/// <summary>
/// Used when you can't depend on Update() to automatically update CurrentParabolaAngle
/// (for example, directly after enabling the component)
/// </summary>
public static float3 ForceUpdateCurrentAngle(CurveTeleporterCalculations pointerCalculations, Vector3 velocity)
{
//Vector3 velocity = e.PointerObjects.transform.TransformDirection(PointerCalculations.InitialVelocity);
pointerCalculations.CurrentParabolaAngleY = ClampInitialVelocity(ref velocity, out float3 d);//, PointerCalculations.InitialVelocity);
pointerCalculations.CurrentPointVector = d;
return(velocity);
}
/// <summary>
/// Calculate the points on the way of the Parabola
/// </summary>
/// <param name="e">The reference to the entity to check</param>
/// <param name="velocity">The velocity of the Parabole</param>
/// <returns>The normal of the Curve</returns>
public static float3 ParabolaPointsCalculations(ref NativeArray <Translation> pp, ref CurveTeleporterCalculations ctc, ParabolPointsParameters ppp, TeleportNavMesh tnm, float3 parabolOrigin, LayerMask excludedLayer, Vector3 velocity)
{
ctc.PointOnNavMesh = CalculateParabolicCurve
(
parabolOrigin,
velocity,
ctc.Acceleration,
ppp.PointSpacing,
ppp.PointCount,
tnm,
excludedLayer,
out pp,
out float3 normal,
out ctc.LastPointIndex,
out bool onTeleportableLayer
);
ctc.PointOnTeleportableLayer = onTeleportableLayer;
ctc.PointToGoTo = pp[ctc.LastPointIndex].Value;
return(normal);
}