private void CheckMeasuredDistance(int distance)
{
if (detectorMode == DetectorMode.Waiting)
{
if (distance < DetectedDistance)
{
detectorMode = DetectorMode.Detecting;
detectionTime = DateTime.Now;
lowestDistance = distance;
arduinoPort.BaseStream.WriteByte(3);
}
}
else if (detectorMode == DetectorMode.Detecting)
{
if (distance < lowestDistance)
{
lowestDistance = distance;
}
TimeSpan dt = DateTime.Now - detectionTime;
if (dt.TotalMilliseconds > 1000)
{
//Console.WriteLine("{0}", lowestDistance);
Action <string> AddLine = AddToListBox;
listBox1.Invoke(AddLine, new object[] { lowestDistance.ToString() });
if (lowestDistance >= distanceGrantLow && lowestDistance <= distanceGrantHigh)
{
arduinoPort.BaseStream.WriteByte(1);
soundControls.PlayGranted();
}
else
{
arduinoPort.BaseStream.WriteByte(2);
soundControls.PlayDenied();
}
//Console.WriteLine("-----");
detectorMode = DetectorMode.Pause;
}
}
else
{
TimeSpan dt = DateTime.Now - detectionTime;
if (dt.TotalMilliseconds > 4000)
{
arduinoPort.BaseStream.WriteByte(0);
detectorMode = DetectorMode.Waiting;
}
}
}
public static string ToShortName(this DetectorMode detectorMode, DetectorType detectorType)
{
switch (detectorType)
{
case DetectorType.STEM3_GMode:
switch (detectorMode)
{
case DetectorMode.Custom:
return("Custom 1");
case DetectorMode.Custom2:
return("Custom 2");
case DetectorMode.Custom3:
return("Custom");
case DetectorMode.Custom4:
return("Custom 3");
case DetectorMode.Custom5:
return("Custom 4");
default:
return(GetDefaultShortName(detectorMode));
}
case DetectorType.CBS:
switch (detectorMode)
{
case DetectorMode.Custom:
return("Custom 1");
case DetectorMode.Custom2:
return("Custom 2");
default:
return(GetDefaultLongName(detectorMode));
}
default:
return(GetDefaultShortName(detectorMode));
}
}
public virtual void SetDetectorMode(int TraceNumber, DetectorMode ModeOfDetector)
{
}
private static string GetDefaultLongName(DetectorMode detectorMode)
{
switch (detectorMode)
{
case DetectorMode.SecondaryElectrons:
return "Secondary Electrons";
case DetectorMode.BackscatterElectrons:
return "Backscatter Electrons";
case DetectorMode.Custom:
return "Custom";
case DetectorMode.Custom2:
return "Custom 2";
case DetectorMode.Custom3:
return "Custom 3";
case DetectorMode.Custom4:
return "Custom 4";
case DetectorMode.Custom5:
return "Custom 5";
case DetectorMode.DownHoleVisibility:
return "Down-hole visibility";
case DetectorMode.ChargeNeutralization:
return "Charge Neutralization";
case DetectorMode.SecondaryIons:
return "Secondary Ions";
case DetectorMode.SegmentA:
return "Segment A";
case DetectorMode.SegmentB:
return "Segment B";
case DetectorMode.ZContrast:
return "Z Contrast";
case DetectorMode.Topography:
return "Topography";
case DetectorMode.AplusB:
return "A + B";
case DetectorMode.AminusB:
return "A - B";
case DetectorMode.BrightField:
return "Bright Field";
case DetectorMode.DarkField:
return "Dark Field";
case DetectorMode.DarkField1:
return "Dark Field 1";
case DetectorMode.DarkField2:
return "Dark Field 2";
case DetectorMode.DarkField3:
return "Dark Field 3";
case DetectorMode.DarkField4:
return "Dark Field 4";
case DetectorMode.Angular:
return "HAADF";
case DetectorMode.AngularPartial:
return "HADF Partial";
case DetectorMode.AngularPartialComplement:
return "HADF Partial Complement";
case DetectorMode.Mix:
return "Mix";
case DetectorMode.BeamDeceleration:
return "Deceleration Mode";
case DetectorMode.LowAngle:
return "Inner";
case DetectorMode.HighAngle:
return "Outer";
case DetectorMode.AnularA:
return "A";
case DetectorMode.AnularB:
return "B";
case DetectorMode.AnularC:
return "C";
case DetectorMode.AnularD:
return "D";
case DetectorMode.All:
return "All";
case DetectorMode.Scintillation:
return "Scintillation";
default:
return "$ERROR$";
}
}
private static string GetDefaultShortName(this DetectorMode detectorMode)
{
string shortName;
switch (detectorMode)
{
case DetectorMode.SecondaryElectrons:
shortName = "SE";
break;
case DetectorMode.BackscatterElectrons:
