ORSA An interactive tool for scientific grade Celestial Mechanics computations
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ORSA Tags

Analyze simulate Celestial Chords computation celestial sphere celestial learn mechanics mechanics celestial position Mechanics Games Mechanics Labs interactive tool mechanics simulator Celestial Soundpack celestial object celestial navigation celestial objects dinamics quantum mechanics Newtonian mechanics analysis study Newtonian mechanics Newtonian mechanics study classical mechanics Machine Mechanics analyze Newtonian mechanics

ORSA Description

Asteroids, comets, artificial satellites, Solar and extra-Solar planetary systems can be accurately reproduced, simulated, and analyzed. The main goals of the ORSA project are: · Create a common infrastructure among the existing celestial mechanics programs and standards · Use an object oriented programming language (C++), CVS and auto-configuration tools to achieve a good design, rapid development and · maintainability · Implementation of state of the art orbit integration algorithms, with concerns on accuracy, performance and interaction options · Develop command-line and graphical applications with 3D capabilities (OpenGL) · Support for High Throughput Computing systems (i.e. Condor) and GRID · Keep the project under the GPL

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