void FixedUpdate()
{
int headMocapID = CAVE2.GetCAVE2Manager().head1MocapID;
int wandMocapID = CAVE2.GetCAVE2Manager().wand1MocapID;
int wandID = CAVE2.GetCAVE2Manager().wand1ControllerID;
// Get/Create Primary Head
OmicronMocapSensor mainHeadSensor;
if (!mocapSensors.ContainsKey(headMocapID))
{
mainHeadSensor = gameObject.AddComponent <OmicronMocapSensor>();
mainHeadSensor.sourceID = headMocapID;
mocapSensors[headMocapID] = mainHeadSensor;
}
else
{
mainHeadSensor = (OmicronMocapSensor)mocapSensors[headMocapID];
}
// Get/Create Primary Head
OmicronMocapSensor wandMocapSensor;
if (!mocapSensors.ContainsKey(wandMocapID))
{
wandMocapSensor = gameObject.AddComponent <OmicronMocapSensor>();
wandMocapSensor.sourceID = wandMocapID;
mocapSensors[wandMocapID] = wandMocapSensor;
}
else
{
wandMocapSensor = (OmicronMocapSensor)mocapSensors[wandMocapID];
}
// Get Primary Wand (ID 1)
OmicronController wandController;
if (!wandControllers.ContainsKey(wandID))
{
wandController = gameObject.AddComponent <OmicronController>();
wandController.sourceID = wandID;
wandControllers[wandID] = wandController;
}
else
{
wandController = (OmicronController)wandControllers[wandID];
}
Vector2 analog1 = Vector2.zero;
Vector2 analog2 = Vector2.zero;
int flags = 0;
// Mocap
if (CAVE2.GetCAVE2Manager().mocapEmulation)
{
mainHeadSensor.position = CAVE2.GetCAVE2Manager().simulatorHeadPosition;
mainHeadSensor.orientation = Quaternion.Euler(CAVE2.GetCAVE2Manager().simulatorHeadRotation);
wandMocapSensor.position = CAVE2.GetCAVE2Manager().simulatorWandPosition;
wandMocapSensor.orientation = Quaternion.Euler(CAVE2.GetCAVE2Manager().simulatorWandRotation);
}
else if (CAVE2.GetCAVE2Manager().usingKinectTrackingSimulator)
{
CAVE2.GetCAVE2Manager().simulatorHeadPosition = GetHeadPosition(1);
CAVE2.GetCAVE2Manager().simulatorWandPosition = GetWandPosition(1);
mainHeadSensor.position = CAVE2.GetCAVE2Manager().simulatorHeadPosition;
mainHeadSensor.orientation = Quaternion.Euler(CAVE2.GetCAVE2Manager().simulatorHeadRotation);
wandMocapSensor.position = CAVE2.GetCAVE2Manager().simulatorWandPosition;
wandMocapSensor.orientation = Quaternion.Euler(CAVE2.GetCAVE2Manager().simulatorWandRotation);
}
// Wand Buttons
if (CAVE2.GetCAVE2Manager().keyboardEventEmulation)
{
float analogUD = Input.GetAxis(CAVE2.GetCAVE2Manager().wandSimulatorAnalogUD);
float analogLR = Input.GetAxis(CAVE2.GetCAVE2Manager().wandSimulatorAnalogLR);
//bool turn = CAVE2.GetCAVE2Manager().simulatorWandStrafeAsTurn;
analog1 = new Vector2(analogLR, analogUD);
if (Input.GetKey(CAVE2.GetCAVE2Manager().wandSimulatorDPadUp))
{
flags += (int)EventBase.Flags.ButtonUp;
}
if (Input.GetKey(CAVE2.GetCAVE2Manager().wandSimulatorDPadDown))
{
flags += (int)EventBase.Flags.ButtonDown;
}
if (Input.GetKey(CAVE2.GetCAVE2Manager().wandSimulatorDPadLeft))
{
flags += (int)EventBase.Flags.ButtonLeft;
}
if (Input.GetKey(CAVE2.GetCAVE2Manager().wandSimulatorDPadRight))
{
flags += (int)EventBase.Flags.ButtonRight;
}
// Wand Button 1 (Triangle/Y)
//if (getReal3D.Input.GetButton(CAVE2.CAVE2ToGetReal3DButton(CAVE2.Button.Button1)))
// flags += (int)EventBase.Flags.Button1;
// F -> Wand Button 2 (Circle/B)
if (Input.GetButton(CAVE2.GetCAVE2Manager().wandSimulatorButton2))
{
flags += (int)EventBase.Flags.Button2;
}
// R -> Wand Button 3 (Cross/A)
if (Input.GetButton(CAVE2.GetCAVE2Manager().wandSimulatorButton3))
{
flags += (int)EventBase.Flags.Button3;
}
// Wand Button 4 (Square/X)
//if (getReal3D.Input.GetButton(CAVE2.CAVE2ToGetReal3DButton(CAVE2.Button.Button4)))
// flags += (int)EventBase.Flags.Button4;
// Wand Button 8 (R1/RB)
//if (getReal3D.Input.GetButton(CAVE2.CAVE2ToGetReal3DButton(CAVE2.Button.SpecialButton3)))
