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https://github.com/tingerrr/typst-test | https://raw.githubusercontent.com/tingerrr/typst-test/main/docs/book/src/guides/test-sets.md | markdown | MIT License | # Using Test Sets
## Why Tests Sets
Many operations such as running, comparing, removing or updating tests all need to somehow select which tests to operate on.
To avoid having lots of hard-to-remember options, which may or may not interact well, `typst-test` offers an expression based set language which is used to select tests.
Instead of writing
```bash
tt run --regex --mod 'foo-.*' --name 'bar/baz' --no-ignored
```
`typst-test` can be invoked like
```bash
tt run --expression '(mod(/foo-.*/) & !ignored) | name(=bar/baz)'
```
This comes with quite a few advantages:
- it's easier to compose multiple identifier filters like `mod` and `name`
- options are ambiguous whether they apply to the next option only or to all options like `--regex`
- with options it's unclear how to compose complex relations like `and` vs `or` of other options
- test set expressions are visually close to the filter expressions they describe, their operators are deiberately chosen to feel like witing a predicate which is applied over all tests
Let's first disect what this expression actually means:
`(mod(/foo-.*/) & !ignored) | id(=bar/baz)`
1. We have a top-level binary expression like so `a | b`, this is a union expression, it includes all tests found in either `a` or `b`.
1. The right expression is `id(=bar/baz)`, this includes all tests who's full identifier matches the given pattern `=bar/baz`.
That's an exact matcher (indicated by `=`) for the test identifier `bar/baz`.
This means that whatever is on the left of your union, we also include the test `bar/baz`.
1. The left expression is itself a binary expression again, this time an intersection.
It consists of another matcher test set and a complement.
1. The name matcher is only applied to modules this time, indiicated by `mod` and uses a regex matcher (delimited by `/`).
It includes all tests who's module identifier matches the given regex.
1. The complement `!ignored` includes all tests which are not marked as ignored.
Tying it all together, we can describe what this expression matches in a sentence:
> Select all tests which are not marked ignore and are inside a module starting with `foo-`, include also the test `bar/baz`.
Trying to describe this relationship using options on the command line would be cumbersome, error prone and, depending on the options present, impossible. [^ref]
## Default Test Sets
Many operations take either a set of tests as positional arguments, which are matched exactly, or a test set expression.
If neither are given the `default` test set is used, which is itself a shorthand for `!ignored`.
<div class="warning">
This may change in the future, commands my get their own, or even configurable default test sets.
See [#40](https://github.com/tingerrr/typst-test/issues/40).
</div>
More concretely given the invocation
```bash
tt list test1 test2 ...
```
is equivalent to the following invocation
```bash
tt list --expression 'none & (id(=test1) | id(=test2) | ...)'
```
## An Iterative Example
Suppose you had a project with the following tests:
```txt
mod/sub/foo ephemeral ignored
mod/sub/bar ephemeral
mod/sub/baz persistent
mod/foo persistent
bar ephemeral
baz persistent ignored
```
and you wanted run only ephemeral tests in `mod/sub`.
You could construct a expression with the following steps:
1. Firstly, filter out all ignored tests, `typst-test` does by default, but once we use our own expression we must include this restriction ourselves.
Both of the following would work.
- `default & ...`
- `!ignored & ...`
Let's go with `default ` to keep it simple.
1. Now include only those tests which are ephemeral, to do this, add the ephemeral test set.
- `default & ephemeral`
1. Now finally, restrict it to be only tests which are in `mod/sub` or it's sub modules.
You can do so by adding any of the following identifier matchers:
- `default & ephemeral & mod(~sub)`
- `default & ephemeral & mod(=mod/sub)`
- `default & ephemeral & id(/^mod\/sub/)`
You can iteratively test your results with `typst-test list -e '...'` until you're satisfied.
Then you can run whatever operation you want with the same expression. IF it is a destructive operation, i.e. one that writes chaanges to non-temporary files, then you must also pass `--all` if your test set contains more than one test.
## Scripting
If you build up test set expressions programmatically, consider taking a look at the built-in test set constants.
Specifically the `all` and `none` test sets can be used as identity sets for certain operators, possibly simplifying the code generating the test sets.
Some of the syntax used in test sets may interfere with your shell, especially the use of whitespace.
Use non-interpreting quotes around the test set expression (commonly single quotes `'...'`) to avoid interpreting them as shell specific sequences.
[^ref]: To get a more complete look at test sets, take a look at the [reference](../reference/test-sets.md).
|
https://github.com/yomannnn/yomannnn.github.io | https://raw.githubusercontent.com/yomannnn/yomannnn.github.io/main/book.typ | typst |
#import "@preview/book:0.2.2": *
#show: book
#book-meta(
title: "YoMannnn Homepage",
description: "Documentation of small projects",
repository: "https://github.com/yomannnn/yomannnn.github.io",
// authors: ("Myriad-Dreamin", "7mile"),
language: "en",
summary: [
#prefix-chapter("hello.typ")[Hello]
= Projects
- #chapter("projects.typ", section: "1")[My Projects]
= Bla
= Blup
]
)
/*
summary: [ // begin of summary
#prefix-chapter("introduction.typ")[Introduction]
= User Guide
- #chapter("guide/installation.typ", section: "1")[Installation]
- #chapter("guide/get-started.typ", section: "2")[Get Started]
- #chapter("guide/faq.typ", section: "3")[Frequently Asked Questions]
- #chapter(none, section: "4")[Further reading]
= Reference Guide
- #chapter("cli/main.typ", section: "5")[Command Line Tool]
- #chapter("cli/init.typ", section: "5.1")[init]
*/
#build-meta(
// dest-dir: "../dist2", One Folder Up
dest-dir: "./docs",
)
// re-export page template
#import "/templates/page.typ": project
#let book-page = project
|
|
https://github.com/vitto4/ttuile | https://raw.githubusercontent.com/vitto4/ttuile/main/README.FR.md | markdown | MIT License | <h1 align="center">
<img alt="Typst" src="https://github.com/vitto4/ttuile/blob/main/assets/ttuile-header.png?raw=true">
</h1>
<p align="center">
<a href="https://typst.app">
<img alt="typst" src="https://img.shields.io/badge/Typst-%232f90ba.svg?&logo=Typst&logoColor=white"
/></a>
<a href="https://github.com/vitto4/ttuile/blob/main/LICENSE">
<img alt="MIT" src="https://img.shields.io/github/license/vitto4/ttuile"
/></a>
<a href="https://github.com/vitto4/ttuile/releases">
<img alt="GitHub Release" src="https://img.shields.io/github/v/release/vitto4/ttuile"
/></a>
</p>
<p align="center"><i>Un template <b>Typst</b> pour faciliter la rédaction de compte-rendus de TP à l'<a href="https://fr.wikipedia.org/wiki/Institut_national_des_sciences_appliqu%C3%A9es_de_Lyon">INSA Lyon</a>.</i></p>
<p align="center">
<a href="https://github.com/vitto4/ttuile/blob/main/template/main.pdf">
<img alt="Exemple" src="https://github.com/vitto4/ttuile/blob/main/assets/ttuile-banner.png?raw=true">
</a>
</p>
> [!NOTE]
>
> See also the english [README.md](https://github.com/vitto4/ttuile/blob/main/README.md).
## 🧭 Sommaire
1. [Utilisation](#-utilisation)
1. [Documentation](#-documentation)
1. [Notes](#-notes)
1. [Contributions](#-contributions)
## 📎 Utilisation
Ce template est disponible sur _Typst Universe_ : [`@preview/ttuile:0.1.1`](https://typst.app/universe/package/ttuile).
Pour l'utiliser de manière complètement locale, il est nécessaire de placer les fichiers `ttuile.typ` et `logo-insa-lyon.png` à la racine du projet, ou de les uploader dans la _Typst web app_ le cas échéant.
Ces fichiers peuvent être obtenus dans la section [releases](https://github.com/vitto4/ttuile/releases).
Voici ce à quoi la structure résultante devrait ressembler :
```
.
├── ttuile.typ
├── logo-insa-lyon.png
└── main.typ
```
`ttuile.typ` peut être appelé avec les arguments suivants.
`?` signifie que l'argument peut être nul si non applicable.
| Argument | Valeur par défaut | Type | Description |
|:--------:|:-----------------:|:----:|:------------|
| `titre` | `none` | `content?` | Titre du TP. |
| `auteurs` | `none` | `array<str> \| content?` | Le ou les auteurs du rapport. |
| `groupe` | `none` | `content?` | Nom ou numéro du groupe/de la classe. Sera affiché juste après les auteurs. |
| `numero-tp` | `none` | `content?` | Numéro du TP. |
| `numero-poste` | `none` | `content?` | Numéro du poste ou banc de TP. |
| `date` | `none` | `datetime \| content?` | Date à laquelle le TP a été réalisé. |
| `sommaire` | `true` | `bool` | Afficher le sommaire ? |
| `logo` | `image("logo-insa-lyon.png")` | `image?` | Logo de l'école à utiliser. |
| `point-legende` | `false` | `bool` | Imposer que les légendes se finissent avec un point. (encore expérimental, c'est un peu du bricolage ^^) |
Un seul argument positionnel est accepté, étant le corps du rapport.
Le template peut ensuite être utilisé selon la syntaxe suivante :
```typ
// Local import
// #import "ttuile.typ": *
// Universe import
#import "@preview/ttuile:0.1.1": *
#show: ttuile.with(
titre: [« #lorem(8) »],
auteurs: (
"<NAME>",
"<NAME>",
"<NAME>",
),
groupe: "TD0",
numero-tp: 0,
numero-poste: "0",
date: datetime.today(),
// sommaire: false,
// logo: image("path_to/logo.png"),
// point-legende: true,
)
```
## 📚 Documentation
Le template `ttuile.typ` expose certaines fonctions, dont le détail est donné dans la _documentation_.
<p align="center">
<a href="https://github.com/vitto4/ttuile/blob/main/DOC.FR.md">
Afficher la documentation
</a>
</p>
Un fichier d'exemple est disponible ici : [`template/main.typ`](https://github.com/vitto4/ttuile/blob/main/template/main.typ)
## 🔖 Notes
- Ce template n'est pas officiel, c'est simplement ma propre version et interprétation de ce qui est décrit dans le document « Consignes générales pour la rédaction de rapports scientifiques au format numérique » (distribué sur moodle).
- La licence MIT ne s'applique ni au `logo-insa-lyon.png`, qui provient des [éléments graphiques fournis par l'INSA](https://www.insa-lyon.fr/fr/elements-graphiques), ni à la marque « INSA ».
<!-- - Trivia : Le nom « ttuile » est l'acronyme de « **T**emplate de (CR de) **T**P **U**niforme à l'**I**NSA **L**yon pour les **É**tudiants. (on est d'accord, c'est pas très français, mais ça fait un joli acronyme) -->
## 🧩 Contributions
Les contributions sont bienvenues ! Il y a des parties où j'ai un peu (beaucoup) bidouillé pour obtenir le résultat attendu (`identificateur-*`, espacement des titres, ...), donc si quelqu'un sait comment le faire proprement, je suis preneur :) |
https://github.com/deadManAlive/ui-thesis-typst-template | https://raw.githubusercontent.com/deadManAlive/ui-thesis-typst-template/master/chapters/ch2.typ | typst | = Dasar Penulisan Laporan
#lorem(100) @hellow
$ F_n=F_(n-1)+F_(n-2) $ <hellow>
#lorem(50) @knuth1997art
== Honey
#lorem(100)
#figure(
image("assets/electromagnetism.png", width: 50%),
caption: [Elektromagnetisme],
) <elm>
#lorem(50)
#figure(
image("assets/James_Clerk_Maxwell_Statue_Equations.jpg", width: 50%),
caption: [Sistem persamaan Maxwell]
) <maxwell> |
|
https://github.com/lucannez64/Notes | https://raw.githubusercontent.com/lucannez64/Notes/master/TEXTES.typ | typst | #import "template.typ": *
// Take a look at the file `template.typ` in the file panel
// to customize this template and discover how it works.
#show: project.with(
title: "TEXTES",
authors: (
"<NAME>",
),
date: "30 Octobre, 2023",
)
#set heading(numbering: "1.1.")
#blockquote[
Car j’aimais tant l’aube, déjà, que ma mère me l’accordait en
récompense. J’obtenais qu’elle m’éveillât à trois heures et demis, et je
m’en allais, un panier vide à chaque bras, vers des terres maraîchères
qui se réfugiaient dans le pli étroit de la rivière, vers les fraise,
les cassis et les groseilles barbues. À trois heures et demie, tout
dormait dans un bleu originel, humide et confus, et quand je descendais
le chemin de sable, le brouillard retenu par son poids baignait d’abord
mes jambes, puis mon petit torse bien fait, atteignait mes lèvres, mes
oreilles et mes narines plus sensibles que tout le reste de mon corps…
J’allais seule, ce pays mal pensant était sans dangers. C’est sur ce
chemin, c’est à cette heure que je prenais conscience de mon prix, d’un
état de grâce indicible et de ma connivence avec le premier souffle
accouru, le premier oiseau, le soleil encore ovale, déformé par son
éclosion… Ma mère me laissait partir, après m’avoir nommée « Beauté,
Joyau-tout-en-or » ; elle regardait courir et décroître sur la pente son
oeuvre, - « chef-d’oeuvre », disait-elle. J’étais peut-être jolie ; ma
mère et mes portraits de ce temps-là ne sont pas toujours d’accord… Je
l’étais à cause de mon âge et du lever du jour, à cause des yeux bleus
assombris par la verdure, des cheveux blonds qui ne seraient lissés qu’à
mon retour, et de ma supériorité d’enfant éveillé sur les autres enfants
endormis. Je revenais à la cloche de la première messe. Mais pas avant
d’avoir mangé mon soûl, pas avant d’avoir, dans les bois, décrit un
grand circuit de chien qui chasse seul, et goûté l’eau de deux sources
perdues, que je révérais. L’une se haussait hors de la terre par une
convulsion cristalline, une sorte de sanglot, et traçait elle-même son
lit sableux. Elle se décourageait aussitôt née et replongeait sous la
terre. L’autre source, presque invisible, froissait l’herbe comme un
serpent, s’étalait secrète au centre d’un pré où des narcisses, fleuris
en ronde, attestaient seuls sa présence. La première avait goût de
feuille de chêne, la seconde de fer et de tige de jacinthe… Rien qu’à
parler d’elles je souhaite que leur saveur m’emplisse la bouche au
moment de tout finir, et que j’emporte, avec moi, cette gorgée
imaginaire…
]
Sido est un récit de Colette, publié en 1930 (sous le titre complet Sido
ou les Points cardinaux). Il est dédié à l’évocation de l’enfance
bourguignonne et à la célébration du personnage de <NAME>, la
mère de Colette. Ce récit appartient au genre autobiographique et pose
l’intéressante question de l’utilisation des souvenirs à des fins
littéraires car la Sido décrite par Colette n’est pas tout à fait la
mère de l’auteur. Colette idéalise Sidonie jusqu’à en faire une déesse
qui règne sur les saisons et la demeure familiale, une initiatrice aux
mystères de la nature. En fait, en transfigurant ses souvenirs
d’enfance, Colette fait oeuvre de romancière et crée un personnage au
point que le critique <NAME> relève le paradoxe d’une Colette
devenue « mère de Sido ».
Ce texte est l’occasion de découvrir les sortilèges sensoriels de
Colette.
Tes axes de lecture pourraient être : - une enfant différente et
sensuelle - une mère aimante - la communion avec la nature
Conclusion : Une enfant révélée à elle-même par l’amour de sa mère et le
contact avec la nature.
#blockquote[
https:\/\/commentairecompose.fr/colette-sido-pretresse-vents-levee-au-jour/
]
"Comment Colette célèbre la nature à travers l’aube ?" "De quelles
manières la célébration du monde, dans cet extrait, correspond-elle à
une expérience métaphysique ?"
Religiosité Initiation Célébration
#blockquote[
Comment Sido se montre-t-elle pour sa fille comme l’initiatrice à la
célébration du monde
]
Sensorialité Pythonisse Sido est une devineresse et incite sa fille à
célébrer le monde et elle transmet à sa fille ses pouvoirs
#blockquote[
Comment Colette parvient-elle a partagé avec le lecteur la beauté d’un
moment précieux
]
Relation amoureuse avec Missy et Complicité Évocation de l’enfance Ode
aux violettes \> Comment la petite fadette denonce-t-elle le refus de la
difference
Talent Hypocrisie Religiosité Cruauté populaire Ces talents de
guérisseuse lui permettent de connaitre la puissance des simples, elle
se place en tant qu’une puissance salutaire, elle célèbre le monde
végétal.
#blockquote[
Commennt <NAME> exprime-t-il une ode sensuel à l’existance dans ce
récit autobiographique
]
Mouvement 1: Appréhension sensuelle du monde 2: Prise de conscience de
l’homme face à la vie 3: Déclaration d’amour à la vie
#blockquote[
https:\/\/commentairecompose.fr/arrias-la-bruyere/
]
En quoi Arrias contredit-il le portrait de l’honnête homme ?
(incarne-t-il le theatrum mundi)
Hypocrisie Société du paraître
Arrias correspond à l’inverse de l’exemple de l’honnête homme en
accumulant les mensonges et les actions malhonnêtes
(Rochefoucauld,Pascal)
#blockquote[
Quel sens convient-il de donner au portrait de narcisse ?
]
Il suit un comportement défini, des normes. C’est le portrait du
conformisme de l’homme de la ville, du paraître. Il est un homme sans
âme. Il est représentatif de cet homme politique/social (Ouverture
Aristote, L’homme est un animal politique). \>
https:\/\/commentairecompose.fr/les-animaux-malades-de-la-peste-commentaire/
|
|
https://github.com/alex-touza/fractal-explorer | https://raw.githubusercontent.com/alex-touza/fractal-explorer/main/paper/src/style/headings.typ | typst | #let style_headings = document => {
set heading(numbering: "1.1.")
show heading.where(level: 1): set heading(numbering: "1.")
show heading.where(level: 1): it => {
set text(hyphenate: false)
set text(size: 24pt)
set par(first-line-indent: 0em, hanging-indent: 0em)
block(below: 3em)
let num = counter(heading).at(it.location()).first()
context {
if here().page-numbering() == "1" {
block(text[
Capítol #num
])
}
}
block(text[
#it.body
])
block(below: 1em)
}
show heading.where(level: 4): it => {
block(text(style: "italic", weight: "regular", it.body), below: 2em, above: 2em)
}
document
}
#let style_preface_heading = document => {
show heading.where(level: 1): set heading(numbering: none)
show heading.where(level: 1): it => {
set text(hyphenate: false)
set text(size: 24pt)
set par(first-line-indent: 0em, hanging-indent: 0em)
block(below: 3em)
block(text[
#it.body
])
block(below: 0.5em)
}
document
}
#let style_annex_headings = document => {
show heading: set heading(numbering: none)
show heading.where(level: 2): set heading(numbering: (a, b) => [Annex #(b - 2):])
document
}
#let preface_heading(t) = {
//show text: smallcaps
show heading: set text(size: 17pt)
heading(outlined: false, numbering: none, smallcaps(t))
} |
|
https://github.com/nogula/tufte-memo | https://raw.githubusercontent.com/nogula/tufte-memo/main/lib.typ | typst | MIT License | #import "@preview/drafting:0.2.0": *
#let wideblock(content) = block(width:100%+2.5in,content)
// Fonts used in front matter, sidenotes, bibliography, and captions
#let sans-fonts = (
"Gill Sans MT",
"TeX <NAME>",
"Noto Sans"
)
// Fonts used for headings and body copy
#let serif-fonts = (
"Lucida Bright",
"New CM",
"Linux Libertine",
)
#let template(
title: [Paper Title],
shorttitle: none,
subtitle: none,
authors: (
(
name: "<NAME>",
role: none,
organization: none,
location: none,
email: none
),
),
date: datetime.today(),
document-number: none,
draft: false,
distribution: none,
abstract: none,
publisher: none,
toc: false,
bib: none,
footer-content: none,
doc
) = {
// Document metadata
set document(title: title, author: authors.map(author => author.name))
// Just a suttle lightness to decrease the harsh contrast
set text(fill:luma(30))
// Tables and figures
show figure: set figure.caption(separator: [.#h(0.5em)])
show figure.caption: set align(left)
show figure.caption: set text(font: sans-fonts)
show figure.where(kind: table): set figure.caption(position: top)
show figure.where(kind: table): set figure(numbering: "I")
show figure.where(kind: image): set figure(supplement: [Figure], numbering: "1")
show figure.where(kind: raw): set figure.caption(position: top)
show figure.where(kind: raw): set figure(supplement: [Code], numbering: "1")
show raw: set text(font: "Lucida Console", size: 10pt)
// Equations
set math.equation(numbering: "(1)")
show math.equation: set block(spacing: 0.65em)
show link: underline
// Lists
set enum(
indent: 1em,
body-indent: 1em,
)
show enum: set par(justify: false)
set list(
indent: 1em,
body-indent: 1em,
)
show list: set par(justify: false)
// Headings
set heading(numbering: none,)
show heading.where(level:1): it => {
v(2em,weak:true)
text(size:14pt, weight: "bold",it)
v(1em,weak: true)
}
show heading.where(level:2): it => {
v(1.3em, weak: true)
text(size: 13pt, weight: "regular",style: "italic",it)
v(1em,weak: true)
}
show heading.where(level:3): it => {
v(1em,weak:true)
text(size:11pt,style:"italic",weight:"thin",it)
v(0.65em,weak:true)
}
show heading: it => {
if it.level <= 3 {it} else {}
}
// Page setup
set page(
paper: "us-letter",
margin: (
left: 1in,
right: 3.5in,
top: 1.5in,
bottom: 1.5in
),
header: context {
set text(font: sans-fonts)
block(width: 100% + 3.5in - 1in,{
if counter(page).get().first() > 1 {
if document-number != none {document-number}
h(1fr)
if shorttitle != none {upper(shorttitle)} else {upper(title)}
if publisher != none {
linebreak()
h(1fr)
upper(publisher)
}
}})
},
footer: context {
set text(font: sans-fonts,size: 8pt)
block(width: 100% +3.5in - 1in,{
if counter(page).get().first() == 1 {
if type(footer-content) == array {
footer-content.at(0)
linebreak()
} else {
footer-content
linebreak()
}
if draft [
Draft document, #date.display().
]
if distribution != none [
Distribution limited to #distribution.
]
} else {
if type(footer-content) == array {
footer-content.at(1)
linebreak()
} else {
footer-content
linebreak()
}
if draft [
Draft document, #date.display().
]
if distribution != none [
Distribution limited to #distribution.
]
linebreak()
[Page #counter(page).display()]
}
})},
background: if draft {rotate(45deg,text(font:sans-fonts,size:200pt, fill: rgb("FFEEEE"))[DRAFT])}
)
set par(
// justify: true,
leading: 0.65em,
first-line-indent: 1em
)
show par: set block(
spacing: 0.65em
)
// Frontmatter
let titleblock(title: none,subtitle: none,) = wideblock({
set text(
hyphenate: false,
size: 20pt,
font: sans-fonts
)
set par(
justify: false,
leading:0.2em,
first-line-indent: 0pt
)
upper(title)
set text(size: 11pt)
v(-0.65em)
upper(subtitle)
})
let authorblock(authors) = wideblock({
set text(font: sans-fonts, size: 11pt)
v(1em)
for i in range(calc.ceil(authors.len() / 3)) {
let end = calc.min((i + 1) * 3, authors.len())
let is-last = authors.len() == end
let slice = authors.slice(i * 3, end)
grid(
columns: slice.len() * (1fr,),
gutter: 11pt,
..slice.map(author => align(left, {
upper(author.name)
if "role" in author [
\ #author.role
]
if "organization" in author [
\ #author.organization
]
if "email" in author [
\ #author.email
]
}))
)
if not is-last {
v(16pt, weak: true)
}
}})
let abstractblock(abstract) = wideblock({
set text(font: sans-fonts)
set par(hanging-indent: 3em)
h(3em)
abstract
})
let tocblock() = wideblock({
set text(font: sans-fonts)
outline(indent:1em,title:none,depth:2)
})
titleblock(title:title, subtitle:subtitle)
authorblock(authors)
text(size:11pt,font: sans-fonts,{
if date != none {upper(date.display("[month repr:long] [day], [year]"))}
linebreak()
if document-number != none {document-number}
})
if abstract != none {abstractblock(abstract)}
if toc {tocblock()}
// Finish setting up sidenotes
set-page-properties()
set-margin-note-defaults(
stroke: none,
side: right,
margin-right: 2.35in,
margin-left: 1.35in,
)
// Body text
set text(
font: serif-fonts,
style: "normal",
weight: "regular",
hyphenate: true,
size: 11pt
)
doc
show bibliography: set text(font:sans-fonts)
show bibliography: set par(justify:false)
set bibliography(title:none)
if bib != none {
heading(level:1,[References])
bib
}
}
/* Sidenotes
Display content in the right margin with the `note()` function.
Takes 2 optional keyword and 1 required argument:
- `dy: length` Adjust the vertical position as required (default `0pt`).
- `numbered: bool` Display a footnote-style number in text and in the note (default `true`).
- `content: content` The content of the note.
*/
#let notecounter = counter("notecounter")
#let note(dy:-2em, numbered:true, content) = {
if numbered {
notecounter.step()
text(weight:"bold",super(notecounter.display()))
}
text(size:9pt,font: sans-fonts,margin-note(if numbered {
text(weight:"bold",font:"<NAME>",size:11pt,{
super(notecounter.display())
text(size: 9pt, " ")
})
content
} else {
content}
,dy:dy))
}
/* Sidenote citation
Display a short citation in the right margin with the `notecite()` function.
Takes 2 optional keyword and 1 required argument.
- `dy: length` Adjust the vertical position as required (default `0pt`).
- `supplement: content` Supplement for the in-text citation (e.g., `p.~7`), (default `none`).
- `key: label` The bibliography entry's label.
CAUTION: if no bibliography is defined, then this function will not display anything.
*/
#let notecite(dy:-2em,supplement:none,key) = context {
let elems = query(bibliography)
if elems.len() > 0 {
cite(key,supplement:supplement,style:"ieee")
note(
cite(key,form: "full",style: "template/short_ref.csl"),
dy:dy,numbered:false
)
}
}
|
https://github.com/jgm/typst-hs | https://raw.githubusercontent.com/jgm/typst-hs/main/test/typ/math/accent-01.typ | typst | Other | $ x &= p \ dot(x) &= v \ dot.double(x) &= a \ dot.triple(x) &= j \ dot.quad(x) &= s $
|
https://github.com/NathanBurgessDev/tabletop-war-game-helper | https://raw.githubusercontent.com/NathanBurgessDev/tabletop-war-game-helper/main/Project%20Proposal/main.typ | typst | #import "template.typ": *
#set page(numbering: "1",number-align: center)
#show: diss-title.with(
title: "Mixed Reality Tabletop War Game Assistant",
author: "<NAME>",
ID: "20363169",
email: "ps<PASSWORD>",
programme: "BSc Computer Science",
module: "COMP3003",
)
// wargaming and
// wargaming
// OpenCV
// Computer Vision
// Mixed Reality
// Kill Team
// Add page numbers to footer
// Number all headings
#set heading(numbering: "1.1")
// Tweak space above and below headings
#show heading: set block(above: 2em, below: 1.3em)
// Justified paragraphs
#set par(justify: true)
// Table of contents and start the rest of the stuff on a new page
// #outline()
// #pagebreak()
//Briefly describe the background to the projecet, importance/need and motivation for carrying out the work
// Explain the problem being solved and why
= Motivation and Background
// blah blah blah
== Introduction
Tabletop Wargaming is a popular hobby but, with a high barrier to entry, it remains niche and inaccessible to many. The rules to tabletop wargames can be complex and difficult to learn. This can be daunting for new players putting them off the hobby as well as causing arguments between seasoned players over different rules interpretations.
The most popular wargaming systems are produced by _Games Workshop_ @gw-size. One of their more popular systems, _Warhammer 40k_, has a core rulebook of 60 pages @40k-rules and the simplified version of another game system, _Kill Team_, is a rather dense three page spread #cite("kt-lite-rules").
Video games help on-board new players by having the rules of the game enforced by the game itself. This project aims to bring this experience to tabletop wargaming, specifically the _Kill Team Lite_ #cite("kt-lite-rules") system. This is because the _Kill Team Lite_ rules are publically available from _Games Workshop's_ website and it is designed to be played on a smaller scale to other wargames, making it a good candidate for a proof of concept.
== Relevent Past Work
Previous attempts at digitising the state of a tabletop wargame have been made utilising RFID tags on models with an antenna grid beneath the table to triangulate the position of each tag #cite("rfid-based").
This approach works well to calculate the rough position of larger models with multiple RFID tags but smaller models with only one tag can prove difficult. This is because, using consumer grade electronics, finding the signal strength from an RFID tag to a receiver is often not supported or is inconsistent due to reflections, interference etc #cite("rfid-based"). As a result, the only information you can gather is whether a tag is in range of a receiver. Using this method with a single tag you can only find the rough area of a model by comparing the overlapping ranges of multiple recievers #cite("rfid-based").
There are other approaches to mm-level tracking of RFID tags #cite("rfid-tracking") but these are outside the scope of this project to implement and require specialist equipment.
== Project Overview
_Kill Team_, being a smaller scale game, only makes use of the smaller models. So an RFID approach would not be useful in tracking its exact location. This is needed to calculate the distance it can move and what other models are visible.
As a solution to this problem I want to use _OpenCV_ #cite("openCV") to interpret the state of the physical game board. Miniature models are typically placed on top of small, circular, black bases. To detect each model I plan to produce rings to go around these bases made of high contrast colours to allow a camera placed above the board to look for these rings and display the model's position on a top down virtual board.
Wargames often use terrain to provide cover for models. I plan to use pre-set terrain pieces where I have stored the corresponding dimensions of each piece. To detect these pieces of terrain I plan to put AR tags #cite("ar-tags") on the top of each piece. This would then allow me to accurately display the terrain on the virtual board and calculate the cover provided by each piece.
One downside of my approach is that calculating verticality within the game would be difficult to do. To solve this problem I plan to implement a gametype of _Kill Team Lite_ called _Gallowdark_. This terrain type is played on a flat board with no verticality.
// Aim: single sentence with a high level description of the project
// The aim of this project is to... develop / design / build
// Objectives are the sub-components detailing individual aspects of the project
= Aims and Objectives
My aim in this project is to develop a system to produce a digital representation of a physical tabletop wargame. Then, using this representation, I aim to automate the rules of the game to provide a more accessible experience for players of all skill levels.
This project can be broken down into two main parts:
1. Vision Detection of the models and terrain to create a virtual representation of the game board.
2. Implementing the game logic in the virtual board to guide players through the game.
== Computer Vision
#set enum(numbering: "1.a")
+ Detect the high contrast rings on the bases of the models to find the center point of the model.
+ Determine which ring belongs to which model.
+ Detect the AR tags on the terrain pieces.
+ Produce a top down view of the game board.
// Expected Issues
// Keeping game tokens in position
== Game Logic
+ Allow users to select a model and a subsequent action (normal move, shoot, dash, capture objective).
+ Calculate the distance a model can move and display this on the virtual board.
+ Account for terrain that blocks movement.
+ Calculate the line of sight between the selected model and opposing models then display this on the virtual board.
+ Account for terrain that blocks line of sight.
+ Display information about the selected model's odds to hit a target.
// GANNT chart
// key dates, deliverables / milestomes, realistic - show other coursework times etc
// 1. Detecting high contrast rings with _openCV_. 2 weeks
// 2. Producing a visual game board with game objects with behaviour to move to different. locations and cast rays of a given length. 2 weeks
// 3. Detecting AR tags to correctly identify and orient a piece of terrain. 2 weeks
// 4. Displaying valid movement positions for a limited movement distance accounting for terrain. 3 weeks
// 5. Ray casting from a points to detect other points,accounting for cover.2 weeks
// 6. Game Flow 4 weeks
#pagebreak()
= Project Plan
The structure of this project plan aims to focus on the development of the computer vision aspect first. This is because this area is likely to be the most technically challenging. Completing this first allows me to focus on getting this correct before moving on to other parts of the project.
I have purposely been generous with the time allocated to some tasks. This is becuase they should provide a buffer for any unexpected issues that may arise, particularly with more technically complex aspects of the project.
This is especially apparent with other commitments. Due to the nature of courseworks not being fully released at the time of writing I am unable to make a more accurate guess of the time they will take to complete.
This project plan places most of the work to be done in the Spring semester due to it containing only 50 credits compared to 70 credits in the Autumn semester.
I have allocated time for my interim report to be earlier than the deadline due to other commitments having the same deadline that I would be more likely to prioritise over the interim report. This is also because I plan to produce the interim report somewhat iteratively, adding to it as I complete tasks. The same goes for the final dissertation.
// Bibliography
= Bibliography
#bibliography( title: none, "biblio.yml")
#page(flipped: true)[
#import "@preview/timeliney:0.0.1"
#timeliney.timeline(
show-grid: true,
{
import timeliney: *
headerline(group(([*October*], 4)), group(([*November*], 4)),group(([*December*], 4)),group(([*January*], 4)),group(([*February*], 4)),group(([*March*], 4)),group(([*April*], 4)),group(([*May*],3)))
headerline(
group(..range(4).map(n => strong(str(n + 1)))),
group(..range(4).map(n => strong(str(n + 1)))),
group(..range(4).map(n => strong(str(n + 1)))),
group(..range(4).map(n => strong(str(n + 1)))),
group(..range(4).map(n => strong(str(n + 1)))),
group(..range(4).map(n => strong(str(n + 1)))),
group(..range(4).map(n => strong(str(n + 1)))),
group(..range(3).map(n => strong(str(n + 1)))),
)
taskgroup(title: [*Other Commitments*], {
task("MDP Coursework", (4, 7),(7.2,13.75), style: (stroke: 2pt + gray))
task("HAI Coursework", (2, 10), style: (stroke: 2pt + gray))
task("Ethics Essay",(1,4),(6,9),(10.5,13.75),style: (stroke: 2pt+gray))
task("SEM Coursework", (18, 24), style: (stroke: 2pt + gray))
})
taskgroup(title: [*Initial Write-up*], {
task("Project Proposal", (2,4), style: (stroke: 2pt + gray))
task("Ethics Checklist", (4, 5), style: (stroke: 2pt + gray))
task("Interim Report", (7.5, 9.5), style: (stroke: 2pt + gray))
})
taskgroup(title: [*Development: Computer Vision*], {
task("Ring Detection", (3, 6), style: (stroke: 2pt + gray))
task("Terrain Detection", (6, 8), style: (stroke: 2pt + gray))
})
taskgroup(title: [*Development: Game Logic*], {
task("Game Board Framework",(13.75,16), style: (stroke: 2pt + gray))
task("Movement",(16,18), style: (stroke: 2pt + gray))
task("Line of Sight",(18,19), style: (stroke: 2pt + gray))
task("Game Flow",(19,22), style: (stroke: 2pt + gray))
})
taskgroup(title: [*Final Write-up*], {
task("Dissertation", (22, 26), style: (stroke: 2pt + gray))
task("Presentation Prep", (26, 30), style: (stroke: 2pt + gray))
})
milestone(
at: 10,
style: (stroke: (dash: "dashed")),
align(center, [
*Interim Report Submission*\
Dec 2023
])
)
milestone(
at: 26,
style: (stroke: (dash: "dashed")),
align(center, [
*Dissertation Submission*\
Apr 2024
])
)
milestone(
at: 30.5,
style: (stroke: (dash: "dashed")),
align(center, [
*Project Presentation*\
May 2024
])
)
}
)
] |
|
https://github.com/kdkasad/typst-homework-template | https://raw.githubusercontent.com/kdkasad/typst-homework-template/master/examples/computer-science/problem4.typ | typst | BSD 3-Clause "New" or "Revised" License | #import "../../khw.typ": problem, parts, radialgraph
#problem[
For the following graph questions, either give an example graph or prove that there are none.
For parts *(d)* and *(e)*, note that sequence of indegree and outdegree corresponds to the same vertices.
]
#parts[
*#lorem(10)*
#h(1fr)
#figure(
radialgraph(
nodes: ("A", "B", "C", "D"),
edges: (
("A", "B"),
("B", "C"),
("C", "D"),
("D", "A"),
("A", "C"),
),
radius: 1.8cm,
),
caption: [Graph for problem 4.a.]
)
][
*#lorem(12)*
#h(1fr)
#figure(
radialgraph(
directed: true,
nodes: ("A", "B", "C", "D"),
edges: (
("D", ("A", "B", "C")),
("A", ("B", "C")),
("B", ("A", "C")),
("C", ("A", "B")),
),
),
caption: [Graph for problem 4.b.]
)
][
*#lorem(15)*
#h(1fr)
#figure(
radialgraph(
nodes: ("A", "B", "C", "D", "E"),
edges: (
("A", ("B", "C", "D", "E")),
("B", ("C", "D", "E")),
("C", ("D", "E")),
("D", "E"),
),
radius: 2cm
),
caption: [Graph for problem 4.c.]
)
]
|
https://github.com/maantjemol/Aantekeningen-Jaar-2 | https://raw.githubusercontent.com/maantjemol/Aantekeningen-Jaar-2/main/Machine%20Learning/samenvatting.typ | typst | // Update this import to where you put the `lapreprint.typ` file
// It should probably be in the same folder
#import "../template/lapreprint.typ": template
#import "../template/frontmatter.typ": loadFrontmatter
#import "@preview/drafting:0.2.0": *
#import "@preview/cetz:0.2.2"
#import cetz.plot
#let defaultColor = rgb("#f2542d")
#let caution-rect = rect.with(inset: 1em, radius: 0.5em, fill: defaultColor.lighten(96%), width:100%)
#let note = (content) => inline-note(rect: caution-rect)[#content]
#show: template.with(
title: "Machine Learning",
subtitle: "Samenvatting",
short-title: "Machine Learning Samenvatting",
venue: [Leiden University],
// This is relative to the template file
// When importing normally, you should be able to use it relative to this file.
theme: defaultColor,
authors: (
(
name: "<NAME> . ",
),
),
kind: "Samenvatting",
abstract: (
(title: "Samenvatting", content: [This document provides a foundational introduction to machine learning concepts and algorithms. We'll delve into various tasks that machine learning can address, along with the models used to achieve them. We'll explore how these models are evaluated and some common challenges encountered in the machine learning process.
]),
),
open-access: true,
margin: (
(
title: "",
content: [
],
),
),
font-face: "Open Sans"
)
#set page(
margin: (left: 2in, right: 0.8in), paper: "us-letter"
)
#let default-rect(stroke: none, fill: none, width: 0pt, content) = {
pad(left:width*(1 - marginRatio), rect(width: width*marginRatio, stroke: stroke)[
#content
])
}
#set-page-properties()
// #show terms: it => [
// #margin-note(rect: default-rect, side: left, stroke: 0pt)[#text(defaultColor, weight: 600, size: 10pt)[#it.children.first().term:]\ #it.children.first().description]
// ]
#show terms: it => [
#note[#text(defaultColor, weight: 600, size: 10pt)[#it.children.first().term]\ #it.children.first().description]
]
#set heading(numbering: none)
#show heading: set text(defaultColor, weight: "medium")
= Introduction:
Some important definitions for machine learning are:
- *Tasks:* Tasks are problems that can be solved with machine learning
- *Model*: A model is a mathematical representation of a real-world process. It is a set of rules that describe the relationship between input and output variables.
== Tasks:
There are a few different types of tasks in machine learning. The first is *predictive tasks.* Here we predict a target value from a number of features:
- *Regression:* The target value is continuous
- *Classification:* The target value is discrete
- *Predictive clustering:* The target value is a cluster
We also have *descriptive tasks,* where we describe the data according to some underlying structure:
- *Descriptive clustering:* We cluster the data
- *Association rule learning:* We find rules that describe the data
- *Subgroup discovery:* We find subgroups of the data
Another way to categorize tasks is by the way they learn:
- *Supervised learning:* The model is trained on labeled data
- *Unsupervised learning:* The model is trained on unlabeled data
== Model:
A model is a mathematical representation of a real-world process. It is a set of rules that describe the relationship between input and output variables. You can categorize models by there *main intuition:*
- *Geometric model:* The model is based on geometric function such as distance. All instances can be represented in in *instance space*. An example of a geometric model is the *Linear classifier* model.
- *Probabilistic models:* aim for reducing uncertainty using probability distributions. An example of a probabilistic model is the *Naive Bayes* model.
- *Logical models:* use logical expressions to describe the relationship between input and output variables. An example of a logical model is the *Decision tree* model.
You can alo categorize the models by the *modus operandi* (mode of operation):
- *Grouping models:* dividing the instance space into segments; in each segment a very simple (e.g., constant) model is learned. An example of a grouping model is the *tree model*. It can't distinguish between individual instances beyond this resolution.
- *Grading models:* A single, global model over an instance space. An example of a grading model is the *linear model*. It can distinguish between individual instances and the resolution is not limited.
*Model phases:*
- *Training/learning:* where te model is trained on the data
- *Inference:* where the model is used to make predictions
#pagebreak()
== Features:
A measurement that can be performed on any instance.
When features are not in the correct form, they can be transformed into a new feature space:
- *Feature construction:* turn images into pixels etc.
- *Discretisation:* Numerical features are transformed into categorical features
- *Feature transformation:* project the data into a new feature space
- *Feature selection:* removing irrelevant features
= Binary classification:
In binary classification, the target value is binary.
== How can we evaluate performance?
*Contingency table:* A table that shows the number of true positives, false positives, true negatives, and false negatives. We can calculate a few metrics from this table:
- *Accuracy:* $ "Accuracy" = "correct"/"total" $
- *Error rate:* $ "Error rate" = "incorrect"/"total" $
- *True positive rate / Sensitivity / Recall:* How many sick people are identified as having the illness, How many relevant items are selected $ "TPR" = "TP"/("TP" + "FN") $
- *True negative rate / Specificity:* How many negative items are selected that are truly negative $ "TNR" = "TN"/("TN" + "FP") $
- *False positive rate:* $ "FPR" = "FP"/("FP" + "TN") $
- *False negative rate:* $ "FNR" = "FN"/("FN" + "TP") $
- *Precision:* How many selected items are truly relevant $ "Precision" = "TP"/("TP" + "FP") $
- *F score:* The harmonic mean of precision and recall $ "F" = 2 * ("Precision" * "Recall") / ("Precision" + "Recall") $
#pagebreak()
We can use a train test split to evaluate the model. We can split the data in a training set and a test set. We can then train the model on folds of the training set and evaluate the model on the test set.
We can also use a separate validation set to tune the hyperparameters of the model.
*Train set error:* The error on the training set\
*Test set error:* The error on the test set\
*Overfitting:* When the model performs well on the training set but poorly on the test set. This is because the model has learned the noise in the training set.\
*Underfitting:* When the model performs poorly on the training set. This is because the model is too simple.
*ROC curve:* A curve that shows the true positive rate against the false positive rate. The area under the curve is a measure of the model's performance. The closer the area is to 1, the better the model. The points on the curve are the result of changing the threshold of the model. If the line is above the diagonal, the model is better than random.
== Scoring and ranking:
A *scoring classifier* is a classifier that outputs a score for each instance.
*Margin:* The distance between the score of the correct class and the score of the incorrect class. The margin is a measure of the confidence of the model.\
*Loss function:* A function that measures the error of the model.\
*Ranking:* The order of the instances based on the score of the classifier.\
*Ranking error rate:* The error rate of the ranking.\
== Class probability estimation:
The probability that an instance belongs to a certain class. The output of the classifier shows how likely it is that the instance belongs to a specific class rather than which class it will belong to.
To determine how good these probabilities are, we can use the *squared error loss function*. This function measures the difference between the predicted probability and the true probability. The *mean squared error* is the average of the squared error loss function.
= Multi-class classification:
In multi-class classification, the target value is a class from a set of classes. There are 2 different types of algorithms for multi-class classification:
- *Inherently non-binary:* Algorithm like decision trees
- *Inherently binary:* Support Vector Machines
Turning a binary classifier into a multi-class classifier can be done. There are 2 main approaches:
- *One-vs-all:* Train a binary classifier for each class. You get an incorrect classification if one of the classifiers classifies the instance as the class incorrectly.
- *One-vs-one:* Train a binary classifier for each pair of classes
$ "num"_c = k(k − 1)/2 $
$"num"_c$ classifiers are needed to create a symmetric multi-class classifier with $k$ classes.
One versus one is more accurate than one versus all, but one versus all is faster.
== How to measure performance:
Accuracy can still be calculated in the same way as in binary.
*Precision and recall* are calculated for each class. The precision of the model is then calculated by taking the average of the precision of each class. The same goes for recall.
We can still use an *ROC curve* to evaluate the model. The ROC curve is calculated for each class. The area under the curve is then calculated by taking the average of the area under the curve of each class.
= Regression:
Regression is a predictive task where the target value is continuous.
Regression functions are evaluated by using a loss function on the residuals. The residuals are the difference between the predicted value and the true value.
To prevent overfitting, the number of parameters should be considerably less than the number of data points
/ Bias: refers to the error introduced by approximating a real-world problem, which may be complex, by a simplified model. High bias means the model makes strong assumptions about the data, which can lead to systematic errors and underfitting.
$"High bias" = "underfitting"$
/ Variance: refers to how much your model's predictions change when you use different training data. High variance means the model is very sensitive to the training data and may not perform well on new, unseen data
$"High variance" = "overfitting"\ $
= Unsupervised and descriptive learning:
In descriptive learning the task is to come up with a description of the data. We can use clustering to group the data.
== Clustering:
Clustering is the task of grouping a set of objects in such a way that objects in the same group are more similar to each other than to those in other groups.
To evaluate performance with a ground truth we can use the *Rand index.* which is similar to the accuracy in classification. We can also use *purity*.
$ "purity" = ("most frequent in cluster") / "total" $
How can we check the performance without *ground truth?*
*Silhouette Coefficient:*
$ s = (b-a)/(max(a,b)) $
Where:\
*a*: the mean distance between an instance and all other points in the same cluster.\
*b*: the mean distance between an instance and all other points in the next nearest cluster.
The silhouette ranges from -1 to +1. A high value indicates that the instance is well matched to its own cluster and poorly matched to neighboring clusters.
== Subgroup discovery:
Subgroup discovery is a supervised learning task but it is different from classification, as it addresses different goals → discovery of interesting population subgroups instead of maximizing classification accuracy of the induced rule set. _Finding patterns in traffic accident_
#figure(
image("./images/subgroup.png"),
caption: [*(left)* classifier *(right)* subgroup discovery]
)
A *Chi-squared test* can be used to determine if the subgroup is significant.
= Tree models:
== Decision trees:
A decision tree is a flowchart-like structure in which each internal node represents a feature(or attribute), each branch represents a decision rule, and each leaf node represents the outcome.
#figure(
image("./images/tree.png"),
caption: "Decision tree"
)
/ Dept and leave count: Every decision tree with $d$ binary features can be represented with a decision tree with $2^d$ leaves and a dept of $d+1$
A decision tree can be represented as an logical expression.
== How to train a decision tree:
+ Start by placing the *best feature at the root* of the tree, this splits the data into subsets.
+ Select the next feature to *split* the data set
+ *Repeat*
== What is the best split?
We can use purity to determine the best split:
#figure(
image("./images/impure.png"),
caption: "Purity"
) <impure>
In @impure, the data on the right is pure. The data on the left is impure. There are a few different algorithms to determine the purity of the data:
+ *Gini impurity:* The probability of a random instance being misclassified
+ *Entropy:* The average amount of information produced by a random variable
+ *Classification error:* The fraction of instances that are misclassified
We can use the empirical probability (probability in the data set) of the positive classes. We can calculate this by dividing the number of positive instances by the total number of instances.
$ accent(p, dot) = n^plus.circle / (n^plus.circle + n^minus.circle) $
== Entropy:
Entropy is a measure of the uncertainty of a random variable. The entropy of a random variable is the average level of "information", "surprise", or "uncertainty" inherent in the variable's possible outcomes.We can calculate the entropy of a set of instances by using the following formula:
$ "Entropy" = -p^plus.circle * log_2(p^plus.circle) - p^minus.circle * log_2(p^minus.circle) $
Where $p^plus.circle $ is the probability of a positive instance and $p^minus.circle $ is the probability of a negative instance.
We can use entropy to determine the best split. The left side of @impure has a low entropy, while the right side has a high entropy. The lower the entropy of a split, the better the split.
To find out if a split is useful at all, we can look at the *purity gain*: The higher the purity gain, the better the split.
$ "purity gain" = "original entropy" - "entropy after splitting" $
== Pruning:
There are a few ways to prevent overfitting. One is limiting the number of iterations, but another method is to prune the tree. Here we remove weak branches from the tree.
/ Pruning in practice: When we prune the tree, we start by replacing the leave notes with the majority class (the class that occurs most often). If the prediction accuracy is not affected, the change is kept. To check this we use a validation set.
== Imbalance:
Imbalance is when the data set has a disproportionate ratio of one class to another. This can lead to a biased model. We can use *resampling* to fix this. We can either *oversample* the minority class or *undersample* the majority class. This works for Gini impurity and entropy, but not for $sqrt("Gini")$
#pagebreak()
== Regression trees:
For a regression tree we can't use the normal impurity measures. Instead we use the *variance* of the data. The variance is the average of the squared differences from the mean. We can use the variance to determine the best split. The lower the variance, the better the split.
#figure(
image("./images/regression.png"),
caption: "Regression tree"
)
= Distance-based models:
Distance-based algorithms are machine learning algorithms that classify instances by computing distances between these instances and a number of internally stored exemplars.
/ Exemplars: A typical or standard example. In machine learning, exemplars are the instances that are stored in the model.
The classification assigned to an instance is influenced the most by the *exemplars* that are closest to the instance. *Neighbors* can be near exemplars.
== How do you calculate distance?
There are a few different ways to calculate distance:
+ *Minkowski distance:* A generalization of Euclidean and Manhattan distance, where the distance is calculated by the following formula.$ "Minkowski distance" = (sum(|x_i - y_i|^p))^(1/p) $
If $p = 1$, the distance is the Manhattan distance. If $p = 2$, the distance is the Euclidean distance.
+ *Euclidean distance:* The distance between two points as a line.
+ *Manhattan distance:* The distance between two points as a grid.
+ *Hamming distance:* measures the number of positions at which two strings of equal length differ. It is used for comparing binary data or DNA sequences. For example, the Hamming distance between "1 0 1 1 1 0 1" and "1 0 *0* 1 *0* 0 1" is 2 because they differ at two positions.
+ *Chebyshev distance:* The maximum distance between two points. It is the maximum absolute difference between the coordinates of the points.
/ Defining our own distance metric: #text([
We can define our own distance metric. It should take in an $x$ and a $y$ such that:
+ Distances between a point and itself are zero
+ All other distances are larger than zero
+ Distances are symmetric
+ Triangle inequality: detours can not shorten the distance
])
== Distance based classifiers:
Exemplars are prototypical instances within clusters/classes. The classification of an instance is influenced by the exemplars that are closest to the instance. Some exemplars include *Geometric mean (centroid)* and *Geometric median (medoid)*.
We can now classify an instance by looking at the nearest exemplar.
== K-nearest neighbors:
The K-nearest neighbors algorithm is a simple algorithm that stores all available cases and classifies new cases based on the $k$ amount of nearest neighbors. A larger $k$ will make the model more robust to noise, but less sensitive to local patterns.
/ Curse of dimensionality: In high-dimensional spaces everything is far away from everything and so pairwise distances are uninformative
== Distance-based clustering:
Distance-based clustering is a clustering algorithm that groups instances based on their distance to each other. The goal is to find compact clusters.
/ Scatter: The distance between the instances in a cluster. The smaller the scatter, the better the cluster.
== K-means clustering
K-means clustering is an algorithm used to group data points into 'k' clusters based on their features. Here’s how it works:
1. *Initialization*: Choose 'k' initial cluster centroids randomly.
2. *Assignment*: Assign each data point to the nearest centroid, forming 'k' clusters.
3. *Update*: Calculate the new centroids by averaging the points in each cluster.
4. *Repeat*: Repeat the assignment and update steps until the centroids no longer change significantly or a set number of iterations is reached.
The goal is to minimize the variance within each cluster, making the clusters as distinct as possible.
#pagebreak()
/ Centroid and medoid: A *Centroid* is the average of all points in a cluster. A *Medoid* is the most central point (from the dataset) in a cluster. To find the medoid, we calculate the distance between each point and all other points in the cluster. The point with the smallest sum of distances is the medoid.
The K -means algorithm aims to choose centroids that minimize the *inertia* or within-cluster scatter. The inertia shows how well the data points are clustered around the centroids. The lower the inertia, the better the clustering. Very low inertia can indicate overfitting.
== Silhouette score:
The silhouette score is a measure of how similar an object is to its own cluster compared to other clusters. The silhouette score ranges from -1 to 1, where a high value indicates that the object is well matched to its own cluster and poorly matched to neighboring clusters. We can visualize this by using a silhouette plot:
#figure(
image("./images/silloet.png"),
caption: [*(Left)* silhouette for cluster with high density, *(Right)* silhouette for cluster with low density]
)
== Hierarchical clustering:
K-means clustering is _flat_, which means that it only groups instances in one level. Hierarchical clustering is a _nested_ clustering algorithm that groups instances in a tree-like structure. We typically use *dendograms* to visualize the clusters.
#figure(
image("./images/dendogram.png", width: 80%),
caption: "Dendogram"
)
#pagebreak()
In order to create dendograms we need a way to compare clusters. We can use the *linkage function* to do this. A linkage function is a function that determines the distance between two clusters. There are a few different linkage functions:
+ *Single linkage:* The distance between two clusters is the distance between the closest two points in the clusters.
+ *Complete linkage:* The distance between two clusters is the distance between the two furthest points in the clusters.
+ *Average linkage:* The distance between two clusters is the average distance between all points in the clusters.
+ *Centroid linkage:* The distance between two clusters is the distance between the centroids of the clusters.
#figure(
image("./images/linkage.png"),
caption: "Linkage functions"
)
= Linear models:
Linear models use concepts like lines and planes to separate instances. Linear models exist for all predictive tasks, including classification, probability estimation and regression.
Linear models are simple, parametric and stable. They are prone to *underfitting *(high bias). Linear regression is about finding the parameters (a and b) such that sum of residuals error is minimized. We can use the *least squares* method to do this. The least squares method minimizes the sum of the squared residuals. We can use partial derivatives to find the minimum.
== Evaluate the model:
We can evaluate the model by looking at the residuals. The residuals are the difference between the predicted value and the true value. We can use the *root mean squared error* to evaluate the model. The mean squared error is the average of the squared residuals. We can also use $R^2$ or the *coefficient of determination* to evaluate the model. The $R^2$ is the proportion of the variance in the dependent variable that is predictable from the independent variable(s).
== What can you do about outliers?
+ *ordinary least squares method:* use the ordinary method and then filter out the outliers
+ *total least squares method:* generalizes the least squares method to the situation that both x- and y-values are noisy, but this does have a unique solution.
== Multiple features:
The approach used can be extended to multiple features.
#pagebreak()
== Regularization on linear models:
Regularization is a technique used to prevent overfitting. It adds a penalty term to the loss function.
== Using linear models for classification:
Linear models can be used for classification by using a threshold. You can for example do binary classification by using a threshold of 0.5. If the output of the model is above 0.5, the instance is classified as 1, otherwise it is classified as 0.
== The perceptron:
A perceptron is a simple neural network with two parameters. It's a linear classifier that will achieve perfect separation on linearly separable data is the perceptron. The perceptron iterates over the training set, updating the weight vector every time it encounters an incorrectly classified example.
== SVM (Support Vector Machine):
SVM is a linear model that tries to find the hyperplane that separates the data with the largest margin. The margin is the distance between the hyperplane and the closest data point. The larger the margin, the better the model.
#figure(
image("./images/svm.png"),
caption: "SVM"
)
You can allow soft margins by introducing a *slack variable*. The slack variable allows for some misclassification. The larger the slack variable, the more misclassification is allowed. this can be used to prevent overfitting.
== Kernel trick:
Sometimes our data is nonlinear. We can use linear transformations to transform the data into a higher dimension. We can then train a linear model on this higher dimension. This is called the *kernel trick*. The kernel trick allows us to use a linear model on nonlinear data.
#pagebreak()
= Features:
We can distinguish features by their domain:
- *Real:* Features that are real numbers
- *Integer:* Features that are integers
- *Discrete:* Features that are discrete
There are multiple statistics we can calculate on features:
== Statistics of central tendency:
- *Mean:* The average of the data
- *Median:* The middle value of the data
- *Mode:* The most common value in the data
== Statistics of dispersion:
- *Variance:* The average of the squared differences from the mean
- *Standard deviation:* The square root of the variance
- *Range:* The difference between the maximum and minimum value
- *Interquartile range:* The difference between the 75th and 25th percentile
/ Median vs mean: The median is less sensitive to outliers than the mean. The mean is the average of the data, while the median is the middle value of the data.
*Skewness* is a measure of the asymmetry of the probability distribution of a real-valued random variable about its mean. If the skewness is positive, the data is skewed to the right. If the skewness is negative, the data is skewed to the left.
*Kurtosis* is a measure of the "tailedness" of the probability distribution of a real-valued random variable. If the kurtosis is positive, the data is more peaked than a normal distribution. If the kurtosis is negative, the data is less peaked than a normal distribution.
#figure(
image("./images/skew.png"),
caption: "Skewness and kurtosis"
)
== Different types of features:
Given these various statistics we can distinguish four main kinds of features:
- *Boolean:* Features that are either true or false
- *Quantitative features:* Features that are real numbers (e.g., age), can be either continuous ($i in RR$) or discrete ($i in NN$)
- *Ordinal features:* Features that have a natural order (e.g., grades)
- *Categorical/nominal features:* Features that are categories (e.g., colors)
#pagebreak()
== Structured features:
Structured features are features that are not independent. For example word count in a text. Structured features can be constructed prior to the model or during the models training.
== Feature transformations:
A feature transformation is a function that maps a feature to a new feature. We can use feature transformations to transform the data into a new feature space.
#figure(
image("./images/transformation.png"),
caption: "Feature transformations"
)
- #text(fill: rgb("#CC0119"), weight: 700)[Normalization & Calibration:] adapt the scale of quantitative features, or add a scale to features that don’t have one
- #text(fill: rgb("#7F33CC"), weight: 700)[Ordering:] adds or adapts the order of feature values without reference to a scale.
- #text(fill: rgb("#CC80CC"), weight: 700)[Unordering, Binarisation:] abstract away from unnecessary detail
- #text(fill: rgb("#00C"), weight: 700)[Discretisation & thresholding:] introducing new information
/ one-hot encoding: A method used to convert categorical data into binary data. Each category is represented by a binary vector, where all elements are zero except for the element corresponding to the category, which is one.
== Thresholding:
*Thresholding* transforms a quantitative or an ordinal feature into a Boolean feature by finding a feature value to split on.
You can use *unsupervised* thresholding, which create sensible threshold based on the mean and median. You can also use *supervised* thresholding, which uses the target value to find the best threshold.
== Discretisation:
Discretisation transforms a quantitative feature into a categorical feature. This can be done with *binning*. Binning is the process of dividing the data into bins. You have *unsupervised* discretization, which uses the feature values to create the bins, for example bins with equal width, and *supervised* discretization, which use a scoring function.
== Feature normalization:
- *Min-Max normalization:* Scales the data to a fixed range, usually between 0 and 1.
- *z-scores:* Scales the data to have a mean of 0 and a standard deviation of 1.
== Principal component analysis:
PCA is a feature-construction technique. It works by computing the principal components (i.e., new features) and using them to perform a change of basis on the data. PCA can be performed on quantitative features
*Principal components* are new features constructed as a linear combination of original features.
== Missing values:
*Imputation* is the process of replacing missing data with substituted values. There are a few different ways to impute missing values:
- *Mean imputation:* Replace missing values with the mean of the feature
- *Regression imputation:* Use a regression model to predict the missing values
- *Expectation maximization:* Use the expectation maximization algorithm to estimate the missing values
= Probabilistic models:
There are 2 different views on probability: the *frequentist* view and the *Bayesian* view. Think of frequentists as observers and Bayesians as learners who adapt their thinking. Both are useful for different situations!
== Bayes:
- Prior: $P(Y)$
- Posterior: $P(Y|X)$
- Likelihood: $P(X|Y)$
- Evidence: $P(X)$
$ P(Y|X) = (P(X|Y) dot P(Y))/P(X) $
$ "posterior" = ("likelihood" times "prior") / "evidence" $
== Probabilistic models:
A probabilistic model is a model that tries to predict based on decision functions:
- *Posterior distribution:* a value of $Y$ based on the posterior distribution $P(Y|X)$.
- *Likelihood function:* How likely is it that a spam email would contain the word lottery?
From these functions, rules can be made:
- *Maximum a posteriori:* It chooses the class label (Y) that maximizes the posterior probability of that class label given the observed features.
- *Maximum likelihood:* It chooses the class label (Y) that maximizes the likelihood of observing the features (X) given that class. In other words, it picks the class that makes the observed features the most likely.
$ "posterior odds" = "likelihood ratio" times "prior odds" $
#pagebreak()
== Maximum likelihood estimation:
Maximum likelihood estimation is a method used to estimate the parameters of a statistical model. It works by finding the parameter values that maximize the likelihood of the observed data. The likelihood is the probability of observing the data given the model and the parameter values.
== Probability distributions for categorical variables:
*Multivariate Bernoulli distribution:* Models whether or not a word occurs in a document.
*Multinomial distribution:* models how many times a word occurs in a document.
== Naïve Bayes model:
Features are not really independent from each other. The Naïve Bayes doesn't account for order. Naive Bayes has a high bias, but low variance. It is a simple model that is easy to interpret. It is often used for text classification.
== Logistic regression
Logistic regression is a linear model that is used for binary classification. It works by finding the parameters that maximize the likelihood of the observed data. The output of the model is the probability that an instance belongs to a certain class. The output is then transformed into a binary output by using a threshold.
== Gaussian mixture models:
A Gaussian mixture model is a probabilistic model that assumes that the data is generated by a mixture of several Gaussian distributions. The model tries to find the parameters that maximize the likelihood of the observed data. The model can be used for clustering.
= Ensemble models:
Ensemble models are models that combine multiple models to improve performance. The wisdom of crowds: multiple opinions are better than one.
*Ensemble methods* have the following attributes:
- They construct multiple, diverse predictive models from adapt versions of the training data.
- They combine the predictions of the individual models to produce a single prediction. Often thru the use of voting or averaging.
/ Bootstrapping: #text[is any test or metric that uses random sampling with replacement.
Bootstrapping works in 4 steps:
+ Make a bootstrapped dataset by sampling with replacement from the original dataset
+ Calculate some statistic on the bootstrapped dataset
+ Keep track of the calculation
+ Repeat
]
== Bagging:
Bagging is a method that uses bootstrapping to create multiple models. The models are then combined by averaging the predictions. Bagging can be used for regression and classification.
/ Subspace sampling: #text[is a method used in ensemble learning to create diverse models. It works by selecting a random subset of features for each model. This makes the models more diverse and less likely to overfit.
]
== Boosting:
Boosting is a method that uses multiple models to improve performance. The models are trained sequentially, with each model trying to correct the errors of the previous model. Boosting can be used for regression and classification.
/ Adaboost: #text[is a boosting algorithm that works by training a series of weak learners. Each weak learner tries to correct the errors of the previous weak learner. The final model is a combination of all the weak learners. Adaboost can be used for binary classification.
]
How can we improve learning? → giving the misclassified instances a higher weight, and modifying the classifier to take these weights into account (e.g., by using a weighted loss function).
== Variance and bias:
Some sources of misclassification errors:
- *Unavoidable bias*: if instances from different classes are described by the same feature vectors
- *Bias due to low expressiveness of models:* if the data is not linearly separable, a linear model will have high bias
- *High variance:* Tree models have high variance: the change of training data can lead to a different root of the tree and different tree
*Bagging* is predominantly a variance-reduction technique. It is often used with models that have a high variance, like tree models.
*Boosting* is predominantly a bias-reduction technique. It is often used with models that have a high bias, like linear models.
== Stacking:
*Stacking* involves training a learning algorithm to combine the predictions of several other learning algorithms. A learning algorithm is trained to make a final prediction using (combining) the predictions of the other algorithms.
= Machine learning experiments:
Some questions we like to answer:
- Which algorithm is better on one specific dataset?
- Which algorithm is better on a varied set of datasets?
We can use *cross-validation* to evaluate the performance of the model. Cross-validation works by splitting the data into multiple folds. The model is then trained on all but one fold and evaluated on the remaining fold. This process is repeated for all folds. The performance of the model is then averaged over all folds.
If we have a really small dataset, we can use *Leave one out cross-validation* instead. This works by training the model on all but one instance and evaluating the model on the remaining instance. This process is repeated for all instances.
== Comparing the performance of a pair of algorithms:
We can use a *paired t-test* to compare the performance of two algorithms. A t-test is a type of inferential statistic used to determine if there is a significant difference between the means of two groups, which may be related in certain features.
Steps we take to significance test a pair of algorithms:
- We calculate the difference in accuracy on each fold; this difference is normally distributed if the two accuracy's are.
- Our *Null hypothesis* is that true difference is 0 and any differences in performance are attributed to chance
- Calculate a $p$-value using the normal distribution, and reject the null hypothesis if the $p$-value is below our significance level $α$.
A t-test cannot be used across multiple datasets, only on a single dataset.
== Comparing the performance of multiple algorithms:
To compare the performance of multiple algorithms, we can use a test called the *Wilcoxon’s signed-rank test*.
