【成交量选股公式源码】【iscroll 源码分析】【rom系统源码】pygame贪吃蛇源码

【成交量选股公式源码】【iscroll 源码分析】【rom系统源码】pygame贪吃蛇源码_贪吃蛇python源码

时间:2024-12-29 07:27:52 分类:强力删除源码来源:付费查看文章源码

1.一口气用Python写了13个小游戏（附源码）
2.å¦ä½ç¨Pythonåä¸ä¸ªè´ªåèAI
3.pythonä»£ç å¤§å¨ç®åï¼
4.可以帮我写一个贪吃蛇的贪吃游戏代码吗
5.ç®åå¥½ç©çç¼ç¨ä»£ç ï¼
6.Python3.4.1å¼å¸¸ï¼ 'float' object cannot be interpreted as an integer

pygame贪吃蛇源码_贪吃蛇python源码

一口气用Python写了13个小游戏（附源码）

以下是根据要求改写后的文章，注重内容的蛇源直观性和可读性：

### 1. 启动游戏与游戏初始化

开始游戏旅程，首先执行以下关键代码：

```html

def initGame():

pygame.init()

screen = pygame.display.set_mode(cfg.SCREENSIZE)

... (游戏素材加载)

return screen,码贪 game_images, game_sounds

def main():

screen, game_images, game_sounds = initGame()

pygame.mixer.music.load(cfg.AUDIO_PATHS['bgm'])

... (游戏逻辑核心部分)

while True:

... (渲染背景和倒计时)

... (按键检测)

for event in pygame.event.get():

if event.type == pygame.QUIT:

... (处理退出)

```

### 2. 食物生成与更新

游戏中，动态生成食物是吃蛇一个关键环节：

```html

generate_food_count += 1if generate_food_count > generate_food_freq else 0

food = Food(game_images, 'gold' or 'apple', cfg.SCREENSIZE)

food_sprites_group.add(food)

for food in food_sprites_group:

if food.update():food_sprites_group.remove(food)

```

### 3. 碰撞检测与得分

碰撞检测让游戏更具挑战性，当英雄碰到食物：

```html

for food in food_sprites_group:

if pygame.sprite.collide_mask(food,源码 hero):

game_sounds['get'].play()

food_sprites_group.remove(food)

score += food.score

if score > highest_score:highest_score = score

```

### 4. 结束游戏与记录最高分

游戏结束后，保存最高分并显示结束界面：

```html

fp = open(cfg.HIGHEST_SCORE_RECORD_FILEPATH,贪吃成交量选股公式源码 'w')

fp.write(str(highest_score))

fp.close()

return showEndGameInterface(screen, cfg, score, highest_score)

```

### 5. 主程序入口

最后，主程序开始游戏循环：

```html

if __name__ == '__main__':

while main(): pass

```

### 6. 其他小游戏代码概述

其他游戏如俄罗斯方块、蛇源贪吃蛇和点等，码贪简化代码展示核心逻辑：

- 俄罗斯方块：计算、吃蛇显示信息和主函数。源码

- 贪吃蛇：游戏主循环，贪吃包括鼠标点击、蛇源游戏更新和判断胜利条件。码贪iscroll 源码分析

- 点：核心函数如计算、吃蛇显示得分和判断游戏结束。源码

这些代码片段展示了游戏的关键部分，便于初学者理解和学习。完整代码请参阅原文。

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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)

#åå§æ¡æ¶

import?pygame

import?random

#åå§å

pygame.init()

ROW=

COL=

size=(W,H)

window=pygame.display.set_mode(size)

pygame.display.set_caption('è´ªåè')

bg_color=(,,)

snake_color=(,,)

head=Point(row=int(ROW/2),?col=int(COL/2))

head_color=(0,,)

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)

]

#çæé£ç©

def?gen_food():

while?1:

pos=Point(row=random.randint(0,ROW-1),?col=random.randint(0,COL-1))

is_coll=False

#æ¯å¦è·èç¢°ä¸äº

if?head.row==pos.row?and?head.col==pos.col:

is_coll=True

#èèº«å

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

#å®ä¹åæ

food=gen_food()

food_color=(,,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

#æ¸¸æå¾ªç¯

quit=True

clock=pygame.time.Clock()

while?quit:

