C# Class Accord.Statistics.Testing.Power.BaseTwoSamplePowerAnalysis

Inheritance: ITwoSamplePowerAnalysis
Afficher le fichier Open project: accord-net/framework

Private Properties

Свойство Type Description

Méthodes publiques

Méthode Description
Clone ( ) : object

Creates a new object that is a copy of the current instance.
ComputeEffect ( ) : void

Computes the minimum detectable effect size for the test considering the power given in Power, the number of samples in TotalSamples and the significance level Size.
ComputePower ( ) : void

Computes the power for a test with givens values of effect size and number of samples under Size.
ComputeSamples ( double proportion = 1 ) : void

Computes the recommended sample size for the test to attain the power indicated in Power considering values of Effect and Size.
ComputeSize ( ) : void

Computes the minimum significance level for the test considering the power given in Power, the number of samples in TotalSamples and the effect size Effect.
GetDiferentiableUnits ( double standardDeviation ) : double

Gets the minimum difference in the experiment units to which it is possible to detect a difference.
GetDiferentiableUnits ( double var1, double var2 ) : double

Gets the minimum difference in the experiment units to which it is possible to detect a difference.
ToString ( ) : string

Converts the numeric power of this test to its equivalent string representation.
ToString ( string format, IFormatProvider formatProvider ) : string

Converts the numeric power of this test to its equivalent string representation.

Méthodes protégées

Méthode Description
BaseTwoSamplePowerAnalysis ( DistributionTail tail ) : System

Constructs a new power analysis for a two-sample test.

Method Details

BaseTwoSamplePowerAnalysis() protected méthode

Constructs a new power analysis for a two-sample test.
protected BaseTwoSamplePowerAnalysis ( DistributionTail tail ) : System
tail DistributionTail
Résultat System

Clone() public méthode

Creates a new object that is a copy of the current instance.
public Clone ( ) : object
Résultat object

ComputeEffect() public méthode

Computes the minimum detectable effect size for the test considering the power given in Power, the number of samples in TotalSamples and the significance level Size.
public ComputeEffect ( ) : void
Résultat void

ComputePower() public abstract méthode

Computes the power for a test with givens values of effect size and number of samples under Size.
public abstract ComputePower ( ) : void
Résultat void

ComputeSamples() public méthode

Computes the recommended sample size for the test to attain the power indicated in Power considering values of Effect and Size.
public ComputeSamples ( double proportion = 1 ) : void
proportion double
Résultat void

ComputeSize() public méthode

Computes the minimum significance level for the test considering the power given in Power, the number of samples in TotalSamples and the effect size Effect.
public ComputeSize ( ) : void
Résultat void

GetDiferentiableUnits() public méthode

Gets the minimum difference in the experiment units to which it is possible to detect a difference.
public GetDiferentiableUnits ( double standardDeviation ) : double
standardDeviation double The common standard deviation for the samples.
Résultat double

GetDiferentiableUnits() public méthode

Gets the minimum difference in the experiment units to which it is possible to detect a difference.
public GetDiferentiableUnits ( double var1, double var2 ) : double
var1 double The variance for the first sample.
var2 double The variance for the second sample.
Résultat double

ToString() public méthode

Converts the numeric power of this test to its equivalent string representation.
public ToString ( ) : string
Résultat string

ToString() public méthode

Converts the numeric power of this test to its equivalent string representation.
public ToString ( string format, IFormatProvider formatProvider ) : string
format string
formatProvider IFormatProvider
Résultat string