Search Results for "gpu-g"

... unsupported features, such as shared resources, predication, class linkage and target-independent rasterization. To get the best results out of this project, it is recommended that you use an esync-enabled Wine build to reduce CPU overhead in some games, and to disable desktop effects on your compositor, as this can cause stuttering issues when games are GPU-bound.

VirtualGL redirects 3D commands from a Unix/Linux OpenGL application onto a server-side GPU and converts the rendered 3D images into a video stream with which remote clients can interact to view and control the 3D application in real time.

CIRT is an implementation of PRTP (Programmable Ray Tracing Pipeline). Mainly it is to be used as a ray-tracing equivalent of OpenGL. It allows the user to implement various ray-tracing related algorithms.

Vivid is a modern C++ 3D engine using OpenGL4+. It is written using Visual C++ 2022, and relies on several open source projects to achieve it's goal of making it easy and run to make modern games with it.

landshade is a C++ library for quick tesselation of complex 3D data like terrain and other curves surfaces at different levels of detail on modern graphics hardware.

osgXI is a general interface of GPU effects, resource managers, and game developing components. It also includes a NVIDIA CG module and an Autodesk Maya exporter for use. osgXI is based on the OpenSceneGraph project.

A Lightweighted Toolkit For Volume Rendering Project Started by Fei Yang Provide both CPU based and GPU (CUDA) based volume rendering. See http://www.fei-yang.org/?page_id=12 for complete descriptions and package downloads VolTK is a free C++ Toolkit that implements a tri-layer volume rendering framework, which is designed to meet the requirements of both algorithm research and application assemblage. Features * Tri-layer volume rendering * CPU implementation: multi-threading...

Linderdaum Engine is an open source purely object-oriented 3D gaming engine written in C++. It is designed to be an integrated solution for the development of interactive 3D applications, for game, industrial and scientific visualization.

Renderer for flam3 cosmic recursive fractal flames implemented on GPU. Requires a CUDA-capable graphics card.

Equalizer is the standard middleware to create parallel OpenGL-based applications. Please visit https://github.com/Eyescale for current development information.

lmesh is a 3D render implemented local illumination such as Gouraud and Phong. Currently it is written by C++ and does not depend on the GPU instructions or any exsiting 3D libraries. It plans to achieve more realistic effects in the future

A small, simple open-source rendering engine that uses OpenGL ES 2.0 - OpenGL 3.0> API, providing support for mobile and desktop platforms. Driven by the latest shader pipeline and GPU buffers, it supports fast next generation rendering techniques.

UnBlackBox is a GPU debugging tool and a performance analyzer for 3D graphics applications.

GPU library for simple development of OpenGL-based GPGPU applications, offscreen rendering and shading techniques.

A raytracer implementation that distributes the computation on several CPUs and GPU.

iamar browser is a GPU web browser that displays 3d specific contents. Instead of html, it run on a scripting language called semblis. Together with mesh made from blender, it makes 3d game production extremely easy.

BrokenFinger is a collection of demo 3D programs showing latest implementation in the areas of: Document Object Model, GPU Bound Processing, and Procedural Modeling(e.g. CGA Shape).

This software can be used for relief and normal maps calculation by 3D sculptors and designers. Reliefer can be called from Blender by means of Python script. It's a GPU-based visual computing application so requres OpenGL 2 compitable video subsystem.

We have implemented a raytracer in both CTM and DirectX (through brook). On modern architectures the raytracer gets between 10 and 20 million rays per second on 300,000 polygon scenes.... and even more on quake levels and other scenes.

The Hardware Assisted Visibility Sorting (HAVS) algorithm is a GPU-based, direct volume renderer for unstructured grids. The algorithm operates in both object- and images-space and includes a sample-based, dynamic level-of-detail algorithm.

Sh is a predecessor to the RapidMind Multi-core Development Platform, a metaprogramming language for programmable GPUs. It is the result of research at the University of Waterloo Computer Graphics Lab.

Jorik is about using graphics processing units in general purpose (GPGPU) computations: parallel sorting, dynamic PDE and image processing. Jorik is written on C++/DirectX/HSLS, supports both ATI and nVidia cards. It suits for not-gaming GPU benchmarking.

GPU based Ray Tracer using GLSL and HLSL

Importance-driven rendering on GPU using polygons instead of volumetric data.

SIGGARA (Simple GPU Accelerated Realtime RAytracing Renderer) is a simple rendering engine implementing a bunch of raytracing algorithms. Later we will use CUDA to render directly on the Graphicscard GPU