecap stroke } bind def /COLine { /lwi exch def /clB exch def /clG exch def /clR exch def newpath moveto lineto 1 setlinejoin 0 setlinecap gsave lwi 3 add setlinewidth 1 setgray stroke grestore lwi setlinewidth clR clG clB setrgbcolor stroke } bind def /CDLine { /lwi exch def /clB exch def /clG exch def /clR exch def /y3 exch def /x3 exch def newpath moveto lineto x3 y3 lineto 1 setlinejoin 0 setlinecap lwi 0 ge {gsave lwi 3 add setlinewidth 1 setgray stroke grestore} {/lwi lwi neg def} ifelse lwi setlinewidth clR clG clB setrgbcolor stroke } bind def /CBall { /incol exch nos1 mul def /radius exch def /y0 exch def /x0 exch def x0 y0 translate phi rotate 0 radius Cel /shift0 ey radius mul def /i 0 def 1. ez div 1. scale /radiz radius ez mul def nosh {/incol incol 1 add def alp i get shift0 mul bet i get radiz mul Cel /i i 1 add def} repeat ez 1. scale 0 0 radius Rol Gol Bol COcir phi neg rotate x0 neg y0 neg translate} bind def /Cel { /rady exch def /yy0 exch def 0 yy0 translate newpath cRA incol get cGA incol get cBA incol get setrgbcolor 0 0 rady 0 360 arc closepath fill 0 yy0 neg translate } bind def /Lite { /phi exch def /ez exch def /ey exch def } bind def /CBond { /clBi exch def /clGi exch def /clRi exch def /qq exch def /r2 exch def /r1 exch def /y2 exch def /x2 exch def /y1 exch def /x1 exch def qq 0 gt {/qq1 1 qq div def} if x1 x2 ne y1 y2 ne or { /wr y2 y1 sub x2 x1 sub atan def newpath 0.25 setlinewidth clRi clGi clBi setrgbcolor x1 y1 translate wr rotate qq 0 gt {qq 1 scale 0 0 r1 90 270 arc qq1 1 scale } {0 r1 moveto 0 r1 neg lineto } ifelse wr neg rotate x2 x1 sub y2 y1 sub translate wr rotate 0 r2 neg lineto qq 0 lt {qq 1 scale 0 0 r2 270 90 arcn qq1 1 scale } { 0 r2 lineto } ifelse wr neg rotate x2 neg y2 neg translate closepath gsave fill grestore Rbd Gbd Bbd setrgbcolor stroke } if } bind def /Coldef { /qgam exch def /qmax exch def /qmin exch def /clB exch def /clG exch def /clR exch def /qint clR clG clB add add 3 div def qint 0 eq { /qint 1 def /pint 1 def } { /pint 1 1 qint sub div def } ifelse /aaR clR qint sub pint mul def /bbR 1 clR sub pint mul def /aaG clG qint sub pint mul def /bbG 1 clG sub pint mul def /aaB clB qint sub pint mul def /bbB 1 clB sub pint mul def /dqq qmax qmin sub def /qq qmin dqq sub def /kk 0 def nos1 { /qq qmin kk nosh div qgam exp dqq mul add def qq qint lt {cRA ii clR qq mul qint div put cGA ii clG qq mul qint div put cBA ii clB qq mul qint div put } {cRA ii aaR bbR qq mul add put cGA ii aaG bbG qq mul add put cBA ii aaB bbB qq mul add put } ifelse /ii ii 1 add def /kk kk 1 add def} repeat} bind def /nosh 50 def /ncol 3 def /nos1 nosh 1 add def /cRA nos1 ncol mul array def /cGA nos1 ncol mul array def /cBA nos1 ncol mul array def /ii 0 def .736 .787 1.000 .400 .900 1.000 Coldef .992 .992 .992 .200 .655 1.000 Coldef .992 .992 .992 .770 .990 .810 Coldef /alp nosh array def /bet nosh array def /i 0 def /j 0 def nosh { alp i j nosh div put bet i 1 j nosh div dup mul sub abs sqrt put /i i 1 add def /j j 1 add def } repeat % 20 20 570 770 Boxd .000 .000 .000 setrgbcolor fill % 20 20 570 770 Boxd 0 setgray stroke 20 20 570 770 Boxd clip % 53 45 {dup mul exch dup mul add 1. exch sub } setscreen /Rol .000 def /Gol .000 def /Bol .000 def /Rbd .000 def /Gbd .000 def /Bbd .000 def .7660 .6428 125.00 Lite 150.20 278.20 100.00 2 CBall % 7 /#copies 1 def showpage %%EndDocument: cleartomark countdictstack exch sub { end } repeat restore grestore % % End Imported PIC File: 3ball.ps %%EndDocument % % Polyline 60.000 slw [180] 0 sd gs clippath 12015 10050 m 12015 9750 l 11270 9750 l 11870 9900 l 11270 10050 l cp eoclip n 675 9900 m 12000 9900 l gs col0 s gr gr [] 0 sd % arrowhead n 11270 10050 m 11870 9900 l 11270 9750 l 11270 10050 l cp gs 0.00 setgray ef gr col0 s % Polyline n 3825 8400 m 8325 8400 l 8325 9525 l 3825 9525 l cp gs 0.90 setgray ef gr gs col0 s gr /Times-Roman ff 600.00 scf sf 5550 9150 m gs 1 -1 sc (Bias) col0 sh gr /Times-Italic ff 525.00 scf sf 9225 9525 m gs 1 -1 sc (Feedforward) col0 sh gr % Polyline 45.000 slw n 3750 6300 m 5100 2325 l gs col-1 s gr % Polyline n 3750 3375 m 5100 4800 l gs col-1 s gr % Polyline n 3750 3375 m 5100 7125 l gs col-1 s gr % Polyline n 3750 6300 m 5100 4800 l gs col-1 s gr % Polyline n 3750 6300 m 5100 7125 l gs col-1 s gr % Polyline n 7125 2325 m 8325 4800 l gs col-1 s gr % Polyline n 7125 4800 m 8325 4800 l gs col-1 s gr % Polyline gs clippath 12015 4920 m 12015 4680 l 11281 4680 l 11881 4800 l 11281 4920 l cp eoclip n 10350 4800 m 12000 4800 l gs col-1 s gr gr % arrowhead n 11281 4920 m 11881 4800 l 11281 4680 l 11401 4800 l 11281 4920 l cp gs 0.00 setgray ef gr col-1 s % Polyline n 7125 7125 m 8325 4800 l gs col-1 s gr % Polyline n 3731 3383 m 5116 2300 l gs col-1 s gr % Polyline 7.500 slw n 4050 6525 m 4800 6975 l 4725 7500 l 3900 7425 l cp gs col7 1.00 shd ef gr gs col7 s gr % Polyline % % Begin Imported EPS File: 3ball.ps %%BeginDocument: 3ball.ps % n gs 5160 6148 tr 9.295238 -9.288372 sc 210 0 tr 180 rot -45 -170 tr sa n 45 170 m 255 170 l 255 385 l 45 385 l cp clip n countdictstack mark /showpage {} def % EPS file follows: %!PS-Adobe-2.0 %%Creator: BALSAC 2.11 (C) Copyright by K. Hermann %%BoundingBox: 45 170 255 385 %%EndComments %%%BoundingBox: 40 315 565 700 % 26 714 translate -90 rotate .7 .7 scale /Boxd { /yc2 exch def /xc2 exch def /yc1 exch def /xc1 exch def newpath xc1 yc1 moveto xc2 yc1 lineto xc2 yc2 lineto xc1 yc2 lineto closepath } bind def /ISOenc {findfont dup length dict begin {1 index /FID ne {def} {pop pop} ifelse } forall /Encoding ISOLatin1Encoding def currentdict end definefont pop} bind def /COcir { setrgbcolor 0.25 setlinewidth newpath 0 360 arc closepath stroke } bind def /CFcir { setrgbcolor 0.25 setlinewidth newpath 0 360 arc closepath gsave fill grestore Rol Gol Bol setrgbcolor stroke } bind def /CLine { setlinewidth setrgbcolor newpath moveto lineto 1 setlinejoin 1 setlinecap stroke } bind def /COLine { /lwi exch def /clB exch def /clG exch def /clR exch def newpath moveto lineto 1 setlinejoin 0 setlinecap gsave lwi 3 add setlinewidth 1 setgray stroke grestore lwi setlinewidth clR clG clB setrgbcolor stroke } bind def /CDLine { /lwi exch def /clB exch def /clG exch def /clR exch def /y3 exch def /x3 exch def newpath moveto lineto x3 y3 lineto 1 setlinejoin 0 setlinecap lwi 0 ge {gsave lwi 3 add setlinewidth 1 setgray stroke grestore} {/lwi lwi neg def} ifelse lwi setlinewidth clR clG clB setrgbcolor stroke } bind def /CBall { /incol exch nos1 mul def /radius exch def /y0 exch def /x0 exch def x0 y0 translate phi rotate 0 radius Cel /shift0 ey radius mul def /i 0 def 1. ez div 1. scale /radiz radius ez mul def nosh {/incol incol 1 add def alp i get shift0 mul bet i get radiz mul Cel /i i 1 add def} repeat ez 1. scale 0 0 radius Rol Gol Bol COcir phi neg rotate x0 neg y0 neg translate} bind def /Cel { /rady exch def /yy0 exch def 0 yy0 translate newpath cRA incol get cGA incol get cBA incol get setrgbcolor 0 0 rady 0 360 arc closepath fill 0 yy0 neg translate } bind def /Lite { /phi exch def /ez exch def /ey exch def } bind def /CBond { /clBi exch def /clGi exch def /clRi exch def /qq exch def /r2 exch def /r1 exch def /y2 exch def /x2 exch def /y1 exch def /x1 exch def qq 0 gt {/qq1 1 qq div def} if x1 x2 ne y1 y2 ne or { /wr y2 y1 sub x2 x1 sub atan def newpath 0.25 setlinewidth clRi clGi clBi setrgbcolor x1 y1 translate wr rotate qq 0 gt {qq 1 scale 0 0 r1 90 270 arc qq1 1 scale } {0 r1 moveto 0 r1 neg lineto } ifelse wr neg rotate x2 x1 sub y2 y1 sub translate wr rotate 0 r2 neg lineto qq 0 lt {qq 1 scale 0 0 r2 270 90 arcn qq1 1 scale } { 0 r2 lineto } ifelse wr neg rotate x2 neg y2 neg translate closepath gsave fill grestore Rbd Gbd Bbd setrgbcolor stroke } if } bind def /Coldef { /qgam exch def /qmax exch def /qmin exch def /clB exch def /clG exch def /clR exch def /qint clR clG clB add add 3 div def qint 0 eq { /qint 1 def /pint 1 def } { /pint 1 1 qint sub div def } ifelse /aaR clR qint sub pint mul def /bbR 1 clR sub pint mul def /aaG clG qint sub pint mul def /bbG 1 clG sub pint mul def /aaB clB qint sub pint mul def /bbB 1 clB sub pint mul def /dqq qmax qmin sub def /qq qmin dqq sub def /kk 0 def nos1 { /qq qmin kk nosh div qgam exp dqq mul add def qq qint lt {cRA ii clR qq mul qint div put cGA ii clG qq mul qint div put cBA ii clB qq mul qint div put } {cRA ii aaR bbR qq mul add put cGA ii aaG bbG qq mul add put cBA ii aaB bbB qq mul add put } ifelse /ii ii 1 add def /kk kk 1 add def} repeat} bind def /nosh 50 def /ncol 3 def /nos1 nosh 1 add def /cRA nos1 ncol mul array def /cGA nos1 ncol mul array def /cBA nos1 ncol mul array def /ii 0 def .736 .787 1.000 .400 .900 1.000 Coldef .992 .992 .992 .200 .655 1.000 Coldef .992 .992 .992 .770 .990 .810 Coldef /alp nosh array def /bet nosh array def /i 0 def /j 0 def nosh { alp i j nosh div put bet i 1 j nosh div dup mul sub abs sqrt put /i i 1 add def /j j 1 add def } repeat % 20 20 570 770 Boxd .000 .000 .000 setrgbcolor fill % 20 20 570 770 Boxd 0 setgray stroke 20 20 570 770 Boxd clip % 53 45 {dup mul exch dup mul add 1. exch sub } setscreen /Rol .000 def /Gol .000 def /Bol .000 def /Rbd .000 def /Gbd .000 def /Bbd .000 def .7660 .6428 125.00 Lite 150.20 278.20 100.00 2 CBall % 7 /#copies 1 def showpage %%EndDocument: cleartomark countdictstack exch sub { end } repeat restore grestore % % End Imported PIC File: 3ball.ps %%EndDocument % % Polyline % % Begin Imported EPS File: 3ball.ps %%BeginDocument: 3ball.ps % n gs 5160 3748 tr 9.295238 -9.288372 sc 210 0 tr 180 rot -45 -170 tr sa n 45 170 m 255 170 l 255 385 l 45 385 l cp clip n countdictstack mark /showpage {} def % EPS file follows: %!PS-Adobe-2.0 %%Creator: BALSAC 2.11 (C) Copyright by K. Hermann %%BoundingBox: 45 170 255 385 %%EndComments %%%BoundingBox: 40 315 565 700 % 26 714 translate -90 rotate .7 .7 scale /Boxd { /yc2 exch def /xc2 exch def /yc1 exch def /xc1 exch def newpath xc1 yc1 moveto xc2 yc1 lineto xc2 yc2 lineto xc1 yc2 lineto closepath } bind def /ISOenc {findfont dup length dict begin {1 index /FID ne {def} {pop pop} ifelse } forall /Encoding ISOLatin1Encoding def currentdict end definefont pop} bind def /COcir { setrgbcolor 0.25 setlinewidth newpath 0 360 arc closepath stroke } bind def /CFcir { setrgbcolor 0.25 setlinewidth newpath 0 360 arc closepath gsave fill grestore Rol Gol Bol setrgbcolor stroke } bind def /CLine { setlinewidth setrgbcolor newpath moveto lineto 1 setlinejoin 1 setlinecap stroke } bind def /COLine { /lwi exch def /clB exch def /clG exch def /clR exch def newpath moveto lineto 1 setlinejoin 0 setlinecap gsave lwi 3 add setlinewidth 1 setgray stroke grestore lwi setlinewidth clR clG clB setrgbcolor stroke } bind def /CDLine { /lwi exch def /clB exch def /clG exch def /clR exch def /y3 exch def /x3 exch def newpath moveto lineto x3 y3 lineto 1 setlinejoin 0 setlinecap lwi 0 ge {gsave lwi 3 add setlinewidth 1 setgray stroke grestore} {/lwi lwi neg def} ifelse lwi setlinewidth clR clG clB setrgbcolor stroke } bind def /CBall { /incol exch nos1 mul def /radius exch def /y0 exch def /x0 exch def x0 y0 translate phi rotate 0 radius Cel /shift0 ey radius mul def /i 0 def 1. ez div 1. scale /radiz radius ez mul def nosh {/incol incol 1 add def alp i get shift0 mul bet i get radiz mul Cel /i i 1 add def} repeat ez 1. scale 0 0 radius Rol Gol Bol COcir phi neg rotate x0 neg y0 neg translate} bind def /Cel { /rady exch def /yy0 exch def 0 yy0 translate newpath cRA incol get cGA incol get cBA incol get setrgbcolor 0 0 rady 0 360 arc closepath fill 0 yy0 neg translate } bind def /Lite { /phi exch def /ez exch def /ey exch def } bind def /CBond { /clBi exch def /clGi exch def /clRi exch def /qq exch def /r2 exch def /r1 exch def /y2 exch def /x2 exch def /y1 exch def /x1 exch def qq 0 gt {/qq1 1 qq div def} if x1 x2 ne y1 y2 ne or { /wr y2 y1 sub x2 x1 sub atan def newpath 0.25 setlinewidth clRi clGi clBi setrgbcolor x1 y1 translate wr rotate qq 0 gt {qq 1 scale 0 0 r1 90 270 arc qq1 1 scale } {0 r1 moveto 0 r1 neg lineto } ifelse wr neg rotate x2 x1 sub y2 y1 sub translate wr rotate 0 r2 neg lineto qq 0 lt {qq 1 scale 0 0 r2 270 90 arcn qq1 1 scale } { 0 r2 lineto } ifelse wr neg rotate x2 neg y2 neg translate closepath gsave fill grestore Rbd Gbd Bbd setrgbcolor stroke } if } bind def /Coldef { /qgam exch def /qmax exch def /qmin exch def /clB exch def /clG exch def /clR exch def /qint clR clG clB add add 3 div def qint 0 eq { /qint 1 def /pint 1 def } { /pint 1 1 qint sub div def } ifelse /aaR clR qint sub pint mul def /bbR 1 clR sub pint mul def /aaG clG qint sub pint mul def /bbG 1 clG sub pint mul def /aaB clB qint sub pint mul def /bbB 1 clB sub pint mul def /dqq qmax qmin sub def /qq qmin dqq sub def /kk 0 def nos1 { /qq qmin kk nosh div qgam exp dqq mul add def qq qint lt {cRA ii clR qq mul qint div put cGA ii clG qq mul qint div put cBA ii clB qq mul qint div put } {cRA ii aaR bbR qq mul add put cGA ii aaG bbG qq mul add put cBA ii aaB bbB qq mul add put } ifelse /ii ii 1 add def /kk kk 1 add def} repeat} bind def /nosh 50 def /ncol 3 def /nos1 nosh 1 add def /cRA nos1 ncol mul array def /cGA nos1 ncol mul array def /cBA nos1 ncol mul array def /ii 0 def .736 .787 1.000 .400 .900 1.000 Coldef .992 .992 .992 .200 .655 1.000 Coldef .992 .992 .992 .770 .990 .810 Coldef /alp nosh array def /bet nosh array def /i 0 def /j 0 def nosh { alp i j nosh div put bet i 1 j nosh div dup mul sub abs sqrt put /i i 1 add def /j j 1 add def } repeat % 20 20 570 770 Boxd .000 .000 .000 setrgbcolor fill % 20 20 570 770 Boxd 0 setgray stroke 20 20 570 770 Boxd clip % 53 45 {dup mul exch dup mul add 1. exch sub } setscreen /Rol .000 def /Gol .000 def /Bol .000 def /Rbd .000 def /Gbd .000 def /Bbd .000 def .7660 .6428 125.00 Lite 150.20 278.20 100.00 2 CBall % 7 /#copies 1 def showpage %%EndDocument: cleartomark countdictstack exch sub { end } repeat restore grestore % % End Imported PIC File: 3ball.ps %%EndDocument % % Polyline % % Begin Imported EPS File: 3ball.ps %%BeginDocument: 3ball.ps % n gs 5160 1363 tr 9.295238 -9.288372 sc 210 0 tr 180 rot -45 -170 tr sa n 45 170 m 255 170 l 255 385 l 45 385 l cp clip n countdictstack mark /showpage {} def % EPS file follows: %!PS-Adobe-2.0 %%Creator: BALSAC 2.11 (C) Copyright by K. Hermann %%BoundingBox: 45 170 255 385 %%EndComments %%%BoundingBox: 40 315 565 700 % 26 714 translate -90 rotate .7 .7 scale /Boxd { /yc2 exch def /xc2 exch def /yc1 exch def /xc1 exch def newpath xc1 yc1 moveto xc2 yc1 lineto xc2 yc2 lineto xc1 yc2 lineto closepath } bind def /ISOenc {findfont dup length dict begin {1 index /FID ne {def} {pop pop} ifelse } forall /Encoding ISOLatin1Encoding def currentdict end definefont pop} bind def /COcir { setrgbcolor 0.25 setlinewidth newpath 0 360 arc closepath stroke } bind def /CFcir { setrgbcolor 0.25 setlinewidth newpath 0 360 arc closepath gsave fill grestore Rol Gol Bol setrgbcolor stroke } bind def /CLine { setlinewidth setrgbcolor newpath moveto lineto 1 setlinejoin 1 setlinecap stroke } bind def /COLine { /lwi exch def /clB exch def /clG exch def /clR exch def newpath moveto lineto 1 setlinejoin 0 setlinecap gsave lwi 3 add setlinewidth 1 setgray stroke grestore lwi setlinewidth clR clG clB setrgbcolor stroke } bind def /CDLine { /lwi exch def /clB exch def /clG exch def /clR exch def /y3 exch def /x3 exch def newpath moveto lineto x3 y3 lineto 1 setlinejoin 0 setlinecap lwi 0 ge {gsave lwi 3 add setlinewidth 1 setgray stroke grestore} {/lwi lwi neg def} ifelse lwi setlinewidth clR clG clB setrgbcolor stroke } bind def /CBall { /incol exch nos1 mul def /radius exch def /y0 exch def /x0 exch def x0 y0 translate phi rotate 0 radius Cel /shift0 ey radius mul def /i 0 def 1. ez div 1. scale /radiz radius ez mul def nosh {/incol incol 1 add def alp i get shift0 mul bet i get radiz mul Cel /i i 1 add def} repeat ez 1. scale 0 0 radius Rol Gol Bol COcir phi neg rotate x0 neg y0 neg translate} bind def /Cel { /rady exch def /yy0 exch def 0 yy0 translate newpath cRA incol get cGA incol get cBA incol get setrgbcolor 0 0 rady 0 360 arc closepath fill 0 yy0 neg translate } bind def /Lite { /phi exch def /ez exch def /ey exch def } bind def /CBond { /clBi exch def /clGi exch def /clRi exch def /qq exch def /r2 exch def /r1 exch def /y2 exch def /x2 exch def /y1 exch def /x1 exch def qq 0 gt {/qq1 1 qq div def} if x1 x2 ne y1 y2 ne or { /wr y2 y1 sub x2 x1 sub atan def newpath 0.25 setlinewidth clRi clGi clBi setrgbcolor x1 y1 translate wr rotate qq 0 gt {qq 1 scale 0 0 r1 90 270 arc qq1 1 scale } {0 r1 moveto 0 r1 neg lineto } ifelse wr neg rotate x2 x1 sub y2 y1 sub translate wr rotate 0 r2 neg lineto qq 0 lt {qq 1 scale 0 0 r2 270 90 arcn qq1 1 scale } { 0 r2 lineto } ifelse wr neg rotate x2 neg y2 neg translate closepath gsave fill grestore Rbd Gbd Bbd setrgbcolor stroke } if } bind def /Coldef { /qgam exch def /qmax exch def /qmin exch def /clB exch def /clG exch def /clR exch def /qint clR clG clB add add 3 div def qint 0 eq { /qint 1 def /pint 1 def } { /pint 1 1 qint sub div def } ifelse /aaR clR qint sub pint mul def /bbR 1 clR sub pint mul def /aaG clG qint sub pint mul def /bbG 1 clG sub pint mul def /aaB clB qint sub pint mul def /bbB 1 clB sub pint mul def /dqq qmax qmin sub def /qq qmin dqq sub def /kk 0 def nos1 { /qq qmin kk nosh div qgam exp dqq mul add def qq qint lt {cRA ii clR qq mul qint div put cGA ii clG qq mul qint div put cBA ii clB qq mul qint div put } {cRA ii aaR bbR qq mul add put cGA ii aaG bbG qq mul add put cBA ii aaB bbB qq mul add put } ifelse /ii ii 1 add def /kk kk 1 add def} repeat} bind def /nosh 50 def /ncol 3 def /nos1 nosh 1 add def /cRA nos1 ncol mul array def /cGA nos1 ncol mul array def /cBA nos1 ncol mul array def /ii 0 def .736 .787 1.000 .400 .900 1.000 Coldef .992 .992 .992 .200 .655 1.000 Coldef .992 .992 .992 .770 .990 .810 Coldef /alp nosh array def /bet nosh array def /i 0 def /j 0 def nosh { alp i j nosh div put bet i 1 j nosh div dup mul sub abs sqrt put /i i 1 add def /j j 1 add def } repeat % 20 20 570 770 Boxd .000 .000 .000 setrgbcolor fill % 20 20 570 770 Boxd 0 setgray stroke 20 20 570 770 Boxd clip % 53 45 {dup mul exch dup mul add 1. exch sub } setscreen /Rol .000 def /Gol .000 def /Bol .000 def /Rbd .000 def /Gbd .000 def /Bbd .000 def .7660 .6428 125.00 Lite 150.20 278.20 100.00 2 CBall % 7 /#copies 1 def showpage %%EndDocument: cleartomark countdictstack exch sub { end } repeat restore grestore % % End Imported PIC File: 3ball.ps %%EndDocument % /Times-Roman ff 525.00 scf sf 7875 8100 m gs 1 -1 sc (w) col-1 sh gr /Times-Roman ff 375.00 scf sf 8250 7950 m gs 1 -1 sc (2) col-1 sh gr /Times-Roman ff 375.00 scf sf 8175 8325 m gs 1 -1 sc (01) col-1 sh gr /Times-Roman ff 375.00 scf sf 7200 6225 m gs 1 -1 sc (11) col-1 sh gr /Times-Roman ff 525.00 scf sf 6900 6000 m gs 1 -1 sc (w) col-1 sh gr /Times-Roman ff 375.00 scf sf 7275 5850 m gs 1 -1 sc (2) col-1 sh gr /Times-Roman ff 525.00 scf sf 7275 4500 m gs 1 -1 sc (w) col-1 sh gr /Times-Roman ff 375.00 scf sf 7650 4350 m gs 1 -1 sc (2) col-1 sh gr /Times-Roman ff 375.00 scf sf 7575 4725 m gs 1 -1 sc (21) col-1 sh gr /Times-Roman ff 525.00 scf sf 7650 3150 m gs 1 -1 sc (w) col-1 sh gr /Times-Roman ff 375.00 scf sf 7950 3375 m gs 1 -1 sc (31) col-1 sh gr /Times-Roman ff 375.00 scf sf 8025 3000 m gs 1 -1 sc (2) col-1 sh gr /Times-Roman ff 525.00 scf sf 3900 2400 m gs 1 -1 sc (w) col-1 sh gr /Times-Roman ff 375.00 scf sf 4275 2250 m gs 1 -1 sc (1) col-1 sh gr /Times-Roman ff 375.00 scf sf 4200 2625 m gs 1 -1 sc (23) col-1 sh gr /Times-Roman ff 525.00 scf sf 3300 8100 m gs 1 -1 sc (w) col-1 sh gr /Times-Roman ff 375.00 scf sf 3675 7950 m gs 1 -1 sc (1) col-1 sh gr /Times-Roman ff 375.00 scf sf 3600 8325 m gs 1 -1 sc (03) col-1 sh gr /Times-Roman ff 525.00 scf sf 3900 7125 m gs 1 -1 sc (w) col-1 sh gr /Times-Roman ff 375.00 scf sf 4200 7350 m gs 1 -1 sc (11) col-1 sh gr /Times-Roman ff 375.00 scf sf 4275 6975 m gs 1 -1 sc (1) col-1 sh gr % Polyline 75.000 slw n 6155 1590 m 6155 3090 l gs col0 s gr /Symbol ff 675.00 scf sf 5500 2550 m gs 1 -1 sc (S) col0 sh gr /Times-Bold ff 675.00 scf sf 6395 2580 m gs 1 -1 sc (f) col0 sh gr /Times-Roman ff 525.00 scf sf 6575 2775 m gs 1 -1 sc (1) col0 sh gr % Polyline n 6150 3990 m 6150 5490 l gs col0 s gr /Symbol ff 675.00 scf sf 5495 4950 m gs 1 -1 sc (S) col0 sh gr /Times-Bold ff 675.00 scf sf 6390 4980 m gs 1 -1 sc (f) col0 sh gr /Times-Roman ff 525.00 scf sf 6570 5175 m gs 1 -1 sc (1) col0 sh gr % Polyline n 6165 6405 m 6165 7905 l gs col0 s gr /Symbol ff 675.00 scf sf 5510 7365 m gs 1 -1 sc (S) col0 sh gr /Times-Bold ff 675.00 scf sf 6405 7395 m gs 1 -1 sc (f) col0 sh gr /Times-Roman ff 525.00 scf sf 6585 7590 m gs 1 -1 sc (1) col0 sh gr % Polyline 30.000 slw n 5385 4725 m 5415 4725 l gs col-1 s gr % Polyline n 8610 4800 m 8640 4800 l gs col-1 s gr % Polyline 45.000 slw gs clippath 1740 3465 m 1740 3285 l 1156 3285 l 1606 3375 l 1156 3465 l cp eoclip n 675 3375 m 1725 3375 l gs col-1 s gr gr % arrowhead n 1156 3465 m 1606 3375 l 1156 3285 l 1246 3375 l 1156 3465 l cp gs 0.00 setgray ef gr col-1 s % Polyline gs clippath 1740 6465 m 1740 6285 l 1156 6285 l 1606 6375 l 1156 6465 l cp eoclip n 675 6375 m 1725 6375 l gs col-1 s gr gr % arrowhead n 1156 6465 m 1606 6375 l 1156 6285 l 1246 6375 l 1156 6465 l cp gs 0.00 setgray ef gr col-1 s % Polyline 75.000 slw n 9375 4080 m 9375 5580 l gs col0 s gr /Times-Bold ff 450.00 scf sf 12375 5175 m gs 1 -1 sc (pot) col0 sh gr /Times-Bold ff 525.00 scf sf 12075 5025 m gs 1 -1 sc (V) col0 sh gr /Times-Bold ff 525.00 scf sf 150 6600 m gs 1 -1 sc (X) col0 sh gr /Times-Bold ff 450.00 scf sf 525 6825 m gs 1 -1 sc (1) col0 sh gr /Times-Bold ff 525.00 scf sf 150 3600 m gs 1 -1 sc (X) col0 sh gr /Times-Bold ff 450.00 scf sf 525 3825 m gs 1 -1 sc (2) col0 sh gr /Times-Bold ff 525.00 scf sf 5340 735 m gs 1 -1 sc (Hidden) col0 sh gr /Times-Bold ff 525.00 scf sf 5490 1200 m gs 1 -1 sc (Layer) col0 sh gr /Times-Bold ff 525.00 scf sf 8475 735 m gs 1 -1 sc (Output ) col0 sh gr /Times-Bold ff 525.00 scf sf 8625 1200 m gs 1 -1 sc (Layer) col0 sh gr /Times-Bold ff 525.00 scf sf 2130 735 m gs 1 -1 sc (Input) col0 sh gr /Times-Bold ff 525.00 scf sf 2100 1200 m gs 1 -1 sc (Layer) col0 sh gr /Times-Bold ff 675.00 scf sf 2400 3585 m gs 1 -1 sc (Id) col0 sh gr /Times-Bold ff 675.00 scf sf 2415 6450 m gs 1 -1 sc (Id) col0 sh gr /Symbol ff 675.00 scf sf 8720 5040 m gs 1 -1 sc (S) col0 sh gr /Times-Bold ff 675.00 scf sf 9615 5070 m gs 1 -1 sc (f) col0 sh gr /Times-Roman ff 525.00 scf sf 9795 5265 m gs 1 -1 sc (2) col0 sh gr $F2psEnd rs showpage %%EndDocument @endspecial 1217 -166 a currentpoint grestore moveto 1217 -166 a -150 1241 a Fr(FIG.)36 b(1:)54 b(Sc)n(hematic)35 b(arc)n(hitecture)g(of)h(a)g(feed-forw)n(ard) g(NN.)f(The)-150 1328 y(neurons)30 b(are)h(arranged)g(in)f(la)n(y)n (ers.)48 b(The)31 b(output)e(function)h(of)h(this)-150 1416 y(net)n(w)n(ork)25 b(with)h(non-linear)g(basis)h(functions)f Fg(f)1237 1424 y Fq(1)p Ff(;)p Fq(2)1321 1416 y Fr(\()p Fg(x)p Fr(\))f(is:)-150 1536 y Fg(V)-105 1544 y Ff(pot)-15 1536 y Fr(\()p Fg(x)59 1544 y Fq(1)93 1536 y Fg(;)13 b(x)171 1544 y Fq(2)205 1536 y Fr(\))22 b(=)f Fg(f)375 1544 y Fq(2)422 1446 y Fj(\020)472 1536 y Fg(w)529 1498 y Fq(\(2\))527 1556 y(01)629 1536 y Fr(+)705 1476 y Fj(P)793 1496 y Fq(3)793 1563 y Ff(j)s Fq(=1)915 1536 y Fg(w)972 1498 y Fq(\(2\))970 1557 y Ff(j)s Fq(1)1081 1536 y Fg(f)1118 1544 y Fq(1)1165 1446 y Fj(\020)1215 1536 y Fg(w)1272 1498 y Fq(\(1\))1270 1557 y(0)p Ff(j)1372 1536 y Fr(+)1448 1476 y Fj(P)1536 1496 y Fq(2)1536 1563 y Ff(i)p Fq(=1)1652 1536 y Fg(w)1709 1498 y Fq(\(1\))1707 1557 y Ff(ij)1792 1536 y Fg(x)1836 1544 y Ff(i)1862 1446 y Fj(\021)o(\021)1961 1536 y Fr(.)-150 1860 y Ft(restricted.)37 b(In)28 b(fact,)g(w)n(e)g (will)g(most)g(often)g(use)g(net)n(w)n(orks)e(with)-150 1955 y(t)n(w)n(o)h(hidden-la)n(y)n(ers.)-67 2052 y(Non-linear)h(activ) -5 b(ation)29 b(or)g(basis)g(functions)g(are)g(what)g(giv)n(e)-150 2147 y(NNs)g(their)g(non-linear)f(capabilities.)41 b(The)29 b(function)h(m)n(ust)f(b)r(e)-150 2243 y(di\013eren)n(tiable)d(for)f (the)h(optimization)g(of)g(the)g(parameters)f(and)-150 2338 y(w)n(e)19 b(normally)g(w)n(an)n(t)f(it)i(to)g(saturate)e(at)i(b)r (oth)g(extremes.)33 b(F)-7 b(or)19 b(ex-)-150 2434 y(ample,)j(Gaussian) d(functions,)j(sin)n(usoidal)e(functions)g(or)g(F)-7 b(ermi-)-150 2529 y(lik)n(e)31 b(functions)h(can)f(b)r(e)h(used.)49 b(The)31 b(most)h(common)f(forms)f(of)-150 2625 y(the)j(so-called)d (activ)-5 b(ation)32 b(functions)h(are)e(the)i(monotonically)-150 2720 y(increasing)25 b(sigmoidal)h(or)f(F)-7 b(ermi-lik)n(e)26 b(functions,)h(lik)n(e)f(the)h(sig-)-150 2816 y(moid)e Fl(f)9 b Ft(\()p Fl(x)p Ft(\))24 b(=)f(1)p Fl(=)p Ft(\(1)14 b(+)g Fl(e)618 2785 y Fe(\000)p Fk(x)709 2816 y Ft(\))26 b(or)e(the)i(h)n(yp)r(erb)r(olic)e(tangen)n(t)h(func-)-150 2911 y(tion)30 b Fl(f)9 b Ft(\()p Fl(x)p Ft(\))28 b(=)f Fl(tanh)p Ft(\()p Fl(x)p Ft(\).)46 b(T)-7 b(ests)30 b(on)g(di\013eren)n (t)g(activ)-5 b(ation)30 b(func-)-150 3006 y(tions)d(are)g(presen)n (ted)g(in)h(the)g(Section)f(I)r(I)r(I.)-67 3103 y(In)e(order)f(to)h (describ)r(e)g(the)h(net)n(w)n(ork)d(arc)n(hitecture)h(in)i(a)f(sim-) -150 3198 y(ple)37 b(w)n(a)n(y)g(the)g(follo)n(wing)f(notation)h(is)g (used:)57 b(the)37 b(n)n(um)n(b)r(er)g(of)-150 3294 y(no)r(des)25 b(in)g(the)g(la)n(y)n(ers,)f(follo)n(w)n(ed)g(b)n(y)g(letters)h (denoting)g(the)g(acti-)-150 3389 y(v)-5 b(ation)25 b(function,)i(with) f Fl(s)f Ft(for)g(sigmoid,)h Fl(l)h Ft(for)e(linear,)g(and)g Fl(t)h Ft(for)-150 3485 y(the)j(h)n(yp)r(erb)r(olic)f(tangen)n(t.)39 b(In)29 b(this)g(notation,)f(the)h(net)n(w)n(ork)e(in)-150 3580 y(Fig.)g(1)f(in)h(conjunction)g(with)g(a)f(h)n(yp)r(erb)r(olic)h (tangen)n(t)f(function)-150 3676 y(in)34 b(the)g(hidden)g(la)n(y)n(er)d (and)j(a)f(linear)f(function)i(in)g(the)g(output)-150 3771 y(la)n(y)n(er)26 b(has)h(a)g Fh(f)p Ft(2)5 b Fh(\000)g Ft(3)g Fh(\000)g Ft(1)23 b Fl(tl)r Fh(g)k Ft(structure.)53 4053 y Fo(B.)88 b(Optimization)30 b(of)g(the)f(Net)n(w)n(ork)g(W)-7 b(eigh)n(ts)-67 4267 y Ft(The)44 b(training)f(of)h(a)f(feed-forw)n(ard) f(NN)i(is)g(equiv)-5 b(alen)n(t)44 b(to)-150 4363 y(p)r(erforming)27 b(a)h(non-linear)e(optimization)i(of)g(the)g(net)n(w)n(ork)f(pa-)-150 4458 y(rameters,)36 b(the)h(w)n(eigh)n(ts.)60 b(In)36 b(so-called)e(sup)r(ervised)i(learning)-150 4554 y(the)c(optimization)g (is)g(done)g(b)n(y)f(comparing)g(the)h(output)h(with)-150 4649 y(kno)n(wn)27 b(correct)f(answ)n(ers.)36 b(In)28 b(the)g(case)f(of)h(\014tting)g(a)f(PES,)g(the)-150 4745 y(kno)n(wn)k(answ)n(ers)g(are)g(the)h(energies)f(obtained)g(from)h Fn(ab)i(initio)-150 4840 y Ft(total)g(energy)f(calculations.)55 b(The)34 b(optimization)g(of)g(the)g(net-)-150 4936 y(w)n(ork)20 b(w)n(eigh)n(ts)g(is)h(p)r(erformed)g(b)n(y)g(some)f(iterativ)n(e)h (optimization)-150 5031 y(sc)n(heme)i(un)n(til)h(a)f(desirable)f (solution)h(measured)f(b)n(y)h(the)h(sum)f(of)-150 5127 y(the)k(squared)f(residuals)g(b)r(et)n(w)n(een)h(the)g(true)g(or)f (targeted)g(v)-5 b(alue)-150 5222 y(and)18 b(the)h(actual)f(output)h (of)g(the)f(net)n(w)n(ork)g(dep)r(ending)g(on)h(the)f(in-)-150 5318 y(puts)k(and)g(the)g(w)n(eigh)n(ts)f(is)h(reac)n(hed.)33 b(In)22 b(order)f(to)h(minimize)g(the)-150 5413 y(costs)32 b(the)i(net)n(w)n(ork)e(cycles)g(rep)r(eatedly)h(through)f(the)h(follo) n(w-)2042 -83 y(ing)23 b(steps)g(of)g(the)h(learning)e(pro)r(cess:)34 b(\(1\))23 b(presen)n(t)g(the)h(net)n(w)n(ork)2042 12 y(one)h(example)h(of)f(the)i(set)f(of)f(data,)h(\(2\))g(measure)f(the)h (resp)r(onse)2042 108 y(of)38 b(the)h(output)g(la)n(y)n(er)e(of)h(the)h (net,)j(\(3\))d(calculate)f(the)g(mean)2042 203 y(squared)31 b(error)f(b)r(et)n(w)n(een)i(the)h(output)f(and)g(the)h(target)e(v)-5 b(alue,)2042 299 y(\(4\))27 b(adjust)g(the)g(w)n(eigh)n(ts)f(to)h (minimize)g(the)g(cost)f(function,)i(\(5\))2042 394 y(if)c(the)h(ro)r (ot)e(mean)h(squared)f(error)f(\(RMSE\))j(reac)n(hes)d(a)i(desired)2042 490 y(lo)n(w)n(er)d(b)r(ound,)j(stop)f(the)g(iteration,)g(otherwise)f (go)f(bac)n(k)h(to)h(\(1\).)2125 590 y(Tw)n(o)h(di\013eren)n(t)h(up)r (date)g(sc)n(hemes)f(of)h(the)h(parameters)d(in)i(\(4\))2042 686 y(exist.)60 b(One)35 b(can)g(\014rst)h(presen)n(t)e(the)i(net)n(w)n (ork)e(the)i(whole)f(set)2042 781 y(of)d(examples,)i(called)e(an)g Fn(ep)l(o)l(ch)p Ft(,)j(and)e(only)f(then)h(c)n(hange)f(the)2042 877 y(w)n(eigh)n(ts)c(accordingly)-7 b(,)29 b(kno)n(wn)g(as)g Fn(b)l(atch)h Ft(or)f Fn(o\013-line)h Ft(learning,)2042 972 y(or)20 b(the)h(up)r(date)g(is)g(p)r(erformed)f(after)h(the)g (presen)n(tation)f(of)g(ev)n(ery)2042 1068 y(single)27 b(example,)h(c)n(hosen)g(randomly)-7 b(.)38 b(This)28 b(is)g(called)g Fn(sto)l(chas-)2042 1163 y(tic)33 b Ft(or)e Fn(on-line)i Ft(learning.)51 b(There)32 b(are)g(sev)n(eral)e(adv)-5 b(an)n(tages)31 b(of)2042 1258 y(sto)r(c)n(hastic)h(o)n(v)n(er)g(batc)n (h)g(learning.)53 b(It)34 b(results)e(most)h(lik)n(ely)g(in)2042 1354 y(b)r(etter)24 b(solutions,)f(b)r(ecause)g(up)r(dating)h(the)g(w)n (eigh)n(ts)e(after)h(eac)n(h)2042 1449 y(example)e(increases)f(the)i (probabilit)n(y)f(of)h(getting)f(out)h(of)f(a)h(lo)r(cal)2042 1545 y(minim)n(um)38 b(of)f(the)h(error)d(surface)h(b)r(efore)h(the)h (iteration)f(gets)2042 1640 y(stuc)n(k)h([27)o({29)o(].)70 b(Optimization)39 b(metho)r(ds)g(lik)n(e)f(steep)r(est)h(de-)2042 1736 y(scen)n(t)i(and)g(conjugate)f(gradien)n(ts)g(can)g(b)r(e)i(used)f (for)f(o\013-line)2042 1831 y(learning.)2125 1932 y(W)-7 b(e)21 b(tested)h(sev)n(eral)d(optimization)i(algorithms)f(lik)n(e)h (steep)r(est)2042 2027 y(descend,)30 b(conjugate)f(gradien)n(ts)f(and)i (the)g(Extended)f(Kalman)2042 2123 y(Filter)40 b(\(EKF\))f([51)o(].)73 b(The)40 b(EKF)f(can)g(b)r(e)i(view)n(ed)e(as)g(an)g(it-)2042 2218 y(erativ)n(e)27 b(second-order)e(or)i(quasi-Newton)g(optimization) h(algo-)2042 2314 y(rithm)g(and)f(has)g(recen)n(tly)g(b)r(een)h (applied)g(to)f(the)h(optimization)2042 2409 y(of)j(the)g(w)n(eigh)n (ts)f(in)h(NNs)g([52)o({54)o(].)47 b(W)-7 b(e)31 b(found)g(that)h(the)f (EKF)2042 2504 y(algorithm)36 b(is)i(clearly)f(sup)r(erior)g(to)g(the)i (other)e(metho)r(ds.)68 b(It)2042 2600 y(leads)26 b(to)g(smaller)f(v)-5 b(alues)26 b(of)g(the)h(error)d(function)j(whic)n(h)g(are)e(in)2042 2695 y(addition)i(reac)n(hed)g(faster)g(than)g(in)h(other)f (algorithms.)2125 2796 y(W)-7 b(e)23 b(will)f(therefore)g(use)g (on-line)g(learning)f(with)i(the)g(Kalman)2042 2891 y(\014lter)d(as)f (the)i(optimization)e(sc)n(heme.)34 b(W)-7 b(e)21 b(emplo)n(y)e(its)h (adaptiv)n(e)2042 2987 y(v)n(ersion)29 b([53)o(].)46 b(Since)31 b(some)f(parts)g(of)g(the)h(PES)f(ma)n(y)g(b)r(e)h(more)2042 3082 y(in)n(teresting)19 b(than)i(others)e(w)n(e)h(ha)n(v)n(e)f (altered)g(the)i(Kalman)e(Filter)2042 3178 y(algorithm)29 b(to)h(allo)n(w)e(individual)j(w)n(eigh)n(ting)e(of)h(eac)n(h)f (training)2042 3273 y(example.)2125 3373 y(F)-7 b(or)33 b(training)g(a)g(NN)h(w)n(e)f(split)h(the)g(data)f(set)h(in)n(to)f(a)g (train-)2042 3469 y(ing)h(and)h(a)g(test)g(set.)59 b(W)-7 b(e)35 b(optimize)g(the)g(w)n(eigh)n(ts)f(only)h(with)2042 3564 y(resp)r(ect)30 b(to)g(the)h(training)e(set)h(but)h(monitor)f(the) h(error)d(on)i(the)2042 3660 y(test)j(set)g(during)f(optimization.)52 b(The)33 b(error)e(on)i(the)g(training)2042 3755 y(set)h(will)g (decrease,)g(whereas)f(the)h(error)e(on)i(the)g(test)g(set)g(will)2042 3851 y(\014rst)20 b(decrease)f(and)i(then)g(increase.)33 b(W)-7 b(e)22 b(stop)e(training)g(as)g(so)r(on)2042 3946 y(as)34 b(the)g(error)f(on)h(the)h(v)-5 b(alidation)34 b(set)g(is)g(higher)g(than)g(it)h(w)n(as)2042 4042 y(b)r(efore.)53 b(It)34 b(is)f(here)g(that)g(the)h(net)n(w)n(ork)e(w)n(eigh)n(ts)g(pro) n(vide)g(the)2042 4137 y(b)r(est)23 b(generalization)e(abilit)n(y)-7 b(,)24 b(i.e.)36 b(the)23 b(net)n(w)n(ork)f(do)r(es)h(not)g(only)2042 4233 y(represen)n(t)j(the)i(\014tted)g(data)f(set)h(v)n(ery)e(w)n(ell)h (but)h(is)g(also)e(able)h(to)2042 4328 y(predict)g(new)h(data)f(p)r (oin)n(ts)h(reliably)-7 b(.)2282 4630 y Fo(I)r(I)r(I.)89 b(NEURAL)30 b(NETW)n(ORK)g(TEST:)e(6-D)2314 4717 y(ANAL)-7 b(YTICAL)28 b(PES)i(F)n(OR)f(H)3418 4725 y Fd(2)3457 4717 y Fo(/Pd\(100\))2125 4936 y Ft(Analytical)k(PESs)g(for)h(the)g (stic)n(king)f(of)h(H)3515 4948 y Fm(2)3587 4936 y Ft(on)f(metal)h (sur-)2042 5031 y(faces)k(pro)n(vide)f(ideal)h(test)h(cases)e(for)h (the)h(NN)g(approac)n(h)e(for)2042 5127 y(di\013eren)n(t)26 b(reasons.)34 b(First)25 b(of)h(all,)g(the)g(energy)e(of)i(an)f (analytical)2042 5222 y(PES)30 b(is)g(fast)h(to)f(ev)-5 b(aluate.)46 b(This)31 b(allo)n(ws)e(us)i(to)f(study)h(the)g(in-)2042 5318 y(\015uence)c(of)f(the)h(sampling)g(of)f(the)h(data)g(p)r(oin)n (ts)f(on)h(the)g(qualit)n(y)2042 5413 y(of)g(the)h(NN-appro)n(ximation) d(as)i(measured)f(b)n(y)h(the)h(ro)r(ot)e(mean)p eop end %%Page: 4 4 TeXDict begin 4 3 bop 4043 -299 a Ft(4)-150 -83 y(squared)24 b(error)f(\(RMSE\))i(in)g(great)f(detail.)36 b(Secondly)-7 b(,)25 b(analyti-)-150 12 y(cal)h(PESs)e(ha)n(v)n(e)h(pro)n(v)n(en)g (to)g(describ)r(e)h(suc)n(h)g(adsorption)e(ev)n(en)n(ts)-150 108 y(reliably)f([10,)i(24)o(,)g(34)o(].)36 b(F)-7 b(urthermore,)24 b(as)f(an)i(additional)e(c)n(hec)n(k)-150 203 y(of)38 b(the)g(accuracy)f(of)h(the)g(obtained)g(NN-mo)r(del)g(b)r(esides)g (the)-150 299 y(RMS-error,)28 b(w)n(e)h(are)f(able)h(to)g(compare)f (the)i(results)e(of)i(classi-)-150 394 y(cal)d(molecular)f(dynamics)h (\(MD\))i(calculations)d(using)h(the)h(NN)-150 490 y(represen)n(tation) f(to)i(MD-calculations)f(p)r(erformed)g(on)h(the)g(an-)-150 585 y(alytical)21 b(PES.)h(Namely)-7 b(,)23 b(w)n(e)e(can)h(use)g(the)g (stic)n(king)f(probabilit)n(y)-150 681 y(-)31 b(calculated)g(with)g (the)h(NN)g(and)f(the)h(analytical)e(PES)g(-)h(as)g(a)-150 776 y(further,)d(and)h(most)f(imp)r(ortan)n(t,)g(test)g(of)h(the)f (accuracy)f(of)h(the)-150 872 y(appro)n(ximation.)227 1174 y Fo(A.)87 b Fc(A)n(b)30 b(initio)k Fo(and)c(analytical)e(PES)-67 1393 y Ft(The)j(PES)e(of)i(h)n(ydrogen)e(disso)r(ciation)g(on)h(the)h (clean)f(palla-)-150 1489 y(dium)c(surface,)e(H)422 1501 y Fm(2)460 1489 y Ft(/Pd\(100\),)g(has)g(b)r(een)h(calculated)g(b)n(y)f (Wilk)n(e)-150 1584 y(and)31 b(Sc)n(he\017er)g(b)n(y)g(DFT)h([55)o(,)g (56)o(].)48 b(The)31 b(disso)r(ciation)g(is)g(non-)-150 1679 y(activ)-5 b(ated,)45 b(i.e.)79 b(path)n(w)n(a)n(ys)39 b(to)j(disso)r(ciation)e(exist)i(with)g(no)-150 1775 y(energy)f(barrier,)k(and)d(the)h(molecule)f(can)g(freely)g(disso)r (ciate)-150 1870 y(ab)r(o)n(v)n(e)25 b(certain)g(sites.)36 b(The)26 b Fn(ab)j(initio)j Ft(PES)25 b(has)h(b)r(een)g(mapp)r(ed)-150 1966 y(out)32 b(follo)n(wing)e(the)i(usual)f(approac)n(h)f(of)h (calculating)g(2D)g(cuts)-150 2061 y(through)42 b(con\014guration)e (space)i(ab)r(o)n(v)n(e)f(high-symmetric)g(ge-)-150 2157 y(ometries.)34 b(The)22 b(equilibrium)g(p)r(osition)g(of)f(a)h(h)n (ydrogen)e(atom)i(is)-150 2252 y(the)28 b(surface)f(hollo)n(w)g(site)h (with)g(a)f(small)h(adsorption)e(heigh)n(t)h(of)-150 2348 y(0)p Fl(:)p Ft(1)-19 2333 y(\027)-19 2348 y(A)f(ab)r(o)n(v)n(e)e (the)h(topmost)g(palladium)g(la)n(y)n(er.)34 b(The)26 b(minim)n(um)-150 2443 y(path)n(w)n(a)n(y)c(for)g(the)i(disso)r (ciation)e(of)h(H)1037 2455 y Fm(2)1098 2443 y Ft(molecules)f(is)h(ab)r (o)n(v)n(e)f(the)-150 2539 y(bridge)g(site)h(with)h(the)f(H-atoms)f (orien)n(ted)g(to)n(w)n(ards)f(the)i(hollo)n(w)-150 2634 y(site.)-67 2735 y(The)f Fn(ab)j(initio)j Ft(PES)21 b(has)g(b)r(een)i (\014tted)f(with)g(analytical)f(func-)-150 2830 y(tions)34 b(b)n(y)f(Gro\031,)h(Wilk)n(e,)i(and)d(Sc)n(he\017er)g([10)o(],)j(and)e (expressed)-150 2926 y(as)k(a)h(function)h(of)f(the)g(six)g(degrees)f (of)h(freedom)g(of)g(the)g(h)n(y-)-150 3021 y(drogen)46 b(molecule,)53 b(k)n(eeping)46 b(the)i(surface)f(geometry)f(\014xed:) -150 3117 y Fl(V)19 b Ft(\()p Fl(X)18 3129 y Fk(c)52 3117 y Fl(;)14 b(Y)137 3129 y Fk(c)171 3117 y Fl(;)g(Z)265 3129 y Fk(c)298 3117 y Fl(;)g(d;)g(\022)r(;)g(\036)p Ft(\),)41 b(where)36 b Fl(X)956 3129 y Fk(c)990 3117 y Fl(;)14 b(Y)1075 3129 y Fk(c)1146 3117 y Ft(and)37 b Fl(Z)1374 3129 y Fk(c)1444 3117 y Ft(are)f(the)i(cen-)-150 3212 y(tre)f(of)f(mass)g(co)r(ordinates)g(of)g(the)h(h)n(ydrogen)f (molecule,)i Fl(d)g Ft(is)-150 3308 y(the)33 b(distance)g(b)r(et)n(w)n (een)f(the)i(t)n(w)n(o)e(h)n(ydrogen)f(atoms,)i Fl(\022)i Ft(and)e Fl(\036)-150 3403 y Ft(are)26 b(the)i(p)r(olar)e(and)h(azim)n (uthal)f(angles)g(of)h(the)h(molecule.)36 b(The)-150 3499 y(p)r(oten)n(tial)21 b(in)g(the)g Fl(Z)6 b(d)20 b Ft(plane)h(is)f(describ)r(ed)h(in)g(reaction)e(path)i(co-)-150 3594 y(ordinates)28 b Fl(s)h Ft(along)f(the)h(reaction)f(path)h(and)g Fl(r)j Ft(p)r(erp)r(endicular)-150 3689 y(to)19 b(it)g([10)o(,)i(57)o (].)35 b(The)19 b(\014t)g(has)g(b)r(een)g(p)r(erformed)g(b)n(y)f(a)h (least)g(square)-150 3785 y(metho)r(d)34 b(suc)n(h)f(that)h(the)g (di\013erence)g(b)r(et)n(w)n(een)f(the)h(analytical)-150 3880 y(p)r(oten)n(tial)h Fl(V)18 b Ft(\()p Fl(X)375 3892 y Fk(c)409 3880 y Fl(;)c(Y)494 3892 y Fk(c)528 3880 y Fl(;)g(s;)g(r)n(;)g(\022)r(;)g(\036)p Ft(\))36 b(and)e(the)h Fn(ab)i(initio)k Ft(total)35 b(en-)-150 3976 y(ergies,)44 b(whic)n(h)e(ha)n(v)n(e)f(b)r(een)h(calculated)f(for)h(more)f(than)h (250)-150 4071 y(con\014gurations,)d(on)e(the)i(a)n(v)n(erage)c(is)j (smaller)f(than)h(25)14 b(meV.)-150 4167 y(In)39 b(Fig.)f(2)g(t)n(w)n (o)f(cuts)i(through)f(the)g(six-dimensional)f(con\014g-)-150 4262 y(uration)e(space)g(of)h(the)g(analytical)f(in)n(terp)r(olation)g (ha)n(v)n(e)g(b)r(een)-150 4358 y(plotted.)-67 4458 y(Figure)18 b(2\(a\))g(sho)n(ws)f(the)i(analytic)f(in)n(terp)r(olation)g(of)g(the)h (min-)-150 4554 y(im)n(um)31 b(path.)45 b(The)30 b(solid)g(line)g (marks)g(the)g(disso)r(ciation)g(path-)-150 4649 y(w)n(a)n(y)-7 b(,)20 b(it)h(exhibits)f(no)f(barrier)f(to)n(w)n(ards)g(disso)r (ciation.)33 b(Ho)n(w)n(ev)n(er,)-150 4745 y(if)38 b(w)n(e)g(turn)g (the)g(molecule)f(b)n(y)h(90)978 4715 y Fe(\016)1015 4745 y Ft(,)i(k)n(eeping)d(the)i(molecular)-150 4840 y(axis)33 b(parallel)f(to)i(the)g(surface,)g(a)g(distinct)g(energy)f (barrier)e(of)-150 4936 y Fl(E)-89 4948 y Fk(bar)r(r)57 4936 y Fl(>)11 b Ft(0)p Fl(:)p Ft(5)j(eV)27 b(exists)h(\(Fig.)g (2\(b\)\).)40 b(Only)29 b(one)f(of)g(the)h(six)f(co-)-150 5031 y(ordinates)f(has)h(b)r(een)h(c)n(hanged)f(and)g(a)h(qualitativ)n (ely)e(di\013eren)n(t)-150 5127 y(disso)r(ciation)f(b)r(eha)n(vior)f (of)h(the)h(molecule)g(has)f(b)r(een)h(obtained.)-150 5222 y(Both)36 b(elb)r(o)n(w)f(plots)h(di\013er)g(only)g(in)g(the)h (small)e(region)g(of)h(the)-150 5318 y(PES)f(where)h(the)g(b)r(ond)g (of)g(the)h(h)n(ydrogen)d(molecule)i(breaks.)-150 5413 y(The)k(en)n(trance)g(c)n(hannels)f(with)i(the)g(cen)n(ter)f(of)g(mass) g(of)g(the)2067 979 y gsave currentpoint currentpoint translate 0 neg rotate neg exch neg exch translate 2067 979 a @beginspecial 0 @llx 0 @lly 522 @urx 552 @ury 1204 @rwi @setspecial %%BeginDocument: Fig2a.eps %!PS-Adobe-2.0 EPSF-2.0 %%Title: h2pdana0.0_0.5_90_90.xfig.arrow1.eps %%Creator: fig2dev Version 3.2.3 Patchlevel %%CreationDate: Wed Dec 27 17:39:00 2000 %%For: soenke@theolx14 (Soenke Lorenz) %%BoundingBox: 0 0 522 552 %%Magnification: 1.0000 %%EndComments /$F2psDict 200 dict def $F2psDict begin $F2psDict /mtrx matrix put /col-1 {0 setgray} bind def /col0 {0.000 0.000 0.000 srgb} bind def /col1 {0.000 0.000 1.000 srgb} bind def /col2 {0.000 1.000 0.000 srgb} bind def /col3 {0.000 1.000 1.000 srgb} bind def /col4 {1.000 0.000 0.000 srgb} bind def /col5 {1.000 0.000 1.000 srgb} bind def /col6 {1.000 1.000 0.000 srgb} bind def /col7 {1.000 1.000 1.000 srgb} bind def /col8 {0.000 0.000 0.560 srgb} bind def /col9 {0.000 0.000 0.690 srgb} bind def /col10 {0.000 0.000 0.820 srgb} bind def /col11 {0.530 0.810 1.000 srgb} bind def /col12 {0.000 0.560 0.000 srgb} bind def /col13 {0.000 0.690 0.000 srgb} bind def /col14 {0.000 0.820 0.000 srgb} bind def /col15 {0.000 0.560 0.560 srgb} bind def /col16 {0.000 0.690 0.690 srgb} bind def /col17 {0.000 0.820 0.820 srgb} bind def /col18 {0.560 0.000 0.000 srgb} bind def /col19 {0.690 0.000 0.000 srgb} bind def /col20 {0.820 0.000 0.000 srgb} bind def /col21 {0.560 0.000 0.560 srgb} bind def /col22 {0.690 0.000 0.690 srgb} bind def /col23 {0.820 0.000 0.820 srgb} bind def /col24 {0.500 0.190 0.000 srgb} bind def /col25 {0.630 0.250 0.000 srgb} bind def /col26 {0.750 0.380 0.000 srgb} bind def /col27 {1.000 0.500 0.500 srgb} bind def /col28 {1.000 0.630 0.630 srgb} bind def /col29 {1.000 0.750 0.750 srgb} bind def /col30 {1.000 0.880 0.880 srgb} bind def /col31 {1.000 0.840 0.000 srgb} bind def end save newpath 0 552 moveto 0 0 lineto 522 0 lineto 522 552 lineto closepath clip newpath -35.0 577.0 translate 1 -1 scale /cp {closepath} bind def /ef {eofill} bind def /gr {grestore} bind def /gs {gsave} bind def /sa {save} bind def /rs {restore} bind def /l {lineto} bind def /m {moveto} bind def /rm {rmoveto} bind def /n {newpath} bind def /s {stroke} bind def /sh {show} bind def /slc {setlinecap} bind def /slj {setlinejoin} bind def /slw {setlinewidth} bind def /srgb {setrgbcolor} bind def /rot {rotate} bind def /sc {scale} bind def /sd {setdash} bind def /ff {findfont} bind def /sf {setfont} bind def /scf {scalefont} bind def /sw {stringwidth} bind def /tr {translate} bind def /tnt {dup dup currentrgbcolor 4 -2 roll dup 1 exch sub 3 -1 roll mul add 4 -2 roll dup 1 exch sub 3 -1 roll mul add 4 -2 roll dup 1 exch sub 3 -1 roll mul add srgb} bind def /shd {dup dup currentrgbcolor 4 -2 roll mul 4 -2 roll mul 4 -2 roll mul srgb} bind def /reencdict 12 dict def /ReEncode { reencdict begin /newcodesandnames exch def /newfontname exch def /basefontname exch def /basefontdict basefontname findfont def /newfont basefontdict maxlength dict def basefontdict { exch dup /FID ne { dup /Encoding eq { exch dup length array copy newfont 3 1 roll put } { exch newfont 3 1 roll put } ifelse } { pop pop } ifelse } forall newfont /FontName newfontname put newcodesandnames aload pop 128 1 255 { newfont /Encoding get exch /.notdef put } for newcodesandnames length 2 idiv { newfont /Encoding get 3 1 roll put } repeat newfontname newfont definefont pop end } def /isovec [ 8#055 /minus 8#200 /grave 8#201 /acute 8#202 /circumflex 8#203 /tilde 8#204 /macron 8#205 /breve 8#206 /dotaccent 8#207 /dieresis 8#210 /ring 8#211 /cedilla 8#212 /hungarumlaut 8#213 /ogonek 8#214 /caron 8#220 /dotlessi 8#230 /oe 8#231 /OE 8#240 /space 8#241 /exclamdown 8#242 /cent 8#243 /sterling 8#244 /currency 8#245 /yen 8#246 /brokenbar 8#247 /section 8#250 /dieresis 8#251 /copyright 8#252 /ordfeminine 8#253 /guillemotleft 8#254 /logicalnot 8#255 /hypen 8#256 /registered 8#257 /macron 8#260 /degree 8#261 /plusminus 8#262 /twosuperior 8#263 /threesuperior 8#264 /acute 8#265 /mu 8#266 /paragraph 8#267 /periodcentered 8#270 /cedilla 8#271 /onesuperior 8#272 /ordmasculine 8#273 /guillemotright 8#274 /onequarter 8#275 /onehalf 8#276 /threequarters 8#277 /questiondown 8#300 /Agrave 8#301 /Aacute 8#302 /Acircumflex 8#303 /Atilde 8#304 /Adieresis 8#305 /Aring 8#306 /AE 8#307 /Ccedilla 8#310 /Egrave 8#311 /Eacute 8#312 /Ecircumflex 8#313 /Edieresis 8#314 /Igrave 8#315 /Iacute 8#316 /Icircumflex 8#317 /Idieresis 8#320 /Eth 8#321 /Ntilde 8#322 /Ograve 8#323 /Oacute 8#324 /Ocircumflex 8#325 /Otilde 8#326 /Odieresis 8#327 /multiply 8#330 /Oslash 8#331 /Ugrave 8#332 /Uacute 8#333 /Ucircumflex 8#334 /Udieresis 8#335 /Yacute 8#336 /Thorn 8#337 /germandbls 8#340 /agrave 8#341 /aacute 8#342 /acircumflex 8#343 /atilde 8#344 /adieresis 8#345 /aring 8#346 /ae 8#347 /ccedilla 8#350 /egrave 8#351 /eacute 8#352 /ecircumflex 8#353 /edieresis 8#354 /igrave 8#355 /iacute 8#356 /icircumflex 8#357 /idieresis 8#360 /eth 8#361 /ntilde 8#362 /ograve 8#363 /oacute 8#364 /ocircumflex 8#365 /otilde 8#366 /odieresis 8#367 /divide 8#370 /oslash 8#371 /ugrave 8#372 /uacute 8#373 /ucircumflex 8#374 /udieresis 8#375 /yacute 8#376 /thorn 8#377 /ydieresis] def /Helvetica-Bold /Helvetica-Bold-iso isovec ReEncode /Helvetica /Helvetica-iso isovec ReEncode /DrawEllipse { /endangle exch def /startangle exch def /yrad exch def /xrad exch def /y exch def /x exch def /savematrix mtrx currentmatrix def x y tr xrad yrad sc 0 0 1 startangle endangle arc closepath savematrix setmatrix } def /$F2psBegin {$F2psDict begin /$F2psEnteredState save def} def /$F2psEnd {$F2psEnteredState restore end} def $F2psBegin %%Page: 1 1 10 setmiterlimit 0.06299 0.06299 sc % Polyline % % Begin Imported EPS File: 0.00_0.50_090_090.ps %%BeginDocument: 0.00_0.50_090_090.ps % n gs 1080 421 tr 14.346296 -16.075472 sc 270 rot -10 -70 tr sa n 10 70 m 540 70 l 540 610 l 10 610 l cp clip n countdictstack mark /showpage {} def % EPS file follows: %!PS-Adobe-1.0 %%BoundingBox: 10 70 540 610 %%Creator: A.Preusser FHI Berlin %%Title: xfarbe.ps %%CreationDate: Wed Dec 6 14:56:05 2000 %%Pages: 1 %%DocumentFonts: Courier-Bold %%DocumentNeededFonts: Courier-Bold %%BeginProlog 28.346 28.346 scale % to cm 20.4 0.4 translate 90 rotate % for landscape mark % start of stack usage /RedAr 298 array def /GreAr 298 array def /BluAr 298 array def /SCR { % Set Color Representation % Stack: Red, Green, Blue, Index /ind exch def BluAr ind 3 2 roll put GreAr ind 3 2 roll put RedAr ind 3 2 roll put } bind def /SCI { % Set Color Index % Stack: index /ind exch def /red RedAr ind get def /gre GreAr ind get def /blu BluAr ind get def red gre blu setrgbcolor} bind def /FSD {findfont exch scalefont def} bind def /S1 0.60 /Roman-Bold FSD /S2 0.80 /Roman-Bold FSD /S3 1.10 /Roman-Bold FSD /F1 {0.60 S1} bind def /F2 {0.80 S2} bind def /F3 {1.10 S3} bind def /BOX { % Clear Background % Stack: dx, dy, string, backcolor gsave % saving currentpoint 0 -0.05 rmoveto 0.76 mul 0.05 add % modify rectangle dup neg 3 1 roll 0 exch rlineto 0 rlineto 0 exch rlineto closepath exch SCI fill grestore} bind def /T { % Text % Stack: color, backcolor, rel. x pos, % string, height, x, y moveto setfont exch dup stringwidth pop dup 5 -1 roll mul neg 0 rmoveto 3 2 roll BOX exch SCI show} bind def /StackW 1 array def /W {%def copy rel moves starting at [ from stack to StackW ] /StackW exch def % read from stack into StackW StackW aload pop % copy back to stack } bind def /R {%def Read from StackR in inverse order StackR length 2 sub -2 0 % loop parameters {dup StackR exch get neg % get x exch StackR exch 1 add get neg} % get y for } bind def /F {%def take color index, one abs move % and relative moves from stack % and fill SCI % set color index moveto % abs move in cm 0.001 0.001 scale % rel moves in 1/1000 cm counttomark -2 2 { pop rlineto} for closepath fill /StackR StackW def % copy StackW to StackR 1000 1000 scale % back to cm } bind def /L {%def Polyline, similar to F SCI moveto 0.001 0.001 scale counttomark -2 2 { pop rlineto } for stroke 1000 1000 scale } bind def /RS {%def restore save } bind def 0.0000 0.0000 0.0000 0 SCR 0.0000 0.0000 0.0000 1 SCR 0.1912 0.2072 0.1912 2 SCR 0.3187 0.3346 0.3187 3 SCR 0.4462 0.4462 0.4462 4 SCR 0.5258 0.5258 0.5258 5 SCR 0.6215 0.6055 0.6215 6 SCR 0.6533 0.6533 0.6533 7 SCR 0.7171 0.7171 0.7171 8 SCR 0.7808 0.7649 0.7808 9 SCR 0.8127 0.8127 0.8127 10 SCR 0.8445 0.8445 0.8445 11 SCR 0.8764 0.8764 0.8764 12 SCR 0.9083 0.9083 0.9083 13 SCR 0.9402 0.9402 0.9402 14 SCR 0.9720 0.9720 0.9720 15 SCR 1.0000 1.0000 1.0000 16 SCR 1.0000 1.0000 1.0000 17 SCR 1.0000 0.9242 0.9720 18 SCR 0.7489 1.0000 0.9402 19 SCR 0.9402 0.8286 1.0000 20 SCR 0.5258 1.0000 0.8764 21 SCR 0.8127 0.7808 0.9402 22 SCR 0.1912 1.0000 0.8445 23 SCR 0.6852 0.6693 0.8127 24 SCR 0.0956 0.8445 0.8445 25 SCR 0.6533 0.4780 0.7808 26 SCR 0.0956 0.6533 0.6533 27 SCR 0.6533 0.2390 0.7171 28 SCR 0.0000 0.4621 0.3824 29 SCR 0.5258 0.0000 0.6533 30 SCR 0.0000 0.2072 0.0000 31 SCR 0.0319 0.0000 0.0637 32 SCR 0.0000 0.0000 0.0000 33 SCR 0.0000 0.0000 0.0000 34 SCR 1.0000 1.0000 1.0000 35 SCR 0.0000 0.0000 0.0000 36 SCR 1.0000 0.1912 0.1275 37 SCR 0.0000 0.0000 0.0000 38 SCR 0.0956 1.0000 0.0956 39 SCR 0.0000 0.0000 0.0000 40 SCR 0.4462 0.4621 0.4462 41 SCR 0.0000 0.0000 0.5258 42 SCR 0.0000 0.0000 1.0000 43 SCR 0.2549 0.4143 0.9083 44 SCR 0.3824 0.5896 0.9402 45 SCR 0.0000 0.6693 0.0000 46 SCR 0.0000 0.8127 0.0000 47 SCR 0.0000 0.8764 0.0000 48 SCR 0.0000 1.0000 0.0000 49 SCR 0.7489 1.0000 0.7489 50 SCR 0.9402 0.8764 0.5258 51 SCR 1.0000 1.0000 0.0000 52 SCR 1.0000 0.6533 0.0000 53 SCR 1.0000 0.0000 0.0000 54 SCR 0.7171 0.1275 0.1275 55 SCR 0.5577 0.2709 0.0637 56 SCR 0.3506 0.6215 0.6533 57 SCR 1.0000 1.0000 1.0000 58 SCR 1.0000 0.9242 0.9720 59 SCR 0.7489 1.0000 0.9402 60 SCR 0.9402 0.8286 1.0000 61 SCR 0.5258 1.0000 0.8764 62 SCR 0.8127 0.7808 0.9402 63 SCR 0.1912 1.0000 0.8445 64 SCR 0.6852 0.6693 0.8127 65 SCR 0.0956 0.8445 0.8445 66 SCR 0.6533 0.4780 0.7808 67 SCR 0.0956 0.6533 0.6533 68 SCR 0.6533 0.2390 0.7171 69 SCR 0.0000 0.4621 0.3824 70 SCR 0.5258 0.0000 0.6533 71 SCR 0.0000 0.2072 0.0000 72 SCR 0.0319 0.0000 0.0637 73 SCR 1.0000 1.0000 1.0000 74 SCR 0.0000 0.0000 0.0000 75 SCR 1.0000 1.0000 1.0000 76 SCR 0.0000 0.0000 0.0000 77 SCR 1.0000 0.1912 0.1275 78 SCR 0.0000 0.0000 0.0000 79 SCR 0.0956 1.0000 0.0956 80 SCR 0.0000 0.0000 0.0000 81 SCR 0.4462 0.4621 0.4462 82 SCR %%EndProlog 30 setlinewidth save 2500 0 0 799 -2500 0 7.500 3.000 16 F [19 -34 334 -618 W 147 0 0 799 -500 0 8.000 3.000 16 F [18 -35 117 -215 W 218 0 R 8.000 3.148 15 F R 0 -250 8.000 3.800 14 F [19 -35 62 -112 W 0 147 8.000 3.000 16 F [18 -35 274 -514 W 0 401 R 8.082 3.000 15 F [18 -35 395 -750 W 87 0 0 250 R -208 0 8.500 3.000 14 F [18 -35 166 -316 W 229 0 R 8.500 3.015 13 F R 0 -351 8.500 3.800 12 F [8 -14 W 0 14 8.500 3.000 14 F [20 -34 222 -399 8 -15 W 0 433 R 8.508 3.000 13 F [20 -34 370 -637 49 -91 W 61 0 0 351 R -250 0 9.000 3.000 12 F [20 -34 137 -233 W 282 0 R 9.000 3.038 11 F R 0 -267 9.000 3.800 10 F [20 -34 2 -3 W 0 37 9.000 3.000 12 F [20 -34 290 -498 W 0 494 R 9.023 3.000 11 F [20 -34 311 -546 W 169 0 0 266 R -190 0 9.500 3.000 10 F R 0 -580 9.500 3.800 9 F [19 -34 107 -185 W 0 219 9.500 3.000 10 F [19 -34 421 -765 W 29 0 0 579 R 9.626 3.000 9 F [18 -35 55 -108 W 398 0 R -31 0 10.000 3.000 8 F R 0 -143 10.000 3.800 7 F [18 -35 324 -621 W 0 656 10.000 3.000 8 F [17 -36 122 -261 W 361 0 0 142 R -158 0 10.500 3.000 7 F R 0 -297 10.500 3.800 6 F [18 -35 229 -467 W 0 502 10.500 3.000 7 F [16 -36 150 -358 W 334 0 0 297 R -253 0 11.000 3.000 6 F R 0 -394 11.000 3.800 5 F [17 -36 171 -369 W 0 405 11.000 3.000 6 F [14 -37 139 -373 W 347 0 0 394 R -312 0 11.500 3.000 5 F R 0 -410 11.500 3.800 4 F [16 -36 150 -353 W 0 389 11.500 3.000 5 F [12 -37 78 -250 W 410 0 0 409 R -334 0 12.000 3.000 4 F R 0 -287 12.000 3.800 3 F [15 -36 112 -279 70 -197 W 0 512 12.000 3.000 4 F R -303 0 0 -799 500 0 12.000 3.800 3 F [15 -37 90 -240 91 -285 51 -194 10 -43 W 47 0 0 799 12.500 3.000 3 F R -196 0 0 -799 13.000 3.800 2 F [13 -37 63 -190 53 -193 42 -195 19 -115 W 310 0 0 799 -500 0 13.500 3.000 2 F R 0 -730 13.500 3.800 1 F [14 -37 12 -32 W 0 69 13.500 3.000 2 F R -474 0 0 -799 500 0 13.500 3.800 1 F 1000 0 0 799 -1000 0 15.000 3.000 1 F 2000 0 0 799 -2000 0 7.000 3.800 16 F [17 -36 218 -470 W 265 0 0 799 -500 0 7.500 3.800 16 F [17 -36 26 -56 W 192 0 R 7.500 4.093 15 F R 0 -92 7.500 4.600 14 F [18 -35 128 -258 W 0 293 7.500 3.800 16 F [19 -35 302 -582 43 -90 W 0 413 R 7.647 3.800 15 F [18 -35 321 -603 W 161 0 0 91 R -136 0 8.000 3.800 14 F [19 -35 96 -176 W 224 0 R 8.000 3.961 13 F R 0 -211 8.000 4.600 12 F [18 -35 68 -126 W 0 161 8.000 3.800 14 F [18 -35 297 -553 W 0 426 R 8.086 3.800 13 F [18 -35 352 -651 W 130 0 0 210 R -185 0 8.500 3.800 12 F [19 -34 80 -144 W 271 0 R 8.500 3.913 11 F R 0 -178 8.500 4.600 10 F [18 -35 42 -78 W 0 113 8.500 3.800 12 F [19 -34 317 -575 6 -12 W 0 507 R 8.560 3.800 11 F [20 -34 264 -472 W 216 0 0 178 R -158 0 9.000 3.800 10 F R 0 -506 9.000 4.600 9 F [19 -34 149 -259 W 0 293 9.000 3.800 10 F [19 -34 393 -714 W 88 0 0 505 R -332 0 9.500 3.800 9 F R 0 -748 9.500 4.600 8 F [19 -34 9 -17 W 0 51 9.500 3.800 9 F [18 -35 386 -764 W 22 0 0 747 R 9.529 3.800 8 F R -74 0 0 -799 10.000 4.600 7 F [16 -36 334 -763 W 10 0 0 799 10.000 3.800 7 F R -139 0 0 -799 10.500 4.600 6 F [14 -37 142 -374 131 -388 W 46 0 0 799 10.500 3.800 6 F R -167 0 0 -799 11.000 4.600 5 F [12 -37 107 -341 76 -290 30 -131 W 121 0 0 799 11.000 3.800 5 F R -153 0 0 -799 11.500 4.600 4 F [10 -38 64 -249 40 -196 32 -197 15 -119 W 248 0 0 799 11.500 3.800 4 F R -90 0 0 -799 12.000 4.600 3 F [6 -39 25 -198 14 -200 2 -126 W 453 0 0 799 -500 0 12.500 3.800 3 F R 0 -563 12.500 4.600 2 F [8 -39 38 -197 W 0 236 12.500 3.800 3 F R -454 0 0 -799 500 0 12.500 4.600 2 F [5 -39 17 -156 9 -200 0 -100 -5 -99 -10 -100 -14 -99 -1 -6 W 308 0 0 799 13.000 3.800 2 F R -190 0 0 -799 13.500 4.600 1 F 1500 0 0 799 -1500 0 15.000 3.800 1 F 1500 0 0 800 -1500 0 6.500 4.600 16 F [14 -37 56 -146 W 430 0 0 799 -500 0 7.000 4.600 16 F R 0 -183 7.000 5.400 15 F [16 -36 237 -551 11 -29 W 0 616 7.000 4.600 16 F [16 -36 339 -764 W 101 0 0 183 R 7.264 4.600 15 F [16 -36 193 -427 W 190 0 R -44 0 7.500 4.600 14 F [3 -7 W 206 0 R 7.500 4.936 13 F R 0 -7 7.500 5.400 12 F [18 -35 128 -271 14 -30 W 0 336 7.500 4.600 14 F [19 -35 162 -317 203 -440 W 0 455 R 7.660 4.600 13 F [18 -35 208 -406 58 -122 W 216 0 0 7 R -116 0 8.000 4.600 12 F [18 -35 17 -30 W 249 0 R 8.000 4.837 11 F R 0 -65 8.000 5.400 10 F [19 -34 110 -202 W 0 236 8.000 4.600 12 F [19 -34 381 -700 W 0 497 R 8.129 4.600 11 F [19 -34 210 -375 W 271 0 0 65 R -100 0 8.500 4.600 10 F R 0 -409 8.500 5.400 9 F [19 -34 196 -356 W 0 390 8.500 4.600 10 F [19 -34 329 -609 W 152 0 0 408 R -285 0 9.000 4.600 9 F R 0 -643 9.000 5.400 8 F [19 -34 68 -122 W 0 156 9.000 4.600 9 F [18 -35 363 -723 W 119 0 0 643 R -413 0 9.500 4.600 8 F R 0 -758 9.500 5.400 7 F [18 -35 3 -6 W 0 41 9.500 4.600 8 F [15 -36 275 -705 13 -35 W 197 0 0 758 R -479 0 10.000 4.600 7 F R 0 -776 10.000 5.400 6 F [10 -23 W 0 23 10.000 4.600 7 F [11 -38 89 -345 55 -268 W 345 0 0 775 R -490 0 10.500 4.600 6 F R 0 -651 10.500 5.400 5 F [11 -38 34 -110 W 0 148 10.500 4.600 6 F R -455 0 0 -799 500 0 10.500 5.400 5 F [8 -39 44 -252 23 -199 13 -200 1 -110 W 32 0 0 800 11.000 4.600 5 F R -379 0 0 -800 11.500 5.400 4 F [4 -39 11 -156 4 -200 -9 -200 -24 -199 -1 -6 W 263 0 0 800 11.500 4.600 4 F R -252 0 0 -800 12.000 5.400 3 F [0 -39 -3 -100 -19 -200 -16 -98 -9 -51 W 0 -312 499 0 0 800 12.000 4.600 3 F R -47 0 12.500 4.600 2 F [13 37 30 96 25 96 18 82 W 0 489 -499 0 0 -800 13.000 5.400 2 F R 86 0 12.500 5.400 3 F [-7 -39 -21 -98 -26 -96 -32 -95 -37 -93 -42 -91 -25 -48 W 0 -240 499 0 0 800 13.000 4.600 2 F R -190 0 13.500 4.600 1 F [24 31 57 82 52 86 23 40 W 0 561 -499 0 0 -800 14.000 5.400 1 F R 156 0 13.500 5.400 2 F 1000 0 0 800 -1000 0 15.000 4.600 1 F 1500 0 0 800 -1500 0 6.500 5.400 16 F [13 -37 148 -432 101 -331 W 167 0 0 800 6.500 5.400 16 F [13 -37 173 -508 W 147 0 R -71 0 7.000 5.400 15 F [13 -37 20 -60 W 153 0 R 7.000 5.654 14 F R 0 -97 7.000 6.200 13 F [15 -36 85 -218 W 0 254 7.000 5.400 15 F [16 -36 197 -460 77 -206 W 0 447 R 7.101 5.400 14 F [16 -36 342 -764 W 138 0 0 97 R 7.291 5.400 13 F [16 -36 131 -285 W 215 0 R -4 0 7.500 5.400 12 F R 0 -321 7.500 6.200 11 F [17 -36 198 -442 W 0 478 7.500 5.400 12 F [18 -35 156 -320 197 -445 W 93 0 0 321 R 7.716 5.400 11 F [18 -35 126 -263 W 262 0 R -36 0 8.000 5.400 10 F R 0 -298 8.000 6.200 9 F [19 -34 251 -467 W 0 501 8.000 5.400 10 F [19 -34 270 -492 W 211 0 0 297 R -230 0 8.500 5.400 9 F R 0 -526 8.500 6.200 8 F [19 -35 132 -238 W 0 273 8.500 5.400 9 F [18 -35 266 -538 W 216 0 0 526 R -349 0 9.000 5.400 8 F R 0 -573 9.000 6.200 7 F [18 -35 100 -191 W 0 226 9.000 5.400 8 F [11 -38 54 -182 W 435 0 0 572 R -382 0 9.500 5.400 7 F R 0 -220 9.500 6.200 6 F [13 -37 178 -527 5 -15 W 0 579 9.500 5.400 7 F R -304 0 0 -799 500 0 9.500 6.200 6 F [6 -39 28 -198 14 -199 2 -101 -2 -99 -6 -100 -7 -64 W 309 0 0 800 10.000 5.400 6 F R -155 0 0 -800 10.500 6.200 5 F 500 0 0 800 -500 0 11.000 5.400 5 F [0 -39 -3 -100 -8 -100 -13 -99 -17 -99 -21 -98 -26 -96 -31 -95 -27 -74 W 177 0 0 800 11.000 5.400 5 F R -467 0 0 -800 11.500 6.200 4 F [-6 -39 -20 -98 -25 -97 -29 -96 -34 -94 -38 -92 -42 -91 -42 -80 W 0 -113 499 0 0 800 11.500 5.400 4 F R -236 0 12.000 5.400 3 F [20 34 45 78 W 0 688 -499 0 0 -800 12.500 6.200 3 F R 65 0 12.000 6.200 4 F [-13 -37 -39 -92 -43 -91 -47 -88 -52 -85 -57 -83 -60 -80 -64 -77 -38 -42 W 0 -125 499 0 0 800 12.500 5.400 3 F R -413 0 13.000 5.400 2 F [29 27 70 71 24 26 W 0 676 -499 0 0 -800 13.500 6.200 2 F R 123 0 13.000 6.200 3 F [-24 -31 -66 -75 -70 -71 -75 -68 -77 -63 -31 -23 W 0 -469 499 0 0 800 13.500 5.400 2 F R -343 0 14.000 5.400 1 F [37 14 92 38 91 43 88 46 86 52 83 56 23 16 W 0 331 -500 0 14.500 5.400 1 F R 0 -203 500 0 14.000 6.200 2 F [39 6 98 17 195 47 96 29 72 25 W 0 597 -500 0 15.000 5.400 1 F R 0 -79 500 0 14.500 6.200 2 F 1000 0 0 800 -1000 0 6.000 6.200 16 F [10 -38 51 -183 W 439 0 0 799 -500 0 6.500 6.200 16 F R 0 -221 6.500 7.000 15 F [11 -38 155 -540 W 0 578 6.500 6.200 16 F [12 -38 224 -762 W 77 0 0 221 R 6.667 6.200 15 F [12 -37 210 -668 27 -95 W 140 0 R 6.813 6.200 14 F [12 -37 123 -389 W 148 0 R -34 0 7.000 6.200 13 F R 0 -426 7.000 7.000 12 F [15 -36 71 -187 51 -150 W 0 373 7.000 6.200 13 F [16 -36 123 -274 109 -279 74 -211 W 30 0 0 426 R 7.138 6.200 12 F [16 -36 228 -508 19 -46 W 207 0 R -148 0 7.500 6.200 11 F R 0 -590 7.500 7.000 10 F [16 -36 77 -173 W 0 209 7.500 6.200 11 F [16 -36 301 -694 32 -70 W 6 0 0 590 R 7.593 6.200 10 F [17 -35 148 -325 11 -26 W 317 0 R -145 0 8.000 6.200 9 F R 0 -386 8.000 7.000 8 F [18 -35 192 -378 W 0 413 8.000 6.200 9 F [18 -35 168 -332 W 314 0 0 385 R -290 0 8.500 6.200 8 F R 0 -367 8.500 7.000 7 F [17 -35 198 -397 W 0 432 8.500 6.200 8 F R -285 0 0 -799 500 0 8.500 7.000 7 F [10 -38 37 -152 36 -197 12 -99 7 -100 2 -100 -3 -100 -1 -14 W 334 0 0 800 9.000 6.200 7 F R -66 0 0 -800 9.500 7.000 6 F 500 0 0 800 -500 0 10.000 6.200 6 F [-5 -39 -18 -99 -26 -96 -32 -95 -39 -92 -45 -90 -24 -43 W 0 -246 499 0 0 800 10.000 6.200 6 F R -189 0 10.500 6.200 5 F [25 30 61 79 57 83 32 53 W 0 555 -499 0 0 -800 11.000 7.000 5 F R 175 0 10.500 7.000 6 F [-15 -37 -41 -91 -46 -88 -51 -87 -55 -83 -58 -81 -55 -69 W 0 -264 499 0 0 800 11.000 6.200 5 F R -321 0 11.500 6.200 4 F [29 27 71 70 135 147 16 19 W 0 537 -499 0 0 -800 12.000 7.000 4 F R 251 0 11.500 7.000 5 F RS [-21 -33 -57 -82 -61 -80 -64 -76 -139 -145 -92 -85 W 0 -299 499 0 0 800 12.000 6.200 4 F R -434 0 12.500 6.200 3 F [34 20 166 111 158 123 50 44 W 0 502 -499 0 0 -800 13.000 7.000 3 F R 408 0 12.500 7.000 4 F [-29 -26 -77 -65 -79 -61 -82 -57 -109 -70 W 0 -521 499 0 0 800 13.000 6.200 3 F R -376 0 13.500 6.200 2 F [37 13 186 75 179 88 87 50 11 6 W 0 279 -500 0 14.000 6.200 2 F R 0 -288 500 0 13.500 7.000 3 F [39 7 195 42 193 55 73 25 W 0 512 -500 0 14.500 6.200 2 F R 0 -159 500 0 14.000 7.000 3 F [39 1 200 15 198 25 63 10 W 0 641 -500 0 15.000 6.200 2 F R 0 -107 500 0 14.500 7.000 3 F 1000 0 0 800 -1000 0 6.000 7.000 16 F [10 -38 154 -618 31 -144 W 243 0 0 800 6.000 7.000 16 F [10 -38 119 -477 W 127 0 R -62 0 6.500 7.000 15 F R 0 -515 6.500 7.800 14 F [10 -38 66 -246 W 0 284 6.500 7.000 15 F [10 -38 203 -762 W 3 0 0 515 R 6.577 7.000 14 F [11 -38 212 -762 W 138 0 R 6.717 7.000 13 F [12 -38 195 -672 W 151 0 R -136 0 7.000 7.000 12 F [11 -38 22 -74 W 174 0 R 7.000 7.090 11 F R 0 -112 7.000 7.800 10 F [12 -37 17 -52 W 0 89 7.000 7.000 12 F [15 -36 90 -241 131 -410 W 0 597 R 7.030 7.000 11 F [16 -36 174 -400 104 -282 23 -67 W 183 0 0 111 R -264 0 7.500 7.000 10 F [16 -36 4 -10 W 297 0 R 7.500 7.014 9 F R 0 -46 7.500 7.800 8 F [6 -14 W 0 14 7.500 7.000 10 F [15 -36 308 -717 W 0 738 R 7.506 7.000 9 F [17 -35 42 -90 W 441 0 0 45 R -177 0 8.000 7.000 8 F R 0 -125 8.000 7.800 7 F [17 -36 232 -505 64 -133 W 0 674 8.000 7.000 8 F R -187 0 0 -799 500 0 8.000 7.800 7 F 500 0 0 800 -500 0 9.000 7.000 7 F [-4 -39 -8 -41 -15 -58 -24 -63 -33 -60 -39 -56 -42 -47 W 0 -436 499 0 0 800 9.000 7.000 7 F R -165 0 9.500 7.000 6 F [36 15 182 83 88 48 85 53 94 76 15 15 W 0 364 -500 0 10.000 7.000 6 F R 0 -145 500 0 9.500 7.800 7 F [36 16 296 129 W 0 655 -499 0 0 -800 10.500 7.800 6 F R 332 0 10.000 7.800 7 F [-26 -30 -68 -72 -147 -137 -83 -70 W 0 -491 499 0 0 800 10.500 7.000 6 F R -324 0 11.000 7.000 5 F [34 20 251 164 160 120 55 43 W 0 310 -500 0 11.500 7.000 5 F R 0 -143 500 0 11.000 7.800 6 F [-29 -27 -75 -65 -144 -116 W 0 -592 254 0 35 19 210 123 0 658 11.500 7.000 5 F R -248 0 12.000 7.000 4 F -210 -123 -35 -19 245 0 11.500 7.800 6 F [35 19 173 100 168 108 124 89 W 0 208 -500 0 12.500 7.000 4 F R 0 -275 500 0 12.000 7.800 5 F [-34 -20 -57 -33 W 0 -699 37 14 184 77 181 85 97 51 0 525 12.500 7.000 4 F R -91 0 13.000 7.000 3 F -97 -51 -181 -85 -184 -77 -38 -14 0 -48 500 0 12.500 7.800 5 F [37 13 145 58 182 84 136 72 W 0 54 -500 0 13.500 7.000 3 F [37 13 92 34 W 0 699 R 0 -519 13.500 7.800 4 F R 129 0 13.000 7.800 5 F [39 8 248 64 190 62 23 8 W 0 281 -500 0 14.000 7.000 3 F R 0 -376 500 0 13.500 7.800 4 F [39 3 199 24 197 34 65 13 W 0 424 -500 0 14.500 7.000 3 F R 0 -302 500 0 14.000 7.800 4 F [39 0 200 1 200 11 61 5 W 0 498 -500 0 15.000 7.000 3 F R 0 -284 500 0 14.500 7.800 4 F 1000 0 0 799 -1000 0 6.000 7.800 16 F [8 -39 101 -547 34 -213 W 100 0 0 799 6.000 7.800 16 F [9 -38 94 -447 57 -314 W 110 0 R 6.243 7.800 15 F [9 -38 121 -544 41 -207 W 119 0 R -130 0 6.500 7.800 14 F [8 -39 34 -164 W 129 0 R 6.500 7.811 13 F R 0 -203 6.500 8.600 12 F [2 -10 W 0 10 6.500 7.800 14 F [10 -38 115 -487 16 -71 W 0 585 R 6.503 7.800 13 F [10 -38 175 -716 10 -45 W 97 0 0 202 R 6.641 7.800 12 F [11 -38 186 -712 12 -49 W 160 0 R 6.793 7.800 11 F [10 -38 38 -145 W 194 0 R -34 0 7.000 7.800 10 F R 0 -183 7.000 8.600 9 F [12 -37 104 -342 66 -237 W 0 616 7.000 7.800 10 F [15 -36 95 -239 96 -284 70 -240 W 203 0 0 182 R 7.182 7.800 9 F R -20 0 0 -799 7.500 8.600 8 F [16 -36 136 -330 163 -433 W 125 0 0 799 7.500 7.800 8 F R -60 0 0 -799 8.000 8.600 7 F 1000 0 0 799 -1000 0 9.000 7.800 7 F [38 -11 95 -31 93 -35 47 -20 W 227 0 0 799 -500 0 9.500 7.800 7 F R 0 -97 9.500 8.600 8 F [39 1 157 3 100 -3 99 -11 105 -22 W 0 702 -500 0 10.000 7.800 7 F R 0 -130 500 0 9.500 8.600 8 F [-36 -16 -131 -59 W 0 -661 38 7 154 28 199 23 108 7 0 671 10.000 7.800 7 F R -167 0 10.500 7.800 6 F -108 -7 -198 -23 -154 -28 -40 -8 0 -63 500 0 10.000 8.600 8 F [36 16 459 199 5 2 W 0 75 -500 0 11.000 7.800 6 F [38 10 218 53 W 0 661 R 0 -508 11.000 8.600 7 F R 256 0 10.500 8.600 8 F [36 15 464 197 W 0 293 -500 0 11.500 7.800 6 F R 0 -295 500 0 11.000 8.600 7 F [-35 -19 -177 -93 -42 -21 W 0 -571 36 13 463 185 0 506 11.500 7.800 6 F R -254 0 12.000 7.800 5 F -462 -185 -38 -14 0 -95 500 0 11.500 8.600 7 F [37 14 276 118 187 87 W 0 134 -500 0 12.500 7.800 5 F [37 13 227 82 W 0 571 R 0 -447 12.500 8.600 6 F R 264 0 12.000 8.600 7 F [38 11 285 93 177 66 W 0 353 -500 0 13.000 7.800 5 F R 0 -276 500 0 12.500 8.600 6 F [-37 -12 -191 -60 -142 -39 W 0 -534 38 7 293 67 168 47 0 524 13.000 7.800 5 F R -370 0 13.500 7.800 4 F -168 -46 -292 -67 -40 -8 0 -155 500 0 13.000 8.600 6 F [39 5 197 34 196 42 68 17 W 0 112 -500 0 14.000 7.800 4 F [39 4 298 40 163 29 W 0 534 R 14.000 8.010 5 F R 0 -81 500 0 13.500 8.600 6 F [39 1 200 14 199 21 62 9 W 0 210 -500 0 14.500 7.800 4 F [39 0 257 10 204 17 W 0 508 R 14.500 8.055 5 F R 0 -54 500 0 14.000 8.600 6 F [39 -1 200 -6 261 3 W 0 255 -500 0 15.000 7.800 4 F [39 -2 300 -14 161 0 W 0 489 R 15.000 8.052 5 F R 0 -70 500 0 14.500 8.600 6 F 1000 0 0 800 -1000 0 6.000 8.600 16 F [6 -39 74 -595 16 -166 W 3 0 0 800 6.000 8.600 16 F [6 -39 72 -495 30 -266 W 98 0 R 6.099 8.600 15 F [7 -39 74 -450 40 -311 W 107 0 R 6.210 8.600 14 F [7 -39 81 -449 44 -312 W 118 0 R 6.329 8.600 13 F [6 -39 39 -255 W 130 0 R -43 0 6.500 8.600 12 F R 0 -294 6.500 9.400 11 F [8 -39 76 -392 13 -74 W 0 505 6.500 8.600 12 F [9 -38 83 -392 64 -370 W 101 0 0 294 R 6.597 8.600 11 F [9 -38 113 -487 52 -275 W 176 0 R 6.757 8.600 10 F R -49 0 0 -800 7.000 9.400 9 F [10 -38 111 -443 70 -319 W 12 0 0 800 7.000 8.600 9 F [13 -37 31 -95 53 -193 31 -133 W 359 0 R -297 0 7.500 8.600 8 F R 0 -458 7.500 9.400 7 F [13 -37 111 -304 W 0 341 7.500 8.600 8 F R -376 0 0 -799 500 0 7.500 9.400 7 F [26 -29 130 -152 61 -80 7 -11 W 276 0 0 799 -500 0 8.500 8.600 7 F R 0 -272 8.500 9.400 8 F [34 -19 86 -53 81 -58 78 -63 73 -68 137 -145 11 -12 W 0 527 -500 0 9.000 8.600 7 F [31 -24 6 -6 W 463 0 0 272 R 9.000 8.709 8 F R 0 -30 9.000 9.400 9 F [36 -16 180 -87 10 -6 W 0 109 9.000 8.600 7 F [37 -13 92 -39 91 -43 87 -48 86 -52 82 -57 25 -19 W 0 660 R -274 0 9.500 8.600 8 F R 0 -301 500 0 9.000 9.400 9 F [39 -1 100 -7 100 -11 98 -17 97 -25 66 -21 W 0 498 -500 0 10.000 8.600 8 F R 0 -383 500 0 9.500 9.400 9 F [39 5 100 11 99 6 200 2 62 -1 W 0 415 -500 0 10.500 8.600 8 F R 0 -361 500 0 10.000 9.400 9 F [-38 -10 -192 -56 -13 -4 W 0 -469 37 9 251 55 211 36 0 439 10.500 8.600 8 F R -243 0 11.000 8.600 7 F -210 -35 -251 -55 -39 -10 0 -261 500 0 10.500 9.400 9 F [38 12 462 146 W 0 71 -500 0 11.500 8.600 7 F [38 10 462 124 W 0 469 R 11.500 8.830 8 F R 0 -126 500 0 11.000 9.400 9 F [38 11 462 150 W 0 229 -500 0 12.000 8.600 7 F [38 10 400 115 W 0 445 R 0 -410 12.000 9.400 8 F R 438 0 11.500 9.400 9 F [-37 -13 -198 -65 W 0 -459 38 10 461 136 0 391 12.000 8.600 7 F R -235 0 12.500 8.600 6 F -461 -135 -39 -11 0 -263 500 0 12.000 9.400 8 F [38 9 290 77 172 52 W 0 79 -500 0 13.000 8.600 6 F [39 8 389 92 72 19 W 0 458 R 13.000 8.818 7 F R 0 -143 500 0 12.500 9.400 8 F [39 6 295 55 166 38 W 0 217 -500 0 13.500 8.600 6 F [39 5 352 58 109 22 W 0 439 R 13.500 8.917 7 F R 0 -58 500 0 13.000 9.400 8 F [39 3 199 18 262 36 W 0 316 -500 0 14.000 8.600 6 F [39 2 299 25 162 19 W 0 425 R 14.000 8.974 7 F R 0 -12 500 0 13.500 9.400 8 F [39 0 200 2 261 13 W 0 374 -500 0 14.500 8.600 6 F [39 0 200 -1 261 8 W 0 415 R 14.500 8.989 7 F R 0 -3 500 0 14.000 9.400 8 F [39 -3 200 -14 261 -8 W 0 388 -500 0 15.000 8.600 6 F [39 -3 300 -22 161 -6 W 0 406 R 15.000 8.963 7 F R 0 -35 500 0 14.500 9.400 8 F 500 0 0 800 -500 0 5.500 9.400 16 F [3 -39 49 -728 W 448 0 0 799 -500 0 6.000 9.400 16 F R 0 -767 6.000 10.200 15 F [2 -32 W 0 32 6.000 9.400 16 F [4 -39 55 -698 4 -63 W 37 0 0 767 R 6.003 9.400 15 F [4 -39 60 -654 7 -107 W 99 0 R 6.101 9.400 14 F [5 -39 58 -554 17 -207 W 109 0 R 6.207 9.400 13 F [5 -39 59 -497 24 -264 W 122 0 R 6.325 9.400 12 F R -45 0 0 -800 6.500 10.200 11 F [6 -39 71 -552 20 -209 W 3 0 0 800 6.500 9.400 11 F [6 -39 62 -395 43 -366 W 162 0 R 6.601 9.400 10 F [7 -39 79 -449 34 -251 W 214 0 R -224 0 7.000 9.400 9 F R 0 -739 7.000 10.200 8 F [7 -39 5 -21 W 0 60 7.000 9.400 9 F [8 -39 55 -294 43 -297 18 -170 W 247 0 0 739 R 7.012 9.400 8 F R -128 0 0 -800 7.500 10.200 7 F [15 -36 107 -234 16 -33 W 362 0 0 799 -500 0 8.000 9.400 7 F R 0 -303 8.000 10.200 8 F [22 -32 108 -169 48 -88 85 -180 12 -27 W 0 496 8.000 9.400 7 F [24 -31 116 -163 68 -108 W 292 0 0 303 R -225 0 8.500 9.400 8 F R 0 -302 8.500 10.200 9 F [30 -25 74 -67 140 -143 131 -152 87 -110 W 0 497 8.500 9.400 8 F [31 -25 75 -66 72 -69 134 -149 49 -61 W 139 0 0 302 R -38 0 9.000 9.400 9 F [30 -25 8 -8 W 323 0 R 9.000 9.830 10 F R 0 -33 9.000 10.200 11 F [36 -15 181 -85 176 -96 83 -55 24 -18 W 0 429 -500 0 9.500 9.400 9 F [38 -12 188 -68 91 -41 110 -66 68 -52 5 -3 W 0 336 R 9.500 9.560 10 F [38 -10 56 -17 W 406 0 0 32 R 9.500 9.924 11 F R 0 -27 9.500 10.200 12 F [39 -2 100 -10 99 -17 97 -23 96 -30 69 -27 W 0 160 -500 0 10.000 9.400 9 F [39 -1 100 -8 99 -13 99 -19 97 -24 66 -20 W 0 362 R 10.000 9.451 10 F [40 0 90 -2 100 -9 99 -14 98 -20 73 -17 W 0 247 R 10.000 9.838 11 F R 0 -90 500 0 9.500 10.200 12 F [39 4 98 9 100 4 200 -3 63 -3 W 0 50 -500 0 10.500 9.400 9 F [39 4 123 3 100 -4 200 -14 38 -2 W 0 386 R 10.500 9.462 10 F [39 5 100 8 300 5 61 1 W 0 271 R 10.500 9.825 11 F R 0 -71 500 0 10.000 10.200 12 F [38 8 197 37 265 39 W 0 62 -500 0 11.000 9.400 9 F [39 8 98 18 297 39 66 8 W 0 363 R 11.000 9.546 10 F [39 8 197 34 196 29 W 0 304 R 0 -302 11.000 10.200 11 F R 432 0 10.500 10.200 12 F [38 9 462 112 W 0 146 -500 0 11.500 9.400 9 F [38 9 462 110 W 0 352 R 11.500 9.668 10 F R 0 -182 500 0 11.000 10.200 11 F [-38 -10 -23 -7 W 0 -382 37 9 462 122 0 268 11.500 9.400 9 F 38 10 462 119 0 350 -461 -120 -39 -11 12.000 9.799 10 F R -61 0 12.000 9.400 8 F -461 -118 -39 -11 0 -53 500 0 11.500 10.200 11 F [38 9 462 122 W 0 17 -500 0 12.500 9.400 8 F [38 9 462 113 W 0 382 R 12.500 9.549 9 F [38 9 172 43 W 0 348 R 0 -279 12.500 10.200 10 F R 210 0 12.000 10.200 11 F [39 7 391 83 70 17 W 0 149 -500 0 13.000 9.400 8 F [39 6 392 79 69 15 W 0 373 R 13.000 9.656 9 F R 0 -178 500 0 12.500 10.200 10 F [39 4 297 42 164 29 W 0 257 -500 0 13.500 9.400 8 F [39 4 396 55 65 11 W 0 367 R 13.500 9.732 9 F R 0 -107 500 0 13.000 10.200 10 F [39 1 300 21 161 17 W 0 332 -500 0 14.000 9.400 8 F [39 1 356 23 105 11 W 0 361 R 14.000 9.772 9 F R 0 -71 500 0 13.500 10.200 10 F [39 -1 300 -1 161 3 W 0 372 -500 0 14.500 9.400 8 F [39 -1 357 -3 104 2 W 0 357 R 14.500 9.774 9 F R 0 -71 500 0 14.000 10.200 10 F [39 -4 299 -23 162 -8 W 0 373 -500 0 15.000 9.400 8 F [39 -4 299 -25 162 -8 W 0 353 R 15.000 9.739 9 F R 0 -109 500 0 14.500 10.200 10 F 500 0 0 800 -500 0 5.500 10.200 16 F [1 -39 25 -761 W 421 0 0 800 5.500 10.200 16 F R -53 0 0 -800 6.000 11.000 15 F [2 -39 29 -761 W 6 0 0 800 6.000 10.200 15 F [2 -39 35 -761 W 93 0 R 6.037 10.200 14 F [3 -39 41 -761 W 102 0 R 6.136 10.200 13 F [3 -39 47 -761 W 115 0 R 6.245 10.200 12 F [3 -39 50 -720 W 131 0 R -134 0 6.500 10.200 11 F R 0 -759 6.500 11.000 10 F [3 -39 0 -1 W 0 40 6.500 10.200 11 F [4 -39 62 -761 W 99 0 0 759 R 6.503 10.200 10 F [4 -39 70 -697 5 -64 W 201 0 R 6.665 10.200 9 F R -121 0 0 -800 7.000 11.000 8 F [3 -39 34 -536 4 -200 0 -25 W 206 0 0 800 7.000 10.200 8 F [6 -18 W 287 0 R -253 0 7.500 10.200 7 F R 0 -18 7.500 11.000 8 F [17 -35 206 -408 80 -183 58 -155 W 0 781 7.500 10.200 7 F [13 -37 48 -134 W 439 0 0 18 R -139 0 8.000 10.200 8 F R 0 -171 8.000 11.000 9 F [20 -34 49 -87 89 -179 78 -184 55 -144 W 0 628 8.000 10.200 8 F [22 -33 105 -170 97 -175 87 -180 23 -51 W 166 0 0 170 R -209 0 8.500 10.200 9 F [21 -33 101 -173 8 -16 W 204 0 R 8.500 10.390 10 F R 0 -222 8.500 11.000 11 F [24 -31 114 -159 W 0 190 8.500 10.200 9 F [29 -26 72 -70 68 -74 64 -77 118 -161 110 -169 W 0 386 R 8.639 10.200 10 F [29 -26 71 -71 67 -74 63 -78 116 -163 96 -149 W 58 0 0 222 R -39 0 9.000 10.200 11 F [28 -28 68 -73 64 -77 109 -148 W 173 0 R 9.000 10.439 12 F [27 -29 65 -76 6 -6 W 171 0 R 9.000 10.674 13 F R 0 -111 9.000 11.000 14 F [37 -13 88 -36 84 -45 79 -52 76 -58 41 -34 W 0 238 9.000 10.200 11 F [38 -11 76 -29 74 -35 78 -45 79 -55 78 -62 75 -66 2 -2 W 0 234 R -95 0 9.500 10.200 12 F [37 -13 72 -31 70 -37 80 -51 80 -59 77 -64 72 -70 12 -11 W 0 213 R 9.500 10.368 13 F [36 -15 109 -55 80 -50 80 -60 77 -64 30 -29 W 88 0 0 111 R 9.500 10.551 14 F [36 -16 113 -62 34 -22 W 229 0 R 9.500 10.727 15 F R 0 -100 9.500 11.000 16 F [39 2 78 0 93 -5 99 -12 98 -19 93 -23 W 0 167 -500 0 10.000 10.200 12 F [39 4 76 4 77 -1 94 -10 97 -18 96 -26 21 -7 W 0 182 R 10.000 10.310 13 F [39 7 44 5 60 3 79 -1 83 -11 87 -18 87 -28 21 -7 W 0 175 R 10.000 10.497 14 F [38 9 40 7 56 6 73 0 75 -6 78 -15 80 -24 60 -23 W 0 172 R 10.000 10.676 15 F R 0 -147 500 0 9.500 11.000 16 F [39 7 232 43 100 14 99 10 30 2 W 0 110 -500 0 10.500 10.200 12 F [38 9 248 66 98 22 98 17 18 3 W 0 186 R 10.500 10.387 13 F [38 11 286 89 176 45 W 0 180 R 10.500 10.614 14 F [37 13 408 134 W 0 176 R 0 -179 10.500 11.000 15 F R 445 0 10.000 11.000 16 F [-39 -8 -28 -7 W 0 -291 37 9 291 74 171 36 0 187 10.500 10.200 12 F 38 12 285 91 177 49 0 227 -170 -35 -291 -74 -39 -10 11.000 10.507 13 F 37 12 378 132 85 27 0 208 -176 -47 -285 -92 -39 -12 11.000 10.766 14 F R -67 0 11.000 10.200 11 F -84 -26 -378 -132 -38 -13 0 -7 500 0 10.500 11.000 15 F [38 10 462 116 W 0 16 -500 0 11.500 10.200 11 F [38 10 462 127 W 0 291 R 11.500 10.343 12 F [38 10 385 108 77 24 W 0 259 R 11.500 10.644 13 F [19 6 W 0 228 R 0 -92 11.500 11.000 14 F R 19 0 11.000 11.000 15 F [38 10 462 118 W 0 143 -500 0 12.000 10.200 11 F [38 9 462 117 W 0 301 R 12.000 10.471 12 F [38 10 306 81 W 0 265 R 0 -230 12.000 11.000 13 F R 344 0 11.500 11.000 14 F RS [-38 -9 -251 -58 W 0 -322 38 7 461 110 0 272 12.000 10.200 11 F 39 8 461 110 0 299 -460 -109 -40 -9 12.500 10.590 12 F R -289 0 12.500 10.200 10 F -460 -109 -40 -9 0 -111 500 0 12.000 11.000 13 F [39 6 393 76 68 15 W 0 68 -500 0 13.000 10.200 10 F [39 6 393 74 68 15 W 0 322 R 13.000 10.365 11 F [39 6 393 75 68 14 W 0 299 R 13.000 10.685 12 F R 0 -16 500 0 12.500 11.000 13 F [39 4 298 38 163 25 W 0 166 -500 0 13.500 10.200 10 F [39 4 397 52 64 10 W 0 321 R 13.500 10.433 11 F [39 6 58 9 W 0 299 R 0 -248 13.500 11.000 12 F R 97 0 13.000 11.000 13 F [39 1 300 17 161 15 W 0 233 -500 0 14.000 10.200 10 F [39 1 300 16 161 14 W 0 319 R 14.000 10.466 11 F R 0 -216 500 0 13.500 11.000 12 F [39 -1 300 -5 161 2 W 0 266 -500 0 14.500 10.200 10 F [39 -1 300 -5 161 2 W 0 318 R 14.500 10.463 11 F R 0 -219 500 0 14.000 11.000 12 F [39 -4 299 -26 162 -9 W 0 262 -500 0 15.000 10.200 10 F [39 -4 299 -27 162 -9 W 0 317 R 15.000 10.423 11 F R 0 -259 500 0 14.500 11.000 12 F 500 0 0 800 -500 0 5.500 11.000 16 F [0 -39 0 -761 W 420 0 0 800 5.500 11.000 16 F R -79 0 0 -800 6.000 11.800 15 F [0 -39 3 -761 W 2 0 0 800 6.000 11.000 15 F [1 -39 6 -761 W 88 0 R 6.006 11.000 14 F [1 -39 12 -761 W 97 0 R 6.098 11.000 13 F [1 -39 18 -761 W 109 0 R 6.201 11.000 12 F [2 -39 24 -700 1 -61 W 123 0 R 6.316 11.000 11 F R -54 0 0 -800 6.500 11.800 10 F [2 -39 34 -700 2 -61 W 60 0 0 800 6.500 11.000 10 F [3 -39 40 -636 4 -125 W 192 0 R 6.599 11.000 9 F R -201 0 0 -800 7.000 11.800 8 F [0 -39 -10 -257 -13 -86 -17 -50 -17 -21 -30 2 -33 37 -65 133 -102 281 W -6 0 0 -800 499 0 0 800 7.000 11.000 8 F R 7.206 11.000 7 F [13 -37 124 -381 113 -382 W 188 0 0 800 7.500 11.000 8 F [11 -38 83 -293 W 218 0 R -62 0 8.000 11.000 9 F R 0 -331 8.000 11.800 10 F [15 -36 38 -93 66 -189 46 -150 W 0 468 8.000 11.000 9 F [18 -35 46 -89 80 -183 70 -187 98 -306 W 57 0 0 331 R 8.165 11.000 10 F [19 -34 48 -88 86 -181 76 -185 79 -217 W 135 0 R -131 0 8.500 11.000 11 F [17 -35 84 -182 78 -195 W 129 0 R 8.500 11.094 12 F [16 -36 40 -92 W 123 0 R 8.500 11.388 13 F R 0 -128 8.500 11.800 14 F [21 -33 36 -61 W 0 94 8.500 11.000 11 F [22 -32 107 -169 96 -176 5 -10 W 0 292 R 8.557 11.000 12 F [25 -31 118 -161 55 -84 50 -86 92 -178 61 -131 W 0 283 R 8.730 11.000 13 F [26 -29 65 -76 61 -80 57 -82 52 -85 48 -88 87 -180 41 -92 W 63 0 0 128 R -99 0 9.000 11.000 14 F [26 -30 62 -78 58 -82 52 -85 48 -88 80 -168 W 111 0 R 9.000 11.088 15 F R 0 -531 9.000 11.800 16 F [28 -27 59 -60 W 0 87 9.000 11.000 14 F [33 -22 80 -59 77 -64 74 -68 52 -55 W 0 180 R 9.087 11.000 15 F R -184 0 0 -799 500 0 9.000 11.800 16 F 500 0 0 800 -500 0 10.000 11.000 16 F [-37 -13 -17 -5 W 0 -782 499 0 0 800 10.000 11.000 16 F R -54 0 10.500 11.000 15 F [37 13 463 167 W 0 19 -500 0 11.000 11.000 15 F R 0 -601 500 0 10.500 11.800 16 F [-38 -12 -383 -112 -59 -17 W 0 -227 37 12 462 156 0 200 11.000 11.000 15 F R -480 0 11.500 11.000 14 F -462 -156 -38 -13 0 -431 500 0 11.000 11.800 16 F [-38 -10 -117 -31 W 0 -255 37 10 436 136 26 8 0 142 11.500 11.000 14 F 38 12 462 160 0 227 -25 -7 -436 -135 -39 -12 12.000 11.296 15 F R -155 0 12.000 11.000 13 F -461 -160 -39 -12 0 -259 500 0 11.500 11.800 16 F [38 9 462 115 W 0 42 -500 0 12.500 11.000 13 F [38 9 462 125 W 0 255 R 12.500 11.166 14 F [38 9 385 110 77 24 W 0 245 R 12.500 11.431 15 F R 0 -115 500 0 12.000 11.800 16 F [39 6 294 59 167 36 W 0 167 -500 0 13.000 11.000 13 F [39 7 391 84 70 17 W 0 265 R 13.000 11.268 14 F [39 7 196 41 265 64 W 0 254 R 13.000 11.540 15 F R 0 -2 500 0 12.500 11.800 16 F [-39 -6 -354 -44 -9 -1 W 0 -286 38 3 298 39 163 26 0 269 13.000 11.000 13 F 39 4 298 40 163 27 0 271 -162 -25 -298 -38 -40 -5 13.500 11.337 14 F 12 2 0 258 -161 -27 -298 -40 -40 -4 0 -189 13.500 11.800 15 F R -402 0 13.500 11.000 12 F -12 -2 12 0 13.000 11.800 16 F [39 1 300 16 161 14 W 0 51 -500 0 14.000 11.000 12 F [39 1 200 10 261 22 W 0 286 R 14.000 11.083 13 F [39 1 300 19 161 15 W 0 274 R 14.000 11.371 14 F R 0 -153 500 0 13.500 11.800 15 F [39 -1 300 -5 161 1 W 0 83 -500 0 14.500 11.000 12 F [39 -1 300 -5 161 1 W 0 288 R 14.500 11.079 13 F [39 -1 300 -4 161 2 W 0 277 R 14.500 11.367 14 F R 0 -154 500 0 14.000 11.800 15 F [39 -4 299 -27 162 -9 W 0 78 -500 0 15.000 11.000 12 F [39 -4 299 -27 162 -9 W 0 287 R 15.000 11.039 13 F [39 -4 299 -24 162 -9 W 0 278 R 15.000 11.327 14 F R 0 -191 500 0 14.500 11.800 15 F 500 0 0 800 -500 0 5.500 11.800 16 F [0 -39 -18 -761 W 439 0 0 800 5.500 11.800 16 F R -77 0 0 -800 6.000 12.600 15 F [0 -39 -16 -761 W 18 0 0 800 6.000 11.800 15 F [0 -39 -14 -761 W 85 0 R 6.003 11.800 14 F [0 -39 -11 -761 W 93 0 R 6.091 11.800 13 F [0 -39 -8 -761 W 104 0 R 6.188 11.800 12 F [0 -39 -3 -761 W 117 0 R 6.296 11.800 11 F R -81 0 0 -800 6.500 12.600 10 F [0 -39 2 -700 0 -61 W 58 0 0 800 6.500 11.800 10 F [1 -39 1 -600 -4 -161 W 194 0 R 6.560 11.800 9 F R -249 0 0 -800 7.000 12.600 8 F [4 -22 W 496 0 0 799 -500 0 7.500 11.800 8 F R 0 -22 7.500 12.600 9 F [11 -38 99 -387 77 -352 W 0 777 7.500 11.800 8 F [10 -38 98 -388 85 -374 W 212 0 0 22 R 7.688 11.800 9 F [9 -38 123 -554 W 156 0 R -95 0 8.000 11.800 10 F [7 -39 8 -37 W 117 0 R 8.000 12.008 11 F R 0 -76 8.000 12.600 12 F [11 -38 45 -169 W 0 207 8.000 11.800 10 F [12 -37 87 -288 70 -291 22 -107 W 0 515 R 8.057 11.800 11 F [14 -37 85 -242 57 -192 72 -291 8 -38 W 84 0 0 76 R 8.192 11.800 12 F [15 -36 108 -280 63 -190 54 -193 25 -101 W 94 0 R 8.320 11.800 13 F [15 -36 109 -280 63 -190 42 -147 W 92 0 R -57 0 8.500 11.800 14 F [14 -37 70 -187 53 -163 W 92 0 R 8.500 11.946 15 F R 0 -387 8.500 12.600 16 F [15 -36 47 -110 W 0 146 8.500 11.800 14 F [16 -36 157 -376 W 0 265 R 8.563 11.800 15 F R -327 0 0 -799 500 0 8.500 12.600 16 F 4000 0 0 800 -4000 0 13.000 11.800 16 F [-39 -7 -352 -52 -96 -11 W 0 -730 499 0 0 800 13.000 11.800 16 F R -487 0 13.500 11.800 15 F [39 1 300 22 161 16 W 0 71 -500 0 14.000 11.800 15 F R 0 -690 500 0 13.500 12.600 16 F [39 -1 300 0 161 3 W 0 111 -500 0 14.500 11.800 15 F R 0 -686 500 0 14.000 12.600 16 F [39 -3 399 -26 62 -2 W 0 113 -500 0 15.000 11.800 15 F R 0 -717 500 0 14.500 12.600 16 F 500 0 0 800 -500 0 5.500 12.600 16 F [-1 -39 -31 -761 W 472 0 0 800 5.500 12.600 16 F R -59 0 0 -800 6.000 13.400 15 F [-1 -39 -31 -761 W 51 0 0 800 6.000 12.600 15 F [-1 -39 -31 -761 W 85 0 R 6.019 12.600 14 F [-1 -39 -30 -761 W 92 0 R 6.105 12.600 13 F [-1 -39 -26 -761 W 100 0 R 6.200 12.600 12 F [0 -39 -22 -761 W 112 0 R 6.305 12.600 11 F R -76 0 0 -800 6.500 13.400 10 F [0 -39 -18 -761 W 77 0 0 800 6.500 12.600 10 F [-1 -39 -33 -736 -1 -25 W 211 0 R 6.559 12.600 9 F R -245 0 0 -800 7.000 13.400 8 F [8 -39 144 -761 W 343 0 0 800 7.000 12.600 8 F R -5 0 0 -800 7.500 13.400 9 F [8 -39 103 -489 46 -272 W 54 0 0 800 7.500 12.600 9 F [8 -39 124 -587 31 -174 W 149 0 R 7.712 12.600 10 F [7 -39 150 -761 W 124 0 R 7.867 12.600 11 F [7 -39 60 -323 W 105 0 R -16 0 8.000 12.600 12 F R 0 -362 8.000 13.400 13 F [8 -39 75 -398 W 0 437 8.000 12.600 12 F [9 -38 77 -393 65 -369 W 27 0 0 362 R 8.084 12.600 13 F [10 -38 45 -195 106 -567 W 82 0 R 8.178 12.600 14 F [11 -38 51 -193 64 -293 50 -276 W 77 0 R 8.270 12.600 15 F R -138 0 0 -800 8.500 13.400 16 F 6500 0 0 800 -6500 0 15.000 12.600 16 F 500 0 0 800 -500 0 5.500 13.400 16 F [-1 -39 -26 -542 W 0 -219 499 0 0 800 5.500 13.400 16 F R -27 0 6.000 13.400 15 F [-1 -39 -38 -761 W 80 0 2 39 9 179 0 582 6.000 13.400 15 F [-1 -39 -37 -761 W 84 0 R 6.052 13.400 14 F [-1 -39 -35 -761 W 90 0 R 6.138 13.400 13 F [-1 -39 -32 -761 W 97 0 R 6.231 13.400 12 F [-1 -39 -27 -761 W 107 0 R 6.332 13.400 11 F R -54 0 0 -800 6.500 14.200 10 F -8 -178 -2 -40 10 0 6.000 14.200 16 F [-1 -39 -25 -761 W 103 0 0 800 6.500 13.400 10 F [-2 -39 -51 -598 -22 -163 W 260 0 R 6.578 13.400 9 F R -210 0 0 -800 7.000 14.200 8 F [7 -39 91 -549 39 -196 4 -16 W 201 0 0 800 7.000 13.400 8 F [4 -39 45 -380 W 249 0 R -158 0 7.500 13.400 9 F R 0 -419 7.500 14.200 10 F [6 -39 48 -341 W 0 380 7.500 13.400 9 F [6 -39 92 -593 20 -168 W 85 0 0 419 R 7.554 13.400 10 F [6 -39 112 -691 9 -70 W 115 0 R 7.704 13.400 11 F [6 -39 124 -761 W 103 0 R 7.827 13.400 12 F [6 -39 97 -608 W 94 0 R -68 0 8.000 13.400 13 F [5 -39 11 -68 W 87 0 R 8.000 13.552 14 F R 0 -107 8.000 14.200 15 F [6 -39 20 -113 W 0 152 8.000 13.400 13 F [6 -39 102 -653 W 0 539 R 8.026 13.400 14 F [6 -39 114 -761 W 65 0 0 107 R 8.109 13.400 15 F R -314 0 0 -800 8.500 14.200 16 F 6500 0 0 800 -6500 0 15.000 13.400 16 F 1000 0 0 800 -1000 0 6.000 14.200 16 F [-2 -39 -39 -761 W 51 0 0 800 6.000 14.200 16 F [-1 -39 -40 -761 W 80 0 R 6.011 14.200 15 F [-1 -39 -39 -761 W 83 0 R 6.091 14.200 14 F [-1 -39 -36 -761 W 87 0 R 6.177 14.200 13 F [-1 -39 -33 -761 W 94 0 R 6.268 14.200 12 F [-1 -39 -25 -703 W 0 -58 99 0 R 6.366 14.200 11 F R -26 0 6.500 14.200 10 F [-1 -39 -30 -761 W 132 0 2 39 0 18 0 743 6.500 14.200 10 F [-6 -39 -38 -196 -25 -87 -26 -60 -24 -33 -16 -13 W 0 -372 364 0 R 6.604 14.200 9 F R -135 0 7.000 14.200 8 F 0 -17 -2 -40 2 0 6.500 15.000 11 F [8 -38 50 -194 32 -95 21 -46 26 -37 22 -19 28 -4 14 4 W 0 429 7.000 14.200 8 F [4 -39 73 -761 W 373 0 0 371 R 7.201 14.200 9 F R -50 0 0 -800 7.500 15.000 10 F [4 -39 74 -761 W 6 0 0 800 7.500 14.200 10 F [5 -39 83 -761 W 104 0 R 7.585 14.200 11 F [5 -39 89 -761 W 97 0 R 7.699 14.200 12 F [5 -39 93 -761 W 91 0 R 7.802 14.200 13 F [5 -39 95 -761 W 86 0 R 7.896 14.200 14 F [4 -39 30 -256 W 82 0 R -17 0 8.000 14.200 15 F R 0 -295 8.000 15.000 16 F [5 -39 60 -465 W 0 504 8.000 14.200 15 F R -435 0 0 -799 500 0 8.000 15.000 16 F RS 6500 0 0 800 -6500 0 15.000 14.200 16 F 1000 0 0 800 -1000 0 6.000 15.000 16 F [-2 -39 -40 -761 W 94 0 0 800 6.000 15.000 16 F [-1 -39 -40 -761 W 78 0 R 6.052 15.000 15 F [-1 -39 -39 -761 W 82 0 R 6.133 15.000 14 F [-1 -39 -36 -761 W 85 0 R 6.217 15.000 13 F [-1 -39 -31 -761 W 89 0 R 6.306 15.000 12 F R -98 0 0 -800 6.500 15.800 11 F [-1 -39 -26 -761 W 29 0 0 800 6.500 15.000 11 F [-1 -39 -34 -761 W 140 0 R 6.502 15.000 10 F R -363 0 0 -800 7.000 15.800 9 F [3 -39 53 -698 6 -63 W 310 0 0 800 7.000 15.000 9 F [3 -39 43 -674 W 143 0 R -128 0 7.500 15.000 10 F R 0 -713 7.500 15.800 11 F [3 -39 3 -47 W 0 86 7.500 15.000 10 F [3 -39 60 -761 W 47 0 0 713 R 7.507 15.000 11 F [3 -39 69 -761 W 87 0 R 7.611 15.000 12 F [4 -39 74 -761 W 84 0 R 7.707 15.000 13 F [4 -39 78 -761 W 82 0 R 7.797 15.000 14 F [4 -39 81 -761 W 79 0 R 7.883 15.000 15 F R -35 0 0 -800 8.000 15.800 16 F 7000 0 0 800 -7000 0 15.000 15.000 16 F 1000 0 0 800 -1000 0 6.000 15.800 16 F [-1 -39 -36 -761 W 131 0 0 800 6.000 15.800 16 F [-1 -39 -35 -761 W 78 0 R 6.095 15.800 15 F [-1 -39 -33 -761 W 79 0 R 6.175 15.800 14 F [-1 -39 -31 -761 W 82 0 R 6.257 15.800 13 F [-1 -39 -27 -761 W 85 0 R 6.343 15.800 12 F R -66 0 0 -800 6.500 16.600 11 F [-1 -39 -25 -761 W 55 0 0 800 6.500 15.800 11 F [-2 -39 -43 -761 W 159 0 R 6.530 15.800 10 F R -328 0 0 -800 7.000 16.600 9 F [3 -39 64 -754 1 -7 W 242 0 0 800 7.000 15.800 9 F [2 -39 39 -761 W 170 0 R 7.310 15.800 10 F R -47 0 0 -800 7.500 16.600 11 F [2 -39 40 -761 W 5 0 0 800 7.500 15.800 11 F [2 -39 48 -761 W 79 0 R 7.548 15.800 12 F [3 -39 52 -761 W 79 0 R 7.635 15.800 13 F [3 -39 57 -761 W 77 0 R 7.719 15.800 14 F [3 -39 60 -761 W 76 0 R 7.800 15.800 15 F R -120 0 0 -800 8.000 16.600 16 F 7000 0 0 800 -7000 0 15.000 15.800 16 F 1000 0 0 799 -1000 0 6.000 16.600 16 F [-1 -39 -31 -760 W 164 0 0 799 6.000 16.600 16 F [-1 -39 -30 -760 W 76 0 R 6.132 16.600 15 F [-1 -39 -28 -760 W 78 0 R 6.211 16.600 14 F [-1 -39 -25 -760 W 79 0 R 6.292 16.600 13 F [-1 -39 -22 -760 W 82 0 R 6.375 16.600 12 F R -38 0 0 -799 6.500 17.400 11 F [-1 -39 -22 -760 W 79 0 0 799 6.500 16.600 11 F [-2 -39 -55 -760 W 192 0 R 6.557 16.600 10 F R -283 0 0 -799 7.000 17.400 9 F [4 -39 86 -695 10 -65 W 142 0 0 799 7.000 16.600 9 F [2 -39 35 -760 W 233 0 R 7.242 16.600 10 F [1 -39 23 -633 W 101 0 R -89 0 7.500 16.600 11 F R 0 -672 7.500 17.400 12 F [1 -39 4 -88 W 0 127 7.500 16.600 11 F [1 -39 32 -760 W 51 0 0 671 R 7.505 16.600 12 F [2 -39 36 -760 W 74 0 R 7.585 16.600 13 F [2 -39 39 -760 W 74 0 R 7.663 16.600 14 F [2 -39 42 -760 W 74 0 R 7.740 16.600 15 F R -183 0 0 -799 8.000 17.400 16 F 7000 0 0 799 -7000 0 15.000 16.600 16 F 1000 0 0 799 -1000 0 6.000 17.400 16 F [-1 -39 -25 -760 W 191 0 0 799 6.000 17.400 16 F [-1 -39 -24 -760 W 75 0 R 6.165 17.400 15 F [-1 -39 -22 -760 W 76 0 R 6.243 17.400 14 F [-1 -39 -19 -760 W 77 0 R 6.322 17.400 13 F [0 -39 -15 -638 W 0 -122 76 0 R 6.402 17.400 12 F R -15 0 6.500 17.400 11 F [-1 -39 -20 -760 W 99 0 0 38 2 83 0 678 6.500 17.400 11 F [-3 -39 -52 -454 -19 -98 -12 -49 -22 -50 -18 -18 -26 7 -31 46 -43 105 W 0 -249 397 0 R 6.581 17.400 10 F R -226 0 7.000 17.400 9 F -1 -82 -1 -40 2 0 6.500 18.200 12 F [6 -39 40 -196 53 -193 32 -95 10 -26 W 0 549 7.000 17.400 9 F [1 -39 37 -760 W 336 0 0 249 R 7.141 17.400 10 F [1 -39 24 -760 W 114 0 R 7.375 17.400 11 F R -25 0 0 -799 7.500 18.200 12 F [1 -39 21 -760 W 28 0 0 799 7.500 17.400 12 F [1 -39 23 -760 W 72 0 R 7.551 17.400 13 F [1 -39 26 -760 W 71 0 R 7.625 17.400 14 F [1 -39 29 -760 W 70 0 R 7.699 17.400 15 F R -228 0 0 -799 8.000 18.200 16 F 7000 0 0 799 -7000 0 15.000 17.400 16 F 1000 0 0 799 -1000 0 6.000 18.200 16 F [-1 -39 -20 -760 W 212 0 0 799 6.000 18.200 16 F [-1 -39 -19 -760 W 74 0 R 6.192 18.200 15 F [0 -39 -18 -760 W 74 0 R 6.268 18.200 14 F [0 -39 -17 -760 W 76 0 R 6.345 18.200 13 F R -76 0 0 -799 6.500 19.000 12 F [0 -39 -15 -760 W 17 0 0 799 6.500 18.200 12 F [-1 -39 -20 -760 W 104 0 R 6.502 18.200 11 F R -397 0 0 -799 7.000 19.000 10 F [1 -39 35 -760 W 300 0 0 799 7.000 18.200 10 F [1 -39 22 -760 W 126 0 R 7.336 18.200 11 F R -50 0 0 -799 7.500 19.000 12 F [0 -39 19 -760 W 8 0 0 799 7.500 18.200 12 F [1 -39 18 -760 W 72 0 R 7.528 18.200 13 F [1 -39 19 -760 W 71 0 R 7.600 18.200 14 F [1 -39 21 -760 W 69 0 R 7.671 18.200 15 F R -258 0 0 -799 8.000 19.000 16 F RS 7000 0 0 799 -7000 0 15.000 18.200 16 F 19 -34 334 -618 7.647 3.800 0 L 18 -35 117 -215 7.865 3.800 0 L 19 -35 62 -112 8.000 3.148 0 L 18 -35 274 -514 8.000 3.550 0 L 18 -35 395 -750 8.086 3.800 0 L 18 -35 166 -316 8.315 3.800 0 L 8 -14 8.500 3.015 0 L 20 -34 222 -399 8 -15 8.500 3.449 0 L 20 -34 370 -637 49 -91 8.560 3.800 0 L 20 -34 137 -233 8.843 3.800 0 L 20 -34 2 -3 9.000 3.038 0 L 20 -34 290 -498 9.000 3.533 0 L 20 -34 311 -546 9.169 3.800 0 L 19 -34 107 -185 9.500 3.219 0 L 19 -34 421 -765 9.529 3.800 0 L 18 -35 55 -108 9.926 3.800 0 L 18 -35 324 -621 10.000 3.656 0 L 17 -36 122 -261 10.361 3.800 0 L 18 -35 229 -467 10.500 3.502 0 L 16 -36 150 -358 10.833 3.800 0 L 17 -36 171 -369 11.000 3.406 0 L 14 -37 139 -373 11.347 3.800 0 L 16 -36 150 -353 11.500 3.390 0 L 12 -37 78 -250 11.910 3.800 0 L 15 -36 112 -279 70 -197 12.000 3.512 0 L 15 -37 90 -240 91 -285 51 -194 10 -43 12.547 3.800 0 L 13 -37 63 -190 53 -193 42 -195 19 -115 13.309 3.800 0 L 14 -37 12 -32 13.500 3.070 0 L 17 -36 218 -470 7.264 4.600 0 L 17 -36 26 -56 7.456 4.600 0 L 18 -35 128 -258 7.500 4.093 0 L 19 -35 302 -582 43 -90 7.500 4.507 0 L 18 -35 321 -603 7.660 4.600 0 L 19 -35 96 -176 7.885 4.600 0 L 18 -35 68 -126 8.000 3.961 0 L 18 -35 297 -553 8.000 4.389 0 L 18 -35 352 -651 8.129 4.600 0 L 19 -34 80 -144 8.401 4.600 0 L 18 -35 42 -78 8.500 3.913 0 L 19 -34 317 -575 6 -12 8.500 4.421 0 L 20 -34 264 -472 8.716 4.600 0 L 19 -34 149 -259 9.000 4.093 0 L 19 -34 393 -714 9.088 4.600 0 L 19 -34 9 -17 9.500 3.851 0 L 18 -35 386 -764 9.521 4.600 0 L 16 -36 334 -763 10.010 4.600 0 L 14 -37 142 -374 131 -388 10.545 4.600 0 L 12 -37 107 -341 76 -290 30 -131 11.121 4.600 0 L 10 -38 64 -249 40 -196 32 -197 15 -119 11.748 4.600 0 L 6 -39 25 -198 14 -200 2 -126 12.452 4.600 0 L 8 -39 38 -197 12.500 4.037 0 L 5 -39 17 -156 9 -200 0 -100 -5 -99 -10 -100 -14 -99 -1 -6 13.309 4.600 0 L 14 -37 56 -146 6.929 5.400 0 L 16 -36 237 -551 11 -29 7.000 5.216 0 L 16 -36 339 -764 7.101 5.400 0 L 16 -36 193 -427 7.291 5.400 0 L 3 -7 7.497 5.400 0 L 18 -35 128 -271 14 -30 7.500 4.936 0 L 19 -35 162 -317 203 -440 7.500 5.392 0 L 18 -35 208 -406 58 -122 7.716 5.400 0 L 18 -35 17 -30 7.965 5.400 0 L 19 -34 110 -202 8.000 4.837 0 L 19 -34 381 -700 8.000 5.334 0 L 19 -34 210 -375 8.270 5.400 0 L 19 -34 196 -356 8.500 4.991 0 L 19 -34 329 -609 8.651 5.400 0 L 19 -34 68 -122 9.000 4.756 0 L 18 -35 363 -723 9.118 5.400 0 L 18 -35 3 -6 9.500 4.641 0 L 15 -36 275 -705 13 -35 9.696 5.400 0 L 10 -23 10.000 4.624 0 L 11 -38 89 -345 55 -268 10.345 5.400 0 L 11 -38 34 -110 10.500 4.748 0 L 8 -39 44 -252 23 -199 13 -200 1 -110 11.031 5.400 0 L 4 -39 11 -156 4 -200 -9 -200 -24 -199 -1 -6 11.764 5.400 0 L 0 -39 -3 -100 -19 -200 -16 -98 -9 -51 12.500 5.088 0 L 13 37 30 96 25 96 18 82 12.500 5.088 0 L -7 -39 -21 -98 -26 -96 -32 -95 -37 -93 -42 -91 -25 -48 13.500 5.160 0 L 24 31 57 82 52 86 23 40 13.500 5.160 0 L 13 -37 148 -432 101 -331 6.667 6.200 0 L 13 -37 173 -508 6.813 6.200 0 L 13 -37 20 -60 6.966 6.200 0 L 15 -36 85 -218 7.000 5.654 0 L 16 -36 197 -460 77 -206 7.000 6.103 0 L 16 -36 342 -764 7.138 6.200 0 L 16 -36 131 -285 7.352 6.200 0 L 17 -36 198 -442 7.500 5.879 0 L 18 -35 156 -320 197 -445 7.593 6.200 0 L 18 -35 126 -263 7.856 6.200 0 L 19 -34 251 -467 8.000 5.902 0 L 19 -34 270 -492 8.211 6.200 0 L 19 -35 132 -238 8.500 5.674 0 L 18 -35 266 -538 8.716 6.200 0 L 18 -35 100 -191 9.000 5.627 0 L 11 -38 54 -182 9.434 6.200 0 L 13 -37 178 -527 5 -15 9.500 5.980 0 L 6 -39 28 -198 14 -199 2 -101 -2 -99 -6 -100 -7 -64 10.310 6.200 0 L 0 -39 -3 -100 -8 -100 -13 -99 -17 -99 -21 -98 -26 -96 -31 -95 -27 -74 11.178 6.200 0 L -6 -39 -20 -98 -25 -97 -29 -96 -34 -94 -38 -92 -42 -91 -42 -80 12.000 6.087 0 L 20 34 45 78 12.000 6.087 0 L -13 -37 -39 -92 -43 -91 -47 -88 -52 -85 -57 -83 -60 -80 -64 -77 -38 -42 13.000 6.076 0 L 29 27 70 71 24 26 13.000 6.076 0 L -24 -31 -66 -75 -70 -71 -75 -68 -77 -63 -31 -23 14.000 5.731 0 L 37 14 92 38 91 43 88 46 86 52 83 56 23 16 14.000 5.731 0 L 39 6 98 17 195 47 96 29 72 25 14.500 5.996 0 L 10 -38 51 -183 6.439 7.000 0 L 11 -38 155 -540 6.500 6.778 0 L 12 -38 224 -762 6.577 7.000 0 L 12 -37 210 -668 27 -95 6.717 7.000 0 L 12 -37 123 -389 6.865 7.000 0 L 15 -36 71 -187 51 -150 7.000 6.573 0 L 16 -36 123 -274 109 -279 74 -211 7.030 7.000 0 L 16 -36 228 -508 19 -46 7.236 7.000 0 L 16 -36 77 -173 7.500 6.410 0 L 16 -36 301 -694 32 -70 7.506 7.000 0 L 17 -35 148 -325 11 -26 7.823 7.000 0 L 18 -35 192 -378 8.000 6.614 0 L 18 -35 168 -332 8.313 7.000 0 L 17 -35 198 -397 8.500 6.633 0 L 10 -38 37 -152 36 -197 12 -99 7 -100 2 -100 -3 -100 -1 -14 9.335 7.000 0 L -5 -39 -18 -99 -26 -96 -32 -95 -39 -92 -45 -90 -24 -43 10.500 6.755 0 L 25 30 61 79 57 83 32 53 10.500 6.755 0 L -15 -37 -41 -91 -46 -88 -51 -87 -55 -83 -58 -81 -55 -69 11.500 6.736 0 L 29 27 71 70 135 147 16 19 11.500 6.736 0 L RS -21 -33 -57 -82 -61 -80 -64 -76 -139 -145 -92 -85 12.500 6.702 0 L 34 20 166 111 158 123 50 44 12.500 6.702 0 L -29 -26 -77 -65 -79 -61 -82 -57 -109 -70 13.500 6.479 0 L 37 13 186 75 179 88 87 50 11 6 13.500 6.479 0 L 39 7 195 42 193 55 73 25 14.000 6.711 0 L 39 1 200 15 198 25 63 10 14.500 6.841 0 L 10 -38 154 -618 31 -144 6.243 7.800 0 L 10 -38 119 -477 6.370 7.800 0 L 10 -38 66 -246 6.500 7.285 0 L 10 -38 203 -762 6.503 7.800 0 L 11 -38 212 -762 6.641 7.800 0 L 12 -38 195 -672 6.793 7.800 0 L 11 -38 22 -74 6.967 7.800 0 L 12 -37 17 -52 7.000 7.090 0 L 15 -36 90 -241 131 -410 7.000 7.687 0 L 16 -36 174 -400 104 -282 23 -67 7.182 7.800 0 L 16 -36 4 -10 7.480 7.800 0 L 6 -14 7.500 7.014 0 L 15 -36 308 -717 7.500 7.754 0 L 17 -35 42 -90 7.940 7.800 0 L 17 -36 232 -505 64 -133 8.000 7.675 0 L -4 -39 -8 -41 -15 -58 -24 -63 -33 -60 -39 -56 -42 -47 9.500 7.364 0 L 36 15 182 83 88 48 85 53 94 76 15 15 9.500 7.364 0 L 36 16 296 129 10.000 7.654 0 L -26 -30 -68 -72 -147 -137 -83 -70 11.000 7.309 0 L 34 20 251 164 160 120 55 43 11.000 7.309 0 L -29 -27 -75 -65 -144 -116 12.000 7.208 0 L 34 19 211 123 11.500 7.657 0 L 35 19 173 100 168 108 124 89 12.000 7.208 0 L -34 -20 -57 -33 13.000 7.054 0 L 37 14 184 77 181 85 98 51 12.500 7.524 0 L 37 13 145 58 182 84 136 72 13.000 7.054 0 L 37 13 92 34 13.000 7.752 0 L 39 8 248 64 190 62 23 8 13.500 7.281 0 L 39 3 199 24 197 34 65 13 14.000 7.424 0 L 39 0 200 1 200 11 61 5 14.500 7.499 0 L 8 -39 101 -547 34 -213 6.099 8.600 0 L 9 -38 94 -447 57 -314 6.210 8.600 0 L 9 -38 121 -544 41 -207 6.329 8.600 0 L 8 -39 34 -164 6.458 8.600 0 L 2 -10 6.500 7.811 0 L 10 -38 115 -487 16 -71 6.500 8.397 0 L 10 -38 175 -716 10 -45 6.597 8.600 0 L 11 -38 186 -712 12 -49 6.757 8.600 0 L 10 -38 38 -145 6.952 8.600 0 L 12 -37 104 -342 66 -237 7.000 8.416 0 L 15 -36 95 -239 96 -284 70 -240 7.203 8.600 0 L 16 -36 136 -330 163 -433 7.625 8.600 0 L 38 -11 95 -31 93 -35 47 -20 9.227 8.600 0 L 39 1 157 3 100 -3 99 -11 105 -22 9.500 8.503 0 L -36 -16 -131 -59 10.500 7.876 0 L 39 8 154 28 198 23 109 7 10.000 8.470 0 L 36 16 459 199 5 2 10.500 7.876 0 L 38 10 218 53 10.500 8.537 0 L 36 15 464 197 11.000 8.093 0 L -35 -19 -177 -93 -42 -21 12.000 7.933 0 L 37 13 463 186 11.500 8.306 0 L 37 14 276 118 187 87 12.000 7.933 0 L 37 13 227 82 12.000 8.505 0 L 38 11 285 93 177 66 12.500 8.153 0 L -37 -12 -191 -60 -142 -39 13.500 7.911 0 L 39 7 292 67 169 47 13.000 8.323 0 L 39 5 197 34 196 42 68 17 13.500 7.911 0 L 39 4 298 40 163 29 13.500 8.445 0 L 39 1 200 14 199 21 62 9 14.000 8.010 0 L 39 0 257 10 204 17 14.000 8.519 0 L 39 -1 200 -6 261 3 14.500 8.055 0 L 39 -2 300 -14 161 0 14.500 8.546 0 L 6 -39 74 -595 16 -166 6.003 9.400 0 L 6 -39 72 -495 30 -266 6.101 9.400 0 L 7 -39 74 -450 40 -311 6.207 9.400 0 L 7 -39 81 -449 44 -312 6.325 9.400 0 L 6 -39 39 -255 6.455 9.400 0 L 8 -39 76 -392 13 -74 6.500 9.106 0 L 9 -38 83 -392 64 -370 6.601 9.400 0 L 9 -38 113 -487 52 -275 6.777 9.400 0 L 10 -38 111 -443 70 -319 7.012 9.400 0 L 13 -37 31 -95 53 -193 31 -133 7.372 9.400 0 L 13 -37 111 -304 7.500 8.941 0 L 26 -29 130 -152 61 -80 7 -11 8.275 9.400 0 L 34 -19 86 -53 81 -58 78 -63 73 -68 137 -145 11 -12 8.500 9.128 0 L 31 -24 6 -6 8.962 9.400 0 L 36 -16 180 -87 10 -6 9.000 8.709 0 L 37 -13 92 -39 91 -43 87 -48 86 -52 82 -57 25 -19 9.000 9.370 0 L 39 -1 100 -7 100 -11 98 -17 97 -25 66 -21 9.500 9.099 0 L 39 5 100 11 99 6 200 2 62 -1 10.000 9.016 0 L -38 -10 -192 -56 -13 -4 11.000 8.671 0 L 38 9 251 55 211 36 10.500 9.039 0 L 38 12 462 146 11.000 8.671 0 L 38 10 462 124 11.000 9.139 0 L 38 11 462 150 11.500 8.830 0 L 38 10 400 115 11.500 9.274 0 L -37 -13 -198 -65 12.500 8.679 0 L 38 10 462 136 12.000 8.991 0 L 38 9 290 77 172 52 12.500 8.679 0 L 39 8 389 92 72 19 12.500 9.137 0 L 39 6 295 55 166 38 13.000 8.818 0 L 39 5 352 58 109 22 13.000 9.257 0 L 39 3 199 18 262 36 13.500 8.917 0 L 39 2 299 25 162 19 13.500 9.342 0 L 39 0 200 2 261 13 14.000 8.974 0 L 39 0 200 -1 261 8 14.000 9.389 0 L 39 -3 200 -14 261 -8 14.500 8.989 0 L 39 -3 300 -22 161 -6 14.500 9.396 0 L 3 -39 49 -728 5.947 10.200 0 L 2 -32 6.000 9.432 0 L 4 -39 55 -698 4 -63 6.037 10.200 0 L 4 -39 60 -654 7 -107 6.136 10.200 0 L 5 -39 58 -554 17 -207 6.245 10.200 0 L 5 -39 59 -497 24 -264 6.366 10.200 0 L 6 -39 71 -552 20 -209 6.503 10.200 0 L 6 -39 62 -395 43 -366 6.665 10.200 0 L 7 -39 79 -449 34 -251 6.879 10.200 0 L 7 -39 5 -21 7.000 9.460 0 L 8 -39 55 -294 43 -297 18 -170 7.248 10.200 0 L 15 -36 107 -234 16 -33 7.861 10.200 0 L 22 -32 108 -169 48 -88 85 -180 12 -27 8.000 9.896 0 L 24 -31 116 -163 68 -108 8.291 10.200 0 L 30 -25 74 -67 140 -143 131 -152 87 -110 8.500 9.897 0 L 31 -25 75 -66 72 -69 134 -149 49 -61 8.639 10.200 0 L 30 -25 8 -8 8.961 10.200 0 L 36 -15 181 -85 176 -96 83 -55 24 -18 9.000 9.830 0 L 38 -12 188 -68 91 -41 110 -66 68 -52 5 -3 9.000 10.167 0 L 38 -10 56 -17 9.405 10.200 0 L 39 -2 100 -10 99 -17 97 -23 96 -30 69 -27 9.500 9.560 0 L 39 -1 100 -8 99 -13 99 -19 97 -24 66 -20 9.500 9.924 0 L 40 0 90 -2 100 -9 99 -14 98 -20 73 -17 9.500 10.172 0 L 39 4 98 9 100 4 200 -3 63 -3 10.000 9.451 0 L 39 4 123 3 100 -4 200 -14 38 -2 10.000 9.838 0 L 39 5 100 8 300 5 61 1 10.000 10.109 0 L 38 8 197 37 265 39 10.500 9.462 0 L 39 8 98 18 297 39 66 8 10.500 9.825 0 L 39 8 197 34 196 29 10.500 10.128 0 L 38 9 462 112 11.000 9.546 0 L 38 9 462 110 11.000 9.898 0 L -38 -10 -23 -7 12.000 9.417 0 L 38 10 462 121 11.500 9.668 0 L 38 10 462 119 11.500 10.018 0 L 38 9 462 122 12.000 9.417 0 L 38 9 462 113 12.000 9.799 0 L 38 9 172 43 12.000 10.147 0 L 39 7 391 83 70 17 12.500 9.549 0 L 39 6 392 79 69 15 12.500 9.922 0 L 39 4 297 42 164 29 13.000 9.656 0 L 39 4 396 55 65 11 13.000 10.023 0 L 39 1 300 21 161 17 13.500 9.732 0 L 39 1 356 23 105 11 13.500 10.093 0 L 39 -1 300 -1 161 3 14.000 9.772 0 L 39 -1 357 -3 104 2 14.000 10.129 0 L 39 -4 299 -23 162 -8 14.500 9.774 0 L 39 -4 299 -25 162 -8 14.500 10.128 0 L 1 -39 25 -761 5.921 11.000 0 L 2 -39 29 -761 6.006 11.000 0 L 2 -39 35 -761 6.098 11.000 0 L 3 -39 41 -761 6.201 11.000 0 L 3 -39 47 -761 6.316 11.000 0 L 3 -39 50 -720 6.446 11.000 0 L 3 -39 0 -1 6.500 10.240 0 L 4 -39 62 -761 6.599 11.000 0 L 4 -39 70 -697 5 -64 6.799 11.000 0 L 3 -39 34 -536 4 -200 0 -25 7.206 11.000 0 L 6 -18 7.494 11.000 0 L 17 -35 206 -408 80 -183 58 -155 7.500 10.981 0 L 13 -37 48 -134 7.938 11.000 0 L 20 -34 49 -87 89 -179 78 -184 55 -144 8.000 10.828 0 L 22 -33 105 -170 97 -175 87 -180 23 -51 8.165 11.000 0 L 21 -33 101 -173 8 -16 8.369 11.000 0 L 24 -31 114 -159 8.500 10.390 0 L 29 -26 72 -70 68 -74 64 -77 118 -161 110 -169 8.500 10.778 0 L 29 -26 71 -71 67 -74 63 -78 116 -163 96 -149 8.557 11.000 0 L 28 -28 68 -73 64 -77 109 -148 8.730 11.000 0 L 27 -29 65 -76 6 -6 8.902 11.000 0 L 37 -13 88 -36 84 -45 79 -52 76 -58 41 -34 9.000 10.439 0 L 38 -11 76 -29 74 -35 78 -45 79 -55 78 -62 75 -66 2 -2 9.000 10.674 0 L 37 -13 72 -31 70 -37 80 -51 80 -59 77 -64 72 -70 12 -11 9.000 10.888 0 L 36 -15 109 -55 80 -50 80 -60 77 -64 30 -29 9.087 11.000 0 L 36 -16 113 -62 34 -22 9.316 11.000 0 L 39 2 78 0 93 -5 99 -12 98 -19 93 -23 9.500 10.368 0 L 39 4 76 4 77 -1 94 -10 97 -18 96 -26 21 -7 9.500 10.551 0 L 39 7 44 5 60 3 79 -1 83 -11 87 -18 87 -28 21 -7 9.500 10.727 0 L 38 9 40 7 56 6 73 0 75 -6 78 -15 80 -24 60 -23 9.500 10.900 0 L 39 7 232 43 100 14 99 10 30 2 10.000 10.310 0 L 38 9 248 66 98 22 98 17 18 3 10.000 10.497 0 L 38 11 286 89 176 45 10.000 10.676 0 L 37 13 408 134 10.000 10.853 0 L -39 -8 -28 -7 11.000 10.216 0 L 38 10 291 74 171 35 10.500 10.387 0 L 38 12 285 91 177 49 10.500 10.614 0 L 37 12 378 132 85 27 10.500 10.822 0 L 38 10 462 116 11.000 10.216 0 L 38 10 462 127 11.000 10.507 0 L 38 10 385 108 77 24 11.000 10.766 0 L 19 6 11.000 10.994 0 L 38 10 462 118 11.500 10.343 0 L 38 9 462 117 11.500 10.644 0 L 38 10 306 81 11.500 10.909 0 L RS -38 -9 -251 -58 12.500 10.267 0 L 39 8 461 110 12.000 10.471 0 L 39 8 461 110 12.000 10.770 0 L 39 6 393 76 68 15 12.500 10.267 0 L 39 6 393 74 68 15 12.500 10.590 0 L 39 6 393 75 68 14 12.500 10.889 0 L 39 4 298 38 163 25 13.000 10.365 0 L 39 4 397 52 64 10 13.000 10.685 0 L 39 6 58 9 13.000 10.985 0 L 39 1 300 17 161 15 13.500 10.433 0 L 39 1 300 16 161 14 13.500 10.752 0 L 39 -1 300 -5 161 2 14.000 10.466 0 L 39 -1 300 -5 161 2 14.000 10.784 0 L 39 -4 299 -26 162 -9 14.500 10.463 0 L 39 -4 299 -27 162 -9 14.500 10.780 0 L 0 -39 0 -761 5.922 11.800 0 L 0 -39 3 -761 6.003 11.800 0 L 1 -39 6 -761 6.091 11.800 0 L 1 -39 12 -761 6.188 11.800 0 L 1 -39 18 -761 6.296 11.800 0 L 2 -39 24 -700 1 -61 6.419 11.800 0 L 2 -39 34 -700 2 -61 6.560 11.800 0 L 3 -39 40 -636 4 -125 6.752 11.800 0 L 0 -39 -10 -257 -13 -86 -17 -50 -17 -21 -30 2 -33 37 -65 133 -102 281 7.494 11.000 0 L 13 -37 124 -381 113 -382 7.688 11.800 0 L 11 -38 83 -293 7.905 11.800 0 L 15 -36 38 -93 66 -189 46 -150 8.000 11.468 0 L 18 -35 46 -89 80 -183 70 -187 98 -306 8.057 11.800 0 L 19 -34 48 -88 86 -181 76 -185 79 -217 8.192 11.800 0 L 17 -35 84 -182 78 -195 8.320 11.800 0 L 16 -36 40 -92 8.444 11.800 0 L 21 -33 36 -61 8.500 11.094 0 L 22 -32 107 -169 96 -176 5 -10 8.500 11.388 0 L 25 -31 118 -161 55 -84 50 -86 92 -178 61 -131 8.500 11.671 0 L 26 -29 65 -76 61 -80 57 -82 52 -85 48 -88 87 -180 41 -92 8.563 11.800 0 L 26 -30 62 -78 58 -82 52 -85 48 -88 80 -168 8.674 11.800 0 L 28 -27 59 -60 9.000 11.088 0 L 33 -22 80 -59 77 -64 74 -68 52 -55 9.000 11.268 0 L -37 -13 -17 -5 10.500 11.019 0 L 37 13 463 167 10.500 11.019 0 L -38 -12 -383 -112 -59 -17 11.500 11.142 0 L 37 12 463 157 11.000 11.199 0 L -38 -10 -117 -31 12.000 11.042 0 L 38 11 436 135 26 8 11.500 11.142 0 L 38 12 462 160 11.500 11.369 0 L 38 9 462 115 12.000 11.042 0 L 38 9 462 125 12.000 11.296 0 L 38 9 385 110 77 24 12.000 11.541 0 L 39 6 294 59 167 36 12.500 11.166 0 L 39 7 391 84 70 17 12.500 11.431 0 L 39 7 196 41 265 64 12.500 11.685 0 L -39 -6 -354 -44 -9 -1 13.500 11.051 0 L 39 4 298 38 163 27 13.000 11.268 0 L 39 4 298 40 163 27 13.000 11.540 0 L 12 2 13.000 11.798 0 L 39 1 300 16 161 14 13.500 11.051 0 L 39 1 200 10 261 22 13.500 11.337 0 L 39 1 300 19 161 15 13.500 11.611 0 L 39 -1 300 -5 161 1 14.000 11.083 0 L 39 -1 300 -5 161 1 14.000 11.371 0 L 39 -1 300 -4 161 2 14.000 11.647 0 L 39 -4 299 -27 162 -9 14.500 11.079 0 L 39 -4 299 -27 162 -9 14.500 11.367 0 L 39 -4 299 -24 162 -9 14.500 11.645 0 L 0 -39 -18 -761 5.940 12.600 0 L 0 -39 -16 -761 6.019 12.600 0 L 0 -39 -14 -761 6.105 12.600 0 L 0 -39 -11 -761 6.200 12.600 0 L 0 -39 -8 -761 6.305 12.600 0 L 0 -39 -3 -761 6.423 12.600 0 L 0 -39 2 -700 0 -61 6.559 12.600 0 L 1 -39 1 -600 -4 -161 6.754 12.600 0 L 4 -22 7.495 12.600 0 L 11 -38 99 -387 77 -352 7.500 12.577 0 L 10 -38 98 -388 85 -374 7.712 12.600 0 L 9 -38 123 -554 7.867 12.600 0 L 7 -39 8 -37 7.985 12.600 0 L 11 -38 45 -169 8.000 12.008 0 L 12 -37 87 -288 70 -291 22 -107 8.000 12.524 0 L 14 -37 85 -242 57 -192 72 -291 8 -38 8.084 12.600 0 L 15 -36 108 -280 63 -190 54 -193 25 -101 8.178 12.600 0 L 15 -36 109 -280 63 -190 42 -147 8.270 12.600 0 L 14 -37 70 -187 53 -163 8.362 12.600 0 L 15 -36 47 -110 8.500 11.946 0 L 16 -36 157 -376 8.500 12.212 0 L -39 -7 -352 -52 -96 -11 13.500 11.871 0 L 39 1 300 22 161 16 13.500 11.871 0 L 39 -1 300 0 161 3 14.000 11.910 0 L 39 -3 399 -26 62 -2 14.500 11.913 0 L -1 -39 -31 -761 5.973 13.400 0 L -1 -39 -31 -761 6.052 13.400 0 L -1 -39 -31 -761 6.138 13.400 0 L -1 -39 -30 -761 6.231 13.400 0 L -1 -39 -26 -761 6.332 13.400 0 L 0 -39 -22 -761 6.445 13.400 0 L 0 -39 -18 -761 6.578 13.400 0 L -1 -39 -33 -736 -1 -25 6.790 13.400 0 L 8 -39 144 -761 7.343 13.400 0 L 8 -39 103 -489 46 -272 7.554 13.400 0 L 8 -39 124 -587 31 -174 7.704 13.400 0 L 7 -39 150 -761 7.827 13.400 0 L 7 -39 60 -323 7.933 13.400 0 L 8 -39 75 -398 8.000 13.037 0 L 9 -38 77 -393 65 -369 8.026 13.400 0 L 10 -38 45 -195 106 -567 8.109 13.400 0 L 11 -38 51 -193 64 -293 50 -276 8.186 13.400 0 L -1 -39 -26 -542 6.000 13.982 0 L -1 -39 -38 -761 6.091 14.200 0 L 2 39 8 179 6.000 13.982 0 L -1 -39 -37 -761 6.177 14.200 0 L -1 -39 -35 -761 6.268 14.200 0 L -1 -39 -32 -761 6.366 14.200 0 L -1 -39 -27 -761 6.473 14.200 0 L -1 -39 -25 -761 6.604 14.200 0 L -2 -39 -51 -598 -22 -163 6.865 14.200 0 L 7 -39 91 -549 39 -196 4 -16 7.201 14.200 0 L 4 -39 45 -380 7.450 14.200 0 L 6 -39 48 -341 7.500 13.780 0 L 6 -39 92 -593 20 -168 7.585 14.200 0 L 6 -39 112 -691 9 -70 7.699 14.200 0 L 6 -39 124 -761 7.802 14.200 0 L 6 -39 97 -608 7.896 14.200 0 L 5 -39 11 -68 7.984 14.200 0 L 6 -39 20 -113 8.000 13.552 0 L 6 -39 102 -653 8.000 14.093 0 L 6 -39 114 -761 8.065 14.200 0 L -2 -39 -39 -761 6.052 15.000 0 L -1 -39 -40 -761 6.133 15.000 0 L -1 -39 -39 -761 6.217 15.000 0 L -1 -39 -36 -761 6.306 15.000 0 L -1 -39 -33 -761 6.400 15.000 0 L -1 -39 -25 -703 6.500 14.942 0 L -1 -39 -30 -761 6.635 15.000 0 L 1 39 1 18 6.500 14.942 0 L -6 -39 -38 -196 -25 -87 -26 -60 -24 -33 -16 -13 7.000 14.628 0 L 8 -38 50 -194 32 -95 21 -46 26 -37 22 -19 28 -4 14 4 7.000 14.628 0 L 4 -39 73 -761 7.372 15.000 0 L 4 -39 74 -761 7.507 15.000 0 L 5 -39 83 -761 7.611 15.000 0 L 5 -39 89 -761 7.707 15.000 0 L 5 -39 93 -761 7.797 15.000 0 L 5 -39 95 -761 7.883 15.000 0 L 4 -39 30 -256 7.965 15.000 0 L 5 -39 60 -465 8.000 14.704 0 L RS -2 -39 -40 -761 6.095 15.800 0 L -1 -39 -40 -761 6.175 15.800 0 L -1 -39 -39 -761 6.257 15.800 0 L -1 -39 -36 -761 6.343 15.800 0 L -1 -39 -31 -761 6.433 15.800 0 L -1 -39 -26 -761 6.530 15.800 0 L -1 -39 -34 -761 6.671 15.800 0 L 3 -39 53 -698 6 -63 7.310 15.800 0 L 3 -39 43 -674 7.454 15.800 0 L 3 -39 3 -47 7.500 15.086 0 L 3 -39 60 -761 7.548 15.800 0 L 3 -39 69 -761 7.635 15.800 0 L 4 -39 74 -761 7.719 15.800 0 L 4 -39 78 -761 7.800 15.800 0 L 4 -39 81 -761 7.880 15.800 0 L -1 -39 -36 -761 6.132 16.600 0 L -1 -39 -35 -761 6.211 16.600 0 L -1 -39 -33 -761 6.292 16.600 0 L -1 -39 -31 -761 6.375 16.600 0 L -1 -39 -27 -761 6.462 16.600 0 L -1 -39 -25 -761 6.557 16.600 0 L -2 -39 -43 -761 6.717 16.600 0 L 3 -39 64 -754 1 -7 7.242 16.600 0 L 2 -39 39 -761 7.412 16.600 0 L 2 -39 40 -761 7.505 16.600 0 L 2 -39 48 -761 7.585 16.600 0 L 3 -39 52 -761 7.663 16.600 0 L 3 -39 57 -761 7.740 16.600 0 L 3 -39 60 -761 7.817 16.600 0 L -1 -39 -31 -760 6.165 17.400 0 L -1 -39 -30 -760 6.243 17.400 0 L -1 -39 -28 -760 6.322 17.400 0 L -1 -39 -25 -760 6.402 17.400 0 L -1 -39 -22 -760 6.485 17.400 0 L -1 -39 -22 -760 6.581 17.400 0 L -2 -39 -55 -760 6.774 17.400 0 L 4 -39 86 -695 10 -65 7.141 17.400 0 L 2 -39 35 -760 7.375 17.400 0 L 1 -39 23 -633 7.475 17.400 0 L 1 -39 4 -88 7.500 16.727 0 L 1 -39 32 -760 7.551 17.400 0 L 2 -39 36 -760 7.625 17.400 0 L 2 -39 39 -760 7.699 17.400 0 L 2 -39 42 -760 7.772 17.400 0 L -1 -39 -25 -760 6.192 18.200 0 L -1 -39 -24 -760 6.268 18.200 0 L -1 -39 -22 -760 6.345 18.200 0 L -1 -39 -19 -760 6.423 18.200 0 L 0 -39 -15 -638 6.500 18.078 0 L -1 -39 -20 -760 6.602 18.200 0 L 0 39 2 83 6.500 18.078 0 L -3 -39 -52 -454 -19 -98 -12 -49 -22 -50 -18 -18 -26 7 -31 46 -43 105 7.000 17.949 0 L 6 -39 40 -196 53 -193 32 -95 10 -26 7.000 17.949 0 L 1 -39 37 -760 7.336 18.200 0 L 1 -39 24 -760 7.449 18.200 0 L 1 -39 21 -760 7.528 18.200 0 L 1 -39 23 -760 7.600 18.200 0 L 1 -39 26 -760 7.671 18.200 0 L 1 -39 29 -760 7.742 18.200 0 L -1 -39 -20 -760 6.213 19.000 0 L -1 -39 -19 -760 6.288 19.000 0 L 0 -39 -18 -760 6.364 19.000 0 L 0 -39 -17 -760 6.440 19.000 0 L 0 -39 -15 -760 6.518 19.000 0 L -1 -39 -20 -760 6.623 19.000 0 L 1 -39 35 -760 7.300 19.000 0 L 1 -39 22 -760 7.426 19.000 0 L 0 -39 19 -760 7.509 19.000 0 L 1 -39 18 -760 7.580 19.000 0 L 1 -39 19 -760 7.650 19.000 0 L 1 -39 21 -760 7.720 19.000 0 L RS 60 setlinewidth -10000 0 0 -16000 10000 0 0 16000 5.000 3.000 0 L 0 -250 5.000 3.250 0 L 0 -150 5.500 3.150 0 L 0 -150 6.000 3.150 0 L 0 -150 6.500 3.150 0 L 0 -150 7.000 3.150 0 L 0 -150 7.500 3.150 0 L 0 -150 8.000 3.150 0 L 0 -150 8.500 3.150 0 L 0 -150 9.000 3.150 0 L 0 -150 9.500 3.150 0 L 0 -250 10.000 3.250 0 L 0 -150 10.500 3.150 0 L 0 -150 11.000 3.150 0 L 0 -150 11.500 3.150 0 L 0 -150 12.000 3.150 0 L 0 -150 12.500 3.150 0 L 0 -150 13.000 3.150 0 L 0 -150 13.500 3.150 0 L 0 -150 14.000 3.150 0 L 0 -150 14.500 3.150 0 L 0 -250 15.000 3.250 0 L 0 250 5.000 18.750 0 L 0 149 5.500 18.850 0 L 0 149 6.000 18.850 0 L 0 149 6.500 18.850 0 L 0 149 7.000 18.850 0 L 0 149 7.500 18.850 0 L 0 149 8.000 18.850 0 L 0 149 8.500 18.850 0 L 0 149 9.000 18.850 0 L 0 149 9.500 18.850 0 L 0 250 10.000 18.750 0 L 0 149 10.500 18.850 0 L 0 149 11.000 18.850 0 L 0 149 11.500 18.850 0 L 0 149 12.000 18.850 0 L 0 149 12.500 18.850 0 L 0 149 13.000 18.850 0 L 0 149 13.500 18.850 0 L 0 149 14.000 18.850 0 L 0 149 14.500 18.850 0 L 0 250 15.000 18.750 0 L -250 0 5.250 3.000 0 L -150 0 5.150 3.800 0 L -150 0 5.150 4.600 0 L -150 0 5.150 5.400 0 L -250 0 5.250 6.200 0 L -150 0 5.150 7.000 0 L -150 0 5.150 7.800 0 L -150 0 5.150 8.600 0 L -250 0 5.250 9.400 0 L -150 0 5.150 10.200 0 L -150 0 5.150 11.000 0 L -150 0 5.150 11.800 0 L -250 0 5.250 12.600 0 L -150 0 5.150 13.400 0 L -150 0 5.150 14.200 0 L -150 0 5.150 15.000 0 L -250 0 5.250 15.800 0 L -150 0 5.150 16.600 0 L -150 0 5.150 17.400 0 L -150 0 5.150 18.200 0 L -250 0 5.250 19.000 0 L 250 0 14.750 3.000 0 L 149 0 14.850 3.800 0 L 149 0 14.850 4.600 0 L 149 0 14.850 5.400 0 L 250 0 14.750 6.200 0 L 149 0 14.850 7.000 0 L 149 0 14.850 7.800 0 L 149 0 14.850 8.600 0 L 250 0 14.750 9.400 0 L 149 0 14.850 10.200 0 L 149 0 14.850 11.000 0 L 149 0 14.850 11.800 0 L 250 0 14.750 12.600 0 L 149 0 14.850 13.400 0 L 149 0 14.850 14.200 0 L 149 0 14.850 15.000 0 L 250 0 14.750 15.800 0 L 149 0 14.850 16.600 0 L 149 0 14.850 17.400 0 L 149 0 14.850 18.200 0 L 250 0 14.750 19.000 0 L 30 setlinewidth -1000 0 0 -1000 1000 0 16.000 4.000 1 F -1000 0 17.000 3.000 0 L 75 76 0.0 (-0.9 eV) F2 17.300 3.755 T -1000 0 0 -1000 1000 0 16.000 5.000 2 F -1000 0 17.000 4.000 0 L 75 76 0.0 (-0.8 eV) F2 17.300 4.755 T -1000 0 0 -1000 1000 0 16.000 6.000 3 F -1000 0 17.000 5.000 0 L 75 76 0.0 (-0.7 eV) F2 17.300 5.755 T -1000 0 0 -1000 1000 0 16.000 7.000 4 F -1000 0 17.000 6.000 0 L 75 76 0.0 (-0.6 eV) F2 17.300 6.755 T -1000 0 0 -1000 1000 0 16.000 8.000 5 F -1000 0 17.000 7.000 0 L 75 76 0.0 (-0.5 eV) F2 17.300 7.755 T -1000 0 0 -1000 1000 0 16.000 9.000 6 F -1000 0 17.000 8.000 0 L 75 76 0.0 (-0.4 eV) F2 17.300 8.755 T -1000 0 0 -1000 1000 0 16.000 10.000 7 F -1000 0 17.000 9.000 0 L 75 76 0.0 (-0.3 eV) F2 17.300 9.755 T -1000 0 0 -1000 1000 0 16.000 11.000 8 F -1000 0 17.000 10.000 0 L 75 76 0.0 (-0.2 eV) F2 17.300 10.755 T -1000 0 0 -1000 1000 0 16.000 12.000 9 F -1000 0 17.000 11.000 0 L 75 76 0.0 (-0.1 eV) F2 17.300 11.755 T -1000 0 0 -1000 1000 0 16.000 13.000 10 F -1000 0 17.000 12.000 0 L 75 76 0.0 ( 0.0 eV) F2 17.300 12.755 T -1000 0 0 -1000 1000 0 16.000 14.000 11 F -1000 0 17.000 13.000 0 L 75 76 0.0 ( 0.1 eV) F2 17.300 13.755 T -1000 0 0 -1000 1000 0 16.000 15.000 12 F -1000 0 17.000 14.000 0 L 75 76 0.0 ( 0.2 eV) F2 17.300 14.755 T -1000 0 0 -1000 1000 0 16.000 16.000 13 F -1000 0 17.000 15.000 0 L 75 76 0.0 ( 0.3 eV) F2 17.300 15.755 T -1000 0 0 -1000 1000 0 16.000 17.000 14 F -1000 0 17.000 16.000 0 L 75 76 0.0 ( 0.4 eV) F2 17.300 16.755 T -1000 0 0 -1000 1000 0 16.000 18.000 15 F -1000 0 17.000 17.000 0 L 75 76 0.0 ( 0.5 eV) F2 17.300 17.755 T -1000 0 0 -1000 1000 0 16.000 19.000 16 F -1000 0 17.000 18.000 0 L 60 setlinewidth -1000 0 0 -16000 1000 0 0 16000 16.000 3.000 0 L 0 74 0.5 (0.25) F2 5.000 2.210 T 0 74 0.5 (1.50) F2 