def find_impares_histogram_for_games(self):
impares_histogram = {}
for jogo in self.numpy_histjogos:
n_impares = jogos_functions.get_n_impares(jogo)
if impares_histogram.has_key(n_impares):
impares_histogram[n_impares] += 1
else:
impares_histogram[n_impares] = 1
return impares_histogram
def filter_within_n_impares(jogo, in_between):
'''
Metric 4: remainders (n_impares, remainder_n, column/line_pattern, column/line_drawing etc.)
Submetric: n_impares (0 to N_DEZENAS_SORTEADAS) within a min-max range
'''
n_impares = jogos_functions.get_n_impares(jogo)
if n_impares < in_between[0] or n_impares > in_between[1]:
return False
return True
def report(self):
print 'Reporting impares_histogram'
print self.impares_histogram
print 'Concurso After', self.concurso.nDoConc, self.concurso.get_dezenas()
n_impares = jogos_functions.get_n_impares(self.concurso.get_dezenas())
print 'n_impares', n_impares
print 'Reporting sum_histogram'
print self.sum_histogram
print 'Concurso After', self.concurso.nDoConc, self.concurso.get_dezenas()
print 'Soma', sum(self.concurso.get_dezenas())
print 'Reporting line_pattern_dict'
print self.line_pattern_dict
print 'Concurso After', self.concurso.nDoConc, self.concurso.get_dezenas()
line_pattern = jogos_functions.get_line_pattern(self.concurso.get_dezenas())
print 'line_pattern', line_pattern
print 'column_pattern_dict'
print self.column_pattern_dict
print 'Concurso After', self.concurso.nDoConc, self.concurso.get_dezenas()
column_pattern = jogos_functions.get_column_pattern(self.concurso.get_dezenas())
print 'column_pattern', column_pattern