numeric::MathTensor< T > Class Template Reference

#include <MathTensor.hh>

Public Member Functions
	MathTensor (Size const layers=0, Size const rows=0, Size const cols=0, T const &value=T())
	construct Tensor from optional number of layers, optional number of rows, optional number of columns, and optional single element More...
	MathTensor (MathTensor const &src)
	construct Tensor from optional number of layers, optional number of rows, optional number of columns, and optional single element More...
MathTensor &	operator= (MathTensor const &rhs)
	~MathTensor ()
bool	is_valid_position (Size layer, Size row, Size column) const
	MathTensor (Size const layers, Size const rows, Size const cols, T const *data)
Size	nlayers () const
	return number of layers More...
Size	nrows () const
	return number of rows More...
Size	ncols () const
	return number of columns More...
void	replace_layer (Size const layer, MathMatrix< T > const &matrix)
	copies elements of argument matrix into this object at position ( layer ) More...
T &	operator() (Size layer, Size row, Size col)
T const &	operator() (Size layer, Size row, Size col) const

Private Attributes
Size	nlayers_
Size	nrows_
Size	ncols_
Size	size_
T *	data_

Constructor & Destructor Documentation

template<typename T>

numeric::MathTensor< T >::MathTensor ( Size const  layers = 0, Size const  rows = 0, Size const  cols = 0, T const &  value = T()  )

inline

construct Tensor from optional number of layers, optional number of rows, optional number of columns, and optional single element

template<typename T>

numeric::MathTensor< T >::MathTensor ( MathTensor< T > const &  src )

inline

construct Tensor from optional number of layers, optional number of rows, optional number of columns, and optional single element

template<typename T>

numeric::MathTensor< T >::~MathTensor ( )

inline

template<typename T>

numeric::MathTensor< T >::MathTensor ( Size const  layers, Size const  rows, Size const  cols, T const *  data  )

inline

Member Function Documentation

template<typename T>

bool numeric::MathTensor< T >::is_valid_position ( Size  layer, Size  row, Size  column  ) const

inline

Referenced by numeric::MathTensor< double >::operator()(), and numeric::MathTensor< double >::replace_layer().

template<typename T>

Size numeric::MathTensor< T >::ncols ( ) const

inline

return number of columns

Referenced by numeric::interpolation::spline::TricubicSpline::train().

template<typename T>

Size numeric::MathTensor< T >::nlayers ( ) const

inline

return number of layers

Referenced by numeric::interpolation::spline::TricubicSpline::train().

template<typename T>

Size numeric::MathTensor< T >::nrows ( ) const

inline

return number of rows

Referenced by numeric::interpolation::spline::TricubicSpline::train().

template<typename T>

T& numeric::MathTensor< T >::operator() ( Size  layer, Size  row, Size  col  )

inline

template<typename T>

T const& numeric::MathTensor< T >::operator() ( Size  layer, Size  row, Size  col  ) const

inline

template<typename T>

MathTensor& numeric::MathTensor< T >::operator= ( MathTensor< T > const &  rhs )

inline

template<typename T>

void numeric::MathTensor< T >::replace_layer ( Size const  layer, MathMatrix< T > const &  matrix  )

inline

copies elements of argument matrix into this object at position ( layer )

Member Data Documentation

template<typename T>

T* numeric::MathTensor< T >::data_

private

Referenced by numeric::MathTensor< double >::MathTensor(), numeric::MathTensor< double >::operator()(), numeric::MathTensor< double >::operator=(), numeric::MathTensor< double >::replace_layer(), and numeric::MathTensor< double >::~MathTensor().

template<typename T>

Size numeric::MathTensor< T >::ncols_

private

Referenced by numeric::MathTensor< double >::is_valid_position(), numeric::MathTensor< double >::ncols(), numeric::MathTensor< double >::operator()(), numeric::MathTensor< double >::operator=(), and numeric::MathTensor< double >::replace_layer().

template<typename T>

Size numeric::MathTensor< T >::nlayers_

private

Referenced by numeric::MathTensor< double >::is_valid_position(), numeric::MathTensor< double >::nlayers(), and numeric::MathTensor< double >::operator=().

template<typename T>

Size numeric::MathTensor< T >::nrows_

private

Referenced by numeric::MathTensor< double >::is_valid_position(), numeric::MathTensor< double >::nrows(), numeric::MathTensor< double >::operator()(), numeric::MathTensor< double >::operator=(), and numeric::MathTensor< double >::replace_layer().

template<typename T>

Size numeric::MathTensor< T >::size_

private

Referenced by numeric::MathTensor< double >::MathTensor(), and numeric::MathTensor< double >::operator=().

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The documentation for this class was generated from the following file:

• src/numeric/MathTensor.hh