TransportKernel Class Reference

Applies transport equations to segment data. More...

#include "src/MOCKernel.h"

Public Member Functions
	TransportKernel (TrackGenerator *track_generator)
	Constructor for the TransportKernel. More...
virtual	~TransportKernel ()
	Destructor for the TransportKernel.
void	newTrack (Track *track)
	Create a new track3D from an existing one. More...
void	setCPUSolver (CPUSolver *cpu_solver)
	Sets a pointer to the CPUSolver to enable use of transport functions. More...
void	setTrackFlux (FP_PRECISION *fwd_flux, FP_PRECISION *bwd_flux, int track_id)
void	setTrackIndexes (int azim_index, int polar_index)
void	setDirection (bool direction)
	Sets the direction of the current track. More...
bool	getDirection ()
	Returns the direction of the current track. More...
void	execute (FP_PRECISION length, Material *mat, long fsr_id, int track_idx, int cmfd_surface_fwd, int cmfd_surface_bwd, FP_PRECISION x_start, FP_PRECISION y_start, FP_PRECISION z_start, FP_PRECISION phi, FP_PRECISION theta)
	Apply MOC equations, tally fluxes and tally CMFD currents. More...
void	post ()
	Obtain and transfer the boundary track angular fluxes.
Public Member Functions inherited from MOCKernel
	MOCKernel (TrackGenerator *track_generator)
	Constructor for the MOCKernel assigns default values. More...
virtual	~MOCKernel ()
	Destructor for MOCKernel.
int	getCount ()
	Reads and returns the current count. More...
void	setMaxOpticalLength (FP_PRECISION max_tau)
	Resets the maximum optcal path length for a segment. More...

Additional Inherited Members
Protected Attributes inherited from MOCKernel
int	_count
FP_PRECISION	_max_tau
int	_num_groups

Detailed Description

Applies transport equations to segment data.

A TransportKernel inherets from MOCKernel and is a kernel which is initialized with a pointer to a CPU Solver. Input data of the "execute" function is used to apply the MOC equations in CPUSolver.

Constructor & Destructor Documentation

TransportKernel()

TransportKernel::TransportKernel

(

TrackGenerator *

track_generator

)

Constructor for the TransportKernel.

Parameters

track_generator

the TrackGenerator used to pull relevant tracking data from

Member Function Documentation

execute()

void TransportKernel::execute ( FP_PRECISION  length, Material *  mat, long  fsr_id, int  track_idx, int  cmfd_surface_fwd, int  cmfd_surface_bwd, FP_PRECISION  x_start, FP_PRECISION  y_start, FP_PRECISION  z_start, FP_PRECISION  phi, FP_PRECISION  theta  )

virtual

Apply MOC equations, tally fluxes and tally CMFD currents.

Parameters

length	length of the segment
mat	pointer to the Material around the segment
fsr_id	id of the FSR the segment lies in
track_idx	id of the track
cmfd_surface_fwd	CMFD surface at the end of the segment in the forward direction
cmfd_surface_bwd	CMFD surface at the end of the segment in the backward direction
x_start	x coordinate of the start of the segment
y_start	y coordinate of the start of the segment
z_start	z coordinate of the start of the sement
phi	azimuthal angle of this segment
theta	polar angle of this segment

Implements MOCKernel.

getDirection()

bool TransportKernel::getDirection

(

)

Returns the direction of the current track.

Returns

_direction the direction of the track: true = Forward, false = Backward

newTrack()

void TransportKernel::newTrack ( Track *  track )

virtual

Create a new track3D from an existing one.

Parameters

track

track to create the new track from

Reimplemented from MOCKernel.

setCPUSolver()

void TransportKernel::setCPUSolver

(

CPUSolver *

cpu_solver

)

Sets a pointer to the CPUSolver to enable use of transport functions.

Parameters

cpu_solver

pointer to the CPUSolver

setDirection()

void TransportKernel::setDirection

(

bool

direction

)

Sets the direction of the current track.

Parameters

direction

the direction of the track: true = Forward, false = Backward

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

• /home/guillaume/Research/OpenMOC/src/MOCKernel.h
• /home/guillaume/Research/OpenMOC/src/MOCKernel.cpp