Distribution Objects | Common Distribution Families | Evaluating | Enframing

User-Defined Distributions | Distribution Attributes | Example of a New Parametric Family | Network of Properties | Making your own properties | Limitations

What a Support Is | Building a Support | Continuous supports | Discrete supports | Mixed supports | The empty support | Retrieving a Support | Manipulating a Support | Giving a Distribution a Support | Why It Matters | Current Scope

Built-In Distribution Families | The Empirical Distribution

Subsetting and combining | Arithmetic and standard functions | Custom transformations: dsct_transform()

Materializing values from a series | Traversing: next_discrete() and prev_discrete() | Pulling values: get_discretes_at() and get_discretes_in() | Subsetting by position: [ | Counting: num_discretes() | Which values are in the series? | Querying sinks

Where is tol actually used? | Example: tol with arithmetic() | Example: tol with an explicit numeric series | Example: preserving numeric vectors | Choosing a tol

Introduction | Development Status | Available Verbs | Linear Transformations | Combinations | Mathematical Transformations | Using Operators | Examples | Understanding Simplifications | What Are Simplifications? | Why Simplifications Matter

A quick fitting workflow | Diagnostics that emphasise extremes | Supported methods and failure handling | Roadmap | References

Distributional Representations | Drawing a random sample | Properties of Distributions

General Definition | Definition via cdf | Kappa Transform of $\psi$ | Copula Quantities: DJ copula class (IGL copula family) | Copula Quantities: Interpolated DJ copula class (IG copula family) | Formulas specific to IG and IGL Copulas | Generating Functions | Copula Quantities | References