Search Results for "b-processor"

QuadRay engine is a realtime raytracing project aimed at full SIMD utilization on ARM, MIPS, POWER and x86 architectures. The efficient use of SIMD is achieved by processing four rays at a time to match SIMD register width (hence the name). The rendering core of the engine is written in a unified SIMD assembler allowing single assembler code to be compatible with different processor architectures, thus reducing the need to maintain multiple parallel versions. At present, Intel SSE/SSE2...

Source code and generated images from my 1987 master's degree project: An Adaptive Subdivision Algorithm for the Display of Parametrically Defined Surfaces

B-Maxwell add-on offers seamless integration with Maxwell Render and Blender

An open source multi-platform RayTracer (written in C++, using SDL) for academic purposes. Capable of reading a Scene Description File and rendering that scene. Yet in early stages of development (without further optimizations). Can generate animations using Uniform B-Spline Curve segments. Now available for iOS!

The project implemented a Whitted-style ray tracer on the Cell processor in C language to utilize utmost power of the processor.

HDCellRT Produced an interactive ray tracer for use on the Sony Playstation 3's Cell processor. It can output to the high definition frame buffer on the PS3. Most of the project is written in assembly for the Cell's SPUs. Project not polished, but done

wxNurbs is a wxWindows based toolkit to design NURBS' curves and surfaces (Non-Uniform Rational B-Splines).

LightStorm is a photorealistic multi-processor 3D rendering engine written in C/C++ that goes one step beyond Radiosity without the need for ray-tracing tecniques.

B-Reality is a 3D game or real-time simulation engine. It is centered on physic simulation: every object in a scene is animated in function of its physic properties and forces applied on it.

PhotoCloud is a tool to browse and a navigate for datasets composed of (a) a collection of registered images and (b) a 3D model over which images are aligned. The 3D model can be a point-cloud, triangle mesh. PhotoCloud is based on a client/server architecture and it is scalable: very large dataset (both in terms of (a) and (b) can be handled.