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tolerance (version 1.1.1)

Functions for Calculating Tolerance Intervals

Description

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 for various distributions. Plotting is also available for tolerance limits of continuous random variables.

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Version

Install

install.packages('tolerance')

Monthly Downloads

953

Version

1.1.1

License

GPL (>= 2)

Maintainer

Derek S. Young

Last Published

December 11th, 2015

Functions in tolerance (1.1.1)

gamtol.int

Gamma (or Log-Gamma) Tolerance Intervals
umatol.int

Uniformly Most Accurate Upper Tolerance Limits for Certain Discrete Distributions
zm.ll

Maximum Likelihood Estimation for Zipf-Mandelbrot Models
exttol.int

Weibull (or Extreme-Value) Tolerance Intervals
poistol.int

Poisson Tolerance Intervals
np.order

Sample Size Determination for Tolerance Limits Based on Order Statistics
diffnormtol.int

1-Sided Tolerance Limits for the Distribution of the Difference Between Two Independent Normal Random Variables
K.table

Tables of K-factors for Tolerance Intervals Based on Normality
exptol.int

Exponential Tolerance Intervals
neghypertol.int

Negative Hypergeometric Tolerance Intervals
bayesnormtol.int

Bayesian Normal Tolerance Intervals
fidnegbintol.int

Fiducial-Based Tolerance Intervals for the Function of Two Negative Binomial Proportions
TwoParExponential

The 2-Parameter Exponential Distribution
poislind.ll

Maximum Likelihood Estimation for the Discrete Poisson-Lindley Distribution
paretotol.int

Pareto (or Power Distribution) Tolerance Intervals
mvtol.region

Multivariate Normal Tolerance Regions
anovatol.int

Tolerance Intervals for ANOVA
bonftol.int

Approximate 2-Sided Tolerance Intervals that Control the Tails Using Bonferroni's Inequality
distfree.est

Estimating Various Quantities for Distribution-Free Tolerance Intervals
fidbintol.int

Fiducial-Based Tolerance Intervals for the Function of Two Binomial Proportions
hypertol.int

Hypergeometric Tolerance Intervals
negbintol.int

Negative Binomial Tolerance Intervals
bintol.int

Binomial Tolerance Intervals
mvregtol.region

Multivariate (Multiple) Linear Regression Tolerance Regions
nlregtol.int

Nonlinear Regression Tolerance Bounds
tolerance-package

Functions for Calculating Tolerance Intervals
fidpoistol.int

Fiducial-Based Tolerance Intervals for the Function of Two Poisson Rates
F1

Appell's F1 Hypergeometric Function
npregtol.int

Nonparametric Regression Tolerance Bounds
poislindtol.int

Poisson-Lindley Tolerance Intervals
K.factor

Estimating K-factors for Tolerance Intervals Based on Normality
zipftol.int

Zipf-Mandelbrot Tolerance Intervals
regtol.int

(Multiple) Linear Regression Tolerance Bounds
DiffProp

Difference Between Two Proportions Distribution
NegHypergeometric

The Negative Hypergeometric Distribution
cautol.int

Cauchy Tolerance Intervals
uniftol.int

Uniform Tolerance Intervals
acc.samp

Acceptance Sampling
normtol.int

Normal (or Log-Normal) Tolerance Intervals
ZipfMandelbrot

Zipf-Mandelbrot Distributions
plottol

Plotting Capabilities for Tolerance Intervals
PoissonLindley

Discrete Poisson-Lindley Distribution
tolerance-internal

Internal Functions
exp2tol.int

2-Parameter Exponential Tolerance Intervals
laptol.int

Laplace Tolerance Intervals
logistol.int

Logistic (or Log-Logistic) Tolerance Intervals
norm.ss

Sample Size Determination for Normal Tolerance Intervals
nptol.int

Nonparametric Tolerance Intervals