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Re^12: how to access elements in perl

by grewal7634 (Novice)
on May 14, 2014 at 04:07 UTC ( #1085972=note: print w/ replies, xml ) Need Help??


in reply to Re^11: how to access elements in perl
in thread how to access elements in perl

Check this code : This code gives me output starting from range: 39761 .. 39960 rather than 0-200. And one more thing it shows G+C and GC percentage as such as i given in the code, i want the total of G+C e.g. 30+40= 70 rather than 30+40.

#! perl -slw use strict; my $dna = do{ local $/; <DATA> }; $dna =~ tr[\n][]d; my %counts; ++$counts{ substr $dna, $_, 1 } for 0 ..199; for my $offset ( 0 .. length( $dna )-200 ) { printf "range: %d .. %d A:%d C:%d ($counts{C}+$counts{G}) GC*100 +/$counts{A}+$counts{T}+$counts{G}+$counts{C} G:%d T:%d\n", $offset, $ +offset+199, @counts{ qw[ A C G T ] }; --$counts{ substr $dna, $offset, 1 }; ++$counts{ substr $dna, $offset+200, 1 }; } __DATA__ GATCTAATGGAATCCTCAATAGCTCAATCGATTCATAAGGGCTTTGAGAAGGAACGTTGGGAAAGCAAAG GGTAAGCGGTCCCATCACATTCCACAATTAAAATTACCAAAATCGCATTCAAGGTCTCACATAATCAAAT TAAAGAGTCGATTGTAAATGCATAGATACATCATTAAATCTACAACACAGTTGACAAGAACATACTAAAA CGTCAAAATTGTTTCAAAACTAAAAAAACCAAGCAGCATTTTGTTTTTGAAAATATACCGATCGATAAAA CAAATATGTACAAATAGCAATGTATTTATCCAGCGGACCTAACTTTCGCAAATAATATCGCATATTGGCA AAATGCCAAGCCTAACCCAGACAAGACTCTCGCAATGAAATCGGAAAACAATAGCACTATGATGTATATT TCGTTCAGTTTTTGGTGAAAGCGAAGGTTTCATTAACGATAATCGCAAGGGCTAGCGAGCCTTTGGTGAA AAGCTGTCCTGTGACACGTTGACAATTCAATATATTACACTACATATTTTTACATATTATTTATATAATA TATAAATTCTTATTTCAATATGTACGAGTGTTTTGCGATACAAAATATCCCACCCGTTCCCAGCGCATAT ACGAGCACATTTCAGGGCATTTTATGAGACGCTCGCAAAAGGCTTTTATGTTGATCCGCTGGGTATTTAT AAATGCAAATAAAATATACATGGAATTGCCTTCATTGCAAGAAAACAAATTTTTAAAATGATATATTTTC CTCTAAACTGTCCTAACTGGCTGACTGATTGGTTAATAAACGCACAGAGTTAGAAAGCTGACACTTGAAC TTTAAGTAATTTATATGATGAGGTCATGGAAATTTTACCGACATGTATGGTAAATTCATGAAAAACGTGT ACAAATTGTTTGGTAATTATCCGATCGGCTCTAAACTTATTTTCGAAATCGACTAATTCTGGAATTAAAG GAAGTACGTGTACATTTACATGCACCAGACACAGCTGTGTTATACCCACTAATATATATCACTCATGCAA AACTTTATTTAATAATTATTTATAATAGTTTGTTATATATAATATTGATGTGTCTATGTGTGGGTGAGTT TCTCGTAATTTATGTTATTCGATGTTGAAATGGGCTTACGAATTGATAAGCGTAATTAGGCTTGGTACGT AGGTTCATCCTCTGTTCCTTGACTCATTTCATATTTTAAAATTCAATATGCCGCTCATATTTTCTATTTC CATATTTCTGTGAAAATTTAGGATAAACGCTGCTTTGAATCCAGCCGCATTAAACAATGCCGCCCAGGCG CTAAACACGGCAGCTCTCAACCCAGCGGGGCTGCTGAGCGGCAAGAAAGATCAAGTCAATTTTTATGTAC CGAAGCTACCAAGGCGCACAGCTGCACCTGCGGCAGCCGCTGATGAAATGAGGTTTTTAAATGATGCACC TACCTAAGAAACTTACGTAGCCACACCCTGAAAATATGTTCTCTTTGCATTTTGTTGTTTTCTGCCAATT ATCATGCATTGCATTACCCAAGAGTTGATTTATCTAGAGCTTTAGCAAGCATAATTCATATTTATGCATT TCACTATAAAATTGAAATACATGCAAATGTAAATTAATGTTCATTTTATATGTAATGCTAACGATTAGAA ATTTAATAATTATAGCTTTAATAATACTACTTATAATTACTGCCACCTCCACAACTATCACCACCACGAC TACCGATGAAGAGTTGCTTCCTTAATAGTACCATATACATACATACATACATATGCGCATATCCGAACTG ACATACAAACATATATATGTATATATTTTATGGTTCTTTTTATTTTCTGTTTAGCCACATTATGTGTCGT TCGAGAGCGAAACACTAAATTTATATATTCCTTGTTCCGGAAAAATGGGATTTATATTAATTATACAAAT TTGGAGTTCCCTTGAAATTCTTTATCGTGAGTTCCAGTAATATGGCAGATATGCATGTACTTAGTGCAAT TACAATAAAAATCTTCGGCTTCATATGGTGCAAGCTTATTGCCTGACTAGCAATTTCCCTGTGCATATTA TTCATTTGCATTAACTTCATTCAAACATTAACTTAACACACAAAAACAGCCGTACTAACACGAAAGGTTT GCCCCCTTATACTAACTACTCTAGGTCCAATATATCAACTACGTTTATTGTCTAATAAGCTATATTCCAT TAAATACATTTGCTAAGACTATTTTGCTGTTTTCTTTTCATGAAGCGGAAGGAGATATCCAACATGTGGA ATATATATAATCTGCATTTTTTTTTTATACTAGAACCTAGATCTTATATTTTACTTTTTATTGCCTTTAG CTCTTTTAATCACAGAGATATGATTATAAAAGTGCGACCAAGATTCGATACATTGATTTGAGGATAAAAG GAGTTATCCAAAAACAAAAAAATTTACGTACGGTATTCGAGCATCTTATAGTTATAGATATCACACGCAG GTAGAGACTGGCGGTGGTGCCTTTTTTTATGAATTCGGGGTTTCCTTGGGACATCTGCATTTGTGTTTAC AACGATATTATTATAAGCCTATAAGCTTAAATGATATTTGATTTATATACGCTTTAATTAATATAAAATA TAAGTTCATAACAGAATGTGGCATTATAAATTTCAGTAAATAAATATTAGCTATTTATATTCTTCACATT GTGCGTGCGCTTATTACCTATAATCTTTGTCAATATAAAAATCACCACAATGGCAATACTACACCTTTAA TCAGTATTAGCAATTATGTAGAAAAGCATCCCTTTCAAATTTTTGTAGTTGCATTGCTTGCTTGAAGTTA ATCGCCGATATTTGTAATTATATTATTATTCTATTGGTTGCATTATGCTCAAATAAAATAGATGCTGAGA ATTCAATTTCGATGGATATTATGTGAGCGTTAATGGATGGGCGAATTGAATCGCTAATTAAATTATATTT CCAAGCAAAATATATGGAATTCAATTTTTTTATAATCTTAATAGTCAAGCTCCCTTATCTTTTTATAAGC ATTGCAAATATTTTTCCAAATAACCATTCCTTGTACTTTTCGAGGGTAGTTATATTAAAGACCGTATATT ATTCACTTATTTTGGGCAAATCTTTAAAGAATTATTTTCGTATACCGATACTTTTAACTTTATAAATAAT ACTAAATTATTTAAAGTAAAGATGAAAATCCCTTTATTAATACAATAGTTTAAAGGGCTTTGACCTCACT GAATGTTATTTGAAGTTCTTCCATTCTTTTTTATAAATTTCCCCTGAATCAACAGGAATTTCTCGAGGAG GGTCGATATTTGTGAACATGTCTTCCCAATTATCATGCTGAGCTTATGTATTGAAAGACAAACGTCCTTT TATTCGCGTTTTTTTTTTTGCGATGCATCTTAAGATACATGTCTTATACCGTTGGCTTCTTGAAAAATAG GTTGCGAACCAAGTTCGTTTTCTAAAAACTCAACCAAAACTCCATCCAAAATGTTGACATAATCTGTCGA CTTTATTTCGGACGTGATTGTGCATATGGTCGCAATTGTAACCTAGCTTTCTGATAATAAAATTAATAAT AATTTATATGATTATGTACGTATATAAATATGTATAGTGTATAGAGAGATTGCTCAAGTAAAATATATCG TTACATGAAATCTAATAGTAAATATTAATAATAGATTATAAATAATTTGATTGTCTTCCCCATTTTTTAT ACGCACAGAAATGGTTGTGCAACTTCCGAAGACCTTTTCTGGAAACTAGACGCACTGCAATCCTTTATTA GAGATCTGCATTGGCCAGATGCCGAGTTTCGTCAGCATTTGGAGCAGAGACTTAAGATGATGGCTGTTGA TATGATTGAGCAGTGCATACAGCGCACAGACTCTTCCTTTCAGTCTTGGTTAAAAAAAAATGTTGCCTTT ATATCGACCGATTATATTATACCATCAGAGATGTGCGCTATGGTAAATGTGATATTAGATGCTAAAAACC AAAGCTTTAAATTAACCACCATCGATGGTATCGATCTGGTAAGTAAATTTTTATGATGTTGTATGATGTA TGTTCTTAAATATAAACTACTACTCAATAACGACTAACCTACTTATACACTAAATTAATGATTATTATAT CAAAATAAAAAAACAGTACAAATTCCACGCAAAAATCGATGATCAAATAGACAAAGCGAATGTAGCGATG ACACAAGGATTAAGTGGCAAACTTATGTCAGTGCTAGAGTCGACTTTGTCGAAGTTGGCGCGTTACGATG AAGGTAGCCTCATTGGCTCGATTCTTAGTTTTACAAACGTGTCCAGCTCAGGAAAAGATCTGGGACAAGG CTATGTGAATTTTTTTCGTAACAATATGGATCAAATACGCGGCAAGATAGGTGATGACCTATGGACACTG AACTTCTTTGAGCAGTGGTACTCTCAGCAAATAAGTATGCTCTCCAGCTGGCTATCAGAACGTTTGGACC ACGCCCTACACTATGCACAGGTCACGTCTATCTCTCATATTATAAAGGTAATACTAAAACGCTACTACTT CGTACAAAACAAGATAAGACTGCAACCTTACTCATTTCTGGTCGACTCATTAGGGGCCCAAATGACGAAA ATAATTTGAACAAAGTGGAATCTGTCTCATTTTATTCAAATGCGTATCAATTTAACACTAGCCCTTTACA CTTTAGTTCTTTCTAAATTGTTAATATTTGAAGTAGTTTAATTTGTAAGTATTCAAAACTATTACATTTA TTTTTGCAGTTTCCTCGATATAAACAAAATGTTGCCTGTCGCTTTTGAAGCTGAAGAGTAGCAGCATTTT GTAATGAAAGCTTACAATCTGGCAGCAACCCAAAAATCCAGCTTTTTAGTTATATTTAACTAATATAATC ATATTATACTGTTCAATAATAAGTCATCCATAGTCAGCCAAATTTCCGAGCTTTATTCCTTAAAAATAAT TACCGTCAGTAGACTTCAATATGCAAAATCTCTTTTAATGCTGTCGATATTTTTTTAAATTAAGGCTACA AACCAATTCAAATATACATAATTTTTTTGTAACTTTTAATAAAATCTCAATCGAAACCAATTTTTTGCTC AATAAGTATAAAAAGCTTACGCCCCATTTTGGTAAATACCTACTTTGTATTTACAATTTAAACAAGTAAA TGGTTCTAGTCGGGAGCTCCTTCTACCTGTTACACACATTTACATTTTGCACAAATAAAATATACCCTTT TTACCCATTTTTAATGGGTTCAGGGTATAAAAAAAATTTGGGATTTTGTAACCAGATTCATTAACAGGCG TATGAGCTAAATGTAAAAAAGCCCAATCATAATATATTATACTGTTTTTTAATAACGATACCTGCTATAC GCGAAGGAAATCTTATTTGTCCGCTAAGCCAGCTATGCCCCGATTCACAGAGTCGTAATAAGCCTTTATA GTTCAATGGAATATGGTAGTCAGTCATAAATAAGTAAAATAATTTAATTGTTTGTGGGCATAAAGAAAAT GCCTCCTGCTGCCTGCTGTATAATCAGATATGCAGAAAACGTATATAAGCTTTTTTCATCCATTACATGT TTTTCAGGATTCTTTATAGCTATATTTTTTTAATTTGATTTAAAAAAATTCAATATTTGGCTTTCCCAAT ACTTTGCAAAAGTTATGTTGCATCAGAAATCCAATATCCAATTTAGTTCTGTTAATGAGAACTTTATCTA ATAAAATAGTTGCTACAAATATTGTTTACATTGTATCAACAGAAAATTTATTCAGACTTTGAGCTTCAAG GTGTTCTCGAGGACAAGCTAAATTCTAAAGCATATCAGACAGTTATACAACGAATGACTGCTGAAGAGGC AACCTGTGCGCTGAGCATGCCAGAAGGCACCGATGGTGATGAGTAAGTAGGGTCGATGGACATAAAAGTA CTTTGCTAATTATTGCTCTATTAATCAACAAAGAAATTGTGACGATATCCGCAACGGTGACGAAGAGGAT GGTGGAGATGATTCTGGCGCTCACGCAGCGCGGAGCCTCCCAAAGCCAAAGACGGGAGCTGCCCAAGCTG CGGCTGTCACCAACGTAGTCGCTGGTCGGGTTGGTAATTTACTTGGTAAAGGCATTGGCGGACTTAGCTC AAAGCTGGGAAGCGGCGGTTGGTTTTGAATTTTAAAGGAAACAAAGTGGCCATCCAGGATGAAATCACAT ATTGACGTCCAACTTCTGATGGCAGCTTCGTAGCTATTCTGAGCCAAGTCCACTGTCGTATCAATAATTC TTCGACAACAATAATAATAGATATCAATAATACAATAGTCCGTGAATGTAAAGAAGATCTTTAAACACTA GCTTTTAAATACAAATATTATTAAAAAAAAACTCGATTATGGAGAGCGTTGTAGCGGACATATTTAATTA TTTTATATAAAAAATCAATAATTTCGATTTGAAAGGACAGTTCTTTCTGGTAAGAATTATAAGCACTATC ATTATCTAAAATAATTTGATCTTAATCGAGTTAAAAATCAATACTTACATTTGCAAAACATAATTACCTC TTTAATAATATTACACGATAATTAATGAAAACTATTATTAATTATTAATTATTGGTACATGCATATTTCT TCATCAGACGCGTTGCTGGTATGTACAAGGAGTACGTAAAAATAAACCAATCAATAAATTGTACACTTTA AAATATATTTTCCACTCTTCCAATTAATAAAAGCTTATTATGTGCAATGTTTAGATTAAGGCCTTAAGAA ATATCTCAAAGTGTATTTTATTTGTTCATCAGAATATTTGTTTTATGCTTGCGAAGGTAGTCACAATTTG TAGATGTTTATATTTTATTTAAATTAGCAAACCGAACAACCATACATTAAAACAAGTCTCTTAATTTTGA AGCTATTTAATAAAACCTTTTTTTGCTGCAGATAATAAATAAATATGTTAAAGTAGACCGAATCGGACTA CTATTTCATATAACTGCCAAAAAACTTTGTTATTTTCAAGGTATTTTAGCGAAATAAACCAACTCCAAAC CTAACTAAGCTCGTAATATATGAGTAAGTACTAATCAGATTCAGACAACTGTTTAATACAAATAAGTACA AAGCTATTATTGTATAAACACATGTTTGTCAGGGTATCAAATAGTCGGAGCTCCGAAACTACCAAAAGAC CGTTATAGTGAATTTAAAAATATATTCTTTTCTTTATAAAATTTGTAAGAGAATTACGTTTAACTTAATA GCTTAGACCCTAATCTATAGAAACATAATCAATGTTCATACGTACTTAATTACATACTAAGTTGGCCTTT ACCACAACATTTAATTGAACAATTTTTTTTTTGCAATTGGAAATTGTTCTCTTACTAAGTGCAAGATATG GCTCACGATACAATAGGCTCCTTATCTATCAGATGAATCGACTTCAATTTATATTGCGCTTACGTTTCAG TAATGAAAATAACGTATTTAGTATGTACAAATATTAATCTCTATTACCTTATCTTAAAACAAGCGTGTTT AATCATATAAGAATGAGTATAATAATATAGATGAATTTATATTCCAATACTAAATATTTATGCGTTGTAG CTATGATTACTTTTGTTCAATAAACCAACTTTATGCACATATATAAAAATATACACATGGAATATATATT ATATTCAAATGCATACATGAAATGTATATACATATTTATATGCAAATTAAAATTAACGTTTATTCTGAAA AGCACCAGCATAATTATTTTGTATAGTTAACGCGAAGTAAAAAAGAAAATTGTTGCTTGGAAAACTCAAC