enum Tinman.Georef.CoordOp.Type

• enum CoordOp.Type

No horizontal map projection, i.e. latitude and longitude angles are used as map coordinates.

Albers (conic, equal-area)

These parameters are defined for this transform:

• CoordOp.latitude

• CoordOp.longitude

• CoordOp.easting

• CoordOp.northing

• CoordOp.parallel1

• CoordOp.parallel2

The following coordinate operation methods are mapped to this transform factory:

• EPSG-9820: Lambert Azimuthal Equal Area

• GeoTIFF-11: CT_AlbersEqualArea

• OpenGIS WKT: "Albers_Conic_Equal_Area"

• PROJ: +proj=aea

Cassini-Soldner (cylindrical)

These parameters are defined for this transform:

• CoordOp.latitude

• CoordOp.longitude

• CoordOp.easting

• CoordOp.northing

The following coordinate operation methods are mapped to this transform factory:

• EPSG-9806: Cassini-Soldner

• GeoTIFF-18: CT_CassiniSoldner

• OpenGIS WKT: "Cassini_Soldner"

• PROJ: +proj=cass

Maps geographic coordinates (latitude, longitude) onto a cubemap face.

Map coordinates (easting, northing) are mapped to cubemap face coordinates as follows:

map(-r, -r) => face(0, 0);
map( r, -r) => face(n, 0);
map(-r,  r) => face(0, n);
map( r,  r) => face(n, n);

where n is the cubemap size minus one and r is the radius of the reference sphere.

These parameters are defined for this transform:

• CoordOp.latitude

• CoordOp.longitude

The latitude and longitude parameters are only used to choose the cubemap face.

Equidistant (cylindrical)

These parameters are defined for this transform:

• CoordOp.longitude

• CoordOp.easting

• CoordOp.northing

• CoordOp.parallel1

The following coordinate operation methods are mapped to this transform factory:

• EPSG-1028: Equidistant Cylindrical

• GeoTIFF-17: CT_Equirectangular

• OpenGIS WKT: "Equirectangular"

• PROJ: +proj=eqc

Lambert (azimuthal, equal-area)

These parameters are defined for this transform:

• CoordOp.latitude

• CoordOp.longitude

• CoordOp.easting

• CoordOp.northing

The following coordinate operation methods are mapped to this transform factory:

• EPSG-9820: Lambert Azimuthal Equal Area

• GeoTIFF-10: CT_LambertAzimEqualArea

• OpenGIS WKT: "Lambert_Azimuthal_Equal_Area"

• PROJ: +proj=laea

Lambert (conic, conformal)

These parameters are defined for this transform:

• CoordOp.latitude

• CoordOp.longitude

• CoordOp.easting

• CoordOp.northing

For the 1SP variant:

• CoordOp.scale

For the 2SP variant:

• CoordOp.parallel1

• CoordOp.parallel2

The following coordinate operation methods are mapped to this transform factory:

• PROJ: +proj=lcc

For the 1SP variant:

• EPSG-9801: Lambert Conic Conformal (1SP).

• GeoTIFF-9: CT_LambertConfConic_Helmert

• OpenGIS WKT: "Lambert_Conformal_Conic_1SP"

For the 2SP variant:

• EPSG-9802: Lambert Conic Conformal (2SP)

• GeoTIFF-8: CT_LambertConfConic_2SP

• OpenGIS WKT: "Lambert_Conformal_Conic_2SP"

Lambert (cylindrical, equal-area)

These parameters are defined for this transform:

• CoordOp.longitude

• CoordOp.easting

• CoordOp.northing

• CoordOp.parallel1

The following coordinate operation methods are mapped to this transform factory:

• EPSG-9835: Lambert Cylindrical Equal Area

• GeoTIFF-28: CT_CylindricalEqualArea

• OpenGIS WKT: "Cylindrical_Equal_Area"

• PROJ: +proj=cea

Mercator (cylindrical, conformal)

These parameters are defined for this transform:

• CoordOp.longitude

• CoordOp.easting

• CoordOp.northing

For the A variant:

• CoordOp.scale

For the B variant:

• CoordOp.parallel1

The following coordinate operation methods are mapped to this transform factory:

• GeoTIFF-7: CT_Mercator

• PROJ: +proj=merc

For the A variant:

• EPSG-9804: Mercator (variant A)

• OpenGIS WKT: "Mercator_1SP"

For the B variant:

• EPSG-9805: Mercator (variant B)

• OpenGIS WKT: "Mercator_2SP"

Oblique Mercator (cylindrical, conformal)

These parameters are defined for this transform:

• CoordOp.latitude

• CoordOp.longitude

• CoordOp.easting

• CoordOp.northing

• CoordOp.angle

• CoordOp.azimuth

• CoordOp.scale

The following coordinate operation methods are mapped to this transform factory:

• EPSG-9812: Hotine Oblique Mercator (variant A)

• GeoTIFF-3: CT_ObliqueMercator

• OpenGIS WKT: "Hotine_Oblique_Mercator"

• PROJ: +proj=omerc

Oblique Mercator (cylindrical, conformal)

These parameters are defined for this transform:

• CoordOp.latitude

• CoordOp.longitude

• CoordOp.easting

• CoordOp.northing

• CoordOp.angle

• CoordOp.azimuth

• CoordOp.scale

The following coordinate operation methods are mapped to this transform factory:

• EPSG-9815: Hotine Oblique Mercator (variant B)

• GeoTIFF-9815: CT_HotineObliqueMercatorAzimuthCenter

• OpenGIS WKT: "Hotine_Oblique_Mercator_Azimuth_Center"

• PROJ: +proj=omerc

Oblique Stereographic (azimuthal, conformal)

These parameters are defined for this transform:

• CoordOp.latitude

• CoordOp.longitude

• CoordOp.easting

• CoordOp.northing

• CoordOp.scale

The following coordinate operation methods are mapped to this transform factory:

• EPSG-9809: Oblique Stereographic

• GeoTIFF-14: CT_Stereographic

• GeoTIFF-16: CT_ObliqueStereographic

• OpenGIS WKT: "Stereographic"

• OpenGIS WKT: "Oblique_Stereographic"

• PROJ: +proj=sterea

Polar Stereographic (azimuthal, conformal)

These parameters are defined for this transform:

• CoordOp.latitude

• CoordOp.longitude

• CoordOp.easting

• CoordOp.northing

For the variant A:

• CoordOp.scale

The following coordinate operation methods are mapped to this transform factory:

• GeoTIFF-15: CT_PolarStereographic

• OpenGIS WKT: "Polar_Stereographic"

• PROJ: +proj=stere

For the variant A:

• EPSG-9810: Polar Stereographic (variant A)

For the variant B:

• EPSG-9829: Polar Stereographic (variant B)

Popular Visualisation Pseudo Mercator

These parameters are defined for this transform:

• CoordOp.longitude

• CoordOp.easting

• CoordOp.northing

The following coordinate operation methods are mapped to this transform factory:

• EPSG-1024: Popular Visualisation Pseudo Mercator

• OpenGIS WKT: "Mercator_Auxiliary_Sphere"

Sinusoidal (pseudo-cylindrical, equal-area)

These parameters are defined for this transform:

• CoordOp.longitude

• CoordOp.easting

• CoordOp.northing

The following coordinate operation methods are mapped to this transform factory:

• GeoTIFF-24: CT_Sinusoidal

• OpenGIS WKT: "Sinusoidal"

• PROJ: +proj=sinu

Transverse Mercator (cylindrical, conformal)

These parameters are defined for this transform:

• CoordOp.latitude

• CoordOp.longitude

• CoordOp.easting

• CoordOp.northing

• CoordOp.scale

The following coordinate operation methods are mapped to this transform factory:

• EPSG-9807: Transverse Mercator

• GeoTIFF-1: CT_TransverseMercator

• OpenGIS WKT: "Transverse_Mercator"

• PROJ: +proj=tmerc

Transverse Mercator South Oriented (cylindrical, conformal)

These parameters are defined for this transform:

• CoordOp.latitude

• CoordOp.longitude

• CoordOp.easting

• CoordOp.northing

• CoordOp.scale

The following coordinate operation methods are mapped to this transform factory:

• EPSG-9808: Transverse Mercator (South Oriented)

• GeoTIFF-27: CT_TransvMercator_SouthOriented

• OpenGIS WKT: "Transverse_Mercator_South_Orientated"

• class Tinman.Georef.CoordOp . method