10.000 2.210 T 0 74 0.5 (2.75) F2 15.000 2.210 T 0 74 1.0 (-0.25) F2 4.700 2.755 T 0 74 1.0 (0.25) F2 4.700 5.955 T 0 74 1.0 (0.75) F2 4.700 9.155 T 0 74 1.0 (1.25) F2 4.700 12.355 T 0 74 1.0 (1.75) F2 4.700 15.555 T 0 74 1.0 (2.25) F2 4.700 18.755 T 0 74 0.0 () F3 5.000 20.000 T 30 setlinewidth 75 76 0.5 (-0.1) F1 7.238 16.465 T 75 76 0.5 (-0.2) F1 7.577 12.051 T 75 76 0.5 (-0.3) F1 8.721 8.728 T 75 76 0.5 (-0.4) F1 11.463 8.115 T 75 76 0.5 (-0.7) F1 13.713 7.176 T restore pop % remove mark showpage %%EOF cleartomark countdictstack exch sub { end } repeat restore grestore % % End Imported PIC File: 0.00_0.50_090_090.ps %%EndDocument % % Polyline % % Begin Imported EPS File: h2pd0.0_0.5_90_90.ps %%BeginDocument: h2pd0.0_0.5_90_90.ps % n gs 4050 1073 tr 7.837736 -7.837736 sc 265 0 tr 180 rot -160 -290 tr sa n 160 290 m 425 290 l 425 555 l 160 555 l cp clip n countdictstack mark /showpage {} def % EPS file follows: %!PS-Adobe-2.0 %%Creator: BALSAC 2.11 (C) Copyright by K. Hermann %%BoundingBox: 160 290 425 555 %%EndComments %%%BoundingBox: 40 315 565 700 % 26 714 translate -90 rotate .7 .7 scale /Boxd { /yc2 exch def /xc2 exch def /yc1 exch def /xc1 exch def newpath xc1 yc1 moveto xc2 yc1 lineto xc2 yc2 lineto xc1 yc2 lineto closepath } bind def /ISOenc {findfont dup length dict begin {1 index /FID ne {def} {pop pop} ifelse } forall /Encoding ISOLatin1Encoding def currentdict end definefont pop} bind def /COcir { setrgbcolor 0.25 setlinewidth newpath 0 360 arc closepath stroke } bind def /CFcir { setrgbcolor 0.25 setlinewidth newpath 0 360 arc closepath gsave fill grestore Rol Gol Bol setrgbcolor stroke } bind def /CLine { setlinewidth setrgbcolor newpath moveto lineto 1 setlinejoin 1 setlinecap stroke } bind def /COLine { /lwi exch def /clB exch def /clG exch def /clR exch def newpath moveto lineto 1 setlinejoin 0 setlinecap gsave lwi 3 add setlinewidth 1 setgray stroke grestore lwi setlinewidth clR clG clB setrgbcolor stroke } bind def /CDLine { /lwi exch def /clB exch def /clG exch def /clR exch def /y3 exch def /x3 exch def newpath moveto lineto x3 y3 lineto 1 setlinejoin 0 setlinecap lwi 0 ge {gsave lwi 3 add setlinewidth 1 setgray stroke grestore} {/lwi lwi neg def} ifelse lwi setlinewidth clR clG clB setrgbcolor stroke } bind def /CBall { /incol exch nos1 mul def /radius exch def /y0 exch def /x0 exch def x0 y0 translate phi rotate 0 radius Cel /shift0 ey radius mul def /i 0 def 1. ez div 1. scale /radiz radius ez mul def nosh {/incol incol 1 add def alp i get shift0 mul bet i get radiz mul Cel /i i 1 add def} repeat ez 1. scale 0 0 radius Rol Gol Bol COcir phi neg rotate x0 neg y0 neg translate} bind def /Cel { /rady exch def /yy0 exch def 0 yy0 translate newpath cRA incol get cGA incol get cBA incol get setrgbcolor 0 0 rady 0 360 arc closepath fill 0 yy0 neg translate } bind def /Lite { /phi exch def /ez exch def /ey exch def } bind def /CBond { /clBi exch def /clGi exch def /clRi exch def /qq exch def /r2 exch def /r1 exch def /y2 exch def /x2 exch def /y1 exch def /x1 exch def qq 0 gt {/qq1 1 qq div def} if x1 x2 ne y1 y2 ne or { /wr y2 y1 sub x2 x1 sub atan def newpath 0.25 setlinewidth clRi clGi clBi setrgbcolor x1 y1 translate wr rotate qq 0 gt {qq 1 scale 0 0 r1 90 270 arc qq1 1 scale } {0 r1 moveto 0 r1 neg lineto } ifelse wr neg rotate x2 x1 sub y2 y1 sub translate wr rotate 0 r2 neg lineto qq 0 lt {qq 1 scale 0 0 r2 270 90 arcn qq1 1 scale } { 0 r2 lineto } ifelse wr neg rotate x2 neg y2 neg translate closepath gsave fill grestore Rbd Gbd Bbd setrgbcolor stroke } if } bind def /Coldef { /qgam exch def /qmax exch def /qmin exch def /clB exch def /clG exch def /clR exch def /qint clR clG clB add add 3 div def qint 0 eq { /qint 1 def /pint 1 def } { /pint 1 1 qint sub div def } ifelse /aaR clR qint sub pint mul def /bbR 1 clR sub pint mul def /aaG clG qint sub pint mul def /bbG 1 clG sub pint mul def /aaB clB qint sub pint mul def /bbB 1 clB sub pint mul def /dqq qmax qmin sub def /qq qmin dqq sub def /kk 0 def nos1 { /qq qmin kk nosh div qgam exp dqq mul add def qq qint lt {cRA ii clR qq mul qint div put cGA ii clG qq mul qint div put cBA ii clB qq mul qint div put } {cRA ii aaR bbR qq mul add put cGA ii aaG bbG qq mul add put cBA ii aaB bbB qq mul add put } ifelse /ii ii 1 add def /kk kk 1 add def} repeat} bind def /nosh 50 def /ncol 3 def /nos1 nosh 1 add def /cRA nos1 ncol mul array def /cGA nos1 ncol mul array def /cBA nos1 ncol mul array def /ii 0 def .736 .787 1.000 .400 .900 1.000 Coldef .992 .992 .992 .200 .655 1.000 Coldef .892 .892 .892 .670 .890 .710 Coldef /alp nosh array def /bet nosh array def /i 0 def /j 0 def nosh { alp i j nosh div put bet i 1 j nosh div dup mul sub abs sqrt put /i i 1 add def /j j 1 add def } repeat % 20 20 570 770 Boxd .000 .000 .000 setrgbcolor fill % 20 20 570 770 Boxd 0 setgray stroke 20 20 570 770 Boxd clip % 53 45 {dup mul exch dup mul add 1. exch sub } setscreen /Rol .000 def /Gol .000 def /Bol .000 def /Rbd .000 def /Gbd .000 def /Bbd .000 def .7660 .6428 125.00 Lite 363.03 421.00 375.77 421.00 3.056 3.056 .0000 .000 .000 .000 CBond % 1 - 2 220.42 344.60 365.58 344.60 4.584 4.584 .0000 .88 .88 .878 CBond % 7 - 8 216.60 308.42 216.60 523.58 4.584 4.584 .0000 .88 .88 .878 CBond % 7 - 9 369.40 308.42 369.40 523.58 4.584 4.584 .0000 .88 .88 .878 CBond % 8 - 10 180.42 497.40 405.58 497.40 4.584 4.584 .0000 .88 .88 .878 CBond % 9 - 10 363.03 421.00 375.77 421.00 3.056 3.056 .0000 .000 .000 .000 CBond % 1 - 2 216.60 344.60 43.24 2 CBall % 3 369.40 497.40 43.24 2 CBall % 4 369.40 344.60 43.24 2 CBall % 5 216.60 497.40 43.24 2 CBall % 6 344.95 421.00 18.34 1 CBall % 2 393.85 421.00 18.34 1 CBall % 1 /#copies 1 def showpage %%EndDocument: cleartomark countdictstack exch sub { end } repeat restore grestore % % End Imported PIC File: h2pd0.0_0.5_90_90.ps %%EndDocument % % Polyline n 3405 5495 m 3485 5695 l 3560 5615 l 3480 5610 l 3485 5440 l 3405 5485 l gs col7 1.00 shd ef gr % Polyline 7.500 slw n 3435 5455 m 3470 5550 l 3470 5435 l 3435 5450 l gs 0.00 setgray ef gr gs col0 s gr % Polyline 105.000 slw n 3045 945 m 3060 1815 l gs col7 s gr % Polyline n 3060 2100 m 3060 2103 l 3060 2109 l 3060 2120 l 3060 2137 l 3060 2161 l 3060 2190 l 3060 2225 l 3060 2264 l 3060 2307 l 3061 2351 l 3061 2396 l 3061 2441 l 3061 2484 l 3061 2526 l 3061 2566 l 3062 2603 l 3062 2638 l 3062 2672 l 3063 2703 l 3063 2732 l 3063 2760 l 3064 2787 l 3064 2813 l 3064 2838 l 3065 2863 l 3066 2889 l 3066 2915 l 3067 2942 l 3068 2968 l 3069 2995 l 3069 3022 l 3070 3049 l 3071 3076 l 3072 3103 l 3073 3131 l 3075 3158 l 3076 3184 l 3077 3210 l 3078 3236 l 3079 3261 l 3081 3286 l 3082 3309 l 3083 3332 l 3084 3353 l 3085 3374 l 3087 3394 l 3088 3413 l 3089 3432 l 3090 3450 l 3092 3473 l 3093 3496 l 3095 3519 l 3096 3542 l 3098 3566 l 3100 3590 l 3102 3617 l 3105 3644 l 3107 3673 l 3109 3703 l 3112 3732 l 3114 3759 l 3116 3783 l 3118 3801 l 3119 3814 l 3120 3822 l 3120 3825 l gs col7 s gr % Polyline n 3135 4095 m 3135 4098 l 3136 4104 l 3137 4115 l 3139 4132 l 3142 4152 l 3145 4176 l 3148 4202 l 3152 4229 l 3156 4255 l 3159 4281 l 3163 4307 l 3166 4331 l 3170 4355 l 3174 4380 l 3178 4405 l 3183 4430 l 3188 4458 l 3191 4479 l 3195 4501 l 3200 4525 l 3204 4549 l 3209 4575 l 3214 4601 l 3220 4629 l 3225 4657 l 3231 4687 l 3237 4717 l 3243 4747 l 3250 4778 l 3256 4808 l 3262 4838 l 3269 4868 l 3275 4898 l 3282 4926 l 3288 4954 l 3294 4980 l 3300 5006 l 3306 5030 l 3311 5054 l 3317 5076 l 3323 5098 l 3330 5125 l 3337 5150 l 3344 5175 l 3352 5200 l 3359 5224 l 3368 5248 l 3377 5274 l 3386 5300 l 3396 5326 l 3407 5353 l 3417 5379 l 3427 5403 l 3435 5423 l 3441 5440 l 3446 5451 l 3449 5457 l 3450 5460 l gs col7 s gr % Polyline gs clippath 5764 7538 m 5811 7444 l 5537 7306 l 5648 7421 l 5490 7400 l cp eoclip n 3525 5655 m 3527 5657 l 3531 5662 l 3538 5672 l 3548 5686 l 3563 5705 l 3581 5729 l 3603 5758 l 3628 5790 l 3654 5825 l 3682 5861 l 3710 5898 l 3738 5934 l 3765 5970 l 3791 6004 l 3816 6036 l 3839 6066 l 3861 6094 l 3882 6120 l 3902 6145 l 3920 6168 l 3938 6190 l 3955 6210 l 3971 6230 l 3987 6249 l 4003 6268 l 4021 6289 l 4039 6310 l 4058 6331 l 4076 6351 l 4095 6372 l 4114 6392 l 4133 6413 l 4153 6433 l 4172 6453 l 4191 6473 l 4211 6492 l 4230 6511 l 4249 6529 l 4267 6547 l 4285 6564 l 4303 6580 l 4320 6595 l 4336 6610 l 4352 6624 l 4368 6637 l 4383 6650 l 4398 6663 l 4415 6677 l 4433 6692 l 4451 6706 l 4470 6720 l 4488 6734 l 4507 6749 l 4527 6763 l 4546 6777 l 4565 6790 l 4584 6804 l 4603 6817 l 4621 6830 l 4639 6842 l 4656 6853 l 4673 6864 l 4689 6875 l 4705 6885 l 4720 6895 l 4735 6905 l 4751 6915 l 4766 6925 l 4782 6935 l 4799 6946 l 4815 6956 l 4833 6967 l 4850 6978 l 4867 6989 l 4885 7000 l 4902 7011 l 4919 7022 l 4935 7032 l 4951 7042 l 4967 7052 l 4983 7061 l 4998 7071 l 5013 7080 l 5027 7089 l 5043 7099 l 5058 7108 l 5075 7118 l 5091 7128 l 5109 7138 l 5127 7149 l 5145 7160 l 5164 7171 l 5183 7182 l 5203 7193 l 5222 7204 l 5242 7215 l 5261 7226 l 5280 7237 l 5299 7247 l 5318 7257 l 5338 7268 l 5354 7276 l 5370 7285 l 5388 7294 l 5406 7303 l 5425 7313 l 5446 7323 l 5469 7335 l 5493 7347 l 5519 7360 l 5547 7374 l 5577 7388 l 5608 7403 l 5638 7418 l 5668 7433 l 5696 7447 l 5721 7459 l 5741 7468 l 5775 7485 l gs col7 s gr gr % arrowhead 90.000 slw n 5490 7400 m 5648 7421 l 5537 7306 l 5490 7400 l cp gs col7 1.00 shd ef gr col7 s % Polyline 30.000 slw n 3136 4083 m 3136 4086 l 3137 4092 l 3138 4103 l 3140 4120 l 3143 4140 l 3146 4164 l 3149 4190 l 3153 4217 l 3157 4243 l 3160 4269 l 3164 4295 l 3167 4319 l 3171 4343 l 3175 4368 l 3179 4393 l 3184 4418 l 3189 4446 l 3192 4467 l 3196 4489 l 3201 4513 l 3205 4537 l 3210 4563 l 3215 4589 l 3221 4617 l 3226 4645 l 3232 4675 l 3238 4705 l 3244 4735 l 3251 4766 l 3257 4796 l 3263 4826 l 3270 4856 l 3276 4886 l 3283 4914 l 3289 4942 l 3295 4968 l 3301 4994 l 3307 5018 l 3312 5042 l 3318 5064 l 3324 5086 l 3331 5113 l 3338 5138 l 3345 5163 l 3353 5188 l 3360 5212 l 3369 5236 l 3378 5262 l 3387 5288 l 3397 5314 l 3408 5341 l 3418 5367 l 3428 5391 l 3436 5411 l 3442 5428 l 3447 5439 l 3450 5445 l 3451 5448 l gs col0 s gr % Polyline n 3045 2100 m 3045 2103 l 3045 2109 l 3045 2120 l 3045 2137 l 3045 2161 l 3045 2190 l 3045 2225 l 3045 2264 l 3045 2307 l 3046 2351 l 3046 2396 l 3046 2441 l 3046 2484 l 3046 2526 l 3046 2566 l 3047 2603 l 3047 2638 l 3047 2672 l 3048 2703 l 3048 2732 l 3048 2760 l 3049 2787 l 3049 2813 l 3049 2838 l 3050 2863 l 3051 2889 l 3051 2915 l 3052 2942 l 3053 2968 l 3054 2995 l 3054 3022 l 3055 3049 l 3056 3076 l 3057 3103 l 3058 3131 l 3060 3158 l 3061 3184 l 3062 3210 l 3063 3236 l 3064 3261 l 3066 3286 l 3067 3309 l 3068 3332 l 3069 3353 l 3070 3374 l 3072 3394 l 3073 3413 l 3074 3432 l 3075 3450 l 3077 3473 l 3078 3496 l 3080 3519 l 3081 3542 l 3083 3566 l 3085 3590 l 3087 3617 l 3090 3644 l 3092 3673 l 3094 3703 l 3097 3732 l 3099 3759 l 3101 3783 l 3103 3801 l 3104 3814 l 3105 3822 l 3105 3825 l gs col0 s gr % Polyline n 3052 930 m 3067 1800 l gs col0 s gr % Polyline gs clippath 5797 7539 m 5823 7485 l 5533 7340 l 5654 7434 l 5506 7393 l cp eoclip n 3547 5676 m 3549 5678 l 3553 5683 l 3560 5693 l 3570 5707 l 3585 5726 l 3603 5750 l 3625 5779 l 3650 5811 l 3676 5846 l 3704 5882 l 3732 5919 l 3760 5955 l 3787 5991 l 3813 6025 l 3838 6057 l 3861 6087 l 3883 6115 l 3904 6141 l 3924 6166 l 3942 6189 l 3960 6211 l 3977 6231 l 3993 6251 l 4009 6270 l 4025 6289 l 4043 6310 l 4061 6331 l 4080 6352 l 4098 6372 l 4117 6393 l 4136 6413 l 4155 6434 l 4175 6454 l 4194 6474 l 4213 6494 l 4233 6513 l 4252 6532 l 4271 6550 l 4289 6568 l 4307 6585 l 4325 6601 l 4342 6616 l 4358 6631 l 4374 6645 l 4390 6658 l 4405 6671 l 4420 6684 l 4437 6698 l 4455 6713 l 4473 6727 l 4492 6741 l 4510 6755 l 4529 6770 l 4549 6784 l 4568 6798 l 4587 6811 l 4606 6825 l 4625 6838 l 4643 6851 l 4661 6863 l 4678 6874 l 4695 6885 l 4711 6896 l 4727 6906 l 4742 6916 l 4757 6926 l 4773 6936 l 4788 6946 l 4804 6956 l 4821 6967 l 4837 6977 l 4855 6988 l 4872 6999 l 4889 7010 l 4907 7021 l 4924 7032 l 4941 7043 l 4957 7053 l 4973 7063 l 4989 7073 l 5005 7082 l 5020 7092 l 5035 7101 l 5049 7110 l 5065 7120 l 5080 7129 l 5097 7139 l 5113 7149 l 5131 7159 l 5149 7170 l 5167 7181 l 5186 7192 l 5205 7203 l 5225 7214 l 5244 7225 l 5264 7236 l 5283 7247 l 5302 7258 l 5321 7268 l 5340 7278 l 5360 7289 l 5376 7297 l 5392 7306 l 5410 7315 l 5428 7324 l 5447 7334 l 5468 7344 l 5491 7356 l 5515 7368 l 5541 7381 l 5569 7395 l 5599 7409 l 5630 7424 l 5660 7439 l 5690 7454 l 5718 7468 l 5743 7480 l 5763 7489 l 5797 7506 l gs col0 s gr gr % arrowhead 60.000 slw n 5506 7393 m 5654 7434 l 5533 7340 l 5506 7393 l cp gs 0.00 setgray ef gr col0 s % Polyline 7.500 slw n 3495 5620 m 3496 5621 l 3499 5627 l 3505 5637 l 3512 5650 l 3518 5660 l 3524 5668 l 3528 5674 l 3532 5677 l 3533 5678 l 3535 5678 l 3537 5678 l 3538 5678 l 3540 5678 l 3541 5677 l 3542 5676 l 3543 5675 l 3544 5673 l 3545 5671 l 3546 5669 l 3546 5667 l 3546 5665 l 3546 5662 l 3546 5660 l 3546 5658 l 3544 5651 l 3541 5643 l 3536 5636 l 3531 5629 l 3526 5623 l 3521 5618 l 3515 5615 l 3508 5612 l 3499 5611 l 3492 5610 l 3490 5610 l gs 0.00 setgray ef gr gs col0 s gr /Helvetica-Bold-iso ff 300.00 scf sf 5805 2070 m gs 1 -1 sc (Pd) col0 sh gr /Helvetica-Bold-iso ff 300.00 scf sf 5805 2070 m gs 1 -1 sc (Pd) col0 sh gr % Polyline n 3475 5360 m 3475 5610 l 3570 5610 l gs col7 1.00 shd ef gr gs col0 s gr %/Helvetica-iso ff 375.00 scf sf /Roman-iso ff 425.00 scf sf 1200 7435 m gs 1 -1 sc 90.0 rot (2) col0 sh gr 30.000 slw % Ellipse n 5785 8715 40 40 0 360 DrawEllipse gs col0 s gr %/Helvetica-iso ff 450.00 scf sf /Roman-iso ff 500.00 scf sf 2680 9150 m gs 1 -1 sc (H-H distance) col0 sh gr %/Helvetica-iso ff 450.00 scf sf /Roman-iso ff 500.00 scf sf 5430 9135 m gs 1 -1 sc (\(A\)) col0 sh gr % Rotated Ellipse gs 630 1535 tr -90.000 rot n 0 0 40 40 0 360 DrawEllipse 90.000 rot gs col0 s gr gr %/Helvetica-iso ff 450.00 scf sf /Roman-iso ff 500.00 scf sf 1050 7770 m gs 1 -1 sc 90.0 rot (H distance from the surface) col0 sh gr %/Helvetica-iso ff 450.00 scf sf /Roman-iso ff 500.00 scf sf 1035 1885 m gs 1 -1 sc 90.0 rot (\(A\)) col0 sh gr $F2psEnd rs %%EndDocument @endspecial 3071 979 a currentpoint grestore moveto 3071 979 a 3055 979 a gsave currentpoint currentpoint translate 0 neg rotate neg exch neg exch translate 3055 979 a @beginspecial 0 @llx 0 @lly 520 @urx 550 @ury 1204 @rwi @setspecial %%BeginDocument: Fig2b.eps %!PS-Adobe-2.0 EPSF-2.0 %%Title: h2pdana0.0_0.5_90_00.xfig.eps %%Creator: fig2dev Version 3.2.3 Patchlevel %%CreationDate: Wed Dec 27 17:03:54 2000 %%For: soenke@theolx14 (Soenke Lorenz) %%BoundingBox: 0 0 520 550 %%Magnification: 1.0000 %%EndComments /$F2psDict 200 dict def $F2psDict begin $F2psDict /mtrx matrix put /col-1 {0 setgray} bind def /col0 {0.000 0.000 0.000 srgb} bind def /col1 {0.000 0.000 1.000 srgb} bind def /col2 {0.000 1.000 0.000 srgb} bind def /col3 {0.000 1.000 1.000 srgb} bind def /col4 {1.000 0.000 0.000 srgb} bind def /col5 {1.000 0.000 1.000 srgb} bind def /col6 {1.000 1.000 0.000 srgb} bind def /col7 {1.000 1.000 1.000 srgb} bind def /col8 {0.000 0.000 0.560 srgb} bind def /col9 {0.000 0.000 0.690 srgb} bind def /col10 {0.000 0.000 0.820 srgb} bind def /col11 {0.530 0.810 1.000 srgb} bind def /col12 {0.000 0.560 0.000 srgb} bind def /col13 {0.000 0.690 0.000 srgb} bind def /col14 {0.000 0.820 0.000 srgb} bind def /col15 {0.000 0.560 0.560 srgb} bind def /col16 {0.000 0.690 0.690 srgb} bind def /col17 {0.000 0.820 0.820 srgb} bind def /col18 {0.560 0.000 0.000 srgb} bind def /col19 {0.690 0.000 0.000 srgb} bind def /col20 {0.820 0.000 0.000 srgb} bind def /col21 {0.560 0.000 0.560 srgb} bind def /col22 {0.690 0.000 0.690 srgb} bind def /col23 {0.820 0.000 0.820 srgb} bind def /col24 {0.500 0.190 0.000 srgb} bind def /col25 {0.630 0.250 0.000 srgb} bind def /col26 {0.750 0.380 0.000 srgb} bind def /col27 {1.000 0.500 0.500 srgb} bind def /col28 {1.000 0.630 0.630 srgb} bind def /col29 {1.000 0.750 0.750 srgb} bind def /col30 {1.000 0.880 0.880 srgb} bind def /col31 {1.000 0.840 0.000 srgb} bind def end save newpath 0 552 moveto 0 0 lineto 522 0 lineto 522 552 lineto closepath clip newpath -35.0 577.0 translate 1 -1 scale /cp {closepath} bind def /ef {eofill} bind def /gr {grestore} bind def /gs {gsave} bind def /sa {save} bind def /rs {restore} bind def /l {lineto} bind def /m {moveto} bind def /rm {rmoveto} bind def /n {newpath} bind def /s {stroke} bind def /sh {show} bind def /slc {setlinecap} bind def /slj {setlinejoin} bind def /slw {setlinewidth} bind def /srgb {setrgbcolor} bind def /rot {rotate} bind def /sc {scale} bind def /sd {setdash} bind def /ff {findfont} bind def /sf {setfont} bind def /scf {scalefont} bind def /sw {stringwidth} bind def /tr {translate} bind def /tnt {dup dup currentrgbcolor 4 -2 roll dup 1 exch sub 3 -1 roll mul add 4 -2 roll dup 1 exch sub 3 -1 roll mul add 4 -2 roll dup 1 exch sub 3 -1 roll mul add srgb} bind def /shd {dup dup currentrgbcolor 4 -2 roll mul 4 -2 roll mul 4 -2 roll mul srgb} bind def /reencdict 12 dict def /ReEncode { reencdict begin /newcodesandnames exch def /newfontname exch def /basefontname exch def /basefontdict basefontname findfont def /newfont basefontdict maxlength dict def basefontdict { exch dup /FID ne { dup /Encoding eq { exch dup length array copy newfont 3 1 roll put } { exch newfont 3 1 roll put } ifelse } { pop pop } ifelse } forall newfont /FontName newfontname put newcodesandnames aload pop 128 1 255 { newfont /Encoding get exch /.notdef put } for newcodesandnames length 2 idiv { newfont /Encoding get 3 1 roll put } repeat newfontname newfont definefont pop end } def /isovec [ 8#055 /minus 8#200 /grave 8#201 /acute 8#202 /circumflex 8#203 /tilde 8#204 /macron 8#205 /breve 8#206 /dotaccent 8#207 /dieresis 8#210 /ring 8#211 /cedilla 8#212 /hungarumlaut 8#213 /ogonek 8#214 /caron 8#220 /dotlessi 8#230 /oe 8#231 /OE 8#240 /space 8#241 /exclamdown 8#242 /cent 8#243 /sterling 8#244 /currency 8#245 /yen 8#246 /brokenbar 8#247 /section 8#250 /dieresis 8#251 /copyright 8#252 /ordfeminine 8#253 /guillemotleft 8#254 /logicalnot 8#255 /hypen 8#256 /registered 8#257 /macron 8#260 /degree 8#261 /plusminus 8#262 /twosuperior 8#263 /threesuperior 8#264 /acute 8#265 /mu 8#266 /paragraph 8#267 /periodcentered 8#270 /cedilla 8#271 /onesuperior 8#272 /ordmasculine 8#273 /guillemotright 8#274 /onequarter 8#275 /onehalf 8#276 /threequarters 8#277 /questiondown 8#300 /Agrave 8#301 /Aacute 8#302 /Acircumflex 8#303 /Atilde 8#304 /Adieresis 8#305 /Aring 8#306 /AE 8#307 /Ccedilla 8#310 /Egrave 8#311 /Eacute 8#312 /Ecircumflex 8#313 /Edieresis 8#314 /Igrave 8#315 /Iacute 8#316 /Icircumflex 8#317 /Idieresis 8#320 /Eth 8#321 /Ntilde 8#322 /Ograve 8#323 /Oacute 8#324 /Ocircumflex 8#325 /Otilde 8#326 /Odieresis 8#327 /multiply 8#330 /Oslash 8#331 /Ugrave 8#332 /Uacute 8#333 /Ucircumflex 8#334 /Udieresis 8#335 /Yacute 8#336 /Thorn 8#337 /germandbls 8#340 /agrave 8#341 /aacute 8#342 /acircumflex 8#343 /atilde 8#344 /adieresis 8#345 /aring 8#346 /ae 8#347 /ccedilla 8#350 /egrave 8#351 /eacute 8#352 /ecircumflex 8#353 /edieresis 8#354 /igrave 8#355 /iacute 8#356 /icircumflex 8#357 /idieresis 8#360 /eth 8#361 /ntilde 8#362 /ograve 8#363 /oacute 8#364 /ocircumflex 8#365 /otilde 8#366 /odieresis 8#367 /divide 8#370 /oslash 8#371 /ugrave 8#372 /uacute 8#373 /ucircumflex 8#374 /udieresis 8#375 /yacute 8#376 /thorn 8#377 /ydieresis] def /Helvetica-Bold /Helvetica-Bold-iso isovec ReEncode /Helvetica /Helvetica-iso isovec ReEncode /DrawEllipse { /endangle exch def /startangle exch def /yrad exch def /xrad exch def /y exch def /x exch def /savematrix mtrx currentmatrix def x y tr xrad yrad sc 0 0 1 startangle endangle arc closepath savematrix setmatrix } def /$F2psBegin {$F2psDict begin /$F2psEnteredState save def} def /$F2psEnd {$F2psEnteredState restore end} def $F2psBegin %%Page: 1 1 10 setmiterlimit 0.06299 0.06299 sc % Polyline % % Begin Imported EPS File: 0.00_0.50_090_000.ps %%BeginDocument: 0.00_0.50_090_000.ps % n gs 1080 421 tr 14.346296 -16.075472 sc 270 rot -10 -70 tr sa n 10 70 m 540 70 l 540 610 l 10 610 l cp clip n countdictstack mark /showpage {} def % EPS file follows: %!PS-Adobe-1.0 %%BoundingBox: 10 70 540 610 %%Creator: A.Preusser FHI Berlin %%Title: xfarbe.ps %%CreationDate: Wed Dec 6 14:58:51 2000 %%Pages: 1 %%DocumentFonts: Courier-Bold %%DocumentNeededFonts: Courier-Bold %%BeginProlog 28.346 28.346 scale % to cm 20.4 0.4 translate 90 rotate % for landscape mark % start of stack usage /RedAr 298 array def /GreAr 298 array def /BluAr 298 array def /SCR { % Set Color Representation % Stack: Red, Green, Blue, Index /ind exch def BluAr ind 3 2 roll put GreAr ind 3 2 roll put RedAr ind 3 2 roll put } bind def /SCI { % Set Color Index % Stack: index /ind exch def /red RedAr ind get def /gre GreAr ind get def /blu BluAr ind get def red gre blu setrgbcolor} bind def /FSD {findfont exch scalefont def} bind def /S1 0.60 /Roman-Bold FSD /S2 0.80 /Roman-Bold FSD /S3 1.10 /Roman-Bold FSD /F1 {0.60 S1} bind def /F2 {0.80 S2} bind def /F3 {1.10 S3} bind def /BOX { % Clear Background % Stack: dx, dy, string, backcolor gsave % saving currentpoint 0 -0.05 rmoveto 0.76 mul 0.05 add % modify rectangle dup neg 3 1 roll 0 exch rlineto 0 rlineto 0 exch rlineto closepath exch SCI fill grestore} bind def /T { % Text % Stack: color, backcolor, rel. x pos, % string, height, x, y moveto setfont exch dup stringwidth pop dup 5 -1 roll mul neg 0 rmoveto 3 2 roll BOX exch SCI show} bind def /StackW 1 array def /W {%def copy rel moves starting at [ from stack to StackW ] /StackW exch def % read from stack into StackW StackW aload pop % copy back to stack } bind def /R {%def Read from StackR in inverse order StackR length 2 sub -2 0 % loop parameters {dup StackR exch get neg % get x exch StackR exch 1 add get neg} % get y for } bind def /F {%def take color index, one abs move % and relative moves from stack % and fill SCI % set color index moveto % abs move in cm 0.001 0.001 scale % rel moves in 1/1000 cm counttomark -2 2 { pop rlineto} for closepath fill /StackR StackW def % copy StackW to StackR 1000 1000 scale % back to cm } bind def /L {%def Polyline, similar to F SCI moveto 0.001 0.001 scale counttomark -2 2 { pop rlineto } for stroke 1000 1000 scale } bind def /RS {%def restore save } bind def 0.0000 0.0000 0.0000 0 SCR 0.0000 0.0000 0.0000 1 SCR 0.1912 0.2072 0.1912 2 SCR 0.3187 0.3346 0.3187 3 SCR 0.4462 0.4462 0.4462 4 SCR 0.5258 0.5258 0.5258 5 SCR 0.6215 0.6055 0.6215 6 SCR 0.6533 0.6533 0.6533 7 SCR 0.7171 0.7171 0.7171 8 SCR 0.7808 0.7649 0.7808 9 SCR 0.8127 0.8127 0.8127 10 SCR 0.8445 0.8445 0.8445 11 SCR 0.8764 0.8764 0.8764 12 SCR 0.9083 0.9083 0.9083 13 SCR 0.9402 0.9402 0.9402 14 SCR 0.9720 0.9720 0.9720 15 SCR 1.0000 1.0000 1.0000 16 SCR 1.0000 1.0000 1.0000 17 SCR 1.0000 0.9242 0.9720 18 SCR 0.7489 1.0000 0.9402 19 SCR 0.9402 0.8286 1.0000 20 SCR 0.5258 1.0000 0.8764 21 SCR 0.8127 0.7808 0.9402 22 SCR 0.1912 1.0000 0.8445 23 SCR 0.6852 0.6693 0.8127 24 SCR 0.0956 0.8445 0.8445 25 SCR 0.6533 0.4780 0.7808 26 SCR 0.0956 0.6533 0.6533 27 SCR 0.6533 0.2390 0.7171 28 SCR 0.0000 0.4621 0.3824 29 SCR 0.5258 0.0000 0.6533 30 SCR 0.0000 0.2072 0.0000 31 SCR 0.0319 0.0000 0.0637 32 SCR 0.0000 0.0000 0.0000 33 SCR 0.0000 0.0000 0.0000 34 SCR 1.0000 1.0000 1.0000 35 SCR 0.0000 0.0000 0.0000 36 SCR 1.0000 0.1912 0.1275 37 SCR 0.0000 0.0000 0.0000 38 SCR 0.0956 1.0000 0.0956 39 SCR 0.0000 0.0000 0.0000 40 SCR 0.4462 0.4621 0.4462 41 SCR 0.0000 0.0000 0.5258 42 SCR 0.0000 0.0000 1.0000 43 SCR 0.2549 0.4143 0.9083 44 SCR 0.3824 0.5896 0.9402 45 SCR 0.0000 0.6693 0.0000 46 SCR 0.0000 0.8127 0.0000 47 SCR 0.0000 0.8764 0.0000 48 SCR 0.0000 1.0000 0.0000 49 SCR 0.7489 1.0000 0.7489 50 SCR 0.9402 0.8764 0.5258 51 SCR 1.0000 1.0000 0.0000 52 SCR 1.0000 0.6533 0.0000 53 SCR 1.0000 0.0000 0.0000 54 SCR 0.7171 0.1275 0.1275 55 SCR 0.5577 0.2709 0.0637 56 SCR 0.3506 0.6215 0.6533 57 SCR 1.0000 1.0000 1.0000 58 SCR 1.0000 0.9242 0.9720 59 SCR 0.7489 1.0000 0.9402 60 SCR 0.9402 0.8286 1.0000 61 SCR 0.5258 1.0000 0.8764 62 SCR 0.8127 0.7808 0.9402 63 SCR 0.1912 1.0000 0.8445 64 SCR 0.6852 0.6693 0.8127 65 SCR 0.0956 0.8445 0.8445 66 SCR 0.6533 0.4780 0.7808 67 SCR 0.0956 0.6533 0.6533 68 SCR 0.6533 0.2390 0.7171 69 SCR 0.0000 0.4621 0.3824 70 SCR 0.5258 0.0000 0.6533 71 SCR 0.0000 0.2072 0.0000 72 SCR 0.0319 0.0000 0.0637 73 SCR 1.0000 1.0000 1.0000 74 SCR 0.0000 0.0000 0.0000 75 SCR 1.0000 1.0000 1.0000 76 SCR 0.0000 0.0000 0.0000 77 SCR 1.0000 0.1912 0.1275 78 SCR 0.0000 0.0000 0.0000 79 SCR 0.0956 1.0000 0.0956 80 SCR 0.0000 0.0000 0.0000 81 SCR 0.4462 0.4621 0.4462 82 SCR %%EndProlog 30 setlinewidth save 4000 0 0 799 -4000 0 9.000 3.000 16 F [4 -39 44 -446 W 452 0 0 799 -500 0 9.500 3.000 16 F R 0 -485 9.500 3.800 15 F [5 -39 35 -275 W 0 314 9.500 3.000 16 F [5 -39 57 -497 22 -263 W 112 0 0 484 R 9.540 3.000 15 F [5 -39 47 -397 31 -363 W 166 0 R 9.697 3.000 14 F [4 -39 42 -455 4 -54 W 172 0 R -139 0 10.000 3.000 13 F R 0 -548 10.000 3.800 12 F [5 -39 28 -212 W 0 251 10.000 3.000 13 F [6 -39 50 -397 31 -363 W 128 0 0 547 R 10.033 3.000 12 F [6 -39 41 -297 39 -398 5 -65 W 193 0 R 10.216 3.000 11 F R -88 0 0 -799 10.500 3.800 10 F [6 -39 56 -396 35 -364 W 27 0 0 799 10.500 3.000 10 F [7 -39 54 -352 42 -398 0 -10 W 223 0 R 10.624 3.000 9 F [3 -39 1 -16 W 246 0 R -147 0 11.000 3.000 8 F R 0 -55 11.000 3.800 7 F [7 -39 51 -295 38 -298 11 -112 W 0 744 11.000 3.000 8 F [8 -39 63 -350 39 -298 11 -112 W 268 0 0 54 R 11.108 3.000 7 F R -111 0 0 -799 11.500 3.800 6 F [9 -38 59 -295 45 -296 19 -170 W 77 0 0 799 11.500 3.000 6 F [7 -39 33 -197 28 -222 W 355 0 R -291 0 12.000 3.000 5 F R 0 -458 12.000 3.800 4 F [9 -38 65 -293 2 -10 W 0 341 12.000 3.000 5 F [10 -38 48 -194 39 -196 32 -198 19 -152 W 352 0 0 457 R -424 0 12.500 3.000 4 F R 0 -778 12.500 3.800 3 F [5 -21 W 0 21 12.500 3.000 4 F [10 -38 48 -194 38 -197 29 -197 10 -88 W 365 0 0 778 R -495 0 13.000 3.000 3 F R 0 -714 13.000 3.800 2 F [11 -38 13 -47 W 0 85 13.000 3.000 3 F R -476 0 0 -799 500 0 13.000 3.800 2 F [11 -38 52 -193 41 -196 30 -197 17 -175 W 22 0 0 799 13.500 3.000 2 F R -327 0 0 -799 14.000 3.800 1 F 1000 0 0 799 -1000 0 15.000 3.000 1 F 4000 0 0 799 -4000 0 9.000 3.800 16 F [3 -39 33 -599 4 -161 W 411 0 0 799 9.000 3.800 16 F R -48 0 0 -799 9.500 4.600 15 F [2 -39 25 -500 4 -260 W 80 0 0 799 9.500 3.800 15 F [2 -39 20 -457 2 -303 W 173 0 R 9.612 3.800 14 F [2 -39 17 -400 1 -360 W 176 0 R 9.778 3.800 13 F R -51 0 0 -799 10.000 4.600 12 F [2 -39 17 -400 0 -360 W 109 0 0 799 10.000 3.800 12 F [2 -39 16 -357 0 -400 0 -3 W 193 0 R 10.128 3.800 11 F R -180 0 0 -799 10.500 4.600 10 F [2 -39 17 -357 0 -400 0 -3 W 7 0 0 799 10.500 3.800 10 F [2 -39 18 -356 1 -400 0 -4 W 221 0 R 10.527 3.800 9 F [3 -39 17 -300 5 -300 -2 -160 W 243 0 R 10.750 3.800 8 F R -5 0 0 -799 11.000 4.600 7 F [3 -39 21 -356 2 -300 -1 -104 W 242 0 0 799 11.000 3.800 7 F R -233 0 0 -799 11.500 4.600 6 F [3 -39 21 -300 5 -300 -2 -160 W 49 0 0 799 11.500 3.800 6 F [4 -39 19 -256 7 -300 -4 -204 W 354 0 R 11.577 3.800 5 F R -68 0 0 -799 12.000 4.600 4 F [4 -39 18 -256 5 -200 -4 -200 -5 -104 W 333 0 0 799 12.000 3.800 4 F R -148 0 0 -799 12.500 4.600 3 F [3 -39 11 -156 5 -200 -4 -200 -17 -200 -1 -4 W 367 0 0 799 12.500 3.800 3 F R -136 0 0 -799 13.000 4.600 2 F 500 0 0 799 -500 0 13.500 3.800 2 F [2 -39 4 -157 -6 -200 -22 -199 -16 -98 -21 -98 -2 -8 W 82 0 0 799 13.500 3.800 2 F R -478 0 0 -799 14.000 4.600 1 F 1000 0 0 799 -1000 0 15.000 3.800 1 F 4000 0 0 800 -4000 0 9.000 4.600 16 F [0 -39 -3 -500 -13 -261 W 427 0 0 800 9.000 4.600 16 F R -89 0 0 -800 9.500 5.400 15 F [0 -39 -11 -457 -20 -304 W 111 0 0 800 9.500 4.600 15 F [0 -39 -16 -457 -24 -304 W 181 0 R 9.580 4.600 14 F [0 -39 -17 -400 -30 -361 W 182 0 R 9.753 4.600 13 F R -70 0 0 -800 10.000 5.400 12 F [0 -39 -20 -400 -35 -361 W 163 0 0 800 10.000 4.600 12 F [-1 -39 -18 -357 -40 -398 -1 -6 W 197 0 R 10.109 4.600 11 F R -197 0 0 -800 10.500 5.400 10 F [-1 -39 -18 -357 -41 -397 0 -7 W 67 0 0 800 10.500 4.600 10 F [-1 -39 -15 -300 -28 -299 -21 -162 W 224 0 R 10.507 4.600 9 F [-1 -39 -17 -300 -9 -110 W 0 -351 205 0 R 10.728 4.600 8 F R -27 0 11.000 4.600 7 F [-1 -39 -14 -257 -31 -298 -30 -206 W 276 0 5 39 37 311 0 450 11.000 4.600 7 F R -257 0 0 -800 11.500 5.400 6 F -36 -310 -6 -40 42 0 11.000 5.400 8 F [-1 -39 -12 -200 -32 -298 -41 -263 W 136 0 0 800 11.500 4.600 6 F [-1 -39 -21 -256 -26 -199 -34 -197 -11 -54 W 0 -55 361 0 R 11.551 4.600 5 F R -93 0 12.000 4.600 4 F [-2 -39 -28 -255 -33 -198 -43 -195 -31 -113 W 459 0 9 39 3 15 0 746 12.000 4.600 4 F R -165 0 0 -800 12.500 5.400 3 F -3 -14 -8 -40 11 0 12.000 5.400 5 F [-4 -39 -24 -155 -42 -196 -55 -192 -7 -22 W 0 -196 499 0 0 800 12.500 4.600 3 F R -132 0 13.000 4.600 2 F [15 36 35 94 23 65 W 0 605 -499 0 0 -800 13.500 5.400 2 F R 73 0 13.000 5.400 3 F [-9 -38 -27 -97 -31 -95 -36 -93 -40 -92 -44 -90 -49 -87 -53 -84 -58 -82 -33 -42 W 463 0 0 800 13.500 4.600 2 F R -416 0 0 -800 14.000 5.400 1 F 1000 0 0 800 -1000 0 15.000 4.600 1 F 4000 0 0 800 -4000 0 9.000 5.400 16 F [-2 -39 -28 -299 -42 -312 W 0 -150 499 0 0 800 9.000 5.400 16 F R -72 0 9.500 5.400 15 F [-3 -39 -39 -355 -45 -296 -20 -110 W 193 0 7 39 18 110 0 651 9.500 5.400 15 F [-3 -39 -50 -397 -53 -296 -14 -68 W 194 0 R 9.612 5.400 14 F [-4 -39 -19 -155 W 0 -606 85 0 R 9.794 5.400 13 F R -23 0 10.000 5.400 12 F -17 -109 -7 -40 24 0 9.500 6.200 16 F [-4 -39 -44 -297 -78 -392 -16 -72 W 196 0 9 39 68 349 33 217 0 195 10.000 5.400 12 F [-4 -39 -56 -352 -77 -379 W 0 -30 191 0 R 10.165 5.400 11 F R -137 0 10.500 5.400 10 F -32 -216 -69 -350 -9 -39 110 0 10.000 6.200 13 F [-5 -39 -46 -297 -60 -294 -41 -170 W 213 0 7 29 0 771 10.500 5.400 10 F [-5 -39 -42 -253 -63 -294 -53 -214 W 236 0 R 10.568 5.400 9 F R -205 0 0 -800 11.000 6.200 8 F -6 -29 6 0 10.500 6.200 11 F [-5 -39 -53 -295 -68 -293 -46 -173 W 214 0 0 800 11.000 5.400 8 F [-6 -39 -49 -252 -72 -291 -54 -182 W 0 -36 284 0 R 11.043 5.400 7 F R -181 0 11.500 5.400 6 F [-7 -39 -41 -195 -50 -194 -57 -192 -62 -180 W 343 0 11 35 0 765 11.500 5.400 6 F R -362 0 0 -800 12.000 6.200 5 F -11 -35 11 0 11.500 6.200 7 F [-8 -39 -66 -248 -61 -190 -70 -187 -57 -136 W 273 0 0 800 12.000 5.400 5 F [-11 -38 -17 -57 W 0 -705 224 0 R 12.012 5.400 4 F R -28 0 12.500 5.400 3 F [20 34 49 87 90 179 79 183 69 188 10 33 W 0 96 -499 0 0 -800 13.000 6.200 3 F R 317 0 12.500 6.200 4 F [-15 -36 -42 -91 -94 -177 -52 -85 -55 -83 -60 -81 -63 -78 -45 -51 W 0 -118 499 0 0 800 13.000 5.400 3 F R -426 0 13.500 5.400 2 F [-25 -30 -11 -13 W 0 -757 384 0 28 27 70 72 17 18 0 683 13.500 5.400 2 F R -36 0 14.000 5.400 1 F -17 -18 -69 -72 -29 -27 115 0 13.500 6.200 3 F [34 19 86 52 82 58 79 61 75 66 72 70 67 73 5 5 W 0 43 -500 0 14.500 5.400 1 F R 0 -352 500 0 14.000 6.200 2 F [38 9 97 27 95 32 93 36 91 41 86 44 W 0 448 -500 0 15.000 5.400 1 F R 0 -163 500 0 14.500 6.200 2 F 4500 0 0 800 -4500 0 9.500 6.200 16 F [-7 -39 -51 -251 -75 -291 -68 -219 W 225 0 0 800 9.500 6.200 16 F [-7 -39 -57 -250 -81 -289 -72 -222 W 209 0 R 9.525 6.200 15 F [-8 -39 -72 -291 -5 -20 W 0 -450 61 0 R 9.720 6.200 14 F R -85 0 10.000 6.200 13 F [-8 -39 -89 -345 -120 -382 -11 -34 W 198 0 12 37 107 341 21 71 0 351 10.000 6.200 13 F [-8 -38 -75 -291 -87 -287 -22 -65 W 0 -119 160 0 R 10.110 6.200 12 F R -192 0 10.500 6.200 11 F -20 -71 -107 -341 -12 -37 139 0 10.000 7.000 14 F [-9 -38 -65 -248 -92 -286 -82 -228 W 213 0 13 37 28 81 0 682 10.500 6.200 11 F [-9 -38 -85 -288 -165 -472 0 -2 W 224 0 R 10.507 6.200 10 F [-10 -38 -32 -115 W 0 -647 19 0 R 10.721 6.200 9 F R -42 0 11.000 6.200 8 F -28 -80 -13 -38 41 0 10.500 7.000 12 F [-11 -38 -59 -191 -104 -281 -110 -260 W 0 -30 271 0 16 36 106 281 93 285 13 44 0 154 11.000 6.200 8 F R -284 0 11.500 6.200 7 F -12 -43 -93 -285 -107 -281 -15 -37 227 0 11.000 7.000 9 F RS [-12 -38 -86 -241 -116 -277 -86 -180 -33 -64 W 330 0 14 29 0 771 11.500 6.200 7 F [-13 -37 -99 -237 -33 -71 W 0 -455 155 0 R 11.511 6.200 6 F R -145 0 12.000 6.200 5 F -13 -29 13 0 11.500 7.000 8 F [-16 -36 -68 -141 -98 -174 -43 -70 W 0 -379 250 0 21 33 127 223 92 178 9 20 0 346 12.000 6.200 5 F R -225 0 12.500 6.200 4 F -9 -19 -91 -178 -128 -223 -21 -34 249 0 12.000 7.000 6 F [-20 -34 -55 -83 -58 -82 -49 -62 W 0 -539 221 0 26 30 62 78 118 162 72 108 0 422 12.500 6.200 4 F R -182 0 13.000 6.200 3 F -72 -108 -118 -161 -62 -79 -26 -30 278 0 12.500 7.000 5 F [32 23 79 62 75 65 144 139 133 150 37 44 W 0 262 -500 0 13.500 6.200 3 F R 0 -55 500 0 13.000 7.000 4 F [-29 -27 -75 -66 -78 -63 -80 -59 -84 -55 -38 -22 W 0 -508 419 0 34 22 46 32 0 746 13.500 6.200 3 F R -384 0 14.000 6.200 2 F -46 -32 -33 -22 79 0 13.500 7.000 4 F [38 12 94 33 93 38 91 41 176 93 8 5 W 0 292 -500 0 14.500 6.200 2 F R 0 -285 500 0 14.000 7.000 3 F [39 4 99 14 196 40 166 45 W 0 515 -500 0 15.000 6.200 2 F R 0 -182 500 0 14.500 7.000 3 F 4500 0 0 800 -4500 0 9.500 7.000 16 F [-12 -37 -70 -188 -117 -276 -74 -161 W 0 -138 499 0 0 800 9.500 7.000 16 F [-13 -37 -49 -135 W 0 -490 R 9.727 7.000 15 F R -62 0 10.000 7.000 14 F [-13 -37 -126 -334 -120 -275 -74 -154 W 204 0 17 36 123 273 128 318 0 173 10.000 7.000 14 F [-13 -37 -107 -280 -41 -96 W 0 -387 26 0 R 10.140 7.000 13 F 17 36 47 101 0 490 -127 -317 -123 -273 -18 -37 10.269 7.800 15 F R -161 0 10.500 7.000 12 F -47 -101 -17 -36 64 0 10.000 7.800 16 F [-13 -37 -95 -239 -207 -455 -33 -69 W 208 0 18 35 151 323 12 28 0 414 10.500 7.000 12 F [-14 -37 -135 -330 -96 -213 W 0 -220 110 0 R 10.542 7.000 11 F [-14 -37 -5 -15 W 0 -528 R 10.755 7.000 10 F R -19 0 11.000 7.000 9 F -12 -27 -151 -323 -17 -36 180 0 10.500 7.800 13 F [-15 -36 -82 -183 -135 -267 -40 -73 W 0 -241 144 0 19 34 121 227 127 272 88 214 0 53 11.000 7.000 9 F 18 35 86 181 1 3 0 528 -87 -213 -127 -272 -121 -227 -19 -35 11.355 7.800 10 F R -272 0 11.500 7.000 8 F -1 -2 -86 -181 -18 -36 105 0 11.000 7.800 11 F [-16 -36 -115 -229 -97 -175 -104 -171 -112 -166 -16 -23 W 334 0 21 34 118 206 0 560 11.500 7.000 8 F [-18 -35 -129 -222 -8 -13 W 0 -530 24 0 R 11.513 7.000 7 F R -155 0 12.000 7.000 6 F -118 -206 -21 -34 139 0 11.500 7.800 9 F [-21 -33 -113 -165 -116 -148 W 0 -454 109 0 27 30 125 156 118 161 120 182 0 271 12.000 7.000 6 F R -250 0 12.500 7.000 5 F -120 -181 -117 -162 -126 -155 -26 -31 389 0 12.000 7.800 7 F [-26 -30 -67 -74 -70 -71 -58 -55 W 0 -570 42 0 31 25 76 65 145 138 136 146 69 79 0 347 12.500 7.000 5 F R -221 0 13.000 7.000 4 F -68 -79 -136 -146 -145 -138 -76 -65 -31 -25 456 0 12.500 7.800 6 F [34 19 85 53 164 115 155 126 62 55 W 0 231 -500 0 13.500 7.000 4 F R 0 -201 500 0 13.000 7.800 5 F [-33 -21 -85 -53 -176 -95 -91 -42 -35 -14 W 0 -575 63 0 38 13 93 37 181 84 124 66 0 600 13.500 7.000 4 F R -420 0 14.000 7.000 3 F -124 -66 -181 -84 -93 -37 -38 -13 436 0 13.500 7.800 5 F [39 8 151 39 191 61 119 46 W 0 226 -500 0 14.500 7.000 3 F R 0 -420 500 0 14.000 7.800 4 F [39 2 200 18 197 31 64 13 W 0 380 -500 0 15.000 7.000 3 F R 0 -355 500 0 14.500 7.800 4 F 5000 0 0 799 -5000 0 10.000 7.800 16 F [-17 -35 -118 -229 -149 -259 -151 -244 W 0 -32 499 0 0 799 10.000 7.800 16 F [-17 -35 -140 -266 -74 -129 W 0 -337 R 10.065 7.800 15 F [-17 -35 -9 -17 W 0 -378 R 10.269 7.800 14 F R -26 0 10.500 7.800 13 F [-17 -35 -212 -405 -90 -157 W 0 -202 84 0 20 33 322 572 73 141 0 53 10.500 7.800 13 F [-17 -36 -93 -184 W 0 -377 R 10.681 7.800 12 F 20 34 198 335 0 378 -73 -140 -322 -572 -20 -35 10.916 8.600 14 F 20 32 0 337 -197 -334 -20 -35 10.718 8.600 15 F R -110 0 11.000 7.800 11 F -20 -32 20 0 10.500 8.600 16 F [-18 -35 -97 -175 -211 -340 -68 -104 W 0 -145 150 0 22 32 241 388 86 158 0 221 11.000 7.800 11 F [-19 -34 -125 -208 W 0 -412 R 11.106 7.800 10 F 21 33 101 169 0 377 -86 -157 -240 -388 -22 -34 11.349 8.600 12 F R -144 0 11.500 7.800 9 F -101 -168 -21 -34 122 0 11.000 8.600 13 F [-20 -34 -110 -167 -116 -163 -114 -144 W 0 -291 104 0 25 30 155 204 168 248 47 74 0 243 11.500 7.800 9 F [-23 -32 -2 -3 W 0 -473 R 11.639 7.800 8 F 22 32 77 113 0 412 -46 -73 -168 -248 -155 -204 -26 -32 11.895 8.600 10 F R -25 0 12.000 7.800 7 F -76 -112 -23 -33 99 0 11.500 8.600 11 F [-26 -29 -68 -74 -16 -16 W 0 -484 28 26 72 70 137 146 129 152 133 173 0 36 12.000 7.800 7 F 27 29 133 149 96 113 0 473 -132 -172 -129 -152 -137 -146 -72 -70 -29 -27 0 -197 12.500 8.600 8 F R -110 0 12.500 7.800 6 F -95 -113 -134 -149 -27 -29 256 0 12.000 8.600 9 F [-31 -24 -12 -9 W 0 -510 32 21 81 59 155 126 148 135 83 82 0 120 12.500 7.800 6 F 31 25 151 130 46 41 0 484 -83 -81 -147 -135 -155 -126 -81 -59 -33 -22 0 -257 13.000 8.600 7 F R -43 0 13.000 7.800 5 F -45 -40 -151 -131 -32 -25 228 0 12.500 8.600 8 F [35 17 89 47 171 103 164 114 41 30 W 0 34 -500 0 13.500 7.800 5 F [36 16 89 45 174 99 149 96 W 0 510 R 0 -455 13.500 8.600 6 F R 448 0 13.000 8.600 7 F [-37 -13 -26 -8 W 0 -513 37 9 96 30 187 70 179 79 0 346 13.500 7.800 5 F R -63 0 14.000 7.800 4 F -178 -79 -187 -70 -96 -29 -39 -11 0 -265 500 0 13.500 8.600 6 F [39 6 154 30 194 49 113 34 W 0 22 -500 0 14.500 7.800 4 F [39 4 198 33 195 43 68 18 W 0 513 R 14.500 7.941 5 F R 0 -167 500 0 14.000 8.600 6 F [39 0 157 7 199 20 105 14 W 0 141 -500 0 15.000 7.800 4 F [39 0 200 4 200 16 61 7 W 0 492 R 15.000 7.983 5 F R 0 -139 500 0 14.500 8.600 6 F 1500 0 0 800 -1500 0 6.500 8.600 16 F [31 -24 66 -58 60 -62 65 -77 59 -80 55 -83 29 -48 W 135 0 0 799 -500 0 7.000 8.600 16 F [31 -24 63 -55 W 271 0 R 7.000 8.967 15 F R 0 -79 7.000 9.400 14 F [38 10 28 4 38 3 52 -3 54 -11 58 -18 64 -28 71 -40 78 -52 19 -13 W 0 366 -500 0 7.500 8.600 16 F [38 12 27 6 40 5 53 0 54 -6 57 -15 60 -24 66 -33 71 -45 34 -23 W 0 351 R 7.500 8.818 15 F R 0 -203 500 0 7.000 9.400 14 F [21 33 72 97 58 60 64 54 69 46 74 38 77 32 65 23 W 0 218 -500 0 8.000 8.600 16 F [28 28 77 64 65 42 70 37 77 32 W 0 378 R 0 -199 8.000 9.400 15 F R 317 0 7.500 9.400 14 F [17 36 46 88 42 74 W 0 602 -499 0 0 -800 8.500 9.400 16 F R 105 0 8.000 9.400 15 F 2000 0 0 800 -2000 0 10.500 8.600 16 F [-21 -33 -360 -549 -98 -140 W 0 -78 499 0 0 800 10.500 8.600 16 F [-20 -34 -215 -337 -46 -70 W 0 -281 R 10.520 8.600 15 F [-20 -34 -64 -103 W 0 -304 R 10.718 8.600 14 F R -84 0 11.000 8.600 13 F [-21 -33 -167 -250 -189 -266 W 0 -251 38 0 23 32 378 537 60 93 0 138 11.000 8.600 13 F [-22 -33 -129 -188 W 0 -328 R 11.122 8.600 12 F 23 32 230 326 0 304 -59 -92 -378 -537 -23 -33 11.461 9.400 14 F 23 32 32 45 0 281 -229 -325 -23 -33 11.253 9.400 15 F R -151 0 11.500 8.600 11 F -32 -45 -23 -32 55 0 11.000 9.400 16 F [-23 -32 -120 -160 -127 -155 -130 -146 W 0 -307 28 0 27 29 170 192 186 236 88 121 0 222 11.500 8.600 11 F [-25 -30 -79 -93 W 0 -370 R 11.599 8.600 10 F 25 31 122 158 45 61 0 328 -87 -120 -186 -236 -169 -192 -27 -30 11.970 9.400 12 F R -104 0 12.000 8.600 9 F -45 -61 -122 -158 -25 -31 192 0 11.500 9.400 13 F [-27 -28 -144 -140 -72 -64 W 0 -384 30 25 76 65 145 137 207 218 41 47 0 124 12.000 8.600 9 F 29 27 142 140 132 139 0 370 -40 -46 -207 -218 -145 -137 -76 -65 -31 -26 0 -184 12.500 9.400 10 F R -243 0 12.500 8.600 8 F -131 -138 -143 -141 -29 -27 303 0 12.000 9.400 11 F [-31 -24 -80 -61 -160 -108 W 0 -404 33 19 84 54 163 115 219 176 0 233 12.500 8.600 8 F 32 23 158 122 48 38 0 384 -217 -175 -163 -115 -84 -54 -35 -20 0 -203 13.000 9.400 9 F R -271 0 13.000 8.600 7 F -47 -38 -159 -122 -32 -23 238 0 12.500 9.400 10 F [-36 -16 -15 -6 W 0 -428 36 13 92 40 178 91 173 100 20 12 0 194 13.000 8.600 7 F 36 16 91 42 177 92 90 52 0 404 -19 -11 -173 -100 -178 -91 -92 -40 -37 -14 0 -350 13.500 9.400 8 F R -51 0 13.500 8.600 6 F -89 -51 -178 -92 -90 -43 -37 -16 394 0 13.000 9.400 9 F [38 9 151 44 188 67 123 49 W 0 23 -500 0 14.000 8.600 6 F [39 8 96 25 191 59 174 64 W 0 428 R 14.000 8.793 7 F R 0 -193 500 0 13.500 9.400 8 F [39 4 156 20 196 36 109 24 W 0 193 -500 0 14.500 8.600 6 F [39 3 199 24 197 35 65 14 W 0 415 R 14.500 8.877 7 F R 0 -116 500 0 14.000 9.400 8 F [39 0 157 0 200 9 104 8 W 0 278 -500 0 15.000 8.600 6 F [39 -1 200 0 200 8 61 4 W 0 407 R 15.000 8.895 7 F R 0 -104 500 0 14.500 9.400 8 F 1000 0 0 800 -1000 0 6.000 9.400 16 F [15 -36 73 -187 64 -189 36 -120 W 312 0 0 799 -500 0 6.500 9.400 16 F [13 -37 25 -70 W 150 0 R 6.500 9.668 15 F R 0 -107 6.500 10.200 14 F [19 -34 47 -88 68 -145 W 0 267 6.500 9.400 16 F [28 -28 79 -92 58 -80 53 -85 48 -88 84 -181 55 -138 W 0 424 R 6.634 9.400 15 F [30 -25 72 -71 56 -66 54 -77 53 -85 48 -88 44 -92 W 143 0 0 106 R -95 0 7.000 9.400 14 F [29 -26 31 -31 22 -24 W 275 0 R 7.000 9.695 13 F R 0 -81 7.000 10.200 12 F [36 16 26 9 38 8 50 4 51 -2 52 -11 56 -19 59 -27 64 -38 68 -49 W 0 294 -500 0 7.500 9.400 14 F [34 20 29 13 38 13 48 8 50 1 48 -6 51 -14 54 -23 57 -32 60 -42 31 -24 W 0 422 R 7.500 9.586 13 F R 0 -168 500 0 7.000 10.200 12 F [-26 -29 -47 -61 -41 -65 -45 -82 -23 -48 W 0 -515 5 0 16 36 42 91 46 89 51 86 58 82 85 94 59 50 64 44 68 39 5 3 0 186 7.500 9.400 14 F 26 29 90 86 67 50 5 3 0 446 -4 -2 -68 -39 -64 -44 -59 -50 -85 -94 -58 -82 -51 -86 -46 -89 -42 -91 -15 -37 7.993 10.200 13 F R -182 0 8.000 9.400 15 F -4 -3 -67 -49 -90 -86 -27 -30 188 0 7.500 10.200 12 F [-16 -36 -79 -184 -103 -281 -58 -192 -27 -107 W 183 0 12 38 69 187 118 276 6 13 0 286 8.000 9.400 15 F R -394 0 0 -800 8.500 10.200 16 F -5 -12 -119 -276 -68 -188 -12 -38 204 0 8.000 10.200 14 F 2500 0 0 800 -2500 0 11.000 9.400 16 F [-23 -32 -236 -323 -185 -235 W 0 -210 499 0 0 800 11.000 9.400 16 F [-23 -32 -223 -301 W 0 -257 R 11.056 9.400 15 F [-23 -32 -15 -20 W 0 -281 R 11.253 9.400 14 F R -38 0 11.500 9.400 13 F [-25 -30 -131 -151 -151 -159 W 0 -287 27 28 206 218 130 152 123 158 13 18 0 53 11.500 9.400 13 F [-27 -29 -2 -2 W 0 -309 R 11.693 9.400 12 F 27 29 239 264 126 155 13 18 0 281 -12 -17 -123 -158 -130 -152 -206 -218 -28 -29 0 -173 12.000 10.200 14 F 26 30 150 179 0 257 -13 -17 -126 -155 -239 -264 -27 -30 11.906 10.200 15 F R -29 0 12.000 9.400 11 F -149 -179 -27 -30 176 0 11.500 10.200 16 F [-29 -27 -152 -129 -15 -12 W 0 -323 31 24 153 128 147 136 168 171 0 32 12.000 9.400 11 F 31 24 121 100 149 133 199 196 0 309 -168 -169 -147 -136 -153 -129 -32 -24 12.500 9.891 12 F 28 27 146 145 0 287 -198 -195 -149 -134 -121 -99 -31 -25 0 -6 12.500 10.200 13 F R -196 0 12.500 9.400 10 F -145 -145 -29 -27 174 0 12.000 10.200 14 F [-32 -23 -83 -56 -146 -89 W 0 -340 34 18 86 51 166 111 213 159 0 169 12.500 9.400 10 F 34 20 85 53 165 113 165 122 0 323 -212 -158 -166 -111 -86 -51 -35 -19 0 -292 13.000 10.200 11 F 7 5 0 303 -164 -121 -165 -113 -85 -53 -35 -21 12.950 10.200 12 F R -261 0 13.000 9.400 9 F -7 -5 7 0 12.500 10.200 13 F [-36 -15 -69 -27 W 0 -361 36 13 93 37 182 84 188 100 0 169 13.000 9.400 9 F 37 13 93 37 182 83 188 98 0 341 -188 -99 -181 -84 -93 -38 -38 -13 13.500 9.803 10 F R -105 0 13.500 9.400 8 F -187 -97 -182 -83 -93 -37 -38 -14 0 -60 500 0 13.000 10.200 11 F [39 8 151 38 191 60 119 42 W 0 42 -500 0 14.000 9.400 8 F [39 7 97 23 192 55 172 58 W 0 361 R 14.000 9.591 9 F [38 12 140 47 W 0 337 R 0 -254 14.000 10.200 10 F R 178 0 13.500 10.200 11 F [39 3 156 16 198 30 107 21 W 0 191 -500 0 14.500 9.400 8 F [39 2 199 21 198 32 64 11 W 0 356 R 14.500 9.661 9 F R 0 -187 500 0 14.000 10.200 10 F [39 -1 157 -2 200 4 104 7 W 0 261 -500 0 15.000 9.400 8 F [39 -1 200 -3 200 6 61 4 W 0 353 R 15.000 9.669 9 F R 0 -179 500 0 14.500 10.200 10 F 1000 0 0 800 -1000 0 6.000 10.200 16 F [10 -38 64 -249 60 -293 36 -220 W 141 0 0 800 6.000 10.200 16 F [12 -37 76 -246 72 -291 46 -226 W 113 0 R 6.312 10.200 15 F [11 -38 68 -247 32 -134 W 133 0 R -39 0 6.500 10.200 14 F R 0 -419 6.500 11.000 13 F [16 -36 38 -92 68 -189 20 -63 W 0 380 6.500 10.200 14 F [25 -30 69 -96 50 -85 46 -89 79 -184 66 -189 38 -127 W 44 0 0 419 R 6.642 10.200 13 F [28 -28 62 -76 47 -71 48 -84 44 -90 21 -49 W 205 0 R -83 0 7.000 10.200 12 F R 0 -398 7.000 11.000 11 F [29 27 25 19 35 20 45 18 47 9 48 1 48 -8 46 -15 49 -24 52 -34 56 -44 20 -18 W 0 400 -500 0 7.500 10.200 12 F R 0 -448 500 0 7.000 11.000 11 F [-25 -30 -65 -95 -42 -77 -37 -83 -34 -94 -28 -96 -42 -196 -21 -129 W 234 0 12 38 35 93 41 92 67 113 52 67 41 45 0 352 7.500 10.200 12 F [-6 -17 W 0 -783 16 0 R 7.688 10.200 13 F R -6 0 8.000 10.200 14 F -40 -44 -52 -68 -67 -113 -41 -91 -35 -94 -12 -38 247 0 7.500 11.000 11 F [-11 -38 -27 -96 -21 -98 -32 -197 -19 -199 -8 -172 W 160 0 3 39 31 255 38 196 25 97 29 96 34 94 2 5 0 18 8.000 10.200 14 F [-8 -38 -20 -99 -27 -198 -15 -199 -5 -200 0 -66 W 139 0 R 8.205 10.200 15 F R -110 0 0 -800 8.500 11.000 16 F -2 -5 -34 -94 -29 -96 -25 -96 -38 -197 -31 -254 -3 -40 162 0 8.000 11.000 13 F RS 3000 0 0 800 -3000 0 11.500 10.200 16 F [-26 -30 -297 -324 W 0 -446 499 0 0 800 11.500 10.200 16 F [-27 -29 -67 -69 W 0 -256 R 11.676 10.200 15 F R -94 0 12.000 10.200 14 F [-28 -27 -148 -135 -149 -122 W 0 -271 31 23 78 62 150 133 240 238 0 99 12.000 10.200 14 F 32 22 125 95 76 65 146 137 121 125 0 255 -239 -237 -150 -132 -78 -62 -33 -24 12.500 10.755 15 F R -325 0 12.500 10.200 13 F -120 -124 -146 -137 -76 -65 -125 -95 -33 -23 0 -1 500 0 12.000 11.000 16 F [-31 -24 -208 -150 -169 -107 -84 -47 W 0 -283 34 18 87 50 169 107 163 116 46 35 0 285 12.500 10.200 13 F [-34 -19 -16 -9 W 0 -300 R 12.508 10.200 12 F 34 21 250 165 81 58 0 271 -46 -34 -162 -116 -169 -107 -87 -50 -35 -19 0 -189 13.000 11.000 14 F 2 1 0 243 -80 -57 -251 -165 -34 -22 12.865 11.000 15 F R -50 0 13.000 10.200 11 F -2 -1 2 0 12.500 11.000 16 F [37 13 93 37 182 83 188 97 W 0 28 -500 0 13.500 10.200 11 F [37 13 93 36 182 83 188 97 W 0 300 R 13.500 10.459 12 F [36 15 92 40 264 133 W 0 283 R 0 -242 13.500 11.000 13 F R 392 0 13.000 11.000 14 F [-38 -11 -193 -51 -90 -19 W 0 -316 39 6 152 36 192 57 116 39 0 259 13.500 10.200 11 F 39 7 97 22 193 53 171 56 0 300 -116 -38 -192 -57 -152 -36 -40 -8 14.000 10.598 12 F R -321 0 14.000 10.200 10 F -170 -55 -193 -54 -97 -22 -40 -7 0 -103 500 0 13.500 11.000 13 F [39 2 100 9 198 26 163 28 W 0 82 -500 0 14.500 10.200 10 F [39 2 199 21 262 43 W 0 316 R 14.500 10.347 11 F [39 2 199 21 262 43 W 0 299 R 14.500 10.664 12 F R 0 -37 500 0 14.000 11.000 13 F [39 -1 200 -4 200 5 61 4 W 0 147 -500 0 15.000 10.200 10 F [39 -2 200 -3 200 5 61 3 W 0 317 R 15.000 10.352 11 F [39 -2 157 -3 200 2 104 6 W 0 299 R 15.000 10.668 12 F R 0 -33 500 0 14.500 11.000 13 F 1000 0 0 800 -1000 0 6.000 11.000 16 F [5 -39 43 -354 34 -407 W 59 0 0 800 6.000 11.000 16 F [7 -39 52 -352 41 -398 1 -11 W 95 0 R 6.142 11.000 15 F [8 -39 49 -251 45 -297 25 -213 W 107 0 R 6.255 11.000 14 F [9 -38 42 -196 50 -296 14 -100 W 124 0 R -112 0 6.500 11.000 13 F R 0 -630 6.500 11.800 12 F [10 -38 34 -131 W 0 169 6.500 11.000 13 F [15 -36 36 -94 62 -190 51 -193 41 -196 16 -91 W 28 0 0 630 R 6.544 11.000 12 F [26 -30 53 -73 42 -73 42 -87 39 -92 33 -94 48 -166 W 188 0 R -251 0 7.000 11.000 11 F R 0 -615 7.000 11.800 10 F [18 35 21 37 34 47 57 55 57 31 40 9 41 2 40 -6 39 -14 43 -22 45 -31 48 -43 17 -17 W 0 184 -500 0 7.500 11.000 11 F R 0 -533 500 0 7.000 11.800 10 F [-11 -38 -25 -97 -21 -97 -29 -198 -14 -200 -2 -170 W 215 0 4 39 13 99 19 99 24 97 31 95 38 93 5 10 0 268 7.500 11.000 11 F [-5 -39 -11 -100 -1 -13 W 0 -648 149 0 R 7.748 11.000 12 F R -17 0 8.000 11.000 13 F -5 -10 -38 -93 -30 -95 -25 -97 -18 -98 -14 -100 -4 -39 134 0 7.500 11.800 10 F [-2 -39 -7 -157 1 -200 12 -199 20 -205 W 134 0 -2 39 -7 200 1 200 12 200 0 8 0 153 8.000 11.000 13 F [-1 -39 1 -200 12 -200 23 -199 25 -162 W 125 0 R 8.163 11.000 14 F [0 -39 9 -200 18 -199 28 -198 31 -164 W 115 0 R 8.324 11.000 15 F R -35 0 0 -800 8.500 11.800 16 F 0 -8 -12 -199 -2 -200 6 -200 3 -40 5 0 8.000 11.800 12 F 4000 0 0 800 -4000 0 12.500 11.000 16 F [-32 -22 -378 -257 -86 -51 -1 -1 W 0 -469 499 0 0 800 12.500 11.000 16 F [-34 -20 -86 -50 -14 -7 W 0 -254 R 12.502 11.000 15 F R -134 0 13.000 11.000 14 F [-37 -14 -70 -26 W 0 -269 36 12 93 37 182 84 188 98 0 78 13.000 11.000 14 F 37 13 93 38 181 85 189 100 0 253 -187 -96 -182 -84 -93 -37 -38 -14 13.500 11.310 15 F R -107 0 13.500 11.000 13 F -188 -100 -181 -85 -93 -37 -38 -14 0 -232 500 0 13.000 11.800 16 F [39 7 152 37 192 57 117 39 W 0 41 -500 0 14.000 11.000 13 F [39 7 97 24 192 56 172 57 W 0 270 R 14.000 11.181 14 F [39 8 97 23 191 58 173 59 W 0 258 R 14.000 11.455 15 F R 0 -84 500 0 13.500 11.800 16 F [39 2 100 10 198 26 163 28 W 0 181 -500 0 14.500 11.000 13 F [39 2 199 22 198 32 64 12 W 0 274 R 14.500 11.248 14 F [39 3 156 18 197 31 108 20 W 0 261 R 14.500 11.523 15 F R 0 -11 500 0 14.000 11.800 16 F [39 -1 257 -3 200 7 4 0 W 0 248 -500 0 15.000 11.000 13 F [39 -1 200 -2 200 6 61 4 W 0 276 R 15.000 11.251 14 F [39 2 131 9 W 0 265 R 0 -268 15.000 11.800 15 F R 170 0 14.500 11.800 16 F 1000 0 0 800 -1000 0 6.000 11.800 16 F [2 -39 29 -700 1 -61 W 27 0 0 800 6.000 11.800 16 F [3 -39 30 -499 8 -262 W 86 0 R 6.059 11.800 15 F [3 -39 36 -455 14 -306 W 96 0 R 6.154 11.800 14 F [5 -39 45 -454 18 -307 W 109 0 R 6.261 11.800 13 F [5 -39 38 -355 16 -218 W 124 0 R -116 0 6.500 11.800 12 F R 0 -612 6.500 12.600 11 F [6 -39 22 -148 W 0 187 6.500 11.800 12 F [9 -38 43 -196 48 -296 29 -270 W 87 0 0 612 R 6.528 11.800 11 F [21 -34 43 -87 33 -86 30 -95 45 -195 17 -93 W 223 0 R -284 0 7.000 11.800 10 F R 0 -590 7.000 12.600 9 F [0 39 5 100 8 100 13 99 19 99 39 127 17 38 30 50 18 23 29 25 42 18 28 1 28 -5 26 -12 30 -21 33 -31 35 -45 10 -14 W 0 209 -499 0 0 -800 7.500 12.600 10 F R 410 0 7.000 12.600 9 F [-3 -39 -17 -256 -5 -200 3 -200 6 -105 W 150 0 0 800 7.500 11.800 10 F [0 -39 10 -500 13 -200 6 -61 W 171 0 R 7.634 11.800 11 F [2 -39 49 -635 5 -47 W 124 0 R -151 0 8.000 11.800 12 F R 0 -721 8.000 12.600 13 F [2 -39 2 -39 W 0 78 8.000 11.800 12 F [4 -39 92 -761 W 42 0 0 721 R 8.005 11.800 13 F [6 -39 120 -761 W 94 0 R 8.138 11.800 14 F [7 -39 142 -761 W 92 0 R 8.263 11.800 15 F R -121 0 0 -800 8.500 12.600 16 F 6000 0 0 800 -6000 0 14.500 11.800 16 F [-39 -1 -200 -4 -90 0 W 0 -795 499 0 0 800 14.500 11.800 16 F R -329 0 15.000 11.800 15 F 1000 0 0 800 -1000 0 6.000 12.600 16 F [0 -39 -1 -761 W 27 0 0 800 6.000 12.600 16 F [0 -39 1 -761 W 83 0 R 6.027 12.600 15 F [1 -39 6 -761 W 90 0 R 6.112 12.600 14 F [1 -39 14 -700 0 -61 W 100 0 R 6.208 12.600 13 F [2 -39 23 -600 3 -161 W 111 0 R 6.316 12.600 12 F R -59 0 0 -800 6.500 13.400 11 F [3 -39 34 -499 10 -262 W 40 0 0 800 6.500 12.600 11 F [6 -39 52 -397 26 -298 3 -66 W 183 0 R 6.587 12.600 10 F R -190 0 0 -800 7.000 13.400 9 F [0 -39 2 -537 10 -224 W 398 0 0 800 7.000 12.600 9 F R -89 0 0 -800 7.500 13.400 10 F [2 -39 60 -761 W 87 0 0 800 7.500 12.600 10 F [4 -39 82 -761 W 147 0 R 7.650 12.600 11 F [4 -39 87 -761 W 119 0 R 7.820 12.600 12 F [4 -39 44 -384 W 99 0 R -57 0 8.000 12.600 13 F R 0 -423 8.000 13.400 14 F [4 -39 38 -337 W 0 376 8.000 12.600 13 F [5 -39 93 -761 W 38 0 0 423 R 8.042 12.600 14 F [6 -39 105 -761 W 80 0 R 8.136 12.600 15 F R -271 0 0 -800 8.500 13.400 16 F 6500 0 0 800 -6500 0 15.000 12.600 16 F 1000 0 0 800 -1000 0 6.000 13.400 16 F [0 -39 -18 -761 W 45 0 0 800 6.000 13.400 16 F [0 -39 -17 -761 W 81 0 R 6.028 13.400 15 F [0 -39 -14 -761 W 87 0 R 6.110 13.400 14 F [0 -39 -9 -761 W 94 0 R 6.201 13.400 13 F [0 -39 0 -761 W 102 0 R 6.301 13.400 12 F R -88 0 0 -800 6.500 14.200 11 F [0 -39 11 -761 W 28 0 0 800 6.500 13.400 11 F [1 -39 27 -656 1 -105 W 165 0 R 6.540 13.400 10 F R -277 0 0 -800 7.000 14.200 9 F [2 -39 28 -656 7 -105 W 361 0 0 800 7.000 13.400 9 F R -102 0 0 -800 7.500 14.200 10 F [3 -39 60 -761 W 23 0 0 800 7.500 13.400 10 F [4 -39 82 -761 W 123 0 R 7.587 13.400 11 F [4 -39 91 -761 W 110 0 R 7.733 13.400 12 F [4 -39 93 -761 W 98 0 R 7.852 13.400 13 F [4 -39 53 -447 W 88 0 R -49 0 8.000 13.400 14 F R 0 -486 8.000 14.200 15 F [4 -39 33 -274 W 0 313 8.000 13.400 14 F [4 -39 89 -761 W 24 0 0 486 R 8.037 13.400 15 F R -382 0 0 -800 8.500 14.200 16 F 6500 0 0 800 -6500 0 15.000 13.400 16 F 1000 0 0 800 -1000 0 6.000 14.200 16 F [-1 -39 -26 -761 W 72 0 0 800 6.000 14.200 16 F [-1 -39 -26 -761 W 81 0 R 6.046 14.200 15 F [0 -39 -24 -761 W 84 0 R 6.128 14.200 14 F [0 -39 -20 -761 W 89 0 R 6.215 14.200 13 F [0 -39 -14 -761 W 96 0 R 6.310 14.200 12 F R -86 0 0 -800 6.500 15.000 11 F [0 -39 -5 -761 W 33 0 0 800 6.500 14.200 11 F [0 -39 0 -757 0 -4 W 158 0 R 6.528 14.200 10 F R -307 0 0 -800 7.000 15.000 9 F [2 -39 44 -756 0 -5 W 314 0 0 800 7.000 14.200 9 F [2 -39 25 -419 W 158 0 R -140 0 7.500 14.200 10 F R 0 -458 7.500 15.000 11 F [2 -39 21 -302 W 0 341 7.500 14.200 10 F [3 -39 62 -761 W 81 0 0 458 R 7.523 14.200 11 F [3 -39 72 -761 W 99 0 R 7.647 14.200 12 F [4 -39 77 -761 W 92 0 R 7.756 14.200 13 F [4 -39 79 -761 W 86 0 R 7.854 14.200 14 F [4 -39 54 -529 W 82 0 R -58 0 8.000 14.200 15 F R 0 -568 8.000 15.000 16 F [4 -39 20 -192 W 0 231 8.000 14.200 15 F R -476 0 0 -799 500 0 8.000 15.000 16 F RS 6500 0 0 800 -6500 0 15.000 14.200 16 F 1000 0 0 800 -1000 0 6.000 15.000 16 F [-1 -39 -33 -761 W 107 0 0 800 6.000 15.000 16 F [-1 -39 -32 -761 W 79 0 R 6.073 15.000 15 F [-1 -39 -29 -761 W 82 0 R 6.155 15.000 14 F [-1 -39 -25 -761 W 85 0 R 6.240 15.000 13 F [0 -39 -21 -761 W 91 0 R 6.330 15.000 12 F R -72 0 0 -800 6.500 15.800 11 F [0 -39 -15 -761 W 49 0 0 800 6.500 15.000 11 F [0 -39 -18 -757 0 -4 W 161 0 R 6.534 15.000 10 F R -307 0 0 -800 7.000 15.800 9 F [2 -39 35 -656 8 -105 W 269 0 0 800 7.000 15.000 9 F [2 -39 37 -761 W 165 0 R 7.314 15.000 10 F R -27 0 0 -800 7.500 15.800 11 F [2 -39 47 -761 W 32 0 0 800 7.500 15.000 11 F [3 -39 57 -761 W 88 0 R 7.582 15.000 12 F [3 -39 65 -761 W 85 0 R 7.681 15.000 13 F [3 -39 70 -761 W 82 0 R 7.773 15.000 14 F [3 -39 72 -761 W 80 0 R 7.860 15.000 15 F R -58 0 0 -800 8.000 15.800 16 F 7000 0 0 800 -7000 0 15.000 15.000 16 F 1000 0 0 800 -1000 0 6.000 15.800 16 F [-1 -39 -31 -761 W 139 0 0 800 6.000 15.800 16 F [-1 -39 -30 -761 W 78 0 R 6.108 15.800 15 F [-1 -39 -28 -761 W 80 0 R 6.188 15.800 14 F [-1 -39 -25 -761 W 83 0 R 6.271 15.800 13 F [-1 -39 -21 -761 W 86 0 R 6.357 15.800 12 F R -51 0 0 -800 6.500 16.600 11 F [-1 -39 -19 -761 W 69 0 0 800 6.500 15.800 11 F [-1 -39 -36 -761 W 178 0 R 6.549 15.800 10 F R -288 0 0 -800 7.000 16.600 9 F [3 -39 53 -698 7 -63 W 205 0 0 800 7.000 15.800 9 F [1 -39 33 -761 W 193 0 R 7.269 15.800 10 F [1 -39 2 -45 W 98 0 R -67 0 7.500 15.800 11 F R 0 -84 7.500 16.600 12 F [1 -39 30 -676 W 0 715 7.500 15.800 11 F [2 -39 41 -761 W 76 0 0 84 R 7.532 15.800 12 F [2 -39 47 -761 W 79 0 R 7.620 15.800 13 F [3 -39 51 -761 W 77 0 R 7.705 15.800 14 F [3 -39 54 -761 W 77 0 R 7.787 15.800 15 F R -133 0 0 -800 8.000 16.600 16 F 7000 0 0 800 -7000 0 15.000 15.800 16 F 1000 0 0 799 -1000 0 6.000 16.600 16 F [-1 -39 -28 -760 W 169 0 0 799 6.000 16.600 16 F [-1 -39 -27 -760 W 77 0 R 6.140 16.600 15 F [-1 -39 -25 -760 W 78 0 R 6.219 16.600 14 F [-1 -39 -22 -760 W 80 0 R 6.300 16.600 13 F [0 -39 -19 -760 W 82 0 R 6.384 16.600 12 F R -28 0 0 -799 6.500 17.400 11 F [-1 -39 -18 -760 W 88 0 0 799 6.500 16.600 11 F [-2 -39 -45 -655 -11 -105 W 217 0 R 6.569 16.600 10 F R -251 0 0 -799 7.000 17.400 9 F [4 -39 61 -497 34 -197 15 -66 W 91 0 0 799 7.000 16.600 9 F [1 -39 31 -760 W 275 0 R 7.206 16.600 10 F [1 -39 25 -760 W 104 0 R 7.399 16.600 11 F R -4 0 0 -799 7.500 17.400 12 F [1 -39 29 -760 W 46 0 0 799 7.500 16.600 12 F [1 -39 33 -760 W 74 0 R 7.576 16.600 13 F [2 -39 36 -760 W 74 0 R 7.655 16.600 14 F [2 -39 39 -760 W 74 0 R 7.732 16.600 15 F R -191 0 0 -799 8.000 17.400 16 F 7000 0 0 799 -7000 0 15.000 16.600 16 F 1000 0 0 799 -1000 0 6.000 17.400 16 F [-1 -39 -23 -760 W 193 0 0 799 6.000 17.400 16 F [-1 -39 -22 -760 W 75 0 R 6.170 17.400 15 F [-1 -39 -20 -760 W 76 0 R 6.247 17.400 14 F [0 -39 -18 -760 W 77 0 R 6.326 17.400 13 F [0 -39 -9 -451 W 0 -309 73 0 R 6.407 17.400 12 F R -9 0 6.500 17.400 11 F [-1 -39 -17 -760 W 101 0 1 38 4 270 0 491 6.500 17.400 11 F [-4 -39 -42 -297 -21 -86 -11 -26 -20 -24 -25 5 -28 43 -42 108 W 0 -483 392 0 R 6.589 17.400 10 F R -193 0 7.000 17.400 9 F -4 -269 -1 -40 5 0 6.500 18.200 12 F [9 -38 25 -97 57 -180 W 0 315 7.000 17.400 9 F [1 -39 35 -760 W 330 0 0 483 R 7.092 17.400 10 F [1 -39 23 -760 W 116 0 R 7.366 17.400 11 F R -30 0 0 -799 7.500 18.200 12 F [1 -39 20 -760 W 24 0 0 799 7.500 17.400 12 F [1 -39 21 -760 W 73 0 R 7.546 17.400 13 F [1 -39 24 -760 W 71 0 R 7.620 17.400 14 F [1 -39 27 -760 W 71 0 R 7.694 17.400 15 F R -232 0 0 -799 8.000 18.200 16 F 7000 0 0 799 -7000 0 15.000 17.400 16 F 1000 0 0 799 -1000 0 6.000 18.200 16 F [0 -39 -19 -760 W 213 0 0 799 6.000 18.200 16 F [-1 -39 -17 -760 W 74 0 R 6.194 18.200 15 F [0 -39 -17 -760 W 75 0 R 6.270 18.200 14 F [0 -39 -15 -760 W 75 0 R 6.348 18.200 13 F R -73 0 0 -799 6.500 19.000 12 F [0 -39 -14 -760 W 19 0 0 799 6.500 18.200 12 F [-1 -39 -18 -760 W 106 0 R 6.506 18.200 11 F R -391 0 0 -799 7.000 19.000 10 F [1 -39 33 -760 W 295 0 0 799 7.000 18.200 10 F [1 -39 20 -760 W 128 0 R 7.330 18.200 11 F R -55 0 0 -799 7.500 19.000 12 F [0 -39 18 -760 W 6 0 0 799 7.500 18.200 12 F [1 -39 17 -760 W 72 0 R 7.525 18.200 13 F [1 -39 18 -760 W 70 0 R 7.597 18.200 14 F [1 -39 20 -760 W 69 0 R 7.669 18.200 15 F R -260 0 0 -799 8.000 19.000 16 F RS 7000 0 0 799 -7000 0 15.000 18.200 16 F 4 -39 44 -446 9.452 3.800 0 L 5 -39 35 -275 9.500 3.315 0 L 5 -39 57 -497 22 -263 9.612 3.800 0 L 5 -39 47 -397 31 -363 9.778 3.800 0 L 4 -39 42 -455 4 -54 9.949 3.800 0 L 5 -39 28 -212 10.000 3.251 0 L 6 -39 50 -397 31 -363 10.128 3.800 0 L 6 -39 41 -297 39 -398 5 -65 10.320 3.800 0 L 6 -39 56 -396 35 -364 10.527 3.800 0 L 7 -39 54 -352 42 -398 0 -10 10.750 3.800 0 L 3 -39 1 -16 10.995 3.800 0 L 7 -39 51 -295 38 -298 11 -112 11.000 3.745 0 L 8 -39 63 -350 39 -298 11 -112 11.267 3.800 0 L 9 -38 59 -295 45 -296 19 -170 11.577 3.800 0 L 7 -39 33 -197 28 -222 11.931 3.800 0 L 9 -38 65 -293 2 -10 12.000 3.342 0 L 10 -38 48 -194 39 -196 32 -198 19 -152 12.351 3.800 0 L 5 -21 12.500 3.021 0 L 10 -38 48 -194 38 -197 29 -197 10 -88 12.864 3.800 0 L 11 -38 13 -47 13.000 3.085 0 L 11 -38 52 -193 41 -196 30 -197 17 -175 13.522 3.800 0 L 3 -39 33 -599 4 -161 9.411 4.600 0 L 2 -39 25 -500 4 -260 9.580 4.600 0 L 2 -39 20 -457 2 -303 9.753 4.600 0 L 2 -39 17 -400 1 -360 9.929 4.600 0 L 2 -39 17 -400 0 -360 10.109 4.600 0 L 2 -39 16 -357 0 -400 0 -3 10.302 4.600 0 L 2 -39 17 -357 0 -400 0 -3 10.507 4.600 0 L 2 -39 18 -356 1 -400 0 -4 10.728 4.600 0 L 3 -39 17 -300 5 -300 -2 -160 10.972 4.600 0 L 3 -39 21 -356 2 -300 -1 -104 11.243 4.600 0 L 3 -39 21 -300 5 -300 -2 -160 11.551 4.600 0 L 4 -39 19 -256 7 -300 -4 -204 11.906 4.600 0 L 4 -39 18 -256 5 -200 -4 -200 -5 -104 12.334 4.600 0 L 3 -39 11 -156 5 -200 -4 -200 -17 -200 -1 -4 12.867 4.600 0 L 2 -39 4 -157 -6 -200 -22 -199 -16 -98 -21 -98 -2 -8 13.583 4.600 0 L 0 -39 -3 -500 -13 -261 9.428 5.400 0 L 0 -39 -11 -457 -20 -304 9.612 5.400 0 L 0 -39 -16 -457 -24 -304 9.794 5.400 0 L 0 -39 -17 -400 -30 -361 9.977 5.400 0 L 0 -39 -20 -400 -35 -361 10.165 5.400 0 L -1 -39 -18 -357 -40 -398 -1 -6 10.362 5.400 0 L -1 -39 -18 -357 -41 -397 0 -7 10.568 5.400 0 L -1 -39 -15 -300 -28 -299 -21 -162 10.794 5.400 0 L -1 -39 -17 -300 -9 -110 11.000 5.050 0 L -1 -39 -14 -257 -31 -298 -30 -206 11.319 5.400 0 L 5 39 37 311 11.000 5.050 0 L -1 -39 -12 -200 -32 -298 -41 -263 11.637 5.400 0 L -1 -39 -21 -256 -26 -199 -34 -197 -11 -54 12.000 5.346 0 L -2 -39 -28 -255 -33 -198 -43 -195 -31 -113 12.471 5.400 0 L 8 39 3 15 12.000 5.346 0 L -4 -39 -24 -155 -42 -196 -55 -192 -7 -22 13.000 5.204 0 L 15 36 35 94 23 65 13.000 5.204 0 L -9 -38 -27 -97 -31 -95 -36 -93 -40 -92 -44 -90 -49 -87 -53 -84 -58 -82 -33 -42 13.964 5.400 0 L -2 -39 -28 -299 -42 -312 9.500 6.051 0 L -3 -39 -39 -355 -45 -296 -20 -110 9.720 6.200 0 L 6 39 18 110 9.500 6.051 0 L -3 -39 -50 -397 -53 -296 -14 -68 9.914 6.200 0 L -4 -39 -19 -155 10.000 5.595 0 L -4 -39 -44 -297 -78 -392 -16 -72 10.308 6.200 0 L 8 39 69 349 33 217 10.000 5.595 0 L -4 -39 -56 -352 -77 -379 10.500 6.170 0 L -5 -39 -46 -297 -60 -294 -41 -170 10.721 6.200 0 L 6 29 10.500 6.170 0 L -5 -39 -42 -253 -63 -294 -53 -214 10.957 6.200 0 L -5 -39 -53 -295 -68 -293 -46 -173 11.215 6.200 0 L -6 -39 -49 -252 -72 -291 -54 -182 11.500 6.165 0 L -7 -39 -41 -195 -50 -194 -57 -192 -62 -180 11.855 6.200 0 L 11 35 11.500 6.165 0 L -8 -39 -66 -248 -61 -190 -70 -187 -57 -136 12.275 6.200 0 L -11 -38 -17 -57 12.500 5.495 0 L 20 34 49 87 90 179 79 183 69 188 10 33 12.500 5.495 0 L -15 -36 -42 -91 -94 -177 -52 -85 -55 -83 -60 -81 -63 -78 -45 -51 13.500 6.082 0 L -25 -30 -11 -13 14.000 5.443 0 L 28 27 70 72 17 18 13.500 6.082 0 L 34 19 86 52 82 58 79 61 75 66 72 70 67 73 5 5 14.000 5.443 0 L 38 9 97 27 95 32 93 36 91 41 86 44 14.500 5.848 0 L -7 -39 -51 -251 -75 -291 -68 -219 9.727 7.000 0 L -7 -39 -57 -250 -81 -289 -72 -222 9.938 7.000 0 L -8 -39 -72 -291 -5 -20 10.000 6.550 0 L -8 -39 -89 -345 -120 -382 -11 -34 10.339 7.000 0 L 12 37 107 341 20 71 10.000 6.550 0 L -8 -38 -75 -291 -87 -287 -22 -65 10.500 6.882 0 L -9 -38 -65 -248 -92 -286 -82 -228 10.755 7.000 0 L 13 37 28 81 10.500 6.882 0 L -9 -38 -85 -288 -165 -472 0 -2 10.980 7.000 0 L -10 -38 -32 -115 11.000 6.354 0 L -11 -38 -59 -191 -104 -281 -110 -260 11.500 6.970 0 L 15 36 106 281 93 285 13 44 11.000 6.354 0 L RS -12 -38 -86 -241 -116 -277 -86 -180 -33 -64 11.844 7.000 0 L 13 29 11.500 6.970 0 L -13 -37 -99 -237 -33 -71 12.000 6.546 0 L -16 -36 -68 -141 -98 -174 -43 -70 12.500 6.621 0 L 21 33 127 223 91 178 10 20 12.000 6.546 0 L -20 -34 -55 -83 -58 -82 -49 -62 13.000 6.461 0 L 25 30 63 78 118 162 72 108 12.500 6.621 0 L 32 23 79 62 75 65 144 139 133 150 37 44 13.000 6.461 0 L -29 -27 -75 -66 -78 -63 -80 -59 -84 -55 -38 -22 14.000 6.493 0 L 33 22 46 32 13.500 6.945 0 L 38 12 94 33 93 38 91 41 176 93 8 5 14.000 6.493 0 L 39 4 99 14 196 40 166 45 14.500 6.715 0 L -12 -37 -70 -188 -117 -276 -74 -161 10.000 7.662 0 L -13 -37 -49 -135 10.000 7.172 0 L -13 -37 -126 -334 -120 -275 -74 -154 10.474 7.800 0 L 17 36 123 273 128 318 10.000 7.172 0 L -13 -37 -107 -280 -41 -96 10.500 7.413 0 L 17 36 47 101 10.000 7.662 0 L -13 -37 -95 -239 -207 -455 -33 -69 10.890 7.800 0 L 17 35 151 323 12 28 10.500 7.413 0 L -14 -37 -135 -330 -96 -213 11.000 7.581 0 L -14 -37 -5 -15 11.000 7.052 0 L -15 -36 -82 -183 -135 -267 -40 -73 11.500 7.560 0 L 19 34 121 227 127 272 88 214 11.000 7.052 0 L 18 35 86 181 1 3 11.000 7.581 0 L -16 -36 -115 -229 -97 -175 -104 -171 -112 -166 -16 -23 11.974 7.800 0 L 20 34 119 206 11.500 7.560 0 L -18 -35 -129 -222 -8 -13 12.000 7.271 0 L -21 -33 -113 -165 -116 -148 12.500 7.346 0 L 26 30 125 156 118 161 120 182 12.000 7.271 0 L -26 -30 -67 -74 -70 -71 -58 -55 13.000 7.231 0 L 31 25 75 65 145 138 137 146 68 79 12.500 7.346 0 L 34 19 85 53 164 115 155 126 62 55 13.000 7.231 0 L -33 -21 -85 -53 -176 -95 -91 -42 -35 -14 14.000 7.226 0 L 37 13 93 37 181 84 125 66 13.500 7.599 0 L 39 8 151 39 191 61 119 46 14.000 7.226 0 L 39 2 200 18 197 31 64 13 14.500 7.381 0 L -17 -35 -118 -229 -149 -259 -151 -244 10.500 8.568 0 L -17 -35 -140 -266 -74 -129 10.500 8.231 0 L -17 -35 -9 -17 10.500 7.853 0 L -17 -35 -212 -405 -90 -157 11.000 8.398 0 L 20 34 322 572 73 141 10.500 7.853 0 L -17 -36 -93 -184 11.000 8.021 0 L 20 34 198 335 10.500 8.231 0 L 20 32 10.500 8.568 0 L -18 -35 -97 -175 -211 -340 -68 -104 11.500 8.455 0 L 21 33 241 388 86 158 11.000 8.021 0 L -19 -34 -125 -208 11.500 8.043 0 L 21 33 101 169 11.000 8.398 0 L -20 -34 -110 -167 -116 -163 -114 -144 12.000 8.308 0 L 25 31 155 204 168 248 47 74 11.500 8.043 0 L -23 -32 -2 -3 12.000 7.835 0 L 22 32 77 113 11.500 8.455 0 L -26 -29 -68 -74 -16 -16 12.500 7.919 0 L 29 27 72 69 136 146 129 153 134 173 12.000 7.835 0 L 27 29 133 149 96 113 12.000 8.308 0 L -31 -24 -12 -9 13.000 7.834 0 L 33 22 81 59 155 126 147 135 84 82 12.500 7.919 0 L 31 25 151 130 46 41 12.500 8.404 0 L 35 17 89 47 171 103 164 114 41 30 13.000 7.834 0 L 36 16 89 45 174 99 149 96 13.000 8.344 0 L -37 -13 -26 -8 14.000 7.822 0 L 38 10 96 30 187 70 179 79 13.500 8.145 0 L 39 6 154 30 194 49 113 34 14.000 7.822 0 L 39 4 198 33 195 43 68 18 14.000 8.335 0 L 39 0 157 7 199 20 105 14 14.500 7.941 0 L 39 0 200 4 200 16 61 7 14.500 8.433 0 L 31 -24 66 -58 60 -62 65 -77 59 -80 55 -83 29 -48 6.634 9.400 0 L 31 -24 63 -55 6.905 9.400 0 L 38 10 28 4 38 3 52 -3 54 -11 58 -18 64 -28 71 -40 78 -52 19 -13 7.000 8.967 0 L 38 12 27 6 40 5 53 0 54 -6 57 -15 60 -24 66 -33 71 -45 34 -23 7.000 9.320 0 L 21 33 72 97 58 60 64 54 69 46 74 38 77 32 65 23 7.500 8.818 0 L 28 28 77 64 65 42 70 37 77 32 7.500 9.196 0 L 17 36 46 88 42 74 8.000 9.202 0 L -21 -33 -360 -549 -98 -140 11.000 9.322 0 L -20 -34 -215 -337 -46 -70 11.000 9.041 0 L -20 -34 -64 -103 11.000 8.737 0 L -21 -33 -167 -250 -189 -266 11.500 9.149 0 L 23 32 378 537 60 93 11.000 8.737 0 L -22 -33 -129 -188 11.500 8.822 0 L 23 32 230 326 11.000 9.041 0 L 23 32 32 45 11.000 9.322 0 L -23 -32 -120 -160 -127 -155 -130 -146 12.000 9.094 0 L 27 29 169 192 186 236 88 121 11.500 8.822 0 L -25 -30 -79 -93 12.000 8.724 0 L 25 31 122 158 45 61 11.500 9.149 0 L -27 -28 -144 -140 -72 -64 12.500 8.832 0 L 30 25 76 65 146 138 206 217 42 47 12.000 8.724 0 L 29 27 142 140 132 139 12.000 9.094 0 L -31 -24 -80 -61 -160 -108 13.000 8.794 0 L 34 20 84 54 163 115 219 176 12.500 8.832 0 L 32 23 158 122 48 38 12.500 9.216 0 L -36 -16 -15 -6 13.500 8.623 0 L 37 14 91 40 179 90 173 101 20 12 13.000 8.794 0 L 36 16 91 42 177 92 90 52 13.000 9.198 0 L 38 9 151 44 188 67 123 49 13.500 8.623 0 L 39 8 96 25 191 59 174 64 13.500 9.051 0 L 39 4 156 20 196 36 109 24 14.000 8.793 0 L 39 3 199 24 197 35 65 14 14.000 9.208 0 L 39 0 157 0 200 9 104 8 14.500 8.877 0 L 39 -1 200 0 200 8 61 4 14.500 9.284 0 L 15 -36 73 -187 64 -189 36 -120 6.312 10.200 0 L 13 -37 25 -70 6.461 10.200 0 L 19 -34 47 -88 68 -145 6.500 9.668 0 L 28 -28 79 -92 58 -80 53 -85 48 -88 84 -181 55 -138 6.500 10.092 0 L 30 -25 72 -71 56 -66 54 -77 53 -85 48 -88 44 -92 6.642 10.200 0 L 29 -26 31 -31 22 -24 6.917 10.200 0 L 36 16 26 9 38 8 50 4 51 -2 52 -11 56 -19 59 -27 64 -38 68 -49 7.000 9.695 0 L 34 20 29 13 38 13 48 8 50 1 48 -6 51 -14 54 -23 57 -32 60 -42 31 -24 7.000 10.118 0 L -26 -29 -47 -61 -41 -65 -45 -82 -23 -48 8.000 9.686 0 L 15 36 42 91 46 89 51 86 58 82 85 94 59 50 64 44 68 39 5 3 7.500 9.586 0 L 26 29 90 86 67 50 5 3 7.500 10.031 0 L -16 -36 -79 -184 -103 -281 -58 -192 -27 -107 8.389 10.200 0 L 12 38 68 187 119 276 5 13 8.000 9.686 0 L -23 -32 -236 -323 -185 -235 11.500 9.991 0 L -23 -32 -223 -301 11.500 9.734 0 L -23 -32 -15 -20 11.500 9.453 0 L -25 -30 -131 -151 -151 -159 12.000 9.741 0 L 27 28 206 218 130 152 123 158 14 18 11.500 9.453 0 L -27 -29 -2 -2 12.000 9.431 0 L 27 29 239 264 126 155 13 18 11.500 9.734 0 L 26 30 150 179 11.500 9.991 0 L -29 -27 -152 -129 -15 -12 12.500 9.568 0 L 31 24 153 128 147 136 169 171 12.000 9.431 0 L 31 24 121 100 149 133 199 196 12.000 9.741 0 L 28 27 146 145 12.000 10.027 0 L -32 -23 -83 -56 -146 -89 13.000 9.568 0 L 34 19 86 51 167 111 213 159 12.500 9.568 0 L 34 20 85 53 165 113 165 122 12.500 9.891 0 L 7 5 12.500 10.194 0 L -36 -15 -69 -27 13.500 9.442 0 L 37 13 93 38 181 84 189 100 13.000 9.568 0 L 37 13 93 37 182 83 188 98 13.000 9.909 0 L 39 8 151 38 191 60 119 42 13.500 9.442 0 L 39 7 97 23 192 55 172 58 13.500 9.803 0 L 38 12 140 47 13.500 10.140 0 L 39 3 156 16 198 30 107 21 14.000 9.591 0 L 39 2 199 21 198 32 64 11 14.000 9.947 0 L 39 -1 157 -2 200 4 104 7 14.500 9.661 0 L 39 -1 200 -3 200 6 61 4 14.500 10.014 0 L 10 -38 64 -249 60 -293 36 -220 6.142 11.000 0 L 12 -37 76 -246 72 -291 46 -226 6.255 11.000 0 L 11 -38 68 -247 32 -134 6.388 11.000 0 L 16 -36 38 -92 68 -189 20 -63 6.500 10.580 0 L 25 -30 69 -96 50 -85 46 -89 79 -184 66 -189 38 -127 6.544 11.000 0 L 28 -28 62 -76 47 -71 48 -84 44 -90 21 -49 6.749 11.000 0 L 29 27 25 19 35 20 45 18 47 9 48 1 48 -8 46 -15 49 -24 52 -34 56 -44 20 -18 7.000 10.601 0 L -25 -30 -65 -95 -42 -77 -37 -83 -34 -94 -28 -96 -42 -196 -21 -129 7.982 11.000 0 L 12 38 35 93 41 92 67 113 51 67 41 45 7.500 10.551 0 L -6 -17 8.000 10.217 0 L -11 -38 -27 -96 -21 -98 -32 -197 -19 -199 -8 -172 8.324 11.000 0 L 3 39 30 255 39 196 25 97 29 96 34 94 2 5 8.000 10.217 0 L -8 -38 -20 -99 -27 -198 -15 -199 -5 -200 0 -66 8.465 11.000 0 L RS -26 -30 -297 -324 12.000 10.554 0 L -27 -29 -67 -69 12.000 10.299 0 L -28 -27 -148 -135 -149 -122 12.500 10.485 0 L 32 23 78 63 150 132 240 238 12.000 10.299 0 L 32 22 125 95 76 65 146 137 121 125 12.000 10.554 0 L -31 -24 -208 -150 -169 -107 -84 -47 13.000 10.529 0 L 35 19 86 49 169 107 163 117 47 35 12.500 10.485 0 L -34 -19 -16 -9 13.000 10.228 0 L 34 21 250 165 81 58 12.500 10.755 0 L 2 1 12.500 10.998 0 L 37 13 93 37 182 83 188 97 13.000 10.228 0 L 37 13 93 36 182 83 188 97 13.000 10.529 0 L 36 15 92 40 264 133 13.000 10.812 0 L -38 -11 -193 -51 -90 -19 14.000 10.282 0 L 39 7 152 36 192 57 117 39 13.500 10.459 0 L 39 7 97 22 193 53 171 56 13.500 10.758 0 L 39 2 100 9 198 26 163 28 14.000 10.282 0 L 39 2 199 21 262 43 14.000 10.598 0 L 39 2 199 21 262 43 14.000 10.897 0 L 39 -1 200 -4 200 5 61 4 14.500 10.347 0 L 39 -2 200 -3 200 5 61 3 14.500 10.664 0 L 39 -2 157 -3 200 2 104 6 14.500 10.963 0 L 5 -39 43 -354 34 -407 6.059 11.800 0 L 7 -39 52 -352 41 -398 1 -11 6.154 11.800 0 L 8 -39 49 -251 45 -297 25 -213 6.261 11.800 0 L 9 -38 42 -196 50 -296 14 -100 6.385 11.800 0 L 10 -38 34 -131 6.500 11.169 0 L 15 -36 36 -94 62 -190 51 -193 41 -196 16 -91 6.528 11.800 0 L 26 -30 53 -73 42 -73 42 -87 39 -92 33 -94 48 -166 6.717 11.800 0 L 18 35 21 37 34 47 57 55 57 31 40 9 41 2 40 -6 39 -14 43 -22 45 -31 48 -43 17 -17 7.000 11.185 0 L -11 -38 -25 -97 -21 -97 -29 -198 -14 -200 -2 -170 7.850 11.800 0 L 4 39 13 99 19 99 24 97 31 95 38 93 5 10 7.500 11.267 0 L -5 -39 -11 -100 -1 -13 8.000 11.152 0 L -2 -39 -7 -157 1 -200 12 -199 20 -205 8.138 11.800 0 L -2 39 -7 200 1 200 12 200 0 8 8.000 11.152 0 L -1 -39 1 -200 12 -200 23 -199 25 -162 8.263 11.800 0 L 0 -39 9 -200 18 -199 28 -198 31 -164 8.378 11.800 0 L -32 -22 -378 -257 -86 -51 -1 -1 13.000 11.331 0 L -34 -20 -86 -50 -14 -7 13.000 11.078 0 L -37 -14 -70 -26 13.500 11.041 0 L 37 13 93 37 182 84 188 98 13.000 11.078 0 L 37 13 93 38 181 85 189 100 13.000 11.331 0 L 39 7 152 37 192 57 117 39 13.500 11.041 0 L 39 7 97 24 192 56 172 57 13.500 11.310 0 L 39 8 97 23 191 58 173 59 13.500 11.568 0 L 39 2 100 10 198 26 163 28 14.000 11.181 0 L 39 2 199 22 198 32 64 12 14.000 11.455 0 L 39 3 156 18 197 31 108 20 14.000 11.716 0 L 39 -1 257 -3 200 7 4 0 14.500 11.248 0 L 39 -1 200 -2 200 6 61 4 14.500 11.523 0 L 39 2 131 9 14.500 11.789 0 L 2 -39 29 -700 1 -61 6.027 12.600 0 L 3 -39 30 -499 8 -262 6.112 12.600 0 L 3 -39 36 -455 14 -306 6.208 12.600 0 L 5 -39 45 -454 18 -307 6.316 12.600 0 L 5 -39 38 -355 16 -218 6.440 12.600 0 L 6 -39 22 -148 6.500 11.987 0 L 9 -38 43 -196 48 -296 29 -270 6.587 12.600 0 L 21 -34 43 -87 33 -86 30 -95 45 -195 17 -93 6.811 12.600 0 L 0 39 5 100 8 100 13 99 19 99 39 127 17 38 30 50 18 23 29 25 42 18 28 1 28 -5 26 -12 30 -21 33 -31 35 -45 10 -14 7.000 12.010 0 L -3 -39 -17 -256 -5 -200 3 -200 6 -105 7.650 12.600 0 L 0 -39 10 -500 13 -200 6 -61 7.820 12.600 0 L 2 -39 49 -635 5 -47 7.944 12.600 0 L 2 -39 2 -39 8.000 11.878 0 L 4 -39 92 -761 8.042 12.600 0 L 6 -39 120 -761 8.136 12.600 0 L 7 -39 142 -761 8.229 12.600 0 L -39 -1 -200 -4 -90 0 15.000 11.804 0 L 0 -39 -1 -761 6.028 13.400 0 L 0 -39 1 -761 6.110 13.400 0 L 1 -39 6 -761 6.201 13.400 0 L 1 -39 14 -700 0 -61 6.301 13.400 0 L 2 -39 23 -600 3 -161 6.412 13.400 0 L 3 -39 34 -499 10 -262 6.540 13.400 0 L 6 -39 52 -397 26 -298 3 -66 6.723 13.400 0 L 0 -39 2 -537 10 -224 7.398 13.400 0 L 2 -39 60 -761 7.587 13.400 0 L 4 -39 82 -761 7.733 13.400 0 L 4 -39 87 -761 7.852 13.400 0 L 4 -39 44 -384 7.952 13.400 0 L 4 -39 38 -337 8.000 12.977 0 L 5 -39 93 -761 8.037 13.400 0 L 6 -39 105 -761 8.117 13.400 0 L 0 -39 -18 -761 6.046 14.200 0 L 0 -39 -17 -761 6.128 14.200 0 L 0 -39 -14 -761 6.215 14.200 0 L 0 -39 -9 -761 6.310 14.200 0 L 0 -39 0 -761 6.413 14.200 0 L 0 -39 11 -761 6.528 14.200 0 L 1 -39 27 -656 1 -105 6.693 14.200 0 L 2 -39 28 -656 7 -105 7.361 14.200 0 L 3 -39 60 -761 7.523 14.200 0 L 4 -39 82 -761 7.647 14.200 0 L 4 -39 91 -761 7.756 14.200 0 L 4 -39 93 -761 7.854 14.200 0 L 4 -39 53 -447 7.943 14.200 0 L 4 -39 33 -274 8.000 13.714 0 L 4 -39 89 -761 8.024 14.200 0 L -1 -39 -26 -761 6.073 15.000 0 L -1 -39 -26 -761 6.155 15.000 0 L 0 -39 -24 -761 6.240 15.000 0 L 0 -39 -20 -761 6.330 15.000 0 L 0 -39 -14 -761 6.427 15.000 0 L 0 -39 -5 -761 6.534 15.000 0 L 0 -39 0 -757 0 -4 6.692 15.000 0 L 2 -39 44 -756 0 -5 7.314 15.000 0 L 2 -39 25 -419 7.473 15.000 0 L 2 -39 21 -302 7.500 14.542 0 L 3 -39 62 -761 7.582 15.000 0 L 3 -39 72 -761 7.681 15.000 0 L 4 -39 77 -761 7.773 15.000 0 L 4 -39 79 -761 7.860 15.000 0 L 4 -39 54 -529 7.942 15.000 0 L 4 -39 20 -192 8.000 14.432 0 L RS -1 -39 -33 -761 6.108 15.800 0 L -1 -39 -32 -761 6.188 15.800 0 L -1 -39 -29 -761 6.271 15.800 0 L -1 -39 -25 -761 6.357 15.800 0 L 0 -39 -21 -761 6.449 15.800 0 L 0 -39 -15 -761 6.549 15.800 0 L 0 -39 -18 -757 0 -4 6.710 15.800 0 L 2 -39 35 -656 8 -105 7.269 15.800 0 L 2 -39 37 -761 7.434 15.800 0 L 2 -39 47 -761 7.532 15.800 0 L 3 -39 57 -761 7.620 15.800 0 L 3 -39 65 -761 7.705 15.800 0 L 3 -39 70 -761 7.787 15.800 0 L 3 -39 72 -761 7.866 15.800 0 L -1 -39 -31 -761 6.140 16.600 0 L -1 -39 -30 -761 6.219 16.600 0 L -1 -39 -28 -761 6.300 16.600 0 L -1 -39 -25 -761 6.384 16.600 0 L -1 -39 -21 -761 6.471 16.600 0 L -1 -39 -19 -761 6.569 16.600 0 L -1 -39 -36 -761 6.748 16.600 0 L 3 -39 53 -698 7 -63 7.206 16.600 0 L 1 -39 33 -761 7.399 16.600 0 L 1 -39 2 -45 7.497 16.600 0 L 1 -39 30 -676 7.500 16.515 0 L 2 -39 41 -761 7.576 16.600 0 L 2 -39 47 -761 7.655 16.600 0 L 3 -39 51 -761 7.732 16.600 0 L 3 -39 54 -761 7.809 16.600 0 L -1 -39 -28 -760 6.170 17.400 0 L -1 -39 -27 -760 6.247 17.400 0 L -1 -39 -25 -760 6.326 17.400 0 L -1 -39 -22 -760 6.407 17.400 0 L 0 -39 -19 -760 6.490 17.400 0 L -1 -39 -18 -760 6.589 17.400 0 L -2 -39 -45 -655 -11 -105 6.806 17.400 0 L 4 -39 61 -497 34 -197 15 -66 7.092 17.400 0 L 1 -39 31 -760 7.366 17.400 0 L 1 -39 25 -760 7.470 17.400 0 L 1 -39 29 -760 7.546 17.400 0 L 1 -39 33 -760 7.620 17.400 0 L 2 -39 36 -760 7.694 17.400 0 L 2 -39 39 -760 7.768 17.400 0 L -1 -39 -23 -760 6.194 18.200 0 L -1 -39 -22 -760 6.270 18.200 0 L -1 -39 -20 -760 6.348 18.200 0 L 0 -39 -18 -760 6.426 18.200 0 L 0 -39 -9 -451 6.500 17.890 0 L -1 -39 -17 -760 6.607 18.200 0 L 0 39 5 270 6.500 17.890 0 L -4 -39 -42 -297 -21 -86 -11 -26 -20 -24 -25 5 -28 43 -42 108 7.000 17.716 0 L 9 -38 25 -97 57 -180 7.000 17.716 0 L 1 -39 35 -760 7.330 18.200 0 L 1 -39 23 -760 7.446 18.200 0 L 1 -39 20 -760 7.525 18.200 0 L 1 -39 21 -760 7.597 18.200 0 L 1 -39 24 -760 7.669 18.200 0 L 1 -39 27 -760 7.739 18.200 0 L 0 -39 -19 -760 6.214 19.000 0 L -1 -39 -17 -760 6.289 19.000 0 L 0 -39 -17 -760 6.365 19.000 0 L 0 -39 -15 -760 6.442 19.000 0 L 0 -39 -14 -760 6.520 19.000 0 L -1 -39 -18 -760 6.627 19.000 0 L 1 -39 33 -760 7.296 19.000 0 L 1 -39 20 -760 7.424 19.000 0 L 0 -39 18 -760 7.507 19.000 0 L 1 -39 17 -760 7.579 19.000 0 L 1 -39 18 -760 7.649 19.000 0 L 1 -39 20 -760 7.718 19.000 0 L RS 60 setlinewidth -10000 0 0 -16000 10000 0 0 16000 5.000 3.000 0 L 0 -250 5.000 3.250 0 L 0 -150 5.500 3.150 0 L 0 -150 6.000 3.150 0 L 0 -150 6.500 3.150 0 L 0 -150 7.000 3.150 0 L 0 -150 7.500 3.150 0 L 0 -150 8.000 3.150 0 L 0 -150 8.500 3.150 0 L 0 -150 9.000 3.150 0 L 0 -150 9.500 3.150 0 L 0 -250 10.000 3.250 0 L 0 -150 10.500 3.150 0 L 0 -150 11.000 3.150 0 L 0 -150 11.500 3.150 0 L 0 -150 12.000 3.150 0 L 0 -150 12.500 3.150 0 L 0 -150 13.000 3.150 0 L 0 -150 13.500 3.150 0 L 0 -150 14.000 3.150 0 L 0 -150 14.500 3.150 0 L 0 -250 15.000 3.250 0 L 0 250 5.000 18.750 0 L 0 149 5.500 18.850 0 L 0 149 6.000 18.850 0 L 0 149 6.500 18.850 0 L 0 149 7.000 18.850 0 L 0 149 7.500 18.850 0 L 0 149 8.000 18.850 0 L 0 149 8.500 18.850 0 L 0 149 9.000 18.850 0 L 0 149 9.500 18.850 0 L 0 250 10.000 18.750 0 L 0 149 10.500 18.850 0 L 0 149 11.000 18.850 0 L 0 149 11.500 18.850 0 L 0 149 12.000 18.850 0 L 0 149 12.500 18.850 0 L 0 149 13.000 18.850 0 L 0 149 13.500 18.850 0 L 0 149 14.000 18.850 0 L 0 149 14.500 18.850 0 L 0 250 15.000 18.750 0 L -250 0 5.250 3.000 0 L -150 0 5.150 3.800 0 L -150 0 5.150 4.600 0 L -150 0 5.150 5.400 0 L -250 0 5.250 6.200 0 L -150 0 5.150 7.000 0 L -150 0 5.150 7.800 0 L -150 0 5.150 8.600 0 L -250 0 5.250 9.400 0 L -150 0 5.150 10.200 0 L -150 0 5.150 11.000 0 L -150 0 5.150 11.800 0 L -250 0 5.250 12.600 0 L -150 0 5.150 13.400 0 L -150 0 5.150 14.200 0 L -150 0 5.150 15.000 0 L -250 0 5.250 15.800 0 L -150 0 5.150 16.600 0 L -150 0 5.150 17.400 0 L -150 0 5.150 18.200 0 L -250 0 5.250 19.000 0 L 250 0 14.750 3.000 0 L 149 0 14.850 3.800 0 L 149 0 14.850 4.600 0 L 149 0 14.850 5.400 0 L 250 0 14.750 6.200 0 L 149 0 14.850 7.000 0 L 149 0 14.850 7.800 0 L 149 0 14.850 8.600 0 L 250 0 14.750 9.400 0 L 149 0 14.850 10.200 0 L 149 0 14.850 11.000 0 L 149 0 14.850 11.800 0 L 250 0 14.750 12.600 0 L 149 0 14.850 13.400 0 L 149 0 14.850 14.200 0 L 149 0 14.850 15.000 0 L 250 0 14.750 15.800 0 L 149 0 14.850 16.600 0 L 149 0 14.850 17.400 0 L 149 0 14.850 18.200 0 L 250 0 14.750 19.000 0 L 30 setlinewidth -1000 0 0 -1000 1000 0 16.000 4.000 1 F -1000 0 17.000 3.000 0 L 75 76 0.0 (-0.9 eV) F2 17.300 3.755 T -1000 0 0 -1000 1000 0 16.000 5.000 2 F -1000 0 17.000 4.000 0 L 75 76 0.0 (-0.8 eV) F2 17.300 4.755 T -1000 0 0 -1000 1000 0 16.000 6.000 3 F -1000 0 17.000 5.000 0 L 75 76 0.0 (-0.7 eV) F2 17.300 5.755 T -1000 0 0 -1000 1000 0 16.000 7.000 4 F -1000 0 17.000 6.000 0 L 75 76 0.0 (-0.6 eV) F2 17.300 6.755 T -1000 0 0 -1000 1000 0 16.000 8.000 5 F -1000 0 17.000 7.000 0 L 75 76 0.0 (-0.5 eV) F2 17.300 7.755 T -1000 0 0 -1000 1000 0 16.000 9.000 6 F -1000 0 17.000 8.000 0 L 75 76 0.0 (-0.4 eV) F2 17.300 8.755 T -1000 0 0 -1000 1000 0 16.000 10.000 7 F -1000 0 17.000 9.000 0 L 75 76 0.0 (-0.3 eV) F2 17.300 9.755 T -1000 0 0 -1000 1000 0 16.000 11.000 8 F -1000 0 17.000 10.000 0 L 75 76 0.0 (-0.2 eV) F2 17.300 10.755 T -1000 0 0 -1000 1000 0 16.000 12.000 9 F -1000 0 17.000 11.000 0 L 75 76 0.0 (-0.1 eV) F2 17.300 11.755 T -1000 0 0 -1000 1000 0 16.000 13.000 10 F -1000 0 17.000 12.000 0 L 75 76 0.0 ( 0.0 eV) F2 17.300 12.755 T -1000 0 0 -1000 1000 0 16.000 14.000 11 F -1000 0 17.000 13.000 0 L 75 76 0.0 ( 0.1 eV) F2 17.300 13.755 T -1000 0 0 -1000 1000 0 16.000 15.000 12 F -1000 0 17.000 14.000 0 L 75 76 0.0 ( 0.2 eV) F2 17.300 14.755 T -1000 0 0 -1000 1000 0 16.000 16.000 13 F -1000 0 17.000 15.000 0 L 75 76 0.0 ( 0.3 eV) F2 17.300 15.755 T -1000 0 0 -1000 1000 0 16.000 17.000 14 F -1000 0 17.000 16.000 0 L 75 76 0.0 ( 0.4 eV) F2 17.300 16.755 T -1000 0 0 -1000 1000 0 16.000 18.000 15 F -1000 0 17.000 17.000 0 L 75 76 0.0 ( 0.5 eV) F2 17.300 17.755 T -1000 0 0 -1000 1000 0 16.000 19.000 16 F -1000 0 17.000 18.000 0 L 60 setlinewidth -1000 0 0 -16000 1000 0 0 16000 16.000 3.000 0 L 0 74 0.5 (0.25) F2 5.000 2.210 T 0 74 0.5 (1.50) F2 10.000 2.210 T 0 74 0.5 (2.75) F2 15.000 2.210 T 0 74 1.0 (-0.25) F2 4.700 2.755 T 0 74 1.0 (0.25) F2 4.700 5.955 T 0 74 1.0 (0.75) F2 4.700 9.155 T 0 74 1.0 (1.25) F2 4.700 12.355 T 0 74 1.0 (1.75) F2 4.700 15.555 T 0 74 1.0 (2.25) F2 4.700 18.755 T 0 74 0.0 () F3 5.000 20.000 T 30 setlinewidth 75 76 0.5 (-0.1) F1 6.752 12.861 T 75 76 0.5 (0.2) F1 6.500 10.994 T 75 76 0.5 (0.5) F1 6.663 9.177 T 75 76 0.5 (0.5) F1 10.902 9.007 T 75 76 0.5 (-0.2) F1 12.500 8.657 T 75 76 0.5 (-0.7) F1 14.000 7.051 T restore pop % remove mark showpage %%EOF cleartomark countdictstack exch sub { end } repeat restore grestore % % End Imported PIC File: 0.00_0.50_090_000.ps %%EndDocument % % Polyline % % Begin Imported EPS File: h2pd0.0_0.5_90_00.ps %%BeginDocument: h2pd0.0_0.5_90_00.ps % n gs 4050 1073 tr 7.837736 -7.837736 sc 265 0 tr 180 rot -160 -290 tr sa n 160 290 m 425 290 l 425 555 l 160 555 l cp clip n countdictstack mark /showpage {} def % EPS file follows: %!PS-Adobe-2.0 %%Creator: BALSAC 2.11 (C) Copyright by K. Hermann %%BoundingBox: 160 290 425 555 %%EndComments %%%BoundingBox: 40 315 565 700 % 26 714 translate -90 rotate .7 .7 scale /Boxd { /yc2 exch def /xc2 exch def /yc1 exch def /xc1 exch def newpath xc1 yc1 moveto xc2 yc1 lineto xc2 yc2 lineto xc1 yc2 lineto closepath } bind def /ISOenc {findfont dup length dict begin {1 index /FID ne {def} {pop pop} ifelse } forall /Encoding ISOLatin1Encoding def currentdict end definefont pop} bind def /COcir { setrgbcolor 0.25 setlinewidth newpath 0 360 arc closepath stroke } bind def /CFcir { setrgbcolor 0.25 setlinewidth newpath 0 360 arc closepath gsave fill grestore Rol Gol Bol setrgbcolor stroke } bind def /CLine { setlinewidth setrgbcolor newpath moveto lineto 1 setlinejoin 1 setlinecap stroke } bind def /COLine { /lwi exch def /clB exch def /clG exch def /clR exch def newpath moveto lineto 1 setlinejoin 0 setlinecap gsave lwi 3 add setlinewidth 1 setgray stroke grestore lwi setlinewidth clR clG clB setrgbcolor stroke } bind def /CDLine { /lwi exch def /clB exch def /clG exch def /clR exch def /y3 exch def /x3 exch def newpath moveto lineto x3 y3 lineto 1 setlinejoin 0 setlinecap lwi 0 ge {gsave lwi 3 add setlinewidth 1 setgray stroke grestore} {/lwi lwi neg def} ifelse lwi setlinewidth clR clG clB setrgbcolor stroke } bind def /CBall { /incol exch nos1 mul def /radius exch def /y0 exch def /x0 exch def x0 y0 translate phi rotate 0 radius Cel /shift0 ey radius mul def /i 0 def 1. ez div 1. scale /radiz radius ez mul def nosh {/incol incol 1 add def alp i get shift0 mul bet i get radiz mul Cel /i i 1 add def} repeat ez 1. scale 0 0 radius Rol Gol Bol COcir phi neg rotate x0 neg y0 neg translate} bind def /Cel { /rady exch def /yy0 exch def 0 yy0 translate newpath cRA incol get cGA incol get cBA incol get setrgbcolor 0 0 rady 0 360 arc closepath fill 0 yy0 neg translate } bind def /Lite { /phi exch def /ez exch def /ey exch def } bind def /CBond { /clBi exch def /clGi exch def /clRi exch def /qq exch def /r2 exch def /r1 exch def /y2 exch def /x2 exch def /y1 exch def /x1 exch def qq 0 gt {/qq1 1 qq div def} if x1 x2 ne y1 y2 ne or { /wr y2 y1 sub x2 x1 sub atan def newpath 0.25 setlinewidth clRi clGi clBi setrgbcolor x1 y1 translate wr rotate qq 0 gt {qq 1 scale 0 0 r1 90 270 arc qq1 1 scale } {0 r1 moveto 0 r1 neg lineto } ifelse wr neg rotate x2 x1 sub y2 y1 sub translate wr rotate 0 r2 neg lineto qq 0 lt {qq 1 scale 0 0 r2 270 90 arcn qq1 1 scale } { 0 r2 lineto } ifelse wr neg rotate x2 neg y2 neg translate closepath gsave fill grestore Rbd Gbd Bbd setrgbcolor stroke } if } bind def /Coldef { /qgam exch def /qmax exch def /qmin exch def /clB exch def /clG exch def /clR exch def /qint clR clG clB add add 3 div def qint 0 eq { /qint 1 def /pint 1 def } { /pint 1 1 qint sub div def } ifelse /aaR clR qint sub pint mul def /bbR 1 clR sub pint mul def /aaG clG qint sub pint mul def /bbG 1 clG sub pint mul def /aaB clB qint sub pint mul def /bbB 1 clB sub pint mul def /dqq qmax qmin sub def /qq qmin dqq sub def /kk 0 def nos1 { /qq qmin kk nosh div qgam exp dqq mul add def qq qint lt {cRA ii clR qq mul qint div put cGA ii clG qq mul qint div put cBA ii clB qq mul qint div put } {cRA ii aaR bbR qq mul add put cGA ii aaG bbG qq mul add put cBA ii aaB bbB qq mul add put } ifelse /ii ii 1 add def /kk kk 1 add def} repeat} bind def /nosh 50 def /ncol 3 def /nos1 nosh 1 add def /cRA nos1 ncol mul array def /cGA nos1 ncol mul array def /cBA nos1 ncol mul array def /ii 0 def .736 .787 1.000 .400 .900 1.000 Coldef .992 .992 .992 .200 .655 1.000 Coldef .892 .892 .892 .670 .890 .710 Coldef /alp nosh array def /bet nosh array def /i 0 def /j 0 def nosh { alp i j nosh div put bet i 1 j nosh div dup mul sub abs sqrt put /i i 1 add def /j j 1 add def } repeat % 20 20 570 770 Boxd .000 .000 .000 setrgbcolor fill % 20 20 570 770 Boxd 0 setgray stroke 20 20 570 770 Boxd clip % 53 45 {dup mul exch dup mul add 1. exch sub } setscreen /Rol .000 def /Gol .000 def /Bol .000 def /Rbd .000 def /Gbd .000 def /Bbd .000 def .7660 .6428 125.00 Lite 220.42 344.60 365.58 344.60 4.584 4.584 .0000 .88 .88 .878 CBond % 7 - 8 216.60 308.42 216.60 523.58 4.584 4.584 .0000 .88 .88 .878 CBond % 7 - 9 369.40 308.42 369.40 523.58 4.584 4.584 .0000 .88 .88 .878 CBond % 8 - 10 180.42 497.40 405.58 497.40 4.584 4.584 .0000 .88 .88 .878 CBond % 9 - 10 369.40 414.63 369.40 427.37 3.056 3.056 .0000 .000 .000 .000 CBond % 1 - 10 216.60 344.60 43.24 2 CBall % 3 369.40 497.40 43.24 2 CBall % 4 369.40 344.60 43.24 2 CBall % 5 216.60 497.40 43.24 2 CBall % 6 369.40 396.55 18.34 1 CBall % 10 369.40 445.45 18.34 1 CBall % 1 /#copies 1 def showpage %%EndDocument: cleartomark countdictstack exch sub { end } repeat restore grestore % % End Imported PIC File: h2pd0.0_0.5_90_00.ps %%EndDocument % /Helvetica-Bold-iso ff 300.00 scf sf 5805 2070 m gs 1 -1 sc (Pd) col0 sh gr %/Helvetica-iso ff 375.00 scf sf /Roman-iso ff 425.00 scf sf 1200 7435 m gs 1 -1 sc 90.0 rot (2) col0 sh gr 30.000 slw % Ellipse n 5785 8715 40 40 0 360 DrawEllipse gs col0 s gr %/Helvetica-iso ff 450.00 scf sf /Roman-iso ff 500.00 scf sf 2680 9150 m gs 1 -1 sc (H-H distance) col0 sh gr %/Helvetica-iso ff 450.00 scf sf /Roman-iso ff 500.00 scf sf 5430 9135 m gs 1 -1 sc (\(A\)) col0 sh gr % Rotated Ellipse gs 630 1535 tr -90.000 rot n 0 0 40 40 0 360 DrawEllipse 90.000 rot gs col0 s gr gr %/Helvetica-iso ff 450.00 scf sf /Roman-iso ff 500.00 scf sf 1050 7770 m gs 1 -1 sc 90.0 rot (H distance from the surface) col0 sh gr %/Helvetica-iso ff 450.00 scf sf /Roman-iso ff 500.00 scf sf 1035 1885 m gs 1 -1 sc 90.0 rot (\(A\)) col0 sh gr $F2psEnd rs %%EndDocument @endspecial 4059 979 a currentpoint grestore moveto 4059 979 a 2042 1118 a Fr(FIG.)31 b(2:)47 b(\(a\))31 b(Hollo)n(w)i(-)e(Bridge)h(-)f(Hollo)n(w)h(and)f (\(b\))g(T)-6 b(op)31 b(-)g(Bridge)2042 1205 y(-)39 b(T)-6 b(op.)78 b(Con)n(tour)41 b(plots)f(through)g(the)g(6-D)g(analytical)h (PES)f(of)2042 1292 y(H)2100 1300 y Fq(2)2134 1292 y Fr(/Pd\(100\))e(from)g([10)q(].)70 b(Insets:)57 b(Con\014guration)38 b(of)g(the)f(disso-)2042 1380 y(ciation)32 b(path)n(w)n(a)n(ys.)50 b(Solid)32 b(line)f(in)g(\(a\):)46 b(minim)n(um)31 b(path)f(to)n(w)n (ards)2042 1467 y(disso)r(ciation.)36 b(Energy)26 b(spacing)h(of)f(the) f(con)n(tour)h(lines:)35 b(0)p Fg(:)p Fr(1)14 b(eV.)2042 1752 y Ft(molecule)31 b(more)f(than)h Fl(Z)21 b Ft(=)15 b(1)3025 1737 y(\027)3025 1752 y(A)32 b(ab)r(o)n(v)n(e)d(the)j(surface) e(are)g(v)n(ery)2042 1848 y(similar,)20 b(as)e(w)n(ell)g(as)g(the)i (exit)f(c)n(hannels)f(with)h(a)f(molecular)g(b)r(ond)2042 1943 y(length)31 b Fl(r)17 b(>)d Ft(1)p Fl(:)p Ft(50)2611 1928 y(\027)2611 1943 y(A.)31 b(The)g(crucial)f(b)r(ond-breaking)g(pro) r(cess)f(of)2042 2039 y(the)36 b(molecule)f(tak)n(es)g(place)g(in)g(a)h (relativ)n(ely)e(small)h(region)f(of)2042 2134 y(the)h(PES.)f (Throughout)f(the)i(follo)n(wing,)h(w)n(e)e(will)h(often)g(refer)2042 2230 y(to)28 b(these)h(t)n(w)n(o-dimensional)e(cuts)i(through)f(the)h (con\014guration)2042 2325 y(space,)38 b(but)g(one)e(should)h(k)n(eep)f (in)h(mind)h(that)f(the)g(complete)2042 2421 y(PES)27 b(is)g(six-dimensional.)2354 2712 y Fo(B.)88 b(T)-7 b(ests)28 b(of)i(the)f(activ)-5 b(ation)30 b(functions)2125 2928 y Ft(F)-7 b(or)35 b(a)g(test)h(of)g(the)g(di\013eren)n(t)g(c)n(hoices)e (of)i(activ)-5 b(ation)35 b(func-)2042 3023 y(tions)i(lik)n(e)g (Gaussians,)i(trigonometric)c(functions)j(or)f(F)-7 b(ermi-)2042 3119 y(lik)n(e)42 b(functions)h(for)g(the)g(appro)n(ximation)e(of)i (PESs)f(a)g(train-)2042 3214 y(ing)32 b(set)h(of)g(1,560)e(and)h(a)h (test)g(set)f(of)h(7,200)e(examples)h(of)h(the)2042 3310 y(6D-analytical)f(PES)g(ha)n(v)n(e)g(b)r(een)i(used.)54 b(Gaussian)33 b(functions)2042 3405 y(pro)n(v)n(ed)j(to)h(b)r(e)h (unsatisfactory)d(for)i(the)h(giv)n(en)f(problem)f(and)2042 3501 y(structure)i(of)g(the)h(NNs.)70 b(F)-7 b(or)38 b(sine)g(functions)h(a)f(n)n(um)n(b)r(er)g(of)2042 3596 y(453)26 b(parameters)f(w)n(as)h(necessary)g(to)h(ac)n(hiev)n(e)f(a)h (RMSE)g(of)g(the)2042 3692 y(training)38 b(set)h(b)r(elo)n(w)g(0)p Fl(:)p Ft(1)14 b(eV.)38 b(Ho)n(w)n(ev)n(er,)i(a)e(test)h(set)g(error)e (of)2042 3787 y(0)p Fl(:)p Ft(49)j(eV)28 b(re\015ected)g(a)f(p)r(o)r (or)g(generalisation)f(abilit)n(y)-7 b(.)38 b(The)28 b(out-)2042 3883 y(put)i(function)g(w)n(as)e(globally)h(not)g(smo)r (oth)g(enough.)42 b(A)30 b(higher)2042 3978 y(n)n(um)n(b)r(er)d(of)f (parameters)g(lead)g(to)h(a)g(further)g(w)n(orsening)e(of)i(the)2042 4074 y(generalization)e(capabilit)n(y)-7 b(.)2125 4172 y(With)38 b(sigmoidal)d(or)h(F)-7 b(ermi-lik)n(e)37 b(functions)g(w)n (e)g(w)n(ere)f(able)2042 4267 y(to)i(obtain)f(a)h(training)f(error)f (of)i(0)p Fl(:)p Ft(004)14 b(eV)36 b(and)h(a)h(test)g(error)2042 4363 y(of)g(around)g(0)p Fl(:)p Ft(16)14 b(eV.)37 b(W)-7 b(e)39 b(will)g(therefore)f(use)g(this)h(group)e(of)2042 4458 y(activ)-5 b(ation)28 b(functions)i(throughout)e(the)h(follo)n (wing.)40 b(Ho)n(w)n(ev)n(er,)2042 4554 y(the)27 b(\014t)g(required)f (the)h(use)g(of)g(a)f(large)g(n)n(um)n(b)r(er)g(of)h(parameters,)2042 4649 y(i.e.)52 b(around)32 b(3)p Fl(;)14 b Ft(000,)32 b(leading)g(to)g(longer)g(\014tting)h(times.)52 b(This)2042 4745 y(can)26 b(b)r(e)h(explained)g(b)n(y)f(the)h(form)f(of)h(the)g (disso)r(ciation)f(PES.)g(It)2042 4840 y(consists)32 b(of)i(n)n(umerous)e(lo)r(cal)h(bumps)g(in)h(the)g(b)r(ond-breaking) 2042 4936 y(region,)27 b(one)i(in)f(eac)n(h)g(2D)h(cut)g(of)f(the)h(6D) g(PES,)e(and)i(is)f(rather)2042 5031 y(smo)r(oth)40 b(elsewhere.)76 b(In)42 b(order)d(to)i(form)g(a)f(p)r(eak)h(with)g(sig-)2042 5127 y(moidals)24 b(man)n(y)h(of)g(them)h(-)f(rotated)g(around)f(the)i (cen)n(tre)f(of)g(the)2042 5222 y(hill)34 b(-)f(are)g(necessary)-7 b(.)53 b(Consequen)n(tly)-7 b(,)34 b(in)g(order)e(to)h(prop)r(erly)2042 5318 y(describ)r(e)f(the)i(pro)r(cess)e(of)g(b)r(ond-breaking)g(within) i(a)e(v)n(ery)g(lo-)2042 5413 y(calised)j(region)g(of)h(a)g(detailed)g (PES)g(and)g(at)g(the)g(same)g(time)p eop end %%Page: 5 5 TeXDict begin 5 4 bop 4043 -299 a Ft(5)-150 -83 y(mo)r(delling)26 b(a)g(smo)r(oth)g(function)h(outside)g(that)f(region,)g(a)g(large)-150 12 y(n)n(um)n(b)r(er)36 b(of)f(F)-7 b(ermi-lik)n(e)36 b(basis)f(functions)h(is)g(required.)61 b(Both)-150 108 y(sigmoidal)26 b(and)g(h)n(yp)r(erb)r(olic)h(tangen)n(t)f(functions)i (can)e(b)r(e)h(used.)-150 203 y(Ho)n(w)n(ev)n(er,)41 b(con)n(v)n(ergence)c(of)j(the)g(RMSE)g(in)g(online)g(learning)-150 299 y(with)22 b(functions)g(whic)n(h)f(are)f(symmetric)h(ab)r(out)h (the)f(origin,)h(lik)n(e)-150 394 y(the)29 b(h)n(yp)r(erb)r(olic)f (tangen)n(t,)g(is)g(often)h(faster)f([29)o(])g(and)g(therefore)-150 490 y(will)f(b)r(e)g(preferred.)35 b(F)-7 b(urthermore,)26 b(w)n(e)g(found)h(that)f(a)g(detailed)-150 585 y(PES)f(can)g(b)r(e)i (\014tted)f(with)g(less)g(complexit)n(y)f(if)h(a)g(net)n(w)n(ork)e (with)-150 681 y(t)n(w)n(o)31 b(hidden)g(la)n(y)n(ers)f(is)h(c)n(hosen) f(for)h(the)h(NN)f(arc)n(hitecture.)47 b(In)-150 776 y Fl(N)33 b Ft(dimensions)24 b(2)p Fl(N)32 b Ft(no)r(des)24 b(in)g(the)h(\014rst)f(hidden)g(la)n(y)n(er)f(and)h(one)-150 872 y(no)r(de)h(in)g(the)g(second)g(hidden)g(la)n(y)n(er)e(can)i(form)f (one)h(bump)g([27)o(].)-67 972 y(In)49 b(summary)-7 b(,)54 b(as)48 b(an)g(optimization)h(algorithm)f(for)g(the)-150 1068 y(net)n(w)n(ork)i(w)n(eigh)n(ts)h(w)n(e)g(will)h(emplo)n(y)g(the)g (adaptiv)n(e)f(global)-150 1163 y(extended)42 b(Kalman)f(\014lter)h (\(A)n(GEKF\))g(with)g(t)n(w)n(o)f(forgetting)-150 1259 y(sc)n(hedule)29 b(parameters)f Fl(\025)p Ft(\(0\),)i Fl(\025)869 1271 y Fm(0)936 1259 y Ft(and)f(an)g(adaptiv)n(e)g (threshold)-150 1354 y(of)39 b Fl(a)0 1366 y Fk(th)80 1354 y Fh(\002)26 b Fl(R)q(M)9 b(S)c(E)g Ft(.)71 b(The)39 b(activ)-5 b(ation)38 b(functions)i(of)f(the)g(hid-)-150 1450 y(den)c(la)n(y)n(ers)e(are)g(h)n(yp)r(erb)r(olic)i(tangen)n(ts)f (and)g(linear)g(functions)-150 1545 y(in)d(the)g(output)g(la)n(y)n(er.) 45 b(The)31 b(NN)g(structure)g(will)g(mainly)f(con-)-150 1641 y(sist)c(of)f(one)g(input)i(la)n(y)n(er,)d(t)n(w)n(o)h(hidden)h (la)n(y)n(ers)e(and)i(one)f(output)-150 1736 y(la)n(y)n(er)33 b(with)i(a)f(high)h(n)n(um)n(b)r(er)f(of)g(parameters.)56 b(F)-7 b(urthermore,)-150 1831 y(the)31 b(input)g(data)f(are)f (pre-conditioned,)h(i.e.)45 b(w)n(e)30 b(subtract)g(the)-150 1927 y(means)j(and)f(normalize)g(the)i(v)-5 b(ariances)31 b(in)i(order)f(to)h(impro)n(v)n(e)-150 2022 y(ill-conditioning.)39 b(In)28 b(order)g(to)g(ensure)g(a)g(most)g(accurate)f(rep-)-150 2118 y(resen)n(tation)j(of)h(the)h(p)r(oten)n(tial)f(w)n(e)g(use)g (individual)g(w)n(eigh)n(ting)-150 2213 y(of)i(eac)n(h)e(energy)-7 b(.)51 b(F)-7 b(or)32 b(instance,)i(disso)r(ciation)d(dynamics)i(de-) -150 2309 y(p)r(end)38 b(crucially)e(on)i(the)f(region)f(in)i(whic)n(h) f(the)h(b)r(ond)g(of)f(the)-150 2404 y(molecule)26 b(breaks,)f(whereas) g(the)i(part)f(where)g(the)g(p)r(oten)n(tial)h(is)-150 2500 y(already)g(elev)-5 b(ated)28 b(is)h(of)f(less)g(imp)r(ortance.)38 b(W)-7 b(e)29 b(will)g(asso)r(ciate)-150 2595 y(the)22 b(former)f(region)f(with)i(w)n(eigh)n(ts,)g(whic)n(h)g(are)f(up)h(to)f (ten)h(times)-150 2691 y(higher)27 b(than)h(the)g(rest)f(of)g(the)h (geometries.)11 2993 y Fo(C.)117 b(Explicit)29 b(consideration)h(of)f (the)h(symmetry)-67 3212 y Ft(The)i(computational)f(e\013ort)g(in)h (DFT)g(calculations)f(can)g(b)r(e)-150 3308 y(reduced)26 b(b)n(y)g(taking)f(adv)-5 b(an)n(tage)25 b(of)h(the)g(symmetry)g(of)g (the)g(un-)-150 3403 y(derlying)39 b(problem.)72 b(Since)40 b(w)n(e)f(kno)n(w)g(the)h(surface)f(symme-)-150 3499 y(try)29 b(b)r(eforehand)f(it)i(is)e(clearly)g(adv)-5 b(an)n(tageous)27 b(to)i(include)g(this)-150 3594 y(kno)n(wledge)34 b(prior)g(to)h(the)g(optimization)g(of)g(the)h(NN)g(param-)-150 3689 y(eters.)75 b(In)41 b(this)g(w)n(a)n(y)e(w)n(e)h(let)h(the)g(net)n (w)n(ork)e(concen)n(trate)h(on)-150 3785 y(the)35 b(crucial)f(pro)r (cess,)i(the)f(b)r(ond-breaking)f(of)g(the)i(molecule.)-150 3880 y(In)d(order)f(to)h(do)f(so)h(w)n(e)f(pre-pro)r(cess)f(the)j(co)r (ordinates)d(of)i(the)-150 3976 y(problem.)