Verfügbarkeit: OpenGL insights

OpenGL insights:

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Weitere Verfasser:	Cozzi, Patrick (HerausgeberIn)
Format:	Buch
Sprache:	English
Veröffentlicht:	Boca Raton, Fla. [u.a.] CRC Press 2012
Schlagworte:	OpenGL Computergrafik OpenGL. Computer graphics. Rendering (Computer graphics)
Online-Zugang:	Inhaltsverzeichnis
Beschreibung:	Includes bibliographical references and index
Beschreibung:	XXXI,679 S. Ill., graph. Darst. 24 cm 1 Beilage "OpenGL pipeline map"
ISBN:	9781439893760 1439893764

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adam_text	Titel: OpenGL insights Autor: Cozzi, Patrick Jahr: 2012 Contents Foreword xxi Barthold Lichtenbelt Preface xxiii Tips xxv ii I Discovering 1 1 Teaching Computer Graphics Starting with Shader-Based OpenGL 3 openGL Edward Angel 1.1 Introduction........................... 3 1.2 A Basic Course.......................... 4 1.3 Hello World in OpenGL: Old Style............... 4 1.4 Starting with Programmable Pipelines.............. 6 1.5 Hello World: New Style..................... 8 1.6 The Rest of the Course ..................... 10 1.7 Conclusion ........................... 15 Bibliography.............................. 16 2 Transitioning Students to Post-Deprecation OpenGL 17 openGL Mike Bailey 2.1 Introduction........................... 17 2.2 Naming Shader Variables: Introduction............. 18 2.3 Naming Shader Variables: Details................ 18 2.4 Indexed Vertex Buffer Object C++ Class............. 20 2.5 GLSLProgram C++ Class.................... 23 2.6 Conclusion ........................... 26 Bibliography.............................. 26 VII Contents openGL 3 WebGL for OpenGL Developers 27 webGL Patrick Cozzi and Scott Hunter 3.1 Introduction........................... 27 3.2 The Benefits of WebGL..................... 28 3.3 Security............................. 34 3.4 Deploying Shaders........................ 36 3.5 The JavaScript Language..................... 37 3.6 Resources............................ 45 Bibliography.............................. 45 webGL 4 Porting Mobile Apps to WebGL 47 OpenGLES Ashraf Samy Hegab 4.1 Introduction........................... 47 4.2 OpenGL across Platforms.................... 47 4.3 Getting Started ......................... 48 4.4 Loading Textures......................... 51 4.5 Camera and Matrices ...................... 53 4.6 Controls............................. 54 4.7 Other Considerations...................... 56 4.8 Maintenance........................... 57 4.9 Conclusion ........................... 58 Bibliography.............................. 59 openGL 5 The GLSL Shader Interfaces 61 Christophe Riccio 5.1 Introduction........................... 61 5.2 Variables and Blocks....................... 62 5.3 Locations ............................ 64 5.4 Matching Interfaces....................... 68 5.5 Working with Semantics..................... 77 5.6 Application-Side Validations for Debug Build Only....... 82 5.7 Conclusion ........................... 85 Bibliography.............................. 86 openGL 6 An Introduction to Tessellation Shaders 87 Philip Rideout and Dirk Van Gelder 6.1 Introduction........................... 87 6.2 The New Shading Pipeline.................... 90 6.3 Tessellating a Teapot....................... 99 6.4 Isolines and Spirals........................ 102 6.5 Incorporating Other OpenGL Features............. 103 Bibliography.............................. 104 Contents 7 Procedural Textures in GLSL 105 openGL Stefan Gustavson WebGL 7.1 Introduction........................... 105 pen 7.2 Simple Functions ........................ 107 7.3 Antialiasing........................... 108 7.4 Perlin Noise........................... 110 7.5 WorleyNoise .......................... 113 7.6 Animation............................ 115 7.7 Texture Images.......................... 115 7.8 Performance........................... 118 7.9 Conclusion ........................... 119 Bibliography.............................. 119 8 OpenGL SC Emulation Based on OpenGL and OpenGL ES 121 openGL Hwanyong Lee and Nakhoon Baek OpenGLes 8.1 Introduction........................... 121 °PenGLSC 8.2 OpenGL SC Implementations.................. 123 8.3 Design and Implementation................... 125 8.4 Results.............................. 129 8.5 Conclusion ........................... 131 Bibliography.............................. 