import tkinter as tk import random import math import time # ======================== # 游戏配置 # ======================== WIDTH, HEIGHT = 800, 600 GRAVITY = 0.35 MAX_SPEED = 18 FRICTION = 0.98 TREE_RADIUS = 18 GATE_W = 60 SKIER_W, SKIER_H = 20, 40 # ======================== # 主题 # ======================== THEMES = { "❄️ 雪山经典": {"bg_top": "#87CEEB", "bg_bot": "#B0E0E6", "snow": "#FFFFFF", "tree": "#228B22", "tree_dark": "#006400", "gate_r": "#FF0000", "gate_b": "#0000FF", "skier": "#FF0000", "skier_alt": "#FFFFFF", "trail": "#D0D0D0", "rock": "#808080"}, "🌙 夜滑模式": {"bg_top": "#0D1B2A", "bg_bot": "#1B2838", "snow": "#E0E8F0", "tree": "#1A4A2A", "tree_dark": "#0D2B18", "gate_r": "#FF4444", "gate_b": "#4444FF", "skier": "#FFD700", "skier_alt": "#FFA500", "trail": "#2A3A4A", "rock": "#404040"}, "🌅 夕阳滑道": {"bg_top": "#FF7E5F", "bg_bot": "#FEB47B", "snow": "#FFF5EE", "tree": "#2E8B57", "tree_dark": "#1B5E20", "gate_r": "#8B0000", "gate_b": "#191970", "skier": "#FFD700", "skier_alt": "#000000", "trail": "#E8C4A0", "rock": "#5C4033"}, "🌸 樱花雪道": {"bg_top": "#FFD6E8", "bg_bot": "#FFE8F0", "snow": "#FFF0F5", "tree": "#4A9B6E", "tree_dark": "#2E6B4A", "gate_r": "#C2185B", "gate_b": "#7B1FA2", "skier": "#E91E63", "skier_alt": "#FF80AB", "trail": "#F8BBD0", "rock": "#A1887F"}, "🔥 熔岩雪道": {"bg_top": "#2C0000", "bg_bot": "#4A0000", "snow": "#FFE4E1", "tree": "#1A0000", "tree_dark": "#0D0000", "gate_r": "#FF4500", "gate_b": "#FFD700", "skier": "#00FF7F", "skier_alt": "#00CED1", "trail": "#3D1C1C", "rock": "#1A0000"}, "🌈 彩虹雪国": {"bg_top": "#A8E6CF", "bg_bot": "#DCEDC1", "snow": "#FFFFFF", "tree": "#FF8B94", "tree_dark": "#D65A71", "gate_r": "#FF6B6B", "gate_b": "#4ECDC4", "skier": "#FFE66D", "skier_alt": "#FF6B6B", "trail": "#C7ECEA", "rock": "#95A5A6"}, } cur_theme = "❄️ 雪山经典" # ======================== # 全局状态 # ======================== root = None canvas = None lbl_speed = None lbl_score = None lbl_time = None lbl_lives = None lbl_msg = None theme_btns = [] all_widgets = [] skier = None trees = [] gates = [] rocks = [] snowflakes = [] trail_particles = [] gate_passed = [] game_running = True game_over = False paused = False score = 0 lives = 3 start_time = 0 elapsed = 0 difficulty = 1.0 distance = 0 last_gate = -1 combo = 0 best_score = 0 # ======================== # 工具函数 # ======================== def clamp(v, lo, hi): return max(lo, min(hi, v)) def dist(ax, ay, bx, by): return math.sqrt((ax - bx) ** 2 + (ay - by) ** 2) def circle_rect(cx, cy, cr, rx, ry, rw, rh): """圆与矩形碰撞""" closest_x = clamp(cx, rx, rx + rw) closest_y = clamp(cy, ry, ry + rh) return dist(cx, cy, closest_x, closest_y) < cr # ======================== # 雪道生成 # ======================== def generate_track(): global trees, gates, rocks, snowflakes, gate_passed, last_gate, difficulty trees.clear() gates.clear() rocks.clear() snowflakes.clear() gate_passed.clear() last_gate = -1 difficulty = 1.0 # 雪道两侧树（随机分布） for i in range(120): side = random.choice([-1, 1]) tx = WIDTH // 2 + side * random.randint(180, 380) ty = random.randint(-200, HEIGHT + 200) trees.append({"x": tx, "y": ty, "size": random.randint(20, 35), "type": random.choice(["pine", "pine2"])}) # 旗门（成对出现，形成赛道） gate_x_center = WIDTH // 2 for i in range(40): gy = -i * 180 - 