+ For each pair of observations, calculate the difference between the two values.
+ Rank the absolute values of the differences from smallest to largest, ignoring the signs.
+ *Sum the ranks*, not the values of the positive differences and the ranks of the negative differences separately.
+ The test statistic (W) is the smaller of the two sums of ranks.
+ Compare the calculated test statistic to a critical value from a Wilcoxon signed-rank table (based on the number of pairs and desired significance level). If the calculated test statistic is less than or equal to the critical value, you reject the null hypothesis.
== Multiple algorithms multiple datasets:
Friedman test: the goal is to rank the performance of all $k$ algorithms per data set, from best performance (rank 1) to worst performance (rank $k$). We can then calculate the average rank of each algorithm. Our null-hypothese is that these ranks are on average equal.
#pagebreak()
We calculate:
+ The *average rank* of each algorithm
+ The *sum of squared differences* between the average rank and the rank of each algorithm
+ The *sum of squared differences* between the average rank and all the ranks
The *Friedman statistic* is the ratio of the second to the third quantity.
The Friedman test tells us whether the average ranks as a whole display significant differences.
== Post-hoc tests:
If the Friedman test is significant, we can use a post-hoc test to determine which algorithms are significantly different from each other. We can use the *Nemenyi test* for this. The Nemenyi test is a non-parametric test that compares the average ranks of all algorithms. The idea is to calculate the *critical difference*
#pagebreak()
= Neural networks:
The goal of a neural network is to approximate a non-linear function. The deep learning approach is to try to learn the kernel function of a support vector machine.
/ Representation learning: #text[is a set of techniques that allow a machine to be fed with raw data and to automatically discover the representations needed for detection or classification. Deep learning is a type of representation learning.]
Image recognition is a common use case for neural networks. The goal is to classify images into different categories. Before the use of neural networks, features were extracted from the images (e.g., edges, corners, etc.). With neural networks, the features are learned automatically.
== Neuron:
A neuron consists of a few different parts:
- *Inputs:* The input to the neuron (vector $x$)
- *Weights:* The weights of the inputs (vector $w$)
- *Activation function:* The activation function of the neuron (function $g$)
- *Output:* The output of the neuron ($hat(y)$)
$ hat(y) = g(w^T x+b) $
This is just a linear function without the activation function. By introducing the activation function, we can model non-linear functions.
// relu activation
#figure(
align(center)[
#cetz.canvas({
import cetz.plot
plot.plot(size: (12, 2), x-tick-step: none, y-tick-step: none, y-min: -0.1, y-max: 1.1, {
plot.add((x) => (calc.max(0,x)), domain: (-1, 1), label: "ReLU", )
}, plot-style: (stroke: defaultColor))
})
],
caption: "ReLU activation function"
)
// sigmoid activation
#figure(
align(center)[
#cetz.canvas({
import cetz.plot
plot.plot(size: (11.6, 2), x-tick-step: none, y-tick-step: none, y-min: -0.1, y-max: 1.1, {
plot.add((x) => (1/(1+calc.exp(-x))), domain: (-5, 5), label: "Sigmoid", )
}, plot-style: (stroke: defaultColor))
})
],
caption: "Sigmoid activation function"
) <sigmoid>
== Multi-layer perceptron:
A multi-layer perceptron is a feed-forward network. It tries to find a mapping between input x and output y. Layers in between input and outputs are called *hidden layers*.
The dimensionality of these hidden layers is called the *width* of the
model and the number of layers determines the *depth* of the network.
We call these networks feed forward because the data flows one way.
#pagebreak()
/ Architecture: refers to the overall structure of the network, including the number of layers, the number of neurons in each layer, and the connections between neurons.
== Training a neural network:
The goal of training a neural network is to find the weights that minimize the loss function. The loss function is a measure of how well the model is performing. The loss function is a function of the weights of the model. The *cross-entropy* function is a common loss function for classification tasks.
*Output units:* The output units of the model are the units that produce the output of the model. The output units depend on the task:
- *Regression:* The output unit is a linear unit, minimizing the _mean squared error_
- *Binary classification:* for binary classification, the output unit is a _sigmoid unit_ (@sigmoid), minimizing the _cross-entropy loss_
- *Multi-class classification:* for multi-class classification, the output unit is a _softmax unit_, minimizing the _cross-entropy loss_
/ Softmax: #text[is a function that takes as input a vector of K real numbers, and normalizes it into a probability distribution consisting of K probabilities: example: $[0.02, 0.90, 0.05, 0.03]$. These add up to 1]
== Gradient decent:
Gradient descent is an optimization algorithm used to minimize the loss function. We want to find the local minimum (valley).
#figure(
align(center)[
#cetz.canvas({
import cetz.plot
import cetz.draw: *
plot.plot(size: (11.6, 2), x-tick-step: none, y-tick-step: none, y-min: -1, y-max: 10, {
plot.add((x) => (x*x), domain: (-5, 5), )
plot.add(
((0, 0), (1, 1), (3, 9), (2, 4)),
mark: "o", // Choose a mark style (circle)
mark-style: (stroke: black, fill: white, size: 0.15), // Customize mark appearance
style: (stroke: none) // Hide the connecting line
)
plot.annotate({
content((0, 2), box(fill: white, inset: 10%, [$4$]))
content((1, 3), box(fill: white, inset: 10%, [$3$]))
content((2, 6), box(fill: white, inset: 10%, [$2$]))
content((3, 7), box(fill: white, inset: 10%, [$1$]))
})
}, plot-style: (stroke: defaultColor),
x-label: [$"Weight"(θ)$],
y-label: [$"Loss"(J(θ))$]
)
})
],
caption: "Gradient decent"
)
Given the gradient, you can calculate the change in the parameter using the *learning rate*. The learning rate determines how big the steps are that you take in the direction of the gradient. Repeat this.
== Backpropagation:
To implement gradient decent we need to be able to calculate the gradient of the loss with respect to all weights. This can be done using the *backpropagation* algorithm. The backpropagation algorithm works by calculating the gradient of the loss with respect to the weights of the model. It does this by using the chain rule of calculus.
#pagebreak()
== Improving efficiency:
- *Batch:* All the training data is taken into consideration to take a single step. We take the average of the gradients of all the training examples and then use that mean gradient to update our parameters.
- *Mini-batch gradient descent:* Instead of calculating the gradient on the entire dataset, we calculate the gradient on a mini-batch of the data. This makes the algorithm faster.
- *Stochastic gradient descent:* uses a single datapoint (batch with size of 1) to calculate the gradient.
= Explainable AI:
We need to understand why a model makes predictions for a few reasons:
- *Preventing bias:* If we understand why a model makes predictions, we can prevent bias.
- *Verifying decisions:* If we understand why a model makes predictions, we can verify the decisions of the model.
- *Building trust:* If we understand why a model makes predictions, we can build trust in the model.
- *Debugging:* If we understand why a model makes predictions, we can debug the model.
*Interpretable models* can easily be understood by humans: (_decision tree_). *Black box models* are models that are hard to understand (_neural networks_). Some other models that are not explainable:
- *Random forests*
- *SVM kernels*
== Model specific methods:
*Interpretable models* have a few properties:
- *Linearity:* The relationship between the input and output is linear.
- *Monotonicity:* The relationship between a feature and a target outcome always goes in the same direction.
- *Interaction:* Automatically includes interactions between features to predict the target outcome.
A linear model can be interpreted by looking at the weights of the model. The weights of the model tell us how much each feature contributes to the prediction.
== Model-agnostic methods:
Model-agnostic methods are methods that can be used with any model. These methods work by looking at the model as a black box and trying to understand how the model makes predictions.
/ LIME: #text[is a model-agnostic method that explains the predictions of any classifier. It works by training a *local model *around the instance that we want to explain. The local model is a simple model that approximates the behavior of the black box model.]
#pagebreak()
*Fidelity:* The local model should be a good approximation of the black box model. The local model should be able to predict the same output as the black box model.
*LIME steps:*
- We have the *black box model* where you can input data points and get the predictions of the model.
- We can probe the box as often as you want to understand why the machine learning model made a certain prediction. LIME tests what happens to the predictions when you give variations of your data (*perturbation*) into the machine learning model.
- LIME generates a new data-set consisting of *perturbed samples* and the corresponding predictions of the black box model.
- LIME then trains an *interpretable model* on the new data-set, which is weighted by the proximity of the sampled instances to the instance of interest.
= AutoML:
AutoML is a process that automates the process of applying machine learning to real-world problems. AutoML can be used to automate the process of feature engineering, model selection, hyperparameter tuning, and model evaluation.
We want to, Given a dataset $D$, find an algorithm $A^*$ and its hyperparameters $λ^*$ that minimizes a given loss function $L$.
== The search algorithm:
The search algorithm is the algorithm that searches for the best model and hyperparameters. The search algorithm can be a grid search, random search, or a more advanced search algorithm like Bayesian optimization.
*Bayesian Optimization:* Bayesian optimization is a method used to optimize black-box functions. It works by modeling the objective function as a Gaussian process and using the model to find the best hyperparameters.
== Search space:
The search space is the space of all possible models and hyperparameters. The search space can be discrete or continuous. The search space can be defined by the user or automatically.
== Evaluation:
The evaluation of the model is the process of evaluating the performance of the model. The evaluation can be done using cross-validation or a hold-out set.
*Successive Halving:* A method used to evaluate multiple models in parallel. The method works by training multiple models on a subset of the data and evaluating the performance of the models. The models are then ranked based on their performance, and the best models are selected for further evaluation.
== Configuration Spaces and What are Important Hyperparameters:
The configuration space is the space of all possible hyperparameters. The configuration space can be defined by the user or automatically. The configuration space can be discrete or continuous.
== Metalearning:
Metalearning is a method used to learn from past experiments. Metalearning works by using the results of past experiments to guide the search for the best model and hyperparameters. |
|
https://github.com/chamik/gympl-skripta | https://raw.githubusercontent.com/chamik/gympl-skripta/main/cj-pojmy.typ | typst | Creative Commons Attribution Share Alike 4.0 International | == Pojmy
Čeština má spoustu zábavných slovíček, které je potřeba znát :)
=== Stylistika
Jazykovědná disciplína, která se zabývá stylem projevů, procesem jejich vzniku.
Jazykový styl (sloh) = způsob výstavby jazykových projevů, tzn. způsob zpracování obsahu, výběr jazykových prostředků, jejich uspořádání a využití v jazykových projevech
Projevy mluvené $times$ psané.
*Funkční styl* \
\= způsob výběru jazykových prostředků
- _prostěsdělovací_ -- fce. prostě sdělná, např. rozhovor, zpráva, korespondence \
- _odborný_ -- fce. odborně sdělná, např. profesní komunikace, populárně naučný text \
- _administrativní_ -- fce. hospodářsko-správní a direktivní, např. žádost \
- _publicistický_ -- fce. přesvědčovací a sdělovací, např. novinový článek \
- _umělecký_ -- fce. esteticky sdělná, např. báseň \
- _řečnický_ -- fce. přesvědčovací, např. projev (psaný i mluvený)
*Slohový postup* \
\= způsob podání, zpracování tématu, celku
- _informační (sdělovací)_ -- podává fakta; co kdy/kde se stalo/stane
- _vyprávěci (narativní)_ -- podává děje, vypráví příběhy
- _popisný, charakterizační_ -- vystižení znaků, vlastnostní, popis částí, souvislostí
- _výkladový (explikativní)_ -- vysvětluje podstaty jevu
- _úvahový (reflexivní)_ -- vyjádření názorů autora, zamyšlení, hodnocení, srovnávání, vyvozování závěrů
*Slohový útvar* \
\= určitý konkrétní, vyhraněný typ jazykového projevu; má svá pravidla, rysy; kombinace slohového postupu a funkčního stylu
např.: _publicistický_ + _informační_ = zprávy, inzerát, reklama
=== Tropy, Figury a jiné jazykové prostředky
*Figura* znamená většinou opakování některých částí textu anebo nějakou hrátku se slovosledem. Najdete ji spíš v poezii než v próze.
- _anafora_ -- opakování slov na začátku sousedních veršů nebo vět
- _epifora_ -- opakování slov na konci sousedních veršů nebo vět
- _asonance_ -- "nepovedený rým", rýmují se pouze samohlásky bez ohledu na souhlásky
- _epizeuxis_ -- opakování slov za sebou v jednom verši
- _aliterace_ -- opakování hlásky nebo skupiny hlásek na začátku slov ve verši
- _refrén_ -- opakování delší části textu nebo celého verše, většinou v pravidelných intervalech
- _inverze_ -- přehození slovosledu
- _řečnická otázka_ -- otázka, na kterou tazatel neočekává odpověď anebo kterou hned sám zodpoví
- _elipsa_ -- vypuštění části věty tak, že si vynechaná slova lze domyslet
- _apoziopeze_ -- nedokončená nebo přerušená výpověď, často značená třemi tečkami
- _apostrofa_ -- oslovení neživé věci nebo nepřítomné osoby
- _enumerace_ -- výčet
*Tropy* spočívají v přenášení slovního významu - autor nemyslí úplně doslovně to, co píše, ale je v tom nějaká podobnost nebo souvislost.
- _metafora_ -- obrazné vyjadření, přenesení významu pomocí vnější podobnosti
- _personifikace_ -- neživým věcem se dávají lidské vlastnosti
- _přirovnání_ -- duh
- _epiteton_ -- básnický přívlastek
- _oxymoron_ -- protiřečení
- _alegorie_ -- text nebo dílo, které je celé jedna velká metafora, protože doslovně popisuje jednu věc, ale přitom vypovídá o jiné, např. Farma zvířat (@farma[])
- _metonymie_ -- přenesení významu pomocí vnitřní podobnosti
- _hyperbola_ -- záměrné přehánění
- _symbol_ -- obecně známý znak, který asociuje nějakou vlastnost nebo situaci
- _ironie_ -- vyslovení opaku toho, co je opravdu míněno, většinou s humorným záměrem
- _sarkasmus_ -- posměšný, kousavý až útočný komentář
Tyhle se z nějakého důvodu neřadí ani do jednoho.
- _eufemismus_ -- zmírňuje negativní význam
- _dysfemismus_ -- zhrubšuje negativní významy
- _libozvučnost_ -- zní to hezky
- _kakofonie_ -- nezní to hezky
- _zvukomalba_ -- použití slov, která připomínají jiné zvuky
- _gradace_ -- stupňování napětí |
https://github.com/Myriad-Dreamin/typst.ts | https://raw.githubusercontent.com/Myriad-Dreamin/typst.ts/main/fuzzers/corpora/text/raw-line_00.typ | typst | Apache License 2.0 |
#import "/contrib/templates/std-tests/preset.typ": *
#show: test-page
#set page(width: 200pt)
```rs
fn main() {
println!("Hello, world!");
}
```
#show raw.line: it => {
box(stack(
dir: ltr,
box(width: 15pt)[#it.number],
it.body,
))
linebreak()
}
```rs
fn main() {
println!("Hello, world!");
}
```
|
https://github.com/fabriceHategekimana/master | https://raw.githubusercontent.com/fabriceHategekimana/master/main/1_Intro/Problématique.typ | typst | Comme l'essentiel des outils de sciences de données sont basés sur des langages de programmation dynamiques et souvent faiblement typés, nous rencontrons les problèmes qu'ils génèrent. Le premier problème vient de la maintenance. De par leur nature dynamique. Ces langages ont tendance à faire des "arrangements" en arrière plan et ne permettent pas d'assurer une lecture fidèle à l'exécution du code. Cela rend difficile la création de librairies, modules ou packages. C'est pourquoi cette tâche est laissée à des langages plus performants et mieux typés comme C++ pour créer des librairies. Le problème de ces derniers est qu'on ne trouve pas vraiment de système de type pour la gestion de tableaux multidimensionnels, ce qui est l'un des points les plus essentiels des sciences de données.
L'équipe de <NAME> et al #cite(label("Loh2010-aw")) ont pu developper une implémentation d'un langage combinés à des types dépendants (dans le cas du travail, c'était askell). Ceci a permis le typage et la vérification correcte de quelques concepts du domaines des tableaux multidimensionnels et de leur lien avec l'algèbre linéaire. Le soucis de ces langages vient du fait qu'ils sont trop "abstraits" et difficilement abordables pour l'ingénieur moyen.
Il n'y a donc pas de moyen raisonnablement accessible qui améliore la productivité lors de la construction de librairies pour les sciences de données. C'est là le but de ce projet.
|
|
https://github.com/cardano-miners/papers | https://raw.githubusercontent.com/cardano-miners/papers/main/src/templates/transaction.typ | typst | // Transaction graphs
#let tx_out_height_estimate(input) = {
let address = if "address" in input { 1 } else { 0 }
let value = if "value" in input { input.value.len() } else { 0 }
let datum = if "datum" in input { input.datum.len() } else { 0 }
return (address + value + datum) * 8pt
}
#let datum_field(indent, k, val) = [
#if val == "" [
#h(indent)\+ #raw(k)
] else [
#h(indent)\+ #raw(k):
#if type(val) == content { val }
#if type(val) == str and val != "" {repr(val)}
#if type(val) == int {repr(val)}
#if type(val) == array [
#stack(dir: ttb, spacing: 0.4em,
for item in val [
#datum_field(indent + 1.2em, "", item) \
]
)
]
#if type(val) == dictionary [
#v(-0.7em)
#stack(dir: ttb, spacing: 0em,
for (k, v) in val.pairs() [
#datum_field(indent + 1.2em, k, v) \
]
)
]
]
]
#let tx_out(input, position, inputHeight, styles) = {
let address = if "address" in input [
*Address: #h(0.5em) #input.address*
] else []
let value = if "value" in input [
*Value:* #if ("ada" in input.value) [ *#input.value.ada* ADA ] \
#v(-1.0em)
#stack(dir: ttb, spacing: 0.4em,
..input.value.pairs().map(((k, v)) => [
#if k != "ada" [
#h(2.3em) \+
#if type(v) == content { math.bold(v) }
#if type(v) == str and v != "" [*#v*]
#k
]
])
)
] else []
let datum = if "datum" in input [
*Datum:* \
#v(-0.8em)
#stack(dir: ttb, spacing: 0.4em,
..input.datum.pairs().map(((k,val)) => datum_field(1.2em, k, val))
)
] else []
let addressHeight = measure(address, styles).height + if "address" in input { 6pt } else { 0pt }
let valueHeight = measure(value, styles).height + if "value" in input { 6pt } else { 0pt }
let datumHeight = measure(datum, styles).height + if "datum" in input { 6pt } else { 0pt }
let thisHeight = 32pt + addressHeight + valueHeight + datumHeight
return (
content: place(dx: position.x, dy: position.y, [
*#input.name*
#line(start: (-4em, -1em), end: (10em, -1em), stroke: red)
#place(dx: 10em, dy: -1.5em)[#circle(radius: 0.5em, fill: white, stroke: red)]
#if "address" in input { place(dx: 0em, dy: -3pt)[#address] }
#place(dx: 0em, dy: addressHeight)[#value]
#if "datum" in input { place(dx: 0em, dy: addressHeight + valueHeight)[#datum] }
]),
height: thisHeight,
)
}
#let collapse_values(existing, v, one) = {
if type(v) == int {
existing.qty += one * v
} else if type(v) != content{
let parts = v.matches(regex("([ ]*([+-]?)[ ]*([0-9]*)[ ]*([a-zA-Z]*)[ ]*)"))
for part in parts {
let sign = part.captures.at(1)
let qty = int(if part.captures.at(2) == "" { 1 } else { part.captures.at(2) })
let var = part.captures.at(3)
let existing_var = existing.variables.at(var, default: 0)
if var == "" {
existing.qty += one * qty
} else {
if sign == "-" {
existing.variables.insert(var, existing_var - one * qty)
} else {
existing.variables.insert(var, existing_var + one * qty)
}
}
}
}
existing
}
#let vanilla_transaction(name, inputs: (), outputs: (), signatures: (), certificates: (), withdraws: (), mint: (:), validRange: none, notes: none) = style(styles => {
let inputHeightEstimate = inputs.fold(0pt, (sum, input) => sum + tx_out_height_estimate(input))
let inputHeight = 0em
let inputs = [
#let start = (x: -18em, y: 1em)
#for input in inputs {
let tx_out = tx_out(input, start, inputHeight, styles)
tx_out.content
// Now connect this output to the transaction
place(dx: start.x + 10.5em, dy: start.y + 0.84em)[
#let lineStroke = if input.at("reference", default: false) { (paint: blue, thickness: 1pt, dash: "dashed") } else { blue }
#line(start: (0em, 0em), end: (7.44em, 0em), stroke: lineStroke)
]
place(dx: start.x + 10.26em, dy: start.y + 0.59em)[#circle(radius: 0.25em, fill: blue)]
if input.at("redeemer", default: none) != none {
place(dx: start.x + 12.26em, dy: start.y - 0.2em)[#input.at("redeemer")]
}
start = (x: start.x, y: start.y + tx_out.height)
inputHeight += tx_out.height
}
]
let outputHeightEstimate = outputs.fold(0pt, (sum, output) => sum + tx_out_height_estimate(output))
let outputHeight = 0em
let outputs = [
#let start = (x: 4em, y: 1em)
#for output in outputs {
let tx_out = tx_out(output, start, outputHeight, styles)
tx_out.content
start = (x: start.x, y: start.y + tx_out.height)
outputHeight += tx_out.height
}
]
// Collapse down the `mint` array
let display_mint = (:)
for (k, v) in mint {
let has_variables = v.variables.len() > 0 and v.variables.values().any(v => v != 0)
if v.qty == 0 and not has_variables {
continue
}
let display = []
if v.qty != 0 {
display = if v.qty > 0 { [\+] } + [#v.qty]
}
let vs = v.variables.pairs().sorted(key: ((k,v)) => -v)
if vs.len() > 0 {
for (k, v) in vs {
if v == 0 {
continue
} else if v > 0 {
display += [ \+ ]
} else if v < 0 {
display += [ \- ]
}
if v > 1 or v < -1 {
display += [#calc.abs(v)]
}
display += [*#k*]
}
}
display += [ *#raw(k)*]
display_mint.insert(k, display)
}
let mints = if display_mint.len() > 0 [
*Mint:* \
#for (k, v) in display_mint [
#v \
]
] else []
let sigs = if signatures.len() > 0 [
*Signatures:* \
#for signature in signatures [
- #signature
]
] else []
let certs = if certificates.len() > 0 [
*Certificates:*
#for certificate in certificates [
- #certificate
]
] else []
let withs = if withdraws.len() > 0 [
*Withdraws: *
#for withdraw in withdraws [
- #withdraw
]
] else []
let valid_range = if validRange != none [
*Valid Range:* \
#if "lower" in validRange [#validRange.lower $<=$ ]
`slot`
#if "upper" in validRange [$<=$ #validRange.upper]
] else []
let boxHeight = 100pt + if certificates.len() > 0 { 32pt * certificates.len() } else { 0pt } + if signatures.len() > 0 { 32pt * signatures.len() } else { 0pt } + if withdraws.len() > 0 { 40pt * withdraws.len() } else { 0pt }
let transaction = [
#set align(center)
#rect(
radius: 4pt,
height: calc.max(boxHeight, inputHeight + 16pt, outputHeight + 16pt),
[
#pad(top: 1em, name)
#v(1em)
#set align(left)
#stack(dir: ttb, spacing: 1em,
mints,
sigs,
certs,
withs,
valid_range,
)
]
)
]
let diagram = stack(dir: ltr,
inputs,
transaction,
outputs
)
let size = measure(diagram, styles)
block(width: 100%, height: size.height)[
#set align(center)
#diagram
#if notes != none [ *Note*: #notes ]
]
})
#let transaction(name, inputs: (), outputs: (), signatures: (), certificates: (), withdraws: (), validRange: none, notes: none) = style(styles => {
let mint = (:)
for input in inputs {
// Track how much is on the inputs
if not input.at("reference", default: false) {
if "value" in input {
for (k, v) in input.value {
let existing = mint.at(k, default: (qty: 0, variables: (:)))
let updated = collapse_values(existing, v, -1)
mint.insert(k, updated)
}
}
}
}
for output in outputs {
// Anything that leaves on the outputs isn't minted/burned!
if "value" in output {
for (k, v) in output.value {
let existing = mint.at(k, default: (qty: 0, variables: (:)))
let updated = collapse_values(existing, v, 1)
mint.insert(k, updated)
}
}
}
vanilla_transaction(
name
, inputs: inputs
, outputs: outputs
, signatures: signatures
, certificates: certificates
, withdraws: withdraws
, mint: mint
, validRange: validRange
, notes: notes
)
}) |
|
https://github.com/GartmannPit/Praxisprojekt-II | https://raw.githubusercontent.com/GartmannPit/Praxisprojekt-II/main/Praxisprojekt%20II/PVA-Templates-typst-pva-2.0/main.typ | typst | /*
NOTE: delete all content in this file, it's only here to show yous some basic functions
Remember: should you have no table or no image and want to compile, don't forget to comment the respective list out in paper.typ
*/
= Chapter 1
== Part 1
#lorem(20)
== Part 2
#lorem(20)
= Chapter 2
See @Test, you can add pictures too!
#figure(
image("figures/test.png", width: 30%),
caption: "Test-Image"
)<Test>
#lorem(15),see @bible \
But maybe you're only refering to one specific page? Like in @bible[S. 2] \ \
Let's build a table: \
#figure(
table(columns: (1fr, 1fr), [1],[2],[3],[4]),
caption: "Example Table"
)<Table1>
Like seen in @Table1, you can add tables to your document too.
== Picture wrapping
Let's try to text wrap a picture...
#grid(columns: 2, gutter: 0.5em,
[
#figure(
image("figures/test.png", width: 25%, alt: "test-image: line-drawn human"),
caption: [Wrapped Image]
)<TestWrap>
],
[
#lorem(40)
]
)
#lorem(50)
See the README.typ for more information about text wrapping arounf figures
= Some more references
#lorem(20) \
To a website like @ccc
or an image like @Test
|
|
https://github.com/nicolasfara/presentation-2024-acsos-doctoral-symposium | https://raw.githubusercontent.com/nicolasfara/presentation-2024-acsos-doctoral-symposium/master/presentation-2024-acsos-doctoral-symposium.typ | typst | Apache License 2.0 | #import "@preview/polylux:0.3.1": *
#import "@preview/fontawesome:0.1.0": *
#import themes.metropolis: *
#show: metropolis-theme.with(
aspect-ratio: "16-9",
// footer: [Optional Footnote]
)
#set text(font: "Fira Sans", weight: 350, size: 20pt)
#show math.equation: set text(font: "Fira Math")
#set strong(delta: 200)
#set par(justify: true)
#set list(spacing: 1.9em)
#set quote(block: true)
#show quote: set align(left)
#show quote: set pad(x: 2em, y: -0.8em)
#show quote: set text(style: "italic")
#set raw(tab-size: 4)
#show raw.where(block: true): block.with(
fill: luma(240),
inset: 1em,
radius: 0.7em,
width: 100%,
)
#show bibliography: none
#show bibliography: set text(size: 0.75em)
#show footnote.entry: it => {
block(inset: (x: 2em, y: 0.1em))[#text(size: 0.75em)[#it.note.body]]
}
#let fcite(clabel) = {
footnote(cite(form: "full", label(clabel)))
}
#let mail(email) = {
text(size: 1.3em)[#raw(email)]
}
#let author = block(inset: 0.1em)[
#table(inset: 0.5em, stroke: none, columns: (auto, 4fr), align: (left, left),
[#alert[*<NAME>*]], [#mail("<EMAIL>")],
[#text(size: 0.9em)[Supervisor]], [#text(size: 0.9em)[Prof. <NAME>]],
)
#place(right)[
#figure(image("images/disi.svg", width:40%))
]
]
#title-slide(
title: "Intelligent Pulverised Collective-adaptive Systems",
subtitle: [Doctoral Symposium \@ ACSOS 2024],
author: author,
// date: datetime.today().display("[day] [month repr:long] [year]"),
)
#new-section-slide("Motivation and Challenges")
#slide(title: "Collective-adaptive Systems")[
*Collective-adaptive Systems* #fcite("DBLP:conf/birthday/BucchiaroneM19") refers to systems with a _large number_ of entities interacting with each other in pursuing a #alert[collective] goal without a central coordinator.
#v(1em)
Actual _behaviour_ arises as an #alert[emergent] property of the system.
#side-by-side[
#figure(image("images/swarms.jpg", width: 75%))
][
#figure(image("images/pedastrian.png", width: 100%))
][
#figure(image("images/coldplay.jpg", width: 88%))
]
]
#slide(title: "Aggregate computing")[
#underline[Aggregate computing] #fcite("DBLP:journals/computer/BealPV15") as a way to *engineer* #alert[collective-adaptive systems].
#place(right, dx: -26.2em)[
#line(start: (0em, 0em), end: (0em, 60%), stroke: 0.05em + rgb("#23373b"))
]
#v(1em)
#side-by-side(columns: (auto, 1fr), gutter: 2em)[
#figure(image("images/channel.svg", height: 45%))
][
#figure(image("images/ac.svg"))
]
#v(0.3em)
#align(center)[Typical deployments assume that all the devices *can* execute the program.]
]
#slide(title: "Edge-cloud Continuum")[
#side-by-side(columns: (2fr, auto), gutter: 2em)[
Aggregation of #alert[computational resources] along the data path from the *edge* to the *cloud* #fcite("DBLP:journals/access/MoreschiniPLNHT22")
#v(1em)
We must deal with different #alert[capabilities] and #alert[constraints]:
- edge devices for #underline[sense/acting], but *resources-constrained*
- cloud instances for #underline[scalability], but *latency/privacy* issues
][
#figure(image("images/edge-cloud-continuum.svg", height: 80%))
]
]
#slide(title: "Pulverisation and Macro-program partitioning")[
#side-by-side(columns: (1fr, 1fr))[
#align(center)[*Pulverisation* #fcite("FARABEGOLI2024545")]
#figure(image("images/pulverisation.svg", height: 49%))
][
#align(center)[*Macro-program partitioning*]
#figure(image("images/collective-local-components.svg", height: 49%))
]
How can we manage the components' #alert[reconfiguration] to cope with the *ECC*? \
How can we improve #alert[non-functional] properties like *latency* and *consumption*?
]
#slide(title: "Research objectives")[
== Research question
#quote[
How can we manage the runtime execution and deployment of *pulverised* systems
when dealing with #alert[unpredictable] and #alert[changing] conditions of the #alert[ECC]?
]
#v(0.5em)
== Scenarios
/ Disaster Management: In such scenarios, where conditions change rapidly, the system could #alert[adapt to unpredictable] and #alert[evolving environments] (e.g., shifting areas of priority for rescue operations).
/ Adaptive Traffic Management: A city's traffic light system #alert[dynamically adjusts] based on real-time data from sensors monitoring traffic flow, accidents, or events.
]
#new-section-slide("Contribution and Objectives")
#slide(title: "Pulverised systems characteristics")[
A *pulverised system* is composed of #underline[several entities] forming a #alert[dynamic graph]:
- *large scale*: thousands of devices
- *locality*: edge devices are spatially distributed
- *partial observability*: devices perceive only neighbours
- *heterogeneity*: resources of the #underline[ECC] have varying capabilities and constraints
// Standard supervised learning techniques may #underline[not suitable] for dealing with the characteristic elements of the ECC: *difficult* to determine the correct behaviour #alert[a priori].
]
#slide(title: "AC + MARL + GNN")[
// We envision a combination of:
#side-by-side(columns: (1fr, 1fr, 1fr), gutter: 2em)[
*Aggregate Computing*
encode the #alert[collective] \
nature of the system.
][
*Graph Neural Network* #fcite("DBLP:journals/tnn/WuPCLZY21")
encode device \
#alert[spatial relationships].
][
*MARL* #fcite("DBLP:journals/corr/abs-2209-03859")
encode #alert[large-scale] \
system dynamics.
]
#figure(image("images/ac-gnn-marl.svg", height: 37%))
]
#slide(title: "Proposed approach")[
#figure(image("images/marl-gnn-algorithm-2.svg"))
]
#new-section-slide("Methodology and Preliminary Results")
#slide(title: "Reconfiguration")[
#side-by-side(columns: (2fr, auto), gutter: 2em)[
Dynamic components' relocation to improve the system's #alert[performance].
- Difficult to determine the #alert[placement] #alert[a priori]
- Pre-defined #alert[rules] cannot adapt to changing conditions (ECC)
#alert[MARL] and #alert[GNN] can leverage *neighbours* information to determine the best #alert[placement], and allowing the definition of #alert[new ones].
][
#figure(image("images/offloading-surrogate.svg"))
]
]
#slide(title: "Communication")[
#side-by-side(columns: (2fr, auto), gutter: 2em)[
In distributed #underline[collective] systems #alert[communication] & #alert[coordination] are essential to achieve a #underline[global goal].
#alert[MARL] and #alert[GNN] can help to:
- reduce the *amount of information* exchanged
- optimising the *message frequency*, and
- selecting the *appropriate neighbours*
This can *minimise* the #alert[bandwidth] and #alert[power] consumption.
][
#figure(image("images/communication.svg"))
]
]
#slide(title: "Scheduling")[
#side-by-side(columns: (2fr, auto))[
*Pulverised systems* lack pre-defined policy for computing a new #alert[device state].
Depending on the deployment consitions, #alert[different] scheduling policies can be used to #alert[reduce] power consumption.
#alert[MARL] and #alert[GNN] can help to determine more sophisticated #alert[scheduling policies].
][
#figure(image("images/scheduling.svg"))
]
]
#new-section-slide("Future Work and Research Plan")
#slide(title: "Future directions in three steps")[
1. #alert[Enhance] and #alert[extend] the macro-program partitioning model to accomodate *constraints* and *capabilities* fo the different components
2. Integrate #alert[MARL] and #alert[GNN] in the pulverisation model completing the *toolchain*, and evaluate the effectiveness of the approach in scenarios like #alert[smart cities], #alert[IoT], etc.
3. Investigate *continual learning* techniques to adapt the system to #alert[changing] conditions and #alert[requirements].
]
#focus-slide[
Thank you for your attention!
// keep the bib at the end
#bibliography("bibliography.bib")
]
|
https://github.com/piepert/philodidaktik-hro-phf-ifp | https://raw.githubusercontent.com/piepert/philodidaktik-hro-phf-ifp/main/src/parts/ephid/grundpositionen/deduktion_induktion_abduktion.typ | typst | Other | #import "/src/template.typ": *
== #ix("Deduktion"), #ix("Induktion"), #ix("Abduktion")
#table(columns: (33.33%, 33.33%, 33.33%),
stroke: none,
strong(ix("Deduktion"))+[#h(1fr) #ix("<NAME>", "Rehfus, <NAME>.")],
strong(ix("Induktion"))+[#h(1fr) #ix("<NAME>", "<NAME>")],
strong(ix("Abduktion"))+[#h(1fr) #ix("<NAME>", "<NAME>")],
[
// #set par(justify: false)
_(Schluss vom Allgemeinen auf das Einzelne.)_
Nach dem Auseinandersetzen mit philosophischen Texten und Gedanken, können die SuS traditionelle philosophische Probleme lösen. Das Ziel ist, die gewonnene Kompetenz der Primärtexte auf aktuelle Probleme beziehen und dieses Wissen auf diese Probleme anwenden zu können.
], [
// #set par(justify: false)
_(Hypothese vom Einzelnen auf das Allgemeine.)_
Der Philosophieunterricht findet zum gößten Teil ohne Primärtexte statt. Die SuS werden dazu angeregt, auf Basis philosophischer Probleme, selbst zu denken, diese selbständig zu verorten und eigene Lösungen zu finden.
], [
// #set par(justify: false)
_(Hypothese vom Einzelnen auf eine Regel und das Allgemeine.)_
Die SuS lösen philosophische Probleme selbständig, wie bei der #ix("induktiven Methode", "Induktion") ohne ausführliches Studium der Primärtexte. Daraus sollen sie eigene (allgemeingültige) philosophische Theorien formulieren, die sich auf weitere philosophische Fragen anwenden lassen.
],
// [
// #set par(justify: false)
// #text(fill: color-orange, [$=>$ Didaktik ist irrelevant für Philosophie])
// ], [
// #set par(justify: false)
// #text(fill: color-orange, [$=>$ Didaktik ist notwendig für Philosophie])
// ], [
// #set par(justify: false)
// #text(fill: color-orange, [$=>$ Didaktik und Philosophie ergänzen sich])
// ]
) |
https://github.com/swablab/documents | https://raw.githubusercontent.com/swablab/documents/main/werkstatt-regeln.typ | typst | Creative Commons Zero v1.0 Universal | #import "templates/tmpl_page.typ": tmpl_page
#show: doc => tmpl_page(
title: "Verhaltensregeln Werkstatt",
version: "v1.0",
change_date: "09.09.2023",
doc,
)
#v(1em)
#set enum(full: true)
+ Alle Nutzer*innen müssen vor Nutzung der Werkzeuge eine Einweisung erhalten und eine Einweisungsbestätigung und einen Haftungsausschluss unterzeichnen.
+ Jugendliche ab 12 Jahren dürfen nur mit vorheriger Einverständniserklärung der Eltern/Erziehungsberechtigten teilnehmen. Diese muss an den Vorstand übergeben worden sein.
+ Kinder unter 12 Jahren dürfen nur unter Aufsicht ihrer Eltern oder Erziehungsberechtigten in der Werkstatt arbeiten.
+ Es muss stets darauf geachtet werden, dass die Nutzer*innen persönliche Schutzvorkehrungen getroffen haben:
+ Bei Arbeiten an Maschinen enganliegende Kleidung tragen. Schmuckstücke (z.B. lange Ketten, Armschmuck, Uhren), Krawatten und Schals dürfen nicht getragen werden.
+ An entsprechenden Maschinen Gehörschutz und Schutzbrille tragen. Insbesondere beim Arbeiten mit Handmaschinen über Kopf Schutzbrille getragen werden.
+ Nur mit geschlossenem und festem Schuhwerk die Werkstatt betreten.
+ Lange Haare durch Mützen, Haarnetz o.ä. verdecken.
+ Ggf. Handschuhe verwenden
+ Bei Unsicherheiten im Umgang mit den Werkzeugen unbedingt eine*n erfahrenen Nutzer*in fragen. Wenn kein Ansprechpartner vor Ort ist muss mit der *Bearbeitung umgehend aufgehört werden*.
+ Es ist darauf zu achten, dass sich die Nutzer*innen nicht im Gefahrenbereich von Maschinen aufhalten (z.B. im Bereich von herausfliegenden Werkstücken).
+ Schutzeinrichtungen und Hilfsmittel müssen griffbereit an den Maschinen bereitgestellt werden.
+ Jede*r Nutzer*in hat zu kontrollieren, ob die Maschinen nach Nutzung ausgeschaltet wurden.
+ Der Arbeitsplatz ist *sauber und aufgeräumt* zu hinterlassen.
+ Rauchen oder offenes Feuer sind in der Werkstatt verboten.
|
https://github.com/Mc-Zen/quill | https://raw.githubusercontent.com/Mc-Zen/quill/main/tests/wire/targ%2C%20control%2C%20phase/test.typ | typst | MIT License | #set page(width: auto, height: auto, margin: 0pt)
#import "/src/quill.typ": *
#quantum-circuit(
scale: 150%,
1, targ(), ctrl(0, open: true), phase($α$, open: true), 1, [\ ],
setwire(2),
1, targ(fill: auto), ctrl(0, open: true), phase($α$, open: true), 1, [\ ],
setwire(3),
1, targ(fill: auto), ctrl(0, open: true), phase($α$, open: true), 1,
) |
https://github.com/Raekker/typst_playground | https://raw.githubusercontent.com/Raekker/typst_playground/master/pickplan_tablex.typ | typst | #import "@preview/tablex:0.0.5": tablex, rowspanx, colspanx, cellx
#set page(
paper: "a4",
margin: (
top: 5cm
),
header: [
#set text(13pt)
#text(20pt)[*Pickplan*]
#h(1fr) #box()[_Imagine Logo Here_]
Tour: PU101-Dummy-230427044_1 \
// box is an inline-level container that sizes content.
// All elements except inline math, text, and boxes are block-level
// therefore if we need to include an image in the same line just use box()
// e.g here for the barcode or above for the logo
#box()[_Imagine Barcode here_]
],
footer: [
print: 09/21/2023 13:40
#h(1fr)
Page
#counter(page).display(
"1 / 1",
both: true,
)
]
)
// use the tablex from tablex package to create a long table
// with repeatable header
// unfortunately the default table in typst isn't capabale of doing this
// or would involve some time to write build blocks for it and script it in typst to make it work
// while this package is letting us achive our goal, due to that very goal it's taking longer to compile :(
#tablex(
columns: (0.4fr, 1fr, 3.5fr, 1fr, 0.5fr, 1.5fr, 1fr),
repeat-header: true,
header-rows: 3,
// (given a row index and all cells in it, return a new array of cells
// In this case use it to color rows gray excpet for header rows
// but note that the cells in the cells parameter can be none
// if they're some position occupied by a colspan or rowspan of another cell.
// Ensure you return the cells in the order you were given, including the nones, for best results.
map-rows: (row, cells) => cells.map(c =>
if row in (0,1,2) or c == none or c.fill == white {
c
} else {
(..c, fill: rgb("#bfbfbf"))
}
),
colspanx(4)[], colspanx(3)[Sequence: 0],
[*PL*], [*Item*], [*Description*], [*Qty*], [*Lay.*], [*Lot No.*], [*Location*],
colspanx(7)[*SO21489905 Super Value - Lipa, SO21490548 SM Hypermarket - Rosario, SO21490585* …],
..for i in range(40) {
([1],[31021795],[NESTLE MP 4s Tropicon Faves],[△ 5 SU],[0],[PU3108110202],[Picked],
[1],[31021795],[OREO Ice Cream Tub 450ml ],[△ 13 SU],[0.1],[PU3075212601],[Picked],)
},
cellx(fill:white)[], cellx(colspan:2, fill:white)[Total],cellx(fill:white)[56 CR 376 SU 2.3 LA], cellx(fill:white)[], cellx(fill:white)[], cellx(fill:white)[],
)
|
|
https://github.com/jackkyyh/ZXCSS | https://raw.githubusercontent.com/jackkyyh/ZXCSS/main/scripts/3_pte.typ | typst | #import "../import.typ": *
#slide(title: [Pushing Through the Encoder (PTE)])[
#reset_footer()
#image("../figs/pte/UE=EU.svg", width: 600pt)
#place(dx:25pt, dy:-90pt)[
$dots.v #h(40pt)
#alternatives(repeat-last: true)[$U$][*$D$*]
#h(35pt) dots.v #h(40pt)
E #h(40pt) dots.v #h(50pt) = #h(60pt)
dots.v #h(40pt) E #h(40pt) dots.v #h(35pt)
#alternatives(repeat-last: true)[$overline(U)$][*$overline(D)$*] #h(40pt) dots.v$]
#uncover(2)[#cbox[Given a ZX diagram $D$, what is the corresponding diagram $overline(D)$,\ such that the above equation holds?]]
]
#slide(title: [Lemma: PTE])[
#alternatives(position: top)[
#image("../figs/pte/simple.svg", width: 550pt)
#align(right)[assuming $overline(X)_1=X_1 X_2$]
][
#image("../figs/pte/more wires.svg", width: 350pt)
][
#image("../figs/pte/more more general.svg", width: 550pt)
][
#image("../figs/pte/simple.svg", width: 550pt)
]
]
#slide(title: [The $[| 4, 2, 2 |]$ code])[
$cal(S)=angle.l X X X X, Z Z Z Z angle.r,\
overline(X)_1=X_1 X_2, quad overline(Z)_1=Z_1 Z_3,\
overline(X)_2=X_1 X_3, quad overline(Z)_2=Z_1 Z_2.$
#pause
#image("../figs/pte/422.svg", height: 130pt)
]
#slide(title: [Example: $overline(X)_1$])[
#place(dx: 650pt, dy: 220pt)[#text(0.7em)[
$overline(X)_1=X_1 X_2,\ overline(Z)_1=Z_1 Z_3$]]
#box(image("../figs/pte/x/1.svg", width: 7em), baseline: 50%)
#pause
#h(.5em)#eqt[PTE]#h(.5em)
#box(image("../figs/pte/x/2.svg", width: 7.6em), baseline: 35%)
#pause
#h(.5em)#eqt[$pi$-copy]#h(.5em)
#box(image("../figs/pte/x/3.svg", width: 7em), baseline: 50%)
]
#slide(title: [Example: $X_1 X_2$ measurement])[
#place(dx: 650pt, dy: 220pt)[#text(0.7em)[
$overline(X)_1=X_1 X_2,\ overline(Z)_1=Z_1 Z_3$]]
#box(image("../figs/pte/Mx/3.svg", width: 7em), baseline: 50%)
#pause
#h(.5em)#eqt[unfusion]#h(.5em)
#box(image("../figs/pte/Mx/2.svg", width: 7.3em), baseline: 37%)
#pause
#h(.5em)#eqt([reversed], sub: [PTE])#h(.5em)
#box(image("../figs/pte/Mx/1.svg", width: 7em), baseline: 50%)
]
#slide(title: [Example: $overline(T)$ gate])[
#place(dx: 650pt, dy: 220pt)[#text(0.7em)[
$overline(X)_1=X_1 X_2,\ overline(Z)_1=Z_1 Z_3$]]
#box(image("../figs/pte/t/1.svg", width: 7em), baseline: 50%)
#pause
#h(.5em)#eqt[PTE]#h(.5em)
#box(image("../figs/pte/t/2.svg", width: 7em), baseline: 33%)
#pause
#h(.5em)#eqt[unfusion]#h(.5em)
#box(image("../figs/pte/t/3.svg", width: 8em), baseline: 38%)
]
#slide(title: [Example: $overline(H)$ gate])[
#place(dx: 650pt, dy: 220pt)[#text(0.7em)[
$overline(X)_1=X_1 X_2,\ overline(Z)_1=Z_1 Z_3$]]
#box(image("../figs/pte/h/1.svg", height: 100pt), baseline: 40%)
#pause
#h(.3em)#eqt[Euler]#h(.3em)
#box(image("../figs/pte/h/2.svg", height: 110pt), baseline: 40%)
#pause
#h(.3em)#eqt[PTE]#h(.3em)
#box(image("../figs/pte/h/3.svg", height: 140pt), baseline: 30%)
#pause
#h(4em)#eqt[sc]#h(.5em)
#box(image("../figs/pte/h/4.svg", width: 400pt), baseline: 40%)
] |
|
https://github.com/yhtq/Notes | https://raw.githubusercontent.com/yhtq/Notes/main/经济学原理/hw/hw9.typ | typst | #import "../../template.typ": *
#show: note.with(
title: "作业8",
author: "YHTQ ",
date: none,
logo: none,
withOutlined: false,
withTitle: true
)
= ABC
=
- 短期内：
#let K = $overline(K)$
$
Q = sqrt(#K L) => L = Q^2 / #K\
C(Q) = r Q^2 / #K + w #K
$
- 长期中，固定产量 $Q$，，在条件：
$
Q^2 = K L
$
下，最优化：
$
r L + w K
$
易得：
$
r L + w K >= 2sqrt(r w)sqrt(K L) = 2 sqrt(r w)Q\
r L = w K = sqrt(r w)Q "时取得"
$
因此长期生产函数为：
$
C = 2 sqrt(r w)Q
$
=
厂商总利润为：
$
P Q - C(Q) = P Q - Q C(Q) = P Q - (6000 + 20 Q) = (P - 20)Q - 6000\
= 50(P - 20)(100 - P) - 6000 <= 50((P - 20 + 100 - P)/2)^2 - 6000\
= 50*1600 - 6000 = 80000 - 6000 = 74000
$
取等处为 $P -20 = 100 - P$，也即 $P = 40, Q = 3000$
=
注意到恒有：
$
"SAC" >= "LAC"
$
从而图示意味着三个短期成本函数都已经是可以（在产量恰为短期平均成本函数最低点）达到最优的资本配置。\
从而短期边际成本只能短暂低于长期边际成本，不能长期低于，否则便会出现长期成本函数上的点没有最优取值。 |
|
https://github.com/polarkac/MTG-Stories | https://raw.githubusercontent.com/polarkac/MTG-Stories/master/stories/056%20-%20Outlaws%20of%20Thunder%20Junction/003_Episode%202%3A%20The%20Jailbreak.typ | typst | #import "@local/mtgstory:0.2.0": conf
#show: doc => conf(
"Episode 2: The Jailbreak",
set_name: "Outlaws of Thunder Junction",
story_date: datetime(day: 13, month: 03, year: 2024),
author: "<NAME>",
doc
)
Wind rustled through the open window, making the curtains billow in Annie's room. She watched the shadows curl around the floorboards, listened to the restless bray of a lone animal in the field, and rolled from one side of her bed to the other.
None of it was enough to keep Oko's voice out of her head.
He'd all but threatened her town, simply by #emph[finding] her. And if Akul ever came looking …
Annie sat up abruptly and scraped her fingers through her long, unbound hair. The townspeople were the closest thing to family she had left. If there was a target on her, there'd be a target on #emph[them] .
Maybe Oko was bluffing. Maybe he got lucky, finding her out here in the wastes. Maybe history wasn't doomed to repeat itself.
But Annie just couldn't take the chance.
She grabbed her riding clothes and leather boots, braided her hair, and dressed as quickly as she could. Her coat was barely over her shoulders when she pushed open the back door and marched toward the field, stopping only to fetch a shovel from one of the weathered outdoor sheds.
She counted a hundred paces from the fence, straight through the yellow grass that appeared gray in the darkness. After she took her last step, she looked down at the small, unmarked gravestone in front of her. She clenched her jaw and started to dig.
For a while, she found nothing but dirt. But when her shovel hit the ground with a #emph[thud] , she froze.
It was still there, right where she'd buried it all those months ago.
Annie dug up the surrounding earth until the top of a wooden box was visible. She knelt low, unbuckled the sides, and pulled the lid back to reveal her thunder rifle.
Nostalgia rippled through her, taking the air right out of her lungs.
Annie picked up the weapon, running her fingers over the familiar metal frame, and slung the strap over her shoulder. With two fingers, she whistled across the flat fields. The wind would carry the sound far—but it was magic that would make sure it reached her friend.
#figure(image("003_Episode 2: The Jailbreak/01.png", width: 100%), caption: [Art by: <NAME>], supplement: none, numbering: none)
Fortune slipped through the air, summoned by the bond between them. He let out a jovial whinny, dark eyes flashing when he spotted Annie's rifle.
"I know," she said, patting his neck. "But this town has given us more than we can ever repay. We owe them their safety."
Fortune lowered his head as Annie swung herself onto the saddle. She took the reins and clicked her tongue against the roof of her mouth, urging Fortune into the open desert.
They cantered for miles through the wastelands and beyond the canyon. When the sun splintered over the horizon, Annie took Oko's matchbook from her pocket and looked at the black lettering once more.
#emph[The] #emph[Wildcard Saloon,]
#emph[Rustwood]
She'd never visited the town before, but she was familiar with the name. It was one of many failed ranching towns that collapsed the way most of the outskirt communities did—too few people, and too little money.
Rustwood appeared in the distance, and Fortune slowed to a cautious walk. The sun rose and the wind picked up, scattering dust and tumbleweeds across the faded path.
The town looked abandoned. For a moment, she wondered if this had all been some elaborate plan to lure her away from her home.
Panic set in. Annie was starting to pull on the reins when a clambering set of footsteps made her pause. Frowning, she grabbed her rifle, dismounted Fortune, climbed the saloon steps, and pushed open the doors.
A shriek came from behind the bar. Annie swung her rifle toward the sound, spotting a small skeleton creature, his bones wobbling in strange directions and his jaw twisted with wild glee. A few paces behind him was a furry blue goblin, chest puffed and eyes filled with rage.
"STOP!" the goblin screeched, but his warning only made the skeleton quiver with excitement.
The tiny creature bolted farther from the goblin's reach, chattering in a language Annie didn't understand. When the skeleton spotted Annie, he tilted his head and ran straight for the gap between her feet. Annie lost her footing and stumbled to the side, hitting the floor hard. Her finger remained close to the trigger, barrel pointed between the two strangers.
A winged being with long feathers sprouting from his arms appeared and grabbed hold of the goblin's collar with a fist, yanking him back. Nearby, the skeleton rolled his head in place, taunting.
"That's enough, Breeches," the winged man urged, pressing his other hand to the goblin's chest. "You know he's only doing it to get a rise out of you."
"LITTLE THIEF!" the goblin roared.
The skeleton held up a gold necklace and immediately stuffed it in the cavity of his chest. The goblin—Breeches—shouted a variety of single-word insults, and the skeleton skipped happily into the next room.
"Care for a drink?" Oko's voice sounded from behind the bar. When Annie turned to look at him, his eyes were creased with mischief.
Annie lowered her thunder rifle and slung the weapon back over her shoulder. "You know fine well this isn't a social call," she said, dusting her hands against her coat. She bobbed her chin toward the strangers still squabbling in the middle of the saloon. "Friends of yours?"
Oko leaned over the counter like he was sharing a secret. "They're part of the team I was telling you about. Breeches—the goblin—specializes in explosives, and Malcolm is a siren who does surveillance. The little one we call Tinybones."
Annie's expression hardened. "Did you threaten their homes the way you threatened mine, or are they just here for a good time?"
"What I said at the ranch was an observation, not a threat. Still—I knew you'd come around."
"I reckon you think you know more than you actually do."
"I know what Akul did to your nephew." The spark in his eyes was impossible to miss. "Only a certain kind of person could ever forgive something like that."
"I ain't here for retribution," she replied, terse.
Oko shrugged, clearly disinterested in prying further. "Come on—I'll introduce you to the rest of the crew."
Annie followed Oko through one of the back doors, where a second-floor mezzanine overlooked a large parlor room. Vacant card tables were scattered around the space, along with an old piano that was missing more than a few keys.
Tinybones teetered on the edge of the banister, fiddling with the gold chain that dangled through his ribcage. The moment Breeches appeared in the room below, he clambered up to the rafters and found a seat on the highest exposed beam.
"SNEAKING AND THIEVING AND HIDING!" Breeches shouted at the ceiling.
Tinybones swung his legs and rattled with delight.
A man and a woman sat at opposite sides of a table, their eyes an identical shade of pale gray, with the former wearing a leather and glass eyepatch across the left side of his face. Sitting on a piano bench was a woman with striking white hair and an elegance that was equal parts beautiful and terrifying. And perched on one of the mismatched bar stools was a gorgon covered in green scales, with a mess of long, snake-like tendrils for hair.
Oko motioned to the table first. "That's Gisa and Geralf, the necromancer siblings. Geralf is our medic, and Gisa is … well, let's just say it's best to leave the healing to her brother. At the piano is Eriette, a witch who specializes in charms. And Vraska—an assassin from Ravnica—is my second-in-command." He shifted his attention to the whole room. "Everyone else, this is <NAME>. She can see through any illusion and is one of the best sharpshooters on Thunder Junction."
A collection of murmurs and grunts sounded in waves. Annie didn't bother with the usual niceties. Something told her this wasn't the kind of group who'd appreciate it.
Oko squared his shoulders, voice suddenly serious. "I'm going to give you the same opportunity I gave everyone else here: the chance to walk away. Because once I explain the score, then you're in until it's done."
"Sounds like you're asking me to play a game without knowing the rules," Annie pointed out.
Oko's grin was unwavering. "It's more of a token gesture. You and I both know you made up your mind to join the team before you ever stepped through those doors."
Annie flattened her mouth into a hard line. He wasn't wrong. She held up a hand. "I'm in—but#emph[ only] as far as stopping Akul. Anything beyond that's got nothing to do with me #emph[or] my town, you hear?"
Oko beamed. "I accept your conditions. Now would you like to hear what the job is?"
Annie grimaced, waiting.
"We're going to rob <NAME>," he said at last.
Annie blinked. Oh, she'd heard of it alright—the only structure on Thunder Junction that supposedly predated the Omenpaths. "You dragged me all the way out here for a fairy tale?"
Vraska's tendril hair rose in response. Eriette pursed her lips.
"Plenty of folks have come through Omenport searching for the vault, only to turn right back around empty-handed." Annie shook her head. "It's nothing more than a myth."
"I assure you, <NAME> is very real," a voice echoed from above.
Annie looked up in alarm. Someone was watching them from the mezzanine. Someone who didn't look entirely human.
Their head was framed with two horns that curved inward, but while the bottom half of their face was visible, everything above their mouth was made of smoke and shadow. They drifted down from the balcony like a phantom, billowing darkness behind them, and landed gently beside Oko.
"This is Ashiok," Oko said. "They deal in nightmares and can extract information from a person's mind. They hired us to break into the vault."
Annie tried to fight the flutter in her chest, but the shadows around Ashiok made her want to squirm. "What's any of this have to do with Akul?" she pressed.
Ashiok was stoic. "Akul and the Hellspurs built an entire town around the vault hoping to control it. They call it Tarnation."
Annie frowned. "If Akul already knows where the vault is, then why hasn't he taken whatever is inside?"
"Because he doesn't have the key, despite his best efforts," Oko said simply. "A man named <NAME> is only recently in possession of it."
"Graywater?" Annie repeated. "The founder of the Sterling Company?"
"One and the same," Oko replied. "According to our intel, he had Akul halfway across the desert chasing a decoy courier just to make sure the key didn't fall into a competitor's hands. Fortunately for us, he has no idea we're after it, too."
The memory of the carriage accident snapped together in Annie's head. #emph[So that's what Akul was after.]
"The vault …" Annie's voice trailed off, and she met Oko's gaze. "What's inside?"
"RAW POWER!" Breeches screamed, making some of the others jump.
"What's inside <NAME> doesn't concern the team," Ashiok countered. "They are acting on my behalf to break into the vault, and they will be paid well for it, as will you. The treasure is mine alone."
Annie wasn't sure if raw, magical power was something that any one person should have—if that was even true—but as long as Akul didn't get ahold of it, she supposed it wasn't any of her business to question the logistics.
Annie folded her arms across her chest. "Where do we start?"
"Our first stop is the Sterling Company headquarters," Oko said. "A couple members of our team are being held in the prison after an unrelated incident—but it also happens to be where the key is."
The ground shook, and the walls creaked and groaned, making dust fall from the ceiling beams. Annie grabbed the nearest pillar to steady herself, furrowing her brow at the lack of concern from the rest of the group.
The back door swung open, and the giant face of a demon with four horns and leathery red skin peered inside. He opened his mouth in a snarl, displaying two rows of razor-sharp teeth.
"<NAME>!" Oko exclaimed. "I apologize for starting the meeting without you. But in our defense, it's not as if you can fit through any of the doors."
Rakdos growled, and a pair of bat-like wings rustled at his back.
A demon, necromancers, assassins, and thieves … Annie had the distinct feeling that she was in over her head. But the moment she dug up her thunder rifle, she'd known what would happen. She was going to do whatever it took to stop Akul—even if it meant aligning herself with a crew like this.
Annie had made her choice, and there was no turning back.
#v(0.35em)
#line(length: 100%, stroke: rgb(90%, 90%, 90%))
#v(0.35em)
The Sterling Company headquarters sat at the edge of the bustling metropolis of Prosperity. Tall gray boulders mimicked towering skyscrapers, and ornate trains moved through the heart of the city, connecting Prosperity to stations across Thunder Junction. Two long roads ran alongside the raised tracks, paved with clean white stones and patrolled by nearly a dozen guards.
Oko strolled down the path, nodding politely to the few guards that bothered to look at him at all. Most didn't—he'd shapeshifted into the most unassuming, forgettable face he could muster, much as it pained him.
He tugged the collar of his courier uniform, shifting the weight of the box tucked under his arm. The rattle of bones sounded from inside.
"Stop fiddling," Oko scolded in a low voice. "We're almost to the doors."
Oko eyed the ridgeline in the distance where Breeches, Malcolm, Vraska, and Rakdos were waiting for his signal. He hoped he wouldn't need it. If everything went smoothly, Oko would be in and out before Bertram Graywater even realized he'd been robbed.
A metal fence surrounded the headquarters, flickering with bright blue energy. Oko approached one of the small outbuildings where a guard was posted and held up the box.
"You got a courier pass?" the guard asked from the other side of a glass window.
Oko pulled a stolen identification card from his pocket, courtesy of Tinybones's nimble fingers and an evening in one of Prosperity's many saloons.
The guard studied it briefly before pressing a button. The gate slid open, and the blue energy tapered slightly. Oko made his way toward the wide concrete steps and drummed his fingers against the package.
The moment he stepped over the threshold, Oko surveyed the room. Huge white pillars held up the staggeringly high glass ceiling. The front desk was made of solid white marble and surrounded by large pots of manicured cacti. There were multiple stairwells leading to various levels of the building—something that would be helpful for hiding, but less helpful for a quick escape.
Oko approached the man at the desk. "I have a delivery for Bertram Graywater. I was told it was urgent."
"They always are," the man sighed, waving his hand for the box. "I'll take it to his office. You don't need to stick around."
Oko took a step back, watching the man shuffle for the stairs. When he was certain no one was watching, he looped around one of the large pillars and shapeshifted into one of the guards he'd passed on the road.
Admiring the gleaming silver buttons on his uniform, Oko straightened his cuffs and stalked after the man carrying the box, making sure to keep a safe distance behind him.
#v(0.35em)
#line(length: 100%, stroke: rgb(90%, 90%, 90%))
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Annie and Eriette made their way to the back of the Sterling Company headquarters, where a row of air vents led to the lower levels of the building.
Wedged between the columns of an archway and hidden from view, Eriette removed a vial from her pouch and studied it with distaste. "Breeches assured me this wouldn't explode," she said, pouring the shimmering liquid across the grate. It sizzled in response, spitting and hissing as the metal dissolved. The slight wrinkle between her eyebrows vanished. "It appears the furry creature really #emph[can] brew a potion."
"You sound surprised," Annie noted.
"I don't make a habit of trusting pirates," Eriette said thinly. "But for now, it appears we are all aligned."
They climbed down the narrow tunnel, following a dimly lit stairwell until they reached a corridor. Two prison sentries were pacing up and down the hall, boots clunking heavily off the damp stone floor.
Eriette stepped forward and whispered a spell under her breath, and a strange euphoria seemed to wash over the guards. They swayed in place, eyes glassy with their mouths curled into a pair of identical love-stricken smiles.
"I seem to have made a few wrong turns," Eriette declared innocently. "Perhaps you could help me?"
The guards began talking over one another, lulled by her charm, each attempting to be Eriette's one and only savior. Annie took the opportunity to hurry past them, making her way through the iron doorway and down another wide set of stairs.
The familiar desert heat was nowhere to be found so far below the surface. Annie shuddered at the cold, stale air, and cast her golden eye across each prison cell. The Sterling Company used illusions as a security measure, making the cells appear empty. It was one of the reasons Oko needed Annie's help.
It took her mere seconds to find them. Kaervek was on one side of the room; Satoru Umezawa was on the other.
From the corner of his cell, Umezawa looked up. A strand of black hair fell from his disheveled top knot, and he brushed it away. "You don't look like a guard, but you can still see us," he observed, suspicion bubbling in his tone. "Care to explain why that is?"
"Oko sent me," Annie explained. "He told me to remind you about the off-plane bargain you made and that you still have a job to do."
Kaervek puffed his leather-clad chest and pointed a finger across the room. "I have forsaken no promises. It is the fault of #emph[this] cretin that we were subdued in such a humiliating manner!"
Umezawa grabbed the bars, knuckles blazing white. "We're here because of #emph[your ] incompetency!"
"You call yourself a leader of thieves, capable of picking any lock," Kaervek snarled. "If you are truly as clever as you claim to be, then why are we still confined to these iron cages?"
"I could ask you the same question. You talk a great deal about being a powerful conqueror, but it seems to me all you know how to do is get captured," Umezawa bit back. "With all the time you've spent in prisons, one would think you'd be an expert at escaping by now!"
Eriette appeared at the foot of the stairs with a silver key dangling from her finger. "Thought you might need this. The guards were #emph[very] obliging." Her gaze roamed over the seemingly empty cells. "Did you find them?"
Annie pointed to their respective cages. "You didn't mention they were such great friends."
Eriette clutched the key to her chest and laughed. "Oh, they detest one another. It's a rather entertaining story, come to think of it." She sighed and moved for the lock on Kaervek's cell. "Another time, perhaps."
The key clicked into place, and Kaervek emerged from the illusion, hands bound in glowing restraints.
Eriette tutted. "Oh, you poor thing, having your magic subdued that way."
"Spare me your false pity, witch," said Kaervek.
Eriette's eyes gleamed wickedly. She uncuffed the restraints and tossed them to the floor, before freeing Umezawa from his cell, too.
"Thank you," Umezawa said with a curt nod.
"Such good manners, and such a handsome face," Eriette purred.
Annie couldn't be sure, but she thought Umezawa's cheeks turned an almost imperceptible shade of pink.
Kaervek rolled a bright orange flame in his palm, eyes beginning to glow. "I am ready to break free of this dungeon. What chaos shall we unleash on our captors as we turn their castle into a wasteland of ash and bone?"
"There's no time for any of that, I'm afraid," Eriette said. "We'll leave the way we came in, without drawing unnecessary attention. Except for Umezawa." The corners of her mouth twitched. "I believe Oko requires your assistance. He's somewhere in the building, though I'm not exactly sure #emph[where] ."
The tattoos near Umezawa's neck began to shift across his skin. "I'll find him," he said and moved for the shadows without another word.
Annie took one last look at the prison and followed Eriette and Kaervek back through the tunnel. It occurred to her that the only thing keeping Oko's crew from tearing each other apart was a common goal.
She hated to think what they'd do to each other as enemies—and with any luck, she'd never have to find out.
