vector.hpp File Reference

#include <boost/scoped_ptr.hpp>
#include <gridpack/parallel/distributed.hpp>
#include <gridpack/utilities/uncopyable.hpp>
#include <gridpack/math/vector_implementation.hpp>
#include <gridpack/utilities/exception.hpp>

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Classes
class	gridpack::math::VectorT< T, I >
	A parallel or serial vector of values. More...
Namespaces
namespace	gridpack
namespace	gridpack::math
Typedefs
typedef class VectorT < ComplexType >	gridpack::math::ComplexVector
typedef class VectorT< double >	gridpack::math::RealVector
typedef ComplexVector	gridpack::math::Vector
Functions
template<typename T , typename I >
VectorT< T, I > *	gridpack::math::add (const VectorT< T, I > &A, const VectorT< T, I > &B)
	Add two Vector instances and put the result in a new one.
template<typename T , typename I >
VectorT< T, I > *	gridpack::math::abs (const VectorT< T, I > &x)
	Subtract two Vector instances and put the result in a new one.
template<typename T , typename I >
VectorT< T, I > *	gridpack::math::real (const VectorT< T, I > &x)
	Create a vector containing the real part of the specified vector.
template<typename T , typename I >
VectorT< T, I > *	gridpack::math::imaginary (const VectorT< T, I > &x)
	Create a vector containing the imaginar part of the specified vector.
template<typename T , typename I >
VectorT< T, I > *	gridpack::math::conjugate (const VectorT< T, I > &x)
	Create a vector containing the complex conjugate of x.
template<typename T , typename I >
void	gridpack::math::add (const VectorT< T, I > &A, const VectorT< T, I > &B, VectorT< T, I > &result)
	Add two Vector instances and put the result in an existing Vector.