tolerance3.0.0 package

Statistical Tolerance Intervals and Regions

2ParExponential

The 2-Parameter Exponential Distribution

accsamp

Acceptance Sampling

anovatolint

Tolerance Intervals for ANOVA

bayesnormtolint

Bayesian Normal Tolerance Intervals

bintolint

Binomial Tolerance Intervals

bonftolint

Approximate 2-Sided Tolerance Intervals that Control the Tails Using B...

cautolint

Cauchy Tolerance Intervals

diffnormtolint

1-Sided Tolerance Limits for the Distribution of the Difference Betwee...

diffprop

Difference Between Two Proportions Distribution

distfreeest

Estimating Various Quantities for Distribution-Free Tolerance Interval...

dpareto

Discrete Pareto Distribution

dparetoll

Maximum Likelihood Estimation for the Discrete Pareto Distribution

dparetotolint

Discrete Pareto Tolerance Intervals

exp2tolint

2-Parameter Exponential Tolerance Intervals

exptolint

Exponential Tolerance Intervals

exttolint

Weibull (or Extreme-Value) Tolerance Intervals

F1

Appell's F1 Hypergeometric Function

fidbintolint

Fiducial-Based Tolerance Intervals for the Function of Two Binomial Pr...

fidnegbintolint

Fiducial-Based Tolerance Intervals for the Function of Two Negative Bi...

fidpoistolint

Fiducial-Based Tolerance Intervals for the Function of Two Poisson Rat...

gammatolint

Gamma (or Log-Gamma) Tolerance Intervals

hypertolint

Hypergeometric Tolerance Intervals

Kfactor

Estimating K-factors for Tolerance Intervals Based on Normality

Kfactorsim

Estimating K-factors for Simultaneous Tolerance Intervals Based on Nor...

Ktable

Tables of K-factors for Tolerance Intervals Based on Normality

laptolint

Laplace Tolerance Intervals

logistolint

Logistic (or Log-Logistic) Tolerance Intervals

mvregtolregion

Multivariate (Multiple) Linear Regression Tolerance Regions

mvtolregion

Multivariate Normal Tolerance Regions

negbintolint

Negative Binomial Tolerance Intervals

NegHypergeometric

The Negative Hypergeometric Distribution

neghypertolint

Negative Hypergeometric Tolerance Intervals

nonlinregtolint

Nonlinear Regression Tolerance Bounds, Version 2

nonparregtolint

Nonparametric Regression Tolerance Bounds

nonpartolint

Nonparametric Tolerance Intervals

normOC

Operating Characteristic (OC) Curves for K-Factors for Tolerance Inter...

normss

Sample Size Determination for Normal Tolerance Intervals

normtolint

Normal (or Log-Normal) Tolerance Intervals

npbetolint

Nonparametric Beta-Expectation Tolerance Intervals

npmvtolregion

Nonparametric Multivariate Hyperrectangular Tolerance Regions

nporder

Sample Size Determination for Tolerance Limits Based on Order Statisti...

paretotolint

Pareto (or Power Distribution) Tolerance Intervals

plotly_anovatol

Plotting Tolerance Intervals for ANOVA

plotly_controltol

Plotting Tolerance Intervals for Control Charts

plotly_histtol

Plotting Histograms and Corresponding Tolerance Intervals for Continuo...

plotly_multitol

Plotting Tolerance Region for Multivariate Distributions

plotly_normOC

Operating Characteristic (OC) Curves for K-Factors for Tolerance Inter...

plotly_npmvtol

plotting Nonparametric Multivaraite Hyperrectangular Tolerance Region

plotly_regtol

Plotting Tolerance Intervals for Regressions

plottol

Plotting Capabilities for Tolerance Intervals

poislind

Discrete Poisson-Lindley Distribution

poislindll

Maximum Likelihood Estimation for the Discrete Poisson-Lindley Distrib...

poislindtolint

Poisson-Lindley Tolerance Intervals

poistolint

Poisson Tolerance Intervals

regtolint

(Multiple) Linear Regression Tolerance Bounds

semiconttolint

Generalized Intervals for Semicontinuous Data

simnormtolint

Simultaneous Normal (or Log-Normal) Tolerance Intervals

tolerance-internal

Internal Functions

tolerance.package

Statistical Tolerance Intervals and Regions

umatolint

Uniformly Most Accurate Upper Tolerance Limits for Certain Discrete Di...

uniftolint

Uniform Tolerance Intervals

zipfman

Zipf-Mandelbrot Distributions

zipftolint

Zipf-Mandelbrot Tolerance Intervals

zmll

Maximum Likelihood Estimation for Zipf-Mandelbrot Models

Statistical tolerance limits provide the limits between which we can expect to find a specified proportion of a sampled population with a given level of confidence. This package provides functions for estimating tolerance limits (intervals) for various univariate distributions (binomial, Cauchy, discrete Pareto, exponential, two-parameter exponential, extreme value, hypergeometric, Laplace, logistic, negative binomial, negative hypergeometric, normal, Pareto, Poisson-Lindley, Poisson, uniform, and Zipf-Mandelbrot), Bayesian normal tolerance limits, multivariate normal tolerance regions, nonparametric tolerance intervals, tolerance bands for regression settings (linear regression, nonlinear regression, nonparametric regression, and multivariate regression), and analysis of variance tolerance intervals. Visualizations are also available for most of these settings.

  • Maintainer: Derek S. Young
  • License: GPL (>= 2)
  • Last published: 2024-04-17