ELF܍4d4 (444ԀԀP\P\P\PP la/lib/ld-linux.so.2%?#%*!,"(8'5<   .)& 6 -=>3+7; 9$0/1:42 # 9h?1 EPQ|+"W"[ z"`̌>s"x 0",(<>p(|\l7lL< K'#܋/>JV\dLu\g||""lcc,|L,>#܌Z"+<]"2xP>$E̋{LR![e!m܍ t{pp__gmon_start__libm.so.6_DYNAMIC_GLOBAL_OFFSET_TABLE__init_fini_IO_stderr_floorlogsqrtatexitlibX11.so.6freemallocfprintfexitstrcmp__ctype_b__strtol_internalsprintfXCreateGCXDestroyWindowXDisplayNamegetenvXDrawLineXDrawPointstrcatXFlushstrcpyXAllocColorXIfEventXRootWindowXDefaultScreenXBlackPixelXWhitePixelXDefaultDepthXDefaultColormapXMapWindowXOpenDisplayXParseColorfopenfgetsXSetBackgroundXSetForegroundXSetStandardPropertiesXCreateWindowstrchrqsortlibc.so.6__libc_init_first__strtod_internalsrandomrandom_IO_stdout_printfperrorfputc_environ__environenviron_start_etext_edata__bss_start_endpx38  $4(0,204$8<@DH.L(P5TX\!` d*h lp/tx)|&' 16,+#"- % US[SftI]]5%%h%h% h%$h%(h %,h(%0h0%4h8p%8h@`%<hHP%@hP@%DhX0%Hh` %Lhh%Php%Thx%Xh%\h%`h%dh%hh%lh%ph%thp%xh`%|hP%h@%h0%h %h%h%h%h%h%h%h%h %h(%h0%h8p%h@`%hHP%hP@%hX0%h` %hh%hp1tRX^^DPPRVhX^P US=tЃ;u]ÍvUÐUEU Euغv1EuÐUWVSthRƒu5hhdjmhhhRG EP2"ƒajj jRtu "ƒ8jj jRlƒpUR!‰TpEP!‰X19=pv5t!¡T5t!¡X1ۃ9t~Uud!ƒTEX UFt0Ҁ}Ou u3C9tG9=pg`PT@\LlhXP d19=XEE5dl pL1ۉ‹EdEо0ETu5dމuN#2tʋEPC~udD0 1ۉu+Edʀ)щʀ0TC~ՋudD0uG9=X5vhhje[^_U VS195p~X19t~CV$vTP$S$$}%Cm9tF95pe[^ÍvUS19p~619 t~!TXA9 tC9p`PT@\Llh]UVS]u jpe[^ÉUSEtXP؃u]ÐU VS]tPH=tы5`T4E0<1uE1U5t5PAș=tы5`T4E0<1uE1USh0Sl0SL0SCe[^ÍvUS]M 1#t 8t1v@~]UWVSE1]9X~R1 d1v#t]8u#@~djC]XEG9=XEe[^_ÉUWVS}1ҡX9}d19tB9|h?jjj}}1ҡXmm9}>5d1ɉ9t&È@s ؉vʃB9|ءXHe[^_ÉUWVS}1ҡX9}$d1v9t4ƒB9|h?jjj}}K1ҡXmm9}F5d1ɉ9t*4È@s؉v˃B9|ءXHe[^_U$WVSEEUt Ru1X9} d1E]F9| XEQ4$U EuEm؉U19}"d1t4ƒB9|h?jjj}}1҃Xmm9}<5d1ɉt4È@j˃B9|؋=XO}u }܍d؃P 1h?jjj|Eu dD#F~1}܍vdʀ)щʀ0TF~֡d}܍Ej}xe[^_ÐUWVS]E1ޅtvvuh?jjj}}ރmmt:ʋÈ@s ؉ vu؅u ؋;ޅt6PGPyujMHEvűEe[^_ÐUSUlhBУL:0z1`T PTuXD`TPj`$P$Uj`$P@P$hDj`$P@P$$ `TP<u jj`$P$Pylh:1^B<0`T PTuZD`TPj`$P$3j`$PHP$jDj`$PHP$$`TP<u jj`$P$ PXhK<1uG` TP<u,\j`$P$A1=\u]UVSuM1ttB[u؉t#tMR4$[u؅t61҉ˍvB[u˅t!|R4$v[u؋] t-PPt([uӍe[^UdEe[^_ÐUWVS]U }u 5uEu0$,((,0cvEu.$(,p0Eu.$p(,0,Eu.$4(,0 Eu*$H(,0 Tut5uRSlv$ؾ(,0uRS$UЋu5xU|CP$BP$e[^_ÐUEEE ʋEU |ÐUWVSu19x~:~=t )PHPSjS,ЃC9xˍe[^_ÍvUWVSu|E@tE x}E Em$Ym9 xuAE@te }E Em$ZmЋ9uB…|59 x~-|)9}%=tF=)ljPRQ(Ѝe[^_UWVS|E@tE x}E Em$^m95xuFE@te }E Em$[m9uC|E@tE x}E Em$Ym9 xuAE@te }E Em$Zm9uBƒ=tE(@=)ljE(PRQSV,Ѝe[^_ÐU0U,WVSM}9Mu9} uuWQ(])y+]E )x 9v+E 9~u)y+u u )y+u EE?EV4$]1F9MQ $M W $u}U Um$XmP}U Um$XmP(M}}Ѓ CmEFMm9r؍e[^_ÉU WVS|E@tE x}E Em]mE9xuHEE@te }E Em]mE9uHE|E@tE x}E Em]mE9xuHEE@te }E Em]mE9uHE=u H1Puuuu,Ѓ=u H1Puuuu,Ѓ=u H1Puuuu,Ѓ=u H1Puuuu,оE(@9MAMMIM}O]C=t Hv1PWSWu,Ѓ=tH1PuSWS,Ѓ=tH1PuuuS,Ѓ=tH1PWuuu,ЃEMOCFE(@9P=u