// flags += (int)EventBase.Flags.SpecialButton3;
// Wand Button 5 (L1/LB)
if (Input.GetKey(CAVE2.GetCAVE2Manager().wandSimulatorButton5))
{
flags += (int)EventBase.Flags.Button5;
}
// Wand Button 6 (L3)
if (Input.GetButton(CAVE2.GetCAVE2Manager().wandSimulatorButton6))
{
flags += (int)EventBase.Flags.Button6;
}
// Wand Button 7 (L2)
if (Input.GetKey(CAVE2.GetCAVE2Manager().wandSimulatorButton7))
{
flags += (int)EventBase.Flags.Button7;
}
// Wand Button 8 (R2)
//if (getReal3D.Input.GetButton(CAVE2.CAVE2ToGetReal3DButton(CAVE2.Button.Button8)))
// flags += (int)EventBase.Flags.Button8;
// Wand Button 9 (R3)
//if (getReal3D.Input.GetButton(CAVE2.CAVE2ToGetReal3DButton(CAVE2.Button.Button9)))
// flags += (int)EventBase.Flags.Button9;
// Wand Button SP1 (Back)
//if (getReal3D.Input.GetButton(CAVE2.CAVE2ToGetReal3DButton(CAVE2.Button.SpecialButton1)))
// flags += (int)EventBase.Flags.SpecialButton1;
// Wand Button SP2 (Start)
//if (getReal3D.Input.GetButton(CAVE2.CAVE2ToGetReal3DButton(CAVE2.Button.SpecialButton2)))
// flags += (int)EventBase.Flags.SpecialButton2;
}
// getReal3D
#if USING_GETREAL3D
if (!CAVE2.IsSimulatorMode())
{
mainHeadSensor.position = getReal3D.Input.head.position;
mainHeadSensor.orientation = getReal3D.Input.head.rotation;
wandMocapSensor.position = getReal3D.Input.wand.position;
wandMocapSensor.orientation = getReal3D.Input.wand.rotation;
analog1 = new Vector2(
getReal3D.Input.GetAxis(CAVE2.CAVE2ToGetReal3DAxis(CAVE2.Axis.LeftAnalogStickLR)),
getReal3D.Input.GetAxis(CAVE2.CAVE2ToGetReal3DAxis(CAVE2.Axis.LeftAnalogStickUD))
);
analog2 = new Vector2(
getReal3D.Input.GetAxis(CAVE2.CAVE2ToGetReal3DAxis(CAVE2.Axis.RightAnalogStickLR)),
getReal3D.Input.GetAxis(CAVE2.CAVE2ToGetReal3DAxis(CAVE2.Axis.RightAnalogStickUD))
);
flags = 0;
float DPadUD = getReal3D.Input.GetAxis("DPadUD");
float DPadLR = getReal3D.Input.GetAxis("DPadLR");
if (DPadUD > 0)
{
flags += (int)EventBase.Flags.ButtonUp;
}
else if (DPadUD < 0)
{
flags += (int)EventBase.Flags.ButtonDown;
}
if (DPadLR < 0)
{
flags += (int)EventBase.Flags.ButtonLeft;
}
else if (DPadLR > 0)
{
flags += (int)EventBase.Flags.ButtonRight;
}
// Wand Button 1 (Triangle/Y)
if (getReal3D.Input.GetButton(CAVE2.CAVE2ToGetReal3DButton(CAVE2.Button.Button1)))
{
flags += (int)EventBase.Flags.Button1;
}
// F -> Wand Button 2 (Circle/B)
if (getReal3D.Input.GetButton(CAVE2.CAVE2ToGetReal3DButton(CAVE2.Button.Button2)))
{
flags += (int)EventBase.Flags.Button2;
}
// R -> Wand Button 3 (Cross/A)
if (getReal3D.Input.GetButton(CAVE2.CAVE2ToGetReal3DButton(CAVE2.Button.Button3)))
{
flags += (int)EventBase.Flags.Button3;
}
// Wand Button 4 (Square/X)
if (getReal3D.Input.GetButton(CAVE2.CAVE2ToGetReal3DButton(CAVE2.Button.Button4)))
{
flags += (int)EventBase.Flags.Button4;
}
// Wand Button 8 (R1/RB)
if (getReal3D.Input.GetButton(CAVE2.CAVE2ToGetReal3DButton(CAVE2.Button.SpecialButton3)))
{
flags += (int)EventBase.Flags.SpecialButton3;
}
// Wand Button 5 (L1/LB)
if (getReal3D.Input.GetButton(CAVE2.CAVE2ToGetReal3DButton(CAVE2.Button.Button5)))
{
flags += (int)EventBase.Flags.Button5;
}
// Wand Button 6 (L3)
if (getReal3D.Input.GetButton(CAVE2.CAVE2ToGetReal3DButton(CAVE2.Button.Button6)))
{
flags += (int)EventBase.Flags.Button6;
}
// Wand Button 7 (L2)
if (getReal3D.Input.GetButton(CAVE2.CAVE2ToGetReal3DButton(CAVE2.Button.Button7)))
{
flags += (int)EventBase.Flags.Button7;
}
// Wand Button 8 (R2)
if (getReal3D.Input.GetButton(CAVE2.CAVE2ToGetReal3DButton(CAVE2.Button.Button8)))
{
flags += (int)EventBase.Flags.Button8;
}
// Wand Button 9 (R3)
if (getReal3D.Input.GetButton(CAVE2.CAVE2ToGetReal3DButton(CAVE2.Button.Button9)))
