arcane-tycoon/js/game/state.js

// ============ state.js — central game state, time, spawning, objectives ============
import { GameMap } from '../world/map.js';
import { makeRng, uid, resetUid, clamp, choice } from '../core/util.js';
import { SCENARIOS, WEATHER, RIDE_TYPES, SHOP_TYPES, SCENERY_TYPES, STAFF_TYPES, GUEST_NAMES, GUEST_COLORS, AWARDS_POOL, MAX_Z, UNLOCKS } from '../core/config.js';
import { monthClose, tickCampaigns } from './economy.js';

export const HOUR_RATE = 24 / 480;          // 1 in-game day = 480 real seconds at 1×
export const DAYS_PER_MONTH = 8;            // short months keep finance cycles lively
export const GUEST_CAP = 320;

let S = null;
export const getState = () => S;
export function setState(s) { S = s; }

export function newGame(scenarioId) {
  const scen = SCENARIOS.find(s => s.id === scenarioId) || SCENARIOS[0];
  resetUid(1);
  const st = {
    version: 3,
    scenario: scen.id,
    sandbox: !!scen.sandbox,
    startedAt: Date.now(),
    rngSeed: (Math.random() * 0xffffffff) >>> 0,
    cash: scen.cash,
    loan: 0,
    loanLimit: scen.loanLimit,
    park: {
      name: pickParkName(scen),
      open: true,
      entranceFee: scen.id === 'meadows' ? 0 : 5,
    },
    time: { hour: 8.5, day: 1, month: 0, year: 1 },
    weather: { cur: 'sunny', timer: 90 + Math.random() * 120 },
    mana: 40, manaMax: 40,
    research: { rp: 0, spentTotal: 0, unlocked: [] },
    spells: { active: {}, cds: {} },
    campaigns: [],
    map: null,
    rides: [], shops: [], sceneryList: [], staff: [], guests: [], heroes: [], monsters: [],
    effects: [],            // transient visual effects {kind,x,y,t,dur,...}
    floatTexts: [],
    guild: null,            // {x,y,w,h,cap}
    heroStats: { kills: 0, lootGold: 0, losses: 0 },
    invasion: { nextMonthIdx: 0, waveActive: false, repelled: 0, bossKilled: false, count: 0 },
    stats: null,
    finance: { current: {}, history: [], lastMonthProfit: 0 },
    ratingHistory: [0],
    awards: [],
    vandalism: 0,
    objectivesDone: {},
    won: false, lost: false,
    toasts: [],             // drained by UI
    guestSpawnAcc: 0,
    autosaveMonthCounter: 0,
    uiHintsSeen: {},
  };
  st.map = buildMap(scen);
  placeInitialLayout(st, scen);
  if (st.sandbox) unlockEverythingSync(st);
  st.invasion.nextMonthIdx = monthIndex(st) + scen.invasionStartMonth;
  recomputeManaCap(st);
  recomputeStats(st);
  setState(st);
  return st;
}

function pickParkName(scen) {
  const names = ['Everdawn Park', 'Moonhollow Gardens', 'Silverbranch Park', 'Emberfall Kingdom', 'Starweald Gardens'];
  return names[Math.floor(Math.random() * names.length)];
}

function buildMap(scen) {
  const m = new GameMap(scen.mapSize);
  m.generate(scen.gen, scen.mapSeed);
  return m;
}

/** Entrance plaza: gate marker + initial paths + guild plot reserved */
function placeInitialLayout(st, scen) {
  const m = st.map;
  const ex = m.entranceX, ey = m.entranceY;
  // clear & pave entrance corridor + plaza
  for (let y = ey - 2; y < Math.min(m.size, ey + 4); y++) {
    for (let x = ex - 2; x <= ex + 2; x++) {
      const i = m.idx(x, y);
      if (m.terrain[i] === 3) m.terrain[i] = 0; // dry any water near entrance
      m.pathType[i] = 1;
    }
  }
  // plaza square
  for (let y = ey - 6; y < ey - 2; y++) {
    for (let x = ex - 4; x <= ex + 4; x++) {
      if (!m.inBounds(x, y)) continue;
      const i = m.idx(x, y);
      if (m.terrain[i] === 3) m.terrain[i] = 0;
      m.pathType[i] = 1;
    }
  }
  // a couple of starter trees around plaza
  const rng = makeRng(scen.mapSeed ^ 777);
  let placedTrees = 0;
  for (let tries = 0; tries < 400 && placedTrees < 10; tries++) {
    const x = Math.floor(rng() * m.size), y = Math.floor(rng() * m.size);
    if (!m.isBuildable(x, y) || m.occupied(x, y)) continue;
    if (Math.abs(x - ex) < 6 && y > ey - 8) continue;
    addSceneryObj(st, 'tree_' + (rng() < .5 ? 'oak' : 'pine'), x, y, true);
    placedTrees++;
  }
}

