AdaptiveSparseGrid_Base Class Reference

#include <sparseGrid.h>

Inheritance diagram for AdaptiveSparseGrid_Base:

Public Member Functions
void	printCoordinates ()
	Prints coordinates of adaptive sparse grid.
void	Print_gnu (string name)
	Prints coordinates of adaptive sparse grid in gnu-file.
void	PrintActiveHanging (int level)
	prints active nodes (o) and hanging nodes (x)
void	PrintGridIndices (int level, IndexDimension *Indices, int numberofindices)
	prints all nodes and highlights given Indices
bool	occupied (unsigned long &indexOfData, IndexDimension I)
IndexDimension	getIndexOfTable (unsigned long i)
unsigned long	hash (IndexDimension index)

Protected Member Functions
	AdaptiveSparseGrid_Base ()
unsigned long	getFreeSpaceNumberInSecondTable ()

Protected Attributes
unsigned long *	secondTable
	‍0 means empty; v>0 means v-1 is array index
bool *	isActiveNodeTable
	‍0 means empty; 1 means occupied, but no next; v>1 means v-2 is next array index
int *	indicesSecondTable
	‍true means AdaptiveSparseGrid_Base::getIndexOfTable (i) is active node.
int *	indicesSupportMin
	‍Contains coded indices. Length: secondTableLength*DimensionSparseGrid

Detailed Description

adaptive sparse grid

                           |       |        |       |
                           |       |        |       | <--- minimalEmpty
                           | prime |        |second | 
(index,...) ------------>  | table | -----> |table  | <--|
            hashfunction   |       |        |       |    |
                           |       |        |       | ---|

Constructor & Destructor Documentation

AdaptiveSparseGrid_Base()

AdaptiveSparseGrid_Base::AdaptiveSparseGrid_Base ( )

protected

>for every point we need to store three indices i.e. i_x and i_y

>for every point we need to store three indices i.e. i_x and i_y

>for every point we need to store three indices i.e. i_x and i_y

Member Function Documentation

getFreeSpaceNumberInSecondTable()

unsigned long AdaptiveSparseGrid_Base::getFreeSpaceNumberInSecondTable ( )

protected

Returns

index k such that secondTable[k] is empty

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getIndexOfTable()

IndexDimension AdaptiveSparseGrid_Base::getIndexOfTable ( unsigned long  i )

inline

Parameters

i	kodierung des Index als langer unsigned long

Returns

IndexDimension "=(i_1,...,i_d)"

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hash()

unsigned long AdaptiveSparseGrid_Base::hash ( IndexDimension  index )

inline

Returns

unsigned key

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occupied()

bool AdaptiveSparseGrid_Base::occupied ( unsigned long &  indexOfData, IndexDimension  I  )

inline

schaut nach ob Punkt im Gitter ist

Parameters

I	index des Punktes
indexOfData	return: index der daten, falls Punkt im Gitter ist

Returns

true, false je nachdem ob Punkt im Gitter ist

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

• /home/runner/work/LoAdSG/LoAdSG/library/source/sgrid/sparseGrid.h
• /home/runner/work/LoAdSG/LoAdSG/library/source/sgrid/sparseGrid.cc