RayCore Series 1000 is an ideal real-time ray-tracing GPU IP for mobile and embedded applications. This state-of-the-art GPU IP provides reality-like 3D graphics by fully supporting natural light effects such as reflection, refraction, transmission, and various types of shadow. As an Intel Gold partner, we provide you with a ray tracing GPU solution that has RayCore 1000 integrated into Intel Arria V FPGA. Raycore 1000 API is similar to the OpenGL ES 1.1, which enables users to easily develop their applications.
Water Wave: Image rendered by RayCore 1000
- OS: Ubuntu 18.04.5
- Compiler: GCC 8.4.0
- Hardware device: Altera - Arria V GX Starter Kit or Altera - Stratix V GX FPGA Development Kit
- Clone the repository.
- Install the X11 library.
- Make a directory named linux_x64 in the app/lib directory
- Run the build.sh script.
git clone https://github.com/siliconarts/raycore1000.git
mkdir ./app/lib/linux_x64
sh build.sh
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Follow the instruction in the "RayCore® 1000 Dev Kit Quick Start Guide.pdf" file in the "doc" directory to set up the FPGA hardware.
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Download scene.zip, and uncompress the zip file to the "bin" directory.
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Run demos
- You can change materials' properties in some demos. For example in the "GraphicEffect_Cup" demo, you can press "1" key to select the cup material, and then control its transparency, reflectance or refraction using T, G, R, and F keys. Please, refer to the "RayCore® 1000 API Key_event_and_materials.pdf" in the "doc" directory for more details.
# At the root of the repository unzip scene_data.zip -d ./bin cd bin ./rc_cup- Using the following commands for the "sceneplayer" demos, all input scene data of the "sceneplayer" are in the sceneplayer directory:
# command syntax: ./rc_sceneplayer scene_path [width] [height] cd bin ./rc_sceneplayer ./sceneplayer/basic/bedchair/ 800 480 -
If you want to create your own samples, you can refer to other documents in the "doc" directory.
See License