snowy-yang
cb4c1e7800
为什么：自动化建筑只有水井和喂食器，中期以后每天的操作只剩浇水喂食 的重复劳动。新设施把"替代行动点动作"的思路推到完整流水线： 浇水（井/喷灌）→ 收割机收熟地 → 磨坊把陈粮变饲料 → 喂食器喂牲口 → 售货机趁高价清库存，人不在也能持续产出。 - config.BUILDINGS 注册 4 座：喷灌系统 2800 金（全量浇水）、 自动收割机 900 金 ×3（每天各收 2 块熟地，刻意不给经验——机器收的 不算劳动，给手动玩法留价值）、自动售货机 1200 金（市价 > 基准价才 出手、每天上限 5 份、越贵越先卖）、饲料磨坊 500 金（1 份最便宜的 作物磨 3 份饲料）。 - engine._run_buildings 扩成六段流水线，顺序即依赖：磨坊排在喂食器前， 早上磨的饲料当天就能喂上；收割机遇满仓停摆、作物留地（同喂食器 缺料停摆哲学——自动系统绝不硬来，更绝不自动花钱）。 - webui / build 动作 / catalog 全部由 config.BUILDINGS 驱动，零改动。 - 测试 +6（喷灌全量浇水、收割入库且无经验、满仓停摆留作物、磨坊挑 最便宜、磨坊→喂食器同日链路、售货机阈值与配额）。修复断言时确认 两个既有行为：引擎自带 START_FEED=5；advance_day 末尾会把动物 fed 复位（"喂到了"的证据是 pending 累计而非 fed 本身）。 - 门禁：534 项 OK（skip 39）、ruff/pyright 全绿。
413 lines
13 KiB
Python
413 lines
13 KiB
Python
"""游戏平衡参数与静态定义。
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本模块只描述"世界是什么样的"（作物表、动物表、经济参数），
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不包含任何状态或逻辑，方便单独调参。
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"""
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from __future__ import annotations
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from typing import Any
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# --------------------------------------------------------------------------
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# 基础经济参数
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# --------------------------------------------------------------------------
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START_GOLD = 120 # 初始金币
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START_LEVEL = 1 # 初始等级
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START_AP = 10 # 每天行动点上限
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START_FEED = 5 # 初始饲料库存
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BASE_PLOTS = 6 # 初始土地数量
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MAX_PLOTS = 16 # 土地数量硬上限
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PLOT_BASE_PRICE = 200 # 第一块新地的价格
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PLOT_PRICE_GROWTH = 1.75 # 每多买一块，价格乘以该系数
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FEED_UNIT_PRICE = 6 # 主动购买饲料的单价
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FEED_EMERGENCY_PRICE = 9 # 自动补货（缺饲料时喂食）的惩罚单价
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FEED_BULK = 10 # 一次购买饲料的默认批量
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WATER_CAPACITY = 3 # 一次浇水可支撑的天数
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PLANT_INITIAL_MOISTURE = 2 # 播种后地块自带的水分
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PRICE_VOLATILITY = 0.18 # 每天价格波动幅度（±18%）
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LUCKY_CHANCE = 0.12 # 丰收暴击概率（产出翻倍）
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MAX_LOG_ENTRIES = 300 # 内存中保留的事件条数上限
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MAX_FEED_PURCHASE = 200 # 单次购买饲料的数量上限
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# 每级提供的土地上限（基础 6 + 2/级，封顶 MAX_PLOTS）
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PLOTS_PER_LEVEL = 2
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# 行动点消耗表
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AP_COST = {
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"plant": 1,
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"water": 1,
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"harvest": 0,
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"feed": 1,
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"collect": 0,
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"buy_animal": 0,
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"buy_plot": 0,
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"buy_feed": 0,
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"build": 0,
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"sell": 0,
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}
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# 经验曲线：升到 level+1 所需经验
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def exp_to_next(level: int) -> int:
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"""返回从 level 升到 level+1 所需的经验值。"""
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return int(80 * (max(1, level) ** 1.6))
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# 升级奖励金币
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def level_up_bonus(level: int) -> int:
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"""升到 level 时发放的金币奖励。"""
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return 80 + 40 * level
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# --------------------------------------------------------------------------
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# 作物表
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# --------------------------------------------------------------------------
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# key : 内部标识（API 与存档使用）
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# name : 中文名
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# seed_cost : 种子价格
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# grow_days : 成熟所需生长天数（需要水分支撑）
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# base_price : 收获物的基础售价
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# exp : 每次收获获得的经验
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# level_req : 解锁所需等级
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CROPS: dict[str, dict[str, Any]] = {
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"wheat": {
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"name": "小麦",
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"seed_cost": 5,
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"grow_days": 2,
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"base_price": 14,
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"exp": 3,
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"level_req": 1,
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},
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"carrot": {
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"name": "胡萝卜",
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"seed_cost": 8,
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"grow_days": 3,
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"base_price": 26,
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"exp": 5,
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"level_req": 1,
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},
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"tomato": {
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"name": "番茄",
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"seed_cost": 16,
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"grow_days": 4,
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"base_price": 52,
