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jwinterm
7d3456f107
3.2 Reachability: a dungeon whose exit is unreachable from the entrance is paid-but-unwinnable. generate() now BFS-checks entrance->exit and regenerates if unreachable. Retries are deterministic (per-attempt ROT seed = seedInt + attempt; the seeded rng stream keeps advancing), so verify-regeneration replays the same attempts and reproduces the exact dungeon — the provably-fair determinism from Phase 0.2 is preserved. The single-pass body is extracted to _generateOnce and isReachable does the flood-fill. 3.3 Monster collision: with movesPerPlayerMove > 1 (the casino preset's 1.5x speed) the monster takes multiple steps per turn, but collision was only checked after the loop — so it could step onto the player's tile and off again between checks, phasing through and missing the catch (player-favorable, erodes the house edge). Collision is now checked after each sub-step. Adds reachability tests (provablyFair.test.js) and monsterCollision.test.js. Random block timing remains the untouched core mechanic. Full suite: 20 suites / 153 tests.
55 lines
2.0 KiB
JavaScript
55 lines
2.0 KiB
JavaScript
/**
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* Monster collision tests (Phase 3.3).
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*
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* With movesPerPlayerMove > 1 (e.g. the casino preset's 1.5x speed) the monster takes
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* multiple steps per turn. Collision must be checked after EACH sub-step, or the monster
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* can step onto the player's tile and off again between checks, phasing through the player
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* and missing the catch (a player-favorable bug that lowers the house edge).
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*/
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const Game = require('../src/game/game');
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function openGame() {
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// Default-size dungeon so the digger generates validly; we then override the map and
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// positions with a known fully-open grid so the scenario is deterministic.
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const game = new Game('sock-test', { id: 1 });
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const FL = "'1";
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game.dungeon.map = Array.from({ length: 7 }, () => Array(7).fill(FL));
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game.gameConfig.primaryFloor = FL;
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game.gameConfig.secondaryFloor = "'2";
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game.gameState = 'active';
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game.seededRNG = () => 0; // 0 < chaseAggressiveness => always chase
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return game;
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}
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describe('Monster collision with multi-step movement', () => {
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test('2-step monster adjacent to the player catches it (no phasing through)', () => {
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const game = openGame();
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game.difficultyConfig.monster.movesPerPlayerMove = 2;
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game.difficultyConfig.monster.chaseAggressiveness = 1.0;
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game.monsterMoveAccumulator = 0;
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game.player.moveTo(3, 3);
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game.monster.moveTo(3, 4); // directly adjacent
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game.monster.lastKnownPlayerX = null;
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game.monster.lastKnownPlayerY = null;
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const res = game.moveMonster();
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expect(game.gameState).toBe('lost');
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expect(res.event).toBe('monster_caught');
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});
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test('single-step monster moving onto the player still catches (sanity)', () => {
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const game = openGame();
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game.difficultyConfig.monster.movesPerPlayerMove = 1;
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game.difficultyConfig.monster.chaseAggressiveness = 1.0;
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game.monsterMoveAccumulator = 0;
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game.player.moveTo(3, 3);
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game.monster.moveTo(3, 4);
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game.moveMonster();
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expect(game.gameState).toBe('lost');
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});
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});
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