util::GridContainerBase3D< DATUM, IXMAN > Class Template Reference

Base class for a container of data arranged on a 3D-grid. More...

#include "GridContainers.h"

Inheritance diagram for util::GridContainerBase3D< DATUM, IXMAN >:

Public Types
using	Datum_t = DATUM
	type of contained datum More...
using	Indexer_t = IXMAN
using	Grid_t = GridContainerBase< Datum_t, Indexer_t >
	this type More...
using	CellIndex_t = typename Indexer_t::CellIndex_t
	type of index for direct access to the cell More...
using	CellIndexOffset_t = typename Indexer_t::CellIndexOffset_t
	type of difference between indices More...
using	CellDimIndex_t = typename Indexer_t::CellDimIndex_t
	type of difference between indices More...
using	CellID_t = typename Indexer_t::CellID_t
	type of cell coordinate (x, y, z) More...
using	Cell_t = std::vector< Datum_t >
	type of a single cell container More...
using	Cells_t = std::vector< Cell_t >
	type of container holding all cells More...
using	const_iterator = typename Cells_t::const_iterator
	type of iterator to all cells More...

Public Member Functions
Indexer_t const &	indexManager () const
	Returns the index manager of the grid. More...
Data structure
size_t	sizeZ () const
	Returns the size of the container in the third dimension (z) More...
bool	hasZ (typename Base_t::CellDimIndex_t index) const
	Returns whether the specified x index is valid. More...
Data structure
size_t	sizeY () const
	Returns the size of the container in the second dimension (y) More...
bool	hasY (typename Base_t::CellDimIndex_t index) const
	Returns whether the specified x index is valid. More...
Data structure
bool	hasX (typename Base_t::CellDimIndex_t index) const
	Returns whether the specified x index is valid. More...
size_t	sizeX () const
	Returns the size of the container in the first dimension (x) More...
Data structure
size_t	size () const
	Returns the total size of the container. More...
bool	has (CellIndexOffset_t index) const
	Returns whether the specified index is valid. More...
Data access
CellIndex_t	index (CellID_t const &id) const
	Return the index of the element from its cell coordinates (no check!) More...
CellIndexOffset_t	indexOffset (CellID_t const &origin, CellID_t const &cellID) const
	Returns the difference in index from two cells. More...
Cell_t &	operator[] (CellID_t const &id)
	Returns a reference to the specified cell. More...
Cell_t const &	operator[] (CellID_t const &id) const
	Returns a constant reference to the specified cell. More...
Cell_t &	operator[] (CellIndex_t index)
	Returns a reference to to the cell with specified index. More...
Cell_t const &	operator[] (CellIndex_t index) const
	Returns a constant reference to the cell with specified index. More...
Data insertion
void	insert (CellID_t const &cellID, Datum_t const &elem)
	Copies an element into the specified cell. More...
void	insert (CellID_t const &cellID, Datum_t &&elem)
	Moves an element into the specified cell. More...
void	insert (CellIndex_t index, Datum_t const &elem)
	Copies an element into the cell with the specified index. More...
void	insert (CellIndex_t index, Datum_t &&elem)
	Moves an element into the cell with the specified index. More...

Static Public Member Functions
static constexpr unsigned int	dims ()

Protected Member Functions
Cell_t &	cell (CellID_t const &cellID)
	Returns a reference to the specified cell. More...
Cell_t const &	cell (CellID_t const &cellID) const
	Returns a constant reference to the specified cell. More...

Protected Attributes
Indexer_t	indices
	manager of the indices of the container More...
Cells_t	data
	organised collection of points More...

Private Types
using	Base_t = GridContainerBase2D< DATUM, IXMAN >

Detailed Description

template<typename DATUM, typename IXMAN>
class util::GridContainerBase3D< DATUM, IXMAN >

Base class for a container of data arranged on a 3D-grid.

Template Parameters

DATUM	type of datum to be contained
IXMAN	type of the grid index manager

Definition at line 218 of file GridContainers.h.