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"exp": 9,
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"level_req": 2,
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},
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"corn": {
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"name": "玉米",
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"seed_cost": 28,
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"grow_days": 6,
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"base_price": 95,
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"exp": 14,
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"level_req": 3,
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},
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"pumpkin": {
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"name": "南瓜",
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"seed_cost": 45,
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"grow_days": 8,
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"base_price": 180,
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"exp": 22,
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"level_req": 4,
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},
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"strawberry": {
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"name": "草莓",
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"seed_cost": 70,
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"grow_days": 10,
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"base_price": 320,
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"exp": 35,
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"level_req": 5,
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},
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}
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# 生长阶段阈值（按生长进度 0.0~1.0 划分）
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GROWTH_STAGES = [
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(0.00, "已播种"),
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(0.30, "幼苗"),
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(0.65, "生长中"),
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(1.00, "已成熟"),
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]
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# --------------------------------------------------------------------------
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# 动物表
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# --------------------------------------------------------------------------
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# key : 内部标识
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# name : 中文名
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# cost : 购买价格
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# product : 产出物标识（中文名）
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# base_price : 产出物基础售价
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# cycle : 产出周期（天）
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# feed_per_day: 每天消耗饲料数
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# exp : 每次收集产出获得的经验
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# level_req : 解锁所需等级
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ANIMALS: dict[str, dict[str, Any]] = {
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"chicken": {
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"name": "鸡",
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"cost": 90,
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"product": "鸡蛋",
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"base_price": 15,
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"cycle": 1,
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"feed_per_day": 1,
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"exp": 4,
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"level_req": 1,
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},
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"sheep": {
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"name": "羊",
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"cost": 220,
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"product": "羊毛",
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"base_price": 55,
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"cycle": 2,
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"feed_per_day": 1,
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"exp": 9,
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"level_req": 2,
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},
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"cow": {
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"name": "牛",
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"cost": 480,
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"product": "牛奶",
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"base_price": 72,
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"cycle": 1,
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"feed_per_day": 2,
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"exp": 15,
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"level_req": 3,
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},
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}
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MAX_ANIMALS = 8 # 牧场总容量
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# --------------------------------------------------------------------------
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# 时间
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# --------------------------------------------------------------------------
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# 一天有多长（真实秒数）。慢是刻意的：这是“放置农场”——
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# 一天 40 分钟，作物 2~10 天成熟（小麦 80 分钟、草莓约 6.7 小时）。
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# 没有任何“手动推进一天”的接口，时间只能自然流动。
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DEFAULT_TICK_SECONDS = 2400.0
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MIN_TICK_SECONDS = 3.0 # 调试用：把一天缩到几秒
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MAX_TICK_SECONDS = 86400.0 # 上限给到一整天，想多慢都不会被夹住
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# --------------------------------------------------------------------------
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# 天气
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# --------------------------------------------------------------------------
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# 每天随机一种天气，直接改写"水分"这条曲线：
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# * evaporation 决定作物每天掉多少水分（0~2），浇水于是从"常量消耗"变成看天吃饭；
