def generate(self):
gencounter = 0; expected = 1634688
for wpattern in self.wpattern_list:
array = [int(c) for c in wpattern]
workSetList = zip(self.tilr.tilrsets, array)
# print 'workSetList', workSetList
sc = SetsCombiner()
for workSet in workSetList:
n_elems_in_the_slots = workSet[1]
if n_elems_in_the_slots == 0:
continue
sc.addSetWithQuantities(workSet)
for self.combined in sc.next_combination():
gencounter+=1
self.save(self.combined)
# print gencounter, self.combined
print 'gencounter', gencounter, 'expected', expected
def generate(wpattern):
global all_generated
pattern_list = map(int, wpattern)
print wpattern, pattern_list
# dozens_thru_slots = map(tilr.get_dozens_in_slot_n, xrange(n_slots))
# print 'dozens_thru_slots', dozens_thru_slots
combiner = SetsCombiner()
for slot_n in xrange(n_slots):
quantity = pattern_list[slot_n]
if quantity == 0:
continue
dozens = tilr.get_dozens_in_slot_n(slot_n)
workSetWithQuantity = (dozens, quantity)
print 'Adding workSetWithQuantity', workSetWithQuantity
combiner.addSetWithQuantities(workSetWithQuantity)
total_combinations = combiner.get_total_combinations()
all_generated += total_combinations
print 'total_combinations', total_combinations
# sys.exit(0)
for i, jogo in enumerate(combiner.next_combination()):
jogo.sort()
print all_generated, i, 'combining', convert_intlist_to_spaced_zfillstr(jogo)
def adhoc_test2(): sc = SetsCombiner() sc.addSetWithQuantities(([1,2,3],2)) sc.addSetWithQuantities(([4,5,6],2)) sc.combineSets() print sc.getAllCombinationsAfterCombine()