Deep House Vibes Tutorials

Master Deep House Vibes through these step-by-step tutorials covering gameplay strategies, level walkthroughs, and even how to build your own custom stages and WebGL games.

Tutorial 1: Mastering Stage 1 - Your First Perfect Run

Difficulty: Beginner | Time: 15 minutes | Goal: Complete Stage 1 without taking damage

Stage 1 is your introduction to Deep House Vibes, but achieving a perfect run requires understanding its patterns and timing. This walkthrough breaks down every section.

Step 1: The Opening Tunnel (Seconds 0-8)

Stage 1 begins in a pure tunnel section with minimal obstacles. This is your warm-up.

Keep your hands on A/D or arrow keys, resting position in the center
The first obstacle appears at the 3 o'clock position at second 4
Make a single tap left (A or ←) to move to 12 o'clock
Second obstacle is at 9 o'clock at second 6—tap right twice to move to 3 o'clock

Tip: Don't overcorrect. Single taps are almost always sufficient in Stage 1. Holding keys causes overshooting.

Step 2: First Boost Opportunity (Seconds 8-12)

The first boost (B) appears at second 10 in the 6 o'clock position.

From your 3 o'clock position, tap left 3 times to reach 6 o'clock
Collect the boost and feel the speed increase
Immediately after collection, position yourself at 12 o'clock for the upcoming wall

Common Mistake: New players panic during the speed boost and make rapid inputs. Stay calm—your movement sensitivity hasn't changed, you're just moving forward faster.

Step 3: The Transition Zone (Seconds 12-20)

This is where Stage 1 transitions from tunnel to floor, marked by the opening parentheses ((( in the config file.

As you enter the transition, reduce your input frequency
The tunnel will visually "unwrap" into a flat floor—this is normal
Position yourself center-left (imagine a grid: position 2 out of 5)
One obstacle appears during transition at second 16—move to position 4

Tip: The transition section is the most forgiving part of Stage 1. Use it to relax and prepare for the floor section ahead.

Step 4: Floor Section Navigation (Seconds 20-35)

The floor section uses a 5-column grid system for obstacles. This is the hardest part of Stage 1.

Second 22: Obstacles in columns 1 and 5. Stay in column 3 (center).
Second 25: Obstacles in columns 2 and 4. Move to column 1 or 5 (edges).
Second 28: Shield (S) in column 3. Return to center and collect it.
Second 31: Wall obstacle (I) with gap in column 4. Move right and pass through.

Strategy: Always move to the next safe position early. Don't wait until the last moment—floor obstacles are spaced to allow early positioning.

Step 5: Final Section and Completion (Seconds 35-45)

The final section returns to tunnel mode with a rapid obstacle sequence.

Position yourself at 12 o'clock as you re-enter the tunnel
Obstacles appear in a clockwise pattern: 3, 6, 9, 12, 3 o'clock
Move in sync with the pattern: right, right, right, right, complete
The stage ends with a clear section—celebrate your perfect run!

Practice Drills for Stage 1

Slow Motion Practice: In browser dev tools, run game.timeScale = 0.5 to practice at half speed
Section Isolation: Use the N key to skip to Stage 1, then practice just one section repeatedly
No-Boost Run: Complete Stage 1 without collecting any boosts to practice at consistent speed
Perfect Run Challenge: Achieve 5 perfect runs (no damage) in a row before moving to Stage 2

Once you can consistently complete Stage 1 without damage, you've mastered the fundamental skills needed for all subsequent stages. The patterns get more complex, but the core movement principles remain the same.

Tutorial 2: Creating Your Own Custom Levels

Difficulty: Intermediate | Time: 30 minutes | Requirements: Text editor, basic understanding of game

Deep House Vibes uses simple text files to define stages. This tutorial teaches you how to create custom levels that you can share with the community.

Understanding the Configuration Format

Every stage configuration file consists of four sections:

X 000001111110000000000000000000000000000000000
Y 000001111110000000000000000000000000000000000
Z 000000000000000000000000000000000000000000000
1 ###O###############(((((((((((==============
2 ###################((((((((((((==============
3 ###################((((((((((((==============

Line X: Horizontal curvature (left/right tunnel bending)
Line Y: Vertical curvature (up/down tunnel bending)
Line Z: Forward curvature (twisting motion)
Lines 1-8: Cross-sectional geometry at each Z-depth

Step-by-Step: Creating Your First Level

Step 1: Set Up Your File

Create a new text file named stage_custom.txt in the /stage-config directory.

