def __init__(self): self.wpattern_histogram = Dict2() self.concurso = ConcursoBase() self.n_slots = 5 tildefiner = TilDefiner(self.n_slots, self.concurso.N_DE_DEZENAS) self.tilprodbyNBase = TilProducerByNumberBase(tildefiner) self.run_history() self.summarize()
class TilRAnalyzer(object):
def __init__(self):
self.wpattern_histogram = Dict2()
self.concurso = ConcursoBase()
self.n_slots = 5
tildefiner = TilDefiner(self.n_slots, self.concurso.N_DE_DEZENAS)
self.tilprodbyNBase = TilProducerByNumberBase(tildefiner)
self.run_history()
self.summarize()
def run_history(self):
for nDoConc in xrange(1301, self.concurso.get_total_concursos()+1):
concurso = self.concurso.get_concurso_by_nDoConc(nDoConc)
tilrobj = TilR(self.n_slots, concurso)
wpatt = tilrobj.get_wpattern()
wpatt_index = self.tilprodbyNBase.index(wpatt)
print concurso, wpatt
self.wpattern_histogram.add1_or_set1_to_key((wpatt_index, wpatt))
def summarize(self):
to_unpack = self.wpattern_histogram.items()
index_and_pattern_tuple_list, n_occurrences = zip(*to_unpack )
index_list, pattern_list = zip(*index_and_pattern_tuple_list)
triple_list = zip(index_list, pattern_list, n_occurrences)
triple_list.sort( key = lambda x : x[2])
triple_list.reverse()
n_last_index = self.tilprodbyNBase.get_total() - 1
for triple in triple_list:
wpattern = triple[1]
self.tilprodbyNBase.move_to_wpattern(wpattern)
n_combinations = self.tilprodbyNBase.get_n_combinations(self.concurso)
print triple, n_combinations
print len(self.wpattern_histogram)
print 'not happened'; c=0
for index in xrange(n_last_index + 1):
if index not in index_list:
c+=1
print '>>>%d' %c, index, self.tilprodbyNBase.at(index), '::',