InitialBinaryTable

class cosmic.sample.initialbinarytable.InitialBinaryTable

Bases: object

classmethod InitialBinaries(m1, m2, porb, ecc, tphysf, kstar1, kstar2, metallicity, **kwargs)

Create single binary

Parameters:

m1float

Primary mass [Msun]

m2float

Secondary mass [Msun]

porbfloat

Orbital period [days]

eccfloat

Eccentricity

tphysffloat

Time to evolve the binary [Myr]

kstar1array

0-14 Initial stellar type of the larger object; main sequence stars are 0 if m < 0.7 Msun and 1 otherwise

kstar2array

0-14 Initial stellar type of the smaller object; main sequence stars are 0 if m < 0.7 Msun and 1 otherwise

metallicityfloat

Metallicity of the binaries; Z_sun = 0.02

**kwargs

binfracfloat

System-specific probability of the primary star being in a binary

mass0_1,mass0_2,rad1,rad2,lumin1,lumin2, massc1,massc2,radc1,radc2,menv1,menv2,renv1,renv2, ospin1,ospin2,b_0_1,b_0_2,bacc1,bacc2, tacc1,tacc2,epoch1,epoch2,tms1,tms2 bhspin1,bhspin2

Returns:

InitialBinariesDataFrame

Single binary initial conditions

__dict__ = mappingproxy({'__module__': 'cosmic.sample.initialbinarytable', 'InitialBinaries': <classmethod(<function InitialBinaryTable.InitialBinaries>)>, 'sampler': <classmethod(<function InitialBinaryTable.sampler>)>, '__dict__': <attribute '__dict__' of 'InitialBinaryTable' objects>, '__weakref__': <attribute '__weakref__' of 'InitialBinaryTable' objects>, '__doc__': None, '__annotations__': {}})

__doc__ = None

__module__ = 'cosmic.sample.initialbinarytable'

__weakref__

list of weak references to the object (if defined)

classmethod sampler(format_, *args, **kwargs)

Fetch a method to generate an initial binary sample

Parameters:

formatstr

the method name; Choose from ‘independent’ or ‘multidim’

*args

the arguments necessary for the registered sample method; see help(InitialBinaryTable.sampler(‘independent’) to see the arguments necessary for the independent sample

The available named formats are:

=========== …

Format …

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independent …

multidim …

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