/// <summary>
/// 返回相对于curPage的第offset页，offset可正可负
/// </summary>
/// <param name="offset"></param>
/// <param name="mode"></param>
/// <returns></returns>
public string RelativePage(int offset, FlippingMode mode = FlippingMode.changeCurPage)
{
if (mode == FlippingMode.changeCurPage)
{
return(pages[curPage += offset]);
}
else
{
return(pages[curPage + offset]);
}
}
public string GetFlippingModeName(FlippingMode flippingMode)
{
switch (flippingMode)
{
case FlippingMode.TouchOrSlide:
return(UISettings.SettingsPage_FlippingMode_TouchOrSlide);
case FlippingMode.Touch:
return(UISettings.SettingsPage_FlippingMode_Touch);
case FlippingMode.Slide:
return(UISettings.SettingsPage_FlippingMode_Slide);
}
throw new NotSupportedException();
}
/// <summary>
/// Here it receives the messages from the arduino sensor
/// </summary>
/// <param name="sender"></param>
/// <param name="e"></param>
public void UpdateMonitorReading(object sender, NotifyContextMonitorListenersEventArgs e)
{
if (e.Type != typeof(BoardUpdate))
return;
BoardUpdate boardInfo = (BoardUpdate)e.NewObject;
if (boardInfo.FlippingSide == FlippingMode.Unknown)
{
//It's comming from the actual board and needs the processing
}
if (ActualFlippingMode == boardInfo.FlippingSide)
return;
ActualFlippingMode = boardInfo.FlippingSide;
NotifyContextServices(this, new NotifyContextMonitorListenersEventArgs(typeof(FlippingMode), ActualFlippingMode));
}
public PageManipulatorBase CreateManipulator(FlippingStyle type, FlippingMode mode)
{
switch (type)
{
case FlippingStyle.None:
return new StaticDragPageManipulation(_panel, mode);
case FlippingStyle.Overlap:
return new OverlappingDragPageManipulation(_panel, mode);
case FlippingStyle.Shift:
return new ContinuousDragPageManipulation(_panel, mode);
default:
throw new NotSupportedException();
}
}
public PageManipulatorBase CreateManipulator(FlippingStyle type, FlippingMode mode)
{
switch (type)
{
case FlippingStyle.None:
return(new StaticDragPageManipulation(_panel, mode));
case FlippingStyle.Overlap:
return(new OverlappingDragPageManipulation(_panel, mode));
case FlippingStyle.Shift:
return(new ContinuousDragPageManipulation(_panel, mode));
default:
throw new NotSupportedException();
}
}
protected DragManipulationBase(ThreePagePanel bookView, FlippingMode mode)
: base(bookView, mode)
{
RegisterManipulations();
ResetTranslations();
}
public StaticDragPageManipulation(ThreePagePanel bookView, FlippingMode mode) : base(bookView, mode)
{
}
protected PageManipulatorBase(ThreePagePanel bookView, FlippingMode mode)
{
_bookView = bookView;
_mode = mode;
}
public StaticDragPageManipulation(ThreePagePanel bookView, FlippingMode mode) : base(bookView, mode)
{
}
public ContinuousDragPageManipulation(ThreePagePanel bookView, FlippingMode mode) : base(bookView, mode)
{
}
protected PageManipulatorBase(ThreePagePanel bookView, FlippingMode mode)
{
_bookView = bookView;
_mode = mode;
}
public string GetFlippingModeName(FlippingMode flippingMode)
{
switch (flippingMode)
{
case FlippingMode.TouchOrSlide:
return UISettings.SettingsPage_FlippingMode_TouchOrSlide;
case FlippingMode.Touch:
return UISettings.SettingsPage_FlippingMode_Touch;
case FlippingMode.Slide:
return UISettings.SettingsPage_FlippingMode_Slide;
}
throw new NotSupportedException();
}
public ContinuousDragPageManipulation(ThreePagePanel bookView, FlippingMode mode) : base(bookView, mode)
{
}
protected DragManipulationBase(ThreePagePanel bookView, FlippingMode mode)
: base(bookView, mode)
{
RegisterManipulations();
ResetTranslations();
}
private TPadApplicationDescriptor GetVisibleDescriptor(FlippingMode side)
{
TPadApplicationDescriptor descriptor = RunningApps.LastOrDefault(app =>
{
if (app.RunningSide != side)
return false;
if ((app.Instance as UserControl).Visibility != System.Windows.Visibility.Visible)
return false;
return true;
});
return descriptor;
}
public TPadApplicationDescriptor GetRunningDescriptor(Guid appUUID, FlippingMode side)
{
return RunningApps.LastOrDefault(app => app.AppUUID.Equals(appUUID) && app.RunningSide == side);
}
