org.cts.op.projection
Class MillerCylindrical

java.lang.Object
  org.cts.IdentifiableComponent
      org.cts.op.AbstractCoordinateOperation
          org.cts.op.projection.Projection
              org.cts.op.projection.MillerCylindrical

All Implemented Interfaces:

Identifiable, CoordinateOperation

public class MillerCylindrical
extends Projection

The Miller Cylindrical Projection (MILL).

Author:

Jules Party

Nested Class Summary

Nested classes/interfaces inherited from class org.cts.op.projection.Projection

Projection.Orientation, Projection.Property, Projection.Surface

Field Summary

protected double	FE
protected double	FN
protected double[]	invcoeff
protected double	lat0
protected double	lon0
static Identifier	MILL The Identifier used for all Miller Cylindrical projections.
protected double	n

Fields inherited from class org.cts.op.projection.Projection

DEFAULT_PARAMETERS

Fields inherited from class org.cts.op.AbstractCoordinateOperation

precision

Fields inherited from interface org.cts.Identifiable

DEFAULT, LOCAL, UNKNOWN

Constructor Summary

MillerCylindrical(Ellipsoid ellipsoid, Map<String,Measure> parameters)
Create a new Miller Cylindrical Projection corresponding to the Ellipsoid and the list of parameters given in argument and initialize common parameters lon0, lat0, FE, FN.

Method Summary

Projection.Orientation	getOrientation() Return the Orientation of this Projection.
Projection.Property	getProperty() Return the Property of this Projection.
Projection.Surface	getSurface() Return the Surface type of this Projection.
CoordinateOperation	inverse() Creates the inverse operation for Miller Cylindrical Projection.
double[]	transform(double[] coord) Transform coord using the Miller Cylindrical 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.op.AbstractCoordinateOperation

getPrecision

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 class java.lang.Object

clone, finalize, getClass, notify, notifyAll, wait, wait, wait

Methods inherited from interface org.cts.Identifiable

addAlias, addRemark, getAliases, getAuthorityKey, getAuthorityName, getCode, getName, getRemarks, getShortName, setRemarks, setShortName

Field Detail

MILL

public static final Identifier MILL

The Identifier used for all Miller Cylindrical projections.

lat0

protected final double lat0

lon0

protected final double lon0

FE

protected final double FE

FN

protected final double FN

n

protected final double n

invcoeff

protected final double[] invcoeff

Constructor Detail

MillerCylindrical

public MillerCylindrical(Ellipsoid ellipsoid,
                         Map<String,Measure> parameters)

Create a new Miller Cylindrical Projection corresponding to the Ellipsoid and the list of parameters given in argument and initialize common parameters lon0, lat0, FE, FN.

Parameters:

ellipsoid - ellipsoid used to define the projection.

parameters - a map of useful parameters to define the projection.

Method Detail

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 Miller Cylindrical Projection. Input coord is supposed to be a geographic latitude / longitude coordinate in radians. Algorithm based on the USGS professional paper 1395, "Map Projection - A Working Manual" by John P. Snyder :

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 Miller Cylindrical Projection. Input coord is supposed to be a projected easting / northing coordinate in meters. Algorithm based on the USGS professional paper 1395, "Map Projection - A Working Manual" by John P. Snyder :

Specified by:

inverse in interface CoordinateOperation

Overrides:

inverse in class AbstractCoordinateOperation

Parameters:

coord - coordinate to transform

Throws:

NonInvertibleOperationException