starry
dev

Contents:

  • Installation
  • Recent changes
  • Examples & tutorials
    • The basics
      • The basics
      • Lazy versus greedy evaluation
      • Map orientation
      • A simple exoplanet system
      • FAQs
    • Light curves in reflected light
      • Maps in reflected light
    • Spectroscopy and radial velocity
      • The Rossiter-McLaughlin effect
      • Multi-wavelength maps
    • Custom Models
      • Star spots
      • Exposure time integration
      • Light travel time delay
    • Inference and optimization
      • Eclipsing binary: Generate the data
      • Eclipsing binary: pymc3 solution for the maps
      • Eclipsing binary: Linear solution for the maps
      • Eclipsing binary: Solving for everything the slow way
      • Eclipsing binary: Solving for everything the fast way
      • Where’s the spot?
      • Linear solve
      • Marginal likelihood
      • Hot jupiter phase curve example
      • The pixel transform
      • Pixel sampling
      • Dimensionality Reduction
    • Miscellaneous
      • The null space
      • Staying Positive
      • Notes on limb darkening normalization
      • Orbit visualization
      • Derivation of the radial velocity field expansion
  • API
  • Extensions
  • Github
  • Submit an issue
  • Papers
  • Documentation for older versions
starry
  • »
  • Examples & Tutorials
  • Edit on GitHub

Examples & Tutorials¶

Below you’ll find a collection of Jupyter Notebooks that demonstrate how to use starry in various different ways. We’re still adding tutorials to this page, so check back soon for more.

The basics¶

  • The basics
  • Lazy versus greedy evaluation
  • Map orientation
  • A simple exoplanet system
  • FAQs

Light curves in reflected light¶

  • Maps in reflected light

Spectroscopy and radial velocity¶

  • The Rossiter-McLaughlin effect
  • Multi-wavelength maps

Custom Models¶

  • Star spots
  • Exposure time integration
  • Light travel time delay

Inference and optimization¶

  • Eclipsing binary: Generate the data
  • Eclipsing binary: pymc3 solution for the maps
  • Eclipsing binary: Linear solution for the maps
  • Eclipsing binary: Solving for everything the slow way
  • Eclipsing binary: Solving for everything the fast way
  • Where’s the spot?
  • Linear solve
  • Marginal likelihood
  • Hot jupiter phase curve example
  • The pixel transform
  • Pixel sampling
  • Dimensionality Reduction

Miscellaneous¶

  • The null space
  • Staying Positive
  • Notes on limb darkening normalization
  • Orbit visualization
  • Derivation of the radial velocity field expansion
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© Copyright 2021, Rodrigo Luger. Revision 52542448.

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