GBS
Private Member Functions | Private Attributes | List of all members
equilibrium_input_type_mod::tequilibriuminput Type Reference
Input Namelists
+ Inheritance diagram for equilibrium_input_type_mod::tequilibriuminput:
+ Collaboration diagram for equilibrium_input_type_mod::tequilibriuminput:

Private Member Functions

procedure load_parameters
 
procedure print_parameters
 
procedure store_parameters_hdf5
 

Private Attributes

character(len=60) b_type = 'DivRec'
 Defines the type of equilibrium we are dealing with, whether it's standard, with shear or shifted. More...
 
real(dp) b0sign = 1.0_dp
 Sign of the toroidal magnetic field. It is used to flip the B x gradB. More...
 
real(dp) w_smooth = 0.125_dp
 Width of the smoothing of the boundary conditions relative to Ly because it depends on the magnetic field chosen it's initialised here. More...
 
character(len=60) tria_type = 'TriaGlobalSymm'
 Equilibrium with positive/negative triangularity. More...
 

Member Function/Subroutine Documentation

◆ load_parameters()

procedure equilibrium_input_type_mod::tequilibriuminput::load_parameters
private

◆ print_parameters()

procedure equilibrium_input_type_mod::tequilibriuminput::print_parameters
private

◆ store_parameters_hdf5()

procedure equilibrium_input_type_mod::tequilibriuminput::store_parameters_hdf5
private

Member Data Documentation

◆ b0sign

real(dp) equilibrium_input_type_mod::tequilibriuminput::b0sign = 1.0_dp
private

Sign of the toroidal magnetic field. It is used to flip the B x gradB.

◆ b_type

character(len=60) equilibrium_input_type_mod::tequilibriuminput::b_type = 'DivRec'
private

Defines the type of equilibrium we are dealing with, whether it's standard, with shear or shifted.

◆ tria_type

character(len=60) equilibrium_input_type_mod::tequilibriuminput::tria_type = 'TriaGlobalSymm'
private

Equilibrium with positive/negative triangularity.

◆ w_smooth

real(dp) equilibrium_input_type_mod::tequilibriuminput::w_smooth = 0.125_dp
private

Width of the smoothing of the boundary conditions relative to Ly because it depends on the magnetic field chosen it's initialised here.

The documentation for this type was generated from the following file: