sairate
5488a216f2
- 新增 jiyi.py 文件，实现字母翻牌记忆游戏功能 - 添加 youxijiemian.py 文件，创建游戏开始界面 - 使用 turtle 和 tkinter 模块分别实现游戏和界面 - 支持选择不同难度的游戏模式
268 lines
7.1 KiB
Python
268 lines
7.1 KiB
Python
import pgzrun
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import random
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import itertools
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from pgzhelper import *
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WIDTH = 1500
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HEIGHT = 800
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# 背景
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bg1 = Actor('连续道路', topleft=(0, 0))
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bg2 = Actor('连续道路', topleft=(1500, 0))
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# 摩托车
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motor = Actor('摩托1', (200, HEIGHT // 2))
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motor.images = ['摩托1', '摩托2']
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# 障碍物
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obstacles = [Actor('路障', (random.randint(WIDTH, WIDTH + 1200),
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random.randint(150, HEIGHT - 150))) for _ in range(2)]
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# 终点线
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line = Actor('终点线', topleft=(30000, 163))
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# 钻石
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zuan = Actor('钻石', topleft=(WIDTH + 100, random.randint(150, HEIGHT - 150)))
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# 游戏参数
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speed = 10
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flag = 0 # 0=进行中,1=胜利,2=失败
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score = 0
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combo = 0
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particles = []
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blink = itertools.cycle([255, 180, 120, 180])
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# 加速状态
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boost_active = False
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boost_time = 0
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BOOST_DURATION = 5 # 秒
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BOOST_SPEED = 20
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BOOST_CD = 8 # 技能冷却时间
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boost_cd_timer = 0 # CD倒计时
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# 游戏计时
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game_time = 0
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# 加速提示圆圈参数
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boost_circle_radius = 50
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boost_circle_pos = (WIDTH - 100, HEIGHT - 100)
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# 绘制函数
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def draw():
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bg1.draw()
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bg2.draw()
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if flag == 1 or flag == 2:
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music.stop()
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color = (255, next(blink), next(blink))
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result_text = '胜利！' if flag == 1 else '失败！'
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screen.draw.text(result_text, center=(WIDTH / 2, HEIGHT / 2 - 100),
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fontsize=120, color=color, fontname='simkai')
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# 显示用时和钻石数量
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screen.draw.text(f'用时：{game_time:.2f}s', center=(WIDTH / 2, HEIGHT / 2 + 50),
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fontsize=60, color='white', fontname='simkai')
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screen.draw.text(f'收集钻石：{score}', center=(WIDTH / 2, HEIGHT / 2 + 120),
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fontsize=60, color='yellow', fontname='simkai')
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# 显示总评分
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total_score = calculate_score()
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screen.draw.text(f'最终评分：{total_score}', center=(WIDTH / 2, HEIGHT / 2 + 190),
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fontsize=60, color='orange', fontname='simkai')
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else:
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for obs in obstacles:
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obs.draw()
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draw_particles()
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motor.draw()
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line.draw()
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zuan.draw()
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# draw_collision_rect() # 可选调试
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x = int(line.x - motor.x)
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screen.draw.text(f'距终点：{x} m', (50, 700),
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fontname='simkai', fontsize=50)
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screen.draw.text(f'钻石：{score}', (50, 100),
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fontname='simkai', fontsize=50)
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screen.draw.text(f'速度：{int(speed)}', (1300, 50),
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fontname='simkai', fontsize=40, color='yellow')
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# 绘制加速技能圆圈
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draw_boost_circle()
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def draw_particles():
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for p in particles:
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screen.draw.filled_circle((p['x'], p['y']), 4,
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(255, 255, 150, int(p['alpha'])))
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def update_particles():
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for p in particles:
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p['x'] -= 8
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p['alpha'] -= 4
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particles[:] = [p for p in particles if p['alpha'] > 0]
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# 背景与障碍物移动
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def bg_move():
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bg1.x -= speed
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bg2.x -= speed
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if bg1.right <= 0:
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bg1.left = bg2.right
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if bg2.right <= 0:
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bg2.left = bg1.right
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line.x -= speed
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zuan.x -= speed
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if zuan.x <= 0:
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zuan.x = random.randint(WIDTH, WIDTH + 1200)
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zuan.y = random.randint(150, HEIGHT - 150)
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def obs_move():
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for obs in obstacles:
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obs.x -= speed
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if obs.x < -100:
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obs.x = random.randint(WIDTH, WIDTH + 1200)
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obs.y = random.randint(150, HEIGHT - 150)
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def line_collide():
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global flag
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if motor.collide_pixel(line):
