neumannCC Class Reference

The derived class from boundary to apply neumann boundary condition for a cell-centered variable. More...

#include "lib/boundary/boundary.h"

Inheritance diagram for neumannCC:

Public Member Functions
	neumannCC (const grid &mesh, field &inField, const int bcWall, const real bcValue)
	Constructor of the neumannCC class. More...
void	imposeBC ()
	Function to impose Neumann BC on a cell centered variable. More...
Public Member Functions inherited from boundary
	boundary (const grid &mesh, field &inField, const int bcWall)
	Constructor of the boundary class. More...

Additional Inherited Members
Protected Attributes inherited from boundary
const grid &	mesh
	A const reference to the global variables stored in the grid class to access mesh data.
field &	dField
	Reference to the field onto which the boundary condition has to be applied.
bool	rankFlag
	The flag is true for MPI ranks on which the boundary condition has to be applied.
const int	wallNum
	The const integer denotes the wall at which the boundary condition is being applied.
int	shiftDim
	Denotes the dimension normal to the wall at which the boundary condition is applied.
int	shiftVal
	The number of points by which the view of the wall slice is shifted to when applying the boundary condition.

Detailed Description

The derived class from boundary to apply neumann boundary condition for a cell-centered variable.

Constructor & Destructor Documentation

neumannCC()

neumannCC::neumannCC	(	const grid &	mesh,
		field &	inField,
		const int	bcWall,
		const real	bcValue
	)

Constructor of the neumannCC class.

     The constructor initializes the base boundary class using part of the arguments supplied to it.
     The value of the derivative of the field at the boundary, denoted by fieldValue, is also set in the initialization list.

Parameters

mesh	is a const reference to the global data contained in the grid class.
inField	is a reference to field to which the boundary conditions must be applied.
bcWall	is a const integer which specifies the wall to which the BC must be applied.
bcValue	is the const real value of the derivative of the variable at the boundary.

Member Function Documentation

imposeBC()

void neumannCC::imposeBC ( )

inlinevirtual

Function to impose Neumann BC on a cell centered variable.

     For Saras solver, the wall passes through the cell centers of the variables.
     Hence the variable is lying on the wall for this case.
     Accordingly the derivative of the variable is set on the wall.

Reimplemented from boundary.

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

• lib/boundary/boundary.h
• lib/boundary/neumannCC.cc