public IdealMonitorRect(MonitorHelper.DisplayInfo monitorToWatch)
{
_monitorToWatch = monitorToWatch;
ScreenRectangle monitorRect = new ScreenRectangle(_monitorToWatch.WorkArea);
System.Drawing.Rectangle rMonitor = RecFromScreenRec(monitorRect);
_monitorRect = rMonitor;
_bestRect = rMonitor;
}
private static System.Drawing.Rectangle GetBestRectangleOfMonitor(MonitorHelper.DisplayInfo monitor, List <AppInfo> allApps)
{
bool isFirstRect = true;
System.Drawing.Rectangle boundingRec = new Rectangle();
ScreenRectangle monitorRect = new ScreenRectangle(monitor.WorkArea);
System.Drawing.Rectangle rMonitor = RecFromScreenRec(monitorRect);
System.Drawing.Rectangle rMonitor2 = new Rectangle(rMonitor.Left - 15, rMonitor.Top - 15, rMonitor.Width + 30, rMonitor.Height + 30);
foreach (var anApp in allApps)
{
//Is the app fully contained in the window
System.Drawing.Rectangle appRec = RecFromScreenRec(anApp.Rect);
if (IsMinAppSize(appRec))
{
if (rMonitor.Contains(appRec) || rMonitor2.Contains(appRec))
{
System.Diagnostics.Debug.WriteLine(anApp.AppName + "contained on Monitor");
if (isFirstRect)
{
boundingRec = appRec;
isFirstRect = false;
}
else
{
boundingRec = System.Drawing.Rectangle.Union(boundingRec, appRec);
}
}
}
}
if (!IsMinAppSize(boundingRec))
{
return(rMonitor);
}
return(boundingRec);
}
static int Main(
int MonitorIndex = 1
)
{
/* string text1 = File.ReadAllText(@"C:\data\dump\item6.txt");
* string text2 = File.ReadAllText(@"C:\data\dump\item7.txt");
*
* var ax = Embeddings.GetEmbeddingFromText(text1).GetAwaiter().GetResult();
* var ay = Embeddings.GetEmbeddingFromText(text2).GetAwaiter().GetResult();
* var distance = MathNet.Numerics.Distance.Cosine(ax.EmbeddingVector, ay.EmbeddingVector); */
ConfigureLogging();
Logger.Info("Startup");
Logger.Info("Monitor to use:" + MonitorIndex.ToString());
OcrHelperWindows.InitOCr();
bool result = SHCore.SetProcessDpiAwareness(SHCore.PROCESS_DPI_AWARENESS.Process_Per_Monitor_DPI_Aware);
var setDpiError = Marshal.GetLastWin32Error();
MonitorHelper h = new MonitorHelper();
var displays = h.GetDisplays();
Logger.Info("App assumes there are two monitors. # Displays detected:" + displays.Count.ToString());
if (MonitorIndex >= displays.Count)
{
MonitorIndex = 0;
Logger.Warn("fell back to monitoring Monitor 0");
}
_MonitorToWatch = displays[MonitorIndex];
IdealMonitorRectWorker = new IdealMonitorRect(_MonitorToWatch);
//Authenticate with MS Graph
Logger.Info("Preparing for OneNoteAuthentication");
OneNoteCapture.Init();
//Init which pages we'll use
Configurator.Init();
//Determine the screen to watch
Application.SetHighDpiMode(HighDpiMode.PerMonitorV2);
Application.EnableVisualStyles();
Application.SetCompatibleTextRenderingDefault(false);
_OaDisplayUx = new OaDisplayUx();
Logger.Info("Before Show Ux");
_OaDisplayUx.Show();
//Set up queue to deal with incoming events
lock (ActionQueue)
{
ActionQueue.Add(WorkItem.GetGenericWorkItem(WorkItemType.Kickoff));
}
//Capture screenshot
ScreenshotWorker screenShotworker = new ScreenshotWorker();
WorkerList.Add(screenShotworker);
//Cache image for history feature
ImageCacheWorker cacheWorker = new ImageCacheWorker();
CacheWorker = cacheWorker;
WorkerList.Add(cacheWorker);
//Motion Detection
MotionDetectionWorker = new MotionDetection();
WorkerList.Add(MotionDetectionWorker);
//Perform OCR to determine embeddings
//OcrWorker ocrWorker = new OcrWorker();
//WorkerList.Add(ocrWorker);
foreach (var worker in WorkerList)
{
Task.Run(() =>
{
worker.WorkerLoop();
});
}
Task.Run(() =>
{
while (true)
{
QueueCleaner.CleanQueue();
Thread.Sleep(100);
}
});
Task.Run(() =>
{
while (true)
{
IdealMonitorRectWorker.DetermineRect();
Thread.Sleep(2000);
}
});
//Thread myCaptureThread = new Thread(() => CaptureAndWorker.CaptureAndWrite(_OaDisplayUx));
//myCaptureThread.Start();
//Thread myShowNote = new Thread(() => ShowNoteWorker.ShowNotes());
//myShowNote.Start();
Application.Run();
//Console.ReadLine();
return(0);
}
