java.lang.Object
- org.meteoinfo.projection.proj4j.proj.Projection

All Implemented Interfaces:

java.lang.Cloneable

Direct Known Subclasses:

AiryProjection, AlbersProjection, AugustProjection, AzimuthalProjection, BipolarProjection, BonneProjection, CassiniProjection, CollignonProjection, ConicProjection, CrasterProjection, CylindricalEqualAreaProjection, CylindricalProjection, DenoyerProjection, Eckert1Projection, Eckert2Projection, Eckert4Projection, Eckert5Projection, FaheyProjection, FoucautSinusoidalProjection, GallProjection, GaussProjection, GeneralObliqueProjection, GeostationarySatelliteProjection, Ginsburg8Projection, GoodeProjection, HatanoProjection, LagrangeProjection, LambertAzimuthalEqualAreaProjection, LandsatProjection, LarriveeProjection, LaskowskiProjection, LinearProjection, LongLatProjection, McBrydeThomasFlatPolarParabolicProjection, McBrydeThomasFlatPolarSine2Projection, NellHProjection, NellProjection, NicolosiProjection, NullProjection, PerspectiveProjection, PolyconicProjection, PutninsP2Projection, PutninsP4Projection, PutninsP5Projection, RectangularPolyconicProjection, SwissObliqueMercatorProjection, TransverseCylindricalEqualArea, UrmaevFlatPolarSinusoidalProjection, VanDerGrintenProjection, Wagner2Projection, Wagner7Projection
```
public abstract class Projection
extends java.lang.Object
implements java.lang.Cloneable
```
A map projection is a mathematical algorithm for representing a spheroidal surface on a plane. A single projection defines a (usually infinite) family of CoordinateReferenceSystems, distinguished by different values for the projection parameters.

Field Summary

Fields
Modifier and Type	Field	Description
`protected double`	`a`	The equator radius
`protected double`	`alpha`	The projection alpha value
`protected static double`	`DTR`
`protected double`	`e`	The eccentricity
`protected Ellipsoid`	`ellipsoid`	The ellipsoid used by this projection
`protected static double`	`EPS10`
`protected double`	`es`	The eccentricity squared
`protected double`	`falseEasting`	The false Easting of this projection
`protected double`	`falseNorthing`	The false Northing of this projection
`protected double`	`fromMetres`	Conversion factor from metres to whatever units the projection uses.
`protected boolean`	`geocentric`	True if this projection is geocentric
`protected static double`	`HALFPI`
`protected double`	`heightOfOrbit`	Height of orbit - Geostationary satellite projection
`protected boolean`	`isSouth`	Indicates whether a Southern Hemisphere UTM zone
`protected double`	`lonc`	The projection lonc value
`protected double`	`maxLatitude`	The maximum latitude of the bounds of this projection
`protected double`	`maxLongitude`	The maximum longitude of the bounds of this projection.
`protected double`	`minLatitude`	The minimum latitude of the bounds of this projection
`protected double`	`minLongitude`	The minimum longitude of the bounds of this projection.
`protected java.lang.String`	`name`	The name of this projection
`protected double`	`one_es`	1-(eccentricity squared)
`protected java.lang.String`	`proj4Name`
`protected double`	`projectionLatitude`	The latitude of the centre of projection
`protected double`	`projectionLatitude1`	Standard parallel 1 (for projections which use it)
`protected double`	`projectionLatitude1Degrees`
`protected double`	`projectionLatitude2`	Standard parallel 2 (for projections which use it)
`protected double`	`projectionLatitude2Degrees`
`protected double`	`projectionLatitudeDegrees`
`protected double`	`projectionLongitude`	The longitude of the centre of projection, in radians
`protected double`	`projectionLongitudeDegrees`
`protected double`	`rone_es`	1/(1-(eccentricity squared))
`protected static double`	`RTD`
`protected double`	`scaleFactor`	The projection scale factor
`protected boolean`	`spherical`	True if this projection is using a sphere (es == 0)
`protected double`	`totalScale`	The total scale factor = Earth radius * units
`protected double`	`trueScaleLatitude`	The latitude of true scale.
`protected double`	`trueScaleLatitudeDegrees`
`protected Unit`	`unit`	units of this projection.

