void Test.ContingencyTableTest.ContingencyTableOperations |
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void Test.ContingencyTableTest.ChooseRandomCell |
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double |
pp[,], |
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double |
p, |
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out int |
r, |
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out int |
c |
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inlineprivate |
void Test.ContingencyTableTest.ContingencyTableProbabilitiesAndUncertainties |
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inline |
References Meta.Numerics.Statistics.BivariateSample.Add(), Test.ContingencyTableTest.ChooseRandomCell(), Meta.Numerics.Interval.ClosedContains(), Meta.Numerics.UncertainValue.ConfidenceInterval(), Meta.Numerics.Statistics.ContingencyTable.Increment(), Meta.Numerics.Statistics.Sample.Mean, Meta.Numerics.Statistics.Sample.PopulationMean, Meta.Numerics.Statistics.Sample.PopulationStandardDeviation, Meta.Numerics.Statistics.ContingencyTable.Probability(), Meta.Numerics.Statistics.ContingencyTable.ProbabilityOfColumn(), Meta.Numerics.Statistics.ContingencyTable.ProbabilityOfColumnConditionalOnRow(), Meta.Numerics.Statistics.ContingencyTable.ProbabilityOfRow(), Meta.Numerics.Statistics.ContingencyTable.ProbabilityOfRowConditionalOnColumn(), Meta.Numerics.Statistics.ContingencyTable.Total, Meta.Numerics.UncertainValue.Uncertainty, Meta.Numerics.UncertainValue.Value, Meta.Numerics.Statistics.BivariateSample.X, and Meta.Numerics.Statistics.BivariateSample.Y.
The documentation for this class was generated from the following file: