Partition of area along the depth dimension. More...

#include <Partitions.h>

Inheritance diagram for geo::part::DepthPartition< Data >:

Public Types
using	Base_t = PartitionSortedByRange< Data,&PartitionBase::Area_t::depth >
	Base class. More...

using	Base_t = SortedPartition< Data, details::PartitionSorterByAreaRangeLower< Range >>
	Base class. More...

using	Base_t = PartitionContainer< Data >
	Base class. More...

Public Types inherited from geo::part::PartitionSortedByRange< Data,&PartitionBase::Area_t::depth >
using	Base_t = SortedPartition< Data, details::PartitionSorterByAreaRangeLower< Range >>
	Base class. More...

using	Base_t = PartitionContainer< Data >
	Base class. More...

Public Types inherited from geo::part::SortedPartition< Data, details::PartitionSorterByAreaRangeLower< Range > >
using	Base_t = PartitionContainer< Data >
	Base class. More...

using	Partition_t = Partition< Data >
	Base type of the partition. More...

using	Sorter_t = details::PartitionSorterByAreaRangeLower< Range >
	Type of sorter being used. More...

using	Data_t = typename Partition_t::Data_t

using	Area_t = typename Partition_t::Area_t

using	Subpartitions_t = typename Base_t::Subpartitions_t

Public Types inherited from geo::part::PartitionContainer< Data >
using	Base_t = PartitionWithData< Data >
	Base class. More...

using	Partition_t = Partition< Data >
	Base type of the partition. More...

using	Data_t = typename Partition_t::Data_t

using	Area_t = typename Partition_t::Area_t

using	Subpartitions_t = typename Partition_t::Subpartitions_t

Public Types inherited from geo::part::PartitionWithData< Data >
using	Base_t = Partition< Data >
	Base class. More...

using	Partition_t = Partition< Data >
	Base type of the partition. More...

using	Data_t = typename Partition_t::Data_t
	Type of contained data. More...

using	Area_t = typename Partition_t::Area_t
	Type of covered area. More...

Public Types inherited from geo::part::Partition< Data >
using	Data_t = Data
	Type of data stored in the partition. More...

using	Partition_t = Partition< Data >
	This type. More...

using	Area_t = PartitionBase::Area_t
	Type of area. More...

using	Subpartitions_t = std::vector< std::unique_ptr< Partition_t const >>
	Type of list of subpartitions. It needs to preserve polymorphism. More...

Public Types inherited from geo::part::PartitionBase
using	Area_t = AreaOwner::Area_t

using	AreaRangeMember_t = AreaOwner::AreaRangeMember_t

Public Types inherited from geo::part::AreaOwner
using	Area_t = lar::util::simple_geo::Rectangle< double >
	Type of area covered by the partition. More...

using	AreaRangeMember_t = Area_t::Range_t(Area_t::*)
	Type of pointer to Area_t data member of type Range_t. More...

Public Member Functions
virtual Base_t::Partition_t const *	findPart (double, double d) const override
	Returns the only partition which could contain the specified depth. More...

Public Member Functions inherited from geo::part::SortedPartition< Data, details::PartitionSorterByAreaRangeLower< Range > >
	SortedPartition (Area_t const &area, Subpartitions_t &&subpartitions, Data_t *defData=nullptr, Sorter_t sorter={})
	Constructor: sets the partition. More...

Public Member Functions inherited from geo::part::PartitionContainer< Data >
virtual Data_t *	atPoint (double w, double d) const override
	Returns stored datum only if point is covered, `nullptr` otherwise. More...

Public Member Functions inherited from geo::part::PartitionWithData< Data >
	PartitionWithData (Area_t const &area, Data_t *myData)
	Constructor: sets the covered area and the contained datum. More...

virtual Data_t *	data () const override
	Returns the datum directly stored (nullptr if none). More...

