void initialize(InspectionScript script, string CsvFileName)
{
OutputUnits = script.OutputUnit;
ScanFormat = script.ScanFormat;
DataFormat = RawDataFormat.RADIAL;
Filename = CsvFileName;
_headerRowCount = 0;
_firstDataRow = 4;
_firstDataCol = 2;
data = new List <double>();
}
public KeyenceDualSiDataSet(InspectionScript inspScript, string CsvFileName)
{
probeData = new List <KeyenceSiDataSet>();
if (inspScript is CylInspScript cylScript)
{
double phaseDifference = (cylScript.ProbeSetup.PhaseDiffRad) / (Math.PI * 2.0);
probeIndexOffset = (int)(Math.Round(cylScript.PointsPerRevolution * phaseDifference));
probeData.Add(new KeyenceSiDataSet(cylScript, CsvFileName, 1));
probeData.Add(new KeyenceSiDataSet(cylScript, CsvFileName, 2));
}
}
public KeyenceSiDataSet(InspectionScript script, string CsvFileName, int probeNumber)
{
try
{
initialize(script, CsvFileName);
int dataColumn = _firstDataCol + probeNumber - 1;
ProcessFile(dataColumn);
}
catch (Exception)
{
throw;
}
}
public KeyenceSiDataSet(InspectionScript script, string CsvFileName)
{
try
{
initialize(script, CsvFileName);
ProcessFile(_firstDataCol);
}
catch (Exception)
{
throw;
}
}
public KeyenceLJDataSet(InspectionScript script, string CsvFileName, MeasurementUnit fileUnits)
{
try
{
DataFormat = RawDataFormat.XY;
_firstDataRow = 0;
ScanFormat = script.ScanFormat;
_headerRowCount = 0;
Filename = CsvFileName;
OutputUnits = script.OutputUnit;
InputUnits = fileUnits;
_minValue = script.ProbeSetup[0].MinValue(fileUnits);
_maxValue = script.ProbeSetup[0].MaxValue(fileUnits);
data = new List <GeometryLib.Vector2>();
ProcessFile();
}
catch (Exception)
{
throw;
}
}