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JMSLTM Numerical Library 6.1 | |||||||
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Interface Summary | |
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CdfFunction | Public interface for the user-supplied cumulative distribution function to be used by InverseCdf and ChiSquaredTest. |
Distribution | Public interface for the user-supplied distribution function. |
NonlinearRegression.Derivative | Public interface for the user supplied function to compute the
derivative for NonlinearRegression . |
NonlinearRegression.Function | Public interface for the user supplied function for
NonlinearRegression . |
ProbabilityDistribution | Public interface for a user-supplied probability distribution. |
Random.BaseGenerator | Base pseudorandom number. |
RandomSequence | Interface implemented by generators of random or quasi-random multidimension sequences. |
RegressionBasis | Public interface for user supplied function to UserBasisRegression object. |
Class Summary | |
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ANCOVA | Analyzes a one-way classification model with covariates. |
ANOVA | Analysis of Variance table and related statistics. |
ANOVAFactorial | Analyzes a balanced factorial design with fixed effects. |
ARAutoUnivariate | Automatically determines the best autoregressive time series model using Akaike's Information Criterion. |
ARMA | Computes least-square estimates of parameters for an ARMA model. |
ARMAEstimateMissing | Estimates missing values in a time series collected with equal spacing. |
ARMAMaxLikelihood | Computes maximum likelihood estimates of parameters for an ARMA model with p and q autoregressive and moving average terms respectively. |
ARMAOutlierIdentification | Detects and determines outliers and simultaneously estimates the model parameters in a time series whose underlying outlier free series follows a general seasonal or nonseasonal ARMA model. |
ARSeasonalFit | Estimates the optimum seasonality parameters for a time series using an autoregressive model, AR(p), to represent the time series. |
AutoARIMA | Automatically identifies time series outliers, determines parameters of a multiplicative seasonal model and produces forecasts that incorporate the effects of outliers whose effects persist beyond the end of the series. |
AutoCorrelation | Computes the sample autocorrelation function of a stationary time series. |
CategoricalGenLinModel | Analyzes categorical data using logistic, probit, Poisson, and other linear models. |
Cdf | Cumulative probability distribution functions. |
ChiSquaredTest | Chi-squared goodness-of-fit test. |
ClusterHierarchical | Performs a hierarchical cluster analysis from a distance matrix. |
ClusterKMeans | Perform a K-means (centroid) cluster analysis. |
ContingencyTable | Performs a chi-squared analysis of a two-way contingency table. |
Covariances | Computes the sample variance-covariance or correlation matrix. |
CrossCorrelation | Computes the sample cross-correlation function of two stationary time series. |
Difference | Differences a seasonal or nonseasonal time series. |
DiscriminantAnalysis | Performs a linear or a quadratic discriminant function analysis among several known groups. |
Dissimilarities | Computes a matrix of dissimilarities (or similarities) between the columns (or rows) of a matrix. |
EmpiricalQuantiles | Computes empirical quantiles. |
FactorAnalysis | Performs Principal Component Analysis or Factor Analysis on a covariance or correlation matrix. |
FaureSequence | Generates the low-discrepancy Faure sequence. |
GammaDistribution | Evaluates a gamma probability density for a given set of data. |
GARCH | Computes estimates of the parameters of a GARCH(p,q) model. |
InvCdf | Inverse cumulative probability distribution functions. |
InverseCdf | Inverse of user-supplied cumulative distribution function. |
KalmanFilter | Performs Kalman filtering and evaluates the likelihood function for the state-space model. |
KaplanMeierECDF | Computes the Kaplan-Meier reliability function estimates or the CDF based on failure data that may be multi-censored. |
KaplanMeierEstimates | Computes Kaplan-Meier (or product-limit) estimates of survival probabilities for a sample of failure times that possibly contain right consoring. |
KolmogorovOneSample | The class KolmogorovOneSample performs a Kolmogorov-Smirnov
goodness-of-fit test in one sample. |
