ics.ClusterICs#

class ics.ClusterICs(basename, num_halos, profiles, center, velocity, num_particles=None, mag_file=None, particle_files=None, r_max=20000.0, r_max_tracer=None)[source]#

TODO: docstring

Methods

`__init__`(basename, num_halos, profiles, ...)	Initialize the `ics.ClusterICs` instance from a set of models.
`create_dataset`(domain_dimensions, box_size)	Create an in-memory, uniformly gridded dataset in 3D using yt by placing the clusters into a box.
`from_file`(filename)	Read the initial conditions information from a YAML-formatted filename.
`resample_particle_ics`(parts[, passive_scalars])	Given a Gadget-HDF5-like initial conditions file which has been output from some type of relaxation process (such as making a glass or using MESHRELAX in the case of Arepo), resample the density, thermal energy, and velocity fields onto the gas particles/cells from the initial hydrostatic profiles.
`setup_particle_ics`([regenerate_particles, prng])	From a set of cluster models and their relative positions and velocities, set up initial conditions for use with SPH codes.
`to_file`(filename[, overwrite])	Write the initial conditions information to a file.