Object-Oriented Ray Tracing in C++: Nicholas Wilt: 9780471304142: Book: Computers: eCampus.com

Focuses on object-oriented methods to greatly enhance both the speed of processing and the quality of the resulting graphics. Includes a brief introduction to ray tracing as well as background on advanced topics. A ``User's Manual'' is also included for the ray tracing class library, with code examples for both basic and sophisticated ray tracing problems. Available on disk is a ray tracing library with source codes.

Acknowledgments

Introduction

xiii

Typeface Conventions

xvii

Suggestions for Further Reading

xix

Introduction to 3D Graphics

(50)

The Rendering Pipeline

(1)

2D Graphics and Imaging

(1)

Colors

(3)

Vectors

(1)

Operations on Vectors

(14)

Transformations

(4)

Translation

(1)

Scaling

(1)

Rotation

(2)

Projection

(1)

Concatenation

(1)

Transformation Matrices

(23)

Matrix Multiplication

(1)

Matrix Transposition

(1)

Matrix Identity

(1)

Matrix Inversion

(1)

Using Matrices to Transform Vectors

(4)

Implementation

(14)

3D Graphics on the 2D Screen: Projection

(3)

Introduction to Ray Tracing

(10)

Overview of the Ray Tracing Process

(2)

The Anatomy of a Ray

(3)

Intersection Calculations

(2)

Objects, Inheritance, and Polymorphism

(3)

The Shading Equation

(16)

Overview

(1)

A Note on Color Coefficients

(1)

Ambient Component

(3)

Diffuse Component

(2)

Specular Component

(1)

Reflected Component

(1)

Transmitted Component

(2)

Implementation

(4)

Exercises

(2)

Different Types of Object

(70)

Overview

(10)

Intersection

(1)

Finding the Normal

(1)

Transformations

(1)

PtDistance and IsInside

(1)

Bounding Volumes

(1)

Other Member Functions of Object3D

(6)

Planes

(7)

Rings

(2)

Spheres

(6)

Quadrics

102

(3)

Polygons

105

(19)

Bounding Boxes

124

(15)

Aggregate Objects

139

(5)

Exercises

144

(3)

Acceleration Techniques

147

(20)

Bounding Volumes and Hierarchies

147

(1)

Automatic Bounding Volume Hierarchy Generation

148

(1)

Optimizing Shadow Rays

149

(5)

Assembler Optimization

154

(4)

Kay-Kajiya Bounding Volume Hierarchy Traversal

158

(1)

Techniques That Do Not Work Well

158

(3)

Ray Boxes

159

(1)

Last--Nearest Caching

160

(1)

Other Techniques

161

(4)

Spatial Subdivision

161

(1)

Ray Classification

162

(1)

Statistical Techniques

163

(1)

Adaptive Depth Control

163

(1)

Mailboxes

163

(1)

Parallelism

164

(1)

Exercises

165

(2)

Texture Mapping

167

(30)

Introduction

167

(1)

Bump Mapping

168

(1)

Texture Mapping

169

(1)

Low-Level Support for Texture Mapping

170

(22)

Inverse Mappings

170

(14)

Noise

184

(7)

Color Maps

191

(1)

Solid Texturing

192

(2)

Texture Mapping and Transformations

194

(1)

Exercises

194

(3)

Distribution Ray Tracing

197

(10)

Theoretical Basis

197

(2)

Adaptively Supersampling Primary Rays

199

(2)

Distributing Shadow Rays

201

(2)

Distributing Reflected and Transmitted Rays

203

(1)

Implementation

204

(1)

Future Work

205

(2)

Advanced Primitives

207

(56)

Constructive Solid Geometry

207

(20)

Algebraic Surfaces

227

(36)

The Polynomial Class

241

(20)

Finding Roots of a Polynomial

261

(2)

Appendix A Introduction to C++

263

(20)

A.1 Overview

263

(1)

A.2 Enhancements Over C

264

(4)

A.3 Classes (Encapsulation)

268

(2)

A.4 Scope Restriction (Data Hiding)

270

(1)

A.5 Inheritance

271

(1)

A.6 Polymorphism

272

(2)

A.7 Operator Overloading

274

(2)

A.8 Parameterized Data Types

276

(3)

A.9 Design Issues

279

(2)

A.10 Conclusion and Further Reading

281

(2)

Appendix B The OORT Class Library and Utilities

283

(86)

B.1 Class Library

283

(78)

B.2 Utilities Library

361

(8)

B.2.1 Textures

362

(1)

B.2.2 Surfaces

363

(1)

B.2.3 Objects

364

(2)

B.2.4 Aggregates

366

(3)

Appendix C Glossary

369

(4)

Appendix D Bibliography

373

(6)

D.1 Abbreviations

373

(1)

D.2 Works Cited

374

(5)

Appendix E Development

379

(16)

E.1 Installation

379

(5)

E.2 The Application Template

384

(3)

E.3 Splicing RAW Files Together

387

(4)

E.4 Color Quantization: RAW2GIF

391

(1)

E.5 Displaying GIF Files

392

(1)

E.6 Hints

392

(3)

Appendix F Examples

395

(28)

F.1 Specular

396

(2)

F.2 CSG Demo

398

(4)

F.3 Blurry Reflection

402

(3)

F.4 Quadrics

405

(3)

F.5 Algebraic Surfaces

408

(3)

F.6 Textures

411

(5)

F.7 Balls

416

(3)

F.8 Sierpinski's Tetrahedron

419

(4)

Appendix G File Formats

423

(6)

G.1 RAW File Format

423

(1)

G.2 NFF (File Format)

424

(5)

Index

429


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