{
flags += (int)EventBase.Flags.Button9;
}
// Wand Button SP1 (Back)
if (getReal3D.Input.GetButton(CAVE2.CAVE2ToGetReal3DButton(CAVE2.Button.SpecialButton1)))
{
flags += (int)EventBase.Flags.SpecialButton1;
}
// Wand Button SP2 (Start)
if (getReal3D.Input.GetButton(CAVE2.CAVE2ToGetReal3DButton(CAVE2.Button.SpecialButton2)))
{
flags += (int)EventBase.Flags.SpecialButton2;
}
}
#endif
if (UnityEngine.VR.VRSettings.enabled)
{
// VR Left Controller (Keycode.Joystick2)
// Button2 - Menu
// Button8 - Thumbstick Press
// Button16 - Thumbstick Touch
// Button14 - Index Trigger
// Axis1 - Thumbstick Horz
// Axis2 - Thumbstick Vert
// Axis9 - Index Trigger
// Axis11 - Hand Trigger
flags = 0;
if (Input.GetKey(KeyCode.Joystick2Button2))
{
}
if (Input.GetKey(KeyCode.Joystick2Button8))
{
flags += (int)EventBase.Flags.Button6;
}
if (Input.GetKey(KeyCode.Joystick2Button16))
{
}
if (Input.GetKey(KeyCode.Joystick2Button14))
{
flags += (int)EventBase.Flags.Button7;
}
if (Input.GetAxis("Grip L") > 0)
{
flags += (int)EventBase.Flags.Button5;
flags += (int)EventBase.Flags.Button3;
}
// VR Right Controller (Keycode.Joystick1)
// Button0 - Menu
// Button9 - Thumbstick Press
// Button17 - Thumbstick Touch
// Button15 - Index Trigger
// Axis4 - Thumbstick Horz
// Axis5 - Thumbstick Vert
// Axis10 - Index Trigger
// Axis12 - Hand Trigger
if (Input.GetKey(KeyCode.Joystick1Button0))
{
flags += (int)EventBase.Flags.Button2;
}
if (Input.GetKey(KeyCode.Joystick1Button9))
{
}
if (Input.GetKey(KeyCode.Joystick1Button17))
{
}
if (Input.GetKey(KeyCode.Joystick2Button15))
{
}
if (Input.GetAxis("Grip R") > 0.5f)
{
flags += (int)EventBase.Flags.Button3;
}
if (Input.GetAxis("Horizontal2") < -0.5f && Input.GetKey(KeyCode.Joystick1Button9))
{
flags += (int)EventBase.Flags.ButtonLeft;
}
else if (Input.GetAxis("Horizontal2") > 0.5f && Input.GetKey(KeyCode.Joystick1Button9))
{
flags += (int)EventBase.Flags.ButtonRight;
}
if (Input.GetAxis("Vertical2") < -0.5f && Input.GetKey(KeyCode.Joystick1Button9))
{
flags += (int)EventBase.Flags.ButtonUp;
}
else if (Input.GetAxis("Vertical2") > 0.5f && Input.GetKey(KeyCode.Joystick1Button9))
{
flags += (int)EventBase.Flags.ButtonDown;
}
}
// Update wandManager
if (CAVE2.UsingGetReal3D() || CAVE2.GetCAVE2Manager().keyboardEventEmulation)
{
wandController.UpdateAnalog(analog1, analog2, Vector2.zero, Vector2.zero);
wandController.rawFlags = flags;
}
}
void FixedUpdate()
{
int headMocapID = CAVE2.GetCAVE2Manager().head1MocapID;
int wandMocapID = CAVE2.GetCAVE2Manager().wand1MocapID;
int wand2MocapID = CAVE2.GetCAVE2Manager().wand2MocapID;
int wandID = CAVE2.GetCAVE2Manager().wand1ControllerID;
int wand2ID = CAVE2.GetCAVE2Manager().wand2ControllerID;
// Get/Create Primary Head
OmicronMocapSensor mainHeadSensor;
if (!mocapSensors.ContainsKey(headMocapID))
{
mainHeadSensor = gameObject.AddComponent <OmicronMocapSensor>();
mainHeadSensor.sourceID = headMocapID;
mocapSensors[headMocapID] = mainHeadSensor;
}
else
{
mainHeadSensor = (OmicronMocapSensor)mocapSensors[headMocapID];
}
// Get/Create Primary Wand
OmicronMocapSensor wandMocapSensor;
if (!mocapSensors.ContainsKey(wandMocapID))
{
wandMocapSensor = gameObject.AddComponent <OmicronMocapSensor>();
wandMocapSensor.sourceID = wandMocapID;
mocapSensors[wandMocapID] = wandMocapSensor;
}
else
{
wandMocapSensor = (OmicronMocapSensor)mocapSensors[wandMocapID];
}
// Get Primary Wand (ID 1)
OmicronController wandController;
if (!wandControllers.ContainsKey(wandID))
{
wandController = gameObject.AddComponent <OmicronController>();
wandController.sourceID = wandID;
wandControllers[wandID] = wandController;
}
else
{