Member Typedef Documentation

template<typename DATUM , typename IXMAN >

using util::GridContainerBase3D< DATUM, IXMAN >::Base_t = GridContainerBase2D<DATUM, IXMAN>

private

Definition at line 219 of file GridContainers.h.

template<typename DATUM , typename IXMAN >

using util::details::GridContainerBase< DATUM, IXMAN >::Cell_t = std::vector<Datum_t>

inherited

type of a single cell container

Definition at line 64 of file GridContainers.h.

template<typename DATUM , typename IXMAN >

using util::details::GridContainerBase< DATUM, IXMAN >::CellDimIndex_t = typename Indexer_t::CellDimIndex_t

inherited

type of difference between indices

Definition at line 58 of file GridContainers.h.

template<typename DATUM , typename IXMAN >

using util::details::GridContainerBase< DATUM, IXMAN >::CellID_t = typename Indexer_t::CellID_t

inherited

type of cell coordinate (x, y, z)

Definition at line 61 of file GridContainers.h.

template<typename DATUM , typename IXMAN >

using util::details::GridContainerBase< DATUM, IXMAN >::CellIndex_t = typename Indexer_t::CellIndex_t

inherited

type of index for direct access to the cell

Definition at line 52 of file GridContainers.h.

template<typename DATUM , typename IXMAN >

using util::details::GridContainerBase< DATUM, IXMAN >::CellIndexOffset_t = typename Indexer_t::CellIndexOffset_t

inherited

type of difference between indices

Definition at line 55 of file GridContainers.h.

template<typename DATUM , typename IXMAN >

using util::details::GridContainerBase< DATUM, IXMAN >::Cells_t = std::vector<Cell_t>

inherited

type of container holding all cells

Definition at line 67 of file GridContainers.h.

template<typename DATUM , typename IXMAN >

using util::details::GridContainerBase< DATUM, IXMAN >::const_iterator = typename Cells_t::const_iterator

inherited

type of iterator to all cells

Definition at line 70 of file GridContainers.h.

template<typename DATUM , typename IXMAN >

using util::details::GridContainerBase< DATUM, IXMAN >::Datum_t = DATUM

inherited

type of contained datum

Definition at line 44 of file GridContainers.h.

template<typename DATUM , typename IXMAN >

using util::details::GridContainerBase< DATUM, IXMAN >::Grid_t = GridContainerBase<Datum_t, Indexer_t>

inherited

this type

Definition at line 47 of file GridContainers.h.

template<typename DATUM , typename IXMAN >

using util::details::GridContainerBase< DATUM, IXMAN >::Indexer_t = IXMAN

inherited

Definition at line 45 of file GridContainers.h.

Member Function Documentation

template<typename DATUM , typename IXMAN >

Cell_t& util::details::GridContainerBase< DATUM, IXMAN >::cell ( CellID_t const &  cellID )

inlineprotectedinherited

Returns a reference to the specified cell.

Definition at line 143 of file GridContainers.h.

References util::details::GridContainerBase< DATUM, IXMAN >::index().

Referenced by util::details::GridContainerBase< DATUM, IXMAN >::insert(), and util::details::GridContainerBase< DATUM, IXMAN >::operator[]().

{ return data[index(cellID)]; }

template<typename DATUM , typename IXMAN >

Cell_t const& util::details::GridContainerBase< DATUM, IXMAN >::cell ( CellID_t const &  cellID ) const

inlineprotectedinherited

Returns a constant reference to the specified cell.

Definition at line 146 of file GridContainers.h.

References util::details::GridContainerBase< DATUM, IXMAN >::index().

{ return data[index(cellID)]; }

template<typename DATUM , typename IXMAN >

static constexpr unsigned int util::details::GridContainerBase< DATUM, IXMAN >::dims ( )

inlinestaticinherited

Definition at line 49 of file GridContainers.h.

{ return IXMAN::dims(); }

template<typename DATUM , typename IXMAN >

bool util::details::GridContainerBase< DATUM, IXMAN >::has ( CellIndexOffset_t  index ) const

inlineinherited

Returns whether the specified index is valid.

Definition at line 84 of file GridContainers.h.

References util::details::GridContainerBase< DATUM, IXMAN >::indices.

