import * as THREE from 'three'; import { setupScene } from 'sceneSetup'; import { createElevator } from 'elevator'; import { InteractionManager } from 'interaction'; import { Minigame } from 'minigame'; import { HorrorEvents } from 'horrorEvents'; import { UI } from 'ui'; import { Spider } from 'spider'; import { NotesManager } from 'notesManager'; // Import the NotesManager const GAME_STATE = { INTRO: 'intro', IDLE: 'idle', MINIGAME_STARTING: 'minigame_starting', MINIGAME_SHOWING: 'minigame_showing', MINIGAME_PLAYING: 'minigame_playing', MINIGAME_FAILED: 'minigame_failed', MINIGAME_SUCCESS: 'minigame_success', GAME_OVER: 'game_over', // New state for game over CRAZY_ENDING: 'crazy_ending' // Specific state for this ending }; const MAX_FAILURES = 2; // Number of failures allowed before game over const MIN_LEVEL_FOR_DISTORTION = 3; // Start visual distortion from Level 3 const MAX_DISTORTION_LEVEL = 15; // Level at which distortion maxes out // --- Story Snippets --- const STORY_SNIPPETS = [ "The flickering light above... it buzzes like a trapped fly.", "You remember reading about this building's history. Unexplained 'accidents'.", "Was that a scuttling sound from the vents?", "This panel feels older than the rest of the elevator. Almost... added on.", "Why these specific colors? Red, Green, Blue, Yellow...", "The emergency phone is dead. Of course.", "You glance at the floor indicator. It's blank.", "A draft snakes under the door. Where is it coming from?", ]; const STORY_SNIPPETS_ADVANCED = [ "The metal groans again. Is the elevator moving?", "You see a faint reflection in the panel. It doesn't look like you.", "A low hum vibrates through the floor. It's getting louder.", "The air grows colder. You can almost see your breath.", "Something scratches behind the walls.", "The button colors seem... dimmer now.", "Is that writing on the ceiling? No... just shadows.", ]; const STORY_CHANCE_AFTER_LEVEL = 0.40; // Slightly increased chance for advanced snippets const STORY_ADVANCED_THRESHOLD = 5; // Level after which advanced snippets appear export class Game { constructor(renderDiv) { this.renderDiv = renderDiv; this.clock = new THREE.Clock(); this.gameState = GAME_STATE.IDLE; // Start in IDLE, start screen handles initial state this.failCount = 0; // Initialize fail counter // Basic setup // Basic setup - Destructure composer and effects as well const { scene, camera, renderer, ambientLight, flickerLight, composer, chromaticAberrationEffect, vignetteEffect } = setupScene(renderDiv); this.scene = scene; this.camera = camera; this.renderer = renderer; this.ambientLight = ambientLight; this.flickerLight = flickerLight; this.composer = composer; // Store the composer this.chromaticAberrationEffect = chromaticAberrationEffect; // Store the effect this.vignetteEffect = vignetteEffect; // Store the effect // Audio this.listener = new THREE.AudioListener(); this.camera.add(this.listener); // Attach listener to camera this.ambientSound = new THREE.Audio(this.listener); // For in-game ambience this.gameOverScreamSound = new THREE.Audio(this.listener); // Sound for game over scream this.gameOverFallSound = new THREE.Audio(this.listener); // Sound for falling body this.elevatorCrashSound = new THREE.Audio(this.listener); // Sound for elevator crash ending this.level3Sound = new THREE.Audio(this.listener); // Sound for reaching level 3 this.level5Sound = new THREE.Audio(this.listener); // Sound for reaching level 5 this.level7Sound = new THREE.Audio(this.listener); // Sound for reaching level 7 this.level9Sound = new THREE.Audio(this.listener); // Sound for reaching level 9 // UI - Pass the listener this.ui = new UI(renderDiv, this.listener); // Elevator and Panel const { elevatorMesh, panelMesh, buttons } = createElevator(); this.elevatorMesh = elevatorMesh; this.panelMesh = panelMesh; this.buttons = buttons; // Array of { mesh: ButtonMesh, id: number, originalColor: THREE.Color } this.scene.add(this.elevatorMesh); // Keep track of the panel fill light for effects this.panelFillLight = scene.getObjectByName("panelFillLight"); // Assuming we name it in sceneSetup // Interaction this.interactionManager = new InteractionManager(this.camera, this.buttons.map(b => b.mesh)); // Minigame - Pass the listener this.minigame = new Minigame(this.buttons, this.listener); // Horror Events & Spider // Pass listener and postprocessing effects to HorrorEvents this.horrorEvents = new HorrorEvents(this.flickerLight, this.camera, this.listener, this.chromaticAberrationEffect, this.vignetteEffect); this.spider = new Spider(this.scene, this.camera); this.notesManager = new NotesManager(this.scene, this.camera); // Initialize NotesManager // Game Over Hands this.handMeshes = []; // Array to hold hand meshes for game over // Mouse move for subtle parallax/view shift this.mouse = new THREE.Vector2(); window.addEventListener('mousemove', this.onMouseMove.bind(this), false); // Secret ending sequence tracking this.keySequence = ""; this.targetSequence = "1987"; window.addEventListener('keydown', this.onKeyDown.bind(this), false); // Resize handling window.addEventListener('resize', this.onWindowResize.bind(this), false); this.onWindowResize(); // Initial size setup this.crazyEndingInterval = null; // For the interval timer in crazy ending } onMouseMove(event) { // Normalize mouse position from -1 to 1 this.mouse.x = (event.clientX / window.innerWidth) * 2 - 1; this.mouse.y = -(event.clientY / window.innerHeight) * 2 + 1; } onKeyDown(event) { // Only track relevant keys (1, 9, 8, 7) if (event.key === '1' || event.key === '9' || event.key === '8' || event.key === '7') { this.keySequence += event.key; // Keep the sequence only as long as the target if (this.keySequence.length > this.targetSequence.length) { this.keySequence = this.keySequence.substring(this.keySequence.length - this.targetSequence.length); } // Check for match if (this.keySequence === this.targetSequence) { console.log("SECRET CODE DETECTED!"); // Placeholder for now - we'll call the actual ending function next this.triggerCrazyEnding(); // CALL THE FUNCTION this.keySequence = ""; // Reset sequence after triggering } } else { // Reset if wrong key pressed (optional, makes it slightly harder) // this.keySequence = ""; } } start() { this.ui.showStartScreen("ELEVATOR ECHO", () => { this.showIntro(); // Start the intro sequence after clicking start }); this.animate(); // Start rendering loop immediately } showIntro() { this.gameState = GAME_STATE.INTRO; const introText = [ "The grinding noise stopped.", "Darkness.", "You're trapped.", "The air is thick and cold.", "Check the panel... maybe there's a way out?", "(Click anywhere to continue)" ].join("

"); // Define URLs for narration and intro ambient sound const narrationUrl = 'https://play.rosebud.ai/assets/narration.wav?5pz1'; const introAmbientUrl = 'https://play.rosebud.ai/assets/background ambient intro.mp3?kgwo'; // Pass both URLs to showMessage this.ui.showMessage(introText, () => { this.startGameplay(); // This will stop both sounds via hideMessage }, narrationUrl, introAmbientUrl); } startGameplay() { this.gameState = GAME_STATE.IDLE; this.ui.hideMessage(); this.ui.showInstruction("Click the panel buttons"); // Start ambient sound only after intro is dismissed if (!this.ambientSound.isPlaying) { const audioLoader = new THREE.AudioLoader(); audioLoader.load('https://play.rosebud.ai/assets/ambience.mp3?3H3h', (buffer) => { this.ambientSound.setBuffer(buffer); this.ambientSound.setLoop(true); this.ambientSound.setVolume(0.3); // Adjust volume as needed this.ambientSound.play(); console.log("Ambient sound started."); }, undefined, (err) => { console.error('Error loading ambient sound:', err); }); } } animate() { requestAnimationFrame(this.animate.bind(this)); const delta = this.clock.getDelta(); // Update horror events regardless of game state for continuous effects this.horrorEvents.update(delta, this.minigame.level); this.spider.update(delta); // Update spider logic this.notesManager.update(delta); // Update notes logic // --- Visual Distortion (only if not glitching and not crazy ending) --- if (!this.horrorEvents.isVisualGlitching && this.gameState !