Constructor Summary

Constructors
Modifier Constructor Description

protected Projection()

Method Summary

All Methods Static Methods Instance Methods Concrete Methods
Modifier and Type	Method	Description
`java.lang.Object`	`clone()`
`double`	`getAlpha()`	Gets the alpha value, in radians.
`Ellipsoid`	`getEllipsoid()`
`int`	`getEPSGCode()`	Returns the ESPG code for this projection, or 0 if unknown.
`double`	`getEquatorRadius()`
`double`	`getFalseEasting()`
`double`	`getFalseNorthing()`
`double`	`getFromMetres()`
`double`	`getHeightOfOrbit()`	Get height of orbit - Geostationary satellite projection
`double`	`getLonC()`	Gets the lonc value, in radians.
`double`	`getMaxLatitude()`
`double`	`getMaxLatitudeDegrees()`
`double`	`getMaxLongitude()`
`double`	`getMaxLongitudeDegrees()`
`double`	`getMinLatitude()`
`double`	`getMinLatitudeDegrees()`
`double`	`getMinLongitude()`
`double`	`getMinLongitudeDegrees()`
`java.lang.String`	`getName()`	Get projection name
`java.lang.String`	`getPROJ4Description()`	Get a string which describes this projection in PROJ.4 format.
`java.lang.String`	`getProj4Name()`	Get proj4 projection name
`double`	`getProjectionLatitude()`
`double`	`getProjectionLatitude1()`
`double`	`getProjectionLatitude1Degrees()`
`double`	`getProjectionLatitude2()`
`double`	`getProjectionLatitude2Degrees()`
`double`	`getProjectionLatitudeDegrees()`
`double`	`getProjectionLongitude()`
`double`	`getProjectionLongitudeDegrees()`
`double`	`getScaleFactor()`	Gets the projection scale factor.
`boolean`	`getSouthernHemisphere()`
`double`	`getTrueScaleLatitude()`
`double`	`getTrueScaleLatitudeDegrees()`
`boolean`	`hasInverse()`	Tests whether this projection has an inverse.
`void`	`initialize()`	Initialize the projection.
`boolean`	`inside(double x, double y)`	Returns true if the given lat/long point is visible in this projection
`ProjCoordinate`	`inverseProject(ProjCoordinate src, ProjCoordinate dst)`	Inverse-projects a point (in the units defined by the coordinate system), producing a geographic result (in degrees)
`ProjCoordinate`	`inverseProjectRadians(ProjCoordinate src, ProjCoordinate dst)`	Inverse-transforms a point (in the units defined by the coordinate system), producing a geographic result (in radians)
`boolean`	`isConformal()`	Tests whether this projection is conformal.
`boolean`	`isEqual(Projection proj)`	Check if this projection is equal with other projection
`boolean`	`isEqualArea()`	Tests whether this projection is equal-area An equal-area projection preserves relative sizes of projected areas.
`boolean`	`isRectilinear()`	Tests whether under this projection lines of latitude and longitude form a rectangular grid
`static float`	`normalizeLongitude(float angle)`
`static double`	`normalizeLongitudeRadians(double angle)`
`boolean`	`parallelsAreParallel()`	Returns true if latitude lines are parallel for this projection
`protected ProjCoordinate`	`project(double x, double y, ProjCoordinate dst)`	Computes the projection of a given point (i.e.
`ProjCoordinate`	`project(ProjCoordinate src, ProjCoordinate dst)`	Projects a geographic point (in degrees), producing a projected result (in the units of the target coordinate system).
`protected ProjCoordinate`	`projectInverse(double x, double y, ProjCoordinate dst)`	Computes the inverse projection of a given point (i.e.
`ProjCoordinate`	`projectRadians(ProjCoordinate src, ProjCoordinate dst)`	Projects a geographic point (in radians), producing a projected result (in the units of the target coordinate system).
`void`	`setAlphaDegrees(double alpha)`	Sets the alpha value.
`void`	`setEllipsoid(Ellipsoid ellipsoid)`
`void`	`setFalseEasting(double falseEasting)`	Set the false Easting in projected units.
`void`	`setFalseNorthing(double falseNorthing)`	Set the false Northing in projected units.
`void`	`setFromMetres(double fromMetres)`	Set the conversion factor from metres to projected units.
`void`	`setHeightOfOrbit(double h)`	Set height of orbit - Geostationary satellite projection
`void`	`setLonCDegrees(double lonc)`	Sets the lonc value.
`void`	`setMaxLatitude(double maxLatitude)`	Set the maximum latitude.
`void`	`setMaxLongitude(double maxLongitude)`
`void`	`setMaxLongitudeDegrees(double maxLongitude)`
`void`	`setMinLatitude(double minLatitude)`	Set the minimum latitude.
`void`	`setMinLongitude(double minLongitude)`
`void`	`setMinLongitudeDegrees(double minLongitude)`
`void`	`setName(java.lang.String name)`	Set the name of this projection.
`void`	`setProjectionLatitude(double projectionLatitude)`	Set the projection latitude in radians.
`void`	`setProjectionLatitude1(double projectionLatitude1)`	Set the projection latitude in radians.
`void`	`setProjectionLatitude1Degrees(double projectionLatitude1)`	Set the projection latitude in degrees.
`void`	`setProjectionLatitude2(double projectionLatitude2)`	Set the projection latitude in radians.
`void`	`setProjectionLatitude2Degrees(double projectionLatitude2)`	Set the projection latitude in degrees.
`void`	`setProjectionLatitudeDegrees(double projectionLatitude)`	Set the projection latitude in degrees.
`void`	`setProjectionLongitude(double projectionLongitude)`	Set the projection longitude in radians.
`void`	`setProjectionLongitudeDegrees(double projectionLongitude)`	Set the projection longitude in degrees.
`void`	`setScaleFactor(double scaleFactor)`	Set the projection scale factor.
`void`	`setSouthernHemisphere(boolean isSouth)`
`void`	`setTrueScaleLatitude(double trueScaleLatitude)`	Set the latitude of true scale in radians.
`void`	`setTrueScaleLatitudeDegrees(double trueScaleLatitude)`	Set the latitude of true scale in degrees.
`void`	`setUnits(Unit unit)`
`java.lang.String`	`toString()`

