private static void SaveDefectResultsToCsvGroupByWorkpiece(IList <DefectResultCollection> taskList, string fileFullName)
{
using (var csvWriterContainer = new CsvWriterContainer(fileFullName))
{
var writer = csvWriterContainer.CsvWriter;
writer.WriteField("NO.");
writer.WriteField("WPC NO.");
writer.WriteField("Defect NO.");
writer.WriteField("Index");
writer.WriteField("TypeCode");
writer.WriteField("Name");
writer.WriteField("X");
writer.WriteField("Y");
writer.WriteField("Width");
writer.WriteField("Height");
writer.WriteField("Size");
writer.WriteField("X.mm");
writer.WriteField("Y.mm");
writer.WriteField("Width.mm");
writer.WriteField("Height.mm");
writer.WriteField("Size.mm");
writer.NextRecord();
for (int i = 0; i < taskList.Count; i++)
{
var task = taskList[0];
for (int j = 0; j < task.Count; j++)
{
var circleResult = task[j];
writer.WriteField(i * task.Count + j);
writer.WriteField(i);
writer.WriteField(j);
writer.WriteField(circleResult.Index);
writer.WriteField(circleResult.TypeCode);
writer.WriteField(circleResult.Name);
writer.WriteField(circleResult.X);
writer.WriteField(circleResult.Y);
writer.WriteField(circleResult.Width);
writer.WriteField(circleResult.Height);
writer.WriteField(circleResult.Size);
writer.WriteField(circleResult.X.ToNumbericStringInMillimeterFromPixel(16));
writer.WriteField(circleResult.Y.ToNumbericStringInMillimeterFromPixel(16));
writer.WriteField(circleResult.Width.ToNumbericStringInMillimeterFromPixel(16));
writer.WriteField(circleResult.Height.ToNumbericStringInMillimeterFromPixel(16));
writer.WriteField(circleResult.Size * 256.0 / 1000.0 / 1000.0);
writer.WriteField("mm");
writer.NextRecord();
}
writer.NextRecord();
}
csvWriterContainer.Dispose();
}
}
private static void SaveCsvGroupByWorkpiece(IList <CircleSearchingResultCollection> taskList, string fileFullName)
{
using (var csvWriterContainer = new CsvWriterContainer(fileFullName))
{
var writer = csvWriterContainer.CsvWriter;
writer.WriteField("NO.");
writer.WriteField("WPC NO.");
writer.WriteField("Circle NO.");
writer.WriteField("Circle Name");
writer.WriteField("OBJ.X");
writer.WriteField("OBJ.Y");
writer.WriteField("OBJ.R_Inner");
writer.WriteField("OBJ.R_Outer");
writer.WriteField("ACT.X");
writer.WriteField("ACT.Y");
writer.WriteField("ACT.R");
writer.WriteField("REL.X");
writer.WriteField("REL.Y");
writer.WriteField("REL.R");
writer.NextRecord();
for (int i = 0; i < taskList.Count; i++)
{
var task = taskList[0];
for (int j = 0; j < task.Count; j++)
{
var circleDef = task[j].Definition;
var circleResult = task[j];
writer.WriteField(i * task.Count + j);
writer.WriteField(i);
writer.WriteField(j);
writer.WriteField(circleDef.Name);
writer.WriteField(circleDef.CenterX.ToNumbericStringInMillimeterFromPixel(16));
writer.WriteField(circleDef.CenterY.ToNumbericStringInMillimeterFromPixel(16));
writer.WriteField(circleDef.InnerRadius.ToNumbericStringInMillimeterFromPixel(16));
writer.WriteField(circleDef.OuterRadius.ToNumbericStringInMillimeterFromPixel(16));
writer.WriteField(circleResult.Circle.CenterX.ToNumbericStringInMillimeterFromPixel(16));
writer.WriteField(circleResult.Circle.CenterY.ToNumbericStringInMillimeterFromPixel(16));
writer.WriteField(circleResult.Circle.Radius.ToNumbericStringInMillimeterFromPixel(16));
writer.WriteField(circleResult.RelativeCircle.CenterX.ToNumbericStringInMillimeterFromPixel(16));
writer.WriteField(circleResult.RelativeCircle.CenterY.ToNumbericStringInMillimeterFromPixel(16));
writer.WriteField(circleResult.RelativeCircle.Radius.ToNumbericStringInMillimeterFromPixel(16));
writer.WriteField("mm");
writer.NextRecord();
}
}
csvWriterContainer.Dispose();
}
}
private void CalculateButton_OnClick(object sender, RoutedEventArgs e)
{
Save();
var fileName = InspectionReportTextBox.Text;
var inspectionReport = fileName.DeserializeFromXamlFile <InspectionReport>();
var cs = CoordinateCircleCalculator.Calculate(inspectionReport.Results);
var dt = DateTime.Now.ToString("_yyyy-MM-dd_HH.mm.ss");
var newFileName = fileName + dt + ".csv";
using (var csvWriterContainer = new CsvWriterContainer(newFileName))
{
var writer = csvWriterContainer.CsvWriter;
writer.WriteField("Name.");
writer.WriteField("X");
writer.WriteField("Y");
writer.WriteField("Angle");
writer.WriteField("Length");
writer.WriteField("|");
writer.WriteField("X mm");
writer.WriteField("Y mm");
writer.WriteField("Angle");
writer.NextRecord();
foreach (ReferenceCircleInfo c in cs)
{
writer.WriteField(c.Name);
writer.WriteField(c.Offset.X);
writer.WriteField(c.Offset.Y);
writer.WriteField(c.Angle);
writer.WriteField(c.Length);
writer.WriteField("|");
writer.WriteField(c.Offset.X.ToNumbericStringInMillimeterFromPixel(16));
writer.WriteField(c.Offset.Y.ToNumbericStringInMillimeterFromPixel(16));
writer.WriteField(c.Angle);
writer.NextRecord();
}
}
MessageBox.Show(newFileName + " has exported.");
}
private static void SaveCsvGroupByCircle(IList <CircleSearchingResultCollection> tasks, string fileName)
{
// foreach (var task in tasks)
// {
// foreach (var t in task)
// {
// Debug.WriteLine("t Circle " + t.Index + " X: " + t.Definition.CenterX);
// Debug.WriteLine("t Circle " + t.Index + " Y: " + t.Definition.CenterY);
// }
// }
using (var csvWriterContainer = new CsvWriterContainer(fileName))
{
var writer = csvWriterContainer.CsvWriter;
var results = tasks.SelectMany(x => x);
var resultsGroupBy = results.GroupBy(x => x.Index);
int no = 0;
foreach (IGrouping <int, CircleSearchingResult> group in resultsGroupBy)
{
writer.WriteField("NO.");
writer.WriteField("WPC NO.");
writer.WriteField("Circle NO.");
writer.WriteField("Circle Name");
writer.WriteField("HasError");
writer.WriteField("IsNotFound");
writer.WriteField("EXP.X");
writer.WriteField("EXP.Y");
writer.WriteField("EXP.A");
writer.WriteField("OBJ.X");
writer.WriteField("OBJ.Y");
writer.WriteField("OBJ.RI");
writer.WriteField("OBJ.RO");
writer.WriteField("ACT.X");
writer.WriteField("ACT.Y");
writer.WriteField("ACT.R");
writer.WriteField("REL.X");
writer.WriteField("REL.Y");
writer.WriteField("REL.R");
writer.NextRecord();
int taskNo = 0;
foreach (var circleResult in @group)
{
Debug.WriteLine("Circle " + circleResult.Index + " X: " + circleResult.Definition.CenterX);
Debug.WriteLine("Circle " + circleResult.Index + " Y: " + circleResult.Definition.CenterY);
writer.WriteField(no);
writer.WriteField(taskNo);
writer.WriteField(circleResult.Index);
