StandardTransitionProfileSegmentGetStraightSegmentWithPrescribedAcceleration Method |
Creates a straight line from the initial height to the final height without any pitching maneuvers
but also applies the acceleration to determine the final speed.
Namespace:
AGI.Foundation.RouteDesign.Advanced
Assembly:
AGI.Foundation.RouteDesign (in AGI.Foundation.RouteDesign.dll) Version: 24.2.419.0 (24.2.419.0)
Syntax public static StandardTransitionProfileSegment GetStraightSegmentWithPrescribedAcceleration(
double startHeight,
double stopHeight,
double initialHorizontalSpeed,
double acceleration,
double surfaceDistance,
TerrainProvider heightReference
)
Public Shared Function GetStraightSegmentWithPrescribedAcceleration (
startHeight As Double,
stopHeight As Double,
initialHorizontalSpeed As Double,
acceleration As Double,
surfaceDistance As Double,
heightReference As TerrainProvider
) As StandardTransitionProfileSegment
public:
static StandardTransitionProfileSegment^ GetStraightSegmentWithPrescribedAcceleration(
double startHeight,
double stopHeight,
double initialHorizontalSpeed,
double acceleration,
double surfaceDistance,
TerrainProvider^ heightReference
)
static member GetStraightSegmentWithPrescribedAcceleration :
startHeight : float *
stopHeight : float *
initialHorizontalSpeed : float *
acceleration : float *
surfaceDistance : float *
heightReference : TerrainProvider -> StandardTransitionProfileSegment
Parameters
- startHeight
- Type: SystemDouble
The initial height, in meters. - stopHeight
- Type: SystemDouble
The final height, in meters. - initialHorizontalSpeed
- Type: SystemDouble
The initial horizontal velocity, in meters per second. - acceleration
- Type: SystemDouble
The acceleration along the flight path angle, in meters per second squared. - surfaceDistance
- Type: SystemDouble
The total horizontal distance along the surface, in meters. - heightReference
- Type: AGI.Foundation.TerrainTerrainProvider
The reference surface above which to define the height.
Return Value
Type:
StandardTransitionProfileSegmentIf the segment is infeasible, this returns null.
Otherwise, it returns the incline matching the given conditions.
See Also