Functions
void	initializeAvgKernelCalculation (char *AvgKernInputLine, int maxDepth)
bool	subsetKernels ()
bool	calcAvgKernelCov ()
int	getNumberOfAveragingKernels ()
int	getAvgKernelDepth (int i)
MATRIX	selectKernels (MATRIX m)
Variables
VECTOR	depthsForReducing
	Vector that contains offsets into Avg Kern & Cov matrices for 5d and 3d problem. Used when only calculating a subset of Averaging Kernels.
VECTOR	depths
	Vector contains depths for Averaging Kernel calculations.

Function Documentation

bool calcAvgKernelCov ( )

Return true if calculating ANY averaging kernels

int getAvgKernelDepth ( int i )

Return the Averaging Kernel depth at index i

int getNumberOfAveragingKernels ( )

Return the number of averaging kernels to calculate.

void initializeAvgKernelCalculation	(	char *	AvgKernInputLine,
		int	maxDepth
	)

Send a string, parse it and store the depths for averaging kernel calculation

Parameters:

`[in]`	AvgKernInputLine	Text line from input file specifying averaging kernel calculations
`[in]`	maxDepth	maximum value for a depth; 1 is the minimum, the size of the z-dimension in the input kernel files is the maximum.

MATRIX selectKernels ( MATRIX m )

Reduce the matrix by extracting only the rows corresponding to the depth at which averaging kernels are calculated.

Parameters:

[in] m A matrix to reduce.

bool subsetKernels ( )

Return true if only a subset of the averaging kernels need to be calculated.

Variable Documentation

Vector contains depths for Averaging Kernel calculations.

Vector that contains offsets into Avg Kern & Cov matrices for 5d and 3d problem. Used when only calculating a subset of Averaging Kernels.