Fiber::BinaryOperator< Operator, PrimaryValueType, SecondaryValueType, ResultValueType > Struct Template Reference

Implementing a binary operation on two fields with on-demand computation per fragment and discarding data when memory is tight. More...

#include <BinaryOperator.hpp>

Public Types
typedef PrimaryValueType	primary_value_type
typedef SecondaryValueType	secondary_value_type
typedef ResultValueType	result_type

Public Member Functions
	BinaryOperator (const RefPtr< Field > &theSecondaryField)
	The constructor, wants to know about the secondary field.
template<Dims_t Dims>
bool	computeFragment (MemArray< Dims, result_type > &Result, const MemArray< Dims, primary_value_type > &PrimaryArray, const RefPtr< FragmentID > &myFragmentID)

Public Attributes
RefPtr< Field >	SecondaryField

Detailed Description

template<class Operator, class PrimaryValueType, class SecondaryValueType = PrimaryValueType, class ResultValueType = PrimaryValueType>
struct Fiber::BinaryOperator< Operator, PrimaryValueType, SecondaryValueType, ResultValueType >

Implementing a binary operation on two fields with on-demand computation per fragment and discarding data when memory is tight.

To be used in conjunction with the ComputationalField class. The Operator API is compatible with the Operators as defined in the Eagle library, and it is easiest to just use one of those.

Example usage:

RefPtr<Field>      BinaryDoubleAdditionComputationalField(const RefPtr<Field>&L, const RefPtr<Field>&R)
{
BinaryOperator<Eagle::Operator<'+'>, double > BO(R);
        return newComputationalField(BO, L);
}

This class implements the computeFragment() function as expected by the ComputationalField class.

Constructor & Destructor Documentation

BinaryOperator()

template<class Operator, class PrimaryValueType, class SecondaryValueType = PrimaryValueType, class ResultValueType = PrimaryValueType>

Fiber::BinaryOperator< Operator, PrimaryValueType, SecondaryValueType, ResultValueType >::BinaryOperator ( const RefPtr< Field > & theSecondaryField )

inline

The constructor, wants to know about the secondary field.

The primary field will be specified via the ComputationalField constructor.