#!/usr/bin/python
# -*- coding: utf-8 -*-
import sys, pickle, key_vote_lib, math
hands = key_vote_lib.chooseKbd()
scores = {}
ratios = []
for fName in sys.argv[1:] :
f = file( fName )
results = pickle.load( f )
if isinstance( results, tuple ):
results = key_vote_lib.computeMachs( results )
key_vote_lib.countLost( results, scores )
# for the individual ratios
ratios.append( key_vote_lib.computeScores( key_vote_lib.countLost( results ) ) )
f.close()
ratio = key_vote_lib.computeScores( scores )
sigma = {}
total = 0
for k in ratio.keys() :
sum2 = 0
for r in ratios :
#!/usr/bin/python
# -*- coding: utf-8 -*-
import sys, pickle, key_vote_lib
hands = key_vote_lib.chooseKbd()
scores = {}
nbOfVotes = 0
for fName in sys.argv[2:] :
f = file( fName )
results = pickle.load( f )
if isinstance( results, tuple ):
results = key_vote_lib.computeMachs( results )
key_vote_lib.countLost( results, scores )
nbOfVotes += len( results )
f.close()
ratio = key_vote_lib.computeScores( scores )
# load the results to compare to the mean
singleResults = pickle.load( file( sys.argv[1] ) )
if isinstance( singleResults, tuple ):
singleResults = key_vote_lib.computeMachs( singleResults )
singleScores = key_vote_lib.countLost( singleResults )
singleRatio = key_vote_lib.computeScores( singleScores )
