class for describing a regular multi-dimensional grid More...

#include <Acts/Utilities/Grid.hpp>

Inheritance diagram for Acts::Grid< T, Axes >:

Collaboration diagram for Acts::Grid< T, Axes >:

Public Types
using	const_reference = const value_type&
	constant reference type to values stored
using	global_iterator_t = GridGlobalIterator<T, Axes...>
	global iterator type
using	index_t = std::array<std::size_t, DIM>
	index type using local bin indices along each axis
using	local_iterator_t = GridLocalIterator<T, Axes...>
	local iterator type
using	point_t = std::array<double, DIM>
	type for points in d-dimensional grid space
using	reference = value_type&
	reference type to values stored
using	value_type = T
	type of values stored
using	AnyIndexType = boost::container::small_vector<std::size_t, 3>
	Type-erased interface to access the contents of the grid.
using	AnyPointType = boost::container::small_vector<double, 3>
	Type alias for dynamic point type (coordinates as vector of doubles).

Public Member Functions
	Grid (Axes &&... axes)
	constructor from parameters pack of axes
	Grid (const Axes &... axes)
	constructor from parameters pack of axes
	Grid (const std::tuple< Axes... > &axes)
	Constructor from const axis tuple, this will allow creating a grid with a different value type from a template grid object.
	Grid (std::tuple< Axes... > &&axes)
	Move constructor from axis tuple.
	Grid (TypeTag< T >, Axes &&... axes)
	constructor from parameters pack of axes and type tag
	Grid (TypeTag< T >, const Axes &... axes)
	constructor from parameters pack of axes and type tag
reference	at (std::size_t bin)
	access value stored in bin with given global bin number
const_reference	at (std::size_t bin) const
	access value stored in bin with given global bin number
reference	atLocalBins (const index_t &localBins)
	access value stored in bin with given local bin numbers
const_reference	atLocalBins (const index_t &localBins) const
	access value stored in bin with given local bin numbers
std::any	atLocalBinsAny (AnyIndexType indices) const override
	Get the value of a bin for a given set of indices.
std::any	atLocalBinsAny (AnyIndexType indices) override
	Get the value of a bin for a given set of indices.
template<class Point>
reference	atPosition (const Point &point)
	access value stored in bin for a given point
template<class Point>
const_reference	atPosition (const Point &point) const
	access value stored in bin for a given point
boost::container::small_vector< const IAxis *, 3 >	axes () const override
	get the axes as an array of IAxis pointers
const std::tuple< Axes... > &	axesTuple () const
	get the axes as a tuple
global_iterator_t	begin () const
	begin iterator for global bins
local_iterator_t	begin (const std::array< std::vector< std::size_t >, DIM > &navigator) const
	begin iterator for local bins
point_t	binCenter (const index_t &localBins) const
	get center position of bin with given local bin numbers
AnyPointType	binCenterAny (AnyIndexType indices) const override
	Get the center of a bin for a given set of indices.
point_t	binWidth () const
	get bin width along each specific axis
template<class Point>
detail::GlobalNeighborHoodIndices< DIM >	closestPointsIndices (const Point &position) const
	get global bin indices for closest points on grid
template<typename converter_t>
Grid< typename converter_t::value_type, Axes... >	convertGrid (converter_t &cVisitor) const
	Convenience function to convert the type of the grid to hold another object type.
template<typename U>
Grid< U, Axes... >	convertType () const
	Convenience function to convert the type of the grid to hold another object type.
std::size_t	dimensions () const override
	dimensionality of grid
global_iterator_t	end () const
	end iterator for global bins
local_iterator_t	end (const std::array< std::vector< std::size_t >, DIM > &navigator) const
	end iterator for local bins
template<class Point>
std::size_t	globalBinFromFromLowerLeftEdge (const Point &point) const
	determine global bin index of the bin with the lower left edge closest to the given point for each axis
std::size_t	globalBinFromLocalBins (const index_t &localBins) const
	determine global bin index from local bin indices along each axis
template<class Point>
std::size_t	globalBinFromPosition (const Point &point) const
	determine global index for bin containing the given point
template<class Point> requires (Concepts::interpolatable<T, Point, std::array<double, DIM>, std::array<double, DIM>>)
T	interpolate (const Point &point) const
	interpolate grid values to given position
template<class Point>
bool	isInside (const Point &position) const
	check whether given point is inside grid limits
index_t	localBinsFromGlobalBin (std::size_t bin) const
	determine local bin index for each axis from global bin index
template<class Point>
index_t	localBinsFromLowerLeftEdge (const Point &point) const
	determine local bin index of the bin with the lower left edge closest to the given point for each axis
template<class Point>
index_t	localBinsFromPosition (const Point &point) const
	determine local bin index for each axis from the given point
point_t	lowerLeftBinEdge (const index_t &localBins) const
	retrieve lower-left bin edge from set of local bin indices
AnyPointType	lowerLeftBinEdgeAny (AnyIndexType indices) const override
	Get the lower left edge of a bin for a given set of indices.
point_t	maxPosition () const
	get the maximum value of all axes of one grid
point_t	minPosition () const
	get the minimum value of all axes of one grid
detail::GlobalNeighborHoodIndices< DIM >	neighborHoodIndices (const index_t &localBins, std::array< std::pair< int, int >, DIM > &sizePerAxis) const
	get global bin indices for neighborhood
detail::GlobalNeighborHoodIndices< DIM >	neighborHoodIndices (const index_t &localBins, std::size_t size=1u) const
	get global bin indices for neighborhood
index_t	numLocalBins () const
	get number of bins along each specific axis
AnyIndexType	numLocalBinsAny () const override
	Get the number of local bins for a given set of indices.
void	setExteriorBins (const value_type &value)
	set all overflow and underflow bins to a certain value
std::size_t	size (bool fullCounter=true) const
	total number of bins
point_t	upperRightBinEdge (const index_t &localBins) const
	retrieve upper-right bin edge from set of local bin indices
AnyPointType	upperRightBinEdgeAny (AnyIndexType indices) const override
	Get the upper right edge of a bin for a given set of indices.
const std::type_info &	valueType () const override
	Get the type of the values stored in the grid.
Public Member Functions inherited from Acts::IGrid
virtual	~IGrid ()=default

