import pygame import math import random pygame.init() W, H = 1200, 700 screen = pygame.display.set_mode((W, H)) pygame.display.set_caption("超级农家乐农场（含游戏说明书）") clock = pygame.time.Clock() FPS = 60 # 基础颜色 SKY_DAY = (135, 206, 235) SKY_NIGHT = (15, 15, 50) SKY_RAIN = (80, 90, 105) GRASS_GREEN = (50, 160, 50) SOIL_BROWN = (112, 78, 42) SOIL_DRY = (75, 52, 28) WATER_BLUE = (70, 150, 240) UI_BG = (22, 22, 22, 190) WHITE = (255,255,255) GOLD = (255, 212, 0) RED = (225, 25, 25) GREEN_PLANT = (25, 190, 25) YELLOW_RIPE = (242, 205, 20) WEED_GREEN = (35, 85, 18) BUG_BROWN = (55, 38, 28) FRUIT_RED = (230, 60, 40) CHICKEN_YELLOW = (245, 220, 70) RAIN_DROP = (180, 210, 245, 100) # 季节配置 SEASON_LIST = ["spring", "summer", "autumn", "winter"] SEASON_COLOR = { "spring": (180, 230, 170), "summer": (70, 180, 50), "autumn": (200, 140, 60), "winter": (220, 230, 240) } # 作物数据：名称、种子价、出售价、生长时长、适配季节 CROP_DATA = { "wheat": {"name":"小麦", "seed_cost":5, "sell":20, "grow_time":8, "season":["spring","summer"]}, "carrot": {"name":"胡萝卜", "seed_cost":8, "sell":35, "grow_time":12, "season":["spring","autumn"]}, "tomato": {"name":"番茄", "seed_cost":15, "sell":60, "grow_time":18, "season":["summer"]}, "cabbage": {"name":"白菜", "seed_cost":12, "sell":48, "grow_time":["autumn","winter"]}, } # 果树数据 TREE_DATA = { "apple": {"name":"苹果树", "seed_cost":120, "sell":100, "grow_time":35} } # 家畜数据 ANIMAL_DATA = { "chicken": {"name":"小鸡", "buy_cost":80, "egg_price":25, "produce_cycle":12} } # 农具升级 TOOL_LEVEL = { "water": 1, "spray": 1, "sickle": 1 } TOOL_MAX = 3 UPGRADE_COST = [0, 180, 450] # 全局游戏数据 gold = 180 day_time = 0 day_length = 45 day_count = 1 season_idx = 0 current_season = SEASON_LIST[season_idx] is_night = False is_rain = False rain_list = [] selected_tool = "seed_wheat" inventory_seed = {"wheat":5, "carrot":3, "tomato":1, "cabbage":2, "apple":0} warehouse = {} # 仓库存放收获作物 animals = [] # 家畜列表 auto_sprinkler = False # 自动洒水器解锁 orders = [] # 订单任务 flash_alpha = 0 # 成熟闪光 # 农田网格 grid_size = 72 grid_off_x = 280 grid_off_y = 110 grid_cols = 14 grid_rows = 6 # 地块类 class Plot: def __init__(self, gx, gy): self.gx = gx self.gy = gy self.is_wet = False self.wet_timer = 0 self.crop_id = None self.tree_id = None self.grow_progress = 0 self.max_grow = 0 self.has_weed = False self.has_bug = False self.plant_anim = 0 # 生成农田 farm_plots = [] for y in range(grid_rows): row = [] for x in range(grid_cols): row.append(Plot(x, y)) farm_plots.append(row) # 生成初始订单 def create_order(): crop = random.choice(list(CROP_DATA.keys())) num = random.randint(3,8) reward = CROP_DATA[crop]["sell"] * num * 1.6 return {"crop":crop, "need":num, "reward":int(reward)} orders.append(create_order()) # 字体兼容兜底 try: font = pygame.font.SysFont("msyh", 