Methods inherited from class java.lang.Object
equals, finalize, getClass, hashCode, notify, notifyAll, wait, wait, wait

- Field Detail
  - minLatitude
```
protected double minLatitude
```
    The minimum latitude of the bounds of this projection
  - minLongitude
```
protected double minLongitude
```
    The minimum longitude of the bounds of this projection. This is relative to the projection centre.
  - maxLatitude
```
protected double maxLatitude
```
    The maximum latitude of the bounds of this projection
  - maxLongitude
```
protected double maxLongitude
```
    The maximum longitude of the bounds of this projection. This is relative to the projection centre.
  - projectionLatitude
```
protected double projectionLatitude
```
    The latitude of the centre of projection
  - projectionLatitudeDegrees
```
protected double projectionLatitudeDegrees
```
  - projectionLongitude
```
protected double projectionLongitude
```
    The longitude of the centre of projection, in radians
  - projectionLongitudeDegrees
```
protected double projectionLongitudeDegrees
```
  - projectionLatitude1
```
protected double projectionLatitude1
```
    Standard parallel 1 (for projections which use it)
  - projectionLatitude1Degrees
```
protected double projectionLatitude1Degrees
```
  - projectionLatitude2
```
protected double projectionLatitude2
```
    Standard parallel 2 (for projections which use it)
  - projectionLatitude2Degrees
```
protected double projectionLatitude2Degrees
```
  - alpha
```
protected double alpha
```
    The projection alpha value
  - lonc
```
protected double lonc
```
    The projection lonc value
  - scaleFactor
```
protected double scaleFactor
```
    The projection scale factor
  - falseEasting
```
protected double falseEasting
```
    The false Easting of this projection
  - falseNorthing
```
protected double falseNorthing
```
    The false Northing of this projection
  - isSouth
```
protected boolean isSouth
```
    Indicates whether a Southern Hemisphere UTM zone
  - trueScaleLatitude
```
protected double trueScaleLatitude
```
    The latitude of true scale. Only used by specific projections.
  - trueScaleLatitudeDegrees
```
protected double trueScaleLatitudeDegrees
```
  - a
```
protected double a
```
    The equator radius
  - e
```
protected double e
```
    The eccentricity
  - es
```
protected double es
```
    The eccentricity squared
  - one_es
```
protected double one_es
```
    1-(eccentricity squared)
  - rone_es
```
protected double rone_es
```
    1/(1-(eccentricity squared))
  - ellipsoid
```
protected Ellipsoid ellipsoid
```
    The ellipsoid used by this projection
  - spherical
```
protected boolean spherical
```
    True if this projection is using a sphere (es == 0)
  - geocentric
```
protected boolean geocentric
```
    True if this projection is geocentric
  - name
```
protected java.lang.String name
```
    The name of this projection
  - fromMetres
```
protected double fromMetres
```
    Conversion factor from metres to whatever units the projection uses.
  - totalScale
```
protected double totalScale
```
    The total scale factor = Earth radius * units
  - unit
```
protected Unit unit
```
    units of this projection. Default is metres, but may be degrees
  - heightOfOrbit
```
protected double heightOfOrbit
```
    Height of orbit - Geostationary satellite projection
  - proj4Name
```
protected java.lang.String proj4Name
```
  - HALFPI
```
protected static final double HALFPI
```
    See Also:
    
