// Read new hardware finger data
private void PollFingers()
{
// Update real fingers
if (LeanInput.GetTouchCount() > 0)
{
for (var i = 0; i < LeanInput.GetTouchCount(); i++)
{
int id; Vector2 position; float pressure; bool set;
LeanInput.GetTouch(i, out id, out position, out pressure, out set);
AddFinger(id, position, pressure, set);
}
}
// If there are no real touches, simulate some from the mouse?
else if (LeanInput.GetMouseExists() == true)
{
var mouseSet = false;
var mouseUp = false;
for (var i = 0; i < 5; i++)
{
mouseSet |= LeanInput.GetMousePressed(i);
mouseUp |= LeanInput.GetMouseUp(i);
}
if (mouseSet == true || mouseUp == true)
{
var mousePosition = LeanInput.GetMousePosition();
// Is the mouse within the screen?
//if (new Rect(0, 0, Screen.width, Screen.height).Contains(mousePosition) == true)
{
AddFinger(-1, mousePosition, 1.0f, mouseSet);
// Simulate pinch & twist?
if (SimulateMultiFingers == true && LeanInput.GetKeyboardExists() == true)
{
if (LeanInput.GetPressed(MovePivotKey) == true)
{
pivot.x = mousePosition.x / Screen.width;
pivot.y = mousePosition.y / Screen.height;
}
if (LeanInput.GetPressed(PinchTwistKey) == true)
{
var center = new Vector2(Screen.width * pivot.x, Screen.height * pivot.y);
AddFinger(-2, center - (mousePosition - center), 1.0f, mouseSet);
}
// Simulate multi drag?
else if (LeanInput.GetPressed(MultiDragKey) == true)
{
AddFinger(-2, mousePosition, 1.0f, mouseSet);
}
}
}
}
}
}
private void HandleSimulateFingers()
{
// Simulate pinch & twist?
if (LeanInput.GetMouseExists() == true && LeanInput.GetKeyboardExists() == true)
{
var mousePosition = LeanInput.GetMousePosition();
var mouseSet = false;
var mouseUp = false;
for (var i = 0; i < 5; i++)
{
mouseSet |= LeanInput.GetMousePressed(i);
mouseUp |= LeanInput.GetMouseUp(i);
}
if (mouseSet == true || mouseUp == true)
{
if (LeanInput.GetPressed(MovePivotKey) == true)
{
pivot.x = mousePosition.x / Screen.width;
pivot.y = mousePosition.y / Screen.height;
}
if (LeanInput.GetPressed(PinchTwistKey) == true)
{
var center = new Vector2(Screen.width * pivot.x, Screen.height * pivot.y);
cachedTouch.AddFinger(-2, center - (mousePosition - center), 1.0f, mouseSet);
}
// Simulate multi drag?
else if (LeanInput.GetPressed(MultiDragKey) == true)
{
cachedTouch.AddFinger(-2, mousePosition, 1.0f, mouseSet);
}
}
}
}
// Read new hardware finger data
private void PollFingers()
{
// Store all active fingers (these are later removed in AddFinger)
missingFingers.Clear();
for (var i = Fingers.Count - 1; i >= 0; i--)
{
missingFingers.Add(Fingers[i]);
}
// Update real fingers
if (LeanInput.GetTouchCount() > 0)
{
for (var i = 0; i < LeanInput.GetTouchCount(); i++)
{
int id; Vector2 position; float pressure; bool set;
LeanInput.GetTouch(i, out id, out position, out pressure, out set);
AddFinger(id, position, pressure, set);
}
}
// If there are no real touches, simulate some from the mouse?
else if (LeanInput.GetMouseExists() == true)
{
var mouseSet = false;
var mouseUp = false;
for (var i = 0; i < 5; i++)
{
mouseSet |= LeanInput.GetMousePressed(i);
mouseUp |= LeanInput.GetMouseUp(i);
}
if (mouseSet == true || mouseUp == true)
{
var mousePosition = LeanInput.GetMousePosition();
// Is the mouse within the screen?
//if (new Rect(0, 0, Screen.width, Screen.height).Contains(mousePosition) == true)
{
AddFinger(-1, mousePosition, 1.0f, mouseSet);
// Simulate pinch & twist?
if (SimulateMultiFingers == true && LeanInput.GetKeyboardExists() == true)
{
if (LeanInput.GetPressed(MovePivotKey) == true)
{
pivot.x = mousePosition.x / Screen.width;
pivot.y = mousePosition.y / Screen.height;
}
if (LeanInput.GetPressed(PinchTwistKey) == true)
{
var center = new Vector2(Screen.width * pivot.x, Screen.height * pivot.y);
AddFinger(-2, center - (mousePosition - center), 1.0f, mouseSet);
}
// Simulate multi drag?
else if (LeanInput.GetPressed(MultiDragKey) == true)
{
AddFinger(-2, mousePosition, 1.0f, mouseSet);
}
}
}
}
}
// Force missing fingers to go up (there normally shouldn't be any)
tempFingers.Clear();
tempFingers.AddRange(missingFingers);
foreach (var finger in tempFingers)
{
AddFinger(finger.Index, finger.ScreenPosition, finger.Pressure, false);
}
}