[Res.] MQIFVKTLTGKTITLEVEPSDTIENVKAKIQDKEGIPPDQQRLIFAGKQLEDGRTLSDYNIQKESTLHLVLRLRGG : chn 1 [Pred] --00000QBR00000000QBG0QAAAAAAAAAG0R00QABG0000RRG000QBG0QAABR000R00000000---- : chn 1 [Accu] --9999999699999999999999999999984689999999999899999779999899999999999969---- : chn 1 [Mult] --______________________________________________________________________---- : chn 1 [Comp] --______________________________F_______________________________________---- : chn 1 [Actu] --00000QBR00000000QBG0QAAAAAAAAA00R00QABG0000RRG000QBG0QAABR000R0000000000-- : chn 1 Statistics Success rate = 0.9583 (= #'_' / (#aa - #chn * 4)) : ./PDBdata/a_and_b_1ubq/pdb1ubq.code Extended success rate = 0.9583 (= (#'_' + #'c') / (#aa - #chn * 4)) : ./PDBdata/a_and_b_1ubq/pdb1ubq.code Coverage = 0.9722 (= (#aa - #'-') / (#aa - #chn * 4)) : ./PDBdata/a_and_b_1ubq/pdb1ubq.code Mult candidate rate = 0.0000 (= #'*' / (#aa - #chn * 4)) : ./PDBdata/a_and_b_1ubq/pdb1ubq.code Ave. accuracy = 0.9588 : ./PDBdata/a_and_b_1ubq/pdb1ubq.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.