writer.WriteField(circleResult.Definition.Name);
writer.WriteField(circleResult.HasError);
writer.WriteField(circleResult.IsNotFound);
writer.WriteField(circleResult.Definition.BaselineX.ToNumbericString());
writer.WriteField(circleResult.Definition.BaselineY.ToNumbericString());
writer.WriteField(circleResult.Definition.BaselineAngle.ToNumbericString());
writer.WriteField(circleResult.Definition.CenterX.ToNumbericStringInMillimeterFromPixel(16));
writer.WriteField(circleResult.Definition.CenterY.ToNumbericStringInMillimeterFromPixel(16));
writer.WriteField(circleResult.Definition.InnerRadius.ToNumbericStringInMillimeterFromPixel(16));
writer.WriteField(circleResult.Definition.OuterRadius.ToNumbericStringInMillimeterFromPixel(16));
writer.WriteField(circleResult.Circle.CenterX.ToNumbericStringInMillimeterFromPixel(16));
writer.WriteField(circleResult.Circle.CenterY.ToNumbericStringInMillimeterFromPixel(16));
writer.WriteField(circleResult.Circle.Radius.ToNumbericStringInMillimeterFromPixel(16));
writer.WriteField(circleResult.RelativeCircle.CenterX.ToNumbericStringInMillimeterFromPixel(16));
writer.WriteField(circleResult.RelativeCircle.CenterY.ToNumbericStringInMillimeterFromPixel(16));
writer.WriteField(circleResult.RelativeCircle.Radius.ToNumbericStringInMillimeterFromPixel(16));
writer.WriteField("mm");
writer.NextRecord();
no++;
taskNo++;
}
writer.NextRecord();
// STDEV
writer.WriteField("");
writer.WriteField("");
writer.WriteField("");
writer.WriteField("");
writer.WriteField("");
writer.WriteField("");
writer.WriteField("");
writer.WriteField("");
writer.WriteField("");
writer.WriteField("STDEV");
writer.WriteField("STDEV");
writer.WriteField("STDEV");
writer.WriteField("STDEV");
writer.WriteField("STDEV");
writer.WriteField("STDEV");
writer.WriteField("STDEV");
writer.WriteField("STDEV");
writer.WriteField("STDEV");
writer.WriteField("STDEV");
writer.NextRecord();
writer.WriteField("");
writer.WriteField("");
writer.WriteField("");
writer.WriteField("");
writer.WriteField("");
writer.WriteField("");
writer.WriteField("");
writer.WriteField("");
writer.WriteField("");
writer.WriteField(@group.Select(x => x.Definition.CenterX).CalculateStdDev().ToNumbericStringInMicrometerFromPixel(16));
writer.WriteField(@group.Select(x => x.Definition.CenterY).CalculateStdDev().ToNumbericStringInMicrometerFromPixel(16));
writer.WriteField(@group.Select(x => x.Definition.InnerRadius).CalculateStdDev().ToNumbericStringInMicrometerFromPixel(16));
writer.WriteField(@group.Select(x => x.Definition.OuterRadius).CalculateStdDev().ToNumbericStringInMicrometerFromPixel(16));
writer.WriteField(@group.Select(x => x.Circle.CenterX).CalculateStdDev().ToNumbericStringInMicrometerFromPixel(16));
writer.WriteField(@group.Select(x => x.Circle.CenterY).CalculateStdDev().ToNumbericStringInMicrometerFromPixel(16));
writer.WriteField(@group.Select(x => x.Circle.Radius).CalculateStdDev().ToNumbericStringInMicrometerFromPixel(16));
writer.WriteField(@group.Select(x => x.RelativeCircle.CenterX).CalculateStdDev().ToNumbericStringInMicrometerFromPixel(16));
writer.WriteField(@group.Select(x => x.RelativeCircle.CenterY).CalculateStdDev().ToNumbericStringInMicrometerFromPixel(16));
