python编程代码大全游戏(python 游戏编程)
python能做什么游戏
Python是一门高级且有趣的编程语言，除了网络爬虫、人工智能、数据分析之外，Python还可以进行游戏开发，为大家介绍五个支持Python的2D、3D游戏开发库。
1、Cocos2d：是一系列开源软件框架，用于构建跨平台2D游戏和应用程序，由cocos2d-x、cocos2d-js、cocos2d-xna和cocos2d多种框架组成，像大鱼赌场、城堡冲突等小游戏，就是用此框架开发出来的。
2、Panda3D：是由迪士尼开发的3D游戏引擎，一个用于Python和C++程序的3D渲染和游戏开发框架，并由卡内基梅陇娱乐技术中心负责维护，使用C++编写的，针对Python进行了完全的封装。
3、Pygame：它是一组Python模块，用来编写游戏，可支持Python3.7，游戏例子有：纸牌游戏、超级马里奥、击球等多种游戏。
4、Pyogre：ogre 3D渲染引擎的Python绑定，可以用来开发游戏和仿真程序等任何3D应用，它的API更加稳定，也非常快速灵活。
5、RenPy：一个视觉小说引擎，被世界各地的成千万的创造者所使用，它可以帮助你使用文字、图像和声音来讲述电脑和移动设备上的故事。RenPy是开放源码的，可免费的商业用途，易于学习的脚本语言任何人都能有效地编写大型视觉小说，它的Python脚本足以用来模拟游戏。
请用PYTHON编一个小游戏，如五子棋，连连看，贪吃蛇，扫雷，计算器等等
#!/usr/bin/python
from Tkinter import *
import random
class snake(Frame):
????????def __init__(self, master=None):
????????????????Frame.__init__(self, master)
????????????????self.body = [(0,0)]
????????????????self.bodyid = []
????????????????self.food = [ -1, -1 ]
????????????????self.foodid = -1
????????????????self.gridcount = 10
????????????????self.size = 500
????????????????self.di = 3
????????????????self.speed = 500
????????????????self.top = self.winfo_toplevel()
????????????????self.top.resizable(False, False)
????????????????self.grid()
????????????????self.canvas = Canvas(self)
????????????????self.canvas.grid()
????????????????self.canvas.config(width=self.size, height=self.size,relief=RIDGE)
????????????????self.drawgrid()
????????????????s = self.size/self.gridcount
????????????????id = self.canvas.create_rectangle(self.body[0][0]*s,self.body[0][1]*s,
????????????????????????(self.body[0][0]+1)*s, (self.body[0][1]+1)*s, fill="yellow")
????????????????self.bodyid.insert(0, id)
????????????????self.bind_all("KeyRelease", self.keyrelease)
????????????????self.drawfood()
????????????????self.after(self.speed, self.drawsnake)
????????def drawgrid(self):
????????????????s = self.size/self.gridcount
????????????????for i in range(0, self.gridcount+1):
????????????????????????self.canvas.create_line(i*s, 0, i*s, self.size)
????????????????????????self.canvas.create_line(0, i*s, self.size, i*s)
????????def drawsnake(self):
????????????????s = self.size/self.gridcount
????????????????head = self.body[0]
????????????????new = [head[0], head[1]]
????????????????if self.di == 1:
????????????????????????new[1] = (head[1]-1) % self.gridcount
????????????????elif self.di == 2:
????????????????????????new[0] = (head[0]+1) % self.gridcount
????????????????elif self.di == 3:
????????????????????????new[1] = (head[1]+1) % self.gridcount
????????????????else:
????????????????????????new[0] = (head[0]-1) % self.gridcount
????????????????next = ( new[0], new[1] )
????????????????if next in self.body:
????????????????????????exit()
????????????????elif next == (self.food[0], self.food[1]):
????????????????????????self.body.insert(0, next)
????????????????????????self.bodyid.insert(0, self.foodid)
????????????????????????self.drawfood()
????????????????else:
????????????????????????tail = self.body.pop()
????????????????????????id = self.bodyid.pop()
????????????????????????self.canvas.move(id, (next[0]-tail[0])*s, (next[1]-tail[1])*s)
????????????????????????self.body.insert(0, next)
????????????????????????self.bodyid.insert(0, id)
????????????????self.after(self.speed, self.drawsnake)
????????def drawfood(self):
????????????????s = self.size/self.gridcount
????????????????x = random.randrange(0, self.gridcount)
????????????????y = random.randrange(0, self.gridcount)
????????????????while (x, y) in self.body:
????????????????????????x = random.randrange(0, self.gridcount)
????????????????????????y = random.randrange(0, self.gridcount)
????????????????id = self.canvas.create_rectangle(x*s,y*s, (x+1)*s, (y+1)*s, fill="yellow")
????????????????self.food[0] = x
????????????????self.food[1] = y
????????????????self.foodid = id
????????def keyrelease(self, event):
????????????????if event.keysym == "Up" and self.di != 3:
????????????????????????self.di = 1
????????????????elif event.keysym == "Right" and self.di !=4:
????????????????????????self.di = 2
????????????????elif event.keysym == "Down" and self.di != 1:
????????????????????????self.di = 3
????????????????elif event.keysym == "Left" and self.di != 2:
????????????????????????self.di = 4
app = snake()
app.master.title("Greedy Snake")
app.mainloop()
贪食蛇
python有趣的编程代码
class?Point:
??row=0
??col=0
??def?__init__(self,?row,?col):
????self.row=row
????self.col=col
??def?copy(self):
????return?Point(row=self.row,?col=self.col)
#初始框架
import?pygame
import?random
#初始化
pygame.init()
W=800
H=600
ROW=30
COL=40
size=(W,H)
window=pygame.display.set_mode(size)
pygame.display.set_caption('贪吃蛇')
bg_color=(255,255,255)
snake_color=(200,200,200)
head=Point(row=int(ROW/2),?col=int(COL/2))
head_color=(0,128,128)
snakes=[
??Point(row=head.row,?col=head.col+1),
??Point(row=head.row,?col=head.col+2),
??Point(row=head.row,?col=head.col+3)
]
#生成食物
def?gen_food():
??while?1:
????pos=Point(row=random.randint(0,ROW-1),?col=random.randint(0,COL-1))
????#
????is_coll=False
????#是否跟蛇碰上了
????if?head.row==pos.row?and?head.col==pos.col:
??????is_coll=True
????#蛇身子
????for?snake?in?snakes:
??????if?snake.row==pos.row?and?snake.col==pos.col:
????????is_coll=True
????????break
????if?not?is_coll:
??????break
??return?pos
#定义坐标
food=gen_food()
food_color=(255,255,0)
direct='left'???????#left,right,up,down
#
def?rect(point,?color):
??cell_width=W/COL
??cell_height=H/ROW
??left=point.col*cell_width
??top=point.row*cell_height
??pygame.draw.rect(
????window,?color,
????(left,?top,?cell_width,?cell_height)
??)