-67 4076 y(The)43 b(original)e(set)i(of)g(co)r(ordinates)e Fl(X)1214 4088 y Fk(c)1248 4076 y Fl(;)14 b(Y)1333 4088 y Fk(c)1367 4076 y Fl(;)g(Z)1461 4088 y Fk(c)1494 4076 y Fl(;)g(d;)g(\022)r(;)g (\036)44 b Ft(de-)-150 4172 y(scrib)r(e)34 b(the)h(six)f(degrees)f(of)h (freedom)g(of)g(the)h(molecule.)57 b(Due)-150 4267 y(to)41 b(the)g(high)f(costs)g(of)h Fn(ab)h(initio)47 b Ft(calculations)40 b(information)-150 4363 y(on)34 b(the)h(clean)f(Pd\(100\))f(has)h(b)r (een)h(determined)g(only)f(on)g(the)-150 4458 y(edges)29 b(of)h(the)h(irreducible)e(part)h(of)g(the)g(unit)h(cell)f([55)o(,)h (56)o(].)44 b(In)-150 4554 y(order)30 b(to)i(represen)n(t)e(the)i (whole)f(surface)g(area)f(the)h(analytical)-150 4649 y(\014t)j(assumed)f(a)g(certain)g(set)h(of)f(symmetry)g(op)r(erations)g (to)g(b)r(e)-150 4745 y(v)-5 b(alid)32 b([10)o(].)50 b(W)-7 b(e)32 b(p)r(oin)n(t)g(out)g(that)g(the)g(applied)g(symmetry)f (in-)-150 4840 y(tro)r(duces)38 b(arti\014cial)g(features)h(in)n(to)f (the)h(PES.)f(F)-7 b(or)39 b(instance,)-150 4936 y(the)g(molecule)f(in) g(the)h(analytical)e(PES)g(do)r(es)h(not)g(ha)n(v)n(e)f(an)n(y)-150 5031 y Fl(\036)h Ft(dep)r(endency)g(on)f(the)h(diagonals)d(of)j(the)g (unit)g(cell.)66 b(Ho)n(w-)-150 5127 y(ev)n(er,)26 b(since)h(this)h (PES)e(serv)n(es)f(as)i(a)g(test)g(problem)g(for)f(our)h(NN)-150 5222 y(approac)n(h,)36 b(w)n(e)f(emplo)n(y)n(ed)g(the)h(same)g (symmetry)f(and)g(trans-)-150 5318 y(formed)26 b(the)g(original)e(co)r (ordinates)h(in)n(to)h(a)f(set)h(of)g(eigh)n(t)g(inputs)-150 5413 y(to)h(the)h(NN:)2055 -83 y(X)2117 -71 y Fm(1)2168 -83 y Ft(=)33 b Fl(d)p Ft(,)2055 41 y(X)2117 53 y Fm(2)2168 41 y Ft(=)g Fl(d)2309 11 y Fm(2)2346 41 y Ft(,)2055 165 y(X)2117 177 y Fm(3)2168 165 y Ft(=)g Fl(Z)2323 177 y Fk(c)2356 165 y Ft(,)2055 289 y(X)2117 301 y Fm(4)2168 289 y Ft(=)g(sin)2368 254 y Fm(2)2405 289 y Ft(\()p Fl(\022)r Ft(\))14 b(cos\(2)p Fl(\036)p Ft(\))g([cos\()p Fl(G)19 b Fh(\001)f Fl(X)3166 301 y Fk(c)3200 289 y Ft(\))g Fh(\000)g Ft(cos\()p Fl(G)h Fh(\001)f Fl(Y)3650 301 y Fk(c)3684 289 y Ft(\)])q(,)2055 413 y(X)2117 425 y Fm(5)2168 413 y Ft(=)33 b(sin)2368 378 y Fm(2)2405 413 y Ft(\()p Fl(\022)r Ft(\))14 b(cos\(2)p Fl(\036)p Ft(\))g([cos\(2)p Fl(G)k Fh(\001)h Fl(X)3208 425 y Fk(c)3241 413 y Ft(\))g Fh(\000)f Ft(cos)o(\(2)p Fl(G)h Fh(\001)f Fl(Y)3733 425 y Fk(c)3767 413 y Ft(\)])q(,)2055 537 y(X)2117 549 y Fm(6)2168 537 y Ft(=)33 b(cos)2377 507 y Fm(2)2414 537 y Ft(\()p Fl(\022)r Ft(\),)2055 661 y(X)2117 673 y Fm(7)2168 661 y Ft(=)g(cos)o(\()p Fl(G)19 b Fh(\001)g Fl(X)2604 673 y Fk(c)2637 661 y Ft(\))g(+)f(cos)o (\()p Fl(G)h Fh(\001)g Fl(Y)3088 673 y Fk(c)3122 661 y Ft(\),)2055 785 y(X)2117 797 y Fm(8)2168 785 y Ft(=)33 b(cos)o(\(2)p Fl(G)19 b Fh(\001)f Fl(X)2645 797 y Fk(c)2679 785 y Ft(\))g(+)g(cos\(2)p Fl(G)g Fh(\001)h Fl(Y)3171 797 y Fk(c)3205 785 y Ft(\).)2125 971 y(The)24 b(transformations)f(are) g(based)h(on)g(F)-7 b(ourier)23 b(terms)h(in)h(the)2042 1067 y(lateral)31 b(co)r(ordinates)g Fl(X)2820 1079 y Fk(c)2886 1067 y Ft(and)i Fl(Y)3101 1079 y Fk(c)3167 1067 y Ft(up)g(to)f(a)g(recipro)r(cal)f(lattice)2042 1162 y(v)n(ector)c(of)i(2)14 b Fl(G)29 b Ft(represen)n(ting)e(the)i(p)r (erio)r(dicit)n(y)g(of)g(the)g(surface,)2042 1258 y(with)40 b Fl(G)30 b Ft(=)f(2)p Fl(\031)s(=a)39 b Ft(and)g(the)h(lattice)g (constan)n(t)f Fl(a)p Ft(.)73 b(The)40 b(term)2042 1353 y(cos)o(\(2)p Fl(\036)p Ft(\))14 b([cos\()p Fl(G)19 b Fh(\001)f Fl(X)2683 1365 y Fk(c)2717 1353 y Ft(\))g Fh(\000)g Ft(cos\()p Fl(G)h Fh(\001)f Fl(Y)3167 1365 y Fk(c)3201 1353 y Ft(\)])42 b(in)g(the)h(fourth)f(co)r(ordi-)2042 1449 y(nate)29 b(re\015ects)f(the)i(four-fold)e(symmetry)h(of)g(the)h (surface.)40 b(The)2042 1544 y(factor)33 b(sin)2388 1509 y Fm(2)2425 1544 y Ft(\()p Fl(\022)r Ft(\))i(w)n(eigh)n(ts)e(this)h (term,)i(since)d(the)i(energy)e(of)g(an)2042 1640 y(uprigh)n(t)d (molecule)g(should)h(not)f(ha)n(v)n(e)g(an)n(y)g(azim)n(uthal)g(dep)r (en-)2042 1735 y(dency)-7 b(.)55 b(It)35 b(also)d(re\015ects)i(the)g (in)n(ternal)f(symmetry)g(of)h(the)g(di-)2042 1831 y(atomic)h (molecule.)63 b(F)-7 b(rom)35 b(the)i(theoretical)e Fn(ab)j(initio)43 b Ft(calcu-)2042 1926 y(lations)33 b(it)h(has)f(b)r(een)h(found)g(that) g(the)g(energy)e(increases)h(lik)n(e)2042 2022 y Fl(cos)2157 1991 y Fm(2)2194 2022 y Ft(\()p Fl(\022)r Ft(\))j([55)o(],)h(whic)n(h)d (w)n(e)h(included)g(as)f(one)h(input.)59 b(There)34 b(is)2042 2117 y(no)40 b(symmetry)f(within)i(the)f(co)r(ordinates)f Fl(d)h Ft(and)g Fl(Z)3764 2129 y Fk(c)3798 2117 y Ft(.)74 b(Ho)n(w-)2042 2213 y(ev)n(er,)29 b(the)i(vibration)e(of)h(the)h (molecule)e(in)i(the)f(gas)f(phase)h(can)2042 2308 y(b)r(e)k(describ)r (ed)g(b)n(y)g(a)g(harmonic)f(oscillator)f(and)i(therefore)g(w)n(e)2042 2403 y(incorp)r(orated)26 b(an)h(additional)g(co)r(ordinate)g Fl(d)3488 2373 y Fm(2)3525 2403 y Ft(.)2125 2501 y(Instead)34 b(of)h(presen)n(ting)e(the)i(original)f(six)g(degrees)f(of)i(free-)2042 2596 y(dom)d(of)h(the)g(molecule)f(to)g(the)h(NN)g(w)n(e)f(no)n(w)g (apply)g(this)h(new)2042 2692 y(set)25 b(of)h(eigh)n(t)f(inputs)h (represen)n(ting)e(the)i(symmetry)g(of)f(the)h(sur-)2042 2787 y(face.)72 b(The)40 b(NN)g(p)r(erforms)f(a)g Fn(non-line)l(ar)i (\014t)d Ft(on)i(these)f(new)2042 2883 y(inputs.)48 b(The)31 b(transformation)f(needs)h(to)g(b)r(e)h(done)f(only)g(once)2042 2978 y(p)r(er)c(surface)g(symmetry)-7 b(.)2548 3264 y Fo(D.)88 b(Neural)29 b(Net)n(w)n(ork)g(PES)2125 3480 y Ft(W)-7 b(e)38 b(will)g(no)n(w)g(presen)n(t)f(six)h(dimensional)g (con)n(tin)n(uous)f(NN)2042 3575 y(represen)n(tations)d(of)i(the)h (mesh)g(of)f(p)r(oin)n(ts)g(created)g(from)g(the)2042 3670 y Fn(analytic)l(al)52 b Ft(PES)d(for)h(the)h(disso)r(ciation)e(of) h(h)n(ydrogen)f(o)n(v)n(er)2042 3766 y(Pd\(100\).)64 b(Op)r(en)37 b(questions)g(are)f(the)h(necessary)e(n)n(um)n(b)r(er)i (of)2042 3861 y(training)30 b(p)r(oin)n(ts)h(and)g(their)g(sampling)f (for)h(obtaining)f(a)h(go)r(o)r(d)2042 3957 y(description)25 b(of)h(the)h(PES)e(as)h(w)n(ell)g(as)f(the)i(n)n(um)n(b)r(er)f(of)g (parame-)2042 4052 y(ters)h(of)g(the)h(NN)h(description)e(needed.)2224 4338 y Fs(1.)78 b(NN-\014t)28 b(b)l(ase)l(d)h(on)f(a)g(dense)h(grid)e (of)h(c)l(on\014gur)l(ations)2125 4554 y Ft(In)i(order)e(to)i(test)g (if)g(NNs)g(are)f(able)h(to)f(\014t)i(PESs)d(of)i(surface)2042 4649 y(reactions)d(at)i(all)g(w)n(e)f(\014rst)h(sampled)f(the)i (con\014gurations)d(from)2042 4745 y(the)22 b(analytical)f(PES)g(on)h (a)f(v)n(ery)g(dense)h(mesh)g(in)g(all)f(six)h(dimen-)2042 4840 y(sions.)45 b(The)31 b(corresp)r(onding)d(training)i(set)h (consists)f(of)h(80,685)2042 4936 y(energies)20 b(ev)-5 b(aluated)21 b(ab)r(o)n(v)n(e)g(55)f(adsorption)g(sites.)35 b(F)-7 b(or)21 b(the)h(test)2042 5031 y(set)i(w)n(e)h(collected)f (91,665)f(p)r(oin)n(ts.)35 b(After)25 b(20)f(so-called)f(ep)r(o)r(c)n (hs,)2042 5127 y(i.e.)59 b(20)34 b(iterations)g(through)g(the)h(whole)g (set)g(of)g(training)f(ex-)2042 5222 y(amples,)f(the)f(training)g(ro)r (ot)f(mean)h(squared)f(error)f(measured)2042 5318 y(9)14 b(meV)33 b(with)i(a)e(test)h(error)e(of)i(46)14 b(meV.)33 b(Both)h(errors)d(lie)j(w)n(ell)2042 5413 y(b)r(elo)n(w)27 b(the)h(desired)f Fn(ab)j(initio)k Ft(accuracy)26 b(of)i(0)p Fl(:)p Ft(1)14 b(eV.)p eop end %%Page: 6 6 TeXDict begin 6 5 bop 4043 -299 a Ft(6)-124 879 y gsave currentpoint currentpoint translate 0 neg rotate neg exch neg exch translate -124 879 a @beginspecial 0 @llx 130 @lly 595 @urx 700 @ury 1204 @rwi @setspecial %%BeginDocument: Fig3a.eps %!PS-Adobe-2.0 %%Title: traj0.5eVh2pdnn0.0_0.5_90_00.xfig.eps %%Creator: fig2dev Version 3.2.3 Patchlevel %%CreationDate: Wed Jan 17 11:48:34 2001 %%For: soenke@theolx03 (Soenke Lorenz) %%Orientation: Portrait %%Pages: 2 %%BoundingBox: 0 130 595 700 %%BeginSetup %%IncludeFeature: *PageSize A4 %%EndSetup %%Magnification: 1.0000 %%EndComments /$F2psDict 200 dict def $F2psDict begin $F2psDict /mtrx matrix put /col-1 {0 setgray} bind def /col0 {0.000 0.000 0.000 srgb} bind def /col1 {0.000 0.000 1.000 srgb} bind def /col2 {0.000 1.000 0.000 srgb} bind def /col3 {0.000 1.000 1.000 srgb} bind def /col4 {1.000 0.000 0.000 srgb} bind def /col5 {1.000 0.000 1.000 srgb} bind def /col6 {1.000 1.000 0.000 srgb} bind def /col7 {1.000 1.000 1.000 srgb} bind def /col8 {0.000 0.000 0.560 srgb} bind def /col9 {0.000 0.000 0.690 srgb} bind def /col10 {0.000 0.000 0.820 srgb} bind def /col11 {0.530 0.810 1.000 srgb} bind def /col12 {0.000 0.560 0.000 srgb} bind def /col13 {0.000 0.690 0.000 srgb} bind def /col14 {0.000 0.820 0.000 srgb} bind def /col15 {0.000 0.560 0.560 srgb} bind def /col16 {0.000 0.690 0.690 srgb} bind def /col17 {0.000 0.820 0.820 srgb} bind def /col18 {0.560 0.000 0.000 srgb} bind def /col19 {0.690 0.000 0.000 srgb} bind def /col20 {0.820 0.000 0.000 srgb} bind def /col21 {0.560 0.000 0.560 srgb} bind def /col22 {0.690 0.000 0.690 srgb} bind def /col23 {0.820 0.000 0.820 srgb} bind def /col24 {0.500 0.190 0.000 srgb} bind def /col25 {0.630 0.250 0.000 srgb} bind def /col26 {0.750 0.380 0.000 srgb} bind def /col27 {1.000 0.500 0.500 srgb} bind def /col28 {1.000 0.630 0.630 srgb} bind def /col29 {1.000 0.750 0.750 srgb} bind def /col30 {1.000 0.880 0.880 srgb} bind def /col31 {1.000 0.840 0.000 srgb} bind def end save newpath 0 842 moveto 0 0 lineto 595 0 lineto 595 842 lineto closepath clip newpath -22.0 721.5 translate 1 -1 scale /cp {closepath} bind def /ef {eofill} bind def /gr {grestore} bind def /gs {gsave} bind def /sa {save} bind def /rs {restore} bind def /l {lineto} bind def /m {moveto} bind def /rm {rmoveto} bind def /n {newpath} bind def /s {stroke} bind def /sh {show} bind def /slc {setlinecap} bind def /slj {setlinejoin} bind def /slw {setlinewidth} bind def /srgb {setrgbcolor} bind def /rot {rotate} bind def /sc {scale} bind def /sd {setdash} bind def /ff {findfont} bind def /sf {setfont} bind def /scf {scalefont} bind def /sw {stringwidth} bind def /tr {translate} bind def /tnt {dup dup currentrgbcolor 4 -2 roll dup 1 exch sub 3 -1 roll mul add 4 -2 roll dup 1 exch sub 3 -1 roll mul add 4 -2 roll dup 1 exch sub 3 -1 roll mul add srgb} bind def /shd {dup dup currentrgbcolor 4 -2 roll mul 4 -2 roll mul 4 -2 roll mul srgb} bind def /reencdict 12 dict def /ReEncode { reencdict begin /newcodesandnames exch def /newfontname exch def /basefontname exch def /basefontdict basefontname findfont def /newfont basefontdict maxlength dict def basefontdict { exch dup /FID ne { dup /Encoding eq { exch dup length array copy newfont 3 1 roll put } { exch newfont 3 1 roll put } ifelse } { pop pop } ifelse } forall newfont /FontName newfontname put newcodesandnames aload pop 128 1 255 { newfont /Encoding get exch /.notdef put } for newcodesandnames length 2 idiv { newfont /Encoding get 3 1 roll put } repeat newfontname newfont definefont pop end } def /isovec [ 8#055 /minus 8#200 /grave 8#201 /acute 8#202 /circumflex 8#203 /tilde 8#204 /macron 8#205 /breve 8#206 /dotaccent 8#207 /dieresis 8#210 /ring 8#211 /cedilla 8#212 /hungarumlaut 8#213 /ogonek 8#214 /caron 8#220 /dotlessi 8#230 /oe 8#231 /OE 8#240 /space 8#241 /exclamdown 8#242 /cent 8#243 /sterling 8#244 /currency 8#245 /yen 8#246 /brokenbar 8#247 /section 8#250 /dieresis 8#251 /copyright 8#252 /ordfeminine 8#253 /guillemotleft 8#254 /logicalnot 8#255 /hypen 8#256 /registered 8#257 /macron 8#260 /degree 8#261 /plusminus 8#262 /twosuperior 8#263 /threesuperior 8#264 /acute 8#265 /mu 8#266 /paragraph 8#267 /periodcentered 8#270 /cedilla 8#271 /onesuperior 8#272 /ordmasculine 8#273 /guillemotright 8#274 /onequarter 8#275 /onehalf 8#276 /threequarters 8#277 /questiondown 8#300 /Agrave 8#301 /Aacute 8#302 /Acircumflex 8#303 /Atilde 8#304 /Adieresis 8#305 /Aring 8#306 /AE 8#307 /Ccedilla 8#310 /Egrave 8#311 /Eacute 8#312 /Ecircumflex 8#313 /Edieresis 8#314 /Igrave 8#315 /Iacute 8#316 /Icircumflex 8#317 /Idieresis 8#320 /Eth 8#321 /Ntilde 8#322 /Ograve 8#323 /Oacute 8#324 /Ocircumflex 8#325 /Otilde 8#326 /Odieresis 8#327 /multiply 8#330 /Oslash 8#331 /Ugrave 8#332 /Uacute 8#333 /Ucircumflex 8#334 /Udieresis 8#335 /Yacute 8#336 /Thorn 8#337 /germandbls 8#340 /agrave 8#341 /aacute 8#342 /acircumflex 8#343 /atilde 8#344 /adieresis 8#345 /aring 8#346 /ae 8#347 /ccedilla 8#350 /egrave 8#351 /eacute 8#352 /ecircumflex 8#353 /edieresis 8#354 /igrave 8#355 /iacute 8#356 /icircumflex 8#357 /idieresis 8#360 /eth 8#361 /ntilde 8#362 /ograve 8#363 /oacute 8#364 /ocircumflex 8#365 /otilde 8#366 /odieresis 8#367 /divide 8#370 /oslash 8#371 /ugrave 8#372 /uacute 8#373 /ucircumflex 8#374 /udieresis 8#375 /yacute 8#376 /thorn 8#377 /ydieresis] def /Helvetica-Bold /Helvetica-Bold-iso isovec ReEncode /Helvetica /Helvetica-iso isovec ReEncode /DrawEllipse { /endangle exch def /startangle exch def /yrad exch def /xrad exch def /y exch def /x exch def /savematrix mtrx currentmatrix def x y tr xrad yrad sc 0 0 1 startangle endangle arc closepath savematrix setmatrix } def /$F2psBegin {$F2psDict begin /$F2psEnteredState save def} def /$F2psEnd {$F2psEnteredState restore end} def $F2psBegin %%Page: 1 1 10 setmiterlimit 0.06299 0.06299 sc %%Page: 1 1 % Polyline % % Begin Imported EPS File: traj0.5eVxfarbe.ps_sw %%BeginDocument: traj0.5eVxfarbe.ps_sw % n gs 990 435 tr 15.805455 -15.777778 sc 270 rot -10 -70 tr sa n 10 70 m 550 70 l 550 620 l 10 620 l cp clip n countdictstack mark /showpage {} def % EPS file follows: %!PS-Adobe-1.0 %%BoundingBox: 10 70 550 620 %%Creator: A.Preusser FHI Berlin %%Title: xfarbe.ps %%CreationDate: Sat Jan 13 17:52:48 2001 %%Pages: 1 %%DocumentFonts: Courier-Bold %%DocumentNeededFonts: Courier-Bold %%BeginProlog 28.346 28.346 scale % to cm 20.4 0.4 translate 90 rotate % for landscape mark % start of stack usage /RedAr 298 array def /GreAr 298 array def /BluAr 298 array def /SCR { % Set Color Representation % Stack: Red, Green, Blue, Index /ind exch def BluAr ind 3 2 roll put GreAr ind 3 2 roll put RedAr ind 3 2 roll put } bind def /SCI { % Set Color Index % Stack: index /ind exch def /red RedAr ind get def /gre GreAr ind get def /blu BluAr ind get def red gre blu setrgbcolor} bind def /FSD {findfont exch scalefont def} bind def /S1 0.60 /Roman-Bold FSD /S2 0.80 /Roman-Bold FSD /S3 1.10 /Roman-Bold FSD /F1 {0.60 S1} bind def /F2 {0.80 S2} bind def /F3 {1.10 S3} bind def /BOX { % Clear Background % Stack: dx, dy, string, backcolor gsave % saving currentpoint 0 -0.05 rmoveto 0.76 mul 0.05 add % modify rectangle dup neg 3 1 roll 0 exch rlineto 0 rlineto 0 exch rlineto closepath exch SCI fill grestore} bind def /T { % Text % Stack: color, backcolor, rel. x pos, % string, height, x, y moveto setfont exch dup stringwidth pop dup 5 -1 roll mul neg 0 rmoveto 3 2 roll BOX exch SCI show} bind def /StackW 1 array def /W {%def copy rel moves starting at [ from stack to StackW ] /StackW exch def % read from stack into StackW StackW aload pop % copy back to stack } bind def /R {%def Read from StackR in inverse order StackR length 2 sub -2 0 % loop parameters {dup StackR exch get neg % get x exch StackR exch 1 add get neg} % get y for } bind def /F {%def take color index, one abs move % and relative moves from stack % and fill SCI % set color index moveto % abs move in cm 0.001 0.001 scale % rel moves in 1/1000 cm counttomark -2 2 { pop rlineto} for closepath fill /StackR StackW def % copy StackW to StackR 1000 1000 scale % back to cm } bind def /L {%def Polyline, similar to F SCI moveto 0.001 0.001 scale counttomark -2 2 { pop rlineto } for stroke 1000 1000 scale } bind def /RS {%def restore save } bind def 0.0000 0.0000 0.0000 0 SCR 0.0000 0.0000 0.0000 1 SCR 0.1912 0.2072 0.1912 2 SCR 0.3187 0.3346 0.3187 3 SCR 0.4462 0.4462 0.4462 4 SCR 0.5258 0.5258 0.5258 5 SCR 0.6215 0.6055 0.6215 6 SCR 0.6533 0.6533 0.6533 7 SCR 0.7171 0.7171 0.7171 8 SCR 0.7808 0.7649 0.7808 9 SCR 0.8127 0.8127 0.8127 10 SCR 0.8445 0.8445 0.8445 11 SCR 0.8764 0.8764 0.8764 12 SCR 0.9083 0.9083 0.9083 13 SCR 0.9402 0.9402 0.9402 14 SCR 0.9720 0.9720 0.9720 15 SCR 1.0000 1.0000 1.0000 16 SCR 1.0000 1.0000 1.0000 17 SCR 1.0000 0.9242 0.9720 18 SCR 0.7489 1.0000 0.9402 19 SCR 0.9402 0.8286 1.0000 20 SCR 0.5258 1.0000 0.8764 21 SCR 0.8127 0.7808 0.9402 22 SCR 0.1912 1.0000 0.8445 23 SCR 0.6852 0.6693 0.8127 24 SCR 0.0956 0.8445 0.8445 25 SCR 0.6533 0.4780 0.7808 26 SCR 0.0956 0.6533 0.6533 27 SCR 0.6533 0.2390 0.7171 28 SCR 0.0000 0.4621 0.3824 29 SCR 0.5258 0.0000 0.6533 30 SCR 0.0000 0.2072 0.0000 31 SCR 0.0319 0.0000 0.0637 32 SCR 0.0000 0.0000 0.0000 33 SCR 0.0000 0.0000 0.0000 34 SCR 1.0000 1.0000 1.0000 35 SCR 0.0000 0.0000 0.0000 36 SCR 1.0000 0.1912 0.1275 37 SCR 0.0000 0.0000 0.0000 38 SCR 0.0956 1.0000 0.0956 39 SCR 0.0000 0.0000 0.0000 40 SCR 0.4462 0.4621 0.4462 41 SCR 0.0000 0.0000 0.5258 42 SCR 0.0000 0.0000 1.0000 43 SCR 0.2549 0.4143 0.9083 44 SCR 0.3824 0.5896 0.9402 45 SCR 0.0000 0.6693 0.0000 46 SCR 0.0000 0.8127 0.0000 47 SCR 0.0000 0.8764 0.0000 48 SCR 0.0000 1.0000 0.0000 49 SCR 0.7489 1.0000 0.7489 50 SCR 0.9402 0.8764 0.5258 51 SCR 1.0000 1.0000 0.0000 52 SCR 1.0000 0.6533 0.0000 53 SCR 1.0000 0.0000 0.0000 54 SCR 0.7171 0.1275 0.1275 55 SCR 0.5577 0.2709 0.0637 56 SCR 0.3506 0.6215 0.6533 57 SCR 1.0000 1.0000 1.0000 58 SCR 1.0000 0.9242 0.9720 59 SCR 0.7489 1.0000 0.9402 60 SCR 0.9402 0.8286 1.0000 61 SCR 0.5258 1.0000 0.8764 62 SCR 0.8127 0.7808 0.9402 63 SCR 0.1912 1.0000 0.8445 64 SCR 0.6852 0.6693 0.8127 65 SCR 0.0956 0.8445 0.8445 66 SCR 0.6533 0.4780 0.7808 67 SCR 0.0956 0.6533 0.6533 68 SCR 0.6533 0.2390 0.7171 69 SCR 0.0000 0.4621 0.3824 70 SCR 0.5258 0.0000 0.6533 71 SCR 0.0000 0.2072 0.0000 72 SCR 0.0319 0.0000 0.0637 73 SCR 1.0000 1.0000 1.0000 74 SCR 0.0000 0.0000 0.0000 75 SCR 1.0000 1.0000 1.0000 76 SCR 0.0000 0.0000 0.0000 77 SCR 1.0000 0.1912 0.1275 78 SCR 0.0000 0.0000 0.0000 79 SCR 0.0956 1.0000 0.0956 80 SCR 0.0000 0.0000 0.0000 81 SCR 0.4462 0.4621 0.4462 82 SCR %%EndProlog 30 setlinewidth save 2500 0 0 799 -2500 0 7.500 3.000 16 F [3 -39 46 -760 W 107 0 0 799 7.500 3.000 16 F [3 -39 54 -760 W 179 0 R 7.656 3.000 15 F [2 -39 38 -572 W 173 0 R -157 0 8.000 3.000 14 F R 0 -611 8.000 3.800 13 F [3 -39 11 -149 W 0 188 8.000 3.000 14 F [2 -39 45 -760 W 127 0 0 610 R 8.014 3.000 13 F [2 -39 36 -760 W 165 0 R 8.174 3.000 12 F [1 -39 31 -760 W 165 0 R 8.330 3.000 11 F R -10 0 0 -799 8.500 3.800 10 F [2 -39 28 -760 W 124 0 0 799 8.500 3.000 10 F [2 -39 28 -760 W 170 0 R 8.655 3.000 9 F [3 -39 21 -456 6 -273 W 175 0 R -175 0 9.000 3.000 8 F R 0 -768 9.000 3.800 7 F [2 -31 W 0 31 9.000 3.000 8 F [3 -39 22 -356 8 -404 W 167 0 0 767 R 9.003 3.000 7 F [2 -39 12 -257 0 -300 -8 -203 W 267 0 R 9.200 3.000 6 F R -60 0 0 -799 9.500 3.800 5 F [1 -39 4 -200 -6 -200 -24 -299 -7 -61 W 269 0 0 799 9.500 3.000 5 F R -263 0 0 -799 10.000 3.800 4 F [0 -40 -6 -199 -18 -200 -28 -198 -29 -162 W 195 0 0 799 10.000 3.000 4 F R -385 0 0 -799 10.500 3.800 3 F [-2 -39 -8 -100 -26 -198 -37 -197 -62 -265 W 224 0 0 799 10.500 3.000 3 F R -410 0 0 -799 11.000 3.800 2 F [0 -39 -2 -101 -8 -99 -28 -198 -40 -196 -41 -166 W 368 0 0 799 11.000 3.000 2 F R -250 0 0 -799 11.500 3.800 1 F 3500 0 0 799 -3500 0 15.000 3.000 1 F 2500 0 0 799 -2500 0 7.500 3.800 16 F [1 -39 14 -600 0 -160 W 91 0 0 799 7.500 3.800 16 F [2 -39 24 -657 2 -103 W 167 0 R 7.606 3.800 15 F [2 -39 32 -760 W 167 0 R 7.786 3.800 14 F R -40 0 0 -799 8.000 4.600 13 F [2 -39 31 -760 W 93 0 0 799 8.000 3.800 13 F [1 -39 26 -760 W 171 0 R 8.127 3.800 12 F [1 -39 18 -760 W 173 0 R 8.292 3.800 11 F R -42 0 0 -799 8.500 4.600 10 F [1 -39 10 -760 W 113 0 0 799 8.500 3.800 10 F [1 -39 2 -500 -7 -260 W 185 0 R 8.625 3.800 9 F [0 -39 -1 -300 -17 -300 -12 -127 W 0 -33 200 0 R 8.795 3.800 8 F R -31 0 9.000 3.800 7 F [0 -39 -5 -157 -18 -199 -28 -198 -37 -206 W 251 0 4 32 0 767 9.000 3.800 7 F [-2 -39 -9 -100 -29 -198 -25 -123 W 0 -339 243 0 R 9.167 3.800 6 F R -65 0 9.500 3.800 5 F -3 -33 3 0 9.000 4.600 8 F [-4 -39 -16 -99 -43 -195 -57 -192 -66 -189 -33 -85 W 396 0 12 37 54 192 26 109 0 461 9.500 3.800 5 F R -229 0 0 -799 10.000 4.600 4 F -26 -108 -54 -193 -12 -38 92 0 9.500 4.600 6 F [-7 -39 -23 -97 -57 -192 -69 -188 -118 -275 -4 -8 W 473 0 0 799 10.000 3.800 4 F R -304 0 0 -799 10.500 4.600 3 F [-9 -38 -28 -96 -65 -190 -76 -184 -88 -180 -9 -16 W 0 -95 499 0 0 799 10.500 3.800 3 F R -275 0 11.000 3.800 2 F [-10 -38 -31 -95 -35 -94 -41 -91 -14 -28 W 0 -453 446 0 20 33 33 61 0 705 11.000 3.800 2 F R -131 0 11.500 3.800 1 F -33 -60 -19 -35 52 0 11.000 4.600 3 F [28 28 67 74 64 77 60 80 54 84 50 87 12 23 W 0 346 -499 0 0 -799 12.000 4.600 1 F R 335 0 11.500 4.600 2 F 3000 0 0 799 -3000 0 15.000 3.800 1 F 2500 0 0 800 -2500 0 7.500 4.600 16 F [0 -39 -4 -100 -17 -200 -31 -197 -20 -98 -25 -97 -21 -69 W 209 0 0 800 7.500 4.600 16 F [0 -39 -1 -101 -6 -99 -22 -199 -18 -99 -22 -97 -29 -96 -25 -70 W 171 0 R 7.591 4.600 15 F [0 -39 0 -101 -12 -199 -13 -99 -19 -99 -25 -97 -5 -18 W 0 -148 117 0 R 7.758 4.600 14 F R -75 0 8.000 4.600 13 F [1 -39 -1 -157 -7 -100 -12 -99 -18 -99 -25 -97 -31 -95 -38 -92 -9 -22 W 178 0 16 36 39 111 0 653 8.000 4.600 13 F [0 -39 0 -101 -6 -99 -12 -100 -17 -98 -23 -98 -30 -95 -34 -94 -32 -76 W 184 0 R 8.094 4.600 12 F [0 -39 -3 -101 -8 -99 -14 -99 -20 -98 -16 -65 W 0 -299 79 0 R 8.265 4.600 11 F R -61 0 8.500 4.600 10 F -39 -110 -15 -37 54 0 8.000 5.400 14 F [0 -39 -5 -100 -12 -100 -17 -98 -24 -97 -30 -96 -37 -93 -43 -91 -47 -86 W 214 0 17 35 40 92 34 94 23 77 0 502 8.500 4.600 10 F [-2 -39 -10 -100 -17 -99 -23 -97 -29 -96 -37 -93 -43 -90 -39 -71 W 0 -115 169 0 R 8.613 4.600 9 F R -200 0 9.000 4.600 8 F -22 -76 -34 -94 -40 -92 -18 -36 114 0 8.500 5.400 11 F [-4 -39 -17 -99 -23 -97 -32 -95 -39 -92 -46 -89 -52 -86 -114 -164 -28 -39 W 283 0 23 32 52 82 0 686 9.000 4.600 8 F [-8 -39 -36 -120 -35 -89 -44 -90 -49 -87 -72 -116 W 0 -259 140 0 R 9.003 4.600 7 F R -244 0 9.500 4.600 6 F -52 -82 -23 -32 75 0 9.000 5.400 9 F [-12 -38 -35 -93 -40 -92 -46 -89 -50 -86 -111 -167 -113 -150 W 0 -85 312 0 24 31 150 209 13 18 0 542 9.500 4.600 6 F [-10 -25 W 0 -690 R 9.592 4.600 5 F R -10 0 10.000 4.600 4 F -12 -18 -150 -209 -24 -31 186 0 9.500 5.400 7 F [-17 -36 -9 -18 W 0 -688 27 28 69 72 129 154 59 80 55 83 53 86 48 87 43 90 16 36 0 26 10.000 4.600 4 F 25 30 44 54 0 690 -15 -35 -44 -90 -48 -87 -52 -86 -56 -83 -59 -80 -128 -154 -69 -72 -28 -29 0 -58 10.500 5.400 5 F R -26 0 10.500 4.600 3 F -43 -53 -26 -31 69 0 10.000 5.400 6 F [31 24 76 66 72 69 69 72 65 76 62 79 56 82 52 86 17 32 W 0 54 -500 0 11.000 4.600 3 F [29 27 31 30 W 0 688 R 0 -160 11.000 5.400 4 F R 60 0 10.500 5.400 5 F [-20 -34 -68 -94 -61 -70 -71 -70 -75 -67 -152 -119 W 0 -346 283 0 33 23 161 118 22 18 0 641 11.000 4.600 3 F R -447 0 11.500 4.600 2 F -22 -17 -161 -119 -32 -23 215 0 11.000 5.400 4 F [-28 -27 -77 -65 -59 -45 W 0 -629 34 19 306 183 159 109 0 455 11.500 4.600 2 F R -164 0 12.000 4.600 1 F -159 -108 -306 -184 -35 -19 0 -34 500 0 11.500 5.400 3 F [36 16 141 68 87 48 86 52 150 101 W 0 138 -500 0 12.500 4.600 1 F [35 19 25 14 W 0 629 R 0 -377 12.500 5.400 2 F R 60 0 12.000 5.400 3 F [38 9 97 27 189 63 176 71 W 0 424 -500 0 13.000 4.600 1 F R 0 -206 500 0 12.500 5.400 2 F [39 2 100 10 198 30 163 35 W 0 595 -500 0 13.500 4.600 1 F R 0 -128 500 0 13.000 5.400 2 F [39 -3 100 -6 200 -2 161 6 W 0 672 -500 0 14.000 4.600 1 F R 0 -131 500 0 13.500 5.400 2 F [39 -8 197 -33 264 -30 W 0 666 -500 0 14.500 4.600 1 F R 0 -203 500 0 14.000 5.400 2 F [38 -11 193 -53 269 -61 W 0 595 -500 0 15.000 4.600 1 F R 0 -329 500 0 14.500 5.400 2 F 2500 0 0 800 -2500 0 7.500 5.400 16 F [-12 -37 -36 -94 -83 -182 -93 -177 -66 -112 W 0 -198 499 0 0 800 7.500 5.400 16 F [-15 -37 -40 -91 -63 -129 W 0 -345 R 7.710 5.400 15 F R -118 0 8.000 5.400 14 F [-16 -36 -88 -179 -99 -175 -53 -84 -57 -82 -60 -80 -64 -77 -8 -9 W 0 -78 155 0 25 31 60 80 111 167 100 173 48 91 0 258 8.000 5.400 14 F [-16 -36 -91 -178 -51 -86 -54 -84 -53 -74 W 0 -264 R 8.055 5.400 13 F [-16 -36 -46 -89 -17 -32 W 0 -301 R 8.234 5.400 12 F 22 32 105 165 0 345 -47 -90 -101 -173 -111 -167 -60 -80 -24 -32 8.344 6.200 15 F R -79 0 8.500 5.400 11 F -104 -164 -23 -33 127 0 8.000 6.200 16 F [-18 -35 -51 -86 -56 -83 -61 -79 -65 -76 -134 -139 W 0 -232 29 25 146 136 70 72 66 75 63 78 59 81 53 84 13 21 0 158 8.500 5.400 11 F [-21 -34 -56 -82 -62 -79 -31 -37 W 0 -266 R 8.614 5.400 10 F 29 26 74 68 70 71 67 74 64 78 19 24 0 301 -12 -20 -53 -84 -59 -81 -63 -78 -66 -75 -70 -72 -146 -136 -30 -26 0 -70 9.000 6.200 12 F 27 29 44 48 0 264 -18 -23 -63 -78 -68 -74 -70 -71 -73 -68 -30 -27 8.823 6.200 13 F R -170 0 9.000 5.400 9 F -43 -48 -28 -29 71 0 8.500 6.200 14 F [-23 -32 -61 -79 -196 -227 -139 -144 -5 -5 W 0 -238 30 24 75 66 145 137 207 218 42 47 0 233 9.000 5.400 9 F [-24 -31 -98 -122 -18 -21 W 0 -313 R 9.075 5.400 8 F 31 24 77 64 219 205 9 8 0 266 -41 -46 -206 -218 -145 -137 -76 -66 -31 -25 0 -75 9.500 6.200 10 F 30 25 50 44 0 232 -8 -7 -220 -205 -76 -64 -32 -25 9.337 6.200 11 F R -140 0 9.500 5.400 7 F -49 -43 -31 -26 80 0 9.000 6.200 12 F [-24 -31 -63 -78 -67 -74 -71 -71 -88 -81 W 0 -298 30 24 201 161 74 67 71 70 68 73 55 63 0 175 9.500 5.400 7 F 31 24 238 182 76 66 42 40 0 313 -53 -62 -68 -73 -72 -70 -74 -67 -200 -161 -32 -25 0 -167 10.000 6.200 8 F 32 23 65 51 0 238 -41 -39 -76 -66 -238 -182 -32 -25 9.888 6.200 9 F R -313 0 10.000 5.400 6 F -65 -50 -32 -24 97 0 9.500 6.200 10 F [-26 -30 -68 -73 -72 -69 -76 -65 -79 -61 -83 -57 -26 -17 W 0 -317 33 19 170 106 162 117 78 63 56 48 0 336 10.000 5.400 6 F 33 22 195 144 0 298 -54 -47 -78 -63 -163 -117 -169 -106 -35 -20 0 -111 10.500 6.200 7 F R -430 0 10.500 5.400 5 F -195 -144 -33 -22 228 0 10.000 6.200 8 F [-29 -26 -77 -64 -81 -60 -168 -107 -84 -47 W 0 -345 35 16 265 141 172 102 27 17 0 373 10.500 5.400 5 F 34 19 162 91 0 317 -26 -16 -172 -102 -265 -141 -36 -17 0 -151 11.000 6.200 6 F R -439 0 11.000 5.400 4 F -161 -91 -35 -19 196 0 10.500 6.200 7 F [-32 -22 -85 -54 -167 -96 W 0 -381 36 16 359 176 104 56 0 305 11.000 5.400 4 F 36 17 274 133 0 345 -104 -55 -359 -176 -36 -17 0 -247 11.500 6.200 5 F R -284 0 11.500 5.400 3 F -274 -132 -36 -18 310 0 11.000 6.200 6 F [36 16 272 126 192 99 W 0 173 -500 0 12.000 5.400 3 F [36 15 457 203 7 3 W 0 381 R 12.000 5.814 4 F R 0 -25 500 0 11.500 6.200 5 F [-35 -18 -89 -45 -184 -80 -131 -49 W 0 -406 38 11 189 64 187 72 85 36 0 415 12.000 5.400 3 F 37 15 23 9 0 361 -85 -35 -186 -72 -190 -64 -38 -12 0 -202 12.500 6.200 4 F R -439 0 12.500 5.400 2 F -23 -9 -37 -15 60 0 12.000 6.200 5 F [39 6 153 32 193 53 115 38 W 0 192 -500 0 13.000 5.400 2 F [39 5 197 36 194 48 70 20 W 0 406 R 13.000 5.722 3 F R 0 -92 500 0 12.500 6.200 4 F [39 0 157 5 199 20 105 15 W 0 322 -500 0 13.500 5.400 2 F [39 -1 100 -1 200 9 161 18 W 0 386 R 13.500 5.763 3 F R 0 -65 500 0 13.000 6.200 4 F [39 -6 155 -19 200 -14 106 -2 W 0 362 -500 0 14.000 5.400 2 F [39 -7 98 -17 199 -23 164 -10 W 0 369 R 14.000 5.721 3 F R 0 -123 500 0 13.500 6.200 4 F [38 -10 194 -48 196 -40 72 -12 W 0 320 -500 0 14.500 5.400 2 F [38 -11 193 -51 269 -60 W 0 354 R 14.500 5.610 3 F R 0 -246 500 0 14.000 6.200 4 F [37 -12 382 -119 81 -22 W 0 209 -500 0 15.000 5.400 2 F [37 -13 338 -113 125 -38 W 0 341 R 15.000 5.457 3 F [37 -13 307 -104 W 156 0 0 246 R 15.000 5.788 4 F R 0 -117 15.000 6.200 5 F 3000 0 0 800 -3000 0 8.000 6.200 16 F [-23 -32 -61 -79 -67 -74 -72 -70 -76 -66 -73 -57 W 0 -422 499 0 0 800 8.000 6.200 16 F [-25 -30 -67 -74 -64 -61 W 0 -213 R 8.127 6.200 15 F R -156 0 8.500 6.200 14 F [-28 -28 -72 -65 -77 -60 -245 -172 -6 -5 W 0 -184 31 22 83 56 252 164 79 61 54 45 0 166 8.500 6.200 14 F [-30 -25 -78 -63 -68 -53 W 0 -189 R 8.571 6.200 13 F 31 24 83 57 255 158 83 55 48 34 0 214 -53 -45 -80 -60 -251 -165 -83 -55 -33 -24 9.000 6.715 15 F R -176 0 9.000 6.200 12 F -47 -34 -83 -55 -255 -158 -83 -57 -32 -24 0 -93 500 0 8.500 7.000 16 F [-30 -25 -79 -62 -241 -178 -69 -54 W 0 -194 30 23 240 181 229 167 0 142 9.000 6.200 12 F [-31 -24 -132 -99 W 0 -196 R 9.080 6.200 11 F 31 24 282 219 187 135 0 189 -229 -167 -239 -180 -32 -25 9.500 6.714 13 F 31 25 200 160 134 100 0 184 -186 -134 -281 -218 -32 -25 0 -92 9.500 7.000 14 F 30 25 85 67 0 193 -133 -99 -201 -160 -31 -26 9.366 7.000 15 F R -163 0 9.500 6.200 10 F -84 -67 -31 -25 115 0 9.000 7.000 16 F [-32 -23 -158 -123 -212 -166 W 0 -203 31 22 159 122 309 247 0 124 9.500 6.200 10 F [-31 -24 -81 -62 W 0 -226 R 9.598 6.200 9 F 33 22 162 116 305 243 0 195 -308 -245 -159 -122 -33 -24 10.000 6.716 11 F 33 21 82 57 160 121 109 87 0 194 -303 -241 -162 -117 -34 -22 0 -100 10.000 7.000 12 F 32 23 89 68 0 195 -108 -86 -159 -121 -83 -57 -33 -22 9.885 7.000 13 F R -112 0 10.000 6.200 8 F -89 -67 -32 -24 121 0 9.500 7.000 14 F [-33 -22 -170 -105 -68 -37 W 0 -230 35 16 139 73 86 51 83 55 156 112 0 87 10.000 6.200 8 F 36 16 230 114 86 51 83 56 65 46 0 226 -155 -111 -84 -55 -86 -51 -139 -73 -36 -18 10.500 6.595 9 F 36 15 234 107 88 48 85 52 57 39 0 203 -64 -45 -83 -55 -86 -52 -230 -114 -37 -16 10.500 6.796 10 F 35 18 88 48 51 33 0 185 -55 -38 -86 -52 -88 -48 -233 -107 -37 -15 0 -24 10.500 7.000 11 F R -271 0 10.500 6.200 7 F -51 -32 -88 -49 -35 -18 174 0 10.000 7.000 12 F [-35 -19 -229 -115 -39 -17 W 0 -244 36 13 184 79 180 87 99 51 0 165 10.500 6.200 7 F 37 14 278 112 182 84 3 1 0 230 -98 -50 -180 -86 -184 -79 -38 -15 11.000 6.596 8 F 37 13 372 148 91 40 0 201 -2 0 -182 -84 -278 -112 -38 -14 11.000 6.807 9 F 36 15 19 8 0 181 -90 -39 -372 -148 -37 -14 0 -3 11.000 7.000 10 F R -303 0 11.000 6.200 6 F -18 -7 -37 -16 55 0 10.500 7.000 11 F [-36 -17 -153 -69 W 0 -267 37 13 279 109 183 79 0 152 11.000 6.200 6 F 37 12 463 171 0 244 -183 -77 -279 -110 -38 -13 11.500 6.554 7 F 37 12 463 165 0 210 -462 -170 -38 -13 11.500 6.780 8 F 6 2 0 191 -461 -163 -38 -13 0 -17 11.500 7.000 9 F R -189 0 11.500 6.200 5 F -6 -2 6 0 11.000 7.000 10 F [37 12 189 68 274 110 W 0 86 -500 0 12.000 6.200 5 F [38 11 339 110 123 44 W 0 268 R 12.000 6.477 6 F [38 10 382 118 80 27 W 0 226 R 12.000 6.720 7 F [38 12 11 4 W 0 204 R 0 -66 12.000 7.000 8 F R 49 0 11.500 7.000 9 F [-37 -14 -94 -35 -190 -60 -118 -33 W 0 -270 38 7 249 63 191 58 21 7 0 277 12.000 6.200 5 F 39 7 195 44 266 71 0 243 -20 -6 -192 -58 -248 -62 -40 -9 12.500 6.613 6 F 38 8 222 57 0 215 -265 -71 -195 -43 -39 -8 0 -158 12.500 7.000 7 F R -439 0 12.500 6.200 4 F -221 -56 -39 -9 260 0 12.000 7.000 8 F [39 4 254 38 195 44 12 3 W 0 142 -500 0 13.000 6.200 4 F [39 4 254 34 197 37 10 2 W 0 271 R 13.000 6.432 5 F [39 3 298 40 163 29 W 0 230 R 13.000 6.691 6 F R 0 -85 500 0 12.500 7.000 7 F [39 -1 200 -1 200 11 61 6 W 0 231 -500 0 13.500 6.200 4 F [39 -1 200 1 200 12 61 6 W 0 259 R 13.500 6.447 5 F [40 0 199 4 261 19 W 0 225 R 13.500 6.709 6 F R 0 -61 500 0 13.000 7.000 7 F [39 -7 154 -27 199 -23 108 -7 W 0 246 -500 0 14.000 6.200 4 F [39 -7 98 -16 199 -22 164 -9 W 0 261 R 14.000 6.382 5 F [39 -6 99 -13 199 -16 163 -5 W 0 230 R 14.000 6.654 6 F R 0 -100 500 0 13.500 7.000 7 F [38 -11 289 -81 173 -41 W 0 181 -500 0 14.500 6.200 4 F [38 -11 192 -57 194 -47 76 -16 W 0 271 R 14.500 6.249 5 F [38 -11 193 -52 196 -41 73 -13 W 0 244 R 14.500 6.523 6 F R 0 -218 500 0 14.000 7.000 7 F RS [38 -12 117 -36 W 0 48 14.500 6.200 4 F [37 -14 377 -133 86 -28 W 0 273 R -345 0 15.000 6.200 5 F [37 -14 282 -102 181 -58 W 0 257 R 15.000 6.347 6 F [37 -14 188 -67 193 -59 W 82 0 0 218 R 15.000 6.607 7 F R 0 -140 15.000 7.000 8 F 4000 0 0 800 -4000 0 9.000 7.000 16 F [-30 -25 -234 -188 -81 -58 -39 -25 W 0 -504 499 0 0 800 9.000 7.000 16 F [-31 -24 -103 -78 W 0 -194 R 9.116 7.000 15 F R -134 0 9.500 7.000 14 F [-32 -23 -167 -109 -174 -99 -5 -2 W 0 -158 36 16 89 44 175 97 168 109 31 22 0 103 9.500 7.000 14 F [-33 -21 -82 -49 W 0 -163 R 9.622 7.000 13 F 37 14 183 81 177 93 103 60 0 194 -31 -21 -168 -109 -175 -97 -89 -45 -37 -17 10.000 7.392 15 F R -115 0 10.000 7.000 12 F -102 -60 -177 -92 -183 -81 -38 -15 0 -255 500 0 9.500 7.800 16 F [-35 -17 -183 -82 -107 -44 W 0 -152 37 12 186 74 181 86 88 47 7 5 0 71 10.000 7.000 12 F 38 12 188 67 184 79 89 44 1 0 0 164 -7 -4 -88 -48 -181 -85 -186 -74 -38 -13 10.500 7.296 13 F 38 10 191 59 187 70 84 36 0 158 0 0 -89 -43 -184 -79 -188 -67 -39 -12 10.500 7.437 14 F 38 9 290 77 95 31 77 28 0 153 -83 -35 -187 -70 -191 -59 -39 -11 10.500 7.568 15 F R -325 0 10.500 7.000 11 F -76 -27 -95 -31 -290 -78 -39 -9 0 -110 500 0 10.000 7.800 16 F [-37 -15 -332 -129 -75 -27 W 0 -154 37 11 242 86 220 84 0 144 10.500 7.000 11 F 38 11 244 79 218 77 0 153 -220 -84 -241 -86 -39 -12 11.000 7.326 12 F 38 9 193 55 269 86 0 141 -217 -77 -244 -79 -39 -11 11.000 7.463 13 F 39 8 290 75 171 48 0 131 -268 -85 -193 -54 -39 -10 11.000 7.587 14 F 39 7 453 102 0 123 -169 -47 -291 -75 -39 -8 0 -102 11.000 7.800 15 F R -444 0 11.000 7.000 10 F -453 -102 -39 -7 492 0 10.500 7.800 16 F [-37 -13 -456 -157 W 0 -164 37 10 434 143 28 9 0 172 11.000 7.000 10 F 38 10 341 103 121 37 0 155 -27 -9 -434 -142 -39 -12 11.500 7.334 11 F 38 9 248 66 214 61 0 138 -120 -37 -341 -103 -39 -10 11.500 7.476 12 F 39 8 443 108 18 5 0 124 -213 -60 -248 -67 -39 -9 11.500 7.600 13 F 39 7 433 94 0 112 -16 -4 -444 -109 -39 -8 0 -92 11.500 7.800 14 F R -493 0 11.500 7.000 9 F -433 -93 -39 -8 472 0 11.000 7.800 15 F [-38 -12 -342 -101 -70 -18 W 0 -174 38 8 291 75 170 51 0 171 11.500 7.000 9 F 39 8 388 93 73 20 0 164 -170 -49 -291 -76 -39 -9 12.000 7.306 10 F 39 7 390 86 71 17 0 142 -72 -19 -388 -93 -40 -9 12.000 7.456 11 F 39 7 461 94 0 124 -70 -17 -390 -85 -40 -8 12.000 7.587 12 F 39 7 442 84 0 109 -460 -94 -39 -7 0 -99 12.000 7.800 13 F R -450 0 12.000 7.000 8 F -441 -84 -40 -7 481 0 11.500 7.800 14 F [-39 -8 -200 -41 W 0 -186 38 6 294 57 167 40 0 132 12.000 7.000 8 F 39 6 393 72 68 15 0 174 -166 -39 -294 -56 -40 -7 12.500 7.235 9 F 39 6 394 67 67 14 0 151 -67 -15 -393 -71 -40 -7 12.500 7.399 10 F 39 6 461 79 0 131 -66 -13 -394 -68 -40 -6 12.500 7.544 11 F 39 6 461 80 0 115 -460 -79 -40 -6 12.500 7.673 12 F R -239 0 12.500 7.000 7 F -460 -79 -40 -7 0 -12 500 0 12.000 7.800 13 F [39 4 298 37 163 28 W 0 49 -500 0 13.000 7.000 7 F [39 4 397 52 64 11 W 0 186 R 13.000 7.118 8 F [39 5 461 63 W 0 164 R 13.000 7.302 9 F [39 5 461 67 W 0 145 R 13.000 7.468 10 F [39 6 461 72 W 0 129 R 13.000 7.617 11 F [39 6 32 5 W 0 116 R 0 -49 13.000 7.800 12 F R 71 0 12.500 7.800 13 F [39 1 300 14 161 15 W 0 118 -500 0 13.500 7.000 7 F [39 2 399 31 62 7 W 0 184 R 13.500 7.149 8 F [39 3 454 49 7 1 W 0 165 R 13.500 7.343 9 F [39 5 461 62 W 0 149 R 13.500 7.521 10 F [39 6 258 42 W 0 135 R 0 -116 13.500 7.800 11 F R 297 0 13.000 7.800 12 F [39 -4 100 -10 199 -11 162 0 W 0 148 -500 0 14.000 7.000 7 F [39 -2 257 -9 200 5 4 0 W 0 194 R 14.000 7.123 8 F [39 0 300 6 161 13 W 0 178 R 14.000 7.338 9 F [39 2 299 24 162 20 W 0 163 R 14.000 7.540 10 F R 0 -69 500 0 13.500 7.800 11 F [38 -10 195 -45 197 -36 70 -9 W 0 122 -500 0 14.500 7.000 7 F [38 -8 197 -40 198 -27 67 -6 W 0 213 R 14.500 7.023 8 F [39 -7 198 -30 99 -10 100 -6 64 -2 W 0 202 R 14.500 7.256 9 F [39 -5 100 -10 199 -10 100 0 62 2 W 0 191 R 14.500 7.485 10 F R 0 -91 500 0 14.000 7.800 11 F [38 -10 43 -12 W 0 22 14.500 7.000 7 F [37 -13 190 -63 193 -54 80 -20 W 0 232 R -419 0 15.000 7.000 8 F [37 -12 192 -59 194 -48 77 -16 W 0 228 R 15.000 7.106 9 F [38 -12 150 -42 196 -43 116 -17 W 0 222 R 15.000 7.350 10 F R 0 -205 500 0 14.500 7.800 11 F 1000 0 0 799 -1000 0 6.000 7.800 16 F [28 -27 59 -65 W 413 0 0 799 -500 0 6.500 7.800 16 F R 0 -92 6.500 8.600 15 F [39 -4 77 -15 75 -22 76 -30 74 -38 71 -45 67 -53 21 -18 W 0 706 -500 0 7.000 7.800 16 F [39 -7 112 -33 76 -32 60 -32 W 213 0 0 91 R 7.000 8.282 15 F R 0 -104 7.000 8.600 14 F [39 7 128 17 100 5 100 0 100 -5 33 -2 W 0 480 -500 0 7.500 7.800 16 F [38 9 50 9 68 9 92 5 98 -1 100 -9 54 -9 W 0 212 R 7.500 8.303 15 F R 0 -92 500 0 7.000 8.600 14 F [24 31 59 57 51 37 56 33 66 30 79 27 96 27 69 16 W 0 503 -500 0 8.000 7.800 16 F [34 19 64 29 65 23 72 21 W 0 205 R 0 -39 8.000 8.600 15 F R 235 0 7.500 8.600 14 F [22 33 4 5 W 0 761 -499 0 0 -799 8.500 8.600 16 F R 26 0 8.000 8.600 15 F 2000 0 0 799 -2000 0 10.500 7.800 16 F [-7 -1 W 0 -798 499 0 0 799 10.500 7.800 16 F R -7 0 11.000 7.800 15 F [-27 -5 W 0 -92 38 7 461 88 0 2 11.000 7.800 15 F R -27 0 11.500 7.800 14 F -460 -88 -40 -7 0 -703 500 0 11.000 8.600 16 F [-18 -3 W 0 -96 38 6 461 87 0 6 11.500 7.800 14 F 39 8 461 90 0 92 -460 -86 -40 -8 12.000 7.900 15 F R -18 0 12.000 7.800 13 F -460 -90 -40 -8 0 -604 500 0 11.500 8.600 16 F [39 7 461 85 W 0 3 -500 0 12.500 7.800 13 F [39 8 461 94 W 0 96 R 12.500 7.896 14 F [38 9 462 102 W 0 96 R 12.500 8.002 15 F R 0 -493 500 0 12.000 8.600 16 F [-39 -6 -389 -69 W 0 -122 38 7 461 94 0 96 12.500 7.800 13 F 38 9 462 106 0 107 -460 -92 -40 -9 13.000 7.998 14 F 38 11 387 101 75 17 0 106 -461 -105 -39 -10 13.000 8.118 15 F R -428 0 13.000 7.800 12 F -74 -17 -387 -101 -39 -11 0 -363 500 0 12.500 8.600 16 F [-39 -6 -163 -28 W 0 -146 38 8 461 96 0 76 13.000 7.800 12 F 38 10 388 98 74 17 0 122 -461 -94 -39 -9 13.500 7.980 13 F 37 12 246 76 217 58 0 121 -73 -16 -388 -98 -39 -11 13.500 8.124 14 F 37 14 188 68 275 86 0 119 -216 -58 -246 -75 -38 -13 13.500 8.265 15 F R -202 0 13.500 7.800 11 F -274 -85 -188 -68 -38 -15 0 -194 500 0 13.000 8.600 16 F [39 4 396 60 65 12 W 0 34 -500 0 14.000 7.800 11 F [39 8 461 100 W 0 145 R 14.000 7.911 12 F [38 11 462 129 W 0 144 R 14.000 8.089 13 F [37 13 463 159 W 0 142 R 14.000 8.264 14 F [36 15 443 179 W 0 140 R 0 -162 14.000 8.600 15 F R 479 0 13.500 8.600 16 F [39 -2 200 -2 100 3 161 15 W 0 111 -500 0 14.500 7.800 11 F [39 0 100 5 199 20 99 16 63 12 W 0 178 R 14.500 7.926 12 F [39 3 156 21 98 17 98 22 96 26 13 3 W 0 176 R 14.500 8.142 13 F [39 7 195 42 97 26 95 30 74 26 W 0 174 R 14.500 8.357 14 F R 0 -30 500 0 14.000 8.600 15 F [38 -11 97 -24 98 -20 99 -16 99 -11 69 -5 W 0 125 -500 0 15.000 7.800 11 F [38 -9 98 -21 99 -15 100 -9 100 -5 65 0 W 0 215 R 15.000 7.838 12 F [39 -8 97 -15 99 -10 100 -4 100 2 65 5 W 0 215 R 15.000 8.083 13 F [39 -6 96 -11 97 -4 100 2 100 10 68 11 W 0 213 R 15.000 8.328 14 F R 0 -27 500 0 14.500 8.600 15 F 1000 0 0 800 -1000 0 6.000 8.600 16 F [25 -31 68 -99 49 -86 43 -90 39 -92 34 -94 30 -96 48 -194 3 -18 W 73 0 0 800 6.000 8.600 16 F [25 -30 52 -71 47 -75 47 -88 42 -91 37 -93 33 -95 23 -79 W 120 0 R -88 0 6.500 8.600 15 F [21 -33 50 -87 45 -89 39 -92 12 -30 W 139 0 R 6.500 8.777 14 F [7 -14 W 160 0 R 6.500 9.068 13 F R 0 -14 6.500 9.400 12 F [33 -21 87 -64 61 -58 31 -34 W 0 177 6.500 8.600 15 F [38 -10 106 -37 72 -37 69 -43 63 -50 59 -56 53 -61 40 -56 W 0 290 R -288 0 7.000 8.600 14 F [37 -12 75 -32 72 -39 67 -46 62 -53 56 -58 50 -64 46 -70 35 -63 W 0 316 R 7.000 8.718 13 F [36 -16 45 -22 59 -35 65 -48 60 -53 36 -39 W 199 0 0 13 R 7.000 8.948 12 F R 0 -213 7.000 9.400 11 F [38 12 69 16 70 9 79 4 88 -3 90 -12 66 -14 W 0 117 -500 0 7.500 8.600 14 F [36 16 73 23 63 11 67 4 73 -2 78 -11 81 -20 29 -8 W 0 228 R 7.500 8.730 13 F [33 22 26 15 37 16 52 15 55 8 59 1 63 -5 67 -14 72 -22 36 -15 W 0 238 R 7.500 8.960 12 F [37 13 60 12 52 1 53 -5 58 -14 19 -7 W 96 0 0 213 R 0 -193 7.500 9.400 11 F R 7.375 9.400 10 F [-33 -21 -55 -43 -49 -49 -45 -55 -42 -62 -38 -71 -2 -5 W 0 -493 5 39 30 129 32 90 56 112 44 65 51 60 82 71 60 39 64 33 74 30 1 1 0 130 7.500 8.600 14 F 11 38 17 47 27 59 38 66 46 61 52 55 59 49 63 42 42 23 0 230 0 0 -74 -30 -64 -33 -60 -39 -81 -71 -52 -60 -44 -65 -56 -112 -32 -90 -30 -129 -6 -40 0 -1 8.000 9.400 13 F 20 34 58 74 50 50 42 34 0 248 -40 -22 -64 -42 -58 -49 -52 -55 -46 -61 -38 -66 -27 -59 -17 -47 -12 -39 7.855 9.400 12 F R -264 0 8.000 8.600 15 F -42 -34 -50 -50 -57 -74 -21 -34 170 0 7.500 9.400 11 F [-20 -34 -45 -87 -39 -91 -34 -94 -28 -96 -23 -97 -18 -99 -13 -99 -8 -100 0 -3 W 125 0 4 39 15 99 20 98 27 97 34 94 29 66 0 307 8.000 8.600 15 F 0 0 0 493 -28 -65 -34 -94 -27 -97 -21 -98 -14 -99 -4 -40 8.129 9.400 14 F R -473 0 0 -800 8.500 9.400 16 F 0 0 0 0 8.000 9.400 13 F 5000 0 0 800 -5000 0 13.500 8.600 16 F [-20 -8 W 0 -792 499 0 0 800 13.500 8.600 16 F R -20 0 14.000 8.600 15 F [38 10 245 75 187 73 30 13 W 0 9 -500 0 14.500 8.600 15 F R 0 -620 500 0 14.000 9.400 16 F [39 -4 88 -6 89 0 96 9 98 16 90 21 W 0 181 -500 0 15.000 8.600 15 F R 0 -582 500 0 14.500 9.400 16 F 1000 0 0 800 -1000 0 6.000 9.400 16 F [7 -39 17 -98 24 -199 15 -199 7 -200 0 -65 W 3 0 0 800 6.000 9.400 16 F [10 -38 22 -98 33 -197 21 -199 10 -200 2 -68 W 92 0 R 6.073 9.400 15 F [13 -37 30 -95 25 -97 36 -197 21 -199 10 -175 W 102 0 R 6.193 9.400 14 F [17 -35 39 -93 33 -94 26 -97 22 -97 30 -198 16 -186 W 113 0 R 6.332 9.400 13 F [9 -38 21 -98 29 -198 6 -58 W 125 0 R -8 0 6.500 9.400 12 F R 0 -392 6.500 10.200 11 F [25 -30 55 -81 38 -72 34 -80 32 -92 14 -52 W 0 407 6.500 9.400 12 F [34 -19 82 -59 53 -49 46 -55 42 -60 38 -68 35 -78 31 -87 27 -96 20 -98 14 -88 W 78 0 0 392 R -302 0 7.000 9.400 11 F [28 -28 57 -70 38 -61 33 -68 30 -76 25 -87 1 -5 W 210 0 R 7.000 9.442 10 F R 0 -395 7.000 10.200 9 F [37 -14 59 -28 W 0 42 7.000 9.400 11 F [-35 -18 -48 -37 -33 -37 -8 -10 W 0 -698 65 0 -2 39 -2 129 14 122 31 89 39 61 45 37 34 16 37 8 38 0 38 -6 41 -15 43 -23 46 -33 32 -28 0 361 R 7.096 9.400 10 F R -124 0 7.500 9.400 11 F -32 28 -46 32 -43 24 -41 14 -38 7 -38 0 -37 -7 -34 -15 -45 -38 -39 -60 -30 -90 -16 -121 1 -129 4 -40 434 0 7.000 10.200 9 F [-18 -35 -31 -80 -18 -71 -13 -78 -8 -93 -1 -100 4 -100 11 -99 22 -144 W 132 0 -4 39 -14 156 -1 100 5 100 23 125 35 98 32 58 14 21 0 103 7.500 9.400 11 F [-9 -38 -10 -49 -10 -70 -8 -98 -2 -100 3 -100 9 -100 30 -197 10 -48 W 119 0 R 7.671 9.400 12 F [4 -39 15 -99 30 -154 W 109 0 R -144 0 8.000 9.400 13 F R 0 -292 8.000 10.200 14 F -14 -21 -32 -57 -35 -99 -23 -124 -6 -100 0 -100 14 -156 5 -40 91 0 7.500 10.200 10 F [-5 -39 -8 -100 -3 -100 2 -100 14 -168 W 0 507 8.000 9.400 13 F [-3 -39 -3 -100 1 -100 17 -200 32 -197 34 -164 W 50 0 0 292 R 8.000 9.400 14 F [-1 -39 0 -101 7 -99 25 -199 37 -196 38 -166 W 98 0 R 8.129 9.400 15 F R -245 0 0 -800 8.500 10.200 16 F 6500 0 0 800 -6500 0 15.000 9.400 16 F 1000 0 0 800 -1000 0 6.000 10.200 16 F [0 -39 -11 -500 -17 -261 W 30 0 0 800 6.000 10.200 16 F [0 -39 -4 -500 -15 -261 W 82 0 R 6.003 10.200 15 F [1 -39 3 -457 -12 -300 0 -4 W 90 0 R 6.095 10.200 14 F [2 -39 12 -357 -4 -300 -5 -104 W 99 0 R 6.196 10.200 13 F [3 -39 21 -356 0 -300 -2 -105 W 108 0 R 6.309 10.200 12 F R -65 0 0 -800 6.500 11.000 11 F [5 -39 26 -255 12 -200 3 -200 -2 -106 W 33 0 0 800 6.500 10.200 11 F [9 -38 41 -196 28 -198 14 -200 1 -100 -2 -68 W 162 0 R 6.578 10.200 10 F R -213 0 0 -800 7.000 11.000 9 F [4 -39 69 -653 17 -108 W 343 0 0 800 7.000 10.200 9 F [4 -39 10 -71 W 142 0 R -67 0 7.500 10.200 10 F R 0 -110 7.500 11.000 11 F [5 -39 85 -650 W 0 689 7.500 10.200 10 F [7 -39 123 -761 W 92 0 0 110 R 7.590 10.200 11 F [7 -39 138 -744 3 -17 W 101 0 R 7.723 10.200 12 F [8 -39 145 -722 6 -39 W 97 0 R 7.842 10.200 13 F [8 -39 109 -539 W 92 0 R -50 0 8.000 10.200 14 F [7 -39 22 -115 W 88 0 R 8.000 10.421 15 F R 0 -154 8.000 11.000 16 F [8 -38 42 -183 W 0 221 8.000 10.200 14 F [9 -38 134 -585 4 -22 W 0 423 R 8.050 10.200 15 F R -353 0 0 -799 500 0 8.000 11.000 16 F RS 6500 0 0 800 -6500 0 15.000 10.200 16 F 1000 0 0 800 -1000 0 6.000 11.000 16 F [-3 -39 -58 -761 W 91 0 0 800 6.000 11.000 16 F [-2 -39 -55 -761 W 79 0 R 6.031 11.000 15 F [-2 -39 -50 -761 W 85 0 R 6.114 11.000 14 F [-2 -39 -43 -761 W 92 0 R 6.205 11.000 13 F [-1 -39 -36 -761 W 100 0 R 6.304 11.000 12 F R -85 0 0 -800 6.500 11.800 11 F [-1 -39 -30 -761 W 64 0 0 800 6.500 11.000 11 F [-1 -39 -32 -636 -10 -125 W 173 0 R 6.534 11.000 10 F R -303 0 0 -800 7.000 11.800 9 F [6 -39 141 -761 W 196 0 0 800 7.000 11.000 9 F [5 -39 102 -761 W 182 0 R 7.344 11.000 10 F [4 -39 7 -71 W 110 0 R -15 0 7.500 11.000 11 F R 0 -110 7.500 11.800 12 F [5 -39 81 -595 6 -55 W 0 689 7.500 11.000 11 F [6 -39 89 -593 19 -168 W 79 0 0 110 R 7.592 11.000 12 F [6 -39 103 -648 14 -113 W 88 0 R 7.694 11.000 13 F [6 -39 120 -727 4 -34 W 86 0 R 7.790 11.000 14 F [7 -39 124 -726 5 -35 W 82 0 R 7.883 11.000 15 F R -29 0 0 -800 8.000 11.800 16 F 7000 0 0 800 -7000 0 15.000 11.000 16 F 1000 0 0 800 -1000 0 6.000 11.800 16 F [-2 -39 -53 -761 W 146 0 0 800 6.000 11.800 16 F [-2 -39 -50 -761 W 75 0 R 6.092 11.800 15 F [-2 -39 -46 -761 W 81 0 R 6.171 11.800 14 F [-2 -39 -41 -761 W 87 0 R 6.257 11.800 13 F [-2 -39 -36 -761 W 95 0 R 6.350 11.800 12 F R -47 0 0 -800 6.500 12.600 11 F [-2 -39 -39 -761 W 106 0 0 800 6.500 11.800 11 F [-3 -39 -56 -497 -32 -198 -15 -66 W 238 0 R 6.566 11.800 10 F R -260 0 0 -800 7.000 12.600 9 F [7 -39 69 -350 73 -291 36 -120 W 11 0 0 800 7.000 11.800 9 F [4 -39 77 -761 W 287 0 R 7.196 11.800 10 F [3 -39 62 -761 W 126 0 R 7.379 11.800 11 F R -11 0 0 -800 7.500 12.600 12 F [4 -39 61 -761 W 13 0 0 800 7.500 11.800 12 F [4 -39 68 -761 W 81 0 R 7.579 11.800 13 F [5 -39 68 -697 5 -64 W 79 0 R 7.666 11.800 14 F [5 -39 61 -553 17 -208 W 78 0 R 7.752 11.800 15 F R -166 0 0 -800 8.000 12.600 16 F 7000 0 0 800 -7000 0 15.000 11.800 16 F 1000 0 0 800 -1000 0 6.000 12.600 16 F [-2 -39 -36 -761 W 185 0 0 800 6.000 12.600 16 F [-2 -39 -33 -761 W 73 0 R 6.148 12.600 15 F [-2 -39 -31 -761 W 78 0 R 6.224 12.600 14 F [-1 -39 -30 -761 W 85 0 R 6.306 12.600 13 F [-1 -39 -8 -211 W 0 -550 73 0 R 6.394 12.600 12 F R -9 0 6.500 12.600 11 F [-1 -39 -38 -761 W 126 0 1 39 19 510 0 251 6.500 12.600 11 F [-9 -38 -15 -48 -25 -52 -20 -18 -28 7 -27 41 -30 74 W 0 -766 352 0 R 6.607 12.600 10 F R -154 0 7.000 12.600 9 F -18 -509 -1 -40 19 0 6.500 13.400 12 F [10 -33 W 0 33 7.000 12.600 9 F [3 -39 65 -761 W 229 0 0 766 R 7.011 12.600 10 F [2 -39 45 -761 W 147 0 R 7.297 12.600 11 F [2 -39 26 -536 W 96 0 R -77 0 7.500 12.600 12 F R 0 -575 7.500 13.400 13 F [2 -39 11 -185 W 0 224 7.500 12.600 12 F [2 -39 44 -761 W 47 0 0 575 R 7.513 12.600 13 F [2 -39 49 -761 W 74 0 R 7.594 12.600 14 F [3 -39 52 -761 W 73 0 R 7.673 12.600 15 F R -249 0 0 -800 8.000 13.400 16 F 7000 0 0 800 -7000 0 15.000 12.600 16 F 1000 0 0 800 -1000 0 6.000 13.400 16 F [-1 -39 -25 -761 W 211 0 0 800 6.000 13.400 16 F [-1 -39 -24 -761 W 72 0 R 6.186 13.400 15 F [-1 -39 -23 -761 W 77 0 R 6.260 13.400 14 F [-1 -39 -23 -761 W 84 0 R 6.339 13.400 13 F R -74 0 0 -800 6.500 14.200 12 F [-1 -39 -24 -761 W 44 0 0 800 6.500 13.400 12 F [-1 -39 -37 -761 W 139 0 R 6.520 13.400 11 F R -352 0 0 -800 7.000 14.200 10 F [3 -39 63 -761 W 162 0 0 800 7.000 13.400 10 F [2 -39 36 -761 W 175 0 R 7.229 13.400 11 F [1 -39 29 -761 W 103 0 R 7.376 13.400 12 F R -29 0 0 -800 7.500 14.200 13 F [1 -39 29 -761 W 17 0 0 800 7.500 13.400 13 F [1 -39 31 -761 W 72 0 R 7.547 13.400 14 F [2 -39 33 -761 W 71 0 R 7.622 13.400 15 F R -304 0 0 -800 8.000 14.200 16 F 7000 0 0 800 -7000 0 15.000 13.400 16 F 1000 0 0 800 -1000 0 6.000 14.200 16 F [-1 -39 -21 -761 W 234 0 0 800 6.000 14.200 16 F [-1 -39 -21 -761 W 72 0 R 6.212 14.200 15 F [-1 -39 -21 -761 W 77 0 R 6.286 14.200 14 F [-1 -39 -21 -761 W 84 0 R 6.364 14.200 13 F R -50 0 0 -800 6.500 15.000 12 F [-1 -39 -22 -761 W 68 0 0 800 6.500 14.200 12 F [-2 -39 -36 -761 W 154 0 R 6.545 14.200 11 F R -313 0 0 -800 7.000 15.000 10 F [3 -39 54 -761 W 105 0 0 800 7.000 14.200 10 F [1 -39 27 -761 W 204 0 R 7.163 14.200 11 F [1 -39 19 -761 W 111 0 R 7.337 14.200 12 F [0 -22 W 80 0 R -60 0 7.500 14.200 13 F R 0 -22 7.500 15.000 14 F [1 -39 16 -738 W 0 777 7.500 14.200 13 F [1 -39 17 -761 W 70 0 0 22 R 7.517 14.200 14 F [1 -39 18 -761 W 70 0 R 7.589 14.200 15 F R -339 0 0 -800 8.000 15.000 16 F RS 7000 0 0 800 -7000 0 15.000 14.200 16 F 1000 0 0 800 -1000 0 6.000 15.000 16 F [-1 -39 -19 -761 W 255 0 0 800 6.000 15.000 16 F [-1 -39 -19 -761 W 73 0 R 6.235 15.000 15 F [-1 -39 -19 -761 W 78 0 R 6.308 15.000 14 F [-1 -39 -17 -761 W 82 0 R 6.387 15.000 13 F R -27 0 0 -800 6.500 15.800 12 F [-1 -39 -19 -761 W 89 0 0 800 6.500 15.000 12 F [-2 -39 -33 -761 W 169 0 R 6.569 15.000 11 F R -275 0 0 -800 7.000 15.800 10 F [2 -39 37 -761 W 65 0 0 800 7.000 15.000 10 F [0 -39 16 -761 W 227 0 R 7.105 15.000 11 F [0 -39 11 -761 W 116 0 R 7.309 15.000 12 F [0 -39 9 -761 W 82 0 R 7.419 15.000 13 F R 0 0 0 -800 7.500 15.800 14 F [0 -39 8 -761 W 62 0 0 800 7.500 15.000 14 F [0 -39 8 -761 W 71 0 R 7.570 15.000 15 F R -359 0 0 -800 8.000 15.800 16 F 7000 0 0 800 -7000 0 15.000 15.000 16 F 1000 0 0 800 -1000 0 6.000 15.800 16 F [0 -39 -15 -761 W 270 0 0 800 6.000 15.800 16 F [0 -39 -16 -761 W 73 0 R 6.255 15.800 15 F [0 -39 -15 -761 W 76 0 R 6.329 15.800 14 F [0 -39 -9 -473 W 0 -288 77 0 R 6.407 15.800 13 F R -9 0 6.500 15.800 12 F [0 -39 -15 -761 W 100 0 0 39 4 248 0 513 6.500 15.800 12 F [-1 -39 -26 -761 W 181 0 R 6.590 15.800 11 F R -240 0 0 -800 7.000 16.600 10 F -3 -247 -1 -40 4 0 6.500 16.600 13 F [1 -39 17 -761 W 47 0 0 800 7.000 15.800 10 F [0 -39 7 -761 W 237 0 R 7.066 15.800 11 F [0 -39 5 -761 W 118 0 R 7.292 15.800 12 F [0 -39 3 -761 W 85 0 R 7.408 15.800 13 F R -9 0 0 -800 7.500 16.600 14 F [0 -39 2 -761 W 59 0 0 800 7.500 15.800 14 F [0 -39 2 -761 W 71 0 R 7.562 15.800 15 F R -367 0 0 -800 8.000 16.600 16 F 7000 0 0 800 -7000 0 15.000 15.800 16 F 1000 0 0 799 -1000 0 6.000 16.600 16 F [0 -39 -11 -760 W 282 0 0 799 6.000 16.600 16 F [0 -39 -11 -760 W 72 0 R 6.271 16.600 15 F [0 -39 -10 -760 W 75 0 R 6.345 16.600 14 F R -76 0 0 -799 6.500 17.400 13 F [0 -39 -9 -760 W 13 0 0 799 6.500 16.600 13 F [0 -39 -10 -760 W 100 0 R 6.504 16.600 12 F [-1 -39 -17 -760 W 189 0 R 6.605 16.600 11 F R -212 0 0 -799 7.000 17.400 10 F [0 -39 1 -760 W 46 0 0 799 7.000 16.600 10 F [0 -40 -1 -759 W 239 0 R 7.047 16.600 11 F [0 -40 0 -759 W 116 0 R 7.284 16.600 12 F [0 -40 0 -759 W 84 0 R 7.402 16.600 13 F R -12 0 0 -799 7.500 17.400 14 F [0 -40 0 -759 W 59 0 0 799 7.500 16.600 14 F [0 -39 0 -760 W 71 0 R 7.559 16.600 15 F R -369 0 0 -799 8.000 17.400 16 F 7000 0 0 799 -7000 0 15.000 16.600 16 F 1000 0 0 799 -1000 0 6.000 17.400 16 F [0 -39 -8 -760 W 290 0 0 799 6.000 17.400 16 F [0 -39 -8 -760 W 72 0 R 6.283 17.400 15 F [0 -39 -7 -760 W 75 0 R 6.356 17.400 14 F R -65 0 0 -799 6.500 18.200 13 F [0 -39 -7 -760 W 21 0 0 799 6.500 17.400 13 F [0 -39 -8 -760 W 101 0 R 6.514 17.400 12 F [0 -39 -16 -760 W 197 0 R 6.615 17.400 11 F R -194 0 0 -799 7.000 18.200 10 F [0 -40 -3 -759 W 48 0 0 799 7.000 17.400 10 F [0 -39 -8 -760 W 244 0 R 7.045 17.400 11 F [0 -39 -4 -760 W 113 0 R 7.286 17.400 12 F [0 -40 -2 -759 W 81 0 R 7.403 17.400 13 F R -12 0 0 -799 7.500 18.200 14 F [0 -39 0 -760 W 59 0 0 799 7.500 17.400 14 F [0 -40 1 -759 W 69 0 R 7.559 17.400 15 F R -370 0 0 -799 8.000 18.200 16 F 7000 0 0 799 -7000 0 15.000 17.400 16 F 1000 0 0 799 -1000 0 6.000 18.200 16 F [0 -39 -6 -760 W 297 0 0 799 6.000 18.200 16 F [0 -39 -6 -760 W 72 0 R 6.291 18.200 15 F [0 -39 -6 -760 W 75 0 R 6.365 18.200 14 F R -58 0 0 -799 6.500 19.000 13 F [0 -39 -6 -760 W 27 0 0 799 6.500 18.200 13 F [0 -39 -8 -760 W 103 0 R 6.521 18.200 12 F [0 -39 -27 -760 W 216 0 R 6.624 18.200 11 F R -177 0 0 -799 7.000 19.000 10 F [0 -39 12 -760 W 36 0 0 799 7.000 18.200 10 F [0 -39 -8 -760 W 265 0 R 7.049 18.200 11 F [0 -39 -5 -760 W 110 0 R 7.294 18.200 12 F [0 -40 -1 -759 W 77 0 R 7.408 18.200 13 F R -9 0 0 -799 7.500 19.000 14 F [0 -40 1 -759 W 58 0 0 799 7.500 18.200 14 F [0 -39 3 -760 W 67 0 R 7.559 18.200 15 F R -372 0 0 -799 8.000 19.000 16 F RS 7000 0 0 799 -7000 0 15.000 18.200 16 F 3 -39 46 -760 7.606 3.800 0 L 3 -39 54 -760 7.786 3.800 0 L 2 -39 38 -572 7.959 3.800 0 L 3 -39 11 -149 8.000 3.189 0 L 2 -39 45 -760 8.127 3.800 0 L 2 -39 36 -760 8.292 3.800 0 L 1 -39 31 -760 8.457 3.800 0 L 2 -39 28 -760 8.625 3.800 0 L 2 -39 28 -760 8.795 3.800 0 L 3 -39 21 -456 6 -273 8.970 3.800 0 L 2 -31 9.000 3.032 0 L 3 -39 22 -356 8 -404 9.167 3.800 0 L 2 -39 12 -257 0 -300 -8 -203 9.434 3.800 0 L 1 -39 4 -200 -6 -200 -24 -299 -7 -61 9.770 3.800 0 L 0 -40 -6 -199 -18 -200 -28 -198 -29 -162 10.195 3.800 0 L -2 -39 -8 -100 -26 -198 -37 -197 -62 -265 10.725 3.800 0 L 0 -39 -2 -101 -8 -99 -28 -198 -40 -196 -41 -166 11.368 3.800 0 L 1 -39 14 -600 0 -160 7.591 4.600 0 L 2 -39 24 -657 2 -103 7.758 4.600 0 L 2 -39 32 -760 7.925 4.600 0 L 2 -39 31 -760 8.094 4.600 0 L 1 -39 26 -760 8.265 4.600 0 L 1 -39 18 -760 8.438 4.600 0 L 1 -39 10 -760 8.613 4.600 0 L 1 -39 2 -500 -7 -260 8.799 4.600 0 L 0 -39 -1 -300 -17 -300 -12 -127 9.000 4.566 0 L 0 -39 -5 -157 -18 -199 -28 -198 -37 -206 9.256 4.600 0 L 3 33 9.000 4.566 0 L -2 -39 -9 -100 -29 -198 -25 -123 9.500 4.260 0 L -4 -39 -16 -99 -43 -195 -57 -192 -66 -189 -33 -85 9.990 4.600 0 L 11 38 54 192 27 109 9.500 4.260 0 L -7 -39 -23 -97 -57 -192 -69 -188 -118 -275 -4 -8 10.473 4.600 0 L -9 -38 -28 -96 -65 -190 -76 -184 -88 -180 -9 -16 11.000 4.505 0 L -10 -38 -31 -95 -35 -94 -41 -91 -14 -28 11.500 4.146 0 L 19 34 33 61 11.000 4.505 0 L 28 28 67 74 64 77 60 80 54 84 50 87 12 23 11.500 4.146 0 L 0 -39 -4 -100 -17 -200 -31 -197 -20 -98 -25 -97 -21 -69 7.710 5.400 0 L 0 -39 -1 -101 -6 -99 -22 -199 -18 -99 -22 -97 -29 -96 -25 -70 7.882 5.400 0 L 0 -39 0 -101 -12 -199 -13 -99 -19 -99 -25 -97 -5 -18 8.000 5.253 0 L 1 -39 -1 -157 -7 -100 -12 -99 -18 -99 -25 -97 -31 -95 -38 -92 -9 -22 8.234 5.400 0 L 15 36 39 111 8.000 5.253 0 L 0 -39 0 -101 -6 -99 -12 -100 -17 -98 -23 -98 -30 -95 -34 -94 -32 -76 8.420 5.400 0 L 0 -39 -3 -101 -8 -99 -14 -99 -20 -98 -16 -65 8.500 5.101 0 L 0 -39 -5 -100 -12 -100 -17 -98 -24 -97 -30 -96 -37 -93 -43 -91 -47 -86 8.829 5.400 0 L 17 35 40 92 34 94 23 77 8.500 5.101 0 L -2 -39 -10 -100 -17 -99 -23 -97 -29 -96 -37 -93 -43 -90 -39 -71 9.000 5.285 0 L -4 -39 -17 -99 -23 -97 -32 -95 -39 -92 -46 -89 -52 -86 -114 -164 -28 -39 9.359 5.400 0 L 22 32 53 82 9.000 5.285 0 L -8 -39 -36 -120 -35 -89 -44 -90 -49 -87 -72 -116 9.500 5.141 0 L -12 -38 -35 -93 -40 -92 -46 -89 -50 -86 -111 -167 -113 -150 10.000 5.316 0 L 24 31 150 209 12 18 9.500 5.141 0 L -10 -25 10.000 4.626 0 L -17 -36 -9 -18 10.500 4.654 0 L 28 28 69 72 128 154 59 80 56 83 52 86 48 87 44 90 16 36 10.000 4.626 0 L 25 30 44 54 10.000 5.316 0 L 31 24 76 66 72 69 69 72 65 76 62 79 56 82 52 86 17 32 10.500 4.654 0 L 29 27 31 30 10.500 5.342 0 L -20 -34 -68 -94 -61 -70 -71 -70 -75 -67 -152 -119 11.500 5.055 0 L 32 23 161 118 22 18 11.000 5.241 0 L -28 -27 -77 -65 -59 -45 12.000 4.738 0 L 34 19 306 184 160 108 11.500 5.055 0 L 36 16 141 68 87 48 86 52 150 101 12.000 4.738 0 L 35 19 25 14 12.000 5.367 0 L 38 9 97 27 189 63 176 71 12.500 5.023 0 L 39 2 100 10 198 30 163 35 13.000 5.194 0 L 39 -3 100 -6 200 -2 161 6 13.500 5.272 0 L 39 -8 197 -33 264 -30 14.000 5.268 0 L 38 -11 193 -53 269 -61 14.500 5.196 0 L -12 -37 -36 -94 -83 -182 -93 -177 -66 -112 8.000 6.003 0 L -15 -37 -40 -91 -63 -129 8.000 5.658 0 L -16 -36 -88 -179 -99 -175 -53 -84 -57 -82 -60 -80 -64 -77 -8 -9 8.500 6.122 0 L 24 31 60 80 111 167 100 173 48 91 8.000 5.658 0 L -16 -36 -91 -178 -51 -86 -54 -84 -53 -74 8.500 5.858 0 L -16 -36 -46 -89 -17 -32 8.500 5.557 0 L 22 32 105 165 8.000 6.003 0 L -18 -35 -51 -86 -56 -83 -61 -79 -65 -76 -134 -139 9.000 5.898 0 L 30 26 146 136 70 72 66 75 63 77 58 82 54 84 13 21 8.500 5.557 0 L -21 -34 -56 -82 -62 -79 -31 -37 9.000 5.632 0 L 29 26 74 68 70 71 67 74 64 78 19 24 8.500 5.858 0 L 27 29 44 48 8.500 6.122 0 L -23 -32 -61 -79 -196 -227 -139 -144 -5 -5 9.500 5.888 0 L 30 25 76 65 145 138 207 217 42 48 9.000 5.632 0 L -24 -31 -98 -122 -18 -21 9.500 5.575 0 L 31 24 77 64 219 205 9 8 9.000 5.898 0 L 30 25 50 44 9.000 6.131 0 L -24 -31 -63 -78 -67 -74 -71 -71 -88 -81 10.000 5.735 0 L 31 24 200 161 75 67 71 70 68 73 55 63 9.500 5.575 0 L 31 24 238 182 76 66 42 40 9.500 5.888 0 L 32 23 65 51 9.500 6.125 0 L -26 -30 -68 -73 -72 -69 -76 -65 -79 -61 -83 -57 -26 -17 10.500 5.773 0 L 34 20 170 106 162 116 78 63 56 49 10.000 5.735 0 L 33 22 195 144 10.000 6.033 0 L -29 -26 -77 -64 -81 -60 -168 -107 -84 -47 11.000 5.705 0 L 35 17 265 141 172 102 28 17 10.500 5.773 0 L 34 19 162 91 10.500 6.089 0 L -32 -22 -85 -54 -167 -96 11.500 5.573 0 L 36 16 359 177 105 56 11.000 5.705 0 L 36 17 274 133 11.000 6.050 0 L 36 16 272 126 192 99 11.500 5.573 0 L 36 15 457 203 7 3 11.500 5.954 0 L -35 -18 -89 -45 -184 -80 -131 -49 12.500 5.593 0 L 38 11 189 64 187 72 86 37 12.000 5.814 0 L 37 15 23 9 12.000 6.175 0 L 39 6 153 32 193 53 115 38 12.500 5.593 0 L 39 5 197 36 194 48 70 20 12.500 5.998 0 L 39 0 157 5 199 20 105 15 13.000 5.722 0 L 39 -1 100 -1 200 9 161 18 13.000 6.108 0 L 39 -6 155 -19 200 -14 106 -2 13.500 5.763 0 L 39 -7 98 -17 199 -23 164 -10 13.500 6.133 0 L 38 -10 194 -48 196 -40 72 -12 14.000 5.721 0 L 38 -11 193 -51 269 -60 14.000 6.076 0 L 37 -12 382 -119 81 -22 14.500 5.610 0 L 37 -13 338 -113 125 -38 14.500 5.953 0 L 37 -13 307 -104 14.656 6.200 0 L -23 -32 -61 -79 -67 -74 -72 -70 -76 -66 -73 -57 8.500 6.579 0 L -25 -30 -67 -74 -64 -61 8.500 6.365 0 L -28 -28 -72 -65 -77 -60 -245 -172 -6 -5 9.000 6.530 0 L 32 23 83 55 251 165 80 60 54 46 8.500 6.365 0 L -30 -25 -78 -63 -68 -53 9.000 6.341 0 L 31 24 83 57 255 158 83 55 48 34 8.500 6.579 0 L -30 -25 -79 -62 -241 -178 -69 -54 9.500 6.519 0 L 31 24 239 181 230 167 9.000 6.341 0 L -31 -24 -132 -99 9.500 6.324 0 L 31 24 282 219 187 135 9.000 6.530 0 L 31 25 200 160 134 100 9.000 6.715 0 L 30 25 85 67 9.000 6.908 0 L -32 -23 -158 -123 -212 -166 10.000 6.512 0 L 32 23 159 122 309 247 9.500 6.324 0 L -31 -24 -81 -62 10.000 6.286 0 L 33 22 162 116 305 243 9.500 6.519 0 L 33 21 82 57 160 121 109 87 9.500 6.714 0 L 32 23 89 68 9.500 6.909 0 L -33 -22 -170 -105 -68 -37 10.500 6.365 0 L 35 17 139 73 86 51 84 55 156 112 10.000 6.286 0 L 36 16 230 114 86 51 83 56 65 46 10.000 6.512 0 L 36 15 234 107 88 48 85 52 57 39 10.000 6.716 0 L 35 18 88 48 51 33 10.000 6.901 0 L -35 -19 -229 -115 -39 -17 11.000 6.352 0 L 37 14 184 79 180 87 99 50 10.500 6.365 0 L 37 14 278 112 182 84 3 1 10.500 6.595 0 L 37 13 372 148 91 40 10.500 6.796 0 L 36 15 19 8 10.500 6.977 0 L -36 -17 -153 -69 11.500 6.286 0 L 37 13 279 110 184 78 11.000 6.352 0 L 37 12 463 171 11.000 6.596 0 L 37 12 463 165 11.000 6.807 0 L 6 2 11.000 6.998 0 L 37 12 189 68 274 110 11.500 6.286 0 L 38 11 339 110 123 44 11.500 6.554 0 L 38 10 382 118 80 27 11.500 6.780 0 L 38 12 11 4 11.500 6.984 0 L -37 -14 -94 -35 -190 -60 -118 -33 12.500 6.343 0 L 39 8 248 63 192 58 21 7 12.000 6.477 0 L 39 7 195 44 266 71 12.000 6.720 0 L 38 8 222 57 12.000 6.935 0 L 39 4 254 38 195 44 12 3 12.500 6.343 0 L 39 4 254 34 197 37 10 2 12.500 6.613 0 L 39 3 298 40 163 29 12.500 6.842 0 L 39 -1 200 -1 200 11 61 6 13.000 6.432 0 L 39 -1 200 1 200 12 61 6 13.000 6.691 0 L 40 0 199 4 261 19 13.000 6.915 0 L 39 -7 154 -27 199 -23 108 -7 13.500 6.447 0 L 39 -7 98 -16 199 -22 164 -9 13.500 6.709 0 L 39 -6 99 -13 199 -16 163 -5 13.500 6.939 0 L 38 -11 289 -81 173 -41 14.000 6.382 0 L 38 -11 192 -57 194 -47 76 -16 14.000 6.654 0 L 38 -11 193 -52 196 -41 73 -13 14.000 6.899 0 L RS 38 -12 117 -36 14.500 6.249 0 L 37 -14 377 -133 86 -28 14.500 6.523 0 L 37 -14 282 -102 181 -58 14.500 6.781 0 L 37 -14 188 -67 193 -59 14.582 7.000 0 L -30 -25 -234 -188 -81 -58 -39 -25 9.500 7.296 0 L -31 -24 -103 -78 9.500 7.103 0 L -32 -23 -167 -109 -174 -99 -5 -2 10.000 7.234 0 L 36 16 89 45 175 97 168 109 32 22 9.500 7.103 0 L -33 -21 -82 -49 10.000 7.071 0 L 37 14 183 81 177 93 103 60 9.500 7.296 0 L -35 -17 -183 -82 -107 -44 10.500 7.143 0 L 37 13 186 74 181 85 88 48 8 5 10.000 7.071 0 L 38 12 188 67 184 79 89 44 1 0 10.000 7.234 0 L 38 10 191 59 187 70 84 36 10.000 7.392 0 L 38 9 290 77 95 31 77 28 10.000 7.545 0 L -37 -15 -332 -129 -75 -27 11.000 7.171 0 L 38 12 241 85 221 85 10.500 7.143 0 L 38 11 244 79 218 77 10.500 7.296 0 L 38 9 193 55 269 86 10.500 7.437 0 L 39 8 290 75 171 48 10.500 7.568 0 L 39 7 453 102 10.500 7.690 0 L -37 -13 -456 -157 11.500 7.170 0 L 38 11 434 142 28 10 11.000 7.171 0 L 38 10 341 103 121 37 11.000 7.326 0 L 38 9 248 66 214 61 11.000 7.463 0 L 39 8 443 108 18 5 11.000 7.587 0 L 39 7 433 94 11.000 7.699 0 L -38 -12 -342 -101 -70 -18 12.000 7.132 0 L 38 9 291 75 171 51 11.500 7.170 0 L 39 8 388 93 73 20 11.500 7.334 0 L 39 7 390 86 71 17 11.500 7.476 0 L 39 7 461 94 11.500 7.600 0 L 39 7 442 84 11.500 7.708 0 L -39 -8 -200 -41 12.500 7.049 0 L 39 6 294 57 167 40 12.000 7.132 0 L 39 6 393 72 68 15 12.000 7.306 0 L 39 6 394 67 67 14 12.000 7.456 0 L 39 6 461 79 12.000 7.587 0 L 39 6 461 80 12.000 7.702 0 L 39 4 298 37 163 28 12.500 7.049 0 L 39 4 397 52 64 11 12.500 7.235 0 L 39 5 461 63 12.500 7.399 0 L 39 5 461 67 12.500 7.544 0 L 39 6 461 72 12.500 7.673 0 L 39 6 32 5 12.500 7.788 0 L 39 1 300 14 161 15 13.000 7.118 0 L 39 2 399 31 62 7 13.000 7.302 0 L 39 3 454 49 7 1 13.000 7.468 0 L 39 5 461 62 13.000 7.617 0 L 39 6 258 42 13.000 7.752 0 L 39 -4 100 -10 199 -11 162 0 13.500 7.149 0 L 39 -2 257 -9 200 5 4 0 13.500 7.343 0 L 39 0 300 6 161 13 13.500 7.521 0 L 39 2 299 24 162 20 13.500 7.685 0 L 38 -10 195 -45 197 -36 70 -9 14.000 7.123 0 L 38 -8 197 -40 198 -27 67 -6 14.000 7.338 0 L 39 -7 198 -30 99 -10 100 -6 64 -2 14.000 7.540 0 L 39 -5 100 -10 199 -10 100 0 62 2 14.000 7.731 0 L 38 -10 43 -12 14.500 7.023 0 L 37 -13 190 -63 193 -54 80 -20 14.500 7.256 0 L 37 -12 192 -59 194 -48 77 -16 14.500 7.485 0 L 38 -12 150 -42 196 -43 116 -17 14.500 7.709 0 L 28 -27 59 -65 6.413 8.600 0 L 39 -4 77 -15 75 -22 76 -30 74 -38 71 -45 67 -53 21 -18 6.500 8.508 0 L 39 -7 112 -33 76 -32 60 -32 6.713 8.600 0 L 39 7 128 17 100 5 100 0 100 -5 33 -2 7.000 8.282 0 L 38 9 50 9 68 9 92 5 98 -1 100 -9 54 -9 7.000 8.495 0 L 24 31 59 57 51 37 56 33 66 30 79 27 96 27 69 16 7.500 8.303 0 L 34 19 64 29 65 23 72 21 7.500 8.508 0 L 22 33 4 5 8.000 8.561 0 L -7 -1 11.000 7.801 0 L -27 -5 11.500 7.805 0 L 39 7 461 88 11.000 7.801 0 L -18 -3 12.000 7.803 0 L 39 7 461 87 11.500 7.805 0 L 39 8 461 90 11.500 7.897 0 L 39 7 461 85 12.000 7.803 0 L 39 8 461 94 12.000 7.900 0 L 38 9 462 102 12.000 7.996 0 L -39 -6 -389 -69 13.000 7.876 0 L 39 8 461 93 12.500 7.896 0 L 38 9 462 106 12.500 8.002 0 L 38 11 387 101 75 17 12.500 8.107 0 L -39 -6 -163 -28 13.500 7.835 0 L 38 8 462 96 13.000 7.876 0 L 38 10 388 98 74 17 13.000 7.998 0 L 37 12 246 76 217 58 13.000 8.118 0 L 37 14 188 68 275 86 13.000 8.237 0 L 39 4 396 60 65 12 13.500 7.835 0 L 39 8 461 100 13.500 7.980 0 L 38 11 462 129 13.500 8.124 0 L 37 13 463 159 13.500 8.265 0 L 36 15 443 179 13.500 8.406 0 L 39 -2 200 -2 100 3 161 15 14.000 7.911 0 L 39 0 100 5 199 20 99 16 63 12 14.000 8.089 0 L 39 3 156 21 98 17 98 22 96 26 13 3 14.000 8.264 0 L 39 7 195 42 97 26 95 30 74 26 14.000 8.438 0 L 38 -11 97 -24 98 -20 99 -16 99 -11 69 -5 14.500 7.926 0 L 38 -9 98 -21 99 -15 100 -9 100 -5 65 0 14.500 8.142 0 L 39 -8 97 -15 99 -10 100 -4 100 2 65 5 14.500 8.357 0 L 39 -6 96 -11 97 -4 100 2 100 10 68 11 14.500 8.570 0 L 25 -31 68 -99 49 -86 43 -90 39 -92 34 -94 30 -96 48 -194 3 -18 6.073 9.400 0 L 25 -30 52 -71 47 -75 47 -88 42 -91 37 -93 33 -95 23 -79 6.193 9.400 0 L 21 -33 50 -87 45 -89 39 -92 12 -30 6.332 9.400 0 L 7 -14 6.493 9.400 0 L 33 -21 87 -64 61 -58 31 -34 6.500 8.777 0 L 38 -10 106 -37 72 -37 69 -43 63 -50 59 -56 53 -61 40 -56 6.500 9.068 0 L 37 -12 75 -32 72 -39 67 -46 62 -53 56 -58 50 -64 46 -70 35 -63 6.500 9.386 0 L 36 -16 45 -22 59 -35 65 -48 60 -53 36 -39 6.699 9.400 0 L 38 12 69 16 70 9 79 4 88 -3 90 -12 66 -14 7.000 8.718 0 L 36 16 73 23 63 11 67 4 73 -2 78 -11 81 -20 29 -8 7.000 8.948 0 L 33 22 26 15 37 16 52 15 55 8 59 1 63 -5 67 -14 72 -22 36 -15 7.000 9.186 0 L 37 13 60 12 52 1 53 -5 58 -14 19 -7 7.096 9.400 0 L -33 -21 -55 -43 -49 -49 -45 -55 -42 -62 -38 -71 -2 -5 8.000 8.907 0 L 6 39 30 129 32 90 56 112 44 65 51 60 82 71 60 39 64 33 74 31 1 0 7.500 8.730 0 L 11 38 17 47 27 59 38 66 46 61 52 55 59 49 63 42 42 23 7.500 8.960 0 L 20 34 58 74 50 50 42 34 7.500 9.207 0 L -20 -34 -45 -87 -39 -91 -34 -94 -28 -96 -23 -97 -18 -99 -13 -99 -8 -100 0 -3 8.254 9.400 0 L 4 39 14 99 21 98 27 97 33 94 29 66 8.000 8.907 0 L 0 0 8.000 9.399 0 L -20 -8 14.000 8.609 0 L 38 10 245 75 187 73 30 13 14.000 8.609 0 L 39 -4 88 -6 89 0 96 9 98 16 90 21 14.500 8.781 0 L 7 -39 17 -98 24 -199 15 -199 7 -200 0 -65 6.003 10.200 0 L 10 -38 22 -98 33 -197 21 -199 10 -200 2 -68 6.095 10.200 0 L 13 -37 30 -95 25 -97 36 -197 21 -199 10 -175 6.196 10.200 0 L 17 -35 39 -93 33 -94 26 -97 22 -97 30 -198 16 -186 6.309 10.200 0 L 9 -38 21 -98 29 -198 6 -58 6.435 10.200 0 L 25 -30 55 -81 38 -72 34 -80 32 -92 14 -52 6.500 9.807 0 L 34 -19 82 -59 53 -49 46 -55 42 -60 38 -68 35 -78 31 -87 27 -96 20 -98 14 -88 6.578 10.200 0 L 28 -28 57 -70 38 -61 33 -68 30 -76 25 -87 1 -5 6.787 10.200 0 L 37 -14 59 -28 7.000 9.442 0 L -35 -18 -48 -37 -33 -37 -8 -10 7.500 9.503 0 L -3 39 -2 129 14 122 31 89 39 61 45 37 34 16 37 8 38 0 38 -6 41 -15 43 -23 46 -33 32 -28 7.000 9.804 0 L -18 -35 -31 -80 -18 -71 -13 -78 -8 -93 -1 -100 4 -100 11 -99 22 -144 7.723 10.200 0 L -5 39 -13 156 -2 100 5 100 23 125 35 98 32 58 15 21 7.500 9.503 0 L -9 -38 -10 -49 -10 -70 -8 -98 -2 -100 3 -100 9 -100 30 -197 10 -48 7.842 10.200 0 L 4 -39 15 -99 30 -154 7.950 10.200 0 L -5 -39 -8 -100 -3 -100 2 -100 14 -168 8.000 9.908 0 L -3 -39 -3 -100 1 -100 17 -200 32 -197 34 -164 8.050 10.200 0 L -1 -39 0 -101 7 -99 25 -199 37 -196 38 -166 8.148 10.200 0 L 0 -39 -11 -500 -17 -261 6.031 11.000 0 L 0 -39 -4 -500 -15 -261 6.114 11.000 0 L 1 -39 3 -457 -12 -300 0 -4 6.205 11.000 0 L 2 -39 12 -357 -4 -300 -5 -104 6.304 11.000 0 L 3 -39 21 -356 0 -300 -2 -105 6.414 11.000 0 L 5 -39 26 -255 12 -200 3 -200 -2 -106 6.534 11.000 0 L 9 -38 41 -196 28 -198 14 -200 1 -100 -2 -68 6.697 11.000 0 L 4 -39 69 -653 17 -108 7.344 11.000 0 L 4 -39 10 -71 7.486 11.000 0 L 5 -39 85 -650 7.500 10.889 0 L 7 -39 123 -761 7.592 11.000 0 L 7 -39 138 -744 3 -17 7.694 11.000 0 L 8 -39 145 -722 6 -39 7.790 11.000 0 L 8 -39 109 -539 7.883 11.000 0 L 7 -39 22 -115 7.970 11.000 0 L 8 -38 42 -183 8.000 10.421 0 L 9 -38 134 -585 4 -22 8.000 10.845 0 L RS -3 -39 -58 -761 6.092 11.800 0 L -2 -39 -55 -761 6.171 11.800 0 L -2 -39 -50 -761 6.257 11.800 0 L -2 -39 -43 -761 6.350 11.800 0 L -1 -39 -36 -761 6.451 11.800 0 L -1 -39 -30 -761 6.566 11.800 0 L -1 -39 -32 -636 -10 -125 6.740 11.800 0 L 6 -39 141 -761 7.196 11.800 0 L 5 -39 102 -761 7.379 11.800 0 L 4 -39 7 -71 7.489 11.800 0 L 5 -39 81 -595 6 -55 7.500 11.690 0 L 6 -39 89 -593 19 -168 7.579 11.800 0 L 6 -39 103 -648 14 -113 7.666 11.800 0 L 6 -39 120 -727 4 -34 7.752 11.800 0 L 7 -39 124 -726 5 -35 7.834 11.800 0 L -2 -39 -53 -761 6.148 12.600 0 L -2 -39 -50 -761 6.224 12.600 0 L -2 -39 -46 -761 6.306 12.600 0 L -2 -39 -41 -761 6.394 12.600 0 L -2 -39 -36 -761 6.490 12.600 0 L -2 -39 -39 -761 6.607 12.600 0 L -3 -39 -56 -497 -32 -198 -15 -66 6.846 12.600 0 L 7 -39 69 -350 73 -291 36 -120 7.011 12.600 0 L 4 -39 77 -761 7.297 12.600 0 L 3 -39 62 -761 7.423 12.600 0 L 4 -39 61 -761 7.513 12.600 0 L 4 -39 68 -761 7.594 12.600 0 L 5 -39 68 -697 5 -64 7.673 12.600 0 L 5 -39 61 -553 17 -208 7.750 12.600 0 L -2 -39 -36 -761 6.186 13.400 0 L -2 -39 -33 -761 6.260 13.400 0 L -2 -39 -31 -761 6.339 13.400 0 L -1 -39 -30 -761 6.425 13.400 0 L -1 -39 -8 -211 6.500 12.850 0 L -1 -39 -38 -761 6.647 13.400 0 L 1 39 18 510 6.500 12.850 0 L -9 -38 -15 -48 -25 -52 -20 -18 -28 7 -27 41 -30 74 7.000 12.633 0 L 10 -33 7.000 12.633 0 L 3 -39 65 -761 7.229 13.400 0 L 2 -39 45 -761 7.376 13.400 0 L 2 -39 26 -536 7.471 13.400 0 L 2 -39 11 -185 7.500 12.824 0 L 2 -39 44 -761 7.547 13.400 0 L 2 -39 49 -761 7.622 13.400 0 L 3 -39 52 -761 7.695 13.400 0 L -1 -39 -25 -761 6.212 14.200 0 L -1 -39 -24 -761 6.286 14.200 0 L -1 -39 -23 -761 6.364 14.200 0 L -1 -39 -23 -761 6.449 14.200 0 L -1 -39 -24 -761 6.545 14.200 0 L -1 -39 -37 -761 6.685 14.200 0 L 3 -39 63 -761 7.163 14.200 0 L 2 -39 36 -761 7.337 14.200 0 L 1 -39 29 -761 7.440 14.200 0 L 1 -39 29 -761 7.517 14.200 0 L 1 -39 31 -761 7.589 14.200 0 L 2 -39 33 -761 7.660 14.200 0 L -1 -39 -21 -761 6.235 15.000 0 L -1 -39 -21 -761 6.308 15.000 0 L -1 -39 -21 -761 6.387 15.000 0 L -1 -39 -21 -761 6.471 15.000 0 L -1 -39 -22 -761 6.569 15.000 0 L -2 -39 -36 -761 6.724 15.000 0 L 3 -39 54 -761 7.105 15.000 0 L 1 -39 27 -761 7.309 15.000 0 L 1 -39 19 -761 7.419 15.000 0 L 0 -22 7.500 15.000 0 L 1 -39 16 -738 7.500 14.978 0 L 1 -39 17 -761 7.570 15.000 0 L 1 -39 18 -761 7.641 15.000 0 L RS -1 -39 -19 -761 6.255 15.800 0 L -1 -39 -19 -761 6.329 15.800 0 L -1 -39 -19 -761 6.407 15.800 0 L -1 -39 -17 -761 6.490 15.800 0 L -1 -39 -19 -761 6.590 15.800 0 L -2 -39 -33 -761 6.760 15.800 0 L 2 -39 37 -761 7.066 15.800 0 L 0 -39 16 -761 7.292 15.800 0 L 0 -39 11 -761 7.408 15.800 0 L 0 -39 9 -761 7.491 15.800 0 L 0 -39 8 -761 7.562 15.800 0 L 0 -39 8 -761 7.632 15.800 0 L 0 -39 -15 -761 6.271 16.600 0 L 0 -39 -16 -761 6.345 16.600 0 L 0 -39 -15 -761 6.422 16.600 0 L 0 -39 -9 -473 6.500 16.313 0 L 0 -39 -15 -761 6.605 16.600 0 L 0 39 4 248 6.500 16.313 0 L -1 -39 -26 -761 6.787 16.600 0 L 1 -39 17 -761 7.047 16.600 0 L 0 -39 7 -761 7.284 16.600 0 L 0 -39 5 -761 7.402 16.600 0 L 0 -39 3 -761 7.487 16.600 0 L 0 -39 2 -761 7.559 16.600 0 L 0 -39 2 -761 7.630 16.600 0 L 0 -39 -11 -760 6.283 17.400 0 L 0 -39 -11 -760 6.356 17.400 0 L 0 -39 -10 -760 6.433 17.400 0 L 0 -39 -9 -760 6.514 17.400 0 L 0 -39 -10 -760 6.615 17.400 0 L -1 -39 -17 -760 6.805 17.400 0 L 0 -39 1 -760 7.045 17.400 0 L 0 -40 -1 -759 7.286 17.400 0 L 0 -40 0 -759 7.403 17.400 0 L 0 -40 0 -759 7.487 17.400 0 L 0 -40 0 -759 7.559 17.400 0 L 0 -39 0 -760 7.630 17.400 0 L 0 -39 -8 -760 6.291 18.200 0 L 0 -39 -8 -760 6.365 18.200 0 L 0 -39 -7 -760 6.441 18.200 0 L 0 -39 -7 -760 6.521 18.200 0 L 0 -39 -8 -760 6.624 18.200 0 L 0 -39 -16 -760 6.822 18.200 0 L 0 -40 -3 -759 7.049 18.200 0 L 0 -39 -8 -760 7.294 18.200 0 L 0 -39 -4 -760 7.408 18.200 0 L 0 -40 -2 -759 7.490 18.200 0 L 0 -39 0 -760 7.559 18.200 0 L 0 -40 1 -759 7.628 18.200 0 L 0 -39 -6 -760 6.298 19.000 0 L 0 -39 -6 -760 6.371 19.000 0 L 0 -39 -6 -760 6.448 19.000 0 L 0 -39 -6 -760 6.528 19.000 0 L 0 -39 -8 -760 6.632 19.000 0 L 0 -39 -27 -760 6.849 19.000 0 L 0 -39 12 -760 7.036 19.000 0 L 0 -39 -8 -760 7.302 19.000 0 L 0 -39 -5 -760 7.413 19.000 0 L 0 -40 -1 -759 7.491 19.000 0 L 0 -40 1 -759 7.558 19.000 0 L 0 -39 3 -760 7.625 19.000 0 L RS 60 setlinewidth -10000 0 0 -16000 10000 0 0 16000 5.000 3.000 0 L 0 -250 5.000 3.250 0 L 0 -150 5.500 3.150 0 L 0 -150 6.000 3.150 0 L 0 -150 6.500 3.150 0 L 0 -150 7.000 3.150 0 L 0 -150 7.500 3.150 0 L 0 -150 8.000 3.150 0 L 0 -150 8.500 3.150 0 L 0 -150 9.000 3.150 0 L 0 -150 9.500 3.150 0 L 0 -250 10.000 3.250 0 L 0 -150 10.500 3.150 0 L 0 -150 11.000 3.150 0 L 0 -150 11.500 3.150 0 L 0 -150 12.000 3.150 0 L 0 -150 12.500 3.150 0 L 0 -150 13.000 3.150 0 L 0 -150 13.500 3.150 0 L 0 -150 14.000 3.150 0 L 0 -150 14.500 3.150 0 L 0 -250 15.000 3.250 0 L 0 250 5.000 18.750 0 L 0 149 5.500 18.850 0 L 0 149 6.000 18.850 0 L 0 149 6.500 18.850 0 L 0 149 7.000 18.850 0 L 0 149 7.500 18.850 0 L 0 149 8.000 18.850 0 L 0 149 8.500 18.850 0 L 0 149 9.000 18.850 0 L 0 149 9.500 18.850 0 L 0 250 10.000 18.750 0 L 0 149 10.500 18.850 0 L 0 149 11.000 18.850 0 L 0 149 11.500 18.850 0 L 0 149 12.000 18.850 0 L 0 149 12.500 18.850 0 L 0 149 13.000 18.850 0 L 0 149 13.500 18.850 0 L 0 149 14.000 18.850 0 L 0 149 14.500 18.850 0 L 0 250 15.000 18.750 0 L -250 0 5.250 3.000 0 L -150 0 5.150 3.800 0 L -150 0 5.150 4.600 0 L -150 0 5.150 5.400 0 L -250 0 5.250 6.200 0 L -150 0 5.150 7.000 0 L -150 0 5.150 7.800 0 L -150 0 5.150 8.600 0 L -250 0 5.250 9.400 0 L -150 0 5.150 10.200 0 L -150 0 5.150 11.000 0 L -150 0 5.150 11.800 0 L -250 0 5.250 12.600 0 L -150 0 5.150 13.400 0 L -150 0 5.150 14.200 0 L -150 0 5.150 15.000 0 L -250 0 5.250 15.800 0 L -150 0 5.150 16.600 0 L -150 0 5.150 17.400 0 L -150 0 5.150 18.200 0 L -250 0 5.250 19.000 0 L 250 0 14.750 3.000 0 L 149 0 14.850 3.800 0 L 149 0 14.850 4.600 0 L 149 0 14.850 5.400 0 L 250 0 14.750 6.200 0 L 149 0 14.850 7.000 0 L 149 0 14.850 7.800 0 L 149 0 14.850 8.600 0 L 250 0 14.750 9.400 0 L 149 0 14.850 10.200 0 L 149 0 14.850 11.000 0 L 149 0 14.850 11.800 0 L 250 0 14.750 12.600 0 L 149 0 14.850 13.400 0 L 149 0 14.850 14.200 0 L 149 0 14.850 15.000 0 L 250 0 14.750 15.800 0 L 149 0 14.850 16.600 0 L 149 0 14.850 17.400 0 L 149 0 14.850 18.200 0 L 250 0 14.750 19.000 0 L 30 setlinewidth -1000 0 0 -1000 1000 0 16.000 4.000 1 F -1000 0 17.000 3.000 0 L 75 76 0.0 (-0.9 eV) F2 17.300 3.720 T -1000 0 0 -1000 1000 0 16.000 5.000 2 F -1000 0 17.000 4.000 0 L 75 76 0.0 (-0.8 eV) F2 17.300 4.720 T -1000 0 0 -1000 1000 0 16.000 6.000 3 F -1000 0 17.000 5.000 0 L 75 76 0.0 (-0.7 eV) F2 17.300 5.720 T -1000 0 0 -1000 1000 0 16.000 7.000 4 F -1000 0 17.000 6.000 0 L 75 76 0.0 (-0.6 eV) F2 17.300 6.720 T -1000 0 0 -1000 1000 0 16.000 8.000 5 F -1000 0 17.000 7.000 0 L 75 76 0.0 (-0.5 eV) F2 17.300 7.720 T -1000 0 0 -1000 1000 0 16.000 9.000 6 F -1000 0 17.000 8.000 0 L 75 76 0.0 (-0.4 eV) F2 17.300 8.720 T -1000 0 0 -1000 1000 0 16.000 10.000 7 F -1000 0 17.000 9.000 0 L 75 76 0.0 (-0.3 eV) F2 17.300 9.720 T -1000 0 0 -1000 1000 0 16.000 11.000 8 F -1000 0 17.000 10.000 0 L 75 76 0.0 (-0.2 eV) F2 17.300 10.720 T -1000 0 0 -1000 1000 0 16.000 12.000 9 F -1000 0 17.000 11.000 0 L 75 76 0.0 (-0.1 eV) F2 17.300 11.720 T -1000 0 0 -1000 1000 0 16.000 13.000 10 F -1000 0 17.000 12.000 0 L 75 76 0.0 ( 0.0 eV) F2 17.300 12.720 T -1000 0 0 -1000 1000 0 16.000 14.000 11 F -1000 0 17.000 13.000 0 L 75 76 0.0 ( 0.1 eV) F2 17.300 13.720 T -1000 0 0 -1000 1000 0 16.000 15.000 12 F -1000 0 17.000 14.000 0 L 75 76 0.0 ( 0.2 eV) F2 17.300 14.720 T -1000 0 0 -1000 1000 0 16.000 16.000 13 F -1000 0 17.000 15.000 0 L 75 76 0.0 ( 0.3 eV) F2 17.300 15.720 T -1000 0 0 -1000 1000 0 16.000 17.000 14 F -1000 0 17.000 16.000 0 L 75 76 0.0 ( 0.4 eV) F2 17.300 16.720 T -1000 0 0 -1000 1000 0 16.000 18.000 15 F -1000 0 17.000 17.000 0 L 75 76 0.0 ( 0.5 eV) F2 17.300 17.720 T -1000 0 0 -1000 1000 0 16.000 19.000 16 F -1000 0 17.000 18.000 0 L 60 setlinewidth -1000 0 0 -16000 1000 0 0 16000 16.000 3.000 0 L 0 74 0.5 (0.25) F2 5.000 2.140 T 0 74 0.5 (1.50) F2 10.000 2.140 T 0 74 0.5 (2.75) F2 15.000 2.140 T 0 74 1.0 (0.00) F2 4.700 2.720 T 0 74 1.0 (1.00) F2 4.700 5.920 T 0 74 1.0 (2.00) F2 4.700 9.120 T 0 74 1.0 (3.00) F2 4.700 12.320 T 0 74 1.0 (4.00) F2 4.700 15.520 T 0 74 1.0 (5.00) F2 4.700 18.720 T 0 74 0.0 () F3 5.000 20.000 T 30 setlinewidth restore pop % remove mark showpage %%EOF cleartomark countdictstack exch sub { end } repeat restore grestore % % End Imported PIC File: traj0.5eVxfarbe.ps_sw %%EndDocument % %/Helvetica-iso ff 450.00 scf sf %1155 7830 m %gs 1 -1 sc 90.0 rot (2) col0 sh gr % Polyline % % Begin Imported EPS File: h2pd0.0_0.5_90_00.ps %%BeginDocument: h2pd0.0_0.5_90_00.ps % n gs 4410 1073 tr 7.837736 -7.837736 sc 265 0 tr 180 rot -160 -290 tr sa n 160 290 m 425 290 l 425 555 l 160 555 l cp clip n countdictstack mark /showpage {} def % EPS file follows: %!PS-Adobe-2.0 %%Creator: BALSAC 2.11 (C) Copyright by K. Hermann %%BoundingBox: 160 290 425 555 %%EndComments %%%BoundingBox: 40 315 565 700 % 26 714 translate -90 rotate .7 .7 scale /Boxd { /yc2 exch def /xc2 exch def /yc1 exch def /xc1 exch def newpath xc1 yc1 moveto xc2 yc1 lineto xc2 yc2 lineto xc1 yc2 lineto closepath } bind def /ISOenc {findfont dup length dict begin {1 index /FID ne {def} {pop pop} ifelse } forall /Encoding ISOLatin1Encoding def currentdict end definefont pop} bind def /COcir { setrgbcolor 0.25 setlinewidth newpath 0 360 arc closepath stroke } bind def /CFcir { setrgbcolor 0.25 setlinewidth newpath 0 360 arc closepath gsave fill grestore Rol Gol Bol setrgbcolor stroke } bind def /CLine { setlinewidth setrgbcolor newpath moveto lineto 1 setlinejoin 1 setlinecap stroke } bind def /COLine { /lwi exch def /clB exch def /clG exch def /clR exch def newpath moveto lineto 1 setlinejoin 0 setlinecap gsave lwi 3 add setlinewidth 1 setgray stroke grestore lwi setlinewidth clR clG clB setrgbcolor stroke } bind def /CDLine { /lwi exch def /clB exch def /clG exch def /clR exch def /y3 exch def /x3 exch def newpath moveto lineto x3 y3 lineto 1 setlinejoin 0 setlinecap lwi 0 ge {gsave lwi 3 add setlinewidth 1 setgray stroke grestore} {/lwi lwi neg def} ifelse lwi setlinewidth clR clG clB setrgbcolor stroke } bind def /CBall { /incol exch nos1 mul def /radius exch def /y0 exch def /x0 exch def x0 y0 translate phi rotate 0 radius Cel /shift0 ey radius mul def /i 0 def 1. ez div 1. scale /radiz radius ez mul def nosh {/incol incol 1 add def alp i get shift0 mul bet i get radiz mul Cel /i i 1 add def} repeat ez 1. scale 0 0 radius Rol Gol Bol COcir phi neg rotate x0 neg y0 neg translate} bind def /Cel { /rady exch def /yy0 exch def 0 yy0 translate newpath cRA incol get cGA incol get cBA incol get setrgbcolor 0 0 rady 0 360 arc closepath fill 0 yy0 neg translate } bind def /Lite { /phi exch def /ez exch def /ey exch def } bind def /CBond { /clBi exch def /clGi exch def /clRi exch def /qq exch def /r2 exch def /r1 exch def /y2 exch def /x2 exch def /y1 exch def /x1 exch def qq 0 gt {/qq1 1 qq div def} if x1 x2 ne y1 y2 ne or { /wr y2 y1 sub x2 x1 sub atan def newpath 0.25 setlinewidth clRi clGi clBi setrgbcolor x1 y1 translate wr rotate qq 0 gt {qq 1 scale 0 0 r1 90 270 arc qq1 1 scale } {0 r1 moveto 0 r1 neg lineto } ifelse wr neg rotate x2 x1 sub y2 y1 sub translate wr rotate 0 r2 neg lineto qq 0 lt {qq 1 scale 0 0 r2 270 90 arcn qq1 1 scale } { 0 r2 lineto } ifelse wr neg rotate x2 neg y2 neg translate closepath gsave fill grestore Rbd Gbd Bbd setrgbcolor stroke } if } bind def /Coldef { /qgam exch def /qmax exch def /qmin exch def /clB exch def /clG exch def /clR exch def /qint clR clG clB add add 3 div def qint 0 eq { /qint 1 def /pint 1 def } { /pint 1 1 qint sub div def } ifelse /aaR clR qint sub pint mul def /bbR 1 clR sub pint mul def /aaG clG qint sub pint mul def /bbG 1 clG sub pint mul def /aaB clB qint sub pint mul def /bbB 1 clB sub pint mul def /dqq qmax qmin sub def /qq qmin dqq sub def /kk 0 def nos1 { /qq qmin kk nosh div qgam exp dqq mul add def qq qint lt {cRA ii clR qq mul qint div put cGA ii clG qq mul qint div put cBA ii clB qq mul qint div put } {cRA ii aaR bbR qq mul add put cGA ii aaG bbG qq mul add put cBA ii aaB bbB qq mul add put } ifelse /ii ii 1 add def /kk kk 1 add def} repeat} bind def /nosh 50 def /ncol 3 def /nos1 nosh 1 add def /cRA nos1 ncol mul array def /cGA nos1 ncol mul array def /cBA nos1 ncol mul array def /ii 0 def .736 .787 1.000 .400 .900 1.000 Coldef .992 .992 .992 .200 .655 1.000 Coldef .892 .892 .892 .670 .890 .710 Coldef /alp nosh array def /bet nosh array def /i 0 def /j 0 def nosh { alp i j nosh div put bet i 1 j nosh div dup mul sub abs sqrt put /i i 1 add def /j j 1 add def } repeat % 20 20 570 770 Boxd .000 .000 .000 setrgbcolor fill % 20 20 570 770 Boxd 0 setgray stroke 20 20 570 770 Boxd clip % 53 45 {dup mul exch dup mul add 1. exch sub } setscreen /Rol .000 def /Gol .000 def /Bol .000 def /Rbd .000 def /Gbd .000 def /Bbd .000 def .7660 .6428 125.00 Lite 220.42 344.60 365.58 344.60 4.584 4.584 .0000 .88 .88 .878 CBond % 7 - 8 216.60 308.42 216.60 523.58 4.584 4.584 .0000 .88 .88 .878 CBond % 7 - 9 369.40 308.42 369.40 523.58 4.584 4.584 .0000 .88 .88 .878 CBond % 8 - 10 180.42 497.40 405.58 497.40 4.584 4.584 .0000 .88 .88 .878 CBond % 9 - 10 369.40 414.63 369.40 427.37 3.056 3.056 .0000 .000 .000 .000 CBond % 1 - 10 216.60 344.60 43.24 2 CBall % 3 369.40 497.40 43.24 2 CBall % 4 369.40 344.60 43.24 2 CBall % 5 216.60 497.40 43.24 2 CBall % 6 369.40 396.55 18.34 1 CBall % 10 369.40 445.45 18.34 1 CBall % 1 /#copies 1 def showpage %%EndDocument: cleartomark countdictstack exch sub { end } repeat restore grestore % % End Imported PIC File: h2pd0.0_0.5_90_00.ps %%EndDocument % % Polyline 135.000 slw n 3190 894 m 3160 1914 l 3160 2529 l 3145 3054 l 3160 3234 l 3145 3534 l 3145 3774 l 3145 4044 l 3190 4509 l 3220 4839 l 3295 5229 l 3370 5529 l gs col7 s gr % Polyline 45.000 slw [150] 0 sd gs clippath 3325 5566 m 3413 5544 l 3358 5327 l 3348 5469 l 3271 5348 l cp 3231 892 m 3141 889 l 3135 1113 l 3184 980 l 3225 1116 l cp eoclip n 3186 906 m 3156 1926 l 3156 2541 l 3141 3066 l 3156 3246 l 3141 3546 l 3141 3786 l 3141 4056 l 3186 4521 l 3216 4851 l 3291 5241 l 3366 5541 l gs col4 s gr gr [] 0 sd % arrowhead n 3225 1116 m 3184 980 l 3135 1113 l 3225 1116 l cp gs col4 1.00 shd ef gr col4 s % arrowhead n 3271 5348 m 3348 5469 l 3358 5327 l 3271 5348 l cp gs col4 1.00 shd ef gr col4 s /Helvetica-Bold-iso ff 300.00 scf sf 6210 2070 m gs 1 -1 sc (Pd) col0 sh gr 30.000 slw %% Ellipse %n 6270 8615 35 35 0 360 DrawEllipse gs col0 s gr %/Helvetica-iso ff 525.00 scf sf %5925 9105 m %gs 1 -1 sc (\(A\)) col0 sh gr %/Helvetica-iso ff 525.00 scf sf %2550 9120 m %gs 1 -1 sc (H-H distance) col0 sh gr %% Rotated Ellipse %gs %515 1155 tr %-90.000 rot %n 0 0 35 35 0 360 DrawEllipse 90.000 rot %gs col0 s gr %gr %/Helvetica-iso ff 525.00 scf sf %1005 1500 m %gs 1 -1 sc 90.0 rot (\(A\)) col0 sh gr %15.000 slw %% Rotated Ellipse %gs %640 2273 tr %-90.000 rot %n 0 0 35 35 0 360 DrawEllipse 90.000 rot %gs col0 s gr %gr %/Helvetica-iso ff 525.00 scf sf %990 8190 m %gs 1 -1 sc 90.0 rot (H distance from the surface) col0 sh gr %$F2psEnd %rs %/Helvetica-iso ff 375.00 scf sf /Roman-iso ff 425.00 scf sf 1200 7435 m gs 1 -1 sc 90.0 rot (2) col0 sh gr 30.000 slw % Ellipse n 5785 8715 40 40 0 360 DrawEllipse gs col0 s gr %/Helvetica-iso ff 450.00 scf sf /Roman-iso ff 500.00 scf sf 2680 9150 m gs 1 -1 sc (H-H distance) col0 sh gr %/Helvetica-iso ff 450.00 scf sf /Roman-iso ff 500.00 scf sf 5430 9135 m gs 1 -1 sc (\(A\)) col0 sh gr % Rotated Ellipse gs 630 1535 tr -90.000 rot n 0 0 40 40 0 360 DrawEllipse 90.000 rot gs col0 s gr gr %/Helvetica-iso ff 450.00 scf sf /Roman-iso ff 500.00 scf sf 1050 7770 m gs 1 -1 sc 90.0 rot (H distance from the surface) col0 sh gr %/Helvetica-iso ff 450.00 scf sf /Roman-iso ff 500.00 scf sf 1035 1885 m gs 1 -1 sc 90.0 rot (\(A\)) col0 sh gr $F2psEnd rs showpage %%EndDocument @endspecial 880 879 a currentpoint grestore moveto 880 879 a 863 879 a gsave currentpoint currentpoint translate 0 neg rotate neg exch neg exch translate 863 879 a @beginspecial 0 @llx 130 @lly 595 @urx 700 @ury 1204 @rwi @setspecial %%BeginDocument: Fig3b.eps %!PS-Adobe-2.0 %%Title: traj0.9eVh2pdnn0.0_0.5_90_00.xfig.eps %%Creator: fig2dev Version 3.2.3 Patchlevel %%CreationDate: Wed Jan 17 11:51:25 2001 %%For: soenke@theolx03 (Soenke Lorenz) %%Orientation: Portrait %%Pages: 2 %%BoundingBox: 0 130 595 700 %%BeginSetup %%IncludeFeature: *PageSize A4 %%EndSetup %%Magnification: 1.0000 %%EndComments /$F2psDict 200 dict def $F2psDict begin $F2psDict /mtrx matrix put /col-1 {0 setgray} bind def /col0 {0.000 0.000 0.000 srgb} bind def /col1 {0.000 0.000 1.000 srgb} bind def /col2 {0.000 1.000 0.000 srgb} bind def /col3 {0.000 1.000 1.000 srgb} bind def /col4 {1.000 0.000 0.000 srgb} bind def /col5 {1.000 0.000 1.000 srgb} bind def /col6 {1.000 1.000 0.000 srgb} bind def /col7 {1.000 1.000 1.000 srgb} bind def /col8 {0.000 0.000 0.560 srgb} bind def /col9 {0.000 0.000 0.690 srgb} bind def /col10 {0.000 0.000 0.820 srgb} bind def /col11 {0.530 0.810 1.000 srgb} bind def /col12 {0.000 0.560 0.000 srgb} bind def /col13 {0.000 0.690 0.000 srgb} bind def /col14 {0.000 0.820 0.000 srgb} bind def /col15 {0.000 0.560 0.560 srgb} bind def /col16 {0.000 0.690 0.690 srgb} bind def /col17 {0.000 0.820 0.820 srgb} bind def /col18 {0.560 0.000 0.000 srgb} bind def /col19 {0.690 0.000 0.000 srgb} bind def /col20 {0.820 0.000 0.000 srgb} bind def /col21 {0.560 0.000 0.560 srgb} bind def /col22 {0.690 0.000 0.690 srgb} bind def /col23 {0.820 0.000 0.820 srgb} bind def /col24 {0.500 0.190 0.000 srgb} bind def /col25 {0.630 0.250 0.000 srgb} bind def /col26 {0.750 0.380 0.000 srgb} bind def /col27 {1.000 0.500 0.500 srgb} bind def /col28 {1.000 0.630 0.630 srgb} bind def /col29 {1.000 0.750 0.750 srgb} bind def /col30 {1.000 0.880 0.880 srgb} bind def /col31 {1.000 0.840 0.000 srgb} bind def end save newpath 0 842 moveto 0 0 lineto 595 0 lineto 595 842 lineto closepath clip newpath -22.0 721.5 translate 1 -1 scale /cp {closepath} bind def /ef {eofill} bind def /gr {grestore} bind def /gs {gsave} bind def /sa {save} bind def /rs {restore} bind def /l {lineto} bind def /m {moveto} bind def /rm {rmoveto} bind def /n {newpath} bind def /s {stroke} bind def /sh {show} bind def /slc {setlinecap} bind def /slj {setlinejoin} bind def /slw {setlinewidth} bind def /srgb {setrgbcolor} bind def /rot {rotate} bind def /sc {scale} bind def /sd {setdash} bind def /ff {findfont} bind def /sf {setfont} bind def /scf {scalefont} bind def /sw {stringwidth} bind def /tr {translate} bind def /tnt {dup dup currentrgbcolor 4 -2 roll dup 1 exch sub 3 -1 roll mul add 4 -2 roll dup 1 exch sub 3 -1 roll mul add 4 -2 roll dup 1 exch sub 3 -1 roll mul add srgb} bind def /shd {dup dup currentrgbcolor 4 -2 roll mul 4 -2 roll mul 4 -2 roll mul srgb} bind def /reencdict 12 dict def /ReEncode { reencdict begin /newcodesandnames exch def /newfontname exch def /basefontname exch def /basefontdict basefontname findfont def /newfont basefontdict maxlength dict def basefontdict { exch dup /FID ne { dup /Encoding eq { exch dup length array copy newfont 3 1 roll put } { exch newfont 3 1 roll put } ifelse } { pop pop } ifelse } forall newfont /FontName newfontname put newcodesandnames aload pop 128 1 255 { newfont /Encoding get exch /.notdef put } for newcodesandnames length 2 idiv { newfont /Encoding get 3 1 roll put } repeat newfontname newfont definefont pop end } def /isovec [ 8#055 /minus 8#200 /grave 8#201 /acute 8#202 /circumflex 8#203 /tilde 8#204 /macron 8#205 /breve 8#206 /dotaccent 8#207 /dieresis 8#210 /ring 8#211 /cedilla 8#212 /hungarumlaut 8#213 /ogonek 8#214 /caron 8#220 /dotlessi 8#230 /oe 8#231 /OE 8#240 /space 8#241 /exclamdown 8#242 /cent 8#243 /sterling 8#244 /currency 8#245 /yen 8#246 /brokenbar 8#247 /section 8#250 /dieresis 8#251 /copyright 8#252 /ordfeminine 8#253 /guillemotleft 8#254 /logicalnot 8#255 /hypen 8#256 /registered 8#257 /macron 8#260 /degree 8#261 /plusminus 8#262 /twosuperior 8#263 /threesuperior 8#264 /acute 8#265 /mu 8#266 /paragraph 8#267 /periodcentered 8#270 /cedilla 8#271 /onesuperior 8#272 /ordmasculine 8#273 /guillemotright 8#274 /onequarter 8#275 /onehalf 8#276 /threequarters 8#277 /questiondown 8#300 /Agrave 8#301 /Aacute 8#302 /Acircumflex 8#303 /Atilde 8#304 /Adieresis 8#305 /Aring 8#306 /AE 8#307 /Ccedilla 8#310 /Egrave 8#311 /Eacute 8#312 /Ecircumflex 8#313 /Edieresis 8#314 /Igrave 8#315 /Iacute 8#316 /Icircumflex 8#317 /Idieresis 8#320 /Eth 8#321 /Ntilde 8#322 /Ograve 8#323 /Oacute 8#324 /Ocircumflex 8#325 /Otilde 8#326 /Odieresis 8#327 /multiply 8#330 /Oslash 8#331 /Ugrave 8#332 /Uacute 8#333 /Ucircumflex 8#334 /Udieresis 8#335 /Yacute 8#336 /Thorn 8#337 /germandbls 8#340 /agrave 8#341 /aacute 8#342 /acircumflex 8#343 /atilde 8#344 /adieresis 8#345 /aring 8#346 /ae 8#347 /ccedilla 8#350 /egrave 8#351 /eacute 8#352 /ecircumflex 8#353 /edieresis 8#354 /igrave 8#355 /iacute 8#356 /icircumflex 8#357 /idieresis 8#360 /eth 8#361 /ntilde 8#362 /ograve 8#363 /oacute 8#364 /ocircumflex 8#365 /otilde 8#366 /odieresis 8#367 /divide 8#370 /oslash 8#371 /ugrave 8#372 /uacute 8#373 /ucircumflex 8#374 /udieresis 8#375 /yacute 8#376 /thorn 8#377 /ydieresis] def /Helvetica-Bold /Helvetica-Bold-iso isovec ReEncode /Helvetica /Helvetica-iso isovec ReEncode /DrawEllipse { /endangle exch def /startangle exch def /yrad exch def /xrad exch def /y exch def /x exch def /savematrix mtrx currentmatrix def x y tr xrad yrad sc 0 0 1 startangle endangle arc closepath savematrix setmatrix } def /$F2psBegin {$F2psDict begin /$F2psEnteredState save def} def /$F2psEnd {$F2psEnteredState restore end} def $F2psBegin %%Page: 1 1 10 setmiterlimit 0.06299 0.06299 sc %%Page: 1 1 % Polyline % % Begin Imported EPS File: traj0.5eVxfarbe.ps_sw %%BeginDocument: traj0.5eVxfarbe.ps_sw % n gs 990 435 tr 15.805455 -15.777778 sc 270 rot -10 -70 tr sa n 10 70 m 550 70 l 550 620 l 10 620 l cp clip n countdictstack mark /showpage {} def % EPS file follows: %!PS-Adobe-1.0 %%BoundingBox: 10 70 550 620 %%Creator: A.Preusser FHI Berlin %%Title: xfarbe.ps %%CreationDate: Sat Jan 13 17:52:48 2001 %%Pages: 1 %%DocumentFonts: Courier-Bold %%DocumentNeededFonts: Courier-Bold %%BeginProlog 28.346 28.346 scale % to cm 20.4 0.4 translate 90 rotate % for landscape mark % start of stack usage /RedAr 298 array def /GreAr 298 array def /BluAr 298 array def /SCR { % Set Color Representation % Stack: Red, Green, Blue, Index /ind exch def BluAr ind 3 2 roll put GreAr ind 3 2 roll put RedAr ind 3 2 roll put } bind def /SCI { % Set Color Index % Stack: index /ind exch def /red RedAr ind get def /gre GreAr ind get def /blu BluAr ind get def red gre blu setrgbcolor} bind def /FSD {findfont exch scalefont def} bind def /S1 0.60 /Roman-Bold FSD /S2 0.80 /Roman-Bold FSD /S3 1.10 /Roman-Bold FSD /F1 {0.60 S1} bind def /F2 {0.80 S2} bind def /F3 {1.10 S3} bind def /BOX { % Clear Background % Stack: dx, dy, string, backcolor gsave % saving currentpoint 0 -0.05 rmoveto 0.76 mul 0.05 add % modify rectangle dup neg 3 1 roll 0 exch rlineto 0 rlineto 0 exch rlineto closepath exch SCI fill grestore} bind def /T { % Text % Stack: color, backcolor, rel. x pos, % string, height, x, y moveto setfont exch dup stringwidth pop dup 5 -1 roll mul neg 0 rmoveto 3 2 roll BOX exch SCI show} bind def /StackW 1 array def /W {%def copy rel moves starting at [ from stack to StackW ] /StackW exch def % read from stack into StackW StackW aload pop % copy back to stack } bind def /R {%def Read from StackR in inverse order StackR length 2 sub -2 0 % loop parameters {dup StackR exch get neg % get x exch StackR exch 1 add get neg} % get y for } bind def /F {%def take color index, one abs move % and relative moves from stack % and fill SCI % set color index moveto % abs move in cm 0.001 0.001 scale % rel moves in 1/1000 cm counttomark -2 2 { pop rlineto} for closepath fill /StackR StackW def % copy StackW to StackR 1000 1000 scale % back to cm } bind def /L {%def Polyline, similar to F SCI moveto 0.001 0.001 scale counttomark -2 2 { pop rlineto } for stroke 1000 1000 scale } bind def /RS {%def restore save } bind def 0.0000 0.0000 0.0000 0 SCR 0.0000 0.0000 0.0000 1 SCR 0.1912 0.2072 0.1912 2 SCR 0.3187 0.3346 0.3187 3 SCR 0.4462 0.4462 0.4462 4 SCR 0.5258 0.5258 0.5258 5 SCR 0.6215 0.6055 0.6215 6 SCR 0.6533 0.6533 0.6533 7 SCR 0.7171 0.7171 0.7171 8 SCR 0.7808 0.7649 0.7808 9 SCR 0.8127 0.8127 0.8127 10 SCR 0.8445 0.8445 0.8445 11 SCR 0.8764 0.8764 0.8764 12 SCR 0.9083 0.9083 0.9083 13 SCR 0.9402 0.9402 0.9402 14 SCR 0.9720 0.9720 0.9720 15 SCR 1.0000 1.0000 1.0000 16 SCR 1.0000 1.0000 1.0000 17 SCR 1.0000 0.9242 0.9720 18 SCR 0.7489 1.0000 0.9402 19 SCR 0.9402 0.8286 1.0000 20 SCR 0.5258 1.0000 0.8764 21 SCR 0.8127 0.7808 0.9402 22 SCR 0.1912 1.0000 0.8445 23 SCR 0.6852 0.6693 0.8127 24 SCR 0.0956 0.8445 0.8445 25 SCR 0.6533 0.4780 0.7808 26 SCR 0.0956 0.6533 0.6533 27 SCR 0.6533 0.2390 0.7171 28 SCR 0.0000 0.4621 0.3824 29 SCR 0.5258 0.0000 0.6533 30 SCR 0.0000 0.2072 0.0000 31 SCR 0.0319 0.0000 0.0637 32 SCR 0.0000 0.0000 0.0000 33 SCR 0.0000 0.0000 0.0000 34 SCR 1.0000 1.0000 1.0000 35 SCR 0.0000 0.0000 0.0000 36 SCR 1.0000 0.1912 0.1275 37 SCR 0.0000 0.0000 0.0000 38 SCR 0.0956 1.0000 0.0956 39 SCR 0.0000 0.0000 0.0000 40 SCR 0.4462 0.4621 0.4462 41 SCR 0.0000 0.0000 0.5258 42 SCR 0.0000 0.0000 1.0000 43 SCR 0.2549 0.4143 0.9083 44 SCR 0.3824 0.5896 0.9402 45 SCR 0.0000 0.6693 0.0000 46 SCR 0.0000 0.8127 0.0000 47 SCR 0.0000 0.8764 0.0000 48 SCR 0.0000 1.0000 0.0000 49 SCR 0.7489 1.0000 0.7489 50 SCR 0.9402 0.8764 0.5258 51 SCR 1.0000 1.0000 0.0000 52 SCR 1.0000 0.6533 0.0000 53 SCR 1.0000 0.0000 0.0000 54 SCR 0.7171 0.1275 0.1275 55 SCR 0.5577 0.2709 0.0637 56 SCR 0.3506 0.6215 0.6533 57 SCR 1.0000 1.0000 1.0000 58 SCR 1.0000 0.9242 0.9720 59 SCR 0.7489 1.0000 0.9402 60 SCR 0.9402 0.8286 1.0000 61 SCR 0.5258 1.0000 0.8764 62 SCR 0.8127 0.7808 0.9402 63 SCR 0.1912 1.0000 0.8445 64 SCR 0.6852 0.6693 0.8127 65 SCR 0.0956 0.8445 0.8445 66 SCR 0.6533 0.4780 0.7808 67 SCR 0.0956 0.6533 0.6533 68 SCR 0.6533 0.2390 0.7171 69 SCR 0.0000 0.4621 0.3824 70 SCR 0.5258 0.0000 0.6533 71 SCR 0.0000 0.2072 0.0000 72 SCR 0.0319 0.0000 0.0637 73 SCR 1.0000 1.0000 1.0000 74 SCR 0.0000 0.0000 0.0000 75 SCR 1.0000 1.0000 1.0000 76 SCR 0.0000 0.0000 0.0000 77 SCR 1.0000 0.1912 0.1275 78 SCR 0.0000 0.0000 0.0000 79 SCR 0.0956 1.0000 0.0956 80 SCR 0.0000 0.0000 0.0000 81 SCR 0.4462 0.4621 0.4462 82 SCR %%EndProlog 30 setlinewidth save 2500 0 0 799 -2500 0 7.500 3.000 16 F [3 -39 46 -760 W 107 0 0 799 7.500 3.000 16 F [3 -39 54 -760 W 179 0 R 7.656 3.000 15 F [2 -39 38 -572 W 173 0 R -157 0 8.000 3.000 14 F R 0 -611 8.000 3.800 13 F [3 -39 11 -149 W 0 188 8.000 3.000 14 F [2 -39 45 -760 W 127 0 0 610 R 8.014 3.000 13 F [2 -39 36 -760 W 165 0 R 8.174 3.000 12 F [1 -39 31 -760 W 165 0 R 8.330 3.000 11 F R -10 0 0 -799 8.500 3.800 10 F [2 -39 28 -760 W 124 0 0 799 8.500 3.000 10 F [2 -39 28 -760 W 170 0 R 8.655 3.000 9 F [3 -39 21 -456 6 -273 W 175 0 R -175 0 9.000 3.000 8 F R 0 -768 9.000 3.800 7 F [2 -31 W 0 31 9.000 3.000 8 F [3 -39 22 -356 8 -404 W 167 0 0 767 R 9.003 3.000 7 F [2 -39 12 -257 0 -300 -8 -203 W 267 0 R 9.200 3.000 6 F R -60 0 0 -799 9.500 3.800 5 F [1 -39 4 -200 -6 -200 -24 -299 -7 -61 W 269 0 0 799 9.500 3.000 5 F R -263 0 0 -799 10.000 3.800 4 F [0 -40 -6 -199 -18 -200 -28 -198 -29 -162 W 195 0 0 799 10.000 3.000 4 F R -385 0 0 -799 10.500 3.800 3 F [-2 -39 -8 -100 -26 -198 -37 -197 -62 -265 W 224 0 0 799 10.500 3.000 3 F R -410 0 0 -799 11.000 3.800 2 F [0 -39 -2 -101 -8 -99 -28 -198 -40 -196 -41 -166 W 368 0 0 799 11.000 3.000 2 F R -250 0 0 -799 11.500 3.800 1 F 3500 0 0 799 -3500 0 15.000 3.000 1 F 2500 0 0 799 -2500 0 7.500 3.800 16 F [1 -39 14 -600 0 -160 W 91 0 0 799 7.500 3.800 16 F [2 -39 24 -657 2 -103 W 167 0 R 7.606 3.800 15 F [2 -39 32 -760 W 167 0 R 7.786 3.800 14 F R -40 0 0 -799 8.000 4.600 13 F [2 -39 31 -760 W 93 0 0 799 8.000 3.800 13 F [1 -39 26 -760 W 171 0 R 8.127 3.800 12 F [1 -39 18 -760 W 173 0 R 8.292 3.800 11 F R -42 0 0 -799 8.500 4.600 10 F [1 -39 10 -760 W 113 0 0 799 8.500 3.800 10 F [1 -39 2 -500 -7 -260 W 185 0 R 8.625 3.800 9 F [0 -39 -1 -300 -17 -300 -12 -127 W 0 -33 200 0 R 8.795 3.800 8 F R -31 0 9.000 3.800 7 F [0 -39 -5 -157 -18 -199 -28 -198 -37 -206 W 251 0 4 32 0 767 9.000 3.800 7 F [-2 -39 -9 -100 -29 -198 -25 -123 W 0 -339 243 0 R 9.167 3.800 6 F R -65 0 9.500 3.800 5 F -3 -33 3 0 9.000 4.600 8 F [-4 -39 -16 -99 -43 -195 -57 -192 -66 -189 -33 -85 W 396 0 12 37 54 192 26 109 0 461 9.500 3.800 5 F R -229 0 0 -799 10.000 4.600 4 F -26 -108 -54 -193 -12 -38 92 0 9.500 4.600 6 F [-7 -39 -23 -97 -57 -192 -69 -188 -118 -275 -4 -8 W 473 0 0 799 10.000 3.800 4 F R -304 0 0 -799 10.500 4.600 3 F [-9 -38 -28 -96 -65 -190 -76 -184 -88 -180 -9 -16 W 0 -95 499 0 0 799 10.500 3.800 3 F R -275 0 11.000 3.800 2 F [-10 -38 -31 -95 -35 -94 -41 -91 -14 -28 W 0 -453 446 0 20 33 33 61 0 705 11.000 3.800 2 F R -131 0 11.500 3.800 1 F -33 -60 -19 -35 52 0 11.000 4.600 3 F [28 28 67 74 64 77 60 80 54 84 50 87 12 23 W 0 346 -499 0 0 -799 12.000 4.600 1 F R 335 0 11.500 4.600 2 F 3000 0 0 799 -3000 0 15.000 3.800 1 F 2500 0 0 800 -2500 0 7.500 4.600 16 F [0 -39 -4 -100 -17 -200 -31 -197 -20 -98 -25 -97 -21 -69 W 209 0 0 800 7.500 4.600 16 F [0 -39 -1 -101 -6 -99 -22 -199 -18 -99 -22 -97 -29 -96 -25 -70 W 171 0 R 7.591 4.600 15 F [0 -39 0 -101 -12 -199 -13 -99 -19 -99 -25 -97 -5 -18 W 0 -148 117 0 R 7.758 4.600 14 F R -75 0 8.000 4.600 13 F [1 -39 -1 -157 -7 -100 -12 -99 -18 -99 -25 -97 -31 -95 -38 -92 -9 -22 W 178 0 16 36 39 111 0 653 8.000 4.600 13 F [0 -39 0 -101 -6 -99 -12 -100 -17 -98 -23 -98 -30 -95 -34 -94 -32 -76 W 184 0 R 8.094 4.600 12 F [0 -39 -3 -101 -8 -99 -14 -99 -20 -98 -16 -65 W 0 -299 79 0 R 8.265 4.600 11 F R -61 0 8.500 4.600 10 F -39 -110 -15 -37 54 0 8.000 5.400 14 F [0 -39 -5 -100 -12 -100 -17 -98 -24 -97 -30 -96 -37 -93 -43 -91 -47 -86 W 214 0 17 35 40 92 34 94 23 77 0 502 8.500 4.600 10 F [-2 -39 -10 -100 -17 -99 -23 -97 -29 -96 -37 -93 -43 -90 -39 -71 W 0 -115 169 0 R 8.613 4.600 9 F R -200 0 9.000 4.600 8 F -22 -76 -34 -94 -40 -92 -18 -36 114 0 8.500 5.400 11 F [-4 -39 -17 -99 -23 -97 -32 -95 -39 -92 -46 -89 -52 -86 -114 -164 -28 -39 W 283 0 23 32 52 82 0 686 9.000 4.600 8 F [-8 -39 -36 -120 -35 -89 -44 -90 -49 -87 -72 -116 W 0 -259 140 0 R 9.003 4.600 7 F R -244 0 9.500 4.600 6 F -52 -82 -23 -32 75 0 9.000 5.400 9 F [-12 -38 -35 -93 -40 -92 -46 -89 -50 -86 -111 -167 -113 -150 W 0 -85 312 0 24 31 150 209 13 18 0 542 9.500 4.600 6 F [-10 -25 W 0 -690 R 9.592 4.600 5 F R -10 0 10.000 4.600 4 F -12 -18 -150 -209 -24 -31 186 0 9.500 5.400 7 F [-17 -36 -9 -18 W 0 -688 27 28 69 72 129 154 59 80 55 83 53 86 48 87 43 90 16 36 0 26 10.000 4.600 4 F 25 30 44 54 0 690 -15 -35 -44 -90 -48 -87 -52 -86 -56 -83 -59 -80 -128 -154 -69 -72 -28 -29 0 -58 10.500 5.400 5 F R -26 0 10.500 4.600 3 F -43 -53 -26 -31 69 0 10.000 5.400 6 F [31 24 76 66 72 69 69 72 65 76 62 79 56 82 52 86 17 32 W 0 54 -500 0 11.000 4.600 3 F [29 27 31 30 W 0 688 R 0 -160 11.000 5.400 4 F R 60 0 10.500 5.400 5 F [-20 -34 -68 -94 -61 -70 -71 -70 -75 -67 -152 -119 W 0 -346 283 0 33 23 161 118 22 18 0 641 11.000 4.600 3 F R -447 0 11.500 4.600 2 F -22 -17 -161 -119 -32 -23 215 0 11.000 5.400 4 F [-28 -27 -77 -65 -59 -45 W 0 -629 34 19 306 183 159 109 0 455 11.500 4.600 2 F R -164 0 12.000 4.600 1 F -159 -108 -306 -184 -35 -19 0 -34 500 0 11.500 5.400 3 F [36 16 141 68 87 48 86 52 150 101 W 0 138 -500 0 12.500 4.600 1 F [35 19 25 14 W 0 629 R 0 -377 12.500 5.400 2 F R 60 0 12.000 5.400 3 F [38 9 97 27 189 63 176 71 W 0 424 -500 0 13.000 4.600 1 F R 0 -206 500 0 12.500 5.400 2 F [39 2 100 10 198 30 163 35 W 0 595 -500 0 13.500 4.600 1 F R 0 -128 500 0 13.000 5.400 2 F [39 -3 100 -6 200 -2 161 6 W 0 672 -500 0 14.000 4.600 1 F R 0 -131 500 0 13.500 5.400 2 F [39 -8 197 -33 264 -30 W 0 666 -500 0 14.500 4.600 1 F R 0 -203 500 0 14.000 5.400 2 F [38 -11 193 -53 269 -61 W 0 595 -500 0 15.000 4.600 1 F R 0 -329 500 0 14.500 5.400 2 F 2500 0 0 800 -2500 0 7.500 5.400 16 F [-12 -37 -36 -94 -83 -182 -93 -177 -66 -112 W 0 -198 499 0 0 800 7.500 5.400 16 F [-15 -37 -40 -91 -63 -129 W 0 -345 R 7.710 5.400 15 F R -118 0 8.000 5.400 14 F [-16 -36 -88 -179 -99 -175 -53 -84 -57 -82 -60 -80 -64 -77 -8 -9 W 0 -78 155 0 25 31 60 80 111 167 100 173 48 91 0 258 8.000 5.400 14 F [-16 -36 -91 -178 -51 -86 -54 -84 -53 -74 W 0 -264 R 8.055 5.400 13 F [-16 -36 -46 -89 -17 -32 W 0 -301 R 8.234 5.400 12 F 22 32 105 165 0 345 -47 -90 -101 -173 -111 -167 -60 -80 -24 -32 8.344 6.200 15 F R -79 0 8.500 5.400 11 F -104 -164 -23 -33 127 0 8.000 6.200 16 F [-18 -35 -51 -86 -56 -83 -61 -79 -65 -76 -134 -139 W 0 -232 29 25 146 136 70 72 66 75 63 78 59 81 53 84 13 21 0 158 8.500 5.400 11 F [-21 -34 -56 -82 -62 -79 -31 -37 W 0 -266 R 8.614 5.400 10 F 29 26 74 68 70 71 67 74 64 78 19 24 0 301 -12 -20 -53 -84 -59 -81 -63 -78 -66 -75 -70 -72 -146 -136 -30 -26 0 -70 9.000 6.200 12 F 27 29 44 48 0 264 -18 -23 -63 -78 -68 -74 -70 -71 -73 -68 -30 -27 8.823 6.200 13 F R -170 0 9.000 5.400 9 F -43 -48 -28 -29 71 0 8.500 6.200 14 F [-23 -32 -61 -79 -196 -227 -139 -144 -5 -5 W 0 -238 30 24 75 66 145 137 207 218 42 47 0 233 9.000 5.400 9 F [-24 -31 -98 -122 -18 -21 W 0 -313 R 9.075 5.400 8 F 31 24 77 64 219 205 9 8 0 266 -41 -46 -206 -218 -145 -137 -76 -66 -31 -25 0 -75 9.500 6.200 10 F 30 25 50 44 0 232 -8 -7 -220 -205 -76 -64 -32 -25 9.337 6.200 11 F R -140 0 9.500 5.400 7 F -49 -43 -31 -26 80 0 9.000 6.200 12 F [-24 -31 -63 -78 -67 -74 -71 -71 -88 -81 W 0 -298 30 24 201 161 74 67 71 70 68 73 55 63 0 175 9.500 5.400 7 F 31 24 238 182 76 66 42 40 0 313 -53 -62 -68 -73 -72 -70 -74 -67 -200 -161 -32 -25 0 -167 10.000 6.200 8 F 32 23 65 51 0 238 -41 -39 -76 -66 -238 -182 -32 -25 9.888 6.200 9 F R -313 0 10.000 5.400 6 F -65 -50 -32 -24 97 0 9.500 6.200 10 F [-26 -30 -68 -73 -72 -69 -76 -65 -79 -61 -83 -57 -26 -17 W 0 -317 33 19 170 106 162 117 78 63 56 48 0 336 10.000 5.400 6 F 33 22 195 144 0 298 -54 -47 -78 -63 -163 -117 -169 -106 -35 -20 0 -111 10.500 6.200 7 F R -430 0 10.500 5.400 5 F -195 -144 -33 -22 228 0 10.000 6.200 8 F [-29 -26 -77 -64 -81 -60 -168 -107 -84 -47 W 0 -345 35 16 265 141 172 102 27 17 0 373 10.500 5.400 5 F 34 19 162 91 0 317 -26 -16 -172 -102 -265 -141 -36 -17 0 -151 11.000 6.200 6 F R -439 0 11.000 5.400 4 F -161 -91 -35 -19 196 0 10.500 6.200 7 F [-32 -22 -85 -54 -167 -96 W 0 -381 36 16 359 176 104 56 0 305 11.000 5.400 4 F 36 17 274 133 0 345 -104 -55 -359 -176 -36 -17 0 -247 11.500 6.200 5 F R -284 0 11.500 5.400 3 F -274 -132 -36 -18 310 0 11.000 6.200 6 F [36 16 272 126 192 99 W 0 173 -500 0 12.000 5.400 3 F [36 15 457 203 7 3 W 0 381 R 12.000 5.814 4 F R 0 -25 500 0 11.500 6.200 5 F [-35 -18 -89 -45 -184 -80 -131 -49 W 0 -406 38 11 189 64 187 72 85 36 0 415 12.000 5.400 3 F 37 15 23 9 0 361 -85 -35 -186 -72 -190 -64 -38 -12 0 -202 12.500 6.200 4 F R -439 0 12.500 5.400 2 F -23 -9 -37 -15 60 0 12.000 6.200 5 F [39 6 153 32 193 53 115 38 W 0 192 -500 0 13.000 5.400 2 F [39 5 197 36 194 48 70 20 W 0 406 R 13.000 5.722 3 F R 0 -92 500 0 12.500 6.200 4 F [39 0 157 5 199 20 105 15 W 0 322 -500 0 13.500 5.400 2 F [39 -1 100 -1 200 9 161 18 W 0 386 R 13.500 5.763 3 F R 0 -65 500 0 13.000 6.200 4 F [39 -6 155 -19 200 -14 106 -2 W 0 362 -500 0 14.000 5.400 2 F [39 -7 98 -17 199 -23 164 -10 W 0 369 R 14.000 5.721 3 F R 0 -123 500 0 13.500 6.200 4 F [38 -10 194 -48 196 -40 72 -12 W 0 320 -500 0 14.500 5.400 2 F [38 -11 193 -51 269 -60 W 0 354 R 14.500 5.610 3 F R 0 -246 500 0 14.000 6.200 4 F [37 -12 382 -119 81 -22 W 0 209 -500 0 15.000 5.400 2 F [37 -13 338 -113 125 -38 W 0 341 R 15.000 5.457 3 F [37 -13 307 -104 W 156 0 0 246 R 15.000 5.788 4 F R 0 -117 15.000 6.200 5 F 3000 0 0 800 -3000 0 8.000 6.200 16 F [-23 -32 -61 -79 -67 -74 -72 -70 -76 -66 -73 -57 W 0 -422 499 0 0 800 8.000 6.200 16 F [-25 -30 -67 -74 -64 -61 W 0 -213 R 8.127 6.200 15 F R -156 0 8.500 6.200 14 F [-28 -28 -72 -65 -77 -60 -245 -172 -6 -5 W 0 -184 31 22 83 56 252 164 79 61 54 45 0 166 8.500 6.200 14 F [-30 -25 -78 -63 -68 -53 W 0 -189 R 8.571 6.200 13 F 31 24 83 57 255 158 83 55 48 34 0 214 -53 -45 -80 -60 -251 -165 -83 -55 -33 -24 9.000 6.715 15 F R -176 0 9.000 6.200 12 F -47 -34 -83 -55 -255 -158 -83 -57 -32 -24 0 -93 500 0 8.500 7.000 16 F [-30 -25 -79 -62 -241 -178 -69 -54 W 0 -194 30 23 240 181 229 167 0 142 9.000 6.200 12 F [-31 -24 -132 -99 W 0 -196 R 9.080 6.200 11 F 31 24 282 219 187 135 0 189 -229 -167 -239 -180 -32 -25 9.500 6.714 13 F 31 25 200 160 134 100 0 184 -186 -134 -281 -218 -32 -25 0 -92 9.500 7.000 14 F 30 25 85 67 0 193 -133 -99 -201 -160 -31 -26 9.366 7.000 15 F R -163 0 9.500 6.200 10 F -84 -67 -31 -25 115 0 9.000 7.000 16 F [-32 -23 -158 -123 -212 -166 W 0 -203 31 22 159 122 309 247 0 124 9.500 6.200 10 F [-31 -24 -81 -62 W 0 -226 R 9.598 6.200 9 F 33 22 162 116 305 243 0 195 -308 -245 -159 -122 -33 -24 10.000 6.716 11 F 33 21 82 57 160 121 109 87 0 194 -303 -241 -162 -117 -34 -22 0 -100 10.000 7.000 12 F 32 23 89 68 0 195 -108 -86 -159 -121 -83 -57 -33 -22 9.885 7.000 13 F R -112 0 10.000 6.200 8 F -89 -67 -32 -24 121 0 9.500 7.000 14 F [-33 -22 -170 -105 -68 -37 W 0 -230 35 16 139 73 86 51 83 55 156 112 0 87 10.000 6.200 8 F 36 16 230 114 86 51 83 56 65 46 0 226 -155 -111 -84 -55 -86 -51 -139 -73 -36 -18 10.500 6.595 9 F 36 15 234 107 88 48 85 52 57 39 0 203 -64 -45 -83 -55 -86 -52 -230 -114 -37 -16 10.500 6.796 10 F 35 18 88 48 51 33 0 185 -55 -38 -86 -52 -88 -48 -233 -107 -37 -15 0 -24 10.500 7.000 11 F R -271 0 10.500 6.200 7 F -51 -32 -88 -49 -35 -18 174 0 10.000 7.000 12 F [-35 -19 -229 -115 -39 -17 W 0 -244 36 13 184 79 180 87 99 51 0 165 10.500 6.200 7 F 37 14 278 112 182 84 3 1 0 230 -98 -50 -180 -86 -184 -79 -38 -15 11.000 6.596 8 F 37 13 372 148 91 40 0 201 -2 0 -182 -84 -278 -112 -38 -14 11.000 6.807 9 F 36 15 19 8 0 181 -90 -39 -372 -148 -37 -14 0 -3 11.000 7.000 10 F R -303 0 11.000 6.200 6 F -18 -7 -37 -16 55 0 10.500 7.000 11 F [-36 -17 -153 -69 W 0 -267 37 13 279 109 183 79 0 152 11.000 6.200 6 F 37 12 463 171 0 244 -183 -77 -279 -110 -38 -13 11.500 6.554 7 F 37 12 463 165 0 210 -462 -170 -38 -13 11.500 6.780 8 F 6 2 0 191 -461 -163 -38 -13 0 -17 11.500 7.000 9 F R -189 0 11.500 6.200 5 F -6 -2 6 0 11.000 7.000 10 F [37 12 189 68 274 110 W 0 86 -500 0 12.000 6.200 5 F [38 11 339 110 123 44 W 0 268 R 12.000 6.477 6 F [38 10 382 118 80 27 W 0 226 R 12.000 6.720 7 F [38 12 11 4 W 0 204 R 0 -66 12.000 7.000 8 F R 49 0 11.500 7.000 9 F [-37 -14 -94 -35 -190 -60 -118 -33 W 0 -270 38 7 249 63 191 58 21 7 0 277 12.000 6.200 5 F 39 7 195 44 266 71 0 243 -20 -6 -192 -58 -248 -62 -40 -9 12.500 6.613 6 F 38 8 222 57 0 215 -265 -71 -195 -43 -39 -8 0 -158 12.500 7.000 7 F R -439 0 12.500 6.200 4 F -221 -56 -39 -9 260 0 12.000 7.000 8 F [39 4 254 38 195 44 12 3 W 0 142 -500 0 13.000 6.200 4 F [39 4 254 34 197 37 10 2 W 0 271 R 13.000 6.432 5 F [39 3 298 40 163 29 W 0 230 R 13.000 6.691 6 F R 0 -85 500 0 12.500 7.000 7 F [39 -1 200 -1 200 11 61 6 W 0 231 -500 0 13.500 6.200 4 F [39 -1 200 1 200 12 61 6 W 0 259 R 13.500 6.447 5 F [40 0 199 4 261 19 W 0 225 R 13.500 6.709 6 F R 0 -61 500 0 13.000 7.000 7 F [39 -7 154 -27 199 -23 108 -7 W 0 246 -500 0 14.000 6.200 4 F [39 -7 98 -16 199 -22 164 -9 W 0 261 R 14.000 6.382 5 F [39 -6 99 -13 199 -16 163 -5 W 0 230 R 14.000 6.654 6 F R 0 -100 500 0 13.500 7.000 7 F [38 -11 289 -81 173 -41 W 0 181 -500 0 14.500 6.200 4 F [38 -11 192 -57 194 -47 76 -16 W 0 271 R 14.500 6.249 5 F [38 -11 193 -52 196 -41 73 -13 W 0 244 R 14.500 6.523 6 F R 0 -218 500 0 14.000 7.000 7 F RS [38 -12 117 -36 W 0 48 14.500 6.200 4 F [37 -14 377 -133 86 -28 W 0 273 R -345 0 15.000 6.200 5 F [37 -14 282 -102 181 -58 W 0 257 R 15.000 6.347 6 F [37 -14 188 -67 193 -59 W 82 0 0 218 R 15.000 6.607 7 F R 0 -140 15.000 7.000 8 F 4000 0 0 800 -4000 0 9.000 7.000 16 F [-30 -25 -234 -188 -81 -58 -39 -25 W 0 -504 499 0 0 800 9.000 7.000 16 F [-31 -24 -103 -78 W 0 -194 R 9.116 7.000 15 F R -134 0 9.500 7.000 14 F [-32 -23 -167 -109 -174 -99 -5 -2 W 0 -158 36 16 89 44 175 97 168 109 31 22 0 103 9.500 7.000 14 F [-33 -21 -82 -49 W 0 -163 R 9.622 7.000 13 F 37 14 183 81 177 93 103 60 0 194 -31 -21 -168 -109 -175 -97 -89 -45 -37 -17 10.000 7.392 15 F R -115 0 10.000 7.000 12 F -102 -60 -177 -92 -183 -81 -38 -15 0 -255 500 0 9.500 7.800 16 F [-35 -17 -183 -82 -107 -44 W 0 -152 37 12 186 74 181 86 88 47 7 5 0 71 10.000 7.000 12 F 38 12 188 67 184 79 89 44 1 0 0 164 -7 -4 -88 -48 -181 -85 -186 -74 -38 -13 10.500 7.296 13 F 38 10 191 59 187 70 84 36 0 158 0 0 -89 -43 -184 -79 -188 -67 -39 -12 10.500 7.437 14 F 38 9 290 77 95 31 77 28 0 153 -83 -35 -187 -70 -191 -59 -39 -11 10.500 7.568 15 F R -325 0 10.500 7.000 11 F -76 -27 -95 -31 -290 -78 -39 -9 0 -110 500 0 10.000 7.800 16 F [-37 -15 -332 -129 -75 -27 W 0 -154 37 11 242 86 220 84 0 144 10.500 7.000 11 F 38 11 244 79 218 77 0 153 -220 -84 -241 -86 -39 -12 11.000 7.326 12 F 38 9 193 55 269 86 0 141 -217 -77 -244 -79 -39 -11 11.000 7.463 13 F 39 8 290 75 171 48 0 131 -268 -85 -193 -54 -39 -10 11.000 7.587 14 F 39 7 453 102 0 123 -169 -47 -291 -75 -39 -8 0 -102 11.000 7.800 15 F R -444 0 11.000 7.000 10 F -453 -102 -39 -7 492 0 10.500 7.800 16 F [-37 -13 -456 -157 W 0 -164 37 10 434 143 28 9 0 172 11.000 7.000 10 F 38 10 341 103 121 37 0 155 -27 -9 -434 -142 -39 -12 11.500 7.334 11 F 38 9 248 66 214 61 0 138 -120 -37 -341 -103 -39 -10 11.500 7.476 12 F 39 8 443 108 18 5 0 124 -213 -60 -248 -67 -39 -9 11.500 7.600 13 F 39 7 433 94 0 112 -16 -4 -444 -109 -39 -8 0 -92 11.500 7.800 14 F R -493 0 11.500 7.000 9 F -433 -93 -39 -8 472 0 11.000 7.800 15 F [-38 -12 -342 -101 -70 -18 W 0 -174 38 8 291 75 170 51 0 171 11.500 7.000 9 F 39 8 388 93 73 20 0 164 -170 -49 -291 -76 -39 -9 12.000 7.306 10 F 39 7 390 86 71 17 0 142 -72 -19 -388 -93 -40 -9 12.000 7.456 11 F 39 7 461 94 0 124 -70 -17 -390 -85 -40 -8 12.000 7.587 12 F 39 7 442 84 0 109 -460 -94 -39 -7 0 -99 12.000 7.800 13 F R -450 0 12.000 7.000 8 F -441 -84 -40 -7 481 0 11.500 7.800 14 F [-39 -8 -200 -41 W 0 -186 38 6 294 57 167 40 0 132 12.000 7.000 8 F 39 6 393 72 68 15 0 174 -166 -39 -294 -56 -40 -7 12.500 7.235 9 F 39 6 394 67 67 14 0 151 -67 -15 -393 -71 -40 -7 12.500 7.399 10 F 39 6 461 79 0 131 -66 -13 -394 -68 -40 -6 12.500 7.544 11 F 39 6 461 80 0 115 -460 -79 -40 -6 12.500 7.673 12 F R -239 0 12.500 7.000 7 F -460 -79 -40 -7 0 -12 500 0 12.000 7.800 13 F [39 4 298 37 163 28 W 0 49 -500 0 13.000 7.000 7 F [39 4 397 52 64 11 W 0 186 R 13.000 7.118 8 F [39 5 461 63 W 0 164 R 13.000 7.302 9 F [39 5 461 67 W 0 145 R 13.000 7.468 10 F [39 6 461 72 W 0 129 R 13.000 7.617 11 F [39 6 32 5 W 0 116 R 0 -49 13.000 7.800 12 F R 71 0 12.500 7.800 13 F [39 1 300 14 161 15 W 0 118 -500 0 13.500 7.000 7 F [39 2 399 31 62 7 W 0 184 R 13.500 7.149 8 F [39 3 454 49 7 1 W 0 165 R 13.500 7.343 9 F [39 5 461 62 W 0 149 R 13.500 7.521 10 F [39 6 258 42 W 0 135 R 0 -116 13.500 7.800 11 F R 297 0 13.000 7.800 12 F [39 -4 100 -10 199 -11 162 0 W 0 148 -500 0 14.000 7.000 7 F [39 -2 257 -9 200 5 4 0 W 0 194 R 14.000 7.123 8 F [39 0 300 6 161 13 W 0 178 R 14.000 7.338 9 F [39 2 299 24 162 20 W 0 163 R 14.000 7.540 10 F R 0 -69 500 0 13.500 7.800 11 F [38 -10 195 -45 197 -36 70 -9 W 0 122 -500 0 14.500 7.000 7 F [38 -8 197 -40 198 -27 67 -6 W 0 213 R 14.500 7.023 8 F [39 -7 198 -30 99 -10 100 -6 64 -2 W 0 202 R 14.500 7.256 9 F [39 -5 100 -10 199 -10 100 0 62 2 W 0 191 R 14.500 7.485 10 F R 0 -91 500 0 14.000 7.800 11 F [38 -10 43 -12 W 0 22 14.500 7.000 7 F [37 -13 190 -63 193 -54 80 -20 W 0 232 R -419 0 15.000 7.000 8 F [37 -12 192 -59 194 -48 77 -16 W 0 228 R 15.000 7.106 9 F [38 -12 150 -42 196 -43 116 -17 W 0 222 R 15.000 7.350 10 F R 0 -205 500 0 14.500 7.800 11 F 1000 0 0 799 -1000 0 6.000 7.800 16 F [28 -27 59 -65 W 413 0 0 799 -500 0 6.500 7.800 16 F R 0 -92 6.500 8.600 15 F [39 -4 77 -15 75 -22 76 -30 74 -38 71 -45 67 -53 21 -18 W 0 706 -500 0 7.000 7.800 16 F [39 -7 112 -33 76 -32 60 -32 W 213 0 0 91 R 7.000 8.282 15 F R 0 -104 7.000 8.600 14 F [39 7 128 17 100 5 100 0 100 -5 33 -2 W 0 480 -500 0 7.500 7.800 16 F [38 9 50 9 68 9 92 5 98 -1 100 -9 54 -9 W 0 212 R 7.500 8.303 15 F R 0 -92 500 0 7.000 8.600 14 F [24 31 59 57 51 37 56 33 66 30 79 27 96 27 69 16 W 0 503 -500 0 8.000 7.800 16 F [34 19 64 29 65 23 72 21 W 0 205 R 0 -39 8.000 8.600 15 F R 235 0 7.500 8.600 14 F [22 33 4 5 W 0 761 -499 0 0 -799 8.500 8.600 16 F R 26 0 8.000 8.600 15 F 2000 0 0 799 -2000 0 10.500 7.800 16 F [-7 -1 W 0 -798 499 0 0 799 10.500 7.800 16 F R -7 0 11.000 7.800 15 F [-27 -5 W 0 -92 38 7 461 88 0 2 11.000 7.800 15 F R -27 0 11.500 7.800 14 F -460 -88 -40 -7 0 -703 500 0 11.000 8.600 16 F [-18 -3 W 0 -96 38 6 461 87 0 6 11.500 7.800 14 F 39 8 461 90 0 92 -460 -86 -40 -8 12.000 7.900 15 F R -18 0 12.000 7.800 13 F -460 -90 -40 -8 0 -604 500 0 11.500 8.600 16 F [39 7 461 85 W 0 3 -500 0 12.500 7.800 13 F [39 8 461 94 W 0 96 R 12.500 7.896 14 F [38 9 462 102 W 0 96 R 12.500 8.002 15 F R 0 -493 500 0 12.000 8.600 16 F [-39 -6 -389 -69 W 0 -122 38 7 461 94 0 96 12.500 7.800 13 F 38 9 462 106 0 107 -460 -92 -40 -9 13.000 7.998 14 F 38 11 387 101 75 17 0 106 -461 -105 -39 -10 13.000 8.118 15 F R -428 0 13.000 7.800 12 F -74 -17 -387 -101 -39 -11 0 -363 500 0 12.500 8.600 16 F [-39 -6 -163 -28 W 0 -146 38 8 461 96 0 76 13.000 7.800 12 F 38 10 388 98 74 17 0 122 -461 -94 -39 -9 13.500 7.980 13 F 37 12 246 76 217 58 0 121 -73 -16 -388 -98 -39 -11 13.500 8.124 14 F 37 14 188 68 275 86 0 119 -216 -58 -246 -75 -38 -13 13.500 8.265 15 F R -202 0 13.500 7.800 11 F -274 -85 -188 -68 -38 -15 0 -194 500 0 13.000 8.600 16 F [39 4 396 60 65 12 W 0 34 -500 0 14.000 7.800 11 F [39 8 461 100 W 0 145 R 14.000 7.911 12 F [38 11 462 129 W 0 144 R 14.000 8.089 13 F [37 13 463 159 W 0 142 R 14.000 8.264 14 F [36 15 443 179 W 0 140 R 0 -162 14.000 8.600 15 F R 479 0 13.500 8.600 16 F [39 -2 200 -2 100 3 161 15 W 0 111 -500 0 14.500 7.800 11 F [39 0 100 5 199 20 99 16 63 12 W 0 178 R 14.500 7.926 12 F [39 3 156 21 98 17 98 22 96 26 13 3 W 0 176 R 14.500 8.142 13 F [39 7 195 42 97 26 95 30 74 26 W 0 174 R 14.500 8.357 14 F R 0 -30 500 0 14.000 8.600 15 F [38 -11 97 -24 98 -20 99 -16 99 -11 69 -5 W 0 125 -500 0 15.000 7.800 11 F [38 -9 98 -21 99 -15 100 -9 100 -5 65 0 W 0 215 R 15.000 7.838 12 F [39 -8 97 -15 99 -10 100 -4 100 2 65 5 W 0 215 R 15.000 8.083 13 F [39 -6 96 -11 97 -4 100 2 100 10 68 11 W 0 213 R 15.000 8.328 14 F R 0 -27 500 0 14.500 8.600 15 F 1000 0 0 800 -1000 0 6.000 8.600 16 F [25 -31 68 -99 49 -86 43 -90 39 -92 34 -94 30 -96 48 -194 3 -18 W 73 0 0 800 6.000 8.600 16 F [25 -30 52 -71 47 -75 47 -88 42 -91 37 -93 33 -95 23 -79 W 120 0 R -88 0 6.500 8.600 15 F [21 -33 50 -87 45 -89 39 -92 12 -30 W 139 0 R 6.500 8.777 14 F [7 -14 W 160 0 R 6.500 9.068 13 F R 0 -14 6.500 9.400 12 F [33 -21 87 -64 61 -58 31 -34 W 0 177 6.500 8.600 15 F [38 -10 106 -37 72 -37 69 -43 63 -50 59 -56 53 -61 40 -56 W 0 290 R -288 0 7.000 8.600 14 F [37 -12 75 -32 72 -39 67 -46 62 -53 56 -58 50 -64 46 -70 35 -63 W 0 316 R 7.000 8.718 13 F [36 -16 45 -22 59 -35 65 -48 60 -53 36 -39 W 199 0 0 13 R 7.000 8.948 12 F R 0 -213 7.000 9.400 11 F [38 12 69 16 70 9 79 4 88 -3 90 -12 66 -14 W 0 117 -500 0 7.500 8.600 14 F [36 16 73 23 63 11 67 4 73 -2 78 -11 81 -20 29 -8 W 0 228 R 7.500 8.730 13 F [33 22 26 15 37 16 52 15 55 8 59 1 63 -5 67 -14 72 -22 36 -15 W 0 238 R 7.500 8.960 12 F [37 13 60 12 52 1 53 -5 58 -14 19 -7 W 96 0 0 213 R 0 -193 7.500 9.400 11 F R 7.375 9.400 10 F [-33 -21 -55 -43 -49 -49 -45 -55 -42 -62 -38 -71 -2 -5 W 0 -493 5 39 30 129 32 90 56 112 44 65 51 60 82 71 60 39 64 33 74 30 1 1 0 130 7.500 8.600 14 F 11 38 17 47 27 59 38 66 46 61 52 55 59 49 63 42 42 23 0 230 0 0 -74 -30 -64 -33 -60 -39 -81 -71 -52 -60 -44 -65 -56 -112 -32 -90 -30 -129 -6 -40 0 -1 8.000 9.400 13 F 20 34 58 74 50 50 42 34 0 248 -40 -22 -64 -42 -58 -49 -52 -55 -46 -61 -38 -66 -27 -59 -17 -47 -12 -39 7.855 9.400 12 F R -264 0 8.000 8.600 15 F -42 -34 -50 -50 -57 -74 -21 -34 170 0 7.500 9.400 11 F [-20 -34 -45 -87 -39 -91 -34 -94 -28 -96 -23 -97 -18 -99 -13 -99 -8 -100 0 -3 W 125 0 4 39 15 99 20 98 27 97 34 94 29 66 0 307 8.000 8.600 15 F 0 0 0 493 -28 -65 -34 -94 -27 -97 -21 -98 -14 -99 -4 -40 8.129 9.400 14 F R -473 0 0 -800 8.500 9.400 16 F 0 0 0 0 8.000 9.400 13 F 5000 0 0 800 -5000 0 13.500 8.600 16 F [-20 -8 W 0 -792 499 0 0 800 13.500 8.600 16 F R -20 0 14.000 8.600 15 F [38 10 245 75 187 73 30 13 W 0 9 -500 0 14.500 8.600 15 F R 0 -620 500 0 14.000 9.400 16 F [39 -4 88 -6 89 0 96 9 98 16 90 21 W 0 181 -500 0 15.000 8.600 15 F R 0 -582 500 0 14.500 9.400 16 F 1000 0 0 800 -1000 0 6.000 9.400 16 F [7 -39 17 -98 24 -199 15 -199 7 -200 0 -65 W 3 0 0 800 6.000 9.400 16 F [10 -38 22 -98 33 -197 21 -199 10 -200 2 -68 W 92 0 R 6.073 9.400 15 F [13 -37 30 -95 25 -97 36 -197 21 -199 10 -175 W 102 0 R 6.193 9.400 14 F [17 -35 39 -93 33 -94 26 -97 22 -97 30 -198 16 -186 W 113 0 R 6.332 9.400 13 F [9 -38 21 -98 29 -198 6 -58 W 125 0 R -8 0 6.500 9.400 12 F R 0 -392 6.500 10.200 11 F [25 -30 55 -81 38 -72 34 -80 32 -92 14 -52 W 0 407 6.500 9.400 12 F [34 -19 82 -59 53 -49 46 -55 42 -60 38 -68 35 -78 31 -87 27 -96 20 -98 14 -88 W 78 0 0 392 R -302 0 7.000 9.400 11 F [28 -28 57 -70 38 -61 33 -68 30 -76 25 -87 1 -5 W 210 0 R 7.000 9.442 10 F R 0 -395 7.000 10.200 9 F [37 -14 59 -28 W 0 42 7.000 9.400 11 F [-35 -18 -48 -37 -33 -37 -8 -10 W 0 -698 65 0 -2 39 -2 129 14 122 31 89 39 61 45 37 34 16 37 8 38 0 38 -6 41 -15 43 -23 46 -33 32 -28 0 361 R 7.096 9.400 10 F R -124 0 7.500 9.400 11 F -32 28 -46 32 -43 24 -41 14 -38 7 -38 0 -37 -7 -34 -15 -45 -38 -39 -60 -30 -90 -16 -121 1 -129 4 -40 434 0 7.000 10.200 9 F [-18 -35 -31 -80 -18 -71 -13 -78 -8 -93 -1 -100 4 -100 11 -99 22 -144 W 132 0 -4 39 -14 156 -1 100 5 100 23 125 35 98 32 58 14 21 0 103 7.500 9.400 11 F [-9 -38 -10 -49 -10 -70 -8 -98 -2 -100 3 -100 9 -100 30 -197 10 -48 W 119 0 R 7.671 9.400 12 F [4 -39 15 -99 30 -154 W 109 0 R -144 0 8.000 9.400 13 F R 0 -292 8.000 10.200 14 F -14 -21 -32 -57 -35 -99 -23 -124 -6 -100 0 -100 14 -156 5 -40 91 0 7.500 10.200 10 F [-5 -39 -8 -100 -3 -100 2 -100 14 -168 W 0 507 8.000 9.400 13 F [-3 -39 -3 -100 1 -100 17 -200 32 -197 34 -164 W 50 0 0 292 R 8.000 9.400 14 F [-1 -39 0 -101 7 -99 25 -199 37 -196 38 -166 W 98 0 R 8.129 9.400 15 F R -245 0 0 -800 8.500 10.200 16 F 6500 0 0 800 -6500 0 15.000 9.400 16 F 1000 0 0 800 -1000 0 6.000 10.200 16 F [0 -39 -11 -500 -17 -261 W 30 0 0 800 6.000 10.200 16 F [0 -39 -4 -500 -15 -261 W 82 0 R 6.003 10.200 15 F [1 -39 3 -457 -12 -300 0 -4 W 90 0 R 6.095 10.200 14 F [2 -39 12 -357 -4 -300 -5 -104 W 99 0 R 6.196 10.200 13 F [3 -39 21 -356 0 -300 -2 -105 W 108 0 R 6.309 10.200 12 F R -65 0 0 -800 6.500 11.000 11 F [5 -39 26 -255 12 -200 3 -200 -2 -106 W 33 0 0 800 6.500 10.200 11 F [9 -38 41 -196 28 -198 14 -200 1 -100 -2 -68 W 162 0 R 6.578 10.200 10 F R -213 0 0 -800 7.000 11.000 9 F [4 -39 69 -653 17 -108 W 343 0 0 800 7.000 10.200 9 F [4 -39 10 -71 W 142 0 R -67 0 7.500 10.200 10 F R 0 -110 7.500 11.000 11 F [5 -39 85 -650 W 0 689 7.500 10.200 10 F [7 -39 123 -761 W 92 0 0 110 R 7.590 10.200 11 F [7 -39 138 -744 3 -17 W 101 0 R 7.723 10.200 12 F [8 -39 145 -722 6 -39 W 97 0 R 7.842 10.200 13 F [8 -39 109 -539 W 92 0 R -50 0 8.000 10.200 14 F [7 -39 22 -115 W 88 0 R 8.000 10.421 15 F R 0 -154 8.000 11.000 16 F [8 -38 42 -183 W 0 221 8.000 10.200 14 F [9 -38 134 -585 4 -22 W 0 423 R 8.050 10.200 15 F R -353 0 0 -799 500 0 8.000 11.000 16 F RS 6500 0 0 800 -6500 0 15.000 10.200 16 F 1000 0 0 800 -1000 0 6.000 11.000 16 F [-3 -39 -58 -761 W 91 0 0 800 6.000 11.000 16 F [-2 -39 -55 -761 W 79 0 R 6.031 11.000 15 F [-2 -39 -50 -761 W 85 0 R 6.114 11.000 14 F [-2 -39 -43 -761 W 92 0 R 6.205 11.000 13 F [-1 -39 -36 -761 W 100 0 R 6.304 11.000 12 F R -85 0 0 -800 6.500 11.800 11 F [-1 -39 -30 -761 W 64 0 0 800 6.500 11.000 11 F [-1 -39 -32 -636 -10 -125 W 173 0 R 6.534 11.000 10 F R -303 0 0 -800 7.000 11.800 9 F [6 -39 141 -761 W 196 0 0 800 7.000 11.000 9 F [5 -39 102 -761 W 182 0 R 7.344 11.000 10 F [4 -39 7 -71 W 110 0 R -15 0 7.500 11.000 11 F R 0 -110 7.500 11.800 12 F [5 -39 81 -595 6 -55 W 0 689 7.500 11.000 11 F [6 -39 89 -593 19 -168 W 79 0 0 110 R 7.592 11.000 12 F [6 -39 103 -648 14 -113 W 88 0 R 7.694 11.000 13 F [6 -39 120 -727 4 -34 W 86 0 R 7.790 11.000 14 F [7 -39 124 -726 5 -35 W 82 0 R 7.883 11.000 15 F R -29 0 0 -800 8.000 11.800 16 F 7000 0 0 800 -7000 0 15.000 11.000 16 F 1000 0 0 800 -1000 0 6.000 11.800 16 F [-2 -39 -53 -761 W 146 0 0 800 6.000 11.800 16 F [-2 -39 -50 -761 W 75 0 R 6.092 11.800 15 F [-2 -39 -46 -761 W 81 0 R 6.171 11.800 14 F [-2 -39 -41 -761 W 87 0 R 6.257 11.800 13 F [-2 -39 -36 -761 W 95 0 R 6.350 11.800 12 F R -47 0 0 -800 6.500 12.600 11 F [-2 -39 -39 -761 W 106 0 0 800 6.500 11.800 11 F [-3 -39 -56 -497 -32 -198 -15 -66 W 238 0 R 6.566 11.800 10 F R -260 0 0 -800 7.000 12.600 9 F [7 -39 69 -350 73 -291 36 -120 W 11 0 0 800 7.000 11.800 9 F [4 -39 77 -761 W 287 0 R 7.196 11.800 10 F [3 -39 62 -761 W 126 0 R 7.379 11.800 11 F R -11 0 0 -800 7.500 12.600 12 F [4 -39 61 -761 W 13 0 0 800 7.500 11.800 12 F [4 -39 68 -761 W 81 0 R 7.579 11.800 13 F [5 -39 68 -697 5 -64 W 79 0 R 7.666 11.800 14 F [5 -39 61 -553 17 -208 W 78 0 R 7.752 11.800 15 F R -166 0 0 -800 8.000 12.600 16 F 7000 0 0 800 -7000 0 15.000 11.800 16 F 1000 0 0 800 -1000 0 6.000 12.600 16 F [-2 -39 -36 -761 W 185 0 0 800 6.000 12.600 16 F [-2 -39 -33 -761 W 73 0 R 6.148 12.600 15 F [-2 -39 -31 -761 W 78 0 R 6.224 12.600 14 F [-1 -39 -30 -761 W 85 0 R 6.306 12.600 13 F [-1 -39 -8 -211 W 0 -550 73 0 R 6.394 12.600 12 F R -9 0 6.500 12.600 11 F [-1 -39 -38 -761 W 126 0 1 39 19 510 0 251 6.500 12.600 11 F [-9 -38 -15 -48 -25 -52 -20 -18 -28 7 -27 41 -30 74 W 0 -766 352 0 R 6.607 12.600 10 F R -154 0 7.000 12.600 9 F -18 -509 -1 -40 19 0 6.500 13.400 12 F [10 -33 W 0 33 7.000 12.600 9 F [3 -39 65 -761 W 229 0 0 766 R 7.011 12.600 10 F [2 -39 45 -761 W 147 0 R 7.297 12.600 11 F [2 -39 26 -536 W 96 0 R -77 0 7.500 12.600 12 F R 0 -575 7.500 13.400 13 F [2 -39 11 -185 W 0 224 7.500 12.600 12 F [2 -39 44 -761 W 47 0 0 575 R 7.513 12.600 13 F [2 -39 49 -761 W 74 0 R 7.594 12.600 14 F [3 -39 52 -761 W 73 0 R 7.673 12.600 15 F R -249 0 0 -800 8.000 13.400 16 F 7000 0 0 800 -7000 0 15.000 12.600 16 F 1000 0 0 800 -1000 0 6.000 13.400 16 F [-1 -39 -25 -761 W 211 0 0 800 6.000 13.400 16 F [-1 -39 -24 -761 W 72 0 R 6.186 13.400 15 F [-1 -39 -23 -761 W 77 0 R 6.260 13.400 14 F [-1 -39 -23 -761 W 84 0 R 6.339 13.400 13 F R -74 0 0 -800 6.500 14.200 12 F [-1 -39 -24 -761 W 44 0 0 800 6.500 13.400 12 F [-1 -39 -37 -761 W 139 0 R 6.520 13.400 11 F R -352 0 0 -800 7.000 14.200 10 F [3 -39 63 -761 W 162 0 0 800 7.000 13.400 10 F [2 -39 36 -761 W 175 0 R 7.229 13.400 11 F [1 -39 29 -761 W 103 0 R 7.376 13.400 12 F R -29 0 0 -800 7.500 14.200 13 F [1 -39 29 -761 W 17 0 0 800 7.500 13.400 13 F [1 -39 31 -761 W 72 0 R 7.547 13.400 14 F [2 -39 33 -761 W 71 0 R 7.622 13.400 15 F R -304 0 0 -800 8.000 14.200 16 F 7000 0 0 800 -7000 0 15.000 13.400 16 F 1000 0 0 800 -1000 0 6.000 14.200 16 F [-1 -39 -21 -761 W 234 0 0 800 6.000 14.200 16 F [-1 -39 -21 -761 W 72 0 R 6.212 14.200 15 F [-1 -39 -21 -761 W 77 0 R 6.286 14.200 14 F [-1 -39 -21 -761 W 84 0 R 6.364 14.200 13 F R -50 0 0 -800 6.500 15.000 12 F [-1 -39 -22 -761 W 68 0 0 800 6.500 14.200 12 F [-2 -39 -36 -761 W 154 0 R 6.545 14.200 11 F R -313 0 0 -800 7.000 15.000 10 F [3 -39 54 -761 W 105 0 0 800 7.000 14.200 10 F [1 -39 27 -761 W 204 0 R 7.163 14.200 11 F [1 -39 19 -761 W 111 0 R 7.337 14.200 12 F [0 -22 W 80 0 R -60 0 7.500 14.200 13 F R 0 -22 7.500 15.000 14 F [1 -39 16 -738 W 0 777 7.500 14.200 13 F [1 -39 17 -761 W 70 0 0 22 R 7.517 14.200 14 F [1 -39 18 -761 W 70 0 R 7.589 14.200 15 F R -339 0 0 -800 8.000 15.000 16 F RS 7000 0 0 800 -7000 0 15.000 14.200 16 F 1000 0 0 800 -1000 0 6.000 15.000 16 F [-1 -39 -19 -761 W 255 0 0 800 6.000 15.000 16 F [-1 -39 -19 -761 W 73 0 R 6.235 15.000 15 F [-1 -39 -19 -761 W 78 0 R 6.308 15.000 14 F [-1 -39 -17 -761 W 82 0 R 6.387 15.000 13 F R -27 0 0 -800 6.500 15.800 12 F [-1 -39 -19 -761 W 89 0 0 800 6.500 15.000 12 F [-2 -39 -33 -761 W 169 0 R 6.569 15.000 11 F R -275 0 0 -800 7.000 15.800 10 F [2 -39 37 -761 W 65 0 0 800 7.000 15.000 10 F [0 -39 16 -761 W 227 0 R 7.105 15.000 11 F [0 -39 11 -761 W 116 0 R 7.309 15.000 12 F [0 -39 9 -761 W 82 0 R 7.419 15.000 13 F R 0 0 0 -800 7.500 15.800 14 F [0 -39 8 -761 W 62 0 0 800 7.500 15.000 14 F [0 -39 8 -761 W 71 0 R 7.570 15.000 15 F R -359 0 0 -800 8.000 15.800 16 F 7000 0 0 800 -7000 0 15.000 15.000 16 F 1000 0 0 800 -1000 0 6.000 15.800 16 F [0 -39 -15 -761 W 270 0 0 800 6.000 15.800 16 F [0 -39 -16 -761 W 73 0 R 6.255 15.800 15 F [0 -39 -15 -761 W 76 0 R 6.329 15.800 14 F [0 -39 -9 -473 W 0 -288 77 0 R 6.407 15.800 13 F R -9 0 6.500 15.800 12 F [0 -39 -15 -761 W 100 0 0 39 4 248 0 513 6.500 15.800 12 F [-1 -39 -26 -761 W 181 0 R 6.590 15.800 11 F R -240 0 0 -800 7.000 16.600 10 F -3 -247 -1 -40 4 0 6.500 16.600 13 F [1 -39 17 -761 W 47 0 0 800 7.000 15.800 10 F [0 -39 7 -761 W 237 0 R 7.066 15.800 11 F [0 -39 5 -761 W 118 0 R 7.292 15.800 12 F [0 -39 3 -761 W 85 0 R 7.408 15.800 13 F R -9 0 0 -800 7.500 16.600 14 F [0 -39 2 -761 W 59 0 0 800 7.500 15.800 14 F [0 -39 2 -761 W 71 0 R 7.562 15.800 15 F R -367 0 0 -800 8.000 16.600 16 F 7000 0 0 800 -7000 0 15.000 15.800 16 F 1000 0 0 799 -1000 0 6.000 16.600 16 F [0 -39 -11 -760 W 282 0 0 799 6.000 16.600 16 F [0 -39 -11 -760 W 72 0 R 6.271 16.600 15 F [0 -39 -10 -760 W 75 0 R 6.345 16.600 14 F R -76 0 0 -799 6.500 17.400 13 F [0 -39 -9 -760 W 13 0 0 799 6.500 16.600 13 F [0 -39 -10 -760 W 100 0 R 6.504 16.600 12 F [-1 -39 -17 -760 W 189 0 R 6.605 16.600 11 F R -212 0 0 -799 7.000 17.400 10 F [0 -39 1 -760 W 46 0 0 799 7.000 16.600 10 F [0 -40 -1 -759 W 239 0 R 7.047 16.600 11 F [0 -40 0 -759 W 116 0 R 7.284 16.600 12 F [0 -40 0 -759 W 84 0 R 7.402 16.600 13 F R -12 0 0 -799 7.500 17.400 14 F [0 -40 0 -759 W 59 0 0 799 7.500 16.600 14 F [0 -39 0 -760 W 71 0 R 7.559 16.600 15 F R -369 0 0 -799 8.000 17.400 16 F 7000 0 0 799 -7000 0 15.000 16.600 16 F 1000 0 0 799 -1000 0 6.000 17.400 16 F [0 -39 -8 -760 W 290 0 0 799 6.000 17.400 16 F [0 -39 -8 -760 W 72 0 R 6.283 17.400 15 F [0 -39 -7 -760 W 75 0 R 6.356 17.400 14 F R -65 0 0 -799 6.500 18.200 13 F [0 -39 -7 -760 W 21 0 0 799 6.500 17.400 13 F [0 -39 -8 -760 W 101 0 R 6.514 17.400 12 F [0 -39 -16 -760 W 197 0 R 6.615 17.400 11 F R -194 0 0 -799 7.000 18.200 10 F [0 -40 -3 -759 W 48 0 0 799 7.000 17.400 10 F [0 -39 -8 -760 W 244 0 R 7.045 17.400 11 F [0 -39 -4 -760 W 113 0 R 7.286 17.400 12 F [0 -40 -2 -759 W 81 0 R 7.403 17.400 13 F R -12 0 0 -799 7.500 18.200 14 F [0 -39 0 -760 W 59 0 0 799 7.500 17.400 14 F [0 -40 1 -759 W 69 0 R 7.559 17.400 15 F R -370 0 0 -799 8.000 18.200 16 F 7000 0 0 799 -7000 0 15.000 17.400 16 F 1000 0 0 799 -1000 0 6.000 18.200 16 F [0 -39 -6 -760 W 297 0 0 799 6.000 18.200 16 F [0 -39 -6 -760 W 72 0 R 6.291 18.200 15 F [0 -39 -6 -760 W 75 0 R 6.365 18.200 14 F R -58 0 0 -799 6.500 19.000 13 F [0 -39 -6 -760 W 27 0 0 799 6.500 18.200 13 F [0 -39 -8 -760 W 103 0 R 6.521 18.200 12 F [0 -39 -27 -760 W 216 0 R 6.624 18.200 11 F R -177 0 0 -799 7.000 19.000 10 F [0 -39 12 -760 W 36 0 0 799 7.000 18.200 10 F [0 -39 -8 -760 W 265 0 R 7.049 18.200 11 F [0 -39 -5 -760 W 110 0 R 7.294 18.200 12 F [0 -40 -1 -759 W 77 0 R 7.408 18.200 13 F R -9 0 0 -799 7.500 19.000 14 F [0 -40 1 -759 W 58 0 0 799 7.500 18.200 14 F [0 -39 3 -760 W 67 0 R 7.559 18.200 15 F R -372 0 0 -799 8.000 19.000 16 F RS 7000 0 0 799 -7000 0 15.000 18.200 16 F 3 -39 46 -760 7.606 3.800 0 L 3 -39 54 -760 7.786 3.800 0 L 2 -39 38 -572 7.959 3.800 0 L 3 -39 11 -149 8.000 3.189 0 L 2 -39 45 -760 8.127 3.800 0 L 2 -39 36 -760 8.292 3.800 0 L 1 -39 31 -760 8.457 3.800 0 L 2 -39 28 -760 8.625 3.800 0 L 2 -39 28 -760 8.795 3.800 0 L 3 -39 21 -456 6 -273 8.970 3.800 0 L 2 -31 9.000 3.032 0 L 3 -39 22 -356 8 -404 9.167 3.800 0 L 2 -39 12 -257 0 -300 -8 -203 9.434 3.800 0 L 1 -39 4 -200 -6 -200 -24 -299 -7 -61 9.770 3.800 0 L 0 -40 -6 -199 -18 -200 -28 -198 -29 -162 10.195 3.800 0 L -2 -39 -8 -100 -26 -198 -37 -197 -62 -265 10.725 3.800 0 L 0 -39 -2 -101 -8 -99 -28 -198 -40 -196 -41 -166 11.368 3.800 0 L 1 -39 14 -600 0 -160 7.591 4.600 0 L 2 -39 24 -657 2 -103 7.758 4.600 0 L 2 -39 32 -760 7.925 4.600 0 L 2 -39 31 -760 8.094 4.600 0 L 1 -39 26 -760 8.265 4.600 0 L 1 -39 18 -760 8.438 4.600 0 L 1 -39 10 -760 8.613 4.600 0 L 1 -39 2 -500 -7 -260 8.799 4.600 0 L 0 -39 -1 -300 -17 -300 -12 -127 9.000 4.566 0 L 0 -39 -5 -157 -18 -199 -28 -198 -37 -206 9.256 4.600 0 L 3 33 9.000 4.566 0 L -2 -39 -9 -100 -29 -198 -25 -123 9.500 4.260 0 L -4 -39 -16 -99 -43 -195 -57 -192 -66 -189 -33 -85 9.990 4.600 0 L 11 38 54 192 27 109 9.500 4.260 0 L -7 -39 -23 -97 -57 -192 -69 -188 -118 -275 -4 -8 10.473 4.600 0 L -9 -38 -28 -96 -65 -190 -76 -184 -88 -180 -9 -16 11.000 4.505 0 L -10 -38 -31 -95 -35 -94 -41 -91 -14 -28 11.500 4.146 0 L 19 34 33 61 11.000 4.505 0 L 28 28 67 74 64 77 60 80 54 84 50 87 12 23 