public void GetVerticals_AddCommentsIfCosineVerticalFactorIsNot1()
{
_parsedData.VerticalObservations[1].ObservationPoints[0].CosineVerticalFactor = 0.85;
var verticals = new VerticalMapper(_parsedData, _visitInterval.Start).GetVerticals().ToList();
Assert.That(verticals[1].Comments, Contains.Substring(CommonMapper.CosVfEquals));
}
public void GetVerticals_AddCommentsOnWallOrBottomMeasurements(string indicator, string expectedComment)
{
_parsedData.VerticalObservations[1].ObservationPoints[0].ObsLocationIndicator = indicator;
var verticals = new VerticalMapper(_parsedData, _visitInterval.Start).GetVerticals().ToList();
Assert.That(verticals[1].Comments, Contains.Substring(expectedComment));
}
private static DischargeActivityMapper CreateDischargeActivityMapper()
{
var meterCalibrationMapper = new MeterCalibrationMapper();
var verticalMapper = new VerticalMapper(meterCalibrationMapper);
var pointVelocityMapper = new PointVelocityMapper(verticalMapper);
return(new DischargeActivityMapper(pointVelocityMapper));
}
public void SetUp()
{
SetupAutoFixture();
SetUpMeterCalibrationMapper();
_gaugingSummaryItem = _fixture.Create <GaugingSummaryItem>();
_deploymentMethod = _fixture.Create <DeploymentMethodType>();
_verticalMapper = new VerticalMapper(_meterCalibrationMapper);
}
public void GetVerticals_SetsEquationsToCalibration(double c1, double c2, double c3, double c4,
int expectedEquationCount)
{
_parsedData.MeterConst1 = c1;
_parsedData.MeterConst2 = c2;
_parsedData.MeterConst3 = c3;
_parsedData.MeterConst4 = c4;
var verticals = new VerticalMapper(_parsedData, _visitInterval.Start).GetVerticals().ToList();
var equations = verticals.First().VelocityObservation.MeterCalibration.Equations;
Assert.That(equations.Count, Is.EqualTo(expectedEquationCount));
Assert.That(equations.First().Slope, Is.EqualTo(c1));
Assert.That(equations.First().Intercept, Is.EqualTo(c2));
Assert.That(equations.First().InterceptUnitId, Is.EqualTo("ft/s"));
}