KolmogorovTwoSample | Performs a Kolmogorov-Smirnov two-sample test. |
LackOfFit | Performs lack-of-fit test for a univariate time series or transfer function given the appropriate correlation function. |
LifeTables | Computes population (current) or cohort life tables based upon the observed population sizes at the middle (for population table) or the beginning (for cohort table) of some user specified age intervals. |
LinearRegression | Fits a multiple linear regression model with or without an intercept. |
LogNormalDistribution | Evaluates a lognormal probability density for a given set of data. |
MersenneTwister | A 32-bit Mersenne Twister generator. |
MersenneTwister64 | A 64-bit Mersenne Twister generator. |
MultiCrossCorrelation | Computes the multichannel cross-correlation function of two mutually stationary multichannel time series. |
MultipleComparisons | Performs Student-Newman-Keuls multiple comparisons test. |
NonlinearRegression | Fits a multivariate nonlinear regression model using least squares. |
NormalDistribution | Evaluates the normal (Gaussian) probability density for a given set of data. |
NormalityTest | Performs a test for normality. |
NormOneSample | Computes statistics for mean and variance inferences using a sample from a normal population. |
NormTwoSample | Computes statistics for mean and variance inferences using samples from two normal populations. |
PartialCovariances | Class PartialCovariances computes the partial covariances or partial
correlations from an input covariance or correlation matrix. |
Probability density functions. | |
PoissonDistribution | Evaluates a Poisson probability density of a given set of data. |
ProportionalHazards | Analyzes survival and reliability data using Cox's proportional hazards model. |
Random | Generate uniform and non-uniform random number distributions. |
Ranks | Compute the ranks, normal scores, or exponential scores for a vector of observations. |
RegressorsForGLM | Generates regressors for a general linear model. |
SelectionRegression | Selects the best multiple linear regression models. |
SignTest | Performs a sign test. |
Sort | A collection of sorting functions. |
StepwiseRegression | Builds multiple linear regression models using forward selection, backward selection, or stepwise selection. |
Summary | Computes basic univariate statistics. |
TableMultiWay | Tallies observations into a multi-way frequency table. |
TableOneWay | Class TableOneWay calculates a frequency table for a data array. |
TableTwoWay | Class TableTwoWay calculates a two-dimensional frequency table for
a data array based upon two variables. |
UserBasisRegression | Fits a linear function of the form , where are the user basis functions evaluated at index values is the intercept, are the coefficients associated with the basis functions, and is the random error associated with y. |
WilcoxonRankSum | Performs a Wilcoxon rank sum test. |
Exception Summary | |
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ARAutoUnivariate.TriangularMatrixSingularException | |
ARMA.IllConditionedException | The problem is ill-conditioned. |
ARMA.IncreaseErrRelException | The bound for the relative error is too small. |
ARMA.MatrixSingularException | The input matrix is singular. |
ARMA.NewInitialGuessException | The iteration has not made good progress. |
ARMA.NoProgressException | The algorithm is not making any progress, try new initial guess. |
ARMA.TooManyCallsException | The number of calls to the function has exceeded the maximum number of iterations times the number of moving average (MA) parameters + 1. |
ARMA.TooManyFcnEvalException | Maximum number of function evaluations exceeded. |
ARMA.TooManyITNException | Maximum number of iterations exceeded. |
ARMA.TooManyJacobianEvalException | Maximum number of Jacobian evaluations exceeded. |
ARMAMaxLikelihood.InitialMAException | The initial values for the moving average parameters are not invertible. |
ARMAMaxLikelihood.NonInvertibleException | The solution is noninvertible. |
ARMAMaxLikelihood.NonStationaryException | The solution is nonstationary. |
AutoARIMA.NoAcceptableModelFoundException | No appropriate ARIMA model could be found. |
AutoCorrelation.NonPosVariancesException | The problem is ill-conditioned. |
CategoricalGenLinModel.ClassificationVariableException | The ClassificationVariable vector has not been initialized. |