wandController = (OmicronController)wandControllers[wandID];
}
// Get/Create Secondary Wand
OmicronMocapSensor wand2MocapSensor;
if (!mocapSensors.ContainsKey(wand2MocapID))
{
wand2MocapSensor = gameObject.AddComponent <OmicronMocapSensor>();
wand2MocapSensor.sourceID = wand2MocapID;
mocapSensors[wand2MocapID] = wand2MocapSensor;
}
else
{
wand2MocapSensor = (OmicronMocapSensor)mocapSensors[wand2MocapID];
}
// Get Secondary Wand (ID 1)
OmicronController wandController2;
if (!wandControllers.ContainsKey(wand2ID))
{
wandController2 = gameObject.AddComponent <OmicronController>();
wandController2.sourceID = wand2ID;
wandControllers[wand2ID] = wandController2;
}
else
{
wandController2 = (OmicronController)wandControllers[wand2ID];
}
Vector2 wand1_analog1 = Vector2.zero;
Vector2 wand1_analog2 = Vector2.zero;
Vector2 wand1_analog3 = Vector2.zero;
int wand1_flags = 0;
Vector2 wand2_analog1 = Vector2.zero;
Vector2 wand2_analog2 = Vector2.zero;
Vector2 wand2_analog3 = Vector2.zero;
int wand2_flags = 0;
// Mocap
if (CAVE2.GetCAVE2Manager().mocapEmulation)
{
if (UnityEngine.VR.VRSettings.enabled)
{
if (VRDevice.model == "Vive MV")
{
CAVE2.GetCAVE2Manager().simulatorHeadPosition = InputTracking.GetLocalPosition(VRNode.Head);
CAVE2.GetCAVE2Manager().simulatorHeadRotation = InputTracking.GetLocalRotation(VRNode.Head).eulerAngles;
#if UNITY_5_5_OR_NEWER
CAVE2.GetCAVE2Manager().simulatorWandPosition = InputTracking.GetLocalPosition(VRNode.LeftHand);
CAVE2.GetCAVE2Manager().simulatorWandRotation = InputTracking.GetLocalRotation(VRNode.LeftHand).eulerAngles;
wand2MocapSensor.position = InputTracking.GetLocalPosition(VRNode.RightHand);
wand2MocapSensor.orientation = InputTracking.GetLocalRotation(VRNode.RightHand);
#endif
}
else
{
// Hack: InputTracking isn't using some offset that the Main Camera is otherwise getting. Calculate the diff here:
Vector3 oculusRealHeadPosition = Camera.main.transform.localPosition;
Vector3 positionOffset = oculusRealHeadPosition - InputTracking.GetLocalPosition(VRNode.Head);
CAVE2.GetCAVE2Manager().simulatorHeadPosition = InputTracking.GetLocalPosition(VRNode.Head) + positionOffset;
CAVE2.GetCAVE2Manager().simulatorHeadRotation = InputTracking.GetLocalRotation(VRNode.Head).eulerAngles;
#if UNITY_5_5_OR_NEWER
CAVE2.GetCAVE2Manager().simulatorWandPosition = InputTracking.GetLocalPosition(VRNode.LeftHand) + positionOffset;
CAVE2.GetCAVE2Manager().simulatorWandRotation = InputTracking.GetLocalRotation(VRNode.LeftHand).eulerAngles;
wand2MocapSensor.position = InputTracking.GetLocalPosition(VRNode.RightHand) + positionOffset;
wand2MocapSensor.orientation = InputTracking.GetLocalRotation(VRNode.RightHand);
#endif
}
}
mainHeadSensor.position = CAVE2.GetCAVE2Manager().simulatorHeadPosition;
mainHeadSensor.orientation = Quaternion.Euler(CAVE2.GetCAVE2Manager().simulatorHeadRotation);
wandMocapSensor.position = CAVE2.GetCAVE2Manager().simulatorWandPosition;
wandMocapSensor.orientation = Quaternion.Euler(CAVE2.GetCAVE2Manager().simulatorWandRotation);
}
else if (CAVE2.GetCAVE2Manager().usingKinectTrackingSimulator)
{
CAVE2.GetCAVE2Manager().simulatorHeadPosition = GetHeadPosition(1);
CAVE2.GetCAVE2Manager().simulatorWandPosition = GetWandPosition(1);
mainHeadSensor.position = CAVE2.GetCAVE2Manager().simulatorHeadPosition;
mainHeadSensor.orientation = Quaternion.Euler(CAVE2.GetCAVE2Manager().simulatorHeadRotation);
wandMocapSensor.position = CAVE2.GetCAVE2Manager().simulatorWandPosition;
wandMocapSensor.orientation = Quaternion.Euler(CAVE2.GetCAVE2Manager().simulatorWandRotation);
}
// Wand Buttons
if (CAVE2.GetCAVE2Manager().keyboardEventEmulation)
{