writer.WriteField(@group.Select(x => x.RelativeCircle.Radius).CalculateStdDev().ToNumbericStringInMicrometerFromPixel(16));
writer.WriteField("um");
writer.NextRecord();
writer.NextRecord();
// Average
writer.WriteField("");
writer.WriteField("");
writer.WriteField("");
writer.WriteField("");
writer.WriteField("");
writer.WriteField("");
writer.WriteField("");
writer.WriteField("");
writer.WriteField("");
writer.WriteField("AVG");
writer.WriteField("AVG");
writer.WriteField("AVG");
writer.WriteField("AVG");
writer.WriteField("AVG");
writer.WriteField("AVG");
writer.WriteField("AVG");
writer.WriteField("AVG");
writer.WriteField("AVG");
writer.WriteField("AVG");
writer.NextRecord();
writer.WriteField("");
writer.WriteField("");
writer.WriteField("");
writer.WriteField("");
writer.WriteField("");
writer.WriteField("");
writer.WriteField("");
writer.WriteField("");
writer.WriteField("");
writer.WriteField(@group.Select(x => x.Definition.CenterX).Average().ToNumbericStringInMillimeterFromPixel(16));
writer.WriteField(@group.Select(x => x.Definition.CenterY).Average().ToNumbericStringInMillimeterFromPixel(16));
writer.WriteField(@group.Select(x => x.Definition.InnerRadius).Average().ToNumbericStringInMillimeterFromPixel(16));
writer.WriteField(@group.Select(x => x.Definition.OuterRadius).Average().ToNumbericStringInMillimeterFromPixel(16));
writer.WriteField(@group.Select(x => x.Circle.CenterX).Average().ToNumbericStringInMillimeterFromPixel(16));
writer.WriteField(@group.Select(x => x.Circle.CenterY).Average().ToNumbericStringInMillimeterFromPixel(16));
writer.WriteField(@group.Select(x => x.Circle.Radius).Average().ToNumbericStringInMillimeterFromPixel(16));
writer.WriteField(@group.Select(x => x.RelativeCircle.CenterX).Average().ToNumbericStringInMillimeterFromPixel(16));
writer.WriteField(@group.Select(x => x.RelativeCircle.CenterY).Average().ToNumbericStringInMillimeterFromPixel(16));
writer.WriteField(@group.Select(x => x.RelativeCircle.Radius).Average().ToNumbericStringInMillimeterFromPixel(16));
writer.WriteField("mm");
writer.NextRecord();
writer.NextRecord();
for (int i = 0; i < 20; i++)
{
writer.WriteField("----------------");
}
writer.NextRecord();
}
csvWriterContainer.Dispose();
}
}
private static void SaveCsvGroupByEdge(IList <DistanceBetweenPointsResultCollection> tasks, string fileName)
{
using (var csvWriterContainer = new CsvWriterContainer(fileName))
{
var writer = csvWriterContainer.CsvWriter;
var results = tasks.SelectMany(x => x);
var resultsGroupBy = results.GroupBy(x => x.Index);
int no = 0;
foreach (IGrouping <int, DistanceBetweenPointsResult> group in resultsGroupBy)
{
writer.WriteField("NO.");
writer.WriteField("WPC NO.");
writer.WriteField("OBJ NO.");
writer.WriteField("Name");
writer.WriteField("HasError");
writer.WriteField("IsNotFound");
writer.WriteField("P1.X");
writer.WriteField("P1.Y");
writer.WriteField("P2.X");
writer.WriteField("P2.Y");
writer.WriteField("Dist.Pixel");
writer.WriteField("Dist.World");
writer.NextRecord();
int taskNo = 0;
foreach (var circleResult in @group)
{
writer.WriteField(no);
writer.WriteField(taskNo);
writer.WriteField(circleResult.Index);
writer.WriteField(circleResult.Name);
