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Spis treści

Programming 3D Applications with HTML5 and WebGL. 3D Animation and Visualization for Web Pages eBook -- spis treści

• Programming 3D Applications with HTML5 and WebGL
• Preface
  • Audience
  • How This Book Is Organized
  • Conventions Used in This Book
  • This Books Example Files
  • Using Code Examples
  • Safari Books Online
  • How to Contact Us
  • Acknowledgments
• I. Foundations
  • 1. Introduction
    • HTML5: A New Visual Medium
      • The Browser as Platform
      • Browser Realities
    • 3D Graphics Basics
      • What Is 3D?
      • 3D Coordinate Systems
      • Meshes, Polygons, and Vertices
      • Materials, Textures, and Lights
      • Transforms and Matrices
      • Cameras, Perspective, Viewports, and Projections
      • Shaders
  • 2. WebGL: Real-Time 3D Rendering
    • WebGL Basics
    • The WebGL API
    • The Anatomy of a WebGL Application
    • A Simple WebGL Example
      • The Canvas Element and WebGL Drawing Context
      • The Viewport
      • Buffers, ArrayBuffer, and Typed Arrays
      • Matrices
      • The Shader
      • Drawing Primitives
    • Creating 3D Geometry
    • Adding Animation
    • Using Texture Maps
    • Chapter Summary
  • 3. Three.jsA JavaScript 3D Engine
    • Three.js Flagship Projects
    • An Overview of Three.js
      • Setting Up Three.js
      • Three.js Project Structure
    • A Simple Three.js Program
      • Creating the Renderer
      • Creating the Scene
      • Implementing the Run Loop
      • Lighting the Scene
    • Chapter Summary
  • 4. Graphics and Rendering in Three.js
    • Geometry and Meshes
      • Prebuilt Geometry Types
      • Paths, Shapes, and Extrusions
      • The Geometry Base Class
      • BufferGeometry for Optimized Mesh Rendering
      • Importing Meshes from Modeling Packages
    • The Scene Graph and Transform Hierarchy
      • Using Scene Graphs to Manage Scene Complexity
      • Scene Graphs in Three.js
      • Representing Translation, Rotation, and Scale
    • Materials
      • Standard Mesh Materials
      • Adding Realism with Multiple Textures
        • • Bump maps
          • Normal maps
          • Environment maps
    • Lights
    • Shadows
    • Shaders
      • The ShaderMaterial Class: Roll Your Own
      • Using GLSL Shader Code with Three.js
    • Rendering
      • Post-Processing and Multipass Rendering
      • Deferred Rendering
    • Chapter Summary
  • 5. 3D Animation
    • Driving Animation with requestAnimationFrame()
      • Using requestAnimationFrame() in Your Application
      • requestAnimationFrame() and Performance
      • Frame-Based Versus Time-Based Animation
    • Animating by Programmatically Updating Properties
    • Animating Transitions Using Tweens
      • Interpolation
      • The Tween.js Library
      • Easing
    • Using Key Frames for Complex Animations
      • Keyframe.jsA Simple Key Frame Animation Utility
      • Articulated Animation with Key Frames
    • Using Curves and Path Following to Create Smooth, Natural Motion
    • Using Morph Targets for Character and Facial Animation
    • Animating Characters with Skinning
    • Animating Using Shaders
    • Chapter Summary
  • 6. CSS3: Advanced Page Effects
    • CSS Transforms
      • Using 3D Transforms
      • Applying Perspective
      • Creating a Transform Hierarchy
      • Controlling Backface Rendering
      • A Summary of CSS Transform Properties
    • CSS Transitions
    • CSS Animations
    • Pushing the Envelope of CSS
      • Rendering 3D Objects
      • Rendering 3D Environments
      • Using CSS Custom Filters for Advanced Shader Effects
      • Rendering CSS 3D Using Three.js
    • Chapter Summary
  • 7. Canvas: Universal 2D Drawing
    • Canvas Basics
      • The Canvas Element and 2D Drawing Context
      • Canvas API Features
    • Rendering 3D with the Canvas API
    • Canvas-Based 3D Libraries
      • K3D
      • The Three.js Canvas Renderer
        • Using the Three.js Canvas renderer
        • Comparing the Canvas renderer to the WebGL renderer
    • Chapter Summary
• II. Application Development Techniques
  • 8. The 3D Content Pipeline
    • The 3D Creation Process
      • Modeling
      • Texture Mapping
      • Animation
      • Technical Art
    • 3D Modeling and Animation Tools
      • Traditional 3D Software Packages
        • Autodesk 3ds Max, Maya, and MotionBuilder
        • Blender
        • Trimble SketchUp
        • Poser
      • Browser-Based Integrated Environments
        • Verold
        • Sketchfab
        • SculptGL
        • Shadertoy
      • 3D Repositories and Stock Art
    • 3D File Formats
      • Model Formats
        • Wavefront OBJ
        • STL
      • Animation Formats
        • id Software animation formats: MD2 and MD5
        • BVH: The motion capture data format
      • Full-Featured Scene Formats
        • VRML and X3D
        • COLLADA: The digital asset exchange format
        • glTF: A new format for WebGL, OpenGL ES, and OpenGL applications
        • Autodesk FBX
    • Loading Content into WebGL Applications
      • The Three.js JSON Format
      • The Three.js Binary Format
      • Loading a COLLADA Scene with Three.js
      • Loading a glTF Scene with Three.js
    • Chapter Summary
  • 9. 3D Engines and Frameworks
    • 3D Framework Concepts
      • What Is a Framework?
