pysep.ext.lib package¶

Submodules¶

pysep.ext.lib.libdsepio module¶

pysep.ext.lib.libnewpoly module¶

pysep.ext.lib.libnumfrac module¶

pysep.ext.lib.write module¶

This module ‘write’ is auto-generated with f2py (version:1.21.1). Functions:

writeout(filename,time,csecyr,modnum,nshell,sumass,teffl,suluml,hstot,ddage,lexcom,lrot,lexcp,ldpree,ldiaz,jcore,jenv,cmixl,tlumx,trit,tril,ps,ts,rs,cfenv,x,z,sml,srl,sl,spl,stl,sdl,mlast,mlast1,smllast,srllast,sllast,spllast,stllast,sdllast,lc,elem,extelem,cgsl,teffl1,pn)

.

pysep.ext.lib.write module¶

This module ‘write’ is auto-generated with f2py (version:1.21.1). Functions:

writeout(filename,time,csecyr,modnum,nshell,sumass,teffl,suluml,hstot,ddage,lexcom,lrot,lexcp,ldpree,ldiaz,jcore,jenv,cmixl,tlumx,trit,tril,ps,ts,rs,cfenv,x,z,sml,srl,sl,spl,stl,sdl,mlast,mlast1,smllast,srllast,sllast,spllast,stllast,sdllast,lc,elem,extelem,cgsl,teffl1,pn)

.

Module contents¶

External libraries callable from within python, without using any shell interface.

Libraries¶

libdsepio.so
Fast (c++) dsep io library

libnumfrac.so
Generate number and mass fraction files from an abundance table.

libnewpoly.so
Lane emden integrator to generate model results for dsep formated pre main sequence models

libdsepio¶

trk_read(const char* fname_p) -> double*
Given some filename to a track file return an array of doubles extracted from that file.

trk_file_size(const char* fname_p) -> int
Given some filename to a track file return the total number of float entries which are in that file.

libnumFrac¶

run (const char* fnamei_p, const char* fnameo_p, float FeHi,

float FeHf, int FeHN, float AlphaFei, float AlphaFef, int AlphaFeN, float aHEi, float aHef, int aHeN, bool default)

Generate the number fraction file (fnameo_p) for either the given grid of [Fe/H], [Alpha/Fe], and a(He) (if default is False) or just one number fraction file for the default values of all of these (i.e just those in the chemical composition file fnamei_p).

libnewpolyso¶

run (double sumass, double teffl1, double suluml, double x, double z,

double pn, double cmixla, double ddage, double fmass1, double fmass2, double beta, double* elem, bool lexcom)

Generate the model results from integrating the lane emden equation and then rescaling some of the output. Will return all model results as a struct which can be read by python and passed to fortran for writing to disk.