C# Class Trajectories.VesselAerodynamicModel

Afficher le fichier Open project: neuoy/KSPTrajectories Class Usage Examples

Protected Properties

Свойство	Type	Description
body_	CelestialBody
cachedForces	AeroForceCache
vessel_	Vessel

Méthodes publiques

Méthode	Description
ComputeForces ( double altitude, UnityEngine.Vector3d airVelocity, UnityEngine.Vector3d vup, double angleOfAttack ) : UnityEngine.Vector3d	Compute the aerodynamic forces that would be applied to the vessel if it was in the specified situation (air velocity, altitude and angle of attack).
GetForces ( CelestialBody body, UnityEngine.Vector3d bodySpacePosition, UnityEngine.Vector3d airVelocity, double angleOfAttack ) : UnityEngine.Vector3d	Returns the total aerodynamic forces that would be applied on the vessel if it was at bodySpacePosition with bodySpaceVelocity relatively to the specified celestial body This method makes use of the cache if available, otherwise it will call ComputeForces.
IncrementalUpdate ( ) : void
Invalidate ( ) : void
PackForces ( UnityEngine.Vector3d forces, double altitudeAboveSea, double velocity ) : Vector2	Aerodynamic forces are roughly proportional to rho and squared air velocity, so we divide by these values to get something that can be linearly interpolated (the reverse operation is then applied after interpolation) This operation is optional but should slightly increase the cache accuracy
UnpackForces ( Vector2 packedForces, double altitudeAboveSea, double velocity ) : UnityEngine.Vector3d	See PackForces
VesselAerodynamicModel ( Vessel vessel, CelestialBody body ) : System
isValidFor ( Vessel vessel, CelestialBody body ) : bool

Méthodes protégées

Méthode	Description
ComputeForces_Model ( UnityEngine.Vector3d airVelocity, double altitude ) : UnityEngine.Vector3d	Computes the aerodynamic forces that would be applied to the vessel if it was in the specified situation (air velocity and altitude). The vessel is assumed to be in its current orientation (the air velocity is already adjusted as needed).

Private Methods

Méthode	Description
ComputeReferenceDrag ( ) : double
InitCache ( ) : void
updateVesselInfo ( ) : void

Method Details

ComputeForces() public méthode

Compute the aerodynamic forces that would be applied to the vessel if it was in the specified situation (air velocity, altitude and angle of attack).

public ComputeForces ( double altitude, UnityEngine.Vector3d airVelocity, UnityEngine.Vector3d vup, double angleOfAttack ) : UnityEngine.Vector3d
altitude	double
airVelocity	UnityEngine.Vector3d
vup	UnityEngine.Vector3d
angleOfAttack	double
Résultat	UnityEngine.Vector3d

ComputeForces_Model() protected abstract méthode

Computes the aerodynamic forces that would be applied to the vessel if it was in the specified situation (air velocity and altitude). The vessel is assumed to be in its current orientation (the air velocity is already adjusted as needed).

protected abstract ComputeForces_Model ( UnityEngine.Vector3d airVelocity, double altitude ) : UnityEngine.Vector3d
airVelocity	UnityEngine.Vector3d
altitude	double
Résultat	UnityEngine.Vector3d

GetForces() public méthode

Returns the total aerodynamic forces that would be applied on the vessel if it was at bodySpacePosition with bodySpaceVelocity relatively to the specified celestial body This method makes use of the cache if available, otherwise it will call ComputeForces.

public GetForces ( CelestialBody body, UnityEngine.Vector3d bodySpacePosition, UnityEngine.Vector3d airVelocity, double angleOfAttack ) : UnityEngine.Vector3d
body	CelestialBody
bodySpacePosition	UnityEngine.Vector3d
airVelocity	UnityEngine.Vector3d
angleOfAttack	double
Résultat	UnityEngine.Vector3d

IncrementalUpdate() public méthode

public IncrementalUpdate ( ) : void
Résultat	void

Invalidate() public méthode

public Invalidate ( ) : void
Résultat	void

PackForces() public méthode

Aerodynamic forces are roughly proportional to rho and squared air velocity, so we divide by these values to get something that can be linearly interpolated (the reverse operation is then applied after interpolation) This operation is optional but should slightly increase the cache accuracy

public PackForces ( UnityEngine.Vector3d forces, double altitudeAboveSea, double velocity ) : Vector2
forces	UnityEngine.Vector3d
altitudeAboveSea	double
velocity	double
Résultat	Vector2

UnpackForces() public méthode

See PackForces

public UnpackForces ( Vector2 packedForces, double altitudeAboveSea, double velocity ) : UnityEngine.Vector3d
packedForces	Vector2
altitudeAboveSea	double
velocity	double
Résultat	UnityEngine.Vector3d

VesselAerodynamicModel() public méthode

public VesselAerodynamicModel ( Vessel vessel, CelestialBody body ) : System
vessel	Vessel
body	CelestialBody
Résultat	System

isValidFor() public méthode

public isValidFor ( Vessel vessel, CelestialBody body ) : bool
vessel	Vessel
body	CelestialBody
Résultat	bool

Property Details

body_ protected_oe property

protected CelestialBody body_
Résultat	CelestialBody

cachedForces protected_oe property

protected AeroForceCache,Trajectories cachedForces
Résultat	AeroForceCache

vessel_ protected_oe property

protected Vessel vessel_
Résultat	Vessel