public Vector2 Interpolate(float time)
{
// Clamp the time
time = MathF.Clamp(0f, (float)Segments(), time);
// Get time floored
float Fl = MathF.Floor(time);
// Get the segment being interpolated
Knot St = m_Knots[(int)Fl];
Knot En = m_Knots[(int)Fl + 1];
// Interpolate spline and return the calculate value
return(Vector2.Hermite(St.Point, En.Point, St.Out, En.In, time - Fl));
}
// Manipulating the current spline
#region Spline Functions
// Time will be clamped
// Time = 0 <= time <= m_Knots.Count - 1
public Vector2 Interpolate(float time)
{
// Clamp the time
time = MathF.Clamp(0f, (float)Segments(), time);
// Get time floored
float Fl = MathF.Floor(time);
// Assure floored value stays within range
Fl = Fl >= (float)Segments() ? 0f : Fl;
// Get the segment being interpolated
Knot St = m_Knots[(int)Fl];
Knot En = m_Knots[(int)Fl + 1];
// Interpolate spline and return the calculate value
return(Vector2.Hermite(St.Position, En.Position, St.Out, En.In, time - Fl));
}
