belfem::fem::Controller Class Reference

Nonlinear iteration controller: relaxation, timestep adaptation and convergence policy. More...

#include <cl_FEM_Controller.hpp>

Public Member Functions
	Controller (Kernel *aKernel, Kernel *aKernel2=nullptr)
	~Controller ()
void	initialize_timestep ()
void	initialize_magnetic ()
void	initialize_thermal ()
void	solve_coupled ()
void	solve_magnetic ()
void	solve_thermal ()
bool	solve_circuit ()
void	finalize (const bool aPostProcess=true)
const real &	time () const
const real &	time_thermal () const
real	epsilon () const
uint	iteration () const
bool	is_fullycoupled () const
bool	reset () const
void	save (const std::string &aFilename)
void	save_IV (const std::string &aFilename)
void	create_iv_names ()
	names the I/U pair of every abstract dof: after the deck label of the terminal condition that drives it, else positional ( rank 0 only, once; see the implementation for the rules )
void	set_params (const input::Section *aSection)
void	set_thermal_kernel (Kernel *aKernel)
real	simulation_time () const
bool	save () const
void	set_circuit (Circuit *aCircuit)
Circuit *	circuit ()
Kernel *	kernel ()
Kernel *	thermal_kernel ()
void	save_memdump (const string &aPath)
void	load_memdump (const string &aPath)
EulerMethod	euler_method () const

Detailed Description

Nonlinear iteration controller: relaxation, timestep adaptation and convergence policy.

See also

The Nonlinear Controller: Hybrid Iteration, Relaxation, and Timestep Control

Constructor & Destructor Documentation

Controller()

belfem::fem::Controller::Controller	(	Kernel *	aKernel,
		Kernel *	aKernel2 = nullptr )

~Controller()

belfem::fem::Controller::~Controller

(

)

Member Function Documentation

circuit()

Circuit * belfem::fem::Controller::circuit ( )

inline

create_iv_names()

void belfem::fem::Controller::create_iv_names

(

)

names the I/U pair of every abstract dof: after the deck label of the terminal condition that drives it, else positional ( rank 0 only, once; see the implementation for the rules )

epsilon()

real belfem::fem::Controller::epsilon

(

)

const

euler_method()

EulerMethod belfem::fem::Controller::euler_method ( ) const

inline

finalize()

void belfem::fem::Controller::finalize

(

const bool

aPostProcess = true

)

initialize_magnetic()

void belfem::fem::Controller::initialize_magnetic

(

)

initialize_thermal()

void belfem::fem::Controller::initialize_thermal

(

)

initialize_timestep()

void belfem::fem::Controller::initialize_timestep

(

)

is_fullycoupled()

bool belfem::fem::Controller::is_fullycoupled

(

)

const

iteration()

uint belfem::fem::Controller::iteration

(

)

const

kernel()

Kernel * belfem::fem::Controller::kernel ( )

inline

load_memdump()

void belfem::fem::Controller::load_memdump

(

const string &

aPath

)

reset()

bool belfem::fem::Controller::reset

(

)

const

save() [1/2]

bool belfem::fem::Controller::save

(

)

const

save() [2/2]

void belfem::fem::Controller::save

(

const std::string &

aFilename

)

save_IV()

void belfem::fem::Controller::save_IV

(

const std::string &

aFilename

)

save_memdump()

void belfem::fem::Controller::save_memdump

(

const string &

aPath

)

set_circuit()

void belfem::fem::Controller::set_circuit

(

Circuit *

aCircuit

)

set_params()

void belfem::fem::Controller::set_params

(

const input::Section *

aSection

)

set_thermal_kernel()

void belfem::fem::Controller::set_thermal_kernel

(

Kernel *

aKernel

)

simulation_time()

real belfem::fem::Controller::simulation_time

(

)

const

solve_circuit()

bool belfem::fem::Controller::solve_circuit

(

)

solve_coupled()

void belfem::fem::Controller::solve_coupled

(

)

certified-exit loops: one call per timestep, owning the complete nonlinear iteration; the committed state is always head-measured before an exit. Drivers retry on reset()

solve_magnetic()

void belfem::fem::Controller::solve_magnetic

(

)

solve_thermal()

void belfem::fem::Controller::solve_thermal

(

)

thermal_kernel()

Kernel * belfem::fem::Controller::thermal_kernel ( )

inline

time()

const real & belfem::fem::Controller::time

(

)

const

time_thermal()

const real & belfem::fem::Controller::time_thermal

(

)

const

---

The documentation for this class was generated from the following files:

• src/fem/kernel/cl_FEM_Controller.hpp
• src/fem/kernel/cl_FEM_Controller.cpp