float wand1_analogUD = Input.GetAxis(CAVE2.GetCAVE2Manager().wandSimulatorAnalogUD);
float wand1_analogLR = Input.GetAxis(CAVE2.GetCAVE2Manager().wandSimulatorAnalogLR);
//bool turn = CAVE2.GetCAVE2Manager().simulatorWandStrafeAsTurn;
wand1_analog1 = new Vector2(wand1_analogLR, wand1_analogUD);
if (Input.GetKey(CAVE2.GetCAVE2Manager().wandSimulatorDPadUp))
{
wand1_flags += (int)EventBase.Flags.ButtonUp;
}
if (Input.GetKey(CAVE2.GetCAVE2Manager().wandSimulatorDPadDown))
{
wand1_flags += (int)EventBase.Flags.ButtonDown;
}
if (Input.GetKey(CAVE2.GetCAVE2Manager().wandSimulatorDPadLeft))
{
wand1_flags += (int)EventBase.Flags.ButtonLeft;
}
if (Input.GetKey(CAVE2.GetCAVE2Manager().wandSimulatorDPadRight))
{
wand1_flags += (int)EventBase.Flags.ButtonRight;
}
// Wand Button 1 (Triangle/Y)
//if (getReal3D.Input.GetButton(CAVE2.CAVE2ToGetReal3DButton(CAVE2.Button.Button1)))
// flags += (int)EventBase.Flags.Button1;
// F -> Wand Button 2 (Circle/B)
if (Input.GetButton(CAVE2.GetCAVE2Manager().wandSimulatorButton2))
{
wand1_flags += (int)EventBase.Flags.Button2;
}
// R -> Wand Button 3 (Cross/A)
if (Input.GetButton(CAVE2.GetCAVE2Manager().wandSimulatorButton3))
{
wand1_flags += (int)EventBase.Flags.Button3;
}
// Wand Button 4 (Square/X)
//if (getReal3D.Input.GetButton(CAVE2.CAVE2ToGetReal3DButton(CAVE2.Button.Button4)))
// flags += (int)EventBase.Flags.Button4;
// Wand Button 8 (R1/RB)
//if (getReal3D.Input.GetButton(CAVE2.CAVE2ToGetReal3DButton(CAVE2.Button.SpecialButton3)))
// flags += (int)EventBase.Flags.SpecialButton3;
// Wand Button 5 (L1/LB)
if (Input.GetKey(CAVE2.GetCAVE2Manager().wandSimulatorButton5))
{
wand1_flags += (int)EventBase.Flags.Button5;
}
// Wand Button 6 (L3)
if (Input.GetButton(CAVE2.GetCAVE2Manager().wandSimulatorButton6))
{
wand1_flags += (int)EventBase.Flags.Button6;
}
// Wand Button 7 (L2)
if (Input.GetKey(CAVE2.GetCAVE2Manager().wandSimulatorButton7))
{
wand1_flags += (int)EventBase.Flags.Button7;
}
// Wand Button 8 (R2)
//if (getReal3D.Input.GetButton(CAVE2.CAVE2ToGetReal3DButton(CAVE2.Button.Button8)))
// flags += (int)EventBase.Flags.Button8;
// Wand Button 9 (R3)
//if (getReal3D.Input.GetButton(CAVE2.CAVE2ToGetReal3DButton(CAVE2.Button.Button9)))
// flags += (int)EventBase.Flags.Button9;
// Wand Button SP1 (Back)
//if (getReal3D.Input.GetButton(CAVE2.CAVE2ToGetReal3DButton(CAVE2.Button.SpecialButton1)))
// flags += (int)EventBase.Flags.SpecialButton1;
// Wand Button SP2 (Start)
//if (getReal3D.Input.GetButton(CAVE2.CAVE2ToGetReal3DButton(CAVE2.Button.SpecialButton2)))
// flags += (int)EventBase.Flags.SpecialButton2;
}
// getReal3D
#if USING_GETREAL3D
if (!CAVE2.IsSimulatorMode())
{
wand1_analog1 = new Vector2(
getReal3D.Input.GetAxis(CAVE2.CAVE2ToGetReal3DAxis(CAVE2.Axis.LeftAnalogStickLR)),
getReal3D.Input.GetAxis(CAVE2.CAVE2ToGetReal3DAxis(CAVE2.Axis.LeftAnalogStickUD))
);
wand1_analog2 = new Vector2(
getReal3D.Input.GetAxis(CAVE2.CAVE2ToGetReal3DAxis(CAVE2.Axis.RightAnalogStickLR)),
getReal3D.Input.GetAxis(CAVE2.CAVE2ToGetReal3DAxis(CAVE2.Axis.RightAnalogStickUD))
);
wand1_flags = 0;
// wand2_flags = 0;
float wand1_DPadUD = getReal3D.Input.GetAxis("DPadUD");
float wand1_DPadLR = getReal3D.Input.GetAxis("DPadLR");
if (wand1_DPadUD > 0)
{
wand1_flags += (int)EventBase.Flags.ButtonUp;
}
else if (wand1_DPadUD < 0)
{
wand1_flags += (int)EventBase.Flags.ButtonDown;
}
if (wand1_DPadLR < 0)
{
wand1_flags += (int)EventBase.Flags.ButtonLeft;
}
else if (wand1_DPadLR > 0)
{
wand1_flags += (int)EventBase.Flags.ButtonRight;
}
// Wand Button 1 (Triangle/Y)
if (getReal3D.Input.GetButton(CAVE2.CAVE2ToGetReal3DButton(CAVE2.Button.Button1)))
{
wand1_flags += (int)EventBase.Flags.Button1;
}