{ return indices.has(index); }

template<typename DATUM , typename IXMAN >

bool util::GridContainerBase1D< DATUM, IXMAN >::hasX ( typename Base_t::CellDimIndex_t  index ) const

inlineinherited

Returns whether the specified x index is valid.

Definition at line 171 of file GridContainers.h.

References geo::vect::indices().

{ return Base_t::indices.hasX(index); }

template<typename DATUM , typename IXMAN >

bool util::GridContainerBase2D< DATUM, IXMAN >::hasY ( typename Base_t::CellDimIndex_t  index ) const

inlineinherited

Returns whether the specified x index is valid.

Definition at line 203 of file GridContainers.h.

References geo::vect::indices().

{ return Base_t::indices.hasY(index); }

template<typename DATUM , typename IXMAN >

bool util::GridContainerBase3D< DATUM, IXMAN >::hasZ ( typename Base_t::CellDimIndex_t  index ) const

inline

Returns whether the specified x index is valid.

Definition at line 232 of file GridContainers.h.

References geo::vect::indices().

{ return Base_t::indices.hasZ(index); }

template<typename DATUM , typename IXMAN >

CellIndex_t util::details::GridContainerBase< DATUM, IXMAN >::index ( CellID_t const &  id ) const

inlineinherited

Return the index of the element from its cell coordinates (no check!)

Definition at line 92 of file GridContainers.h.

References util::details::GridContainerBase< DATUM, IXMAN >::indices.

Referenced by util::details::GridContainerBase< DATUM, IXMAN >::cell(), util::details::GridContainerBase< DATUM, IXMAN >::insert(), and util::details::GridContainerBase< DATUM, IXMAN >::operator[]().

{ return indices[id]; }

template<typename DATUM , typename IXMAN >

Indexer_t const& util::details::GridContainerBase< DATUM, IXMAN >::indexManager ( ) const

inlineinherited

Returns the index manager of the grid.

Definition at line 135 of file GridContainers.h.

References util::details::GridContainerBase< DATUM, IXMAN >::indices.

{ return indices; }

template<typename DATUM , typename IXMAN >

CellIndexOffset_t util::details::GridContainerBase< DATUM, IXMAN >::indexOffset ( CellID_t const &  origin, CellID_t const &  cellID  ) const

inlineinherited

Returns the difference in index from two cells.

Definition at line 95 of file GridContainers.h.

References util::details::GridContainerBase< DATUM, IXMAN >::indices.

      {
        return indices.offset(origin, cellID);
      }

template<typename DATUM , typename IXMAN >

void util::details::GridContainerBase< DATUM, IXMAN >::insert ( CellID_t const &  cellID, Datum_t const &  elem  )

inlineinherited

Copies an element into the specified cell.

Definition at line 118 of file GridContainers.h.

References util::details::GridContainerBase< DATUM, IXMAN >::cell().

{ cell(cellID).push_back(elem); }

template<typename DATUM , typename IXMAN >

void util::details::GridContainerBase< DATUM, IXMAN >::insert ( CellID_t const &  cellID, Datum_t &&  elem  )

inlineinherited

Moves an element into the specified cell.

Definition at line 121 of file GridContainers.h.

References util::details::GridContainerBase< DATUM, IXMAN >::cell().

      {
        cell(cellID).push_back(std::move(elem));
      }

template<typename DATUM , typename IXMAN >

void util::details::GridContainerBase< DATUM, IXMAN >::insert ( CellIndex_t  index, Datum_t const &  elem  )

inlineinherited

Copies an element into the cell with the specified index.

Definition at line 127 of file GridContainers.h.

References util::details::GridContainerBase< DATUM, IXMAN >::data, and util::details::GridContainerBase< DATUM, IXMAN >::index().

{ data[index].push_back(elem); }

template<typename DATUM , typename IXMAN >

void util::details::GridContainerBase< DATUM, IXMAN >::insert ( CellIndex_t  index, Datum_t &&  elem  )

inlineinherited

Moves an element into the cell with the specified index.

Definition at line 130 of file GridContainers.h.

