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OpenGL ES 2.0 programming guide:

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Bibliographic Details
Main Authors:	Munshi, Aaftab (Author), Ginsburg, Dan (Author), Shreiner, Dave (Author)
Format:	Book
Language:	English
Published:	Upper Saddle River, NJ ; Munich [u.a.] Addison-Wesley 2009
Subjects:	OpenGL Computer graphics > Specifications Application program interfaces (Computer software) Computer programming Computergrafik
Online Access:	Inhaltsverzeichnis
Item Description:	Hier auch später erschienene unveränd. Nachdr.
Physical Description:	XXXI, 435 S. Ill., graph. Darst.
ISBN:	9780321502797 0321502795

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adam_text	Contents List of Figures .xiii List of Examples .xv List of Tables .xix Foreword .xxi Preface .xxiii Intended Audience .xxiii Organization of the Book .xxiv Example Code and Shaders .xxviii Errata .xxviii Acknowledgments .xxix About the Authors .xxxi 1. Introduction to OpenGL ES 2.0.1 What Is OpenGL ES?.1 OpenGL ES 2.0. З Vertex Shader .4 Primitive Assembly .6 Rasterization .7 Fragment Shader .7 Per-Fragment Operations .9 OpenGL ES 2.0 and OpenGL ES 1.x Backward Compatibility .11 EGL.12 Programming with OpenGL ES 2.0.13 Libraries and Include Files.13 EGL Command Syntax.14 OpenGL ES Command Syntax.14 Error Handling. 15 Flush and Finish.16 Basic State Management .17 Further Reading .18 2. Hello Triangle: An OpenGL ES 2.0 Example .19 Code Framework .20 Where to Download the Examples .20 Hello Triangle Example .21 Building and Running the Examples .25 Using the OpenGL ES 2.0 Framework .26 Creating a Simple Vertex and Fragment Shader .27 Compiling and Loading the Shaders .29 Creating a Program Object and Linking the Shaders .30 Setting the Viewport and Clearing the Color Buffer .32 Loading the Geometry and Drawing a Primitive .33 Displaying the Back Buffer .33 3. An Introduction to EGL .35 Communicating with the Windowing System .36 Checking for Errors .37 Initializing EGL .37 Determining the Available Surface Configurations .38 Querying EGLConfig Attributes .39 Letting EGL Choose the Config .39 Creating an On-Screen Rendering Area: The EGL Window .43 Creating an Off-Screen Rendering Area: EGL Pbuffers .46 Creating a Rendering Context .50 Making an EGLContext Current .52 Putting All Our EGL Knowledge Together .52 Synchronizing Rendering .54 4. Shadersand Programs .57 Shaders and Programs .57 Creating and Compiling a Shader .58 Creating and Linking a Program .62 Uniforms and Attributes .67 Getting and Setting Uniforms .67 Getting and Setting Attributes .72 Shader Compiler and Shader Binaries .72 5. OpenGL ES Shading Language .77 OpenGL ES Shading Language Basics .78 Variables and Variable Types .78 Variable Constructors .79 Vector and Matrix Components .81 Constants .82 Structures .82 Arrays .83 Operators .84 Functions .85 Built-in Functions .86 Control Flow Statements .87 Uniforms .88 Attributes .89 Varyings .90 Preprocessor and Directives .92 Uniform and Varying Packing .94 Precision Qualifiers .96 Invariance .97 6. Vertex Attributes, Vertex Arrays, and Buffer Objects .101 Specifying Vertex Attribute Data .102 Constant Vertex Attribute .102 Vertex Arrays .103 Declaring Vertex Attribute Variables in a Vertex Shader .110 Binding Vertex Attributes to Attribute Variables in a Vertex Shader .113 Vertex Buffer Objects .115 Mapping Buffer Objects .124 Performance Tip .125 7. Primitive Assembly and Rasterization .127 Primitives .127 Triangles .128 Lines .129 Point Sprites .130 Drawing Primitives .131 Performance Tips .134 Primitive Assembly .136 Coordinate Systems .137 Clipping .138 Perspective Division .139 Viewport Transformation .140 Rasterization .141 Culling .142 Polygon Offset .143 8. Vertex Shaders .147 Vertex Shader Overview .148 Vertex Shader Built-in Variables .149 Precision Qualifiers .152 ES 2.0 Vertex Shader Limitations .152 Vertex Shader Examples .159 A Simple Vertex Shader .160 Lighting in a Vertex Shader .160 Generating Texture Coordinates .167 Vertex Skinning .168 OpenGL ES 1.1 Vertex Pipeline as an ES 2.0 Vertex Shader .173 9. Texturing .181 Texturing Basics .181 2D Textures .182 Cubemap Textures .183 Texture Objects and Loading Textures .184 Texture Filtering and Mipmapping .188 Automatic Mipmap Generation .193 Texture Coordinate Wrapping .194 Using Textures in the Fragment Shader .196 Example of Using a Cubemap Texture .198 Compressed Textures .201 Texture Subimage Specification .202 Copying Texture Data from the Color Buffer .204 Optional Extensions .207 3D Textures .207 Ericsson Texture Compression (ETC) .213 Floating-Point Textures .213 Non-Power-of-Two Textures .214 10. Fragment Shaders .215 Fixed Function Fragment Shaders .216 Fragment Shader Overview .218 Built-in Special Variables .219 Built-in Constants .220 Precision Qualifiers .221 ES 2.0 Fragment Shader Limitations .221 Implementing Fixed Function Techniques Using Shaders .222 Multitexturing .222 Fog .224 Alpha Test (Using Discard) .227 User Clip Planes .229 11. Fragment Operations .233 Buffers .234 Requesting Additional Buffers .235 Clearing Buffers .235 Using Masks to Control Writing to Framebuffers .236 Fragment Tests and Operations .238 Using the Scissor Test .239 Stencil Buffer Testing .240 Depth Buffer Testing .245 Blending .246 Dithering .249 Mul tisampled Antialiasing .249 Reading and Writing Pixels to the Framebuffer .250 12. Framebuffer Objects .253 Why Framebuffer Objects? .253 Framebuffer and Renderbuffer Objects .255 Choosing a Renderbuffer Versus a Texture as a Framebuffer Attachment .256 Framebuffer Objects Versus EGL Surfaces .257 Creating Framebuffer and Renderbuffer Objects .258 Using Renderbuffer Objects .259 Using Framebuffer Objects .262 Attaching a Renderbuffer as a Framebuffer Attachment .263 Attaching a 2D Texture as a Framebuffer Attachment .264 Attaching an Image of a 3D Texture as a Framebuffer Attachment .266 Checking for Framebuffer Completeness .267 Deleting Framebuffer and Renderbuffer Objects .269 Deleting Renderbuffer Objects That Are Used as Framebuffer Attachments .270 Reading Pixels and Framebuffer Objects .270 Examples .271 Performance Tips and Tricks .277 13. Advanced Programming with OpenGL ES 2.0.279 Per-Fragment Lighting .279 Lighting with a Normal Map .280 Lighting Shaders .281 Lighting Equations .285 Environment Mapping .286 Particle System with Point Sprites .290 Particle System Setup .290 Particle System Vertex Shader .291 Particle System Fragment Shader .293 Image Postprocessing .296 Render-to-Texture Setup.297 Blur Fragment Shader.297 Light Bloom .298 Projective Texturing .300 Projective Texturing Basics .301 Matrices for Projective Texturing .303 Projective Spotlight Shaders .304 Noise Using a 3D Texture .307 Generating Noise .308 Using Noise .313 Procedural Texturing .315 A Procedural Texture Example .316 Antialiasing of Procedural Textures .319 Further Reading on Procedural Textures .322 14. State Queries .323 OpenGL ES 2.0 Implementation String Queries .323 Querying Implementation-Dependent Limits .324 Querying OpenGL ES State .327 Hints .330 Entity Name Queries .331 Nonprogrammable Operations Control and Queries .332 Shader and Program State Queries .333 Vertex Attribute Queries .335 Texture State Queries .336 Vertex Buffer Queries .337 Renderbuffer and Framebuffer State Queries .337 15. OpenGL ES and EGL on Handheld Platforms .339 Handheld Platforms Overview .339 Online Resources .340 C++ Portability .341 OpenKODE .343 Platform-Specific Shader Binaries .350 Targeting Extensions .351 Α. GL_HALF_FLOAT_OES .353 16-Bit Floating-Point Number .354 Converting Float to Half-Float .355 B. Built-in Functions .357 Angle and Trigonometry Functions .358 Exponential Functions .360 Common Functions .361 Geometric Functions .364 Matrix Functions .366 Vector Relational Functions .367 Texture Lookup Functions .369 Derivative Functions .371 C. Shading Language Grammar .375 D. ES Framework API .385 Framework Core Functions .385 Transformation Functions .390 E. OpenGL ES 2.0 on the ¡Phone 3GS .395 Getting Started with the iPhone SDK 3.0.396 Getting the Sample Code for the iPhone .396 Building the Sample Code Using Xcode .397 Porting the Sample Code to the iPhone .399 ObjectiveC .399 Creating an OpenGL ES 2.0 Rendering Surface .400 Using a Framebuffer Object for Rendering .401 Discussion of a Complete Example .401 EAGLView.h Header File .401 EAGLView.m Source File .403 Transitioning frorn OpenGL ES 1.1 to OpenGL ES 2.0.411 Conclusion .412 Index .413
adam_txt	Contents List of Figures .xiii List of Examples .xv List of Tables .xix Foreword .xxi Preface .xxiii Intended Audience .xxiii Organization of the Book .xxiv Example Code and Shaders .xxviii Errata .xxviii Acknowledgments .xxix About the Authors .xxxi 1. Introduction to OpenGL ES 2.0.1 What Is OpenGL ES?.1 OpenGL ES 2.0. З Vertex Shader .4 Primitive Assembly .6 Rasterization .7 Fragment Shader .7 Per-Fragment Operations .9 OpenGL ES 2.0 and OpenGL ES 1.x Backward Compatibility .11 EGL.12 Programming with OpenGL ES 2.0.13 Libraries and Include Files.13 EGL Command Syntax.14 OpenGL ES Command Syntax.14 Error Handling. 15 Flush and Finish.16 Basic State Management .17 Further Reading .18 2. Hello Triangle: An OpenGL ES 2.0 Example .19 Code Framework .20 Where to Download the Examples .20 Hello Triangle Example .21 Building and Running the Examples .25 Using the OpenGL ES 2.0 Framework .26 Creating a Simple Vertex and Fragment Shader .27 Compiling and Loading the Shaders .29 Creating a Program Object and Linking the Shaders .30 Setting the Viewport and Clearing the Color Buffer .32 Loading the Geometry and Drawing a Primitive .33 Displaying the Back Buffer .33 3. An Introduction to EGL .35 Communicating with the Windowing System .36 Checking for Errors .37 Initializing EGL .37 Determining the Available Surface Configurations .38 Querying EGLConfig Attributes .39 Letting EGL Choose the Config .39 Creating an On-Screen Rendering Area: The EGL Window .43 Creating an Off-Screen Rendering Area: EGL Pbuffers .46 Creating a Rendering Context .50 Making an EGLContext Current .52 Putting All Our EGL Knowledge Together .52 Synchronizing Rendering .54 4. Shadersand Programs .57 Shaders and Programs .57 Creating and Compiling a Shader .58 Creating and Linking a Program .62 Uniforms and Attributes .67 Getting and Setting Uniforms .67 Getting and Setting Attributes .72 Shader Compiler and Shader Binaries .72 5. OpenGL ES Shading Language .77 OpenGL ES Shading Language Basics .78 Variables and Variable Types .78 Variable Constructors .79 Vector and Matrix Components .81 Constants .82 Structures .82 Arrays .83 Operators .84 Functions .85 Built-in Functions .86 Control Flow Statements .87 Uniforms .88 Attributes .89 Varyings .90 Preprocessor and Directives .92 Uniform and Varying Packing .94 Precision Qualifiers .96 Invariance .97 6. Vertex Attributes, Vertex Arrays, and Buffer Objects .101 Specifying Vertex Attribute Data .102 Constant Vertex Attribute .102 Vertex Arrays .103 Declaring Vertex Attribute Variables in a Vertex Shader .110 Binding Vertex Attributes to Attribute Variables in a Vertex Shader .113 Vertex Buffer Objects .115 Mapping Buffer Objects .124 Performance Tip .125 7. Primitive Assembly and Rasterization .127 Primitives .127 Triangles .128 Lines .129 Point Sprites .130 Drawing Primitives .131 Performance Tips .134 Primitive Assembly .136 Coordinate Systems .137 Clipping .138 Perspective Division .139 Viewport Transformation .140 Rasterization .141 Culling .142 Polygon Offset .143 8. Vertex Shaders .147 Vertex Shader Overview .148 Vertex Shader Built-in Variables .149 Precision Qualifiers .152 ES 2.0 Vertex Shader Limitations .152 Vertex Shader Examples .159 A Simple Vertex Shader .160 Lighting in a Vertex Shader .160 Generating Texture Coordinates .167 Vertex Skinning .168 OpenGL ES 1.1 Vertex Pipeline as an ES 2.0 Vertex Shader .173 9. Texturing .181 Texturing Basics .181 2D Textures .182 Cubemap Textures .183 Texture Objects and Loading Textures .184 Texture Filtering and Mipmapping .188 Automatic Mipmap Generation .193 Texture Coordinate Wrapping .194 Using Textures in the Fragment Shader .196 Example of Using a Cubemap Texture .198 Compressed Textures .201 Texture Subimage Specification .202 Copying Texture Data from the Color Buffer .204 Optional Extensions .207 3D Textures .207 Ericsson Texture Compression (ETC) .213 Floating-Point Textures .213 Non-Power-of-Two Textures .214 10. Fragment Shaders .215 Fixed Function Fragment Shaders .216 Fragment Shader Overview .218 Built-in Special Variables .219 Built-in Constants .220 Precision Qualifiers .221 ES 2.0 Fragment Shader Limitations .221 Implementing Fixed Function Techniques Using Shaders .222 Multitexturing .222 Fog .224 Alpha Test (Using Discard) .227 User Clip Planes .229 11. Fragment Operations .233 Buffers .234 Requesting Additional Buffers .235 Clearing Buffers .235 Using Masks to Control Writing to Framebuffers .236 Fragment Tests and Operations .238 Using the Scissor Test .239 Stencil Buffer Testing .240 Depth Buffer Testing .245 Blending .246 Dithering .249 Mul tisampled Antialiasing .249 Reading and Writing Pixels to the Framebuffer .250 12. Framebuffer Objects .253 Why Framebuffer Objects? .253 Framebuffer and Renderbuffer Objects .255 Choosing a Renderbuffer Versus a Texture as a Framebuffer Attachment .256 Framebuffer Objects Versus EGL Surfaces .257 Creating Framebuffer and Renderbuffer Objects .258 Using Renderbuffer Objects .259 Using Framebuffer Objects .262 Attaching a Renderbuffer as a Framebuffer Attachment .263 Attaching a 2D Texture as a Framebuffer Attachment .264 Attaching an Image of a 3D Texture as a Framebuffer Attachment .266 Checking for Framebuffer Completeness .267 Deleting Framebuffer and Renderbuffer Objects .269 Deleting Renderbuffer Objects That Are Used as Framebuffer Attachments .270 Reading Pixels and Framebuffer Objects .270 Examples .271 Performance Tips and Tricks .277 13. Advanced Programming with OpenGL ES 2.0.279 Per-Fragment Lighting .279 Lighting with a Normal Map .280 Lighting Shaders .281 Lighting Equations .285 Environment Mapping .286 Particle System with Point Sprites .290 Particle System Setup .290 Particle System Vertex Shader .291 Particle System Fragment Shader .293 Image Postprocessing .296 Render-to-Texture Setup.297 Blur Fragment Shader.297 Light Bloom .298 Projective Texturing .300 Projective Texturing