Universe

This package provides utilities to manage and render glossaries within documents. It includes functions to define and use glossary terms, track their usage, and generate a glossary list with references to where terms are used in the document.

image of sample output

Motivation

Glossy is heavily inspired by glossarium, with a few key different goals:

  1. Provide a simple interface which allows for complete control over glossary display. To do this, glossy’s #glossary() function accepts a theme parameter. The goal here is to separate presentation and logic.
  2. Simplify the user interface as much as possible. Glossy has exactly two exports, init-glossary and glossary.
  3. Double-down on glossy’s excellent @term reference approach, completely eliminating the need to make any calls to gls() and friends.
  4. Mimic established patterns and best practices. For example, glossy’s #glossary() function is intentionally similar (in naming and parameters) to typst’s built-int #bibliography, to the degree possible.
  5. Simplify the implementation. The glossy code is significantly shorter and easier to understand.

Features

  • Define glossary terms with short and long forms, descriptions, and grouping.
  • Automatically tracks term usage in the document, making references simple through @labels.
  • Supports modifiers to adjust how terms are displayed (capitalize, pluralize, etc.).
  • Generates a formatted glossary section with backlinks to term occurrences in the document.
  • Easily customizable themes for rendering glossary sections, groups, and entries.

Usage

Import the package

#import "@preview/glossy:0.1.2": *

Defining Glossary Terms

Use the init-glossary function to initialize glossary entries and process document content:

#let myGlossary = (
    (
      key: "html",
      short: "HTML",
      long: "Hypertext Markup Language",
      description: "A standard language for creating web pages",
      group: "Web"
    ),
    (
      key: "css",
      short: "CSS",
      long: "Cascading Style Sheets",
      description: "A stylesheet language used for describing the presentation of a document",
      group: "Web"
    ),
    (
      key: "tps",
      short: "TPS",
      long: "test procedure specification"
    ),
    // Add more entries as needed
)

#show: init-glossary.with(myGlossary)

// Your document content here, where glossary terms are used.

Note that you could also load glossary entries from a data file using #yaml(), #json(), or similar.

For example, the above glossary could be in this YAML file:

- key: html,
  short: HTML,
  long: Hypertext Markup Language,
  description: A standard language for creating web pages,
  group: Web

- key: css
  short: CSS,
  long: Cascading Style Sheets,
  description: A stylesheet language used for describing the presentation of a document,
  group: Web

- key: tps,
  short: TPS,
  long: test procedure specification

And then loaded during initialization as follows:

#show: init-glossary.with(yaml("glossary.yaml"))

Using Glossary Terms in Your Document

Use glossary terms within your text using the @reference functionality in typst.

For example, @html and @css are used in the following text:

In modern web development, languages like @html and @css are essential.

Now make sure I get your @tps:short reports by 2pm!

… which should output:

In modern web development, languages like Hypertext Markup Language (HTML) and
Cascading Style Sheets (CSS) are essential.

Now make sure I get your TPS reports by 2pm!

You can control how each term is displayed using the following modifiers:

  • cap: Capitalizes the term.
  • pl: Uses the plural form of the term.
  • both: Displays both the long and short forms (e.g., “Long Form (Short Form)”).
  • short: Displays only the short form.
  • long: Displays only the long form.

Each modifier is separated by a colon (‘:’) character. Examples:

Input Output
@tps (first use) “technical procedure specification (TPS)”
@tps (subsequent use) “TPS”
@tps:short “TPS”
@tps:long “technical procedure specification (TPS)”
@tps:both “technical procedure specification (TPS)”
@tps:long:cap “Technical procedure specification”
@tps:long:pl “technical procedure specifications”
@tps:short:pl “TPSes”
@tps:both:pl:cap “Technical procedure specifications (TPSes)”

Combine modifiers in any way you like. But know that if you combine any of short, long, and/or both, only one will be used.

Generating the Glossary

To display the glossary in your document, use the glossary function. Customize the title and specify a theme if desired:

#glossary(title: "Web Development Glossary", theme: my-theme, groups: ("Web"))

See more on theming below in “Glossary Themes.”

Customizing the Output

Term usage in documents

You can control how terms are displayed when using the @term reference syntax in your document by passing a custom function to init-glossary in the show-term parameter.

For example, if you wanted all terms to be italicized, you could do this:

#let emph-term(body) = { emph(body) }

#show: init-glossary.with(myGlossary, show-term: emph-term)

// remainder of document follows

Glossary Themes

Customize the appearance of the glossary using themes. Each theme defines how sections, groups, and entries are displayed.

  • section: This is a main glossary section. It contains multiple glossary groups.
  • group: A group within the main glossary section. Contains multiple entries. Can be an empty string for terms with no group ("").
  • entry: A single entry within a group. This is the actual term, and can include any of the fields in entry. Contains the following fields:
    • key: The term key. (always present and unique)
    • short: The short form of the term. (always present)
    • long: The long form. (can be none)
    • description: The description or definition. (can be none)
    • pages: Pages with links to term usage in doc. (always present)

Example of a minimal theme:

#let my-theme = (
  section: (title, body) => {
    heading(level: 1, title)
    body
  },
  group: (name, i, n, body) => {
    // i is the group's index, n is total number of groups
    if name != "" and n > 1 {
      heading(level: 2, name)
    }
    body
  },
  entry: (entry, i, n) => {
    // i is the entry's index, n is total number of entries
    let output = [#entry.short]
    if entry.long != none {
      output = [#output -- #entry.long]
    }
    if entry.description != none {
      output = [#output: #entry.description]
    }
    block(
      grid(
        columns: (auto, 1fr, auto),
        output,
        repeat([#h(0.25em) . #h(0.25em)]),
        entry.pages,
      )
    )
  }
)

License

This project is licensed under the MIT License.