Solver.h File Reference

The Solver class. More...

Go to the source code of this file.

Classes
class	Solver
	This is an abstract base class which different Solver subclasses implement for different architectures or source iteration algorithms. More...

Macros
#define	_scalar_flux(r, e)   (_scalar_flux[(r)*_num_groups + (e)])
#define	_old_scalar_flux(r, e)   (_old_scalar_flux[(r)*_num_groups + (e)])
#define	_reference_flux(r, e)   (_reference_flux[(r)*_num_groups + (e)])
#define	reference_flux(r, e)   (reference_flux[(r)*_num_groups + (e)])
#define	_stabilizing_flux(r, e)   (_stabilizing_flux[(r)*_num_groups + (e)])
#define	_reduced_sources(r, e)   (_reduced_sources[(r)*_num_groups + (e)])
#define	_boundary_flux(i, j, pe)
#define	_start_flux(i, j, pe)
#define	_fixed_sources(r, e)   (_fixed_sources[(r)*_num_groups + (e)])
#define	fission_sources(r, e)   (fission_sources[(r)*_num_groups + (e)])
#define	scatter_sources(r, e)   (scatter_sources[(r)*_num_groups + (e)])

Enumerations
enum	solverMode { FORWARD, ADJOINT }
	The solution mode used by the MOC solver. More...
enum	residualType { SCALAR_FLUX, FISSION_SOURCE, TOTAL_SOURCE }
	The type of residual used for the convergence criterion. More...
enum	stabilizationType { DIAGONAL, YAMAMOTO, GLOBAL }
	The type of stabilization to use on source iteration. More...

Detailed Description

The Solver class.

Date

February 7, 2012

Author

William Boyd, MIT, Course 22 (wboyd.nosp@m.@mit.nosp@m..edu)

Macro Definition Documentation

_boundary_flux

#define _boundary_flux	(		i,
			j,
			pe
	)

Value:

(_boundary_flux[(i)*2*_fluxes_per_track \
                                                + (j)*_fluxes_per_track \
                                               + (pe)])

Indexing macro for the angular fluxes for each polar angle and energy group for the outgoing reflective track for both the forward and reverse direction for a given track

_fixed_sources

#define _fixed_sources	(		r,
			e
	)		(_fixed_sources[(r)*_num_groups + (e)])

Indexing scheme for fixed sources for each FSR and energy group

_old_scalar_flux

#define _old_scalar_flux	(		r,
			e
	)		(_old_scalar_flux[(r)*_num_groups + (e)])

Indexing macro for the old scalar flux in each FSR and energy group

_reduced_sources

#define _reduced_sources	(		r,
			e
	)		(_reduced_sources[(r)*_num_groups + (e)])

Indexing macro for the total source divided by the total cross-section ( ) in each FSR and energy group

_reference_flux

#define _reference_flux	(		r,
			e
	)		(_reference_flux[(r)*_num_groups + (e)])

Indexing macro for the reference scalar flux in each FSR and energy group

_scalar_flux

#define _scalar_flux	(		r,
			e
	)		(_scalar_flux[(r)*_num_groups + (e)])

Indexing macro for the scalar flux in each FSR and energy group

_stabilizing_flux

#define _stabilizing_flux	(		r,
			e
	)		(_stabilizing_flux[(r)*_num_groups + (e)])

Indexing macro for the stabilizing flux in each FSR and energy group

_start_flux

#define _start_flux	(		i,
			j,
			pe
	)

Value:

(_start_flux[(i)*2*_fluxes_per_track \
                                                + (j)*_fluxes_per_track \
                                               + (pe)])

fission_sources

#define fission_sources	(		r,
			e
	)		(fission_sources[(r)*_num_groups + (e)])

Indexing scheme for the total fission source ( ) for each FSR and energy group

reference_flux

#define reference_flux	(		r,
			e
	)		(reference_flux[(r)*_num_groups + (e)])

Indexing macro for the reference scalar flux in each FSR and energy group

scatter_sources

#define scatter_sources	(		r,
			e
	)		(scatter_sources[(r)*_num_groups + (e)])

Indexing scheme for the total in-scatter source ( ) for each FSR and energy group

Enumeration Type Documentation

residualType

enum residualType

The type of residual used for the convergence criterion.

Enumerator
SCALAR_FLUX	A residual on the scalar flux distribution
FISSION_SOURCE	A residual on the fission source distribution
TOTAL_SOURCE	A residual on the total source distribution

solverMode

enum solverMode

The solution mode used by the MOC solver.

Enumerator
FORWARD	The forward flux distribution
ADJOINT	The adjoint flux distribution

stabilizationType

enum stabilizationType

The type of stabilization to use on source iteration.

Enumerator
DIAGONAL	General diagonal stabilization
YAMAMOTO	Yamamoto's groupwise stabilization
GLOBAL	Global damping on the scalar flux update