Field Detail

• PRJ_NONPROJECTION

  public static final ProjectionType PRJ_NONPROJECTION

  Non-projection.

• PRJ_PLATE_CARREE

  public static final ProjectionType PRJ_PLATE_CARREE

  Plate Carree.

  

• PRJ_EQUIDISTANT_CYLINDRICAL

  public static final ProjectionType PRJ_EQUIDISTANT_CYLINDRICAL

  Equidistant Cylindrical.

  

• PRJ_MILLER_CYLINDRICAL

  public static final ProjectionType PRJ_MILLER_CYLINDRICAL

  Miller Cylindrical This projection is similar to the Mercator projection except that the polar regions are not as alreally distorted. Spacing between lines of latitude as they approach the poles is less than in the Mercator projection. It decreases the distortion in area, but the compromise introduces distortion in local shape and direction. Cylindrical projection. Meridians are parallel and equally spaced, lines of latitude are parallel, and the distance between them increases toward the poles. Both poles are represented as straight lines.

  

• PRJ_MERCATOR

  public static final ProjectionType PRJ_MERCATOR

  Mercator projection is the cylindrical projection. Originally, the Mercator projection is created to display accurate compass bearings for sea travel. An additional feature of this projection is that all directions and relative locations are accurate and clearly defined. Meridians are parallel to each other and equally spaced. The lines of latitude are also parallel but become farther apart.

  

• PRJ_GAUSS_KRUGER

  public static final ProjectionType PRJ_GAUSS_KRUGER

  Gauss-Kruger projection. Cylindrical projection with central meridian placed in a particular region. Also known as Transverse Mercator, this projection is similar to the Mercator except that the cylinder is longitudinal along a meridian instead of the equator. The result is a conformal projection that does not maintain true directions. The central meridian is placed on the region to be highlighted. This centering minimizes distortion of all properties in that region. This projection is best suited for land masses that stretch north-south. The Gauss-Kruger coordinate system is based on the Gauss-Kruger projection.

• PRJ_TRANSVERSE_MERCATOR

  public static final ProjectionType PRJ_TRANSVERSE_MERCATOR

  Transverse Mercator. Also known as Gausskruger, and similar to the Mercator, except that the cylinder is longitudinal along a meridian instead of the equator. The result is a conformal projection that does not maintain true directions.

  The central meridian is placed in the center of the region of interest. This centering minimizes distortion of all properties in that region. This projection is best suited for north-south areas. Cylindrical projection with central meridian placed in a particular region.

• PRJ_ALBERS

  public static final ProjectionType PRJ_ALBERS

  Albers.

• PRJ_SINUSOIDAL

  public static final ProjectionType PRJ_SINUSOIDAL

  Sinusoidal.

  

• PRJ_MOLLWEIDE

  public static final ProjectionType PRJ_MOLLWEIDE

  Mollweide projection. Carl B. Mollweide created this pseudo cylindrical projection in 1805. It is an equal-area projection designed for small-scale maps. Pseudo cylindrical equal-area projection. All parallels are straight lines, and all meridians are equally spaced elliptical arcs. The exception is the central meridian, which is a straight line. The poles are points.

• PRJ_ECKERT_VI

  public static final ProjectionType PRJ_ECKERT_VI

  Eckert VI.

  

• PRJ_ECKERT_V

  public static final ProjectionType PRJ_ECKERT_V

  Eckert V.

  

• PRJ_ECKERT_IV

  public static final ProjectionType PRJ_ECKERT_IV

  Eckert IV.

  

• PRJ_ECKERT_III

  public static final ProjectionType PRJ_ECKERT_III

  Eckert III.

  

• PRJ_ECKERT_II

  public static final ProjectionType PRJ_ECKERT_II

  Eckert II.

  

• PRJ_ECKERT_I

  public static final ProjectionType PRJ_ECKERT_I

  Eckert I.

  

• PRJ_GALL_STEREOGRAPHIC

  public static final ProjectionType PRJ_GALL_STEREOGRAPHIC

  Gall Stereographic.

  

• PRJ_BEHRMANN

  public static final ProjectionType PRJ_BEHRMANN

  Behrmann.

  

• PRJ_WINKEL_I

  public static final ProjectionType PRJ_WINKEL_I

  Winkel I.

  

• PRJ_WINKEL_II

  public static final ProjectionType PRJ_WINKEL_II

  Winkel II.

