Wind.autogen

Wind

Wind.old_windfile

The rootname of a previously saved model in a calculation one wishes to continue (with the possiblity of making changes to some of the details of the radiation sources, or to extract spectra from different inclinations)

Type: String

Parent(s):

• :ref:`System_type`: previous

File: python.c

Wind.ionization

Multi-line description, must keep indentation.

Type: Enumerator

Values:

LTE_te

Multi-line description, must keep indentation.

LTE_tr

Multi-line description, must keep indentation.

ML93

Multi-line description, must keep indentation.

fixed

Multi-line description, must keep indentation.

matrix_bb

Multi-line description, must keep indentation.

matrix_pow

Multi-line description, must keep indentation.

on.the.spot

Multi-line description, must keep indentation.

File: setup.c

Wind.fixed_concentrations_file

The filename for the fixed ion concentrations if you have set Wind_ionization to 2 (fixed). This file has format [atomic_number ionizationstage ion fraction].

Type: String

Parent(s):

• :ref:`Wind.ionization`: fixed

File: setup.c

Wind.radiation

Whether or not the wind should radiate.

Type: Boolean (yes/no)

File: python.c

Wind.number_of_components

While most simple description of a wind consist of a single region of space, Python can calculate radiative transfer through more complicated structres, where one region of space is described with one prescription and another region of space with a second prescription. For example, one might want to place a disk atmoosphere between the disk and a wind. This parameter describes the number of components (aka domains) of the wind.

Type: Integer

Values: Greater than 0

Parent(s):

• :ref:`System_type`: star, binary, agn

File: python.c

Wind.t.init

Starting temperature of the wind.

Type: Double

Unit: Kelvin

Values: Greater than 0

Parent(s):

• :ref:`Wind.number_of_components`: Greater than 0. Once per domain.

File: setup_domains.c

Wind.coord_system

The coordinate system used for a describing a component of the wind.

Type: Enumerator

Values:

spherical

Spherical

cylindrical

Cylindrical

polar

Spherical polar

cyl_var

Cylindrical varying z

Parent(s):

• :ref:`Wind.number_of_components`: Greater than 0. Once per wind.

File: setup_domains.c

Wind.radmax

Multi-line description, must keep indentation.

Type: Double

Unit: cm

Values: Greater than :ref:`Central_object.radius` and any minimum wind radii in the system.

Parent(s):

• :ref:`Wind.number_of_components`: Greater than 0. Once per domain.

File: setup_domains.c

Wind.filling_factor

The volume filling factor of the outflow. The implementation of clumping (microclumping) is described in Matthews et al. (2016), 2016MNRAS.458..293M. Asked once per domain.

Type: Double

Values: 0 < f <= 1, where 1 is a fully smooth wind.

Parent(s):

• :ref:`Wind.number_of_components`: Greater than 0. Once per domain.

File: setup_domains.c

Wind.dim.in.z_or_theta.direction

Winds are calulated on spherical, cylindrical, or polar grids. This input variable gives the size of the grid in the z or theta direction. Because some grid cells are used as a buffer, the actual wind cells are contained in a slightly smaller grid than the number given.

Note that in some situations there may be more than one wind component, known technically as a domain. In that case the user will be queried for this value mulitple times, one for each domain

Type: Integer

Values: Greater than 0

Parent(s):

• :ref:`Wind.number_of_components`: Greater than 0. Once per wind.
• :ref:`Wind.type`: Not imported

File: setup_domains.c

Wind.type

Multi-line description, must keep indentation.

Type: Enumerator

Values:

SV

Multi-line description, must keep indentation.

corona

Multi-line description, must keep indentation.

homologous

Multi-line description, must keep indentation.

hydro

Multi-line description, must keep indentation.

imported

Multi-line description, must keep indentation.

kwd

Multi-line description, must keep indentation.

shell

Multi-line description, must keep indentation.

star

Multi-line description, must keep indentation.

yso

Multi-line description, must keep indentation.

Parent(s):

• :ref:`Wind.number_of_components`: Greater than 0. Once per domain.

File: setup_domains.c

Wind.mdot

Multi-line description, must keep indentation.

Type: Double

Unit: M☉/year

Values: Greater than 0

Parent(s):

• :ref:`Wind.type`: knigge, SV

File: ['knigge.c', 'sv.c']

Wind.model2import

The name of a file to containing a generic model to read in to python from an ascii file. (Note that this is not the same as reading in a model generated by python, but is intended to allow one to read in a generic model in a variety of formats with only a limited amount of information required).

Type: String

Parent(s):

• :ref:`Wind.type`: imported

File: import.c

Wind.dim.in.x_or_r.direction

Winds are calulated on spherical, cylindrical, or polar grids. This input variable gives the size of the grid in the x or r direction. Because some grid cells are used as a buffer, the actual wind cells are contained in a slightly smaller grid than the number given.

Note that in some situations there may be more than one wind component, known technically as a domain. In that case the user will be queried for this value mulitple times, one for each domain

Type: Integer

Values: Greater than or equal to 4, to allow for boundaries.

Parent(s):

• :ref:`Wind.number_of_components`: Greater than or equal to 0. Once per wind.
• :ref:`Wind.type`: Not imported

File: setup_domains.c