shortName = "BSE";
break;
case DetectorMode.Custom:
shortName = "Custom";
break;
case DetectorMode.Custom2:
shortName = "Custom";
break;
case DetectorMode.Custom3:
shortName = "Custom";
break;
case DetectorMode.Custom4:
shortName = "Custom";
break;
case DetectorMode.Custom5:
shortName = "Custom";
break;
case DetectorMode.DownHoleVisibility:
shortName = "DHV";
break;
case DetectorMode.ChargeNeutralization:
shortName = "CN";
break;
case DetectorMode.SecondaryIons:
shortName = "SI";
break;
case DetectorMode.SegmentA:
shortName = "A";
break;
case DetectorMode.SegmentB:
shortName = "B";
break;
case DetectorMode.ZContrast:
shortName = "Z Contrast";
break;
case DetectorMode.Topography:
shortName = "Topography";
break;
case DetectorMode.AplusB:
shortName = "A+B";
break;
case DetectorMode.AminusB:
shortName = "A-B";
break;
case DetectorMode.BrightField:
shortName = "Bright Field";
break;
case DetectorMode.DarkField:
shortName = "Dark Field";
break;
case DetectorMode.DarkField1:
shortName = "Dark Field 1";
break;
case DetectorMode.DarkField2:
shortName = "Dark Field 2";
break;
case DetectorMode.DarkField3:
shortName = "Dark Field 3";
break;
case DetectorMode.DarkField4:
shortName = "Dark Field 4";
break;
case DetectorMode.Angular:
shortName = "HAADF";
break;
case DetectorMode.AngularPartial:
shortName = "HADF-P";
break;
case DetectorMode.AngularPartialComplement:
shortName = "HADF-PC";
break;
case DetectorMode.Mix:
shortName = "Mix";
break;
case DetectorMode.BeamDeceleration:
shortName = "Dec. Mode";
break;
case DetectorMode.LowAngle:
shortName = "Inner";
break;
case DetectorMode.HighAngle:
shortName = "Outer";
break;
case DetectorMode.AnularA:
shortName = "A";
break;
case DetectorMode.AnularB:
shortName = "B";
break;
case DetectorMode.AnularC:
shortName = "C";
break;
case DetectorMode.AnularD:
shortName = "D";
break;
case DetectorMode.All:
shortName = "All";
break;
case DetectorMode.Scintillation:
shortName = "Scint";
break;
case DetectorMode.None:
shortName = "None";
break;
default:
shortName = "$ERROR$";
break;
}
return(shortName);
}
private static string GetDefaultLongName(DetectorMode detectorMode)
{
switch (detectorMode)
{
case DetectorMode.SecondaryElectrons:
return("Secondary Electrons");
case DetectorMode.BackscatterElectrons:
return("Backscatter Electrons");
case DetectorMode.Custom:
return("Custom");
case DetectorMode.Custom2:
return("Custom 2");
case DetectorMode.Custom3:
return("Custom 3");
case DetectorMode.Custom4:
return("Custom 4");
case DetectorMode.Custom5:
return("Custom 5");
case DetectorMode.DownHoleVisibility:
return("Down-hole visibility");
case DetectorMode.ChargeNeutralization:
return("Charge Neutralization");
case DetectorMode.SecondaryIons:
return("Secondary Ions");
case DetectorMode.SegmentA:
return("Segment A");
case DetectorMode.SegmentB:
return("Segment B");
case DetectorMode.ZContrast:
return("Z Contrast");
case DetectorMode.Topography:
return("Topography");
case DetectorMode.AplusB:
return("A + B");
case DetectorMode.AminusB:
return("A - B");
case DetectorMode.BrightField:
return("Bright Field");
case DetectorMode.DarkField:
return("Dark Field");
case DetectorMode.DarkField1:
return("Dark Field 1");
case DetectorMode.DarkField2:
return("Dark Field 2");
case DetectorMode.DarkField3:
return("Dark Field 3");
case DetectorMode.DarkField4:
return("Dark Field 4");
case DetectorMode.Angular:
return("HAADF");
case DetectorMode.AngularPartial:
return("HADF Partial");
case DetectorMode.AngularPartialComplement:
return("HADF Partial Complement");
case DetectorMode.Mix:
return("Mix");
case DetectorMode.BeamDeceleration:
return("Deceleration Mode");
case DetectorMode.LowAngle:
return("Inner");
case DetectorMode.HighAngle:
return("Outer");
case DetectorMode.AnularA:
return("A");
case DetectorMode.AnularB:
return("B");
case DetectorMode.AnularC:
return("C");
case DetectorMode.AnularD:
return("D");
case DetectorMode.All:
return("All");
case DetectorMode.Scintillation:
return("Scintillation");
default:
return("$ERROR$");
}
}
