// Token: 0x0600509F RID: 20639 RVA: 0x001B8E38 File Offset: 0x001B7238
public static T CubicBezierTween <T>(IList <T> l, int idx, double delta) where T : TweenFunctions.IPositionSample
{
T t = l[idx];
T t2 = l[TweenFunctions.FindNextIndex <T>(l, idx)];
Vector3 velocity = t.Velocity;
Vector3 position = t.Position;
double time = t.Time;
Vector3 velocity2 = t2.Velocity;
Vector3 position2 = t2.Position;
double time2 = t2.Time;
float num = (float)delta;
float num2 = (float)(1.0 - delta);
Vector3[] array = TweenFunctions.MakeCubicControlPoints(velocity, position, time, velocity2, position2, time2);
Vector3 position3 = Mathf.Pow(num2, 3f) * position + 3f * num * Mathf.Pow(num2, 2f) * array[0] + 3f * Mathf.Pow(num, 2f) * num2 * array[1] + Mathf.Pow(num, 3f) * position2;
Vector3 velocity3 = Vector3.Lerp(velocity, velocity2, (float)delta);
Quaternion rotation = Quaternion.Slerp(t.Rotation, t2.Rotation, (float)delta).Normalize();
double time3 = (t2.Time - t.Time) * delta + t.Time;
T result = (T)((object)t2.Clone());
result.Position = position3;
result.Rotation = rotation;
result.Velocity = velocity3;
result.Time = time3;
return(result);
}
// Token: 0x060050A0 RID: 20640 RVA: 0x001B9010 File Offset: 0x001B7410
public static T CatMullRomTween <T>(IList <T> l, int idx, double delta) where T : TweenFunctions.IPositionSample
{
T t = l[TweenFunctions.FindPreviousIndex <T>(l, idx)];
T t2 = l[idx];
int num = TweenFunctions.FindNextIndex <T>(l, idx);
T t3 = l[num];
T t4 = l[TweenFunctions.FindNextIndex <T>(l, num)];
Vector3 vector = 0.5f * (t3.Position - t.Position);
Vector3 a = 0.5f * (t4.Position - t2.Position);
Vector3 vector2 = 0.5f * (t3.Velocity - t.Velocity);
Vector3 a2 = 0.5f * (t4.Velocity - t2.Velocity);
float num2 = (float)delta;
float d = (float)(delta * delta);
float d2 = (float)(delta * delta * delta);
Vector3 position = t2.Position + num2 * vector + d * (-a - 2f * vector + 3f * t3.Position - 3f * t2.Position) + d2 * (a + vector + 2f * t2.Position + -2f * t3.Position);
Vector3 velocity = t2.Velocity + num2 * vector2 + d * (-a2 - 2f * vector2 + 3f * t3.Velocity - 3f * t2.Velocity) + d2 * (a2 + vector2 + 2f * t2.Velocity + -2f * t3.Velocity);
T result = (T)((object)t3.Clone());
result.Position = position;
result.Velocity = velocity;
result.Rotation = Quaternion.Slerp(t2.Rotation, t3.Rotation, num2).Normalize();
result.Time = (t3.Time - t2.Time) * delta + t2.Time;
return(result);
}
