lib.theory.integration.MultipoleToMultipole

class lib.theory.integration.MultipoleToMultipole(ellsin=(0, 2, 4), ellsout=(0, 2, 4))

Bases: cosmopipe.lib.utils.BaseClass

Class mapping multipoles to multipoles, i.e. simply implementing \(\delta_{\ell\ell^{\prime}}\).

Initialize MultipoleToMultipole.

Parameters

• ellsin (tuple, default=(0,2,4)) – Input multipole orders.

• ellsout (tuple, default=(0,2,4)) – Output multipole orders.

Methods

copy	Return shallow copy of self.
deepcopy
from_state	Instantiate and initalize class with state dictionary.
is_mpi_broadcast
is_mpi_gathered
is_mpi_root
is_mpi_scattered
load	Load class in numpy binary format from disk.
load_auto	If different formats are possible, this method should between them based on file name extension.
log_critical
log_debug
log_error
log_info
log_warning
save	Save class to disk.
save_auto	If different formats are possible, this method should between them based on file name extension.

Attributes

logger
mpiattrs	MPI attributes
mpicomm
mpiroot
mpistate

__call__(array)

Map array to ellsout multipoles.

copy()

Return shallow copy of self.

classmethod from_state(state, mpiroot=0, mpicomm=None)

Instantiate and initalize class with state dictionary.

classmethod load(filename, mpiroot=0, mpicomm=None)

Load class in numpy binary format from disk. If the loaded state contains __class__ and that exists in cls._registry, return instance of cls._registry[__class__] (instead of cls).

load_auto(*args, **kwargs)

If different formats are possible, this method should between them based on file name extension.

property mpiattrs

MPI attributes

save(filename)

Save class to disk.

save_auto(*args, **kwargs)

If different formats are possible, this method should between them based on file name extension.