/// <summary>
/// Writes HD time series data object to the data repository
/// </summary>
public void Finish()
{
//check to see if the database path is overridden
var db = conn != null
? RepositoryFactory.Instance.Get <IRepositoryManager>(DatabaseTypes.SQLite, conn)
: RepositoryFactory.Instance.Get <IRepositoryManager>();
//write each series to the database
foreach (Series series in serieses.Values)
{
//-- get the theme
Theme theme = series.ThemeList[0];
//-- need to adjust the series values back by one time step
Dictionary <DateTime, double> new_data = new Dictionary <DateTime, double>();
// determine the timestep using the first two values (assumes uniform timstep)
double timestep = _timestep[theme.Name][1].Subtract(_timestep[theme.Name][0]).TotalSeconds;
// change the data value times back 1 time step
// this is necessary b/c each model advances it's time before dbwriter gets the data
for (int i = 0; i <= series.ValueCount - 1; i++)
{
// subtract 1 for the timestep advancement
// subtract 1 for the 1-timestep delay that OpenMI creates
series.DataValueList[i].DateTimeUTC = series.DataValueList[i].DateTimeUTC.AddSeconds(-2 * timestep);
series.DataValueList[i].LocalDateTime = series.DataValueList[i].LocalDateTime.AddSeconds(-2 * timestep);
// remove data value if less than start
if (series.DataValueList[i].LocalDateTime < CalendarConverter.ModifiedJulian2Gregorian(_start).AddSeconds(-timestep))
{
//series.DataValueList[i].Value = series.GetNoDataValue();
series.DataValueList.RemoveAt(i); // This change was necessary b/c series.GetNoDataValue() was removed
}
}
//-- save data series
//db.SaveSeriesAsCopy(series, theme);
db.SaveSeries(series, theme, OverwriteOptions.Copy); //This change was necessary b/c db.SaveSeriesAsCopy() was removed
}
//clear all values in the buffer
_smartBuffer.Clear(this.TimeHorizon);
}
public void Finish()
{
//clear all values in the buffer
_smartBuffer.Clear(this.TimeHorizon);
}