使用graphics.py实现2048小游戏

1、过年的时候在手机上下载了2048玩了几天，心血来潮决定用py写一个，刚开始的时候想用QT实现，发现依赖有点大。正好看到graphics.py是基于tkinter做的封装就拿来练手，并借用了CSDN一位朋友封装的model.py（2048逻辑部分）
2、由于是练手的所以不免有写的不好的地方请大家喷的轻点。

先看看演示图片

附上源码：

2048主程

复制代码 代码如下:

#-*-coding:utf-8-*-
#python3.3.5
from graphics import*
from tkinter.messagebox import askquestion
from tkinter.messagebox import showinfo     
import time,random,model,configparser
import GUI_2048 as g
class Application():
    '''
    初始化应用程序
    '''
    def __init__(self):
        self.matrix = model.init()
        self.win = g.init()
        self.create_r_2048(self.win)
        self.show_matrix(self.matrix)
        self.win.master.bind("", self.bind_key)
        while 1:
            update()
    '''
    创建网格上的16个方格、最佳成绩、当前分数
    '''
    def create_r_2048(self,win):
        p = Point(10, 190)
        n = 4
        self.rt =  [0 for row in range(n*n)]
        for i in range(n):
            for a in range(n):
                _p = Point(p.x + 60*i, p.y + 60*a)
                self.rt[i+4*a] = g.rectangle_2048(win,_p)
        #最佳成绩
        self.zjcj = g._text(win,Point(135, 60 + 30),Point(135 + 115, 60 + 30 + 30),self.getMaxScore())
        #当前分数
        self.dqjf = g._text(win,Point(135, 120 + 30),Point(135 + 115, 120 + 30 + 30),'0')
    '''
    从配置文件中获取最佳成绩
    '''    
    def getMaxScore(self):
        config = configparser.ConfigParser()
        config.read('config.ini') 
        maxScore = config.get("Score", "maxScore")
        return maxScore
    '''
    把最佳成绩写入配置文件
    '''
    def setMaxScore(self,score):
        config = configparser.ConfigParser()
        config.optionxform = str
        config.read('config.ini') 
        config.set("Score", "maxScore",str(score))
        config.write(open("config.ini", "w"))
    '''
    初始化数据和界面，在游戏结束后调用
    '''
    def my_init(self):
        maxScore = self.getMaxScore()
        if int(maxScore)             self.setMaxScore(model.getScore())
            self.zjcj.setText(model.getScore())
        matrix = model.init()
        self.dqjf.setText(model.getScore())
        return matrix
    '''
    绑定键盘事件 捕获上下左右和Q键
    '''  
    def bind_key(self, event):
        '''
        key event
        '''
        if model.is_over(self.matrix):
            if askquestion("GAME OVER","GAME OVER!\nDo you want to init it?") == 'yes':
                self.matrix = self.my_init()
                self.show_matrix(self.matrix)
                return
            else:
                self.win.close()
        else:
            if event.keysym.lower() == "q":
                self.win.close()
            elif event.keysym == "Left":
                self.matrix = model.move_left(self.matrix)
            elif event.keysym == "Right":
                self.matrix = model.move_right(self.matrix)
            elif event.keysym == "Up":
                self.matrix = model.move_up(self.matrix)
            elif event.keysym == "Down":
                self.matrix = model.move_down(self.matrix) 
            if event.keysym in ["q", "Left", "Right", "Up", "Down"]:
                try:
                    self.matrix = model.insert(self.matrix)
                    self.dqjf.setText(model.getScore())
                    self.show_matrix(self.matrix)
                except:
                    pass
        if model.is_win(self.matrix):
            if askquestion("WIN","You win the game!\nDo you want to init it?") == 'yes':
                self.matrix = self.my_init()
                self.show_matrix(self.matrix)
                return
            else:
                self.win.close()
    '''
    从二维数组中获取结果数据并展示在16方格中
    '''
    def show_matrix(self, matrix):
        for i in range(16):
            num = matrix[i//4][i%4]
            print(num)
            if num == 0:
                num = ''
            self.rectangle_2048(i,num)
    '''
    对16个方格做颜色和数字变更
    '''
    def rectangle_2048(self,i,num):
        c = color_rgb(200, 190, 180)
        if num == 2:
            c = color_rgb(240, 230, 220)
        elif num == 4:
            c = color_rgb(240, 220, 200)
        elif num == 8:
            c = color_rgb(240, 180, 120) 
        elif num == 16:
            c = color_rgb(240, 140, 90) 
        elif num == 32:
            c = color_rgb(240, 120, 90) 
        elif num == 64:
            c = color_rgb(240, 90, 60) 
        elif num == 128:
            c = color_rgb(240, 90, 50)  
        elif num == 256:
            c = color_rgb(240, 200, 70)
        elif num == 512:
            c = color_rgb(240, 200, 70) 
        elif num == 1024:
            c = color_rgb(0, 130, 0) 
        elif num == 2048:
            c = color_rgb(0, 130, 0)
        '''
        循环设置颜色和数字
        '''
        self.rt[i][0].setFill(c)
        self.rt[i][1].setText(num)
#main
Application()

