///
/// <summary>
/// Calculate distance in pixels for each inertial step and start deceleration timer</summary>
///
private void InitializeInertialMove(
)
{
int trackingTime;
trackingTime = (int)(m_p2time - m_p1time).TotalMilliseconds;
m_timer.Stop();
m_element.ReleaseMouseCapture();
m_timer.Interval = TimeSpan.FromMilliseconds(DECELERATION_INTERVAL);
m_timer.Start();
MovingScroll = this;
m_incrementX = ((m_p2.X - m_p1.X) / trackingTime) * DECELERATION_INTERVAL;
m_incrementY = ((m_p2.Y - m_p1.Y) / trackingTime) * DECELERATION_INTERVAL;
}
public void Release(
)
{
bool sendDragStop;
MovingScroll = null;
sendDragStop = (m_inertialDragging || m_manualDragging);
m_inertialDragging = false;
m_manualDragging = false;
m_element.ReleaseMouseCapture();
m_timer.Stop();
if (OnDragStop != null && sendDragStop)
{
OnDragStop(m_p2);
}
}
///
/// <summary>
/// Calculate distance in pixels for each inertial step and start deceleration timer</summary>
///
private void InitializeInertialMove(
)
{
int trackingTime;
trackingTime = (int) (m_p2time - m_p1time).TotalMilliseconds;
m_timer.Stop();
m_element.ReleaseMouseCapture();
m_timer.Interval = TimeSpan.FromMilliseconds(DECELERATION_INTERVAL);
m_timer.Start();
MovingScroll = this;
m_incrementX = ((m_p2.X - m_p1.X) / trackingTime) * DECELERATION_INTERVAL;
m_incrementY = ((m_p2.Y - m_p1.Y) / trackingTime) * DECELERATION_INTERVAL;
}
public void Release(
)
{
bool sendDragStop;
MovingScroll = null;
sendDragStop = (m_inertialDragging || m_manualDragging);
m_inertialDragging = false;
m_manualDragging = false;
m_element.ReleaseMouseCapture();
m_timer.Stop();
if (OnDragStop != null && sendDragStop)
{
OnDragStop(m_p2);
}
}