【原创】python基于大数据现实双色球预测
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()
【原创】python基于大数据现实双色球预测的更多相关文章
- Python/Numpy大数据编程经验
Python/Numpy大数据编程经验 1.边处理边保存数据,不要处理完了一次性保存.不然程序跑了几小时甚至几天后挂了,就啥也没有了.即使部分结果不能实用,也可以分析程序流程的问题或者数据的特点. ...
- H2O是开源基于大数据的机器学习库包
H2O是开源基于大数据的机器学习库包 H2O能够让Hadoop做数学,H2O是基于大数据的 统计分析 机器学习和数学库包,让用户基于核心的数学积木搭建应用块代码,采取类似R语言 Excel或JSON等 ...
- 黑马基础阶段测试题：创建一个存储字符串的集合list，向list中添加以下字符串：”C++”、”Java”、” Python”、”大数据与云计算”。遍历集合，将长度小于5的字符串从集合中删除，删除成功后，打印集合中的所有元素
package com.swift; import java.util.ArrayList; import java.util.List; import java.util.ListIterator; ...
- 【Python开发】Python 适合大数据量的处理吗？
Python 适合大数据量的处理吗? python 能处理数据库中百万行级的数据吗? 处理大规模数据时有那些常用的python库,他们有什么优缺点?适用范围如何? 需要澄清两点之后才可以比较全面的看这 ...
- 为什么说Python 是大数据全栈式开发语言
欢迎大家访问我的个人网站<刘江的博客和教程>:www.liujiangblog.com 主要分享Python 及Django教程以及相关的博客 交流QQ群:453131687 原文链接 h ...
- 大数据征信的应用和启示：ZestFinance的基于大数据的信用评估技术
http://www.d1net.com/bigdata/news/325426.html 2014年11月,本文作者有机会和ZestFinance的创始人和首席执行官梅里尔(Douglas C.Me ...
- python学习--大数据与科学计算第三方库简介
大数据与科学计算 库名称 简介 pycuda/opencl GPU高性能并发计算 Pandas python实现的类似R语言的数据统计.分析平台.基于NumPy和Matplotlib开发的,主要用于 ...
- 深度剖析 | 基于大数据架构的BI应用
说起互联网.电商的数据分析,更多的是谈应用案例,如何去实践数据化管理运营.而这里,我们要从技术角度分享关于数据的技术架构干货,如何应用BI. 原文是云猴网BI总经理王卫东在帆软大数据上的演讲,以下是整 ...
- 菜鸟学python之大数据的初认识
这次作业的要求来自于:https://edu.cnblogs.com/campus/gzcc/GZCC-16SE1/homework/2639 1.这些分析所采用数据来源是什么? 国家数据库:中国铁路 ...
随机推荐
- java中集合类HashSet、ArrayList、LinkedList总结
[HashSet] 1. HashSet存储不能够存储相同的元素,元素是否相同的判断:重写元素的equals方法.equals方法和hashCode方法必须兼容,如:equals方法判断的是用户的名字 ...
- fio2.1.10--HOWTO
1.0 Overview and history ------------------------ fio was originally written to save me the hassl ...
- vue项目中操作PDF文件
以前从来没接触过前端要求显示PDF文件,一时之间有点懵逼,不知从哪下手啊... 无奈之下,去找度娘,方法还不少,iframe embed object这些标签就可以, 可是拿过来做个demo一试, ...
- MVC-HtmlHelper简单总结
Asp.Net MVC - Htmlhelper 总结 HtmlHelper是一个返回Html字符串的方法.返回的字符串可以是任意类型.例如你可以使用HtmlHelper方法返回一个标准的html标签 ...
- LINUX 笔记-cal 命令
显示当前月份日历 命令:cal 显示指定月份的日历 命令:cal 9 2012 显示2016年日历 命令:cal 2016
- Yii2之属性
一直以来,在我的理解中,类的成员变量和属性就是同一个东西,直到看了<深入理解Yii2.0>才明白,类的成员变量和属性其实不是同一个概念,成员变量是就类的结构构成而言的概念,而属性是就类的功 ...
- 阿里云ubuntu安装jdk8+mysql+tomcat
Mysql安装 使用apt-get安装 apt-get install mysql-server apt-get install mysql-client apt-get install libmys ...
- 通过Struts了解MVC框架，兼说如何在面试中利用Struts证明自己
虽然目前Struts MVC框架不怎么用了,但它确是个能帮助大家很好地入门Web MVC框架,而且,一些历史项目可能还用Struts,反正技多不压身,大家如果能在面试中通过项目证明自己Struts这块 ...
- TinyOS编程思想和Nesc基础语法
TinyOS操作系统由nesc语言写成,从程序员角度看,它的基本作用就是提供了一组API接口以及一些编程规则. 具体来说,基于nesc语言的TinyOS编程行为具有以下特点: a.兼容C语言:使用ne ...
- 基于HTML5 Canvas的3D动态Chart图表
发现现在工业SCADA上或者电信网管方面用图表的特别多,虽然绝大部分人在图表制作方面用的是echarts,他确实好用,但是有些时候我们不能调用别的插件,这个时候就得自己写这些美丽的图表了,然而图表轻易 ...