AACAACAACATATAAAAATAATGCTTGACTTTGAGTTGATTAGATTAGAGTTGGGAAACCTCTCTAAAAA TTCCTTGTCGTTGAATCTTTCCAAGTATAAGAACTTTGATTGAGAGGATAATTTTCTAGGAACCATCGCC TAAATGTGGCGAGTCATTTTGGCTTATTATTTGGATCTATTTTTGTTAATGCGGGTTGTCTGTGCATTTA CAATTTTCTGATAGCATCACCTAAACGATAGACGTGTTTTATTTGCCCGCCGGGCCATTTATGTCCCTTT TGCGCAGCTACTTAATTTTGTTGTGTTGTGTTGTTAAGTAAGTATTAAAAACAATCTTAAAGAGTAAAAG ATCATGGTGCACAGAGTCAAATGCCTTACTGATGTCAGTGTAAATGACGTTAATTTCATTTAACCAAAGA AGTAAATTCTTTACGAATCAGACAACTCAATTGTAAAAATGCTGCACATTCGAAGTGATTATTTTTATAC CCTGAACCCATTAAAAATGGGTATAAGGGTATATTGTATTTGTGCAAAAACCAAATGTATGTAACAGGCA GAAGGACGCATCTCCGACCCCATAAAGTATATATATTCTTGATCAGCACCAATAGCCGAGTCGATCTAGC CATGTCCGTCTGTCTGTTTATCCGTCTGTATGAACGCAAGGATCTCAGAACCTTTAAGAGCTAGAGACTT TAAATTTTAGATGTAGGTGATCCTAGTGCCCGCGCAGATCGAGTTTGTTTCCGATAATCGATAACTTACT CCGTTTCCAAGCAATCAATAAAAATCGATATCGATTCCAGTTTTATGGGCAATTTTGGTAAATAATAAGA GCTAGAGTCAGCAAACTTGACATATAGCTCCTAAAATAGAATATATATATGCATTTGATGCTGGAAGACG TGGGTTTAGGGTATCCCCTAGTCGGGAGCTCCCGACTAGAACCTCTTACTTATTTCAAATAATTTAGGGG TAGCTAACAGTTTTGCAATGCCCCCGTAATTTTGTATATCAGACTTTCCACCTTACTTCCACCTTACTTC TTTGCAAATCGATGGAAAAACAGAAGATTCAATGGAATTTATAGCTAAAAGGAGAGAGGAGTGTAAAATA ATAGGAAGAGCTACATAACTAGAGGAAGTGATAGTCCAATGGTAAGAACTATTATTATAACAGGCGAAAG TAAGTTGATTGGAAAAAGTCTGCAAAGAGTTTAGCATATTCAGATCATTGCTGTCTTTATCCATTTTGAG AGAAAAAGTAAATGGCGTAACGTGAAAGATAATAATTTTCATAGCATTGAGAATTTAGAAGAAAGATGTT CGACTTGGAATATGGAATATTTAGCCACGTCAATTCTTGAACCAGGCCTATTAAGCTTTTTAAAATATTA AAACTTAATGCTTTGCAGGTAGTCGGGGACTTAATCAGGGTGGCTTTAAAGAAGCAGTTGAAGGAATGGA ATTAGGAATCAAAACATCTAAGAGGGAGTTCAGGGTGTAATAAAAAACCATTAGTAGCAATCTCTTTATA TTTTATTTTATTTTTTTTTTTTATTTTTTATTTTATTTATTTATTAATGGTCGACAAAACGAGTGTCTTC CTCATTATTCAAAAGATTGTACAATATAATTATATGCTAAAAGCCTAGTTGAAGGATACAATTTTCTAAA TAGCATCACCGACCGATGGAGGTGTTTTATTTGCCAGTCCGGCCAGCTGTGCCCCTTTTCACAGCTAATT TTGTCAGTGACGCTATTAGAGCCTACATCTAAGCAGAAGGTTGTAAGTAGGAAAAAAGTGATCTCAAGTG AAATTAAAAATAATCTTAATTTGCTATATTAATAAAGAAAATACAATAAATAGGAAAAAAGAAAGTAAGA AAATTGTTAATAAAGTAAAGCAATGTAAGTTAGATAAAGAGTGTTGTGGATAGGACAAAGAGAAAAGTAA TGGGAAATCACCGACACGGTGGGGGAAAATTTTTTCAGTCCGGCTAGCTATGCCCATGCTCATAGCTGGG AATGGTCAGCGACTTCCCGAAGGTATCCTGAAAGCAACGATTTTATTAGGGGTAGAGACAGTTCAGTAGA GAAAACGTGATGTAAACTATTATAATTTTTACATAGCACGCGAAAAGAATTGTGCATAGCGTAATCAGTT GTGCACGTAGATAGTAATAAGGGGCGATAATTTCTGGTTGGTCTAGCCGGAACAGAGAATTGAAGACGCC CTACCAGAAAAGGAGAATCTATGTCGCCAATAATCAACTTATGTAGAAGGACAACACCGAGAATTGTCCT ACGGTTGATTAACGACGGAAGGTTGAGATGAAGCAGTCTGCTGGAGTAGGACGGCAACCGAAGATTAGGG TCCCAATTTAAACCTCGTAAGGCAAAAAGCAGAAATTGCTTCCGAACAGATTCAATACGATCCTGGCTGT TGTTATACTGTGGAGACCAGATGCAAGAACAGTATTCAAGGATAGGGCGAACAAGAGAGATGTACAGAAG TTTTGTTATAAAAGGATCGTTAAACTCTTTAGACCATCGTTTAATGAATCCAAGTACACCTTTTGCCTCA TTAACAATGGTATCTATATGAAGATTGAAACAGAGTTTAGAATCAAAAATAACGCCTAGATCCTTAACTG TTAGTATACGTTGCAAAGGGATATTGTCGATTGTATAACTGACAAGATAAGGTGTAGTACGATTAAAAGT CATAAACATACACTTTGAACAATTTAGATGCAATTGATTGGCCGAGCACCAAAGTTGCATAGCGTTTAAA TCGTCTTGTAGACGAGAATGATGTAGGGGGTTAGTGTATGATAGAAAAAGTTTGACATCGTCCGCATACA TGAGTGCACGGGCATGTGATATAACAGAGGGAAGATCATTTATAAAAAGTGTAAAGAGTAAAGGTCCAAG ATGACTACCTTGAGGAACACCAGAAGTAACGTGAACCCTTTTAGAGGTAGTCAACCTCAGTATTACTCTT TGGGTCCTACCTTTTAAATAAGAATTAATCCAAAGTAAAAGGGACAGAGGGAAACCTATTCGGTCAAGTT TAAAAAGTAAAATGTCATGGTGCACAGAGTCAAACGCCTTACTGAAGTCAGTGTAAATGACATCAGTTTG CATTTTCGAAAGGAAAGCATCATTTACCAAGGAAGTAAACTCAAGCAGATTGGTCGTAGTTGACCGATTC TTTACGAATCCATGTTGAACAGGGAAAACAACTGAGTTGCAGAAATGCTGCAAATTCGAAGTGATTATTT TTTCAAATAATTTAGGAATAGCAGACAGTTTTGCAATGCCCCTGTAATTTTGTATATCAGACTTCCCACC TTTCTTGTGAAGAGGAATGATATAAGATTCTTTCCAAAGAGATGGAAAGACAGAAGTTTCAAGGGATAGA TTAAAAAGCTTTAGCAATGGATAGAAAAGGGAAGAACTACACTCCTTGAGTAGACAACTAGGAATATTGT CCGGCCCAGGAGAGTAAGAAGATTTTAGAGAGTTTATAGCTAATAGGAGAGGAGTGTGAAATAATGGGGG GAGGTATAGAACTAGCGGAGGAAATAGTATAAGGGTAAGAATTAGTATTAGGACAGACTGAAGAGTAAGT TGATTGGAAAAAATTAGCAAAGAGGTTAGCAGAATCAGTGTCATTGCTATCTTTATCCATCCCAAAAAAA AAAGAAGATGGCAAACTTGAAGATTTACGCTTCAAGTTTACAAAATTATAAAACTGTCTCGGATTTCGGG CGAATTGCCTTTTACAACGAATTAGATAATTCTCATAGCATTGAGAATTAAGAAGAAAGAAGTTCGACTT GGCTATGGAATATTTAGCCAAGTCTGTACACGAACCAGACTTTTTAAACTTTTTAAAATATTTGGATTTT ACATTTTTTAGTTGTGATAATCTGGGAGTAAACCAGGGTGGTTTTGAAAAAGTAGTCGAAGGAATTGACT TGGGAATACACACATCTAACAGGGAGTTTAGGGTGATATACAAAGAATTAATGGCTGTATTCATATCAAC TGAGTCATATAAGAAAGACCAATCGGTTGAATAAATAAGCTGATTCAGCAAAAAATAATTTCCTTTGCGA AAGCAATAGCGGGGCTTATTGGCTGATGAGCACGAAATGAAAGGATTACAATTTAGCATTGCAATCTCTA AAGTTGGGTGATAGACATCCTCAGGAAGAGATAAAGGAGGGGACCTAGACACATTAGAAATAAGGTAGTC GTTAACAAATACAAGGTCAAGTGTTCTATTCATATGATTAGAAATTGAATTGATTTGAAACAACGAAAGA TCAAGCATGCAGTCTAAAAAATCGTGCTGTGCTGAGGGCACTAGATAATTTTCAGCAGTGAATAATGACC AAGAGATGTTCGGCAAATTAAAATCACCCAACACCAATAATAGGTCATTATCCCGCACGTGTGAAGAAAC TTCTTTAATACAAGTAATATGATTCATATAAACTTGAATATCAGAAGAAGGTGGGACATAAGAGCATGAT ACATAGATATTCCGTGTAGGAAAAGACACCTTAACTGAGACAATCTCAGCGTCAGTAGGCGTACTAAAAC AGAATAGTTCAGACTGGAGAGTGGCTTTAACGGCAATTAACACCCCACCACTTCGAGTCGGCCGATTATT TCTAAACAAAATAAAGTTATTCGGTAATATCTCAAAATCAGATATGGTTGAGCTTAACCATGTTTCTGAA AATGCTATTATGTCCGAATCGAAGGAAGTGCTGGCAATAAAAAGATTTTTTAGCTTTGAAGTGAGACCTC TGACATTCTGATAATGAATAAAAATTTGGTCAGAAGATGAAGCTAGTTTTTTGGGGCAGAAATGGTACCC TGTATTGAAGGGACTGGAAGGGTGACAGGCTGGTTACGCTTTTTAGACTTGAACTCATGAACAATCATGT GTGGTGGCCAAAATTTGGGATCACAAATGATTGGGAACATATCATGTGAAACATTTATTTTGAATGATGA TATTTCACGAGGGGTGGAGAAATTAAATTTAGTTATTGACACGCTAGCAGAAGATTTGCTAGCAATATAG GCTGCCAATGACTCAGAAGTGGTGTCCGACGAAAGTCGAGACACAAAAACTTGCCTACGAGGGGCAACTA CCGTTAAAGTAGGCGCTGATGGGGCTGTAGGTAATACAGGAGTTGGAGGAACTAACGAGGCACAATGATT GTTTTTAACAATCTGGGAGCTTGGAGAAGGCGATAAAGACAACATTGGAGATACCTCCAAGTAGCTAGGA GCAACAACTGTTTGTCCTGACTGACTGACTGACTGATTGGTGATCAACGCACAGCCCAAACCGTAACAGC TAAGATAAGACAGGGATTCGGGAAATTCCACCCGCAAGTATGGAAAATCGCGAAAAACGTTTGTATGAAA AATTTTTGTTTACCATCTGTTCGGCCTCAAACTTAATTTAAATGTTTTTTGTTCAAATTATTTTAGGGGT GTTTTACACTTTTCCAAAAATGTATTCCTCCTTGGTCGAAATGGGGGTCAAAGATTTGGTGGGTGACGTT TCGGGCTCAAATTCATTTTTAAGGATCTACATAAGAAATCATTTGAAACGTGTTTCCCATTTGTCGCAGA ATCAAAACATCCTCGGTAGAAATGCGATTCTACGATTTTTTTTGGTGCAGTTTTAAGTTCTGTCCGATTT GCTTTAAACTTATTCTTAAAGCTCTACATAAGAACATAATTAATACGTGTTTCAGCAATTTGGAAAATTC TACCCAACAGCGGGTAATTAGCGAAAAACGTTGGTATGAAATTTTTTTGTTAACCATCGGATCGGCCTCA AAGTTATTTTCAAAGATCATTGCTAAAATTCATTAAAGGGGTGTTTCACACTTTTCGAAAAATCCATTCC TCCTTGGTGGAAATGGGAGTCAACGATTTGGTGGGTGGCCTTTTGCCTTCAAATTCATTTGCATAGATCT ACATAAAAAATCATTTGAGACATGTTTCAGATTTTTTGCAAAATCTAAGCTCGTTCGGTGAAAAGTGCAT TTTAAAGTAATTTTTTGAGATCATCAAACTTATTTTCCAAATTCTATATAAGAATATAATGAAAAAGTGT TTTTAGCGTTTGGGAAATTCCACTCGAAACAGTGGTAAAATAAAATGAAAATGAAAAAATGAAAAACGGA AAACGTTTGTATGAGAGTAGTTTGTTTACTGTCCGCTCAGTTTCAAAATCATTTTTAAAGCTATTCAAGA ACATTGATTTTATTACATAAGTGCCACGAGCAAGGCCAGGCTATATCCGCTAGTATTTATATAAATCGAG TAATGTAAAAAGACCAATTGGTTGCAGGGGTACGTTGATTAAGCAAGGAAAAGTTTCCTTTGCGAAAGCA ACTGCGAGCTCATTGGTTGATGAGCACAAAATGAGAGGATTAAAATTGAACATTGCAACCTCTTAAGTAG GTCGTCAGGAAGAGATAAAGGAGGGGACCGAGACACATTAGCAATAAGGTACAAGATCAAGATCAAACGA TTTGAAATTGAGGGTACTAGATAATTTTAGGCAGTGAATAATGACCAAGAGATGTTCGGTAAATTAAAAT TTCCTAACACTTTAAATAGGTGAAAAATTTCTTTAATACAACTAAAATCTTCATAAAAATTTGAATGTCA CAAGAAGGAGGAACATAGGCGGACGCATAAACACATTTCTGAAAATGTGAAATTTTTGCAAAATGTATGA AATGCAGCCTGTGCGTTTCCCCATAAGAAAAAAAAACATATTTCACGCATCTTTAACAAGGCATATTTTT GAAAAATGTGTAAATTCTCCCCGAATATTTCGTGTTTTTTATGATTATTTATTTATTTATTTATTATTCC TCATTATTCAAAAGATTATATAAAAGATAATAGAATTATATGCTAAAAGCCTAGTTAAATAATACAATTT TCTAAATAGCATCACCGACCGATGGAGGTGTTTTATTTGCCAGTCTGGCCAGCTGTGCCCCTTTTCACAA CTAATTTTATCAGTGACGCTGTTGGAGCCTACATCTAAGCAGAAGCACTAACCAAACAACGTATAGACTG GACATCACATACATACAGCCACTAACCAAACAACATATAGACTGGACATCCCATACGAATAGCGTTGTCA CAAAAAGTATCGGAGGCATCTTGTCCAAAATCGAGAGTAAGGGAGTAAAATATACATATGATGTATTTTT GAACCGCTTACTCTACAGGAAAGTACTTGGCGCACTCTCTTCCATATGATTTGTGCGATAGAACGGCAAC GCTGTTAACTTTTATCTCGCTCGCATTTACTCTCAGCCAACAATGCTCTCTCTTTATGTTTAAGGATCGT TTAAATGTGTGTGTGTGTGTATTTGTCCGACGAGCAAAACTGCGCACAAATTCAATTTTTCTCAAATGCT GAGGCATTTCTACCCTTTCTAAGTATGAAATAGAGAAAGGGTTTGCTACGTCGATGCGAAATGCTGGCAT TTTAGTTTGCTATCGTTGGTAAGGGTACCCAAGCGTTGGCATGTGTGCATTTAAAATATTTTGGACTCGC TATTCACGCATACTTGTATATTTTGTATATGAATAGAAGCATTTATGCGCTTGTGTGCCTGTTGCTTGCC TGTCGCCGATGCAAATATAACAAAATTTTGGGATTTCTTATTTTCGACCTCTACACATAGACACACACAT ACAAATGTTTGCGAATGGACGGATCATGGGCGCAAAGAAAATATCATTGTGGGCACGCTTCTCTTTTTTA TGATTTTGATGAATGAAATTTGTGTAAAAATAAAAATCTTTAAAATATTAGAATATACCAAATATAAAAA AGGAACGATTATATATTTATAGTTTTAATAATTTTGGTGATCAGTCACTTGACCTCCAGATGCAGGGGCT TGCCAAAATTTATGTTAATGTTTCTAAGCCACAACGCCCACAAATTAAAGTACACATGGTTCTTTCTCTT GTCAACATGTTTTTGTTTTTATTAAACCTTATTGGTTTTTTTGTAATTTATTTTTTTCAATACATCAAAT TATTTACTAGGCTTATGGTTGCTTTTTCTTCATATGTAAATCTTTACTTTATTTTGTGTTGCTCCGTTTT GATTTATAGATAATGTAACTACTTGTTTAGGTTAAGTGTGTGTGTATATAACATTTAATATGTACGTATA TAAGTATGTATAAATACTTTAAAATCTAGATATGTGTATATTATTAATATTAACCTCTACTATTTATGCC TACTTACAGTAAAAGAGCTACTAAAAACAAACGGAACAATTAACCAATCTGTGATATTAATATTGACTTA GCTTACTTTGAATGCAAATCATTTATTCGTACTTATTTCATACTTCTCTTTCGTGCATTTTAAAAATACA AATGTACATACAAACAAATCAAGGCAGCCAACTAACAAGTATCTCATCCAGCAATGCATAATATAAATTG AAATGAATTTGTTCTTTTATATTTATAATTTCAGTGAGTTATTCATACATAAATATGTATGTATGTGTAC TTCTTAATGTGTTTTCATTTTCACAATTTTCAACAGAGATGCACATTGTCCTGATATTATTATATTATAA TTAAATGTTGTCTATAAGAGAAATTATTGATATACATATTGAATGCCATTCACTAATCTGTATTTGAGTA CTGAGTGGCTCGAAAGCTAATAGGGAAAGAATATAGAATATAGCGAACTCACTATTTGTCGACAGATAAC AAGCGTCAATAGGTAATCCACGAAGCACATATGCATTTTAGCTTCAAATCAGAATTGCACAGTAGAATAT