Files
ark-stronghold-protocol/server/sim/battle/players.js
T
sganggs 219ab31a3d feedback5 CB4: a 突袭 member lands only on its own player's board — never the boss field's hand / 临时整备区 rows, never the other half of a 联防 or boss field (community reports of 2026-10-06, items 40 and 16.3)
Cause: raidTile took any standable tile of the battle rect; BOSS_RECT holds rows 0-1 (tile_achand, buildable high
ground) and UNITE_RECT both halves of the 联防 map. Battle.onOwnBoard(ps, r, c) maps the board region (rows 9-12,
cols 2-10) onto the field as mapTile maps the pieces; raidTile takes only those tiles.

Golden: 8 scenarios, each with members that landed on the partner's half on the parent (checked instrumented):
fields boss-boss_2/3/4/5/6-pair, hidden-boss_8/10-pair; matches coop2-ABYSS-10-boosted (ai_0 on the right half).
Tests: test/sim/feedback5-raid-own-board.test.js (4, fail on the parent). Docs: DESIGN §25.18.1, docs/SIM.md.
2026-10-07 01:36:53 +08:00

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// server/sim/battle/players.js — Battle methods: players and units: board → field tiles and directions, ally creation
// from the PlayerBattleInput, token defs for an owner's loadout, and the kit / profile / skill setup of a unit.
// Installed on Battle.prototype by server/sim/Battle.js (a method container: never instantiated; `this` is the battle).
import { COLS, BOSS_ROW_OFFSET } from '../constants.js';
import { GEO } from '../../../shared/constants.js';
import { Unit } from '../units.js';
import { normDir, mirrorDir } from '../dir.js';
import { SkillRuntime } from '../skills.js';
import { resolveProfile } from '../professions.js';
import { normalizeToken } from '../simdata.js';
import { setupUnitKit } from '../content/index.js';
import { clone } from './util.js';
export class BattlePlayers {
_addPlayer(p) {
const bossLike = this.kind === 'boss' || this.kind === 'hidden';
const side = p.side === 'R' ? 'R' : 'L';
const mirror = bossLike && side === 'R';
const ps = {
playerId: p.playerId,
seat: p.seat ?? this.players.length,
side,
colOffset: Number(p.colOffset) || 0,
rowOffset: p.rowOffset,
coords: p.coords ?? 'board',
mirror,
facing: mirror ? -1 : 1,
// default direction of this player's units on this field (the FA right side is mirrored: RIGHT ↔ LEFT)
dir: mirror ? 'LEFT' : 'RIGHT',
half: mirror || (Number(p.colOffset) || 0) >= 8 ? 'R' : 'L',
bonds: clone(p.bonds ?? {}),
bandId: p.bandId ?? null,
playerEffects: clone(p.playerEffects ?? []),
lpForBoss: p.lpForBoss ?? null,
dp: this.flags.dpInit,
units: [],
input: p,
};
this.players.push(ps);
this._perPlayer[ps.playerId] = {
killed: 0, total: 0, leaked: [], perfect: true, layerGains: {}, coins: 0,
damageDealt: 0, bossDamage: 0, healingDone: 0, deaths: 0, unitsEnd: [], unitStats: [],
};
const late = [];
for (const u of p.units ?? []) {
try {
const unit = this._createAllyFromInput(ps, u);
if (unit && unit.kind === 'token' && !unit.ownerUnit && u.ownerUid != null) late.push([unit, u]);
} catch (e) { this._internalError('createUnit', e); }
}
// a token piece listed before its owner (board order is top→bottom) is linked once every unit exists, and takes
// the owner-level variant (elite owners: `_b` stats) of the owner's loadout (DESIGN §16)
for (const [t, inp] of late) {
const owner = ps.units.find((x) => x.kind === 'op' && x.uid === inp.ownerUid);
if (!owner) continue;
t.ownerUnit = owner;
const def = inp.def ? null : this._tokenDef(inp.tokenId ?? inp.chessId, owner, null);
if (!def || def === t.def) continue;
const st = def.stats;
t.def = def; t.defId = def.id; t.name = def.name; t.rangeGrid = def.rangeGrid;
Object.assign(t.base, {
maxHp: st.maxHp, atk: st.atk, def: st.def, res: st.res, aspd: st.aspd, bat: st.bat, blockCnt: st.blockCnt, spRecovery: st.spRecovery,
tauntLevel: st.tauntLevel, massLevel: st.massLevel, hpRecoveryPerSec: st.hpRecoveryPerSec, cost: st.cost, respawnTime: st.respawnTime,
});
t.markDirty();
t.hp = t.s.maxHp;
}
}
/** Board → field tile for a player (see header). */
mapTile(ps, row, col, abs = false) {
if (abs || ps.coords === 'field') return [row, col];
return this._boardTile(ps, row, col);
}
/**
* Whether field tile (r, c) lies on player `ps`'s own board: the board region GEO.FIELD (rows 9–12, cols 2–10, the
* tiles its pieces are deployed on) mapped onto this field — the 联防 right-hand helper's +8 columns, the boss field's
* rows 2–5, the mirrored right half of a pair (whatever coordinates the player's input uses). Never the hand / 临时
* 整备区 rows of a boss field (rows 0–1, inside BOSS_RECT) nor the other half of a 联防 or boss field. Automatic
* redeployments that must stay where the player could deploy read it (the 突袭 landing, bonds/addon/battle.js raidTile).