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flag = 1
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else:
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motor.x += 10
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def obs_collide():
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global flag
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mx, my = motor.x, motor.y
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mw, mh = motor.width, motor.height
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rect_width = int(mw * 0.3)
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rect_height = int(mh * 0.2)
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left = int(mx - rect_width / 2)
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top = int(my + mh / 2 - rect_height)
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bottom_center_rect = Rect((left, top), (rect_width, rect_height))
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for obs in obstacles:
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obs_rect = Rect((obs.left, obs.top), (obs.width, obs.height))
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if bottom_center_rect.colliderect(obs_rect):
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flag = 2
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def zuan_collide():
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global score, combo
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if motor.collide_pixel(zuan):
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combo += 1
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score += combo
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zuan.x = random.randint(WIDTH, WIDTH + 1200)
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zuan.y = random.randint(150, HEIGHT - 150)
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else:
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combo = max(combo - 0.03, 0)
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def draw_collision_rect():
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# 调试用，可注释
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mx, my = motor.x, motor.y
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mw, mh = motor.width, motor.height
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rect_width = int(mw * 0.3)
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rect_height = int(mh * 0.2)
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left = int(mx - rect_width / 2)
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top = int(my + mh / 2 - rect_height)
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collision_rect = Rect((left, top), (rect_width, rect_height))
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screen.draw.rect(collision_rect, (255, 0, 0))
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def draw_boost_circle():
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# 圆圈颜色随CD变化
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if boost_cd_timer > 0:
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color = (100, 100, 100)
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elif boost_active:
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color = (0, 255, 255)
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else:
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color = (0, 200, 255)
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screen.draw.circle(boost_circle_pos, boost_circle_radius, color)
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screen.draw.text("SHIFT", center=boost_circle_pos, color="white", fontsize=30)
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# 评分计算
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def calculate_score():
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"""根据用时、钻石和胜利情况计算最终得分"""
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global score, game_time, flag
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base_score = 0
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# 胜利奖励
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if flag == 1:
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base_score += 500
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# 钻石加分，每颗钻石10分
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base_score += score * 10
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# 时间加分，时间越短，额外加分
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time_score = max(0, int(1000 - game_time * 10))
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base_score += time_score
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return base_score
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def update():
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global speed, boost_active, boost_time, boost_cd_timer, game_time
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if flag == 0:
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# 计时
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game_time += 1 / 60
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# 更新技能CD
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if boost_cd_timer > 0 and not boost_active:
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boost_cd_timer -= 1 / 60
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if boost_cd_timer < 0:
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boost_cd_timer = 0
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# Shift 加速
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if (keyboard['lshift'] or keyboard['rshift']) and not boost_active and boost_cd_timer == 0:
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boost_active = True
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boost_time = BOOST_DURATION
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speed = BOOST_SPEED
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if boost_active:
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boost_time -= 1 / 60
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if boost_time <= 0:
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boost_active = False
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speed = 10
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boost_cd_timer = BOOST_CD # 启动冷却
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# 正常加减速
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if not boost_active:
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if keyboard.right:
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speed = min(speed + 0.2, 18)
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elif keyboard.left:
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speed = max(speed - 0.2, 6)
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# 背景移动
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if line.x > WIDTH - 200:
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bg_move()
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obs_move()
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else:
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line_collide()
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# 上下移动
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if keyboard.up and motor.top > 0:
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motor.y -= 6
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if keyboard.down and motor.bottom < HEIGHT - 50:
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motor.y += 6
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# 碰撞检测
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obs_collide()
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zuan_collide()
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# 尾焰粒子
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particles.append({'x': motor.x - 40, 'y': motor.y + 10, 'alpha': 255})
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update_particles()
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def change_image():
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motor.next_image()
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clock.schedule_interval(change_image, 0.3)
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music.play('速度与激情')
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pgzrun.go()
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