m1
This page contains a full reference of all parameters available for the m1 module. At the bottom of the page you can find an example parameter block that can be used in your parameter file.
m1
M1 scheme
Name:
bc_kindType:
keyword
Default:
outgoing
Range:
outgoing, none
Description:
Boundary conditions
Name:
id_typeType:
keyword
Default:
zero
Range:
straight_beam, scattering, shadow, emitting_sphere, zero, curved_beam
Description:
Initialization prescription for radiation fields
atmosphere
Atmosphere settings for M1
Name:
E_flType:
double
Default:
1e-14
Range:
(0,*)
Description:
Floor of energy density
Name:
E_scalingType:
double
Default:
0
Range:
[0,*)
Description:
Radial dependence of energy density floor
Name:
eps_flType:
double
Default:
1
Range:
(0,*)
Description:
Flooring value for average energy
Name:
eps_minType:
double
Default:
1
Range:
(0,*)
Description:
Minimum allowed average energy
Name:
eps_maxType:
double
Default:
1
Range:
(0,*)
Description:
Maximum allowed average energy
excision
Excision parameters for M1 transport
Name:
E_excisionType:
double
Default:
1e-14
Range:
(0,*)
Description:
Value of energy density inside excised regions
Name:
eps_excisionType:
double
Default:
1
Range:
(0,*)
Description:
Value of average energy inside excised regions
eas
Parameters controlling emission absorption and scattering rates
Name:
kindType:
keyword
Default:
test
Range:
test, basic_photon_rates
Description:
What prescription to use to set eas
scattering_test
Parameters of scattering test
Name:
k_sType:
double
Default:
100
Range:
(0,*)
Description:
Constant scattering opacity
Name:
t_0Type:
double
Default:
1
Range:
(0,*)
Description:
Time of initial data
Name:
is_static_backgroundType:
bool
Default:
True
Description:
Is background fluid static or moving?
emitting_sphere_test
Parameters for emitting sphere test
Name:
temperatureType:
double
Default:
1
Range:
(0,*)
Description:
Temperature for rates
Name:
cross_sectionType:
double
Default:
10
Range:
(0,*)
Description:
Cross section for rates