Tag: Python
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Astrodynamics library – validation
Validation of accuracy of astrodynamics algorithms using exercises from well-known textbooks.
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Astrodynamics library
Detailed description of my private project dedicated to astrodynamics and mission analysis software
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Fixed delta-v maneuver
Short note about approach to understanding and implementation of fixed delta-v transfer algorithm.
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A rare jewel in geodetic algorithms: GEOD
Notes about implementation of GEOD – an Algorithm of Replacement of Carthesian Coordinates with Ellipsoidal
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celnav
Freeware, open-source, Python-based, low-dependency software library for autonomous celestial navigation – features and description of algorithms.
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Geoscan Edelveis
My first experience of space flight as volunteer astrodynamicist in “Edelveis” mission of Geoscan Group.
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Latest posts
- Jacchia 71 atmosphere model
- EGM 2008 2190 x 2159
- Multi-step integration – practical test
- Astrodynamics library – validation
- Astrodynamics library
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ADCS algorithm analysis astrodynamics autopilot business C# C++ celnav communication constellation cubesat DeltaGlider freeware funding geodesy GMAT GNC GPS ILS insight intercept IoT Lambert problem LUA maneuver math mission mistake navigation numeric open souce Orbiter Python quaternions reentry rendezvous satellite simulation software space spacecraft startup tools Unity