#å¤çäºä»¶

for?event?in?pygame.event.get():

if?event.type==pygame.QUIT:

quit=False

elif?event.type==pygame.KEYDOWN:

if?event.key==?or?event.key==:

if?direct=='left'?or?direct=='right':

direct='up'

elif?event.key==?or?event.key==:

if?direct?==?'left'?or?direct?==?'right':

direct='down'

elif?event.key==?or?event.key==:

if?direct?==?'up'?or?direct?==?'down':

direct='left'

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direct='right'

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snakes.pop()

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if?direct=='left':

head.col-=1

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head.row-=1

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head.row+=1

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dead=True

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if?dead:

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quit=False

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#èå¤´

for?snake?in?snakes:

rect(snake,?snake_color)

rect(head,?head_color)

rect(food,?food_color)

pygame.display.flip()

#è®¾ç½®å¸§é¢ï¼éåº¦ï¼

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可以帮我写一个贪吃蛇的游戏代码吗

当然可以。下面是一个简单的贪吃蛇游戏代码，使用Python的pygame库实现。

python

import pygame

import random

# 初始化pygame

pygame.init()

# 设置屏幕大小

screen = pygame.display.set_mode((, ))

# 设置颜色

WHITE = (, , )

RED = (, 0, 0)

GREEN = (0, , 0)

BLACK = (0, 0, 0)

# 设置蛇和食物的大小

SNAKE_SIZE =

FOOD_SIZE =

# 设置游戏速度

SPEED =

# 定义蛇类

class Snake:

def __init__(self):

self.body = [(, ), (, ), (, )]

self.direction = (, 0)

def move(self):

head = self.body[0]

new_head = ((head[0] + self.direction[0]) % , (head[1] + self.direction[1]) % )

self.body = [new_head] + self.body[:-1]

def grow(self):

head = self.body[0]

new_head = ((head[0] + self.direction[0]) % , (head[1] + self.direction[1]) % )

self.body = [new_head] + self.body

def draw(self):

for segment in self.body:

pygame.draw.rect(screen, GREEN, (segment[0], segment[1], SNAKE_SIZE, SNAKE_SIZE))

# 定义食物类

class Food:

def __init__(self):

self.position = (random.randint(0, // SNAKE_SIZE) SNAKE_SIZE, random.randint(0, // SNAKE_SIZE) SNAKE_SIZE)

def draw(self):

pygame.draw.rect(screen, RED, self.position + (0, 0, FOOD_SIZE, FOOD_SIZE))

# 创建蛇和食物对象

snake = Snake()

food = Food()

# 设置游戏结束标志

game_over = False

# 游戏主循环

while not game_over:

for event in pygame.event.get():

if event.type == pygame.QUIT:

game_over = True

elif event.type == pygame.KEYDOWN:

if event.key == pygame.K_UP and snake.direction != (0, ):

snake.direction = (0, -)

elif event.key == pygame.K_DOWN and snake.direction != (0, -):

snake.direction = (0, )

elif event.key == pygame.K_LEFT and snake.direction != (, 0):

snake.direction = (-, 0)

elif event.key == pygame.K_RIGHT and snake.direction != (-, 0):

snake.direction = (, 0)

screen.fill(BLACK)

snake.move()

if snake.body[0] == food.position:

snake.grow()

food = Food()

snake.draw()

food.draw()

pygame.display.flip()

pygame.time.Clock().tick(SPEED)

pygame.quit()

代码这个贪吃蛇游戏使用Python的pygame库实现。游戏的主要部分包括一个蛇类和一个食物类。蛇类有一个身体列表，用于存储蛇的vb 抢购源码每个部分的位置，以及一个方向元组，用于存储蛇的移动方向。蛇类还有move、grow和draw方法，分别用于移动蛇、增加蛇的linux源码仓库长度和绘制蛇。食物类有一个位置属性，用于存储食物的位置，以及一个draw方法，用于绘制食物。游戏的主循环使用pygame的事件循环来处理用户的输入和游戏逻辑。在游戏循环中，首先检查是否有退出事件，如果有，则设置游戏结束标志为True。然后检查是否有按键事件，如果有，则根据按键的方向更新蛇的移动方向。接下来，移动蛇，检查蛇是否吃到食物，如果吃到食物，则增加蛇的长度并重新生成食物。最后，绘制蛇和食物，

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#defineNUM

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inti,j;

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if(arr[j]arr[j+1]){

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for(i=left;iright;i++){

if(arr[i]arr[i+1]){

inttemp=arr[i];

arr[i]=arr[i+1];

arr[i+1]=temp;

}

right--;

