private void ShowInfo()
{
Maticsoft.BLL.tblMultiFiber bll = new Maticsoft.BLL.tblMultiFiber();
Maticsoft.Model.tblMultiFiber model = bll.GetModel();
this.lblID.Text = model.ID.ToString();
this.lblScan_ID.Text = model.Scan_ID.ToString();
this.lblScanTime.Text = model.ScanTime.ToString();
this.lblUser_ID.Text = model.User_ID.ToString();
this.lblProductID.Text = model.ProductID;
this.lblConnectorID.Text = model.ConnectorID;
this.lblLightMode.Text = model.LightMode;
this.lblDataSource.Text = model.DataSource;
this.lblMicroscope.Text = model.Microscope;
this.lblDataFilePath.Text = model.DataFilePath;
this.lblFiberCount.Text = model.FiberCount.ToString();
this.lblFiberPitch.Text = model.FiberPitch.ToString();
this.lblFibersPerRow.Text = model.FibersPerRow.ToString();
this.lblFiberRowPitch.Text = model.FiberRowPitch.ToString();
this.lblRowsVerticalOffset.Text = model.RowsVerticalOffset.ToString();
this.lblFiberCaptureShape.Text = model.FiberCaptureShape;
this.lblShape.Text = model.Shape;
this.lblFiberDiameter.Text = model.FiberDiameter.ToString();
this.lblFerruleType.Text = model.FerruleType;
this.lblFerruleCount.Text = model.FerruleCount.ToString();
this.lblGuideStructureType.Text = model.GuideStructureType;
this.lblGuideStructurePitch.Text = model.GuideStructurePitch.ToString();
this.lblNominalYAngle.Text = model.NominalYAngle.ToString();
this.lblConnectorType.Text = model.ConnectorType;
this.lblScanSegmentsNmb.Text = model.ScanSegmentsNmb.ToString();
this.lblROI_width.Text = model.ROI_width.ToString();
this.lblROI_height.Text = model.ROI_height.ToString();
this.lblAvgDiameter.Text = model.AvgDiameter.ToString();
this.lblExtractingDiameter.Text = model.ExtractingDiameter.ToString();
this.lblMinModulation.Text = model.MinModulation.ToString();
this.lblTopPixRemove.Text = model.TopPixRemove.ToString();
this.lblTopPixLeft.Text = model.TopPixLeft.ToString();
this.lblSampleType.Text = model.SampleType;
this.lblMultimode.Text = model.Multimode.ToString();
this.lblMeasurementConfig.Text = model.MeasurementConfig;
this.lblPassFail.Text = model.PassFail.ToString();
this.lblMaxFibDiffH.Text = model.MaxFibDiffH.ToString();
this.lblMaxFibDiffH_min.Text = model.MaxFibDiffH_min.ToString();
this.lblMaxFibDiffH_max.Text = model.MaxFibDiffH_max.ToString();
this.lblMaxFibDiffH_Pass.Text = model.MaxFibDiffH_Pass;
this.lblMaxFibDiffAdjH.Text = model.MaxFibDiffAdjH.ToString();
this.lblMaxFibDiffAdjH_min.Text = model.MaxFibDiffAdjH_min.ToString();
this.lblMaxFibDiffAdjH_max.Text = model.MaxFibDiffAdjH_max.ToString();
this.lblMaxFibDiffAdjH_Pass.Text = model.MaxFibDiffAdjH_Pass;
this.lblMaxCoreDip.Text = model.MaxCoreDip.ToString();
this.lblMaxCoreDip_min.Text = model.MaxCoreDip_min.ToString();
this.lblMaxCoreDip_max.Text = model.MaxCoreDip_max.ToString();
this.lblMaxCoreDip_Pass.Text = model.MaxCoreDip_Pass;
this.lblROC_X.Text = model.ROC_X.ToString();
this.lblROC_X_min.Text = model.ROC_X_min.ToString();
this.lblROC_X_max.Text = model.ROC_X_max.ToString();
