public CamService(MainWindow mainWindow,
string parentGridName,
CamServiceWorkingMode mode = CamServiceWorkingMode.Work)
{
this.mode = mode;
this.mainWindow = mainWindow;
this.parentGridName = parentGridName;
logger = MainWindow.ServiceContainer.Resolve <Logger>();
drawService = MainWindow.ServiceContainer.Resolve <DrawService>();
configService = MainWindow.ServiceContainer.Resolve <ConfigService>();
measureService = new MeasureService(this);
var camIndex = -1;
switch (parentGridName)
{
case "Cam1Grid":
camNumber = 1;
setupPoint = new PointF(configService.Read <float>(SettingsType.Cam1X),
configService.Read <float>(SettingsType.Cam1Y));
camIndex = GetCamIndex(SettingsType.Cam1Id);
break;
case "Cam2Grid":
camNumber = 2;
setupPoint = new PointF(configService.Read <float>(SettingsType.Cam2X),
configService.Read <float>(SettingsType.Cam2Y));
camIndex = GetCamIndex(SettingsType.Cam2Id);
break;
case "Cam3Grid":
camNumber = 3;
setupPoint = new PointF(configService.Read <float>(SettingsType.Cam3X),
configService.Read <float>(SettingsType.Cam3Y));
camIndex = GetCamIndex(SettingsType.Cam3Id);
break;
case "Cam4Grid":
camNumber = 4;
setupPoint = new PointF(configService.Read <float>(SettingsType.Cam4X),
configService.Read <float>(SettingsType.Cam4Y));
camIndex = GetCamIndex(SettingsType.Cam4Id);
break;
}
resolutionWidth = configService.Read <int>(SettingsType.ResolutionWidth);
resolutionHeight = configService.Read <int>(SettingsType.ResolutionHeight);
movesExtraction = configService.Read <int>(SettingsType.MovesExtraction);
movesDart = configService.Read <int>(SettingsType.MovesDart);
movesNoise = configService.Read <int>(SettingsType.MovesNoise);
smoothGauss = configService.Read <int>(SettingsType.SmoothGauss);
toBullAngle = MeasureService.FindAngle(setupPoint, DrawService.projectionCenterPoint);
videoCapture = new VideoCapture(camIndex, VideoCapture.API.DShow);
videoCapture.SetCaptureProperty(CapProp.FrameWidth, resolutionWidth);
videoCapture.SetCaptureProperty(CapProp.FrameHeight, resolutionHeight);
GetSlidersData();
RefreshImageBoxes();
}
public void PrepareCamsAndTryCapture(CamServiceWorkingMode workingMode = CamServiceWorkingMode.Detection)
{
this.workingMode = workingMode;
cams = new List <CamService>();
var cam1Active = configService.Read <bool>(SettingsType.Cam1CheckBox) && !App.NoCams;
var cam2Active = configService.Read <bool>(SettingsType.Cam2CheckBox) && !App.NoCams;
var cam3Active = configService.Read <bool>(SettingsType.Cam3CheckBox) && !App.NoCams;
var cam4Active = configService.Read <bool>(SettingsType.Cam4CheckBox) && !App.NoCams;
if (cam1Active)
{
cams.Add(new CamService(mainWindow, mainWindow.Cam1Grid.Name, workingMode)); // todo extenstion method... or not
}
if (cam2Active)
{
cams.Add(new CamService(mainWindow, mainWindow.Cam2Grid.Name, workingMode));
}
if (cam3Active)
{
cams.Add(new CamService(mainWindow, mainWindow.Cam3Grid.Name, workingMode));
}
if (cam4Active)
{
cams.Add(new CamService(mainWindow, mainWindow.Cam4Grid.Name, workingMode));
}
cts = new CancellationTokenSource();
cancelToken = cts.Token;
extractionSleepTime = configService.Read <double>(SettingsType.ExtractionSleepTime);
thresholdSleepTime = configService.Read <double>(SettingsType.ThresholdSleepTime);
moveDetectedSleepTime = configService.Read <double>(SettingsType.MoveDetectedSleepTime);
withDetection = configService.Read <bool>(SettingsType.WithDetectionCheckBox) && !App.NoCams;
foreach (var cam in cams)
{
cam.TryQueryFrame();
}
}
