public override void LoadArguments(IEnumerable <Argument> arguments)
{
ArgumentHelper argHelper = new ArgumentHelper(arguments);
this.Response = argHelper.LoadStringArgument(nameof(Response));
this.ResponseTransformation = argHelper.LoadStringArgument(nameof(ResponseTransformation));
this.XAxis = argHelper.LoadStringArgument(nameof(XAxis));
this.XAxisTransformation = argHelper.LoadStringArgument(nameof(XAxisTransformation));
this.FirstCatFactor = argHelper.LoadStringArgument(nameof(FirstCatFactor));
this.SecondCatFactor = argHelper.LoadStringArgument(nameof(SecondCatFactor));
this.StyleType = (GraphStyleType)Enum.Parse(typeof(GraphStyleType), argHelper.LoadStringArgument(nameof(StyleType)), true);
this.DisplayLegend = argHelper.LoadBooleanArgument(nameof(DisplayLegend));
this.SEMPlotIncludeData = argHelper.LoadBooleanArgument(nameof(SEMPlotIncludeData));
this.MainTitle = argHelper.LoadStringArgument(nameof(MainTitle));
this.XAxisTitle = argHelper.LoadStringArgument(nameof(XAxisTitle));
this.YAxisTitle = argHelper.LoadStringArgument(nameof(YAxisTitle));
this.XAxisLevelsOrder = argHelper.LoadStringArgument(nameof(XAxisLevelsOrder));
this.FirstCatFactorLevelsOrder = argHelper.LoadStringArgument(nameof(FirstCatFactorLevelsOrder));
this.SecondCatFactorLevelsOrder = argHelper.LoadStringArgument(nameof(SecondCatFactorLevelsOrder));
this.ScatterplotSelected = argHelper.LoadBooleanArgument(nameof(ScatterplotSelected));
this.LinearFitSelected = argHelper.LoadBooleanArgument(nameof(LinearFitSelected));
this.JitterSelected = argHelper.LoadBooleanArgument(nameof(JitterSelected));
this.BoxplotSelected = argHelper.LoadBooleanArgument(nameof(BoxplotSelected));
this.BoxplotOptions = argHelper.LoadStringArgument(nameof(BoxplotOptions));
this.SEMPlotSelected = argHelper.LoadBooleanArgument(nameof(SEMPlotSelected));
this.SEMType = (SEMPlotType)Enum.Parse(typeof(SEMPlotType), argHelper.LoadStringArgument(nameof(SEMType)), true);
this.HistogramSelected = argHelper.LoadBooleanArgument(nameof(HistogramSelected));
this.NormalDistSelected = argHelper.LoadBooleanArgument(nameof(NormalDistSelected));
this.CaseProfilesPlotSelected = argHelper.LoadBooleanArgument(nameof(CaseProfilesPlotSelected));
this.CaseIDFactor = argHelper.LoadStringArgument(nameof(CaseIDFactor));
this.ReferenceLine = argHelper.LoadNullableDecimalArgument(nameof(ReferenceLine));
}
public override void LoadArguments(IEnumerable <Argument> arguments)
{
ArgumentHelper argHelper = new ArgumentHelper(arguments);
this.Responses = argHelper.LoadIEnumerableArgument(nameof(Responses));
this.ResponseTransformation = argHelper.LoadStringArgument(nameof(ResponseTransformation));
this.TargetValue = argHelper.LoadDecimalArgument(nameof(TargetValue));
this.ConfidenceInterval = argHelper.LoadBooleanArgument(nameof(ConfidenceInterval));
this.NormalPlot = argHelper.LoadBooleanArgument(nameof(NormalPlot));
this.Significance = argHelper.LoadStringArgument(nameof(Significance));
}
public override void LoadArguments(IEnumerable <Argument> arguments)
{
ArgumentHelper argHelper = new ArgumentHelper(arguments);
this.Response = argHelper.LoadStringArgument(nameof(Response));
this.Treatment = argHelper.LoadStringArgument(nameof(Treatment));
this.Censorship = argHelper.LoadStringArgument(nameof(Censorship));
this.SummaryResults = argHelper.LoadBooleanArgument(nameof(SummaryResults));
this.SurvivalPlot = argHelper.LoadBooleanArgument(nameof(SurvivalPlot));
this.CompareSurvivalCurves = argHelper.LoadBooleanArgument(nameof(CompareSurvivalCurves));