CTATTTCTGATGTGTGAAGTTACATAGGAATATGTACATGTATTGTACATACATGCAGCTTTTGAAAATT TTGCACTTATATGTAAACGAAGAAACTGTCCTACAGAGAAGCGAATGTACAAAGGTATGTGAGTGTGCAT GTGGGGGCCATTCCGACATACATACATGGTATCGCTTAGCAGGCTTTGATTTGATAGTCTCACAACATAT TTGTTTAAAGTGTCTGTTCTCCAGAGATACACAGTATATACGCCTATGCACATTCAGGTTAGTGGGTTGT ATGTATGTACATCGTTGCACATTGAAAAGTAAAGGCATTTGTGGATTTGAGCGTGGACTTATAATAATAT TATATTGTATAAAAATTGTGTTGAATGTAAATTAGCATTTAAATAATAACTTAATTATGCGGAAACGCCA AATAAGAAATGCGCGCACATGTTGAAGTGCAAATTAATGTTAACATAAAGAATATAAGTCAATAAATAAA ACTGTAAATATTGCAAAACGGTTTCATATGCACTATTTACTAGGTAAACATTTAAATAAAAACACAGAAA ACTGGAAGCATAGTTAACGTAAATTAAATATAATATTGATTTTTGTTTTTAGAATTTTTTGTTGATTAGA ATAATTACTAAAGCTAGCGTTCACTTTGCAAATATATATATAAATACAGACATTTATAGATAGGTGTGTA CATAAGTAGAACTATACCTCAAACCATTTTTCAATGTCTGCGTGATTGCGATCCTTTCGACTGCATACAC GTTTTATTACCTTTGACCTGTGTCATCATAATGTTTGCCAGTTAATAATTACATTTACACATGTTTACAT AAATATGTTAGGTTCCTTTTGCGTGTCTGCCTATGTACATAGTGTTGTATGTCTGTAAGTAATTCGTGCC AAGTACATACATACATATATACTCGTATTGACTTAAAACACGTGTGCTTACATATGCACATACACATAAG TGCATATATATGTATGCGTGCGCACGTATGTATTCTATGTACATATGTTATTAATTTAAATATGTATTAA CAGTCTTTTTATAATTGGCAATGGCTTACACATTGTTGTGCTTACACTTACATATACATATATATATATA TATACATATATGTACATACACATTTCCTTAATATCGCATTATTTAATTCACATTATTATTTATACTTCTG TACTAAATGTTTGGCTTGATCGTCCTCCACACTATATATTTAAATCAACACTGTTTGTACACGTGCATGT TGAATATATATATTTACATATTGATTTAACTGTGTATGAAGGTTTATGCTCATATTTCGTACATATCATT TATATAAAGCAATATTCAAGTTGAACCTGATATTGATAACTATTAATTTAATGTCTGAATATTGTTATCA TACCGATTCTTAAGCACCCAAATATCTATCTGAACACGCTCATACATATAGGCGAATTACATATATAAGA CAAATATGAAATCTCTGCTACATAATGCAGTTTAATGATGATTACCCTATAAATCAAATAAAAAATATCT TTCAAATTCTATTGAAATGGGCTTACAAGTTTCTTGACCTTCGGGTGTACCCCGATCAACTTAAGTGTTC TCGCATATTTTAGAGATAATCTGTGTTGAATACTTTTGACTTTCTTGGCGGGAACAAATTGGTACAAATT CGAGGTACATTTTTTTTGTTAGCAAGTGTCAGTTACTCATGTCTTCATTTATTCTTGGCTATTTTAATAA TCATATTAAATGCTGTTTTAATATTTTTGAATTACCAAACCAGAACTTGTTTTGTTAAAGAATCGAAAAT TAATATTTCTGCCCATTTAATTTTATAAATATAGTAGACATGCAGTATAGTATGCAGTATATAGTCATAT ATGTAAGTAAGAAGATTACTATACACTATGCATATATATACATATACATACATACAGTATAGCTATCAGG TCCAATTTTTAATAAATTCGTACGTTTTGTCTTAAGTTTCTTCTTTGTACACACATACACACTGCCAGAT ATACATACATGAATAGATTATATTCTTTAACAATCATAAAATAATACTGTGTTTTATGCGAATTTTGTAT TGAAAACAAACTCTGATACTCCTCATGATTGATTTGTATAAATCAACCCTATGTTCTTATCATTTTCTTT TCTCTATTTTATATTTTATATTTGTTCTCTAGCATTGTGAATATCCATGATGCATAAGGATTGACTACGT AGTTATTCATAAAAATCAAAATGTCCGTTATTTTAAATTATTGGAAATTAAACTATTTTTATACCCTGAA CCCATTAAAAATGTGTATAAGGGTATATTGTATTTGTGCAAAATCTAAATGTATGTAACAGGCAGAATTA AGTATCTCCGACCCCATAAAGTATATATATTCTTGATCAGCACCAATAGCCAATTCGATCTAGACATGTC CGTCTGTCTGTCTGTCCGTCCGTCCGTATGCATGAACGCAGGGATCTCATAACCTATTAGAGCTAGAGAC TTGAAATTTAGATGTAGGTGCTCCTAGTGCCCGCGCAGATCAAGTTTGTTTCCGATAATCGATAACTTAC TCCGTTTCCAAGCAATCGATACAAATCGATATCGATATTCTGTTTTTTGGGCAATTTTGGTACATAATAA GAGCTGGAGTCACCACACTTGACATATAGCTTCTAAAATAGAATATATATATGCATTTGATGTTGGAAGA AGATTGTTCAGGGTATCCCCTAGTCAGGAGCTCCCGACTAGAACCTCTTACTTGTTTTTTAGTTGGTTGT TTTTCTATTGGTAAAATGGTATGCAAATGTAAGTTCTTTTAAAACTATTTTCCAAATACTACGTATTTTA TACTTCTGCCTTTTGAATTATTTAAATAAAAGTATGATTTGCATAACATTAAGCTGCGTTATAATGGCTT TTTCTTTGACCACCCCTCTAATGAATTTGAACAAAGATCTTTGAAAATGGGCTTGAGTCCGTTCGAAGGG CAAACGAAAAAGTTGGAATTTACCGAAACGTACATTCCATTACGTAAGTTAAGTCTAGCTCTCAAGATCT TAGTGTCGGGGAAAACACTTTTTTCTATAGAGATAACATAAATTTCAATTGGGTGCTGGATAACTCCCCG CGTCGGAAAATCAGCCGCAGTACTCTTACTTGCGCTGAAACCTAAAAGTTTAGTTTTGCAATTGGCCTGT AATTTCTAATGGATTATCCGAAATATATTTATGCTTGTATGTATGTGTGTATTATGTATGTATGCACATT TACACTCAATGTATATGTATATTTTGATAGCTACGAAAGCTCAACTAAACTTTGTGGGGTTGTCTTGACA TGACATTTCACCATCACCAGATCTCGTGGCACACTCGAACTAAGAACTTGTATACGTTAAATTCAAATGC TTTTCGATAATTGTTTGTTGATAAGTATGTTATATATGTATGTATATATGAAGTAAGGACTTTTGGCACT AATCCAATAATGGCCACATGTTTCTTGTTACAACTATGGCGATGGTGATGAGCGCTAAATGGCGATCGAG ATGGTTCTTATTGCACGTTGGGCCAACTTTAGCTTTAGCTTTATTAGGTAGTTGGCTGCTCCATATCTTA ATGACTAAGGCATGGACATCAGGGCGGGACGAGGCTCTATTAATTGTTACTTTATTCACATATACTGGAT TGCCAGACTGCTACGAAACACTAATGGCTCCAGTTTCGGTTGCGTTGGGAGTTGCGCTATTTCCGGTCGC TGCTGGGGAATCGGATGTATTGCGGCGTTTCATACTATTCAGGGCGGGCGTGTCAATCGGTTGCACGACT GACCCGATGCTGCTGCCGCTGCTGCTTGTGGCTGACAAATGGTTGTTCAACTGTTGCTGGAAGTGTTGAC TAAAGCTGCTGCTGAAGAGCGCATGATGCGGATGAGGATGCGGATGCGGGTGAGTGTGCGTGTATGGATT ATGGGCCGCGTTATGGCGCAAAATAACTGAAGCTGATTGCGGGTCGCAGCTGCCGAGTATCACAATGTTA TTATCCTCTCGCCGCTTGGTCAACTGATTGATACTCAACGGATTGTTAATGTCACGTGGGTTAGCGCCAA TCGGGTTGCGATGTAAGCTTGTTGCTGGTCCAGTAGCCGGCGCCGGCGCTGATACAGATGCTGCAGCATT TGGTACTATTGTCTTTATGCTGCCACCCGCTGTTACAGAGCCCGTATAACTGTTGAAGCCATTTGTTGCC AAAGATGTTGGAGTGCTGCTGCTGCTGCTGCCGCTGCCACTGCTTCCAGCGAGGCTTACAGCAGCCAGGT GGGTGTGCGATTGGAATAGTTGCTCTGGATTACTGCCACATACGGGTAGAGTAAGCCCCATGCCTAGATG GCTAAAGCGGGTGCCAAGCATCATGGCGCGCTCACTGACAGAGGTCGGCGCTGTTCCGGTCGCAGACGTC ACTGGCGACGCTGTGCTAGAGGTATTAGGTGTGTTACTAATGCTACATGTTGATCCGCTGCTGGACCCAG TCCCAGACCCAGGCGCTGATCGTGATTGACTGCTCGACGCTGCCTGCTCATTGCTGTTGTTAACAGGGAG AGGGCCTATATTGCTGGTTGCAGAAGGTAGAGCGGGCGTTGCTGGACTAGTTAGCATGTTCATATTTAGT GGACTGGCCAGGCTCGTCGTTGTCGAGGGACTTTGCACACTGGACAGTCCGCTCAGGCACCCGGGGCTCG ACAGCGACTGGCTCATTGACTCTGTGTCGTCGTTGTCGGCCATTTTATTTGTCTCGGTCTCATCCCCGCT GCCACAGCTGGCACCACCCAATTCCTCGTCATCGTCGTCATCATCACTCAACTGGCTCATATTGCCAGCA TCATCCATGCCGCTACCGTTCGCCAGCGCGCCGTTTCCATGTAATGCCTCCATGTAGCGAATGCATTTCT TTTTGCGTCTGCGGGATTAAAAGAGACGTATATAATATACATTATTAGTTACATAAAAATGGGAATTGAA GCATTGGTAAATGTGGTATTGGCAAATATGAAGGCATTCCACAACATATGCAGAAAAGACCATTTACTTA ATAAGTGCATGCACACGGTGCGACCGGGCCTTAAGTATCATTGAATAAGCTAATGATCGTGCAAAAACAT ATTTGAACTGAAGATATTACATATTAAACGAATCAAGTGCATAGAACTTCAAATTAAGAGAGCGGGCCAC TGTTAATTAAGCAGGACTGAGAGTAGATTTGAAGGTCAAAACGGCGCCAATATCTCTATTTTCTTTTCAA CCTGGCGATTGGCATTCAAATGTCAATTTTATCATATATCGTTTTTATTGATGAATTTATTATATTTAAC AAATTTAACTATTTTTTGATTCGGTTATAAAAAACCTACACAATCATAATTATAATAATGATAGTAATAA TAAGCTTTTGTTAGTTTATTTATTTGTTTATTGATAAATAATTAAAATTTACCAATTAATTCTGTACTAA TTATTTGATTTAACTCAAATTGTTCTTGATTTTTTGTAAATATAATATAAAGGGGAATAACATTACAATA AATCAAAATCTTTTAATTTTTCAGATAGGTCAAACCAAAAAAATAAACGTTCCAGAACTCTCCACAATAC CTCAAGCTATACAACATAAATTTTGAATTATAAAATAGTCATATGTTGGCTGTAACTGACCATTTATACT TAACTCCTCAAATTGATGATACATTAATAATGGATTATTGCTGCATGCACGAATCATAACAAAATCAGAA ACTTCGAATTATTTAAACATAAATATTAAACAGAATATATATATATATCACGAGGGGTTCTAGTCGGGAG CTCCCGACTAGGGGATACCCTGAACCCTCTTCATCCAACATGAAATGCATATATATATATTCAATTTTAG AAGCTATATGTCAAGTTTGGTGACTCGAGCTCTTATTATTTACCAGAATTGCCCATAAAACTGGATATCG ATATCGATTTTTATTGATTGCTTGGAAACGGAATAAGTTATCAATTATCGGAAATAAATTCGATCTGCGG CACTAGGAGCACCCACATCTAAAATTTCAAGTCTCTAGCTCTTATAGATTCTGAGATCCTTGCGTTCATA CATACGGACAGACGGACAGACAGACAGACGGACATGGCTAGATCGTGCTGATTGGTGCTGATCAAGAATA TATATACTTTATGGGGTTTGAGATGCTTCCTTATGCCTGTTACAAACATTTGGTTTTTGCACAAATACAA TATACCCTTATACCCATTTTTAATGGGTTCAAGGTATAAAGGTATAAAAAGGTATCTAGTATATAATACT TATATAATATAATATATCATGATATACATTATTATATATGTATATAATATTTAGTACACAATATATAAAA AGCACACCAAAAAAAATTTTTTAAAGTATGGAAGTTAATAGATTCAAATAAATTTAGAGGTCATTCTATT TATTATTTGGGTACTTATAAATACTAATTGCCAGGCGATTGACTTTTTCAATTTAACAAAACTAATTGAA ATCCGAAATCAATCTGCCTTACGATTTTGATTACGCTTGTAATTTACAAAATCGATATGGGCAATGGTAA AGTTATACTGATAATCTGACGCATATTTGAATGACCGTAAAAATAAGTAAATAAACTATATTTCAAGACG TATGGTATAAGCATATAAATTAAAGCATCAGCATTTCCGATAATGCACGTTCCAGTAAGGCATGCATAGT AATAATTTATCTGCAGACATTTCGTAATGTACTAACAAAAAACAAATAATAGGTTTAAACGGGTAACTGA AATGGTAGAATTAGCAATCAATACACTTAAACGTGTTCATCGCAGTCAATAATACGTAATAAATCATCAG TTACATTAAATAATGGTTAAAGGGCATAAACGATTGTGGTTCAATAAACATAACAATGATACAACATTTA AAAGAAAAGCCAGTGTCGCCGTTAAAAGGACCATGTTCACAAAGTCAAATAAAAAAGACAACAAACTTCA AAAACAACAACAACAACAGCAACAACAGCAACGACAACAATAACAAACAGCTCTAGCAAAAATTTTAAAT TGAGCTCGGTTTAAGTACAACACATTTAAATTATCAAAGATACATTGCATATATACATATACATATACAT ATACATATACATGTACATATAAGCGCATGTATATGTACATGCACATCAAATAATATTCCCTACAATCAAT ATCCAAATTTTATCAAAGGCCACAAGTGCCGAAAATTATATTCGTATATGATCAAAATCAATATATTTAC ATTTAATTTTATTATTAAGCGCTTACACAGGTAAGCAATGTTCATACACAGAATTAACTCAGTTTCATTT ATATACATATGAAATATTTTTATATTTAATATGATTTCCTAGTCCTTAGCACCATTGCATGCCGCATTAG CACAGTTACAGTTGACTTAACAAGTCGCATTATTCTTTCCAATTTGTTGTGCACAATATTATTAACCTAC TTTAAAAATAAAAATTGACTAGATCAACAACTCTTTACTCAACGTCCAATGGAAAGGAAATGGAAACGAT ACAATAAGATAAGAGAAAAAAAAAATAAAATAATAGAAGAATATCCATTTGATGCTCATTTAAGGCAAAT TTCATATTTTTAAAATGCAATTGTTATAATTCATTTATGTACTAATAATAACACTAAGAGTCTTTGGCGA AAGATGGAATATATAAAAGTTATTTATAAATTTGAAAACTATCTGACTGAATCAACTGATTCAACGTGAT CCAACACGATTCGCTTGGACAAACAATTGTTCTCTCACATATTTATTATTAATATATGTTTGTGATATAA AGGACCATTTGATTTGATTCTTCTCTCGAATCATTGCACGTGTTATCAAAATTATAAAACAAAATAAAAA TCCGCTTGGAAAGTAAATTAACATTTGTTAGTATTTTTATATCTTGACGATTTTTGCTCGGATTTAGAAA GCTGTTTTCGGGCTCTAAGTGTATTTTTTGGGTACTTTAAAAAAATGTAATAATAAAAATGTCGTTTGTT ATTACAAATTATTGCTAATGCGGCTTAATGCTAGCTTTTTGCAAAGACTATAATTATTTGAATATGTTGT TTGGTTAATTGTAATGCAAATTAGAATTCACAGAATTATTTACAATAATGTATATGTAAATGTACGTTAT TTACTGGCATTTATGCTGAGTCGTACGCCTGCCTCTTGTTTGGGCTGCAATGGAGTTTAGGATGCAGGTT GTTGTCCGGGAGGCTGCCTGCTTATTTTCGCCGCGGTCTGCCATCGTTTTTACAAATTTACATAGGTCGG GGGTGCTTGCGGTGACAGTTGCTGTGTGCTCGCGGCACCGCCAGTCGCACCGCCTCCAACACCACCCCCT CCACCACCGCCGCCGCCACCACCAGGTTGTGTACAGGCGCCACCATTGAGAGGTGCTGCCGATCCGTTTC CGGTATTGCTGGGCATCATTTGCAAGTGTGTGTGCGTGTGCGAAGACGATGTAGATGACGATGAGGAACT TGATGACGAGTTTGGCAGCATGACAGTAGCCCCCACCATGCCAGGCGTCAGCATGCCGACACTTATGCTA TTGACACCCGGGCCACTGACAATTCCGCCAACGGTACTGTTGCTAGCCGAAGAAATGACGCCCAAACCCA CACTGGGACTGAATTAGAAATTCCAAAATGTTATTTGGTTAAGCAATAAGAAAATAACGGTAATTATATT CGTCAACATTTCGTTTACTCATAAAAAAAGGCATATTGTTTGTATGTGTGCTTGTTTGTACGTGTGTGTA