    Constant Field Values
  - EPS10
```
protected static final double EPS10
```
    See Also:
    
    Constant Field Values
  - RTD
```
protected static final double RTD
```
    See Also:
    
    Constant Field Values
  - DTR
```
protected static final double DTR
```
    See Also:
    
    Constant Field Values
- Constructor Detail
  - Projection
```
protected Projection()
```
- Method Detail
  - clone
```
public java.lang.Object clone()
```
    Overrides:
    
    clone in class java.lang.Object
  - project
```
public ProjCoordinate project(ProjCoordinate src,
                              ProjCoordinate dst)
```
    Projects a geographic point (in degrees), producing a projected result (in the units of the target coordinate system).
    
    Parameters:
    
    src - the input geographic coordinate (in degrees)
    
    dst - the projected coordinate (in coordinate system units)
    
    Returns:
    
    the target coordinate
  - projectRadians
```
public ProjCoordinate projectRadians(ProjCoordinate src,
                                     ProjCoordinate dst)
```
    Projects a geographic point (in radians), producing a projected result (in the units of the target coordinate system).
    
    Parameters:
    
    src - the input geographic coordinate (in radians)
    
    dst - the projected coordinate (in coordinate system units)
    
    Returns:
    
    the target coordinate
  - project
```
protected ProjCoordinate project(double x,
                                 double y,
                                 ProjCoordinate dst)
```
    Computes the projection of a given point (i.e. from geographics to projection space). This should be overridden for all projections.
    
    Parameters:
    
    x - the geographic x ordinate (in radians)
    
    y - the geographic y ordinatee (in radians)
    
    dst - the projected coordinate (in coordinate system units)
    
    Returns:
    
    the target coordinate
  - inverseProject
```
public ProjCoordinate inverseProject(ProjCoordinate src,
                                     ProjCoordinate dst)
```
    Inverse-projects a point (in the units defined by the coordinate system), producing a geographic result (in degrees)
    
    Parameters:
    
    src - the input projected coordinate (in coordinate system units)
    
    dst - the inverse-projected geographic coordinate (in degrees)
    
    Returns:
    
    the target coordinate
  - inverseProjectRadians
```
public ProjCoordinate inverseProjectRadians(ProjCoordinate src,
                                            ProjCoordinate dst)
```
    Inverse-transforms a point (in the units defined by the coordinate system), producing a geographic result (in radians)
    
    Parameters:
    
    src - the input projected coordinate (in coordinate system units)
    
    dst - the inverse-projected geographic coordinate (in radians)
    
    Returns:
    
    the target coordinate
  - projectInverse
```
protected ProjCoordinate projectInverse(double x,
                                        double y,
                                        ProjCoordinate dst)
```
    Computes the inverse projection of a given point (i.e. from projection space to geographics). This should be overridden for all projections.
    
    Parameters:
    
    x - the projected x ordinate (in coordinate system units)
    
    y - the projected y ordinate (in coordinate system units)
    
    dst - the inverse-projected geographic coordinate (in radians)
    
    Returns:
    
    the target coordinate
  - isConformal
```
public boolean isConformal()
```
    Tests whether this projection is conformal. A conformal projection preserves local angles.
    
    Returns:
    
    true if this projection is conformal
  - isEqualArea
```
public boolean isEqualArea()
```
    Tests whether this projection is equal-area An equal-area projection preserves relative sizes of projected areas.
    
    Returns:
    
    true if this projection is equal-area
  - hasInverse
```
public boolean hasInverse()
```
    Tests whether this projection has an inverse. If this method returns true then the inverseProject(ProjCoordinate, ProjCoordinate) and inverseProjectRadians(ProjCoordinate, ProjCoordinate) methods will return meaningful results.
    
