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  • Installation
    • GNU Fortran compiler
    • Downloading from Github
    • Compiling the source code
    • Setting the library path
    • Setting the Python path
  • Input files
    • artes.in
    • atmosphere.in
    • atmosphere.fits
    • pressure_temperature.dat
    • Scattering properties
  • Creating opacities
  • Running ARTES
  • Examples
    • Limb polarization image from a Rayleigh scattering atmosphere
    • Phase curve from a Rayleigh scattering atmosphere
    • Reflected light spectrum from a Jupiter-like planet
    • Emission spectrum from a self-luminous planet
    • Reflected light image of a planet with a circumplanetary ring
  • artes.in
  • atmosphere.in
ARTES
  • Docs »
  • Documentation for ARTES
  • Edit on GitHub

Documentation for ARTESΒΆ

ARTES is a radiative transfer code for polarized light simulations of 3D exoplanet atmospheres.

  • Installation
    • GNU Fortran compiler
    • Downloading from Github
    • Compiling the source code
    • Setting the library path
    • Setting the Python path
  • Input files
    • artes.in
    • atmosphere.in
    • atmosphere.fits
    • pressure_temperature.dat
    • Scattering properties
  • Creating opacities
  • Running ARTES
  • Examples
    • Limb polarization image from a Rayleigh scattering atmosphere
    • Phase curve from a Rayleigh scattering atmosphere
    • Reflected light spectrum from a Jupiter-like planet
    • Emission spectrum from a self-luminous planet
    • Reflected light image of a planet with a circumplanetary ring
  • artes.in
  • atmosphere.in
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