// ---------------- entity factories ----------------
export function addRideObj(state, typeId, x, y, opts = {}) {
  const def = RIDE_TYPES[typeId];
  const ride = {
    id: uid(), type: typeId, def,
    name: opts.name || def.name,
    x, y, w: def.w, h: def.h,
    price: Math.round(def.excite * 0.8),
    status: 'closed',                 // closed | testing | open | broken
    queue: [],                        // guest ids waiting
    riders: [],                       // guest ids currently riding
    cycleT: 0, cycleDur: def.rideTime,
    breakdownT: 0, reliability: 0.92 + Math.random() * 0.06,
    totalRiders: 0, income: 0,
    animPhase: 0,
    excite: def.excite, intensity: def.intensity, nausea: def.nausea,
    isCustomCoaster: !!opts.coaster,
    track: opts.track || null,        // coaster piece list
    train: opts.train || null,
    stats: opts.stats || null,
    entranceX: opts.entranceX ?? x, entranceY: opts.entranceY ?? y,
    exitTile: opts.exitTile || null,
    brokenCount: 0,
  };
  state.rides.push(ride);
  if (!opts.coaster) {
    for (let yy = 0; yy < def.h; yy++) for (let xx = 0; xx < def.w; xx++) {
      state.map.setObject(x + xx, y + yy, { kind: 'ride', id: ride.id, ox: xx, oy: yy });
      state.map.pathType[state.map.idx(x + xx, y + yy)] = 0;
    }
  }
  return ride;
}

export function addShopObj(state, typeId, x, y) {
  const def = SHOP_TYPES[typeId];
  const shop = {
    id: uid(), type: typeId, def, x, y,
    price: def.price, stock: def.stock >= 999999 ? Infinity : def.stock,
    sold: 0, income: 0, damaged: 0,
  };
  state.shops.push(shop);
  state.map.setObject(x, y, { kind: 'shop', id: shop.id });
  state.map.pathType[state.map.idx(x, y)] = 0;
  return shop;
}

export function addSceneryObj(state, typeId, x, y, free = false) {
  const def = SCENERY_TYPES[typeId];
  if (!def) return null;
  if (def.size === 2 && !free && !canPlaceRect(state.map, x, y, 2, 2)) return null;
  const obj = { id: uid(), type: typeId, def, x, y };
  state.sceneryList.push(obj);
  const size = def.size || 1;
  for (let yy = 0; yy < size; yy++) for (let xx = 0; xx < size; xx++)
    state.map.setObject(x + xx, y + yy, { kind: 'scenery', id: obj.id, ox: xx, oy: yy });
  return obj;
}
export function removeScenery(state, obj) {
  state.sceneryList = state.sceneryList.filter(o => o !== obj);
  const size = obj.def.size || 1;
  for (let yy = 0; yy < size; yy++) for (let xx = 0; xx < size; xx++) {
    const o = state.map.getObject(obj.x + xx, obj.y + yy);
    if (o && o.kind === 'scenery' && o.id === obj.id) state.map.clearObject(obj.x + xx, obj.y + yy);
  }
}
export function canPlaceRect(map, x, y, w, h) {
  for (let yy = 0; yy < h; yy++) for (let xx = 0; xx < w; xx++) {
    if (!map.isBuildable(x + xx, y + yy) || map.occupied(x + xx, y + yy)) return false;
  }
  return true;
}

// ---------------- main step ----------------
export function step(state, dt) {
  if (state.won || state.lost) dt = Math.min(dt, 0); // freeze sim on end
  advanceTime(state, dt);
  tickWeather(state, dt);
  // imported lazily by main via update modules
}

export function advanceTime(state, dt) {
  const t = state.time;
  t.hour += dt * HOUR_RATE;
  while (t.hour >= 24) {
    t.hour -= 24;
    t.day++;
    if (t.day > DAYS_PER_MONTH) {
      t.day = 1;
      t.month++;
      onNewMonth(state);
      if (t.month > 11) { t.month = 0; t.year++; onNewYear(state); }
    }
  }
}

export function monthIndex(state) { return state.time.year * 12 + state.time.month; }

function onNewMonth(state) {
  monthClose(state);
  tickCampaigns(state);
  quarterlyAwards(state);
  checkInvasionSchedule(state);
  state.autosaveMonthCounter++;
  state.toasts.push({ kind: 'month', title: 'New Month', text: `Welcome to ${['Jan','Feb','Mar','Apr','May','Jun','Jul','Aug','Sep','Oct','Nov','Dec'][state.time.month]}, Year ${state.time.year}.` });
}

function onNewYear(state) {
  state.toasts.push({ kind: 'gold', title: `Year ${state.time.year} begins!`, text: 'The kingdom grows stronger.' });
}

