public DataCube <float> GetTimeSeries(int segIndex, int rchIndex, int varid, DateTime start)
{
DataCube <float> ts = null;
if (DataCube != null)
{
var scaleFactor = ScaleFactor;
var index = GetReachIndex(segIndex, rchIndex);
var vector = DataCube.GetVector(varid, ":", index.ToString());
DateTime[] dates = new DateTime[DataCube.Size[1]];
for (int t = 0; t < DataCube.Size[1]; t++)
{
dates[t] = start.AddDays(t);
}
MatrixOperation.Mulitple(vector, (float)scaleFactor);
ts = new DataCube <float>(vector, dates);
}
return(ts);
}
public DataCube <float> GetTimeSeries(int segIndex, int varid)
{
DataCube <float> ts = null;
if (DataCube != null)
{
var scaleFactor = ScaleFactor;
var vector = DataCube.GetVector(varid, ":", segIndex.ToString());
DateTime[] dates = new DateTime[DataCube.Size[1]];
for (int t = 0; t < DataCube.Size[1]; t++)
{
dates[t] = DataCube.DateTimes[t];
}
MatrixOperation.Mulitple(vector, (float)scaleFactor);
ts = new DataCube <float>(vector, dates);
if (TimeUnits != Core.TimeUnits.Day)
{
ts = TimeSeriesAnalyzer.Derieve(ts, NumericalDataType, TimeUnits);
}
}
else if (DataCube != null)
{
var scaleFactor = ScaleFactor;
var vector = DataCube.GetVector(varid, ":", segIndex.ToString());
DateTime[] dates = new DateTime[DataCube.Size[1]];
for (int t = 0; t < DataCube.Size[1]; t++)
{
dates[t] = DataCube.DateTimes[t];
}
MatrixOperation.Mulitple(vector, (float)scaleFactor);
ts = new DataCube <float>(vector, dates);
if (TimeUnits != Core.TimeUnits.Day)
{
ts = TimeSeriesAnalyzer.Derieve(ts, NumericalDataType, TimeUnits);
}
}
return(ts);
}
