Inheritance diagram for boundary_input_type_mod::tboundaryinput:

Collaboration diagram for boundary_input_type_mod::tboundaryinput:

Private Member Functions
procedure	load_parameters

procedure	print_parameters

procedure	store_parameters_hdf5

Private Attributes
character(len=3)	bc_theta_lopt = 'Dir'
	Density boundary condition left: More...

character(len=3)	bc_theta_ropt = 'Dir'
	Density boundary condition right: More...

real(dp)	bc_theta_lval = 0.0_dp
	Density left boundary condition value. More...

real(dp)	bc_theta_rval = 0.0_dp
	Density right boundary condition value. More...

character(len=3)	bc_tempe_lopt = 'Dir'
	Electron temperature boundary condition left: More...

character(len=3)	bc_tempe_ropt = 'Dir'
	Electron temperature boundary condition right: More...

real(dp)	bc_tempe_lval = 0.0_dp
	Electron temperature left boundary condition value. More...

real(dp)	bc_tempe_rval = 0.0_dp
	Electron temperature right boundary condition value. More...

character(len=3)	bc_tempi_lopt = 'Dir'
	Ion temperature boundary condition left: More...

character(len=3)	bc_tempi_ropt = 'Dir'
	Ion temperature boundary condition right: More...

real(dp)	bc_tempi_lval = 0.0_dp
	Ion temperature left boundary condition value. More...

real(dp)	bc_tempi_rval = 0.0_dp
	Ion temperature right boundary condition value. More...

character(len=3)	bc_omega_lopt = 'Dir'
	Vorticity boundary condition left: More...

character(len=3)	bc_omega_ropt = 'Dir'
	Vorticity boundary condition right: More...

real(dp)	bc_omega_lval = 0.0_dp
	Vorticity left boundary condition value. More...

real(dp)	bc_omega_rval = 0.0_dp
	Vorticity right boundary condition value. More...

character(len=3)	bc_vpare_lopt = 'Dir'
	Vpare boundary condition left: More...

character(len=3)	bc_vpare_ropt = 'Dir'
	Vpare boundary condition right: More...

real(dp)	bc_vpare_lval = 0.0_dp
	Vpare left boundary condition value. More...

real(dp)	bc_vpare_rval = 0.0_dp
	Vpare right boundary condition value. More...

character(len=3)	bc_vpari_lopt = 'Dir'
	Vpari boundary condition left: More...

character(len=3)	bc_vpari_ropt = 'Dir'
	Vpari boundary condition right: More...

real(dp)	bc_vpari_lval = 0.0_dp
	Vpari left boundary condition value. More...

real(dp)	bc_vpari_rval = 0.0_dp
	Vpari right boundary condition value. More...

character(len=3)	bc_strmf_lopt = 'Dir'
	Potential boundary condition left: More...

character(len=3)	bc_strmf_ropt = 'Dir'
	Potential boundary condition right: More...

real(dp)	bc_strmf_lval = 0.0_dp
	Potential left boundary condition value. More...

real(dp)	bc_strmf_rval = 0.0_dp
	Potential right boundary condition value. More...

character(len=3)	bc_model_yb = 'Man'
	Option to set the physical model for the boundary: More...

character(len=3)	bc_model_yt = 'Man'
	Option to set the physical model for the boundary: More...

character(len=3)	bc_model_xl = 'Man'
	Option to set the model for the phi boundary: More...

character(len=3)	bc_model_xr = 'Man'
	At the boundary (this should be imposed at the wall) More...

character(len=3)	bc_theta_topt = 'Dir'
	Density boundary condition top: More...

character(len=3)	bc_theta_bopt = 'Dir'
	Density boundary condition bottom: More...

real(dp)	bc_theta_tval = 0.0_dp
	Density top boundary condition value. More...

real(dp)	bc_theta_bval = 0.0_dp
	Density bottom boundary condition value. More...

character(len=3)	bc_tempe_topt = 'Dir'
	Electron temperature boundary condition top: More...

character(len=3)	bc_tempe_bopt = 'Dir'
	Electron temperature boundary condition bottom: More...