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for(j=right;jleft;j--){

if(arr[j+1]arr[j]){

inttemp=arr[j];

arr[j]=arr[j+1];

arr[j+1]=temp;

}

left++;

}

intmain(intargc,char*argv[]){

intarr[NUM],i,j,temp;

printf("è¯·è¾å¥ä¸ªæ°ï¼\n");

for(i=0;iNUM;i++){

printf("è¯·è¾å¥ç¬¬(%d)ä¸ªæ°ï¼",i+1);

scanf("%d",arr[i]);

}

printf("\nè¾å¥å¦ä¸æåï¼\n");

for(i=0;iNUM;i++){

printf("%4d",arr[i]);

for(i=0;iNUM;i++){

for(j=i+1;jNUM;j++){

if(arr[i]arr[j]){

temp=arr[i];

arr[i]=arr[j];

arr[j]=temp;

}

}*/

bubbleSort_1(arr,NUM);

/*printf("\nä»å°å°å¤§å¦ä¸æåï¼\n");

for(i=0;iNUM;i++){

printf("%4d",arr[i]);

}*/

printf("\nä»å¤§å°å°å¦ä¸æåï¼\n");

for(i=NUM-1;i=0;i--){

printf("%4d",arr[i]);

}

return0;

}

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for(j=1;j5;j++)

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}

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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)

#åå§æ¡æ¶

import?pygame

import?random

#åå§å

pygame.init()

ROW=

COL=

size=(W,H)

window=pygame.display.set_mode(size)

pygame.display.set_caption('è´ªåè')

bg_color=(,,)

snake_color=(,,)

head=Point(row=int(ROW/2),?col=int(COL/2))

head_color=(0,,)

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)

]

#çæé£ç©

def?gen_food():

while?1:

pos=Point(row=random.randint(0,ROW-1),?col=random.randint(0,COL-1))

is_coll=False

#æ¯å¦è·èç¢°ä¸äº

if?head.row==pos.row?and?head.col==pos.col:

is_coll=True

#èèº«å

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

#å®ä¹åæ

food=gen_food()

food_color=(,,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

#æ¸¸æå¾ªç¯

quit=True

clock=pygame.time.Clock()

while?quit:

#å¤çäºä»¶

for?event?in?pygame.event.get():

if?event.type==pygame.QUIT:

quit=False

elif?event.type==pygame.KEYDOWN:

if?event.key==?or?event.key==:

if?direct=='left'?or?direct=='right':

direct='up'

elif?event.key==?or?event.key==:

if?direct?==?'left'?or?direct?==?'right':

direct='down'

elif?event.key==?or?event.key==:

if?direct?==?'up'?or?direct?==?'down':

direct='left'

elif?event.key==?or?event.key==:

if?direct?==?'up'?or?direct?==?'down':

direct='right'

#åä¸è¥¿

eat=(head.row==food.row?and?head.col==food.col)

#éæ°äº§çé£ç©

if?eat:

food?=?gen_food()

#å¤çèº«å

#1.æåæ¥çå¤´ï¼æå¥å°snakesçå¤´ä¸

snakes.insert(0,?head.copy())

#2.æsnakesçæåä¸ä¸ªå æ

if?not?eat:

snakes.pop()

#ç§»å¨

if?direct=='left':

head.col-=1

elif?direct=='right':

head.col+=1

elif?direct=='up':

head.row-=1

elif?direct=='down':

head.row+=1

#æ£æµ

dead=False

#1.æå¢

if?head.col0?or?head.row0?or?head.col=COL?or?head.row=ROW:

dead=True

#2.æèªå·±

for?snake?in?snakes:

if?head.col==snake.col?and?head.row==snake.row:

dead=True

break

if?dead:

print('æ»äº')

quit=False

#æ¸²æââç»åºæ¥

#èæ¯

pygame.draw.rect(window,?bg_color,?(0,0,W,H))

#èå¤´

for?snake?in?snakes:

rect(snake,?snake_color)

rect(head,?head_color)

rect(food,?food_color)

pygame.display.flip()

#è®¾ç½®å¸§é¢ï¼éåº¦ï¼

clock.tick(8)

#æ¶å°¾å·¥ä½

cè¯è¨ç¼ç¨çè±ä»£ç ç®å

cè¯è¨ç¼ç¨çè±ä»£ç ç®åå¦ä¸ï¼

#include"stdlib.h"

#include"graphics.h"

#include"stdio.h"

#include"math.h"

#include"conio.h"

#definePI?3.

main()

