Oculus Quest- Create VR games using html and javascript

Oculus Quest: Create VR games using html and javascript, available at $74.99, has an average rating of 4, with 39 lectures, based on 24 reviews, and has 2317 subscribers.

You will learn about using html and javascript to build VR games using the A-Frame library using Oculus Quest touch controllers in your game navigation using Oculus touch controllers in your games locomotion using the thumbsticks forward and backward movements and snap turns rapid terrain environment generation adding physics to your game adding sound effects and background music reusable game mechanics controller interactions raycasting and object selection distance grabbing of objects in the VR world instant publishing to the web using glitch testing and debugging using your Oculus Quest headset collision and intersection detection automatic object creation and removal adding cameras to the scene trigger button applications adding animations game project – beat saber clone adding haptic feedback creating 3D models using a-frame and more This course is ideal for individuals who are Web developers who want to leverage their existing skill to create VR games and experiences or Students who want to get started in HTML and Javascript by building VR apps or Anyone interested to learn how to create VR games using html and javascript It is particularly useful for Web developers who want to leverage their existing skill to create VR games and experiences or Students who want to get started in HTML and Javascript by building VR apps or Anyone interested to learn how to create VR games using html and javascript.

Enroll now: Oculus Quest: Create VR games using html and javascript

Summary

Title: Oculus Quest: Create VR games using html and javascript

Price: $74.99

Average Rating: 4

Number of Lectures: 39

Number of Published Lectures: 39

Number of Curriculum Items: 39

Number of Published Curriculum Objects: 39

Original Price: $59.99

Quality Status: approved

Status: Live

What You Will Learn

using html and javascript to build VR games

using the A-Frame library

using Oculus Quest touch controllers in your game

navigation using Oculus touch controllers in your games

locomotion using the thumbsticks

forward and backward movements and snap turns

rapid terrain environment generation

adding physics to your game

adding sound effects and background music

reusable game mechanics

controller interactions

raycasting and object selection

distance grabbing of objects in the VR world

instant publishing to the web using glitch

testing and debugging using your Oculus Quest headset

collision and intersection detection

automatic object creation and removal

adding cameras to the scene

trigger button applications

adding animations

game project – beat saber clone

adding haptic feedback

creating 3D models using a-frame

and more

Who Should Attend

Web developers who want to leverage their existing skill to create VR games and experiences

Students who want to get started in HTML and Javascript by building VR apps

Anyone interested to learn how to create VR games using html and javascript

Target Audiences

Web developers who want to leverage their existing skill to create VR games and experiences

Students who want to get started in HTML and Javascript by building VR apps

Anyone interested to learn how to create VR games using html and javascript

Interest in the metaverse and rapid adoption of Oculus Quest headsets has spawned a lot of interest in VR applications and games. If you are looking for a quick and easy way to build VR games and experiences, then this course is for you. In this course we will use just html and javascript to create immersive VR games and experiences. There exists a VR javascript library called A-Frame which is specially created for making VR applications.  lt is fast and easy to use. You can create an immersive VR scene in just 10 lines of code. Building VR apps using A-Frame is just like adding lego blocks components together to create an experience.  And it is totally free. If you already know html, then this will be right at home with you. You an create a VR experience for A-Frame simply by using html tags.

In this course, I will only be using free tools:

1. chrome browser

2. glitch website

3. free assets

The glitch website allows you to build and publish on the web in one go. No vetting or approval needed. Just upload and share your links with anyone you like. Using the Oculus Quest’s browser, just visit your website and select VR mode and you will enter the immersive experience instantly. No need to build any apk files to sideload to your Oculus headset, nor do you need to use any link cable to connect to your PC. This is possible because most web browsers, eg, Chrome and Firefox are already VR capable (WebVR). The immersive VR experience is no different from a native VR appcreated by Unity and Unreal.