??pass
#游戏循环
quit=True
clock=pygame.time.Clock()
while?quit:
??#处理事件
??for?event?in?pygame.event.get():
????if?event.type==pygame.QUIT:
??????quit=False
????elif?event.type==pygame.KEYDOWN:
??????if?event.key==273?or?event.key==119:
????????if?direct=='left'?or?direct=='right':
??????????direct='up'
??????elif?event.key==274?or?event.key==115:
????????if?direct?==?'left'?or?direct?==?'right':
??????????direct='down'
??????elif?event.key==276?or?event.key==97:
????????if?direct?==?'up'?or?direct?==?'down':
??????????direct='left'
??????elif?event.key==275?or?event.key==100:
????????if?direct?==?'up'?or?direct?==?'down':
??????????direct='right'
??#吃东西
??eat=(head.row==food.row?and?head.col==food.col)
??#重新产生食物
??if?eat:
????food?=?gen_food()
??#处理身子
??#1.把原来的头，插入到snakes的头上
??snakes.insert(0,?head.copy())
??#2.把snakes的最后一个删掉
??if?not?eat:
????snakes.pop()
??#移动
??if?direct=='left':
????head.col-=1
??elif?direct=='right':
????head.col+=1
??elif?direct=='up':
????head.row-=1
??elif?direct=='down':
????head.row+=1
??#检测
??dead=False
??#1.撞墙
??if?head.col0?or?head.row0?or?head.col=COL?or?head.row=ROW:
????dead=True
??#2.撞自己
??for?snake?in?snakes:
????if?head.col==snake.col?and?head.row==snake.row:
??????dead=True
??????break
??if?dead:
????print('死了')
????quit=False
??#渲染——画出来
??#背景
??pygame.draw.rect(window,?bg_color,?(0,0,W,H))
??#蛇头
??for?snake?in?snakes:
????rect(snake,?snake_color)
??rect(head,?head_color)
??rect(food,?food_color)
??#
??pygame.display.flip()
??#设置帧频（速度）
??clock.tick(8)
#收尾工作
这是一个简易版贪吃蛇的代码，虽然结构简单，但是该有的功能都是完整的，可玩性也不错
python猜拳游戏编程代码背景意义
python猜拳游戏编程代码背景意义是用面向对象的思想做一个游戏。用面向对象的思想玩家猜拳：1剪刀2石头3布玩家输入一个1-3的数字电脑出拳：随机产生一个1-3的数字，提示电脑出拳结果本局对战结束，输出谁赢，是否继续输出结果：玩家赢几局电脑赢几局平局几次游戏结束。
有哪些小游戏可以用python实现？
ant 蚂蚁2. bagels 百吉饼另外贪吃蛇，吃豆子都是可以的，直接代码就可以玩。
Python包括随您的安装一起分发的大量标准库。标准库有一个称为Turtle的模块，这是一种向普通人介绍python编程的流行方法。今天介绍的所有游戏都是使用Python及其Turtle模块实现的。
每个游戏都完全独立于其他游戏，不试一试 您永远都不知道最喜欢哪种游戏。
安装完之后我们可以使用"python -m freegames list"来查看所有的游戏
贪吃蛇
贪吃蛇 -经典街机游戏。使用箭头键导航并吃绿色食品。每次食用食物，蛇就会长出一段。避免自己进食或出界！
吃豆子
吃豆子 –经典街机游戏。使用箭头键导航并吃掉所有白色食物。提防漫游迷宫的红色幽灵。
Flappy
Flappy-bird启发游戏。单击屏幕拍打翅膀。当您飞越屏幕时，请当心黑乌鸦。
加农炮
大炮-射击运动。单击屏幕发射您的炮弹。炮弹在其路径中弹出蓝色气球。弹出所有气球，然后才能越过屏幕。
python 编写一个彩票游戏？
按照题目要求编写的Python程序如下
import random
numlist=random.sample(range(0,10),5)
while numlist[0]==0:
? numlist=random.sample(range(0,10),5)
num=int(''.join([str(i) for i in numlist]))
inputnum=int(input("输入号："))
bonus=0
count=0
if inputnum==num:
bonus=10000
else:
for i in set(str(inputnum)):
if int(i) in numlist:
count+=1
bonus=1000*count
print("彩票号：%d" % num)
print("奖金：%d元" % bonus)
源代码(注意源代码的缩进)