Stable |
The StableDistributionFeller type exposes the following members.
Name | Description | |
---|---|---|
CCDF(Double, Double, Double) | ||
CCDF(Double, Double, Double, Double) | ||
CCDF(Double, Double, Double, Double, Object, Double) | ||
CDF(Double) | Calculates the cumulative distribution function. (Inherited from ContinuousDistribution) | |
CDF(Double, Double, Double) | ||
CDF(Double, Double, Double, Double) | ||
CDF(Double, Double, Double, Object, Double) | ||
CDF(Double, Double, Double, Double, Object, Double) | ||
CDFMethodForPositiveX | ||
Equals | Determines whether the specified object is equal to the current object. (Inherited from Object) | |
Finalize | Allows an object to try to free resources and perform other cleanup operations before it is reclaimed by garbage collection. (Inherited from Object) | |
GenerateAsymmetricCaseS1 |
Generates random variates in S1 Parametrization
(Inherited from StableDistributionBase) | |
GenerateAsymmetricCaseS1_AEq1 | (Inherited from StableDistributionBase) | |
GenerateAsymmetricCaseS1_ANe1 | (Inherited from StableDistributionBase) | |
GenerateSymmetricCase | (Inherited from StableDistributionBase) | |
GetAgaFromAlphaGamma | Aga is defined as follows: For alpha <=1, it is (alpha-gamma)/alpha (for gamma >=0) or (alpha+gamma)/alpha (for gamma <0). For alpha >1 it is 2-alpha-gamma (for gamma >=0) or 2-alpha+gamma (for gamma <0). This function calculates aga from alpha and gamma. | |
GetAgt1GnParameterByGamma | ||
GetAlt1GnParameterByGamma | ||
GetAlt1GpParameterByGamma | ||
GetEvaluationMethod | ||
GetGammaFromAlphaAga | Calculates gamma in dependence of alpha and aga. | |
GetHashCode | Serves as the default hash function. (Inherited from Object) | |
GetInvertedAlphaGammaAga | ||
GetType | Gets the Type of the current instance. (Inherited from Object) | |
Initialize | Initializes this instance of the distribution with the distribution parameters. | |
IsValidAlpha | ||
IsValidGamma | ||
IsValidLocation | ||
IsValidScale | ||
MemberwiseClone | Creates a shallow copy of the current Object. (Inherited from Object) | |
NextDouble | (Overrides StableDistributionBaseNextDouble) | |
PDF(Double) | (Overrides ContinuousDistributionPDF(Double)) | |
PDF(Double, Double, Double) | ||
PDF(Double, Double, Double, Double) | ||
PDF(Double, Double, Double, Object, Double) | Calculates the probability density using either series expansion for small or big arguments, or a integration in the intermediate range. | |
PDF(Double, Double, Double, Double, Object, Double) | Calculates the probability density using either series expansion for small or big arguments, or a integration in the intermediate range. | |
PDF(Double, Double, Double, Double, Double, Double, Object, Double) | ||
PDFAlphaBetween01And02 | Calculation of the PDF if alpha is inbetween 0.1 and 0.2. For small x (1E-16), the accuracy at alpha=0.1 is only 1E-7. | |
PDFAlphaBetween02And099 | Calculation of the PDF if alpha is inbetween 0.2 and 0.99. For small x (1E-8), the accuracy at alpha=0.2 is only 1E-7. | |
PDFAlphaBetween099And101 | Calculation of the PDF if alpha is inbetween 0.99 and 1.01. | |
PDFAlphaBetween0And01 | Calculation of the PDF if alpha is inbetween 0.0 and 0.1. | |
PDFAlphaBetween101And199999 | Calculation of the PDF if alpha is inbetween 1.01 and 1.99999. | |
PDFAlphaBetween199999And2 | Calculation of the PDF if alpha is inbetween 1.99999 and 2. For small x ( max 7), the asymptotic expansion is used. For big x, the maximum value resulting from direct integration and series expansion w.r.t. alpha is used. | |
PDFAlphaEqualOne | ||
PDFforPositiveX | Calculates the probability density using either series expansion for small or big arguments, or a integration in the intermediate range. | |
PDFforXZero | Calculates the probability density at x=0 for the stable distribution in Feller's parametrization. | |
PDFIntegral | ||
PDFIntegralA1 | Special version of the PDF-Integral for 0.99>=alpha<1. | |
PDFIntegralAgt1Gn | Special case for alpha>1 and gamma near to alpha-2 (i.e. gamma at the negative border). | |
PDFIntegralAgt1GnD | Special case for alpha>1 and gamma near to alpha-2 (i.e. gamma at the negative border). | |
PDFIntegralAgt1GnI | Special case for alpha>1 and gamma near to alpha-2 (i.e. gamma at the negative border). | |
PDFIntegralAlt1Gn | Special case for alpha < 1 and gamma near to -alpha (i.e. gamma at the negative border). Here gamma was set to -alpha*(1-dev*2/Pi). | |
PDFIntegralAlt1GnD | Special case for alpha < 1 and gamma near to -alpha (i.e. gamma at the negative border). Here gamma was set to -alpha*(1-dev*2/Pi). The core function is decreasing. | |
PDFIntegralAlt1GnI | Special case for alpha < 1 and gamma near to -alpha (i.e. gamma at the negative border). Here gamma was set to -alpha*(1-dev*2/Pi). | |
PDFIntegralAlt1Gp | Special case for alpha < 1 and gamma near to +alpha (i.e. gamma at the positive border). Here gamma was set to alpha*(1-dev*2/Pi). | |
PDFIntegralAlt1GpD | Special case for alpha < 1 and gamma near to +alpha (i.e. gamma at the positive border). Here gamma was set to alpha*(1-dev*2/Pi). | |
PDFIntegralAlt1GpI | Special case for alpha < 1 and gamma near to +alpha (i.e. gamma at the positive border). Here gamma was set to alpha*(1-dev*2/Pi). | |
PDFSeriesBigXFeller | Series expansion for big x, Feller parametrization. x should be > 0. | |
PDFSeriesSmallXFeller | Imaginary part of the Fourier transformed derivative of the Kohlrausch function for low frequencies. | |
PDFTaylorExpansionAroundAlphaOne | ||
Quantile(Double) | Calculates the quantile of the distribution function. (Inherited from ContinuousDistribution) | |
Quantile(Double, Double, Double) | ||
Quantile(Double, Double, Double, Double) | ||
Quantile(Double, Double, Double, Double, Object, Double) | ||
QuantileCCDF(Double, Double, Double) | ||
QuantileCCDF(Double, Double, Double, Double) | ||
QuantileCCDF(Double, Double, Double, Double, Object, Double) | ||
Reset |
Resets the random number distribution, so that it produces the same random number sequence again.
(Inherited from Distribution) | |
ToString | Returns a string that represents the current object. (Inherited from Object) | |
XZCDF(Double, Double, Double) | ||
XZCDF(Double, Double, Double, Double) | ||
XZCDF(Double, Double, Double, Double, Object, Double) |