// F -> Wand Button 2 (Circle/B)
if (getReal3D.Input.GetButton(CAVE2.CAVE2ToGetReal3DButton(CAVE2.Button.Button2)))
{
wand1_flags += (int)EventBase.Flags.Button2;
}
// R -> Wand Button 3 (Cross/A)
if (getReal3D.Input.GetButton(CAVE2.CAVE2ToGetReal3DButton(CAVE2.Button.Button3)))
{
wand1_flags += (int)EventBase.Flags.Button3;
}
// Wand Button 4 (Square/X)
if (getReal3D.Input.GetButton(CAVE2.CAVE2ToGetReal3DButton(CAVE2.Button.Button4)))
{
wand1_flags += (int)EventBase.Flags.Button4;
}
// Wand Button 8 (R1/RB)
if (getReal3D.Input.GetButton(CAVE2.CAVE2ToGetReal3DButton(CAVE2.Button.SpecialButton3)))
{
wand1_flags += (int)EventBase.Flags.SpecialButton3;
}
// Wand Button 5 (L1/LB)
if (getReal3D.Input.GetButton(CAVE2.CAVE2ToGetReal3DButton(CAVE2.Button.Button5)))
{
wand1_flags += (int)EventBase.Flags.Button5;
}
// Wand Button 6 (L3)
if (getReal3D.Input.GetButton(CAVE2.CAVE2ToGetReal3DButton(CAVE2.Button.Button6)))
{
wand1_flags += (int)EventBase.Flags.Button6;
}
// Wand Button 7 (L2)
if (getReal3D.Input.GetButton(CAVE2.CAVE2ToGetReal3DButton(CAVE2.Button.Button7)))
{
wand1_flags += (int)EventBase.Flags.Button7;
}
// Wand Button 8 (R2)
if (getReal3D.Input.GetButton(CAVE2.CAVE2ToGetReal3DButton(CAVE2.Button.Button8)))
{
wand1_flags += (int)EventBase.Flags.Button8;
}
// Wand Button 9 (R3)
if (getReal3D.Input.GetButton(CAVE2.CAVE2ToGetReal3DButton(CAVE2.Button.Button9)))
{
wand1_flags += (int)EventBase.Flags.Button9;
}
// Wand Button SP1 (Back)
if (getReal3D.Input.GetButton(CAVE2.CAVE2ToGetReal3DButton(CAVE2.Button.SpecialButton1)))
{
wand1_flags += (int)EventBase.Flags.SpecialButton1;
}
// Wand Button SP2 (Start)
if (getReal3D.Input.GetButton(CAVE2.CAVE2ToGetReal3DButton(CAVE2.Button.SpecialButton2)))
{
wand1_flags += (int)EventBase.Flags.SpecialButton2;
}
}
#endif
if (UnityEngine.VR.VRSettings.enabled)
{
wand1_flags = 0;
wand2_flags = 0;
// VR Left Controller ---------------------------------
// Oculus Touch Left: Button.Three / X (Press)
// Vive Left: Menu Button
if (Input.GetKey(KeyCode.JoystickButton2))
{
if (vrModel == VRModel.Vive)
{
// Ignore left menu button, mapped from right controller
// since accidental trackpad on left is common
//wand1_flags += (int)EventBase.Flags.Button2;
}
else
{
wand1_flags += (int)EventBase.Flags.Button2;
}
if (debug)
{
Debug.Log("JoystickButton2");
}
}
// Oculus Touch Left: Button.Four / Y (Press)
// Vive Left: N/A
if (Input.GetKey(KeyCode.JoystickButton3))
{
wand1_flags += (int)EventBase.Flags.Button3;
if (debug)
{
Debug.Log("JoystickButton3");
}
}
// Oculus Touch Left: Button.Start / Menu
// Vive Left: N/A
if (Input.GetKey(KeyCode.JoystickButton7))
{
if (debug)
{
Debug.Log("JoystickButton7");
}
}
// Oculus Touch Left: Analog Stick (Press)
// Vive Left: Analog Stick (Press)
if (Input.GetKey(KeyCode.JoystickButton8))
{
wand1_flags += (int)EventBase.Flags.Button6;
if (debug)
{
Debug.Log("JoystickButton8");
}
}
// Oculus Touch Left: Button.Three / X (Touch)
// Vive Left: N/A
if (Input.GetKey(KeyCode.JoystickButton12))
{
if (debug)
{
Debug.Log("JoystickButton12");
}
}
// Oculus Touch Left: Button.Four / Y (Touch)
// Vive Left: N/A
if (Input.GetKey(KeyCode.JoystickButton13))
{
if (debug)
{
Debug.Log("JoystickButton13");
}
}
// Oculus Touch Left: IndexTrigger (Touch)
// Vive Left: IndexTrigger (Touch)
if (Input.GetKey(KeyCode.JoystickButton14))
{
if (debug)
{
Debug.Log("JoystickButton14");
}
}
// Oculus Touch Left: ThumbRest (Touch)
// Vive Left: N/A
if (Input.GetKey(KeyCode.JoystickButton18))
{
if (debug)
{
Debug.Log("JoystickButton18");
}
}
/*
* Grip L/R are not default Unity InputManager axis, but
* are required for proper mapping of VR controller buttons.
