def rule_even_by_odd(self):
"""
"""
for each in self.all_content:
even = 0
odd = 0
for el in each["Dozens"]:
if utils.isodd(int(el)):
odd += 1
else:
even += 1
self.even_odd['e' + str(even) + 'xo' + str(odd)].append(int(each['Number']))
def rule_even_by_odd(self):
"""
"""
for each in self.all_content:
even = 0
odd = 0
for el in each["Dozens"]:
if utils.isodd(int(el)):
odd += 1
else:
even += 1
if even == 0 and odd == 15:
self.even_odd["e0xo15"].append(int(each['Number']))
elif even == 1 and odd == 14:
self.even_odd["e1xo14"].append(int(each['Number']))
elif even == 2 and odd == 13:
self.even_odd["e2xo13"].append(int(each['Number']))
elif even == 3 and odd == 12:
self.even_odd["e3xo12"].append(int(each['Number']))
elif even == 4 and odd == 11:
self.even_odd["e4xo11"].append(int(each['Number']))
elif even == 5 and odd == 10:
self.even_odd["e5xo10"].append(int(each['Number']))
elif even == 6 and odd == 9:
self.even_odd["e6xo9"].append(int(each['Number']))
elif even == 7 and odd == 8:
self.even_odd["e7xo8"].append(int(each['Number']))
elif even == 8 and odd == 7:
self.even_odd["e8xo7"].append(int(each['Number']))
elif even == 9 and odd == 6:
self.even_odd["e9xo6"].append(int(each['Number']))
elif even == 10 and odd == 5:
self.even_odd["e10xo5"].append(int(each['Number']))
elif even == 11 and odd == 4:
self.even_odd["e11xo4"].append(int(each['Number']))
elif even == 12 and odd == 3:
self.even_odd["e12xo3"].append(int(each['Number']))
elif even == 13 and odd == 2:
self.even_odd["e13xo2"].append(int(each['Number']))
elif even == 14 and odd == 1:
self.even_odd["e14xo1"].append(int(each['Number']))
elif even == 15 and odd == 0:
self.even_odd["e15xo0"].append(int(each['Number']))
def _get_data(self, html):
parsedHtml = BeautifulSoup( html, convertEntities = BeautifulSoup.HTML_ENTITIES)
dark_row_list = parsedHtml.findAll('tr',{'class':'odd'})
light_row_list = parsedHtml.findAll('tr',{'class':'odd2'})
LEND = len(dark_row_list)
LENL = len(light_row_list)
TOT = LEND + LENL + 1
CD=0
CL=0
for i in range(1,TOT):
if utils.isodd(i):
self._extract_row_data(dark_row_list[CD])
CD=CD+1
else:
self._extract_row_data(light_row_list[CL])
CL=CL+1
return parsedHtml
def rule_even_by_odd(self):
"""
"""
for each in self.all_content:
even = 0
odd = 0
for el in each["Dozens"]:
if utils.isodd(int(el)):
odd += 1
else:
even += 1
if even == 0 and odd == 5:
self.even_odd["e0xo5"].append(int(each['Number']))
elif even == 1 and odd == 4:
self.even_odd["e1xo4"].append(int(each['Number']))
elif even == 2 and odd == 3:
self.even_odd["e2xo3"].append(int(each['Number']))
elif even == 3 and odd == 2:
self.even_odd["e3xo2"].append(int(each['Number']))
elif even == 4 and odd == 1:
self.even_odd["e4xo1"].append(int(each['Number']))
elif even == 5 and odd == 0:
self.even_odd["e5xo0"].append(int(each['Number']))
for ind in range(start, end):
result = sena.suggest_num(method='Score', for_print=False)
#result = sena.suggest_num(method='Most Recently', for_print=False)
#result = sena.suggest_num(method='Least Recently', for_print=False)
#um numero aleatorio a cada sorteio
#result = random_num()
par = 0
impar = 0
aux_list = []
for el in result:
if len(aux_list) >= 15:
break
if utils.isodd(int(el[0])):
if impar < 7:
aux_list.append(el)
impar += 1
elif not utils.isodd(int(el[0])):
if par < 8:
aux_list.append(el)
par += 1
result = aux_list[:15]
#result = result[:15]
for each in result:
(x,y) = each
suggested.append(x)
sena = SenaStats('./data/d_megasc.htm', ind)
def main():
suggested = []
start = 150
end = 2801
quina = QuinaStats('../data/D_QUINA.HTM', start - 1)
stat = {'0ac':0, '1ac':0, '2ac':0, '3ac':0, '4ac':0, '5ac':0}
if len(sys.argv) < 2 or sys.argv[1] not in ['score', 'most', 'least', 'rand_all', 'rand_one']:
print ('Usage : %s [score|most|least|rand_all|rand_one]' % (sys.argv[0],))
return 1
if sys.argv[1] == 'rand_one':
# um mesmo numero aleatorio para todos os sorteios
result = random_num()
method = None
if sys.argv[1] == 'score':
method = 'Score'
if sys.argv[1] == 'most':
method = 'Most Recently'
if sys.argv[1] == 'least':
method = 'Least Recently'
for ind in range(start, end):
if method:
result = quina.suggest_num(method, for_print=False)
par = 0
impar = 0
aux_list = []
start = 0
finished = False
while not finished:
for el in result[start:]:
start += 1
if len(aux_list) >= 7:
break
if utils.isodd(int(el[0])):
if impar < 3:
aux_list.append(int(el[0]))
impar += 1
elif not utils.isodd(int(el[0])):
if par < 4:
aux_list.append(int(el[0]))
par += 1
if sum(aux_list) < 196:
menor = min(aux_list)
aux_list.remove(menor)
if utils.isodd(menor):
impar -= 1
else:
par -= 1
elif sum(aux_list) > 380:
maior = max(aux_list)
aux_list.remove(maior)
if utils.isodd(maior):
impar -= 1
else:
par -= 1
else:
finished = True
result = aux_list[:7]
elif sys.argv[1] == 'rand_all':
result = random_num()
result = result[:7]
else:
result = result[:7]
for each in result:
suggested.append(each)
quina = QuinaStats('../data/D_QUINA.HTM', ind)
dozens = quina.all_content[-1]['Dozens']
doz_aux = []
num_acertos = 0
for doz_elem in dozens:
if int(doz_elem) in suggested:
doz_aux.append(doz_elem)
num_acertos += 1
if num_acertos == 0 : stat['0ac'] += 1
elif num_acertos == 1 : stat['1ac'] += 1
elif num_acertos == 2 : stat['2ac'] += 1
elif num_acertos == 3 : stat['3ac'] += 1
elif num_acertos == 4 : stat['4ac'] += 1
elif num_acertos == 5 : stat['5ac'] += 1
both_value = (sorted(suggested), doz_aux)
print (both_value)
suggested = []
print(stat)
