1. 猜數(shù)字

代碼1:

#!usr/bin/env python
# _*_ coding:utf-8 _*_
# @Author   : TianYu
# @Time     : 2017/9/18 19:39
# @File     : 草稿本.py
import random
s = int(random.uniform(1,10))#隨機生成下一個實數(shù),它在[a,b]范圍內(nèi)(左閉右開)
m = int(input("請輸入整數(shù)："))
while m != s:
    if m > s:
        print("數(shù)太大了")
        m = int(input("請輸入整數(shù)："))
    if m < s:
        print("數(shù)太小了")
        m = int(input("請輸入整數(shù)："))
    if m == s:
        print("你猜對了")
        break

代碼2：

import random
import math
a=random.random() #生成一個（0~1）之間的隨機數(shù)
b=math.floor(a*100+1)#floor又兵，浮點數(shù)的地板，即求一個最接近它的整數(shù)薄翅，它的值小于或等于這個浮點數(shù)钮追。
#print(b)
flag=True
while(flag):
    c = float(input("輸出一個數(shù)："))
    if b==c:
        print('你猜對了')
        flag=False
    elif b>c:
        print('數(shù)太小')
    else:
        print('數(shù)太大了')

2. 猜拳游戲

代碼：

#!usr/bin/env python3
# _*_ coding:utf-8 _*_
# @Author   : TianYu
# @Time     : 2017/9/18 19:39
# @File     : 草稿本.py
import random
while 1:
    s = int(random.randint(1, 3))
    if s == 1:
        ind = "石頭"
    elif s == 2:
        ind = "剪子"
    elif s == 3:
        ind = "布"
    m = input('輸入 石頭宦搬、剪子沈自、布,輸入"end"結(jié)束游戲:')
    blist = ['石頭', "剪子", "布"]
    if (m not in blist) and (m != 'end'):
        print ("輸入錯誤邻奠，請重新輸入笤喳！")
    elif (m not in blist) and (m == 'end'):
        print ("\n游戲退出中...")
        break
    elif m == ind :
        print ("電腦出了： " + ind + "，平局碌宴！")
    elif (m == '石頭' and ind =='剪子') or (m == '剪子' and ind =='布') or (m == '布' and ind =='石頭'):
        print ("電腦出了： " + ind +"杀狡，你贏了！")
    elif (m == '石頭' and ind =='布') or (m == '剪子' and ind =='石頭') or (m == '布' and ind =='剪子'):
        print ("電腦出了： " + ind +"贰镣，你輸了呜象！")

搖骰子游戲

代碼：

import random
import sys
import time

result = []
#程序一直運行，需手動結(jié)束
while True:
    result.append(int(random.uniform(1,7)))#模擬投骰子碑隆，隨機生成1-6中的一個數(shù)
    result.append(int(random.uniform(1,7)))
    result.append(int(random.uniform(1,7)))
    print (result)
    count = 0
    index = 2
    pointStr = ""
    while index >= 0:
        currPoint = result[index]
        count += currPoint
        index -= 1
        pointStr += " "
        pointStr += str(currPoint)
    if count <= 11:
        sys.stdout.write(pointStr + " -> " + "小" + "\n")
        time.sleep( 1 )   # 睡眠一秒
    else:
        sys.stdout.write(pointStr + " -> " + "大" + "\n")
        time.sleep( 1 )   # 睡眠一秒
    result = []

十進制轉(zhuǎn)換為二進制

代碼：

import sys
denum = int(input("輸入十進制數(shù):"))
print("輸入的十進制數(shù)為：\n",denum)
binnum = []#用來存放二進制位
# 二進制數(shù)
while denum > 0:
    binnum.append(str(denum % 2)) # 棧壓入
    denum //= 2
print("轉(zhuǎn)換為二進制為：")
while len(binnum)>0:
    sys.stdout.write( binnum.pop()) # 無空格輸出二進制數(shù)

九九乘法表

代碼1.

for a in range(1,10):
     for b in range(1,a+1):
         print("%d*%d=%2d" % (a,b,a*b),end=' ')
     print('')

代碼2.

#輸出樣式多樣
for a in range(10):
    s = ""
    for b in range(1,a+1):
        s += str(a)+ "*" + str(b) + "="+ str(a*b) + " "
    #print(s)
    print(s.center(69," "))# 居中
    #print(s.ljust(69," ")) # 左對齊
    # print(s.rjust(69," "))# 右對齊

要努力要奮斗