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Just a few years ago, Arora implemented a new solver in 2013 based on the Work made by Bate. This algorithm makes use of the universal-formuale, so it should be included within this particular sub-package, in its corresponding module. The algorithm is a complete one, meaning that it can operate in the multi-revolution scenario and is considered to be a robust one.
📝 References
The BibTeX code is shown below:
@article{arora2013fast,
title={A fast and robust multiple revolution Lambert algorithm using a cosine transformation},
author={Arora, Nitin and Russell, Ryan P},
journal={Paper AAS},
volume={13},
pages={728},
year={2013},
publisher={Citeseer}
}
The text was updated successfully, but these errors were encountered:
Alright, this was finally implemented, but only for the zero-revolution case, see the associated pull request. Therefore, let me change the title to the issue to make it more explanatory.
jorgepiloto
changed the title
Implement arora2013 solver
Expand arora2013 to multi-revolution scenario
May 7, 2021
💻 Solver request: arora2013
Just a few years ago, Arora implemented a new solver in 2013 based on the Work made by Bate. This algorithm makes use of the universal-formuale, so it should be included within this particular sub-package, in its corresponding module. The algorithm is a complete one, meaning that it can operate in the multi-revolution scenario and is considered to be a robust one.
📝 References
The BibTeX code is shown below:
The text was updated successfully, but these errors were encountered: