SettlementShape< S > Class Template Reference

Settlement Object, which fulfills the requirements of a Polygon and for a Node stored in the Memgraph DB. More...

#include <SettlementShape.hpp>

Inheritance diagram for SettlementShape< S >:

Collaboration diagram for SettlementShape< S >:

Public Member Functions
template<typename... Args>
	SettlementShape (size_t id, FileReference fileRef, Args &&... args)
size_t	key () const noexcept
const FileReference &	file () const noexcept
auto	geometry () const noexcept
bool	operator== (const SettlementShape< S > &other) const noexcept
size_t	hash () const noexcept

Static Public Member Functions
template<fishnet::VectorGISFile F, fishnet::util::Predicate< S > Filter = fishnet::util::TruePredicate>
static std::vector< SettlementShape< S > >	read (fishnet::util::range_of< F > auto const &files, fishnet::VectorLayerReader< F, S > auto &&reader, fishnet::util::UnaryFunction< F, FileReference > auto &&fileRefMapper, const Filter &filter=fishnet::util::TruePredicate {}, const std::string &idLayerName=Task::FISHNET_ID_FIELD)
template<fishnet::VectorGISFile F, fishnet::util::Predicate< S > Filter = fishnet::util::TruePredicate>
static std::vector< SettlementShape< S > >	read (const F &file, fishnet::VectorLayerReader< F, S > auto &&reader, fishnet::util::UnaryFunction< F, FileReference > auto &&fileRefMapper, const Filter &filter=fishnet::util::TruePredicate {}, const std::string &idLayerName=Task::FISHNET_ID_FIELD)

Detailed Description

template<fishnet::geometry::Shape S>
class SettlementShape< S >

Settlement Object, which fulfills the requirements of a Polygon and for a Node stored in the Memgraph DB.

Template Parameters

S	specific shape type (e.g. Polygon<double>)

Constructor & Destructor Documentation

SettlementShape()

template<fishnet::geometry::Shape S>

template<typename... Args>

SettlementShape< S >::SettlementShape ( size_t  id, FileReference  fileRef, Args &&...  args  )

inline

Member Function Documentation

file()

template<fishnet::geometry::Shape S>

const FileReference & SettlementShape< S >::file ( ) const

inlinenoexcept

geometry()

template<fishnet::geometry::Shape S>

auto SettlementShape< S >::geometry ( ) const

inlinenoexcept

hash()

template<fishnet::geometry::Shape S>

size_t SettlementShape< S >::hash ( ) const

inlinenoexcept

key()

template<fishnet::geometry::Shape S>

size_t SettlementShape< S >::key ( ) const

inlinenoexcept

operator==()

template<fishnet::geometry::Shape S>

bool SettlementShape< S >::operator== ( const SettlementShape< S > &  other ) const

inlinenoexcept

read() [1/2]

template<fishnet::geometry::Shape S>

template<fishnet::VectorGISFile F, fishnet::util::Predicate< S > Filter = fishnet::util::TruePredicate>

static std::vector< SettlementShape< S > > SettlementShape< S >::read ( const F &  file, fishnet::VectorLayerReader< F, S > auto &&  reader, fishnet::util::UnaryFunction< F, FileReference > auto &&  fileRefMapper, const Filter &  filter = fishnet::util::TruePredicate {}, const std::string &  idLayerName = Task::FISHNET_ID_FIELD  )

inlinestatic

read() [2/2]

template<fishnet::geometry::Shape S>

template<fishnet::VectorGISFile F, fishnet::util::Predicate< S > Filter = fishnet::util::TruePredicate>

static std::vector< SettlementShape< S > > SettlementShape< S >::read ( fishnet::util::range_of< F > auto const &  files, fishnet::VectorLayerReader< F, S > auto &&  reader, fishnet::util::UnaryFunction< F, FileReference > auto &&  fileRefMapper, const Filter &  filter = fishnet::util::TruePredicate {}, const std::string &  idLayerName = Task::FISHNET_ID_FIELD  )

inlinestatic

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

• lib/workflow/spatial-clustering/include/fishnet/SettlementShape.hpp