real(dp)	bc_tempe_tval = 0.0_dp
	Electron temperature top boundary condition value. More...

real(dp)	bc_tempe_bval = 0.0_dp
	Electron temperature bottom boundary condition value. More...

character(len=3)	bc_tempi_topt = 'Dir'
	Ion temperature boundary condition top: More...

character(len=3)	bc_tempi_bopt = 'Dir'
	Ion temperature boundary condition bottom: More...

real(dp)	bc_tempi_tval = 0.0_dp
	Ion temperature top boundary condition value. More...

real(dp)	bc_tempi_bval = 0.0_dp
	Ion temperature bottom boundary condition value. More...

character(len=3)	bc_vpare_topt = 'Dir'
	Vpare boundary condition top: More...

character(len=3)	bc_vpare_bopt = 'Dir'
	Vpare boundary condition bottom: More...

real(dp)	bc_vpare_tval = 0.0_dp
	Vpare top boundary condition value. More...

real(dp)	bc_vpare_bval = 0.0_dp
	Vpare bottom boundary condition value. More...

character(len=3)	bc_vpari_topt = 'Dir'
	Vpari boundary condition top: More...

character(len=3)	bc_vpari_bopt = 'Dir'
	Vpari boundary condition bottom: More...

real(dp)	bc_vpari_tval = 0.0_dp
	Vpari top boundary condition value. More...

real(dp)	bc_vpari_bval = 0.0_dp
	Vpari bottom boundary condition value. More...

character(len=3)	bc_strmf_topt = 'Dir'
	Strmf boundary condition top: More...

character(len=3)	bc_strmf_bopt = 'Dir'
	Strmf boundary condition bottom: More...

real(dp)	bc_strmf_tval = 0.0_dp
	Strmf top boundary condition value. More...

real(dp)	bc_strmf_bval = 0.0_dp
	Strmf bottom boundary condition value. More...

character(len=3)	bc_omega_topt = 'Dir'
	Omega boundary condition top: More...

character(len=3)	bc_omega_bopt = 'Dir'
	Omega boundary condition bottom: More...

real(dp)	bc_omega_tval = 0.0_dp
	Omega top boundary condition value. More...

real(dp)	bc_omega_bval = 0.0_dp
	Omega bottom boundary condition value. More...

character(len=3)	bc_psi_lopt = 'Dir'
	Psi boundary condition left: More...

character(len=3)	bc_psi_ropt = 'Dir'
	Psi boundary condition right: More...

real(dp)	bc_psi_lval = 0.0_dp
	Psi left boundary condition value. More...

real(dp)	bc_psi_rval = 0.0_dp
	Psi right boundary condition value. More...

character(len=3)	bc_psi_topt = 'Neu'
	Psi boundary condition top: More...

character(len=3)	bc_psi_bopt = 'Neu'
	Psi boundary condition bottom: More...

real(dp)	bc_psi_tval = 0.0_dp
	Psi top boundary condition value. More...

real(dp)	bc_psi_bval = 0.0_dp
	Psi bottom boundary condition value. More...

real(dp)	fact_bc_strmf = 1.0_dp
	This factor is used for the Robin boundary conditions of strmf (rec) More...

real(dp)	fact_bc_theta = 1.0_dp
	Control the magnetic boundary condition for theta at first steps (rec) More...

real(dp)	fact_bc_omega = 1.0_dp
	Control the magnetic boundary condition for omega at first steps (rec) More...

Member Function/Subroutine Documentation

◆ load_parameters()

procedure boundary_input_type_mod::tboundaryinput::load_parameters

private

◆ print_parameters()

procedure boundary_input_type_mod::tboundaryinput::print_parameters

private

◆ store_parameters_hdf5()

procedure boundary_input_type_mod::tboundaryinput::store_parameters_hdf5

private

Member Data Documentation

◆ bc_model_xl

character(len=3) boundary_input_type_mod::tboundaryinput::bc_model_xl = 'Man'

private

Option to set the model for the phi boundary:

Man = Manual
peT gives phi = Lambda * T

◆ bc_model_xr

character(len=3) boundary_input_type_mod::tboundaryinput::bc_model_xr = 'Man'

private

At the boundary (this should be imposed at the wall)