TTTTGAATTTGTTTATTAAGGATCATTTAGTTCTAATGCCAGAACCATAATTGAACGATCACCTAACACG CAAAGCTCTATTATATATTATTTTAAGTCCTATAACGATATTCGGCTTTCTTTTTATAAAAATAATAGCT CGCAAGAATTTAAGATGAGACGCATAAAAACTAGAAAATCCAGAGTAAAATAAGAAAGTAGTGAAAAACA AGTATAATATAATTCTGGTGGTAAGCCGATATTTTTTTTACTATTTTGTGACCTTTCTAATGAAATGGAA AAAAATAGATAAAGCATTAATTATGTCCTTTAGACACAGTTAAAAATAAAATAGCTTGGGAAATAATCAA TTTATATTACAAAAAAATTAAAAACAATCATGAAAGTAAGGATTCGAAACCTTTGTTGAAGGTAGTAAGT GCTGAGTTTTAATGAGAATATATTGAACCGATGTTTCATATGGTAGCTATATGATATAGCAGTCCGATTT TGACAATATTTTGGGTATATACGAAAGGAGCATACCAGGTGAAACTTTTCGGCCGGTTCCGACACATGTA CTGCCCGCAACAGTAAGATAGAATGAGAGACTAGTTCACATAGATCCAGACCTCGGCTGTTAATGTGATC TAGCGTATATATACTTAATGAGGGGCGGAAATGCGTCCTTCGATCTATGATAAAATTGTATTACCATCAA CAAAGATAGTAAATACTCAACAAAAGGTTCTAGTCGGGAGCTCCCGACTAGGTGCTACCCTCTACCCTCT TCTTCCAACATCAAATGCATATATATATATTATTTAAGAAGCTATATGTCAAGTTTGGTGACTCCAGCTC TTATTATTTACCAAAATTGCCAAAAACAGGATATCGATATCGATTTTTATCGATTGCTTGGAAACGAAGT AAGTTATCGATTATCGGAAACAAACTCAATCTGCGCGGGAACTAGGAGCATCTACATCTAAAATTTCTTC TAGCTCTTATAAGTTCTAAAATCCTTGCGTTCATACGTACGGACGGACGGACGGACAGACAGACGGACAT GGCTAGATCGACTCGACTATTGGTGCTGATCAAGAATATATATACTTTATGGGGTCGGAGATGCTTCCTT CTACCTGTTACATACATTTTGATTTTGCACAAATTCAATATACCCTTATACCCATTTTTAATGGGTTCAG GGTATAAAAATCGATTGCCAGTTTAATAAATTTCTCATTAATAAACGTATATTGGGACATAAAAAAGAAA ATAGAAAATTTTGTACGATTTTTAAAAACACTATTTTTGGAATATATATATATATATATATATATATATA TATATATAAATAATATATATATATAAATAATTTAAAGCGATTGGTCAGATTGGAAGTTTATCTTCAAAGT TTCTGATTCTGCAATAGTATTTCTTCAAAGTTAAGTTTACTTTAGATGGCAAAACTTTAGGTTTCAAAAT AAACGATGTATTTTTAAACCCTACATTTGCTTTTAGCTTTAGGTTTATGTGTTACTGCTCACTGTTGTCA TATACTAGGAAATAATAAAAAAATATCAATTTTCGTAACTGTTTCTACTCTTCAAAGTAAAGATGGAATC TGGAGGGGATCGCGACAAAAAATTGCGGGGTGGGCGCTAGAGGTGGGCAAGATTTTTGCATGCTCAAAAT CTTTATGGATCGGCATGGTTTTGTAATAAGGTCTCTATAAGAGGGTCCTTATATATAAATAATCTTTTAG ATATAATCTTGCCATTTGGAAAATATATGATAAGAGCATTGAAGTACGTAGTTGCCGAGTTTGGTGAAAA TATTTTGAAAAACATAATATTTTGCTTCACCCAAAATAAATTGTTGGCCGTTTCTTCCTATTCAGCTGTA TGTTATAGTATTGCCATTTTTCTAAGCACTCGGGTCGGGTCAAGAGAAGTTTTCTTACAAGAACCTTATT TTCCACTAATCGTTTCTACAGCAGCTACATACAGCGGTCCGATCCGACAGATATACGGAAACTAAGAGAC TAGCTTGCATAGGAACAGAGAGGCGGGCAGATGGATATCGACTCCGTAATTGATATCAATAATATATATA TGTATATATCTTATAGAGTCGGGAGTGTCTTCTAATTAAATCGCCGTCTTCAAGGGTATAAAAACCACGA GCGAACGTAAAAGTTGAACTGATCTAAACACAAAGAGGTCCAGTCGAGCAGATACCATTTATCCTTTATC CATTATCCTTTTATAGAAAACATACACAAAAACATACTCTCATTCTCGGGAAAACTTGTTGTTCTTAGGA ATAAAAGTATAAATGTGGTAAAAACCAAATCCATATTTAGGGTATACGCCCAGAACAAATGTATATAACA AGCAGATAGAACGAAGTATCTCCAAATGGTTTACATATTCTTAGTCAGCATCAAAAATATGAGCTAGAGG CTAGAAAATTTAAACAAAGGTTCTCTTACTGTGGAATTTGGTGATACTATATCTTAGCACCTAACAGAAC AGGATTTTGATATTAATTTTTGTAAATGGGACAATTTATCGATTAGCGGAAACAAACTTGTACAGCGCGG GTACTAGGAGGACCCACGTTTAATTCAATTGCAAGTCTCTAGCTCTTATAGGTTCTGAGATCCTTGCAGA CAGTCGGATATGGCTAGATCGACTCGGTTGTTAATGCTGATCAAGAATGTATGTACTTTACGGGGACGAA AATGCTTTCTTCTGCCTGTTACACATATTTGCACAAAACCATAATATACTTTTCACCCATTTTCAATACA TTCGACCCAAAGTTAGTGTTGGTGAACGAAGGTTCAGAGTATCCCCAAGTCGGGCTCTTCCAAGTAAAGA GACTTGCGATATTTCCCAGACTGACTGAATCGAAGTTTTTTGCTACAAATTTTTCAACCAAACAAAATCT CGTTCATTCAACGATTGACCCGTAGTTTTAATGCGTGAAAAAACTATTTTTAAATGAGTTTGATGTCGAT TGAATGGTAAAGGGAATATTTTCATGTCCGGATATTAGCTTTTTCCCATACTTCCAGGTGAACTTTGCGA AATATCGCATTAGCGTGCCCCTCCATCCCATACGGGAACTGCAGTACAAATTTCAGCTTGATTCCCAATC AGTCAGTTAGTCAGTCAGGGCAAACAATTTTTTATGCATAGACTACCGAGTATTACCAGATCTTGTCCGT GCACATTTTATGCTTATAATTTTAGATATAAGCTTTTTTTCCAGATTAACCACTCGGAAAATTAAAAACT TCACTTACTATCTTGAGCCCCAGGCATCGATAAAAAAAAATGTTAGCGGATATCAAAAATGATCAATAAG TTGGAGTCAACCTTTTCTGCGGTTAATAGTCGGTCAATTAATTCTCACAAAAATGTATGAAAATGATTCT AAACCGACCCGATTGTGAACAAAAACAGTTTGTCACGATTTTTCTTGAAAAAGCATTTAATTATGACTAT GATTTTGAATATTTTGTTTGTTCATTTCCAACGCTCTTTACAAATATATTTGAGACGTGTTAAACACTTT TTGTAAAAACCAATATAATTTGGGGGAAAATGCGATATAAAGAACTTATTGTATGCGTCTTTTAGCAATA TTAGAAATTCCACCCGCAACTGTGGTAAACTATTGATAAACGGTTATTTGATCGCTTCAGAGATTCAAAA TAATTTTCAAAAATCTTTTAGGAAGTTAATCTTATAACACTTTTGCCAAATCCACCCTTCTTGATAAACG CGGAACAAAGATTGCATGACCGTAGTTTCAATCTCTGTCCGATCGGCTTAAAACTTATTTTCCAAGCCCT ACGAAAATTAAATGCGTATGAGTTTCAGCAATTTTCGAAGCTCCCACTCGCAACTGTGGAAATGTGGCAG AGAAATTTAGATATTTTTTGTTTATTATCAGTTTTAAACATAATTGTGAGAAATGGTTTGATACATGCTT AGCAACATTCGAAAGCCTACTTTTCGGCTTCAAGCTTCTATCCACAAGACTTACGTGAGTGGACACTGTT AATTCCTACTTTTCGTTTGTTATTCGATGGTCATTAAATATGTTTTCAAATAGACGTAGAGTTCAAGAGA GGTTTAAATTTTAGGGAAAATAAATAAAAATAAAATAAAACGAAATGCACCCAAGTGCACAAAGCAATGA ACTAATATTTTTTTTAAATATATTTTTGTTAATACTCGTATATTCCTTTACCCATTATATATGTAGGTAA AAAGGTGTTAAGCGTGACCATCTAATTTACAAAGGAAAGCTAATCCCTAGTTTTGATTTTTCCTAAGCAA GTGCTGTTTCCTCAAACAACCAAATCAATTTTTTTAATTGATGCATATACTTATATTCAATGGGAAAATA CAACATATAAGGTTTCGAAAATCGACAAAAGCTTATTCAAAAGTCATTGCAATTTGGGTAAGCATTGATA AGTGACTAGAGCTTCGAATGAAGAACAGAGTTTGTTTTCAAATTATTTAAGTAGATTTGTTATCGCTGAG AGATATCCACTTTCAATAGATCAACATTCAAATTTGTAAATAATAAATTTGTTGGTCCTGTGCAGGGTGC AGGCAAGAAGGGGGCATTGTAGGTAGGAAACAGCATTAAGTTGCATGCAAATACATTAAATAGTATCGGC CATATATTTAGATTGTGGCCACAATGCCCTTTGTTACTTAATAGTCATTACTGTTAATTATTATCTAGAG CAGGTATCGAATAATATGTGTATTTAGGTGTGAGGTGAGTGTAGAATAATGTGTGATAGATAGATAGTAC TTATGTTGATTCATGTGTACATAATTAAATTGATGAGACAATATTTGTTATACCTTCGTCTACTGTACAT AAACAAACATATGTACATTTATATTAGAGTTGTATTACATTGCCACTGCGAACTATTTCCTTGAACGTTA GCTGTTAGATTATATTGCTGAATGCAATTTTTTGTCAGTACTATCAGTCTTAGGCTAATATATTAAGTAC AAATTATAATAATAATAGATAAGTTCGTTCATACCATTTGAGCAATCGAATTGGGACAAGAGAATTATTG CAAAATGGACAATGAACGAACGAATGTTTGAACTGGACTAATTATCTGCATACACACGACAGTACGCTGT ATACTTTGATTCTGTATGTCACATACTTATTTAAATTTAAATAGCTATTATATAAGATATTTAAAAAAAA ATGGGCATCAATCAGTTATTCGATTTGAATGCTGGCCATCAAATTTGGACTTCACTTTTTCCTTAATTAT AAGCTTATTACAACTCTAATATGCGTGTACGTATGCATGTCTTCCATGTTTTAGCCACTTATGTACAATC ATGCTACTGCGCTTATGTTTAAGTACTTTATTTGGAGCCATTTAGTGAAACAAACTCAGAGAGAGGCGTG CTTAAACGCCAAATAATGAATTGATGAAGCGTAGCCTAGATTATTTTAGGTTTTTTCTTTTTTCTTTTTA TACAAGTCTGGGAACTTATTTTGTAAGTTTGGACACGCTGTGACAATTTGAAATTCGCAATGTGAATAAC TGATGGATTTCTTATCATAAACGCAGTATGTTATATCTTGAACAAGCTGTCAACTTAAAAGATACATTCA ATATATAACCTACCTGCAGGGCTTGCACCATTGATTCTGCTGGTCCAGTCCAAATCGCGCTCGACACTTT TTCATGTTGTTACCTACGGAAAAGAATTTAAGATTGGTTTTGGAGTTGTTGCAATTTAAAGGCACCATAA TTTAACATGATCGAGTTGTTAGTTGAGCAACAGAAAGGTAGTTTAAGCATTCATTACAATTATGGACTAA ATAAGAACATATAGACACTACAATGACAGCATGATACGAACAAACAATAAATTAATAATGTATAGTTAAC CCTTAAACTAGATATAGATTTACAACTTGGCAGTTCCATTTATTTACATTTCATGTAACTTCCGCTGCGA AATGGGCTGATTCTATATAACGACGTTTAAATAATTTTAACCAACGAACATGAACGTCTAAGTTAAAACG AGCTTTGAAAAATGATCGAAGTTCGAAAACGCGAGCCTAACCAAAATATAAATTAAACTTGCGTTTCAGT TTTTCTAAAATTATTTGAATTACTTTAAAGCTAACCTAACCAAAATATAAATTAAACTTGCGTTTCAGTT TTTCTAAAATTATTTGAATTACTTTAAAAATTTATGTAAGCAAGCTACCGAAGAAAACTTGTTCCATTAT TTCACACAGTACATGTGAATACATACATATATATATATTTATGCATTTGTCCTTTCTAATATCTTTGGAA TTAAATGTCACCTAGAAGGGGCGCAAATGATGTTTTGAATGCGATCTGCTCATGATGTTAATTTGTTGTC ACGATAATACTGAAATGTGAATGTTAATAAGGAAATAACCGACCCATACGCCATTCGCCAAATAATGGCA AGGTTTTACCATTAGCATCTGGCTAATATAACTCACATTGGCTAACACATAAATAATAGTTGATTGCTTT AATTGTGTTTGGACAGCATAACTGATTCAGTATGATTTTACACACAATATTCATATACAAATAGTTTCAA TTGCGCATGCACTAATAACTAGATGTATGCGAGTACATATGTAGTATAAGTAAACTGTGTACCTATCTAT ATACTTATACTACATTATAGTGCGTATAAGTAAGCAGTATAAGTACAGTTCAGTCTCGCATAACATAAGT AACAAGTTTACTTATACGTATTCTAAGCCATTTTACTTATAATTACTTCAACTTTTACTGCATACTGTAT ACACACATGTAAATTACTTTCTACATATGCGACTGTGTAGTATAAGTGCCTCCAATTTATACGTATAATG GTATATGGGAGTATGCAGTATAAGTACTTATACTGAGTGAGTACTTATAATTATACTGTATGCTGATACT GCATACACACATAAGACTCATTTCAATAGAAAATTATATCATGCAAGCAATTGGATTATAAGACTAGGTA ATTGTAATTTTTAATCATAATCACTTATTGACAATCAGACATACATAAATATATAGATACATACATACGA TAATGATTGATGAATGAATGTTTGGTTAAATTAATTATTACAAAAAAGTTTCGGTAATGCCGAGAGAGAA AACTGCCTATAAGCAATTTGGAGTTAAGCAAGTAGGATGCAAATTATTTACAGGGCAAATTATTTACTAG GGTGAGTTTTCTACGGATTTCCTAAATCTACTTATTGTCATAAATAAGTTGAGGAAATTTTGCGTTTATT AAACAATCATTTTGATCCATGTTTTCATTATTTTTAAACTTCGTTCCAATCGCAACAACAAGTATTTTTT TTTTTTTGGTACTTACACAAATGTGTGTTTTCGTTTATTAAACAAACAAATTTATTATATTAAGATGTAA TTGTCTGATTAAATCGTTTGATAATCATTTAACGTATGTCTGGCTGTTTAATTTTGGCTTAGATATTGGT TTGGTATTGGTATGACATAGTACATATGTATCGTACAAAAGTTTAAGAAAATGTATCTAACCTCCTCCGT CGCTGCTCGCATCTTGCTTCCGTTTCCGCTTCTTGCCGCGTGACGCGTTCGTGCGTGAGCTCCAATCGGG ATACATCTGCATGTGCAGCTGGCGTTCCCGTCGTGCCAACTCGTAATATTTGGCCTGCTCCTCACGCCCC AAGGCATGCCACTGGGAGTGGGATATATGCGAGGTGTCGCGAAAAAAACAGTGTGTAATAATTGTTGTGT GCAATCGTTGCGAATTTAGACATATTTCAAAAAATCGAATACCCGGATTTTCGTATTTTCGATTTTCGTA TTTTGTTTGGTTCGAGGCGATCAATCGAATTGTTTTTTTTTTTTTTTTTTTGTATTGGTTTTGTTAGATT TGGTTGCGATATGCGCAAATCAAAATTATGAAAAATAAAGAGAGATAATATGCAATTATACATTAGTCAG TCAGGTGGTTTTTTTAAACGCTAATTATCAGCTATCGGGCACCCGCCAATCTAAACACAGTGGACAAAAG CCGACACCAGCCTGTTTTGTTGGTGTCGGCGAGAATCTTAGTATATGCAGCGGGCGCAAATTGTTCAAAA GCTTTGACGGATCGATCTTGTATACGGTTTCGGGTGCATGCATTCGCCAATTTCAATTTCAAGTCCTCAC ATACAGATTATTCGGGTTGTTTATATATGATTCTTGTGTTCAAGAATCTATGGAAATGAAAGCATTAAAT AAAATGAAATGTTTTTTTTTTGTTTCTACAAATTTTCCTGTTCTCTGCACTCTGATTGCCAATTCAATAC AAAAGTATATTGTGTTCGTGTGAGTGTATTATTTTGCCAATTGAACCACATAAGTATGGAAAGCATTAGC CCTAATTGAACGTCCTGCACATCGAAACATGAGTAACTCTACAAAACTACTCTGATTAACAGATATTTGT GTACAAATTATTGTGTTGAAGAAACAAAACTTTCACCTCATTTTGTTGAGTCTCTTCTTCCGATTTGTTC AAACTCTCTAAGTTTTTGAAATATCTTTTCATAGTGGTACTAAATAATCGATTGAATTTTATCAGCATTT TCGTATTCTTTTTGTATTATTAAAACAATAAGCTTTCAGTTTTCAATTCTGAATTTGATCACGAATAGAG GAATTTGAATTTTTACTGGGAAGGAAGCAATTAAATCAAATCGAAATTATTACCAAAATAGCAAACAAAG GTCACAGTCAGTTGGGTCAGGTCAATAGGATTTGAAAAGACGATAGCGAACATTCAAATAGTTGAAATCT