CITATION.cff

cff-version: 1.2.0
title: >-
  The Exo-Striker: Transit and radial velocity interactive fitting tool
  for orbital analysis and N-body simulations
message: >-
  If you made the use of The Exo-Striker, I would appreciate it if you
  give credit.
type: software
date-released: 2019-06-01
authors:
  - family-names: Trifonov
    given-names: Trifon
    email: trifonov@mpia.de
    orcid: 'https://orcid.org/0000-0002-0236-775X'
identifiers:
 - type: 'ascl-id'
   value: '1906.004'
 - type: 'bibcode'
   value: '2019ascl.soft06004T'
repository-code: 'https://github.com/3fon3fonov/exostriker'
abstract: >-
  The Exo-Striker analyzes exoplanet orbitals, performs
  N-body simulations, and models the RV stellar reflex
  motion caused by dynamically interacting planets in
  multi-planetary systems. It offers a broad range of tools
  for detailed analysis of transit and Doppler data,
  including power spectrum analysis for Doppler and transit
  data; Keplerian and dynamical modeling of multi-planet
  systems; MCMC and nested sampling; Gaussian Processes
  modeling; and a long-term stability check of multi-planet
  systems. The Exo-Striker can also analyze Mean Motion
  Resonance (MMR) analysis, create fast fully interactive
  plots, and export ready-to-use LaTeX tables with best-fit
  parameters, errors, and statistics. It combines Fortran
  efficiency and Python flexibility and is cross-platform
  compatible (MAC OS, Linux, Windows). The tool relies on a
  number of open-source packages, including RVmod engine,
  emcee (ascl:1303.002), batman (ascl:1510.002), celerite
  (ascl:1709.008), and dynesty (ascl:1809.013).
license: MIT