TakeoffProcedure Constructor (Cartographic, Double, Double, Double, Double, Double, Double, Double, Double, Double, Double)

Create a takeoff procedure based on the given parameters with respect to the surface of the Earth. If MeanSeaLevel is available on the definition of Earth in the CalculationContext, the specified heights will be with respect to sea level.

Namespace: AGI.Foundation.RouteDesign
Assembly: AGI.Foundation.RouteDesign (in AGI.Foundation.RouteDesign.dll) Version: 24.3.420.0 (24.3.420.0)

Syntax

C++

Copy

public TakeoffProcedure(
	Cartographic runwayStartPosition,
	double runwayHeading,
	double rollDistance,
	double climbAngle,
	double pitchUpAcceleration,
	double pitchDownAcceleration,
	double startHeightAboveRunway,
	double stopHeightAboveRunway,
	double startSpeed,
	double takeoffSpeed,
	double turningRadiusToNext
)

Public Sub New ( 
	runwayStartPosition As Cartographic,
	runwayHeading As Double,
	rollDistance As Double,
	climbAngle As Double,
	pitchUpAcceleration As Double,
	pitchDownAcceleration As Double,
	startHeightAboveRunway As Double,
	stopHeightAboveRunway As Double,
	startSpeed As Double,
	takeoffSpeed As Double,
	turningRadiusToNext As Double
)

public:
TakeoffProcedure(
	Cartographic runwayStartPosition, 
	double runwayHeading, 
	double rollDistance, 
	double climbAngle, 
	double pitchUpAcceleration, 
	double pitchDownAcceleration, 
	double startHeightAboveRunway, 
	double stopHeightAboveRunway, 
	double startSpeed, 
	double takeoffSpeed, 
	double turningRadiusToNext
)

new : 
        runwayStartPosition : Cartographic * 
        runwayHeading : float * 
        rollDistance : float * 
        climbAngle : float * 
        pitchUpAcceleration : float * 
        pitchDownAcceleration : float * 
        startHeightAboveRunway : float * 
        stopHeightAboveRunway : float * 
        startSpeed : float * 
        takeoffSpeed : float * 
        turningRadiusToNext : float -> TakeoffProcedure

Parameters

runwayStartPosition: Type: AGI.Foundation.CoordinatesCartographic
The start position of the runway, including the height of the runway above the terrain 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.
climbAngle: Type: SystemDouble
The angle at which to climb, in radians.
pitchUpAcceleration: Type: SystemDouble
The acceleration to use when pitching up during takeoff, in meters/sec/sec.
pitchDownAcceleration: Type: SystemDouble
The acceleration to use when pitching down to level off, in meters/sec/sec.
startHeightAboveRunway: Type: SystemDouble
The initial height above the surface of the runway at which to take off, in meters.
stopHeightAboveRunway: Type: SystemDouble
The final height above the surface of the runway at which to level off, in meters.
startSpeed: Type: SystemDouble
The initial speed at which the platform moves along the runway before accelerating to the takeoffSpeed, in meters per second.
takeoffSpeed: Type: SystemDouble
The speed at the end of the rollDistance at which the platform takes off, in meters per second.
turningRadiusToNext: Type: SystemDouble
The horizontal radius at which to turn toward the next procedure, in meters.

Reference

TakeoffProcedure Class

TakeoffProcedure Overload

AGI.Foundation.RouteDesign Namespace