Index

A

allocate_chimie (C function)

C

check_chimie (C function) CodeUnits_to_SolarMass_Factor() (in module PyChem.chemistry) ComputeConstants() (in module PyChem.libimf)

ComputeEjectats() (in module PyChem.libmetalsSNII) ComputeIntegrals() (in module PyChem.libmetalsSNII) cooling_function() (in module PyChem.chemistry)

D

DYIN_mass_ejection (C function) DYIN_mass_ejection() (in module PyChem.chemistry) DYIN_mass_ejection_Z() (in module PyChem.chemistry) DYIN_rate (C function) DYIN_rate() (in module PyChem.chemistry)

DYIN_single_mass_ejection (C function) DYIN_single_mass_ejection() (in module PyChem.chemistry) DYIN_single_mass_ejection_Z() (in module PyChem.chemistry) DYIN_Total_single_mass_ejection (C function) DYIN_Total_single_mass_ejection() (in module PyChem.chemistry)

G

Get() (in module PyChem.libSolarAbundances) get_allelts_labels() (in module PyChem.chemistry) get_allnelts() (in module PyChem.chemistry) get_as() (in module PyChem.chemistry) get_bs() (in module PyChem.chemistry) get_DYIN_Mmax() (in module PyChem.chemistry) get_DYIN_Mmin() (in module PyChem.chemistry) get_Element (C function) get_elts_labels() (in module PyChem.chemistry) get_elts_SolarMassAbundances() (in module PyChem.chemistry) get_fs() (in module PyChem.chemistry) get_imf (C function) get_imf() (in module PyChem.chemistry) get_imf_M (C function) get_imf_M() (in module PyChem.chemistry) get_imf_N (C function)

get_imf_N() (in module PyChem.chemistry) get_imf_Ntot() (in module PyChem.chemistry) get_MassFracSNII() (in module PyChem.chemistry) get_Mco() (in module PyChem.chemistry) get_Mmax() (in module PyChem.chemistry) get_Mmin() (in module PyChem.chemistry) get_MSNIa() (in module PyChem.chemistry) get_nelts (C function) get_nelts() (in module PyChem.chemistry) get_SingleMassFracSNII() (in module PyChem.chemistry) get_SNIa_Mpl() (in module PyChem.chemistry) get_SNIa_Mpu() (in module PyChem.chemistry) get_SNII_Energy() (in module PyChem.chemistry) get_SNII_Mmax() (in module PyChem.chemistry) get_SNII_Mmin() (in module PyChem.chemistry) get_SolarMassAbundance (C function) GetParameters() (in module PyChem.chemistry)

I

imf() (in module PyChem.libimf) imf_init_seed() (in module PyChem.chemistry) imf_sampling (C function) imf_sampling() (in module PyChem.chemistry) imf_sampling_single() (in module PyChem.chemistry) imf_sampling_single_from_random() (in module PyChem.chemistry)

imfv() (in module PyChem.libimf) info() (in module PyChem.chemistry) init_chimie (C function) init_chimie() (in module PyChem.chemistry) init_imf (C function) InitDefaultParameters() (in module PyChem.chemistry)

M

module PyChem.chemistry PyChem.libimf PyChem.liblifetime PyChem.libmetalsSNIa PyChem.libmetalsSNII PyChem.libSNIa PyChem.libSNII PyChem.libSolarAbundances

O

optimal_sampling_get_m1_from_m2() (in module PyChem.chemistry) optimal_sampling_get_next_mass() (in module PyChem.chemistry)

optimal_sampling_init_norm() (in module PyChem.chemistry) optimal_sampling_stop_loop() (in module PyChem.chemistry)

P

PE (class in PyChem.libSolarAbundances) Plot() (in module PyChem.libmetalsSNII) PyChem.chemistry module PyChem.libimf module PyChem.liblifetime module PyChem.libmetalsSNIa module

PyChem.libmetalsSNII module PyChem.libSNIa module PyChem.libSNII module PyChem.libSolarAbundances module

R

Read() (in module PyChem.libSolarAbundances) read_chimie (C function) read_MetalFile() (in module PyChem.libmetalsSNIa) (in module PyChem.libmetalsSNII)

ReadAndInterpolate() (in module PyChem.libmetalsSNII) ReadAndInterpolateHeliumCore() (in module PyChem.libmetalsSNII)

S

set_table (C function) set_table() (in module PyChem.chemistry) SetParameters() (in module PyChem.chemistry) SetVerbosityOff() (in module PyChem.chemistry) SetVerbosityOn() (in module PyChem.chemistry) SNIa_mass_ejection (C function) SNIa_mass_ejection() (in module PyChem.chemistry) SNIa_rate (C function) SNIa_rate() (in module PyChem.chemistry) SNIa_rate_P() (in module PyChem.chemistry) SNIa_single_mass_ejection (C function) SNIa_single_mass_ejection() (in module PyChem.chemistry) SNIa_single_rate() (in module PyChem.chemistry) SNIa_Total_single_mass_ejection (C function) SNIa_Total_single_mass_ejection() (in module PyChem.chemistry)

SNII_mass_ejection (C function) SNII_mass_ejection() (in module PyChem.chemistry) SNII_mass_ejection_P() (in module PyChem.chemistry) SNII_rate (C function) SNII_rate() (in module PyChem.chemistry) SNII_rate_P() (in module PyChem.chemistry) SNII_single_mass_ejection (C function) SNII_single_mass_ejection() (in module PyChem.chemistry) SNII_Total_single_mass_ejection (C function) SNII_Total_single_mass_ejection() (in module PyChem.chemistry) SolarAbundance() (PyChem.libSolarAbundances.PE method) SolarMass_to_CodeUnits_Factor() (in module PyChem.chemistry) star_lifetime (C function) star_lifetime() (in module PyChem.chemistry) star_mass_from_age (C function) star_mass_from_age() (in module PyChem.chemistry)

T

Total_mass_ejection (C function) Total_mass_ejection() (in module PyChem.chemistry) Total_mass_ejection_Z() (in module PyChem.chemistry)

Total_single_mass_ejection (C function) Total_single_mass_ejection() (in module PyChem.chemistry) Total_single_mass_ejection_Z() (in module PyChem.chemistry)

W

WriteH5Output() (in module PyChem.libmetalsSNII) WriteH5Params() (in module PyChem.libimf) (in module PyChem.liblifetime) (in module PyChem.libmetalsSNIa) (in module PyChem.libmetalsSNII) (in module PyChem.libSNIa) (in module PyChem.libSNII)

WriteOutput() (in module PyChem.libmetalsSNII) WriteParams() (in module PyChem.libimf) (in module PyChem.liblifetime) (in module PyChem.libmetalsSNIa) (in module PyChem.libmetalsSNII) (in module PyChem.libSNIa) (in module PyChem.libSNII) (in module PyChem.libSolarAbundances)