*/
onOwnBoard(ps, r, c) {
if (!ps) return false;
let keys = ps._boardKeys;
if (!keys) {
keys = ps._boardKeys = new Set();
for (let br = GEO.FIELD.r0; br <= GEO.FIELD.r1; br++) {
for (let bc = GEO.FIELD.c0; bc <= GEO.FIELD.c1; bc++) { const [fr, fc] = this._boardTile(ps, br, bc); keys.add(fr * COLS + fc); }
}
}
return keys.has(r * COLS + c);
}
_boardTile(ps, row, col) {
const bossLike = this.kind === 'boss' || this.kind === 'hidden';
let r = row;
if (ps.rowOffset != null) r = row + ps.rowOffset;
else if (bossLike && row >= 7) r = row + BOSS_ROW_OFFSET;
const c = ps.mirror ? (col <= 10 ? COLS - 1 - col : col) : col + ps.colOffset;
return [r, c];
}
/**
* Board direction → field direction for a player (DESIGN §3): as given (default RIGHT) except on the mirrored Final
* Assault right side, where RIGHT ↔ LEFT (UP / DOWN unchanged). `abs` / field coordinates are taken as they are.
*/
mapDir(ps, dir, abs = false) {
const d = normDir(dir);
return ps && ps.mirror && !abs && ps.coords !== 'field' ? mirrorDir(d) : d;
}
_createAllyFromInput(ps, inp) {
// coerce (a string row would otherwise concatenate: "10" + -7 → "10-7"); non-integers never deploy
const row = Number(inp.row), col = Number(inp.col);
if (!Number.isInteger(row) || !Number.isInteger(col)) { this.log(`bad tile ${inp.row},${inp.col} for ${inp.chessId ?? inp.tokenId}`); return null; }
const [r, c] = this.mapTile(ps, row, col, !!inp.abs);
const dir = this.mapDir(ps, inp.dir, !!inp.abs);
if (inp.kind === 'token') {
const owner = inp.ownerUid != null ? ps.units.find((x) => x.uid === inp.ownerUid) : null;
const def = this._tokenDef(inp.tokenId ?? inp.chessId, owner, inp.def);
if (!def) { this.log(`unknown token ${inp.tokenId}`); return null; }
const u = this._makeAlly(ps, def, 'token', r, c, { uid: inp.uid, ownerUnit: owner, dir });
u.carry = inp.carryState ?? null;
return u;
}
// the unit's own loadout (DESIGN §16): an entry without loadout fields is the DEFAULT — never another player's
// choice for the same chess id in a multi-player field (the per-battle data view maps id-only lookups); `standIn:
// true` fields the chess as its 补位 stand-in (simdata getStandIn: the stand-in's body, the chess's identity); `diy`
// fills a 自选 slot with its pick (simdata getDiy: the slot's identity, the operator's body, skill and module)
const lo = { skillIndex: inp.skillIndex ?? null, moduleId: inp.moduleId ?? null };
if (inp.standIn === true) lo.standIn = true;
if (inp.diy && typeof inp.diy === 'object') lo.diy = inp.diy;
const def = this.data.getChess(inp.chessId, lo);
if (!def) { this.log(`unknown chess ${inp.chessId}${lo.diy ? ' (illegal 自选 pick)' : ''}`); return null; }
// a DIY slot has no body of its own (甄选干员): it fights only as a 自选 piece (its `diy` pick)
if (def.raw?.isDiy && !def.diyFor) { this.log(`自选 slot ${inp.chessId} without a pick`); return null; }
const u = this._makeAlly(ps, def, 'op', r, c, { uid: inp.uid, dir });
u.items = [...(inp.items ?? [])];
u.carry = inp.carryState ?? null;
return u;
}
/**
* Token def: an inline def (PlayerBattleInput `def`, spawnToken `opts.def`) as given, else the data record's variant
* for the owner — `owner` = the owning ally unit (its chess and its selected skill / module: getToken(id,
* owner.defId, owner.def.loadout), DESIGN §16), a chess id, or null.