20) font_small = pygame.font.SysFont("msyh", 15) font_big = pygame.font.SysFont("msyh", 28) except: font = pygame.font.Font(None, 20) font_small = pygame.font.Font(None, 15) font_big = pygame.font.Font(None, 28) # 生成雨滴 def spawn_rain(): for _ in range(120): rain_list.append({ "x": random.randint(0,W), "y": random.randint(-H,0), "speed": random.uniform(6,12), "len": random.randint(4,10) }) # 绘制地块、作物、果树 def draw_plot(plot): sx = grid_off_x + plot.gx * grid_size sy = grid_off_y + plot.gy * grid_size rect = (sx, sy, grid_size-3, grid_size-3) # 土地底色 if plot.is_wet: pygame.draw.rect(screen, SOIL_BROWN, rect) else: pygame.draw.rect(screen, SOIL_DRY, rect) pygame.draw.rect(screen, (40,25,8), rect, 2) plot.plant_anim += 0.03 # 杂草 if plot.has_weed: sway = math.sin(plot.plant_anim) * 3 pygame.draw.polygon(screen, WEED_GREEN, [ (sx+24+sway, sy+62), (sx+30, sy+12), (sx+36-sway, sy+62) ]) # 虫子 if plot.has_bug: bug_x = sx + 52 + math.sin(plot.plant_anim*2)*4 bug_y = sy + 50 pygame.draw.circle(screen, BUG_BROWN, (int(bug_x), int(bug_y)), 7) # 普通农作物 if plot.crop_id is not None: data = CROP_DATA[plot.crop_id] prog = plot.grow_progress / plot.max_grow cx = sx + grid_size//2 cy = sy + grid_size - 10 h = int(46 * prog) sway = math.sin(plot.plant_anim) * 2 pygame.draw.line(screen, GREEN_PLANT, (cx+sway, cy), (cx+sway, cy-h), 3) # 成熟果实 if prog >= 1: ripe_surf = pygame.Surface((22,22), pygame.SRCALPHA) ripe_surf.fill((*YELLOW_RIPE, flash_alpha)) screen.blit(ripe_surf, (cx-11+sway, cy-h-11)) else: pygame.draw.circle(screen, GREEN_PLANT, (cx+sway, cy-h), 6) # 果树 if plot.tree_id is not None: prog = plot.grow_progress / plot.max_grow cx = sx + grid_size//2 cy = sy + grid_size - 5 tree_h = int(60 * prog) pygame.draw.rect(screen, (70,45,25), [cx-6, cy-tree_h, 12, tree_h]) # 树冠果实 r = int(28 * prog) pygame.draw.circle(screen, SEASON_COLOR[current_season], (cx, cy-tree_h), r) if prog >= 1: pygame.draw.circle(screen, FRUIT_RED, (cx-12, cy-tree_h-10), 7) pygame.draw.circle(screen, FRUIT_RED, (cx+12, cy-tree_h-6), 7) # 绘制家畜 def draw_animals(): for ani in animals: ax, ay, ani_type, timer = ani sway = math.sin(timer*1.5)*2 if ani_type == "chicken": pygame.draw.circle(screen, CHICKEN_YELLOW, (int(ax+sway), int(ay)), 14) pygame.draw.polygon(screen, RED, [(ax+12, ay), (ax+24, ay-6), (ax+24, ay+6)]) # 绘制雨滴 def draw_rain(): for drop in rain_list: pygame.draw.line(screen, RAIN_DROP, (drop["x"], drop["y"]), (drop["x"], drop["y"]+drop["len"]), 1) # 左侧游戏说明书面板（新增） def draw_manual(): manual_w = 260 manual_h = H - 20 manual_surf = pygame.Surface((manual_w, manual_h), pygame.SRCALPHA) manual_surf.fill(UI_BG) pygame.draw.rect(manual_surf, WHITE, (0,0,manual_w,manual_h),3) # 标题 title = font_big.render("📖 