前提准备：利用sql筛选出每个球出现概率最高的前5个数
原理：先爬出所有的历史数据，然后模拟摇奖机出球的机制并大量模拟计算，直到出现列表中的某一个数后即停
注意事项：由于计算过程数据量很大，需要加入内存释放的操作
成果：目前博主最好记录是中了3红1蓝，适合学习交流使用，信则有
#coding=utf-8
import random
import time
import gc
import datetime
from collections import Counter
try:
dt = datetime.datetime.now()
time.sleep(1)
print u'程序启动时间:'+dt.strftime('%Y-%m-%d %H:%M:%S')
time.sleep(2)
print u'程序正在计算......'
real_red_1 = [1, 2, 3, 4, 5]
real_red_2 = [7, 8, 6, 9, 5]
real_red_3 = [14, 11, 13, 16, 12]
real_red_4 = [20, 17, 22, 23, 18]
real_red_5 = [26, 27, 25, 28, 24]
real_red_6 = [32, 33, 31, 30, 29]
real_blue = [9, 12, 11, 14, 6,13,7,15]
def num_red_1():
i = 0
numlist_1 = []
numlist_2 = []
numlist_3 = []
numlist_4 = []
numlist_5 = []
while i < 10000:
i = i + 1
numlist_1.append(random.randint(1, 33))
gc.collect()
numlist_2.append(random.randint(1, 33))
gc.collect()
numlist_3.append(random.randint(1, 33))
gc.collect()
numlist_4.append(random.randint(1, 33))
gc.collect()
numlist_5.append(random.randint(1, 33))
global numlist
numlist = numlist_1 + numlist_2 + numlist_3 + numlist_4 + numlist_5
numpercent = {}
for d in set(numlist):
numpercent[numlist.count(d)] = d
for e in reversed(sorted(numpercent.keys())[-1:]):
return numpercent[e]
while True:
for i in range(10000):
num_red_1()
bingonum_red_1 = num_red_1()
if bingonum_red_1 not in real_red_1:
continue
c = Counter(numlist)
# print c[bingonum_red_1]
if bingonum_red_1 == 1:
numberA = c[bingonum_red_1]/float(50000)
numberB = 384/float(2004)
# print numberA
# print numberB
# print '%.2f%%'%(numberA / numberB*100)
print u'一号红球预测完成' + ' ' + u'号码:' + str(bingonum_red_1) + ' ' + u'中奖概率' + str(
'%.2f%%' % (numberB*(1+numberA)*100))
elif bingonum_red_1 == 2:
numberA = c[bingonum_red_1]/float(50000)
numberB = 307/float(2004)
print u'一号红球预测完成' + ' ' + u'号码:' + str(bingonum_red_1) + ' ' + u'中奖概率' + str(
'%.2f%%' % (numberB*(1+numberA)*100))
elif bingonum_red_1 == 3:
numberA = c[bingonum_red_1]/float(50000)
numberB = 255/float(2004)
print u'一号红球预测完成' + ' ' + u'号码:' + str(bingonum_red_1) + ' ' + u'中奖概率' + str(
'%.2f%%' % (numberB*(1+numberA)*100))
elif bingonum_red_1 == 4:
numberA = c[bingonum_red_1]/float(50000)
numberB = 209/float(2004)
print u'一号红球预测完成' + ' ' + u'号码:' + str(bingonum_red_1) + ' ' + u'中奖概率' + str(
'%.2f%%' % (numberB*(1+numberA)*100))
else:
numberA = c[bingonum_red_1]/float(50000)
numberB = 175/float(2004)
print u'一号红球预测完成' + ' ' + u'号码:' + str(bingonum_red_1) + ' ' + u'中奖概率' + str(
'%.2f%%' % (numberB*(1+numberA)*100))
break
break
time.sleep(5)
def num_red_2():
i = 0
numlist_1 = []
numlist_2 = []
numlist_3 = []
numlist_4 = []
numlist_5 = []
while i < 10000:
i = i + 1
numlist_1.append(random.randint(1, 33))
gc.collect()
numlist_2.append(random.randint(1, 33))
gc.collect()
numlist_3.append(random.randint(1, 33))
gc.collect()
