Pygame实战：花巨资筹备的一款Tom猫游戏，你玩过嘛？
导语
咳咳咳.....《猫和老鼠》相比几乎是90后的童年吧，说实话小时候还蛮喜欢看来着！
今天的话出场的也是跟上面动画片儿同款猫咪的名字TOM猫的游戏哈，来看看具体是什么？
Ps:小介绍
TOM猫，出自苹果公司的一款游戏。这只猫会学你说话，抚摸它的头和肚子会发出呼噜声，打它
的肚子它会叫，踩它的两只脚，会分别发出不同的叫声，摸它的鼻子还会打喷嚏哦~
正文
完整的源码+素材都在源码基地，小编主页左侧的信息获取，都是免费分滴！
一、简介
汤姆1.0版本：Tom是一只宠物猫。
玩法 ：点击按钮会做出相应的动作哈。敲锣、放屁、向你扔东西、吃了一只鸟、
倒一杯牛奶给他喝、生气了要用爪子挠你。点击头会晕倒、点击肚子会疼、点击二只jio也会跳脚等
等哈哈哈，与汤姆一起玩耍，享受欢乐和笑声吧~
二、准备中
2.1 素材准备（很多仅部分）
按钮：
喝牛奶：
等等等........
2.2 环境
本文用到的环境模块：Python3、Pycharm、Pygame以及一些自带的模块。
模块安装部分：
pip install +模块名 或带镜像源：pip install -i https://pypi.douban.com/simple/ +模块名三、正式敲代码
主要是分为三大块py文件写的游戏小程序：TomCat.py、setting.py、Tom.py。
3.1 设置setting.py
定义的setting.py这个源文件主要是设置背景、获取各种图片源码文件。
import pygame
class Setting(object):
# 初始化变量函数 ==> 加载图片及初始化变量
def __init__(self):
# 1. 背景图片
self.background = pygame.image.load("images/screenshot1.png")
# 2. 设置卡片图片
self.cardImages = [
pygame.image.load("cards/plants/SunFlower.png"),
pygame.image.load("cards/plants/SunFlowerG.png"),
pygame.image.load("cards/plants/Peashooter.png"),
pygame.image.load("cards/plants/PeashooterG.png"),
pygame.image.load("cards/plants/WallNut.png"),
pygame.image.load("cards/plants/WallNutG.png"),
]
# 3.获取植物图片方法
def getPlantsImage(self,count, name, status):
# 3.1 获取图片
images = []
for i in range(0, count):
# 3.2 判断路径地址
if i < 10: # name ==> "eat"
imgPath = "plants/" + name + "/" + status + "/" + status + "_0" + str(i) + ".png"
else:
imgPath = "plants/" + name + "/" + status + "/" + status + "_" + str(i) + ".png"
# 3.3 存储路径地址
images.append(pygame.image.load(imgPath))
return images
# 4. 获取僵尸图片方法
def getZombiesImage(self,count, name, status):
# 4.1 获取图片
images = []
for i in range(0, count):
# 4.2 判断路径地址
if i < 10: # name ==> "eat"
imgPath = "zombies/" + name + "/" + status + "/" + status +"_0" + str(i) + ".png"
else:
imgPath = "zombies/" + name + "/" + status + "/" + status + "_" + str(i) + ".png"
# 4.3 存储路径地址
images.append(pygame.image.load(imgPath))
return images3.2 设置TomCat.py
定义TomCat.py源文件主要是搭建游戏的窗口信息、业务逻辑处理、绘制图形、属性初始化、获取图片列表。
'''
Tomcat
1. 搭建窗口信息
'''
import pygame,sys
class Tom(object):
''' 1. main() 窗口基本注释 '''
def main(self):
# 1.1设置窗口标题
pygame.display.set_caption('汤姆猫',)
# 1.2设置死循环
while True:
# 1.4 业务逻辑执行
self.action()
# 1.5 图形图片绘制
self.paint()
# 1.3 更新屏幕
pygame.display.update()
''' 2. action函数 业务逻辑处理 '''
def action(self):
# 2.1 事件监听迭代
for event in pygame.event.get():
# 2.2 判断事件类型
if event.type == pygame.QUIT:
sys.exit()
# 2.3 鼠标单击
mouseX, mouseY = pygame.mouse.get_pos()
# 获取鼠标单击事件
# [0] 左键单击 [1] 左键双击 [2] 右击
leftFlag = pygame.mouse.get_pressed()[0]
# 2.4 判断
if leftFlag and 30 < mouseX < 30+60
and 300 < mouseY < 300 + 60:
# 吃鸟的动作
#print("进入了")
self.animation = 0
# 重新设置index
self.index = 0
elif leftFlag and 30 < mouseX < 30+60
and 370 < mouseY < 370 + 60:
self.animation = 1
self.index = 0
elif leftFlag and 30 < mouseX < 30+60
and 440 < mouseY < 440 + 60:
self.animation = 2