== GAME_STATE.CRAZY_ENDING) { const currentLevel = this.minigame.level; if (currentLevel >= MIN_LEVEL_FOR_DISTORTION) { // Calculate distortion factor (0 to 1) based on level progress towards max const distortionProgress = Math.min(1, (currentLevel - MIN_LEVEL_FOR_DISTORTION) / (MAX_DISTORTION_LEVEL - MIN_LEVEL_FOR_DISTORTION)); // Chromatic Aberration: Increase offset slightly const maxAberrationOffset = 0.003; // Max offset value const currentAberration = maxAberrationOffset * distortionProgress * (0.7 + Math.random() * 0.6); // Add slight randomness this.chromaticAberrationEffect.offset.set(currentAberration, currentAberration); // Vignette: Increase darkness and offset slightly const baseVignetteOffset = 0.1; const maxVignetteOffset = 0.3; // How far the vignette expands const baseVignetteDarkness = 0.5; const maxVignetteDarkness = 0.75; // How dark it gets this.vignetteEffect.offset = baseVignetteOffset + (maxVignetteOffset - baseVignetteOffset) * distortionProgress; this.vignetteEffect.darkness = baseVignetteDarkness + (maxVignetteDarkness - baseVignetteDarkness) * distortionProgress; } else { // Reset effects if below threshold level this.chromaticAberrationEffect.offset.set(0.0, 0.0); this.vignetteEffect.offset = 0.1; this.vignetteEffect.darkness = 0.5; } } // --- Camera Movement (only if not game over/crazy) --- if (this.gameState !== GAME_STATE.GAME_OVER && this.gameState !== GAME_STATE.CRAZY_ENDING) { const targetX = this.mouse.x * 0.08; const targetYBase = -this.mouse.y * 0.04; const swayIntensity = 0.015; const swaySpeed = 0.3; const swayY = Math.sin(this.clock.elapsedTime * swaySpeed) * swayIntensity; const swayX = Math.cos(this.clock.elapsedTime * swaySpeed * 0.7) * swayIntensity * 0.5; let currentTargetX = this.camera.position.x + (targetX + swayX - this.camera.position.x) * 0.03; let currentTargetY = this.camera.position.y + (targetYBase + swayY - this.camera.position.y) * 0.03; this.camera.position.x = currentTargetX; this.camera.position.y = currentTargetY; } this.camera.lookAt(0, 0, 0); // Always look at center // --- Handle State-Specific Logic --- switch(this.gameState) { case GAME_STATE.INTRO: case GAME_STATE.IDLE: case GAME_STATE.MINIGAME_PLAYING: case GAME_STATE.MINIGAME_STARTING: case GAME_STATE.MINIGAME_FAILED: case GAME_STATE.MINIGAME_SUCCESS: this.handleInteractions(); // Intentional fall-through if minigame is active case GAME_STATE.MINIGAME_SHOWING: // Update minigame even if interaction is blocked if (this.gameState === GAME_STATE.MINIGAME_SHOWING || this.gameState === GAME_STATE.MINIGAME_STARTING) { this.minigame.update(delta); if (this.minigame.isSequenceDisplayFinished()) { this.gameState = GAME_STATE.MINIGAME_PLAYING; this.ui.showInstruction(`Repeat the sequence (Level ${this.minigame.level})`); } } break; case GAME_STATE.GAME_OVER: // Animate hands during normal game over this.handMeshes.forEach(hand => { if (hand.userData.targetPosition) { hand.position.lerp(hand.userData.targetPosition, hand.userData.moveSpeed * delta); hand.rotation.z += Math.sin(this.clock.elapsedTime * hand.userData.moveSpeed * 2) * 0.005; hand.rotation.x += Math.cos(this.clock.elapsedTime * hand.userData.moveSpeed * 1.5) * 0.003; } }); break; case GAME_STATE.CRAZY_ENDING: // Effects are handled by the interval set in triggerCrazyEnding break; } // Render the scene using the composer this.composer.render(delta); } handleInteractions() { // Do not allow interactions during certain states if (this.gameState === GAME_STATE.MINIGAME_SHOWING || this.gameState === GAME_STATE.MINIGAME_STARTING || this.gameState === GAME_STATE.MINIGAME_FAILED || // Allow hover but not click during