private void InitializeFixtureNPointToNPoint()
{
try
{
#if (!_USE_BASLER_PYLON && !_USE_IMAGING_CONTROL)
txtExposure.Text = m_aAcqFifo.Exposure.ToString();
txtContrast.Text = m_aAcqFifo.Contrast.ToString();
txtBrightness.Text = m_aAcqFifo.Brightness.ToString();
#elif _USE_BASLER_PYLON
txtExposure.Text = ABaslerPylon.GetExposureTime(m_aPoint.m_strDevName).ToString();
txtContrast.Text = "";
txtBrightness.Text = "";
#elif _USE_IMAGING_CONTROL
txtExposure.Text = AImagingControl.m_rngpExposure.Value.ToString();
txtContrast.Text = "";
txtBrightness.Text = AImagingControl.m_rngpBrightness.Value.ToString();
#endif
}
catch
{
txtExposure.Text = "0.5";
txtContrast.Text = "0.5";
txtBrightness.Text = "0.5";
}
}
private void InitializeFindEllipse()
{
// 2014.03.27
m_IsInitializing = true;
m_aIni = new AIniFindEllipse(m_nType, m_nPoint, m_nToolIndex);
m_aIni.Read();
cmbCalibCase.SelectedItem = m_aIni.CalibCase;
try
{
#if (!_USE_BASLER_PYLON && !_USE_IMAGING_CONTROL)
txtExposure.Text = m_aAcqFifo.Exposure.ToString();
txtContrast.Text = m_aAcqFifo.Contrast.ToString();
txtBrightness.Text = m_aAcqFifo.Brightness.ToString();
#elif _USE_BASLER_PYLON
txtExposure.Text = ABaslerPylon.GetExposureTime(m_aPoint.m_strDevName).ToString();
txtContrast.Text = "";
txtBrightness.Text = "";
#elif _USE_IMAGING_CONTROL
txtExposure.Text = AImagingControl.m_rngpExposure.Value.ToString();
txtContrast.Text = "";
txtBrightness.Text = AImagingControl.m_rngpBrightness.Value.ToString();
#endif
}
catch
{
txtExposure.Text = "0.5";
txtContrast.Text = "0.5";
txtBrightness.Text = "0.5";
}
// 2014.03.27
m_IsInitializing = false;
}
private void InitializeCalibration()
{
if (m_aCalibNPointToNPoint.Calibrated == true)
{
// 2013.12.02
stslblStatus.Text = AUtil.GetXmlLanguage("Calibrated");
stslblStatus.ForeColor = Color.ForestGreen;
btnRun.Enabled = true;
}
txtPoint0X.Text = m_aCalibNPointToNPoint.m_pdRawX[0].ToString();
txtPoint0Y.Text = m_aCalibNPointToNPoint.m_pdRawY[0].ToString();
txtPoint1X.Text = m_aCalibNPointToNPoint.m_pdRawX[1].ToString();
txtPoint1Y.Text = m_aCalibNPointToNPoint.m_pdRawY[1].ToString();
txtPoint2X.Text = m_aCalibNPointToNPoint.m_pdRawX[2].ToString();
txtPoint2Y.Text = m_aCalibNPointToNPoint.m_pdRawY[2].ToString();
//btnLoadCalibImage_Click(null, null);
/*
* m_aCalibNPointToNPoint.GrabCalibrationImage(m_aDisplay);
* if (m_aCalibNPointToNPoint.Calibrate(m_aDisplay) == true)
* {
* stslblStatus.Text = "Calibrated!";
* stslblStatus.ForeColor = Color.ForestGreen;
* btnRun.Enabled = true;
* }
*/
try
{
#if (!_USE_BASLER_PYLON && !_USE_IMAGING_CONTROL)
txtExposure.Text = m_aAcqFifo.Exposure.ToString();
txtContrast.Text = m_aAcqFifo.Contrast.ToString();
txtBrightness.Text = m_aAcqFifo.Brightness.ToString();
#elif _USE_BASLER_PYLON
txtExposure.Text = ABaslerPylon.GetExposureTime(m_aPoint.m_strDevName).ToString();
txtContrast.Text = "";
txtBrightness.Text = "";
#elif _USE_IMAGING_CONTROL
txtExposure.Text = AImagingControl.m_rngpExposure.Value.ToString();
txtContrast.Text = "";
txtBrightness.Text = AImagingControl.m_rngpBrightness.Value.ToString();
#endif
}
catch
{
txtExposure.Text = "0.5";
txtContrast.Text = "0.5";
txtBrightness.Text = "0.5";
}
}
private void InitializeCalibration()
{
switch (m_aCalibCheckerboard.ComputationMode)
{
case CogCalibFixComputationModeConstants.Linear:
rdoLinear.Checked = true;
chkShowUndistort.Checked = false;
chkShowUndistort.Enabled = false;
break;
case CogCalibFixComputationModeConstants.PerspectiveAndRadialWarp:
rdoNonlinear.Checked = true;
chkShowUndistort.Enabled = true;
break;
}
switch (m_aCalibCheckerboard.Fiducial)
{
case CogCalibCheckerboardFiducialConstants.StandardRectangles:
chkMark.Checked = true;
break;
case CogCalibCheckerboardFiducialConstants.None:
chkMark.Checked = false;
break;
}
if (m_aCalibCheckerboard.Calibrated == true)
{
// 2013.12.02
stslblStatus.Text = AUtil.GetXmlLanguage("Calibrated");
stslblStatus.ForeColor = Color.ForestGreen;
}
chkSwap.Checked = m_aCalibCheckerboard.SwapHandedness;
txtSizeX.Text = m_aCalibCheckerboard.SizeX.ToString();
txtSizeY.Text = m_aCalibCheckerboard.SizeY.ToString();
numUpDnX.Value = (decimal)m_aCalibCheckerboard.OriginX;
numUpDnY.Value = (decimal)m_aCalibCheckerboard.OriginY;
numUpDnRotation.Value = (decimal)(m_aCalibCheckerboard.OriginRotation / Math.PI * 180);
/*
* btnLoadCalibImage_Click(null, null);
* m_aCalibCheckerboard.GrabCalibrationImage(m_aDisplay);
* if (m_aCalibCheckerboard.Calibrate(m_aDisplay, chkShowUndistort.Checked) == true)
* {
* m_aCalibCheckerboard.GetResultToList(lstvwResult);
* stslblStatus.Text = "Calibrated!";
* stslblStatus.ForeColor = Color.ForestGreen;
* }
*/
m_aCalibCheckerboard.CoordinateAxes_DraggingStopped += new ACalibCheckerboard.SendMes(CoordinateAxes_DraggingStopped);
try
{
#if (!_USE_BASLER_PYLON && !_USE_IMAGING_CONTROL)
txtExposure.Text = m_aAcqFifo.Exposure.ToString();
txtContrast.Text = m_aAcqFifo.Contrast.ToString();
txtBrightness.Text = m_aAcqFifo.Brightness.ToString();
#elif _USE_BASLER_PYLON
txtExposure.Text = ABaslerPylon.GetExposureTime(m_aPoint.m_strDevName).ToString();
txtContrast.Text = "";
txtBrightness.Text = "";
#elif _USE_IMAGING_CONTROL
txtExposure.Text = AImagingControl.m_rngpExposure.Value.ToString();
txtContrast.Text = "";
txtBrightness.Text = AImagingControl.m_rngpBrightness.Value.ToString();
#endif
}
catch
{
txtExposure.Text = "0.5";
txtContrast.Text = "0.5";
txtBrightness.Text = "0.5";
}
}