this.lblROC_X_Pass.Text = model.ROC_X_Pass;
this.lblROC_Y.Text = model.ROC_Y.ToString();
this.lblROC_Y_min.Text = model.ROC_Y_min.ToString();
this.lblROC_Y_max.Text = model.ROC_Y_max.ToString();
this.lblROC_Y_Pass.Text = model.ROC_Y_Pass;
this.lblXEndFaceAngle.Text = model.XEndFaceAngle.ToString();
this.lblXEndFaceAngle_min.Text = model.XEndFaceAngle_min.ToString();
this.lblXEndFaceAngle_max.Text = model.XEndFaceAngle_max.ToString();
this.lblXEndFaceAngle_Pass.Text = model.XEndFaceAngle_Pass;
this.lblYEndFaceAngle.Text = model.YEndFaceAngle.ToString();
this.lblYEndFaceAngle_min.Text = model.YEndFaceAngle_min.ToString();
this.lblYEndFaceAngle_max.Text = model.YEndFaceAngle_max.ToString();
this.lblYEndFaceAngle_Pass.Text = model.YEndFaceAngle_Pass;
this.lblFlatnessDeviation.Text = model.FlatnessDeviation.ToString();
this.lblFlatnessDeviation_min.Text = model.FlatnessDeviation_min.ToString();
this.lblFlatnessDeviation_max.Text = model.FlatnessDeviation_max.ToString();
this.lblFlatnessDeviation_Pass.Text = model.FlatnessDeviation_Pass;
this.lblFiberProtrusion_min.Text = model.FiberProtrusion_min.ToString();
this.lblFiberProtrusion_max.Text = model.FiberProtrusion_max.ToString();
this.lblFiberProtrusion_Pass.Text = model.FiberProtrusion_Pass;
this.lblFiberROC_min.Text = model.FiberROC_min.ToString();
this.lblFiberROC_max.Text = model.FiberROC_max.ToString();
this.lblFiberROC_Pass.Text = model.FiberROC_Pass;
this.lblFiberHeight.Text = model.FiberHeight.ToString();
this.lblFiberCoreDip.Text = model.FiberCoreDip.ToString();
this.lblFiberROC.Text = model.FiberROC.ToString();
this.lblTestPassed.Text = model.TestPassed;
this.lblFibArrayXAng.Text = model.FibArrayXAng.ToString();
this.lblFibArrayXAng_min.Text = model.FibArrayXAng_min.ToString();
this.lblFibArrayXAng_max.Text = model.FibArrayXAng_max.ToString();
this.lblFibArrayXAng_Pass.Text = model.FibArrayXAng_Pass;
this.lblFibArrayYAng.Text = model.FibArrayYAng.ToString();
this.lblFibArrayYAng_min.Text = model.FibArrayYAng_min.ToString();
this.lblFibArrayYAng_max.Text = model.FibArrayYAng_max.ToString();
this.lblFibArrayYAng_Pass.Text = model.FibArrayYAng_Pass;
this.lblCoplanarity.Text = model.Coplanarity.ToString();
this.lblCoplanarity_min.Text = model.Coplanarity_min.ToString();
this.lblCoplanarity_max.Text = model.Coplanarity_max.ToString();
this.lblCoplanarity_Pass.Text = model.Coplanarity_Pass;
this.lblMinusCoplanarity.Text = model.MinusCoplanarity.ToString();
this.lblMinusCoplanarity_min.Text = model.MinusCoplanarity_min.ToString();
this.lblMinusCoplanarity_max.Text = model.MinusCoplanarity_max.ToString();
this.lblMinusCoplanarity_Pass.Text = model.MinusCoplanarity_Pass;
}
public void btnSave_Click(object sender, EventArgs e)
{
string strErr = "";
if (!PageValidate.IsNumber(txtID.Text))
{
strErr += "ID格式错误！\\n";
}
if (!PageValidate.IsNumber(txtScan_ID.Text))
{
strErr += "Scan_ID格式错误！\\n";
}
if (!PageValidate.IsDateTime(txtScanTime.Text))
{
strErr += "ScanTime格式错误！\\n";
