private void ReadFailureMechanismSections(ExpectedFailureMechanismResult expectedFailureMechanismResult)
{
var sections = new List <IExpectedFailureMechanismSection>();
var startRow = GetRowId("Vaknaam") + 1;
var sectionReader = sectionReaderFactory.CreateReader(expectedFailureMechanismResult.HasLengthEffect);
var iRow = startRow;
while (iRow <= MaxRow)
{
var startMeters = GetCellValueAsDouble("C", iRow) * 1000.0;
var endMeters = GetCellValueAsDouble("D", iRow) * 1000.0;
if (double.IsNaN(startMeters) || double.IsNaN(endMeters))
{
break;
}
sections.Add(sectionReader.ReadSection(iRow, startMeters, endMeters));
iRow++;
}
expectedFailureMechanismResult.Sections = sections;
}
public void ReaderReadsFailureMechanismWithoutLengthEffectInformationCorrectly()
{
var testFile = Path.Combine(GetTestDir(), "Benchmarktool assemblage - Failure mechanism without length-effect.xlsx");
using (SpreadsheetDocument spreadsheetDocument = SpreadsheetDocument.Open(testFile, false))
{
WorkbookPart workbookPart = spreadsheetDocument.WorkbookPart;
var workSheetParts = ReadWorkSheetParts(workbookPart);
var workSheetPart = workSheetParts["Sheet1"];
var reader = new FailureMechanismsReader(workSheetPart, workbookPart);
var result = new BenchmarkTestInput();
reader.Read(result, "GEKB");
Assert.AreEqual(1, result.ExpectedFailureMechanismsResults.Count);
ExpectedFailureMechanismResult expectedFailureMechanismResult =
result.ExpectedFailureMechanismsResults.First();
Assert.AreEqual(false, expectedFailureMechanismResult.HasLengthEffect);
Assert.AreEqual("GEKB", expectedFailureMechanismResult.MechanismId);
Assert.AreEqual(4.46E-06, expectedFailureMechanismResult.ExpectedCombinedProbability, 1E-4);
Assert.AreEqual(4.46E-06, expectedFailureMechanismResult.ExpectedCombinedProbabilityTemporal, 1E-4);
}
}
private void ReadGeneralInformation(ExpectedFailureMechanismResult expectedFailureMechanismResult)
{
expectedFailureMechanismResult.ExpectedCombinedProbabilityTemporal = new Probability(GetCellValueAsDouble("C", "Faalkans tussentijds"));
expectedFailureMechanismResult.ExpectedIsSectionsCorrelatedTemporal = ToCorrelation(GetCellValueAsString("C", "Vakken gecorreleerd?") == "Ja");
expectedFailureMechanismResult.ExpectedCombinedProbability = new Probability(GetCellValueAsDouble("C", "Faalkans"));
expectedFailureMechanismResult.ExpectedIsSectionsCorrelated = ToCorrelation(double.IsNaN(expectedFailureMechanismResult.ExpectedCombinedProbability) || expectedFailureMechanismResult.ExpectedIsSectionsCorrelatedTemporal == EFailureMechanismAssemblyMethod.Correlated);
expectedFailureMechanismResult.LengthEffectFactor = GetCellValueAsDouble("C", "Ntraject");
}
/// <summary>
/// Reads all relevant input and expected output for a specific failure mechanism.
/// </summary>
/// <param name="benchmarkTestInput">The test input.</param>
/// <param name="mechanismId">String used to identify the failure mechanism.</param>
public void Read(BenchmarkTestInput benchmarkTestInput, string mechanismId)
{
bool hasLengthEffect = GetCellValueAsString("C", "Lengte-effect") == "Ja";
ExpectedFailureMechanismResult expectedFailureMechanismResult =
new ExpectedFailureMechanismResult(GetCellValueAsString("C", "Faalpad"), mechanismId, hasLengthEffect);
ReadGeneralInformation(expectedFailureMechanismResult);
ReadFailureMechanismSections(expectedFailureMechanismResult);
benchmarkTestInput.ExpectedFailureMechanismsResults.Add(expectedFailureMechanismResult);
}
/// <summary>
/// Creates a new instance of <see cref="FailureMechanismResultTesterBase{TFailureMechanismResult}"/>.
/// </summary>
/// <param name="methodResults">The method results.</param>
/// <param name="expectedFailureMechanismResult">The expected failure mechanism results.</param>
/// <param name="interpretationCategories"></param>
protected FailureMechanismResultTesterBase(MethodResultsListing methodResults,
ExpectedFailureMechanismResult expectedFailureMechanismResult,
CategoriesList <InterpretationCategory> interpretationCategories)
{
ExpectedFailureMechanismResult = expectedFailureMechanismResult;
MethodResults = methodResults;
InterpretationCategories = interpretationCategories;
if (ExpectedFailureMechanismResult == null || InterpretationCategories == null)
{
throw new ArgumentException();
}
}
/// <summary>
/// Test the failure mechanism assembly.
/// </summary>
/// <param name="expectedFailureMechanismResult">The expected failure mechanism result.</param>
/// <param name="testResult">The test result.</param>
/// <param name="interpretationCategories">The interpretation categories needed to translate a probability to an interpretation category.</param>
public static void TestFailureMechanismAssembly(ExpectedFailureMechanismResult expectedFailureMechanismResult,
BenchmarkTestResult testResult, CategoriesList <InterpretationCategory> interpretationCategories)
{
var failureMechanismTestResult =
GetBenchmarkTestFailureMechanismResult(testResult, expectedFailureMechanismResult.Name, expectedFailureMechanismResult.MechanismId, expectedFailureMechanismResult.HasLengthEffect);
var failureMechanismTester =
expectedFailureMechanismResult.HasLengthEffect
? new FailureMechanismWithLengthEffectResultTester(testResult.MethodResults, expectedFailureMechanismResult, interpretationCategories) as IFailureMechanismResultTester
: new FailureMechanismResultTester(testResult.MethodResults, expectedFailureMechanismResult, interpretationCategories);
failureMechanismTestResult.AreEqualCombinedAssessmentResultsPerSection =
failureMechanismTester.TestCombinedAssessment();
failureMechanismTestResult.AreEqualAssessmentResultPerAssessmentSection =
failureMechanismTester.TestAssessmentSectionResult();
failureMechanismTestResult.AreEqualAssessmentResultPerAssessmentSectionTemporal =
failureMechanismTester.TestAssessmentSectionResultTemporal();
}
public FailureMechanismResultTester(MethodResultsListing methodResults,
ExpectedFailureMechanismResult expectedFailureMechanismResult,
CategoriesList <InterpretationCategory> interpretationCategories) : base(methodResults, expectedFailureMechanismResult, interpretationCategories)
{
}
