agi.foundation.platforms.advanced

(agi.foundation.platforms.graphics-2024r2.jar)

Interface IFieldOfViewCentralBodyProjectionGraphicsService

All Known Implementing Classes:

FieldOfViewCentralBodyProjectionGraphicsExtension

public interface IFieldOfViewCentralBodyProjectionGraphicsService

A service that describes the graphics of a IFieldOfViewProjectionService projected onto a CentralBody (get).

Method Summary

Modifier and Type	Method and Description
GraphicsParameter<Integer>	getApproximateSamplesPerBoundary() Gets a parameter defining the approximate number of samples to use in the triangulation of each SensorProjectionBoundary.
CentralBody	getCentralBody() Gets the CentralBody (get) on which the field of view will be projected.
GraphicsParameter<Boolean>	getDisplayEndCap() Gets a parameter defining if a projection end cap is displayed.
SurfaceGraphics	getFootprintInterior() Gets the graphics describing the interior of the projection footprint.
LineGraphics	getFootprintOutline() Gets the graphics describing the outline of the projection footprint.
SensorProjectionOptions	getProjectionOptions() Gets additional options for computing the projection, including the distance to which to project the portion of a sensor that does not intersect the CentralBody (get).
SolidGraphics	getVolume() Gets the graphics describing the volume of the projection.
void	setApproximateSamplesPerBoundary(GraphicsParameter<Integer> value) Sets a parameter defining the approximate number of samples to use in the triangulation of each SensorProjectionBoundary.
void	setDisplayEndCap(GraphicsParameter<Boolean> value) Sets a parameter defining if a projection end cap is displayed.
void	setProjectionOptions(SensorProjectionOptions value) Sets additional options for computing the projection, including the distance to which to project the portion of a sensor that does not intersect the CentralBody (get).

Method Detail

getCentralBody

CentralBody getCentralBody()

Gets the CentralBody (get) on which the field of view will be projected.

getVolume

SolidGraphics getVolume()

Gets the graphics describing the volume of the projection.

getFootprintOutline

LineGraphics getFootprintOutline()

Gets the graphics describing the outline of the projection footprint.

getFootprintInterior

SurfaceGraphics getFootprintInterior()

Gets the graphics describing the interior of the projection footprint.

getApproximateSamplesPerBoundary

GraphicsParameter<Integer> getApproximateSamplesPerBoundary()

Gets a parameter defining the approximate number of samples to use in the triangulation of each SensorProjectionBoundary. A higher number yields a more accurate projection, which affects the accuracy of the Volume (get), FootprintOutline (get), and FootprintInterior (get). If this parameter is null, approximately 200 samples are used per boundary.

setApproximateSamplesPerBoundary

void setApproximateSamplesPerBoundary(GraphicsParameter<Integer> value)

Sets a parameter defining the approximate number of samples to use in the triangulation of each SensorProjectionBoundary. A higher number yields a more accurate projection, which affects the accuracy of the Volume (get), FootprintOutline (get), and FootprintInterior (get). If this parameter is null, approximately 200 samples are used per boundary.

getDisplayEndCap

GraphicsParameter<Boolean> getDisplayEndCap()

Gets a parameter defining if a projection end cap is displayed. The position of the end cap is determined by the values set in the SensorProjectionOptions.

setDisplayEndCap

void setDisplayEndCap(GraphicsParameter<Boolean> value)

Sets a parameter defining if a projection end cap is displayed. The position of the end cap is determined by the values set in the SensorProjectionOptions.

getProjectionOptions

SensorProjectionOptions getProjectionOptions()

Gets additional options for computing the projection, including the distance to which to project the portion of a sensor that does not intersect the CentralBody (get).

setProjectionOptions

void setProjectionOptions(SensorProjectionOptions value)

Sets additional options for computing the projection, including the distance to which to project the portion of a sensor that does not intersect the CentralBody (get).