2048gui部分

复制代码 代码如下:

#-*-coding:utf-8-*-
#python3.3.5
from graphics import*
#初始化并构建2048界面
def init():
    win = GraphWin("2048", 260, 450)
    win.master.geometry('+400+150')  #屏幕位置
    c = color_rgb(206, 194, 180)
    win.setBackground(c)
    hint(win)
    _title(win)
    _grid(win)
    maxScore(win)
    curScore(win)
    return win
#2048方格
def rectangle_2048(win, p1 = Point(10, 10),txt='',c = color_rgb(206, 194, 180)):
    p2 = Point(p1.x + 60, p1.y + 60)
    r = _rectangle(win,p1,p2,c)
    t = _text(win,p1,p2,txt)
    return r,t
#挂牌
def hint(win,p1 = Point(10, 10)):
    p2 = Point(p1.x + 240, p1.y + 40)
    c = color_rgb(187, 173, 164)
    _rectangle(win,p1,p2,c)
    t = _text(win,p1,p2,'真英雄 挑战2048~')
    t.setTextColor(color_rgb(238, 231, 221))
    return t
#标题logo
def _title(win,p1 = Point(10, 60)):
    p2 = Point(p1.x + 120, p1.y + 120)
    c = color_rgb(228, 184, 0)
    _rectangle(win,p1,p2,c)
    t = Text(Point((p2.x + p1.x) / 2, (p2.y + p1.y) / 2), '2048')
    t.setSize(35)
    t.setStyle('bold')
    t.setTextColor('white')
    t.draw(win)
#画正方形
def _rectangle(win,p1,p2,c):
    r = Rectangle(p1, p2)
    r.setFill(c)
    r.setOutline(color_rgb(198, 186, 174))
    r.draw(win)
    return r
#写文字   
def _text(win,p1,p2,txt):
    t = Text(Point((p2.x + p1.x) / 2, (p2.y + p1.y) / 2), txt)
    t.draw(win)
    return t
#网格
def _grid(win,p1 = Point(10, 190)):
    #上面
    p_u_1 = Point(p1.x + 60, p1.y)
    p_u_2 = Point(p1.x + 120, p1.y)
    p_u_3 = Point(p1.x + 180, p1.y)
    p_u_4 = Point(p1.x + 240, p1.y)
    #左面
    p_l_1 = Point(p1.x, p1.y + 60)
    p_l_2 = Point(p1.x, p1.y + 120)
    p_l_3 = Point(p1.x , p1.y + 180)
    p_l_4 = Point(p1.x , p1.y + 240)
    #右面
    p_r_1 = Point(p1.x + 240, p1.y + 60)
    p_r_2 = Point(p1.x + 240, p1.y + 120)
    p_r_3 = Point(p1.x + 240, p1.y + 180)
    p_r_4 = Point(p1.x + 240, p1.y + 240)
    #下面
    p_d_1 = Point(p1.x + 60 , p1.y + 240)
    p_d_2 = Point(p1.x + 120 , p1.y + 240)
    p_d_3 = Point(p1.x + 180 , p1.y + 240)
    p_d_4 = Point(p1.x + 240 , p1.y + 240)
    c = color_rgb(198, 186, 174)
    #画横线
    l_W_1 = Line(p1, p_u_4)
    l_W_2 = Line(p_l_1, p_r_1)
    l_W_3 = Line(p_l_2, p_r_2)
    l_W_4 = Line(p_l_3, p_r_3)
    l_W_5 = Line(p_l_4, p_r_4)
    l_W_1.setFill(c)
    l_W_2.setFill(c)
    l_W_3.setFill(c)
    l_W_4.setFill(c)
    l_W_5.setFill(c)
    l_W_1.draw(win)
    l_W_2.draw(win)
    l_W_3.draw(win)
    l_W_4.draw(win)
    l_W_5.draw(win)
    #画竖线
    l_H_1 = Line(p1, p_l_4)
    l_H_2 = Line(p_u_1, p_d_1)
    l_H_3 = Line(p_u_2, p_d_2)
    l_H_4 = Line(p_u_3, p_d_3)
    l_H_5 = Line(p_u_4, p_d_4)
    l_H_1.setFill(c)
    l_H_2.setFill(c)
    l_H_3.setFill(c)
    l_H_4.setFill(c)
    l_H_5.setFill(c)
    l_H_1.draw(win)
    l_H_2.draw(win)
    l_H_3.draw(win)
    l_H_4.draw(win)
    l_H_5.draw(win)
#最佳成绩
def maxScore(win,p1 = Point(135, 60)):
    p2 = Point(p1.x + 115, p1.y + 30)
    c = color_rgb(187, 173, 164)
    _rectangle(win,p1,p2,c)
    _text(win,p1,p2,'最佳成绩:')
#当前分数
def curScore(win,p1 = Point(135, 120)):
    p2 = Point(p1.x + 115, p1.y + 30)
    c = color_rgb(187, 173, 164)
    _rectangle(win,p1,p2,c)
    _text(win,p1,p2,'当前分数:')

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