}
if (!PageValidate.IsNumber(txtUser_ID.Text))
{
strErr += "User_ID格式错误！\\n";
}
if (this.txtProductID.Text.Trim().Length == 0)
{
strErr += "ProductID不能为空！\\n";
}
if (this.txtConnectorID.Text.Trim().Length == 0)
{
strErr += "ConnectorID不能为空！\\n";
}
if (this.txtLightMode.Text.Trim().Length == 0)
{
strErr += "LightMode不能为空！\\n";
}
if (this.txtDataSource.Text.Trim().Length == 0)
{
strErr += "DataSource不能为空！\\n";
}
if (this.txtMicroscope.Text.Trim().Length == 0)
{
strErr += "Microscope不能为空！\\n";
}
if (this.txtDataFilePath.Text.Trim().Length == 0)
{
strErr += "DataFilePath不能为空！\\n";
}
if (!PageValidate.IsNumber(txtFiberCount.Text))
{
strErr += "FiberCount格式错误！\\n";
}
if (!PageValidate.IsDecimal(txtFiberPitch.Text))
{
strErr += "FiberPitch格式错误！\\n";
}
if (!PageValidate.IsNumber(txtFibersPerRow.Text))
{
strErr += "FibersPerRow格式错误！\\n";
}
if (!PageValidate.IsDecimal(txtFiberRowPitch.Text))
{
strErr += "FiberRowPitch格式错误！\\n";
}
if (!PageValidate.IsDecimal(txtRowsVerticalOffset.Text))
{
strErr += "RowsVerticalOffset格式错误！\\n";
}
if (this.txtFiberCaptureShape.Text.Trim().Length == 0)
{
strErr += "FiberCaptureShape不能为空！\\n";
}
if (this.txtShape.Text.Trim().Length == 0)
{
strErr += "Shape不能为空！\\n";
}
if (!PageValidate.IsDecimal(txtFiberDiameter.Text))
{
strErr += "FiberDiameter格式错误！\\n";
}
if (this.txtFerruleType.Text.Trim().Length == 0)
{
strErr += "FerruleType不能为空！\\n";
}
if (!PageValidate.IsNumber(txtFerruleCount.Text))
{
strErr += "FerruleCount格式错误！\\n";
}
if (this.txtGuideStructureType.Text.Trim().Length == 0)
{
strErr += "GuideStructureType不能为空！\\n";
}
if (!PageValidate.IsDecimal(txtGuideStructurePitch.Text))
{
strErr += "GuideStructurePitch格式错误！\\n";
}
if (!PageValidate.IsDecimal(txtNominalYAngle.Text))
{
strErr += "NominalYAngle格式错误！\\n";
}
if (this.txtConnectorType.Text.Trim().Length == 0)
{
strErr += "ConnectorType不能为空！\\n";
}
if (!PageValidate.IsNumber(txtScanSegmentsNmb.Text))
{
strErr += "ScanSegmentsNmb格式错误！\\n";
}
if (!PageValidate.IsDecimal(txtROI_width.Text))
{
strErr += "ROI_width格式错误！\\n";
}
if (!PageValidate.IsDecimal(txtROI_height.Text))
{
strErr += "ROI_height格式错误！\\n";
}
if (!PageValidate.IsDecimal(txtAvgDiameter.Text))
{
strErr += "AvgDiameter格式错误！\\n";
}
if (!PageValidate.IsDecimal(txtExtractingDiameter.Text))
{
strErr += "ExtractingDiameter格式错误！\\n";
}
if (!PageValidate.IsNumber(txtMinModulation.Text))
{
strErr += "MinModulation格式错误！\\n";
}
if (!PageValidate.IsNumber(txtTopPixRemove.Text))
{
strErr += "TopPixRemove格式错误！\\n";
}
if (!PageValidate.IsNumber(txtTopPixLeft.Text))
{
strErr += "TopPixLeft格式错误！\\n";
}
if (this.txtSampleType.Text.Trim().Length == 0)
{
strErr += "SampleType不能为空！\\n";
}
if (!PageValidate.IsNumber(txtMultimode.Text))
{
strErr += "Multimode格式错误！\\n";
}
if (this.txtMeasurementConfig.Text.Trim().Length == 0)
{
strErr += "MeasurementConfig不能为空！\\n";
}
if (!PageValidate.IsNumber(txtPassFail.Text))
{
strErr += "PassFail格式错误！\\n";
}
if (!PageValidate.IsDecimal(txtMaxFibDiffH.Text))
{
