Pythhon消消乐小游戏

一、 程序代码

1、游戏介绍

开心消消乐是消除类的游戏，适合休闲娱乐打法时间。只要点击俩个相同颜色的方块，方块就会消失，直到所有颜色的方块消失，我们就闯关成功进入下一关。

2、游戏代码

# 导入我们需要用到的库
import turtle as tt
import random as ra
import time as ti

# 设置关卡n从第一关开始
n=1
isck=0
tt.tracer(1,0)
tpencolor='deeppink,darkorange,brown,fuchsia,olive,aqua,red,green,yellow,blue,purple,salmon,sandybrown,skyblue,plum,coral,blueviolet,darkgoldenrod'
colors=tpencolor.split(',')
isonclick=True
scr=tt.Screen()
# 创建分数
fenshu=[tt.Turtle(),-1,1]
fenshu[0].ht()
fenshu[0].up()
fenshu[0].sety(-380)
fenshu[0].down()

onclicknum=1
onclickTurtle=tt.Turtle()
onclickTurtle.ht()
turtles=[]
def fenshus():
    global fenshu
    fenshu[1]=fenshu[1]+fenshu[2]
    fenshu[0].undo()
    fenshu[0].write('你的分数为:'+str(fenshu[1])+'分',align='center',font=('宋体',20))
fenshus()
def creategame(lve):
    global turtles
    global colors
    if len(turtles)!=0:
        for i in turtles:
            i['tpen'].clear()
        del turtles[0:len(turtles)]
    x=-25-55*lve
    y=25+55*lve
    tpenid=0
    colorsid=0
    for i in range(lve*2+1):
        for j in range(lve*2+1):
            tpen=tt.Turtle()
            tpen.ht()
            tpen.speed(0)
            tpencolor='silver'
            if tpenid%2==0 and tpenid!=0:
                colorsid=colorsid+1
            tpenfillcolor=colors[colorsid%len(colors)]
            tpenxy=(x+i*55,y-j*55)
            tpenisshow=True
            tpenid=tpenid+1
            # 画笔，画笔颜色，填充颜色，画笔初始坐标，画笔是否显示，画笔编号
            tpenType={
    
    'tpen':tpen,'tpencolor':tpencolor,'tpenfillcolor':tpenfillcolor,'tpenxy':tpenxy,'tpenisshow':tpenisshow,'tpenid':tpenid}
            turtles.append(tpenType)
def suiji(turtles):
    for i in turtles:
        # 让每一个颜色---begin---随机去一个地方
        colors=i['tpenfillcolor']
        suiji=ra.randint(0,len(turtles)-1)
        i['tpenfillcolor']=turtles[suiji]['tpenfillcolor']
        turtles[suiji]['tpenfillcolor']=colors
        # ---end---
def maingame(turtles):
    for i in range(len(turtles)):
        if turtles[i]['tpenisshow']==False:
            continue
        maingameid(i)
def maingameid(turtleid):
    turtles[turtleid]['tpen'].color(turtles[turtleid]['tpencolor'])
    turtles[turtleid]['tpen'].fillcolor(turtles[turtleid]['tpencolor'])
    turtles[turtleid]['tpen'].up()
    turtles[turtleid]['tpen'].goto(turtles[turtleid]['tpenxy'])
    turtles[turtleid]['tpen'].down()
    turtles[turtleid]['tpen'].begin_fill()
    for j in range(4):
        turtles[turtleid]['tpen'].fd(50)
        turtles[turtleid]['tpen'].right(90)
    turtles[turtleid]['tpen'].end_fill()

def maingameids(turtleid):
    turtles[turtleid]['tpen'].color(turtles[turtleid]['tpenfillcolor'])
    turtles[turtleid]['tpen'].fillcolor(turtles[turtleid]['tpenfillcolor'])
    turtles[turtleid]['tpen'].up()
    turtles[turtleid]['tpen'].goto(turtles[turtleid]['tpenxy'])
    turtles[turtleid]['tpen'].down()
    turtles[turtleid]['tpen'].begin_fill()
    for j in range(4):
        turtles[turtleid]['tpen'].fd(50)
        turtles[turtleid]['tpen'].right(90)
    turtles[turtleid]['tpen'].end_fill()

def showcolor(turtles):
    for i in range(len(turtles)):
        if turtles[i]['tpenisshow']==False:
            continue
        maingameids(i)


