Name
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Description
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Active
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Determines whether the Sensor is on or off.
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ApplyTrackingDataConstraintChecks
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Specifies whether to apply range validation to measurements associated with the Sensor. This property is only used in conjunction processing Orbit Determination tracking data.
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AttitudeMatrix
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The Direction-Cosine-Matrix (DCM) converting between the Sensor's attitude Reference Frame and the Vehicle's Body Coordinate System. The AttitudeMatrix converts from the body coordinate system to the attitude reference frame from left to right. The default Sensor boresight orientation is aligned with the parent Vehicle's body z-axis.
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BoresightAngles
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The Euler angles that define the orientation of the Sensor with respect to the Vehicle BCS. The default Sensor boresight orientation is aligned with the parent Vehicle's body z-axis.
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BoresightAttitudeSystem
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Determines which attitude system set defines the Sensor orientation state. The chosen element set will determine the attitude properties that are written to an external file when using the Put Command.
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BoresightAzimuth
|
The boresight azimuth value for each of the 'n' points. Azimuth is defined as the angle from the sensors coordinate frame x-axis measured clockwise toward the y-axis. The default Sensor boresight orientation is aligned with the parent Vehicle's body z-axis.
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BoresightElevation
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The boresight elevation value for each of the 'n' points. Elevation in this instance is defined as the angle from the sensor's xy-plane toward the z-axis. The default Sensor boresight orientation is aligned with the parent Vehicle's body z-axis.
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BoresightMaskPoints
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The number of points that define the boresight mask.
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BoresightRotationSeq
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The Euler sequence to use when applying the Euler angles that define the orientation of the Sensor with respect to the Vehicle BCS.
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BoresightUnitVector
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The unit vector in the Vehicle body coordinate system that defines the orientation of the sensor boresight. This vector is defined using the phase and azimuth angles. The default Sensor boresight orientation is aligned with the parent Vehicle's body z-axis.
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Color
|
Determines the color of the Sensor, footprint, and sensor swaths in a Mission View. The color can be overridden for an individual view using the ViewWindow.SetObjectColor() method.
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ConeHalfAngle
|
The angle from the sensor boresight to the edge of the sensor field of view.
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DeclaredName
|
The name of the object as declared.
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FillFootprint
|
Determines whether the footprint of the sensor over the CentralBody of the Vehicle is filled in on the 2D view mode of the Mission View.
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ID
|
The ID used to associate Vehicle-to-Vehicle tracking measurements with this Sensor.
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InnerConeHalfAngle
|
The angle from the sensor boresight to the edge of an inner sensor field of view. For an object to be visible to the sensor, the angle between the sensor boresight and the object must be greater than InnerConeHalfAngle but less than Cone HalfAngle.
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InterpolationMode
|
The Method used to interpolate between defined points of the sensor mask.
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InvertFootprint
|
Determines whether the footprint of the sensor over the CentralBody of the Vehicle is drawn inverted on the 2d view mode of the Mission View.
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MaskType
|
The mask shape for the sensor boresight.
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Name
|
The name displayed for this object in output windows such as views, plots, and reports.
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ObjectId
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The unique identifier for the object.
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ObjectType
|
The type of the object.
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ObscurationAttitudeMatrix
|
The Direction-Cosine-Matrix (DCM) converting between the Sensor's Obscuration's attitude Reference Frame and the Vehicle's Body Coordinate System. The AttitudeMatrix converts from the body coordinate system to the attitude reference frame from left to right.
|
ObscurationAttitudeSystem
|
Determines which attitude system set defines the obscuration orientation state. The chosen element set will determine the attitude properties that are written to an external file when using the Put Command.
|
ObscurationAzimuth
|
The obscuration mask azimuth value for each of the 'n' points. Azimuth is defined as the angle from the obscuration's coordinate frame x-axis measured clockwise toward the y-axis.
|
ObscurationConeHalfAngle
|
The angle from the obscuration mask z-axis to the edge of the constant mask profile.
|
ObscurationElevation
|
The obscuration mask elevation value for each of the 'n' points. Elevation is defined as the angle from the obscuration's xy-plane toward the z-axis.
|
ObscurationEulerAngles
|
The Euler Angle set that defines the orientation of the sensor obscuration frame with respect to the Vehicle body frame.
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ObscurationInterpolationMode
|
The method used to interpolate between defined points of the sensor mask.
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ObscurationMaskPoints
|
The number of points that define the obscuration mask.
|
ObscurationMaskType
|
The mask shape for the sensor obscuration obscuration.
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ObscurationRectangularHalfAngles
|
The half angle projection in Sensor x and y frames.
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ObscurationRotationSeq
|
The Euler sequence to use for defining Euler angles that define the orientation of the Obscuration mask referenced to the Vehicle BCS.
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ObscurationUnitVector
|
The Unit Vector that defines the z-axis of the obscuration frame referenced from the Vehicle BCS.
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ObscurationZAxisAzimuth
|
Azimuth of the z-axis of the Obscuration Mask referenced from the Vehicle BCS.
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ObscurationZAxisElevation
|
Elevation of the z-axis of the Obscuration Mask referenced from the Vehicle BCS.
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OD
|
This property contains the OD settings for all the Sensor properties that can be estimated.
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Opacity
|
The opacity of the Sensor when visualized in a Mission View. This does not apply to the Sensor outline. The opacity can be overridden for an individual view using ViewWindow.SetObjectOpacity() method.
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PixelDensity
|
Determines the number of Sensor pixels centered on the boresight (z-axis) along the x- and y-axis of the sensor. This is used by the Sensor view mode of a Mission View.
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PixelThreshold
|
Determines the threshold value of a Sensor pixel. The threshold determines how much luminosity is required to excite a pixel. This is used by the Sensor view mode of a Mission View.
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Position
|
The position offset of the sensor in the body coordinate system of the parent Vehicle. This offset is applied for visualization purposes, antenna modeling purposes for orbit determination and RFLink analyses, and when calculating vectors using methods such as Vector.BuildVector, Sensor.FixedVectorToObject, and Sensor.VectorToObject. For other applications, this does not change the actual position of the sensor.
|
ProjectionHeight
|
The maximum height of the projected sensor mask as measured from the location of the sensor when viewed in the 3-D view mode of the Mission View. If the projection intersects a celestial body before reaching its maximum height, it will be limited to the height at intersection. The projection height can be overridden for an individual view using ViewWindow.SetObjectProjectionHeight() method.
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RangeRateAveragingInterval
|
The time interval over which the Vehicle Observation Range-Rate measurements are averaged. When using instantaneous data, this interval should be set to 1 millisecond.
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ReceiveFrequency
|
The antenna downlink frequency. Note: This property is needed only if the Sensor object is used for Orbit Determination processing of Vehicle Observation data.
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RectangularHalfAngles
|
The half angle projection in Sensor x and y frames.
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TransmitFrequency
|
The antenna uplink frequency. Note: This property is needed only if the Sensor object is used for Orbit Determination processing of Vehicle Observation data.
|
UseObscurationMasking
|
Flag identifying whether the obscuration mask should be used: a value of 0 means that the obscuration is not used, and a value of 1 means that the obscuration is used.
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ZAxisAzimuth
|
Azimuth of the z-axis of the Sensor referenced from the Vehicle BCS. Azimuth in this instance is defined as the angle from the Vehicle xy-polar plane to the sensors xy-polar plane measured clockwise toward the y-axis.
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ZAxisElevation
|
Elevation of the z-axis of the Sensor referenced from the Vehicle BCS. Elevation in this instance is defined as the angle from the Vehicle z-axis to the Sensor z-axis.
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