  

• PRJ_LAMBERT_CONFORMAL_CONIC

  public static final ProjectionType PRJ_LAMBERT_CONFORMAL_CONIC

  Lambert Conformal Conic.

  

• PRJ_POLYCONIC

  public static final ProjectionType PRJ_POLYCONIC

  Polyconic.PRJ_QUARTIC_AUTHALIC

  

• PRJ_QUARTIC_AUTHALIC

  public static final ProjectionType PRJ_QUARTIC_AUTHALIC

  Quartic Authalic.

  

• PRJ_LOXIMUTHAL

  public static final ProjectionType PRJ_LOXIMUTHAL

  Loximuthal.

  

• PRJ_BONNE

  public static final ProjectionType PRJ_BONNE

  Bonne.

  

• PRJ_HOTINE

  public static final ProjectionType PRJ_HOTINE

  Hotine.

• PRJ_STEREOGRAPHIC

  public static final ProjectionType PRJ_STEREOGRAPHIC

  Stereographic.

• PRJ_EQUIDISTANT_CONIC

  public static final ProjectionType PRJ_EQUIDISTANT_CONIC

  Equidistant Conic.PRJ_EQUIDISTANT_CYLINDRICAL

  

• PRJ_CASSINI

  public static final ProjectionType PRJ_CASSINI

  Cassini.

  

• PRJ_VAN_DER_GRINTEN_I

  public static final ProjectionType PRJ_VAN_DER_GRINTEN_I

  Van_der_Grinten_I.

  

• PRJ_ROBINSON

  public static final ProjectionType PRJ_ROBINSON

  Robinson.

  

• PRJ_TWO_POINT_EQUIDISTANT

  public static final ProjectionType PRJ_TWO_POINT_EQUIDISTANT

  Two-Point Equidistant.

  

• PRJ_EQUIDISTANT_AZIMUTHAL

  public static final ProjectionType PRJ_EQUIDISTANT_AZIMUTHAL

  Equidistant Azimuthal.

• PRJ_LAMBERT_AZIMUTHAL_EQUAL_AREA

  public static final ProjectionType PRJ_LAMBERT_AZIMUTHAL_EQUAL_AREA

  Lambert Azimuthal Equal Area.

• PRJ_CONFORMAL_AZIMUTHAL

  public static final ProjectionType PRJ_CONFORMAL_AZIMUTHAL

  Conformal azimuthal.

• PRJ_ORTHO_GRAPHIC

  public static final ProjectionType PRJ_ORTHO_GRAPHIC

  Ortho_graphic.

• PRJ_GNOMONIC

  public static final ProjectionType PRJ_GNOMONIC

  Gnomonic.

• PRJ_CHINA_AZIMUTHAL

  public static final ProjectionType PRJ_CHINA_AZIMUTHAL

  China azimuthal.

• PRJ_SANSON

  public static final ProjectionType PRJ_SANSON

  Sanson projection.

• PRJ_EQUALAREA_CYLINDRICAL

  public static final ProjectionType PRJ_EQUALAREA_CYLINDRICAL

  EqualArea Cylindrical.

• PRJ_HOTINE_AZIMUTH_NATORIGIN

  public static final ProjectionType PRJ_HOTINE_AZIMUTH_NATORIGIN

  Hotine Azimuth Natorigin.

• PRJ_OBLIQUE_MERCATOR

  public static final ProjectionType PRJ_OBLIQUE_MERCATOR

  Oblique Mercator.

• PRJ_HOTINE_OBLIQUE_MERCATOR

  public static final ProjectionType PRJ_HOTINE_OBLIQUE_MERCATOR

  Hotine Oblique Mercator

• PRJ_SPHERE_MERCATOR

  public static final ProjectionType PRJ_SPHERE_MERCATOR

  Sphere Mercator.

• PRJ_BONNE_SOUTH_ORIENTATED

  public static final ProjectionType PRJ_BONNE_SOUTH_ORIENTATED

  Bonne South Oriented.

• PRJ_OBLIQUE_STEREOGRAPHIC

  public static final ProjectionType PRJ_OBLIQUE_STEREOGRAPHIC

  Oblique Stereographic.

Method Detail

• newInstance

  public static ProjectionType newInstance(int value)

  Parameters:

  value - The custom projection value. The values ranging from 43000 to 43999 will not be used.

  Returns:

  Return the enumeration object. The non-predefined projection name can be set through the projection object.