private static void ReadAllFormats(string watershedName)
{
//TODO - compare validateWatershed data with computed
File.AppendAllText(logFile, NL);
File.AppendAllText(logFile, "---------- Reading Ensembles ----------" + NL);
string fn;
// TimeSeriesOfEnsembleLocations wshedData=null;
DateTime startTime = DateTime.MinValue;
DateTime endTime = DateTime.MaxValue;
// DSS
fn = "ensemble_V7_" + tag + ".dss";
ReadTimed(fn, () =>
{
return(DssEnsemble.Read(watershedName, startTime, endTime, fn));
});
fn = "ensemble_V7_profiles_" + tag + ".dss";
ReadTimed(fn, () =>
{
return(DssEnsemble.ReadTimeSeriesProfiles(watershedName, startTime, endTime, fn));
});
// SQLITE
fn = "ensemble_sqlite_blob_" + tag + ".db";
ReadTimed(fn, () =>
{
return(SqLiteEnsemble.Read(watershedName, startTime, endTime, fn));
});
// Pisces
fn = "ensemble_pisces_" + tag + ".pdb";
ReadTimed(fn, () =>
{
return(SqLiteEnsemble.Read(watershedName, startTime, endTime, fn));
});
// Serial HDF5
fn = "ensemble_serial_1RowPerChunk.h5";
ReadTimed(fn, () =>
{
using (var hr = new H5Reader(fn))
return(HDF5Ensemble.Read(hr, watershedName));
});
// Parallel HDF5
foreach (int c in new[] { 1, 10, -1 })
{
fn = "ensemble_parallel_" + c.ToString() + "RowsPerChunk.h5";
ReadTimed(fn, () =>
{
using (var hr = new H5Reader(fn))
return(HDF5Ensemble.Read(hr, watershedName));
});
}
}
private static void WriteAllFormats(Watershed waterShedData, bool delete)
{
File.AppendAllText(logFile, NL);
string fn, dir;
// DSS 6/7
fn = "ensemble_V7_" + tag + ".dss";
if (delete)
{
File.Delete(fn);
}
WriteTimed(fn, tag, () => DssEnsemble.Write(fn, waterShedData));
fn = "ensemble_V7_profiles_" + tag + ".dss";
if (delete)
{
File.Delete(fn);
}
WriteTimed(fn, tag, () => DssEnsemble.WriteToTimeSeriesProfiles(fn, waterShedData));
bool compress = true;
// SQLITE
fn = "ensemble_sqlite_" + tag + ".db";
if (delete)
{
File.Delete(fn);
}
WriteTimed(fn, tag, () =>
{
SqLiteEnsemble.Write(fn, waterShedData, compress, false);
});
fn = "ensemble_pisces_" + tag + ".pdb";
if (delete)
{
File.Delete(fn);
}
WriteTimed(fn, tag, () =>
{
SqLiteEnsemble.WriteWithDataTable(fn, waterShedData, compress, true);
});
// Serial HDF5
fn = "ensemble_serial_1RowPerChunk.h5";
WriteTimed(fn, tag, () =>
{
using (var h5w = new H5Writer(fn))
HDF5Ensemble.Write(h5w, waterShedData);
});
// Parallel HDF5
foreach (int c in new[] { 1, 10, -1 })
{
fn = "ensemble_parallel_" + c.ToString() + "RowsPerChunk.h5";
WriteTimed(fn, tag, () =>
{
using (var h5w = new H5Writer(fn))
HDF5Ensemble.WriteParallel(h5w, waterShedData, c);
});
}
}
