Real-Time Rendering 3rd Edition: 英文原版高清电子书

5星 · 超过95%的资源需积分: 9 3 浏览量更新于2024-07-19 收藏 25.12MB PDF 举报

身份认证购VIP最低享 7 折!

30元优惠券

"Real-Time Rendering 3th en超清 - 实时计算机图形学第三版原生英文版，清晰度高" 《Real-Time Rendering》第三版是由Tomas Akenine-Moller, Eric Haines 和 Naty Hoffman合作编著的一本经典著作，专注于实时渲染领域的最新技术和理论。这本书由AK Peters, Ltd.出版，并由CRC Press（Taylor & Francis Group的一个分支）在全球发行。出版日期为2008年，电子版的ISBN号为978-1-4398-6529-3。本书涵盖了实时渲染的多个关键主题，包括但不限于： 1. **基础概念**：介绍渲染的基本原理，如光线追踪、光照模型、纹理贴图等，这些是所有实时图形系统的基础。 2. **硬件加速**：讨论现代GPU的架构，如何利用GPU进行高效的并行计算，以及如何编写高效的着色器语言，如OpenGL和DirectX。 3. **光照和阴影**：深入探讨了各种光照模型，如Phong模型，以及实时计算阴影的技术，如阴影贴图和VSM（Visibility Sampling Method）。 4. **抗锯齿与后期处理**：讲述如何减少图像伪影，提高图像质量，包括多采样抗锯齿、FXAA和TXAA等技术，以及色彩校正、色调映射等后期处理技术。 5. **物理为基础的渲染**（PBR）：介绍了基于物理的材质系统和光照模型，如BRDF（双向反射分布函数），以及金属感、粗糙度和透明度等真实感渲染参数。 6. **运动模糊和时间采样**：如何在动态场景中模拟速度和运动的影响，提高视觉真实感。 7. **实时渲染优化**：探讨如何通过技术手段优化渲染性能，例如LOD（细节层次）、视锥剔除、GPU实例化等。 8. **高级技术**：涉及全局光照、体积渲染、粒子系统、流体模拟等复杂效果的实现方法。 9. **数学与几何**：讲解了在实时渲染中必不可少的线性代数、向量和矩阵运算，以及如何高效地处理几何数据。 10. **图形API**：介绍如何使用现代图形API，如DirectX 12和Vulkan，以充分利用硬件资源。书中引用了大量的权威来源，并尽力确保信息的准确性和可靠性。尽管如此，作者和出版社仍声明，由于技术和信息的快速发展，他们无法对所有内容的准确性和使用后果承担责任。如果在未经许可的情况下使用了任何版权材料，作者和出版社表示歉意，并愿意在后续版本中修正。这本书对于计算机图形学的学生、游戏开发者、视觉特效艺术家以及所有对实时渲染技术感兴趣的人来说，都是一份宝贵的参考资料。它不仅提供了理论知识，还包含了许多实践应用案例，有助于读者深入理解和应用实时渲染技术。

资源详情

资源推荐

Preface xv

Christer Ericson, Michael Gleicher, Manny Ko, Wallace Lages, Thomas

Larsson, Gr´egory Massal, Ville Miettinen, Mike Ramsey, Scott Schaefer,

Vincent Scheib, Peter Shirley, K.R. Subramanian, Mauricio Vives, and

Hector Yee.

We also had a number of reviewers help us on speciﬁc sections. Our

thanks go out to Matt Bronder, Christine DeNezza, Frank Fox, Jon Hassel-

gren, Pete Isensee, Andrew Lauritzen, Morgan McGuire, Jacob Munkberg,

Manuel M. Oliveira, Aurelio Reis, Peter-Pike Sloan, Jim Tilander, and

Scott Whitman.

We particularly thank Rex Crowle, Kareem Ettouney, and Francis Pang

from Media Molecule for their considerable help in providing fantastic im-

agery and layout concepts for the cover design.

