org.cts.op.projection
Class AlbersEqualArea
java.lang.Object
org.cts.IdentifiableComponent
org.cts.op.AbstractCoordinateOperation
org.cts.op.projection.Projection
org.cts.op.projection.AlbersEqualArea
- All Implemented Interfaces:
- Identifiable, CoordinateOperation
public class AlbersEqualArea
- extends Projection
The Albers Equal Area Projection (AEA).
- Author:
- Jules Party
|
Field Summary |
static Identifier |
AEA
The Identifier used for all Albers Equal Area projections. |
protected double |
C
|
protected double |
FE
|
protected double |
FN
|
protected double |
lat0
|
protected double |
lon0
|
protected double |
n
|
protected double |
rho0
|
|
Constructor Summary |
AlbersEqualArea(Ellipsoid ellipsoid,
Map<String,Measure> parameters)
Create a new Albers Equal Area Projection corresponding to the
Ellipsoid and the list of parameters given in argument and
initialize common parameters lon0, lat0, FE, FN and other parameters
useful for the projection. |
| Methods inherited from class org.cts.op.projection.Projection |
equals, getAzimuth, getCentralMeridian, getDefaultParameters, getFalseEasting, getFalseNorthing, getLatitudeOfOrigin, getLatitudeOfTrueScale, getRectifiedGridAngle, getScaleFactor, getSemiMajorAxis, getSemiMinorAxis, getStandardParallel1, getStandardParallel2, hashCode, toWKT |
| Methods inherited from class org.cts.IdentifiableComponent |
addAlias, addRemark, getAliases, getAuthorityKey, getAuthorityName, getCode, getComponent, getIdentifier, getName, getRemarks, getShortName, setIdentifier, setRemarks, setShortName, toString |
| Methods inherited from interface org.cts.Identifiable |
addAlias, addRemark, getAliases, getAuthorityKey, getAuthorityName, getCode, getName, getRemarks, getShortName, setRemarks, setShortName |
AEA
public static final Identifier AEA
- The Identifier used for all Albers Equal Area projections.
lat0
protected final double lat0
lon0
protected final double lon0
FE
protected final double FE
FN
protected final double FN
rho0
protected final double rho0
C
protected final double C
n
protected final double n
AlbersEqualArea
public AlbersEqualArea(Ellipsoid ellipsoid,
Map<String,Measure> parameters)
- Create a new Albers Equal Area Projection corresponding to the
Ellipsoid and the list of parameters given in argument and
initialize common parameters lon0, lat0, FE, FN and other parameters
useful for the projection.
- Parameters:
ellipsoid - ellipsoid used to define the projection.parameters - a map of useful parameters to define the projection.
getSurface
public Projection.Surface getSurface()
- Return the
Surface type of this
Projection.
- Specified by:
getSurface in class Projection
getProperty
public Projection.Property getProperty()
- Return the
Property of this
Projection.
- Specified by:
getProperty in class Projection
getOrientation
public Projection.Orientation getOrientation()
- Return the
Orientation of this
Projection.
- Specified by:
getOrientation in class Projection
transform
public double[] transform(double[] coord)
throws CoordinateDimensionException
- Transform coord using the Albers Equal Area Projection. Input coord is
supposed to be a geographic latitude / longitude coordinate in radians.
Algorithm based on the OGP's Guidance Note Number 7 Part 2 :
- Specified by:
transform in interface CoordinateOperation- Specified by:
transform in class AbstractCoordinateOperation
- Parameters:
coord - coordinate to transform
- Returns:
- a double array containing the output coordinate
- Throws:
CoordinateDimensionException - if coord length is not
compatible with this CoordinateOperation.
inverse
public CoordinateOperation inverse()
throws NonInvertibleOperationException
- Creates the inverse operation for Albers Equal Area Projection. Input
coord is supposed to be a projected easting / northing coordinate in
meters. Algorithm based on the OGP's Guidance Note Number 7 Part 2 :
- Specified by:
inverse in interface CoordinateOperation- Overrides:
inverse in class AbstractCoordinateOperation
- Parameters:
coord - coordinate to transform
- Throws:
NonInvertibleOperationException
Copyright © 2014 IRSTV CNRS-FR-2488. All Rights Reserved.