public Dictionary <int, RasterQuickStatResult> Compute(IRasterDataProvider dataProvider, int[] aoi, int[] bandNos, Action <int, string> progressTracker)
{
if (dataProvider == null)
{
throw new ArgumentNullException("dataProvider");
}
if (bandNos == null || bandNos.Length == 0)
{
throw new ArgumentNullException("bandNos");
}
int minBandNo = bandNos.Min(), maxBandNo = bandNos.Max();
if (minBandNo < 1 || maxBandNo > dataProvider.BandCount)
{
throw new IndexOutOfRangeException("bandNo");
}
//
double[] minValues = new double[bandNos.Length];
double[] maxValues = new double[bandNos.Length];
double[] meanValues = new double[bandNos.Length];
IMaxMinValueComputer computer = MaxMinValueComputerFactory.GetMaxMinValueComputer(dataProvider.DataType);
IRasterBand[] srcRasters = new IRasterBand[bandNos.Length];
for (int i = 0; i < bandNos.Length; i++)
{
srcRasters[i] = dataProvider.GetRasterBand(bandNos[i]);
}
//
computer.Compute(srcRasters, aoi, out minValues, out maxValues, out meanValues, progressTracker);
//
Dictionary <int, RasterQuickStatResult> results = new Dictionary <int, RasterQuickStatResult>();
List <IRasterBand> rasterBands = new List <IRasterBand>();
int b = 0;
foreach (int bandNo in bandNos)
{
IRasterBand rstBand = dataProvider.GetRasterBand(bandNo);
rasterBands.Add(rstBand);
RasterQuickStatResult result = BuildStatResult(rstBand, minValues[b], maxValues[b], meanValues[b]);
if (result != null)
{
results.Add(bandNo, result);
}
b++;
}
//
IHistogramComputer histogramComputer = HistogramComputerFactory.GetHistogramComputer(dataProvider.DataType);
//
if (aoi == null || aoi.Length == 0)
{
histogramComputer.Compute(rasterBands.ToArray(), results.Values.ToArray(), progressTracker);
}
else
{
histogramComputer.Compute(rasterBands.ToArray(), aoi, results.Values.ToArray(), progressTracker);
}
//
return(results);
}
public void Reset(IRasterDataProvider dataProvider, int xBandNo, int yBandNo, int[] aoi, XYAxisEndpointValue endpointValues, LinearFitObject fitObj, Action <int, string> progressTracker)
{
_fitObj = fitObj;
_dataProvider = dataProvider;
_xBandNo = xBandNo;
_yBandNo = yBandNo;
_fileName = _dataProvider.fileName;
_xBandName = Path.GetFileName(_fileName) + " (Band " + _xBandNo.ToString() + ")";
_yBandName = Path.GetFileName(_fileName) + " (Band " + _yBandNo.ToString() + ")";
_aoi = aoi;
//
IMaxMinValueComputer c = MaxMinValueComputerFactory.GetMaxMinValueComputer(dataProvider.DataType);
double[] minValues = new double[2];
double[] maxValues = new double[2];
double[] meanValues = new double[2];
c.Compute(new IRasterBand[] { dataProvider.GetRasterBand(xBandNo), dataProvider.GetRasterBand(yBandNo) }, aoi, out minValues, out maxValues, out meanValues, progressTracker);
_minValueXBand = endpointValues.MinX;
_maxValueXBand = endpointValues.MaxX;
_minValueYBand = endpointValues.MinY;
_maxValueYBand = endpointValues.MaxY;
_oMinValueX = minValues[0];
_oMaxValueX = maxValues[0];
//
_visitor = ScatterPixelVisitorFactory.GetVisitor(_dataProvider.DataType);
_visitor.Init(_dataProvider.GetRasterBand(xBandNo), _dataProvider.GetRasterBand(yBandNo));
}
public void Reset(IRasterDataProvider dataProvider, int xBandNo, int yBandNo, double[] xBandInvalidValue, double[] yBandInvalidValue, int[] aoi, LinearFitObject fitObj, Action <int, string> progressTracker)
{
_fitObj = fitObj;
_dataProvider = dataProvider;
_xBandNo = xBandNo;
_yBandNo = yBandNo;
_fileName = _dataProvider.fileName;
string[] filenames = _fileName.Split(new char[] { ';' }, StringSplitOptions.RemoveEmptyEntries);
if (filenames.Length == 2)
{
_xBandName = Path.GetFileName(filenames[0]) + " (Band " + _xBandNo.ToString() + ")";
_yBandName = Path.GetFileName(filenames[1]) + " (Band " + _yBandNo.ToString() + ")";
_fileName = "";
}
_aoi = aoi;
//
IMaxMinValueComputer c = MaxMinValueComputerFactory.GetMaxMinValueComputer(dataProvider.DataType);
double[] minValues = new double[2];
double[] maxValues = new double[2];
double[] meanValues = new double[2];
c.Compute(new IRasterBand[] { dataProvider.GetRasterBand(xBandNo), dataProvider.GetRasterBand(yBandNo) }, aoi, new double[][] { xBandInvalidValue, yBandInvalidValue }, out minValues, out maxValues, out meanValues, progressTracker);
_minValueXBand = minValues[0];
_maxValueXBand = maxValues[0];
_minValueYBand = minValues[1];
_maxValueYBand = maxValues[1];
_oMinValueX = _minValueXBand;
_oMaxValueX = _maxValueXBand;
//
_visitor = ScatterPixelVisitorFactory.GetVisitor(_dataProvider.DataType);
_visitor.Init(_dataProvider.GetRasterBand(xBandNo), _dataProvider.GetRasterBand(yBandNo));
}
public void Reset(enumDataType datatype, Object xData, Object yData, XYAxisEndpointValue endpointValues, string title, string xaxisname, string yaxisname, LinearFitObject fitObj, Action <int, string> progressTracker)
{
_fitObj = fitObj;
_graphTitleName = title;
_xAxisName = xaxisname;
_yAxisName = yaxisname;
IMaxMinValueComputer c = MaxMinValueComputerFactory.GetMaxMinValueComputer(enumDataType.Double);
double[] minValues = new double[2];
double[] maxValues = new double[2];
double[] meanValues = new double[2];
c.DirectCompute(2, new double[][] { xData as double[], yData as double[] }, minValues, maxValues, meanValues);
_minValueXBand = endpointValues.MinX;
_maxValueXBand = endpointValues.MaxX;
_minValueYBand = endpointValues.MinY;
_maxValueYBand = endpointValues.MaxY;
_oMinValueX = minValues[0];
_oMaxValueX = maxValues[0];
//
_visitor = ScatterPixelVisitorFactory.GetVisitor(datatype);
_visitor.InitObj(xData, yData);
}