Many people helped us out in other ways, such as answering ques-

tions and providing screenshots. Many gave signiﬁcant amounts of time

and eﬀort, for which we thank you. Listed alphabetically: Paulo Abreu,

Timo Aila, Johan Andersson, Andreas Bærentzen, Louis Bavoil, Jim Blinn,

Jaime Borasi, Per Christensen, Patrick Conran, Rob Cook, Erwin Coumans,

Leo Cubbin, Richard Daniels, Mark DeLoura, Tony DeRose, Andreas

Dietrich, Michael Dougherty, Bryan Dudash, Alex Evans, Cass Everitt,

Randy Fernando, Jim Ferwerda, Chris Ford, Tom Forsyth, Sam Glassen-

berg, Robin Green, Ned Greene, Larry Gritz, Joakim Grundwall, Mark

Harris, Ted Himlan, Jack Hoxley, John “Spike” Hughes, Ladislav

Kavan, Alicia Kim, Gary King, Chris Lambert, Jeﬀ Lander, Daniel Leaver,

Eric Lengyel, Jennifer Liu, Brandon Lloyd, Charles Loop, David Luebke,

Jonathan Ma¨ım, Jason Mitchell, Martin Mittring, Nathan Monteleone,

Gabe Newell, Hubert Nguyen, Petri Nordlund, Mike Pan, Ivan Pedersen,

Matt Pharr, Fabio Policarpo, Aras Pranckeviˇcius, Siobhan Reddy, Dirk

Reiners, Christof Rezk-Salama Eric Risser, Marcus Roth, Holly Rushmeier,

Elan Ruskin, Marco Salvi, Daniel Scherzer, Kyle Shubel, Philipp Slusallek,

Torb j¨orn S¨oderman, Tim Sweeney, Ben Trumbore, Michal Valient, Mark

Valledor, Carsten Wenzel, Steve Westin, Chris Wyman, Cem Yuksel, Billy

Zelsnack, Fan Zhang, and Renaldas Zioma.

We also thank many others who responded to our queries on public

forums such as GD Algorithms. Readers who took the time to send us

corrections have also been a great help. It is this supportive attitude that

is one of the pleasures of working in this ﬁeld.

As we have come to expect, the cheerful competence of the people at

A K Peters made the publishing part of the process much easier. For this

wonderful support, we thank you all.

On a personal note, Tomas would like to thank his son Felix and daugh-

ter Elina for making him understand (again) just how fun it can be to play

computer games (on the Wii), instead of just looking at the graphics, and

needless to say, his beautiful wife Eva. . .

xvi Preface

Eric would also like to thank his sons Ryan and Evan for their tireless

eﬀorts in ﬁnding cool game demos and screenshots, and his wife Cathy for

helping him survive it all.

Naty would like to thank his daughter Karen and son Daniel for their

forbearance when writing took precedence over piggyback rides, and his

wife Dorit for her constant encouragement and support.

Tomas Akenine-M¨oller

Eric Haines

Naty Hoﬀman

March 2008

Acknowledgements for the Second Edition

One of the most agreeable aspects of writing this second edition has been

working with people and receiving their help. Despite their own press-

ing deadlines and concerns, many people gave us signiﬁcant amounts of

their time to improve this book. We would particularly like to thank

the major reviewers. They are, listed alphabetically: Michael Abrash,

Ian Ashdown, Ulf Assarsson, Chris Brennan, S´ebastien Domin´e, David

Eberly, Cass Everitt, Tommy Fortes, Evan Hart, Greg James, Jan Kautz,

Alexander Keller, Mark Kilgard, Adam Lake, Paul Lalonde, Thomas

Larsson, Dean Macri, Carl Marshall, Jason L. Mitchell, Kasper Høy Nielsen,

Jon Paul Schelter, Jacob Str¨om, Nick Triantos, Joe Warren, Michael

Wimmer, and Peter Wonka. Of these, we wish to single out Cass Everitt

at NVIDIA and Jason L. Mitchell at ATI Technologies for spending large

amounts of time and eﬀort in getting us the resources we needed. Our

thanks also go out to Wolfgang Engel for freely sharing the contents of

his upcoming book, ShaderX [306], so that we could make this edition as

current as possible.