*/
_tokenDef(tokenId, owner, inline) {
if (inline) return normalizeToken(tokenId, inline);
if (!this.data.getToken) return null;
if (owner && typeof owner === 'object') return this.data.getToken(tokenId, owner.defId ?? null, owner.def?.loadout ?? null);
return this.data.getToken(tokenId, owner ?? null);
}
_makeAlly(ps, def, kind, r, c, extra = {}) {
const st = def.stats;
const u = new Unit({
id: ++this._idSeq, side: 'ally', kind, def, defId: def.id, name: def.name, ownerId: ps ? ps.playerId : null,
uid: extra.uid ?? null, ownerUnit: extra.ownerUnit ?? null, x: c, y: r, tileR: r, tileC: c,
dir: extra.dir != null ? normDir(extra.dir) : extra.facing != null ? normDir(extra.facing) : ps ? ps.dir : 'RIGHT',
base: {
maxHp: st.maxHp, atk: st.atk, def: st.def, res: st.res, aspd: st.aspd, bat: st.bat, blockCnt: st.blockCnt,
moveSpeed: 0, spRecovery: st.spRecovery, tauntLevel: st.tauntLevel, massLevel: st.massLevel,
hpRecoveryPerSec: st.hpRecoveryPerSec, cost: st.cost, respawnTime: st.respawnTime,
},
});
u.alive = false;
u.deployed = false;
u.items = [];
u.rangeGrid = def.rangeGrid;
u.player = ps;
this.units.push(u);
this.allyUnits.push(u);
if (ps) ps.units.push(u);
return u;
}
/** Resolve kit/profile/skill for a unit (called by content/index.js; safe to call again). */
_setupUnit(u, kit = null) {
if (!kit) {
try { kit = setupUnitKit(this, u, this.contentMode); } catch (e) { this._internalError('setupUnitKit', e); kit = null; }
}
u.kit = kit || {};
u.profile = resolveProfile(u.def, u.kit.trait || null);
if (u.def.untargetable) this.addBuff(u, { key: 'trait:untargetable', flags: { untargetable: true }, persist: true, allowDead: true });
// abnormal effects a summon holds (tokens.json `abnormal`, PRTS; user playtest #6 item 18): 禁疗 — no heal reaches it;
// 孤立 ("无法被同阵营选中") — no ally heal or ally selection (auras over a range) reaches it
const ab = u.def.abnormal;
if (Array.isArray(ab) && ab.length) {
const flags = {};
if (ab.includes('healFree')) flags.noHeal = true;
if (ab.includes('isolated')) { flags.isolated = true; flags.noHeal = true; }
if (Object.keys(flags).length) this.addBuff(u, { key: 'trait:abnormal', flags, persist: true, allowDead: true });
}
const spec = u.kit.skill || null;
u.skill = new SkillRuntime(this, u, u.def.skill, spec, u.def.skill?.bb ?? {});
if (u.profile.install && !u._profInstalled) {
u._profInstalled = true;
this._safe(() => u.profile.install(this, u), 'profile.install', u);
}
for (const t of u.kit.talents || []) {
if (t && typeof t.install === 'function') this._safe(() => t.install(this, u), 'talent.install', u);
}
if (typeof u.kit.install === 'function') this._safe(() => u.kit.install(this, u), 'kit.install', u);
return u.kit;
}
}