import pygame import math import random pygame.init() WIDTH, HEIGHT = 1200, 700 screen = pygame.display.set_mode((WIDTH, HEIGHT)) pygame.display.set_caption("Dave The Diver Enhanced") clock = pygame.time.Clock() FPS = 60 # 色彩 COLOR_SKY = (120, 190, 255) COLOR_SHALLOW = (25, 110, 180) COLOR_DEEP = (5, 30, 70) COLOR_DIVER_BODY = (10, 90, 210) COLOR_DIVER_MASK = (230, 245, 255) COLOR_OXY_TANK = (70, 70, 80) COLOR_SHARK = (35, 38, 42) COLOR_SHARK_DARK = (15, 18, 20) COLOR_CORAL = (255, 90, 130) COLOR_GLOW_PLANT = (80, 255, 180) COLOR_OXY_GREEN = (30, 210, 70) COLOR_OXY_RED = (220, 20, 20) COLOR_UI_WHITE = (255, 255, 255) COLOR_FISH = [(255, 170, 30), (40, 210, 150), (210, 50, 110), (170, 90, 240)] COLOR_BUBBLE = (200, 240, 255) COLOR_GOLD = (255, 210, 40) # 世界参数 CAM_X = 0 CAM_Y = 0 WORLD_W = 3600 WORLD_H = 3000 SEA_SURFACE_Y = 200 # 潜水员物理 diver_x = WORLD_W // 2 diver_y = 200 vel_x = 0.0 vel_y = 0.0 GRAVITY = 0.2 BUOYANCY = -0.09 WATER_DRAG = 0.95 MOVE_SPEED = 3.5 oxygen = 100 max_oxygen = 100 base_oxy_consume = 0.013 max_carry = 15 carry_count = 0 gold_coins = 0 hurt_cd = 0 flip_right = True flash_red_alpha = 0 low_oxy_blink = False # 环境粒子 bubble_particles = [] wave_points = [] # 实体列表 coral_list = [] rock_list = [] glow_plants = [] fish_list = [] shark_list = [] oxy_box_list = [] treasure_list = [] # 鱼叉数据 spear_fly = False spear_x = 0 spear_y = 0 spear_vx = 0 spear_vy = 0 spear_max_dist = 450 charge_time = 0 # 水流全局扰动 current_x = random.uniform(-0.12, 0.12) current_y = random.uniform(-0.06, 0.06) # 生成海底地图 def reset_sea_map(): global coral_list, rock_list, fish_list, shark_list, oxy_box_list, treasure_list, glow_plants, wave_points coral_list.clear() rock_list.clear() fish_list.clear() shark_list.clear() oxy_box_list.clear() treasure_list.clear() glow_plants.clear() wave_points.clear() bubble_particles.clear() # 海浪点 for _ in range(400): wx = random.randint(-3000, WORLD_W+3000) wy = random.randint(SEA_SURFACE_Y, WORLD_H) ws = random.randint(1,4) wp = random.uniform(0, math.pi*2) wave_points.append([wx, wy, ws, wp]) # 发光海底植物 for _ in range(120): gx = random.randint(0, WORLD_W) gy = random.randint(400, WORLD_H) gs = random.randint(10,30) glow_plants.append([gx, gy, gs, random.uniform(0, math.pi*2)]) # 珊瑚 for _ in range(260): cx = random.randint(0, WORLD_W) cy = random.randint(300, WORLD_H) cs = random.randint(10, 48) coral_list.append([cx, cy, cs]) # 礁石 for _ in range(180): rx = random.randint(0, WORLD_W) ry = random.randint(260, WORLD_H) rs = random.randint(20, 75) rock_list.append([rx, ry, rs]) # 小鱼 for _ in range(110): fx = random.randint(50, WORLD_W - 50) fy = random.randint(240, WORLD_H - 200) fs = random.randint(7, 24) fsp = random.uniform(0.35, 1.3) dirr = random.choice([-1, 1]) fc = random.choice(COLOR_FISH) fish_list.append([fx, fy, fs, fsp, dirr, fc, True, random.uniform(0, math.pi*2)]) # 鲨鱼 for _ in range(14): sx = random.randint(350, WORLD_W - 350) sy = random.randint(550, WORLD_H) ssp = random.uniform(1.0, 2.2) shark_list.append([sx, sy, ssp]) # 氧气罐 for _ in range(32): ox = random.randint(0, WORLD_W) oy = random.randint(320, WORLD_H) oxy_box_list.append([ox, oy]) # 宝箱 for _ in range(20): tx = random.randint(0, WORLD_W) ty = random.randint(380, WORLD_H) treasure_list.append([tx, ty, random.randint(10,40)]) reset_sea_map() # 字体兼容兜底 try: font_main = pygame.font.SysFont("msyh", 24) font_small = pygame.font.SysFont("msyh", 16) except: font_main = pygame.font.Font(None, 24) font_small = pygame.font.Font(None, 16) # 生成气泡 def spawn_bubbles(x,y): for _ in range(2): bubble_particles.append({ "x":x, "y":y, "vx":random.uniform(-0.3,0.3), "vy":random.uniform(-1.2,-0.4), "size":random.randint(2,6), "life":120 }) # 绘制潜水员（修复多边形） def draw_diver(screen_x, screen_y, flip): surf = pygame.Surface((48, 56), pygame.SRCALPHA) pygame.draw.ellipse(surf, COLOR_DIVER_BODY, (8, 14, 32, 36)) pygame.draw.circle(surf, COLOR_DIVER_MASK, (24, 11), 10) pygame.draw.rect(surf, COLOR_OXY_TANK, (3, 16, 8, 28)) # 脚蹼 标准成对坐标 pygame.draw.polygon(surf, COLOR_DIVER_BODY, [(12, 48), (6, 56), (20, 50)]) pygame.draw.polygon(surf, COLOR_DIVER_BODY, [(36, 48), (42, 56), (28, 50)]) if not flip: surf = pygame.transform.flip(surf, True, False) screen.blit(surf, (screen_x - 24, screen_y - 28)) # 圆形碰撞检测 def circle_collide(x1, y1, r1, x2, y2, r2): return math.hypot(x1 - x2, y1 - y2) < r1 + r2 # 小地图绘制 def draw_minimap(): map_w, map_h = 180, 120 map_surf = pygame.Surface((map_w, map_h), pygame.SRCALPHA) map_surf.fill((0,20,40,180)) scale_x = map_w / WORLD_W scale_y = map_h / WORLD_H # 礁石 for rx,ry,rs in rock_list: mx = rx * scale_x my = ry * scale_y pygame.draw.circle(map_surf, (80,80,80), (int(mx),int(my)),2) # 鲨鱼红点 for sx,sy,sp in shark_list: mx = sx * scale_x my = sy * scale_y pygame.draw.circle(map_surf, (255,30,30), (int(mx),int(my)),3) # 玩家 px = diver_x * scale_x py = diver_y * scale_y pygame.draw.circle(map_surf, (40,220,80), (int(px),int(py)),4) screen.blit(map_surf, (WIDTH-map_w-10, HEIGHT-map_h-10)) running = True time_global = 0 while running: delta = clock.tick(FPS) / 1000 keys = pygame.key.get_pressed() time_global += delta t = time_global # 事件 for event in pygame.event.get(): if event.type == pygame.QUIT: running = False # 鼠标左键蓄力发射鱼叉 if event.type == pygame.MOUSEBUTTONDOWN and event.button == 1 and not spear_fly: charge_time = 0.3 if event.type == pygame.MOUSEBUTTONUP and event.button == 1 and charge_time>0: mx, my = pygame.mouse.get_pos() world_mx = mx + CAM_X world_my = my + CAM_Y angle = math.atan2(world_my - diver_y, world_mx - diver_x) power_mult = min(1.8, 1 + charge_time*1.2) spear_fly = True spear_x = diver_x spear_y = diver_y spear_vx = math.cos(angle) * 15 * power_mult spear_vy = math.sin(angle) * 15 * power_mult charge_time = 0 # 蓄力计时 if charge_time > 0: charge_time -= delta # 深度压力：越深氧气消耗越快 depth = max(0, diver_y - SEA_SURFACE_Y) depth_oxy_mod = 1 + depth / 1200 oxygen -= base_oxy_consume * depth_oxy_mod # 低氧闪烁标记 low_oxy_blink = oxygen < 30 # 氧气归零重置 if oxygen <= 0: oxygen = max_oxygen diver_x = WORLD_W // 2 diver_y = SEA_SURFACE_Y + 50 carry_count = 0 reset_sea_map() # 上浮上岸回城（海面上方恢复全部氧气，清空鱼货换金币） if diver_y < SEA_SURFACE_Y + 20: gold_coins += carry_count * 12 carry_count = 0 oxygen = min(max_oxygen, oxygen + 0.3) # 玩家移动输入 move_x = 0 move_y = 0 if keys[pygame.K_a] or keys[pygame.K_LEFT]: move_x = -1 flip_right = False if keys[pygame.K_d] or keys[pygame.K_RIGHT]: move_x = 1 flip_right = True if