private DischargeActivity CreateDischargeActivity(FieldVisitInfo visit)
{
var dischargeActivityFactory = new DischargeActivityFactory(UnitSystem)
{
DefaultParty = DataFile.Properties.Operator
};
var dischargeActivity = dischargeActivityFactory.CreateDischargeActivity(
new DateTimeInterval(visit.StartDate, visit.EndDate), UnitConverter.ConvertDischarge(DataFile.Calculations.Discharge));
dischargeActivity.Comments = DataFile.Properties.Comment;
dischargeActivity.ActiveUncertaintyType = UncertaintyType.Quantitative;
_resultsAppender.GetPluginConfigurations().TryGetValue("IsoUncertaintyScalar", out var scalarText);
if (!double.TryParse(scalarText, out var scalar))
{
scalar = 1.0;
}
dischargeActivity.QuantitativeUncertainty = scalar * DataFile.Calculations.UncertaintyIso.Overall * 100;
// ReSharper disable once CompareOfFloatsByEqualityOperator
if (scalar != 1.0)
{
dischargeActivity.QualityAssuranceComments = $"Scaled ISO uncertainty by {scalar}";
}
return(dischargeActivity);
}
private DischargeActivity CreateDischargeActivityWithSummary(DateTimeInterval observationInterval, UnitSystem unitSystem)
{
var factory = new DischargeActivityFactory(unitSystem);
var dischargeActivity = factory.CreateDischargeActivity(observationInterval, _parsedData.TotalDischarge);
dischargeActivity.Party = _parsedData.UserId;
AddGageHeights(dischargeActivity, observationInterval, unitSystem);
return(dischargeActivity);
}
private DischargeActivity CreateDischargeActivityWithSummary(double discharge)
{
var factory = new DischargeActivityFactory(Units.MetricUnitSystem);
var measurementPeriod = GetMeasurementPeriod();
var dischargeActivity = factory.CreateDischargeActivity(measurementPeriod, discharge);
dischargeActivity.Comments = _ehsn.DisMeas.dischargeRemark;
dischargeActivity.Party = _ehsn.PartyInfo?.party;
AddMeanGageHeight(dischargeActivity);
return(dischargeActivity);
}
private DischargeActivity CreateDischargeActivityWithSummary(SxSSummary sxsSummary, UnitSystem unitSystem)
{
var factory = new DischargeActivityFactory(unitSystem);
//Discharge summary:
var measurementPeriod = GetMeasurementPeriod();
var dischargeActivity = factory.CreateDischargeActivity(measurementPeriod, sxsSummary.Total_Q.AsDouble());
dischargeActivity.Comments = sxsSummary.Comments;
dischargeActivity.Party = _fieldVisitInfo.Party;
dischargeActivity.MeasurementId = !string.IsNullOrWhiteSpace(sxsSummary.Meas_No) ? sxsSummary.Meas_No.Trim() : null;
//Mean gage height:
AddMeanGageHeight(dischargeActivity, sxsSummary.Stage, unitSystem);
return(dischargeActivity);
}
public override DischargeActivity Create()
{
//NOTE: Timestamps are specified as DateTimeOffset, which requires UTC-offset.
//If field data file timestamps do not include UTC-offset, plugin can create DateTimeOffset objects using location's UTC-offset.
var startTime = new DateTimeOffset(FieldVisit.StartDate, _location.UtcOffset);
var endTime = new DateTimeOffset(FieldVisit.EndDate, _location.UtcOffset);
var interval = new DateTimeInterval(startTime, endTime);
var dischargeSection = GetManualGaugingDischargeSection(interval);
var factory = new DischargeActivityFactory(FieldVisit.UnitSystem);
var dischargeActivity = factory.CreateDischargeActivity(interval, dischargeSection.Discharge.Value);
Log.Info(
$"Creating discharge activity from {interval.Start} to {interval.End} with discharge value = {dischargeSection.Discharge.Value}");
AddGageHeightMeasurements(interval, dischargeActivity);
dischargeActivity.ChannelMeasurements.Add(dischargeSection);
return(dischargeActivity);
}
public DischargeActivity Create()
{
//NOTE: Timestamps are specified as DateTimeOffset, which requires UTC-offset.
