private TimeSeries CreateDischargeTotalTimeSeries(
Defaults defaults,
ProcessorConfig processorConfig,
string identifier)
{
var timeSeriesIdentifier = TimeSeriesIdentifierParser.ParseIdentifier(identifier);
Log.Info($"Creating '{identifier}' ...");
var parameter = FindExistingParameterByIdentifier(timeSeriesIdentifier.Parameter);
var unit = ResolveParameterUnit(defaults.DischargeTotalUnit, processorConfig.DischargeTotalUnit, parameter);
var location = FindExistingLocation(timeSeriesIdentifier.Location);
var response = Client.Provisioning.Post(
new Aquarius.TimeSeries.Client.ServiceModels.Provisioning.PostReflectedTimeSeries
{
LocationUniqueId = location.UniqueId,
Parameter = parameter.ParameterId,
Unit = unit,
Label = timeSeriesIdentifier.Label,
InterpolationType = InterpolationType.SucceedingConstant,
GapTolerance = DurationExtensions.MaxGapDuration,
UtcOffset = location.UtcOffset,
Method = DefaultMethodCode,
Comment = $"Created automatically by {ExeHelper.ExeNameAndVersion}"
});
Log.Info($"Created '{response.Identifier}' ({response.Unit})");
AddNewTimeSeries(response);
return(response);
}
private Processor Resolve(Defaults defaults, ProcessorConfig processorConfig)
{
var eventIdentifier = !string.IsNullOrEmpty(processorConfig.EventTimeSeries)
? processorConfig.EventTimeSeries
: defaults.EventParameterAndLabel;
var eventTimeSeries = FindTimeSeries(
nameof(processorConfig.EventTimeSeries),
eventIdentifier,
processorConfig.Location,
defaults.EventLabel);
var dischargeIdentifier =
ResolveDefaultIdentifier(processorConfig.DischargeTimeSeries, DischargeParameterId, defaults.DischargeLabel);
var dischargeTimeSeries = FindTimeSeries(
nameof(processorConfig.DischargeTimeSeries),
dischargeIdentifier,
processorConfig.Location,
defaults.DischargeLabel);
var dischargeTotalIdentifier =
ResolveDefaultIdentifier(processorConfig.DischargeTotalTimeSeries, DischargeTotalParameterId, defaults.EventLabel);
var dischargeTotalTimeSeries = FindOrCreateTimeSeries(
nameof(processorConfig.DischargeTotalTimeSeries),
dischargeTotalIdentifier,
processorConfig.Location,
defaults.EventLabel,
identifier => CreateDischargeTotalTimeSeries(defaults, processorConfig, identifier));
var processor = new Processor
{
EventTimeSeries = eventTimeSeries,
DischargeTimeSeries = dischargeTimeSeries,
DischargeTotalTimeSeries = dischargeTotalTimeSeries,
MinimumEventDuration = processorConfig.MinimumEventDuration ?? defaults.MinimumEventDuration,
};
ThrowIfWrongParameter(DischargeParameterId, nameof(processor.DischargeTimeSeries), processor.DischargeTimeSeries);
ThrowIfWrongParameter(DischargeTotalParameterId, nameof(processor.DischargeTotalTimeSeries), processor.DischargeTotalTimeSeries);
ThrowIfWrongTimeSeriesType(TimeSeriesType.Reflected, nameof(processor.DischargeTotalTimeSeries), processor.DischargeTotalTimeSeries);
DecomposeTimePeriodUnits(VolumeUnitGroup, processor.DischargeTimeSeries);
// TODO: If no calculations, try to infer them from all the "LabData" timeseries in the location with a mass/volume unit group and a Total equivalent?
processor.Calculations.AddRange(processorConfig
.Calculations
.Select(calculationConfig => Resolve(defaults, processorConfig.Location, processor, calculationConfig)));
return(processor);
}
