Fiber::ComputePartialDerivative< EvalDimension > Struct Template Reference

Compute the partial derivative of a multidimensional array in the given index direction. More...

#include <FiniteDifferences.hpp>

Classes
struct	FiniteDifferenceOperation

Static Public Member Functions
template<Dims_t Dims, typename Value , typename ResultType >
static const MultiArray< Dims, ResultType > &	FiniteDifference (MultiArray< Dims, ResultType > &result, const MultiArray< Dims, Value > &ValueField, const MultiIndex< Dims > &Index)
	Compute Finite Differences along one line within a multidimensional array in the given index.
template<Dims_t Dims, typename Value , typename ResultType >
static MultiArray< Dims, ResultType > &	FiniteDifference (MultiArray< Dims, ResultType > &result, const MultiArray< Dims, Value > &ValueField)
	Compute Finite Differences within a multidimensional array, putting the directional derivative along the index coordinates in the specified result array.
template<Dims_t Dims, typename Value , typename ResultType >
static MultiArray< Dims, ResultType > &	compute (MultiArray< Dims, ResultType > &result, const MultiArray< Dims, Value > &ValueField)
	Recursively computing the partial derivatives over all dimensions.

Detailed Description

template<Dims_t EvalDimension>
struct Fiber::ComputePartialDerivative< EvalDimension >

Compute the partial derivative of a multidimensional array in the given index direction.

Member Function Documentation

compute()

template<Dims_t EvalDimension>

template<Dims_t Dims, typename Value , typename ResultType >

static MultiArray< Dims, ResultType > & Fiber::ComputePartialDerivative< EvalDimension >::compute ( MultiArray< Dims, ResultType > &  result, const MultiArray< Dims, Value > &  ValueField  )

inlinestatic

Recursively computing the partial derivatives over all dimensions.

Note

Internal use only.

References Fiber::ComputePartialDerivative< EvalDimension >::compute(), and Fiber::ComputePartialDerivative< EvalDimension >::FiniteDifference().

Referenced by Fiber::ComputePartialDerivative< EvalDimension >::compute(), and Fiber::ComputeDerivative().

FiniteDifference()

template<Dims_t EvalDimension>

template<Dims_t Dims, typename Value , typename ResultType >

static const MultiArray< Dims, ResultType > & Fiber::ComputePartialDerivative< EvalDimension >::FiniteDifference ( MultiArray< Dims, ResultType > &  result, const MultiArray< Dims, Value > &  ValueField, const MultiIndex< Dims > &  Index  )

inlinestatic

Compute Finite Differences along one line within a multidimensional array in the given index.

Note

Internal use only.

Referenced by Fiber::ComputePartialDerivative< EvalDimension >::compute().