self.index = 0
elif leftFlag and 250 < mouseX < 250+60
and 300 < mouseY < 300 + 60:
self.animation = 3
self.index = 0
elif leftFlag and 250 < mouseX < 250+60
and 370 < mouseY < 370 + 60:
self.animation = 4
self.index = 0
elif leftFlag and 250 < mouseX < 250+60
and 440 < mouseY < 440 + 60:
self.animation = 5
self.index = 0
#....未完
elif leftFlag and 250 < mouseX < 250+60
and 440 < mouseY < 440 + 60:
self.animation = 6
self.index = 0
''' 3. paint函数 绘制图形'''
def paint(self):
# 3.6 判断是否执行动画效果
if self.animation == 0:
# 3.2 图片集转换值增加
self.index += 1
# 3.3 设置图片转换频率
# index 0/10 ==> 0 % 10 ==> 0
# index 1/10 ==> 0 % 10 ==> 0
# ...
# index 11/10 ==> 1 % 10 ==> 1
# ix = 0 0 0 0 0 0 0 0 0 0 1
# ix 每调用一次函数 10次才会刷新一次
ix = self.index / 10 % len(self.eats)
# 3.4 重新赋值图片 ix --> float
self.background = self.eats[int(ix)]
# 判断是否是最后一张
if int(ix) == 39:
self.animation = -1
elif self.animation == 1:
self.index += 1
ix = self.index / 10 % len(self.drinks)
self.background = self.drinks[int(ix)]
if int(ix) == 79:
self.animation = -1
elif self.animation == 2:
self.index += 1
ix = self.index / 30 % len(self.cymbals)
self.background = self.cymbals[int(ix)]
if int(ix) == 11:
self.animation = -1
elif self.animation == 3:
self.index += 1
ix = self.index / 10 % len(self.farts)
self.background = self.farts[int(ix)]
if int(ix) == 26:
self.animation = -1
elif self.animation == 4:
self.index += 1
ix = self.index / 10 % len(self.pies)
self.background = self.pies[int(ix)]
if int(ix) == 22:
self.animation = -1
elif self.animation == 5:
self.index += 1
ix = self.index / 10 % len(self.scratchs)
self.background = self.scratchs[int(ix)]
if int(ix) == 54:
self.animation = -1
elif self.animation == 6:#头
self.index += 1
ix = self.index / 10 % len(self.angrys)
self.background = self.angrys[int(ix)]
if int(ix) == 24:
self.animation = -1
elif self.animation == 7:#肚子
self.index += 1
ix = self.index / 10 % len(self.stomachs)
self.background = self.stomachs[int(ix)]
if int(ix) == 32:
self.animation = -1
elif self.animation == 8:#尾巴
self.index += 1
ix = self.index / 10 % len(self.knockouts)
self.background = self.knockouts[int(ix)]
if int(ix) == 79:
self.animation = -1
elif self.animation == 9:#左脚
self.index += 1
ix = self.index / 10 % len(self.footLefts)
self.background = self.stomachs[int(ix)]
if int(ix) == 28:
self.animation = -1
elif self.animation == 10:#右脚
self.index += 1
ix = self.index / 10 % len(self.footRights)
self.background = self.footRights[int(ix)]
if int(ix) == 28:
self.animation = -1
# 3.1 绘制背景图片
self.screen.blit(pygame.transform.scale(self.background,(320, 512)), (0, 0))
# 3.5 绘制吃鸟动作
self.screen.blit(self.eat, (30, 300))
self.screen.blit(self.drink, (30, 370))
self.screen.blit(self.cymbal, (30, 440))
self.screen.blit(self.fart, (250, 300))
self.screen.blit(self.pie, (250, 370))
self.screen.blit(self.scratch, (250, 440))
#self.screen.blit(self.angry, (250, 440))
