OpenGL ES 1.1 SDK for Sony Ericsson phones UIQ 3-based phones

The OpenGL ES 1.1 SDK provides documentation, source code and utilities to take advantage of the the OpenGL ES graphics library on the P990, M600 and W950. The SDK is designed for usage with the UIQ 3 SDK and relevant Sony Ericsson extensions.

OpenGL ES 1.0 and OpenGL ES 1.1 PowerVR SDK

The PowerVR OpenGL ES SDKs provide a set of documentation, source code and tools that allows developers to create applications for the following development environments:

• TI OMAP2 Family - Symbian, Linux, Windows Mobile 5 Smartphone, Windows Mobile 5 PocketPC
• ARM VP- Symbian, Linux, WinCE 5
• Intel i2700G - Windows Mobile 2003 Pocket PC (Dell X50v & Dell X51v), Windows Mobile 5.0 Pocket PC (Dell X51v)
• Philips PNX4008 - Symbian UIQ3
• Freescale i.MX31 - Linux
• PC Emulation - Windows XP - OpenGL ES 1.X, Linux

OpenGL ES 1.0 Linux Sample Reference Implementation

Implements the OpenGL ES 1.0 Common and Common-Lite profiles using a desktop OpenGL 1.3+ implementation as a rasterizer. This is not a registered OpenGL ES implementation, but it has been tested against the the OpenGL ES conformance tests.

Java Binding for the OpenGL ES API, JSR 239

Java Binding for the OpenGL ES API (JSR 239) enables access to the low level OpenGL ES 3D graphics library through a standard Java interface. This specification defines a Java ME optional package creating a standard Java interface into the OpenGL ES API and the EGL API for window system binding. JSR 239 requires an underlying native engine that has been certified by Khronos to be conformant with the OpenGL ES and EGL APIs. This engine must support version 1.0 of the OpenGL ES and EGL and all core extensions associated with those APIs. It may optionally support version 1.1 of the OpenGL ES and EGL APIs.

GLUT|ES - The OpenGL ES Utility Toolkit

GLUT|ES is a port of the OpenSource freeglut implementation for WinCE and Win32 systems based on OpenGL ES. Most of GLUT API v.3 functionnalities are present: window creation, callbacks, menus, timers etc. Only functions that cannot exist with OpenGL ES or are not pertinent have not been ported (like overlays, joysticks on PocketPC, etc). It has been compiled, linked and tested successfully with Hybrid Rasteroid, Vincent and Intel 2700G implementations of OpenGL ES 1.1. It is compatible with both OpenGL|ES Common Light (CL) and Common (CM) profiles.

OpenGL ES tutorial on Windows CE (Chinese)

A series of articles on how progamming OpenGL ES on Windows CE, from initialization to use model exported from modeling tool. Articles are written in Chinese.

OpenGL S 1.1 tutorials for Sony Ericsson UIQ 3-based phones

The OpenGL ES tutorials included in the Sony Ericsson SDK for UIQ 3-based phones helps developers get started using the OpenGL ES 1.1 API, taking developers through initialization, how to render a triangle, 3D drawing, basic Texturing, Transform and Lighting, loading of textures and printing text on the screen, and handling optimized geometry including animations.

25 OpenGL ES tutorials using GLUT|ES by ZeusCMD

This set of tutorials teaches you how to create OpenGL ES applications on Windows and Pocket PC. The tutorials guide the programmer through a set of techniques, each one becoming progressively more advanced. Topics include: Setting Up Your Environment, Creating an OpenGL Window, Keyboard and Mouse Input, Rendering, Orthographic and Perspective Projection, Color and Shading, Transformations, Depth, 3D Objects, Backface culling, Lighting, Texture Mapping, Blending, Fog, Masking, Image Loading, and Stencil Buffering.
Available online or as a .zip collection

Getting Started with Rasteroid OpenGL ES for Pocket PC using Pelles C

Simple tutorial on compiling the Rasteroids sample code using Pelles C to run on Pocket PC

An Introduction to BREW and OpenGL ES

This article will go from installing and setting up a BREW development environment and emulator, through to getting an OpenGL ES system up and running and displaying a single triangle.

The two-track OpenGL ES 1.x and 2.x Roadmap

JPR TechWatch - An overview of the two-track roadmap for OpenGL ES: OpenGL ES 1.x and OpenGL ES 2.x. OpenGL ES 1.x is designed for resource restrained platforms like embedded and some handsets. OpenGL ES 2.x is designed for platforms that can take advantage of programmability. (pdf download permission of JPR Techwatch)

OpenGL ES Presentations from Khronos Mobile Forums

PowerVR SDK example programs

Collection of example programs with source code illustrating: a Matrix Skinned Character in combination with DOT3 Per Pixel Lighting; Morphing in combination with multi-texturing; different primitive types; a model being lit with 8 point lights at high performance; cell-shading (a.k.a. Toon shading) effects applied on an animated model; performance increase when using optimized indexed triangle lists; particle effects with frame buffer blending; spherical harmonics and regular diffuse vertex lighting; PolyBump technology developed by Crytek to enhance 3D-rendering quality without increasing the overhead in real-time rendering; various shadow techniques; different texture filter modes; how to use user clip planes; and a transparent vase with dynamic reflections on its metallic sections.

RollerCoaster2005 (780 KB)

When launched, the OpenGL ES 1.1 program first dynamically generates all the vertices of the track for a few second. Then the animation starts with a first turn around the coaster, a fade in/fade out, and the ride starts. (Entry from the 2005 OpenGL ES Coding Challenge) GNU GPL license.

Dancing Flora (5.8 MB)

A self-running demo that can drive 3D flowers to dynamically dance with music. It is implemented with OpenGL ES 1.1 on Windows 2000/XP with pure C/C++. (Entry from the 2005 OpenGL ES Coding Challenge) GNU LGPL license.

glEffects (9.3 MB)

Windows application demonstrates several 2D visual effects using OpenGL ES functions. (Entry from the 2005 OpenGL ES Coding Challenge) GNU GPL license.