rpg-mcp

import { CombatEngine } from '../src/engine/combat/engine.js'; import { CombatTools, handleGenerateTerrainPatch, handlePlaceProp } from '../src/server/combat-tools.js'; import { SessionContext } from '../src/server/types.js'; // Mock context const ctx: SessionContext = { sessionId: 'test-session', clientId: 'test-client', connectionId: 'test-conn' }; async function run() { console.log('⚔️ Generating Massive Battlefield Scenario...'); // 1. Initialize Engine const encounterId = 'massive-battle-1'; const engine = new CombatEngine(encounterId); // Initialize empty state so we can add to it engine.startEncounter([]); const state = engine.getState(); if (!state) throw new Error("Failed to initialize state"); // 2. Generate Terrain (Battlefield Biome) console.log('🌍 Generating randomized battlefield terrain...'); // Initialize properties state.terrain = { obstacles: [], difficultTerrain: [], water: [] }; state.props = []; // Simulate Generate Terrain Patch const mapWidth = 30; const mapHeight = 30; // Manually run the generation logic (simplified from handler for script) // or better, just import the handler? We need the tool registry to be set up or called directly. // I exported the handler, so I can call it IF I mock the storage/db dependencies. // The handler uses 'getCombatManager()' which is global. That's tricky in a standalone script. // I'll just use the engine API directly. // --- Procedural Generation (matching the tool logic) --- for (let x = 0; x < mapWidth; x++) { for (let y = 0; y < mapHeight; y++) { const key = `${x},${y}`; const rand = Math.random(); // Clear center const dx = x - mapWidth/2; const dy = y - mapHeight/2; if (Math.sqrt(dx*dx + dy*dy) < 6) continue; if (rand < 0.05) state.terrain.obstacles.push(key); else if (rand < 0.25) state.terrain.difficultTerrain?.push(key); // Rubble/Craters } } // Add props manually state.props?.push({ id: 'prop-cart-1', position: '10,10', label: 'Burning Cart', propType: 'cover', cover: 'three_quarter', heightFeet: 5 }); state.props?.push({ id: 'prop-tower-1', position: '20,20', label: 'Ruined Watchtower', propType: 'structure', cover: 'full', heightFeet: 25, climbable: true }); // 3. Populate Entities console.log('👥 Spawning hordes...'); const heroes = [ { name: 'Sir Galen', id: 'hero-1', hp: 45, maxHp: 45, ac: 18, initiative: 12, isEnemy: false, position: {x: 14, y: 14} }, { name: 'Elara', id: 'hero-2', hp: 32, maxHp: 32, ac: 14, initiative: 16, isEnemy: false, position: {x: 15, y: 16} }, { name: 'Thorgar', id: 'hero-3', hp: 58, maxHp: 58, ac: 16, initiative: 8, isEnemy: false, position: {x: 16, y: 15} } ]; heroes.forEach(h => { state.participants.push({ ...h, type: 'character', conditions: [] } as any); state.turnOrder.push(h.id); }); // Enemies (Horde) const enemies = [ { name: 'Goblin Skirmisher', hp: 7, ac: 12 }, { name: 'Hobgoblin Captain', hp: 39, ac: 18 }, { name: 'Worg', hp: 26, ac: 13 }, { name: 'Ogre', hp: 59, ac: 11 } ]; // Circle formation logic for (let i = 0; i < 25; i++) { const angle = (Math.PI * 2 * i) / 25; const dist = 8 + Math.random() * 8; const ex = Math.round(15 + Math.cos(angle) * dist); const ey = Math.round(15 + Math.sin(angle) * dist); const type = Math.random() > 0.9 ? enemies[3] : (Math.random() > 0.8 ? enemies[2] : enemies[0]); const enemy = { name: `${type.name}`, id: `enemy-${i}`, hp: type.hp, maxHp: type.hp, ac: type.ac, initiative: Math.floor(Math.random() * 20) + 1, isEnemy: true, position: { x: ex, y: ey }, type: 'monster', conditions: [] }; state.participants.push(enemy as any); state.turnOrder.push(enemy.id); } console.log(`✅ Created encounter with ${state.participants.length} entities`); console.log(`✅ Terrain: ${state.terrain.obstacles.length} obstacles, ${state.terrain.difficultTerrain?.length} diff. terrain`); console.log(`✅ Props: ${state.props?.length} props`); console.log('\n--- ENTITY LIST ---'); state.participants.forEach(p => { console.log(`- [${p.isEnemy ? 'ENEMY' : 'ALLY '}] ${p.name} (HP: ${p.hp}/${p.maxHp}) at ${p.position?.x},${p.position?.y}`); }); } run().catch(console.error);