AGCCACAGTTTTCACTTTTTTCACAGTTTCAAAATAGATAAATGTTACTCTGAAAATAAAAATGCCAGAA ATGTATACAAGCAAAGCTACGGGTTACCGAAGAGAGAGTAAAAGGTACTCTATACGTACTAACATGTTAT GTTTAATTACTTTCTATTTCAGGTACACTTTTTAAAGTACACTTTAAAATTGATATCTGCTTAGTACAAA TCTAAAGCTAACTACGAAAACATCTAAGATTCTGTCTAGTTTCAAATATGTGATTTTCTTTTAGATTTGT TGTAAATAATGTCGGGTTTTTTCTTTCAGTTATTTTGATGCGTGGTACGAGTTAAATTTATTCTAAGTAT TTACACAAATTACATTAATAGTAGGTACATGTTTAATTTAATTTGTTAGTTCTAATTTTTGTGTTAGTAG CAGCTGATTTTAAATGTGTGCTTGTGTTATTGATATTGATATTGTTAATGTCATTGTTAATGTTATTGTT ATTGTAATTGTGTTTGTGTTTGTACGTTATGCATGTTTTTAATGAAATTTTTAATCGAAAACGAAAACAA AAACAAAAAAAAATAAATATGTTTGAATGCGGTTAGAGAAGAATAAGAGTGTTACAAATTTGACAATTTT GTGCAATACCTCCCGAATCCGCTGTCGATCTGTCTTTTTTACGCTTTTTCTTTTTTGACACGTAACCGTA GTTATCTCGTGCGCTCCACCCCGGATACAACTCCATATGCAATTGGCGCTCTTGTCGCGCTTTTTCGTAA TATTTGCTTTGCTCTTCGCGGGAAAGTTCGTGCCACTACAAAAGTATTATTAATGTTGGGAATCAGTTAG CATTAACTTATAAAACGAGTGTTTTTGCATTGAGAATAATGTCAAGGTGAGTTCAATATGCATATTTTAT ATATAGTTAATTTCTTTGTGCGAATTCCAATAGTACTTATATACATATGTGTCCGTGTGTCCGTCCGTCT GTCCTTTAATAATCGAAGATTATTTGCGCTAAAGAAGCATTCGCAGCATTAAAAACTGTTCCGGTAATCG AGGCTTGTTTATAAAATGAACCCCCATCATAAAACTTAACCGGATTAACCAGAAAACATGACTTGGCAGC CAAGTTAAAGGTAAAGGACAGCATTACGATGGACTATGTAGCTTACCCGTCGCCCCAGTATTTGATTAAT CGCCGCTGACTCTTTCAGGGTGCATTCAGCTACAACTTTGGCTCTCATCTCTTTCATGTACAGCATAAAT GCGTTCAGAGGTTTCTTGATATGTGGCTTCTTTTTATCATTTGAACTATCTTTACAGTCGTTTGCTTGCG AATTTGATGAGCTTTTGGTATCCAAGTTTCTGAAATTAATCAACAAGCAGAAGTATAATCATTCTCCATT CACAAACAAAAATAATGTACAATTTATTGATAACAAATAAAAACTATAATTCAAATATTCTTGCAGCAGA TATAAAAATTGGCATGTGTGTTTTCACATATTACATATATTTCAAATATTTTTTTTGAAGCCAAATATCG GACAAGAATCAATCAATATTGCAAATTATTTAAGTGCAAATTACGTCTTGACAACCTTAGGAATGTCTTA TTTCTCTGTTGGCACGAAAGGACACACCTCCGACCAGTAACAACAACCGAGTAGATATAGCTATCTTCTT CTGGATGTTTTTAAAGATTATTAATAAATATCTTCCAAGAAATGATGGAAAAATAAGAAAAACTTTTTTA AATAAATATCTTGACCAAAGTCGCAGACTAAAGCTCTTACACTTTTTATTTTGTGTAACAAAACTAATTT TAAATTTACATTTTTTTTAGCCTCGTTCCAATGCTTAAGTCGTAGGGAGTGTCAGATCCAGCTCCAAGTC CTGATTCGCTTCCACATCCAGTTGCAATTCCAGCCGCCACTGTCAAAGCGCTAAACTGGGCCTTAAACAT GTCCGTAATGGCACGTTCCTGGAATGCGGCTACCGCCGCAACGGCTGAGGGTGAATCTTGAATGGGGGCC GCTGCGGCTGAGGCGGAGCCGGAGGCTGACGCGGTTGTCGATGATACCGAGGATGGGCACATTGGCATAC TGGCAATAGCGACAACCTTATATGCGTCCCCGTTGAGTTCCTTGGCCGAGTACTCCGGCTGGCAGGTGCT GGCCGATGATGAGGATGTGGGAGTTTCGATGCGTCGCGCATATCTAGATTTTCGCCGGTGGTTATATTTA CTCGTGCTCAAAGAATACGATGTGCAGCCAAGCGGGCCCGTAACTGTCGAACAGCTGCTGTTGCTACTTG TTGGTGGTGTGGCTGGCGTTGGAGGGAACGGAATATCGGCCAAGTATAAGGGATCCGAAGTGGCCGACTC TCGATTAAACGGTGCTCTCTGCGTCCCTGGTGATAGATTCAAGACCGAACAGTTCTCGGCGATTTTGTTA GTACTTGAACCAGAGCCAGGCAGAGGCAAGCTGTTGCCACTGCCCATCAATGCATTAATTTTCGCCTGCA CCGACGATAACGAAGTATATTCCAAAAGAATTTCGGCGGCAGTGCTGCAGGTGTCACCGTCATCGGCTGG ATGAACATTGTTCTTTGGATGCCAAATACAAGCGGGTGATGATGACTCTTTTTCTTCGTCGCTATCACTG CTCGCTGCACTTTCGCTGTGGCCATTCACGAAACCTGGGTCAGATTGTTTCTGTTGACTAGCAGCAGCGG CTGCTGCTTGCTGCAGTATAATATTTTCAATATCTTGCAGTGTACGCAGTTTCTCTGGCGATGAATGTAC TTCGGGTTTACTTGAGCAGTTGTTCTCTTGCCTATAGCAGTTTTTTGGGCTAACTTCGGCGGCATCAGTT TTGTTTCTTAACCCTGAATCGCATTCGGCAGACAAGGCAATCGCAGCAAGGGCCATAACATCATGAGTGG GAGAATCGGGCTTGCTGCCAGGAGTAAGGCCTAGTCTCTGCAAGCTCCGTAGATAATAGAGTTCAGCACT GCTCCACTGACGATAAAGACTTCTCACTTGGACCAACATGCCTTCGATTTTCAATCGATTGTTTTCCAAT TCGCGTTGTACGGTAACTTCAAGGGTCGAGGTCGAGGTCGAGGTGTTTGTATTGTCATCATCAGGTCTGT CTGCCCTTTCATCTGGCATACTTAGACTATCCTGAAATTGACTGCAAAGTAATGTCAATTGCTCTAGGCC CTTTTTTATATCAAACAATACGTTCTTCTGCTCGCGCAAAAAGAAGCCCTTCGAGCTTGAAGCGCATTGA GCTATTGTGCGTTTGCTTAACTTGCATTTGTCTTTAGTCGATGAGTTCGAATTCGAGTTGTGTGCATCTG TTCCATCTCTCCGGATGTGGTCGTGATCATATCGAACACTCTGTTCGATATCGCTTTGTGTTCGATTATT GTTGTTATCGTGTGATAAGCCAATTGATAGTGATGATGTTGACAATAATGGTGTTGCTTTTGGCTCATTG CTAACGGAAGATTTTCGCAAACCAGAAAACTCCAATATATGTAGCCTACGTTCTCGCTCCTGATCGACCT CCAATGACAAATGGGGCTGATGTAGAAACTGTGCATAAAGCAATTGTGTTGCTAGAAACTGTCTTTGCTG CTGCTGCTGCTGCTGTTGCTGCTGTTGCTGGCGTTGTGTGCTCTTGTGCTGGGAGAGCACTTTATTGTTG TATATGCGCGCCAGTAATGCATCACGATTGCAGCTTGTATCCAATTGCTCCCGATTCCATTTGCGCTGAG GGTCCTCCAGCTTTGGCCAGTGCTGGAGCATGTCGTGCTGCTGCCGCAATAGAATTTCCGACATTATTGT GGATGTTGTAGTCGGCACCACCGCATTGCTTGTGGGTGTATTAAATATGTGCTCCATCACATCCGAGTTG ACCTTGGTAACTGCCTCATTCGTGGTCTGTTGATGATCAAAGAATTGTGCATTCGGGACAGTTGTTGTTG TCGATGATGATGATGACGATTGCGAGATCGTTTCCATTATATTGCCAACGGGAATGGAAAAGTCCTTCGG CTCCTTATTCTCTTCGGCGCTTTCATTTCCATTTAGGTGCATTTGTCTATAACTATTTGACTCTCTTCTA GGGGATAGCGCTTCTGAAGTATCATCTAATCTGCCGCTTTTACTGTTGCTCTTGGTATTCTTGGCAATTT TATTATCCATAGCAATGCAGGTATTCGAATTATCCGGAGGTCATAGCCTTTCTCGCGCTGCTGTCGATGC CGTTAAATGATTTTAAATACGTTTACATTCACTTCAGAGTTTAATAACTCCACCCATGGTCGAGACATTT AAATTTTGTTTGATACTCCACTCTATTTCAAATATATTTAATGTTTTTATTTCGATTAGAAGACAATCGG AAAAAGATGATATCAAAGTTTTATACGTTTCTAGAGTTCACAAAACTAAACTTGTAAAAATAGTAAGCGT TTTGCCGTATTCTAATACCATTAAGCATTCAGTGCCCTAAAAATGGGTACATTGAAAGAGCTGGAAATGT TTTGAAAACTATACTGTATGTAGCTCAGTAAAATGTAATAATATATCCTAGCTGACCCGTTCACAACTCG AATCATAAATACAGAGTATCTGCTTGTAAGTATTGTCGATGTGCTGCCATATTCTATTTTGATTCTTTGG GTTTTGGCACAACAAATAAAAATAAATCTATGGGAGAGCCAAATTTGTATTTGTATAGATTCCACTTTGA CCTGCTATGATGAATTTTTATTCTTGACCTACACCACCCTCTGCCACAATTGAGATTTACTGAAGTAATT TCCTTGACTGAGTAGTTAGTAAATCTATATTCTTCTCGTGTGGATTTTTTTTAAATAAAGCCCTCTCACG AGCACAGAAACATTAGCTTTTACTACACACTGTTTACAAGATATAAAGAGTCGATAAGTTTTAGTGTACT CGTGTATTCGCAACTTAGGTAGTGTTTATATTTTGGTGGGATTATTTGACAGGCTTTATACTGCACATTG TCAACAGGGTATGGCGCACTCGGTTGCCACTGACGGCAAGGCAACGTCGTTCTTAGACTCCGGCTCTCGT CATTGAGGCAACAGACAGGCGCACTAACCATAACAACGATAACCCTGTTGCCTGCCTGTTGCAGATTTGA ATAAGAGAATATGCACACATTTGATATGTGTATGTACACATGCGAGTATCTCCATCAAAATTTAACAATT TATGTATTTCAATAGCATTTCATATTATGCCTGGTCCAAAATTTCACCGATTATCACACGCTTAACGGG
It gives me output as: <code> range: 39761 .. 39960 A:58 C:35 (35+32) GC*100/58+73+32+35 G:32 T:73 range: 39762 .. 39961 A:57 C:36 (36+32) GC*100/57+73+32+36 G:32 T:73 range: 39763 .. 39962 A:57 C:36 (36+32) GC*100/57+73+32+36 G:32 T:73 range: 39764 .. 39963 A:57 C:35 (35+33) GC*100/57+73+33+35 G:33 T:73 range: 39765 .. 39964 A:57 C:35 (35+33) GC*100/57+73+33+35 G:33 T:73 range: 39766 .. 39965 A:58 C:35 (35+33) GC*100/58+72+33+35 G:33 T:72 range: 39767 .. 39966 A:57 C:35 (35+34) GC*100/57+72+34+35 G:34 T:72 range: 39768 .. 39967 A:56 C:35 (35+34) GC*100/56+73+34+35 G:34 T:73 range: 39769 .. 39968 A:56 C:35 (35+34) GC*100/56+73+34+35 G:34 T:73 range: 39770 .. 39969 A:57 C:35 (35+34) GC*100/57+72+34+35 G:34 T:72 range: 39771 .. 39970 A:56 C:35 (35+34) GC*100/56+73+34+35 G:34 T:73 range: 39772 .. 39971 A:56 C:34 (34+34) GC*100/56+74+34+34 G:34 T:74 range: 39773 .. 39972 A:55 C:34 (34+34) GC*100/55+74+34+34 G:34 T:74 range: 39774 .. 39973 A:55 C:34 (34+33) GC*100/55+75+33+34 G:33 T:75 range: 39775 .. 39974 A:54 C:35 (35+33) GC*100/54+75+33+35 G:33 T:75 range: 39776 .. 39975 A:54 C:36 (36+32) GC*100/54+75+32+36 G:32 T:75 range: 39777 .. 39976 A:54 C:36 (36+32) GC*100/54+75+32+36 G:32 T:75 range: 39778 .. 39977 A:53 C:36 (36+32) GC*100/53+76+32+36 G:32 T:76 range: 39779 .. 39978 A:53 C:36 (36+33) GC*100/53+75+33+36 G:33 T:75 range: 39780 .. 39979 A:54 C:35 (35+33) GC*100/54+75+33+35 G:33 T:75 range: 39781 .. 39980 A:54 C:36 (36+33) GC*100/54+74+33+36 G:33 T:74 range: 39782 .. 39981 A:54 C:36 (36+32) GC*100/54+75+32+36 G:32 T:75 range: 39783 .. 39982 A:54 C:35 (35+33) GC*100/54+75+33+35 G:33 T:75 range: 39784 .. 39983 A:55 C:35 (35+33) GC*100/55+74+33+35 G:33 T:74 range: 39785 .. 39984 A:55 C:35 (35+34) GC*100/55+73+34+35 G:34 T:73 range: 39786 .. 39985 A:55 C:35 (35+33) GC*100/55+74+33+35 G:33 T:74 range: 39787 .. 39986 A:56 C:35 (35+33) GC*100/56+73+33+35 G:33 T:73 range: 39788 .. 39987 A:55 C:35 (35+34) GC*100/55+73+34+35 G:34 T:73 range: 39789 .. 39988 A:54 C:35 (35+34) GC*100/54+74+34+35 G:34 T:74 range: 39790 .. 39989 A:54 C:35 (35+33) GC*100/54+75+33+35 G:33 T:75 range: 39791 .. 39990 A:55 C:35 (35+33) GC*100/55+74+33+35 G:33 T:74 range: 39792 .. 39991 A:54 C:35 (35+34) GC*100/54+74+34+35 G:34 T:74 range: 39793 .. 39992 A:54 C:35 (35+34) GC*100/54+74+34+35 G:34 T:74 range: 39794 .. 39993 A:55 C:35 (35+34) GC*100/55+73+34+35 G:34 T:73 range: 39795 .. 39994 A:56 C:35 (35+33) GC*100/56+73+33+35 G:33 T:73 range: 39796 .. 39995 A:57 C:35 (35+33) GC*100/57+72+33+35 G:33 T:72 range: 39797 .. 39996 A:57 C:34 (34+33) GC*100/57+73+33+34 G:33 T:73 range: 39798 .. 39997 A:57 C:35 (35+32) GC*100/57+73+32+35 G:32 T:73 range: 39799 .. 39998 A:56 C:35 (35+32) GC*100/56+74+32+35 G:32 T:74 range: 39800 .. 39999 A:57 C:35 (35+32) GC*100/57+73+32+35 G:32 T:73 range: 39801 .. 40000 A:57 C:35 (35+31) GC*100/57+74+31+35 G:31 T:74 range: 39802 .. 40001 A:58 C:35 (35+31) GC*100/58+73+31+35 G:31 T:73 range: 39803 .. 40002 A:58 C:35 (35+30) GC*100/58+74+30+35 G:30 T:74 range: 39804 .. 40003 A:58 C:34 (34+30) GC*100/58+75+30+34 G:30 T:75 range: 39805 .. 40004 A:58 C:35 (35+30) GC*100/58+74+30+35 G:30 T:74 range: 39806 .. 40005 A:58 C:35 (35+29) GC*100/58+75+29+35 G:29 T:75 range: 39807 .. 40006 A:58 C:34 (34+29) GC*100/58+76+29+34 G:29 T:76 range: 39808 .. 40007 A:58 C:34 (34+29) GC*100/58+76+29+34 G:29 T:76 range: 39809 .. 40008 A:57 C:34 (34+29) GC*100/57+77+29+34 G:29 T:77 range: 39810 .. 40009 A:57 C:35 (35+29) GC*100/57+76+29+35 G:29 T:76 range: 39811 .. 40010 A:56 C:35 (35+30) GC*100/56+76+30+35 G:30 T:76 range: 39812 .. 40011 A:56 C:35 (35+30) GC*100/56+76+30+35 G:30 T:76 range: 39813 .. 