Media Summary: In this video, I do a quick and rough overview of the computecullandlod.cpp algorithm. Learn computer graphics! Install In this video, I talk about the difference between vertex, index (indices) and instance buffer. I also discuss changing the rate at ... In this video, I discuss the level of detail index buffer and also the need for firstIndex and indexCount variable. Separately ...

Vulkan Api Indirect Rendering Frustrum - Detailed Analysis & Overview

In this video, I do a quick and rough overview of the computecullandlod.cpp algorithm. Learn computer graphics! Install In this video, I talk about the difference between vertex, index (indices) and instance buffer. I also discuss changing the rate at ... In this video, I discuss the level of detail index buffer and also the need for firstIndex and indexCount variable. Separately ... Talkin' binding descriptions and attribute descriptions. How to help In this video, I discuss scale and also the multi-draw In this video, I go into more detail about the GPU-side indirectCommandBuffers structure that is used to perform the

In this video, I focus on the equation used to test whether an object is within the camera view space/line of sight ( In this video, I dive deeper into vkCmdDrawIndexedIndirect especially the parameters. I also briefly discuss the difference with ... In this video, I focus on the Level of Detail for each object

Photo Gallery

Vulkan API | Indirect Rendering + Frustrum Culling + LOD PART 1 | overview
Vulkan API | Indirect Rendering + Frustrum Culling + LOD PART 8 | vertex vs. index vs. instance data
Vulkan API | Indirect Rendering + Frustrum Culling + LOD PART 5 | frustum planes | Cuda Education
Vulkan API | Indirect Rendering + Frustrum Culling + LOD PART 4 | level of detail index buffer
Indirect Rendering // Vulkan For Beginners #27
Vulkan API | Indirect Rendering + Frustrum Culling + LOD PART 12 | Pipeline Vertex Input State
Vulkan API | Indirect Rendering + Frustrum Culling + LOD PART 6 | multi-draw indirect + scale
Vulkan API | Indirect Rendering + Frustrum Culling + LOD PART 11 | GPU-side indirectCommandBuffers
Vulkan API | Indirect Rendering + Frustrum Culling + LOD PART 2 | cull equation test
Vulkan API | Indirect Rendering + Frustrum Culling + LOD PART 10 | see the indirect commands buffer
Vulkan API | Indirect Rendering + Frustrum Culling + LOD PART 7 | profiling multi-draw indirect
Vulkan API | Indirect Rendering + Frustrum Culling + LOD PART 9 | More on vkCmdDrawIndexedIndirect
View Detailed Profile
Vulkan API | Indirect Rendering + Frustrum Culling + LOD PART 1 | overview

Vulkan API | Indirect Rendering + Frustrum Culling + LOD PART 1 | overview

In this video, I do a quick and rough overview of the computecullandlod.cpp algorithm. Learn computer graphics! Install

Vulkan API | Indirect Rendering + Frustrum Culling + LOD PART 8 | vertex vs. index vs. instance data

Vulkan API | Indirect Rendering + Frustrum Culling + LOD PART 8 | vertex vs. index vs. instance data

In this video, I talk about the difference between vertex, index (indices) and instance buffer. I also discuss changing the rate at ...

Vulkan API | Indirect Rendering + Frustrum Culling + LOD PART 5 | frustum planes | Cuda Education

Vulkan API | Indirect Rendering + Frustrum Culling + LOD PART 5 | frustum planes | Cuda Education

In this video, I discuss the 6

Vulkan API | Indirect Rendering + Frustrum Culling + LOD PART 4 | level of detail index buffer

Vulkan API | Indirect Rendering + Frustrum Culling + LOD PART 4 | level of detail index buffer

In this video, I discuss the level of detail index buffer and also the need for firstIndex and indexCount variable. Separately ...

Indirect Rendering // Vulkan For Beginners #27

Indirect Rendering // Vulkan For Beginners #27

In this video we learn how to implement

Vulkan API | Indirect Rendering + Frustrum Culling + LOD PART 12 | Pipeline Vertex Input State

Vulkan API | Indirect Rendering + Frustrum Culling + LOD PART 12 | Pipeline Vertex Input State

Talkin' binding descriptions and attribute descriptions. How to help

Vulkan API | Indirect Rendering + Frustrum Culling + LOD PART 6 | multi-draw indirect + scale

Vulkan API | Indirect Rendering + Frustrum Culling + LOD PART 6 | multi-draw indirect + scale

In this video, I discuss scale and also the multi-draw

Vulkan API | Indirect Rendering + Frustrum Culling + LOD PART 11 | GPU-side indirectCommandBuffers

Vulkan API | Indirect Rendering + Frustrum Culling + LOD PART 11 | GPU-side indirectCommandBuffers

In this video, I go into more detail about the GPU-side indirectCommandBuffers structure that is used to perform the

Vulkan API | Indirect Rendering + Frustrum Culling + LOD PART 2 | cull equation test

Vulkan API | Indirect Rendering + Frustrum Culling + LOD PART 2 | cull equation test

In this video, I focus on the equation used to test whether an object is within the camera view space/line of sight (

Vulkan API | Indirect Rendering + Frustrum Culling + LOD PART 10 | see the indirect commands buffer

Vulkan API | Indirect Rendering + Frustrum Culling + LOD PART 10 | see the indirect commands buffer

In this video, look at the

Vulkan API | Indirect Rendering + Frustrum Culling + LOD PART 7 | profiling multi-draw indirect

Vulkan API | Indirect Rendering + Frustrum Culling + LOD PART 7 | profiling multi-draw indirect

In this video, I profile the multi-draw

Vulkan API | Indirect Rendering + Frustrum Culling + LOD PART 9 | More on vkCmdDrawIndexedIndirect

Vulkan API | Indirect Rendering + Frustrum Culling + LOD PART 9 | More on vkCmdDrawIndexedIndirect

In this video, I dive deeper into vkCmdDrawIndexedIndirect especially the parameters. I also briefly discuss the difference with ...

Vulkan API | Indirect Rendering + Frustrum Culling + LOD PART 3 | level of detail & distance test

Vulkan API | Indirect Rendering + Frustrum Culling + LOD PART 3 | level of detail & distance test

In this video, I focus on the Level of Detail for each object