numlist_4.append(random.randint(1, 33))
gc.collect()
numlist_5.append(random.randint(1, 33))
global numlist
numlist = numlist_1 + numlist_2 + numlist_3 + numlist_4 + numlist_5
numpercent = {}
for d in set(numlist):
numpercent[numlist.count(d)] = d
for e in reversed(sorted(numpercent.keys())[-1:]):
return numpercent[e]
while True:
for i in range(10000):
num_red_2()
bingonum_red_2 = num_red_2()
if bingonum_red_2 not in real_red_2:
continue
c = Counter(numlist)
if bingonum_red_2 == 7:
numberA = c[bingonum_red_2]/float(50000)
numberB = 181/float(2004)
print u'二号红球预测完成' + ' ' + u'号码:' + str(bingonum_red_2) + ' ' + u'中奖概率' + str(
'%.2f%%' % (numberB*(1+numberA)*100))
elif bingonum_red_2 == 8:
numberA = c[bingonum_red_2]/float(50000)
numberB = 168/float(2004)
print u'二号红球预测完成' + ' ' + u'号码:' + str(bingonum_red_2) + ' ' + u'中奖概率' + str(
'%.2f%%' % (numberB*(1+numberA)*100))
elif bingonum_red_2 == 6:
numberA = c[bingonum_red_2]/float(50000)
numberB = 160/float(2004)
print u'二号红球预测完成' + ' ' + u'号码:' + str(bingonum_red_2) + ' ' + u'中奖概率' + str(
'%.2f%%' % (numberB*(1+numberA)*100))
elif bingonum_red_2 == 9:
numberA = c[bingonum_red_2]/float(50000)
numberB = 140/float(2004)
print u'二号红球预测完成' + ' ' + u'号码:' + str(bingonum_red_2) + ' ' + u'中奖概率' + str(
'%.2f%%' % (numberB*(1+numberA)*100))
else:
numberA = c[bingonum_red_2]/float(50000)
numberB = 140/float(2004)
print u'二号红球预测完成' + ' ' + u'号码:' + str(bingonum_red_2) + ' ' + u'中奖概率' + str(
'%.2f%%' % (numberB*(1+numberA)*100))
break
break
time.sleep(5)
def num_red_3():
i = 0
numlist_1 = []
numlist_2 = []
numlist_3 = []
numlist_4 = []
numlist_5 = []
while i < 10000:
i = i + 1
numlist_1.append(random.randint(1, 33))
gc.collect()
numlist_2.append(random.randint(1, 33))
gc.collect()
numlist_3.append(random.randint(1, 33))
gc.collect()
numlist_4.append(random.randint(1, 33))
gc.collect()
numlist_5.append(random.randint(1, 33))
global numlist
numlist = numlist_1 + numlist_2 + numlist_3 + numlist_4 + numlist_5
numpercent = {}
for d in set(numlist):
numpercent[numlist.count(d)] = d
for e in reversed(sorted(numpercent.keys())[-1:]):
return numpercent[e]
while True:
for i in range(10000):
num_red_3()
bingonum_red_3 = num_red_3()
if bingonum_red_3 not in real_red_3:
continue
c = Counter(numlist)
if bingonum_red_3 == 14:
numberA = c[bingonum_red_3]/float(50000)
numberB = 147/float(2004)
print u'三号红球预测完成' + ' ' + u'号码:' + str(bingonum_red_3) + ' ' + u'中奖概率' + str(
'%.2f%%' % (numberB*(1+numberA)*100))
elif bingonum_red_3 == 11:
numberA = c[bingonum_red_3]/float(50000)
numberB = 136/float(2004)
print u'三号红球预测完成' + ' ' + u'号码:' + str(bingonum_red_3) + ' ' + u'中奖概率' + str(
'%.2f%%' % (numberB*(1+numberA)*100))
elif bingonum_red_3 == 13:
numberA = c[bingonum_red_3]/float(50000)
numberB = 129/float(2004)
