Package | Description |
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com.luciad.tea |
Contains all classes for terrain elevation analysis.
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Modifier and Type | Field and Description |
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static TLcdEarthRepresentationMode |
TLcdEarthRepresentationMode.SPHERICAL_EULER_RADIUS
Constant indicating that the earth should be represented by a sphere
with the Euler radius of the underlying ellipsoid as radius.
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static TLcdEarthRepresentationMode |
TLcdEarthRepresentationMode.SPHERICAL_FIXED_RADIUS
Constant indicating that the earth should be represented by a sphere
with a constant radius of
TLcdConstant.EARTH_RADIUS . |
Modifier and Type | Method and Description |
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TLcdEarthRepresentationMode |
TLcdLOSRadarPropagationFunctionSkyBackground.getEarthRepresentationMode() |
TLcdEarthRepresentationMode |
TLcdLOSRadarPropagationFunctionCoverageMatrixWrapper.getEarthRepresentationMode() |
TLcdEarthRepresentationMode |
TLcdLOSRadarPropagationFunction.getEarthRepresentationMode() |
TLcdEarthRepresentationMode |
ILcdLOSRadarPropagationFunction.getEarthRepresentationMode()
Returns the earth representation mode used by this instance.
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Constructor and Description |
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TLcdLOSRadarPropagationFunction(TLcdEarthRepresentationMode aEarthRepresentationMode,
ALcdTerrainElevationProvider aTerrainElevationProvider,
TLcdCoverageAltitudeMode aAltitudeMode,
double aMinVerticalAngle,
double aMaxVerticalAngle,
double aKFactor)
Creates a propagation function which computes the minimal height from which one is visible from
the center point of a circular area.
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TLcdLOSRadarPropagationFunction(TLcdEarthRepresentationMode aEarthRepresentationMode,
ALcdTerrainElevationProvider aTerrainElevationProvider,
TLcdCoverageAltitudeMode aAltitudeMode,
double aMinVerticalAngle,
double aMaxVerticalAngle,
double aMaxRadarTiltAngle,
double aMaxRadarTiltAzimuth,
double aKFactor)
Creates a propagation function which computes the minimal height from which one is visible from
the center point of a circular area.
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TLcdLOSRadarPropagationFunction(TLcdEarthRepresentationMode aEarthRepresentationMode,
ALcdTerrainElevationProvider aTerrainElevationProvider,
TLcdCoverageAltitudeMode aAltitudeMode,
double aMinVerticalAngle,
double aMaxVerticalAngle,
double aMaxRadarTiltAngle,
double aMaxRadarTiltAzimuth,
double aKFactor,
TLcdLOSOptions aLOSOption)
Creates a propagation function which computes the minimal height from which one is visible from
the center point of a circular area.
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TLcdP2PRadarPropagationFunction(TLcdEarthRepresentationMode aEarthRepresentationMode,
ALcdTerrainElevationProvider aTerrainElevationProvider,
double aKFactor)
Creates a propagation function which computes the intervisibility between the defining points.
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TLcdP2PRadarPropagationFunctionSkyBackground(TLcdEarthRepresentationMode aEarthRepresentationMode,
ALcdTerrainElevationProvider aTerrainElevationProvider,
double aKFactor,
double aSkyDistance)
Creates a propagation function which computes the intervisibility with sky in background between
the defining points.
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