X 0000000000000000000000000000000000000000000000
Y 0000000000000000000000000000000000000000000000
Z 0000000000000000000000000000000000000000000000
1
2
3
4
5
6
7
8

This is your blank canvas. All curvature is zero (straight tunnel), and no geometry is defined yet.

Step 2: Add Basic Tunnel Geometry

Let's create a simple 20-segment straight tunnel:

X 00000000000000000000
Y 00000000000000000000
Z 00000000000000000000
1 ####################
2 ####################
3 ####################
4 ####################
5 ####################
6 ####################
7 ####################
8 ####################

The # character creates tunnel wall segments. This gives you an enclosed cylindrical tunnel.

Step 3: Add Your First Obstacle

Place an obstacle at segment 10 in row 1:

1 #########O##########

The O character creates a single obstacle. In tunnel mode, each row (1-8) represents a position around the cylindrical circumference, roughly 45 degrees apart.

Step 4: Add Curvature

Make the tunnel curve by modifying the X line:

X 00000111111111000000

Values represent curve intensity: 0 = straight, 1 = maximum curve. This creates a gentle left curve that returns to straight.

Step 5: Create a Transition to Floor

Add a tunnel-to-floor transition using parentheses:

1 ##########(((((=====
2 ##########(((((=====
3 ##########(((((=====
4 ##########(((((=====
5 ##########(((((=====
6 ##########(((((=====
7 ##########(((((=====
8 ##########(((((=====

This creates: 10 tunnel segments, 5 transition segments, and 5 floor segments.

Step 6: Add Boosts and Shields

1 ##########(((((==B==
2 ##########(((((=====
3 ##########(((((=====
4 ##########(((((==S==

B = Boost powerup, S = Shield powerup. Players will seek these out.

Step 7: Test Your Level

Modify the game's stage loader to load your custom file:

// In stage-loader.ts or stage-loader.js
loadStage(1) {
  return fetch('/stage-config/stage_custom.txt');
}

Run the game and press N to skip to your custom stage. Play through and note what works and what doesn't.

Design Principles for Good Levels

Difficulty Curve: Start easy, gradually increase obstacle density
Reward Risk: Place boosts/shields in challenging positions to reward skilled play
Visual Rhythm: Alternate between dense and sparse sections for pacing
Transition Timing: Place transitions after intense sections to give players breathing room
Test Extensively: Play your level 20+ times to find and fix unfair sections

Common Design Mistakes:

Too many obstacles too early—players need time to warm up
Impossible patterns where no safe path exists
Excessive curvature making navigation disorienting
Transitions too close to obstacle clusters

Advanced Techniques

Wall Obstacles: Use I to create full barriers with strategic gaps:

1 ====I================
2 ====I================
3 ======================  ← Gap for player to pass through
4 ====I================
5 ====I================

Multi-Axis Curvature: Combine X, Y, and Z curves for complex tunnel shapes:

X 00001111100000
Y 00000000011111
Z 01010101010101

This creates a tunnel that curves left, then up, with a twisting motion throughout.

Sharing Your Levels

Once you've created an amazing level:

Upload your .txt file to a GitHub Gist or Pastebin
Share the link in the Deep House Vibes community Discord
Include a description and estimated difficulty rating
Play other community levels and provide feedback

The best community levels may be featured in future official stage packs!

Tutorial 3: Building a Simple Endless Runner with Babylon.js

Difficulty: Advanced | Time: 2 hours | Requirements: JavaScript knowledge, Node.js installed

Want to create your own WebGL game inspired by Deep House Vibes? This tutorial walks you through building a basic endless runner from scratch using Babylon.js.

