LandingProcedure Constructor (TerrainProvider, Cartographic, Double, Double, Double, Double, Double, ProfileDynamics, Double, Double, Double)

public LandingProcedure(
	TerrainProvider terrainReference,
	Cartographic runwayStartPosition,
	double runwayHeading,
	double rollDistance,
	double startHeight,
	double stopHeight,
	double glideSlopeAngle,
	ProfileDynamics profileDynamics,
	double speedOnApproach,
	double finalSpeed,
	double turningRadiusOnApproach
)

Public Sub New ( 
	terrainReference As TerrainProvider,
	runwayStartPosition As Cartographic,
	runwayHeading As Double,
	rollDistance As Double,
	startHeight As Double,
	stopHeight As Double,
	glideSlopeAngle As Double,
	profileDynamics As ProfileDynamics,
	speedOnApproach As Double,
	finalSpeed As Double,
	turningRadiusOnApproach As Double
)

public:
LandingProcedure(
	TerrainProvider^ terrainReference, 
	Cartographic runwayStartPosition, 
	double runwayHeading, 
	double rollDistance, 
	double startHeight, 
	double stopHeight, 
	double glideSlopeAngle, 
	ProfileDynamics^ profileDynamics, 
	double speedOnApproach, 
	double finalSpeed, 
	double turningRadiusOnApproach
)

new : 
        terrainReference : TerrainProvider * 
        runwayStartPosition : Cartographic * 
        runwayHeading : float * 
        rollDistance : float * 
        startHeight : float * 
        stopHeight : float * 
        glideSlopeAngle : float * 
        profileDynamics : ProfileDynamics * 
        speedOnApproach : float * 
        finalSpeed : float * 
        turningRadiusOnApproach : float -> LandingProcedure

Parameters

terrainReference

Type: AGI.Foundation.TerrainTerrainProvider
The terrain reference surface for the runway.

runwayStartPosition

Type: AGI.Foundation.CoordinatesCartographic
The start position of the runway, including the height offset of the runway above the terrain reference surface.

runwayHeading

Type: SystemDouble
The heading of the runway with respect to north, in radians.

rollDistance

Type: SystemDouble
The distance along the runway that the platform needs to reach the final speed, in meters.

startHeight

Type: SystemDouble
The height above the runway at which the platform approaches the landing, in meters. This represents the height of the center of mass (or center of a 3D model) with respect to the terrain and runway offset specified by the height of the runwayStartPosition.

stopHeight

Type: SystemDouble
The final constant offset above the runway, in meters. This represents the height of the center of mass (or center of a 3D model) with respect to the terrain and runway offset specified by the height of the runwayStartPosition.

glideSlopeAngle

Type: SystemDouble
The angle at which to glide during descent, in radians. (This will override the descent behavior in the profileDynamics).

profileDynamics

Type: AGI.Foundation.RouteDesignProfileDynamics
The platform dynamics specifying the push over and pitch up accelerations.

speedOnApproach

Type: SystemDouble
The speed at which the platform arrives when approaching the landing, in meters per second.

finalSpeed

Type: SystemDouble
The final speed of the platform after rolling to a stop on the runway, in meters per second.

turningRadiusOnApproach

Type: SystemDouble
The horizontal turning radius to use when approaching the glide plane for landing, in meters.

Reference