def checkApostasFileThruFilters():
nOfLastJogo = Sena.getNOfLastJogo()
filePath = '../Apostas/apostas-%04d.txt' %(nOfLastJogo)
fileIn = open(filePath)
line = fileIn.readline(); c=0; falsesDict = {}; nOfOks = 0
while line:
dezenas = volantePrintingFunctions.transformLineToDezenasList(line)
if dezenas != None:
c+=1
jogo = Sena.Jogo(-c)
jogo.setDezenas(dezenas)
resp, cod = filters.passThruFilters(jogo)
dezenasStrList = map(tmpF, dezenas)
dezenasStr = ' '.join(dezenasStrList)
print dezenasStr,
if not resp:
print 'fail pass', cod, filters.getMessageStrFromFilterReturnNumberCode(cod)
else:
nOfOks += 1
print 'ok'
if not resp:
try:
falsesDict[cod] += 1
except KeyError:
falsesDict[cod] = 1
line = fileIn.readline()
cods = falsesDict.keys()
cods.sort()
print '='*40
print 'Histogram for falses from filters:'
print '='*40
for cod in cods:
print '%2dx %d:%s' %(falsesDict[cod],cod, filters.getMessageStrFromFilterReturnNumberCode(cod))
print '-'*40
percentOfOks = nOfOks * 100 / (0.0 + c)
print 'Total', c, ':: ok/total = %5.2f' %(percentOfOks), '%'
def guaranteeOneQuadPerVolant(apostaFilename):
apostaFile = open(apostaFilename)
line = apostaFile.readline(); allDezenas = []; nOfLines = 0
print 'Reading lines:',
while line:
dezenas = vpf.transformLineToDezenasList(line)
if dezenas == None:
line = apostaFile.readline()
continue
nOfLines += 1
allDezenas.append(dezenas)
line = apostaFile.readline()
print nOfLines
iList = []; dictQuadClash = {}; allQuadrasDict = {}
for i in range(len(allDezenas)):
dictQuadClash[i] = {}
quadrasI = eph.getQuadrasFromDezenasList(allDezenas[i])
for quadra in quadrasI:
# lgi is LexicoGraphical Index
# lgi = combinadics.findIndexFromCombination(quadra, 4)
quadraStrList = map(eph.tmpF, quadra)
quadraStr = ' '.join(quadraStrList)
if quadraStr in allQuadrasDict.keys():
print 'quadraStr', quadraStr, 'REPEATED at jogo', i
allQuadrasDict[quadraStr]=1
for i in range(len(allDezenas)-1):
dezenasI = allDezenas[i]
quadrasI = eph.getQuadrasFromDezenasList(dezenasI)
print 'Dezenas', dezenasI
print 'Quadras', quadrasI
for j in range(i+1,len(allDezenas)):
dezenasJ = allDezenas[j]
quadrasJ = eph.getQuadrasFromDezenasList(dezenasJ)
for quadraJ in quadrasJ:
if quadraJ in quadrasI:
dictQuadI = dictQuadClash[i]
if j in dictQuadI.keys():
quant = dictQuadI[j]
dictQuadI[j] = quant + 1
else:
dictQuadI[j]=1
dictQuadJ = dictQuadClash[j]
if i in dictQuadJ.keys():
quant = dictQuadJ[i]
dictQuadJ[i] = quant + 1
else:
dictQuadJ[i]=1
for i in range(len(allDezenas)):
dictQuadI = dictQuadClash[i]
print i+1, '=', dictQuadI
# all quadras
allQuadras = allQuadrasDict.keys()
allQuadras.sort()
for quadraStr in allQuadras:
print quadraStr
print 'total allQuadras', len(allQuadras)
print 'total allDezenas', len(allDezenas)
print '15 quadras por dezenas = ', 15 * len(allDezenas)