writer.WriteField(circleResult.HasError);
writer.WriteField(circleResult.IsNotFound);
writer.WriteField(circleResult.Point1.X.ToNumbericStringInMicrometerFromPixel(16));
writer.WriteField(circleResult.Point1.Y.ToNumbericStringInMicrometerFromPixel(16));
writer.WriteField(circleResult.Point2.X.ToNumbericStringInMicrometerFromPixel(16));
writer.WriteField(circleResult.Point2.Y.ToNumbericStringInMicrometerFromPixel(16));
writer.WriteField(circleResult.DistanceInPixel);
writer.WriteField(circleResult.DistanceInPixel.ToNumbericStringInMicrometerFromPixel(16));
writer.NextRecord();
no++;
taskNo++;
}
writer.NextRecord();
// STDEV
writer.WriteField("");
writer.WriteField("");
writer.WriteField("");
writer.WriteField("");
writer.WriteField("");
writer.WriteField("");
writer.WriteField("STDEV");
writer.WriteField("STDEV");
writer.WriteField("STDEV");
writer.WriteField("STDEV");
writer.WriteField("STDEV");
writer.WriteField("STDEV");
writer.NextRecord();
writer.WriteField("");
writer.WriteField("");
writer.WriteField("");
writer.WriteField("");
writer.WriteField("");
writer.WriteField("");
writer.WriteField(@group.Select(x => x.Point1.X).CalculateStdDev().ToNumbericStringInMicrometerFromPixel(16));
writer.WriteField(@group.Select(x => x.Point1.Y).CalculateStdDev().ToNumbericStringInMicrometerFromPixel(16));
writer.WriteField(@group.Select(x => x.Point2.X).CalculateStdDev().ToNumbericStringInMicrometerFromPixel(16));
writer.WriteField(@group.Select(x => x.Point2.Y).CalculateStdDev().ToNumbericStringInMicrometerFromPixel(16));
writer.WriteField(@group.Select(x => x.DistanceInPixel).CalculateStdDev());
writer.WriteField(@group.Select(x => x.DistanceInPixel).CalculateStdDev().ToNumbericStringInMicrometerFromPixel(16));
writer.WriteField("um");
writer.NextRecord();
writer.NextRecord();
// Average
writer.WriteField("");
writer.WriteField("");
writer.WriteField("");
writer.WriteField("");
writer.WriteField("");
writer.WriteField("");
writer.WriteField("AVG");
writer.WriteField("AVG");
writer.WriteField("AVG");
writer.WriteField("AVG");
writer.WriteField("AVG");
writer.WriteField("AVG");
writer.NextRecord();
writer.WriteField("");
writer.WriteField("");
writer.WriteField("");
writer.WriteField("");
writer.WriteField("");
writer.WriteField("");
writer.WriteField(@group.Select(x => x.Point1.X).Average().ToNumbericStringInMillimeterFromPixel(16));
writer.WriteField(@group.Select(x => x.Point1.Y).Average().ToNumbericStringInMillimeterFromPixel(16));
writer.WriteField(@group.Select(x => x.Point2.X).Average().ToNumbericStringInMillimeterFromPixel(16));
writer.WriteField(@group.Select(x => x.Point2.Y).Average().ToNumbericStringInMillimeterFromPixel(16));
writer.WriteField(@group.Select(x => x.DistanceInPixel).Average());
writer.WriteField(@group.Select(x => x.DistanceInPixel).Average().ToNumbericStringInMillimeterFromPixel(16));
writer.WriteField("mm");
writer.NextRecord();
writer.NextRecord();
// Average
// writer.WriteField("");
// writer.WriteField("");
// writer.WriteField("");
// writer.WriteField("");
// writer.WriteField("");
// writer.WriteField("");
writer.WriteField("EXP");
writer.WriteField("POS");
writer.WriteField("NEG");
writer.WriteField("TOL");
writer.WriteField("MIN");
writer.WriteField("MAX");
writer.WriteField("RAG");
writer.WriteField("AVG");
writer.WriteField("Diff");
writer.WriteField("AbsDiff");
writer.WriteField("StdDev");
writer.NextRecord();
// writer.WriteField("");
// writer.WriteField("");
// writer.WriteField("");
// writer.WriteField("");
// writer.WriteField("");
// writer.WriteField("");
double expectValue = @group.Select(x => x.Definition.ExpectValue).First();
double expectValueInPixel = expectValue * 1000.0 / 16.0;
double posTol = @group.Select(x => x.Definition.PositiveTolerance).First();
double negTol = @group.Select(x => x.Definition.NegativeTolerance).First();
double tol = posTol - negTol;
double min = @group.Select(x => x.DistanceInPixel).Min();
double max = @group.Select(x => x.DistanceInPixel).Max();
double avg = @group.Select(x => x.DistanceInPixel).Average();
writer.WriteField(expectValue);
writer.WriteField(posTol);
writer.WriteField(negTol);
writer.WriteField(tol);
writer.WriteField(min.ToNumbericStringInMillimeterFromPixel(16));
writer.WriteField(max.ToNumbericStringInMillimeterFromPixel(16));
writer.WriteField((max - min).ToNumbericStringInMillimeterFromPixel(16));
writer.WriteField(avg.ToNumbericStringInMillimeterFromPixel(16));
writer.WriteField((avg - expectValueInPixel).ToNumbericStringInMillimeterFromPixel(16));
writer.WriteField((Math.Abs(avg - expectValueInPixel)).ToNumbericStringInMillimeterFromPixel(16));
writer.WriteField(@group.Select(x => x.DistanceInPixel).CalculateStdDev().ToNumbericStringInMillimeterFromPixel(16));
writer.WriteField("mm");
writer.NextRecord();
writer.NextRecord();
//
for (int i = 0; i < 20; i++)
{
writer.WriteField("----------------");
}
writer.NextRecord();
}
csvWriterContainer.Dispose();
}
}
private static void SaveCsvGroupByEdge(IList <EdgeSearchingResultCollection> tasks, string fileName)
{
using (var csvWriterContainer = new CsvWriterContainer(fileName))
{
var writer = csvWriterContainer.CsvWriter;
var results = tasks.SelectMany(x => x);
var resultsGroupBy = results.GroupBy(x => x.Index);
int no = 0;
foreach (IGrouping <int, EdgeSearchingResult> group in resultsGroupBy)
{
writer.WriteField("NO.");
writer.WriteField("WPC NO.");
writer.WriteField("Edge NO.");
writer.WriteField("Edge Name");
writer.WriteField("HasError");
writer.WriteField("IsNotFound");
writer.WriteField("Line.X1");
writer.WriteField("Line.Y1");
writer.WriteField("Line.X2");
writer.WriteField("Line.Y2");
writer.WriteField("EdgeLine.X1");
writer.WriteField("EdgeLine.Y1");
writer.WriteField("EdgeLine.X2");
writer.WriteField("EdgeLine.Y2");
writer.WriteField("IntersectionPoint.X");
writer.WriteField("IntersectionPoint.Y");
writer.NextRecord();
int taskNo = 0;
foreach (var circleResult in @group)
{
writer.WriteField(no);
writer.WriteField(taskNo);
writer.WriteField(circleResult.Index);
writer.WriteField(circleResult.Name);
writer.WriteField(circleResult.HasError);
writer.WriteField(circleResult.IsNotFound);
writer.WriteField(circleResult.Definition.RelativeLine.X1.ToNumbericString());
writer.WriteField(circleResult.Definition.RelativeLine.Y1.ToNumbericString());
writer.WriteField(circleResult.Definition.RelativeLine.X2.ToNumbericString());