11.500 4.146 0 L 0 -39 -4 -100 -17 -200 -31 -197 -20 -98 -25 -97 -21 -69 7.710 5.400 0 L 0 -39 -1 -101 -6 -99 -22 -199 -18 -99 -22 -97 -29 -96 -25 -70 7.882 5.400 0 L 0 -39 0 -101 -12 -199 -13 -99 -19 -99 -25 -97 -5 -18 8.000 5.253 0 L 1 -39 -1 -157 -7 -100 -12 -99 -18 -99 -25 -97 -31 -95 -38 -92 -9 -22 8.234 5.400 0 L 15 36 39 111 8.000 5.253 0 L 0 -39 0 -101 -6 -99 -12 -100 -17 -98 -23 -98 -30 -95 -34 -94 -32 -76 8.420 5.400 0 L 0 -39 -3 -101 -8 -99 -14 -99 -20 -98 -16 -65 8.500 5.101 0 L 0 -39 -5 -100 -12 -100 -17 -98 -24 -97 -30 -96 -37 -93 -43 -91 -47 -86 8.829 5.400 0 L 17 35 40 92 34 94 23 77 8.500 5.101 0 L -2 -39 -10 -100 -17 -99 -23 -97 -29 -96 -37 -93 -43 -90 -39 -71 9.000 5.285 0 L -4 -39 -17 -99 -23 -97 -32 -95 -39 -92 -46 -89 -52 -86 -114 -164 -28 -39 9.359 5.400 0 L 22 32 53 82 9.000 5.285 0 L -8 -39 -36 -120 -35 -89 -44 -90 -49 -87 -72 -116 9.500 5.141 0 L -12 -38 -35 -93 -40 -92 -46 -89 -50 -86 -111 -167 -113 -150 10.000 5.316 0 L 24 31 150 209 12 18 9.500 5.141 0 L -10 -25 10.000 4.626 0 L -17 -36 -9 -18 10.500 4.654 0 L 28 28 69 72 128 154 59 80 56 83 52 86 48 87 44 90 16 36 10.000 4.626 0 L 25 30 44 54 10.000 5.316 0 L 31 24 76 66 72 69 69 72 65 76 62 79 56 82 52 86 17 32 10.500 4.654 0 L 29 27 31 30 10.500 5.342 0 L -20 -34 -68 -94 -61 -70 -71 -70 -75 -67 -152 -119 11.500 5.055 0 L 32 23 161 118 22 18 11.000 5.241 0 L -28 -27 -77 -65 -59 -45 12.000 4.738 0 L 34 19 306 184 160 108 11.500 5.055 0 L 36 16 141 68 87 48 86 52 150 101 12.000 4.738 0 L 35 19 25 14 12.000 5.367 0 L 38 9 97 27 189 63 176 71 12.500 5.023 0 L 39 2 100 10 198 30 163 35 13.000 5.194 0 L 39 -3 100 -6 200 -2 161 6 13.500 5.272 0 L 39 -8 197 -33 264 -30 14.000 5.268 0 L 38 -11 193 -53 269 -61 14.500 5.196 0 L -12 -37 -36 -94 -83 -182 -93 -177 -66 -112 8.000 6.003 0 L -15 -37 -40 -91 -63 -129 8.000 5.658 0 L -16 -36 -88 -179 -99 -175 -53 -84 -57 -82 -60 -80 -64 -77 -8 -9 8.500 6.122 0 L 24 31 60 80 111 167 100 173 48 91 8.000 5.658 0 L -16 -36 -91 -178 -51 -86 -54 -84 -53 -74 8.500 5.858 0 L -16 -36 -46 -89 -17 -32 8.500 5.557 0 L 22 32 105 165 8.000 6.003 0 L -18 -35 -51 -86 -56 -83 -61 -79 -65 -76 -134 -139 9.000 5.898 0 L 30 26 146 136 70 72 66 75 63 77 58 82 54 84 13 21 8.500 5.557 0 L -21 -34 -56 -82 -62 -79 -31 -37 9.000 5.632 0 L 29 26 74 68 70 71 67 74 64 78 19 24 8.500 5.858 0 L 27 29 44 48 8.500 6.122 0 L -23 -32 -61 -79 -196 -227 -139 -144 -5 -5 9.500 5.888 0 L 30 25 76 65 145 138 207 217 42 48 9.000 5.632 0 L -24 -31 -98 -122 -18 -21 9.500 5.575 0 L 31 24 77 64 219 205 9 8 9.000 5.898 0 L 30 25 50 44 9.000 6.131 0 L -24 -31 -63 -78 -67 -74 -71 -71 -88 -81 10.000 5.735 0 L 31 24 200 161 75 67 71 70 68 73 55 63 9.500 5.575 0 L 31 24 238 182 76 66 42 40 9.500 5.888 0 L 32 23 65 51 9.500 6.125 0 L -26 -30 -68 -73 -72 -69 -76 -65 -79 -61 -83 -57 -26 -17 10.500 5.773 0 L 34 20 170 106 162 116 78 63 56 49 10.000 5.735 0 L 33 22 195 144 10.000 6.033 0 L -29 -26 -77 -64 -81 -60 -168 -107 -84 -47 11.000 5.705 0 L 35 17 265 141 172 102 28 17 10.500 5.773 0 L 34 19 162 91 10.500 6.089 0 L -32 -22 -85 -54 -167 -96 11.500 5.573 0 L 36 16 359 177 105 56 11.000 5.705 0 L 36 17 274 133 11.000 6.050 0 L 36 16 272 126 192 99 11.500 5.573 0 L 36 15 457 203 7 3 11.500 5.954 0 L -35 -18 -89 -45 -184 -80 -131 -49 12.500 5.593 0 L 38 11 189 64 187 72 86 37 12.000 5.814 0 L 37 15 23 9 12.000 6.175 0 L 39 6 153 32 193 53 115 38 12.500 5.593 0 L 39 5 197 36 194 48 70 20 12.500 5.998 0 L 39 0 157 5 199 20 105 15 13.000 5.722 0 L 39 -1 100 -1 200 9 161 18 13.000 6.108 0 L 39 -6 155 -19 200 -14 106 -2 13.500 5.763 0 L 39 -7 98 -17 199 -23 164 -10 13.500 6.133 0 L 38 -10 194 -48 196 -40 72 -12 14.000 5.721 0 L 38 -11 193 -51 269 -60 14.000 6.076 0 L 37 -12 382 -119 81 -22 14.500 5.610 0 L 37 -13 338 -113 125 -38 14.500 5.953 0 L 37 -13 307 -104 14.656 6.200 0 L -23 -32 -61 -79 -67 -74 -72 -70 -76 -66 -73 -57 8.500 6.579 0 L -25 -30 -67 -74 -64 -61 8.500 6.365 0 L -28 -28 -72 -65 -77 -60 -245 -172 -6 -5 9.000 6.530 0 L 32 23 83 55 251 165 80 60 54 46 8.500 6.365 0 L -30 -25 -78 -63 -68 -53 9.000 6.341 0 L 31 24 83 57 255 158 83 55 48 34 8.500 6.579 0 L -30 -25 -79 -62 -241 -178 -69 -54 9.500 6.519 0 L 31 24 239 181 230 167 9.000 6.341 0 L -31 -24 -132 -99 9.500 6.324 0 L 31 24 282 219 187 135 9.000 6.530 0 L 31 25 200 160 134 100 9.000 6.715 0 L 30 25 85 67 9.000 6.908 0 L -32 -23 -158 -123 -212 -166 10.000 6.512 0 L 32 23 159 122 309 247 9.500 6.324 0 L -31 -24 -81 -62 10.000 6.286 0 L 33 22 162 116 305 243 9.500 6.519 0 L 33 21 82 57 160 121 109 87 9.500 6.714 0 L 32 23 89 68 9.500 6.909 0 L -33 -22 -170 -105 -68 -37 10.500 6.365 0 L 35 17 139 73 86 51 84 55 156 112 10.000 6.286 0 L 36 16 230 114 86 51 83 56 65 46 10.000 6.512 0 L 36 15 234 107 88 48 85 52 57 39 10.000 6.716 0 L 35 18 88 48 51 33 10.000 6.901 0 L -35 -19 -229 -115 -39 -17 11.000 6.352 0 L 37 14 184 79 180 87 99 50 10.500 6.365 0 L 37 14 278 112 182 84 3 1 10.500 6.595 0 L 37 13 372 148 91 40 10.500 6.796 0 L 36 15 19 8 10.500 6.977 0 L -36 -17 -153 -69 11.500 6.286 0 L 37 13 279 110 184 78 11.000 6.352 0 L 37 12 463 171 11.000 6.596 0 L 37 12 463 165 11.000 6.807 0 L 6 2 11.000 6.998 0 L 37 12 189 68 274 110 11.500 6.286 0 L 38 11 339 110 123 44 11.500 6.554 0 L 38 10 382 118 80 27 11.500 6.780 0 L 38 12 11 4 11.500 6.984 0 L -37 -14 -94 -35 -190 -60 -118 -33 12.500 6.343 0 L 39 8 248 63 192 58 21 7 12.000 6.477 0 L 39 7 195 44 266 71 12.000 6.720 0 L 38 8 222 57 12.000 6.935 0 L 39 4 254 38 195 44 12 3 12.500 6.343 0 L 39 4 254 34 197 37 10 2 12.500 6.613 0 L 39 3 298 40 163 29 12.500 6.842 0 L 39 -1 200 -1 200 11 61 6 13.000 6.432 0 L 39 -1 200 1 200 12 61 6 13.000 6.691 0 L 40 0 199 4 261 19 13.000 6.915 0 L 39 -7 154 -27 199 -23 108 -7 13.500 6.447 0 L 39 -7 98 -16 199 -22 164 -9 13.500 6.709 0 L 39 -6 99 -13 199 -16 163 -5 13.500 6.939 0 L 38 -11 289 -81 173 -41 14.000 6.382 0 L 38 -11 192 -57 194 -47 76 -16 14.000 6.654 0 L 38 -11 193 -52 196 -41 73 -13 14.000 6.899 0 L RS 38 -12 117 -36 14.500 6.249 0 L 37 -14 377 -133 86 -28 14.500 6.523 0 L 37 -14 282 -102 181 -58 14.500 6.781 0 L 37 -14 188 -67 193 -59 14.582 7.000 0 L -30 -25 -234 -188 -81 -58 -39 -25 9.500 7.296 0 L -31 -24 -103 -78 9.500 7.103 0 L -32 -23 -167 -109 -174 -99 -5 -2 10.000 7.234 0 L 36 16 89 45 175 97 168 109 32 22 9.500 7.103 0 L -33 -21 -82 -49 10.000 7.071 0 L 37 14 183 81 177 93 103 60 9.500 7.296 0 L -35 -17 -183 -82 -107 -44 10.500 7.143 0 L 37 13 186 74 181 85 88 48 8 5 10.000 7.071 0 L 38 12 188 67 184 79 89 44 1 0 10.000 7.234 0 L 38 10 191 59 187 70 84 36 10.000 7.392 0 L 38 9 290 77 95 31 77 28 10.000 7.545 0 L -37 -15 -332 -129 -75 -27 11.000 7.171 0 L 38 12 241 85 221 85 10.500 7.143 0 L 38 11 244 79 218 77 10.500 7.296 0 L 38 9 193 55 269 86 10.500 7.437 0 L 39 8 290 75 171 48 10.500 7.568 0 L 39 7 453 102 10.500 7.690 0 L -37 -13 -456 -157 11.500 7.170 0 L 38 11 434 142 28 10 11.000 7.171 0 L 38 10 341 103 121 37 11.000 7.326 0 L 38 9 248 66 214 61 11.000 7.463 0 L 39 8 443 108 18 5 11.000 7.587 0 L 39 7 433 94 11.000 7.699 0 L -38 -12 -342 -101 -70 -18 12.000 7.132 0 L 38 9 291 75 171 51 11.500 7.170 0 L 39 8 388 93 73 20 11.500 7.334 0 L 39 7 390 86 71 17 11.500 7.476 0 L 39 7 461 94 11.500 7.600 0 L 39 7 442 84 11.500 7.708 0 L -39 -8 -200 -41 12.500 7.049 0 L 39 6 294 57 167 40 12.000 7.132 0 L 39 6 393 72 68 15 12.000 7.306 0 L 39 6 394 67 67 14 12.000 7.456 0 L 39 6 461 79 12.000 7.587 0 L 39 6 461 80 12.000 7.702 0 L 39 4 298 37 163 28 12.500 7.049 0 L 39 4 397 52 64 11 12.500 7.235 0 L 39 5 461 63 12.500 7.399 0 L 39 5 461 67 12.500 7.544 0 L 39 6 461 72 12.500 7.673 0 L 39 6 32 5 12.500 7.788 0 L 39 1 300 14 161 15 13.000 7.118 0 L 39 2 399 31 62 7 13.000 7.302 0 L 39 3 454 49 7 1 13.000 7.468 0 L 39 5 461 62 13.000 7.617 0 L 39 6 258 42 13.000 7.752 0 L 39 -4 100 -10 199 -11 162 0 13.500 7.149 0 L 39 -2 257 -9 200 5 4 0 13.500 7.343 0 L 39 0 300 6 161 13 13.500 7.521 0 L 39 2 299 24 162 20 13.500 7.685 0 L 38 -10 195 -45 197 -36 70 -9 14.000 7.123 0 L 38 -8 197 -40 198 -27 67 -6 14.000 7.338 0 L 39 -7 198 -30 99 -10 100 -6 64 -2 14.000 7.540 0 L 39 -5 100 -10 199 -10 100 0 62 2 14.000 7.731 0 L 38 -10 43 -12 14.500 7.023 0 L 37 -13 190 -63 193 -54 80 -20 14.500 7.256 0 L 37 -12 192 -59 194 -48 77 -16 14.500 7.485 0 L 38 -12 150 -42 196 -43 116 -17 14.500 7.709 0 L 28 -27 59 -65 6.413 8.600 0 L 39 -4 77 -15 75 -22 76 -30 74 -38 71 -45 67 -53 21 -18 6.500 8.508 0 L 39 -7 112 -33 76 -32 60 -32 6.713 8.600 0 L 39 7 128 17 100 5 100 0 100 -5 33 -2 7.000 8.282 0 L 38 9 50 9 68 9 92 5 98 -1 100 -9 54 -9 7.000 8.495 0 L 24 31 59 57 51 37 56 33 66 30 79 27 96 27 69 16 7.500 8.303 0 L 34 19 64 29 65 23 72 21 7.500 8.508 0 L 22 33 4 5 8.000 8.561 0 L -7 -1 11.000 7.801 0 L -27 -5 11.500 7.805 0 L 39 7 461 88 11.000 7.801 0 L -18 -3 12.000 7.803 0 L 39 7 461 87 11.500 7.805 0 L 39 8 461 90 11.500 7.897 0 L 39 7 461 85 12.000 7.803 0 L 39 8 461 94 12.000 7.900 0 L 38 9 462 102 12.000 7.996 0 L -39 -6 -389 -69 13.000 7.876 0 L 39 8 461 93 12.500 7.896 0 L 38 9 462 106 12.500 8.002 0 L 38 11 387 101 75 17 12.500 8.107 0 L -39 -6 -163 -28 13.500 7.835 0 L 38 8 462 96 13.000 7.876 0 L 38 10 388 98 74 17 13.000 7.998 0 L 37 12 246 76 217 58 13.000 8.118 0 L 37 14 188 68 275 86 13.000 8.237 0 L 39 4 396 60 65 12 13.500 7.835 0 L 39 8 461 100 13.500 7.980 0 L 38 11 462 129 13.500 8.124 0 L 37 13 463 159 13.500 8.265 0 L 36 15 443 179 13.500 8.406 0 L 39 -2 200 -2 100 3 161 15 14.000 7.911 0 L 39 0 100 5 199 20 99 16 63 12 14.000 8.089 0 L 39 3 156 21 98 17 98 22 96 26 13 3 14.000 8.264 0 L 39 7 195 42 97 26 95 30 74 26 14.000 8.438 0 L 38 -11 97 -24 98 -20 99 -16 99 -11 69 -5 14.500 7.926 0 L 38 -9 98 -21 99 -15 100 -9 100 -5 65 0 14.500 8.142 0 L 39 -8 97 -15 99 -10 100 -4 100 2 65 5 14.500 8.357 0 L 39 -6 96 -11 97 -4 100 2 100 10 68 11 14.500 8.570 0 L 25 -31 68 -99 49 -86 43 -90 39 -92 34 -94 30 -96 48 -194 3 -18 6.073 9.400 0 L 25 -30 52 -71 47 -75 47 -88 42 -91 37 -93 33 -95 23 -79 6.193 9.400 0 L 21 -33 50 -87 45 -89 39 -92 12 -30 6.332 9.400 0 L 7 -14 6.493 9.400 0 L 33 -21 87 -64 61 -58 31 -34 6.500 8.777 0 L 38 -10 106 -37 72 -37 69 -43 63 -50 59 -56 53 -61 40 -56 6.500 9.068 0 L 37 -12 75 -32 72 -39 67 -46 62 -53 56 -58 50 -64 46 -70 35 -63 6.500 9.386 0 L 36 -16 45 -22 59 -35 65 -48 60 -53 36 -39 6.699 9.400 0 L 38 12 69 16 70 9 79 4 88 -3 90 -12 66 -14 7.000 8.718 0 L 36 16 73 23 63 11 67 4 73 -2 78 -11 81 -20 29 -8 7.000 8.948 0 L 33 22 26 15 37 16 52 15 55 8 59 1 63 -5 67 -14 72 -22 36 -15 7.000 9.186 0 L 37 13 60 12 52 1 53 -5 58 -14 19 -7 7.096 9.400 0 L -33 -21 -55 -43 -49 -49 -45 -55 -42 -62 -38 -71 -2 -5 8.000 8.907 0 L 6 39 30 129 32 90 56 112 44 65 51 60 82 71 60 39 64 33 74 31 1 0 7.500 8.730 0 L 11 38 17 47 27 59 38 66 46 61 52 55 59 49 63 42 42 23 7.500 8.960 0 L 20 34 58 74 50 50 42 34 7.500 9.207 0 L -20 -34 -45 -87 -39 -91 -34 -94 -28 -96 -23 -97 -18 -99 -13 -99 -8 -100 0 -3 8.254 9.400 0 L 4 39 14 99 21 98 27 97 33 94 29 66 8.000 8.907 0 L 0 0 8.000 9.399 0 L -20 -8 14.000 8.609 0 L 38 10 245 75 187 73 30 13 14.000 8.609 0 L 39 -4 88 -6 89 0 96 9 98 16 90 21 14.500 8.781 0 L 7 -39 17 -98 24 -199 15 -199 7 -200 0 -65 6.003 10.200 0 L 10 -38 22 -98 33 -197 21 -199 10 -200 2 -68 6.095 10.200 0 L 13 -37 30 -95 25 -97 36 -197 21 -199 10 -175 6.196 10.200 0 L 17 -35 39 -93 33 -94 26 -97 22 -97 30 -198 16 -186 6.309 10.200 0 L 9 -38 21 -98 29 -198 6 -58 6.435 10.200 0 L 25 -30 55 -81 38 -72 34 -80 32 -92 14 -52 6.500 9.807 0 L 34 -19 82 -59 53 -49 46 -55 42 -60 38 -68 35 -78 31 -87 27 -96 20 -98 14 -88 6.578 10.200 0 L 28 -28 57 -70 38 -61 33 -68 30 -76 25 -87 1 -5 6.787 10.200 0 L 37 -14 59 -28 7.000 9.442 0 L -35 -18 -48 -37 -33 -37 -8 -10 7.500 9.503 0 L -3 39 -2 129 14 122 31 89 39 61 45 37 34 16 37 8 38 0 38 -6 41 -15 43 -23 46 -33 32 -28 7.000 9.804 0 L -18 -35 -31 -80 -18 -71 -13 -78 -8 -93 -1 -100 4 -100 11 -99 22 -144 7.723 10.200 0 L -5 39 -13 156 -2 100 5 100 23 125 35 98 32 58 15 21 7.500 9.503 0 L -9 -38 -10 -49 -10 -70 -8 -98 -2 -100 3 -100 9 -100 30 -197 10 -48 7.842 10.200 0 L 4 -39 15 -99 30 -154 7.950 10.200 0 L -5 -39 -8 -100 -3 -100 2 -100 14 -168 8.000 9.908 0 L -3 -39 -3 -100 1 -100 17 -200 32 -197 34 -164 8.050 10.200 0 L -1 -39 0 -101 7 -99 25 -199 37 -196 38 -166 8.148 10.200 0 L 0 -39 -11 -500 -17 -261 6.031 11.000 0 L 0 -39 -4 -500 -15 -261 6.114 11.000 0 L 1 -39 3 -457 -12 -300 0 -4 6.205 11.000 0 L 2 -39 12 -357 -4 -300 -5 -104 6.304 11.000 0 L 3 -39 21 -356 0 -300 -2 -105 6.414 11.000 0 L 5 -39 26 -255 12 -200 3 -200 -2 -106 6.534 11.000 0 L 9 -38 41 -196 28 -198 14 -200 1 -100 -2 -68 6.697 11.000 0 L 4 -39 69 -653 17 -108 7.344 11.000 0 L 4 -39 10 -71 7.486 11.000 0 L 5 -39 85 -650 7.500 10.889 0 L 7 -39 123 -761 7.592 11.000 0 L 7 -39 138 -744 3 -17 7.694 11.000 0 L 8 -39 145 -722 6 -39 7.790 11.000 0 L 8 -39 109 -539 7.883 11.000 0 L 7 -39 22 -115 7.970 11.000 0 L 8 -38 42 -183 8.000 10.421 0 L 9 -38 134 -585 4 -22 8.000 10.845 0 L RS -3 -39 -58 -761 6.092 11.800 0 L -2 -39 -55 -761 6.171 11.800 0 L -2 -39 -50 -761 6.257 11.800 0 L -2 -39 -43 -761 6.350 11.800 0 L -1 -39 -36 -761 6.451 11.800 0 L -1 -39 -30 -761 6.566 11.800 0 L -1 -39 -32 -636 -10 -125 6.740 11.800 0 L 6 -39 141 -761 7.196 11.800 0 L 5 -39 102 -761 7.379 11.800 0 L 4 -39 7 -71 7.489 11.800 0 L 5 -39 81 -595 6 -55 7.500 11.690 0 L 6 -39 89 -593 19 -168 7.579 11.800 0 L 6 -39 103 -648 14 -113 7.666 11.800 0 L 6 -39 120 -727 4 -34 7.752 11.800 0 L 7 -39 124 -726 5 -35 7.834 11.800 0 L -2 -39 -53 -761 6.148 12.600 0 L -2 -39 -50 -761 6.224 12.600 0 L -2 -39 -46 -761 6.306 12.600 0 L -2 -39 -41 -761 6.394 12.600 0 L -2 -39 -36 -761 6.490 12.600 0 L -2 -39 -39 -761 6.607 12.600 0 L -3 -39 -56 -497 -32 -198 -15 -66 6.846 12.600 0 L 7 -39 69 -350 73 -291 36 -120 7.011 12.600 0 L 4 -39 77 -761 7.297 12.600 0 L 3 -39 62 -761 7.423 12.600 0 L 4 -39 61 -761 7.513 12.600 0 L 4 -39 68 -761 7.594 12.600 0 L 5 -39 68 -697 5 -64 7.673 12.600 0 L 5 -39 61 -553 17 -208 7.750 12.600 0 L -2 -39 -36 -761 6.186 13.400 0 L -2 -39 -33 -761 6.260 13.400 0 L -2 -39 -31 -761 6.339 13.400 0 L -1 -39 -30 -761 6.425 13.400 0 L -1 -39 -8 -211 6.500 12.850 0 L -1 -39 -38 -761 6.647 13.400 0 L 1 39 18 510 6.500 12.850 0 L -9 -38 -15 -48 -25 -52 -20 -18 -28 7 -27 41 -30 74 7.000 12.633 0 L 10 -33 7.000 12.633 0 L 3 -39 65 -761 7.229 13.400 0 L 2 -39 45 -761 7.376 13.400 0 L 2 -39 26 -536 7.471 13.400 0 L 2 -39 11 -185 7.500 12.824 0 L 2 -39 44 -761 7.547 13.400 0 L 2 -39 49 -761 7.622 13.400 0 L 3 -39 52 -761 7.695 13.400 0 L -1 -39 -25 -761 6.212 14.200 0 L -1 -39 -24 -761 6.286 14.200 0 L -1 -39 -23 -761 6.364 14.200 0 L -1 -39 -23 -761 6.449 14.200 0 L -1 -39 -24 -761 6.545 14.200 0 L -1 -39 -37 -761 6.685 14.200 0 L 3 -39 63 -761 7.163 14.200 0 L 2 -39 36 -761 7.337 14.200 0 L 1 -39 29 -761 7.440 14.200 0 L 1 -39 29 -761 7.517 14.200 0 L 1 -39 31 -761 7.589 14.200 0 L 2 -39 33 -761 7.660 14.200 0 L -1 -39 -21 -761 6.235 15.000 0 L -1 -39 -21 -761 6.308 15.000 0 L -1 -39 -21 -761 6.387 15.000 0 L -1 -39 -21 -761 6.471 15.000 0 L -1 -39 -22 -761 6.569 15.000 0 L -2 -39 -36 -761 6.724 15.000 0 L 3 -39 54 -761 7.105 15.000 0 L 1 -39 27 -761 7.309 15.000 0 L 1 -39 19 -761 7.419 15.000 0 L 0 -22 7.500 15.000 0 L 1 -39 16 -738 7.500 14.978 0 L 1 -39 17 -761 7.570 15.000 0 L 1 -39 18 -761 7.641 15.000 0 L RS -1 -39 -19 -761 6.255 15.800 0 L -1 -39 -19 -761 6.329 15.800 0 L -1 -39 -19 -761 6.407 15.800 0 L -1 -39 -17 -761 6.490 15.800 0 L -1 -39 -19 -761 6.590 15.800 0 L -2 -39 -33 -761 6.760 15.800 0 L 2 -39 37 -761 7.066 15.800 0 L 0 -39 16 -761 7.292 15.800 0 L 0 -39 11 -761 7.408 15.800 0 L 0 -39 9 -761 7.491 15.800 0 L 0 -39 8 -761 7.562 15.800 0 L 0 -39 8 -761 7.632 15.800 0 L 0 -39 -15 -761 6.271 16.600 0 L 0 -39 -16 -761 6.345 16.600 0 L 0 -39 -15 -761 6.422 16.600 0 L 0 -39 -9 -473 6.500 16.313 0 L 0 -39 -15 -761 6.605 16.600 0 L 0 39 4 248 6.500 16.313 0 L -1 -39 -26 -761 6.787 16.600 0 L 1 -39 17 -761 7.047 16.600 0 L 0 -39 7 -761 7.284 16.600 0 L 0 -39 5 -761 7.402 16.600 0 L 0 -39 3 -761 7.487 16.600 0 L 0 -39 2 -761 7.559 16.600 0 L 0 -39 2 -761 7.630 16.600 0 L 0 -39 -11 -760 6.283 17.400 0 L 0 -39 -11 -760 6.356 17.400 0 L 0 -39 -10 -760 6.433 17.400 0 L 0 -39 -9 -760 6.514 17.400 0 L 0 -39 -10 -760 6.615 17.400 0 L -1 -39 -17 -760 6.805 17.400 0 L 0 -39 1 -760 7.045 17.400 0 L 0 -40 -1 -759 7.286 17.400 0 L 0 -40 0 -759 7.403 17.400 0 L 0 -40 0 -759 7.487 17.400 0 L 0 -40 0 -759 7.559 17.400 0 L 0 -39 0 -760 7.630 17.400 0 L 0 -39 -8 -760 6.291 18.200 0 L 0 -39 -8 -760 6.365 18.200 0 L 0 -39 -7 -760 6.441 18.200 0 L 0 -39 -7 -760 6.521 18.200 0 L 0 -39 -8 -760 6.624 18.200 0 L 0 -39 -16 -760 6.822 18.200 0 L 0 -40 -3 -759 7.049 18.200 0 L 0 -39 -8 -760 7.294 18.200 0 L 0 -39 -4 -760 7.408 18.200 0 L 0 -40 -2 -759 7.490 18.200 0 L 0 -39 0 -760 7.559 18.200 0 L 0 -40 1 -759 7.628 18.200 0 L 0 -39 -6 -760 6.298 19.000 0 L 0 -39 -6 -760 6.371 19.000 0 L 0 -39 -6 -760 6.448 19.000 0 L 0 -39 -6 -760 6.528 19.000 0 L 0 -39 -8 -760 6.632 19.000 0 L 0 -39 -27 -760 6.849 19.000 0 L 0 -39 12 -760 7.036 19.000 0 L 0 -39 -8 -760 7.302 19.000 0 L 0 -39 -5 -760 7.413 19.000 0 L 0 -40 -1 -759 7.491 19.000 0 L 0 -40 1 -759 7.558 19.000 0 L 0 -39 3 -760 7.625 19.000 0 L RS 60 setlinewidth -10000 0 0 -16000 10000 0 0 16000 5.000 3.000 0 L 0 -250 5.000 3.250 0 L 0 -150 5.500 3.150 0 L 0 -150 6.000 3.150 0 L 0 -150 6.500 3.150 0 L 0 -150 7.000 3.150 0 L 0 -150 7.500 3.150 0 L 0 -150 8.000 3.150 0 L 0 -150 8.500 3.150 0 L 0 -150 9.000 3.150 0 L 0 -150 9.500 3.150 0 L 0 -250 10.000 3.250 0 L 0 -150 10.500 3.150 0 L 0 -150 11.000 3.150 0 L 0 -150 11.500 3.150 0 L 0 -150 12.000 3.150 0 L 0 -150 12.500 3.150 0 L 0 -150 13.000 3.150 0 L 0 -150 13.500 3.150 0 L 0 -150 14.000 3.150 0 L 0 -150 14.500 3.150 0 L 0 -250 15.000 3.250 0 L 0 250 5.000 18.750 0 L 0 149 5.500 18.850 0 L 0 149 6.000 18.850 0 L 0 149 6.500 18.850 0 L 0 149 7.000 18.850 0 L 0 149 7.500 18.850 0 L 0 149 8.000 18.850 0 L 0 149 8.500 18.850 0 L 0 149 9.000 18.850 0 L 0 149 9.500 18.850 0 L 0 250 10.000 18.750 0 L 0 149 10.500 18.850 0 L 0 149 11.000 18.850 0 L 0 149 11.500 18.850 0 L 0 149 12.000 18.850 0 L 0 149 12.500 18.850 0 L 0 149 13.000 18.850 0 L 0 149 13.500 18.850 0 L 0 149 14.000 18.850 0 L 0 149 14.500 18.850 0 L 0 250 15.000 18.750 0 L -250 0 5.250 3.000 0 L -150 0 5.150 3.800 0 L -150 0 5.150 4.600 0 L -150 0 5.150 5.400 0 L -250 0 5.250 6.200 0 L -150 0 5.150 7.000 0 L -150 0 5.150 7.800 0 L -150 0 5.150 8.600 0 L -250 0 5.250 9.400 0 L -150 0 5.150 10.200 0 L -150 0 5.150 11.000 0 L -150 0 5.150 11.800 0 L -250 0 5.250 12.600 0 L -150 0 5.150 13.400 0 L -150 0 5.150 14.200 0 L -150 0 5.150 15.000 0 L -250 0 5.250 15.800 0 L -150 0 5.150 16.600 0 L -150 0 5.150 17.400 0 L -150 0 5.150 18.200 0 L -250 0 5.250 19.000 0 L 250 0 14.750 3.000 0 L 149 0 14.850 3.800 0 L 149 0 14.850 4.600 0 L 149 0 14.850 5.400 0 L 250 0 14.750 6.200 0 L 149 0 14.850 7.000 0 L 149 0 14.850 7.800 0 L 149 0 14.850 8.600 0 L 250 0 14.750 9.400 0 L 149 0 14.850 10.200 0 L 149 0 14.850 11.000 0 L 149 0 14.850 11.800 0 L 250 0 14.750 12.600 0 L 149 0 14.850 13.400 0 L 149 0 14.850 14.200 0 L 149 0 14.850 15.000 0 L 250 0 14.750 15.800 0 L 149 0 14.850 16.600 0 L 149 0 14.850 17.400 0 L 149 0 14.850 18.200 0 L 250 0 14.750 19.000 0 L 30 setlinewidth -1000 0 0 -1000 1000 0 16.000 4.000 1 F -1000 0 17.000 3.000 0 L 75 76 0.0 (-0.9 eV) F2 17.300 3.720 T -1000 0 0 -1000 1000 0 16.000 5.000 2 F -1000 0 17.000 4.000 0 L 75 76 0.0 (-0.8 eV) F2 17.300 4.720 T -1000 0 0 -1000 1000 0 16.000 6.000 3 F -1000 0 17.000 5.000 0 L 75 76 0.0 (-0.7 eV) F2 17.300 5.720 T -1000 0 0 -1000 1000 0 16.000 7.000 4 F -1000 0 17.000 6.000 0 L 75 76 0.0 (-0.6 eV) F2 17.300 6.720 T -1000 0 0 -1000 1000 0 16.000 8.000 5 F -1000 0 17.000 7.000 0 L 75 76 0.0 (-0.5 eV) F2 17.300 7.720 T -1000 0 0 -1000 1000 0 16.000 9.000 6 F -1000 0 17.000 8.000 0 L 75 76 0.0 (-0.4 eV) F2 17.300 8.720 T -1000 0 0 -1000 1000 0 16.000 10.000 7 F -1000 0 17.000 9.000 0 L 75 76 0.0 (-0.3 eV) F2 17.300 9.720 T -1000 0 0 -1000 1000 0 16.000 11.000 8 F -1000 0 17.000 10.000 0 L 75 76 0.0 (-0.2 eV) F2 17.300 10.720 T -1000 0 0 -1000 1000 0 16.000 12.000 9 F -1000 0 17.000 11.000 0 L 75 76 0.0 (-0.1 eV) F2 17.300 11.720 T -1000 0 0 -1000 1000 0 16.000 13.000 10 F -1000 0 17.000 12.000 0 L 75 76 0.0 ( 0.0 eV) F2 17.300 12.720 T -1000 0 0 -1000 1000 0 16.000 14.000 11 F -1000 0 17.000 13.000 0 L 75 76 0.0 ( 0.1 eV) F2 17.300 13.720 T -1000 0 0 -1000 1000 0 16.000 15.000 12 F -1000 0 17.000 14.000 0 L 75 76 0.0 ( 0.2 eV) F2 17.300 14.720 T -1000 0 0 -1000 1000 0 16.000 16.000 13 F -1000 0 17.000 15.000 0 L 75 76 0.0 ( 0.3 eV) F2 17.300 15.720 T -1000 0 0 -1000 1000 0 16.000 17.000 14 F -1000 0 17.000 16.000 0 L 75 76 0.0 ( 0.4 eV) F2 17.300 16.720 T -1000 0 0 -1000 1000 0 16.000 18.000 15 F -1000 0 17.000 17.000 0 L 75 76 0.0 ( 0.5 eV) F2 17.300 17.720 T -1000 0 0 -1000 1000 0 16.000 19.000 16 F -1000 0 17.000 18.000 0 L 60 setlinewidth -1000 0 0 -16000 1000 0 0 16000 16.000 3.000 0 L 0 74 0.5 (0.25) F2 5.000 2.140 T 0 74 0.5 (1.50) F2 10.000 2.140 T 0 74 0.5 (2.75) F2 15.000 2.140 T 0 74 1.0 (0.00) F2 4.700 2.720 T 0 74 1.0 (1.00) F2 4.700 5.920 T 0 74 1.0 (2.00) F2 4.700 9.120 T 0 74 1.0 (3.00) F2 4.700 12.320 T 0 74 1.0 (4.00) F2 4.700 15.520 T 0 74 1.0 (5.00) F2 4.700 18.720 T 0 74 0.0 () F3 5.000 20.000 T 30 setlinewidth restore pop % remove mark showpage %%EOF cleartomark countdictstack exch sub { end } repeat restore grestore % % End Imported PIC File: traj0.5eVxfarbe.ps_sw %%EndDocument % %/Helvetica-iso ff 450.00 scf sf %1155 7830 m %gs 1 -1 sc 90.0 rot (2) col0 sh gr % Polyline % % Begin Imported EPS File: h2pd0.0_0.5_90_00.ps %%BeginDocument: h2pd0.0_0.5_90_00.ps % n gs 4410 1073 tr 7.837736 -7.837736 sc 265 0 tr 180 rot -160 -290 tr sa n 160 290 m 425 290 l 425 555 l 160 555 l cp clip n countdictstack mark /showpage {} def % EPS file follows: %!PS-Adobe-2.0 %%Creator: BALSAC 2.11 (C) Copyright by K. Hermann %%BoundingBox: 160 290 425 555 %%EndComments %%%BoundingBox: 40 315 565 700 % 26 714 translate -90 rotate .7 .7 scale /Boxd { /yc2 exch def /xc2 exch def /yc1 exch def /xc1 exch def newpath xc1 yc1 moveto xc2 yc1 lineto xc2 yc2 lineto xc1 yc2 lineto closepath } bind def /ISOenc {findfont dup length dict begin {1 index /FID ne {def} {pop pop} ifelse } forall /Encoding ISOLatin1Encoding def currentdict end definefont pop} bind def /COcir { setrgbcolor 0.25 setlinewidth newpath 0 360 arc closepath stroke } bind def /CFcir { setrgbcolor 0.25 setlinewidth newpath 0 360 arc closepath gsave fill grestore Rol Gol Bol setrgbcolor stroke } bind def /CLine { setlinewidth setrgbcolor newpath moveto lineto 1 setlinejoin 1 setlinecap stroke } bind def /COLine { /lwi exch def /clB exch def /clG exch def /clR exch def newpath moveto lineto 1 setlinejoin 0 setlinecap gsave lwi 3 add setlinewidth 1 setgray stroke grestore lwi setlinewidth clR clG clB setrgbcolor stroke } bind def /CDLine { /lwi exch def /clB exch def /clG exch def /clR exch def /y3 exch def /x3 exch def newpath moveto lineto x3 y3 lineto 1 setlinejoin 0 setlinecap lwi 0 ge {gsave lwi 3 add setlinewidth 1 setgray stroke grestore} {/lwi lwi neg def} ifelse lwi setlinewidth clR clG clB setrgbcolor stroke } bind def /CBall { /incol exch nos1 mul def /radius exch def /y0 exch def /x0 exch def x0 y0 translate phi rotate 0 radius Cel /shift0 ey radius mul def /i 0 def 1. ez div 1. scale /radiz radius ez mul def nosh {/incol incol 1 add def alp i get shift0 mul bet i get radiz mul Cel /i i 1 add def} repeat ez 1. scale 0 0 radius Rol Gol Bol COcir phi neg rotate x0 neg y0 neg translate} bind def /Cel { /rady exch def /yy0 exch def 0 yy0 translate newpath cRA incol get cGA incol get cBA incol get setrgbcolor 0 0 rady 0 360 arc closepath fill 0 yy0 neg translate } bind def /Lite { /phi exch def /ez exch def /ey exch def } bind def /CBond { /clBi exch def /clGi exch def /clRi exch def /qq exch def /r2 exch def /r1 exch def /y2 exch def /x2 exch def /y1 exch def /x1 exch def qq 0 gt {/qq1 1 qq div def} if x1 x2 ne y1 y2 ne or { /wr y2 y1 sub x2 x1 sub atan def newpath 0.25 setlinewidth clRi clGi clBi setrgbcolor x1 y1 translate wr rotate qq 0 gt {qq 1 scale 0 0 r1 90 270 arc qq1 1 scale } {0 r1 moveto 0 r1 neg lineto } ifelse wr neg rotate x2 x1 sub y2 y1 sub translate wr rotate 0 r2 neg lineto qq 0 lt {qq 1 scale 0 0 r2 270 90 arcn qq1 1 scale } { 0 r2 lineto } ifelse wr neg rotate x2 neg y2 neg translate closepath gsave fill grestore Rbd Gbd Bbd setrgbcolor stroke } if } bind def /Coldef { /qgam exch def /qmax exch def /qmin exch def /clB exch def /clG exch def /clR exch def /qint clR clG clB add add 3 div def qint 0 eq { /qint 1 def /pint 1 def } { /pint 1 1 qint sub div def } ifelse /aaR clR qint sub pint mul def /bbR 1 clR sub pint mul def /aaG clG qint sub pint mul def /bbG 1 clG sub pint mul def /aaB clB qint sub pint mul def /bbB 1 clB sub pint mul def /dqq qmax qmin sub def /qq qmin dqq sub def /kk 0 def nos1 { /qq qmin kk nosh div qgam exp dqq mul add def qq qint lt {cRA ii clR qq mul qint div put cGA ii clG qq mul qint div put cBA ii clB qq mul qint div put } {cRA ii aaR bbR qq mul add put cGA ii aaG bbG qq mul add put cBA ii aaB bbB qq mul add put } ifelse /ii ii 1 add def /kk kk 1 add def} repeat} bind def /nosh 50 def /ncol 3 def /nos1 nosh 1 add def /cRA nos1 ncol mul array def /cGA nos1 ncol mul array def /cBA nos1 ncol mul array def /ii 0 def .736 .787 1.000 .400 .900 1.000 Coldef .992 .992 .992 .200 .655 1.000 Coldef .892 .892 .892 .670 .890 .710 Coldef /alp nosh array def /bet nosh array def /i 0 def /j 0 def nosh { alp i j nosh div put bet i 1 j nosh div dup mul sub abs sqrt put /i i 1 add def /j j 1 add def } repeat % 20 20 570 770 Boxd .000 .000 .000 setrgbcolor fill % 20 20 570 770 Boxd 0 setgray stroke 20 20 570 770 Boxd clip % 53 45 {dup mul exch dup mul add 1. exch sub } setscreen /Rol .000 def /Gol .000 def /Bol .000 def /Rbd .000 def /Gbd .000 def /Bbd .000 def .7660 .6428 125.00 Lite 220.42 344.60 365.58 344.60 4.584 4.584 .0000 .88 .88 .878 CBond % 7 - 8 216.60 308.42 216.60 523.58 4.584 4.584 .0000 .88 .88 .878 CBond % 7 - 9 369.40 308.42 369.40 523.58 4.584 4.584 .0000 .88 .88 .878 CBond % 8 - 10 180.42 497.40 405.58 497.40 4.584 4.584 .0000 .88 .88 .878 CBond % 9 - 10 369.40 414.63 369.40 427.37 3.056 3.056 .0000 .000 .000 .000 CBond % 1 - 10 216.60 344.60 43.24 2 CBall % 3 369.40 497.40 43.24 2 CBall % 4 369.40 344.60 43.24 2 CBall % 5 216.60 497.40 43.24 2 CBall % 6 369.40 396.55 18.34 1 CBall % 10 369.40 445.45 18.34 1 CBall % 1 /#copies 1 def showpage %%EndDocument: cleartomark countdictstack exch sub { end } repeat restore grestore % % End Imported PIC File: h2pd0.0_0.5_90_00.ps %%EndDocument % % Polyline 135.000 slw gs clippath 6406 8085 m 6458 8012 l 6216 7840 l 6264 7929 l 6164 7913 l cp eoclip n 3165 930 m 3150 1125 l 3150 1485 l 3150 2235 l 3135 3075 l 3150 3765 l 3210 4785 l 3330 5475 l 3435 6030 l 3570 6165 l 3870 6270 l 5430 7335 l 6420 8040 l gs col7 s gr gr % arrowhead 165.000 slw n 6164 7913 m 6264 7929 l 6216 7840 l 6164 7913 l cp gs col7 1.00 shd ef gr col7 s % Polyline 1 slc 45.000 slw [150] 0 sd gs clippath 6399 8073 m 6434 8024 l 6173 7838 l 6242 7924 l 6139 7887 l cp eoclip n 3150 930 m 3135 1125 l 3135 1485 l 3135 2235 l 3120 3075 l 3135 3765 l 3195 4785 l 3315 5475 l 3420 6030 l 3555 6165 l 3855 6270 l 5415 7335 l 6405 8040 l gs col4 s gr gr [] 0 sd % arrowhead 0 slc 105.000 slw n 6139 7887 m 6242 7924 l 6173 7838 l 6139 7887 l cp gs col4 1.00 shd ef gr col4 s /Helvetica-Bold-iso ff 300.00 scf sf 6210 2070 m gs 1 -1 sc (Pd) col0 sh gr 30.000 slw %% Ellipse %n 6270 8615 35 35 0 360 DrawEllipse gs col0 s gr %/Helvetica-iso ff 525.00 scf sf %5925 9105 m %gs 1 -1 sc (\(A\)) col0 sh gr %/Helvetica-iso ff 525.00 scf sf %2550 9120 m %gs 1 -1 sc (H-H distance) col0 sh gr %% Rotated Ellipse %gs %515 1155 tr %-90.000 rot %n 0 0 35 35 0 360 DrawEllipse 90.000 rot %gs col0 s gr %gr %/Helvetica-iso ff 525.00 scf sf %1005 1500 m %gs 1 -1 sc 90.0 rot (\(A\)) col0 sh gr %15.000 slw %% Rotated Ellipse %gs %640 2273 tr %-90.000 rot %n 0 0 35 35 0 360 DrawEllipse 90.000 rot %gs col0 s gr %gr %/Helvetica-iso ff 525.00 scf sf %990 8190 m %gs 1 -1 sc 90.0 rot (H distance from the surface) col0 sh gr %$F2psEnd %rs %/Helvetica-iso ff 375.00 scf sf /Roman-iso ff 425.00 scf sf 1200 7435 m gs 1 -1 sc 90.0 rot (2) col0 sh gr 30.000 slw % Ellipse n 5785 8715 40 40 0 360 DrawEllipse gs col0 s gr %/Helvetica-iso ff 450.00 scf sf /Roman-iso ff 500.00 scf sf 2680 9150 m gs 1 -1 sc (H-H distance) col0 sh gr %/Helvetica-iso ff 450.00 scf sf /Roman-iso ff 500.00 scf sf 5430 9135 m gs 1 -1 sc (\(A\)) col0 sh gr % Rotated Ellipse gs 630 1535 tr -90.000 rot n 0 0 40 40 0 360 DrawEllipse 90.000 rot gs col0 s gr gr %/Helvetica-iso ff 450.00 scf sf /Roman-iso ff 500.00 scf sf 1050 7770 m gs 1 -1 sc 90.0 rot (H distance from the surface) col0 sh gr %/Helvetica-iso ff 450.00 scf sf /Roman-iso ff 500.00 scf sf 1035 1885 m gs 1 -1 sc 90.0 rot (\(A\)) col0 sh gr $F2psEnd rs showpage %%EndDocument @endspecial 1867 879 a currentpoint grestore moveto 1867 879 a -150 1018 a Fr(FIG.)59 b(3:)99 b(Tw)n(o)60 b(classical)g(molecular)g(dynamics)e(tra)t (jectories)-150 1105 y(\(dashed)37 b(lines\))h(on)f(a)g(NN-PES.)g(The)g (initial)i(conditions)f(of)g(the)-150 1192 y(molecules)28 b(are)g(the)e(same)i(except)f(for)g(their)g(kinetic)g(energy)g(whic)n (h)-150 1279 y(are)33 b(\(a\))f Fg(E)172 1288 y Fq(kin)278 1279 y Fr(=)19 b(0)p Fg(:)p Fr(5)14 b(eV)32 b(and)f(\(b\))h Fg(E)939 1288 y Fq(kin)1045 1279 y Fr(=)19 b(0)p Fg(:)p Fr(9)14 b(eV.)32 b(The)g(sim)n(ulation)-150 1367 y(time)27 b(w)n(as)h(\(a\))e(52)i(fs)f(and)g(\(b\))f(40)h(fs.)38 b(Insets:)f(con\014guration)27 b(of)h(the)-150 1454 y(molecule.)-67 1746 y Ft(The)40 b(obtained)g(NN)h(represen)n(tation)d(is)i(then)h (used)f(as)g(an)-150 1841 y(input)26 b(to)e(extensiv)n(e)g(molecular)g (dynamics)g(calculations.)35 b(Fig-)-150 1937 y(ure)25 b(3)h(illustrates)f(the)h(adsorption)f(pro)r(cess)g(o)n(v)n(er)f(one)h (particu-)-150 2032 y(lar)d(site,)h(the)g(bridge)f(site)h(with)g(the)g (h)n(ydrogen)e(atoms)h(p)r(oin)n(ting)-150 2128 y(to)n(w)n(ards)27 b(the)j(on-top)e(sites.)41 b(The)29 b(molecule)g(approac)n(hing)e(the) -150 2223 y(surface)32 b(under)h(normal)f(incidence)h(with)g(its)h (axis)e(parallel)g(to)-150 2319 y(the)24 b(surface)e(at)i(an)f(energy)f (of)h(0)p Fl(:)p Ft(5)14 b(eV)23 b(is)g(not)g(able)g(to)h(o)n(v)n (ercome)-150 2414 y(the)31 b(barrier)d(for)i(disso)r(ciation.)44 b(Due)31 b(to)g(the)f(highly)g(repulsiv)n(e)-150 2509 y(palladium)22 b(top)h(sites)f(it)h(is)f(scattered)f(bac)n(k)h(in)n(to) g(the)h(gas)e(phase)-150 2605 y(\(Fig.)26 b(3\(a\)\).)36 b(With)27 b(a)e(kinetic)h(energy)e(of)i(0)p Fl(:)p Ft(9)14 b(eV)25 b(the)h(molecule)-150 2700 y(has)35 b(enough)g(momen)n(tum)h (to)f(o)n(v)n(ercome)e(the)j(energy)e(barrier)-150 2796 y(and)27 b(disso)r(ciates)g(\(Fig.)h(3\(b\)\).)-67 2904 y(F)-7 b(rom)40 b(the)i(molecular)d(dynamics)h(sim)n(ulations)g(w)n(e)h (ev)-5 b(alu-)-150 3000 y(ated)32 b(the)g(stic)n(king)e(probabilit)n(y) h(of)h(the)g(impinging)f(h)n(ydrogen)-150 3095 y(molecule)e(as)h(a)f (function)h(of)g(the)g(initial)g(kinetic)g(energy)-7 b(.)42 b(The)-150 3191 y(disso)r(ciation)c(pro)r(cess)g(is)g(highly)h (site)g(dep)r(enden)n(t)g(whic)n(h)g(re-)-150 3286 y(quires)25 b(to)h(consider)f(a)g(go)r(o)r(d)h(statistical)f(a)n(v)n(erage)e(o)n(v) n(er)h(the)i(ini-)-150 3382 y(tial)33 b(con\014gurations)e(for)i(the)h (determination)e(of)i(the)f(stic)n(king)-150 3477 y(co)r(e\016cien)n (t.)73 b(F)-7 b(or)39 b(eac)n(h)g(kinetic)i(energy)d(w)n(e)i(need)g(to) f(calcu-)-150 3573 y(late)29 b(500)6 b Fh(\000)g Ft(1)p Fl(;)14 b Ft(000)25 b(tra)5 b(jectories)27 b(with)i(randomly)g(sampled) f(ini-)-150 3668 y(tial)e(con\014gurations)f(un)n(til)h(con)n(v)n (ergence)e(of)i(the)h(stic)n(king)f(co)r(ef-)-150 3764 y(\014cien)n(t)35 b(is)g(attained.)60 b(The)35 b(error)e(of)j(the)f (stic)n(king)g(co)r(e\016cien)n(t)-150 3859 y(corresp)r(onds)d(to)420 3788 y Fj(p)p 503 3788 319 4 v 71 x Fl(S)5 b Ft(\(1)18 b Fh(\000)g Fl(S)5 b Ft(\))p Fl(=)864 3799 y Fh(p)p 932 3799 50 4 v 932 3859 a Fl(n)p Ft(,)35 b(where)f Fl(S)k Ft(is)c(the)g(stic)n(king)-150 3955 y(probabilit)n(y)24 b(and)h Fl(n)g Ft(is)g(the)g(n)n(um)n(b)r(er)g(of)g(tra)5 b(jectories.)34 b(F)-7 b(or)24 b(eac)n(h)-150 4050 y(stic)n(king)19 b(curv)n(e)g(the)h(stic)n(king)f(probabilit)n(y)g(has)g(to)h(b)r(e)g (ev)-5 b(aluated)-150 4146 y(at)32 b(a)f(n)n(um)n(b)r(er)h(of)g (energies)f(dep)r(ending)h(on)g(the)g(energy)f(range)-150 4241 y(of)g(in)n(terest.)45 b(F)-7 b(or)30 b(the)h(presen)n(ted)f (adsorption)g(co)r(e\016cien)n(ts)g(w)n(e)-150 4337 y(p)r(erformed)e (MD)i(calculations)e(with)h(10)p Fl(;)14 b Ft(000)5 b Fh(\000)g Ft(30)p Fl(;)14 b Ft(000)25 b(tra)5 b(jec-)-150 4432 y(tories.)-67 4541 y(With)24 b(the)g(dense)f(grid)g(in)g(all)g (six)h(degrees)e(of)h(freedom)g(of)g(the)-150 4636 y(h)n(ydrogen)33 b(molecule)h(w)n(e)g(w)n(ere)f(able)h(to)g(get)g(excellen)n(t)g(agree-) -150 4732 y(men)n(t)24 b(b)r(et)n(w)n(een)g(the)h(analytical)e(and)h (neural)g(stic)n(king)f(curv)n(e)g(as)-150 4827 y(displa)n(y)n(ed)c(in) g(Fig.)h(4.)34 b(Both)19 b(the)h(initial)g(high)f(adsorption)f(prob-) -150 4923 y(abilit)n(y)28 b(follo)n(w)n(ed)e(b)n(y)i(a)f(drop)g(of)h (stic)n(king)f(due)h(to)g(the)g(steering)-150 5018 y(e\013ect)20 b(and)f(the)g(increase)f(with)i(higher)f(kinetic)g(energies)f(t)n (ypical)-150 5114 y(for)27 b(disso)r(ciativ)n(e)f(adsorption)g(are)h(w) n(ell)g(repro)r(duced.)36 b(The)27 b(dif-)-150 5209 y(ferences)c(b)r (et)n(w)n(een)h(the)g(analytical)e(and)i(neural)f(stic)n(king)f(curv)n (e)-150 5304 y(are)27 b(smaller)f(than)i(5\045)f(o)n(v)n(er)f(the)i (presen)n(ted)f(energy)g(range.)-67 5413 y(Ho)n(w)n(ev)n(er,)g(in)i (order)f(to)g(b)r(e)i(applicable)e(to)h(the)g(\014tting)g(of)g Fn(ab)2356 -166 y gsave currentpoint currentpoint translate 270 neg rotate neg exch neg exch translate 2356 -166 a @beginspecial 88 @llx 29 @lly 595 @urx 624 @ury 1445 @rwi @setspecial %%BeginDocument: Fig4.eps %!PS-Adobe-2.0 EPSF-1.2 %%BoundingBox: 88 29 595 624 %%Title: h2pdsticking_dense_xymesh.eps %%Creator: soenke@theolx03 with xmgr %%CreationDate: Fri Mar 9 17:06:08 2001 %%EndComments 80 dict begin /languagelevel where {pop /gs_languagelevel languagelevel def} {/gs_languagelevel 1 def} ifelse gs_languagelevel 1 gt { <} image end } >> matrix makepattern /Pat0 exch def <} image end } >> matrix makepattern /Pat1 exch def <} image end } >> matrix makepattern /Pat2 exch def <} image end } >> matrix makepattern /Pat3 exch def <} image end } >> matrix makepattern /Pat4 exch def <} image end } >> matrix makepattern /Pat5 exch def <} image end } >> matrix makepattern /Pat6 exch def <} image end } >> matrix makepattern /Pat7 exch def <} image end } >> matrix makepattern /Pat8 exch def <} image end } >> matrix makepattern /Pat9 exch def <} image end } >> matrix makepattern /Pat10 exch def <} image end } >> matrix makepattern /Pat11 exch def <} image end } >> matrix makepattern /Pat12 exch def <} image end } >> matrix makepattern /Pat13 exch def <} image end } >> matrix makepattern /Pat14 exch def <} image end } >> matrix makepattern /Pat15 exch def }{ /Pat0 { 0.000000 setgray } def /Pat1 { 0.062500 setgray } def /Pat2 { 0.125000 setgray } def /Pat3 { 0.187500 setgray } def /Pat4 { 0.250000 setgray } def /Pat5 { 0.312500 setgray } def /Pat6 { 0.375000 setgray } def /Pat7 { 0.437500 setgray } def /Pat8 { 0.500000 setgray } def /Pat9 { 0.562500 setgray } def /Pat10 { 0.625000 setgray } def /Pat11 { 0.687500 setgray } def /Pat12 { 0.750000 setgray } def /Pat13 { 0.812500 setgray } def /Pat14 { 0.875000 setgray } def /Pat15 { 0.937500 setgray } def /setpattern { } def } ifelse /m {moveto} bind def /l {lineto} bind def /s {stroke} bind def % Symbol fill /f { gsave fill grestore stroke } bind def % Opaque symbol /o { gsave 1.000000 1.000000 1.000000 setrgbcolor fill grestore stroke } bind def % Circle symbol /a { 3 -1 roll 0 360 arc } bind def /da { a s } bind def /fa { a f } bind def /oa { a o } bind def % Square symbol /sq { moveto dup dup rmoveto 2 mul dup neg 0 rlineto dup neg 0 exch rlineto 0 rlineto closepath } bind def /dsq { sq s } bind def /fsq { sq f } bind def /osq { sq o } bind def % Triangle symbols /t1 { moveto dup 0 exch rmoveto dup neg dup 2 mul rlineto 2 mul 0 rlineto closepath } bind def /dt1 { t1 s } bind def /ft1 { t1 f } bind def /ot1 { t1 o } bind def /t2 { moveto dup neg 0 rmoveto dup dup 2 mul exch neg rlineto 2 mul 0 exch rlineto closepath } bind def /dt2 { t2 s } bind def /ft2 { t2 f } bind def /ot2 { t2 o } bind def /t3 { moveto dup neg 0 exch rmoveto dup dup 2 mul rlineto neg 2 mul 0 rlineto closepath } bind def /dt3 { t3 s } bind def /ft3 { t3 f } bind def /ot3 { t3 o } bind def /t4 { moveto dup 0 rmoveto dup dup -2 mul exch rlineto -2 mul 0 exch rlineto closepath } bind def /dt4 { t4 s } bind def /ft4 { t4 f } bind def /ot4 { t4 o } bind def % Diamond symbol /di { moveto dup 0 exch rmoveto dup neg dup rlineto dup dup neg rlineto dup dup rlineto closepath } bind def /ddi { di s } bind def /fdi { di f } bind def /odi { di o } bind def % Plus symbol /pl { dup 0 rmoveto dup -2 mul 0 rlineto dup dup rmoveto -2 mul 0 exch rlineto } bind def /dpl { m pl s } bind def % x symbol /x { dup dup rmoveto dup -2 mul dup rlineto 2 mul dup 0 rmoveto dup neg exch rlineto } bind def /dx { m x s } bind def % Splat symbol /dsp { m dup pl dup 0 exch rmoveto 0.707 mul x s } bind def /RJ { stringwidth neg exch neg exch rmoveto } bind def /CS { stringwidth 2 div neg exch 2 div neg exch rmoveto } bind def 0.24 0.24 scale 1 setlinecap mark /ISOLatin1Encoding 8#000 1 8#054 {StandardEncoding exch get} for /minus 8#056 1 8#217 {StandardEncoding exch get} for /dotlessi 8#301 1 8#317 {StandardEncoding exch get} for /space /exclamdown /cent /sterling /currency /yen /brokenbar /section /dieresis /copyright /ordfeminine /guillemotleft /logicalnot /hyphen /registered /macron /degree /plusminus /twosuperior /threesuperior /acute /mu /paragraph /periodcentered /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 /ISOLatin1Encoding where not {256 array astore def} if cleartomark /makeISOEncoded { findfont /curfont exch def /newfont curfont maxlength dict def /ISOLatin1 (-ISOLatin1) def /curfontname curfont /FontName get dup length string cvs def /newfontname curfontname length ISOLatin1 length add string dup 0 curfontname putinterval dup curfontname length ISOLatin1 putinterval def curfont { exch dup /FID ne { dup /Encoding eq { exch pop ISOLatin1Encoding exch } if dup /FontName eq { exch pop newfontname exch } if exch newfont 3 1 roll put } { pop pop } ifelse } forall newfontname newfont definefont } def /Times-Roman makeISOEncoded pop /Times-Bold makeISOEncoded pop /Times-Italic makeISOEncoded pop /Times-BoldItalic makeISOEncoded pop /Helvetica makeISOEncoded pop /Helvetica-Bold makeISOEncoded pop /Helvetica-Oblique makeISOEncoded pop /Helvetica-BoldOblique makeISOEncoded pop 2550 0 translate 90 rotate s 0.000000 0.000000 0.000000 setrgbcolor 1 setlinewidth /Times-Italic-ISOLatin1 findfont 112 scalefont setfont 0.862745 0.862745 0.862745 setrgbcolor 506 434 m 506 2114 l 2521 2114 l 2521 434 l 506 434 l closepath gsave eofill grestore s 0.000000 0.000000 0.000000 setrgbcolor [] 0 setdash 3 setlinewidth 506 434 m 506 444 l 708 434 m 708 444 l 909 434 m 909 444 l 1111 434 m 1111 444 l 1312 434 m 1312 444 l 1513 434 m 1513 444 l 1715 434 m 1715 444 l 1916 434 m 1916 444 l 2118 434 m 2118 444 l 2319 434 m 2319 444 l 2521 434 m 2521 444 l 506 2114 m 506 2104 l 708 2114 m 708 2104 l 909 2114 m 909 2104 l 1111 2114 m 1111 2104 l 1312 2114 m 1312 2104 l 1513 2114 m 1513 2104 l 1715 2114 m 1715 2104 l 1916 2114 m 1916 2104 l 2118 2114 m 2118 2104 l 2319 2114 m 2319 2104 l 2521 2114 m 2521 2104 l s 506 434 m 506 454 l 909 434 m 909 454 l 1312 434 m 1312 454 l 1715 434 m 1715 454 l 2118 434 m 2118 454 l 2521 434 m 2521 454 l 506 2114 m 506 2094 l 909 2114 m 909 2094 l 1312 2114 m 1312 2094 l 1715 2114 m 1715 2094 l 2118 2114 m 2118 2094 l 2521 2114 m 2521 2094 l /Times-Italic-ISOLatin1 findfont 105 scalefont setfont /Roman-ISOLatin1 findfont 105 scalefont setfont s 506 346 m gsave 506 346 translate 0 rotate 0 -35 m (0.0) CS (0.0) show grestore newpath 909 346 m gsave 909 346 translate 0 rotate 0 -35 m (0.2) CS (0.2) show grestore newpath 1312 346 m gsave 1312 346 translate 0 rotate 0 -35 m (0.4) CS (0.4) show grestore newpath 1715 346 m gsave 1715 346 translate 0 rotate 0 -35 m (0.6) CS (0.6) show grestore newpath 2118 346 m gsave 2118 346 translate 0 rotate 0 -35 m (0.8) CS (0.8) show grestore newpath 2521 346 m gsave 2521 346 translate 0 rotate 0 -35 m (1.0) CS (1.0) show grestore newpath /Roman-ISOLatin1 findfont 132 scalefont setfont 1513 170 m gsave 1513 170 translate 0 rotate 0 0 m (Kinetic energy Ei \(eV\)) CS (Kinetic energy) show /Times-Italic-ISOLatin1 findfont 132 scalefont setfont 210 0 translate 0 rotate 0 0 m (E) show /Times-Italic-ISOLatin1 findfont 79 scalefont setfont 0 -39 rmoveto (i) show /Roman-ISOLatin1 findfont 132 scalefont setfont 0 39 rmoveto ( \(eV\)) show grestore newpath 506 434 m 516 434 l 506 602 m 516 602 l 506 770 m 516 770 l 506 939 m 516 939 l 506 1106 m 516 1106 l 506 1274 m 516 1274 l 506 1443 m 516 1443 l 506 1611 m 516 1611 l 506 1778 m 516 1778 l 506 1946 m 516 1946 l 506 2114 m 516 2114 l 2521 434 m 2511 434 l 2521 602 m 2511 602 l 2521 770 m 2511 770 l 2521 939 m 2511 939 l 2521 1106 m 2511 1106 l 2521 1274 m 2511 1274 l 2521 1443 m 2511 1443 l 2521 1611 m 2511 1611 l 2521 1778 m 2511 1778 l 2521 1946 m 2511 1946 l 2521 2114 m 2511 2114 l s 506 434 m 526 434 l 506 770 m 526 770 l 506 1106 m 526 1106 l 506 1443 m 526 1443 l 506 1778 m 526 1778 l 506 2114 m 526 2114 l 2521 434 m 2501 434 l 2521 770 m 2501 770 l 2521 1106 m 2501 1106 l 2521 1443 m 2501 1443 l 2521 1778 m 2501 1778 l 2521 2114 m 2501 2114 l /Roman-ISOLatin1 findfont 105 scalefont setfont s 438 434 m gsave 438 434 translate 0 rotate 0 -35 m (0.0) RJ (0.0) show grestore newpath 438 770 m gsave 438 770 translate 0 rotate 0 -35 m (0.2) RJ (0.2) show grestore newpath 438 1106 m gsave 438 1106 translate 0 rotate 0 -35 m (0.4) RJ (0.4) show grestore newpath 438 1443 m gsave 438 1443 translate 0 rotate 0 -35 m (0.6) RJ (0.6) show grestore newpath 438 1778 m gsave 438 1778 translate 0 rotate 0 -35 m (0.8) RJ (0.8) show grestore newpath 438 2114 m gsave 438 2114 translate 0 rotate 0 -35 m (1.0) RJ (1.0) show grestore newpath /Roman-ISOLatin1 findfont 132 scalefont setfont 214 1274 m gsave 214 1274 translate 90 rotate 0 0 m (Sticking probability) CS (Sticking probability) show grestore newpath 13 setlinewidth [40 20] 0 setdash 516 1515 m 546 1120 l 587 972 l 627 910 l 667 885 l 708 905 l 748 935 l 788 986 l 829 1053 l 869 1113 l 929 1236 l 970 1313 l 1010 1370 l 1050 1433 l 1090 1491 l 1131 1526 l 1171 1557 l 1211 1589 l 1252 1612 l 1292 1625 l 1332 1660 l 1372 1690 l 1413 1715 l 1453 1746 l 1493 1770 l 1534 1781 l 1574 1795 l 1614 1802 l 1655 1807 l 1695 1815 l 1735 1824 l 1775 1832 l 1816 1837 l 1856 1842 l 1896 1860 l 1997 1882 l 2037 1894 l 2078 1908 l 2118 1909 l 2158 1920 l 2198 1925 l 2239 1948 l 2279 1968 l 2319 1973 l 2360 1973 l 2400 1982 l 2440 1997 l 2481 1997 l s 3 setlinewidth [] 0 setdash 9 setlinewidth 516 1352 m 526 1219 l 546 1181 l 587 1074 l 607 1006 l 627 932 l 647 920 l 667 926 l 688 931 l 728 947 l 748 969 l 768 978 l 808 1044 l 849 1100 l 889 1161 l 929 1251 l 990 1381 l 1090 1590 l 1191 1682 l 1292 1704 l 1393 1732 l 1493 1762 l 1594 1770 l 1695 1800 l 1796 1819 l 1896 1845 l 1997 1867 l 2098 1902 l 2198 1922 l 2299 1954 l 2400 1976 l 2501 1986 l /Roman-ISOLatin1 findfont 66 scalefont setfont s 22 516 1352 oa 22 526 1219 oa 22 546 1181 oa 22 587 1074 oa 22 607 1006 oa 22 627 932 oa 22 647 920 oa 22 667 926 oa 22 688 931 oa 22 728 947 oa 22 748 969 oa 22 768 978 oa 22 808 1044 oa 22 849 1100 oa 22 889 1161 oa 22 929 1251 oa 22 990 1381 oa 22 1090 1590 oa 22 1191 1682 oa 22 1292 1704 oa 22 1393 1732 oa 22 1493 1762 oa 22 1594 1770 oa 22 1695 1800 oa 22 1796 1819 oa 22 1896 1845 oa 22 1997 1867 oa 22 2098 1902 oa 22 2198 1922 oa 22 2299 1954 oa 22 2400 1976 oa 22 2501 1986 oa /Roman-ISOLatin1 findfont 132 scalefont setfont 3 setlinewidth 1 setlinewidth 7 setlinewidth 506 434 m 506 2114 l 2521 2114 l 2521 434 l 506 434 l s 1 setlinewidth /Roman-ISOLatin1 findfont 112 scalefont setfont 7 setlinewidth 1.000000 1.000000 1.000000 setrgbcolor 1246 478 m 1246 828 l 2569 828 l 2569 478 l closepath gsave eofill grestore s 0.000000 0.000000 0.000000 setrgbcolor 1246 478 m 1246 828 l 2569 828 l 2569 478 l 1246 478 l s 1 setlinewidth /Roman-ISOLatin1 findfont 112 scalefont setfont [40 20] 0 setdash 13 setlinewidth 1312 723 m 1444 723 l s [] 0 setdash 1 setlinewidth 1510 723 m gsave 1510 723 translate 0 rotate 0 -37 m (Analytical PES) show grestore newpath /Roman-ISOLatin1 findfont 112 scalefont setfont 9 setlinewidth 1312 583 m 1444 583 l s 22 1312 583 oa 22 1444 583 oa 1 setlinewidth 1510 583 m gsave 1510 583 translate 0 rotate 0 -37 m (NN PES: dense grid ) show grestore newpath /Roman-ISOLatin1 findfont 108 scalefont setfont 1604 1577 m gsave 1604 1577 translate 0 rotate 0 -36 m (80,685 points) show grestore newpath /Roman-ISOLatin1 findfont 112 scalefont setfont /Roman-ISOLatin1 findfont 108 scalefont setfont 1604 1431 m gsave 1604 1431 translate 0 rotate 0 -36 m (RMSE:) show grestore newpath /Roman-ISOLatin1 findfont 112 scalefont setfont /Roman-ISOLatin1 findfont 108 scalefont setfont 1604 1284 m gsave 1604 1284 translate 0 rotate 0 -36 m (9meV/46meV) show grestore newpath /Roman-ISOLatin1 findfont 112 scalefont setfont end showpage %%Trailer %%EndDocument @endspecial 3561 -166 a currentpoint grestore moveto 3561 -166 a 2042 1182 a Fr(FIG.)40 b(4:)63 b(Stic)n(king)39 b(probabilit)n(y)h(v)n(ersus)f(kinetic)g (energy)h(for)g(the)2042 1269 y(disso)r(ciation)31 b(of)f(h)n(ydrogen)f (on)g(the)g(Pd\(100\))h(surface.)47 b(The)29 b(train-)2042 1356 y(ing)e(set)g(consists)h(of)f(80,685)i(training)e(p)r(oin)n(ts)g (sampled)g(on)g(a)g(dense)2042 1443 y(grid)f(in)f(all)i(six)e (dimensions,)i(with)e(e.g.)36 b(55)26 b(lateral)h(con\014gurations.) 2042 1531 y(The)32 b(\014t)f(is)i(based)f(on)g(a)h Fb(f)p Fr(8)t Fb(\000)t Fr(50)t Fb(\000)t Fr(50)t Fb(\000)t Fr(1)c Fg(tl)q Fb(g)j Fr(NN.)f(P)n(arameter)i(set:)2042 1618 y Fg(\025)p Fr(\(0\))9 b(=)g(0)p Fg(:)p Fr(98,)26 b Fg(\025)2490 1626 y Fq(0)2533 1618 y Fr(=)9 b(0)p Fg(:)p Fr(99936)r(,)26 b Fg(a)2966 1627 y Ff(r)r(mth)3124 1618 y Fr(=)9 b(0)p Fg(:)p Fr(6.)2042 1914 y Fn(initio)36 b Ft(PESs,)29 b(whic)n(h)h(are)f(v)n(ery)g(time-consuming)g(to)h(ev)-5 b(aluate)2042 2010 y(and)18 b(therefore)g(only)g(allo)n(w)g(the)h (calculation)f(of)h(a)f(view)g(h)n(undred)2042 2105 y(up)30 b(to)f(a)g(view)g(thousand)g(con\014gurations,)f(w)n(e)h(ha)n(v)n(e)f (to)i(\014nd)g(a)2042 2200 y(metho)r(d)e(to)f(sample)h(the)g (con\014gurations)d(more)i(e\016cien)n(tly)-7 b(.)2204 2508 y Fs(2.)78 b(NN-\014t)29 b(b)l(ase)l(d)g(on)f(high-symmetric)h(c)l (on\014gur)l(ations)2125 2728 y Ft(The)i(usual)f(approac)n(h)f(in)i (theoretical)f Fn(ab)j(initio)k Ft(studies)31 b(of)2042 2823 y(disso)r(ciation)g(pro)r(cesses)h(is)g(based)g(on)h(the)g (calculation)f(of)g(2D)2042 2919 y(sections)g(of)h(the)g(6D)g(energy)e (surface,)j(the)f(elb)r(o)n(w)f(plots.)53 b(F)-7 b(or)2042 3014 y(one)18 b(suc)n(h)h(section,)h(the)f(orien)n(tation)f(of)g(the)i (molecule)e(\()p Fl(\022)k Ft(and)c Fl(\036)p Ft(\))2042 3110 y(and)29 b(the)i(co)r(ordinates)d(of)i(the)g(cen)n(ter)f(of)h (mass)f(in)h(the)g(surface)2042 3205 y(plane)36 b(\()p Fl(X)2373 3217 y Fk(c)2407 3205 y Fl(;)14 b(Y)2492 3217 y Fk(c)2526 3205 y Ft(\))37 b(are)f(k)n(ept)g(\014xed.)64 b(Only)37 b(the)g(heigh)n(t)f Fl(Z)3880 3217 y Fk(c)3950 3205 y Ft(and)2042 3301 y(the)24 b(b)r(ond)h(length)f Fl(d)g Ft(v)-5 b(ary)e(.)35 b(Commonly)24 b(these)g(elb)r(o)n(w)f (plots)h(are)2042 3396 y(ev)-5 b(aluated)26 b(with)h(the)g(molecule)f (ab)r(o)n(v)n(e)f(high-symmetric)g(sites.)2042 3492 y(W)-7 b(e)26 b(will)g(adopt)g(this)g(approac)n(h)e(here)i(as)f(w)n(ell)h(and) f(sample)h(the)2042 3587 y(p)r(oin)n(ts)c(from)g(the)g(analytical)f (PES)h(in)g(the)h(same)e(w)n(a)n(y)-7 b(.)34 b(The)23 b(NN)2042 3683 y(is)k(then)h(used)g(to)f(in)n(terp)r(olate)g(b)r(et)n (w)n(een)h(these)g(sections.)2125 3784 y(W)-7 b(e)23 b(trained)g(a)f Fh(f)p Ft(8)-5 b Fh(\000)g Ft(50)g Fh(\000)g Ft(50)g Fh(\000)g Ft(1)21 b Fl(tl)r Fh(g)h Ft(NN)h(with)h(1,560)d (examples)2042 3879 y(calculated)f(from)h(the)g(analytical)f(PES.)h (The)g(elb)r(o)n(w)f(plots)h(w)n(ere)2042 3975 y(ev)-5 b(aluated)30 b(ab)r(o)n(v)n(e)f(di\013eren)n(t)i(high-symmetric)f (sites,)h(i.e.)46 b(top,)2042 4070 y(bridge,)27 b(and)h(hollo)n(w)f (sites)g(and)h(one)g(in)n(termediate)f(con\014gura-)2042 4166 y(tion)32 b(at)g(\()p Fl(X)2424 4178 y Fk(c)2475 4166 y Ft(=)16 b(0)p Fl(:)p Ft(25)p Fl(a;)e(Y)2834 4178 y Fk(c)2883 4166 y Ft(=)j(0)p Fl(:)p Ft(25)p Fl(a)p Ft(,)32 b(with)g Fl(a)g Ft(b)r(eing)h(the)f(lattice)2042 4261 y(constan)n(t)27 b(of)i(the)f(\(1x1\))g(surface)g(unit)h(cell\).)39 b(A)n(t)29 b(eac)n(h)e(site)i(the)2042 4357 y(energies)21 b(w)n(ere)h(collected)h(for)f(\014v)n(e)g(di\013eren)n(t)h(angles)f Fl(\036)h Ft(with)h(the)2042 4452 y(molecule)29 b(uprigh)n(t,)g(45)2787 4422 y Fe(\016)2854 4452 y Ft(tilted,)i(and)e(parallel)f(to)h(the)h (surface.)2042 4548 y(F)-7 b(or)26 b(a)g(single)f(elb)r(o)n(w)h(plot)h (w)n(e)f(used)g(30)g(p)r(oin)n(ts)g(along)f(and)i(p)r(er-)2042 4643 y(p)r(endicular)h(to)h(the)f(reaction)g(path.)40 b(The)28 b(test)h(set)g(consists)e(of)2042 4739 y(5)p Fl(;)14 b Ft(200)22 b(energies)h(sampled)h(from)g(the)h(same)f(elb)r(o) n(w)g(plots)g(as)g(the)2042 4834 y(training)k(set.)39 b(The)29 b(training)f(error)e(after)j(50)e(ep)r(o)r(c)n(hs)i(and)f(t)n (w)n(o)2042 4930 y(hours)34 b(run)n(time)g(on)h(an)g(IBM-SP2)e(no)r(de) i(measured)f(0)p Fl(:)p Ft(1)14 b(meV)2042 5025 y(with)27 b(a)f(test)h(error)e(of)i(0)p Fl(:)p Ft(15)14 b(eV.)26 b(F)-7 b(rom)26 b(the)h(information)f(of)h(the)2042 5121 y(ro)r(ot)32 b(mean)h(squared)f(error)f(alone)i(w)n(e)f(w)n(ould)h (judge)g(this)h(ap-)2042 5216 y(pro)n(ximation)26 b(as)h(b)r(eing)g (satisfactory)-7 b(.)2125 5318 y(Also)48 b(this)h(NN)g(represen)n (tation)e(w)n(as)h(used)h(as)f(input)h(to)2042 5413 y(molecular)28 b(dynamics)h(sim)n(ulations.)43 b(Figure)29 b(5)g(compares)f(the)p eop end %%Page: 7 7 TeXDict begin 7 6 bop 4043 -299 a Ft(7)112 -166 y gsave currentpoint currentpoint translate 270 neg rotate neg exch neg exch translate 112 -166 a @beginspecial 89 @llx 38 @lly 583 @urx 661 @ury 1445 @rwi @setspecial %%BeginDocument: Fig5.eps %!PS-Adobe-2.0 EPSF-1.2 %%BoundingBox: 89 38 583 661 %%Title: sticking_h2pdhighsym.eps %%Creator: soenke@theolx03 with xmgr %%CreationDate: Sat Jan 20 13:58:07 2001 %%EndComments 80 dict begin /languagelevel where {pop /gs_languagelevel languagelevel def} {/gs_languagelevel 1 def} ifelse gs_languagelevel 1 gt { <} image end } >> matrix makepattern /Pat0 exch def <} image end } >> matrix makepattern /Pat1 exch def <} image end } >> matrix makepattern /Pat2 exch def <} image end } >> matrix makepattern /Pat3 exch def <} image end } >> matrix makepattern /Pat4 exch def <} image end } >> matrix makepattern /Pat5 exch def <} image end } >> matrix makepattern /Pat6 exch def <} image end } >> matrix makepattern /Pat7 exch def <} image end } >> matrix makepattern /Pat8 exch def <} image end } >> matrix makepattern /Pat9 exch def <} image end } >> matrix makepattern /Pat10 exch def <} image end } >> matrix makepattern /Pat11 exch def <} image end } >> matrix makepattern /Pat12 exch def <} image end } >> matrix makepattern /Pat13 exch def <} image end } >> matrix makepattern /Pat14 exch def <} image end } >> matrix makepattern /Pat15 exch def }{ /Pat0 { 0.000000 setgray } def /Pat1 { 0.062500 setgray } def /Pat2 { 0.125000 setgray } def /Pat3 { 0.187500 setgray } def /Pat4 { 0.250000 setgray } def /Pat5 { 0.312500 setgray } def /Pat6 { 0.375000 setgray } def /Pat7 { 0.437500 setgray } def /Pat8 { 0.500000 setgray } def /Pat9 { 0.562500 setgray } def /Pat10 { 0.625000 setgray } def /Pat11 { 0.687500 setgray } def /Pat12 { 0.750000 setgray } def /Pat13 { 0.812500 setgray } def /Pat14 { 0.875000 setgray } def /Pat15 { 0.937500 setgray } def /setpattern { } def } ifelse /m {moveto} bind def /l {lineto} bind def /s {stroke} bind def % Symbol fill /f { gsave fill grestore stroke } bind def % Opaque symbol /o { gsave 1.000000 1.000000 1.000000 setrgbcolor fill grestore stroke } bind def % Circle symbol /a { 3 -1 roll 0 360 arc } bind def /da { a s } bind def /fa { a f } bind def /oa { a o } bind def % Square symbol /sq { moveto dup dup rmoveto 2 mul dup neg 0 rlineto dup neg 0 exch rlineto 0 rlineto closepath } bind def /dsq { sq s } bind def /fsq { sq f } bind def /osq { sq o } bind def % Triangle symbols /t1 { moveto dup 0 exch rmoveto dup neg dup 2 mul rlineto 2 mul 0 rlineto closepath } bind def /dt1 { t1 s } bind def /ft1 { t1 f } bind def /ot1 { t1 o } bind def /t2 { moveto dup neg 0 rmoveto dup dup 2 mul exch neg rlineto 2 mul 0 exch rlineto closepath } bind def /dt2 { t2 s } bind def /ft2 { t2 f } bind def /ot2 { t2 o } bind def /t3 { moveto dup neg 0 exch rmoveto dup dup 2 mul rlineto neg 2 mul 0 rlineto closepath } bind def /dt3 { t3 s } bind def /ft3 { t3 f } bind def /ot3 { t3 o } bind def /t4 { moveto dup 0 rmoveto dup dup -2 mul exch rlineto -2 mul 0 exch rlineto closepath } bind def /dt4 { t4 s } bind def /ft4 { t4 f } bind def /ot4 { t4 o } bind def % Diamond symbol /di { moveto dup 0 exch rmoveto dup neg dup rlineto dup dup neg rlineto dup dup rlineto closepath } bind def /ddi { di s } bind def /fdi { di f } bind def /odi { di o } bind def % Plus symbol /pl { dup 0 rmoveto dup -2 mul 0 rlineto dup dup rmoveto -2 mul 0 exch rlineto } bind def /dpl { m pl s } bind def % x symbol /x { dup dup rmoveto dup -2 mul dup rlineto 2 mul dup 0 rmoveto dup neg exch rlineto } bind def /dx { m x s } bind def % Splat symbol /dsp { m dup pl dup 0 exch rmoveto 0.707 mul x s } bind def /RJ { stringwidth neg exch neg exch rmoveto } bind def /CS { stringwidth 2 div neg exch 2 div neg exch rmoveto } bind def 0.24 0.24 scale 1 setlinecap mark /ISOLatin1Encoding 8#000 1 8#054 {StandardEncoding exch get} for /minus 8#056 1 8#217 {StandardEncoding exch get} for /dotlessi 8#301 1 8#317 {StandardEncoding exch get} for /space /exclamdown /cent /sterling /currency /yen /brokenbar /section /dieresis /copyright /ordfeminine /guillemotleft /logicalnot /hyphen /registered /macron /degree /plusminus /twosuperior /threesuperior /acute /mu /paragraph /periodcentered /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 /ISOLatin1Encoding where not {256 array astore def} if cleartomark /makeISOEncoded { findfont /curfont exch def /newfont curfont maxlength dict def /ISOLatin1 (-ISOLatin1) def /curfontname curfont /FontName get dup length string cvs def /newfontname curfontname length ISOLatin1 length add string dup 0 curfontname putinterval dup curfontname length ISOLatin1 putinterval def curfont { exch dup /FID ne { dup /Encoding eq { exch pop ISOLatin1Encoding exch } if dup /FontName eq { exch pop newfontname exch } if exch newfont 3 1 roll put } { pop pop } ifelse } forall newfontname newfont definefont } def /Times-Roman makeISOEncoded pop /Times-Bold makeISOEncoded pop /Times-Italic makeISOEncoded pop /Times-BoldItalic makeISOEncoded pop /Helvetica makeISOEncoded pop /Helvetica-Bold makeISOEncoded pop /Helvetica-Oblique makeISOEncoded pop /Helvetica-BoldOblique makeISOEncoded pop 2550 0 translate 90 rotate s 0.000000 0.000000 0.000000 setrgbcolor 1 setlinewidth /Times-Italic-ISOLatin1 findfont 105 scalefont setfont 0.862745 0.862745 0.862745 setrgbcolor 506 434 m 506 2114 l 2521 2114 l 2521 434 l 506 434 l closepath gsave eofill grestore s 0.000000 0.000000 0.000000 setrgbcolor [] 0 setdash 3 setlinewidth 506 434 m 506 444 l 708 434 m 708 444 l 909 434 m 909 444 l 1111 434 m 1111 444 l 1312 434 m 1312 444 l 1513 434 m 1513 444 l 1715 434 m 1715 444 l 1916 434 m 1916 444 l 2118 434 m 2118 444 l 2319 434 m 2319 444 l 2521 434 m 2521 444 l 506 2114 m 506 2104 l 708 2114 m 708 2104 l 909 2114 m 909 2104 l 1111 2114 m 1111 2104 l 1312 2114 m 1312 2104 l 1513 2114 m 1513 2104 l 1715 2114 m 1715 2104 l 1916 2114 m 1916 2104 l 2118 2114 m 2118 2104 l 2319 2114 m 2319 2104 l 2521 2114 m 2521 2104 l s 506 434 m 506 454 l 909 434 m 909 454 l 1312 434 m 1312 454 l 1715 434 m 1715 454 l 2118 434 m 2118 454 l 2521 434 m 2521 454 l 506 2114 m 506 2094 l 909 2114 m 909 2094 l 1312 2114 m 1312 2094 l 1715 2114 m 1715 2094 l 2118 2114 m 2118 2094 l 2521 2114 m 2521 2094 l /Times-Italic-ISOLatin1 findfont 105 scalefont setfont /Roman-ISOLatin1 findfont 105 scalefont setfont s 506 358 m gsave 506 358 translate 0 rotate 0 -30 m (0.0) CS (0.0) show grestore newpath 909 358 m gsave 909 358 translate 0 rotate 0 -30 m (0.2) CS (0.2) show grestore newpath 1312 358 m gsave 1312 358 translate 0 rotate 0 -30 m (0.4) CS (0.4) show grestore newpath 1715 358 m gsave 1715 358 translate 0 rotate 0 -30 m (0.6) CS (0.6) show grestore newpath 2118 358 m gsave 2118 358 translate 0 rotate 0 -30 m (0.8) CS (0.8) show grestore newpath 2521 358 m gsave 2521 358 translate 0 rotate 0 -30 m (1.0) CS (1.0) show grestore newpath /Roman-ISOLatin1 findfont 132 scalefont setfont 1513 206 m gsave 1513 206 translate 0 rotate 0 0 m (Kinetic energy Ei \(eV\)) CS (Kinetic energy) show /Times-Italic-ISOLatin1 findfont 132 scalefont setfont 210 0 translate 0 rotate 0 0 m (E) show /Times-Italic-ISOLatin1 findfont 79 scalefont setfont 0 -33 rmoveto (i) show /Roman-ISOLatin1 findfont 132 scalefont setfont 0 33 rmoveto ( \(eV\)) show grestore newpath 506 434 m 516 434 l 506 602 m 516 602 l 506 770 m 516 770 l 506 939 m 516 939 l 506 1106 m 516 1106 l 506 1274 m 516 1274 l 506 1443 m 516 1443 l 506 1611 m 516 1611 l 506 1778 m 516 1778 l 506 1946 m 516 1946 l 506 2114 m 516 2114 l 2521 434 m 2511 434 l 2521 602 m 2511 602 l 2521 770 m 2511 770 l 2521 939 m 2511 939 l 2521 1106 m 2511 1106 l 2521 1274 m 2511 1274 l 2521 1443 m 2511 1443 l 2521 1611 m 2511 1611 l 2521 1778 m 2511 1778 l 2521 1946 m 2511 1946 l 2521 2114 m 2511 2114 l s 506 434 m 526 434 l 506 770 m 526 770 l 506 1106 m 526 1106 l 506 1443 m 526 1443 l 506 1778 m 526 1778 l 506 2114 m 526 2114 l 2521 434 m 2501 434 l 2521 770 m 2501 770 l 2521 1106 m 2501 1106 l 2521 1443 m 2501 1443 l 2521 1778 m 2501 1778 l 2521 2114 m 2501 2114 l /Roman-ISOLatin1 findfont 94 scalefont setfont s 445 434 m gsave 445 434 translate 0 rotate 0 -31 m (0.0) RJ (0.0) show grestore newpath 445 770 m gsave 445 770 translate 0 rotate 0 -31 m (0.2) RJ (0.2) show grestore newpath 445 1106 m gsave 445 1106 translate 0 rotate 0 -31 m (0.4) RJ (0.4) show grestore newpath 445 1443 m gsave 445 1443 translate 0 rotate 0 -31 m (0.6) RJ (0.6) show grestore newpath 445 1778 m gsave 445 1778 translate 0 rotate 0 -31 m (0.8) RJ (0.8) show grestore newpath 445 2114 m gsave 445 2114 translate 0 rotate 0 -31 m (1.0) RJ (1.0) show grestore newpath /Roman-ISOLatin1 findfont 132 scalefont setfont 243 1274 m gsave 243 1274 translate 90 rotate 0 0 m (Sticking probability) CS (Sticking probability) show grestore newpath 13 setlinewidth [40 20] 0 setdash 516 1515 m 516 1515 l 546 1120 l 587 972 l 627 910 l 667 885 l 708 905 l 748 935 l 788 986 l 829 1053 l 869 1113 l 929 1236 l 970 1313 l 1010 1370 l 1050 1433 l 1090 1491 l 1131 1526 l 1171 1557 l 1211 1589 l 1252 1612 l 1292 1625 l 1332 1660 l 1372 1690 l 1413 1715 l 1453 1746 l 1493 1770 l 1534 1781 l 1574 1795 l 1614 1802 l 1655 1807 l 1695 1815 l 1735 1824 l 1775 1832 l 1816 1837 l 1856 1842 l 1896 1860 l 1997 1882 l 2037 1894 l 2078 1908 l 2118 1909 l 2158 1920 l 2198 1925 l 2239 1948 l 2279 1968 l 2319 1973 l 2360 1973 l 2400 1982 l 2440 1997 l 2481 1997 l s 3 setlinewidth [] 0 setdash 9 setlinewidth 516 674 m 546 671 l 587 689 l 627 682 l 667 712 l 788 747 l 889 829 l 990 914 l 1090 1003 l 1191 1100 l 1292 1183 l 1393 1241 l 1493 1335 l 1594 1404 l 1695 1439 l 1796 1469 l 1896 1530 l 1997 1592 l 2098 1650 l 2198 1689 l 2299 1709 l 2400 1770 l 2501 1781 l /Roman-ISOLatin1 findfont 66 scalefont setfont s 22 516 674 oa 22 546 671 oa 22 587 689 oa 22 627 682 oa 22 667 712 oa 22 788 747 oa 22 889 829 oa 22 990 914 oa 22 1090 1003 oa 22 1191 1100 oa 22 1292 1183 oa 22 1393 1241 oa 22 1493 1335 oa 22 1594 1404 oa 22 1695 1439 oa 22 1796 1469 oa 22 1896 1530 oa 22 1997 1592 oa 22 2098 1650 oa 22 2198 1689 oa 22 2299 1709 oa 22 2400 1770 oa 22 2501 1781 oa /Roman-ISOLatin1 findfont 113 scalefont setfont 3 setlinewidth 1 setlinewidth 7 setlinewidth 506 434 m 506 2114 l 2521 2114 l 2521 434 l 506 434 l s 1 setlinewidth /Roman-ISOLatin1 findfont 105 scalefont setfont 7 setlinewidth 1.000000 1.000000 1.000000 setrgbcolor 962 516 m 962 846 l 2677 846 l 2677 516 l closepath gsave eofill grestore s 0.000000 0.000000 0.000000 setrgbcolor 962 516 m 962 846 l 2677 846 l 2677 516 l 962 516 l s 1 setlinewidth /Roman-ISOLatin1 findfont 112 scalefont setfont [40 20] 0 setdash 13 setlinewidth 1024 747 m 1148 747 l s [] 0 setdash 1 setlinewidth 1210 747 m gsave 1210 747 translate 0 rotate 0 -35 m (Analytical PES) show grestore newpath /Roman-ISOLatin1 findfont 112 scalefont setfont 9 setlinewidth 1024 615 m 1148 615 l s 22 1024 615 oa 22 1148 615 oa 1 setlinewidth 1210 615 m gsave 1210 615 translate 0 rotate 0 -35 m (NN PES: high symmetric sites ) show grestore newpath /Roman-ISOLatin1 findfont 112 scalefont setfont 1581 1276 m gsave 1581 1276 translate 0 rotate 0 -36 m (1,560 points) show grestore newpath /Roman-ISOLatin1 findfont 112 scalefont setfont end showpage %%Trailer %%EndDocument @endspecial 1316 -166 a currentpoint grestore moveto 1316 -166 a -150 1182 a Fr(FIG.)23 b(5:)33 b(Stic)n(king)22 b(probabilit)n(y)h(v)n(ersus)f(kinetic)h (energy)f(for)h(the)g(sys-)-150 1269 y(tem)31 b(H)67 1277 y Fq(2)101 1269 y Fr(/Pd\(100\).)53 b(The)31 b(stic)n(king)h(has)f (b)r(een)g(calculated)h(b)n(y)f(clas-)-150 1356 y(sical)26 b(molecular)h(dynamics)d(on)h(a)h(six-dimensional)f(analytical)i(and) -150 1443 y(neural)f(PES,)g(resp)r(ectiv)n(ely)-6 b(.)34 b(T)-6 b(raining)27 b(set:)34 b(1,560)28 b(examples.)-150 1754 y Ft(stic)n(king)d(probabilit)n(y)g(obtained)h(from)g(the)g (NN-PES)g(with)g(the)-150 1850 y(dynamical)43 b(result)h(from)f(the)h (underlying)f(analytical)g(PES.)-150 1945 y(The)37 b(NN-PES)g(in)n (terp)r(olating)f(high-symmetric)g(sites)h(repro-)-150 2041 y(duces)28 b(the)g(increase)f(of)h(the)g(stic)n(king)g(probabilit) n(y)f(at)h(energies)-150 2136 y(larger)e(than)i(0)p Fl(:)p Ft(2)14 b(eV)27 b(qualitativ)n(ely)-7 b(,)27 b(but)i(it)f(fails)g(to)f (repro)r(duce)-150 2232 y(the)h(high)f(stic)n(king)g(probabilit)n(y)g (at)g(lo)n(w)g(kinetic)h(energies.)-67 2342 y(It)i(is)g(no)n(w)g(w)n (ell)g(understo)r(o)r(d)f(that)i(this)f(b)r(eha)n(vior)f(is)h(a)f(con-) -150 2438 y(sequence)k(of)h(the)g(corrugation)d(and)i(anisotrop)n(y)f (of)i(the)g(m)n(ul-)-150 2533 y(tidimensional)c(PES)f(whic)n(h)h(lead)f (to)h(strong)e(forces)h(acting)h(at)-150 2629 y(the)g(molecules)g(up)r (on)g(adsorption.)43 b(A)n(t)31 b(lo)n(w)e(kinetic)i(energies,)-150 2724 y(these)36 b(forces)g(can)g(either)g(steer)g(the)h(molecule)f(in)n (to)h(a)f(fa)n(v)n(or-)-150 2820 y(able)30 b(con\014guration)e(for)h (direct)h(disso)r(ciation)f([10)o(,)i(41)o(,)g(58)o(,)f(59)o(])-150 2915 y(or)25 b(lead)h(to)g(the)h(con)n(v)n(ersion)c(of)j(p)r(erp)r (endicular)g(kinetic)h(energy)-150 3011 y(in)n(to)e(parallel)g(kinetic) h(energy)e(and/or)g(in)n(ternal)h(energy)f(of)i(the)-150 3106 y(molecule)35 b(so)f(that)h(they)g(b)r(ecome)g(temp)r(orarily)f (dynamically)-150 3202 y(trapp)r(ed)f([18)o(,)i(19)o(,)f(60)o({63)o(].) 54 b(Both)32 b(e\013ects)i(result)f(in)g(high)g(ad-)-150 3297 y(sorption)24 b(probabilities)h(at)h(lo)n(w)e(kinetic)i(energies)e (but)j(b)r(ecome)-150 3393 y(suppressed)38 b(at)h(higher)f(kinetic)h (energies)e(whic)n(h)i(causes)f(the)-150 3488 y(decrease)28 b(in)i(the)h(adsorption)d(probabilities.)43 b(A)n(t)30 b(ev)n(en)f(higher)-150 3584 y(kinetic)c(energies,)f(molecules)g(start) g(to)h(directly)g(o)n(v)n(ercome)d(the)-150 3679 y(disso)r(ciation)27 b(barriers.)-67 3790 y(W)-7 b(e)26 b(analyzed)e(the)i(data)f(in)g(more) g(detail)g(in)h(order)e(to)h(deter-)-150 3885 y(mine)i(the)f(reason)f (for)h(the)h(discrepancy)e(of)h(stic)n(king)g(probabil-)-150 3981 y(it)n(y)j(in)g(the)g(NN)h(\014t.)41 b(In)29 b(particular,)f(w)n (e)h(compared)f(the)h(corru-)-150 4076 y(gation)f(of)g(the)h(barrier)d (heigh)n(ts)i(calculated)g(from)h(the)f(analyt-)-150 4172 y(ical)h(and)h(neural)f(PES,)g(resp)r(ectiv)n(ely)-7 b(.)42 b(W)-7 b(e)30 b(did)g(this)g(b)n(y)g(\014xing)-150 4267 y(the)36 b(h)n(ydrogen)f(molecule)h(at)g(a)f(heigh)n(t)h(of)g Fl(Z)29 b Ft(=)23 b(1)p Fl(:)p Ft(6)1586 4252 y(\027)1586 4267 y(A)37 b(ab)r(o)n(v)n(e)-150 4363 y(the)30 b(surface)f(with)i(an)f (in)n(tramolecular)e(distance)h(of)h Fl(r)16 b Ft(=)d(1)p Fl(:)p Ft(0)1830 4348 y(\027)1830 4363 y(A)-150 4458 y(and)34 b(angles)f Fl(\036)21 b Ft(=)e Fl(\031)s(=)p Ft(2,)35 b Fl(\022)23 b Ft(=)c Fl(\031)s(=)p Ft(2)34 b(while)g(c)n(hanging)f(the)h(lateral)-150 4554 y(co)r(ordinates)39 b(across)g(the)i(unit)g(cell.)76 b(The)40 b(con\014guration)f(of)-150 4649 y(the)33 b(molecule)g(corresp)r(onds)e(to)i(the)h(region)d(where)i (the)g(b)r(ond)-150 4745 y(already)42 b(starts)h(to)g(break.)83 b(In)44 b(the)g(underlying)e(analytical)-150 4840 y(corrugation)34 b(a)j(high)g(barrier)e(for)h(disso)r(ciation)g(is)h(presen)n(t)f(if) -150 4936 y(the)c(molecule)g(approac)n(hes)d(the)k(surface)e(ab)r(o)n (v)n(e)f(the)i(top)g(site.)-150 5031 y(Ab)r(o)n(v)n(e)23 b(the)g(bridge)g(and)g(the)g(hollo)n(w)g(site)g(the)h(molecule)f(is)g (able)-150 5127 y(to)29 b(disso)r(ciate)g(freely)-7 b(.)42 b(F)-7 b(urthermore,)28 b(the)i(energy)e(barrier)g(de-)-150 5222 y(creases)19 b(monotonically)h(from)h(the)g(top)g(site)h(to)e(the) i(bridge)e(site.)-150 5318 y(A)28 b(slo)n(w)f(molecule)g(is)h(able)f (to)h(mo)n(v)n(e)f(from)g(the)h(top)g(site)g(where)-150 5413 y(it)39 b(exp)r(eriences)f(a)g(high)g(barrier)e(to)j(the)g(fa)n(v) n(orable)d(disso)r(cia-)2042 -83 y(tion)d(con\014guration)f(ab)r(o)n(v) n(e)g(the)i(bridge)f(site.)54 b(It)34 b(is)f(also)g(able)2042 12 y(to)f(reac)n(h)g(the)h(bridge)f(site)h(from)g(the)g(hollo)n(w)f (site.)52 b(Ho)n(w)n(ev)n(er,)2042 108 y(w)n(e)22 b(found)g(that)h (this)f(is)h(not)f(true)g(for)g(the)g(NN-PES)g(in)n(terp)r(olat-)2042 203 y(ing)d(the)i(top,)g(bridge,)g(hollo)n(w)e(and)h(one)f(in)n (termediate)h(site)f(only)-7 b(.)2042 299 y(The)23 b(PES)f(exhibits)h (additional)f(barriers)f(b)r(et)n(w)n(een)i(bridge)f(and)2042 394 y(top)31 b(site)h(and)f(bridge)f(and)h(hollo)n(w)g(site,)h(resp)r (ectiv)n(ely)-7 b(.)47 b(These)2042 490 y(arti\014cial)38 b(barriers)g(diminish)i(the)g(steering)f(e\013ect)h(and)f(th)n(us)2042 585 y(cause)23 b(a)g(monotonically)g(increasing)f(stic)n(king)h(curv)n (e)g(as)g(sho)n(wn)2042 681 y(in)28 b(Fig.)f(5.)2125 780 y(W)-7 b(e)25 b(conclude)g(that)h(for)f(in)n(terp)r(olations)f(of)h (PESs)f(with)i(NNs)2042 876 y(it)e(is)f(essen)n(tial)g(to)h(include)g (more)f(than)g(the)i(usually)e(calculated)2042 971 y(elb)r(o)n(w)37 b(plots)g(ab)r(o)n(v)n(e)f(high-symmetric)g(sites)i(in)f(the)h (training)2042 1067 y(and)32 b(test)h(sets.)53 b(F)-7 b(or)32 b(instance,)i(if)f(w)n(e)f(apply)h(additional)f(con-)2042 1162 y(\014gurations)38 b(in)i(the)h Fn(test)f(set)g Ft(of)g(the)g(ab)r(o)n(v)n(e)f(presen)n(ted)g(NN-)2042 1258 y(appro)n(ximation)d(w)n(e)i(get)f(a)h(test)g(error)f(of)h(0)p Fl(:)p Ft(32)14 b(eV,)36 b(whic)n(h)i(is)2042 1353 y(clearly)18 b(ab)r(o)n(v)n(e)h(the)h(desired)f(accuracy)-7 b(.)32 b(Hence,)22 b(with)e(the)g(use)f(of)2042 1449 y(additional)26 b(con\014gurations)e(also)i(the)h(RMSE)f(re\015ects)g(the)h(un-)2042 1544 y(satisfactory)h(in)n(terp)r(olation)h(based)h(on)f (high-symmetric)g(sites)2042 1640 y(only)-7 b(.)47 b(The)31 b(results)g(also)f(demonstrate)g(that)h(the)h(steering)e(ef-)2042 1735 y(fect)40 b(in)n(v)n(olv)n(es)e(all)h(six)g(degrees)f(of)i (freedom)f(and)g(underlines)2042 1831 y(the)e(imp)r(ortance)e(of)i (high-dimensional)e(studies)i(in)f(order)f(to)2042 1926 y(predict)27 b(reaction)g(probabilities.)2303 2224 y Fs(3.)78 b(NN-\014t)29 b(b)l(ase)l(d)g(on)f(an)f(enhanc)l(e)l(d)j (later)l(al)e(grid)2125 2441 y Ft(In)22 b(order)f(to)i(ac)n(hiev)n(e)e (a)h(b)r(etter)g(represen)n(tation)f(of)h(the)h(steer-)2042 2537 y(ing)k(e\013ect)i(with)f(NNs)g(w)n(e)g(increased)e(the)j(n)n(um)n (b)r(er)e(of)h(training)2042 2632 y(p)r(oin)n(ts)33 b(in)g(the)g (lateral)e(directions)i(of)f(the)i(unit)f(cell.)52 b(Instead)2042 2728 y(of)31 b(applying)g(only)h(four)f(lateral)f(con\014gurations)g(w) n(e)h(used)h(ten)2042 2823 y(di\013eren)n(t)37 b(adsorption)f(sites)h (in)h(the)f(irreducible)g(part)g(of)g(the)2042 2919 y(unit)28 b(cell.)2125 3018 y(W)-7 b(e)32 b(p)r(erformed)f(a)g(n)n(um)n(b)r(er)h (of)f(in)n(terp)r(olations)g(of)g(the)h(ana-)2042 3114 y(lytical)d(PES)f(with)i(di\013eren)n(t)f(training)f(sets)h(using)g(a)g Fh(f)p Ft(9)6 b Fh(\000)g Ft(50)g Fh(\000)2042 3209 y Ft(50)t Fh(\000)t Ft(1)26 b Fl(tl)r Fh(g)g Ft(NN.)i(Figure)f(6)g (displa)n(ys)f(the)i(dynamical)e(results)h(of)2042 3305 y(t)n(w)n(o)33 b(of)i(them.)58 b(F)-7 b(or)34 b(the)h(in)n(terp)r (olation)e(with)i(3,270)e(training)2042 3400 y(p)r(oin)n(ts)26 b(with)h(the)f(ab)r(o)n(v)n(e)f(in)n(tro)r(duced)h(enhanced)g(lateral)f (grid)g(-)2042 3495 y(while)c(k)n(eeping)f(the)h(sampling)f(of)h(the)g (other)g(dimensions)f(as)g(de-)2042 3591 y(scrib)r(ed)28 b(in)i(the)f(previous)f(section)g(-)h(the)g(stic)n(king)f(probabilit)n (y)2042 3686 y(of)34 b(the)g(analytical)f(PES)h(is)g(w)n(ell)f(repro)r (duced.)56 b(The)34 b(training)2042 3782 y(and)j(test)h(error)e(after)i (20)f(ep)r(o)r(c)n(hs)g(w)n(ere)g(2)14 b(meV)37 b(and)h(0)p Fl(:)p Ft(1)14 b(eV.)2042 3877 y(In)39 b(particular,)i(the)f (corrugation)d(is)i(no)n(w)f(w)n(ell)h(represen)n(ted,)2042 3973 y(allo)n(wing)26 b(the)i(steering)f(e\013ect)h(to)f(b)r(ecome)h (e\013ectiv)n(e.)2125 4072 y(In)36 b(Fig.)h(6)f(w)n(e)g(also)f(plotted) i(the)g(result)f(obtained)g(from)h(a)2042 4168 y(less)20 b(go)r(o)r(d)h(NN)g(\014t.)36 b(The)21 b(training)f(and)h(test)g (errors)e(with)i(6)14 b(meV)2042 4263 y(and)22 b(0)p Fl(:)p Ft(15)14 b(eV)20 b(based)i(on)f(a)h(training)f(set)h(of)g(8,850) e(energies)h(w)n(ere)2042 4359 y(sligh)n(tly)31 b(w)n(orse.)49 b(The)32 b(higher)f(training)h(and)f(test)i(errors)d(lead)2042 4454 y(to)d(a)f(larger)g(deviation)g(of)h(the)h(stic)n(king)e (probabilit)n(y)g(from)h(the)2042 4550 y(analytical)d(PES.)g(W)-7 b(e)25 b(p)r(oin)n(t)g(out)g(that)g(it)g(ma)n(y)g(alw)n(a)n(ys)d(b)r(e) k(p)r(os-)2042 4645 y(sible)i(that)g(a)f(b)r(etter)h(NN)h(\014t)f(with) g(a)g(di\013eren)n(t)g(set)f(of)h(Kalman)2042 4741 y(\014lter)34 b(parameters)f(and)h(a)g(di\013eren)n(t)h(n)n(um)n(b)r(er)f(of)g(w)n (eigh)n(ts)g(ex-)2042 4836 y(ists.)h(Y)-7 b(et,)24 b(w)n(e)f(lik)n(e)f (to)h(emphasize)f(that)h(it)h(is)e(di\016cult)i(to)f(assess)2042 4932 y(the)29 b(qualit)n(y)g(of)g(a)f(PES)g(without)i(kno)n(wing)e(the) h(results)g(of)g(dy-)2042 5027 y(namical)e(sim)n(ulations.)2125 5127 y(W)-7 b(e)26 b(emphasize)f(that)i(the)f(NN-PES)f(with)i(this)f (\014ner)f(lateral)2042 5222 y(grid)k(is)g(not)h(uniquely)g(de\014ned.) 43 b(An)30 b(increase)f(of)g(the)h(n)n(um)n(b)r(er)2042 5318 y(of)d(p)r(oin)n(ts)g(in)h(the)g(other)e(degrees)g(of)h(freedom)g (as)g(done)g(for)g(the)2042 5413 y(training)21 b(set)i(with)g(8,850)d (energies,)i(do)r(es)g(not)h(necessarily)e(lead)p eop end %%Page: 8 8 TeXDict begin 8 7 bop 4043 -299 a Ft(8)149 -166 y gsave currentpoint currentpoint translate 270 neg rotate neg exch neg exch translate 149 -166 a @beginspecial 88 @llx 29 @lly 595 @urx 637 @ury 1445 @rwi @setspecial %%BeginDocument: Fig6.eps %!PS-Adobe-2.0 EPSF-1.2 %%BoundingBox: 88 29 595 637 %%Title: h2pdsticking_enh_xymesh_double.eps %%Creator: soenke@theolx03 with xmgr %%CreationDate: Fri Mar 9 17:03:04 2001 %%EndComments 80 dict begin /languagelevel where {pop /gs_languagelevel languagelevel def} {/gs_languagelevel 1 def} ifelse gs_languagelevel 1 gt { <} image end } >> matrix makepattern /Pat0 exch def <} image end } >> matrix makepattern /Pat1 exch def <} image end } >> matrix makepattern /Pat2 exch def <} image end } >> matrix makepattern /Pat3 exch def <} image end } >> matrix makepattern /Pat4 exch def <} image end } >> matrix makepattern /Pat5 exch def <} image end } >> matrix makepattern /Pat6 exch def <} image end } >> matrix makepattern /Pat7 exch def <} image end } >> matrix makepattern /Pat8 exch def <} image end } >> matrix makepattern /Pat9 exch def <} image end } >> matrix makepattern /Pat10 exch def <} image end } >> matrix makepattern /Pat11 exch def <} image end } >> matrix makepattern /Pat12 exch def <} image end } >> matrix makepattern /Pat13 exch def <} image end } >> matrix makepattern /Pat14 exch def <} image end } >> matrix makepattern /Pat15 exch def }{ /Pat0 { 0.000000 setgray } def /Pat1 { 0.062500 setgray } def /Pat2 { 0.125000 setgray } def /Pat3 { 0.187500 setgray } def /Pat4 { 0.250000 setgray } def /Pat5 { 0.312500 setgray } def /Pat6 { 0.375000 setgray } def /Pat7 { 0.437500 setgray } def /Pat8 { 0.500000 setgray } def /Pat9 { 0.562500 setgray } def /Pat10 { 0.625000 setgray } def /Pat11 { 0.687500 setgray } def /Pat12 { 0.750000 setgray } def /Pat13 { 0.812500 setgray } def /Pat14 { 0.875000 setgray } def /Pat15 { 0.937500 setgray } def /setpattern { } def } ifelse /m {moveto} bind def /l {lineto} bind def /s {stroke} bind def % Symbol fill /f { gsave fill grestore stroke } bind def % Opaque symbol /o { gsave 1.000000 1.000000 1.000000 setrgbcolor fill grestore stroke } bind def % Circle symbol /a { 3 -1 roll 0 360 arc } bind def /da { a s } bind def /fa { a f } bind def /oa { a o } bind def % Square symbol /sq { moveto dup dup rmoveto 2 mul dup neg 0 rlineto dup neg 0 exch rlineto 0 rlineto closepath } bind def /dsq { sq s } bind def /fsq { sq f } bind def /osq { sq o } bind def % Triangle symbols /t1 { moveto dup 0 exch rmoveto dup neg dup 2 mul rlineto 2 mul 0 rlineto closepath } bind def /dt1 { t1 s } bind def /ft1 { t1 f } bind def /ot1 { t1 o } bind def /t2 { moveto dup neg 0 rmoveto dup dup 2 mul exch neg rlineto 2 mul 0 exch rlineto closepath } bind def /dt2 { t2 s } bind def /ft2 { t2 f } bind def /ot2 { t2 o } bind def /t3 { moveto dup neg 0 exch rmoveto dup dup 2 mul rlineto neg 2 mul 0 rlineto closepath } bind def /dt3 { t3 s } bind def /ft3 { t3 f } bind def /ot3 { t3 o } bind def /t4 { moveto dup 0 rmoveto dup dup -2 mul exch rlineto -2 mul 0 exch rlineto closepath } bind def /dt4 { t4 s } bind def /ft4 { t4 f } bind def /ot4 { t4 o } bind def % Diamond symbol /di { moveto dup 0 exch rmoveto dup neg dup rlineto dup dup neg rlineto dup dup rlineto closepath } bind def /ddi { di s } bind def /fdi { di f } bind def /odi { di o } bind def % Plus symbol /pl { dup 0 rmoveto dup -2 mul 0 rlineto dup dup rmoveto -2 mul 0 exch rlineto } bind def /dpl { m pl s } bind def % x symbol /x { dup dup rmoveto dup -2 mul dup rlineto 2 mul dup 0 rmoveto dup neg exch rlineto } bind def /dx { m x s } bind def % Splat symbol /dsp { m dup pl dup 0 exch rmoveto 0.707 mul x s } bind def /RJ { stringwidth neg exch neg exch rmoveto } bind def /CS { stringwidth 2 div neg exch 2 div neg exch rmoveto } bind def 0.24 0.24 scale 1 setlinecap mark /ISOLatin1Encoding 8#000 1 8#054 {StandardEncoding exch get} for /minus 8#056 1 8#217 {StandardEncoding exch get} for /dotlessi 8#301 1 8#317 {StandardEncoding exch get} for /space /exclamdown /cent /sterling /currency /yen /brokenbar /section /dieresis /copyright /ordfeminine /guillemotleft /logicalnot /hyphen /registered /macron /degree /plusminus /twosuperior /threesuperior /acute /mu /paragraph /periodcentered /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 /ISOLatin1Encoding where not {256 array astore def} if cleartomark /makeISOEncoded { findfont /curfont exch def /newfont curfont maxlength dict def /ISOLatin1 (-ISOLatin1) def /curfontname curfont /FontName get dup length string cvs def /newfontname curfontname length ISOLatin1 length add string dup 0 curfontname putinterval dup curfontname length ISOLatin1 putinterval def curfont { exch dup /FID ne { dup /Encoding eq { exch pop ISOLatin1Encoding exch } if dup /FontName eq { exch pop newfontname exch } if exch newfont 3 1 roll put } { pop pop } ifelse } forall newfontname newfont definefont } def /Times-Roman makeISOEncoded pop /Times-Bold makeISOEncoded pop /Times-Italic makeISOEncoded pop /Times-BoldItalic makeISOEncoded pop /Helvetica makeISOEncoded pop /Helvetica-Bold makeISOEncoded pop /Helvetica-Oblique makeISOEncoded pop /Helvetica-BoldOblique makeISOEncoded pop 2550 0 translate 90 rotate s 0.000000 0.000000 0.000000 setrgbcolor 1 setlinewidth /Times-Italic-ISOLatin1 findfont 108 scalefont setfont 0.862745 0.862745 0.862745 setrgbcolor 506 434 m 506 2114 l 2521 2114 l 2521 434 l 506 434 l closepath gsave eofill grestore s 0.000000 0.000000 0.000000 setrgbcolor [] 0 setdash 3 setlinewidth 506 434 m 506 444 l 708 434 m 708 444 l 909 434 m 909 444 l 1111 434 m 1111 444 l 1312 434 m 1312 444 l 1513 434 m 1513 444 l 1715 434 m 1715 444 l 1916 434 m 1916 444 l 2118 434 m 2118 444 l 2319 434 m 2319 444 l 2521 434 m 2521 444 l 506 2114 m 506 2104 l 708 2114 m 708 2104 l 909 2114 m 909 2104 l 1111 2114 m 1111 2104 l 1312 2114 m 1312 2104 l 1513 2114 m 1513 2104 l 1715 2114 m 1715 2104 l 1916 2114 m 1916 2104 l 2118 2114 m 2118 2104 l 2319 2114 m 2319 2104 l 2521 2114 m 2521 2104 l s 506 434 m 506 454 l 909 434 m 909 454 l 1312 434 m 1312 454 l 1715 434 m 1715 454 l 2118 434 m 2118 454 l 2521 434 m 2521 454 l 506 2114 m 506 2094 l 909 2114 m 909 2094 l 1312 2114 m 1312 2094 l 1715 2114 m 1715 2094 l 2118 2114 m 2118 2094 l 2521 2114 m 2521 2094 l /Times-Italic-ISOLatin1 findfont 105 scalefont setfont /Roman-ISOLatin1 findfont 105 scalefont setfont s 506 346 m gsave 506 346 translate 0 rotate 0 -35 m (0.0) CS (0.0) show grestore newpath 909 346 m gsave 909 346 translate 0 rotate 0 -35 m (0.2) CS (0.2) show grestore newpath 1312 346 m gsave 1312 346 translate 0 rotate 0 -35 m (0.4) CS (0.4) show grestore newpath 1715 346 m gsave 1715 346 translate 0 rotate 0 -35 m (0.6) CS (0.6) show grestore newpath 2118 346 m gsave 2118 346 translate 0 rotate 0 -35 m (0.8) CS (0.8) show grestore newpath 2521 346 m gsave 2521 346 translate 0 rotate 0 -35 m (1.0) CS (1.0) show grestore newpath /Roman-ISOLatin1 findfont 132 scalefont setfont 1513 170 m gsave 1513 170 translate 0 rotate 0 0 m (Kinetic energy Ei \(eV\)) CS (Kinetic energy) show /Times-Italic-ISOLatin1 findfont 132 scalefont setfont 210 0 translate 0 rotate 0 0 m (E) show /Times-Italic-ISOLatin1 findfont 79 scalefont setfont 0 -39 rmoveto (i) show /Roman-ISOLatin1 findfont 132 scalefont setfont 0 39 rmoveto ( \(eV\)) show grestore newpath 506 434 m 516 434 l 506 602 m 516 602 l 506 770 m 516 770 l 506 939 m 516 939 l 506 1106 m 516 1106 l 506 1274 m 516 1274 l 506 1443 m 516 1443 l 506 1611 m 516 1611 l 506 1778 m 516 1778 l 506 1946 m 516 1946 l 506 2114 m 516 2114 l 2521 434 m 2511 434 l 2521 602 m 2511 602 l 2521 770 m 2511 770 l 2521 939 m 2511 939 l 2521 1106 m 2511 1106 l 2521 1274 m 2511 1274 l 2521 1443 m 2511 1443 l 2521 1611 m 2511 1611 l 2521 1778 m 2511 1778 l 2521 1946 m 2511 1946 l 2521 2114 m 2511 2114 l s 506 434 m 526 434 l 506 770 m 526 770 l 506 1106 m 526 1106 l 506 1443 m 526 1443 l 506 1778 m 526 1778 l 506 2114 m 526 2114 l 2521 434 m 2501 434 l 2521 770 m 2501 770 l 2521 1106 m 2501 1106 l 2521 1443 m 2501 1443 l 2521 1778 m 2501 1778 l 2521 2114 m 2501 2114 l /Roman-ISOLatin1 findfont 105 scalefont setfont s 438 434 m gsave 438 434 translate 0 rotate 0 -35 m (0.0) RJ (0.0) show grestore newpath 438 770 m gsave 438 770 translate 0 rotate 0 -35 m (0.2) RJ (0.2) show grestore newpath 438 1106 m gsave 438 1106 translate 0 rotate 0 -35 m (0.4) RJ (0.4) show grestore newpath 438 1443 m gsave 438 1443 translate 0 rotate 0 -35 m (0.6) RJ (0.6) show grestore newpath 438 1778 m gsave 438 1778 translate 0 rotate 0 -35 m (0.8) RJ (0.8) show grestore newpath 438 2114 m gsave 438 2114 translate 0 rotate 0 -35 m (1.0) RJ (1.0) show grestore newpath /Roman-ISOLatin1 findfont 132 scalefont setfont 214 1274 m gsave 214 1274 translate 90 rotate 0 0 m (Sticking probability) CS (Sticking probability) show grestore newpath 13 setlinewidth [40 20] 0 setdash 516 1515 m 546 1120 l 587 972 l 627 910 l 667 885 l 708 905 l 748 935 l 788 986 l 829 1053 l 869 1113 l 929 1236 l 970 1313 l 1010 1370 l 1050 1433 l 1090 1491 l 1131 1526 l 1171 1557 l 1211 1589 l 1252 1612 l 1292 1625 l 1332 1660 l 1372 1690 l 1413 1715 l 1453 1746 l 1493 1770 l 1534 1781 l 1574 1795 l 1614 1802 l 1655 1807 l 1695 1815 l 1735 1824 l 1775 1832 l 1816 1837 l 1856 1842 l 1896 1860 l 1997 1882 l 2037 1894 l 2078 1908 l 2118 1909 l 2158 1920 l 2198 1925 l 2239 1948 l 2279 1968 l 2319 1973 l 2360 1973 l 2400 1982 l 2440 1997 l 2481 1997 l s 3 setlinewidth [] 0 setdash 9 setlinewidth 516 1467 m 546 1296 l 587 1099 l 607 1093 l 647 1008 l 688 1008 l 728 1047 l 768 1066 l 808 1119 l 849 1144 l 889 1188 l 929 1256 l 990 1343 l 1090 1558 l 1191 1704 l 1292 1767 l 1393 1834 l 1493 1847 l 1594 1856 l 1695 1873 l 1796 1896 l 1896 1923 l 1997 1934 l 2098 1939 l 2198 1943 l 2299 1956 l 2400 1965 l 2501 1971 l /Roman-ISOLatin1 findfont 66 scalefont setfont s 22 516 1467 oa 22 546 1296 oa 22 587 1099 oa 22 607 1093 oa 22 647 1008 oa 22 688 1008 oa 22 728 1047 oa 22 768 1066 oa 22 808 1119 oa 22 849 1144 oa 22 889 1188 oa 22 929 1256 oa 22 990 1343 oa 22 1090 1558 oa 22 1191 1704 oa 22 1292 1767 oa 22 1393 1834 oa 22 1493 1847 oa 22 1594 1856 oa 22 1695 1873 oa 22 1796 1896 oa 22 1896 1923 oa 22 1997 1934 oa 22 2098 1939 oa 22 2198 1943 oa 22 2299 1956 oa 22 2400 1965 oa 22 2501 1971 oa /Roman-ISOLatin1 findfont 132 scalefont setfont 3 setlinewidth 9 setlinewidth 516 1495 m 526 1423 l 546 1225 l 567 1112 l 587 1037 l 607 978 l 647 876 l 688 853 l 728 833 l 768 823 l 808 810 l 849 815 l 889 841 l 929 876 l 970 888 l 990 946 l 1090 1106 l 1191 1211 l 1292 1286 l 1393 1383 l 1493 1486 l 1594 1576 l 1695 1643 l 1796 1670 l 1896 1692 l 1997 1721 l 2098 1762 l 2198 1785 l 2299 1831 l 2400 1856 l 2501 1871 l /Roman-ISOLatin1 findfont 60 scalefont setfont s 5 setlinewidth 17 516 1495 fsq 17 526 1423 fsq 17 546 1225 fsq 17 567 1112 fsq 17 587 1037 fsq 17 607 978 fsq 17 647 876 fsq 17 688 853 fsq 17 728 833 fsq 17 768 823 fsq 17 808 810 fsq 17 849 815 fsq 17 889 841 fsq 17 929 876 fsq 17 970 888 fsq 17 990 946 fsq 17 1090 1106 fsq 17 1191 1211 fsq 17 1292 1286 fsq 17 1393 1383 fsq 17 1493 1486 fsq 17 1594 1576 fsq 17 1695 1643 fsq 17 1796 1670 fsq 17 1896 1692 fsq 17 1997 1721 fsq 17 2098 1762 fsq 17 2198 1785 fsq 17 2299 1831 fsq 17 2400 1856 fsq 17 2501 1871 fsq /Roman-ISOLatin1 findfont 132 scalefont setfont 3 setlinewidth 1 setlinewidth 7 setlinewidth 506 434 m 506 2114 l 2521 2114 l 2521 434 l 506 434 l s 1 setlinewidth /Roman-ISOLatin1 findfont 108 scalefont setfont 7 setlinewidth 1.000000 1.000000 1.000000 setrgbcolor 1162 469 m 1162 945 l 2607 945 l 2607 469 l closepath gsave eofill grestore s 0.000000 0.000000 0.000000 setrgbcolor 1162 469 m 1162 945 l 2607 945 l 2607 469 l 1162 469 l s 1 setlinewidth /Roman-ISOLatin1 findfont 108 scalefont setfont [40 20] 0 setdash 13 setlinewidth 1226 843 m 1354 843 l s [] 0 setdash 1 setlinewidth 1418 843 m gsave 1418 843 translate 0 rotate 0 -36 m (Analytical PES) show grestore newpath /Roman-ISOLatin1 findfont 108 scalefont setfont 9 setlinewidth 1226 707 m 1354 707 l s 22 1226 707 oa 22 1354 707 oa 1 setlinewidth 1418 707 m gsave 1418 707 translate 0 rotate 0 -36 m (NN PES: enhanced grid ) show grestore newpath /Roman-ISOLatin1 findfont 108 scalefont setfont 9 setlinewidth 1226 571 m 1354 571 l s 5 setlinewidth 17 1226 571 fsq 17 1354 571 fsq 1 setlinewidth 1418 571 m gsave 1418 571 translate 0 rotate 0 -36 m (NN PES: enhanced grid) show grestore newpath /Roman-ISOLatin1 findfont 108 scalefont setfont 564 2019 m gsave 564 2019 translate 0 rotate 0 -36 m (3,270 points) show grestore newpath /Roman-ISOLatin1 findfont 108 scalefont setfont /Roman-ISOLatin1 findfont 108 scalefont setfont 1686 1514 m gsave 1686 1514 translate 0 rotate 0 -36 m (8,850 points) show grestore newpath /Roman-ISOLatin1 findfont 108 scalefont setfont /Roman-ISOLatin1 findfont 108 scalefont setfont 1686 1383 m gsave 1686 1383 translate 0 rotate 0 -36 m (RMSE:) show grestore newpath /Roman-ISOLatin1 findfont 108 scalefont setfont /Roman-ISOLatin1 findfont 108 scalefont setfont 1686 1251 m gsave 1686 1251 translate 0 rotate 0 -36 m (6meV/0.15eV) show grestore newpath /Roman-ISOLatin1 findfont 108 scalefont setfont /Roman-ISOLatin1 findfont 108 scalefont setfont 564 1886 m gsave 564 1886 translate 0 rotate 0 -36 m (RMSE:) show grestore newpath /Roman-ISOLatin1 findfont 108 scalefont setfont /Roman-ISOLatin1 findfont 108 scalefont setfont 564 1754 m gsave 564 1754 translate 0 rotate 0 -36 m (2meV/0.1eV) show grestore newpath /Roman-ISOLatin1 findfont 108 scalefont setfont end showpage %%Trailer %%EndDocument @endspecial 1354 -166 a currentpoint grestore moveto 1354 -166 a -150 1182 a Fr(FIG.)40 b(6:)63 b(Stic)n(king)39 b(probabilit)n(y)h(v)n(ersus)f(kinetic)h (energy)f(for)i(the)-150 1269 y(system)33 b(H)170 1277 y Fq(2)204 1269 y Fr(/Pd\(100\))i(for)f(t)n(w)n(o)g(di\013eren)n(t)e (training)i(sets)g(based)f(on)-150 1356 y(ten)c(lateral)i (con\014gurations)f(of)h(the)e(molecule.)47 b(The)30 b(training)g(and)-150 1443 y(test)d(errors)h(for)f(eac)n(h)g(\014t)g (are)g(indicated)g(in)g(the)f(graph.)39 b(Higher)27 b(er-)-150 1531 y(rors)c(lead)f(to)g(larger)h(discrepancies)g(to)f(the)g(original) h(stic)n(king)g(curv)n(e.)-150 1618 y(NN:)29 b Fb(f)p Fr(8)t Fb(\000)t Fr(50)t Fb(\000)t Fr(50)t Fb(\000)t Fr(1)g Fg(tl)q Fb(g)p Fr(.)45 b(Extended)29 b(Kalman)g(Filter)h (parameter:)-150 1705 y Fg(\025)p Fr(\(0\))9 b(=)g(0)p Fg(:)p Fr(98,)26 b Fg(\025)298 1713 y Fq(0)341 1705 y Fr(=)9 b(0)p Fg(:)p Fr(99936)r(,)26 b Fg(a)749 1714 y Ff(th)821 1705 y Fr(=)9 b(0)p Fg(:)p Fr(6)q(.)-150 2362 y Ft(to)24 b(a)g(b)r(etter)g(\014t.)36 b(All)25 b(degrees)e(of)h (freedom)g(pla)n(y)f(a)h(role)f(and)h(the)-150 2458 y(mesh)40 b(is)g(not)g(su\016cien)n(tly)g(dense)g(enough)f(in)i(order)d(to)i(giv) n(e)-150 2553 y(a)e(quan)n(titativ)n(ely)g(b)r(etter)i(dynamical)e (result)g(with)i(a)e(higher)-150 2649 y(n)n(um)n(b)r(er)28 b(of)h(p)r(oin)n(ts.)40 b(In)28 b(an)n(y)g(case,)g(the)h(NN-mo)r(dels)g (based)f(on)-150 2744 y(an)i(enhanced)f(lateral)g(mesh)h(repro)r(duced) f(the)h(steering)f(e\013ect)-150 2840 y(in)f(all)f(cases)g(qualitativ)n (ely)-7 b(.)-67 3122 y(A)35 b(detailed)f(analysis)f(of)h(the)h (accuracy)d(of)i(the)h(NN-mo)r(del)-150 3217 y(based)e(on)h(the)g (dense)g(grid)f(of)g(p)r(oin)n(ts)h(rev)n(ealed)e(that)i(94\045)f(of) -150 3313 y(the)c(test)g(examples)f(ha)n(v)n(e)f(an)h(error)f(smaller)g (than)i(0)p Fl(:)p Ft(1)14 b(eV)28 b(and)-150 3408 y(already)17 b(99\045)i(do)f(not)h(exceed)g(a)f(threshold)h(of)g(0)p Fl(:)p Ft(2)14 b(eV.)k(Large)f(er-)-150 3504 y(rors)h(o)r(ccur)i(only)f (at)h(v)-5 b(alues)19 b(ab)r(o)n(v)n(e)g(1)14 b(eV.)19 b(This)h(is)g(the)g(region)f(far)-150 3599 y(a)n(w)n(a)n(y)24 b(from)h(the)h(v)-5 b(alley)25 b(of)g(the)h(elb)r(o)n(w)f(plots.)36 b(The)26 b(errors)d(w)n(ere)-150 3694 y(in\015uenced)i(b)n(y)g(the)h (imp)r(osed)f(higher)f(w)n(eigh)n(ting)g(of)h(the)g(p)r(oin)n(ts)-150 3790 y(close)38 b(to)h(the)g(minim)n(um)g(disso)r(ciation)f(path)n(w)n (a)n(y)-7 b(.)69 b(Ho)n(w)n(ev)n(er,)-150 3885 y(the)27 b(results)g(supp)r(ort)f(that)i(indeed)f(the)g(regions)f(of)g(higher)h (p)r(o-)-150 3981 y(ten)n(tial)g(energies)f(ha)n(v)n(e)g(almost)h(no)g (in\015uence)h(on)f(the)h(reaction)-150 4076 y(probabilities)k(as)g (plotted)h(in)h(Fig.)e(4.)53 b(This)32 b(is)h(an)g(imp)r(ortan)n(t)-150 4172 y(issue)f(for)g(the)g(\014tting)h(of)g(PESs.)49 b(Not)33 b(all)f(con\014gurations)e(are)-150 4267 y(equally)j(imp)r (ortan)n(t)h(for)f(the)h(determination)g(of)g(the)g(stic)n(king)-150 4363 y(probabilit)n(y)-7 b(.)62 b(F)-7 b(or)35 b(instance,)j(at)e(lo)n (w)n(er)f(kinetic)h(energies)f(the)-150 4458 y(adsorption)30 b(dynamics)h(dep)r(end)h(crucially)e(on)h(whether)h(there)-150 4554 y(is)e(a)f(small)h(energy)f(barrier)f(in)i(the)h(en)n(trance)e(c)n (hannel,)h(where)-150 4649 y(the)g(cen)n(ter)g(of)g(mass)f(of)h(the)g (molecule)g(is)g(still)g(far)g(a)n(w)n(a)n(y)e(from)-150 4745 y(the)39 b(surface,)j(or)c(not.)71 b(Y)-7 b(et,)42 b(the)e(region)e(where)g(the)h(p)r(oten-)-150 4840 y(tial)d(is)g (already)e(elev)-5 b(ated)36 b(migh)n(t)g(ha)n(v)n(e)f(almost)g(no)h (in\015uence)-150 4936 y(on)f(the)g(disso)r(ciation)f(probabilit)n(y)-7 b(.)57 b(Consequen)n(tly)-7 b(,)36 b(the)f(ro)r(ot)-150 5031 y(mean)27 b(squared)f(error,)g(whic)n(h)h(is)g(usually)g(used)g (as)g(a)g(measure-)-150 5127 y(men)n(t)e(of)f(the)h(accuracy)d(of)j (the)f(\014t,)i(is)e(of)g(less)g(signi\014cance.)35 b(W)-7 b(e)-150 5222 y(will)31 b(alw)n(a)n(ys)e(w)n(eigh)n(t)i(the)g (con\014gurations)e(close)h(to)h(the)h(v)-5 b(alley)-150 5318 y(of)28 b(eac)n(h)f(disso)r(ciation)g(path)n(w)n(a)n(y)g(up)h(to)g (10)g(times)g(higher)f(than)-150 5413 y(the)h(other)f(geometries.)2142 -83 y Fo(IV.)88 b(NN)30 b(TEST:)e(6-D)i(ANAL)-7 b(YTICAL)28 b(PES)i(F)n(OR)2658 4 y(H)2727 12 y Fd(2)2765 4 y Fo(/\(2)5 b Fa(\002)g Fo(2\)S/PD\(100\))2125 221 y Ft(In)24 b(the)h(previous)e (section)h(w)n(e)g(discussed)g(a)g(system)g(in)g(whic)n(h)2042 316 y Fn(activate)l(d)38 b(and)g(non-activate)l(d)f Ft(path)n(w)n(a)n (ys)d(to)n(w)n(ards)f(disso)r(cia-)2042 412 y(tion)i(existed)g(on)f (the)i(same)e(surface,)i(with)f(the)h(former)e(ones)2042 507 y(b)r(eing)44 b(a)f(minorit)n(y)g(but)i(ha)n(ving)e(imp)r(ortan)n (t)g(dynamic)h(con-)2042 603 y(sequences.)70 b(W)-7 b(e)40 b(sho)n(w)n(ed)e(that)h(in)g(order)f(to)h(obtain)g(a)f(v)n(ery)2042 698 y(go)r(o)r(d)25 b(agreemen)n(t)f(b)r(et)n(w)n(een)i(the)g (analytical)e(and)i(neural)f(stic)n(k-)2042 794 y(ing)h(probabilit)n(y) f(a)h(high)g(n)n(um)n(b)r(er)g(of)h(training)e(p)r(oin)n(ts)i(and)f (pa-)2042 889 y(rameters)h(w)n(ere)g(required.)38 b(Still,)29 b(in)f(comparison)f(to)h Fn(dir)l(e)l(ct)i(ab)2042 984 y(initio)f(mole)l(cular)g(dynamics)f Ft(where)d(up)i(to)f(10)3543 954 y Fm(7)3605 984 y Ft(energies)f(need)2042 1080 y(to)d(b)r(e)h (calculated,)g(orders)d(of)j(magnitude)f(few)n(er)f(DFT)i(calcula-)2042 1175 y(tions)k(w)n(ould)g(b)r(e)h(necessary)e(to)h(obtain)g(a)g (reliable)g(description)2042 1271 y(of)g(the)h(dynamical)f(prop)r (erties.)2125 1369 y(As)g(a)f(second)g(test)h(problem)f(for)g(the)h (represen)n(tation)e(of)i(the)2042 1465 y(PES)j(in)i(disso)r(ciation)e (reactions)g(with)i(NNs)g(w)n(e)f(will)h(no)n(w)e(in-)2042 1560 y(v)n(estigate)36 b(a)h(system)g(for)f(whic)n(h)i(all)f(reaction)f (path)n(w)n(a)n(ys)f(are)2042 1656 y(activ)-5 b(ated:)50 b(The)34 b(disso)r(ciation)f(of)h(H)3242 1668 y Fm(2)3314 1656 y Ft(o)n(v)n(er)e(a)i(sulfur)g(co)n(v)n(ered)2042 1751 y(Pd\(100\))i(surface.)67 b(It)38 b(is)f(exp)r(erimen)n(tally)g(w) n(ell)h(kno)n(wn)f(that)2042 1847 y(sulfur)c(adsorbates)f(hinder)h(the) h(H)3174 1859 y Fm(2)3245 1847 y Ft(disso)r(ciation)e(pro)r(cess)g(on) 2042 1942 y(Pd\(100\))e([64)o({66)o(].)49 b(This)31 b(observ)-5 b(ation)30 b(w)n(as)h(v)n(eri\014ed)f(b)n(y)i(DFT)2042 2038 y(studies)d([42)o(,)g(55)o(,)g(67)o(],)h(and)e(it)i(w)n(as)e (found)h(that)g(the)g(p)r(oisoning)2042 2133 y(e\013ect)f(of)f(sulfur)h (adatoms)f(for)g(H)3111 2145 y Fm(2)3176 2133 y Ft(disso)r(ciation)g (at)g(lo)n(w)g(sulfur)2042 2229 y(co)n(v)n(erages)35 b(\(\002)2517 2241 y Fm(S)2584 2229 y Fh(\024)26 b Ft(0)p Fl(:)p Ft(25\))38 b(is)g(go)n(v)n(erned)e(b)n(y)h(the)i(formation)e(of) 2042 2324 y(energy)26 b(barriers)g(and)h(not)h(b)n(y)f(blo)r(c)n(king)g (of)g(adsorption)g(sites.)2418 2616 y Fo(A.)88 b Fc(A)n(b)30 b(initio)k Fo(and)29 b(analytical)g(PES)2125 2832 y Ft(DFT)20 b(calculations)f(of)h(the)g(system)f(H)3318 2844 y Fm(2)3356 2832 y Ft(/\(2)-11 b Fh(\002)g Ft(2\)S/Pd\(100\))17 b(re-)2042 2928 y(v)n(ealed)i(that)i(the)g(PES)e(is)i(mo)r(di\014ed)g (signi\014can)n(tly)e(compared)g(to)2042 3023 y(the)k(disso)r(ciation)f (on)h(the)g(clean)f(Pd\(100\))g(surface)g([42)o(,)i(55)o(,)g(67)o(].) 2042 3119 y(While)29 b(the)f(pro)r(cess)f(on)i(the)f(latter)g(surface)g (is)g(non-activ)-5 b(ated,)2042 3214 y(for)35 b(a)g(\(2)5 b Fh(\002)g Ft(2\))34 b(sulfur)i(adla)n(y)n(er)d(corresp)r(onding)h(to) h(a)g(co)n(v)n(erage)2042 3310 y(of)j(\002)2212 3322 y Fk(S)2287 3310 y Ft(=)26 b(0)p Fl(:)p Ft(25)37 b(it)i(is)f(inhibited) h(b)n(y)f(energy)g(barriers.)67 b(Their)2042 3405 y(heigh)n(ts)25 b(dep)r(end)i(strongly)e(on)h(the)g(distance)g(b)r(et)n(w)n(een)g(the)h (h)n(y-)2042 3501 y(drogen)33 b(and)h(the)h(sulfur)g(atoms)e(leading)h (to)h(a)f(highly)g(corru-)2042 3596 y(gated)k(PES.)g(The)h(minim)n(um)h (barrier)d(to)n(w)n(ards)g(disso)r(ciativ)n(e)2042 3692 y(adsorption)28 b(has)i(a)f(heigh)n(t)h(of)g(0)p Fl(:)p Ft(1)14 b(eV,)29 b(while)h(close)f(to)h(the)g(ad-)2042 3787 y(sorbate)20 b(atoms)i(the)g(barriers)e(b)r(ecome)i(larger)e(than) i(2)p Fl(:)p Ft(5)14 b(eV)21 b(due)2042 3882 y(to)e(the)g(strong)f (repulsion)g(b)r(et)n(w)n(een)h(sulfur)g(and)g(h)n(ydrogen.)32 b(The)2042 3978 y(adsorption)24 b(heigh)n(t)h(of)g(the)g(sulfur)g (atoms)g(is)g(1)p Fl(:)p Ft(31)3650 3963 y(\027)3650 3978 y(A)f(ab)r(o)n(v)n(e)g(the)2042 4073 y(surface.)35 b(The)24 b(adsorption)g(energy)f(at)h(all)h(sites)f(close)g(to)g (sulfur)2042 4169 y(atoms)e(is)h(reduced)g(in)h(comparison)d(to)i(the)h (clean)e(surface.)35 b(But)2042 4264 y(still,)29 b(H)2290 4276 y Fm(2)2356 4264 y Ft(adsorption)f(in)n(to)g(all)h(hollo)n(w)e (sites)i(not)g(o)r(ccupied)f(b)n(y)2042 4360 y(sulfur)f(remains)g(an)g (exothermic)g(pro)r(cess.)2125 4458 y(F)-7 b(or)85 b(the)h(theoretical) e(in)n(v)n(estigation)g(of)i(the)g(high-)2042 4554 y(dimensional)26 b(PES)f(the)i(common)f(strategy)f(of)i(computing)f(2D)2042 4649 y(cuts)39 b(through)f(the)h(6D)g(con\014guration)f(space)g(has)g (b)r(een)i(fol-)2042 4745 y(lo)n(w)n(ed,)31 b(using)f(an)h(analytical)f (represen)n(tation)f(that)i(is)g(similar)2042 4840 y(to)k(the)h(form)f (previously)g(emplo)n(y)n(ed)f(for)h(the)h(clean)f(Pd\(100\))2042 4936 y(surface)41 b([42)o(].)82 b(Due)42 b(to)h(the)f(larger)f(unit)i (cell)f(some)g(higher)2042 5031 y(F)-7 b(ourier)29 b(co)r(e\016cien)n (ts)h(ha)n(v)n(e)e(b)r(een)j(included)f(in)h(the)f(lateral)f(di-)2042 5127 y(rections,)35 b(and)f(in)g(the)g(azim)n(uthal)g(dep)r(endence)g (a)g(higher)f(or-)2042 5222 y(der)d(term)h(w)n(as)e(in)n(tro)r(duced.) 