Advanced Lighting and Materials with Shaders, The world around us

Book Categories

Authors

Foreword xvii
Acknowledgments xviii
Introduction xix
Chapter 1 The Physics of Light 1
Introduction 1
1.1 The Duality of Light 1
1.2 Light as Particles 2
1.3 Light as Waves 4
1.4 Light as Energy 7
Conclusion and Further Reading 8
References 8
Chapter 2 Modeling Real-World Lights 9
Introduction 9
2.1 Ideal Point Lights 10
2.2 Directional Lights 15
2.3 Area Lights 17
2.4 Spotlights 21
2.5 Global Illumination 25
Conclusion 28
Chapter 3 Raytracing and Related Techniques 29
Introduction 29
3.1 The Raytracing Algorithm 30
3.2 Extending the Raytracing Algorithm 51
3.3 Real-time Raytracing 59
3.4 Raytracing Concepts for Other Techniques 60
Conclusion 61
References 61
Other Resources 62
Chapter 4 Objects and Materials 63
Introduction 63
4.1 Plastics 64
4.2 Wood 66
4.3 Leaves and Vegetation 68
4.4 Metals 70
4.5 Concrete and Stone 71
4.6 Skin 73
4.7 Hair and Fur 74
4.8 Air and the Atmosphere 75
4.9 Transparent Materials 76
4.10 Paint 77
4.11 Worn Materials 78
Conclusion 79
Chapter 5 Lighting and Reflectance Models 81
Introduction 81
5.1 The Rendering Equation 82
5.2 Basic Illumination Definitions 83
5.3 Lambert's Law for Illumination 84
5.4 Bidirectional Reflectance Distribution Functions (BRDFs) 87
5.5 Diffuse Materials 90
5.6 Specular Materials 93
5.7 Diffuse Reflection Models 97
5.8 Specular and Metallic Reflection Models 100
Conclusion 106
References 107
Chapter 6 Implementing Lights in Shaders 109
Introduction 109
6.1 Basic Lighting Math 110
6.2 Per-Vertex Warn Lights 113
6.3 Per-Pixel Warn Lights 120
Conclusion 125
References 126
Other Resources 126
Chapter 7 Implementing BRDFs in Shaders 127
Introduction 127
7.1 Basic Setup and Diffuse Materials 128
7.2 Specular Materials 132
7.3 Oren-Nayar Materials 138
7.4 Minnaert Materials 143
7.5 Ward Materials 145
7.6 Schlick Materials 152
7.7 Cook-Torrance Materials 154
Conclusion 156
References 156
Chapter 8 Spherical Harmonic Lighting 157
Introduction 157
8.1 Understanding the Need for Spherical Harmonics 158
8.2 Spherical Harmonics Theory 164
8.3 Sample Implementations in OpenGL 179
Conclusion and Further Reading 209
References 209
Chapter 9 Spherical Harmonics in DirectX 211
Introduction 211
9.1 Per-Vertex SH Data Generation with D3DX 212
9.2 Rendering the Per-Vertex SH Solution 222
9.3 SH with Cube Maps 228
9.4 DX SH with HDRI 230
9.5 Multiple Meshes/Materials 232
9.6 Subsurface Scattering 235
9.7 Simple Specular Highlights 237
Conclusion 242
References 243
Chapter 10 Toward Real-Time Radiosity 245
Introduction 245
10.1 Radiosity Background and Theory 246
10.2 Radiosity Theory and Methods 248
10.3 Sample Implementation in OpenGL 263
Conclusion 264
References 265
Other Resources 265
Appendix A Building the Source Code 267
Introduction 267
A.1 DirectX/HLSL Programs 267
A.2 OpenGL/CG Programs 271
A.3 OpenGL/GLSL Programs 274
A.4 OpenGL Programs 278
References 281
Other Resources 281
Appendix B Sample Raytracer Implementation 283
Introduction 283
B.1 Design 283
B.2 Implementation 295
B.3 The Raytracing Program 305
Conclusion 307
References 307
Appendix C The Lighting and Shading Frameworks 309
Introduction 309
C.1 DirectX/HLSL Framework 310
C.2 OpenGL/Cg Framework 315
C.3 OpenGL/GLSL Framework 322
References 327
Other Resources 328
Index 329

Title: Advanced Lighting and Materials with Shaders

Item Number: 9781556222924

Publication Date: December 2004

Number: 1

Product Description: Advanced Lighting and Materials with Shaders

Universal Product Code (UPC): 9781556222924

WonderClub Stock Keeping Unit (WSKU): 9781556222924

Rating: 4.5/5 based on 2 Reviews

Image Location: https://wonderclub.com/images/covers/29/24/9781556222924.jpg

Category: Media >> Books

Weight: 0.200 kg (0.44 lbs)

Width: 8.980 cm (3.54 inches)

Heigh : 6.960 cm (2.74 inches)

Depth: 0.510 cm (0.20 inches)

Date Added: August 25, 2020, Added By: Ross

Date Last Edited: August 25, 2020, Edited By: Ross

Price	Condition	Delivery	Seller	Action
$99.99	Digital	Arrives between Apr 25 - May 25 Login to your account for a direct download. Some files are emailed from Dropbox. Continent $0.00 - World $0.00	WonderClub (9294 total ratings)

Question Concerning Advanced Lighting and Materials with Shaders

Ask a Question about Advanced Lighting and Materials with Shaders

No Question found!