this.Significance = argHelper.LoadStringArgument(nameof(Significance));
}
public override void LoadArguments(IEnumerable <Argument> arguments)
{
ArgumentHelper argHelper = new ArgumentHelper(arguments);
this.Response = argHelper.LoadStringArgument(nameof(Response));
this.GroupingFactor = argHelper.LoadStringArgument(nameof(GroupingFactor));
this.ResponseCategories = argHelper.LoadStringArgument(nameof(ResponseCategories));
this.ChiSquaredTest = argHelper.LoadBooleanArgument(nameof(ChiSquaredTest));
this.FishersExactTest = argHelper.LoadBooleanArgument(nameof(FishersExactTest));
this.Hypothesis = argHelper.LoadStringArgument(nameof(Hypothesis));
this.BarnardsTest = argHelper.LoadBooleanArgument(nameof(BarnardsTest));
this.Significance = argHelper.LoadStringArgument(nameof(Significance));
}
public override void LoadArguments(IEnumerable <Argument> arguments)
{
ArgumentHelper argHelper = new ArgumentHelper(arguments);
this.Response = argHelper.LoadStringArgument(nameof(Response));
this.ResponseTransformation = argHelper.LoadStringArgument(nameof(ResponseTransformation));
this.Treatment = argHelper.LoadStringArgument(nameof(Treatment));
this.EqualVarianceCaseSelected = argHelper.LoadBooleanArgument(nameof(EqualVarianceCaseSelected));
this.UnequalVarianceCaseSelected = argHelper.LoadBooleanArgument(nameof(UnequalVarianceCaseSelected));
this.ResidualsVsPredictedPlotSelected = argHelper.LoadBooleanArgument(nameof(ResidualsVsPredictedPlotSelected));
this.NormalProbabilityPlotSelected = argHelper.LoadBooleanArgument(nameof(NormalProbabilityPlotSelected));
this.ControlGroup = argHelper.LoadStringArgument(nameof(ControlGroup));
this.Significance = argHelper.LoadStringArgument(nameof(Significance));
}
public override void LoadArguments(IEnumerable <Argument> arguments)
{
ArgumentHelper argHelper = new ArgumentHelper(arguments);
this.Responses = argHelper.LoadIEnumerableArgument(nameof(Responses));
this.IncludeAllVariables = argHelper.LoadBooleanArgument(nameof(IncludeAllVariables));
this.Responses = argHelper.LoadIEnumerableArgument(nameof(SelectedVariables));
this.ResponseName = argHelper.LoadStringArgument(nameof(ResponseName));
this.RepeatedFactorName = argHelper.LoadStringArgument(nameof(RepeatedFactorName));
this.SubjectFactorName = argHelper.LoadStringArgument(nameof(SubjectFactorName));
}
public override void LoadArguments(IEnumerable <Argument> arguments)
{
ArgumentHelper argHelper = new ArgumentHelper(arguments);
this.Response = argHelper.LoadStringArgument(nameof(Response));
this.Treatments = argHelper.LoadIEnumerableArgument(nameof(Treatments));
this.OtherDesignFactors = argHelper.LoadIEnumerableArgument(nameof(OtherDesignFactors));
this.ResponseTransformation = argHelper.LoadStringArgument(nameof(ResponseTransformation));
this.Covariates = argHelper.LoadIEnumerableArgument(nameof(Covariates));
this.PrimaryFactor = argHelper.LoadStringArgument(nameof(PrimaryFactor));
this.CovariateTransformation = argHelper.LoadStringArgument(nameof(CovariateTransformation));
this.ANOVASelected = argHelper.LoadBooleanArgument(nameof(ANOVASelected));
this.PRPlotSelected = argHelper.LoadBooleanArgument(nameof(PRPlotSelected));
this.NormalPlotSelected = argHelper.LoadBooleanArgument(nameof(NormalPlotSelected));
this.Significance = argHelper.LoadStringArgument(nameof(Significance));
this.SelectedEffect = argHelper.LoadStringArgument(nameof(SelectedEffect));
this.LSMeansSelected = argHelper.LoadBooleanArgument(nameof(LSMeansSelected));
