static public Calibrator GetCalibrator(CalibratorType type)
{
return(new CalibratorE());
#if false
switch (type)
{
case CalibratorType.A:
return(new CalibratorA());
case CalibratorType.B:
return(new CalibratorB());
case CalibratorType.C:
return(new CalibratorC());
case CalibratorType.D:
return(new CalibratorD());
case CalibratorType.E:
return(new CalibratorE());
default:
return(null);
}
#endif
}
public string cal_Description(CalibratorType calType)
{
return("Calibrator E");
#if false
switch (calType)
{
case CalibratorType.A:
return("Calibrator A");
case CalibratorType.B:
return("Calibrator B");
case CalibratorType.C:
return("Calibrator C");
case CalibratorType.D:
return("Calibrator D");
case CalibratorType.E:
return("Calibrator E");
default:
return(null);
}
#endif
}
public void ReadXml(XmlReader r, PointF scale, Size imageSize)
{
r.ReadStartElement();
while (r.NodeType == XmlNodeType.Element)
{
switch (r.Name)
{
case "CalibrationPlane":
calibratorType = CalibratorType.Plane;
calibrator = calibrationPlane;
calibrationPlane.ReadPlaneXml(r, scale);
ComputeCoordinateSystemGrid();
break;
case "CalibrationLine":
calibratorType = CalibratorType.Line;
//calibrator = calibrationLine;
calibrator = calibrationPlane;
calibrationPlane.ReadLineXml(r, scale);
//calibrationLine.ReadXml(r, scale);
break;
case "CalibrationDrawingId":
Guid result;
bool parsed = Guid.TryParse(r.ReadElementContentAsString(), out result);
if (parsed)
{
calibrationDrawingId = result;
}
break;
case "Unit":
lengthUnit = (LengthUnit)Enum.Parse(typeof(LengthUnit), r.ReadElementContentAsString());
break;
case "CameraCalibration":
DistortionParameters parameters = DistortionSerializer.Deserialize(r, imageSize);
distortionHelper.Initialize(parameters, imageSize);
break;
default:
string unparsed = r.ReadOuterXml();
log.DebugFormat("Unparsed content in KVA XML: {0}", unparsed);
break;
}
}
r.ReadEndElement();
AfterCalibrationChanged();
}
public void Reset()
{
SetOrigin(imageSize.Center());
calibratorType = CalibratorType.Line;
calibrationLine = new CalibrationLine();
calibrator = calibrationLine;
distortionHelper = new DistortionHelper();
lengthUnit = LengthUnit.Pixels;
speedUnit = SpeedUnit.PixelsPerSecond;
accelerationUnit = AccelerationUnit.PixelsPerSecondSquared;
ComputeCoordinateSystemGrid();
}
public void SetCalibratorFromType(CalibratorType type)
{
// Used by calibration dialogs to force a calibration method for further computations.
// Each time the user calibrates, we switch to the method he just used.
calibratorType = type;
switch (type)
{
case CalibratorType.Line:
calibrator = calibrationLine;
break;
case CalibratorType.Plane:
calibrator = calibrationPlane;
break;
}
}
public void Reset()
{
calibratorType = CalibratorType.Line;
calibrationPlane = new CalibrationPlane();
PointF center = imageSize.Center();
calibrationPlane.Initialize(100, center, new PointF(center.X + 100, center.Y), CalibrationAxis.LineHorizontal);
calibrator = calibrationPlane;
distortionHelper = new DistortionHelper();
lengthUnit = LengthUnit.Pixels;
ComputeCoordinateSystemGrid();
}
public void Reset()
{
calibratorType = CalibratorType.Line;
calibrationPlane = new CalibrationPlane();
PointF center = imageSize.Center();
calibrationPlane.Initialize(100, center, new PointF(center.X + 100, center.Y));
//SetOrigin(imageSize.Center());
calibrator = calibrationPlane;
distortionHelper = new DistortionHelper();
lengthUnit = LengthUnit.Pixels;
speedUnit = SpeedUnit.PixelsPerSecond;
accelerationUnit = AccelerationUnit.PixelsPerSecondSquared;
ComputeCoordinateSystemGrid();
}
public void SetCalibratorFromType(CalibratorType type)
{
// Used by calibration dialogs to force a calibration method for further computations.
// Each time the user calibrates, we switch to the method he just used.
calibratorType = type;
}
