OneWayRAnovaModel Class

public class OneWayRAnovaModel : AnovaModel

Public Class OneWayRAnovaModel
	Inherits AnovaModel

public ref class OneWayRAnovaModel : public AnovaModel

type OneWayRAnovaModel = 
    class
        inherit AnovaModel
    end

Inheritance

Object  →  Model  →  AnovaModel  →  OneWayRAnovaModel

Use the OneWayRAnovaModel to represent an analysis of variance model with one factor. The dependent variable, factor variable and subject variable must be specified in the constructor. The dependent variable must be numerical. The factor and subject variables must be categorical.

OneWayRAnovaModel inherits from AnovaModel, which in turn inherits from AnovaModel. All methods and properties of these classes are available.

Before you can access the results of the analysis, you must call the Fit() method.

The results of the analysis are available through properties of the model object, including FStatistic and PValue. They are summarized in the AnovaTable.

The Cells property returns a vector of Cell objects that represents the data organized into cells. There is one cell for every combination of factor levels. Cell means and other properties of the model can be accessed through the properties of individual cells.

One of the assumptions in analysis of variance is that the variances of the data in each cell are the same. The GetHomogeneityOfVariancesTest(TestOfHomogeneityOfVariances) returns a hypothesis test object that allows you to verify this assumption.

Reference