print u'三号红球预测完成' + ' ' + u'号码:' + str(bingonum_red_3) + ' ' + u'中奖概率' + str(
'%.2f%%' % (numberB*(1+numberA)*100))
elif bingonum_red_3 == 16:
numberA = c[bingonum_red_3]/float(50000)
numberB = 128/float(2004)
print u'三号红球预测完成' + ' ' + u'号码:' + str(bingonum_red_3) + ' ' + u'中奖概率' + str(
'%.2f%%' % (numberB*(1+numberA)*100))
else:
numberA = c[bingonum_red_3]/float(50000)
numberB = 125/float(2004)
print u'三号红球预测完成' + ' ' + u'号码:' + str(bingonum_red_3) + ' ' + u'中奖概率' + str(
'%.2f%%' % (numberB*(1+numberA)*100))
break
break
time.sleep(5)
def num_red_4():
i = 0
numlist_1 = []
numlist_2 = []
numlist_3 = []
numlist_4 = []
numlist_5 = []
while i < 10000:
i = i + 1
numlist_1.append(random.randint(1, 33))
gc.collect()
numlist_2.append(random.randint(1, 33))
gc.collect()
numlist_3.append(random.randint(1, 33))
gc.collect()
numlist_4.append(random.randint(1, 33))
gc.collect()
numlist_5.append(random.randint(1, 33))
global numlist
numlist = numlist_1 + numlist_2 + numlist_3 + numlist_4 + numlist_5
numpercent = {}
for d in set(numlist):
numpercent[numlist.count(d)] = d
for e in reversed(sorted(numpercent.keys())[-1:]):
return numpercent[e]
while True:
for i in range(10000):
num_red_4()
bingonum_red_4 = num_red_4()
if bingonum_red_4 not in real_red_4:
continue
c = Counter(numlist)
if bingonum_red_4 == 20:
numberA = c[bingonum_red_4]/float(50000)
numberB = 147/float(2004)
print u'四号红球预测完成' + ' ' + u'号码:' + str(bingonum_red_4) + ' ' + u'中奖概率' + str(
'%.2f%%' % (numberB*(1+numberA)*100))
elif bingonum_red_4 == 17:
numberA = c[bingonum_red_4]/float(50000)
numberB = 146/float(2004)
print u'四号红球预测完成' + ' ' + u'号码:' + str(bingonum_red_4) + ' ' + u'中奖概率' + str(
'%.2f%%' % (numberB*(1+numberA)*100))
elif bingonum_red_4 == 22:
numberA = c[bingonum_red_4]/float(50000)
numberB = 144/float(2004)
print u'四号红球预测完成' + ' ' + u'号码:' + str(bingonum_red_4) + ' ' + u'中奖概率' + str(
'%.2f%%' % (numberB*(1+numberA)*100))
elif bingonum_red_4 == 23:
numberA = c[bingonum_red_4]/float(50000)
numberB = 132/float(2004)
print u'四号红球预测完成' + ' ' + u'号码:' + str(bingonum_red_4) + ' ' + u'中奖概率' + str(
'%.2f%%' % (numberB*(1+numberA)*100))
else:
numberA = c[bingonum_red_4]/float(50000)
numberB = 129/float(2004)
print u'四号红球预测完成' + ' ' + u'号码:' + str(bingonum_red_4) + ' ' + u'中奖概率' + str(
'%.2f%%' % (numberB*(1+numberA)*100))
break
break
time.sleep(5)
def num_red_5():
i = 0
numlist_1 = []
numlist_2 = []
numlist_3 = []
numlist_4 = []
numlist_5 = []
while i < 10000:
i = i + 1
numlist_1.append(random.randint(1, 33))
gc.collect()
numlist_2.append(random.randint(1, 33))
gc.collect()
numlist_3.append(random.randint(1, 33))
gc.collect()
numlist_4.append(random.randint(1, 33))
gc.collect()
numlist_5.append(random.randint(1, 33))
global numlist
numlist = numlist_1 + numlist_2 + numlist_3 + numlist_4 + numlist_5