    Returns:
    
    true if this projection has an inverse
  - isRectilinear
```
public boolean isRectilinear()
```
    Tests whether under this projection lines of latitude and longitude form a rectangular grid
  - parallelsAreParallel
```
public boolean parallelsAreParallel()
```
    Returns true if latitude lines are parallel for this projection
  - inside
```
public boolean inside(double x,
                      double y)
```
    Returns true if the given lat/long point is visible in this projection
  - setName
```
public void setName(java.lang.String name)
```
    Set the name of this projection.
  - getName
```
public java.lang.String getName()
```
    Get projection name
    
    Returns:
    
    Projection name
  - getProj4Name
```
public java.lang.String getProj4Name()
```
    Get proj4 projection name
    
    Returns:
    
    Proj4 projection name
  - getPROJ4Description
```
public java.lang.String getPROJ4Description()
```
    Get a string which describes this projection in PROJ.4 format.
  - toString
```
public java.lang.String toString()
```
    Overrides:
    
    toString in class java.lang.Object
  - setMinLatitude
```
public void setMinLatitude(double minLatitude)
```
    Set the minimum latitude. This is only used for Shape clipping and doesn't affect projection.
  - getMinLatitude
```
public double getMinLatitude()
```
  - setMaxLatitude
```
public void setMaxLatitude(double maxLatitude)
```
    Set the maximum latitude. This is only used for Shape clipping and doesn't affect projection.
  - getMaxLatitude
```
public double getMaxLatitude()
```
  - getMaxLatitudeDegrees
```
public double getMaxLatitudeDegrees()
```
  - getMinLatitudeDegrees
```
public double getMinLatitudeDegrees()
```
  - setMinLongitude
```
public void setMinLongitude(double minLongitude)
```
  - getMinLongitude
```
public double getMinLongitude()
```
  - setMinLongitudeDegrees
```
public void setMinLongitudeDegrees(double minLongitude)
```
  - getMinLongitudeDegrees
```
public double getMinLongitudeDegrees()
```
  - setMaxLongitude
```
public void setMaxLongitude(double maxLongitude)
```
  - getMaxLongitude
```
public double getMaxLongitude()
```
  - setMaxLongitudeDegrees
```
public void setMaxLongitudeDegrees(double maxLongitude)
```
  - getMaxLongitudeDegrees
```
public double getMaxLongitudeDegrees()
```
  - setProjectionLatitude
```
public void setProjectionLatitude(double projectionLatitude)
```
    Set the projection latitude in radians.
  - getProjectionLatitude
```
public double getProjectionLatitude()
```
  - setProjectionLatitudeDegrees
```
public void setProjectionLatitudeDegrees(double projectionLatitude)
```
    Set the projection latitude in degrees.
  - getProjectionLatitudeDegrees
```
public double getProjectionLatitudeDegrees()
```
  - setProjectionLongitude
```
public void setProjectionLongitude(double projectionLongitude)
```
    Set the projection longitude in radians.
  - getProjectionLongitude
```
public double getProjectionLongitude()
```
  - setProjectionLongitudeDegrees
```
public void setProjectionLongitudeDegrees(double projectionLongitude)
```
    Set the projection longitude in degrees.
  - getProjectionLongitudeDegrees
```
public double getProjectionLongitudeDegrees()
```
  - setTrueScaleLatitude
```
public void setTrueScaleLatitude(double trueScaleLatitude)
```
    Set the latitude of true scale in radians. This is only used by certain projections.
  - getTrueScaleLatitude
```
public double getTrueScaleLatitude()
```
  - setTrueScaleLatitudeDegrees
```
public void setTrueScaleLatitudeDegrees(double trueScaleLatitude)
```
    Set the latitude of true scale in degrees. This is only used by certain projections.
  - getTrueScaleLatitudeDegrees
```
public double getTrueScaleLatitudeDegrees()
```
  - setProjectionLatitude1
```
public void setProjectionLatitude1(double projectionLatitude1)
```
    Set the projection latitude in radians.
  - getProjectionLatitude1
```
public double getProjectionLatitude1()
```
  - setProjectionLatitude1Degrees
```
public void setProjectionLatitude1Degrees(double projectionLatitude1)
```
    Set the projection latitude in degrees.
  - getProjectionLatitude1Degrees
```
public double getProjectionLatitude1Degrees()
```
  - setProjectionLatitude2
```
public void setProjectionLatitude2(double projectionLatitude2)
```
    Set the projection latitude in radians.
  - getProjectionLatitude2
```
public double getProjectionLatitude2()
```
  - setProjectionLatitude2Degrees
```
public void setProjectionLatitude2Degrees(double projectionLatitude2)
```
    Set the projection latitude in degrees.
  - getProjectionLatitude2Degrees
```
public double getProjectionLatitude2Degrees()
```
  - setAlphaDegrees
```
public void setAlphaDegrees(double alpha)
```
    Sets the alpha value.
  - getAlpha
```
public double getAlpha()
```
    Gets the alpha value, in radians.
    