◆ bc_model_yb

character(len=3) boundary_input_type_mod::tboundaryinput::bc_model_yb = 'Man'

private

Option to set the physical model for the boundary:

Man = Manuel
Mag = Magnetic

◆ bc_model_yt

character(len=3) boundary_input_type_mod::tboundaryinput::bc_model_yt = 'Man'

private

Option to set the physical model for the boundary:

Man = Manuel
Mag = Magnetic

◆ bc_omega_bopt

character(len=3) boundary_input_type_mod::tboundaryinput::bc_omega_bopt = 'Dir'

private

Omega boundary condition bottom:

Dir = dirichelet
Neu = Neuman

◆ bc_omega_bval

real(dp) boundary_input_type_mod::tboundaryinput::bc_omega_bval = 0.0_dp

private

Omega bottom boundary condition value.

◆ bc_omega_lopt

character(len=3) boundary_input_type_mod::tboundaryinput::bc_omega_lopt = 'Dir'

private

Vorticity boundary condition left:

Dir = dirichelet
Neu = Neuman

◆ bc_omega_lval

real(dp) boundary_input_type_mod::tboundaryinput::bc_omega_lval = 0.0_dp

private

Vorticity left boundary condition value.

◆ bc_omega_ropt

character(len=3) boundary_input_type_mod::tboundaryinput::bc_omega_ropt = 'Dir'

private

Vorticity boundary condition right:

Dir = dirichelet
Neu = Neuman

◆ bc_omega_rval

real(dp) boundary_input_type_mod::tboundaryinput::bc_omega_rval = 0.0_dp

private

Vorticity right boundary condition value.

◆ bc_omega_topt

character(len=3) boundary_input_type_mod::tboundaryinput::bc_omega_topt = 'Dir'

private

Omega boundary condition top:

Dir = dirichelet
Neu = Neuman

◆ bc_omega_tval

real(dp) boundary_input_type_mod::tboundaryinput::bc_omega_tval = 0.0_dp

private

Omega top boundary condition value.

◆ bc_psi_bopt

character(len=3) boundary_input_type_mod::tboundaryinput::bc_psi_bopt = 'Neu'

private

Psi boundary condition bottom:

Dir = dirichelet
Neu = Neuman

◆ bc_psi_bval

real(dp) boundary_input_type_mod::tboundaryinput::bc_psi_bval = 0.0_dp

private

Psi bottom boundary condition value.

◆ bc_psi_lopt

character(len=3) boundary_input_type_mod::tboundaryinput::bc_psi_lopt = 'Dir'

private

Psi boundary condition left:

Dir = dirichelet
Neu = Neuman

◆ bc_psi_lval

real(dp) boundary_input_type_mod::tboundaryinput::bc_psi_lval = 0.0_dp

private

Psi left boundary condition value.

◆ bc_psi_ropt

character(len=3) boundary_input_type_mod::tboundaryinput::bc_psi_ropt = 'Dir'

private

Psi boundary condition right:

Dir = dirichelet
Neu = Neuman

◆ bc_psi_rval

real(dp) boundary_input_type_mod::tboundaryinput::bc_psi_rval = 0.0_dp

private

Psi right boundary condition value.

◆ bc_psi_topt

character(len=3) boundary_input_type_mod::tboundaryinput::bc_psi_topt = 'Neu'

private

Psi boundary condition top:

Dir = dirichelet
Neu = Neuman

◆ bc_psi_tval

real(dp) boundary_input_type_mod::tboundaryinput::bc_psi_tval = 0.0_dp

private

Psi top boundary condition value.

◆ bc_strmf_bopt

character(len=3) boundary_input_type_mod::tboundaryinput::bc_strmf_bopt = 'Dir'

private

Strmf boundary condition bottom:

Dir = dirichelet
Neu = Neuman

◆ bc_strmf_bval

real(dp) boundary_input_type_mod::tboundaryinput::bc_strmf_bval = 0.0_dp

private

Strmf bottom boundary condition value.