numpercent = {}
for d in set(numlist):
numpercent[numlist.count(d)] = d
for e in reversed(sorted(numpercent.keys())[-1:]):
return numpercent[e]
while True:
for i in range(10000):
num_red_5()
bingonum_red_5 = num_red_5()
if bingonum_red_5 not in real_red_5:
continue
c = Counter(numlist)
if bingonum_red_5 == 26:
numberA = c[bingonum_red_5]/float(50000)
numberB = 173/float(2004)
print u'五号红球预测完成' + ' ' + u'号码:' + str(bingonum_red_5) + ' ' + u'中奖概率' + str(
'%.2f%%' % (numberB*(1+numberA)*100))
elif bingonum_red_5 == 27:
numberA = c[bingonum_red_5]/float(50000)
numberB = 167/float(2004)
print u'五号红球预测完成' + ' ' + u'号码:' + str(bingonum_red_5) + ' ' + u'中奖概率' + str(
'%.2f%%' % (numberB*(1+numberA)*100))
elif bingonum_red_5 == 25:
numberA = c[bingonum_red_5]/float(50000)
numberB = 164/float(2004)
print u'五号红球预测完成' + ' ' + u'号码:' + str(bingonum_red_5) + ' ' + u'中奖概率' + str(
'%.2f%%' % (numberB*(1+numberA)*100))
elif bingonum_red_5 == 28:
numberA = c[bingonum_red_5]/float(50000)
numberB = 160/float(2004)
print u'五号红球预测完成' + ' ' + u'号码:' + str(bingonum_red_5) + ' ' + u'中奖概率' + str(
'%.2f%%' % (numberB*(1+numberA)*100))
else:
numberA = c[bingonum_red_5]/float(50000)
numberB = 133/float(2004)
print u'五号红球预测完成' + ' ' + u'号码:' + str(bingonum_red_5) + ' ' + u'中奖概率' + str(
'%.2f%%' % (numberB*(1+numberA)*100))
break
break
time.sleep(5)
def num_red_6():
i = 0
numlist_1 = []
numlist_2 = []
numlist_3 = []
numlist_4 = []
numlist_5 = []
while i < 10000:
i = i + 1
numlist_1.append(random.randint(1, 33))
gc.collect()
numlist_2.append(random.randint(1, 33))
gc.collect()
numlist_3.append(random.randint(1, 33))
gc.collect()
numlist_4.append(random.randint(1, 33))
gc.collect()
numlist_5.append(random.randint(1, 33))
global numlist
numlist = numlist_1 + numlist_2 + numlist_3 + numlist_4 + numlist_5
numpercent = {}
for d in set(numlist):
numpercent[numlist.count(d)] = d
for e in reversed(sorted(numpercent.keys())[-1:]):
return numpercent[e]
while True:
for i in range(10000):
num_red_6()
bingonum_red_6 = num_red_6()
if bingonum_red_6 not in real_red_6:
continue
c = Counter(numlist)
if bingonum_red_6 == 32:
numberA = c[bingonum_red_6]/float(50000)
numberB = 309/float(2004)
print u'六号红球预测完成' + ' ' + u'号码:' + str(bingonum_red_6) + ' ' + u'中奖概率' + str(
'%.2f%%' % (numberB*(1+numberA)*100))
elif bingonum_red_6 == 33:
numberA = c[bingonum_red_6]/float(50000)
numberB = 307/float(2004)
print u'六号红球预测完成' + ' ' + u'号码:' + str(bingonum_red_6) + ' ' + u'中奖概率' + str(
'%.2f%%' % (numberB*(1+numberA)*100))
elif bingonum_red_6 == 31:
numberA = c[bingonum_red_6]/float(50000)
numberB = 249/float(2004)
print u'六号红球预测完成' + ' ' + u'号码:' + str(bingonum_red_6) + ' ' + u'中奖概率' + str(
'%.2f%%' % (numberB*(1+numberA)*100))
elif bingonum_red_6 == 30:
numberA = c[bingonum_red_6]/float(50000)
numberB = 221/float(2004)
print u'六号红球预测完成' + ' ' + u'号码:' + str(bingonum_red_6) + ' ' + u'中奖概率' + str(
'%.2f%%' % (numberB*(1+numberA)*100))
else:
numberA = c[bingonum_red_6]/float(50000)
numberB = 202/float(2004)
print u'六号红球预测完成' + ' ' + u'号码:' + str(bingonum_red_6) + ' ' + u'中奖概率' + str(
'%.2f%%' % (numberB*(1+numberA)*100))
break
break
time.sleep(5)
def num_blue():
i = 0
numlist_1 = []
numlist_2 = []
numlist_3 = []
numlist_4 = []
numlist_5 = []
while i < 10000:
i = i + 1
numlist_1.append(random.randint(1, 16))
gc.collect()
numlist_2.append(random.randint(1, 16))
gc.collect()
numlist_3.append(random.randint(1, 16))
gc.collect()
numlist_4.append(random.randint(1, 16))
gc.collect()
numlist_5.append(random.randint(1, 16))
global numlist
numlist = numlist_1 + numlist_2 + numlist_3 + numlist_4 + numlist_5
numpercent = {}
for d in set(numlist):
numpercent[numlist.count(d)] = d
for e in reversed(sorted(numpercent.keys())[-1:]):
return numpercent[e]
while True:
for i in range(10000):
num_blue()
bingonum_blue = num_blue()
if bingonum_blue not in real_blue:
continue
c = Counter(numlist)
if bingonum_blue == 9:
numberA = c[bingonum_blue]/float(50000)
numberB = 140/float(2004)
print u'蓝球预测完成' + ' ' + u'号码:' + str(bingonum_blue) + ' ' + u'中奖概率' + str(
'%.2f%%' % (numberB*(1+numberA)*100))
elif bingonum_blue == 12:
numberA = c[bingonum_blue]/float(50000)
numberB = 136/float(2004)
print u'蓝球预测完成' + ' ' + u'号码:' + str(bingonum_blue) + ' ' + u'中奖概率' + str(
'%.2f%%' % (numberB*(1+numberA)*100))
elif bingonum_blue == 11:
numberA = c[bingonum_blue]/float(50000)
numberB = 135/float(2004)
print u'蓝球预测完成' + ' ' + u'号码:' + str(bingonum_blue) + ' ' + u'中奖概率' + str(
'%.2f%%' % (numberB*(1+numberA)*100))
elif bingonum_blue == 14:
numberA = c[bingonum_blue]/float(50000)
numberB = 130/float(2004)
print u'蓝球预测完成' + ' ' + u'号码:' + str(bingonum_blue) + ' ' + u'中奖概率' + str(
'%.2f%%' % (numberB*(1+numberA)*100))
elif bingonum_blue == 6:
numberA = c[bingonum_blue]/float(50000)
numberB = 129/float(2004)
print u'蓝球预测完成' + ' ' + u'号码:' + str(bingonum_blue) + ' ' + u'中奖概率' + str(
'%.2f%%' % (numberB*(1+numberA)*100))
elif bingonum_blue == 13:
numberA = c[bingonum_blue]/float(50000)
numberB = 129/float(2004)
print u'蓝球预测完成' + ' ' + u'号码:' + str(bingonum_blue) + ' ' + u'中奖概率' + str(
'%.2f%%' % (numberB*(1+numberA)*100))
elif bingonum_blue == 7:
numberA = c[bingonum_blue]/float(50000)
numberB = 128/float(2004)
print u'蓝球预测完成' + ' ' + u'号码:' + str(bingonum_blue) + ' ' + u'中奖概率' + str(
'%.2f%%' % (numberB*(1+numberA)*100))
else:
numberA = c[bingonum_blue]/float(50000)
numberB = 128/float(2004)
print u'蓝球预测完成' + ' ' + u'号码:' + str(bingonum_blue) + ' ' + u'中奖概率' + str(
'%.2f%%' % (numberB*(1+numberA)*100))
break
break
finally:
raw_input()