* The following can be added to the Axis. All other fields
* are blank unless otherwise specified
*
* Name: Trigger L
* Gravity: 3
* Dead: 0.001
* Sensitivity: 3
* Type: Joystick Axis
* Axis: 9th axis (Joysticks)
* JoyNum: Get Motion from all Joysticks
*
* Name: Trigger R
* Gravity: 3
* Dead: 0.001
* Sensitivity: 3
* Type: Joystick Axis
* Axis: 10th axis (Joysticks)
* JoyNum: Get Motion from all Joysticks
*
* Name: Grip L
* Gravity: 3
* Dead: 0.001
* Sensitivity: 3
* Type: Joystick Axis
* Axis: 11th axis (Joysticks)
* JoyNum: Get Motion from all Joysticks
*
* Name: Grip R
* Gravity: 3
* Dead: 0.001
* Sensitivity: 3
* Type: Joystick Axis
* Axis: 12th axis (Joysticks)
* JoyNum: Get Motion from all Joysticks
*/
// Oculus Touch Left: IndexTrigger (Press)
// Vive Left: IndexTrigger (Press)
wand1_analog3.y = Input.GetAxis("Trigger L");
if (Input.GetAxis("Trigger L") > 0.1f)
{
if (vrModel == VRModel.Vive)
{
wand1_flags += (int)EventBase.Flags.Button7;
}
else
{
wand1_flags += (int)EventBase.Flags.Button5;
}
}
// Oculus Touch Left: HandTrigger (Press)
// Vive Left: HandTrigger (Press)
wand1_analog3.x = Input.GetAxis("Grip L");
if (Input.GetAxis("Grip L") > 0.1f)
{
if (vrModel == VRModel.Vive)
{
wand1_flags += (int)EventBase.Flags.Button5;
}
else
{
wand2_flags += (int)EventBase.Flags.Button7;
}
}
// Oculus Touch Right: HandTrigger (Press)
// Vive Right: HandTrigger (Press)
wand2_analog3.x = Input.GetAxis("Grip R");
if (Input.GetAxis("Grip R") > 0.1f)
{
if (vrModel == VRModel.Vive)
{
wand1_flags += (int)EventBase.Flags.Button3;
}
else
{
wand2_flags += (int)EventBase.Flags.Button7;
}
}
// Oculus Touch Right: IndexTrigger (Press)
// Vive Right: IndexTrigger (Press)
wand2_analog3.y = Input.GetAxis("Trigger R");
if (Input.GetAxis("Trigger R") > 0.1f)
{
if (vrModel == VRModel.Vive)
{
wand2_flags += (int)EventBase.Flags.Button7;
}
else
{
wand2_flags += (int)EventBase.Flags.Button5;
}
}
// VR Right Controller ---------------------------------
// For CAVE2 simulator mode, we map the right controller
// analog stick to the DPad
bool rightAnalogDPadActivate = false;
// Oculus Touch Right: Button.One / A (Press)
// Vive Right: Menu Button
if (Input.GetKey(KeyCode.JoystickButton0))
{
if (vrModel == VRModel.Vive)
{
// Map the right menu button to main wand for Vive
// since accidental trackpad on left is common
wand1_flags += (int)EventBase.Flags.Button2;
}
else
{
wand2_flags += (int)EventBase.Flags.Button2;
}
if (debug)
{
Debug.Log("JoystickButton0");
}
}
// Oculus Touch Right: Button.Two / B (Press)
// Vive Right: N/A
if (Input.GetKey(KeyCode.JoystickButton1))
{
wand2_flags += (int)EventBase.Flags.Button3;
if (debug)
{
Debug.Log("JoystickButton1");
}
}
// Oculus Touch Right: Oculus Button Reserved
// Oculus Touch Right: Analog Stick (Press)
// Vive Right: Analog Stick (Press)
if (Input.GetKey(KeyCode.JoystickButton9))
{
if (vrModel == VRModel.Vive)
{
rightAnalogDPadActivate = true;
}
wand2_flags += (int)EventBase.Flags.Button6;
if (debug)
{
Debug.Log("JoystickButton9");
}
}
// Oculus Touch Right: Button.One / A (Touch)
// Vive Right: N/A
if (Input.GetKey(KeyCode.JoystickButton10))
{
if (debug)
{
Debug.Log("JoystickButton10");
}
}
// Oculus Touch Right: Button.Two / B (Touch)
// Vive Right: N/A
if (Input.GetKey(KeyCode.JoystickButton11))
{