Hv1PU)REPRE)P,Ѓ=u Hv1PEPURE)PR,Ѓ=u Hv1PURE)PREP,Ѓ=u Hv1PE)PU)REPR,Ѝe[^_ÍvUÍvUÍvUÍvUÐU5H55TwS5TD5T؋]ÉU,WVSh-SeTuSPhhjP4P5T8545T_L545TH545TP$=8t}u8H?LKy@LPC~1ۍ}܍MM؍MMԾP]RhWy1҃ 8 u0@B~WWWhuQuu5P5T$t?u5P5TO tE2? H#LvuhhR CFM @M DM <U REPe[^_UWVS} U|<9| Pv1ҡ<HP$R<$}U Um$Xm4P55Tz1 Bv1ۉ9}6PEP555TpC9|F9|=t 5Te[^_U,WVS}|<9E} E1E<P<$ }U Um$Xm4P55T =u*uuu u555TM9MM9M }|<9E}U vPv1ҡ<HP$R<$ }U Um$Xm4P55T1 Cv1ۉ9}7E PEP555TC9|F9|=5T[U+UyU+UE +Ex9 E+E 9~}+}y}+}} +}y}+} EE?EW4$]EEEIEMeMEM M}U Um$Xm}M Mm$ZmE؉UԋE|<9}J1ҡ<HP$R<$ }U Um$Xm4P55T1 A1ۉ9}7EPEP555T C9|F9|=t5TEEE]G9Ee[^_U`5Tkhh|jhEP5T&UÐU> Done. Click mouse on window to end program. << X11plot%2xUUUUUU?UUUUUU?@o@?UUUUUU?@DISPLAYX11plot_init: could not open display %s. #%s%s%sNo such color %s o@o@?o@?>> Done. Click mouse on window to end program. << P5 %d %d %d %%!PS-Adobe-2.0 EPSF-2.0 %%%%Creator: psplot %%%%DocumentFonts: %%%%BoundingBox: 0 0 %d %d %%%%EndComments /gnudict 40 dict def gnudict begin /gnulinewidth 1.000 def /M {moveto} bind def /L {lineto} bind def /V {rlineto} bind def /P { stroke [] 0 setdash currentlinewidth 2 div sub M 0 currentlinewidth V stroke } def /dl {10 mul} def /AL { stroke gnulinewidth 2 div setlinewidth } def end %%%%EndProlog gnudict begin gsave newpath %d %d P %d %d M %d %d L stroke grestore end showpage %%%%Trailer %d %d %d 2dd 4@?Q???Mb`???Q?Train a zeroth level classifier system (ZCS) to solve the cups problem with the implicit bucket brigade algorithm and a genetic algorithm. Solving this problem requires the ZCS to learn to remember important features from previous states, which makes this problem very challenging. The ZCS always starts in the same initial position. It interacts with its environment until it finds both cups, which (only at that point) yields a reward. The simulation then restarts with the ZCS placed at the original location. The progress of the ZCS is continuously plotted, while the statistics on the time to find both cups are calculated and displayed. At the end of the simulation the classifiers that make up the final ZCS are saved to a log file. \ic`D>X-&l t|xd]LF+#Thd"2BRbr‹ҋ"2BRbrŒҌ"2BRbrҍg  p   x,(GCC: (GNU) 2.7.2.3GCC: (GNU) 2.7.2.3GCC: (GNU) 2.7.2.3GCC: (GNU) 2.7.2.3GCC: (GNU) 2.7.2.3GCC: (GNU) 2.7.2.3GCC: (GNU) 2.7.2.3GCC: (GNU) 2.7.2.3GCC: (GNU) 2.7.2.3GCC: (GNU) 2.7.2.3GCC: (GNU) 2.7.2.3GCC: (GNU) 2.7.2.301.0101.0101.0101.0101.0101.0101.0101.0101.0101.0101.0101.01.symtab.strtab.shstrtab.interp.hash.dynsym.dynstr.rel.got.rel.bss.rel.plt.init.plt.text.fini.rodata.data.ctors.dtors.got.dynamic.bss.comment.noteԀ#) 1pp9  B   K ,, x T ,Z܊ _܍ FeTkTsPP\y`a  aappbLpb`cPdh@n y Ԁp ,܊ ܍   P  p   ` &` <I T b    o  H TT  P    8|      $(),40A6 Tؾ ^ i s     2 LH84TX\P P@D.