strErr += "MaxFibDiffH格式错误！\\n";
}
if (!PageValidate.IsDecimal(txtMaxFibDiffH_min.Text))
{
strErr += "MaxFibDiffH_min格式错误！\\n";
}
if (!PageValidate.IsDecimal(txtMaxFibDiffH_max.Text))
{
strErr += "MaxFibDiffH_max格式错误！\\n";
}
if (this.txtMaxFibDiffH_Pass.Text.Trim().Length == 0)
{
strErr += "MaxFibDiffH_Pass不能为空！\\n";
}
if (!PageValidate.IsDecimal(txtMaxFibDiffAdjH.Text))
{
strErr += "MaxFibDiffAdjH格式错误！\\n";
}
if (!PageValidate.IsDecimal(txtMaxFibDiffAdjH_min.Text))
{
strErr += "MaxFibDiffAdjH_min格式错误！\\n";
}
if (!PageValidate.IsDecimal(txtMaxFibDiffAdjH_max.Text))
{
strErr += "MaxFibDiffAdjH_max格式错误！\\n";
}
if (this.txtMaxFibDiffAdjH_Pass.Text.Trim().Length == 0)
{
strErr += "MaxFibDiffAdjH_Pass不能为空！\\n";
}
if (!PageValidate.IsDecimal(txtMaxCoreDip.Text))
{
strErr += "MaxCoreDip格式错误！\\n";
}
if (!PageValidate.IsDecimal(txtMaxCoreDip_min.Text))
{
strErr += "MaxCoreDip_min格式错误！\\n";
}
if (!PageValidate.IsDecimal(txtMaxCoreDip_max.Text))
{
strErr += "MaxCoreDip_max格式错误！\\n";
}
if (this.txtMaxCoreDip_Pass.Text.Trim().Length == 0)
{
strErr += "MaxCoreDip_Pass不能为空！\\n";
}
if (!PageValidate.IsDecimal(txtROC_X.Text))
{
strErr += "ROC_X格式错误！\\n";
}
if (!PageValidate.IsDecimal(txtROC_X_min.Text))
{
strErr += "ROC_X_min格式错误！\\n";
}
if (!PageValidate.IsDecimal(txtROC_X_max.Text))
{
strErr += "ROC_X_max格式错误！\\n";
}
if (this.txtROC_X_Pass.Text.Trim().Length == 0)
{
strErr += "ROC_X_Pass不能为空！\\n";
}
if (!PageValidate.IsDecimal(txtROC_Y.Text))
{
strErr += "ROC_Y格式错误！\\n";
}
if (!PageValidate.IsDecimal(txtROC_Y_min.Text))
{
strErr += "ROC_Y_min格式错误！\\n";
}
if (!PageValidate.IsDecimal(txtROC_Y_max.Text))
{
strErr += "ROC_Y_max格式错误！\\n";
}
if (this.txtROC_Y_Pass.Text.Trim().Length == 0)
{
strErr += "ROC_Y_Pass不能为空！\\n";
}
if (!PageValidate.IsDecimal(txtXEndFaceAngle.Text))
{
strErr += "XEndFaceAngle格式错误！\\n";
}
if (!PageValidate.IsDecimal(txtXEndFaceAngle_min.Text))
{
strErr += "XEndFaceAngle_min格式错误！\\n";
}
if (!PageValidate.IsDecimal(txtXEndFaceAngle_max.Text))
{
strErr += "XEndFaceAngle_max格式错误！\\n";
}
if (this.txtXEndFaceAngle_Pass.Text.Trim().Length == 0)
{
strErr += "XEndFaceAngle_Pass不能为空！\\n";
}
if (!PageValidate.IsDecimal(txtYEndFaceAngle.Text))
{
strErr += "YEndFaceAngle格式错误！\\n";
}
if (!PageValidate.IsDecimal(txtYEndFaceAngle_min.Text))
{
strErr += "YEndFaceAngle_min格式错误！\\n";
}
if (!PageValidate.IsDecimal(txtYEndFaceAngle_max.Text))
{
strErr += "YEndFaceAngle_max格式错误！\\n";
}
if (this.txtYEndFaceAngle_Pass.Text.Trim().Length == 0)
{
strErr += "YEndFaceAngle_Pass不能为空！\\n";
}
if (!PageValidate.IsDecimal(txtFlatnessDeviation.Text))
{
strErr += "FlatnessDeviation格式错误！\\n";
}
if (!PageValidate.IsDecimal(txtFlatnessDeviation_min.Text))
{
strErr += "FlatnessDeviation_min格式错误！\\n";
}
if (!PageValidate.IsDecimal(txtFlatnessDeviation_max.Text))
{
strErr += "FlatnessDeviation_max格式错误！\\n";
}
if (this.txtFlatnessDeviation_Pass.Text.Trim().Length == 0)
{
strErr += "FlatnessDeviation_Pass不能为空！\\n";
}
if (!PageValidate.IsDecimal(txtFiberProtrusion_min.Text))