function quarterlyAwards(state) {
  if ((state.time.month % 3) !== 0) return;
  recomputeStats(state);
  const s = state.stats;
  for (const a of AWARDS_POOL) {
    if (state.awards.includes(a.id)) continue;
    try { if (a.test(s)) { state.awards.push(a.id); state.toasts.push({ kind: 'gold', title: 'Award Won!', text: `${a.name} — your park is famous!` }); } } catch { }
  }
}

function checkInvasionSchedule(state) {
  const scen = SCENARIOS.find(s => s.id === state.scenario);
  if (!scen || !scen.invasionEvery) return;
  if (state.invasion.nextMonthIdx <= monthIndex(state)) {
    state.invasion.nextMonthIdx = monthIndex(state) + scen.invasionEvery;
    state.pendingInvasion = true;   // consumed by heroes module
  }
}

// ---------------- weather ----------------
function tickWeather(state, dt) {
  state.weather.timer -= dt;
  if (state.weather.timer <= 0) {
    const roll = Math.random();
    const order = state.weather.cur === 'sunny' ? ['cloudy', 'sunny', 'rain']
      : state.weather.cur === 'cloudy' ? ['sunny', 'rain', 'cloudy', 'storm']
        : state.weather.cur === 'rain' ? ['cloudy', 'rain', 'sunny', 'storm']
          : ['rain', 'cloudy', 'sunny'];
    let next = order[0];
    if (roll < 0.45) next = order[0]; else if (roll < 0.75) next = order[1] || next; else next = order[order.length - 1];
    setWeather(state, next);
    state.weather.timer = 80 + Math.random() * 160;
  }
  // sunburst spell forces sunny
  if (state.spells.active.sunburst) setWeather(state, 'sunny');
}
export function setWeather(state, w) {
  if (state.weather.cur === w) return;
  state.weather.cur = w;
  state.toasts.push({ kind: 'info', title: `Weather: ${WEATHER[w].name}`, text: '' });
}

// ---------------- mana ----------------
export function recomputeManaCap(state) {
  let cap = 40, regen = 0.4;
  for (const sc of state.sceneryList) {
    if (sc.def.manaCap) cap += sc.def.manaCap;
    if (sc.def.manaRegen) regen += sc.def.manaRegen;
  }
  cap = Math.min(cap, 300);
  state.manaMax = cap;
  state.manaRegen = regen;
}

// ---------------- stats & rating ----------------
export function recomputeStats(state) {
  const m = state.map;
  let happySum = 0, happyN = 0;
  for (const g of state.guests) { happySum += g.happiness; happyN++; }
  const avgHappy = happyN ? happySum / happyN : 70;
  const litterCount = m.countLitter();
  let magicCount = 0, beautySum = 0, lightCount = 0;
  for (const sc of state.sceneryList) {
    beautySum += sc.def.beauty || 0;
    if (sc.def.magic) magicCount++;
    if (sc.def.light) lightCount++;
  }
  const openRideTypes = new Set();
  let openRides = 0, brokenRides = 0;
  for (const r of state.rides) {
    if (r.status === 'open') { openRides++; openRideTypes.add(r.type); }
    if (r.status === 'broken') brokenRides++;
  }
  let bestExcite = 0;
  for (const r of state.rides) bestExcite = Math.max(bestExcite, r.excite || 0);
  const hasFood = state.shops.some(s => s.type === 'food');
  const hasDrink = state.shops.some(s => s.type === 'drinks');
  const hasToilet = state.shops.some(s => s.type === 'toilet');
  const facilities = (hasFood ? 40 : 0) + (hasDrink ? 30 : 0) + (hasToilet ? 30 : 0);
  const pathTiles = countPaths(m);
  const avgBeauty = pathTiles ? beautySum / pathTiles : 0;

  const rating = clamp(Math.round(
    Math.min(openRideTypes.size, 8) / 8 * 150 +
    avgHappy / 100 * 260 +
    Math.max(0, 190 - litterCount * 4 - state.vandalism * 12) +
    Math.min(avgBeauty * 14, 140) +
    facilities +
    Math.min(state.heroStats.kills * 1.2, 60)
  ), 0, 999);

  state.stats = {
    avgHappy, litterCount, avgBeauty, magicCount, openRides, openRideTypes: openRideTypes.size,
    brokenRides, bestExcite, facilities, rating,
    vandalism: state.vandalism,
    guests: state.guests.length,
    shops: state.shops.length,
  };
  state.ratingHistory.push(rating);
  if (state.ratingHistory.length > 240) state.ratingHistory.shift();
  return state.stats;
}

function countPaths(m) {
  let c = 0;
  for (let i = 0; i < m.pathType.length; i++) if (m.pathType[i]) c++;
  return c;
}

export function parkValue(state) {
  let v = state.cash - state.loan;
  for (const r of state.rides) v += r.def.cost * 0.7;
  for (const s of state.shops) v += s.def.cost * 0.7;
  for (const sc of state.sceneryList) v += (sc.def.cost || 0) * 0.5;
  return Math.round(v);
}

