/// <summary>
/// Sends the events for controller visibility changes.
/// </summary>
private void SendControllerVisibilityEvents()
{
// Send event for new controllers that were added
foreach (uint newController in newControllers)
{
InputSourceEventArgs args = new InputSourceEventArgs(this, newController);
inputManager.RaiseSourceDetected(args.InputSource, args.SourceId);
}
// Send event for controllers that are no longer visible and remove them from our dictionary
foreach (uint existingController in controllerIdToData.Keys)
{
if (!currentControllers.Contains(existingController))
{
pendingControllerIdDeletes.Add(existingController);
InputSourceEventArgs args = new InputSourceEventArgs(this, existingController);
inputManager.RaiseSourceLost(args.InputSource, args.SourceId);
}
}
// Remove pending controller IDs
for (int i = 0; i < pendingControllerIdDeletes.Count; ++i)
{
controllerIdToData.Remove(pendingControllerIdDeletes[i]);
}
pendingControllerIdDeletes.Clear();
}
private void Update()
{
if (usingWiimote)// && !click_a)
{
Receive();
}
if (click_a)
{
// Manual implementation of a timeout--make sure a click isn't processed twice
//if (waitCount < 10) { Debug.Log("No click: " + waitCount); click_a = false; waitCount++; }
//else
//{
click_a = false;
waitCount = 0;
SourceClickEventArgs args = new SourceClickEventArgs(this, 0, 1); // manual tap count of 1
RaiseSourceClickedEvent(args);
//}
}
else if (press_b && send_b)
{
InputSourceEventArgs args = new InputSourceEventArgs(this, 0);
RaiseSourceDownEvent(args);
send_b = false;
}
else if (release_b)
{
release_b = false;
InputSourceEventArgs args = new InputSourceEventArgs(this, 0);
RaiseSourceUpEvent(args);
}
}
/// <summary>
/// Sends the events for source visibility changes.
/// </summary>
private void SendSourceVisibilityEvents()
{
// Send event for new sources that were added
foreach (uint newSource in newSources)
{
InputSourceEventArgs args = new InputSourceEventArgs(this, newSource);
RaiseSourceDetectedEvent(args);
}
// Send event for sources that are no longer visible and remove them from our dictionary
foreach (uint existingSource in sourceIdToData.Keys)
{
if (!currentSources.Contains(existingSource))
{
pendingSourceIdDeletes.Add(existingSource);
InputSourceEventArgs args = new InputSourceEventArgs(this, existingSource);
RaiseSourceLostEvent(args);
}
}
// Remove pending source IDs
for (int i = 0; i < pendingSourceIdDeletes.Count; ++i)
{
sourceIdToData.Remove(pendingSourceIdDeletes[i]);
}
pendingSourceIdDeletes.Clear();
}
public void RaiseSourceDetected(IInputSource source, uint sourceId)
{
// Manage list of detected sources
bool alreadyDetected = false;
InputSourceEventArgs args = new InputSourceEventArgs(source, sourceId);
for (int iDetected = 0; iDetected < detectedInputSources.Count; iDetected++)
{
if (detectedInputSources[iDetected].Matches(args))
{
alreadyDetected = true;
break;
}
}
if (!alreadyDetected)
{
detectedInputSources.Add(new InputSourceInfo(args));
}
// Create input event
sourceStateEventData.Initialize(source, sourceId);
// Pass handler through HandleEvent to perform modal/fallback logic
HandleEvent(sourceStateEventData, OnSourceDetectedEventHandler);
}
private void InputSource_SourceLost(object sender, InputSourceEventArgs e)
{
// Create input event
sourceStateEventData.Initialize(e.InputSource, e.SourceId);
// Pass handler through HandleEvent to perform modal/fallback logic
HandleEvent(sourceStateEventData, OnSourceLostEventHandler);
}
protected void RaiseSourceLostEvent(InputSourceEventArgs e)
{
EventHandler <InputSourceEventArgs> handler = SourceLost;
if (handler != null)
{
handler(this, e);
}
}
public SourceData(IInputSource inputSource, uint sourceId)
{
SourceId = sourceId;
HasPosition = false;
SourcePosition = Vector3.zero;
IsSourceDown = false;
IsSourceDownPending = false;
SourceStateChanged = false;
