public override void LateUpdateState()
{
//set the offset to the player each frame
m_targetPos = m_camera.CameraTarget.position;
m_targetPos.y = m_camera.OffsetHeight;
//calculate the direction from camera to player, kill y, and normalize to create valid direction
m_lookDir = m_targetPos - m_camera.transform.position;
m_lookDir.Normalize();
m_camera.LookDirection = m_lookDir;
//calculate the target position
m_targetPos = m_targetPos - (m_lookDir * m_camera.DistanceAway);
m_camera.transform.position = Vector3.Lerp(m_camera.transform.position, m_targetPos, Time.deltaTime * m_camera.SmoothSpeed);
float step = m_camera.OrbitSpeed * Clock.DeltaTime;
m_camera.transform.RotateAround(m_camera.CameraTarget.position, m_camera.CameraTarget.up, step * m_moveVector.x);
m_camera.SmoothLookAt();
m_camera.transform.RotateAround(m_camera.CameraTarget.position, m_camera.CameraTarget.right, step * m_moveVector.y);
m_camera.SmoothLookAt();
}
public override void LateUpdateState()
{
//set the offset to the player each frame
m_targetPos = m_camera.CameraTarget.position;
m_targetPos.y = m_camera.OffsetHeight;
//calculate the direction from camera to player, kill y, and normalize to create valid direction
m_lookDir = m_targetPos - m_camera.transform.position;
m_lookDir.Normalize();
m_camera.LookDirection = m_lookDir;
//calculate the target position
m_targetPos = m_targetPos - (m_lookDir * m_camera.DistanceAway);
m_camera.transform.position = Vector3.Lerp(m_camera.transform.position, m_targetPos, Time.deltaTime * m_camera.SmoothSpeed);
//Look at the target
m_camera.SmoothLookAt();
}