keys[pygame.K_w] or keys[pygame.K_UP]: move_y = -1 if keys[pygame.K_s] or keys[pygame.K_DOWN]: move_y = 1 # 水下物理 + 全局水流扰动 vel_x += move_x * MOVE_SPEED * delta * 60 vel_y += GRAVITY + move_y * MOVE_SPEED * delta * 60 vel_y += BUOYANCY vel_x += current_x vel_y += current_y vel_x *= WATER_DRAG vel_y *= WATER_DRAG # 更新潜水员位置+边界限制 diver_x += vel_x diver_y += vel_y diver_x = max(40, min(WORLD_W - 40, diver_x)) diver_y = max(SEA_SURFACE_Y, min(WORLD_H - 40, diver_y)) # 持续生成气泡 if random.random() < 0.08: spawn_bubbles(diver_x, diver_y+20) # 镜头跟随 CAM_X = diver_x - WIDTH // 2 CAM_Y = diver_y - HEIGHT // 2 # 受伤冷却 & 受伤泛红衰减 if hurt_cd > 0: hurt_cd -= delta flash_red_alpha = min(120, flash_red_alpha + 8) else: flash_red_alpha = max(0, flash_red_alpha - 6) # 鲨鱼AI追击 + 危险预警红光 shark_near = False for shark in shark_list: sx, sy, sp = shark dist_shark = math.hypot(diver_x-sx, diver_y-sy) if dist_shark < 350: shark_near = True ang = math.atan2(diver_y - sy, diver_x - sx) shark[0] += math.cos(ang) * sp shark[1] += math.sin(ang) * sp # 撞击扣氧气+击退 if circle_collide(diver_x, diver_y, 20, sx, sy, 35) and hurt_cd <= 0: oxygen -= 25 hurt_cd = 1.3 vel_x *= -1.4 vel_y *= -1.4 # 小鱼摆动动画、鱼叉捕捉 for fish in fish_list: fx, fy, fs, fsp, fdir, fcol, alive, wave_t = fish if not alive: continue fish[7] += delta * 2.5 fish[0] += fdir * fsp # 左右边界反弹 if fx < 80 or fx > WORLD_W - 80: fish[4] *= -1 # 鱼叉命中捕获 if spear_fly and circle_collide(spear_x, spear_y, 7, fx, fy, fs): if carry_count < max_carry: fish[6] = False carry_count += 1 spear_fly = False # 鱼叉飞行逻辑 if spear_fly: spear_x += spear_vx spear_y += spear_vy dist = math.hypot(spear_x - diver_x, spear_y - diver_y) if dist > spear_max_dist: spear_fly = False # 撞礁石消失 for (rx, ry, rs) in rock_list: if circle_collide(spear_x, spear_y, 7, rx, ry, rs): spear_fly = False break # 拾取氧气箱 new_oxy = [] for ox, oy in oxy_box_list: if circle_collide(diver_x, diver_y, 20, ox, oy, 18): oxygen = min(max_oxygen, oxygen + 38) else: new_oxy.append([ox, oy]) oxy_box_list = new_oxy # 拾取宝箱金币 new_treasure = [] for tx, ty, gold in treasure_list: if circle_collide(diver_x, diver_y, 20, tx, ty, 22): gold_coins += gold else: new_treasure.append([tx, ty, gold]) treasure_list = new_treasure # 更新气泡粒子 new_bub = [] for b in bubble_particles: b["x"] += b["vx"] b["y"] += b["vy"] b["life"] -= 1 if b["life"] > 0 and b["y"] > SEA_SURFACE_Y: new_bub.append(b) bubble_particles = new_bub # ============ 分层绘制 ============ # 海面天空 screen.fill(COLOR_SKY) sea_line = SEA_SURFACE_Y - CAM_Y # 浅水半透明层 shallow_surface = pygame.Surface((WIDTH, HEIGHT - sea_line), pygame.SRCALPHA) shallow_surface.fill((*COLOR_SHALLOW, 180)) screen.blit(shallow_surface, (0, sea_line)) # 深海雾化，越深越暗 deep_fog = pygame.Surface((WIDTH, HEIGHT), pygame.SRCALPHA) fog_alpha = min(170, diver_y / WORLD_H * 150) deep_fog.fill((*COLOR_DEEP, int(fog_alpha))) screen.blit(deep_fog, (0, 0)) # 流动海浪波纹 for wx, wy, ws, wp in wave_points: sx = wx - CAM_X sy = wy - CAM_Y + math.sin(t*1.2 + wp)*3 pygame.draw.circle(screen, (160,220,255,100), (int(sx), int(sy)), ws) # 发光海底植物 for gx, gy, gs, gp in glow_plants: sx = gx - CAM_X sy = gy - CAM_Y pulse = math.sin(t*2.2 + gp) * 0.4 + 1 size_pulse = int(gs * pulse) pygame.draw.circle(screen, COLOR_GLOW_PLANT, (int(sx), int(sy)), size_pulse, 2) # 珊瑚、礁石、氧气箱、宝箱 for cx, cy, cs in coral_list: sx = cx - CAM_X sy = cy - CAM_Y pygame.draw.circle(screen, COLOR_CORAL, (int(sx), int(sy)), cs) for rx, ry, rs in rock_list: sx = rx - CAM_X sy = ry - CAM_Y pygame.draw.circle(screen, (45, 48, 52), (int(sx), int(sy)), rs) pygame.draw.circle(screen, (20, 22, 25), (int(sx), int(sy)), rs - 9) for ox, oy in oxy_box_list: sx = ox - CAM_X sy = oy - CAM_Y pygame.draw.rect(screen, COLOR_OXY_GREEN, [sx - 13, sy - 13, 26, 26]) for tx, ty, g in treasure_list: sx = tx - CAM_X sy = ty - CAM_Y pygame.draw.rect(screen, COLOR_GOLD, [sx - 15, sy - 11, 30, 22]) # 小鱼（带摆动） for fish in fish_list: fx, fy, fs, fsp, fdir, fcol, alive, wave_t = fish if not alive: continue sx = fx - CAM_X sy = fy - CAM_Y + math.sin(wave_t)*2 pygame.draw.ellipse(screen, fcol, [sx - fs, sy - fs//2, fs*2, fs]) # 鲨鱼 + 预警红光 if shark_near: warn_surf = pygame.Surface((WIDTH, HEIGHT), pygame.SRCALPHA) warn_surf.fill((255,0,0,40)) screen.blit(warn_surf, (0,0)) for sx, sy, sp in shark_list: draw_x = sx - CAM_X draw_y = sy - CAM_Y pygame.draw.ellipse(screen, COLOR_SHARK, [draw_x - 34, draw_y - 16, 68, 32]) tail_points = [(draw_x+34, draw_y), (draw_x+50, draw_y-14), (draw_x+50, draw_y+14)] pygame.draw.polygon(screen, COLOR_SHARK_DARK, tail_points) # 气泡粒子 for b in bubble_particles: bx = b["x"] - CAM_X by = b["y"] - CAM_Y alpha = int(255 * (b["life"] / 120)) bub_surf = pygame.Surface((b["size"]*2, b["size"]*2), pygame.SRCALPHA) pygame.draw.circle(bub_surf, (*COLOR_BUBBLE, alpha), (b["size"], b["size"]), b["size"]) screen.blit(bub_surf, (bx, by)) # 飞行鱼叉 + 蓄力指示器 if spear_fly: sx = spear_x - CAM_X sy = spear_y - CAM_Y pygame.draw.line(screen, (240,240,240), (sx,sy), (sx-spear_vx*2.8, sy-spear_vy*2.8), 5) if charge_time > 0: charge_len = int(charge_time / 0.3 * 80) pygame.draw.rect(screen, (255,200,0), (WIDTH//2-40, HEIGHT//2+40, charge_len, 6)) # 玩家潜水员 draw_diver(WIDTH//2, HEIGHT//2, flip_right) # 受伤全屏泛红 if flash_red_alpha > 0: hurt_surf = pygame.Surface((WIDTH, HEIGHT), pygame.SRCALPHA) hurt_surf.fill((255,0,0,int(flash_red_alpha))) screen.blit(hurt_surf, (0,0)) # ============ UI界面 ============ # 氧气条，低氧闪烁 bar_w = 230 bar_h = 24 fill_w = bar_w * (oxygen / max_oxygen) oxy_back = COLOR_OXY_RED if (low_oxy_blink and int(t*4)%2==0) else COLOR_OXY_RED pygame.draw.rect(screen, oxy_back, (12, 12, bar_w, bar_h)) pygame.draw.rect(screen, COLOR_OXY_GREEN, (12, 12, fill_w, bar_h)) pygame.draw.rect(screen, COLOR_UI_WHITE, (12, 12, bar_w, bar_h), 2) oxy_text = font_main.render(f"Oxygen: {oxygen:.0f}%", True, COLOR_UI_WHITE) screen.blit(oxy_text, (250, 10)) # 捕获、金币、深度 carry_text = font_main.render(f"Catch: {carry_count}/{max_carry}", True, COLOR_UI_WHITE) gold_text = font_main.render(f"Gold: {gold_coins}", True, COLOR_GOLD) depth_text = font_small.render(f"Depth: {int(depth)}m", True, COLOR_UI_WHITE) screen.blit(carry_text, (12, 42)) screen.blit(gold_text, (12, 68)) screen.blit(depth_text, (12, 94)) # 操作提示 hint = font_small.render("WASD Move | Hold LMB Charge Spear | Surface to Sell Fish", True, COLOR_UI_WHITE) screen.blit(hint, (12, HEIGHT - 30)) # 右下角小地图 draw_minimap() pygame.display.update() pygame.quit()