#figure(image("003_Episode 2: The Jailbreak/02.png", width: 100%), caption: [Art by: <NAME>], supplement: none, numbering: none)
#v(0.35em)
#line(length: 100%, stroke: rgb(90%, 90%, 90%))
#v(0.35em)
Oko waited near an alcove, watching as the man carrying the box moved farther down the hallway. He stopped at one of the doors, removed a key from his pocket, and let himself inside. A few moments later, he reemerged empty-handed.
When the sound of footsteps faded, Oko hurried for the office door and looked through the round glass window. The box was propped up on Graywater's desk, surrounded by an organized mess of paperwork and files.
With a knuckle, Oko tapped a slow pattern at the glass. There was rustling inside the box, and the carboard shifted in place, tilting from one side to the other. Tinybones burst from the lid, partially disassembled. His bones clicked back into place one by one, and he fixed a well-worn hat over his skull. With a quick test shake of his arms, he leapt from the desk and unlocked the door.
Oko regarded him with mild fascination. "There are very few things in life that impress me—but you really are quite something."
Tinybones chattered his teeth in response.
Oko ran his fingers over various surfaces, searching for hidden spaces and locked cabinets while Tinybones rummaged through the desk. They hadn't heard anyone enter the room. Not until the person spoke.
"I recognize the skeleton. But do I know you?"
Oko turned quickly. Tinybones's head spun in place.
Umezawa stood in front of them both, silent as a wraith.
Oko's mouth curved into a grin, and he let his pointed ears appear through his illusion. "Does anybody really?"
Umezawa barely moved. "You clearly didn't have much trouble breaking into headquarters. You could have freed me and the warlock days ago, if you'd wanted to."
"The timing wasn't right," Oko replied easily and waved a hand around the room. "That's all bygones now anyway. We need to find the key. I doubt Graywater would leave it out in the open, but—"
"The portrait," Umezawa interrupted. He motioned to the wall behind the desk, clearly unimpressed by Graywater's lack of originality. "It's always the portrait."
Oko studied the frame thoughtfully before giving it a tug. It came away from the wall with ease, revealing a hidden safe. He made a space for Umezawa and retrieved a small device from his pocket. "I took the liberty of going through your things. Thought you might need this."
Umezawa's jaw tensed, and he snatched the object from Oko's hand. "Always two steps ahead," he muttered, words dripping with indignation.
In his open palm, the device contorted into the shape of a spider, legs stretched outward. It leapt, latching itself to the safe's dial, before a series of numbers flashed across the paneled screen. The device spun, and the metal legs clicked delicately in place each time the lock shifted from within. After several moments, there was a loud #emph[clunk] , and the door swung open.
There was a small burlap bag propped against several thick books.
A smile stretched across Oko's face. He reached inside and pulled out a small artifact that looked otherworldly. While most of the metal seemed blackened with time, some parts of it gleamed in fluorescent hues.
#emph[The sixth key.]
Oko tucked the artifact into his inner shirt pocket and picked up the empty box from the desk, lowering it toward the floor. Tinybones jumped inside, bones giving a jolt before disassembling into a pile.
"You coming with us?" Oko asked Umezawa. "I can disguise you as a guard, if you'd like."
"I wouldn't trust your trickster magic on me any more than I trust it on you," Umezawa replied easily. "I'll meet you both outside." He vanished into the hallway.
Lifting his shoulders in triumph, Oko made his way back out of the building, careful not to attract attention. He shifted back into a courier just before the last corner, and when he reached the gate, the guard opened it without question.
Halfway down the road, Oko crossed paths with a small group on their way to the Sterling Company headquarters. The man in the center had black hair with thick silver streaks along the sides. He was flanked by two bodyguards.
They'd never met before, but Oko recognized the man's face. He was well known on Thunder Junction. A Planeswalker—just like Oko.
#emph[Ral Zarek.]
Except it wasn't Ral who made Oko stop in his tracks, nor was it the burly armed guard that seemed hungry for a fight.
It was the boy with messy black hair and pointed ears.
The fae magic that ran through their veins … It was easy to sense. Judging by the look on the boy's face, he'd recognized Oko's magic, too.
Oko stiffened, and his illusion faded away without warning, unable to hold in the presence of a fae he hadn't expected. In an instant, he was Oko again, with no mask, and no disguise.
"Who—?" Ral started in alarm when his eyes fell to the box in Oko's arms.
Tinybones popped his head out. Ral's bodyguard lunged forward, but Oko was quick. He ducked, swift and sharp, and landed a blow right in the guard's throat, forcing him to his knees. Tinybones removed his femur and jumped from the box, cracking the bone hard against Ral's temple, who clutched his head, stunned.
The fae boy froze, and Oko didn't wait around to find out why. He shapeshifted into a large eagle, stretching his wings as Tinybones scrambled up Oko's back and gripped his feathers for dear life. Oko took off toward the hills just as the Sterling Company guards began to react.
"Follow him!" Ral's voice boomed up the hillside.
Thunder erupted in the sky, and Oko made several sharp turns to avoid being hit. Tinybones's hat fell to the ground, and he gave an irritated rattle as he clutched Oko's neck. The ridgeline was close, but there was little cover beyond the towering boulders, and every Sterling guard was armed. If Oko moved out into the open, he'd be at a disadvantage.
He dove low and immediately shapeshifted back into his true form inches from the ground. Tinybones leapt off his shoulder, shuddering at the unplanned flight. The pair hid behind one of the tall rocks and braced for a fight. All Oko had to do was hold them off until the rest of the team arrived.
The fae boy appeared in the sky, golden dust trailing at his feet. He landed several feet away, eyes wild with urgency. Oko charged, but the boy only raised his hands, pleading.
Despite his instincts, Oko hesitated.
"I—I don't want to fight you!" the boy sputtered.
"Strange disposition for a bodyguard."
The boy dropped his arms. "I've been searching for you. Not just on this plane, but on others, too."
"Oh?" Oko lifted a brow. "And why is that?"
"I'm pretty sure—well, you see—the thing is …"
"I'm rather pressed for time," Oko snapped.
The boy's hands shook at his sides. "I think you're my father."
Oko stared, unsure whether he'd heard him correctly.
"My mother is Alyse," the boy said. "My name is Kellan."
Oko had heard as many lies as he'd told in his lifetime—enough to know that the boy was telling the truth. He remembered Alyse well. And Kellan …
A stampede of footsteps grew closer. By the time Oko turned from the boy, it was too late. His hesitation had cost him; Oko was surrounded.
The Sterling Company raised their weapons, ready to fire.
Oko glanced at Tinybones, who was braced firmly on his shoulder. "I never thought to ask—but as a skeleton, how indestructible #emph[are] you, precisely?"
Tinybones gave a careless shrug as Oko tightened his fists.
A mess of golden, vine-shaped tendrils appeared, throwing most of the guards back down the hill in a cluster of dust and magic. The rest were picked up one by one, ensnared by the golden vines, and tossed aside. Confusion swirled through Oko's mind until he realized the magic was coming from Kellan.
Ral stepped through the cloud of dust left behind, studying Kellan with a mixture of shock and disappointment. "Mind explaining what you're doing, kid?"
"I'm sorry," Kellan said, face crumpling. "I—I didn't plan any of this!"
Blue electricity spun around Ral's fingers, and the sky seemed to darken above him. Behind his eyes was a building storm. He lifted his hands, fingers sparking with magic, when the electricity suddenly fizzled.
Ral opened his mouth and blinked. "#emph[Vraska?] "
Oko looked over his shoulder and found his crew standing in wait. Vraska stepped forward, narrow features pinched tight. The deep scars stretched across her skin appeared more prominent in the sunlight.
"I know," she said, slow and intentional, like the worst kinds of poison. "You thought I was dead."
Rakdos slammed into the earth beside Ral, wings spread wide and the desert sun blaring behind him. Recognition spread across Ral's face, but before he could say anything at all, Rakdos swung a boulder-size fist into the lightning mage and sent him skidding off into the dust.
#figure(image("003_Episode 2: The Jailbreak/03.png", width: 100%), caption: [Art by: <NAME>], supplement: none, numbering: none)
Tinybones took the opportunity to scramble for a guard's pocket watch, holding it up to the light in triumph. His satisfied giggle made all his bones rattle.
"THE JESTER-THIEF TAKES RECOMPENSE FOR HIS HAT!" Rakdos observed in a rumbling—but surprisingly musical—voice.
Tinybones stomped his feet in gratitude and settled in the crook of Rakdos's neck.
Malcolm folded his winged arms. "We should leave before they send reinforcements. It won't be long before Graywater realizes what you took."
"I agree," Oko said and observed Kellan for a moment. He looked so much like his mother, with his dark hair and hazel eyes. Alyse's were the same color, a mixture of moss and honey. They reminded Oko of his favorite forest, and the days they spent walking through the woodland and talking about their childhoods. It had surprised him back then—that he could listen to a person's secrets and not want to spin them into weapons. It surprised him even more that she had felt the same.
Oko pushed the thought away and plastered on a smile. "Looks like you're coming with us," he said to Kellan, who was beginning to look ill.
"Are you sure that's a good idea?" Vraska interjected, eyes brightening to a venomous shade of yellow. "We know nothing about him."
"Leaving him to answer to the Sterling Company would be a liability." Oko curled his mouth into another easy grin. "Besides, didn't you hear? He's my son."
The rest of the team exchanged uneasy glances but knew better than to argue.
"ONWARD!" Breeches squawked.
The team retreated over the ridge and out of sight. Oko felt Kellan behind him, clearly not wanting to let Oko out of sight but not wanting to get too close either.
Oko had never imagined himself as a father—but the boy had just helped him escape, and he'd turned on his own boss to do it. Kellan had shown loyalty without being coerced or tricked. He'd given it #emph[freely] .
Midway through their journey back to the saloon, Oko decided that having a son could turn out to be very useful indeed.
|
|
https://github.com/Nrosa01/TFG-2023-2024-UCM | https://raw.githubusercontent.com/Nrosa01/TFG-2023-2024-UCM/main/Pruebas/DocLua.typ | typst | #import "@preview/sourcerer:0.2.1": code
#import "setup.typ": *
#show: project
= Definición de una partícula
Basta con copiar el código inferior. Puedes sustituir "MiParticle" por el nombre de tu particula, es importante que esté entre comillas. Puedes cambiar los números de r, g, b y a para cambiar el color de la partícula. Por último, puedes añadir el comportamiento de la partícula entre las llaves. Para ello, es necesario programar en Lua. Se proporcionarán una serie de comandos para simplificar esta tarea.
#code(
lang: "Lua",
```lua
addParticle(
"MyParticle", -- Particle Name
{ r = 255, g = 255, b = 255, a = 255 }, -- Color
function(api) -- Behaviour
end
)
```
)
= Programar en Lua
A continuación se detallan las bases de programar en Lua mediante un ejemplo de código que será explicado por el entrevistador tras la finalización de la lectura de este documento.
#code(
lang: "Lua",
```lua
local myVariable = 0 -- Variable definition
local myBool = true -- Boolean definition
local randomInterval = math.random(0, 10) -- Random number between 0 and 10, both inclusded
local particleType = ParticleType.SAND -- Id of the sand particle, error if there is no particle with that name. Aunuqe el nombre de la particula tenga minusculas, el id siempre se escribe en mayusculas. Por ejepmlo, si mi particula se llama MyParticle el id será ParticleType.MY_PARTICLE
-- Siempre existe una particula que representa la ausencia de particula, esta se llama EMPTY
-- Array
local myArray = {1, 2, 3, 4, 5}
-- If statement
if myVariable == 0 then
myVariable = 1
end
-- If else statement
if myVariable == 0 then
myVariable = 1
elseif myVariable == 1 then
myVariable = 2
else
myVariable = 0
end
-- Logical operators
---------------
--- == => Equal
--- ~= => Not equal
--- < => Less than
--- > => Greater than
--- <= => Less than or equal
-- Loops
while myBool do
-- Do something
end
-- For loop
for i = 0, 10 do
-- Do something
end
-- Iterating over an array
-- The following code prints the index and value of each element in the array
for index, value in ipairs(myArray) do
print("Index: " .. index .. " Value: " .. value)
end
```
)
= Funciones para programar partículas
Estas funciones se usan de la forma `api:funcion()`. A continuación se detallan las funciones que se pueden usar para programar partículas.
#code(
lang: "Lua",
```lua
get_neighbours() -- Devuelve un array de direcciones. Las direcciones son un objeto con componente X e Y, se usa así.
-- Se usa para recorrer los vecinos de una partícula
for _, direction in ipairs(api:get_neighbours()) do
if api:getParticleType(direction.x, direction.y) == ParticleType.TYPE then
-- Haz algo
end
end
-- Cambia la partícula en la posición x, y por la partícula con el id id. La posición x e y son relativas a la partícula actual, por lo que si se pasa x = 0 y y = 0, se cambiará la partícula actual, o por ejemplo si se pasa x = 1 y y = 0, se cambiará la partícula a la derecha de la actual. Esto aplica para todas las funciones que requieran x e y. Posición x positiva es derecha, posición y positiva es arriba. Posición x negativa es izquierda, posición y negativa es abajo.
setNewParticleById(x, y, id)
-- Ejemplo de uso
setNewParticleById(0, 0, ParticleType.WATER) -- Cambia la partícula actual por agua (asumimos que existe una particula que se llama WATER)
swap(x, y) -- Intercambia la partícula actual con la partícula en la posición x, y
isEmpty(x, y) -- Devuelve true si la posición x, y está vacía
getParticleType(x, y) -- Devuelve el id de la partícula en la posición x, y
check_neighbour_multiple(x, y, id_array) -- Devuelve true si la posición x, y tiene una partícula con el id id
```
)
= Ejemplo de Particula Completa
Esta particula va ahcia abajo si tiene una partícula vacía o de aire debajo.
#set text(8pt)
#code(
lang: "Lua",
```lua
addParticle(
"GoDown", -- Text id
{ r = 255, g = 0, b = 255, a = 255 }, -- Color
function(api)
local dirY = -1
local id_array = { ParticleType.EMPTY, ParticleType.AIR }
if api:check_neighbour_multi(0, dirY, id_array) then
api:swap(0, dirY)
end
end
)
```
)
|
|
https://github.com/PuntitOwO/template-informe-memoria-fcfm | https://raw.githubusercontent.com/PuntitOwO/template-informe-memoria-fcfm/main/README.md | markdown | MIT License | # Template Propuesta/Informe de memoria DCC FCFM
> [Typst](https://typst.app) es software relativamente nuevo que está creciendo muy rápidamente. Por esto, no puedo asegurar retrocompatibilidad entre versiones del template.
Puedes ver un ejemplo de documento en [example.pdf](example.pdf).
Basado en la plantilla para LaTeX U-Memoria v1.5 de <NAME>. modificada por <NAME>.
## Ejemplo de uso
```typ
#import "conf.typ": conf, pronombre
#show: conf.with(
titulo: "El Título de mi Tema",
autor: (nombre: "Estudiante DCC", pronombre: pronombre.el),
profesores: ((nombre: "Profesora 1", pronombre: pronombre.ella),),
)
... el resto del documento empieza aquí ...
```
Puedes ver un ejemplo más completo en [example.typ](example.typ). Para aprender la sintáxis de Typst existe la [documentación oficial](https://typst.app/docs).
## Parámetros de configuración
La función `conf` recibe los siguientes parámetros:
| Parámetro | Descripción |
| ------------------ | ----------------------------------------------------------------------------------------------------------------------------------------------- |
| `título` | El título del tema |
| `autor` | Diccionario* con Nombre completo de estudiante y pronombre |
| `informe` | `false` si es la propuesta de tema, `true` si es el informe final |
| `codigo` | Omitir si es la propuesta de tema. <br> Si es el informe final, colocar el código del ramo. (CC6908 para malla v3, CC6907 para malla v5) |
| `modalidad` | Modalidad del trabajo. Puede ser \"Memoria\", \"Práctica extendida\", \"Titulación con Magíster\" o \"Doble Titulación de Dos Especialidades\" |
| `profesores` | Lista de profesores guías. Si es uno: (Diccionario*,). Si son dos: (Diccionario1*,Diccionario2*) |
| `coguias` | Lista de profesores co-guías. Si es uno: (Diccionario*,). Si son dos: (Diccionario1*,Diccionario2*) |
| `supervisor` | Diccionario* con Nombre y pronombre del supervisor en caso de práctica extendida |
| `anno` | Año en que se entrega el informe. Por defecto se usa el año actual. |
| `espaciado_titulo` | espacio extra que rodea al título y al nombre en la portada, 1fr es lo mismo que el resto de espacios, 2fr es el doble, 0.5fr es la mitad, etc. |
*Nota: El diccionario debe contener los campos `nombre` y `pronombre` con el nombre completo y pronombre de la persona. El pronombre puede ser `pronombre.el`, `pronombre.ella` o `pronombre.elle` y para usarse debe ser importado con `#import "conf.typ": pronombre`.
## Cómo usar el template
### Opción 1: Usar el template de forma local
[Instalar Typst CLI](https://github.com/typst/typst#instalación), clonar el repositorio y trabajar de manera local en un editor. Adicionalmente, puedes instalar un [LSP](https://github.com/nvarner/typst-lsp).
### Opción 2: Usar en la app web
Esta opción no se recomienda del todo, ya que no siempre estará actualizada con la última versión del template.
1. Crear cuenta o iniciar sesión en [Typst.app](https://typst.app/)
2. Abrir el siguiente [Proyecto](https://typst.app/project/rlXex0o5Qilf1gycQycqiH)
3. En el [Dashboard](https://typst.app/) podrás ver el proyecto "Template Memoria DCC FCFM" en la sección "Shared with me". Puedes presionar el botón `Duplicate` (aparece al posicionar el mouse sobre el proyecto) para crear una copia del proyecto en tu cuenta.
## Changelog
### v1.2.0
* Se modifica el espaciado entre elementos de la portada para que sea uniforme.
* Se agrega parámetro `espaciado_titulo` para modificar el espaciado extra al rededor del título en la portada.
### v1.1.1
* Arreglado `else` en `#if` que no funcionaba en typst v0.8.0
### v1.1.0
* Se agrega uso de pronombres para portada (BREAKING CHANGE)
* Se agrega parámetro `coguias` para profesores co-guías
* Formato de párrafos corregido
### v1.0.0
* Primera versión |
https://github.com/kmitsutani/jnsarticle-typ | https://raw.githubusercontent.com/kmitsutani/jnsarticle-typ/main/README.md | markdown | MIT No Attribution | # jnsarticle
このリポジトリはTypst でアブストラクト付きのノートを書く時のテンプレートです．
名前はLatexの`jsarticle`みたいなのがTypstにもあればなということで`jsarticle`を意識してのものですが
おそらく`jsarticle`には遠く及ばないのだろうなということと直接の関係がないのに名前被りはよくないだろうということで少しもじりました．
研究の途中で共同研究者等に共有するようなものを想定しています．
## 方針
- シングルカラム
- 様々なスペースをゆったりととる
- jsarticle in Latex の構成で Typst で実現できそうなことがあれば極力取り入れる．
## その他
Appendix環境と参考文献環境を作りました．
環境でよいのかはTypstをよくわからずにとりあえずで作っているのでよくわかりませんが．
## 使用方法
### local package としてインストール
参考：[typst/packages: Packages for Typst.](https://github.com/typst/packages?tab=readme-ov-file#local-packages)
**Windows**
PowerShell で以下を実行してください．
```PowerShell
mkdir -p env:APPDATA/typst/packages/local
cd env:APPDATA/typst/packages/local
git clone <EMAIL>:kmitsutani/jnsarticle.git jnsarticle
```
**Mac/Linux** シェルで以下を実行してください．
```sh
datadir=${XDG_DATA_HOME:-$HOME/Library/Application Support}
mkdir -p ${datadir}/typst/packages/local
cd ${datadir}/typst/packages/local
git clone <EMAIL>:kmitsutani/jnsarticle.git jnsarticle
```
## 参考元
[kimushun1101/typst-jp-conf-template](https://github.com/kimushun1101/typst-jp-conf-template)
もともとこのリポジトリをフォークしていましたが，目的が異なることもありPRを投げたりするつもりはないので独立したリポジトリとして作成し直しました．
ただしMITライセンスに関しては引き継ぎます．
## ライセンス
参考元にならってライセンスを付与しています．
Typst ファイル : MIT No Attribution
CSL ファイル : Creative Commons Attribution-ShareAlike 3.0 License
|
https://github.com/ysthakur/PHYS121-Notes | https://raw.githubusercontent.com/ysthakur/PHYS121-Notes/main/Notes/Ch05.typ | typst | MIT License | = Chapter 5
== Apparent Weight
Actual weight is $F_w = m g$
Your *apparent weight*, $w_"app"$, is the weight you feel
$w_"app" = F_upright(N)$ (only normal force goes up rather than down)
$F_upright(N) = m g + m a$ where $a$ is, say, the acceleration of the elevator you're standing in
- Feel heavier when elevator starts going up or when it stops going down (upward acceleration)
- Feel lighter when elevator starts going down or when it stops going up (downward acceleration)
== Inclines
Normal force is always perpendicular to surface of contact (common mistake)
== Friction
There are three kinds of friction:
- Static friction: $arrow(f)_s lt.eq mu_s n$. Applies when object is not moving. It adjusts itself so that the net force is 0, but it can only increase to $mu_s n$ at most.
- Maximum static friction: $arrow(f)_s_"max" = mu_s F_N$
- Kinetic friction: $arrow(f)_k = mu_k n$. Applies when object is moving.
- Rolling friction: $arrow(f)_r = mu_r n$. Applies when object is rolling.
Coefficient of friction in range $[0, 1)$
=== Interacting Objects
According to Newton's Third Law:
- Every force occurs as one member of an action/reaction pair of forces.
- The two forces act on *different* objects.
- The two forces point in opposite directions and have the same magnitude.
== Ropes and Pulleys
=== Ropes
*Massless string approximation:* Mass of rope is 0.
Generally, *the tension in a massless string/rope equals the magnitude
of the force pulling on the end of the string/rope*. As a result:
- A massless string/rope "transmits" a force undiminished from one end
to the other, i.e., if you pull on one end of a rope with force $F$,
the other end pulls on whatever it's attached to with the same force.
- The tension in a massless string/rope is the same from one end to the
other.
=== Pulleys
The tension in a massless string is unchanged by passing over a massless,
frictionless pulley (assume such a pulley for problems in Chapter 5).
|
https://github.com/Myriad-Dreamin/typst.ts | https://raw.githubusercontent.com/Myriad-Dreamin/typst.ts/main/fuzzers/corpora/layout/par-indent_01.typ | typst | Apache License 2.0 |
#import "/contrib/templates/std-tests/preset.typ": *
#show: test-page
// This is madness.
#set par(first-line-indent: 12pt)
Why would anybody ever ...
... want spacing and indent?
|
https://github.com/amomorning/curriculum-vitae | https://raw.githubusercontent.com/amomorning/curriculum-vitae/main/zh-cv/main.typ | typst | #import "../template.typ": *
#show: resume.with(
name: "莫怡晨",
first-name: "Yichen",
last-name: "Mo",
phone: "(+86) 178 2685 8481",
email: "<EMAIL>",
address: "江苏省南京市玄武区四牌楼2号东南大学建筑学院",
)
= 教育经历
#resume-entry(
title: "博士研究生",
location: "江苏南京",
date: "2019.9 - now",
description: "东南大学"
)
- 研究方向：城市建筑的数据抽象与高性能建筑生成算法
- 论文题目：*面向设计前期数字链系统的网络平台同构*（指导教师：李飚）
- 开发了 ArchiWeb 平台及相应的数据传输协议 ArchiJSON，连接算法模块形成设计辅助工具。
#resume-entry(
title: "联合培养博士生",
location: "瑞士苏黎世",
date: "2022.5 - 2023.4",
description: "苏黎世联邦理工大学(ETH Zurich)"
)
- 研究课题：*基于图神经网络的建筑案例推理与生成设计研究*（指导教师：卢德格尔·霍夫施塔特）
- 实现了基于图神经网络的建筑案例数据库 ArchiGraph，用于基于图输入的检索与生成设计
#resume-entry(
title: "工学学士（建筑学）",
location: "浙江杭州",
date: "2014.9 - 2019.6",
description: "浙江理工大学"
)
- 毕业论文：*基于整数规划的老旧住区更新策略研究*（指导教师：崔艳）
- 获得浙江省优秀毕业生，浙江省政府奖学金，优秀学生干部等荣誉称号
#resume-entry(
title: "计算机科学与技术",
location: "浙江杭州",
date: "2016.9 - 2019.6",
description: "浙江理工大学"
)
- 毕业论文：*基于深度神经网络的三维人体语义重建方法研究*（指导教师：金耀）
- 提取三维网格表面局部特征作用于深度学习，形成语义输入到三维模型的预训练模型，并在 Unity 中建立了用于虚拟试衣的三维人体重建系统
\
= 获奖经历
#list-entry[2021.7][国家公派出国留学奖学金]
#list-entry[2019.7][2019 DigitalFUTURES Young Award 建筑数字未来青年研究奖]
#list-entry[2019.3][Google Girl Hackathon Season 5 Battle Winner and Best Team - TOP 1 编程马拉松第五季 冠军]
#list-entry[2019.5][浙江省普通高等学校优秀毕业生]
#list-entry[2018.10][浙江理工大学十佳大学生提名]
#list-entry[2018.5][中国大学生程序设计竞赛女生专场 *银奖*]
#list-entry[2017.11][2016/2017学年*国家奖学金*]
#list-entry[2017.10][中国大学生程序设计竞赛哈尔滨站 *银奖*]
#list-entry[2017.6][浙江省第十四届大学生程序设计竞赛 *二等奖*]
#list-entry[2017.5][第八届全国中、高等院校学生「斯维尔杯」BIM应用技能大赛总决赛 *全能一等奖*]
#list-entry[2017.5][中国大学生程序设计竞赛女生专场 *银奖*]
#list-entry[2017.4][第八届蓝桥杯全国软件和信息技术专业人才大赛浙江赛区 *一等奖*]
#list-entry[2017.3][中国大学生团体程序设计天梯赛华东赛区 *一等奖*]
#list-entry[2016.11][2015/2016学年浙江省政府奖学金]
#list-entry[2016.11][中国大学生程序设计竞赛杭州赛区 *银奖*]
#list-entry[2015.12][ACM国际大学生程序设计竞赛亚洲区总决赛（EC-Final） *银奖*]
#list-entry[2015.10][ACM国际大学生程序设计竞赛合肥赛区 *银奖*]
\
= 主要学术成果
#list-entry[EI检索][
<NAME>, *<NAME>*, <NAME>, et al. SIMForms: A Web-Based Generative Application Fusing Forms, Metrics, and Visuals for Early-Stage Design[C]\//ACCELERATED DESIGN - Proceedings of the 29th CAADRIA Conference, Singapore, 20-26 April 2024, Volume 1. 2024: 373-382.
]
#list-entry[中文核心][*莫怡晨*,卢德格尔·霍夫施塔特,李飚,等.ArchIndex:基于多源数据的城市街区检索引擎[J].新建筑,2024(01):15-21.]
#list-entry[中文核心][张柏洲, *莫怡晨*, 李飚. 城市形态生成设计的案例推理策略研究——以街区尺度为例[J]. 南方建筑, 2023(1): 9-18.]
#list-entry[国内会议][*莫怡晨*, 李飚. 基于 JSON 的建筑数据交换格式轻量化研究[C]\//智能设计·数字建造·智慧运维——2022计算性设计学术论坛暨中国建筑学会计算性设计学术委员会年会论文集. 2022.]
#list-entry[EI检索][
<NAME>, <NAME>, *Mo Y*, et al. A Web-based Interactive Tool for Urban Fabric Generation: A Case Study of Chinese Rural Context[C]\//<NAME>, <NAME>, <NAME>, <NAME>, <NAME> (eds.), POST-CARBON - Proceedings of the 27th CAADRIA Conference, Sydney, 9-15 April 2022, pp. 625-634.
]
#list-entry[中文核心][吴佳倩, 李飚, *莫怡晨*. 建筑工业化视角下的高层住宅立面自动生成[J]. 南方建筑, 2022(04): 25-31.]
#list-entry[EI检索][
*Mo Y*, <NAME>, <NAME>, et al. Archibase:A City-Scale Spatial Database for Architectural Research[C]\//<NAME>, <NAME>, <NAME>, <NAME>, <NAME> (eds.), PROJECTIONS - Proceedings of the 26th CAADRIA Conference - Volume 2, The Chinese University of Hong Kong and Online, Hong Kong, 29 March - 1 April 2021, pp. 519-528, 2021.
]
#list-entry[国内会议][*莫怡晨*, 李飚, 顾大庆. 基于B/S架构的生成设计系统框架——“艺术与媒介”参数形式生成为例[C]\//数字智能与空间认知——2021计算性设计学术论坛暨中国建筑学会计算性设计学术委员会年会. 2021.]
#list-entry[国际会议][*Mo Y*, <NAME>, <NAME> : A Web-based and Data-driven Retrieval System for City Blocks[C]. In Proceedings of the 17th International Conference on Computational Urban Planning and Urban Management (CUPUM), 2021]
#list-entry[软件著作权][*莫怡晨*, 赵文锐, 王柄棋, 等. “艺术与媒介”课程等“浏览器/服务器”（B/S）线上教学应用程序 (登记号：2021SR0155861). 首次发表日期：2020年11月10日]
#list-entry[国内会议][*莫怡晨*, 李飚, 唐芃. 基于多数据源的城市空间数据库设计研究——以意大利普拉托为例[C]\//2020年全国建筑院系建筑数字技术教学与研究学术研讨会. 中国湖南长沙, 2020: 183-189.]
\
= 承担或参与科研项目
#list-entry[承担][ 江苏省研究生科研与实践创新计划项目. 面向设计前期数字链系统的网络平台同构\ （编号：KYCX22_0189）. 2022.01-2024.12. ]
#list-entry[参与][国家自然科学基金面上项目. 基于形态分析与类型组合的建筑空间生成设计方法研究\ （编号：52378008）. 2024.01-2027.12.]
#list-entry[参与][国家自然科学基金面上项目. 以特征向量矩阵运算为导向的建筑空间组合与生成系统研究\ （编号：51978139）. 2020.01-2023.12.]
#list-entry[参与][东南大学建筑设计研究院科研项目. 基于数字链的建筑立面设计云端辅助系统研发. 2020.07-2022.06]
|
|
https://github.com/jasonelaw/typst-templates | https://raw.githubusercontent.com/jasonelaw/typst-templates/main/README.md | markdown | MIT License | # typst-templates
Typst templates by <NAME> - mostly for City of Portland Bureau of Environmental Services documents.
|
https://github.com/Myriad-Dreamin/typst.ts | https://raw.githubusercontent.com/Myriad-Dreamin/typst.ts/main/docs/cookery/guide/env-setup.typ | typst | Apache License 2.0 | #import "/docs/cookery/book.typ": book-page
#show: book-page.with(title: "Environment Setup")
= Environment Setup
Sample page
|
https://github.com/skane88/quarto-engformat | https://raw.githubusercontent.com/skane88/quarto-engformat/main/README.md | markdown | The Unlicense | # Engformat Format
A custom Typst format for writing engineering calculations that export nicely to PDF.
## Installing
```bash
quarto use template skane88/quarto-engformat
```
This will install the format extension and create an example qmd file
that you can use as a starting place for your document.
## Using
To use the template, the following properties need to be filled out in the .yaml metadata at the front of the document:
```YAML
title: Some Calculation # this is the title of the calculation document
format:
engformat-typst:
company: Some Company # The name of your company. Used in the disclaimer
proj_no: 24xxx # the project number, displayed in the header.
calc_no: 24xxx-ST-CAL-0001 # the calculation number, displayed in the header.
proj_title: Some Project # the project number.
client: Some Client # the name of the client, for the header and the disclaimer.
proj_phase: Detailed Design # The project phase, displayed in the header.
# provide logos for the company (top LHS of header) and the client (top RHS)
# Note that using _ in the file names appears to give errors.
logo_company: "logo-company.jpg"
logo_client: "logo-client.jpg"
# provide a list of revisions, in descending order (e.g. add new revisions at the bottom). Each revision field should include:
# rev_no: the revision number
# rev_desc: a description of the revision
# rev_date: the revision date.
# rev_prep: who prepared the document.
# rev_check: who checked the document.
# rev_app: who approved the document.
# Note that only the bottom 3x entries will be displayed in the PDF
revisions:
- rev_no: A
rev_date: 24/04/2024
rev_desc: Preliminary
rev_prep: A. Engineer
rev_check: B. Engineer
rev_app: C. Engineer
- rev_no: B
...
``` |
https://github.com/saurabtharu/CV | https://raw.githubusercontent.com/saurabtharu/CV/main/gallery.typ | typst | #import "lib.typ": *
#table(columns: (3fr, 1fr, 1fr, 2fr), stroke: none, table.header([typst code], [default], [solid], [`fa-icon` with text]),
```typst #fa-0()```, fa-0(), fa-0(solid: true), fa-icon("0"),
```typst #fa-1()```, fa-1(), fa-1(solid: true), fa-icon("1"),
```typst #fa-2()```, fa-2(), fa-2(solid: true), fa-icon("2"),
```typst #fa-3()```, fa-3(), fa-3(solid: true), fa-icon("3"),
```typst #fa-4()```, fa-4(), fa-4(solid: true), fa-icon("4"),
```typst #fa-5()```, fa-5(), fa-5(solid: true), fa-icon("5"),
```typst #fa-6()```, fa-6(), fa-6(solid: true), fa-icon("6"),
```typst #fa-7()```, fa-7(), fa-7(solid: true), fa-icon("7"),
```typst #fa-8()```, fa-8(), fa-8(solid: true), fa-icon("8"),
```typst #fa-9()```, fa-9(), fa-9(solid: true), fa-icon("9"),
```typst #fa-42-group()```, fa-42-group(), fa-42-group(solid: true), fa-icon("42-group"),
```typst #fa-innosoft()```, fa-innosoft(), fa-innosoft(solid: true), fa-icon("innosoft"),
```typst #fa-500px()```, fa-500px(), fa-500px(solid: true), fa-icon("500px"),
```typst #fa-a()```, fa-a(), fa-a(solid: true), fa-icon("a"),
```typst #fa-accessible-icon()```, fa-accessible-icon(), fa-accessible-icon(solid: true), fa-icon("accessible-icon"),
```typst #fa-accusoft()```, fa-accusoft(), fa-accusoft(solid: true), fa-icon("accusoft"),
```typst #fa-address-book()```, fa-address-book(), fa-address-book(solid: true), fa-icon("address-book"),
```typst #fa-contact-book()```, fa-contact-book(), fa-contact-book(solid: true), fa-icon("contact-book"),
```typst #fa-address-card()```, fa-address-card(), fa-address-card(solid: true), fa-icon("address-card"),
```typst #fa-contact-card()```, fa-contact-card(), fa-contact-card(solid: true), fa-icon("contact-card"),
```typst #fa-vcard()```, fa-vcard(), fa-vcard(solid: true), fa-icon("vcard"),
```typst #fa-adn()```, fa-adn(), fa-adn(solid: true), fa-icon("adn"),
```typst #fa-adversal()```, fa-adversal(), fa-adversal(solid: true), fa-icon("adversal"),
```typst #fa-affiliatetheme()```, fa-affiliatetheme(), fa-affiliatetheme(solid: true), fa-icon("affiliatetheme"),
```typst #fa-airbnb()```, fa-airbnb(), fa-airbnb(solid: true), fa-icon("airbnb"),
```typst #fa-algolia()```, fa-algolia(), fa-algolia(solid: true), fa-icon("algolia"),
```typst #fa-align-center()```, fa-align-center(), fa-align-center(solid: true), fa-icon("align-center"),
```typst #fa-align-justify()```, fa-align-justify(), fa-align-justify(solid: true), fa-icon("align-justify"),
```typst #fa-align-left()```, fa-align-left(), fa-align-left(solid: true), fa-icon("align-left"),
```typst #fa-align-right()```, fa-align-right(), fa-align-right(solid: true), fa-icon("align-right"),
```typst #fa-alipay()```, fa-alipay(), fa-alipay(solid: true), fa-icon("alipay"),
```typst #fa-amazon()```, fa-amazon(), fa-amazon(solid: true), fa-icon("amazon"),
```typst #fa-amazon-pay()```, fa-amazon-pay(), fa-amazon-pay(solid: true), fa-icon("amazon-pay"),
```typst #fa-amilia()```, fa-amilia(), fa-amilia(solid: true), fa-icon("amilia"),
```typst #fa-anchor()```, fa-anchor(), fa-anchor(solid: true), fa-icon("anchor"),
```typst #fa-anchor-circle-check()```, fa-anchor-circle-check(), fa-anchor-circle-check(solid: true), fa-icon("anchor-circle-check"),
```typst #fa-anchor-circle-exclamation()```, fa-anchor-circle-exclamation(), fa-anchor-circle-exclamation(solid: true), fa-icon("anchor-circle-exclamation"),
```typst #fa-anchor-circle-xmark()```, fa-anchor-circle-xmark(), fa-anchor-circle-xmark(solid: true), fa-icon("anchor-circle-xmark"),
```typst #fa-anchor-lock()```, fa-anchor-lock(), fa-anchor-lock(solid: true), fa-icon("anchor-lock"),
```typst #fa-android()```, fa-android(), fa-android(solid: true), fa-icon("android"),
```typst #fa-angellist()```, fa-angellist(), fa-angellist(solid: true), fa-icon("angellist"),
```typst #fa-angle-down()```, fa-angle-down(), fa-angle-down(solid: true), fa-icon("angle-down"),
```typst #fa-angle-left()```, fa-angle-left(), fa-angle-left(solid: true), fa-icon("angle-left"),
```typst #fa-angle-right()```, fa-angle-right(), fa-angle-right(solid: true), fa-icon("angle-right"),
```typst #fa-angle-up()```, fa-angle-up(), fa-angle-up(solid: true), fa-icon("angle-up"),
```typst #fa-angles-down()```, fa-angles-down(), fa-angles-down(solid: true), fa-icon("angles-down"),
```typst #fa-angle-double-down()```, fa-angle-double-down(), fa-angle-double-down(solid: true), fa-icon("angle-double-down"),
```typst #fa-angles-left()```, fa-angles-left(), fa-angles-left(solid: true), fa-icon("angles-left"),
```typst #fa-angle-double-left()```, fa-angle-double-left(), fa-angle-double-left(solid: true), fa-icon("angle-double-left"),
```typst #fa-angles-right()```, fa-angles-right(), fa-angles-right(solid: true), fa-icon("angles-right"),
```typst #fa-angle-double-right()```, fa-angle-double-right(), fa-angle-double-right(solid: true), fa-icon("angle-double-right"),
```typst #fa-angles-up()```, fa-angles-up(), fa-angles-up(solid: true), fa-icon("angles-up"),
```typst #fa-angle-double-up()```, fa-angle-double-up(), fa-angle-double-up(solid: true), fa-icon("angle-double-up"),
```typst #fa-angrycreative()```, fa-angrycreative(), fa-angrycreative(solid: true), fa-icon("angrycreative"),
```typst #fa-angular()```, fa-angular(), fa-angular(solid: true), fa-icon("angular"),
```typst #fa-ankh()```, fa-ankh(), fa-ankh(solid: true), fa-icon("ankh"),
```typst #fa-app-store()```, fa-app-store(), fa-app-store(solid: true), fa-icon("app-store"),
```typst #fa-app-store-ios()```, fa-app-store-ios(), fa-app-store-ios(solid: true), fa-icon("app-store-ios"),
```typst #fa-apper()```, fa-apper(), fa-apper(solid: true), fa-icon("apper"),
```typst #fa-apple()```, fa-apple(), fa-apple(solid: true), fa-icon("apple"),
```typst #fa-apple-pay()```, fa-apple-pay(), fa-apple-pay(solid: true), fa-icon("apple-pay"),
```typst #fa-apple-whole()```, fa-apple-whole(), fa-apple-whole(solid: true), fa-icon("apple-whole"),
```typst #fa-apple-alt()```, fa-apple-alt(), fa-apple-alt(solid: true), fa-icon("apple-alt"),
```typst #fa-archway()```, fa-archway(), fa-archway(solid: true), fa-icon("archway"),
```typst #fa-arrow-down()```, fa-arrow-down(), fa-arrow-down(solid: true), fa-icon("arrow-down"),
```typst #fa-arrow-down-1-9()```, fa-arrow-down-1-9(), fa-arrow-down-1-9(solid: true), fa-icon("arrow-down-1-9"),
```typst #fa-sort-numeric-asc()```, fa-sort-numeric-asc(), fa-sort-numeric-asc(solid: true), fa-icon("sort-numeric-asc"),
```typst #fa-sort-numeric-down()```, fa-sort-numeric-down(), fa-sort-numeric-down(solid: true), fa-icon("sort-numeric-down"),
```typst #fa-arrow-down-9-1()```, fa-arrow-down-9-1(), fa-arrow-down-9-1(solid: true), fa-icon("arrow-down-9-1"),
```typst #fa-sort-numeric-desc()```, fa-sort-numeric-desc(), fa-sort-numeric-desc(solid: true), fa-icon("sort-numeric-desc"),
```typst #fa-sort-numeric-down-alt()```, fa-sort-numeric-down-alt(), fa-sort-numeric-down-alt(solid: true), fa-icon("sort-numeric-down-alt"),
```typst #fa-arrow-down-a-z()```, fa-arrow-down-a-z(), fa-arrow-down-a-z(solid: true), fa-icon("arrow-down-a-z"),
```typst #fa-sort-alpha-asc()```, fa-sort-alpha-asc(), fa-sort-alpha-asc(solid: true), fa-icon("sort-alpha-asc"),
```typst #fa-sort-alpha-down()```, fa-sort-alpha-down(), fa-sort-alpha-down(solid: true), fa-icon("sort-alpha-down"),
```typst #fa-arrow-down-long()```, fa-arrow-down-long(), fa-arrow-down-long(solid: true), fa-icon("arrow-down-long"),
```typst #fa-long-arrow-down()```, fa-long-arrow-down(), fa-long-arrow-down(solid: true), fa-icon("long-arrow-down"),
```typst #fa-arrow-down-short-wide()```, fa-arrow-down-short-wide(), fa-arrow-down-short-wide(solid: true), fa-icon("arrow-down-short-wide"),
```typst #fa-sort-amount-desc()```, fa-sort-amount-desc(), fa-sort-amount-desc(solid: true), fa-icon("sort-amount-desc"),
```typst #fa-sort-amount-down-alt()```, fa-sort-amount-down-alt(), fa-sort-amount-down-alt(solid: true), fa-icon("sort-amount-down-alt"),
```typst #fa-arrow-down-up-across-line()```, fa-arrow-down-up-across-line(), fa-arrow-down-up-across-line(solid: true), fa-icon("arrow-down-up-across-line"),
```typst #fa-arrow-down-up-lock()```, fa-arrow-down-up-lock(), fa-arrow-down-up-lock(solid: true), fa-icon("arrow-down-up-lock"),
```typst #fa-arrow-down-wide-short()```, fa-arrow-down-wide-short(), fa-arrow-down-wide-short(solid: true), fa-icon("arrow-down-wide-short"),
```typst #fa-sort-amount-asc()```, fa-sort-amount-asc(), fa-sort-amount-asc(solid: true), fa-icon("sort-amount-asc"),
```typst #fa-sort-amount-down()```, fa-sort-amount-down(), fa-sort-amount-down(solid: true), fa-icon("sort-amount-down"),
```typst #fa-arrow-down-z-a()```, fa-arrow-down-z-a(), fa-arrow-down-z-a(solid: true), fa-icon("arrow-down-z-a"),
```typst #fa-sort-alpha-desc()```, fa-sort-alpha-desc(), fa-sort-alpha-desc(solid: true), fa-icon("sort-alpha-desc"),
```typst #fa-sort-alpha-down-alt()```, fa-sort-alpha-down-alt(), fa-sort-alpha-down-alt(solid: true), fa-icon("sort-alpha-down-alt"),
```typst #fa-arrow-left()```, fa-arrow-left(), fa-arrow-left(solid: true), fa-icon("arrow-left"),
```typst #fa-arrow-left-long()```, fa-arrow-left-long(), fa-arrow-left-long(solid: true), fa-icon("arrow-left-long"),
```typst #fa-long-arrow-left()```, fa-long-arrow-left(), fa-long-arrow-left(solid: true), fa-icon("long-arrow-left"),
```typst #fa-arrow-pointer()```, fa-arrow-pointer(), fa-arrow-pointer(solid: true), fa-icon("arrow-pointer"),
```typst #fa-mouse-pointer()```, fa-mouse-pointer(), fa-mouse-pointer(solid: true), fa-icon("mouse-pointer"),
```typst #fa-arrow-right()```, fa-arrow-right(), fa-arrow-right(solid: true), fa-icon("arrow-right"),
```typst #fa-arrow-right-arrow-left()```, fa-arrow-right-arrow-left(), fa-arrow-right-arrow-left(solid: true), fa-icon("arrow-right-arrow-left"),
```typst #fa-exchange()```, fa-exchange(), fa-exchange(solid: true), fa-icon("exchange"),
```typst #fa-arrow-right-from-bracket()```, fa-arrow-right-from-bracket(), fa-arrow-right-from-bracket(solid: true), fa-icon("arrow-right-from-bracket"),
```typst #fa-sign-out()```, fa-sign-out(), fa-sign-out(solid: true), fa-icon("sign-out"),
```typst #fa-arrow-right-long()```, fa-arrow-right-long(), fa-arrow-right-long(solid: true), fa-icon("arrow-right-long"),
```typst #fa-long-arrow-right()```, fa-long-arrow-right(), fa-long-arrow-right(solid: true), fa-icon("long-arrow-right"),
```typst #fa-arrow-right-to-bracket()```, fa-arrow-right-to-bracket(), fa-arrow-right-to-bracket(solid: true), fa-icon("arrow-right-to-bracket"),
```typst #fa-sign-in()```, fa-sign-in(), fa-sign-in(solid: true), fa-icon("sign-in"),
```typst #fa-arrow-right-to-city()```, fa-arrow-right-to-city(), fa-arrow-right-to-city(solid: true), fa-icon("arrow-right-to-city"),
```typst #fa-arrow-rotate-left()```, fa-arrow-rotate-left(), fa-arrow-rotate-left(solid: true), fa-icon("arrow-rotate-left"),
```typst #fa-arrow-left-rotate()```, fa-arrow-left-rotate(), fa-arrow-left-rotate(solid: true), fa-icon("arrow-left-rotate"),
```typst #fa-arrow-rotate-back()```, fa-arrow-rotate-back(), fa-arrow-rotate-back(solid: true), fa-icon("arrow-rotate-back"),
```typst #fa-arrow-rotate-backward()```, fa-arrow-rotate-backward(), fa-arrow-rotate-backward(solid: true), fa-icon("arrow-rotate-backward"),
```typst #fa-undo()```, fa-undo(), fa-undo(solid: true), fa-icon("undo"),
```typst #fa-arrow-rotate-right()```, fa-arrow-rotate-right(), fa-arrow-rotate-right(solid: true), fa-icon("arrow-rotate-right"),
```typst #fa-arrow-right-rotate()```, fa-arrow-right-rotate(), fa-arrow-right-rotate(solid: true), fa-icon("arrow-right-rotate"),
```typst #fa-arrow-rotate-forward()```, fa-arrow-rotate-forward(), fa-arrow-rotate-forward(solid: true), fa-icon("arrow-rotate-forward"),
```typst #fa-redo()```, fa-redo(), fa-redo(solid: true), fa-icon("redo"),
```typst #fa-arrow-trend-down()```, fa-arrow-trend-down(), fa-arrow-trend-down(solid: true), fa-icon("arrow-trend-down"),
```typst #fa-arrow-trend-up()```, fa-arrow-trend-up(), fa-arrow-trend-up(solid: true), fa-icon("arrow-trend-up"),
```typst #fa-arrow-turn-down()```, fa-arrow-turn-down(), fa-arrow-turn-down(solid: true), fa-icon("arrow-turn-down"),
```typst #fa-level-down()```, fa-level-down(), fa-level-down(solid: true), fa-icon("level-down"),
```typst #fa-arrow-turn-up()```, fa-arrow-turn-up(), fa-arrow-turn-up(solid: true), fa-icon("arrow-turn-up"),
```typst #fa-level-up()```, fa-level-up(), fa-level-up(solid: true), fa-icon("level-up"),
```typst #fa-arrow-up()```, fa-arrow-up(), fa-arrow-up(solid: true), fa-icon("arrow-up"),
```typst #fa-arrow-up-1-9()```, fa-arrow-up-1-9(), fa-arrow-up-1-9(solid: true), fa-icon("arrow-up-1-9"),
```typst #fa-sort-numeric-up()```, fa-sort-numeric-up(), fa-sort-numeric-up(solid: true), fa-icon("sort-numeric-up"),
```typst #fa-arrow-up-9-1()```, fa-arrow-up-9-1(), fa-arrow-up-9-1(solid: true), fa-icon("arrow-up-9-1"),
```typst #fa-sort-numeric-up-alt()```, fa-sort-numeric-up-alt(), fa-sort-numeric-up-alt(solid: true), fa-icon("sort-numeric-up-alt"),
```typst #fa-arrow-up-a-z()```, fa-arrow-up-a-z(), fa-arrow-up-a-z(solid: true), fa-icon("arrow-up-a-z"),
```typst #fa-sort-alpha-up()```, fa-sort-alpha-up(), fa-sort-alpha-up(solid: true), fa-icon("sort-alpha-up"),
```typst #fa-arrow-up-from-bracket()```, fa-arrow-up-from-bracket(), fa-arrow-up-from-bracket(solid: true), fa-icon("arrow-up-from-bracket"),
```typst #fa-arrow-up-from-ground-water()```, fa-arrow-up-from-ground-water(), fa-arrow-up-from-ground-water(solid: true), fa-icon("arrow-up-from-ground-water"),
```typst #fa-arrow-up-from-water-pump()```, fa-arrow-up-from-water-pump(), fa-arrow-up-from-water-pump(solid: true), fa-icon("arrow-up-from-water-pump"),
```typst #fa-arrow-up-long()```, fa-arrow-up-long(), fa-arrow-up-long(solid: true), fa-icon("arrow-up-long"),
```typst #fa-long-arrow-up()```, fa-long-arrow-up(), fa-long-arrow-up(solid: true), fa-icon("long-arrow-up"),
```typst #fa-arrow-up-right-dots()```, fa-arrow-up-right-dots(), fa-arrow-up-right-dots(solid: true), fa-icon("arrow-up-right-dots"),
```typst #fa-arrow-up-right-from-square()```, fa-arrow-up-right-from-square(), fa-arrow-up-right-from-square(solid: true), fa-icon("arrow-up-right-from-square"),
```typst #fa-external-link()```, fa-external-link(), fa-external-link(solid: true), fa-icon("external-link"),
```typst #fa-arrow-up-short-wide()```, fa-arrow-up-short-wide(), fa-arrow-up-short-wide(solid: true), fa-icon("arrow-up-short-wide"),
```typst #fa-sort-amount-up-alt()```, fa-sort-amount-up-alt(), fa-sort-amount-up-alt(solid: true), fa-icon("sort-amount-up-alt"),
```typst #fa-arrow-up-wide-short()```, fa-arrow-up-wide-short(), fa-arrow-up-wide-short(solid: true), fa-icon("arrow-up-wide-short"),
```typst #fa-sort-amount-up()```, fa-sort-amount-up(), fa-sort-amount-up(solid: true), fa-icon("sort-amount-up"),
```typst #fa-arrow-up-z-a()```, fa-arrow-up-z-a(), fa-arrow-up-z-a(solid: true), fa-icon("arrow-up-z-a"),
```typst #fa-sort-alpha-up-alt()```, fa-sort-alpha-up-alt(), fa-sort-alpha-up-alt(solid: true), fa-icon("sort-alpha-up-alt"),
```typst #fa-arrows-down-to-line()```, fa-arrows-down-to-line(), fa-arrows-down-to-line(solid: true), fa-icon("arrows-down-to-line"),
```typst #fa-arrows-down-to-people()```, fa-arrows-down-to-people(), fa-arrows-down-to-people(solid: true), fa-icon("arrows-down-to-people"),
```typst #fa-arrows-left-right()```, fa-arrows-left-right(), fa-arrows-left-right(solid: true), fa-icon("arrows-left-right"),
```typst #fa-arrows-h()```, fa-arrows-h(), fa-arrows-h(solid: true), fa-icon("arrows-h"),
```typst #fa-arrows-left-right-to-line()```, fa-arrows-left-right-to-line(), fa-arrows-left-right-to-line(solid: true), fa-icon("arrows-left-right-to-line"),
```typst #fa-arrows-rotate()```, fa-arrows-rotate(), fa-arrows-rotate(solid: true), fa-icon("arrows-rotate"),
```typst #fa-refresh()```, fa-refresh(), fa-refresh(solid: true), fa-icon("refresh"),
```typst #fa-sync()```, fa-sync(), fa-sync(solid: true), fa-icon("sync"),
```typst #fa-arrows-spin()```, fa-arrows-spin(), fa-arrows-spin(solid: true), fa-icon("arrows-spin"),
```typst #fa-arrows-split-up-and-left()```, fa-arrows-split-up-and-left(), fa-arrows-split-up-and-left(solid: true), fa-icon("arrows-split-up-and-left"),
```typst #fa-arrows-to-circle()```, fa-arrows-to-circle(), fa-arrows-to-circle(solid: true), fa-icon("arrows-to-circle"),
```typst #fa-arrows-to-dot()```, fa-arrows-to-dot(), fa-arrows-to-dot(solid: true), fa-icon("arrows-to-dot"),
```typst #fa-arrows-to-eye()```, fa-arrows-to-eye(), fa-arrows-to-eye(solid: true), fa-icon("arrows-to-eye"),
```typst #fa-arrows-turn-right()```, fa-arrows-turn-right(), fa-arrows-turn-right(solid: true), fa-icon("arrows-turn-right"),
```typst #fa-arrows-turn-to-dots()```, fa-arrows-turn-to-dots(), fa-arrows-turn-to-dots(solid: true), fa-icon("arrows-turn-to-dots"),
```typst #fa-arrows-up-down()```, fa-arrows-up-down(), fa-arrows-up-down(solid: true), fa-icon("arrows-up-down"),
```typst #fa-arrows-v()```, fa-arrows-v(), fa-arrows-v(solid: true), fa-icon("arrows-v"),
```typst #fa-arrows-up-down-left-right()```, fa-arrows-up-down-left-right(), fa-arrows-up-down-left-right(solid: true), fa-icon("arrows-up-down-left-right"),
```typst #fa-arrows()```, fa-arrows(), fa-arrows(solid: true), fa-icon("arrows"),
```typst #fa-arrows-up-to-line()```, fa-arrows-up-to-line(), fa-arrows-up-to-line(solid: true), fa-icon("arrows-up-to-line"),
```typst #fa-artstation()```, fa-artstation(), fa-artstation(solid: true), fa-icon("artstation"),
```typst #fa-asterisk()```, fa-asterisk(), fa-asterisk(solid: true), fa-icon("asterisk"),
```typst #fa-asymmetrik()```, fa-asymmetrik(), fa-asymmetrik(solid: true), fa-icon("asymmetrik"),
```typst #fa-at()```, fa-at(), fa-at(solid: true), fa-icon("at"),
```typst #fa-atlassian()```, fa-atlassian(), fa-atlassian(solid: true), fa-icon("atlassian"),
```typst #fa-atom()```, fa-atom(), fa-atom(solid: true), fa-icon("atom"),
```typst #fa-audible()```, fa-audible(), fa-audible(solid: true), fa-icon("audible"),
```typst #fa-audio-description()```, fa-audio-description(), fa-audio-description(solid: true), fa-icon("audio-description"),
```typst #fa-austral-sign()```, fa-austral-sign(), fa-austral-sign(solid: true), fa-icon("austral-sign"),
```typst #fa-autoprefixer()```, fa-autoprefixer(), fa-autoprefixer(solid: true), fa-icon("autoprefixer"),
```typst #fa-avianex()```, fa-avianex(), fa-avianex(solid: true), fa-icon("avianex"),
```typst #fa-aviato()```, fa-aviato(), fa-aviato(solid: true), fa-icon("aviato"),
```typst #fa-award()```, fa-award(), fa-award(solid: true), fa-icon("award"),
```typst #fa-aws()```, fa-aws(), fa-aws(solid: true), fa-icon("aws"),
```typst #fa-b()```, fa-b(), fa-b(solid: true), fa-icon("b"),
```typst #fa-baby()```, fa-baby(), fa-baby(solid: true), fa-icon("baby"),
```typst #fa-baby-carriage()```, fa-baby-carriage(), fa-baby-carriage(solid: true), fa-icon("baby-carriage"),
```typst #fa-carriage-baby()```, fa-carriage-baby(), fa-carriage-baby(solid: true), fa-icon("carriage-baby"),
```typst #fa-backward()```, fa-backward(), fa-backward(solid: true), fa-icon("backward"),
```typst #fa-backward-fast()```, fa-backward-fast(), fa-backward-fast(solid: true), fa-icon("backward-fast"),
```typst #fa-fast-backward()```, fa-fast-backward(), fa-fast-backward(solid: true), fa-icon("fast-backward"),
```typst #fa-backward-step()```, fa-backward-step(), fa-backward-step(solid: true), fa-icon("backward-step"),
```typst #fa-step-backward()```, fa-step-backward(), fa-step-backward(solid: true), fa-icon("step-backward"),
```typst #fa-bacon()```, fa-bacon(), fa-bacon(solid: true), fa-icon("bacon"),
```typst #fa-bacteria()```, fa-bacteria(), fa-bacteria(solid: true), fa-icon("bacteria"),
```typst #fa-bacterium()```, fa-bacterium(), fa-bacterium(solid: true), fa-icon("bacterium"),
```typst #fa-bag-shopping()```, fa-bag-shopping(), fa-bag-shopping(solid: true), fa-icon("bag-shopping"),
```typst #fa-shopping-bag()```, fa-shopping-bag(), fa-shopping-bag(solid: true), fa-icon("shopping-bag"),
```typst #fa-bahai()```, fa-bahai(), fa-bahai(solid: true), fa-icon("bahai"),
```typst #fa-haykal()```, fa-haykal(), fa-haykal(solid: true), fa-icon("haykal"),
```typst #fa-baht-sign()```, fa-baht-sign(), fa-baht-sign(solid: true), fa-icon("baht-sign"),
```typst #fa-ban()```, fa-ban(), fa-ban(solid: true), fa-icon("ban"),
```typst #fa-cancel()```, fa-cancel(), fa-cancel(solid: true), fa-icon("cancel"),
```typst #fa-ban-smoking()```, fa-ban-smoking(), fa-ban-smoking(solid: true), fa-icon("ban-smoking"),
```typst #fa-smoking-ban()```, fa-smoking-ban(), fa-smoking-ban(solid: true), fa-icon("smoking-ban"),
```typst #fa-bandage()```, fa-bandage(), fa-bandage(solid: true), fa-icon("bandage"),
```typst #fa-band-aid()```, fa-band-aid(), fa-band-aid(solid: true), fa-icon("band-aid"),
```typst #fa-bandcamp()```, fa-bandcamp(), fa-bandcamp(solid: true), fa-icon("bandcamp"),
```typst #fa-bangladeshi-taka-sign()```, fa-bangladeshi-taka-sign(), fa-bangladeshi-taka-sign(solid: true), fa-icon("bangladeshi-taka-sign"),
```typst #fa-barcode()```, fa-barcode(), fa-barcode(solid: true), fa-icon("barcode"),
```typst #fa-bars()```, fa-bars(), fa-bars(solid: true), fa-icon("bars"),
```typst #fa-navicon()```, fa-navicon(), fa-navicon(solid: true), fa-icon("navicon"),
```typst #fa-bars-progress()```, fa-bars-progress(), fa-bars-progress(solid: true), fa-icon("bars-progress"),
```typst #fa-tasks-alt()```, fa-tasks-alt(), fa-tasks-alt(solid: true), fa-icon("tasks-alt"),
```typst #fa-bars-staggered()```, fa-bars-staggered(), fa-bars-staggered(solid: true), fa-icon("bars-staggered"),
```typst #fa-reorder()```, fa-reorder(), fa-reorder(solid: true), fa-icon("reorder"),
```typst #fa-stream()```, fa-stream(), fa-stream(solid: true), fa-icon("stream"),
```typst #fa-baseball()```, fa-baseball(), fa-baseball(solid: true), fa-icon("baseball"),
```typst #fa-baseball-ball()```, fa-baseball-ball(), fa-baseball-ball(solid: true), fa-icon("baseball-ball"),
```typst #fa-baseball-bat-ball()```, fa-baseball-bat-ball(), fa-baseball-bat-ball(solid: true), fa-icon("baseball-bat-ball"),
```typst #fa-basket-shopping()```, fa-basket-shopping(), fa-basket-shopping(solid: true), fa-icon("basket-shopping"),
```typst #fa-shopping-basket()```, fa-shopping-basket(), fa-shopping-basket(solid: true), fa-icon("shopping-basket"),
```typst #fa-basketball()```, fa-basketball(), fa-basketball(solid: true), fa-icon("basketball"),
```typst #fa-basketball-ball()```, fa-basketball-ball(), fa-basketball-ball(solid: true), fa-icon("basketball-ball"),
```typst #fa-bath()```, fa-bath(), fa-bath(solid: true), fa-icon("bath"),
```typst #fa-bathtub()```, fa-bathtub(), fa-bathtub(solid: true), fa-icon("bathtub"),
```typst #fa-battery-empty()```, fa-battery-empty(), fa-battery-empty(solid: true), fa-icon("battery-empty"),
```typst #fa-battery-0()```, fa-battery-0(), fa-battery-0(solid: true), fa-icon("battery-0"),
```typst #fa-battery-full()```, fa-battery-full(), fa-battery-full(solid: true), fa-icon("battery-full"),
```typst #fa-battery()```, fa-battery(), fa-battery(solid: true), fa-icon("battery"),
```typst #fa-battery-5()```, fa-battery-5(), fa-battery-5(solid: true), fa-icon("battery-5"),
```typst #fa-battery-half()```, fa-battery-half(), fa-battery-half(solid: true), fa-icon("battery-half"),
```typst #fa-battery-3()```, fa-battery-3(), fa-battery-3(solid: true), fa-icon("battery-3"),
```typst #fa-battery-quarter()```, fa-battery-quarter(), fa-battery-quarter(solid: true), fa-icon("battery-quarter"),
```typst #fa-battery-2()```, fa-battery-2(), fa-battery-2(solid: true), fa-icon("battery-2"),
```typst #fa-battery-three-quarters()```, fa-battery-three-quarters(), fa-battery-three-quarters(solid: true), fa-icon("battery-three-quarters"),
```typst #fa-battery-4()```, fa-battery-4(), fa-battery-4(solid: true), fa-icon("battery-4"),
```typst #fa-battle-net()```, fa-battle-net(), fa-battle-net(solid: true), fa-icon("battle-net"),
```typst #fa-bed()```, fa-bed(), fa-bed(solid: true), fa-icon("bed"),
```typst #fa-bed-pulse()```, fa-bed-pulse(), fa-bed-pulse(solid: true), fa-icon("bed-pulse"),
```typst #fa-procedures()```, fa-procedures(), fa-procedures(solid: true), fa-icon("procedures"),
```typst #fa-beer-mug-empty()```, fa-beer-mug-empty(), fa-beer-mug-empty(solid: true), fa-icon("beer-mug-empty"),
```typst #fa-beer()```, fa-beer(), fa-beer(solid: true), fa-icon("beer"),
```typst #fa-behance()```, fa-behance(), fa-behance(solid: true), fa-icon("behance"),
```typst #fa-bell()```, fa-bell(), fa-bell(solid: true), fa-icon("bell"),
```typst #fa-bell-concierge()```, fa-bell-concierge(), fa-bell-concierge(solid: true), fa-icon("bell-concierge"),
```typst #fa-concierge-bell()```, fa-concierge-bell(), fa-concierge-bell(solid: true), fa-icon("concierge-bell"),
```typst #fa-bell-slash()```, fa-bell-slash(), fa-bell-slash(solid: true), fa-icon("bell-slash"),
```typst #fa-bezier-curve()```, fa-bezier-curve(), fa-bezier-curve(solid: true), fa-icon("bezier-curve"),
```typst #fa-bicycle()```, fa-bicycle(), fa-bicycle(solid: true), fa-icon("bicycle"),
```typst #fa-bilibili()```, fa-bilibili(), fa-bilibili(solid: true), fa-icon("bilibili"),
```typst #fa-bimobject()```, fa-bimobject(), fa-bimobject(solid: true), fa-icon("bimobject"),
```typst #fa-binoculars()```, fa-binoculars(), fa-binoculars(solid: true), fa-icon("binoculars"),
```typst #fa-biohazard()```, fa-biohazard(), fa-biohazard(solid: true), fa-icon("biohazard"),
```typst #fa-bitbucket()```, fa-bitbucket(), fa-bitbucket(solid: true), fa-icon("bitbucket"),
```typst #fa-bitcoin()```, fa-bitcoin(), fa-bitcoin(solid: true), fa-icon("bitcoin"),
```typst #fa-bitcoin-sign()```, fa-bitcoin-sign(), fa-bitcoin-sign(solid: true), fa-icon("bitcoin-sign"),
```typst #fa-bity()```, fa-bity(), fa-bity(solid: true), fa-icon("bity"),
```typst #fa-black-tie()```, fa-black-tie(), fa-black-tie(solid: true), fa-icon("black-tie"),
```typst #fa-blackberry()```, fa-blackberry(), fa-blackberry(solid: true), fa-icon("blackberry"),
```typst #fa-blender()```, fa-blender(), fa-blender(solid: true), fa-icon("blender"),
```typst #fa-blender-phone()```, fa-blender-phone(), fa-blender-phone(solid: true), fa-icon("blender-phone"),
```typst #fa-blog()```, fa-blog(), fa-blog(solid: true), fa-icon("blog"),
```typst #fa-blogger()```, fa-blogger(), fa-blogger(solid: true), fa-icon("blogger"),
```typst #fa-blogger-b()```, fa-blogger-b(), fa-blogger-b(solid: true), fa-icon("blogger-b"),
```typst #fa-bluesky()```, fa-bluesky(), fa-bluesky(solid: true), fa-icon("bluesky"),
```typst #fa-bluetooth()```, fa-bluetooth(), fa-bluetooth(solid: true), fa-icon("bluetooth"),