{
strErr += "FiberProtrusion_min格式错误！\\n";
}
if (!PageValidate.IsDecimal(txtFiberProtrusion_max.Text))
{
strErr += "FiberProtrusion_max格式错误！\\n";
}
if (this.txtFiberProtrusion_Pass.Text.Trim().Length == 0)
{
strErr += "FiberProtrusion_Pass不能为空！\\n";
}
if (!PageValidate.IsDecimal(txtFiberROC_min.Text))
{
strErr += "FiberROC_min格式错误！\\n";
}
if (!PageValidate.IsDecimal(txtFiberROC_max.Text))
{
strErr += "FiberROC_max格式错误！\\n";
}
if (this.txtFiberROC_Pass.Text.Trim().Length == 0)
{
strErr += "FiberROC_Pass不能为空！\\n";
}
if (this.txtTestPassed.Text.Trim().Length == 0)
{
strErr += "TestPassed不能为空！\\n";
}
if (!PageValidate.IsDecimal(txtFibArrayXAng.Text))
{
strErr += "FibArrayXAng格式错误！\\n";
}
if (!PageValidate.IsDecimal(txtFibArrayXAng_min.Text))
{
strErr += "FibArrayXAng_min格式错误！\\n";
}
if (!PageValidate.IsDecimal(txtFibArrayXAng_max.Text))
{
strErr += "FibArrayXAng_max格式错误！\\n";
}
if (this.txtFibArrayXAng_Pass.Text.Trim().Length == 0)
{
strErr += "FibArrayXAng_Pass不能为空！\\n";
}
if (!PageValidate.IsDecimal(txtFibArrayYAng.Text))
{
strErr += "FibArrayYAng格式错误！\\n";
}
if (!PageValidate.IsDecimal(txtFibArrayYAng_min.Text))
{
strErr += "FibArrayYAng_min格式错误！\\n";
}
if (!PageValidate.IsDecimal(txtFibArrayYAng_max.Text))
{
strErr += "FibArrayYAng_max格式错误！\\n";
}
if (this.txtFibArrayYAng_Pass.Text.Trim().Length == 0)
{
strErr += "FibArrayYAng_Pass不能为空！\\n";
}
if (!PageValidate.IsDecimal(txtCoplanarity.Text))
{
strErr += "Coplanarity格式错误！\\n";
}
if (!PageValidate.IsDecimal(txtCoplanarity_min.Text))
{
strErr += "Coplanarity_min格式错误！\\n";
}
if (!PageValidate.IsDecimal(txtCoplanarity_max.Text))
{
strErr += "Coplanarity_max格式错误！\\n";
}
if (this.txtCoplanarity_Pass.Text.Trim().Length == 0)
{
strErr += "Coplanarity_Pass不能为空！\\n";
}
if (!PageValidate.IsDecimal(txtMinusCoplanarity.Text))
{
strErr += "MinusCoplanarity格式错误！\\n";
}
if (!PageValidate.IsDecimal(txtMinusCoplanarity_min.Text))
{
strErr += "MinusCoplanarity_min格式错误！\\n";
}
if (!PageValidate.IsDecimal(txtMinusCoplanarity_max.Text))
{
strErr += "MinusCoplanarity_max格式错误！\\n";
}
if (this.txtMinusCoplanarity_Pass.Text.Trim().Length == 0)
{
strErr += "MinusCoplanarity_Pass不能为空！\\n";
}
if (strErr != "")
{
MessageBox.Show(this, strErr);
return;
}
int ID = int.Parse(this.txtID.Text);
int Scan_ID = int.Parse(this.txtScan_ID.Text);
DateTime ScanTime = DateTime.Parse(this.txtScanTime.Text);
int User_ID = int.Parse(this.txtUser_ID.Text);
string ProductID = this.txtProductID.Text;
string ConnectorID = this.txtConnectorID.Text;
string LightMode = this.txtLightMode.Text;
string DataSource = this.txtDataSource.Text;
string Microscope = this.txtMicroscope.Text;
string DataFilePath = this.txtDataFilePath.Text;
int FiberCount = int.Parse(this.txtFiberCount.Text);
decimal FiberPitch = decimal.Parse(this.txtFiberPitch.Text);
int FibersPerRow = int.Parse(this.txtFibersPerRow.Text);
decimal FiberRowPitch = decimal.Parse(this.txtFiberRowPitch.Text);
decimal RowsVerticalOffset = decimal.Parse(this.txtRowsVerticalOffset.Text);