fail message? this.gameState === GAME_STATE.MINIGAME_SUCCESS || // Allow hover but not click during success message? this.gameState === GAME_STATE.GAME_OVER || this.gameState === GAME_STATE.CRAZY_ENDING || this.gameState === GAME_STATE.INTRO ) { // Reset hover state if we enter a non-interactive state this.buttons.forEach(button => { if (button.isHovered) { this.minigame.resetButtonAppearance(button); this.renderDiv.style.cursor = 'default'; button.isHovered = false; } }); return; // Exit early } const clickedButtonMesh = this.interactionManager.checkClick(); const hoveredButtonMesh = this.interactionManager.checkHover(this.renderDiv); // Pass renderDiv for mouse coords // Handle Hover // Handle Hover this.buttons.forEach(button => { const isHovered = button.mesh === hoveredButtonMesh; if (isHovered && !button.isHovered ) { button.mesh.material.emissive.setHex(0x555555); // Subtle glow on hover this.renderDiv.style.cursor = 'pointer'; button.isHovered = true; } else if (!isHovered && button.isHovered) { this.minigame.resetButtonAppearance(button); // Reset to original/active state this.renderDiv.style.cursor = 'default'; button.isHovered = false; } }); if (clickedButtonMesh) { const clickedButton = this.buttons.find(b => b.mesh === clickedButtonMesh); if (!clickedButton) return; if (this.gameState === GAME_STATE.IDLE) { this.startMinigame(); } else if (this.gameState === GAME_STATE.MINIGAME_PLAYING) { this.ui.hideInstruction(); // Hide prompt once player starts clicking const correct = this.minigame.registerPlayerInput(clickedButton.id); this.minigame.flashButton(clickedButton); // Visual feedback for click if (!correct) { this.failMinigame(); } else if (this.minigame.isPlayerTurnComplete()) { this.succeedLevel(); } } } } startMinigame() { console.log("Starting Minigame"); this.gameState = GAME_STATE.MINIGAME_STARTING; this.minigame.startLevel(); this.ui.showInstruction("Watch the sequence..."); // minigame.update will handle the transition to MINIGAME_SHOWING after a delay } failMinigame() { console.log("Minigame Failed"); this.failCount++; // Increment fail counter console.log(`Failures: ${this.failCount}/${MAX_FAILURES}`); if (this.failCount >= MAX_FAILURES) { // Game Over condition met this.triggerGameOver(); } else { // Normal failure sequence (not game over yet) this.gameState = GAME_STATE.MINIGAME_FAILED; this.horrorEvents.triggerFailureSequence(); // Play failure sound/effects this.minigame.reset(); const remainingAttempts = MAX_FAILURES - this.failCount; const failureMessage = `FAILURE (${remainingAttempts} attempt${remainingAttempts > 1 ? 's' : ''} left)`; this.ui.showTemporaryMessage(failureMessage, 2500, () => { this.gameState = GAME_STATE.IDLE; // Return to idle after failure effect this.ui.showInstruction("Click the panel buttons"); }); this.buttons.forEach(b => this.minigame.resetButtonAppearance(b)); } } succeedLevel() { console.log("Level Success"); this.gameState = GAME_STATE.MINIGAME_SUCCESS; this.triggerSuccessEffect(); // Trigger the visual effect const completedLevel = this.minigame.level; // Capture the completed level number // --- Special Level 10 Ending Check --- if (completedLevel === 9) { // If level 9 was just completed console.log("Approaching Level 10... triggering crash sequence!"); this.ui.showTemporaryMessage(`Sequence Accepted...`, 1500, () => { this.triggerElevatorCrash(); // Initiate the crash ending }); } else { // Normal level progression (including level 3 sound check) this.ui.showTemporaryMessage(`Level ${completedLevel} Complete!