Project Setup

Step 1: Initialize Your Project

mkdir my-endless-runner
cd my-endless-runner
npm init -y
npm install --save-dev vite
npm install @babylonjs/core

Step 2: Create Basic HTML Structure

Create index.html:

<!DOCTYPE html>
<html>
<head>
  <title>My Endless Runner</title>
  <style>
    body { margin: 0; overflow: hidden; }
    #gameCanvas { width: 100%; height: 100vh; }
  </style>
</head>
<body>
  <canvas id="gameCanvas"></canvas>
  <script type="module" src="/src/main.js"></script>
</body>
</html>

Step 3: Initialize Babylon.js Engine

Create src/main.js:

import * as BABYLON from '@babylonjs/core';

const canvas = document.getElementById('gameCanvas');
const engine = new BABYLON.Engine(canvas, true);

const createScene = () => {
  const scene = new BABYLON.Scene(engine);

  // Camera
  const camera = new BABYLON.FreeCamera(
    'camera',
    new BABYLON.Vector3(0, 1, -5),
    scene
  );
  camera.setTarget(new BABYLON.Vector3(0, 1, 0));

  // Light
  const light = new BABYLON.HemisphericLight(
    'light',
    new BABYLON.Vector3(0, 1, 0),
    scene
  );

  // Ground
  const ground = BABYLON.MeshBuilder.CreateGround(
    'ground',
    { width: 10, height: 100 },
    scene
  );

  return scene;
};

const scene = createScene();

engine.runRenderLoop(() => {
  scene.render();
});

window.addEventListener('resize', () => {
  engine.resize();
});

Step 4: Add Player Movement

// Add to createScene function
const player = BABYLON.MeshBuilder.CreateBox(
  'player',
  { size: 1 },
  scene
);
player.position.y = 0.5;
player.position.z = -2;

let playerX = 0;
const moveSpeed = 0.1;

scene.onBeforeRenderObservable.add(() => {
  // Forward movement
  ground.position.z -= 0.1;

  // Reset ground when it passes camera
  if (ground.position.z < -50) {
    ground.position.z = 0;
  }

  // Player input
  if (scene.actionManager) {
    const keyboard = scene.actionManager.inputManager.keyboard;
    if (keyboard.left && playerX > -4) {
      playerX -= moveSpeed;
    }
    if (keyboard.right && playerX < 4) {
      playerX += moveSpeed;
    }
  }

  player.position.x = playerX;
});

// Enable keyboard
scene.actionManager = new BABYLON.ActionManager(scene);

Step 5: Add Obstacles

const obstacles = [];
let obstacleSpawnTimer = 0;

const spawnObstacle = () => {
  const obstacle = BABYLON.MeshBuilder.CreateBox(
    'obstacle',
    { size: 1 },
    scene
  );
  obstacle.position.y = 0.5;
  obstacle.position.z = 50;
  obstacle.position.x = Math.random() * 8 - 4; // Random X position

  obstacles.push(obstacle);
};

// Add to scene.onBeforeRenderObservable
obstacleSpawnTimer++;
if (obstacleSpawnTimer > 60) { // Spawn every 60 frames
  spawnObstacle();
  obstacleSpawnTimer = 0;
}

// Move and recycle obstacles
obstacles.forEach((obstacle, index) => {
  obstacle.position.z -= 0.1;

  if (obstacle.position.z < -10) {
    obstacle.dispose();
    obstacles.splice(index, 1);
  }

  // Simple collision detection
  if (obstacle.position.distanceTo(player.position) < 1) {
    console.log('Collision! Game Over');
    // Implement game over logic here
  }
});

Step 6: Add Materials and Polish

// Neon material for player
const playerMat = new BABYLON.StandardMaterial('playerMat', scene);
playerMat.emissiveColor = new BABYLON.Color3(0, 1, 1); // Cyan
player.material = playerMat;

// Red material for obstacles
const obstacleMat = new BABYLON.StandardMaterial('obstacleMat', scene);
obstacleMat.emissiveColor = new BABYLON.Color3(1, 0, 1); // Magenta

// Apply to new obstacles
const spawnObstacle = () => {
  const obstacle = BABYLON.MeshBuilder.CreateBox('obstacle', { size: 1 }, scene);
  obstacle.material = obstacleMat;
  // ... rest of spawn logic
};

Running Your Game

Add to package.json:

"scripts": {
  "dev": "vite",
  "build": "vite build"
}

Then run:

npm run dev

Open your browser to the provided localhost URL and you'll have a basic endless runner!