46 b(Again,)31 b(the)h(co)r(ordinates)d(in)i(the)2042 5318 y(\()p Fl(Z)6 b(d)p Ft(\))33 b(plane)f(w)n(ere)g(transformed)f(in) n(to)h(reaction)g(path)h(co)r(ordi-)2042 5413 y(nates.)64 b(The)37 b(parameters)f(w)n(ere)g(determined)h(suc)n(h)g(that)g(the)p eop end %%Page: 9 9 TeXDict begin 9 8 bop 4043 -299 a Ft(9)-124 -83 y gsave currentpoint currentpoint translate 270 neg rotate neg exch neg exch translate -124 -83 a @beginspecial 20 @llx 80 @lly 595 @urx 750 @ury 1020 @rwi @setspecial %%BeginDocument: Fig7a.eps %!PS-Adobe-2.0 %%Title: h2spdana_0.25_0.50_90_90.xfig.eps %%Creator: fig2dev Version 3.2.3 Patchlevel %%CreationDate: Fri Jan 19 10:10:10 2001 %%For: soenke@theolx03 (Soenke Lorenz) %%Orientation: Landscape %%Pages: 1 %%BoundingBox: 20 80 595 750 %%BeginSetup %%IncludeFeature: *PageSize A4 %%EndSetup %%Magnification: 1.0000 %%EndComments /$F2psDict 200 dict def $F2psDict begin $F2psDict /mtrx matrix put /col-1 {0 setgray} bind def /col0 {0.000 0.000 0.000 srgb} bind def /col1 {0.000 0.000 1.000 srgb} bind def /col2 {0.000 1.000 0.000 srgb} bind def /col3 {0.000 1.000 1.000 srgb} bind def /col4 {1.000 0.000 0.000 srgb} bind def /col5 {1.000 0.000 1.000 srgb} bind def /col6 {1.000 1.000 0.000 srgb} bind def /col7 {1.000 1.000 1.000 srgb} bind def /col8 {0.000 0.000 0.560 srgb} bind def /col9 {0.000 0.000 0.690 srgb} bind def /col10 {0.000 0.000 0.820 srgb} bind def /col11 {0.530 0.810 1.000 srgb} bind def /col12 {0.000 0.560 0.000 srgb} bind def /col13 {0.000 0.690 0.000 srgb} bind def /col14 {0.000 0.820 0.000 srgb} bind def /col15 {0.000 0.560 0.560 srgb} bind def /col16 {0.000 0.690 0.690 srgb} bind def /col17 {0.000 0.820 0.820 srgb} bind def /col18 {0.560 0.000 0.000 srgb} bind def /col19 {0.690 0.000 0.000 srgb} bind def /col20 {0.820 0.000 0.000 srgb} bind def /col21 {0.560 0.000 0.560 srgb} bind def /col22 {0.690 0.000 0.690 srgb} bind def /col23 {0.820 0.000 0.820 srgb} bind def /col24 {0.500 0.190 0.000 srgb} bind def /col25 {0.630 0.250 0.000 srgb} bind def /col26 {0.750 0.380 0.000 srgb} bind def /col27 {1.000 0.500 0.500 srgb} bind def /col28 {1.000 0.630 0.630 srgb} bind def /col29 {1.000 0.750 0.750 srgb} bind def /col30 {1.000 0.880 0.880 srgb} bind def /col31 {1.000 0.840 0.000 srgb} bind def end save newpath 0 842 moveto 0 0 lineto 595 0 lineto 595 842 lineto closepath clip newpath 7.0 60.5 translate 90 rotate 1 -1 scale /cp {closepath} bind def /ef {eofill} bind def /gr {grestore} bind def /gs {gsave} bind def /sa {save} bind def /rs {restore} bind def /l {lineto} bind def /m {moveto} bind def /rm {rmoveto} bind def /n {newpath} bind def /s {stroke} bind def /sh {show} bind def /slc {setlinecap} bind def /slj {setlinejoin} bind def /slw {setlinewidth} bind def /srgb {setrgbcolor} bind def /rot {rotate} bind def /sc {scale} bind def /sd {setdash} bind def /ff {findfont} bind def /sf {setfont} bind def /scf {scalefont} bind def /sw {stringwidth} bind def /tr {translate} bind def /tnt {dup dup currentrgbcolor 4 -2 roll dup 1 exch sub 3 -1 roll mul add 4 -2 roll dup 1 exch sub 3 -1 roll mul add 4 -2 roll dup 1 exch sub 3 -1 roll mul add srgb} bind def /shd {dup dup currentrgbcolor 4 -2 roll mul 4 -2 roll mul 4 -2 roll mul srgb} bind def /reencdict 12 dict def /ReEncode { reencdict begin /newcodesandnames exch def /newfontname exch def /basefontname exch def /basefontdict basefontname findfont def /newfont basefontdict maxlength dict def basefontdict { exch dup /FID ne { dup /Encoding eq { exch dup length array copy newfont 3 1 roll put } { exch newfont 3 1 roll put } ifelse } { pop pop } ifelse } forall newfont /FontName newfontname put newcodesandnames aload pop 128 1 255 { newfont /Encoding get exch /.notdef put } for newcodesandnames length 2 idiv { newfont /Encoding get 3 1 roll put } repeat newfontname newfont definefont pop end } def /isovec [ 8#055 /minus 8#200 /grave 8#201 /acute 8#202 /circumflex 8#203 /tilde 8#204 /macron 8#205 /breve 8#206 /dotaccent 8#207 /dieresis 8#210 /ring 8#211 /cedilla 8#212 /hungarumlaut 8#213 /ogonek 8#214 /caron 8#220 /dotlessi 8#230 /oe 8#231 /OE 8#240 /space 8#241 /exclamdown 8#242 /cent 8#243 /sterling 8#244 /currency 8#245 /yen 8#246 /brokenbar 8#247 /section 8#250 /dieresis 8#251 /copyright 8#252 /ordfeminine 8#253 /guillemotleft 8#254 /logicalnot 8#255 /hypen 8#256 /registered 8#257 /macron 8#260 /degree 8#261 /plusminus 8#262 /twosuperior 8#263 /threesuperior 8#264 /acute 8#265 /mu 8#266 /paragraph 8#267 /periodcentered 8#270 /cedilla 8#271 /onesuperior 8#272 /ordmasculine 8#273 /guillemotright 8#274 /onequarter 8#275 /onehalf 8#276 /threequarters 8#277 /questiondown 8#300 /Agrave 8#301 /Aacute 8#302 /Acircumflex 8#303 /Atilde 8#304 /Adieresis 8#305 /Aring 8#306 /AE 8#307 /Ccedilla 8#310 /Egrave 8#311 /Eacute 8#312 /Ecircumflex 8#313 /Edieresis 8#314 /Igrave 8#315 /Iacute 8#316 /Icircumflex 8#317 /Idieresis 8#320 /Eth 8#321 /Ntilde 8#322 /Ograve 8#323 /Oacute 8#324 /Ocircumflex 8#325 /Otilde 8#326 /Odieresis 8#327 /multiply 8#330 /Oslash 8#331 /Ugrave 8#332 /Uacute 8#333 /Ucircumflex 8#334 /Udieresis 8#335 /Yacute 8#336 /Thorn 8#337 /germandbls 8#340 /agrave 8#341 /aacute 8#342 /acircumflex 8#343 /atilde 8#344 /adieresis 8#345 /aring 8#346 /ae 8#347 /ccedilla 8#350 /egrave 8#351 /eacute 8#352 /ecircumflex 8#353 /edieresis 8#354 /igrave 8#355 /iacute 8#356 /icircumflex 8#357 /idieresis 8#360 /eth 8#361 /ntilde 8#362 /ograve 8#363 /oacute 8#364 /ocircumflex 8#365 /otilde 8#366 /odieresis 8#367 /divide 8#370 /oslash 8#371 /ugrave 8#372 /uacute 8#373 /ucircumflex 8#374 /udieresis 8#375 /yacute 8#376 /thorn 8#377 /ydieresis] def /Helvetica /Helvetica-iso isovec ReEncode /DrawEllipse { /endangle exch def /startangle exch def /yrad exch def /xrad exch def /y exch def /x exch def /savematrix mtrx currentmatrix def x y tr xrad yrad sc 0 0 1 startangle endangle arc closepath savematrix setmatrix } def /$F2psBegin {$F2psDict begin /$F2psEnteredState save def} def /$F2psEnd {$F2psEnteredState restore end} def $F2psBegin %%Page: 1 1 10 setmiterlimit 0.06299 0.06299 sc %%Page: 1 1 % Polyline % % Begin Imported EPS File: h2spd_0.25_0.5_90_90xfarbe.ps %%BeginDocument: h2spd_0.25_0.5_90_90xfarbe.ps % n gs 662 255 tr 15.804615 -15.777778 sc 270 rot -10 -50 tr sa n 10 50 m 550 50 l 550 700 l 10 700 l cp clip n countdictstack mark /showpage {} def % EPS file follows: %!PS-Adobe-1.0 %%BoundingBox: 10 50 550 700 %%Creator: A.Preusser FHI Berlin %%Title: xfarbe.ps %%CreationDate: Sun Jan 14 16:29:52 2001 %%Pages: 1 %%DocumentFonts: Courier-Bold %%DocumentNeededFonts: Courier-Bold %%BeginProlog 28.346 28.346 scale % to cm 20.4 0.4 translate 90 rotate % for landscape mark % start of stack usage /RedAr 298 array def /GreAr 298 array def /BluAr 298 array def /SCR { % Set Color Representation % Stack: Red, Green, Blue, Index /ind exch def BluAr ind 3 2 roll put GreAr ind 3 2 roll put RedAr ind 3 2 roll put } bind def /SCI { % Set Color Index % Stack: index /ind exch def /red RedAr ind get def /gre GreAr ind get def /blu BluAr ind get def red gre blu setrgbcolor} bind def /FSD {findfont exch scalefont def} bind def /S1 0.80 /Times-Roman-Bold FSD /S2 1.00 /Times-Roman-Bold FSD /S3 1.10 /Times-Roman-Bold FSD /F1 {0.80 S1} bind def /F2 {1.00 S2} bind def /F3 {1.10 S3} bind def /BOX { % Clear Background % Stack: dx, dy, string, backcolor gsave % saving currentpoint 0 -0.05 rmoveto 0.76 mul 0.05 add % modify rectangle dup neg 3 1 roll 0 exch rlineto 0 rlineto 0 exch rlineto closepath exch SCI fill grestore} bind def /T { % Text % Stack: color, backcolor, rel. x pos, % string, height, x, y moveto setfont exch dup stringwidth pop dup 5 -1 roll mul neg 0 rmoveto 3 2 roll BOX exch SCI show} bind def /StackW 1 array def /W {%def copy rel moves starting at [ from stack to StackW ] /StackW exch def % read from stack into StackW StackW aload pop % copy back to stack } bind def /R {%def Read from StackR in inverse order StackR length 2 sub -2 0 % loop parameters {dup StackR exch get neg % get x exch StackR exch 1 add get neg} % get y for } bind def /F {%def take color index, one abs move % and relative moves from stack % and fill SCI % set color index moveto % abs move in cm 0.001 0.001 scale % rel moves in 1/1000 cm counttomark -2 2 { pop rlineto} for closepath fill /StackR StackW def % copy StackW to StackR 1000 1000 scale % back to cm } bind def /L {%def Polyline, similar to F SCI moveto 0.001 0.001 scale counttomark -2 2 { pop rlineto } for stroke 1000 1000 scale } bind def /RS {%def restore save } bind def 0.0000 0.0000 0.0000 0 SCR 0.0000 0.0000 0.0000 1 SCR 0.1912 0.2072 0.1912 2 SCR 0.3187 0.3346 0.3187 3 SCR 0.4462 0.4462 0.4462 4 SCR 0.5258 0.5258 0.5258 5 SCR 0.6215 0.6055 0.6215 6 SCR 0.6533 0.6533 0.6533 7 SCR 0.7171 0.7171 0.7171 8 SCR 0.7808 0.7649 0.7808 9 SCR 0.8127 0.8127 0.8127 10 SCR 0.8445 0.8445 0.8445 11 SCR 0.8764 0.8764 0.8764 12 SCR 0.9083 0.9083 0.9083 13 SCR 0.9402 0.9402 0.9402 14 SCR 0.9720 0.9720 0.9720 15 SCR 1.0000 1.0000 1.0000 16 SCR 1.0000 1.0000 1.0000 17 SCR 1.0000 0.9242 0.9720 18 SCR 0.7489 1.0000 0.9402 19 SCR 0.9402 0.8286 1.0000 20 SCR 0.5258 1.0000 0.8764 21 SCR 0.8127 0.7808 0.9402 22 SCR 0.1912 1.0000 0.8445 23 SCR 0.6852 0.6693 0.8127 24 SCR 0.0956 0.8445 0.8445 25 SCR 0.6533 0.4780 0.7808 26 SCR 0.0956 0.6533 0.6533 27 SCR 0.6533 0.2390 0.7171 28 SCR 0.0000 0.4621 0.3824 29 SCR 0.5258 0.0000 0.6533 30 SCR 0.0000 0.2072 0.0000 31 SCR 0.0319 0.0000 0.0637 32 SCR 0.0000 0.0000 0.0000 33 SCR 0.0000 0.0000 0.0000 34 SCR 1.0000 1.0000 1.0000 35 SCR 0.0000 0.0000 0.0000 36 SCR 1.0000 0.1912 0.1275 37 SCR 0.0000 0.0000 0.0000 38 SCR 0.0956 1.0000 0.0956 39 SCR 0.0000 0.0000 0.0000 40 SCR 0.4462 0.4621 0.4462 41 SCR 0.0000 0.0000 0.5258 42 SCR 0.0000 0.0000 1.0000 43 SCR 0.2549 0.4143 0.9083 44 SCR 0.3824 0.5896 0.9402 45 SCR 0.0000 0.6693 0.0000 46 SCR 0.0000 0.8127 0.0000 47 SCR 0.0000 0.8764 0.0000 48 SCR 0.0000 1.0000 0.0000 49 SCR 0.7489 1.0000 0.7489 50 SCR 0.9402 0.8764 0.5258 51 SCR 1.0000 1.0000 0.0000 52 SCR 1.0000 0.6533 0.0000 53 SCR 1.0000 0.0000 0.0000 54 SCR 0.7171 0.1275 0.1275 55 SCR 0.5577 0.2709 0.0637 56 SCR 0.3506 0.6215 0.6533 57 SCR 1.0000 1.0000 1.0000 58 SCR 1.0000 0.9242 0.9720 59 SCR 0.7489 1.0000 0.9402 60 SCR 0.9402 0.8286 1.0000 61 SCR 0.5258 1.0000 0.8764 62 SCR 0.8127 0.7808 0.9402 63 SCR 0.1912 1.0000 0.8445 64 SCR 0.6852 0.6693 0.8127 65 SCR 0.0956 0.8445 0.8445 66 SCR 0.6533 0.4780 0.7808 67 SCR 0.0956 0.6533 0.6533 68 SCR 0.6533 0.2390 0.7171 69 SCR 0.0000 0.4621 0.3824 70 SCR 0.5258 0.0000 0.6533 71 SCR 0.0000 0.2072 0.0000 72 SCR 0.0319 0.0000 0.0637 73 SCR 1.0000 1.0000 1.0000 74 SCR 0.0000 0.0000 0.0000 75 SCR 1.0000 1.0000 1.0000 76 SCR 0.0000 0.0000 0.0000 77 SCR 1.0000 0.1912 0.1275 78 SCR 0.0000 0.0000 0.0000 79 SCR 0.0956 1.0000 0.0956 80 SCR 0.0000 0.0000 0.0000 81 SCR 0.4462 0.4621 0.4462 82 SCR %%EndProlog 30 setlinewidth save 5599 0 0 400 -5598 0 10.600 3.000 16 F [48 -28 134 -82 W 17 0 0 399 -199 0 10.800 3.000 16 F R 0 -110 10.800 3.400 15 F [48 -27 151 -89 W 0 288 -199 0 11.000 3.000 16 F [47 -29 45 -27 W 107 0 0 110 R 11.000 3.172 15 F R 0 -56 11.000 3.400 14 F [49 -26 150 -84 W 0 171 -198 0 11.200 3.000 16 F [48 -27 151 -89 W 0 170 R 11.200 3.062 15 F R 0 -172 198 0 11.000 3.400 14 F [34 -17 83 -44 W 0 61 11.200 3.000 16 F [49 -26 151 -84 W 0 164 R -82 0 11.400 3.000 15 F [48 -27 142 -83 W 10 0 0 172 R 11.400 3.117 14 F R 0 -110 11.400 3.400 13 F [49 -26 151 -80 W 0 116 -199 0 11.600 3.000 15 F [49 -27 151 -85 W 0 172 R 11.600 3.010 14 F [33 -19 35 -21 W 132 0 0 110 R 11.600 3.178 13 F R 0 -40 11.600 3.400 12 F [19 -10 W 0 10 11.600 3.000 15 F [49 -26 150 -81 W 0 166 R -181 0 11.800 3.000 14 F [48 -27 151 -86 W 0 181 R 11.800 3.070 13 F R 0 -153 199 0 11.600 3.400 12 F [34 -17 100 -52 W 0 69 11.800 3.000 14 F [49 -26 150 -82 W 0 175 R -66 0 12.000 3.000 13 F [48 -27 82 -47 W 69 0 0 153 R 12.000 3.137 12 F R 0 -74 12.000 3.400 11 F [34 -17 165 -86 W 0 136 -198 0 12.200 3.000 13 F [49 -26 150 -83 W 0 187 R 12.200 3.034 12 F R 0 -183 198 0 12.000 3.400 11 F [34 -17 32 -16 W 0 33 12.200 3.000 13 F [49 -25 151 -80 W 0 181 R -133 0 12.400 3.000 12 F [49 -27 117 -66 W 34 0 0 184 R 12.400 3.110 11 F R 0 -93 12.400 3.400 10 F [49 -25 151 -78 W 0 108 -199 0 12.600 3.000 12 F [49 -26 151 -82 W 0 196 R 12.600 3.006 11 F R 0 -201 199 0 12.400 3.400 10 F [11 -5 W 0 5 12.600 3.000 12 F [49 -25 150 -80 W 0 191 R -189 0 12.800 3.000 11 F [48 -27 124 -69 W 27 0 0 201 R 12.800 3.092 10 F R 0 -96 12.800 3.400 9 F [34 -17 143 -75 W 0 92 12.800 3.000 11 F [49 -26 150 -82 W 0 210 R -23 0 13.000 3.000 10 F R 0 -204 199 0 12.800 3.400 9 F [49 -26 150 -80 W 0 193 -198 0 13.200 3.000 10 F [48 -27 96 -54 W 55 0 0 204 R 13.200 3.088 9 F R 0 -81 13.200 3.400 8 F [34 -18 131 -69 W 0 87 13.200 3.000 10 F [49 -27 151 -84 W 0 230 R -34 0 13.400 3.000 9 F R 0 -192 199 0 13.200 3.400 8 F [49 -26 151 -82 W 0 206 -199 0 13.600 3.000 9 F [48 -27 28 -16 W 124 0 0 192 R 13.600 3.098 8 F R 0 -43 13.600 3.400 7 F [33 -18 147 -80 W 0 98 13.600 3.000 9 F [48 -27 151 -87 W 0 257 R -20 0 13.800 3.000 8 F R 0 -157 199 0 13.600 3.400 7 F [48 -27 151 -86 W 0 240 -199 0 14.000 3.000 8 F R 0 -271 199 0 13.800 3.400 7 F [48 -27 151 -85 W 0 127 -199 0 14.200 3.000 8 F [48 -28 109 -66 W 42 0 0 271 R 14.200 3.015 7 F R 0 -94 14.200 3.400 6 F [27 -15 W 0 15 14.200 3.000 8 F [48 -28 151 -91 W 0 289 R -172 0 14.400 3.000 7 F R 0 -213 198 0 14.200 3.400 6 F [48 -28 152 -91 W 0 185 -199 0 14.600 3.000 7 F R 0 -332 199 0 14.400 3.400 6 F [33 -19 78 -47 W 0 66 14.600 3.000 7 F [46 -30 123 -81 W 30 0 0 332 R -89 0 14.800 3.000 6 F R 0 -111 14.800 3.400 5 F [32 -20 167 -109 W 0 287 -199 0 15.000 3.000 6 F R 0 -240 199 0 14.800 3.400 5 F [47 -30 152 -98 W 0 158 -199 0 15.200 3.000 6 F R 0 -369 199 0 15.000 3.400 5 F [32 -20 15 -10 W 0 30 15.200 3.000 6 F [44 -33 50 -38 W 105 0 0 368 R -152 0 15.400 3.000 5 F R 0 -71 15.400 3.400 4 F [45 -33 155 -116 W 0 327 -199 0 15.600 3.000 5 F R 0 -220 199 0 15.400 3.400 4 F [45 -32 154 -111 W 0 178 -199 0 15.800 3.000 5 F R 0 -364 199 0 15.600 3.400 4 F [31 -22 19 -13 W 0 35 15.800 3.000 5 F R -150 0 0 -399 199 0 15.800 3.400 4 F [26 -27 46 -49 W 127 0 0 399 -199 0 16.200 3.000 4 F R 0 -76 16.200 3.400 3 F [41 -37 159 -152 W 0 322 -199 0 16.400 3.000 4 F R 0 -265 199 0 16.200 3.400 3 F [29 -24 129 -109 W 0 133 16.400 3.000 4 F R -42 0 0 -399 200 0 16.400 3.400 3 F 400 0 0 400 -400 0 17.000 3.000 3 F 4999 0 0 400 -4999 0 10.000 3.400 16 F [44 -33 103 -79 W 52 0 0 399 -198 0 10.200 3.400 16 F R 0 -111 10.200 3.800 15 F [45 -32 155 -113 W 0 287 -199 0 10.400 3.400 16 F [44 -34 32 -25 W 124 0 0 111 R 10.400 3.542 15 F R 0 -58 10.400 3.800 14 F [47 -29 153 -102 W 0 141 -199 0 10.600 3.400 16 F [46 -31 154 -111 W 0 197 R 10.600 3.411 15 F R 0 -201 199 0 10.400 3.800 14 F [17 -10 W 0 9 10.600 3.400 16 F [47 -30 152 -100 W 0 186 R -183 0 10.800 3.400 15 F [46 -31 146 -105 W 7 0 0 201 R 10.800 3.468 14 F R 0 -135 10.800 3.800 13 F [32 -20 75 -47 W 0 66 10.800 3.400 15 F [46 -30 153 -103 W 0 195 R -93 0 11.000 3.400 14 F [45 -32 39 -28 W 115 0 0 135 R 11.000 3.530 13 F R 0 -59 11.000 3.800 12 F [47 -28 152 -96 W 0 129 -198 0 11.200 3.400 14 F [46 -30 153 -105 W 0 208 R 11.200 3.406 13 F R 0 -195 198 0 11.000 3.800 12 F RS [9 -5 W 0 4 11.200 3.400 14 F [47 -29 153 -96 W 0 197 R -190 0 11.400 3.400 13 F [46 -31 112 -78 W 42 0 0 195 R 11.400 3.478 12 F R 0 -108 11.400 3.800 11 F [33 -19 98 -59 W 0 77 11.400 3.400 13 F [47 -29 153 -99 W 0 211 R -68 0 11.600 3.400 12 F [6 -4 W 194 0 0 109 R 11.600 3.562 11 F R 0 -3 11.600 3.800 10 F [48 -28 151 -93 W 0 161 -199 0 11.800 3.400 12 F [46 -30 153 -103 W 0 233 R 11.800 3.441 11 F R 0 -137 199 0 11.600 3.800 10 F [33 -19 36 -21 W 0 39 11.800 3.400 12 F [47 -29 152 -96 W 0 221 R -131 0 12.000 3.400 11 F [19 -13 W 180 0 0 137 R 12.000 3.537 10 F R 0 -12 12.000 3.800 9 F [33 -19 166 -98 W 0 135 -198 0 12.200 3.400 11 F [47 -30 152 -102 W 0 249 R 12.200 3.419 10 F R 0 -145 198 0 12.000 3.800 9 F [33 -18 W 0 17 12.200 3.400 11 F [48 -28 152 -94 W 0 234 R -166 0 12.400 3.400 10 F R 0 -268 199 0 12.200 3.800 9 F [48 -27 152 -89 W 0 131 -199 0 12.600 3.400 10 F [47 -30 148 -97 W 5 0 0 267 R 12.600 3.416 9 F R 0 -126 12.600 3.800 8 F [27 -15 W 0 14 12.600 3.400 10 F [47 -29 152 -95 W 0 256 R -173 0 12.800 3.400 9 F R 0 -251 199 0 12.600 3.800 8 F [48 -27 151 -89 W 0 147 -199 0 13.000 3.400 9 F [46 -30 75 -50 W 78 0 0 251 R 13.000 3.431 8 F R 0 -79 13.000 3.800 7 F [33 -19 22 -12 W 0 30 13.000 3.400 9 F [47 -29 152 -97 W 0 287 R -144 0 13.200 3.400 8 F R 0 -206 198 0 13.000 3.800 7 F [48 -28 152 -93 W 0 192 -199 0 13.400 3.400 8 F R 0 -327 199 0 13.200 3.800 7 F [33 -19 90 -52 W 0 70 13.400 3.400 8 F [47 -30 136 -91 W 17 0 0 327 R -76 0 13.600 3.400 7 F R 0 -120 13.600 3.800 6 F [32 -20 167 -107 W 0 277 -199 0 13.800 3.400 7 F R 0 -248 199 0 13.600 3.800 6 F [47 -29 152 -95 W 0 150 -199 0 14.000 3.400 7 F R 0 -373 199 0 13.800 3.800 6 F [32 -20 10 -6 W 0 25 14.000 3.400 7 F [45 -32 102 -74 W 52 0 0 373 R -158 0 14.200 3.400 6 F R 0 -105 14.200 3.800 5 F [31 -21 168 -117 W 0 292 -198 0 14.400 3.400 6 F R 0 -244 198 0 14.200 3.800 5 F [46 -31 154 -103 W 0 154 -199 0 14.600 3.400 6 F R 0 -379 199 0 14.400 3.800 5 F [30 -20 W 0 19 14.600 3.400 6 F R -169 0 0 -399 199 0 14.600 3.800 5 F [42 -36 133 -118 W 24 0 0 399 -199 0 15.000 3.400 5 F R 0 -153 15.000 3.800 4 F [30 -24 169 -139 W 0 245 -199 0 15.200 3.400 5 F R 0 -317 199 0 15.000 3.800 4 F [30 -23 75 -59 W 0 81 15.200 3.400 5 F R -94 0 0 -399 198 0 15.200 3.800 4 F 399 0 0 400 -399 0 15.800 3.400 4 F [32 -45 60 -104 31 -74 6 -22 W 70 0 0 399 -199 0 16.000 3.400 4 F R 0 -244 16.000 3.800 3 F [25 -28 102 -126 W 0 153 16.000 3.400 4 F R -73 0 0 -399 199 0 16.000 3.800 3 F 800 0 0 400 -800 0 17.000 3.400 3 F 4399 0 0 400 -4398 0 9.400 3.800 16 F [20 -18 W 180 0 0 399 -199 0 9.600 3.800 16 F R 0 -17 9.600 4.200 15 F [42 -36 157 -140 W 0 381 -199 0 9.800 3.800 16 F R 0 -194 199 0 9.600 4.200 15 F [30 -24 169 -139 W 0 204 -199 0 10.000 3.800 16 F [42 -36 108 -95 W 49 0 0 194 R 10.000 3.841 15 F R 0 -130 10.000 4.200 14 F [30 -23 22 -18 W 0 41 10.000 3.800 16 F [43 -35 156 -132 W 0 226 R -147 0 10.200 3.800 15 F [41 -37 25 -22 W 133 0 0 130 R 10.200 3.901 14 F R 0 -58 10.200 4.200 13 F [30 -24 93 -76 W 0 100 10.200 3.800 15 F [42 -36 158 -140 W 0 238 R -76 0 10.400 3.800 14 F R 0 -235 199 0 10.200 4.200 13 F [45 -33 155 -124 W 0 162 -199 0 10.600 3.800 14 F [29 -25 143 -129 W 28 0 0 236 R 10.600 3.806 13 F R 0 -153 10.600 4.200 12 F [7 -5 W 0 5 10.600 3.800 14 F [44 -34 155 -125 W 0 238 R -193 0 10.800 3.800 13 F [41 -37 9 -9 W 149 0 0 154 R 10.800 3.886 12 F R 0 -45 10.800 4.200 11 F [31 -22 84 -63 W 0 85 10.800 3.800 13 F [29 -24 170 -146 W 0 267 R -85 0 11.000 3.800 12 F R 0 -216 199 0 10.800 4.200 11 F [45 -33 154 -120 W 0 182 -198 0 11.200 3.800 12 F [28 -25 72 -66 W 99 0 0 216 R 11.200 3.830 11 F R 0 -90 11.200 4.200 10 F [31 -22 10 -7 W 0 29 11.200 3.800 12 F [30 -23 170 -142 W 0 277 R -158 0 11.400 3.800 11 F R 0 -256 199 0 11.200 4.200 10 F [31 -22 162 -120 W 0 142 11.400 3.800 11 F [29 -25 89 -83 W 82 0 0 256 R -6 0 11.600 3.800 10 F R 0 -107 11.600 4.200 9 F [30 -23 169 -138 W 0 291 -199 0 11.800 3.800 10 F R 0 -269 199 0 11.600 4.200 9 F [31 -22 149 -108 W 0 130 11.800 3.800 10 F [28 -25 67 -63 W 104 0 0 269 R -20 0 12.000 3.800 9 F R 0 -87 12.000 4.200 8 F [30 -23 169 -141 W 0 310 -198 0 12.200 3.800 9 F R 0 -252 198 0 12.000 4.200 8 F [46 -31 154 -112 W 0 146 -199 0 12.400 3.800 9 F [22 -22 W 178 0 0 252 R 12.400 3.803 8 F R 0 -21 12.400 4.200 7 F [4 -3 W 0 3 12.400 3.800 9 F [43 -35 157 -137 W 0 374 R -195 0 12.600 3.800 8 F R 0 -194 199 0 12.400 4.200 7 F [45 -32 154 -119 W 0 205 -199 0 12.800 3.800 8 F R 0 -345 199 0 12.600 4.200 7 F [31 -21 47 -33 W 0 54 12.800 3.800 8 F [28 -26 47 -45 W 124 0 0 344 R -122 0 13.000 3.800 7 F R 0 -70 13.000 4.200 6 F [43 -34 156 -134 W 0 327 -198 0 13.200 3.800 7 F R 0 -239 198 0 13.000 4.200 6 F [31 -22 169 -125 W 0 158 -199 0 13.400 3.800 7 F R 0 -387 199 0 13.200 4.200 6 F [16 -11 W 0 11 13.400 3.800 7 F [9 -10 W 191 0 0 388 R -183 0 13.600 3.800 6 F R 0 -9 13.600 4.200 5 F [42 -36 157 -153 W 0 389 -199 0 13.800 3.800 6 F R 0 -199 199 0 13.600 4.200 5 F [44 -34 155 -127 W 0 199 -199 0 14.000 3.800 6 F R 0 -360 199 0 13.800 4.200 5 F [31 -23 21 -15 W 0 38 14.000 3.800 6 F R -148 0 0 -399 199 0 14.000 4.200 5 F 199 0 0 400 -198 0 14.400 3.800 5 F [35 -43 89 -129 W 76 0 0 399 -199 0 14.600 3.800 5 F R 0 -171 14.600 4.200 4 F [40 -38 159 -167 W 0 227 -199 0 14.800 3.800 5 F R 0 -377 199 0 14.600 4.200 4 F [24 -22 W 0 22 14.800 3.800 5 F R -176 0 0 -399 199 0 14.800 4.200 4 F 799 0 0 400 -799 0 15.800 3.800 4 F [8 -34 5 -60 -3 -43 -16 -51 -29 -46 -40 -41 -54 -38 W 0 -87 199 0 0 399 15.800 3.800 4 F R -130 0 16.000 3.800 3 F [54 14 75 27 70 34 W 0 313 -199 0 16.200 3.800 3 F R 0 -11 199 0 16.000 4.200 4 F [37 8 14 3 W 0 389 -199 0 0 -399 16.400 4.200 3 F R 50 0 16.200 4.200 4 F 600 0 0 400 -600 0 17.000 3.800 3 F RS 3999 0 0 400 -3999 0 9.000 4.200 16 F [26 -27 13 -14 W 160 0 0 399 -198 0 9.200 4.200 16 F R 0 -40 9.200 4.600 15 F [40 -38 160 -156 W 0 358 -199 0 9.400 4.200 16 F R 0 -235 199 0 9.200 4.600 15 F [28 -25 151 -139 W 0 164 9.400 4.200 16 F [40 -39 125 -125 W 35 0 0 235 R -20 0 9.600 4.200 15 F R 0 -163 9.600 4.600 14 F [41 -37 158 -153 W 0 235 -199 0 9.800 4.200 15 F [26 -28 48 -52 W 125 0 0 164 R 9.800 4.245 14 F R 0 -79 9.800 4.600 13 F [28 -25 21 -20 W 0 45 9.800 4.200 15 F [40 -38 159 -159 W 0 273 R -151 0 10.000 4.200 14 F R 0 -277 199 0 9.800 4.600 13 F [28 -25 105 -96 W 0 121 10.000 4.200 14 F [27 -27 143 -156 W 29 0 0 277 R -66 0 10.200 4.200 13 F R 0 -182 10.200 4.600 12 F [28 -26 172 -163 W 0 215 -199 0 10.400 4.200 13 F [25 -28 11 -13 W 164 0 0 183 R 10.400 4.226 12 F R 0 -40 10.400 4.600 11 F [27 -26 W 0 26 10.400 4.200 13 F [26 -27 174 -184 W 0 332 R -172 0 10.600 4.200 12 F R 0 -252 199 0 10.400 4.600 11 F [28 -26 121 -121 W 0 147 10.600 4.200 12 F [23 -30 36 -48 W 140 0 0 252 R -51 0 10.800 4.200 11 F R 0 -77 10.800 4.600 10 F [26 -27 173 -197 W 0 320 -199 0 11.000 4.200 11 F R 0 -302 199 0 10.800 4.600 10 F [27 -26 72 -70 W 0 96 11.000 4.200 11 F [23 -30 45 -62 W 131 0 0 302 R -100 0 11.200 4.200 10 F R 0 -91 11.200 4.600 9 F [26 -27 174 -199 W 0 307 -199 0 11.400 4.200 10 F R 0 -318 199 0 11.200 4.600 9 F [27 -27 54 -54 W 0 81 11.400 4.200 10 F [21 -32 7 -11 W 172 0 0 317 R -118 0 11.600 4.200 9 F R 0 -42 11.600 4.600 8 F [26 -28 127 -154 46 -67 W 0 355 -199 0 11.800 4.200 9 F R 0 -292 199 0 11.600 4.600 8 F [27 -27 77 -79 W 0 106 11.800 4.200 9 F R -96 0 0 -399 199 0 11.800 4.600 8 F [23 -30 89 -133 22 -40 W 65 0 0 399 -198 0 12.200 4.200 8 F R 0 -202 12.200 4.600 7 F [27 -27 150 -169 W 0 196 12.200 4.200 8 F R -22 0 0 -399 199 0 12.200 4.600 7 F 200 0 0 400 -199 0 12.600 4.200 7 F [23 -30 67 -100 55 -106 9 -25 W 45 0 0 399 -199 0 12.800 4.200 7 F R 0 -260 12.800 4.600 6 F [27 -27 97 -111 W 0 138 12.800 4.200 7 F R -76 0 0 -399 199 0 12.800 4.600 6 F 199 0 0 400 -198 0 13.200 4.200 6 F [9 -34 10 -58 W 181 0 0 399 -199 0 13.400 4.200 6 F R 0 -91 13.400 4.600 5 F [25 -28 74 -95 42 -68 34 -73 15 -43 W 0 307 13.400 4.200 6 F R -9 0 0 -399 199 0 13.400 4.600 5 F 799 0 0 400 -798 0 14.400 4.200 5 F [17 -31 30 -80 8 -46 -1 -61 -16 -59 -30 -52 -41 -47 -27 -23 W 135 0 0 399 14.400 4.200 5 F R -124 0 0 -399 14.600 4.600 4 F 1599 0 0 400 -1599 0 16.200 4.200 4 F [-37 -7 -111 -16 W 0 -376 199 0 0 399 16.200 4.200 4 F R -147 0 16.400 4.200 3 F [55 2 145 14 W 0 23 -200 0 16.600 4.200 3 F R 0 -360 200 0 16.400 4.600 4 F [56 0 144 2 W 0 39 -199 0 16.800 4.200 3 F R 0 -358 199 0 16.600 4.600 4 F [55 -1 145 -2 W 0 40 -200 0 17.000 4.200 3 F R 0 -361 200 0 16.800 4.600 4 F 3599 0 0 400 -3599 0 8.600 4.600 16 F [5 -6 W 194 0 0 399 -199 0 8.800 4.600 16 F R 0 -5 8.800 5.000 15 F [26 -28 173 -193 W 0 393 -199 0 9.000 4.600 16 F R 0 -227 199 0 8.800 5.000 15 F [26 -27 134 -145 W 0 172 9.000 4.600 16 F [25 -29 96 -113 W 78 0 0 227 R -39 0 9.200 4.600 15 F R 0 -141 9.200 5.000 14 F [38 -40 162 -181 W 0 256 -199 0 9.400 4.600 15 F [15 -19 W 185 0 0 141 R 9.400 4.636 14 F R 0 -18 9.400 5.000 13 F [26 -27 8 -8 W 0 35 9.400 4.600 15 F [25 -29 175 -211 W 0 343 R -165 0 9.600 4.600 14 F R 0 -259 199 0 9.400 5.000 13 F [26 -28 99 -111 W 0 139 9.600 4.600 14 F [23 -30 58 -80 W 118 0 0 260 R -75 0 9.800 4.600 13 F R 0 -109 9.800 5.000 12 F [24 -29 175 -225 W 0 289 -199 0 10.000 4.600 13 F R 0 -364 199 0 9.800 5.000 12 F [24 -29 5 -6 W 0 35 10.000 4.600 13 F [20 -32 90 -145 W 89 0 0 364 R -170 0 10.200 4.600 12 F R 0 -176 10.200 5.000 11 F [24 -29 139 -193 W 0 222 10.200 4.600 12 F R -36 0 0 -399 199 0 10.200 5.000 11 F [20 -32 98 -162 W 82 0 0 399 -199 0 10.600 4.600 11 F R 0 -193 10.600 5.000 10 F [22 -31 118 -174 W 0 205 10.600 4.600 11 F R -59 0 0 -399 199 0 10.600 5.000 10 F [17 -34 66 -147 W 116 0 0 399 -199 0 11.000 4.600 10 F R 0 -180 11.000 5.000 9 F [21 -31 110 -187 W 0 218 11.000 4.600 10 F R -68 0 0 -399 198 0 11.000 5.000 9 F 200 0 0 400 -199 0 11.400 4.600 9 F [20 -33 91 -178 40 -112 19 -76 W 1 0 0 399 11.400 4.600 9 F R -28 0 0 -399 11.600 5.000 8 F 199 0 0 400 -199 0 11.800 4.600 8 F [15 -53 15 -79 6 -80 -1 -34 W 164 0 0 399 -199 0 12.000 4.600 8 F R 0 -245 12.000 5.000 7 F [17 -34 46 -111 2 -8 W 0 153 12.000 4.600 8 F R -134 0 0 -399 198 0 12.000 5.000 7 F 400 0 0 400 -399 0 12.600 4.600 7 F [12 -36 18 -72 8 -80 -5 -80 -14 -58 -28 -66 -3 -7 W 57 0 0 399 12.600 4.600 7 F R -155 0 0 -399 12.800 5.000 6 F 399 0 0 400 -398 0 13.200 4.600 6 F [1 -34 -4 -58 -16 -57 W 0 -250 199 0 0 399 13.200 4.600 6 F R -19 0 13.400 4.600 5 F [32 20 60 47 54 59 31 45 23 47 W 0 150 -199 0 13.600 4.600 5 F R 0 -32 199 0 13.400 5.000 6 F [49 26 7 5 W 0 369 -199 0 0 -399 13.800 5.000 5 F R 56 0 13.600 5.000 6 F 599 0 0 400 -598 0 14.400 4.600 5 F [-29 -21 -34 -21 W 0 -357 199 0 0 399 14.400 4.600 5 F R -62 0 14.600 4.600 4 F [37 10 113 40 49 25 W 0 42 -199 0 14.800 4.600 4 F R 0 -282 199 0 14.600 5.000 5 F [55 7 144 29 W 0 118 -199 0 15.000 4.600 4 F R 0 -246 199 0 14.800 5.000 5 F [55 4 144 15 W 0 155 -199 0 15.200 4.600 4 F R 0 -226 199 0 15.000 5.000 5 F RS [55 1 144 8 W 0 175 -198 0 15.400 4.600 4 F R 0 -216 198 0 15.200 5.000 5 F [55 -1 145 0 W 0 184 -199 0 15.600 4.600 4 F R 0 -216 199 0 15.400 5.000 5 F [55 -2 144 -6 W 0 182 -199 0 15.800 4.600 4 F R 0 -224 199 0 15.600 5.000 5 F [38 -2 161 -10 W 0 174 -199 0 16.000 4.600 4 F R 0 -237 199 0 15.800 5.000 5 F [55 -5 144 -14 W 0 161 -199 0 16.200 4.600 4 F R 0 -256 199 0 16.000 5.000 5 F [55 -6 145 -16 W 0 142 -199 0 16.400 4.600 4 F R 0 -279 199 0 16.200 5.000 5 F [55 -7 145 -17 W 0 120 -200 0 16.600 4.600 4 F R 0 -303 200 0 16.400 5.000 5 F [55 -8 145 -20 W 0 95 -199 0 16.800 4.600 4 F [37 -7 104 -19 W 59 0 0 303 R 16.800 4.668 5 F R 0 -25 16.800 5.000 6 F [51 -7 149 -23 W 0 67 -200 0 17.000 4.600 4 F [54 -10 146 -28 W 0 304 R 17.000 4.637 5 F R 0 -64 200 0 16.800 5.000 6 F 3399 0 0 400 -3398 0 8.400 5.000 16 F [37 -42 120 -136 W 42 0 0 399 -199 0 8.600 5.000 16 F R 0 -178 8.600 5.400 15 F [25 -28 169 -193 W 0 221 8.600 5.000 16 F [35 -43 22 -25 W 142 0 0 178 R -6 0 8.800 5.000 15 F R 0 -68 8.800 5.400 14 F [24 -29 175 -209 W 0 330 -199 0 9.000 5.000 15 F R 0 -306 199 0 8.800 5.400 14 F [24 -29 54 -63 W 0 92 9.000 5.000 15 F [23 -30 100 -133 W 76 0 0 307 R -121 0 9.200 5.000 14 F R 0 -163 9.200 5.400 13 F [23 -30 161 -206 W 0 236 9.200 5.000 14 F R -15 0 0 -399 199 0 9.200 5.400 13 F [22 -31 134 -203 W 44 0 0 399 -199 0 9.600 5.000 13 F R 0 -234 9.600 5.400 12 F [22 -31 96 -134 W 0 165 9.600 5.000 13 F R -81 0 0 -399 199 0 9.600 5.400 12 F [20 -32 128 -225 W 51 0 0 399 -199 0 10.000 5.000 12 F R 0 -257 10.000 5.400 11 F [29 -47 60 -95 W 0 142 10.000 5.000 12 F R -110 0 0 -399 198 0 10.000 5.400 11 F [15 -35 69 -188 4 -14 W 112 0 0 399 -199 0 10.400 5.000 11 F R 0 -237 10.400 5.400 10 F [18 -34 63 -128 W 0 162 10.400 5.000 11 F R -118 0 0 -399 199 0 10.400 5.400 10 F 199 0 0 400 -199 0 10.800 5.000 10 F [14 -35 60 -191 20 -118 2 -56 W 20 0 0 400 10.800 5.000 10 F R -83 0 0 -400 11.000 5.400 9 F 199 0 0 400 -198 0 11.200 5.000 9 F [8 -55 6 -80 -3 -80 -10 -67 W 0 -112 199 0 0 399 -199 0 11.400 5.000 9 F R 11.400 5.005 8 F [1 -5 W 0 5 11.400 5.000 9 F [20 51 17 61 W 0 282 R -199 0 0 -400 11.600 5.400 8 F R 37 0 11.400 5.400 9 F 199 0 0 400 -199 0 11.800 5.000 8 F [-3 -35 -16 -71 -15 -45 W 0 -249 199 0 0 400 11.800 5.000 8 F R -34 0 12.000 5.000 7 F [43 35 57 56 49 64 39 69 11 24 W 0 152 -199 0 0 -400 12.200 5.400 7 F R 198 0 12.000 5.400 8 F 400 0 0 400 -399 0 12.600 5.000 7 F [-18 -31 -42 -56 -56 -57 -26 -22 W 0 -234 199 0 0 400 12.600 5.000 7 F R -142 0 12.800 5.000 6 F [35 16 104 59 60 44 W 0 166 -199 0 13.000 5.000 6 F R 0 -114 199 0 12.800 5.400 7 F [53 16 146 56 W 0 286 -198 0 13.200 5.000 6 F R 0 -42 198 0 13.000 5.400 7 F [37 8 125 33 W 0 359 -199 0 0 -400 13.400 5.400 6 F R 162 0 13.200 5.400 7 F 200 0 0 400 -199 0 13.600 5.000 6 F [-50 -24 -93 -36 W 0 -340 199 0 0 400 13.600 5.000 6 F R -143 0 13.800 5.000 5 F [54 13 145 43 W 0 61 -199 0 14.000 5.000 5 F R 0 -283 199 0 13.800 5.400 6 F [55 7 144 28 W 0 117 -199 0 14.200 5.000 5 F R 0 -247 199 0 14.000 5.400 6 F [55 4 144 16 W 0 153 -198 0 14.400 5.000 5 F R 0 -227 198 0 14.200 5.400 6 F [55 3 145 11 W 0 173 -199 0 14.600 5.000 5 F R 0 -212 199 0 14.400 5.400 6 F [38 0 161 6 W 0 188 -199 0 14.800 5.000 5 F R 0 -206 199 0 14.600 5.400 6 F [38 0 161 -2 W 0 193 -199 0 15.000 5.000 5 F R 0 -207 199 0 14.800 5.400 6 F [38 -1 161 -5 W 0 191 -199 0 15.200 5.000 5 F R 0 -214 199 0 15.000 5.400 6 F [55 -4 144 -8 W 0 184 -198 0 15.400 5.000 5 F R 0 -226 198 0 15.200 5.400 6 F [55 -5 145 -12 W 0 172 -199 0 15.600 5.000 5 F R 0 -244 199 0 15.400 5.400 6 F [55 -6 144 -15 W 0 155 -199 0 15.800 5.000 5 F R 0 -265 199 0 15.600 5.400 6 F [55 -7 144 -18 W 0 133 -199 0 16.000 5.000 5 F [38 -6 141 -20 W 20 0 0 265 R 16.000 5.109 6 F R 0 -26 16.000 5.400 7 F [55 -8 144 -22 W 0 108 -199 0 16.200 5.000 5 F [55 -9 144 -24 W 0 263 R 16.200 5.079 6 F R 0 -59 199 0 16.000 5.400 7 F [55 -9 145 -24 W 0 78 -199 0 16.400 5.000 5 F [55 -10 145 -26 W 0 260 R 16.400 5.046 6 F R 0 -96 199 0 16.200 5.400 7 F [55 -9 145 -26 W 0 45 -200 0 16.600 5.000 5 F [54 -10 146 -29 W 0 256 R 16.600 5.011 6 F R 0 -136 200 0 16.400 5.400 7 F [38 -6 20 -4 W 0 10 16.600 5.000 5 F [54 -11 146 -29 W 0 252 R -141 0 16.800 5.000 6 F R 0 -176 199 0 16.600 5.400 7 F [54 -11 146 -30 W 0 223 -200 0 17.000 5.000 6 F [26 -6 W 174 0 0 176 R 17.000 5.182 7 F R 0 -6 17.000 5.400 8 F 2999 0 0 399 -2999 0 8.000 5.400 16 F [37 -41 85 -91 W 77 0 0 399 -198 0 8.200 5.400 16 F R 0 -132 8.200 5.800 15 F [25 -28 175 -192 W 0 267 -199 0 8.400 5.400 16 F [1 -2 W 199 0 0 132 R 8.400 5.447 15 F R 0 -2 8.400 5.800 14 F [25 -28 17 -19 W 0 46 8.400 5.400 16 F [25 -29 174 -199 W 0 350 R -158 0 8.600 5.400 15 F R 0 -230 199 0 8.400 5.800 14 F [24 -29 118 -140 W 0 168 8.600 5.400 15 F [33 -42 W 166 0 0 229 R -58 0 8.800 5.400 14 F R 0 -42 8.800 5.800 13 F [23 -30 176 -227 W 0 357 -199 0 9.000 5.400 14 F R 0 -299 199 0 8.800 5.800 13 F [23 -30 53 -70 W 0 99 9.000 5.400 14 F [11 -17 W 188 0 0 298 R -123 0 9.200 5.400 13 F R 0 -17 9.200 5.800 12 F [20 -32 180 -280 W 0 381 -199 0 9.400 5.400 13 F R 0 -329 199 0 9.200 5.800 12 F [29 -47 14 -22 W 0 68 9.400 5.400 13 F R -156 0 0 -399 199 0 9.400 5.800 12 F [15 -35 101 -256 W 83 0 0 399 -199 0 9.800 5.400 12 F R 0 -291 9.800 5.800 11 F [17 -34 34 -74 W 0 107 9.800 5.400 12 F R -149 0 0 -399 199 0 9.800 5.800 11 F 199 0 0 399 -198 0 10.200 5.400 11 F [14 -54 21 -118 7 -119 -4 -80 -4 -29 W 77 0 0 399 10.200 5.400 11 F R -88 0 0 -399 10.400 5.800 10 F 399 0 0 399 -399 0 10.800 5.400 10 F [-1 -35 -11 -71 -23 -77 -33 -73 -43 -67 -51 -62 -14 -15 W 196 0 0 399 10.800 5.400 10 F R -179 0 0 -399 11.000 5.800 9 F RS 399 0 0 399 -398 0 11.400 5.400 9 F [-16 -32 -39 -60 -52 -61 -55 -50 W 0 -197 199 0 0 399 11.400 5.400 9 F R -161 0 11.600 5.400 8 F [50 24 102 62 47 36 W 0 203 -199 0 11.800 5.400 8 F R 0 -74 199 0 11.600 5.800 9 F [36 11 149 58 10 5 W 0 325 -199 0 0 -399 12.000 5.800 8 F R 194 0 11.800 5.800 9 F [0 0 W 0 -400 199 0 0 399 12.000 5.400 8 F R 0 0 12.200 5.400 7 F [50 23 104 60 46 32 W 0 1 -199 0 12.400 5.400 7 F R 0 -284 199 0 12.200 5.800 8 F [53 17 147 56 W 0 117 -199 0 12.600 5.400 7 F R 0 -210 199 0 12.400 5.800 8 F [37 8 162 43 W 0 190 -199 0 12.800 5.400 7 F R 0 -158 199 0 12.600 5.800 8 F [55 8 144 27 W 0 241 -199 0 13.000 5.400 7 F R 0 -123 199 0 12.800 5.800 8 F [55 6 144 21 W 0 277 -198 0 13.200 5.400 7 F R 0 -96 198 0 13.000 5.800 8 F [-37 -7 W 0 -317 55 4 144 15 0 304 13.200 5.400 7 F R -36 0 13.400 5.400 6 F -144 -14 -55 -5 0 -76 199 0 13.200 5.800 8 F [55 8 145 25 W 0 8 -199 0 13.600 5.400 6 F [55 3 145 10 W 0 317 R 13.600 5.442 7 F R 0 -62 199 0 13.400 5.800 8 F [55 6 144 18 W 0 42 -199 0 13.800 5.400 6 F [55 2 144 7 W 0 296 R 13.800 5.467 7 F R 0 -53 199 0 13.600 5.800 8 F [55 4 144 13 W 0 67 -199 0 14.000 5.400 6 F [55 0 144 5 W 0 280 R 14.000 5.484 7 F R 0 -47 199 0 13.800 5.800 8 F [55 2 144 8 W 0 84 -199 0 14.200 5.400 6 F [56 0 143 1 W 0 268 R 14.200 5.495 7 F R 0 -46 199 0 14.000 5.800 8 F [55 0 144 4 W 0 95 -198 0 14.400 5.400 6 F [53 -1 146 -1 W 0 257 R 14.400 5.499 7 F R 0 -48 198 0 14.200 5.800 8 F [56 0 144 0 W 0 99 -199 0 14.600 5.400 6 F [55 -2 145 -4 W 0 251 R 14.600 5.500 7 F R 0 -55 199 0 14.400 5.800 8 F [55 -1 144 -3 W 0 99 -199 0 14.800 5.400 6 F [55 -3 144 -7 W 0 244 R 14.800 5.495 7 F R 0 -65 199 0 14.600 5.800 8 F [55 -3 144 -6 W 0 94 -199 0 15.000 5.400 6 F [55 -4 144 -9 W 0 238 R 15.000 5.486 7 F R 0 -78 199 0 14.800 5.800 8 F [55 -4 144 -10 W 0 84 -199 0 15.200 5.400 6 F [55 -5 144 -15 W 0 233 R 15.200 5.471 7 F R 0 -99 199 0 15.000 5.800 8 F [55 -5 144 -13 W 0 70 -198 0 15.400 5.400 6 F [55 -6 144 -15 W 0 228 R 15.400 5.452 7 F R 0 -121 198 0 15.200 5.800 8 F [55 -6 145 -16 W 0 51 -199 0 15.600 5.400 6 F [55 -7 145 -18 W 0 225 R 15.600 5.430 7 F R 0 -146 199 0 15.400 5.800 8 F [55 -7 144 -19 W 0 28 -199 0 15.800 5.400 6 F [55 -8 144 -21 W 0 223 R 15.800 5.403 7 F R 0 -175 199 0 15.600 5.800 8 F [20 -2 W 0 1 15.800 5.400 6 F [55 -8 144 -23 W 0 220 R -180 0 16.000 5.400 7 F [55 -9 58 -10 W 86 0 0 175 R 16.000 5.592 8 F R 0 -19 16.000 5.800 9 F [55 -9 144 -24 W 0 191 -199 0 16.200 5.400 7 F [52 -9 147 -25 W 0 187 R 16.200 5.558 8 F R 0 -53 199 0 16.000 5.800 9 F [54 -10 146 -27 W 0 158 -199 0 16.400 5.400 7 F [54 -10 146 -27 W 0 186 R 16.400 5.521 8 F R 0 -90 199 0 16.200 5.800 9 F [54 -11 146 -29 W 0 120 -200 0 16.600 5.400 7 F [54 -11 146 -29 W 0 186 R 16.600 5.481 8 F R 0 -131 200 0 16.400 5.800 9 F [53 -11 147 -31 W 0 80 -199 0 16.800 5.400 7 F [54 -11 146 -31 W 0 186 R 16.800 5.438 8 F [39 -8 W 161 0 0 131 R 16.800 5.625 9 F R 0 -8 16.800 5.800 10 F [37 -8 136 -30 W 0 37 16.800 5.400 7 F [54 -12 146 -32 W 0 186 R -27 0 17.000 5.400 8 F [51 -11 149 -33 W 0 165 R 17.000 5.581 9 F R 0 -52 200 0 16.800 5.800 10 F 2599 0 0 400 -2598 0 7.600 5.800 16 F [39 -39 76 -76 W 85 0 0 399 -199 0 7.800 5.800 16 F R 0 -114 7.800 6.200 15 F [38 -40 161 -163 W 0 283 -199 0 8.000 5.800 16 F R 0 -318 199 0 7.800 6.200 15 F [26 -28 51 -52 W 0 79 8.000 5.800 16 F [38 -40 147 -146 W 14 0 0 318 R -122 0 8.200 5.800 15 F R 0 -185 8.200 6.200 14 F [25 -28 173 -185 W 0 212 8.200 5.800 15 F R -1 0 0 -399 199 0 8.200 6.200 14 F [37 -41 148 -160 W 14 0 0 399 -199 0 8.600 5.800 14 F R 0 -200 8.600 6.200 13 F [24 -30 142 -168 W 0 197 8.600 5.800 14 F R -34 0 0 -399 199 0 8.600 6.200 13 F [32 -45 55 -74 W 112 0 0 399 -199 0 9.000 5.800 13 F R 0 -118 9.000 6.200 12 F [21 -32 167 -248 W 0 279 9.000 5.800 13 F R -11 0 0 -399 198 0 9.000 6.200 12 F 200 0 0 400 -199 0 9.400 5.800 12 F [8 -37 16 -80 W 176 0 0 399 -199 0 9.600 5.800 12 F R 0 -116 9.600 6.200 11 F [12 -36 71 -246 W 0 281 9.600 5.800 12 F R -116 0 0 -399 199 0 9.600 6.200 11 F 399 0 0 400 -398 0 10.200 5.800 11 F [-11 -54 -26 -76 -37 -71 -47 -64 W 0 -135 199 0 0 399 10.200 5.800 11 F R -120 0 10.400 5.800 10 F [47 29 64 49 55 56 W 0 266 -199 0 0 -399 10.600 6.200 10 F R 166 0 10.400 6.200 11 F 199 0 0 400 -199 0 10.800 5.800 10 F [-3 -3 W 0 -397 199 0 0 399 10.800 5.800 10 F R -3 0 11.000 5.800 9 F [34 18 100 65 61 52 4 5 W 0 4 -198 0 11.200 5.800 9 F R 0 -256 198 0 11.000 6.200 10 F [36 11 112 43 52 25 W 0 144 -199 0 11.400 5.800 9 F R 0 -176 199 0 11.200 6.200 10 F [54 11 146 35 W 0 224 -199 0 11.600 5.800 9 F R 0 -130 199 0 11.400 6.200 10 F [55 8 144 26 W 0 270 -199 0 11.800 5.800 9 F R 0 -95 199 0 11.600 6.200 10 F [-4 -1 W 0 -328 55 5 144 19 0 304 11.800 5.800 9 F R -4 0 12.000 5.800 8 F -144 -18 -56 -6 0 -71 199 0 11.800 6.200 10 F [54 12 145 39 W 0 1 -198 0 12.200 5.800 8 F [54 4 145 15 W 0 328 R 12.200 5.853 9 F R 0 -51 198 0 12.000 6.200 10 F [55 9 145 28 W 0 52 -199 0 12.400 5.800 8 F [38 2 162 12 W 0 296 R 12.400 5.890 9 F R 0 -37 199 0 12.200 6.200 10 F [55 6 145 21 W 0 90 -199 0 12.600 5.800 8 F [55 2 145 8 W 0 274 R 12.600 5.917 9 F R 0 -26 199 0 12.400 6.200 10 F [55 5 144 16 W 0 117 -199 0 12.800 5.800 8 F [55 1 144 6 W 0 257 R 12.800 5.938 9 F R 0 -19 199 0 12.600 6.200 10 F [55 4 144 12 W 0 138 -199 0 13.000 5.800 8 F [55 1 144 4 W 0 243 R 13.000 5.955 9 F R 0 -13 199 0 12.800 6.200 10 F [55 2 144 9 W 0 155 -198 0 13.200 5.800 8 F [55 0 144 2 W 0 233 R 13.200 5.966 9 F R 0 -10 198 0 13.000 6.200 10 F [55 1 145 6 W 0 167 -199 0 13.400 5.800 8 F [56 0 144 0 W 0 224 R 13.400 5.974 9 F R 0 -10 199 0 13.200 6.200 10 F [55 0 145 5 W 0 174 -199 0 13.600 5.800 8 F [55 -1 145 0 W 0 215 R 13.600 5.980 9 F R 0 -10 199 0 13.400 6.200 10 F [56 0 143 0 W 0 180 -199 0 13.800 5.800 8 F [55 -1 144 -5 W 0 208 R 13.800 5.980 9 F R 0 -17 199 0 13.600 6.200 10 F [55 0 144 -1 W 0 179 -199 0 14.000 5.800 8 F [55 -1 144 -5 W 0 201 R 14.000 5.979 9 F R 0 -24 199 0 13.800 6.200 10 F [55 -2 144 -2 W 0 178 -199 0 14.200 5.800 8 F [55 -3 144 -6 W 0 195 R 14.200 5.974 9 F R 0 -33 199 0 14.000 6.200 10 F [55 -3 144 -7 W 0 173 -198 0 14.400 5.800 8 F [55 -5 144 -12 W 0 190 R 14.400 5.964 9 F R 0 -51 198 0 14.200 6.200 10 F [55 -3 145 -9 W 0 163 -199 0 14.600 5.800 8 F [55 -4 145 -13 W 0 183 R 14.600 5.952 9 F R 0 -69 199 0 14.400 6.200 10 F [55 -3 144 -9 W 0 151 -199 0 14.800 5.800 8 F [55 -4 144 -11 W 0 178 R 14.800 5.939 9 F R 0 -84 199 0 14.600 6.200 10 F [55 -5 144 -12 W 0 138 -199 0 15.000 5.800 8 F [55 -6 144 -14 W 0 175 R 15.000 5.922 9 F R 0 -105 199 0 14.800 6.200 10 F [55 -6 144 -18 W 0 121 -199 0 15.200 5.800 8 F [55 -7 144 -18 W 0 171 R 15.200 5.898 9 F R 0 -130 199 0 15.000 6.200 10 F [55 -6 144 -17 W 0 96 -198 0 15.400 5.800 8 F [55 -7 144 -19 W 0 170 R 15.400 5.874 9 F [50 -7 W 149 0 0 131 R 15.400 6.042 10 F R 0 -6 15.400 6.200 11 F [55 -8 145 -19 W 0 73 -199 0 15.600 5.800 8 F [55 -8 145 -19 W 0 167 R 15.600 5.846 9 F [55 -8 145 -20 W 0 149 R 15.600 6.015 10 F R 0 -35 199 0 15.400 6.200 11 F [55 -9 144 -22 W 0 45 -199 0 15.800 5.800 8 F [55 -9 144 -22 W 0 168 R 15.800 5.815 9 F [55 -8 144 -23 W 0 149 R 15.800 5.983 10 F R 0 -66 199 0 15.600 6.200 11 F [38 -6 48 -8 W 0 13 15.800 5.800 8 F [55 -9 144 -24 W 0 167 R -114 0 16.000 5.800 9 F [55 -9 144 -24 W 0 149 R 16.000 5.950 10 F R 0 -99 199 0 15.800 6.200 11 F [55 -9 144 -26 W 0 149 -199 0 16.200 5.800 9 F [55 -9 144 -26 W 0 149 R 16.200 5.914 10 F [1 0 W 198 0 0 100 R 16.200 6.064 11 F R 0 0 16.200 6.200 12 F [54 -10 146 -28 W 0 113 -199 0 16.400 5.800 9 F [54 -10 146 -28 W 0 149 R 16.400 5.876 10 F [55 -10 145 -26 W 0 134 R 16.400 6.026 11 F R 0 -36 199 0 16.200 6.200 12 F [54 -11 146 -30 W 0 75 -200 0 16.600 5.800 9 F [54 -11 146 -29 W 0 149 R 16.600 5.835 10 F [54 -11 146 -28 W 0 135 R 16.600 5.986 11 F R 0 -76 200 0 16.400 6.200 12 F [37 -8 123 -26 W 0 33 16.600 5.800 9 F [54 -12 146 -31 W 0 150 R -39 0 16.800 5.800 10 F [54 -11 146 -31 W 0 136 R 16.800 5.942 11 F R 0 -118 199 0 16.600 6.200 12 F [54 -12 146 -32 W 0 141 -200 0 17.000 5.800 10 F [54 -12 146 -32 W 0 137 R 17.000 5.897 11 F [37 -8 125 -26 W 38 0 0 118 R 17.000 6.036 12 F R 0 -33 17.000 6.200 13 F RS 2199 0 0 400 -2198 0 7.200 6.200 16 F [39 -39 79 -79 W 81 0 0 399 -199 0 7.400 6.200 16 F R 0 -117 7.400 6.600 15 F [39 -39 160 -158 W 0 280 -198 0 7.600 6.200 16 F [6 -6 W 193 0 0 118 R 7.600 6.283 15 F R 0 -5 7.600 6.600 14 F [27 -27 57 -56 W 0 83 7.600 6.200 16 F [40 -38 160 -149 W 0 309 R -115 0 7.800 6.200 15 F R 0 -193 199 0 7.600 6.600 14 F [40 -38 159 -153 W 0 205 -199 0 8.000 6.200 15 F [9 -8 W 190 0 0 193 R 8.000 6.214 14 F R 0 -7 8.000 6.600 13 F [14 -14 W 0 14 8.000 6.200 15 F [41 -37 158 -143 W 0 376 R -185 0 8.200 6.200 14 F R 0 -188 198 0 8.000 6.600 13 F [39 -39 161 -157 W 0 210 -199 0 8.400 6.200 14 F R 0 -384 199 0 8.200 6.600 13 F [14 -14 W 0 14 8.400 6.200 14 F [40 -38 3 -3 W 156 0 0 384 R -186 0 8.600 6.200 13 F R 0 -40 8.600 6.600 12 F [24 -29 175 -188 W 0 357 -199 0 8.800 6.200 13 F R 0 -258 199 0 8.600 6.600 12 F [34 -44 78 -96 W 0 140 8.800 6.200 13 F R -88 0 0 -399 199 0 8.800 6.600 12 F 399 0 0 400 -398 0 9.400 6.200 12 F [4 -35 2 -70 -6 -52 -14 -47 -10 -23 W 0 -172 199 0 0 399 9.400 6.200 12 F R -24 0 9.600 6.200 11 F [41 15 49 26 61 48 37 47 11 21 W 0 228 -199 0 9.800 6.200 11 F R 0 -15 199 0 9.600 6.600 12 F [51 14 W 0 386 -199 0 0 -399 10.000 6.600 11 F R 50 0 9.800 6.600 12 F 399 0 0 400 -398 0 10.400 6.200 11 F [-33 -17 W 0 -382 199 0 0 399 10.400 6.200 11 F R -32 0 10.600 6.200 10 F [37 8 114 37 48 22 W 0 18 -199 0 10.800 6.200 10 F R 0 -315 199 0 10.600 6.600 11 F [38 5 161 30 W 0 85 -199 0 11.000 6.200 10 F R 0 -279 199 0 10.800 6.600 11 F [55 6 144 18 W 0 121 -198 0 11.200 6.200 10 F R 0 -255 198 0 11.000 6.600 11 F [55 3 145 14 W 0 146 -199 0 11.400 6.200 10 F R 0 -237 199 0 11.200 6.600 11 F [55 2 145 6 W 0 163 -199 0 11.600 6.200 10 F R 0 -228 199 0 11.400 6.600 11 F [55 2 144 5 W 0 172 -199 0 11.800 6.200 10 F R 0 -221 199 0 11.600 6.600 11 F [55 1 144 5 W 0 180 -199 0 12.000 6.200 10 F R 0 -214 199 0 11.800 6.600 11 F [55 1 144 3 W 0 187 -198 0 12.200 6.200 10 F R 0 -209 198 0 12.000 6.600 11 F [55 0 145 3 W 0 191 -199 0 12.400 6.200 10 F [55 -1 74 -2 W 71 0 0 208 R 12.400 6.394 11 F R 0 -2 12.400 6.600 12 F [56 0 144 1 W 0 194 -199 0 12.600 6.200 10 F [55 -1 145 -4 W 0 201 R 12.600 6.396 11 F R 0 -8 199 0 12.400 6.600 12 F [55 0 144 -1 W 0 195 -199 0 12.800 6.200 10 F [55 -3 144 -6 W 0 195 R 12.800 6.394 11 F R 0 -17 199 0 12.600 6.600 12 F [55 -1 144 -4 W 0 193 -199 0 13.000 6.200 10 F [55 -3 144 -12 W 0 187 R 13.000 6.389 11 F R 0 -33 199 0 12.800 6.600 12 F [55 0 144 -3 W 0 188 -198 0 13.200 6.200 10 F [55 -2 144 -6 W 0 177 R 13.200 6.386 11 F R 0 -41 198 0 13.000 6.600 12 F [55 -1 145 -3 W 0 185 -199 0 13.400 6.200 10 F [50 -3 150 -7 W 0 171 R 13.400 6.381 11 F R 0 -52 199 0 13.200 6.600 12 F [55 -3 145 -6 W 0 180 -199 0 13.600 6.200 10 F [55 -5 145 -12 W 0 165 R 13.600 6.371 11 F R 0 -69 199 0 13.400 6.600 12 F [55 -3 144 -8 W 0 170 -199 0 13.800 6.200 10 F [55 -4 144 -12 W 0 157 R 13.800 6.359 11 F R 0 -85 199 0 13.600 6.600 12 F [55 -3 144 -7 W 0 158 -199 0 14.000 6.200 10 F [55 -4 144 -10 W 0 152 R 14.000 6.349 11 F R 0 -100 199 0 13.800 6.600 12 F [55 -4 144 -9 W 0 148 -199 0 14.200 6.200 10 F [55 -5 144 -11 W 0 148 R 14.200 6.335 11 F R 0 -117 199 0 14.000 6.600 12 F [55 -5 144 -15 W 0 134 -198 0 14.400 6.200 10 F [55 -6 144 -15 W 0 146 R 14.400 6.314 11 F [55 -6 44 -5 W 100 0 0 117 R 14.400 6.460 12 F R 0 -10 14.400 6.600 13 F [55 -5 145 -15 W 0 113 -199 0 14.600 6.200 10 F [38 -4 162 -17 W 0 145 R 14.600 6.294 11 F [55 -6 145 -17 W 0 127 R 14.600 6.439 12 F R 0 -34 199 0 14.400 6.600 13 F [55 -5 144 -15 W 0 93 -199 0 14.800 6.200 10 F [55 -6 144 -17 W 0 144 R 14.800 6.273 11 F [55 -6 144 -18 W 0 125 R 14.800 6.415 12 F R 0 -58 199 0 14.600 6.600 13 F [55 -7 144 -17 W 0 73 -199 0 15.000 6.200 10 F [55 -7 144 -19 W 0 141 R 15.000 6.249 11 F [55 -7 144 -18 W 0 125 R 15.000 6.389 12 F R 0 -84 199 0 14.800 6.600 13 F [38 -5 161 -22 W 0 48 -199 0 15.200 6.200 10 F [55 -8 144 -19 W 0 139 R 15.200 6.222 11 F [55 -8 144 -19 W 0 125 R 15.200 6.361 12 F R 0 -111 199 0 15.000 6.600 13 F [38 -5 111 -16 W 0 21 15.200 6.200 10 F [55 -8 144 -23 W 0 139 R -50 0 15.400 6.200 11 F [55 -8 144 -23 W 0 126 R 15.400 6.330 12 F [38 -5 144 -22 W 17 0 0 111 R 15.400 6.457 13 F R 0 -26 15.400 6.600 14 F [55 -8 145 -21 W 0 130 -199 0 15.600 6.200 11 F [55 -8 145 -20 W 0 125 R 15.600 6.301 12 F [55 -7 145 -20 W 0 115 R 15.600 6.428 13 F R 0 -54 199 0 15.400 6.600 14 F [55 -9 144 -22 W 0 100 -199 0 15.800 6.200 11 F [55 -9 144 -22 W 0 126 R 15.800 6.269 12 F [55 -9 144 -21 W 0 116 R 15.800 6.396 13 F R 0 -85 199 0 15.600 6.600 14 F [38 -6 161 -28 W 0 69 -199 0 16.000 6.200 11 F [55 -9 144 -26 W 0 126 R 16.000 6.235 12 F [55 -9 144 -26 W 0 117 R 16.000 6.361 13 F [55 -9 3 0 W 141 0 0 84 R 16.000 6.479 14 F R 0 -8 16.000 6.600 15 F [38 -6 160 -29 W 0 35 16.000 6.200 11 F [55 -9 144 -26 W 0 124 R -2 0 16.200 6.200 12 F [55 -9 144 -26 W 0 117 R 16.200 6.325 13 F [38 -6 161 -28 W 0 111 R 16.200 6.443 14 F R 0 -43 199 0 16.000 6.600 15 F [55 -10 145 -25 W 0 124 -199 0 16.400 6.200 12 F [55 -9 145 -25 W 0 118 R 16.400 6.289 13 F [52 -8 148 -24 W 0 111 R 16.400 6.409 14 F R 0 -76 199 0 16.200 6.600 15 F [37 -7 163 -32 W 0 89 -200 0 16.600 6.200 12 F [54 -11 146 -27 W 0 119 R 16.600 6.250 13 F [54 -10 146 -27 W 0 113 R 16.600 6.370 14 F [22 -4 W 178 0 0 76 R 16.600 6.485 15 F R 0 -3 16.600 6.600 16 F [54 -11 146 -31 W 0 49 -199 0 16.800 6.200 12 F [54 -11 146 -31 W 0 120 R 16.800 6.208 13 F [54 -11 146 -30 W 0 114 R 16.800 6.328 14 F [54 -11 146 -29 W 0 110 R 16.800 6.444 15 F R 0 -44 199 0 16.600 6.600 16 F [37 -7 W 0 7 16.800 6.200 12 F [54 -11 146 -30 W 0 119 R -163 0 17.000 6.200 13 F [54 -11 146 -29 W 0 114 R 17.000 6.287 14 F [37 -7 163 -32 W 0 111 R 17.000 6.403 15 F R 0 -83 200 0 16.800 6.600 16 F 1799 0 0 400 -1799 0 6.800 6.600 16 F [35 -42 41 -50 W 123 0 0 399 -199 0 7.000 6.600 16 F R 0 -91 7.000 7.000 15 F [26 -28 173 -194 W 0 306 -198 0 7.200 6.600 16 F [9 -10 W 190 0 0 92 R 7.200 6.684 15 F R 0 -9 7.200 7.000 14 F [27 -27 54 -57 W 0 84 7.200 6.600 16 F [27 -27 172 -178 W 0 305 R -119 0 7.400 6.600 15 F R 0 -215 199 0 7.200 7.000 14 F [28 -26 165 -158 W 0 184 7.400 6.600 15 F [28 -25 36 -33 W 135 0 0 215 R -6 0 7.600 6.600 14 F R 0 -57 7.600 7.000 13 F [29 -25 171 -149 W 0 341 -199 0 7.800 6.600 14 F R 0 -232 199 0 7.600 7.000 13 F [29 -25 161 -142 W 0 167 7.800 6.600 14 F R -9 0 0 -399 199 0 7.800 7.000 13 F [44 -33 89 -67 W 66 0 0 399 -198 0 8.200 6.600 13 F R 0 -99 8.200 7.000 12 F [29 -24 171 -134 W 0 298 -199 0 8.400 6.600 13 F R 0 -258 199 0 8.200 7.000 12 F [41 -38 115 -102 W 0 140 8.400 6.600 13 F R -43 0 0 -399 199 0 8.400 7.000 12 F 1199 0 0 400 -1199 0 9.800 6.600 12 F [-54 -11 -94 -14 W 0 -374 199 0 0 399 9.800 6.600 12 F R -148 0 10.000 6.600 11 F [55 2 144 11 W 0 26 -198 0 10.200 6.600 11 F R 0 -361 198 0 10.000 7.000 12 F [55 0 145 3 W 0 40 -199 0 10.400 6.600 11 F [54 -10 143 -31 W 3 0 0 359 R 10.400 6.643 12 F R 0 -40 10.400 7.000 13 F [56 0 144 2 W 0 43 -199 0 10.600 6.600 11 F [55 -8 145 -24 W 0 314 R 10.600 6.646 12 F R 0 -73 199 0 10.400 7.000 13 F [55 -1 144 -2 W 0 45 -199 0 10.800 6.600 11 F [55 -6 144 -19 W 0 279 R 10.800 6.642 12 F R 0 -99 199 0 10.600 7.000 13 F [55 -1 144 -4 W 0 42 -199 0 11.000 6.600 11 F [55 -5 144 -15 W 0 257 R 11.000 6.637 12 F R 0 -119 199 0 10.800 7.000 13 F [55 -1 144 -6 W 0 36 -198 0 11.200 6.600 11 F [55 -5 144 -14 W 0 242 R 11.200 6.630 12 F R 0 -139 198 0 11.000 7.000 13 F [55 -1 145 -5 W 0 29 -199 0 11.400 6.600 11 F [38 -3 162 -18 W 0 229 R 11.400 6.623 12 F R 0 -160 199 0 11.200 7.000 13 F [55 -1 145 -4 W 0 22 -199 0 11.600 6.600 11 F [55 -3 145 -11 W 0 215 R 11.600 6.618 12 F R 0 -175 199 0 11.400 7.000 13 F [38 0 161 -5 W 0 17 -199 0 11.800 6.600 11 F [55 -3 144 -9 W 0 205 R 11.800 6.613 12 F [55 -5 97 -10 W 47 0 0 175 R 11.800 6.812 13 F R 0 -14 11.800 7.000 14 F [55 -1 144 -3 W 0 11 -199 0 12.000 6.600 11 F [55 -4 144 -10 W 0 198 R 12.000 6.608 12 F [55 -7 144 -18 W 0 171 R 12.000 6.797 13 F R 0 -40 199 0 11.800 7.000 14 F [55 -1 144 -4 W 0 6 -198 0 12.200 6.600 11 F [38 -2 161 -12 W 0 188 R 12.200 6.602 12 F [55 -6 144 -17 W 0 161 R 12.200 6.783 13 F R 0 -64 198 0 12.000 7.000 14 F [38 -1 32 0 W 0 1 12.200 6.600 11 F [38 -2 162 -9 W 0 179 R -129 0 12.400 6.600 12 F [55 -4 145 -13 W 0 152 R 12.400 6.771 13 F R 0 -81 199 0 12.200 7.000 14 F [38 -2 162 -7 W 0 170 -199 0 12.600 6.600 12 F [55 -4 145 -10 W 0 146 R 12.600 6.761 13 F R 0 -96 199 0 12.400 7.000 14 F [38 -3 161 -11 W 0 160 -199 0 12.800 6.600 12 F [38 -3 161 -15 W 0 141 R 12.800 6.747 13 F R 0 -114 199 0 12.600 7.000 14 F [55 -4 144 -13 W 0 146 -199 0 13.000 6.600 12 F [55 -5 144 -11 W 0 137 R 13.000 6.730 13 F [54 -5 115 -12 W 30 0 0 114 R 13.000 6.868 14 F R 0 -16 13.000 7.000 15 F [55 -4 144 -10 W 0 129 -198 0 13.200 6.600 12 F [55 -5 144 -12 W 0 137 R 13.200 6.715 13 F [55 -5 144 -15 W 0 114 R 13.200 6.850 14 F R 0 -37 198 0 13.000 7.000 15 F [55 -5 145 -10 W 0 114 -199 0 13.400 6.600 12 F [55 -5 145 -13 W 0 134 R 13.400 6.699 13 F [55 -5 145 -14 W 0 111 R 13.400 6.831 14 F R 0 -56 199 0 13.200 7.000 15 F [55 -6 145 -18 W 0 98 -199 0 13.600 6.600 12 F [55 -7 145 -20 W 0 131 R 13.600 6.675 13 F [38 -5 162 -20 W 0 110 R 13.600 6.803 14 F R 0 -83 199 0 13.400 7.000 15 F [55 -6 144 -16 W 0 74 -199 0 13.800 6.600 12 F [55 -6 144 -18 W 0 128 R 13.800 6.652 13 F [55 -7 144 -17 W 0 112 R 13.800 6.779 14 F [55 -6 14 -2 W 130 0 0 82 R 13.800 6.892 15 F R 0 -7 13.800 7.000 16 F [55 -5 144 -15 W 0 51 -199 0 14.000 6.600 12 F [55 -6 144 -20 W 0 126 R 14.000 6.632 13 F [38 -5 161 -23 W 0 112 R 14.000 6.753 14 F [55 -6 144 -18 W 0 98 R 14.000 6.863 15 F R 0 -32 199 0 13.800 7.000 16 F [55 -6 144 -14 W 0 31 -199 0 14.200 6.600 12 F [55 -6 144 -15 W 0 119 R 14.200 6.611 13 F [55 -6 144 -16 W 0 110 R 14.200 6.731 14 F [55 -6 144 -16 W 0 102 R 14.200 6.841 15 F R 0 -55 199 0 14.000 7.000 16 F [38 -4 62 -7 W 0 11 14.200 6.600 12 F [55 -7 144 -20 W 0 119 R -99 0 14.400 6.600 13 F [55 -8 144 -21 W 0 110 R 14.400 6.704 14 F [55 -8 144 -22 W 0 102 R 14.400 6.812 15 F R 0 -85 198 0 14.200 7.000 16 F [47 -5 153 -21 W 0 102 -199 0 14.600 6.600 13 F [55 -7 145 -22 W 0 107 R 14.600 6.677 14 F [55 -7 145 -23 W 0 101 R 14.600 6.782 15 F R 0 -115 199 0 14.400 7.000 16 F [55 -6 144 -17 W 0 76 -199 0 14.800 6.600 13 F [55 -5 144 -16 W 0 104 R 14.800 6.654 14 F [55 -5 144 -14 W 0 100 R 14.800 6.761 15 F R 0 -135 199 0 14.600 7.000 16 F [38 -4 161 -19 W 0 52 -199 0 15.000 6.600 13 F [55 -6 144 -16 W 0 106 R 15.000 6.630 14 F [55 -6 144 -15 W 0 102 R 15.000 6.738 15 F R 0 -157 199 0 14.800 7.000 16 F [55 -7 144 -20 W 0 29 -199 0 15.200 6.600 13 F [53 -7 146 -21 W 0 107 R 15.200 6.603 14 F [55 -8 144 -20 W 0 103 R 15.200 6.710 15 F R 0 -185 199 0 15.000 7.000 16 F RS [17 -2 W 0 2 15.200 6.600 13 F [55 -8 144 -21 W 0 106 R -182 0 15.400 6.600 14 F [49 -7 150 -21 W 0 102 R 15.400 6.680 15 F R 0 -214 198 0 15.200 7.000 16 F [38 -5 162 -22 W 0 80 -199 0 15.600 6.600 14 F [55 -7 145 -19 W 0 103 R 15.600 6.653 15 F R 0 -241 199 0 15.400 7.000 16 F [55 -8 144 -21 W 0 52 -199 0 15.800 6.600 14 F [38 -5 161 -24 W 0 104 R 15.800 6.623 15 F R 0 -271 199 0 15.600 7.000 16 F [38 -6 103 -17 W 0 23 15.800 6.600 14 F [55 -8 144 -23 W 0 104 R -59 0 16.000 6.600 15 F R 0 -302 199 0 15.800 7.000 16 F [38 -6 161 -27 W 0 96 -199 0 16.200 6.600 15 F R 0 -336 199 0 16.000 7.000 16 F [55 -8 145 -24 W 0 63 -199 0 16.400 6.600 15 F R 0 -368 199 0 16.200 7.000 16 F [37 -7 140 -24 W 0 31 16.400 6.600 15 F R -23 0 0 -399 200 0 16.400 7.000 16 F 400 0 0 400 -400 0 17.000 6.600 16 F 1599 0 0 400 -1598 0 6.600 7.000 16 F [21 -31 126 -202 W 52 0 0 399 -199 0 6.800 7.000 16 F R 0 -233 6.800 7.400 15 F [23 -30 100 -136 W 0 166 6.800 7.000 16 F [23 -30 100 -144 W 76 0 0 233 R -77 0 7.000 7.000 15 F R 0 -174 7.000 7.400 14 F [26 -28 164 -197 W 0 225 7.000 7.000 15 F [35 -43 11 -13 W 153 0 0 173 R -9 0 7.200 7.000 14 F R 0 -56 7.200 7.400 13 F [39 -39 160 -175 W 0 343 -199 0 7.400 7.000 14 F R 0 -270 199 0 7.200 7.400 13 F [28 -26 107 -103 W 0 129 7.400 7.000 14 F [29 -25 11 -10 W 159 0 0 269 R -64 0 7.600 7.000 13 F R 0 -35 7.600 7.400 12 F [30 -23 170 -142 W 0 363 -199 0 7.800 7.000 13 F R 0 -200 199 0 7.600 7.400 12 F [31 -22 168 -127 W 0 197 -199 0 8.000 7.000 13 F R 0 -350 199 0 7.800 7.400 12 F [31 -22 35 -26 W 0 48 8.000 7.000 13 F R -133 0 0 -399 198 0 8.000 7.400 12 F 799 0 0 400 -799 0 9.000 7.000 12 F [33 -18 88 -58 W 78 0 0 399 -198 0 9.200 7.000 12 F R 0 -76 9.200 7.400 13 F [51 -20 145 -68 4 -2 W 0 323 -199 0 9.400 7.000 12 F R 0 -166 199 0 9.200 7.400 13 F [52 -18 148 -57 W 0 233 -199 0 9.600 7.000 12 F R 0 -241 199 0 9.400 7.400 13 F [53 -15 146 -46 W 0 157 -199 0 9.800 7.000 12 F [35 -15 23 -10 W 141 0 0 240 R 9.800 7.097 13 F R 0 -25 9.800 7.400 14 F [54 -13 145 -38 W 0 96 -199 0 10.000 7.000 12 F [36 -12 163 -63 W 0 276 R 10.000 7.045 13 F R 0 -100 199 0 9.800 7.400 14 F [54 -12 145 -32 W 0 44 -198 0 10.200 7.000 12 F [37 -10 162 -48 W 0 252 R 10.200 7.001 13 F R 0 -159 198 0 10.000 7.400 14 F [2 0 W 0 0 10.200 7.000 12 F [54 -12 146 -34 W 0 238 R -197 0 10.400 7.000 13 F [37 -10 67 -17 W 96 0 0 159 R 10.400 7.193 14 F R 0 -27 10.400 7.400 15 F [54 -11 146 -34 W 0 192 -199 0 10.600 7.000 13 F [37 -9 163 -48 W 0 178 R 10.600 7.147 14 F R 0 -84 199 0 10.400 7.400 15 F [55 -8 144 -27 W 0 146 -199 0 10.800 7.000 13 F [54 -11 145 -34 W 0 167 R 10.800 7.112 14 F R 0 -129 199 0 10.600 7.400 15 F [38 -5 161 -23 W 0 111 -199 0 11.000 7.000 13 F [55 -9 144 -26 W 0 157 R 11.000 7.084 14 F [54 -11 90 -20 W 55 0 0 129 R 11.000 7.235 15 F R 0 -31 11.000 7.400 16 F [38 -4 161 -21 W 0 83 -198 0 11.200 7.000 13 F [55 -8 144 -23 W 0 150 R 11.200 7.058 14 F [55 -10 144 -29 W 0 132 R 11.200 7.203 15 F R 0 -70 198 0 11.000 7.400 16 F [52 -7 148 -24 W 0 57 -199 0 11.400 7.000 13 F [38 -5 162 -26 W 0 144 R 11.400 7.027 14 F [55 -9 145 -25 W 0 124 R 11.400 7.172 15 F R 0 -105 199 0 11.200 7.400 16 F [38 -4 162 -17 W 0 26 -199 0 11.600 7.000 13 F [55 -6 145 -18 W 0 144 R 11.600 7.005 14 F [55 -8 145 -21 W 0 121 R 11.600 7.147 15 F R 0 -135 199 0 11.400 7.400 16 F [38 -4 9 -1 W 0 5 11.600 7.000 13 F [55 -6 144 -17 W 0 142 R -153 0 11.800 7.000 14 F [55 -7 144 -21 W 0 116 R 11.800 7.124 15 F R 0 -163 199 0 11.600 7.400 16 F [38 -5 161 -23 W 0 123 -199 0 12.000 7.000 14 F [55 -8 144 -22 W 0 111 R 12.000 7.096 15 F R 0 -194 199 0 11.800 7.400 16 F [55 -7 144 -21 W 0 95 -198 0 12.200 7.000 14 F [55 -7 144 -22 W 0 109 R 12.200 7.068 15 F R 0 -223 198 0 12.000 7.400 16 F [55 -5 145 -16 W 0 67 -199 0 12.400 7.000 14 F [55 -5 145 -17 W 0 108 R 12.400 7.046 15 F R 0 -245 199 0 12.200 7.400 16 F [55 -5 145 -14 W 0 45 -199 0 12.600 7.000 14 F [55 -6 145 -15 W 0 106 R 12.600 7.027 15 F R 0 -266 199 0 12.400 7.400 16 F [55 -6 144 -17 W 0 26 -199 0 12.800 7.000 14 F [55 -6 144 -19 W 0 105 R 12.800 7.003 15 F R 0 -292 199 0 12.600 7.400 16 F [30 -3 W 0 3 12.800 7.000 14 F [55 -6 144 -19 W 0 102 R -170 0 13.000 7.000 15 F R 0 -317 199 0 12.800 7.400 16 F [38 -4 161 -18 W 0 80 -198 0 13.200 7.000 15 F R 0 -340 198 0 13.000 7.400 16 F [55 -5 145 -15 W 0 57 -199 0 13.400 7.000 15 F R 0 -361 199 0 13.200 7.400 16 F [55 -6 145 -15 W 0 37 -199 0 13.600 7.000 15 F R 0 -383 199 0 13.400 7.400 16 F [38 -4 92 -12 W 0 16 13.600 7.000 15 F R -69 0 0 -399 199 0 13.600 7.400 16 F 3200 0 0 400 -3200 0 17.000 7.000 16 F 1399 0 0 399 -1399 0 6.400 7.400 16 F [16 -34 71 -187 23 -78 W 89 0 0 399 -198 0 6.600 7.400 16 F R 0 -299 6.600 7.800 15 F [26 -49 26 -51 W 0 99 6.600 7.400 16 F [19 -33 85 -181 24 -63 W 71 0 0 299 R -148 0 6.800 7.400 15 F R 0 -277 6.800 7.800 14 F [21 -32 55 -90 W 0 121 6.800 7.400 15 F [20 -32 77 -140 7 -14 W 95 0 0 277 R -124 0 7.000 7.400 14 F R 0 -186 7.000 7.800 13 F [23 -30 130 -183 W 0 212 7.000 7.400 14 F R -46 0 0 -399 198 0 7.000 7.800 13 F [37 -41 156 -202 W 6 0 0 399 -199 0 7.400 7.400 13 F R 0 -243 7.400 7.800 12 F [28 -25 131 -131 W 0 155 7.400 7.400 13 F R -40 0 0 -399 198 0 7.400 7.800 12 F 999 0 0 399 -999 0 8.600 7.400 12 F [29 -24 147 -136 17 -19 W 6 0 0 399 -199 0 8.800 7.400 12 F R 0 -179 8.800 7.800 13 F [43 -34 156 -126 W 0 220 -199 0 9.000 7.400 12 F [6 -4 W 193 0 0 179 R 9.000 7.460 13 F R 0 -4 9.000 7.800 14 F [44 -33 34 -27 W 0 59 9.000 7.400 12 F [46 -30 153 -108 W 0 335 R -121 0 9.200 7.400 13 F R 0 -142 198 0 9.000 7.800 14 F [50 -24 150 -87 W 0 256 -199 0 9.400 7.400 13 F [34 -18 73 -44 W 93 0 0 142 R 9.400 7.546 14 F R 0 -62 9.400 7.800 15 F [51 -21 149 -63 W 0 144 -199 0 9.600 7.400 13 F [51 -21 146 -65 3 -1 W 0 191 R 9.600 7.461 14 F [25 -11 W 175 0 0 62 R 9.600 7.650 15 F R 0 -11 9.600 7.800 16 F [35 -15 106 -45 W 0 59 9.600 7.400 13 F [52 -20 147 -59 W 0 188 R -59 0 9.800 7.400 14 F [52 -20 147 -61 W 0 138 R 9.800 7.571 15 F R 0 -92 199 0 9.600 7.800 16 F [52 -19 147 -57 W 0 169 -199 0 10.000 7.400 14 F [52 -19 147 -58 W 0 136 R 10.000 7.494 15 F R 0 -169 199 0 9.800 7.800 16 F [53 -17 146 -50 W 0 93 -198 0 10.200 7.400 14 F [53 -16 146 -50 W 0 135 R 10.200 7.426 15 F R 0 -236 198 0 10.000 7.800 16 F [37 -9 58 -17 W 0 25 10.200 7.400 14 F [54 -12 146 -37 W 0 136 R -104 0 10.400 7.400 15 F R 0 -285 199 0 10.200 7.800 16 F [54 -13 146 -38 W 0 114 -199 0 10.600 7.400 15 F R 0 -336 199 0 10.400 7.800 16 F [54 -13 145 -36 W 0 62 -199 0 10.800 7.400 15 F R 0 -385 199 0 10.600 7.800 16 F [37 -8 18 -5 W 0 12 10.800 7.400 15 F R -145 0 0 -399 199 0 10.800 7.800 16 F RS 5999 0 0 399 -5999 0 17.000 7.400 16 F 1399 0 0 399 -1399 0 6.400 7.800 16 F [14 -54 44 -235 10 -110 W 21 0 0 398 6.400 7.800 16 F [7 -37 17 -111 W 155 0 R -110 0 6.600 7.800 15 F R 0 -147 6.600 8.200 14 F [18 -52 53 -199 W 0 250 6.600 7.800 15 F [10 -37 25 -110 W 164 0 0 148 R -129 0 6.800 7.800 14 F R 0 -146 6.800 8.200 13 F [16 -35 58 -149 21 -68 W 0 251 6.800 7.800 14 F R -105 0 0 -399 199 0 6.800 8.200 13 F [21 -32 81 -138 64 -146 25 -74 W 8 0 0 399 -198 0 7.200 7.800 13 F R 0 -389 7.200 8.200 12 F [6 -9 W 0 8 7.200 7.800 13 F R -193 0 0 -399 199 0 7.200 8.200 12 F [29 -20 52 -44 41 -43 W 77 0 0 399 -198 0 7.600 7.800 12 F R 0 -106 7.600 8.200 11 F [9 24 19 21 33 14 34 0 44 -11 59 -31 2 0 W 0 291 -199 0 7.800 7.800 12 F R 0 -91 199 0 7.600 8.200 11 F [-3 35 5 56 W 0 308 -199 0 0 -398 8.000 8.200 12 F R 3 0 7.800 8.200 11 F 199 0 0 399 -198 0 8.200 7.800 12 F [33 -45 69 -95 W 98 0 0 399 -199 0 8.400 7.800 12 F R 0 -139 8.400 8.200 13 F [36 -42 163 -210 W 0 258 -199 0 8.600 7.800 12 F [25 -28 4 -3 W 170 0 0 139 R 8.600 7.807 13 F R 0 -30 8.600 8.200 14 F [6 -6 W 0 5 8.600 7.800 12 F [40 -39 159 -169 W 0 361 R -194 0 8.800 7.800 13 F [19 -18 W 180 0 0 31 R 8.800 7.960 14 F R 0 -17 8.800 8.200 15 F [44 -33 149 -126 W 0 158 8.800 7.800 13 F [43 -34 156 -138 W 0 220 R -7 0 9.000 7.800 14 F [30 -24 9 -7 W 160 0 0 17 R 9.000 8.009 15 F R 0 -30 9.000 8.200 16 F [45 -32 154 -113 W 0 208 -198 0 9.200 7.800 14 F [45 -32 154 -114 W 0 158 R 9.200 7.863 15 F R 0 -177 198 0 9.000 8.200 16 F [46 -31 46 -32 W 0 62 9.200 7.800 14 F [47 -29 153 -103 W 0 157 R -107 0 9.400 7.800 15 F R 0 -310 199 0 9.200 8.200 16 F [50 -23 124 -65 W 0 87 9.400 7.800 15 F R -25 0 0 -399 199 0 9.400 8.200 16 F 7399 0 0 399 -7399 0 17.000 7.800 16 F 1399 0 0 399 -1399 0 6.400 8.200 16 F [2 -38 -1 -360 0 -1 W 19 0 0 399 6.400 8.200 16 F [4 -38 15 -319 0 -42 W 136 0 R 6.421 8.200 15 F R -25 0 0 -399 6.600 8.600 14 F [10 -55 32 -278 3 -66 W 119 0 0 399 6.600 8.200 14 F R -36 0 0 -399 6.800 8.600 13 F [10 -37 52 -234 13 -102 W 124 0 0 399 -199 0 7.000 8.200 13 F R 0 -373 7.000 8.600 12 F [8 -26 W 0 26 7.000 8.200 13 F R -191 0 0 -399 198 0 7.000 8.600 12 F RS [20 -32 52 -106 39 -114 11 -44 W 77 0 0 399 -199 0 7.400 8.200 12 F R 0 -296 7.400 8.600 11 F [35 -43 42 -60 W 0 103 7.400 8.200 12 F R -122 0 0 -399 198 0 7.400 8.600 11 F [5 -38 46 -268 19 -74 W 130 0 0 399 -199 0 7.800 8.200 11 F R 0 -380 7.800 8.600 12 F [2 -19 W 0 19 7.800 8.200 11 F R -197 0 0 -399 199 0 7.800 8.600 12 F [25 -49 84 -187 W 90 0 0 399 -198 0 8.200 8.200 12 F R 0 -236 8.200 8.600 13 F [31 -46 66 -117 W 0 163 8.200 8.200 12 F [19 -33 72 -134 W 109 0 0 236 R -102 0 8.400 8.200 13 F R 0 -167 8.400 8.600 14 F [36 -42 95 -128 39 -62 W 0 232 8.400 8.200 13 F [22 -31 100 -161 W 77 0 0 167 R -30 0 8.600 8.200 14 F R 0 -192 8.600 8.600 15 F [39 -39 130 -152 11 -16 W 0 207 8.600 8.200 14 F [36 -42 118 -161 25 -38 W 20 0 0 191 R -20 0 8.800 8.200 15 F R 0 -241 8.800 8.600 16 F [42 -36 111 -115 7 -7 W 0 158 8.800 8.200 15 F R -40 0 0 -399 199 0 8.800 8.600 16 F 7999 0 0 399 -7999 0 17.000 8.200 16 F 1399 0 0 399 -1399 0 6.400 8.600 16 F [-2 -38 -26 -362 W 48 0 0 399 6.400 8.600 16 F [-1 -55 -15 -345 W 123 0 R 6.420 8.600 15 F R -43 0 0 -399 6.600 9.000 14 F [1 -55 -1 -345 W 118 0 0 399 6.600 8.600 14 F R -81 0 0 -399 6.800 9.000 13 F [3 -38 16 -351 0 -11 W 105 0 0 399 6.800 8.600 13 F R -76 0 0 -399 7.000 9.000 12 F 199 0 0 399 -198 0 7.200 8.600 12 F [8 -37 40 -229 11 -134 W 18 0 0 399 7.200 8.600 12 F R -123 0 0 -399 7.400 9.000 11 F 199 0 0 399 -198 0 7.600 8.600 11 F [14 -54 76 -346 W 39 0 0 399 7.600 8.600 11 F R -71 0 0 -399 7.800 9.000 12 F [16 -53 29 -104 W 154 0 0 399 -199 0 8.000 8.600 12 F R 0 -157 8.000 9.000 13 F [21 -51 69 -191 W 0 241 8.000 8.600 12 F [19 -52 35 -105 W 145 0 0 156 R -109 0 8.200 8.600 13 F R 0 -157 8.200 9.000 14 F [17 -34 91 -208 W 0 241 8.200 8.600 13 F [16 -34 90 -219 W 94 0 0 157 R -91 0 8.400 8.600 14 F R 0 -253 8.400 9.000 15 F [27 -49 49 -97 W 0 145 8.400 8.600 14 F [19 -33 127 -249 34 -84 W 19 0 0 253 R -123 0 8.600 8.600 15 F R 0 -366 8.600 9.000 16 F [20 -32 0 -1 W 0 32 8.600 8.600 15 F R -180 0 0 -399 199 0 8.600 9.000 16 F RS 8199 0 0 399 -8199 0 17.000 8.600 16 F 1399 0 0 400 -1399 0 6.400 9.000 16 F [-3 -38 -35 -361 W 87 0 0 399 6.400 9.000 16 F [-4 -55 -23 -300 W 0 -44 112 0 R 6.449 9.000 15 F R -26 0 6.600 9.000 14 F [-2 -55 -19 -344 W 136 0 4 43 0 356 6.600 9.000 14 F R -80 0 0 -399 6.800 9.400 13 F -3 -44 3 0 6.600 9.400 15 F [0 -38 -10 -361 W 114 0 0 399 6.800 9.000 13 F R -94 0 0 -399 7.000 9.400 12 F 199 0 0 400 -198 0 7.200 9.000 12 F [1 -38 -1 -312 -4 -49 W 21 0 0 399 7.200 9.000 12 F R -182 0 0 -399 7.400 9.400 11 F [7 -37 36 -185 W 156 0 0 399 -198 0 7.600 9.000 11 F R 0 -221 7.600 9.400 12 F [8 -37 30 -140 W 0 177 7.600 9.000 11 F R -161 0 0 -399 199 0 7.600 9.400 12 F [9 -37 80 -362 W 65 0 0 399 7.800 9.000 12 F R -46 0 0 -399 8.000 9.400 13 F [11 -36 92 -363 W 42 0 0 399 8.000 9.000 13 F [9 -37 11 -46 W 137 0 R -54 0 8.200 9.000 14 F R 0 -82 8.200 9.400 15 F [17 -53 76 -263 W 0 316 8.200 9.000 14 F [18 -52 85 -296 W 97 0 0 83 R -106 0 8.400 9.000 15 F R 0 -347 8.400 9.400 16 F [13 -36 6 -15 W 0 51 8.400 9.000 15 F R -180 0 0 -399 199 0 8.400 9.400 16 F 8399 0 0 400 -8399 0 17.000 9.000 16 F 1399 0 0 399 -1399 0 6.400 9.400 16 F [-3 -38 -35 -361 W 125 0 0 399 6.400 9.400 16 F R -111 0 0 -399 6.600 9.800 15 F [-4 -55 -30 -344 W 37 0 0 399 6.600 9.400 15 F [-4 -55 -26 -344 W 132 0 R 6.604 9.400 14 F R -59 0 0 -399 6.800 9.800 13 F [-2 -38 -22 -361 W 139 0 0 399 6.800 9.400 13 F R -83 0 0 -399 7.000 9.800 12 F 199 0 0 399 -198 0 7.200 9.400 12 F [-5 -55 -39 -277 -15 -67 W 81 0 0 399 7.200 9.400 12 F R -176 0 0 -399 7.400 9.800 11 F [10 -54 75 -345 W 71 0 0 399 7.400 9.400 11 F R -43 0 0 -399 7.600 9.800 12 F 200 0 0 399 -199 0 7.800 9.400 12 F [10 -55 54 -344 W 0 0 0 399 7.800 9.400 12 F [6 -38 21 -139 W 172 0 R -136 0 8.000 9.400 13 F R 0 -177 8.000 9.800 14 F [11 -54 31 -168 W 0 222 8.000 9.400 13 F [8 -37 66 -362 W 105 0 0 176 R 8.042 9.400 14 F R -20 0 0 -399 8.200 9.800 15 F [13 -54 66 -345 W 17 0 0 399 8.200 9.400 15 F R -104 0 0 -399 8.400 9.800 16 F RS 8599 0 0 399 -8599 0 17.000 9.400 16 F 1399 0 0 399 -1399 0 6.400 9.800 16 F [-4 -55 -29 -344 W 159 0 0 398 6.400 9.800 16 F R -73 0 0 -398 6.600 10.200 15 F [-3 -38 -27 -361 W 68 0 0 398 6.600 9.800 15 F [-4 -55 -24 -344 W 130 0 R 6.638 9.800 14 F R -28 0 0 -398 6.800 10.200 13 F [-3 -38 -30 -361 W 173 0 0 398 6.800 9.800 13 F R -59 0 0 -398 7.000 10.200 12 F 199 0 0 399 -198 0 7.200 9.800 12 F [-15 -53 -22 -56 -26 -37 -25 -12 -28 12 -1 2 W 0 -255 199 0 0 398 7.200 9.800 12 F R -117 0 7.400 9.800 11 F [12 -36 32 -70 27 -37 W 0 142 7.400 9.800 11 F R -128 0 0 -399 198 0 7.400 10.200 12 F [5 -38 46 -358 W 149 0 0 399 -199 0 7.800 9.800 12 F R 0 -395 7.800 10.200 13 F [0 -3 W 0 2 7.800 9.800 12 F [7 -55 42 -344 W 123 0 0 395 R 7.800 9.800 13 F R -28 0 0 -398 8.000 10.200 14 F [8 -55 43 -344 W 54 0 0 398 8.000 9.800 14 F [5 -38 31 -251 W 109 0 R -94 0 8.200 9.800 15 F R 0 -288 8.200 10.200 16 F [5 -38 11 -72 W 0 109 8.200 9.800 15 F R -183 0 0 -399 199 0 8.200 10.200 16 F 8599 0 0 399 -8599 0 17.000 9.800 16 F 1399 0 0 399 -1399 0 6.400 10.200 16 F [-4 -55 -24 -344 W 187 0 0 399 6.400 10.200 16 F R -39 0 0 -399 6.600 10.600 15 F [-2 -38 -26 -361 W 96 0 0 399 6.600 10.200 15 F [0 -2 W 0 -397 103 0 R 6.669 10.200 14 F R 0 0 6.800 10.200 13 F [-4 -55 -22 -239 W 0 -105 170 0 3 37 26 359 0 3 6.800 10.200 13 F R -26 0 7.000 10.200 12 F -26 -358 -3 -39 28 0 6.800 10.600 14 F [3 38 6 67 W 0 294 -199 0 0 -399 7.200 10.600 12 F R 8 0 7.000 10.600 13 F RS 399 0 0 399 -398 0 7.600 10.200 12 F [4 -38 40 -361 W 104 0 0 399 7.600 10.200 12 F R -52 0 0 -399 7.800 10.600 13 F [4 -38 34 -361 W 84 0 0 399 7.800 10.200 13 F R -78 0 0 -399 8.000 10.600 14 F [6 -55 32 -344 W 16 0 0 399 8.000 10.200 14 F [4 -38 34 -361 W 109 0 R 8.054 10.200 15 F R -36 0 0 -399 8.200 10.600 16 F 8799 0 0 399 -8799 0 17.000 10.200 16 F 1399 0 0 399 -1399 0 6.400 10.600 16 F [-2 -38 -9 -171 W 0 -191 199 0 0 399 6.400 10.600 16 F R -10 0 6.600 10.600 15 F [-3 -55 -17 -345 W 108 0 2 55 6 135 0 209 6.600 10.600 15 F R -102 0 0 -399 6.800 11.000 14 F -5 -134 -3 -56 8 0 6.600 11.000 16 F [-2 -38 -20 -362 W 51 0 0 399 6.800 10.600 14 F R -170 0 0 -399 7.000 11.000 13 F [-3 -38 -25 -362 W 37 0 0 399 7.000 10.600 13 F R -190 0 0 -399 7.200 11.000 12 F 399 0 0 399 -398 0 7.600 10.600 12 F [5 -55 27 -345 W 71 0 0 399 7.600 10.600 12 F R -97 0 0 -399 7.800 11.000 13 F [4 -55 22 -345 W 57 0 0 399 7.800 10.600 13 F [2 -38 7 -135 W 133 0 R -117 0 8.000 10.600 14 F R 0 -173 8.000 11.000 15 F [3 -38 13 -188 W 0 225 8.000 10.600 14 F [2 -38 22 -362 W 101 0 0 173 R 8.016 10.600 15 F R -75 0 0 -399 8.200 11.000 16 F RS 8799 0 0 399 -8799 0 17.000 10.600 16 F 1599 0 0 399 -1598 0 6.600 11.000 16 F [-2 -55 -7 -344 W 17 0 0 398 6.600 11.000 16 F [-2 -55 -6 -344 W 108 0 R 6.608 11.000 15 F R -82 0 0 -398 6.800 11.400 14 F [-1 -38 -7 -361 W 59 0 0 398 6.800 11.000 14 F R -148 0 0 -398 7.000 11.400 13 F [-2 -38 -7 -361 W 46 0 0 398 7.000 11.000 13 F R -162 0 0 -398 7.200 11.400 12 F 399 0 0 399 -398 0 7.600 11.000 12 F [2 -38 9 -361 W 59 0 0 398 7.600 11.000 12 F R -129 0 0 -398 7.800 11.400 13 F [2 -55 8 -344 W 47 0 0 398 7.800 11.000 13 F [1 -38 9 -361 W 133 0 R 7.857 11.000 14 F R -10 0 0 -398 8.000 11.400 15 F [2 -55 9 -344 W 89 0 0 398 8.000 11.000 15 F R -100 0 0 -398 8.200 11.400 16 F 8799 0 0 399 -8799 0 17.000 11.000 16 F 1599 0 0 399 -1598 0 6.600 11.400 16 F [0 -38 0 -361 W 17 0 0 399 6.600 11.400 16 F [0 -56 1 -343 W 107 0 R 6.617 11.400 15 F R -74 0 0 -399 6.800 11.800 14 F [0 -38 3 -361 W 56 0 0 399 6.800 11.400 14 F R -141 0 0 -399 7.000 11.800 13 F [0 -38 8 -361 W 38 0 0 399 7.000 11.400 13 F R -153 0 0 -399 7.200 11.800 12 F 399 0 0 399 -398 0 7.600 11.400 12 F [0 -38 -7 -361 W 66 0 0 399 7.600 11.400 12 F R -140 0 0 -399 7.800 11.800 13 F [0 -55 -2 -344 W 48 0 0 399 7.800 11.400 13 F [0 -38 0 -361 W 130 0 R 7.847 11.400 14 F R -19 0 0 -399 8.000 11.800 15 F [0 -55 1 -344 W 87 0 0 399 8.000 11.400 15 F R -111 0 0 -399 8.200 11.800 16 F RS 8799 0 0 399 -8799 0 17.000 11.400 16 F 1599 0 0 399 -1598 0 6.600 11.800 16 F [0 -38 2 -361 W 15 0 0 398 6.600 11.800 16 F [0 -55 3 -344 W 106 0 R 6.617 11.800 15 F R -76 0 0 -398 6.800 12.200 14 F [0 -38 5 -361 W 50 0 0 398 6.800 11.800 14 F R -144 0 0 -398 7.000 12.200 13 F [1 -38 9 -361 W 28 0 0 398 7.000 11.800 13 F R -161 0 0 -398 7.200 12.200 12 F 399 0 0 399 -398 0 7.600 11.800 12 F [0 -38 -10 -361 W 76 0 0 398 7.600 11.800 12 F R -133 0 0 -398 7.800 12.200 13 F [0 -55 -5 -344 W 54 0 0 398 7.800 11.800 13 F [0 -38 -3 -361 W 128 0 R 7.849 11.800 14 F R -19 0 0 -398 8.000 12.200 15 F [0 -56 -1 -343 W 88 0 0 398 8.000 11.800 15 F R -111 0 0 -398 8.200 12.200 16 F 8799 0 0 399 -8799 0 17.000 11.800 16 F 1599 0 0 399 -1598 0 6.600 12.200 16 F [0 -38 0 -361 W 14 0 0 399 6.600 12.200 16 F [0 -55 0 -344 W 105 0 R 6.615 12.200 15 F R -79 0 0 -399 6.800 12.600 14 F [0 -38 0 -361 W 50 0 0 399 6.800 12.200 14 F R -150 0 0 -399 7.000 12.600 13 F [0 -38 1 -361 W 27 0 0 399 7.000 12.200 13 F R -172 0 0 -399 7.200 12.600 12 F RS 399 0 0 399 -398 0 7.600 12.200 12 F [0 -38 -1 -361 W 77 0 0 399 7.600 12.200 12 F R -122 0 0 -399 7.800 12.600 13 F [0 -55 0 -344 W 54 0 0 399 7.800 12.200 13 F [0 -38 0 -361 W 128 0 R 7.855 12.200 14 F R -16 0 0 -399 8.000 12.600 15 F [0 -56 0 -343 W 89 0 0 399 8.000 12.200 15 F R -111 0 0 -399 8.200 12.600 16 F 8799 0 0 399 -8799 0 17.000 12.200 16 F 1599 0 0 399 -1598 0 6.600 12.600 16 F [0 -38 -3 -362 W 18 0 0 399 6.600 12.600 16 F [0 -55 -3 -345 W 104 0 R 6.615 12.600 15 F R -78 0 0 -399 6.800 13.000 14 F [0 -38 -4 -362 W 53 0 0 399 6.800 12.600 14 F R -149 0 0 -399 7.000 13.000 13 F [0 -38 -6 -362 W 32 0 0 399 7.000 12.600 13 F R -173 0 0 -399 7.200 13.000 12 F 399 0 0 399 -398 0 7.600 12.600 12 F [0 -38 6 -362 W 72 0 0 399 7.600 12.600 12 F R -122 0 0 -399 7.800 13.000 13 F [0 -55 4 -345 W 50 0 0 399 7.800 12.600 13 F [0 -38 3 -362 W 129 0 R 7.855 12.600 14 F R -17 0 0 -399 8.000 13.000 15 F [0 -55 3 -345 W 85 0 0 399 8.000 12.600 15 F R -111 0 0 -399 8.200 13.000 16 F RS 8799 0 0 399 -8799 0 17.000 12.600 16 F 1599 0 0 399 -1598 0 6.600 13.000 16 F [0 -38 -2 -361 W 20 0 0 398 6.600 13.000 16 F [0 -55 -2 -344 W 105 0 R 6.619 13.000 15 F R -74 0 0 -398 6.800 13.400 14 F [0 -38 -3 -361 W 57 0 0 398 6.800 13.000 14 F R -145 0 0 -398 7.000 13.400 13 F [0 -38 -4 -361 W 36 0 0 398 7.000 13.000 13 F R -166 0 0 -398 7.200 13.400 12 F 399 0 0 399 -398 0 7.600 13.000 12 F [0 -38 4 -361 W 67 0 0 398 7.600 13.000 12 F R -129 0 0 -398 7.800 13.400 13 F [0 -55 3 -344 W 47 0 0 398 7.800 13.000 13 F [0 -38 2 -361 W 130 0 R 7.850 13.000 14 F R -21 0 0 -398 8.000 13.400 15 F [0 -55 2 -344 W 83 0 0 398 8.000 13.000 15 F R -115 0 0 -398 8.200 13.400 16 F 8799 0 0 399 -8799 0 17.000 13.000 16 F 1599 0 0 399 -1598 0 6.600 13.400 16 F [0 -38 4 -361 W 17 0 0 399 6.600 13.400 16 F [0 -55 5 -344 W 105 0 R 6.621 13.400 15 F R -72 0 0 -399 6.800 13.800 14 F [0 -38 6 -361 W 51 0 0 399 6.800 13.400 14 F R -142 0 0 -399 7.000 13.800 13 F [0 -38 11 -361 W 26 0 0 399 7.000 13.400 13 F R -162 0 0 -399 7.200 13.800 12 F 399 0 0 399 -398 0 7.600 13.400 12 F [0 -38 -10 -361 W 76 0 0 399 7.600 13.400 12 F R -133 0 0 -399 7.800 13.800 13 F [0 -55 -6 -344 W 53 0 0 399 7.800 13.400 13 F [0 -55 -5 -344 W 127 0 R 7.847 13.400 14 F R -23 0 0 -399 8.000 13.800 15 F [0 -55 -4 -344 W 86 0 0 399 8.000 13.400 15 F R -117 0 0 -399 8.200 13.800 16 F RS 8799 0 0 399 -8799 0 17.000 13.400 16 F 1599 0 0 399 -1598 0 6.600 13.800 16 F [1 -38 13 -361 W 3 0 0 398 6.600 13.800 16 F [1 -55 16 -344 W 103 0 R 6.617 13.800 15 F R -78 0 0 -398 6.800 14.200 14 F [1 -38 21 -361 W 28 0 0 398 6.800 13.800 14 F [3 -38 4 -38 W 164 0 R -150 0 7.000 13.800 13 F R 0 -75 7.000 14.200 12 F [2 -38 24 -285 W 0 322 7.000 13.800 13 F R -173 0 0 -399 198 0 7.000 14.200 12 F 399 0 0 399 -398 0 7.600 13.800 12 F [-2 -38 -31 -361 W 110 0 0 398 7.600 13.800 12 F R -121 0 0 -398 7.800 14.200 13 F [-2 -55 -20 -344 W 76 0 0 398 7.800 13.800 13 F [-1 -38 -16 -361 W 122 0 R 7.854 13.800 14 F R -17 0 0 -398 8.000 14.200 15 F [-1 -55 -13 -344 W 100 0 0 398 8.000 13.800 15 F R -112 0 0 -398 8.200 14.200 16 F 8799 0 0 399 -8799 0 17.000 13.800 16 F 1399 0 0 400 -1399 0 6.400 14.200 16 F [2 -38 17 -319 W 180 0 0 399 -198 0 6.600 14.200 16 F R 0 -356 6.600 14.600 15 F [2 -42 W 0 42 6.600 14.200 16 F [3 -55 21 -344 W 80 0 0 356 R 6.602 14.200 15 F [2 -37 W 118 0 R -96 0 6.800 14.200 14 F R 0 -36 6.800 14.600 13 F [2 -38 26 -324 W 0 362 6.800 14.200 14 F [4 -38 39 -361 W 149 0 0 36 R 6.828 14.200 13 F R -8 0 0 -399 7.000 14.600 12 F RS 199 0 0 400 -198 0 7.200 14.200 12 F [20 17 28 7 22 -7 23 -19 44 -72 37 -103 W 25 0 0 399 -199 0 7.400 14.200 12 F R 0 -177 7.400 14.600 11 F [16 53 32 74 26 41 8 9 W 0 223 -199 0 0 -399 7.600 14.600 12 F R 81 0 7.400 14.600 11 F [-5 -55 -38 -344 W 154 0 0 399 7.600 14.200 12 F R -88 0 0 -399 7.800 14.600 13 F [-4 -55 -26 -344 W 106 0 0 399 7.800 14.200 13 F [0 -12 W 0 -387 92 0 R 7.876 14.200 14 F R 0 0 8.000 14.200 15 F [-2 -55 -19 -344 W 98 0 4 54 20 332 0 13 8.000 14.200 15 F R -97 0 0 -399 8.200 14.600 16 F -20 -331 -4 -56 23 0 8.000 14.600 14 F 8799 0 0 400 -8799 0 17.000 14.200 16 F 1399 0 0 399 -1399 0 6.400 14.600 16 F [1 -38 14 -361 W 165 0 0 399 6.400 14.600 16 F R -19 0 0 -399 6.600 15.000 15 F [2 -38 15 -361 W 62 0 0 399 6.600 14.600 15 F [2 -38 19 -361 W 114 0 R 6.680 14.600 14 F R -2 0 0 -399 6.800 15.000 13 F [3 -38 25 -361 W 120 0 0 399 6.800 14.600 13 F R -52 0 0 -399 7.000 15.000 12 F [8 -37 37 -237 2 -28 W 152 0 0 399 -198 0 7.200 14.600 12 F R 0 -302 7.200 15.000 11 F [10 -37 15 -60 W 0 97 7.200 14.600 12 F R -174 0 0 -399 199 0 7.200 15.000 11 F [-14 -54 -45 -235 -12 -110 W 153 0 0 399 7.400 14.600 11 F R -117 0 0 -399 7.600 15.000 12 F [-3 -38 -26 -361 W 183 0 0 399 7.600 14.600 12 F R -45 0 0 -399 7.800 15.000 13 F [-2 -38 -19 -361 W 127 0 0 399 7.800 14.600 13 F R -93 0 0 -399 8.000 15.000 14 F [-3 -55 -14 -344 W 41 0 0 399 8.000 14.600 14 F [-1 -38 -14 -361 W 96 0 R 8.024 14.600 15 F R -76 0 0 -399 8.200 15.000 16 F RS 8799 0 0 399 -8799 0 17.000 14.600 16 F 1399 0 0 399 -1399 0 6.400 15.000 16 F [0 -55 3 -344 W 162 0 0 398 6.400 15.000 16 F R -35 0 0 -398 6.600 15.400 15 F [0 -38 4 -361 W 58 0 0 398 6.600 15.000 15 F [1 -55 4 -344 W 113 0 R 6.662 15.000 14 F R -24 0 0 -398 6.800 15.400 13 F [1 -38 6 -361 W 112 0 0 398 6.800 15.000 13 F R -80 0 0 -398 7.000 15.400 12 F [2 -38 13 -361 W 137 0 0 398 7.000 15.000 12 F R -48 0 0 -398 7.200 15.400 11 F 199 0 0 399 -199 0 7.400 15.000 11 F [-2 -38 -13 -361 W 168 0 0 398 7.400 15.000 11 F R -46 0 0 -398 7.600 15.400 12 F [-1 -55 -6 -344 W 190 0 0 398 7.600 15.000 12 F R -15 0 0 -398 7.800 15.400 13 F [0 -38 -5 -361 W 132 0 0 398 7.800 15.000 13 F R -71 0 0 -398 8.000 15.400 14 F [-1 -55 -3 -344 W 45 0 0 398 8.000 15.000 14 F [0 -38 -3 -361 W 95 0 R 8.041 15.000 15 F R -60 0 0 -398 8.200 15.400 16 F 8799 0 0 399 -8799 0 17.000 15.000 16 F 1399 0 0 399 -1399 0 6.400 15.400 16 F [0 -55 6 -344 W 155 0 0 399 6.400 15.400 16 F R -38 0 0 -399 6.600 15.800 15 F [0 -38 7 -361 W 50 0 0 399 6.600 15.400 15 F [0 -55 9 -344 W 111 0 R 6.658 15.400 14 F R -29 0 0 -399 6.800 15.800 13 F [0 -38 12 -361 W 100 0 0 399 6.800 15.400 13 F R -87 0 0 -399 7.000 15.800 12 F [2 -55 22 -344 W 112 0 0 399 7.000 15.400 12 F R -63 0 0 -399 7.200 15.800 11 F 199 0 0 399 -199 0 7.400 15.400 11 F [-1 -38 -23 -361 W 192 0 0 399 7.400 15.400 11 F R -31 0 0 -399 7.600 15.800 12 F [0 -38 -8 -286 W 0 -75 199 0 0 399 7.600 15.400 12 F R -7 0 7.800 15.400 13 F [0 -38 -9 -361 W 138 0 2 37 2 37 0 325 7.800 15.400 13 F R -66 0 0 -399 8.000 15.800 14 F -1 -36 -2 -39 3 0 7.800 15.800 12 F [0 -55 -7 -344 W 52 0 0 399 8.000 15.400 14 F [0 -38 -6 -361 W 94 0 R 8.046 15.400 15 F R -57 0 0 -399 8.200 15.800 16 F RS 8799 0 0 399 -8799 0 17.000 15.400 16 F 1399 0 0 399 -1399 0 6.400 15.800 16 F [1 -55 19 -344 W 135 0 0 398 6.400 15.800 16 F R -45 0 0 -398 6.600 16.200 15 F [1 -38 22 -361 W 27 0 0 398 6.600 15.800 15 F [2 -55 26 -344 W 106 0 R 6.650 15.800 14 F R -38 0 0 -398 6.800 16.200 13 F [2 -38 34 -361 W 64 0 0 398 6.800 15.800 13 F R -99 0 0 -398 7.000 16.200 12 F [6 -55 57 -344 W 49 0 0 398 7.000 15.800 12 F R -88 0 0 -398 7.200 16.200 11 F 199 0 0 399 -199 0 7.400 15.800 11 F [-4 -38 -3 -20 W 0 -341 199 0 0 398 7.400 15.800 11 F R -6 0 7.600 15.800 12 F [6 38 49 303 W 0 58 -199 0 0 -398 7.800 16.200 12 F R 55 0 7.600 16.200 11 F [-2 -38 -34 -361 W 39 0 0 398 7.800 15.800 12 F [-1 -38 -27 -361 W 130 0 R 7.804 15.800 13 F R -57 0 0 -398 8.000 16.200 14 F [-2 -55 -21 -344 W 76 0 0 398 8.000 15.800 14 F [-1 -38 -19 -361 W 91 0 R 8.053 15.800 15 F R -50 0 0 -398 8.200 16.200 16 F 8799 0 0 399 -8799 0 17.000 15.800 16 F 1399 0 0 399 -1399 0 6.400 16.200 16 F [3 -55 21 -344 W 110 -1 0 399 6.400 16.200 16 F [0 -12 W 89 0 R -65 0 6.600 16.200 15 F R 0 -12 6.600 16.600 14 F [3 -55 23 -332 W 0 386 6.600 16.200 15 F [4 -55 28 -344 W 101 -1 0 12 R 6.627 16.200 14 F R -67 0 0 -399 6.800 16.600 13 F [3 -38 37 -361 W 24 -1 0 399 6.800 16.200 13 F [5 -38 9 -66 W 162 0 R -136 0 7.000 16.200 12 F R 0 -104 7.000 16.600 11 F [6 -38 42 -257 W 0 294 7.000 16.200 12 F R -151 0 0 -399 198 0 7.000 16.600 11 F RS 399 0 0 399 -398 0 7.600 16.200 11 F [-6 -38 -56 -361 W 117 -1 0 399 7.600 16.200 11 F R -144 0 0 -399 7.800 16.600 12 F [-5 -55 -35 -344 W 80 -1 0 399 7.800 16.200 12 F [-3 -38 -26 -325 W 0 -37 118 0 R 7.840 16.200 13 F R -29 0 8.000 16.200 14 F [-3 -55 -24 -344 W 101 -1 3 36 0 363 8.000 16.200 14 F [-3 -55 -21 -344 W 88 -1 R 8.077 16.200 15 F R -29 0 0 -399 8.200 16.600 16 F -2 -36 1 0 8.000 16.600 13 F 8799 0 0 399 -8799 0 17.000 16.200 16 F 1399 0 0 399 -1399 0 6.400 16.600 16 F [2 -55 12 -345 W 96 0 0 399 6.400 16.600 16 F [3 -55 13 -345 W 87 0 R 6.510 16.600 15 F R 0 0 0 -399 6.600 17.000 14 F [2 -38 16 -362 W 82 0 0 399 6.600 16.600 14 F R -99 0 0 -399 6.800 17.000 13 F [4 -55 19 -345 W 0 0 0 399 6.800 16.600 13 F [6 -55 27 -345 W 152 0 R 6.823 16.600 12 F R -14 0 0 -399 7.000 17.000 11 F 199 0 0 399 -198 0 7.200 16.600 11 F [18 18 26 7 19 -5 32 -37 26 -54 31 -116 10 -66 W 37 0 0 399 -199 0 7.400 16.600 11 F R 0 -254 7.400 17.000 10 F [8 55 27 117 20 51 19 30 W 0 146 -199 0 0 -399 7.600 17.000 11 F R 73 0 7.400 17.000 10 F [-4 -38 -29 -362 W 150 0 0 399 7.600 16.600 11 F R -82 0 0 -399 7.800 17.000 12 F [-3 -38 -20 -362 W 103 0 0 399 7.800 16.600 12 F R -119 0 0 -399 8.000 17.000 13 F [-2 -38 -16 -362 W 20 0 0 399 8.000 16.600 13 F [-3 -55 -13 -345 W 99 0 R 8.003 16.600 14 F [-2 -55 -3 -68 W 0 -277 78 0 R 8.105 16.600 15 F R -4 0 8.200 16.600 16 F [0 38 8 238 W 0 123 -199 0 0 -399 8.400 17.000 16 F R 8 0 8.200 17.000 15 F RS 8599 0 0 399 -8599 0 17.000 16.600 16 F 1399 0 0 399 -1399 0 6.400 17.000 16 F [0 -55 2 -344 W 93 0 0 398 6.400 17.000 16 F [0 -38 2 -361 W 88 0 R 6.496 17.000 15 F R -17 0 0 -398 6.600 17.400 14 F [0 -38 3 -361 W 79 0 0 398 6.600 17.000 14 F [1 -38 3 -357 W 117 0 R -118 0 6.800 17.000 13 F R 0 -394 6.800 17.400 12 F [0 -4 W 0 3 6.800 17.000 13 F [1 -38 4 -361 W 147 0 0 394 R 6.800 17.000 12 F R -48 0 0 -398 7.000 17.400 11 F 199 0 0 399 -198 0 7.200 17.000 11 F [4 -38 16 -239 0 -122 W 17 0 0 398 7.200 17.000 11 F R -163 0 0 -398 7.400 17.400 10 F [-6 -55 -13 -280 1 -64 W 92 0 0 398 7.400 17.000 10 F R -125 0 0 -398 7.600 17.400 11 F [-1 -38 -4 -361 W 155 0 0 398 7.600 17.000 11 F R -48 0 0 -398 7.800 17.400 12 F [-1 -38 -3 -361 W 107 0 0 398 7.800 17.000 12 F R -95 0 0 -398 8.000 17.400 13 F [0 -38 -3 -361 W 24 0 0 398 8.000 17.000 13 F [0 -38 -3 -361 W 99 0 R 8.021 17.000 14 F R -78 0 0 -398 8.200 17.400 15 F [0 -38 -2 -361 W 10 0 0 398 8.200 17.000 15 F R -190 0 0 -398 8.400 17.400 16 F 8599 0 0 399 -8599 0 17.000 17.000 16 F 1399 0 0 400 -1399 0 6.400 17.400 16 F [0 -38 -3 -361 W 96 0 0 399 6.400 17.400 16 F [0 -38 -3 -361 W 86 0 R 6.493 17.400 15 F R -19 0 0 -399 6.600 17.800 14 F [0 -38 -4 -361 W 82 0 0 399 6.600 17.400 14 F [0 -38 -4 -289 W 0 -72 117 0 R 6.679 17.400 13 F R -4 0 6.800 17.400 12 F [0 -38 -7 -361 W 152 0 1 54 0 17 0 328 6.800 17.400 12 F R -53 0 0 -399 7.000 17.800 11 F 0 -16 -1 -56 0 0 6.800 17.800 13 F 199 0 0 400 -198 0 7.200 17.400 11 F [-2 -55 -18 -344 W 37 0 0 399 7.200 17.400 11 F R -182 0 0 -399 7.400 17.800 10 F [1 -38 18 -361 W 72 0 0 399 7.400 17.400 10 F R -109 0 0 -399 7.600 17.800 11 F [0 -38 7 -361 W 149 0 0 399 7.600 17.400 11 F R -43 0 0 -399 7.800 17.800 12 F [0 -38 5 -361 W 103 0 0 399 7.800 17.400 12 F R -91 0 0 -399 8.000 17.800 13 F [0 -55 4 -344 W 20 0 0 399 8.000 17.400 13 F [0 -38 3 -361 W 100 0 R 8.025 17.400 14 F R -76 0 0 -399 8.200 17.800 15 F [0 -38 3 -361 W 8 0 0 399 8.200 17.400 15 F R -189 0 0 -399 8.400 17.800 16 F RS 8599 0 0 400 -8599 0 17.000 17.400 16 F 1399 0 0 400 -1399 0 6.400 17.800 16 F [0 -55 -3 -344 W 99 0 0 399 6.400 17.800 16 F [0 -38 -4 -361 W 87 0 R 6.496 17.800 15 F R -16 0 0 -399 6.600 18.200 14 F [0 -38 -4 -361 W 86 0 0 399 6.600 17.800 14 F R -116 0 0 -399 6.800 18.200 13 F [0 -55 -5 -344 W 6 0 0 399 6.800 17.800 13 F [-1 -55 -7 -344 W 154 0 R 6.801 17.800 12 F R -46 0 0 -399 7.000 18.200 11 F 199 0 0 400 -198 0 7.200 17.800 11 F [-2 -38 -25 -361 W 64 0 0 399 7.200 17.800 11 F R -161 0 0 -399 7.400 18.200 10 F [2 -38 25 -361 W 44 0 0 399 7.400 17.800 10 F R -128 0 0 -399 7.600 18.200 11 F [0 -38 8 -361 W 141 0 0 399 7.600 17.800 11 F R -51 0 0 -399 7.800 18.200 12 F [0 -38 5 -361 W 98 0 0 399 7.800 17.800 12 F R -97 0 0 -399 8.000 18.200 13 F [0 -38 4 -361 W 16 0 0 399 8.000 17.800 13 F [0 -38 4 -361 W 100 0 R 8.021 17.800 14 F R -79 0 0 -399 8.200 18.200 15 F [0 -38 3 -361 W 4 0 0 399 8.200 17.800 15 F R -192 0 0 -399 8.400 18.200 16 F 8599 0 0 400 -8599 0 17.000 17.800 16 F 1399 0 0 399 -1399 0 6.400 18.200 16 F [0 -55 -2 -344 W 101 0 0 399 6.400 18.200 16 F [0 -38 -3 -361 W 88 0 R 6.500 18.200 15 F R -11 0 0 -399 6.600 18.600 14 F [0 -38 -3 -361 W 90 0 0 399 6.600 18.200 14 F R -111 0 0 -399 6.800 18.600 13 F [0 -38 -4 -361 W 11 0 0 399 6.800 18.200 13 F [-1 -55 -5 -344 W 156 0 R 6.807 18.200 12 F R -37 0 0 -399 7.000 18.600 11 F RS 199 0 0 399 -198 0 7.200 18.200 11 F [-2 -38 -26 -361 W 93 0 0 399 7.200 18.200 11 F R -133 0 0 -399 7.400 18.600 10 F [2 -38 26 -361 W 16 0 0 399 7.400 18.200 10 F R -156 0 0 -399 7.600 18.600 11 F [0 -38 6 -361 W 134 0 0 399 7.600 18.200 11 F R -59 0 0 -399 7.800 18.600 12 F [0 -38 4 -361 W 93 0 0 399 7.800 18.200 12 F R -103 0 0 -399 8.000 18.600 13 F [0 -38 3 -361 W 13 0 0 399 8.000 18.200 13 F [0 -38 2 -361 W 101 0 R 8.016 18.200 14 F R -84 0 0 -399 8.200 18.600 15 F [0 -38 2 -361 W 2 0 0 399 8.200 18.200 15 F R -196 0 0 -399 8.400 18.600 16 F 8599 0 0 399 -8599 0 17.000 18.200 16 F 1399 0 0 399 -1399 0 6.400 18.600 16 F [0 -56 0 -344 W 102 0 0 399 6.400 18.600 16 F [0 -38 0 -362 W 88 0 R 6.503 18.600 15 F R -8 0 0 -399 6.600 19.000 14 F [0 -38 0 -362 W 91 0 0 399 6.600 18.600 14 F R -107 0 0 -399 6.800 19.000 13 F [0 -38 0 -362 W 11 0 0 399 6.800 18.600 13 F [0 -55 0 -345 W 155 0 R 6.812 18.600 12 F R -30 0 0 -399 7.000 19.000 11 F 199 0 0 399 -198 0 7.200 18.600 11 F [-3 -55 5 -345 W 92 0 0 399 7.200 18.600 11 F R -105 0 0 -399 7.400 19.000 10 F [3 -55 -5 -345 W 17 0 0 399 7.400 18.600 10 F R -184 0 0 -399 7.600 19.000 11 F [0 -38 0 -362 W 134 0 0 399 7.600 18.600 11 F R -65 0 0 -399 7.800 19.000 12 F [0 -38 1 -362 W 91 0 0 399 7.800 18.600 12 F R -107 0 0 -399 8.000 19.000 13 F [0 -38 1 -362 W 11 0 0 399 8.000 18.600 13 F [0 -38 1 -362 W 101 0 R 8.013 18.600 14 F R -86 0 0 -399 8.200 19.000 15 F [0 -38 0 -362 W 1 0 0 399 8.200 18.600 15 F R -199 0 0 -399 8.400 19.000 16 F RS 8599 0 0 399 -8599 0 17.000 18.600 16 F 48 -28 134 -82 10.618 3.400 0 L 48 -27 151 -89 10.800 3.289 0 L 47 -29 45 -27 10.908 3.400 0 L 49 -26 150 -84 11.000 3.172 0 L 48 -27 151 -89 11.000 3.344 0 L 34 -17 83 -44 11.200 3.062 0 L 49 -26 151 -84 11.200 3.227 0 L 48 -27 142 -83 11.210 3.400 0 L 49 -26 151 -80 11.400 3.117 0 L 49 -27 151 -85 11.400 3.290 0 L 33 -19 35 -21 11.531 3.400 0 L 19 -10 11.600 3.010 0 L 49 -26 150 -81 11.600 3.178 0 L 48 -27 151 -86 11.600 3.360 0 L 34 -17 100 -52 11.800 3.070 0 L 49 -26 150 -82 11.800 3.246 0 L 48 -27 82 -47 11.869 3.400 0 L 34 -17 165 -86 12.000 3.137 0 L 49 -26 150 -83 12.000 3.325 0 L 34 -17 32 -16 12.200 3.034 0 L 49 -25 151 -80 12.200 3.216 0 L 49 -27 117 -66 12.233 3.400 0 L 49 -25 151 -78 12.400 3.110 0 L 49 -26 151 -82 12.400 3.307 0 L 11 -5 12.600 3.006 0 L 49 -25 150 -80 12.600 3.198 0 L 48 -27 124 -69 12.627 3.400 0 L 34 -17 143 -75 12.800 3.092 0 L 49 -26 150 -82 12.800 3.303 0 L 49 -26 150 -80 13.000 3.195 0 L 48 -27 96 -54 13.055 3.400 0 L 34 -18 131 -69 13.200 3.088 0 L 49 -27 151 -84 13.200 3.318 0 L 49 -26 151 -82 13.400 3.207 0 L 48 -27 28 -16 13.524 3.400 0 L 33 -18 147 -80 13.600 3.098 0 L 48 -27 151 -87 13.600 3.356 0 L 48 -27 151 -86 13.800 3.241 0 L 48 -27 151 -85 14.000 3.128 0 L 48 -28 109 -66 14.043 3.400 0 L 27 -15 14.200 3.015 0 L 48 -28 151 -91 14.200 3.305 0 L 48 -28 152 -91 14.400 3.186 0 L 33 -19 78 -47 14.600 3.067 0 L 46 -30 123 -81 14.630 3.400 0 L 32 -20 167 -109 14.800 3.288 0 L 47 -30 152 -98 15.000 3.159 0 L 32 -20 15 -10 15.200 3.030 0 L 44 -33 50 -38 15.306 3.400 0 L 45 -33 155 -116 15.400 3.328 0 L 45 -32 154 -111 15.600 3.179 0 L 31 -22 19 -13 15.800 3.035 0 L 26 -27 46 -49 16.127 3.400 0 L 41 -37 159 -152 16.200 3.323 0 L 29 -24 129 -109 16.400 3.134 0 L 44 -33 103 -79 10.053 3.800 0 L 45 -32 155 -113 10.200 3.688 0 L 44 -34 32 -25 10.324 3.800 0 L 47 -29 153 -102 10.400 3.542 0 L 46 -31 154 -111 10.400 3.740 0 L 17 -10 10.600 3.411 0 L 47 -30 152 -100 10.600 3.598 0 L 46 -31 146 -105 10.608 3.800 0 L 32 -20 75 -47 10.800 3.468 0 L 46 -30 153 -103 10.800 3.664 0 L 45 -32 39 -28 10.915 3.800 0 L 47 -28 152 -96 11.000 3.530 0 L 46 -30 153 -105 11.000 3.739 0 L RS 9 -5 11.200 3.406 0 L 47 -29 153 -96 11.200 3.603 0 L 46 -31 112 -78 11.241 3.800 0 L 33 -19 98 -59 11.400 3.478 0 L 47 -29 153 -99 11.400 3.690 0 L 6 -4 11.594 3.800 0 L 48 -28 151 -93 11.600 3.562 0 L 46 -30 153 -103 11.600 3.796 0 L 33 -19 36 -21 11.800 3.441 0 L 47 -29 152 -96 11.800 3.662 0 L 19 -13 11.980 3.800 0 L 33 -19 166 -98 12.000 3.537 0 L 47 -30 152 -102 12.000 3.786 0 L 33 -18 12.200 3.419 0 L 48 -28 152 -94 12.200 3.654 0 L 48 -27 152 -89 12.400 3.532 0 L 47 -30 148 -97 12.405 3.800 0 L 27 -15 12.600 3.416 0 L 47 -29 152 -95 12.600 3.672 0 L 48 -27 151 -89 12.800 3.548 0 L 46 -30 75 -50 12.878 3.800 0 L 33 -19 22 -12 13.000 3.431 0 L 47 -29 152 -97 13.000 3.719 0 L 48 -28 152 -93 13.200 3.593 0 L 33 -19 90 -52 13.400 3.472 0 L 47 -30 136 -91 13.417 3.800 0 L 32 -20 167 -107 13.600 3.678 0 L 47 -29 152 -95 13.800 3.551 0 L 32 -20 10 -6 14.000 3.426 0 L 45 -32 102 -74 14.052 3.800 0 L 31 -21 168 -117 14.200 3.693 0 L 46 -31 154 -103 14.400 3.555 0 L 30 -20 14.600 3.420 0 L 42 -36 133 -118 14.824 3.800 0 L 30 -24 169 -139 15.000 3.646 0 L 30 -23 75 -59 15.200 3.482 0 L 32 -45 60 -104 31 -74 6 -22 15.870 3.800 0 L 25 -28 102 -126 16.000 3.555 0 L 20 -18 9.579 4.200 0 L 42 -36 157 -140 9.600 4.181 0 L 30 -24 169 -139 9.800 4.005 0 L 42 -36 108 -95 9.850 4.200 0 L 30 -23 22 -18 10.000 3.841 0 L 43 -35 156 -132 10.000 4.068 0 L 41 -37 25 -22 10.133 4.200 0 L 30 -24 93 -76 10.200 3.901 0 L 42 -36 158 -140 10.200 4.140 0 L 45 -33 155 -124 10.400 3.963 0 L 29 -25 143 -129 10.428 4.200 0 L 7 -5 10.600 3.806 0 L 44 -34 155 -125 10.600 4.045 0 L 41 -37 9 -9 10.750 4.200 0 L 31 -22 84 -63 10.800 3.886 0 L 29 -24 170 -146 10.800 4.154 0 L 45 -33 154 -120 11.000 3.983 0 L 28 -25 72 -66 11.099 4.200 0 L 31 -22 10 -7 11.200 3.830 0 L 30 -23 170 -142 11.200 4.108 0 L 31 -22 162 -120 11.400 3.943 0 L 29 -25 89 -83 11.481 4.200 0 L 30 -23 169 -138 11.600 4.091 0 L 31 -22 149 -108 11.800 3.930 0 L 28 -25 67 -63 11.905 4.200 0 L 30 -23 169 -141 12.000 4.112 0 L 46 -31 154 -112 12.200 3.947 0 L 22 -22 12.377 4.200 0 L 4 -3 12.400 3.803 0 L 43 -35 157 -137 12.400 4.178 0 L 45 -32 154 -119 12.600 4.005 0 L 31 -21 47 -33 12.800 3.854 0 L 28 -26 47 -45 12.925 4.200 0 L 43 -34 156 -134 13.000 4.128 0 L 31 -22 169 -125 13.200 3.960 0 L 16 -11 13.400 3.812 0 L 9 -10 13.591 4.200 0 L 42 -36 157 -153 13.600 4.190 0 L 44 -34 155 -127 13.800 4.000 0 L 31 -23 21 -15 14.000 3.839 0 L 35 -43 89 -129 14.476 4.200 0 L 40 -38 159 -167 14.600 4.027 0 L 24 -22 14.800 3.822 0 L 8 -34 5 -60 -3 -43 -16 -51 -29 -46 -40 -41 -54 -38 16.000 4.113 0 L 54 14 75 27 70 34 16.000 4.113 0 L 37 8 14 3 16.200 4.189 0 L RS 26 -27 13 -14 9.161 4.600 0 L 40 -38 160 -156 9.200 4.559 0 L 28 -25 151 -139 9.400 4.364 0 L 40 -39 125 -125 9.435 4.600 0 L 41 -37 158 -153 9.600 4.435 0 L 26 -28 48 -52 9.725 4.600 0 L 28 -25 21 -20 9.800 4.245 0 L 40 -38 159 -159 9.800 4.520 0 L 28 -25 105 -96 10.000 4.322 0 L 27 -27 143 -156 10.029 4.600 0 L 28 -26 172 -163 10.200 4.416 0 L 25 -28 11 -13 10.363 4.600 0 L 27 -26 10.400 4.226 0 L 26 -27 174 -184 10.400 4.558 0 L 28 -26 121 -121 10.600 4.347 0 L 23 -30 36 -48 10.741 4.600 0 L 26 -27 173 -197 10.800 4.522 0 L 27 -26 72 -70 11.000 4.297 0 L 23 -30 45 -62 11.132 4.600 0 L 26 -27 174 -199 11.200 4.508 0 L 27 -27 54 -54 11.400 4.281 0 L 21 -32 7 -11 11.572 4.600 0 L 26 -28 127 -154 46 -67 11.600 4.556 0 L 27 -27 77 -79 11.800 4.306 0 L 23 -30 89 -133 22 -40 12.066 4.600 0 L 27 -27 150 -169 12.200 4.397 0 L 23 -30 67 -100 55 -106 9 -25 12.645 4.600 0 L 27 -27 97 -111 12.800 4.338 0 L 9 -34 10 -58 13.381 4.600 0 L 25 -28 74 -95 42 -68 34 -73 15 -43 13.400 4.507 0 L 17 -31 30 -80 8 -46 -1 -61 -16 -59 -30 -52 -41 -47 -27 -23 14.536 4.600 0 L -37 -7 -111 -16 16.400 4.223 0 L 55 2 145 14 16.400 4.223 0 L 56 0 144 2 16.600 4.239 0 L 55 -1 145 -2 16.800 4.242 0 L 5 -6 8.794 5.000 0 L 26 -28 173 -193 8.800 4.994 0 L 26 -27 134 -145 9.000 4.772 0 L 25 -29 96 -113 9.078 5.000 0 L 38 -40 162 -181 9.200 4.858 0 L 15 -19 9.385 5.000 0 L 26 -27 8 -8 9.400 4.636 0 L 25 -29 175 -211 9.400 4.980 0 L 26 -28 99 -111 9.600 4.740 0 L 23 -30 58 -80 9.718 5.000 0 L 24 -29 175 -225 9.800 4.890 0 L 24 -29 5 -6 10.000 4.635 0 L 20 -32 90 -145 10.089 5.000 0 L 24 -29 139 -193 10.200 4.823 0 L 20 -32 98 -162 10.481 5.000 0 L 22 -31 118 -174 10.600 4.805 0 L 17 -34 66 -147 10.917 5.000 0 L 21 -31 110 -187 11.000 4.818 0 L 20 -33 91 -178 40 -112 19 -76 11.401 5.000 0 L 15 -53 15 -79 6 -80 -1 -34 11.965 5.000 0 L 17 -34 46 -111 2 -8 12.000 4.754 0 L 12 -36 18 -72 8 -80 -5 -80 -14 -58 -28 -66 -3 -7 12.658 5.000 0 L 1 -34 -4 -58 -16 -57 13.400 4.749 0 L 32 20 60 47 54 59 31 45 23 47 13.400 4.749 0 L 49 26 7 5 13.600 4.968 0 L -29 -21 -34 -21 14.600 4.642 0 L 37 10 113 40 49 25 14.600 4.642 0 L 55 7 144 29 14.800 4.718 0 L 55 4 144 15 15.000 4.755 0 L RS 55 1 144 8 15.200 4.775 0 L 55 -1 145 0 15.400 4.784 0 L 55 -2 144 -6 15.600 4.783 0 L 38 -2 161 -10 15.800 4.775 0 L 55 -5 144 -14 16.000 4.762 0 L 55 -6 145 -16 16.200 4.742 0 L 55 -7 145 -17 16.400 4.720 0 L 55 -8 145 -20 16.600 4.696 0 L 37 -7 104 -19 16.658 5.000 0 L 51 -7 149 -23 16.800 4.668 0 L 54 -10 146 -28 16.800 4.974 0 L 37 -42 120 -136 8.442 5.400 0 L 25 -28 169 -193 8.600 5.221 0 L 35 -43 22 -25 8.743 5.400 0 L 24 -29 175 -209 8.800 5.331 0 L 24 -29 54 -63 9.000 5.093 0 L 23 -30 100 -133 9.076 5.400 0 L 23 -30 161 -206 9.200 5.237 0 L 22 -31 134 -203 9.444 5.400 0 L 22 -31 96 -134 9.600 5.166 0 L 20 -32 128 -225 9.852 5.400 0 L 29 -47 60 -95 10.000 5.143 0 L 15 -35 69 -188 4 -14 10.312 5.400 0 L 18 -34 63 -128 10.400 5.162 0 L 14 -35 60 -191 20 -118 2 -56 10.820 5.400 0 L 8 -55 6 -80 -3 -80 -10 -67 11.400 5.287 0 L 1 -5 11.400 5.005 0 L 20 51 17 61 11.400 5.287 0 L -3 -35 -16 -71 -15 -45 12.000 5.151 0 L 43 35 57 56 49 64 39 69 11 24 12.000 5.151 0 L -18 -31 -42 -56 -56 -57 -26 -22 12.800 5.167 0 L 35 16 104 59 60 44 12.800 5.167 0 L 53 16 146 56 13.000 5.286 0 L 37 8 125 33 13.200 5.358 0 L -50 -24 -93 -36 13.800 5.061 0 L 54 13 145 43 13.800 5.061 0 L 55 7 144 28 14.000 5.117 0 L 55 4 144 16 14.200 5.153 0 L 55 3 145 11 14.400 5.173 0 L 38 0 161 6 14.600 5.188 0 L 38 0 161 -2 14.800 5.194 0 L 38 -1 161 -5 15.000 5.192 0 L 55 -4 144 -8 15.200 5.185 0 L 55 -5 145 -12 15.400 5.173 0 L 55 -6 144 -15 15.600 5.156 0 L 55 -7 144 -18 15.800 5.134 0 L 38 -6 141 -20 15.821 5.400 0 L 55 -8 144 -22 16.000 5.109 0 L 55 -9 144 -24 16.000 5.373 0 L 55 -9 145 -24 16.200 5.079 0 L 55 -10 145 -26 16.200 5.339 0 L 55 -9 145 -26 16.400 5.046 0 L 54 -10 146 -29 16.400 5.303 0 L 38 -6 20 -4 16.600 5.011 0 L 54 -11 146 -29 16.600 5.264 0 L 54 -11 146 -30 16.800 5.224 0 L 26 -6 16.973 5.400 0 L 37 -41 85 -91 8.077 5.800 0 L 25 -28 175 -192 8.200 5.668 0 L 1 -2 8.398 5.800 0 L 25 -28 17 -19 8.400 5.447 0 L 25 -29 174 -199 8.400 5.798 0 L 24 -29 118 -140 8.600 5.570 0 L 33 -42 8.766 5.800 0 L 23 -30 176 -227 8.800 5.758 0 L 23 -30 53 -70 9.000 5.501 0 L 11 -17 9.188 5.800 0 L 20 -32 180 -280 9.200 5.782 0 L 29 -47 14 -22 9.400 5.470 0 L 15 -35 101 -256 9.683 5.800 0 L 17 -34 34 -74 9.800 5.509 0 L 14 -54 21 -118 7 -119 -4 -80 -4 -29 10.278 5.800 0 L -1 -35 -11 -71 -23 -77 -33 -73 -43 -67 -51 -62 -14 -15 10.997 5.800 0 L RS -16 -32 -39 -60 -52 -61 -55 -50 11.600 5.604 0 L 50 24 102 62 47 36 11.600 5.604 0 L 36 11 149 58 10 5 11.800 5.726 0 L 0 0 12.200 5.401 0 L 50 23 104 60 46 32 12.200 5.401 0 L 53 17 147 56 12.400 5.516 0 L 37 8 162 43 12.600 5.590 0 L 55 8 144 27 12.800 5.641 0 L 55 6 144 21 13.000 5.677 0 L -37 -7 13.400 5.408 0 L 55 4 145 15 13.200 5.705 0 L 55 8 145 25 13.400 5.408 0 L 55 3 145 10 13.400 5.724 0 L 55 6 144 18 13.600 5.442 0 L 55 2 144 7 13.600 5.738 0 L 55 4 144 13 13.800 5.467 0 L 55 0 144 5 13.800 5.747 0 L 55 2 144 8 14.000 5.484 0 L 56 0 143 1 14.000 5.752 0 L 55 0 144 4 14.200 5.495 0 L 53 -1 146 -1 14.200 5.753 0 L 56 0 144 0 14.400 5.499 0 L 55 -2 145 -4 14.400 5.751 0 L 55 -1 144 -3 14.600 5.500 0 L 55 -3 144 -7 14.600 5.745 0 L 55 -3 144 -6 14.800 5.495 0 L 55 -4 144 -9 14.800 5.734 0 L 55 -4 144 -10 15.000 5.486 0 L 55 -5 144 -15 15.000 5.720 0 L 55 -5 144 -13 15.200 5.471 0 L 55 -6 144 -15 15.200 5.700 0 L 55 -6 145 -16 15.400 5.452 0 L 55 -7 145 -18 15.400 5.679 0 L 55 -7 144 -19 15.600 5.430 0 L 55 -8 144 -21 15.600 5.653 0 L 20 -2 15.800 5.403 0 L 55 -8 144 -23 15.800 5.624 0 L 55 -9 58 -10 15.887 5.800 0 L 55 -9 144 -24 16.000 5.592 0 L 52 -9 147 -25 16.000 5.781 0 L 54 -10 146 -27 16.200 5.558 0 L 54 -10 146 -27 16.200 5.746 0 L 54 -11 146 -29 16.400 5.521 0 L 54 -11 146 -29 16.400 5.708 0 L 53 -11 147 -31 16.600 5.481 0 L 54 -11 146 -31 16.600 5.668 0 L 39 -8 16.760 5.800 0 L 37 -8 136 -30 16.800 5.438 0 L 54 -12 146 -32 16.800 5.625 0 L 51 -11 149 -33 16.800 5.791 0 L 39 -39 76 -76 7.685 6.200 0 L 38 -40 161 -163 7.800 6.085 0 L 26 -28 51 -52 8.000 5.881 0 L 38 -40 147 -146 8.015 6.200 0 L 25 -28 173 -185 8.200 6.013 0 L 37 -41 148 -160 8.414 6.200 0 L 24 -30 142 -168 8.600 5.998 0 L 32 -45 55 -74 8.912 6.200 0 L 21 -32 167 -248 9.000 6.081 0 L 8 -37 16 -80 9.576 6.200 0 L 12 -36 71 -246 9.600 6.082 0 L -11 -54 -26 -76 -37 -71 -47 -64 10.400 6.066 0 L 47 29 64 49 55 56 10.400 6.066 0 L -3 -3 11.000 5.803 0 L 34 18 100 65 61 52 4 5 11.000 5.803 0 L 36 11 112 43 52 25 11.200 5.944 0 L 54 11 146 35 11.400 6.024 0 L 55 8 144 26 11.600 6.070 0 L -4 -1 12.000 5.801 0 L 55 6 144 18 11.800 6.104 0 L 54 12 145 39 12.000 5.801 0 L 54 4 145 15 12.000 6.129 0 L 55 9 145 28 12.200 5.853 0 L 38 2 162 12 12.200 6.148 0 L 55 6 145 21 12.400 5.890 0 L 55 2 145 8 12.400 6.163 0 L 55 5 144 16 12.600 5.917 0 L 55 1 144 6 12.600 6.174 0 L 55 4 144 12 12.800 5.938 0 L 55 1 144 4 12.800 6.182 0 L 55 2 144 9 13.000 5.955 0 L 55 0 144 2 13.000 6.187 0 L 55 1 145 6 13.200 5.966 0 L 56 0 144 0 13.200 6.190 0 L 55 0 145 5 13.400 5.974 0 L 55 -1 145 0 13.400 6.191 0 L 56 0 143 0 13.600 5.980 0 L 55 -1 144 -5 13.600 6.189 0 L 55 0 144 -1 13.800 5.980 0 L 55 -1 144 -5 13.800 6.182 0 L 55 -2 144 -2 14.000 5.979 0 L 55 -3 144 -6 14.000 6.175 0 L 55 -3 144 -7 14.200 5.974 0 L 55 -5 144 -12 14.200 6.165 0 L 55 -3 145 -9 14.400 5.964 0 L 55 -4 145 -13 14.400 6.148 0 L 55 -3 144 -9 14.600 5.952 0 L 55 -4 144 -11 14.600 6.130 0 L 55 -5 144 -12 14.800 5.939 0 L 55 -6 144 -14 14.800 6.115 0 L 55 -6 144 -18 15.000 5.922 0 L 55 -7 144 -18 15.000 6.094 0 L 55 -6 144 -17 15.200 5.898 0 L 55 -7 144 -19 15.200 6.069 0 L 50 -7 15.349 6.200 0 L 55 -8 145 -19 15.400 5.874 0 L 55 -8 145 -19 15.400 6.042 0 L 55 -8 145 -20 15.400 6.193 0 L 55 -9 144 -22 15.600 5.846 0 L 55 -9 144 -22 15.600 6.015 0 L 55 -8 144 -23 15.600 6.164 0 L 38 -6 48 -8 15.800 5.815 0 L 55 -9 144 -24 15.800 5.983 0 L 55 -9 144 -24 15.800 6.133 0 L 55 -9 144 -26 16.000 5.950 0 L 55 -9 144 -26 16.000 6.100 0 L 1 0 16.199 6.200 0 L 54 -10 146 -28 16.200 5.914 0 L 54 -10 146 -28 16.200 6.064 0 L 55 -10 145 -26 16.200 6.200 0 L 54 -11 146 -30 16.400 5.876 0 L 54 -11 146 -29 16.400 6.026 0 L 54 -11 146 -28 16.400 6.163 0 L 37 -8 123 -26 16.600 5.835 0 L 54 -12 146 -31 16.600 5.986 0 L 54 -11 146 -31 16.600 6.123 0 L 54 -12 146 -32 16.800 5.942 0 L 54 -12 146 -32 16.800 6.080 0 L 37 -8 125 -26 16.838 6.200 0 L RS 39 -39 79 -79 7.282 6.600 0 L 39 -39 160 -158 7.400 6.481 0 L 6 -6 7.593 6.600 0 L 27 -27 57 -56 7.600 6.283 0 L 40 -38 160 -149 7.600 6.594 0 L 40 -38 159 -153 7.800 6.406 0 L 9 -8 7.991 6.600 0 L 14 -14 8.000 6.214 0 L 41 -37 158 -143 8.000 6.592 0 L 39 -39 161 -157 8.200 6.411 0 L 14 -14 8.400 6.215 0 L 40 -38 3 -3 8.556 6.600 0 L 24 -29 175 -188 8.600 6.558 0 L 34 -44 78 -96 8.800 6.341 0 L 4 -35 2 -70 -6 -52 -14 -47 -10 -23 9.600 6.427 0 L 41 15 49 26 61 48 37 47 11 21 9.600 6.427 0 L 51 14 9.800 6.585 0 L -33 -17 10.600 6.218 0 L 37 8 114 37 48 22 10.600 6.218 0 L 38 5 161 30 10.800 6.285 0 L 55 6 144 18 11.000 6.320 0 L 55 3 145 14 11.200 6.345 0 L 55 2 145 6 11.400 6.363 0 L 55 2 144 5 11.600 6.372 0 L 55 1 144 5 11.800 6.380 0 L 55 1 144 3 12.000 6.387 0 L 55 0 145 3 12.200 6.391 0 L 55 -1 74 -2 12.271 6.600 0 L 56 0 144 1 12.400 6.394 0 L 55 -1 145 -4 12.400 6.597 0 L 55 0 144 -1 12.600 6.396 0 L 55 -3 144 -6 12.600 6.591 0 L 55 -1 144 -4 12.800 6.394 0 L 55 -3 144 -12 12.800 6.582 0 L 55 0 144 -3 13.000 6.389 0 L 55 -2 144 -6 13.000 6.567 0 L 55 -1 145 -3 13.200 6.386 0 L 50 -3 150 -7 13.200 6.558 0 L 55 -3 145 -6 13.400 6.381 0 L 55 -5 145 -12 13.400 6.548 0 L 55 -3 144 -8 13.600 6.371 0 L 55 -4 144 -12 13.600 6.530 0 L 55 -3 144 -7 13.800 6.359 0 L 55 -4 144 -10 13.800 6.513 0 L 55 -4 144 -9 14.000 6.349 0 L 55 -5 144 -11 14.000 6.498 0 L 55 -5 144 -15 14.200 6.335 0 L 55 -6 144 -15 14.200 6.482 0 L 55 -6 44 -5 14.301 6.600 0 L 55 -5 145 -15 14.400 6.314 0 L 38 -4 162 -17 14.400 6.460 0 L 55 -6 145 -17 14.400 6.588 0 L 55 -5 144 -15 14.600 6.294 0 L 55 -6 144 -17 14.600 6.439 0 L 55 -6 144 -18 14.600 6.565 0 L 55 -7 144 -17 14.800 6.273 0 L 55 -7 144 -19 14.800 6.415 0 L 55 -7 144 -18 14.800 6.541 0 L 38 -5 161 -22 15.000 6.249 0 L 55 -8 144 -19 15.000 6.389 0 L 55 -8 144 -19 15.000 6.515 0 L 38 -5 111 -16 15.200 6.222 0 L 55 -8 144 -23 15.200 6.361 0 L 55 -8 144 -23 15.200 6.488 0 L 38 -5 144 -22 15.218 6.600 0 L 55 -8 145 -21 15.400 6.330 0 L 55 -8 145 -20 15.400 6.457 0 L 55 -7 145 -20 15.400 6.573 0 L 55 -9 144 -22 15.600 6.301 0 L 55 -9 144 -22 15.600 6.428 0 L 55 -9 144 -21 15.600 6.545 0 L 38 -6 161 -28 15.800 6.269 0 L 55 -9 144 -26 15.800 6.396 0 L 55 -9 144 -26 15.800 6.514 0 L 55 -9 3 0 15.942 6.600 0 L 38 -6 160 -29 16.000 6.235 0 L 55 -9 144 -26 16.000 6.361 0 L 55 -9 144 -26 16.000 6.479 0 L 38 -6 161 -28 16.000 6.590 0 L 55 -10 145 -25 16.200 6.325 0 L 55 -9 145 -25 16.200 6.443 0 L 52 -8 148 -24 16.200 6.556 0 L 37 -7 163 -32 16.400 6.289 0 L 54 -11 146 -27 16.400 6.409 0 L 54 -10 146 -27 16.400 6.523 0 L 22 -4 16.578 6.600 0 L 54 -11 146 -31 16.600 6.250 0 L 54 -11 146 -31 16.600 6.370 0 L 54 -11 146 -30 16.600 6.485 0 L 54 -11 146 -29 16.600 6.596 0 L 37 -7 16.800 6.208 0 L 54 -11 146 -30 16.800 6.328 0 L 54 -11 146 -29 16.800 6.444 0 L 37 -7 163 -32 16.800 6.556 0 L 35 -42 41 -50 6.924 7.000 0 L 26 -28 173 -194 7.000 6.907 0 L 9 -10 7.191 7.000 0 L 27 -27 54 -57 7.200 6.684 0 L 27 -27 172 -178 7.200 6.990 0 L 28 -26 165 -158 7.400 6.785 0 L 28 -25 36 -33 7.535 7.000 0 L 29 -25 171 -149 7.600 6.942 0 L 29 -25 161 -142 7.800 6.767 0 L 44 -33 89 -67 8.066 7.000 0 L 29 -24 171 -134 8.200 6.899 0 L 41 -38 115 -102 8.400 6.740 0 L -54 -11 -94 -14 10.000 6.625 0 L 55 2 144 11 10.000 6.625 0 L 55 0 145 3 10.200 6.639 0 L 54 -10 143 -31 10.203 7.000 0 L 56 0 144 2 10.400 6.643 0 L 55 -8 145 -24 10.400 6.958 0 L 55 -1 144 -2 10.600 6.646 0 L 55 -6 144 -19 10.600 6.926 0 L 55 -1 144 -4 10.800 6.642 0 L 55 -5 144 -15 10.800 6.900 0 L 55 -1 144 -6 11.000 6.637 0 L 55 -5 144 -14 11.000 6.879 0 L 55 -1 145 -5 11.200 6.630 0 L 38 -3 162 -18 11.200 6.860 0 L 55 -1 145 -4 11.400 6.623 0 L 55 -3 145 -11 11.400 6.839 0 L 38 0 161 -5 11.600 6.618 0 L 55 -3 144 -9 11.600 6.824 0 L 55 -5 97 -10 11.648 7.000 0 L 55 -1 144 -3 11.800 6.613 0 L 55 -4 144 -10 11.800 6.812 0 L 55 -7 144 -18 11.800 6.984 0 L 55 -1 144 -4 12.000 6.608 0 L 38 -2 161 -12 12.000 6.797 0 L 55 -6 144 -17 12.000 6.958 0 L 38 -1 32 0 12.200 6.602 0 L 38 -2 162 -9 12.200 6.783 0 L 55 -4 145 -13 12.200 6.935 0 L 38 -2 162 -7 12.400 6.771 0 L 55 -4 145 -10 12.400 6.918 0 L 38 -3 161 -11 12.600 6.761 0 L 38 -3 161 -15 12.600 6.904 0 L 55 -4 144 -13 12.800 6.747 0 L 55 -5 144 -11 12.800 6.885 0 L 54 -5 115 -12 12.830 7.000 0 L 55 -4 144 -10 13.000 6.730 0 L 55 -5 144 -12 13.000 6.868 0 L 55 -5 144 -15 13.000 6.982 0 L 55 -5 145 -10 13.200 6.715 0 L 55 -5 145 -13 13.200 6.850 0 L 55 -5 145 -14 13.200 6.962 0 L 55 -6 145 -18 13.400 6.699 0 L 55 -7 145 -20 13.400 6.831 0 L 38 -5 162 -20 13.400 6.943 0 L 55 -6 144 -16 13.600 6.675 0 L 55 -6 144 -18 13.600 6.803 0 L 55 -7 144 -17 13.600 6.917 0 L 55 -6 14 -2 13.730 7.000 0 L 55 -5 144 -15 13.800 6.652 0 L 55 -6 144 -20 13.800 6.779 0 L 38 -5 161 -23 13.800 6.892 0 L 55 -6 144 -18 13.800 6.991 0 L 55 -6 144 -14 14.000 6.632 0 L 55 -6 144 -15 14.000 6.753 0 L 55 -6 144 -16 14.000 6.863 0 L 55 -6 144 -16 14.000 6.967 0 L 38 -4 62 -7 14.200 6.611 0 L 55 -7 144 -20 14.200 6.731 0 L 55 -8 144 -21 14.200 6.841 0 L 55 -8 144 -22 14.200 6.944 0 L 47 -5 153 -21 14.400 6.704 0 L 55 -7 145 -22 14.400 6.812 0 L 55 -7 145 -23 14.400 6.914 0 L 55 -6 144 -17 14.600 6.677 0 L 55 -5 144 -16 14.600 6.782 0 L 55 -5 144 -14 14.600 6.883 0 L 38 -4 161 -19 14.800 6.654 0 L 55 -6 144 -16 14.800 6.761 0 L 55 -6 144 -15 14.800 6.863 0 L 55 -7 144 -20 15.000 6.630 0 L 53 -7 146 -21 15.000 6.738 0 L 55 -8 144 -20 15.000 6.842 0 L RS 17 -2 15.200 6.603 0 L 55 -8 144 -21 15.200 6.710 0 L 49 -7 150 -21 15.200 6.813 0 L 38 -5 162 -22 15.400 6.680 0 L 55 -7 145 -19 15.400 6.784 0 L 55 -8 144 -21 15.600 6.653 0 L 38 -5 161 -24 15.600 6.758 0 L 38 -6 103 -17 15.800 6.623 0 L 55 -8 144 -23 15.800 6.728 0 L 38 -6 161 -27 16.000 6.697 0 L 55 -8 145 -24 16.200 6.663 0 L 37 -7 140 -24 16.400 6.631 0 L 21 -31 126 -202 6.653 7.400 0 L 23 -30 100 -136 6.800 7.166 0 L 23 -30 100 -144 6.876 7.400 0 L 26 -28 164 -197 7.000 7.226 0 L 35 -43 11 -13 7.153 7.400 0 L 39 -39 160 -175 7.200 7.343 0 L 28 -26 107 -103 7.400 7.129 0 L 29 -25 11 -10 7.559 7.400 0 L 30 -23 170 -142 7.600 7.364 0 L 31 -22 168 -127 7.800 7.199 0 L 31 -22 35 -26 8.000 7.049 0 L 33 -18 88 -58 9.078 7.400 0 L 51 -20 145 -68 4 -2 9.200 7.324 0 L 52 -18 148 -57 9.400 7.233 0 L 53 -15 146 -46 9.600 7.158 0 L 35 -15 23 -10 9.741 7.400 0 L 54 -13 145 -38 9.800 7.097 0 L 36 -12 163 -63 9.800 7.374 0 L 54 -12 145 -32 10.000 7.045 0 L 37 -10 162 -48 10.000 7.298 0 L 2 0 10.200 7.001 0 L 54 -12 146 -34 10.200 7.240 0 L 37 -10 67 -17 10.296 7.400 0 L 54 -11 146 -34 10.400 7.193 0 L 37 -9 163 -48 10.400 7.372 0 L 55 -8 144 -27 10.600 7.147 0 L 54 -11 145 -34 10.600 7.315 0 L 38 -5 161 -23 10.800 7.112 0 L 55 -9 144 -26 10.800 7.270 0 L 54 -11 90 -20 10.856 7.400 0 L 38 -4 161 -21 11.000 7.084 0 L 55 -8 144 -23 11.000 7.235 0 L 55 -10 144 -29 11.000 7.368 0 L 52 -7 148 -24 11.200 7.058 0 L 38 -5 162 -26 11.200 7.203 0 L 55 -9 145 -25 11.200 7.328 0 L 38 -4 162 -17 11.400 7.027 0 L 55 -6 145 -18 11.400 7.172 0 L 55 -8 145 -21 11.400 7.294 0 L 38 -4 9 -1 11.600 7.005 0 L 55 -6 144 -17 11.600 7.147 0 L 55 -7 144 -21 11.600 7.264 0 L 38 -5 161 -23 11.800 7.124 0 L 55 -8 144 -22 11.800 7.236 0 L 55 -7 144 -21 12.000 7.096 0 L 55 -7 144 -22 12.000 7.205 0 L 55 -5 145 -16 12.200 7.068 0 L 55 -5 145 -17 12.200 7.176 0 L 55 -5 145 -14 12.400 7.046 0 L 55 -6 145 -15 12.400 7.154 0 L 55 -6 144 -17 12.600 7.027 0 L 55 -6 144 -19 12.600 7.132 0 L 30 -3 12.800 7.003 0 L 55 -6 144 -19 12.800 7.107 0 L 38 -4 161 -18 13.000 7.081 0 L 55 -5 145 -15 13.200 7.059 0 L 55 -6 145 -15 13.400 7.038 0 L 38 -4 92 -12 13.600 7.017 0 L 16 -34 71 -187 23 -78 6.490 7.800 0 L 26 -49 26 -51 6.600 7.500 0 L 19 -33 85 -181 24 -63 6.671 7.800 0 L 21 -32 55 -90 6.800 7.522 0 L 20 -32 77 -140 7 -14 6.895 7.800 0 L 23 -30 130 -183 7.000 7.614 0 L 37 -41 156 -202 7.207 7.800 0 L 28 -25 131 -131 7.400 7.556 0 L 29 -24 147 -136 17 -19 8.606 7.800 0 L 43 -34 156 -126 8.800 7.620 0 L 6 -4 8.994 7.800 0 L 44 -33 34 -27 9.000 7.460 0 L 46 -30 153 -108 9.000 7.795 0 L 50 -24 150 -87 9.200 7.657 0 L 34 -18 73 -44 9.293 7.800 0 L 51 -21 149 -63 9.400 7.546 0 L 51 -21 146 -65 3 -1 9.400 7.737 0 L 25 -11 9.575 7.800 0 L 35 -15 106 -45 9.600 7.461 0 L 52 -20 147 -59 9.600 7.650 0 L 52 -20 147 -61 9.600 7.789 0 L 52 -19 147 -57 9.800 7.571 0 L 52 -19 147 -58 9.800 7.707 0 L 53 -17 146 -50 10.000 7.494 0 L 53 -16 146 -50 10.000 7.630 0 L 37 -9 58 -17 10.200 7.426 0 L 54 -12 146 -37 10.200 7.563 0 L 54 -13 146 -38 10.400 7.514 0 L 54 -13 145 -36 10.600 7.463 0 L 37 -8 18 -5 10.800 7.413 0 L RS 14 -54 44 -235 10 -110 6.421 8.200 0 L 7 -37 17 -111 6.576 8.200 0 L 18 -52 53 -199 6.600 8.051 0 L 10 -37 25 -110 6.765 8.200 0 L 16 -35 58 -149 21 -68 6.800 8.053 0 L 21 -32 81 -138 64 -146 25 -74 7.008 8.200 0 L 6 -9 7.200 7.809 0 L 29 -20 52 -44 41 -43 7.478 8.200 0 L 9 24 19 21 33 14 34 0 44 -11 59 -31 2 0 7.600 8.092 0 L -3 35 5 56 7.800 8.109 0 L 33 -45 69 -95 8.298 8.200 0 L 36 -42 163 -210 8.400 8.059 0 L 25 -28 4 -3 8.571 8.200 0 L 6 -6 8.600 7.807 0 L 40 -39 159 -169 8.600 8.168 0 L 19 -18 8.781 8.200 0 L 44 -33 149 -126 8.800 7.960 0 L 43 -34 156 -138 8.800 8.181 0 L 30 -24 9 -7 8.960 8.200 0 L 45 -32 154 -113 9.000 8.009 0 L 45 -32 154 -114 9.000 8.168 0 L 46 -31 46 -32 9.200 7.863 0 L 47 -29 153 -103 9.200 8.021 0 L 50 -23 124 -65 9.400 7.888 0 L 2 -38 -1 -360 0 -1 6.420 8.600 0 L 4 -38 15 -319 0 -42 6.557 8.600 0 L 10 -55 32 -278 3 -66 6.719 8.600 0 L 10 -37 52 -234 13 -102 6.925 8.600 0 L 8 -26 7.000 8.227 0 L RS 20 -32 52 -106 39 -114 11 -44 7.277 8.600 0 L 35 -43 42 -60 7.400 8.304 0 L 5 -38 46 -268 19 -74 7.729 8.600 0 L 2 -19 7.800 8.219 0 L 25 -49 84 -187 8.090 8.600 0 L 31 -46 66 -117 8.200 8.363 0 L 19 -33 72 -134 8.308 8.600 0 L 36 -42 95 -128 39 -62 8.400 8.432 0 L 22 -31 100 -161 8.477 8.600 0 L 39 -39 130 -152 11 -16 8.600 8.407 0 L 36 -42 118 -161 25 -38 8.621 8.600 0 L 42 -36 111 -115 7 -7 8.800 8.358 0 L -2 -38 -26 -362 6.449 9.000 0 L -1 -55 -15 -345 6.573 9.000 0 L 1 -55 -1 -345 6.719 9.000 0 L 3 -38 16 -351 0 -11 6.905 9.000 0 L 8 -37 40 -229 11 -134 7.218 9.000 0 L 14 -54 76 -346 7.639 9.000 0 L 16 -53 29 -104 7.955 9.000 0 L 21 -51 69 -191 8.000 8.842 0 L 19 -52 35 -105 8.145 9.000 0 L 17 -34 91 -208 8.200 8.842 0 L 16 -34 90 -219 8.294 9.000 0 L 27 -49 49 -97 8.400 8.746 0 L 19 -33 127 -249 34 -84 8.419 9.000 0 L 20 -32 0 -1 8.600 8.633 0 L RS -3 -38 -35 -361 6.488 9.400 0 L -4 -55 -23 -300 6.600 9.356 0 L -2 -55 -19 -344 6.741 9.400 0 L 3 44 6.600 9.356 0 L 0 -38 -10 -361 6.916 9.400 0 L 1 -38 -1 -312 -4 -49 7.222 9.400 0 L 7 -37 36 -185 7.557 9.400 0 L 8 -37 30 -140 7.600 9.177 0 L 9 -37 80 -362 7.865 9.400 0 L 11 -36 92 -363 8.042 9.400 0 L 9 -37 11 -46 8.180 9.400 0 L 17 -53 76 -263 8.200 9.316 0 L 18 -52 85 -296 8.296 9.400 0 L 13 -36 6 -15 8.400 9.052 0 L -3 -38 -35 -361 6.526 9.800 0 L -4 -55 -30 -344 6.638 9.800 0 L -4 -55 -26 -344 6.771 9.800 0 L -2 -38 -22 -361 6.940 9.800 0 L -5 -55 -39 -277 -15 -67 7.282 9.800 0 L 10 -54 75 -345 7.471 9.800 0 L 10 -55 54 -344 7.800 9.800 0 L 6 -38 21 -139 7.973 9.800 0 L 11 -54 31 -168 8.000 9.623 0 L 8 -37 66 -362 8.106 9.800 0 L 13 -54 66 -345 8.217 9.800 0 L RS -4 -55 -29 -344 6.560 10.200 0 L -3 -38 -27 -361 6.669 10.200 0 L -4 -55 -24 -344 6.800 10.200 0 L -3 -38 -30 -361 6.974 10.200 0 L -15 -53 -22 -56 -26 -37 -25 -12 -28 12 -1 2 7.400 9.944 0 L 12 -36 32 -70 27 -37 7.400 9.944 0 L 5 -38 46 -358 7.749 10.200 0 L 0 -3 7.800 9.804 0 L 7 -55 42 -344 7.923 10.200 0 L 8 -55 43 -344 8.054 10.200 0 L 5 -38 31 -251 8.163 10.200 0 L 5 -38 11 -72 8.200 9.910 0 L -4 -55 -24 -344 6.588 10.600 0 L -2 -38 -26 -361 6.697 10.600 0 L 0 -2 6.800 10.203 0 L -4 -55 -22 -239 7.000 10.494 0 L 2 38 27 359 6.800 10.203 0 L 3 38 6 67 7.000 10.494 0 L RS 4 -38 40 -361 7.704 10.600 0 L 4 -38 34 -361 7.884 10.600 0 L 6 -55 32 -344 8.016 10.600 0 L 4 -38 34 -361 8.125 10.600 0 L -2 -38 -9 -171 6.600 10.809 0 L -3 -55 -17 -345 6.717 11.000 0 L 2 55 6 135 6.600 10.809 0 L -2 -38 -20 -362 6.851 11.000 0 L -3 -38 -25 -362 7.038 11.000 0 L 5 -55 27 -345 7.671 11.000 0 L 4 -55 22 -345 7.857 11.000 0 L 2 -38 7 -135 7.991 11.000 0 L 3 -38 13 -188 8.000 10.826 0 L 2 -38 22 -362 8.100 11.000 0 L RS -2 -55 -7 -344 6.617 11.400 0 L -2 -55 -6 -344 6.726 11.400 0 L -1 -38 -7 -361 6.860 11.400 0 L -2 -38 -7 -361 7.047 11.400 0 L 2 -38 9 -361 7.659 11.400 0 L 2 -55 8 -344 7.847 11.400 0 L 1 -38 9 -361 7.980 11.400 0 L 2 -55 9 -344 8.089 11.400 0 L 0 -38 0 -361 6.617 11.800 0 L 0 -56 1 -343 6.725 11.800 0 L 0 -38 3 -361 6.856 11.800 0 L 0 -38 8 -361 7.039 11.800 0 L 0 -38 -7 -361 7.666 11.800 0 L 0 -55 -2 -344 7.849 11.800 0 L 0 -38 0 -361 7.980 11.800 0 L 0 -55 1 -344 8.088 11.800 0 L RS 0 -38 2 -361 6.615 12.200 0 L 0 -55 3 -344 6.721 12.200 0 L 0 -38 5 -361 6.850 12.200 0 L 1 -38 9 -361 7.028 12.200 0 L 0 -38 -10 -361 7.676 12.200 0 L 0 -55 -5 -344 7.855 12.200 0 L 0 -38 -3 -361 7.983 12.200 0 L 0 -56 -1 -343 8.090 12.200 0 L 0 -38 0 -361 6.615 12.600 0 L 0 -55 0 -344 6.721 12.600 0 L 0 -38 0 -361 6.850 12.600 0 L 0 -38 1 -361 7.026 12.600 0 L RS 0 -38 -1 -361 7.678 12.600 0 L 0 -55 0 -344 7.855 12.600 0 L 0 -38 0 -361 7.983 12.600 0 L 0 -56 0 -343 8.089 12.600 0 L 0 -38 -3 -362 6.619 13.000 0 L 0 -55 -3 -345 6.725 13.000 0 L 0 -38 -4 -362 6.854 13.000 0 L 0 -38 -6 -362 7.033 13.000 0 L 0 -38 6 -362 7.672 13.000 0 L 0 -55 4 -345 7.850 13.000 0 L 0 -38 3 -362 7.979 13.000 0 L 0 -55 3 -345 8.085 13.000 0 L RS 0 -38 -2 -361 6.621 13.400 0 L 0 -55 -2 -344 6.728 13.400 0 L 0 -38 -3 -361 6.857 13.400 0 L 0 -38 -4 -361 7.037 13.400 0 L 0 -38 4 -361 7.667 13.400 0 L 0 -55 3 -344 7.847 13.400 0 L 0 -38 2 -361 7.976 13.400 0 L 0 -55 2 -344 8.083 13.400 0 L 0 -38 4 -361 6.617 13.800 0 L 0 -55 5 -344 6.722 13.800 0 L 0 -38 6 -361 6.850 13.800 0 L 0 -38 11 -361 7.026 13.800 0 L 0 -38 -10 -361 7.678 13.800 0 L 0 -55 -6 -344 7.854 13.800 0 L 0 -55 -5 -344 7.982 13.800 0 L 0 -55 -4 -344 8.087 13.800 0 L RS 1 -38 13 -361 6.602 14.200 0 L 1 -55 16 -344 6.705 14.200 0 L 1 -38 21 -361 6.828 14.200 0 L 3 -38 4 -38 6.992 14.200 0 L 2 -38 24 -285 7.000 14.123 0 L -2 -38 -31 -361 7.711 14.200 0 L -2 -55 -20 -344 7.876 14.200 0 L -1 -38 -16 -361 7.999 14.200 0 L -1 -55 -13 -344 8.102 14.200 0 L 2 -38 17 -319 6.581 14.600 0 L 2 -42 6.600 14.243 0 L 3 -55 21 -344 6.680 14.600 0 L 2 -37 6.797 14.600 0 L 2 -38 26 -324 6.800 14.563 0 L 4 -38 39 -361 6.949 14.600 0 L RS 20 17 28 7 22 -7 23 -19 44 -72 37 -103 7.225 14.600 0 L 16 53 32 74 26 41 8 9 7.400 14.423 0 L -5 -55 -38 -344 7.755 14.600 0 L -4 -55 -26 -344 7.907 14.600 0 L 0 -12 8.000 14.213 0 L -2 -55 -19 -344 8.123 14.600 0 L 3 55 21 332 8.000 14.213 0 L 1 -38 14 -361 6.566 15.000 0 L 2 -38 15 -361 6.662 15.000 0 L 2 -38 19 -361 6.776 15.000 0 L 3 -38 25 -361 6.920 15.000 0 L 8 -37 37 -237 2 -28 7.152 15.000 0 L 10 -37 15 -60 7.200 14.697 0 L -14 -54 -45 -235 -12 -110 7.554 15.000 0 L -3 -38 -26 -361 7.784 15.000 0 L -2 -38 -19 -361 7.928 15.000 0 L -3 -55 -14 -344 8.041 15.000 0 L -1 -38 -14 -361 8.138 15.000 0 L RS 0 -55 3 -344 6.562 15.400 0 L 0 -38 4 -361 6.658 15.400 0 L 1 -55 4 -344 6.771 15.400 0 L 1 -38 6 -361 6.912 15.400 0 L 2 -38 13 -361 7.137 15.400 0 L -2 -38 -13 -361 7.569 15.400 0 L -1 -55 -6 -344 7.791 15.400 0 L 0 -38 -5 -361 7.933 15.400 0 L -1 -55 -3 -344 8.046 15.400 0 L 0 -38 -3 -361 8.142 15.400 0 L 0 -55 6 -344 6.555 15.800 0 L 0 -38 7 -361 6.650 15.800 0 L 0 -55 9 -344 6.761 15.800 0 L 0 -38 12 -361 6.900 15.800 0 L 2 -55 22 -344 7.112 15.800 0 L -1 -38 -23 -361 7.593 15.800 0 L 0 -38 -8 -286 7.800 15.725 0 L 0 -38 -9 -361 7.942 15.800 0 L 1 38 2 37 7.800 15.725 0 L 0 -55 -7 -344 8.053 15.800 0 L 0 -38 -6 -361 8.149 15.800 0 L RS 1 -55 19 -344 6.535 16.200 0 L 1 -38 22 -361 6.627 16.200 0 L 2 -55 26 -344 6.733 16.200 0 L 2 -38 34 -361 6.864 16.200 0 L 6 -55 57 -344 7.048 16.200 0 L -4 -38 -3 -20 7.600 15.859 0 L 6 38 49 303 7.600 15.859 0 L -2 -38 -34 -361 7.840 16.200 0 L -1 -38 -27 -361 7.970 16.200 0 L -2 -55 -21 -344 8.077 16.200 0 L -1 -38 -19 -361 8.170 16.200 0 L 3 -55 21 -344 6.510 16.600 0 L 0 -12 6.599 16.600 0 L 3 -55 23 -332 6.600 16.588 0 L 4 -55 28 -344 6.701 16.600 0 L 3 -38 37 -361 6.823 16.600 0 L 5 -38 9 -66 6.985 16.600 0 L 6 -38 42 -257 7.000 16.495 0 L RS -6 -38 -56 -361 7.718 16.600 0 L -5 -55 -35 -344 7.881 16.600 0 L -3 -38 -26 -325 8.000 16.563 0 L -3 -55 -24 -344 8.105 16.600 0 L 2 36 8.000 16.563 0 L -3 -55 -21 -344 8.194 16.600 0 L 2 -55 12 -345 6.496 17.000 0 L 3 -55 13 -345 6.583 17.000 0 L 2 -38 16 -362 6.682 17.000 0 L 4 -55 19 -345 6.800 17.000 0 L 6 -55 27 -345 6.952 17.000 0 L 18 18 26 7 19 -5 32 -37 26 -54 31 -116 10 -66 7.237 17.000 0 L 8 55 27 117 20 51 19 30 7.400 16.747 0 L -4 -38 -29 -362 7.751 17.000 0 L -3 -38 -20 -362 7.904 17.000 0 L -2 -38 -16 -362 8.021 17.000 0 L -3 -55 -13 -345 8.121 17.000 0 L -2 -55 -3 -68 8.200 16.724 0 L 0 38 8 238 8.200 16.724 0 L RS 0 -55 2 -344 6.493 17.400 0 L 0 -38 2 -361 6.580 17.400 0 L 0 -38 3 -361 6.679 17.400 0 L 1 -38 3 -357 6.796 17.400 0 L 0 -4 6.800 17.005 0 L 1 -38 4 -361 6.946 17.400 0 L 4 -38 16 -239 0 -122 7.218 17.400 0 L -6 -55 -13 -280 1 -64 7.492 17.400 0 L -1 -38 -4 -361 7.757 17.400 0 L -1 -38 -3 -361 7.908 17.400 0 L 0 -38 -3 -361 8.025 17.400 0 L 0 -38 -3 -361 8.124 17.400 0 L 0 -38 -2 -361 8.211 17.400 0 L 0 -38 -3 -361 6.496 17.800 0 L 0 -38 -3 -361 6.584 17.800 0 L 0 -38 -4 -361 6.683 17.800 0 L 0 -38 -4 -289 6.800 17.728 0 L 0 -38 -7 -361 6.954 17.800 0 L 0 55 1 17 6.800 17.728 0 L -2 -55 -18 -344 7.238 17.800 0 L 1 -38 18 -361 7.472 17.800 0 L 0 -38 7 -361 7.750 17.800 0 L 0 -38 5 -361 7.903 17.800 0 L 0 -55 4 -344 8.021 17.800 0 L 0 -38 3 -361 8.120 17.800 0 L 0 -38 3 -361 8.208 17.800 0 L RS 0 -55 -3 -344 6.500 18.200 0 L 0 -38 -4 -361 6.588 18.200 0 L 0 -38 -4 -361 6.688 18.200 0 L 0 -55 -5 -344 6.807 18.200 0 L -1 -55 -7 -344 6.962 18.200 0 L -2 -38 -25 -361 7.266 18.200 0 L 2 -38 25 -361 7.444 18.200 0 L 0 -38 8 -361 7.741 18.200 0 L 0 -38 5 -361 7.897 18.200 0 L 0 -38 4 -361 8.016 18.200 0 L 0 -38 4 -361 8.116 18.200 0 L 0 -38 3 -361 8.204 18.200 0 L 0 -55 -2 -344 6.503 18.600 0 L 0 -38 -3 -361 6.591 18.600 0 L 0 -38 -3 -361 6.692 18.600 0 L 0 -38 -4 -361 6.812 18.600 0 L -1 -55 -5 -344 6.968 18.600 0 L RS -2 -38 -26 -361 7.295 18.600 0 L 2 -38 26 -361 7.416 18.600 0 L 0 -38 6 -361 7.735 18.600 0 L 0 -38 4 -361 7.893 18.600 0 L 0 -38 3 -361 8.013 18.600 0 L 0 -38 2 -361 8.113 18.600 0 L 0 -38 2 -361 8.201 18.600 0 L 0 -56 0 -344 6.503 19.000 0 L 0 -38 0 -362 6.591 19.000 0 L 0 -38 0 -362 6.692 19.000 0 L 0 -38 0 -362 6.812 19.000 0 L 0 -55 0 -345 6.969 19.000 0 L -3 -55 5 -345 7.292 19.000 0 L 3 -55 -5 -345 7.418 19.000 0 L 0 -38 0 -362 7.734 19.000 0 L 0 -38 1 -362 7.892 19.000 0 L 0 -38 1 -362 8.011 19.000 0 L 0 -38 1 -362 8.112 19.000 0 L 0 -38 0 -362 8.200 19.000 0 L RS 60 setlinewidth -11999 0 0 -15999 11999 0 0 15999 5.000 3.000 0 L 0 -250 5.000 3.250 0 L 0 -150 5.200 3.150 0 L 0 -150 5.400 3.150 0 L 0 -150 5.600 3.150 0 L 0 -150 5.800 3.150 0 L 0 -150 6.000 3.150 0 L 0 -150 6.200 3.150 0 L 0 -150 6.400 3.150 0 L 0 -150 6.600 3.150 0 L 0 -150 6.800 3.150 0 L 0 -150 7.000 3.150 0 L 0 -150 7.200 3.150 0 L 0 -150 7.400 3.150 0 L 0 -150 7.600 3.150 0 L 0 -150 7.800 3.150 0 L 0 -150 8.000 3.150 0 L 0 -150 8.200 3.150 0 L 0 -150 8.400 3.150 0 L 0 -150 8.600 3.150 0 L 0 -150 8.800 3.150 0 L 0 -150 9.000 3.150 0 L 0 -150 9.200 3.150 0 L 0 -150 9.400 3.150 0 L 0 -150 9.600 3.150 0 L 0 -150 9.800 3.150 0 L 0 -150 10.000 3.150 0 L 0 -150 10.200 3.150 0 L 0 -150 10.400 3.150 0 L 0 -150 10.600 3.150 0 L 0 -150 10.800 3.150 0 L 0 -250 11.000 3.250 0 L 0 -150 11.200 3.150 0 L 0 -150 11.400 3.150 0 L 0 -150 11.600 3.150 0 L 0 -150 11.800 3.150 0 L 0 -150 12.000 3.150 0 L 0 -150 12.200 3.150 0 L 0 -150 12.400 3.150 0 L 0 -150 12.600 3.150 0 L 0 -150 12.800 3.150 0 L 0 -150 13.000 3.150 0 L 0 -150 13.200 3.150 0 L 0 -150 13.400 3.150 0 L 0 -150 13.600 3.150 0 L 0 -150 13.800 3.150 0 L 0 -150 14.000 3.150 0 L 0 -150 14.200 3.150 0 L 0 -150 14.400 3.150 0 L 0 -150 14.600 3.150 0 L 0 -150 14.800 3.150 0 L 0 -150 15.000 3.150 0 L 0 -150 15.200 3.150 0 L 0 -150 15.400 3.150 0 L 0 -150 15.600 3.150 0 L 0 -150 15.800 3.150 0 L 0 -150 16.000 3.150 0 L 0 -150 16.200 3.150 0 L 0 -150 16.400 3.150 0 L 0 -150 16.600 3.150 0 L 0 -150 16.800 3.150 0 L 0 -250 17.000 3.250 0 L 0 249 5.000 18.750 0 L 0 149 5.200 18.850 0 L 0 149 5.400 18.850 0 L 0 149 5.600 18.850 0 L 0 149 5.800 18.850 0 L 0 149 6.000 18.850 0 L 0 149 6.200 18.850 0 L 0 149 6.400 18.850 0 L 0 149 6.600 18.850 0 L 0 149 6.800 18.850 0 L 0 149 7.000 18.850 0 L 0 149 7.200 18.850 0 L 0 149 7.400 18.850 0 L 0 149 7.600 18.850 0 L 0 149 7.800 18.850 0 L 0 149 8.000 18.850 0 L 0 149 8.200 18.850 0 L 0 149 8.400 18.850 0 L 0 149 8.600 18.850 0 L 0 149 8.800 18.850 0 L 0 149 9.000 18.850 0 L 0 149 9.200 18.850 0 L 0 149 9.400 18.850 0 L 0 149 9.600 18.850 0 L 0 149 9.800 18.850 0 L 0 149 10.000 18.850 0 L 0 149 10.200 18.850 0 L 0 149 10.400 18.850 0 L 0 149 10.600 18.850 0 L 0 149 10.800 18.850 0 L 0 249 11.000 18.750 0 L 0 149 11.200 18.850 0 L 0 149 11.400 18.850 0 L 0 149 11.600 18.850 0 L 0 149 11.800 18.850 0 L 0 149 12.000 18.850 0 L 0 149 12.200 18.850 0 L 0 149 12.400 18.850 0 L 0 149 12.600 18.850 0 L 0 149 12.800 18.850 0 L 0 149 13.000 18.850 0 L 0 149 13.200 18.850 0 L 0 149 13.400 18.850 0 L 0 149 13.600 18.850 0 L 0 149 13.800 18.850 0 L 0 149 14.000 18.850 0 L 0 149 14.200 18.850 0 L 0 149 14.400 18.850 0 L 0 149 14.600 18.850 0 L 0 149 14.800 18.850 0 L 0 149 15.000 18.850 0 L 0 149 15.200 18.850 0 L 0 149 15.400 18.850 0 L 0 149 15.600 18.850 0 L 0 149 15.800 18.850 0 L 0 149 16.000 18.850 0 L 0 149 16.200 18.850 0 L 0 149 16.400 18.850 0 L 0 149 16.600 18.850 0 L 0 149 16.800 18.850 0 L 0 249 17.000 18.750 0 L -250 0 5.250 3.000 0 L -150 0 5.150 3.400 0 L -150 0 5.150 3.800 0 L -150 0 5.150 4.200 0 L -150 0 5.150 4.600 0 L -250 0 5.250 5.000 0 L -150 0 5.150 5.400 0 L -150 0 5.150 5.800 0 L -150 0 5.150 6.200 0 L -150 0 5.150 6.600 0 L -250 0 5.250 7.000 0 L -150 0 5.150 7.400 0 L -150 0 5.150 7.800 0 L -150 0 5.150 8.200 0 L -150 0 5.150 8.600 0 L -250 0 5.250 9.000 0 L -150 0 5.150 9.400 0 L -150 0 5.150 9.800 0 L -150 0 5.150 10.200 0 L -150 0 5.150 10.600 0 L -250 0 5.250 11.000 0 L -150 0 5.150 11.400 0 L -150 0 5.150 11.800 0 L -150 0 5.150 12.200 0 L -150 0 5.150 12.600 0 L -250 0 5.250 13.000 0 L -150 0 5.150 13.400 0 L -150 0 5.150 13.800 0 L -150 0 5.150 14.200 0 L -150 0 5.150 14.600 0 L -250 0 5.250 15.000 0 L -150 0 5.150 15.400 0 L -150 0 5.150 15.800 0 L -150 0 5.150 16.200 0 L -150 0 5.150 16.600 0 L -250 0 5.250 17.000 0 L -150 0 5.150 17.400 0 L -150 0 5.150 17.800 0 L -150 0 5.150 18.200 0 L -150 0 5.150 18.600 0 L -250 0 5.250 19.000 0 L 249 0 16.750 3.000 0 L 149 0 16.850 3.400 0 L 149 0 16.850 3.800 0 L 149 0 16.850 4.200 0 L 149 0 16.850 4.600 0 L 249 0 16.750 5.000 0 L 149 0 16.850 5.400 0 L 149 0 16.850 5.800 0 L 149 0 16.850 6.200 0 L 149 0 16.850 6.600 0 L 249 0 16.750 7.000 0 L 149 0 16.850 7.400 0 L 149 0 16.850 7.800 0 L 149 0 16.850 8.200 0 L 149 0 16.850 8.600 0 L 249 0 16.750 9.000 0 L 149 0 16.850 9.400 0 L 149 0 16.850 9.800 0 L 149 0 16.850 10.200 0 L 149 0 16.850 10.600 0 L 249 0 16.750 11.000 0 L 149 0 16.850 11.400 0 L 149 0 16.850 11.800 0 L 149 0 16.850 12.200 0 L 149 0 16.850 12.600 0 L 249 0 16.750 13.000 0 L 149 0 16.850 13.400 0 L 149 0 16.850 13.800 0 L 149 0 16.850 14.200 0 L 149 0 16.850 14.600 0 L 249 0 16.750 15.000 0 L 149 0 16.850 15.400 0 L 149 0 16.850 15.800 0 L 149 0 16.850 16.200 0 L 149 0 16.850 16.600 0 L 249 0 16.750 17.000 0 L 149 0 16.850 17.400 0 L 149 0 16.850 17.800 0 L 149 0 16.850 18.200 0 L 149 0 16.850 18.600 0 L 249 0 16.750 19.000 0 L 30 setlinewidth -1000 0 0 -999 999 0 18.000 4.000 1 F -1000 0 19.000 3.000 0 L 75 76 0.0 (-0.9 eV) F2 19.300 3.650 T -1000 0 0 -999 999 0 18.000 5.000 2 F -1000 0 19.000 4.000 0 L 75 76 0.0 (-0.8 eV) F2 19.300 4.650 T -1000 0 0 -999 999 0 18.000 6.000 3 F -1000 0 19.000 5.000 0 L 75 76 0.0 (-0.7 eV) F2 19.300 5.650 T -1000 0 0 -999 999 0 18.000 7.000 4 F -1000 0 19.000 6.000 0 L 75 76 0.0 (-0.6 eV) F2 19.300 6.650 T -1000 0 0 -999 999 0 18.000 8.000 5 F -1000 0 19.000 7.000 0 L 75 76 0.0 (-0.5 eV) F2 19.300 7.650 T -1000 0 0 -999 999 0 18.000 9.000 6 F -1000 0 19.000 8.000 0 L 75 76 0.0 (-0.4 eV) F2 19.300 8.650 T -1000 0 0 -999 999 0 18.000 10.000 7 F -1000 0 19.000 9.000 0 L 75 76 0.0 (-0.3 eV) F2 19.300 9.650 T -1000 0 0 -999 999 0 18.000 11.000 8 F -1000 0 19.000 10.000 0 L 75 76 0.0 (-0.2 eV) F2 19.300 10.650 T -1000 0 0 -999 999 0 18.000 12.000 9 F -1000 0 19.000 11.000 0 L 75 76 0.0 (-0.1 eV) F2 19.300 11.650 T -1000 0 0 -999 999 0 18.000 13.000 10 F -1000 0 19.000 12.000 0 L 75 76 0.0 ( 0.0 eV) F2 19.300 12.650 T -1000 0 0 -999 999 0 18.000 14.000 11 F -1000 0 19.000 13.000 0 L 75 76 0.0 ( 0.1 eV) F2 19.300 13.650 T -1000 0 0 -999 999 0 18.000 15.000 12 F -1000 0 19.000 14.000 0 L 75 76 0.0 ( 0.2 eV) F2 19.300 14.650 T -1000 0 0 -999 999 0 18.000 16.000 13 F -1000 0 19.000 15.000 0 L 75 76 0.0 ( 0.3 eV) F2 19.300 15.650 T -1000 0 0 -1000 999 0 18.000 17.000 14 F -1000 0 19.000 16.000 0 L 75 76 0.0 ( 0.4 eV) F2 19.300 16.650 T -1000 0 0 -1000 999 0 18.000 18.000 15 F -1000 0 19.000 17.000 0 L 75 76 0.0 ( 0.5 eV) F2 19.300 17.650 T -1000 0 0 -1000 999 0 18.000 19.000 16 F -1000 0 19.000 18.000 0 L 60 setlinewidth -1000 0 0 -15999 999 0 0 15999 18.000 3.000 0 L 0 74 0.5 (0.25) F2 5.000 2.000 T 0 74 0.5 (1.50) F2 11.000 2.000 T 0 74 0.5 (2.75) F2 17.000 2.000 T 0 74 1.0 (0.0) F2 4.700 2.650 T 0 74 1.0 (0.5) F2 4.700 4.650 T 0 74 1.0 (1.0) F2 4.700 6.650 T 0 74 1.0 (1.5) F2 4.700 8.650 T 0 74 1.0 (2.0) F2 4.700 10.650 T 0 74 1.0 (2.5) F2 4.700 12.650 T 0 74 1.0 (3.0) F2 4.700 14.650 T 0 74 1.0 (3.5) F2 4.700 16.650 T 0 74 1.0 (4.0) F2 4.700 18.650 T 0 74 0.0 () F3 5.000 20.000 T 30 setlinewidth 75 76 0.5 (0.1) F1 7.542 14.610 T 75 76 0.5 (0.1) F1 7.714 8.374 T 75 76 0.5 (0.2) F1 9.400 6.953 T 75 76 0.5 (0.0) F1 11.544 6.090 T 75 76 0.5 (-0.3) F1 13.344 5.440 T 75 76 0.5 (-0.6) F1 15.800 4.495 T restore pop % remove mark showpage %%EOF cleartomark countdictstack exch sub { end } repeat restore grestore % % End Imported PIC File: h2spd_0.25_0.5_90_90xfarbe.ps %%EndDocument % % Polyline % % Begin Imported EPS File: h2sphbh.xfig.eps %%BeginDocument: h2sphbh.xfig.eps % n gs 4680 967 tr 7.109290 -7.149171 sc 0 -362 tr 0 0 tr sa n 0 0 m 366 0 l 366 362 l 0 362 l cp clip n countdictstack mark /showpage {} def % EPS file follows: %!PS-Adobe-2.0 EPSF-2.0 %%Title: h2sphbh.xfig.eps %%Creator: fig2dev Version 3.2.3 Patchlevel %%CreationDate: Fri Dec 29 18:46:58 2000 %%For: soenke@theolx14 (Soenke Lorenz) %%BoundingBox: 0 0 366 362 %%Magnification: 1.0000 %%EndComments /$F2psDict 200 dict def $F2psDict begin $F2psDict /mtrx matrix put /col-1 {0 setgray} bind def /col0 {0.000 0.000 0.000 srgb} bind def /col1 {0.000 0.000 1.000 srgb} bind def /col2 {0.000 1.000 0.000 srgb} bind def /col3 {0.000 1.000 1.000 srgb} bind def /col4 {1.000 0.000 0.000 srgb} bind def /col5 {1.000 0.000 1.000 srgb} bind def /col6 {1.000 1.000 0.000 srgb} bind def /col7 {1.000 1.000 1.000 srgb} bind def /col8 {0.000 0.000 0.560 srgb} bind def /col9 {0.000 0.000 0.690 srgb} bind def /col10 {0.000 0.000 0.820 srgb} bind def /col11 {0.530 0.810 1.000 srgb} bind def /col12 {0.000 0.560 0.000 srgb} bind def /col13 {0.000 0.690 0.000 srgb} bind def /col14 {0.000 0.820 0.000 srgb} bind def /col15 {0.000 0.560 0.560 srgb} bind def /col16 {0.000 0.690 0.690 srgb} bind def /col17 {0.000 0.820 0.820 srgb} bind def /col18 {0.560 0.000 0.000 srgb} bind def /col19 {0.690 0.000 0.000 srgb} bind def /col20 {0.820 0.000 0.000 srgb} bind def /col21 {0.560 0.000 0.560 srgb} bind def /col22 {0.690 0.000 0.690 srgb} bind def /col23 {0.820 0.000 0.820 srgb} bind def /col24 {0.500 0.190 0.000 srgb} bind def /col25 {0.630 0.250 0.000 srgb} bind def /col26 {0.750 0.380 0.000 srgb} bind def /col27 {1.000 0.500 0.500 srgb} bind def /col28 {1.000 0.630 0.630 srgb} bind def /col29 {1.000 0.750 0.750 srgb} bind def /col30 {1.000 0.880 0.880 srgb} bind def /col31 {1.000 0.840 0.000 srgb} bind def end save newpath 0 362 moveto 0 0 lineto 366 0 lineto 366 362 lineto closepath clip newpath -103.0 521.0 translate 1 -1 scale /cp {closepath} bind def /ef {eofill} bind def /gr {grestore} bind def /gs {gsave} bind def /sa {save} bind def /rs {restore} bind def /l {lineto} bind def /m {moveto} bind def /rm {rmoveto} bind def /n {newpath} bind def /s {stroke} bind def /sh {show} bind def /slc {setlinecap} bind def /slj {setlinejoin} bind def /slw {setlinewidth} bind def /srgb {setrgbcolor} bind def /rot {rotate} bind def /sc {scale} bind def /sd {setdash} bind def /ff {findfont} bind