python
stable

Documentation

  • Getting Started
  • Running Python
  • Inputs
    • Overview
    • System Description
    • Wind Models
    • Importing Models
    • Parameters
      • System_type
      • Central object
      • Disk
      • Wind
      • Radiative Transfer & Ionisation
        • Atomic_data
        • Ionization_cycles
        • Line_transfer
        • Photons_per_cycle
        • Spectrum_cycles
        • Surface.reflection.or.absorption
        • Wind_heating
      • Spectrum
      • Other
      • Input_spectra.model_file
      • Top level parameters
  • Outputs
  • Atomic Data
  • Photon Banding Strategies
  • Convergence
  • Evaluation
  • The homolgous wind model
  • The Knigge, Wood, and Drew prescription of a bi-conical wind
  • Meta-documentation
  • Python Scripts
  • Quick Guide to Python
  • Radiative Transfer Modes
  • The Shlosman & Vitello prescription of a bi-conical wind
python
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  • Inputs »
  • Parameters »
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Radiative Transfer & IonisationΒΆ

Todo

Fill in

  • Atomic_data
  • Ionization_cycles
  • Line_transfer
  • Photons_per_cycle
  • Spectrum_cycles
  • Surface.reflection.or.absorption
  • Wind_heating
    • Wind_heating.extra_luminosity
    • Wind_heating.extra_processes
    • Wind_heating.kpacket_frac
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© Copyright 2018, Knox Long, Christian Knigge, Stuart Sim, Nick Higginbottom, James Matthews, Sam Mangham, Edward Parkinson, Mandy Hewitt Revision 0561e5c7.

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