STK_LinAlgebra1D.h File Reference

In this file we implement Linear Algebra methods for Real one dimensional containers. More...

#include "../../STKernel/include/STK_Real.h"
#include "../../STKernel/include/STK_Misc.h"
#include "../../Sdk/include/STK_ITContainer1D.h"

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Namespaces
namespace	STK
	STK means the Statistical ToolKit.
Functions
template<class Container1D >
Real	STK::sum (ITContainer1D< Real, Container1D > const &x)
	Sum the element of the container.
template<class Container1D1 , class Container1D2 >
Real	STK::weightedSum (ITContainer1D< Real, Container1D1 > const &x, ITContainer1D< Real, Container1D2 > const &w)
	Weighted sum of the element of the container.
template<class Container1D >
Real	STK::normInf (ITContainer1D< Real, Container1D > const &x)
	Compute the infinite norm.
template<class Container1D1 , class Container1D2 >
Real	STK::weightedNormInf (ITContainer1D< Real, Container1D1 > const &x, ITContainer1D< Real, Container1D2 > const &w)
	Compute the weighted infinite norm.
template<class Container1D >
Real	STK::normTwo (ITContainer1D< Real, Container1D > const &x)
	compute the norm two
template<class Container1D1 , class Container1D2 >
Real	STK::weightedNormTwo (ITContainer1D< Real, Container1D1 > const &x, ITContainer1D< Real, Container1D2 > const &w)
	compute the weighted norm two
template<class Container1D >
Real	STK::normTwo2 (ITContainer1D< Real, Container1D > const &x)
	Compute the squared norm two.
template<class Container1D1 , class Container1D2 >
Real	STK::weightedNormTwo2 (ITContainer1D< Real, Container1D1 > const &x, ITContainer1D< Real, Container1D2 > const &w)
	Compute the squared norm two.
template<class Container1D1 , class Container1D2 >
Real	STK::dot (ITContainer1D< Real, Container1D1 > const &x, ITContainer1D< Real, Container1D2 > const &y)
	Compute the dot product.
template<class Container1D1 , class Container1D2 , class Container1D3 >
Real	STK::weightedDot (ITContainer1D< Real, Container1D1 > const &x, ITContainer1D< Real, Container1D2 > const &y, ITContainer1D< Real, Container1D3 > const &w)
	Compute the dot product.
template<class Container1D1 , class Container1D2 >
Real	STK::dist (ITContainer1D< Real, Container1D1 > const &x, ITContainer1D< Real, Container1D2 > const &y)
	Compute the distance between two vectors.
template<class Container1D1 , class Container1D2 , class Container1D3 >
Real	STK::weightedDist (ITContainer1D< Real, Container1D1 > const &x, ITContainer1D< Real, Container1D2 > const &y, ITContainer1D< Real, Container1D3 > const &w)
	Compute the weighted distance between two vectors.
template<class Container1D1 , class Container1D2 >
void	STK::add (ITContainer1D< Real, Container1D1 > const &x, ITContainer1D< Real, Container1D2 > &y)
	add two vectors.
template<class Container1D1 , class Container1D2 , class Container1D3 >
void	STK::add (ITContainer1D< Real, Container1D1 > const &x, ITContainer1D< Real, Container1D2 > const &y, ITContainer1D< Real, Container1D3 > &z)
	add two vectors.
template<class Container1D1 , class Container1D2 >
void	STK::diff (ITContainer1D< Real, Container1D1 > const &x, ITContainer1D< Real, Container1D2 > &y)
	add two vectors.
template<class Container1D1 , class Container1D2 , class Container1D3 >
void	STK::diff (ITContainer1D< Real, Container1D1 > const &x, ITContainer1D< Real, Container1D2 > const &y, ITContainer1D< Real, Container1D3 > &z)
	add two vectors.

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Detailed Description

In this file we implement Linear Algebra methods for Real one dimensional containers.

Definition in file STK_LinAlgebra1D.h.