Creating a Virtual Reality Web App with Blender and Three.js

Creating a Virtual Reality Web App with Blender and Three.js, available at $39.99, has an average rating of 4, with 52 lectures, based on 9 reviews, and has 62 subscribers.

You will learn about Create a Virtual Reality Web App to use with your smartphone Create a 3D Scenario with Blender Create a webpack project with VSCode Load a 3D Model in a VR Environment Add Physics to concave models Read joystick inputs with javascript Display 3D Text Panels in a VR Environment Work with Threejs, enable3D and aframe This course is ideal for individuals who are Web developers that want to create a VR App or Designers that want to implement their 3d designs in a web page It is particularly useful for Web developers that want to create a VR App or Designers that want to implement their 3d designs in a web page.

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Summary

Title: Creating a Virtual Reality Web App with Blender and Three.js

Price: $39.99

Average Rating: 4

Number of Lectures: 52

Number of Published Lectures: 52

Number of Curriculum Items: 52

Number of Published Curriculum Objects: 52

Original Price: $34.99

Quality Status: approved

Status: Live

What You Will Learn

Create a Virtual Reality Web App to use with your smartphone

Create a 3D Scenario with Blender

Create a webpack project with VSCode

Load a 3D Model in a VR Environment

Add Physics to concave models

Read joystick inputs with javascript

Display 3D Text Panels in a VR Environment

Work with Threejs, enable3D and aframe

Who Should Attend

Web developers that want to create a VR App

Designers that want to implement their 3d designs in a web page

Target Audiences

Web developers that want to create a VR App

Designers that want to implement their 3d designs in a web page

Hello and welcome.

If you are a web developer or designer interested in creating a web page that has the ability to use your smartphone for a virtual reality environment, this course is for you.

This course is focused on using Blender, Javascript and Three.js to create an virtual reality application.

We are also going to use javascript libraries like aframe to easily configure the vr environment and enable 3d to configure the physics of the scene.

We will create step by step the 3D models, the configuration of our development environment, the code to create the application and the deployment in a local server.

In this course you will learn:

Create a Virtual Reality Web App to use with your smartphone

Create a 3D Scenario with Blender

Create a webpack project with VSCode

Load a 3D Model in a VR Environment

Add Physics to concave models

Read joystick inputs with javascript

Display 3D Text Panels in a VR Environment

Work with Threejs, enable3D and aframe

You may find this course attractive because it can serve as the basis for creating a prototype virtual reality app that you can customize.

In addition, you will have access to the content created during the course.

I hope you find the content useful and that you can apply it to your personal projects.

Have fun and happy learning.

Course Curriculum

Chapter 1: Introduction

Lecture 1: Introduction

Chapter 2: House

Lecture 1: Blender instructions. pt1

Lecture 2: Creating the base

Lecture 3: Creating the entrances and windows. Pt 1

Lecture 4: Creating the entrances and windows. Pt 2

Lecture 5: Creating the roof and floor. Pt 1

Lecture 6: Creating the roof and floor. Pt 2

Lecture 7: Creating the roof and floor. Pt 3

Lecture 8: Working with the walls

Lecture 9: Blender instructions. pt2

Lecture 10: Working with textures. Pt 1

Lecture 11: Working with textures. Pt 2

Lecture 12: Working with textures. Pt 3

Lecture 13: Working with textures. Pt 4

Lecture 14: Fixing the figure

Chapter 3: Scene

Lecture 1: Creating the scene

Lecture 2: Append the house

Lecture 3: Exporting

Chapter 4: VSCode configuration

Lecture 1: Javascript instructions

Lecture 2: Configuring webpack

Lecture 3: Importing libraries

Chapter 5: Writing the code

Lecture 1: index.html and aframe elements

Lecture 2: Base variables

Lecture 3: scene_update component

Lecture 4: ammo.js files

Lecture 5: MainScene function

Lecture 6: loadGLBWithData function

Lecture 7: scene_custom_update function

Lecture 8: movement function

Lecture 9: desktop_rotation function

Lecture 10: panoramic image instructions

Lecture 11: texture

Chapter 6: Building

Lecture 1: certificate

Lecture 2: webpack.config.js

Lecture 3: npm run build

Lecture 4: local server

Chapter 7: Testing the code

Lecture 1: Result

Chapter 8: Interactive object

Lecture 1: Creating the base

Lecture 2: Working with textures

Lecture 3: Custom property

Lecture 4: Fixing the figure

Chapter 9: Reworking the scene

Lecture 1: Append the frame

Lecture 2: Exporting

Chapter 10: Coding the interaction

Lecture 1: Proxy

Lecture 2: Raycaster

Lecture 3: Text panel

Lecture 4: action_button

Lecture 5: Remove debugger

Chapter 11: Testing the interaction

Lecture 1: Result

Chapter 12: Live demo

Lecture 1: PC and joystick

Lecture 2: VR Headset and joystick

Chapter 13: End

Lecture 1: final message

Instructors

Oscar Villarreal
Software developer

Rating Distribution

1 stars: 0 votes

2 stars: 3 votes

3 stars: 0 votes

4 stars: 1 votes

5 stars: 5 votes

Frequently Asked Questions

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