string FiberCaptureShape = this.txtFiberCaptureShape.Text;
string Shape = this.txtShape.Text;
decimal FiberDiameter = decimal.Parse(this.txtFiberDiameter.Text);
string FerruleType = this.txtFerruleType.Text;
int FerruleCount = int.Parse(this.txtFerruleCount.Text);
string GuideStructureType = this.txtGuideStructureType.Text;
decimal GuideStructurePitch = decimal.Parse(this.txtGuideStructurePitch.Text);
decimal NominalYAngle = decimal.Parse(this.txtNominalYAngle.Text);
string ConnectorType = this.txtConnectorType.Text;
int ScanSegmentsNmb = int.Parse(this.txtScanSegmentsNmb.Text);
decimal ROI_width = decimal.Parse(this.txtROI_width.Text);
decimal ROI_height = decimal.Parse(this.txtROI_height.Text);
decimal AvgDiameter = decimal.Parse(this.txtAvgDiameter.Text);
decimal ExtractingDiameter = decimal.Parse(this.txtExtractingDiameter.Text);
int MinModulation = int.Parse(this.txtMinModulation.Text);
int TopPixRemove = int.Parse(this.txtTopPixRemove.Text);
int TopPixLeft = int.Parse(this.txtTopPixLeft.Text);
string SampleType = this.txtSampleType.Text;
int Multimode = int.Parse(this.txtMultimode.Text);
string MeasurementConfig = this.txtMeasurementConfig.Text;
int PassFail = int.Parse(this.txtPassFail.Text);
decimal MaxFibDiffH = decimal.Parse(this.txtMaxFibDiffH.Text);
decimal MaxFibDiffH_min = decimal.Parse(this.txtMaxFibDiffH_min.Text);
decimal MaxFibDiffH_max = decimal.Parse(this.txtMaxFibDiffH_max.Text);
string MaxFibDiffH_Pass = this.txtMaxFibDiffH_Pass.Text;
decimal MaxFibDiffAdjH = decimal.Parse(this.txtMaxFibDiffAdjH.Text);
decimal MaxFibDiffAdjH_min = decimal.Parse(this.txtMaxFibDiffAdjH_min.Text);
decimal MaxFibDiffAdjH_max = decimal.Parse(this.txtMaxFibDiffAdjH_max.Text);
string MaxFibDiffAdjH_Pass = this.txtMaxFibDiffAdjH_Pass.Text;
decimal MaxCoreDip = decimal.Parse(this.txtMaxCoreDip.Text);
decimal MaxCoreDip_min = decimal.Parse(this.txtMaxCoreDip_min.Text);
decimal MaxCoreDip_max = decimal.Parse(this.txtMaxCoreDip_max.Text);
string MaxCoreDip_Pass = this.txtMaxCoreDip_Pass.Text;
decimal ROC_X = decimal.Parse(this.txtROC_X.Text);
decimal ROC_X_min = decimal.Parse(this.txtROC_X_min.Text);
decimal ROC_X_max = decimal.Parse(this.txtROC_X_max.Text);
string ROC_X_Pass = this.txtROC_X_Pass.Text;
decimal ROC_Y = decimal.Parse(this.txtROC_Y.Text);
decimal ROC_Y_min = decimal.Parse(this.txtROC_Y_min.Text);
decimal ROC_Y_max = decimal.Parse(this.txtROC_Y_max.Text);
string ROC_Y_Pass = this.txtROC_Y_Pass.Text;
decimal XEndFaceAngle = decimal.Parse(this.txtXEndFaceAngle.Text);
decimal XEndFaceAngle_min = decimal.Parse(this.txtXEndFaceAngle_min.Text);
decimal XEndFaceAngle_max = decimal.Parse(this.txtXEndFaceAngle_max.Text);
string XEndFaceAngle_Pass = this.txtXEndFaceAngle_Pass.Text;
decimal YEndFaceAngle = decimal.Parse(this.txtYEndFaceAngle.Text);
decimal YEndFaceAngle_min = decimal.Parse(this.txtYEndFaceAngle_min.Text);
decimal YEndFaceAngle_max = decimal.Parse(this.txtYEndFaceAngle_max.Text);
