Search Results for "xml parser in c"

Open-source, cross-platform 3D rendering engine for .NET and Mono. The Axiom Engine is a high-performance C# port of the powerful OGRE engine and provides full support for DirectX, OpenGL and XNA on Windows, Linux, Android, iPhone and Windows Phone.

Piranha is an open source OpenGL demoscene.

Seb's RayTracer is a 3D renderer. It runs on the command line, taking camera, scenery, and output information from an XML file. It is currently a personal project that only runs on Cygwin and Linux.

XISL (XML based scripting of Implicit Surfaces) package (written in C++) assists developers in construction of arbitrary implicit models. Each implicit function class (a primitive, an operation, etc.) is deffined by its appropriate XISL tag(s).

A plugin-based raytracer for educational and other use, supporting XML-format scenefiles, POVray and Polyray scenefiles. Other facilities it will offer include Lindermayer Systems, AVI/OGM (Ogg Vorbis)/Matroska animations and a Perl/PHP web interface

Open Source and Portable object oriented software for 3D digital image segmentation and visualization. Pipes and Filters Architechture. Implemented in C++, and uses FLTK, VTK, ITK, TCL (plugins), and pipeline filters implemented in XML. DICOM support.

TacitPixel is a scalable C++ framework for building application prototypes for interactive collaborative VR/AR applications. It provides a number of features that make prototyping fast and portable. TacitPixel is the successor of the TAP and Twisted Pair engines.

This little tool reads various GO-formats (starting with SGF-parser) and will write a POV (Persistance of Vision) - file. The file can be rendered using POV, so the resulting image will be a high-res raytraced go-board.

Take a 2D flat photo... and turn it into a w3D "wiggle stereogram"! INSTANTLY! Wiggle stereograms use animation to switch between the left and right view of a stereogram. Here we create a nice animation that slides back and forth, for a smooth wiggle 3D ("w3D") effect. First the image is broken down into planes. Each plane is given a depth distance. The image belonging to each plane is horizontally compressed enough that the "shadows" cast by the image belonging to the planes in...