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【作品介绍】

tan

 

【作品源代码】

# 弹球游戏（壁球）
# 导入模块 
from tkinter import *
import random
import winsound

# 制作窗口
win = Tk()
cv = Canvas(win, width = 喵0, height = 480)
cv.pack()

# 初始化游戏
def init_game():
    global is_gameover, ball_weizhi_x, ball_weizhi_y 
    global ball_yidong_x, ball_yidong_y, ball_size
    global racket_weizhi_x, racket_size, point, speed

    is_gameover = False
    ball_weizhi_x = 0
    ball_weizhi_y = 250
    ball_yidong_x = 15
    ball_yidong_y = -15
    ball_size = 10
    racket_weizhi_x = 0
    racket_size = 100
    point = 0
    speed = 50
    win.title("弹球游戏：开始！")

# 绘制画面
def draw_screen():
    # 清空画面
    cv.delete('all')
    # 制作画布（画面）
    cv.create_rectangle(0, 0, 喵0, 480, fill="white", width=0)

def draw_ball():
    # 绘制小球
    cv.create_oval(ball_weizhi_x - ball_size, ball_weizhi_y - ball_size,
        ball_weizhi_x + ball_size, ball_weizhi_y + ball_size, fill="red")

def draw_racket():
    # 绘制挡板
    cv.create_rectangle(racket_weizhi_x, 470,
                        racket_weizhi_x + racket_size, 480, fill="yellow")

# 移动小球
def move_ball():
    global is_gameover, point, ball_weizhi_x, ball_weizhi_y, ball_yidong_x, ball_yidong_y
    if is_gameover: return
    # 判断是否撞到了左右的墙壁
    if ball_weizhi_x + ball_yidong_x < 0 or ball_weizhi_x + ball_yidong_x > 喵0:
        ball_yidong_x *= -1
        winsound.Beep(1320, 50)
    # 判断是否撞到了顶部
    if ball_weizhi_y + ball_yidong_y < 0:
        ball_yidong_y *= -1
        winsound.Beep(1320, 50)
    # 判断是否撞到了挡板   
    if ball_weizhi_y + ball_yidong_y > 470 and (
        racket_weizhi_x <= (ball_weizhi_x + ball_yidong_x)
        <= (racket_weizhi_x + racket_size)
	):
        ball_yidong_y *= -1
        if random.randint(0, 1) == 0:
            ball_yidong_x *= -1
        winsound.Beep(2000, 50)
        mes = random.randint(0, 4)
        if mes == 0:
            message = "不错！"
        if mes == 1:
            message = "真棒！"
        if mes == 2:
            message = "干得好！"
        if mes == 3:
            message = "真厉害！"
        if mes == 4:
            message = "完美！"
        point += 10
        win.title(message + "得分=" + str(point))
    
    # 失误时的判定
    if 0 <= ball_weizhi_x + ball_yidong_x <= 喵0:
        ball_weizhi_x = ball_weizhi_x + ball_yidong_x
    if 0 <= ball_weizhi_y + ball_yidong_y <= 480:
        ball_weizhi_y = ball_weizhi_y + ball_yidong_y
    if ball_weizhi_y + ball_yidong_y >= 480:
        mes = random.randint(0, 2)
        if mes == 0:
            message = "太弱啦！"
        if mes == 1:
            message = "失误了哦！"
        if mes == 2:
            message = "啊，惨不忍睹！"
        win.title(message + "得分=" + str(point))
        winsound.Beep(600, 50)
        is_gameover = True

# 处理鼠标动作
def motion(event): # 确认鼠标指针的位置
    global racket_weizhi_x
    racket_weizhi_x = event.x
    
def click(event): # 点击，重新开始
    if event.num == 1 and is_gameover :
        init_game()

# 确认鼠标的动作和点击
win.bind('', motion)
win.bind('', click)

# 使游戏循环进行
def game_loop():
    draw_screen()
    draw_ball()
    draw_racket()
    move_ball()
    win.after(speed, game_loop)

# 游戏的主处理
init_game()
game_loop()
win.mainloop()

 

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# 弹球游戏（壁球）
from tkinter import *
import random
import winsound

# 制作窗口
win = Tk()
cv = Canvas(win, width=喵0, height=480)
cv.pack()

# 初始化游戏
def init_game():
    global is_gameover, ball_weizhi_x, ball_weizhi_y
    global ball_yidong_x, ball_yidong_y, ball_size
    global racket_weizhi_x, racket_size, point, speed

    is_gameover = False
    ball_weizhi_x = 320  # 初始位置在窗口中央
    ball_weizhi_y = 250
    ball_yidong_x = 15
    ball_yidong_y = -15
    ball_size = 10
    racket_weizhi_x = 270  # 挡板初始位置
    racket_size = 100
    point = 0
    speed = 50
    win.title("弹球游戏：开始！")

# 绘制画面
def draw_screen():
    cv.delete('all')  # 清空画面
    cv.create_rectangle(0, 0, 喵0, 480, fill="white", width=0)

def draw_ball():
    cv.create_oval(ball_weizhi_x - ball_size, ball_weizhi_y - ball_size,
                   ball_weizhi_x + ball_size, ball_weizhi_y + ball_size, fill="red")

def draw_racket():
    cv.create_rectangle(racket_weizhi_x, 470,
                        racket_weizhi_x + racket_size, 480, fill="yellow")

# 移动小球
def move_ball():
    global is_gameover, point, ball_weizhi_x, ball_weizhi_y, ball_yidong_x, ball_yidong_y
    if is_gameover: return

    # 判断是否撞到了左右的墙壁
    if ball_weizhi_x + ball_yidong_x < ball_size or ball_weizhi_x + ball_yidong_x > 喵0 - ball_size:
        ball_yidong_x *= -1
        winsound.Beep(1320, 50)

    # 判断是否撞到了顶部
    if ball_weizhi_y + ball_yidong_y < ball_size:
        ball_yidong_y *= -1
        winsound.Beep(1320, 50)

    # 判断是否撞到了挡板
    if ball_weizhi_y + ball_yidong_y > 470 and (
            racket_weizhi_x <= (ball_weizhi_x + ball_yidong_x) <= (racket_weizhi_x + racket_size)):
        ball_yidong_y *= -1
        if random.choice([True, False]):
            ball_yidong_x *= -1
        winsound.Beep(2000, 50)

        messages = ["不错！", "真棒！", "干得好！", "真厉害！", "完美！"]
        message = random.choice(messages)
        point += 10
        win.title(f"{message} 得分={point}")

    # 更新小球位置
    ball_weizhi_x += ball_yidong_x
    ball_weizhi_y += ball_yidong_y

    # 失误时的判定
    if ball_weizhi_y > 480:
        messages = ["太弱啦！", "失误了哦！", "啊，惨不忍睹！"]
        message = random.choice(messages)
        win.title(f"{message} 得分={point}")
        winsound.Beep(600, 50)
        global is_gameover
        is_gameover = True

# 处理鼠标动作
def motion(event):
    global racket_weizhi_x
    racket_weizhi_x = max(0, min(event.x - racket_size // 2, 喵0 - racket_size))  # 保持挡板在窗口内

def click(event):
    if event.num == 1 and is_gameover:
        init_game()

# 确认鼠标的动作和点击
win.bind('<Motion>', motion)  # 绑定鼠标移动事件
win.bind('<Button-1>', click)  # 绑定鼠标左键点击事件

# 使游戏循环进行
def game_loop():
    draw_screen()
    draw_ball()
    draw_racket()
    move_ball()
    win.after(speed, game_loop)

# 游戏的主处理
init_game()
game_loop()
win.mainloop()