Read Reviews for Advanced Lighting and Materials with Shaders Write review

Andrew Rausch

reviewed Advanced Lighting and Materials with Shaders on July 12, 2015

Advanced Lighting and Materials with Shaders

Anybody who is seriously developing interfaces for Kinect must read this book. This book provides a comprehensive overview of the mountain of work in 3D interaction techniques that occurred years before project Natal (which later became Kinect)was even an idea to be approved or rejected on some executive's desk at Microsoft. It summarizes design recommendations for system commands, navigation techniques, and even methods of evaluation based on the body of work done by researchers in the mid-90s, when virtual reality was all the rave.

There are of course some differences between the mocap-style tracking used for these interaction techniques and the 3d mesh + skeletal tracking provided by the Kinect, so these recommendations should all be taken with a grain of salt. Nevertheless, the book provides a great foundation and seeds for ideas that are essential for any researcher or developer designing interaction techniques, games, or user interfaces for the Kinect.

Advanced Lighting and Materials with Shaders Book

Book Categories

Authors

Question Concerning Advanced Lighting and Materials with Shaders

Read Reviews for Advanced Lighting and Materials with Shaders Write review

Login

Complaints

Blog

Games

Digital Media

Souls

Obituary

Contact Us

FAQ

You must be logged in to add to Wishlist

This item is in your Wish List

This item is in your Collection

This Item is in Your Inventory

You must be logged in to review the products

	Foreword	xvii
	Acknowledgments	xviii
	Introduction	xix
Chapter 1	The Physics of Light	1
	Introduction	1
1.1	The Duality of Light	1
1.2	Light as Particles	2
1.3	Light as Waves	4
1.4	Light as Energy	7
	Conclusion and Further Reading	8
	References	8
Chapter 2	Modeling Real-World Lights	9
	Introduction	9
2.1	Ideal Point Lights	10
2.2	Directional Lights	15
2.3	Area Lights	17
2.4	Spotlights	21
2.5	Global Illumination	25
	Conclusion	28
Chapter 3	Raytracing and Related Techniques	29
	Introduction	29
3.1	The Raytracing Algorithm	30
3.2	Extending the Raytracing Algorithm	51
3.3	Real-time Raytracing	59
3.4	Raytracing Concepts for Other Techniques	60
	Conclusion	61
	References	61
	Other Resources	62
Chapter 4	Objects and Materials	63
	Introduction	63
4.1	Plastics	64
4.2	Wood	66
4.3	Leaves and Vegetation	68
4.4	Metals	70
4.5	Concrete and Stone	71
4.6	Skin	73
4.7	Hair and Fur	74
4.8	Air and the Atmosphere	75
4.9	Transparent Materials	76
4.10	Paint	77
4.11	Worn Materials	78
	Conclusion	79
Chapter 5	Lighting and Reflectance Models	81
	Introduction	81
5.1	The Rendering Equation	82
5.2	Basic Illumination Definitions	83
5.3	Lambert's Law for Illumination	84
5.4	Bidirectional Reflectance Distribution Functions (BRDFs)	87
5.5	Diffuse Materials	90
5.6	Specular Materials	93
5.7	Diffuse Reflection Models	97
5.8	Specular and Metallic Reflection Models	100
	Conclusion	106
	References	107
Chapter 6	Implementing Lights in Shaders	109
	Introduction	109
6.1	Basic Lighting Math	110
6.2	Per-Vertex Warn Lights	113
6.3	Per-Pixel Warn Lights	120
	Conclusion	125
	References	126
	Other Resources	126
Chapter 7	Implementing BRDFs in Shaders	127
	Introduction	127
7.1	Basic Setup and Diffuse Materials	128
7.2	Specular Materials	132
7.3	Oren-Nayar Materials	138
7.4	Minnaert Materials	143
7.5	Ward Materials	145
7.6	Schlick Materials	152
7.7	Cook-Torrance Materials	154
	Conclusion	156
	References	156
Chapter 8	Spherical Harmonic Lighting	157
	Introduction	157
8.1	Understanding the Need for Spherical Harmonics	158
8.2	Spherical Harmonics Theory	164
8.3	Sample Implementations in OpenGL	179
	Conclusion and Further Reading	209
	References	209
Chapter 9	Spherical Harmonics in DirectX	211
	Introduction	211
9.1	Per-Vertex SH Data Generation with D3DX	212
9.2	Rendering the Per-Vertex SH Solution	222
9.3	SH with Cube Maps	228
9.4	DX SH with HDRI	230
9.5	Multiple Meshes/Materials	232
9.6	Subsurface Scattering	235
9.7	Simple Specular Highlights	237
	Conclusion	242
	References	243
Chapter 10	Toward Real-Time Radiosity	245
	Introduction	245
10.1	Radiosity Background and Theory	246
10.2	Radiosity Theory and Methods	248
10.3	Sample Implementation in OpenGL	263
	Conclusion	264
	References	265
	Other Resources	265
Appendix A	Building the Source Code	267
	Introduction	267
A.1	DirectX/HLSL Programs	267
A.2	OpenGL/CG Programs	271
A.3	OpenGL/GLSL Programs	274
A.4	OpenGL Programs	278
	References	281
	Other Resources	281
Appendix B	Sample Raytracer Implementation	283
	Introduction	283
B.1	Design	283
B.2	Implementation	295
B.3	The Raytracing Program	305
	Conclusion	307
	References	307
Appendix C	The Lighting and Shading Frameworks	309
	Introduction	309
C.1	DirectX/HLSL Framework	310
C.2	OpenGL/Cg Framework	315
C.3	OpenGL/GLSL Framework	322
	References	327
	Other Resources	328
	Index	329