References util::details::GridContainerBase< DATUM, IXMAN >::data, and util::details::GridContainerBase< DATUM, IXMAN >::index().

{ data[index].push_back(std::move(elem)); }

template<typename DATUM , typename IXMAN >

Cell_t& util::details::GridContainerBase< DATUM, IXMAN >::operator[] ( CellID_t const &  id )

inlineinherited

Returns a reference to the specified cell.

Definition at line 101 of file GridContainers.h.

References util::details::GridContainerBase< DATUM, IXMAN >::cell().

{ return cell(id); }

template<typename DATUM , typename IXMAN >

Cell_t const& util::details::GridContainerBase< DATUM, IXMAN >::operator[] ( CellID_t const &  id ) const

inlineinherited

Returns a constant reference to the specified cell.

Definition at line 104 of file GridContainers.h.

References util::details::GridContainerBase< DATUM, IXMAN >::cell().

{ return cell(id); }

template<typename DATUM , typename IXMAN >

Cell_t& util::details::GridContainerBase< DATUM, IXMAN >::operator[] ( CellIndex_t  index )

inlineinherited

Returns a reference to to the cell with specified index.

Definition at line 107 of file GridContainers.h.

References util::details::GridContainerBase< DATUM, IXMAN >::data, and util::details::GridContainerBase< DATUM, IXMAN >::index().

{ return data[index]; }

template<typename DATUM , typename IXMAN >

Cell_t const& util::details::GridContainerBase< DATUM, IXMAN >::operator[] ( CellIndex_t  index ) const

inlineinherited

Returns a constant reference to the cell with specified index.

Definition at line 110 of file GridContainers.h.

References util::details::GridContainerBase< DATUM, IXMAN >::data, and util::details::GridContainerBase< DATUM, IXMAN >::index().

{ return data[index]; }

template<typename DATUM , typename IXMAN >

size_t util::details::GridContainerBase< DATUM, IXMAN >::size ( ) const

inlineinherited

Returns the total size of the container.

Definition at line 81 of file GridContainers.h.

References util::details::GridContainerBase< DATUM, IXMAN >::indices.

{ return indices.size(); }

template<typename DATUM , typename IXMAN >

size_t util::GridContainerBase1D< DATUM, IXMAN >::sizeX ( ) const

inlineinherited

Returns the size of the container in the first dimension (x)

Definition at line 174 of file GridContainers.h.

References geo::vect::indices().

{ return Base_t::indices.sizeX(); }

template<typename DATUM , typename IXMAN >

size_t util::GridContainerBase2D< DATUM, IXMAN >::sizeY ( ) const

inlineinherited

Returns the size of the container in the second dimension (y)

Definition at line 200 of file GridContainers.h.

References geo::vect::indices().

{ return Base_t::indices.sizeY(); }

template<typename DATUM , typename IXMAN >

size_t util::GridContainerBase3D< DATUM, IXMAN >::sizeZ ( ) const

inline

Returns the size of the container in the third dimension (z)

Definition at line 229 of file GridContainers.h.

References geo::vect::indices().

{ return Base_t::indices.sizeZ(); }

Member Data Documentation

template<typename DATUM , typename IXMAN >

Cells_t util::details::GridContainerBase< DATUM, IXMAN >::data

protectedinherited

organised collection of points

Definition at line 140 of file GridContainers.h.

Referenced by util::details::GridContainerBase< DATUM, IXMAN >::insert(), and util::details::GridContainerBase< DATUM, IXMAN >::operator[]().

template<typename DATUM , typename IXMAN >

Indexer_t util::details::GridContainerBase< DATUM, IXMAN >::indices

protectedinherited

manager of the indices of the container

Definition at line 138 of file GridContainers.h.

Referenced by util::details::GridContainerBase< DATUM, IXMAN >::has(), util::details::GridContainerBase< DATUM, IXMAN >::index(), util::details::GridContainerBase< DATUM, IXMAN >::indexManager(), util::details::GridContainerBase< DATUM, IXMAN >::indexOffset(), and util::details::GridContainerBase< DATUM, IXMAN >::size().

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

• lardata/v09_16_03/source/lardata/Utilities/GridContainers.h