class ChernobylSimulator extends Phaser.Scene { constructor () { super(); this.isExploding = false; this.powerLevel = 50; this.coolingSystem = true; this.currentCamera = 0; this.pressure = 100; this.temperature = 300; this.radiation = 0.3; this.waterLevel = 80; this.time = 0; this.shutdownTime = null; this.rodsJumped = false; this.explodeCountdown = null; this.powerSurgeChance = 0.001; // 0.1% chance of power surge per tick } preload () { this.load.image('sky', `https://play.rosebud.ai/assets/sky.png?zI5O`); this.load.image('red', `https://play.rosebud.ai/assets/red.png?ZVuz`); this.load.image('gauge', 'https://play.rosebud.ai/assets/gauge.png?abcd'); } create () { this.add.image(400, 300, 'sky'); // Create power plant representation this.powerPlant = this.add.rectangle(400, 300, 200, 100, 0x808080); // Create radioactive rods this.createRadioactiveRods(); // Create camera views this.createCameraViews(); // Add text for reactor status this.statusText = this.add.text(400, 50, 'Reactor Status: Normal', { fontSize: '24px', fill: '#fff' }); this.statusText.setOrigin(0.5); // Add power level text and gauge this.powerLevelText = this.add.text(100, 100, 'Power Level: 50%', { fontSize: '18px', fill: '#fff' }); this.powerGauge = this.add.image(50, 100, 'gauge').setOrigin(0.5).setScale(0.5); // Add cooling system status this.coolingText = this.add.text(100, 150, 'Cooling System: ON', { fontSize: '18px', fill: '#fff' }); // Add pressure text and gauge this.pressureText = this.add.text(100, 200, 'Pressure: 100 MPa', { fontSize: '18px', fill: '#fff' }); this.pressureGauge = this.add.image(50, 200, 'gauge').setOrigin(0.5).setScale(0.5); // Add temperature text and gauge this.temperatureText = this.add.text(100, 250, 'Temperature: 300°C', { fontSize: '18px', fill: '#fff' }); this.temperatureGauge = this.add.image(50, 250, 'gauge').setOrigin(0.5).setScale(0.5); // Add radiation text and gauge this.radiationText = this.add.text(100, 300, 'Radiation: 0.3 Sv/h', { fontSize: '18px', fill: '#fff' }); this.radiationGauge = this.add.image(50, 300, 'gauge').setOrigin(0.5).setScale(0.5); // Add water level text and gauge this.waterLevelText = this.add.text(100, 350, 'Water Level: 80%', { fontSize: '18px', fill: '#fff' }); this.waterLevelGauge = this.add.image(50, 350, 'gauge').setOrigin(0.5).setScale(0.5); // Add time text this.timeText = this.add.text(700, 50, 'Time: 00:00', { fontSize: '18px', fill: '#fff' }); // Add camera view text this.cameraText = this.add.text(400, 400, 'Camera: Main View', { fontSize: '18px', fill: '#fff' }); this.cameraText.setOrigin(0.5); // Add instruction text this.instructionText = this.add.text(400, 550, 'A: A3-5 | Up/Down: Power | C: Cooling | S: Shutdown | V: Switch Camera', { fontSize: '16px', fill: '#fff' }).setOrigin(0.5); // Create buttons this.createButton(600, 100, 'Increase Power', () => this.changePower(10)); this.createButton(600, 150, 'Decrease Power', () => this.changePower(-10)); this.createButton(600, 200, 'Toggle Cooling', () => this.toggleCooling()); this.createButton(600, 250, 'Emergency Shutdown', () => this.emergencyShutdown()); this.createButton(600, 300, 'Increase Pressure', () => this.changePressure(10)); this.createButton(600, 350, 'Decrease Pressure', () => this.changePressure(-10)); this.createButton(600, 400, 'Add Water', () => this.changeWaterLevel(10)); this.createButton(600, 450, 'Delete Water', () => this.changeWaterLevel(-10)); this.createButton(600, 500, 'Switch Camera', () => this.switchCamera()); this.createButton(600, 550, 'Add Radiation', () => this.changeRadiation(1)); // New button // Create particle system for explosion this.particles = this.add.particles('red'); this.emitter = this.particles.createEmitter({ speed: { min: 100, max: 500 }, scale: { start: 0.5, end: 0 }, blendMode: 'ADD', lifespan: 2000, on: false }); // Create particle system for smoke this.smokeParticles = this.add.particles('red'); this.smokeEmitter = this.smokeParticles.createEmitter({ speed: { min: 20, max: 100 }, angle: { min: 