8 Special Features of this course:

1. Created with beginners in mind

2. Build experiences in small bite-sized chunks, then gradually add more components

3. Minimalist, i.e. simplicity in coding and design

4. Free tools and assets – nothing to install

5. Apps are instantly deployed on the web – not controlled by vendor specific app stores.

6. No need to install  or sideload  the games you created onto your Oculus headset

7. Just visit your published website (game) using the Oculus Browser and enter VR mode.

8. Each section teaches a specific game mechanic. Combine them in different ways to create your unique game.

Suitable for:

1. Web developers who want to leverage their existing skill to create VR games and experiences

2. Students who want to get started in HTML and Javascript by building VR apps

3. Anyone interested to learn how to create VR games using html and javascript

4. Those who have tried Unity or Unreal, and want something simpler and faster to develop

5. Schools and academia looking to introduce VR concepts into the curriculum

Course Curriculum

Chapter 1: Introduction

Lecture 1: Introduction

Chapter 2: Setting up your development environment

Lecture 1: Creating a glitch account for games development

Lecture 2: Accessing your games from the oculus headset

Lecture 3: Using a local webserver with xampp

Chapter 3: Creating a VR World

Lecture 1: What are entities

Lecture 2: Adding a camera to the scene

Lecture 3: Adding Oculus Touch Controllers to the scene

Chapter 4: Adding locomotion

Lecture 1: How to create components using javascript

Lecture 2: Adding atext for debugging and hud

Lecture 3: Detecting thumbstick movements

Lecture 4: Snap-turns and forwards-backwards movements

Chapter 5: Physics and interactions

Lecture 1: Adding physics

Lecture 2: Adding raycasters

Lecture 3: Detecting the grip button presses

Lecture 4: Distance grabbing

Chapter 6: Collision detection and entity removal

Lecture 1: Introduction to collision detection and entity removal

Lecture 2: Example of collision detection and entity removal

Chapter 7: Trigger button detection and its applications

Lecture 1: Detecting trigger button presses

Lecture 2: Object removal with trigger press and raycasting

Chapter 8: Playing sounds

Lecture 1: Adding sound effects

Lecture 2: Adding background music

Chapter 9: Animations

Lecture 1: Position animations

Lecture 2: Auto-generating objects

Chapter 10: A game project

Lecture 1: Introduction to the game project

Lecture 2: Example of a game project: music fencing (inspired by beat saber)

Chapter 11: Haptic feedback

Lecture 1: Introduction to haptic feedback

Lecture 2: An example of adding haptic feedback to a game

Chapter 12: How to move physics bodies using animation

Lecture 1: Why use animation on physics bodies

Lecture 2: An example of using animation on physics bodies

Chapter 13: Creating 3D models using A-Frame

Lecture 1: Introduction to creating 3D models using A-Frame

Lecture 2: A-Frame geometries and color coding

Lecture 3: Visual inspector and creating 3D models

Lecture 4: Importing your 3D glb models in your games

Chapter 14: Shooting projectiles (bullets) and gaze-interactions

Lecture 1: Introduction to shooting projectiles and gaze-interactions

Lecture 2: PC game gaze-based shooter

Lecture 3: Oculus quest gaze-based controller-shooter

Lecture 4: Oculus quest raycast-aim and trigger-shooter game

Chapter 15: Resources for further study

Lecture 1: Resources for further study

Lecture 2: Bonus Lecture

Instructors

Paul Chin
College lecturer

Rating Distribution

1 stars: 1 votes

2 stars: 1 votes

3 stars: 3 votes

4 stars: 4 votes

5 stars: 15 votes

Frequently Asked Questions

How long do I have access to the course materials?

You can view and review the lecture materials indefinitely, like an on-demand channel.

Can I take my courses with me wherever I go?

Definitely! If you have an internet connection, courses on Udemy are available on any device at any time. If you don’t have an internet connection, some instructors also let their students download course lectures. That’s up to the instructor though, so make sure you get on their good side!