Namespaces
	Projection
	Projection conversion type.

Classes
class	ProjInfo

class	ProjTree

Functions
bool	convert (REAL px, REAL py, ProjInfo &projInInfo, ProjInfo &projOutInfo)
	Convert 2D point between projections. More...

void	convert_Albers_to_Ellipsoid (REAL px, REAL py, const REAL x0, const REAL a, const REAL FE, const REAL FN, const REAL f, const REAL phi_0, const REAL phi_1, const REAL phi_2)
	Convert from Albers projection to ellipsoid reference system. More...

void	convert_Ellipsoid_to_Albers (REAL px, REAL py, const REAL x0, const REAL a, const REAL FE, const REAL FN, const REAL f, const REAL phi_0, const REAL phi_1, const REAL phi_2)
	Convert from ellipsoid reference system to Albers projection. More...

void	convert_Ellipsoid_to_Lambert (REAL px, REAL py, const REAL x0, const REAL a, const REAL FE, const REAL FN, const REAL f, const REAL phi_0, const REAL phi_1, const REAL phi_2)
	Convert from ellipsoid reference system to Lambert Conic projection. More...

void	convert_Ellipsoid_to_Mercator (REAL px, REAL py, const REAL x0, const REAL a, const REAL k0, const REAL FE, const REAL FN, const REAL f, const REAL phi_0)
	Convert from ellipsoid reference system to Mercator projection Map projections - a working manual, p.48. More...

void	convert_Ellipsoid_to_Spherical (REAL px, REAL py, const REAL a)
	Convert from ellipsoid reference system to spherical reference system. More...

void	convert_Lambert_to_Ellipsoid (REAL px, REAL py, const REAL x0, const REAL a, const REAL FE, const REAL FN, const REAL f, const REAL phi_0, const REAL phi_1, const REAL phi_2)
	Convert from Lambert Conic projection to ellipsoid reference system. More...

void	convert_Mercator_to_Ellipsoid (REAL px, REAL py, const REAL x0, const REAL a, const REAL k0, const REAL FE, const REAL FN, const REAL f, const REAL phi_0)
	Convert from Mercator projection to ellipsoid reference system Map projections - a working manual, p.48. More...

void	convert_Spherical_to_Ellipsoid (REAL px, REAL py, const REAL a)
	Convert from spherical reference system to ellipsoid reference system. More...

bool	convert_transform (Grid2dTransform trans_in, Grid2dTransform &trans_out, ProjInfo &projInInfo, ProjInfo &projOutInfo)
	Convert 2D transform between projections. More...

REAL	degrees (REAL angle)

bool	getProjection (QString projCode, ProjInfo &projInfo)

bool	parseCheck (QString str, std::map< QString, QString > &params)

bool	parseProjection (QString proj, ProjInfo &projInfo)

void	parseProjectionRecurse (QString proj, ProjTree &projTree)

bool	parseTreeRecurse (ProjTree &projTree, std::map< QString, QString > &params)

REAL	radians (REAL angle)

Function Documentation

bool convert	(	REAL *	px,
		REAL *	py,
		ProjInfo &	projInInfo,
		ProjInfo &	projOutInfo
	)

Parameters

px	x-point.
py	y-point.
proj_in	Input projection.
proj_out	Output projection.
projInParams	Input projection parameter map.
projOutType	Output projection parameter map.

void convert_Albers_to_Ellipsoid	(	REAL *	px,
		REAL *	py,
		const REAL	x0,
		const REAL	a,
		const REAL	FE,
		const REAL	FN,
		const REAL	f,
		const REAL	phi_0,
		const REAL	phi_1,
		const REAL	phi_2
	)

Parameters

px	input Easting.
py	input Northing.
x0	central meridian longitude.
a	Equatorial radius.
FE	False easting value.
FN	False northing value.
f	Inverse flattening.
phi_0	origin latitude.
phi_1	1st standard latitude.
phi_2	2nd standard latitude.
px	output longitude.
py	output latitude.

void convert_Ellipsoid_to_Albers	(	REAL *	px,
		REAL *	py,
		const REAL	x0,
		const REAL	a,
		const REAL	FE,
		const REAL	FN,
		const REAL	f,
		const REAL	phi_0,
		const REAL	phi_1,
		const REAL	phi_2
	)