#self.screen.blit(self.stomach, (250, 440))
#self.screen.blit(self.knockout, (250, 440))
#self.screen.blit(self.footLeft, (250, 440))
#self.screen.blit(self.footRights, (250, 440))
''' 4.__init__ 函数 属性初始化'''
def __init__(self):
# 窗口大小设置
self.screen = pygame.display.set_mode((320, 512), 0, 0)
# 背景图片
self.background = pygame.image.load("Animations/Eat/eat_00.jpg")
# 图片列表存储
self.eats = self.getImage("Animations/Eat/eat_0", "Animations/Eat/eat_", ".jpg", 40)
self.drinks = self.getImage("Animations/Drink/drink_0","Animations/Drink/drink_",".jpg", 80)
self.cymbals = self.getImage("Animations/Cymbal/cymbal_0", "Animations/Cymbal/cymbal_", ".jpg", 12)
self.farts = self.getImage("Animations/Fart/fart_0", "Animations/Fart/fart_", ".jpg", 27)
self.pies = self.getImage("Animations/Pie/pie_0", "Animations/Pie/pie_", ".jpg", 23)
self.scratchs = self.getImage("Animations/Scratch/scratch_0", "Animations/Scratch/scratch_", ".jpg", 55)
self.angrys = self.getImage("Animations/Angry/angry_0", "Animations/Angry/angry_", ".jpg", 25)
self.stomachs = self.getImage("Animations/Stomach/stomach_0", "Animations/Stomach/stomach_", ".jpg", 33)
self.knockouts = self.getImage("Animations/Knockout/knockout_0", "Animations/Knockout/knockout_", ".jpg", 80)
self.footLefts = self.getImage("Animations/FootLeft/footLeft_0", "Animations/FootLeft/footLeft_", ".jpg", 29)
self.footRights = self.getImage("Animations/FootRight/footRight_0", "Animations/FootRight/footRight_", ".jpg", 29)
# 图片集转换值
self.index = 0
# 吃鸟
self.eat = pygame.image.load("Buttons/eat.png")
# 判断动画动作
self.animation = -1
# 喝奶
self.drink = pygame.image.load("Buttons/drink.png")
self.cymbal = pygame.image.load("Buttons/cymbal.png")
self.fart = pygame.image.load("Buttons/fart.png")
self.pie = pygame.image.load("Buttons/pie.png")
self.scratch = pygame.image.load("Buttons/scratch.png")
''' 5. getImage() 获取图片列表'''
def getImage(self,prePath1, prePath2, endPath, picNum):
# 5.4 定义列表
imageList = []
# 5.1 循环迭代赋值图片
for i in range(0, picNum):
# 5.2 获取图片路径
if i < 10:
imgPath = prePath1 + str(i) + endPath
else:
imgPath = prePath2 + str(i) + endPath
# 5.3 返回列表
imageList.append(pygame.image.load(imgPath))
# 5.5 返回
return imageList
if __name__ == '__main__':
# 获取类
tm = Tom()
# 调用类方法
tm.main()3.3 设置Tom.py
定义TomCat.py源是主程序，运行就在这里哈。
import pygame,sys
class Tom1(object):
''' 1.mian() 函数 '''
def main(self):
# 1.1设置标题
pygame.display.set_caption("会说话的汤姆猫")
# 1.2 死循环
while True:
# 1.4 业务逻辑执行
self.action()
# 1.5 绘制图形
self.paint()
# 1.3 刷新屏幕
pygame.display.update()
''' 2. action() '''
def action(self):
# 2.1 事件迭代监听
for event in pygame.event.get():
# 2.2 退出
if event.type == pygame.QUIT:
sys.exit()
# 2.3 鼠标监听
if event.type == pygame.MOUSEBUTTONDOWN:
# 2.4获取鼠标信息
mouseX, mouseY = pygame.mouse.get_pos()
# 2.5 获取鼠标点击
leftFlag = pygame.mouse.get_pressed()[0]
# 2.6 判断吃鸟动作
if leftFlag and 30 < mouseX < 90
