protected static Vector3 LerpRandomTargets(Vector3[] randomTargets, Vector3[] newRandomTargets, float arrayLerp, float timeLerp)
{
if (randomTargets == null)
{
return(Vector3.zero);
}
return(MathS.Vector3Lerp(LerpArray(randomTargets, arrayLerp), LerpArray(newRandomTargets, arrayLerp), timeLerp));
}
protected override Vector3 GetStartRelative(Vector3 prelerped, float lerp) //Actually adjusts end point to be relative to this start point?
{
Vector3 endRelative = initialScale.Value;
//if(scaleRelativeEndRelativeToStart && scales.Length > 0 && scales[0].x != 0 && scales[0].y !=0 && scales[0].z != 0){
// endRelative = Vector3.Scale(endRelative, new Vector3(1/scales[0].x ,1/scales[0].y ,1/scales[0].z) );
//}
return(Vector3.Scale(MathS.Vector3Lerp(endRelative, Vector3.one, lerp), prelerped));
}
protected override Vector3 GetEndRelative(Vector3 prelerped, float lerp)
{
Vector3 endRelative = initialScale.Value;
//if(scaleRelativeEndRelativeToStart && scales.Length > 0 && scales[0].x != 0 && scales[0].y !=0 && scales[0].z != 0){
// endRelative = Vector3.Scale(endRelative, new Vector3(1/scales[0].x ,1/scales[0].y ,1/scales[0].z) );
//}
return(Vector3.Scale(prelerped, MathS.Vector3Lerp(Vector3.one, endRelative, lerp)));
}