240, max: 300 }, scale: { start: 0.1, end: 0.5 }, alpha: { start: 0.5, end: 0 }, lifespan: 1000, gravityY: -50, tint: 0xcccccc, on: false }); // Create particle system for nuclear explosion this.nuclearExplosionParticles = this.add.particles('red'); this.nuclearExplosionEmitter = this.nuclearExplosionParticles.createEmitter({ speed: { min: 200, max: 1000 }, scale: { start: 1, end: 0 }, blendMode: 'ADD', lifespan: 3000, tint: 0xffff00, on: false }); // Create overlay for lights-off effect this.overlay = this.add.rectangle(400, 300, 800, 600, 0x000000); this.overlay.setAlpha(0); // Add keyboard input this.input.keyboard.on('keydown-A', this.activateA3_5, this); this.input.keyboard.on('keydown-UP', () => this.changePower(10)); this.input.keyboard.on('keydown-DOWN', () => this.changePower(-10)); this.input.keyboard.on('keydown-C', () => this.toggleCooling()); this.input.keyboard.on('keydown-S', () => this.emergencyShutdown()); this.input.keyboard.on('keydown-V', () => this.switchCamera()); // Start the simulation loop this.time.addEvent({ delay: 1000, callback: this.simulationTick, callbackScope: this, loop: true }); } createRadioactiveRods() { this.rods = []; const colors = [0xff0000, 0x00ff00, 0x0000ff, 0xffff00, 0xff00ff]; for (let i = 0; i < 5; i++) { const rod = this.add.rectangle(350 + i * 30, 300, 20, 80, colors[i]); this.rods.push(rod); rod.setVisible(false); // Hide rods initially rod.initialY = rod.y; // Store the initial Y position } } createCameraViews() { this.cameraViews = [ { name: 'Main View', x: 400, y: 300, zoom: 1, setup: () => { this.powerPlant.setVisible(true); this.rods.forEach(rod => rod.setVisible(false)); }}, { name: 'Reactor Core', x: 400, y: 300, zoom: 1.5, setup: () => { this.powerPlant.setVisible(false); this.rods.forEach(rod => rod.setVisible(true)); }}, { name: 'Control Room', x: 200, y: 200, zoom: 1.5, setup: () => { this.powerPlant.setVisible(true); this.rods.forEach(rod => rod.setVisible(false)); }}, { name: 'Cooling System', x: 600, y: 400, zoom: 1.5, setup: () => { this.powerPlant.setVisible(true); this.rods.forEach(rod => rod.setVisible(false)); }}, { name: 'Pressure Gauges', x: 300, y: 300, zoom: 2, setup: () => { this.powerPlant.setVisible(false); this.rods.forEach(rod => rod.setVisible(false)); }}, { name: 'External View', x: 400, y: 300, zoom: 0.75, setup: () => { this.powerPlant.setVisible(true); this.rods.forEach(rod => rod.setVisible(false)); }} ]; } switchCamera() { this.currentCamera = (this.currentCamera + 1) % this.cameraViews.length; const view = this.cameraViews[this.currentCamera]; this.cameras.main.setZoom(view.zoom); this.cameras.main.centerOn(view.x, view.y); this.cameraText.setText(`Camera: ${view.name}`); view.setup(); // Call the setup function for this view } createButton(x, y, text, callback) { const button = this.add.text(x, y, text, { fontSize: '16px', fill: '#fff' }) .setInteractive() .setOrigin(0.5); button.on('pointerdown', callback); button.on('pointerover', () => button.setStyle({ fill: '#ff0' })); button.on('pointerout', () => button.setStyle({ fill: '#fff' })); } changePower(amount) { if (!this.isExploding) { this.powerLevel = Phaser.Math.Clamp(this.powerLevel + amount, 0, 100); this.powerLevelText.setText(`Power Level: ${this.powerLevel}%`); this.powerGauge.setAngle(this.powerLevel * 1.8 - 90); this.temperature += amount * 2; this.temperatureText.setText(`Temperature: ${this.temperature}°C`); this.temperatureGauge.setAngle(this.temperature / 2 - 90); this.checkReactorStatus(); this.updateRods(); } } changePressure(amount) { if (!this.isExploding) { this.pressure = Phaser.Math.Clamp(this.pressure + amount, 0, 200); this.pressureText.setText(`Pressure: ${this.pressure} MPa`); this.pressureGauge.setAngle(this.pressure * 1.8 - 90); this.checkReactorStatus(); } } changeWaterLevel(amount) { if (!this.isExploding) { this.waterLevel = Phaser.Math.Clamp(this.waterLevel + amount, 0, 100); this.waterLevelText.setText(`Water Level: ${this.waterLevel}%`); this.waterLevelGauge.setAngle(this.waterLevel * 1.8 - 90); this.checkReactorStatus(); } } changeRadiation(amount) { if (!this.isExploding) { this.radiation = Phaser.Math.Clamp(this.radiation + amount, 0, 20); this.radiationText.setText(`Radiation: ${this.radiation.toFixed(1)} Sv/h`); this.radiationGauge.setAngle(Math.min(this.radiation * 36, 270) - 90); this.checkReactorStatus(); } } updateRods() { const activeRods = Math.floor(this.powerLevel / 20); this.rods.forEach((rod, index) => { rod.setAlpha(index < activeRods ? 