BlendingData Class Template Reference

collection of arrays for combination technique-type operations. More...

#include <LevelAdaptive.hpp>

List of all members.

Public Methods

BlendingData ()

Default constructor.

BlendingData (BlendingWeights< DIM > *A)

Constructor with initialization.

void Init (BlendingWeights< DIM > *A)

See above.

void SetBoundaryConditions (int BCs[DIM][2])

BC.

void Get (LevelAdaptiveData< DIM > *S)

Compute the blending representation of *S.

void SetFunction (Function *F)

Compute the blending representation of a function, i.e. the nodal values of the functions are assigned to the nodes of the various grids. No transform are performed.

void Set (const double c)

Set all values.

void Add (const double c0, BlendingData< DIM > *S0, const double c1, BlendingData< DIM > *S1)

(*this)= c0*(*S0) + c1*(*S1).

void Add (const double c0, BlendingData< DIM > *S0, const double c1, BlendingData< DIM > *S1, const double c2, BlendingData< DIM > *S2)

(*this)= c0*(*S0) + c1*(*S1) + c2*(S2).

void Add (const double c0, BlendingData< DIM > *S0, const double c1, BlendingData< DIM > *S1, const double c2, BlendingData< DIM > *S2, const double c3, BlendingData< DIM > *S3)

(*this)= c0*(*S0) + c1*(*S1) + c2*(S2) + c3*(S3).

void Sub (BlendingData< DIM > *S0, BlendingData< DIM > *S1)

(*this)= (*S0) - (*S1).

double Max ()

max of all entries of all arrays.

double Min ()

min of all entries of all arrays.

double MaxAbs ()

max abs of all entries of all arrays.

void ApplyOp (int *BCT, BlendingData< DIM > *S, int dir, unsigned int op)

Application of operators on each of the uniform grids, calls UniformData<DIM>::ApplyOp().

Public Attributes

Matrix<Matrix<double,DIM> * ,
DIM>* a

numerical data.

BlendingWeights<DIM>* A

weights.

Extensions<DIM> Ext

boundary conditions and so on.

template<int DIM> class BlendingData

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

Generated at Mon Aug 19 10:02:33 2002 for AWFD by

Public Methods
	BlendingData ()
	Default constructor.
	BlendingData (BlendingWeights< DIM > *A)
	Constructor with initialization.
void	Init (BlendingWeights< DIM > *A)
	See above.
void	SetBoundaryConditions (int BCs[DIM][2])
	BC.
void	Get (LevelAdaptiveData< DIM > *S)
	Compute the blending representation of S.*
void	SetFunction (Function *F)
	Compute the blending representation of a function, i.e. the nodal values of the functions are assigned to the nodes of the various grids. No transform are performed.
void	Set (const double c)
	Set all values.
void	Add (const double c0, BlendingData< DIM > S0, const double c1, BlendingData< DIM > S1)
	(this)= c0(S0) + c1(S1).*
void	Add (const double c0, BlendingData< DIM > S0, const double c1, BlendingData< DIM > S1, const double c2, BlendingData< DIM > *S2)
	(this)= c0(S0) + c1(S1) + c2(S2).
void	Add (const double c0, BlendingData< DIM > S0, const double c1, BlendingData< DIM > S1, const double c2, BlendingData< DIM > S2, const double c3, BlendingData< DIM > S3)
	(this)= c0(S0) + c1(S1) + c2(S2) + c3(S3).*
void	Sub (BlendingData< DIM > S0, BlendingData< DIM > S1)
	(this)= (S0) - (S1).*
double	Max ()
	max of all entries of all arrays.
double	Min ()
	min of all entries of all arrays.
double	MaxAbs ()
	max abs of all entries of all arrays.
void	ApplyOp (int BCT, BlendingData< DIM > S, int dir, unsigned int op)
	Application of operators on each of the uniform grids, calls UniformData<DIM>::ApplyOp().
Public Attributes
Matrix<Matrix<double,DIM> * , DIM>*	a
	numerical data.
BlendingWeights<DIM>*	A
	weights.
Extensions<DIM>	Ext
	boundary conditions and so on.