◆ bc_strmf_lopt

character(len=3) boundary_input_type_mod::tboundaryinput::bc_strmf_lopt = 'Dir'

private

Potential boundary condition left:

Dir = dirichelet
Neu = Neuman

◆ bc_strmf_lval

real(dp) boundary_input_type_mod::tboundaryinput::bc_strmf_lval = 0.0_dp

private

Potential left boundary condition value.

◆ bc_strmf_ropt

character(len=3) boundary_input_type_mod::tboundaryinput::bc_strmf_ropt = 'Dir'

private

Potential boundary condition right:

Dir = dirichelet
Neu = Neuman

◆ bc_strmf_rval

real(dp) boundary_input_type_mod::tboundaryinput::bc_strmf_rval = 0.0_dp

private

Potential right boundary condition value.

◆ bc_strmf_topt

character(len=3) boundary_input_type_mod::tboundaryinput::bc_strmf_topt = 'Dir'

private

Strmf boundary condition top:

Dir = dirichelet
Neu = Neuman

◆ bc_strmf_tval

real(dp) boundary_input_type_mod::tboundaryinput::bc_strmf_tval = 0.0_dp

private

Strmf top boundary condition value.

◆ bc_tempe_bopt

character(len=3) boundary_input_type_mod::tboundaryinput::bc_tempe_bopt = 'Dir'

private

Electron temperature boundary condition bottom:

Dir = dirichelet
Neu = Neuman

◆ bc_tempe_bval

real(dp) boundary_input_type_mod::tboundaryinput::bc_tempe_bval = 0.0_dp

private

Electron temperature bottom boundary condition value.

◆ bc_tempe_lopt

character(len=3) boundary_input_type_mod::tboundaryinput::bc_tempe_lopt = 'Dir'

private

Electron temperature boundary condition left:

Dir = dirichelet
Neu = Neuman

◆ bc_tempe_lval

real(dp) boundary_input_type_mod::tboundaryinput::bc_tempe_lval = 0.0_dp

private

Electron temperature left boundary condition value.

◆ bc_tempe_ropt

character(len=3) boundary_input_type_mod::tboundaryinput::bc_tempe_ropt = 'Dir'

private

Electron temperature boundary condition right:

Dir = dirichelet
Neu = Neuman

◆ bc_tempe_rval

real(dp) boundary_input_type_mod::tboundaryinput::bc_tempe_rval = 0.0_dp

private

Electron temperature right boundary condition value.

◆ bc_tempe_topt

character(len=3) boundary_input_type_mod::tboundaryinput::bc_tempe_topt = 'Dir'

private

Electron temperature boundary condition top:

Dir = dirichelet
Neu = Neuman

◆ bc_tempe_tval

real(dp) boundary_input_type_mod::tboundaryinput::bc_tempe_tval = 0.0_dp

private

Electron temperature top boundary condition value.

◆ bc_tempi_bopt

character(len=3) boundary_input_type_mod::tboundaryinput::bc_tempi_bopt = 'Dir'

private

Ion temperature boundary condition bottom:

Dir = dirichelet
Neu = Neuman

◆ bc_tempi_bval

real(dp) boundary_input_type_mod::tboundaryinput::bc_tempi_bval = 0.0_dp

private

Ion temperature bottom boundary condition value.

◆ bc_tempi_lopt

character(len=3) boundary_input_type_mod::tboundaryinput::bc_tempi_lopt = 'Dir'

private

Ion temperature boundary condition left:

Dir = dirichelet
Neu = Neuman

◆ bc_tempi_lval

real(dp) boundary_input_type_mod::tboundaryinput::bc_tempi_lval = 0.0_dp

private

Ion temperature left boundary condition value.

◆ bc_tempi_ropt

character(len=3) boundary_input_type_mod::tboundaryinput::bc_tempi_ropt = 'Dir'

private

Ion temperature boundary condition right:

Dir = dirichelet
Neu = Neuman

◆ bc_tempi_rval

real(dp) boundary_input_type_mod::tboundaryinput::bc_tempi_rval = 0.0_dp

private

Ion temperature right boundary condition value.