Static Public Attributes
static constexpr std::size_t	DIM = sizeof...(Axes)
	number of dimensions of the grid

Protected Member Functions
void	toStream (std::ostream &os) const override

Detailed Description

template<typename T, class... Axes>
requires (std::is_default_constructible_v<T> && !std::is_same_v<T, bool>)
class Acts::Grid< T, Axes >

class for describing a regular multi-dimensional grid

Template Parameters

T	type of values stored inside the bins of the grid
Axes	parameter pack of axis types defining the grid

Class describing a multi-dimensional, regular grid which can store objects in its multi-dimensional bins. Bins are hyper-boxes and can be accessed either by global bin index, local bin indices or position.

Note: T must be default-constructible.; T must not be bool, because std::vector<bool> is special and does not return references to its elements.

Member Typedef Documentation

◆ const_reference

template<typename T, class... Axes>

using Acts::Grid< T, Axes >::const_reference = const value_type&

constant reference type to values stored

◆ global_iterator_t

template<typename T, class... Axes>

using Acts::Grid< T, Axes >::global_iterator_t = GridGlobalIterator<T, Axes...>

global iterator type

◆ index_t

template<typename T, class... Axes>

using Acts::Grid< T, Axes >::index_t = std::array<std::size_t, DIM>

index type using local bin indices along each axis

◆ local_iterator_t

template<typename T, class... Axes>

using Acts::Grid< T, Axes >::local_iterator_t = GridLocalIterator<T, Axes...>

local iterator type

◆ point_t

template<typename T, class... Axes>

using Acts::Grid< T, Axes >::point_t = std::array<double, DIM>

type for points in d-dimensional grid space

◆ reference

template<typename T, class... Axes>

using Acts::Grid< T, Axes >::reference = value_type&

reference type to values stored

◆ value_type

template<typename T, class... Axes>

using Acts::Grid< T, Axes >::value_type = T

type of values stored

Constructor & Destructor Documentation

◆ Grid() [1/6]

template<typename T, class... Axes>

Acts::Grid< T, Axes >::Grid ( const std::tuple< Axes... > & axes )

explicit

Constructor from const axis tuple, this will allow creating a grid with a different value type from a template grid object.

