EECFI.AzElMask Class Reference

Azimuth-elevation mask. More...

List of all members.

Public Member Functions
	AzElMask ()
	Empty Class constructor.
	AzElMask (long numPt, double[] az, double[] el)
	Parameter class constructor.
	AzElMask (long numPt, long status, double[] az, double[] el)
	Parameter class constructor.
	AzElMask (AzElMask azel)
	Copy constructor.
Public Attributes
long	numMaskPt
	Number of azimuth and elevation pairs defining the antennamask.
long	status
	Allow the user to enable/disable the mask.
double[]	azimuth
	Azimuth defining the antenna mask.
double[]	elevation
	Elevation defining the antenna mask.

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Detailed Description

Azimuth-elevation mask.

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Constructor & Destructor Documentation

EECFI.AzElMask.AzElMask

(

)

Empty Class constructor.

EECFI.AzElMask.AzElMask	(	long	numPt,
		double[]	az,
		double[]	el
	)

Parameter class constructor.

EECFI.AzElMask.AzElMask	(	long	numPt,
		long	status,
		double[]	az,
		double[]	el
	)

Parameter class constructor.

EECFI.AzElMask.AzElMask

(

AzElMask

azel

)

Copy constructor.

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Member Data Documentation

double [] EECFI.AzElMask.azimuth

Azimuth defining the antenna mask.

double [] EECFI.AzElMask.elevation

Elevation defining the antenna mask.

long EECFI.AzElMask.numMaskPt

Number of azimuth and elevation pairs defining the antennamask.

long EECFI.AzElMask.status

Allow the user to enable/disable the mask.

The behaviour of the status field is described below for each type of mask:
Inclusive mask:
Status = XL_FALSE: no constraints (regardless of number of points)
Status = XL_TRUE and number of points = 0 : no constraints
Exclusive mask:
Status = XL_FALSE: mask is ignored (regardless of number of points)
Status = XL_TRUE and number of points = 0 : mask is ignored
Combining the two above:
Each mask define a polygon.
Forbidden areas are:
1) the area OUTSIDE the inclusive polygon;
2) the area INSIDE the exclusive polygon;