```typst #fa-bluetooth-b()```, fa-bluetooth-b(), fa-bluetooth-b(solid: true), fa-icon("bluetooth-b"),
```typst #fa-bold()```, fa-bold(), fa-bold(solid: true), fa-icon("bold"),
```typst #fa-bolt()```, fa-bolt(), fa-bolt(solid: true), fa-icon("bolt"),
```typst #fa-zap()```, fa-zap(), fa-zap(solid: true), fa-icon("zap"),
```typst #fa-bolt-lightning()```, fa-bolt-lightning(), fa-bolt-lightning(solid: true), fa-icon("bolt-lightning"),
```typst #fa-bomb()```, fa-bomb(), fa-bomb(solid: true), fa-icon("bomb"),
```typst #fa-bone()```, fa-bone(), fa-bone(solid: true), fa-icon("bone"),
```typst #fa-bong()```, fa-bong(), fa-bong(solid: true), fa-icon("bong"),
```typst #fa-book()```, fa-book(), fa-book(solid: true), fa-icon("book"),
```typst #fa-book-atlas()```, fa-book-atlas(), fa-book-atlas(solid: true), fa-icon("book-atlas"),
```typst #fa-atlas()```, fa-atlas(), fa-atlas(solid: true), fa-icon("atlas"),
```typst #fa-book-bible()```, fa-book-bible(), fa-book-bible(solid: true), fa-icon("book-bible"),
```typst #fa-bible()```, fa-bible(), fa-bible(solid: true), fa-icon("bible"),
```typst #fa-book-bookmark()```, fa-book-bookmark(), fa-book-bookmark(solid: true), fa-icon("book-bookmark"),
```typst #fa-book-journal-whills()```, fa-book-journal-whills(), fa-book-journal-whills(solid: true), fa-icon("book-journal-whills"),
```typst #fa-journal-whills()```, fa-journal-whills(), fa-journal-whills(solid: true), fa-icon("journal-whills"),
```typst #fa-book-medical()```, fa-book-medical(), fa-book-medical(solid: true), fa-icon("book-medical"),
```typst #fa-book-open()```, fa-book-open(), fa-book-open(solid: true), fa-icon("book-open"),
```typst #fa-book-open-reader()```, fa-book-open-reader(), fa-book-open-reader(solid: true), fa-icon("book-open-reader"),
```typst #fa-book-reader()```, fa-book-reader(), fa-book-reader(solid: true), fa-icon("book-reader"),
```typst #fa-book-quran()```, fa-book-quran(), fa-book-quran(solid: true), fa-icon("book-quran"),
```typst #fa-quran()```, fa-quran(), fa-quran(solid: true), fa-icon("quran"),
```typst #fa-book-skull()```, fa-book-skull(), fa-book-skull(solid: true), fa-icon("book-skull"),
```typst #fa-book-dead()```, fa-book-dead(), fa-book-dead(solid: true), fa-icon("book-dead"),
```typst #fa-book-tanakh()```, fa-book-tanakh(), fa-book-tanakh(solid: true), fa-icon("book-tanakh"),
```typst #fa-tanakh()```, fa-tanakh(), fa-tanakh(solid: true), fa-icon("tanakh"),
```typst #fa-bookmark()```, fa-bookmark(), fa-bookmark(solid: true), fa-icon("bookmark"),
```typst #fa-bootstrap()```, fa-bootstrap(), fa-bootstrap(solid: true), fa-icon("bootstrap"),
```typst #fa-border-all()```, fa-border-all(), fa-border-all(solid: true), fa-icon("border-all"),
```typst #fa-border-none()```, fa-border-none(), fa-border-none(solid: true), fa-icon("border-none"),
```typst #fa-border-top-left()```, fa-border-top-left(), fa-border-top-left(solid: true), fa-icon("border-top-left"),
```typst #fa-border-style()```, fa-border-style(), fa-border-style(solid: true), fa-icon("border-style"),
```typst #fa-bore-hole()```, fa-bore-hole(), fa-bore-hole(solid: true), fa-icon("bore-hole"),
```typst #fa-bots()```, fa-bots(), fa-bots(solid: true), fa-icon("bots"),
```typst #fa-bottle-droplet()```, fa-bottle-droplet(), fa-bottle-droplet(solid: true), fa-icon("bottle-droplet"),
```typst #fa-bottle-water()```, fa-bottle-water(), fa-bottle-water(solid: true), fa-icon("bottle-water"),
```typst #fa-bowl-food()```, fa-bowl-food(), fa-bowl-food(solid: true), fa-icon("bowl-food"),
```typst #fa-bowl-rice()```, fa-bowl-rice(), fa-bowl-rice(solid: true), fa-icon("bowl-rice"),
```typst #fa-bowling-ball()```, fa-bowling-ball(), fa-bowling-ball(solid: true), fa-icon("bowling-ball"),
```typst #fa-box()```, fa-box(), fa-box(solid: true), fa-icon("box"),
```typst #fa-box-archive()```, fa-box-archive(), fa-box-archive(solid: true), fa-icon("box-archive"),
```typst #fa-archive()```, fa-archive(), fa-archive(solid: true), fa-icon("archive"),
```typst #fa-box-open()```, fa-box-open(), fa-box-open(solid: true), fa-icon("box-open"),
```typst #fa-box-tissue()```, fa-box-tissue(), fa-box-tissue(solid: true), fa-icon("box-tissue"),
```typst #fa-boxes-packing()```, fa-boxes-packing(), fa-boxes-packing(solid: true), fa-icon("boxes-packing"),
```typst #fa-boxes-stacked()```, fa-boxes-stacked(), fa-boxes-stacked(solid: true), fa-icon("boxes-stacked"),
```typst #fa-boxes()```, fa-boxes(), fa-boxes(solid: true), fa-icon("boxes"),
```typst #fa-boxes-alt()```, fa-boxes-alt(), fa-boxes-alt(solid: true), fa-icon("boxes-alt"),
```typst #fa-braille()```, fa-braille(), fa-braille(solid: true), fa-icon("braille"),
```typst #fa-brain()```, fa-brain(), fa-brain(solid: true), fa-icon("brain"),
```typst #fa-brave()```, fa-brave(), fa-brave(solid: true), fa-icon("brave"),
```typst #fa-brave-reverse()```, fa-brave-reverse(), fa-brave-reverse(solid: true), fa-icon("brave-reverse"),
```typst #fa-brazilian-real-sign()```, fa-brazilian-real-sign(), fa-brazilian-real-sign(solid: true), fa-icon("brazilian-real-sign"),
```typst #fa-bread-slice()```, fa-bread-slice(), fa-bread-slice(solid: true), fa-icon("bread-slice"),
```typst #fa-bridge()```, fa-bridge(), fa-bridge(solid: true), fa-icon("bridge"),
```typst #fa-bridge-circle-check()```, fa-bridge-circle-check(), fa-bridge-circle-check(solid: true), fa-icon("bridge-circle-check"),
```typst #fa-bridge-circle-exclamation()```, fa-bridge-circle-exclamation(), fa-bridge-circle-exclamation(solid: true), fa-icon("bridge-circle-exclamation"),
```typst #fa-bridge-circle-xmark()```, fa-bridge-circle-xmark(), fa-bridge-circle-xmark(solid: true), fa-icon("bridge-circle-xmark"),
```typst #fa-bridge-lock()```, fa-bridge-lock(), fa-bridge-lock(solid: true), fa-icon("bridge-lock"),
```typst #fa-bridge-water()```, fa-bridge-water(), fa-bridge-water(solid: true), fa-icon("bridge-water"),
```typst #fa-briefcase()```, fa-briefcase(), fa-briefcase(solid: true), fa-icon("briefcase"),
```typst #fa-briefcase-medical()```, fa-briefcase-medical(), fa-briefcase-medical(solid: true), fa-icon("briefcase-medical"),
```typst #fa-broom()```, fa-broom(), fa-broom(solid: true), fa-icon("broom"),
```typst #fa-broom-ball()```, fa-broom-ball(), fa-broom-ball(solid: true), fa-icon("broom-ball"),
```typst #fa-quidditch()```, fa-quidditch(), fa-quidditch(solid: true), fa-icon("quidditch"),
```typst #fa-quidditch-broom-ball()```, fa-quidditch-broom-ball(), fa-quidditch-broom-ball(solid: true), fa-icon("quidditch-broom-ball"),
```typst #fa-brush()```, fa-brush(), fa-brush(solid: true), fa-icon("brush"),
```typst #fa-btc()```, fa-btc(), fa-btc(solid: true), fa-icon("btc"),
```typst #fa-bucket()```, fa-bucket(), fa-bucket(solid: true), fa-icon("bucket"),
```typst #fa-buffer()```, fa-buffer(), fa-buffer(solid: true), fa-icon("buffer"),
```typst #fa-bug()```, fa-bug(), fa-bug(solid: true), fa-icon("bug"),
```typst #fa-bug-slash()```, fa-bug-slash(), fa-bug-slash(solid: true), fa-icon("bug-slash"),
```typst #fa-bugs()```, fa-bugs(), fa-bugs(solid: true), fa-icon("bugs"),
```typst #fa-building()```, fa-building(), fa-building(solid: true), fa-icon("building"),
```typst #fa-building-circle-arrow-right()```, fa-building-circle-arrow-right(), fa-building-circle-arrow-right(solid: true), fa-icon("building-circle-arrow-right"),
```typst #fa-building-circle-check()```, fa-building-circle-check(), fa-building-circle-check(solid: true), fa-icon("building-circle-check"),
```typst #fa-building-circle-exclamation()```, fa-building-circle-exclamation(), fa-building-circle-exclamation(solid: true), fa-icon("building-circle-exclamation"),
```typst #fa-building-circle-xmark()```, fa-building-circle-xmark(), fa-building-circle-xmark(solid: true), fa-icon("building-circle-xmark"),
```typst #fa-building-columns()```, fa-building-columns(), fa-building-columns(solid: true), fa-icon("building-columns"),
```typst #fa-bank()```, fa-bank(), fa-bank(solid: true), fa-icon("bank"),
```typst #fa-institution()```, fa-institution(), fa-institution(solid: true), fa-icon("institution"),
```typst #fa-museum()```, fa-museum(), fa-museum(solid: true), fa-icon("museum"),
```typst #fa-university()```, fa-university(), fa-university(solid: true), fa-icon("university"),
```typst #fa-building-flag()```, fa-building-flag(), fa-building-flag(solid: true), fa-icon("building-flag"),
```typst #fa-building-lock()```, fa-building-lock(), fa-building-lock(solid: true), fa-icon("building-lock"),
```typst #fa-building-ngo()```, fa-building-ngo(), fa-building-ngo(solid: true), fa-icon("building-ngo"),
```typst #fa-building-shield()```, fa-building-shield(), fa-building-shield(solid: true), fa-icon("building-shield"),
```typst #fa-building-un()```, fa-building-un(), fa-building-un(solid: true), fa-icon("building-un"),
```typst #fa-building-user()```, fa-building-user(), fa-building-user(solid: true), fa-icon("building-user"),
```typst #fa-building-wheat()```, fa-building-wheat(), fa-building-wheat(solid: true), fa-icon("building-wheat"),
```typst #fa-bullhorn()```, fa-bullhorn(), fa-bullhorn(solid: true), fa-icon("bullhorn"),
```typst #fa-bullseye()```, fa-bullseye(), fa-bullseye(solid: true), fa-icon("bullseye"),
```typst #fa-burger()```, fa-burger(), fa-burger(solid: true), fa-icon("burger"),
```typst #fa-hamburger()```, fa-hamburger(), fa-hamburger(solid: true), fa-icon("hamburger"),
```typst #fa-buromobelexperte()```, fa-buromobelexperte(), fa-buromobelexperte(solid: true), fa-icon("buromobelexperte"),
```typst #fa-burst()```, fa-burst(), fa-burst(solid: true), fa-icon("burst"),
```typst #fa-bus()```, fa-bus(), fa-bus(solid: true), fa-icon("bus"),
```typst #fa-bus-simple()```, fa-bus-simple(), fa-bus-simple(solid: true), fa-icon("bus-simple"),
```typst #fa-bus-alt()```, fa-bus-alt(), fa-bus-alt(solid: true), fa-icon("bus-alt"),
```typst #fa-business-time()```, fa-business-time(), fa-business-time(solid: true), fa-icon("business-time"),
```typst #fa-briefcase-clock()```, fa-briefcase-clock(), fa-briefcase-clock(solid: true), fa-icon("briefcase-clock"),
```typst #fa-buy-n-large()```, fa-buy-n-large(), fa-buy-n-large(solid: true), fa-icon("buy-n-large"),
```typst #fa-buysellads()```, fa-buysellads(), fa-buysellads(solid: true), fa-icon("buysellads"),
```typst #fa-c()```, fa-c(), fa-c(solid: true), fa-icon("c"),
```typst #fa-cable-car()```, fa-cable-car(), fa-cable-car(solid: true), fa-icon("cable-car"),
```typst #fa-tram()```, fa-tram(), fa-tram(solid: true), fa-icon("tram"),
```typst #fa-cake-candles()```, fa-cake-candles(), fa-cake-candles(solid: true), fa-icon("cake-candles"),
```typst #fa-birthday-cake()```, fa-birthday-cake(), fa-birthday-cake(solid: true), fa-icon("birthday-cake"),
```typst #fa-cake()```, fa-cake(), fa-cake(solid: true), fa-icon("cake"),
```typst #fa-calculator()```, fa-calculator(), fa-calculator(solid: true), fa-icon("calculator"),
```typst #fa-calendar()```, fa-calendar(), fa-calendar(solid: true), fa-icon("calendar"),
```typst #fa-calendar-check()```, fa-calendar-check(), fa-calendar-check(solid: true), fa-icon("calendar-check"),
```typst #fa-calendar-day()```, fa-calendar-day(), fa-calendar-day(solid: true), fa-icon("calendar-day"),
```typst #fa-calendar-days()```, fa-calendar-days(), fa-calendar-days(solid: true), fa-icon("calendar-days"),
```typst #fa-calendar-alt()```, fa-calendar-alt(), fa-calendar-alt(solid: true), fa-icon("calendar-alt"),
```typst #fa-calendar-minus()```, fa-calendar-minus(), fa-calendar-minus(solid: true), fa-icon("calendar-minus"),
```typst #fa-calendar-plus()```, fa-calendar-plus(), fa-calendar-plus(solid: true), fa-icon("calendar-plus"),
```typst #fa-calendar-week()```, fa-calendar-week(), fa-calendar-week(solid: true), fa-icon("calendar-week"),
```typst #fa-calendar-xmark()```, fa-calendar-xmark(), fa-calendar-xmark(solid: true), fa-icon("calendar-xmark"),
```typst #fa-calendar-times()```, fa-calendar-times(), fa-calendar-times(solid: true), fa-icon("calendar-times"),
```typst #fa-camera()```, fa-camera(), fa-camera(solid: true), fa-icon("camera"),
```typst #fa-camera-alt()```, fa-camera-alt(), fa-camera-alt(solid: true), fa-icon("camera-alt"),
```typst #fa-camera-retro()```, fa-camera-retro(), fa-camera-retro(solid: true), fa-icon("camera-retro"),
```typst #fa-camera-rotate()```, fa-camera-rotate(), fa-camera-rotate(solid: true), fa-icon("camera-rotate"),
```typst #fa-campground()```, fa-campground(), fa-campground(solid: true), fa-icon("campground"),
```typst #fa-canadian-maple-leaf()```, fa-canadian-maple-leaf(), fa-canadian-maple-leaf(solid: true), fa-icon("canadian-maple-leaf"),
```typst #fa-candy-cane()```, fa-candy-cane(), fa-candy-cane(solid: true), fa-icon("candy-cane"),
```typst #fa-cannabis()```, fa-cannabis(), fa-cannabis(solid: true), fa-icon("cannabis"),
```typst #fa-capsules()```, fa-capsules(), fa-capsules(solid: true), fa-icon("capsules"),
```typst #fa-car()```, fa-car(), fa-car(solid: true), fa-icon("car"),
```typst #fa-automobile()```, fa-automobile(), fa-automobile(solid: true), fa-icon("automobile"),
```typst #fa-car-battery()```, fa-car-battery(), fa-car-battery(solid: true), fa-icon("car-battery"),
```typst #fa-battery-car()```, fa-battery-car(), fa-battery-car(solid: true), fa-icon("battery-car"),
```typst #fa-car-burst()```, fa-car-burst(), fa-car-burst(solid: true), fa-icon("car-burst"),
```typst #fa-car-crash()```, fa-car-crash(), fa-car-crash(solid: true), fa-icon("car-crash"),
```typst #fa-car-on()```, fa-car-on(), fa-car-on(solid: true), fa-icon("car-on"),
```typst #fa-car-rear()```, fa-car-rear(), fa-car-rear(solid: true), fa-icon("car-rear"),
```typst #fa-car-alt()```, fa-car-alt(), fa-car-alt(solid: true), fa-icon("car-alt"),
```typst #fa-car-side()```, fa-car-side(), fa-car-side(solid: true), fa-icon("car-side"),
```typst #fa-car-tunnel()```, fa-car-tunnel(), fa-car-tunnel(solid: true), fa-icon("car-tunnel"),
```typst #fa-caravan()```, fa-caravan(), fa-caravan(solid: true), fa-icon("caravan"),
```typst #fa-caret-down()```, fa-caret-down(), fa-caret-down(solid: true), fa-icon("caret-down"),
```typst #fa-caret-left()```, fa-caret-left(), fa-caret-left(solid: true), fa-icon("caret-left"),
```typst #fa-caret-right()```, fa-caret-right(), fa-caret-right(solid: true), fa-icon("caret-right"),
```typst #fa-caret-up()```, fa-caret-up(), fa-caret-up(solid: true), fa-icon("caret-up"),
```typst #fa-carrot()```, fa-carrot(), fa-carrot(solid: true), fa-icon("carrot"),
```typst #fa-cart-arrow-down()```, fa-cart-arrow-down(), fa-cart-arrow-down(solid: true), fa-icon("cart-arrow-down"),
```typst #fa-cart-flatbed()```, fa-cart-flatbed(), fa-cart-flatbed(solid: true), fa-icon("cart-flatbed"),
```typst #fa-dolly-flatbed()```, fa-dolly-flatbed(), fa-dolly-flatbed(solid: true), fa-icon("dolly-flatbed"),
```typst #fa-cart-flatbed-suitcase()```, fa-cart-flatbed-suitcase(), fa-cart-flatbed-suitcase(solid: true), fa-icon("cart-flatbed-suitcase"),
```typst #fa-luggage-cart()```, fa-luggage-cart(), fa-luggage-cart(solid: true), fa-icon("luggage-cart"),
```typst #fa-cart-plus()```, fa-cart-plus(), fa-cart-plus(solid: true), fa-icon("cart-plus"),
```typst #fa-cart-shopping()```, fa-cart-shopping(), fa-cart-shopping(solid: true), fa-icon("cart-shopping"),
```typst #fa-shopping-cart()```, fa-shopping-cart(), fa-shopping-cart(solid: true), fa-icon("shopping-cart"),
```typst #fa-cash-register()```, fa-cash-register(), fa-cash-register(solid: true), fa-icon("cash-register"),
```typst #fa-cat()```, fa-cat(), fa-cat(solid: true), fa-icon("cat"),
```typst #fa-cc-amazon-pay()```, fa-cc-amazon-pay(), fa-cc-amazon-pay(solid: true), fa-icon("cc-amazon-pay"),
```typst #fa-cc-amex()```, fa-cc-amex(), fa-cc-amex(solid: true), fa-icon("cc-amex"),
```typst #fa-cc-apple-pay()```, fa-cc-apple-pay(), fa-cc-apple-pay(solid: true), fa-icon("cc-apple-pay"),
```typst #fa-cc-diners-club()```, fa-cc-diners-club(), fa-cc-diners-club(solid: true), fa-icon("cc-diners-club"),
```typst #fa-cc-discover()```, fa-cc-discover(), fa-cc-discover(solid: true), fa-icon("cc-discover"),
```typst #fa-cc-jcb()```, fa-cc-jcb(), fa-cc-jcb(solid: true), fa-icon("cc-jcb"),
```typst #fa-cc-mastercard()```, fa-cc-mastercard(), fa-cc-mastercard(solid: true), fa-icon("cc-mastercard"),
```typst #fa-cc-paypal()```, fa-cc-paypal(), fa-cc-paypal(solid: true), fa-icon("cc-paypal"),
```typst #fa-cc-stripe()```, fa-cc-stripe(), fa-cc-stripe(solid: true), fa-icon("cc-stripe"),
```typst #fa-cc-visa()```, fa-cc-visa(), fa-cc-visa(solid: true), fa-icon("cc-visa"),
```typst #fa-cedi-sign()```, fa-cedi-sign(), fa-cedi-sign(solid: true), fa-icon("cedi-sign"),
```typst #fa-cent-sign()```, fa-cent-sign(), fa-cent-sign(solid: true), fa-icon("cent-sign"),
```typst #fa-centercode()```, fa-centercode(), fa-centercode(solid: true), fa-icon("centercode"),
```typst #fa-centos()```, fa-centos(), fa-centos(solid: true), fa-icon("centos"),
```typst #fa-certificate()```, fa-certificate(), fa-certificate(solid: true), fa-icon("certificate"),
```typst #fa-chair()```, fa-chair(), fa-chair(solid: true), fa-icon("chair"),
```typst #fa-chalkboard()```, fa-chalkboard(), fa-chalkboard(solid: true), fa-icon("chalkboard"),
```typst #fa-blackboard()```, fa-blackboard(), fa-blackboard(solid: true), fa-icon("blackboard"),
```typst #fa-chalkboard-user()```, fa-chalkboard-user(), fa-chalkboard-user(solid: true), fa-icon("chalkboard-user"),
```typst #fa-chalkboard-teacher()```, fa-chalkboard-teacher(), fa-chalkboard-teacher(solid: true), fa-icon("chalkboard-teacher"),
```typst #fa-champagne-glasses()```, fa-champagne-glasses(), fa-champagne-glasses(solid: true), fa-icon("champagne-glasses"),
```typst #fa-glass-cheers()```, fa-glass-cheers(), fa-glass-cheers(solid: true), fa-icon("glass-cheers"),
```typst #fa-charging-station()```, fa-charging-station(), fa-charging-station(solid: true), fa-icon("charging-station"),
```typst #fa-chart-area()```, fa-chart-area(), fa-chart-area(solid: true), fa-icon("chart-area"),
```typst #fa-area-chart()```, fa-area-chart(), fa-area-chart(solid: true), fa-icon("area-chart"),
```typst #fa-chart-bar()```, fa-chart-bar(), fa-chart-bar(solid: true), fa-icon("chart-bar"),
```typst #fa-bar-chart()```, fa-bar-chart(), fa-bar-chart(solid: true), fa-icon("bar-chart"),
```typst #fa-chart-column()```, fa-chart-column(), fa-chart-column(solid: true), fa-icon("chart-column"),
```typst #fa-chart-gantt()```, fa-chart-gantt(), fa-chart-gantt(solid: true), fa-icon("chart-gantt"),
```typst #fa-chart-line()```, fa-chart-line(), fa-chart-line(solid: true), fa-icon("chart-line"),
```typst #fa-line-chart()```, fa-line-chart(), fa-line-chart(solid: true), fa-icon("line-chart"),
```typst #fa-chart-pie()```, fa-chart-pie(), fa-chart-pie(solid: true), fa-icon("chart-pie"),
```typst #fa-pie-chart()```, fa-pie-chart(), fa-pie-chart(solid: true), fa-icon("pie-chart"),
```typst #fa-chart-simple()```, fa-chart-simple(), fa-chart-simple(solid: true), fa-icon("chart-simple"),
```typst #fa-check()```, fa-check(), fa-check(solid: true), fa-icon("check"),
```typst #fa-check-double()```, fa-check-double(), fa-check-double(solid: true), fa-icon("check-double"),
```typst #fa-check-to-slot()```, fa-check-to-slot(), fa-check-to-slot(solid: true), fa-icon("check-to-slot"),
```typst #fa-vote-yea()```, fa-vote-yea(), fa-vote-yea(solid: true), fa-icon("vote-yea"),
```typst #fa-cheese()```, fa-cheese(), fa-cheese(solid: true), fa-icon("cheese"),
```typst #fa-chess()```, fa-chess(), fa-chess(solid: true), fa-icon("chess"),
```typst #fa-chess-bishop()```, fa-chess-bishop(), fa-chess-bishop(solid: true), fa-icon("chess-bishop"),
```typst #fa-chess-board()```, fa-chess-board(), fa-chess-board(solid: true), fa-icon("chess-board"),
```typst #fa-chess-king()```, fa-chess-king(), fa-chess-king(solid: true), fa-icon("chess-king"),
```typst #fa-chess-knight()```, fa-chess-knight(), fa-chess-knight(solid: true), fa-icon("chess-knight"),
```typst #fa-chess-pawn()```, fa-chess-pawn(), fa-chess-pawn(solid: true), fa-icon("chess-pawn"),
```typst #fa-chess-queen()```, fa-chess-queen(), fa-chess-queen(solid: true), fa-icon("chess-queen"),
```typst #fa-chess-rook()```, fa-chess-rook(), fa-chess-rook(solid: true), fa-icon("chess-rook"),
```typst #fa-chevron-down()```, fa-chevron-down(), fa-chevron-down(solid: true), fa-icon("chevron-down"),
```typst #fa-chevron-left()```, fa-chevron-left(), fa-chevron-left(solid: true), fa-icon("chevron-left"),
```typst #fa-chevron-right()```, fa-chevron-right(), fa-chevron-right(solid: true), fa-icon("chevron-right"),
```typst #fa-chevron-up()```, fa-chevron-up(), fa-chevron-up(solid: true), fa-icon("chevron-up"),
```typst #fa-child()```, fa-child(), fa-child(solid: true), fa-icon("child"),
```typst #fa-child-combatant()```, fa-child-combatant(), fa-child-combatant(solid: true), fa-icon("child-combatant"),
```typst #fa-child-rifle()```, fa-child-rifle(), fa-child-rifle(solid: true), fa-icon("child-rifle"),
```typst #fa-child-dress()```, fa-child-dress(), fa-child-dress(solid: true), fa-icon("child-dress"),
```typst #fa-child-reaching()```, fa-child-reaching(), fa-child-reaching(solid: true), fa-icon("child-reaching"),
```typst #fa-children()```, fa-children(), fa-children(solid: true), fa-icon("children"),
```typst #fa-chrome()```, fa-chrome(), fa-chrome(solid: true), fa-icon("chrome"),
```typst #fa-chromecast()```, fa-chromecast(), fa-chromecast(solid: true), fa-icon("chromecast"),
```typst #fa-church()```, fa-church(), fa-church(solid: true), fa-icon("church"),
```typst #fa-circle()```, fa-circle(), fa-circle(solid: true), fa-icon("circle"),
```typst #fa-circle-arrow-down()```, fa-circle-arrow-down(), fa-circle-arrow-down(solid: true), fa-icon("circle-arrow-down"),
```typst #fa-arrow-circle-down()```, fa-arrow-circle-down(), fa-arrow-circle-down(solid: true), fa-icon("arrow-circle-down"),
```typst #fa-circle-arrow-left()```, fa-circle-arrow-left(), fa-circle-arrow-left(solid: true), fa-icon("circle-arrow-left"),
```typst #fa-arrow-circle-left()```, fa-arrow-circle-left(), fa-arrow-circle-left(solid: true), fa-icon("arrow-circle-left"),
```typst #fa-circle-arrow-right()```, fa-circle-arrow-right(), fa-circle-arrow-right(solid: true), fa-icon("circle-arrow-right"),
```typst #fa-arrow-circle-right()```, fa-arrow-circle-right(), fa-arrow-circle-right(solid: true), fa-icon("arrow-circle-right"),
```typst #fa-circle-arrow-up()```, fa-circle-arrow-up(), fa-circle-arrow-up(solid: true), fa-icon("circle-arrow-up"),
```typst #fa-arrow-circle-up()```, fa-arrow-circle-up(), fa-arrow-circle-up(solid: true), fa-icon("arrow-circle-up"),
```typst #fa-circle-check()```, fa-circle-check(), fa-circle-check(solid: true), fa-icon("circle-check"),
```typst #fa-check-circle()```, fa-check-circle(), fa-check-circle(solid: true), fa-icon("check-circle"),
```typst #fa-circle-chevron-down()```, fa-circle-chevron-down(), fa-circle-chevron-down(solid: true), fa-icon("circle-chevron-down"),
```typst #fa-chevron-circle-down()```, fa-chevron-circle-down(), fa-chevron-circle-down(solid: true), fa-icon("chevron-circle-down"),
```typst #fa-circle-chevron-left()```, fa-circle-chevron-left(), fa-circle-chevron-left(solid: true), fa-icon("circle-chevron-left"),
```typst #fa-chevron-circle-left()```, fa-chevron-circle-left(), fa-chevron-circle-left(solid: true), fa-icon("chevron-circle-left"),
```typst #fa-circle-chevron-right()```, fa-circle-chevron-right(), fa-circle-chevron-right(solid: true), fa-icon("circle-chevron-right"),
```typst #fa-chevron-circle-right()```, fa-chevron-circle-right(), fa-chevron-circle-right(solid: true), fa-icon("chevron-circle-right"),
```typst #fa-circle-chevron-up()```, fa-circle-chevron-up(), fa-circle-chevron-up(solid: true), fa-icon("circle-chevron-up"),
```typst #fa-chevron-circle-up()```, fa-chevron-circle-up(), fa-chevron-circle-up(solid: true), fa-icon("chevron-circle-up"),
```typst #fa-circle-dollar-to-slot()```, fa-circle-dollar-to-slot(), fa-circle-dollar-to-slot(solid: true), fa-icon("circle-dollar-to-slot"),
```typst #fa-donate()```, fa-donate(), fa-donate(solid: true), fa-icon("donate"),
```typst #fa-circle-dot()```, fa-circle-dot(), fa-circle-dot(solid: true), fa-icon("circle-dot"),
```typst #fa-dot-circle()```, fa-dot-circle(), fa-dot-circle(solid: true), fa-icon("dot-circle"),
```typst #fa-circle-down()```, fa-circle-down(), fa-circle-down(solid: true), fa-icon("circle-down"),
```typst #fa-arrow-alt-circle-down()```, fa-arrow-alt-circle-down(), fa-arrow-alt-circle-down(solid: true), fa-icon("arrow-alt-circle-down"),
```typst #fa-circle-exclamation()```, fa-circle-exclamation(), fa-circle-exclamation(solid: true), fa-icon("circle-exclamation"),
```typst #fa-exclamation-circle()```, fa-exclamation-circle(), fa-exclamation-circle(solid: true), fa-icon("exclamation-circle"),
```typst #fa-circle-h()```, fa-circle-h(), fa-circle-h(solid: true), fa-icon("circle-h"),
```typst #fa-hospital-symbol()```, fa-hospital-symbol(), fa-hospital-symbol(solid: true), fa-icon("hospital-symbol"),
```typst #fa-circle-half-stroke()```, fa-circle-half-stroke(), fa-circle-half-stroke(solid: true), fa-icon("circle-half-stroke"),
```typst #fa-adjust()```, fa-adjust(), fa-adjust(solid: true), fa-icon("adjust"),
```typst #fa-circle-info()```, fa-circle-info(), fa-circle-info(solid: true), fa-icon("circle-info"),
```typst #fa-info-circle()```, fa-info-circle(), fa-info-circle(solid: true), fa-icon("info-circle"),
```typst #fa-circle-left()```, fa-circle-left(), fa-circle-left(solid: true), fa-icon("circle-left"),
```typst #fa-arrow-alt-circle-left()```, fa-arrow-alt-circle-left(), fa-arrow-alt-circle-left(solid: true), fa-icon("arrow-alt-circle-left"),
```typst #fa-circle-minus()```, fa-circle-minus(), fa-circle-minus(solid: true), fa-icon("circle-minus"),
```typst #fa-minus-circle()```, fa-minus-circle(), fa-minus-circle(solid: true), fa-icon("minus-circle"),
```typst #fa-circle-nodes()```, fa-circle-nodes(), fa-circle-nodes(solid: true), fa-icon("circle-nodes"),
```typst #fa-circle-notch()```, fa-circle-notch(), fa-circle-notch(solid: true), fa-icon("circle-notch"),
```typst #fa-circle-pause()```, fa-circle-pause(), fa-circle-pause(solid: true), fa-icon("circle-pause"),
```typst #fa-pause-circle()```, fa-pause-circle(), fa-pause-circle(solid: true), fa-icon("pause-circle"),
```typst #fa-circle-play()```, fa-circle-play(), fa-circle-play(solid: true), fa-icon("circle-play"),
```typst #fa-play-circle()```, fa-play-circle(), fa-play-circle(solid: true), fa-icon("play-circle"),
```typst #fa-circle-plus()```, fa-circle-plus(), fa-circle-plus(solid: true), fa-icon("circle-plus"),
```typst #fa-plus-circle()```, fa-plus-circle(), fa-plus-circle(solid: true), fa-icon("plus-circle"),
```typst #fa-circle-question()```, fa-circle-question(), fa-circle-question(solid: true), fa-icon("circle-question"),
```typst #fa-question-circle()```, fa-question-circle(), fa-question-circle(solid: true), fa-icon("question-circle"),
```typst #fa-circle-radiation()```, fa-circle-radiation(), fa-circle-radiation(solid: true), fa-icon("circle-radiation"),
```typst #fa-radiation-alt()```, fa-radiation-alt(), fa-radiation-alt(solid: true), fa-icon("radiation-alt"),
```typst #fa-circle-right()```, fa-circle-right(), fa-circle-right(solid: true), fa-icon("circle-right"),
```typst #fa-arrow-alt-circle-right()```, fa-arrow-alt-circle-right(), fa-arrow-alt-circle-right(solid: true), fa-icon("arrow-alt-circle-right"),
```typst #fa-circle-stop()```, fa-circle-stop(), fa-circle-stop(solid: true), fa-icon("circle-stop"),
```typst #fa-stop-circle()```, fa-stop-circle(), fa-stop-circle(solid: true), fa-icon("stop-circle"),
```typst #fa-circle-up()```, fa-circle-up(), fa-circle-up(solid: true), fa-icon("circle-up"),
```typst #fa-arrow-alt-circle-up()```, fa-arrow-alt-circle-up(), fa-arrow-alt-circle-up(solid: true), fa-icon("arrow-alt-circle-up"),
```typst #fa-circle-user()```, fa-circle-user(), fa-circle-user(solid: true), fa-icon("circle-user"),
```typst #fa-user-circle()```, fa-user-circle(), fa-user-circle(solid: true), fa-icon("user-circle"),
```typst #fa-circle-xmark()```, fa-circle-xmark(), fa-circle-xmark(solid: true), fa-icon("circle-xmark"),
```typst #fa-times-circle()```, fa-times-circle(), fa-times-circle(solid: true), fa-icon("times-circle"),
```typst #fa-xmark-circle()```, fa-xmark-circle(), fa-xmark-circle(solid: true), fa-icon("xmark-circle"),
```typst #fa-city()```, fa-city(), fa-city(solid: true), fa-icon("city"),
```typst #fa-clapperboard()```, fa-clapperboard(), fa-clapperboard(solid: true), fa-icon("clapperboard"),
```typst #fa-clipboard()```, fa-clipboard(), fa-clipboard(solid: true), fa-icon("clipboard"),
```typst #fa-clipboard-check()```, fa-clipboard-check(), fa-clipboard-check(solid: true), fa-icon("clipboard-check"),
```typst #fa-clipboard-list()```, fa-clipboard-list(), fa-clipboard-list(solid: true), fa-icon("clipboard-list"),
```typst #fa-clipboard-question()```, fa-clipboard-question(), fa-clipboard-question(solid: true), fa-icon("clipboard-question"),
```typst #fa-clipboard-user()```, fa-clipboard-user(), fa-clipboard-user(solid: true), fa-icon("clipboard-user"),
```typst #fa-clock()```, fa-clock(), fa-clock(solid: true), fa-icon("clock"),
```typst #fa-clock-four()```, fa-clock-four(), fa-clock-four(solid: true), fa-icon("clock-four"),
```typst #fa-clock-rotate-left()```, fa-clock-rotate-left(), fa-clock-rotate-left(solid: true), fa-icon("clock-rotate-left"),
```typst #fa-history()```, fa-history(), fa-history(solid: true), fa-icon("history"),
```typst #fa-clone()```, fa-clone(), fa-clone(solid: true), fa-icon("clone"),
```typst #fa-closed-captioning()```, fa-closed-captioning(), fa-closed-captioning(solid: true), fa-icon("closed-captioning"),
```typst #fa-cloud()```, fa-cloud(), fa-cloud(solid: true), fa-icon("cloud"),
```typst #fa-cloud-arrow-down()```, fa-cloud-arrow-down(), fa-cloud-arrow-down(solid: true), fa-icon("cloud-arrow-down"),
```typst #fa-cloud-download()```, fa-cloud-download(), fa-cloud-download(solid: true), fa-icon("cloud-download"),
```typst #fa-cloud-download-alt()```, fa-cloud-download-alt(), fa-cloud-download-alt(solid: true), fa-icon("cloud-download-alt"),
```typst #fa-cloud-arrow-up()```, fa-cloud-arrow-up(), fa-cloud-arrow-up(solid: true), fa-icon("cloud-arrow-up"),
```typst #fa-cloud-upload()```, fa-cloud-upload(), fa-cloud-upload(solid: true), fa-icon("cloud-upload"),
```typst #fa-cloud-upload-alt()```, fa-cloud-upload-alt(), fa-cloud-upload-alt(solid: true), fa-icon("cloud-upload-alt"),
```typst #fa-cloud-bolt()```, fa-cloud-bolt(), fa-cloud-bolt(solid: true), fa-icon("cloud-bolt"),
```typst #fa-thunderstorm()```, fa-thunderstorm(), fa-thunderstorm(solid: true), fa-icon("thunderstorm"),
```typst #fa-cloud-meatball()```, fa-cloud-meatball(), fa-cloud-meatball(solid: true), fa-icon("cloud-meatball"),
```typst #fa-cloud-moon()```, fa-cloud-moon(), fa-cloud-moon(solid: true), fa-icon("cloud-moon"),
```typst #fa-cloud-moon-rain()```, fa-cloud-moon-rain(), fa-cloud-moon-rain(solid: true), fa-icon("cloud-moon-rain"),
```typst #fa-cloud-rain()```, fa-cloud-rain(), fa-cloud-rain(solid: true), fa-icon("cloud-rain"),
```typst #fa-cloud-showers-heavy()```, fa-cloud-showers-heavy(), fa-cloud-showers-heavy(solid: true), fa-icon("cloud-showers-heavy"),
```typst #fa-cloud-showers-water()```, fa-cloud-showers-water(), fa-cloud-showers-water(solid: true), fa-icon("cloud-showers-water"),
```typst #fa-cloud-sun()```, fa-cloud-sun(), fa-cloud-sun(solid: true), fa-icon("cloud-sun"),
```typst #fa-cloud-sun-rain()```, fa-cloud-sun-rain(), fa-cloud-sun-rain(solid: true), fa-icon("cloud-sun-rain"),
```typst #fa-cloudflare()```, fa-cloudflare(), fa-cloudflare(solid: true), fa-icon("cloudflare"),
```typst #fa-cloudscale()```, fa-cloudscale(), fa-cloudscale(solid: true), fa-icon("cloudscale"),
```typst #fa-cloudsmith()```, fa-cloudsmith(), fa-cloudsmith(solid: true), fa-icon("cloudsmith"),
```typst #fa-cloudversify()```, fa-cloudversify(), fa-cloudversify(solid: true), fa-icon("cloudversify"),
```typst #fa-clover()```, fa-clover(), fa-clover(solid: true), fa-icon("clover"),
```typst #fa-cmplid()```, fa-cmplid(), fa-cmplid(solid: true), fa-icon("cmplid"),
```typst #fa-code()```, fa-code(), fa-code(solid: true), fa-icon("code"),
```typst #fa-code-branch()```, fa-code-branch(), fa-code-branch(solid: true), fa-icon("code-branch"),
```typst #fa-code-commit()```, fa-code-commit(), fa-code-commit(solid: true), fa-icon("code-commit"),
```typst #fa-code-compare()```, fa-code-compare(), fa-code-compare(solid: true), fa-icon("code-compare"),
```typst #fa-code-fork()```, fa-code-fork(), fa-code-fork(solid: true), fa-icon("code-fork"),
```typst #fa-code-merge()```, fa-code-merge(), fa-code-merge(solid: true), fa-icon("code-merge"),
```typst #fa-code-pull-request()```, fa-code-pull-request(), fa-code-pull-request(solid: true), fa-icon("code-pull-request"),
```typst #fa-codepen()```, fa-codepen(), fa-codepen(solid: true), fa-icon("codepen"),
```typst #fa-codiepie()```, fa-codiepie(), fa-codiepie(solid: true), fa-icon("codiepie"),
```typst #fa-coins()```, fa-coins(), fa-coins(solid: true), fa-icon("coins"),
```typst #fa-colon-sign()```, fa-colon-sign(), fa-colon-sign(solid: true), fa-icon("colon-sign"),
```typst #fa-comment()```, fa-comment(), fa-comment(solid: true), fa-icon("comment"),
```typst #fa-comment-dollar()```, fa-comment-dollar(), fa-comment-dollar(solid: true), fa-icon("comment-dollar"),
```typst #fa-comment-dots()```, fa-comment-dots(), fa-comment-dots(solid: true), fa-icon("comment-dots"),
```typst #fa-commenting()```, fa-commenting(), fa-commenting(solid: true), fa-icon("commenting"),
```typst #fa-comment-medical()```, fa-comment-medical(), fa-comment-medical(solid: true), fa-icon("comment-medical"),
```typst #fa-comment-slash()```, fa-comment-slash(), fa-comment-slash(solid: true), fa-icon("comment-slash"),
```typst #fa-comment-sms()```, fa-comment-sms(), fa-comment-sms(solid: true), fa-icon("comment-sms"),
```typst #fa-sms()```, fa-sms(), fa-sms(solid: true), fa-icon("sms"),
```typst #fa-comments()```, fa-comments(), fa-comments(solid: true), fa-icon("comments"),
```typst #fa-comments-dollar()```, fa-comments-dollar(), fa-comments-dollar(solid: true), fa-icon("comments-dollar"),
```typst #fa-compact-disc()```, fa-compact-disc(), fa-compact-disc(solid: true), fa-icon("compact-disc"),
```typst #fa-compass()```, fa-compass(), fa-compass(solid: true), fa-icon("compass"),
```typst #fa-compass-drafting()```, fa-compass-drafting(), fa-compass-drafting(solid: true), fa-icon("compass-drafting"),
```typst #fa-drafting-compass()```, fa-drafting-compass(), fa-drafting-compass(solid: true), fa-icon("drafting-compass"),
```typst #fa-compress()```, fa-compress(), fa-compress(solid: true), fa-icon("compress"),
```typst #fa-computer()```, fa-computer(), fa-computer(solid: true), fa-icon("computer"),
```typst #fa-computer-mouse()```, fa-computer-mouse(), fa-computer-mouse(solid: true), fa-icon("computer-mouse"),
```typst #fa-mouse()```, fa-mouse(), fa-mouse(solid: true), fa-icon("mouse"),
```typst #fa-confluence()```, fa-confluence(), fa-confluence(solid: true), fa-icon("confluence"),
```typst #fa-connectdevelop()```, fa-connectdevelop(), fa-connectdevelop(solid: true), fa-icon("connectdevelop"),
```typst #fa-contao()```, fa-contao(), fa-contao(solid: true), fa-icon("contao"),
```typst #fa-cookie()```, fa-cookie(), fa-cookie(solid: true), fa-icon("cookie"),
```typst #fa-cookie-bite()```, fa-cookie-bite(), fa-cookie-bite(solid: true), fa-icon("cookie-bite"),
```typst #fa-copy()```, fa-copy(), fa-copy(solid: true), fa-icon("copy"),
```typst #fa-copyright()```, fa-copyright(), fa-copyright(solid: true), fa-icon("copyright"),
```typst #fa-cotton-bureau()```, fa-cotton-bureau(), fa-cotton-bureau(solid: true), fa-icon("cotton-bureau"),
```typst #fa-couch()```, fa-couch(), fa-couch(solid: true), fa-icon("couch"),
```typst #fa-cow()```, fa-cow(), fa-cow(solid: true), fa-icon("cow"),
```typst #fa-cpanel()```, fa-cpanel(), fa-cpanel(solid: true), fa-icon("cpanel"),
```typst #fa-creative-commons()```, fa-creative-commons(), fa-creative-commons(solid: true), fa-icon("creative-commons"),
```typst #fa-creative-commons-by()```, fa-creative-commons-by(), fa-creative-commons-by(solid: true), fa-icon("creative-commons-by"),
```typst #fa-creative-commons-nc()```, fa-creative-commons-nc(), fa-creative-commons-nc(solid: true), fa-icon("creative-commons-nc"),
```typst #fa-creative-commons-nc-eu()```, fa-creative-commons-nc-eu(), fa-creative-commons-nc-eu(solid: true), fa-icon("creative-commons-nc-eu"),
```typst #fa-creative-commons-nc-jp()```, fa-creative-commons-nc-jp(), fa-creative-commons-nc-jp(solid: true), fa-icon("creative-commons-nc-jp"),
```typst #fa-creative-commons-nd()```, fa-creative-commons-nd(), fa-creative-commons-nd(solid: true), fa-icon("creative-commons-nd"),
```typst #fa-creative-commons-pd()```, fa-creative-commons-pd(), fa-creative-commons-pd(solid: true), fa-icon("creative-commons-pd"),
```typst #fa-creative-commons-pd-alt()```, fa-creative-commons-pd-alt(), fa-creative-commons-pd-alt(solid: true), fa-icon("creative-commons-pd-alt"),
```typst #fa-creative-commons-remix()```, fa-creative-commons-remix(), fa-creative-commons-remix(solid: true), fa-icon("creative-commons-remix"),
```typst #fa-creative-commons-sa()```, fa-creative-commons-sa(), fa-creative-commons-sa(solid: true), fa-icon("creative-commons-sa"),
```typst #fa-creative-commons-sampling()```, fa-creative-commons-sampling(), fa-creative-commons-sampling(solid: true), fa-icon("creative-commons-sampling"),
```typst #fa-creative-commons-sampling-plus()```, fa-creative-commons-sampling-plus(), fa-creative-commons-sampling-plus(solid: true), fa-icon("creative-commons-sampling-plus"),
```typst #fa-creative-commons-share()```, fa-creative-commons-share(), fa-creative-commons-share(solid: true), fa-icon("creative-commons-share"),
```typst #fa-creative-commons-zero()```, fa-creative-commons-zero(), fa-creative-commons-zero(solid: true), fa-icon("creative-commons-zero"),
```typst #fa-credit-card()```, fa-credit-card(), fa-credit-card(solid: true), fa-icon("credit-card"),
```typst #fa-credit-card-alt()```, fa-credit-card-alt(), fa-credit-card-alt(solid: true), fa-icon("credit-card-alt"),
```typst #fa-critical-role()```, fa-critical-role(), fa-critical-role(solid: true), fa-icon("critical-role"),
```typst #fa-crop()```, fa-crop(), fa-crop(solid: true), fa-icon("crop"),
```typst #fa-crop-simple()```, fa-crop-simple(), fa-crop-simple(solid: true), fa-icon("crop-simple"),
```typst #fa-crop-alt()```, fa-crop-alt(), fa-crop-alt(solid: true), fa-icon("crop-alt"),
```typst #fa-cross()```, fa-cross(), fa-cross(solid: true), fa-icon("cross"),
```typst #fa-crosshairs()```, fa-crosshairs(), fa-crosshairs(solid: true), fa-icon("crosshairs"),
```typst #fa-crow()```, fa-crow(), fa-crow(solid: true), fa-icon("crow"),
```typst #fa-crown()```, fa-crown(), fa-crown(solid: true), fa-icon("crown"),
```typst #fa-crutch()```, fa-crutch(), fa-crutch(solid: true), fa-icon("crutch"),
```typst #fa-cruzeiro-sign()```, fa-cruzeiro-sign(), fa-cruzeiro-sign(solid: true), fa-icon("cruzeiro-sign"),
```typst #fa-css3()```, fa-css3(), fa-css3(solid: true), fa-icon("css3"),
```typst #fa-css3-alt()```, fa-css3-alt(), fa-css3-alt(solid: true), fa-icon("css3-alt"),
```typst #fa-cube()```, fa-cube(), fa-cube(solid: true), fa-icon("cube"),
```typst #fa-cubes()```, fa-cubes(), fa-cubes(solid: true), fa-icon("cubes"),
```typst #fa-cubes-stacked()```, fa-cubes-stacked(), fa-cubes-stacked(solid: true), fa-icon("cubes-stacked"),
```typst #fa-cuttlefish()```, fa-cuttlefish(), fa-cuttlefish(solid: true), fa-icon("cuttlefish"),
```typst #fa-d()```, fa-d(), fa-d(solid: true), fa-icon("d"),
```typst #fa-d-and-d()```, fa-d-and-d(), fa-d-and-d(solid: true), fa-icon("d-and-d"),
```typst #fa-d-and-d-beyond()```, fa-d-and-d-beyond(), fa-d-and-d-beyond(solid: true), fa-icon("d-and-d-beyond"),
```typst #fa-dailymotion()```, fa-dailymotion(), fa-dailymotion(solid: true), fa-icon("dailymotion"),
```typst #fa-dashcube()```, fa-dashcube(), fa-dashcube(solid: true), fa-icon("dashcube"),
```typst #fa-database()```, fa-database(), fa-database(solid: true), fa-icon("database"),
```typst #fa-debian()```, fa-debian(), fa-debian(solid: true), fa-icon("debian"),
```typst #fa-deezer()```, fa-deezer(), fa-deezer(solid: true), fa-icon("deezer"),
```typst #fa-delete-left()```, fa-delete-left(), fa-delete-left(solid: true), fa-icon("delete-left"),
```typst #fa-backspace()```, fa-backspace(), fa-backspace(solid: true), fa-icon("backspace"),
```typst #fa-delicious()```, fa-delicious(), fa-delicious(solid: true), fa-icon("delicious"),
```typst #fa-democrat()```, fa-democrat(), fa-democrat(solid: true), fa-icon("democrat"),
```typst #fa-deploydog()```, fa-deploydog(), fa-deploydog(solid: true), fa-icon("deploydog"),
```typst #fa-deskpro()```, fa-deskpro(), fa-deskpro(solid: true), fa-icon("deskpro"),
```typst #fa-desktop()```, fa-desktop(), fa-desktop(solid: true), fa-icon("desktop"),
```typst #fa-desktop-alt()```, fa-desktop-alt(), fa-desktop-alt(solid: true), fa-icon("desktop-alt"),
```typst #fa-dev()```, fa-dev(), fa-dev(solid: true), fa-icon("dev"),
```typst #fa-deviantart()```, fa-deviantart(), fa-deviantart(solid: true), fa-icon("deviantart"),
```typst #fa-dharmachakra()```, fa-dharmachakra(), fa-dharmachakra(solid: true), fa-icon("dharmachakra"),
```typst #fa-dhl()```, fa-dhl(), fa-dhl(solid: true), fa-icon("dhl"),
```typst #fa-diagram-next()```, fa-diagram-next(), fa-diagram-next(solid: true), fa-icon("diagram-next"),
```typst #fa-diagram-predecessor()```, fa-diagram-predecessor(), fa-diagram-predecessor(solid: true), fa-icon("diagram-predecessor"),
```typst #fa-diagram-project()```, fa-diagram-project(), fa-diagram-project(solid: true), fa-icon("diagram-project"),
```typst #fa-project-diagram()```, fa-project-diagram(), fa-project-diagram(solid: true), fa-icon("project-diagram"),
```typst #fa-diagram-successor()```, fa-diagram-successor(), fa-diagram-successor(solid: true), fa-icon("diagram-successor"),
```typst #fa-diamond()```, fa-diamond(), fa-diamond(solid: true), fa-icon("diamond"),
```typst #fa-diamond-turn-right()```, fa-diamond-turn-right(), fa-diamond-turn-right(solid: true), fa-icon("diamond-turn-right"),
```typst #fa-directions()```, fa-directions(), fa-directions(solid: true), fa-icon("directions"),
```typst #fa-diaspora()```, fa-diaspora(), fa-diaspora(solid: true), fa-icon("diaspora"),
```typst #fa-dice()```, fa-dice(), fa-dice(solid: true), fa-icon("dice"),
```typst #fa-dice-d20()```, fa-dice-d20(), fa-dice-d20(solid: true), fa-icon("dice-d20"),
```typst #fa-dice-d6()```, fa-dice-d6(), fa-dice-d6(solid: true), fa-icon("dice-d6"),
```typst #fa-dice-five()```, fa-dice-five(), fa-dice-five(solid: true), fa-icon("dice-five"),
```typst #fa-dice-four()```, fa-dice-four(), fa-dice-four(solid: true), fa-icon("dice-four"),
```typst #fa-dice-one()```, fa-dice-one(), fa-dice-one(solid: true), fa-icon("dice-one"),
```typst #fa-dice-six()```, fa-dice-six(), fa-dice-six(solid: true), fa-icon("dice-six"),
```typst #fa-dice-three()```, fa-dice-three(), fa-dice-three(solid: true), fa-icon("dice-three"),
```typst #fa-dice-two()```, fa-dice-two(), fa-dice-two(solid: true), fa-icon("dice-two"),
```typst #fa-digg()```, fa-digg(), fa-digg(solid: true), fa-icon("digg"),
```typst #fa-digital-ocean()```, fa-digital-ocean(), fa-digital-ocean(solid: true), fa-icon("digital-ocean"),
```typst #fa-discord()```, fa-discord(), fa-discord(solid: true), fa-icon("discord"),
```typst #fa-discourse()```, fa-discourse(), fa-discourse(solid: true), fa-icon("discourse"),
```typst #fa-disease()```, fa-disease(), fa-disease(solid: true), fa-icon("disease"),
```typst #fa-display()```, fa-display(), fa-display(solid: true), fa-icon("display"),
```typst #fa-divide()```, fa-divide(), fa-divide(solid: true), fa-icon("divide"),
```typst #fa-dna()```, fa-dna(), fa-dna(solid: true), fa-icon("dna"),
```typst #fa-dochub()```, fa-dochub(), fa-dochub(solid: true), fa-icon("dochub"),
```typst #fa-docker()```, fa-docker(), fa-docker(solid: true), fa-icon("docker"),
```typst #fa-dog()```, fa-dog(), fa-dog(solid: true), fa-icon("dog"),
```typst #fa-dollar-sign()```, fa-dollar-sign(), fa-dollar-sign(solid: true), fa-icon("dollar-sign"),
```typst #fa-dollar()```, fa-dollar(), fa-dollar(solid: true), fa-icon("dollar"),
```typst #fa-usd()```, fa-usd(), fa-usd(solid: true), fa-icon("usd"),
```typst #fa-dolly()```, fa-dolly(), fa-dolly(solid: true), fa-icon("dolly"),
```typst #fa-dolly-box()```, fa-dolly-box(), fa-dolly-box(solid: true), fa-icon("dolly-box"),
```typst #fa-dong-sign()```, fa-dong-sign(), fa-dong-sign(solid: true), fa-icon("dong-sign"),
```typst #fa-door-closed()```, fa-door-closed(), fa-door-closed(solid: true), fa-icon("door-closed"),
```typst #fa-door-open()```, fa-door-open(), fa-door-open(solid: true), fa-icon("door-open"),
```typst #fa-dove()```, fa-dove(), fa-dove(solid: true), fa-icon("dove"),
```typst #fa-down-left-and-up-right-to-center()```, fa-down-left-and-up-right-to-center(), fa-down-left-and-up-right-to-center(solid: true), fa-icon("down-left-and-up-right-to-center"),
```typst #fa-compress-alt()```, fa-compress-alt(), fa-compress-alt(solid: true), fa-icon("compress-alt"),
```typst #fa-down-long()```, fa-down-long(), fa-down-long(solid: true), fa-icon("down-long"),
```typst #fa-long-arrow-alt-down()```, fa-long-arrow-alt-down(), fa-long-arrow-alt-down(solid: true), fa-icon("long-arrow-alt-down"),
```typst #fa-download()```, fa-download(), fa-download(solid: true), fa-icon("download"),
```typst #fa-draft2digital()```, fa-draft2digital(), fa-draft2digital(solid: true), fa-icon("draft2digital"),
```typst #fa-dragon()```, fa-dragon(), fa-dragon(solid: true), fa-icon("dragon"),
```typst #fa-draw-polygon()```, fa-draw-polygon(), fa-draw-polygon(solid: true), fa-icon("draw-polygon"),
```typst #fa-dribbble()```, fa-dribbble(), fa-dribbble(solid: true), fa-icon("dribbble"),
```typst #fa-dropbox()```, fa-dropbox(), fa-dropbox(solid: true), fa-icon("dropbox"),
```typst #fa-droplet()```, fa-droplet(), fa-droplet(solid: true), fa-icon("droplet"),
```typst #fa-tint()```, fa-tint(), fa-tint(solid: true), fa-icon("tint"),
```typst #fa-droplet-slash()```, fa-droplet-slash(), fa-droplet-slash(solid: true), fa-icon("droplet-slash"),
```typst #fa-tint-slash()```, fa-tint-slash(), fa-tint-slash(solid: true), fa-icon("tint-slash"),
```typst #fa-drum()```, fa-drum(), fa-drum(solid: true), fa-icon("drum"),
```typst #fa-drum-steelpan()```, fa-drum-steelpan(), fa-drum-steelpan(solid: true), fa-icon("drum-steelpan"),
```typst #fa-drumstick-bite()```, fa-drumstick-bite(), fa-drumstick-bite(solid: true), fa-icon("drumstick-bite"),
```typst #fa-drupal()```, fa-drupal(), fa-drupal(solid: true), fa-icon("drupal"),
```typst #fa-dumbbell()```, fa-dumbbell(), fa-dumbbell(solid: true), fa-icon("dumbbell"),
```typst #fa-dumpster()```, fa-dumpster(), fa-dumpster(solid: true), fa-icon("dumpster"),
```typst #fa-dumpster-fire()```, fa-dumpster-fire(), fa-dumpster-fire(solid: true), fa-icon("dumpster-fire"),
```typst #fa-dungeon()```, fa-dungeon(), fa-dungeon(solid: true), fa-icon("dungeon"),
```typst #fa-dyalog()```, fa-dyalog(), fa-dyalog(solid: true), fa-icon("dyalog"),
```typst #fa-e()```, fa-e(), fa-e(solid: true), fa-icon("e"),
```typst #fa-ear-deaf()```, fa-ear-deaf(), fa-ear-deaf(solid: true), fa-icon("ear-deaf"),
```typst #fa-deaf()```, fa-deaf(), fa-deaf(solid: true), fa-icon("deaf"),
```typst #fa-deafness()```, fa-deafness(), fa-deafness(solid: true), fa-icon("deafness"),
```typst #fa-hard-of-hearing()```, fa-hard-of-hearing(), fa-hard-of-hearing(solid: true), fa-icon("hard-of-hearing"),
```typst #fa-ear-listen()```, fa-ear-listen(), fa-ear-listen(solid: true), fa-icon("ear-listen"),
```typst #fa-assistive-listening-systems()```, fa-assistive-listening-systems(), fa-assistive-listening-systems(solid: true), fa-icon("assistive-listening-systems"),
```typst #fa-earlybirds()```, fa-earlybirds(), fa-earlybirds(solid: true), fa-icon("earlybirds"),
```typst #fa-earth-africa()```, fa-earth-africa(), fa-earth-africa(solid: true), fa-icon("earth-africa"),
```typst #fa-globe-africa()```, fa-globe-africa(), fa-globe-africa(solid: true), fa-icon("globe-africa"),
```typst #fa-earth-americas()```, fa-earth-americas(), fa-earth-americas(solid: true), fa-icon("earth-americas"),
```typst #fa-earth()```, fa-earth(), fa-earth(solid: true), fa-icon("earth"),
```typst #fa-earth-america()```, fa-earth-america(), fa-earth-america(solid: true), fa-icon("earth-america"),
```typst #fa-globe-americas()```, fa-globe-americas(), fa-globe-americas(solid: true), fa-icon("globe-americas"),
```typst #fa-earth-asia()```, fa-earth-asia(), fa-earth-asia(solid: true), fa-icon("earth-asia"),
```typst #fa-globe-asia()```, fa-globe-asia(), fa-globe-asia(solid: true), fa-icon("globe-asia"),
```typst #fa-earth-europe()```, fa-earth-europe(), fa-earth-europe(solid: true), fa-icon("earth-europe"),
```typst #fa-globe-europe()```, fa-globe-europe(), fa-globe-europe(solid: true), fa-icon("globe-europe"),
```typst #fa-earth-oceania()```, fa-earth-oceania(), fa-earth-oceania(solid: true), fa-icon("earth-oceania"),
```typst #fa-globe-oceania()```, fa-globe-oceania(), fa-globe-oceania(solid: true), fa-icon("globe-oceania"),
```typst #fa-ebay()```, fa-ebay(), fa-ebay(solid: true), fa-icon("ebay"),
```typst #fa-edge()```, fa-edge(), fa-edge(solid: true), fa-icon("edge"),
```typst #fa-edge-legacy()```, fa-edge-legacy(), fa-edge-legacy(solid: true), fa-icon("edge-legacy"),
```typst #fa-egg()```, fa-egg(), fa-egg(solid: true), fa-icon("egg"),
```typst #fa-eject()```, fa-eject(), fa-eject(solid: true), fa-icon("eject"),
```typst #fa-elementor()```, fa-elementor(), fa-elementor(solid: true), fa-icon("elementor"),
```typst #fa-elevator()```, fa-elevator(), fa-elevator(solid: true), fa-icon("elevator"),
```typst #fa-ellipsis()```, fa-ellipsis(), fa-ellipsis(solid: true), fa-icon("ellipsis"),
```typst #fa-ellipsis-h()```, fa-ellipsis-h(), fa-ellipsis-h(solid: true), fa-icon("ellipsis-h"),
```typst #fa-ellipsis-vertical()```, fa-ellipsis-vertical(), fa-ellipsis-vertical(solid: true), fa-icon("ellipsis-vertical"),
```typst #fa-ellipsis-v()```, fa-ellipsis-v(), fa-ellipsis-v(solid: true), fa-icon("ellipsis-v"),
```typst #fa-ello()```, fa-ello(), fa-ello(solid: true), fa-icon("ello"),
```typst #fa-ember()```, fa-ember(), fa-ember(solid: true), fa-icon("ember"),
```typst #fa-empire()```, fa-empire(), fa-empire(solid: true), fa-icon("empire"),
```typst #fa-envelope()```, fa-envelope(), fa-envelope(solid: true), fa-icon("envelope"),
```typst #fa-envelope-circle-check()```, fa-envelope-circle-check(), fa-envelope-circle-check(solid: true), fa-icon("envelope-circle-check"),
```typst #fa-envelope-open()```, fa-envelope-open(), fa-envelope-open(solid: true), fa-icon("envelope-open"),
```typst #fa-envelope-open-text()```, fa-envelope-open-text(), fa-envelope-open-text(solid: true), fa-icon("envelope-open-text"),
```typst #fa-envelopes-bulk()```, fa-envelopes-bulk(), fa-envelopes-bulk(solid: true), fa-icon("envelopes-bulk"),
```typst #fa-mail-bulk()```, fa-mail-bulk(), fa-mail-bulk(solid: true), fa-icon("mail-bulk"),
```typst #fa-envira()```, fa-envira(), fa-envira(solid: true), fa-icon("envira"),
```typst #fa-equals()```, fa-equals(), fa-equals(solid: true), fa-icon("equals"),
```typst #fa-eraser()```, fa-eraser(), fa-eraser(solid: true), fa-icon("eraser"),
```typst #fa-erlang()```, fa-erlang(), fa-erlang(solid: true), fa-icon("erlang"),
```typst #fa-ethereum()```, fa-ethereum(), fa-ethereum(solid: true), fa-icon("ethereum"),
```typst #fa-ethernet()```, fa-ethernet(), fa-ethernet(solid: true), fa-icon("ethernet"),
```typst #fa-etsy()```, fa-etsy(), fa-etsy(solid: true), fa-icon("etsy"),
```typst #fa-euro-sign()```, fa-euro-sign(), fa-euro-sign(solid: true), fa-icon("euro-sign"),
```typst #fa-eur()```, fa-eur(), fa-eur(solid: true), fa-icon("eur"),
```typst #fa-euro()```, fa-euro(), fa-euro(solid: true), fa-icon("euro"),
```typst #fa-evernote()```, fa-evernote(), fa-evernote(solid: true), fa-icon("evernote"),
```typst #fa-exclamation()```, fa-exclamation(), fa-exclamation(solid: true), fa-icon("exclamation"),
```typst #fa-expand()```, fa-expand(), fa-expand(solid: true), fa-icon("expand"),
```typst #fa-expeditedssl()```, fa-expeditedssl(), fa-expeditedssl(solid: true), fa-icon("expeditedssl"),
```typst #fa-explosion()```, fa-explosion(), fa-explosion(solid: true), fa-icon("explosion"),
```typst #fa-eye()```, fa-eye(), fa-eye(solid: true), fa-icon("eye"),
```typst #fa-eye-dropper()```, fa-eye-dropper(), fa-eye-dropper(solid: true), fa-icon("eye-dropper"),
```typst #fa-eye-dropper-empty()```, fa-eye-dropper-empty(), fa-eye-dropper-empty(solid: true), fa-icon("eye-dropper-empty"),
```typst #fa-eyedropper()```, fa-eyedropper(), fa-eyedropper(solid: true), fa-icon("eyedropper"),
```typst #fa-eye-low-vision()```, fa-eye-low-vision(), fa-eye-low-vision(solid: true), fa-icon("eye-low-vision"),
```typst #fa-low-vision()```, fa-low-vision(), fa-low-vision(solid: true), fa-icon("low-vision"),
```typst #fa-eye-slash()```, fa-eye-slash(), fa-eye-slash(solid: true), fa-icon("eye-slash"),
```typst #fa-f()```, fa-f(), fa-f(solid: true), fa-icon("f"),
```typst #fa-face-angry()```, fa-face-angry(), fa-face-angry(solid: true), fa-icon("face-angry"),
```typst #fa-angry()```, fa-angry(), fa-angry(solid: true), fa-icon("angry"),
```typst #fa-face-dizzy()```, fa-face-dizzy(), fa-face-dizzy(solid: true), fa-icon("face-dizzy"),
```typst #fa-dizzy()```, fa-dizzy(), fa-dizzy(solid: true), fa-icon("dizzy"),
```typst #fa-face-flushed()```, fa-face-flushed(), fa-face-flushed(solid: true), fa-icon("face-flushed"),
```typst #fa-flushed()```, fa-flushed(), fa-flushed(solid: true), fa-icon("flushed"),
```typst #fa-face-frown()```, fa-face-frown(), fa-face-frown(solid: true), fa-icon("face-frown"),
```typst #fa-frown()```, fa-frown(), fa-frown(solid: true), fa-icon("frown"),
```typst #fa-face-frown-open()```, fa-face-frown-open(), fa-face-frown-open(solid: true), fa-icon("face-frown-open"),
```typst #fa-frown-open()```, fa-frown-open(), fa-frown-open(solid: true), fa-icon("frown-open"),
```typst #fa-face-grimace()```, fa-face-grimace(), fa-face-grimace(solid: true), fa-icon("face-grimace"),
```typst #fa-grimace()```, fa-grimace(), fa-grimace(solid: true), fa-icon("grimace"),
```typst #fa-face-grin()```, fa-face-grin(), fa-face-grin(solid: true), fa-icon("face-grin"),
```typst #fa-grin()```, fa-grin(), fa-grin(solid: true), fa-icon("grin"),
```typst #fa-face-grin-beam()```, fa-face-grin-beam(), fa-face-grin-beam(solid: true), fa-icon("face-grin-beam"),
```typst #fa-grin-beam()```, fa-grin-beam(), fa-grin-beam(solid: true), fa-icon("grin-beam"),
```typst #fa-face-grin-beam-sweat()```, fa-face-grin-beam-sweat(), fa-face-grin-beam-sweat(solid: true), fa-icon("face-grin-beam-sweat"),
```typst #fa-grin-beam-sweat()```, fa-grin-beam-sweat(), fa-grin-beam-sweat(solid: true), fa-icon("grin-beam-sweat"),
```typst #fa-face-grin-hearts()```, fa-face-grin-hearts(), fa-face-grin-hearts(solid: true), fa-icon("face-grin-hearts"),
```typst #fa-grin-hearts()```, fa-grin-hearts(), fa-grin-hearts(solid: true), fa-icon("grin-hearts"),
```typst #fa-face-grin-squint()```, fa-face-grin-squint(), fa-face-grin-squint(solid: true), fa-icon("face-grin-squint"),
```typst #fa-grin-squint()```, fa-grin-squint(), fa-grin-squint(solid: true), fa-icon("grin-squint"),
```typst #fa-face-grin-squint-tears()```, fa-face-grin-squint-tears(), fa-face-grin-squint-tears(solid: true), fa-icon("face-grin-squint-tears"),
```typst #fa-grin-squint-tears()```, fa-grin-squint-tears(), fa-grin-squint-tears(solid: true), fa-icon("grin-squint-tears"),
```typst #fa-face-grin-stars()```, fa-face-grin-stars(), fa-face-grin-stars(solid: true), fa-icon("face-grin-stars"),
```typst #fa-grin-stars()```, fa-grin-stars(), fa-grin-stars(solid: true), fa-icon("grin-stars"),
```typst #fa-face-grin-tears()```, fa-face-grin-tears(), fa-face-grin-tears(solid: true), fa-icon("face-grin-tears"),
```typst #fa-grin-tears()```, fa-grin-tears(), fa-grin-tears(solid: true), fa-icon("grin-tears"),
```typst #fa-face-grin-tongue()```, fa-face-grin-tongue(), fa-face-grin-tongue(solid: true), fa-icon("face-grin-tongue"),
```typst #fa-grin-tongue()```, fa-grin-tongue(), fa-grin-tongue(solid: true), fa-icon("grin-tongue"),