◆ bc_tempi_topt

character(len=3) boundary_input_type_mod::tboundaryinput::bc_tempi_topt = 'Dir'

private

Ion temperature boundary condition top:

Dir = dirichelet
Neu = Neuman

◆ bc_tempi_tval

real(dp) boundary_input_type_mod::tboundaryinput::bc_tempi_tval = 0.0_dp

private

Ion temperature top boundary condition value.

◆ bc_theta_bopt

character(len=3) boundary_input_type_mod::tboundaryinput::bc_theta_bopt = 'Dir'

private

Density boundary condition bottom:

Dir = dirichelet
Neu = Neuman

◆ bc_theta_bval

real(dp) boundary_input_type_mod::tboundaryinput::bc_theta_bval = 0.0_dp

private

Density bottom boundary condition value.

◆ bc_theta_lopt

character(len=3) boundary_input_type_mod::tboundaryinput::bc_theta_lopt = 'Dir'

private

Density boundary condition left:

Dir = dirichelet
Neu = Neuman

◆ bc_theta_lval

real(dp) boundary_input_type_mod::tboundaryinput::bc_theta_lval = 0.0_dp

private

Density left boundary condition value.

◆ bc_theta_ropt

character(len=3) boundary_input_type_mod::tboundaryinput::bc_theta_ropt = 'Dir'

private

Density boundary condition right:

Dir = dirichelet
Neu = Neuman

◆ bc_theta_rval

real(dp) boundary_input_type_mod::tboundaryinput::bc_theta_rval = 0.0_dp

private

Density right boundary condition value.

◆ bc_theta_topt

character(len=3) boundary_input_type_mod::tboundaryinput::bc_theta_topt = 'Dir'

private

Density boundary condition top:

Dir = dirichelet
Neu = Neuman

◆ bc_theta_tval

real(dp) boundary_input_type_mod::tboundaryinput::bc_theta_tval = 0.0_dp

private

Density top boundary condition value.

◆ bc_vpare_bopt

character(len=3) boundary_input_type_mod::tboundaryinput::bc_vpare_bopt = 'Dir'

private

Vpare boundary condition bottom:

Dir = dirichelet
Neu = Neuman

◆ bc_vpare_bval

real(dp) boundary_input_type_mod::tboundaryinput::bc_vpare_bval = 0.0_dp

private

Vpare bottom boundary condition value.

◆ bc_vpare_lopt

character(len=3) boundary_input_type_mod::tboundaryinput::bc_vpare_lopt = 'Dir'

private

Vpare boundary condition left:

Dir = dirichelet
Neu = Neuman

◆ bc_vpare_lval

real(dp) boundary_input_type_mod::tboundaryinput::bc_vpare_lval = 0.0_dp

private

Vpare left boundary condition value.

◆ bc_vpare_ropt

character(len=3) boundary_input_type_mod::tboundaryinput::bc_vpare_ropt = 'Dir'

private

Vpare boundary condition right:

Dir = dirichelet
Neu = Neuman

◆ bc_vpare_rval

real(dp) boundary_input_type_mod::tboundaryinput::bc_vpare_rval = 0.0_dp

private

Vpare right boundary condition value.

◆ bc_vpare_topt

character(len=3) boundary_input_type_mod::tboundaryinput::bc_vpare_topt = 'Dir'

private

Vpare boundary condition top:

Dir = dirichelet
Neu = Neuman

◆ bc_vpare_tval

real(dp) boundary_input_type_mod::tboundaryinput::bc_vpare_tval = 0.0_dp

private

Vpare top boundary condition value.

◆ bc_vpari_bopt

character(len=3) boundary_input_type_mod::tboundaryinput::bc_vpari_bopt = 'Dir'

private

Vpari boundary condition bottom:

Dir = dirichelet
Neu = Neuman

◆ bc_vpari_bval

real(dp) boundary_input_type_mod::tboundaryinput::bc_vpari_bval = 0.0_dp

private

Vpari bottom boundary condition value.

◆ bc_vpari_lopt

character(len=3) boundary_input_type_mod::tboundaryinput::bc_vpari_lopt = 'Dir'

private

Vpari boundary condition left:

Dir = dirichelet
Neu = Neuman

◆ bc_vpari_lval

real(dp) boundary_input_type_mod::tboundaryinput::bc_vpari_lval = 0.0_dp

private

Vpari left boundary condition value.

