Eigensolver Class Reference

Solver for k-eigenvalue problems. More...

Inheritance diagram for Eigensolver:

Collaboration diagram for Eigensolver:

List of all members.

Public Member Functions
function	Eigensolver (in input, in)
	Class constructor.
function	solve (in obj)
function	print_iteration (in obj, in it, in sweeps, in e0, in e1, in e2, in k)
Public Attributes
Property	d_input
	User input.
Property	d_mesh
Property	d_mat
Property	d_quadrature
Property	d_source
Property	d_boundary_source
Property	d_fission_source
Property	d_state
Property	d_solver
Property	d_boundary
Property	d_tolerance
Property	d_max_iters

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Detailed Description

Solver for k-eigenvalue problems.

The homogeneous transport equation in operator form is

The standard power iteration method is employed.

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Constructor & Destructor Documentation

function Eigensolver	(	in	input,
		in
	)

Class constructor.

Parameters:

input	Number of fine mesh per x coarse mesh.
state	Number of fine mesh per x coarse mesh.
boundary	Number of fine mesh per x coarse mesh.
mesh	Number of fine mesh per y coarse mesh.
mat	Coarse mesh edges along x axis.
quadrature	Coarse mesh edges along y axis.
external_source	Coarse mesh material map.
fission_source	Coarse mesh material map.

Returns:

Instance of the Eigensolver class.

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Member Function Documentation

function print_iteration	(	in	obj,
		in	it,
		in	sweeps,
		in	e0,
		in	e1,
		in	e2,
		in	k
	)

function solve

(

in

obj

)

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Member Data Documentation

Property d_boundary

Property d_boundary_source

Property d_fission_source

Property d_input

User input.

Property d_mat

Property d_max_iters

Property d_mesh

Property d_quadrature

Property d_solver

Property d_source

Property d_state

Property d_tolerance

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

• /home/robertsj/Research/matlab_transport_pack/source/Eigensolver.m