Create and Evaluate Probability Distributions
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Documentation for package ‘distionary’ version 0.2.0
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| distionary-package | distionary: Create and Evaluate Probability Distributions |
-- A --
| as.list.dst | A Distribution has Length 1 |
| atoms | What a Support Is Made Of |
-- C --
| continuous | Specify the Support of a Distribution |
-- D --
| dgev | Representations of the Generalized Extreme Value Distribution |
| dgp | Representations of the Generalized Pareto Distribution |
| discrete | Specify the Support of a Distribution |
| distionary | distionary: Create and Evaluate Probability Distributions |
| distribution | Build a Distribution Object |
| dlp3 | Representations of the Log Pearson Type III Distribution |
| dpearson3 | Representations of the Pearson Type III Distribution |
| dst_bern | Bernoulli Distribution |
| dst_beta | Beta Distribution |
| dst_binom | Binomial Distribution |
| dst_cauchy | Cauchy Distribution |
| dst_chisq | Chi-Squared Distribution |
| dst_degenerate | Degenerate Distribution |
| dst_empirical | Empirical Distribution |
| dst_exp | Exponential Distribution |
| dst_f | F Distribution |
| dst_finite | Finite Distribution |
| dst_gamma | Gamma Distribution |
| dst_geom | Geometric Distribution |
| dst_gev | Generalised Extreme Value Distribution |
| dst_gp | Generalised Pareto Distribution |
| dst_gumbel | Gumbel Distribution |
| dst_hyper | Hypergeometric Distribution |
| dst_lnorm | Log Normal Distribution |
| dst_lp3 | Log Pearson Type III distribution |
| dst_nbinom | Negative binomial Distribution |
| dst_norm | Normal (Gaussian) Distribution |
| dst_null | Null Distribution |
| dst_pearson3 | Pearson Type III distribution |
| dst_pois | Poisson Distribution |
| dst_t | Student t Distribution |
| dst_unif | Uniform Distribution |
| dst_weibull | Weibull Distribution |
-- E --
| empty_support | The Empty Support |
| enframe_cdf | Cumulative Distribution Function |
| enframe_chf | Cumulative Hazard Function |
| enframe_density | Probability Density Function |
| enframe_hazard | Hazard Function |
| enframe_odds | Odds Function |
| enframe_pmf | Probability Mass Function |
| enframe_quantile | Distribution Quantiles |
| enframe_return | Return Level Function |
| enframe_survival | Survival Function |
| eval_cdf | Cumulative Distribution Function |
| eval_chf | Cumulative Hazard Function |
| eval_density | Probability Density Function |
| eval_hazard | Hazard Function |
| eval_odds | Odds Function |
| eval_pmf | Probability Mass Function |
| eval_property | Evaluate a distribution |
| eval_quantile | Distribution Quantiles |
| eval_return | Return Level Function |
| eval_survival | Survival Function |
-- I --
| is.distribution | Build a Distribution Object |
| is.na.dst | A Distribution has Length 1 |
| is_distribution | Build a Distribution Object |
| is_empty_support | Test for a Support Object |
| is_support | Test for a Support Object |
-- K --
| kurtosis | Moments of a Distribution |
| kurtosis_exc | Moments of a Distribution |
-- L --
| length.dst | A Distribution has Length 1 |
-- M --
| mean.dst | Moments of a Distribution |
| median.dst | Median of a Distribution |
| mixed | Specify the Support of a Distribution |
-- P --
| parameters | Parameters of a Distribution |
| parameters<- | Parameters of a Distribution |
| pgev | Representations of the Generalized Extreme Value Distribution |
| pgp | Representations of the Generalized Pareto Distribution |
| plot.dst | Plot a Distribution |
| plp3 | Representations of the Log Pearson Type III Distribution |
| ppearson3 | Representations of the Pearson Type III Distribution |
| pretty_name | Distribution name |
| prob_left | Find the probability left or right of a number |
| prob_right | Find the probability left or right of a number |
-- Q --
| qgev | Representations of the Generalized Extreme Value Distribution |
| qgp | Representations of the Generalized Pareto Distribution |
| qlp3 | Representations of the Log Pearson Type III Distribution |
| qpearson3 | Representations of the Pearson Type III Distribution |
-- R --
| range.dst | Range of Distribution |
| range.support | Range of Distribution |
| realise | Generate a Sample from a Distribution |
| realize | Generate a Sample from a Distribution |
| regions | What a Support Is Made Of |
| rlp3 | Representations of the Log Pearson Type III Distribution |
| rpearson3 | Representations of the Pearson Type III Distribution |
-- S --
| scalar | A Distribution has Length 1 |
| skewness | Moments of a Distribution |
| stdev | Moments of a Distribution |
| support | Retrieve the Support of a Distribution |
| support-construction | Specify the Support of a Distribution |
| support_add_atoms | Add or Remove Atoms |
| support_contains | Test Membership of a Support |
| support_drop_atoms | Add or Remove Atoms |
| support_has_atom | Test Membership of a Support |
| support_reciprocal | Transform a Support |
| support_restrict | Restrict a Support to an Interval |
| support_scale | Transform a Support |
| support_shift | Transform a Support |
| support_transform | Transform a Support |
| support_union | Combine Supports |
-- V --
| variance | Moments of a Distribution |
| vtype | Variable Type of a Distribution |