def /sf {setfont} bind def /scf {scalefont} bind def /sw {stringwidth} bind def /tr {translate} bind def /tnt {dup dup currentrgbcolor 4 -2 roll dup 1 exch sub 3 -1 roll mul add 4 -2 roll dup 1 exch sub 3 -1 roll mul add 4 -2 roll dup 1 exch sub 3 -1 roll mul add srgb} bind def /shd {dup dup currentrgbcolor 4 -2 roll mul 4 -2 roll mul 4 -2 roll mul srgb} bind def /DrawEllipse { /endangle exch def /startangle exch def /yrad exch def /xrad exch def /y exch def /x exch def /savematrix mtrx currentmatrix def x y tr xrad yrad sc 0 0 1 startangle endangle arc closepath savematrix setmatrix } def /$F2psBegin {$F2psDict begin /$F2psEnteredState save def} def /$F2psEnd {$F2psEnteredState restore end} def $F2psBegin %%Page: 1 1 10 setmiterlimit 0.06299 0.06299 sc /Helvetica-Bold ff 750.00 scf sf 5670 5400 m gs 1 -1 sc (Pd) col0 sh gr /Helvetica-Bold ff 750.00 scf sf 6930 4365 m gs 1 -1 sc (S) col0 sh gr % Polyline 75.000 slw n 2525 3150 m 6575 3150 l gs col0 s gr % Polyline n 2250 7575 m 2250 3525 l gs col0 s gr % Polyline n 6750 3525 m 6750 7575 l gs col0 s gr % Polyline n 2525 7650 m 6575 7650 l gs col0 s gr 60.000 slw % Ellipse n 5625 6525 475 475 0 360 DrawEllipse gs 0.00 setgray ef gr gs col0 s gr % Ellipse n 5625 4275 475 475 0 360 DrawEllipse gs 0.00 setgray ef gr gs col0 s gr % Ellipse n 3375 4275 475 475 0 360 DrawEllipse gs 0.00 setgray ef gr gs col0 s gr % Ellipse n 3375 6525 475 475 0 360 DrawEllipse gs 0.00 setgray ef gr gs col0 s gr % Polyline 75.000 slw n 3211 5388 m 3615 5388 l gs col0 s gr % Ellipse n 3840 5388 299 299 0 360 DrawEllipse gs col7 1.00 shd ef gr gs col0 s gr % Ellipse n 2940 5388 299 299 0 360 DrawEllipse gs col7 1.00 shd ef gr gs col0 s gr 60.000 slw % Ellipse n 2250 7650 575 575 0 360 DrawEllipse gs 0.50 setgray ef gr gs col0 s gr % Ellipse n 2250 3150 575 575 0 360 DrawEllipse gs 0.50 setgray ef gr gs col0 s gr % Ellipse n 6750 3150 575 575 0 360 DrawEllipse gs 0.50 setgray ef gr gs col0 s gr % Ellipse n 6750 7650 575 575 0 360 DrawEllipse gs 0.50 setgray ef gr gs col0 s gr $F2psEnd rs cleartomark countdictstack exch sub { end } repeat restore grestore % % End Imported PIC File: h2sphbh.xfig.eps %%EndDocument % %/Helvetica-iso ff 450.00 scf sf %1200 7650 m %gs 1 -1 sc 90.0 rot (2) col0 sh gr %30.000 slw %% Rotated Ellipse %gs %560 975 tr %-90.000 rot %n 0 0 35 35 0 360 DrawEllipse 90.000 rot %gs col0 s gr %gr %/Helvetica-iso ff 525.00 scf sf %1050 1320 m %gs 1 -1 sc 90.0 rot (\(A\)) col0 sh gr %% Ellipse %n 6855 8480 35 35 0 360 DrawEllipse gs col0 s gr %/Helvetica-iso ff 525.00 scf sf %6510 8970 m %gs 1 -1 sc (\(A\)) col0 sh gr %15.000 slw %% Rotated Ellipse %gs %685 2093 tr %-90.000 rot %n 0 0 35 35 0 360 DrawEllipse 90.000 rot %gs col0 s gr %gr %/Helvetica-iso ff 525.00 scf sf %1035 8010 m %gs 1 -1 sc 90.0 rot (H distance from the surface) col0 sh gr %/Helvetica-iso ff 525.00 scf sf %3135 8985 m %gs 1 -1 sc (H-H distance) col0 sh gr %$F2psEnd %Rs % Polyline n 3475 5360 m 3475 5610 l 3570 5610 l gs col7 1.00 shd ef gr gs col0 s gr %/Helvetica-iso ff 375.00 scf sf /Times-Roman-bold-iso ff 425.00 scf sf 1200 7435 m gs 1 -1 sc 90.0 rot (2) col0 sh gr 30.000 slw % Ellipse n 6465 8615 40 40 0 360 DrawEllipse gs col0 s gr %/Helvetica-iso ff 450.00 scf sf /Times-Roman-bold-iso ff 500.00 scf sf 3180 9050 m gs 1 -1 sc (H-H distance) col0 sh gr %/Helvetica-iso ff 450.00 scf sf /Times-Roman-bold-iso ff 500.00 scf sf 6130 9035 m gs 1 -1 sc (\(A\)) col0 sh gr % Rotated Ellipse gs 630 1135 tr -90.000 rot n 0 0 40 40 0 360 DrawEllipse 90.000 rot gs col0 s gr gr %/Helvetica-iso ff 450.00 scf sf /Times-Roman-bold-iso ff 500.00 scf sf 1050 7770 m gs 1 -1 sc 90.0 rot (H distance from the surface) col0 sh gr %/Helvetica-iso ff 450.00 scf sf /Times-Roman-bold-iso ff 500.00 scf sf 1035 1485 m gs 1 -1 sc 90.0 rot (\(A\)) col0 sh gr $F2psEnd rs showpage %%EndDocument @endspecial 727 -83 a currentpoint grestore moveto 727 -83 a 875 -83 a gsave currentpoint currentpoint translate 270 neg rotate neg exch neg exch translate 875 -83 a @beginspecial 20 @llx 80 @lly 595 @urx 750 @ury 1020 @rwi @setspecial %%BeginDocument: Fig7b.eps %!PS-Adobe-2.0 %%Title: h2spdana_0.50_0.50_90_90.xfig.eps %%Creator: fig2dev Version 3.2.3 Patchlevel %%CreationDate: Fri Jan 19 10:13:15 2001 %%For: soenke@theolx03 (Soenke Lorenz) %%Orientation: Landscape %%Pages: 1 %%BoundingBox: 20 80 595 750 %%BeginSetup %%IncludeFeature: *PageSize A4 %%EndSetup %%Magnification: 1.0000 %%EndComments /$F2psDict 200 dict def $F2psDict begin $F2psDict /mtrx matrix put /col-1 {0 setgray} bind def /col0 {0.000 0.000 0.000 srgb} bind def /col1 {0.000 0.000 1.000 srgb} bind def /col2 {0.000 1.000 0.000 srgb} bind def /col3 {0.000 1.000 1.000 srgb} bind def /col4 {1.000 0.000 0.000 srgb} bind def /col5 {1.000 0.000 1.000 srgb} bind def /col6 {1.000 1.000 0.000 srgb} bind def /col7 {1.000 1.000 1.000 srgb} bind def /col8 {0.000 0.000 0.560 srgb} bind def /col9 {0.000 0.000 0.690 srgb} bind def /col10 {0.000 0.000 0.820 srgb} bind def /col11 {0.530 0.810 1.000 srgb} bind def /col12 {0.000 0.560 0.000 srgb} bind def /col13 {0.000 0.690 0.000 srgb} bind def /col14 {0.000 0.820 0.000 srgb} bind def /col15 {0.000 0.560 0.560 srgb} bind def /col16 {0.000 0.690 0.690 srgb} bind def /col17 {0.000 0.820 0.820 srgb} bind def /col18 {0.560 0.000 0.000 srgb} bind def /col19 {0.690 0.000 0.000 srgb} bind def /col20 {0.820 0.000 0.000 srgb} bind def /col21 {0.560 0.000 0.560 srgb} bind def /col22 {0.690 0.000 0.690 srgb} bind def /col23 {0.820 0.000 0.820 srgb} bind def /col24 {0.500 0.190 0.000 srgb} bind def /col25 {0.630 0.250 0.000 srgb} bind def /col26 {0.750 0.380 0.000 srgb} bind def /col27 {1.000 0.500 0.500 srgb} bind def /col28 {1.000 0.630 0.630 srgb} bind def /col29 {1.000 0.750 0.750 srgb} bind def /col30 {1.000 0.880 0.880 srgb} bind def /col31 {1.000 0.840 0.000 srgb} bind def end save newpath 0 842 moveto 0 0 lineto 595 0 lineto 595 842 lineto closepath clip newpath 7.0 60.5 translate 90 rotate 1 -1 scale /cp {closepath} bind def /ef {eofill} bind def /gr {grestore} bind def /gs {gsave} bind def /sa {save} bind def /rs {restore} bind def /l {lineto} bind def /m {moveto} bind def /rm {rmoveto} bind def /n {newpath} bind def /s {stroke} bind def /sh {show} bind def /slc {setlinecap} bind def /slj {setlinejoin} bind def /slw {setlinewidth} bind def /srgb {setrgbcolor} bind def /rot {rotate} bind def /sc {scale} bind def /sd {setdash} bind def /ff {findfont} bind def /sf {setfont} bind def /scf {scalefont} bind def /sw {stringwidth} bind def /tr {translate} bind def /tnt {dup dup currentrgbcolor 4 -2 roll dup 1 exch sub 3 -1 roll mul add 4 -2 roll dup 1 exch sub 3 -1 roll mul add 4 -2 roll dup 1 exch sub 3 -1 roll mul add srgb} bind def /shd {dup dup currentrgbcolor 4 -2 roll mul 4 -2 roll mul 4 -2 roll mul srgb} bind def /reencdict 12 dict def /ReEncode { reencdict begin /newcodesandnames exch def /newfontname exch def /basefontname exch def /basefontdict basefontname findfont def /newfont basefontdict maxlength dict def basefontdict { exch dup /FID ne { dup /Encoding eq { exch dup length array copy newfont 3 1 roll put } { exch newfont 3 1 roll put } ifelse } { pop pop } ifelse } forall newfont /FontName newfontname put newcodesandnames aload pop 128 1 255 { newfont /Encoding get exch /.notdef put } for newcodesandnames length 2 idiv { newfont /Encoding get 3 1 roll put } repeat newfontname newfont definefont pop end } def /isovec [ 8#055 /minus 8#200 /grave 8#201 /acute 8#202 /circumflex 8#203 /tilde 8#204 /macron 8#205 /breve 8#206 /dotaccent 8#207 /dieresis 8#210 /ring 8#211 /cedilla 8#212 /hungarumlaut 8#213 /ogonek 8#214 /caron 8#220 /dotlessi 8#230 /oe 8#231 /OE 8#240 /space 8#241 /exclamdown 8#242 /cent 8#243 /sterling 8#244 /currency 8#245 /yen 8#246 /brokenbar 8#247 /section 8#250 /dieresis 8#251 /copyright 8#252 /ordfeminine 8#253 /guillemotleft 8#254 /logicalnot 8#255 /hypen 8#256 /registered 8#257 /macron 8#260 /degree 8#261 /plusminus 8#262 /twosuperior 8#263 /threesuperior 8#264 /acute 8#265 /mu 8#266 /paragraph 8#267 /periodcentered 8#270 /cedilla 8#271 /onesuperior 8#272 /ordmasculine 8#273 /guillemotright 8#274 /onequarter 8#275 /onehalf 8#276 /threequarters 8#277 /questiondown 8#300 /Agrave 8#301 /Aacute 8#302 /Acircumflex 8#303 /Atilde 8#304 /Adieresis 8#305 /Aring 8#306 /AE 8#307 /Ccedilla 8#310 /Egrave 8#311 /Eacute 8#312 /Ecircumflex 8#313 /Edieresis 8#314 /Igrave 8#315 /Iacute 8#316 /Icircumflex 8#317 /Idieresis 8#320 /Eth 8#321 /Ntilde 8#322 /Ograve 8#323 /Oacute 8#324 /Ocircumflex 8#325 /Otilde 8#326 /Odieresis 8#327 /multiply 8#330 /Oslash 8#331 /Ugrave 8#332 /Uacute 8#333 /Ucircumflex 8#334 /Udieresis 8#335 /Yacute 8#336 /Thorn 8#337 /germandbls 8#340 /agrave 8#341 /aacute 8#342 /acircumflex 8#343 /atilde 8#344 /adieresis 8#345 /aring 8#346 /ae 8#347 /ccedilla 8#350 /egrave 8#351 /eacute 8#352 /ecircumflex 8#353 /edieresis 8#354 /igrave 8#355 /iacute 8#356 /icircumflex 8#357 /idieresis 8#360 /eth 8#361 /ntilde 8#362 /ograve 8#363 /oacute 8#364 /ocircumflex 8#365 /otilde 8#366 /odieresis 8#367 /divide 8#370 /oslash 8#371 /ugrave 8#372 /uacute 8#373 /ucircumflex 8#374 /udieresis 8#375 /yacute 8#376 /thorn 8#377 /ydieresis] def /Helvetica /Helvetica-iso isovec ReEncode /DrawEllipse { /endangle exch def /startangle exch def /yrad exch def /xrad exch def /y exch def /x exch def /savematrix mtrx currentmatrix def x y tr xrad yrad sc 0 0 1 startangle endangle arc closepath savematrix setmatrix } def /$F2psBegin {$F2psDict begin /$F2psEnteredState save def} def /$F2psEnd {$F2psEnteredState restore end} def $F2psBegin %%Page: 1 1 10 setmiterlimit 0.06299 0.06299 sc %%Page: 1 1 % Polyline % % Begin Imported EPS File: h2spd_0.5_0.5_90_90_xfarbe.ps %%BeginDocument: h2spd_0.5_0.5_90_90_xfarbe.ps % n gs 662 255 tr 15.804615 -15.777778 sc 270 rot -10 -50 tr sa n 10 50 m 550 50 l 550 700 l 10 700 l cp clip n countdictstack mark /showpage {} def % EPS file follows: %!PS-Adobe-1.0 %%BoundingBox: 10 50 550 700 %%Creator: A.Preusser FHI Berlin %%Title: xfarbe.ps %%CreationDate: Thu Jan 18 19:50:24 2001 %%Pages: 1 %%DocumentFonts: Courier-Bold %%DocumentNeededFonts: Courier-Bold %%BeginProlog 28.346 28.346 scale % to cm 20.4 0.4 translate 90 rotate % for landscape mark % start of stack usage /RedAr 298 array def /GreAr 298 array def /BluAr 298 array def /SCR { % Set Color Representation % Stack: Red, Green, Blue, Index /ind exch def BluAr ind 3 2 roll put GreAr ind 3 2 roll put RedAr ind 3 2 roll put } bind def /SCI { % Set Color Index % Stack: index /ind exch def /red RedAr ind get def /gre GreAr ind get def /blu BluAr ind get def red gre blu setrgbcolor} bind def /FSD {findfont exch scalefont def} bind def /S1 0.80 /Times-Roman-Bold FSD /S2 1.00 /Times-Roman-Bold FSD /S3 1.10 /Times-Roman-Bold FSD /F1 {0.80 S1} bind def /F2 {1.00 S2} bind def /F3 {1.10 S3} bind def /BOX { % Clear Background % Stack: dx, dy, string, backcolor gsave % saving currentpoint 0 -0.05 rmoveto 0.76 mul 0.05 add % modify rectangle dup neg 3 1 roll 0 exch rlineto 0 rlineto 0 exch rlineto closepath exch SCI fill grestore} bind def /T { % Text % Stack: color, backcolor, rel. x pos, % string, height, x, y moveto setfont exch dup stringwidth pop dup 5 -1 roll mul neg 0 rmoveto 3 2 roll BOX exch SCI show} bind def /StackW 1 array def /W {%def copy rel moves starting at [ from stack to StackW ] /StackW exch def % read from stack into StackW StackW aload pop % copy back to stack } bind def /R {%def Read from StackR in inverse order StackR length 2 sub -2 0 % loop parameters {dup StackR exch get neg % get x exch StackR exch 1 add get neg} % get y for } bind def /F {%def take color index, one abs move % and relative moves from stack % and fill SCI % set color index moveto % abs move in cm 0.001 0.001 scale % rel moves in 1/1000 cm counttomark -2 2 { pop rlineto} for closepath fill /StackR StackW def % copy StackW to StackR 1000 1000 scale % back to cm } bind def /L {%def Polyline, similar to F SCI moveto 0.001 0.001 scale counttomark -2 2 { pop rlineto } for stroke 1000 1000 scale } bind def /RS {%def restore save } bind def 0.0000 0.0000 0.0000 0 SCR 0.0000 0.0000 0.0000 1 SCR 0.1912 0.2072 0.1912 2 SCR 0.3187 0.3346 0.3187 3 SCR 0.4462 0.4462 0.4462 4 SCR 0.5258 0.5258 0.5258 5 SCR 0.6215 0.6055 0.6215 6 SCR 0.6533 0.6533 0.6533 7 SCR 0.7171 0.7171 0.7171 8 SCR 0.7808 0.7649 0.7808 9 SCR 0.8127 0.8127 0.8127 10 SCR 0.8445 0.8445 0.8445 11 SCR 0.8764 0.8764 0.8764 12 SCR 0.9083 0.9083 0.9083 13 SCR 0.9402 0.9402 0.9402 14 SCR 0.9720 0.9720 0.9720 15 SCR 1.0000 1.0000 1.0000 16 SCR 1.0000 1.0000 1.0000 17 SCR 1.0000 0.9242 0.9720 18 SCR 0.7489 1.0000 0.9402 19 SCR 0.9402 0.8286 1.0000 20 SCR 0.5258 1.0000 0.8764 21 SCR 0.8127 0.7808 0.9402 22 SCR 0.1912 1.0000 0.8445 23 SCR 0.6852 0.6693 0.8127 24 SCR 0.0956 0.8445 0.8445 25 SCR 0.6533 0.4780 0.7808 26 SCR 0.0956 0.6533 0.6533 27 SCR 0.6533 0.2390 0.7171 28 SCR 0.0000 0.4621 0.3824 29 SCR 0.5258 0.0000 0.6533 30 SCR 0.0000 0.2072 0.0000 31 SCR 0.0319 0.0000 0.0637 32 SCR 0.0000 0.0000 0.0000 33 SCR 0.0000 0.0000 0.0000 34 SCR 1.0000 1.0000 1.0000 35 SCR 0.0000 0.0000 0.0000 36 SCR 1.0000 0.1912 0.1275 37 SCR 0.0000 0.0000 0.0000 38 SCR 0.0956 1.0000 0.0956 39 SCR 0.0000 0.0000 0.0000 40 SCR 0.4462 0.4621 0.4462 41 SCR 0.0000 0.0000 0.5258 42 SCR 0.0000 0.0000 1.0000 43 SCR 0.2549 0.4143 0.9083 44 SCR 0.3824 0.5896 0.9402 45 SCR 0.0000 0.6693 0.0000 46 SCR 0.0000 0.8127 0.0000 47 SCR 0.0000 0.8764 0.0000 48 SCR 0.0000 1.0000 0.0000 49 SCR 0.7489 1.0000 0.7489 50 SCR 0.9402 0.8764 0.5258 51 SCR 1.0000 1.0000 0.0000 52 SCR 1.0000 0.6533 0.0000 53 SCR 1.0000 0.0000 0.0000 54 SCR 0.7171 0.1275 0.1275 55 SCR 0.5577 0.2709 0.0637 56 SCR 0.3506 0.6215 0.6533 57 SCR 1.0000 1.0000 1.0000 58 SCR 1.0000 0.9242 0.9720 59 SCR 0.7489 1.0000 0.9402 60 SCR 0.9402 0.8286 1.0000 61 SCR 0.5258 1.0000 0.8764 62 SCR 0.8127 0.7808 0.9402 63 SCR 0.1912 1.0000 0.8445 64 SCR 0.6852 0.6693 0.8127 65 SCR 0.0956 0.8445 0.8445 66 SCR 0.6533 0.4780 0.7808 67 SCR 0.0956 0.6533 0.6533 68 SCR 0.6533 0.2390 0.7171 69 SCR 0.0000 0.4621 0.3824 70 SCR 0.5258 0.0000 0.6533 71 SCR 0.0000 0.2072 0.0000 72 SCR 0.0319 0.0000 0.0637 73 SCR 1.0000 1.0000 1.0000 74 SCR 0.0000 0.0000 0.0000 75 SCR 1.0000 1.0000 1.0000 76 SCR 0.0000 0.0000 0.0000 77 SCR 1.0000 0.1912 0.1275 78 SCR 0.0000 0.0000 0.0000 79 SCR 0.0956 1.0000 0.0956 80 SCR 0.0000 0.0000 0.0000 81 SCR 0.4462 0.4621 0.4462 82 SCR %%EndProlog 30 setlinewidth save 5999 0 0 400 -5999 0 11.000 3.000 16 F [1 0 W 198 0 0 399 -199 0 11.200 3.000 16 F R 0 0 11.200 3.400 15 F [48 -24 151 -77 W 0 398 -199 0 11.400 3.000 16 F R 0 -101 199 0 11.200 3.400 15 F [49 -25 150 -76 W 0 297 -199 0 11.600 3.000 16 F [34 -17 25 -14 W 140 0 0 102 R 11.600 3.196 15 F R 0 -31 11.600 3.400 14 F [50 -24 149 -76 W 0 196 -199 0 11.800 3.000 16 F [49 -25 150 -78 W 0 172 R 11.800 3.096 15 F R 0 -134 199 0 11.600 3.400 14 F [34 -16 164 -80 W 0 96 11.800 3.000 16 F [50 -24 149 -76 W 0 169 R -2 0 12.000 3.000 15 F [49 -25 56 -29 W 94 0 0 134 R 12.000 3.165 14 F R 0 -54 12.000 3.400 13 F [50 -24 149 -72 W 0 164 -199 0 12.200 3.000 15 F [50 -25 149 -75 W 0 179 R 12.200 3.069 14 F R 0 -154 199 0 12.000 3.400 13 F [34 -16 108 -52 W 0 68 12.200 3.000 15 F [50 -24 149 -75 W 0 176 R -58 0 12.400 3.000 14 F [49 -25 74 -38 W 76 0 0 154 R 12.400 3.146 13 F R 0 -63 12.400 3.400 12 F [50 -24 149 -73 W 0 145 -199 0 12.600 3.000 14 F [50 -24 149 -76 W 0 190 R 12.600 3.049 13 F R 0 -163 199 0 12.400 3.400 12 F [34 -16 68 -32 W 0 48 12.600 3.000 14 F [50 -24 149 -74 W 0 187 R -98 0 12.800 3.000 13 F [49 -25 60 -31 W 90 0 0 163 R 12.800 3.138 12 F R 0 -56 12.800 3.400 11 F [50 -24 149 -72 W 0 137 -199 0 13.000 3.000 13 F [50 -24 149 -76 W 0 205 R 13.000 3.041 12 F R 0 -156 199 0 12.800 3.400 11 F [34 -16 51 -25 W 0 41 13.000 3.000 13 F [50 -24 149 -74 W 0 201 R -115 0 13.200 3.000 12 F [34 -17 20 -10 W 145 0 0 155 R 13.200 3.145 11 F R 0 -27 13.200 3.400 10 F [50 -24 149 -74 W 0 144 -199 0 13.400 3.000 12 F [49 -25 150 -77 W 0 226 R 13.400 3.047 11 F R 0 -129 199 0 13.200 3.400 10 F [34 -16 62 -30 W 0 46 13.400 3.000 12 F [50 -24 149 -76 W 0 222 R -104 0 13.600 3.000 11 F R 0 -230 199 0 13.400 3.400 10 F [50 -24 149 -75 W 0 168 -199 0 13.800 3.000 11 F [49 -25 103 -54 W 47 0 0 230 R 13.800 3.070 10 F R 0 -79 13.800 3.400 9 F [34 -17 106 -52 W 0 69 13.800 3.000 11 F [49 -25 150 -78 W 0 250 R -60 0 14.000 3.000 10 F R 0 -182 199 0 13.800 3.400 9 F [49 -25 150 -77 W 0 216 -199 0 14.200 3.000 10 F R 0 -284 199 0 14.000 3.400 9 F [49 -25 150 -77 W 0 114 -199 0 14.400 3.000 10 F [49 -26 136 -73 W 14 0 0 284 R 14.400 3.012 9 F R 0 -99 14.400 3.400 8 F [24 -12 W 0 12 14.400 3.000 10 F [49 -26 150 -81 W 0 287 R -176 0 14.600 3.000 9 F R 0 -206 199 0 14.400 3.400 8 F [49 -26 150 -82 W 0 192 -199 0 14.800 3.000 9 F R 0 -315 199 0 14.600 3.400 8 F [34 -18 121 -66 W 0 84 14.800 3.000 9 F [48 -28 80 -46 W 71 0 0 315 R -45 0 15.000 3.000 8 F R 0 -74 15.000 3.400 7 F [48 -28 151 -89 W 0 325 -199 0 15.200 3.000 8 F R 0 -191 199 0 15.000 3.400 7 F [48 -28 151 -90 W 0 207 -199 0 15.400 3.000 8 F R 0 -309 199 0 15.200 3.400 7 F [33 -19 116 -70 W 0 89 15.400 3.000 8 F R -50 0 0 -399 199 0 15.400 3.400 7 F [45 -32 97 -68 W 57 0 0 399 -199 0 15.800 3.000 7 F R 0 -100 15.800 3.400 6 F [45 -32 154 -108 W 0 298 -199 0 16.000 3.000 7 F R 0 -240 199 0 15.800 3.400 6 F [45 -32 154 -108 W 0 158 -199 0 16.200 3.000 7 F R 0 -381 199 0 16.000 3.400 6 F [26 -18 W 0 18 16.200 3.000 7 F R -174 0 0 -399 200 0 16.200 3.400 6 F 200 0 0 400 -200 0 16.600 3.000 6 F [24 -29 93 -122 W 83 0 0 399 -200 0 16.800 3.000 6 F R 0 -151 16.800 3.400 5 F [27 -27 173 -190 W 0 248 -200 0 17.000 3.000 6 F R 0 -368 200 0 16.800 3.400 5 F 5399 0 0 400 -5399 0 10.400 3.400 16 F [49 -25 126 -65 W 24 0 0 399 -199 0 10.600 3.400 16 F R 0 -90 10.600 3.800 15 F RS [49 -25 150 -77 W 0 309 -199 0 10.800 3.400 16 F [28 -14 W 171 0 0 89 R 10.800 3.607 15 F R 0 -14 10.800 3.800 14 F [49 -26 150 -78 W 0 206 -199 0 11.000 3.400 16 F [49 -26 150 -78 W 0 177 R 11.000 3.503 15 F R 0 -118 199 0 10.800 3.800 14 F [34 -17 164 -85 W 0 102 11.000 3.400 16 F [49 -25 150 -80 W 0 177 R -2 0 11.200 3.400 15 F [34 -18 30 -16 W 135 0 0 118 R 11.200 3.576 14 F R 0 -34 11.200 3.800 13 F [49 -25 150 -78 W 0 175 -199 0 11.400 3.400 15 F [49 -26 150 -79 W 0 189 R 11.400 3.472 14 F R 0 -139 199 0 11.200 3.800 13 F [34 -17 106 -55 W 0 72 11.400 3.400 15 F [49 -26 150 -79 W 0 187 R -60 0 11.600 3.400 14 F [49 -26 28 -15 W 122 0 0 139 R 11.600 3.554 13 F R 0 -41 11.600 3.800 12 F [49 -25 150 -80 W 0 154 -199 0 11.800 3.400 14 F [49 -26 150 -81 W 0 203 R 11.800 3.449 13 F R 0 -148 199 0 11.600 3.800 12 F [34 -17 60 -32 W 0 49 11.800 3.400 14 F [49 -26 150 -80 W 0 201 R -106 0 12.000 3.400 13 F [48 -27 8 -4 W 143 0 0 149 R 12.000 3.544 12 F R 0 -31 12.000 3.800 11 F [49 -25 150 -79 W 0 143 -199 0 12.200 3.400 13 F [49 -26 150 -83 W 0 223 R 12.200 3.440 12 F R 0 -140 199 0 12.000 3.800 11 F [34 -17 42 -22 W 0 39 12.200 3.400 13 F [49 -26 150 -80 W 0 218 R -124 0 12.400 3.400 12 F R 0 -246 199 0 12.200 3.800 11 F [49 -25 150 -79 W 0 151 -199 0 12.600 3.400 12 F [48 -27 145 -81 W 6 0 0 247 R 12.600 3.447 11 F R 0 -108 12.600 3.800 10 F [34 -17 56 -30 W 0 47 12.600 3.400 12 F [49 -26 150 -83 W 0 243 R -110 0 12.800 3.400 11 F R 0 -217 199 0 12.600 3.800 10 F [49 -25 150 -81 W 0 181 -199 0 13.000 3.400 11 F [48 -28 31 -18 W 120 0 0 217 R 13.000 3.475 10 F R 0 -46 13.000 3.800 9 F [34 -17 111 -58 W 0 75 13.000 3.400 11 F [49 -27 150 -84 W 0 277 R -55 0 13.200 3.400 10 F R 0 -157 199 0 13.000 3.800 9 F [49 -26 150 -83 W 0 241 -199 0 13.400 3.400 10 F R 0 -267 199 0 13.200 3.800 9 F [34 -17 165 -89 W 0 131 -199 0 13.600 3.400 10 F [48 -28 43 -26 W 108 0 0 267 R 13.600 3.425 9 F R 0 -54 13.600 3.800 8 F [34 -17 13 -8 W 0 25 13.600 3.400 10 F [48 -27 151 -88 W 0 319 R -153 0 13.800 3.400 9 F R 0 -169 199 0 13.600 3.800 8 F [48 -27 151 -85 W 0 229 -199 0 14.000 3.400 9 F R 0 -281 199 0 13.800 3.800 8 F [49 -26 150 -83 W 0 117 -199 0 14.200 3.400 9 F R 0 -391 199 0 14.000 3.800 8 F [14 -8 W 0 8 14.200 3.400 9 F [47 -29 144 -89 W 8 0 0 391 R -186 0 14.400 3.400 8 F R 0 -118 14.400 3.800 7 F [33 -19 166 -101 W 0 280 -199 0 14.600 3.400 8 F R 0 -238 199 0 14.400 3.800 7 F [48 -28 151 -90 W 0 159 -199 0 14.800 3.400 8 F R 0 -357 199 0 14.600 3.800 7 F [33 -19 38 -22 W 0 41 14.800 3.400 8 F R -128 0 0 -399 199 0 14.800 3.800 7 F [30 -23 60 -45 W 109 0 0 399 -199 0 15.200 3.400 7 F R 0 -68 15.200 3.800 6 F [45 -32 154 -115 W 0 330 -199 0 15.400 3.400 7 F R 0 -215 199 0 15.200 3.800 6 F [31 -22 168 -120 W 0 182 -199 0 15.600 3.400 7 F R 0 -358 199 0 15.400 3.800 6 F [31 -22 26 -18 W 0 40 15.600 3.400 7 F R -142 0 0 -399 199 0 15.600 3.800 6 F 600 0 0 400 -600 0 16.400 3.400 6 F [13 -33 20 -81 2 -43 -6 -41 -17 -43 -10 -15 W 198 0 0 399 -200 0 16.600 3.400 6 F R 0 -256 16.600 3.800 5 F [21 -32 58 -104 3 -7 W 0 143 16.600 3.400 6 F R -118 0 0 -399 200 0 16.600 3.800 5 F 200 0 0 400 -200 0 17.000 3.400 5 F 4599 0 0 400 -4599 0 9.600 3.800 16 F [34 -16 142 -67 W 23 0 0 399 -199 0 9.800 3.800 16 F R 0 -83 9.800 4.200 15 F [50 -25 149 -73 W 0 316 -199 0 10.000 3.800 16 F [18 -9 W 181 0 0 83 R 10.000 4.018 15 F R 0 -9 10.000 4.200 14 F [49 -25 150 -75 W 0 217 -199 0 10.200 3.800 16 F [34 -17 165 -81 W 0 172 R 10.200 3.918 15 F R 0 -107 199 0 10.000 4.200 14 F [49 -26 150 -78 W 0 116 -199 0 10.400 3.800 16 F [49 -25 150 -77 W 0 174 R 10.400 3.813 15 F [47 -23 W 152 0 0 107 R 10.400 3.990 14 F R 0 -23 10.400 4.200 13 F [24 -12 W 0 12 10.400 3.800 16 F [50 -25 149 -77 W 0 176 R -176 0 10.600 3.800 15 F [50 -25 149 -75 W 0 186 R 10.600 3.887 14 F R 0 -123 199 0 10.400 4.200 13 F [34 -17 137 -70 W 0 87 10.600 3.800 15 F [49 -25 150 -76 W 0 189 R -29 0 10.800 3.800 14 F [34 -17 2 -1 W 163 0 0 123 R 10.800 3.975 13 F R 0 -18 10.800 4.200 12 F [49 -26 150 -78 W 0 175 -199 0 11.000 3.800 14 F [49 -25 150 -77 W 0 205 R 11.000 3.871 13 F R 0 -120 199 0 10.800 4.200 12 F [34 -18 101 -53 W 0 71 11.000 3.800 14 F [49 -26 150 -79 W 0 206 R -65 0 11.200 3.800 13 F R 0 -226 199 0 11.000 4.200 12 F [49 -26 150 -81 W 0 173 -199 0 11.400 3.800 13 F [49 -26 140 -75 W 10 0 0 226 R 11.400 3.866 12 F R 0 -101 11.400 4.200 11 F [34 -18 88 -48 W 0 66 11.400 3.800 13 F [49 -26 150 -82 W 0 231 R -78 0 11.600 3.800 12 F R 0 -209 199 0 11.400 4.200 11 F [49 -27 150 -83 W 0 189 -199 0 11.800 3.800 12 F [48 -27 43 -25 W 108 0 0 209 R 11.800 3.879 11 F R 0 -52 11.800 4.200 10 F [33 -18 110 -61 W 0 79 11.800 3.800 12 F [48 -27 151 -87 W 0 267 R -57 0 12.000 3.800 11 F R 0 -166 199 0 11.800 4.200 10 F [48 -27 151 -87 W 0 231 -199 0 12.200 3.800 11 F R 0 -281 199 0 12.000 4.200 10 F [48 -27 151 -87 W 0 117 -199 0 12.400 3.800 11 F [47 -29 93 -58 W 59 0 0 282 R 12.400 3.804 10 F R 0 -87 12.400 4.200 9 F [6 -3 W 0 3 12.400 3.800 11 F [48 -28 151 -92 W 0 308 R -194 0 12.600 3.800 10 F R 0 -207 199 0 12.400 4.200 9 F [47 -28 152 -92 W 0 191 -199 0 12.800 3.800 10 F R 0 -327 199 0 12.600 4.200 9 F [33 -19 87 -52 W 0 71 12.800 3.800 10 F [46 -31 66 -46 W 87 0 0 327 R -80 0 13.000 3.800 9 F R 0 -77 13.000 4.200 8 F [32 -20 167 -111 W 0 322 -199 0 13.200 3.800 9 F R 0 -208 199 0 13.000 4.200 8 F [47 -29 152 -96 W 0 190 -199 0 13.400 3.800 9 F R 0 -333 199 0 13.200 4.200 8 F [33 -19 75 -46 W 0 65 13.400 3.800 9 F R -91 0 0 -399 199 0 13.400 4.200 8 F [45 -33 113 -88 W 41 0 0 399 -199 0 13.800 3.800 8 F R 0 -121 13.800 4.200 7 F [46 -31 153 -110 W 0 278 -199 0 14.000 3.800 8 F R 0 -262 199 0 13.800 4.200 7 F [47 -30 152 -101 W 0 136 -199 0 14.200 3.800 8 F R 0 -393 199 0 14.000 4.200 7 F [8 -5 W 0 5 14.200 3.800 8 F R -191 0 0 -399 199 0 14.200 4.200 7 F 199 0 0 400 -199 0 14.600 3.800 7 F [26 -28 80 -97 W 93 0 0 399 -199 0 14.800 3.800 7 F R 0 -125 14.800 4.200 6 F [29 -24 170 -163 W 0 274 -199 0 15.000 3.800 7 F R 0 -312 199 0 14.800 4.200 6 F [30 -23 79 -64 W 0 87 15.000 3.800 7 F R -90 0 0 -399 199 0 15.000 4.200 6 F 1199 0 0 400 -1199 0 16.400 3.800 6 F [-1 -2 W 0 -398 199 0 0 400 16.400 3.800 6 F R -1 0 16.600 3.800 5 F [36 11 72 30 43 26 31 28 18 20 W 0 2 -200 0 16.800 3.800 5 F R 0 -282 200 0 16.600 4.200 6 F [55 7 118 22 27 7 W 0 118 -200 0 17.000 3.800 5 F R 0 -246 200 0 16.800 4.200 6 F RS 3599 0 0 400 -3599 0 8.600 4.200 16 F [27 -13 W 172 0 0 399 -199 0 8.800 4.200 16 F R 0 -13 8.800 4.600 15 F [50 -24 149 -73 W 0 386 -199 0 9.000 4.200 16 F R 0 -110 199 0 8.800 4.600 15 F [50 -23 149 -73 W 0 288 -199 0 9.200 4.200 16 F [50 -23 34 -16 W 115 0 0 109 R 9.200 4.393 15 F R 0 -39 9.200 4.600 14 F [51 -22 148 -68 W 0 192 -199 0 9.400 4.200 16 F [51 -23 148 -68 W 0 166 R 9.400 4.302 15 F R 0 -130 199 0 9.200 4.600 14 F [50 -23 149 -68 W 0 101 -199 0 9.600 4.200 16 F [50 -23 149 -67 W 0 165 R 9.600 4.211 15 F [35 -15 70 -31 W 94 0 0 130 R 9.600 4.378 14 F R 0 -46 9.600 4.600 13 F [23 -10 W 0 10 9.600 4.200 16 F [50 -23 149 -69 W 0 166 R -177 0 9.800 4.200 15 F [50 -23 149 -67 W 0 174 R 9.800 4.285 14 F R 0 -136 199 0 9.600 4.600 13 F [34 -16 147 -69 W 0 85 9.800 4.200 15 F [50 -23 149 -69 W 0 176 R -19 0 10.000 4.200 14 F [35 -16 51 -23 W 113 0 0 137 R 10.000 4.370 13 F R 0 -39 10.000 4.600 12 F [50 -24 149 -71 W 0 168 -199 0 10.200 4.200 14 F [50 -23 149 -70 W 0 190 R 10.200 4.274 13 F R 0 -132 199 0 10.000 4.600 12 F [34 -16 118 -57 W 0 73 10.200 4.200 14 F [50 -23 149 -68 W 0 192 R -48 0 10.400 4.200 13 F [16 -6 W 183 0 0 132 R 10.400 4.375 12 F R 0 -6 10.400 4.600 11 F [50 -24 149 -70 W 0 174 -199 0 10.600 4.200 13 F [51 -23 148 -63 W 0 217 R 10.600 4.281 12 F R 0 -92 199 0 10.400 4.600 11 F [34 -17 129 -63 W 0 80 10.600 4.200 13 F [50 -24 149 -72 W 0 225 R -37 0 10.800 4.200 12 F R 0 -189 199 0 10.600 4.600 11 F [49 -25 150 -74 W 0 209 -199 0 11.000 4.200 12 F [34 -16 22 -11 W 143 0 0 189 R 11.000 4.310 11 F R 0 -27 11.000 4.600 10 F [49 -26 150 -78 W 0 109 -199 0 11.200 4.200 12 F [49 -25 150 -75 W 0 261 R 11.200 4.206 11 F R 0 -127 199 0 11.000 4.600 10 F [10 -5 W 0 5 11.200 4.200 12 F [49 -25 150 -79 W 0 266 R -190 0 11.400 4.200 11 F R 0 -231 199 0 11.200 4.600 10 F [49 -26 150 -80 W 0 167 -199 0 11.600 4.200 11 F [29 -15 W 170 0 0 231 R 11.600 4.261 10 F R 0 -15 11.600 4.600 9 F [33 -19 75 -42 W 0 61 11.600 4.200 11 F [48 -27 151 -82 W 0 323 R -92 0 11.800 4.200 10 F R 0 -124 199 0 11.600 4.600 9 F [33 -19 166 -97 W 0 275 -199 0 12.000 4.200 10 F R 0 -240 199 0 11.800 4.600 9 F [47 -29 152 -92 W 0 158 -199 0 12.200 4.200 10 F R 0 -361 199 0 12.000 4.600 9 F [32 -20 27 -17 W 0 37 12.200 4.200 10 F [46 -31 50 -34 W 103 0 0 362 R -141 0 12.400 4.200 9 F R 0 -65 12.400 4.600 8 F [31 -21 168 -115 W 0 334 -199 0 12.600 4.200 9 F R 0 -201 199 0 12.400 4.600 8 F [46 -31 153 -106 W 0 197 -199 0 12.800 4.200 9 F R 0 -338 199 0 12.600 4.600 8 F [31 -22 56 -38 W 0 60 12.800 4.200 9 F R -112 0 0 -399 199 0 12.800 4.600 8 F 199 0 0 400 -199 0 13.200 4.200 8 F [28 -26 163 -165 W 8 0 0 399 -199 0 13.400 4.200 8 F R 0 -191 13.400 4.600 7 F [43 -35 156 -140 W 0 208 -199 0 13.600 4.200 8 F R 0 -366 199 0 13.400 4.600 7 F [30 -24 11 -9 W 0 33 13.600 4.200 8 F R -158 0 0 -399 199 0 13.600 4.600 7 F 599 0 0 400 -599 0 14.400 4.200 7 F [0 -21 W 0 -167 199 0 0 399 -199 0 14.600 4.200 7 F R 0 212 199 0 0 -399 -199 0 14.600 4.600 7 F [30 19 49 46 21 34 15 43 3 24 W 0 22 -3 29 -14 49 -29 63 -44 67 -3 4 -106 0 0 -400 14.800 4.600 6 F 2 -3 44 -67 30 -63 14 -49 3 -29 0 211 14.600 4.200 7 F R 118 0 14.600 4.600 7 F 1599 0 0 400 -1599 0 16.400 4.200 6 F [38 -6 50 -7 W 112 0 0 399 -200 0 16.600 4.200 6 F R 0 -13 16.600 4.600 7 F [55 -9 145 -25 W 0 386 -200 0 16.800 4.200 6 F R 0 -47 200 0 16.600 4.600 7 F [55 -10 145 -26 W 0 352 -200 0 17.000 4.200 6 F R 0 -83 200 0 16.800 4.600 7 F 2999 0 0 400 -2999 0 8.000 4.600 16 F [48 -27 114 -67 W 37 0 0 399 -199 0 8.200 4.600 16 F R 0 -94 8.200 5.000 15 F [49 -27 150 -84 W 0 304 -199 0 8.400 4.600 16 F [48 -27 8 -4 W 143 0 0 93 R 8.400 4.794 15 F R 0 -31 8.400 5.000 14 F [49 -25 150 -81 W 0 193 -199 0 8.600 4.600 16 F [49 -26 150 -83 W 0 174 R 8.600 4.687 15 F R 0 -140 199 0 8.400 5.000 14 F [34 -17 138 -70 W 0 87 8.600 4.600 16 F [49 -25 150 -79 W 0 171 R -28 0 8.800 4.600 15 F [49 -25 72 -38 W 78 0 0 140 R 8.800 4.755 14 F R 0 -63 8.800 5.000 13 F [50 -24 149 -75 W 0 154 -199 0 9.000 4.600 15 F [50 -25 149 -76 W 0 180 R 9.000 4.656 14 F R 0 -164 199 0 8.800 5.000 13 F [34 -16 81 -39 W 0 55 9.000 4.600 15 F [50 -24 149 -74 W 0 178 R -85 0 9.200 4.600 14 F [50 -24 91 -45 W 58 0 0 164 R 9.200 4.737 13 F R 0 -69 9.200 5.000 12 F [50 -23 149 -71 W 0 136 -199 0 9.400 4.600 14 F [50 -24 149 -72 W 0 193 R 9.400 4.642 13 F R 0 -165 199 0 9.200 5.000 12 F [35 -15 59 -27 W 0 42 9.400 4.600 14 F [50 -23 149 -69 W 0 191 R -106 0 9.600 4.600 13 F [35 -16 63 -28 W 101 0 0 164 R 9.600 4.742 12 F R 0 -44 9.600 5.000 11 F [51 -23 148 -67 W 0 140 -199 0 9.800 4.600 13 F [51 -22 148 -68 W 0 212 R 9.800 4.651 12 F R 0 -134 199 0 9.600 5.000 11 F [35 -15 78 -35 W 0 50 9.800 4.600 13 F [50 -23 149 -66 W 0 213 R -87 0 10.000 4.600 12 F R 0 -224 199 0 9.800 5.000 11 F [50 -23 149 -69 W 0 174 -199 0 10.200 4.600 12 F [51 -22 94 -41 W 54 0 0 224 R 10.200 4.682 11 F R 0 -63 10.200 5.000 10 F [35 -15 148 -67 W 0 82 10.200 4.600 12 F [51 -22 148 -69 W 0 253 R -17 0 10.400 4.600 11 F R 0 -154 199 0 10.200 5.000 10 F [35 -15 164 -67 W 0 243 -199 0 10.600 4.600 11 F R 0 -237 199 0 10.400 5.000 10 F [50 -24 149 -69 W 0 161 -199 0 10.800 4.600 11 F [35 -15 38 -17 W 126 0 0 237 R 10.800 4.668 10 F R 0 -32 10.800 5.000 9 F [34 -16 109 -52 W 0 68 10.800 4.600 11 F [51 -22 148 -66 W 0 298 R -57 0 11.000 4.600 10 F R 0 -120 199 0 10.800 5.000 9 F [50 -24 149 -69 W 0 278 -199 0 11.200 4.600 10 F R 0 -214 199 0 11.000 5.000 9 F [50 -25 149 -73 W 0 185 -199 0 11.400 4.600 10 F R 0 -312 199 0 11.200 5.000 9 F [34 -17 136 -70 W 0 87 11.400 4.600 10 F [0 0 W 199 0 0 312 R -30 0 11.600 4.600 9 F R 0 0 11.600 5.000 8 F [49 -25 150 -75 W 0 399 -199 0 11.800 4.600 9 F R 0 -100 199 0 11.600 5.000 8 F [48 -27 151 -82 W 0 299 -199 0 12.000 4.600 9 F R 0 -209 199 0 11.800 5.000 8 F [32 -20 167 -102 W 0 190 -199 0 12.200 4.600 9 F R 0 -331 199 0 12.000 5.000 8 F [32 -21 71 -47 W 0 68 12.200 4.600 9 F R -96 0 0 -399 199 0 12.200 5.000 8 F 399 0 0 400 -399 0 12.800 4.600 8 F [22 -31 76 -116 W 101 0 0 399 -199 0 13.000 4.600 8 F R 0 -147 13.000 5.000 7 F [37 -41 162 -202 W 0 252 -199 0 13.200 4.600 8 F R 0 -390 199 0 13.000 5.000 7 F [8 -9 W 0 9 13.200 4.600 8 F R -191 0 0 -399 199 0 13.200 5.000 7 F RS 1199 0 0 400 -1199 0 14.600 4.600 7 F [-31 -16 -50 -21 W 0 -363 199 0 0 400 14.600 4.600 7 F R -81 0 14.800 4.600 6 F [55 8 117 28 27 9 W 0 37 -199 0 15.000 4.600 6 F R 0 -317 199 0 14.800 5.000 7 F [55 3 144 14 W 0 83 -199 0 15.200 4.600 6 F R 0 -300 199 0 15.000 5.000 7 F [55 0 144 6 W 0 100 -199 0 15.400 4.600 6 F R 0 -293 199 0 15.200 5.000 7 F [38 -2 161 -4 W 0 106 -199 0 15.600 4.600 6 F R 0 -299 199 0 15.400 5.000 7 F [55 -4 144 -11 W 0 100 -199 0 15.800 4.600 6 F R 0 -314 199 0 15.600 5.000 7 F [55 -5 144 -12 W 0 84 -199 0 16.000 4.600 6 F R 0 -331 199 0 15.800 5.000 7 F [55 -7 144 -15 W 0 66 -199 0 16.200 4.600 6 F R 0 -354 199 0 16.000 5.000 7 F [55 -8 145 -19 W 0 43 -200 0 16.400 4.600 6 F [38 -7 W 162 0 0 354 R 16.400 4.617 7 F R 0 -7 16.400 5.000 8 F [38 -5 73 -11 W 0 16 16.400 4.600 6 F [54 -11 146 -30 W 0 374 R -89 0 16.600 4.600 7 F R 0 -48 200 0 16.400 5.000 8 F [54 -12 146 -31 W 0 349 -200 0 16.800 4.600 7 F R 0 -92 200 0 16.600 5.000 8 F [54 -12 146 -33 W 0 306 -200 0 17.000 4.600 7 F R 0 -138 200 0 16.800 5.000 8 F 2399 0 0 400 -2399 0 7.400 5.000 16 F [46 -30 140 -93 W 13 0 0 399 -199 0 7.600 5.000 16 F R 0 -123 7.600 5.400 15 F [47 -30 152 -100 W 0 275 -199 0 7.800 5.000 16 F [32 -20 77 -50 W 90 0 0 123 R 7.800 5.146 15 F R 0 -70 7.800 5.400 14 F [47 -28 152 -95 W 0 145 -199 0 8.000 5.000 16 F [47 -29 152 -97 W 0 182 R 8.000 5.022 15 F [7 -4 W 192 0 0 69 R 8.000 5.203 14 F R 0 -4 8.000 5.400 13 F [33 -19 4 -3 W 0 22 8.000 5.000 16 F [48 -28 151 -92 W 0 179 R -163 0 8.200 5.000 15 F [47 -28 152 -95 W 0 192 R 8.200 5.082 14 F R 0 -127 199 0 8.000 5.400 13 F [33 -18 110 -64 W 0 82 8.200 5.000 15 F [48 -27 151 -90 W 0 189 R -57 0 8.400 5.000 14 F [33 -19 39 -23 W 127 0 0 127 R 8.400 5.155 13 F R 0 -42 8.400 5.400 12 F [49 -26 150 -85 W 0 153 -199 0 8.600 5.000 14 F [48 -27 151 -87 W 0 202 R 8.600 5.043 13 F R 0 -156 199 0 8.400 5.400 12 F [34 -18 44 -24 W 0 42 8.600 5.000 14 F [49 -26 150 -84 W 0 199 R -122 0 8.800 5.000 13 F [49 -27 35 -19 W 115 0 0 156 R 8.800 5.132 12 F R 0 -46 8.800 5.400 11 F [34 -17 165 -86 W 0 131 -199 0 9.000 5.000 13 F [49 -26 150 -81 W 0 220 R 9.000 5.029 12 F R 0 -153 199 0 8.800 5.400 11 F [34 -17 24 -11 W 0 28 9.000 5.000 13 F [50 -24 149 -78 W 0 216 R -142 0 9.200 5.000 12 F [18 -9 W 181 0 0 153 R 9.200 5.144 11 F R 0 -9 9.200 5.400 10 F [50 -23 149 -73 W 0 143 -199 0 9.400 5.000 12 F [50 -24 149 -75 W 0 246 R 9.400 5.048 11 F R 0 -108 199 0 9.200 5.400 10 F [35 -16 66 -31 W 0 47 9.400 5.000 12 F [50 -23 149 -72 W 0 243 R -99 0 9.600 5.000 11 F R 0 -203 199 0 9.400 5.400 10 F [51 -22 148 -67 W 0 194 -199 0 9.800 5.000 11 F [21 -9 W 178 0 0 203 R 9.800 5.106 10 F R 0 -9 9.800 5.400 9 F [51 -21 148 -62 W 0 105 -199 0 10.000 5.000 11 F [51 -21 148 -65 W 0 284 R 10.000 5.023 10 F R 0 -95 199 0 9.800 5.400 9 F [35 -14 19 -8 W 0 22 10.000 5.000 11 F [51 -21 148 -60 W 0 281 R -146 0 10.200 5.000 10 F R 0 -177 199 0 10.000 5.400 9 F [51 -22 148 -65 W 0 222 -199 0 10.400 5.000 10 F R 0 -264 199 0 10.200 5.400 9 F [51 -21 148 -61 W 0 135 -199 0 10.600 5.000 10 F R 0 -346 199 0 10.400 5.400 9 F [35 -15 91 -38 W 0 53 10.600 5.000 10 F [52 -20 114 -47 W 33 0 0 346 R -74 0 10.800 5.000 9 F R 0 -67 10.800 5.400 8 F [52 -19 147 -54 W 0 331 -199 0 11.000 5.000 9 F R 0 -140 199 0 10.800 5.400 8 F [35 -14 164 -64 W 0 258 -199 0 11.200 5.000 9 F R 0 -219 199 0 11.000 5.400 8 F [35 -15 164 -71 W 0 179 -199 0 11.400 5.000 9 F R 0 -305 199 0 11.200 5.400 8 F [34 -16 165 -77 W 0 93 11.400 5.000 9 F R 0 0 0 -399 199 0 11.400 5.400 8 F 1199 0 0 400 -1199 0 12.800 5.000 8 F [19 -33 34 -72 16 -49 6 -41 -2 -33 -15 -37 -27 -30 -39 -24 -55 -19 -35 -7 W 0 -55 199 0 0 400 12.800 5.000 8 F R -99 0 13.000 5.000 7 F [55 1 120 10 24 4 W 0 346 -199 0 13.200 5.000 7 F R 0 -39 199 0 13.000 5.400 8 F [38 -1 161 -1 W 0 361 -199 0 13.400 5.000 7 F R 0 -40 199 0 13.200 5.400 8 F [38 -1 161 -6 W 0 358 -199 0 13.600 5.000 7 F R 0 -47 199 0 13.400 5.400 8 F [38 -2 161 -9 W 0 351 -199 0 13.800 5.000 7 F R 0 -59 199 0 13.600 5.400 8 F [38 -3 161 -13 W 0 340 -199 0 14.000 5.000 7 F R 0 -75 199 0 13.800 5.400 8 F [38 -3 161 -16 W 0 324 -199 0 14.200 5.000 7 F R 0 -94 199 0 14.000 5.400 8 F [38 -3 161 -17 W 0 304 -199 0 14.400 5.000 7 F R 0 -114 199 0 14.200 5.400 8 F [38 -3 161 -16 W 0 283 -199 0 14.600 5.000 7 F R 0 -134 199 0 14.400 5.400 8 F [55 -6 144 -14 W 0 263 -199 0 14.800 5.000 7 F R 0 -155 199 0 14.600 5.400 8 F [55 -7 144 -18 W 0 243 -199 0 15.000 5.000 7 F R 0 -181 199 0 14.800 5.400 8 F [55 -7 144 -18 W 0 217 -199 0 15.200 5.000 7 F R 0 -206 199 0 15.000 5.400 8 F [55 -7 144 -19 W 0 192 -199 0 15.400 5.000 7 F R 0 -233 199 0 15.200 5.400 8 F [55 -8 144 -20 W 0 165 -199 0 15.600 5.000 7 F R 0 -261 199 0 15.400 5.400 8 F [55 -9 144 -24 W 0 137 -199 0 15.800 5.000 7 F R 0 -295 199 0 15.600 5.400 8 F [55 -9 144 -26 W 0 104 -199 0 16.000 5.000 7 F [54 -11 128 -27 W 17 0 0 294 R 16.000 5.070 8 F R 0 -38 16.000 5.400 9 F [54 -10 145 -27 W 0 69 -199 0 16.200 5.000 7 F [54 -12 145 -31 W 0 291 R 16.200 5.032 8 F R 0 -81 199 0 16.000 5.400 9 F [37 -7 124 -25 W 0 32 16.200 5.000 7 F [54 -12 146 -32 W 0 285 R -39 0 16.400 5.000 8 F R 0 -125 200 0 16.200 5.400 9 F [54 -12 146 -34 W 0 273 -200 0 16.600 5.000 8 F R 0 -172 200 0 16.400 5.400 9 F [54 -12 146 -34 W 0 226 -200 0 16.800 5.000 8 F R 0 -218 200 0 16.600 5.400 9 F [54 -13 146 -35 W 0 179 -200 0 17.000 5.000 8 F [54 -14 107 -27 W 39 0 0 218 R 17.000 5.132 9 F R 0 -41 17.000 5.400 10 F 1799 0 0 400 -1799 0 6.800 5.400 16 F [31 -22 123 -88 W 45 0 0 399 -199 0 7.000 5.400 16 F R 0 -110 7.000 5.800 15 F [45 -32 154 -110 W 0 289 -199 0 7.200 5.400 16 F [31 -21 67 -47 W 101 0 0 109 R 7.200 5.548 15 F R 0 -68 7.200 5.800 14 F [46 -31 153 -107 W 0 147 -199 0 7.400 5.400 16 F [46 -31 153 -106 W 0 182 R 7.400 5.409 15 F [17 -11 W 182 0 0 67 R 7.400 5.594 14 F R 0 -11 7.400 5.800 13 F [13 -9 W 0 9 7.400 5.400 16 F [32 -21 167 -113 W 0 183 R -187 0 7.600 5.400 15 F [46 -31 153 -102 W 0 193 R 7.600 5.459 14 F R 0 -144 199 0 7.400 5.800 13 F [32 -21 58 -38 W 0 59 7.600 5.400 15 F [46 -30 153 -101 W 0 194 R -110 0 7.800 5.400 14 F [47 -30 57 -37 W 95 0 0 145 R 7.800 5.523 13 F R 0 -67 7.800 5.800 12 F [32 -20 160 -103 W 0 123 7.800 5.400 14 F [47 -30 152 -98 W 0 208 R -8 0 8.000 5.400 13 F R 0 -195 199 0 7.800 5.800 12 F [47 -29 152 -97 W 0 203 -199 0 8.200 5.400 13 F [47 -29 99 -62 W 53 0 0 195 R 8.200 5.477 12 F R 0 -91 8.200 5.800 11 F [33 -19 94 -58 W 0 77 8.200 5.400 13 F [47 -29 152 -94 W 0 230 R -73 0 8.400 5.400 12 F R 0 -214 199 0 8.200 5.800 11 F [48 -28 151 -90 W 0 183 -199 0 8.600 5.400 12 F [47 -28 72 -44 W 80 0 0 214 R 8.600 5.466 11 F R 0 -72 8.600 5.800 10 F [33 -18 82 -47 W 0 65 8.600 5.400 12 F [48 -28 151 -89 W 0 261 R -85 0 8.800 5.400 11 F R 0 -189 199 0 8.600 5.800 10 F [49 -27 150 -85 W 0 209 -199 0 9.000 5.400 11 F R 0 -302 199 0 8.800 5.800 10 F [34 -17 147 -80 W 0 97 9.000 5.400 11 F [48 -27 133 -76 W 18 0 0 301 R -19 0 9.200 5.400 10 F R 0 -103 9.200 5.800 9 F [34 -18 165 -90 W 0 295 -199 0 9.400 5.400 10 F R 0 -211 199 0 9.200 5.800 9 F [50 -24 149 -77 W 0 186 -199 0 9.600 5.400 10 F R 0 -313 199 0 9.400 5.800 9 F [35 -16 143 -69 W 0 85 9.600 5.400 10 F [18 -9 W 181 0 0 313 R -22 0 9.800 5.400 9 F R 0 -9 9.800 5.800 8 F [34 -17 165 -85 W 0 389 -199 0 10.000 5.400 9 F R 0 -111 199 0 9.800 5.800 8 F [50 -23 149 -75 W 0 286 -199 0 10.200 5.400 9 F R 0 -210 199 0 10.000 5.800 8 F [51 -22 148 -65 W 0 187 -199 0 10.400 5.400 9 F R 0 -298 199 0 10.200 5.800 8 F [51 -21 148 -65 W 0 100 -199 0 10.600 5.400 9 F R 0 -385 199 0 10.400 5.800 8 F RS [33 -14 W 0 14 10.600 5.400 9 F R -166 0 0 -399 199 0 10.600 5.800 8 F 2999 0 0 400 -2999 0 13.800 5.400 8 F [37 -9 89 -23 W 73 0 0 399 -199 0 14.000 5.400 8 F R 0 -32 14.000 5.800 9 F [54 -12 145 -35 W 0 366 -199 0 14.200 5.400 8 F R 0 -79 199 0 14.000 5.800 9 F [54 -11 145 -31 W 0 318 -199 0 14.400 5.400 8 F R 0 -122 199 0 14.200 5.800 9 F [54 -10 145 -29 W 0 275 -199 0 14.600 5.400 8 F R 0 -162 199 0 14.400 5.800 9 F [55 -10 144 -28 W 0 236 -199 0 14.800 5.400 8 F R 0 -201 199 0 14.600 5.800 9 F [54 -10 145 -27 W 0 198 -199 0 15.000 5.400 8 F R 0 -238 199 0 14.800 5.800 9 F [54 -10 145 -30 W 0 160 -199 0 15.200 5.400 8 F [54 -14 2 0 W 143 0 0 237 R 15.200 5.521 9 F R 0 -14 15.200 5.800 10 F [55 -10 144 -27 W 0 119 -199 0 15.400 5.400 8 F [54 -12 145 -34 W 0 264 R 15.400 5.483 9 F R 0 -60 199 0 15.200 5.800 10 F [49 -9 150 -29 W 0 82 -199 0 15.600 5.400 8 F [54 -12 145 -32 W 0 255 R 15.600 5.444 9 F R 0 -104 199 0 15.400 5.800 10 F [54 -11 145 -29 W 0 43 -199 0 15.800 5.400 8 F [54 -12 145 -34 W 0 249 R 15.800 5.404 9 F R 0 -151 199 0 15.600 5.800 10 F [17 -3 W 0 3 15.800 5.400 8 F [54 -12 145 -34 W 0 242 R -183 0 16.000 5.400 9 F R 0 -198 199 0 15.800 5.800 10 F [54 -12 145 -34 W 0 200 -199 0 16.200 5.400 9 F [54 -13 118 -29 W 27 0 0 199 R 16.200 5.555 10 F R 0 -42 16.200 5.800 11 F [54 -13 146 -34 W 0 154 -200 0 16.400 5.400 9 F [54 -13 146 -36 W 0 202 R 16.400 5.507 10 F R 0 -91 200 0 16.200 5.800 11 F [54 -13 146 -35 W 0 106 -200 0 16.600 5.400 9 F [54 -13 146 -36 W 0 200 R 16.600 5.458 10 F R 0 -140 200 0 16.400 5.800 11 F [54 -13 146 -35 W 0 57 -200 0 16.800 5.400 9 F [54 -13 146 -36 W 0 199 R 16.800 5.409 10 F [54 -13 2 -1 W 144 0 0 141 R 16.800 5.609 11 F R 0 -14 16.800 5.800 12 F [37 -9 1 0 W 0 9 16.800 5.400 9 F [54 -14 146 -37 W 0 199 R -162 0 17.000 5.400 10 F [54 -14 146 -37 W 0 176 R 17.000 5.557 11 F R 0 -65 200 0 16.800 5.800 12 F 1199 0 0 400 -1199 0 6.200 5.800 16 F [29 -24 42 -34 W 128 0 0 399 -199 0 6.400 5.800 16 F R 0 -58 6.400 6.200 15 F [44 -34 155 -125 W 0 341 -199 0 6.600 5.800 16 F [43 -33 W 156 0 0 57 R 6.600 5.983 15 F R 0 -33 6.600 6.200 14 F [31 -22 168 -127 W 0 181 -199 0 6.800 5.800 16 F [44 -33 155 -117 W 0 182 R 6.800 5.833 15 F R 0 -183 199 0 6.600 6.200 14 F [31 -22 14 -10 W 0 32 6.800 5.800 16 F [45 -32 154 -112 W 0 182 R -155 0 7.000 5.800 15 F [45 -32 141 -102 W 13 0 0 183 R 7.000 5.871 14 F R 0 -134 7.000 6.200 13 F [31 -21 70 -49 W 0 70 7.000 5.800 15 F [46 -31 153 -109 W 0 193 R -99 0 7.200 5.800 14 F [31 -21 65 -44 W 103 0 0 133 R 7.200 5.924 13 F R 0 -65 7.200 6.200 12 F [32 -21 150 -103 W 0 124 7.200 5.800 14 F [46 -31 153 -105 W 0 209 R -18 0 7.400 5.800 13 F R 0 -201 199 0 7.200 6.200 12 F [46 -31 153 -103 W 0 196 -199 0 7.600 5.800 13 F [46 -30 111 -74 W 42 0 0 202 R 7.600 5.862 12 F R 0 -104 7.600 6.200 11 F [32 -21 63 -41 W 0 62 7.600 5.800 13 F [46 -30 153 -102 W 0 232 R -105 0 7.800 5.800 12 F R 0 -236 199 0 7.600 6.200 11 F [47 -30 152 -99 W 0 162 -199 0 8.000 5.800 12 F [47 -30 101 -65 W 51 0 0 236 R 8.000 5.834 11 F R 0 -95 8.000 6.200 10 F [32 -20 21 -13 W 0 33 8.000 5.800 12 F [32 -20 167 -109 W 0 270 R -147 0 8.200 5.800 11 F R 0 -224 199 0 8.000 6.200 10 F [47 -29 152 -96 W 0 174 -199 0 8.400 5.800 11 F [17 -11 W 182 0 0 224 R 8.400 5.850 10 F R 0 -11 8.400 6.200 9 F [32 -20 48 -29 W 0 49 8.400 5.800 11 F [46 -30 153 -98 W 0 338 R -120 0 8.600 5.800 10 F R 0 -139 199 0 8.400 6.200 9 F [32 -20 167 -108 W 0 259 -199 0 8.800 5.800 10 F R 0 -267 199 0 8.600 6.200 9 F [33 -19 166 -102 W 0 131 -199 0 9.000 5.800 10 F R 0 -389 199 0 8.800 6.200 9 F [18 -10 W 0 10 9.000 5.800 10 F [40 -27 W 159 0 0 389 R -182 0 9.200 5.800 9 F R 0 -27 9.200 6.200 8 F [45 -32 154 -107 W 0 372 -199 0 9.400 5.800 9 F R 0 -166 199 0 9.200 6.200 8 F [47 -29 152 -102 W 0 232 -199 0 9.600 5.800 9 F R 0 -297 199 0 9.400 6.200 8 F [34 -17 147 -84 W 0 101 9.600 5.800 9 F R -18 0 0 -399 199 0 9.600 6.200 8 F 2799 0 0 400 -2799 0 12.600 5.800 8 F [52 -18 142 -53 W 5 0 0 399 -199 0 12.800 5.800 8 F R 0 -71 12.800 6.200 9 F [36 -11 163 -54 W 0 328 -199 0 13.000 5.800 8 F R 0 -136 199 0 12.800 6.200 9 F [36 -12 163 -52 W 0 262 -199 0 13.200 5.800 8 F R 0 -200 199 0 13.000 6.200 9 F [53 -17 146 -49 W 0 197 -199 0 13.400 5.800 8 F R 0 -267 199 0 13.200 6.200 9 F [53 -15 146 -43 W 0 131 -199 0 13.600 5.800 8 F R 0 -326 199 0 13.400 6.200 9 F [54 -14 145 -39 W 0 72 -199 0 13.800 5.800 8 F [36 -11 77 -26 W 86 0 0 326 R 13.800 5.819 9 F R 0 -37 13.800 6.200 10 F [37 -9 36 -10 W 0 19 13.800 5.800 8 F [53 -15 146 -44 W 0 342 R -127 0 14.000 5.800 9 F R 0 -96 199 0 13.800 6.200 10 F [53 -15 146 -42 W 0 302 -199 0 14.200 5.800 9 F R 0 -154 199 0 14.000 6.200 10 F [53 -15 146 -44 W 0 245 -199 0 14.400 5.800 9 F R 0 -213 199 0 14.200 6.200 10 F [54 -13 145 -40 W 0 185 -199 0 14.600 5.800 9 F [53 -16 21 -7 W 125 0 0 213 R 14.600 5.933 10 F R 0 -23 14.600 6.200 11 F [54 -12 145 -34 W 0 132 -199 0 14.800 5.800 9 F [54 -14 145 -38 W 0 242 R 14.800 5.886 10 F R 0 -75 199 0 14.600 6.200 11 F [54 -13 145 -34 W 0 86 -199 0 15.000 5.800 9 F [53 -15 146 -38 W 0 236 R 15.000 5.839 10 F R 0 -129 199 0 14.800 6.200 11 F [37 -10 106 -29 W 0 39 15.000 5.800 9 F [53 -15 146 -43 W 0 230 R -57 0 15.200 5.800 10 F R 0 -187 199 0 15.000 6.200 11 F [54 -13 145 -39 W 0 211 -199 0 15.400 5.800 10 F [53 -15 122 -35 W 24 0 0 187 R 15.400 5.959 11 F R 0 -50 15.400 6.200 12 F [54 -13 145 -36 W 0 158 -199 0 15.600 5.800 10 F [54 -14 145 -38 W 0 189 R 15.600 5.910 11 F R 0 -102 199 0 15.400 6.200 12 F [54 -14 145 -37 W 0 109 -199 0 15.800 5.800 10 F [54 -14 145 -38 W 0 186 R 15.800 5.858 11 F R 0 -155 199 0 15.600 6.200 12 F [54 -13 145 -38 W 0 57 -199 0 16.000 5.800 10 F [54 -14 145 -38 W 0 185 R 16.000 5.807 11 F [54 -14 106 -28 W 39 0 0 155 R 16.000 5.991 12 F R 0 -42 16.000 6.200 13 F [27 -6 W 0 6 16.000 5.800 10 F [54 -13 145 -38 W 0 184 R -173 0 16.200 5.800 11 F [54 -14 145 -38 W 0 165 R 16.200 5.940 12 F R 0 -94 199 0 16.000 6.200 13 F [54 -13 146 -38 W 0 139 -200 0 16.400 5.800 11 F [54 -14 146 -38 W 0 164 R 16.400 5.888 12 F R 0 -147 200 0 16.200 6.200 13 F [54 -13 146 -38 W 0 87 -200 0 16.600 5.800 11 F [54 -14 146 -38 W 0 163 R 16.600 5.837 12 F [54 -14 137 -36 W 9 0 0 147 R 16.600 6.000 13 F R 0 -50 16.600 6.200 14 F [37 -9 106 -27 W 0 36 16.600 5.800 11 F [54 -14 146 -38 W 0 162 R -57 0 16.800 5.800 12 F [54 -14 146 -39 W 0 149 R 16.800 5.947 13 F R 0 -103 200 0 16.600 6.200 14 F [54 -14 146 -38 W 0 146 -200 0 17.000 5.800 12 F [54 -14 146 -39 W 0 148 R 17.000 5.894 13 F [54 -14 17 -4 W 129 0 0 103 R 17.000 6.043 14 F R 0 -18 17.000 6.200 15 F 799 0 0 400 -799 0 5.800 6.200 16 F [26 -28 53 -60 W 120 0 0 399 -199 0 6.000 6.200 16 F R 0 -88 6.000 6.600 15 F [40 -38 159 -161 W 0 310 -199 0 6.200 6.200 16 F [39 -39 42 -45 W 118 0 0 88 R 6.200 6.312 15 F R 0 -84 6.200 6.600 14 F [29 -24 99 -87 W 0 111 6.200 6.200 16 F [42 -37 157 -150 W 0 203 R -72 0 6.400 6.200 15 F [40 -38 20 -20 W 139 0 0 83 R 6.400 6.328 14 F R 0 -58 6.400 6.600 13 F [30 -23 126 -105 W 0 128 6.400 6.200 15 F [42 -35 157 -142 W 0 212 R -44 0 6.600 6.200 14 F [8 -7 W 191 0 0 58 R 6.600 6.363 13 F R 0 -7 6.600 6.600 12 F RS [45 -33 154 -120 W 0 162 -199 0 6.800 6.200 14 F [43 -34 156 -133 W 0 228 R 6.800 6.210 13 F R 0 -174 199 0 6.600 6.600 12 F [13 -9 W 0 9 6.800 6.200 14 F [45 -33 154 -118 W 0 214 R -187 0 7.000 6.200 13 F [44 -34 61 -49 W 94 0 0 174 R 7.000 6.274 12 F R 0 -83 7.000 6.600 11 F [31 -22 72 -51 W 0 73 7.000 6.200 13 F [31 -22 168 -128 W 0 242 R -97 0 7.200 6.200 12 F R 0 -233 199 0 7.000 6.600 11 F [46 -31 153 -106 W 0 165 -199 0 7.400 6.200 12 F [45 -32 82 -61 W 72 0 0 233 R 7.400 6.228 11 F R 0 -93 7.400 6.600 10 F [32 -21 10 -7 W 0 28 7.400 6.200 12 F [31 -21 168 -119 W 0 277 R -158 0 7.600 6.200 11 F R 0 -233 199 0 7.400 6.600 10 F [46 -30 153 -102 W 0 165 -199 0 7.800 6.200 11 F R 0 -366 199 0 7.600 6.600 10 F [32 -20 19 -13 W 0 33 7.800 6.200 11 F [45 -32 151 -108 W 3 0 0 366 R -149 0 8.000 6.200 10 F R 0 -140 8.000 6.600 9 F [46 -31 153 -109 W 0 259 -199 0 8.200 6.200 10 F R 0 -280 199 0 8.000 6.600 9 F [32 -20 150 -99 W 0 119 8.200 6.200 10 F R -17 0 0 -399 199 0 8.200 6.600 9 F 399 0 0 400 -399 0 8.800 6.200 9 F [38 -41 74 -94 82 -131 W 5 0 0 399 -199 0 9.000 6.200 9 F R 0 -266 9.000 6.600 8 F [31 -22 93 -76 35 -35 W 0 133 9.000 6.200 9 F R -40 0 0 -399 199 0 9.000 6.600 8 F 1799 0 0 400 -1799 0 11.000 6.200 8 F [54 -12 72 -16 W 73 0 0 399 -199 0 11.200 6.200 8 F R 0 -28 11.200 6.600 9 F [54 -11 145 -32 W 0 371 -199 0 11.400 6.200 8 F R 0 -71 199 0 11.200 6.600 9 F [37 -8 162 -36 W 0 328 -199 0 11.600 6.200 8 F R 0 -115 199 0 11.400 6.600 9 F [54 -13 145 -35 W 0 284 -199 0 11.800 6.200 8 F R 0 -163 199 0 11.600 6.600 9 F [54 -13 145 -36 W 0 235 -199 0 12.000 6.200 8 F R 0 -212 199 0 11.800 6.600 9 F [54 -14 145 -37 W 0 186 -199 0 12.200 6.200 8 F R 0 -264 199 0 12.000 6.600 9 F [53 -17 146 -42 W 0 134 -199 0 12.400 6.200 8 F [44 -11 W 155 0 0 263 R 12.400 6.275 9 F R 0 -11 12.400 6.600 10 F [52 -20 147 -53 W 0 75 -199 0 12.600 6.200 8 F [53 -16 146 -41 W 0 312 R 12.600 6.202 9 F R 0 -68 199 0 12.400 6.600 10 F [5 -2 W 0 2 12.600 6.200 8 F [37 -10 162 -51 W 0 328 R -195 0 12.800 6.200 9 F R 0 -130 199 0 12.600 6.600 10 F [53 -15 146 -40 W 0 268 -199 0 13.000 6.200 9 F R 0 -185 199 0 12.800 6.600 10 F [37 -10 162 -47 W 0 212 -199 0 13.200 6.200 9 F R 0 -243 199 0 13.000 6.600 10 F [36 -11 163 -50 W 0 154 -199 0 13.400 6.200 9 F [48 -16 105 -31 W 46 0 0 243 R 13.400 6.294 10 F R 0 -47 13.400 6.600 11 F [53 -17 146 -47 W 0 93 -199 0 13.600 6.200 9 F [53 -17 146 -48 W 0 257 R 13.600 6.230 10 F R 0 -112 199 0 13.400 6.600 11 F [36 -12 50 -17 W 0 29 13.600 6.200 9 F [36 -11 163 -49 W 0 255 R -114 0 13.800 6.200 10 F R 0 -173 199 0 13.600 6.600 11 F [53 -15 146 -40 W 0 224 -199 0 14.000 6.200 10 F [53 -15 49 -14 W 97 0 0 174 R 14.000 6.369 11 F R 0 -29 14.000 6.600 12 F [36 -11 163 -46 W 0 168 -199 0 14.200 6.200 10 F [53 -15 146 -41 W 0 200 R 14.200 6.312 11 F R 0 -85 199 0 14.000 6.600 12 F [52 -18 147 -50 W 0 110 -199 0 14.400 6.200 10 F [36 -11 163 -50 W 0 201 R 14.400 6.243 11 F R 0 -147 199 0 14.200 6.600 12 F [36 -12 89 -30 W 0 42 14.400 6.200 10 F [36 -11 163 -51 W 0 208 R -75 0 14.600 6.200 11 F [53 -15 85 -25 W 61 0 0 148 R 14.600 6.390 12 F R 0 -40 14.600 6.600 13 F [53 -15 146 -45 W 0 188 -199 0 14.800 6.200 11 F [53 -15 146 -44 W 0 170 R 14.800 6.329 12 F R 0 -99 199 0 14.600 6.600 13 F [53 -16 146 -44 W 0 128 -199 0 15.000 6.200 11 F [53 -16 146 -43 W 0 171 R 15.000 6.269 12 F [30 -8 W 169 0 0 98 R 15.000 6.441 13 F R 0 -8 15.000 6.600 14 F [53 -16 146 -45 W 0 68 -199 0 15.200 6.200 11 F [53 -16 146 -43 W 0 171 R 15.200 6.207 12 F [53 -15 146 -41 W 0 149 R 15.200 6.382 13 F R 0 -64 199 0 15.000 6.600 14 F [24 -7 W 0 7 15.200 6.200 11 F [53 -15 146 -47 W 0 174 R -176 0 15.400 6.200 12 F [37 -10 162 -50 W 0 152 R 15.400 6.320 13 F R 0 -125 199 0 15.200 6.600 14 F [50 -13 149 -42 W 0 119 -199 0 15.600 6.200 12 F [54 -14 145 -41 W 0 154 R 15.600 6.265 13 F [54 -14 98 -26 W 47 0 0 125 R 15.600 6.419 14 F R 0 -40 15.600 6.600 15 F [54 -14 145 -40 W 0 64 -199 0 15.800 6.200 12 F [53 -14 146 -40 W 0 153 R 15.800 6.211 13 F [54 -14 145 -38 W 0 140 R 15.800 6.364 14 F R 0 -92 199 0 15.600 6.600 15 F [37 -10 2 0 W 0 10 15.800 6.200 12 F [54 -14 145 -41 W 0 152 R -161 0 16.000 6.200 13 F [53 -15 146 -42 W 0 142 R 16.000 6.308 14 F [53 -15 7 -1 W 139 0 0 92 R 16.000 6.450 15 F R 0 -16 16.000 6.600 16 F [54 -14 145 -39 W 0 107 -199 0 16.200 6.200 13 F [54 -14 145 -40 W 0 140 R 16.200 6.255 14 F [54 -14 145 -40 W 0 132 R 16.200 6.395 15 F R 0 -70 199 0 16.000 6.600 16 F [54 -14 146 -38 W 0 54 -200 0 16.400 6.200 13 F [54 -14 146 -38 W 0 139 R 16.400 6.202 14 F [54 -14 146 -38 W 0 132 R 16.400 6.342 15 F R 0 -123 200 0 16.200 6.600 16 F [8 -2 W 0 2 16.400 6.200 13 F [54 -14 146 -40 W 0 140 R -192 0 16.600 6.200 14 F [53 -14 147 -40 W 0 132 R 16.600 6.288 15 F R 0 -178 200 0 16.400 6.600 16 F [37 -10 163 -44 W 0 88 -200 0 16.800 6.200 14 F [54 -14 146 -41 W 0 131 R 16.800 6.234 15 F R 0 -234 200 0 16.600 6.600 16 F [37 -9 91 -25 W 0 34 16.800 6.200 14 F [54 -14 146 -39 W 0 130 R -72 0 17.000 6.200 15 F R 0 -287 200 0 16.800 6.600 16 F 599 0 0 400 -599 0 5.600 6.600 16 F [19 -33 73 -142 25 -61 W 82 0 0 399 -199 0 5.800 6.600 16 F R 0 -236 5.800 7.000 15 F [24 -29 72 -96 24 -38 W 0 163 5.800 6.600 16 F [23 -30 85 -135 49 -98 W 42 0 0 236 R -80 0 6.000 6.600 15 F R 0 -263 6.000 7.000 14 F [26 -28 92 -108 W 0 136 6.000 6.600 15 F [24 -29 94 -130 54 -91 W 27 0 0 262 R -82 0 6.200 6.600 14 F R 0 -250 6.200 7.000 13 F [27 -27 112 -122 W 0 149 6.200 6.600 14 F [24 -29 119 -161 9 -13 W 47 0 0 249 R -61 0 6.400 6.600 13 F R 0 -203 6.400 7.000 12 F [28 -26 163 -170 W 0 196 6.400 6.600 13 F [24 -29 62 -83 W 113 0 0 202 R -9 0 6.600 6.600 12 F R 0 -112 6.600 7.000 11 F [41 -37 137 -145 21 -26 W 0 287 -199 0 6.800 6.600 12 F R 0 -320 199 0 6.600 7.000 11 F [29 -24 65 -55 W 0 79 6.800 6.600 12 F [27 -26 107 -119 22 -27 W 43 0 0 319 R -106 0 7.000 6.600 11 F R 0 -172 7.000 7.000 10 F [30 -24 169 -147 W 0 226 -199 0 7.200 6.600 11 F R 0 -343 199 0 7.000 7.000 10 F [30 -23 42 -32 W 0 55 7.200 6.600 11 F [24 -29 20 -26 W 155 0 0 344 R -128 0 7.400 6.600 10 F R 0 -55 7.400 7.000 9 F [43 -35 142 -141 14 -17 W 0 344 -199 0 7.600 6.600 10 F R 0 -248 199 0 7.400 7.000 9 F [45 -32 154 -116 W 0 150 -199 0 7.800 6.600 10 F R 0 -396 199 0 7.600 7.000 9 F [3 -2 W 0 2 7.800 6.600 10 F R -196 0 0 -399 199 0 7.800 7.000 9 F 599 0 0 400 -599 0 8.600 6.600 9 F [7 -24 0 -27 -7 -17 W 0 -320 199 0 0 399 -199 0 8.800 6.600 9 F R 8.800 6.611 8 F [5 -11 W 0 11 8.800 6.600 9 F [55 9 88 25 34 19 20 19 2 5 W 0 68 R -195 0 9.000 6.600 8 F R 0 -243 199 0 8.800 7.000 9 F [56 0 119 8 24 3 W 0 157 -199 0 9.200 6.600 8 F R 0 -232 199 0 9.000 7.000 9 F [38 -1 161 -6 W 0 168 -199 0 9.400 6.600 8 F R 0 -238 199 0 9.200 7.000 9 F [55 -2 144 -5 W 0 160 -199 0 9.600 6.600 8 F R 0 -245 199 0 9.400 7.000 9 F [50 -1 149 -3 W 0 152 -199 0 9.800 6.600 8 F R 0 -250 199 0 9.600 7.000 9 F [55 -3 144 -5 W 0 148 -199 0 10.000 6.600 8 F [55 -5 3 0 W 141 0 0 250 R 10.000 6.740 9 F R 0 -5 10.000 7.000 10 F [38 -4 161 -14 W 0 139 -199 0 10.200 6.600 8 F [55 -5 144 -13 W 0 254 R 10.200 6.722 9 F R 0 -23 199 0 10.000 7.000 10 F [55 -7 144 -20 W 0 121 -199 0 10.400 6.600 8 F [37 -7 158 -27 4 -1 W 0 254 R 10.400 6.694 9 F R 0 -58 199 0 10.200 7.000 10 F [55 -5 144 -15 W 0 93 -199 0 10.600 6.600 8 F [38 -5 161 -28 W 0 246 R 10.600 6.674 9 F R 0 -91 199 0 10.400 7.000 10 F [55 -7 144 -15 W 0 73 -199 0 10.800 6.600 8 F [38 -4 161 -23 W 0 233 R 10.800 6.651 9 F R 0 -119 199 0 10.600 7.000 10 F [54 -11 145 -24 W 0 51 -199 0 11.000 6.600 8 F [38 -4 161 -20 W 0 228 R 11.000 6.616 9 F R 0 -143 199 0 10.800 7.000 10 F [37 -8 36 -8 W 0 16 11.000 6.600 8 F [55 -7 144 -19 W 0 239 R -127 0 11.200 6.600 9 F R 0 -170 199 0 11.000 7.000 10 F [55 -9 144 -24 W 0 228 -199 0 11.400 6.600 9 F [55 -10 31 -5 W 113 0 0 170 R 11.400 6.796 10 F R 0 -15 11.400 7.000 11 F [55 -10 144 -29 W 0 195 -199 0 11.600 6.600 9 F [37 -7 162 -37 W 0 188 R 11.600 6.756 10 F R 0 -59 199 0 11.400 7.000 11 F [55 -10 144 -24 W 0 155 -199 0 11.800 6.600 9 F [55 -9 144 -21 W 0 183 R 11.800 6.722 10 F R 0 -89 199 0 11.600 7.000 11 F [54 -11 145 -29 W 0 121 -199 0 12.000 6.600 9 F [55 -10 144 -26 W 0 187 R 12.000 6.682 10 F R 0 -126 199 0 11.800 7.000 11 F [54 -12 145 -31 W 0 81 -199 0 12.200 6.600 9 F [55 -10 144 -26 W 0 191 R 12.200 6.638 10 F R 0 -162 199 0 12.000 7.000 11 F [37 -9 118 -29 W 0 38 12.200 6.600 9 F [54 -11 145 -28 W 0 198 R -45 0 12.400 6.600 10 F [54 -11 127 -24 W 18 0 0 162 R 12.400 6.798 11 F R 0 -35 12.400 7.000 12 F [54 -11 145 -29 W 0 197 -199 0 12.600 6.600 10 F [54 -11 145 -29 W 0 165 R 12.600 6.757 11 F R 0 -75 199 0 12.400 7.000 12 F [54 -13 145 -35 W 0 156 -199 0 12.800 6.600 10 F [54 -11 145 -32 W 0 166 R 12.800 6.709 11 F R 0 -119 199 0 12.600 7.000 12 F [37 -9 162 -37 W 0 107 -199 0 13.000 6.600 10 F [37 -7 162 -32 W 0 171 R 13.000 6.662 11 F [53 -10 W 146 0 0 119 R 13.000 6.841 12 F R 0 -10 13.000 7.000 13 F [54 -13 145 -36 W 0 61 -199 0 13.200 6.600 10 F [54 -11 145 -29 W 0 179 R 13.200 6.612 11 F [54 -11 145 -29 W 0 147 R 13.200 6.801 12 F R 0 -50 199 0 13.000 7.000 13 F [37 -10 9 -2 W 0 12 13.200 6.600 10 F [37 -10 162 -36 W 0 188 R -154 0 13.400 6.600 11 F [37 -8 162 -34 W 0 146 R 13.400 6.755 12 F R 0 -93 199 0 13.200 7.000 13 F [36 -11 163 -51 W 0 154 -199 0 13.600 6.600 11 F [53 -15 146 -38 W 0 150 R 13.600 6.693 12 F [54 -13 18 -4 W 127 0 0 93 R 13.600 6.853 13 F R 0 -17 13.600 7.000 14 F [49 -15 150 -47 W 0 91 -199 0 13.800 6.600 11 F [53 -15 146 -37 W 0 159 R 13.800 6.630 12 F [37 -9 162 -39 W 0 129 R 13.800 6.800 13 F R 0 -65 199 0 13.600 7.000 14 F [37 -11 60 -18 W 0 29 13.800 6.600 11 F [53 -15 146 -47 W 0 169 R -103 0 14.000 6.600 12 F [37 -10 162 -46 W 0 133 R 14.000 6.737 13 F [0 0 W 199 0 0 65 R 14.000 6.877 14 F R 0 0 14.000 7.000 15 F [53 -15 146 -41 W 0 136 -199 0 14.200 6.600 12 F [37 -10 162 -41 W 0 139 R 14.200 6.681 13 F [54 -13 145 -34 W 0 121 R 14.200 6.826 14 F R 0 -47 199 0 14.000 7.000 15 F [36 -11 163 -50 W 0 79 -199 0 14.400 6.600 12 F [53 -16 146 -49 W 0 144 R 14.400 6.619 13 F [36 -11 163 -52 W 0 126 R 14.400 6.761 14 F R 0 -110 199 0 14.200 7.000 15 F [36 -11 25 -7 W 0 18 14.400 6.600 12 F [53 -15 146 -45 W 0 140 R -139 0 14.600 6.600 13 F [37 -10 162 -51 W 0 127 R 14.600 6.700 14 F [53 -15 115 -36 W 31 0 0 110 R 14.600 6.827 15 F R 0 -51 14.600 7.000 16 F RS [54 -14 145 -39 W 0 99 -199 0 14.800 6.600 13 F [54 -13 145 -34 W 0 126 R 14.800 6.646 14 F [54 -11 145 -32 W 0 120 R 14.800 6.779 15 F R 0 -94 199 0 14.600 7.000 16 F [37 -10 132 -36 W 0 46 14.800 6.600 13 F [54 -14 145 -36 W 0 132 R -31 0 15.000 6.600 14 F [54 -14 145 -32 W 0 124 R 15.000 6.728 15 F R 0 -141 199 0 14.800 7.000 16 F [37 -10 162 -48 W 0 127 -199 0 15.200 6.600 14 F [49 -14 150 -45 W 0 128 R 15.200 6.670 15 F R 0 -201 199 0 15.000 7.000 16 F [53 -14 146 -43 W 0 69 -199 0 15.400 6.600 14 F [53 -14 146 -42 W 0 127 R 15.400 6.612 15 F R 0 -257 199 0 15.200 7.000 16 F [37 -9 10 -3 W 0 12 15.400 6.600 14 F [54 -13 145 -38 W 0 128 R -153 0 15.600 6.600 15 F R 0 -309 199 0 15.400 7.000 16 F [54 -14 145 -37 W 0 89 -199 0 15.800 6.600 15 F R 0 -361 199 0 15.600 7.000 16 F [37 -10 102 -28 W 0 38 15.800 6.600 15 F R -60 0 0 -399 199 0 15.800 7.000 16 F 1000 0 0 400 -1000 0 17.000 6.600 16 F 599 0 0 400 -599 0 5.600 7.000 16 F [19 -52 30 -116 17 -119 3 -113 W 13 0 0 400 5.600 7.000 16 F [15 -53 23 -118 9 -120 0 0 W 139 0 R -118 0 5.800 7.000 15 F R 0 -291 5.800 7.400 14 F [21 -51 21 -57 W 0 108 5.800 7.000 15 F [21 -51 35 -115 20 -118 4 -61 W 119 0 0 290 R -158 0 6.000 7.000 14 F R 0 -345 6.000 7.400 13 F [17 -34 10 -20 W 0 54 6.000 7.000 14 F [24 -50 28 -75 28 -116 10 -77 W 109 0 0 344 R -173 0 6.200 7.000 13 F R 0 -318 6.200 7.400 12 F [20 -32 27 -49 W 0 81 6.200 7.000 13 F [22 -51 38 -114 10 -48 W 129 0 0 318 R -153 0 6.400 7.000 12 F R 0 -213 6.400 7.400 11 F [22 -31 82 -137 9 -18 W 0 186 6.400 7.000 12 F R -86 0 0 -399 199 0 6.400 7.400 11 F [22 -31 103 -171 47 -111 8 -27 W 19 0 0 399 -199 0 6.800 7.000 11 F R 0 -340 6.800 7.400 10 F [33 -45 10 -14 W 0 59 6.800 7.000 11 F R -156 0 0 -399 199 0 6.800 7.400 10 F [29 -47 34 -73 15 -52 4 -22 W 117 0 0 399 -199 0 7.200 7.000 10 F R 0 -194 7.200 7.400 9 F [34 -44 121 -161 W 0 205 7.200 7.000 10 F R -44 0 0 -399 199 0 7.200 7.400 9 F 599 0 0 400 -599 0 8.000 7.000 9 F [52 -20 108 -51 W 39 0 0 399 -199 0 8.200 7.000 9 F R 0 -71 8.200 7.400 10 F [53 -15 146 -46 W 0 327 -199 0 8.400 7.000 9 F R 0 -132 199 0 8.200 7.400 10 F [53 -15 146 -39 W 0 266 -199 0 8.600 7.000 9 F R 0 -187 199 0 8.400 7.400 10 F [54 -12 145 -37 W 0 211 -199 0 8.800 7.000 9 F [36 -11 61 -20 W 102 0 0 187 R 8.800 7.163 10 F R 0 -31 8.800 7.400 11 F [55 -9 144 -26 W 0 162 -199 0 9.000 7.000 9 F [54 -12 145 -37 W 0 204 R 9.000 7.128 10 F R 0 -80 199 0 8.800 7.400 11 F [55 -8 144 -22 W 0 127 -199 0 9.200 7.000 9 F [55 -9 144 -29 W 0 190 R 9.200 7.097 10 F R 0 -119 199 0 9.000 7.400 11 F [55 -8 144 -23 W 0 96 -199 0 9.400 7.000 9 F [55 -8 144 -26 W 0 183 R 9.400 7.066 10 F [38 -6 128 -23 W 33 0 0 118 R 9.400 7.247 11 F R 0 -29 9.400 7.400 12 F [55 -7 144 -22 W 0 65 -199 0 9.600 7.000 9 F [55 -8 144 -24 W 0 181 R 9.600 7.036 10 F [51 -8 148 -25 W 0 123 R 9.600 7.215 11 F R 0 -62 199 0 9.400 7.400 12 F [55 -5 144 -17 W 0 35 -199 0 9.800 7.000 9 F [55 -8 144 -25 W 0 177 R 9.800 7.014 10 F [53 -9 146 -28 W 0 121 R 9.800 7.181 11 F [29 -5 W 170 0 0 62 R 9.800 7.299 12 F R 0 -5 9.800 7.400 13 F [38 -3 103 -10 W 0 13 9.800 7.000 9 F [51 -5 148 -25 W 0 166 R -59 0 10.000 7.000 10 F [45 -5 154 -33 W 0 118 R 10.000 7.150 11 F [55 -7 144 -32 W 0 94 R 10.000 7.261 12 F R 0 -44 199 0 9.800 7.400 13 F [55 -3 144 -8 W 0 149 -199 0 10.200 7.000 10 F [55 -3 144 -8 W 0 110 R 10.200 7.138 11 F [55 -3 144 -9 W 0 93 R 10.200 7.250 12 F R 0 -57 199 0 10.000 7.400 13 F [55 -7 144 -17 W 0 138 -199 0 10.400 7.000 10 F [55 -5 144 -13 W 0 110 R 10.400 7.114 11 F [38 -3 161 -12 W 0 92 R 10.400 7.231 12 F R 0 -72 199 0 10.200 7.400 13 F [55 -8 144 -23 W 0 113 -199 0 10.600 7.000 10 F [54 -7 145 -22 W 0 115 R 10.600 7.082 11 F [55 -7 144 -21 W 0 95 R 10.600 7.201 12 F [55 -7 46 -7 W 98 0 0 73 R 10.600 7.298 13 F R 0 -14 10.600 7.400 14 F [55 -6 144 -21 W 0 81 -199 0 10.800 7.000 10 F [55 -5 144 -19 W 0 118 R 10.800 7.055 11 F [55 -5 144 -19 W 0 97 R 10.800 7.176 12 F [55 -5 144 -18 W 0 86 R 10.800 7.274 13 F R 0 -37 199 0 10.600 7.400 14 F [38 -3 161 -16 W 0 54 -199 0 11.000 7.000 10 F [55 -3 144 -12 W 0 120 R 11.000 7.035 11 F [38 -2 161 -12 W 0 98 R 11.000 7.161 12 F [55 -2 144 -10 W 0 87 R 11.000 7.260 13 F R 0 -49 199 0 10.800 7.400 14 F [55 -5 144 -14 W 0 34 -199 0 11.200 7.000 10 F [55 -3 144 -10 W 0 124 R 11.200 7.016 11 F [38 -2 161 -9 W 0 99 R 11.200 7.147 12 F [55 -2 144 -6 W 0 89 R 11.200 7.249 13 F R 0 -57 199 0 11.000 7.400 14 F [38 -6 75 -9 W 0 15 11.200 7.000 10 F [55 -6 144 -14 W 0 130 R -87 0 11.400 7.000 11 F [38 -4 161 -13 W 0 101 R 11.400 7.126 12 F [55 -5 144 -11 W 0 92 R 11.400 7.231 13 F R 0 -74 199 0 11.200 7.400 14 F [53 -8 146 -24 W 0 125 -199 0 11.600 7.000 11 F [55 -7 144 -19 W 0 104 R 11.600 7.094 12 F [55 -6 144 -16 W 0 92 R 11.600 7.205 13 F [45 -4 W 154 0 0 73 R 11.600 7.302 14 F R 0 -4 11.600 7.400 15 F [55 -7 144 -17 W 0 92 -199 0 11.800 7.000 11 F [55 -6 144 -15 W 0 110 R 11.800 7.069 12 F [55 -5 144 -16 W 0 96 R 11.800 7.183 13 F [55 -5 144 -16 W 0 92 R 11.800 7.281 14 F R 0 -25 199 0 11.600 7.400 15 F [55 -8 144 -23 W 0 68 -199 0 12.000 7.000 11 F [55 -6 144 -17 W 0 113 R 12.000 7.037 12 F [55 -4 144 -14 W 0 97 R 12.000 7.160 13 F [55 -3 144 -12 W 0 92 R 12.000 7.262 14 F R 0 -41 199 0 11.800 7.400 15 F [55 -9 144 -24 W 0 36 -199 0 12.200 7.000 11 F [55 -6 144 -17 W 0 122 R 12.200 7.003 12 F [55 -4 144 -13 W 0 102 R 12.200 7.137 13 F [38 -2 161 -10 W 0 95 R 12.200 7.245 14 F R 0 -53 199 0 12.000 7.400 15 F [18 -3 W 0 3 12.200 7.000 11 F [55 -9 144 -20 W 0 132 R -182 0 12.400 7.000 12 F [55 -8 144 -16 W 0 107 R 12.400 7.107 13 F [55 -7 144 -15 W 0 100 R 12.400 7.220 14 F R 0 -76 199 0 12.200 7.400 15 F [54 -10 145 -30 W 0 106 -199 0 12.600 7.000 12 F [38 -6 154 -35 7 -1 W 0 112 R 12.600 7.066 13 F [37 -7 147 -38 15 -2 W 0 102 R 12.600 7.177 14 F [35 -6 73 -23 W 91 0 0 76 R 12.600 7.276 15 F R 0 -29 12.600 7.400 16 F [54 -10 145 -28 W 0 66 -199 0 12.800 7.000 12 F [38 -6 161 -25 W 0 110 R 12.800 7.028 13 F [55 -8 144 -20 W 0 97 R 12.800 7.146 14 F [38 -5 161 -22 W 0 94 R 12.800 7.247 15 F R 0 -56 199 0 12.600 7.400 16 F [37 -7 109 -21 W 0 28 12.800 7.000 12 F [38 -6 161 -26 W 0 116 R -54 0 13.000 7.000 13 F [55 -8 144 -22 W 0 100 R 13.000 7.113 14 F [38 -5 161 -24 W 0 95 R 13.000 7.217 15 F R 0 -86 199 0 12.800 7.400 16 F [54 -11 145 -27 W 0 112 -199 0 13.200 7.000 13 F [54 -10 145 -26 W 0 103 R 13.200 7.074 14 F [55 -10 144 -25 W 0 96 R 13.200 7.180 15 F R 0 -121 199 0 13.000 7.400 16 F [50 -11 149 -33 W 0 73 -199 0 13.400 7.000 13 F [54 -12 145 -33 W 0 106 R 13.400 7.029 14 F [54 -12 145 -33 W 0 97 R 13.400 7.135 15 F R 0 -166 199 0 13.200 7.400 16 F [37 -8 90 -21 W 0 29 13.400 7.000 13 F [54 -11 145 -31 W 0 105 R -73 0 13.600 7.000 14 F [54 -10 145 -29 W 0 97 R 13.600 7.093 15 F R 0 -205 199 0 13.400 7.400 16 F [37 -8 162 -41 W 0 92 -199 0 13.800 7.000 14 F [37 -8 162 -38 W 0 100 R 13.800 7.043 15 F R 0 -252 199 0 13.600 7.400 16 F [37 -8 162 -35 W 0 43 13.800 7.000 14 F [53 -10 146 -25 W 0 103 R -1 0 14.000 7.000 15 F R 0 -287 199 0 13.800 7.400 16 F [54 -13 145 -33 W 0 110 -199 0 14.200 7.000 15 F R 0 -334 199 0 14.000 7.400 16 F [53 -16 146 -39 W 0 64 -199 0 14.400 7.000 15 F R 0 -390 199 0 14.200 7.400 16 F [31 -9 W 0 9 14.400 7.000 15 F R -168 0 0 -399 199 0 14.400 7.400 16 F 2400 0 0 400 -2400 0 17.000 7.000 16 F 599 0 0 400 -599 0 5.600 7.400 16 F [-1 -38 -13 -119 -35 -156 -26 -87 W 88 0 0 400 5.600 7.400 16 F [0 -38 -10 -120 -31 -156 -6 -19 W 0 -67 110 0 R 5.613 7.400 15 F R -47 0 5.800 7.400 14 F [1 -38 -4 -120 -16 -119 -30 -123 W 147 0 12 36 9 30 0 334 5.800 7.400 14 F R -80 0 0 -400 6.000 7.800 13 F -8 -29 -12 -37 20 0 5.800 7.800 15 F [2 -38 0 -160 -14 -119 -18 -83 W 139 0 0 400 6.000 7.400 13 F R -91 0 0 -400 6.200 7.800 12 F [5 -38 10 -119 -3 -120 -17 -123 W 134 0 0 400 6.200 7.400 12 F R -71 0 0 -400 6.400 7.800 11 F [9 -55 8 -119 -5 -120 -3 -23 W 190 0 0 399 -199 0 6.600 7.400 11 F R 0 -317 6.600 7.800 10 F [13 -54 6 -28 W 0 82 6.600 7.400 11 F R -180 0 0 -399 199 0 6.600 7.800 10 F 199 0 0 400 -199 0 7.000 7.400 10 F [8 -55 23 -198 0 -80 -10 -60 -1 -7 W 97 0 0 400 7.000 7.400 10 F R -82 0 0 -400 7.200 7.800 9 F 199 0 0 400 -199 0 7.400 7.400 9 F [39 -39 52 -61 18 -25 W 90 0 0 399 -199 0 7.600 7.400 9 F R 0 -125 7.600 7.800 10 F [47 -29 99 -68 53 -47 W 0 274 -199 0 7.800 7.400 9 F R 0 -269 199 0 7.600 7.800 10 F [33 -18 166 -91 W 0 130 -199 0 8.000 7.400 9 F R 0 -378 199 0 7.800 7.800 10 F [39 -21 W 0 21 8.000 7.400 9 F [29 -24 87 -83 36 -40 W 47 0 0 378 R -161 0 8.200 7.400 10 F R 0 -147 8.200 7.800 11 F [49 -26 102 -63 48 -35 W 0 251 -199 0 8.400 7.400 10 F [39 -39 4 -4 W 156 0 0 147 R 8.400 7.527 11 F R 0 -43 8.400 7.800 12 F [51 -21 148 -66 W 0 126 -199 0 8.600 7.400 10 F [33 -18 101 -66 61 -51 4 -4 W 0 229 R 8.600 7.440 11 F R 0 -182 199 0 8.400 7.800 12 F [52 -19 50 -20 W 0 39 8.600 7.400 10 F [50 -20 149 -73 W 0 177 R -98 0 8.800 7.400 11 F [34 -18 102 -63 61 -47 W 2 0 0 182 R 8.800 7.524 12 F R 0 -128 8.800 7.800 13 F [36 -11 163 -59 W 0 123 -199 0 9.000 7.400 11 F [35 -14 164 -77 W 0 147 R 9.000 7.453 12 F [49 -26 112 -66 W 38 0 0 127 R 9.000 7.580 13 F R 0 -92 9.000 7.800 14 F [54 -11 145 -35 W 0 52 -199 0 9.200 7.400 11 F [53 -15 146 -49 W 0 126 R 9.200 7.407 12 F [36 -13 147 -63 16 -9 W 0 126 R 9.200 7.516 13 F [50 -23 93 -49 W 56 0 0 92 R 9.200 7.622 14 F R 0 -72 9.200 7.800 15 F [33 -6 W 0 6 9.200 7.400 11 F [52 -11 147 -35 W 0 108 R -167 0 9.400 7.400 12 F [54 -14 145 -45 W 0 106 R 9.400 7.469 13 F [53 -17 146 -56 W 0 104 R 9.400 7.563 14 F [52 -20 85 -38 W 62 0 0 72 R 9.400 7.654 15 F R 0 -58 9.400 7.800 16 F [55 -9 144 -28 W 0 69 -199 0 9.600 7.400 12 F [54 -11 145 -34 W 0 93 R 9.600 7.432 13 F [54 -13 145 -41 W 0 89 R 9.600 7.518 14 F [53 -15 146 -50 W 0 87 R 9.600 7.599 15 F R 0 -123 199 0 9.400 7.800 16 F [37 -7 133 -25 W 0 32 9.600 7.400 12 F [54 -11 145 -29 W 0 85 R -30 0 9.800 7.400 13 F [54 -11 145 -33 W 0 80 R 9.800 7.478 14 F [54 -12 145 -38 W 0 77 R 9.800 7.554 15 F R 0 -173 199 0 9.600 7.800 16 F [47 -6 152 -32 W 0 76 -199 0 10.000 7.400 13 F [55 -8 144 -30 W 0 76 R 10.000 7.439 14 F [55 -8 144 -30 W 0 70 R 10.000 7.516 15 F R 0 -211 199 0 9.800 7.800 16 F [55 -3 144 -10 W 0 38 -199 0 10.200 7.400 13 F [38 -2 161 -12 W 0 77 R 10.200 7.425 14 F [55 -4 144 -11 W 0 70 R 10.200 7.502 15 F R 0 -227 199 0 10.000 7.800 16 F [38 -3 161 -10 W 0 24 -199 0 10.400 7.400 13 F [38 -3 161 -10 W 0 75 R 10.400 7.412 14 F [55 -4 144 -11 W 0 69 R 10.400 7.488 15 F R 0 -243 199 0 10.200 7.800 16 F [38 -5 60 -6 W 0 11 10.400 7.400 13 F [55 -6 144 -17 W 0 76 R -102 0 10.600 7.400 14 F [55 -6 144 -15 W 0 67 R 10.600 7.465 15 F R 0 -264 199 0 10.400 7.800 16 F RS [55 -5 144 -17 W 0 64 -199 0 10.800 7.400 14 F [53 -5 146 -19 W 0 69 R 10.800 7.443 15 F R 0 -289 199 0 10.600 7.800 16 F [38 -1 161 -7 W 0 41 -199 0 11.000 7.400 14 F [55 -1 144 -6 W 0 66 R 11.000 7.434 15 F R 0 -296 199 0 10.800 7.800 16 F [38 -1 161 -2 W 0 32 -199 0 11.200 7.400 14 F [55 -1 144 0 W 0 68 R 11.200 7.430 15 F R 0 -298 199 0 11.000 7.800 16 F [55 -5 144 -9 W 0 29 -199 0 11.400 7.400 14 F [55 -3 144 -8 W 0 70 R 11.400 7.416 15 F R 0 -309 199 0 11.200 7.800 16 F [38 -4 116 -11 W 0 15 11.400 7.400 14 F [55 -4 144 -11 W 0 73 R -46 0 11.600 7.400 15 F R 0 -325 199 0 11.400 7.800 16 F [55 -4 144 -12 W 0 73 -199 0 11.800 7.400 15 F R 0 -341 199 0 11.600 7.800 16 F [55 -2 144 -7 W 0 57 -199 0 12.000 7.400 15 F R 0 -351 199 0 11.800 7.800 16 F [55 -1 144 -5 W 0 48 -199 0 12.200 7.400 15 F R 0 -357 199 0 12.000 7.800 16 F [38 -5 161 -12 W 0 41 -199 0 12.400 7.400 15 F R 0 -374 199 0 12.200 7.800 16 F [36 -11 55 -13 W 0 24 12.400 7.400 15 F R -108 0 0 -399 199 0 12.400 7.800 16 F 4399 0 0 400 -4399 0 17.000 7.400 16 F 599 0 0 399 -599 0 5.600 7.800 16 F [-12 -36 -98 -250 W 0 -113 199 0 0 399 5.600 7.800 16 F R -110 0 5.800 7.800 15 F [-12 -36 -144 -363 W 122 0 17 33 37 79 0 287 5.800 7.800 15 F [-11 -36 -19 -62 W 0 -301 22 0 R 5.820 7.800 14 F R -30 0 6.000 7.800 13 F -36 -78 -17 -35 53 0 5.800 8.200 16 F [-13 -54 -47 -164 W 0 -181 88 0 15 34 96 266 0 99 6.000 7.800 13 F R -60 0 6.200 7.800 12 F -96 -266 -15 -35 111 0 6.000 8.200 14 F [-10 -55 -55 -234 W 0 -110 139 0 19 51 41 129 0 219 6.200 7.800 12 F R -65 0 6.400 7.800 11 F -41 -128 -19 -53 60 0 6.200 8.200 13 F [-5 -38 -3 -19 W 0 -342 163 0 19 51 17 58 0 290 6.400 7.800 11 F R -8 0 6.600 7.800 10 F -17 -57 -19 -53 36 0 6.400 8.200 12 F [18 53 40 154 23 135 W 0 57 -199 0 0 -399 6.800 8.200 10 F R 81 0 6.600 8.200 11 F 199 0 0 399 -199 0 7.000 7.800 10 F [-9 -37 -50 -152 -27 -54 -15 -22 W 0 -134 199 0 0 399 7.000 7.800 10 F R -101 0 7.200 7.800 9 F [19 -33 60 -89 34 -31 21 -8 29 4 22 17 14 17 W 0 266 -199 0 7.400 7.800 9 F R 0 -256 199 0 7.200 8.200 10 F [30 -46 60 -97 W 0 143 7.400 7.800 9 F R -109 0 0 -399 199 0 7.400 8.200 10 F 199 0 0 399 -199 0 7.800 7.800 10 F [31 -46 60 -104 45 -111 21 -76 W 42 0 0 399 -199 0 8.000 7.800 10 F R 0 -337 8.000 8.200 11 F [34 -44 13 -18 W 0 62 8.000 7.800 10 F [29 -47 36 -71 29 -75 4 -14 W 101 0 0 337 R -153 0 8.200 7.800 11 F R 0 -207 8.200 8.200 12 F [26 -28 102 -123 28 -41 W 0 192 8.200 7.800 11 F [30 -46 39 -70 27 -63 W 103 0 0 207 R -44 0 8.400 7.800 12 F R 0 -179 8.400 8.200 13 F [41 -37 109 -117 49 -64 W 0 220 -199 0 8.600 7.800 12 F [34 -43 65 -101 23 -46 W 77 0 0 178 R 8.600 7.802 13 F R 0 -190 8.600 8.200 14 F [2 -2 W 0 2 8.600 7.800 12 F [44 -33 91 -79 64 -71 W 0 207 R -198 0 8.800 7.800 13 F [39 -39 77 -92 43 -68 9 -16 W 31 0 0 189 R 8.800 7.827 14 F [29 -44 W 139 0 R 8.800 7.984 15 F R 0 -44 8.800 8.200 16 F [38 -26 W 0 26 8.800 7.800 13 F [46 -31 128 -96 25 -22 W 0 157 R -162 0 9.000 7.800 14 F [43 -35 90 -80 53 -60 13 -18 W 0 170 R 9.000 7.835 15 F R 0 -237 199 0 8.800 8.200 16 F [47 -29 9 -5 W 0 34 9.000 7.800 14 F [33 -18 134 -87 32 -25 W 0 126 R -144 0 9.200 7.800 15 F R 0 -368 199 0 9.000 8.200 16 F [50 -24 12 -7 W 0 31 9.200 7.800 15 F R -137 0 0 -399 199 0 9.200 8.200 16 F 7599 0 0 399 -7599 0 17.000 7.800 16 F 799 0 0 399 -799 0 5.800 8.200 16 F [-16 -34 -130 -286 W 0 -79 199 0 0 399 5.800 8.200 16 F [-15 -35 -8 -17 W 0 -268 R 5.854 8.200 15 F R -23 0 6.000 8.200 14 F [-21 -51 -67 -176 W 0 -172 53 0 22 50 124 296 0 53 6.000 8.200 14 F 15 35 20 44 0 268 -123 -295 -22 -52 6.146 8.600 15 F R -88 0 6.200 8.200 13 F -19 -44 -16 -35 35 0 6.000 8.600 16 F [-13 -36 -126 -333 W 0 -30 130 0 15 34 54 137 0 228 6.200 8.200 13 F R -139 0 6.400 8.200 12 F -54 -137 -15 -35 69 0 6.200 8.600 14 F [-13 -36 -135 -363 W 172 0 12 29 0 370 6.400 8.200 12 F R -162 0 0 -399 6.600 8.600 11 F -12 -30 12 0 6.400 8.600 13 F RS [-12 -36 -106 -315 W 0 -48 199 0 0 399 6.600 8.200 11 F R -118 0 6.800 8.200 10 F [12 36 4 12 W 0 351 -199 0 0 -399 7.000 8.600 10 F R 16 0 6.800 8.600 11 F 599 0 0 399 -599 0 7.600 8.200 10 F [6 -38 25 -146 W 168 0 0 399 -199 0 7.800 8.200 10 F R 0 -184 7.800 8.600 11 F [11 -54 31 -161 W 0 215 7.800 8.200 10 F R -157 0 0 -399 199 0 7.800 8.600 11 F [14 -53 81 -346 W 6 0 0 399 8.000 8.200 11 F [9 -37 5 -20 W 180 0 R -99 0 8.200 8.200 12 F R 0 -57 8.200 8.600 13 F [18 -52 85 -290 W 0 342 8.200 8.200 12 F [12 -36 51 -167 W 136 0 0 56 R -97 0 8.400 8.200 13 F R 0 -203 8.400 8.600 14 F [22 -51 55 -145 W 0 196 8.400 8.200 13 F [23 -50 101 -262 8 -26 W 67 0 0 203 R -123 0 8.600 8.200 14 F [14 -40 W 118 0 R 8.600 8.262 15 F R 0 -40 8.600 8.600 16 F [25 -49 6 -12 W 0 61 8.600 8.200 14 F [28 -48 104 -216 38 -95 W 0 297 R 8.632 8.200 15 F R -29 0 0 -399 199 0 8.600 8.600 16 F 8199 0 0 399 -8199 0 17.000 8.200 16 F 999 0 0 399 -999 0 6.000 8.600 16 F [-15 -35 -145 -364 W 195 0 0 399 6.000 8.600 16 F [-22 -51 -32 -78 W 0 -270 4 0 R 6.035 8.600 15 F R -54 0 6.200 8.600 14 F [-14 -35 -116 -315 W 0 -49 100 0 18 52 81 217 0 130 6.200 8.600 14 F R -130 0 6.400 8.600 13 F -81 -217 -18 -53 99 0 6.200 9.000 15 F [-20 -52 -119 -347 W 135 0 12 35 4 13 0 351 6.400 8.600 13 F [-13 -36 -1 -4 W 0 -359 47 0 R 6.412 8.600 12 F R -14 0 6.600 8.600 11 F -4 -12 -12 -37 16 0 6.400 9.000 14 F [16 53 100 306 W 0 40 -199 0 0 -399 6.800 9.000 11 F R 116 0 6.600 9.000 12 F [-12 -36 -115 -363 W 143 0 0 399 6.800 8.600 11 F R -183 0 0 -399 7.000 9.000 10 F 599 0 0 399 -599 0 7.600 8.600 10 F [6 -38 63 -361 W 99 0 0 399 7.600 8.600 10 F R -32 0 0 -399 7.800 9.000 11 F [7 -37 60 -333 W 132 0 0 399 -199 0 8.000 8.600 11 F R 0 -370 8.000 9.000 12 F [5 -29 W 0 29 8.000 8.600 11 F [12 -54 72 -345 W 101 0 0 369 R 8.006 8.600 12 F R -14 0 0 -399 8.200 9.000 13 F [10 -37 87 -362 W 39 0 0 399 8.200 8.600 13 F [9 -37 33 -131 W 119 0 R -64 0 8.400 8.600 14 F R 0 -168 8.400 9.000 15 F [16 -53 51 -178 W 0 231 8.400 8.600 14 F [18 -52 103 -347 W 64 0 0 167 R 8.467 8.600 15 F R -15 0 0 -399 8.600 9.000 16 F RS 8399 0 0 399 -8399 0 17.000 8.600 16 F 999 0 0 399 -999 0 6.000 9.000 16 F [-4 -12 W 0 -387 199 0 0 399 6.000 9.000 16 F R -4 0 6.200 9.000 15 F [-17 -53 -83 -274 W 0 -72 79 0 15 52 105 334 0 13 6.200 9.000 15 F R -100 0 6.400 9.000 14 F -104 -333 -16 -54 120 0 6.200 9.400 16 F [-11 -36 -105 -363 W 112 0 10 36 10 35 0 328 6.400 9.000 14 F [-16 -53 -32 -108 W 0 -238 66 0 R 6.416 9.000 13 F R -48 0 6.600 9.000 12 F -9 -35 -10 -37 19 0 6.400 9.400 15 F [-16 -53 -67 -234 W 0 -112 134 0 9 36 56 201 0 162 6.600 9.000 12 F R -83 0 6.800 9.000 11 F -55 -200 -10 -38 65 0 6.600 9.400 13 F [-12 -36 -44 -132 W 0 -231 169 0 10 36 20 75 0 288 6.800 9.000 11 F R -56 0 7.000 9.000 10 F -20 -75 -10 -37 30 0 6.800 9.400 12 F [14 35 70 196 W 0 168 -199 0 0 -399 7.200 9.400 10 F R 84 0 7.000 9.400 11 F 199 0 0 399 -199 0 7.400 9.000 10 F [8 -25 W 191 0 0 399 -199 0 7.600 9.000 10 F R 0 -25 7.600 9.400 11 F [7 -37 91 -337 W 0 374 7.600 9.000 10 F R -101 0 0 -399 199 0 7.600 9.400 11 F [6 -38 76 -361 W 50 0 0 399 7.800 9.000 11 F R -67 0 0 -399 8.000 9.400 12 F [10 -54 73 -345 W 18 0 0 399 8.000 9.000 12 F [8 -37 40 -188 W 133 0 R -99 0 8.200 9.000 13 F R 0 -225 8.200 9.400 14 F [12 -54 26 -120 W 0 174 8.200 9.000 13 F [13 -54 79 -345 W 65 0 0 224 R 8.239 9.000 14 F [8 -37 27 -114 W 100 0 R -43 0 8.400 9.000 15 F R 0 -151 8.400 9.400 16 F [14 -54 49 -194 W 0 248 8.400 9.000 15 F R -136 0 0 -399 199 0 8.400 9.400 16 F 8399 0 0 399 -8399 0 17.000 9.000 16 F 1199 0 0 399 -1199 0 6.200 9.400 16 F [-14 -54 -65 -279 W 0 -66 199 0 0 399 6.200 9.400 16 F R -79 0 6.400 9.400 15 F [-9 -37 -83 -362 W 97 0 8 36 6 29 0 334 6.400 9.400 15 F [-13 -54 -54 -225 W 0 -120 86 0 R 6.420 9.400 14 F R -67 0 6.600 9.400 13 F -6 -29 -8 -37 14 0 6.400 9.800 16 F [-9 -37 -87 -362 W 134 0 9 36 18 83 0 280 6.600 9.400 13 F R -134 0 0 -399 6.800 9.800 12 F -18 -83 -8 -37 26 0 6.600 9.800 14 F [-9 -37 -96 -362 W 135 0 0 399 6.800 9.400 12 F R -168 0 0 -399 7.000 9.800 11 F [-14 -35 -67 -137 -34 -57 W 0 -170 199 0 0 399 7.000 9.400 11 F R -115 0 7.200 9.400 10 F [24 -10 29 -2 31 7 34 22 41 40 40 55 W 0 230 -199 0 7.400 9.400 10 F R 0 -57 199 0 7.200 9.800 11 F [18 -52 63 -147 40 -70 31 -41 29 -26 10 -6 W 0 342 7.400 9.400 10 F R -8 0 0 -399 199 0 7.400 9.800 11 F [8 -37 33 -144 W 158 0 0 399 -199 0 7.800 9.400 11 F R 0 -181 7.800 9.800 12 F [12 -54 38 -164 W 0 218 7.800 9.400 11 F [7 -37 57 -276 W 135 0 0 180 R -150 0 8.000 9.400 12 F R 0 -313 8.000 9.800 13 F [7 -37 11 -49 W 0 86 8.000 9.400 12 F [7 -37 72 -362 W 72 0 0 312 R 8.018 9.400 13 F [7 -37 8 -45 W 113 0 R -49 0 8.200 9.400 14 F R 0 -82 8.200 9.800 15 F [11 -54 53 -263 W 0 317 8.200 9.400 14 F [8 -37 73 -362 W 83 0 0 81 R 8.265 9.400 15 F R -35 0 0 -399 8.400 9.800 16 F RS 8599 0 0 399 -8599 0 17.000 9.400 16 F 1399 0 0 399 -1399 0 6.400 9.800 16 F [-7 -37 -63 -362 W 84 0 0 399 6.400 9.800 16 F [-11 -54 -59 -345 W 98 0 R 6.414 9.800 15 F R -86 0 0 -399 6.600 10.200 14 F [-7 -37 -65 -362 W 98 0 0 399 6.600 9.800 14 F [-12 -54 -26 -129 W 0 -216 101 0 R 6.627 9.800 13 F R -38 0 6.800 9.800 12 F [-9 -37 -54 -209 W 0 -153 158 0 7 36 34 179 0 184 6.800 9.800 12 F R -63 0 7.000 9.800 11 F -33 -178 -7 -38 40 0 6.800 10.200 13 F [10 37 31 116 W 0 246 -199 0 0 -399 7.200 10.200 11 F R 41 0 7.000 10.200 12 F 399 0 0 399 -399 0 7.600 9.800 11 F [8 -37 90 -362 W 60 0 0 399 7.600 9.800 11 F R -41 0 0 -399 7.800 10.200 12 F [7 -37 67 -362 W 61 0 0 399 7.800 9.800 12 F R -64 0 0 -399 8.000 10.200 13 F [10 -55 58 -344 W 3 0 0 399 8.000 9.800 13 F [6 -37 59 -362 W 116 0 R 8.071 9.800 14 F R -16 0 0 -399 8.200 10.200 15 F [10 -55 55 -344 W 18 0 0 399 8.200 9.800 15 F R -117 0 0 -399 8.400 10.200 16 F 8599 0 0 399 -8599 0 17.000 9.800 16 F 1399 0 0 399 -1399 0 6.400 10.200 16 F [-5 -38 -44 -361 W 133 0 0 399 6.400 10.200 16 F [-5 -38 -11 -74 W 0 -287 66 0 R 6.484 10.200 15 F R -16 0 6.600 10.200 14 F RS [-8 -55 -46 -344 W 118 0 4 37 30 249 0 113 6.600 10.200 14 F R -101 0 0 -399 6.800 10.600 13 F -30 -249 -4 -38 34 0 6.600 10.600 15 F [-6 -38 -56 -361 W 102 0 0 399 6.800 10.200 13 F R -158 0 0 -399 7.000 10.600 12 F [-10 -37 -90 -362 W 141 0 0 399 7.000 10.200 12 F R -158 0 0 -399 7.200 10.600 11 F 199 0 0 399 -199 0 7.400 10.200 11 F [8 -37 29 -119 W 162 0 0 399 -199 0 7.600 10.200 11 F R 0 -156 7.600 10.600 12 F [9 -37 51 -206 W 0 243 7.600 10.200 11 F R -139 0 0 -399 199 0 7.600 10.600 12 F [9 -55 51 -344 W 1 0 0 399 7.800 10.200 12 F [5 -38 44 -343 W 150 0 R -139 0 8.000 10.200 13 F R 0 -381 8.000 10.600 14 F [2 -18 W 0 18 8.000 10.200 13 F [5 -38 44 -361 W 69 0 0 380 R 8.003 10.200 14 F [4 -38 25 -231 W 101 0 R -82 0 8.200 10.200 15 F R 0 -269 8.200 10.600 16 F [5 -38 12 -92 W 0 130 8.200 10.200 15 F R -182 0 0 -399 199 0 8.200 10.600 16 F 8599 0 0 399 -8599 0 17.000 10.200 16 F 1399 0 0 399 -1399 0 6.400 10.600 16 F [-5 -55 -23 -344 W 161 0 0 399 6.400 10.600 16 F R -66 0 0 -399 6.600 11.000 15 F [-3 -38 -26 -361 W 63 0 0 399 6.600 10.600 15 F [-6 -55 -25 -344 W 120 0 R 6.634 10.600 14 F R -46 0 0 -399 6.800 11.000 13 F [-5 -38 -31 -361 W 139 0 0 399 6.800 10.600 13 F R -95 0 0 -399 7.000 11.000 12 F [-13 -54 -45 -214 W 0 -131 199 0 0 399 7.000 10.600 12 F R -58 0 7.200 10.600 11 F [7 55 12 76 W 0 268 -199 0 0 -399 7.400 11.000 11 F R 19 0 7.200 11.000 12 F [13 -54 65 -345 W 84 0 0 399 7.400 10.600 11 F R -38 0 0 -399 7.600 11.000 12 F [4 -38 32 -360 W 163 0 0 399 -199 0 7.800 10.600 12 F R 0 -398 7.800 11.000 13 F [0 -1 W 0 1 7.800 10.600 12 F [4 -38 26 -361 W 120 0 0 397 R 7.800 10.600 13 F R -50 0 0 -399 8.000 11.000 14 F [5 -55 23 -344 W 41 0 0 399 8.000 10.600 14 F [5 -55 22 -344 W 102 0 R 8.069 10.600 15 F R -30 0 0 -399 8.200 11.000 16 F RS 8799 0 0 399 -8799 0 17.000 10.600 16 F 1399 0 0 399 -1399 0 6.400 11.000 16 F [-2 -55 -5 -344 W 168 0 0 399 6.400 11.000 16 F R -37 0 0 -399 6.600 11.400 15 F [-1 -38 -5 -361 W 69 0 0 399 6.600 11.000 15 F [-1 -38 -4 -361 W 119 0 R 6.664 11.000 14 F R -15 0 0 -399 6.800 11.400 13 F [-2 -55 -1 -344 W 143 0 0 399 6.800 11.000 13 F R -59 0 0 -399 7.000 11.400 12 F 199 0 0 399 -199 0 7.200 11.000 12 F [-6 -55 -9 -160 10 -159 3 -25 W 21 0 0 399 7.200 11.000 12 F R -179 0 0 -399 7.400 11.400 11 F [4 -38 10 -159 -7 -160 -5 -42 W 81 0 0 399 7.400 11.000 11 F R -116 0 0 -399 7.600 11.400 12 F [1 -38 2 -361 W 160 0 0 399 7.600 11.000 12 F R -36 0 0 -399 7.800 11.400 13 F [1 -38 4 -361 W 114 0 0 399 7.800 11.000 13 F R -80 0 0 -399 8.000 11.400 14 F [2 -55 4 -344 W 34 0 0 399 8.000 11.000 14 F [1 -38 6 -361 W 101 0 R 8.041 11.000 15 F R -57 0 0 -399 8.200 11.400 16 F 8799 0 0 399 -8799 0 17.000 11.000 16 F 1399 0 0 399 -1399 0 6.400 11.400 16 F [0 -55 8 -344 W 161 0 0 399 6.400 11.400 16 F R -30 0 0 -399 6.600 11.800 15 F [0 -38 10 -361 W 60 0 0 399 6.600 11.400 15 F [1 -38 14 -361 W 115 0 R 6.670 11.400 14 F R -10 0 0 -399 6.800 11.800 13 F [2 -55 20 -344 W 121 0 0 399 6.800 11.400 13 F R -56 0 0 -399 7.000 11.800 12 F [5 -38 36 -216 W 158 0 0 399 -199 0 7.200 11.400 12 F R 0 -254 7.200 11.800 11 F [8 -55 13 -90 W 0 145 7.200 11.400 12 F R -178 0 0 -399 199 0 7.200 11.800 11 F [-5 -38 -58 -361 W 145 0 0 399 7.400 11.400 11 F R -117 0 0 -399 7.600 11.800 12 F [-1 -38 -21 -361 W 182 0 0 399 7.600 11.400 12 F R -39 0 0 -399 7.800 11.800 13 F [-1 -38 -13 -361 W 128 0 0 399 7.800 11.400 13 F R -84 0 0 -399 8.000 11.800 14 F [0 -55 -10 -344 W 44 0 0 399 8.000 11.400 14 F [0 -38 -8 -361 W 97 0 R 8.034 11.400 15 F R -64 0 0 -399 8.200 11.800 16 F RS 8799 0 0 399 -8799 0 17.000 11.400 16 F 1399 0 0 399 -1399 0 6.400 11.800 16 F [2 -55 13 -344 W 146 0 0 399 6.400 11.800 16 F R -39 0 0 -399 6.600 12.200 15 F [1 -38 17 -361 W 41 0 0 399 6.600 11.800 15 F [3 -55 19 -344 W 111 0 R 6.659 11.800 14 F R -26 0 0 -399 6.800 12.200 13 F [3 -38 28 -361 W 90 0 0 399 6.800 11.800 13 F R -79 0 0 -399 7.000 12.200 12 F [10 -55 54 -344 W 94 0 0 399 7.000 11.800 12 F R -42 0 0 -399 7.200 12.200 11 F 199 0 0 399 -199 0 7.400 11.800 11 F [-10 -55 -44 -270 W 0 -74 199 0 0 399 7.400 11.800 11 F R -54 0 7.600 11.800 12 F [-4 -55 -13 -155 W 0 -189 189 0 8 54 2 19 0 326 7.600 11.800 12 F R -17 0 7.800 11.800 13 F -2 -19 -8 -55 10 0 7.600 12.200 11 F [-2 -38 -20 -361 W 136 0 3 37 12 151 0 211 7.800 11.800 13 F R -69 0 0 -399 8.000 12.200 14 F -11 -150 -3 -39 14 0 7.800 12.200 12 F [-2 -55 -16 -344 W 63 0 0 399 8.000 11.800 14 F [-1 -38 -14 -361 W 95 0 R 8.045 11.800 15 F R -56 0 0 -399 8.200 12.200 16 F 8799 0 0 399 -8799 0 17.000 11.800 16 F 1399 0 0 399 -1399 0 6.400 12.200 16 F [2 -55 12 -344 W 131 0 0 399 6.400 12.200 16 F R -55 0 0 -399 6.600 12.600 15 F RS [1 -38 16 -361 W 23 0 0 399 6.600 12.200 15 F [3 -55 18 -344 W 107 0 R 6.641 12.200 14 F R -48 0 0 -399 6.800 12.600 13 F [2 -38 25 -361 W 62 0 0 399 6.800 12.200 13 F R -111 0 0 -399 7.000 12.600 12 F [7 -55 41 -344 W 45 0 0 399 7.000 12.200 12 F R -106 0 0 -399 7.200 12.600 11 F 399 0 0 399 -399 0 7.600 12.200 11 F [-7 -55 -41 -344 W 58 0 0 399 7.600 12.200 11 F R -189 0 0 -399 7.800 12.600 12 F [-4 -55 -23 -344 W 41 0 0 399 7.800 12.200 12 F [-2 -38 -18 -361 W 129 0 R 7.815 12.200 13 F R -46 0 0 -399 8.000 12.600 14 F [-2 -55 -15 -344 W 80 0 0 399 8.000 12.200 14 F [-1 -38 -13 -361 W 91 0 R 8.063 12.200 15 F R -40 0 0 -399 8.200 12.600 16 F 8799 0 0 399 -8799 0 17.000 12.200 16 F 1399 0 0 399 -1399 0 6.400 12.600 16 F [1 -55 10 -344 W 119 0 0 399 6.400 12.600 16 F R -69 0 0 -399 6.600 13.000 15 F [1 -38 12 -361 W 10 0 0 399 6.600 12.600 15 F [2 -55 13 -344 W 105 0 R 6.624 12.600 14 F R -70 0 0 -399 6.800 13.000 13 F [2 -38 18 -361 W 41 0 0 399 6.800 12.600 13 F R -138 0 0 -399 7.000 13.000 12 F [3 -38 29 -361 W 13 0 0 399 7.000 12.600 12 F R -155 0 0 -399 7.200 13.000 11 F 399 0 0 399 -399 0 7.600 12.600 11 F [-3 -38 -29 -361 W 90 0 0 399 7.600 12.600 11 F R -140 0 0 -399 7.800 13.000 12 F [-3 -55 -17 -344 W 62 0 0 399 7.800 12.600 12 F [-2 -55 -13 -344 W 125 0 R 7.843 12.600 13 F R -26 0 0 -399 8.000 13.000 14 F [-2 -55 -11 -344 W 93 0 0 399 8.000 12.600 14 F [-1 -38 -10 -361 W 90 0 R 8.080 12.600 15 F R -26 0 0 -399 8.200 13.000 16 F RS 8799 0 0 399 -8799 0 17.000 12.600 16 F 1399 0 0 399 -1399 0 6.400 13.000 16 F [1 -55 6 -344 W 112 0 0 399 6.400 13.000 16 F R -81 0 0 -399 6.600 13.400 15 F [1 -38 7 -361 W 2 0 0 399 6.600 13.000 15 F [1 -55 9 -344 W 103 0 R 6.611 13.000 14 F R -85 0 0 -399 6.800 13.400 13 F [1 -38 12 -361 W 28 0 0 399 6.800 13.000 13 F [1 -38 6 -134 W 164 0 R -159 0 7.000 13.000 12 F R 0 -172 7.000 13.400 11 F [3 -55 9 -172 W 0 227 7.000 13.000 12 F R -187 0 0 -399 199 0 7.000 13.400 11 F 399 0 0 399 -399 0 7.600 13.000 11 F [-3 -55 -17 -344 W 111 0 0 399 7.600 13.000 11 F R -108 0 0 -399 7.800 13.400 12 F [-2 -55 -11 -344 W 75 0 0 399 7.800 13.000 12 F [-1 -38 -9 -361 W 122 0 R 7.863 13.000 13 F R -10 0 0 -399 8.000 13.400 14 F [-1 -55 -7 -344 W 101 0 0 399 8.000 13.000 14 F [0 -38 -7 -361 W 89 0 R 8.094 13.000 15 F R -15 0 0 -399 8.200 13.400 16 F 8799 0 0 399 -8799 0 17.000 13.000 16 F 1399 0 0 399 -1399 0 6.400 13.400 16 F [0 -55 4 -344 W 107 0 0 399 6.400 13.400 16 F [0 -38 3 -241 W 89 0 R -89 0 6.600 13.400 15 F R 0 -279 6.600 13.800 14 F [0 -55 1 -65 W 0 120 6.600 13.400 15 F [1 -55 5 -344 W 98 0 0 278 R 6.602 13.400 14 F R -95 0 0 -399 6.800 13.800 13 F [0 -38 7 -361 W 21 0 0 399 6.800 13.400 13 F [1 -38 10 -361 W 161 0 R 6.828 13.400 12 F R -8 0 0 -399 7.000 13.800 11 F 599 0 0 399 -599 0 7.600 13.400 11 F [-2 -55 -9 -344 W 122 0 0 399 7.600 13.400 11 F R -88 0 0 -399 7.800 13.800 12 F [-1 -55 -6 -344 W 83 0 0 399 7.800 13.400 12 F [0 -35 W 0 -364 115 0 R 7.876 13.400 13 F R 0 0 8.000 13.400 14 F [0 -55 -5 -344 W 101 0 1 37 5 326 0 36 8.000 13.400 14 F [0 -55 -4 -344 W 88 0 R 8.102 13.400 15 F R -7 0 0 -399 8.200 13.800 16 F -5 -325 0 -39 5 0 8.000 13.800 13 F RS 8799 0 0 399 -8799 0 17.000 13.400 16 F 1399 0 0 399 -1399 0 6.400 13.800 16 F [0 -55 2 -344 W 105 0 0 399 6.400 13.800 16 F [0 -38 2 -361 W 89 0 R 6.507 13.800 15 F R -3 0 0 -399 6.600 14.200 14 F [0 -55 3 -344 W 95 0 0 399 6.600 13.800 14 F R -101 0 0 -399 6.800 14.200 13 F [0 -55 4 -344 W 16 0 0 399 6.800 13.800 13 F [1 -55 4 -344 W 159 0 R 6.820 13.800 12 F R -19 0 0 -399 7.000 14.200 11 F 599 0 0 399 -599 0 7.600 13.800 11 F [0 -38 -5 -361 W 127 0 0 399 7.600 13.800 11 F R -76 0 0 -399 7.800 14.200 12 F [0 -55 -3 -344 W 86 0 0 399 7.800 13.800 12 F R -115 0 0 -399 8.000 14.200 13 F [0 -38 -3 -361 W 8 0 0 399 8.000 13.800 13 F [0 -38 -2 -361 W 100 0 R 8.005 13.800 14 F [0 -55 -2 -344 W 88 0 R 8.107 13.800 15 F R -3 0 0 -399 8.200 14.200 16 F 8799 0 0 399 -8799 0 17.000 13.800 16 F 1399 0 0 399 -1399 0 6.400 14.200 16 F [0 -55 0 -344 W 105 0 0 399 6.400 14.200 16 F [0 -38 1 -361 W 88 0 R 6.505 14.200 15 F R -5 0 0 -399 6.600 14.600 14 F RS [0 -55 1 -344 W 94 0 0 399 6.600 14.200 14 F R -105 0 0 -399 6.800 14.600 13 F [0 -38 1 -361 W 15 0 0 399 6.800 14.200 13 F [0 -55 2 -344 W 158 0 R 6.816 14.200 12 F R -25 0 0 -399 7.000 14.600 11 F 599 0 0 399 -599 0 7.600 14.200 11 F [0 -38 -2 -361 W 130 0 0 399 7.600 14.200 11 F R -71 0 0 -399 7.800 14.600 12 F [0 -55 -1 -344 W 88 0 0 399 7.800 14.200 12 F R -111 0 0 -399 8.000 14.600 13 F [0 -38 -1 -361 W 9 0 0 399 8.000 14.200 13 F [0 -38 -1 -361 W 101 0 R 8.009 14.200 14 F [0 -55 0 -344 W 87 0 R 8.110 14.200 15 F R 0 0 0 -399 8.200 14.600 16 F 8799 0 0 399 -8799 0 17.000 14.200 16 F 1399 0 0 399 -1399 0 6.400 14.600 16 F [0 -56 0 -343 W 104 0 0 399 6.400 14.600 16 F [0 -38 0 -361 W 88 0 R 6.504 14.600 15 F R -7 0 0 -399 6.600 15.000 14 F [0 -56 0 -343 W 93 0 0 399 6.600 14.600 14 F R -106 0 0 -399 6.800 15.000 13 F [0 -38 0 -361 W 14 0 0 399 6.800 14.600 13 F [0 -55 0 -344 W 158 0 R 6.815 14.600 12 F R -28 0 0 -399 7.000 15.000 11 F 599 0 0 399 -599 0 7.600 14.600 11 F [0 -38 0 -361 W 130 0 0 399 7.600 14.600 11 F R -68 0 0 -399 7.800 15.000 12 F [0 -38 0 -361 W 89 0 0 399 7.800 14.600 12 F R -109 0 0 -399 8.000 15.000 13 F [0 -38 0 -361 W 9 0 0 399 8.000 14.600 13 F [0 -38 0 -361 W 100 0 R 8.010 14.600 14 F [0 -56 0 -343 W 88 0 R 8.111 14.600 15 F R 0 0 0 -399 8.200 15.000 16 F RS 8799 0 0 399 -8799 0 17.000 14.600 16 F 1399 0 0 399 -1399 0 6.400 15.000 16 F [0 -56 0 -343 W 104 0 0 399 6.400 15.000 16 F [0 -38 0 -361 W 88 0 R 6.504 15.000 15 F R -7 0 0 -399 6.600 15.400 14 F [0 -56 0 -343 W 93 0 0 399 6.600 15.000 14 F R -106 0 0 -399 6.800 15.400 13 F [0 -38 0 -361 W 14 0 0 399 6.800 15.000 13 F [0 -56 0 -343 W 157 0 R 6.814 15.000 12 F R -28 0 0 -399 7.000 15.400 11 F 599 0 0 399 -599 0 7.600 15.000 11 F [0 -38 0 -361 W 131 0 0 399 7.600 15.000 11 F R -68 0 0 -399 7.800 15.400 12 F [0 -38 0 -361 W 90 0 0 399 7.800 15.000 12 F R -109 0 0 -399 8.000 15.400 13 F [0 -38 0 -361 W 10 0 0 399 8.000 15.000 13 F [0 -38 0 -361 W 101 0 R 8.010 15.000 14 F [0 -38 0 -361 W 88 0 R 8.111 15.000 15 F R 0 0 0 -399 8.200 15.400 16 F 8799 0 0 399 -8799 0 17.000 15.000 16 F 1399 0 0 399 -1399 0 6.400 15.400 16 F [0 -56 0 -343 W 104 0 0 399 6.400 15.400 16 F [0 -38 0 -361 W 88 0 R 6.504 15.400 15 F R -7 0 0 -399 6.600 15.800 14 F [0 -56 0 -343 W 93 0 0 399 6.600 15.400 14 F R -106 0 0 -399 6.800 15.800 13 F [0 -38 0 -361 W 14 0 0 399 6.800 15.400 13 F [0 -56 0 -343 W 157 0 R 6.814 15.400 12 F R -28 0 0 -399 7.000 15.800 11 F 599 0 0 399 -599 0 7.600 15.400 11 F [0 -38 0 -361 W 131 0 0 399 7.600 15.400 11 F R -68 0 0 -399 7.800 15.800 12 F [0 -38 0 -361 W 90 0 0 399 7.800 15.400 12 F R -110 0 0 -399 8.000 15.800 13 F [0 -38 0 -361 W 10 0 0 399 8.000 15.400 13 F [0 -38 0 -361 W 101 0 R 8.010 15.400 14 F [0 -38 0 -361 W 88 0 R 8.111 15.400 15 F R 0 0 0 -399 8.200 15.800 16 F RS 8799 0 0 399 -8799 0 17.000 15.400 16 F 1399 0 0 399 -1399 0 6.400 15.800 16 F [0 -56 0 -343 W 104 0 0 399 6.400 15.800 16 F [0 -38 0 -361 W 88 0 R 6.504 15.800 15 F R -6 0 0 -399 6.600 16.200 14 F [0 -56 0 -343 W 93 0 0 399 6.600 15.800 14 F R -106 0 0 -399 6.800 16.200 13 F [0 -38 0 -361 W 14 0 0 399 6.800 15.800 13 F [0 -56 0 -343 W 157 0 R 6.814 15.800 12 F R -27 0 0 -399 7.000 16.200 11 F 599 0 0 399 -599 0 7.600 15.800 11 F [0 -38 0 -361 W 131 0 0 399 7.600 15.800 11 F R -69 0 0 -399 7.800 16.200 12 F [0 -38 0 -361 W 89 0 0 399 7.800 15.800 12 F R -110 0 0 -399 8.000 16.200 13 F [0 -38 0 -361 W 10 0 0 399 8.000 15.800 13 F [0 -38 0 -361 W 101 0 R 8.010 15.800 14 F [0 -38 0 -361 W 88 0 R 8.111 15.800 15 F R 0 0 0 -399 8.200 16.200 16 F 8799 0 0 399 -8799 0 17.000 15.800 16 F 1399 0 0 399 -1399 0 6.400 16.200 16 F [0 -55 0 -344 W 104 0 0 399 6.400 16.200 16 F [0 -38 0 -361 W 88 0 R 6.505 16.200 15 F R -6 0 0 -399 6.600 16.600 14 F RS [0 -55 0 -344 W 93 0 0 399 6.600 16.200 14 F R -106 0 0 -399 6.800 16.600 13 F [0 -38 0 -361 W 14 0 0 399 6.800 16.200 13 F [0 -55 0 -344 W 157 0 R 6.814 16.200 12 F R -27 0 0 -399 7.000 16.600 11 F 599 0 0 399 -599 0 7.600 16.200 11 F [0 -38 0 -361 W 130 0 0 399 7.600 16.200 11 F R -69 0 0 -399 7.800 16.600 12 F [0 -38 0 -361 W 89 0 0 399 7.800 16.200 12 F R -110 0 0 -399 8.000 16.600 13 F [0 -38 0 -361 W 9 0 0 399 8.000 16.200 13 F [0 -38 0 -361 W 101 0 R 8.010 16.200 14 F [0 -55 0 -344 W 88 0 R 8.111 16.200 15 F R 0 0 0 -399 8.200 16.600 16 F 8799 0 0 399 -8799 0 17.000 16.200 16 F 1399 0 0 399 -1399 0 6.400 16.600 16 F [0 -55 0 -344 W 104 0 0 399 6.400 16.600 16 F [0 -38 0 -361 W 88 0 R 6.505 16.600 15 F R -6 0 0 -399 6.600 17.000 14 F [0 -55 0 -344 W 93 0 0 399 6.600 16.600 14 F R -106 0 0 -399 6.800 17.000 13 F [0 -38 0 -361 W 14 0 0 399 6.800 16.600 13 F [0 -55 0 -344 W 157 0 R 6.814 16.600 12 F R -27 0 0 -399 7.000 17.000 11 F 599 0 0 399 -599 0 7.600 16.600 11 F [0 -38 0 -361 W 130 0 0 399 7.600 16.600 11 F R -69 0 0 -399 7.800 17.000 12 F [0 -38 0 -361 W 89 0 0 399 7.800 16.600 12 F R -110 0 0 -399 8.000 17.000 13 F [0 -38 0 -361 W 9 0 0 399 8.000 16.600 13 F [0 -38 0 -361 W 101 0 R 8.010 16.600 14 F [0 -55 0 -344 W 88 0 R 8.111 16.600 15 F R 0 0 0 -399 8.200 17.000 16 F RS 8799 0 0 399 -8799 0 17.000 16.600 16 F 1399 0 0 399 -1399 0 6.400 17.000 16 F [0 -55 0 -344 W 104 0 0 399 6.400 17.000 16 F [0 -38 0 -361 W 88 0 R 6.505 17.000 15 F R -6 0 0 -399 6.600 17.400 14 F [0 -55 0 -344 W 93 0 0 399 6.600 17.000 14 F R -106 0 0 -399 6.800 17.400 13 F [0 -38 0 -361 W 14 0 0 399 6.800 17.000 13 F [0 -55 0 -344 W 157 0 R 6.815 17.000 12 F R -27 0 0 -399 7.000 17.400 11 F 599 0 0 399 -599 0 7.600 17.000 11 F [0 -38 0 -361 W 130 0 0 399 7.600 17.000 11 F R -69 0 0 -399 7.800 17.400 12 F [0 -38 0 -361 W 89 0 0 399 7.800 17.000 12 F R -110 0 0 -399 8.000 17.400 13 F [0 -38 0 -361 W 9 0 0 399 8.000 17.000 13 F [0 -38 0 -361 W 101 0 R 8.010 17.000 14 F [0 -55 0 -344 W 88 0 R 8.111 17.000 15 F R 0 0 0 -399 8.200 17.400 16 F 8799 0 0 399 -8799 0 17.000 17.000 16 F 1399 0 0 399 -1399 0 6.400 17.400 16 F [0 -55 0 -344 W 104 0 0 399 6.400 17.400 16 F [0 -38 0 -361 W 88 0 R 6.505 17.400 15 F R -6 0 0 -399 6.600 17.800 14 F [0 -55 0 -344 W 93 0 0 399 6.600 17.400 14 F R -105 0 0 -399 6.800 17.800 13 F [0 -38 0 -361 W 14 0 0 399 6.800 17.400 13 F [0 -55 0 -344 W 157 0 R 6.815 17.400 12 F R -26 0 0 -399 7.000 17.800 11 F 599 0 0 399 -599 0 7.600 17.400 11 F [0 -38 0 -361 W 130 0 0 399 7.600 17.400 11 F R -70 0 0 -399 7.800 17.800 12 F [0 -38 0 -361 W 89 0 0 399 7.800 17.400 12 F R -110 0 0 -399 8.000 17.800 13 F [0 -38 0 -361 W 9 0 0 399 8.000 17.400 13 F [0 -38 0 -361 W 101 0 R 8.010 17.400 14 F [0 -55 0 -344 W 88 0 R 8.111 17.400 15 F R 0 0 0 -399 8.200 17.800 16 F RS 8799 0 0 399 -8799 0 17.000 17.400 16 F 1399 0 0 399 -1399 0 6.400 17.800 16 F [0 -55 0 -344 W 104 0 0 399 6.400 17.800 16 F [0 -38 0 -361 W 88 0 R 6.505 17.800 15 F R -6 0 0 -399 6.600 18.200 14 F [0 -55 0 -344 W 94 0 0 399 6.600 17.800 14 F R -106 0 0 -399 6.800 18.200 13 F [0 -38 0 -361 W 14 0 0 399 6.800 17.800 13 F [0 -55 0 -344 W 158 0 R 6.815 17.800 12 F R -27 0 0 -399 7.000 18.200 11 F 199 0 0 399 -199 0 7.200 17.800 11 F [1 55 15 220 8 -38 12 -237 W 138 0 0 399 -199 0 0 -399 7.400 18.200 11 F R 7.375 18.200 10 F 199 0 0 399 -199 0 7.600 17.800 11 F [0 -38 0 -361 W 129 0 0 399 7.600 17.800 11 F R -70 0 0 -399 7.800 18.200 12 F [0 -38 0 -361 W 89 0 0 399 7.800 17.800 12 F R -110 0 0 -399 8.000 18.200 13 F [0 -38 0 -361 W 9 0 0 399 8.000 17.800 13 F [0 -38 0 -361 W 101 0 R 8.010 17.800 14 F [0 -55 0 -344 W 88 0 R 8.111 17.800 15 F R 0 0 0 -399 8.200 18.200 16 F 8799 0 0 399 -8799 0 17.000 17.800 16 F 1399 0 0 399 -1399 0 6.400 18.200 16 F [0 -55 0 -344 W 104 0 0 399 6.400 18.200 16 F [0 -38 0 -361 W 88 0 R 6.505 18.200 15 F R -6 0 0 -399 6.600 18.600 14 F RS [0 -55 0 -344 W 93 0 0 399 6.600 18.200 14 F R -105 0 0 -399 6.800 18.600 13 F [0 -38 0 -361 W 14 0 0 399 6.800 18.200 13 F [0 -55 0 -344 W 157 0 R 6.815 18.200 12 F R -26 0 0 -399 7.000 18.600 11 F 199 0 0 399 -199 0 7.200 18.200 11 F [0 -56 -12 -219 -5 -19 -18 186 -1 108 W -25 0 0 -399 199 0 0 399 7.200 18.200 11 F R 7.338 18.200 10 F 199 0 0 399 -199 0 7.600 18.200 11 F [0 -38 0 -361 W 129 0 0 399 7.600 18.200 11 F R -70 0 0 -399 7.800 18.600 12 F [0 -38 0 -361 W 89 0 0 399 7.800 18.200 12 F R -110 0 0 -399 8.000 18.600 13 F [0 -38 0 -361 W 9 0 0 399 8.000 18.200 13 F [0 -38 0 -361 W 101 0 R 8.010 18.200 14 F [0 -55 0 -344 W 88 0 R 8.111 18.200 15 F R 0 0 0 -399 8.200 18.600 16 F 8799 0 0 399 -8799 0 17.000 18.200 16 F 1399 0 0 399 -1399 0 6.400 18.600 16 F [0 -55 1 -344 W 104 0 0 399 6.400 18.600 16 F [0 -38 1 -361 W 89 0 R 6.505 18.600 15 F R -6 0 0 -399 6.600 19.000 14 F [0 -55 1 -344 W 93 0 0 399 6.600 18.600 14 F R -105 0 0 -399 6.800 19.000 13 F [0 -38 1 -361 W 14 0 0 399 6.800 18.600 13 F [0 -55 2 -344 W 157 0 R 6.816 18.600 12 F R -26 0 0 -399 7.000 19.000 11 F 199 0 0 399 -199 0 7.200 18.600 11 F [3 38 36 270 10 0 44 -348 W 106 0 0 399 -199 0 7.400 18.600 11 F R 0 -41 7.400 19.000 10 F [3 38 1 2 W 0 359 -199 0 0 -399 7.600 19.000 11 F R 4 0 7.400 19.000 10 F [0 -38 -2 -361 W 131 0 0 399 7.600 18.600 11 F R -70 0 0 -399 7.800 19.000 12 F [0 -38 0 -361 W 89 0 0 399 7.800 18.600 12 F R -110 0 0 -399 8.000 19.000 13 F [0 -38 0 -361 W 9 0 0 399 8.000 18.600 13 F [0 -38 0 -361 W 101 0 R 8.009 18.600 14 F [0 -55 0 -344 W 88 0 R 8.111 18.600 15 F R 0 0 0 -399 8.200 19.000 16 F RS 8799 0 0 399 -8799 0 17.000 18.600 16 F 1 0 11.198 3.400 0 L 48 -24 151 -77 11.200 3.399 0 L 49 -25 150 -76 11.400 3.298 0 L 34 -17 25 -14 11.540 3.400 0 L 50 -24 149 -76 11.600 3.196 0 L 49 -25 150 -78 11.600 3.369 0 L 34 -16 164 -80 11.800 3.096 0 L 50 -24 149 -76 11.800 3.266 0 L 49 -25 56 -29 11.895 3.400 0 L 50 -24 149 -72 12.000 3.165 0 L 50 -25 149 -75 12.000 3.346 0 L 34 -16 108 -52 12.200 3.069 0 L 50 -24 149 -75 12.200 3.245 0 L 49 -25 74 -38 12.277 3.400 0 L 50 -24 149 -73 12.400 3.146 0 L 50 -24 149 -76 12.400 3.337 0 L 34 -16 68 -32 12.600 3.049 0 L 50 -24 149 -74 12.600 3.236 0 L 49 -25 60 -31 12.691 3.400 0 L 50 -24 149 -72 12.800 3.138 0 L 50 -24 149 -76 12.800 3.344 0 L 34 -16 51 -25 13.000 3.041 0 L 50 -24 149 -74 13.000 3.244 0 L 34 -17 20 -10 13.146 3.400 0 L 50 -24 149 -74 13.200 3.145 0 L 49 -25 150 -77 13.200 3.372 0 L 34 -16 62 -30 13.400 3.047 0 L 50 -24 149 -76 13.400 3.270 0 L 50 -24 149 -75 13.600 3.169 0 L 49 -25 103 -54 13.648 3.400 0 L 34 -17 106 -52 13.800 3.070 0 L 49 -25 150 -78 13.800 3.321 0 L 49 -25 150 -77 14.000 3.218 0 L 49 -25 150 -77 14.200 3.115 0 L 49 -26 136 -73 14.215 3.400 0 L 24 -12 14.400 3.012 0 L 49 -26 150 -81 14.400 3.301 0 L 49 -26 150 -82 14.600 3.193 0 L 34 -18 121 -66 14.800 3.084 0 L 48 -28 80 -46 14.871 3.400 0 L 48 -28 151 -89 15.000 3.325 0 L 48 -28 151 -90 15.200 3.208 0 L 33 -19 116 -70 15.400 3.089 0 L 45 -32 97 -68 15.658 3.400 0 L 45 -32 154 -108 15.800 3.300 0 L 45 -32 154 -108 16.000 3.159 0 L 26 -18 16.200 3.019 0 L 24 -29 93 -122 16.683 3.400 0 L 27 -27 173 -190 16.800 3.249 0 L 49 -25 126 -65 10.424 3.800 0 L RS 49 -25 150 -77 10.600 3.710 0 L 28 -14 10.772 3.800 0 L 49 -26 150 -78 10.800 3.607 0 L 49 -26 150 -78 10.800 3.786 0 L 34 -17 164 -85 11.000 3.503 0 L 49 -25 150 -80 11.000 3.681 0 L 34 -18 30 -16 11.135 3.800 0 L 49 -25 150 -78 11.200 3.576 0 L 49 -26 150 -79 11.200 3.766 0 L 34 -17 106 -55 11.400 3.472 0 L 49 -26 150 -79 11.400 3.660 0 L 49 -26 28 -15 11.523 3.800 0 L 49 -25 150 -80 11.600 3.554 0 L 49 -26 150 -81 11.600 3.758 0 L 34 -17 60 -32 11.800 3.449 0 L 49 -26 150 -80 11.800 3.650 0 L 48 -27 8 -4 11.944 3.800 0 L 49 -25 150 -79 12.000 3.544 0 L 49 -26 150 -83 12.000 3.769 0 L 34 -17 42 -22 12.200 3.440 0 L 49 -26 150 -80 12.200 3.659 0 L 49 -25 150 -79 12.400 3.552 0 L 48 -27 145 -81 12.407 3.800 0 L 34 -17 56 -30 12.600 3.447 0 L 49 -26 150 -83 12.600 3.692 0 L 49 -25 150 -81 12.800 3.582 0 L 48 -28 31 -18 12.920 3.800 0 L 34 -17 111 -58 13.000 3.475 0 L 49 -27 150 -84 13.000 3.753 0 L 49 -26 150 -83 13.200 3.642 0 L 34 -17 165 -89 13.400 3.532 0 L 48 -28 43 -26 13.508 3.800 0 L 34 -17 13 -8 13.600 3.425 0 L 48 -27 151 -88 13.600 3.746 0 L 48 -27 151 -85 13.800 3.630 0 L 49 -26 150 -83 14.000 3.518 0 L 14 -8 14.200 3.408 0 L 47 -29 144 -89 14.209 3.800 0 L 33 -19 166 -101 14.400 3.681 0 L 48 -28 151 -90 14.600 3.560 0 L 33 -19 38 -22 14.800 3.442 0 L 30 -23 60 -45 15.110 3.800 0 L 45 -32 154 -115 15.200 3.731 0 L 31 -22 168 -120 15.400 3.584 0 L 31 -22 26 -18 15.600 3.441 0 L 13 -33 20 -81 2 -43 -6 -41 -17 -43 -10 -15 16.599 3.800 0 L 21 -32 58 -104 3 -7 16.600 3.543 0 L 34 -16 142 -67 9.623 4.200 0 L 50 -25 149 -73 9.800 4.117 0 L 18 -9 9.981 4.200 0 L 49 -25 150 -75 10.000 4.018 0 L 34 -17 165 -81 10.000 4.191 0 L 49 -26 150 -78 10.200 3.918 0 L 49 -25 150 -77 10.200 4.093 0 L 47 -23 10.353 4.200 0 L 24 -12 10.400 3.813 0 L 50 -25 149 -77 10.400 3.990 0 L 50 -25 149 -75 10.400 4.177 0 L 34 -17 137 -70 10.600 3.887 0 L 49 -25 150 -76 10.600 4.076 0 L 34 -17 2 -1 10.764 4.200 0 L 49 -26 150 -78 10.800 3.975 0 L 49 -25 150 -77 10.800 4.182 0 L 34 -18 101 -53 11.000 3.871 0 L 49 -26 150 -79 11.000 4.079 0 L 49 -26 150 -81 11.200 3.973 0 L 49 -26 140 -75 11.211 4.200 0 L 34 -18 88 -48 11.400 3.866 0 L 49 -26 150 -82 11.400 4.099 0 L 49 -27 150 -83 11.600 3.990 0 L 48 -27 43 -25 11.709 4.200 0 L 33 -18 110 -61 11.800 3.879 0 L 48 -27 151 -87 11.800 4.147 0 L 48 -27 151 -87 12.000 4.033 0 L 48 -27 151 -87 12.200 3.918 0 L 47 -29 93 -58 12.259 4.200 0 L 6 -3 12.400 3.804 0 L 48 -28 151 -92 12.400 4.113 0 L 47 -28 152 -92 12.600 3.992 0 L 33 -19 87 -52 12.800 3.872 0 L 46 -31 66 -46 12.887 4.200 0 L 32 -20 167 -111 13.000 4.123 0 L 47 -29 152 -96 13.200 3.991 0 L 33 -19 75 -46 13.400 3.866 0 L 45 -33 113 -88 13.641 4.200 0 L 46 -31 153 -110 13.800 4.078 0 L 47 -30 152 -101 14.000 3.937 0 L 8 -5 14.200 3.805 0 L 26 -28 80 -97 14.694 4.200 0 L 29 -24 170 -163 14.800 4.074 0 L 30 -23 79 -64 15.000 3.887 0 L -1 -2 16.600 3.802 0 L 36 11 72 30 43 26 31 28 18 20 16.600 3.802 0 L 55 7 118 22 27 7 16.800 3.918 0 L RS 27 -13 8.773 4.600 0 L 50 -24 149 -73 8.800 4.587 0 L 50 -23 149 -73 9.000 4.489 0 L 50 -23 34 -16 9.116 4.600 0 L 51 -22 148 -68 9.200 4.393 0 L 51 -23 148 -68 9.200 4.560 0 L 50 -23 149 -68 9.400 4.302 0 L 50 -23 149 -67 9.400 4.468 0 L 35 -15 70 -31 9.495 4.600 0 L 23 -10 9.600 4.211 0 L 50 -23 149 -69 9.600 4.378 0 L 50 -23 149 -67 9.600 4.553 0 L 34 -16 147 -69 9.800 4.285 0 L 50 -23 149 -69 9.800 4.462 0 L 35 -16 51 -23 9.913 4.600 0 L 50 -24 149 -71 10.000 4.370 0 L 50 -23 149 -70 10.000 4.560 0 L 34 -16 118 -57 10.200 4.274 0 L 50 -23 149 -68 10.200 4.467 0 L 16 -6 10.384 4.600 0 L 50 -24 149 -70 10.400 4.375 0 L 51 -23 148 -63 10.400 4.593 0 L 34 -17 129 -63 10.600 4.281 0 L 50 -24 149 -72 10.600 4.507 0 L 49 -25 150 -74 10.800 4.410 0 L 34 -16 22 -11 10.943 4.600 0 L 49 -26 150 -78 11.000 4.310 0 L 49 -25 150 -75 11.000 4.572 0 L 10 -5 11.200 4.206 0 L 49 -25 150 -79 11.200 4.472 0 L 49 -26 150 -80 11.400 4.368 0 L 29 -15 11.571 4.600 0 L 33 -19 75 -42 11.600 4.261 0 L 48 -27 151 -82 11.600 4.585 0 L 33 -19 166 -97 11.800 4.475 0 L 47 -29 152 -92 12.000 4.359 0 L 32 -20 27 -17 12.200 4.237 0 L 46 -31 50 -34 12.303 4.600 0 L 31 -21 168 -115 12.400 4.535 0 L 46 -31 153 -106 12.600 4.399 0 L 31 -22 56 -38 12.800 4.261 0 L 28 -26 163 -165 13.208 4.600 0 L 43 -35 156 -140 13.400 4.409 0 L 30 -24 11 -9 13.600 4.233 0 L 0 -21 14.600 4.433 0 L 31 -46 38 -70 17 -50 7 -43 -1 -41 -12 -43 -24 -41 -37 -36 -43 -30 14.718 4.600 0 L -3 -28 -14 -39 -26 -39 -39 -37 -36 -23 14.718 4.600 0 L -3 -28 -14 -39 -26 -39 -39 -37 -36 -23 14.718 4.600 0 L -3 -28 -14 -39 -26 -39 -39 -37 -36 -23 14.718 4.600 0 L -3 -28 -14 -39 -26 -39 -39 -37 -36 -23 14.718 4.600 0 L 30 19 49 46 21 34 15 43 3 24 14.600 4.433 0 L -3 29 -14 49 -29 62 -44 67 -3 4 14.694 4.200 0 L 38 -6 50 -7 16.512 4.600 0 L 55 -9 145 -25 16.600 4.586 0 L 55 -10 145 -26 16.800 4.552 0 L 48 -27 114 -67 8.038 5.000 0 L 49 -27 150 -84 8.200 4.906 0 L 48 -27 8 -4 8.344 5.000 0 L 49 -25 150 -81 8.400 4.794 0 L 49 -26 150 -83 8.400 4.969 0 L 34 -17 138 -70 8.600 4.687 0 L 49 -25 150 -79 8.600 4.859 0 L 49 -25 72 -38 8.679 5.000 0 L 50 -24 149 -75 8.800 4.755 0 L 50 -25 149 -76 8.800 4.936 0 L 34 -16 81 -39 9.000 4.656 0 L 50 -24 149 -74 9.000 4.835 0 L 50 -24 91 -45 9.058 5.000 0 L 50 -23 149 -71 9.200 4.737 0 L 50 -24 149 -72 9.200 4.931 0 L 35 -15 59 -27 9.400 4.642 0 L 50 -23 149 -69 9.400 4.834 0 L 35 -16 63 -28 9.502 5.000 0 L 51 -23 148 -67 9.600 4.742 0 L 51 -22 148 -68 9.600 4.955 0 L 35 -15 78 -35 9.800 4.651 0 L 50 -23 149 -66 9.800 4.865 0 L 50 -23 149 -69 10.000 4.775 0 L 51 -22 94 -41 10.054 5.000 0 L 35 -15 148 -67 10.200 4.682 0 L 51 -22 148 -69 10.200 4.936 0 L 35 -15 164 -67 10.400 4.845 0 L 50 -24 149 -69 10.600 4.762 0 L 35 -15 38 -17 10.726 5.000 0 L 34 -16 109 -52 10.800 4.668 0 L 51 -22 148 -66 10.800 4.968 0 L 50 -24 149 -69 11.000 4.879 0 L 50 -25 149 -73 11.200 4.786 0 L 34 -17 136 -70 11.400 4.687 0 L 0 0 11.600 5.000 0 L 49 -25 150 -75 11.600 5.000 0 L 48 -27 151 -82 11.800 4.900 0 L 32 -20 167 -102 12.000 4.791 0 L 32 -21 71 -47 12.200 4.668 0 L 22 -31 76 -116 12.902 5.000 0 L 37 -41 162 -202 13.000 4.853 0 L 8 -9 13.200 4.609 0 L RS -31 -16 -50 -21 14.800 4.637 0 L 55 8 117 28 27 9 14.800 4.637 0 L 55 3 144 14 15.000 4.683 0 L 55 0 144 6 15.200 4.700 0 L 38 -2 161 -4 15.400 4.707 0 L 55 -4 144 -11 15.600 4.700 0 L 55 -5 144 -12 15.800 4.685 0 L 55 -7 144 -15 16.000 4.668 0 L 55 -8 145 -19 16.200 4.645 0 L 38 -7 16.361 5.000 0 L 38 -5 73 -11 16.400 4.617 0 L 54 -11 146 -30 16.400 4.992 0 L 54 -12 146 -31 16.600 4.950 0 L 54 -12 146 -33 16.800 4.906 0 L 46 -30 140 -93 7.414 5.400 0 L 47 -30 152 -100 7.600 5.276 0 L 32 -20 77 -50 7.691 5.400 0 L 47 -28 152 -95 7.800 5.146 0 L 47 -29 152 -97 7.800 5.329 0 L 7 -4 7.992 5.400 0 L 33 -19 4 -3 8.000 5.022 0 L 48 -28 151 -92 8.000 5.203 0 L 47 -28 152 -95 8.000 5.395 0 L 33 -18 110 -64 8.200 5.082 0 L 48 -27 151 -90 8.200 5.272 0 L 33 -19 39 -23 8.328 5.400 0 L 49 -26 150 -85 8.400 5.155 0 L 48 -27 151 -87 8.400 5.358 0 L 34 -18 44 -24 8.600 5.043 0 L 49 -26 150 -84 8.600 5.243 0 L 49 -27 35 -19 8.716 5.400 0 L 34 -17 165 -86 8.800 5.132 0 L 49 -26 150 -81 8.800 5.353 0 L 34 -17 24 -11 9.000 5.029 0 L 50 -24 149 -78 9.000 5.246 0 L 18 -9 9.181 5.400 0 L 50 -23 149 -73 9.200 5.144 0 L 50 -24 149 -75 9.200 5.390 0 L 35 -16 66 -31 9.400 5.048 0 L 50 -23 149 -72 9.400 5.291 0 L 51 -22 148 -67 9.600 5.196 0 L 21 -9 9.779 5.400 0 L 51 -21 148 -62 9.800 5.106 0 L 51 -21 148 -65 9.800 5.390 0 L 35 -14 19 -8 10.000 5.023 0 L 51 -21 148 -60 10.000 5.304 0 L 51 -22 148 -65 10.200 5.223 0 L 51 -21 148 -61 10.400 5.135 0 L 35 -15 91 -38 10.600 5.053 0 L 52 -20 114 -47 10.633 5.400 0 L 52 -19 147 -54 10.800 5.332 0 L 35 -14 164 -64 11.000 5.258 0 L 35 -15 164 -71 11.200 5.180 0 L 34 -16 165 -77 11.400 5.093 0 L 19 -33 34 -72 16 -49 6 -41 -2 -33 -15 -37 -27 -30 -39 -24 -55 -19 -35 -7 13.000 5.346 0 L 55 1 120 10 24 4 13.000 5.346 0 L 38 -1 161 -1 13.200 5.362 0 L 38 -1 161 -6 13.400 5.360 0 L 38 -2 161 -9 13.600 5.352 0 L 38 -3 161 -13 13.800 5.341 0 L 38 -3 161 -16 14.000 5.324 0 L 38 -3 161 -17 14.200 5.305 0 L 38 -3 161 -16 14.400 5.285 0 L 55 -6 144 -14 14.600 5.265 0 L 55 -7 144 -18 14.800 5.244 0 L 55 -7 144 -18 15.000 5.219 0 L 55 -7 144 -19 15.200 5.193 0 L 55 -8 144 -20 15.400 5.167 0 L 55 -9 144 -24 15.600 5.138 0 L 55 -9 144 -26 15.800 5.105 0 L 54 -11 128 -27 15.818 5.400 0 L 54 -10 145 -27 16.000 5.070 0 L 54 -12 145 -31 16.000 5.362 0 L 37 -7 124 -25 16.200 5.032 0 L 54 -12 146 -32 16.200 5.318 0 L 54 -12 146 -34 16.400 5.274 0 L 54 -12 146 -34 16.600 5.227 0 L 54 -13 146 -35 16.800 5.181 0 L 54 -14 107 -27 16.838 5.400 0 L 31 -22 123 -88 6.845 5.800 0 L 45 -32 154 -110 7.000 5.690 0 L 31 -21 67 -47 7.101 5.800 0 L 46 -31 153 -107 7.200 5.548 0 L 46 -31 153 -106 7.200 5.732 0 L 17 -11 7.383 5.800 0 L 13 -9 7.400 5.409 0 L 32 -21 167 -113 7.400 5.594 0 L 46 -31 153 -102 7.400 5.788 0 L 32 -21 58 -38 7.600 5.459 0 L 46 -30 153 -101 7.600 5.654 0 L 47 -30 57 -37 7.695 5.800 0 L 32 -20 160 -103 7.800 5.523 0 L 47 -30 152 -98 7.800 5.732 0 L 47 -29 152 -97 8.000 5.604 0 L 47 -29 99 -62 8.054 5.800 0 L 33 -19 94 -58 8.200 5.477 0 L 47 -29 152 -94 8.200 5.708 0 L 48 -28 151 -90 8.400 5.585 0 L 47 -28 72 -44 8.481 5.800 0 L 33 -18 82 -47 8.600 5.466 0 L 48 -28 151 -89 8.600 5.728 0 L 49 -27 150 -85 8.800 5.610 0 L 34 -17 147 -80 9.000 5.497 0 L 48 -27 133 -76 9.018 5.800 0 L 34 -18 165 -90 9.200 5.696 0 L 50 -24 149 -77 9.400 5.587 0 L 35 -16 143 -69 9.600 5.485 0 L 18 -9 9.781 5.800 0 L 34 -17 165 -85 9.800 5.790 0 L 50 -23 149 -75 10.000 5.688 0 L 51 -22 148 -65 10.200 5.589 0 L 51 -21 148 -65 10.400 5.501 0 L RS 33 -14 10.600 5.414 0 L 37 -9 89 -23 13.873 5.800 0 L 54 -12 145 -35 14.000 5.767 0 L 54 -11 145 -31 14.200 5.719 0 L 54 -10 145 -29 14.400 5.676 0 L 55 -10 144 -28 14.600 5.637 0 L 54 -10 145 -27 14.800 5.599 0 L 54 -10 145 -30 15.000 5.562 0 L 54 -14 2 0 15.144 5.800 0 L 55 -10 144 -27 15.200 5.521 0 L 54 -12 145 -34 15.200 5.785 0 L 49 -9 150 -29 15.400 5.483 0 L 54 -12 145 -32 15.400 5.739 0 L 54 -11 145 -29 15.600 5.444 0 L 54 -12 145 -34 15.600 5.694 0 L 17 -3 15.800 5.404 0 L 54 -12 145 -34 15.800 5.648 0 L 54 -12 145 -34 16.000 5.601 0 L 54 -13 118 -29 16.027 5.800 0 L 54 -13 146 -34 16.200 5.555 0 L 54 -13 146 -36 16.200 5.758 0 L 54 -13 146 -35 16.400 5.507 0 L 54 -13 146 -36 16.400 5.708 0 L 54 -13 146 -35 16.600 5.458 0 L 54 -13 146 -36 16.600 5.658 0 L 54 -13 2 -1 16.744 5.800 0 L 37 -9 1 0 16.800 5.409 0 L 54 -14 146 -37 16.800 5.609 0 L 54 -14 146 -37 16.800 5.786 0 L 29 -24 42 -34 6.329 6.200 0 L 44 -34 155 -125 6.400 6.142 0 L 43 -33 6.556 6.200 0 L 31 -22 168 -127 6.600 5.983 0 L 44 -33 155 -117 6.600 6.166 0 L 31 -22 14 -10 6.800 5.833 0 L 45 -32 154 -112 6.800 6.016 0 L 45 -32 141 -102 6.813 6.200 0 L 31 -21 70 -49 7.000 5.871 0 L 46 -31 153 -109 7.000 6.065 0 L 31 -21 65 -44 7.104 6.200 0 L 32 -21 150 -103 7.200 5.924 0 L 46 -31 153 -105 7.200 6.134 0 L 46 -31 153 -103 7.400 5.997 0 L 46 -30 111 -74 7.443 6.200 0 L 32 -21 63 -41 7.600 5.862 0 L 46 -30 153 -102 7.600 6.096 0 L 47 -30 152 -99 7.800 5.963 0 L 47 -30 101 -65 7.852 6.200 0 L 32 -20 21 -13 8.000 5.834 0 L 32 -20 167 -109 8.000 6.105 0 L 47 -29 152 -96 8.200 5.975 0 L 17 -11 8.382 6.200 0 L 32 -20 48 -29 8.400 5.850 0 L 46 -30 153 -98 8.400 6.189 0 L 32 -20 167 -108 8.600 6.060 0 L 33 -19 166 -102 8.800 5.932 0 L 18 -10 9.000 5.811 0 L 40 -27 9.160 6.200 0 L 45 -32 154 -107 9.200 6.173 0 L 47 -29 152 -102 9.400 6.034 0 L 34 -17 147 -84 9.600 5.902 0 L 52 -18 142 -53 12.606 6.200 0 L 36 -11 163 -54 12.800 6.128 0 L 36 -12 163 -52 13.000 6.063 0 L 53 -17 146 -49 13.200 5.998 0 L 53 -15 146 -43 13.400 5.932 0 L 54 -14 145 -39 13.600 5.873 0 L 36 -11 77 -26 13.687 6.200 0 L 37 -9 36 -10 13.800 5.819 0 L 53 -15 146 -44 13.800 6.162 0 L 53 -15 146 -42 14.000 6.103 0 L 53 -15 146 -44 14.200 6.045 0 L 54 -13 145 -40 14.400 5.986 0 L 53 -16 21 -7 14.526 6.200 0 L 54 -12 145 -34 14.600 5.933 0 L 54 -14 145 -38 14.600 6.176 0 L 54 -13 145 -34 14.800 5.886 0 L 53 -15 146 -38 14.800 6.123 0 L 37 -10 106 -29 15.000 5.839 0 L 53 -15 146 -43 15.000 6.070 0 L 54 -13 145 -39 15.200 6.012 0 L 53 -15 122 -35 15.225 6.200 0 L 54 -13 145 -36 15.400 5.959 0 L 54 -14 145 -38 15.400 6.149 0 L 54 -14 145 -37 15.600 5.910 0 L 54 -14 145 -38 15.600 6.097 0 L 54 -13 145 -38 15.800 5.858 0 L 54 -14 145 -38 15.800 6.044 0 L 54 -14 106 -28 15.839 6.200 0 L 27 -6 16.000 5.807 0 L 54 -13 145 -38 16.000 5.991 0 L 54 -14 145 -38 16.000 6.157 0 L 54 -13 146 -38 16.200 5.940 0 L 54 -14 146 -38 16.200 6.105 0 L 54 -13 146 -38 16.400 5.888 0 L 54 -14 146 -38 16.400 6.052 0 L 54 -14 137 -36 16.409 6.200 0 L 37 -9 106 -27 16.600 5.837 0 L 54 -14 146 -38 16.600 6.000 0 L 54 -14 146 -39 16.600 6.149 0 L 54 -14 146 -38 16.800 5.947 0 L 54 -14 146 -39 16.800 6.096 0 L 54 -14 17 -4 16.929 6.200 0 L 26 -28 53 -60 5.921 6.600 0 L 40 -38 159 -161 6.000 6.512 0 L 39 -39 42 -45 6.118 6.600 0 L 29 -24 99 -87 6.200 6.312 0 L 42 -37 157 -150 6.200 6.516 0 L 40 -38 20 -20 6.339 6.600 0 L 30 -23 126 -105 6.400 6.328 0 L 42 -35 157 -142 6.400 6.541 0 L 8 -7 6.591 6.600 0 L RS 45 -33 154 -120 6.600 6.363 0 L 43 -34 156 -133 6.600 6.592 0 L 13 -9 6.800 6.210 0 L 45 -33 154 -118 6.800 6.425 0 L 44 -34 61 -49 6.895 6.600 0 L 31 -22 72 -51 7.000 6.274 0 L 31 -22 168 -128 7.000 6.516 0 L 46 -31 153 -106 7.200 6.366 0 L 45 -32 82 -61 7.273 6.600 0 L 32 -21 10 -7 7.400 6.228 0 L 31 -21 168 -119 7.400 6.506 0 L 46 -30 153 -102 7.600 6.366 0 L 32 -20 19 -13 7.800 6.233 0 L 45 -32 151 -108 7.804 6.600 0 L 46 -31 153 -109 8.000 6.460 0 L 32 -20 150 -99 8.200 6.319 0 L 38 -41 74 -94 82 -131 8.806 6.600 0 L 31 -22 93 -76 35 -35 9.000 6.333 0 L 54 -12 72 -16 11.073 6.600 0 L 54 -11 145 -32 11.200 6.572 0 L 37 -8 162 -36 11.400 6.529 0 L 54 -13 145 -35 11.600 6.485 0 L 54 -13 145 -36 11.800 6.436 0 L 54 -14 145 -37 12.000 6.387 0 L 53 -17 146 -42 12.200 6.335 0 L 44 -11 12.355 6.600 0 L 52 -20 147 -53 12.400 6.275 0 L 53 -16 146 -41 12.400 6.588 0 L 5 -2 12.600 6.202 0 L 37 -10 162 -51 12.600 6.530 0 L 53 -15 146 -40 12.800 6.469 0 L 37 -10 162 -47 13.000 6.413 0 L 36 -11 163 -50 13.200 6.356 0 L 48 -16 105 -31 13.246 6.600 0 L 53 -17 146 -47 13.400 6.294 0 L 53 -17 146 -48 13.400 6.552 0 L 36 -12 50 -17 13.600 6.230 0 L 36 -11 163 -49 13.600 6.486 0 L 53 -15 146 -40 13.800 6.425 0 L 53 -15 49 -14 13.897 6.600 0 L 36 -11 163 -46 14.000 6.369 0 L 53 -15 146 -41 14.000 6.570 0 L 52 -18 147 -50 14.200 6.312 0 L 36 -11 163 -50 14.200 6.513 0 L 36 -12 89 -30 14.400 6.243 0 L 36 -11 163 -51 14.400 6.452 0 L 53 -15 85 -25 14.462 6.600 0 L 53 -15 146 -45 14.600 6.390 0 L 53 -15 146 -44 14.600 6.560 0 L 53 -16 146 -44 14.800 6.329 0 L 53 -16 146 -43 14.800 6.501 0 L 30 -8 14.970 6.600 0 L 53 -16 146 -45 15.000 6.269 0 L 53 -16 146 -43 15.000 6.441 0 L 53 -15 146 -41 15.000 6.592 0 L 24 -7 15.200 6.207 0 L 53 -15 146 -47 15.200 6.382 0 L 37 -10 162 -50 15.200 6.535 0 L 50 -13 149 -42 15.400 6.320 0 L 54 -14 145 -41 15.400 6.474 0 L 54 -14 98 -26 15.447 6.600 0 L 54 -14 145 -40 15.600 6.265 0 L 53 -14 146 -40 15.600 6.419 0 L 54 -14 145 -38 15.600 6.560 0 L 37 -10 2 0 15.800 6.211 0 L 54 -14 145 -41 15.800 6.364 0 L 53 -15 146 -42 15.800 6.507 0 L 53 -15 7 -1 15.940 6.600 0 L 54 -14 145 -39 16.000 6.308 0 L 54 -14 145 -40 16.000 6.450 0 L 54 -14 145 -40 16.000 6.583 0 L 54 -14 146 -38 16.200 6.255 0 L 54 -14 146 -38 16.200 6.395 0 L 54 -14 146 -38 16.200 6.528 0 L 8 -2 16.400 6.202 0 L 54 -14 146 -40 16.400 6.342 0 L 53 -14 147 -40 16.400 6.475 0 L 37 -10 163 -44 16.600 6.288 0 L 54 -14 146 -41 16.600 6.421 0 L 37 -9 91 -25 16.800 6.234 0 L 54 -14 146 -39 16.800 6.365 0 L 19 -33 73 -142 25 -61 5.682 7.000 0 L 24 -29 72 -96 24 -38 5.800 6.763 0 L 23 -30 85 -135 49 -98 5.842 7.000 0 L 26 -28 92 -108 6.000 6.737 0 L 24 -29 94 -130 54 -91 6.027 7.000 0 L 27 -27 112 -122 6.200 6.750 0 L 24 -29 119 -161 9 -13 6.248 7.000 0 L 28 -26 163 -170 6.400 6.797 0 L 24 -29 62 -83 6.514 7.000 0 L 41 -37 137 -145 21 -26 6.600 6.887 0 L 29 -24 65 -55 6.800 6.679 0 L 27 -26 107 -119 22 -27 6.844 7.000 0 L 30 -24 169 -147 7.000 6.827 0 L 30 -23 42 -32 7.200 6.656 0 L 24 -29 20 -26 7.356 7.000 0 L 43 -35 142 -141 14 -17 7.400 6.945 0 L 45 -32 154 -116 7.600 6.751 0 L 3 -2 7.800 6.603 0 L 7 -24 0 -27 -7 -17 8.800 6.680 0 L 5 -11 8.800 6.611 0 L 55 9 88 25 34 19 20 19 2 5 8.800 6.680 0 L 56 0 119 8 24 3 9.000 6.757 0 L 38 -1 161 -6 9.200 6.769 0 L 55 -2 144 -5 9.400 6.761 0 L 50 -1 149 -3 9.600 6.754 0 L 55 -3 144 -5 9.800 6.749 0 L 55 -5 3 0 9.941 7.000 0 L 38 -4 161 -14 10.000 6.740 0 L 55 -5 144 -13 10.000 6.995 0 L 55 -7 144 -20 10.200 6.722 0 L 37 -7 158 -27 4 -1 10.200 6.976 0 L 55 -5 144 -15 10.400 6.694 0 L 38 -5 161 -28 10.400 6.941 0 L 55 -7 144 -15 10.600 6.674 0 L 38 -4 161 -23 10.600 6.908 0 L 54 -11 145 -24 10.800 6.651 0 L 38 -4 161 -20 10.800 6.880 0 L 37 -8 36 -8 11.000 6.616 0 L 55 -7 144 -19 11.000 6.856 0 L 55 -9 144 -24 11.200 6.829 0 L 55 -10 31 -5 11.314 7.000 0 L 55 -10 144 -29 11.400 6.796 0 L 37 -7 162 -37 11.400 6.985 0 L 55 -10 144 -24 11.600 6.756 0 L 55 -9 144 -21 11.600 6.940 0 L 54 -11 145 -29 11.800 6.722 0 L 55 -10 144 -26 11.800 6.910 0 L 54 -12 145 -31 12.000 6.682 0 L 55 -10 144 -26 12.000 6.873 0 L 37 -9 118 -29 12.200 6.638 0 L 54 -11 145 -28 12.200 6.837 0 L 54 -11 127 -24 12.218 7.000 0 L 54 -11 145 -29 12.400 6.798 0 L 54 -11 145 -29 12.400 6.964 0 L 54 -13 145 -35 12.600 6.757 0 L 54 -11 145 -32 12.600 6.923 0 L 37 -9 162 -37 12.800 6.709 0 L 37 -7 162 -32 12.800 6.880 0 L 53 -10 12.946 7.000 0 L 54 -13 145 -36 13.000 6.662 0 L 54 -11 145 -29 13.000 6.841 0 L 54 -11 145 -29 13.000 6.990 0 L 37 -10 9 -2 13.200 6.612 0 L 37 -10 162 -36 13.200 6.801 0 L 37 -8 162 -34 13.200 6.949 0 L 36 -11 163 -51 13.400 6.755 0 L 53 -15 146 -38 13.400 6.906 0 L 54 -13 18 -4 13.528 7.000 0 L 49 -15 150 -47 13.600 6.693 0 L 53 -15 146 -37 13.600 6.853 0 L 37 -9 162 -39 13.600 6.982 0 L 37 -11 60 -18 13.800 6.630 0 L 53 -15 146 -47 13.800 6.800 0 L 37 -10 162 -46 13.800 6.934 0 L 0 0 14.000 7.000 0 L 53 -15 146 -41 14.000 6.737 0 L 37 -10 162 -41 14.000 6.877 0 L 54 -13 145 -34 14.000 7.000 0 L 36 -11 163 -50 14.200 6.681 0 L 53 -16 146 -49 14.200 6.826 0 L 36 -11 163 -52 14.200 6.952 0 L 36 -11 25 -7 14.400 6.619 0 L 53 -15 146 -45 14.400 6.761 0 L 37 -10 162 -51 14.400 6.889 0 L 53 -15 115 -36 14.431 7.000 0 L RS 54 -14 145 -39 14.600 6.700 0 L 54 -13 145 -34 14.600 6.827 0 L 54 -11 145 -32 14.600 6.949 0 L 37 -10 132 -36 14.800 6.646 0 L 54 -14 145 -36 14.800 6.779 0 L 54 -14 145 -32 14.800 6.905 0 L 37 -10 162 -48 15.000 6.728 0 L 49 -14 150 -45 15.000 6.858 0 L 53 -14 146 -43 15.200 6.670 0 L 53 -14 146 -42 15.200 6.798 0 L 37 -9 10 -3 15.400 6.612 0 L 54 -13 145 -38 15.400 6.741 0 L 54 -14 145 -37 15.600 6.690 0 L 37 -10 102 -28 15.800 6.638 0 L 19 -52 30 -116 17 -119 3 -113 5.613 7.400 0 L 15 -53 23 -118 9 -120 0 0 5.753 7.400 0 L 21 -51 21 -57 5.800 7.109 0 L 21 -51 35 -115 20 -118 4 -61 5.919 7.400 0 L 17 -34 10 -20 6.000 7.054 0 L 24 -50 28 -75 28 -116 10 -77 6.109 7.400 0 L 20 -32 27 -49 6.200 7.081 0 L 22 -51 38 -114 10 -48 6.330 7.400 0 L 22 -31 82 -137 9 -18 6.400 7.186 0 L 22 -31 103 -171 47 -111 8 -27 6.620 7.400 0 L 33 -45 10 -14 6.800 7.060 0 L 29 -47 34 -73 15 -52 4 -22 7.118 7.400 0 L 34 -44 121 -161 7.200 7.205 0 L 52 -20 108 -51 8.039 7.400 0 L 53 -15 146 -46 8.200 7.328 0 L 53 -15 146 -39 8.400 7.267 0 L 54 -12 145 -37 8.600 7.212 0 L 36 -11 61 -20 8.702 7.400 0 L 55 -9 144 -26 8.800 7.163 0 L 54 -12 145 -37 8.800 7.368 0 L 55 -8 144 -22 9.000 7.128 0 L 55 -9 144 -29 9.000 7.319 0 L 55 -8 144 -23 9.200 7.097 0 L 55 -8 144 -26 9.200 7.281 0 L 38 -6 128 -23 9.234 7.400 0 L 55 -7 144 -22 9.400 7.066 0 L 55 -8 144 -24 9.400 7.247 0 L 51 -8 148 -25 9.400 7.370 0 L 55 -5 144 -17 9.600 7.036 0 L 55 -8 144 -25 9.600 7.215 0 L 53 -9 146 -28 9.600 7.337 0 L 29 -5 9.771 7.400 0 L 38 -3 103 -10 9.800 7.014 0 L 51 -5 148 -25 9.800 7.181 0 L 45 -5 154 -33 9.800 7.299 0 L 55 -7 144 -32 9.800 7.395 0 L 55 -3 144 -8 10.000 7.150 0 L 55 -3 144 -8 10.000 7.261 0 L 55 -3 144 -9 10.000 7.355 0 L 55 -7 144 -17 10.200 7.138 0 L 55 -5 144 -13 10.200 7.250 0 L 38 -3 161 -12 10.200 7.342 0 L 55 -8 144 -23 10.400 7.114 0 L 54 -7 145 -22 10.400 7.231 0 L 55 -7 144 -21 10.400 7.327 0 L 55 -7 46 -7 10.498 7.400 0 L 55 -6 144 -21 10.600 7.082 0 L 55 -5 144 -19 10.600 7.201 0 L 55 -5 144 -19 10.600 7.298 0 L 55 -5 144 -18 10.600 7.386 0 L 38 -3 161 -16 10.800 7.055 0 L 55 -3 144 -12 10.800 7.176 0 L 38 -2 161 -12 10.800 7.274 0 L 55 -2 144 -10 10.800 7.362 0 L 55 -5 144 -14 11.000 7.035 0 L 55 -3 144 -10 11.000 7.161 0 L 38 -2 161 -9 11.000 7.260 0 L 55 -2 144 -6 11.000 7.350 0 L 38 -6 75 -9 11.200 7.016 0 L 55 -6 144 -14 11.200 7.147 0 L 38 -4 161 -13 11.200 7.249 0 L 55 -5 144 -11 11.200 7.342 0 L 53 -8 146 -24 11.400 7.126 0 L 55 -7 144 -19 11.400 7.231 0 L 55 -6 144 -16 11.400 7.325 0 L 45 -4 11.554 7.400 0 L 55 -7 144 -17 11.600 7.094 0 L 55 -6 144 -15 11.600 7.205 0 L 55 -5 144 -16 11.600 7.302 0 L 55 -5 144 -16 11.600 7.395 0 L 55 -8 144 -23 11.800 7.069 0 L 55 -6 144 -17 11.800 7.183 0 L 55 -4 144 -14 11.800 7.281 0 L 55 -3 144 -12 11.800 7.373 0 L 55 -9 144 -24 12.000 7.037 0 L 55 -6 144 -17 12.000 7.160 0 L 55 -4 144 -13 12.000 7.262 0 L 38 -2 161 -10 12.000 7.358 0 L 18 -3 12.200 7.003 0 L 55 -9 144 -20 12.200 7.137 0 L 55 -8 144 -16 12.200 7.245 0 L 55 -7 144 -15 12.200 7.346 0 L 54 -10 145 -30 12.400 7.107 0 L 38 -6 154 -35 7 -1 12.400 7.220 0 L 37 -7 147 -38 15 -2 12.400 7.323 0 L 35 -6 73 -23 12.491 7.400 0 L 54 -10 145 -28 12.600 7.066 0 L 38 -6 161 -25 12.600 7.177 0 L 55 -8 144 -20 12.600 7.276 0 L 38 -5 161 -22 12.600 7.371 0 L 37 -7 109 -21 12.800 7.028 0 L 38 -6 161 -26 12.800 7.146 0 L 55 -8 144 -22 12.800 7.247 0 L 38 -5 161 -24 12.800 7.343 0 L 54 -11 145 -27 13.000 7.113 0 L 54 -10 145 -26 13.000 7.217 0 L 55 -10 144 -25 13.000 7.314 0 L 50 -11 149 -33 13.200 7.074 0 L 54 -12 145 -33 13.200 7.180 0 L 54 -12 145 -33 13.200 7.279 0 L 37 -8 90 -21 13.400 7.029 0 L 54 -11 145 -31 13.400 7.135 0 L 54 -10 145 -29 13.400 7.233 0 L 37 -8 162 -41 13.600 7.093 0 L 37 -8 162 -38 13.600 7.194 0 L 37 -8 162 -35 13.800 7.043 0 L 53 -10 146 -25 13.800 7.147 0 L 54 -13 145 -33 14.000 7.111 0 L 53 -16 146 -39 14.200 7.065 0 L 31 -9 14.400 7.010 0 L -1 -38 -13 -119 -35 -156 -26 -87 5.689 7.800 0 L 0 -38 -10 -120 -31 -156 -6 -19 5.800 7.734 0 L 1 -38 -4 -120 -16 -119 -30 -123 5.969 7.800 0 L 11 36 9 30 5.800 7.734 0 L 2 -38 0 -160 -14 -119 -18 -83 6.140 7.800 0 L 5 -38 10 -119 -3 -120 -17 -123 6.335 7.800 0 L 9 -55 8 -119 -5 -120 -3 -23 6.592 7.800 0 L 13 -54 6 -28 6.600 7.483 0 L 8 -55 23 -198 0 -80 -10 -60 -1 -7 7.099 7.800 0 L 39 -39 52 -61 18 -25 7.491 7.800 0 L 47 -29 99 -68 53 -47 7.600 7.675 0 L 33 -18 166 -91 7.800 7.530 0 L 39 -21 8.000 7.421 0 L 29 -24 87 -83 36 -40 8.048 7.800 0 L 49 -26 102 -63 48 -35 8.200 7.652 0 L 39 -39 4 -4 8.357 7.800 0 L 51 -21 148 -66 8.400 7.527 0 L 33 -18 101 -66 61 -51 4 -4 8.400 7.757 0 L 52 -19 50 -20 8.600 7.440 0 L 50 -20 149 -73 8.600 7.618 0 L 34 -18 102 -63 61 -47 8.603 7.800 0 L 36 -11 163 -59 8.800 7.524 0 L 35 -14 164 -77 8.800 7.672 0 L 49 -26 112 -66 8.839 7.800 0 L 54 -11 145 -35 9.000 7.453 0 L 53 -15 146 -49 9.000 7.580 0 L 36 -13 147 -63 16 -9 9.000 7.707 0 L 50 -23 93 -49 9.057 7.800 0 L 33 -6 9.200 7.407 0 L 52 -11 147 -35 9.200 7.516 0 L 54 -14 145 -45 9.200 7.622 0 L 53 -17 146 -56 9.200 7.728 0 L 52 -20 85 -38 9.263 7.800 0 L 55 -9 144 -28 9.400 7.469 0 L 54 -11 145 -34 9.400 7.563 0 L 54 -13 145 -41 9.400 7.654 0 L 53 -15 146 -50 9.400 7.742 0 L 37 -7 133 -25 9.600 7.432 0 L 54 -11 145 -29 9.600 7.518 0 L 54 -11 145 -33 9.600 7.599 0 L 54 -12 145 -38 9.600 7.677 0 L 47 -6 152 -32 9.800 7.478 0 L 55 -8 144 -30 9.800 7.554 0 L 55 -8 144 -30 9.800 7.626 0 L 55 -3 144 -10 10.000 7.439 0 L 38 -2 161 -12 10.000 7.516 0 L 55 -4 144 -11 10.000 7.587 0 L 38 -3 161 -10 10.200 7.425 0 L 38 -3 161 -10 10.200 7.502 0 L 55 -4 144 -11 10.200 7.572 0 L 38 -5 60 -6 10.400 7.412 0 L 55 -6 144 -17 10.400 7.488 0 L 55 -6 144 -15 10.400 7.556 0 L RS 55 -5 144 -17 10.600 7.465 0 L 53 -5 146 -19 10.600 7.535 0 L 38 -1 161 -7 10.800 7.443 0 L 55 -1 144 -6 10.800 7.510 0 L 38 -1 161 -2 11.000 7.434 0 L 55 -1 144 0 11.000 7.502 0 L 55 -5 144 -9 11.200 7.430 0 L 55 -3 144 -8 11.200 7.501 0 L 38 -4 116 -11 11.400 7.416 0 L 55 -4 144 -11 11.400 7.490 0 L 55 -4 144 -12 11.600 7.474 0 L 55 -2 144 -7 11.800 7.458 0 L 55 -1 144 -5 12.000 7.449 0 L 38 -5 161 -12 12.200 7.442 0 L 36 -11 55 -13 12.400 7.424 0 L -12 -36 -98 -250 5.800 8.086 0 L -12 -36 -144 -363 5.977 8.200 0 L 17 34 36 79 5.800 8.086 0 L -11 -36 -19 -62 6.000 7.898 0 L -13 -54 -47 -164 6.200 8.019 0 L 14 35 97 266 6.000 7.898 0 L -10 -55 -55 -234 6.400 8.090 0 L 19 52 41 129 6.200 8.019 0 L -5 -38 -3 -19 6.600 7.858 0 L 18 52 18 58 6.400 8.090 0 L 18 53 40 154 23 135 6.600 7.858 0 L -9 -37 -50 -152 -27 -54 -15 -22 7.200 8.066 0 L 19 -33 60 -89 34 -31 21 -8 29 4 22 17 14 17 7.200 8.066 0 L 30 -46 60 -97 7.400 7.943 0 L 31 -46 60 -104 45 -111 21 -76 7.842 8.200 0 L 34 -44 13 -18 8.000 7.862 0 L 29 -47 36 -71 29 -75 4 -14 8.102 8.200 0 L 26 -28 102 -123 28 -41 8.200 7.993 0 L 30 -46 39 -70 27 -63 8.303 8.200 0 L 41 -37 109 -117 49 -64 8.400 8.021 0 L 34 -43 65 -101 23 -46 8.477 8.200 0 L 2 -2 8.600 7.802 0 L 44 -33 91 -79 64 -71 8.600 8.010 0 L 39 -39 77 -92 43 -68 9 -16 8.632 8.200 0 L 29 -44 8.771 8.200 0 L 38 -26 8.800 7.827 0 L 46 -31 128 -96 25 -22 8.800 7.984 0 L 43 -35 90 -80 53 -60 13 -18 8.800 8.156 0 L 47 -29 9 -5 9.000 7.835 0 L 33 -18 134 -87 32 -25 9.000 7.962 0 L 50 -24 12 -7 9.200 7.831 0 L -16 -34 -130 -286 6.000 8.521 0 L -15 -35 -8 -17 6.000 8.252 0 L -21 -51 -67 -176 6.200 8.427 0 L 22 51 123 296 6.000 8.252 0 L 15 35 20 44 6.000 8.521 0 L -13 -36 -126 -333 6.400 8.569 0 L 14 35 55 137 6.200 8.427 0 L -13 -36 -135 -363 6.585 8.600 0 L 12 30 6.400 8.569 0 L RS -12 -36 -106 -315 6.800 8.552 0 L 12 36 4 12 6.800 8.552 0 L 6 -38 25 -146 7.769 8.600 0 L 11 -54 31 -161 7.800 8.415 0 L 14 -53 81 -346 8.006 8.600 0 L 9 -37 5 -20 8.186 8.600 0 L 18 -52 85 -290 8.200 8.543 0 L 12 -36 51 -167 8.336 8.600 0 L 22 -51 55 -145 8.400 8.396 0 L 23 -50 101 -262 8 -26 8.467 8.600 0 L 14 -40 8.585 8.600 0 L 25 -49 6 -12 8.600 8.262 0 L 28 -48 104 -216 38 -95 8.600 8.559 0 L -15 -35 -145 -364 6.196 9.000 0 L -22 -51 -32 -78 6.200 8.729 0 L -14 -35 -116 -315 6.400 8.951 0 L 18 53 81 217 6.200 8.729 0 L -20 -52 -119 -347 6.551 9.000 0 L 11 36 5 13 6.400 8.951 0 L -13 -36 -1 -4 6.600 8.641 0 L 16 53 100 306 6.600 8.641 0 L -12 -36 -115 -363 6.944 9.000 0 L 6 -38 63 -361 7.699 9.000 0 L 7 -37 60 -333 7.933 9.000 0 L 5 -29 8.000 8.630 0 L 12 -54 72 -345 8.101 9.000 0 L 10 -37 87 -362 8.239 9.000 0 L 9 -37 33 -131 8.357 9.000 0 L 16 -53 51 -178 8.400 8.832 0 L 18 -52 103 -347 8.464 9.000 0 L RS -4 -12 6.200 9.013 0 L -17 -53 -83 -274 6.400 9.328 0 L 15 53 105 334 6.200 9.013 0 L -11 -36 -105 -363 6.533 9.400 0 L 10 37 9 35 6.400 9.328 0 L -16 -53 -32 -108 6.600 9.162 0 L -16 -53 -67 -234 6.800 9.288 0 L 9 37 56 201 6.600 9.162 0 L -12 -36 -44 -132 7.000 9.168 0 L 10 37 20 75 6.800 9.288 0 L 14 35 70 196 7.000 9.168 0 L 8 -25 7.591 9.400 0 L 7 -37 91 -337 7.600 9.375 0 L 6 -38 76 -361 7.850 9.400 0 L 10 -54 73 -345 8.018 9.400 0 L 8 -37 40 -188 8.151 9.400 0 L 12 -54 26 -120 8.200 9.174 0 L 13 -54 79 -345 8.265 9.400 0 L 8 -37 27 -114 8.365 9.400 0 L 14 -54 49 -194 8.400 9.249 0 L -14 -54 -65 -279 6.400 9.733 0 L -9 -37 -83 -362 6.513 9.800 0 L 7 37 7 29 6.400 9.733 0 L -13 -54 -54 -225 6.600 9.679 0 L -9 -37 -87 -362 6.762 9.800 0 L 8 37 18 83 6.600 9.679 0 L -9 -37 -96 -362 6.936 9.800 0 L -14 -35 -67 -137 -34 -57 7.200 9.629 0 L 24 -10 29 -2 31 7 34 22 41 40 40 55 7.200 9.629 0 L 18 -52 63 -147 40 -70 31 -41 29 -26 10 -6 7.400 9.742 0 L 8 -37 33 -144 7.759 9.800 0 L 12 -54 38 -164 7.800 9.619 0 L 7 -37 57 -276 7.936 9.800 0 L 7 -37 11 -49 8.000 9.486 0 L 7 -37 72 -362 8.071 9.800 0 L 7 -37 8 -45 8.184 9.800 0 L 11 -54 53 -263 8.200 9.717 0 L 8 -37 73 -362 8.283 9.800 0 L RS -7 -37 -63 -362 6.484 10.200 0 L -11 -54 -59 -345 6.584 10.200 0 L -7 -37 -65 -362 6.699 10.200 0 L -12 -54 -26 -129 6.800 9.983 0 L -9 -37 -54 -209 7.000 10.047 0 L 7 37 33 179 6.800 9.983 0 L 10 37 31 116 7.000 10.047 0 L 8 -37 90 -362 7.660 10.200 0 L 7 -37 67 -362 7.861 10.200 0 L 10 -55 58 -344 8.003 10.200 0 L 6 -37 59 -362 8.119 10.200 0 L 10 -55 55 -344 8.218 10.200 0 L -5 -38 -44 -361 6.533 10.600 0 L -5 -38 -11 -74 6.600 10.313 0 L RS -8 -55 -46 -344 6.753 10.600 0 L 4 38 30 249 6.600 10.313 0 L -6 -38 -56 -361 6.903 10.600 0 L -10 -37 -90 -362 7.142 10.600 0 L 8 -37 29 -119 7.562 10.600 0 L 9 -37 51 -206 7.600 10.443 0 L 9 -55 51 -344 7.800 10.600 0 L 5 -38 44 -343 7.950 10.600 0 L 2 -18 8.000 10.218 0 L 5 -38 44 -361 8.069 10.600 0 L 4 -38 25 -231 8.170 10.600 0 L 5 -38 12 -92 8.200 10.331 0 L -5 -55 -23 -344 6.562 11.000 0 L -3 -38 -26 -361 6.664 11.000 0 L -6 -55 -25 -344 6.784 11.000 0 L -5 -38 -31 -361 6.940 11.000 0 L -13 -54 -45 -214 7.200 10.868 0 L 7 55 12 76 7.200 10.868 0 L 13 -54 65 -345 7.484 11.000 0 L 4 -38 32 -360 7.764 11.000 0 L 0 -1 7.800 10.602 0 L 4 -38 26 -361 7.920 11.000 0 L 5 -55 23 -344 8.041 11.000 0 L 5 -55 22 -344 8.142 11.000 0 L RS -2 -55 -5 -344 6.569 11.400 0 L -1 -38 -5 -361 6.670 11.400 0 L -1 -38 -4 -361 6.790 11.400 0 L -2 -55 -1 -344 6.944 11.400 0 L -6 -55 -9 -160 10 -159 3 -25 7.221 11.400 0 L 4 -38 10 -159 -7 -160 -5 -42 7.483 11.400 0 L 1 -38 2 -361 7.760 11.400 0 L 1 -38 4 -361 7.914 11.400 0 L 2 -55 4 -344 8.034 11.400 0 L 1 -38 6 -361 8.135 11.400 0 L 0 -55 8 -344 6.561 11.800 0 L 0 -38 10 -361 6.659 11.800 0 L 1 -38 14 -361 6.775 11.800 0 L 2 -55 20 -344 6.921 11.800 0 L 5 -38 36 -216 7.158 11.800 0 L 8 -55 13 -90 7.200 11.546 0 L -5 -38 -58 -361 7.546 11.800 0 L -1 -38 -21 -361 7.783 11.800 0 L -1 -38 -13 -361 7.929 11.800 0 L 0 -55 -10 -344 8.045 11.800 0 L 0 -38 -8 -361 8.143 11.800 0 L RS 2 -55 13 -344 6.546 12.200 0 L 1 -38 17 -361 6.641 12.200 0 L 3 -55 19 -344 6.752 12.200 0 L 3 -38 28 -361 6.890 12.200 0 L 10 -55 54 -344 7.093 12.200 0 L -10 -55 -44 -270 7.600 12.125 0 L -4 -55 -13 -155 7.800 12.011 0 L 7 55 3 19 7.600 12.125 0 L -2 -38 -20 -361 7.952 12.200 0 L 2 38 12 151 7.800 12.011 0 L -2 -55 -16 -344 8.063 12.200 0 L -1 -38 -14 -361 8.158 12.200 0 L 2 -55 12 -344 6.531 12.600 0 L RS 1 -38 16 -361 6.624 12.600 0 L 3 -55 18 -344 6.731 12.600 0 L 2 -38 25 -361 6.862 12.600 0 L 7 -55 41 -344 7.045 12.600 0 L -7 -55 -41 -344 7.659 12.600 0 L -4 -55 -23 -344 7.843 12.600 0 L -2 -38 -18 -361 7.973 12.600 0 L -2 -55 -15 -344 8.080 12.600 0 L -1 -38 -13 -361 8.173 12.600 0 L 1 -55 10 -344 6.520 13.000 0 L 1 -38 12 -361 6.611 13.000 0 L 2 -55 13 -344 6.715 13.000 0 L 2 -38 18 -361 6.841 13.000 0 L 3 -38 29 -361 7.013 13.000 0 L -3 -38 -29 -361 7.691 13.000 0 L -3 -55 -17 -344 7.863 13.000 0 L -2 -55 -13 -344 7.989 13.000 0 L -2 -55 -11 -344 8.094 13.000 0 L -1 -38 -10 -361 8.184 13.000 0 L RS 1 -55 6 -344 6.512 13.400 0 L 1 -38 7 -361 6.602 13.400 0 L 1 -55 9 -344 6.705 13.400 0 L 1 -38 12 -361 6.828 13.400 0 L 1 -38 6 -134 6.993 13.400 0 L 3 -55 9 -172 7.000 13.227 0 L -3 -55 -17 -344 7.711 13.400 0 L -2 -55 -11 -344 7.876 13.400 0 L -1 -38 -9 -361 7.999 13.400 0 L -1 -55 -7 -344 8.102 13.400 0 L 0 -38 -7 -361 8.192 13.400 0 L 0 -55 4 -344 6.507 13.800 0 L 0 -38 3 -241 6.597 13.800 0 L 0 -55 1 -65 6.600 13.521 0 L 1 -55 5 -344 6.698 13.800 0 L 0 -38 7 -361 6.820 13.800 0 L 1 -38 10 -361 6.981 13.800 0 L -2 -55 -9 -344 7.723 13.800 0 L -1 -55 -6 -344 7.884 13.800 0 L 0 -35 8.000 13.436 0 L 0 -55 -5 -344 8.107 13.800 0 L 0 38 5 326 8.000 13.436 0 L 0 -55 -4 -344 8.196 13.800 0 L RS 0 -55 2 -344 6.505 14.200 0 L 0 -38 2 -361 6.594 14.200 0 L 0 -55 3 -344 6.695 14.200 0 L 0 -55 4 -344 6.816 14.200 0 L 1 -55 4 -344 6.975 14.200 0 L 0 -38 -5 -361 7.729 14.200 0 L 0 -55 -3 -344 7.888 14.200 0 L 0 -38 -3 -361 8.009 14.200 0 L 0 -38 -2 -361 8.110 14.200 0 L 0 -55 -2 -344 8.199 14.200 0 L 0 -55 0 -344 6.504 14.600 0 L 0 -38 1 -361 6.593 14.600 0 L RS 0 -55 1 -344 6.694 14.600 0 L 0 -38 1 -361 6.815 14.600 0 L 0 -55 2 -344 6.973 14.600 0 L 0 -38 -2 -361 7.731 14.600 0 L 0 -55 -1 -344 7.890 14.600 0 L 0 -38 -1 -361 8.010 14.600 0 L 0 -38 -1 -361 8.111 14.600 0 L 0 -55 0 -344 8.200 14.600 0 L 0 -56 0 -343 6.504 15.000 0 L 0 -38 0 -361 6.593 15.000 0 L 0 -56 0 -343 6.693 15.000 0 L 0 -38 0 -361 6.814 15.000 0 L 0 -55 0 -344 6.972 15.000 0 L 0 -38 0 -361 7.732 15.000 0 L 0 -38 0 -361 7.890 15.000 0 L 0 -38 0 -361 8.010 15.000 0 L 0 -38 0 -361 8.111 15.000 0 L 0 -56 0 -343 8.200 15.000 0 L RS 0 -56 0 -343 6.504 15.400 0 L 0 -38 0 -361 6.593 15.400 0 L 0 -56 0 -343 6.693 15.400 0 L 0 -38 0 -361 6.814 15.400 0 L 0 -56 0 -343 6.972 15.400 0 L 0 -38 0 -361 7.732 15.400 0 L 0 -38 0 -361 7.890 15.400 0 L 0 -38 0 -361 8.010 15.400 0 L 0 -38 0 -361 8.111 15.400 0 L 0 -38 0 -361 8.200 15.400 0 L 0 -56 0 -343 6.504 15.800 0 L 0 -38 0 -361 6.593 15.800 0 L 0 -56 0 -343 6.694 15.800 0 L 0 -38 0 -361 6.814 15.800 0 L 0 -56 0 -343 6.972 15.800 0 L 0 -38 0 -361 7.731 15.800 0 L 0 -38 0 -361 7.890 15.800 0 L 0 -38 0 -361 8.010 15.800 0 L 0 -38 0 -361 8.111 15.800 0 L 0 -38 0 -361 8.200 15.800 0 L RS 0 -56 0 -343 6.505 16.200 0 L 0 -38 0 -361 6.593 16.200 0 L 0 -56 0 -343 6.694 16.200 0 L 0 -38 0 -361 6.814 16.200 0 L 0 -56 0 -343 6.972 16.200 0 L 0 -38 0 -361 7.731 16.200 0 L 0 -38 0 -361 7.890 16.200 0 L 0 -38 0 -361 8.010 16.200 0 L 0 -38 0 -361 8.111 16.200 0 L 0 -38 0 -361 8.200 16.200 0 L 0 -55 0 -344 6.505 16.600 0 L 0 -38 0 -361 6.593 16.600 0 L RS 0 -55 0 -344 6.694 16.600 0 L 0 -38 0 -361 6.814 16.600 0 L 0 -55 0 -344 6.972 16.600 0 L 0 -38 0 -361 7.731 16.600 0 L 0 -38 0 -361 7.890 16.600 0 L 0 -38 0 -361 8.010 16.600 0 L 0 -38 0 -361 8.111 16.600 0 L 0 -55 0 -344 8.199 16.600 0 L 0 -55 0 -344 6.505 17.000 0 L 0 -38 0 -361 6.593 17.000 0 L 0 -55 0 -344 6.694 17.000 0 L 0 -38 0 -361 6.815 17.000 0 L 0 -55 0 -344 6.973 17.000 0 L 0 -38 0 -361 7.730 17.000 0 L 0 -38 0 -361 7.890 17.000 0 L 0 -38 0 -361 8.010 17.000 0 L 0 -38 0 -361 8.111 17.000 0 L 0 -55 0 -344 8.199 17.000 0 L RS 0 -55 0 -344 6.505 17.400 0 L 0 -38 0 -361 6.593 17.400 0 L 0 -55 0 -344 6.694 17.400 0 L 0 -38 0 -361 6.815 17.400 0 L 0 -55 0 -344 6.973 17.400 0 L 0 -38 0 -361 7.730 17.400 0 L 0 -38 0 -361 7.889 17.400 0 L 0 -38 0 -361 8.010 17.400 0 L 0 -38 0 -361 8.111 17.400 0 L 0 -55 0 -344 8.199 17.400 0 L 0 -55 0 -344 6.505 17.800 0 L 0 -38 0 -361 6.593 17.800 0 L 0 -55 0 -344 6.694 17.800 0 L 0 -38 0 -361 6.815 17.800 0 L 0 -55 0 -344 6.973 17.800 0 L 0 -38 0 -361 7.730 17.800 0 L 0 -38 0 -361 7.889 17.800 0 L 0 -38 0 -361 8.010 17.800 0 L 0 -38 0 -361 8.111 17.800 0 L 0 -55 0 -344 8.199 17.800 0 L RS 0 -55 0 -344 6.505 18.200 0 L 0 -38 0 -361 6.593 18.200 0 L 0 -55 0 -344 6.694 18.200 0 L 0 -38 0 -361 6.815 18.200 0 L 0 -55 0 -344 6.973 18.200 0 L 1 55 15 220 8 -38 12 -237 7.338 18.200 0 L 0 -38 0 -361 7.730 18.200 0 L 0 -38 0 -361 7.889 18.200 0 L 0 -38 0 -361 8.010 18.200 0 L 0 -38 0 -361 8.111 18.200 0 L 0 -55 0 -344 8.199 18.200 0 L 0 -55 0 -344 6.505 18.600 0 L 0 -38 0 -361 6.594 18.600 0 L RS 0 -55 0 -344 6.695 18.600 0 L 0 -38 0 -361 6.816 18.600 0 L 0 -55 0 -344 6.974 18.600 0 L 0 -56 -12 -219 -5 -19 -18 186 -1 108 7.375 18.200 0 L 0 -38 0 -361 7.729 18.600 0 L 0 -38 0 -361 7.889 18.600 0 L 0 -38 0 -361 8.009 18.600 0 L 0 -38 0 -361 8.111 18.600 0 L 0 -55 0 -344 8.199 18.600 0 L 0 -55 1 -344 6.504 19.000 0 L 0 -38 1 -361 6.593 19.000 0 L 0 -55 1 -344 6.694 19.000 0 L 0 -38 1 -361 6.814 19.000 0 L 0 -55 2 -344 6.972 19.000 0 L 3 38 36 270 10 0 44 -348 7.307 19.000 0 L 3 38 1 2 7.400 18.959 0 L 0 -38 -2 -361 7.732 19.000 0 L 0 -38 0 -361 7.890 19.000 0 L 0 -38 0 -361 8.010 19.000 0 L 0 -38 0 -361 8.111 19.000 0 L 0 -55 0 -344 8.199 19.000 0 L RS 60 setlinewidth -11999 0 0 -15999 11999 0 0 15999 5.000 3.000 0 L 0 -250 5.000 3.250 0 L 0 -150 5.200 3.150 0 L 0 -150 5.400 3.150 0 L 0 -150 5.600 3.150 0 L 0 -150 5.800 3.150 0 L 0 -150 6.000 3.150 0 L 0 -150 6.200 3.150 0 L 0 -150 6.400 3.150 0 L 0 -150 6.600 3.150 0 L 0 -150 6.800 3.150 0 L 0 -150 7.000 3.150 0 L 0 -150 7.200 3.150 0 L 0 -150 7.400 3.150 0 L 0 -150 7.600 3.150 0 L 0 -150 7.800 3.150 0 L 0 -150 8.000 3.150 0 L 0 -150 8.200 3.150 0 L 0 -150 8.400 3.150 0 L 0 -150 8.600 3.150 0 L 0 -150 8.800 3.150 0 L 0 -150 9.000 3.150 0 L 0 -150 9.200 3.150 0 L 0 -150 9.400 3.150 0 L 0 -150 9.600 3.150 0 L 0 -150 9.800 3.150 0 L 0 -150 10.000 3.150 0 L 0 -150 10.200 3.150 0 L 0 -150 10.400 3.150 0 L 0 -150 10.600 3.150 0 L 0 -150 10.800 3.150 0 L 0 -250 11.000 3.250 0 L 0 -150 11.200 3.150 0 L 0 -150 11.400 3.150 0 L 0 -150 11.600 3.150 0 L 0 -150 11.800 3.150 0 L 0 -150 12.000 3.150 0 L 0 -150 12.200 3.150 0 L 0 -150 12.400 3.150 0 L 0 -150 12.600 3.150 0 L 0 -150 12.800 3.150 0 L 0 -150 13.000 3.150 0 L 0 -150 13.200 3.150 0 L 0 -150 13.400 3.150 0 L 0 -150 13.600 3.150 0 L 0 -150 13.800 3.150 0 L 0 -150 14.000 3.150 0 L 0 -150 14.200 3.150 0 L 0 -150 14.400 3.150 0 L 0 -150 14.600 3.150 0 L 0 -150 14.800 3.150 0 L 0 -150 15.000 3.150 0 L 0 -150 15.200 3.150 0 L 0 -150 15.400 3.150 0 L 0 -150 15.600 3.150 0 L 0 -150 15.800 3.150 0 L 0 -150 16.000 3.150 0 L 0 -150 16.200 3.150 0 L 0 -150 16.400 3.150 0 L 0 -150 16.600 3.150 0 L 0 -150 16.800 3.150 0 L 0 -250 17.000 3.250 0 L 0 250 5.000 18.750 0 L 0 149 5.200 18.850 0 L 0 149 5.400 18.850 0 L 0 149 5.600 18.850 0 L 0 149 5.800 18.850 0 L 0 149 6.000 18.850 0 L 0 149 6.200 18.850 0 L 0 149 6.400 18.850 0 L 0 149 6.600 18.850 0 L 0 149 6.800 18.850 0 L 0 149 7.000 18.850 0 L 0 149 7.200 18.850 0 L 0 149 7.400 18.850 0 L 0 149 7.600 18.850 0 L 0 149 7.800 18.850 0 L 0 149 8.000 18.850 0 L 0 149 8.200 18.850 0 L 0 149 8.400 18.850 0 L 0 149 8.600 18.850 0 L 0 149 8.800 18.850 0 L 0 149 9.000 18.850 0 L 0 149 9.200 18.850 0 L 0 149 9.400 18.850 0 L 0 149 9.600 18.850 0 L 0 149 9.800 18.850 0 L 0 149 10.000 18.850 0 L 0 149 10.200 18.850 0 L 0 149 10.400 18.850 0 L 0 149 10.600 18.850 0 L 0 149 10.800 18.850 0 L 0 250 11.000 18.750 0 L 0 149 11.200 18.850 0 L 0 149 11.400 18.850 0 L 0 149 11.600 18.850 0 L 0 149 11.800 18.850 0 L 0 149 12.000 18.850 0 L 0 149 12.200 18.850 0 L 0 149 12.400 18.850 0 L 0 149 12.600 18.850 0 L 0 149 12.800 18.850 0 L 0 149 13.000 18.850 0 L 0 149 13.200 18.850 0 L 0 149 13.400 18.850 0 L 0 149 13.600 18.850 0 L 0 149 13.800 18.850 0 L 0 149 14.000 18.850 0 L 0 149 14.200 18.850 0 L 0 149 14.400 18.850 0 L 0 149 14.600 18.850 0 L 0 149 14.800 18.850 0 L 0 149 15.000 18.850 0 L 0 149 15.200 18.850 0 L 0 149 15.400 18.850 0 L 0 149 15.600 18.850 0 L 0 149 15.800 18.850 0 L 0 149 16.000 18.850 0 L 0 149 16.200 18.850 0 L 0 149 16.400 18.850 0 L 0 149 16.600 18.850 0 L 0 149 16.800 18.850 0 L 0 250 17.000 18.750 0 L -250 0 5.250 3.000 0 L -150 0 5.150 3.400 0 L -150 0 5.150 3.800 0 L -150 0 5.150 4.200 0 L -150 0 5.150 4.600 0 L -250 0 5.250 5.000 0 L -150 0 5.150 5.400 0 L -150 0 5.150 5.800 0 L -150 0 5.150 6.200 0 L -150 0 5.150 6.600 0 L -250 0 5.250 7.000 0 L -150 0 5.150 7.400 0 L -150 0 5.150 7.800 0 L -150 0 5.150 8.200 0 L -150 0 5.150 8.600 0 L -250 0 5.250 9.000 0 L -150 0 5.150 9.400 0 L -150 0 5.150 9.800 0 L -150 0 5.150 10.200 0 L -150 0 5.150 10.600 0 L -250 0 5.250 11.000 0 L -150 0 5.150 11.400 0 L -150 0 5.150 11.800 0 L -150 0 5.150 12.200 0 L -150 0 5.150 12.600 0 L -250 0 5.250 13.000 0 L -150 0 5.150 13.400 0 L -150 0 5.150 13.800 0 L -150 0 5.150 14.200 0 L -150 0 5.150 14.600 0 L -250 0 5.250 15.000 0 L -150 0 5.150 15.400 0 L -150 0 5.150 15.800 0 L -150 0 5.150 16.200 0 L -150 0 5.150 16.600 0 L -250 0 5.250 17.000 0 L -150 0 5.150 17.400 0 L -150 0 5.150 17.800 0 L -150 0 5.150 18.200 0 L -150 0 5.150 18.600 0 L -250 0 5.250 19.000 0 L 250 0 16.750 3.000 0 L 149 0 16.850 3.400 0 L 149 0 16.850 3.800 0 L 149 0 16.850 4.200 0 L 149 0 16.850 4.600 0 L 250 0 16.750 5.000 0 L 149 0 16.850 5.400 0 L 149 0 16.850 5.800 0 L 149 0 16.850 6.200 0 L 149 0 16.850 6.600 0 L 250 0 16.750 7.000 0 L 149 0 16.850 7.400 0 L 149 0 16.850 7.800 0 L 149 0 16.850 8.200 0 L 149 0 16.850 8.600 0 L 250 0 16.750 9.000 0 L 149 0 16.850 9.400 0 L 149 0 16.850 9.800 0 L 149 0 16.850 10.200 0 L 149 0 16.850 10.600 0 L 250 0 16.750 11.000 0 L 149 0 16.850 11.400 0 L 149 0 16.850 11.800 0 L 149 0 16.850 12.200 0 L 149 0 16.850 12.600 0 L 250 0 16.750 13.000 0 L 149 0 16.850 13.400 0 L 149 0 16.850 13.800 0 L 149 0 16.850 14.200 0 L 149 0 16.850 14.600 0 L 250 0 16.750 15.000 0 L 149 0 16.850 15.400 0 L 149 0 16.850 15.800 0 L 149 0 16.850 16.200 0 L 149 0 16.850 16.600 0 L 250 0 16.750 17.000 0 L 149 0 16.850 17.400 0 L 149 0 16.850 17.800 0 L 149 0 16.850 18.200 0 L 149 0 16.850 18.600 0 L 250 0 16.750 19.000 0 L 30 setlinewidth -1000 0 0 -999 1000 0 18.000 4.000 1 F -1000 0 19.000 3.000 0 L 75 76 0.0 (-0.9 eV) F2 19.300 3.650 T -1000 0 0 -999 1000 0 18.000 5.000 2 F -1000 0 19.000 4.000 0 L 75 76 0.0 (-0.8 eV) F2 19.300 4.650 T -1000 0 0 -999 1000 0 18.000 6.000 3 F -1000 0 19.000 5.000 0 L 75 76 0.0 (-0.7 eV) F2 19.300 5.650 T -1000 0 0 -999 1000 0 18.000 7.000 4 F -1000 0 19.000 6.000 0 L 75 76 0.0 (-0.6 eV) F2 19.300 6.650 T -1000 0 0 -999 1000 0 18.000 8.000 5 F -1000 0 19.000 7.000 0 L 75 76 0.0 (-0.5 eV) F2 19.300 7.650 T -1000 0 0 -999 1000 0 18.000 9.000 6 F -1000 0 19.000 8.000 0 L 75 76 0.0 (-0.4 eV) F2 19.300 8.650 T -1000 0 0 -999 1000 0 18.000 10.000 7 F -1000 0 19.000 9.000 0 L 75 76 0.0 (-0.3 eV) F2 19.300 9.650 T -1000 0 0 -999 1000 0 18.000 11.000 8 F -1000 0 19.000 10.000 0 L 75 76 0.0 (-0.2 eV) F2 19.300 10.650 T -1000 0 0 -999 1000 0 18.000 12.000 9 F -1000 0 19.000 11.000 0 L 75 76 0.0 (-0.1 eV) F2 19.300 11.650 T -1000 0 0 -999 1000 0 18.000 13.000 10 F -1000 0 19.000 12.000 0 L 75 76 0.0 ( 0.0 eV) F2 19.300 12.650 T -1000 0 0 -999 1000 0 18.000 14.000 11 F -1000 0 19.000 13.000 0 L 75 76 0.0 ( 0.1 eV) F2 19.300 13.650 T -1000 0 0 -999 1000 0 18.000 15.000 12 F -1000 0 19.000 14.000 0 L 75 76 0.0 ( 0.2 eV) F2 19.300 14.650 T -1000 0 0 -999 1000 0 18.000 16.000 13 F -1000 0 19.000 15.000 0 L 75 76 0.0 ( 0.3 eV) F2 19.300 15.650 T -1000 0 0 -1000 1000 0 18.000 17.000 14 F -1000 0 19.000 16.000 0 L 75 76 0.0 ( 0.4 eV) F2 19.300 16.650 T -1000 0 0 -1000 1000 0 18.000 18.000 15 F -1000 0 19.000 17.000 0 L 75 76 0.0 ( 0.5 eV) F2 19.300 17.650 T -1000 0 0 -1000 1000 0 18.000 19.000 16 F -1000 0 19.000 18.000 0 L 60 setlinewidth -1000 0 0 -15999 1000 0 0 15999 18.000 3.000 0 L 0 74 0.5 (0.25) F2 5.000 2.000 T 0 74 0.5 (1.50) F2 11.000 2.000 T 0 74 0.5 (2.75) F2 17.000 2.000 T 0 74 1.0 (0.0) F2 4.700 2.650 T 0 74 1.0 (0.5) F2 4.700 4.650 T 0 74 1.0 (1.0) F2 4.700 6.650 T 0 74 1.0 (1.5) F2 4.700 8.650 T 0 74 1.0 (2.0) F2 4.700 10.650 T 0 74 1.0 (2.5) F2 4.700 12.650 T 0 74 1.0 (3.0) F2 4.700 14.650 T 0 74 1.0 (3.5) F2 4.700 16.650 T 0 74 1.0 (4.0) F2 4.700 18.650 T 0 74 0.0 () F3 5.000 20.000 T 30 setlinewidth 75 76 0.5 (0.1) F1 7.591 10.201 T 75 76 0.5 (-0.1) F1 7.200 6.925 T 75 76 0.5 (-0.2) F1 10.000 5.408 T 75 76 0.5 (-0.3) F1 13.954 3.689 T 75 76 0.5 (-0.4) F1 15.600 4.420 T restore pop % remove mark showpage %%EOF cleartomark countdictstack exch sub { end } repeat restore grestore % % End Imported PIC File: h2spd_0.5_0.5_90_90_xfarbe.ps %%EndDocument % % Polyline % % Begin Imported EPS File: h2spbhb.xfig.eps %%BeginDocument: h2spbhb.xfig.eps % n gs 4680 967 tr 7.109290 -7.149171 sc 0 -362 tr 0 0 tr sa n 0 0 m 366 0 l 366 362 l 0 362 l cp clip n countdictstack mark /showpage {} def % EPS file follows: %!PS-Adobe-2.0 EPSF-2.0 %%Title: h2spbhb.xfig.eps %%Creator: fig2dev Version 3.2.3 Patchlevel %%CreationDate: Fri Dec 29 18:48:04 2000 %%For: soenke@theolx14 (Soenke Lorenz) %%BoundingBox: 0 0 366 362 %%Magnification: 1.0000 %%EndComments /$F2psDict 200 dict def $F2psDict begin $F2psDict /mtrx matrix put /col-1 {0 setgray} bind def /col0 {0.000 0.000 0.000 srgb} bind def /col1 {0.000 0.000 1.000 srgb} bind def /col2 {0.000 1.000 0.000 srgb} bind def /col3 {0.000 1.000 1.000 srgb} bind def /col4 {1.000 0.000 0.000 srgb} bind def /col5 {1.000 0.000 1.000 srgb} bind def /col6 {1.000 1.000 0.000 srgb} bind def /col7 {1.000 1.000 1.000 srgb} bind def /col8 {0.000 0.000 0.560 srgb} bind def /col9 {0.000 0.000 0.690 srgb} bind def /col10 {0.000 0.000 0.820 srgb} bind def /col11 {0.530 0.810 1.000 srgb} bind def /col12 {0.000 0.560 0.000 srgb} bind def /col13 {0.000 0.690 0.000 srgb} bind def /col14 {0.000 0.820 0.000 srgb} bind def /col15 {0.000 0.560 0.560 srgb} bind def /col16 {0.000 0.690 0.690 srgb} bind def /col17 {0.000 0.820 0.820 srgb} bind def /col18 {0.560 0.000 0.000 srgb} bind def /col19 {0.690 0.000 0.000 srgb} bind def /col20 {0.820 0.000 0.000 srgb} bind def /col21 {0.560 0.000 0.560 srgb} bind def /col22 {0.690 0.000 0.690 srgb} bind def /col23 {0.820 0.000 0.820 srgb} bind def /col24 {0.500 0.190 0.000 srgb} bind def /col25 {0.630 0.250 0.000 srgb} bind def /col26 {0.750 0.380 0.000 srgb} bind def /col27 {1.000 0.500 0.500 srgb} bind def /col28 {1.000 0.630 0.630 srgb} bind def /col29 {1.000 0.750 0.750 srgb} bind def /col30 {1.000 0.880 0.880 srgb} bind def /col31 {1.000 0.840 0.000 srgb} bind def end save newpath 0 362 moveto 0 0 lineto 366 0 lineto 366 362 lineto closepath clip newpath -103.0 521.0 translate 1 -1 scale /cp {closepath} bind def /ef {eofill} bind def /gr {grestore} bind def /gs {gsave} bind def /sa {save} bind def /rs {restore} bind def /l {lineto} bind def /m {moveto} bind def /rm {rmoveto} bind def /n {newpath} bind def /s {stroke} bind def /sh {show} bind def /slc {setlinecap} bind def /slj {setlinejoin} bind def /slw {setlinewidth} bind def /srgb {setrgbcolor} bind def /rot {rotate} bind def /sc {scale} bind def /sd {setdash} bind def /ff {findfont} bind def /sf {setfont} bind def /scf {scalefont} bind def /sw {stringwidth} bind def /tr {translate} bind def /tnt {dup dup currentrgbcolor 4 -2 roll dup 1 exch sub 3 -1 roll mul add 4 -2 roll dup 1 exch sub 3 -1 roll mul add 4 -2 roll dup 1 exch sub 3 -1 roll mul add srgb} bind def /shd {dup dup currentrgbcolor 4 -2 roll mul 4 -2 roll mul 4 -2 roll mul srgb} bind def /DrawEllipse { /endangle exch def /startangle exch def /yrad exch def /xrad exch def /y exch def /x exch def /savematrix mtrx currentmatrix def x y tr xrad yrad sc 0 0 1 startangle endangle arc closepath savematrix setmatrix } def /$F2psBegin {$F2psDict begin /$F2psEnteredState save def} def /$F2psEnd {$F2psEnteredState restore end} def $F2psBegin %%Page: 1 1 10 setmiterlimit 0.06299 0.06299 sc /Helvetica-Bold ff 750.00 scf sf 5670 5400 m gs 1 -1 sc (Pd) col0 sh gr /Helvetica-Bold ff 750.00 scf sf 6930 4365 m gs 1 -1 sc (S) col0 sh gr % Polyline 75.000 slw n 2525 3150 m 6575 3150 l gs col0 s gr % Polyline n 2250 7575 m 2250 3525 l gs col0 s gr % Polyline n 6750 3525 m 6750 7575 l gs col0 s gr % Polyline n 2525 7650 m 6575 7650 l gs col0 s gr 60.000 slw % Ellipse n 5625 6525 475 475 0 360 DrawEllipse gs 0.00 setgray ef gr gs col0 s gr % Ellipse n 5625 4275 475 475 0 360 DrawEllipse gs 0.00 setgray ef gr gs col0 s gr % Ellipse n 3375 4275 475 475 0 360 DrawEllipse gs 0.00 setgray ef gr gs col0 s gr % Ellipse n 3375 6525 475 475 0 360 DrawEllipse gs 0.00 setgray ef gr gs col0 s gr % Polyline 75.000 slw n 4291 5433 m 4695 5433 l gs col0 s gr % Ellipse n 4920 5433 299 299 0 360 DrawEllipse gs col7 1.00 shd ef gr gs col0 s gr % Ellipse n 4020 5433 299 299 0 360 DrawEllipse gs col7 1.00 shd ef gr gs col0 s gr 60.000 slw % Ellipse n 2250 7650 575 575 0 360 DrawEllipse gs 0.50 setgray ef gr gs col0 s gr % Ellipse n 2250 3150 575 575 0 360 DrawEllipse gs 0.50 setgray ef gr gs col0 s gr % Ellipse n 6750 3150 575 575 0 360 DrawEllipse gs 0.50 setgray ef gr gs col0 s gr % Ellipse n 6750 7650 575 575 0 360 DrawEllipse gs 0.50 setgray ef gr gs col0 s gr $F2psEnd rs cleartomark countdictstack exch sub { end } repeat restore grestore % % End Imported PIC File: h2spbhb.xfig.eps %%EndDocument % %/Helvetica-iso ff 450.00 scf sf %1200 7650 m %gs 1 -1 sc 90.0 rot (2) col0 sh gr %30.000 slw %% Rotated Ellipse %gs %560 975 tr %-90.000 rot %n 0 0 35 35 0 360 DrawEllipse 90.000 rot %gs col0 s gr %gr %/Helvetica-iso ff 525.00 scf sf %1050 1320 m %gs 1 -1 sc 90.0 rot (\(A\)) col0 sh gr %% Ellipse %n 6855 8480 35 35 0 360 DrawEllipse gs col0 s gr %/Helvetica-iso ff 525.00 scf sf %6510 8970 m %gs 1 -1 sc (\(A\)) col0 sh gr %15.000 slw %% Rotated Ellipse %gs %685 2093 tr %-90.000 rot %n 0 0 35 35 0 360 DrawEllipse 90.000 rot %gs col0 s gr %gr %/Helvetica-iso ff 525.00 scf sf %1035 8010 m %gs 1 -1 sc 90.0 rot (H distance from the surface) col0 sh gr %/Helvetica-iso ff 525.00 scf sf %3135 8985 m %gs 1 -1 sc (H-H distance) col0 sh gr %$F2psEnd %Rs % Polyline n 3475 5360 m 3475 5610 l 3570 5610 l gs col7 1.00 shd ef gr gs col0 s gr %/Helvetica-iso ff 375.00 scf sf /Times-Roman-bold-iso ff 425.00 scf sf 1200 7435 m gs 1 -1 sc 90.0 rot (2) col0 sh gr 30.000 slw % Ellipse n 6465 8615 40 40 0 360 DrawEllipse gs col0 s gr %/Helvetica-iso ff 450.00 scf sf /Times-Roman-bold-iso ff 500.00 scf sf 3180 9050 m gs 1 -1 sc (H-H distance) col0 sh gr %/Helvetica-iso ff 450.00 scf sf /Times-Roman-bold-iso ff 500.00 scf sf 6130 9035 m gs 1 -1 sc (\(A\)) col0 sh gr % Rotated Ellipse gs 630 1135 tr -90.000 rot n 0 0 40 40 0 360 DrawEllipse 90.000 rot gs col0 s gr gr %/Helvetica-iso ff 450.00 scf sf /Times-Roman-bold-iso ff 500.00 scf sf 1050 7770 m gs 1 -1 sc 90.0 rot (H distance from the surface) col0 sh gr %/Helvetica-iso ff 450.00 scf sf /Times-Roman-bold-iso ff 500.00 scf sf 1035 1485 m gs 1 -1 sc 90.0 rot (\(A\)) col0 sh gr $F2psEnd rs showpage %%EndDocument @endspecial 1726 -83 a currentpoint grestore moveto 1726 -83 a -150 911 a Fr(FIG.)24 b(7:)33 b(Con)n(tour)24 b(plots)g(through)f(the)g(six-dimensional)h (analytical)-150 998 y(PES)32 b(of)h(the)f(disso)r(ciation)i(of)f(H)837 1006 y Fq(2)903 998 y Fr(o)n(v)n(er)f(\(2)9 b Fb(\002)g Fr(2\)S/Pd\(100\))32 b(for)h(\(a\))-150 1085 y(the)g(Pd)g(bridge)g (site)h(and)e(\(b\))h(the)g(fourfold)h(hollo)n(w)h(site.)57 b(Insets:)-150 1172 y(geometry)26 b(of)h(the)e(disso)r(ciation)j(path)n (w)n(a)n(ys.)-150 1448 y Ft(di\013erence)i(to)h(the)g Fn(ab)i(initio)j Ft(calculations)30 b(on)g(the)h(a)n(v)n(erage)d(is) -150 1544 y(smaller)f(than)g(50)14 b(meV.)-67 1639 y(Figure)76 b(7)f(sho)n(ws)h(t)n(w)n(o)f(2D-cuts)h(through)f(the)i(six-)-150 1735 y(dimensional)33 b(con\014guration)e(space.)54 b(Whereas)32 b(on)h(the)h(clean)-150 1830 y(surface)d(the)h(molecule)f(o)n(v)n(er)f (the)i(palladium)f(bridge)g(site)g(w)n(as)-150 1926 y(able)24 b(to)g(disso)r(ciate)g(freely)-7 b(,)25 b(due)g(to)f(the)h(presence)e (of)i(sulfur)f(the)-150 2021 y(molecule)j(exp)r(eriences)g(a)g(barrier) f(of)i(0)p Fl(:)p Ft(16)14 b(eV.)26 b(The)i(minim)n(um)-150 2117 y(path)n(w)n(a)n(y)e(is)h(no)n(w)f(o)n(v)n(er)f(the)j(fourfold)f (hollo)n(w)f(site)h(with)h(an)f(en-)-150 2212 y(ergy)f(barrier)g(of)i (0)p Fl(:)p Ft(11)14 b(eV.)183 2488 y Fo(B.)88 b(Incorp)r(oration)32 b(of)e(the)f(symmetry)-67 2701 y Ft(W)-7 b(e)30 b(incorp)r(orated)e (the)i(symmetry)f(within)i(the)f(NN)g(within)-150 2797 y(the)47 b(neural)e(b)n(y)h(using)g(the)g(same)g(terms)g(as)f(on)h(the) h(clean)-150 2892 y(Pd\(100\))39 b(surface)g(but)h(adding)f(one)h (higher)f(order)f(term)i(for)-150 2988 y(the)31 b(azim)n(uthal)g(dep)r (endency)-7 b(.)47 b(In)31 b(analogy)e(to)h(the)h(analytical)-150 3083 y(PES)c(w)n(e)h(emplo)n(y)n(ed)f(reaction)g(path)h(co)r(ordinates) e(in)j(the)f(\()p Fl(Z)6 b(d)p Ft(\))-150 3178 y(plane.)52 b(F)-7 b(urthermore,)33 b(w)n(e)f(did)h(not)g(emplo)n(y)f(the)h (distance)f(of)-150 3274 y(the)j(h)n(ydrogen)f(molecule)h(from)f(the)i (surface)e(as)g(an)h(input)h(to)-150 3369 y(the)g(NN,)h(but)f(rather)f (an)h(exp)r(onen)n(tial)f(deca)n(y)g(of)h(that)g(co)r(or-)-150 3465 y(dinate.)61 b(In)35 b(reaction)g(path)g(co)r(ordinates)f(this)i (translated)f(to)-150 3560 y(the)28 b(term)g Fl(e)231 3530 y Fm(\()p Fe(\000)p Fk(s=)p Fm(2\))437 3560 y Ft(,)g(where)f Fl(s)h Ft(is)g(the)g(co)r(ordinate)e(along)h(the)h(re-)-150 3656 y(action)34 b(path.)58 b(The)34 b(transformation)f(re\015ects)h (that)h(far)e(a)n(w)n(a)n(y)-150 3751 y(from)23 b(the)g(surface)g(the)g (molecule)g(is)g(in)g(the)h(gas)e(phase)g(and)h(an)n(y)-150 3847 y(dep)r(endency)38 b(on)g(the)h(distance)e(from)h(the)g(substrate) g(should)-150 3942 y(v)-5 b(anish.)43 b(Moreo)n(v)n(er,)28 b(in)i(the)g(gas)f(phase)g(the)h(p)r(oten)n(tial-energy)-150 4038 y(is)i(isotropic.)50 b(Only)31 b(the)i(b)r(ond)g(length)f(of)g (the)h(t)n(w)n(o)e(h)n(ydrogen)-150 4133 y(atoms)g(should)g(pla)n(y)f (a)h(role,)h(and)f(therefore)f(w)n(e)h(w)n(eigh)n(ted)g(all)-150 4229 y(other)c(terms)g(with)h(the)g(same)f(factor)g Fl(e)1115 4199 y Fm(\()p Fe(\000)p Fk(s=)p Fm(2\))1321 4229 y Ft(.)-67 4324 y(The)g(new)g(set)g(of)f(nine)h(co)r(ordinates,)f(i.e.)37 b(the)27 b(inputs)g(to)g(the)-150 4420 y(NN,)h(are:)-123 4577 y(X)-61 4589 y Fm(1)-24 4577 y Ft(=)33 b Fl(d)p Ft(,)-123 4697 y(X)-61 4709 y Fm(2)-24 4697 y Ft(=)g Fl(d)117 4667 y Fm(2)155 4697 y Ft(,)-123 4816 y(X)-61 4828 y Fm(3)-24 4816 y Ft(=)g Fl(e)113 4786 y Fm(\()p Fe(\000)p Fk(s=)p Fm(2\))319 4816 y Ft(,)-123 4936 y(X)-61 4948 y Fm(4)-24 4936 y Ft(=)g(sin)176 4901 y Fm(2)213 4936 y Ft(\()p Fl(\022)r Ft(\))14 b(cos\(2)p Fl(\036)p Ft(\))g([)q(cos)o(\()p Fl(GX)914 4948 y Fk(c)948 4936 y Ft(\))19 b Fh(\000)f Ft(cos)o(\()p Fl(GY)1338 4948 y Fk(c)1372 4936 y Ft(\)])d Fl(e)1481 4905 y Fm(\()p Fe(\000)p Fk(s=)p Fm(2\))1687 4936 y Ft(,)-123 5055 y(X)-61 5067 y Fm(5)-24 5055 y Ft(=)33 b(sin)176 5020 y Fm(2)213 5055 y Ft(\()p Fl(\022)r Ft(\))14 b(cos\(2)p Fl(\036)p Ft(\))g([)q(cos)o(\(2)p Fl(GX)956 5067 y Fk(c)989 5055 y Ft(\))19 b Fh(\000)f Ft(cos)o(\(2)p Fl(GY)1421 5067 y Fk(c)1455 5055 y Ft(\)])d Fl(e)1564 5025 y Fm(\()p Fe(\000)p Fk(s=)p Fm(2\))1770 5055 y Ft(,)-123 5174 y(X)-61 5186 y Fm(6)-24 5174 y Ft(=)33 b(cos)185 5144 y Fm(2)223 5174 y Ft(\()p Fl(\022)r Ft(\))p Fl(e)367 5144 y Fm(\()p Fe(\000)p Fk(s=)p Fm(2\))573 5174 y Ft(,)-123 5294 y(X)-61 5306 y Fm(7)-24 5294 y Ft(=)g([cos)o(\()p Fl(GX)374 5306 y Fk(c)409 5294 y Ft(\))18 b(+)g(cos)o(\()p Fl(GY)798 5306 y Fk(c)833 5294 y Ft(\)])c Fl(e)941 5264 y Fm(\()p Fe(\000)p Fk(s=)p Fm(2\))1147 5294 y Ft(,)-123 5413 y(X)-61 5425 y Fm(8)-24 5413 y Ft(=)33 b([cos)o(\(2)p Fl(GX)416 5425 y Fk(c)450 5413 y Ft(\))19 b(+)f(cos)o(\(2)p Fl(GY)882 5425 y Fk(c)916 5413 y Ft(\)])c Fl(e)1024 5383 y Fm(\()p Fe(\000)p Fk(s=)p Fm(2\))1230 5413 y Ft(,)2366 -166 y gsave currentpoint currentpoint translate 270 neg rotate neg exch neg exch translate 2366 -166 a @beginspecial 91 @llx 27 @lly 597 @urx 624 @ury 1417 @rwi @setspecial %%BeginDocument: Fig8.eps %!PS-Adobe-2.0 EPSF-1.2 %%BoundingBox: 91 27 597 624 %%Title: stick_h2spd_dense_5050.eps %%Creator: soenke@theolx14 with xmgr %%CreationDate: Mon Jan 29 19:27:34 2001 %%EndComments 80 dict begin /languagelevel where {pop /gs_languagelevel languagelevel def} {/gs_languagelevel 1 def} ifelse gs_languagelevel 1 gt { <} image end } >> matrix makepattern /Pat0 exch def <} image end } >> matrix makepattern /Pat1 exch def <} image end } >> matrix makepattern /Pat2 exch def <} image end } >> matrix makepattern /Pat3 exch def <} image end } >> matrix makepattern /Pat4 exch def <} image end } >> matrix makepattern /Pat5 exch def <} image end } >> matrix makepattern /Pat6 exch def <} image end } >> matrix makepattern /Pat7 exch def <} image end } >> matrix makepattern /Pat8 exch def <} image end } >> matrix makepattern /Pat9 exch def <} image end } >> matrix makepattern /Pat10 exch def <} image end } >> matrix makepattern /Pat11 exch def <} image end } >> matrix makepattern /Pat12 exch def <} image end } >> matrix makepattern /Pat13 exch def <} image end } >> matrix makepattern /Pat14 exch def <} image end } >> matrix makepattern /Pat15 exch def }{ /Pat0 { 0.000000 setgray } def /Pat1 { 0.062500 setgray } def /Pat2 { 0.125000 setgray } def /Pat3 { 0.187500 setgray } def /Pat4 { 0.250000 setgray } def /Pat5 { 0.312500 setgray } def /Pat6 { 0.375000 setgray } def /Pat7 { 0.437500 setgray } def /Pat8 { 0.500000 setgray } def /Pat9 { 0.562500 setgray } def /Pat10 { 0.625000 setgray } def /Pat11 { 0.687500 setgray } def /Pat12 { 0.750000 setgray } def /Pat13 { 0.812500 setgray } def /Pat14 { 0.875000 setgray } def /Pat15 { 0.937500 setgray } def /setpattern { } def } ifelse /m {moveto} bind def /l {lineto} bind def /s {stroke} bind def % Symbol fill /f { gsave fill grestore stroke } bind def % Opaque symbol /o { gsave 1.000000 1.000000 1.000000 setrgbcolor fill grestore stroke } bind def % Circle symbol /a { 3 -1 roll 0 360 arc } bind def /da { a s } bind def /fa { a f } bind def /oa { a o } bind def % Square symbol /sq { moveto dup dup rmoveto 2 mul dup neg 0 rlineto dup neg 0 exch rlineto 0 rlineto closepath } bind def /dsq { sq s } bind def /fsq { sq f } bind def /osq { sq o } bind def % Triangle symbols /t1 { moveto dup 0 exch rmoveto dup neg dup 2 mul rlineto 2 mul 0 rlineto closepath } bind def /dt1 { t1 s } bind def /ft1 { t1 f } bind def /ot1 { t1 o } bind def /t2 { moveto dup neg 0 rmoveto dup dup 2 mul exch neg rlineto 2 mul 0 exch rlineto closepath } bind def /dt2 { t2 s } bind def /ft2 { t2 f } bind def /ot2 { t2 o } bind def /t3 { moveto dup neg 0 exch rmoveto dup dup 2 mul rlineto neg 2 mul 0 rlineto closepath } bind def /dt3 { t3 s } bind def /ft3 { t3 f } bind def /ot3 { t3 o } bind def /t4 { moveto dup 0 rmoveto dup dup -2 mul exch rlineto -2 mul 0 exch rlineto closepath } bind def /dt4 { t4 s } bind def /ft4 { t4 f } bind def /ot4 { t4 o } bind def % Diamond symbol /di { moveto dup 0 exch rmoveto dup neg dup rlineto dup dup neg rlineto dup dup rlineto closepath } bind def /ddi { di s } bind def /fdi { di f } bind def /odi { di o } bind def % Plus symbol /pl { dup 0 rmoveto dup -2 mul 0 rlineto dup dup rmoveto -2 mul 0 exch rlineto } bind def /dpl { m pl s } bind def % x symbol /x { dup dup rmoveto dup -2 mul dup rlineto 2 mul dup 0 rmoveto dup neg exch rlineto } bind def /dx { m x s } bind def % Splat symbol /dsp { m dup pl dup 0 exch rmoveto 0.707 mul x s } bind def /RJ { stringwidth neg exch neg exch rmoveto } bind def /CS { stringwidth 2 div neg exch 2 div neg exch rmoveto } bind def 0.24 0.24 scale 1 setlinecap mark /ISOLatin1Encoding 8#000 1 8#054 {StandardEncoding exch get} for /minus 8#056 1 8#217 {StandardEncoding exch get} for /dotlessi 8#301 1 8#317 {StandardEncoding exch get} for /space /exclamdown /cent /sterling /currency /yen /brokenbar /section /dieresis /copyright /ordfeminine /guillemotleft /logicalnot /hyphen /registered /macron /degree /plusminus /twosuperior /threesuperior /acute /mu /paragraph /periodcentered /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 /ISOLatin1Encoding where not {256 array astore def} if cleartomark /makeISOEncoded { findfont /curfont exch def /newfont curfont maxlength dict def /ISOLatin1 (-ISOLatin1) def /curfontname curfont /FontName get dup length string cvs def /newfontname curfontname length ISOLatin1 length add string dup 0 curfontname putinterval dup curfontname length ISOLatin1 putinterval def curfont { exch dup /FID ne { dup /Encoding eq { exch pop ISOLatin1Encoding exch } if dup /FontName eq { exch pop newfontname exch } if exch newfont 3 1 roll put } { pop pop } ifelse } forall newfontname newfont definefont } def /Times-Roman makeISOEncoded pop /Times-Bold makeISOEncoded pop /Times-Italic makeISOEncoded pop /Times-BoldItalic makeISOEncoded pop /Helvetica makeISOEncoded pop /Helvetica-Bold makeISOEncoded pop /Helvetica-Oblique makeISOEncoded pop /Helvetica-BoldOblique makeISOEncoded pop 2550 0 translate 90 rotate s 0.000000 0.000000 0.000000 setrgbcolor 1 setlinewidth /Times-Italic-ISOLatin1 findfont 60 scalefont setfont 0.862745 0.862745 0.862745 setrgbcolor 506 434 m 506 2115 l 2521 2115 l 2521 434 l 506 434 l closepath gsave eofill grestore s 0.000000 0.000000 0.000000 setrgbcolor [] 0 setdash 3 setlinewidth 506 434 m 506 444 l 758 434 m 758 444 l 1010 434 m 1010 444 l 1262 434 m 1262 444 l 1513 434 m 1513 444 l 1765 434 m 1765 444 l 2017 434 m 2017 444 l 2269 434 m 2269 444 l 2521 434 m 2521 444 l 506 2115 m 506 2105 l 758 2115 m 758 2105 l 1010 2115 m 1010 2105 l 1262 2115 m 1262 2105 l 1513 2115 m 1513 2105 l 1765 2115 m 1765 2105 l 2017 2115 m 2017 2105 l 2269 2115 m 2269 2105 l 2521 2115 m 2521 2105 l s 506 434 m 506 454 l 1010 434 m 1010 454 l 1513 434 m 1513 454 l 2017 434 m 2017 454 l 2521 434 m 2521 454 l 506 2115 m 506 2095 l 1010 2115 m 1010 2095 l 1513 2115 m 1513 2095 l 2017 2115 m 2017 2095 l 2521 2115 m 2521 2095 l /Times-Italic-ISOLatin1 findfont 108 scalefont setfont /Roman-ISOLatin1 findfont 108 scalefont setfont s 506 343 m gsave 506 343 translate 0 rotate 0 -36 m (0.0) CS (0.0) show grestore newpath 1010 343 m gsave 1010 343 translate 0 rotate 0 -36 m (0.2) CS (0.2) show grestore newpath 1513 343 m gsave 1513 343 translate 0 rotate 0 -36 m (0.4) CS (0.4) show grestore newpath 2017 343 m gsave 2017 343 translate 0 rotate 0 -36 m (0.6) CS (0.6) show grestore newpath 2521 343 m gsave 2521 343 translate 0 rotate 0 -36 m (0.8) CS (0.8) show grestore newpath /Roman-ISOLatin1 findfont 132 scalefont setfont 1513 161 m gsave 1513 161 translate 0 rotate 0 0 m (Kinetic energy Ei \(eV\)) CS (Kinetic energy) show /Times-Italic-ISOLatin1 findfont 132 scalefont setfont 210 0 translate 0 rotate 0 0 m (E) show /Times-Italic-ISOLatin1 findfont 79 scalefont setfont 0 -39 rmoveto (i) show /Roman-ISOLatin1 findfont 132 scalefont setfont 0 39 rmoveto ( \(eV\)) show grestore newpath 506 434 m 516 434 l 506 575 m 516 575 l 506 715 m 516 715 l 506 855 m 516 855 l 506 995 m 516 995 l 506 1135 m 516 1135 l 506 1275 m 516 1275 l 506 1415 m 516 1415 l 506 1555 m 516 1555 l 506 1695 m 516 1695 l 506 1835 m 516 1835 l 506 1975 m 516 1975 l 506 2115 m 516 2115 l 2521 434 m 2511 434 l 2521 575 m 2511 575 l 2521 715 m 2511 715 l 2521 855 m 2511 855 l 2521 995 m 2511 995 l 2521 1135 m 2511 1135 l 2521 1275 m 2511 1275 l 2521 1415 m 2511 1415 l 2521 1555 m 2511 1555 l 2521 1695 m 2511 1695 l 2521 1835 m 2511 1835 l 2521 1975 m 2511 1975 l 2521 2115 m 2511 2115 l s 506 434 m 526 434 l 506 715 m 526 715 l 506 995 m 526 995 l 506 1275 m 526 1275 l 506 1555 m 526 1555 l 506 1835 m 526 1835 l 506 2115 m 526 2115 l 2521 434 m 2501 434 l 2521 715 m 2501 715 l 2521 995 m 2501 995 l 2521 1275 m 2501 1275 l 2521 1555 m 2501 1555 l 2521 1835 m 2501 1835 l 2521 2115 m 2501 2115 l /Roman-ISOLatin1 findfont 108 scalefont setfont s 436 434 m gsave 436 434 translate 0 rotate 0 -36 m (0.0) RJ (0.0) show grestore newpath 436 715 m gsave 436 715 translate 0 rotate 0 -36 m (0.1) RJ (0.1) show grestore newpath 436 995 m gsave 436 995 translate 0 rotate 0 -36 m (0.2) RJ (0.2) show grestore newpath 436 1275 m gsave 436 1275 translate 0 rotate 0 -36 m (0.3) RJ (0.3) show grestore newpath 436 1555 m gsave 436 1555 translate 0 rotate 0 -36 m (0.4) RJ (0.4) show grestore newpath 436 1835 m gsave 436 1835 translate 0 rotate 0 -36 m (0.5) RJ (0.5) show grestore newpath 436 2115 m gsave 436 2115 translate 0 rotate 0 -36 m (0.6) RJ (0.6) show grestore newpath /Roman-ISOLatin1 findfont 133 scalefont setfont 204 1274 m gsave 204 1274 translate 90 rotate 0 0 m (Sticking probability) CS (Sticking probability) show grestore newpath 11 setlinewidth 708 434 m 733 436 l 758 505 l 808 648 l 834 693 l 859 748 l 884 794 l 909 835 l 934 889 l 959 924 l 985 963 l 1010 1010 l 1035 1043 l 1060 1102 l 1085 1154 l 1111 1192 l 1136 1237 l 1161 1271 l 1211 1329 l 1262 1358 l 1312 1401 l 1362 1420 l 1413 1441 l 1463 1447 l 1513 1440 l 1564 1431 l 1614 1443 l 1665 1451 l 1715 1447 l 1765 1453 l 1816 1450 l 1866 1460 l 1916 1475 l 1967 1492 l 2017 1509 l 2068 1525 l 2118 1547 l 2168 1563 l 2219 1577 l 2269 1596 l 2319 1609 l 2370 1628 l 2420 1658 l 2470 1694 l 2521 1719 l s 3 setlinewidth 11 setlinewidth 657 434 m 708 470 l 758 518 l 808 631 l 859 735 l 909 870 l 959 982 l 1010 1083 l 1060 1186 l 1111 1262 l 1136 1307 l 1262 1394 l 1388 1458 l 1513 1478 l 1639 1478 l 1765 1463 l 1891 1478 l 2017 1514 l 2143 1534 l 2269 1590 l 2395 1618 l 2521 1671 l /Roman-ISOLatin1 findfont 68 scalefont setfont s 22 657 434 oa 22 708 470 oa 22 758 518 oa 22 808 631 oa 22 859 735 oa 22 909 870 oa 22 959 982 oa 22 1010 1083 oa 22 1060 1186 oa 22 1111 1262 oa 22 1136 1307 oa 22 1262 1394 oa 22 1388 1458 oa 22 1513 1478 oa 22 1639 1478 oa 22 1765 1463 oa 22 1891 1478 oa 22 2017 1514 oa 22 2143 1534 oa 22 2269 1590 oa 22 2395 1618 oa 22 2521 1671 oa /Roman-ISOLatin1 findfont 133 scalefont setfont 3 setlinewidth 1 setlinewidth 9 setlinewidth 506 434 m 506 2115 l 2521 2115 l 2521 434 l 506 434 l s 1 setlinewidth /Roman-ISOLatin1 findfont 108 scalefont setfont 9 setlinewidth 1.000000 1.000000 1.000000 setrgbcolor 1162 509 m 1162 849 l 2438 849 l 2438 509 l closepath gsave eofill grestore s 0.000000 0.000000 0.000000 setrgbcolor 1162 509 m 1162 849 l 2438 849 l 2438 509 l 1162 509 l s 1 setlinewidth /Roman-ISOLatin1 findfont 108 scalefont setfont 11 setlinewidth 1226 747 m 1354 747 l s 1 setlinewidth 1418 747 m gsave 1418 747 translate 0 rotate 0 -36 m (Analytical PES) show grestore newpath /Roman-ISOLatin1 findfont 108 scalefont setfont 11 setlinewidth 1226 611 m 1354 611 l s 22 1226 611 oa 22 1354 611 oa 1 setlinewidth 1418 611 m gsave 1418 611 translate 0 rotate 0 -36 m (NN PES: dense grid ) show grestore newpath /Roman-ISOLatin1 findfont 108 scalefont setfont 837 1702 m gsave 837 1702 translate 0 rotate 0 -36 m (43,928 points) show grestore newpath /Roman-ISOLatin1 findfont 108 scalefont setfont /Roman-ISOLatin1 findfont 108 scalefont setfont 1577 1154 m gsave 1577 1154 translate 0 rotate 0 -36 m (3,101 weights) show grestore newpath /Roman-ISOLatin1 findfont 108 scalefont setfont end showpage %%Trailer %%EndDocument @endspecial 3547 -166 a currentpoint grestore moveto 3547 -166 a 2042 1162 a Fr(FIG.)23 b(8:)33 b(Stic)n(king)22 b(probabilit)n(y)g(v)n(ersus)h(kinetic)f (energy)g(for)i(H)3886 1170 y Fq(2)3920 1162 y Fr(/\(2)n Fb(\002)2042 1250 y Fr(2)-13 b(\)S/Pd\(100\))19 b(for)g(a)f Fb(f)p Fr(9)-11 b Fb(\000)g Fr(50)g Fb(\000)g Fr(50)g Fb(\000)g Fr(1)19 b Fg(tl)q Fb(g)f Fr(NN.)g(The)g(data)g(sampling)h (from)2042 1337 y(the)i(analytical)i(PES)f(is)g(based)g(on)g(a)g(dense) f(mesh)h(of)g(con\014gurations)2042 1424 y(in)27 b(all)i(six)f(degrees) h(of)f(freedom)h(of)f(the)g(H)3300 1432 y Fq(2)3362 1424 y Fr(molecule.)42 b(P)n(arameter:)2042 1511 y Fg(\025)p Fr(\(0\))9 b(=)g(0)p Fg(:)p Fr(98,)26 b Fg(\025)2490 1519 y Fq(0)2533 1511 y Fr(=)9 b(0)p Fg(:)p Fr(99906,)28 b Fg(a)2941 1520 y Ff(th)3013 1511 y Fr(=)9 b(0)p Fg(:)p Fr(6.)2069 1803 y Ft(X)2131 1815 y Fm(9)2168 1803 y Ft(=)33 b(sin)2368 1768 y Fm(4)2405 1803 y Ft(\()p Fl(\022)r Ft(\))14 b(cos\(4)p Fl(\036)p Ft(\))g([cos\(2)p Fl(GX)3148 1815 y Fk(c)3181 1803 y Ft(\))19 b(+)f(cos)o(\(2)p Fl(GY)3613 1815 y Fk(c)3647 1803 y Ft(\)])c Fl(e)3755 1773 y Fm(\()p Fe(\000)p Fk(s=)p Fm(2\))3961 1803 y Ft(.)2807 2100 y Fo(C.)88 b(NN-PES)2125 2317 y Ft(On)32 b(the)g(clean)f(Pd\(100\))g (surface)g(it)h(w)n(as)f(necessary)g(to)g(use)2042 2413 y(a)25 b(high)g(n)n(um)n(b)r(er)g(of)g(training)g(p)r(oin)n(ts)g(along) f(with)i(a)f(high)g(n)n(um-)2042 2508 y(b)r(er)41 b(of)g(parameters)e (to)i(represen)n(t)f(the)h(detailed)g(PES)g(with)2042 2604 y(activ)-5 b(ated)32 b(and)g(non-activ)-5 b(ated)31 b(paths)h(to)n(w)n(ards)e(disso)r(ciation.)2042 2699 y(Corresp)r(ondingly)-7 b(,)24 b(the)j(\014rst)f(test)h(of)f(a)g(NN)h (appro)n(ximation)d(of)2042 2795 y(the)g(analytical)f(PES)h(for)f(the)i (sulfur)f(co)n(v)n(ered)e(Pd\(100\))h(will)i(b)r(e)2042 2890 y(based)i(on)g(a)g(dense)h(grid)f(of)g(p)r(oin)n(ts.)2224 3187 y Fs(1.)78 b(NN-\014t)28 b(b)l(ase)l(d)h(on)f(a)g(dense)h(grid)e (of)h(c)l(on\014gur)l(ations)2125 3404 y Ft(W)-7 b(e)25 b(\014tted)h(43)p Fl(;)14 b Ft(928)48 b(data)25 b(p)r(oin)n(ts)g(from)f (the)i(analytical)e(PES)2042 3500 y(on)40 b(a)h(dense)g(grid)f(of)g (con\014gurations)f(in)j(all)e(six)h(degrees)e(of)2042 3595 y(freedom)25 b(of)h(the)h(h)n(ydrogen)d(molecule.)36 b(The)26 b(net)n(w)n(ork)f(consists)2042 3691 y(of)40 b(t)n(w)n(o)g(hidden)g(la)n(y)n(ers)f(with)i(\014ft)n(y)f(no)r(des)g (in)h(eac)n(h)e(of)i(them)2042 3786 y Fh(f)p Ft(9)9 b Fh(\000)g Ft(50)g Fh(\000)g Ft(50)g Fh(\000)g Ft(1)30 b Fl(tl)r Fh(g)p Ft(.)55 b(F)-7 b(or)34 b(the)h(test)f(of)g(the)h (accuracy)e(of)h(the)2042 3882 y(in)n(terp)r(olation)i(w)n(e)i(used)f (5)p Fl(;)14 b Ft(891)36 b(energies.)65 b(After)38 b(40)f(ep)r(o)r(c)n (hs)2042 3977 y(the)d(training)f(and)h(test)g(error)e(w)n(ere)h(0)p Fl(:)p Ft(033)14 b(eV)32 b(and)i(0)p Fl(:)p Ft(043)14 b(eV.)2042 4073 y(The)36 b(NN-PES)f(has)h(subsequen)n(tly)f(b)r(een)i (used)f(in)g(molecular)2042 4168 y(dynamics)f(calculations)g(to)h (determine)g(the)g(stic)n(king)g(proba-)2042 4263 y(bilit)n(y)-7 b(.)48 b(Figure)31 b(8)g(displa)n(ys)f(these)i(results.)47 b(The)32 b(NN)g(stic)n(king)2042 4359 y(curv)n(e)25 b(agrees)f(v)n(ery) h(w)n(ell)h(with)h(the)f(analytical)f(stic)n(king)h(co)r(e\016-)2042 4454 y(cien)n(t,)g(their)g(v)-5 b(alues)26 b(di\013er)g(b)n(y)g(less)f (than)i(3\045.)36 b(In)26 b(comparison,)2042 4550 y(for)g(a)g(go)r(o)r (d)g(\014t)i(on)e(the)h(clean)g(surface)e(a)i(n)n(um)n(b)r(er)f(of)h (examples)2042 4645 y(t)n(wice)g(as)g(large)f(w)n(as)h(required.)2125 4745 y(F)-7 b(urthermore,)26 b(for)h(the)g(sulfur)h(p)r(oisoned)e (surface)h(the)g(n)n(um-)2042 4840 y(b)r(er)35 b(of)h(w)n(eigh)n(ts)e (in)i(the)g(appro)n(ximation)e(can)h(b)r(e)h(greatly)e(re-)2042 4936 y(duced)51 b(without)g(lo)r(osing)e(m)n(uc)n(h)i(of)f(the)h(net)n (w)n(orks)e(p)r(erfor-)2042 5031 y(mance.)34 b(The)19 b(stic)n(king)g(probabilit)n(y)g(for)g(a)h Fh(f)p Ft(9)-11 b Fh(\000)g Ft(20)g Fh(\000)g Ft(20)g Fh(\000)g Ft(1)13 b Fl(tl)r Fh(g)19 b Ft(net-)2042 5127 y(w)n(ork)27 b(di\013ers)h(from)h (the)g(v)-5 b(alue)28 b(based)g(on)g(the)h(analytical)f(PES)2042 5222 y(b)n(y)33 b(less)g(than)g(5\045.)54 b(The)34 b(training)e(and)i (test)f(error)f(\(0)p Fl(:)p Ft(068)14 b(eV)2042 5318 y(and)31 b(0)p Fl(:)p Ft(081)14 b(eV\))30 b(w)n(ere)g(sligh)n(tly)h (higher)g(than)g(for)g(the)h(net)n(w)n(ork)2042 5413 y(with)25 b(3101)d(parameters,)h(but)i(still)g(within)g(the)g(desired)e Fn(ab)28 b(ini-)p eop end %%Page: 10 10 TeXDict begin 10 9 bop 4001 -299 a Ft(10)281 692 y @beginspecial 0 @llx 0 @lly 333 @urx 242 @ury 1417 @rwi @setspecial %%BeginDocument: Fig9.eps %!PS-Adobe-2.0 EPSF-2.0 %%Title: h2kpd_configs_3rows.xfig.eps %%Creator: fig2dev Version 3.2.3 Patchlevel %%CreationDate: Tue Jan 30 21:39:42 2001 %%For: soenke@theolx14 (Soenke Lorenz) %%BoundingBox: 0 0 333 242 %%Magnification: 1.0000 %%EndComments /$F2psDict 200 dict def $F2psDict begin $F2psDict /mtrx matrix put /col-1 {0 setgray} bind def /col0 {0.000 0.000 0.000 srgb} bind def /col1 {0.000 0.000 1.000 srgb} bind def /col2 {0.000 1.000 0.000 srgb} bind def /col3 {0.000 1.000 1.000 srgb} bind def /col4 {1.000 0.000 0.000 srgb} bind def /col5 {1.000 0.000 1.000 srgb} bind def /col6 {1.000 1.000 0.000 srgb} bind def /col7 {1.000 1.000 1.000 srgb} bind def /col8 {0.000 0.000 0.560 srgb} bind def /col9 {0.000 0.000 0.690 srgb} bind def /col10 {0.000 0.000 0.820 srgb} bind def /col11 {0.530 0.810 1.000 srgb} bind def /col12 {0.000 0.560 0.000 srgb} bind def /col13 {0.000 0.690 0.000 srgb} bind def /col14 {0.000 0.820 0.000 srgb} bind def /col15 {0.000 0.560 0.560 srgb} bind def /col16 {0.000 0.690 0.690 srgb} bind def /col17 {0.000 0.820 0.820 srgb} bind def /col18 {0.560 0.000 0.000 srgb} bind def /col19 {0.690 0.000 0.000 srgb} bind def /col20 {0.820 0.000 0.000 srgb} bind def /col21 {0.560 0.000 0.560 srgb} bind def /col22 {0.690 0.000 0.690 srgb} bind def /col23 {0.820 0.000 0.820 srgb} bind def /col24 {0.500 0.190 0.000 srgb} bind def /col25 {0.630 0.250 0.000 srgb} bind def /col26 {0.750 0.380 0.000 srgb} bind def /col27 {1.000 0.500 0.500 srgb} bind def /col28 {1.000 0.630 0.630 srgb} bind def /col29 {1.000 0.750 0.750 srgb} bind def /col30 {1.000 0.880 0.880 srgb} bind def /col31 {1.000 0.840 0.000 srgb} bind def end save newpath 0 247 moveto 0 0 lineto 337 0 lineto 337 247 lineto closepath clip newpath -24.0 262.0 translate 1 -1 scale /cp {closepath} bind def /ef {eofill} bind def /gr {grestore} bind def /gs {gsave} bind def /sa {save} bind def /rs {restore} bind def /l {lineto} bind def /m {moveto} bind def /rm {rmoveto} bind def /n {newpath} bind def /s {stroke} bind def /sh {show} bind def /slc {setlinecap} bind def /slj {setlinejoin} bind def /slw {setlinewidth} bind def /srgb {setrgbcolor} bind def /rot {rotate} bind def /sc {scale} bind def /sd {setdash} bind def /ff {findfont} bind def /sf {setfont} bind def /scf {scalefont} bind def /sw {stringwidth} bind def /tr {translate} bind def /tnt {dup dup currentrgbcolor 4 -2 roll dup 1 exch sub 3 -1 roll mul add 4 -2 roll dup 1 exch sub 3 -1 roll mul add 4 -2 roll dup 1 exch sub 3 -1 roll mul add srgb} bind def /shd {dup dup currentrgbcolor 4 -2 roll mul 4 -2 roll mul 4 -2 roll mul srgb} bind def /$F2psBegin {$F2psDict begin /$F2psEnteredState save def} def /$F2psEnd {$F2psEnteredState restore end} def $F2psBegin %%Page: 1 1 10 setmiterlimit 0.06299 0.06299 sc % Polyline % % Begin Imported EPS File: b1-h1-b1config.ps %%BeginDocument: b1-h1-b1config.ps % n gs 405 265 tr 3.140260 -3.140260 sc 0 -385 tr -100 -230 tr sa n 100 230 m 485 230 l 485 615 l 100 615 l cp clip n countdictstack mark /showpage {} def % EPS file follows: %!PS-Adobe-2.0 %%Creator: BALSAC 2.11 (C) Copyright by K. Hermann %%BoundingBox: 100 230 485 615 %%EndComments %%%BoundingBox: 40 315 565 700 % 26 714 translate -90 rotate .7 .7 scale /Boxd { /yc2 exch def /xc2 exch def /yc1 exch def /xc1 exch def newpath xc1 yc1 moveto xc2 yc1 lineto xc2 yc2 lineto xc1 yc2 lineto closepath } bind def /ISOenc {findfont dup length dict begin {1 index /FID ne {def} {pop pop} ifelse } forall /Encoding ISOLatin1Encoding def currentdict end definefont pop} bind def /COcir { setrgbcolor 0.25 setlinewidth newpath 0 360 arc closepath stroke } bind def /CFcir { setrgbcolor 0.25 setlinewidth newpath 0 360 arc closepath gsave fill grestore Rol Gol Bol setrgbcolor stroke } bind def /CLine { setlinewidth setrgbcolor newpath moveto lineto 1 setlinejoin 1 setlinecap stroke } bind def /COLine { /lwi exch def /clB exch def /clG exch def /clR exch def newpath moveto lineto 1 setlinejoin 0 setlinecap gsave lwi 3 add setlinewidth 1 setgray stroke grestore lwi setlinewidth clR clG clB setrgbcolor stroke } bind def /CDLine { /lwi exch def /clB exch def /clG exch def /clR exch def /y3 exch def /x3 exch def newpath moveto lineto x3 y3 lineto 1 setlinejoin 0 setlinecap lwi 0 ge {gsave lwi 3 add setlinewidth 1 setgray stroke grestore} {/lwi lwi neg def} ifelse lwi setlinewidth clR clG clB setrgbcolor stroke } bind def /CBall { /incol exch nos1 mul def /radius exch def /y0 exch def /x0 exch def x0 y0 translate phi rotate 0 radius Cel /shift0 ey radius mul def /i 0 def 1. ez div 1. scale /radiz radius ez mul def nosh {/incol incol 1 add def alp i get shift0 mul bet i get radiz mul Cel /i i 1 add def} repeat ez 1. scale 0 0 radius Rol Gol Bol COcir phi neg rotate x0 neg y0 neg translate} bind def /Cel { /rady exch def /yy0 exch def 0 yy0 translate newpath cRA incol get cGA incol get cBA incol get setrgbcolor 0 0 rady 0 360 arc closepath fill 0 yy0 neg translate } bind def /Lite { /phi exch def /ez exch def /ey exch def } bind def /CBond { /clBi exch def /clGi exch def /clRi exch def /qq exch def /r2 exch def /r1 exch def /y2 exch def /x2 exch def /y1 exch def /x1 exch def qq 0 gt {/qq1 1 qq div def} if x1 x2 ne y1 y2 ne or { /wr y2 y1 sub x2 x1 sub atan def newpath 0.25 setlinewidth clRi clGi clBi setrgbcolor x1 y1 translate wr rotate qq 0 gt {qq 1 scale 0 0 r1 90 270 arc qq1 1 scale } {0 r1 moveto 0 r1 neg lineto } ifelse wr neg rotate x2 x1 sub y2 y1 sub translate wr rotate 0 r2 neg lineto qq 0 lt {qq 1 scale 0 0 r2 270 90 arcn qq1 1 scale } { 0 r2 lineto } ifelse wr neg rotate x2 neg y2 neg translate closepath gsave fill grestore Rbd Gbd Bbd setrgbcolor stroke } if } bind def /Coldef { /qgam exch def /qmax exch def /qmin exch def /clB exch def /clG exch def /clR exch def /qint clR clG clB add add 3 div def qint 0 eq { /qint 1 def /pint 1 def } { /pint 1 1 qint sub div def } ifelse /aaR clR qint sub pint mul def /bbR 1 clR sub pint mul def /aaG clG qint sub pint mul def /bbG 1 clG sub pint mul def /aaB clB qint sub pint mul def /bbB 1 clB sub pint mul def /dqq qmax qmin sub def /qq qmin dqq sub def /kk 0 def nos1 { /qq qmin kk nosh div qgam exp dqq mul add def qq qint lt {cRA ii clR qq mul qint div put cGA ii clG qq mul qint div put cBA ii clB qq mul qint div put } {cRA ii aaR bbR qq mul add put cGA ii aaG bbG qq mul add put cBA ii aaB bbB qq mul add put } ifelse /ii ii 1 add def /kk kk 1 add def} repeat} bind def /nosh 50 def /ncol 3 def /nos1 nosh 1 add def /cRA nos1 ncol mul array def /cGA nos1 ncol mul array def /cBA nos1 ncol mul array def /ii 0 def .736 .787 1.000 .400 .900 1.000 Coldef .992 .992 .992 .200 .655 1.000 Coldef .992 .992 .992 .770 .990 .810 Coldef /alp nosh array def /bet nosh array def /i 0 def /j 0 def nosh { alp i j nosh div put bet i 1 j nosh div dup mul sub abs sqrt put /i i 1 add def /j j 1 add def } repeat % 20 20 570 770 Boxd .000 .000 .000 setrgbcolor fill % 20 20 570 770 Boxd 0 setgray stroke 20 20 570 770 Boxd clip % 53 45 {dup mul exch dup mul add 1. exch sub } setscreen /Rol .000 def /Gol .000 def /Bol .000 def /Rbd .000 def /Gbd .000 def /Bbd .000 def .7660 .6428 125.00 Lite 293.00 445.45 18.34 1 CBall % 2 293.00 427.37 293.00 414.63 3.056 3.056 .0000 .000 .000 .000 CBond % 1 - 2 216.60 344.60 43.24 2 CBall % 3 369.40 497.40 43.24 2 CBall % 4 369.40 344.60 43.24 2 CBall % 5 216.60 497.40 43.24 2 CBall % 6 140.20 268.20 30.56 0 CBall % 7 170.42 268.20 415.58 268.20 4.584 4.584 .0000 .739 .739 .978 CBond % 7 - 8 140.20 298.42 140.20 543.58 4.584 4.584 .0000 .739 .739 .978 CBond % 7 - 9 445.80 268.20 30.56 0 CBall % 8 445.80 298.42 445.80 543.58 4.584 4.584 .0000 .739 .739 .978 CBond % 8 - 10 140.20 573.80 30.56 0 CBall % 9 170.42 573.80 415.58 573.80 4.584 4.584 .0000 .739 .739 .978 CBond % 9 - 10 445.80 573.80 30.56 0 CBall % 10 293.00 396.55 18.34 1 CBall % 1 /#copies 1 def showpage %%EndDocument: cleartomark countdictstack exch sub { end } repeat restore grestore % % End Imported PIC File: b1-h1-b1config.ps %%EndDocument % % Polyline % % Begin Imported EPS File: tpd-h1-tpdconfig.ps %%BeginDocument: tpd-h1-tpdconfig.ps % n gs 1800 276 tr 3.140260 -3.140260 sc 0 -385 tr -100 -230 tr sa n 100 230 m 485 230 l 485 615 l 100 615 l cp clip n countdictstack mark /showpage {} def % EPS file follows: %!PS-Adobe-2.0 %%Creator: BALSAC 2.11 (C) Copyright by K. Hermann %%BoundingBox: 100 230 485 615 %%EndComments %%%BoundingBox: 40 315 565 700 % 26 714 translate -90 rotate .7 .7 scale /Boxd { /yc2 exch def /xc2 exch def /yc1 exch def /xc1 exch def newpath xc1 yc1 moveto xc2 yc1 lineto xc2 yc2 lineto xc1 yc2 lineto closepath } bind def /ISOenc {findfont dup length dict begin {1 index /FID ne {def} {pop pop} ifelse } forall /Encoding ISOLatin1Encoding def currentdict end definefont pop} bind def /COcir { setrgbcolor 0.25 setlinewidth newpath 0 360 arc closepath stroke } bind def /CFcir { setrgbcolor 0.25 setlinewidth newpath 0 360 arc closepath gsave fill grestore Rol Gol Bol setrgbcolor stroke } bind def /CLine { setlinewidth setrgbcolor newpath moveto lineto 1 setlinejoin 1 setlinecap stroke } bind def /COLine { /lwi exch def /clB exch def /clG exch def /clR exch def newpath moveto lineto 1 setlinejoin 0 setlinecap gsave lwi 3 add setlinewidth 1 setgray stroke grestore lwi setlinewidth clR clG clB setrgbcolor stroke } bind def /CDLine { /lwi exch def /clB exch def /clG exch def /clR exch def /y3 exch def /x3 exch def newpath moveto lineto x3 y3 lineto 1 setlinejoin 0 setlinecap lwi 0 ge {gsave lwi 3 add setlinewidth 1 setgray stroke grestore} {/lwi lwi neg def} ifelse lwi setlinewidth clR clG clB setrgbcolor stroke } bind def /CBall { /incol exch nos1 mul def /radius exch def /y0 exch def /x0 exch def x0 y0 translate phi rotate 0 radius Cel /shift0 ey radius mul def /i 0 def 1. ez div 1. scale /radiz radius ez mul def nosh {/incol incol 1 add def alp i get shift0 mul bet i get radiz mul Cel /i i 1 add def} repeat ez 1. scale 0 0 radius Rol Gol Bol COcir phi neg rotate x0 neg y0 neg translate} bind def /Cel { /rady exch def /yy0 exch def 0 yy0 translate newpath cRA incol get cGA incol get cBA incol get setrgbcolor 0 0 rady 0 360 arc closepath fill 0 yy0 neg translate } bind def /Lite { /phi exch def /ez exch def /ey exch def } bind def /CBond { /clBi exch def /clGi exch def /clRi exch def /qq exch def /r2 exch def /r1 exch def /y2 exch def /x2 exch def /y1 exch def /x1 exch def qq 0 gt {/qq1 1 qq div def} if x1 x2 ne y1 y2 ne or { /wr y2 y1 sub x2 x1 sub atan def newpath 0.25 setlinewidth clRi clGi clBi setrgbcolor x1 y1 translate wr rotate qq 0 gt {qq 1 scale 0 0 r1 90 270 arc qq1 1 scale } {0 r1 moveto 0 r1 neg lineto } ifelse wr neg rotate x2 x1 sub y2 y1 sub translate wr rotate 0 r2 neg lineto qq 0 lt {qq 1 scale 0 0 r2 270 90 arcn qq1 1 scale } { 0 r2 lineto } ifelse wr neg rotate x2 neg y2 neg translate closepath gsave fill grestore Rbd Gbd Bbd setrgbcolor stroke } if } bind def /Coldef { /qgam exch def /qmax exch def /qmin exch def /clB exch def /clG exch def /clR exch def /qint clR clG clB add add 3 div def qint 0 eq { /qint 1 def /pint 1 def } { /pint 1 1 qint sub div def } ifelse /aaR clR qint sub pint mul def /bbR 1 clR sub pint mul def /aaG clG qint sub pint mul def /bbG 1 clG sub pint mul def /aaB clB qint sub pint mul def /bbB 1 clB sub pint mul def /dqq qmax qmin sub def /qq qmin dqq sub def /kk 0 def nos1 { /qq qmin kk nosh div qgam exp dqq mul add def qq qint lt {cRA ii clR qq mul qint div put cGA ii clG qq mul qint div put cBA ii clB qq mul qint div put } {cRA ii aaR bbR qq mul add put cGA ii aaG bbG qq mul add put cBA ii aaB bbB qq mul add put } ifelse /ii ii 1 add def /kk kk 1 add def} repeat} bind def /nosh 50 def /ncol 3 def /nos1 nosh 1 add def /cRA nos1 ncol mul array def /cGA nos1 ncol mul array def /cBA nos1 ncol mul array def /ii 0 def .736 .787 1.000 .400 .900 1.000 Coldef .992 .992 .992 .200 .655 1.000 Coldef .992 .992 .992 .770 .990 .810 Coldef /alp nosh array def /bet nosh array def /i 0 def /j 0 def nosh { alp i j nosh div put bet i 1 j nosh div dup mul sub abs sqrt put /i i 1 add def /j j 1 add def } repeat % 20 20 570 770 Boxd .000 .000 .000 setrgbcolor fill % 20 20 570 770 Boxd 0 setgray stroke 20 20 570 770 Boxd clip % 53 45 {dup mul exch dup mul add 1. exch sub } setscreen /Rol .000 def /Gol .000 def /Bol .000 def /Rbd .000 def /Gbd .000 def /Bbd .000 def .7660 .6428 125.00 Lite 311.34 439.34 18.34 1 CBall % 2 298.55 426.55 287.45 415.45 3.056 3.056 .0000 .000 .000 .000 CBond % 1 - 2 216.60 344.60 43.24 2 CBall % 3 369.40 497.40 43.24 2 CBall % 4 369.40 344.60 43.24 2 CBall % 5 216.60 497.40 43.24 2 CBall % 6 140.20 268.20 30.56 0 CBall % 7 170.42 268.20 415.58 268.20 4.584 4.584 .0000 .739 .739 .978 CBond % 7 - 8 140.20 298.42 140.20 543.58 4.584 4.584 .0000 .739 .739 .978 CBond % 7 - 9 445.80 268.20 30.56 0 CBall % 8 445.80 298.42 445.80 543.58 4.584 4.584 .0000 .739 .739 .978 CBond % 8 - 10 140.20 573.80 30.56 0 CBall % 9 170.42 573.80 415.58 573.80 4.584 4.584 .0000 .739 .739 .978 CBond % 9 - 10 445.80 573.80 30.56 0 CBall % 10 274.66 402.66 18.34 1 CBall % 1 /#copies 1 def showpage %%EndDocument: cleartomark countdictstack exch sub { end } repeat restore grestore % % End Imported PIC File: tpd-h1-tpdconfig.ps %%EndDocument % % Polyline % % Begin Imported EPS File: h1config.ps %%BeginDocument: h1config.ps % n gs 3150 276 tr 3.140260 -3.140260 sc 0 -385 tr -100 -230 tr sa n 100 230 m 485 230 l 485 615 l 100 615 l cp clip n countdictstack mark /showpage {} def % EPS file follows: %!PS-Adobe-2.0 %%Creator: BALSAC 2.11 (C) Copyright by K. Hermann %%BoundingBox: 100 230 485 615 %%EndComments %%%BoundingBox: 40 315 565 700 % 26 714 translate -90 rotate .7 .7 scale /Boxd { /yc2 exch def /xc2 exch def /yc1 exch def /xc1 exch def newpath xc1 yc1 moveto xc2 yc1 lineto xc2 yc2 lineto xc1 yc2 lineto closepath } bind def /ISOenc {findfont dup length dict begin {1 index /FID ne {def} {pop pop} ifelse } forall /Encoding ISOLatin1Encoding def currentdict end definefont pop} bind def /COcir { setrgbcolor 0.25 setlinewidth newpath 0 360 arc closepath stroke } bind def /CFcir { setrgbcolor 0.25 setlinewidth newpath 0 360 arc closepath gsave fill grestore Rol Gol Bol setrgbcolor stroke } bind def /CLine { setlinewidth setrgbcolor newpath moveto lineto 1 setlinejoin 1 setlinecap stroke } bind def /COLine { /lwi exch def /clB exch def /clG exch def /clR exch def newpath moveto lineto 1 setlinejoin 0 setlinecap gsave lwi 3 add setlinewidth 1 setgray stroke grestore lwi setlinewidth clR clG clB setrgbcolor stroke } bind def /CDLine { /lwi exch def /clB exch def /clG exch def /clR exch def /y3 exch def /x3 exch def newpath moveto lineto x3 y3 lineto 1 setlinejoin 0 setlinecap lwi 0 ge {gsave lwi 3 add setlinewidth 1 setgray stroke grestore} {/lwi lwi neg def} ifelse lwi setlinewidth clR clG clB setrgbcolor stroke } bind def /CBall { /incol exch nos1 mul def /radius exch def /y0 exch def /x0 exch def x0 y0 translate phi rotate 0 radius Cel /shift0 ey radius mul def /i 0 def 1. ez div 1. scale /radiz radius ez mul def nosh {/incol incol 1 add def alp i get shift0 mul bet i get radiz mul Cel /i i 1 add def} repeat ez 1. scale 0 0 radius Rol Gol Bol COcir phi neg rotate x0 neg y0 neg translate} bind def /Cel { /rady exch def /yy0 exch def 0 yy0 translate newpath cRA incol get cGA incol get cBA incol get setrgbcolor 0 0 rady 0 360 arc closepath fill 0 yy0 neg translate } bind def /Lite { /phi exch def /ez exch def /ey exch def } bind def /CBond { /clBi exch def /clGi exch def /clRi exch def /qq exch def /r2 exch def /r1 exch def /y2 exch def /x2 exch def /y1 exch def /x1 exch def qq 0 gt {/qq1 1 qq div def} if x1 x2 ne y1 y2 ne or { /wr y2 y1 sub x2 x1 sub atan def newpath 0.25 setlinewidth clRi clGi clBi setrgbcolor x1 y1 translate wr rotate qq 0 gt {qq 1 scale 0 0 r1 90 270 arc qq1 1 scale } {0 r1 moveto 0 r1 neg lineto } ifelse wr neg rotate x2 x1 sub y2 y1 sub translate wr rotate 0 r2 neg lineto qq 0 lt {qq 1 scale 0 0 r2 270 90 arcn qq1 1 scale } { 0 r2 lineto } ifelse wr neg rotate x2 neg y2 neg translate closepath gsave fill grestore Rbd Gbd Bbd setrgbcolor stroke } if } bind def /Coldef { /qgam exch def /qmax exch def /qmin exch def /clB exch def /clG exch def /clR exch def /qint clR clG clB add add 3 div def qint 0 eq { /qint 1 def /pint 1 def } { /pint 1 1 qint sub div def } ifelse /aaR clR qint sub pint mul def /bbR 1 clR sub pint mul def /aaG clG qint sub pint mul def /bbG 1 clG sub pint mul def /aaB clB qint sub pint mul def /bbB 1 clB sub pint mul def /dqq qmax qmin sub def /qq qmin dqq sub def /kk 0 def nos1 { /qq qmin kk nosh div qgam exp dqq mul add def qq qint lt {cRA ii clR qq mul qint div put cGA ii clG qq mul qint div put cBA ii clB qq mul qint div put } {cRA ii aaR bbR qq mul add put cGA ii aaG bbG qq mul add put cBA ii aaB bbB qq mul add put } ifelse /ii ii 1 add def /kk kk 1 add def} repeat} bind def /nosh 50 def /ncol 3 def /nos1 nosh 1 add def /cRA nos1 ncol mul array def /cGA nos1 ncol mul array def /cBA nos1 ncol mul array def /ii 0 def .736 .787 1.000 .400 .900 1.000 Coldef .992 .992 .992 .200 .655 1.000 Coldef .992 .992 .992 .770 .990 .810 Coldef /alp nosh array def /bet nosh array def /i 0 def /j 0 def nosh { alp i j nosh div put bet i 1 j nosh div dup mul sub abs sqrt put /i i 1 add def /j j 1 add def } repeat % 20 20 570 770 Boxd .000 .000 .000 setrgbcolor fill % 20 20 570 770 Boxd 0 setgray stroke 20 20 570 770 Boxd clip % 53 45 {dup mul exch dup mul add 1. exch sub } setscreen /Rol .000 def /Gol .000 def /Bol .000 def /Rbd .000 def /Gbd .000 def /Bbd .000 def .7660 .6428 125.00 Lite 293.00 421.00 18.34 1 CBall % 2 216.60 344.60 43.24 2 CBall % 3 369.40 497.40 43.24 2 CBall % 4 369.40 344.60 43.24 2 CBall % 5 216.60 497.40 43.24 2 CBall % 6 140.20 268.20 30.56 0 CBall % 7 170.42 268.20 415.58 268.20 4.584 4.584 .0000 .739 .739 .978 CBond % 7 - 8 140.20 298.42 140.20 543.58 4.584 4.584 .0000 .739 .739 .978 CBond % 7 - 9 445.80 268.20 30.56 0 CBall % 8 445.80 298.42 445.80 543.58 4.584 4.584 .0000 .739 .739 .978 CBond % 8 - 10 140.20 573.80 30.56 0 CBall % 9 170.42 573.80 415.58 573.80 4.584 4.584 .0000 .739 .739 .978 CBond % 9 - 10 445.80 573.80 30.56 0 CBall % 10 293.00 421.00 18.34 1 CBall % 1 /#copies 1 def showpage %%EndDocument: cleartomark countdictstack exch sub { end } repeat restore grestore % % End Imported PIC File: h1config.ps %%EndDocument % % Polyline % % Begin Imported EPS File: tpd-b1-tpdconfig.ps %%BeginDocument: tpd-b1-tpdconfig.ps % n gs 4500 276 tr 3.140260 -3.140260 sc 0 -385 tr -100 -230 tr sa n 100 230 m 485 230 l 485 615 l 100 615 l cp clip n countdictstack mark /showpage {} def % EPS file follows: %!PS-Adobe-2.0 %%Creator: BALSAC 2.11 (C) Copyright by K. Hermann %%BoundingBox: 100 230 485 615 %%EndComments %%%BoundingBox: 40 315 565 700 % 26 714 translate -90 rotate .7 .7 scale /Boxd { /yc2 exch def /xc2 exch def /yc1 exch def /xc1 exch def newpath xc1 yc1 moveto xc2 yc1 lineto xc2 yc2 lineto xc1 yc2 lineto closepath } bind def /ISOenc {findfont dup length dict begin {1 index /FID ne {def} {pop pop} ifelse } forall /Encoding ISOLatin1Encoding def currentdict end definefont pop} bind def /COcir { setrgbcolor 0.25 setlinewidth newpath 0 360 arc closepath stroke } bind def /CFcir { setrgbcolor 0.25 setlinewidth newpath 0 360 arc closepath gsave fill grestore Rol Gol Bol setrgbcolor stroke } bind def /CLine { setlinewidth setrgbcolor newpath moveto lineto 1 setlinejoin 1 setlinecap stroke } bind def /COLine { /lwi exch def /clB exch def /clG exch def /clR exch def newpath moveto lineto 1 setlinejoin 0 setlinecap gsave lwi 3 add setlinewidth 1 setgray stroke grestore lwi setlinewidth clR clG clB setrgbcolor stroke } bind def /CDLine { /lwi exch def /clB exch def /clG exch def /clR exch def /y3 exch def /x3 exch def newpath moveto lineto x3 y3 lineto 1 setlinejoin 0 setlinecap lwi 0 ge {gsave lwi 3 add setlinewidth 1 setgray stroke grestore} {/lwi lwi neg def} ifelse lwi setlinewidth clR clG clB setrgbcolor stroke } bind def /CBall { /incol exch nos1 mul def /radius exch def /y0 exch def /x0 exch def x0 y0 translate phi rotate 0 radius Cel /shift0 ey radius mul def /i 0 def 1. ez div 1. scale /radiz radius ez mul def nosh {/incol incol 1 add def alp i get shift0 mul bet i get radiz mul Cel /i i 1 add def} repeat ez 1. scale 0 0 radius Rol Gol Bol COcir phi neg rotate x0 neg y0 neg translate} bind def /Cel { /rady exch def /yy0 exch def 0 yy0 translate newpath cRA incol get cGA incol get cBA incol get setrgbcolor 0 0 rady 0 360 arc closepath fill 0 yy0 neg translate } bind def /Lite { /phi exch def /ez exch def /ey exch def } bind def /CBond { /clBi exch def /clGi exch def /clRi exch def /qq exch def /r2 exch def /r1 exch def /y2 exch def /x2 exch def /y1 exch def /x1 exch def qq 0 gt {/qq1 1 qq div def} if x1 x2 ne y1 y2 ne or { /wr y2 y1 sub x2 x1 sub atan def newpath 0.25 setlinewidth clRi clGi clBi setrgbcolor x1 y1 translate wr rotate qq 0 gt {qq 1 scale 0 0 r1 90 270 arc qq1 1 scale } {0 r1 moveto 0 r1 neg lineto } ifelse wr neg rotate x2 x1 sub y2 y1 sub translate wr rotate 0 r2 neg lineto qq 0 lt {qq 1 scale 0 0 r2 270 90 arcn qq1 1 scale } { 0 r2 lineto } ifelse wr neg rotate x2 neg y2 neg translate closepath gsave fill grestore Rbd Gbd Bbd setrgbcolor stroke } if } bind def /Coldef { /qgam exch def /qmax exch def /qmin exch def /clB exch def /clG exch def /clR exch def /qint clR clG clB add add 3 div def qint 0 eq { /qint 1 def /pint 1 def } { /pint 1 1 qint sub div def } ifelse /aaR clR qint sub pint mul def /bbR 1 clR sub pint mul def /aaG clG qint sub pint mul def /bbG 1 clG sub pint mul def /aaB clB qint sub pint mul def /bbB 1 clB sub pint mul def /dqq qmax qmin sub def /qq qmin dqq sub def /kk 0 def nos1 { /qq qmin kk nosh div qgam exp dqq mul add def qq qint lt {cRA ii clR qq mul qint div put cGA ii clG qq mul qint div put cBA ii clB qq mul qint div put } {cRA ii aaR bbR qq mul add put cGA ii aaG bbG qq mul add put cBA ii aaB bbB qq mul add put } ifelse /ii ii 1 add def /kk kk 1 add def} repeat} bind def /nosh 50 def /ncol 3 def /nos1 nosh 1 add def /cRA nos1 ncol mul array def /cGA nos1 ncol mul array def /cBA nos1 ncol mul array def /ii 0 def .736 .787 1.000 .400 .900 1.000 Coldef .992 .992 .992 .200 .655 1.000 Coldef .992 .992 .992 .770 .990 .810 Coldef /alp nosh array def /bet nosh array def /i 0 def /j 0 def nosh { alp i j nosh div put bet i 1 j nosh div dup mul sub abs sqrt put /i i 1 add def /j j 1 add def } repeat % 20 20 570 770 Boxd .000 .000 .000 setrgbcolor fill % 20 20 570 770 Boxd 0 setgray stroke 20 20 570 770 Boxd clip % 53 45 {dup mul exch dup mul add 1. exch sub } setscreen /Rol .000 def /Gol .000 def /Bol .000 def /Rbd .000 def /Gbd .000 def /Bbd .000 def .7660 .6428 125.00 Lite 216.60 344.60 43.24 2 CBall % 2 369.40 497.40 43.24 2 CBall % 3 369.40 344.60 43.24 2 CBall % 4 216.60 497.40 43.24 2 CBall % 5 140.20 268.20 30.56 0 CBall % 6 170.42 268.20 415.58 268.20 4.584 4.584 .0000 .739 .739 .978 CBond % 6 - 7 140.20 298.42 140.20 543.58 4.584 4.584 .0000 .739 .739 .978 CBond % 6 - 8 445.80 268.20 30.56 0 CBall % 7 445.80 298.42 445.80 543.58 4.584 4.584 .0000 .739 .739 .978 CBond % 7 - 9 140.20 573.80 30.56 0 CBall % 8 170.42 573.80 415.58 573.80 4.584 4.584 .0000 .739 .739 .978 CBond % 8 - 9 445.80 573.80 30.56 0 CBall % 9 369.40 396.55 18.34 1 CBall % 10 369.40 414.63 369.40 427.37 3.056 3.056 .0000 .000 .000 .000 CBond % 1 - 10 369.40 445.45 18.34 1 CBall % 1 /#copies 1 def showpage %%EndDocument: cleartomark countdictstack exch sub { end } repeat restore grestore % % End Imported PIC File: tpd-b1-tpdconfig.ps %%EndDocument % % Polyline % % Begin Imported EPS File: h1-b1-h2config.ps %%BeginDocument: h1-b1-h2config.ps % n gs 405 1581 tr 3.140260 -3.140260 sc 0 -385 tr -100 -230 tr sa n 100 230 m 485 230 l 485 615 l 100 615 l cp clip n countdictstack mark /showpage {} def % EPS file follows: %!PS-Adobe-2.0 %%Creator: BALSAC 2.11 (C) Copyright by K. Hermann %%BoundingBox: 100 230 485 615 %%EndComments %%%BoundingBox: 40 315 565 700 % 26 714 translate -90 rotate .7 .7 scale /Boxd { /yc2 exch def /xc2 exch def /yc1 exch def /xc1 exch def newpath xc1 yc1 moveto xc2 yc1 lineto xc2 yc2 lineto xc1 yc2 lineto closepath } bind def /ISOenc {findfont dup length dict begin {1 index /FID ne {def} {pop pop} ifelse } forall /Encoding ISOLatin1Encoding def currentdict end definefont pop} bind def /COcir { setrgbcolor 0.25 setlinewidth newpath 0 360 arc closepath stroke } bind def /CFcir { setrgbcolor 0.25 setlinewidth newpath 0 360 arc closepath gsave fill grestore Rol Gol Bol setrgbcolor stroke } bind def /CLine { setlinewidth setrgbcolor newpath moveto lineto 1 setlinejoin 1 setlinecap stroke } bind def /COLine { /lwi exch def /clB exch def /clG exch def /clR exch def newpath moveto lineto 1 setlinejoin 0 setlinecap gsave lwi 3 add setlinewidth 1 setgray stroke grestore lwi setlinewidth clR clG clB setrgbcolor stroke } bind def /CDLine { /lwi exch def /clB exch def /clG exch def /clR exch def /y3 exch def /x3 exch def newpath moveto lineto x3 y3 lineto 1 setlinejoin 0 setlinecap lwi 0 ge {gsave lwi 3 add setlinewidth 1 setgray stroke grestore} {/lwi lwi neg def} ifelse lwi setlinewidth clR clG clB setrgbcolor stroke } bind def /CBall { /incol exch nos1 mul def /radius exch def /y0 exch def /x0 exch def x0 y0 translate phi rotate 0 radius Cel /shift0 ey radius mul def /i 0 def 1. ez div 1. scale /radiz radius ez mul def nosh {/incol incol 1 add def alp i get shift0 mul bet i get radiz mul Cel /i i 1 add def} repeat ez 1. scale 0 0 radius Rol Gol Bol COcir phi neg rotate x0 neg y0 neg translate} bind def /Cel { /rady exch def /yy0 exch def 0 yy0 translate newpath cRA incol get cGA incol get cBA incol get setrgbcolor 0 0 rady 0 360 arc closepath fill 0 yy0 neg translate } bind def /Lite { /phi exch def /ez exch def /ey exch def } bind def /CBond { /clBi exch def /clGi exch def /clRi exch def /qq exch def /r2 exch def /r1 exch def /y2 exch def /x2 exch def /y1 exch def /x1 exch def qq 0 gt {/qq1 1 qq div def} if x1 x2 ne y1 y2 ne or { /wr y2 y1 sub x2 x1 sub atan def newpath 0.25 setlinewidth clRi clGi clBi setrgbcolor x1 y1 translate wr rotate qq 0 gt {qq 1 scale 0 0 r1 90 270 arc qq1 1 scale } {0 r1 moveto 0 r1 neg lineto } ifelse wr neg rotate x2 x1 sub y2 y1 sub translate wr rotate 0 r2 neg lineto qq 0 lt {qq 1 scale 0 0 r2 270 90 arcn qq1 1 scale } { 0 r2 lineto } ifelse wr neg rotate x2 neg y2 neg translate closepath gsave fill grestore Rbd Gbd Bbd setrgbcolor stroke } if } bind def /Coldef { /qgam exch def /qmax exch def /qmin exch def /clB exch def /clG exch def /clR exch def /qint clR clG clB add add 3 div def qint 0 eq { /qint 1 def /pint 1 def } { /pint 1 1 qint sub div def } ifelse /aaR clR qint sub pint mul def /bbR 1 clR sub pint mul def /aaG clG qint sub pint mul def /bbG 1 clG sub pint mul def /aaB clB qint sub pint mul def /bbB 1 clB sub pint mul def /dqq qmax qmin sub def /qq qmin dqq sub def /kk 0 def nos1 { /qq qmin kk nosh div qgam exp dqq mul add def qq qint lt {cRA ii clR qq mul qint div put cGA ii clG qq mul qint div put cBA ii clB qq mul qint div put } {cRA ii aaR bbR qq mul add put cGA ii aaG bbG qq mul add put cBA ii aaB bbB qq mul add put } ifelse /ii ii 1 add def /kk kk 1 add def} repeat} bind def /nosh 50 def /ncol 3 def /nos1 nosh 1 add def /cRA nos1 ncol mul array def /cGA nos1 ncol mul array def /cBA nos1 ncol mul array def /ii 0 def .736 .787 1.000 .400 .900 1.000 Coldef .992 .992 .992 .200 .655 1.000 Coldef .992 .992 .992 .770 .990 .810 Coldef /alp nosh array def /bet nosh array def /i 0 def /j 0 def nosh { alp i j nosh div put bet i 1 j nosh div dup mul sub abs sqrt put /i i 1 add def /j j 1 add def } repeat % 20 20 570 770 Boxd .000 .000 .000 setrgbcolor fill % 20 20 570 770 Boxd 0 setgray stroke 20 20 570 770 Boxd clip % 53 45 {dup mul exch dup mul add 1. exch sub } setscreen /Rol .000 def /Gol .000 def /Bol .000 def /Rbd .000 def /Gbd .000 def /Bbd .000 def .7660 .6428 125.00 Lite 344.95 421.00 18.34 1 CBall % 2 363.03 421.00 375.77 421.00 3.056 3.056 .0000 .000 .000 .000 CBond % 1 - 2 216.60 344.60 43.24 2 CBall % 3 369.40 497.40 43.24 2 CBall % 4 369.40 344.60 43.24 2 CBall % 5 216.60 497.40 43.24 2 CBall % 6 140.20 268.20 30.56 0 CBall % 7 170.42 268.20 415.58 268.20 4.584 4.584 .0000 .739 .739 .978 CBond % 7 - 8 140.20 298.42 140.20 543.58 4.584 4.584 .0000 .739 .739 .978 CBond % 7 - 9 445.80 268.20 30.56 0 CBall % 8 445.80 298.42 445.80 543.58 4.584 4.584 .0000 .739 .739 .978 CBond % 8 - 10 140.20 573.80 30.56 0 CBall % 9 170.42 573.80 415.58 573.80 4.584 4.584 .0000 .739 .739 .978 CBond % 9 - 10 445.80 573.80 30.56 0 CBall % 10 393.85 421.00 18.34 1 CBall % 1 /#copies 1 def showpage %%EndDocument: cleartomark countdictstack exch sub { end } repeat restore grestore % % End Imported PIC File: h1-b1-h2config.ps %%EndDocument % % Polyline % % Begin Imported EPS File: b2-h2-b2config.ps %%BeginDocument: b2-h2-b2config.ps % n gs 1800 1581 tr 3.140260 -3.140260 sc 0 -385 tr -100 -230 tr sa n 100 230 m 485 230 l 485 615 l 100 615 l cp clip n countdictstack mark /showpage {} def % EPS file follows: %!PS-Adobe-2.0 %%Creator: BALSAC 2.11 (C) Copyright by K. Hermann %%BoundingBox: 100 230 485 615 %%EndComments %%%BoundingBox: 40 315 565 700 % 26 714 translate -90 rotate .7 .7 scale /Boxd { /yc2 exch def /xc2 exch def /yc1 exch def /xc1 exch def newpath xc1 yc1 moveto xc2 yc1 lineto xc2 yc2 lineto xc1 yc2 lineto closepath } bind def /ISOenc {findfont dup length dict begin {1 index /FID ne {def} {pop pop} ifelse } forall /Encoding ISOLatin1Encoding def currentdict end definefont pop} bind def /COcir { setrgbcolor 0.25 setlinewidth newpath 0 360 arc closepath stroke } bind def /CFcir { setrgbcolor 0.25 setlinewidth newpath 0 360 arc closepath gsave fill grestore Rol Gol Bol setrgbcolor stroke } bind def /CLine { setlinewidth setrgbcolor newpath moveto lineto 1 setlinejoin 1 setlinecap stroke } bind def /COLine { /lwi exch def /clB exch def /clG exch def /clR exch def newpath moveto lineto 1 setlinejoin 0 setlinecap gsave lwi 3 add setlinewidth 1 setgray stroke grestore lwi setlinewidth clR clG clB setrgbcolor stroke } bind def /CDLine { /lwi exch def /clB exch def /clG exch def /clR exch def /y3 exch def /x3 exch def newpath moveto lineto x3 y3 lineto 1 setlinejoin 0 setlinecap lwi 0 ge {gsave lwi 3 add setlinewidth 1 setgray stroke grestore} {/lwi lwi neg def} ifelse lwi setlinewidth clR clG clB setrgbcolor stroke } bind def /CBall { /incol exch nos1 mul def /radius exch def /y0 exch def /x0 exch def x0 y0 translate phi rotate 0 radius Cel /shift0 ey radius mul def /i 0 def 1. ez div 1. scale /radiz radius ez mul def nosh {/incol incol 1 add def alp i get shift0 mul bet i get radiz mul Cel /i i 1 add def} repeat ez 1. scale 0 0 radius Rol Gol Bol COcir phi neg rotate x0 neg y0 neg translate} bind def /Cel { /rady exch def /yy0 exch def 0 yy0 translate newpath cRA incol get cGA incol get cBA incol get setrgbcolor 0 0 rady 0 360 arc closepath fill 0 yy0 neg translate } bind def /Lite { /phi exch def /ez exch def /ey exch def } bind def /CBond { /clBi exch def /clGi exch def /clRi exch def /qq exch def /r2 exch def /r1 exch def /y2 exch def /x2 exch def /y1 exch def /x1 exch def qq 0 gt {/qq1 1 qq div def} if x1 x2 ne y1 y2 ne or { /wr y2 y1 sub x2 x1 sub atan def newpath 0.25 setlinewidth clRi clGi clBi setrgbcolor x1 y1 translate wr rotate qq 0 gt {qq 1 scale 0 0 r1 90 270 arc qq1 1 scale } {0 r1 moveto 0 r1 neg lineto } ifelse wr neg rotate x2 x1 sub y2 y1 sub translate wr rotate 0 r2 neg lineto qq 0 lt {qq 1 scale 0 0 r2 270 90 arcn qq1 1 scale } { 0 r2 lineto } ifelse wr neg rotate x2 neg y2 neg translate closepath gsave fill grestore Rbd Gbd Bbd setrgbcolor stroke } if } bind def /Coldef { /qgam exch def /qmax exch def /qmin exch def /clB exch def /clG exch def /clR exch def /qint clR clG clB add add 3 div def qint 0 eq { /qint 1 def /pint 1 def } { /pint 1 1 qint sub div def } ifelse /aaR clR qint sub pint mul def /bbR 1 clR sub pint mul def /aaG clG qint sub pint mul def /bbG 1 clG sub pint mul def /aaB clB qint sub pint mul def /bbB 1 clB sub pint mul def /dqq qmax qmin sub def /qq qmin dqq sub def /kk 0 def nos1 { /qq qmin kk nosh div qgam exp dqq mul add def qq qint lt {cRA ii clR qq mul qint div put cGA ii clG qq mul qint div put cBA ii clB qq mul qint div put } {cRA ii aaR bbR qq mul add put cGA ii aaG bbG qq mul add put cBA ii aaB bbB qq mul add put } ifelse /ii ii 1 add def /kk kk 1 add def} repeat} bind def /nosh 50 def /ncol 3 def /nos1 nosh 1 add def /cRA nos1 ncol mul array def /cGA nos1 ncol mul array def /cBA nos1 ncol mul array def /ii 0 def .736 .787 1.000 .400 .900 1.000 Coldef .992 .992 .992 .200 .655 1.000 Coldef .992 .992 .992 .770 .990 .810 Coldef /alp nosh array def /bet nosh array def /i 0 def /j 0 def nosh { alp i j nosh div put bet i 1 j nosh div dup mul sub abs sqrt put /i i 1 add def /j j 1 add def } repeat % 20 20 570 770 Boxd .000 .000 .000 setrgbcolor fill % 20 20 570 770 Boxd 0 setgray stroke 20 20 570 770 Boxd clip % 53 45 {dup mul exch dup mul add 1. exch sub } setscreen /Rol .000 def /Gol .000 def /Bol .000 def /Rbd .000 def /Gbd .000 def /Bbd .000 def .7660 .6428 125.00 Lite 216.60 344.60 43.24 2 CBall % 2 369.40 497.40 43.24 2 CBall % 3 369.40 344.60 43.24 2 CBall % 4 216.60 497.40 43.24 2 CBall % 5 140.20 268.20 30.56 0 CBall % 6 170.42 268.20 415.58 268.20 4.584 4.584 .0000 .739 .739 .978 CBond % 6 - 7 140.20 298.42 140.20 543.58 4.584 4.584 .0000 .739 .739 .978 CBond % 6 - 8 445.80 268.20 30.56 0 CBall % 7 445.80 298.42 445.80 543.58 4.584 4.584 .0000 .739 .739 .978 CBond % 7 - 9 140.20 573.80 30.56 0 CBall % 8 170.42 573.80 415.58 573.80 4.584 4.584 .0000 .739 .739 .978 CBond % 8 - 9 445.80 573.80 30.56 0 CBall % 9 445.80 396.55 18.34 1 CBall % 10 445.80 414.63 445.80 427.37 3.056 3.056 .0000 .000 .000 .000 CBond % 1 - 10 445.80 445.45 18.34 1 CBall % 1 /#copies 1 def showpage %%EndDocument: cleartomark countdictstack exch sub { end } repeat restore grestore % % End Imported PIC File: b2-h2-b2config.ps %%EndDocument % % Polyline % % Begin Imported EPS File: h2-tpd-h2config.ps %%BeginDocument: h2-tpd-h2config.ps % n gs 4500 1581 tr 3.140260 -3.140260 sc 0 -385 tr -100 -230 tr sa n 100 230 m 485 230 l 485 615 l 100 615 l cp clip n countdictstack mark /showpage {} def % EPS file follows: %!PS-Adobe-2.0 %%Creator: BALSAC 2.11 (C) Copyright by K. Hermann %%BoundingBox: 100 230 485 615 %%EndComments %%%BoundingBox: 40 315 565 700 % 26 714 translate -90 rotate .7 .7 scale /Boxd { /yc2 exch def /xc2 exch def /yc1 exch def /xc1 exch def newpath xc1 yc1 moveto xc2 yc1 lineto xc2 yc2 lineto xc1 yc2 lineto closepath } bind def /ISOenc {findfont dup length dict begin {1 index /FID ne {def} {pop pop} ifelse } forall /Encoding ISOLatin1Encoding def currentdict end definefont pop} bind def /COcir { setrgbcolor 0.25 setlinewidth newpath 0 360 arc closepath stroke } bind def /CFcir { setrgbcolor 0.25 setlinewidth newpath 0 360 arc closepath gsave fill grestore Rol Gol Bol setrgbcolor stroke } bind def /CLine { setlinewidth setrgbcolor newpath moveto lineto 1 setlinejoin 1 setlinecap stroke } bind def /COLine { /lwi exch def /clB exch def /clG exch def /clR exch def newpath moveto lineto 1 setlinejoin 0 setlinecap gsave lwi 3 add setlinewidth 1 setgray stroke grestore lwi setlinewidth clR clG clB setrgbcolor stroke } bind def /CDLine { /lwi exch def /clB exch def /clG exch def /clR exch def /y3 exch def /x3 exch def newpath moveto lineto x3 y3 lineto 1 setlinejoin 0 setlinecap lwi 0 ge {gsave lwi 3 add setlinewidth 1 setgray stroke grestore} {/lwi lwi neg def} ifelse lwi setlinewidth clR clG clB setrgbcolor stroke } bind def /CBall { /incol exch nos1 mul def /radius exch def /y0 exch def /x0 exch def x0 y0 translate phi rotate 0 radius Cel /shift0 ey radius mul def /i 0 def 1. ez div 1. scale /radiz radius ez mul def nosh {/incol incol 1 add def alp i get shift0 mul bet i get radiz mul Cel /i i 1 add def} repeat ez 1. scale 0 0 radius Rol Gol Bol COcir phi neg rotate x0 neg y0 neg translate} bind def /Cel { /rady exch def /yy0 exch def 0 yy0 translate newpath cRA incol get cGA incol get cBA incol get setrgbcolor 0 0 rady 0 360 arc closepath fill 0 yy0 neg translate } bind def /Lite { /phi exch def /ez exch def /ey exch def } bind def /CBond { /clBi exch def /clGi exch def /clRi exch def /qq exch def /r2 exch def /r1 exch def /y2 exch def /x2 exch def /y1 exch def /x1 exch def qq 0 gt {/qq1 1 qq div def} if x1 x2 ne y1 y2 ne or { /wr y2 y1 sub x2 x1 sub atan def newpath 0.25 setlinewidth clRi clGi clBi setrgbcolor x1 y1 translate wr rotate qq 0 gt {qq 1 scale 0 0 r1 90 270 arc qq1 1 scale } {0 r1 moveto 0 r1 neg lineto } ifelse wr neg rotate x2 x1 sub y2 y1 sub translate wr rotate 0 r2 neg lineto qq 0 lt {qq 1 scale 0 0 r2 270 90 arcn qq1 1 scale } { 0 r2 lineto } ifelse wr neg rotate x2 neg y2 neg translate closepath gsave fill grestore Rbd Gbd Bbd setrgbcolor stroke } if } bind def /Coldef { /qgam exch def /qmax exch def /qmin exch def /clB exch def /clG exch def /clR exch def /qint clR clG clB add add 3 div def qint 0 eq { /qint 1 def /pint 1 def } { /pint 1 1 qint sub div def } ifelse /aaR clR qint sub pint mul def /bbR 1 clR sub pint mul def /aaG clG qint sub pint mul def /bbG 1 clG sub pint mul def /aaB clB qint sub pint mul def /bbB 1 clB sub pint mul def /dqq qmax qmin sub def /qq qmin dqq sub def /kk 0 def nos1 { /qq qmin kk nosh div qgam exp dqq mul add def qq qint lt {cRA ii clR qq mul qint div put cGA ii clG qq mul qint div put cBA ii clB qq mul qint div put } {cRA ii aaR bbR qq mul add put cGA ii aaG bbG qq mul add put cBA ii aaB bbB qq mul add put } ifelse /ii ii 1 add def /kk kk 1 add def} repeat} bind def /nosh 50 def /ncol 3 def /nos1 nosh 1 add def /cRA nos1 ncol mul array def /cGA nos1 ncol mul array def /cBA nos1 ncol mul array def /ii 0 def .736 .787 1.000 .400 .900 1.000 Coldef .992 .992 .992 .200 .655 1.000 Coldef .992 .992 .992 .770 .990 .810 Coldef /alp nosh array def /bet nosh array def /i 0 def /j 0 def nosh { alp i j nosh div put bet i 1 j nosh div dup mul sub abs sqrt put /i i 1 add def /j j 1 add def } repeat % 20 20 570 770 Boxd .000 .000 .000 setrgbcolor fill % 20 20 570 770 Boxd 0 setgray stroke 20 20 570 770 Boxd clip % 53 45 {dup mul exch dup mul add 1. exch sub } setscreen /Rol .000 def /Gol .000 def /Bol .000 def /Rbd .000 def /Gbd .000 def /Bbd .000 def .7660 .6428 125.00 Lite 216.60 344.60 43.24 2 CBall % 2 369.40 497.40 43.24 2 CBall % 3 369.40 344.60 43.24 2 CBall % 4 216.60 497.40 43.24 2 CBall % 5 387.73 362.94 18.34 1 CBall % 6 374.95 350.15 363.85 339.05 3.056 3.056 .0000 .000 .000 .000 CBond % 1 - 6 140.20 268.20 30.56 0 CBall % 7 170.42 268.20 415.58 268.20 4.584 4.584 .0000 .739 .739 .978 CBond % 7 - 8 140.20 298.42 140.20 543.58 4.584 4.584 .0000 .739 .739 .978 CBond % 7 - 9 445.80 268.20 30.56 0 CBall % 8 445.80 298.42 445.80 543.58 4.584 4.584 .0000 .739 .739 .978 CBond % 8 - 10 140.20 573.80 30.56 0 CBall % 9 170.42 573.80 415.58 573.80 4.584 4.584 .0000 .739 .739 .978 CBond % 9 - 10 445.80 573.80 30.56 0 CBall % 10 351.06 326.27 18.34 1 CBall % 1 /#copies 1 def showpage %%EndDocument: cleartomark countdictstack exch sub { end } repeat restore grestore % % End Imported PIC File: h2-tpd-h2config.ps %%EndDocument % % Polyline % % Begin Imported EPS File: b1-h2-b1config.ps %%BeginDocument: b1-h2-b1config.ps % n gs 3150 1581 tr 3.140260 -3.140260 sc 0 -385 tr -100 -230 tr sa n 100 230 m 485 230 l 485 615 l 100 615 l cp clip n countdictstack mark /showpage {} def % EPS file follows: %!PS-Adobe-2.0 %%Creator: BALSAC 2.11 (C) Copyright by K. Hermann %%BoundingBox: 100 230 485 615 %%EndComments %%%BoundingBox: 40 315 565 700 % 26 714 translate -90 rotate .7 .7 scale /Boxd { /yc2 exch def /xc2 exch def /yc1 exch def /xc1 exch def newpath xc1 yc1 moveto xc2 yc1 lineto xc2 yc2 lineto xc1 yc2 lineto closepath } bind def /ISOenc {findfont dup length dict begin {1 index /FID ne {def} {pop pop} ifelse } forall /Encoding ISOLatin1Encoding def currentdict end definefont pop} bind def /COcir { setrgbcolor 0.25 setlinewidth newpath 0 360 arc closepath stroke } bind def /CFcir { setrgbcolor 0.25 setlinewidth newpath 0 360 arc closepath gsave fill grestore Rol Gol Bol setrgbcolor stroke } bind def /CLine { setlinewidth setrgbcolor newpath moveto lineto 1 setlinejoin 1 setlinecap stroke } bind def /COLine { /lwi exch def /clB exch def /clG exch def /clR exch def newpath moveto lineto 1 setlinejoin 0 setlinecap gsave lwi 3 add setlinewidth 1 setgray stroke grestore lwi setlinewidth clR clG clB setrgbcolor stroke } bind def /CDLine { /lwi exch def /clB exch def /clG exch def /clR exch def /y3 exch def /x3 exch def newpath moveto lineto x3 y3 lineto 1 setlinejoin 0 setlinecap lwi 0 ge {gsave lwi 3 add setlinewidth 1 setgray stroke grestore} {/lwi lwi neg def} ifelse lwi setlinewidth clR clG clB setrgbcolor stroke } bind def /CBall { /incol exch nos1 mul def /radius exch def /y0 exch def /x0 exch def x0 y0 translate phi rotate 0 radius Cel /shift0 ey radius mul def /i 0 def 1. ez div 1. scale /radiz radius ez mul def nosh {/incol incol 1 add def alp i get shift0 mul bet i get radiz mul Cel /i i 1 add def} repeat ez 1. scale 0 0 radius Rol Gol Bol COcir phi neg rotate x0 neg y0 neg translate} bind def /Cel { /rady exch def /yy0 exch def 0 yy0 translate newpath cRA incol get cGA incol get cBA incol get setrgbcolor 0 0 rady 0 360 arc closepath fill 0 yy0 neg translate } bind def /Lite { /phi exch def /ez exch def /ey exch def } bind def /CBond { /clBi exch def /clGi exch def /clRi exch def /qq exch def /r2 exch def /r1 exch def /y2 exch def /x2 exch def /y1 exch def /x1 exch def qq 0 gt {/qq1 1 qq div def} if x1 x2 ne y1 y2 ne or { /wr y2 y1 sub x2 x1 sub atan def newpath 0.25 setlinewidth clRi clGi clBi setrgbcolor x1 y1 translate wr rotate qq 0 gt {qq 1 scale 0 0 r1 90 270 arc qq1 1 scale } {0 r1 moveto 0 r1 neg lineto } ifelse wr neg rotate x2 x1 sub y2 y1 sub translate wr rotate 0 r2 neg lineto qq 0 lt {qq 1 scale 0 0 r2 270 90 arcn qq1 1 scale } { 0 r2 lineto } ifelse wr neg rotate x2 neg y2 neg translate closepath gsave fill grestore Rbd Gbd Bbd setrgbcolor stroke } if } bind def /Coldef { /qgam exch def /qmax exch def /qmin exch def /clB exch def /clG exch def /clR exch def /qint clR clG clB add add 3 div def qint 0 eq { /qint 1 def /pint 1 def } { /pint 1 1 qint sub div def } ifelse /aaR clR qint sub pint mul def /bbR 1 clR sub pint mul def /aaG clG qint sub pint mul def /bbG 1 clG sub pint mul def /aaB clB qint sub pint mul def /bbB 1 clB sub pint mul def /dqq qmax qmin sub def /qq qmin dqq sub def /kk 0 def nos1 { /qq qmin kk nosh div qgam exp dqq mul add def qq qint lt {cRA ii clR qq mul qint div put cGA ii clG qq mul qint div put cBA ii clB qq mul qint div put } {cRA ii aaR bbR qq mul add put cGA ii aaG bbG qq mul add put cBA ii aaB bbB qq mul add put } ifelse /ii ii 1 add def /kk kk 1 add def} repeat} bind def /nosh 50 def /ncol 3 def /nos1 nosh 1 add def /cRA nos1 ncol mul array def /cGA nos1 ncol mul array def /cBA nos1 ncol mul array def /ii 0 def .736 .787 1.000 .400 .900 1.000 Coldef .992 .992 .992 .200 .655 1.000 Coldef .992 .992 .992 .770 .990 .810 Coldef /alp nosh array def /bet nosh array def /i 0 def /j 0 def nosh { alp i j nosh div put bet i 1 j nosh div dup mul sub abs sqrt put /i i 1 add def /j j 1 add def } repeat % 20 20 570 770 Boxd .000 .000 .000 setrgbcolor fill % 20 20 570 770 Boxd 0 setgray stroke 20 20 570 770 Boxd clip % 53 45 {dup mul exch dup mul add 1. exch sub } setscreen /Rol .000 def /Gol .000 def /Bol .000 def /Rbd .000 def /Gbd .000 def /Bbd .000 def .7660 .6428 125.00 Lite 355.25 495.11 41.95 2 CBall % 2 355.25 346.89 41.95 2 CBall % 3 207.03 495.11 41.95 2 CBall % 4 132.93 272.78 29.64 0 CBall % 5 162.23 272.78 400.05 272.78 4.446 4.446 .0000 .739 .739 .978 CBond % 5 - 6 132.93 302.09 132.93 539.91 4.446 4.446 .0000 .739 .739 .978 CBond % 5 - 7 429.36 272.78 29.64 0 CBall % 6 429.36 302.09 429.36 539.91 4.446 4.446 .0000 .739 .739 .978 CBond % 6 - 8 132.93 569.22 29.64 0 CBall % 7 162.23 569.22 400.05 569.22 4.446 4.446 .0000 .739 .739 .978 CBond % 7 - 8 429.36 569.22 29.64 0 CBall % 8 453.07 421.00 17.79 1 CBall % 9 435.54 421.00 423.18 421.00 2.964 2.964 .0000 .000 .000 .000 CBond % 9 - 10 405.64 421.00 17.79 1 CBall % 10 207.03 346.89 41.95 2 CBall % 1 /#copies 1 def showpage %%EndDocument: cleartomark countdictstack exch sub { end } repeat restore grestore % % End Imported PIC File: b1-h2-b1config.ps %%EndDocument % % Polyline % % Begin Imported EPS File: b2-tk-b2config.ps %%BeginDocument: b2-tk-b2config.ps % n gs 2405 2931 tr 3.142857 -3.140260 sc 0 -385 tr -100 -230 tr sa n 100 230 m 485 230 l 485 615 l 100 615 l cp clip n countdictstack mark /showpage {} def % EPS file follows: %!PS-Adobe-2.0 %%Creator: BALSAC 2.11 (C) Copyright by K. Hermann %%BoundingBox: 100 230 485 615 %%EndComments %%%BoundingBox: 40 315 565 700 % 26 714 translate -90 rotate .7 .7 scale /Boxd { /yc2 exch def /xc2 exch def /yc1 exch def /xc1 exch def newpath xc1 yc1 moveto xc2 yc1 lineto xc2 yc2 lineto xc1 yc2 lineto closepath } bind def /ISOenc {findfont dup length dict begin {1 index /FID ne {def} {pop pop} ifelse } forall /Encoding ISOLatin1Encoding def currentdict end definefont pop} bind def /COcir { setrgbcolor 0.25 setlinewidth newpath 0 360 arc closepath stroke } bind def /CFcir { setrgbcolor 0.25 setlinewidth newpath 0 360 arc closepath gsave fill grestore Rol Gol Bol setrgbcolor stroke } bind def /CLine { setlinewidth setrgbcolor newpath moveto lineto 1 setlinejoin 1 setlinecap stroke } bind def /COLine { /lwi exch def /clB exch def /clG exch def /clR exch def newpath moveto lineto 1 setlinejoin 0 setlinecap gsave lwi 3 add setlinewidth 1 setgray stroke grestore lwi setlinewidth clR clG clB setrgbcolor stroke } bind def /CDLine { /lwi exch def /clB exch def /clG exch def /clR exch def /y3 exch def /x3 exch def newpath moveto lineto x3 y3 lineto 1 setlinejoin 0 setlinecap lwi 0 ge {gsave lwi 3 add setlinewidth 1 setgray stroke grestore} {/lwi lwi neg def} ifelse lwi setlinewidth clR clG clB setrgbcolor stroke } bind def /CBall { /incol exch nos1 mul def /radius exch def /y0 exch def /x0 exch def x0 y0 translate phi rotate 0 radius Cel /shift0 ey radius mul def /i 0 def 1. ez div 1. scale /radiz radius ez mul def nosh {/incol incol 1 add def alp i get shift0 mul bet i get radiz mul Cel /i i 1 add def} repeat ez 1. scale 0 0 radius Rol Gol Bol COcir phi neg rotate x0 neg y0 neg translate} bind def /Cel { /rady exch def /yy0 exch def 0 yy0 translate newpath cRA incol get cGA incol get cBA incol get setrgbcolor 0 0 rady 0 360 arc closepath fill 0 yy0 neg translate } bind def /Lite { /phi exch def /ez exch def /ey exch def } bind def /CBond { /clBi exch def /clGi exch def /clRi exch def /qq exch def /r2 exch def /r1 exch def /y2 exch def /x2 exch def /y1 exch def /x1 exch def qq 0 gt {/qq1 1 qq div def} if x1 x2 ne y1 y2 ne or { /wr y2 y1 sub x2 x1 sub atan def newpath 0.25 setlinewidth clRi clGi clBi setrgbcolor x1 y1 translate wr rotate qq 0 gt {qq 1 scale 0 0 r1 90 270 arc qq1 1 scale } {0 r1 moveto 0 r1 neg lineto } ifelse wr neg rotate x2 x1 sub y2 y1 sub translate wr rotate 0 r2 neg lineto qq 0 lt {qq 1 scale 0 0 r2 270 90 arcn qq1 1 scale } { 0 r2 lineto } ifelse wr neg rotate x2 neg y2 neg translate closepath gsave fill grestore Rbd Gbd Bbd setrgbcolor stroke } if } bind def /Coldef { /qgam exch def /qmax exch def /qmin exch def /clB exch def /clG exch def /clR exch def /qint clR clG clB add add 3 div def qint 0 eq { /qint 1 def /pint 1 def } { /pint 1 1 qint sub div def } ifelse /aaR clR qint sub pint mul def /bbR 1 clR sub pint mul def /aaG clG qint sub pint mul def /bbG 1 clG sub pint mul def /aaB clB qint sub pint mul def /bbB 1 clB sub pint mul def /dqq qmax qmin sub def /qq qmin dqq sub def /kk 0 def nos1 { /qq qmin kk nosh div qgam exp dqq mul add def qq qint lt {cRA ii clR qq mul qint div put cGA ii clG qq mul qint div put cBA ii clB qq mul qint div put } {cRA ii aaR bbR qq mul add put cGA ii aaG bbG qq mul add put cBA ii aaB bbB qq mul add put } ifelse /ii ii 1 add def /kk kk 1 add def} repeat} bind def /nosh 50 def /ncol 3 def /nos1 nosh 1 add def /cRA nos1 ncol mul array def /cGA nos1 ncol mul array def /cBA nos1 ncol mul array def /ii 0 def .736 .787 1.000 .400 .900 1.000 Coldef .992 .992 .992 .200 .655 1.000 Coldef .992 .992 .992 .770 .990 .810 Coldef /alp nosh array def /bet nosh array def /i 0 def /j 0 def nosh { alp i j nosh div put bet i 1 j nosh div dup mul sub abs sqrt put /i i 1 add def /j j 1 add def } repeat % 20 20 570 770 Boxd .000 .000 .000 setrgbcolor fill % 20 20 570 770 Boxd 0 setgray stroke 20 20 570 770 Boxd clip % 53 45 {dup mul exch dup mul add 1. exch sub } setscreen /Rol .000 def /Gol .000 def /Bol .000 def /Rbd .000 def /Gbd .000 def /Bbd .000 def .7660 .6428 125.00 Lite 218.89 358.75 41.95 2 CBall % 2 367.11 506.97 41.95 2 CBall % 3 367.11 358.75 41.95 2 CBall % 4 218.89 506.97 41.95 2 CBall % 5 144.78 284.64 29.64 0 CBall % 6 174.09 284.64 411.91 284.64 4.446 4.446 .0000 .739 .739 .978 CBond % 6 - 7 144.78 313.95 144.78 551.77 4.446 4.446 .0000 .739 .739 .978 CBond % 6 - 8 441.22 284.64 29.64 0 CBall % 7 441.22 313.95 441.22 551.77 4.446 4.446 .0000 .739 .739 .978 CBond % 7 - 9 144.78 581.07 29.64 0 CBall % 8 174.09 581.07 411.91 581.07 4.446 4.446 .0000 .739 .739 .978 CBond % 8 - 9 441.22 581.07 29.64 0 CBall % 9 441.22 308.36 17.79 1 CBall % 10 441.22 290.82 441.22 278.46 2.964 2.964 .0000 .000 .000 .000 CBond % 1 - 10 441.22 260.93 17.79 1 CBall % 1 /#copies 1 def showpage %%EndDocument: cleartomark countdictstack exch sub { end } repeat restore grestore % % End Imported PIC File: b2-tk-b2config.ps %%EndDocument % % Polyline % % Begin Imported EPS File: tpdconfig.ps %%BeginDocument: tpdconfig.ps % n gs 950 2886 tr 3.142857 -3.140260 sc 0 -385 tr -100 -230 tr sa n 100 230 m 485 230 l 485 615 l 100 615 l cp clip n countdictstack mark /showpage {} def % EPS file follows: %!PS-Adobe-2.0 %%Creator: BALSAC 2.11 (C) Copyright by K. Hermann %%BoundingBox: 100 230 485 615 %%EndComments %%%BoundingBox: 40 315 565 700 % 26 714 translate -90 rotate .7 .7 scale /Boxd { /yc2 exch def /xc2 exch def /yc1 exch def /xc1 exch def newpath xc1 yc1 moveto xc2 yc1 lineto xc2 yc2 lineto xc1 yc2 lineto closepath } bind def /ISOenc {findfont dup length dict begin {1 index /FID ne {def} {pop pop} ifelse } forall /Encoding ISOLatin1Encoding def currentdict end definefont pop} bind def /COcir { setrgbcolor 0.25 setlinewidth newpath 0 360 arc closepath stroke } bind def /CFcir { setrgbcolor 0.25 setlinewidth newpath 0 360 arc closepath gsave fill grestore Rol Gol Bol setrgbcolor stroke } bind def /CLine { setlinewidth setrgbcolor newpath moveto lineto 1 setlinejoin 1 setlinecap stroke } bind def /COLine { /lwi exch def /clB exch def /clG exch def /clR exch def newpath moveto lineto 1 setlinejoin 0 setlinecap gsave lwi 3 add setlinewidth 1 setgray stroke grestore lwi setlinewidth clR clG clB setrgbcolor stroke } bind def /CDLine { /lwi exch def /clB exch def /clG exch def /clR exch def /y3 exch def /x3 exch def newpath moveto lineto x3 y3 lineto 1 setlinejoin 0 setlinecap lwi 0 ge {gsave lwi 3 add setlinewidth 1 setgray stroke grestore} {/lwi lwi neg def} ifelse lwi setlinewidth clR clG clB setrgbcolor stroke } bind def /CBall { /incol exch nos1 mul def /radius exch def /y0 exch def /x0 exch def x0 y0 translate phi rotate 0 radius Cel /shift0 ey radius mul def /i 0 def 1. ez div 1. scale /radiz radius ez mul def nosh {/incol incol 1 add def alp i get shift0 mul bet i get radiz mul Cel /i i 1 add def} repeat ez 1. scale 0 0 radius Rol Gol Bol COcir phi neg rotate x0 neg y0 neg translate} bind def /Cel { /rady exch def /yy0 exch def 0 yy0 translate newpath cRA incol get cGA incol get cBA incol get setrgbcolor 0 0 rady 0 360 arc closepath fill 0 yy0 neg translate } bind def /Lite { /phi exch def /ez exch def /ey exch def } bind def /CBond { /clBi exch def /clGi exch def /clRi exch def /qq exch def /r2 exch def /r1 exch def /y2 exch def /x2 exch def /y1 exch def /x1 exch def qq 0 gt {/qq1 1 qq div def} if x1 x2 ne y1 y2 ne or { /wr y2 y1 sub x2 x1 sub atan def newpath 0.25 setlinewidth clRi clGi clBi setrgbcolor x1 y1 translate wr rotate qq 0 gt {qq 1 scale 0 0 r1 90 270 arc qq1 1 scale } {0 r1 moveto 0 r1 neg lineto } ifelse wr neg rotate x2 x1 sub y2 y1 sub translate wr rotate 0 r2 neg lineto qq 0 lt {qq 1 scale 0 0 r2 270 90 arcn qq1 1 scale } { 0 r2 lineto } ifelse wr neg rotate x2 neg y2 neg translate closepath gsave fill grestore Rbd Gbd Bbd setrgbcolor stroke } if } bind def /Coldef { /qgam exch def /qmax exch def /qmin exch def /clB exch def /clG exch def /clR exch def /qint clR clG clB add add 3 div def qint 0 eq { /qint 1 def /pint 1 def } { /pint 1 1 qint sub div def } ifelse /aaR clR qint sub pint mul def /bbR 1 clR sub pint mul def /aaG clG qint sub pint mul def /bbG 1 clG sub pint mul def /aaB clB qint sub pint mul def /bbB 1 clB sub pint mul def /dqq qmax qmin sub def /qq qmin dqq sub def /kk 0 def nos1 { /qq qmin kk nosh div qgam exp dqq mul add def qq qint lt {cRA ii clR qq mul qint div put cGA ii clG qq mul qint div put cBA ii clB qq mul qint div put } {cRA ii aaR bbR qq mul add put cGA ii aaG bbG qq mul add put cBA ii aaB bbB qq mul add put } ifelse /ii ii 1 add def /kk kk 1 add def} repeat} bind def /nosh 50 def /ncol 3 def /nos1 nosh 1 add def /cRA nos1 ncol mul array def /cGA nos1 ncol mul array def /cBA nos1 ncol mul array def /ii 0 def .736 .787 1.000 .400 .900 1.000 Coldef .992 .992 .992 .200 .655 1.000 Coldef .992 .992 .992 .770 .990 .810 Coldef /alp nosh array def /bet nosh array def /i 0 def /j 0 def nosh { alp i j nosh div put bet i 1 j nosh div dup mul sub abs sqrt put /i i 1 add def /j j 1 add def } repeat % 20 20 570 770 Boxd .000 .000 .000 setrgbcolor fill % 20 20 570 770 Boxd 0 setgray stroke 20 20 570 770 Boxd clip % 53 45 {dup mul exch dup mul add 1. exch sub } setscreen /Rol .000 def /Gol .000 def /Bol .000 def /Rbd .000 def /Gbd .000 def /Bbd .000 def .7660 .6428 125.00 Lite 369.40 344.60 18.34 1 CBall % 2 216.60 344.60 43.24 2 CBall % 3 369.40 497.40 43.24 2 CBall % 4 369.40 344.60 43.24 2 CBall % 5 216.60 497.40 43.24 2 CBall % 6 140.20 268.20 30.56 0 CBall % 7 170.42 268.20 415.58 268.20 4.584 4.584 .0000 .739 .739 .978 CBond % 7 - 8 140.20 298.42 140.20 543.58 4.584 4.584 .0000 .739 .739 .978 CBond % 7 - 9 445.80 268.20 30.56 0 CBall % 8 445.80 298.42 445.80 543.58 4.584 4.584 .0000 .739 .739 .978 CBond % 8 - 10 140.20 573.80 30.56 0 CBall % 9 170.42 573.80 415.58 573.80 4.584 4.584 .0000 .739 .739 .978 CBond % 9 - 10 445.80 573.80 30.56 0 CBall % 10 369.40 344.60 18.34 1 CBall % 1 /#copies 1 def showpage %%EndDocument: cleartomark countdictstack exch sub { end } repeat restore grestore % % End Imported PIC File: tpdconfig.ps %%EndDocument % % Polyline % % Begin Imported EPS File: tkconfig.ps %%BeginDocument: tkconfig.ps % n gs 3860 2931 tr 3.140260 -3.140260 sc 0 -385 tr -100 -230 tr sa n 100 230 m 485 230 l 485 615 l 100 615 l cp clip n countdictstack mark /showpage {} def % EPS file follows: %!PS-Adobe-2.0 %%Creator: BALSAC 2.11 (C) Copyright by K. Hermann %%BoundingBox: 100 230 485 615 %%EndComments %%%BoundingBox: 40 315 565 700 % 26 714 translate -90 rotate .7 .7 scale /Boxd { /yc2 exch def /xc2 exch def /yc1 exch def /xc1 exch def newpath xc1 yc1 moveto xc2 yc1 lineto xc2 yc2 lineto xc1 yc2 lineto closepath } bind def /ISOenc {findfont dup length dict begin {1 index /FID ne {def} {pop pop} ifelse } forall /Encoding ISOLatin1Encoding def currentdict end definefont pop} bind def /COcir { setrgbcolor 0.25 setlinewidth newpath 0 360 arc closepath stroke } bind def /CFcir { setrgbcolor 0.25 setlinewidth newpath 0 360 arc closepath gsave fill grestore Rol Gol Bol setrgbcolor stroke } bind def /CLine { setlinewidth setrgbcolor newpath moveto lineto 1 setlinejoin 1 setlinecap stroke } bind def /COLine { /lwi exch def /clB exch def /clG exch def /clR exch def newpath moveto lineto 1 setlinejoin 0 setlinecap gsave lwi 3 add setlinewidth 1 setgray stroke grestore lwi setlinewidth clR clG clB setrgbcolor stroke } bind def /CDLine { /lwi exch def /clB exch def /clG exch def /clR exch def /y3 exch def /x3 exch def newpath moveto lineto x3 y3 lineto 1 setlinejoin 0 setlinecap lwi 0 ge {gsave lwi 3 add setlinewidth 1 setgray stroke grestore} {/lwi lwi neg def} ifelse lwi setlinewidth clR clG clB setrgbcolor stroke } bind def /CBall { /incol exch nos1 mul def /radius exch def /y0 exch def /x0 exch def x0 y0 translate phi rotate 0 radius Cel /shift0 ey radius mul def /i 0 def 1. ez div 1. scale /radiz radius ez mul def nosh {/incol incol 1 add def alp i get shift0 mul bet i get radiz mul Cel /i i 1 add def} repeat ez 1. scale 0 0 radius Rol Gol Bol COcir phi neg rotate x0 neg y0 neg translate} bind def /Cel { /rady exch def /yy0 exch def 0 yy0 translate newpath cRA incol get cGA incol get cBA incol get setrgbcolor 0 0 rady 0 360 arc closepath fill 0 yy0 neg translate } bind def /Lite { /phi exch def /ez exch def /ey exch def } bind def /CBond { /clBi exch def /clGi exch def /clRi exch def /qq exch def /r2 exch def /r1 exch def /y2 exch def /x2 exch def /y1 exch def /x1 exch def qq 0 gt {/qq1 1 qq div def} if x1 x2 ne y1 y2 ne or { /wr y2 y1 sub x2 x1 sub atan def newpath 0.25 setlinewidth clRi clGi clBi setrgbcolor x1 y1 translate wr rotate qq 0 gt {qq 1 scale 0 0 r1 90 270 arc qq1 1 scale } {0 r1 moveto 0 r1 neg lineto } ifelse wr neg rotate x2 x1 sub y2 y1 sub translate wr rotate 0 r2 neg lineto qq 0 lt {qq 1 scale 0 0 r2 270 90 arcn qq1 1 scale } { 0 r2 lineto } ifelse wr neg rotate x2 neg y2 neg translate closepath gsave fill grestore Rbd Gbd Bbd setrgbcolor stroke } if } bind def /Coldef { /qgam exch def /qmax exch def /qmin exch def /clB exch def /clG exch def /clR exch def /qint clR clG clB add add 3 div def qint 0 eq { /qint 1 def /pint 1 def } { /pint 1 1 qint sub div def } ifelse /aaR clR qint sub pint mul def /bbR 1 clR sub pint mul def /aaG clG qint sub pint mul def /bbG 1 clG sub pint mul def /aaB clB qint sub pint mul def /bbB 1 clB sub pint mul def /dqq qmax qmin sub def /qq qmin dqq sub def /kk 0 def nos1 { /qq qmin kk nosh div qgam exp dqq mul add def qq qint lt {cRA ii clR qq mul qint div put cGA ii clG qq mul qint div put cBA ii clB qq mul qint div put } {cRA ii aaR bbR qq mul add put cGA ii aaG bbG qq mul add put cBA ii aaB bbB qq mul add put } ifelse /ii ii 1 add def /kk kk 1 add def} repeat} bind def /nosh 50 def /ncol 3 def /nos1 nosh 1 add def /cRA nos1 ncol mul array def /cGA nos1 ncol mul array def /cBA nos1 ncol mul array def /ii 0 def .736 .787 1.000 .400 .900 1.000 Coldef .992 .992 .992 .200 .655 1.000 Coldef .992 .992 .992 .770 .990 .810 Coldef /alp nosh array def /bet nosh array def /i 0 def /j 0 def nosh { alp i j nosh div put bet i 1 j nosh div dup mul sub abs sqrt put /i i 1 add def /j j 1 add def } repeat % 20 20 570 770 Boxd .000 .000 .000 setrgbcolor fill % 20 20 570 770 Boxd 0 setgray stroke 20 20 570 770 Boxd clip % 53 45 {dup mul exch dup mul add 1. exch sub } setscreen /Rol .000 def /Gol .000 def /Bol .000 def /Rbd .000 def /Gbd .000 def /Bbd .000 def .7660 .6428 125.00 Lite 445.80 268.20 18.34 1 CBall % 2 216.60 344.60 43.24 2 CBall % 3 369.40 497.40 43.24 2 CBall % 4 369.40 344.60 43.24 2 CBall % 5 216.60 497.40 43.24 2 CBall % 6 140.20 268.20 30.56 0 CBall % 7 170.42 268.20 415.58 268.20 4.584 4.584 .0000 .739 .739 .978 CBond % 7 - 8 140.20 298.42 140.20 543.58 4.584 4.584 .0000 .739 .739 .978 CBond % 7 - 9 445.80 268.20 30.56 0 CBall % 8 445.80 298.42 445.80 543.58 4.584 4.584 .0000 .739 .739 .978 CBond % 8 - 10 140.20 573.80 30.56 0 CBall % 9 170.42 573.80 415.58 573.80 4.584 4.584 .0000 .739 .739 .978 CBond % 9 - 10 445.80 573.80 30.56 0 CBall % 10 445.80 268.20 18.34 1 CBall % 1 /#copies 1 def showpage %%EndDocument: cleartomark countdictstack exch sub { end } repeat restore grestore % % End Imported PIC File: tkconfig.ps %%EndDocument % $F2psEnd rs %%EndDocument @endspecial -150 863 a Fr(FIG.)50 b(9:)82 b(Elev)n(en)50 b(adsorption)g(con\014gurations)g(of)g(the)f(system)-150 950 y(H)-92 958 y Fq(2)-58 950 y Fr(/\(2)t Fb(\002)t Fr(2\))q(S/Pd\(100\).)34 b(The)19 b(corresp)r(onding)h(elb)r(o)n(w)g (plots)g(are)g(used)-150 1037 y(for)26 b(the)g(NN-\014t.)