this.AllPairwise = argHelper.LoadStringArgument(nameof(AllPairwise));
this.GenerateComparisonsDataset = argHelper.LoadBooleanArgument(nameof(GenerateComparisonsDataset));
}
public void LoadBooleanArgument_ReturnsCorrectBool()
{
//Arrange
System.Threading.Thread.CurrentThread.CurrentCulture = CultureInfo.InvariantCulture;
ArgumentHelper sut = new ArgumentHelper(GetArguments());
//Act
bool result = sut.LoadBooleanArgument("ANOVASelected");
//Assert
Assert.True(result);
}
public override void LoadArguments(IEnumerable <Argument> arguments)
{
ArgumentHelper argHelper = new ArgumentHelper(arguments);
this.SelectedInputFormat = (InputFormatType)Enum.Parse(typeof(InputFormatType), argHelper.LoadStringArgument(nameof(SelectedInputFormat)), true);
this.Response = argHelper.LoadStringArgument(nameof(Response));
this.SubjectFactor = argHelper.LoadStringArgument(nameof(SubjectFactor));
this.TimeFactor = argHelper.LoadStringArgument(nameof(TimeFactor));
this.Responses = argHelper.LoadIEnumerableArgument(nameof(Responses));
this.NumericalTimePoints = argHelper.LoadStringArgument(nameof(NumericalTimePoints));
this.IncludeAllVariables = argHelper.LoadBooleanArgument(nameof(IncludeAllVariables));
this.SelectedVariables = argHelper.LoadIEnumerableArgument(nameof(SelectedVariables));
this.AUCOutput = (AUCOutputType)Enum.Parse(typeof(AUCOutputType), argHelper.LoadStringArgument(nameof(AUCOutput)), true);
}
public override void LoadArguments(IEnumerable <Argument> arguments)
{
ArgumentHelper argHelper = new ArgumentHelper(arguments);
this.Response = argHelper.LoadStringArgument(nameof(Response));
this.Treatments = argHelper.LoadIEnumerableArgument(nameof(Treatments));
this.OtherDesignFactors = argHelper.LoadIEnumerableArgument(nameof(OtherDesignFactors));
this.ResponseTransformation = argHelper.LoadStringArgument(nameof(ResponseTransformation));
this.Covariates = argHelper.LoadIEnumerableArgument(nameof(Covariates));
this.PrimaryFactor = argHelper.LoadStringArgument(nameof(PrimaryFactor));
this.CovariateTransformation = argHelper.LoadStringArgument(nameof(CovariateTransformation));
this.EquivalenceBoundsType = (EquivalenceBoundsOption)Enum.Parse(typeof(EquivalenceBoundsOption), argHelper.LoadStringArgument(nameof(EquivalenceBoundsType)), true);
this.LowerBoundAbsolute = argHelper.LoadNullableDecimalArgument(nameof(LowerBoundAbsolute));
this.UpperBoundAbsolute = argHelper.LoadNullableDecimalArgument(nameof(UpperBoundAbsolute));
this.LowerBoundPercentageChange = argHelper.LoadNullableDecimalArgument(nameof(LowerBoundPercentageChange));
this.UpperBoundPercentageChange = argHelper.LoadNullableDecimalArgument(nameof(UpperBoundPercentageChange));
this.PRPlotSelected = argHelper.LoadBooleanArgument(nameof(PRPlotSelected));
this.NormalPlotSelected = argHelper.LoadBooleanArgument(nameof(NormalPlotSelected));
this.Significance = argHelper.LoadStringArgument(nameof(Significance));
this.SelectedEffect = argHelper.LoadStringArgument(nameof(SelectedEffect));
this.LSMeansSelected = argHelper.LoadBooleanArgument(nameof(LSMeansSelected));
this.ComparisonType = (ComparisonOption)Enum.Parse(typeof(ComparisonOption), argHelper.LoadStringArgument(nameof(ComparisonType)), true);
this.ControlGroup = argHelper.LoadStringArgument(nameof(ControlGroup));
}
public override void LoadArguments(IEnumerable <Argument> arguments)
{
ArgumentHelper argHelper = new ArgumentHelper(arguments);
this.Response = argHelper.LoadStringArgument(nameof(Response));
