convert Module Reference

Public Member Functions
subroutine	convert_ids_to_internal_types (EQUILIBRIUM_OLD, EQUILIBRIUM_ITER, COREPROFILES_OLD, COREPROFILES_ITER,CORETRANSPORT_ITER, CORESOURCE_ITER, CORESOLVER_ITER,
subroutine	convert_internal_to_ids_types (GEOMETRY, PROFILES, TRANSPORT, SOURCES, IMPURITY, GLOBAL, NUMERICS, COMPOSITION, COREPROFILES_NEW, CORETRANSPORT_NEW, CORESOURCE_NEW, CORESOLVER_NEW, DIAG)
	This routine converts internal ETS into IDS derived types. More...
subroutine	check_coreprof_grids (COREPROFILES)
subroutine	check_coretransp_grids (CORETRANSPORT)
subroutine	check_coresource_grids (CORESOURCES)

Detailed Description

Definition at line 1 of file convert.f90.

Member Function/Subroutine Documentation

subroutine convert::check_coreprof_grids

(

type (ids_core_profiles)

COREPROFILES

)

Definition at line 2063 of file convert.f90.

Referenced by convert_ids_to_internal_types().

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subroutine convert::check_coresource_grids

(

type (ids_core_sources)

CORESOURCES

)

Definition at line 2118 of file convert.f90.

Referenced by convert_ids_to_internal_types().

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subroutine convert::check_coretransp_grids

(

type (ids_core_transport)

CORETRANSPORT

)

Definition at line 2081 of file convert.f90.

Referenced by convert_ids_to_internal_types().

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subroutine convert::convert_ids_to_internal_types	(	type (ids_equilibrium)	EQUILIBRIUM_OLD,
		type (ids_equilibrium)	EQUILIBRIUM_ITER,
		type (ids_core_profiles)	COREPROFILES_OLD,
		type (ids_core_profiles)	COREPROFILES_ITER,
		type (ids_core_transport)	CORETRANSPORT_ITER,
		type (ids_core_sources)	CORESOURCE_ITER,
		type (ids_transport_solver_numerics)	CORESOLVER_ITER
	)

Todo:

We should check that this a valid boundary condition for PSI. Is this boundary condition identical to the Neuman condition at the centre? Is the BC at the edge where we expect it to be?

Todo:

We should check that this a valid boundary condition for NE. Is this boundary condition identical to the Neuman condition at the centre? Is the BC at the edge where we expect it to be?

Todo:

We should check that this a valid boundary condition for NI. Is this boundary condition identical to the Neuman condition at the centre? Is the BC at the edge where we expect it to be?

Todo:

We should check that this a valid boundary condition for NI. Is this boundary condition identical to the Neuman condition at the centre? Is the BC at the edge where we expect it to be?

Todo:

We should check that this a valid boundary condition for NI. Is this boundary condition identical to the Neuman condition at the centre? Is the BC at the edge where we expect it to be?

Todo:

We should check that this a valid boundary condition for NI. Is this boundary condition identical to the Neuman condition at the centre? Is the BC at the edge where we expect it to be?

Definition at line 11 of file convert.f90.

References acceptable_values::acceptable_electron_density(), acceptable_values::acceptable_impurity_density(), acceptable_values::acceptable_ion_density(), acceptable_values::acceptable_temperature(), ets_plasma::allocate_impurity_profiles(), ets_plasma::allocate_magnetic_geometry(), ets_plasma::allocate_plasma_profiles(), ets_plasma::allocate_sources_and_sinks(), ets_plasma::allocate_transport_coefficients(), check_coreprof_grids(), check_coresource_grids(), check_coretransp_grids(), get_composition::find_impurity(), get_composition::find_ion(), get_composition::get_prof_composition(), get_composition::get_source_composition(), get_composition::get_transp_composition(), ets_plasma::ids_to_bc_type(), interpolations::l3deriv_pointer(), interpolations::l3interp_pointer(), and interpolations::lininterp().

Referenced by transport_solver::transport_solver_interface().

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subroutine convert::convert_internal_to_ids_types	(	type (magnetic_geometry)	GEOMETRY,
		type (plasma_profiles)	PROFILES,
		type (transport_coefficients)	TRANSPORT,
		type (sources_and_sinks)	SOURCES,
		type (impurity_profiles)	IMPURITY,
		type (global_param)	GLOBAL,
		type (transport_solver_numerics)	NUMERICS,
		type (plasma_composition)	COMPOSITION,
		type (ids_core_profiles)	COREPROFILES_NEW,
		type (ids_core_transport)	CORETRANSPORT_NEW,
		type (ids_core_sources)	CORESOURCE_NEW,
		type (ids_transport_solver_numerics)	CORESOLVER_NEW,
		type (diagnostic)	DIAG
	)

This routine converts internal ETS into IDS derived types.

Source: — Developers: D.Kalupin Contacts: Denis.nosp@m..Kal.nosp@m.upin@.nosp@m.euro.nosp@m.-fusi.nosp@m.on.o.nosp@m.rg

Comments: —

Definition at line 1338 of file convert.f90.

References allocate_working_ids::allocate_coreprofiles_ids(), allocate_working_ids::allocate_coresolver_ids(), allocate_working_ids::allocate_coresources_ids(), allocate_working_ids::allocate_coretransport_ids(), ets_plasma::bc_type_to_ids(), and control_parameters::init_control_parameters().

Referenced by transport_solver::transport_solver_interface().

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

• src/transport_solver_tools/convert.f90