public WinInkRelativePointer(IVirtualScreen screen) : base(screen, 0x05, "WindowsInk")
{
WinInkButtonHandler.SetReport(Report);
WinInkButtonHandler.SetDevice(Device);
maxPoint = new Vector2(VirtualScreen.Width, VirtualScreen.Height);
currentPoint = maxPoint / 2;
}
protected TiledGame()
{
loader = new ModuleLoader();
loader.Load();
this.stateManager = loader.GetStateManager();
this.spriteDrawer = loader.GetDrawer();
this.spriteFontDawer = loader.GetFontDrawer();
this.inputManager = loader.GetInputManager();
this.virtualScreen = loader.GetVirtualScreen();
this.camera = loader.GetCamera();
this.contentLoader = loader.GetContentLoader();
}
public BasePointer(IVirtualScreen screen, byte ReportID, string Name)
{
Report = new T
{
ReportID = ReportID
};
VirtualScreen = screen;
Device = VMultiDevice.Retrieve(Name);
ScreenToVMulti = new Vector2(VirtualScreen.Width, VirtualScreen.Height) / 32767;
}
public BasePointer(IVirtualScreen screen, string Name)
{
ReportBuffer = GC.AllocateArray <byte>(Unsafe.SizeOf <T>(), pinned: true);
ReportPointer = (T *)Unsafe.AsPointer(ref ReportBuffer[0]);
T report = CreateReport();
*ReportPointer = report;
VirtualScreen = screen;
Device = VMultiDevice.Retrieve(Name);
ScreenToVMulti = new Vector2(VirtualScreen.Width, VirtualScreen.Height) / 32767;
}
public WindowsAbsolutePointer(IVirtualScreen virtualScreen)
{
timer = new System.Threading.Timer(
state => screenToVirtualDesktop = new Vector2(
virtualScreen.Width,
virtualScreen.Height
) / 65535,
null,
TimeSpan.Zero,
TimeSpan.FromSeconds(1)
);
screenToVirtualDesktop =
new Vector2(virtualScreen.Width, virtualScreen.Height) / 65535;
}
public unsafe EvdevAbsolutePointer(IVirtualScreen virtualScreen)
{
Device = new EvdevDevice("OpenTabletDriver Virtual Tablet");
Device.EnableType(EventType.EV_ABS);
var xAbs = new input_absinfo
{
maximum = (int)virtualScreen.Width
};
input_absinfo *xPtr = &xAbs;
Device.EnableCustomCode(EventType.EV_ABS, EventCode.ABS_X, (IntPtr)xPtr);
var yAbs = new input_absinfo
{
maximum = (int)virtualScreen.Height
};
input_absinfo *yPtr = &yAbs;
Device.EnableCustomCode(EventType.EV_ABS, EventCode.ABS_Y, (IntPtr)yPtr);
Device.EnableTypeCodes(
EventType.EV_KEY,
EventCode.BTN_LEFT,
EventCode.BTN_MIDDLE,
EventCode.BTN_RIGHT,
EventCode.BTN_FORWARD,
EventCode.BTN_BACK);
var result = Device.Initialize();
switch (result)
{
case ERRNO.NONE:
Log.Debug("Evdev", $"Successfully initialized virtual tablet. (code {result})");
break;
default:
Log.Write("Evdev", $"Failed to initialize virtual tablet. (error code {result})", LogLevel.Error);
break;
}
}
public unsafe EvdevVirtualTablet(IVirtualScreen virtualScreen)
{
Device = new EvdevDevice("OpenTabletDriver Virtual Artist Tablet");
Device.EnableType(EventType.INPUT_PROP_DIRECT);
Device.EnableType(EventType.EV_ABS);
screenScale = new Vector2(virtualScreen.Width, virtualScreen.Height);
var xAbs = new input_absinfo
{
maximum = Max,
resolution = 100
};
input_absinfo *xPtr = &xAbs;
Device.EnableCustomCode(EventType.EV_ABS, EventCode.ABS_X, (IntPtr)xPtr);
var yAbs = new input_absinfo
{
maximum = Max,
resolution = 100
};
input_absinfo *yPtr = &yAbs;
Device.EnableCustomCode(EventType.EV_ABS, EventCode.ABS_Y, (IntPtr)yPtr);
var pressure = new input_absinfo
{
maximum = MaxPressure
};
input_absinfo *pressurePtr = &pressure;
Device.EnableCustomCode(EventType.EV_ABS, EventCode.ABS_PRESSURE, (IntPtr)pressurePtr);
var xTilt = new input_absinfo
{
minimum = -64,
maximum = 63,
resolution = 57
};
input_absinfo *xTiltPtr = &xTilt;
Device.EnableCustomCode(EventType.EV_ABS, EventCode.ABS_TILT_X, (IntPtr)xTiltPtr);
var yTilt = new input_absinfo
{
minimum = -64,
maximum = 63,
resolution = 57
};
input_absinfo *yTiltPtr = &yTilt;
Device.EnableCustomCode(EventType.EV_ABS, EventCode.ABS_TILT_Y, (IntPtr)yTiltPtr);
Device.EnableTypeCodes(
EventType.EV_KEY,
EventCode.BTN_TOUCH,
EventCode.BTN_STYLUS,
EventCode.BTN_TOOL_PEN,
EventCode.BTN_TOOL_RUBBER,
EventCode.BTN_STYLUS2,
EventCode.BTN_STYLUS3
);
var result = Device.Initialize();
switch (result)
{
case ERRNO.NONE:
Log.Debug("Evdev", $"Successfully initialized virtual pressure sensitive tablet. (code {result})");
break;
default:
Log.Write("Evdev", $"Failed to initialize virtual pressure sensitive tablet. (error code {result})", LogLevel.Error);
break;
}
}
public VMultiRelativePointer(IVirtualScreen screen) : base(screen, "VMultiRel")
{
ButtonHandler.SetReport((VMultiReportHeader *)ReportPointer, ReportBuffer);
}
public WinInkAbsolutePointer(IVirtualScreen screen) : base(screen, 0x05, "WindowsInk")
{
WinInkButtonHandler.SetReport(Report);
WinInkButtonHandler.SetDevice(Device);
}
public VMultiRelativePointer(IVirtualScreen screen) : base(screen, 0x04, "VMultiRel")
{
ButtonHandler.SetReport(Report);
}
public VMultiAbsolutePointer(IVirtualScreen screen) : base(screen, 0x09, "VMultiAbs")
{
ButtonHandler.SetReport(Report);
}
public MacOSAbsolutePointer(IVirtualScreen virtualScreen)
: base(virtualScreen)
{
}
public MacOSRelativePointer(IVirtualScreen virtualScreen)
: base(virtualScreen)
{
}
public GameObjectsFactory(ISpritesFactory spritesFactory, IVirtualScreen virtualScreen)
{
this.spritesFactory = spritesFactory;
this.virtualScreen = virtualScreen;
}
protected MacOSVirtualMouse(IVirtualScreen virtualScreen)
{
var primary = virtualScreen.Displays.FirstOrDefault();
offset = new CGPoint(primary.Position.X, primary.Position.Y);
}
