private void InvokeRecognitionEvent(GestureEventType eventType, InteractionSourceKind source, Ray headRay)
{
if (eventType != GestureEventType.RecognitionEnded)
{
if (eventType != GestureEventType.RecognitionStarted)
{
throw new ArgumentException("InvokeRecognitionEvent: Invalid GestureEventType");
}
}
else
{
RecognitionEndedEventDelegate recognitionEndedEvent = this.RecognitionEndedEvent;
if (recognitionEndedEvent != null)
{
recognitionEndedEvent(source, headRay);
}
return;
}
RecognitionStartedEventDelegate recognitionStartedEvent = this.RecognitionStartedEvent;
if (recognitionStartedEvent != null)
{
recognitionStartedEvent(source, headRay);
}
}
internal static void SendMouseClickEvent(GestureEventType mouseEvent)
{
var mouse = new MOUSEINPUT();
switch (mouseEvent)
{
case GestureEventType.MOUSE_LEFT_CLICK:
mouse.dwFlags = (uint)MouseFlag.LEFTDOWN;
SendMouseInput(mouse);
mouse.dwFlags = (uint)MouseFlag.LEFTUP;
SendMouseInput(mouse);
break;
case GestureEventType.MOUSE_MIDDLE_CLICK:
mouse.dwFlags = (uint)MouseFlag.MIDDLEDOWN;
SendMouseInput(mouse);
mouse.dwFlags = (uint)MouseFlag.MIDDLEUP;
SendMouseInput(mouse);
break;
case GestureEventType.MOUSE_RIGHT_CLICK:
mouse.dwFlags = (uint)MouseFlag.RIGHTDOWN;
SendMouseInput(mouse);
mouse.dwFlags = (uint)MouseFlag.RIGHTUP;
SendMouseInput(mouse);
break;
}
}
private void Awake()
{
TouchManager = new TouchManager(2);
TouchManager.RegisterGestureListener(this);
Input.simulateMouseWithTouches = true;
GestureType = GestureEventType.GESTURE_UNKNOWN;
}
public BaseGestureEvent()
{
mEventX = mEventY = 0;
mTouchCount = 1;
mEventType = GestureEventType.GESTURE_UNKNOWN;
mFloatParameter = 0.0f;
mIntParameter = 0;
}
public BaseGestureEvent(int x, int y, long time, int touchCount)
{
mEventX = x;
mEventY = y;
mEventTime = time;
mTouchCount = touchCount;
mEventType = GestureEventType.GESTURE_UNKNOWN;
mFloatParameter = 0.0f;
mIntParameter = 0;
}
public string MakeKeyboardCode(GestureEventType gestureEventType)
{
var result = "";
switch (gestureEventType)
{
case GestureEventType.NONE:
break;
case GestureEventType.SHIFT:
result += "+"; break;
case GestureEventType.CTRL:
result += "^"; break;
case GestureEventType.ALT:
result += "%"; break;
case GestureEventType.a:
case GestureEventType.b:
case GestureEventType.c:
case GestureEventType.d:
case GestureEventType.e:
case GestureEventType.f:
case GestureEventType.g:
case GestureEventType.h:
case GestureEventType.i:
case GestureEventType.j:
case GestureEventType.k:
case GestureEventType.l:
case GestureEventType.m:
case GestureEventType.n:
case GestureEventType.o:
case GestureEventType.p:
case GestureEventType.q:
case GestureEventType.r:
case GestureEventType.s:
case GestureEventType.t:
case GestureEventType.u:
case GestureEventType.v:
case GestureEventType.w:
case GestureEventType.x:
case GestureEventType.y:
case GestureEventType.z:
result += gestureEventType; break;
default:
result += "{" + gestureEventType + "}"; break;
}
return(result);
}
internal static void AddMouseRollEvent(GestureEventType mouseEvent, double percentage, ref MOUSEINPUT mouse)
{
var velocity = 0.15;
var sign = 1;
var middleDistance = (percentage - 0.5);
if (middleDistance < 0)
{
sign = -1;
}
var middleDistanceSquared = middleDistance * middleDistance * sign;
switch (mouseEvent)
{
case GestureEventType.MOUSE_X_ABSOLUTE:
var absoluteX = Math.Min((int)(percentage * 65535.0), 65535);
mouse.dx = absoluteX;
mouse.dwFlags |= (uint)MouseFlag.MOVE | (uint)MouseFlag.ABSOLUTE;
break;
case GestureEventType.MOUSE_Y_ABSOLUTE:
var absoluteY = Math.Min((int)(percentage * 65535.0), 65535);
mouse.dy = absoluteY;
mouse.dwFlags |= (uint)MouseFlag.MOVE | (uint)MouseFlag.ABSOLUTE;
break;
case GestureEventType.MOUSE_WHEEL:
// wheel data can be negative or positive
// on this implementation it varies from -100 to 100
var wheelMotion = (int)((percentage * 2 - 1.0) * 100);
mouse.mouseData = (uint)wheelMotion;
mouse.dwFlags |= (uint)MouseFlag.WHEEL;
break;
case GestureEventType.MOUSE_X_MOVE:
// middleDistance * middleDistance guarantees a stable behavior around the middle
var deltaX = (middleDistanceSquared * 65535.0) * velocity;
mouse.dx = Math.Max(0, Math.Min(65535, (int)(mouse.dx + deltaX)));
mouse.dwFlags |= (uint)MouseFlag.MOVE | (uint)MouseFlag.ABSOLUTE;
break;
case GestureEventType.MOUSE_Y_MOVE:
// middleDistance * middleDistance guarantees a stable behavior around the middle
var deltaY = (middleDistanceSquared * 65535.0) * velocity;
mouse.dy = Math.Max(0, Math.Min(65535, (int)(mouse.dy + deltaY)));
mouse.dwFlags |= (uint)MouseFlag.MOVE | (uint)MouseFlag.ABSOLUTE;
break;
}
}
private void InvokeNavigationEvent(GestureEventType eventType, InteractionSourceKind source, Vector3 relativePosition, Ray headRay)
{
switch (eventType)
{
case GestureEventType.NavigationCanceled:
{
NavigationCanceledEventDelegate navigationCanceledEvent = this.NavigationCanceledEvent;
if (navigationCanceledEvent != null)
{
navigationCanceledEvent(source, relativePosition, headRay);
}
break;
}
case GestureEventType.NavigationCompleted:
{
NavigationCompletedEventDelegate navigationCompletedEvent = this.NavigationCompletedEvent;
if (navigationCompletedEvent != null)
{
navigationCompletedEvent(source, relativePosition, headRay);
}
break;
}
case GestureEventType.NavigationStarted:
{
NavigationStartedEventDelegate navigationStartedEvent = this.NavigationStartedEvent;
if (navigationStartedEvent != null)
{
navigationStartedEvent(source, relativePosition, headRay);
}
break;
}
case GestureEventType.NavigationUpdated:
{
NavigationUpdatedEventDelegate navigationUpdatedEvent = this.NavigationUpdatedEvent;
if (navigationUpdatedEvent != null)
{
navigationUpdatedEvent(source, relativePosition, headRay);
}
break;
}
default:
throw new ArgumentException("InvokeNavigationEvent: Invalid GestureEventType");
}
}
public string MakeKeyboardCode(GestureEventType gestureEventType)
{
var result = "";
switch (gestureEventType)
{
case GestureEventType.NONE:
break;
case GestureEventType.SHIFT:
result += "+"; break;
case GestureEventType.CTRL:
result += "^"; break;
case GestureEventType.ALT:
result += "%"; break;
case GestureEventType.a:
case GestureEventType.b:
case GestureEventType.c:
case GestureEventType.d:
case GestureEventType.e:
case GestureEventType.f:
case GestureEventType.g:
case GestureEventType.h:
case GestureEventType.i:
case GestureEventType.j:
case GestureEventType.k:
case GestureEventType.l:
case GestureEventType.m:
case GestureEventType.n:
case GestureEventType.o:
case GestureEventType.p:
case GestureEventType.q:
case GestureEventType.r:
case GestureEventType.s:
case GestureEventType.t:
case GestureEventType.u:
case GestureEventType.v:
case GestureEventType.w:
case GestureEventType.x:
case GestureEventType.y:
case GestureEventType.z:
result += gestureEventType; break;
default:
result += "{" + gestureEventType + "}"; break;
}
return result;
}
private void InvokeHoldEvent(GestureEventType eventType, InteractionSourceKind source, Ray headRay)
{
switch (eventType)
{
case GestureEventType.HoldCanceled:
{
HoldCanceledEventDelegate holdCanceledEvent = this.HoldCanceledEvent;