Parameters

axes

◆ Grid() [2/6]

template<typename T, class... Axes>

Acts::Grid< T, Axes >::Grid ( std::tuple< Axes... > && axes )

explicit

Move constructor from axis tuple.

Parameters

axes

◆ Grid() [3/6]

template<typename T, class... Axes>

Acts::Grid< T, Axes >::Grid ( Axes &&... axes )

explicit

constructor from parameters pack of axes

Parameters

axes

◆ Grid() [4/6]

template<typename T, class... Axes>

Acts::Grid< T, Axes >::Grid ( const Axes &... axes )

explicit

constructor from parameters pack of axes

Parameters

axes

◆ Grid() [5/6]

template<typename T, class... Axes>

Acts::Grid< T, Axes >::Grid	(	TypeTag< T >	,
		Axes &&...	axes )

explicit

constructor from parameters pack of axes and type tag

Parameters

axes

◆ Grid() [6/6]

template<typename T, class... Axes>

Acts::Grid< T, Axes >::Grid	(	TypeTag< T >	,
		const Axes &...	axes )

explicit

constructor from parameters pack of axes and type tag

Parameters

axes

Member Function Documentation

◆ at() [1/2]

template<typename T, class... Axes>

reference Acts::Grid< T, Axes >::at ( std::size_t bin )

access value stored in bin with given global bin number

Parameters

[in] bin global bin number

Returns: reference to value stored in bin containing the given point

◆ at() [2/2]

template<typename T, class... Axes>

const_reference Acts::Grid< T, Axes >::at ( std::size_t bin ) const

access value stored in bin with given global bin number

Parameters

[in] bin global bin number

Returns: const-reference to value stored in bin containing the given point

◆ atLocalBins() [1/2]

template<typename T, class... Axes>

reference Acts::Grid< T, Axes >::atLocalBins ( const index_t & localBins )

access value stored in bin with given local bin numbers

Parameters

[in] localBins local bin indices along each axis

Returns: reference to value stored in bin containing the given point

Precondition: All local bin indices must be a valid index for the corresponding axis (including the under-/overflow bin for this axis).

◆ atLocalBins() [2/2]

template<typename T, class... Axes>

const_reference Acts::Grid< T, Axes >::atLocalBins ( const index_t & localBins ) const

access value stored in bin with given local bin numbers

Parameters

[in] localBins local bin indices along each axis

Returns: const-reference to value stored in bin containing the given point

Precondition: All local bin indices must be a valid index for the corresponding axis (including the under-/overflow bin for this axis).

◆ atLocalBinsAny() [1/2]

template<typename T, class... Axes>

std::any Acts::Grid< T, Axes >::atLocalBinsAny ( AnyIndexType indices ) const

overridevirtual

Get the value of a bin for a given set of indices.

Parameters

indices The indices to get the value of the bin for

Returns: The value of the bin: the std::any contains a const pointer to the value

Implements Acts::IGrid.

◆ atLocalBinsAny() [2/2]

template<typename T, class... Axes>

std::any Acts::Grid< T, Axes >::atLocalBinsAny ( AnyIndexType indices )

overridevirtual

Get the value of a bin for a given set of indices.

Parameters

indices The indices to get the value of the bin for

Returns: The value of the bin: the std::any contains a const pointer to the value

Implements Acts::IGrid.

◆ atPosition() [1/2]

template<typename T, class... Axes>

template<class Point>

reference Acts::Grid< T, Axes >::atPosition ( const Point & point )

access value stored in bin for a given point

Template Parameters

Point any type with point semantics supporting component access through operator[]

Parameters

[in] point point used to look up the corresponding bin in the grid

Returns: reference to value stored in bin containing the given point

Precondition: The given Point type must represent a point in d (or higher) dimensions where d is dimensionality of the grid.

Note: The look-up considers under-/overflow bins along each axis. Therefore, the look-up will never fail.

◆ atPosition() [2/2]

template<typename T, class... Axes>

template<class Point>

const_reference Acts::Grid< T, Axes >::atPosition ( const Point & point ) const

access value stored in bin for a given point

Template Parameters

Point any type with point semantics supporting component access through operator[]

Parameters

[in] point point used to look up the corresponding bin in the grid

Returns: const-reference to value stored in bin containing the given point

Precondition: The given Point type must represent a point in d (or higher) dimensions where d is dimensionality of the grid.

