vcl::StaticGrid< GridType, ValueType > Class Template Reference

Inheritance diagram for vcl::StaticGrid< GridType, ValueType >:

Public Types
using	ConstIterator = ConstStaticGridIterator< KeyType, ValueType, GridType >
using	IntersectsCellFunction = AbsGrid::IntersectsCellFunction
using	Iterator = StaticGridIterator< KeyType, ValueType, GridType >
using	KeyType = AbsGrid::KeyType
Public Types inherited from vcl::AbstractGrid< GridType, ValueType, StaticGrid< GridType, ValueType > >
using	IntersectsCellFunction = std::function< bool(const typename GridType::BBoxType &, const RemoveCVRefAndPointer< ValueType > &)>
	The IntersectsCellFunction type is a std::function that takes as input a bounding box and a value, and returns true if the value intersects the bounding box.
using	KeyType = GridType::CellPos
using	QueryBoundedDistFunction = std::function< typename GridType::ScalarType(const QueryValueType &, const RemoveCVRefAndPointer< ValueType > &, typename GridType::ScalarType)>
	The QueryBoundedDistFunction type is a std::function that takes as input a query value, a value stored in the grid, and a maximum distance between the two values, and returns the distance between the two values. If the distance is greater than the maximum distance, the function must return a value greater than the maximum distance.
using	QueryDistFunction = std::function< typename GridType::ScalarType(const QueryValueType &, const RemoveCVRefAndPointer< ValueType > &)>
	The QueryDistFunction type is a std::function that takes as input a query value and a value stored in the grid, and returns the distance between the two values.

Public Member Functions
Iterator	begin ()
ConstIterator	begin () const
void	build ()
bool	cellEmpty (const KeyType &k) const
std::size_t	countInCell (const KeyType &k) const
bool	empty () const
Iterator	end ()
ConstIterator	end () const
std::set< KeyType >	nonEmptyCells () const
	StaticGrid (const GridType &g)
template<typename ObjIterator >
	StaticGrid (ObjIterator begin, ObjIterator end, const IntersectsCellFunction &intersects=nullptr)
template<Range Rng>
	StaticGrid (Rng &&r, const IntersectsCellFunction &intersects=nullptr)
std::pair< Iterator, Iterator >	valuesInCell (const KeyType &k)
std::pair< ConstIterator, ConstIterator >	valuesInCell (const KeyType &k) const
Public Member Functions inherited from vcl::AbstractGrid< GridType, ValueType, StaticGrid< GridType, ValueType > >
bool	cellEmpty (const KeyType &k) const
auto	closestValue (const QueryValueType &qv) const
auto	closestValue (const QueryValueType &qv, QueryBoundedDistFunction< QueryValueType > distFunction, typename GridType::ScalarType &dist) const
auto	closestValue (const QueryValueType &qv, QueryDistFunction< QueryValueType > distFunction) const
auto	closestValue (const QueryValueType &qv, QueryDistFunction< QueryValueType > distFunction, typename GridType::ScalarType &dist) const
auto	closestValue (const QueryValueType &qv, typename GridType::ScalarType &dist) const
std::size_t	countInCell (const KeyType &k) const
uint	countInSphere (const Sphere< typename GridType::ScalarType > &s) const
bool	erase (const ValueType &v)
bool	eraseAllInCell (const KeyType &k)
void	eraseInSphere (const Sphere< typename GridType::ScalarType > &s)
bool	insert (const ValueType &v)
	Inserts the given element in the AbstractGrid.
uint	insert (ObjIterator begin, ObjIterator end)
	Inserts all the elements from begin to end. The type referenced by the iterator must be the ValueType of the AbstractGrid.
uint	insert (Rng &&r)
	Inserts all the elements contained in the input range r, from begin to end. The type referenced by the iterator must be the ValueType of the AbstractGrid.
auto	kClosestValues (const QueryValueType &qv, uint n) const
auto	kClosestValues (const QueryValueType &qv, uint n, QueryDistFunction< QueryValueType > distFunction) const
auto	valuesInSphere (const Sphere< typename GridType::ScalarType > &s) const

Private Types
using	AbsGrid = AbstractGrid< GridType, ValueType, StaticGrid< GridType, ValueType > >
using	PairComparator = FirstElementPairComparator< PairType >
using	PairType = std::pair< uint, ValueType >

Private Member Functions
bool	eraseInCell (const KeyType &, const ValueType &)
bool	insertInCell (const KeyType &cell, const ValueType &v)

Private Attributes
friend	AbsGrid
PairComparator	mComparator = PairComparator()
std::vector< uint >	mGrid
std::vector< PairType >	mValues

Additional Inherited Members
Protected Member Functions inherited from vcl::AbstractGrid< GridType, ValueType, StaticGrid< GridType, ValueType > >
	AbstractGrid ()
	Empty constructor, creates an usable AbstractGrid, since the Grid is not initialized.
	AbstractGrid (const BoxType &bbox, const KeyType &sizes, IntersectsCellFunction intersects=nullptr)
	Creates a AbstractGrid that allows to store ValueType values on a Grid bounded by bbox, and having the number of cells per dimension given by sizes.
	AbstractGrid (const GridType &grid, IntersectsCellFunction intersects=nullptr)
	Creates a AbstractGrid that allows to store ValueType values on the given grid.
	AbstractGrid (const PointType &min, const PointType &max, const KeyType &sizes, IntersectsCellFunction intersects=nullptr)
	Creates a AbstractGrid that allows to store ValueType values on a Grid having min as minimum coordinte of the Grid, max as maximum coordinate of the grid, and the number of cells per dimension given by sizes.
	AbstractGrid (ObjIterator begin, ObjIterator end, IntersectsCellFunction intersects=nullptr)
	Creates an AbstractGrid having a proper Grid to store the elements.
	AbstractGrid (Rng &&r, IntersectsCellFunction intersects=nullptr)
	Creates an AbstractGrid having a proper Grid to store the elements.
Protected Attributes inherited from vcl::AbstractGrid< GridType, ValueType, StaticGrid< GridType, ValueType > >
IntersectsCellFunction	mIntersectsFun

---

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

• vclib/core/include/vclib/space/complex/grid/static_grid.h