ELF>h@@ SHpHHHdHcHtHcHHHHp[H HSHpHHHdHuHHþ HHt HHtHHp[H\$Hl$HD$ \$ HHl$HdHHt HZD$ \$ \$ D$ H$H$HĘAWAVAUATUSHAHHD$IǿHD$HHD$PHƿD$(u4D$(=~#H 'D$(HƿD$,u4D$,=~#H (D$,HD$HD$HD$xWD$0WD$4H$WD$8WD$< HDHǾIĹHDHǾHùHDHǾHD$pHDHD$XHDHǾ$D=~LH=LIHu,LH=HD$`4Ht$pH=~HT$HH=H|$HHD$`Hu HT$HH=D|$D$D$$Ht$pH|$`D$$ADž(L$T$H=wEy'L$$DH=KH|$Xt>Ht$XHHxu7HT$XH=HDd$f$HBH$ED$ D$DHD$hH$D=~H DD$$DT$,t$(LH)HHHL$HD$xH$D$0$D$4ٜ$=~ZH¾H=HH$H$D$8$D$<ٜ$=~ZH¾H=HHHD$`H$=~H $~HD$@HD$@HD$`Lh(D$D.D$@vDd$ L$@L$DHD$hH\$hHH=~,I*L$@^ZDH=A H\$hH=~HT$PH=Ht$PH=I*L$D^ZT$ H=UH -H|$ht H|$hLH|$`tH|$`ݻ̉H[]A\A]A^A_%s: Can't read required dataGive the number of trialsGive the input data file nameGive the input test file nameGive the output map file nameGive the topology typeGive the neighborhood typeGive the x-dimensionGive the y-dimensionGive the radius in first part-fixed-weights-buffer-alpha_type-qetypeCan't open data file '%s' Unknown alpha type %s Initializing codebook %3d: %f This program will repeatedly run the initialization, trainingand testing cycle for Self-Organizing Map algorithm.In the following the training file name, the test file name(that can be the same) and the map save file name are asked.After them the type of map topology is asked, as well asthe type of neighborhood function. The x- and y-dimensionof the map should be integers and prefereably x-dimensionshould be larger than y-dimension.The training is done in two parts. First an ordering phasethat is usually shorter than the following converging phase.The number of training cycles, the training rates andthe radius of the adaptation area are asked separately forboth phases. The fixed point qualifiers and weighting qualifiersare used if the corresponding parameters were given.The quantization error is computed for each map andthe best map (smallest quantization error) is saved tothe given file. If the verbose parameter allows the quantizationerror is given for each separate trial.After the answers have been given the training beginsand depending on the size of problem it may take a long time.Unknown topology type, using hexagonal Unknown neighborhood type, using bubble Give the training length of first partGive the training rate of first partGive the training length of second partGive the training rate of second partGive the radius in second partInput entries are read from file %s Test entries are read from file %s Can't open test data file '%s' Dimensions of map (%d %d) are incorrect Error initializing random codebook, aborting Training map, first part, rlen: %ld alpha: %f Training map, second part, rlen: %ld alpha: %f Calculating quantization error Codebook entries are saved to file %s Smallest error with random seed %3d: %f zRx LAD<DTADtQ4HBBB B(A0A8GGCC: (GNU) 4.1.2 20080704 (Red Hat 4.1.2-50).symtab.strtab.shstrtab.rela.text.data.bss.rodata.str1.1.rodata.str1.8.rodata.cst4.rela.eh_frame.comment.note.GNU-stack @  & , 12 @2x iOa\1x k.t(     L$*0LBGOOW\dku^H+6AP\k|vfind.c.LC50get_intprintfstdinfgetsoatoiprint_descriptionputsputcharget_strexitostrdupstrchrget_float__strtod_internalmainglobal_optionstopol_listget_type_by_strverbose_levelstderrfwriteneigh_listextract_parameteruse_fixeduse_weightslabel_not_neededfprintfopen_entriesset_bufferalpha_listget_type_by_idinit_randomrandinit_codesset_teach_paramsset_som_paramssom_trainingfind_qerror2find_qerrorclose_entriesstdoutsave_entries_wcomments  )<Q V[ @`jo xty ~  8 x     `     X    (- 827 p<FX b lv   *v{   8 V t     ! !&>HW \ n s      0  X      ""/< G"Ta l"y $" 0"#$% &' 8%&E(KX _i&s' &( 8& 8&+ )0D SKU&i )n* + j ,-&.[j q{&/ &/   !011s2y & 3&4 @& 30 &9 H hM  d 2l 2~ 2 @ LX Ox  ^