`, 1500, () => { // Play level 3 sound *after* the message delay if level 2 was completed if (completedLevel === 2) { console.log("Reached Level 3 - playing special sound."); const audioLoader = new THREE.AudioLoader(); audioLoader.load('https://play.rosebud.ai/assets/1.wav?3ZUU', (buffer) => { if (this.level3Sound.isPlaying) { this.level3Sound.stop(); // Stop if already playing } this.level3Sound.setBuffer(buffer); this.level3Sound.setVolume(0.1); // Lowered volume significantly this.level3Sound.play(); }, undefined, (err) => { console.error('Error loading level 3 sound:', err); }); } // Play level 5 sound *after* the message delay if level 4 was completed if (completedLevel === 4) { console.log("Reached Level 5 - playing special sound."); const audioLoader = new THREE.AudioLoader(); audioLoader.load('https://play.rosebud.ai/assets/9.wav?A21L', (buffer) => { if (this.level5Sound.isPlaying) { this.level5Sound.stop(); // Stop if already playing } this.level5Sound.setBuffer(buffer); this.level5Sound.setVolume(0.1); // Set volume to 0.1 this.level5Sound.play(); }, undefined, (err) => { console.error('Error loading level 5 sound:', err); }); } // Play level 7 sound *after* the message delay if level 6 was completed if (completedLevel === 6) { console.log("Reached Level 7 - playing special sound."); const audioLoader = new THREE.AudioLoader(); audioLoader.load('https://play.rosebud.ai/assets/8.wav?2Z3h', (buffer) => { if (this.level7Sound.isPlaying) { this.level7Sound.stop(); // Stop if already playing } this.level7Sound.setBuffer(buffer); this.level7Sound.setVolume(0.1); // Set volume to 0.1 this.level7Sound.play(); }, undefined, (err) => { console.error('Error loading level 7 sound:', err); }); } // Play level 9 sound *after* the message delay if level 8 was completed if (completedLevel === 8) { console.log("Reached Level 9 - playing special sound."); const audioLoader = new THREE.AudioLoader(); audioLoader.load('https://play.rosebud.ai/assets/7.wav?ZR1Q', (buffer) => { if (this.level9Sound.isPlaying) { this.level9Sound.stop(); // Stop if already playing } this.level9Sound.setBuffer(buffer); this.level9Sound.setVolume(0.1); // Set volume to 0.1 this.level9Sound.play(); }, undefined, (err) => { console.error('Error loading level 9 sound:', err); }); } // Decide whether to show a story snippet or start the next level directly if (Math.random() < STORY_CHANCE_AFTER_LEVEL) { this.showStorySnippet(); } else { this.startMinigame(); // Proceed directly to the next level } }); } } triggerSuccessEffect() { if (!this.panelFillLight) return; const originalColor = new THREE.Color().copy(this.panelFillLight.color); const originalIntensity = this.panelFillLight.intensity; const flashColor = new THREE.Color(0x00ff00); // Bright green // Flash green this.panelFillLight.color.copy(flashColor); this.panelFillLight.intensity = originalIntensity * 2.5; // Boost intensity // Return to normal after a short duration setTimeout(() => { if (this.panelFillLight) { // Check if light still exists // Smoothly transition back (optional, could just set directly) // Using a simple direct set for now this.panelFillLight.color.copy(originalColor); this.panelFillLight.intensity = originalIntensity; } }, 250); // Duration of the flash in milliseconds } showStorySnippet() { let snippet; const currentLevel = this.minigame.level; // Get level *before* potentially incrementing if (currentLevel >= STORY_ADVANCED_THRESHOLD) { // Use advanced snippets snippet = STORY_SNIPPETS_ADVANCED[Math.floor(Math.random() * STORY_SNIPPETS_ADVANCED.length)]; console.log(`Showing ADVANCED story snippet (Level ${currentLevel}):`, snippet); } else { // Use basic snippets snippet = STORY_SNIPPETS[Math.floor(Math.random() * STORY_SNIPPETS.length)]; console.log(`Showing basic story snippet (Level ${currentLevel}):`, snippet); } const message = `${snippet}

