The PyChem.libSNIa module

This module deals with SNIa parameters

PyChem.libSNIa.WriteH5Params(ParentGroup, SNIa_Mpl, SNIa_Mpu, SNIa_a, SNIa_Mdl1, SNIa_Mdu1, SNIa_bb1, SNIa_Mdl2, SNIa_Mdu2, SNIa_bb2)

Write SNIa parameters:

Parameters

  • f (file handler) – file

  • SNIa_Mpl (float) – minimal mass for the SNIa

  • SNIa_Mpu (float) – maximal mass for the SNIa

  • SNIa_a (float) – imf slope of SNIa (Kobayashi)

  • SNIa_Mdl1 (float) – min mass of MS stars (Kobayashi)

  • SNIa_Mdu1 (float) – max mass of MS stars (Kobayashi)

  • SNIa_bb1 (float) – normalisation factor (Kobayashi)

  • SNIa_Mdl2 (float) – min mass of RG stars (Kobayashi)

  • SNIa_Mdu2 (float) – max mass of RG stars (Kobayashi)

  • SNIa_bb2 (float) – normalisation factor (Kobayashi)

Returns

none

PyChem.libSNIa.WriteParams(f, SNIa_Mpl, SNIa_Mpu, SNIa_a, SNIa_Mdl1, SNIa_Mdu1, SNIa_bb1, SNIa_Mdl2, SNIa_Mdu2, SNIa_bb2)

Write SNIa parameters:

Parameters

  • f (file handler) – file

  • SNIa_Mpl (float) – minimal mass for the SNIa

  • SNIa_Mpu (float) – maximal mass for the SNIa

  • SNIa_a (float) – imf slope of SNIa (Kobayashi)

  • SNIa_Mdl1 (float) – min mass of MS stars (Kobayashi)

  • SNIa_Mdu1 (float) – max mass of MS stars (Kobayashi)

  • SNIa_bb1 (float) – normalisation factor (Kobayashi)

  • SNIa_Mdl2 (float) – min mass of RG stars (Kobayashi)

  • SNIa_Mdu2 (float) – max mass of RG stars (Kobayashi)

  • SNIa_bb2 (float) – normalisation factor (Kobayashi)

Returns

none