{

intgdriver=DETECT,gmode,errorcode;

inta[],b[],x,y,c,r,i,j,t;

doublerad=0.0;

/*initializegraphicsandlocalvariables*/

initgraph(gdriver,gmode,"");

/*readresultofinitialization*/

errorcode=graphresult();

if(errorcode!=grOk)?/*anerroroccurred*/

{

printf("Graphicserror:%s/n",grapherrormsg(errorcode));

printf("Pleaseanykeytohalt:");

getch();

exit(1);?/*terminatewithanerrorcode*/

}

randomize();

for(;!kbhit();)

{

x=rand()%+;/*éæºä¸å¿åæ */

y=rand()%+;

for(r=0;r=8;r++?)?/*çè±çå¤§å°è®¾å®*/

{

for(i=0,rad=0.0;rad2*PI;rad+=0.)?/*è®¾å®åæ */

{

a[i++]=x+(int)r**cos(rad);

b[i]=y+(int)r**sin(rad);

}

t=i;

for(i=1;it;i++)

{

c=rand()%+1;/*åç¹çé¢è²éæº*/

setcolor(c);/*åè½:å°å½åå¾å½¢å±å¹çå½åç¬ç»é¢è²ç½®ä¸ºcolor.*/

circle(a[i],b[i],1);/*a[i],b[i]ä¸ºåå¿1ä¸ºåå¾ç»å*/

}

delay();

cleardevice();

å½æ°å:cleardevice?

å?è½:æ¸é¤å¾å½¢å±å¹?

ç¨?æ³:voidfarcleardevice(void);

}

getch();

closegraph();

å½æ°å:closegraph

å?è½:å³éå¾å½¢ç³»ç»

ç¨?æ³:voidfarclosegraph(void);

}

åå§åçè±åæ°

voidInit(inti)

{

intr[]={ ,,,,,,,,,,,,};

intx[]={ ,,,,,,,,,,,,};

inty[]={ ,,,,,,,,,,,,};

/****åå§åçè±*****/

Fire[i].x=0;//çè±ä¸å¿åæ

Fire[i].y=0;

Fire[i].width=;//å¾çå®½

Fire[i].height=;//å¾çé«

Fire[i].max_r=r[i];//æå¤§åå¾

Fire[i].cen_x=x[i];//ä¸å¿è·å·¦ä¸è§è·ç¦»

Fire[i].cen_y=y[i];

Fire[i].show=false;//æ¯å¦ç»½æ¾

Fire[i].dt=5;//ç»½æ¾æ¶é´é´é

Fire[i].t1=timeGetTime();

Fire[i].r=0;//ä»0å¼å§ç»½æ¾

/****åå§åçè±å¼¹*****/

Jet[i].x=-;//çè±å¼¹å·¦ä¸è§åæ

Jet[i].y=-;

Jet[i].hx=-;//çè±å¼¹åå°æé«ç¹åæ

Jet[i].hy=-;

Jet[i].height=0;//åå°é«åº¦

Jet[i].t1=timeGetTime();

Jet[i].dt=rand()%;//åå°éåº¦æ¶é´é´é

Jet[i].n=0;//çè±å¼¹éªçå¾çä¸æ

Jet[i].shoot=false;//æ¯å¦åå°

}

Python3.4.1å¼å¸¸ï¼ 'float' object cannot be interpreted as an integer

'float' object cannot be interpreted as an integerçæææ¯ï¼floatç±»åä¸è½è§£éä¸ºintç±»å ã

ä»£ç éè¯¯å¤åºè¯¥åçå¨å¾ä¸çº¢æ¡åçä»£ç è¯å¥ä¸ã

æ©å±èµæï¼

Pythonè´ªåèä»£ç ï¼

import pygame,sys,random,time

from pygame.locals import * #ä»pygameæ¨¡åå¯¼å¥å¸¸ç¨çå½æ°åå¸¸é

#å®ä¹é¢è²åé

black_colour = pygame.Color(0,0,0)

white_colour = pygame.Color(,,)

red_colour = pygame.Color(,0,0)

grey_colour = pygame.Color(,,)

#å®ä¹æ¸¸æç»æå½æ°

def GameOver(gamesurface):

#è®¾ç½®æç¤ºåä½çæ ¼å¼

GameOver_font = pygame.font.SysFont("MicrosoftYaHei", )

#è®¾ç½®æç¤ºåä½çé¢è²

GameOver_colour = GameOver_font.render('Game Over',True,grey_colour)