From discussing their work with us, to providing images or other re-

sources, to writing reviews of sections of the book, many others helped

in creating this edition. They all have our gratitude. These people in-

clude: Jason Ang, Haim Barad, Jules Bloomenthal, Jonathan Blow, Chas.

Boyd, John Brooks, Cem Cebenoyan, Per Christensen, Hamilton Chu,

Michael Cohen, Daniel Cohen-Or, Matt Craighead, Paul Debevec, Joe

Demers, Walt Donovan, Howard Dortch, Mark Duchaineau, Phil Dutr´e,

Dave Eberle, Gerald Farin, Simon Fenney, Randy Fernando, Jim Ferwerda,

Nickson Fong, Tom Forsyth, Piero Foscari, Laura Fryer, Markus Giegl,

Peter Glaskowsky, Andrew Glassner, Amy Gooch, Bruce Gooch, Simon

Green, Ned Greene, Larry Gritz, Joakim Grundwall, Juan Guardado, Pat

Hanrahan, Mark Harris, Michael Herf, Carsten Hess, Rich Hilmer, Kenneth

Hoﬀ III, Naty Hoﬀman, Nick Holliman, Hugues Hoppe, Heather Horne,

Tom Hubina, Richard Huddy, Adam James, Kaveh Kardan, Paul Keller,

Preface xvii

David Kirk, Alex Klimovitski, Jason Knipe, Jeﬀ Lander, Marc Levoy,

J.P. Lewis, Ming Lin, Adrian Lopez, Michael McCool, Doug McNabb,

Stan Melax, Ville Miettinen, Kenny Mitchell, Steve Morein, Henry More-

ton, Jerris Mungai, Jim Napier, George Ngo, Hubert Nguyen, Tito Pag´an,

J¨org Peters, Tom Porter, Emil Praun, Kekoa Proudfoot, Bernd Raabe,

Ravi Ramamoorthi, Ashutosh Rege, Szymon Rusinkiewicz, Carlo S´equin,

Chris Seitz, Jonathan Shade, Brian Smits, John Spitzer, Wolfgang Straßer,

Wolfgang St¨urzlinger, Philip Taylor, Pierre Terdiman, Nicolas Thibieroz,

Jack Tumblin, Fredrik Ulfves, Thatcher Ulrich, Steve Upstill, Alex Vlachos,

Ingo Wald, Ben Watson, Steve Westin, Dan Wexler, Matthias Wloka, Peter

Woytiuk, David Wu, Garrett Young, Borut Zalik, Harold Zatz, Hansong

Zhang, and Denis Zorin. We also wish to thank the journal ACM Transac-

tions on Graphics for continuing to provide a mirror website for this book.

Alice and Klaus Peters, our production manager Ariel Jaﬀee, our editor

Heather Holcombe, our copyeditor Michelle M. Richards, and the rest of

the staﬀ at A K Peters have done a wonderful job making this book the

best possible. Our thanks to all of you.

Finally, and most importantly, our deepest thanks go to our families for

giving us the huge amounts of quiet time we have needed to complete this

edition. Honestly, we never thought it would take this long!

Tomas Akenine-M¨oller

Eric Haines

May 2002

Acknowledgements for the First Edition

Many people helped in making this book. Some of the greatest contribu-

tions were made by those who reviewed parts of it. The reviewers will-

ingly gave the beneﬁt of their expertise, helping to signiﬁcantly improve

both content and style. We wish to thank (in alphabetical order) Thomas

Barregren, Michael Cohen, Walt Donovan, Angus Dorbie, Michael Gar-

land, Stefan Gottschalk, Ned Greene, Ming C. Lin, Jason L. Mitchell, Liang

Peng, Keith Rule, Ken Shoemake, John Stone, Phil Taylor, Ben Trumbore,

Jorrit Tyberghein, and Nick Wilt. We cannot thank you enough.

