public ScreenMirror(Orchestrator orchestrator, INanoleafClient nanoleafClient, ScaleType scaleType, FlipType flipType)
{
_externalControlEndpoint = nanoleafClient.ExternalControlEndpoint;
_panelAreas = new List <Rectangle>();
_panelIds = new List <int>();
_deviceType = orchestrator.PanelLayout.DeviceType;
var screenBounds = ScreenBoundsHelper.GetScreenBounds(UserSettings.Settings.ScreenMirrorMonitorIndex);
var panels = orchestrator.PanelLayout.GetScaledPolygons(screenBounds.Width, screenBounds.Height, scaleType, flipType);
switch (_deviceType)
{
case DeviceType.Aurora:
LoadPanelsForTriangles(panels);
break;
case DeviceType.Canvas:
LoadPanelsForSquares(panels);
break;
case DeviceType.Shapes:
LoadPanelsForShapes(panels);
break;
default:
throw new NotImplementedException($"Screen mirror constructor for device of type {orchestrator.PanelLayout.DeviceType} not implemented");
}
}
public Ambilght(INanoleafClient nanoleafClient, Device device)
{
_nanoleafClient = nanoleafClient;
_screenBounds = new List <Rectangle> {
ScreenBoundsHelper.GetScreenBounds(UserSettings.Settings.ScreenMirrorMonitorIndex)
};
}
private readonly List <Rectangle> _captureArea; //A list since that is what the screengrabber expects as input
public Ambilght(INanoleafClient nanoleafClient)
{
_nanoleafClient = nanoleafClient;
var screenBounds = ScreenBoundsHelper.GetScreenBounds(UserSettings.Settings.ScreenMirrorMonitorIndex);
_captureArea = new List <Rectangle>
{
//Which area of the screenshot we need to look at, in the case of Ambilight, we need to look at the whole screenshot.
//So start at 0, 0 and then use the width and height of the screen being captured
new Rectangle(0, 0, screenBounds.Width, screenBounds.Height)
};
}
public ScreenMirrorVisualizationWindow(Device device, int monitorIndex, ScreenMirrorAlgorithm screenMirrorAlgorithm)
{
_screenMirrorAlgorithm = screenMirrorAlgorithm;
_device = device;
_screenBounds = ScreenBoundsHelper.GetScreenBounds(monitorIndex);
Width = _screenBounds.Width;
Height = _screenBounds.Height;
Left = _screenBounds.X;
Top = _screenBounds.Y;
InitializeComponent();
}
private readonly Rectangle _capturedBounds; //Simple rectangle that start at 0,0 and has width and height set to the rectangle size
public ScreenMirror(Device device, Orchestrator orchestrator, INanoleafClient nanoleafClient, ScaleType scaleType)
{
_nanoleafClient = nanoleafClient;
_externalControlEndpoint = _nanoleafClient.ExternalControlEndpoint;
_screenBounds = ScreenBoundsHelper.GetScreenBounds(device.ScreenMirrorMonitorIndex);
_panels = orchestrator.PanelLayout.GetScaledTriangles(_screenBounds.Width, _screenBounds.Height, scaleType);
//Set the rectangle size to 1/3th of the length of a side of the triangle. TODO: test what size is best
var triangle = _panels.FirstOrDefault().Polygon;
_rectangleSize = (int)Math.Floor(System.Windows.Point.Subtract(triangle.Points[0], triangle.Points[1]).Length / 3);
_capturedBounds = new Rectangle(0, 0, _rectangleSize, _rectangleSize);
}
public Ambilght(INanoleafClient nanoleafClient, Device device)
{
_nanoleafClient = nanoleafClient;
_controlBrightness = device.ScreenMirrorControlBrightness;
_screenBounds = ScreenBoundsHelper.GetScreenBounds(device.ScreenMirrorMonitorIndex);
}
private void DrawMonitors()
{
var monitorBounds = new List <System.Drawing.Rectangle>();
for (var i = 0; i < _monitorNames.Count; i++)
{
monitorBounds.Add(ScreenBoundsHelper.GetScreenBounds(i));
}
var minX = monitorBounds.Min(bounds => bounds.X);
var minY = monitorBounds.Min(bounds => bounds.Y);
//Normalize all X and Y coordinates such that the left most bottom monitor start at 0,0
for (var i = 0; i < monitorBounds.Count; i++)
{
var rectangle = monitorBounds[i];
var x = rectangle.X;
if (minX > 0)
{
x = rectangle.X - minX;
}
else if (minX < 0)
{
x = rectangle.X + Math.Abs(minX);
}
var y = rectangle.Y;
if (minY > 0)
{
y = rectangle.Y - minY;
}
else if (minY < 0)
{
y = rectangle.Y + Math.Abs(minY);
}
monitorBounds[i] = new System.Drawing.Rectangle(x, y, rectangle.Width, rectangle.Height);
}
var maxMonitorWidth = monitorBounds.Max(bounds => bounds.X + bounds.Width);
var maxMonitorHeight = monitorBounds.Max(bounds => bounds.Y + bounds.Height);
var scale = Math.Max(maxMonitorWidth / MonitorCanvas.Width, maxMonitorHeight / MonitorCanvas.Height);
for (var i = 0; i < monitorBounds.Count; i++)
{
//Draw a polygon in the shape of the monitor, scaled down
var polygon = new Polygon();
var scaledX = monitorBounds[i].X / scale;
var scaledY = monitorBounds[i].Y / scale;
var scaledXWidth = (monitorBounds[i].X + monitorBounds[i].Width) / scale;
var scaledYHeight = (monitorBounds[i].Y + monitorBounds[i].Height) / scale;
polygon.Points.Add(new System.Windows.Point(scaledX, scaledY)); //Left top
polygon.Points.Add(new System.Windows.Point(scaledX, scaledYHeight)); //Left bottom
polygon.Points.Add(new System.Windows.Point(scaledXWidth, scaledYHeight)); //Right bottom
polygon.Points.Add(new System.Windows.Point(scaledXWidth, scaledY)); //Right top
polygon.Stroke = Brushes.LightGray;
polygon.StrokeThickness = 3;
MonitorCanvas.Children.Add(polygon);
//Draw the number of the monitor
var textBlock = new TextBlock();
textBlock.Text = (i + 1).ToString(); //+ 1 since i starts at 0
textBlock.Foreground = Brushes.LightGray;
textBlock.FontSize = 20;
Canvas.SetLeft(textBlock, ((monitorBounds[i].X + (monitorBounds[i].Width / 2)) / scale) - 5); //-5 and -15 to position the numbers more to the center
Canvas.SetTop(textBlock, ((monitorBounds[i].Y + (monitorBounds[i].Height / 2)) / scale) - 15);
MonitorCanvas.Children.Add(textBlock);
}
}