-150 1312 y Fn(tio)j Ft(accuracy)-7 b(.)34 b(The)24 b(training)f(time)h (with)g(suc)n(h)f(a)g(high)h(n)n(um)n(b)r(er)-150 1407 y(of)i(examples)g(but)h(only)f(641)f(w)n(eigh)n(ts)h(reduces)f(to)i (sev)n(en)e(hours)-150 1503 y(on)33 b(an)f(IBM-SP2)g(no)r(de)h(in)g (comparison)e(to)i(sev)n(eral)e(da)n(ys)h(for)-150 1598 y(the)c(3101)e(parameter)g(case.)-67 1698 y(On)k(the)h(clean)f(surface) f(a)h(NN)h(with)g(suc)n(h)f(a)g(small)g(n)n(um)n(b)r(er)-150 1794 y(of)37 b(parameters)f(w)n(as)g(not)h(able)g(to)g(describ)r(e)g (the)g(correct)f(co-)-150 1889 y(existence)d(of)g(activ)-5 b(ated)33 b(and)g(non-activ)-5 b(ated)32 b(path)n(w)n(a)n(ys.)52 b(W)-7 b(e)-150 1985 y(conclude,)32 b(with)f(resp)r(ect)g(to)f(the)i(n) n(um)n(b)r(er)e(of)h(training)f(p)r(oin)n(ts)-150 2080 y(and)c(the)g(complexit)n(y)f(of)h(the)h(appropriate)d(NN,)i(that)g (\014tting)h(a)-150 2175 y(strictly)g(activ)-5 b(ated)28 b(PES)f(is)g(a)g(profoundly)g(easier)g(task.)232 2476 y Fs(2.)78 b(NN-\014t)29 b(b)l(ase)l(d)g(on)e(eleven)i(elb)l(ow)f (plots)-67 2694 y Ft(Usually)-7 b(,)20 b(a)e(dense)h(grid)e(of)i (energies)e(as)h(presen)n(ted)g(in)g(the)h(pre-)-150 2789 y(vious)h(section)f(will)i(not)f(b)r(e)h(a)n(v)-5 b(ailable)19 b(due)h(to)g(the)h(high)f(n)n(umeri-)-150 2885 y(cal)i(costs)g(of)h Fn(ab)j(initio)j Ft(calculations.)34 b(Commonly)-7 b(,)23 b(DFT)g(stud-)-150 2980 y(ies)c(of)g(PESs)f (concen)n(trate)f(on)i(2D)g(cuts)g(through)f(the)h(con\014gura-)-150 3076 y(tion)24 b(space)e(with)i(the)g(molecule)g(ab)r(o)n(v)n(e)e (high-symmetric)h(sites.)-150 3171 y(In)41 b(Fig.)h(9)f(w)n(e)g (plotted)g(elev)n(en)g(suc)n(h)g(con\014gurations)e(whic)n(h)-150 3267 y(ha)n(v)n(e)22 b(b)r(een)j(used)e(for)g(the)h(system)g(H)1011 3279 y Fm(2)1048 3267 y Ft(/\(2)5 b Fh(\002)g Ft(2\))n(S/Pd\(100\).)34 b(The)-150 3362 y(molecule)d(approac)n(hes)e(the)i(surface)g(ab)r(o)n (v)n(e)f(the)h(fourfold)g(hol-)-150 3458 y(lo)n(w)24 b(site,)i(the)f(palladium)g(bridge)g(site,)g(the)h(sulfur)f(bridge)f (site,)-150 3553 y(on-top)i(of)g(a)g(palladium)g(atom)g(and)g(on-top)f (of)i(a)e(sulfur)i(atom.)-150 3649 y(The)i(orien)n(tation)e(of)h(the)h (molecule)g(is)f(either)h(parallel)e(or)h(p)r(er-)-150 3744 y(p)r(endicular)f(to)h(the)g(surface.)-67 3844 y(W)-7 b(e)35 b(p)r(erformed)e(a)h Fh(f)p Ft(9)9 b Fh(\000)g Ft(20)g Fh(\000)g Ft(20)g Fh(\000)g Ft(1)30 b Fl(tl)r Fh(g)j Ft(NN)i(in)n(terp)r(olation)-150 3940 y(based)e(on)g(1)p Fl(;)14 b Ft(189)32 b(training)h(and)g(471)f(test)i(energies)f (obtained)-150 4035 y(from)e(the)g(analytical)f(PES)h(in)g(the)g (con\014gurations)f(of)h(Fig.)g(9.)-150 4131 y(The)36 b(test)h(and)f(training)g(error)e(after)i(100)f(ep)r(o)r(c)n(hs)h (measured)-150 4226 y(0)p Fl(:)p Ft(078)14 b(eV)22 b(and)i(0)p Fl(:)p Ft(096)14 b(eV,)23 b(resp)r(ectiv)n(ely)-7 b(.)34 b(The)25 b(resulting)e(neural)-150 4322 y(stic)n(king)30 b(co)r(e\016cien)n(t)g(in)h(Fig.)f(10)g(exhibits)h(the)g(same)f (increase)-150 4417 y(in)24 b(the)g(stic)n(king)f(probabilit)n(y)g (with)h(kinetic)g(energy)f(as)g(the)h(cor-)-150 4513 y(resp)r(onding)31 b(analytical)g(curv)n(e)f(but)j(its)f(v)-5 b(alue)31 b(is)h(strongly)e(re-)-150 4608 y(duced.)48 b(A)32 b(NN)g(\014t)g(based)f(on)g(1778)e(training)i(examples)g(from) -150 4704 y(the)26 b(same)e(cuts)i(resulted)e(in)i(a)f(description)f (of)h(the)h(PES)e(whic)n(h)-150 4799 y(w)n(as)j(to)r(o)g(reactiv)n(e)f (at)i(high)f(kinetic)h(energies)e(\(see)i(Fig.)f(10\).)-47 5099 y Fs(3.)78 b(NN-\014t)28 b(b)l(ase)l(d)h(on)f(eleven)g(elb)l(ow)g (plots)g(and)g(c)l(orrugation)-67 5318 y Ft(In)20 b(order)e(to)h(get)g (a)g(reliable)g(description)f(of)i(dynamical)e(prop-)-150 5413 y(erties)29 b(for)h(disso)r(ciation)e(pro)r(cesses)h(with)h(NNs)g (it)g(is)g(not)g(su\016-)2371 -166 y gsave currentpoint currentpoint translate 270 neg rotate neg exch neg exch translate 2371 -166 a @beginspecial 88 @llx 29 @lly 595 @urx 623 @ury 1417 @rwi @setspecial %%BeginDocument: Fig10.eps %!PS-Adobe-2.0 EPSF-1.2 %%BoundingBox: 88 29 595 623 %%Title: stick_h2spd_abini_double.eps %%Creator: soenke@theolx03 with xmgr %%CreationDate: Wed Jan 31 18:08:35 2001 %%EndComments 80 dict begin /languagelevel where {pop /gs_languagelevel languagelevel def} {/gs_languagelevel 1 def} ifelse gs_languagelevel 1 gt { <} image end } >> matrix makepattern /Pat0 exch def <} image end } >> matrix makepattern /Pat1 exch def <} image end } >> matrix makepattern /Pat2 exch def <} image end } >> matrix makepattern /Pat3 exch def <} image end } >> matrix makepattern /Pat4 exch def <} image end } >> matrix makepattern /Pat5 exch def <} image end } >> matrix makepattern /Pat6 exch def <} image end } >> matrix makepattern /Pat7 exch def <} image end } >> matrix makepattern /Pat8 exch def <} image end } >> matrix makepattern /Pat9 exch def <} image end } >> matrix makepattern /Pat10 exch def <} image end } >> matrix makepattern /Pat11 exch def <} image end } >> matrix makepattern /Pat12 exch def <} image end } >> matrix makepattern /Pat13 exch def <} image end } >> matrix makepattern /Pat14 exch def <} image end } >> matrix makepattern /Pat15 exch def }{ /Pat0 { 0.000000 setgray } def /Pat1 { 0.062500 setgray } def /Pat2 { 0.125000 setgray } def /Pat3 { 0.187500 setgray } def /Pat4 { 0.250000 setgray } def /Pat5 { 0.312500 setgray } def /Pat6 { 0.375000 setgray } def /Pat7 { 0.437500 setgray } def /Pat8 { 0.500000 setgray } def /Pat9 { 0.562500 setgray } def /Pat10 { 0.625000 setgray } def /Pat11 { 0.687500 setgray } def /Pat12 { 0.750000 setgray } def /Pat13 { 0.812500 setgray } def /Pat14 { 0.875000 setgray } def /Pat15 { 0.937500 setgray } def /setpattern { } def } ifelse /m {moveto} bind def /l {lineto} bind def /s {stroke} bind def % Symbol fill /f { gsave fill grestore stroke } bind def % Opaque symbol /o { gsave 1.000000 1.000000 1.000000 setrgbcolor fill grestore stroke } bind def % Circle symbol /a { 3 -1 roll 0 360 arc } bind def /da { a s } bind def /fa { a f } bind def /oa { a o } bind def % Square symbol /sq { moveto dup dup rmoveto 2 mul dup neg 0 rlineto dup neg 0 exch rlineto 0 rlineto closepath } bind def /dsq { sq s } bind def /fsq { sq f } bind def /osq { sq o } bind def % Triangle symbols /t1 { moveto dup 0 exch rmoveto dup neg dup 2 mul rlineto 2 mul 0 rlineto closepath } bind def /dt1 { t1 s } bind def /ft1 { t1 f } bind def /ot1 { t1 o } bind def /t2 { moveto dup neg 0 rmoveto dup dup 2 mul exch neg rlineto 2 mul 0 exch rlineto closepath } bind def /dt2 { t2 s } bind def /ft2 { t2 f } bind def /ot2 { t2 o } bind def /t3 { moveto dup neg 0 exch rmoveto dup dup 2 mul rlineto neg 2 mul 0 rlineto closepath } bind def /dt3 { t3 s } bind def /ft3 { t3 f } bind def /ot3 { t3 o } bind def /t4 { moveto dup 0 rmoveto dup dup -2 mul exch rlineto -2 mul 0 exch rlineto closepath } bind def /dt4 { t4 s } bind def /ft4 { t4 f } bind def /ot4 { t4 o } bind def % Diamond symbol /di { moveto dup 0 exch rmoveto dup neg dup rlineto dup dup neg rlineto dup dup rlineto closepath } bind def /ddi { di s } bind def /fdi { di f } bind def /odi { di o } bind def % Plus symbol /pl { dup 0 rmoveto dup -2 mul 0 rlineto dup dup rmoveto -2 mul 0 exch rlineto } bind def /dpl { m pl s } bind def % x symbol /x { dup dup rmoveto dup -2 mul dup rlineto 2 mul dup 0 rmoveto dup neg exch rlineto } bind def /dx { m x s } bind def % Splat symbol /dsp { m dup pl dup 0 exch rmoveto 0.707 mul x s } bind def /RJ { stringwidth neg exch neg exch rmoveto } bind def /CS { stringwidth 2 div neg exch 2 div neg exch rmoveto } bind def 0.24 0.24 scale 1 setlinecap mark /ISOLatin1Encoding 8#000 1 8#054 {StandardEncoding exch get} for /minus 8#056 1 8#217 {StandardEncoding exch get} for /dotlessi 8#301 1 8#317 {StandardEncoding exch get} for /space /exclamdown /cent /sterling /currency /yen /brokenbar /section /dieresis /copyright /ordfeminine /guillemotleft /logicalnot /hyphen /registered /macron /degree /plusminus /twosuperior /threesuperior /acute /mu /paragraph /periodcentered /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 /ISOLatin1Encoding where not {256 array astore def} if cleartomark /makeISOEncoded { findfont /curfont exch def /newfont curfont maxlength dict def /ISOLatin1 (-ISOLatin1) def /curfontname curfont /FontName get dup length string cvs def /newfontname curfontname length ISOLatin1 length add string dup 0 curfontname putinterval dup curfontname length ISOLatin1 putinterval def curfont { exch dup /FID ne { dup /Encoding eq { exch pop ISOLatin1Encoding exch } if dup /FontName eq { exch pop newfontname exch } if exch newfont 3 1 roll put } { pop pop } ifelse } forall newfontname newfont definefont } def /Times-Roman makeISOEncoded pop /Times-Bold makeISOEncoded pop /Times-Italic makeISOEncoded pop /Times-BoldItalic makeISOEncoded pop /Helvetica makeISOEncoded pop /Helvetica-Bold makeISOEncoded pop /Helvetica-Oblique makeISOEncoded pop /Helvetica-BoldOblique makeISOEncoded pop 2550 0 translate 90 rotate s 0.000000 0.000000 0.000000 setrgbcolor 1 setlinewidth /Times-Italic-ISOLatin1 findfont 108 scalefont setfont 0.862745 0.862745 0.862745 setrgbcolor 506 434 m 506 2114 l 2521 2114 l 2521 434 l 506 434 l closepath gsave eofill grestore s 0.000000 0.000000 0.000000 setrgbcolor [] 0 setdash 3 setlinewidth 506 434 m 506 444 l 632 434 m 632 444 l 758 434 m 758 444 l 884 434 m 884 444 l 1010 434 m 1010 444 l 1136 434 m 1136 444 l 1262 434 m 1262 444 l 1388 434 m 1388 444 l 1513 434 m 1513 444 l 1639 434 m 1639 444 l 1765 434 m 1765 444 l 1891 434 m 1891 444 l 2017 434 m 2017 444 l 2143 434 m 2143 444 l 2269 434 m 2269 444 l 2395 434 m 2395 444 l 2521 434 m 2521 444 l s 506 434 m 506 454 l 758 434 m 758 454 l 1010 434 m 1010 454 l 1262 434 m 1262 454 l 1513 434 m 1513 454 l 1765 434 m 1765 454 l 2017 434 m 2017 454 l 2269 434 m 2269 454 l 2521 434 m 2521 454 l /Times-Italic-ISOLatin1 findfont 105 scalefont setfont /Roman-ISOLatin1 findfont 105 scalefont setfont s 506 346 m gsave 506 346 translate 0 rotate 0 -35 m (0.0) CS (0.0) show grestore newpath 758 346 m gsave 758 346 translate 0 rotate 0 -35 m (0.1) CS (0.1) show grestore newpath 1010 346 m gsave 1010 346 translate 0 rotate 0 -35 m (0.2) CS (0.2) show grestore newpath 1262 346 m gsave 1262 346 translate 0 rotate 0 -35 m (0.3) CS (0.3) show grestore newpath 1513 346 m gsave 1513 346 translate 0 rotate 0 -35 m (0.4) CS (0.4) show grestore newpath 1765 346 m gsave 1765 346 translate 0 rotate 0 -35 m (0.5) CS (0.5) show grestore newpath 2017 346 m gsave 2017 346 translate 0 rotate 0 -35 m (0.6) CS (0.6) show grestore newpath 2269 346 m gsave 2269 346 translate 0 rotate 0 -35 m (0.7) CS (0.7) show grestore newpath 2521 346 m gsave 2521 346 translate 0 rotate 0 -35 m (0.8) CS (0.8) show grestore newpath /Roman-ISOLatin1 findfont 132 scalefont setfont 1513 170 m gsave 1513 170 translate 0 rotate 0 0 m (Kinetic energy Ei \(eV\)) CS (Kinetic energy) show /Times-Italic-ISOLatin1 findfont 132 scalefont setfont 210 0 translate 0 rotate 0 0 m (E) show /Times-Italic-ISOLatin1 findfont 79 scalefont setfont 0 -39 rmoveto (i) show /Roman-ISOLatin1 findfont 132 scalefont setfont 0 39 rmoveto ( \(eV\)) show grestore newpath 506 434 m 516 434 l 506 518 m 516 518 l 506 602 m 516 602 l 506 687 m 516 687 l 506 770 m 516 770 l 506 854 m 516 854 l 506 939 m 516 939 l 506 1023 m 516 1023 l 506 1106 m 516 1106 l 506 1190 m 516 1190 l 506 1274 m 516 1274 l 506 1359 m 516 1359 l 506 1443 m 516 1443 l 506 1526 m 516 1526 l 506 1611 m 516 1611 l 506 1694 m 516 1694 l 506 1778 m 516 1778 l 506 1863 m 516 1863 l 506 1946 m 516 1946 l 506 2030 m 516 2030 l 506 2114 m 516 2114 l 2521 434 m 2511 434 l 2521 518 m 2511 518 l 2521 602 m 2511 602 l 2521 687 m 2511 687 l 2521 770 m 2511 770 l 2521 854 m 2511 854 l 2521 939 m 2511 939 l 2521 1023 m 2511 1023 l 2521 1106 m 2511 1106 l 2521 1190 m 2511 1190 l 2521 1274 m 2511 1274 l 2521 1359 m 2511 1359 l 2521 1443 m 2511 1443 l 2521 1526 m 2511 1526 l 2521 1611 m 2511 1611 l 2521 1694 m 2511 1694 l 2521 1778 m 2511 1778 l 2521 1863 m 2511 1863 l 2521 1946 m 2511 1946 l 2521 2030 m 2511 2030 l 2521 2114 m 2511 2114 l s 506 434 m 526 434 l 506 602 m 526 602 l 506 770 m 526 770 l 506 939 m 526 939 l 506 1106 m 526 1106 l 506 1274 m 526 1274 l 506 1443 m 526 1443 l 506 1611 m 526 1611 l 506 1778 m 526 1778 l 506 1946 m 526 1946 l 506 2114 m 526 2114 l 2521 434 m 2501 434 l 2521 602 m 2501 602 l 2521 770 m 2501 770 l 2521 939 m 2501 939 l 2521 1106 m 2501 1106 l 2521 1274 m 2501 1274 l 2521 1443 m 2501 1443 l 2521 1611 m 2501 1611 l 2521 1778 m 2501 1778 l 2521 1946 m 2501 1946 l 2521 2114 m 2501 2114 l /Roman-ISOLatin1 findfont 105 scalefont setfont s 438 434 m gsave 438 434 translate 0 rotate 0 -35 m (0.0) RJ (0.0) show grestore newpath 438 602 m gsave 438 602 translate 0 rotate 0 -35 m (0.1) RJ (0.1) show grestore newpath 438 770 m gsave 438 770 translate 0 rotate 0 -35 m (0.2) RJ (0.2) show grestore newpath 438 939 m gsave 438 939 translate 0 rotate 0 -35 m (0.3) RJ (0.3) show grestore newpath 438 1106 m gsave 438 1106 translate 0 rotate 0 -35 m (0.4) RJ (0.4) show grestore newpath 438 1274 m gsave 438 1274 translate 0 rotate 0 -35 m (0.5) RJ (0.5) show grestore newpath 438 1443 m gsave 438 1443 translate 0 rotate 0 -35 m (0.6) RJ (0.6) show grestore newpath 438 1611 m gsave 438 1611 translate 0 rotate 0 -35 m (0.7) RJ (0.7) show grestore newpath 438 1778 m gsave 438 1778 translate 0 rotate 0 -35 m (0.8) RJ (0.8) show grestore newpath 438 1946 m gsave 438 1946 translate 0 rotate 0 -35 m (0.9) RJ (0.9) show grestore newpath 438 2114 m gsave 438 2114 translate 0 rotate 0 -35 m (1.0) RJ (1.0) show grestore newpath /Roman-ISOLatin1 findfont 132 scalefont setfont 214 1274 m gsave 214 1274 translate 90 rotate 0 0 m (Sticking probability) CS (Sticking probability) show grestore newpath 11 setlinewidth 708 434 m 733 435 l 758 477 l 808 563 l 834 590 l 859 623 l 884 650 l 909 675 l 934 707 l 959 728 l 985 752 l 1010 780 l 1035 799 l 1060 835 l 1085 866 l 1111 889 l 1136 916 l 1161 936 l 1211 971 l 1262 989 l 1312 1014 l 1362 1026 l 1413 1039 l 1463 1042 l 1513 1038 l 1564 1033 l 1614 1039 l 1665 1045 l 1715 1042 l 1765 1045 l 1816 1044 l 1866 1050 l 1916 1059 l 1967 1069 l 2017 1079 l 2068 1089 l 2118 1102 l 2168 1112 l 2219 1120 l 2269 1131 l 2319 1139 l 2370 1151 l 2420 1168 l 2470 1190 l 2521 1205 l s 3 setlinewidth 11 setlinewidth [40 20] 0 setdash 657 471 m 708 471 l 758 471 l 808 492 l 859 518 l 909 562 l 959 646 l 1010 697 l 1060 784 l 1111 851 l 1136 878 l 1262 942 l 1388 1039 l 1513 1154 l 1639 1278 l 1765 1389 l 2017 1550 l 2269 1627 l 2521 1721 l s 3 setlinewidth [] 0 setdash 11 setlinewidth 657 451 m 708 455 l 758 455 l 808 441 l 859 451 l 909 468 l 959 471 l 1010 485 l 1060 508 l 1111 515 l 1136 522 l 1262 566 l 1388 572 l 1513 596 l 1639 606 l 1765 609 l 1891 616 l 2017 650 l 2143 666 l 2269 693 l 2395 723 l 2521 767 l /Roman-ISOLatin1 findfont 67 scalefont setfont s 22 657 451 oa 22 708 455 oa 22 758 455 oa 22 808 441 oa 22 859 451 oa 22 909 468 oa 22 959 471 oa 22 1010 485 oa 22 1060 508 oa 22 1111 515 oa 22 1136 522 oa 22 1262 566 oa 22 1388 572 oa 22 1513 596 oa 22 1639 606 oa 22 1765 609 oa 22 1891 616 oa 22 2017 650 oa 22 2143 666 oa 22 2269 693 oa 22 2395 723 oa 22 2521 767 oa /Roman-ISOLatin1 findfont 132 scalefont setfont 3 setlinewidth 1 setlinewidth 9 setlinewidth 506 434 m 506 2114 l 2521 2114 l 2521 434 l 506 434 l s 1 setlinewidth /Roman-ISOLatin1 findfont 108 scalefont setfont 9 setlinewidth 1.000000 1.000000 1.000000 setrgbcolor 557 1597 m 557 2073 l 2028 2073 l 2028 1597 l closepath gsave eofill grestore s 0.000000 0.000000 0.000000 setrgbcolor 557 1597 m 557 2073 l 2028 2073 l 2028 1597 l 557 1597 l s 1 setlinewidth /Roman-ISOLatin1 findfont 108 scalefont setfont 11 setlinewidth 621 1971 m 749 1971 l s 1 setlinewidth 813 1971 m gsave 813 1971 translate 0 rotate 0 -36 m (Analytical PES) show grestore newpath /Roman-ISOLatin1 findfont 108 scalefont setfont [40 20] 0 setdash 11 setlinewidth 621 1835 m 749 1835 l s [] 0 setdash 1 setlinewidth 813 1835 m gsave 813 1835 translate 0 rotate 0 -36 m (NN PES: 11 elbow plots ) show grestore newpath /Roman-ISOLatin1 findfont 108 scalefont setfont 11 setlinewidth 621 1699 m 749 1699 l s 22 621 1699 oa 22 749 1699 oa 1 setlinewidth 813 1699 m gsave 813 1699 translate 0 rotate 0 -36 m (NN PES: 11 elbow plots) show grestore newpath /Roman-ISOLatin1 findfont 108 scalefont setfont 1632 764 m gsave 1632 764 translate 0 rotate 0 -36 m (1,189 points) show grestore newpath /Roman-ISOLatin1 findfont 108 scalefont setfont /Roman-ISOLatin1 findfont 108 scalefont setfont 1106 1365 m gsave 1106 1365 translate 0 rotate 0 -36 m (1,778 points) show grestore newpath /Roman-ISOLatin1 findfont 108 scalefont setfont end showpage %%Trailer %%EndDocument @endspecial 3552 -166 a currentpoint grestore moveto 3552 -166 a 2042 1158 a Fr(FIG.)36 b(10:)54 b(Stic)n(king)35 b(probabilit)n(y)h(v)n(ersus)f(kinetic)g (energy)g(for)h(the)2042 1245 y(system)47 b(H)2376 1253 y Fq(2)2410 1245 y Fr(/\(2)t Fb(\002)t Fr(2\))q(S/Pd\(100\):)78 b(Analytical)47 b(PES)g(and)f(a)h(NN-)2042 1333 y(PES)e(based)g(on)g (the)g(elev)n(en)g(con\014gurations)h(in)f(Fig.)h(9.)94 b(NN:)2042 1420 y Fb(f)p Fr(9)t Fb(\000)t Fr(20)t Fb(\000)t Fr(20)t Fb(\000)t Fr(1)29 b Fg(tl)q Fb(g)p Fr(.)112 b(P)n(arameter:)87 b Fg(\025)p Fr(\(0\))9 b(=)g(0)p Fg(:)p Fr(98,)58 b Fg(\025)3700 1428 y Fq(0)3743 1420 y Fr(=)9 b(0)p Fg(:)p Fr(99906)r(,)2042 1507 y Fg(a)2083 1516 y Ff(th)2155 1507 y Fr(=)g(0)p Fg(:)p Fr(3.)2042 1783 y Ft(cien)n(t)20 b(to)g(follo)n(w)g(the)h(usual) f(approac)n(h)e(of)j(restricting)e(the)i(calcu-)2042 1879 y(lations)28 b(to)h(2D-cuts)g(ab)r(o)n(v)n(e)f(high-symmetric)g (sites.)42 b(W)-7 b(e)29 b(need)2042 1974 y(to)f(add)h(information)f (ab)r(out)g(the)h(PES,)f(whic)n(h)h(is)f(not)h(presen)n(t)2042 2070 y(in)g(the)h(elb)r(o)n(w)f(plots.)42 b(Numerical)29 b(calculations)g(based)g(on)g(the)2042 2165 y(analytical)38 b(PES)h(rev)n(ealed)g(that)g(the)i(steering)d(e\013ect)j(is)e(not)2042 2261 y(only)c(presen)n(t)g(on)g(the)g(clean)g(Pd\(100\))g(surface,)h (but)g(also)e(on)2042 2356 y(the)k(sulfur)f(co)n(v)n(ered)f(sample)h ([24)o(].)67 b(Molecules)37 b(approac)n(hing)2042 2452 y(the)23 b(surface)f(ab)r(o)n(v)n(e)g(sites)h(with)g(a)g(high)g (barrier)e(to)i(disso)r(ciation)2042 2547 y(can)g(b)r(e)h(reorien)n (ted)e(b)n(y)h(the)g(forces)g(to)g(more)g(fa)n(v)n(orable)e(adsorp-) 2042 2643 y(tion)31 b(con\014gurations.)46 b(W)-7 b(e)31 b(sho)n(w)n(ed)f(in)i(the)f(discussion)g(of)g(the)2042 2738 y(\014rst)39 b(test)h(problem)f(that)h(the)f(distribution)h(of)f (the)h(barriers)2042 2833 y(within)30 b(the)f(unit)h(cell)f(is)g(imp)r (ortan)n(t)g(for)g(the)g(repro)r(duction)f(of)2042 2929 y(the)h(steering)g(e\013ect)g(and)g(w)n(e)g(ha)n(v)n(e)f(therefore)g (tested)h(ho)n(w)g(the)2042 3024 y(incorp)r(oration)i(of)i(the)g (energetic)f(corrugation)f(impro)n(v)n(es)g(the)2042 3120 y(in)n(terp)r(olations.)2125 3216 y(The)23 b(H)2353 3228 y Fm(2)2415 3216 y Ft(molecule)g(disso)r(ciates)g(with)h(its)g (axis)e(orien)n(ted)h(par-)2042 3312 y(allel)30 b(to)h(the)h(surface;)g (the)f(minim)n(um)h(path)f(is)g(lo)r(cated)g(ab)r(o)n(v)n(e)2042 3407 y(the)k(fourfold)g(hollo)n(w)g(site.)59 b(Figure)35 b(11)f(\(a\))i(and)f(\(b\))h(displa)n(y)2042 3503 y(the)48 b(v)-5 b(ariation)46 b(of)h(the)h(energy)e(barriers)g(the)h(H)3685 3515 y Fm(2)3770 3503 y Ft(molecule)2042 3598 y(exp)r(eriences)38 b(during)g(adsorption)f(for)h(t)n(w)n(o)g(angular)f(orien)n(ta-)2042 3694 y(tions)30 b(ab)r(o)n(v)n(e)g(di\013eren)n(t)g(lateral)g(p)r (ositions.)46 b(In)30 b(Fig.)h(11\(a\))f(the)2042 3789 y(molecule)24 b(is)g(orien)n(ted)f(parallel)g(to)h(the)h(surface)e(ab)r (o)n(v)n(e)g(the)i(sul-)2042 3885 y(fur)33 b(bridge)f(site)h(with)g (the)g(H)3000 3897 y Fm(2)3071 3885 y Ft(atoms)f(p)r(oin)n(ting)h(to)n (w)n(ards)e(the)2042 3980 y(fourfold)39 b(hollo)n(w)h(site.)74 b(In)40 b(order)f(to)h(scan)f(the)i(barriers)d(w)n(e)2042 4076 y(\014xed)24 b(the)g(\()p Fl(Z)2467 4088 y Fk(c)2501 4076 y Fl(;)14 b(d;)g(\022)r(;)g(\036)p Ft(\))25 b(con\014guration)d (for)i(t)n(w)n(o)f(di\013eren)n(t)h(b)r(ond)2042 4171 y(lengths)32 b Fl(d)h Ft(and)g(heigh)n(ts)f Fl(Z)2922 4183 y Fk(c)2989 4171 y Ft(and)g(mo)n(v)n(ed)g(the)h(molecule)g(from) 2042 4266 y(the)38 b(sulfur)h(bridge)e(site)h(to)h(the)f(fourfold)g (hollo)n(w)f(site.)69 b(The)2042 4362 y(same)34 b(is)h(done)f(in)i (Fig.)e(11\(b\))h(but)g(no)n(w)g(the)g(H-atoms)f(p)r(oin)n(t)2042 4457 y(initially)28 b(in)f(the)h(direction)f(of)h(the)g(sulfur)g (atoms.)2125 4554 y(The)22 b(con\014guration)f(of)h(the)h(H)3077 4566 y Fm(2)3137 4554 y Ft(molecule)f(for)g(the)h(solid)f(lines)2042 4649 y(in)37 b(Fig.)g(11)f(corresp)r(ond)f(to)i(the)g(p)r(osition)g(of) g(the)g(maxim)n(um)2042 4745 y(barrier)22 b(in)j(the)f(en)n(trance)f(c) n(hannel)h(ab)r(o)n(v)n(e)f(the)h(fourfold)g(hollo)n(w)2042 4840 y(site.)36 b(In)25 b(Fig.)f(11\(a\))g(the)i(energy)d(barrier)g (decreases)g(monoton-)2042 4936 y(ically)28 b(from)g(a)h(v)-5 b(alue)28 b(of)h(0)p Fl(:)p Ft(3)14 b(eV)28 b(ab)r(o)n(v)n(e)f(the)i (sulfur)g(bridge)f(site)2042 5031 y(at)g(\()p Fl(X)2245 5043 y Fk(c)2279 5031 y Fl(;)14 b(Y)2364 5043 y Fk(c)2398 5031 y Ft(\))c(=)g(\(0)k Fl(a;)g Ft(0)p Fl(:)p Ft(5)g Fl(a)p Ft(\))26 b(to)i(0)p Fl(:)p Ft(1)14 b(eV)28 b(ab)r(o)n(v)n(e)e (the)j(fourfold)f(hol-)2042 5127 y(lo)n(w)c(site)g(at)g(\(0)p Fl(:)p Ft(5)14 b Fl(a;)g Ft(0)p Fl(:)p Ft(5)g Fl(a)p Ft(\),)24 b(where)g Fn(a)h Ft(de\014nes)f(the)h(length)f(of)h(the)2042 5222 y(\(2)5 b Fh(\002)g Ft(2\))32 b(unit)i(cell.)54 b(The)34 b(monotonic)e(decrease)g(of)i(the)f(energy)2042 5318 y(barriers)19 b(enables)h(the)h(molecule)g(to)f(b)r(e)h (redirected)g(to)f(the)h(most)2042 5413 y(fa)n(v)n(orable)f(disso)r (ciation)i(con\014guration)f(ab)r(o)n(v)n(e)g(the)i(hollo)n(w)e(site)p eop end %%Page: 11 11 TeXDict begin 11 10 bop 4001 -299 a Ft(11)139 -83 y gsave currentpoint currentpoint translate 270 neg rotate neg exch neg exch translate 139 -83 a @beginspecial 25 @llx 70 @lly 570 @urx 760 @ury 1119 @rwi @setspecial %%BeginDocument: Fig11a.eps %!PS-Adobe-2.0 %%Title: h2spd_ana_corru9090.xfig.eps %%Creator: fig2dev Version 3.2.3 Patchlevel %%CreationDate: Thu Feb 1 14:55:16 2001 %%For: soenke@theolx03 (Soenke Lorenz) %%Orientation: Landscape %%Pages: 1 %%BoundingBox: 25 70 570 760 %%BeginSetup %%IncludeFeature: *PageSize A4 %%EndSetup %%Magnification: 1.0000 %%EndComments /$F2psDict 200 dict def $F2psDict begin $F2psDict /mtrx matrix put /col-1 {0 setgray} bind def /col0 {0.000 0.000 0.000 srgb} bind def /col1 {0.000 0.000 1.000 srgb} bind def /col2 {0.000 1.000 0.000 srgb} bind def /col3 {0.000 1.000 1.000 srgb} bind def /col4 {1.000 0.000 0.000 srgb} bind def /col5 {1.000 0.000 1.000 srgb} bind def /col6 {1.000 1.000 0.000 srgb} bind def /col7 {1.000 1.000 1.000 srgb} bind def /col8 {0.000 0.000 0.560 srgb} bind def /col9 {0.000 0.000 0.690 srgb} bind def /col10 {0.000 0.000 0.820 srgb} bind def /col11 {0.530 0.810 1.000 srgb} bind def /col12 {0.000 0.560 0.000 srgb} bind def /col13 {0.000 0.690 0.000 srgb} bind def /col14 {0.000 0.820 0.000 srgb} bind def /col15 {0.000 0.560 0.560 srgb} bind def /col16 {0.000 0.690 0.690 srgb} bind def /col17 {0.000 0.820 0.820 srgb} bind def /col18 {0.560 0.000 0.000 srgb} bind def /col19 {0.690 0.000 0.000 srgb} bind def /col20 {0.820 0.000 0.000 srgb} bind def /col21 {0.560 0.000 0.560 srgb} bind def /col22 {0.690 0.000 0.690 srgb} bind def /col23 {0.820 0.000 0.820 srgb} bind def /col24 {0.500 0.190 0.000 srgb} bind def /col25 {0.630 0.250 0.000 srgb} bind def /col26 {0.750 0.380 0.000 srgb} bind def /col27 {1.000 0.500 0.500 srgb} bind def /col28 {1.000 0.630 0.630 srgb} bind def /col29 {1.000 0.750 0.750 srgb} bind def /col30 {1.000 0.880 0.880 srgb} bind def /col31 {1.000 0.840 0.000 srgb} bind def end save newpath 0 842 moveto 0 0 lineto 595 0 lineto 595 842 lineto closepath clip newpath -11.5 20.5 translate 90 rotate 1 -1 scale /cp {closepath} bind def /ef {eofill} bind def /gr {grestore} bind def /gs {gsave} bind def /sa {save} bind def /rs {restore} bind def /l {lineto} bind def /m {moveto} bind def /rm {rmoveto} bind def /n {newpath} bind def /s {stroke} bind def /sh {show} bind def /slc {setlinecap} bind def /slj {setlinejoin} bind def /slw {setlinewidth} bind def /srgb {setrgbcolor} bind def /rot {rotate} bind def /sc {scale} bind def /sd {setdash} bind def /ff {findfont} bind def /sf {setfont} bind def /scf {scalefont} bind def /sw {stringwidth} bind def /tr {translate} bind def /tnt {dup dup currentrgbcolor 4 -2 roll dup 1 exch sub 3 -1 roll mul add 4 -2 roll dup 1 exch sub 3 -1 roll mul add 4 -2 roll dup 1 exch sub 3 -1 roll mul add srgb} bind def /shd {dup dup currentrgbcolor 4 -2 roll mul 4 -2 roll mul 4 -2 roll mul srgb} bind def /$F2psBegin {$F2psDict begin /$F2psEnteredState save def} def /$F2psEnd {$F2psEnteredState restore end} def $F2psBegin %%Page: 1 1 10 setmiterlimit 0.06299 0.06299 sc %%Page: 1 1 % Polyline % % Begin Imported EPS File: h2spd_ana_bar_9090.eps %%BeginDocument: h2spd_ana_bar_9090.eps % n gs 926 1116 tr 15.874598 -15.968317 sc 270 rot -91 -2 tr sa n 91 2 m 596 2 l 596 624 l 91 624 l cp clip n countdictstack mark /showpage {} def % EPS file follows: %!PS-Adobe-2.0 EPSF-1.2 %%BoundingBox: 91 2 596 624 %%Title: h2spd_ana_bar_9090.eps %%Creator: soenke@theolx03 with xmgr %%CreationDate: Thu Feb 1 14:55:03 2001 %%EndComments 80 dict begin /languagelevel where {pop /gs_languagelevel languagelevel def} {/gs_languagelevel 1 def} ifelse gs_languagelevel 1 gt { <} image end } >> matrix makepattern /Pat0 exch def <} image end } >> matrix makepattern /Pat1 exch def <} image end } >> matrix makepattern /Pat2 exch def <} image end } >> matrix makepattern /Pat3 exch def <} image end } >> matrix makepattern /Pat4 exch def <} image end } >> matrix makepattern /Pat5 exch def <} image end } >> matrix makepattern /Pat6 exch def <} image end } >> matrix makepattern /Pat7 exch def <} image end } >> matrix makepattern /Pat8 exch def <} image end } >> matrix makepattern /Pat9 exch def <} image end } >> matrix makepattern /Pat10 exch def <} image end } >> matrix makepattern /Pat11 exch def <} image end } >> matrix makepattern /Pat12 exch def <} image end } >> matrix makepattern /Pat13 exch def <} image end } >> matrix makepattern /Pat14 exch def <} image end } >> matrix makepattern /Pat15 exch def }{ /Pat0 { 0.000000 setgray } def /Pat1 { 0.062500 setgray } def /Pat2 { 0.125000 setgray } def /Pat3 { 0.187500 setgray } def /Pat4 { 0.250000 setgray } def /Pat5 { 0.312500 setgray } def /Pat6 { 0.375000 setgray } def /Pat7 { 0.437500 setgray } def /Pat8 { 0.500000 setgray } def /Pat9 { 0.562500 setgray } def /Pat10 { 0.625000 setgray } def /Pat11 { 0.687500 setgray } def /Pat12 { 0.750000 setgray } def /Pat13 { 0.812500 setgray } def /Pat14 { 0.875000 setgray } def /Pat15 { 0.937500 setgray } def /setpattern { } def } ifelse /m {moveto} bind def /l {lineto} bind def /s {stroke} bind def % Symbol fill /f { gsave fill grestore stroke } bind def % Opaque symbol /o { gsave 1.000000 1.000000 1.000000 setrgbcolor fill grestore stroke } bind def % Circle symbol /a { 3 -1 roll 0 360 arc } bind def /da { a s } bind def /fa { a f } bind def /oa { a o } bind def % Square symbol /sq { moveto dup dup rmoveto 2 mul dup neg 0 rlineto dup neg 0 exch rlineto 0 rlineto closepath } bind def /dsq { sq s } bind def /fsq { sq f } bind def /osq { sq o } bind def % Triangle symbols /t1 { moveto dup 0 exch rmoveto dup neg dup 2 mul rlineto 2 mul 0 rlineto closepath } bind def /dt1 { t1 s } bind def /ft1 { t1 f } bind def /ot1 { t1 o } bind def /t2 { moveto dup neg 0 rmoveto dup dup 2 mul exch neg rlineto 2 mul 0 exch rlineto closepath } bind def /dt2 { t2 s } bind def /ft2 { t2 f } bind def /ot2 { t2 o } bind def /t3 { moveto dup neg 0 exch rmoveto dup dup 2 mul rlineto neg 2 mul 0 rlineto closepath } bind def /dt3 { t3 s } bind def /ft3 { t3 f } bind def /ot3 { t3 o } bind def /t4 { moveto dup 0 rmoveto dup dup -2 mul exch rlineto -2 mul 0 exch rlineto closepath } bind def /dt4 { t4 s } bind def /ft4 { t4 f } bind def /ot4 { t4 o } bind def % Diamond symbol /di { moveto dup 0 exch rmoveto dup neg dup rlineto dup dup neg rlineto dup dup rlineto closepath } bind def /ddi { di s } bind def /fdi { di f } bind def /odi { di o } bind def % Plus symbol /pl { dup 0 rmoveto dup -2 mul 0 rlineto dup dup rmoveto -2 mul 0 exch rlineto } bind def /dpl { m pl s } bind def % x symbol /x { dup dup rmoveto dup -2 mul dup rlineto 2 mul dup 0 rmoveto dup neg exch rlineto } bind def /dx { m x s } bind def % Splat symbol /dsp { m dup pl dup 0 exch rmoveto 0.707 mul x s } bind def /RJ { stringwidth neg exch neg exch rmoveto } bind def /CS { stringwidth 2 div neg exch 2 div neg exch rmoveto } bind def 0.24 0.24 scale 1 setlinecap mark /ISOLatin1Encoding 8#000 1 8#054 {StandardEncoding exch get} for /minus 8#056 1 8#217 {StandardEncoding exch get} for /dotlessi 8#301 1 8#317 {StandardEncoding exch get} for /space /exclamdown /cent /sterling /currency /yen /brokenbar /section /dieresis /copyright /ordfeminine /guillemotleft /logicalnot /hyphen /registered /macron /degree /plusminus /twosuperior /threesuperior /acute /mu /paragraph /periodcentered /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 /ISOLatin1Encoding where not {256 array astore def} if cleartomark /makeISOEncoded { findfont /curfont exch def /newfont curfont maxlength dict def /ISOLatin1 (-ISOLatin1) def /curfontname curfont /FontName get dup length string cvs def /newfontname curfontname length ISOLatin1 length add string dup 0 curfontname putinterval dup curfontname length ISOLatin1 putinterval def curfont { exch dup /FID ne { dup /Encoding eq { exch pop ISOLatin1Encoding exch } if dup /FontName eq { exch pop newfontname exch } if exch newfont 3 1 roll put } { pop pop } ifelse } forall newfontname newfont definefont } def /Times-Roman makeISOEncoded pop /Times-Bold makeISOEncoded pop /Times-Italic makeISOEncoded pop /Times-BoldItalic makeISOEncoded pop /Helvetica makeISOEncoded pop /Helvetica-Bold makeISOEncoded pop /Helvetica-Oblique makeISOEncoded pop /Helvetica-BoldOblique makeISOEncoded pop 2550 0 translate 90 rotate s 0.000000 0.000000 0.000000 setrgbcolor 1 setlinewidth /Times-Italic-ISOLatin1 findfont 60 scalefont setfont [] 0 setdash 5 setlinewidth 506 435 m 506 445 l 708 435 m 708 445 l 909 435 m 909 445 l 1111 435 m 1111 445 l 1312 435 m 1312 445 l 1513 435 m 1513 445 l 1715 435 m 1715 445 l 1916 435 m 1916 445 l 2118 435 m 2118 445 l 2319 435 m 2319 445 l 2521 435 m 2521 445 l 506 2114 m 506 2104 l 708 2114 m 708 2104 l 909 2114 m 909 2104 l 1111 2114 m 1111 2104 l 1312 2114 m 1312 2104 l 1513 2114 m 1513 2104 l 1715 2114 m 1715 2104 l 1916 2114 m 1916 2104 l 2118 2114 m 2118 2104 l 2319 2114 m 2319 2104 l 2521 2114 m 2521 2104 l s 506 435 m 506 455 l 909 435 m 909 455 l 1312 435 m 1312 455 l 1715 435 m 1715 455 l 2118 435 m 2118 455 l 2521 435 m 2521 455 l 506 2114 m 506 2094 l 909 2114 m 909 2094 l 1312 2114 m 1312 2094 l 1715 2114 m 1715 2094 l 2118 2114 m 2118 2094 l 2521 2114 m 2521 2094 l /Times-Italic-ISOLatin1 findfont 108 scalefont setfont /Times-Roman-ISOLatin1 findfont 108 scalefont setfont s 1 setlinewidth 506 345 m gsave 506 345 translate 0 rotate 0 -36 m (0) CS (0) show grestore newpath 909 345 m gsave 909 345 translate 0 rotate 0 -36 m (0.1) CS (0.1) show grestore newpath 1312 345 m gsave 1312 345 translate 0 rotate 0 -36 m (0.2) CS (0.2) show grestore newpath 1715 345 m gsave 1715 345 translate 0 rotate 0 -36 m (0.3) CS (0.3) show grestore newpath 2118 345 m gsave 2118 345 translate 0 rotate 0 -36 m (0.4) CS (0.4) show grestore newpath 2521 345 m gsave 2521 345 translate 0 rotate 0 -36 m (0.5) CS (0.5) show grestore newpath /Times-Roman-ISOLatin1 findfont 152 scalefont setfont 1513 165 m gsave 1513 165 translate 0 rotate 0 0 m (Lateral coordinate Xc \(a\)) CS (Lateral coordinate X) show /Times-Roman-ISOLatin1 findfont 99 scalefont setfont 0 -39 rmoveto (c) show /Times-Roman-ISOLatin1 findfont 152 scalefont setfont 0 39 rmoveto ( \(a\)) show grestore newpath 5 setlinewidth 506 435 m 516 435 l 506 528 m 516 528 l 506 621 m 516 621 l 506 715 m 516 715 l 506 808 m 516 808 l 506 901 m 516 901 l 506 995 m 516 995 l 506 1088 m 516 1088 l 506 1181 m 516 1181 l 506 1275 m 516 1275 l 506 1368 m 516 1368 l 506 1461 m 516 1461 l 506 1555 m 516 1555 l 506 1648 m 516 1648 l 506 1741 m 516 1741 l 506 1835 m 516 1835 l 506 1928 m 516 1928 l 506 2021 m 516 2021 l 506 2115 m 516 2115 l 2521 435 m 2511 435 l 2521 528 m 2511 528 l 2521 621 m 2511 621 l 2521 715 m 2511 715 l 2521 808 m 2511 808 l 2521 901 m 2511 901 l 2521 995 m 2511 995 l 2521 1088 m 2511 1088 l 2521 1181 m 2511 1181 l 2521 1275 m 2511 1275 l 2521 1368 m 2511 1368 l 2521 1461 m 2511 1461 l 2521 1555 m 2511 1555 l 2521 1648 m 2511 1648 l 2521 1741 m 2511 1741 l 2521 1835 m 2511 1835 l 2521 1928 m 2511 1928 l 2521 2021 m 2511 2021 l 2521 2115 m 2511 2115 l s 506 435 m 526 435 l 506 621 m 526 621 l 506 808 m 526 808 l 506 995 m 526 995 l 506 1181 m 526 1181 l 506 1368 m 526 1368 l 506 1555 m 526 1555 l 506 1741 m 526 1741 l 506 1928 m 526 1928 l 506 2115 m 526 2115 l 2521 435 m 2501 435 l 2521 621 m 2501 621 l 2521 808 m 2501 808 l 2521 995 m 2501 995 l 2521 1181 m 2501 1181 l 2521 1368 m 2501 1368 l 2521 1555 m 2501 1555 l 2521 1741 m 2501 1741 l 2521 1928 m 2501 1928 l 2521 2115 m 2501 2115 l /Times-Roman-ISOLatin1 findfont 108 scalefont setfont s 1 setlinewidth 437 435 m gsave 437 435 translate 0 rotate 0 -36 m (-0.2) RJ (-0.2) show grestore newpath 437 621 m gsave 437 621 translate 0 rotate 0 -36 m (-0.1) RJ (-0.1) show grestore newpath 437 808 m gsave 437 808 translate 0 rotate 0 -36 m (0.0) RJ (0.0) show grestore newpath 437 995 m gsave 437 995 translate 0 rotate 0 -36 m (0.1) RJ (0.1) show grestore newpath 437 1181 m gsave 437 1181 translate 0 rotate 0 -36 m (0.2) RJ (0.2) show grestore newpath 437 1368 m gsave 437 1368 translate 0 rotate 0 -36 m (0.3) RJ (0.3) show grestore newpath 437 1555 m gsave 437 1555 translate 0 rotate 0 -36 m (0.4) RJ (0.4) show grestore newpath 437 1741 m gsave 437 1741 translate 0 rotate 0 -36 m (0.5) RJ (0.5) show grestore newpath 437 1928 m gsave 437 1928 translate 0 rotate 0 -36 m (0.6) RJ (0.6) show grestore newpath 437 2115 m gsave 437 2115 translate 0 rotate 0 -36 m (0.7) RJ (0.7) show grestore newpath /Times-Roman-ISOLatin1 findfont 151 scalefont setfont 101 1274 m gsave 101 1274 translate 90 rotate 0 0 m (Energy \(eV\)) CS (Energy \(eV\)) show grestore newpath 11 setlinewidth 506 1392 m 708 1371 l 909 1311 l 1111 1227 l 1312 1138 l 1513 1062 l 1715 1009 l 1916 981 l 2118 972 l 2319 973 l 2521 974 l /Times-Roman-ISOLatin1 findfont 71 scalefont setfont s 9 setlinewidth 23 506 1392 oa 23 708 1371 oa 23 909 1311 oa 23 1111 1227 oa 23 1312 1138 oa 23 1513 1062 oa 23 1715 1009 oa 23 1916 981 oa 23 2118 972 oa 23 2319 973 oa 23 2521 974 oa /Times-Roman-ISOLatin1 findfont 131 scalefont setfont 1 setlinewidth 11 setlinewidth [20 20] 0 setdash 506 1961 m 708 1890 l 909 1707 l 1111 1477 l 1312 1251 l 1513 1045 l 1715 870 l 1916 752 l 2118 708 l 2319 716 l 2521 727 l /Times-Roman-ISOLatin1 findfont 68 scalefont setfont s 1 setlinewidth [] 0 setdash 19 506 1961 fsq 19 708 1890 fsq 19 909 1707 fsq 19 1111 1477 fsq 19 1312 1251 fsq 19 1513 1045 fsq 19 1715 870 fsq 19 1916 752 fsq 19 2118 708 fsq 19 2319 716 fsq 19 2521 727 fsq /Times-Roman-ISOLatin1 findfont 131 scalefont setfont 9 setlinewidth 506 435 m 506 2114 l 2521 2114 l 2521 435 l 506 435 l s 1 setlinewidth /Times-Roman-ISOLatin1 findfont 105 scalefont setfont 9 setlinewidth 1.000000 1.000000 1.000000 setrgbcolor 559 492 m 559 822 l 1735 822 l 1735 492 l closepath gsave eofill grestore s 0.000000 0.000000 0.000000 setrgbcolor 559 492 m 559 822 l 1735 822 l 1735 492 l 559 492 l s 1 setlinewidth /Times-Roman-ISOLatin1 findfont 105 scalefont setfont 11 setlinewidth 621 723 m 745 723 l s 9 setlinewidth 23 621 723 oa 23 745 723 oa 1 setlinewidth 807 723 m gsave 807 723 translate 0 rotate 0 -35 m (d=0.78 Å, z=1.8 Å) show grestore newpath /Times-Roman-ISOLatin1 findfont 105 scalefont setfont [20 20] 0 setdash 11 setlinewidth 621 591 m 745 591 l s [] 0 setdash 1 setlinewidth 19 621 591 fsq 19 745 591 fsq 807 591 m gsave 807 591 translate 0 rotate 0 -35 m (d=0.90 Å, z=1.1 Å) show grestore newpath 2273 130 m 2273 130 l s 2051 98 m 2051 98 l s 1478 703 m 1482 703 l s 877 1031 m 877 1031 l s end showpage %%Trailer cleartomark countdictstack exch sub { end } repeat restore grestore % % End Imported PIC File: h2spd_ana_bar_9090.eps %%EndDocument % % Polyline 7.500 slw n 8460 630 m 11790 630 l 11790 3960 l 8460 3960 l cp gs col7 1.00 shd ef gr gs col7 s gr % Polyline % % Begin Imported EPS File: h2spd_sample_9000.ps %%BeginDocument: h2spd_sample_9000.ps % n gs 8595 1010 tr 4.745427 -4.742952 sc 270 rot 4 -93 tr sa n -4 93 m 599 93 l 599 749 l -4 749 l cp clip n countdictstack mark /showpage {} def % EPS file follows: %!PS-Adobe-2.0 %%Title: h2_90_00.xfig.ps %%Creator: fig2dev Version 3.2 Patchlevel 1 %%CreationDate: Tue Jun 20 12:56:43 2000 %%For: soenke@theo63 (Soenke Lorenz,Room T-115,Tel. 4814) %%Orientation: Landscape %%BoundingBox: -4 93 599 749 %%Pages: 1 %%BeginSetup %%IncludeFeature: *PageSize A4 %%EndSetup %%Magnification: 1.0000 %%EndComments /$F2psDict 200 dict def $F2psDict begin $F2psDict /mtrx matrix put /col-1 {0 setgray} bind def /col0 {0.000 0.000 0.000 srgb} bind def /col1 {0.000 0.000 1.000 srgb} bind def /col2 {0.000 1.000 0.000 srgb} bind def /col3 {0.000 1.000 1.000 srgb} bind def /col4 {1.000 0.000 0.000 srgb} bind def /col5 {1.000 0.000 1.000 srgb} bind def /col6 {1.000 1.000 0.000 srgb} bind def /col7 {1.000 1.000 1.000 srgb} bind def /col8 {0.000 0.000 0.560 srgb} bind def /col9 {0.000 0.000 0.690 srgb} bind def /col10 {0.000 0.000 0.820 srgb} bind def /col11 {0.530 0.810 1.000 srgb} bind def /col12 {0.000 0.560 0.000 srgb} bind def /col13 {0.000 0.690 0.000 srgb} bind def /col14 {0.000 0.820 0.000 srgb} bind def /col15 {0.000 0.560 0.560 srgb} bind def /col16 {0.000 0.690 0.690 srgb} bind def /col17 {0.000 0.820 0.820 srgb} bind def /col18 {0.560 0.000 0.000 srgb} bind def /col19 {0.690 0.000 0.000 srgb} bind def /col20 {0.820 0.000 0.000 srgb} bind def /col21 {0.560 0.000 0.560 srgb} bind def /col22 {0.690 0.000 0.690 srgb} bind def /col23 {0.820 0.000 0.820 srgb} bind def /col24 {0.500 0.190 0.000 srgb} bind def /col25 {0.630 0.250 0.000 srgb} bind def /col26 {0.750 0.380 0.000 srgb} bind def /col27 {1.000 0.500 0.500 srgb} bind def /col28 {1.000 0.630 0.630 srgb} bind def /col29 {1.000 0.750 0.750 srgb} bind def /col30 {1.000 0.880 0.880 srgb} bind def /col31 {1.000 0.840 0.000 srgb} bind def end save -5.0 50.0 translate 90 rotate 1 -1 scale /cp {closepath} bind def /ef {eofill} bind def /gr {grestore} bind def /gs {gsave} bind def /sa {save} bind def /rs {restore} bind def /l {lineto} bind def /m {moveto} bind def /rm {rmoveto} bind def /n {newpath} bind def /s {stroke} bind def /sh {show} bind def /slc {setlinecap} bind def /slj {setlinejoin} bind def /slw {setlinewidth} bind def /srgb {setrgbcolor} bind def /rot {rotate} bind def /sc {scale} bind def /sd {setdash} bind def /ff {findfont} bind def /sf {setfont} bind def /scf {scalefont} bind def /sw {stringwidth} bind def /tr {translate} bind def /tnt {dup dup currentrgbcolor 4 -2 roll dup 1 exch sub 3 -1 roll mul add 4 -2 roll dup 1 exch sub 3 -1 roll mul add 4 -2 roll dup 1 exch sub 3 -1 roll mul add srgb} bind def /shd {dup dup currentrgbcolor 4 -2 roll mul 4 -2 roll mul 4 -2 roll mul srgb} bind def /DrawEllipse { /endangle exch def /startangle exch def /yrad exch def /xrad exch def /y exch def /x exch def /savematrix mtrx currentmatrix def x y tr xrad yrad sc 0 0 1 startangle endangle arc closepath savematrix setmatrix } def /$F2psBegin {$F2psDict begin /$F2psEnteredState save def} def /$F2psEnd {$F2psEnteredState restore end} def %%EndProlog $F2psBegin 10 setmiterlimit n -1000 10579 m -1000 -1000 l 12082 -1000 l 12082 10579 l cp clip 0.06299 0.06299 sc %%Page: 1 1 /Times-Bold ff 900.00 scf sf 8685 2475 m gs 1 -1 sc (Pd) col0 sh gr % Polyline 75.000 slw n 1547 4953 m 2132 4952 l gs col0 s gr % Polyline 60.000 slw gs clippath 3915 4650 m 4275 4950 l 3915 5250 l 4350 5250 l 4350 4650 l cp clip n 3375 4950 m 4275 4950 l gs col13 1.00 shd ef gr gs col13 s gr gr % arrowhead 7.500 slw n 3915 4650 m 4275 4950 l 3915 5250 l 3975 4950 l 3915 4650 l cp gs col13 1.00 shd ef gr col13 s % Polyline 45.000 slw n 1800 8550 m 1800 1350 l gs col0 s gr % Polyline 75.000 slw n 5597 4953 m 6182 4952 l gs col0 s gr /Times-Bold ff 900.00 scf sf 10575 675 m gs 1 -1 sc (S) col0 sh gr 7.500 slw % Ellipse n 3600 2700 550 550 0 360 DrawEllipse gs 0.00 setgray ef gr gs col0 s gr % Polyline 45.000 slw n 9900 1350 m 9900 8550 l gs col0 s gr 7.500 slw % Ellipse n 8105 2700 550 550 0 360 DrawEllipse gs 0.00 setgray ef gr gs col0 s gr % Ellipse n 3600 7200 550 550 0 360 DrawEllipse gs 0.00 setgray ef gr gs col0 s gr 45.000 slw % Ellipse n 8100 7200 550 550 0 360 DrawEllipse gs 0.00 setgray ef gr gs col0 s gr % Polyline n 2250 9000 m 9450 9000 l gs col0 s gr % Polyline n 2250 900 m 9450 900 l gs col0 s gr % Ellipse n 9900 900 550 550 0 360 DrawEllipse gs col7 1.00 shd ef gr gs col0 s gr % Ellipse n 9900 9000 550 550 0 360 DrawEllipse gs col7 1.00 shd ef gr gs col0 s gr % Ellipse n 1800 9000 550 550 0 360 DrawEllipse gs col7 1.00 shd ef gr gs col0 s gr % Ellipse n 1800 900 550 550 0 360 DrawEllipse gs col7 1.00 shd ef gr gs col0 s gr 75.000 slw % Rotated Ellipse gs 5190 4935 tr -225.001 rot n 0 0 400 400 0 360 DrawEllipse 225.001 rot gs col4 1.00 shd ef gr gs col0 s gr gr % Rotated Ellipse gs 6542 4952 tr -315.001 rot n 0 0 400 400 0 360 DrawEllipse 315.001 rot gs col4 1.00 shd ef gr gs col0 s gr gr % Rotated Ellipse gs 2492 4952 tr -315.001 rot n 0 0 400 400 0 360 DrawEllipse 315.001 rot gs col4 1.00 shd ef gr gs col0 s gr gr % Rotated Ellipse gs 1140 4935 tr -225.001 rot n 0 0 400 400 0 360 DrawEllipse 225.001 rot gs col4 1.00 shd ef gr gs col0 s gr gr $F2psEnd rs showpage cleartomark countdictstack exch sub { end } repeat restore grestore % % End Imported PIC File: h2spd_sample_9000.ps %%EndDocument % /Times-Roman ff 375.00 scf sf 8280 2700 m gs 1 -1 sc (c) col0 sh gr /Times-Roman ff 450.00 scf sf 7920 2565 m gs 1 -1 sc (Y) col0 sh gr /Times-Roman ff 450.00 scf sf 9810 4140 m gs 1 -1 sc (X) col0 sh gr /Times-Roman ff 375.00 scf sf 10170 4275 m gs 1 -1 sc (c) col0 sh gr % Polyline gs clippath 8895 862 m 8895 937 l 9248 937 l 9068 900 l 9248 862 l cp eoclip n 8910 900 m 9810 900 l gs col0 s gr gr % arrowhead 60.000 slw n 9248 862 m 9068 900 l 9248 937 l col0 s % Polyline 7.500 slw gs clippath 11355 937 m 11355 862 l 11006 862 l 11186 900 l 11006 937 l cp eoclip n 10440 900 m 11340 900 l gs col0 s gr gr % arrowhead 60.000 slw n 11006 937 m 11186 900 l 11006 862 l 11006 937 l cp gs 0.00 setgray ef gr col0 s /Times-Roman ff 450.00 scf sf 10035 1035 m gs 1 -1 sc (a) col0 sh gr $F2psEnd rs showpage %%EndDocument @endspecial 1072 -83 a currentpoint grestore moveto 1072 -83 a 1397 -83 a gsave currentpoint currentpoint translate 270 neg rotate neg exch neg exch translate 1397 -83 a @beginspecial 25 @llx 70 @lly 570 @urx 760 @ury 1119 @rwi @setspecial %%BeginDocument: Fig11b.eps %!PS-Adobe-2.0 %%Title: h2spd_ana_corru9000.xfig.eps %%Creator: fig2dev Version 3.2.3 Patchlevel %%CreationDate: Thu Feb 1 14:55:33 2001 %%For: soenke@theolx03 (Soenke Lorenz) %%Orientation: Landscape %%Pages: 1 %%BoundingBox: 25 70 570 760 %%BeginSetup %%IncludeFeature: *PageSize A4 %%EndSetup %%Magnification: 1.0000 %%EndComments /$F2psDict 200 dict def $F2psDict begin $F2psDict /mtrx matrix put /col-1 {0 setgray} bind def /col0 {0.000 0.000 0.000 srgb} bind def /col1 {0.000 0.000 1.000 srgb} bind def /col2 {0.000 1.000 0.000 srgb} bind def /col3 {0.000 1.000 1.000 srgb} bind def /col4 {1.000 0.000 0.000 srgb} bind def /col5 {1.000 0.000 1.000 srgb} bind def /col6 {1.000 1.000 0.000 srgb} bind def /col7 {1.000 1.000 1.000 srgb} bind def /col8 {0.000 0.000 0.560 srgb} bind def /col9 {0.000 0.000 0.690 srgb} bind def /col10 {0.000 0.000 0.820 srgb} bind def /col11 {0.530 0.810 1.000 srgb} bind def /col12 {0.000 0.560 0.000 srgb} bind def /col13 {0.000 0.690 0.000 srgb} bind def /col14 {0.000 0.820 0.000 srgb} bind def /col15 {0.000 0.560 0.560 srgb} bind def /col16 {0.000 0.690 0.690 srgb} bind def /col17 {0.000 0.820 0.820 srgb} bind def /col18 {0.560 0.000 0.000 srgb} bind def /col19 {0.690 0.000 0.000 srgb} bind def /col20 {0.820 0.000 0.000 srgb} bind def /col21 {0.560 0.000 0.560 srgb} bind def /col22 {0.690 0.000 0.690 srgb} bind def /col23 {0.820 0.000 0.820 srgb} bind def /col24 {0.500 0.190 0.000 srgb} bind def /col25 {0.630 0.250 0.000 srgb} bind def /col26 {0.750 0.380 0.000 srgb} bind def /col27 {1.000 0.500 0.500 srgb} bind def /col28 {1.000 0.630 0.630 srgb} bind def /col29 {1.000 0.750 0.750 srgb} bind def /col30 {1.000 0.880 0.880 srgb} bind def /col31 {1.000 0.840 0.000 srgb} bind def end save newpath 0 842 moveto 0 0 lineto 595 0 lineto 595 842 lineto closepath clip newpath -11.5 20.5 translate 90 rotate 1 -1 scale /cp {closepath} bind def /ef {eofill} bind def /gr {grestore} bind def /gs {gsave} bind def /sa {save} bind def /rs {restore} bind def /l {lineto} bind def /m {moveto} bind def /rm {rmoveto} bind def /n {newpath} bind def /s {stroke} bind def /sh {show} bind def /slc {setlinecap} bind def /slj {setlinejoin} bind def /slw {setlinewidth} bind def /srgb {setrgbcolor} bind def /rot {rotate} bind def /sc {scale} bind def /sd {setdash} bind def /ff {findfont} bind def /sf {setfont} bind def /scf {scalefont} bind def /sw {stringwidth} bind def /tr {translate} bind def /tnt {dup dup currentrgbcolor 4 -2 roll dup 1 exch sub 3 -1 roll mul add 4 -2 roll dup 1 exch sub 3 -1 roll mul add 4 -2 roll dup 1 exch sub 3 -1 roll mul add srgb} bind def /shd {dup dup currentrgbcolor 4 -2 roll mul 4 -2 roll mul 4 -2 roll mul srgb} bind def /$F2psBegin {$F2psDict begin /$F2psEnteredState save def} def /$F2psEnd {$F2psEnteredState restore end} def $F2psBegin %%Page: 1 1 10 setmiterlimit 0.06299 0.06299 sc %%Page: 1 1 % Polyline % % Begin Imported EPS File: h2spd_ana_bar_9000.eps %%BeginDocument: h2spd_ana_bar_9000.eps % n gs 926 1116 tr 15.874598 -15.968317 sc 270 rot -91 -2 tr sa n 91 2 m 596 2 l 596 624 l 91 624 l cp clip n countdictstack mark /showpage {} def % EPS file follows: %!PS-Adobe-2.0 EPSF-1.2 %%BoundingBox: 91 2 596 624 %%Title: h2spd_ana_bar_9000.eps %%Creator: soenke@theolx03 with xmgr %%CreationDate: Thu Feb 1 14:54:43 2001 %%EndComments 80 dict begin /languagelevel where {pop /gs_languagelevel languagelevel def} {/gs_languagelevel 1 def} ifelse gs_languagelevel 1 gt { <} image end } >> matrix makepattern /Pat0 exch def <} image end } >> matrix makepattern /Pat1 exch def <} image end } >> matrix makepattern /Pat2 exch def <} image end } >> matrix makepattern /Pat3 exch def <} image end } >> matrix makepattern /Pat4 exch def <} image end } >> matrix makepattern /Pat5 exch def <} image end } >> matrix makepattern /Pat6 exch def <} image end } >> matrix makepattern /Pat7 exch def <} image end } >> matrix makepattern /Pat8 exch def <} image end } >> matrix makepattern /Pat9 exch def <} image end } >> matrix makepattern /Pat10 exch def <} image end } >> matrix makepattern /Pat11 exch def <} image end } >> matrix makepattern /Pat12 exch def <} image end } >> matrix makepattern /Pat13 exch def <} image end } >> matrix makepattern /Pat14 exch def <} image end } >> matrix makepattern /Pat15 exch def }{ /Pat0 { 0.000000 setgray } def /Pat1 { 0.062500 setgray } def /Pat2 { 0.125000 setgray } def /Pat3 { 0.187500 setgray } def /Pat4 { 0.250000 setgray } def /Pat5 { 0.312500 setgray } def /Pat6 { 0.375000 setgray } def /Pat7 { 0.437500 setgray } def /Pat8 { 0.500000 setgray } def /Pat9 { 0.562500 setgray } def /Pat10 { 0.625000 setgray } def /Pat11 { 0.687500 setgray } def /Pat12 { 0.750000 setgray } def /Pat13 { 0.812500 setgray } def /Pat14 { 0.875000 setgray } def /Pat15 { 0.937500 setgray } def /setpattern { } def } ifelse /m {moveto} bind def /l {lineto} bind def /s {stroke} bind def % Symbol fill /f { gsave fill grestore stroke } bind def % Opaque symbol /o { gsave 1.000000 1.000000 1.000000 setrgbcolor fill grestore stroke } bind def % Circle symbol /a { 3 -1 roll 0 360 arc } bind def /da { a s } bind def /fa { a f } bind def /oa { a o } bind def % Square symbol /sq { moveto dup dup rmoveto 2 mul dup neg 0 rlineto dup neg 0 exch rlineto 0 rlineto closepath } bind def /dsq { sq s } bind def /fsq { sq f } bind def /osq { sq o } bind def % Triangle symbols /t1 { moveto dup 0 exch rmoveto dup neg dup 2 mul rlineto 2 mul 0 rlineto closepath } bind def /dt1 { t1 s } bind def /ft1 { t1 f } bind def /ot1 { t1 o } bind def /t2 { moveto dup neg 0 rmoveto dup dup 2 mul exch neg rlineto 2 mul 0 exch rlineto closepath } bind def /dt2 { t2 s } bind def /ft2 { t2 f } bind def /ot2 { t2 o } bind def /t3 { moveto dup neg 0 exch rmoveto dup dup 2 mul rlineto neg 2 mul 0 rlineto closepath } bind def /dt3 { t3 s } bind def /ft3 { t3 f } bind def /ot3 { t3 o } bind def /t4 { moveto dup 0 rmoveto dup dup -2 mul exch rlineto -2 mul 0 exch rlineto closepath } bind def /dt4 { t4 s } bind def /ft4 { t4 f } bind def /ot4 { t4 o } bind def % Diamond symbol /di { moveto dup 0 exch rmoveto dup neg dup rlineto dup dup neg rlineto dup dup rlineto closepath } bind def /ddi { di s } bind def /fdi { di f } bind def /odi { di o } bind def % Plus symbol /pl { dup 0 rmoveto dup -2 mul 0 rlineto dup dup rmoveto -2 mul 0 exch rlineto } bind def /dpl { m pl s } bind def % x symbol /x { dup dup rmoveto dup -2 mul dup rlineto 2 mul dup 0 rmoveto dup neg exch rlineto } bind def /dx { m x s } bind def % Splat symbol /dsp { m dup pl dup 0 exch rmoveto 0.707 mul x s } bind def /RJ { stringwidth neg exch neg exch rmoveto } bind def /CS { stringwidth 2 div neg exch 2 div neg exch rmoveto } bind def 0.24 0.24 scale 1 setlinecap mark /ISOLatin1Encoding 8#000 1 8#054 {StandardEncoding exch get} for /minus 8#056 1 8#217 {StandardEncoding exch get} for /dotlessi 8#301 1 8#317 {StandardEncoding exch get} for /space /exclamdown /cent /sterling /currency /yen /brokenbar /section /dieresis /copyright /ordfeminine /guillemotleft /logicalnot /hyphen /registered /macron /degree /plusminus /twosuperior /threesuperior /acute /mu /paragraph /periodcentered /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 /ISOLatin1Encoding where not {256 array astore def} if cleartomark /makeISOEncoded { findfont /curfont exch def /newfont curfont maxlength dict def /ISOLatin1 (-ISOLatin1) def /curfontname curfont /FontName get dup length string cvs def /newfontname curfontname length ISOLatin1 length add string dup 0 curfontname putinterval dup curfontname length ISOLatin1 putinterval def curfont { exch dup /FID ne { dup /Encoding eq { exch pop ISOLatin1Encoding exch } if dup /FontName eq { exch pop newfontname exch } if exch newfont 3 1 roll put } { pop pop } ifelse } forall newfontname newfont definefont } def /Times-Roman makeISOEncoded pop /Times-Bold makeISOEncoded pop /Times-Italic makeISOEncoded pop /Times-BoldItalic makeISOEncoded pop /Helvetica makeISOEncoded pop /Helvetica-Bold makeISOEncoded pop /Helvetica-Oblique makeISOEncoded pop /Helvetica-BoldOblique makeISOEncoded pop 2550 0 translate 90 rotate s 0.000000 0.000000 0.000000 setrgbcolor 1 setlinewidth /Times-Italic-ISOLatin1 findfont 60 scalefont setfont [] 0 setdash 5 setlinewidth 506 435 m 506 445 l 708 435 m 708 445 l 909 435 m 909 445 l 1111 435 m 1111 445 l 1312 435 m 1312 445 l 1513 435 m 1513 445 l 1715 435 m 1715 445 l 1916 435 m 1916 445 l 2118 435 m 2118 445 l 2319 435 m 2319 445 l 2521 435 m 2521 445 l 506 2114 m 506 2104 l 708 2114 m 708 2104 l 909 2114 m 909 2104 l 1111 2114 m 1111 2104 l 1312 2114 m 1312 2104 l 1513 2114 m 1513 2104 l 1715 2114 m 1715 2104 l 1916 2114 m 1916 2104 l 2118 2114 m 2118 2104 l 2319 2114 m 2319 2104 l 2521 2114 m 2521 2104 l s 506 435 m 506 455 l 909 435 m 909 455 l 1312 435 m 1312 455 l 1715 435 m 1715 455 l 2118 435 m 2118 455 l 2521 435 m 2521 455 l 506 2114 m 506 2094 l 909 2114 m 909 2094 l 1312 2114 m 1312 2094 l 1715 2114 m 1715 2094 l 2118 2114 m 2118 2094 l 2521 2114 m 2521 2094 l /Times-Italic-ISOLatin1 findfont 108 scalefont setfont /Times-Roman-ISOLatin1 findfont 108 scalefont setfont s 1 setlinewidth 506 345 m gsave 506 345 translate 0 rotate 0 -36 m (0) CS (0) show grestore newpath 909 345 m gsave 909 345 translate 0 rotate 0 -36 m (0.1) CS (0.1) show grestore newpath 1312 345 m gsave 1312 345 translate 0 rotate 0 -36 m (0.2) CS (0.2) show grestore newpath 1715 345 m gsave 1715 345 translate 0 rotate 0 -36 m (0.3) CS (0.3) show grestore newpath 2118 345 m gsave 2118 345 translate 0 rotate 0 -36 m (0.4) CS (0.4) show grestore newpath 2521 345 m gsave 2521 345 translate 0 rotate 0 -36 m (0.5) CS (0.5) show grestore newpath /Times-Roman-ISOLatin1 findfont 152 scalefont setfont 1513 165 m gsave 1513 165 translate 0 rotate 0 0 m (Lateral coordinate Xc \(a\)) CS (Lateral coordinate X) show /Times-Roman-ISOLatin1 findfont 99 scalefont setfont 0 -39 rmoveto (c) show /Times-Roman-ISOLatin1 findfont 152 scalefont setfont 0 39 rmoveto ( \(a\)) show grestore newpath 5 setlinewidth 506 435 m 516 435 l 506 540 m 516 540 l 506 645 m 516 645 l 506 750 m 516 750 l 506 855 m 516 855 l 506 960 m 516 960 l 506 1065 m 516 1065 l 506 1170 m 516 1170 l 506 1274 m 516 1274 l 506 1379 m 516 1379 l 506 1485 m 516 1485 l 506 1590 m 516 1590 l 506 1694 m 516 1694 l 506 1799 m 516 1799 l 506 1904 m 516 1904 l 506 2009 m 516 2009 l 506 2115 m 516 2115 l 2521 435 m 2511 435 l 2521 540 m 2511 540 l 2521 645 m 2511 645 l 2521 750 m 2511 750 l 2521 855 m 2511 855 l 2521 960 m 2511 960 l 2521 1065 m 2511 1065 l 2521 1170 m 2511 1170 l 2521 1274 m 2511 1274 l 2521 1379 m 2511 1379 l 2521 1485 m 2511 1485 l 2521 1590 m 2511 1590 l 2521 1694 m 2511 1694 l 2521 1799 m 2511 1799 l 2521 1904 m 2511 1904 l 2521 2009 m 2511 2009 l 2521 2115 m 2511 2115 l s 506 435 m 526 435 l 506 645 m 526 645 l 506 855 m 526 855 l 506 1065 m 526 1065 l 506 1274 m 526 1274 l 506 1485 m 526 1485 l 506 1694 m 526 1694 l 506 1904 m 526 1904 l 506 2115 m 526 2115 l 2521 435 m 2501 435 l 2521 645 m 2501 645 l 2521 855 m 2501 855 l 2521 1065 m 2501 1065 l 2521 1274 m 2501 1274 l 2521 1485 m 2501 1485 l 2521 1694 m 2501 1694 l 2521 1904 m 2501 1904 l 2521 2115 m 2501 2115 l /Times-Roman-ISOLatin1 findfont 108 scalefont setfont s 1 setlinewidth 437 435 m gsave 437 435 translate 0 rotate 0 -36 m (-0.4) RJ (-0.4) show grestore newpath 437 645 m gsave 437 645 translate 0 rotate 0 -36 m (-0.2) RJ (-0.2) show grestore newpath 437 855 m gsave 437 855 translate 0 rotate 0 -36 m (0.0) RJ (0.0) show grestore newpath 437 1065 m gsave 437 1065 translate 0 rotate 0 -36 m (0.2) RJ (0.2) show grestore newpath 437 1274 m gsave 437 1274 translate 0 rotate 0 -36 m (0.4) RJ (0.4) show grestore newpath 437 1485 m gsave 437 1485 translate 0 rotate 0 -36 m (0.6) RJ (0.6) show grestore newpath 437 1694 m gsave 437 1694 translate 0 rotate 0 -36 m (0.8) RJ (0.8) show grestore newpath 437 1904 m gsave 437 1904 translate 0 rotate 0 -36 m (1.0) RJ (1.0) show grestore newpath 437 2115 m gsave 437 2115 translate 0 rotate 0 -36 m (1.2) RJ (1.2) show grestore newpath /Times-Roman-ISOLatin1 findfont 151 scalefont setfont 101 1274 m gsave 101 1274 translate 90 rotate 0 0 m (Energy \(eV\)) CS (Energy \(eV\)) show grestore newpath 11 setlinewidth 506 1197 m 708 1184 l 909 1150 l 1111 1101 l 1312 1050 l 1513 1005 l 1715 973 l 1916 956 l 2118 949 l 2319 948 l 2521 949 l /Times-Roman-ISOLatin1 findfont 71 scalefont setfont s 9 setlinewidth 23 506 1197 oa 23 708 1184 oa 23 909 1150 oa 23 1111 1101 oa 23 1312 1050 oa 23 1513 1005 oa 23 1715 973 oa 23 1916 956 oa 23 2118 949 oa 23 2319 948 oa 23 2521 949 oa /Times-Roman-ISOLatin1 findfont 131 scalefont setfont 1 setlinewidth 11 setlinewidth [20 20] 0 setdash 506 1604 m 708 1641 l 909 1738 l 1111 1855 l 1312 1921 l 1513 1868 l 1715 1675 l 1916 1387 l 2118 1095 l 2319 885 l 2521 809 l /Times-Roman-ISOLatin1 findfont 70 scalefont setfont s 1 setlinewidth [] 0 setdash 19 506 1604 fsq 19 708 1641 fsq 19 909 1738 fsq 19 1111 1855 fsq 19 1312 1921 fsq 19 1513 1868 fsq 19 1715 1675 fsq 19 1916 1387 fsq 19 2118 1095 fsq 19 2319 885 fsq 19 2521 809 fsq /Times-Roman-ISOLatin1 findfont 131 scalefont setfont 9 setlinewidth 506 435 m 506 2114 l 2521 2114 l 2521 435 l 506 435 l s 1 setlinewidth /Times-Roman-ISOLatin1 findfont 105 scalefont setfont 9 setlinewidth 1.000000 1.000000 1.000000 setrgbcolor 559 468 m 559 798 l 1735 798 l 1735 468 l closepath gsave eofill grestore s 0.000000 0.000000 0.000000 setrgbcolor 559 468 m 559 798 l 1735 798 l 1735 468 l 559 468 l s 1 setlinewidth /Times-Roman-ISOLatin1 findfont 105 scalefont setfont 11 setlinewidth 621 699 m 745 699 l s 9 setlinewidth 23 621 699 oa 23 745 699 oa 1 setlinewidth 807 699 m gsave 807 699 translate 0 rotate 0 -35 m (d=0.78 Å, z=1.8 Å) show grestore newpath /Times-Roman-ISOLatin1 findfont 105 scalefont setfont [20 20] 0 setdash 11 setlinewidth 621 567 m 745 567 l s [] 0 setdash 1 setlinewidth 19 621 567 fsq 19 745 567 fsq 807 567 m gsave 807 567 translate 0 rotate 0 -35 m (d=0.90 Å, z=1.1 Å) show grestore newpath 2273 130 m 2273 130 l s 2051 98 m 2051 98 l s 1478 703 m 1482 703 l s 877 1031 m 877 1031 l s end showpage %%Trailer cleartomark countdictstack exch sub { end } repeat restore grestore % % End Imported PIC File: h2spd_ana_bar_9000.eps %%EndDocument % % Polyline 7.500 slw n 11426 5175 m 11434 5175 l gs col0 s gr % Polyline n 8460 630 m 11790 630 l 11790 3960 l 8460 3960 l cp gs col7 1.00 shd ef gr gs col7 s gr % Polyline % % Begin Imported EPS File: h2spd_sample_9090.ps %%BeginDocument: h2spd_sample_9090.ps % n gs 8595 1010 tr 4.996790 -4.742952 sc 270 rot 4 -109 tr sa n -4 109 m 599 109 l 599 732 l -4 732 l cp clip n countdictstack mark /showpage {} def % EPS file follows: %!PS-Adobe-2.0 %%Title: h2_90_90.xfig.ps %%Creator: fig2dev Version 3.2 Patchlevel 1 %%CreationDate: Tue Jun 20 12:59:14 2000 %%For: soenke@theo63 (Soenke Lorenz,Room T-115,Tel. 4814) %%Orientation: Landscape %%BoundingBox: -4 109 599 732 %%Pages: 1 %%BeginSetup %%IncludeFeature: *PageSize A4 %%EndSetup %%Magnification: 1.0000 %%EndComments /$F2psDict 200 dict def $F2psDict begin $F2psDict /mtrx matrix put /col-1 {0 setgray} bind def /col0 {0.000 0.000 0.000 srgb} bind def /col1 {0.000 0.000 1.000 srgb} bind def /col2 {0.000 1.000 0.000 srgb} bind def /col3 {0.000 1.000 1.000 srgb} bind def /col4 {1.000 0.000 0.000 srgb} bind def /col5 {1.000 0.000 1.000 srgb} bind def /col6 {1.000 1.000 0.000 srgb} bind def /col7 {1.000 1.000 1.000 srgb} bind def /col8 {0.000 0.000 0.560 srgb} bind def /col9 {0.000 0.000 0.690 srgb} bind def /col10 {0.000 0.000 0.820 srgb} bind def /col11 {0.530 0.810 1.000 srgb} bind def /col12 {0.000 0.560 0.000 srgb} bind def /col13 {0.000 0.690 0.000 srgb} bind def /col14 {0.000 0.820 0.000 srgb} bind def /col15 {0.000 0.560 0.560 srgb} bind def /col16 {0.000 0.690 0.690 srgb} bind def /col17 {0.000 0.820 0.820 srgb} bind def /col18 {0.560 0.000 0.000 srgb} bind def /col19 {0.690 0.000 0.000 srgb} bind def /col20 {0.820 0.000 0.000 srgb} bind def /col21 {0.560 0.000 0.560 srgb} bind def /col22 {0.690 0.000 0.690 srgb} bind def /col23 {0.820 0.000 0.820 srgb} bind def /col24 {0.500 0.190 0.000 srgb} bind def /col25 {0.630 0.250 0.000 srgb} bind def /col26 {0.750 0.380 0.000 srgb} bind def /col27 {1.000 0.500 0.500 srgb} bind def /col28 {1.000 0.630 0.630 srgb} bind def /col29 {1.000 0.750 0.750 srgb} bind def /col30 {1.000 0.880 0.880 srgb} bind def /col31 {1.000 0.840 0.000 srgb} bind def end save -5.0 33.5 translate 90 rotate 1 -1 scale /cp {closepath} bind def /ef {eofill} bind def /gr {grestore} bind def /gs {gsave} bind def /sa {save} bind def /rs {restore} bind def /l {lineto} bind def /m {moveto} bind def /rm {rmoveto} bind def /n {newpath} bind def /s {stroke} bind def /sh {show} bind def /slc {setlinecap} bind def /slj {setlinejoin} bind def /slw {setlinewidth} bind def /srgb {setrgbcolor} bind def /rot {rotate} bind def /sc {scale} bind def /sd {setdash} bind def /ff {findfont} bind def /sf {setfont} bind def /scf {scalefont} bind def /sw {stringwidth} bind def /tr {translate} bind def /tnt {dup dup currentrgbcolor 4 -2 roll dup 1 exch sub 3 -1 roll mul add 4 -2 roll dup 1 exch sub 3 -1 roll mul add 4 -2 roll dup 1 exch sub 3 -1 roll mul add srgb} bind def /shd {dup dup currentrgbcolor 4 -2 roll mul 4 -2 roll mul 4 -2 roll mul srgb} bind def /DrawEllipse { /endangle exch def /startangle exch def /yrad exch def /xrad exch def /y exch def /x exch def /savematrix mtrx currentmatrix def x y tr xrad yrad sc 0 0 1 startangle endangle arc closepath savematrix setmatrix } def /$F2psBegin {$F2psDict begin /$F2psEnteredState save def} def /$F2psEnd {$F2psEnteredState restore end} def %%EndProlog $F2psBegin 10 setmiterlimit n -1000 10579 m -1000 -1000 l 12082 -1000 l 12082 10579 l cp clip 0.06299 0.06299 sc %%Page: 1 1 /Times-Bold ff 900.00 scf sf 8685 2475 m gs 1 -1 sc (Pd) col0 sh gr % Polyline 75.000 slw n 1782 4682 m 1783 5267 l gs col0 s gr % Polyline 60.000 slw gs clippath 5310 4650 m 5670 4950 l 5310 5250 l 5745 5250 l 5745 4650 l cp clip n 4770 4950 m 5670 4950 l gs col13 1.00 shd ef gr gs col13 s gr gr % arrowhead 7.500 slw n 5310 4650 m 5670 4950 l 5310 5250 l 5370 4950 l 5310 4650 l cp gs col13 1.00 shd ef gr col13 s % Polyline 60.000 slw gs clippath 3915 4650 m 4275 4950 l 3915 5250 l 4350 5250 l 4350 4650 l cp clip n 3375 4950 m 4275 4950 l gs col13 s gr gr % arrowhead 7.500 slw n 3915 4650 m 4275 4950 l 3915 5250 l 3975 4950 l 3915 4650 l cp gs col13 1.00 shd ef gr col13 s % Polyline 75.000 slw n 3177 4682 m 3178 5267 l gs col0 s gr % Polyline 60.000 slw gs clippath 2565 4650 m 2925 4950 l 2565 5250 l 3000 5250 l 3000 4650 l cp clip n 2025 4950 m 2925 4950 l gs col13 1.00 shd ef gr gs col13 s gr gr % arrowhead 7.500 slw n 2565 4650 m 2925 4950 l 2565 5250 l 2625 4950 l 2565 4650 l cp gs col13 1.00 shd ef gr col13 s % Polyline 45.000 slw n 2250 900 m 9450 900 l gs col0 s gr % Polyline 75.000 slw n 5877 4682 m 5878 5267 l gs col0 s gr % Polyline 45.000 slw n 9900 1350 m 9900 8550 l gs col0 s gr % Polyline n 2250 9000 m 9450 9000 l gs col0 s gr % Polyline 75.000 slw n 4527 4682 m 4528 5267 l gs col0 s gr 7.500 slw % Ellipse n 3600 2700 550 550 0 360 DrawEllipse gs 0.00 setgray ef gr gs col0 s gr % Ellipse n 8105 2700 550 550 0 360 DrawEllipse gs 0.00 setgray ef gr gs col0 s gr % Polyline 45.000 slw n 1800 8550 m 1800 1350 l gs col0 s gr 7.500 slw % Ellipse n 3600 7200 550 550 0 360 DrawEllipse gs 0.00 setgray ef gr gs col0 s gr /Times-Bold ff 900.00 scf sf 10575 675 m gs 1 -1 sc (S) col0 sh gr 45.000 slw % Ellipse n 8100 7200 550 550 0 360 DrawEllipse gs 0.00 setgray ef gr gs col0 s gr % Ellipse n 9900 9000 550 550 0 360 DrawEllipse gs col7 1.00 shd ef gr gs col0 s gr % Ellipse n 1800 9000 550 550 0 360 DrawEllipse gs col7 1.00 shd ef gr gs col0 s gr % Ellipse n 9900 900 550 550 0 360 DrawEllipse gs col7 1.00 shd ef gr gs col0 s gr % Ellipse n 1800 900 550 550 0 360 DrawEllipse gs col7 1.00 shd ef gr gs col0 s gr 75.000 slw % Rotated Ellipse gs 4545 4275 tr -135.000 rot n 0 0 400 400 0 360 DrawEllipse 135.000 rot gs col4 1.00 shd ef gr gs col0 s gr gr % Rotated Ellipse gs 1783 5627 tr -225.001 rot n 0 0 400 400 0 360 DrawEllipse 225.001 rot gs col4 1.00 shd ef gr gs col0 s gr gr % Rotated Ellipse gs 4528 5627 tr -225.001 rot n 0 0 400 400 0 360 DrawEllipse 225.001 rot gs col4 1.00 shd ef gr gs col0 s gr gr % Rotated Ellipse gs 3195 4275 tr -135.000 rot n 0 0 400 400 0 360 DrawEllipse 135.000 rot gs col4 1.00 shd ef gr gs col0 s gr gr % Rotated Ellipse gs 1800 4275 tr -135.000 rot n 0 0 400 400 0 360 DrawEllipse 135.000 rot gs col4 1.00 shd ef gr gs col0 s gr gr % Rotated Ellipse gs 3178 5627 tr -225.001 rot n 0 0 400 400 0 360 DrawEllipse 225.001 rot gs col4 1.00 shd ef gr gs col0 s gr gr % Rotated Ellipse gs 5895 4275 tr -135.000 rot n 0 0 400 400 0 360 DrawEllipse 135.000 rot gs col4 1.00 shd ef gr gs col0 s gr gr % Rotated Ellipse gs 5878 5627 tr -225.001 rot n 0 0 400 400 0 360 DrawEllipse 225.001 rot gs col4 1.00 shd ef gr gs col0 s gr gr $F2psEnd rs showpage cleartomark countdictstack exch sub { end } repeat restore grestore % % End Imported PIC File: h2spd_sample_9090.ps %%EndDocument % /Times-Roman ff 450.00 scf sf 9855 4140 m gs 1 -1 sc (X) col0 sh gr /Times-Roman ff 375.00 scf sf 10215 4275 m gs 1 -1 sc (c) col0 sh gr /Times-Roman ff 375.00 scf sf 8280 2745 m gs 1 -1 sc (c) col0 sh gr /Times-Roman ff 450.00 scf sf 7920 2610 m gs 1 -1 sc (Y) col0 sh gr % Polyline % % Begin Imported EPS File: a.xfig.eps %%BeginDocument: a.xfig.eps % n gs 8730 683 tr 16.475000 -15.880000 sc 270 rot -285 -340 tr sa n 285 340 m 310 340 l 310 500 l 285 500 l cp clip n countdictstack mark /showpage {} def % EPS file follows: %!PS-Adobe-2.0 %%Title: a.xfig.eps %%Creator: fig2dev Version 3.2.3 Patchlevel %%CreationDate: Thu Feb 1 14:21:42 2001 %%For: soenke@theolx03 (Soenke Lorenz) %%Orientation: Landscape %%Pages: 1 %%BoundingBox: 285 340 310 500 %%BeginSetup %%IncludeFeature: *PageSize A4 %%EndSetup %%Magnification: 1.0000 %%EndComments /$F2psDict 200 dict def $F2psDict begin $F2psDict /mtrx matrix put /col-1 {0 setgray} bind def /col0 {0.000 0.000 0.000 srgb} bind def /col1 {0.000 0.000 1.000 srgb} bind def /col2 {0.000 1.000 0.000 srgb} bind def /col3 {0.000 1.000 1.000 srgb} bind def /col4 {1.000 0.000 0.000 srgb} bind def /col5 {1.000 0.000 1.000 srgb} bind def /col6 {1.000 1.000 0.000 srgb} bind def /col7 {1.000 1.000 1.000 srgb} bind def /col8 {0.000 0.000 0.560 srgb} bind def /col9 {0.000 0.000 0.690 srgb} bind def /col10 {0.000 0.000 0.820 srgb} bind def /col11 {0.530 0.810 1.000 srgb} bind def /col12 {0.000 0.560 0.000 srgb} bind def /col13 {0.000 0.690 0.000 srgb} bind def /col14 {0.000 0.820 0.000 srgb} bind def /col15 {0.000 0.560 0.560 srgb} bind def /col16 {0.000 0.690 0.690 srgb} bind def /col17 {0.000 0.820 0.820 srgb} bind def /col18 {0.560 0.000 0.000 srgb} bind def /col19 {0.690 0.000 0.000 srgb} bind def /col20 {0.820 0.000 0.000 srgb} bind def /col21 {0.560 0.000 0.560 srgb} bind def /col22 {0.690 0.000 0.690 srgb} bind def /col23 {0.820 0.000 0.820 srgb} bind def /col24 {0.500 0.190 0.000 srgb} bind def /col25 {0.630 0.250 0.000 srgb} bind def /col26 {0.750 0.380 0.000 srgb} bind def /col27 {1.000 0.500 0.500 srgb} bind def /col28 {1.000 0.630 0.630 srgb} bind def /col29 {1.000 0.750 0.750 srgb} bind def /col30 {1.000 0.880 0.880 srgb} bind def /col31 {1.000 0.840 0.000 srgb} bind def end save newpath 0 842 moveto 0 0 lineto 595 0 lineto 595 842 lineto closepath clip newpath 240.0 -217.0 translate 90 rotate 1 -1 scale /cp {closepath} bind def /ef {eofill} bind def /gr {grestore} bind def /gs {gsave} bind def /sa {save} bind def /rs {restore} bind def /l {lineto} bind def /m {moveto} bind def /rm {rmoveto} bind def /n {newpath} bind def /s {stroke} bind def /sh {show} bind def /slc {setlinecap} bind def /slj {setlinejoin} bind def /slw {setlinewidth} bind def /srgb {setrgbcolor} bind def /rot {rotate} bind def /sc {scale} bind def /sd {setdash} bind def /ff {findfont} bind def /sf {setfont} bind def /scf {scalefont} bind def /sw {stringwidth} bind def /tr {translate} bind def /tnt {dup dup currentrgbcolor 4 -2 roll dup 1 exch sub 3 -1 roll mul add 4 -2 roll dup 1 exch sub 3 -1 roll mul add 4 -2 roll dup 1 exch sub 3 -1 roll mul add srgb} bind def /shd {dup dup currentrgbcolor 4 -2 roll mul 4 -2 roll mul 4 -2 roll mul srgb} bind def /$F2psBegin {$F2psDict begin /$F2psEnteredState save def} def /$F2psEnd {$F2psEnteredState restore end} def $F2psBegin %%Page: 1 1 10 setmiterlimit 0.06299 0.06299 sc %%Page: 1 1 % Polyline 7.500 slw gs clippath 8895 862 m 8895 937 l 9248 937 l 9068 900 l 9248 862 l cp eoclip n 8910 900 m 9810 900 l gs col0 s gr gr % arrowhead 60.000 slw n 9248 862 m 9068 900 l 9248 937 l col0 s % Polyline 7.500 slw gs clippath 11355 937 m 11355 862 l 11006 862 l 11186 900 l 11006 937 l cp eoclip n 10440 900 m 11340 900 l gs col0 s gr gr % arrowhead 60.000 slw n 11006 937 m 11186 900 l 11006 862 l 11006 937 l cp gs 0.00 setgray ef gr col0 s /Times-Roman ff 450.00 scf sf 10035 1035 m gs 1 -1 sc (a) col0 sh gr $F2psEnd rs showpage cleartomark countdictstack exch sub { end } repeat restore grestore % % End Imported PIC File: a.xfig.eps %%EndDocument % $F2psEnd rs showpage %%EndDocument @endspecial 2330 -83 a currentpoint grestore moveto 2330 -83 a 2655 -83 a gsave currentpoint currentpoint translate 270 neg rotate neg exch neg exch translate 2655 -83 a @beginspecial 75 @llx 25 @lly 595 @urx 660 @ury 1119 @rwi @setspecial %%BeginDocument: Fig11c.eps %!PS-Adobe-2.0 EPSF-1.2 %%BoundingBox: 75 25 595 660 %%Title: stick_h2spd_abini_corr_double.eps %%Creator: soenke@theolx03 with xmgr %%CreationDate: Wed Jan 31 18:00:36 2001 %%EndComments 80 dict begin /languagelevel where {pop /gs_languagelevel languagelevel def} {/gs_languagelevel 1 def} ifelse gs_languagelevel 1 gt { <} image end } >> matrix makepattern /Pat0 exch def <} image end } >> matrix makepattern /Pat1 exch def <} image end } >> matrix makepattern /Pat2 exch def <} image end } >> matrix makepattern /Pat3 exch def <} image end } >> matrix makepattern /Pat4 exch def <} image end } >> matrix makepattern /Pat5 exch def <} image end } >> matrix makepattern /Pat6 exch def <} image end } >> matrix makepattern /Pat7 exch def <} image end } >> matrix makepattern /Pat8 exch def <} image end } >> matrix makepattern /Pat9 exch def <} image end } >> matrix makepattern /Pat10 exch def <} image end } >> matrix makepattern /Pat11 exch def <} image end } >> matrix makepattern /Pat12 exch def <} image end } >> matrix makepattern /Pat13 exch def <} image end } >> matrix makepattern /Pat14 exch def <} image end } >> matrix makepattern /Pat15 exch def }{ /Pat0 { 0.000000 setgray } def /Pat1 { 0.062500 setgray } def /Pat2 { 0.125000 setgray } def /Pat3 { 0.187500 setgray } def /Pat4 { 0.250000 setgray } def /Pat5 { 0.312500 setgray } def /Pat6 { 0.375000 setgray } def /Pat7 { 0.437500 setgray } def /Pat8 { 0.500000 setgray } def /Pat9 { 0.562500 setgray } def /Pat10 { 0.625000 setgray } def /Pat11 { 0.687500 setgray } def /Pat12 { 0.750000 setgray } def /Pat13 { 0.812500 setgray } def /Pat14 { 0.875000 setgray } def /Pat15 { 0.937500 setgray } def /setpattern { } def } ifelse /m {moveto} bind def /l {lineto} bind def /s {stroke} bind def % Symbol fill /f { gsave fill grestore stroke } bind def % Opaque symbol /o { gsave 1.000000 1.000000 1.000000 setrgbcolor fill grestore stroke } bind def % Circle symbol /a { 3 -1 roll 0 360 arc } bind def /da { a s } bind def /fa { a f } bind def /oa { a o } bind def % Square symbol /sq { moveto dup dup rmoveto 2 mul dup neg 0 rlineto dup neg 0 exch rlineto 0 rlineto closepath } bind def /dsq { sq s } bind def /fsq { sq f } bind def /osq { sq o } bind def % Triangle symbols /t1 { moveto dup 0 exch rmoveto dup neg dup 2 mul rlineto 2 mul 0 rlineto closepath } bind def /dt1 { t1 s } bind def /ft1 { t1 f } bind def /ot1 { t1 o } bind def /t2 { moveto dup neg 0 rmoveto dup dup 2 mul exch neg rlineto 2 mul 0 exch rlineto closepath } bind def /dt2 { t2 s } bind def /ft2 { t2 f } bind def /ot2 { t2 o } bind def /t3 { moveto dup neg 0 exch rmoveto dup dup 2 mul rlineto neg 2 mul 0 rlineto closepath } bind def /dt3 { t3 s } bind def /ft3 { t3 f } bind def /ot3 { t3 o } bind def /t4 { moveto dup 0 rmoveto dup dup -2 mul exch rlineto -2 mul 0 exch rlineto closepath } bind def /dt4 { t4 s } bind def /ft4 { t4 f } bind def /ot4 { t4 o } bind def % Diamond symbol /di { moveto dup 0 exch rmoveto dup neg dup rlineto dup dup neg rlineto dup dup rlineto closepath } bind def /ddi { di s } bind def /fdi { di f } bind def /odi { di o } bind def % Plus symbol /pl { dup 0 rmoveto dup -2 mul 0 rlineto dup dup rmoveto -2 mul 0 exch rlineto } bind def /dpl { m pl s } bind def % x symbol /x { dup dup rmoveto dup -2 mul dup rlineto 2 mul dup 0 rmoveto dup neg exch rlineto } bind def /dx { m x s } bind def % Splat symbol /dsp { m dup pl dup 0 exch rmoveto 0.707 mul x s } bind def /RJ { stringwidth neg exch neg exch rmoveto } bind def /CS { stringwidth 2 div neg exch 2 div neg exch rmoveto } bind def 0.24 0.24 scale 1 setlinecap mark /ISOLatin1Encoding 8#000 1 8#054 {StandardEncoding exch get} for /minus 8#056 1 8#217 {StandardEncoding exch get} for /dotlessi 8#301 1 8#317 {StandardEncoding exch get} for /space /exclamdown /cent /sterling /currency /yen /brokenbar /section /dieresis /copyright /ordfeminine /guillemotleft /logicalnot /hyphen /registered /macron /degree /plusminus /twosuperior /threesuperior /acute /mu /paragraph /periodcentered /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 /ISOLatin1Encoding where not {256 array astore def} if cleartomark /makeISOEncoded { findfont /curfont exch def /newfont curfont maxlength dict def /ISOLatin1 (-ISOLatin1) def /curfontname curfont /FontName get dup length string cvs def /newfontname curfontname length ISOLatin1 length add string dup 0 curfontname putinterval dup curfontname length ISOLatin1 putinterval def curfont { exch dup /FID ne { dup /Encoding eq { exch pop ISOLatin1Encoding exch } if dup /FontName eq { exch pop newfontname exch } if exch newfont 3 1 roll put } { pop pop } ifelse } forall newfontname newfont definefont } def /Times-Roman makeISOEncoded pop /Times-Bold makeISOEncoded pop /Times-Italic makeISOEncoded pop /Times-BoldItalic makeISOEncoded pop /Helvetica makeISOEncoded pop /Helvetica-Bold makeISOEncoded pop /Helvetica-Oblique makeISOEncoded pop /Helvetica-BoldOblique makeISOEncoded pop 2550 0 translate 90 rotate s 0.000000 0.000000 0.000000 setrgbcolor 1 setlinewidth /Times-Italic-ISOLatin1 findfont 101 scalefont setfont 0.862745 0.862745 0.862745 setrgbcolor 506 434 m 506 2115 l 2521 2115 l 2521 434 l 506 434 l closepath gsave eofill grestore s 0.000000 0.000000 0.000000 setrgbcolor [] 0 setdash 3 setlinewidth 506 434 m 506 444 l 632 434 m 632 444 l 758 434 m 758 444 l 884 434 m 884 444 l 1010 434 m 1010 444 l 1136 434 m 1136 444 l 1262 434 m 1262 444 l 1388 434 m 1388 444 l 1513 434 m 1513 444 l 1639 434 m 1639 444 l 1765 434 m 1765 444 l 1891 434 m 1891 444 l 2017 434 m 2017 444 l 2143 434 m 2143 444 l 2269 434 m 2269 444 l 2395 434 m 2395 444 l 2521 434 m 2521 444 l s 506 434 m 506 454 l 758 434 m 758 454 l 1010 434 m 1010 454 l 1262 434 m 1262 454 l 1513 434 m 1513 454 l 1765 434 m 1765 454 l 2017 434 m 2017 454 l 2269 434 m 2269 454 l 2521 434 m 2521 454 l /Times-Italic-ISOLatin1 findfont 105 scalefont setfont /Times-Roman-ISOLatin1 findfont 105 scalefont setfont s 506 346 m gsave 506 346 translate 0 rotate 0 -35 m (0.0) CS (0.0) show grestore newpath 758 346 m gsave 758 346 translate 0 rotate 0 -35 m (0.1) CS (0.1) show grestore newpath 1010 346 m gsave 1010 346 translate 0 rotate 0 -35 m (0.2) CS (0.2) show grestore newpath 1262 346 m gsave 1262 346 translate 0 rotate 0 -35 m (0.3) CS (0.3) show grestore newpath 1513 346 m gsave 1513 346 translate 0 rotate 0 -35 m (0.4) CS (0.4) show grestore newpath 1765 346 m gsave 1765 346 translate 0 rotate 0 -35 m (0.5) CS (0.5) show grestore newpath 2017 346 m gsave 2017 346 translate 0 rotate 0 -35 m (0.6) CS (0.6) show grestore newpath 2269 346 m gsave 2269 346 translate 0 rotate 0 -35 m (0.7) CS (0.7) show grestore newpath 2521 346 m gsave 2521 346 translate 0 rotate 0 -35 m (0.8) CS (0.8) show grestore newpath /Times-Roman-ISOLatin1 findfont 132 scalefont setfont 1513 170 m gsave 1513 170 translate 0 rotate 0 0 m (Kinetic energy Ei \(eV\)) CS (Kinetic energy) show /Times-Italic-ISOLatin1 findfont 132 scalefont setfont 210 0 translate 0 rotate 0 0 m (E) show /Times-Italic-ISOLatin1 findfont 79 scalefont setfont 0 -39 rmoveto (i) show /Times-Roman-ISOLatin1 findfont 132 scalefont setfont 0 39 rmoveto ( \(eV\)) show grestore newpath 506 434 m 516 434 l 506 575 m 516 575 l 506 715 m 516 715 l 506 855 m 516 855 l 506 995 m 516 995 l 506 1135 m 516 1135 l 506 1275 m 516 1275 l 506 1415 m 516 1415 l 506 1555 m 516 1555 l 506 1695 m 516 1695 l 506 1835 m 516 1835 l 506 1975 m 516 1975 l 506 2115 m 516 2115 l 2521 434 m 2511 434 l 2521 575 m 2511 575 l 2521 715 m 2511 715 l 2521 855 m 2511 855 l 2521 995 m 2511 995 l 2521 1135 m 2511 1135 l 2521 1275 m 2511 1275 l 2521 1415 m 2511 1415 l 2521 1555 m 2511 1555 l 2521 1695 m 2511 1695 l 2521 1835 m 2511 1835 l 2521 1975 m 2511 1975 l 2521 2115 m 2511 2115 l s 506 434 m 526 434 l 506 715 m 526 715 l 506 995 m 526 995 l 506 1275 m 526 1275 l 506 1555 m 526 1555 l 506 1835 m 526 1835 l 506 2115 m 526 2115 l 2521 434 m 2501 434 l 2521 715 m 2501 715 l 2521 995 m 2501 995 l 2521 1275 m 2501 1275 l 2521 1555 m 2501 1555 l 2521 1835 m 2501 1835 l 2521 2115 m 2501 2115 l /Times-Roman-ISOLatin1 findfont 105 scalefont setfont s 438 434 m gsave 438 434 translate 0 rotate 0 -35 m (0.0) RJ (0.0) show grestore newpath 438 715 m gsave 438 715 translate 0 rotate 0 -35 m (0.1) RJ (0.1) show grestore newpath 438 995 m gsave 438 995 translate 0 rotate 0 -35 m (0.2) RJ (0.2) show grestore newpath 438 1275 m gsave 438 1275 translate 0 rotate 0 -35 m (0.3) RJ (0.3) show grestore newpath 438 1555 m gsave 438 1555 translate 0 rotate 0 -35 m (0.4) RJ (0.4) show grestore newpath 438 1835 m gsave 438 1835 translate 0 rotate 0 -35 m (0.5) RJ (0.5) show grestore newpath 438 2115 m gsave 438 2115 translate 0 rotate 0 -35 m (0.6) RJ (0.6) show grestore newpath /Times-Roman-ISOLatin1 findfont 132 scalefont setfont 214 1274 m gsave 214 1274 translate 90 rotate 0 0 m (Sticking probability) CS (Sticking probability) show grestore newpath 15 setlinewidth 708 434 m 733 436 l 758 505 l 808 648 l 834 693 l 859 748 l 884 794 l 909 835 l 934 889 l 959 924 l 985 963 l 1010 1010 l 1035 1043 l 1060 1102 l 1085 1154 l 1111 1192 l 1136 1237 l 1161 1271 l 1211 1329 l 1262 1358 l 1312 1401 l 1362 1420 l 1413 1441 l 1463 1447 l 1513 1440 l 1564 1431 l 1614 1443 l 1665 1451 l 1715 1447 l 1765 1453 l 1816 1450 l 1866 1460 l 1916 1475 l 1967 1492 l 2017 1509 l 2068 1525 l 2118 1547 l 2168 1563 l 2219 1577 l 2269 1596 l 2319 1609 l 2370 1628 l 2420 1658 l 2470 1694 l 2521 1719 l s 3 setlinewidth 11 setlinewidth [40 20] 0 setdash 657 446 m 708 462 l 758 485 l 808 608 l 859 703 l 909 765 l 959 810 l 1010 894 l 1136 1034 l 1262 1291 l 1388 1381 l 1513 1392 l 1639 1459 l 1765 1426 l 2017 1476 l 2269 1549 l 2521 1582 l s 3 setlinewidth [] 0 setdash 11 setlinewidth 657 440 m 708 446 l 758 496 l 808 586 l 859 726 l 909 899 l 959 978 l 1010 1062 l 1060 1118 l 1136 1202 l 1262 1319 l 1388 1398 l 1513 1482 l 1639 1521 l 1765 1549 l 1891 1627 l 2017 1627 l 2143 1683 l 2269 1745 l 2395 1734 l 2521 1779 l /Times-Roman-ISOLatin1 findfont 67 scalefont setfont s 22 657 440 oa 22 708 446 oa 22 758 496 oa 22 808 586 oa 22 859 726 oa 22 909 899 oa 22 959 978 oa 22 1010 1062 oa 22 1060 1118 oa 22 1136 1202 oa 22 1262 1319 oa 22 1388 1398 oa 22 1513 1482 oa 22 1639 1521 oa 22 1765 1549 oa 22 1891 1627 oa 22 2017 1627 oa 22 2143 1683 oa 22 2269 1745 oa 22 2395 1734 oa 22 2521 1779 oa /Times-Roman-ISOLatin1 findfont 132 scalefont setfont 3 setlinewidth 1 setlinewidth 9 setlinewidth 506 434 m 506 2115 l 2521 2115 l 2521 434 l 506 434 l s 1 setlinewidth /Times-Roman-ISOLatin1 findfont 101 scalefont setfont 9 setlinewidth 1.000000 1.000000 1.000000 setrgbcolor 1051 473 m 1051 913 l 2728 913 l 2728 473 l closepath gsave eofill grestore s 0.000000 0.000000 0.000000 setrgbcolor 1051 473 m 1051 913 l 2728 913 l 2728 473 l 1051 473 l s 1 setlinewidth /Times-Roman-ISOLatin1 findfont 101 scalefont setfont 15 setlinewidth 1111 819 m 1231 819 l s 1 setlinewidth 1291 819 m gsave 1291 819 translate 0 rotate 0 -33 m (Analytical PES) show grestore newpath /Times-Roman-ISOLatin1 findfont 101 scalefont setfont [40 20] 0 setdash 11 setlinewidth 1111 693 m 1231 693 l s [] 0 setdash 1 setlinewidth 1291 693 m gsave 1291 693 translate 0 rotate 0 -33 m (NN PES: 2d cuts & corrugation) show grestore newpath /Times-Roman-ISOLatin1 findfont 101 scalefont setfont 11 setlinewidth 1111 567 m 1231 567 l s 22 1111 567 oa 22 1231 567 oa 1 setlinewidth 1291 567 m gsave 1291 567 translate 0 rotate 0 -33 m (NN PES: 2d cuts & corrugation) show grestore newpath [40 20] 0 setdash 9 setlinewidth 2273 1336 m 2415 1526 l 2407 1482 m 2415 1526 l 2375 1504 l s 1 setlinewidth [] 0 setdash 9 setlinewidth 1719 1787 m 2035 1715 l 1991 1705 m 2035 1715 l 1999 1743 l s 1 setlinewidth /Times-Roman-ISOLatin1 findfont 108 scalefont setfont 1114 1881 m gsave 1114 1881 translate 0 rotate 0 -36 m (1,255 points) show grestore newpath /Times-Roman-ISOLatin1 findfont 101 scalefont setfont /Times-Roman-ISOLatin1 findfont 108 scalefont setfont 1774 1265 m gsave 1774 1265 translate 0 rotate 0 -36 m (1,844 points) show grestore newpath /Times-Roman-ISOLatin1 findfont 101 scalefont setfont end showpage %%Trailer %%EndDocument @endspecial 3589 -83 a currentpoint grestore moveto 3589 -83 a -150 1080 a Fr(FIG.)37 b(11:)57 b(\(a\))37 b(H)393 1088 y Fq(2)464 1080 y Fr(b)r(ond)f(axis)h (parallel)h(to)f Fg(X)1288 1088 y Ff(c)1321 1080 y Fr(,)i(\(b\))d(H) 1578 1088 y Fq(2)1649 1080 y Fr(b)r(ond)g(axis)h(p)r(erp)r(endicular)g (to)g Fg(X)2687 1088 y Ff(c)2720 1080 y Fr(,)i(and)e(\(c\))f(Stic)n (king)g(probabilit)n(y)-6 b(.)68 b(\(a\))36 b(and)-150 1168 y(\(b\):)i(Corrugation)30 b(of)f(the)e(energy)h(barriers)h(for)f (the)g(system)g(H)1772 1176 y Fq(2)1806 1168 y Fr(/\(2)t Fb(\002)t Fr(2\))q(S/Pd\(100\))h(with)f(H)2663 1176 y Fq(2)2725 1168 y Fr(in)g(t)n(w)n(o)g(di\013eren)n(t)g(orien)n(tations)h (and)e(its)i(axis)-150 1255 y(parallel)h(to)e(the)g(surface.)44 b(The)29 b(energies)g(are)g(calculated)g(for)h(t)n(w)n(o)e(di\013eren)n (t)g(heigh)n(ts)h(and)f(b)r(ond)f(lengths)i(of)g(the)f(molecule.)44 b(In)28 b(b)r(oth)g(plots)-150 1342 y(the)j(molecule)i(is)g(mo)n(v)n (ed)e(from)i(the)e(sulfur)i(bridge)f(site)g(to)g(the)g(fourfold)h (hollo)n(w)g(site.)54 b(\(c\))31 b(Stic)n(king)h(probabilit)n(y)g(v)n (ersus)f(kinetic)h(energy)-150 1429 y(for)j(H)34 1437 y Fq(2)68 1429 y Fr(/\(2)t Fb(\002)t Fr(2\))q(S/Pd\(100\))g(calculated) f(from)h(the)e(analytical)i(PES)f(and)g(t)n(w)n(o)g(NN-PESs.)58 b(The)34 b(neural)g(PESs)g(are)g(based)g(on)g(the)f(elev)n(en)-150 1516 y(con\014gurations)26 b(in)g(Fig.)h(9)f(and)f(the)g(corrugation)i (in)f(\(a\))g(and)f(\(b\).)-150 1801 y Ft(ev)n(en)j(when)g(it)g (approac)n(hes)e(the)i(surface)g(ab)r(o)n(v)n(e,)e(sa)n(y)-7 b(,)28 b(the)g(pal-)-150 1896 y(ladium)h(bridge)g(site)g(at)h(\()p Fl(X)743 1908 y Fk(c)776 1896 y Fl(;)14 b(Y)861 1908 y Fk(c)895 1896 y Ft(\))e(=)g(\(0)p Fl(:)p Ft(25)i Fl(a;)g Ft(0)p Fl(:)p Ft(5)g Fl(a)p Ft(\).)40 b(If)30 b(w)n(e)f(fur-)-150 1992 y(ther)37 b(stretc)n(h)f(the)h(b)r(ond)g(length)g(of)g(the)g(h)n (ydrogen)f(molecule)-150 2087 y(and)26 b(decrease)f(the)i(distance)f (to)g(the)g(surface)g(w)n(e)g(obtain)g(again)-150 2183 y(a)j(monotonic)h(decrease)e(of)i(the)g(energy)f(\(see)h(the)g(dashed)f (line)-150 2278 y(in)f(Fig.)g(11\(a\)\).)38 b(Ho)n(w)n(ev)n(er,)26 b(the)j(energy)e(barrier)f(at)i(the)g(sulfur)-150 2374 y(bridge)g(site)h(has)f(signi\014can)n(tly)g(increased)g(due)h(to)g (the)g(shorter)-150 2469 y(distance)j(to)g(the)g(repulsiv)n(e)f(sulfur) h(atoms.)50 b(Ab)r(o)n(v)n(e)32 b(the)g(four-)-150 2564 y(fold)27 b(hollo)n(w)f(site)h(the)g(energy)f(is)g(no)n(w)h(negativ)n (e,)e(the)j(molecule)-150 2660 y(has)h(started)f(to)h(disso)r(ciate.)41 b(Note,)29 b(that)h(the)f(energy)f(zero)g(re-)-150 2755 y(lates)34 b(to)g(the)h(situation)f(where)g(the)h(molecule)f(is)h(lo)r (cated)f(far)-150 2851 y(a)n(w)n(a)n(y)28 b(from)i(the)g(surface)g(\(Z) 770 2863 y Fm(c)817 2851 y Fl(>)13 b Ft(5)966 2836 y(\027)966 2851 y(A\))31 b(ha)n(ving)e(its)h(equilibrium)-150 2946 y(b)r(ond)36 b(length.)61 b(If)36 b(w)n(e)f(let)h(the)g(b)r(ond)g (length)f(stretc)n(h)h(further)-150 3042 y(and)29 b(allo)n(w)f(the)i (atoms)f(to)g(approac)n(h)f(the)h(surface)g(the)h(energy)-150 3137 y(at)25 b(the)g(fourfold)f(hollo)n(w)f(site)i(w)n(ould)f(further)h (decrease)e(re\015ect-)-150 3233 y(ing)37 b(that)h(the)g(disso)r (ciation)e(pro)r(cess)h(on)g(the)h(sulfur)f(co)n(v)n(ered)-150 3328 y(Pd\(100\))26 b(surface)h(is)h(exothermic.)-67 3464 y(In)42 b(Fig.)g(11\(b\))g(the)h(H)691 3476 y Fm(2)770 3464 y Ft(molecule)f(has)g(b)r(een)g(rotated)g(b)n(y)-150 3559 y(90)-66 3529 y Fe(\016)13 3559 y Ft(in)f(the)h(azim)n(uthal)e (direction.)78 b(F)-7 b(or)40 b(the)i(con\014guration)-150 3655 y(corresp)r(onding)36 b(to)h(the)h(solid)f(line)h(again)f(the)g (energy)g(barri-)-150 3750 y(ers)25 b(decreases)f(monotonically)g(as)h (a)h(function)g(of)g(the)g(distance)-150 3846 y(from)j(the)h(sulfur)f (atoms.)42 b(With)30 b(a)f(stretc)n(hed)g(b)r(ond)h(length)f(of)-150 3941 y Fl(d)9 b Ft(=)g(0)p Fl(:)p Ft(9)97 3926 y(\027)97 3941 y(A)26 b(and)g(a)g(distance)g(from)g(the)g(surface)g(of)g Fl(z)13 b Ft(=)c(1)p Fl(:)p Ft(1)1690 3926 y(\027)1690 3941 y(A)25 b(the)-150 4036 y(picture)j(has)g(c)n(hanged.)38 b(No)n(w)28 b(the)g(barriers)f(are)g(at)h(its)h(highest)-150 4132 y(v)-5 b(alue)27 b(ab)r(o)n(v)n(e)e(the)j(Pd)f(bridge)f(site.)37 b(This)27 b(is)f(due)i(to)f(the)g(repul-)-150 4227 y(siv)n(e)22 b(c)n(haracter)f(of)h(the)h(palladium)g(atoms)f(whic)n(h)g(the)h (H-atoms)-150 4323 y(p)r(oin)n(t)h(at)h(in)f(this)h(con\014guration.)34 b(A)n(t)24 b(the)h(fourfold)f(hollo)n(w)f(site)-150 4418 y(the)28 b(p)r(oten)n(tial-energy)e(is)h(again)g(negativ)n(e.)-67 4554 y(T)-7 b(o)28 b(impro)n(v)n(e)f(the)i(NN)g(description)f(w)n(e)g (included)h(the)g(infor-)-150 4649 y(mation)d(ab)r(out)h(the)g(v)-5 b(ariation)26 b(of)g(the)i(energy)d(barriers)g(within)-150 4745 y(the)31 b(unit)h(cell)f(from)g(Fig.)g(11)f(in)h(the)g(training)g (examples.)46 b(W)-7 b(e)-150 4840 y(added)26 b(66)g(p)r(oten)n (tial-energies)e(related)i(to)g(the)h(corrugation)c(of)-150 4936 y(the)28 b(barriers)e(to)i(the)g(information)f(go)n(v)n(erned)f (from)h(the)h(previ-)-150 5031 y(ously)33 b(discussed)g(elev)n(en)g(2D) g(cuts.)55 b(Namely)-7 b(,)34 b(instead)g(of)f(op-)-150 5127 y(timizing)38 b(the)g(NN)g(with)g(1)p Fl(;)14 b Ft(189)35 b(and)j(1)p Fl(;)14 b Ft(778)35 b(training)i(exam-)-150 5222 y(ples)32 b(based)g(on)g(the)h(elb)r(o)n(w)f(plots)g(only)g(as)f (sho)n(wn)h(previously)-150 5318 y(in)h(Fig.)g(10,)h(w)n(e)e(no)n(w)g (use)h(1)p Fl(;)14 b Ft(255)31 b(and)i(1)p Fl(;)14 b Ft(844)31 b(p)r(oin)n(ts,)j(resp)r(ec-)-150 5413 y(tiv)n(ely)-7 b(.)76 b(The)40 b(stic)n(king)g(probabilit)n(y)g(for)g(b)r(oth)h (training)f(sets)2042 1801 y(in)23 b(Fig.)h(11\(c\))f(agrees)e(no)n(w)i (semi-quan)n(titativ)n(ely)f(with)i(the)g(un-)2042 1896 y(derlying)18 b(analytical)g(PES.)g(Th)n(us,)j(incorp)r(orating)c(only) i(a)g(small)2042 1992 y(n)n(um)n(b)r(er)i(of)h(additional)f (information)g(to)h(the)g(calculated)g(elb)r(o)n(w)2042 2087 y(plots)28 b(can)g(lead)f(to)i(signi\014can)n(t)e(impro)n(v)n (emen)n(t)g(of)h(the)h(dynam-)2042 2183 y(ical)h(result.)44 b(Figure)30 b(11\(c\))f(demonstrates)g(that)i(the)f(incorp)r(o-)2042 2278 y(ration)e(of)i(a)n(v)-5 b(ailable)28 b(ph)n(ysical)h(kno)n (wledge)f(ab)r(out)i(the)f(system)2042 2374 y(of)g(in)n(v)n(estigation) f(impro)n(v)n(es)f(the)j(in)n(terp)r(olation)f(considerably)-7 b(.)2042 2469 y(It)35 b(is)g(w)n(ell)g(kno)n(wn)g(that)h(steering)e(in) h(disso)r(ciation)g(dynamics)2042 2564 y(is)h(presen)n(t)g(and)g(can)g (b)r(e)g(essen)n(tial)g(for)f(the)i(calculation)e(of)i(a)2042 2660 y(dynamical)i(prop)r(ert)n(y)f(lik)n(e)h(the)h(stic)n(king)f (probabilit)n(y)-7 b(.)72 b(It)40 b(is)2042 2755 y(clear)d(that)i(the)g (reorien)n(tation)e(of)h(the)h(molecule)g(is)f(a\013ected)2042 2851 y(b)n(y)26 b(the)h(distribution)f(of)h(the)f(energy)g(barriers)e (on)i(the)h(surface.)2042 2946 y(T)-7 b(ogether)20 b(with)i(the)h(kno)n (wledge)d(ab)r(out)h(the)i(fa)n(v)n(orable)c(disso)r(ci-)2042 3042 y(ation)25 b(con\014guration)e(of)j(the)g(studied)f(molecule)g (whic)n(h)h(can)f(b)r(e)2042 3137 y(gained)k(from)h(DFT-calculations)f (w)n(e)g(w)n(ere)g(able)h(to)g(calculate)2042 3233 y(a)24 b(small)h(n)n(um)n(b)r(er)f(of)h(additional)f(energies.)35 b(With)25 b(this)g(new)g(in-)2042 3328 y(formation)k(the)h(NN)g(w)n(as) f(able)h(to)g(repro)r(duce)e(the)j(adsorption)2042 3424 y(co)r(e\016cien)n(t)c(with)h(an)g(error)d(of)j(less)f(than)h(6\045.) 2672 3749 y Fo(V.)88 b(CONCLUSION)2125 3972 y Ft(W)-7 b(e)24 b(ha)n(v)n(e)f(sho)n(wn)h(that)g(NNs)h(can)f(represen)n(t)f Fn(ab)k(initio)j Ft(PESs)2042 4067 y(of)h(sev)n(eral)f(degrees)h(of)g (freedom)g(accurately)-7 b(.)48 b(The)32 b(computa-)2042 4163 y(tional)e(cost)g(of)g(training)g(a)g(NN)h(is)f(small)g(and)h (just)g(a)f(fraction)2042 4258 y(of)h(the)g(costs)f(of)h(the)g(DFT)h (calculations.)45 b(The)31 b(resulting)g(NN)2042 4354 y(output)21 b(function,)i(the)e(p)r(oten)n(tial-energy)-7 b(,)20 b(and)g(its)h(deriv)-5 b(ativ)n(es,)2042 4449 y(the)25 b(forces,)g(are)f(v)n(ery)g(e\016cien)n(t)h(to)g(ev)-5 b(aluate)24 b(and)h(allo)n(w)f(molec-)2042 4545 y(ular)j(dynamics)g (calculations)f(with)i(extensiv)n(e)f(statistics.)2125 4649 y(Concerning)37 b(the)j(amoun)n(t)e(of)h(training)f(data)g (required)g(to)2042 4745 y(obtain)24 b(a)g(reliable)g(represen)n (tation)e(it)j(is)f(not)h(su\016cien)n(t)f(to)h(p)r(er-)2042 4840 y(form)e(a)f(NN)i(\014t)g(based)e(on)h(the)h(usually)e(calculated) h(top,)h(bridge)2042 4936 y(and)h(hollo)n(w)g(sites)h(only)-7 b(.)36 b(In)n(termediated)25 b(con\014gurations)f(need)2042 5031 y(to)36 b(b)r(e)g(considered.)61 b(An)36 b Fn(e)l(quidistant)h Ft(sampling)e(results)g(in)i(a)2042 5127 y(n)n(um)n(b)r(er)29 b(of)h(10)2527 5096 y Fm(4)2569 5127 y Fh(\000)6 b Ft(10)2724 5096 y Fm(5)2790 5127 y Ft(total)29 b(energies)g(for)g(an)g(accurate)g (in)n(ter-)2042 5222 y(p)r(olation.)58 b(The)34 b(required)g(n)n(um)n (b)r(er)h(of)f(training)g(energies)g(for)2042 5318 y(disso)r(ciation)27 b(pro)r(cesses)g(can)h(b)r(e)h(further)g(reduced)f(b)n(y)g(an)g Fn(e\016-)2042 5413 y(cient)g Ft(sampling)f(of)g(the)h (con\014gurations.)p eop end %%Page: 12 12 TeXDict begin 12 11 bop 4001 -299 a Ft(12)-67 -83 y(Mo)r(del)43 b(calculations)f(on)h(the)g(systems)g(H)1345 -71 y Fm(2)1382 -83 y Ft(/Pd\(100\))f(and)-150 12 y(H)-88 24 y Fm(2)-50 12 y Ft(/S\(2)5 b Fh(\002)g Ft(2\))n(/Pd\(100\))24 b(rev)n(ealed,)h (that)h(the)h(form)f(of)g(the)g(ener-)-150 108 y(getic)31 b(corrugation)e(can)j(signi\014can)n(tly)e(in\015uence)i(the)g(dynam-) -150 203 y(ical)e(result.)44 b(W)-7 b(e)30 b(therefore)f(prop)r(osed)g (a)h(mo)r(di\014cation)g(of)g(the)-150 299 y(usually)37 b(applied)g(sampling)g(of)g(total)g(energies)g(in)g(DFT)h(cal-)-150 394 y(culations)29 b(of)g(disso)r(ciation)f(pro)r(cesses.)40 b(In)30 b(addition)f(to)g(elb)r(o)n(w)-150 490 y(plots)j(ab)r(o)n(v)n (e)f(high-symmetric)h(sites)g(w)n(e)g(recommend)g(to)g(cal-)-150 585 y(culate)c(the)g(corrugation)d(of)j(the)g(barrier)e(heigh)n(ts)i (in)g(more)f(de-)2042 -83 y(tail)c(b)n(y)g(collecting)f(information)g (of)h(the)h(p)r(oten)n(tial-energy)d(as)i(a)2042 12 y(function)f(of)f (the)h(lateral)f(co)r(ordinates)f(within)i(the)g(surface)f(unit)2042 108 y(cell.)54 b(The)33 b(mo)r(di\014ed)h(sampling)e(sc)n(heme)h(allo)n (ws)f(to)h(calculate)2042 203 y(dynamical)28 b(results)h(with)g(NNs)h (based)e(on)h(10)3518 173 y Fm(3)3560 203 y Fh(\000)6 b Ft(10)3715 173 y Fm(4)3779 203 y Fn(ab)32 b(initio)2042 299 y Ft(energies.)53 b(The)33 b(costs)g(for)g(a)g(description)f(of)i (disso)r(ciation)e(re-)2042 394 y(actions)g(with)h(NNs)g(are)e(orders)g (of)i(magnitude)f(smaller)g(than)2042 490 y(those)e(of)h("on)f(the)h (\015y")f Fn(ab)k(initio)j Ft(dynamics)30 b(w)n(ere)g(up)h(to)g(10)4048 460 y Fm(7)2042 585 y Ft(energies)26 b(migh)n(t)i(b)r(e)g(necessary)-7 b(.)p 948 787 2039 5 v 1203 788 1529 7 v 1458 789 1020 9 v 1712 790 510 11 v -112 1035 a Fr([1])35 b(A.)25 b(Gro\031,)i(Surf.) f(Sci.)g Fo(500)p Fr(,)h(347)f(\(2002\).)-112 1122 y([2])35 b(P)-6 b(.)36 b(Blaha,)41 b(K.)36 b(Sc)n(h)n(w)n(arz,)k(P)-6 b(.)37 b(Soran)n(tin,)i(and)d(S.)h(B.)g(T)-6 b(ric)n(k)n(ey)g(,)3 1209 y(Comp.)26 b(Ph)n(ys.)g(Comm.)g Fo(59)p Fr(,)h(399)g(\(1990\).) -112 1297 y([3])35 b(M.)25 b(C.)h(P)n(a)n(yne,)f(M.)h(P)-6 b(.)25 b(T)-6 b(eter,)26 b(D.)f(C.)h(Allan,)g(T.)g(A.)f(Arias,)h(and)3 1384 y(J.)g(D.)g(Joannop)r(oulos,)h(Rev.)f(Mo)r(d.)g(Ph)n(ys.)g Fo(64)p Fr(,)g(1045)h(\(1992\).)-112 1471 y([4])35 b(G.)d(Kresse)g(and) f(J.)i(F)-6 b(urthm)r(\177)-41 b(uller,)34 b(Ph)n(ys.)d(Rev.)g(B)h Fo(54)p Fr(,)i(11169)3 1558 y(\(1996\).)-112 1645 y([5])h(M.)21 b(Bo)r(c)n(kstedte,)h(A.)e(Kley)-6 b(,)21 b(J.)g(Neugebauer,)g(and)f (M.)h(Sc)n(he\017er,)3 1733 y(Comp.)26 b(Ph)n(ys.)g(Comm.)g Fo(107)p Fr(,)h(187)g(\(1997\).)-112 1830 y([6])35 b(A.)21 b(De)h(Vita,)g(I.)481 1811 y(\025)479 1830 y(Stic)n(h,)g(M.)h(J.)f (Gillan,)i(M.)e(C.)h(P)n(a)n(yne,)f(and)g(L.)g(J.)3 1917 y(Clark)n(e,)k(Ph)n(ys.)g(Rev.)f(Lett.)h Fo(71)p Fr(,)g(1276)h (\(1993\).)-112 2005 y([7])35 b(A.)g(Gro\031,)j(M.)e(Bo)r(c)n(kstedte,) i(and)d(M.)h(Sc)n(he\017er,)h(Ph)n(ys.)e(Rev.)3 2092 y(Lett.)25 b Fo(79)p Fr(,)i(701)g(\(1997\).)-112 2179 y([8])35 b(V.)20 b(Musolino,)j(A.)d(Selloni,)i(and)e(R.)g(Car,)j(Ph)n (ys.)d(Rev.)f(Lett.)i Fo(83)p Fr(,)3 2266 y(3242)27 b(\(1999\).)-112 2353 y([9])35 b(M.)28 b(Moseler,)i(H.)d(H\177)-38 b(akkinen,)28 b(and)f(U.)g(Landman,)h(Ph)n(ys.)g(Rev.)3 2440 y(Lett.)d Fo(89)p Fr(,)i(176103)h(\(2002\).)-150 2528 y([10])35 b(A.)21 b(Gro\031,)j(S.)d(Wilk)n(e,)i(and)e(M.)h(Sc)n(he\017er,)g(Ph)n (ys.)f(Rev.)g(Lett.)h Fo(75)p Fr(,)3 2615 y(2718)27 b(\(1995\).)-150 2702 y([11])35 b(A.)23 b(Gro\031)i(and)e(M.)i(Sc)n(he\017er,)f(Ph)n (ys.)f(Rev.)h(B)g Fo(57)p Fr(,)g(2493)i(\(1998\).)-150 2789 y([12])35 b(J.)26 b(H.)f(McCreery)h(and)f(G.)g(W.)h(Jr.,)g(J.)g (Chem.)g(Ph)n(ys.)f Fo(63)p Fr(,)h(2340)3 2876 y(\(1975\).)-150 2964 y([13])35 b(A.)j(F)-6 b(orni,)41 b(G.)e(Wiesenekk)n(er,)i(E.)e(J.) g(Baerends,)j(and)c(G.)h(F.)3 3051 y(T)-6 b(an)n(tardini,)26 b(J.)g(Ph)n(ys.:)35 b(Condens.)26 b(Matter)g Fo(7)p Fr(,)g(7195)i (\(1995\).)-150 3138 y([14])35 b(A.)29 b(F)-6 b(orni)31 b(and)e(G.)i(F.)f(T)-6 b(an)n(tardini,)32 b(Surf.)e(Sci.)g Fo(352-354)p Fr(,)j(142)3 3225 y(\(1996\).)-150 3312 y([15])i(U.)24 b(Kleinek)l(ath\177)-38 b(ofer,)25 b(K.)f(T.)h(T)-6 b(ang,)25 b(J.)g(P)-6 b(.)24 b(T)-6 b(o)r(ennies,)25 b(and)f(C.)h(L.)3 3399 y(Yiu,)g(J.)i(Chem.)f(Ph)n(ys.)f Fo(111)p Fr(,)i(3377)g(\(1999\).)-150 3487 y([16])35 b(D.)29 b(E.)g(Mak)l(aro)n(v)g(and)g(H.)g(Metiu,)h(J.)g(Chem.)g(Ph)n (ys.)e Fo(108)p Fr(,)j(590)3 3574 y(\(1998\).)-150 3661 y([17])k(A.)29 b(Gro\031,)i(M.)f(Sc)n(he\017er,)g(M.)g(J.)g(Mehl,)h (and)e(D.)g(A.)g(P)n(apacon-)3 3748 y(stan)n(top)r(oulos,)e(Ph)n(ys.)e (Rev.)h(Lett.)f Fo(82)p Fr(,)i(1209)g(\(1999\).)-150 3835 y([18])35 b(H.)24 b(F.)g(Busnengo,)h(A.)f(Salin,)h(and)f(W.)g (Dong,)h(J.)g(Chem.)f(Ph)n(ys.)3 3922 y Fo(112)p Fr(,)i(7641)h (\(2000\).)-150 4010 y([19])35 b(H.)d(F.)i(Busnengo,)i(W.)d(Dong,)i (and)e(A.)f(Salin,)k(Chem.)d(Ph)n(ys.)3 4097 y(Lett.)25 b Fo(320)p Fr(,)i(328)g(\(2000\).)-150 4184 y([20])35 b(G.)26 b(Kresse,)g(Ph)n(ys.)g(Rev.)f(B)h Fo(62)p Fr(,)g(8295)i (\(2000\).)-150 4271 y([21])35 b(C.)e(Cresp)r(os,)j(M.)d(A.)f(Collins,) k(E.)d(Pijp)r(er,)j(and)c(G.-J.)h(Kro)r(es,)3 4358 y(Chem.)26 b(Ph)n(ys.)f(Lett.)h Fo(376)p Fr(,)h(566)g(\(2003\).)-150 4445 y([22])35 b(G.)k(Wiesenekk)n(er,)k(G.)d(J.)g(Kro)r(es,)j(and)c(E.) h(J.)g(Baerends,)k(J.)3 4533 y(Chem.)26 b(Ph)n(ys.)f Fo(104)p Fr(,)i(7344)g(\(1996\).)-150 4620 y([23])35 b(J.)26 b(Dai)g(and)f(J.)i(Ligh)n(t,)f(J.)g(Chem.)g(Ph)n(ys.)g Fo(107)p Fr(,)g(1676)i(\(1997\).)-150 4707 y([24])35 b(A.)e(Gro\031,)38 b(C.)d(M.)f(W)-6 b(ei,)36 b(and)e(M.)h(Sc)n (he\017er,)h(Surf.)e(Sci.)g(Lett.)3 4794 y Fo(416)p Fr(,)26 b(1095)h(\(1998\).)-150 4881 y([25])35 b(A.)25 b(Gro\031,)i(Surf.)f (Sci.)g(Rep.)f Fo(32)p Fr(,)i(291)f(\(1998\).)-150 4968 y([26])35 b(G.)26 b(J.)g(Kro)r(es,)h(Prog.)g(Surf.)f(Sci.)g Fo(60)p Fr(,)g(1)g(\(1999\).)-150 5056 y([27])35 b(J.)19 b(Hertz,)h(A.)f(Krogh,)i(and)d(R.)h(G.)g(P)n(almer,)j Fs(Intr)l(o)l(duction)h(to)e(the)3 5143 y(The)l(ory)33 b(of)e(Neur)l(al)h(Computation)38 b Fr(\(Addison-W)-6 b(esley)g(,)30 b(Read-)3 5230 y(ing,)c(1996\).)-150 5317 y([28])35 b(R.)17 b(Ro)t(jas,)k Fs(The)l(orie)g(der)g(neur)l(onalen)g (Netze)k Fr(\(Springer)18 b(V)-6 b(erlag,)3 5404 y(Heidelb)r(erg,)26 b(1996\).)2042 1035 y([29])34 b(Y.)e(LeCun,)i(L.)e(Bottou,)i(G.)f(B.)f (Orr,)i(and)d(K.)h(R.)g(M)r(\177)-41 b(uller,)35 b(in)2194 1122 y Fs(Neur)l(al)27 b(Networks:)36 b(T)-6 b(ricks)26 b(of)g(the)h(T)-6 b(r)l(ade,)26 b(G.)g(B.)f(Orr)h(and)h(K.)2194 1209 y(R.)g(M)q(\177)-40 b(ul)t(ler)27 b(\(e)l(ds.\))j Fr(\(Springer)25 b(V)-6 b(erlag,)27 b(Heidelb)r(erg,)f(1998\).)2042 1297 y([30])34 b(S.)26 b(Lorenz,)g(A.)f(Gro\031,)i(and)e(M.)h(Sc)n (he\017er,)f(Chem.)h(Ph)n(ys.)f(Lett.)2194 1384 y Fo(395)p Fr(,)i(210)g(\(2004\).)2042 1471 y([31])34 b(T.)i(B.)f(Blank,)j(S.)c (D.)h(Bro)n(wn,)j(A.)d(W.)g(Calhoun,)i(and)e(D.)f(J.)2194 1558 y(Doren,)26 b(J.)h(Chem.)f(Ph)n(ys.)f Fo(103)p Fr(,)i(4129)g (\(1995\).)2042 1645 y([32])34 b(G.)c(Cyb)r(enk)n(o,)f(Mathematics)h (of)f(Con)n(trol,)i(Signals,)g(and)d(Sys-)2194 1733 y(tems)e Fo(2)p Fr(,)g(303)h(\(1989\).)2042 1820 y([33])34 b(K.)27 b(Hornik,)h(M.)f(Stinc)n(hcom)n(b)r(e,)h(and)e(H.)h(White,)h(Neural)f (Net-)2194 1907 y(w)n(orks)g Fo(2)p Fr(,)f(359)h(\(1989\).)2042 1994 y([34])34 b(A.)21 b(Gro\031,)j(B.)e(Hammer,)g(M.)g(Sc)n(he\017er,) g(and)f(W.)g(Brenig,)i(Ph)n(ys.)2194 2081 y(Rev.)j(Lett.)f Fo(73)p Fr(,)i(3121)g(\(1994\).)2042 2168 y([35])34 b(G.)f(J.)g(Kro)r (es,)h(E.)f(J.)f(Baerends,)j(and)d(R.)f(C.)i(Mo)n(wrey)-6 b(,)34 b(Ph)n(ys.)2194 2256 y(Rev.)26 b(Lett.)f Fo(78)p Fr(,)i(3583)g(\(1997\).)2042 2343 y([36])34 b(G.)22 b(J.)f(Kro)r(es,)i (E.)e(J.)h(Baerends,)g(and)f(R.)f(C.)i(Mo)n(wrey)-6 b(,)22 b(J.)g(Chem.)2194 2430 y(Ph)n(ys.)k Fo(107)p Fr(,)h(3309)g(\(1997\).) 2042 2517 y([37])34 b(G.-J.)27 b(Kro)r(es,)g(Prog.)g(Surf.)e(Sci.)i Fo(60)p Fr(,)f(1)g(\(1999\).)2042 2604 y([38])34 b(G.-J.)c(Kro)r(es,)g (A.)f(Gro\031,)h(E.)f(J.)h(Baerends,)g(M.)f(Sc)n(he\017er,)g(and)2194 2691 y(D.)d(A.)g(McCormac)n(k,)h(Acc.)f(Chem.)g(Res.)g Fo(35)p Fr(,)g(193)h(\(2002\).)2042 2779 y([39])34 b(H.)d(F.)g (Busnengo,)i(E.)e(Pijp)r(er,)j(M.)d(F.)g(Somers,)i(G.)f(J.)f(Kro)r(es,) 2194 2866 y(A.)23 b(Salin,)i(R.)d(A.)h(Olsen,)h(D.)f(Lemoine,)i(and)d (W.)i(Dong,)g(Chem.)2194 2953 y(Ph)n(ys.)i(Lett.)g Fo(356)p Fr(,)g(515)h(\(2002\).)2042 3040 y([40])34 b(R.)28 b(T.)g(v)l(an)e (Willigen,)k(M.)e(F.)f(Somers,)i(H.)e(F.)h(Busnengo,)g(and)2194 3127 y(G.)f(J.)f(Kro)r(es,)h(Chem.)f(Ph)n(ys.)f(Lett.)h Fo(393)p Fr(,)h(166)g(\(2004\).)2042 3214 y([41])34 b(A.)19 b(Dianat)f(and)g(A.)g(Gro\031,)j(J.)e(Chem.)g(Ph)n(ys.)f Fo(120)p Fr(,)j(5339)e(\(2004\).)2042 3302 y([42])34 b(C.)27 b(M.)g(W)-6 b(ei,)26 b(A.)g(Gro\031,)i(and)e(M.)g(Sc)n (he\017er,)g(Ph)n(ys.)g(Rev.)g(B)g Fo(57)p Fr(,)2194 3389 y(15572)i(\(1998\).)2042 3476 y([43])34 b(F.)42 b(Scarselli)g(and)f(A.)g(C.)g(Tsoi,)47 b(Neural)41 b(Net)n(w)n(orks)g Fo(12)p Fr(,)k(15)2194 3563 y(\(1998\).)2042 3650 y([44])34 b(J.)k(G.)f(A)n(ttali)f(and)h(G.)g(P)n(ages,)j(Neural)d(Net)n(w)n(orks) g Fo(10)p Fr(,)j(1069)2194 3737 y(\(1997\).)2042 3825 y([45])34 b(D.)23 b(F.)g(R.)f(Bro)n(wn,)i(M.)g(N.)e(Gibbs,)i(and)e(D.)g (C.)h(Clary)-6 b(,)24 b(J.)g(Chem.)2194 3912 y(Ph)n(ys.)i Fo(105)p Fr(,)h(7597)g(\(1996\).)2042 3999 y([46])34 b(K.)21 b(T.)g(No,)h(B.)f(H.)f(Chang,)j(S.)d(Y.)g(Kim,)i(M.)f(S.)g (Jhon,)h(and)e(H.)g(A.)2194 4086 y(Sc)n(heraga,)27 b(Chem.)f(Ph)n(ys.)g (Lett.)g Fo(271)p Fr(,)g(152)h(\(1997\).)2042 4173 y([47])34 b(H.)25 b(Gassner,)h(M.)f(Probst,)g(A.)f(Lauenstein,)h(and)f(K.)g (Hermans-)2194 4261 y(son,)j(J.)f(Ph)n(ys.)g(Chem.)g(A)f Fo(102)p Fr(,)i(4596)g(\(1998\).)2042 4348 y([48])34 b(F.)21 b(V.)f(Pruden)n(te)g(and)f(J.)i(J.)g(S.)f(Neto,)i(Chem.)f(Ph)n (ys.)f(Lett.)g Fo(287)p Fr(,)2194 4435 y(585)27 b(\(1998\).)2042 4522 y([49])34 b(J.)24 b(B.)f(Witk)n(oskie)g(and)g(D.)f(J.)i(Doren,)f (J.)h(Chem.)f(Theory)g(Com-)2194 4609 y(put.)j Fo(1)p Fr(,)g(14)g(\(2005\).)2042 4696 y([50])34 b(J.)24 b(Behler,)h(B.)e (Delley)-6 b(,)24 b(S.)f(Lorenz,)h(K.)f(Reuter,)g(and)g(M.)h(Sc)n(hef-) 2194 4784 y(\015er,)i(Ph)n(ys.)g(Rev.)f(Lett.)h Fo(94)p Fr(,)g(036104)i(\(2005\).)2042 4871 y([51])34 b(A.)50 b(Gelb,)57 b Fs(Applie)l(d)50 b(Optimal)f(Estimisation)56 b Fr(\(MIT)51 b(Press,)2194 4958 y(Cam)n(bridge,)27 b(MA,)f(1974\).) 2042 5045 y([52])34 b(S.)e(Shah,)h(F.)f(P)n(almieri,)j(and)d(M.)g (Datum,)h(Neural)f(Net)n(w)n(orks)2194 5132 y Fo(5)p Fr(,)27 b(779)f(\(1992\).)2042 5219 y([53])34 b(T.)e(B.)g(Blank)f(and)g (S.)g(D.)g(Bro)n(wn,)i(J.)f(Chemometrics)g Fo(8)p Fr(,)h(391)2194 5307 y(\(1994\).)2042 5394 y([54])h(D.)26 b(P)-6 b(.)26 b(Bertsek)l(as,)h(SIAM)e(J.)h(Optimization)g Fo(6)p Fr(,)g(807)h (\(1996\).)p eop end %%Page: 13 13 TeXDict begin 13 12 bop 4001 -299 a Ft(13)-150 -83 y Fr([55])35 b(S.)25 b(Wilk)n(e)h(and)f(M.)i(Sc)n(he\017er,)e(Surf.)h (Sci.)g Fo(329)p Fr(,)h(L605)f(\(1995\).)-150 4 y([56])35 b(S.)22 b(Wilk)n(e)h(and)f(M.)h(Sc)n(he\017er,)g(Ph)n(ys.)f(Rev.)g(B)h Fo(53)p Fr(,)h(4926)g(\(1996\).)-150 91 y([57])35 b(W.)26 b(Brening)g(and)f(H.)h(Kasai,)h(Surf.)e(Sci.)h Fo(213)p Fr(,)h(170)g(\(1989\).)-150 178 y([58])35 b(M.)25 b(Ka)n(y)-6 b(,)24 b(G.)h(Darling,)h(S.)f(Hollo)n(w)n(a)n(y)-6 b(,)25 b(J.)h(White,)f(and)f(D.)h(Bird,)3 266 y(Chem.)h(Ph)n(ys.)f(Lett.)h Fo(245)p Fr(,)h(311)g(\(1995\).)-150 353 y([59])35 b(A.)g(Dianat)g(and) g(A.)h(Gro\031,)j(Ph)n(ys.)c(Chem.)h(Chem.)g(Ph)n(ys.)f Fo(4)p Fr(,)3 440 y(4126)27 b(\(2002\).)-150 527 y([60])35 b(A.)g(Gro\031)h(and)f(M.)g(Sc)n(he\017er,)j(J.)e(V)-6 b(ac.)35 b(Sci.)g(T)-6 b(ec)n(hnol.)36 b(A)f Fo(15)p Fr(,)3 614 y(1624)27 b(\(1997\).)-150 702 y([61])35 b(C.)28 b(Cresp)r(os,)j(H.)d(F.)g(Busnengo,)i(W.)e(Dong,)h(and)e(A.)h(Salin,)i (J.)3 789 y(Chem.)c(Ph)n(ys.)f Fo(114)p Fr(,)i(10954)h(\(2001\).)-150 876 y([62])35 b(M.)19 b(A.)g(Di)f(Cesare,)k(H.)d(F.)g(Busnengo,)i(W.)e (Dong,)i(and)d(A.)h(Salin,)2194 -83 y(J.)27 b(Chem.)f(Ph)n(ys.)g Fo(118)p Fr(,)g(11226)i(\(2003\).)2042 4 y([63])34 b(A.)e(Gro\031,)j (A.)c(Eic)n(hler,)k(J.)d(Hafner,)i(M.)e(J.)h(Mehl,)h(and)e(D.)f(A.)2194 91 y(P)n(apaconstan)n(top)r(oulos,)d(Surf.)e(Sci.)g Fo(539)p Fr(,)h(L542)g(\(2003\).)2042 178 y([64])34 b(K.)29 b(Rendulic,)g(G.)g (Anger,)h(and)e(A.)h(Winkler,)g(Surf.)g(Sci.)g Fo(208)p Fr(,)2194 266 y(404)e(\(1989\).)2042 353 y([65])34 b(M.)28 b(Rutk)n(o)n(wski,)e(D.)h(W)-6 b(etzig,)28 b(and)e(H.)g(Zac)n(harias,)j (Ph)n(ys.)e(Rev.)2194 440 y(Lett.)f Fo(87)p Fr(,)h(246101)h(\(2001\).) 2042 527 y([66])34 b(M.)i(Rutk)n(o)n(wski,)g(D.)f(W)-6 b(etzig,)38 b(H.)c(Zac)n(harias,)39 b(and)34 b(A.)h(Gro\031,)2194 614 y(Ph)n(ys.)26 b(Rev.)f(B)h Fo(66)p Fr(,)g(115405)i(\(2002\).)2042 702 y([67])34 b(S.)39 b(Wilk)n(e)f(and)g(M.)h(Sc)n(he\017er,)j(Ph)n (ys.)c(Rev.)g(Lett.)g Fo(76)p Fr(,)43 b(3380)2194 789 y(\(1996\).)p eop end %%Trailer userdict /end-hook known{end-hook}if %%EOF