Note: The look-up considers under-/overflow bins along each axis. Therefore, the look-up will never fail.

◆ axes()

template<typename T, class... Axes>

boost::container::small_vector< const IAxis *, 3 > Acts::Grid< T, Axes >::axes ( ) const

overridevirtual

get the axes as an array of IAxis pointers

Returns: Vector containing pointers to all grid axes

Implements Acts::IGrid.

◆ axesTuple()

template<typename T, class... Axes>

const std::tuple< Axes... > & Acts::Grid< T, Axes >::axesTuple ( ) const

get the axes as a tuple

Returns: Reference to the tuple containing all grid axes

◆ begin() [1/2]

template<typename T, class... Axes>

global_iterator_t Acts::Grid< T, Axes >::begin ( ) const

begin iterator for global bins

Returns: Iterator pointing to the first global bin

◆ begin() [2/2]

template<typename T, class... Axes>

local_iterator_t Acts::Grid< T, Axes >::begin ( const std::array< std::vector< std::size_t >, DIM > & navigator ) const

begin iterator for local bins

Parameters

navigator is local navigator for the grid

Returns: Iterator pointing to the first local bin

◆ binCenter()

template<typename T, class... Axes>

point_t Acts::Grid< T, Axes >::binCenter ( const index_t & localBins ) const

get center position of bin with given local bin numbers

Parameters

[in] localBins local bin indices along each axis

Returns: center position of bin

Precondition: All local bin indices must be a valid index for the corresponding axis (excluding the under-/overflow bins for each axis).

◆ binCenterAny()

template<typename T, class... Axes>

AnyPointType Acts::Grid< T, Axes >::binCenterAny ( AnyIndexType indices ) const

overridevirtual

Get the center of a bin for a given set of indices.

Parameters

indices The indices to get the center of the bin for

Returns: The center of the bin

Implements Acts::IGrid.

◆ binWidth()

template<typename T, class... Axes>

point_t Acts::Grid< T, Axes >::binWidth ( ) const

get bin width along each specific axis

Returns: array giving the bin width alonf all axes

◆ closestPointsIndices()

template<typename T, class... Axes>

template<class Point>

detail::GlobalNeighborHoodIndices< DIM > Acts::Grid< T, Axes >::closestPointsIndices ( const Point & position ) const

get global bin indices for closest points on grid

Template Parameters

Point any type with point semantics supporting component access through operator[]

Parameters

[in] position point of interest

Returns: Iterable thatemits the indices of bins whose lower-left corners are the closest points on the grid to the input.

Precondition: The given Point type must represent a point in d (or higher) dimensions where d is dimensionality of the grid. It must lie within the grid range (i.e. not within a under-/overflow bin).

◆ convertGrid()

template<typename T, class... Axes>

template<typename converter_t>

Grid< typename converter_t::value_type, Axes... > Acts::Grid< T, Axes >::convertGrid ( converter_t & cVisitor ) const

Convenience function to convert the type of the grid to hold another object type.

Template Parameters

converter_t the converter type

This is designed to be most flexible with a converter object as a visitor. If needed, such a visitor could also use caching or other techniques to speed up the conversion.

Parameters

cVisitor the converter object as visitor

Returns: a new grid with the same axes and a different value type

◆ convertType()

template<typename T, class... Axes>

template<typename U>

Grid< U, Axes... > Acts::Grid< T, Axes >::convertType ( ) const

Convenience function to convert the type of the grid to hold another object type.

Template Parameters

U	the new grid value type

Returns: a new grid with the same axes and a different value type

◆ dimensions()

template<typename T, class... Axes>

std::size_t Acts::Grid< T, Axes >::dimensions ( ) const

overridevirtual

dimensionality of grid

Returns: number of axes spanning the grid

Implements Acts::IGrid.