this.PositiveResult = argHelper.LoadStringArgument(nameof(PositiveResult));
this.Covariates = argHelper.LoadIEnumerableArgument(nameof(Covariates));
this.CovariateTransformation = argHelper.LoadStringArgument(nameof(CovariateTransformation));
this.Treatments = argHelper.LoadIEnumerableArgument(nameof(Treatments));
this.ContinuousFactors = argHelper.LoadIEnumerableArgument(nameof(ContinuousFactors));
this.ContinuousFactorsTransformation = argHelper.LoadStringArgument(nameof(ContinuousFactorsTransformation));
this.OtherDesignFactors = argHelper.LoadIEnumerableArgument(nameof(OtherDesignFactors));
this.TableOfOverallEffectTests = argHelper.LoadBooleanArgument(nameof(TableOfOverallEffectTests));
this.OddsRatio = argHelper.LoadBooleanArgument(nameof(OddsRatio));
this.ModelPredictionAssessment = argHelper.LoadBooleanArgument(nameof(ModelPredictionAssessment));
this.PlotOfModelPredicted = argHelper.LoadBooleanArgument(nameof(PlotOfModelPredicted));
this.TableOfModelPredictions = argHelper.LoadBooleanArgument(nameof(TableOfModelPredictions));
this.GoodnessOfFitTest = argHelper.LoadBooleanArgument(nameof(GoodnessOfFitTest));
this.ROCCurve = argHelper.LoadBooleanArgument(nameof(ROCCurve));
this.Significance = argHelper.LoadStringArgument(nameof(Significance));
}
public override void LoadArguments(IEnumerable <Argument> arguments)
{
ArgumentHelper argHelper = new ArgumentHelper(arguments);
this.Response = argHelper.LoadStringArgument(nameof(Response));
this.CategoricalFactors = argHelper.LoadIEnumerableArgument(nameof(CategoricalFactors));
this.OtherDesignFactors = argHelper.LoadIEnumerableArgument(nameof(OtherDesignFactors));
this.ContinuousFactors = argHelper.LoadIEnumerableArgument(nameof(ContinuousFactors));
this.ContinuousFactorsTransformation = argHelper.LoadStringArgument(nameof(ContinuousFactorsTransformation));
this.ResponseTransformation = argHelper.LoadStringArgument(nameof(ResponseTransformation));
this.Covariates = argHelper.LoadIEnumerableArgument(nameof(Covariates));
this.PrimaryFactor = argHelper.LoadStringArgument(nameof(PrimaryFactor));
this.CovariateTransformation = argHelper.LoadStringArgument(nameof(CovariateTransformation));
this.ANOVASelected = argHelper.LoadBooleanArgument(nameof(ANOVASelected));
this.Coefficients = argHelper.LoadBooleanArgument(nameof(Coefficients));
this.AdjustedRSquared = argHelper.LoadBooleanArgument(nameof(AdjustedRSquared));
this.Significance = argHelper.LoadStringArgument(nameof(Significance));
this.ResidualsVsPredictedPlot = argHelper.LoadBooleanArgument(nameof(ResidualsVsPredictedPlot));
this.NormalProbabilityPlot = argHelper.LoadBooleanArgument(nameof(NormalProbabilityPlot));
this.CooksDistancePlot = argHelper.LoadBooleanArgument(nameof(CooksDistancePlot));
this.LeveragePlot = argHelper.LoadBooleanArgument(nameof(LeveragePlot));
}
public override void LoadArguments(IEnumerable <Argument> arguments)
{
ArgumentHelper argHelper = new ArgumentHelper(arguments);
this.Responses = argHelper.LoadIEnumerableArgument(nameof(Responses));
this.FirstCatFactor = argHelper.LoadStringArgument(nameof(FirstCatFactor));
this.SecondCatFactor = argHelper.LoadStringArgument(nameof(SecondCatFactor));
this.ThirdCatFactor = argHelper.LoadStringArgument(nameof(ThirdCatFactor));
this.FourthCatFactor = argHelper.LoadStringArgument(nameof(FourthCatFactor));
this.Transformation = argHelper.LoadStringArgument(nameof(Transformation));
this.Method = argHelper.LoadStringArgument(nameof(Method));