// ---------------- objectives ----------------
export function objectiveProgress(state, goal) {
  switch (goal.type) {
    case 'guests': return state.guests.length;
    case 'rating': return state.stats?.rating || 0;
    case 'cash': return parkValue(state);
    case 'invasions': return state.invasion.repelled;
    case 'bossKill': return state.invasion.bossKilled ? 1 : 0;
    case 'coasterExcite': {
      let best = 0;
      for (const r of state.rides) if (r.isCustomCoaster && r.status === 'open') best = Math.max(best, r.excite);
      return best;
    }
    default: return 0;
  }
}

export function checkObjectives(state) {
  if (state.won || state.freeplay) return;
  const scen = SCENARIOS.find(s => s.id === state.scenario);
  if (!scen || !scen.goals.length) return;
  let all = true;
  for (const g of scen.goals) {
    const done = objectiveProgress(state, g) >= g.value;
    if (!done) all = false;
    state.objectivesDone[g.id] = done;
  }
  if (all) {
    state.won = true;
    state.toasts.push({ kind: 'gold', title: '🏆 VICTORY!', text: `${scen.name} conquered — all objectives complete!` });
  }
  if (state.cash < scen.loseCash && !state.lost) {
    state.lost = true;
    state.toasts.push({ kind: 'bad', title: 'BANKRUPTCY', text: 'The kingdom has run out of gold…' });
  }
}

export function isNight(t) { return t.hour >= 20 || t.hour < 6; }

// ---------------- research RP accrual ----------------
export function tickResearch(state, dt) {
  let rate = 0.05;
  rate += state.stats.openRides * 0.02;
  rate += state.stats.magicCount * 0.03;
  if (state.guests.length > 50) rate += 0.03;
  state.research.rp += rate * dt;
}

// ---------------- sandbox unlock ----------------
export function unlockEverythingSync(state) {
  for (const u of UNLOCKS) if (!state.research.unlocked.includes(u.key)) state.research.unlocked.push(u.key);
}

// ---------------- serialization ----------------
export function serialize(state) {
  const m = state.map;
  return {
    ...state,
    map: undefined,
    mapData: {
      size: m.size,
      terrain: Array.from(m.terrain),
      pathType: Array.from(m.pathType),
      litter: Array.from(m.litter),
      vomit: Array.from(m.vomit),
      objects: m.objects,
      scatterSeed: m.scatterSeed,
      entranceX: m.entranceX, entranceY: m.entranceY,
    },
    rngState: typeof state._rng?.getState === 'function' ? state._rng.getState() : 0,
    stats: undefined,
    _statsSnapshot: state.stats,
  };
}

export function deserialize(data) {
  resetUid(data.startedAt % 100000 || 1);
  const scen = SCENARIOS.find(s => s.id === data.scenario) || SCENARIOS[0];
  const st = JSON.parse(JSON.stringify({ ...data, mapData: undefined }));
  const m = new GameMap(data.mapData.size);
  m.terrain = Uint8Array.from(data.mapData.terrain);
  m.pathType = Uint8Array.from(data.mapData.pathType);
  m.litter = Float32Array.from(data.mapData.litter);
  m.vomit = Float32Array.from(data.mapData.vomit);
  m.objects = data.mapData.objects;
  m.scatterSeed = data.mapData.scatterSeed;
  m.entranceX = data.mapData.entranceX; m.entranceY = data.mapData.entranceY;
  st.map = m;
  // restore def references lost through JSON
  for (const r of st.rides) { r.def = RIDE_TYPES[r.type]; }
  for (const s of st.shops) { s.def = SHOP_TYPES[s.type]; }
  for (const sc of st.sceneryList) { sc.def = SCENERY_TYPES[sc.type]; }
  for (const sf of st.staff) { sf.def = STAFF_TYPES[sf.type]; }
  // restore uid counter beyond any loaded id
  let maxId = 1;
  for (const arr of [st.rides, st.shops, st.sceneryList, st.staff, st.guests, st.heroes, st.monsters]) {
    if (!Array.isArray(arr)) continue;
    for (const e of arr) if (e && typeof e.id === 'number' && e.id > maxId) maxId = e.id;
  }
  resetUid(maxId + 1);
  st.stats = st._statsSnapshot || recomputeStats(st);
  st.rngSeed = data.rngSeed ?? 12345;
  setState(st);
  return st;
}

/** attach runtime rng */
export function ensureRng(state) {
  if (!state._rng || typeof state._rng !== 'function') {
    state._rng = makeRng(state.rngSeed || 42);
  }
  return state._rng;
}