40012 A:56 C:35 (35+31) GC*100/56+75+31+35 G:31 T:75 range: 39814 .. 40013 A:56 C:34 (34+31) GC*100/56+76+31+34 G:31 T:76 range: 39815 .. 40014 A:56 C:34 (34+32) GC*100/56+75+32+34 G:32 T:75 range: 39816 .. 40015 A:55 C:34 (34+33) GC*100/55+75+33+34 G:33 T:75 range: 39817 .. 40016 A:56 C:34 (34+33) GC*100/56+74+33+34 G:33 T:74 range: 39818 .. 40017 A:56 C:34 (34+33) GC*100/56+74+33+34 G:33 T:74 range: 39819 .. 40018 A:56 C:34 (34+33) GC*100/56+74+33+34 G:33 T:74 range: 39820 .. 40019 A:56 C:34 (34+33) GC*100/56+74+33+34 G:33 T:74 range: 39821 .. 40020 A:56 C:34 (34+32) GC*100/56+75+32+34 G:32 T:75 range: 39822 .. 40021 A:55 C:34 (34+32) GC*100/55+76+32+34 G:32 T:76 range: 39823 .. 40022 A:55 C:34 (34+32) GC*100/55+76+32+34 G:32 T:76 range: 39824 .. 40023 A:55 C:34 (34+32) GC*100/55+76+32+34 G:32 T:76 range: 39825 .. 40024 A:55 C:33 (33+32) GC*100/55+77+32+33 G:32 T:77 range: 39826 .. 40025 A:56 C:33 (33+32) GC*100/56+76+32+33 G:32 T:76 range: 39827 .. 40026 A:57 C:33 (33+32) GC*100/57+75+32+33 G:32 T:75 range: 39828 .. 40027 A:58 C:33 (33+32) GC*100/58+74+32+33 G:32 T:74 range: 39829 .. 40028 A:58 C:33 (33+31) GC*100/58+75+31+33 G:31 T:75 range: 39830 .. 40029 A:59 C:33 (33+30) GC*100/59+75+30+33 G:30 T:75 range: 39831 .. 40030 A:60 C:33 (33+30) GC*100/60+75+30+33 G:30 T:75 range: 39832 .. 40031 A:61 C:33 (33+29) GC*100/61+75+29+33 G:29 T:75 range: 39833 .. 40032 A:61 C:33 (33+30) GC*100/61+74+30+33 G:30 T:74 range: 39834 .. 40033 A:61 C:34 (34+30) GC*100/61+73+30+34 G:30 T:73 range: 39835 .. 40034 A:61 C:35 (35+30) GC*100/61+72+30+35 G:30 T:72 range: 39836 .. 40035 A:61 C:36 (36+30) GC*100/61+71+30+36 G:30 T:71 range: 39837 .. 40036 A:61 C:36 (36+29) GC*100/61+72+29+36 G:29 T:72 range: 39838 .. 40037 A:61 C:37 (37+28) GC*100/61+72+28+37 G:28 T:72 range: 39839 .. 40038 A:61 C:36 (36+28) GC*100/61+73+28+36 G:28 T:73 range: 39840 .. 40039 A:60 C:37 (37+28) GC*100/60+73+28+37 G:28 T:73 range: 39841 .. 40040 A:61 C:36 (36+28) GC*100/61+73+28+36 G:28 T:73 range: 39842 .. 40041 A:60 C:37 (37+28) GC*100/60+73+28+37 G:28 T:73 range: 39843 .. 40042 A:59 C:37 (37+29) GC*100/59+73+29+37 G:29 T:73 range: 39844 .. 40043 A:59 C:36 (36+29) GC*100/59+73+29+36 G:29 T:73 range: 39845 .. 40044 A:59 C:36 (36+29) GC*100/59+73+29+36 G:29 T:73 range: 39846 .. 40045 A:58 C:36 (36+30) GC*100/58+73+30+36 G:30 T:73 range: 39847 .. 40046 A:57 C:37 (37+30) GC*100/57+73+30+37 G:30 T:73 range: 39848 .. 40047 A:58 C:37 (37+30) GC*100/58+72+30+37 G:30 T:72 range: 39849 .. 40048 A:57 C:38 (38+30) GC*100/57+72+30+38 G:30 T:72 range: 39850 .. 40049 A:57 C:38 (38+30) GC*100/57+72+30+38 G:30 T:72 range: 39851 .. 40050 A:56 C:38 (38+31) GC*100/56+72+31+38 G:31 T:72 range: 39852 .. 40051 A:56 C:38 (38+31) GC*100/56+72+31+38 G:31 T:72 range: 39853 .. 40052 A:56 C:38 (38+31) GC*100/56+72+31+38 G:31 T:72 range: 39854 .. 40053 A:57 C:38 (38+31) GC*100/57+71+31+38 G:31 T:71 range: 39855 .. 40054 A:56 C:39 (39+31) GC*100/56+71+31+39 G:31 T:71 range: 39856 .. 40055 A:56 C:39 (39+31) GC*100/56+71+31+39 G:31 T:71 range: 39857 .. 40056 A:55 C:39 (39+31) GC*100/55+72+31+39 G:31 T:72 range: 39858 .. 40057 A:55 C:39 (39+31) GC*100/55+72+31+39 G:31 T:72 range: 39859 .. 40058 A:56 C:38 (38+31) GC*100/56+72+31+38 G:31 T:72 range: 39860 .. 40059 A:56 C:38 (38+32) GC*100/56+71+32+38 G:32 T:71 range: 39861 .. 40060 A:55 C:39 (39+32) GC*100/55+71+32+39 G:32 T:71 range: 39862 .. 40061 A:55 C:39 (39+32) GC*100/55+71+32+39 G:32 T:71 range: 39863 .. 40062 A:55 C:39 (39+31) GC*100/55+72+31+39 G:31 T:72 range: 39864 .. 40063 A:55 C:39 (39+30) GC*100/55+73+30+39 G:30 T:73 range: 39865 .. 40064 A:55 C:39 (39+29) GC*100/55+74+29+39 G:29 T:74 range: 39866 .. 40065 A:55 C:39 (39+29) GC*100/55+74+29+39 G:29 T:74 range: 39867 .. 40066 A:55 C:40 (40+28) GC*100/55+74+28+40 G:28 T:74 range: 39868 .. 40067 A:54 C:40 (40+28) GC*100/54+75+28+40 G:28 T:75 range: 39869 .. 40068 A:55 C:40 (40+27) GC*100/55+75+27+40 G:27 T:75 range: 39870 .. 40069 A:55 C:40 (40+27) GC*100/55+75+27+40 G:27 T:75 range: 39871 .. 40070 A:56 C:39 (39+27) GC*100/56+75+27+39 G:27 T:75 range: 39872 .. 40071 A:55 C:40 (40+27) GC*100/55+75+27+40 G:27 T:75 range: 39873 .. 40072 A:55 C:40 (40+27) GC*100/55+75+27+40 G:27 T:75 range: 39874 .. 40073 A:54 C:41 (41+27) GC*100/54+75+27+41 G:27 T:75 range: 39875 .. 40074 A:54 C:41 (41+27) GC*100/54+75+27+41 G:27 T:75 range: 39876 .. 40075 A:54 C:41 (41+28) GC*100/54+74+28+41 G:28 T:74 range: 39877 .. 40076 A:54 C:41 (41+28) GC*100/54+74+28+41 G:28 T:74 range: 39878 .. 40077 A:54 C:41 (41+27) GC*100/54+75+27+41 G:27 T:75 range: 39879 .. 40078 A:54 C:41 (41+27) GC*100/54+75+27+41 G:27 T:75 range: 39880 .. 40079 A:54 C:41 (41+27) GC*100/54+75+27+41 G:27 T:75 range: 39881 .. 40080 A:54 C:42 (42+27) GC*100/54+74+27+42 G:27 T:74 range: 39882 .. 40081 A:55 C:42 (42+27) GC*100/55+73+27+42 G:27 T:73 range: 39883 .. 40082 A:56 C:42 (42+27) GC*100/56+72+27+42 G:27 T:72 range: 39884 .. 40083 A:56 C:42 (42+27) GC*100/56+72+27+42 G:27 T:72 range: 39885 .. 40084 A:57 C:42 (42+27) GC*100/57+71+27+42 G:27 T:71 range: 39886 .. 40085 A:56 C:42 (42+27) GC*100/56+72+27+42 G:27 T:72 range: 39887 .. 40086 A:57 C:42 (42+27) GC*100/57+71+27+42 G:27 T:71 range: 39888 .. 40087 A:56 C:42 (42+27) GC*100/56+72+27+42 G:27 T:72 range: 39889 .. 40088 A:57 C:42 (42+26) GC*100/57+72+26+42 G:26 T:72 range: 39890 .. 40089 A:57 C:42 (42+26) GC*100/57+72+26+42 G:26 T:72 range: 39891 .. 40090 A:58 C:42 (42+26) GC*100/58+71+26+42 G:26 T:71 range: 39892 .. 40091 A:58 C:42 (42+27) GC*100/58+70+27+42 G:27 T:70 range: 39893 .. 40092 A:59 C:41 (41+27) GC*100/59+70+27+41 G:27 T:70 range: 39894 .. 40093 A:59 C:40 (40+28) GC*100/59+70+28+40 G:28 T:70 range: 39895 .. 40094 A:58 C:40 (40+28) GC*100/58+71+28+40 G:28 T:71 range: 39896 .. 40095 A:58 C:40 (40+28) GC*100/58+71+28+40 G:28 T:71 range: 39897 .. 40096 A:58 C:40 (40+29) GC*100/58+70+29+40 G:29 T:70 range: 39898 .. 40097 A:59 C:40 (40+29) GC*100/59+69+29+40 G:29 T:69 range: 39899 .. 40098 A:59 C:40 (40+29) GC*100/59+69+29+40 G:29 T:69 range: 39900 .. 40099 A:60 C:40 (40+28) GC*100/60+69+28+40 G:28 T:69 range: 39901 .. 40100 A:60 C:40 (40+28) GC*100/60+69+28+40 G:28 T:69 range: 39902 .. 40101 A:60 C:40 (40+29) GC*100/60+69+29+40 G:29 T:69 range: 39903 .. 40102 A:60 C:39 (39+29) GC*100/60+70+29+39 G:29 T:70 range: 39904 .. 40103 A:60 C:38 (38+29) GC*100/60+71+29+38 G:29 T:71 range: 39905 .. 40104 A:60 C:38 (38+29) GC*100/60+71+29+38 G:29 T:71 range: 39906 .. 40105 A:60 C:38 (38+28) GC*100/60+72+28+38 G:28 T:72 range: 39907 .. 40106 A:61 C:37 (37+28) GC*100/61+72+28+37 G:28 T:72 range: 39908 .. 40107 A:61 C:37 (37+29) GC*100/61+71+29+37 G:29 T:71 range: 39909 .. 40108 A:60 C:37 (37+29) GC*100/60+72+29+37 G:29 T:72 range: 39910 .. 40109 A:60 C:37 (37+30) GC*100/60+71+30+37 G:30 T:71 range: 39911 .. 40110 A:60 C:37 (37+29) GC*100/60+72+29+37 G:29 T:72 range: 39912 .. 40111 A:60 C:37 (37+29) GC*100/60+72+29+37 G:29 T:72 range: 39913 .. 40112 A:60 C:38 (38+29) GC*100/60+71+29+38 G:29 T:71 range: 39914 .. 40113 A:60 C:38 (38+28) GC*100/60+72+28+38 G:28 T:72 range: 39915 .. 40114 A:59 C:38 (38+28) GC*100/59+72+28+38 G:28 T:72 range: 39916 .. 40115 A:58 C:39 (39+28) GC*100/58+72+28+39 G:28 T:72 range: 39917 .. 40116 A:58 C:39 (39+29) GC*100/58+71+29+39 G:29 T:71 range: 39918 .. 40117 A:58 C:39 (39+29) GC*100/58+71+29+39 G:29 T:71 range: 39919 .. 40118 A:58 C:39 (39+30) GC*100/58+70+30+39 G:30 T:70 range: 39920 .. 40119 A:58 C:39 (39+30) GC*100/58+70+30+39 G:30 T:70 range: 39921 .. 40120 A:59 C:39 (39+30) GC*100/59+69+30+39 G:30 T:69 range: 39922 .. 40121 A:58 C:39 (39+30) GC*100/58+70+30+39 G:30 T:70 range: 39923 .. 40122 A:58 C:39 (39+30) GC*100/58+70+30+39 G:30 T:70 range: 39924 .. 40123 A:58 C:40 (40+30) GC*100/58+69+30+40 G:30 T:69 range: 39925 .. 40124 A:58 C:39 (39+31) GC*100/58+69+31+39 G:31 T:69 range: 39926 .. 40125 A:58 C:40 (40+31) GC*100/58+68+31+40 G:31 T:68 range: 39927 .. 40126 A:59 C:40 (40+31) GC*100/59+67+31+40 G:31 T:67 range: 39928 .. 40127 A:60 C:40 (40+30) GC*100/60+67+30+40 G:30 T:67 range: 39929 .. 40128 A:59 C:41 (41+30) GC*100/59+67+30+41 G:30 T:67 range: 39930 .. 40129 A:59 C:40 (40+30) GC*100/59+68+30+40 G:30 T:68 range: 39931 .. 40130 A:59 C:39 (39+30) GC*100/59+69+30+39 G:30 T:69 range: 39932 .. 40131 A:60 C:39 (39+30) GC*100/60+68+30+39 G:30 T:68 range: 39933 .. 40132 A:59 C:39 (39+31) GC*100/59+68+31+39 G:31 T:68 range: 39934 .. 40133 A:59 C:38 (38+32) GC*100/59+68+32+38 G:32 T:68 range: 39935 .. 40134 A:58 C:38 (38+32) GC*100/58+69+32+38 G:32 T:69 range: 39936 .. 40135 A:59 C:37 (37+32) GC*100/59+69+32+37 G:32 T:69 range: 39937 .. 40136 A:59 C:36 (36+33) GC*100/59+69+33+36 G:33 T:69 range: 39938 .. 40137 A:58 C:36 (36+33) GC*100/58+70+33+36 G:33 T:70 range: 39939 .. 40138 A:58 C:35 (35+34) GC*100/58+70+34+35 G:34 T:70 range: 39940 .. 40139 A:58 C:34 (34+34) GC*100/58+71+34+34 G:34 T:71 range: 39941 .. 40140 A:58 C:33 (33+34) GC*100/58+72+34+33 G:34 T:72 range: 39942 .. 40141 A:58 C:33 (33+34) GC*100/58+72+34+33 G:34 T:72 range: 39943 .. 