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Entwicklerinformationen
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| liborsa-doc | ORSA framework library documentation | Mehr ... |
Orbit Reconstruction, Simulation and Analysis (ORSA) is a framework
for Celestial Mechanics investigations. The main goals of the project
are the implementation of state of the art orbit integration
algorithms, with concerns on accuracy and performance, and the
development of a number of analysis tools.
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This package contains the API documentation for the ORSA library. |
| liborsa0-dev | ORSA framework library (development files) | Mehr ... |
Orbit Reconstruction, Simulation and Analysis (ORSA) is a framework
for Celestial Mechanics investigations. The main goals of the project
are the implementation of state of the art orbit integration
algorithms, with concerns on accuracy and performance, and the
development of a number of analysis tools.
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This package contains header files, static libraries and symbolic
links that developers using the ORSA library will need. |
| liborsa0c2a | ORSA framework library | Mehr ... |
Orbit Reconstruction, Simulation and Analysis (ORSA) is a framework
for Celestial Mechanics investigations. The main goals of the project
are the implementation of state of the art orbit integration
algorithms, with concerns on accuracy and performance, and the
development of a number of analysis tools.
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This package provides the shared library required to run programs
compiled with the ORSA library. To compile your own programs you also
need to install the liborsa0-dev package. |
| xorsa | tool for Celestial Mechanics investigations | Mehr ... |
Orbit Reconstruction, Simulation and Analysis (ORSA) is a framework
for Celestial Mechanics investigations. The main goals of the project
are the implementation of state of the art orbit integration
algorithms, with concerns on accuracy and performance, and the
development of a number of analysis tools.
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This package contains xorsa, the main graphical application provided
by the ORSA project. It is an interactive tool for scientific grade
Celestial Mechanics computations. Asteroids, comets, artificial
satellites, Solar, and extra-Solar planetary systems can be
accurately reproduced, simulated and analyzed. |
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