```typst #fa-face-grin-tongue-squint()```, fa-face-grin-tongue-squint(), fa-face-grin-tongue-squint(solid: true), fa-icon("face-grin-tongue-squint"),
```typst #fa-grin-tongue-squint()```, fa-grin-tongue-squint(), fa-grin-tongue-squint(solid: true), fa-icon("grin-tongue-squint"),
```typst #fa-face-grin-tongue-wink()```, fa-face-grin-tongue-wink(), fa-face-grin-tongue-wink(solid: true), fa-icon("face-grin-tongue-wink"),
```typst #fa-grin-tongue-wink()```, fa-grin-tongue-wink(), fa-grin-tongue-wink(solid: true), fa-icon("grin-tongue-wink"),
```typst #fa-face-grin-wide()```, fa-face-grin-wide(), fa-face-grin-wide(solid: true), fa-icon("face-grin-wide"),
```typst #fa-grin-alt()```, fa-grin-alt(), fa-grin-alt(solid: true), fa-icon("grin-alt"),
```typst #fa-face-grin-wink()```, fa-face-grin-wink(), fa-face-grin-wink(solid: true), fa-icon("face-grin-wink"),
```typst #fa-grin-wink()```, fa-grin-wink(), fa-grin-wink(solid: true), fa-icon("grin-wink"),
```typst #fa-face-kiss()```, fa-face-kiss(), fa-face-kiss(solid: true), fa-icon("face-kiss"),
```typst #fa-kiss()```, fa-kiss(), fa-kiss(solid: true), fa-icon("kiss"),
```typst #fa-face-kiss-beam()```, fa-face-kiss-beam(), fa-face-kiss-beam(solid: true), fa-icon("face-kiss-beam"),
```typst #fa-kiss-beam()```, fa-kiss-beam(), fa-kiss-beam(solid: true), fa-icon("kiss-beam"),
```typst #fa-face-kiss-wink-heart()```, fa-face-kiss-wink-heart(), fa-face-kiss-wink-heart(solid: true), fa-icon("face-kiss-wink-heart"),
```typst #fa-kiss-wink-heart()```, fa-kiss-wink-heart(), fa-kiss-wink-heart(solid: true), fa-icon("kiss-wink-heart"),
```typst #fa-face-laugh()```, fa-face-laugh(), fa-face-laugh(solid: true), fa-icon("face-laugh"),
```typst #fa-laugh()```, fa-laugh(), fa-laugh(solid: true), fa-icon("laugh"),
```typst #fa-face-laugh-beam()```, fa-face-laugh-beam(), fa-face-laugh-beam(solid: true), fa-icon("face-laugh-beam"),
```typst #fa-laugh-beam()```, fa-laugh-beam(), fa-laugh-beam(solid: true), fa-icon("laugh-beam"),
```typst #fa-face-laugh-squint()```, fa-face-laugh-squint(), fa-face-laugh-squint(solid: true), fa-icon("face-laugh-squint"),
```typst #fa-laugh-squint()```, fa-laugh-squint(), fa-laugh-squint(solid: true), fa-icon("laugh-squint"),
```typst #fa-face-laugh-wink()```, fa-face-laugh-wink(), fa-face-laugh-wink(solid: true), fa-icon("face-laugh-wink"),
```typst #fa-laugh-wink()```, fa-laugh-wink(), fa-laugh-wink(solid: true), fa-icon("laugh-wink"),
```typst #fa-face-meh()```, fa-face-meh(), fa-face-meh(solid: true), fa-icon("face-meh"),
```typst #fa-meh()```, fa-meh(), fa-meh(solid: true), fa-icon("meh"),
```typst #fa-face-meh-blank()```, fa-face-meh-blank(), fa-face-meh-blank(solid: true), fa-icon("face-meh-blank"),
```typst #fa-meh-blank()```, fa-meh-blank(), fa-meh-blank(solid: true), fa-icon("meh-blank"),
```typst #fa-face-rolling-eyes()```, fa-face-rolling-eyes(), fa-face-rolling-eyes(solid: true), fa-icon("face-rolling-eyes"),
```typst #fa-meh-rolling-eyes()```, fa-meh-rolling-eyes(), fa-meh-rolling-eyes(solid: true), fa-icon("meh-rolling-eyes"),
```typst #fa-face-sad-cry()```, fa-face-sad-cry(), fa-face-sad-cry(solid: true), fa-icon("face-sad-cry"),
```typst #fa-sad-cry()```, fa-sad-cry(), fa-sad-cry(solid: true), fa-icon("sad-cry"),
```typst #fa-face-sad-tear()```, fa-face-sad-tear(), fa-face-sad-tear(solid: true), fa-icon("face-sad-tear"),
```typst #fa-sad-tear()```, fa-sad-tear(), fa-sad-tear(solid: true), fa-icon("sad-tear"),
```typst #fa-face-smile()```, fa-face-smile(), fa-face-smile(solid: true), fa-icon("face-smile"),
```typst #fa-smile()```, fa-smile(), fa-smile(solid: true), fa-icon("smile"),
```typst #fa-face-smile-beam()```, fa-face-smile-beam(), fa-face-smile-beam(solid: true), fa-icon("face-smile-beam"),
```typst #fa-smile-beam()```, fa-smile-beam(), fa-smile-beam(solid: true), fa-icon("smile-beam"),
```typst #fa-face-smile-wink()```, fa-face-smile-wink(), fa-face-smile-wink(solid: true), fa-icon("face-smile-wink"),
```typst #fa-smile-wink()```, fa-smile-wink(), fa-smile-wink(solid: true), fa-icon("smile-wink"),
```typst #fa-face-surprise()```, fa-face-surprise(), fa-face-surprise(solid: true), fa-icon("face-surprise"),
```typst #fa-surprise()```, fa-surprise(), fa-surprise(solid: true), fa-icon("surprise"),
```typst #fa-face-tired()```, fa-face-tired(), fa-face-tired(solid: true), fa-icon("face-tired"),
```typst #fa-tired()```, fa-tired(), fa-tired(solid: true), fa-icon("tired"),
```typst #fa-facebook()```, fa-facebook(), fa-facebook(solid: true), fa-icon("facebook"),
```typst #fa-facebook-f()```, fa-facebook-f(), fa-facebook-f(solid: true), fa-icon("facebook-f"),
```typst #fa-facebook-messenger()```, fa-facebook-messenger(), fa-facebook-messenger(solid: true), fa-icon("facebook-messenger"),
```typst #fa-fan()```, fa-fan(), fa-fan(solid: true), fa-icon("fan"),
```typst #fa-fantasy-flight-games()```, fa-fantasy-flight-games(), fa-fantasy-flight-games(solid: true), fa-icon("fantasy-flight-games"),
```typst #fa-faucet()```, fa-faucet(), fa-faucet(solid: true), fa-icon("faucet"),
```typst #fa-faucet-drip()```, fa-faucet-drip(), fa-faucet-drip(solid: true), fa-icon("faucet-drip"),
```typst #fa-fax()```, fa-fax(), fa-fax(solid: true), fa-icon("fax"),
```typst #fa-feather()```, fa-feather(), fa-feather(solid: true), fa-icon("feather"),
```typst #fa-feather-pointed()```, fa-feather-pointed(), fa-feather-pointed(solid: true), fa-icon("feather-pointed"),
```typst #fa-feather-alt()```, fa-feather-alt(), fa-feather-alt(solid: true), fa-icon("feather-alt"),
```typst #fa-fedex()```, fa-fedex(), fa-fedex(solid: true), fa-icon("fedex"),
```typst #fa-fedora()```, fa-fedora(), fa-fedora(solid: true), fa-icon("fedora"),
```typst #fa-ferry()```, fa-ferry(), fa-ferry(solid: true), fa-icon("ferry"),
```typst #fa-figma()```, fa-figma(), fa-figma(solid: true), fa-icon("figma"),
```typst #fa-file()```, fa-file(), fa-file(solid: true), fa-icon("file"),
```typst #fa-file-arrow-down()```, fa-file-arrow-down(), fa-file-arrow-down(solid: true), fa-icon("file-arrow-down"),
```typst #fa-file-download()```, fa-file-download(), fa-file-download(solid: true), fa-icon("file-download"),
```typst #fa-file-arrow-up()```, fa-file-arrow-up(), fa-file-arrow-up(solid: true), fa-icon("file-arrow-up"),
```typst #fa-file-upload()```, fa-file-upload(), fa-file-upload(solid: true), fa-icon("file-upload"),
```typst #fa-file-audio()```, fa-file-audio(), fa-file-audio(solid: true), fa-icon("file-audio"),
```typst #fa-file-circle-check()```, fa-file-circle-check(), fa-file-circle-check(solid: true), fa-icon("file-circle-check"),
```typst #fa-file-circle-exclamation()```, fa-file-circle-exclamation(), fa-file-circle-exclamation(solid: true), fa-icon("file-circle-exclamation"),
```typst #fa-file-circle-minus()```, fa-file-circle-minus(), fa-file-circle-minus(solid: true), fa-icon("file-circle-minus"),
```typst #fa-file-circle-plus()```, fa-file-circle-plus(), fa-file-circle-plus(solid: true), fa-icon("file-circle-plus"),
```typst #fa-file-circle-question()```, fa-file-circle-question(), fa-file-circle-question(solid: true), fa-icon("file-circle-question"),
```typst #fa-file-circle-xmark()```, fa-file-circle-xmark(), fa-file-circle-xmark(solid: true), fa-icon("file-circle-xmark"),
```typst #fa-file-code()```, fa-file-code(), fa-file-code(solid: true), fa-icon("file-code"),
```typst #fa-file-contract()```, fa-file-contract(), fa-file-contract(solid: true), fa-icon("file-contract"),
```typst #fa-file-csv()```, fa-file-csv(), fa-file-csv(solid: true), fa-icon("file-csv"),
```typst #fa-file-excel()```, fa-file-excel(), fa-file-excel(solid: true), fa-icon("file-excel"),
```typst #fa-file-export()```, fa-file-export(), fa-file-export(solid: true), fa-icon("file-export"),
```typst #fa-arrow-right-from-file()```, fa-arrow-right-from-file(), fa-arrow-right-from-file(solid: true), fa-icon("arrow-right-from-file"),
```typst #fa-file-image()```, fa-file-image(), fa-file-image(solid: true), fa-icon("file-image"),
```typst #fa-file-import()```, fa-file-import(), fa-file-import(solid: true), fa-icon("file-import"),
```typst #fa-arrow-right-to-file()```, fa-arrow-right-to-file(), fa-arrow-right-to-file(solid: true), fa-icon("arrow-right-to-file"),
```typst #fa-file-invoice()```, fa-file-invoice(), fa-file-invoice(solid: true), fa-icon("file-invoice"),
```typst #fa-file-invoice-dollar()```, fa-file-invoice-dollar(), fa-file-invoice-dollar(solid: true), fa-icon("file-invoice-dollar"),
```typst #fa-file-lines()```, fa-file-lines(), fa-file-lines(solid: true), fa-icon("file-lines"),
```typst #fa-file-alt()```, fa-file-alt(), fa-file-alt(solid: true), fa-icon("file-alt"),
```typst #fa-file-text()```, fa-file-text(), fa-file-text(solid: true), fa-icon("file-text"),
```typst #fa-file-medical()```, fa-file-medical(), fa-file-medical(solid: true), fa-icon("file-medical"),
```typst #fa-file-pdf()```, fa-file-pdf(), fa-file-pdf(solid: true), fa-icon("file-pdf"),
```typst #fa-file-pen()```, fa-file-pen(), fa-file-pen(solid: true), fa-icon("file-pen"),
```typst #fa-file-edit()```, fa-file-edit(), fa-file-edit(solid: true), fa-icon("file-edit"),
```typst #fa-file-powerpoint()```, fa-file-powerpoint(), fa-file-powerpoint(solid: true), fa-icon("file-powerpoint"),
```typst #fa-file-prescription()```, fa-file-prescription(), fa-file-prescription(solid: true), fa-icon("file-prescription"),
```typst #fa-file-shield()```, fa-file-shield(), fa-file-shield(solid: true), fa-icon("file-shield"),
```typst #fa-file-signature()```, fa-file-signature(), fa-file-signature(solid: true), fa-icon("file-signature"),
```typst #fa-file-video()```, fa-file-video(), fa-file-video(solid: true), fa-icon("file-video"),
```typst #fa-file-waveform()```, fa-file-waveform(), fa-file-waveform(solid: true), fa-icon("file-waveform"),
```typst #fa-file-medical-alt()```, fa-file-medical-alt(), fa-file-medical-alt(solid: true), fa-icon("file-medical-alt"),
```typst #fa-file-word()```, fa-file-word(), fa-file-word(solid: true), fa-icon("file-word"),
```typst #fa-file-zipper()```, fa-file-zipper(), fa-file-zipper(solid: true), fa-icon("file-zipper"),
```typst #fa-file-archive()```, fa-file-archive(), fa-file-archive(solid: true), fa-icon("file-archive"),
```typst #fa-fill()```, fa-fill(), fa-fill(solid: true), fa-icon("fill"),
```typst #fa-fill-drip()```, fa-fill-drip(), fa-fill-drip(solid: true), fa-icon("fill-drip"),
```typst #fa-film()```, fa-film(), fa-film(solid: true), fa-icon("film"),
```typst #fa-filter()```, fa-filter(), fa-filter(solid: true), fa-icon("filter"),
```typst #fa-filter-circle-dollar()```, fa-filter-circle-dollar(), fa-filter-circle-dollar(solid: true), fa-icon("filter-circle-dollar"),
```typst #fa-funnel-dollar()```, fa-funnel-dollar(), fa-funnel-dollar(solid: true), fa-icon("funnel-dollar"),
```typst #fa-filter-circle-xmark()```, fa-filter-circle-xmark(), fa-filter-circle-xmark(solid: true), fa-icon("filter-circle-xmark"),
```typst #fa-fingerprint()```, fa-fingerprint(), fa-fingerprint(solid: true), fa-icon("fingerprint"),
```typst #fa-fire()```, fa-fire(), fa-fire(solid: true), fa-icon("fire"),
```typst #fa-fire-burner()```, fa-fire-burner(), fa-fire-burner(solid: true), fa-icon("fire-burner"),
```typst #fa-fire-extinguisher()```, fa-fire-extinguisher(), fa-fire-extinguisher(solid: true), fa-icon("fire-extinguisher"),
```typst #fa-fire-flame-curved()```, fa-fire-flame-curved(), fa-fire-flame-curved(solid: true), fa-icon("fire-flame-curved"),
```typst #fa-fire-alt()```, fa-fire-alt(), fa-fire-alt(solid: true), fa-icon("fire-alt"),
```typst #fa-fire-flame-simple()```, fa-fire-flame-simple(), fa-fire-flame-simple(solid: true), fa-icon("fire-flame-simple"),
```typst #fa-burn()```, fa-burn(), fa-burn(solid: true), fa-icon("burn"),
```typst #fa-firefox()```, fa-firefox(), fa-firefox(solid: true), fa-icon("firefox"),
```typst #fa-firefox-browser()```, fa-firefox-browser(), fa-firefox-browser(solid: true), fa-icon("firefox-browser"),
```typst #fa-first-order()```, fa-first-order(), fa-first-order(solid: true), fa-icon("first-order"),
```typst #fa-first-order-alt()```, fa-first-order-alt(), fa-first-order-alt(solid: true), fa-icon("first-order-alt"),
```typst #fa-firstdraft()```, fa-firstdraft(), fa-firstdraft(solid: true), fa-icon("firstdraft"),
```typst #fa-fish()```, fa-fish(), fa-fish(solid: true), fa-icon("fish"),
```typst #fa-fish-fins()```, fa-fish-fins(), fa-fish-fins(solid: true), fa-icon("fish-fins"),
```typst #fa-flag()```, fa-flag(), fa-flag(solid: true), fa-icon("flag"),
```typst #fa-flag-checkered()```, fa-flag-checkered(), fa-flag-checkered(solid: true), fa-icon("flag-checkered"),
```typst #fa-flag-usa()```, fa-flag-usa(), fa-flag-usa(solid: true), fa-icon("flag-usa"),
```typst #fa-flask()```, fa-flask(), fa-flask(solid: true), fa-icon("flask"),
```typst #fa-flask-vial()```, fa-flask-vial(), fa-flask-vial(solid: true), fa-icon("flask-vial"),
```typst #fa-flickr()```, fa-flickr(), fa-flickr(solid: true), fa-icon("flickr"),
```typst #fa-flipboard()```, fa-flipboard(), fa-flipboard(solid: true), fa-icon("flipboard"),
```typst #fa-floppy-disk()```, fa-floppy-disk(), fa-floppy-disk(solid: true), fa-icon("floppy-disk"),
```typst #fa-save()```, fa-save(), fa-save(solid: true), fa-icon("save"),
```typst #fa-florin-sign()```, fa-florin-sign(), fa-florin-sign(solid: true), fa-icon("florin-sign"),
```typst #fa-fly()```, fa-fly(), fa-fly(solid: true), fa-icon("fly"),
```typst #fa-folder()```, fa-folder(), fa-folder(solid: true), fa-icon("folder"),
```typst #fa-folder-blank()```, fa-folder-blank(), fa-folder-blank(solid: true), fa-icon("folder-blank"),
```typst #fa-folder-closed()```, fa-folder-closed(), fa-folder-closed(solid: true), fa-icon("folder-closed"),
```typst #fa-folder-minus()```, fa-folder-minus(), fa-folder-minus(solid: true), fa-icon("folder-minus"),
```typst #fa-folder-open()```, fa-folder-open(), fa-folder-open(solid: true), fa-icon("folder-open"),
```typst #fa-folder-plus()```, fa-folder-plus(), fa-folder-plus(solid: true), fa-icon("folder-plus"),
```typst #fa-folder-tree()```, fa-folder-tree(), fa-folder-tree(solid: true), fa-icon("folder-tree"),
```typst #fa-font()```, fa-font(), fa-font(solid: true), fa-icon("font"),
```typst #fa-font-awesome()```, fa-font-awesome(), fa-font-awesome(solid: true), fa-icon("font-awesome"),
```typst #fa-font-awesome-flag()```, fa-font-awesome-flag(), fa-font-awesome-flag(solid: true), fa-icon("font-awesome-flag"),
```typst #fa-font-awesome-logo-full()```, fa-font-awesome-logo-full(), fa-font-awesome-logo-full(solid: true), fa-icon("font-awesome-logo-full"),
```typst #fa-fonticons()```, fa-fonticons(), fa-fonticons(solid: true), fa-icon("fonticons"),
```typst #fa-fonticons-fi()```, fa-fonticons-fi(), fa-fonticons-fi(solid: true), fa-icon("fonticons-fi"),
```typst #fa-football()```, fa-football(), fa-football(solid: true), fa-icon("football"),
```typst #fa-football-ball()```, fa-football-ball(), fa-football-ball(solid: true), fa-icon("football-ball"),
```typst #fa-fort-awesome()```, fa-fort-awesome(), fa-fort-awesome(solid: true), fa-icon("fort-awesome"),
```typst #fa-fort-awesome-alt()```, fa-fort-awesome-alt(), fa-fort-awesome-alt(solid: true), fa-icon("fort-awesome-alt"),
```typst #fa-forumbee()```, fa-forumbee(), fa-forumbee(solid: true), fa-icon("forumbee"),
```typst #fa-forward()```, fa-forward(), fa-forward(solid: true), fa-icon("forward"),
```typst #fa-forward-fast()```, fa-forward-fast(), fa-forward-fast(solid: true), fa-icon("forward-fast"),
```typst #fa-fast-forward()```, fa-fast-forward(), fa-fast-forward(solid: true), fa-icon("fast-forward"),
```typst #fa-forward-step()```, fa-forward-step(), fa-forward-step(solid: true), fa-icon("forward-step"),
```typst #fa-step-forward()```, fa-step-forward(), fa-step-forward(solid: true), fa-icon("step-forward"),
```typst #fa-foursquare()```, fa-foursquare(), fa-foursquare(solid: true), fa-icon("foursquare"),
```typst #fa-franc-sign()```, fa-franc-sign(), fa-franc-sign(solid: true), fa-icon("franc-sign"),
```typst #fa-free-code-camp()```, fa-free-code-camp(), fa-free-code-camp(solid: true), fa-icon("free-code-camp"),
```typst #fa-freebsd()```, fa-freebsd(), fa-freebsd(solid: true), fa-icon("freebsd"),
```typst #fa-frog()```, fa-frog(), fa-frog(solid: true), fa-icon("frog"),
```typst #fa-fulcrum()```, fa-fulcrum(), fa-fulcrum(solid: true), fa-icon("fulcrum"),
```typst #fa-futbol()```, fa-futbol(), fa-futbol(solid: true), fa-icon("futbol"),
```typst #fa-futbol-ball()```, fa-futbol-ball(), fa-futbol-ball(solid: true), fa-icon("futbol-ball"),
```typst #fa-soccer-ball()```, fa-soccer-ball(), fa-soccer-ball(solid: true), fa-icon("soccer-ball"),
```typst #fa-g()```, fa-g(), fa-g(solid: true), fa-icon("g"),
```typst #fa-galactic-republic()```, fa-galactic-republic(), fa-galactic-republic(solid: true), fa-icon("galactic-republic"),
```typst #fa-galactic-senate()```, fa-galactic-senate(), fa-galactic-senate(solid: true), fa-icon("galactic-senate"),
```typst #fa-gamepad()```, fa-gamepad(), fa-gamepad(solid: true), fa-icon("gamepad"),
```typst #fa-gas-pump()```, fa-gas-pump(), fa-gas-pump(solid: true), fa-icon("gas-pump"),
```typst #fa-gauge()```, fa-gauge(), fa-gauge(solid: true), fa-icon("gauge"),
```typst #fa-dashboard()```, fa-dashboard(), fa-dashboard(solid: true), fa-icon("dashboard"),
```typst #fa-gauge-med()```, fa-gauge-med(), fa-gauge-med(solid: true), fa-icon("gauge-med"),
```typst #fa-tachometer-alt-average()```, fa-tachometer-alt-average(), fa-tachometer-alt-average(solid: true), fa-icon("tachometer-alt-average"),
```typst #fa-gauge-high()```, fa-gauge-high(), fa-gauge-high(solid: true), fa-icon("gauge-high"),
```typst #fa-tachometer-alt()```, fa-tachometer-alt(), fa-tachometer-alt(solid: true), fa-icon("tachometer-alt"),
```typst #fa-tachometer-alt-fast()```, fa-tachometer-alt-fast(), fa-tachometer-alt-fast(solid: true), fa-icon("tachometer-alt-fast"),
```typst #fa-gauge-simple()```, fa-gauge-simple(), fa-gauge-simple(solid: true), fa-icon("gauge-simple"),
```typst #fa-gauge-simple-med()```, fa-gauge-simple-med(), fa-gauge-simple-med(solid: true), fa-icon("gauge-simple-med"),
```typst #fa-tachometer-average()```, fa-tachometer-average(), fa-tachometer-average(solid: true), fa-icon("tachometer-average"),
```typst #fa-gauge-simple-high()```, fa-gauge-simple-high(), fa-gauge-simple-high(solid: true), fa-icon("gauge-simple-high"),
```typst #fa-tachometer()```, fa-tachometer(), fa-tachometer(solid: true), fa-icon("tachometer"),
```typst #fa-tachometer-fast()```, fa-tachometer-fast(), fa-tachometer-fast(solid: true), fa-icon("tachometer-fast"),
```typst #fa-gavel()```, fa-gavel(), fa-gavel(solid: true), fa-icon("gavel"),
```typst #fa-legal()```, fa-legal(), fa-legal(solid: true), fa-icon("legal"),
```typst #fa-gear()```, fa-gear(), fa-gear(solid: true), fa-icon("gear"),
```typst #fa-cog()```, fa-cog(), fa-cog(solid: true), fa-icon("cog"),
```typst #fa-gears()```, fa-gears(), fa-gears(solid: true), fa-icon("gears"),
```typst #fa-cogs()```, fa-cogs(), fa-cogs(solid: true), fa-icon("cogs"),
```typst #fa-gem()```, fa-gem(), fa-gem(solid: true), fa-icon("gem"),
```typst #fa-genderless()```, fa-genderless(), fa-genderless(solid: true), fa-icon("genderless"),
```typst #fa-get-pocket()```, fa-get-pocket(), fa-get-pocket(solid: true), fa-icon("get-pocket"),
```typst #fa-gg()```, fa-gg(), fa-gg(solid: true), fa-icon("gg"),
```typst #fa-gg-circle()```, fa-gg-circle(), fa-gg-circle(solid: true), fa-icon("gg-circle"),
```typst #fa-ghost()```, fa-ghost(), fa-ghost(solid: true), fa-icon("ghost"),
```typst #fa-gift()```, fa-gift(), fa-gift(solid: true), fa-icon("gift"),
```typst #fa-gifts()```, fa-gifts(), fa-gifts(solid: true), fa-icon("gifts"),
```typst #fa-git()```, fa-git(), fa-git(solid: true), fa-icon("git"),
```typst #fa-git-alt()```, fa-git-alt(), fa-git-alt(solid: true), fa-icon("git-alt"),
```typst #fa-github()```, fa-github(), fa-github(solid: true), fa-icon("github"),
```typst #fa-github-alt()```, fa-github-alt(), fa-github-alt(solid: true), fa-icon("github-alt"),
```typst #fa-gitkraken()```, fa-gitkraken(), fa-gitkraken(solid: true), fa-icon("gitkraken"),
```typst #fa-gitlab()```, fa-gitlab(), fa-gitlab(solid: true), fa-icon("gitlab"),
```typst #fa-gitter()```, fa-gitter(), fa-gitter(solid: true), fa-icon("gitter"),
```typst #fa-glass-water()```, fa-glass-water(), fa-glass-water(solid: true), fa-icon("glass-water"),
```typst #fa-glass-water-droplet()```, fa-glass-water-droplet(), fa-glass-water-droplet(solid: true), fa-icon("glass-water-droplet"),
```typst #fa-glasses()```, fa-glasses(), fa-glasses(solid: true), fa-icon("glasses"),
```typst #fa-glide()```, fa-glide(), fa-glide(solid: true), fa-icon("glide"),
```typst #fa-glide-g()```, fa-glide-g(), fa-glide-g(solid: true), fa-icon("glide-g"),
```typst #fa-globe()```, fa-globe(), fa-globe(solid: true), fa-icon("globe"),
```typst #fa-gofore()```, fa-gofore(), fa-gofore(solid: true), fa-icon("gofore"),
```typst #fa-golang()```, fa-golang(), fa-golang(solid: true), fa-icon("golang"),
```typst #fa-golf-ball-tee()```, fa-golf-ball-tee(), fa-golf-ball-tee(solid: true), fa-icon("golf-ball-tee"),
```typst #fa-golf-ball()```, fa-golf-ball(), fa-golf-ball(solid: true), fa-icon("golf-ball"),
```typst #fa-goodreads()```, fa-goodreads(), fa-goodreads(solid: true), fa-icon("goodreads"),
```typst #fa-goodreads-g()```, fa-goodreads-g(), fa-goodreads-g(solid: true), fa-icon("goodreads-g"),
```typst #fa-google()```, fa-google(), fa-google(solid: true), fa-icon("google"),
```typst #fa-google-drive()```, fa-google-drive(), fa-google-drive(solid: true), fa-icon("google-drive"),
```typst #fa-google-pay()```, fa-google-pay(), fa-google-pay(solid: true), fa-icon("google-pay"),
```typst #fa-google-play()```, fa-google-play(), fa-google-play(solid: true), fa-icon("google-play"),
```typst #fa-google-plus()```, fa-google-plus(), fa-google-plus(solid: true), fa-icon("google-plus"),
```typst #fa-google-plus-g()```, fa-google-plus-g(), fa-google-plus-g(solid: true), fa-icon("google-plus-g"),
```typst #fa-google-scholar()```, fa-google-scholar(), fa-google-scholar(solid: true), fa-icon("google-scholar"),
```typst #fa-google-wallet()```, fa-google-wallet(), fa-google-wallet(solid: true), fa-icon("google-wallet"),
```typst #fa-gopuram()```, fa-gopuram(), fa-gopuram(solid: true), fa-icon("gopuram"),
```typst #fa-graduation-cap()```, fa-graduation-cap(), fa-graduation-cap(solid: true), fa-icon("graduation-cap"),
```typst #fa-mortar-board()```, fa-mortar-board(), fa-mortar-board(solid: true), fa-icon("mortar-board"),
```typst #fa-gratipay()```, fa-gratipay(), fa-gratipay(solid: true), fa-icon("gratipay"),
```typst #fa-grav()```, fa-grav(), fa-grav(solid: true), fa-icon("grav"),
```typst #fa-greater-than()```, fa-greater-than(), fa-greater-than(solid: true), fa-icon("greater-than"),
```typst #fa-greater-than-equal()```, fa-greater-than-equal(), fa-greater-than-equal(solid: true), fa-icon("greater-than-equal"),
```typst #fa-grip()```, fa-grip(), fa-grip(solid: true), fa-icon("grip"),
```typst #fa-grip-horizontal()```, fa-grip-horizontal(), fa-grip-horizontal(solid: true), fa-icon("grip-horizontal"),
```typst #fa-grip-lines()```, fa-grip-lines(), fa-grip-lines(solid: true), fa-icon("grip-lines"),
```typst #fa-grip-lines-vertical()```, fa-grip-lines-vertical(), fa-grip-lines-vertical(solid: true), fa-icon("grip-lines-vertical"),
```typst #fa-grip-vertical()```, fa-grip-vertical(), fa-grip-vertical(solid: true), fa-icon("grip-vertical"),
```typst #fa-gripfire()```, fa-gripfire(), fa-gripfire(solid: true), fa-icon("gripfire"),
```typst #fa-group-arrows-rotate()```, fa-group-arrows-rotate(), fa-group-arrows-rotate(solid: true), fa-icon("group-arrows-rotate"),
```typst #fa-grunt()```, fa-grunt(), fa-grunt(solid: true), fa-icon("grunt"),
```typst #fa-guarani-sign()```, fa-guarani-sign(), fa-guarani-sign(solid: true), fa-icon("guarani-sign"),
```typst #fa-guilded()```, fa-guilded(), fa-guilded(solid: true), fa-icon("guilded"),
```typst #fa-guitar()```, fa-guitar(), fa-guitar(solid: true), fa-icon("guitar"),
```typst #fa-gulp()```, fa-gulp(), fa-gulp(solid: true), fa-icon("gulp"),
```typst #fa-gun()```, fa-gun(), fa-gun(solid: true), fa-icon("gun"),
```typst #fa-h()```, fa-h(), fa-h(solid: true), fa-icon("h"),
```typst #fa-hacker-news()```, fa-hacker-news(), fa-hacker-news(solid: true), fa-icon("hacker-news"),
```typst #fa-hackerrank()```, fa-hackerrank(), fa-hackerrank(solid: true), fa-icon("hackerrank"),
```typst #fa-hammer()```, fa-hammer(), fa-hammer(solid: true), fa-icon("hammer"),
```typst #fa-hamsa()```, fa-hamsa(), fa-hamsa(solid: true), fa-icon("hamsa"),
```typst #fa-hand()```, fa-hand(), fa-hand(solid: true), fa-icon("hand"),
```typst #fa-hand-paper()```, fa-hand-paper(), fa-hand-paper(solid: true), fa-icon("hand-paper"),
```typst #fa-hand-back-fist()```, fa-hand-back-fist(), fa-hand-back-fist(solid: true), fa-icon("hand-back-fist"),
```typst #fa-hand-rock()```, fa-hand-rock(), fa-hand-rock(solid: true), fa-icon("hand-rock"),
```typst #fa-hand-dots()```, fa-hand-dots(), fa-hand-dots(solid: true), fa-icon("hand-dots"),
```typst #fa-allergies()```, fa-allergies(), fa-allergies(solid: true), fa-icon("allergies"),
```typst #fa-hand-fist()```, fa-hand-fist(), fa-hand-fist(solid: true), fa-icon("hand-fist"),
```typst #fa-fist-raised()```, fa-fist-raised(), fa-fist-raised(solid: true), fa-icon("fist-raised"),
```typst #fa-hand-holding()```, fa-hand-holding(), fa-hand-holding(solid: true), fa-icon("hand-holding"),
```typst #fa-hand-holding-dollar()```, fa-hand-holding-dollar(), fa-hand-holding-dollar(solid: true), fa-icon("hand-holding-dollar"),
```typst #fa-hand-holding-usd()```, fa-hand-holding-usd(), fa-hand-holding-usd(solid: true), fa-icon("hand-holding-usd"),
```typst #fa-hand-holding-droplet()```, fa-hand-holding-droplet(), fa-hand-holding-droplet(solid: true), fa-icon("hand-holding-droplet"),
```typst #fa-hand-holding-water()```, fa-hand-holding-water(), fa-hand-holding-water(solid: true), fa-icon("hand-holding-water"),
```typst #fa-hand-holding-hand()```, fa-hand-holding-hand(), fa-hand-holding-hand(solid: true), fa-icon("hand-holding-hand"),
```typst #fa-hand-holding-heart()```, fa-hand-holding-heart(), fa-hand-holding-heart(solid: true), fa-icon("hand-holding-heart"),
```typst #fa-hand-holding-medical()```, fa-hand-holding-medical(), fa-hand-holding-medical(solid: true), fa-icon("hand-holding-medical"),
```typst #fa-hand-lizard()```, fa-hand-lizard(), fa-hand-lizard(solid: true), fa-icon("hand-lizard"),
```typst #fa-hand-middle-finger()```, fa-hand-middle-finger(), fa-hand-middle-finger(solid: true), fa-icon("hand-middle-finger"),
```typst #fa-hand-peace()```, fa-hand-peace(), fa-hand-peace(solid: true), fa-icon("hand-peace"),
```typst #fa-hand-point-down()```, fa-hand-point-down(), fa-hand-point-down(solid: true), fa-icon("hand-point-down"),
```typst #fa-hand-point-left()```, fa-hand-point-left(), fa-hand-point-left(solid: true), fa-icon("hand-point-left"),
```typst #fa-hand-point-right()```, fa-hand-point-right(), fa-hand-point-right(solid: true), fa-icon("hand-point-right"),
```typst #fa-hand-point-up()```, fa-hand-point-up(), fa-hand-point-up(solid: true), fa-icon("hand-point-up"),
```typst #fa-hand-pointer()```, fa-hand-pointer(), fa-hand-pointer(solid: true), fa-icon("hand-pointer"),
```typst #fa-hand-scissors()```, fa-hand-scissors(), fa-hand-scissors(solid: true), fa-icon("hand-scissors"),
```typst #fa-hand-sparkles()```, fa-hand-sparkles(), fa-hand-sparkles(solid: true), fa-icon("hand-sparkles"),
```typst #fa-hand-spock()```, fa-hand-spock(), fa-hand-spock(solid: true), fa-icon("hand-spock"),
```typst #fa-handcuffs()```, fa-handcuffs(), fa-handcuffs(solid: true), fa-icon("handcuffs"),
```typst #fa-hands()```, fa-hands(), fa-hands(solid: true), fa-icon("hands"),
```typst #fa-sign-language()```, fa-sign-language(), fa-sign-language(solid: true), fa-icon("sign-language"),
```typst #fa-signing()```, fa-signing(), fa-signing(solid: true), fa-icon("signing"),
```typst #fa-hands-asl-interpreting()```, fa-hands-asl-interpreting(), fa-hands-asl-interpreting(solid: true), fa-icon("hands-asl-interpreting"),
```typst #fa-american-sign-language-interpreting()```, fa-american-sign-language-interpreting(), fa-american-sign-language-interpreting(solid: true), fa-icon("american-sign-language-interpreting"),
```typst #fa-asl-interpreting()```, fa-asl-interpreting(), fa-asl-interpreting(solid: true), fa-icon("asl-interpreting"),
```typst #fa-hands-american-sign-language-interpreting()```, fa-hands-american-sign-language-interpreting(), fa-hands-american-sign-language-interpreting(solid: true), fa-icon("hands-american-sign-language-interpreting"),
```typst #fa-hands-bound()```, fa-hands-bound(), fa-hands-bound(solid: true), fa-icon("hands-bound"),
```typst #fa-hands-bubbles()```, fa-hands-bubbles(), fa-hands-bubbles(solid: true), fa-icon("hands-bubbles"),
```typst #fa-hands-wash()```, fa-hands-wash(), fa-hands-wash(solid: true), fa-icon("hands-wash"),
```typst #fa-hands-clapping()```, fa-hands-clapping(), fa-hands-clapping(solid: true), fa-icon("hands-clapping"),
```typst #fa-hands-holding()```, fa-hands-holding(), fa-hands-holding(solid: true), fa-icon("hands-holding"),
```typst #fa-hands-holding-child()```, fa-hands-holding-child(), fa-hands-holding-child(solid: true), fa-icon("hands-holding-child"),
```typst #fa-hands-holding-circle()```, fa-hands-holding-circle(), fa-hands-holding-circle(solid: true), fa-icon("hands-holding-circle"),
```typst #fa-hands-praying()```, fa-hands-praying(), fa-hands-praying(solid: true), fa-icon("hands-praying"),
```typst #fa-praying-hands()```, fa-praying-hands(), fa-praying-hands(solid: true), fa-icon("praying-hands"),
```typst #fa-handshake()```, fa-handshake(), fa-handshake(solid: true), fa-icon("handshake"),
```typst #fa-handshake-angle()```, fa-handshake-angle(), fa-handshake-angle(solid: true), fa-icon("handshake-angle"),
```typst #fa-hands-helping()```, fa-hands-helping(), fa-hands-helping(solid: true), fa-icon("hands-helping"),
```typst #fa-handshake-simple()```, fa-handshake-simple(), fa-handshake-simple(solid: true), fa-icon("handshake-simple"),
```typst #fa-handshake-alt()```, fa-handshake-alt(), fa-handshake-alt(solid: true), fa-icon("handshake-alt"),
```typst #fa-handshake-simple-slash()```, fa-handshake-simple-slash(), fa-handshake-simple-slash(solid: true), fa-icon("handshake-simple-slash"),
```typst #fa-handshake-alt-slash()```, fa-handshake-alt-slash(), fa-handshake-alt-slash(solid: true), fa-icon("handshake-alt-slash"),
```typst #fa-handshake-slash()```, fa-handshake-slash(), fa-handshake-slash(solid: true), fa-icon("handshake-slash"),
```typst #fa-hanukiah()```, fa-hanukiah(), fa-hanukiah(solid: true), fa-icon("hanukiah"),
```typst #fa-hard-drive()```, fa-hard-drive(), fa-hard-drive(solid: true), fa-icon("hard-drive"),
```typst #fa-hdd()```, fa-hdd(), fa-hdd(solid: true), fa-icon("hdd"),
```typst #fa-hashnode()```, fa-hashnode(), fa-hashnode(solid: true), fa-icon("hashnode"),
```typst #fa-hashtag()```, fa-hashtag(), fa-hashtag(solid: true), fa-icon("hashtag"),
```typst #fa-hat-cowboy()```, fa-hat-cowboy(), fa-hat-cowboy(solid: true), fa-icon("hat-cowboy"),
```typst #fa-hat-cowboy-side()```, fa-hat-cowboy-side(), fa-hat-cowboy-side(solid: true), fa-icon("hat-cowboy-side"),
```typst #fa-hat-wizard()```, fa-hat-wizard(), fa-hat-wizard(solid: true), fa-icon("hat-wizard"),
```typst #fa-head-side-cough()```, fa-head-side-cough(), fa-head-side-cough(solid: true), fa-icon("head-side-cough"),
```typst #fa-head-side-cough-slash()```, fa-head-side-cough-slash(), fa-head-side-cough-slash(solid: true), fa-icon("head-side-cough-slash"),
```typst #fa-head-side-mask()```, fa-head-side-mask(), fa-head-side-mask(solid: true), fa-icon("head-side-mask"),
```typst #fa-head-side-virus()```, fa-head-side-virus(), fa-head-side-virus(solid: true), fa-icon("head-side-virus"),
```typst #fa-heading()```, fa-heading(), fa-heading(solid: true), fa-icon("heading"),
```typst #fa-header()```, fa-header(), fa-header(solid: true), fa-icon("header"),
```typst #fa-headphones()```, fa-headphones(), fa-headphones(solid: true), fa-icon("headphones"),
```typst #fa-headphones-simple()```, fa-headphones-simple(), fa-headphones-simple(solid: true), fa-icon("headphones-simple"),
```typst #fa-headphones-alt()```, fa-headphones-alt(), fa-headphones-alt(solid: true), fa-icon("headphones-alt"),
```typst #fa-headset()```, fa-headset(), fa-headset(solid: true), fa-icon("headset"),
```typst #fa-heart()```, fa-heart(), fa-heart(solid: true), fa-icon("heart"),
```typst #fa-heart-circle-bolt()```, fa-heart-circle-bolt(), fa-heart-circle-bolt(solid: true), fa-icon("heart-circle-bolt"),
```typst #fa-heart-circle-check()```, fa-heart-circle-check(), fa-heart-circle-check(solid: true), fa-icon("heart-circle-check"),
```typst #fa-heart-circle-exclamation()```, fa-heart-circle-exclamation(), fa-heart-circle-exclamation(solid: true), fa-icon("heart-circle-exclamation"),
```typst #fa-heart-circle-minus()```, fa-heart-circle-minus(), fa-heart-circle-minus(solid: true), fa-icon("heart-circle-minus"),
```typst #fa-heart-circle-plus()```, fa-heart-circle-plus(), fa-heart-circle-plus(solid: true), fa-icon("heart-circle-plus"),
```typst #fa-heart-circle-xmark()```, fa-heart-circle-xmark(), fa-heart-circle-xmark(solid: true), fa-icon("heart-circle-xmark"),
```typst #fa-heart-crack()```, fa-heart-crack(), fa-heart-crack(solid: true), fa-icon("heart-crack"),
```typst #fa-heart-broken()```, fa-heart-broken(), fa-heart-broken(solid: true), fa-icon("heart-broken"),
```typst #fa-heart-pulse()```, fa-heart-pulse(), fa-heart-pulse(solid: true), fa-icon("heart-pulse"),
```typst #fa-heartbeat()```, fa-heartbeat(), fa-heartbeat(solid: true), fa-icon("heartbeat"),
```typst #fa-helicopter()```, fa-helicopter(), fa-helicopter(solid: true), fa-icon("helicopter"),
```typst #fa-helicopter-symbol()```, fa-helicopter-symbol(), fa-helicopter-symbol(solid: true), fa-icon("helicopter-symbol"),
```typst #fa-helmet-safety()```, fa-helmet-safety(), fa-helmet-safety(solid: true), fa-icon("helmet-safety"),
```typst #fa-hard-hat()```, fa-hard-hat(), fa-hard-hat(solid: true), fa-icon("hard-hat"),
```typst #fa-hat-hard()```, fa-hat-hard(), fa-hat-hard(solid: true), fa-icon("hat-hard"),
```typst #fa-helmet-un()```, fa-helmet-un(), fa-helmet-un(solid: true), fa-icon("helmet-un"),
```typst #fa-highlighter()```, fa-highlighter(), fa-highlighter(solid: true), fa-icon("highlighter"),
```typst #fa-hill-avalanche()```, fa-hill-avalanche(), fa-hill-avalanche(solid: true), fa-icon("hill-avalanche"),
```typst #fa-hill-rockslide()```, fa-hill-rockslide(), fa-hill-rockslide(solid: true), fa-icon("hill-rockslide"),
```typst #fa-hippo()```, fa-hippo(), fa-hippo(solid: true), fa-icon("hippo"),
```typst #fa-hips()```, fa-hips(), fa-hips(solid: true), fa-icon("hips"),
```typst #fa-hire-a-helper()```, fa-hire-a-helper(), fa-hire-a-helper(solid: true), fa-icon("hire-a-helper"),
```typst #fa-hive()```, fa-hive(), fa-hive(solid: true), fa-icon("hive"),
```typst #fa-hockey-puck()```, fa-hockey-puck(), fa-hockey-puck(solid: true), fa-icon("hockey-puck"),
```typst #fa-holly-berry()```, fa-holly-berry(), fa-holly-berry(solid: true), fa-icon("holly-berry"),
```typst #fa-hooli()```, fa-hooli(), fa-hooli(solid: true), fa-icon("hooli"),
```typst #fa-hornbill()```, fa-hornbill(), fa-hornbill(solid: true), fa-icon("hornbill"),
```typst #fa-horse()```, fa-horse(), fa-horse(solid: true), fa-icon("horse"),
```typst #fa-horse-head()```, fa-horse-head(), fa-horse-head(solid: true), fa-icon("horse-head"),
```typst #fa-hospital()```, fa-hospital(), fa-hospital(solid: true), fa-icon("hospital"),
```typst #fa-hospital-alt()```, fa-hospital-alt(), fa-hospital-alt(solid: true), fa-icon("hospital-alt"),
```typst #fa-hospital-wide()```, fa-hospital-wide(), fa-hospital-wide(solid: true), fa-icon("hospital-wide"),
```typst #fa-hospital-user()```, fa-hospital-user(), fa-hospital-user(solid: true), fa-icon("hospital-user"),
```typst #fa-hot-tub-person()```, fa-hot-tub-person(), fa-hot-tub-person(solid: true), fa-icon("hot-tub-person"),
```typst #fa-hot-tub()```, fa-hot-tub(), fa-hot-tub(solid: true), fa-icon("hot-tub"),
```typst #fa-hotdog()```, fa-hotdog(), fa-hotdog(solid: true), fa-icon("hotdog"),
```typst #fa-hotel()```, fa-hotel(), fa-hotel(solid: true), fa-icon("hotel"),
```typst #fa-hotjar()```, fa-hotjar(), fa-hotjar(solid: true), fa-icon("hotjar"),
```typst #fa-hourglass()```, fa-hourglass(), fa-hourglass(solid: true), fa-icon("hourglass"),
```typst #fa-hourglass-empty()```, fa-hourglass-empty(), fa-hourglass-empty(solid: true), fa-icon("hourglass-empty"),
```typst #fa-hourglass-end()```, fa-hourglass-end(), fa-hourglass-end(solid: true), fa-icon("hourglass-end"),
```typst #fa-hourglass-3()```, fa-hourglass-3(), fa-hourglass-3(solid: true), fa-icon("hourglass-3"),
```typst #fa-hourglass-half()```, fa-hourglass-half(), fa-hourglass-half(solid: true), fa-icon("hourglass-half"),
```typst #fa-hourglass-2()```, fa-hourglass-2(), fa-hourglass-2(solid: true), fa-icon("hourglass-2"),
```typst #fa-hourglass-start()```, fa-hourglass-start(), fa-hourglass-start(solid: true), fa-icon("hourglass-start"),
```typst #fa-hourglass-1()```, fa-hourglass-1(), fa-hourglass-1(solid: true), fa-icon("hourglass-1"),
```typst #fa-house()```, fa-house(), fa-house(solid: true), fa-icon("house"),
```typst #fa-home()```, fa-home(), fa-home(solid: true), fa-icon("home"),
```typst #fa-home-alt()```, fa-home-alt(), fa-home-alt(solid: true), fa-icon("home-alt"),
```typst #fa-home-lg-alt()```, fa-home-lg-alt(), fa-home-lg-alt(solid: true), fa-icon("home-lg-alt"),
```typst #fa-house-chimney()```, fa-house-chimney(), fa-house-chimney(solid: true), fa-icon("house-chimney"),
```typst #fa-home-lg()```, fa-home-lg(), fa-home-lg(solid: true), fa-icon("home-lg"),
```typst #fa-house-chimney-crack()```, fa-house-chimney-crack(), fa-house-chimney-crack(solid: true), fa-icon("house-chimney-crack"),
```typst #fa-house-damage()```, fa-house-damage(), fa-house-damage(solid: true), fa-icon("house-damage"),
```typst #fa-house-chimney-medical()```, fa-house-chimney-medical(), fa-house-chimney-medical(solid: true), fa-icon("house-chimney-medical"),
```typst #fa-clinic-medical()```, fa-clinic-medical(), fa-clinic-medical(solid: true), fa-icon("clinic-medical"),
```typst #fa-house-chimney-user()```, fa-house-chimney-user(), fa-house-chimney-user(solid: true), fa-icon("house-chimney-user"),
```typst #fa-house-chimney-window()```, fa-house-chimney-window(), fa-house-chimney-window(solid: true), fa-icon("house-chimney-window"),
```typst #fa-house-circle-check()```, fa-house-circle-check(), fa-house-circle-check(solid: true), fa-icon("house-circle-check"),
```typst #fa-house-circle-exclamation()```, fa-house-circle-exclamation(), fa-house-circle-exclamation(solid: true), fa-icon("house-circle-exclamation"),
```typst #fa-house-circle-xmark()```, fa-house-circle-xmark(), fa-house-circle-xmark(solid: true), fa-icon("house-circle-xmark"),
```typst #fa-house-crack()```, fa-house-crack(), fa-house-crack(solid: true), fa-icon("house-crack"),
```typst #fa-house-fire()```, fa-house-fire(), fa-house-fire(solid: true), fa-icon("house-fire"),
```typst #fa-house-flag()```, fa-house-flag(), fa-house-flag(solid: true), fa-icon("house-flag"),
```typst #fa-house-flood-water()```, fa-house-flood-water(), fa-house-flood-water(solid: true), fa-icon("house-flood-water"),
```typst #fa-house-flood-water-circle-arrow-right()```, fa-house-flood-water-circle-arrow-right(), fa-house-flood-water-circle-arrow-right(solid: true), fa-icon("house-flood-water-circle-arrow-right"),
```typst #fa-house-laptop()```, fa-house-laptop(), fa-house-laptop(solid: true), fa-icon("house-laptop"),
```typst #fa-laptop-house()```, fa-laptop-house(), fa-laptop-house(solid: true), fa-icon("laptop-house"),
```typst #fa-house-lock()```, fa-house-lock(), fa-house-lock(solid: true), fa-icon("house-lock"),
```typst #fa-house-medical()```, fa-house-medical(), fa-house-medical(solid: true), fa-icon("house-medical"),
```typst #fa-house-medical-circle-check()```, fa-house-medical-circle-check(), fa-house-medical-circle-check(solid: true), fa-icon("house-medical-circle-check"),
```typst #fa-house-medical-circle-exclamation()```, fa-house-medical-circle-exclamation(), fa-house-medical-circle-exclamation(solid: true), fa-icon("house-medical-circle-exclamation"),
```typst #fa-house-medical-circle-xmark()```, fa-house-medical-circle-xmark(), fa-house-medical-circle-xmark(solid: true), fa-icon("house-medical-circle-xmark"),
```typst #fa-house-medical-flag()```, fa-house-medical-flag(), fa-house-medical-flag(solid: true), fa-icon("house-medical-flag"),
```typst #fa-house-signal()```, fa-house-signal(), fa-house-signal(solid: true), fa-icon("house-signal"),
```typst #fa-house-tsunami()```, fa-house-tsunami(), fa-house-tsunami(solid: true), fa-icon("house-tsunami"),
```typst #fa-house-user()```, fa-house-user(), fa-house-user(solid: true), fa-icon("house-user"),
```typst #fa-home-user()```, fa-home-user(), fa-home-user(solid: true), fa-icon("home-user"),
```typst #fa-houzz()```, fa-houzz(), fa-houzz(solid: true), fa-icon("houzz"),
```typst #fa-hryvnia-sign()```, fa-hryvnia-sign(), fa-hryvnia-sign(solid: true), fa-icon("hryvnia-sign"),
```typst #fa-hryvnia()```, fa-hryvnia(), fa-hryvnia(solid: true), fa-icon("hryvnia"),
```typst #fa-html5()```, fa-html5(), fa-html5(solid: true), fa-icon("html5"),
```typst #fa-hubspot()```, fa-hubspot(), fa-hubspot(solid: true), fa-icon("hubspot"),
```typst #fa-hurricane()```, fa-hurricane(), fa-hurricane(solid: true), fa-icon("hurricane"),
```typst #fa-i()```, fa-i(), fa-i(solid: true), fa-icon("i"),
```typst #fa-i-cursor()```, fa-i-cursor(), fa-i-cursor(solid: true), fa-icon("i-cursor"),
```typst #fa-ice-cream()```, fa-ice-cream(), fa-ice-cream(solid: true), fa-icon("ice-cream"),
```typst #fa-icicles()```, fa-icicles(), fa-icicles(solid: true), fa-icon("icicles"),
```typst #fa-icons()```, fa-icons(), fa-icons(solid: true), fa-icon("icons"),
```typst #fa-heart-music-camera-bolt()```, fa-heart-music-camera-bolt(), fa-heart-music-camera-bolt(solid: true), fa-icon("heart-music-camera-bolt"),
```typst #fa-id-badge()```, fa-id-badge(), fa-id-badge(solid: true), fa-icon("id-badge"),
```typst #fa-id-card()```, fa-id-card(), fa-id-card(solid: true), fa-icon("id-card"),
```typst #fa-drivers-license()```, fa-drivers-license(), fa-drivers-license(solid: true), fa-icon("drivers-license"),
```typst #fa-id-card-clip()```, fa-id-card-clip(), fa-id-card-clip(solid: true), fa-icon("id-card-clip"),
```typst #fa-id-card-alt()```, fa-id-card-alt(), fa-id-card-alt(solid: true), fa-icon("id-card-alt"),
```typst #fa-ideal()```, fa-ideal(), fa-ideal(solid: true), fa-icon("ideal"),
```typst #fa-igloo()```, fa-igloo(), fa-igloo(solid: true), fa-icon("igloo"),
```typst #fa-image()```, fa-image(), fa-image(solid: true), fa-icon("image"),
```typst #fa-image-portrait()```, fa-image-portrait(), fa-image-portrait(solid: true), fa-icon("image-portrait"),
```typst #fa-portrait()```, fa-portrait(), fa-portrait(solid: true), fa-icon("portrait"),
```typst #fa-images()```, fa-images(), fa-images(solid: true), fa-icon("images"),
```typst #fa-imdb()```, fa-imdb(), fa-imdb(solid: true), fa-icon("imdb"),
```typst #fa-inbox()```, fa-inbox(), fa-inbox(solid: true), fa-icon("inbox"),
```typst #fa-indent()```, fa-indent(), fa-indent(solid: true), fa-icon("indent"),
```typst #fa-indian-rupee-sign()```, fa-indian-rupee-sign(), fa-indian-rupee-sign(solid: true), fa-icon("indian-rupee-sign"),
```typst #fa-indian-rupee()```, fa-indian-rupee(), fa-indian-rupee(solid: true), fa-icon("indian-rupee"),
```typst #fa-inr()```, fa-inr(), fa-inr(solid: true), fa-icon("inr"),
```typst #fa-industry()```, fa-industry(), fa-industry(solid: true), fa-icon("industry"),
```typst #fa-infinity()```, fa-infinity(), fa-infinity(solid: true), fa-icon("infinity"),
```typst #fa-info()```, fa-info(), fa-info(solid: true), fa-icon("info"),
```typst #fa-instagram()```, fa-instagram(), fa-instagram(solid: true), fa-icon("instagram"),
```typst #fa-instalod()```, fa-instalod(), fa-instalod(solid: true), fa-icon("instalod"),
```typst #fa-intercom()```, fa-intercom(), fa-intercom(solid: true), fa-icon("intercom"),
```typst #fa-internet-explorer()```, fa-internet-explorer(), fa-internet-explorer(solid: true), fa-icon("internet-explorer"),
```typst #fa-invision()```, fa-invision(), fa-invision(solid: true), fa-icon("invision"),
```typst #fa-ioxhost()```, fa-ioxhost(), fa-ioxhost(solid: true), fa-icon("ioxhost"),
```typst #fa-italic()```, fa-italic(), fa-italic(solid: true), fa-icon("italic"),
```typst #fa-itch-io()```, fa-itch-io(), fa-itch-io(solid: true), fa-icon("itch-io"),
```typst #fa-itunes()```, fa-itunes(), fa-itunes(solid: true), fa-icon("itunes"),
```typst #fa-itunes-note()```, fa-itunes-note(), fa-itunes-note(solid: true), fa-icon("itunes-note"),
```typst #fa-j()```, fa-j(), fa-j(solid: true), fa-icon("j"),
```typst #fa-jar()```, fa-jar(), fa-jar(solid: true), fa-icon("jar"),
```typst #fa-jar-wheat()```, fa-jar-wheat(), fa-jar-wheat(solid: true), fa-icon("jar-wheat"),
```typst #fa-java()```, fa-java(), fa-java(solid: true), fa-icon("java"),
```typst #fa-jedi()```, fa-jedi(), fa-jedi(solid: true), fa-icon("jedi"),
```typst #fa-jedi-order()```, fa-jedi-order(), fa-jedi-order(solid: true), fa-icon("jedi-order"),
```typst #fa-jenkins()```, fa-jenkins(), fa-jenkins(solid: true), fa-icon("jenkins"),
```typst #fa-jet-fighter()```, fa-jet-fighter(), fa-jet-fighter(solid: true), fa-icon("jet-fighter"),
```typst #fa-fighter-jet()```, fa-fighter-jet(), fa-fighter-jet(solid: true), fa-icon("fighter-jet"),
```typst #fa-jet-fighter-up()```, fa-jet-fighter-up(), fa-jet-fighter-up(solid: true), fa-icon("jet-fighter-up"),
```typst #fa-jira()```, fa-jira(), fa-jira(solid: true), fa-icon("jira"),
```typst #fa-joget()```, fa-joget(), fa-joget(solid: true), fa-icon("joget"),
```typst #fa-joint()```, fa-joint(), fa-joint(solid: true), fa-icon("joint"),
```typst #fa-joomla()```, fa-joomla(), fa-joomla(solid: true), fa-icon("joomla"),
```typst #fa-js()```, fa-js(), fa-js(solid: true), fa-icon("js"),
```typst #fa-jsfiddle()```, fa-jsfiddle(), fa-jsfiddle(solid: true), fa-icon("jsfiddle"),
```typst #fa-jug-detergent()```, fa-jug-detergent(), fa-jug-detergent(solid: true), fa-icon("jug-detergent"),
```typst #fa-jxl()```, fa-jxl(), fa-jxl(solid: true), fa-icon("jxl"),
```typst #fa-k()```, fa-k(), fa-k(solid: true), fa-icon("k"),
```typst #fa-kaaba()```, fa-kaaba(), fa-kaaba(solid: true), fa-icon("kaaba"),
```typst #fa-kaggle()```, fa-kaggle(), fa-kaggle(solid: true), fa-icon("kaggle"),
```typst #fa-key()```, fa-key(), fa-key(solid: true), fa-icon("key"),
```typst #fa-keybase()```, fa-keybase(), fa-keybase(solid: true), fa-icon("keybase"),
```typst #fa-keyboard()```, fa-keyboard(), fa-keyboard(solid: true), fa-icon("keyboard"),
```typst #fa-keycdn()```, fa-keycdn(), fa-keycdn(solid: true), fa-icon("keycdn"),
```typst #fa-khanda()```, fa-khanda(), fa-khanda(solid: true), fa-icon("khanda"),
```typst #fa-kickstarter()```, fa-kickstarter(), fa-kickstarter(solid: true), fa-icon("kickstarter"),
```typst #fa-square-kickstarter()```, fa-square-kickstarter(), fa-square-kickstarter(solid: true), fa-icon("square-kickstarter"),
```typst #fa-kickstarter-k()```, fa-kickstarter-k(), fa-kickstarter-k(solid: true), fa-icon("kickstarter-k"),
```typst #fa-kip-sign()```, fa-kip-sign(), fa-kip-sign(solid: true), fa-icon("kip-sign"),
```typst #fa-kit-medical()```, fa-kit-medical(), fa-kit-medical(solid: true), fa-icon("kit-medical"),
```typst #fa-first-aid()```, fa-first-aid(), fa-first-aid(solid: true), fa-icon("first-aid"),
```typst #fa-kitchen-set()```, fa-kitchen-set(), fa-kitchen-set(solid: true), fa-icon("kitchen-set"),
```typst #fa-kiwi-bird()```, fa-kiwi-bird(), fa-kiwi-bird(solid: true), fa-icon("kiwi-bird"),
```typst #fa-korvue()```, fa-korvue(), fa-korvue(solid: true), fa-icon("korvue"),
```typst #fa-l()```, fa-l(), fa-l(solid: true), fa-icon("l"),
```typst #fa-land-mine-on()```, fa-land-mine-on(), fa-land-mine-on(solid: true), fa-icon("land-mine-on"),
```typst #fa-landmark()```, fa-landmark(), fa-landmark(solid: true), fa-icon("landmark"),
```typst #fa-landmark-dome()```, fa-landmark-dome(), fa-landmark-dome(solid: true), fa-icon("landmark-dome"),
```typst #fa-landmark-alt()```, fa-landmark-alt(), fa-landmark-alt(solid: true), fa-icon("landmark-alt"),
```typst #fa-landmark-flag()```, fa-landmark-flag(), fa-landmark-flag(solid: true), fa-icon("landmark-flag"),
```typst #fa-language()```, fa-language(), fa-language(solid: true), fa-icon("language"),
```typst #fa-laptop()```, fa-laptop(), fa-laptop(solid: true), fa-icon("laptop"),
```typst #fa-laptop-code()```, fa-laptop-code(), fa-laptop-code(solid: true), fa-icon("laptop-code"),
```typst #fa-laptop-file()```, fa-laptop-file(), fa-laptop-file(solid: true), fa-icon("laptop-file"),
```typst #fa-laptop-medical()```, fa-laptop-medical(), fa-laptop-medical(solid: true), fa-icon("laptop-medical"),
```typst #fa-laravel()```, fa-laravel(), fa-laravel(solid: true), fa-icon("laravel"),
```typst #fa-lari-sign()```, fa-lari-sign(), fa-lari-sign(solid: true), fa-icon("lari-sign"),
```typst #fa-lastfm()```, fa-lastfm(), fa-lastfm(solid: true), fa-icon("lastfm"),
```typst #fa-layer-group()```, fa-layer-group(), fa-layer-group(solid: true), fa-icon("layer-group"),
```typst #fa-leaf()```, fa-leaf(), fa-leaf(solid: true), fa-icon("leaf"),
```typst #fa-leanpub()```, fa-leanpub(), fa-leanpub(solid: true), fa-icon("leanpub"),
```typst #fa-left-long()```, fa-left-long(), fa-left-long(solid: true), fa-icon("left-long"),
```typst #fa-long-arrow-alt-left()```, fa-long-arrow-alt-left(), fa-long-arrow-alt-left(solid: true), fa-icon("long-arrow-alt-left"),
```typst #fa-left-right()```, fa-left-right(), fa-left-right(solid: true), fa-icon("left-right"),
```typst #fa-arrows-alt-h()```, fa-arrows-alt-h(), fa-arrows-alt-h(solid: true), fa-icon("arrows-alt-h"),
```typst #fa-lemon()```, fa-lemon(), fa-lemon(solid: true), fa-icon("lemon"),
```typst #fa-less()```, fa-less(), fa-less(solid: true), fa-icon("less"),
```typst #fa-less-than()```, fa-less-than(), fa-less-than(solid: true), fa-icon("less-than"),
```typst #fa-less-than-equal()```, fa-less-than-equal(), fa-less-than-equal(solid: true), fa-icon("less-than-equal"),
```typst #fa-letterboxd()```, fa-letterboxd(), fa-letterboxd(solid: true), fa-icon("letterboxd"),
```typst #fa-life-ring()```, fa-life-ring(), fa-life-ring(solid: true), fa-icon("life-ring"),
```typst #fa-lightbulb()```, fa-lightbulb(), fa-lightbulb(solid: true), fa-icon("lightbulb"),
```typst #fa-line()```, fa-line(), fa-line(solid: true), fa-icon("line"),
```typst #fa-lines-leaning()```, fa-lines-leaning(), fa-lines-leaning(solid: true), fa-icon("lines-leaning"),
```typst #fa-link()```, fa-link(), fa-link(solid: true), fa-icon("link"),
```typst #fa-chain()```, fa-chain(), fa-chain(solid: true), fa-icon("chain"),
```typst #fa-link-slash()```, fa-link-slash(), fa-link-slash(solid: true), fa-icon("link-slash"),
```typst #fa-chain-broken()```, fa-chain-broken(), fa-chain-broken(solid: true), fa-icon("chain-broken"),
```typst #fa-chain-slash()```, fa-chain-slash(), fa-chain-slash(solid: true), fa-icon("chain-slash"),
```typst #fa-unlink()```, fa-unlink(), fa-unlink(solid: true), fa-icon("unlink"),
```typst #fa-linkedin()```, fa-linkedin(), fa-linkedin(solid: true), fa-icon("linkedin"),
```typst #fa-linkedin-in()```, fa-linkedin-in(), fa-linkedin-in(solid: true), fa-icon("linkedin-in"),
```typst #fa-linode()```, fa-linode(), fa-linode(solid: true), fa-icon("linode"),
```typst #fa-linux()```, fa-linux(), fa-linux(solid: true), fa-icon("linux"),
```typst #fa-lira-sign()```, fa-lira-sign(), fa-lira-sign(solid: true), fa-icon("lira-sign"),
```typst #fa-list()```, fa-list(), fa-list(solid: true), fa-icon("list"),
```typst #fa-list-squares()```, fa-list-squares(), fa-list-squares(solid: true), fa-icon("list-squares"),
```typst #fa-list-check()```, fa-list-check(), fa-list-check(solid: true), fa-icon("list-check"),
```typst #fa-tasks()```, fa-tasks(), fa-tasks(solid: true), fa-icon("tasks"),
```typst #fa-list-ol()```, fa-list-ol(), fa-list-ol(solid: true), fa-icon("list-ol"),
```typst #fa-list-1-2()```, fa-list-1-2(), fa-list-1-2(solid: true), fa-icon("list-1-2"),
```typst #fa-list-numeric()```, fa-list-numeric(), fa-list-numeric(solid: true), fa-icon("list-numeric"),
```typst #fa-list-ul()```, fa-list-ul(), fa-list-ul(solid: true), fa-icon("list-ul"),
```typst #fa-list-dots()```, fa-list-dots(), fa-list-dots(solid: true), fa-icon("list-dots"),
```typst #fa-litecoin-sign()```, fa-litecoin-sign(), fa-litecoin-sign(solid: true), fa-icon("litecoin-sign"),
```typst #fa-location-arrow()```, fa-location-arrow(), fa-location-arrow(solid: true), fa-icon("location-arrow"),
```typst #fa-location-crosshairs()```, fa-location-crosshairs(), fa-location-crosshairs(solid: true), fa-icon("location-crosshairs"),
```typst #fa-location()```, fa-location(), fa-location(solid: true), fa-icon("location"),
```typst #fa-location-dot()```, fa-location-dot(), fa-location-dot(solid: true), fa-icon("location-dot"),
```typst #fa-map-marker-alt()```, fa-map-marker-alt(), fa-map-marker-alt(solid: true), fa-icon("map-marker-alt"),
```typst #fa-location-pin()```, fa-location-pin(), fa-location-pin(solid: true), fa-icon("location-pin"),
```typst #fa-map-marker()```, fa-map-marker(), fa-map-marker(solid: true), fa-icon("map-marker"),
```typst #fa-location-pin-lock()```, fa-location-pin-lock(), fa-location-pin-lock(solid: true), fa-icon("location-pin-lock"),
```typst #fa-lock()```, fa-lock(), fa-lock(solid: true), fa-icon("lock"),
```typst #fa-lock-open()```, fa-lock-open(), fa-lock-open(solid: true), fa-icon("lock-open"),
```typst #fa-locust()```, fa-locust(), fa-locust(solid: true), fa-icon("locust"),
```typst #fa-lungs()```, fa-lungs(), fa-lungs(solid: true), fa-icon("lungs"),
```typst #fa-lungs-virus()```, fa-lungs-virus(), fa-lungs-virus(solid: true), fa-icon("lungs-virus"),
```typst #fa-lyft()```, fa-lyft(), fa-lyft(solid: true), fa-icon("lyft"),
```typst #fa-m()```, fa-m(), fa-m(solid: true), fa-icon("m"),
```typst #fa-magento()```, fa-magento(), fa-magento(solid: true), fa-icon("magento"),
```typst #fa-magnet()```, fa-magnet(), fa-magnet(solid: true), fa-icon("magnet"),
```typst #fa-magnifying-glass()```, fa-magnifying-glass(), fa-magnifying-glass(solid: true), fa-icon("magnifying-glass"),
```typst #fa-search()```, fa-search(), fa-search(solid: true), fa-icon("search"),
```typst #fa-magnifying-glass-arrow-right()```, fa-magnifying-glass-arrow-right(), fa-magnifying-glass-arrow-right(solid: true), fa-icon("magnifying-glass-arrow-right"),
```typst #fa-magnifying-glass-chart()```, fa-magnifying-glass-chart(), fa-magnifying-glass-chart(solid: true), fa-icon("magnifying-glass-chart"),
```typst #fa-magnifying-glass-dollar()```, fa-magnifying-glass-dollar(), fa-magnifying-glass-dollar(solid: true), fa-icon("magnifying-glass-dollar"),
```typst #fa-search-dollar()```, fa-search-dollar(), fa-search-dollar(solid: true), fa-icon("search-dollar"),
```typst #fa-magnifying-glass-location()```, fa-magnifying-glass-location(), fa-magnifying-glass-location(solid: true), fa-icon("magnifying-glass-location"),
```typst #fa-search-location()```, fa-search-location(), fa-search-location(solid: true), fa-icon("search-location"),
```typst #fa-magnifying-glass-minus()```, fa-magnifying-glass-minus(), fa-magnifying-glass-minus(solid: true), fa-icon("magnifying-glass-minus"),
```typst #fa-search-minus()```, fa-search-minus(), fa-search-minus(solid: true), fa-icon("search-minus"),
```typst #fa-magnifying-glass-plus()```, fa-magnifying-glass-plus(), fa-magnifying-glass-plus(solid: true), fa-icon("magnifying-glass-plus"),
```typst #fa-search-plus()```, fa-search-plus(), fa-search-plus(solid: true), fa-icon("search-plus"),
```typst #fa-mailchimp()```, fa-mailchimp(), fa-mailchimp(solid: true), fa-icon("mailchimp"),
```typst #fa-manat-sign()```, fa-manat-sign(), fa-manat-sign(solid: true), fa-icon("manat-sign"),
```typst #fa-mandalorian()```, fa-mandalorian(), fa-mandalorian(solid: true), fa-icon("mandalorian"),
```typst #fa-map()```, fa-map(), fa-map(solid: true), fa-icon("map"),
```typst #fa-map-location()```, fa-map-location(), fa-map-location(solid: true), fa-icon("map-location"),
```typst #fa-map-marked()```, fa-map-marked(), fa-map-marked(solid: true), fa-icon("map-marked"),