1 : 0.3); }); } toggleCooling() { if (!this.isExploding) { this.coolingSystem = !this.coolingSystem; this.coolingText.setText(`Cooling System: ${this.coolingSystem ? 'ON' : 'OFF'}`); this.checkReactorStatus(); } } emergencyShutdown() { if (!this.isExploding) { this.powerLevel = 0; this.coolingSystem = true; this.pressure = 50; this.temperature = 100; this.radiation = 0.1; this.waterLevel = 100; this.updateAllDisplays(); this.statusText.setText('Reactor Status: Shutdown'); this.statusText.setColor('#00ff00'); this.updateRods(); this.shutdownTime = this.time; } } updateAllDisplays() { this.powerLevelText.setText(`Power Level: ${this.powerLevel}%`); this.powerGauge.setAngle(this.powerLevel * 1.8 - 90); this.coolingText.setText(`Cooling System: ${this.coolingSystem ? 'ON' : 'OFF'}`); this.pressureText.setText(`Pressure: ${this.pressure} MPa`); this.pressureGauge.setAngle(this.pressure * 1.8 - 90); this.temperatureText.setText(`Temperature: ${this.temperature}°C`); this.temperatureGauge.setAngle(this.temperature / 2 - 90); this.radiationText.setText(`Radiation: ${this.radiation.toFixed(1)} Sv/h`); this.radiationGauge.setAngle(this.radiation * 36 - 90); this.waterLevelText.setText(`Water Level: ${this.waterLevel}%`); this.waterLevelGauge.setAngle(this.waterLevel * 1.8 - 90); } checkReactorStatus() { if (this.powerLevel > 90 && !this.coolingSystem) { this.activateA3_5(); } else if (this.pressure > 190 || this.temperature > 800 || this.radiation > 10 || this.waterLevel < 10) { this.activateA3_5(); } else if (this.temperature <= -40 && this.waterLevel <= 72) { this.statusText.setText('Reactor Status: CRITICAL COLD'); this.statusText.setColor('#0000ff'); this.rodsJumped = true; this.randomJumpRods(); if (this.shutdownTime !== null && this.explodeCountdown === null) { this.startExplodeCountdown(); } } else if (this.waterLevel < 5) { this.statusText.setText('Reactor Status: CRITICAL WATER LEVEL'); this.statusText.setColor('#ff0000'); this.activateA3_5(); } else if (this.powerLevel > 80 && this.pressure > 150) { this.statusText.setText('Reactor Status: OVERPRESSURE'); this.statusText.setColor('#ff0000'); this.activateA3_5(); } else if (this.temperature > 700 && this.radiation > 8) { this.statusText.setText('Reactor Status: CRITICAL RADIATION'); this.statusText.setColor('#ff0000'); this.activateA3_5(); } else if (this.powerLevel > 80 || this.pressure > 170 || this.temperature > 600 || this.radiation > 5 || this.waterLevel < 20) { this.statusText.setText('Reactor Status: CRITICAL'); this.statusText.setColor('#ff0000'); } else if (this.powerLevel > 70 || this.pressure > 150 || this.temperature > 500 || this.radiation > 2 || this.waterLevel < 30) { this.statusText.setText('Reactor Status: DANGER'); this.statusText.setColor('#ff8800'); } else if (this.powerLevel > 60 || this.pressure > 120 || this.temperature > 400 || this.radiation > 1 || this.waterLevel < 50) { this.statusText.setText('Reactor Status: Warning'); this.statusText.setColor('#ffff00'); } else if (this.powerLevel === 0 && this.shutdownTime !