Modern OpenGL C++ 3D Game Tutorial Series & 3D Rendering

Modern OpenGL C++ 3D Game Tutorial Series & 3D Rendering, available at $54.99, has an average rating of 3.75, with 73 lectures, based on 437 reviews, and has 36017 subscribers.

You will learn about Program in Modern OpenGL Understand gaming constructs/concepts Ability to create a game engine Ability to create a game This course is ideal for individuals who are This OpenGL course if for anyone looking to learn the inner workings of games and game engines. or Anyone looking to move from Immediate Mode to Modern OpenGL It is particularly useful for This OpenGL course if for anyone looking to learn the inner workings of games and game engines. or Anyone looking to move from Immediate Mode to Modern OpenGL.

Enroll now: Modern OpenGL C++ 3D Game Tutorial Series & 3D Rendering

Summary

Title: Modern OpenGL C++ 3D Game Tutorial Series & 3D Rendering

Price: $54.99

Average Rating: 3.75

Number of Lectures: 73

Number of Published Lectures: 73

Number of Curriculum Items: 73

Number of Published Curriculum Objects: 73

Original Price: $199.99

Quality Status: approved

Status: Live

What You Will Learn

Program in Modern OpenGL
Understand gaming constructs/concepts
Ability to create a game engine
Ability to create a game

Who Should Attend

This OpenGL course if for anyone looking to learn the inner workings of games and game engines.
Anyone looking to move from Immediate Mode to Modern OpenGL

Target Audiences

This OpenGL course if for anyone looking to learn the inner workings of games and game engines.
Anyone looking to move from Immediate Mode to Modern OpenGL

Learn about the fundamentals that make the awesome games we play and the game engines behind them. A step by step process is used to show everything from setting up to essential Modern OpenGL features.

Gain a good understanding of the following concepts:

Setting Up on Windows and Mac using GLFW, SDL and SFML
2D Drawing
3D Drawing
Texturing
Lighting
3D Rendering
Shaders/GLSL
Model Loading
Cube Mapping
C++ Programming
C++ Game Development

OpenGL is the most popular graphics library in the world, most mobile games use OpenGL and many other applications as well.

You will be provided with the full source code to aid in development during and after this course. The source code is free to use in as many projects as you wish.

Over 205,000 students have enrolled on my courses and all of them are extremely satisfied. You will also be satisfied with this course. If you do not like the course, remember that within 30 days you can request a full refund. I guarantee you satisfaction.

If you have any questions�regarding the topics covered in this course, please feel free to ask. I’m always happy to help those who want to learn.

To summarise this is what you get:

• Lifetime access to HD quality videos. No monthly subscription. Learn at your own pace, whenever you want.

• All videos are downloadable. Learn wherever you want, even without an internet connection!

• Downloadable starter code and final code for each section.

• Free helpful support in the course Q&A when you have questions or get stuck.

• Multiple coding challenges to practice your new skills (solutions included).

Sounds great? Then start this adventure today by clicking the “Take this course” button, and join me in the only course that you will need!

“Based on LearnOpenGL” by Joey de Vries as licensed under CC BY 4.0

Course Curriculum

Lecture 1: Introduction

Chapter 1: SETUP

Lecture 1: READ ME BEFORE SETTING UP

Lecture 2: GLFW & GLEW Windows (Absolute Linking) Setup

Lecture 3: GLFW & GLEW Windows (Relative Linking) Setup

Lecture 4: GLFW & GLEW Mac Setup

Lecture 5: SDL & GLEW Windows (Absolute Linking) Setup

Lecture 6: SDL & GLEW Windows (Relative Linking) Setup

Lecture 7: SDL & GLEW Mac Setup

Lecture 8: SFML & GLEW Windows (Absolute Linking) Setup

Lecture 9: SFML & GLEW Windows (Relative Linking) Setup

Lecture 10: SFML & GLEW Mac Setup

Lecture 11: GLM Windows Setup

Lecture 12: SOIL Windows Setup

Chapter 2: GETTING STARTED

Lecture 1: Drawing A Triangle

Lecture 2: Shader Files

Lecture 3: Textures

Lecture 4: Transformations

Lecture 5: Projections and Coordinate Systems

Lecture 6: Camera

Chapter 3: LIGHTING

Lecture 1: Colours

Lecture 2: Basic Lighting

Lecture 3: Materials

Lecture 4: Lighting Maps

Lecture 5: Directional Lights

Lecture 6: Point Lights

Lecture 7: Spot Light

Lecture 8: Combining Directional, Point and Spot Lights

Chapter 4: MODEL LOADING

Lecture 1: Assimp Windows Setup

Lecture 2: Assimp Mac Setup and Mesh Class

Lecture 3: Assimp Model Class & Loading A Model

Chapter 5: ADVANCED

Lecture 1: Cubemapping/Skybox

Chapter 6: Extra OpenGL Resource Links

Lecture 1: OpenGL Homepage

Lecture 2: Learn OpenGL by Joey de Vries

Lecture 3: Open.gl

Lecture 4: NVIDIA OpenGL Developer Portal

Lecture 5: OpenGL-Tutorials

Lecture 6: The Legend That Is NeHe Productions

Lecture 7: OGL dev

Lecture 8: Fallout Software Game Development Tutorials

Lecture 9: Anton's OpenGL Tutorials

Lecture 10: Lazy Foo Tutorials

Chapter 7: Porting To Mobile Platforms With OpenGL ES

Lecture 1: Khronos OpenGL ES

Lecture 2: Android OpenGL ES Developer Portal

Lecture 3: Apple OpenGL ES Developer Portal

Lecture 4: Learn OpenGL ES

Lecture 5: OpenGL® ES 3.0 Programming Guide – Book Website

Lecture 6: iOS OpenGL Guide

Chapter 8: Porting OpenGL To The Web Using WebGL

Lecture 1: Getting Started With WebGL

Lecture 2: Mozilla Developer Network – WebGL

Lecture 3: Chrome WebGL Experiments

Lecture 4: Learning WebGL

Lecture 5: WebGL Samples

Lecture 6: WebGL Fundamentals

Lecture 7: WebGL HTML5 Rocks

Lecture 8: WebGL Game Development Tutorials

Lecture 9: WebGL Academy

Lecture 10: WebGL Tutorials Point

Lecture 11: WebGL Essentials

Chapter 9: Beyond OpenGL, Enter Vulkan

Lecture 1: Khronos Vulkan

Lecture 2: NVIDIA Vulkan Developer Portal

Lecture 3: Vulkan Tutorials

Lecture 4: Overview Of The Vulkan API

Lecture 5: Uncovering The Secrets of Vulkan by Intel

Lecture 6: Vulkan Quick & Easy

Chapter 10: OpenGL GUI Resources

Lecture 1: MyGUI

Lecture 2: Khronos List

Lecture 3: GLUI

Lecture 4: GLOW

Lecture 5: NanoGUI

Chapter 11: OpenGL Debugging

Lecture 1: Khronos Debugging List

Lecture 2: gDEBugger

Lecture 3: Learn OpenGL Debugging

Chapter 12: Bonus Lecture: Discounted Course

Lecture 1: Bonus Lecture: Discounted Course

Instructors

Frahaan Hussain
CEO and Lead Developer at Sonar Systems

Rating Distribution

1 stars: 26 votes
2 stars: 17 votes
3 stars: 70 votes
4 stars: 158 votes
5 stars: 166 votes

Frequently Asked Questions

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