RacetrackHoldProcedure Constructor (Ellipsoid, Cartographic, Cartographic, Double, Duration, ClosedTurnDirection, HoldingPatternProfile) |
Create a new instance based on the given parameters.
Namespace:
AGI.Foundation.RouteDesign
Assembly:
AGI.Foundation.RouteDesign (in AGI.Foundation.RouteDesign.dll) Version: 24.2.419.0 (24.2.419.0)
Syntax public RacetrackHoldProcedure(
Ellipsoid surfaceShape,
Cartographic centerOfTurnOne,
Cartographic centerOfTurnTwo,
double turningRadius,
Duration minimumTime,
ClosedTurnDirection turnDirection,
HoldingPatternProfile profile
)
Public Sub New (
surfaceShape As Ellipsoid,
centerOfTurnOne As Cartographic,
centerOfTurnTwo As Cartographic,
turningRadius As Double,
minimumTime As Duration,
turnDirection As ClosedTurnDirection,
profile As HoldingPatternProfile
)
public:
RacetrackHoldProcedure(
Ellipsoid^ surfaceShape,
Cartographic centerOfTurnOne,
Cartographic centerOfTurnTwo,
double turningRadius,
Duration minimumTime,
ClosedTurnDirection turnDirection,
HoldingPatternProfile^ profile
)
new :
surfaceShape : Ellipsoid *
centerOfTurnOne : Cartographic *
centerOfTurnTwo : Cartographic *
turningRadius : float *
minimumTime : Duration *
turnDirection : ClosedTurnDirection *
profile : HoldingPatternProfile -> RacetrackHoldProcedure
Parameters
- surfaceShape
- Type: AGI.Foundation.Geometry.ShapesEllipsoid
The reference surface over which to define the procedure. - centerOfTurnOne
- Type: AGI.Foundation.CoordinatesCartographic
The center of the first circular turn. - centerOfTurnTwo
- Type: AGI.Foundation.CoordinatesCartographic
The center of the second circular turn. - turningRadius
- Type: SystemDouble
The turning radius used for all the turns, in meters. - minimumTime
- Type: AGI.Foundation.TimeDuration
The minimum time to spend in the racetrack hold before leaving. - turnDirection
- Type: AGI.Foundation.RouteDesignClosedTurnDirection
The turn direction to use for the racetrack turns. - profile
- Type: AGI.Foundation.RouteDesign.AdvancedHoldingPatternProfile
The profile defining the vertical and time dynamic geometry for the procedure.
See Also