(Click to continue)`; // Show the story using the UI's message system. The callback hides the message and starts the next minigame level. this.ui.showMessage(message, () => { this.ui.hideMessage(); // Explicitly hide the story message this.startMinigame(); }); // Set game state while story is shown? Optional, maybe IDLE is fine. // Could create a STORY state if needed, but IDLE might suffice as interactions are paused by the overlay. // this.gameState = GAME_STATE.STORY; } triggerGameOver() { if (this.gameState === GAME_STATE.GAME_OVER || this.gameState === GAME_STATE.CRAZY_ENDING) return; // Prevent multiple triggers console.log("GAME OVER"); this.gameState = GAME_STATE.GAME_OVER; // Stop main sounds immediately if (this.ambientSound?.isPlaying) this.ambientSound.stop(); this.horrorEvents.stopAllSounds(); // Add a method to HorrorEvents to stop its sounds this.minigame.stopSound(); // Add a method to Minigame to stop its sound if (this.level3Sound?.isPlaying) this.level3Sound.stop(); if (this.level5Sound?.isPlaying) this.level5Sound.stop(); if (this.level7Sound?.isPlaying) this.level7Sound.stop(); if (this.level9Sound?.isPlaying) this.level9Sound.stop(); // Stop visual effects/updates that shouldn't run this.spider.hide(); // Force hide spider this.notesManager.hideNote(); // Force hide note // Play screaming sound const audioLoader = new THREE.AudioLoader(); audioLoader.load('https://play.rosebud.ai/assets/man%20screaming.mp3?RXHz', (buffer) => { this.gameOverScreamSound.setBuffer(buffer); this.gameOverScreamSound.setVolume(1.0); // Max volume for scream this.gameOverScreamSound.play(); // After scream finishes (or slightly before), play fall sound and fade to black setTimeout(() => { audioLoader.load('https://play.rosebud.ai/assets/falls%20dead.mp3?T4GT', (fallBuffer) => { this.gameOverFallSound.setBuffer(fallBuffer); this.gameOverFallSound.setVolume(0.7); this.gameOverFallSound.play(); }); // Make scene very dark and effects intense this.ambientLight.intensity = 0.0; // Pitch black ambient this.flickerLight.intensity = 0; if(this.panelFillLight) this.panelFillLight.intensity = 0; this.vignetteEffect.offset = -0.2; // Invert offset for a different feel, or keep 0 this.vignetteEffect.darkness = 1.2; // Push darkness beyond 1 this.chromaticAberrationEffect.offset.set(0.025, 0.025); // Significantly increase aberration // Show Game Over UI after a brief delay for the fall sound setTimeout(() => { this.ui.showMessage( "GAME OVER

The mechanism gives way... silence follows.

(Click to Restart)", () => { window.location.reload(); // Simple restart for buildless env } ); }, 1000); // Delay after fall sound starts }, 1500); // Delay after scream starts (adjust timing) }); // Trigger intense game over shake via HorrorEvents this.horrorEvents.triggerGameOverShake(); // Create and add "hands" this.createGameOverHands(); // Disable further interactions (already handled by checking GAME_OVER state in handleInteractions/animate) } triggerElevatorCrash() { if (this.gameState === GAME_STATE.GAME_OVER || this.gameState === GAME_STATE.CRAZY_ENDING) return; // Prevent multiple triggers console.log("TRIGGERING ELEVATOR CRASH ENDING"); this.gameState = GAME_STATE.GAME_OVER; // Use GAME_OVER state for consistency // Stop other sounds immediately if (this.ambientSound?.isPlaying) this.ambientSound.stop(); this.horrorEvents.stopAllSounds(); this.minigame.stopSound(); if (this.level3Sound?.isPlaying) this.level3Sound.stop(); if (this.level5Sound?.isPlaying) this.level5Sound.stop(); if (this.level7Sound?.isPlaying) this.level7Sound.stop(); if (this.level9Sound?.isPlaying) this.level9Sound.stop(); // Stop visual elements this.spider.hide(); this.notesManager.hideNote(); // Play the loud crash sound const audioLoader = new THREE.AudioLoader(); audioLoader.load('https://play.rosebud.ai/assets/11L-Elevator_crash_to_th-1745343687230.mp3?RAY5', (buffer) => { this.elevatorCrashSound.setBuffer(buffer); this.elevatorCrashSound.setVolume(1.0); // Max volume for crash this.elevatorCrashSound.play(); // After the crash sound starts, darken scene and show final message // Make scene very dark and effects intense during crash this.ambientLight.intensity = 0.0; // Pitch black ambient this.flickerLight.intensity = 0; if (this.panelFillLight) this.panelFillLight.intensity = 0; this.vignetteEffect.darkness = 1.5; // Intense darkness this.chromaticAberrationEffect.offset.set(0.03, 0.03); // Intense aberration // Show "THANKS FOR PLAYING" message after a delay setTimeout(() => { this.ui.showMessage( "BAD ENDING