```typst #fa-map-location-dot()```, fa-map-location-dot(), fa-map-location-dot(solid: true), fa-icon("map-location-dot"),
```typst #fa-map-marked-alt()```, fa-map-marked-alt(), fa-map-marked-alt(solid: true), fa-icon("map-marked-alt"),
```typst #fa-map-pin()```, fa-map-pin(), fa-map-pin(solid: true), fa-icon("map-pin"),
```typst #fa-markdown()```, fa-markdown(), fa-markdown(solid: true), fa-icon("markdown"),
```typst #fa-marker()```, fa-marker(), fa-marker(solid: true), fa-icon("marker"),
```typst #fa-mars()```, fa-mars(), fa-mars(solid: true), fa-icon("mars"),
```typst #fa-mars-and-venus()```, fa-mars-and-venus(), fa-mars-and-venus(solid: true), fa-icon("mars-and-venus"),
```typst #fa-mars-and-venus-burst()```, fa-mars-and-venus-burst(), fa-mars-and-venus-burst(solid: true), fa-icon("mars-and-venus-burst"),
```typst #fa-mars-double()```, fa-mars-double(), fa-mars-double(solid: true), fa-icon("mars-double"),
```typst #fa-mars-stroke()```, fa-mars-stroke(), fa-mars-stroke(solid: true), fa-icon("mars-stroke"),
```typst #fa-mars-stroke-right()```, fa-mars-stroke-right(), fa-mars-stroke-right(solid: true), fa-icon("mars-stroke-right"),
```typst #fa-mars-stroke-h()```, fa-mars-stroke-h(), fa-mars-stroke-h(solid: true), fa-icon("mars-stroke-h"),
```typst #fa-mars-stroke-up()```, fa-mars-stroke-up(), fa-mars-stroke-up(solid: true), fa-icon("mars-stroke-up"),
```typst #fa-mars-stroke-v()```, fa-mars-stroke-v(), fa-mars-stroke-v(solid: true), fa-icon("mars-stroke-v"),
```typst #fa-martini-glass()```, fa-martini-glass(), fa-martini-glass(solid: true), fa-icon("martini-glass"),
```typst #fa-glass-martini-alt()```, fa-glass-martini-alt(), fa-glass-martini-alt(solid: true), fa-icon("glass-martini-alt"),
```typst #fa-martini-glass-citrus()```, fa-martini-glass-citrus(), fa-martini-glass-citrus(solid: true), fa-icon("martini-glass-citrus"),
```typst #fa-cocktail()```, fa-cocktail(), fa-cocktail(solid: true), fa-icon("cocktail"),
```typst #fa-martini-glass-empty()```, fa-martini-glass-empty(), fa-martini-glass-empty(solid: true), fa-icon("martini-glass-empty"),
```typst #fa-glass-martini()```, fa-glass-martini(), fa-glass-martini(solid: true), fa-icon("glass-martini"),
```typst #fa-mask()```, fa-mask(), fa-mask(solid: true), fa-icon("mask"),
```typst #fa-mask-face()```, fa-mask-face(), fa-mask-face(solid: true), fa-icon("mask-face"),
```typst #fa-mask-ventilator()```, fa-mask-ventilator(), fa-mask-ventilator(solid: true), fa-icon("mask-ventilator"),
```typst #fa-masks-theater()```, fa-masks-theater(), fa-masks-theater(solid: true), fa-icon("masks-theater"),
```typst #fa-theater-masks()```, fa-theater-masks(), fa-theater-masks(solid: true), fa-icon("theater-masks"),
```typst #fa-mastodon()```, fa-mastodon(), fa-mastodon(solid: true), fa-icon("mastodon"),
```typst #fa-mattress-pillow()```, fa-mattress-pillow(), fa-mattress-pillow(solid: true), fa-icon("mattress-pillow"),
```typst #fa-maxcdn()```, fa-maxcdn(), fa-maxcdn(solid: true), fa-icon("maxcdn"),
```typst #fa-maximize()```, fa-maximize(), fa-maximize(solid: true), fa-icon("maximize"),
```typst #fa-expand-arrows-alt()```, fa-expand-arrows-alt(), fa-expand-arrows-alt(solid: true), fa-icon("expand-arrows-alt"),
```typst #fa-mdb()```, fa-mdb(), fa-mdb(solid: true), fa-icon("mdb"),
```typst #fa-medal()```, fa-medal(), fa-medal(solid: true), fa-icon("medal"),
```typst #fa-medapps()```, fa-medapps(), fa-medapps(solid: true), fa-icon("medapps"),
```typst #fa-medium()```, fa-medium(), fa-medium(solid: true), fa-icon("medium"),
```typst #fa-medium-m()```, fa-medium-m(), fa-medium-m(solid: true), fa-icon("medium-m"),
```typst #fa-medrt()```, fa-medrt(), fa-medrt(solid: true), fa-icon("medrt"),
```typst #fa-meetup()```, fa-meetup(), fa-meetup(solid: true), fa-icon("meetup"),
```typst #fa-megaport()```, fa-megaport(), fa-megaport(solid: true), fa-icon("megaport"),
```typst #fa-memory()```, fa-memory(), fa-memory(solid: true), fa-icon("memory"),
```typst #fa-mendeley()```, fa-mendeley(), fa-mendeley(solid: true), fa-icon("mendeley"),
```typst #fa-menorah()```, fa-menorah(), fa-menorah(solid: true), fa-icon("menorah"),
```typst #fa-mercury()```, fa-mercury(), fa-mercury(solid: true), fa-icon("mercury"),
```typst #fa-message()```, fa-message(), fa-message(solid: true), fa-icon("message"),
```typst #fa-comment-alt()```, fa-comment-alt(), fa-comment-alt(solid: true), fa-icon("comment-alt"),
```typst #fa-meta()```, fa-meta(), fa-meta(solid: true), fa-icon("meta"),
```typst #fa-meteor()```, fa-meteor(), fa-meteor(solid: true), fa-icon("meteor"),
```typst #fa-microblog()```, fa-microblog(), fa-microblog(solid: true), fa-icon("microblog"),
```typst #fa-microchip()```, fa-microchip(), fa-microchip(solid: true), fa-icon("microchip"),
```typst #fa-microphone()```, fa-microphone(), fa-microphone(solid: true), fa-icon("microphone"),
```typst #fa-microphone-lines()```, fa-microphone-lines(), fa-microphone-lines(solid: true), fa-icon("microphone-lines"),
```typst #fa-microphone-alt()```, fa-microphone-alt(), fa-microphone-alt(solid: true), fa-icon("microphone-alt"),
```typst #fa-microphone-lines-slash()```, fa-microphone-lines-slash(), fa-microphone-lines-slash(solid: true), fa-icon("microphone-lines-slash"),
```typst #fa-microphone-alt-slash()```, fa-microphone-alt-slash(), fa-microphone-alt-slash(solid: true), fa-icon("microphone-alt-slash"),
```typst #fa-microphone-slash()```, fa-microphone-slash(), fa-microphone-slash(solid: true), fa-icon("microphone-slash"),
```typst #fa-microscope()```, fa-microscope(), fa-microscope(solid: true), fa-icon("microscope"),
```typst #fa-microsoft()```, fa-microsoft(), fa-microsoft(solid: true), fa-icon("microsoft"),
```typst #fa-mill-sign()```, fa-mill-sign(), fa-mill-sign(solid: true), fa-icon("mill-sign"),
```typst #fa-minimize()```, fa-minimize(), fa-minimize(solid: true), fa-icon("minimize"),
```typst #fa-compress-arrows-alt()```, fa-compress-arrows-alt(), fa-compress-arrows-alt(solid: true), fa-icon("compress-arrows-alt"),
```typst #fa-mintbit()```, fa-mintbit(), fa-mintbit(solid: true), fa-icon("mintbit"),
```typst #fa-minus()```, fa-minus(), fa-minus(solid: true), fa-icon("minus"),
```typst #fa-subtract()```, fa-subtract(), fa-subtract(solid: true), fa-icon("subtract"),
```typst #fa-mitten()```, fa-mitten(), fa-mitten(solid: true), fa-icon("mitten"),
```typst #fa-mix()```, fa-mix(), fa-mix(solid: true), fa-icon("mix"),
```typst #fa-mixcloud()```, fa-mixcloud(), fa-mixcloud(solid: true), fa-icon("mixcloud"),
```typst #fa-mixer()```, fa-mixer(), fa-mixer(solid: true), fa-icon("mixer"),
```typst #fa-mizuni()```, fa-mizuni(), fa-mizuni(solid: true), fa-icon("mizuni"),
```typst #fa-mobile()```, fa-mobile(), fa-mobile(solid: true), fa-icon("mobile"),
```typst #fa-mobile-android()```, fa-mobile-android(), fa-mobile-android(solid: true), fa-icon("mobile-android"),
```typst #fa-mobile-phone()```, fa-mobile-phone(), fa-mobile-phone(solid: true), fa-icon("mobile-phone"),
```typst #fa-mobile-button()```, fa-mobile-button(), fa-mobile-button(solid: true), fa-icon("mobile-button"),
```typst #fa-mobile-retro()```, fa-mobile-retro(), fa-mobile-retro(solid: true), fa-icon("mobile-retro"),
```typst #fa-mobile-screen()```, fa-mobile-screen(), fa-mobile-screen(solid: true), fa-icon("mobile-screen"),
```typst #fa-mobile-android-alt()```, fa-mobile-android-alt(), fa-mobile-android-alt(solid: true), fa-icon("mobile-android-alt"),
```typst #fa-mobile-screen-button()```, fa-mobile-screen-button(), fa-mobile-screen-button(solid: true), fa-icon("mobile-screen-button"),
```typst #fa-mobile-alt()```, fa-mobile-alt(), fa-mobile-alt(solid: true), fa-icon("mobile-alt"),
```typst #fa-modx()```, fa-modx(), fa-modx(solid: true), fa-icon("modx"),
```typst #fa-monero()```, fa-monero(), fa-monero(solid: true), fa-icon("monero"),
```typst #fa-money-bill()```, fa-money-bill(), fa-money-bill(solid: true), fa-icon("money-bill"),
```typst #fa-money-bill-1()```, fa-money-bill-1(), fa-money-bill-1(solid: true), fa-icon("money-bill-1"),
```typst #fa-money-bill-alt()```, fa-money-bill-alt(), fa-money-bill-alt(solid: true), fa-icon("money-bill-alt"),
```typst #fa-money-bill-1-wave()```, fa-money-bill-1-wave(), fa-money-bill-1-wave(solid: true), fa-icon("money-bill-1-wave"),
```typst #fa-money-bill-wave-alt()```, fa-money-bill-wave-alt(), fa-money-bill-wave-alt(solid: true), fa-icon("money-bill-wave-alt"),
```typst #fa-money-bill-transfer()```, fa-money-bill-transfer(), fa-money-bill-transfer(solid: true), fa-icon("money-bill-transfer"),
```typst #fa-money-bill-trend-up()```, fa-money-bill-trend-up(), fa-money-bill-trend-up(solid: true), fa-icon("money-bill-trend-up"),
```typst #fa-money-bill-wave()```, fa-money-bill-wave(), fa-money-bill-wave(solid: true), fa-icon("money-bill-wave"),
```typst #fa-money-bill-wheat()```, fa-money-bill-wheat(), fa-money-bill-wheat(solid: true), fa-icon("money-bill-wheat"),
```typst #fa-money-bills()```, fa-money-bills(), fa-money-bills(solid: true), fa-icon("money-bills"),
```typst #fa-money-check()```, fa-money-check(), fa-money-check(solid: true), fa-icon("money-check"),
```typst #fa-money-check-dollar()```, fa-money-check-dollar(), fa-money-check-dollar(solid: true), fa-icon("money-check-dollar"),
```typst #fa-money-check-alt()```, fa-money-check-alt(), fa-money-check-alt(solid: true), fa-icon("money-check-alt"),
```typst #fa-monument()```, fa-monument(), fa-monument(solid: true), fa-icon("monument"),
```typst #fa-moon()```, fa-moon(), fa-moon(solid: true), fa-icon("moon"),
```typst #fa-mortar-pestle()```, fa-mortar-pestle(), fa-mortar-pestle(solid: true), fa-icon("mortar-pestle"),
```typst #fa-mosque()```, fa-mosque(), fa-mosque(solid: true), fa-icon("mosque"),
```typst #fa-mosquito()```, fa-mosquito(), fa-mosquito(solid: true), fa-icon("mosquito"),
```typst #fa-mosquito-net()```, fa-mosquito-net(), fa-mosquito-net(solid: true), fa-icon("mosquito-net"),
```typst #fa-motorcycle()```, fa-motorcycle(), fa-motorcycle(solid: true), fa-icon("motorcycle"),
```typst #fa-mound()```, fa-mound(), fa-mound(solid: true), fa-icon("mound"),
```typst #fa-mountain()```, fa-mountain(), fa-mountain(solid: true), fa-icon("mountain"),
```typst #fa-mountain-city()```, fa-mountain-city(), fa-mountain-city(solid: true), fa-icon("mountain-city"),
```typst #fa-mountain-sun()```, fa-mountain-sun(), fa-mountain-sun(solid: true), fa-icon("mountain-sun"),
```typst #fa-mug-hot()```, fa-mug-hot(), fa-mug-hot(solid: true), fa-icon("mug-hot"),
```typst #fa-mug-saucer()```, fa-mug-saucer(), fa-mug-saucer(solid: true), fa-icon("mug-saucer"),
```typst #fa-coffee()```, fa-coffee(), fa-coffee(solid: true), fa-icon("coffee"),
```typst #fa-music()```, fa-music(), fa-music(solid: true), fa-icon("music"),
```typst #fa-n()```, fa-n(), fa-n(solid: true), fa-icon("n"),
```typst #fa-naira-sign()```, fa-naira-sign(), fa-naira-sign(solid: true), fa-icon("naira-sign"),
```typst #fa-napster()```, fa-napster(), fa-napster(solid: true), fa-icon("napster"),
```typst #fa-neos()```, fa-neos(), fa-neos(solid: true), fa-icon("neos"),
```typst #fa-network-wired()```, fa-network-wired(), fa-network-wired(solid: true), fa-icon("network-wired"),
```typst #fa-neuter()```, fa-neuter(), fa-neuter(solid: true), fa-icon("neuter"),
```typst #fa-newspaper()```, fa-newspaper(), fa-newspaper(solid: true), fa-icon("newspaper"),
```typst #fa-nfc-directional()```, fa-nfc-directional(), fa-nfc-directional(solid: true), fa-icon("nfc-directional"),
```typst #fa-nfc-symbol()```, fa-nfc-symbol(), fa-nfc-symbol(solid: true), fa-icon("nfc-symbol"),
```typst #fa-nimblr()```, fa-nimblr(), fa-nimblr(solid: true), fa-icon("nimblr"),
```typst #fa-node()```, fa-node(), fa-node(solid: true), fa-icon("node"),
```typst #fa-node-js()```, fa-node-js(), fa-node-js(solid: true), fa-icon("node-js"),
```typst #fa-not-equal()```, fa-not-equal(), fa-not-equal(solid: true), fa-icon("not-equal"),
```typst #fa-notdef()```, fa-notdef(), fa-notdef(solid: true), fa-icon("notdef"),
```typst #fa-note-sticky()```, fa-note-sticky(), fa-note-sticky(solid: true), fa-icon("note-sticky"),
```typst #fa-sticky-note()```, fa-sticky-note(), fa-sticky-note(solid: true), fa-icon("sticky-note"),
```typst #fa-notes-medical()```, fa-notes-medical(), fa-notes-medical(solid: true), fa-icon("notes-medical"),
```typst #fa-npm()```, fa-npm(), fa-npm(solid: true), fa-icon("npm"),
```typst #fa-ns8()```, fa-ns8(), fa-ns8(solid: true), fa-icon("ns8"),
```typst #fa-nutritionix()```, fa-nutritionix(), fa-nutritionix(solid: true), fa-icon("nutritionix"),
```typst #fa-o()```, fa-o(), fa-o(solid: true), fa-icon("o"),
```typst #fa-object-group()```, fa-object-group(), fa-object-group(solid: true), fa-icon("object-group"),
```typst #fa-object-ungroup()```, fa-object-ungroup(), fa-object-ungroup(solid: true), fa-icon("object-ungroup"),
```typst #fa-octopus-deploy()```, fa-octopus-deploy(), fa-octopus-deploy(solid: true), fa-icon("octopus-deploy"),
```typst #fa-odnoklassniki()```, fa-odnoklassniki(), fa-odnoklassniki(solid: true), fa-icon("odnoklassniki"),
```typst #fa-odysee()```, fa-odysee(), fa-odysee(solid: true), fa-icon("odysee"),
```typst #fa-oil-can()```, fa-oil-can(), fa-oil-can(solid: true), fa-icon("oil-can"),
```typst #fa-oil-well()```, fa-oil-well(), fa-oil-well(solid: true), fa-icon("oil-well"),
```typst #fa-old-republic()```, fa-old-republic(), fa-old-republic(solid: true), fa-icon("old-republic"),
```typst #fa-om()```, fa-om(), fa-om(solid: true), fa-icon("om"),
```typst #fa-opencart()```, fa-opencart(), fa-opencart(solid: true), fa-icon("opencart"),
```typst #fa-openid()```, fa-openid(), fa-openid(solid: true), fa-icon("openid"),
```typst #fa-opensuse()```, fa-opensuse(), fa-opensuse(solid: true), fa-icon("opensuse"),
```typst #fa-opera()```, fa-opera(), fa-opera(solid: true), fa-icon("opera"),
```typst #fa-optin-monster()```, fa-optin-monster(), fa-optin-monster(solid: true), fa-icon("optin-monster"),
```typst #fa-orcid()```, fa-orcid(), fa-orcid(solid: true), fa-icon("orcid"),
```typst #fa-osi()```, fa-osi(), fa-osi(solid: true), fa-icon("osi"),
```typst #fa-otter()```, fa-otter(), fa-otter(solid: true), fa-icon("otter"),
```typst #fa-outdent()```, fa-outdent(), fa-outdent(solid: true), fa-icon("outdent"),
```typst #fa-dedent()```, fa-dedent(), fa-dedent(solid: true), fa-icon("dedent"),
```typst #fa-p()```, fa-p(), fa-p(solid: true), fa-icon("p"),
```typst #fa-padlet()```, fa-padlet(), fa-padlet(solid: true), fa-icon("padlet"),
```typst #fa-page4()```, fa-page4(), fa-page4(solid: true), fa-icon("page4"),
```typst #fa-pagelines()```, fa-pagelines(), fa-pagelines(solid: true), fa-icon("pagelines"),
```typst #fa-pager()```, fa-pager(), fa-pager(solid: true), fa-icon("pager"),
```typst #fa-paint-roller()```, fa-paint-roller(), fa-paint-roller(solid: true), fa-icon("paint-roller"),
```typst #fa-paintbrush()```, fa-paintbrush(), fa-paintbrush(solid: true), fa-icon("paintbrush"),
```typst #fa-paint-brush()```, fa-paint-brush(), fa-paint-brush(solid: true), fa-icon("paint-brush"),
```typst #fa-palette()```, fa-palette(), fa-palette(solid: true), fa-icon("palette"),
```typst #fa-palfed()```, fa-palfed(), fa-palfed(solid: true), fa-icon("palfed"),
```typst #fa-pallet()```, fa-pallet(), fa-pallet(solid: true), fa-icon("pallet"),
```typst #fa-panorama()```, fa-panorama(), fa-panorama(solid: true), fa-icon("panorama"),
```typst #fa-paper-plane()```, fa-paper-plane(), fa-paper-plane(solid: true), fa-icon("paper-plane"),
```typst #fa-paperclip()```, fa-paperclip(), fa-paperclip(solid: true), fa-icon("paperclip"),
```typst #fa-parachute-box()```, fa-parachute-box(), fa-parachute-box(solid: true), fa-icon("parachute-box"),
```typst #fa-paragraph()```, fa-paragraph(), fa-paragraph(solid: true), fa-icon("paragraph"),
```typst #fa-passport()```, fa-passport(), fa-passport(solid: true), fa-icon("passport"),
```typst #fa-paste()```, fa-paste(), fa-paste(solid: true), fa-icon("paste"),
```typst #fa-file-clipboard()```, fa-file-clipboard(), fa-file-clipboard(solid: true), fa-icon("file-clipboard"),
```typst #fa-patreon()```, fa-patreon(), fa-patreon(solid: true), fa-icon("patreon"),
```typst #fa-pause()```, fa-pause(), fa-pause(solid: true), fa-icon("pause"),
```typst #fa-paw()```, fa-paw(), fa-paw(solid: true), fa-icon("paw"),
```typst #fa-paypal()```, fa-paypal(), fa-paypal(solid: true), fa-icon("paypal"),
```typst #fa-peace()```, fa-peace(), fa-peace(solid: true), fa-icon("peace"),
```typst #fa-pen()```, fa-pen(), fa-pen(solid: true), fa-icon("pen"),
```typst #fa-pen-clip()```, fa-pen-clip(), fa-pen-clip(solid: true), fa-icon("pen-clip"),
```typst #fa-pen-alt()```, fa-pen-alt(), fa-pen-alt(solid: true), fa-icon("pen-alt"),
```typst #fa-pen-fancy()```, fa-pen-fancy(), fa-pen-fancy(solid: true), fa-icon("pen-fancy"),
```typst #fa-pen-nib()```, fa-pen-nib(), fa-pen-nib(solid: true), fa-icon("pen-nib"),
```typst #fa-pen-ruler()```, fa-pen-ruler(), fa-pen-ruler(solid: true), fa-icon("pen-ruler"),
```typst #fa-pencil-ruler()```, fa-pencil-ruler(), fa-pencil-ruler(solid: true), fa-icon("pencil-ruler"),
```typst #fa-pen-to-square()```, fa-pen-to-square(), fa-pen-to-square(solid: true), fa-icon("pen-to-square"),
```typst #fa-edit()```, fa-edit(), fa-edit(solid: true), fa-icon("edit"),
```typst #fa-pencil()```, fa-pencil(), fa-pencil(solid: true), fa-icon("pencil"),
```typst #fa-pencil-alt()```, fa-pencil-alt(), fa-pencil-alt(solid: true), fa-icon("pencil-alt"),
```typst #fa-people-arrows()```, fa-people-arrows(), fa-people-arrows(solid: true), fa-icon("people-arrows"),
```typst #fa-people-arrows-left-right()```, fa-people-arrows-left-right(), fa-people-arrows-left-right(solid: true), fa-icon("people-arrows-left-right"),
```typst #fa-people-carry-box()```, fa-people-carry-box(), fa-people-carry-box(solid: true), fa-icon("people-carry-box"),
```typst #fa-people-carry()```, fa-people-carry(), fa-people-carry(solid: true), fa-icon("people-carry"),
```typst #fa-people-group()```, fa-people-group(), fa-people-group(solid: true), fa-icon("people-group"),
```typst #fa-people-line()```, fa-people-line(), fa-people-line(solid: true), fa-icon("people-line"),
```typst #fa-people-pulling()```, fa-people-pulling(), fa-people-pulling(solid: true), fa-icon("people-pulling"),
```typst #fa-people-robbery()```, fa-people-robbery(), fa-people-robbery(solid: true), fa-icon("people-robbery"),
```typst #fa-people-roof()```, fa-people-roof(), fa-people-roof(solid: true), fa-icon("people-roof"),
```typst #fa-pepper-hot()```, fa-pepper-hot(), fa-pepper-hot(solid: true), fa-icon("pepper-hot"),
```typst #fa-perbyte()```, fa-perbyte(), fa-perbyte(solid: true), fa-icon("perbyte"),
```typst #fa-percent()```, fa-percent(), fa-percent(solid: true), fa-icon("percent"),
```typst #fa-percentage()```, fa-percentage(), fa-percentage(solid: true), fa-icon("percentage"),
```typst #fa-periscope()```, fa-periscope(), fa-periscope(solid: true), fa-icon("periscope"),
```typst #fa-person()```, fa-person(), fa-person(solid: true), fa-icon("person"),
```typst #fa-male()```, fa-male(), fa-male(solid: true), fa-icon("male"),
```typst #fa-person-arrow-down-to-line()```, fa-person-arrow-down-to-line(), fa-person-arrow-down-to-line(solid: true), fa-icon("person-arrow-down-to-line"),
```typst #fa-person-arrow-up-from-line()```, fa-person-arrow-up-from-line(), fa-person-arrow-up-from-line(solid: true), fa-icon("person-arrow-up-from-line"),
```typst #fa-person-biking()```, fa-person-biking(), fa-person-biking(solid: true), fa-icon("person-biking"),
```typst #fa-biking()```, fa-biking(), fa-biking(solid: true), fa-icon("biking"),
```typst #fa-person-booth()```, fa-person-booth(), fa-person-booth(solid: true), fa-icon("person-booth"),
```typst #fa-person-breastfeeding()```, fa-person-breastfeeding(), fa-person-breastfeeding(solid: true), fa-icon("person-breastfeeding"),
```typst #fa-person-burst()```, fa-person-burst(), fa-person-burst(solid: true), fa-icon("person-burst"),
```typst #fa-person-cane()```, fa-person-cane(), fa-person-cane(solid: true), fa-icon("person-cane"),
```typst #fa-person-chalkboard()```, fa-person-chalkboard(), fa-person-chalkboard(solid: true), fa-icon("person-chalkboard"),
```typst #fa-person-circle-check()```, fa-person-circle-check(), fa-person-circle-check(solid: true), fa-icon("person-circle-check"),
```typst #fa-person-circle-exclamation()```, fa-person-circle-exclamation(), fa-person-circle-exclamation(solid: true), fa-icon("person-circle-exclamation"),
```typst #fa-person-circle-minus()```, fa-person-circle-minus(), fa-person-circle-minus(solid: true), fa-icon("person-circle-minus"),
```typst #fa-person-circle-plus()```, fa-person-circle-plus(), fa-person-circle-plus(solid: true), fa-icon("person-circle-plus"),
```typst #fa-person-circle-question()```, fa-person-circle-question(), fa-person-circle-question(solid: true), fa-icon("person-circle-question"),
```typst #fa-person-circle-xmark()```, fa-person-circle-xmark(), fa-person-circle-xmark(solid: true), fa-icon("person-circle-xmark"),
```typst #fa-person-digging()```, fa-person-digging(), fa-person-digging(solid: true), fa-icon("person-digging"),
```typst #fa-digging()```, fa-digging(), fa-digging(solid: true), fa-icon("digging"),
```typst #fa-person-dots-from-line()```, fa-person-dots-from-line(), fa-person-dots-from-line(solid: true), fa-icon("person-dots-from-line"),
```typst #fa-diagnoses()```, fa-diagnoses(), fa-diagnoses(solid: true), fa-icon("diagnoses"),
```typst #fa-person-dress()```, fa-person-dress(), fa-person-dress(solid: true), fa-icon("person-dress"),
```typst #fa-female()```, fa-female(), fa-female(solid: true), fa-icon("female"),
```typst #fa-person-dress-burst()```, fa-person-dress-burst(), fa-person-dress-burst(solid: true), fa-icon("person-dress-burst"),
```typst #fa-person-drowning()```, fa-person-drowning(), fa-person-drowning(solid: true), fa-icon("person-drowning"),
```typst #fa-person-falling()```, fa-person-falling(), fa-person-falling(solid: true), fa-icon("person-falling"),
```typst #fa-person-falling-burst()```, fa-person-falling-burst(), fa-person-falling-burst(solid: true), fa-icon("person-falling-burst"),
```typst #fa-person-half-dress()```, fa-person-half-dress(), fa-person-half-dress(solid: true), fa-icon("person-half-dress"),
```typst #fa-person-harassing()```, fa-person-harassing(), fa-person-harassing(solid: true), fa-icon("person-harassing"),
```typst #fa-person-hiking()```, fa-person-hiking(), fa-person-hiking(solid: true), fa-icon("person-hiking"),
```typst #fa-hiking()```, fa-hiking(), fa-hiking(solid: true), fa-icon("hiking"),
```typst #fa-person-military-pointing()```, fa-person-military-pointing(), fa-person-military-pointing(solid: true), fa-icon("person-military-pointing"),
```typst #fa-person-military-rifle()```, fa-person-military-rifle(), fa-person-military-rifle(solid: true), fa-icon("person-military-rifle"),
```typst #fa-person-military-to-person()```, fa-person-military-to-person(), fa-person-military-to-person(solid: true), fa-icon("person-military-to-person"),
```typst #fa-person-praying()```, fa-person-praying(), fa-person-praying(solid: true), fa-icon("person-praying"),
```typst #fa-pray()```, fa-pray(), fa-pray(solid: true), fa-icon("pray"),
```typst #fa-person-pregnant()```, fa-person-pregnant(), fa-person-pregnant(solid: true), fa-icon("person-pregnant"),
```typst #fa-person-rays()```, fa-person-rays(), fa-person-rays(solid: true), fa-icon("person-rays"),
```typst #fa-person-rifle()```, fa-person-rifle(), fa-person-rifle(solid: true), fa-icon("person-rifle"),
```typst #fa-person-running()```, fa-person-running(), fa-person-running(solid: true), fa-icon("person-running"),
```typst #fa-running()```, fa-running(), fa-running(solid: true), fa-icon("running"),
```typst #fa-person-shelter()```, fa-person-shelter(), fa-person-shelter(solid: true), fa-icon("person-shelter"),
```typst #fa-person-skating()```, fa-person-skating(), fa-person-skating(solid: true), fa-icon("person-skating"),
```typst #fa-skating()```, fa-skating(), fa-skating(solid: true), fa-icon("skating"),
```typst #fa-person-skiing()```, fa-person-skiing(), fa-person-skiing(solid: true), fa-icon("person-skiing"),
```typst #fa-skiing()```, fa-skiing(), fa-skiing(solid: true), fa-icon("skiing"),
```typst #fa-person-skiing-nordic()```, fa-person-skiing-nordic(), fa-person-skiing-nordic(solid: true), fa-icon("person-skiing-nordic"),
```typst #fa-skiing-nordic()```, fa-skiing-nordic(), fa-skiing-nordic(solid: true), fa-icon("skiing-nordic"),
```typst #fa-person-snowboarding()```, fa-person-snowboarding(), fa-person-snowboarding(solid: true), fa-icon("person-snowboarding"),
```typst #fa-snowboarding()```, fa-snowboarding(), fa-snowboarding(solid: true), fa-icon("snowboarding"),
```typst #fa-person-swimming()```, fa-person-swimming(), fa-person-swimming(solid: true), fa-icon("person-swimming"),
```typst #fa-swimmer()```, fa-swimmer(), fa-swimmer(solid: true), fa-icon("swimmer"),
```typst #fa-person-through-window()```, fa-person-through-window(), fa-person-through-window(solid: true), fa-icon("person-through-window"),
```typst #fa-person-walking()```, fa-person-walking(), fa-person-walking(solid: true), fa-icon("person-walking"),
```typst #fa-walking()```, fa-walking(), fa-walking(solid: true), fa-icon("walking"),
```typst #fa-person-walking-arrow-loop-left()```, fa-person-walking-arrow-loop-left(), fa-person-walking-arrow-loop-left(solid: true), fa-icon("person-walking-arrow-loop-left"),
```typst #fa-person-walking-arrow-right()```, fa-person-walking-arrow-right(), fa-person-walking-arrow-right(solid: true), fa-icon("person-walking-arrow-right"),
```typst #fa-person-walking-dashed-line-arrow-right()```, fa-person-walking-dashed-line-arrow-right(), fa-person-walking-dashed-line-arrow-right(solid: true), fa-icon("person-walking-dashed-line-arrow-right"),
```typst #fa-person-walking-luggage()```, fa-person-walking-luggage(), fa-person-walking-luggage(solid: true), fa-icon("person-walking-luggage"),
```typst #fa-person-walking-with-cane()```, fa-person-walking-with-cane(), fa-person-walking-with-cane(solid: true), fa-icon("person-walking-with-cane"),
```typst #fa-blind()```, fa-blind(), fa-blind(solid: true), fa-icon("blind"),
```typst #fa-peseta-sign()```, fa-peseta-sign(), fa-peseta-sign(solid: true), fa-icon("peseta-sign"),
```typst #fa-peso-sign()```, fa-peso-sign(), fa-peso-sign(solid: true), fa-icon("peso-sign"),
```typst #fa-phabricator()```, fa-phabricator(), fa-phabricator(solid: true), fa-icon("phabricator"),
```typst #fa-phoenix-framework()```, fa-phoenix-framework(), fa-phoenix-framework(solid: true), fa-icon("phoenix-framework"),
```typst #fa-phoenix-squadron()```, fa-phoenix-squadron(), fa-phoenix-squadron(solid: true), fa-icon("phoenix-squadron"),
```typst #fa-phone()```, fa-phone(), fa-phone(solid: true), fa-icon("phone"),
```typst #fa-phone-flip()```, fa-phone-flip(), fa-phone-flip(solid: true), fa-icon("phone-flip"),
```typst #fa-phone-alt()```, fa-phone-alt(), fa-phone-alt(solid: true), fa-icon("phone-alt"),
```typst #fa-phone-slash()```, fa-phone-slash(), fa-phone-slash(solid: true), fa-icon("phone-slash"),
```typst #fa-phone-volume()```, fa-phone-volume(), fa-phone-volume(solid: true), fa-icon("phone-volume"),
```typst #fa-volume-control-phone()```, fa-volume-control-phone(), fa-volume-control-phone(solid: true), fa-icon("volume-control-phone"),
```typst #fa-photo-film()```, fa-photo-film(), fa-photo-film(solid: true), fa-icon("photo-film"),
```typst #fa-photo-video()```, fa-photo-video(), fa-photo-video(solid: true), fa-icon("photo-video"),
```typst #fa-php()```, fa-php(), fa-php(solid: true), fa-icon("php"),
```typst #fa-pied-piper()```, fa-pied-piper(), fa-pied-piper(solid: true), fa-icon("pied-piper"),
```typst #fa-pied-piper-alt()```, fa-pied-piper-alt(), fa-pied-piper-alt(solid: true), fa-icon("pied-piper-alt"),
```typst #fa-pied-piper-hat()```, fa-pied-piper-hat(), fa-pied-piper-hat(solid: true), fa-icon("pied-piper-hat"),
```typst #fa-pied-piper-pp()```, fa-pied-piper-pp(), fa-pied-piper-pp(solid: true), fa-icon("pied-piper-pp"),
```typst #fa-piggy-bank()```, fa-piggy-bank(), fa-piggy-bank(solid: true), fa-icon("piggy-bank"),
```typst #fa-pills()```, fa-pills(), fa-pills(solid: true), fa-icon("pills"),
```typst #fa-pinterest()```, fa-pinterest(), fa-pinterest(solid: true), fa-icon("pinterest"),
```typst #fa-pinterest-p()```, fa-pinterest-p(), fa-pinterest-p(solid: true), fa-icon("pinterest-p"),
```typst #fa-pix()```, fa-pix(), fa-pix(solid: true), fa-icon("pix"),
```typst #fa-pixiv()```, fa-pixiv(), fa-pixiv(solid: true), fa-icon("pixiv"),
```typst #fa-pizza-slice()```, fa-pizza-slice(), fa-pizza-slice(solid: true), fa-icon("pizza-slice"),
```typst #fa-place-of-worship()```, fa-place-of-worship(), fa-place-of-worship(solid: true), fa-icon("place-of-worship"),
```typst #fa-plane()```, fa-plane(), fa-plane(solid: true), fa-icon("plane"),
```typst #fa-plane-arrival()```, fa-plane-arrival(), fa-plane-arrival(solid: true), fa-icon("plane-arrival"),
```typst #fa-plane-circle-check()```, fa-plane-circle-check(), fa-plane-circle-check(solid: true), fa-icon("plane-circle-check"),
```typst #fa-plane-circle-exclamation()```, fa-plane-circle-exclamation(), fa-plane-circle-exclamation(solid: true), fa-icon("plane-circle-exclamation"),
```typst #fa-plane-circle-xmark()```, fa-plane-circle-xmark(), fa-plane-circle-xmark(solid: true), fa-icon("plane-circle-xmark"),
```typst #fa-plane-departure()```, fa-plane-departure(), fa-plane-departure(solid: true), fa-icon("plane-departure"),
```typst #fa-plane-lock()```, fa-plane-lock(), fa-plane-lock(solid: true), fa-icon("plane-lock"),
```typst #fa-plane-slash()```, fa-plane-slash(), fa-plane-slash(solid: true), fa-icon("plane-slash"),
```typst #fa-plane-up()```, fa-plane-up(), fa-plane-up(solid: true), fa-icon("plane-up"),
```typst #fa-plant-wilt()```, fa-plant-wilt(), fa-plant-wilt(solid: true), fa-icon("plant-wilt"),
```typst #fa-plate-wheat()```, fa-plate-wheat(), fa-plate-wheat(solid: true), fa-icon("plate-wheat"),
```typst #fa-play()```, fa-play(), fa-play(solid: true), fa-icon("play"),
```typst #fa-playstation()```, fa-playstation(), fa-playstation(solid: true), fa-icon("playstation"),
```typst #fa-plug()```, fa-plug(), fa-plug(solid: true), fa-icon("plug"),
```typst #fa-plug-circle-bolt()```, fa-plug-circle-bolt(), fa-plug-circle-bolt(solid: true), fa-icon("plug-circle-bolt"),
```typst #fa-plug-circle-check()```, fa-plug-circle-check(), fa-plug-circle-check(solid: true), fa-icon("plug-circle-check"),
```typst #fa-plug-circle-exclamation()```, fa-plug-circle-exclamation(), fa-plug-circle-exclamation(solid: true), fa-icon("plug-circle-exclamation"),
```typst #fa-plug-circle-minus()```, fa-plug-circle-minus(), fa-plug-circle-minus(solid: true), fa-icon("plug-circle-minus"),
```typst #fa-plug-circle-plus()```, fa-plug-circle-plus(), fa-plug-circle-plus(solid: true), fa-icon("plug-circle-plus"),
```typst #fa-plug-circle-xmark()```, fa-plug-circle-xmark(), fa-plug-circle-xmark(solid: true), fa-icon("plug-circle-xmark"),
```typst #fa-plus()```, fa-plus(), fa-plus(solid: true), fa-icon("plus"),
```typst #fa-add()```, fa-add(), fa-add(solid: true), fa-icon("add"),
```typst #fa-plus-minus()```, fa-plus-minus(), fa-plus-minus(solid: true), fa-icon("plus-minus"),
```typst #fa-podcast()```, fa-podcast(), fa-podcast(solid: true), fa-icon("podcast"),
```typst #fa-poo()```, fa-poo(), fa-poo(solid: true), fa-icon("poo"),
```typst #fa-poo-storm()```, fa-poo-storm(), fa-poo-storm(solid: true), fa-icon("poo-storm"),
```typst #fa-poo-bolt()```, fa-poo-bolt(), fa-poo-bolt(solid: true), fa-icon("poo-bolt"),
```typst #fa-poop()```, fa-poop(), fa-poop(solid: true), fa-icon("poop"),
```typst #fa-power-off()```, fa-power-off(), fa-power-off(solid: true), fa-icon("power-off"),
```typst #fa-prescription()```, fa-prescription(), fa-prescription(solid: true), fa-icon("prescription"),
```typst #fa-prescription-bottle()```, fa-prescription-bottle(), fa-prescription-bottle(solid: true), fa-icon("prescription-bottle"),
```typst #fa-prescription-bottle-medical()```, fa-prescription-bottle-medical(), fa-prescription-bottle-medical(solid: true), fa-icon("prescription-bottle-medical"),
```typst #fa-prescription-bottle-alt()```, fa-prescription-bottle-alt(), fa-prescription-bottle-alt(solid: true), fa-icon("prescription-bottle-alt"),
```typst #fa-print()```, fa-print(), fa-print(solid: true), fa-icon("print"),
```typst #fa-product-hunt()```, fa-product-hunt(), fa-product-hunt(solid: true), fa-icon("product-hunt"),
```typst #fa-pump-medical()```, fa-pump-medical(), fa-pump-medical(solid: true), fa-icon("pump-medical"),
```typst #fa-pump-soap()```, fa-pump-soap(), fa-pump-soap(solid: true), fa-icon("pump-soap"),
```typst #fa-pushed()```, fa-pushed(), fa-pushed(solid: true), fa-icon("pushed"),
```typst #fa-puzzle-piece()```, fa-puzzle-piece(), fa-puzzle-piece(solid: true), fa-icon("puzzle-piece"),
```typst #fa-python()```, fa-python(), fa-python(solid: true), fa-icon("python"),
```typst #fa-q()```, fa-q(), fa-q(solid: true), fa-icon("q"),
```typst #fa-qq()```, fa-qq(), fa-qq(solid: true), fa-icon("qq"),
```typst #fa-qrcode()```, fa-qrcode(), fa-qrcode(solid: true), fa-icon("qrcode"),
```typst #fa-question()```, fa-question(), fa-question(solid: true), fa-icon("question"),
```typst #fa-quinscape()```, fa-quinscape(), fa-quinscape(solid: true), fa-icon("quinscape"),
```typst #fa-quora()```, fa-quora(), fa-quora(solid: true), fa-icon("quora"),
```typst #fa-quote-left()```, fa-quote-left(), fa-quote-left(solid: true), fa-icon("quote-left"),
```typst #fa-quote-left-alt()```, fa-quote-left-alt(), fa-quote-left-alt(solid: true), fa-icon("quote-left-alt"),
```typst #fa-quote-right()```, fa-quote-right(), fa-quote-right(solid: true), fa-icon("quote-right"),
```typst #fa-quote-right-alt()```, fa-quote-right-alt(), fa-quote-right-alt(solid: true), fa-icon("quote-right-alt"),
```typst #fa-r()```, fa-r(), fa-r(solid: true), fa-icon("r"),
```typst #fa-r-project()```, fa-r-project(), fa-r-project(solid: true), fa-icon("r-project"),
```typst #fa-radiation()```, fa-radiation(), fa-radiation(solid: true), fa-icon("radiation"),
```typst #fa-radio()```, fa-radio(), fa-radio(solid: true), fa-icon("radio"),
```typst #fa-rainbow()```, fa-rainbow(), fa-rainbow(solid: true), fa-icon("rainbow"),
```typst #fa-ranking-star()```, fa-ranking-star(), fa-ranking-star(solid: true), fa-icon("ranking-star"),
```typst #fa-raspberry-pi()```, fa-raspberry-pi(), fa-raspberry-pi(solid: true), fa-icon("raspberry-pi"),
```typst #fa-ravelry()```, fa-ravelry(), fa-ravelry(solid: true), fa-icon("ravelry"),
```typst #fa-react()```, fa-react(), fa-react(solid: true), fa-icon("react"),
```typst #fa-reacteurope()```, fa-reacteurope(), fa-reacteurope(solid: true), fa-icon("reacteurope"),
```typst #fa-readme()```, fa-readme(), fa-readme(solid: true), fa-icon("readme"),
```typst #fa-rebel()```, fa-rebel(), fa-rebel(solid: true), fa-icon("rebel"),
```typst #fa-receipt()```, fa-receipt(), fa-receipt(solid: true), fa-icon("receipt"),
```typst #fa-record-vinyl()```, fa-record-vinyl(), fa-record-vinyl(solid: true), fa-icon("record-vinyl"),
```typst #fa-rectangle-ad()```, fa-rectangle-ad(), fa-rectangle-ad(solid: true), fa-icon("rectangle-ad"),
```typst #fa-ad()```, fa-ad(), fa-ad(solid: true), fa-icon("ad"),
```typst #fa-rectangle-list()```, fa-rectangle-list(), fa-rectangle-list(solid: true), fa-icon("rectangle-list"),
```typst #fa-list-alt()```, fa-list-alt(), fa-list-alt(solid: true), fa-icon("list-alt"),
```typst #fa-rectangle-xmark()```, fa-rectangle-xmark(), fa-rectangle-xmark(solid: true), fa-icon("rectangle-xmark"),
```typst #fa-rectangle-times()```, fa-rectangle-times(), fa-rectangle-times(solid: true), fa-icon("rectangle-times"),
```typst #fa-times-rectangle()```, fa-times-rectangle(), fa-times-rectangle(solid: true), fa-icon("times-rectangle"),
```typst #fa-window-close()```, fa-window-close(), fa-window-close(solid: true), fa-icon("window-close"),
```typst #fa-recycle()```, fa-recycle(), fa-recycle(solid: true), fa-icon("recycle"),
```typst #fa-red-river()```, fa-red-river(), fa-red-river(solid: true), fa-icon("red-river"),
```typst #fa-reddit()```, fa-reddit(), fa-reddit(solid: true), fa-icon("reddit"),
```typst #fa-reddit-alien()```, fa-reddit-alien(), fa-reddit-alien(solid: true), fa-icon("reddit-alien"),
```typst #fa-redhat()```, fa-redhat(), fa-redhat(solid: true), fa-icon("redhat"),
```typst #fa-registered()```, fa-registered(), fa-registered(solid: true), fa-icon("registered"),
```typst #fa-renren()```, fa-renren(), fa-renren(solid: true), fa-icon("renren"),
```typst #fa-repeat()```, fa-repeat(), fa-repeat(solid: true), fa-icon("repeat"),
```typst #fa-reply()```, fa-reply(), fa-reply(solid: true), fa-icon("reply"),
```typst #fa-mail-reply()```, fa-mail-reply(), fa-mail-reply(solid: true), fa-icon("mail-reply"),
```typst #fa-reply-all()```, fa-reply-all(), fa-reply-all(solid: true), fa-icon("reply-all"),
```typst #fa-mail-reply-all()```, fa-mail-reply-all(), fa-mail-reply-all(solid: true), fa-icon("mail-reply-all"),
```typst #fa-replyd()```, fa-replyd(), fa-replyd(solid: true), fa-icon("replyd"),
```typst #fa-republican()```, fa-republican(), fa-republican(solid: true), fa-icon("republican"),
```typst #fa-researchgate()```, fa-researchgate(), fa-researchgate(solid: true), fa-icon("researchgate"),
```typst #fa-resolving()```, fa-resolving(), fa-resolving(solid: true), fa-icon("resolving"),
```typst #fa-restroom()```, fa-restroom(), fa-restroom(solid: true), fa-icon("restroom"),
```typst #fa-retweet()```, fa-retweet(), fa-retweet(solid: true), fa-icon("retweet"),
```typst #fa-rev()```, fa-rev(), fa-rev(solid: true), fa-icon("rev"),
```typst #fa-ribbon()```, fa-ribbon(), fa-ribbon(solid: true), fa-icon("ribbon"),
```typst #fa-right-from-bracket()```, fa-right-from-bracket(), fa-right-from-bracket(solid: true), fa-icon("right-from-bracket"),
```typst #fa-sign-out-alt()```, fa-sign-out-alt(), fa-sign-out-alt(solid: true), fa-icon("sign-out-alt"),
```typst #fa-right-left()```, fa-right-left(), fa-right-left(solid: true), fa-icon("right-left"),
```typst #fa-exchange-alt()```, fa-exchange-alt(), fa-exchange-alt(solid: true), fa-icon("exchange-alt"),
```typst #fa-right-long()```, fa-right-long(), fa-right-long(solid: true), fa-icon("right-long"),
```typst #fa-long-arrow-alt-right()```, fa-long-arrow-alt-right(), fa-long-arrow-alt-right(solid: true), fa-icon("long-arrow-alt-right"),
```typst #fa-right-to-bracket()```, fa-right-to-bracket(), fa-right-to-bracket(solid: true), fa-icon("right-to-bracket"),
```typst #fa-sign-in-alt()```, fa-sign-in-alt(), fa-sign-in-alt(solid: true), fa-icon("sign-in-alt"),
```typst #fa-ring()```, fa-ring(), fa-ring(solid: true), fa-icon("ring"),
```typst #fa-road()```, fa-road(), fa-road(solid: true), fa-icon("road"),
```typst #fa-road-barrier()```, fa-road-barrier(), fa-road-barrier(solid: true), fa-icon("road-barrier"),
```typst #fa-road-bridge()```, fa-road-bridge(), fa-road-bridge(solid: true), fa-icon("road-bridge"),
```typst #fa-road-circle-check()```, fa-road-circle-check(), fa-road-circle-check(solid: true), fa-icon("road-circle-check"),
```typst #fa-road-circle-exclamation()```, fa-road-circle-exclamation(), fa-road-circle-exclamation(solid: true), fa-icon("road-circle-exclamation"),
```typst #fa-road-circle-xmark()```, fa-road-circle-xmark(), fa-road-circle-xmark(solid: true), fa-icon("road-circle-xmark"),
```typst #fa-road-lock()```, fa-road-lock(), fa-road-lock(solid: true), fa-icon("road-lock"),
```typst #fa-road-spikes()```, fa-road-spikes(), fa-road-spikes(solid: true), fa-icon("road-spikes"),
```typst #fa-robot()```, fa-robot(), fa-robot(solid: true), fa-icon("robot"),
```typst #fa-rocket()```, fa-rocket(), fa-rocket(solid: true), fa-icon("rocket"),
```typst #fa-rocketchat()```, fa-rocketchat(), fa-rocketchat(solid: true), fa-icon("rocketchat"),
```typst #fa-rockrms()```, fa-rockrms(), fa-rockrms(solid: true), fa-icon("rockrms"),
```typst #fa-rotate()```, fa-rotate(), fa-rotate(solid: true), fa-icon("rotate"),
```typst #fa-sync-alt()```, fa-sync-alt(), fa-sync-alt(solid: true), fa-icon("sync-alt"),
```typst #fa-rotate-left()```, fa-rotate-left(), fa-rotate-left(solid: true), fa-icon("rotate-left"),
```typst #fa-rotate-back()```, fa-rotate-back(), fa-rotate-back(solid: true), fa-icon("rotate-back"),
```typst #fa-rotate-backward()```, fa-rotate-backward(), fa-rotate-backward(solid: true), fa-icon("rotate-backward"),
```typst #fa-undo-alt()```, fa-undo-alt(), fa-undo-alt(solid: true), fa-icon("undo-alt"),
```typst #fa-rotate-right()```, fa-rotate-right(), fa-rotate-right(solid: true), fa-icon("rotate-right"),
```typst #fa-redo-alt()```, fa-redo-alt(), fa-redo-alt(solid: true), fa-icon("redo-alt"),
```typst #fa-rotate-forward()```, fa-rotate-forward(), fa-rotate-forward(solid: true), fa-icon("rotate-forward"),
```typst #fa-route()```, fa-route(), fa-route(solid: true), fa-icon("route"),
```typst #fa-rss()```, fa-rss(), fa-rss(solid: true), fa-icon("rss"),
```typst #fa-feed()```, fa-feed(), fa-feed(solid: true), fa-icon("feed"),
```typst #fa-ruble-sign()```, fa-ruble-sign(), fa-ruble-sign(solid: true), fa-icon("ruble-sign"),
```typst #fa-rouble()```, fa-rouble(), fa-rouble(solid: true), fa-icon("rouble"),
```typst #fa-rub()```, fa-rub(), fa-rub(solid: true), fa-icon("rub"),
```typst #fa-ruble()```, fa-ruble(), fa-ruble(solid: true), fa-icon("ruble"),
```typst #fa-rug()```, fa-rug(), fa-rug(solid: true), fa-icon("rug"),
```typst #fa-ruler()```, fa-ruler(), fa-ruler(solid: true), fa-icon("ruler"),
```typst #fa-ruler-combined()```, fa-ruler-combined(), fa-ruler-combined(solid: true), fa-icon("ruler-combined"),
```typst #fa-ruler-horizontal()```, fa-ruler-horizontal(), fa-ruler-horizontal(solid: true), fa-icon("ruler-horizontal"),
```typst #fa-ruler-vertical()```, fa-ruler-vertical(), fa-ruler-vertical(solid: true), fa-icon("ruler-vertical"),
```typst #fa-rupee-sign()```, fa-rupee-sign(), fa-rupee-sign(solid: true), fa-icon("rupee-sign"),
```typst #fa-rupee()```, fa-rupee(), fa-rupee(solid: true), fa-icon("rupee"),
```typst #fa-rupiah-sign()```, fa-rupiah-sign(), fa-rupiah-sign(solid: true), fa-icon("rupiah-sign"),
```typst #fa-rust()```, fa-rust(), fa-rust(solid: true), fa-icon("rust"),
```typst #fa-s()```, fa-s(), fa-s(solid: true), fa-icon("s"),
```typst #fa-sack-dollar()```, fa-sack-dollar(), fa-sack-dollar(solid: true), fa-icon("sack-dollar"),
```typst #fa-sack-xmark()```, fa-sack-xmark(), fa-sack-xmark(solid: true), fa-icon("sack-xmark"),
```typst #fa-safari()```, fa-safari(), fa-safari(solid: true), fa-icon("safari"),
```typst #fa-sailboat()```, fa-sailboat(), fa-sailboat(solid: true), fa-icon("sailboat"),
```typst #fa-salesforce()```, fa-salesforce(), fa-salesforce(solid: true), fa-icon("salesforce"),
```typst #fa-sass()```, fa-sass(), fa-sass(solid: true), fa-icon("sass"),
```typst #fa-satellite()```, fa-satellite(), fa-satellite(solid: true), fa-icon("satellite"),
```typst #fa-satellite-dish()```, fa-satellite-dish(), fa-satellite-dish(solid: true), fa-icon("satellite-dish"),
```typst #fa-scale-balanced()```, fa-scale-balanced(), fa-scale-balanced(solid: true), fa-icon("scale-balanced"),
```typst #fa-balance-scale()```, fa-balance-scale(), fa-balance-scale(solid: true), fa-icon("balance-scale"),
```typst #fa-scale-unbalanced()```, fa-scale-unbalanced(), fa-scale-unbalanced(solid: true), fa-icon("scale-unbalanced"),
```typst #fa-balance-scale-left()```, fa-balance-scale-left(), fa-balance-scale-left(solid: true), fa-icon("balance-scale-left"),
```typst #fa-scale-unbalanced-flip()```, fa-scale-unbalanced-flip(), fa-scale-unbalanced-flip(solid: true), fa-icon("scale-unbalanced-flip"),
```typst #fa-balance-scale-right()```, fa-balance-scale-right(), fa-balance-scale-right(solid: true), fa-icon("balance-scale-right"),
```typst #fa-schlix()```, fa-schlix(), fa-schlix(solid: true), fa-icon("schlix"),
```typst #fa-school()```, fa-school(), fa-school(solid: true), fa-icon("school"),
```typst #fa-school-circle-check()```, fa-school-circle-check(), fa-school-circle-check(solid: true), fa-icon("school-circle-check"),
```typst #fa-school-circle-exclamation()```, fa-school-circle-exclamation(), fa-school-circle-exclamation(solid: true), fa-icon("school-circle-exclamation"),
```typst #fa-school-circle-xmark()```, fa-school-circle-xmark(), fa-school-circle-xmark(solid: true), fa-icon("school-circle-xmark"),
```typst #fa-school-flag()```, fa-school-flag(), fa-school-flag(solid: true), fa-icon("school-flag"),
```typst #fa-school-lock()```, fa-school-lock(), fa-school-lock(solid: true), fa-icon("school-lock"),
```typst #fa-scissors()```, fa-scissors(), fa-scissors(solid: true), fa-icon("scissors"),
```typst #fa-cut()```, fa-cut(), fa-cut(solid: true), fa-icon("cut"),
```typst #fa-screenpal()```, fa-screenpal(), fa-screenpal(solid: true), fa-icon("screenpal"),
```typst #fa-screwdriver()```, fa-screwdriver(), fa-screwdriver(solid: true), fa-icon("screwdriver"),
```typst #fa-screwdriver-wrench()```, fa-screwdriver-wrench(), fa-screwdriver-wrench(solid: true), fa-icon("screwdriver-wrench"),
```typst #fa-tools()```, fa-tools(), fa-tools(solid: true), fa-icon("tools"),
```typst #fa-scribd()```, fa-scribd(), fa-scribd(solid: true), fa-icon("scribd"),
```typst #fa-scroll()```, fa-scroll(), fa-scroll(solid: true), fa-icon("scroll"),
```typst #fa-scroll-torah()```, fa-scroll-torah(), fa-scroll-torah(solid: true), fa-icon("scroll-torah"),
```typst #fa-torah()```, fa-torah(), fa-torah(solid: true), fa-icon("torah"),
```typst #fa-sd-card()```, fa-sd-card(), fa-sd-card(solid: true), fa-icon("sd-card"),
```typst #fa-searchengin()```, fa-searchengin(), fa-searchengin(solid: true), fa-icon("searchengin"),
```typst #fa-section()```, fa-section(), fa-section(solid: true), fa-icon("section"),
```typst #fa-seedling()```, fa-seedling(), fa-seedling(solid: true), fa-icon("seedling"),
```typst #fa-sprout()```, fa-sprout(), fa-sprout(solid: true), fa-icon("sprout"),
```typst #fa-sellcast()```, fa-sellcast(), fa-sellcast(solid: true), fa-icon("sellcast"),
```typst #fa-sellsy()```, fa-sellsy(), fa-sellsy(solid: true), fa-icon("sellsy"),
```typst #fa-server()```, fa-server(), fa-server(solid: true), fa-icon("server"),
```typst #fa-servicestack()```, fa-servicestack(), fa-servicestack(solid: true), fa-icon("servicestack"),
```typst #fa-shapes()```, fa-shapes(), fa-shapes(solid: true), fa-icon("shapes"),
```typst #fa-triangle-circle-square()```, fa-triangle-circle-square(), fa-triangle-circle-square(solid: true), fa-icon("triangle-circle-square"),
```typst #fa-share()```, fa-share(), fa-share(solid: true), fa-icon("share"),
```typst #fa-mail-forward()```, fa-mail-forward(), fa-mail-forward(solid: true), fa-icon("mail-forward"),
```typst #fa-share-from-square()```, fa-share-from-square(), fa-share-from-square(solid: true), fa-icon("share-from-square"),
```typst #fa-share-square()```, fa-share-square(), fa-share-square(solid: true), fa-icon("share-square"),
```typst #fa-share-nodes()```, fa-share-nodes(), fa-share-nodes(solid: true), fa-icon("share-nodes"),
```typst #fa-share-alt()```, fa-share-alt(), fa-share-alt(solid: true), fa-icon("share-alt"),
```typst #fa-sheet-plastic()```, fa-sheet-plastic(), fa-sheet-plastic(solid: true), fa-icon("sheet-plastic"),
```typst #fa-shekel-sign()```, fa-shekel-sign(), fa-shekel-sign(solid: true), fa-icon("shekel-sign"),
```typst #fa-ils()```, fa-ils(), fa-ils(solid: true), fa-icon("ils"),
```typst #fa-shekel()```, fa-shekel(), fa-shekel(solid: true), fa-icon("shekel"),
```typst #fa-sheqel()```, fa-sheqel(), fa-sheqel(solid: true), fa-icon("sheqel"),
```typst #fa-sheqel-sign()```, fa-sheqel-sign(), fa-sheqel-sign(solid: true), fa-icon("sheqel-sign"),
```typst #fa-shield()```, fa-shield(), fa-shield(solid: true), fa-icon("shield"),
```typst #fa-shield-blank()```, fa-shield-blank(), fa-shield-blank(solid: true), fa-icon("shield-blank"),
```typst #fa-shield-cat()```, fa-shield-cat(), fa-shield-cat(solid: true), fa-icon("shield-cat"),
```typst #fa-shield-dog()```, fa-shield-dog(), fa-shield-dog(solid: true), fa-icon("shield-dog"),
```typst #fa-shield-halved()```, fa-shield-halved(), fa-shield-halved(solid: true), fa-icon("shield-halved"),
```typst #fa-shield-alt()```, fa-shield-alt(), fa-shield-alt(solid: true), fa-icon("shield-alt"),
```typst #fa-shield-heart()```, fa-shield-heart(), fa-shield-heart(solid: true), fa-icon("shield-heart"),
```typst #fa-shield-virus()```, fa-shield-virus(), fa-shield-virus(solid: true), fa-icon("shield-virus"),
```typst #fa-ship()```, fa-ship(), fa-ship(solid: true), fa-icon("ship"),
```typst #fa-shirt()```, fa-shirt(), fa-shirt(solid: true), fa-icon("shirt"),
```typst #fa-t-shirt()```, fa-t-shirt(), fa-t-shirt(solid: true), fa-icon("t-shirt"),
```typst #fa-tshirt()```, fa-tshirt(), fa-tshirt(solid: true), fa-icon("tshirt"),
```typst #fa-shirtsinbulk()```, fa-shirtsinbulk(), fa-shirtsinbulk(solid: true), fa-icon("shirtsinbulk"),
```typst #fa-shoe-prints()```, fa-shoe-prints(), fa-shoe-prints(solid: true), fa-icon("shoe-prints"),
```typst #fa-shoelace()```, fa-shoelace(), fa-shoelace(solid: true), fa-icon("shoelace"),
```typst #fa-shop()```, fa-shop(), fa-shop(solid: true), fa-icon("shop"),
```typst #fa-store-alt()```, fa-store-alt(), fa-store-alt(solid: true), fa-icon("store-alt"),
```typst #fa-shop-lock()```, fa-shop-lock(), fa-shop-lock(solid: true), fa-icon("shop-lock"),
```typst #fa-shop-slash()```, fa-shop-slash(), fa-shop-slash(solid: true), fa-icon("shop-slash"),
```typst #fa-store-alt-slash()```, fa-store-alt-slash(), fa-store-alt-slash(solid: true), fa-icon("store-alt-slash"),
```typst #fa-shopify()```, fa-shopify(), fa-shopify(solid: true), fa-icon("shopify"),
```typst #fa-shopware()```, fa-shopware(), fa-shopware(solid: true), fa-icon("shopware"),
```typst #fa-shower()```, fa-shower(), fa-shower(solid: true), fa-icon("shower"),
```typst #fa-shrimp()```, fa-shrimp(), fa-shrimp(solid: true), fa-icon("shrimp"),
```typst #fa-shuffle()```, fa-shuffle(), fa-shuffle(solid: true), fa-icon("shuffle"),
```typst #fa-random()```, fa-random(), fa-random(solid: true), fa-icon("random"),
```typst #fa-shuttle-space()```, fa-shuttle-space(), fa-shuttle-space(solid: true), fa-icon("shuttle-space"),
```typst #fa-space-shuttle()```, fa-space-shuttle(), fa-space-shuttle(solid: true), fa-icon("space-shuttle"),
```typst #fa-sign-hanging()```, fa-sign-hanging(), fa-sign-hanging(solid: true), fa-icon("sign-hanging"),
```typst #fa-sign()```, fa-sign(), fa-sign(solid: true), fa-icon("sign"),
```typst #fa-signal()```, fa-signal(), fa-signal(solid: true), fa-icon("signal"),
```typst #fa-signal-5()```, fa-signal-5(), fa-signal-5(solid: true), fa-icon("signal-5"),
```typst #fa-signal-perfect()```, fa-signal-perfect(), fa-signal-perfect(solid: true), fa-icon("signal-perfect"),
```typst #fa-signal-messenger()```, fa-signal-messenger(), fa-signal-messenger(solid: true), fa-icon("signal-messenger"),
```typst #fa-signature()```, fa-signature(), fa-signature(solid: true), fa-icon("signature"),
```typst #fa-signs-post()```, fa-signs-post(), fa-signs-post(solid: true), fa-icon("signs-post"),
```typst #fa-map-signs()```, fa-map-signs(), fa-map-signs(solid: true), fa-icon("map-signs"),
```typst #fa-sim-card()```, fa-sim-card(), fa-sim-card(solid: true), fa-icon("sim-card"),
```typst #fa-simplybuilt()```, fa-simplybuilt(), fa-simplybuilt(solid: true), fa-icon("simplybuilt"),
```typst #fa-sink()```, fa-sink(), fa-sink(solid: true), fa-icon("sink"),
```typst #fa-sistrix()```, fa-sistrix(), fa-sistrix(solid: true), fa-icon("sistrix"),
```typst #fa-sitemap()```, fa-sitemap(), fa-sitemap(solid: true), fa-icon("sitemap"),
```typst #fa-sith()```, fa-sith(), fa-sith(solid: true), fa-icon("sith"),
```typst #fa-sitrox()```, fa-sitrox(), fa-sitrox(solid: true), fa-icon("sitrox"),
```typst #fa-sketch()```, fa-sketch(), fa-sketch(solid: true), fa-icon("sketch"),
```typst #fa-skull()```, fa-skull(), fa-skull(solid: true), fa-icon("skull"),
```typst #fa-skull-crossbones()```, fa-skull-crossbones(), fa-skull-crossbones(solid: true), fa-icon("skull-crossbones"),
```typst #fa-skyatlas()```, fa-skyatlas(), fa-skyatlas(solid: true), fa-icon("skyatlas"),
```typst #fa-skype()```, fa-skype(), fa-skype(solid: true), fa-icon("skype"),
```typst #fa-slack()```, fa-slack(), fa-slack(solid: true), fa-icon("slack"),
```typst #fa-slack-hash()```, fa-slack-hash(), fa-slack-hash(solid: true), fa-icon("slack-hash"),
```typst #fa-slash()```, fa-slash(), fa-slash(solid: true), fa-icon("slash"),
```typst #fa-sleigh()```, fa-sleigh(), fa-sleigh(solid: true), fa-icon("sleigh"),
```typst #fa-sliders()```, fa-sliders(), fa-sliders(solid: true), fa-icon("sliders"),
```typst #fa-sliders-h()```, fa-sliders-h(), fa-sliders-h(solid: true), fa-icon("sliders-h"),
```typst #fa-slideshare()```, fa-slideshare(), fa-slideshare(solid: true), fa-icon("slideshare"),
```typst #fa-smog()```, fa-smog(), fa-smog(solid: true), fa-icon("smog"),
```typst #fa-smoking()```, fa-smoking(), fa-smoking(solid: true), fa-icon("smoking"),
```typst #fa-snapchat()```, fa-snapchat(), fa-snapchat(solid: true), fa-icon("snapchat"),
```typst #fa-snapchat-ghost()```, fa-snapchat-ghost(), fa-snapchat-ghost(solid: true), fa-icon("snapchat-ghost"),
```typst #fa-snowflake()```, fa-snowflake(), fa-snowflake(solid: true), fa-icon("snowflake"),
```typst #fa-snowman()```, fa-snowman(), fa-snowman(solid: true), fa-icon("snowman"),
```typst #fa-snowplow()```, fa-snowplow(), fa-snowplow(solid: true), fa-icon("snowplow"),
```typst #fa-soap()```, fa-soap(), fa-soap(solid: true), fa-icon("soap"),
```typst #fa-socks()```, fa-socks(), fa-socks(solid: true), fa-icon("socks"),
```typst #fa-solar-panel()```, fa-solar-panel(), fa-solar-panel(solid: true), fa-icon("solar-panel"),
```typst #fa-sort()```, fa-sort(), fa-sort(solid: true), fa-icon("sort"),
```typst #fa-unsorted()```, fa-unsorted(), fa-unsorted(solid: true), fa-icon("unsorted"),
```typst #fa-sort-down()```, fa-sort-down(), fa-sort-down(solid: true), fa-icon("sort-down"),
```typst #fa-sort-desc()```, fa-sort-desc(), fa-sort-desc(solid: true), fa-icon("sort-desc"),
```typst #fa-sort-up()```, fa-sort-up(), fa-sort-up(solid: true), fa-icon("sort-up"),
```typst #fa-sort-asc()```, fa-sort-asc(), fa-sort-asc(solid: true), fa-icon("sort-asc"),
```typst #fa-soundcloud()```, fa-soundcloud(), fa-soundcloud(solid: true), fa-icon("soundcloud"),
```typst #fa-sourcetree()```, fa-sourcetree(), fa-sourcetree(solid: true), fa-icon("sourcetree"),
```typst #fa-spa()```, fa-spa(), fa-spa(solid: true), fa-icon("spa"),
```typst #fa-space-awesome()```, fa-space-awesome(), fa-space-awesome(solid: true), fa-icon("space-awesome"),
```typst #fa-spaghetti-monster-flying()```, fa-spaghetti-monster-flying(), fa-spaghetti-monster-flying(solid: true), fa-icon("spaghetti-monster-flying"),
```typst #fa-pastafarianism()```, fa-pastafarianism(), fa-pastafarianism(solid: true), fa-icon("pastafarianism"),
```typst #fa-speakap()```, fa-speakap(), fa-speakap(solid: true), fa-icon("speakap"),
```typst #fa-speaker-deck()```, fa-speaker-deck(), fa-speaker-deck(solid: true), fa-icon("speaker-deck"),
```typst #fa-spell-check()```, fa-spell-check(), fa-spell-check(solid: true), fa-icon("spell-check"),
```typst #fa-spider()```, fa-spider(), fa-spider(solid: true), fa-icon("spider"),
```typst #fa-spinner()```, fa-spinner(), fa-spinner(solid: true), fa-icon("spinner"),
```typst #fa-splotch()```, fa-splotch(), fa-splotch(solid: true), fa-icon("splotch"),
```typst #fa-spoon()```, fa-spoon(), fa-spoon(solid: true), fa-icon("spoon"),
```typst #fa-utensil-spoon()```, fa-utensil-spoon(), fa-utensil-spoon(solid: true), fa-icon("utensil-spoon"),
```typst #fa-spotify()```, fa-spotify(), fa-spotify(solid: true), fa-icon("spotify"),
```typst #fa-spray-can()```, fa-spray-can(), fa-spray-can(solid: true), fa-icon("spray-can"),
```typst #fa-spray-can-sparkles()```, fa-spray-can-sparkles(), fa-spray-can-sparkles(solid: true), fa-icon("spray-can-sparkles"),
```typst #fa-air-freshener()```, fa-air-freshener(), fa-air-freshener(solid: true), fa-icon("air-freshener"),
```typst #fa-square()```, fa-square(), fa-square(solid: true), fa-icon("square"),
```typst #fa-square-arrow-up-right()```, fa-square-arrow-up-right(), fa-square-arrow-up-right(solid: true), fa-icon("square-arrow-up-right"),
```typst #fa-external-link-square()```, fa-external-link-square(), fa-external-link-square(solid: true), fa-icon("external-link-square"),
