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 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...

Private Member Functions
virtual std::string	describeIntro () const override

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

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()