游戏说明书", True, GOLD) manual_surf.blit(title, (12, 10)) y = 48 # 一、基础操作 line1 = font.render("【一、工具快捷键】", True, WHITE) manual_surf.blit(line1, (10, y)) y += 26 key_list = [ "1=小麦种子 2=胡萝卜种子", "3=番茄种子 4=白菜种子", "5=苹果树苗 6=浇水壶", "7=镰刀收割 8=喷雾除虫除草", "鼠标左键：点击土地使用工具" ] for txt in key_list: t = font_small.render(txt, True, WHITE) manual_surf.blit(t, (12, y)) y += 22 y += 10 # 二、商店购买按键 line2 = font.render("【二、商店购买】", True, WHITE) manual_surf.blit(line2, (10, y)) y += 26 shop_key = [ "M：自动购买最便宜种子", "T：购买苹果果树苗", "N：购买产蛋小鸡" ] for txt in shop_key: t = font_small.render(txt, True, WHITE) manual_surf.blit(t, (12, y)) y += 22 y += 10 # 三、进阶功能按键 line3 = font.render("【三、进阶功能】", True, WHITE) manual_surf.blit(line3, (10, y)) y += 26 adv_key = [ "U：升级农具（浇水/镰刀/喷雾）", "Z：交付仓库作物完成订单" ] for txt in adv_key: t = font_small.render(txt, True, WHITE) manual_surf.blit(t, (12, y)) y += 22 y += 10 # 四、种植规则 line4 = font.render("【四、种植规则】", True, WHITE) manual_surf.blit(line4, (10, y)) y += 26 rule_list = [ "1.土地干燥作物停止生长", "2.浇水维持湿润，下雨自动浇地", "3.杂草/虫害会完全阻断生长", "4.作物变黄=成熟，镰刀收割卖钱", "5.果树生长慢，可多次收割", "6.四季轮换，部分作物限定季节" ] for txt in rule_list: t = font_small.render(txt, True, WHITE) manual_surf.blit(t, (12, y)) y += 22 y += 10 # 五、赚钱方式 line5 = font.render("【五、赚钱途径】", True, WHITE) manual_surf.blit(line5, (10, y)) y += 26 money_list = [ "①收割成熟作物直接变现", "②小鸡定时自动产出鸡蛋", "③完成订单获得高额奖金", "④果树长期稳定收获" ] for txt in money_list: t = font_small.render(txt, True, WHITE) manual_surf.blit(t, (12, y)) y += 22 # 绘制到屏幕最左侧 screen.blit(manual_surf, (10, 10)) # 商店UI def draw_shop(): shop_surf = pygame.Surface((340, 280), pygame.SRCALPHA) shop_surf.fill(UI_BG) pygame.draw.rect(shop_surf, WHITE, (0,0,340,280),3) shop_surf.blit(font_big.render("农资商店", True, WHITE), (10, 8)) y_off = 45 # 种子 for key in CROP_DATA: d = CROP_DATA[key] txt = font.render(f"{d['name']}种子 {d['seed_cost']}金", True, WHITE) shop_surf.blit(txt, (12, y_off)) y_off += 34 shop_surf.blit(font.render(f"苹果树 {TREE_DATA['apple']['seed_cost']}金", True, FRUIT_RED), (12, y_off)) y_off +=34 shop_surf.blit(font.render(f"小鸡 {ANIMAL_DATA['chicken']['buy_cost']}金", True, CHICKEN_YELLOW), (12,y_off)) screen.blit(shop_surf, (W-350, 15)) # 订单面板 def draw_order_panel(): if len(orders) <=0: return od = orders[0] od_surf = pygame.Surface((260, 110), pygame.SRCALPHA) od_surf.fill(UI_BG) pygame.draw.rect(od_surf, WHITE, (0,0,260,110),2) cname = CROP_DATA[od["crop"]]["name"] od_surf.blit(font.render(f"订单: {cname} x{od['need']}", True, WHITE), (10,10)) od_surf.blit(font.render(f"奖励: {od['reward']}金币", True, GOLD), (10,40)) od_surf.blit(font_small.render("Z键交付仓库作物", True, WHITE), (10,75)) screen.blit(od_surf, (290, H-125)) # 底部工具栏 def draw_toolbar(): bar_surf = pygame.Surface((910, 