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# * water_gain 是自动补水，雨天/暴风雨相当于免费替你浇了一遍；
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# * damage 只作用于**还没成熟**的地块——已经熟了、正等你收的东西不该被天灾吃掉。
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# 权重合计 100；同一种天气不连着出现（重掷，见 WEATHER_REROLLS），免得一连旱一周。
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#
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# key : 内部标识（存档与 API 使用）
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# name : 中文名
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# weight : 出现权重
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# evaporation : 当天水分蒸发量
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# water_gain : 当天自动补水（封顶 WATER_CAPACITY）
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# damage : 每块未成熟地块被毁的独立概率
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# desc : 给玩家与 AI 看的一句话
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WEATHER: dict[str, dict[str, Any]] = {
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"sunny": {
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"name": "晴",
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"weight": 30,
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"evaporation": 1,
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"water_gain": 0,
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"damage": 0.0,
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"desc": "阳光充足，水分正常蒸发",
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},
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"cloudy": {
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"name": "多云",
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"weight": 27,
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"evaporation": 0,
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"water_gain": 0,
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"damage": 0.0,
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"desc": "日头不毒，作物几乎不失水",
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},
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"rain": {
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"name": "雨",
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"weight": 24,
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"evaporation": 0,
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"water_gain": WATER_CAPACITY,
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"damage": 0.0,
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"desc": "雨水充足，所有作物自动补满水分",
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},
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"drought": {
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"name": "干旱",
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"weight": 12,
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"evaporation": 2,
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"water_gain": 0,
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"damage": 0.0,
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"desc": "水分蒸发加倍，一天不浇就可能停长",
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},
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"storm": {
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"name": "暴风雨",
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"weight": 7,
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"evaporation": 0,
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"water_gain": WATER_CAPACITY,
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"damage": 0.12,
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"desc": "暴雨伴狂风，未成熟的作物可能被毁",
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},
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}
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DEFAULT_WEATHER = "sunny" # 新牧场开局天气
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WEATHER_REROLLS = 3 # 同一天气最多重掷几次
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def weather_info(key: str | None) -> dict[str, Any]:
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"""取某种天气的完整定义；未知 key 退回默认天气。"""
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return WEATHER.get(key or "", WEATHER[DEFAULT_WEATHER])
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# --------------------------------------------------------------------------
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# 谷仓（仓储 + 自由买卖）
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# --------------------------------------------------------------------------
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# 收获不再当场按市价卖掉，而是先进谷仓；卖不卖、什么时候卖由玩家决定。
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# 这样"市场每天波动"才第一次变成真决策：囤到高位再出，或者急着用钱低价走。
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GRANARY_BASE = 40 # 初始仓容
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GRANARY_PER_LEVEL = 10 # 每升 1 级 +10
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GRANARY_PER_UPGRADE = 25 # 每座谷仓建筑 +25
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MAX_GRANARY = 400 # 仓容硬上限
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# --------------------------------------------------------------------------
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# 建筑
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# --------------------------------------------------------------------------
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# 给金币一个"买地 / 买牲畜"之外的长期出口，而且买的是**自动化**：
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# 花一笔钱，换掉一件每天都要手动做的事。
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#
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# key : 内部标识
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# name : 中文名
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# cost : 第一座的价格（第 owned+1 座 = cost * BUILD_PRICE_GROWTH ** owned）
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# level_req : 解锁等级
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# max_level : 最多能造几座
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# effect : 一句话说明（原样出现在 catalog 与界面上）
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HARVESTER_PLOTS = 2 # 每台自动收割机每天收获的地块数
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VENDOR_QUOTA = 5 # 自动售货机每天最多卖出的份数
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MILL_OUTPUT = 3 # 饲料磨坊每份作物磨出的饲料量
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BUILDINGS: dict[str, dict[str, Any]] = {
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"granary": {
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"name": "谷仓",
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"cost": 300,
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"level_req": 1,
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"max_level": 5,
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"effect": f"仓储上限 +{GRANARY_PER_UPGRADE}",
