public void Reset(XftEventComponent client)
{
m_client = client;
if (m_client.CameraShakeType == XCameraShakeType.Spring)
{
if (PositionSpring != null && !CheckDone())
{
//last event shake has not finished, so set the client pos to original pos.
transform.localPosition = mOriPosition;
transform.localRotation = Quaternion.Euler(mOriRotation);
}
//reset spring
PositionSpring = new Spring(client.transform, Spring.TransformType.Position);
PositionSpring.MinVelocity = 0.00001f;
RotationSpring = new Spring(client.transform, Spring.TransformType.Rotation);
RotationSpring.MinVelocity = 0.00001f;
PositionSpring.Stiffness = new Vector3(m_client.PositionStifness, m_client.PositionStifness, m_client.PositionStifness);
PositionSpring.Damping = Vector3.one - new Vector3(m_client.PositionDamping, m_client.PositionDamping, m_client.PositionDamping);
RotationSpring.Stiffness = new Vector3(m_client.RotationStiffness, m_client.RotationStiffness, m_client.RotationStiffness);
RotationSpring.Damping = Vector3.one - new Vector3(m_client.RotationDamping, m_client.RotationDamping, m_client.RotationDamping);
m_client.transform.localPosition = transform.localPosition;
m_client.transform.localRotation = transform.localRotation;
PositionSpring.RefreshTransformType();
RotationSpring.RefreshTransformType();
m_earthQuakeTimeTemp = m_client.EarthQuakeTime;
mLastPosition = transform.localPosition;
mLastRotation = transform.localRotation.eulerAngles;
mOriPosition = transform.localPosition;
mOriRotation = transform.localRotation.eulerAngles;
}
//NOTE: NEED TO APPLY THE M_CLIENT'S elapsedTime = 0 first.
Update();
}
public void Reset(XftEventComponent client)
{
m_client = client;
if (m_client.CameraShakeType == XCameraShakeType.Spring)
{
if (PositionSpring != null && !CheckDone())
{
//last event shake has not finished, so set the client pos to original pos.
transform.localPosition = mOriPosition;
transform.localRotation = Quaternion.Euler(mOriRotation);
}
//reset spring
PositionSpring = new Spring(client.transform, Spring.TransformType.Position);
PositionSpring.MinVelocity = 0.00001f;
RotationSpring = new Spring(client.transform, Spring.TransformType.Rotation);
RotationSpring.MinVelocity = 0.00001f;
PositionSpring.Stiffness = new Vector3(m_client.PositionStifness, m_client.PositionStifness, m_client.PositionStifness);
PositionSpring.Damping = Vector3.one - new Vector3(m_client.PositionDamping, m_client.PositionDamping, m_client.PositionDamping);
RotationSpring.Stiffness = new Vector3(m_client.RotationStiffness, m_client.RotationStiffness, m_client.RotationStiffness);
RotationSpring.Damping = Vector3.one - new Vector3(m_client.RotationDamping, m_client.RotationDamping, m_client.RotationDamping);
m_client.transform.localPosition = transform.localPosition;
m_client.transform.localRotation = transform.localRotation;
PositionSpring.RefreshTransformType();
RotationSpring.RefreshTransformType();
m_earthQuakeTimeTemp = m_client.EarthQuakeTime;
mLastPosition = transform.localPosition;
mLastRotation = transform.localRotation.eulerAngles;
mOriPosition = transform.localPosition;
mOriRotation = transform.localRotation.eulerAngles;
}
//NOTE: NEED TO APPLY THE M_CLIENT'S elapsedTime = 0 first.
Update();
}