CategoricalGenLinModel.ClassificationVariableLimitException | The Classification Variable limit set by the user through
setUpperBound has been exceeded. |
CategoricalGenLinModel.ClassificationVariableValueException | The number of distinct values for each Classification Variable must be greater than 1. |
CategoricalGenLinModel.DeleteObservationsException | The number of observations to be deleted (set by setObservationMax )
has grown too large. |
CategoricalGenLinModel.RankDeficientException | The model has been determined to be rank deficient. |
ChiSquaredTest.DidNotConvergeException | The iteration did not converge |
ChiSquaredTest.NoObservationsException | There are no observations. |
ChiSquaredTest.NotCDFException | The function is not a Cumulative Distribution Function (CDF). |
ClusterKMeans.ClusterNoPointsException | There is a cluster with no points |
ClusterKMeans.NoConvergenceException | Convergence did not occur within the maximum number of iterations. |
Covariances.NonnegativeFreqException | Frequencies must be nonnegative. |
Covariances.NonnegativeWeightException | Weights must be nonnegative. |
CrossCorrelation.NonPosVariancesException | The problem is ill-conditioned. |
DiscriminantAnalysis.CovarianceSingularException | The variance-covariance matrix is singular. |
DiscriminantAnalysis.EmptyGroupException | There are no observations in a group. |
DiscriminantAnalysis.SumOfWeightsNegException | The sum of the weights have become negative. |
Dissimilarities.NoPositiveVarianceException | No variable has positive variance. |
Dissimilarities.ScaleFactorZeroException | The computations cannot continue because a scale factor is zero. |
Dissimilarities.ZeroNormException | The computations cannot continue because the Euclidean norm of the column is equal to zero. |
EmpiricalQuantiles.ScaleFactorZeroException | The computations cannot continue because a scale factor is zero. |
FactorAnalysis.BadVarianceException | Bad variance error. |
FactorAnalysis.EigenvalueException | Eigenvalue error. |
FactorAnalysis.NonPositiveEigenvalueException | Non positive eigenvalue error. |
FactorAnalysis.NotPositiveSemiDefiniteException | Covariance matrix not positive semi-definite. |
FactorAnalysis.NotSemiDefiniteException | Hessian matrix not semi-definite. |
FactorAnalysis.RankException | Rank of covariance matrix error. |
FactorAnalysis.SingularException | Covariance matrix singular error. |
GARCH.ConstrInconsistentException | The equality constraints are inconsistent. |
GARCH.EqConstrInconsistentException | The equality constraints and the bounds on the variables are found to be inconsistent. |
GARCH.NoVectorXException | No vector X satisfies all of the constraints. |
GARCH.TooManyIterationsException | Number of function evaluations exceeded 1000. |
GARCH.VarsDeterminedException | The variables are determined by the equality constraints. |
InverseCdf.DidNotConvergeException | The iteration did not converge |
MultiCrossCorrelation.NonPosVariancesException | The problem is ill-conditioned. |
NonlinearRegression.NegativeFreqException | A negative frequency was encountered. |
NonlinearRegression.NegativeWeightException | A negative weight was encountered. |
NonlinearRegression.NoProgressException | The algorithm is not making any progress, try new initial guess. |
NonlinearRegression.TooManyIterationsException | The number of iterations has exceeded the maximum allowed. |
NormalityTest.NoVariationInputException | There is no variation in the input data. |
PartialCovariances.InvalidMatrixException | Exception thrown if a computed correlation is greater than one for some pair of variables. |
PartialCovariances.InvalidPartialCorrelationException | Exception thrown if a computed partial correlation is greater than one for some pair of variables. |
Pdf.AltSeriesAccuracyLossException | The magnitude of alternating series sum is too small relative to the sum of positive terms to permit a reliable accuracy. |
ProportionalHazards.ClassificationVariableLimitException | The Classification Variable limit set by the user through
setUpperBound has been exceeded. |
SelectionRegression.NoVariablesException | No Variables can enter the model. |
StepwiseRegression.CyclingIsOccurringException | Cycling is occurring. |
StepwiseRegression.NoVariablesEnteredException | No Variables can enter the model. |
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JMSLTM Numerical Library 6.1 | |||||||
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