//If field data file timestamps do not include UTC-offset, plugin can create DateTimeOffset objects using location's UTC-offset.
var startTime = new DateTimeOffset(_fieldVisit.StartDate, _location.UtcOffset);
var endTime = new DateTimeOffset(_fieldVisit.EndDate, _location.UtcOffset);
var interval = new DateTimeInterval(startTime, endTime);
var factory = new DischargeActivityFactory(_fieldVisit.UnitSystem);
var dischargeActivity = factory.CreateDischargeActivity(interval, _fieldVisit.DischargeActivity.Discharge);
_log.Info(
$"Creating discharge activity from {interval.Start} to {interval.End} with discharge value = {_fieldVisit.DischargeActivity.Discharge}");
AddGageHeightMeasurements(interval, dischargeActivity);
dischargeActivity.Comments = _fieldVisit.DischargeActivity.Comments;
dischargeActivity.Party = _fieldVisit.DischargeActivity.Party;
dischargeActivity.MeasurementId = _fieldVisit.DischargeActivity.MeasurementId;
return(dischargeActivity);
}
private DischargeActivity CreateDischargeActivityWithSummary(Channel channel, UnitSystem unitSystem)
{
var factory = new DischargeActivityFactory(unitSystem);
var totalDischarge = channel.ChannelSummary?.Discharge?.Total?.Value ??
throw new ArgumentException("No total discharge amount provided");
//Discharge summary:
var measurementPeriod = GetMeasurementPeriod();
var dischargeActivity = factory.CreateDischargeActivity(
measurementPeriod,
UnitConverter.ConvertDischarge(totalDischarge.AsDouble()));
dischargeActivity.Comments = string.Join("\n", new[]
{
channel.ChannelSummary?.Other?.UserComment?.Value,
channel.QA?.QRev_Message?.Value,
}
.Where(s => !string.IsNullOrWhiteSpace(s))
.Select(s => s.Trim()));
return(dischargeActivity);
}
private DischargeActivity CreateDischargeActivityWithSummary(DischargeMeasurementSummary summary,
UnitSystem unitSystem)
{
var factory = new DischargeActivityFactory(unitSystem);
var totalDischarge = summary.Discharge ??
throw new ArgumentException("No total discharge amount provided");
//Discharge summary:
var measurementPeriod = GetMeasurementPeriod();
var dischargeActivity = factory.CreateDischargeActivity(measurementPeriod, totalDischarge);
dischargeActivity.Comments = string.Join("\n", summary.Notes);
dischargeActivity.Party = summary.Operator;
if (!Config.IgnoreMeasurementId)
{
dischargeActivity.MeasurementId = summary.MeasurementNumber;
}
dischargeActivity.QuantitativeUncertainty = summary.UncertaintyPercentage;
dischargeActivity.ActiveUncertaintyType = dischargeActivity.QuantitativeUncertainty.HasValue
? UncertaintyType.Quantitative
: UncertaintyType.None;
var notes = new List <string>(summary.DepthSensorNotes);
if (summary.QualityThresholdNotes.Any())
{
if (notes.Any())
{
notes.Add("");
}
notes.AddRange(summary.QualityThresholdNotes);
}
if (summary.FieldQualityNotes.Any())
{
if (notes.Any())
{
notes.Add("");
}
notes.AddRange(summary.FieldQualityNotes);
}
dischargeActivity.QualityAssuranceComments = string.Join("\n", notes);
if (!string.IsNullOrEmpty(summary.Quality) && Config.Grades.Any())
{
if (!Config.Grades.TryGetValue(summary.Quality, out var gradeText))
{
gradeText = summary.Quality;
}
dischargeActivity.MeasurementGrade = int.TryParse(gradeText, out var gradeCode)
? Grade.FromCode(gradeCode)
: Grade.FromDisplayName(gradeText);
}
AddMeanGageHeight(dischargeActivity, summary.GageStart, FieldVisitInfo.StartDate, unitSystem);
AddMeanGageHeight(dischargeActivity, summary.GageEnd, FieldVisitInfo.EndDate, unitSystem);
return(dischargeActivity);
}