131 9 Mixing Graphics and Compute with Multiple GPUs 133 openGL Alina Alt 9.1 Introduction........................... 133 9.2 Graphics and Compute Interoperability on an API Level .... 134 9.3 Graphics and Compute Interoperability on a System Level ... 138 9.4 Conclusion ........................... 142 Bibliography.............................. 142 II Rendering Techniques 143 10 GPU Tessellation: We Still Have a LOD of Terrain to Cover 145 openGL Antonio Ramires Fernandes and Bruno Oliveira 10.1 Introduction........................... 145 10.2 Rendering Terrains with OpenGL GPU Tessellation....... 146 10.3 A Simple Approach to Dynamic Level of Detail......... 149 10.4 Roughness: When Detail Matters................ 152 10.5 Crunching Numbers, or Is This All That Matters?........ 153 10.6 Conclusion ........................... 160 Bibliography.............................. 160 Contents openGL 11 Antialiased Volumetric Lines Using Shader-Based Extrusion 163 WebGL Sebastien Hillaire penGLES 11.1 Introduction........................... 163 11.2 Antialiased Lines Using Postprocess Antialiasing......... 164 11.3 Antialiased Volumetric Lines Using Geometry Extrusion .... 165 11.4 Performance........................... 169 11.5 Conclusion ........................... 170 Bibliography.............................. 171 openGL 12 2D Shape Rendering by Distance Fields 173 WebGL Stefan Gustavson penGLES 12.1 Introduction........................... 173 12.2 Method Overview........................ 174 12.3 Better Distance Fields...................... 176 12.4 Distance Textures........................ 176 12.5 Hardware Accelerated Distance Transform............ 177 12.6 Fragment Rendering....................... 177 12.7 Special Effects.......................... 179 12.8 Performance........................... 180 12.9 Shortcomings.......................... 180 12.10Conclusion ........................... 181 Bibliography.............................. 182 webGL 13 Efficient Text Rendering in WebGL 183 Benjamin Encz 13.1 Introduction........................... 183 13.2 Canvas-Based Font Rendering.................. 184 13.3 Bitmap Font Rendering..................... 187 13.4 Comparison........................... 190 13.5 Conclusion ........................... 194 Bibliography.............................. 194 OpenGL 14 Layered Textures Rendering Pipeline 195 Dzmitry Malyshau 14.1 Introduction........................... 195 14.2 Layered Pipeline......................... 197 14.3 Results.............................. 202 Bibliography.............................. 204 Contents xi 15 Depth of Field with Bokeh Rendering 205 openGL Charles de Rousiers and Matt Pettineo 15.1 Introduction........................... 205 15-2 Depth of Field Phenomemon.................. 206 15.3 Related Work.......................... 208 15.4 Algorithm............................ 209 15.5 Results.............................. 214 15.6 Discussion............................ 216 15-7 Conclusion ........................... 216 Bibliography.............................. 217 16 Shadow Proxies 219 openGL Jochem van der Spek 16.1 Introduction........................... 219 16.2 Anatomy of a Shadow Proxy................... 221 16.3 Setting Up the Pipeline ..................... 223 16.4 The ShadowProxy-Enabled Fragment Shader.......... 224 16.5 Modulating the Shadow Volume................. 226 16.6 Performance........................... 227 16.7 Conclusion and Future Work.................. 228 Bibliography.............................. 228 III Bending the Pipeline 229 17 Real-Time Physically Based Deformation Using Transform Feedback 231 openGL Muhammad Mobeen Movania and Lin Feng 17.1 Introduction........................... 231 17.2 Hardware Support and Evolution of Transform Feedback .... 232 17-3 The Mechanism of Transform Feedback............. 233 17.4 Mathematical Model....................... 234 17.5 Implementation......................... 238 17.6 Experimental Results and Comparisons............. 244 17.7 Conclusion ........................... 245 Bibliography.............................. 245 18 Hierarchical Depth Culling and Bounding-Box Management on the GPU 247 openGL Dzmitry Malyshau 18.1 Introduction........................... 247 18.2 Pipeline............................. 248 XII Contents 18.3 Order of Operations....................... 254 18.4 Experimental Results....................... 255 18.5 Conclusion and Future Work.................. 257 Bibliography.............................. 