```typst #fa-square-behance()```, fa-square-behance(), fa-square-behance(solid: true), fa-icon("square-behance"),
```typst #fa-behance-square()```, fa-behance-square(), fa-behance-square(solid: true), fa-icon("behance-square"),
```typst #fa-square-caret-down()```, fa-square-caret-down(), fa-square-caret-down(solid: true), fa-icon("square-caret-down"),
```typst #fa-caret-square-down()```, fa-caret-square-down(), fa-caret-square-down(solid: true), fa-icon("caret-square-down"),
```typst #fa-square-caret-left()```, fa-square-caret-left(), fa-square-caret-left(solid: true), fa-icon("square-caret-left"),
```typst #fa-caret-square-left()```, fa-caret-square-left(), fa-caret-square-left(solid: true), fa-icon("caret-square-left"),
```typst #fa-square-caret-right()```, fa-square-caret-right(), fa-square-caret-right(solid: true), fa-icon("square-caret-right"),
```typst #fa-caret-square-right()```, fa-caret-square-right(), fa-caret-square-right(solid: true), fa-icon("caret-square-right"),
```typst #fa-square-caret-up()```, fa-square-caret-up(), fa-square-caret-up(solid: true), fa-icon("square-caret-up"),
```typst #fa-caret-square-up()```, fa-caret-square-up(), fa-caret-square-up(solid: true), fa-icon("caret-square-up"),
```typst #fa-square-check()```, fa-square-check(), fa-square-check(solid: true), fa-icon("square-check"),
```typst #fa-check-square()```, fa-check-square(), fa-check-square(solid: true), fa-icon("check-square"),
```typst #fa-square-dribbble()```, fa-square-dribbble(), fa-square-dribbble(solid: true), fa-icon("square-dribbble"),
```typst #fa-dribbble-square()```, fa-dribbble-square(), fa-dribbble-square(solid: true), fa-icon("dribbble-square"),
```typst #fa-square-envelope()```, fa-square-envelope(), fa-square-envelope(solid: true), fa-icon("square-envelope"),
```typst #fa-envelope-square()```, fa-envelope-square(), fa-envelope-square(solid: true), fa-icon("envelope-square"),
```typst #fa-square-facebook()```, fa-square-facebook(), fa-square-facebook(solid: true), fa-icon("square-facebook"),
```typst #fa-facebook-square()```, fa-facebook-square(), fa-facebook-square(solid: true), fa-icon("facebook-square"),
```typst #fa-square-font-awesome()```, fa-square-font-awesome(), fa-square-font-awesome(solid: true), fa-icon("square-font-awesome"),
```typst #fa-square-font-awesome-stroke()```, fa-square-font-awesome-stroke(), fa-square-font-awesome-stroke(solid: true), fa-icon("square-font-awesome-stroke"),
```typst #fa-font-awesome-alt()```, fa-font-awesome-alt(), fa-font-awesome-alt(solid: true), fa-icon("font-awesome-alt"),
```typst #fa-square-full()```, fa-square-full(), fa-square-full(solid: true), fa-icon("square-full"),
```typst #fa-square-git()```, fa-square-git(), fa-square-git(solid: true), fa-icon("square-git"),
```typst #fa-git-square()```, fa-git-square(), fa-git-square(solid: true), fa-icon("git-square"),
```typst #fa-square-github()```, fa-square-github(), fa-square-github(solid: true), fa-icon("square-github"),
```typst #fa-github-square()```, fa-github-square(), fa-github-square(solid: true), fa-icon("github-square"),
```typst #fa-square-gitlab()```, fa-square-gitlab(), fa-square-gitlab(solid: true), fa-icon("square-gitlab"),
```typst #fa-gitlab-square()```, fa-gitlab-square(), fa-gitlab-square(solid: true), fa-icon("gitlab-square"),
```typst #fa-square-google-plus()```, fa-square-google-plus(), fa-square-google-plus(solid: true), fa-icon("square-google-plus"),
```typst #fa-google-plus-square()```, fa-google-plus-square(), fa-google-plus-square(solid: true), fa-icon("google-plus-square"),
```typst #fa-square-h()```, fa-square-h(), fa-square-h(solid: true), fa-icon("square-h"),
```typst #fa-h-square()```, fa-h-square(), fa-h-square(solid: true), fa-icon("h-square"),
```typst #fa-square-hacker-news()```, fa-square-hacker-news(), fa-square-hacker-news(solid: true), fa-icon("square-hacker-news"),
```typst #fa-hacker-news-square()```, fa-hacker-news-square(), fa-hacker-news-square(solid: true), fa-icon("hacker-news-square"),
```typst #fa-square-instagram()```, fa-square-instagram(), fa-square-instagram(solid: true), fa-icon("square-instagram"),
```typst #fa-instagram-square()```, fa-instagram-square(), fa-instagram-square(solid: true), fa-icon("instagram-square"),
```typst #fa-square-js()```, fa-square-js(), fa-square-js(solid: true), fa-icon("square-js"),
```typst #fa-js-square()```, fa-js-square(), fa-js-square(solid: true), fa-icon("js-square"),
```typst #fa-square-lastfm()```, fa-square-lastfm(), fa-square-lastfm(solid: true), fa-icon("square-lastfm"),
```typst #fa-lastfm-square()```, fa-lastfm-square(), fa-lastfm-square(solid: true), fa-icon("lastfm-square"),
```typst #fa-square-letterboxd()```, fa-square-letterboxd(), fa-square-letterboxd(solid: true), fa-icon("square-letterboxd"),
```typst #fa-square-minus()```, fa-square-minus(), fa-square-minus(solid: true), fa-icon("square-minus"),
```typst #fa-minus-square()```, fa-minus-square(), fa-minus-square(solid: true), fa-icon("minus-square"),
```typst #fa-square-nfi()```, fa-square-nfi(), fa-square-nfi(solid: true), fa-icon("square-nfi"),
```typst #fa-square-odnoklassniki()```, fa-square-odnoklassniki(), fa-square-odnoklassniki(solid: true), fa-icon("square-odnoklassniki"),
```typst #fa-odnoklassniki-square()```, fa-odnoklassniki-square(), fa-odnoklassniki-square(solid: true), fa-icon("odnoklassniki-square"),
```typst #fa-square-parking()```, fa-square-parking(), fa-square-parking(solid: true), fa-icon("square-parking"),
```typst #fa-parking()```, fa-parking(), fa-parking(solid: true), fa-icon("parking"),
```typst #fa-square-pen()```, fa-square-pen(), fa-square-pen(solid: true), fa-icon("square-pen"),
```typst #fa-pen-square()```, fa-pen-square(), fa-pen-square(solid: true), fa-icon("pen-square"),
```typst #fa-pencil-square()```, fa-pencil-square(), fa-pencil-square(solid: true), fa-icon("pencil-square"),
```typst #fa-square-person-confined()```, fa-square-person-confined(), fa-square-person-confined(solid: true), fa-icon("square-person-confined"),
```typst #fa-square-phone()```, fa-square-phone(), fa-square-phone(solid: true), fa-icon("square-phone"),
```typst #fa-phone-square()```, fa-phone-square(), fa-phone-square(solid: true), fa-icon("phone-square"),
```typst #fa-square-phone-flip()```, fa-square-phone-flip(), fa-square-phone-flip(solid: true), fa-icon("square-phone-flip"),
```typst #fa-phone-square-alt()```, fa-phone-square-alt(), fa-phone-square-alt(solid: true), fa-icon("phone-square-alt"),
```typst #fa-square-pied-piper()```, fa-square-pied-piper(), fa-square-pied-piper(solid: true), fa-icon("square-pied-piper"),
```typst #fa-pied-piper-square()```, fa-pied-piper-square(), fa-pied-piper-square(solid: true), fa-icon("pied-piper-square"),
```typst #fa-square-pinterest()```, fa-square-pinterest(), fa-square-pinterest(solid: true), fa-icon("square-pinterest"),
```typst #fa-pinterest-square()```, fa-pinterest-square(), fa-pinterest-square(solid: true), fa-icon("pinterest-square"),
```typst #fa-square-plus()```, fa-square-plus(), fa-square-plus(solid: true), fa-icon("square-plus"),
```typst #fa-plus-square()```, fa-plus-square(), fa-plus-square(solid: true), fa-icon("plus-square"),
```typst #fa-square-poll-horizontal()```, fa-square-poll-horizontal(), fa-square-poll-horizontal(solid: true), fa-icon("square-poll-horizontal"),
```typst #fa-poll-h()```, fa-poll-h(), fa-poll-h(solid: true), fa-icon("poll-h"),
```typst #fa-square-poll-vertical()```, fa-square-poll-vertical(), fa-square-poll-vertical(solid: true), fa-icon("square-poll-vertical"),
```typst #fa-poll()```, fa-poll(), fa-poll(solid: true), fa-icon("poll"),
```typst #fa-square-reddit()```, fa-square-reddit(), fa-square-reddit(solid: true), fa-icon("square-reddit"),
```typst #fa-reddit-square()```, fa-reddit-square(), fa-reddit-square(solid: true), fa-icon("reddit-square"),
```typst #fa-square-root-variable()```, fa-square-root-variable(), fa-square-root-variable(solid: true), fa-icon("square-root-variable"),
```typst #fa-square-root-alt()```, fa-square-root-alt(), fa-square-root-alt(solid: true), fa-icon("square-root-alt"),
```typst #fa-square-rss()```, fa-square-rss(), fa-square-rss(solid: true), fa-icon("square-rss"),
```typst #fa-rss-square()```, fa-rss-square(), fa-rss-square(solid: true), fa-icon("rss-square"),
```typst #fa-square-share-nodes()```, fa-square-share-nodes(), fa-square-share-nodes(solid: true), fa-icon("square-share-nodes"),
```typst #fa-share-alt-square()```, fa-share-alt-square(), fa-share-alt-square(solid: true), fa-icon("share-alt-square"),
```typst #fa-square-snapchat()```, fa-square-snapchat(), fa-square-snapchat(solid: true), fa-icon("square-snapchat"),
```typst #fa-snapchat-square()```, fa-snapchat-square(), fa-snapchat-square(solid: true), fa-icon("snapchat-square"),
```typst #fa-square-steam()```, fa-square-steam(), fa-square-steam(solid: true), fa-icon("square-steam"),
```typst #fa-steam-square()```, fa-steam-square(), fa-steam-square(solid: true), fa-icon("steam-square"),
```typst #fa-square-threads()```, fa-square-threads(), fa-square-threads(solid: true), fa-icon("square-threads"),
```typst #fa-square-tumblr()```, fa-square-tumblr(), fa-square-tumblr(solid: true), fa-icon("square-tumblr"),
```typst #fa-tumblr-square()```, fa-tumblr-square(), fa-tumblr-square(solid: true), fa-icon("tumblr-square"),
```typst #fa-square-twitter()```, fa-square-twitter(), fa-square-twitter(solid: true), fa-icon("square-twitter"),
```typst #fa-twitter-square()```, fa-twitter-square(), fa-twitter-square(solid: true), fa-icon("twitter-square"),
```typst #fa-square-up-right()```, fa-square-up-right(), fa-square-up-right(solid: true), fa-icon("square-up-right"),
```typst #fa-external-link-square-alt()```, fa-external-link-square-alt(), fa-external-link-square-alt(solid: true), fa-icon("external-link-square-alt"),
```typst #fa-square-upwork()```, fa-square-upwork(), fa-square-upwork(solid: true), fa-icon("square-upwork"),
```typst #fa-square-viadeo()```, fa-square-viadeo(), fa-square-viadeo(solid: true), fa-icon("square-viadeo"),
```typst #fa-viadeo-square()```, fa-viadeo-square(), fa-viadeo-square(solid: true), fa-icon("viadeo-square"),
```typst #fa-square-vimeo()```, fa-square-vimeo(), fa-square-vimeo(solid: true), fa-icon("square-vimeo"),
```typst #fa-vimeo-square()```, fa-vimeo-square(), fa-vimeo-square(solid: true), fa-icon("vimeo-square"),
```typst #fa-square-virus()```, fa-square-virus(), fa-square-virus(solid: true), fa-icon("square-virus"),
```typst #fa-square-web-awesome()```, fa-square-web-awesome(), fa-square-web-awesome(solid: true), fa-icon("square-web-awesome"),
```typst #fa-square-web-awesome-stroke()```, fa-square-web-awesome-stroke(), fa-square-web-awesome-stroke(solid: true), fa-icon("square-web-awesome-stroke"),
```typst #fa-square-whatsapp()```, fa-square-whatsapp(), fa-square-whatsapp(solid: true), fa-icon("square-whatsapp"),
```typst #fa-whatsapp-square()```, fa-whatsapp-square(), fa-whatsapp-square(solid: true), fa-icon("whatsapp-square"),
```typst #fa-square-x-twitter()```, fa-square-x-twitter(), fa-square-x-twitter(solid: true), fa-icon("square-x-twitter"),
```typst #fa-square-xing()```, fa-square-xing(), fa-square-xing(solid: true), fa-icon("square-xing"),
```typst #fa-xing-square()```, fa-xing-square(), fa-xing-square(solid: true), fa-icon("xing-square"),
```typst #fa-square-xmark()```, fa-square-xmark(), fa-square-xmark(solid: true), fa-icon("square-xmark"),
```typst #fa-times-square()```, fa-times-square(), fa-times-square(solid: true), fa-icon("times-square"),
```typst #fa-xmark-square()```, fa-xmark-square(), fa-xmark-square(solid: true), fa-icon("xmark-square"),
```typst #fa-square-youtube()```, fa-square-youtube(), fa-square-youtube(solid: true), fa-icon("square-youtube"),
```typst #fa-youtube-square()```, fa-youtube-square(), fa-youtube-square(solid: true), fa-icon("youtube-square"),
```typst #fa-squarespace()```, fa-squarespace(), fa-squarespace(solid: true), fa-icon("squarespace"),
```typst #fa-stack-exchange()```, fa-stack-exchange(), fa-stack-exchange(solid: true), fa-icon("stack-exchange"),
```typst #fa-stack-overflow()```, fa-stack-overflow(), fa-stack-overflow(solid: true), fa-icon("stack-overflow"),
```typst #fa-stackpath()```, fa-stackpath(), fa-stackpath(solid: true), fa-icon("stackpath"),
```typst #fa-staff-snake()```, fa-staff-snake(), fa-staff-snake(solid: true), fa-icon("staff-snake"),
```typst #fa-rod-asclepius()```, fa-rod-asclepius(), fa-rod-asclepius(solid: true), fa-icon("rod-asclepius"),
```typst #fa-rod-snake()```, fa-rod-snake(), fa-rod-snake(solid: true), fa-icon("rod-snake"),
```typst #fa-staff-aesculapius()```, fa-staff-aesculapius(), fa-staff-aesculapius(solid: true), fa-icon("staff-aesculapius"),
```typst #fa-stairs()```, fa-stairs(), fa-stairs(solid: true), fa-icon("stairs"),
```typst #fa-stamp()```, fa-stamp(), fa-stamp(solid: true), fa-icon("stamp"),
```typst #fa-stapler()```, fa-stapler(), fa-stapler(solid: true), fa-icon("stapler"),
```typst #fa-star()```, fa-star(), fa-star(solid: true), fa-icon("star"),
```typst #fa-star-and-crescent()```, fa-star-and-crescent(), fa-star-and-crescent(solid: true), fa-icon("star-and-crescent"),
```typst #fa-star-half()```, fa-star-half(), fa-star-half(solid: true), fa-icon("star-half"),
```typst #fa-star-half-stroke()```, fa-star-half-stroke(), fa-star-half-stroke(solid: true), fa-icon("star-half-stroke"),
```typst #fa-star-half-alt()```, fa-star-half-alt(), fa-star-half-alt(solid: true), fa-icon("star-half-alt"),
```typst #fa-star-of-david()```, fa-star-of-david(), fa-star-of-david(solid: true), fa-icon("star-of-david"),
```typst #fa-star-of-life()```, fa-star-of-life(), fa-star-of-life(solid: true), fa-icon("star-of-life"),
```typst #fa-staylinked()```, fa-staylinked(), fa-staylinked(solid: true), fa-icon("staylinked"),
```typst #fa-steam()```, fa-steam(), fa-steam(solid: true), fa-icon("steam"),
```typst #fa-steam-symbol()```, fa-steam-symbol(), fa-steam-symbol(solid: true), fa-icon("steam-symbol"),
```typst #fa-sterling-sign()```, fa-sterling-sign(), fa-sterling-sign(solid: true), fa-icon("sterling-sign"),
```typst #fa-gbp()```, fa-gbp(), fa-gbp(solid: true), fa-icon("gbp"),
```typst #fa-pound-sign()```, fa-pound-sign(), fa-pound-sign(solid: true), fa-icon("pound-sign"),
```typst #fa-stethoscope()```, fa-stethoscope(), fa-stethoscope(solid: true), fa-icon("stethoscope"),
```typst #fa-sticker-mule()```, fa-sticker-mule(), fa-sticker-mule(solid: true), fa-icon("sticker-mule"),
```typst #fa-stop()```, fa-stop(), fa-stop(solid: true), fa-icon("stop"),
```typst #fa-stopwatch()```, fa-stopwatch(), fa-stopwatch(solid: true), fa-icon("stopwatch"),
```typst #fa-stopwatch-20()```, fa-stopwatch-20(), fa-stopwatch-20(solid: true), fa-icon("stopwatch-20"),
```typst #fa-store()```, fa-store(), fa-store(solid: true), fa-icon("store"),
```typst #fa-store-slash()```, fa-store-slash(), fa-store-slash(solid: true), fa-icon("store-slash"),
```typst #fa-strava()```, fa-strava(), fa-strava(solid: true), fa-icon("strava"),
```typst #fa-street-view()```, fa-street-view(), fa-street-view(solid: true), fa-icon("street-view"),
```typst #fa-strikethrough()```, fa-strikethrough(), fa-strikethrough(solid: true), fa-icon("strikethrough"),
```typst #fa-stripe()```, fa-stripe(), fa-stripe(solid: true), fa-icon("stripe"),
```typst #fa-stripe-s()```, fa-stripe-s(), fa-stripe-s(solid: true), fa-icon("stripe-s"),
```typst #fa-stroopwafel()```, fa-stroopwafel(), fa-stroopwafel(solid: true), fa-icon("stroopwafel"),
```typst #fa-stubber()```, fa-stubber(), fa-stubber(solid: true), fa-icon("stubber"),
```typst #fa-studiovinari()```, fa-studiovinari(), fa-studiovinari(solid: true), fa-icon("studiovinari"),
```typst #fa-stumbleupon()```, fa-stumbleupon(), fa-stumbleupon(solid: true), fa-icon("stumbleupon"),
```typst #fa-stumbleupon-circle()```, fa-stumbleupon-circle(), fa-stumbleupon-circle(solid: true), fa-icon("stumbleupon-circle"),
```typst #fa-subscript()```, fa-subscript(), fa-subscript(solid: true), fa-icon("subscript"),
```typst #fa-suitcase()```, fa-suitcase(), fa-suitcase(solid: true), fa-icon("suitcase"),
```typst #fa-suitcase-medical()```, fa-suitcase-medical(), fa-suitcase-medical(solid: true), fa-icon("suitcase-medical"),
```typst #fa-medkit()```, fa-medkit(), fa-medkit(solid: true), fa-icon("medkit"),
```typst #fa-suitcase-rolling()```, fa-suitcase-rolling(), fa-suitcase-rolling(solid: true), fa-icon("suitcase-rolling"),
```typst #fa-sun()```, fa-sun(), fa-sun(solid: true), fa-icon("sun"),
```typst #fa-sun-plant-wilt()```, fa-sun-plant-wilt(), fa-sun-plant-wilt(solid: true), fa-icon("sun-plant-wilt"),
```typst #fa-superpowers()```, fa-superpowers(), fa-superpowers(solid: true), fa-icon("superpowers"),
```typst #fa-superscript()```, fa-superscript(), fa-superscript(solid: true), fa-icon("superscript"),
```typst #fa-supple()```, fa-supple(), fa-supple(solid: true), fa-icon("supple"),
```typst #fa-suse()```, fa-suse(), fa-suse(solid: true), fa-icon("suse"),
```typst #fa-swatchbook()```, fa-swatchbook(), fa-swatchbook(solid: true), fa-icon("swatchbook"),
```typst #fa-swift()```, fa-swift(), fa-swift(solid: true), fa-icon("swift"),
```typst #fa-symfony()```, fa-symfony(), fa-symfony(solid: true), fa-icon("symfony"),
```typst #fa-synagogue()```, fa-synagogue(), fa-synagogue(solid: true), fa-icon("synagogue"),
```typst #fa-syringe()```, fa-syringe(), fa-syringe(solid: true), fa-icon("syringe"),
```typst #fa-t()```, fa-t(), fa-t(solid: true), fa-icon("t"),
```typst #fa-table()```, fa-table(), fa-table(solid: true), fa-icon("table"),
```typst #fa-table-cells()```, fa-table-cells(), fa-table-cells(solid: true), fa-icon("table-cells"),
```typst #fa-th()```, fa-th(), fa-th(solid: true), fa-icon("th"),
```typst #fa-table-cells-column-lock()```, fa-table-cells-column-lock(), fa-table-cells-column-lock(solid: true), fa-icon("table-cells-column-lock"),
```typst #fa-table-cells-large()```, fa-table-cells-large(), fa-table-cells-large(solid: true), fa-icon("table-cells-large"),
```typst #fa-th-large()```, fa-th-large(), fa-th-large(solid: true), fa-icon("th-large"),
```typst #fa-table-cells-row-lock()```, fa-table-cells-row-lock(), fa-table-cells-row-lock(solid: true), fa-icon("table-cells-row-lock"),
```typst #fa-table-columns()```, fa-table-columns(), fa-table-columns(solid: true), fa-icon("table-columns"),
```typst #fa-columns()```, fa-columns(), fa-columns(solid: true), fa-icon("columns"),
```typst #fa-table-list()```, fa-table-list(), fa-table-list(solid: true), fa-icon("table-list"),
```typst #fa-th-list()```, fa-th-list(), fa-th-list(solid: true), fa-icon("th-list"),
```typst #fa-table-tennis-paddle-ball()```, fa-table-tennis-paddle-ball(), fa-table-tennis-paddle-ball(solid: true), fa-icon("table-tennis-paddle-ball"),
```typst #fa-ping-pong-paddle-ball()```, fa-ping-pong-paddle-ball(), fa-ping-pong-paddle-ball(solid: true), fa-icon("ping-pong-paddle-ball"),
```typst #fa-table-tennis()```, fa-table-tennis(), fa-table-tennis(solid: true), fa-icon("table-tennis"),
```typst #fa-tablet()```, fa-tablet(), fa-tablet(solid: true), fa-icon("tablet"),
```typst #fa-tablet-android()```, fa-tablet-android(), fa-tablet-android(solid: true), fa-icon("tablet-android"),
```typst #fa-tablet-button()```, fa-tablet-button(), fa-tablet-button(solid: true), fa-icon("tablet-button"),
```typst #fa-tablet-screen-button()```, fa-tablet-screen-button(), fa-tablet-screen-button(solid: true), fa-icon("tablet-screen-button"),
```typst #fa-tablet-alt()```, fa-tablet-alt(), fa-tablet-alt(solid: true), fa-icon("tablet-alt"),
```typst #fa-tablets()```, fa-tablets(), fa-tablets(solid: true), fa-icon("tablets"),
```typst #fa-tachograph-digital()```, fa-tachograph-digital(), fa-tachograph-digital(solid: true), fa-icon("tachograph-digital"),
```typst #fa-digital-tachograph()```, fa-digital-tachograph(), fa-digital-tachograph(solid: true), fa-icon("digital-tachograph"),
```typst #fa-tag()```, fa-tag(), fa-tag(solid: true), fa-icon("tag"),
```typst #fa-tags()```, fa-tags(), fa-tags(solid: true), fa-icon("tags"),
```typst #fa-tape()```, fa-tape(), fa-tape(solid: true), fa-icon("tape"),
```typst #fa-tarp()```, fa-tarp(), fa-tarp(solid: true), fa-icon("tarp"),
```typst #fa-tarp-droplet()```, fa-tarp-droplet(), fa-tarp-droplet(solid: true), fa-icon("tarp-droplet"),
```typst #fa-taxi()```, fa-taxi(), fa-taxi(solid: true), fa-icon("taxi"),
```typst #fa-cab()```, fa-cab(), fa-cab(solid: true), fa-icon("cab"),
```typst #fa-teamspeak()```, fa-teamspeak(), fa-teamspeak(solid: true), fa-icon("teamspeak"),
```typst #fa-teeth()```, fa-teeth(), fa-teeth(solid: true), fa-icon("teeth"),
```typst #fa-teeth-open()```, fa-teeth-open(), fa-teeth-open(solid: true), fa-icon("teeth-open"),
```typst #fa-telegram()```, fa-telegram(), fa-telegram(solid: true), fa-icon("telegram"),
```typst #fa-telegram-plane()```, fa-telegram-plane(), fa-telegram-plane(solid: true), fa-icon("telegram-plane"),
```typst #fa-temperature-arrow-down()```, fa-temperature-arrow-down(), fa-temperature-arrow-down(solid: true), fa-icon("temperature-arrow-down"),
```typst #fa-temperature-down()```, fa-temperature-down(), fa-temperature-down(solid: true), fa-icon("temperature-down"),
```typst #fa-temperature-arrow-up()```, fa-temperature-arrow-up(), fa-temperature-arrow-up(solid: true), fa-icon("temperature-arrow-up"),
```typst #fa-temperature-up()```, fa-temperature-up(), fa-temperature-up(solid: true), fa-icon("temperature-up"),
```typst #fa-temperature-empty()```, fa-temperature-empty(), fa-temperature-empty(solid: true), fa-icon("temperature-empty"),
```typst #fa-temperature-0()```, fa-temperature-0(), fa-temperature-0(solid: true), fa-icon("temperature-0"),
```typst #fa-thermometer-0()```, fa-thermometer-0(), fa-thermometer-0(solid: true), fa-icon("thermometer-0"),
```typst #fa-thermometer-empty()```, fa-thermometer-empty(), fa-thermometer-empty(solid: true), fa-icon("thermometer-empty"),
```typst #fa-temperature-full()```, fa-temperature-full(), fa-temperature-full(solid: true), fa-icon("temperature-full"),
```typst #fa-temperature-4()```, fa-temperature-4(), fa-temperature-4(solid: true), fa-icon("temperature-4"),
```typst #fa-thermometer-4()```, fa-thermometer-4(), fa-thermometer-4(solid: true), fa-icon("thermometer-4"),
```typst #fa-thermometer-full()```, fa-thermometer-full(), fa-thermometer-full(solid: true), fa-icon("thermometer-full"),
```typst #fa-temperature-half()```, fa-temperature-half(), fa-temperature-half(solid: true), fa-icon("temperature-half"),
```typst #fa-temperature-2()```, fa-temperature-2(), fa-temperature-2(solid: true), fa-icon("temperature-2"),
```typst #fa-thermometer-2()```, fa-thermometer-2(), fa-thermometer-2(solid: true), fa-icon("thermometer-2"),
```typst #fa-thermometer-half()```, fa-thermometer-half(), fa-thermometer-half(solid: true), fa-icon("thermometer-half"),
```typst #fa-temperature-high()```, fa-temperature-high(), fa-temperature-high(solid: true), fa-icon("temperature-high"),
```typst #fa-temperature-low()```, fa-temperature-low(), fa-temperature-low(solid: true), fa-icon("temperature-low"),
```typst #fa-temperature-quarter()```, fa-temperature-quarter(), fa-temperature-quarter(solid: true), fa-icon("temperature-quarter"),
```typst #fa-temperature-1()```, fa-temperature-1(), fa-temperature-1(solid: true), fa-icon("temperature-1"),
```typst #fa-thermometer-1()```, fa-thermometer-1(), fa-thermometer-1(solid: true), fa-icon("thermometer-1"),
```typst #fa-thermometer-quarter()```, fa-thermometer-quarter(), fa-thermometer-quarter(solid: true), fa-icon("thermometer-quarter"),
```typst #fa-temperature-three-quarters()```, fa-temperature-three-quarters(), fa-temperature-three-quarters(solid: true), fa-icon("temperature-three-quarters"),
```typst #fa-temperature-3()```, fa-temperature-3(), fa-temperature-3(solid: true), fa-icon("temperature-3"),
```typst #fa-thermometer-3()```, fa-thermometer-3(), fa-thermometer-3(solid: true), fa-icon("thermometer-3"),
```typst #fa-thermometer-three-quarters()```, fa-thermometer-three-quarters(), fa-thermometer-three-quarters(solid: true), fa-icon("thermometer-three-quarters"),
```typst #fa-tencent-weibo()```, fa-tencent-weibo(), fa-tencent-weibo(solid: true), fa-icon("tencent-weibo"),
```typst #fa-tenge-sign()```, fa-tenge-sign(), fa-tenge-sign(solid: true), fa-icon("tenge-sign"),
```typst #fa-tenge()```, fa-tenge(), fa-tenge(solid: true), fa-icon("tenge"),
```typst #fa-tent()```, fa-tent(), fa-tent(solid: true), fa-icon("tent"),
```typst #fa-tent-arrow-down-to-line()```, fa-tent-arrow-down-to-line(), fa-tent-arrow-down-to-line(solid: true), fa-icon("tent-arrow-down-to-line"),
```typst #fa-tent-arrow-left-right()```, fa-tent-arrow-left-right(), fa-tent-arrow-left-right(solid: true), fa-icon("tent-arrow-left-right"),
```typst #fa-tent-arrow-turn-left()```, fa-tent-arrow-turn-left(), fa-tent-arrow-turn-left(solid: true), fa-icon("tent-arrow-turn-left"),
```typst #fa-tent-arrows-down()```, fa-tent-arrows-down(), fa-tent-arrows-down(solid: true), fa-icon("tent-arrows-down"),
```typst #fa-tents()```, fa-tents(), fa-tents(solid: true), fa-icon("tents"),
```typst #fa-terminal()```, fa-terminal(), fa-terminal(solid: true), fa-icon("terminal"),
```typst #fa-text-height()```, fa-text-height(), fa-text-height(solid: true), fa-icon("text-height"),
```typst #fa-text-slash()```, fa-text-slash(), fa-text-slash(solid: true), fa-icon("text-slash"),
```typst #fa-remove-format()```, fa-remove-format(), fa-remove-format(solid: true), fa-icon("remove-format"),
```typst #fa-text-width()```, fa-text-width(), fa-text-width(solid: true), fa-icon("text-width"),
```typst #fa-the-red-yeti()```, fa-the-red-yeti(), fa-the-red-yeti(solid: true), fa-icon("the-red-yeti"),
```typst #fa-themeco()```, fa-themeco(), fa-themeco(solid: true), fa-icon("themeco"),
```typst #fa-themeisle()```, fa-themeisle(), fa-themeisle(solid: true), fa-icon("themeisle"),
```typst #fa-thermometer()```, fa-thermometer(), fa-thermometer(solid: true), fa-icon("thermometer"),
```typst #fa-think-peaks()```, fa-think-peaks(), fa-think-peaks(solid: true), fa-icon("think-peaks"),
```typst #fa-threads()```, fa-threads(), fa-threads(solid: true), fa-icon("threads"),
```typst #fa-thumbs-down()```, fa-thumbs-down(), fa-thumbs-down(solid: true), fa-icon("thumbs-down"),
```typst #fa-thumbs-up()```, fa-thumbs-up(), fa-thumbs-up(solid: true), fa-icon("thumbs-up"),
```typst #fa-thumbtack()```, fa-thumbtack(), fa-thumbtack(solid: true), fa-icon("thumbtack"),
```typst #fa-thumb-tack()```, fa-thumb-tack(), fa-thumb-tack(solid: true), fa-icon("thumb-tack"),
```typst #fa-ticket()```, fa-ticket(), fa-ticket(solid: true), fa-icon("ticket"),
```typst #fa-ticket-simple()```, fa-ticket-simple(), fa-ticket-simple(solid: true), fa-icon("ticket-simple"),
```typst #fa-ticket-alt()```, fa-ticket-alt(), fa-ticket-alt(solid: true), fa-icon("ticket-alt"),
```typst #fa-tiktok()```, fa-tiktok(), fa-tiktok(solid: true), fa-icon("tiktok"),
```typst #fa-timeline()```, fa-timeline(), fa-timeline(solid: true), fa-icon("timeline"),
```typst #fa-toggle-off()```, fa-toggle-off(), fa-toggle-off(solid: true), fa-icon("toggle-off"),
```typst #fa-toggle-on()```, fa-toggle-on(), fa-toggle-on(solid: true), fa-icon("toggle-on"),
```typst #fa-toilet()```, fa-toilet(), fa-toilet(solid: true), fa-icon("toilet"),
```typst #fa-toilet-paper()```, fa-toilet-paper(), fa-toilet-paper(solid: true), fa-icon("toilet-paper"),
```typst #fa-toilet-paper-slash()```, fa-toilet-paper-slash(), fa-toilet-paper-slash(solid: true), fa-icon("toilet-paper-slash"),
```typst #fa-toilet-portable()```, fa-toilet-portable(), fa-toilet-portable(solid: true), fa-icon("toilet-portable"),
```typst #fa-toilets-portable()```, fa-toilets-portable(), fa-toilets-portable(solid: true), fa-icon("toilets-portable"),
```typst #fa-toolbox()```, fa-toolbox(), fa-toolbox(solid: true), fa-icon("toolbox"),
```typst #fa-tooth()```, fa-tooth(), fa-tooth(solid: true), fa-icon("tooth"),
```typst #fa-torii-gate()```, fa-torii-gate(), fa-torii-gate(solid: true), fa-icon("torii-gate"),
```typst #fa-tornado()```, fa-tornado(), fa-tornado(solid: true), fa-icon("tornado"),
```typst #fa-tower-broadcast()```, fa-tower-broadcast(), fa-tower-broadcast(solid: true), fa-icon("tower-broadcast"),
```typst #fa-broadcast-tower()```, fa-broadcast-tower(), fa-broadcast-tower(solid: true), fa-icon("broadcast-tower"),
```typst #fa-tower-cell()```, fa-tower-cell(), fa-tower-cell(solid: true), fa-icon("tower-cell"),
```typst #fa-tower-observation()```, fa-tower-observation(), fa-tower-observation(solid: true), fa-icon("tower-observation"),
```typst #fa-tractor()```, fa-tractor(), fa-tractor(solid: true), fa-icon("tractor"),
```typst #fa-trade-federation()```, fa-trade-federation(), fa-trade-federation(solid: true), fa-icon("trade-federation"),
```typst #fa-trademark()```, fa-trademark(), fa-trademark(solid: true), fa-icon("trademark"),
```typst #fa-traffic-light()```, fa-traffic-light(), fa-traffic-light(solid: true), fa-icon("traffic-light"),
```typst #fa-trailer()```, fa-trailer(), fa-trailer(solid: true), fa-icon("trailer"),
```typst #fa-train()```, fa-train(), fa-train(solid: true), fa-icon("train"),
```typst #fa-train-subway()```, fa-train-subway(), fa-train-subway(solid: true), fa-icon("train-subway"),
```typst #fa-subway()```, fa-subway(), fa-subway(solid: true), fa-icon("subway"),
```typst #fa-train-tram()```, fa-train-tram(), fa-train-tram(solid: true), fa-icon("train-tram"),
```typst #fa-transgender()```, fa-transgender(), fa-transgender(solid: true), fa-icon("transgender"),
```typst #fa-transgender-alt()```, fa-transgender-alt(), fa-transgender-alt(solid: true), fa-icon("transgender-alt"),
```typst #fa-trash()```, fa-trash(), fa-trash(solid: true), fa-icon("trash"),
```typst #fa-trash-arrow-up()```, fa-trash-arrow-up(), fa-trash-arrow-up(solid: true), fa-icon("trash-arrow-up"),
```typst #fa-trash-restore()```, fa-trash-restore(), fa-trash-restore(solid: true), fa-icon("trash-restore"),
```typst #fa-trash-can()```, fa-trash-can(), fa-trash-can(solid: true), fa-icon("trash-can"),
```typst #fa-trash-alt()```, fa-trash-alt(), fa-trash-alt(solid: true), fa-icon("trash-alt"),
```typst #fa-trash-can-arrow-up()```, fa-trash-can-arrow-up(), fa-trash-can-arrow-up(solid: true), fa-icon("trash-can-arrow-up"),
```typst #fa-trash-restore-alt()```, fa-trash-restore-alt(), fa-trash-restore-alt(solid: true), fa-icon("trash-restore-alt"),
```typst #fa-tree()```, fa-tree(), fa-tree(solid: true), fa-icon("tree"),
```typst #fa-tree-city()```, fa-tree-city(), fa-tree-city(solid: true), fa-icon("tree-city"),
```typst #fa-trello()```, fa-trello(), fa-trello(solid: true), fa-icon("trello"),
```typst #fa-triangle-exclamation()```, fa-triangle-exclamation(), fa-triangle-exclamation(solid: true), fa-icon("triangle-exclamation"),
```typst #fa-exclamation-triangle()```, fa-exclamation-triangle(), fa-exclamation-triangle(solid: true), fa-icon("exclamation-triangle"),
```typst #fa-warning()```, fa-warning(), fa-warning(solid: true), fa-icon("warning"),
```typst #fa-trophy()```, fa-trophy(), fa-trophy(solid: true), fa-icon("trophy"),
```typst #fa-trowel()```, fa-trowel(), fa-trowel(solid: true), fa-icon("trowel"),
```typst #fa-trowel-bricks()```, fa-trowel-bricks(), fa-trowel-bricks(solid: true), fa-icon("trowel-bricks"),
```typst #fa-truck()```, fa-truck(), fa-truck(solid: true), fa-icon("truck"),
```typst #fa-truck-arrow-right()```, fa-truck-arrow-right(), fa-truck-arrow-right(solid: true), fa-icon("truck-arrow-right"),
```typst #fa-truck-droplet()```, fa-truck-droplet(), fa-truck-droplet(solid: true), fa-icon("truck-droplet"),
```typst #fa-truck-fast()```, fa-truck-fast(), fa-truck-fast(solid: true), fa-icon("truck-fast"),
```typst #fa-shipping-fast()```, fa-shipping-fast(), fa-shipping-fast(solid: true), fa-icon("shipping-fast"),
```typst #fa-truck-field()```, fa-truck-field(), fa-truck-field(solid: true), fa-icon("truck-field"),
```typst #fa-truck-field-un()```, fa-truck-field-un(), fa-truck-field-un(solid: true), fa-icon("truck-field-un"),
```typst #fa-truck-front()```, fa-truck-front(), fa-truck-front(solid: true), fa-icon("truck-front"),
```typst #fa-truck-medical()```, fa-truck-medical(), fa-truck-medical(solid: true), fa-icon("truck-medical"),
```typst #fa-ambulance()```, fa-ambulance(), fa-ambulance(solid: true), fa-icon("ambulance"),
```typst #fa-truck-monster()```, fa-truck-monster(), fa-truck-monster(solid: true), fa-icon("truck-monster"),
```typst #fa-truck-moving()```, fa-truck-moving(), fa-truck-moving(solid: true), fa-icon("truck-moving"),
```typst #fa-truck-pickup()```, fa-truck-pickup(), fa-truck-pickup(solid: true), fa-icon("truck-pickup"),
```typst #fa-truck-plane()```, fa-truck-plane(), fa-truck-plane(solid: true), fa-icon("truck-plane"),
```typst #fa-truck-ramp-box()```, fa-truck-ramp-box(), fa-truck-ramp-box(solid: true), fa-icon("truck-ramp-box"),
```typst #fa-truck-loading()```, fa-truck-loading(), fa-truck-loading(solid: true), fa-icon("truck-loading"),
```typst #fa-tty()```, fa-tty(), fa-tty(solid: true), fa-icon("tty"),
```typst #fa-teletype()```, fa-teletype(), fa-teletype(solid: true), fa-icon("teletype"),
```typst #fa-tumblr()```, fa-tumblr(), fa-tumblr(solid: true), fa-icon("tumblr"),
```typst #fa-turkish-lira-sign()```, fa-turkish-lira-sign(), fa-turkish-lira-sign(solid: true), fa-icon("turkish-lira-sign"),
```typst #fa-try()```, fa-try(), fa-try(solid: true), fa-icon("try"),
```typst #fa-turkish-lira()```, fa-turkish-lira(), fa-turkish-lira(solid: true), fa-icon("turkish-lira"),
```typst #fa-turn-down()```, fa-turn-down(), fa-turn-down(solid: true), fa-icon("turn-down"),
```typst #fa-level-down-alt()```, fa-level-down-alt(), fa-level-down-alt(solid: true), fa-icon("level-down-alt"),
```typst #fa-turn-up()```, fa-turn-up(), fa-turn-up(solid: true), fa-icon("turn-up"),
```typst #fa-level-up-alt()```, fa-level-up-alt(), fa-level-up-alt(solid: true), fa-icon("level-up-alt"),
```typst #fa-tv()```, fa-tv(), fa-tv(solid: true), fa-icon("tv"),
```typst #fa-television()```, fa-television(), fa-television(solid: true), fa-icon("television"),
```typst #fa-tv-alt()```, fa-tv-alt(), fa-tv-alt(solid: true), fa-icon("tv-alt"),
```typst #fa-twitch()```, fa-twitch(), fa-twitch(solid: true), fa-icon("twitch"),
```typst #fa-twitter()```, fa-twitter(), fa-twitter(solid: true), fa-icon("twitter"),
```typst #fa-typo3()```, fa-typo3(), fa-typo3(solid: true), fa-icon("typo3"),
```typst #fa-u()```, fa-u(), fa-u(solid: true), fa-icon("u"),
```typst #fa-uber()```, fa-uber(), fa-uber(solid: true), fa-icon("uber"),
```typst #fa-ubuntu()```, fa-ubuntu(), fa-ubuntu(solid: true), fa-icon("ubuntu"),
```typst #fa-uikit()```, fa-uikit(), fa-uikit(solid: true), fa-icon("uikit"),
```typst #fa-umbraco()```, fa-umbraco(), fa-umbraco(solid: true), fa-icon("umbraco"),
```typst #fa-umbrella()```, fa-umbrella(), fa-umbrella(solid: true), fa-icon("umbrella"),
```typst #fa-umbrella-beach()```, fa-umbrella-beach(), fa-umbrella-beach(solid: true), fa-icon("umbrella-beach"),
```typst #fa-uncharted()```, fa-uncharted(), fa-uncharted(solid: true), fa-icon("uncharted"),
```typst #fa-underline()```, fa-underline(), fa-underline(solid: true), fa-icon("underline"),
```typst #fa-uniregistry()```, fa-uniregistry(), fa-uniregistry(solid: true), fa-icon("uniregistry"),
```typst #fa-unity()```, fa-unity(), fa-unity(solid: true), fa-icon("unity"),
```typst #fa-universal-access()```, fa-universal-access(), fa-universal-access(solid: true), fa-icon("universal-access"),
```typst #fa-unlock()```, fa-unlock(), fa-unlock(solid: true), fa-icon("unlock"),
```typst #fa-unlock-keyhole()```, fa-unlock-keyhole(), fa-unlock-keyhole(solid: true), fa-icon("unlock-keyhole"),
```typst #fa-unlock-alt()```, fa-unlock-alt(), fa-unlock-alt(solid: true), fa-icon("unlock-alt"),
```typst #fa-unsplash()```, fa-unsplash(), fa-unsplash(solid: true), fa-icon("unsplash"),
```typst #fa-untappd()```, fa-untappd(), fa-untappd(solid: true), fa-icon("untappd"),
```typst #fa-up-down()```, fa-up-down(), fa-up-down(solid: true), fa-icon("up-down"),
```typst #fa-arrows-alt-v()```, fa-arrows-alt-v(), fa-arrows-alt-v(solid: true), fa-icon("arrows-alt-v"),
```typst #fa-up-down-left-right()```, fa-up-down-left-right(), fa-up-down-left-right(solid: true), fa-icon("up-down-left-right"),
```typst #fa-arrows-alt()```, fa-arrows-alt(), fa-arrows-alt(solid: true), fa-icon("arrows-alt"),
```typst #fa-up-long()```, fa-up-long(), fa-up-long(solid: true), fa-icon("up-long"),
```typst #fa-long-arrow-alt-up()```, fa-long-arrow-alt-up(), fa-long-arrow-alt-up(solid: true), fa-icon("long-arrow-alt-up"),
```typst #fa-up-right-and-down-left-from-center()```, fa-up-right-and-down-left-from-center(), fa-up-right-and-down-left-from-center(solid: true), fa-icon("up-right-and-down-left-from-center"),
```typst #fa-expand-alt()```, fa-expand-alt(), fa-expand-alt(solid: true), fa-icon("expand-alt"),
```typst #fa-up-right-from-square()```, fa-up-right-from-square(), fa-up-right-from-square(solid: true), fa-icon("up-right-from-square"),
```typst #fa-external-link-alt()```, fa-external-link-alt(), fa-external-link-alt(solid: true), fa-icon("external-link-alt"),
```typst #fa-upload()```, fa-upload(), fa-upload(solid: true), fa-icon("upload"),
```typst #fa-ups()```, fa-ups(), fa-ups(solid: true), fa-icon("ups"),
```typst #fa-upwork()```, fa-upwork(), fa-upwork(solid: true), fa-icon("upwork"),
```typst #fa-usb()```, fa-usb(), fa-usb(solid: true), fa-icon("usb"),
```typst #fa-user()```, fa-user(), fa-user(solid: true), fa-icon("user"),
```typst #fa-user-astronaut()```, fa-user-astronaut(), fa-user-astronaut(solid: true), fa-icon("user-astronaut"),
```typst #fa-user-check()```, fa-user-check(), fa-user-check(solid: true), fa-icon("user-check"),
```typst #fa-user-clock()```, fa-user-clock(), fa-user-clock(solid: true), fa-icon("user-clock"),
```typst #fa-user-doctor()```, fa-user-doctor(), fa-user-doctor(solid: true), fa-icon("user-doctor"),
```typst #fa-user-md()```, fa-user-md(), fa-user-md(solid: true), fa-icon("user-md"),
```typst #fa-user-gear()```, fa-user-gear(), fa-user-gear(solid: true), fa-icon("user-gear"),
```typst #fa-user-cog()```, fa-user-cog(), fa-user-cog(solid: true), fa-icon("user-cog"),
```typst #fa-user-graduate()```, fa-user-graduate(), fa-user-graduate(solid: true), fa-icon("user-graduate"),
```typst #fa-user-group()```, fa-user-group(), fa-user-group(solid: true), fa-icon("user-group"),
```typst #fa-user-friends()```, fa-user-friends(), fa-user-friends(solid: true), fa-icon("user-friends"),
```typst #fa-user-injured()```, fa-user-injured(), fa-user-injured(solid: true), fa-icon("user-injured"),
```typst #fa-user-large()```, fa-user-large(), fa-user-large(solid: true), fa-icon("user-large"),
```typst #fa-user-alt()```, fa-user-alt(), fa-user-alt(solid: true), fa-icon("user-alt"),
```typst #fa-user-large-slash()```, fa-user-large-slash(), fa-user-large-slash(solid: true), fa-icon("user-large-slash"),
```typst #fa-user-alt-slash()```, fa-user-alt-slash(), fa-user-alt-slash(solid: true), fa-icon("user-alt-slash"),
```typst #fa-user-lock()```, fa-user-lock(), fa-user-lock(solid: true), fa-icon("user-lock"),
```typst #fa-user-minus()```, fa-user-minus(), fa-user-minus(solid: true), fa-icon("user-minus"),
```typst #fa-user-ninja()```, fa-user-ninja(), fa-user-ninja(solid: true), fa-icon("user-ninja"),
```typst #fa-user-nurse()```, fa-user-nurse(), fa-user-nurse(solid: true), fa-icon("user-nurse"),
```typst #fa-user-pen()```, fa-user-pen(), fa-user-pen(solid: true), fa-icon("user-pen"),
```typst #fa-user-edit()```, fa-user-edit(), fa-user-edit(solid: true), fa-icon("user-edit"),
```typst #fa-user-plus()```, fa-user-plus(), fa-user-plus(solid: true), fa-icon("user-plus"),
```typst #fa-user-secret()```, fa-user-secret(), fa-user-secret(solid: true), fa-icon("user-secret"),
```typst #fa-user-shield()```, fa-user-shield(), fa-user-shield(solid: true), fa-icon("user-shield"),
```typst #fa-user-slash()```, fa-user-slash(), fa-user-slash(solid: true), fa-icon("user-slash"),
```typst #fa-user-tag()```, fa-user-tag(), fa-user-tag(solid: true), fa-icon("user-tag"),
```typst #fa-user-tie()```, fa-user-tie(), fa-user-tie(solid: true), fa-icon("user-tie"),
```typst #fa-user-xmark()```, fa-user-xmark(), fa-user-xmark(solid: true), fa-icon("user-xmark"),
```typst #fa-user-times()```, fa-user-times(), fa-user-times(solid: true), fa-icon("user-times"),
```typst #fa-users()```, fa-users(), fa-users(solid: true), fa-icon("users"),
```typst #fa-users-between-lines()```, fa-users-between-lines(), fa-users-between-lines(solid: true), fa-icon("users-between-lines"),
```typst #fa-users-gear()```, fa-users-gear(), fa-users-gear(solid: true), fa-icon("users-gear"),
```typst #fa-users-cog()```, fa-users-cog(), fa-users-cog(solid: true), fa-icon("users-cog"),
```typst #fa-users-line()```, fa-users-line(), fa-users-line(solid: true), fa-icon("users-line"),
```typst #fa-users-rays()```, fa-users-rays(), fa-users-rays(solid: true), fa-icon("users-rays"),
```typst #fa-users-rectangle()```, fa-users-rectangle(), fa-users-rectangle(solid: true), fa-icon("users-rectangle"),
```typst #fa-users-slash()```, fa-users-slash(), fa-users-slash(solid: true), fa-icon("users-slash"),
```typst #fa-users-viewfinder()```, fa-users-viewfinder(), fa-users-viewfinder(solid: true), fa-icon("users-viewfinder"),
```typst #fa-usps()```, fa-usps(), fa-usps(solid: true), fa-icon("usps"),
```typst #fa-ussunnah()```, fa-ussunnah(), fa-ussunnah(solid: true), fa-icon("ussunnah"),
```typst #fa-utensils()```, fa-utensils(), fa-utensils(solid: true), fa-icon("utensils"),
```typst #fa-cutlery()```, fa-cutlery(), fa-cutlery(solid: true), fa-icon("cutlery"),
```typst #fa-v()```, fa-v(), fa-v(solid: true), fa-icon("v"),
```typst #fa-vaadin()```, fa-vaadin(), fa-vaadin(solid: true), fa-icon("vaadin"),
```typst #fa-van-shuttle()```, fa-van-shuttle(), fa-van-shuttle(solid: true), fa-icon("van-shuttle"),
```typst #fa-shuttle-van()```, fa-shuttle-van(), fa-shuttle-van(solid: true), fa-icon("shuttle-van"),
```typst #fa-vault()```, fa-vault(), fa-vault(solid: true), fa-icon("vault"),
```typst #fa-vector-square()```, fa-vector-square(), fa-vector-square(solid: true), fa-icon("vector-square"),
```typst #fa-venus()```, fa-venus(), fa-venus(solid: true), fa-icon("venus"),
```typst #fa-venus-double()```, fa-venus-double(), fa-venus-double(solid: true), fa-icon("venus-double"),
```typst #fa-venus-mars()```, fa-venus-mars(), fa-venus-mars(solid: true), fa-icon("venus-mars"),
```typst #fa-vest()```, fa-vest(), fa-vest(solid: true), fa-icon("vest"),
```typst #fa-vest-patches()```, fa-vest-patches(), fa-vest-patches(solid: true), fa-icon("vest-patches"),
```typst #fa-viacoin()```, fa-viacoin(), fa-viacoin(solid: true), fa-icon("viacoin"),
```typst #fa-viadeo()```, fa-viadeo(), fa-viadeo(solid: true), fa-icon("viadeo"),
```typst #fa-vial()```, fa-vial(), fa-vial(solid: true), fa-icon("vial"),
```typst #fa-vial-circle-check()```, fa-vial-circle-check(), fa-vial-circle-check(solid: true), fa-icon("vial-circle-check"),
```typst #fa-vial-virus()```, fa-vial-virus(), fa-vial-virus(solid: true), fa-icon("vial-virus"),
```typst #fa-vials()```, fa-vials(), fa-vials(solid: true), fa-icon("vials"),
```typst #fa-viber()```, fa-viber(), fa-viber(solid: true), fa-icon("viber"),
```typst #fa-video()```, fa-video(), fa-video(solid: true), fa-icon("video"),
```typst #fa-video-camera()```, fa-video-camera(), fa-video-camera(solid: true), fa-icon("video-camera"),
```typst #fa-video-slash()```, fa-video-slash(), fa-video-slash(solid: true), fa-icon("video-slash"),
```typst #fa-vihara()```, fa-vihara(), fa-vihara(solid: true), fa-icon("vihara"),
```typst #fa-vimeo()```, fa-vimeo(), fa-vimeo(solid: true), fa-icon("vimeo"),
```typst #fa-vimeo-v()```, fa-vimeo-v(), fa-vimeo-v(solid: true), fa-icon("vimeo-v"),
```typst #fa-vine()```, fa-vine(), fa-vine(solid: true), fa-icon("vine"),
```typst #fa-virus()```, fa-virus(), fa-virus(solid: true), fa-icon("virus"),
```typst #fa-virus-covid()```, fa-virus-covid(), fa-virus-covid(solid: true), fa-icon("virus-covid"),
```typst #fa-virus-covid-slash()```, fa-virus-covid-slash(), fa-virus-covid-slash(solid: true), fa-icon("virus-covid-slash"),
```typst #fa-virus-slash()```, fa-virus-slash(), fa-virus-slash(solid: true), fa-icon("virus-slash"),
```typst #fa-viruses()```, fa-viruses(), fa-viruses(solid: true), fa-icon("viruses"),
```typst #fa-vk()```, fa-vk(), fa-vk(solid: true), fa-icon("vk"),
```typst #fa-vnv()```, fa-vnv(), fa-vnv(solid: true), fa-icon("vnv"),
```typst #fa-voicemail()```, fa-voicemail(), fa-voicemail(solid: true), fa-icon("voicemail"),
```typst #fa-volcano()```, fa-volcano(), fa-volcano(solid: true), fa-icon("volcano"),
```typst #fa-volleyball()```, fa-volleyball(), fa-volleyball(solid: true), fa-icon("volleyball"),
```typst #fa-volleyball-ball()```, fa-volleyball-ball(), fa-volleyball-ball(solid: true), fa-icon("volleyball-ball"),
```typst #fa-volume-high()```, fa-volume-high(), fa-volume-high(solid: true), fa-icon("volume-high"),
```typst #fa-volume-up()```, fa-volume-up(), fa-volume-up(solid: true), fa-icon("volume-up"),
```typst #fa-volume-low()```, fa-volume-low(), fa-volume-low(solid: true), fa-icon("volume-low"),
```typst #fa-volume-down()```, fa-volume-down(), fa-volume-down(solid: true), fa-icon("volume-down"),
```typst #fa-volume-off()```, fa-volume-off(), fa-volume-off(solid: true), fa-icon("volume-off"),
```typst #fa-volume-xmark()```, fa-volume-xmark(), fa-volume-xmark(solid: true), fa-icon("volume-xmark"),
```typst #fa-volume-mute()```, fa-volume-mute(), fa-volume-mute(solid: true), fa-icon("volume-mute"),
```typst #fa-volume-times()```, fa-volume-times(), fa-volume-times(solid: true), fa-icon("volume-times"),
```typst #fa-vr-cardboard()```, fa-vr-cardboard(), fa-vr-cardboard(solid: true), fa-icon("vr-cardboard"),
```typst #fa-vuejs()```, fa-vuejs(), fa-vuejs(solid: true), fa-icon("vuejs"),
```typst #fa-w()```, fa-w(), fa-w(solid: true), fa-icon("w"),
```typst #fa-walkie-talkie()```, fa-walkie-talkie(), fa-walkie-talkie(solid: true), fa-icon("walkie-talkie"),
```typst #fa-wallet()```, fa-wallet(), fa-wallet(solid: true), fa-icon("wallet"),
```typst #fa-wand-magic()```, fa-wand-magic(), fa-wand-magic(solid: true), fa-icon("wand-magic"),
```typst #fa-magic()```, fa-magic(), fa-magic(solid: true), fa-icon("magic"),
```typst #fa-wand-magic-sparkles()```, fa-wand-magic-sparkles(), fa-wand-magic-sparkles(solid: true), fa-icon("wand-magic-sparkles"),
```typst #fa-magic-wand-sparkles()```, fa-magic-wand-sparkles(), fa-magic-wand-sparkles(solid: true), fa-icon("magic-wand-sparkles"),
```typst #fa-wand-sparkles()```, fa-wand-sparkles(), fa-wand-sparkles(solid: true), fa-icon("wand-sparkles"),
```typst #fa-warehouse()```, fa-warehouse(), fa-warehouse(solid: true), fa-icon("warehouse"),
```typst #fa-watchman-monitoring()```, fa-watchman-monitoring(), fa-watchman-monitoring(solid: true), fa-icon("watchman-monitoring"),
```typst #fa-water()```, fa-water(), fa-water(solid: true), fa-icon("water"),
```typst #fa-water-ladder()```, fa-water-ladder(), fa-water-ladder(solid: true), fa-icon("water-ladder"),
```typst #fa-ladder-water()```, fa-ladder-water(), fa-ladder-water(solid: true), fa-icon("ladder-water"),
```typst #fa-swimming-pool()```, fa-swimming-pool(), fa-swimming-pool(solid: true), fa-icon("swimming-pool"),
```typst #fa-wave-square()```, fa-wave-square(), fa-wave-square(solid: true), fa-icon("wave-square"),
```typst #fa-waze()```, fa-waze(), fa-waze(solid: true), fa-icon("waze"),
```typst #fa-web-awesome()```, fa-web-awesome(), fa-web-awesome(solid: true), fa-icon("web-awesome"),
```typst #fa-webflow()```, fa-webflow(), fa-webflow(solid: true), fa-icon("webflow"),
```typst #fa-weebly()```, fa-weebly(), fa-weebly(solid: true), fa-icon("weebly"),
```typst #fa-weibo()```, fa-weibo(), fa-weibo(solid: true), fa-icon("weibo"),
```typst #fa-weight-hanging()```, fa-weight-hanging(), fa-weight-hanging(solid: true), fa-icon("weight-hanging"),
```typst #fa-weight-scale()```, fa-weight-scale(), fa-weight-scale(solid: true), fa-icon("weight-scale"),
```typst #fa-weight()```, fa-weight(), fa-weight(solid: true), fa-icon("weight"),
```typst #fa-weixin()```, fa-weixin(), fa-weixin(solid: true), fa-icon("weixin"),
```typst #fa-whatsapp()```, fa-whatsapp(), fa-whatsapp(solid: true), fa-icon("whatsapp"),
```typst #fa-wheat-awn()```, fa-wheat-awn(), fa-wheat-awn(solid: true), fa-icon("wheat-awn"),
```typst #fa-wheat-alt()```, fa-wheat-alt(), fa-wheat-alt(solid: true), fa-icon("wheat-alt"),
```typst #fa-wheat-awn-circle-exclamation()```, fa-wheat-awn-circle-exclamation(), fa-wheat-awn-circle-exclamation(solid: true), fa-icon("wheat-awn-circle-exclamation"),
```typst #fa-wheelchair()```, fa-wheelchair(), fa-wheelchair(solid: true), fa-icon("wheelchair"),
```typst #fa-wheelchair-move()```, fa-wheelchair-move(), fa-wheelchair-move(solid: true), fa-icon("wheelchair-move"),
```typst #fa-wheelchair-alt()```, fa-wheelchair-alt(), fa-wheelchair-alt(solid: true), fa-icon("wheelchair-alt"),
```typst #fa-whiskey-glass()```, fa-whiskey-glass(), fa-whiskey-glass(solid: true), fa-icon("whiskey-glass"),
```typst #fa-glass-whiskey()```, fa-glass-whiskey(), fa-glass-whiskey(solid: true), fa-icon("glass-whiskey"),
```typst #fa-whmcs()```, fa-whmcs(), fa-whmcs(solid: true), fa-icon("whmcs"),
```typst #fa-wifi()```, fa-wifi(), fa-wifi(solid: true), fa-icon("wifi"),
```typst #fa-wifi-3()```, fa-wifi-3(), fa-wifi-3(solid: true), fa-icon("wifi-3"),
```typst #fa-wifi-strong()```, fa-wifi-strong(), fa-wifi-strong(solid: true), fa-icon("wifi-strong"),
```typst #fa-wikipedia-w()```, fa-wikipedia-w(), fa-wikipedia-w(solid: true), fa-icon("wikipedia-w"),
```typst #fa-wind()```, fa-wind(), fa-wind(solid: true), fa-icon("wind"),
```typst #fa-window-maximize()```, fa-window-maximize(), fa-window-maximize(solid: true), fa-icon("window-maximize"),
```typst #fa-window-minimize()```, fa-window-minimize(), fa-window-minimize(solid: true), fa-icon("window-minimize"),
```typst #fa-window-restore()```, fa-window-restore(), fa-window-restore(solid: true), fa-icon("window-restore"),
```typst #fa-windows()```, fa-windows(), fa-windows(solid: true), fa-icon("windows"),
```typst #fa-wine-bottle()```, fa-wine-bottle(), fa-wine-bottle(solid: true), fa-icon("wine-bottle"),
```typst #fa-wine-glass()```, fa-wine-glass(), fa-wine-glass(solid: true), fa-icon("wine-glass"),
```typst #fa-wine-glass-empty()```, fa-wine-glass-empty(), fa-wine-glass-empty(solid: true), fa-icon("wine-glass-empty"),
```typst #fa-wine-glass-alt()```, fa-wine-glass-alt(), fa-wine-glass-alt(solid: true), fa-icon("wine-glass-alt"),
```typst #fa-wirsindhandwerk()```, fa-wirsindhandwerk(), fa-wirsindhandwerk(solid: true), fa-icon("wirsindhandwerk"),
```typst #fa-wsh()```, fa-wsh(), fa-wsh(solid: true), fa-icon("wsh"),
```typst #fa-wix()```, fa-wix(), fa-wix(solid: true), fa-icon("wix"),
```typst #fa-wizards-of-the-coast()```, fa-wizards-of-the-coast(), fa-wizards-of-the-coast(solid: true), fa-icon("wizards-of-the-coast"),
```typst #fa-wodu()```, fa-wodu(), fa-wodu(solid: true), fa-icon("wodu"),
```typst #fa-wolf-pack-battalion()```, fa-wolf-pack-battalion(), fa-wolf-pack-battalion(solid: true), fa-icon("wolf-pack-battalion"),
```typst #fa-won-sign()```, fa-won-sign(), fa-won-sign(solid: true), fa-icon("won-sign"),
```typst #fa-krw()```, fa-krw(), fa-krw(solid: true), fa-icon("krw"),
```typst #fa-won()```, fa-won(), fa-won(solid: true), fa-icon("won"),
```typst #fa-wordpress()```, fa-wordpress(), fa-wordpress(solid: true), fa-icon("wordpress"),
```typst #fa-wordpress-simple()```, fa-wordpress-simple(), fa-wordpress-simple(solid: true), fa-icon("wordpress-simple"),
```typst #fa-worm()```, fa-worm(), fa-worm(solid: true), fa-icon("worm"),
```typst #fa-wpbeginner()```, fa-wpbeginner(), fa-wpbeginner(solid: true), fa-icon("wpbeginner"),
```typst #fa-wpexplorer()```, fa-wpexplorer(), fa-wpexplorer(solid: true), fa-icon("wpexplorer"),
```typst #fa-wpforms()```, fa-wpforms(), fa-wpforms(solid: true), fa-icon("wpforms"),
```typst #fa-wpressr()```, fa-wpressr(), fa-wpressr(solid: true), fa-icon("wpressr"),
```typst #fa-rendact()```, fa-rendact(), fa-rendact(solid: true), fa-icon("rendact"),
```typst #fa-wrench()```, fa-wrench(), fa-wrench(solid: true), fa-icon("wrench"),
```typst #fa-x()```, fa-x(), fa-x(solid: true), fa-icon("x"),
```typst #fa-x-ray()```, fa-x-ray(), fa-x-ray(solid: true), fa-icon("x-ray"),
```typst #fa-x-twitter()```, fa-x-twitter(), fa-x-twitter(solid: true), fa-icon("x-twitter"),
```typst #fa-xbox()```, fa-xbox(), fa-xbox(solid: true), fa-icon("xbox"),
```typst #fa-xing()```, fa-xing(), fa-xing(solid: true), fa-icon("xing"),
```typst #fa-xmark()```, fa-xmark(), fa-xmark(solid: true), fa-icon("xmark"),
```typst #fa-close()```, fa-close(), fa-close(solid: true), fa-icon("close"),
```typst #fa-multiply()```, fa-multiply(), fa-multiply(solid: true), fa-icon("multiply"),
```typst #fa-remove()```, fa-remove(), fa-remove(solid: true), fa-icon("remove"),
```typst #fa-times()```, fa-times(), fa-times(solid: true), fa-icon("times"),
```typst #fa-xmarks-lines()```, fa-xmarks-lines(), fa-xmarks-lines(solid: true), fa-icon("xmarks-lines"),
```typst #fa-y()```, fa-y(), fa-y(solid: true), fa-icon("y"),
```typst #fa-y-combinator()```, fa-y-combinator(), fa-y-combinator(solid: true), fa-icon("y-combinator"),
```typst #fa-yahoo()```, fa-yahoo(), fa-yahoo(solid: true), fa-icon("yahoo"),
```typst #fa-yammer()```, fa-yammer(), fa-yammer(solid: true), fa-icon("yammer"),
```typst #fa-yandex()```, fa-yandex(), fa-yandex(solid: true), fa-icon("yandex"),
```typst #fa-yandex-international()```, fa-yandex-international(), fa-yandex-international(solid: true), fa-icon("yandex-international"),
```typst #fa-yarn()```, fa-yarn(), fa-yarn(solid: true), fa-icon("yarn"),
```typst #fa-yelp()```, fa-yelp(), fa-yelp(solid: true), fa-icon("yelp"),
```typst #fa-yen-sign()```, fa-yen-sign(), fa-yen-sign(solid: true), fa-icon("yen-sign"),
```typst #fa-cny()```, fa-cny(), fa-cny(solid: true), fa-icon("cny"),
```typst #fa-jpy()```, fa-jpy(), fa-jpy(solid: true), fa-icon("jpy"),
```typst #fa-rmb()```, fa-rmb(), fa-rmb(solid: true), fa-icon("rmb"),
```typst #fa-yen()```, fa-yen(), fa-yen(solid: true), fa-icon("yen"),
```typst #fa-yin-yang()```, fa-yin-yang(), fa-yin-yang(solid: true), fa-icon("yin-yang"),
```typst #fa-yoast()```, fa-yoast(), fa-yoast(solid: true), fa-icon("yoast"),
```typst #fa-youtube()```, fa-youtube(), fa-youtube(solid: true), fa-icon("youtube"),
```typst #fa-z()```, fa-z(), fa-z(solid: true), fa-icon("z"),
```typst #fa-zhihu()```, fa-zhihu(), fa-zhihu(solid: true), fa-icon("zhihu"),
) |
|
https://github.com/EdwinChang24/resume | https://raw.githubusercontent.com/EdwinChang24/resume/main/resume.typ | typst | MIT License | #set document(title: "<NAME>'s Résumé", author: "<NAME>")
#set page(paper: "us-letter", margin: 0.35in)
#set text(font: ("Inter", "Noto Sans SC"), size: 9.5pt)
#set strong(delta: 100)
#show heading.where(level: 1): it => [
#text(size: 13pt, weight: "bold", font: "JetBrains Mono NL")[#it]
#v(-12pt)
#line(length: 100%, stroke: 1.2pt + black)
]
#show heading.where(level: 2): set text(weight: "medium", size: 10pt)
#let activity(title: [], subtitle: [], date: [], subtitle-inline: false) = [
#grid(columns: (1fr, auto), if subtitle-inline [
== #title #text(weight: "regular")[--- #subtitle]
] else [
== #title
#text(style: "italic", size: 9pt)[#subtitle]
], align(end)[#text(weight: "medium")[#date]])
#v(-4pt)
]
#grid(
columns: (1fr, 1fr, 1fr),
// info on left
align(
start + horizon,
)[
Davis, CA \
#link("mailto:<EMAIL>")[*<EMAIL>chang2024*\@gmail.com] \
(510) 579-4552
],
// name in middle
align(
center + horizon,
)[#text(size: 28pt, weight: "semibold", font: "JetBrains Mono NL")[<NAME>]],
// links on right
align(end + horizon)[
#link("https://edwinchang.dev")[
*edwinchang*.dev
] \
#link("https://github.com/EdwinChang24")[GitHub\/*EdwinChang24*]
],
)
= Technical Experience
#activity(
title: link("https://shengji.edwinchang.dev/")[升级 (_sheng ji_) Display],
subtitle: [Solo Developer],
date: [March --- September 2024],
)
- Created a cross-platform mobile app showing everyone at a table key information
about an ongoing round of #link("https://en.wikipedia.org/wiki/Sheng_ji")[升级 (_sheng ji_)],
a family of classic Chinese card games that bring people together.
