Transform functor that calls Boost.Geometry with the correct parameter types. More...

#include <transform_functor.h>

Inheritance diagram for gis::Transform:

Public Member Functions
	Transform (const std::string &old_srs_params, const std::string &new_srs_params, Coordinate_system output_cs)
	Create a new transform functor. More...

std::unique_ptr< Geometry >	operator() (const Geometry &g) const override

std::unique_ptr< Geometry >	eval (const Geometry &g) const

std::unique_ptr< Geometry >	eval (const Geographic_point &g) const

std::unique_ptr< Geometry >	eval (const Geographic_linestring &g) const

std::unique_ptr< Geometry >	eval (const Geographic_polygon &g) const

std::unique_ptr< Geometry >	eval (const Geographic_geometrycollection &g) const

std::unique_ptr< Geometry >	eval (const Geographic_multipoint &g) const

std::unique_ptr< Geometry >	eval (const Geographic_multilinestring &g) const

std::unique_ptr< Geometry >	eval (const Geographic_multipolygon &g) const

Public Member Functions inherited from gis::Unary_functor< std::unique_ptr< Geometry > >
virtual	~Unary_functor ()

Private Attributes
boost::geometry::srs::transformation	m_transformation
	The transformation object that holds information about input and output definitions. More...

Coordinate_system	m_output_cs
	Coordinate system of the output SRS. More...

Additional Inherited Members
Static Protected Member Functions inherited from gis::Unary_functor< std::unique_ptr< Geometry > >
static std::unique_ptr< Geometry >	apply (F &f, const Geometry &g)

Detailed Description

Transform functor that calls Boost.Geometry with the correct parameter types.

The functor throws exceptions and is therefore only intended used to implement transform or other geographic functions. It should not be used directly by other MySQL code.

Constructor & Destructor Documentation

◆ Transform()

gis::Transform::Transform	(	const std::string &	old_srs_params,
		const std::string &	new_srs_params,
		Coordinate_system	output_cs
	)

Create a new transform functor.

Theoretically, we could deduce the coordinate system of the output SRS from the old_srs_param proj4 string, but it's easier to get it from the DD SRS object on the caller side.

Parameters

[in]	old_srs_params	The proj4 parameters of the input SRS.
[in]	new_srs_params	The proj4 parameters of the output SRS.
[in]	output_cs	The coordinate system of the output SRS.

Member Function Documentation

◆ eval() [1/8]

std::unique_ptr< Geometry > gis::Transform::eval ( const Geographic_geometrycollection & g ) const

◆ eval() [2/8]

std::unique_ptr< Geometry > gis::Transform::eval ( const Geographic_linestring & g ) const

◆ eval() [3/8]

std::unique_ptr< Geometry > gis::Transform::eval ( const Geographic_multilinestring & g ) const

◆ eval() [4/8]

std::unique_ptr< Geometry > gis::Transform::eval ( const Geographic_multipoint & g ) const

◆ eval() [5/8]

std::unique_ptr< Geometry > gis::Transform::eval ( const Geographic_multipolygon & g ) const

◆ eval() [6/8]

std::unique_ptr< Geometry > gis::Transform::eval ( const Geographic_point & g ) const

◆ eval() [7/8]

std::unique_ptr< Geometry > gis::Transform::eval ( const Geographic_polygon & g ) const

◆ eval() [8/8]

std::unique_ptr< Geometry > gis::Transform::eval ( const Geometry & g ) const

◆ operator()()

std::unique_ptr< Geometry > gis::Transform::operator() ( const Geometry & g ) const

overridevirtual

Implements gis::Unary_functor< std::unique_ptr< Geometry > >.

Member Data Documentation

◆ m_output_cs

Coordinate_system gis::Transform::m_output_cs

private

Coordinate system of the output SRS.

◆ m_transformation

boost::geometry::srs::transformation gis::Transform::m_transformation