100 offset = random.randint(-60, 60) gates.append({ "x": gate_x_center + offset - GATE_W // 2, "y": gy, "w": GATE_W, "h": 6, "passed": False, "id": i }) # 岩石障碍 for i in range(25): rx = random.randint(100, WIDTH - 100) ry = random.randint(-300, HEIGHT + 100) rocks.append({"x": rx, "y": ry, "r": random.randint(12, 22)}) # 雪花 for i in range(80): snowflakes.append({ "x": random.randint(0, WIDTH), "y": random.randint(0, HEIGHT), "speed": random.uniform(1, 4), "size": random.uniform(1, 3), "wobble": random.uniform(0, math.pi * 2) }) def reset_game(): global skier, score, lives, game_over, paused, start_time, distance, combo, elapsed skier = { "x": WIDTH // 2, "y": HEIGHT // 2 - 50, "vx": 0, "vy": 0, "speed": 0, "angle": 0, "tilt": 0, "invincible": 0, "crouch": False, "jump": 0, "anim": 0, } score = 0 lives = 3 game_over = False paused = False start_time = time.time() distance = 0 combo = 0 elapsed = 0 generate_track() # ======================== # 更新逻辑 # ======================== def update(): global score, lives, game_over, difficulty, distance, combo, elapsed, last_gate if not skier or paused or game_over: return elapsed = time.time() - start_time difficulty = 1.0 + elapsed / 60.0 # 每分钟难度+1 keys = root.keys_pressed if hasattr(root, 'keys_pressed') else set() # ---- 输入 ---- turn = 0 if "a" in keys or "Left" in keys: turn = -1 elif "d" in keys or "Right" in keys: turn = 1 crouch = "Down" in keys or "s" in keys jumping = "space" in keys or "Up" in keys or "w" in keys skier["crouch"] = crouch skier["anim"] += 0.3 if abs(skier["vx"]) > 2 else 0.1 # ---- 转向 ---- skier["vx"] += turn * 0.6 * difficulty skier["vx"] *= FRICTION skier["vx"] = clamp(skier["vx"], -10, 10) # ---- 前进速度 ---- target_speed = 6 + difficulty * 1.5 if crouch: target_speed *= 1.4 skier["vy"] = target_speed skier["speed"] = math.sqrt(skier["vx"] ** 2 + skier["vy"] ** 2) # ---- 跳跃 ---- if jumping and skier["jump"] == 0: skier["jump"] = 25 if skier["jump"] > 0: skier["jump"] -= 1.2 if skier["jump"] < 0: skier["jump"] = 0 # ---- 移动 ---- skier["x"] += skier["vx"] skier["y"] += skier["vy"] * 0.3 # 视觉上移（实际是雪道下移） # 边界 margin = 60 skier["x"] = clamp(skier["x"], margin, WIDTH - margin) # ---- 雪道下移（相机）---- camera_speed = skier["vy"] distance += camera_speed * 0.1 for t in trees: t["y"] += camera_speed for g in gates: g["y"] += camera_speed for r in rocks: r["y"] += camera_speed for s in snowflakes: s["y"] += s["speed"] + camera_speed * 0.3 s["x"] += math.sin(s["wobble"]) * 0.5 s["wobble"] += 0.05 if s["y"] > HEIGHT + 10: s["y"] = -10 s["x"] = random.randint(0, WIDTH) for tp in trail_particles[:]: tp["y"] += camera_speed tp["life"] -= 1 if tp["life"] <= 0: trail_particles.remove(tp) # ---- 生成拖尾粒子 ---- if random.random() < 0.4: trail_particles.append({ "x": skier["x"] + random.uniform(-6, 6), "y": skier["y"] + SKIER_H // 2, "life": 20, "max_life": 20, "size": random.uniform(2, 4) }) # ---- 回收离开屏幕的物体 ---- trees[:] = [t for t in trees if t["y"] < HEIGHT + 60] gates[:] = [g for g in gates if g["y"] < HEIGHT + 60] rocks[:] = [r for r in rocks if r["y"] < HEIGHT + 60] # ---- 生成新物体（前方）---- while len(trees) < 120: side = random.choice([-1, 1]) trees.append({ "x": WIDTH // 2 + side * random.randint(180, 380), "y": random.randint(-400, -50), "size": random.randint(20, 