◆ end() [1/2]

template<typename T, class... Axes>

global_iterator_t Acts::Grid< T, Axes >::end ( ) const

end iterator for global bins

Returns: Iterator pointing one past the last global bin

◆ end() [2/2]

template<typename T, class... Axes>

local_iterator_t Acts::Grid< T, Axes >::end ( const std::array< std::vector< std::size_t >, DIM > & navigator ) const

end iterator for local bins

Parameters

navigator is local navigator for the grid

Returns: Iterator pointing one past the last local bin

◆ globalBinFromFromLowerLeftEdge()

template<typename T, class... Axes>

template<class Point>

std::size_t Acts::Grid< T, Axes >::globalBinFromFromLowerLeftEdge ( const Point & point ) const

determine global bin index of the bin with the lower left edge closest to the given point for each axis

Template Parameters

Point any type with point semantics supporting component access through operator[]

Parameters

[in] point point to look up in the grid

Returns: global index for bin containing the given point

Precondition: The given Point type must represent a point in d (or higher) dimensions where d is dimensionality of the grid.

Note: This could be a under-/overflow bin along one or more axes.

◆ globalBinFromLocalBins()

template<typename T, class... Axes>

std::size_t Acts::Grid< T, Axes >::globalBinFromLocalBins ( const index_t & localBins ) const

determine global bin index from local bin indices along each axis

Parameters

[in] localBins local bin indices along each axis

Returns: global index for bin defined by the local bin indices

Precondition: All local bin indices must be a valid index for the corresponding axis (including the under-/overflow bin for this axis).

◆ globalBinFromPosition()

template<typename T, class... Axes>

template<class Point>

std::size_t Acts::Grid< T, Axes >::globalBinFromPosition ( const Point & point ) const

determine global index for bin containing the given point

Template Parameters

Point any type with point semantics supporting component access through operator[]

Parameters

[in] point point to look up in the grid

Returns: global index for bin containing the given point

Precondition: The given Point type must represent a point in d (or higher) dimensions where d is dimensionality of the grid.

Note: This could be a under-/overflow bin along one or more axes.

◆ interpolate()

template<typename T, class... Axes>

template<class Point>
requires (Concepts::interpolatable<T, Point, std::array<double, DIM>, std::array<double, DIM>>)

T Acts::Grid< T, Axes >::interpolate ( const Point & point ) const

interpolate grid values to given position

Template Parameters

Point	type specifying geometric positions
U	dummy template parameter identical to `T`

Parameters

[in] point location to which to interpolate grid values. The position must be within the grid dimensions and not lie in an under-/overflow bin along any axis.

Returns: interpolated value at given position

Precondition: The given Point type must represent a point in d (or higher) dimensions where d is dimensionality of the grid.

Note

This function is available only if the following conditions are fulfilled:

Given U and V of value type T as well as two double a and b, then the following must be a valid expression a * U + b
V yielding an object which is (implicitly) convertible to T.
Point must represent a d-dimensional position and support coordinate access using operator[] which should return a double (or a value which is implicitly convertible). Coordinate indices must start at 0.

Bin values are interpreted as being the field values at the lower-left corner of the corresponding hyper-box.

◆ isInside()

template<typename T, class... Axes>

template<class Point>

bool Acts::Grid< T, Axes >::isInside ( const Point & position ) const

check whether given point is inside grid limits

Parameters

position Point to check for inclusion within grid boundaries

Returns: true if \(\text{xmin_i} \le x_i < \text{xmax}_i \forall i=0, \dots, d-1\), otherwise false

Precondition: The given Point type must represent a point in d (or higher) dimensions where d is dimensionality of the grid.

Postcondition: If true is returned, the global bin containing the given point is a valid bin, i.e. it is neither a underflow nor an overflow bin along any axis.

◆ localBinsFromGlobalBin()

template<typename T, class... Axes>

index_t Acts::Grid< T, Axes >::localBinsFromGlobalBin ( std::size_t bin ) const

determine local bin index for each axis from global bin index

Parameters

[in] bin global bin index

Returns: array with local bin indices along each axis (in same order as given axes object)

Note: Local bin indices can contain under-/overflow bins along the corresponding axis.

◆ localBinsFromLowerLeftEdge()

template<typename T, class... Axes>

template<class Point>

index_t Acts::Grid< T, Axes >::localBinsFromLowerLeftEdge ( const Point & point ) const

determine local bin index of the bin with the lower left edge closest to the given point for each axis

Template Parameters

Point any type with point semantics supporting component access through operator[]

Parameters

[in] point point to look up in the grid

Returns: array with local bin indices along each axis (in same order as given axes object)

Precondition: The given Point type must represent a point in d (or higher) dimensions where d is dimensionality of the grid.