257 19 Massive Number of Shadow-Casting Lights with Layered openGL Rendering 259 Daniel Rakos 19.1 Introduction........................... 259 19.2 Traditional Shadow Map Rendering in OpenGL......... 260 19.3 Our Shadow Map Generation Algorithm............ 263 19.4 Performance........................... 265 19.5 Advanced Techniques...................... 275 19.6 Limitations ........................... 276 19.7 Conclusion ........................... 277 Bibliography.............................. 278 openGL 20 Efficient Layered Fragment Buffer Techniques 279 Pyareia! Knowles, Geoff Leach, and Fabio Zambetta 20.1 Introduction........................... 279 20.2 Related Work.......................... 281 20.3 The Linked-List LFB ...................... 282 20.4 The Linearized LFB....................... 283 20.5 Performance Results....................... 286 20.6 Conclusion ........................... 290 Bibliography.............................. 290 openGL 21 Programmable Vertex Pulling 293 Daniel Rakos 21.1 Introduction........................... 293 21.2 Implementation......................... 294 21.3 Performance........................... 296 21.4 Application ........................... 298 21.5 Limitations ........................... 299 21.6 Conclusion ........................... 300 Bibliography.............................. 300 22 Octree-Based Sparse Voxelization Using the GPU Hardware openGL Rasterizer 303 Cyril Crassin and Simon Green 22.1 Introduction........................... 303 22.2 Previous Work.......................... 304 Contents 22.3 Unrestricted Memory Access in GLSL.............. 305 22.4 Simple Voxelization Pipeline................... 306 22.5 Sparse Voxelization into an Octree................ 312 22.6 Conclusion ........................... 317 Bibliography.............................. 317 IV Performance 321 23 Performance Tuning for Tile-Based Architectures 323 webGL Bruce Merry openGLES 23.1 Introduction........................... 323 23.2 Background........................... 324 23.3 Clearing and Discarding the Framebuffer............ 326 23.4 Incremental Frame Updates................... 328 23.5 Flushing............................. 329 23.6 Latency............................. 330 23.7 Hidden Surface Removal..................... 332 23.8 Blending............................. 333 23.9 Multisampling.......................... 333 23. lOPerformance Profiling...................... 334 23.11 Summary ............................ 335 Bibliography.............................. 335 24 Exploring Mobile vs. Desktop OpenGL Performance 337 openGL Jon McCaffrey WebGL ix 1 t J • 22-7 OpenGLES 24.1 Introduction........................... 337 24.2 Important Differences and Constraints ............. 338 24.3 Reducing Memory Bandwidth.................. 341 24.4 Reducing Fragment Workload.................. 345 24.5 Vertex Shading.......................... 349 24.6 Conclusion ........................... 350 Bibliography.............................. 351 25 Improving Performance by Reducing Calls to the Driver 353 OpenGL Sebastien Hillaire 25.1 Introduction........................... 353 25.2 Efficient OpenGL States Usage ................. 354 25.3 Batching and Instancing..................... 357 25.4 Conclusion ........................... 362 Bibliography.............................. 362 Contents openGL 26 Indexing Multiple Vertex Arrays 365 WebGL Arnaud Masserann 26.1 Introduction........................... 365 26.2 The Problem........................... 365 26.3 An Algorithm.......................... 368 26.4 Vertex Comparison Methods................... 369 26.5 Performance........................... 371 26.6 Conclusion ........................... 373 Bibliography.............................. 373 openGL 27 Multi-GPU Rendering on NVIDIA Quadro 375 Shalini Venkataraman 27.1 Introduction........................... 375 27.2 Previous Scaling Approaches................... 376 27.3 Targeting a Specific GPU for Rendering............. 377 27.4 Optimized Data Transfer between GPUs ............ 382 27.5 Application Structure for Multi-GPU.............. 383 27.6 Parallel Rendering Methodologies................ 385 27.7 Conclusion ........................... 388 Bibliography.............................. 388 V Transfers 389 openGL 28 Asynchronous Buffer Transfers 391 Ladislav Hrabcak and Arnaud Masserann 28.1 Introduction........................... 