private void SetEquations(MeterCalibration calibration)
{
var slope1 = _parsedData.MeterConst1;
var intercept1 = _parsedData.MeterConst2;
var slope2 = _parsedData.MeterConst3;
var intercept2 = _parsedData.MeterConst4;
var interceptUnit = CommonMapper.GetUnitSystem(_parsedData).VelocityUnitId;
//Sample files show: C5=0, C3=C1, C4=C2. This should be 1 segment equation.
if (!AreEqualDoubles(slope1, 0.0d) || !AreEqualDoubles(intercept1, 0.0d))
{
calibration.Equations.Add(
new MeterCalibrationEquation {
Slope = slope1, Intercept = intercept1, InterceptUnitId = interceptUnit
});
}
//Assuming this is a 2 segment equation setup:
if (!AreEqualDoubles(slope1, slope2) ||
!AreEqualDoubles(intercept1, intercept2))
{
calibration.Equations.Add(
new MeterCalibrationEquation {
Slope = slope2, Intercept = intercept2, InterceptUnitId = interceptUnit
});
}
}
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);
}
private void SetTechnologyInfo(ManualGaugingDischargeSection dischargeSection)
{
//Primary Current Meter: will be inferred from verticals.
//Deployment method:
dischargeSection.DeploymentMethod =
CommonMapper.GetDeploymentMethodBySoundingWeight(_parsedData.SoundingWeight);
//Meter Suspension:
if (dischargeSection.DeploymentMethod == DeploymentMethodType.Wading)
{
dischargeSection.MeterSuspension = MeterSuspensionType.RoundRod;
}
//Suspension weight: in vertical's OpenWaterData.
}
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);
}
private VelocityObservation GetVelocityObservation(VerticalObservation verticalObservation,
MeterCalibration meterCalibration, int sequenceNumber)
{
var depthObservations = GetVelocityDepthObservations(verticalObservation.ObservationPoints);
var velocityObservationMethod = GetVelocityObservationMethodOrUnknown(verticalObservation, sequenceNumber);
var velocityObservation = new VelocityObservation
{
MeterCalibration = meterCalibration,
DeploymentMethod = CommonMapper.GetDeploymentMethodBySoundingWeight(_parsedData.SoundingWeight),
VelocityObservationMethod = velocityObservationMethod,
MeanVelocity = verticalObservation.MeanVelocity
};
foreach (var velocityDepthObservation in depthObservations)
{
velocityObservation.Observations.Add(velocityDepthObservation);
}
return(velocityObservation);
}