== null) { this.statusText.setText('Reactor Status: Shutdown'); this.statusText.setColor('#00ff00'); } else { this.statusText.setText('Reactor Status: Normal'); this.statusText.setColor('#00ff00'); } } startExplodeCountdown() { this.explodeCountdown = 40; // 40 seconds } randomJumpRods() { this.rods.forEach(rod => { if (Math.random() < 0.5) { // 50% chance for each rod to jump this.tweens.add({ targets: rod, y: rod.initialY - 30, // Jump up by 30 pixels (increased from 10) duration: 50, // Decreased duration for faster jump yoyo: true, repeat: 1, onComplete: () => { rod.y = rod.initialY; // Ensure rod returns to its initial position }, onStart: () => { // Emit smoke when the rod starts jumping this.smokeEmitter.setPosition(rod.x, rod.y + 40); this.smokeEmitter.explode(20); } }); } }); } activateA3_5 () { if (!this.isExploding) { this.isExploding = true; this.statusText.setText('Reactor Status: MELTDOWN'); this.statusText.setColor('#ff0000'); // Start explosion particles this.emitter.setPosition(this.powerPlant.x, this.powerPlant.y); this.emitter.start(); // Start nuclear explosion if in reactor core view if (this.cameraViews[this.currentCamera].name === 'Reactor Core') { this.startNuclearExplosion(); } // Shake the camera this.cameras.main.shake(5000, 0.05); // Flickering lights effect this.flickerLights(); // Update instruction text this.instructionText.setText('EMERGENCY! Evacuate immediately!'); this.explodeCountdown = null; } } startNuclearExplosion() { this.nuclearExplosionEmitter.setPosition(400, 300); this.nuclearExplosionEmitter.explode(1000); // Create a white flash const flash = this.add.rectangle(400, 300, 800, 600, 0xffffff); flash.setAlpha(0); this.tweens.add({ targets: flash, alpha: 1, duration: 100, yoyo: true, repeat: 0, onComplete: () => { flash.destroy(); } }); // Create an expanding shockwave const shockwave = this.add.circle(400, 300, 0, 0xffff00, 0.5); this.tweens.add({ targets: shockwave, radius: 600, alpha: 0, duration: 2000, onComplete: () => { shockwave.destroy(); } }); } flickerLights() { let flickerCount = 0; let flickerInterval = setInterval(() => { this.overlay.setAlpha(Math.random() > 0.5 ? 0.8 : 0); flickerCount++; if (flickerCount > 10) { clearInterval(flickerInterval); this.overlay.setAlpha(0.5); // Dim lights permanently } }, 100); } simulationTick() { if (!this.isExploding) { this.time += 1; const minutes = Math.floor(this.time / 60); const seconds = this.time % 60; this.timeText.setText(`Time: ${minutes.toString().padStart(2, '0')}:${seconds.toString().padStart(2, '0')}`); // Simulate natural changes if (!this.coolingSystem) { this.temperature += 5; } else if (this.temperature > 300) { this.temperature -= 2; } if (this.waterLevel > 0) { this.waterLevel -= 0.1; } this.radiation += 0.01 * (this.powerLevel / 100); // Handle explosion countdown if (this.explodeCountdown !== null) { this.explodeCountdown--; if (this.explodeCountdown <= 0) { this.activateA3_5(); } } // Random rod jumping if (this.rodsJumped && Math.random() < 0.2) { // 20% chance every second (increased from 10%) this.randomJumpRods(); } // Check for power surge if (Math.random() < this.powerSurgeChance) { this.powerSurge(); } this.updateAllDisplays(); this.checkReactorStatus(); } } powerSurge() { const surgeMagnitude = Phaser.Math.Between(20, 50); this.changePower(surgeMagnitude); this.statusText.setText('Reactor Status: POWER SURGE'); this.statusText.setColor('#ff0000'); // Flash the power gauge this.tweens.add({ targets: this.powerGauge, alpha: 0, duration: 100, yoyo: true, repeat: 5 }); } update () { if (this.isExploding) { // Make the power plant and rods blink red const blinkColor = Math.random() > 0.5 ? 0xff0000 : 0x808080; this.powerPlant.fillColor = blinkColor; this.rods.forEach(rod => rod.fillColor = blinkColor); // Randomly change particle emission point this.emitter.setPosition( this.powerPlant.x + Phaser.Math.Between(-50, 50), this.powerPlant.y + Phaser.Math.Between(-25, 25) ); // Randomly increase particle emission if (Math.random() > 0.95) { this.emitter.explode(50); } // Continue increasing radiation during meltdown this.radiation += 0.1; this.radiationText.setText(`Radiation: ${this.radiation.toFixed(1)} Sv/h`); this.radiationGauge.setAngle(Math.min(this.radiation * 36, 270) - 90); } } } const config = { type: Phaser.AUTO, parent: 'renderDiv', scale: { mode: Phaser.Scale.FIT, autoCenter: Phaser.Scale.CENTER_BOTH, }, width: 800, height: 600, scene: ChernobylSimulator }; window.phaserGame = new Phaser.Game(config);