Game and Graphics Programming for iOS and Android® with OpenGL® ES 2.0 -- Contents -- Introduction -- Chapter 1: Getting Started -- Software Requirements -- For iOS Developers -- For Android Developers -- Downloading the Book's SDK -- Importing Projects -- For iOS Developers -- For Android Developers -- The Template -- Summary -- Chapter 2: Setting Up Your Graphic Projections -- The Three Basic Types of Projections -- Orthographic 2D Projection -- Program and Project Initialization -- Vertex and Fragment Shader -- Linking a Shader Program -- The Drawing Code -- Orthographic Projection -- Getting Orthographic -- Perspective Projection -- Summary -- Chapter 3: Dealing With Complex Geometry -- The Wavefront File Format -- Cube.obj -- Cube.mtl -- Preparing the OBJ Viewer Code -- Loading an OBJ -- Building the Shaders -- The Vertex Shader -- The Fragment Shader -- Vertex Buffer Object -- Storing the Vertex Data -- Building the Vertex Data Array VBO -- Building the Element Array VBO -- Building the VAO -- Rendering Momo -- Handling Touche -- Per-Vertex Lighting -- Vertex Shader Light Calculation -- Modifying the Fragment Shader -- More Uniforms -- Making Momo Furrier -- Loading the Texture -- Adjusting the Vertex Data -- Adding UV Support to the Vertex Shader -- Adding Texture Support to Your Fragment Shader -- Binding the Texture -- Summary -- Chapter 4: Building a Scene -- Handling Multiple Objects -- The Code Structure -- Loading and Drawing the Scene -- The Shaders Code -- The Different Object Types -- The Drawing Sequence -- Fixing the Scene -- Uber Shader -- Using Your Uber Shader -- Render Loop Objects Categorization -- Double-Sided -- Per-Pixel Lighting -- Making the Vertex Shader Even Fatter -- Getting the Fragment Shader More Uber -- Wrapping up the Implementation -- Summary -- Chapter 5: Optimization -- The Base App.

Triangles to Triangle Strips -- Building Triangle Strips -- Texture Optimization -- Adding 16-Bit Texture Conversion -- PVR Texture Compression -- Faking Details -- Bump Mapping Implementation -- Precision Qualifiers Optimization -- The Normal Map Lighting Calculation -- Adding Specularity -- Geometry and Shaders LOD -- Texture Atlas -- Managing States in Software -- Automatic Shader Optimization -- Summary -- Chapter 6: Real-Time Physics -- Types of Physical Objects -- Physics Shapes -- Using Bullet -- Hello Physics -- Collision Callbacks, Triggers, and Contacts -- Contact-Added Callback -- Near Callback -- Contact Points -- 2D Physics -- More Shapes! -- Building the Physical Objects -- Camera Tracking -- User Interactions -- The Game Logic -- 3D Physics -- The Bullet File Format -- 3D Pinball Game -- Summary -- Chapter 7: Camera -- Touch and Go! -- The Camera Frustum -- How to Build the Frustum -- Frustum Clipping Implementation -- More Clipping Functions -- Camera Fly Mode -- First-Person Camera with Collision Detection -- 3D Camera Tracking -- Third-Person Camera with Collision -- Summary -- Chapter 8: Pathfinding -- Recast and Detour -- Navigation -- Creating the Navigation Mesh -- 3D Physics Picking -- Player's Auto Drive -- Visualizing the Way Points -- Catch Me If You Can! -- Know Your Enemy -- Game State Logic -- Summary -- Chapter 9: Audio and Other Cool Game Programming Stuff -- OpenAL -- OGG Vorbis -- Hello World OpenAL Style -- Initializing OpenAL -- Static in-Memory Sound Playback -- Positional Sound Source -- Piano Game -- Loading a Static and Streamed Sound -- Color Picking -- Piano Game Logic -- Final Adjustments -- Rolling Ball Game -- GFX Shaders -- Linking the Positional Sound Sources -- Accelerometer-Driven Camera -- Cheap FX -- Game Logic and Tweaks -- Summary -- Chapter 10: Advanced Lighting -- Types of Lamps.

Let There Be Light -- Directional Lamp Shader -- Struct as Uniforms -- Point Light -- Point Light Shader Code -- Light Attenuation -- Point Light with Attenuation Code -- The Attenuation Uniforms -- Spherical Point Light -- Tweaking the Point Light Code -- Spot Light -- Spot Light Shader Code -- Multiple Lights -- Making the Shader Program Dynamic -- Summary -- Chapter 11: Advanced Fx -- Render to Texture -- Post-Processing Effects -- First Rendering Pass -- Second Pass -- Fullscreen Pass and Blur Shader -- Projected Texture -- Projector Shader -- Projected Real-Time Shadows -- Casting Shadows Using the Depth Texture -- A Few More Words about the Frame Buffer Object -- Particles -- Summary -- Chapter 12: Skeletal Animation -- Traditional vs. Modern Animation Systems -- The MD5 File Format -- Loading an MD5 Mesh -- Animating the Mesh -- LERP -- SLERP -- Blending Animation -- Additive Blending -- Summary -- Index -- Advertisement.