40142 A:59 C:32 (32+34) GC*100/59+72+34+32 G:34 T:72 range: 39944 .. 40143 A:59 C:32 (32+34) GC*100/59+72+34+32 G:34 T:72 range: 39945 .. 40144 A:60 C:32 (32+33) GC*100/60+72+33+32 G:33 T:72 range: 39946 .. 40145 A:60 C:31 (31+33) GC*100/60+73+33+31 G:33 T:73 range: 39947 .. 40146 A:60 C:30 (30+33) GC*100/60+74+33+30 G:33 T:74 range: 39948 .. 40147 A:59 C:30 (30+33) GC*100/59+75+33+30 G:33 T:75 range: 39949 .. 40148 A:59 C:29 (29+33) GC*100/59+76+33+29 G:33 T:76 range: 39950 .. 40149 A:58 C:29 (29+34) GC*100/58+76+34+29 G:34 T:76 range: 39951 .. 40150 A:57 C:29 (29+35) GC*100/57+76+35+29 G:35 T:76 range: 39952 .. 40151 A:57 C:29 (29+35) GC*100/57+76+35+29 G:35 T:76 range: 39953 .. 40152 A:57 C:29 (29+36) GC*100/57+75+36+29 G:36 T:75 range: 39954 .. 40153 A:57 C:29 (29+36) GC*100/57+75+36+29 G:36 T:75 range: 39955 .. 40154 A:56 C:29 (29+37) GC*100/56+75+37+29 G:37 T:75 range: 39956 .. 40155 A:57 C:29 (29+36) GC*100/57+75+36+29 G:36 T:75 range: 39957 .. 40156 A:56 C:29 (29+36) GC*100/56+76+36+29 G:36 T:76 range: 39958 .. 40157 A:56 C:29 (29+36) GC*100/56+76+36+29 G:36 T:76 range: 39959 .. 40158 A:57 C:29 (29+36) GC*100/57+75+36+29 G:36 T:75 range: 39960 .. 40159 A:57 C:29 (29+36) GC*100/57+75+36+29 G:36 T:75 range: 39961 .. 40160 A:56 C:29 (29+36) GC*100/56+76+36+29 G:36 T:76 range: 39962 .. 40161 A:56 C:28 (28+36) GC*100/56+77+36+28 G:36 T:77 range: 39963 .. 40162 A:56 C:28 (28+37) GC*100/56+76+37+28 G:37 T:76 range: 39964 .. 40163 A:57 C:28 (28+36) GC*100/57+76+36+28 G:36 T:76 range: 39965 .. 40164 A:56 C:29 (29+36) GC*100/56+76+36+29 G:36 T:76 range: 39966 .. 40165 A:56 C:29 (29+36) GC*100/56+76+36+29 G:36 T:76 range: 39967 .. 40166 A:56 C:29 (29+36) GC*100/56+76+36+29 G:36 T:76 range: 39968 .. 40167 A:56 C:29 (29+37) GC*100/56+75+37+29 G:37 T:75 range: 39969 .. 40168 A:55 C:30 (30+37) GC*100/55+75+37+30 G:37 T:75 range: 39970 .. 40169 A:54 C:30 (30+37) GC*100/54+76+37+30 G:37 T:76 range: 39971 .. 40170 A:54 C:30 (30+37) GC*100/54+76+37+30 G:37 T:76 range: 39972 .. 40171 A:54 C:30 (30+37) GC*100/54+76+37+30 G:37 T:76 range: 39973 .. 40172 A:55 C:30 (30+37) GC*100/55+76+37+30 G:37 T:76 range: 39974 .. 40173 A:55 C:30 (30+37) GC*100/55+76+37+30 G:37 T:76 range: 39975 .. 40174 A:56 C:29 (29+37) GC*100/56+76+37+29 G:37 T:76 range: 39976 .. 40175 A:56 C:29 (29+37) GC*100/56+76+37+29 G:37 T:76 range: 39977 .. 40176 A:56 C:29 (29+37) GC*100/56+76+37+29 G:37 T:76 range: 39978 .. 40177 A:56 C:29 (29+38) GC*100/56+75+38+29 G:38 T:75 range: 39979 .. 40178 A:56 C:30 (30+37) GC*100/56+75+37+30 G:37 T:75 range: 39980 .. 40179 A:56 C:30 (30+37) GC*100/56+75+37+30 G:37 T:75 range: 39981 .. 40180 A:56 C:30 (30+37) GC*100/56+75+37+30 G:37 T:75 range: 39982 .. 40181 A:57 C:30 (30+37) GC*100/57+74+37+30 G:37 T:74 range: 39983 .. 40182 A:57 C:30 (30+36) GC*100/57+75+36+30 G:36 T:75 range: 39984 .. 40183 A:56 C:30 (30+36) GC*100/56+76+36+30 G:36 T:76 range: 39985 .. 40184 A:56 C:30 (30+36) GC*100/56+76+36+30 G:36 T:76 range: 39986 .. 40185 A:56 C:30 (30+36) GC*100/56+75+36+30 G:36 T:75 range: 39987 .. 40186 A:55 C:30 (30+36) GC*100/55+76+36+30 G:36 T:76 range: 39988 .. 40187 A:55 C:31 (31+35) GC*100/55+76+35+31 G:35 T:76 range: 39989 .. 40188 A:56 C:31 (31+35) GC*100/56+75+35+31 G:35 T:75 range: 39990 .. 40189 A:57 C:31 (31+35) GC*100/57+74+35+31 G:35 T:74 range: 39991 .. 40190 A:56 C:32 (32+35) GC*100/56+74+35+32 G:35 T:74 range: 39992 .. 40191 A:57 C:32 (32+34) GC*100/57+74+34+32 G:34 T:74 range: 39993 .. 40192 A:57 C:32 (32+35) GC*100/57+73+35+32 G:35 T:73 range: 39994 .. 40193 A:56 C:32 (32+36) GC*100/56+73+36+32 G:36 T:73 range: 39995 .. 40194 A:55 C:32 (32+37) GC*100/55+73+37+32 G:37 T:73 range: 39996 .. 40195 A:54 C:32 (32+37) GC*100/54+74+37+32 G:37 T:74 range: 39997 .. 40196 A:55 C:32 (32+37) GC*100/55+73+37+32 G:37 T:73 range: 39998 .. 40197 A:55 C:31 (31+37) GC*100/55+74+37+31 G:37 T:74 range: 39999 .. 40198 A:55 C:31 (31+38) GC*100/55+73+38+31 G:38 T:73 range: 40000 .. 40199 A:54 C:31 (31+39) GC*100/54+73+39+31 G:39 T:73 range: 40001 .. 40200 A:54 C:32 (32+39) GC*100/54+72+39+32 G:39 T:72 range: 40002 .. 40201 A:53 C:32 (32+40) GC*100/53+72+40+32 G:40 T:72 range: 40003 .. 40202 A:53 C:33 (33+40) GC*100/53+71+40+33 G:40 T:71 range: 40004 .. 40203 A:54 C:33 (33+40) GC*100/54+70+40+33 G:40 T:70 range: 40005 .. 40204 A:54 C:33 (33+40) GC*100/54+70+40+33 G:40 T:70 range: 40006 .. 40205 A:54 C:33 (33+40) GC*100/54+70+40+33 G:40 T:70 range: 40007 .. 40206 A:54 C:34 (34+40) GC*100/54+69+40+34 G:40 T:69 range: 40008 .. 40207 A:54 C:33 (33+41) GC*100/54+69+41+33 G:41 T:69 range: 40009 .. 40208 A:54 C:33 (33+42) GC*100/54+68+42+33 G:42 T:68 range: 40010 .. 40209 A:54 C:32 (32+42) GC*100/54+69+42+32 G:42 T:69 range: 40011 .. 40210 A:54 C:32 (32+41) GC*100/54+70+41+32 G:41 T:70 range: 40012 .. 40211 A:54 C:32 (32+42) GC*100/54+69+42+32 G:42 T:69 range: 40013 .. 40212 A:54 C:33 (33+41) GC*100/54+69+41+33 G:41 T:69 range: 40014 .. 40213 A:54 C:34 (34+41) GC*100/54+68+41+34 G:41 T:68 range: 40015 .. 40214 A:55 C:34 (34+40) GC*100/55+68+40+34 G:40 T:68 range: 40016 .. 40215 A:55 C:35 (35+39) GC*100/55+68+39+35 G:39 T:68 range: 40017 .. 40216 A:54 C:35 (35+39) GC*100/54+69+39+35 G:39 T:69 range: 40018 .. 40217 A:54 C:35 (35+40) GC*100/54+68+40+35 G:40 T:68 range: 40019 .. 40218 A:55 C:35 (35+40) GC*100/55+67+40+35 G:40 T:67 range: 40020 .. 40219 A:55 C:36 (36+40) GC*100/55+66+40+36 G:40 T:66 range: 40021 .. 40220 A:55 C:36 (36+41) GC*100/55+65+41+36 G:41 T:65 range: 40022 .. 40221 A:55 C:36 (36+42) GC*100/55+64+42+36 G:42 T:64 range: 40023 .. 40222 A:55 C:37 (37+42) GC*100/55+63+42+37 G:42 T:63 range: 40024 .. 40223 A:56 C:37 (37+42) GC*100/56+62+42+37 G:42 T:62 range: 40025 .. 40224 A:57 C:37 (37+42) GC*100/57+61+42+37 G:42 T:61 range: 40026 .. 40225 A:56 C:37 (37+43) GC*100/56+61+43+37 G:43 T:61 range: 40027 .. 40226 A:55 C:37 (37+44) GC*100/55+61+44+37 G:44 T:61 range: 40028 .. 40227 A:54 C:38 (38+44) GC*100/54+61+44+38 G:44 T:61 range: 40029 .. 40228 A:55 C:38 (38+44) GC*100/55+60+44+38 G:44 T:60 range: 40030 .. 40229 A:55 C:38 (38+44) GC*100/55+60+44+38 G:44 T:60 range: 40031 .. 40230 A:54 C:39 (39+44) GC*100/54+60+44+39 G:44 T:60 range: 40032 .. 40231 A:53 C:39 (39+45) GC*100/53+60+45+39 G:45 T:60 range: 40033 .. 40232 A:53 C:39 (39+44) GC*100/53+61+44+39 G:44 T:61 range: 40034 .. 40233 A:53 C:39 (39+44) GC*100/53+61+44+39 G:44 T:61 range: 40035 .. 40234 A:53 C:38 (38+45) GC*100/53+61+45+38 G:45 T:61 range: 40036 .. 40235 A:53 C:37 (37+45) GC*100/53+62+45+37 G:45 T:62 range: 40037 .. 40236 A:53 C:37 (37+45) GC*100/53+62+45+37 G:45 T:62 range: 40038 .. 40237 A:53 C:37 (37+45) GC*100/53+62+45+37 G:45 T:62 range: 40039 .. 40238 A:53 C:37 (37+45) GC*100/53+62+45+37 G:45 T:62 range: 40040 .. 40239 A:53 C:36 (36+45) GC*100/53+63+45+36 G:45 T:63 range: 40041 .. 40240 A:53 C:36 (36+45) GC*100/53+63+45+36 G:45 T:63 range: 40042 .. 40241 A:53 C:35 (35+46) GC*100/53+63+46+35 G:46 T:63 range: 40043 .. 40242 A:54 C:35 (35+45) GC*100/54+63+45+35 G:45 T:63 range: 40044 .. 40243 A:54 C:36 (36+45) GC*100/54+63+45+36 G:45 T:63 range: 40045 .. 40244 A:53 C:36 (36+45) GC*100/53+64+45+36 G:45 T:64 range: 40046 .. 40245 A:53 C:37 (37+44) GC*100/53+64+44+37 G:44 T:64 range: 40047 .. 40246 A:53 C:37 (37+44) GC*100/53+64+44+37 G:44 T:64 range: 40048 .. 40247 A:52 C:37 (37+45) GC*100/52+64+45+37 G:45 T:64 range: 40049 .. 40248 A:52 C:36 (36+46) GC*100/52+64+46+36 G:46 T:64 range: 40050 .. 40249 A:51 C:37 (37+46) GC*100/51+64+46+37 G:46 T:64 range: 40051 .. 40250 A:51 C:37 (37+45) GC*100/51+65+45+37 G:45 T:65 range: 40052 .. 40251 A:50 C:38 (38+45) GC*100/50+65+45+38 G:45 T:65 range: 40053 .. 40252 A:49 C:38 (38+45) GC*100/49+66+45+38 G:45 T:66 range: 40054 .. 40253 A:48 C:39 (39+45) GC*100/48+66+45+39 G:45 T:66 range: 40055 .. 40254 A:48 C:38 (38+46) GC*100/48+66+46+38 G:46 T:66 range: 40056 .. 40255 A:47 C:38 (38+46) GC*100/47+67+46+38 G:46 T:67 range: 40057 .. 40256 A:47 C:38 (38+46) GC*100/47+66+46+38 G:46 T:66 range: 40058 .. 40257 A:47 C:39 (39+46) GC*100/47+65+46+39 G:46 T:65 range: 40059 .. 40258 A:47 C:39 (39+46) GC*100/47+65+46+39 G:46 T:65 range: 40060 .. 40259 A:47 C:39 (39+45) GC*100/47+66+45+39 G:45 T:66 range: 40061 .. 40260 A:47 C:38 (38+45) GC*100/47+67+45+38 G:45 T:67 range: 40062 .. 40261 A:47 C:38 (38+46) GC*100/47+66+46+38 G:46 T:66 range: 40063 .. 40262 A:48 C:38 (38+46) GC*100/48+65+46+38 G:46 T:65 range: 40064 .. 40263 A:48 C:38 (38+47) GC*100/48+64+47+38 G:47 T:64 range: 40065 .. 40264 A:48 C:38 (38+48) GC*100/48+63+48+38 G:48 T:63 range: 40066 .. 40265 A:47 C:39 (39+48) GC*100/47+63+48+39 G:48 T:63 range: 40067 .. 40266 A:48 C:38 (38+48) GC*100/48+63+48+38 G:48 T:63 range: 40068 .. 40267 A:49 C:38 (38+48) GC*100/49+62+48+38 G:48 T:62 range: 40069 .. 40268 A:48 C:39 (39+48) GC*100/48+62+48+39 G:48 T:62 range: 40070 .. 40269 A:49 C:38 (38+48) GC*100/49+62+48+38 G:48 T:62 range: 40071 .. 40270 A:48 C:38 (38+49) GC*100/48+62+49+38 G:49 T:62 range: 40072 .. 40271 A:49 C:37 (37+49) GC*100/49+62+49+37 G:49 T:62 range: 40073 .. 40272 A:48 C:38 (38+49) GC*100/48+62+49+38 G:4