Many other people contributed their time and labor to this project.

Some let us use images, others provided models, still others pointed out

important resources or connected us with people who could help. In addi-

tion to the people listed above, we wish to acknowledge the help of Tony

Barkans, Daniel Baum, Nelson Beebe, Curtis Beeson, Tor Berg, David

Blythe, Chas. Boyd, Don Brittain, Ian Bullard, Javier Castellar, Satyan

Coorg, Jason Della Rocca, Paul Diefenbach, Alyssa Donovan, Dave Eberly,

Kells Elmquist, Stuart Feldman, Fred Fisher, Tom Forsyth, Marty Franz,

Thomas Funkhouser, Andrew Glassner, Bruce Gooch, Larry Gritz, Robert

Chapter 1

Introduction

Real-time rendering is concerned with making images rapidly on the com-

puter. It is the most highly interactive area of computer graphics. An

image appears on the screen, the viewer acts or reacts, and this feedback

aﬀects what is generated next. This cycle of reaction and rendering hap-

pens at a rapid enough rate that the viewer does not see individual images,

but rather becomes immersed in a dynamic process.

The rate at which images are displayed is measured in frames per sec-

ond (fps) or Hertz (Hz). At one frame per second, there is little sense of

interactivity; the user is painfully aware of the arrival of each new image.

At around 6 fps, a sense of interactivity starts to grow. An application

displaying at 15 fps is certainly real-time; the user focuses on action and

reaction. There is a useful limit, however. From about 72 fps and up,

diﬀerences in the display rate are eﬀectively undetectable.

Watching images ﬂicker by at 60 fps might be acceptable, but an even

higher rate is important for minimizing response time. As little as 15 mil-

liseconds of temporal delay can slow and interfere with interaction [1329].

There is more to real-time rendering than interactivity. If speed was the

only criterion, any application that rapidly responded to user commands

and drew anything on the screen would qualify. Rendering in real-time

normally means three-dimensional rendering.

Interactivity and some sense of connection to three-dimensional space

are suﬃcient conditions for real-time rendering, but a third element has

become a part of its deﬁnition: graphics acceleration hardware. While

hardware dedicated to three-dimensional graphics has been available on

professional workstations for many years, it is only relatively recently that

the use of such accelerators at the consumer level has become possible.

Many consider the introduction of the 3Dfx Voodoo 1 in 1996 the real

beginning of this era [297]. With the recent rapid advances in this market,

add-on three-dimensional graphics accelerators are as standard for home

computers as a pair of speakers. While it is not absolutely required for real-

剩余1046页未读，继续阅读

再见悟空D

粉丝: 3
资源: 3

Real-Time Rendering 3rd Edition: 英文原版高清电子书

《Real-Time Rendering 3rd》 提炼总结

Real-Time Rendering（英文版）

Real-Time Rendering.3rd.pdf

Real-Time Rendering 3th Edition

real-time rendering

Real-Time Rendering

real-time rendering---3rd edtion

Real-Time Rendering --- Word版

Real-Time Rendering 3rd

Real-Time Rendering.3rd

Real-Time Rendering 3rd Edition

Real-Time Rendering Fourth Edition

real-time rendering 4 th

real-time rendering fourth edition

real-time rendering 4th

tinyarray-1.2.3-cp36-cp36m-win_amd64.whl

minepy-1.2.6-pp38-pypy38_pp73-win_amd64.whl

RJFireWall.zip

课程作业管理&基于java的课程作业管理系统设计与实现（毕业论文+ppt+开题报告）

最新资源

《Real-Time Rendering 3rd》提炼总结