this.Hypothesis = argHelper.LoadStringArgument(nameof(Hypothesis));
this.CorrelationCoefficient = argHelper.LoadBooleanArgument(nameof(CorrelationCoefficient));
this.TestStatistic = argHelper.LoadBooleanArgument(nameof(TestStatistic));
this.PValue = argHelper.LoadBooleanArgument(nameof(PValue));
this.Scatterplot = argHelper.LoadBooleanArgument(nameof(Scatterplot));
this.Matrixplot = argHelper.LoadBooleanArgument(nameof(Matrixplot));
this.Significance = argHelper.LoadStringArgument(nameof(Significance));
this.ByCategoriesAndOverall = argHelper.LoadBooleanArgument(nameof(ByCategoriesAndOverall));
}
public override void LoadArguments(IEnumerable<Argument> arguments)
{
ArgumentHelper argHelper = new ArgumentHelper(arguments);
this.Response = argHelper.LoadStringArgument(nameof(Response));
this.ResponseTransformation = argHelper.LoadStringArgument(nameof(ResponseTransformation));
this.Treatment = argHelper.LoadStringArgument(nameof(Treatment));
this.Subject = argHelper.LoadStringArgument(nameof(Subject));
this.OtherDesignFactors = argHelper.LoadIEnumerableArgument(nameof(OtherDesignFactors));
this.Covariates = argHelper.LoadIEnumerableArgument(nameof(Covariates));
this.Covariance = argHelper.LoadStringArgument(nameof(Covariance));
this.CompareCovarianceModels = argHelper.LoadBooleanArgument(nameof(CompareCovarianceModels));
this.CovariateTransformation = argHelper.LoadStringArgument(nameof(CovariateTransformation));
this.ANOVASelected = argHelper.LoadBooleanArgument(nameof(ANOVASelected));
this.PRPlotSelected = argHelper.LoadBooleanArgument(nameof(PRPlotSelected));
this.NormalPlotSelected = argHelper.LoadBooleanArgument(nameof(NormalPlotSelected));
this.LSMeansSelected = argHelper.LoadBooleanArgument(nameof(LSMeansSelected));
this.AllPairwiseComparisons = argHelper.LoadBooleanArgument(nameof(AllPairwiseComparisons));
this.ControlGroup = argHelper.LoadStringArgument(nameof(ControlGroup));
this.Significance = argHelper.LoadStringArgument(nameof(Significance));
}
public override void LoadArguments(IEnumerable <Argument> arguments)
{
ArgumentHelper argHelper = new ArgumentHelper(arguments);
this.Responses = argHelper.LoadIEnumerableArgument(nameof(Responses));
this.FirstCatFactor = argHelper.LoadStringArgument(nameof(FirstCatFactor));
this.SecondCatFactor = argHelper.LoadStringArgument(nameof(SecondCatFactor));
this.ThirdCatFactor = argHelper.LoadStringArgument(nameof(ThirdCatFactor));
this.FourthCatFactor = argHelper.LoadStringArgument(nameof(FourthCatFactor));
this.Transformation = argHelper.LoadStringArgument(nameof(Transformation));
this.ByCategoriesAndOverall = argHelper.LoadBooleanArgument(nameof(ByCategoriesAndOverall));
this.CoefficientOfVariation = argHelper.LoadBooleanArgument(nameof(CoefficientOfVariation));
this.ConfidenceInterval = argHelper.LoadBooleanArgument(nameof(ConfidenceInterval));
this.Mean = argHelper.LoadBooleanArgument(nameof(Mean));
this.MedianAndQuartiles = argHelper.LoadBooleanArgument(nameof(MedianAndQuartiles));
this.MinAndMax = argHelper.LoadBooleanArgument(nameof(MinAndMax));
this.N = argHelper.LoadBooleanArgument(nameof(N));
this.NormalProbabilityPlot = argHelper.LoadBooleanArgument(nameof(NormalProbabilityPlot));
this.Significance = argHelper.LoadIntArgument(nameof(Significance));
this.StandardDeviation = argHelper.LoadBooleanArgument(nameof(StandardDeviation));
this.StandardErrorOfMean = argHelper.LoadBooleanArgument(nameof(StandardErrorOfMean));
this.Variance = argHelper.LoadBooleanArgument(nameof(Variance));
}
