novafarma/src/systems/WorkstationSystem.js

/**
 * WORKSTATION SYSTEM
 * Manages processing stations like Furnace, Mint, Campfire.
 * Handles: Input -> Process Time -> Output
 */
class WorkstationSystem {
    constructor(scene) {
        this.scene = scene;
        this.stations = new Map(); // Key: "x,y", Value: StationData

        // Define Recipes
        this.recipes = {
            'furnace': [
                { input: 'ore_iron', fuel: 'coal', output: 'iron_bar', time: 5000 },
                { input: 'ore_gold', fuel: 'coal', output: 'gold_bar', time: 8000 },
                { input: 'ore_stone', fuel: 'coal', output: 'stone_brick', time: 3000 },
                { input: 'sand', fuel: 'coal', output: 'glass', time: 3000 },
                { input: 'log', fuel: 'log', output: 'charcoal', time: 4000 } // Wood to charcoal
            ],
            'mint': [
                { input: 'iron_bar', fuel: 'coal', output: 'coin_gold', time: 2000, outputCount: 10 },
                { input: 'gold_bar', fuel: 'coal', output: 'coin_gold', time: 3000, outputCount: 50 }
            ],
            'campfire': [
                { input: 'raw_meat', fuel: 'stick', output: 'cooked_meat', time: 3000 }
            ]
        };
    }

    /**
     * Register a new workstation at coordinates
     */
    addStation(x, y, type) {
        const key = `${x},${y}`;
        if (this.stations.has(key)) return;

        this.stations.set(key, {
            x, y, type,
            input: null,      // { itemId, count }
            fuel: null,       // { itemId, count }
            output: null,     // { itemId, count }
            isProcessing: false,
            timer: 0,
            maxTime: 0,
            currentRecipe: null
        });
        console.log(`🏭 Created ${type} at ${x},${y}`);
    }

    /**
     * Player interacts with station
     * (Simple version: Click with item to insert, Click empty to take output)
     */
    interact(x, y, playerItem) {
        const key = `${x},${y}`;
        const station = this.stations.get(key);
        if (!station) return false;

        // 1. If Output exists, take it (Prioritize taking output)
        if (station.output) {
            this.scene.inventorySystem.addItem(station.output.itemId, station.output.count);
            this.showFloatingText(x, y, `+${station.output.count} ${station.output.itemId}`, '#00FF00');
            station.output = null;
            return true;
        }

        // 2. If holding item, try to insert (Input or Fuel)
        if (playerItem) {
            // Check if it's Valid Input for this station type
            const recipe = this.findRecipe(station.type, playerItem.itemId);

            // Is it Fuel? (Assume 'coal', 'log', 'stick' are fuels)
            const isFuel = ['coal', 'log', 'stick', 'charcoal'].includes(playerItem.itemId);

            if (recipe && !station.input) {
                // Insert Input
                station.input = { itemId: playerItem.itemId, count: 1 };
                this.scene.inventorySystem.removeItem(playerItem.itemId, 1);
                this.showFloatingText(x, y, `Inserted ${playerItem.itemId}`, '#FFFFFF');
                this.tryStartProcess(station);
                return true;
            } else if (isFuel && !station.fuel) {
                // Insert Fuel
                station.fuel = { itemId: playerItem.itemId, count: 1 };
                this.scene.inventorySystem.removeItem(playerItem.itemId, 1);
                this.showFloatingText(x, y, `Fueled with ${playerItem.itemId}`, '#FFA500');
                this.tryStartProcess(station);
                return true;
            }
        }

        // 3. Status Check
        if (station.isProcessing) {
            const progress = Math.floor((station.timer / station.maxTime) * 100);
            this.showFloatingText(x, y, `Processing... ${progress}%`, '#FFFF00');
        } else {
            this.showFloatingText(x, y, 'Missing Input or Fuel', '#FF0000');
        }

        return true;
    }

    findRecipe(stationType, inputItem) {
        const stationRecipes = this.recipes[stationType];
        if (!stationRecipes) return null;
        return stationRecipes.find(r => r.input === inputItem);
    }

    tryStartProcess(station) {
        if (station.isProcessing) return;
        if (!station.input || !station.fuel) return;

        // Find matching recipe
        const recipe = this.recipes[station.type].find(r =>
            r.input === station.input.itemId &&
            (r.fuel === 'any' || r.fuel === station.fuel.itemId)
        );

        // Specific fuel check can be relaxed later
        if (recipe) {
            station.isProcessing = true;
            station.timer = 0;
            station.maxTime = recipe.time;
            station.currentRecipe = recipe;
            console.log(`🔥 Started processing ${recipe.input} -> ${recipe.output}`);

            // Visual feedback (Particles?)
            // this.scene.addParticles...
        }
    }

    update(delta) {
        for (const station of this.stations.values()) {
            if (station.isProcessing) {
                station.timer += delta;

                // Visual: Float smoke occasionally?
                if (Math.random() < 0.05) {
                    // emit smoke particle
                }

                if (station.timer >= station.maxTime) {
                    // COMPLETE
                    const recipe = station.currentRecipe;
                    const outCount = recipe.outputCount || 1;

                    // Consume inputs
                    // (Actually we keep them in slots until done? Or consume at start? 
                    // Let's say inputs are consumed at start visually, but logically here we swap to output)

                    station.output = { itemId: recipe.output, count: outCount };
                    station.input = null;
                    station.fuel = null; // Consume 1 fuel per operation for now (Simple)

                    station.isProcessing = false;
                    station.timer = 0;
                    station.currentRecipe = null;

                    this.showFloatingText(station.x, station.y, 'DONE!', '#00FF00');
                    if (this.scene.soundManager) this.scene.soundManager.playSuccess(); // Placeholder sound
                }
            }
        }
    }

    showFloatingText(x, y, text, color) {
        // Convert grid to screen
        // Assuming interact passes Grid X,Y
        if (this.scene.events) {
            const screen = this.scene.iso.toScreen(x, y);
            this.scene.events.emit('show-floating-text', {
                x: screen.x + this.scene.terrainOffsetX,
                y: screen.y + this.scene.terrainOffsetY - 30,
                text: text,
                color: color
            });
        }
    }
}