[Res.] SPQCHFDIEINREPVGRIMFQLFSDICPKTCKNFLCLCSGEKGLGKTTGKKLCYKGSTFHRVVKNFMIQGGDFSEGNGKGGESIYGGYFKDENFILKHDR : chn 1
[Pred] ----00R000*000R00*-*00A000*0**GR*B--0*00A0R00Q00R000-R0R00RR00**RG0001RRQ000R000000QB00000**0RR*0*0* : chn 1
[Accu] ----99868845985853-363256659544659--9599343463336676-98858666735899999788545655587765777995597436465 : chn 1
[Mult] ----______2______3-3______2_22__2_--_2______________-_________32__________________________22___2_2_2 : chn 1
[Comp] ----__F___cF__F__c-c__FFFFcFccFFcF--FcFFFFF___F__F_F-_F____F__cc_________F_FFFFF__________cc___c_cFc : chn 1
[Actu] --00000000RR0000000000RQAB0QAAAAAAAAAABRQB000QA0RG0RGRGR00RO0000RG0001RRQG0RGQBG000QB00000RR0RRG0RR0 : chn 1

[Res.] + AFLLSMANRGKHTNGSQFFITTKPAPHLDGVHVVFGLVISGFEVIEQIENLKTDAASRPYADVRVIDCGVLA : chn 1
[Pred] + AA000000*RGG000000000R0000AB0*000000000*R00AAAAAAAAAA0QAA0*AAR00000R0*-- : chn 1
[Accu] + 6666698759995996599994699466937998986573465555656766444853344466676555-- : chn 1
[Mult] + ________2____________________2_________2__________________2__________2-- : chn 1
[Comp] + FF______cFFFF__FF________F__FcF_______Fc_FF______FFFF__FF_cFFF__FF_F_c-- : chn 1
[Actu] + 0R000000R00RR00OG0000R000QABGQG0000000R1RQAAAAAAAB0000QBR00RG000RR0000-- : chn 1

[Res.] SPQCHFDIEINREPVGRIMFQLFSDICPKTCKNFLCLCSGEKGLGKTTGKKLCYKGSTFHRVVKNFMIQGGDFSEGNGKGGESIYGGYFKDENFILKHDR : chn 2
[Pred] ----00R000*000R00*-*00A000*0**GR*B--0*00A0R00Q00R000-R0R00RR00**RG0001RRQ000R000000QB00000**0RR*0*0* : chn 2
[Accu] ----99868845985853-363256659544659--9599343463336676-98858666735899999788545655587765777995597436465 : chn 2
[Mult] ----______2______3-3______2_22__2_--_2______________-_________32__________________________22___2_2_2 : chn 2
[Comp] ----__F___cF__F__c-c__FFFFcFccFFcF--FcFFFFF__F_F_F_F-_F_______cc_________FFFFFF___________cc___c_c_c : chn 2
[Actu] --00000000RR0000000000RQAB0QAAAAAAAAAABRQB000R0BRG0RGRGR00RR0000RG0001RRQG3RGQB0000QB00000RR0RRG0R00 : chn 2

[Res.] + AFLLSMANRGKHTNGSQFFITTKPAPHLDGVHVVFGLVISGFEVIEQIENLKTDAASRPYADVRVIDCGVLA : chn 2
[Pred] + AA000000*RGG000000000R0000AB0*000000000*R00AAAAAAAAAA0QAA0*AAR00000R0*-- : chn 2
[Accu] + 6666698759995996599994699466937998986573465555656766444853344466676555-- : chn 2
[Mult] + ________2____________________2_________2__________________2__________2-- : chn 2
[Comp] + FF______cFFFF__FF________F__FcF_______Fc_FF______FFFF__FF_cFFF__FF_F_c-- : chn 2
[Actu] + 0R000000R00RR00RG0000R000QABGQG0000000R1RQAAAAAAAB0000QBR00RG000RR0000-- : chn 2

Statistics
  Success rate          = 0.5208    (= #'_' / (#aa - #chn * 4))          : ./PDBdata/TBM/2HE9.code
  Extended success rate = 0.6399    (= (#'_' + #'c') / (#aa - #chn * 4)) : ./PDBdata/TBM/2HE9.code
  Coverage              = 0.9643    (= (#aa - #'-') / (#aa - #chn * 4))  : ./PDBdata/TBM/2HE9.code
  Mult candidate rate   = 0.1190    (= #'*' / (#aa - #chn * 4))          : ./PDBdata/TBM/2HE9.code
  Ave. accuracy         = 0.6659                                         : ./PDBdata/TBM/2HE9.code

// Remarks
// (0) Genaral 
//     '-' means no entry in the frag_code.tbl table.
// (1) Statistics 
//     2 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 
//     '*' means multiple candidates for the position.
// (3) [accu] entry 
//     Accuracy = #{occurrence of the predicted code in the conversion table} / 
//                           #{occurrence of the amino acid 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.
// (4) [mult] entry 
//     '_' means single candidate.
//     'n' denotes the number of candidates.
//     'U' means the number of candidates is greater than 9.
// (5) [comp] entry 
//     '_' means successful prediction.
//     'F' means prediction failure.
//     'c' means the actual code is contained in the condidates.