You Died, The Elevator Crashed", // Updated text () => { window.location.reload(); } // Restart on click // No callback needed if click restarts ); }, 3000); // Delay showing text until after crash sound peak (adjust timing) }, undefined, (err) => { console.error('Error loading elevator crash sound:', err); // Fallback: Show message immediately if sound fails this.ui.showMessage("BAD ENDING

You Died, The Elevator Crashed", () => { window.location.reload(); }); // Updated fallback text }); // Trigger extremely intense shake via HorrorEvents this.horrorEvents.triggerGameOverShake(4.0, 0.30); // Longer duration, higher intensity // Disable further interactions (already handled by GAME_OVER state check) } triggerCrazyEnding() { if (this.gameState === GAME_STATE.GAME_OVER || this.gameState === GAME_STATE.CRAZY_ENDING) return; // Prevent multiple triggers console.log("TRIGGERING CRAZY ENDING"); this.gameState = GAME_STATE.CRAZY_ENDING; // Stop all gameplay sounds immediately if (this.ambientSound?.isPlaying) this.ambientSound.stop(); this.horrorEvents.stopAllSounds(); this.minigame.stopSound(); if (this.level3Sound?.isPlaying) this.level3Sound.stop(); if (this.level5Sound?.isPlaying) this.level5Sound.stop(); if (this.level7Sound?.isPlaying) this.level7Sound.stop(); if (this.level9Sound?.isPlaying) this.level9Sound.stop(); if (this.gameOverScreamSound?.isPlaying) this.gameOverScreamSound.stop(); if (this.gameOverFallSound?.isPlaying) this.gameOverFallSound.stop(); if (this.elevatorCrashSound?.isPlaying) this.elevatorCrashSound.stop(); // Stop visual elements this.spider.hide(); this.notesManager.hideNote(); this.handMeshes.forEach(hand => this.scene.remove(hand)); // Remove regular game over hands this.handMeshes = []; // --- Visual/Audio Chaos --- // Play a suitable crazy sound (maybe child laughing?) const audioLoader = new THREE.AudioLoader(); audioLoader.load('https://play.rosebud.ai/assets/child%20laughing.mp3?cjbJ', (buffer) => { // Use a new audio object or reuse an existing one if appropriate const crazySound = new THREE.Audio(this.listener); crazySound.setBuffer(buffer); crazySound.setLoop(true); // Loop the laugh for effect crazySound.setVolume(0.6); crazySound.play(); this.crazyEndingSound = crazySound; // Store to stop it later if needed }); // Apply extreme, oscillating post-processing effects via interval this.crazyEndingInterval = setInterval(() => { if (this.gameState !== GAME_STATE.CRAZY_ENDING) { clearInterval(this.crazyEndingInterval); // Reset effects smoothly? Or just snap back on restart? this.chromaticAberrationEffect.offset.set(0, 0); this.vignetteEffect.darkness = 0.5; this.vignetteEffect.offset = 0.1; this.renderDiv.style.transform = 'none'; // Reset potential DOM transform return; } const t = this.clock.elapsedTime; // Wild Chromatic Aberration const aberOffset = Math.abs(Math.sin(t * 5)) * 0.05 + 0.01; this.chromaticAberrationEffect.offset.set(aberOffset * Math.cos(t*7), aberOffset * Math.sin(t*7)); // Pulsating Vignette this.vignetteEffect.darkness = 0.8 + Math.sin(t * 3) * 0.4; this.vignetteEffect.offset = 0.1 + Math.cos(t*4) * 0.3; // Random camera shake (HorrorEvents might interfere, direct manipulation might be better here) const shakeIntensity = 0.1; this.camera.position.x += (Math.random() - 0.5) * shakeIntensity; this.camera.position.y += (Math.random() - 0.5) * shakeIntensity; // Optional: DOM manipulation for screen tilt/wobble (can be jarring) const tiltAngle = Math.sin(t * 2) * 5; // Tilt degrees this.renderDiv.style.transform = `rotate(${tiltAngle}deg) scale(1.02)`; // Slight zoom/tilt }, 50); // Update effects frequently // --- Display Message --- setTimeout(() => { // Create a stylized message container const crazyMessage = document.createElement('div'); crazyMessage.innerHTML = ` C r a z y ?

I was crazy once.