def maingameidss(turtleid):
    turtles[turtleid]['tpen'].color(turtles[turtleid]['tpenfillcolor'])
    turtles[turtleid]['tpen'].up()
    turtles[turtleid]['tpen'].goto(turtles[turtleid]['tpenxy'])
    turtles[turtleid]['tpen'].down()
    for j in range(4):
        turtles[turtleid]['tpen'].fd(50)
        turtles[turtleid]['tpen'].right(90)

def showpencolor(turtles):
    for i in range(len(turtles)):
        if turtles[i]['tpenisshow']==False:
            continue
        maingameidss(i)

def isY():
    global turtles
    global n
    count=0
    for i in turtles:
        if i['tpenisshow']==True:
            count+=1
        if count>=2:
            break
    if count<=1:
        n=n+1
        global fenshu
        fenshu[2]=fenshu[2]+1
        creategame(n)
        suiji(turtles)
        showcolor(turtles)
        ti.sleep(3)
        maingame(turtles)
    tt.ontimer(isY,1000)
def onclickTurtle(x,y):
    global isonclick
    global isck
    if isonclick==False:
        return
    isonclick=False
    global onclicknum
    global onclickTurtle
    global turtles
    global n
    for i in range(len(turtles)):
        if turtles[i]['tpenisshow']==True and turtles[i]['tpen'].pos()[0]<=x and x<=turtles[i]['tpen'].pos()[0]+50 and turtles[i]['tpen'].pos()[1]>=y and y>=turtles[i]['tpen'].pos()[1]-50:
            turtles[i]['tpen'].color(turtles[i]['tpencolor'])
            turtles[i]['tpen'].fillcolor(turtles[i]['tpenfillcolor'])
            turtles[i]['tpen'].begin_fill()
            for z in range(4):
                turtles[i]['tpen'].fd(50)
                turtles[i]['tpen'].right(90)
            turtles[i]['tpen'].end_fill()
            if onclicknum%2==0 and onclicknum != 0:
                if turtles[i]['tpen'].fillcolor()==turtles[onclickTurtle]['tpen'].fillcolor() and turtles[i]['tpenid']!=turtles[onclickTurtle]['tpenid']:
                    ti.sleep(0.4)
                    turtles[i]['tpenisshow']=False
                    turtles[i]['tpen'].clear()
                    turtles[onclickTurtle]['tpenisshow']=False
                    turtles[onclickTurtle]['tpen'].clear()
                    fenshus()
                    if isck==0:
                        maingame(turtles)
                    isck=1
                else:
                    ti.sleep(0.4)
                    maingameid(i)
                    maingameid(onclickTurtle)
                    if isck>=10:
                        showpencolor(turtles)
                        isck=0
                    elif isck==0:
                        maingame(turtles)
                        isck=1
                    else:
                        isck+=1
            else:
                onclickTurtle=i
            onclicknum=onclicknum+1
            break
    isonclick=True
creategame(n)
suiji(turtles)
showcolor(turtles)
ti.sleep(3)
maingame(turtles)

scr.onclick(onclickTurtle)
isY()
# 设置当用户按下退出才能退出
tt.mainloop()

二、程序打包成exe程序

1、安装pyinstaller

如果你安装了pip,那么只需在cmd输入: pip install pyinstaller,稍等片刻即可安装完成。

2、将python文件打包为exe程序

1、首先我们进入到我们要打包的python文件所在的目录,将路径复制下来。
　　2、接着打开cmd, 进入到python文件所在的目录。
　　cd 路径
　　

3、打包报错

输入命令:pyinstaller -F 文件名.py 运行，如果打包的是一个项目的话,那么这个文件名一定得是项目的入口文件，否则打包完成后有可能出错。

如果报错The 'enum34' package is an obsolete backport of a standard library package and is incompatible with PyInstaller. Please conda remove enum34 then try again.

解决方法：打开一个新的cmd，输入pip uninstall enum34 卸载enum34这个包。

重新打包，成功了。


程序目录多出了build、dist两个文件夹和消消乐.spec文件，我们要运行的exe程序在dist文件夹里面。

双击这个程序，出现下面情图现象，

稍等片刻之后，彩色方块变成灰色，点击相同颜色的方块，方块消失，全部完成后，升级进入下一关。

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