90), pygame.SRCALPHA) bar_surf.fill(UI_BG) pygame.draw.rect(bar_surf, WHITE, (0,0,910,90),2) tip1 = font.render("1~8切换工具 | M/T/N商店采购 | U升级农具 | Z交付订单", True, WHITE) tip2 = font.render(f"金币:{gold} | 当前工具:{selected_tool} | 季节:{current_season} 第{day_count}天", True, GOLD) tip3 = font_small.render(f"农具等级 浇水Lv{TOOL_LEVEL['water']} 镰刀Lv{TOOL_LEVEL['sickle']} 喷雾Lv{TOOL_LEVEL['spray']}", True, WHITE) bar_surf.blit(tip1, (12, 8)) bar_surf.blit(tip2, (12, 38)) bar_surf.blit(tip3, (12, 64)) screen.blit(bar_surf, (280, H-100)) # 获取点击地块 def get_click_plot(mx, my): gx = (mx - grid_off_x) // grid_size gy = (my - grid_off_y) // grid_size if 0 <= gx < grid_cols and 0 <= gy < grid_rows: return farm_plots[gy][gx] return None running = True while running: dt = clock.tick(FPS)/1000 mx, my = pygame.mouse.get_pos() click = False # 昼夜计时 day_time += dt if day_time >= day_length: day_time = 0 day_count += 1 # 季节切换 if day_count % 22 == 0: season_idx = (season_idx + 1) % 4 current_season = SEASON_LIST[season_idx] # 随机下雨 if random.random() < 0.28 and not is_rain: is_rain = True spawn_rain() else: is_rain = False rain_list.clear() is_night = day_time > day_length * 0.68 # 背景天空 if is_rain: screen.fill(SKY_RAIN) elif is_night: screen.fill(SKY_NIGHT) else: screen.fill(SKY_DAY) # 季节草地底色 pygame.draw.rect(screen, SEASON_COLOR[current_season], (grid_off_x, grid_off_y+grid_rows*grid_size, W, H)) # 绘制左侧说明书（最先绘制，底层） draw_manual() # 事件处理 for ev in pygame.event.get(): if ev.type == pygame.QUIT: running = False # 鼠标点击操作土地 if ev.type == pygame.MOUSEBUTTONDOWN and ev.button == 1: click = True p = get_click_plot(mx, my) if p is None: continue # 播种普通作物 if selected_tool.startswith("seed_") and "apple" not in selected_tool: crop_key = selected_tool.replace("seed_","") if inventory_seed[crop_key] > 0 and p.crop_id is None and p.tree_id is None: p.crop_id = crop_key p.max_grow = CROP_DATA[crop_key]["grow_time"] p.grow_progress = 0 inventory_seed[crop_key] -= 1 # 种植果树 elif selected_tool == "seed_apple": if inventory_seed["apple"]>0 and p.tree_id is None and p.crop_id is None: p.tree_id = "apple" p.max_grow = TREE_DATA["apple"]["grow_time"] p.grow_progress = 0 inventory_seed["apple"] -=1 # 浇水 elif selected_tool == "water": add_wet = 5 + TOOL_LEVEL["water"] * 3 p.is_wet = True p.wet_timer = add_wet # 收割 elif selected_tool == "sickle": mul = 1 + TOOL_LEVEL["sickle"] * 0.4 if p.crop_id and p.grow_progress >= p.max_grow: earn = int(CROP_DATA[p.crop_id]["sell"] * mul) gold += earn warehouse[p.crop_id] = warehouse.get(p.crop_id, 0)+1 p.crop_id = None p.grow_progress =0 if p.tree_id and p.grow_progress >= p.max_grow: earn = int(TREE_DATA[p.tree_id]["sell"]*mul) gold += earn p.grow_progress = 0 # 喷雾除虫除草 elif selected_tool == "spray": p.has_weed = False p.has_bug = False # 键盘快捷键 if ev.type == pygame.KEYDOWN: # 工具切换 if ev.key == pygame.K_1: selected_tool = "seed_wheat" elif ev.key == pygame.K_2: selected_tool = "seed_carrot" elif ev.key == pygame.K_3: selected_tool = "seed_tomato" elif ev.key == pygame.K_4: selected_tool = "seed_cabbage" elif ev.key == pygame.K_5: selected_tool = "seed_apple" elif ev.key == pygame.K_6: selected_tool = "water" elif ev.key == pygame.K_7: selected_tool = "sickle" elif ev.key == pygame.K_8: selected_tool = "spray" # M购买最便宜种子 if ev.key == pygame.K_m: min_cost = 9999 pick = None for k in CROP_DATA: c = CROP_DATA[k]["seed_cost"] if c < min_cost and gold >= c: min_cost = c pick = k if pick: gold -= min_cost inventory_seed[pick] +=1 # T买果树苗 if ev.key == pygame.K_t: c = TREE_DATA["apple"]["seed_cost"] if gold >= c: gold -= c inventory_seed["apple"] +=1 # N买小鸡 if ev.key == pygame.K_n: c = ANIMAL_DATA["chicken"]["buy_cost"] if gold >= c: gold -= c ax = random.randint(300, W-100) ay = grid_off_y + grid_rows*grid_size + 40 animals.append([ax, ay, "chicken", 0]) # U升级农具 if ev.key == pygame.K_u: for tool in ["water","spray","sickle"]: lv = TOOL_LEVEL[tool] if lv < TOOL_MAX and gold >= UPGRADE_COST[lv]: gold -= UPGRADE_COST[lv] TOOL_LEVEL[tool] +=1 break # Z交付订单 if ev.key == pygame.K_z and len(orders)>0: od = orders[0] have = warehouse.get(od["crop"],0) if have >= od["need"]: gold += od["reward"] warehouse[od["crop"]] -= od["need"] orders.pop(0) orders.append(create_order()) # 成熟闪光渐变 if flash_alpha > 0: flash_alpha -= 12 else: # 检测成熟地块触发闪光 for row in farm_plots: for p in row: if p.crop_id and p.grow_progress >= p.max_grow: flash_alpha = 140 break # 农田全局逻辑更新 for row in farm_plots: for p in row: # 湿润倒计时 if p.wet_timer > 0: p.wet_timer -= dt if p.wet_timer <=0: p.is_wet = False # 下雨自动全田湿润 if is_rain: p.is_wet = True p.wet_timer = 6 # 作物生长：湿润无杂草虫害才生长 if p.crop_id and p.is_wet and not p.has_weed and not p.has_bug: p.grow_progress += dt if p.tree_id and p.is_wet: p.grow_progress += dt*0.4 # 随机生成杂草虫害 if random.random() < 0.0007: p.has_weed = True if random.random() < 0.0005: p.has_bug = True # 家畜生产鸡蛋计时 for ani in animals: ani[3] += dt if ani[3] >= ANIMAL_DATA["chicken"]["produce_cycle"]: gold += ANIMAL_DATA["chicken"]["egg_price"] ani[3] = 0 # 下雨雨滴下落更新 if is_rain: for drop in rain_list: drop["y"] += drop["speed"] if drop["y"] > H: drop["y"] = random.randint(-H, 0) # 绘制所有地块 for row in farm_plots: for p in row: draw_plot(p) # 家畜、雨水 draw_animals() if is_rain: draw_rain() # 上层UI draw_shop() draw_order_panel() draw_toolbar() # 昼夜季节文字 tip_day = font.render(f"第{day_count}天 | {current_season} {'雨夜' if is_rain else '夜晚' if is_night else '白天'}", True, WHITE) screen.blit(tip_day, (290, 20)) pygame.display.update() pygame.quit()