R Packages that start with:
A . B . C . D . E . F . G . H . I . J . K . L . M . N . O . P . Q . R . S . T . U . V . W . X . Y . Z .
Functions
- apply_dpqr()
- Bernoulli()
- Beta()
- Binomial()
- Categorical()
- Cauchy()
- cdf.Bernoulli()
- cdf.Beta()
- cdf.Binomial()
- cdf.Categorical()
- cdf.Cauchy()
- cdf.ChiSquare()
- cdf.Erlang()
- cdf.Exponential()
- cdf.FisherF()
- cdf.Frechet()
- cdf.Gamma()
- cdf.Geometric()
- cdf.GEV()
- cdf.GP()
- cdf.Gumbel()
- cdf.HurdleNegativeBinomial()
- cdf.HurdlePoisson()
- cdf.HyperGeometric()
- cdf.Logistic()
- cdf.LogNormal()
- cdf.NegativeBinomial()
- cdf.Normal()
- cdf()
- cdf.Poisson()
- cdf.RevWeibull()
- cdf.StudentsT()
- cdf.Tukey()
- cdf.Uniform()
- cdf.Weibull()
- cdf.ZINegativeBinomial()
- cdf.ZIPoisson()
- cdf.ZTNegativeBinomial()
- cdf.ZTPoisson()
- ChiSquare()
- distributions3-package()
- Erlang()
- Exponential()
- FIFA2018()
- FisherF()
- fit_mle.Bernoulli()
- fit_mle.Binomial()
- fit_mle.Exponential()
- fit_mle.Gamma()
- fit_mle.Geometric()
- fit_mle.LogNormal()
- fit_mle.Normal()
- fit_mle()
- fit_mle.Poisson()
- Frechet()
- Gamma()
- Geometric()
- geom_auc()
- GEV()
- GP()
- Gumbel()
- hnbinom()
- hpois()
- HurdleNegativeBinomial()
- HurdlePoisson()
- HyperGeometric()
- is_discrete()
- is_distribution()
- Logistic()
- LogNormal()
- log_likelihood()
- Multinomial()
- NegativeBinomial()
- Normal()
- pdf.Bernoulli()
- pdf.Beta()
- pdf.Binomial()
- pdf.Categorical()
- pdf.Cauchy()
- pdf.ChiSquare()
- pdf.Erlang()
- pdf.Exponential()
- pdf.FisherF()
- pdf.Frechet()
- pdf.Gamma()
- pdf.Geometric()
- pdf.GEV()
- pdf.GP()
- pdf.Gumbel()
- pdf.HurdleNegativeBinomial()
- pdf.HurdlePoisson()
- pdf.HyperGeometric()
- pdf.Logistic()
- pdf.LogNormal()
- pdf.Multinomial()
- pdf.NegativeBinomial()
- pdf.Normal()
- pdf()
- pdf.Poisson()
- pdf.RevWeibull()
- pdf.StudentsT()
- pdf.Uniform()
- pdf.Weibull()
- pdf.ZINegativeBinomial()
- pdf.ZIPoisson()
- pdf.ZTNegativeBinomial()
- pdf.ZTPoisson()
- plot.distribution()
- plot_cdf()
- plot_pdf()
- Poisson()
- prodist()
- quantile.Bernoulli()
- quantile.Beta()
- quantile.Binomial()
- quantile.Categorical()
- quantile.Cauchy()
- quantile.ChiSquare()
- quantile.Erlang()
- quantile.Exponential()
- quantile.FisherF()
- quantile.Frechet()
- quantile.Gamma()
- quantile.Geometric()
- quantile.GEV()
- quantile.GP()
- quantile.Gumbel()
- quantile.HurdleNegativeBinomial()
- quantile.HurdlePoisson()
- quantile.HyperGeometric()
- quantile.Logistic()
- quantile.LogNormal()
- quantile.NegativeBinomial()
- quantile.Normal()
- quantile.Poisson()
- quantile.RevWeibull()
- quantile.StudentsT()
- quantile.Tukey()
- quantile.Uniform()
- quantile.Weibull()
- quantile.ZINegativeBinomial()
- quantile.ZIPoisson()
- quantile.ZTNegativeBinomial()
- quantile.ZTPoisson()
- random.Bernoulli()
- random.Beta()
- random.Binomial()
- random.Categorical()
- random.Cauchy()
- random.ChiSquare()
- random.Erlang()
- random.Exponential()
- random.FisherF()
- random.Frechet()
- random.Gamma()
- random.Geometric()
- random.GEV()
- random.GP()
- random.Gumbel()
- random.HurdleNegativeBinomial()
- random.HurdlePoisson()
- random.HyperGeometric()
- random.Logistic()
- random.LogNormal()
- random.Multinomial()
- random.NegativeBinomial()
- random.Normal()
- random()
- random.Poisson()
- random.RevWeibull()
- random.StudentsT()
- random.Tukey()
- random.Uniform()
- random.Weibull()
- random.ZINegativeBinomial()
- random.ZIPoisson()
- random.ZTNegativeBinomial()
- random.ZTPoisson()
- RevWeibull()
- StudentsT()
- suff_stat.Bernoulli()
- suff_stat.Binomial()
- suff_stat.Exponential()
- suff_stat.Gamma()
- suff_stat.Geometric()
- suff_stat.LogNormal()
- suff_stat.Normal()
- suff_stat()
- suff_stat.Poisson()
- support.Bernoulli()
- support.Beta()
- support.Binomial()
- support.Cauchy()
- support.ChiSquare()
- support.Erlang()
- support.Exponential()
- support.FisherF()
- support.Frechet()
- support.Gamma()
- support.Geometric()
- support.GEV()
- support.GP()
- support.Gumbel()
- support.HurdleNegativeBinomial()
- support.HurdlePoisson()
- support.HyperGeometric()
- support.Logistic()
- support.LogNormal()
- support.NegativeBinomial()
- support.Normal()
- support()
- support.Poisson()
- support.RevWeibull()
- support.StudentsT()
- support.Tukey()
- support.Uniform()
- support.Weibull()
- support.ZINegativeBinomial()
- support.ZIPoisson()
- support.ZTNegativeBinomial()
- support.ZTPoisson()
- Tukey()
- Uniform()
- variance()
- Weibull()
- zinbinom()
- ZINegativeBinomial()
- zipois()
- ZIPoisson()
- ztnbinom()
- ZTNegativeBinomial()
- ztpois()
- ZTPoisson()
R Codes
- Bernoulli.R
- Beta.R
- Binomial.R
- Categorical.R
- Cauchy.R
- ChiSquare.R
- distributions_package.R
- Erlang.R
- Exponential.R
- FIFA2018.R
- FisherF.R
- Frechet.R
- Gamma.R
- GeneralisedExtremeValue.R
- GeneralisedPareto.R
- Geometric.R
- Gumbel.R
- HurdleNegativeBinomial.R
- HurdlePoisson.R
- HyperGeometric.R
- is_discrete.R
- Logistic.R
- LogNormal.R
- methods.R
- Multinomial.R
- NegativeBinomial.R
- Normal.R
- plot.R
- Poisson.R
- prodist.R
- ReversedWeibull.R
- StudentsT.R
- Tukey.R
- Uniform.R
- utils.R
- Weibull.R
- ZINegativeBinomial.R
- ZIPoisson.R
- ZTNegativeBinomial.R
- ZTPoisson.R
Selected R package: distributions3
Click on the specific functions, references or examples using the links on the left
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