public static TimeSeriesComplexType FromTimeSeries(TimeSeries ts, string forcedTimeStamp)
{
TimeSeriesComplexType result = new TimeSeriesComplexType( );
string locationName = LocationName(ts.name);
result.header = new HeaderComplexType
{
type = timeSeriesType.mean,
locationId = locationName,
//stationName = locationName,
startDate = new DateTimeComplexType {
DateTime = MergeDT(ts.Start, forcedTimeStamp)
},
endDate = new DateTimeComplexType {
DateTime = MergeDT(ts.End, forcedTimeStamp)
},
missVal = ts.NullValue,
units = PIUnits(ts),
timeStep = PITimeStep(ts.timeStep),
parameterId = ParameterName(ts.name)
};
IList <EventComplexType> events = new List <EventComplexType>();
for (int i = 0; i < ts.count(); i++)
{
var fewsDT = new DateTimeComplexType {
DateTime = MergeDT(ts.timeForItem(i), forcedTimeStamp)
};
events.Add(new EventComplexType
{
date = fewsDT.date,
time = fewsDT.time,
flag = 2,
flagSpecified = true,
value = ts[i]
});
}
result.@event = events.ToArray();
return(result);
}
public static TimeSeries ConvertTimeSeriesFromFEWS(TimeSeriesComplexType fewsTS)
{
var header = fewsTS.header;
DateTime tsStart = DateTimeComplexType.DateTimeFromPI(header.startDate);
DateTime tsEnd = DateTimeComplexType.DateTimeFromPI(header.endDate);
TimeStep step = TimeStepFromPI(header.timeStep);
TimeSeries result = new TimeSeries(tsStart, tsEnd, step);
result.name = header.parameterId + "_" + header.locationId;
foreach (var e in fewsTS.@event)
{
var dt = DateTimeComplexType.Merge(e.date, e.time);
result.setTime(dt, e.value);
}
return(result);
}
