[Code] --00000QAAAAAAAAAAABGGR00O00000Q80RG0000000000RRG0000000QBGQAAAAAAB0RG00000000QB000000000000QAJ000RQ : chn 1
[Pred] VVVVGLSPEELAALLAALAKSTGTA--------GGKGVVVVVVVVVDGKLVLVVGDPTSPEGKLAAATGKPVVVVVVTPDGTVLLVVLVVVD*DDL**GF : chn 1
[Hit.] UUUUUUUUUUUUUUUUUUUUU0000--------59UUUUUUUUUUUUUUUUUUUUUUUUUUUUUUUUUUUUUUUUUUUUUUUUUUUUUUUUUU5111000 : chn 1
[Accu] 1111112121111211111114669--------1111110111111262111110111221111111231111111111150111111101112251254 : chn 1
[Mult] _________________________--------___________________________________________________________2___53__ : chn 1
[Comp] FFFFFFFFFFFFFFFFFFFFFFFF_--------__FFFF_FFFFFF__FFF__FFFFF__F_FFFFF__FFFFFFFF_F_FFFFFFFFFFFFcFF_cc_F : chn 1
[Res.] TTPPARTAKQRIQDTLNRLELDVDAWVSTAGADGGAPYLVPLSYLWDGETFLVATPAASPTGRNLSETGRVRLGIGPTRDLVLVEGTALPLEPAGLPDGV : chn 1

[Code] + AAAAAAB0RG0QABGRG000000000O0000000QAARGRRGO0RRG000-- : chn 1
[Pred] + *LQ*LLTLGHP*SE*G*LLRCIAVGTPAPVVTWLPE*--------------- : chn 1
[Hit.] + 111111111122222229UUUUUUUUUUUUUUU9000--------------- : chn 1
[Accu] + 2222222242212312111111112151111111565--------------- : chn 1
[Mult] + 2__2_______3__2_2___________________2--------------- : chn 1
[Comp] + cFFcFFFF_FFcFFcFcFFFFFFFFFFFFFFFFFFFc--------------- : chn 1
[Res.] + GDTFAEKTGFDPRRLTTSYLYFRISPRRVQAWREANELSGRELRDGEWLVTD : chn 1

[Code] --00000QAAAAAAAAAAAAGGOG0000000QB0RG0000000000RR00000000QBGQAAAAAA00RG0000000QA3000000000000QAB00QAA : chn 2
[Pred] VVVVGLSPEELAALLAALAERI-ELEVIEASPDAGKPVVVVVVVGVNGGPVLVVLDPTDPESKEALVTDLRVV*INKTGSG*TVAGVVGVVDPEE*TPEE : chn 2
[Hit.] UUUUUUUUUUUUUUUUUUUUU2-07UUUUUUUUUUUUUUUUUUUUUUUUUUUUUUUUUUUUUUUUU77777777742111UUUUUUUUUUUUUUUUUUUU : chn 2
[Accu] 1111112121111111111112-41111111211211111110110141010111221221111112532221111266411011111111111112221 : chn 2
[Mult] ______________________-__________________________________________________2_______2_____________2____ : chn 2
[Comp] FFFFFFFFFFFFFFFFFFF_FF-FFF_FF_FF_F_F_FF_FFFFFFF_FFF__FFFFFF_FFFFFFF_FFFFFc_FF_FFFcF_F_FFFFFF_FFcFFFF : chn 2
[Res.] TTPPARTAKQRIQDTLNRLELDVDAWVSTAGADGGAPYLVPLSYLWDGETFLVATPAASPTGRNLSETGRVRLGIGPTRDLVLVEGTALPLEPAGLPDGV : chn 2

[Code] + AAAAAAB0RG0QABGRG000000000O0000000QAHQABRGO0RRG-- : chn 2
[Pred] + FALLLEATGKDLEE*G*LLRCIAVGTPAPVVTWLPW------------- : chn 2
[Hit.] + UUUUUUUUUUUUU42229UUUUUUUUUUUUUUU900------------- : chn 2
[Accu] + 111211113112221211111111215111111166------------- : chn 2
[Mult] + ______________2_2___________________------------- : chn 2
[Comp] + FFFFF_F__F_FFFcFcFFFFFFFFFFFFFFFFFFF------------- : chn 2
[Res.] + GDTFAEKTGFDPRRLTTSYLYFRISPRRVQAWREANELSGRELRDGEWL : chn 2

Statistics
  Success rate          = 0.1296    (= #'_' / (#aa - #chn *  0))          : ./PDBdata/TBM/2IAB.code
  Extended success rate = 0.1761    (= (#'_' + #'c') / (#aa - #chn *  0)) : ./PDBdata/TBM/2IAB.code
  Coverage              = 0.8771    (= (#aa - #'-') / (#aa - #chn *  0))  : ./PDBdata/TBM/2IAB.code
  Mult candidate rate   = 0.0465    (= #'*' / (#aa - #chn *  0))          : ./PDBdata/TBM/2IAB.code
  Ave. accuracy         = 0.1979                                          : ./PDBdata/TBM/2IAB.code

// Remarks
// (0) General 
//     'The [Res.] and the [Code] entries show the actual sequences of residues and codes respectively.
//     '-' means no entry in the frag_code.tbl table.
// (1) Statistics 
//     0 amino acids at both ends of chains are excluded from computation.
//     '#aa' denotes the number of all amino acids.
//     '#chn' denotes the number of all chains.
// (2) [Pred] entry 
//     The predicted amino-acid sequence is shwon.
//     '*' means multiple candidates for the position.
// (3) [Hit.] entry 
//     Hit count = #{occurrence of the code-fragment in the conversion table}
//     'n' means hit count is greater than or equal to n * 10.
//     'U' means hit count is greater than 99.
// (4) [Accu] entry 
//     Accuracy = #{occurrence of the predicted amino-acid-fragment in the conversion table} / 
//                           #{occurrence of the code-fragment in the table}. 
//     (In the case of multiple candidates, the occurence of one of them is considered.)
//     And 'n' means prediction accuracy is greater than or equal to n / 10.
// (5) [Mult] entry 
//     '_' means single candidate.
//     'n' denotes the number of candidates.
//     'U' means the number of candidates is greater than 9.
// (6) [Comp] entry 
//     '_' means successful prediction.
//     'F' means prediction failure.
//     'c' means the actual code is contained in the condidates.