bool _reconfigure(int pointer)
{
this._initialFocalPoint = this._currentFocalPoint;
this._initialSpan = this._currentSpan;
this._initialLine = this._currentLine;
this._initialHorizontalSpan = this._currentHorizontalSpan;
this._initialVerticalSpan = this._currentVerticalSpan;
if (this._state == _ScaleState.started)
{
if (this.onEnd != null)
{
VelocityTracker tracker = this._velocityTrackers[pointer];
D.assert(tracker != null);
Velocity velocity = tracker.getVelocity();
if (_ScaleGestureUtils._isFlingGesture(velocity))
{
Offset pixelsPerSecond = velocity.pixelsPerSecond;
if (pixelsPerSecond.distanceSquared >
Constants.kMaxFlingVelocity * Constants.kMaxFlingVelocity)
{
velocity = new Velocity(
pixelsPerSecond: (pixelsPerSecond / pixelsPerSecond.distance) *
Constants.kMaxFlingVelocity);
}
this.invokeCallback <object>("onEnd", () => {
this.onEnd(new ScaleEndDetails(velocity: velocity));
return(null);
});
}
else
{
this.invokeCallback <object>("onEnd", () => {
this.onEnd(new ScaleEndDetails(velocity: Velocity.zero));
return(null);
});
}
}
this._state = _ScaleState.accepted;
return(false);
}
return(true);
}
public void _up()
{
D.assert(_arenaEntry != null);
if (_client != null)
{
D.assert(pendingDelta == null);
DragEndDetails details = new DragEndDetails(velocity: _velocityTracker.getVelocity());
Drag client = _client;
_client = null;
client.end(details);
}
else
{
D.assert(pendingDelta != null);
_pendingDelta = null;
_lastPendingEventTimestamp = null;
}
}