writer.WriteField(circleResult.Definition.RelativeLine.Y2.ToNumbericString());
writer.WriteField(circleResult.Definition.Line.X1.ToNumbericStringInMillimeterFromPixel(16));
writer.WriteField(circleResult.Definition.Line.Y1.ToNumbericStringInMillimeterFromPixel(16));
writer.WriteField(circleResult.Definition.Line.X2.ToNumbericStringInMillimeterFromPixel(16));
writer.WriteField(circleResult.Definition.Line.Y2.ToNumbericStringInMillimeterFromPixel(16));
writer.WriteField(circleResult.EdgeLine.X1.ToNumbericStringInMillimeterFromPixel(16));
writer.WriteField(circleResult.EdgeLine.Y1.ToNumbericStringInMillimeterFromPixel(16));
writer.WriteField(circleResult.EdgeLine.X2.ToNumbericStringInMillimeterFromPixel(16));
writer.WriteField(circleResult.EdgeLine.Y2.ToNumbericStringInMillimeterFromPixel(16));
writer.WriteField(circleResult.IntersectionPoint.X.ToNumbericStringInMillimeterFromPixel(16));
writer.WriteField(circleResult.IntersectionPoint.Y.ToNumbericStringInMillimeterFromPixel(16));
writer.NextRecord();
no++;
taskNo++;
}
writer.WriteField("NO.");
writer.WriteField("Edge NO.");
writer.WriteField("Edge Name");
writer.WriteField("HasError");
writer.WriteField("IsNotFound");
writer.WriteField("RelativeLine.X1");
writer.WriteField("RelativeLine.Y1");
writer.WriteField("RelativeLine.X2");
writer.WriteField("RelativeLine.Y2");
writer.WriteField("Line.X1");
writer.WriteField("Line.Y1");
writer.WriteField("Line.X2");
writer.WriteField("Line.Y2");
writer.WriteField("EdgeLine.X1");
writer.WriteField("EdgeLine.Y1");
writer.WriteField("EdgeLine.X2");
writer.WriteField("EdgeLine.Y2");
writer.WriteField("IntersectionPoint.X");
writer.WriteField("IntersectionPoint.Y");
writer.NextRecord();
writer.WriteField("");
writer.WriteField("");
writer.WriteField("");
writer.WriteField("");
writer.WriteField("");
writer.WriteField("");
writer.WriteField("");
writer.WriteField("");
writer.WriteField("");
writer.WriteField(@group.Select(x => x.Definition.Line.X1).CalculateStdDev().ToNumbericStringInMicrometerFromPixel(16));
writer.WriteField(@group.Select(x => x.Definition.Line.Y1).CalculateStdDev().ToNumbericStringInMicrometerFromPixel(16));
writer.WriteField(@group.Select(x => x.Definition.Line.X2).CalculateStdDev().ToNumbericStringInMicrometerFromPixel(16));
writer.WriteField(@group.Select(x => x.Definition.Line.Y2).CalculateStdDev().ToNumbericStringInMicrometerFromPixel(16));
writer.WriteField(@group.Select(x => x.EdgeLine.X1).CalculateStdDev().ToNumbericStringInMicrometerFromPixel(16));
writer.WriteField(@group.Select(x => x.EdgeLine.Y1).CalculateStdDev().ToNumbericStringInMicrometerFromPixel(16));
writer.WriteField(@group.Select(x => x.EdgeLine.X2).CalculateStdDev().ToNumbericStringInMicrometerFromPixel(16));
writer.WriteField(@group.Select(x => x.EdgeLine.Y2).CalculateStdDev().ToNumbericStringInMicrometerFromPixel(16));
writer.WriteField(@group.Select(x => x.IntersectionPoint.X).CalculateStdDev().ToNumbericStringInMicrometerFromPixel(16));
writer.WriteField(@group.Select(x => x.IntersectionPoint.Y).CalculateStdDev().ToNumbericStringInMicrometerFromPixel(16));
writer.NextRecord();
writer.NextRecord();
writer.NextRecord();
}
csvWriterContainer.Dispose();
}
}