and 300 < mouseY <360:
# 2.7设置图片总数
self.count = 40
# 2.8 获取图片
self.getImage("eat")
# 2.9 设置图片集转换值
self.index = 0
# 2.7 判断喝牛奶动作
elif leftFlag and 30 < mouseX < 90
and 360 < mouseY <420:
self.count = 80
self.getImage("drink")
# 2.8 判断敲锣动作
elif leftFlag and 30 < mouseX < 90
and 420 < mouseY <480:
self.count = 12
self.getImage("cymbal")
elif leftFlag and 250 < mouseX < 310
and 300 < mouseY <360:
self.count = 27
self.getImage("fart")
elif leftFlag and 250 < mouseX < 310
and 360 < mouseY <420:
self.count = 23
self.getImage("pie")
elif leftFlag and 250 < mouseX < 310
and 420 < mouseY <480:
self.count = 55
self.getImage("scratch")
elif leftFlag and 90 < mouseX < 200
and 90 < mouseY <250:
self.count = 55
self.getImage("knockout")
elif leftFlag and 220 < mouseX < 280
and 400 < mouseY <480:
self.count = 25
self.getImage("angry")
elif leftFlag and 100 < mouseX < 180
and 360 < mouseY <420:
self.count = 33
self.getImage("stomach")
elif leftFlag and 155 < mouseX < 205
and 470 < mouseY <512:
self.count = 29
self.getImage("footLeft")
elif leftFlag and 100 < mouseX < 150
and 470 < mouseY <512:
self.count = 29
self.getImage("footRight")
''' 3. paint()'''
def paint(self):
# 3.1绘制背景图片
self.screen.blit(pygame.transform.scale(self.background, (320, 512)),(0, 0))
# 3.2 绘制吃鸟动作
self.screen.blit(self.eat,(30, 300))
# 3.3 绘制喝牛奶动作
self.screen.blit(self.drink, (30, 360))
self.screen.blit(self.cymbal, (30, 420))
self.screen.blit(self.fart, (250, 300))
self.screen.blit(self.pie, (250, 360))
self.screen.blit(self.scratch, (250, 420))
# 绘制头部
# 3.3 判断是否运行动画
# count = -1 index = 0
if self.count*10 > self.index:
self.index += 1
ix = self.index / 10 % len(self.images)
# 赋值
self.background = self.images[int(ix)]
else:
# 结束清空所有值
self.count = -1
self.index = 0
# 列表的清空
self.images = []
''' 4. init() '''
def __init__(self):
# 4.1 背景
self.screen = pygame.display.set_mode((320, 512),0,0)
# 4.2 背景图
self.background = pygame.image.load("Animations/Eat/eat_00.jpg")
# 4.3 吃鸟的动作
self.eat = pygame.image.load("Buttons/eat.png")
# 4.4 图片存储列表
self.images = []
# 4.5 图片集转换值
self.index = 0
# 4.6 图片数量
self.count = -1
# 4.7 喝牛奶
self.drink = pygame.image.load("Buttons/drink.png")
# 4.8 敲锣
self.cymbal = pygame.image.load("Buttons/cymbal.png")
# 4.9
self.fart = pygame.image.load("Buttons/fart.png")
# 4.10
self.pie = pygame.image.load("Buttons/pie.png")
# 4.11
self.scratch = pygame.image.load("Buttons/scratch.png")
''' 5. getImage() '''
def getImage(self, name):
# 5.1 获取图片
for i in range(0, self.count):
# 5.2 判断路径地址
if i < 10:# name ==> "eat"
imgPath = "Animations/"+name+"/"+name+"_0"+str(i)+".jpg"
else:
imgPath = "Animations/"+name+"/"+name+"_"+str(i)+".jpg"
# 5.3 存储路径地址
self.images.append(pygame.image.load(imgPath))四、效果展示
4.1 动态视频展示——
Pygame版会说话的Tom猫来袭~超有趣滴
4.1 静态截图展示——
总结
这款就是会说话的tom猫就是一款儿童版的小游戏了哈哈哈~我不玩，我就看看.jpg
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