XDMBandSuperClass Class

// XML 형식의 signature 파일 읽기
XSIGSet LoadSigSet(String strFilePathSIG, XRSLoadFile xrsFileInput)
{
    // Array Band
    ArrayList arrList = new ArrayList();
    for (int i = 0; i < xrsFileInput.NumBand; i++)
    {
        arrList.Add(xrsFileInput.GetBandAt(i));
    }

    XSIGSet sigSet = new XSIGSet();

    // Load From File....
    if (true)
    {
        if (!sigSet.LoadSIGSet(strFilePathSIG))
        {
            MessageBox.Show("Fail");
            return null;
        }

        // Print out information
        for (int i = 0; i < sigSet.GetSIGSize(); i++)
        {
            XSIG sig = sigSet.GetSIGAt(i);
            Console.WriteLine("SIG Name : " + sig.Name);
            Console.WriteLine("SIG Color : " + sig.SIGColor.ToString());

            for (int j = 0; j < sig.GetROISize(); j++)
            {
                XROI roi = sig.GetROIAt(j);
                Console.WriteLine("ROI Name :" + roi.Name);
                Console.WriteLine("ROI Color : " + roi.ROIColor.ToString());
                for (int k = 0; k < roi.GetVertSize(); k++)
                {
                    XVertex3d vt = roi.GetVertAt(k);
                    Console.WriteLine("x : " + vt.x.ToString() + "y : " + vt.y.ToString() + "z : " + vt.z.ToString());
                }
            }
        }
    }
    else
    {
        XROI roi1 = new XROI();
        roi1.Name = "ROI_1";
        roi1.ROIColor = Color.Red;
        roi1.AddVert(new XVertex3d(473860.4787, 5156586.0569, 0));
        roi1.AddVert(new XVertex3d(474352.5272, 5154904.89117, 0));
        roi1.AddVert(new XVertex3d(475049.5960, 5155601.9599, 0));
        roi1.AddVert(new XVertex3d(474680.5596, 5156340.0326, 0));

        XSIG sig1 = new XSIG();
        sig1.AddROI(roi1);
        sig1.Name = "SIG_1";
        sig1.SIGColor = Color.Blue;

        XROI roi2 = new XROI();
        roi2.Name = "ROI_2";
        roi2.ROIColor = Color.Blue;
        roi2.AddVert(new XVertex3d(470938.9407, 5143669.78335, 0));
        roi2.AddVert(new XVertex3d(470938.9407, 5143136.7307, 0));
        roi2.AddVert(new XVertex3d(471574.5033, 5143095.7267, 0));
        roi2.AddVert(new XVertex3d(471964.0417, 5143116.2287, 0));
        roi2.AddVert(new XVertex3d(471923.0377, 5143751.7914, 0));
        roi2.AddVert(new XVertex3d(471718.0175, 5144100.3258, 0));

        XSIG sig2 = new XSIG();
        sig2.AddROI(roi2);
        sig2.Name = "SIG_2";
        sig2.SIGColor = Color.Red;

        XROI roi3 = new XROI();
        roi3.Name = "ROI_3";
        roi3.ROIColor = Color.Green;
        roi3.AddVert(new XVertex3d(459437.3066, 5141455.5650, 0));
        roi3.AddVert(new XVertex3d(459642.3268, 5140943.0144, 0));
        roi3.AddVert(new XVertex3d(459888.3510, 5140922.5124, 0));
        roi3.AddVert(new XVertex3d(460298.3915, 5141066.0266, 0));
        roi3.AddVert(new XVertex3d(460175.3793, 5141640.0832, 0));
        roi3.AddVert(new XVertex3d(460072.8692, 5141988.6175, 0));

        XSIG sig3 = new XSIG();
        sig3.AddROI(roi3);
        sig3.Name = "SIG_3";
        sig3.SIGColor = Color.Green;

        sigSet.AddSIG(sig1);
        sigSet.AddSIG(sig2);
        sigSet.AddSIG(sig3);
    }

    sigSet.CalcStatistics(arrList, null);
    return sigSet;
}

....

// IO initialize to load image file
XRasterIO RasterIO = new XRasterIO();
String strError = "";
if (RasterIO.Initialize(out strError) == false)
{
    return;
}

// Image load
String strFilePathLoad = "D:\\Sample\\RS_Sample\\UnSuperClass\\etm.xdm";
String strFilePathLoadSIG = "D:\\Sample\\RS_Sample\\SuperClass\\etm.sig";

XRSLoadFile xrsFileInput = RasterIO.LoadFile(strFilePathLoad, out strError, false, eIOCreateXLDMode.All_NoMsg);
XSIGSet sigSet = LoadSigSet(strFilePathLoadSIG, xrsFileInput);

eSuperClassMethod method;
method = eSuperClassMethod.MinDist;

// Set input param 
XBandParamSuperClass InputParam = null;
if (method == eSuperClassMethod.MinDist)
{
    InputParam = new XBandParamSuperClassMinDist();
    ((XBandParamSuperClassMinDist)InputParam).MaximumDist = 0;
}
else if (method == eSuperClassMethod.ParallelPiped)
{
    InputParam = new XBandParamSuperClassParallel();
    ((XBandParamSuperClassParallel)InputParam).Range = 2;
    ((XBandParamSuperClassParallel)InputParam).UseMinDist = false;
}
else if (method == eSuperClassMethod.MahalaDist)
{
    InputParam = new XBandParamSuperClassMahalanobis();
    ((XBandParamSuperClassMahalanobis)InputParam).MaximumDist = 0.0;
}
else if (method == eSuperClassMethod.MaxLike)
{
    InputParam = new XBandParamSuperClassMaxLike();

    int numSig = sigSet.GetSIGSize();
    for (int i=0; i < numSig; i++)
    {
        ((XBandParamSuperClassMaxLike)InputParam).PriorProbability.Add(1.0);
    }
}
else if (method == eSuperClassMethod.SpecAngle)
{
    InputParam = new XBandParamSuperClassSpecAngle();
    ((XBandParamSuperClassSpecAngle)InputParam).MaxSpecAngle = XAngle.FromDegree(0.0);
}

for (int i = 0; i < xrsFileInput.NumBand; i++)
{
    InputParam.ArrBandList.Add(xrsFileInput.GetBandAt(i));
}
InputParam.NullValue = 0;
InputParam.SigSet = sigSet;

// Create New process band and set input param
XDMBandSuperClass bandProcess = new XDMBandSuperClass();
bandProcess.BandName = xrsFileInput.FileName;
bandProcess.SetInputParam(ref InputParam);

// create XRSSaveFile to save realtime band(XDMBandXXXX)
// load another file to protect thread lock(it is stable and faster).
XRSSaveFile fileSave = new XRSSaveFile();
XDMBand bandCast = (XDMBand)bandProcess;
fileSave.AddBand(ref bandCast);

// Save output file
XThread thd = null;
String strFilePathSave = "D:\\Sample\\Out_SuperClass.xdm";
if (!RasterIO.Export(ref fileSave, strFilePathSave, "XDM", out strError, thd))
{
    return;
}