<=F  S    2 \@^ i.=<F(  r 4 |D p  H H@1 ' " z" , ,] | T # $,><]"5 & Q 5 B KLV\a5 oxp+ pl |+"Ē ` xP"  x# )P; 3 8PD̋{Kk X܋dmt s 0"c O L|q !t/ P4  h\ T X%  - 8\= I`N,(Vz `<g oP y 0 d H | ܍  ( L$  8 \Ԕ )lc8 =( FPZ` _|k  wd{|"ptD l X  ; >P , 1 T (̌>% 5ȶ3 Dw G܌Z"Oh Vbqwp ԬW 8  KU  p ,x0 h/ " -<2 :LK\Y( `l7m z  |lP  d    p t|g " initfini.cgcc2_compiled.crtstuff.c__do_global_ctors_aux__CTOR_END__init_dummyforce_to_data__DTOR_END____do_global_dtors_aux__DTOR_LIST__fini_dummy__CTOR_LIST__zcscup.cmisc.cformat_stringdisplay_optionsscan_get_or_peekholding.46hold.47plot.cterm_default_plot_init_plot_point_plot_line_plot_finishplot_line_internalnone_initnone_pointnone_linenone_finishx11plot.cx_backgroundcolorx_foregroundcoloropen_windowx_whitepixelx_blackpixelx_depthx_screenx_displayx_gcvaluesx_gcx_colormapx_graysx11plot_widthx11plot_heightx11plot_levelsx_windowbutton_clickx11cplot.chsb_to_rgbx_colorspgmplot.cpgmplot_datapsplot.crawplot.crawplot_dataxmallocstrcpymratelogsqrtgratex11plot_initscan_initdrateavelendeleteprintf__strtod_internalrandompgmplot_pointrawplot_finishx11plot_lineplot_magXDrawPointXMapWindowrawplot_point_DYNAMICpsplot_init__ctype_bgetenvrandom_gaussfloor_etextXDefaultScreenenvironmentpsplot_line__strtol_internal_IO_stdout_qsortfgetsscan_getplot_widthrawplot_heighttrateclasscompwild_IO_stderr_perrorX11plot_initXRootWindowXIfEventlrateXWhitePixelmallocXSetForegroundpgmplot_finishreg1draw_worldpgmplot_width_environrandom_rangeme_w__environpgmplot_initspecs_initstepsworldorigworldpgmplot_levelsoptionsscan_flushcupshelp_stringme_hfprintfmatchliststrcatactlistplot_linepsplot_heightscan_peekmoverawplot_initplot_xminoldx_startcratex11plot_point__libc_init_firstpicklargepsplot_levelsX11plot_finishXDestroyWindowpicksmallplot_xmaxXSetBackgroundtermplot_boxplot_ymaxplot_yminseedXParseColorplot_finishpopplot_levelsfopen__bss_startmainsinitsizeXDrawLineplot_inverseplot_initstrcmpdata_startpgmplot_heightpsplot_finishplot_height_finiplot_pointsprintfatexitx11_force_flushplot_set_rangegasrandominvertXAllocColorrawplot_levelsfputcX11plot_lineget_optionsx11plot_finishXFlushXCreateWindowplot_set_allX11plot_point_edata_GLOBAL_OFFSET_TABLE__endXSetStandardPropertiescondeqcol_lpsplot_pointinitializeexitrestartXDefaultColormapXDefaultDepthupdateXDisplayNamepsplot_widthread_pbm_filerawplot_widthstrchrcol_r__data_startconsXBlackPixelmagcoveringcoveroldyheightbad_optionwidthXCreateGCXOpenDisplayfree__gmon_start__