Comment on Re^12: how to access elements in perl
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Re^13: how to access elements in perl
by BrowserUk (Pope) on May 14, 2014 at 10:42 UTC

    You need to read and understand the documentation on printf. (Click the preceding link and read.)

    You might consider taking a Perl programming course or at least buying or borrowing a book.

    Try this free, online Perl Pprogramming book for beginners.


    With the rise and rise of 'Social' network sites: 'Computers are making people easier to use everyday'
    Examine what is said, not who speaks -- Silence betokens consent -- Love the truth but pardon error.
    "Science is about questioning the status quo. Questioning authority".
    In the absence of evidence, opinion is indistinguishable from prejudice.

      hey i have a code (given below) which counts A,T,G,C and GC,and GC percentage in between 0-200, 1-201, 2-202 regions. But i have to count a lenghty sequence upto 10,000 basepairs, so this would be very lenghty and less efficient. What modification can i do in this code so that it can automateically count upto 10,000 bases.

      #!/usr/bin/perl use warnings;my$seq;my$file;my$line;my$len;my@seq; print "Select the region where you want to find CpG Island\n"; print "1. Region 1-200\n"; print "2. Region 2-202\n"; print "3. Region 3-203\n"; $choice =<STDIN>; chomp($choice); if($choice == 1){ &region1; } if($choice == 2){ &region2; } if($choice == 3){ &region3; } sub region1 { $file = 'd:\perl\1.txt'; open(INPUT, $file) or die ("File not found"); foreach($line = <INPUT>){ $a = substr($line,0,200) =~tr/A//; $t = substr($line,0,200) =~tr/T//; $g = substr($line,0,200) =~tr/G//; $c = substr($line,0,200) =~tr/C//; $cg = substr($line,0,200) =~tr/ CG //; $total = substr($line,0,200) =~tr/ATGC//; } $CpG = ($cg)/$total*100; print"Count of A = $a\n"; print"Count of T = $t\n"; print"Count of G = $g\n"; print"Count of C = $c\n"; print"CG = $cg\n"; print"total count of ATGC = $total\n"; print"CpG percentage = $CpG\n"; if ($CpG>=60){ print"CpG present";} else{ print"CpG absent";} } sub region2 { $file = 'd:\perl\1.txt'; open(INPUT, $file) or die ("File not found"); foreach($line = <INPUT>){ $a = substr($line,1,201) =~tr/A//; $t = substr($line,1,201) =~tr/T//; $g = substr($line,1,201) =~tr/G//; $c = substr($line,1,201) =~tr/C//; $total = substr($line,1,201) =~tr/ATGC//; } $CpG = ($g+$c)/$total*100; regarding perl,So i need your help for the same. print"Count of A = $a\n"; print"Count of T = $t\n"; print"Count of G = $g\n"; print"Count of C = $c\n"; print"total count of ATGC = $total\n"; print"CpG percentage = $CpG\n"; if ($CpG>=60){ print"CpG present";} else{ print"CpG absent";} } sub region3 { $file = 'd:\perl\1.txt'; open(INPUT, $file) or die ("File not found"); foreach($line = <INPUT>){ $a = substr($line,2,203) =~tr/A//; $t = substr($line,2,203) =~tr/T//; $g = substr($line,2,203) =~tr/G//; $c = substr($line,2,203) =~tr/C//; $total = substr($line,2,203) =~tr/ATGC//; } $CpG = ($g+$c)/$total*100; print"Count of A = $a\n"; print"Count of T = $t\n"; print"Count of G = $g\n"; print"Count of C = $c\n"; print"total count of ATGC = $total\n"; print"CpG percentage = $CpG\n"; if ($CpG>=60){ print"CpG present";} else{ print"CpG absent";} }
        Could you provide perhaps a single line or maybe even 2 or 3 of the input file?

        I modified your code a bit for brevity(untested). I am not all that familiar with microbiology(been 35 years since high school biology). I suspect there are CPAN modules that will handle problems like this. Do a search for like this one at bio:: and see if there might be something you can use if that is an option for you.

        Hope that is in some way helpful...

        #!/usr/bin/perl use strict; use warnings; print "Select the region where you want to find CpG Island\n"; my ($a,$t,$c,$g,$cg,$total); print "1. Region 1-200\n"; print "2. Region 2-202\n"; print "3. Region 3-203\n"; my $choice =<STDIN>; chomp($choice); my $file = 'd:\perl\1.txt'; if ( $choice == 1 ) { region(0); } elsif ( $choice == 2 ) { region(1); } elsif ( $choice == 3) { region(2); } sub region { my $start = shift; open(INPUT, $file) or die ("File not found"); foreach(my $line = <INPUT>) { my $a = substr($line,$start,200) =~ tr/A//; my $t = substr($line,$start,200) =~ tr/T//; my $g = substr($line,$start,200) =~ tr/G//; my $c = substr($line,$start,200) =~ tr/C//; my $cg = substr($line,$start,200) =~ tr/ CG //; my $total = substr($line,$start,200) =~ tr/ATGC//; } } my $CpG = ($cg)/$total*100; print"Count of A = $a\n"; print"Count of T = $t\n"; print"Count of G = $g\n"; print"Count of C = $c\n"; print"CG = $cg\n"; print"total count of ATGC = $total\n"; print"CpG percentage = $CpG\n"; if ($CpG>=60) { print"CpG present"; } else { print"CpG absent"; }
        Update: moved printing back outside the sub. What I get for messing with code at this hour of the morning...
        ...the majority is always wrong, and always the last to know about it...
        Insanity: Doing the same thing over and over again and expecting different results...

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