Welcome to PyChem’s documentation!

Contents:

• Overview
• Download and install PyChem
• Units
• How to generage a Chemistry Table for GEAR
  • Setup a parameter file
    • IMF section
    • SNII section
    • SNIIEnergy section
    • SNIa section
    • DYIN section
    • Solar abundances section
    • Elements section
  • Generate the output
  • Get info from an output file
• Tables and their content
  • MetalFile
  • HeliumCoreFile
  • SNIaFile
  • SolarAbundancesFile
• Examples of python scripts
  • Info
  • Plot IMF
  • Sample IMF
  • Star lifetime
  • Helium core
  • Plot yields
  • Ejection of metals
  • Chemical evolution
  • Chemical evolution with optimal sampling
  • chemical evolution closed box
  • Chemical evolution (old scripts not fully tested yet)
• Python API Examples
• Chemistry in GEAR
  • Setting the mass range
  • Computing the number of dying stars
  • Computing ejected mass and yields
    • The continuous case
    • The discrete case
  • Computing ejected energy
  • Variables used for the ejection of mass and energy
• Python modules
  • The PyChem.libimf module
  • The PyChem.liblifetime module
  • The PyChem.libmetalsSNIa module
  • The PyChem.libmetalsSNII module
  • The PyChem.libSNIa module
  • The PyChem.libSNII module
  • The PyChem.libSolarAbundances module
• Chemistry C API
  • Some Definitions
  • Some variables
  • Initialisation functions
  • IMF functions
  • Lifetime functions
  • Dying stars functions
    • number of dying stars in a mass range
    • DYIN mass ejection
    • SNII mass ejection
    • SNIa mass ejection
    • Total mass ejection
• Chemistry Python/C API
• References

Indices and tables

• Index

• Module Index

• Search Page