public DischargeActivity GetDischargeActivity()
{
var unitSystem = CommonMapper.GetUnitSystem(_parsedData);
var observationInterval = CommonMapper.GetObservationTimeInterval(_visitInterval.Start,
_parsedData);
var dischargeActivity = CreateDischargeActivityWithSummary(observationInterval, unitSystem);
SetManualGaugingSection(dischargeActivity, unitSystem, observationInterval);
return(dischargeActivity);
}
public IEnumerable <Vertical> GetVerticals()
{
var timeInterval = CommonMapper.GetObservationTimeInterval(_visitStart, _parsedData);
var verticals = new List <Vertical>();
var startOfDate = new DateTimeOffset(timeInterval.Start.Date, timeInterval.Start.Offset);
var calculatedTotalQ = _parsedData.VerticalObservations.Sum(v => v.FlowQSum);
var meterCalibration = GetMeterCalibration();
for (var index = 0; index < _parsedData.VerticalObservations.Count; index++)
{
var verticalObservation = _parsedData.VerticalObservations[index];
var previousTaglinePos = index == 0 ? 0 : _parsedData.VerticalObservations[index - 1].Distance;
var segment = GetSegment(verticalObservation, previousTaglinePos, calculatedTotalQ);
var sequenceNumber = index + 1;
var vertical = new Vertical
{
Segment = segment,
MeasurementConditionData = GetConditionData(verticalObservation),
TaglinePosition = verticalObservation.Distance,
SequenceNumber = sequenceNumber,
MeasurementTime = startOfDate.Add(verticalObservation.StartTime),
VerticalType = GetVerticalTypeOrMidRiver(verticalObservation, sequenceNumber),
EffectiveDepth = verticalObservation.Depth,
VelocityObservation = GetVelocityObservation(verticalObservation, meterCalibration, sequenceNumber),
Comments = verticalObservation.Comments,
FlowDirection = FlowDirectionType.Normal,
SoundedDepth = verticalObservation.Depth,
IsSoundedDepthEstimated = verticalObservation.Comments.Contains("DEPTH ESTIMATED"),
//ObliqueFlowCorrection: N/A
};
SetAdditionalVerticalComments(vertical, verticalObservation);
verticals.Add(vertical);
}
return(verticals);
}