Stellar Occultation Reduction Analysis

Details:

  • Overview
  • Using and Citing SORA
  • Installation
  • Releases
  • About Us

Code:

  • Modules
    • sora.body
    • sora.ephem
    • sora.extra
    • sora.lightcurve
    • sora.observer
    • sora.occultation
    • sora.prediction
    • sora.star
    • sora.stats
  • Getting Started
  • Examples
  • Video Tutorials
  • Jupyter-Notebook Guidelines
  • Known Issues
Stellar Occultation Reduction Analysis
  • Modules
  • View page source

SORA: Stellar Occultation Reduction and Analysis


Modules

SORA is a Python-based, object-oriented library for optimal analysis of stellar occultation data. The user can use this library to build pipelines to analyse their stellar occultation’s data. Here follows the details for each module: body, ephem, star, prediction, observer, lightCurve, occultation and extra.

  • sora.body
    • The Body Class
    • PhysicalData Class
    • Complementary functions
  • sora.ephem
    • The EphemPlanete Class
    • The EphemHorizons Class
    • The EphemKernel Class
    • Complementary functions
  • sora.extra
    • ChiSquare Class
    • Plot ellipse
    • Complementary functions
  • sora.lightcurve
    • The LightCurve Class
    • Occutation Detection
    • Complementary functions
  • sora.observer
    • The Observer Class
    • The Spacecraft Class
    • Complementary functions
  • sora.occultation
    • The Occultation Class
    • The Chord Class
    • The Chordlist Class
    • Fit Ellipse
    • Complementary functions
  • sora.prediction
    • Prediction Functions
    • Plot Occultation Map
    • PredictionTable Cbject
  • sora.star
    • The Star Class
    • The Star Catalogue
    • Complementary functions
  • sora.stats
    • The Parameters Class
    • OptimizeResult Class
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