35), "type": random.choice(["pine", "pine2"]) }) while len(gates) < 40: gy = min(g["y"] for g in gates) - random.randint(150, 220) if gates else -100 offset = random.randint(-60, 60) gates.append({ "x": WIDTH // 2 + offset - GATE_W // 2, "y": gy, "w": GATE_W, "h": 6, "passed": False, "id": len(gates) }) while len(rocks) < 25: rocks.append({ "x": random.randint(100, WIDTH - 100), "y": random.randint(-400, -50), "r": random.randint(12, 22) }) # ---- 旗门检测 ---- for g in gates: if g["passed"]: continue # 旗门中心 gcx = g["x"] + g["w"] / 2 gcy = g["y"] + g["h"] / 2 if dist(skier["x"], skier["y"], gcx, gcy) < 35: g["passed"] = True gate_passed.append(g["id"]) combo += 1 gate_score = 100 * combo score += gate_score spawn_particles(gcx, gcy, "#FFD700", 12) last_gate = g["id"] # 检查是否漏门（从下方经过但未穿过） for g in gates: if not g["passed"] and g["y"] > skier["y"] + 50: g["passed"] = True # 标记为已处理 combo = 0 # 断连击 # ---- 树碰撞 ---- if skier["invincible"] <= 0 and skier["jump"] == 0: for t in trees: if dist(skier["x"], skier["y"], t["x"], t["y"]) < t["size"] * 0.6 + 10: hit_obstacle("🌲 撞树了！") break # ---- 岩石碰撞 ---- if skier["invincible"] <= 0 and skier["jump"] == 0: for r in rocks: if dist(skier["x"], skier["y"], r["x"], r["y"]) < r["r"] + 8: hit_obstacle("🪨 撞石头了！") break # ---- 无敌计时 ---- if skier["invincible"] > 0: skier["invincible"] -= 1 # ---- 得分（距离分）---- score += int(camera_speed * 0.5) # ---- 检查终点 ---- if distance > 5000: game_over = True def hit_obstacle(msg): global lives, combo lives -= 1 combo = 0 skier["invincible"] = 90 # 1.5秒无敌 spawn_particles(skier["x"], skier["y"], "#FF0000", 15) flash_msg(msg) if lives <= 0: global game_over game_over = True # ======================== # 粒子 # ======================== def spawn_particles(x, y, color, count=10): for _ in range(count): angle = random.uniform(0, math.pi * 2) speed = random.uniform(1, 5) trail_particles.append({ "x": x, "y": y, "vx": math.cos(angle) * speed, "vy": math.sin(angle) * speed, "life": random.randint(15, 30), "max_life": 30, "size": random.uniform(2, 5), "color": color }) # ======================== # 消息闪烁 # ======================== msg_text = "" msg_timer = 0 def flash_msg(text): global msg_text, msg_timer msg_text = text msg_timer = 60 # ======================== # 绘制 # ======================== def draw(): canvas.delete("all") theme = THEMES[cur_theme] # ---- 渐变天空/背景 ---- for i in range(HEIGHT): ratio = i / HEIGHT # 简单双色渐变 r = int((0x87 if cur_theme == "❄️ 雪山经典" else 0x0D) * (1 - ratio) + (0xB0 if cur_theme == "❄️ 雪山经典" else 0x1B) * ratio) # 用主题色 pass # 直接用主题色画背景 canvas.create_rectangle(0, 0, WIDTH, HEIGHT, fill=theme["bg_top"], outline="") # 下半部分稍深 canvas.create_rectangle(0, HEIGHT // 2, WIDTH, HEIGHT, fill=theme["bg_bot"], outline="") # ---- 远山剪影 ---- for mx in range(-200, WIDTH + 200, 350): offset = (distance * 0.1) % 350 wx = mx + offset canvas.create_polygon( wx - 120, HEIGHT - 80, wx, HEIGHT - 80 - 150, wx + 120, HEIGHT - 80, fill=theme["trail"], outline="" ) # ---- 雪花 ---- for s in snowflakes: alpha_hex = hex(min(255, int(150 + s["speed"] * 30)))[2:].zfill(2) canvas.create_oval(s["x"] - s["size"], s["y"] - s["size"], s["x"] + s["size"], s["y"] + s["size"], fill="#FFFFFF", outline="") # ---- 雪道边缘 ---- canvas.create_rectangle(0, 0, 50, HEIGHT, fill=theme["tree_dark"], outline="") canvas.create_rectangle(WIDTH - 50, 0, WIDTH, HEIGHT, fill=theme["tree_dark"], outline="") # ---- 旗门 ---- for g in gates: if g["y"] < -20 or g["y"] > HEIGHT + 20: continue # 杆 canvas.create_line(g["x"], g["y"], g["x"], g["y"] - 30, fill=theme["gate_r"], width=3) canvas.create_line(g["x"] + g["w"], g["y"], g["x"] + g["w"], g["y"] - 30, fill=theme["gate_b"], width=3) # 横幅 flag_color = theme["gate_r"] if not g["passed"] else "#888888" canvas.create_rectangle(g["x"], g["y"] - 30, g["x"] + g["w"], g["y"] - 24, fill=flag_color, outline="") # 旗帜 canvas.create_polygon(g["x"], g["y"] - 30, g["x"] + 12, g["y"] - 24, g["x"], g["y"] - 18, fill=flag_color, outline="") canvas.create_polygon(g["x"] + g["w"], g["y"] - 30, g["x"] + g["w"] - 12, g["y"] - 24, g["x"] + g["w"], g["y"] - 18, fill=theme["gate_b"] if not g["passed"] else "#888888", outline="") # 编号 if not g["passed"]: canvas.create_text(g["x"] + g["w"] // 2, g["y"] - 15, text=str(g["id"] + 1), font=("", 8), fill="#FFFFFF") # ---- 树 ---- for t in trees: if t["y"] < -40 or t["y"] > HEIGHT + 40: continue sz = t["size"] # 树干 canvas.create_rectangle(t["x"] - 3, t["y"], t["x"] + 3, t["y"] + sz * 0.5, fill="#8B4513", outline="") # 三层树冠 for layer, (dy, w, h) in enumerate([(0, sz, sz * 0.8), (sz * 0.4, sz * 0.8, sz * 0.6), (sz * 0.8, sz * 0.6, sz * 0.4)]): y_top = t["y"] - dy - h canvas.create_polygon( t["x"] - w, t["y"] - dy, t["x"] + w, t["y"] - dy, t["x"], y_top, fill=theme["tree"] if layer == 0 else theme["tree_dark"], outline="" ) # 雪顶 canvas.create_polygon( t["x"] - sz * 0.3, t["y"] - sz * 0.8, t["x"] + sz * 0.3, t["y"] - sz * 0.8, t["x"], t["y"] - sz * 1.0, fill=theme["snow"], outline="" ) # ---- 岩石 ---- for r in rocks: if r["y"] < -30 or r["y"] > HEIGHT + 30: continue canvas.create_oval(r["x"] - r["r"], r["y"] - r["r"], r["x"] + r["r"], r["y"] + r["r"], fill=theme["rock"], outline="#404040") # 高光 canvas.create_oval(r["x"] - r["r"] * 0.5, r["y"] - r["r"] * 0.6, r["x"] + r["r"] * 0.1, r["y"] - r["r"] * 0.1, fill="#A0A0A0", outline="") # ---- 拖尾粒子 ---- for tp in trail_particles: if tp["life"] <= 0: continue alpha = tp["life"] / tp["max_life"] sz = tp["size"] * alpha canvas.create_oval(tp["x"] - sz, tp["y"] - sz, tp["x"] + sz, tp["y"] + sz, fill=theme["snow"], outline="") # ---- 滑雪者 ---- if skier: sx = skier["x"] sy = skier["y"] jumping = skier["jump"] > 0 flash = skier["invincible"] > 0 and (skier["invincible"] // 4) % 2 == 0 # 阴影 if not jumping: canvas.create_oval(sx - 12, sy + SKIER_H // 2 - 2, sx + 12, sy + SKIER_H // 2 + 4, fill="#00000030", outline="") # 跳跃偏移 jy = -skier["jump"] if jumping else 0 if not flash: # 身体 body_color = theme["skier"] alt_color = theme["skier_alt"] # 头 canvas.create_oval(sx - 7, sy - SKIER_H // 2 + jy, sx + 7, sy - SKIER_H // 2 + 14 + jy, fill=alt_color, outline="") # 头盔/帽子 canvas.create_arc(sx - 7, sy - SKIER_H // 2 - 2 + jy, sx + 7, sy - SKIER_H // 2 + 6 + jy, start=0, extent=180, fill=body_color, outline="") # 护目镜 canvas.create_rectangle(sx - 5, sy - SKIER_H // 2 + 5 + jy, sx + 5, sy - SKIER_H // 2 + 9 + jy, fill="#1A1A1A", outline="") canvas.create_rectangle(sx - 4, sy - SKIER_H // 2 + 6 + jy, sx + 4, sy - SKIER_H // 