SIROCCO

Documentation

  • Quick Guide to SIROCCO
  • Getting Started
  • Running SIROCCO
  • Inputs
  • Outputs & Evaluation
  • Tutorials & Plotting
  • Code Operation
  • Radiation Sources
  • Wind Models
  • Coordinate grids
  • Examples
    • Reverberation Mapping
    • Demo: Quasar, M20
    • Demo: Tidal Disruption Event
    • Benchmark: 1D Stellar Wind, CMFGEN
    • Benchmark: 1D Homologous SN, Tardis
  • Physics & Radiative Transfer
  • Atomic Data
  • Meta-documentation
  • Developer Documentation
  • Python Scripts
SIROCCO
  • Examples
  • View page source

Examples

SIROCCO is a large and complicated code with a very wide range of capabilities. Some are very non-intuitive. This section of the documentation provides worked examples on how to set up, run, and analyse the outputs of the code.

The files relating to these examples can be found in the examples/ section of the SIROCCO repository.

  • Reverberation Mapping
    • ‘Basic’ Transfer Function
      • Building the Model
        • reverb.pf
        • Line Filtering
      • Running the Model
      • Processing the Data
      • Intepreting the Transfer Function
        • reverb_extended.py
    • Responsivity-Weighted Transfer Function
      • Building the Models
        • reverb.pf
        • reverb_low.pf
        • reverb_high.pf
      • Running the Models
      • Processing the Data
      • Interpreting the Response Function
  • Demo: Quasar, M20
    • Important Parameters
    • Illuminating SED
    • Runtime
    • Outputs
    • References
  • Demo: Tidal Disruption Event
    • Model Setup
      • Key Model Parameters
      • Radiation Sources
    • Runtime
    • Outputs
      • Synthetic Spectra
      • Physical Properties
    • Files
  • Benchmark: 1D Stellar Wind, CMFGEN
  • Benchmark: 1D Homologous SN, Tardis
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© Copyright 2018-2025, Knox Long, Christian Knigge, Stuart Sim, Nick Higginbottom, James Matthews, Sam Mangham, Edward Parkinson, Nicolas Scepi, Austen Wallis, Amin Mosallanezhad.

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