391 28.2 Buffer Objects.......................... 392 28.3 Upload.............................. 398 28.4 Download............................ 402 28.5 Copy............................... 405 28.6 Multithreading and Shared Contexts............... 405 28.7 Usage Scenario.......................... 408 28.8 Conclusion ........................... 413 Bibliography.............................. 414 openGL 29 Fermi Asynchronous Texture Transfers 415 Shalini Venkataraman 29.1 Introduction........................... 415 29.2 OpenGL Command Buffer Execution.............. 417 Contents 29.3 Current Texture Transfer Approaches.............. 418 29.4 GPU Asynchronous Texture Transfers.............. 421 29.5 Implementation Details..................... 423 29.6 Results and Analysis....................... 425 29.7 Conclusion ........................... 429 Bibliography.............................. 430 30 WebGL Models: End-to-End 431 webGL Won Chun 30.1 Introduction........................... 431 30.2 Life of a 3D Model ....................... 432 30.3 A Coherent Whole........................ 441 30.4 Key Improvements........................ 447 30.5 Conclusion ........................... 452 Bibliography.............................. 452 31 In-Game Video Capture with Real-Time Texture Compression 455 openGL Brano Kemen 31.1 Introduction........................... 455 31.2 Overview of DXT Compression................. 456 31.3 DXT Compression Algorithms ................. 456 31.4 Transformation to YUV Style Color Spaces........... 458 31.5 Comparison........................... 460 31.6 Using Real-Time DXT Compression for Procedural Content and Video Capture.......................... 462 31.7 Conclusion ........................... 465 Bibliography.............................. 466 32 An OpenGL-Friendly Geometry File Format and Its Maya Exporter 467 openGL Adrien Herubel and Venceslas Biri OpenGLES 32.1 Introduction........................... 467 32.2 Manifesto............................ 468 32.3 The Drone Format........................ 469 32.4 Writing a Maya File Translator.................. 474 32.5 Results.............................. 477 32.6 Conclusion ........................... 479 Bibliography.............................. 479 xvi Contents VI Debugging and Profiling 481 33 ARB_debug_output: A Helping Hand for Desperate OpenGL Developers 483 Antonio Ramires Fernandesand Bruno Oliveira 33.1 Introduction........................... 483 33.2 Exposing the Extension ..................... 484 33.3 Using a Callback Function.................... 484 33.4 Sorting Through the Cause of Events.............. 485 33.5 Accessing the Message Log.................... 486 33.6 Adding Custom User Events to the Log............. 487 33.7 Controlling the Event Output Volume.............. 488 33.8 Preventing Impact on the Final Release............. 488 33.9 Clash of the Titans: Implementation Strategies ......... 489 33.10Further Thoughts on Debugging ................ 491 33.11 Conclusion ........................... 491 Bibliography.............................. 492 OpenGL 34 The OpenGL Timer Query 493 Christopher Lux 34.1 Introduction........................... 493 34.2 Measuring OpenGL Execution Times.............. 495 34.3 Conclusion ........................... 501 Bibliography.............................. 502 openGL 35 A Real-Time Profiling Tool 503 Lionel Fuentes 35.1 Introduction........................... 503 35.2 Scope and Requirements..................... 504 35.3 Design of the Tool........................ 505 35.4 Implementation......................... 507 35.5 Using the Profiler........................ 510 35.6 Conclusions........................... 512 Bibliography.............................. 512 WebGL 36 Browser Graphics Analysis and Optimizations 513 Chris Dirks and Omar A. Rodriguez 36.1 Introduction........................... 513 36.2 The Stages of Bloom....................... 514 36.3 Overhead of Bloom....................... 515 36.4 Analyzing WebGL Applications................. 516 36.5 Analysis Workflow on Windows................. 519 Contents xvii 36.6 Optimized Bloom........................ 522 36.7 Conclusion ........................... 526 Bibliography.............................. 526 37 Performance State Tracking 527 openGL Aleksandar Dimitrijevic 37.1 Introduction........................... 527 37.2 Power Consumption Policies................... 528 37.3 P-State Tracking Using NVAPI ................. 