SlaughterFEM::HeatEqBoundaryDirichlet Class Reference

A class for dirichlet boundary conditions. More...

#include <fem/heat_eq/heat_eq_boundary.h>

Inheritance diagram for SlaughterFEM::HeatEqBoundaryDirichlet:

Collaboration diagram for SlaughterFEM::HeatEqBoundaryDirichlet:

List of all members.

Public Member Functions
	HeatEqBoundaryDirichlet ()
	Class constructor.
virtual Real	T (const Point &p, const Real t)
	A virtual function for returning the temperature.
Public Attributes
Number	T_constant
	A constant temperature value, used in default operation.
Protected Member Functions
void	value (DenseVector< Number > &output, const Point &p, const Real t)
	Computes and returns the boundary temperature.

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Detailed Description

A class for dirichlet boundary conditions.

Examples:

fem/examples/example1.cpp, and fem/examples/example2.cpp.

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Constructor & Destructor Documentation

HeatEqBoundaryDirichlet::HeatEqBoundaryDirichlet

(

)

Class constructor.

Creates a dirichlet boundary conditions class, the constructor specifies the type as "dirichlet."

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Member Function Documentation

Number HeatEqBoundaryDirichlet::T	(	const Point &	p,
		const Real	t
	)		[virtual]

A virtual function for returning the temperature.

By default this function returns a constant value defined in the T_constant attribute. If constant temperature is to be used then only T_constant must be changed (zero by default). To create a non-constant flux a derived class should be created that inherts this class. This T() function should then be defined in this new class to return the desired temperature value.

Reimplemented from SlaughterFEM::HeatEqBoundaryBase.

void SlaughterFEM::HeatEqBoundaryDirichlet::value	(	DenseVector< Number > &	output,
		const Point &	p,
		const Real	t
	)		[inline, protected, virtual]

Computes and returns the boundary temperature.

This returns the temperature value that is computed by the T function that may be customized. This member is used by the HeatEq class thus is protected.

Parameters:

output	A reference to the vector that stores the stores the computed flux
p	A libMesh point
t	The time

See also:

T

Implements SlaughterFEM::EqBoundaryBase.

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

• include/fem/heat_eq/heat_eq_boundary.h
• source/fem/heat_eq/heat_eq_boundary.cpp