Public Member Functions inherited from geo::part::Partition< Data >
	Partition (Area_t const &area)
	Constructor: sets the covered area and no subpartitions. More...

virtual	~Partition ()=default
	Destructor (default, virtual). More...

std::string	describe (std::string indent, std::string firstIndent) const
	Returns a description of the partition. More...

std::string	describe (std::string indent="") const
	Returns a description of the partition. More...

template<typename Pred >
void	walk (Pred &&pred) const
	Applies `pred` to all partitions. More...

std::size_t	nParts () const
	Returns the number of subparts in the partition (0 if simple element). More...

Public Member Functions inherited from geo::part::PartitionBase
	PartitionBase (Area_t const &area)
	Constructor: sets the covered area and no subpartitions. More...

Public Member Functions inherited from geo::part::AreaOwner
	AreaOwner (Area_t const &area)
	Constructor: sets the covered area and no subpartitions. More...

bool	contains (double w, double d) const
	Returns whether the specified point is covered by this object. More...

Area_t const &	area () const
	Returns the covered area. More...

template<typename Stream >
void	dumpArea (Stream &&out) const
	Output the owned area into an output stream. More...

Private Member Functions
virtual std::string	describeIntro () const override
	Introduction to the description of the subpartitions. More...

Additional Inherited Members
Protected Member Functions inherited from geo::part::SortedPartition< Data, details::PartitionSorterByAreaRangeLower< Range > >
Partition_t const *	findPartWithKey (double key) const
	Returns the only partition which could contain the specified `key`. More...

void	initParts ()
	Performs initialization on the specified subpartition list. More...

Protected Member Functions inherited from geo::part::PartitionContainer< Data >
std::size_t	size () const
	Returns the number of contained subpartitions. More...

virtual Subpartitions_t const &	parts () const override
	Returns a list of the subpartitions owned. More...

	PartitionContainer (Area_t const &area, Subpartitions_t &&subpartitions, Data_t *defData=nullptr)
	Constructor: sets the partition. More...

virtual std::string	doDescribe (std::string indent, std::string firstIndent) const override
	Describes this and each of the subpartitions. More...

Protected Member Functions inherited from geo::part::PartitionBase
std::string	describeArea (std::string indent, std::string firstIndent) const
	Returns a description of the partition area. More...

Static Protected Member Functions inherited from geo::part::Partition< Data >
template<typename Pred >
static void	walk (Partition_t const *start, Pred &&pred)

Protected Attributes inherited from geo::part::SortedPartition< Data, details::PartitionSorterByAreaRangeLower< Range > >
Sorter_t	sorter
	Object used for sorting and binary search. More...

Protected Attributes inherited from geo::part::PartitionContainer< Data >
Subpartitions_t	myParts
	List of subpartitions. More...

Static Protected Attributes inherited from geo::part::Partition< Data >
static Subpartitions_t const	NoSubparts
	Subpartitions (if any). More...

Detailed Description

template<typename Data>
class geo::part::DepthPartition< Data >

Partition of area along the depth dimension.

Definition at line 464 of file Partitions.h.

Member Typedef Documentation

template<typename Data >

using geo::part::DepthPartition< Data >::Base_t = PartitionSortedByRange<Data, &PartitionBase::Area_t::depth>

Base class.

Definition at line 470 of file Partitions.h.

template<typename Data >

using geo::part::SortedPartition< Data, Sorter >::Base_t = PartitionContainer<Data>

Base class.

Definition at line 399 of file Partitions.h.

template<typename Data >

using geo::part::PartitionSortedByRange< Data, Range >::Base_t = SortedPartition <Data, details::PartitionSorterByAreaRangeLower<Range>>

Base class.

Definition at line 455 of file Partitions.h.

Member Function Documentation

template<typename Data >

std::string geo::part::DepthPartition< Data >::describeIntro ( ) const

overrideprivatevirtual

Introduction to the description of the subpartitions.

Reimplemented from geo::part::PartitionContainer< Data >.

Definition at line 910 of file Partitions.h.

                                                            {
   std::ostringstream sstr;
   sstr
     << Base_t::size() << " partitions along depth covering " << Base_t::area();
   return sstr.str();
 } // geo::part::DepthPartition<Data>::describeIntro()