@softwareversion {planetary-coverage:1.2.1,
  title       = {Planetary-Coverage},
  author      = {
                 Seignovert, Beno{\^i}t and
                 Tobie, Gabriel and
                 Robidel, Rozenn and
                 Altobelli, Nicolas and
                 Belgacem, In{\`e}s and
                 Costa-Sitja, Marc and
                 Vallat, Claire and
                 Penasa, Luca and
                 Besch, Nathan and
                 D'Amore, Mario
                },
  institution = {Osuna / CNRS / Nantes Universit{\'e}},
  date        = {2025},
  version     = {{1.2.1}},
  doi         = {10.60487/zjfq-h2c6},
  url         = {https://docs.planetary-coverage.org/1.2.1},
  repository  = {https://gitlab.esa.int/juice-soc-public/python/planetary-coverage},
  file        = {https://gitlab.esa.int/juice-soc-public/python/planetary-coverage/-/archive/1.2.1/planetary-coverage-1.2.1.zip},
  license     = {BSD 3 clauses},
  abstract    = {The planetary-coverage python package is a toolbox to perform surface coverage analysis
                 based on orbital trajectory configuration. Its main intent is to provide an easy
                 way to compute observation opportunities of specific region of interest above
                 the Galilean satellites for the ESA-Juice mission but could be extended in the future
                 to other space mission.}
}