◆ bc_vpari_ropt

character(len=3) boundary_input_type_mod::tboundaryinput::bc_vpari_ropt = 'Dir'

private

Vpari boundary condition right:

Dir = dirichelet
Neu = Neuman

◆ bc_vpari_rval

real(dp) boundary_input_type_mod::tboundaryinput::bc_vpari_rval = 0.0_dp

private

Vpari right boundary condition value.

◆ bc_vpari_topt

character(len=3) boundary_input_type_mod::tboundaryinput::bc_vpari_topt = 'Dir'

private

Vpari boundary condition top:

Dir = dirichelet
Neu = Neuman

◆ bc_vpari_tval

real(dp) boundary_input_type_mod::tboundaryinput::bc_vpari_tval = 0.0_dp

private

Vpari top boundary condition value.

◆ fact_bc_omega

real(dp) boundary_input_type_mod::tboundaryinput::fact_bc_omega = 1.0_dp

private

Control the magnetic boundary condition for omega at first steps (rec)

◆ fact_bc_strmf

real(dp) boundary_input_type_mod::tboundaryinput::fact_bc_strmf = 1.0_dp

private

This factor is used for the Robin boundary conditions of strmf (rec)

◆ fact_bc_theta

real(dp) boundary_input_type_mod::tboundaryinput::fact_bc_theta = 1.0_dp

private

Control the magnetic boundary condition for theta at first steps (rec)

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

/home/lanti/src/gbs/src/datatypes/input/boundary_input_type_mod.F90

Private Member Functions

Private Attributes

Member Function/Subroutine Documentation

◆ load_parameters()

◆ print_parameters()

◆ store_parameters_hdf5()

Member Data Documentation

◆ bc_model_xl

◆ bc_model_xr

◆ bc_model_yb

◆ bc_model_yt

◆ bc_omega_bopt

◆ bc_omega_bval

◆ bc_omega_lopt

◆ bc_omega_lval

◆ bc_omega_ropt

◆ bc_omega_rval

◆ bc_omega_topt

◆ bc_omega_tval

◆ bc_psi_bopt

◆ bc_psi_bval

◆ bc_psi_lopt

◆ bc_psi_lval

◆ bc_psi_ropt

◆ bc_psi_rval

◆ bc_psi_topt

◆ bc_psi_tval

◆ bc_strmf_bopt

◆ bc_strmf_bval

◆ bc_strmf_lopt

◆ bc_strmf_lval

◆ bc_strmf_ropt

◆ bc_strmf_rval

◆ bc_strmf_topt

◆ bc_strmf_tval

◆ bc_tempe_bopt

◆ bc_tempe_bval

◆ bc_tempe_lopt

◆ bc_tempe_lval

◆ bc_tempe_ropt

◆ bc_tempe_rval

◆ bc_tempe_topt

◆ bc_tempe_tval

◆ bc_tempi_bopt

◆ bc_tempi_bval

◆ bc_tempi_lopt

◆ bc_tempi_lval

◆ bc_tempi_ropt

◆ bc_tempi_rval

◆ bc_tempi_topt

◆ bc_tempi_tval

◆ bc_theta_bopt

◆ bc_theta_bval

◆ bc_theta_lopt

◆ bc_theta_lval

◆ bc_theta_ropt

◆ bc_theta_rval

◆ bc_theta_topt

◆ bc_theta_tval

◆ bc_vpare_bopt

◆ bc_vpare_bval

◆ bc_vpare_lopt

◆ bc_vpare_lval

◆ bc_vpare_ropt

◆ bc_vpare_rval

◆ bc_vpare_topt

◆ bc_vpare_tval

◆ bc_vpari_bopt

◆ bc_vpari_bval

◆ bc_vpari_lopt

◆ bc_vpari_lval

◆ bc_vpari_ropt

◆ bc_vpari_rval

◆ bc_vpari_topt

◆ bc_vpari_tval

◆ fact_bc_omega

◆ fact_bc_strmf

◆ fact_bc_theta