string YEndFaceAngle_Pass = this.txtYEndFaceAngle_Pass.Text;
decimal FlatnessDeviation = decimal.Parse(this.txtFlatnessDeviation.Text);
decimal FlatnessDeviation_min = decimal.Parse(this.txtFlatnessDeviation_min.Text);
decimal FlatnessDeviation_max = decimal.Parse(this.txtFlatnessDeviation_max.Text);
string FlatnessDeviation_Pass = this.txtFlatnessDeviation_Pass.Text;
decimal FiberProtrusion_min = decimal.Parse(this.txtFiberProtrusion_min.Text);
decimal FiberProtrusion_max = decimal.Parse(this.txtFiberProtrusion_max.Text);
string FiberProtrusion_Pass = this.txtFiberProtrusion_Pass.Text;
decimal FiberROC_min = decimal.Parse(this.txtFiberROC_min.Text);
decimal FiberROC_max = decimal.Parse(this.txtFiberROC_max.Text);
string FiberROC_Pass = this.txtFiberROC_Pass.Text;
byte[] FiberHeight = new UnicodeEncoding().GetBytes(this.txtFiberHeight.Text);
byte[] FiberCoreDip = new UnicodeEncoding().GetBytes(this.txtFiberCoreDip.Text);
byte[] FiberROC = new UnicodeEncoding().GetBytes(this.txtFiberROC.Text);
string TestPassed = this.txtTestPassed.Text;
decimal FibArrayXAng = decimal.Parse(this.txtFibArrayXAng.Text);
decimal FibArrayXAng_min = decimal.Parse(this.txtFibArrayXAng_min.Text);
decimal FibArrayXAng_max = decimal.Parse(this.txtFibArrayXAng_max.Text);
string FibArrayXAng_Pass = this.txtFibArrayXAng_Pass.Text;
decimal FibArrayYAng = decimal.Parse(this.txtFibArrayYAng.Text);
decimal FibArrayYAng_min = decimal.Parse(this.txtFibArrayYAng_min.Text);
decimal FibArrayYAng_max = decimal.Parse(this.txtFibArrayYAng_max.Text);
string FibArrayYAng_Pass = this.txtFibArrayYAng_Pass.Text;
decimal Coplanarity = decimal.Parse(this.txtCoplanarity.Text);
decimal Coplanarity_min = decimal.Parse(this.txtCoplanarity_min.Text);
decimal Coplanarity_max = decimal.Parse(this.txtCoplanarity_max.Text);
string Coplanarity_Pass = this.txtCoplanarity_Pass.Text;
decimal MinusCoplanarity = decimal.Parse(this.txtMinusCoplanarity.Text);
decimal MinusCoplanarity_min = decimal.Parse(this.txtMinusCoplanarity_min.Text);
decimal MinusCoplanarity_max = decimal.Parse(this.txtMinusCoplanarity_max.Text);
string MinusCoplanarity_Pass = this.txtMinusCoplanarity_Pass.Text;
Maticsoft.Model.tblMultiFiber model = new Maticsoft.Model.tblMultiFiber();
model.ID = ID;
model.Scan_ID = Scan_ID;
model.ScanTime = ScanTime;
model.User_ID = User_ID;
model.ProductID = ProductID;
model.ConnectorID = ConnectorID;
model.LightMode = LightMode;
model.DataSource = DataSource;
model.Microscope = Microscope;
model.DataFilePath = DataFilePath;
model.FiberCount = FiberCount;
model.FiberPitch = FiberPitch;
model.FibersPerRow = FibersPerRow;
model.FiberRowPitch = FiberRowPitch;
model.RowsVerticalOffset = RowsVerticalOffset;
model.FiberCaptureShape = FiberCaptureShape;
model.Shape = Shape;
model.FiberDiameter = FiberDiameter;
model.FerruleType = FerruleType;
model.FerruleCount = FerruleCount;
model.GuideStructureType = GuideStructureType;
model.GuideStructurePitch = GuideStructurePitch;
