Classes
struct	Dimension

struct	Private

Public Types
enum class	DataType { UnsignedInteger8 , Integer8 , UnsignedInteger16 , Integer16 , UnsignedInteger32 , Integer32 , UnsignedInteger64 , Integer64 , Float32 , Float64 }

enum class	CompressionMode { None , Dimensional , GHT }

enum class	StandardType : int { XYZf , XYZfRGBui8 , FirstCustomType = 100 }

Public Member Functions
	PointSpecification (int _pcid, const Cartography::CoordinateSystem &_coordinates)

	PointSpecification (const PointSpecification &_specification, const Cartography::CoordinateSystem &_coordinates)

	PointSpecification (const PointSpecification &_rhs)

PointSpecification &	operator= (const PointSpecification &_rhs)

bool	operator== (const PointSpecification &_rhs) const

CompressionMode	compressionMode () const

void	setCompressionMode (CompressionMode _mode)

void	addDimension (DataType _type, const QString &_name, const QString &_description, double _scale)

QList< Dimension >	dimensions () const

QString	toXML () const

cres_qresult< void >	loadFromXML (const QString &_xml)

cres_qresult< void >	load (const kDB::Repository::Connection &_connection)

bool	save (const kDB::Repository::Connection &_connection)

bool	synchronise (const kDB::Repository::Connection &_connection)

Cartography::CoordinateSystem	coordinateSystem () const

int	pcid () const

std::size_t	size () const

bool	isValid () const

cres_qresult< QByteArray >	md5 () const

Static Public Member Functions
static PointSpecification	get (const kDB::Repository::Connection &_connection, StandardType _type, const Cartography::CoordinateSystem &_coordinates)

static PointSpecification	get (const kDB::Repository::Connection &_connection, int _pcid)

static PointSpecification	find (const kDB::Repository::Connection &_connection, const PointSpecification &_spec)

static cres_qresult< PointSpecification >	fromXML (const QString &_xml)

Constructor & Destructor Documentation

◆ PointSpecification() [1/2]

PointSpecification::PointSpecification	(	int	_pcid,
		const Cartography::CoordinateSystem &	_coordinates )

Create a point specification with a given connection and identifier. If the specification already exists in the database, it will be loaded, in which case the srid will also be loaded from the database.

◆ PointSpecification() [2/2]

PointSpecification::PointSpecification	(	const PointSpecification &	_specification,
		const Cartography::CoordinateSystem &	_coordinates )

Create a point specification based on an existing one but with a different coordinate system

Member Function Documentation

◆ fromXML()

cres_qresult< PointSpecification > PointSpecification::fromXML ( const QString & _xml )

static

Convert from a XML representation

◆ isValid()

bool PointSpecification::isValid ( ) const

Returns: if it is a valid point specification

◆ load()

cres_qresult< void > PointSpecification::load ( const kDB::Repository::Connection & _connection )

Load the definition from a database. Using the pcid. It will override the srid and the dimensions.

◆ save()

bool PointSpecification::save ( const kDB::Repository::Connection & _connection )

Save the definition to a database.

◆ size()

std::size_t PointSpecification::size ( ) const

Returns: the storage size of a point using that specification

◆ synchronise()

bool PointSpecification::synchronise ( const kDB::Repository::Connection & _connection )

Check if available in the database and then update srid, or save in the database.

◆ toXML()

QString PointSpecification::toXML ( ) const

Convert to XML representation

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

kdb/extensions/kDBPointClouds/PointSpecification.h
kdb/extensions/kDBPointClouds/PointSpecification.cpp

Classes

Public Types

Public Member Functions

Static Public Member Functions