Note: This could be a under-/overflow bin along one or more axes.

◆ localBinsFromPosition()

template<typename T, class... Axes>

template<class Point>

index_t Acts::Grid< T, Axes >::localBinsFromPosition ( const Point & point ) const

determine local bin index for each axis from the given point

Template Parameters

Point any type with point semantics supporting component access through operator[]

Parameters

[in] point point to look up in the grid

Returns: array with local bin indices along each axis (in same order as given axes object)

Precondition: The given Point type must represent a point in d (or higher) dimensions where d is dimensionality of the grid.

Note: This could be a under-/overflow bin along one or more axes.

◆ lowerLeftBinEdge()

template<typename T, class... Axes>

point_t Acts::Grid< T, Axes >::lowerLeftBinEdge ( const index_t & localBins ) const

retrieve lower-left bin edge from set of local bin indices

Parameters

[in] localBins local bin indices along each axis

Returns: generalized lower-left bin edge position

Precondition: localBins must only contain valid bin indices (excluding underflow bins).

◆ lowerLeftBinEdgeAny()

template<typename T, class... Axes>

AnyPointType Acts::Grid< T, Axes >::lowerLeftBinEdgeAny ( AnyIndexType indices ) const

overridevirtual

Get the lower left edge of a bin for a given set of indices.

Parameters

indices The indices to get the lower left edge of the bin for

Returns: The lower left edge of the bin

Implements Acts::IGrid.

◆ maxPosition()

template<typename T, class... Axes>

point_t Acts::Grid< T, Axes >::maxPosition ( ) const

get the maximum value of all axes of one grid

Returns: array returning the maxima of all given axes

◆ minPosition()

template<typename T, class... Axes>

point_t Acts::Grid< T, Axes >::minPosition ( ) const

get the minimum value of all axes of one grid

Returns: array returning the minima of all given axes

◆ neighborHoodIndices() [1/2]

template<typename T, class... Axes>

detail::GlobalNeighborHoodIndices< DIM > Acts::Grid< T, Axes >::neighborHoodIndices	(	const index_t &	localBins,
		std::array< std::pair< int, int >, DIM > &	sizePerAxis ) const

get global bin indices for neighborhood

Parameters

[in]	localBins	center bin defined by local bin indices along each axis. If size is negative, center bin is not returned.
[in]	sizePerAxis	size of neighborhood for each axis, how many adjacent bins along each axis are considered

Returns: set of global bin indices for all bins in neighborhood

Note: Over-/underflow bins are included in the neighborhood.; The size parameter sets the range by how many units each local bin index is allowed to be varied. All local bin indices are varied independently, that is diagonal neighbors are included. Ignoring the truncation of the neighborhood size reaching beyond over-/underflow bins, the neighborhood is of size \(2 \times \text{size}+1\) along each dimension.

◆ neighborHoodIndices() [2/2]

template<typename T, class... Axes>

detail::GlobalNeighborHoodIndices< DIM > Acts::Grid< T, Axes >::neighborHoodIndices	(	const index_t &	localBins,
		std::size_t	size = 1u ) const

get global bin indices for neighborhood

Parameters

[in]	localBins	center bin defined by local bin indices along each axis
[in]	size	size of neighborhood determining how many adjacent bins along each axis are considered

Returns: set of global bin indices for all bins in neighborhood

Note: Over-/underflow bins are included in the neighborhood.; The size parameter sets the range by how many units each local bin index is allowed to be varied. All local bin indices are varied independently, that is diagonal neighbors are included. Ignoring the truncation of the neighborhood size reaching beyond over-/underflow bins, the neighborhood is of size \(2 \times \text{size}+1\) along each dimension.

◆ numLocalBins()

template<typename T, class... Axes>

index_t Acts::Grid< T, Axes >::numLocalBins ( ) const

get number of bins along each specific axis

Returns: array giving the number of bins along all axes

Note: Not including under- and overflow bins

◆ numLocalBinsAny()

template<typename T, class... Axes>

AnyIndexType Acts::Grid< T, Axes >::numLocalBinsAny ( ) const

overridevirtual

Get the number of local bins for a given set of indices.