2 + 8 + jy, fill="#00BFFF", outline="") # 身体（弯腰姿势） lean = skier["vx"] * 1.5 canvas.create_polygon( sx - 6 + lean * 0.3, sy - SKIER_H // 2 + 12 + jy, sx + 6 + lean * 0.3, sy - SKIER_H // 2 + 12 + jy, sx + 8 + lean * 0.8, sy + SKIER_H // 2 - 8 + jy, sx - 4 + lean * 0.8, sy + SKIER_H // 2 - 8 + jy, fill=body_color, outline="" ) # 手臂（摆臂动画） arm_swing = math.sin(skier["anim"]) * 8 canvas.create_line(sx + lean * 0.5, sy - 5 + jy, sx + 10 + lean + arm_swing, sy + 5 + jy, fill=alt_color, width=3) canvas.create_line(sx + lean * 0.5, sy - 5 + jy, sx - 10 + lean - arm_swing, sy + 5 + jy, fill=alt_color, width=3) # 滑雪板 if not jumping: board_len = 18 canvas.create_rectangle(sx - board_len + lean, sy + SKIER_H // 2 - 4, sx + board_len + lean, sy + SKIER_H // 2 + 2, fill="#FFD700", outline="#B8860B") canvas.create_rectangle(sx - board_len + lean + 2, sy + SKIER_H // 2 - 2, sx + board_len + lean - 2, sy + SKIER_H // 2, fill="#FFF8DC", outline="") # 雪雾 for _ in range(2): fx = sx + random.uniform(-board_len, board_len) + lean fy = sy + SKIER_H // 2 + random.uniform(0, 6) canvas.create_oval(fx - 3, fy - 2, fx + 3, fy + 2, fill=theme["snow"], outline="") # ---- HUD ---- # 左上：速度 speed_kmh = int(skier["speed"] * 5) if skier else 0 canvas.create_rectangle(10, 10, 160, 55, fill="#00000080", outline="") canvas.create_text(85, 22, text=f"⚡ {speed_kmh} km/h", font=("Consolas", 13, "bold"), fill="#00FF00") canvas.create_text(85, 42, text=f"📏 {int(distance)}m", font=("Consolas", 10), fill="#FFFFFF") # 右上：分数和生命 canvas.create_rectangle(WIDTH - 200, 10, WIDTH - 10, 75, fill="#00000080", outline="") canvas.create_text(WIDTH - 105, 25, text=f"🏆 {score}", font=("Consolas", 13, "bold"), fill="#FFD700") canvas.create_text(WIDTH - 105, 45, text=f"❤️ {lives}", font=("Consolas", 12), fill="#FF4444") canvas.create_text(WIDTH - 105, 62, text=f"🔥 x{combo}", font=("Consolas", 10), fill="#FF8C00") # 时间 t = int(elapsed) canvas.create_text(WIDTH // 2, 20, text=f"⏱️ {t}s", font=("Consolas", 12, "bold"), fill="#FFFFFF") # 难度条 diff_pct = min(1.0, (difficulty - 1.0) / 3.0) bar_w = 200 canvas.create_rectangle(WIDTH // 2 - bar_w // 2, 35, WIDTH // 2 + bar_w // 2, 42, fill="#333333", outline="") canvas.create_rectangle(WIDTH // 2 - bar_w // 2, 35, WIDTH // 2 - bar_w // 2 + int(bar_w * diff_pct), 42, fill="#FF4500" if diff_pct > 0.6 else "#FFD700", outline="") canvas.create_text(WIDTH // 2, 50, text=f"难度 {difficulty:.1f}x", font=("Consolas", 8), fill="#FFFFFF") # 消息 global msg_timer if msg_timer > 0: alpha = min(255, msg_timer * 4) canvas.create_text(WIDTH // 2, HEIGHT // 2 - 80, text=msg_text, font=("Comic Sans MS", 18, "bold"), fill="#FF0000") msg_timer -= 1 # 暂停 if paused: canvas.create_rectangle(WIDTH // 2 - 100, HEIGHT // 2 - 40, WIDTH // 2 + 100, HEIGHT // 2 + 40, fill="#000000CC", outline="#FFFFFF", width=2) canvas.create_text(WIDTH // 2, HEIGHT // 2, text="⏸️ 暂停", font=("Comic Sans MS", 20, "bold"), fill="#FFFFFF") canvas.create_text(WIDTH // 2, HEIGHT // 2 + 25, text="按 P 继续", font=("Comic Sans MS", 10), fill="#AAAAAA") # Game Over if game_over: canvas.create_rectangle(0, 0, WIDTH, HEIGHT, fill="#000000AA", outline="") canvas.create_text(WIDTH // 2, HEIGHT // 2 - 40, text="🏁 滑行结束！" if distance > 5000 else "💀 摔倒了！", font=("Comic