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Direct3D Rendering Cookbook

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Direct3D Rendering Cookbook

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Direct3D Rendering Cookbook
Jan, 2014 | 430 pages
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Table of Contents (19 chapters)
Direct3D Rendering Cookbook
Direct3D Rendering Cookbook
Credits
Credits
About the Author
About the Author
About the Reviewers
About the Reviewers
www.PacktPub.com
www.PacktPub.com
Preface
Preface
Free Chapter
1
Getting Started with Direct3D
Getting Started with Direct3D
Introduction
Introducing Direct3D 11.1 and 11.2
Building a Direct3D 11 application with C# and SharpDX
Initializing a Direct3D 11.1/11.2 device and swap chain
Debugging your Direct3D application
2
Rendering with Direct3D
Rendering with Direct3D
Introduction
Using the sample rendering framework
Creating device-dependent resources
Creating size-dependent resources
Creating a Direct3D renderer class
Rendering primitives
Applying multisample anti-aliasing
Implementing texture sampling
3
Rendering Meshes
Rendering Meshes
Introduction
Rendering a cube and sphere
Preparing the vertex and constant buffers for materials and lighting
Adding material and lighting
Using a right-handed coordinate system
Loading a static mesh from a file
4
Animating Meshes with Vertex Skinning
Animating Meshes with Vertex Skinning
Introduction
Preparing the vertex shader and buffers for vertex skinning
Loading bones in the mesh renderer
Animating bones
5
Applying Hardware Tessellation
Applying Hardware Tessellation
Introduction
Preparing the vertex shader and buffers for tessellation
Tessellating a triangle and quad
Tessellating bicubic Bezier surfaces
Refining meshes with Phong tessellation
Optimizing tessellation through back-face culling and dynamic Level-of-Detail
6
Adding Surface Detail with Normal and Displacement Mapping
Adding Surface Detail with Normal and Displacement Mapping
Introduction
Referencing multiple textures in a material
Adding surface detail with normal mapping
Adding surface detail with displacement mapping
Implementing displacement decals
Optimizing tessellation based on displacement decal (displacement adaptive tessellation)
7
Performing Image Processing Techniques
Performing Image Processing Techniques
Introduction
Running a compute shader – desaturation (grayscale)
Adjusting the contrast and brightness
Implementing box blur using separable convolution filters
Implementing a Gaussian blur filter
Detecting edges with the Sobel edge-detection filter
Calculating an image's luminance histogram
8
Incorporating Physics and Simulations
Incorporating Physics and Simulations
Introduction
Using a physics engine
Simulating ocean waves
Rendering particles
9
Rendering on Multiple Threads and Deferred Contexts
Rendering on Multiple Threads and Deferred Contexts
Introduction
Benchmarking multithreaded rendering
Implementing multithreaded dynamic cubic environment mapping
Implementing dual paraboloid environment mapping
10
Implementing Deferred Rendering
Implementing Deferred Rendering
Introduction
Filling the G-Buffer
Implementing a screen-aligned quad renderer
Reading the G-Buffer
Adding multiple lights
Incorporating multisample anti-aliasing
11
Integrating Direct3D with XAML and Windows 8.1
Integrating Direct3D with XAML and Windows 8.1
Introduction
Preparing the swap chain for a Windows Store app
Rendering to a CoreWindow
Rendering to an XAML SwapChainPanel
Loading and compiling resources asynchronously
Further Reading
Further Reading
Index
Index

Tessellating bicubic Bezier surfaces

In this recipe, we will perform tessellation upon a bicubic Bezier control patch using the tessellation stages of the graphics pipeline. This tessellation will use the quad domain of the tessellator. We will update the CommonTess.hlsl shader code to include the methods to perform bicubic interpolation of the Bezier control points using De Casteljau's algorithm to subdivide a Bezier curve at an arbitrary point along the curve.

Getting ready

We will continue on from the earlier recipe, Preparing the vertex shader and buffers for tessellation.

How to do it…

We will first implement the shader code for tessellating our Bezier control points. We will then implement a renderer for a bicubic Bezier surface. Consider the following steps:

  1. First within CommonTess.hlsl, we add the hull shader constant data structure to be generated for a Bezier patch:

    // Max 32 outputs
struct HS_BezierPatchConstant {
    float EdgeTessFactor[4] : SV_TessFactor;
    float InsideTessFactor...
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