void m_Coord_OnDeviceFocus(VsDevice objDevice)
{
// Get handle to the Device
m_Dev = objDevice;
// Connect the IO control to the device. Only do this once.
m_IO.Connect(m_Dev);
// Create an event so that we see when IO on camera changes
// m_IO.IOTransition += new EventHandler<IOConnectionEventArgs>(m_IO_IOTransition);
// Initialize all IO to low, in this case Virtual 1
m_IO.PointWrite(VsIoType.Virtual, 0, false);
// Load our job from disk
m_Job.Load("C:\\Microscan\\Vscape\\Jobs\\test.avp");
// Get the first VisionSystemStep in the job
vs = m_Job.VisionSystemStep();
// Connect the VisionSystemStep to our device
vs.SelectSystem(m_Dev.Name);
//Now we can download to the device(vision system) and run the job on that device
m_Dev.Download(vs, true);
// Connect reports to the inspection on the device
m_RepCon1.Connect(DEVICENAME, 1, ReportConnection.ConnectOptions.DEFAULT);
// Make images part of the report
m_RepCon1.AddSnapBuffers((Visionscape.Steps.InspectionStep)m_Job.FindBySymName("Insp1"));
// Now start the device
m_Dev.StartAll();
}
public void ConnectReport()
{
try
{
if (allReport == null)
{
allReport = new ReportConnection();
allReport.NewReport += receivedReport_NewReport;
}
allReport.Connect(vsDevice);
allReport.DropWhenBusy = false;
allReport.FreezeMode = ReportConnection.FreezeModeOptions.SHOW_ALL;
allReport.DataRecordAdd("Snapshot1.BufOut");
if (ConnectionEventCallback != null)
{
ConnectionEventCallback.Invoke(Enum_ConnectionEvent.CONNECTED_REPORT, allReport);
}
}
catch (Exception ex)
{
throw new NotImplementedException(ex.Message);
}
}