Next Steps for Enhancement

Add scoring system tracking distance traveled
Implement difficulty progression (faster speed over time)
Add particle effects for collisions and powerups
Create different obstacle types and patterns
Add sound effects and background music
Implement object pooling for better performance
Add a menu system and restart functionality

Learning Resources:

Babylon.js Documentation: https://doc.babylonjs.com/
Babylon.js Playground: https://playground.babylonjs.com/
WebGL Fundamentals: https://webglfundamentals.org/

This basic framework gives you everything you need to start building your own WebGL game. Study Deep House Vibes' source code for more advanced techniques like procedural generation, object pooling, and complex collision systems.

Tutorial 4: Optimizing Your Browser for Maximum Game Performance

Difficulty: Beginner | Time: 20 minutes | Applies to: All WebGL games

Get the best possible performance from Deep House Vibes and other browser-based games with these optimization techniques.

Chrome/Edge Optimization

Step 1: Enable Hardware Acceleration

Open Chrome and go to chrome://settings
Search for "hardware acceleration"
Enable "Use hardware acceleration when available"
Restart browser

This ensures your GPU handles rendering instead of CPU, often doubling framerate.

Step 2: Disable Unnecessary Extensions

Go to chrome://extensions and disable:

Ad blockers (they can interfere with game scripts)
Privacy extensions that block trackers
Any extension you don't actively use

Each extension consumes memory and CPU cycles. For gaming sessions, disable everything non-essential.

Step 3: Manage Tabs

Close all other tabs before playing. Each tab consumes RAM. If you must keep tabs open:

Install "The Great Suspender" extension
Configure it to auto-suspend tabs after 5 minutes of inactivity
Manually suspend heavy tabs before gaming

Firefox Optimization

Step 1: Enable WebRender

Type about:config in address bar
Search for gfx.webrender.all
Set to true
Restart Firefox

WebRender is Firefox's modern GPU-accelerated rendering engine, significantly improving WebGL performance.

Step 2: Adjust Cache Settings

In about:config, find browser.cache.disk.capacity
Set to 512000 (512 MB)
Find browser.cache.memory.capacity
Set to 256000 (256 MB)

Larger caches mean faster asset loading for web games.

System-Level Optimizations

Windows Settings

Power Plan: Set to "High Performance" in Control Panel → Power Options
Game Mode: Enable in Settings → Gaming → Game Mode
Background Apps: Disable in Settings → Privacy → Background apps
Visual Effects: Disable transparency and animations in Settings → Ease of Access → Display

macOS Settings

Energy Saver: Set to "Never" sleep in System Preferences → Energy Saver
Reduce Transparency: Enable in System Preferences → Accessibility → Display
Close Background Apps: Quit Spotlight, iCloud sync, and other system services

Monitor and Verify Performance

Check Your FPS

In Deep House Vibes, open browser dev tools (F12) and run:

setInterval(() => {
  console.log(`FPS: ${engine.getFps().toFixed(0)}`);
}, 1000);

Target: 60+ FPS consistently. 120 FPS is ideal for high-refresh-rate monitors.

Monitor GPU Usage

Windows: Open Task Manager → Performance → GPU
macOS: Open Activity Monitor → Window → GPU History

GPU usage should be 40-80% during gameplay. Lower means CPU bottleneck; higher might indicate driver issues.

Troubleshooting Common Issues

Issue: Stuttering every few seconds

Cause: Garbage collection pauses
Solution: Close all tabs, restart browser, disable extensions

Issue: Low FPS despite good hardware

Cause: Browser using integrated GPU instead of dedicated GPU
Solution: In Windows, Settings → System → Display → Graphics Settings, set browser to "High Performance"

Issue: Input lag

Cause: VSync or mouse acceleration
Solution: Disable VSync in GPU control panel, disable enhanced pointer precision in Windows

Before/After Testing: Play a full Stage 1 run before optimizations and note your average FPS. Then apply these optimizations and test again. Most players see 30-50% FPS improvement with proper configuration.