model.NominalYAngle = NominalYAngle;
model.ConnectorType = ConnectorType;
model.ScanSegmentsNmb = ScanSegmentsNmb;
model.ROI_width = ROI_width;
model.ROI_height = ROI_height;
model.AvgDiameter = AvgDiameter;
model.ExtractingDiameter = ExtractingDiameter;
model.MinModulation = MinModulation;
model.TopPixRemove = TopPixRemove;
model.TopPixLeft = TopPixLeft;
model.SampleType = SampleType;
model.Multimode = Multimode;
model.MeasurementConfig = MeasurementConfig;
model.PassFail = PassFail;
model.MaxFibDiffH = MaxFibDiffH;
model.MaxFibDiffH_min = MaxFibDiffH_min;
model.MaxFibDiffH_max = MaxFibDiffH_max;
model.MaxFibDiffH_Pass = MaxFibDiffH_Pass;
model.MaxFibDiffAdjH = MaxFibDiffAdjH;
model.MaxFibDiffAdjH_min = MaxFibDiffAdjH_min;
model.MaxFibDiffAdjH_max = MaxFibDiffAdjH_max;
model.MaxFibDiffAdjH_Pass = MaxFibDiffAdjH_Pass;
model.MaxCoreDip = MaxCoreDip;
model.MaxCoreDip_min = MaxCoreDip_min;
model.MaxCoreDip_max = MaxCoreDip_max;
model.MaxCoreDip_Pass = MaxCoreDip_Pass;
model.ROC_X = ROC_X;
model.ROC_X_min = ROC_X_min;
model.ROC_X_max = ROC_X_max;
model.ROC_X_Pass = ROC_X_Pass;
model.ROC_Y = ROC_Y;
model.ROC_Y_min = ROC_Y_min;
model.ROC_Y_max = ROC_Y_max;
model.ROC_Y_Pass = ROC_Y_Pass;
model.XEndFaceAngle = XEndFaceAngle;
model.XEndFaceAngle_min = XEndFaceAngle_min;
model.XEndFaceAngle_max = XEndFaceAngle_max;
model.XEndFaceAngle_Pass = XEndFaceAngle_Pass;
model.YEndFaceAngle = YEndFaceAngle;
model.YEndFaceAngle_min = YEndFaceAngle_min;
model.YEndFaceAngle_max = YEndFaceAngle_max;
model.YEndFaceAngle_Pass = YEndFaceAngle_Pass;
model.FlatnessDeviation = FlatnessDeviation;
model.FlatnessDeviation_min = FlatnessDeviation_min;
model.FlatnessDeviation_max = FlatnessDeviation_max;
model.FlatnessDeviation_Pass = FlatnessDeviation_Pass;
model.FiberProtrusion_min = FiberProtrusion_min;
model.FiberProtrusion_max = FiberProtrusion_max;
model.FiberProtrusion_Pass = FiberProtrusion_Pass;
model.FiberROC_min = FiberROC_min;
model.FiberROC_max = FiberROC_max;
model.FiberROC_Pass = FiberROC_Pass;
model.FiberHeight = FiberHeight;
model.FiberCoreDip = FiberCoreDip;
model.FiberROC = FiberROC;
model.TestPassed = TestPassed;
model.FibArrayXAng = FibArrayXAng;
model.FibArrayXAng_min = FibArrayXAng_min;
model.FibArrayXAng_max = FibArrayXAng_max;
model.FibArrayXAng_Pass = FibArrayXAng_Pass;
model.FibArrayYAng = FibArrayYAng;
model.FibArrayYAng_min = FibArrayYAng_min;
model.FibArrayYAng_max = FibArrayYAng_max;
model.FibArrayYAng_Pass = FibArrayYAng_Pass;
model.Coplanarity = Coplanarity;
model.Coplanarity_min = Coplanarity_min;
model.Coplanarity_max = Coplanarity_max;
model.Coplanarity_Pass = Coplanarity_Pass;
model.MinusCoplanarity = MinusCoplanarity;
model.MinusCoplanarity_min = MinusCoplanarity_min;
model.MinusCoplanarity_max = MinusCoplanarity_max;
model.MinusCoplanarity_Pass = MinusCoplanarity_Pass;
Maticsoft.BLL.tblMultiFiber bll = new Maticsoft.BLL.tblMultiFiber();
bll.Update(model);
Maticsoft.Common.MessageBox.ShowAndRedirect(this, "保存成功！", "list.aspx");
}