if (holdCanceledEvent != null)
{
holdCanceledEvent(source, headRay);
}
break;
}
case GestureEventType.HoldCompleted:
{
HoldCompletedEventDelegate holdCompletedEvent = this.HoldCompletedEvent;
if (holdCompletedEvent != null)
{
holdCompletedEvent(source, headRay);
}
break;
}
case GestureEventType.HoldStarted:
{
HoldStartedEventDelegate holdStartedEvent = this.HoldStartedEvent;
if (holdStartedEvent != null)
{
holdStartedEvent(source, headRay);
}
break;
}
default:
throw new ArgumentException("InvokeHoldEvent: Invalid GestureEventType");
}
}
private void InvokeHoldEvent(GestureEventType eventType, InteractionSourceKind source, Ray headRay)
{
switch (eventType)
{
case GestureEventType.HoldCanceled:
{
HoldCanceledEventDelegate holdCanceledEvent = this.HoldCanceledEvent;
if (holdCanceledEvent != null)
{
holdCanceledEvent(source, headRay);
}
break;
}
case GestureEventType.HoldCompleted:
{
HoldCompletedEventDelegate holdCompletedEvent = this.HoldCompletedEvent;
if (holdCompletedEvent != null)
{
holdCompletedEvent(source, headRay);
}
break;
}
case GestureEventType.HoldStarted:
{
HoldStartedEventDelegate holdStartedEvent = this.HoldStartedEvent;
if (holdStartedEvent != null)
{
holdStartedEvent(source, headRay);
}
break;
}
default:
throw new ArgumentException("InvokeHoldEvent: Invalid GestureEventType");
}
}
private void InvokeNavigationEvent(GestureEventType eventType, InteractionSourceKind source, Vector3 relativePosition, Ray headRay)
{
switch (eventType)
{
case GestureEventType.NavigationCanceled:
{
NavigationCanceledEventDelegate navigationCanceledEvent = this.NavigationCanceledEvent;
if (navigationCanceledEvent != null)
{
navigationCanceledEvent(source, relativePosition, headRay);
}
break;
}
case GestureEventType.NavigationCompleted:
{
NavigationCompletedEventDelegate navigationCompletedEvent = this.NavigationCompletedEvent;
if (navigationCompletedEvent != null)
{
navigationCompletedEvent(source, relativePosition, headRay);
}
break;
}
case GestureEventType.NavigationStarted:
{
NavigationStartedEventDelegate navigationStartedEvent = this.NavigationStartedEvent;
if (navigationStartedEvent != null)
{
navigationStartedEvent(source, relativePosition, headRay);
}
break;
}
case GestureEventType.NavigationUpdated:
{
NavigationUpdatedEventDelegate navigationUpdatedEvent = this.NavigationUpdatedEvent;
if (navigationUpdatedEvent != null)
{
navigationUpdatedEvent(source, relativePosition, headRay);
}
break;
}
default:
throw new ArgumentException("InvokeNavigationEvent: Invalid GestureEventType");
}
}
private void InvokeRecognitionEvent(GestureEventType eventType, InteractionSourceKind source, Ray headRay)
{
if (eventType != GestureEventType.RecognitionEnded)
{
if (eventType != GestureEventType.RecognitionStarted)
{
throw new ArgumentException("InvokeRecognitionEvent: Invalid GestureEventType");
}
}
else
{
RecognitionEndedEventDelegate recognitionEndedEvent = this.RecognitionEndedEvent;
if (recognitionEndedEvent != null)
{
recognitionEndedEvent(source, headRay);
}
return;
}
RecognitionStartedEventDelegate recognitionStartedEvent = this.RecognitionStartedEvent;
if (recognitionStartedEvent != null)
{
recognitionStartedEvent(source, headRay);
}
}
internal static void AddMouseRollEvent(GestureEventType mouseEvent, double percentage, ref MOUSEINPUT mouse)
{
var velocity = 0.05;
var sign = 1;
var middleDistance = (percentage - 0.5);
if (middleDistance < 0) sign = -1;
var middleDistanceSquared = middleDistance * middleDistance * sign;
switch (mouseEvent)
{
case GestureEventType.MOUSE_X_ABSOLUTE:
var absoluteX = Math.Min((int)(percentage * 65535.0), 65535);
mouse.dx = absoluteX;
mouse.dwFlags |= (uint)MouseFlag.MOVE | (uint)MouseFlag.ABSOLUTE;
break;
case GestureEventType.MOUSE_Y_ABSOLUTE:
var absoluteY = Math.Min((int)(percentage * 65535.0), 65535);
mouse.dy = absoluteY;
mouse.dwFlags |= (uint)MouseFlag.MOVE | (uint)MouseFlag.ABSOLUTE;
break;
case GestureEventType.MOUSE_WHEEL:
// wheel data can be negative or positive
// on this implementation it varies from -100 to 100
var wheelMotion = (int)((percentage * 2 - 1.0) * 100);
mouse.mouseData = (uint)wheelMotion;
mouse.dwFlags |= (uint)MouseFlag.WHEEL;
break;
case GestureEventType.MOUSE_X_MOVE:
// middleDistance * middleDistance guarantees a stable behavior around the middle
var deltaX = (middleDistanceSquared * 65535.0) * velocity;
mouse.dx = Math.Max(0, Math.Min(65535, (int)(mouse.dx + deltaX)));
mouse.dwFlags |= (uint)MouseFlag.MOVE | (uint)MouseFlag.ABSOLUTE;
break;
case GestureEventType.MOUSE_Y_MOVE:
// middleDistance * middleDistance guarantees a stable behavior around the middle
var deltaY = (middleDistanceSquared * 65535.0) * velocity;
mouse.dy = Math.Max(0, Math.Min(65535, (int)(mouse.dy + deltaY)));
mouse.dwFlags |= (uint)MouseFlag.MOVE | (uint)MouseFlag.ABSOLUTE;
break;
}
}
public void GestureEvent(BaseGestureEvent gestureEvent)
{
GestureType = gestureEvent.GetEventType();
switch (gestureEvent.GetEventType())
{
case GestureEventType.GESTURE_TAP:
Debug.Log("GESTURE_TAP");
break;
case GestureEventType.GESTURE_DOUBLE_CLICK:
Debug.Log("GESTURE_DOUBLE_CLICK");
break;
case GestureEventType.GESTURE_LONG_TAP:
Debug.Log("GESTURE_LONG_TAP");
break;
case GestureEventType.GESTURE_BEGIN_MOVE:
Debug.Log("GESTURE_BEGIN_MOVE");
break;
case GestureEventType.GESTURE_MOVE:
Debug.Log("GESTURE_MOVE");
break;
case GestureEventType.GESTURE_END_MOVE:
Debug.Log("GESTURE_END_MOVE");
break;
case GestureEventType.GESTURE_DRAG:
Debug.Log("GESTURE_DRAG");
break;
case GestureEventType.GESTURE_DRAG_MOVE:
Debug.Log("GESTURE_DRAG_MOVE");
break;
case GestureEventType.GESTURE_DROP:
Debug.Log("GESTURE_DROP");
break;
case GestureEventType.GESTURE_ARC:
Debug.Log("GESTURE_ARC");
break;
case GestureEventType.GESTURE_PINCH:
Debug.Log("GESTURE_PINCH");
break;
case GestureEventType.GESTURE_SWIPE:
Debug.Log("GESTURE_SWIPE");
break;
case GestureEventType.GESTURE_ROTATE:
Debug.Log("GESTURE_ROTATE");
break;
case GestureEventType.GESTURE_UNKNOWN:
Debug.Log("GESTURE_UNKNOWN");
break;
default:
Debug.Log("wrong GESTURE");
break;
}
}
public GestureEvent(string part1String, string part2String, string trigger)
{
EventPart1 = (GestureEventType)Enum.Parse(typeof(GestureEventType), part1String);
EventPart2 = (GestureEventType)Enum.Parse(typeof(GestureEventType), part2String);
TriggerGestureName = trigger;
}
public GestureEvent()
{
EventPart1 = GestureEventType.NONE;
EventPart2 = GestureEventType.NONE;
TriggerGestureName = "anything";
}
internal static void SendMouseClickEvent(GestureEventType mouseEvent)
{
var mouse = new MOUSEINPUT();
switch (mouseEvent)
{
case GestureEventType.MOUSE_LEFT_CLICK:
mouse.dwFlags = (uint)MouseFlag.LEFTDOWN;
SendMouseInput(mouse);
mouse.dwFlags = (uint)MouseFlag.LEFTUP;
SendMouseInput(mouse);
break;
case GestureEventType.MOUSE_MIDDLE_CLICK:
mouse.dwFlags = (uint)MouseFlag.MIDDLEDOWN;
SendMouseInput(mouse);
mouse.dwFlags = (uint)MouseFlag.MIDDLEUP;
SendMouseInput(mouse);
break;
case GestureEventType.MOUSE_RIGHT_CLICK:
mouse.dwFlags = (uint)MouseFlag.RIGHTDOWN;
SendMouseInput(mouse);
mouse.dwFlags = (uint)MouseFlag.RIGHTUP;
SendMouseInput(mouse);
break;
}
}