Basics .301 Matrices for Projective Texturing .303 Projective Spotlight Shaders .304 Noise Using a 3D Texture .307 Generating Noise .308 Using Noise .313 Procedural Texturing .315 A Procedural Texture Example .316 Antialiasing of Procedural Textures .319 Further Reading on Procedural Textures .322 14. State Queries .323 OpenGL ES 2.0 Implementation String Queries .323 Querying Implementation-Dependent Limits .324 Querying OpenGL ES State .327 Hints .330 Entity Name Queries .331 Nonprogrammable Operations Control and Queries .332 Shader and Program State Queries .333 Vertex Attribute Queries .335 Texture State Queries .336 Vertex Buffer Queries .337 Renderbuffer and Framebuffer State Queries .337 15. OpenGL ES and EGL on Handheld Platforms .339 Handheld Platforms Overview .339 Online Resources .340 C++ Portability .341 OpenKODE .343 Platform-Specific Shader Binaries .350 Targeting Extensions .351 Α. GL_HALF_FLOAT_OES .353 16-Bit Floating-Point Number .354 Converting Float to Half-Float .355 B. Built-in Functions .357 Angle and Trigonometry Functions .358 Exponential Functions .360 Common Functions .361 Geometric Functions .364 Matrix Functions .366 Vector Relational Functions .367 Texture Lookup Functions .369 Derivative Functions .371 C. Shading Language Grammar .375 D. ES Framework API .385 Framework Core Functions .385 Transformation Functions .390 E. OpenGL ES 2.0 on the ¡Phone 3GS .395 Getting Started with the iPhone SDK 3.0.396 Getting the Sample Code for the iPhone .396 Building the Sample Code Using Xcode .397 Porting the Sample Code to the iPhone .399 ObjectiveC .399 Creating an OpenGL ES 2.0 Rendering Surface .400 Using a Framebuffer Object for Rendering .401 Discussion of a Complete Example .401 EAGLView.h Header File .401 EAGLView.m Source File .403 Transitioning frorn OpenGL ES 1.1 to OpenGL ES 2.0.411 Conclusion .412 Index .413
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spellingShingle	Munshi, Aaftab Ginsburg, Dan Shreiner, Dave OpenGL ES 2.0 programming guide OpenGL Computer graphics Specifications Application program interfaces (Computer software) Computer programming Computergrafik (DE-588)4010450-3 gnd OpenGL (DE-588)4391716-1 gnd
subject_GND	(DE-588)4010450-3 (DE-588)4391716-1
title	OpenGL ES 2.0 programming guide
title_alt	Open GL ES 2.0 programming guide Open GL
title_auth	OpenGL ES 2.0 programming guide
title_exact_search	OpenGL ES 2.0 programming guide
title_exact_search_txtP	OpenGL ES 2.0 programming guide
title_full	OpenGL ES 2.0 programming guide Aaftab Munshi ; Dan Ginsburg ; Dave Shreiner
title_fullStr	OpenGL ES 2.0 programming guide Aaftab Munshi ; Dan Ginsburg ; Dave Shreiner
title_full_unstemmed	OpenGL ES 2.0 programming guide Aaftab Munshi ; Dan Ginsburg ; Dave Shreiner
title_short	OpenGL ES 2.0 programming guide
title_sort	opengl es 2 0 programming guide
topic	OpenGL Computer graphics Specifications Application program interfaces (Computer software) Computer programming Computergrafik (DE-588)4010450-3 gnd OpenGL (DE-588)4391716-1 gnd
topic_facet	OpenGL Computer graphics Specifications Application program interfaces (Computer software) Computer programming Computergrafik
url	http://bvbr.bib-bvb.de:8991/F?func=service&doc_library=BVB01&local_base=BVB01&doc_number=016729628&sequence=000002&line_number=0001&func_code=DB_RECORDS&service_type=MEDIA
work_keys_str_mv	AT munshiaaftab opengles20programmingguide AT ginsburgdan opengles20programmingguide AT shreinerdave opengles20programmingguide AT munshiaaftab opengl AT ginsburgdan opengl AT shreinerdave opengl

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