SourceStateUpdateTimer = -1;
InputSourceArgs = new InputSourceEventArgs(inputSource, sourceId);
}
public EditorHandData(IInputSource inputSource, uint handId)
{
HandId = handId;
HandPosition = Vector3.zero;
HandDelta = Vector3.zero;
IsFingerDown = false;
IsFingerDownPending = false;
FingerStateChanged = false;
FingerStateUpdateTimer = -1;
InputSourceArgs = new InputSourceEventArgs(inputSource, handId);
}
private void InputSource_SourceUp(object sender, InputSourceEventArgs e)
{
// Create input event
inputEventData.Initialize(e.InputSource, e.SourceId);
// Pass handler through HandleEvent to perform modal/fallback logic
HandleEvent(inputEventData, OnSourceUpEventHandler);
// UI events
if (ShouldSendUnityUiEvents)
{
PointerEventData unityUIPointerEvent = GazeManager.Instance.UnityUIPointerEvent;
HandleEvent(unityUIPointerEvent, ExecuteEvents.pointerUpHandler);
}
}
public void RaiseSourceLost(IInputSource source, uint sourceId)
{
InputSourceEventArgs args = new InputSourceEventArgs(source, sourceId);
// Manage list of detected sources
for (int iDetected = 0; iDetected < detectedInputSources.Count; iDetected++)
{
if (detectedInputSources[iDetected].Matches(args))
{
detectedInputSources.RemoveAt(iDetected);
break;
}
}
// Create input event
sourceStateEventData.Initialize(source, sourceId);
// Pass handler through HandleEvent to perform modal/fallback logic
HandleEvent(sourceStateEventData, OnSourceLostEventHandler);
}
private void InputSource_SourceDown(object sender, InputSourceEventArgs e)
{
// Create input event
inputEventData.Initialize(e.InputSource, e.SourceId);
// Pass handler through HandleEvent to perform modal/fallback logic
HandleEvent(inputEventData, OnSourceDownEventHandler);
// UI events
if (ShouldSendUnityUiEvents)
{
PointerEventData unityUiPointerEvent = GazeManager.Instance.UnityUIPointerEvent;
unityUiPointerEvent.eligibleForClick = true;
unityUiPointerEvent.delta = Vector2.zero;
unityUiPointerEvent.dragging = false;
unityUiPointerEvent.useDragThreshold = true;
unityUiPointerEvent.pressPosition = unityUiPointerEvent.position;
unityUiPointerEvent.pointerPressRaycast = unityUiPointerEvent.pointerCurrentRaycast;
HandleEvent(unityUiPointerEvent, ExecuteEvents.pointerDownHandler);
}
}
public SourceData(IInputSource inputSource, uint sourceId)
{
SourceId = sourceId;
HasPosition = false;
SourcePosition = Vector3.zero;
IsSourceDown = false;
IsSourceDownPending = false;
SourceStateChanged = false;
SourceStateUpdateTimer = -1;
InputSourceArgs = new InputSourceEventArgs(inputSource, sourceId);
}
/// <summary>
/// Sends the events for source visibility changes.
/// </summary>
private void SendSourceVisibilityEvents()
{
// Send event for new sources that were added
foreach (uint newSource in newSources)
{
InputSourceEventArgs args = new InputSourceEventArgs(this, newSource);
RaiseSourceDetectedEvent(args);
}
// Send event for sources that are no longer visible and remove them from our dictionary
foreach (uint existingSource in sourceIdToData.Keys)
{
if (!currentSources.Contains(existingSource))
{
pendingSourceIdDeletes.Add(existingSource);
InputSourceEventArgs args = new InputSourceEventArgs(this, existingSource);
RaiseSourceLostEvent(args);
}
}
// Remove pending source IDs
for (int i = 0; i < pendingSourceIdDeletes.Count; ++i)
{
sourceIdToData.Remove(pendingSourceIdDeletes[i]);
}
pendingSourceIdDeletes.Clear();
}
protected void RaiseSourceUpEvent(InputSourceEventArgs e)
{
EventHandler<InputSourceEventArgs> handler = SourceUp;
if (handler != null)
{
handler(this, e);
}
}
public EditorHandData(IInputSource inputSource, uint handId)
{
HandId = handId;
HandPosition = Vector3.zero;
HandDelta = Vector3.zero;
IsFingerDown = false;
IsFingerDownPending = false;
FingerStateChanged = false;
FingerStateUpdateTimer = -1;
InputSourceArgs = new InputSourceEventArgs(inputSource, handId);
}