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Vulkan Game Engine Tutorial

Opening a window - Vulkan Game Engine Tutorial 01

Graphics Pipeline Overview - Vulkan Game Engine Tutorial 02

Device Setup & Pipeline cont. - Vulkan Game Engine Tutorial 03

Fixed Function Pipeline Stages - Vulkan Game Engine Tutorial 04

Swap Chain Overview - Vulkan Game Engine Tutorial 05 part 1

Command Buffers Overview - Vulkan Game Engine Tutorial 05 part 2

Vertex Buffers - Vulkan Game Engine Tutorial 06

Fragment Interpolation - Vulkan Game Engine Tutorial 07

Swap Chain Recreation & Dynamic Viewports - Vulkan Game Engine Tutorial 08

Push Constants - Vulkan Game Engine Tutorial 09

2D Transformations - Vulkan Game Engine Tutorial 10

Renderer & Systems - Vulkan Game Engine Tutorial 11

Euler Angles & Homogeneous Coordinates - Vulkan Game Engine Tutorial 12

The Math behind (most) 3D games - Perspective Projection

Projection Matrices - Vulkan Game Engine Tutorial 13

Camera (View) Transform - Vulkan Game Engine Tutorial 14

Game loops & User input - Vulkan Game Engine Tutorial 15

Index and Staging Buffers - Vulkan Game Engine Tutorial 16

Loading 3D Models - Vulkan Game Engine Tutorial 17

Diffuse Shading - Vulkan Game Engine Tutorial 18

Uniform Buffers - Vulkan Game Engine Tutorial 19

NonCoherentAtomSize Bug Fix (Tutorial 19)

Descriptor Sets - Vulkan Game Engine Tutorial 20

Intro to Point Lights - Vulkan Game Engine Tutorial 21

Vertex vs Fragment Lighting - Vulkan Game Engine Tutorial 22

Project restructure and cmake - Vulkan Game Engine Tutorial 23

Billboards - Vulkan Game Engine Tutorial 24

Multiple Lights - Vulkan Game Engine Tutorial 25

Specular Lighting - Vulkan Game Engine Tutorial 26

Alpha Blending and Transparency - Vulkan Game Engine Tutorial 27

Description:

Dive into an extensive 8-hour tutorial series on building a Vulkan-based game engine using C++. Learn to create a window, set up a graphics pipeline, handle device setup, implement fixed function pipeline stages, and work with swap chains. Master command buffers, vertex buffers, and fragment interpolation techniques. Explore 2D and 3D transformations, including Euler angles and homogeneous coordinates. Implement a renderer system, camera controls, and user input handling. Delve into advanced topics such as index and staging buffers, 3D model loading, diffuse shading, uniform buffers, and descriptor sets. Discover lighting techniques, including point lights and specular lighting. Conclude with alpha blending and transparency implementation, providing a comprehensive foundation for Vulkan game engine development.

Vulkan - C++ Game Engine Tutorials

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#Programming #Game Development #Vulkan