Parameters

px	input longitude.
py	input latitude.
x0	central meridian longitude.
a	Equatorial radius.
FE	False easting value.
FN	False northing value.
f	Inverse flattening.
phi_0	origin latitude.
phi_1	1st standard latitude.
phi_2	2nd standard latitude.
px	output Easting.
py	output Northing.

void convert_Ellipsoid_to_Lambert	(	REAL *	px,
		REAL *	py,
		const REAL	x0,
		const REAL	a,
		const REAL	FE,
		const REAL	FN,
		const REAL	f,
		const REAL	phi_0,
		const REAL	phi_1,
		const REAL	phi_2
	)

Parameters

px	input longitude.
py	input latitude.
x0	central meridian longitude.
a	Equatorial radius.
FE	False easting value.
FN	False northing value.
f	Inverse flattening.
phi_0	origin latitude.
phi_1	1st standard latitude.
phi_2	2nd standard latitude.
px	output Easting.
py	output Northing.

void convert_Ellipsoid_to_Mercator	(	REAL *	px,
		REAL *	py,
		const REAL	x0,
		const REAL	a,
		const REAL	k0,
		const REAL	FE,
		const REAL	FN,
		const REAL	f,
		const REAL	phi_0
	)

Parameters

px	input longitude.
py	input latitude.
x0	central meridian longitude.
a	Equatorial radius.
k0	Central meridian scale factor.
FE	False easting value.
FN	False northing value.
f	Inverse flattening.
phi_0	origin latitude.
px	output easting.
py	output northing.

void convert_Ellipsoid_to_Spherical	(	REAL *	px,
		REAL *	py,
		const REAL	a
	)

Parameters

x	output spherical Mercator Easting.
y	output spherical Mercator Northing.
a	Equatorial radius.

void convert_Lambert_to_Ellipsoid	(	REAL *	px,
		REAL *	py,
		const REAL	x0,
		const REAL	a,
		const REAL	FE,
		const REAL	FN,
		const REAL	f,
		const REAL	phi_0,
		const REAL	phi_1,
		const REAL	phi_2
	)

Parameters

px	input Easting.
py	input Northing.
x0	central meridian longitude.
a	Equatorial radius.
FE	False easting value.
FN	False northing value.
f	Inverse flattening.
phi_0	origin latitude.
phi_1	1st standard latitude.
phi_2	2nd standard latitude.
px	output longitude.
py	output latitude.

void convert_Mercator_to_Ellipsoid	(	REAL *	px,
		REAL *	py,
		const REAL	x0,
		const REAL	a,
		const REAL	k0,
		const REAL	FE,
		const REAL	FN,
		const REAL	f,
		const REAL	phi_0
	)

Parameters

px	input Easting.
py	input Northing.
x0	central meridian longitude.
a	Equatorial radius.
k0	Central meridian scale factor.
FE	False easting value.
FN	False northing value.
f	Inverse flattening.
phi_0	origin latitude.
px	output longitude.
py	output latitude.

void convert_Spherical_to_Ellipsoid	(	REAL *	px,
		REAL *	py,
		const REAL	a
	)

Parameters

x	output longitude.
y	output latitude.
a	Equatorial radius.

bool convert_transform	(	Grid2dTransform	trans_in,
		Grid2dTransform &	trans_out,
		ProjInfo &	projInInfo,
		ProjInfo &	projOutInfo
	)

Parameters

trans_in	input transform.
trans_out	output transform.
proj_in	Input projection.
proj_out	Output projection.
projInParams	Input projection parameter map.
projOutType	Output projection parameter map.

REAL CSIRO::CSol::Proj::degrees ( REAL angle )

bool getProjection	(	QString	projCode,
		ProjInfo &	projInfo
	)

bool parseCheck	(	QString	str,
		std::map< QString, QString > &	params
	)

bool parseProjection	(	QString	proj,
		ProjInfo &	projInfo
	)

void parseProjectionRecurse	(	QString	proj,
		ProjTree &	projTree
	)

bool parseTreeRecurse	(	ProjTree &	projTree,
		std::map< QString, QString > &	params
	)

REAL CSIRO::CSol::Proj::radians ( REAL angle )

Namespaces

Classes

Functions

Function Documentation