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},
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"well": {
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"name": "水井",
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"cost": 400,
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"level_req": 2,
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"max_level": 3,
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"effect": "每天自动给 1 块干透的地浇满",
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},
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"feeder": {
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"name": "自动喂食器",
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"cost": 650,
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"level_req": 3,
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"max_level": 3,
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"effect": "每天自动喂 1 只牲畜（只吃库存饲料，不自动花钱）",
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},
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"greenhouse": {
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"name": "温室",
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"cost": 1500,
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"level_req": 5,
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"max_level": 1,
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"effect": "作物不再被暴风雨损毁，水分蒸发减半",
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},
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"sprinkler": {
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"name": "喷灌系统",
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"cost": 2800,
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"level_req": 4,
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"max_level": 1,
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"effect": "每天自动给所有缺水的地块浇满",
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},
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"harvester": {
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"name": "自动收割机",
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"cost": 900,
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"level_req": 3,
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"max_level": 3,
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"effect": f"每天自动收获 {HARVESTER_PLOTS} 块成熟作物入谷仓（不给经验）",
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},
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"vendor": {
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"name": "自动售货机",
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"cost": 1200,
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"level_req": 4,
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"max_level": 1,
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"effect": f"每天自动卖出市价高于基准价的库存（上限 {VENDOR_QUOTA} 份）",
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},
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"mill": {
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"name": "饲料磨坊",
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"cost": 500,
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"level_req": 2,
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"max_level": 1,
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"effect": f"每天把 1 份库存作物磨成 {MILL_OUTPUT} 份饲料（挑最便宜的）",
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},
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}
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BUILD_PRICE_GROWTH = 1.6 # 同类建筑第 n 座的价格系数
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def build_price(key: str, owned: int) -> int:
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"""第 owned+1 座建筑的价格（owned 是这类建筑已建的数量）。"""
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return int(BUILDINGS[key]["cost"] * (BUILD_PRICE_GROWTH**owned))
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# --------------------------------------------------------------------------
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# 货物（可买卖的东西）
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# --------------------------------------------------------------------------
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# 谷仓、市场、sell 动作共用同一套 key：作物直接用作物 key（wheat），
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# 畜产品用 animal:<牲畜 key>（animal:chicken）。命名收敛在一处，
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# 客户端就不必自己拼前缀，也不会出现「两个地方各拼一种」的漂移。
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def goods_info(key: str) -> dict[str, Any] | None:
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"""货物 key 对应的静态定义；未知 key 返回 None。"""
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if key.startswith("animal:"):
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return ANIMALS.get(key.split(":", 1)[1])
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return CROPS.get(key)
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def goods_name(key: str) -> str:
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"""货物 key -> 中文名。畜产品给的是产出名（鸡蛋）而不是牲畜名（鸡）。"""
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if key.startswith("animal:"):
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info = ANIMALS.get(key.split(":", 1)[1])
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return str(info["product"]) if info else key
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info = CROPS.get(key)
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return str(info["name"]) if info else key
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def base_price(key: str) -> float:
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"""货物 key 的基准价，也就是市场每天围绕它波动的那个中心。"""
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info = goods_info(key)
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return float(info["base_price"]) if info else 0.0
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# --------------------------------------------------------------------------
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# 进度目标
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# --------------------------------------------------------------------------
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GOALS = [
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(200, "起步：攒够 200 金币"),
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(600, "小农：攒够 600 金币"),
|
||
(1500, "农场主：攒够 1500 金币"),
|
||
(4000, "庄园主：攒够 4000 金币"),
|
||
(10000, "农业大亨：攒够 10000 金币"),
|
||
]
|
||
|
||
|
||
def goal_index(net_worth: float) -> int:
|
||
"""返回已达成的最低目标索引（-1 表示一个都没达成）。"""
|
||
reached = -1
|
||
for i, (amount, _) in enumerate(GOALS):
|
||
if net_worth >= amount:
|
||
reached = i
|
||
return reached
|