public void SwitchNextCamera()
{
Debug.Log("Camera Switch");
switch (CurrentCamState)
{
case CameraState.AutoOrbital:
// Change cam state
CurrentCamState = CameraState.Orbital;
// Update camera position from previous mode, fluid transition
orbitalCamRef.XRot = autoOrbitalCamRef.XRot;
orbitalCamRef.YRot = autoOrbitalCamRef.YRot;
orbitalCamRef.RadiusVector = autoOrbitalCamRef.RadiusVector;
// Change used current camera
currentCam = orbitalCamRef;
break;
case CameraState.Orbital:
// Change cam state
CurrentCamState = CameraState.AutoOrbital;
// Update camera position from previous mode, fluid transition
autoOrbitalCamRef.XRot = orbitalCamRef.XRot;
autoOrbitalCamRef.YRot = orbitalCamRef.YRot;
autoOrbitalCamRef.RadiusVector = orbitalCamRef.RadiusVector;
// Change used current camera
currentCam = autoOrbitalCamRef;
break;
}
}
void Start()
{
_controlServices = GetComponent <ControlServices>();
_cam = _controlServices.ControlledCamera;
_lastOrbitDistance = (_minimumFollowingDistance + _maximumFollowingDistance) * 0.5f;
GameState.Instance.OnPauseLevelChanged += new PauseLevelChanged(Instance_OnPauseLevelChanged);
OnAcquiredControl();
}
void Awake()
{
_layerMask = new LayerMask();
_layerMask = 1 << LayerMask.NameToLayer("GrabbableObject");
_controlServices = GetComponent <ControlServices>();
_cameraController = _controlServices.ControlledCamera;
_holdObjectFunction = GetComponent <HoldObjectFunction>();
_state = ImpulseGunState.Idle;
GameContext.Instance.Player.ImpulseBeamTool = this;
}
public void SwitchNextCamera()
{
Debug.Log("Camera Switch");
switch (CurrentCamState)
{
case CameraState.Behind:
CurrentCamState = CameraState.Inside;
currentCam = insideCamRef;
break;
case CameraState.Inside:
CurrentCamState = CameraState.OrbitalMouseClick;
currentCam = orbitalCamRef;
break;
case CameraState.OrbitalMouseClick:
CurrentCamState = CameraState.Behind;
currentCam = behindCamRef;
break;
}
}
// Use this for initialization
void Start()
{
Debug.Log("Starting " + this.GetType());
CurrentCamState = CameraState.Orbital;
currentCam = orbitalCamRef;
}
public void SwitchNextCamera()
{
Debug.Log ("Camera Switch");
switch (CurrentCamState) {
case CameraState.AutoOrbital:
// Change cam state
CurrentCamState = CameraState.Orbital;
// Update camera position from previous mode, fluid transition
orbitalCamRef.XRot = autoOrbitalCamRef.XRot;
orbitalCamRef.YRot = autoOrbitalCamRef.YRot;
orbitalCamRef.RadiusVector = autoOrbitalCamRef.RadiusVector;
// Change used current camera
currentCam = orbitalCamRef;
break;
case CameraState.Orbital:
// Change cam state
CurrentCamState = CameraState.AutoOrbital;
// Update camera position from previous mode, fluid transition
autoOrbitalCamRef.XRot = orbitalCamRef.XRot;
autoOrbitalCamRef.YRot = orbitalCamRef.YRot;
autoOrbitalCamRef.RadiusVector = orbitalCamRef.RadiusVector;
// Change used current camera
currentCam = autoOrbitalCamRef;
break;
}
}
// Use this for initialization
void Start()
{
Debug.Log ("Starting " + this.GetType ());
CurrentCamState = CameraState.Orbital;
currentCam = orbitalCamRef;
}
// Use this for initialization
void Start()
{
CurrentCamState = CameraState.Behind;
currentCam = behindCamRef;
}
void Awake()
{
_controlServices = GetComponent <ControlServices>();
_cameraController = _controlServices.ControlledCamera;
}