py21cmfast.drivers.lightcone.AngularLightcone¶

class py21cmfast.drivers.lightcone.AngularLightcone¶

Bases: LightCone

An angular lightcone.

__eq__(other)¶: Determine if this is equal to another object.

classmethod from_file(path, safe=True, remove_buffer=True)¶

Create a new instance from a saved lightcone on disk.

Parameters:

path (str | pathlib.Path)
safe (bool)
remove_buffer (bool)

Return type:

Self

classmethod get_fields(inputs)¶

Get a list of the names of the available fields in the simulation.

Parameters:: inputs (py21cmfast.wrapper.inputs.InputParameters)
Return type:: tuple

make_checkpoint(path, lcidx, node_index)¶

Write updated lightcone data to file.

Parameters:

path (str | pathlib.Path)
lcidx (int)
node_index (int)

save(path, clobber=False, lowz_buffer_pixels=0, highz_buffer_pixels=0)¶

Save the lightcone object to disk.

Parameters:

path (str | pathlib.Path)
lowz_buffer_pixels (int)
highz_buffer_pixels (int)

trim(mind, maxd)¶

Create a new lightcone box containing only the desired distances range.

Parameters:

mind (astropy.units.Quantity)
maxd (astropy.units.Quantity)

Return type:

Self

property astro_options¶: Flag Options shared by all datasets.

property astro_params¶: Astro params shared by all datasets.

property cell_size: float¶

Cell size [Mpc] of the lightcone voxels.

Return type:: float

property cosmo_params¶: Cosmo params shared by all datasets.

global_quantities: dict[str, numpy.ndarray] | None¶

inputs: py21cmfast.wrapper.inputs.InputParameters¶

property lightcone_coords: tuple[float, float, float]¶

Co-ordinates [Mpc] of each slice along the redshift axis.

Return type:: tuple[float, float, float]

property lightcone_dimensions¶: Lightcone size over each dimension – tuple of (x,y,z) in Mpc.

lightcone_distances: astropy.units.Quantity¶

property lightcone_redshifts: numpy.ndarray¶

Redshift of each cell along the redshift axis.

Return type:: numpy.ndarray

lightcones: dict[str, numpy.ndarray]¶

property matter_options¶: Matter flags shared by all datasets.

property n_slices: int¶

Number of redshift slices in the lightcone.

Return type:: int

photon_nonconservation_data: dict¶

property random_seed¶: Random seed shared by all datasets.

property shape: tuple[int, int, int]¶

Shape of the lightcone as a 3-tuple.

Return type:: tuple[int, int, int]

property simulation_options¶: Matter params shared by all datasets.