#è®¾ç½®æç¤ºä½ç½®

GameOver_location = GameOver_colour.get_rect()

GameOver_location.midtop = (,)

#ç»å®ä»¥ä¸è®¾ç½®å°å¥æ

gamesurface.blit(GameOver_colour,GameOver_location)

#æç¤ºè¿è¡ä¿¡æ¯

pygame.display.flip()

#ä¼ç 5ç§

time.sleep(5)

#éåºæ¸¸æ

pygame.quit()

#éåºç¨åº

sys.exit()

#å®ä¹ä¸»å½æ°

def main():

#åå§åpygameï¼ä¸ºä½¿ç¨ç¡¬ä»¶ååå¤

pygame.init()

pygame.time.Clock()

ftpsClock = pygame.time.Clock()

#åå»ºä¸ä¸ªçªå£

gamesurface = pygame.display.set_mode((,))

#è®¾ç½®çªå£çæ é¢

pygame.display.set_caption('tanchishe snake')

#åå§ååé

#åå§åè´ªåèçèµ·å§ä½ç½®

snakeposition = [,]

#åå§åè´ªåèçé¿åº¦

snakelength = [[,],[,],[,]]

#åå§åç®æ æ¹åçä½ç½®

square_purpose = [,]

#åå§åä¸ä¸ªæ°æ¥å¤æç®æ æ¹åæ¯å¦åå¨

square_position = 1

#åå§åæ¹åï¼ç¨æ¥ä½¿è´ªåèç§»å¨

derection = "right"

change_derection = derection

#è¿è¡æ¸¸æä¸»å¾ªç¯

while True:

#æ£æµæé®çpygameäºä»¶

for event in pygame.event.get():

if event.type==QUIT:

#æ¥æ¶å°éåºäºä»¶åï¼éåºç¨åº

pygame.quit()

sys.exit()

elif event.type==KEYDOWN:

#å¤æé®çäºä»¶,ç¨w,s,a,dæ¥è¡¨ç¤ºä¸ä¸å·¦å³

if event.key==K_RIGHT or event.key==ord('d'):

change_derection = "right"

if event.key==K_LEFT or event.key==ord('a'):

change_derection = "left"

if event.key==K_UP or event.key==ord('w'):

change_derection = "up"

if event.key==K_DOWN or event.key==ord('s'):

change_derection = "down"

if event.key==K_ESCAPE:

pygame.event.post(pygame.event.Event(QUIT))

#å¤æç§»å¨çæ¹åæ¯å¦ç¸å

if change_derection =='left'and not derection =='right':

derection = change_derection

if change_derection =='right'and not derection =='left':

derection = change_derection

if change_derection == 'up' and not derection =='down':

derection = change_derection

if change_derection == 'down' and not derection == 'up':

derection = change_derection

#æ ¹æ®æ¹åï¼æ¹ååæ

if derection == 'left':

snakeposition[0] -=

if derection == 'right':

snakeposition[0] +=

if derection == 'up':

snakeposition[1] -=

if derection == 'down':

snakeposition[1] +=

#å¢å èçé¿åº¦

snakelength.insert(0,list(snakeposition))

#å¤ææ¯å¦åæç®æ æ¹å

if snakeposition[0]==square_purpose[0] and snakeposition[1]==square_purpose[1]:

square_position = 0

else:

snakelength.pop()

#éæ°çæç®æ æ¹å

if square_position ==0:

x = random.randrange(1,)

y = random.randrange(1,)

square_purpose = [int(x*),int(y*)]

square_position = 1

#ç»å¶pygameæ¾ç¤ºå±

gamesurface.fill(black_colour)

for position in snakelength:

pygame.draw.rect(gamesurface,white_colour,Rect(position[0],position[1],,))

pygame.draw.rect(gamesurface,red_colour,Rect(square_purpose[0],square_purpose[1],,))

#å·æ°pygameæ¾ç¤ºå±

pygame.display.flip()

#å¤ææ¯å¦æ»äº¡

if snakeposition[0]<0 or snakeposition[0]>:

GameOver(gamesurface)

if snakeposition[1]<0 or snakeposition[1]>:

GameOver(gamesurface)

for snakebody in snakelength[1:]:

if snakeposition[0]==snakebody[0] and snakeposition[1]==snakebody[1]:

GameOver(gamesurface)

#æ§å¶æ¸¸æéåº¦

ftpsClock.tick(5)

if __name__ == "__main__":

main()

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