528 37.4 P-State Tracking Using ADL................... 532 37.5 Conclusion ........................... 533 Bibliography.............................. 534 38 Monitoring Graphics Memory Usage 535 openGL Aleksandar Dimitrijevic 38.1 Introduction........................... 535 38.2 Graphics Memory Allocation .................. 536 38.3 Querying Memory Status on NVIDIA Cards.......... 537 38.4 Querying Memory Status on AMD Cards............ 538 38.5 Conclusion ........................... 540 Bibliography.............................. 540 VII Software Design 541 39 The ANGLE Project: Implementing OpenGL ES 2.0 on Direct3D 543 webGL Daniel Koch and Nicolas Capens OpenGLES 39.1 Introduction........................... 543 39.2 Background........................... 543 39.3 Implementation......................... 544 39.4 Future Work........................... 568 39.5 Conclusion ........................... 568 39.6 Source Code........................... 569 Bibliography.............................. 569 40 SceneJS: A WebGL-Based Scene Graph Engine 571 webGL Lindsay Kay 40.1 Introduction........................... 571 40.2 Efficiently Abstracting WebGL.................. 572 40.3 Optimizing the Scene...................... 578 xviii Contents 40.4 Picking.............................. 580 40.5 Conclusion ........................... 581 Bibliography.............................. 581 webGL 41 Features and Design Choices in SpiderGL 583 Marco Di Benedetto, Fabio Ganovelli, and Francesco Banterle 41.1 Introduction........................... 583 41.2 Library Architecture....................... 584 41.3 Representing 3D Objects .................... 585 41.4 Direct Access to WebGL Object State.............. 590 41.5 WebGLObject Wrappers..................... 598 41.6 Conclusion ........................... 602 Bibliography.............................. 603 webGL 42 Multimodal Interactive Simulations on the Web 605 Tansel Halic, Woojin Ahn, Suvranu De 42.1 Introduction........................... 605 42.2 /7-SoFMIS Design and Definitions of Modules......... 606 42.3 Framework Implementation................... 607 42.4 Rendering Module........................ 609 42.5 Simulation Module....................... 611 42.6 Hardware Module........................ 613 42.7 Case Study: LAGB Simulator.................. 614 42.8 Conclusion ........................... 619 Bibliography.............................. 619 openGL 43 A Subset Approach to Using OpenGL and OpenGL ES 621 OpenGLES Jesse Barker and Alexandros Frantzis 43.1 Introduction........................... 621 43.2 Making Legacy Code Modern.................. 622 43.3 Keeping Code Maintainable across API Variants......... 626 43.4 What if I Need a Specific Piece of Functionality? ........ 633 43.5 Conclusion ........................... 633 Bibliography.............................. 634 openGL 44 The Build Syndrome 635 OpenGLES Jochem van der Spek and Daniel Dekkers 44.1 Introduction........................... 635 44.2 Using Utility Libraries...................... 637 44.3 OpenGL Agnosticism...................... 640 44.4 Configuration Spaces ...................... 642 44.5 Metabuilds and CMake..................... 643 Contents 44.6 CMake and the Configuration Space .............. 644 44.7 CMake and Platform Specifics.................. 648 44.8 Conclusion ........................... 654 Bibliography.............................. 654 About the Contributors 657 Index 673
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spelling	OpenGL insights edited by Patrick Cozzi ... Boca Raton, Fla. [u.a.] CRC Press 2012 XXXI,679 S. Ill., graph. Darst. 24 cm 1 Beilage "OpenGL pipeline map" txt rdacontent n rdamedia nc rdacarrier Includes bibliographical references and index OpenGL (DE-588)4391716-1 gnd rswk-swf Computergrafik (DE-588)4010450-3 gnd rswk-swf OpenGL. Computer graphics. Rendering (Computer graphics) OpenGL (DE-588)4391716-1 s Computergrafik (DE-588)4010450-3 s DE-604 Cozzi, Patrick edt HBZ Datenaustausch application/pdf http://bvbr.bib-bvb.de:8991/F?func=service&doc_library=BVB01&local_base=BVB01&doc_number=025190738&sequence=000002&line_number=0001&func_code=DB_RECORDS&service_type=MEDIA Inhaltsverzeichnis
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title	OpenGL insights
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title_fullStr	OpenGL insights edited by Patrick Cozzi ...
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