      • WebGL Framework Requirements
    • A Survey of WebGL Frameworks
      • Game Engines
      • Presentation Frameworks
        • tQuery
        • Voodoo.js
        • PhiloGL
    • Vizi: A Component-Based Framework for Visual Web Applications
      • Background and Design Philosophy
      • The Vizi Architecture
      • Getting Started with Vizi
      • A Simple Vizi Application
        • Adding interaction
        • Adding multiple behaviors
    • Chapter Summary
  • 10. Developing a Simple 3D Application
    • Designing the Application
    • Creating the 3D Content
      • Exporting the Maya Scene to COLLADA
      • Converting the COLLADA File to glTF
    • Previewing and Testing the 3D Content
      • A Vizi-Based Previewer Tool
      • The Vizi Viewer Class
      • The Vizi Loader Class
    • Integrating the 3D into the Application
    • Developing 3D Behaviors and Interactions
      • Vizi Scene Graph API Methods: findNode() and map()
      • Animating Transparency with Vizi.FadeBehavior
      • Auto-Rotating the Content with Vizi.RotateBehavior
      • Implementing Rollovers Using Vizi.Picker
      • Controlling Animations from the User Interface
      • Changing Colors Using the Color Picker
    • Chapter Summary
  • 11. Developing a 3D Environment
    • Creating the Environment Art
    • Previewing and Testing the Environment
      • Previewing the Scene in First-Person Mode
      • Inspecting the Scene Graph
      • Inspecting Object Properties
      • Displaying Bounding Boxes
      • Previewing Multiple Objects
      • Using the Previewer to Find Other Scene Issues
    • Creating a 3D Background Using a Skybox
      • 3D Skyboxes
      • The Vizi Skybox Object
    • Integrating the 3D Content into the Application
      • Loading and Initializing the Environment
      • Loading and Initializing the Car Model
    • Implementing First-Person Navigation
      • Camera Controllers
      • First-Person Controller: The Math
      • Mouse Look
      • Simple Collision Detection
    • Working with Multiple Cameras
    • Creating Timed and Animated Transitions
    • Scripting Object Behaviors
      • Implementing Custom Components Based on Vizi.Script
      • A Controller Script to Drive the Car
        • Detecting collisions between the car and scene
        • Implementing collision response
        • Implementing terrain following
    • Adding Sound to the Environment
    • Rendering Dynamic Textures
    • Chapter Summary
  • 12. Developing Mobile 3D Applications
    • Mobile 3D Platforms
    • Developing for Mobile Browsers
      • Adding Touch Support
        • Implementing touch-based model rotation in the viewer
        • Implementing multitouch-based model zoom
        • Turning off user scaling in the web page
        • Adding Vizi.Picker touch events to the Futurgo model
      • Debugging Mobile Functionality in Desktop Chrome
    • Creating Web Apps
      • Web App Development and Testing Tools
      • Packaging Web Apps for Distribution
    • Developing Native/HTML5 Hybrid Applications
      • CocoonJS: A Technology to Make HTML Games and Applications for Mobile Devices
      • Assembling an Application with CocoonJS
        • Creating the main and overlay views
        • Managing communication between the canvas and overlay views
      • Hybrid WebGL Development: The Bottom Line
    • Mobile 3D Performance
    • Chapter Summary
• A. Resources
  • WebGL Resources
    • The WebGL Specification
    • WebGL Mailing Lists and Forums
    • WebGL Blogs and Demo Sites
    • WebGL Community Sites
  • CSS3 Resources
    • CSS3 Specifications
    • CSS3 Blogs and Demo Sites
  • Canvas Resources
    • Canvas 2D Context Specification
    • Canvas 2D Tutorials
  • Frameworks, Libraries, and Tools
    • 3D Development Libraries
    • 3D Game Engines
    • 3D Presentation Frameworks
    • 3D Authoring Tools
      • Traditional modeling and animation packages
      • Browser-based integrated environments
    • Animation Frameworks
    • Debugging and Profiling WebGL Applications
    • Mobile 3D Development Resources
  • 3D File Format Specifications
    • Model Formats
    • Animation Formats
    • Full-Scene Formats
  • Related Technologies
    • Pointer Lock API
    • Page Visibility API
    • WebSockets and WebRTC
    • Web Workers
    • IndexedDB and Filesystem APIs
• Index
• Colophon
• Copyright