(Click to escape... maybe) `; // Apply styles directly for simplicity in this context crazyMessage.style.position = 'absolute'; crazyMessage.style.top = '50%'; crazyMessage.style.left = '50%'; crazyMessage.style.transform = 'translate(-50%, -50%) rotate(5deg)'; // Initial slight tilt crazyMessage.style.textAlign = 'center'; crazyMessage.style.backgroundColor = 'rgba(50, 0, 50, 0.5)'; crazyMessage.style.padding = '30px'; crazyMessage.style.border = '5px dashed yellow'; crazyMessage.style.zIndex = '100'; // Ensure it's on top crazyMessage.style.animation = 'crazyWobble 0.5s infinite ease-in-out'; // CSS animation for wobble // Inject CSS for wobble animation const styleSheet = document.createElement("style"); styleSheet.type = "text/css"; styleSheet.innerText = ` @keyframes crazyWobble { 0%, 100% { transform: translate(-50%, -50%) rotate(5deg) scale(1); } 50% { transform: translate(-50%, -50%) rotate(-5deg) scale(1.05); } } `; document.head.appendChild(styleSheet); // Add click listener to restart crazyMessage.onclick = () => window.location.reload(); this.ui.container.appendChild(crazyMessage); // Add to the main container this.crazyEndingMessageElement = crazyMessage; // Store for potential removal in dispose }, 2000); // Delay showing message } onWindowResize() { const width = this.renderDiv.clientWidth; const height = this.renderDiv.clientHeight; this.camera.aspect = width / height; this.camera.updateProjectionMatrix(); this.renderer.setSize(width, height); this.composer.setSize(width, height); // Resize composer as well } // Optional: Dispose method to clean up resources dispose() { // Example cleanup (expand as needed) window.removeEventListener('resize', this.onWindowResize.bind(this)); window.removeEventListener('mousemove', this.onMouseMove.bind(this)); window.removeEventListener('keydown', this.onKeyDown.bind(this)); // Remove key listener window.removeEventListener('click', this.interactionManager.onClick.bind(this.interactionManager)); // Assuming interaction manager setup click listener this.ui.dispose(); this.notesManager.dispose(); // Stop sounds, dispose geometries/materials if necessary if (this.ambientSound && this.ambientSound.isPlaying) { this.ambientSound.stop(); } // Potentially dispose horror event sounds etc. if (this.gameOverScreamSound?.isPlaying) this.gameOverScreamSound.stop(); if (this.gameOverFallSound?.isPlaying) this.gameOverFallSound.stop(); if (this.elevatorCrashSound?.isPlaying) this.elevatorCrashSound.stop(); // Stop crash sound on dispose too if (this.crazyEndingSound?.isPlaying) this.crazyEndingSound.stop(); // Stop crazy sound // Remove hand meshes this.handMeshes.forEach(hand => this.scene.remove(hand)); this.handMeshes = []; // Clear crazy ending interval and remove message if (this.crazyEndingInterval) { clearInterval(this.crazyEndingInterval); this.crazyEndingInterval = null; } if (this.crazyEndingMessageElement && this.crazyEndingMessageElement.parentNode) { this.crazyEndingMessageElement.parentNode.removeChild(this.crazyEndingMessageElement); } // Reset any lingering DOM style changes this.renderDiv.style.transform = 'none'; } createGameOverHands() { const handGeometry = new THREE.PlaneGeometry(0.8, 1.2); // Adjust size // Dark, semi-transparent material const handMaterial = new THREE.MeshBasicMaterial({ color: 0x000000, transparent: true, opacity: 0.65, side: THREE.DoubleSide, depthWrite: false, // Render on top // Optional: Could load a hand texture here if available // map: new THREE.TextureLoader().load('path/to/hand_texture.png') }); const numHands = 4; // Number of hands to show for (let i = 0; i < numHands; i++) { const handMesh = new THREE.Mesh(handGeometry, handMaterial.clone()); // Clone material for potential individual opacity later // Position hands near camera, coming from different angles const distance = 0.6 + Math.random() * 0.2; // Close to camera const angle = (i / numHands) * Math.PI * 2 + (Math.random() - 0.5) * 0.5; // Spread around const xOffset = Math.cos(angle) * 0.4; // Offset from center const yOffset = Math.sin(angle) * 0.3; // Initial position slightly further out const startPos = new THREE.Vector3(xOffset * 1.5, yOffset * 1.5, -distance * 1.2); startPos.applyMatrix4(this.camera.matrixWorld); // Start relative to camera's world position/orientation handMesh.position.copy(startPos); // Target position closer to camera center const endPos = new THREE.Vector3(xOffset, yOffset, -distance); endPos.applyMatrix4(this.camera.matrixWorld); // Look towards the camera's direction (or slightly off) handMesh.lookAt(this.camera.position.clone().add(new THREE.Vector3(Math.random()-0.5, Math.random()-0.5, 0).multiplyScalar(0.1))); // Look slightly off center handMesh.userData.targetPosition = endPos; // Store target for animation handMesh.userData.moveSpeed = 0.5 + Math.random() * 0.5; // Random speed this.scene.add(handMesh); this.handMeshes.push(handMesh); } } }