public override void Init(BehaviourSettings _cameraSettings, Camera _camera, CM_CameraBehaviour.FollowVectorType _fAxis)
{
base.Init(_cameraSettings, _camera, _fAxis);
debugColor = Color.green;
OnUpdateBehaviour += FollowTarget;
OnUpdateBehaviour += LookAtTarget;
}
public virtual void Init(BehaviourSettings _cameraSettings, Camera _camera, CM_CameraBehaviour.FollowVectorType _fAxis)
{
if (!_camera)
{
return;
}
camera = _camera;
cameraSettings = _cameraSettings;
cameraTransform = _camera.transform;
fAxis = _fAxis;
}
void InitBehaviourComponent()
{
CM_CameraBehaviour.FollowVectorType _fAxis = CM_CameraBehaviour.FollowVectorType.up;
switch (camType)
{
case CM_CameraType.FPS: cameraBehaviour = gameObject.AddComponent <CM_CameraFPSBehaviour>(); break;
}
if (cameraBehaviour)
{
cameraBehaviour.Init(cameraSettings, camera, _fAxis);
OnregisterCamera?.Invoke();
OnregisterCamera = null;
}
}
void InitBehaviour()
{
CM_CameraBehaviour.FollowVectorType _fAxis = CM_CameraBehaviour.FollowVectorType.Up;
switch (type)
{
case CM_CameraType.RTS:
break;
case CM_CameraType.TPS:
cameraBehaviour = gameObject.AddComponent <CM_CameraTpsBehaviour>();
_fAxis = CM_CameraBehaviour.FollowVectorType.Backward;
break;
case CM_CameraType.FPS:
break;
case CM_CameraType.ROTATE_AROUND:
cameraBehaviour = gameObject.AddComponent <CM_CameraRotateAroundBehaviour>();
_fAxis = CM_CameraBehaviour.FollowVectorType.Backward;
break;
case CM_CameraType.OSCILLATION:
cameraBehaviour = gameObject.AddComponent <CM_CameraOscillationBehaviour>();
_fAxis = CM_CameraBehaviour.FollowVectorType.Backward;
break;
case CM_CameraType.SHAKE:
cameraBehaviour = gameObject.AddComponent <CM_CameraShakeBehaviour>();
_fAxis = CM_CameraBehaviour.FollowVectorType.Backward;
break;
default:
throw new ArgumentOutOfRangeException(nameof(type), type, null);
}
if (cameraBehaviour)
{
cameraBehaviour.Init(camSettings, camera, _fAxis);
}
}