if (debug)
{
Debug.Log("JoystickButton11");
}
}
// Oculus Touch Right: IndexTrigger (Touch)
// Vive Right: IndexTrigger (Touch)
if (Input.GetKey(KeyCode.JoystickButton15))
{
if (debug)
{
Debug.Log("JoystickButton15");
}
}
// Oculus Touch Right: ThumbRest (Touch)
// Vive Right: N/A
if (Input.GetKey(KeyCode.JoystickButton19))
{
if (debug)
{
Debug.Log("JoystickButton19");
}
}
wand1_analog1 = new Vector2(Input.GetAxis("Horizontal"), Input.GetAxis("Vertical"));
wand2_analog1 = new Vector2(Input.GetAxis("Horizontal2"), -Input.GetAxis("Vertical2"));
// Oculus Touch Right: Analog (Touch)
// Vive Right: Analog (Touch)
if (Input.GetKey(KeyCode.JoystickButton17))
{
if (vrModel == VRModel.Vive)
{
// Right analog dpad is activated on pad press on Vive
}
else
{
rightAnalogDPadActivate = true;
}
}
// For CAVE2 simulator purposes, we're treating the right analog as the DPad
if (rightAnalogDPadActivate &&
(Input.GetAxis("Vertical2") != 0 ||
Input.GetAxis("Horizontal2") != 0)
)
{
/*
* Horizontal2/Vertical2 are not default Unity InputManager axis, but
* are required for proper mapping of the second VR controller pad/analog stick.
* The following can be added to the Axis. All other fields
* are blank unless otherwise specified
*
* Name: Horizontal2
* Gravity: 3
* Dead: 0.001
* Sensitivity: 3
* Type: Joystick Axis
* Axis: 4th axis (Joysticks)
* JoyNum: Get Motion from all Joysticks
*
* Name: Vertical2
* Gravity: 3
* Dead: 0.001
* Sensitivity: 3
* Type: Joystick Axis
* Axis: 5th axis (Joysticks)
* JoyNum: Get Motion from all Joysticks
*/
float padAngle = Mathf.Rad2Deg * Mathf.Atan2(Input.GetAxis("Vertical2"), Input.GetAxis("Horizontal2"));
if (padAngle < -45 && padAngle > -135)
{
wand1_flags += (int)EventBase.Flags.ButtonUp;
}
else if (padAngle > -45 && padAngle < 45)
{
wand1_flags += (int)EventBase.Flags.ButtonRight;
}
else if (padAngle > 45 && padAngle < 135)
{
wand1_flags += (int)EventBase.Flags.ButtonDown;
}
else if (padAngle < -135 || padAngle > 135)
{
wand1_flags += (int)EventBase.Flags.ButtonLeft;
}
}
}
// Only apply tracking when not in simulator mode
if (!CAVE2.IsSimulatorMode())
{
#if USING_GETREAL3D
mainHeadSensor.position = getReal3D.Input.head.position;
mainHeadSensor.orientation = getReal3D.Input.head.rotation;
wandMocapSensor.position = getReal3D.Input.wand.position;
wandMocapSensor.orientation = getReal3D.Input.wand.rotation;
wand2MocapSensor.position = getReal3D.Input.GetSensor("Wand2").position;
wand2MocapSensor.orientation = getReal3D.Input.GetSensor("Wand2").rotation;
#endif
}
wandController.UpdateAnalog(wand1_analog1, wand1_analog2, wand1_analog3, Vector2.zero);
wandController.rawFlags = wand1_flags;
wandController2.UpdateAnalog(wand2_analog1, wand2_analog2, wand2_analog3, Vector2.zero);
wandController2.rawFlags = wand2_flags;
/*
* // If Omicron server is enabled, let Omicron handle tracker/controller data instead of getReal3D
* // Unless keyboard emulation is enabled
* if (CAVE2.UsingOmicronServer() || CAVE2.GetCAVE2Manager().keyboardEventEmulation)
* {
* wandController.UpdateAnalog(wand1_analog1, wand1_analog2, wand1_analog3, Vector2.zero);
* wandController.rawFlags = wand1_flags;
*
* wandController2.UpdateAnalog(wand2_analog1, wand2_analog2, wand2_analog3, Vector2.zero);
* wandController2.rawFlags = wand2_flags;
* }
*/
}