    Returns:
    
    the alpha value
  - setLonCDegrees
```
public void setLonCDegrees(double lonc)
```
    Sets the lonc value.
  - getLonC
```
public double getLonC()
```
    Gets the lonc value, in radians.
    
    Returns:
    
    the lonc value
  - setFalseNorthing
```
public void setFalseNorthing(double falseNorthing)
```
    Set the false Northing in projected units.
  - getFalseNorthing
```
public double getFalseNorthing()
```
  - setFalseEasting
```
public void setFalseEasting(double falseEasting)
```
    Set the false Easting in projected units.
  - getFalseEasting
```
public double getFalseEasting()
```
  - setSouthernHemisphere
```
public void setSouthernHemisphere(boolean isSouth)
```
  - getSouthernHemisphere
```
public boolean getSouthernHemisphere()
```
  - setScaleFactor
```
public void setScaleFactor(double scaleFactor)
```
    Set the projection scale factor. This is set to 1 by default. This value is called "k0" in PROJ.4.
    
    Parameters:
    
    scaleFactor - Scale factor
  - getScaleFactor
```
public double getScaleFactor()
```
    Gets the projection scale factor. This value is called "k0" in PROJ.4.
    
    Returns:
    
    Projection scale factor
  - getEquatorRadius
```
public double getEquatorRadius()
```
  - setFromMetres
```
public void setFromMetres(double fromMetres)
```
    Set the conversion factor from metres to projected units. This is set to 1 by default.
  - getFromMetres
```
public double getFromMetres()
```
  - setEllipsoid
```
public void setEllipsoid(Ellipsoid ellipsoid)
```
  - getEllipsoid
```
public Ellipsoid getEllipsoid()
```
  - getEPSGCode
```
public int getEPSGCode()
```
    Returns the ESPG code for this projection, or 0 if unknown.
  - setUnits
```
public void setUnits(Unit unit)
```
  - getHeightOfOrbit
```
public double getHeightOfOrbit()
```
    Get height of orbit - Geostationary satellite projection
    
    Returns:
    
    Height of orbit
  - setHeightOfOrbit
```
public void setHeightOfOrbit(double h)
```
    Set height of orbit - Geostationary satellite projection
    
    Parameters:
    
    h - Height of orbit
  - initialize
```
public void initialize()
```
    Initialize the projection. This should be called after setting parameters and before using the projection. This is for performance reasons as initialization may be expensive.
  - normalizeLongitude
```
public static float normalizeLongitude(float angle)
```
  - normalizeLongitudeRadians
```
public static double normalizeLongitudeRadians(double angle)
```
  - isEqual
```
public boolean isEqual(Projection proj)
```
    Check if this projection is equal with other projection
    
    Parameters:
    
    proj - The other projection
    
    Returns:
    
    Boolean

Class Projection

Field Summary

Constructor Summary

Method Summary

Methods inherited from class java.lang.Object

Field Detail

minLatitude

minLongitude

maxLatitude

maxLongitude

projectionLatitude

projectionLatitudeDegrees

projectionLongitude

projectionLongitudeDegrees

projectionLatitude1

projectionLatitude1Degrees

projectionLatitude2

projectionLatitude2Degrees

alpha

lonc

scaleFactor

falseEasting

falseNorthing

isSouth

trueScaleLatitude

trueScaleLatitudeDegrees

a

e

es

one_es

rone_es

ellipsoid

spherical

geocentric

name

fromMetres

totalScale

unit

heightOfOrbit

proj4Name

HALFPI

EPS10

RTD

DTR

Constructor Detail

Projection

Method Detail

clone

project

projectRadians

project

inverseProject

inverseProjectRadians

projectInverse

isConformal

isEqualArea

hasInverse

isRectilinear

parallelsAreParallel

inside

setName

getName

getProj4Name

getPROJ4Description

toString

setMinLatitude

getMinLatitude

setMaxLatitude

getMaxLatitude

getMaxLatitudeDegrees

getMinLatitudeDegrees

setMinLongitude

getMinLongitude

setMinLongitudeDegrees

getMinLongitudeDegrees

setMaxLongitude

getMaxLongitude

setMaxLongitudeDegrees

getMaxLongitudeDegrees

setProjectionLatitude