user_routines_magtar Module Reference

Contains the subroutines to specify the stellar emission and dust density distribution for the dust geometries as in Natale et al.(2017, ApJ, 837, 9). These include shell, cavity and wind geometries. More...

Functions/Subroutines
subroutine	read_input_magtar
	Reads input file for the grid creation for the magtar models. More...
subroutine	set_mag_model_density ()
	Sets dust density for the specified dust_geometry(). More...
real(kind=real64) function	av_rho_dust_shell (x, y, z, cellsize)
real(kind=real64) function	av_rho_dust_cavity (x, y, z, cellsize)
real(kind=real64) function	av_rho_dust_wind (x, y, z, cellsize)
subroutine	set_magtar
	Sets the correct stellar luminosity. More...
subroutine	read_assign_param_src

Variables
real(kind=real64)	tau_z
real(kind=real64)	ndust
real(kind=real32)	ax =0
real(kind=real32)	by =0
real(kind=real32)	cz =0
real(kind=real64)	elrad_width =0
character *8	dust_geometry
real(kind=real64)	r_subd_lim
character(len=lcar)	subdivision_criteria

Detailed Description

Contains the subroutines to specify the stellar emission and dust density distribution for the dust geometries as in Natale et al.(2017, ApJ, 837, 9). These include shell, cavity and wind geometries.

Function/Subroutine Documentation

real(kind=real64) function user_routines_magtar::av_rho_dust_cavity	(	real(kind=real64)	x,
		real(kind=real64)	y,
		real(kind=real64)	z,
		real(kind=real64)	cellsize
	)

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real(kind=real64) function user_routines_magtar::av_rho_dust_shell	(	real(kind=real64)	x,
		real(kind=real64)	y,
		real(kind=real64)	z,
		real(kind=real64)	cellsize
	)

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real(kind=real64) function user_routines_magtar::av_rho_dust_wind	(	real(kind=real64)	x,
		real(kind=real64)	y,
		real(kind=real64)	z,
		real(kind=real64)	cellsize
	)

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subroutine user_routines_magtar::read_assign_param_src

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)

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subroutine user_routines_magtar::read_input_magtar

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)

Reads input file for the grid creation for the magtar models.

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subroutine user_routines_magtar::set_mag_model_density

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)

Sets dust density for the specified dust_geometry().

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subroutine user_routines_magtar::set_magtar

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)

Sets the correct stellar luminosity.

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Variable Documentation

real(kind=real32) user_routines_magtar::ax =0

Parameters

ax	Ellipsoidal semi-axis along the X-axis.

real(kind=real32) user_routines_magtar::by =0

Parameters

by	Ellipsoidal semi-axis along the Y-axis.

real(kind=real32) user_routines_magtar::cz =0

Parameters

cz	Ellipsoidal semi-axis along the Z-axis.

character*8 user_routines_magtar::dust_geometry

Parameters

dust_geometry

Type of dust geometries. Choices: 'shell', 'cavity', 'wind'. See corresponding av_rho_dust subroutines for the assumed formula.

real(kind=real64) user_routines_magtar::elrad_width =0

Parameters

elrad_width

Semi-width of the dust shell in normalized radial units.

real(kind=real64) user_routines_magtar::ndust

Parameters

Dust	number density / Extinction coefficient

real(kind=real64) user_routines_magtar::r_subd_lim

Parameters

R_subd_lim

normalized R coordinate below which cells have to be subdivided if their optical depth is higher than max_dtau().

character(len=lcar) user_routines_magtar::subdivision_criteria

Parameters

subdivision_criteria

Subdivision criteria to be used. Choices are: 'shell': subdivide IF subdivision level < max_lvl() AND (cell optical depth > max_dtau OR subdivision level < min_lvl()) 'cavity': subdivide IF subdivision level < max_lvl() AND (cell optical depth > max_dtau AND R < R_subd_lim) 'wind' : same as for 'cavity'

real(kind=real64) user_routines_magtar::tau_z

Parameters

tau_z

Optical depth per pc at the reference wavelength.