public static float GetGravityFake()
{
return(Physics.gravity.y * Universals.GetTimeFake());
}
private void MovementLerpUnifiedXZ()
{
//Debug.Log(velocity_endgoal);
float ratio;
if (Mathf.Abs(velocity_endgoal.x - velocity.x)
> Mathf.Abs(velocity_endgoal.z - velocity.z))
{
ratio = Mathf.Abs(velocity_endgoal.z - velocity.z) / Mathf.Abs(velocity_endgoal.x - velocity.x);
velocity.x = Universals.LerpBetter(velocity.x, velocity_endgoal.x, acceleration_true * Universals.GetTimeFake());
velocity.z = Universals.LerpBetter(velocity.z, velocity_endgoal.z, acceleration_true * ratio * Universals.GetTimeFake());
}
else
{
ratio = Mathf.Abs(velocity_endgoal.x - velocity.x) / Mathf.Abs(velocity_endgoal.z - velocity.z);
velocity.z = Universals.LerpBetter(velocity.z, velocity_endgoal.z, acceleration_true * Universals.GetTimeFake());
velocity.x = Universals.LerpBetter(velocity.x, velocity_endgoal.x, acceleration_true * ratio * Universals.GetTimeFake());
}
}