Results from AQUA
Extraction of data from RDB file 'AquaLacc_xtst.rdb'
RDB header
# Perl-RDB
#
# PROGRAM AQUA
# DATE file generated on Wed May 1 0:24:55 CET 1996
#
# RESULTS FOR LIST: RANK vs. ACCURACY/COVERAGE
#
# OVERALL SCORES:
# nPairs 4
# nPred 4
# nTrue 2
# rankFst 1
# rankAcc 50
# rankCov 100
# rankFaTb 2
# zHisto 3 , 2
# zNocc 4 , 4
# zNcor 2 , 2
# zAcc 50 , 50
# zCov 100 , 100
#
# NOTATION OVERALL SCORES:
# nPairs number of pairs in predicted alignment
# nPred number of predicted pairs included in analysis
# (i.e. not found in Exclude set, zscore, and length ok asf.)
# nTrue number of pairs in true alignment that were not excluded
# (i.e. found in Search set NOT found in Exclude set, zscore ok asf.)
# rankFst rank of first correct hit
# rankAcc 100 * (number of correct hits/number of hits)
# note: appropriately changed if Exclude and Search set given!
# rankCov 100 * (number of correct hits/number of true hits)
# note: appropriately changed if Exclude and Search set given!
# rank50 rank at which number of correct hits equals number of false hits
# rankFaTb rank at which number of false positive hits above this rank (fA)
# equals the number of correct hits below this rank (tB)
# zHisto intervals for z-dependent rank analysis
# (take all pairs i with z(i) > zHisto)
# zNocc number of pairs with z(i) > zHisto
# zNcor number of correctly predicted pairs with z(i) > zHisto
# zAcc z-dependent accuracy = 100 * (zNcor/zNocc)
# zCov z-dependent coverage = 100 * (zNcor/[min(nTrue,zNocc)])
# shiftAcc AQUAshift accuracy (see below) for first correct hit
# shiftCov AQUAshift coverage (see below) for first correct hit
# shiftPide AQUAshift percentage identity (see below) for first correct hit
#
#
# NOTATION RANK ANALYSIS:
# rankAqua rank in analysis (skipping pairs that were excluded)
# listNcor cumulative number of correctly predicted pairs at given rank
# ok =1, hit was found in true alignment
# listAcc accuracy = 100 * (listNcor/rankAqua)
# listCov coverage = 100 * (listNcor/[min(nTrue,rankAqua)])
#
RDB table