// Update is called once per frame
void Update()
{
rot = this.transform.localEulerAngles;
pos = this.transform.position;
if (offsetCompensation && offset)
{
pos = VectorHelper.RotatePointAroundPivot(pos, offset.position, -offset.eulerAngles.y * Vector3.up);
pos = VectorHelper.RotatePointAroundPivot(pos, offset.position, -offset.eulerAngles.x * Vector3.right);
pos = VectorHelper.RotatePointAroundPivot(pos, offset.position, -offset.eulerAngles.z * Vector3.forward);
pos -= offset.position;
}
VRSimulatorInputInterface.SetControllerTransform(left, pos, Quaternion.Euler(rot));
}
//Function: InitInputSystem
//Initializes the required input actions found in <inputActions> and sets event callbacks.
#if USE_INPUT_SYSTEM
void InitInputSystem()
{
inputActions.Enable();
inputActions.FindActionMap("Rig").FindAction("Look").started += context => { looking = true; };
inputActions.FindActionMap("Rig").FindAction("Look").canceled += context => { looking = false; };
inputActions.FindActionMap("Rig").FindAction("Move").started += context => { moving = true; };
inputActions.FindActionMap("Rig").FindAction("Move").canceled += context => { moving = false; };
inputActions.FindActionMap("Controller").FindAction("Move").started += context => { controllerMoving = true; };
inputActions.FindActionMap("Controller").FindAction("Move").canceled += context => { controllerMoving = false; };
inputActions.FindActionMap("Controller").FindAction("ToggleRotation").performed += context => { toggleRotation = !toggleRotation; };
inputActions.FindActionMap("Controller").FindAction("Reset").performed += context => { simulator.ResetControllers(); };
inputActions.FindActionMap("Controller").FindAction("SwitchController").performed += context => {
switchController = !switchController;
simulator.switchHand = switchController;
};
inputActions.FindActionMap("Controller").FindAction("ToggleController").performed += context => {
controllersActive = !controllersActive;
simulator.handsActive = controllersActive;
};
inputActions.FindActionMap("Controller").FindAction("SwitchAxis").started += context => {
switchAxis = true;
simulator.switchHandAxis = switchAxis;
};
inputActions.FindActionMap("Controller").FindAction("SwitchAxis").canceled += context => {
switchAxis = false;
simulator.switchHandAxis = switchAxis;
};
inputActions.FindActionMap("XRInput").FindAction("Trigger").started += context => { VRSimulatorInputInterface.SetTriggerState(switchController, true); };
inputActions.FindActionMap("XRInput").FindAction("Trigger").canceled += context => { VRSimulatorInputInterface.SetTriggerState(switchController, false); };
inputActions.FindActionMap("XRInput").FindAction("Grip").started += context => { VRSimulatorInputInterface.SetGripState(switchController, true); };
inputActions.FindActionMap("XRInput").FindAction("Grip").canceled += context => { VRSimulatorInputInterface.SetGripState(switchController, false); };
inputActions.FindActionMap("XRInput").FindAction("PrimaryButton").started += context => { VRSimulatorInputInterface.SetPrimaryState(switchController, true); };
inputActions.FindActionMap("XRInput").FindAction("PrimaryButton").canceled += context => { VRSimulatorInputInterface.SetPrimaryState(switchController, false); };
inputActions.FindActionMap("XRInput").FindAction("SecondaryButton").started += context => { VRSimulatorInputInterface.SetSecondaryState(switchController, true); };
inputActions.FindActionMap("XRInput").FindAction("SecondaryButton").canceled += context => { VRSimulatorInputInterface.SetSecondaryState(switchController, false); };
inputActions.FindActionMap("XRInput").FindAction("Stick").started += context => { stickActive = true; };
inputActions.FindActionMap("XRInput").FindAction("Stick").canceled += context => {
stickActive = false;
VRSimulatorInputInterface.SetPrimary2D(switchController, Vector2.zero);
};
}
//Function: UpdateInteraction
//Update function for handling controller interaction input (buttons etc.).
void UpdateInteraction()
{
#if USE_INPUT_SYSTEM
if (stickActive)
{
VRSimulatorInputInterface.SetPrimary2D(switchController, inputActions.FindActionMap("XRInput").FindAction("Stick").ReadValue <Vector2>());
}
//others handled directly with events
#elif ENABLE_LEGACY_INPUT_MANAGER
#region
if (Input.GetKeyDown(assignedKeys.interactionKeys.grip))
{
VRSimulatorInputInterface.SetGripState(switchController, true);
}
else if (Input.GetKeyUp(assignedKeys.interactionKeys.grip))
{
VRSimulatorInputInterface.SetGripState(switchController, false);
}
if (Input.GetKeyDown(assignedKeys.interactionKeys.trigger))
{
VRSimulatorInputInterface.SetTriggerState(switchController, true);
}
else if (Input.GetKeyUp(assignedKeys.interactionKeys.trigger))
{
VRSimulatorInputInterface.SetTriggerState(switchController, false);
}
if (Input.GetKeyDown(assignedKeys.interactionKeys.primaryButton))
{
VRSimulatorInputInterface.SetPrimaryState(switchController, true);
}
else if (Input.GetKeyUp(assignedKeys.interactionKeys.primaryButton))
{
VRSimulatorInputInterface.SetPrimaryState(switchController, false);
}
if (Input.GetKeyDown(assignedKeys.interactionKeys.secondaryButton))
{
VRSimulatorInputInterface.SetSecondaryState(switchController, true);
}
else if (Input.GetKeyUp(assignedKeys.interactionKeys.secondaryButton))
{
VRSimulatorInputInterface.SetSecondaryState(switchController, false);
}
Vector2 stickValue = Vector2.zero;
if (Input.GetKey(assignedKeys.interactionKeys.stickUp))
{
stickValue.y += 1;
}
if (Input.GetKey(assignedKeys.interactionKeys.stickDown))
{
stickValue.y -= 1;
}
if (Input.GetKey(assignedKeys.interactionKeys.stickRight))
{
stickValue.x += 1;
}
if (Input.GetKey(assignedKeys.interactionKeys.stickLeft))
{
stickValue.x -= 1;
}
VRSimulatorInputInterface.SetPrimary2D(switchController, stickValue.normalized);
#endregion
#endif
}