Returns: The number of local bins

Implements Acts::IGrid.

◆ setExteriorBins()

template<typename T, class... Axes>

void Acts::Grid< T, Axes >::setExteriorBins ( const value_type & value )

set all overflow and underflow bins to a certain value

Parameters

[in] value value to be inserted in every overflow and underflow bin of the grid.

◆ size()

template<typename T, class... Axes>

std::size_t Acts::Grid< T, Axes >::size ( bool fullCounter = true ) const

total number of bins

Parameters

fullCounter Whether to include under-and overflow bins in the count

Returns: total number of bins in the grid

Note: This number contains under-and overflow bins along all axes.

◆ toStream()

template<typename T, class... Axes>

void Acts::Grid< T, Axes >::toStream ( std::ostream & os ) const

overrideprotectedvirtual

Parameters

os	Output stream to write grid representation to

Implements Acts::IGrid.

◆ upperRightBinEdge()

template<typename T, class... Axes>

point_t Acts::Grid< T, Axes >::upperRightBinEdge ( const index_t & localBins ) const

retrieve upper-right bin edge from set of local bin indices

Parameters

[in] localBins local bin indices along each axis

Returns: generalized upper-right bin edge position

Precondition: localBins must only contain valid bin indices (excluding overflow bins).

◆ upperRightBinEdgeAny()

template<typename T, class... Axes>

AnyPointType Acts::Grid< T, Axes >::upperRightBinEdgeAny ( AnyIndexType indices ) const

overridevirtual

Get the upper right edge of a bin for a given set of indices.

Parameters

indices The indices to get the upper right edge of the bin for

Returns: The upper right edge of the bin

Implements Acts::IGrid.

◆ valueType()

template<typename T, class... Axes>

const std::type_info & Acts::Grid< T, Axes >::valueType ( ) const

overridevirtual

Get the type of the values stored in the grid.

Returns: The type of the values stored in the grid

Implements Acts::IGrid.

Member Data Documentation

◆ DIM

template<typename T, class... Axes>

std::size_t Acts::Grid< T, Axes >::DIM = sizeof...(Axes)

staticconstexpr

number of dimensions of the grid

Public Types

Public Member Functions

Static Public Attributes

Protected Member Functions

Detailed Description

Member Typedef Documentation

◆ const_reference

◆ global_iterator_t

◆ index_t

◆ local_iterator_t

◆ point_t

◆ reference

◆ value_type

Constructor & Destructor Documentation

◆ Grid() [1/6]

◆ Grid() [2/6]

◆ Grid() [3/6]

◆ Grid() [4/6]

◆ Grid() [5/6]

◆ Grid() [6/6]

Member Function Documentation

◆ at() [1/2]

◆ at() [2/2]

◆ atLocalBins() [1/2]

◆ atLocalBins() [2/2]

◆ atLocalBinsAny() [1/2]

◆ atLocalBinsAny() [2/2]

◆ atPosition() [1/2]

◆ atPosition() [2/2]

◆ axes()

◆ axesTuple()

◆ begin() [1/2]

◆ begin() [2/2]

◆ binCenter()

◆ binCenterAny()

◆ binWidth()

◆ closestPointsIndices()

◆ convertGrid()

◆ convertType()

◆ dimensions()

◆ end() [1/2]

◆ end() [2/2]

◆ globalBinFromFromLowerLeftEdge()

◆ globalBinFromLocalBins()

◆ globalBinFromPosition()

◆ interpolate()

◆ isInside()

◆ localBinsFromGlobalBin()

◆ localBinsFromLowerLeftEdge()

◆ localBinsFromPosition()

◆ lowerLeftBinEdge()

◆ lowerLeftBinEdgeAny()

◆ maxPosition()

◆ minPosition()

◆ neighborHoodIndices() [1/2]

◆ neighborHoodIndices() [2/2]

◆ numLocalBins()

◆ numLocalBinsAny()

◆ setExteriorBins()

◆ size()

◆ toStream()

◆ upperRightBinEdge()

◆ upperRightBinEdgeAny()

◆ valueType()

Member Data Documentation

◆ DIM