Package bearinglocaliser.toad

Class TOADBearingParams

java.lang.Object

bearinglocaliser.algorithms.BearingAlgorithmParams

bearinglocaliser.toad.TOADBearingParams

All Implemented Interfaces:

Serializable, Cloneable, ManagedParameters

public class TOADBearingParams
extends BearingAlgorithmParams
implements ManagedParameters

See Also:

• Serialized Form

Field Summary

Fields

Modifier and Type	Field	Description
protected int[]	bearingHeadings	A 3 element vector with the minimum azimuth angle (index 0), maximum azimuth angle (index 1), and step size (index 2) to use for the bearing sweep.
protected int[]	bearingSlants	A 3 element vector with the minimum slant angle (index 0), maximum slant angle (index 1), and step size (index 2) to use for the bearing sweep.
static final long	serialVersionUID

Fields inherited from class bearinglocaliser.algorithms.BearingAlgorithmParams

channelMap, groupNumber

Constructor Summary

Constructors

Constructor	Description
TOADBearingParams(int groupNumber, int channelMap)	Constructor

Method Summary

Modifier and Type	Method	Description
protected TOADBearingParams	clone()
int[]	getBearingHeadings()
int[]	getBearingSlants()
PamParameterSet	getParameterSet()	Get a set of data that describes all of the parameters in a class
void	setBearingHeadings(int[] bearingHeadings)
void	setBearingSlants(int[] bearingSlants)

Methods inherited from class bearinglocaliser.algorithms.BearingAlgorithmParams

getChannelMap, getGroupNumber, getSerialversionuid, setChannelMap, setGroupNumber

Methods inherited from class java.lang.Object

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

Field Details

serialVersionUID

public static final long serialVersionUID

See Also:

• Constant Field Values

bearingHeadings

protected int[] bearingHeadings

A 3 element vector with the minimum azimuth angle (index 0), maximum azimuth angle (index 1), and step size (index 2) to use for the bearing sweep. Initialises to 0deg to 180deg, with a 2 degree step. Note that the term azimuth is used for familiarity, and is appropriate for horizontal linear arrays. A more generic term would be main angle, in the direction of the primary array axis

bearingSlants

protected int[] bearingSlants

A 3 element vector with the minimum slant angle (index 0), maximum slant angle (index 1), and step size (index 2) to use for the bearing sweep. For a horizontal linear array, 0 deg is horizontal and -90 deg is straight down. Initialises to zero slant (0 deg x 0 deg x 1 deg step - step size cannot be 0 or else it will cause div-by-0 error later). Note that the term slant is used for familiarity, and is appropriate for horizontal linear arrays. A more generic term would be secondary angle, relative to the perpendicular to the array axis primary array axis.

Constructor Details

TOADBearingParams

public TOADBearingParams(int groupNumber,
 int channelMap)

Constructor

Parameters:

groupNumber -

channelMap -

Method Details

getBearingHeadings

public int[] getBearingHeadings()

setBearingHeadings

public void setBearingHeadings(int[] bearingHeadings)

getBearingSlants

public int[] getBearingSlants()

setBearingSlants

public void setBearingSlants(int[] bearingSlants)

clone

protected TOADBearingParams clone()

Overrides:

clone in class Object

getParameterSet

public PamParameterSet getParameterSet()

Description copied from interface: ManagedParameters

Get a set of data that describes all of the parameters in a class

Specified by:

getParameterSet in interface ManagedParameters

Overrides:

getParameterSet in class BearingAlgorithmParams

Returns:

description of the parameters in a class.