Sans MS", 28, "bold"), fill="#FFD700") canvas.create_text(WIDTH // 2, HEIGHT // 2 + 5, text=f"总分: {score}", font=("Comic Sans MS", 18), fill="#FFFFFF") canvas.create_text(WIDTH // 2, HEIGHT // 2 + 35, text=f"距离: {int(distance)}m 旗门: {len(gate_passed)}", font=("Comic Sans MS", 13), fill="#CCCCCC") canvas.create_text(WIDTH // 2, HEIGHT // 2 + 65, text="按 R 重新开始", font=("Comic Sans MS", 12), fill="#FFD700") # ======================== # 主循环 # ======================== def game_loop(): if not game_running: return if skier and not game_over: update() draw() # HUD 更新 if lbl_speed: lbl_speed.config(text=f"⚡ {int((skier['speed'] if skier else 0) * 5)} km/h") if lbl_score: lbl_score.config(text=f"🏆 {score}") if lbl_time: lbl_time.config(text=f"⏱️ {int(elapsed)}s") if lbl_lives: lbl_lives.config(text=f"❤️ {lives}") root.after(16, game_loop) # ~60 FPS # ======================== # 输入 # ======================== def key_down(e): global paused, game_over keys = root.keys_pressed if e.keysym in ("r", "R"): if game_over: reset_game() return if e.keysym in ("p", "P"): paused = not paused return keys.add(e.keysym) def key_up(e): keys = root.keys_pressed keys.discard(e.keysym) # ======================== # 换肤 # ======================== def apply_theme(name): global cur_theme cur_theme = name theme = THEMES[name] root.configure(bg=theme["bg_top"]) for w in all_widgets: try: w.configure(bg=theme["bg_top"]) except: pass for btn in theme_btns: try: btn.configure(bg=theme["gate_r"], fg="white") except: pass # ======================== # 构建界面 # ======================== def build_ui(): global root, canvas, lbl_speed, lbl_score, lbl_time, lbl_lives, lbl_msg global theme_btns, all_widgets root = tk.Tk() root.title("⛷️ 滑雪模拟器") root.resizable(False, False) root.keys_pressed = set() # HUD 栏 hud = tk.Frame(root) hud.pack(fill="x") lbl_speed = tk.Label(hud, text="⚡ 0 km/h", font=("Consolas", 11, "bold")) lbl_speed.pack(side="left", padx=10) lbl_score = tk.Label(hud, text="🏆 0", font=("Consolas", 11)) lbl_score.pack(side="left", padx=10) lbl_time = tk.Label(hud, text="⏱️ 0s", font=("Consolas", 11)) lbl_time.pack(side="left", padx=10) lbl_lives = tk.Label(hud, text="❤️ 3", font=("Consolas", 11)) lbl_lives.pack(side="left", padx=10) lbl_msg = tk.Label(hud, text="A/D 转向 | S/↓ 蹲伏加速 | Space/↑ 跳跃 | P 暂停", font=("Comic Sans MS", 9)) lbl_msg.pack(side="right", padx=10) # 主题栏 theme_bar = tk.Frame(root) theme_bar.pack(fill="x") for name in THEMES: btn = tk.Button(theme_bar, text=name, font=("Comic Sans MS", 8, "bold"), relief="raised", bd=1, padx=3, command=lambda n=name: apply_theme(n)) btn.pack(side="left", padx=1) theme_btns.append(btn) # 画布 canvas_frame = tk.Frame(root) canvas_frame.pack() canvas = tk.Canvas(canvas_frame, width=WIDTH, height=HEIGHT, highlightthickness=0) canvas.pack() # 底部提示 bottom = tk.Frame(root) bottom.pack(fill="x") tk.Label(bottom, text="⛷️ 穿越旗门得分 · 避开树木岩石 · 蹲伏加速 · 跳跃无敌", font=("Comic Sans MS", 9)).pack() all_widgets.extend([hud, theme_bar, canvas_frame, bottom, lbl_msg]) # ======================== # 启动 # ======================== if __name__ == "__main__": build_ui() apply_theme("❄️ 雪山经典") reset_game() root.bind("", key_down) root.bind("", key_up) root.after(100, game_loop) root.mainloop()