org.wdssii.core
Class RadialSet

java.lang.Object
  org.wdssii.core.DataType
      org.wdssii.core.RadialSet

public class RadialSet
extends DataType

Author:

lakshman

Field Summary

private float	elevation
private CVector	myUx
private CVector	myUy
private CVector	myUz
private CPoint	radarLocation
protected Radial[]	radials
private float	rangeToFirstGate

Fields inherited from class org.wdssii.core.DataType

attributes, DataUnavailable, MissingData, originLocation, RangeFolded, startTime, typeName

Constructor Summary

RadialSet(float elevation, Location radarLoc, Date scanTime, float rangeToFirstGate, String typeName, Radial[] radials)

RadialSet(RadialSet master)

Method Summary

float	getAzimuthalSpacing() mean azimuthal spacing of all radials.
float	getBeamWidth() beamwidth of first radial, or 1 degree if there is no radial.
float	getElevation()
float	getGateWidthKms() gatewidth of first radial, or 1 km if there is no radial.
CPoint	getLocation(int radialno, int gateno) returns the location of this point in space.
int	getNumGates() number of gates of first radial, or 0 if there is no radial.
int	getNumRadials()
float	getNyquist() nyquist of first radial, or 0 if there is no radial.
CPoint	getRadarCPoint()
Location	getRadarLocation()
Radial	getRadial(float az) a very slow implementation
Radial	getRadial(int index)
Radial[]	getRadials()
float	getRangeToFirstGateKms() meters
double	getRawValue(CPoint pt)
double	getRawValue(float az, float rn)
double	getRawValue(Location loc)
double	getValueInConicalSpace(CVector v) The CVector here should in a co-ordinate system where the radar location is the origin, and the z-axis is perpendicular to the earth's surface, and the y-axis is north-ward.
(package private) int	getVCP()
String	toStringDB() debugging output

Methods inherited from class org.wdssii.core.DataType

addAttributes, copyOf, getAttribute, getAttributes, getLocation, getTime, getTypeName, getUnit, getUTC, setAttribute, setAttributes, setTypeName

Methods inherited from class java.lang.Object

clone, equals, finalize, getClass, hashCode, notify, notifyAll, toString, wait, wait, wait

Field Detail

elevation

private final float elevation

radials

protected final Radial[] radials

radarLocation

private final CPoint radarLocation

myUx

private final CVector myUx

myUy

private final CVector myUy

myUz

private final CVector myUz

rangeToFirstGate

private final float rangeToFirstGate

Constructor Detail

RadialSet

public RadialSet(RadialSet master)

Parameters:

master -

RadialSet

public RadialSet(float elevation,
                 Location radarLoc,
                 Date scanTime,
                 float rangeToFirstGate,
                 String typeName,
                 Radial[] radials)

Method Detail

getElevation

public float getElevation()

getRangeToFirstGateKms

public float getRangeToFirstGateKms()

meters

getBeamWidth

public float getBeamWidth()

beamwidth of first radial, or 1 degree if there is no radial.

getNyquist

public float getNyquist()

nyquist of first radial, or 0 if there is no radial.

getAzimuthalSpacing

public float getAzimuthalSpacing()

mean azimuthal spacing of all radials.

getGateWidthKms

public float getGateWidthKms()

gatewidth of first radial, or 1 km if there is no radial.

getNumGates

public int getNumGates()

number of gates of first radial, or 0 if there is no radial.

getNumRadials

public int getNumRadials()

getRadarLocation

public Location getRadarLocation()

getRadarCPoint

public CPoint getRadarCPoint()

getRadials

public Radial[] getRadials()

getRadial

public Radial getRadial(int index)

getVCP

int getVCP()

Returns:

0 if vcp is unknown.

getRawValue

public double getRawValue(float az,
                          float rn)

getRadial

public Radial getRadial(float az)

a very slow implementation

See Also:

NormalizedRadialSet.

getRawValue

public double getRawValue(Location loc)

getRawValue

public double getRawValue(CPoint pt)

getLocation

public CPoint getLocation(int radialno,
                          int gateno)

returns the location of this point in space.

getValueInConicalSpace

public double getValueInConicalSpace(CVector v)

The CVector here should in a co-ordinate system where the radar location is the origin, and the z-axis is perpendicular to the earth's surface, and the y-axis is north-ward.

toStringDB

public String toStringDB()

debugging output

Overrides:

toStringDB in class DataType