axiomst

A clean, elegant template for academic homework and presentation slides in Typst.

Features

Homework Template

• Professional problem set layout with title page
• Automatic problem numbering
• Theorem, lemma, definition, corollary, and example boxes
• Proof blocks with customizable QED symbols
• Toggleable solutions
• Page headers and footers with automatic numbering

Slides Template

• Minimal, clean presentation slides
• Support for 16:9 and 4:3 aspect ratios
• Dynamic content with pause, uncover, and only
• Title slides and section slides
• Handout mode for print-friendly output

Quick Start

typst init @preview/axiomst:0.2.1

Or import directly:

#import "@preview/axiomst:0.2.1": *

Homework Usage

#import "@preview/axiomst:0.2.1": *

#show: homework.with(
  title: "Problem Set 1",
  author: "Your Name",
  course: "MATH 101",
  email: "name@uni.com",
  date: datetime.today(),
  collaborators: ["Alice", "Bob"],
)

#problem(title: "Vector Spaces")[
  Let $V$ be a vector space over a field $F$. Prove the following:
  1. The zero vector $0_V$ is unique.
  2. For each $v in V$, the additive inverse $-v$ is unique.
]

#theorem(title: "Uniqueness of Zero")[
  In any vector space $V$, the zero vector is unique.
]

#proof[
  Suppose there exist two zero vectors...
]

Homework Options

Parameter	Description	Default
title	Assignment title	"Homework Assignment"
author	Your name	"Student Name"
course	Course code/name	"Course Code"
email	Your email	-
date	Submission date	datetime.today()
due-date	Due date (optional)	none
collaborators	List of collaborators	[]
show-solutions	Show/hide solutions	true

Academic Elements

• theorem(title: "", numbered: true)[...]
• lemma(title: "", numbered: true)[...]
• definition(title: "", numbered: true)[...]
• corollary(title: "", numbered: true)[...]
• example(title: "", numbered: true)[...]
• proof[...] - with customizable qed-symbol
• problem(title: "", numbered: true)[...]
• solution[...] - toggleable with show-solutions

Slides Usage

#import "@preview/axiomst:0.2.1": *

#show: slides.with(
  title: "My Presentation",
  author: "Your Name",
  date: datetime.today(),
  ratio: "16-9",  // or "4-3"
  handout: false,
)

#title-slide(
  title: "My Presentation",
  subtitle: "A Subtitle",
  author: "Your Name",
  institution: "University",
  date: datetime.today(),
)

#slide(title: "First Slide")[
  Content here.

  #pause

  This appears on the next subslide.
]

#slide(title: "Dynamic Content")[
  #uncover(1)[Visible from start]
  #uncover((from: 2))[Appears on subslide 2+]
  #only(3)[Only on subslide 3]
]

#section-slide[New Section]

Slides Options

Parameter	Description	Default
title	Presentation title	"Presentation"
author	Presenter name	none
date	Date	datetime.today()
ratio	Aspect ratio	"16-9"
handout	Handout mode (no subslides)	false
margin	Page margin	1.5cm

Dynamic Content

• #pause - Content after this appears on the next subslide
• #uncover(indices)[...] - Show content on specified subslides (layout preserved)
• #only(indices)[...] - Show content on specified subslides (affects layout)

Index formats:

• Single: 1, 2, 3
• Array: (1, 3) - subslides 1 and 3
• Range: (from: 2) - subslide 2 onwards

Shared Components

Both templates have access to:

• columns(count: 2, gutter: 1em)[...][...] - Multi-column layout
• pfigure(image-path: "", caption: "") - Centered figure
• ptable(content, caption: "") - Centered table
• instructions[...] - Instruction block

License

MIT License - see LICENSE for details.