Traduction.py

table = open('codegene.txt', 'r')
dict = {}
seq = 'AUGCGGGGACGGGUUCGACGGGCCCUCGACCAAAACAUUAAUUUUCAUGCACAUGGAUGGAAAAGCGAACCACGUCACAAAACUCACUGUAAGACCAGGCGCAUUGCCUACUUAAGGGACAGGACGAGUAACCCCAGCCAGAACGCAGCCAGCCGGAACUGCGAUCACCCACCAGCACCCCCUAAAGUGUUUGAAGGACCGUUCAGCUCUCAUCGAUGCUGCGCCUCAGCAGGAUUAGGCACGGUGUCUGGUGGAGUUCUGCCUCUGACUAGGGCUGGAGCUAUUUUCCCGCAUAUGAUUAAAGCUAAAGCAAUAUUGGCACACCAGUUCGGCCAGGGUCCGCGUUCUUUACGUUGUCCGACACAUAGGCCUCCAAUACUAAACUUGAGAACACAUACUUACGACUCCGCGCUACAACAUCCUAUUAUCUGCAGCACUAAAGCCGUGAAAGGACAUAAGAUGACGGUAGAAACUUUCCCCUCCGGGCAUGUGAUGAAGAACGGCAGUGUGAUUUGCAUUACAUUCGAAUGGCCCGCCAACCAUCAGCUUUCGCGUAAAUUUGGGACCUUCCAGCGUCUGGGCCUUACGGGAUCCAAGUCGGAGCACCCAUCUGUGCCCGCCACCCGACGUAAAAGCUCCUGGGUCGUUUCGGAAACAGAGAGCUUCACGGCCGUCAAUGAGCACGAAGUAAGUACGGAAAUCUUUUACUCGCGAUUCUUAAUCACAUCGCGUUUCGGAGCGCUAGACGCGCAUAUUACUAGAUCCGCUGGAACACUAGAACGUAUGAAUGAGCUAGAGCGCAGUACCUGGGGCCCAAAUCGGUUGUUCGGUGCACCACUGAGUAUUCUUAAGGUCGGUUUGGCACUCCAAUCAUUCACCUUUGUAAUGCUAGAUUUGGAUCAACGCGACUGUCAGGCGAACGGGGCUAGGGUAAUAGUUUGGAACUGGGAUCUGCAUUUGAUGUUUCGACCGCCGUUACUGGGUCUAGAGGCCCGCCGUUUCCACCAACUUACUAGUGCUAUCAUACCGGCUACCAAAGUUGGUUCACUAUUUGGCUACCCAAUGGGCGUAAAACCUCACUUUGGUCGGACGUUUAGCUCUGUCCCAUCUAGCCAGCCAUUAGCCAGGCGAAUCGUUUUCGACGCGCGGCCUACGGGCGUACUGAUACGCGCUUGUGAGGACGGCAUCAAGCUACCGACACCUUCGGCUAGGGGAUGUGAUUCCGUAGUCAACCAGAGAAAUGCUUGCGACACGGACUGGCACAGUCCUAAUCGAUAUGACCAAUAUCUGUACCCGCACACGGCGGCGGGUUCGUGCUGUAUGCGGCGCAAAUCAAGAUGCAGCAUUUGCAAUGUCUACGUACCAAAAUGUCGGGCAUACUUUCUGAGAGUCAGAGAUCUUUCAUGCGUACGUUCGUCACCGCCCCACGCCGAUAGUACCUGUUCUGAUAGGUUGUCUGACGGGGGUGGGAGCUUCACAUGCAUAGUAUCAAAAGUCCGUAGCCGAGGAAUUAAUGCUAAGUUUAGGAGAGAGCUAUCGCACAAGGCCACGAUUGUGAGGGGUCAUCGGCCAUUACCGAGCAAGAAGCAUCACCAUAAUUCUACCGGACAAGCGUUAAAGGGCCGCGGGGUUCCUAACCAGCGCAUACCAUGCCAGGCCCCGGUGUUUGUGGCGAAUACCAUCAACGUCACUAUUCCGCCCUCUCCCGAGUGCUUUAAACCAAGCAUAGCGACCGCAUUGUUCGACAUUAGUUCGUACUAUGACCGGGCGUCGCCAGUGUUCAGGAGUAGAUUCAGGCAGCCAUCUCAUGGUCAUCAAUGGGAAAUUAGCAAAAUAUGUGUUAAGCCGCUGAGCCGGGGCGGAAACGUGACCGCUAGAGAAUCACCGAGACCAACGCCUUGGGUUGUUAUACUCUGUAUGCGGGCACUCCAAUAUAGCGCGGGGCAUUUACCCGCGCCAGGUGCCGCUGCCUCAGAAUUUGAAAGGGACAGUGUCGGAGGCAUACUGAUAACUGUCUUAACUCGCGGUUGCGCAGGAAACUAUGACGCGGCAGAUGUGAAUGAACUUGUCAGGGUUCGUUUCCAAGGCGUCAAUGCUAGUAGGCAUCACUUUUGUACAACCCUCGUUAGGCAAACGGACAGCUUGAGGCCAAUUUUAUGUCCUGGCCUAGACGGUUCUCUGGCGCAUCCAGCUGCGGUCAGUUUCACCCGACUAGCGUCAUCAAGAUCGAACCUACCUGAAGGGGCCGGGGGUUCAUUACAAGAAAGUAAGUUCCAUAACUGUCUCCUCUGGCUACAAGGUACCUCUAUUACCCGCGUGAAUUUAUCAGGAAGGUUGACGGAGCCCCGUCGGGAACCAGAAUGCAACGUCCCUUCGGAGGAGAGCCUACCUUGCUCACUCUAUCAAAAUCAUCCACUCAGCAAGAUGACUACGAUCAAUUAUACCAUUGCAAACUGCGGUCCAGUUUGUAACGUGCACUCGGACACGUUUCUACGUUAUCCUUGGAUUACGGGUCGCCCCGGCAGACCAAUUUCACGAUCACUGAGUGAUUCGCGUGGUGGGUCAUGCGCAAAUUUAGCGUCCCAGGGAUUUAAAAAUGGGCACACCUUGUCUCUUACGCAGCCUGAUAGCCAUGUGGACUGUUGUCCUUUGCCUAUGAUAUAUAGCACCACUAGGAGUCUGACGAAUAUCCUUCGAUUCCAGCUUACACUCCCACCCCGUCCGCCUGUCUCAAGACUGAGCAGUGCGUUCACCUUUCCGGAUGUAAACUUGGGGCCGCCCACAGAGCUGAUGCUUUUUGAACUAUUAGGGCAGAGCCUCAUCAGCUCUUUAGAGAUCGUAAGUAACGUACUUGACAACGGUAAGGCCCAUCAUCCACCUAUACCUCCUGUUAUGAUGCAAUCAUGUCCGCUAGGCGUAAAGACCUACCACCUACAUCAAACUCCAAAGUCCCGCCCAUAUAUACUCAGCGCGGCCAUGGCAGGAAUCCUUCACCCUAUCCUGCCCACAUUGUUUGAUCCCAGCGUGGACUAUCCACGAUACGCCGUGUGGCCCCGCGAAAAAUGGGAAGUCGAGAUAACAUCCGAAAGCAGCAUCACUGUGCUCUACUUACUGAUGUUGAGCUCGGAAGUAAGAGAGUCUGUAUCCGGAAAGCCCGUAAAACGUCGCGAGAUUGACACCGCACCAGUCCCUGUUGUAUCACGCCCAAUGGUGUUAGUCAGGUCAGCACGAUGUACCCGGAGAAGGGACUGUAGCAUUAGCCUUCGAUCACUCUUUCGCGAACCAAGGAACAUGUCUUACCUCCACUCAUGUCUUCGCCUUCUGACGAAGGAAUGCCUAUUAUCCCCACGAUUCCACUACAUCCCGCUAAUUCCUUAUAAUGACAGACACCCAAGACCCUUACGGCGACACGAUCCGUCAGACAGAGUCAGCCUACGCUCUGGGCCACCGGGAAGACGAUUGUCUGGUAGCAUAUCCAUCCCCCUAGGUGCGACGAAGUGCGAUUUAUUUCGCGAAAACAAGGUUUCUGUGUCGACGCCGGUUGGAGCCGUAACGGGGUUUGCUCUAGGAGCUUGGCCAGUAUCUAUAUCCACGUCACAUAAGUAUCUAUUACUUUCUCUUUGGACUAGGGCCCCGAUCUCUUGUACGGCCUAUCCCCCGGUGAAAGCAUCAUGUGGACAGACAAAGUGCUUUGCGUCCAUACCGUCGCUUUCGUCCGGUCCAUCCUCUUUUGUGCGCGUAUUUUACCCAAAGGGGCCGGAUAUGUUGUCGGGUAGCAUGAAGCGAGAGGUGUUUCCUCGCAGCUCGGACAAGGUUCGCACAGACAAAAAAUCAGGCCACUCGCAGAUACCAGCGACGUCAGGUGGAACUACGCCUGCGGUCAGCAUAGUAGGAAGAGAGUCGAAAGUUCCGCAGCUAGAGUGCUUUGGGAUCACGAGUCGCCGAUGGUACAUCUGGUCAGGGAGUUUUAUCGCCAGGGUUUUUAACUCGCGGCUGUUAACCAAGUGCACCUCGAAGUGGAUACAGCAGUCAUUGUGUUCGUCAUUAAUAGGGCGAAGUAUGUCGGAGCAUACCGCCGUAGGGCGCUCGGGUUCCCGUAGGACUCUCGAACAUUAUGGUAAACAGAGCAAUGUAUCUCCCUUUUCAGAUCCGCAACGAAGGCGCAACAUGGAACGGCUCUCCUUCGUUGGAUCCAAUGAGCCUACCUGUGGCUCCACGACCUUGGUGUUGGAAAUCCUAUCCCGGCUCUCACCGCUAGCGGCCGCGAUGACGAUCUAUGUAUGGCAUUUCGGGCCAAAGCACUUGAUUAUUGAUCAGGAUCACCCGACGAAGCGCUAUAUACCAGAUCACUCGAUACGAAAACGAAGGCGCUCCCCAGCUCGGUACUUGGCAUGUUCCUCGACCUACAUGUUCUACCGAGCGAAUUCUAUGCAUCGCCGAGAGAAGCUGUUGUCCAAUGUUGAUCUAAAAGGCUCUUGUCUUUGCGCUCCUAUUGAGAUGGUUAGGGAGACAUUACCGGUGAGGCCCGGUGAUACUUCACGAAGCACUUUUCCAUCACAAGCCUCGGCAGGGAAGGAUCCCCUACCUCAGCGCCGAGCCCGGAUGAGAAGUCACUCGGGCCCCUCCUCGCGUUAUCGAUCGCAAAUACUUACAUUUAAAUUUACAAAUUGGAUCAUCUAUUCUUGGACUCCACCGCGGGUAGGCGACCAUGACACGCGAGCUAACCUAGUUGCAGCCAAGCUCAAAGAUCCAGAGCCGUAUAUUGCGGACCAUGCAUACGUAGUCUUAAAGCAACAUCACGCUUCUGCGCAUCACACGUAUGACGAAAUCCGGAGGACUCGGUACUUCCAAUAUCUUAAGGAUGUAAAUGGCAACGCUCCCUGUACUCCGACAAAACAUGAUAAAGACGAAGUCUACCGAUUACUGGCUCCGUCCCACGGCCCCGUCUGCACCGCUUUUCAUAAUAAAAUAUCAAUAGAUCUCUCACAAGUGUCUUUCGGGGGGCCUCAUAGCAGAUGCGUAUGGAUGCUCGGAAACGAUGUUGAUAUCUUCAUUACCAAAGGAGUGUUCUUUUACUGCUCGGAGCUAAGAAAGCUUAACUGCCAGUUCCGCCGCUUUGACCAACCGAACGACACUGUUCUGAGAGUUAGUGCUUGUCGUCCUCGAGCAGUGGGCAUUGUAAUGAGAGCGGAGCCUGGACUAACCAAAAAGACGGGCCUGACUACACGCAAAUUUGCUGACACCGCCCCUGGCAGGAGAAUCGGCUGCAGUCUCACCCCAGUGGAAUCGUUUGUUUGGUGUGGCACAUUUCCCUUGUUCUGCCCUAGGGAGACGAACACCGGUAUGGCGCGUCGCGAUGUUCUGGUCUUGAUACCUCUCAUACCCGCGCCUGUUAGAGUUACAAAGGUCUGUUUCGGGUCCUAUCGGAGUCGGGCGCCAUUCCUCUGCCCACCUAGUACACAGGGUAGAUUAUCGACAUGUCUUGGUCGAAGUGGAAUGAAUUGUGCUGAUCCUGAUUCCGAGUGCAUAUGUCGUGAUCCUUCUGAAGUUUGGUGUGGGACAAAUGUUACCCUAUGGGCAAAGCACCGAACGCUUUCUUGGAUUGAUCGUAUCUGCCGGCAAAUUUACCACAUAUACCCACCCCCCACACUCUUCCCGAAGCUUUUCAUCCCGCGCAAAAUGACCGUGAUCACCCGGCAGGGGACAUGGGGCUGCCACACGGGCGUUGUAUGUAUUCAAGAUGGAGACCUCGUUUUAAAUCUCAAGUGUUACGGUUCGCGCAGAUCGCUGCUGAAGGCAGAUUGUAGUUCGUUUGAGUCGAACUGUGGGAGAGGGAAAAAACGCAGAGCACUCGGUUCCGAAUGGUUCGACGUAGGUAAACUUUCUGAACAGGAAUGGCAUCGGUGCUCUGUUGACUCGGCGAUUUCCCAACAACCCCGGAGCCAGGGAUUCAAAGGCCAGACGGGGAUUAUGCUAUUAUCAAUGGCGCAAGCUACGGAGAGUCCAUGGGCACUGGAACCGGGUCCCAUUGACUUCAGUCCUUGUUCAAUGCGCAUCAUCAAAACCGUAUUAGCCUGUCUUUCGCGUGGGCCGACGCGUAUAGCUCGAAACCACGUGUCAUUCAGUAGGGUUAAAACCGACUGCACCGAGCCGCUUGUUACGCAGCCUUGCAACAUAGGGACUCUCAAGGUUAGUAGACAUAGUUGGUGGCCCGCGUUCGACCUUUACGCAGUCAAUUUCGGGUCGGUGUGUCAGAUCGAUCCAAGUAUAAAAGCCGUGGAUCGCUGGAAAAAGCCCACAGCCAACUUUCUCACUAAAUCAUCCGACGAAAAGUAUCAGGACAAGGCACUGAUUCGACUGCGGCCUCUCGGUGGCCCCGAGCAGAAACGCUCCCACCAGGUUCGUUUUCUCAAUGGCCACCCGAAACGGCAGAAUCGCAGGAAACUCAUUGUGCGGAUACGCCCGGCCUGUAUCUUGGCUCUACAUAACCAAUUGAGAAAUCAAUUGAGCUCGCGAACCCUUGGAACACUCAAGUAUGCGAGCCUAGUGCGGCUCGUAACUAGGAUGGAAUGGAAUUUAAUGCAAAAGAGGUCUAUCUUGUUAAUAUUCAUCGGACACAAACAUGCAAUAUGUGCAAGAAACAGGGAUCCGCUGGUGGUGUCAGUGUUCACGUUUUUCGUGAAGACCGCCACGUCCACCCUUCUCCCGACGUCUCCAGUAAAGGCGCGGAGGCAUGCAAGAUAUUGUCCCAGGCCUACAUGGCAGGCGGCUCUCGGUAGAUCUCCCCCCUACGUAUCUCUCAUUGUCGGAAUGGACAAGUGUGUCCAGAUAUUCGUUAUGUUAUUUGUUUGUGUAUUCUUAGGGACGGACUGUUCCGAUUUCGUGAUUAAAGACGAGUCUCAACGCAUAGAGCGAUGCUUACGUAACCAUCCAGCUAAAUUUCACCUUCUGGUCUUAGCUUUUGCUGAGUAUGUCAUAGGUCUUUGUGGGCUGUUUAGCACCCUAAAACCUGCUUUUCAAAGUCGUCAGCACCCUAUUGUCUCCCGAGGCCUUUUUGGCUUCAAACGUCCUCGGGGUAUCGAAUAUCAAAUAUGUCCCUGCCACGUGGACACGAGUCAUAAGAGGGUCCGACAAAACAAACUACGGGGCACCACUCCUGUAUACGAGACGAGAGGGGUGCAACUUGCCCGGACCCAUCAAAUCUCCACUUGUUUUAAAGAUAGCAUGGUAAACAGGAGCAGGUACGCCCCUUUGACAUGCCUUGUGAUGGUAGAUACAUCUAGACUCAACUAUCGCGAAGAGACAUGUUGUGGUUCGUCUUUACGGCCCAUACUUCCUCCGGCACACGAGUUUCCCACAGCACAUGACAGGGGAUACAGGAGUGUCCUACUGUGUAUCCUUCACUCAACCUAUAAAGGAGGUGGGAAUAAACACGUUAACCUGUCUGUUGAUUGCCGGCGACCGAUUGAACCGCUUCAAUGGGGCCGAUGUCGACGUCCGACUUGGUUAAAGGAGACGGCACAGGUCCGGCGACAAGUAUUUGUGUUUGAUAAGUGUAAUGUAACAUAUUAUAAUCCCCGACCCAGGAUCUCGUUAGGUAGACCCCCUGAGACGGAGUCACGGUUGCAUAGUAGUACCCUUUCCAUCGAACACAUGCACUUAGCGGACCCCUCACUCGCGAUGUCUAGGCUAGACGCUUACGUGGUACCGUUGCUAACUGUACCUCUCGAAACAUGUCACGUCUAUGUGCAUGGCGGUCCGGGGGAGGAUGUUGUGAUUAGGCCCCCAGGAUCUCCGUCCCUCAGAGGCUCGAUAAACGAAAUUGGCAGCUGUGACCCCGUAAUUACCAGGGUUCAUAACUUACUUUGUCUAUCCCCCAAGCGCUUUGGGCGUGUAAACAGUAGAAACCCUCAACAGUAUUCUGUUUCACACGGGCUCCCACUCGCCGGGUUUAUCUACAAUGGCAGCAAGGAUCGUCCCGUUAGGCCACCUCGCGGCUGCCUGAUCCUUUUACUUAGUUCUCAUUGUUCUCUCAGCCGGCGACAUUACCGCAGUGCGCCUGAUACUACGGCUCCGAUUCUGGACUCCGGCCGCGAAGGGUUUGUGAGCACACUUAAGCAUACUAAUUUGUACGUUAUUAUCAUCCAGUCACCGGUGUCCCGACAGCCUGGGGGUCGGCUAACAAUAGUCACUAGUCCCUCAUAUGGAUACCCUAUGGAUCUUUCCACCAUCCGUCUAUAA'
seq2 = ''
for line in table:
    list = line.rstrip().split(':')
    dict[list[0]] = list[1]
print(dict)

for i in range(0, len(seq), 3):
    if seq[i:i+3] in dict:
        seq2 += dict[seq[i:i+3]]
print(seq2)