- 升级 Display works on Android, Windows, Linux, and the web using #link(
"https://www.jetbrains.com/lp/compose-multiplatform/",
)[Compose Multiplatform], and is responsive to screen size, so players can use
the app on any phone or tablet.
- Developed a website using #link("https://astro.build/")[Astro] with #link("https://astro.build/")[Svelte],
featuring complex scroll-based animations, to showcase the app's features.
#activity(
title: link(
"https://www.citruscircuits.org/",
)[_FIRST_ Robotics Competition Team 1678: Citrus Circuits],
subtitle: [Software Scouting Front-End Developer],
date: [August 2021 --- June 2024],
)
- Led design and implementation of Android and desktop apps using the Kotlin
programming language for a world-leading FRC robot scouting system, contributing
significantly to the team winning its world championship division in 2022-2024.
- Wrote whitepaper on the scouting system's architecture and design, and publicly
released the source code.
- Headed a team of counselors at Davis Youth Robotics RoboCamps, a summer camp
serving students through 8th grade.
- Led the Shelter Finder outreach project, collaborating with community members
and developing a web app to help police officers in the local community locate
available homeless shelters for those in need.
#activity(
title: link("https://scadnano.org/")[scadnano],
subtitle: [Software Engineering Intern under Prof. <NAME>, UC Davis Molecular Computing],
date: [June 2022 --- Present],
)
- Conducted software-based research on DNA nanotechnology by developing a web app,
written in #link("https://dart.dev/")[the Dart programming language] using #link("https://react.dev/")[React] and
#link("https://redux.js.org/")[Redux], to help researchers design synthetic DNA
nanostructures.
#activity(
title: link(
"https://github.com/EdwinChang24/android-app-template",
)[Android App Template],
subtitle: [Solo Developer],
date: [September --- November 2023],
)
- Created a GitHub template for creating Android apps with a useful base of
libraries and plugins.
- When using the template, developers can put their app's name in the GitHub repo
description, and a GitHub Action inserts the app name into the correct places
and cleans up the project.
= Computing Skills
#v(-2pt)
#table(
columns: (auto, 1fr),
stroke: none,
inset: 4pt,
[*Languages*],
[Kotlin, Python, Java, C++, XML, YAML, TOML, HTML, CSS, JavaScript, TypeScript,
React, Vue, Svelte, Astro, Dart, LaTeX, Markdown, Typst],
[*Operating Systems*],
[Linux (KDE Neon, Kubuntu), Windows 10/11, Android],
[*Tooling*],
[Git, GitHub (Issues, PRs, Actions, Pages, Wikis, CLI), Renovate, Cloudflare
(Pages, Workers, Domains, Wrangler), npm, Yarn, pnpm, Tailwind CSS, Redux, Vite,
Vercel, Zsh, Alacritty, Jetpack Compose, Compose Multiplatform, Google
Workspace, Google Apps Script, Android Studio, adb, IntelliJ IDEA, Visual Studio
Code, Kate, asdf, zoxide],
[*Other Software*],
[Firefox, Thunderbird, Tailscale, GIMP, Inkscape, Discord (Vencord, Powercord,
Aliucord, Vendetta), Slack, Obsidian, Kdenlive, F-Droid],
)
#v(-6pt)
= Education
#activity(
title: link("https://www.ucsb.edu/")[University of California, Santa Barbara],
subtitle: [Class of 2028, #link(
"https://ccs.ucsb.edu/majors/computing",
)[College of Creative Studies Computing]],
date: [2024 --- Present],
subtitle-inline: true,
)
- Relevant Courses: Computer Programming and Organization I, Computer Science Lab,
Quantum Computing Fundamentals, Linear Algebra with Applications
#activity(
title: link("https://dshs.djusd.net/")[Davis Senior High School, Davis, CA],
subtitle: [GPA (unweighted): 3.96],
date: [2021 --- 2024],
subtitle-inline: true,
)
- Relevant Courses: AP Calculus AB, AP Calculus BC, AP Chemistry, AP Physics, AP
Biology, Advanced Robotics Honors, AP U.S. History, AP English Literature and
Composition, AP U.S. Government, AP Macroeconomics
- Self-Studied AP Courses: Computer Science A, Physics C: Mechanics, Statistics,
English Language and Composition
- Dual Enrollment Courses: Calculus III
- Clubs: Davis Coding Club (VP, Project Organizer), DHS Mu Alpha Theta Math Club
(VP, Website Lead)
#activity(
title: [Summer Programs],
subtitle: [Michigan Math and Science Scholars, Summer STEM Institute, AwesomeMath Summer
Program],
subtitle-inline: true,
)
|
https://github.com/typst/packages | https://raw.githubusercontent.com/typst/packages/main/packages/preview/unichar/0.1.0/ucd/block-1FA70.typ | typst | Apache License 2.0 | #let data = (
("BALLET SHOES", "So", 0),
("ONE-PIECE SWIMSUIT", "So", 0),
("BRIEFS", "So", 0),
("SHORTS", "So", 0),
("THONG SANDAL", "So", 0),
("LIGHT BLUE HEART", "So", 0),
("GREY HEART", "So", 0),
("PINK HEART", "So", 0),
("DROP OF BLOOD", "So", 0),
("ADHESIVE BANDAGE", "So", 0),
("STETHOSCOPE", "So", 0),
("X-RAY", "So", 0),
("CRUTCH", "So", 0),
(),
(),
(),
("YO-YO", "So", 0),
("KITE", "So", 0),
("PARACHUTE", "So", 0),
("BOOMERANG", "So", 0),
("MAGIC WAND", "So", 0),
("PINATA", "So", 0),
("NESTING DOLLS", "So", 0),
("MARACAS", "So", 0),
("FLUTE", "So", 0),
("HARP", "So", 0),
(),
(),
(),
(),
(),
("SHOVEL", "So", 0),
("RINGED PLANET", "So", 0),
("CHAIR", "So", 0),
("RAZOR", "So", 0),
("AXE", "So", 0),
("DIYA LAMP", "So", 0),
("BANJO", "So", 0),
("MILITARY HELMET", "So", 0),
("ACCORDION", "So", 0),
("LONG DRUM", "So", 0),
("COIN", "So", 0),
("CARPENTRY SAW", "So", 0),
("SCREWDRIVER", "So", 0),
("LADDER", "So", 0),
("HOOK", "So", 0),
("MIRROR", "So", 0),
("WINDOW", "So", 0),
("PLUNGER", "So", 0),
("SEWING NEEDLE", "So", 0),
("KNOT", "So", 0),
("BUCKET", "So", 0),
("MOUSE TRAP", "So", 0),
("TOOTHBRUSH", "So", 0),
("HEADSTONE", "So", 0),
("PLACARD", "So", 0),
("ROCK", "So", 0),
("MIRROR BALL", "So", 0),
("IDENTIFICATION CARD", "So", 0),
("LOW BATTERY", "So", 0),
("HAMSA", "So", 0),
("FOLDING HAND FAN", "So", 0),
("HAIR PICK", "So", 0),
("KHANDA", "So", 0),
("FLY", "So", 0),
("WORM", "So", 0),
("BEETLE", "So", 0),
("COCKROACH", "So", 0),
("POTTED PLANT", "So", 0),
("WOOD", "So", 0),
("FEATHER", "So", 0),
("LOTUS", "So", 0),
("CORAL", "So", 0),
("EMPTY NEST", "So", 0),
("NEST WITH EGGS", "So", 0),
("HYACINTH", "So", 0),
("JELLYFISH", "So", 0),
("WING", "So", 0),
("LEAFLESS TREE", "So", 0),
("GOOSE", "So", 0),
("ANATOMICAL HEART", "So", 0),
("LUNGS", "So", 0),
("PEOPLE HUGGING", "So", 0),
("PREGNANT MAN", "So", 0),
("PREGNANT PERSON", "So", 0),
("PERSON WITH CROWN", "So", 0),
("FINGERPRINT", "So", 0),
(),
(),
(),
(),
(),
(),
(),
("MOOSE", "So", 0),
("DONKEY", "So", 0),
("BLUEBERRIES", "So", 0),
("BELL PEPPER", "So", 0),
("OLIVE", "So", 0),
("FLATBREAD", "So", 0),
("TAMALE", "So", 0),
("FONDUE", "So", 0),
("TEAPOT", "So", 0),
("POURING LIQUID", "So", 0),
("BEANS", "So", 0),
("JAR", "So", 0),
("GINGER ROOT", "So", 0),
("PEA POD", "So", 0),
("ROOT VEGETABLE", "So", 0),
(),
(),
("SPLATTER", "So", 0),
("MELTING FACE", "So", 0),
("SALUTING FACE", "So", 0),
("FACE WITH OPEN EYES AND HAND OVER MOUTH", "So", 0),
("FACE WITH PEEKING EYE", "So", 0),
("FACE WITH DIAGONAL MOUTH", "So", 0),
("DOTTED LINE FACE", "So", 0),
("BITING LIP", "So", 0),
("BUBBLES", "So", 0),
("SHAKING FACE", "So", 0),
("FACE WITH BAGS UNDER EYES", "So", 0),
(),
(),
(),
(),
(),
(),
("HAND WITH INDEX FINGER AND THUMB CROSSED", "So", 0),
("RIGHTWARDS HAND", "So", 0),
("LEFTWARDS HAND", "So", 0),
("PALM DOWN HAND", "So", 0),
("PALM UP HAND", "So", 0),
("INDEX POINTING AT THE VIEWER", "So", 0),
("HEART HANDS", "So", 0),
("LEFTWARDS PUSHING HAND", "So", 0),
("RIGHTWARDS PUSHING HAND", "So", 0),
)
|
https://github.com/AxiomOfChoices/Typst | https://raw.githubusercontent.com/AxiomOfChoices/Typst/master/Miscellaneous/icon.typ | typst |
#set page(width: 13.5cm, height: 14cm, fill: rgb("#1f2335"))
#set text(size: 120pt);
#v(3.5cm)
$text(fill: #teal, cal(A)) text(fill: #rgb("#BF616A"), compose) text(fill: #yellow, frak(C))$
|
|
https://github.com/jamesrswift/ionio-illustrate | https://raw.githubusercontent.com/jamesrswift/ionio-illustrate/main/src/extras/callipers.typ | typst | MIT License | #import "@preview/cetz:0.1.2"
#let _prepare(self, ctx) = {
let data = (if ( ctx.reflected ){ ctx.prototype.data2 } else { ctx.prototype.data1 })
let start_height = (ctx.prototype.get-intensity-at-mz)(self.start, input: data) + 2
let end_height = (ctx.prototype.get-intensity-at-mz)(self.end, input: data) + 2
if ( self.height == none ) { self.height = calc.max(start_height, end_height) + 5 }
self.coordinates = (
// mz1
mz1-stalk-lower: (self.start,start_height),
mz1-stalk-upper: (self.start,self.height),
// mz2
mz2-stalk-lower: (self.end,end_height),
mz2-stalk-upper: (self.end,self.height),
// Content
content: ((self.start+self.end)/2,self.height),
)
return self
}
#let _stroke(self, ctx) = {
let draw-arrow( pos ) = cetz.draw.line(
(pos.at(0) - (self.arrow-width / 2), pos.at(1) ), (rel:(self.arrow-width, 0)),
..ctx.prototype.style.callipers.line
)
let coords = self.coordinates
draw-arrow(coords.mz1-stalk-lower)
draw-arrow(coords.mz2-stalk-lower)
cetz.draw.line(
coords.mz1-stalk-lower,
coords.mz1-stalk-upper,
coords.mz2-stalk-upper,
coords.mz2-stalk-lower,
..ctx.prototype.style.callipers.line
)
cetz.draw.content(
coords.content,
anchor: self.anchors.at(0),
box(inset: self.inset, [#self.content]),
..ctx.prototype.style.callouts
)
}
// maybe need inset
#let callipers( start, end, // mass-charge ratios
height: none,
content: none,
arrow-width: 1,
inset: 0.5em) = {
if (content == none){ content = [-#calc.abs(start - end)] }
return ((
type: "callipers",
start: start,
end: end,
height: height,
content: content,
arrow-width: arrow-width,
inset: inset,
anchors: ("bottom",),
plot-prepare: _prepare,
plot-stroke: _stroke,
),)
}
|
https://github.com/Karolinskis/KTU-typst | https://raw.githubusercontent.com/Karolinskis/KTU-typst/main/mainPages/ThirdPage.typ | typst | #import "/variables.typ" : *
#page(header: none)[
#set text(size:12pt, spacing: 0.28em)
#set align(center)
#image("/images/ktu-logo.png", width: 2cm)
*Kauno technologijos universitetas*\
#ProjectFaculty\
#AuthorName.at(1)
#v(2cm)
#align(center + horizon)[
#set text(size: 18pt, weight: "bold")
#ProjectName
]
Akademinio sąžiningumo deklaracija\
\
\
#set align(left)
Patvirtinu, kad:
+ baigiamąjį projektą parengiau savarankiškai ir sąžiningai, nepažeisdama(s) kitų asmenų autoriaus ar kitų teisių, laikydamasi(s) Lietuvos Respublikos autorių teisių ir gretutinių teisių įstatymo nuostatų, Kauno technologijos universiteto (toliau – Universitetas) intelektinės nuosavybės valdymo ir perdavimo nuostatų bei Universiteto akademinės etikos kodekse nustatytų etikos reikalavimų;
+ baigiamajame projekte visi pateikti duomenys ir tyrimų rezultatai yra teisingi ir gauti teisėtai, nei viena šio projekto dalis nėra plagijuota nuo jokių spausdintinių ar elektroninių šaltinių, visos baigiamojo projekto tekste pateiktos citatos ir nuorodos yra nurodytos literatūros sąraše;
+ įstatymų nenumatytų piniginių sumų už baigiamąjį projektą ar jo dalis niekam nesu mokėjęs (-usi);
+ suprantu, kad išaiškėjus nesąžiningumo ar kitų asmenų teisių pažeidimo faktui, man bus taikomos akademinės nuobaudos pagal Universitete galiojančią tvarką ir būsiu pašalinta(s) iš Universiteto, o baigiamasis projektas gali būti pateiktas Akademinės etikos ir procedūrų kontrolieriaus tarnybai nagrinėjant galimą akademinės etikos pažeidimą.
#v(4cm)
#h(9cm)#AuthorName.at(1)\
#h(9cm)_Patvirtinta elektroniniu būdu_
] |
|
https://github.com/YunkaiZhang233/PMT-notes | https://raw.githubusercontent.com/YunkaiZhang233/PMT-notes/main/misc.typ | typst | MIT License | #import "@preview/dvdtyp:1.0.0": *
#let _title = dvdtyp.with(
title: "PMT Notes",
author: "<NAME>",
abstract: [This set of notes is written for the course 40018: Discrete Mathematics,
Logic & Reasoning, taught in Imperial College London 2024-2025 by Dr <NAME>.
\
If you like this, consider #text(blue)[#link("https://github.com/YunkaiZhang233/PMT-notes.git")[star this repository on Github!]]],
)
#let title(week) = _title.with(
subtitle: [for week #week]
) |
https://github.com/benjamineeckh/kul-typst-template | https://raw.githubusercontent.com/benjamineeckh/kul-typst-template/main/tests/test-work/temp.typ | typst | MIT License | #let heading-on-page(loc, level) = context {
let hs = query(selector(heading.where(level:level)).after(here())).map(v => v.location().page())
return hs.contains(loc.page())
}
#set page(paper: "a7", margin: (top:10%), numbering: "1", header: none)
// NEEDS to be in a scope, otherwise the page query breaks if it's in 1 block (it => [...])
#show heading.where(level: 1): it => [
#[]<chapter-end-marker> // marker positioned before the pagebreak
#pagebreak(to: "odd", weak: true)
#block[
#v(15.55%) // kinda ass offset, but this is now the same as the latex one Should really check the latex source code
Chapter #counter(heading).get().first()
#v(6%)
#text(1.5em, weight: "bold")[#it.body]
#v(6%)]<chapter-start-marker> // marker positioned after the pagebreak
]
#set heading(numbering: "1")
#context {
let chapter-end-markers = query(<chapter-end-marker>)
let chapter-start-markers = query(<chapter-start-marker>)
let pairs = chapter-end-markers.enumerate().map(((index, chapter-end-marker)) => {
let chapter-start-marker = chapter-start-markers.at(index)
let end-page = chapter-end-marker.location().page()
let start-page = chapter-start-marker.location().page()
(end-page, start-page)
})
state("chapter-markers").update(pairs)
}
= hello
gkjasdhkahdkjhsd #lorem(120)
= h
gkjasdhkahdkjhsd
a
= test
== a
#context state("chapter-markers").display()
#block[#label("chapter-end-marker")]
aksdjhaksdjh
#block[#label("chapter-start-marker")]
|
https://github.com/simon-epfl/notes-ba3-simon | https://raw.githubusercontent.com/simon-epfl/notes-ba3-simon/main/shs/notes.typ | typst | #import "template.typ": *
#let title = "État et droits humains"
#let author = "Cours de SHS @ EPFL"
#let professor = "<NAME>, <NAME>"
#let creater = "<NAME>"
#let time = "Automne 2024"
#let abstract = ""
#show: note_page.with(title, author, professor, creater, time, abstract)
= Introduction
== Les droits fondamentaux
Ils sont garantis par la Constitution et dirigés contre l'Etat, protégés par le juge.
*Les libertés classiques*, aussi appelées idéales (le droit à la vie, au respect de l'intégrité physique et de la vie privée, la liberté de mouvement, etc.). Ici l'Etat a plutôt un devoir d'abstention, de ne pas faire de loi qui vont à l'encontre de ces libertés.
*Les droits politiques*, qui permettent au citoyen de participer à l'exercice du pouvoir politique (le droit de vote, le droit d'élire et d'être élu, etc.).
*Les droits sociaux*, qui permettent d'exiger de l'Etat des prestations (droit à l'éducation, au travail, etc.). Ici ce n'est pas un devoir d'abstention mais une obligation de le faire.
== La convention européenne des droits de l'homme (CEDH)
47 Etats européens y ont adhéré. La CEDH institue une Cour européenne des droits de l'homme que les particuliers peuvent saisir lorsqu'ils estiment qu'une décision rendue par leurs tribunaux nationaux ne respecte pas la Convention. Si la Cour constate qu'un Etat a effectivement violé la Convention, celui-ci a l'obligation d'y remédier.
== Les restrictions des droits fondamentaux
Article 36 de la constitution.
- Base légale.
- Intérêt public.
- Proportionnalité.
== L'examen ?
Examen : imprimer les résumés de cours, prendre la constitution. Ce sera des case studies.
= La liberté personnelle
C'est une liberté un peu fourre-tou. On peut y mettre la liberté de vivre, d'expression, de se déplacer, d'être en contact avec les autres, etc.
== Les restrictions de cette liberté
#example[
Un homme détient un léopard et se balade avec lui en forêt. Un chien se fait manger. Le tribunal fédéral autorise la détention mais interdit les balades.
C'est donc une atteinte à la liberté personnelle.
- sert l'intérêt public (*sécurité publique*)
- pas vraiment de possibilité d'atteindre le même but avec une restriction moins importante (*proportionnalité OK*)
]
#example[
Interdiction de fumer dans les locaux publics (restaurants).
- sert la *santé publique*.
- pour garder la proportionnalité, on autorise de fumer dans les hopitaux et les prisons
]
== Focus sur la liberté de vivre/tuer
Un point important de la liberté personnelle est la liberté de vivre, de ne pas se faire tuer.
La constitution européenne prévoit des exceptions : pour empêcher la violence illégale, lors de l'arrestation ou de la fuite d'un détenu, ou encore pour empêcher des émeutes.
#example[
Ici, un braconnier se fait arrêter par la police puis tente de s'enfuir et se fait tuer de loin par le policier.
Décision du tribunal fédéral : ce n'est pas proportionné donc la légitime défense ne s'applique pas.
]
#example[
Un prisonnier se laisse mourir de faim.
L'Etat doit garantir la vie aux citoyens, est-ce donc un problème dans ce cas ? Selon le tribunal fédéral, oui, donc alimentation forcée.
]
#example[
Un homme veut obtenir une substance pour se tuer.
L'Etat suisse demande à ce que la maladie soit incurable, qu'on ait exposé à la personne toutes les autres possibilités, que le dernier geste doit être accompli par la personne elle-même.
]
#example[
Un docteur aide un homme à se suicider (mais son épouse veut mourir aussi, 86 ans, elle n'envisage pas de vivre sans son mari).
Le docteur est acquitté car il n'a pas agi dans un but égoiste (en Suisse l'aide au suicide n'est réprimée que s'il y a un but égoiste).
]
=== La peine de mort
Interdite en Suisse. Il n'est donc pas autorisé de livrer quelqu'un à un autre pays où la peine de mort est autorisée.
#example[
p. ex si un état recherche un individu, il est possible de demander l'asile en Suisse pour éviter la peine de mort, la Suisse accordera la protection *s'il n'a pas commis d'infraction aux yeux de la Suisse* (principe de la double incrimination).
]
== Focus sur la liberté de mouvement
Le but de la prison n'est plus uniquement punitif mais également pour se réinsérer dans la société.
La détention préventive est possible si le code de procédure pénale l'autorise, c'est-à-dire :
- il y a des indices suffisants de culpabilité.
- puis, soit un risque de récidive.
- soit un risques de collusion contre l'enquête (p. ex faire disparaître des corps...).
- soit un risque de fuite.
Il faut lire les droits au moment de l'arrestation.
La détention préventive ne peut pas durer indéfiniment, il faut que le procureur apporte de nouveaux éléments pour la maintenir.
Fun fact, 200 francs par jour en cas d'arrestation par erreur en dédommagement :)
= Suite de la liberté personnelle
Conditions de détention :
- droit de sortir de sa cellule
- au moins 1h de sortie
- visites, courrier, journaux, télévision...
#example[
Une prison zurichoise affirme que les détenus sont censés manger à la cantine et n'auraient pas le droit de se faire livrer des repas auprès des restaurants extérieurs (à leur frais).
Y a-t-il un intérêt public à refuser ? Oui, problème sécuritaire (messages cachés, introduction d'éléments non autorisés, ...). C'est une restriction faible, proportionnée, d'interdire la livraison de repas.
]
#example[
Une prison autorise les repas sans porc pour une religion. Un détenu végétarien demande aussi à bénéficier de repas spécifique.
Demande acceptée, car pas de raison à mettre les croyances religieuses au-dessus d'un point de vue philosophique (partagée par un certain nombre de gens).
]
#example[
En Suisse abondance de vin, importante privation de liberté de ne pas en bénéficier en détention ?
Aspect sécuritaire, bonne gestion de la sécurité avec du vin à disposition des détenus. Rejet du recours.
Le tribunal fédéral ne se préoccupe pas du sevrage de l'alcool, de drogues dures, etc.
]
#example[
Un détenu veut recevoir des denrées alimentaires ponctuellement de la part de ses proches (lors des fêtes par exemple).
Aspect émotionnel, recevoir des cadeaux de la part de ses proches #sym.eq.not commander à manger pour son simple plaisir.
Donc un effort doit être fait pour accepter un paquet tous les deux mois.
]
#example[
Un détenu condamné pour des actes de violence, adepte de heavy metal, en commande 4 disques. La prison refuse, à cause des paroles : "un petit coup de couteau amène l'insouciance".
Le rap est beaucoup écouté dans le monde, serait-ce excessif d'en priver les gens ?
Réponse : ce condamné a déjà commis bcp d'actes de violences, donc la prison ne veut pas le conforter dans sa banalisation de la violence.
]
Au bout des 2/3 de la peine, dans 98% des cas le détenu peut être en liberté conditionnelle (délai d'épreuve qui peut aller jusqu'à 5 ans, après quoi le 1/3 restant pourront ne jamais être appliqués).
On peut avoir l'impression que dans les autres pays les peines sont plus lourdes, mais en vérité la liberté conditionnelle est généralement plus rapide (par exemple en France pour faire 12 ans, il faut être condamné à 30 ans de prison, parce qu'à chaque changement de président, à chaque bonne conduite, etc. le détenu gagne quelques mois).
== Liberté physique
L'Etat a besoin d'une base légale, d'un intérêt public et de proportionnalité avant de porter atteinte à l'intégrité physique de quelqu'un.
#example[
Un homme commet un vol à main armé, un hold-up, en présence de témoins. Le procureur veut organiser une confrontation entre le témoin et le suspect mais celui-ci s'est laissé pousser la barbe. Le procureur veut le raser pour que le témoin puisse confirmer.
Intérêt public ? Oui, éviter de mettre un innocent en prison. Le tribunal fédéral estime que le but n'est pas d'humilier la personne, atteinte physique assez faible (ça repousse).
]
== Liberté psychique
Similaire à la liberté physique.
Le tribunal fédéral interdit toute opération d'enquête qui empêcherait le détenu d'apprécier la réalité.
#sym.arrow pas de serum de vérité, hypnose, etc.
#example[
Un homme va au restaurant avec des amis, boit beaucoup puis reprend sa voiture. Un accident de voiture cause 6 morts et le procureur ouvre une enquête. L'homme ne se souvient pas, et ne veut pas s'exprimer sur le sujet.
Le procureur veut suivre le détenu en le faisant manger et boire pour lui faire revivre la situation. Les analyses médicales, sans être parfaitement sûres, révèlent qqch comme de l'épilepsie.
Le tribunal fédéral affirme qu'on annihile ses capacités d'apprécier la réalité (puis risques)
]
#example[
Dans le canton de Vaud, une dame donne naissance à un enfant et ne donne pas d'indication quant à l'identité du père. Le tribunal fédéral demande au tuteur général d'investiguer pour déterminer le père. La mère donne trois noms A, B, C.
On classe le dossier. La mère décède et l'homme demande à la justice d'accéder au dossier pour obtenir les noms de A, B, C.
Le fils, vers 30 ans, souffre d'une dépression sévère, et affirme que son traitement serait allégé s'il pouvait avoir l'identité du père.
L'Etat doit-il protéger l'anonymat de A, B, C ? Le fils risque de prendre contact, veut-on qu'il sonne à leur porte en leur disant qu'un d'entre eux est leur père ?
Le droit à connaître son ascendance est absolu #sym.arrow demande acceptée.
]
== Focus sur les données
Fichier de tout ce qui est collecté comme données (état de santé, orientation sexuelle, politique, appartenance syndicale, etc.).
Surveillance vidéo :
- permettant l'identitifcation : zone délimitée et nécessité d'une durée de conservation des images. Intérêt sécuritaire (dissuasion + élucider des crimes graves).
#example[
Google Street View, affaire assez exceptionnelle.
Atteinte à la sphère privée : visages et plaques d'immatriculation encore reconnaissables, 1% \
(si Mme X va voir son amant on peut le savoir)
De plus la caméra est assez haute et certains jardins étaient filmés (bien qu'invisibles normalement depuis la rue).
À proximité des établissement sensibles (hopitaux, établissements pénitentiaires, etc.) un taux de 100% doit être respecté, ainsi que demande à ce que Google Maps publie dans la presse locale quand la caméra passera et quand les données seront mises en ligne.
]
#example[
Le canton demande aux policiers demande à ce qu'ils portent un numéro d'identification. Les citoyens sont contents (ils savent qu'ils pourront porter plainte en cas de maltraitance) mais les policiers non (contrevenants mécontents qui pourraient les retrouver).
Il y a un intêrét public, donc mis en place (mais pas jusqu'au nom, rester dans la proportion).
]
= L'égalité dans la constitution
Article 8 de la constitution fédérale.
== Égalité devant la loi
Article 14 de la CEDH, qui précise l'égalité devant la loi, existe aussi, mais ne peut s'appliquer que sur les articles de la CEDH, tandis qu'en Suisse on peut évoquer l'égalité de traitement par exemple.
Deux aspects : devant la loi et dans la loi.
#example[
Le montant de la redevance pour la chasse était de 900 francs pour les suisses et de 1500 francs pour les étrangers.
Rien ne justifie cette différence donc le tribunal juge cette inégalité en contradiction avec la constitution.
]
Question : pourquoi l'EPFL taxe différemment les étrangers et les suisses ? Le prof. va regarder et y répondre la semaine prochaine.
#example[
Un jeune homme de 17 ans ne peut pas aller en prison avec des adultes (il y a un établissement pour jeunes détenus).
La constitution demande que deux situations identiques soient traitées de la même façons *ET* que deux situations dissemblables ne soient pas traitées de la même façon.
]
#example[
La pratique du barreau (ordre professionnel des avocats) était interdite en Suisse aux femmes. En 1927, la loi change.
]
#example[
Les couples mariés sont parfois désavantagés en termes de fiscalité (on additionne les revenus 50k + 50k = 100k imposés d'un coup, car l'impôt est progressif).
Actuellement débattu, car le principe d'égalité entre les personnes mariées et pas mariées semble bafoué.
]
Conditions d'application de l'égalité devant la loi :
- être en présence de plusieurs de décisions, comparables
- elles doivent avoir été rendues par la même instance (chaque instance à sa marge d'appréciation, si l'EPFL décide d'ajouter un demi-point à un étudiant dans une situation, un autre élève dans la même situation peut demander aussi, tandis qu'à l'ETHZ ce ne serait pas possible)
- les décisions doivent respecter le droit (si une des décisions est fausse, on ne peut pas évoquer l'égalité de traitement - _"il n'y a pas d'égalité dans l'illégalité"_)
#example[
Deux prévenus qui ont commis des vols à la carte de crédit. Le premier a pris 2 ans de prison, le premier a pris 4 ans de prison. Injuste, alors que la même activité ? Effectivement, il y a une différence non soutenable, mais c'est plutôt l'autre qui a eu trop peu, que le second qui a eu trop.
]
Si le procureur fait appel (il veut une peine plus lourd) et que le prévenu fait aussi appel, il risque une peine plus lourde - _"reformatio in pejus"_. Sinon si le procureur ne fait pas appel et que le prévenu oui, la peine ne peut pas être aggravée.
Revirement de jurisprudence : quand le tribunal "change d'avis", on ne va plus juger les choses de la même façon.
== Égalité et discrimination
On ne peut pas rendre une situation plus désavantageuse pour une personne en raison de certains critères (alinéa 2 de l'art. 8).
à l'inverse, des traitements qui vont avantager certaines personnes sont acceptés (p. ex on ajoute des cours de langue pour les étrangers en fonction de leur origine).
Conditions pour que ce soit considéré comme une discrimination :
- ça doit être un désavantage pour les personnes visées
- il doit s'agir d'un traitement différent
- et il faut le critère de discrimination : sexe, origine, race, déficience morale ou psychique, le mode de vie, situation sociale, ses convictions religieuses, etc.
#example[
Tous les noms des gens qui viennent des balkans se font refuser pour avoir la nationalité suisse (sans motif valable).
Principe de discrimination bafoué.
]
#example[
Interdire l'exercion de certaines fonctions publiques à un certain âge. C'est possible parfois (un canton demande à ce que les notaires aient au plus 70 ans - après on a peut-être plus les capacités, intérêt public).
]
#example[
Les Tisganes sont nomades, ils doivent pouvoir exercer leur mode de vie. C'est pour cela qu'ils doivent avoir leur place dans un village par exemple pour s'installer.
]
#example[
Le port de l'abaya est interdit en France à l'école, en Suisse même si on considère que l'enseignant représente l'Etat donc doit rester neutre, pour les étudiants ça ne pose pas de problème.
Pas de discrimination selon la religion.
]
== Égalité des sexes
Un point tellement important qu'il a son propre alinéa (art. 8 alinéa 3).
Égalité salariale : cette fois-ci pas seulement applicable contre l'Etat mais vers contre son employeur (en effet la plupart des citoyens sont employés par des entreprises privées).
#example[
Pour toutes les entreprises de plus de 100 employés, elles doivent faire une analyse globale de la politique salariale et ces analyses doivent être étudiés par des organismes indépendants et ces résultats seront communiqués aux employés et aux investisseurs.
]
#example[
Introduction de quota dans les grandes entreprises suisses.
Pour aller plus loin que l'égalité *de droit*, on veut l'égalité dans les *faits*, et pour cela non seulement l'Etat ne va pas *interdire* la discrimination, mais aussi proposer des prestations positives.
]
= Liberté d'opinion et d'information
Article 16 de la constitution.
- Se former une opinion, puis l'exprimer et la répandre, aspect actif
- Le droit de récolter des informations sur des faits (pour se former une opinion), aspect passif
On peut regrouper les deux sous la liberté d'expression.
L'équivalent dans la CEDH est dans l'article 10 sous le nom de liberté d'expression (portée plus large).
== Liberté d'expression
La notion d'opinon englobe tout jugement, toute appréciation, toute idée, toute création artistique et littéraire.
Ces opinions sont protégées quelle que soit la réaction qu'elles provoquent auprès du public ou de l'Etat (même les opinions qui ne sont pas la vérité).
Le conseil fédéral décide de garantir la liberté d'opinion même pour les fake news (trop de risque de dérive contre la liberté d'expression).
Poster sur un blog, dans un journal, à la télé, etc. toute forme de média est une forme d'expression mais aussi le fait de porter un drapeau, un insigne, etc.
#example[
Une association naturiste veut défiler dans Paris en étant nus, "une manifestation à vêtements facultatifs". Elle affirme que c'est un moyen d'exprimer la fragilité du corps humain, de se reconnecter avec la nature.
La CEDH a rejeté (intérêt public) mais a rappelé que le fait d'être nu est en effet une forme d'expression.
]
#example[
La mendicité était interdite dans le canton de Vaud. Les mendiants sont allés jusqu'au tribunal fédéral en invoquant la liberté économique, et le fait que les mendiants donnaient un cri de détresse envers la pauvreté.
Transaction financière #sym.arrow "ce n'est pas une communication d'un message".
]
Le droit à l'information permet à toute personne de demander les informations qui sont stockées à son sujet auprès de l'Etat, mais également toutes les informations liées à l'administration.
== Les restrictions de la liberté d'expression
Le droit ordinaire encadre la liberté d'expression.
#example[
Les députés sont immunisés contre ces restrictions de la liberté d'expression au parlement (ils peuvent prononcer des propos racistes). En contrepartie, les citoyens peuvent s'exprimer de façon plus tranchée sur ces députés que sur les autres citoyens (ce sera pris en compte si un député porte plainte car il s'est fait alpagué dans la rue par exemple).
]
#example[
Les détenus ont une liberté d'expression restreinte, les courriers écrits sont vérifiés par exemple.
]
Quand l'honneur d'une personne est touchée, elle peut déposer plainte pour diffamation (ça peut être vrai mais ça rabaisse l'honneur de la personne) et calomnie (on sait que c'est faux).
TODO: orientation sexuelle, communauté, etc. voir article deux six un bis
#example[
Un nationaliste turc affirme que le génocide arménien est un mensonge international. Il a été condamné par la Suisse.
La Suisse a été condamnée par la CEDH, le contexte de ces propos n'est pas marqué par des fortes tensions, les propos ne peuvent pas être regardés comme atteignants à la communauté arménienne.
]
#example[
<NAME>. a été condamné pour avoir tenu des propos en lien avec une journaliste queer (orientation sexuelle).
]
Le fait de bafouer les convictions d'autri, incitation au crime et à la violence, interdiction de la pornographie (exception pour le contexte artistique).
|
|
https://github.com/TypstApp-team/typst | https://raw.githubusercontent.com/TypstApp-team/typst/master/tests/typ/bugs/math-shift.typ | typst | Apache License 2.0 | // https://github.com/typst/typst/issues/2214
// The math content should also be affected by the TextElem baseline.
hello #text(baseline: -5pt)[123 #sym.WW\orld]\
hello #text(baseline: -5pt)[$123 WW#text[or]$ld]\
|
https://github.com/cadojo/resume | https://raw.githubusercontent.com/cadojo/resume/main/resume.typ | typst | #import "correspondence/src/vita/vita.typ": *
#show: resume.with(
name: "<NAME>",
title: "Technical Résumé",
url: link("https://resume.loopy.codes", "https://resume.loopy.codes"),
email: decorated(image("correspondence/src/icons/mail.svg", height: 1.5em), link("mailto:<EMAIL>", `<EMAIL>`)),
phone: decorated(image("correspondence/src/icons/phone.svg", height: 1.5em), link("tel:+12026602578", `+1 202.660.2578`)),
theme: rgb("#588157"),
side: stack(spacing: 3em, projects(header: link("https://loopy.codes/packages", "Personal Projects")), socials(header: "Personal Media"),
),
)
//
// Metadata
//
#experience(
"NASA Johnson Space Center (JSC)",
role: ("Integrated GN&C Analysis Engineer", "Pathways Intern", "USRA Intern"),
start: "August 2017",
stop: "Present"
)[
- FTE in July 2021; supported Orion's Launch Abort System GN&C development, analysis, verification
- Integrated flexible structure model with linear and nonlinear simulation frameworks (MATLAB, C++)
- Used massively parallel monte-carlo simulations with `slurm`; improved vehicle performance
- Used linear analysis to analyze vehicle performance, verify stability margins; validates linear models
- Served as backup regression data approver for simulated Orion Launch Abort System performance
- Led development for polarity tests; created novel $6$DOF kinematics simulation (Julia, Python); represented Orion GN&C at multiple lab tests in three states: Texas, Colorado, Florida
- Developed LaTeX packages and classes to improve technical writing workflows
]
#experience(
"Space Systems Laboratory (SSL)",
role: ("Graduate Research Assistant", "Undergraduate Research Assistant"),
start: "August 2016",
stop: "May 2021",
)[
- Led core robot software development (C++, ROS) as Graduate Assistant under Dr. <NAME>
- Developed novel Julia package to generate symbolic manipulator kinematics models; implemented and merged required changes to `Symbolics.jl`; intermediate Jacobian performance substantially improved over #link("https://orocos.org", "Orocos") iterative solvers; implemented improved inverse-kinematics algorithm
- Created C++ interfaces (templates) and implementations for control, including force/torque control
- Maintained operator GUI (Python); diver for Neutral Buoyancy Research Facility Maintenance
]
#experience(
"Harris Corporation",
role: "Electrical Engineering Intern",
start: "May 2016",
stop: "August 2016",
)[
- Automated Excel task with VBA; 20 worker hours $arrow$ 2 minute runtime
- Worked with one other intern to implement rain attenuation ITU Propagation Model; MATLAB functions written to implement model calculations, C\# used to gather terrain data
]
#experience(
"SRI International",
role: "Data Annotation Intern",
start: "May 2015",
stop: "December 2015",
)[
- Collected and annotated data to train deep-learning algorithms; improved process with scripting
- Designed LED Array and circuit layouts for gaze tracking project using Eagle CAD
]
#degree(
"M.S.", "Aerospace Engineering",
school: "University of Maryland, College Park",
stop: "May 2021"
)[
- Research assistant under Dr. Akin; space robotics (manipulator) software lead, primary operator
- Halo orbit & invariant-manifold research project with Instructor Barbee; now open source
- Emphasis in space systems, prioritized dynamics & controls in coursework
]
#degree(
"B.S.", "Electrical Engineering",
school: "University of Maryland, College Park",
stop: "May 2019",
)[
- Four control theory courses, four computer science courses; major emphasis in control theory
- Undergraduate Research Assistant under Dr. Akin at SSL; ROS/Orocos software lead in third year
- Implemented inertial and viscous friction compensation for SSL's MGA Exoskeleton (Galil, UART)
]
#skill("Computer Programming")[
- Experienced Julia & Python developer; aerospace dynamics, simulation, and analysis applications
- Experienced C/C++ developer; robot core software, dynamical simulation applications
- Currently tutoring student seeking C/C++ certification, and graduate manipulator dynamics students
]
#skill("Modeling & Simulation")[
- Utilized linear model reduction, linear analysis, and nonlinear dynamical analysis techniques
- Frequent 6DOF monte-carlo simulations (NASA, Trick, `slurm`), stiff differential equation solves (Julia)
]
#project(
`GeneralAstrodynamics.jl`,
url: "https://github.com/cadojo/GeneralAstrodynamics.jl",
description: "General calculations, visualizations, and halo & manifold solvers. Presented at " + link("https://www.youtube.com/watch?v=WnvKaUsGv8w", "JuliaCon") + "!"
)
#project(
`AstrodynamicalModels.jl`,
url: "https://github.com/cadojo/AstrodynamicalModels.jl",
description: "Model generation, with optional state transition matrix dynamics. See also: " + link("https://github.com/cadojo/AstrodynamicalCalculations.jl", `AstrodynamicalCalculations.jl`) + "."
)
#project(
`SPICEKernels.jl`,
url: "https://github.com/cadojo/SPICEKernels.jl",
description: "All generic kernels provided by NASA, exposed and cached through Julia functions. See also: " + link("https://github.com/cadojo/SPICEApplications.jl", `SPICEApplications.jl`) + ", " + link("https://github.com/cadojo/SPICEBodies.jl", `SPICEBodies.jl`) + "."
)
#project(
`HorizonsEphemeris.jl`,
url: "https://github.com/cadojo/HorizonsEphemeris.jl",
description: "Request JPL Horizons ephemeris data from within Julia, with a simplified interface! For a verbatim wrapper, see " + link("https://github.com/cadojo/HorizonsAPI.jl", `HorizonsAPI.jl`) + "."
)
#project(
`PolynomialGTM.jl`,
url: "https://github.com/cadojo/PolynomialGTM.jl",
description: "Implements publicly available polynomial models for NASA's Generic Transport Model using " + `ModelingToolkit.jl` + "."
)
#project(
`CommonLicenses.jl`,
url: "https://github.com/cadojo/CommonLicenses.jl",
description: "Inline any " + link("https://spdx.org/licenses/", "standard license") + " into your executable document! For example: " + `CommonLicenses.MIT()` + ".",
)
#project(
`dimples`,
url: "https://github.com/cadojo/dimples",
description: "An ongoing experiment in improved Python packaging and environment replication, with inspiration from Julia's " + `Pkg.jl` + "."
)
#project(
`module-hygiene`,
url: "https://github.com/cadojo/module-hygiene",
description: "Provides an " + `__export__` + " key for namespace hygiene. See also: " + link("https://github.com/cadojo/block-scopes", `block-scopes`) + "."
)
#project(
`rich-admonitions`,
url: "https://github.com/cadojo/rich-admonitions",
description: "Extends the excellent terminal formatting package " + `rich` + " with Julia-style Markdown admonition blocks!"
)
#social(
link("https://github.com/cadojo", `@cadojo`),
icon: image("correspondence/src/icons/github.svg", height: 1.5em),
)
#social(
link("https://www.linkedin.com/in/joeycarp/", `in/joeycarp`),
icon: image("correspondence/src/icons/linkedin.svg", height: 1.5em),
)
#social(
link("https://loopy.codes", `https://loopy.codes`),
icon: image("correspondence/src/icons/internet.svg", height: 1.5em),
)
|
|
https://github.com/dyc3/senior-design | https://raw.githubusercontent.com/dyc3/senior-design/main/team-declaration.typ | typst | = Team Declaration
== Team
Name: OTT
Members:
- <NAME>
- <NAME>
- <NAME>
- <NAME>
== Mission Statement
Our mission is to build a load balancer for stateful applications meant to enable legacy, monolithic systems to scale horizontally.
While most all web applications have state in the form of a database, we define a stateful application as one that requires state to be maintained in the application itself for the health of the overall system. For example, a chat application that stores messages in a database is stateful, but a chat application that stores messages in memory is not. The latter can be scaled horizontally trivially, but the former cannot. Generally, these applications perform operations on the state that are more complex than simple CRUD operations, and/or involve 2 way communication with the client.
Examples of stateful applications include:
- Video conferencing applications
- Multiplayer games
- CRUD applications that use database sharding to distribute database load
Ultimately, the product will be a reverse proxy (similar to nginx or apache) you can place in front of a legacy application that will allow you to scale the application horizontally without worrying about the state of the application. All that would be needed from the customer is routing configuration based on their application's needs.
However, for the purpose of limiting the scope of this project, we will be focusing on a single application: OpenTogetherTube. OpenTogetherTube (OTT) is a watch party application that allows users to watch online videos together. It is a stateful application because it an open WebSocket connection to each client, and groups those clients into rooms. Our efforts will be focused on making the Node.js server (aka the Monolith) scalable.
== Key Drivers
- It is impossible to scale the application horizontally. This means that the application can only be scaled vertically, which is more expensive, and has limits.
- Node.js is asynchronous, but single threaded, which significantly limits the amount of vertical scaling that can be done.
- OTT's userbase is growing (although slowly), and the current architecture will not be able to handle the load in the future.
- OTT is very brittle in some areas. It is very easy to break the application by making a small change, and frequent downtime, even if brief, pushes users away. Being able to minimize the impact of a Monolith crash is extremely valuable.
- Because only one instance of the Monolith is running at a time, it is impossible to do multi-region deployments, which harms responsiveness for users in other regions.
See @motivation for more details.
== Key Constraints
- Changes to the Monolith must not affect current deployments. The load balancer must be optional, it should still be possible to run a single instance of the Monolith without the load balancer.
- The Balancer must be able to handle any number of Monolith instances, and work well with any number of other Balancers.
- Adding or removing Monoliths or Balancers to the system should just work. The system should be able to handle changes to the number of instances without any downtime, and without any negative impact on users.
|
|
https://github.com/sicheng1806/typst-book-for-sicheng | https://raw.githubusercontent.com/sicheng1806/typst-book-for-sicheng/main/scr/test/usetable.typ | typst | #import "../basic_pkg/table.typ" : webtable
#webtable(
columns: (1fr,2fr,2fr),
row-gutter: 1em,
fill: luma(95%),
align: left,
"名称", "用法" ,"示例",
"划分章节", "=若干" , `== 二级标题`,
"段落中断", "空行 或 parbreak", `parbreak()`,
"行中断" , "linebreak 或 \ " , `你好\ 世界` ,
"无序列表" , "-" , `- item` ,
"有序列表" , "+" , `+ item` ,
"术语列表" , "/ ITEM: 解释" , `/ ITEM: 解释`,
"注释" , `// line 或 /* block */` , `// 注释`,
"源码段" , "`", "`print(1)`",
"链接" , "link 或 直接输入链接" , `link(https://www.bilibili.com)`,
"数学公式", `$` , `$e = mc^2$`,
"标签" , "<>" , `<a>`,
"引用" , "@" , "@a",
"加重" , "strong() 或 *" , `*hello*`,
"斜体" , "_hello_ 或 emph()", `_hello_` ,
"下划线" , "underline()" , `underline(hello)`
)
|
|
https://github.com/typst/packages | https://raw.githubusercontent.com/typst/packages/main/packages/preview/diagraph/0.2.3/README.md | markdown | Apache License 2.0 | # diagraph
A simple Graphviz binding for Typst using the WebAssembly plugin system.
## Usage
### Basic usage
You can render a Graphviz Dot string to a SVG image using the `render` function:
```typ
#render("digraph { a -> b }")
```
Alternatively, you can use `raw-render` to pass a `raw` instead of a string:
<!--EXAMPLE(raw-render)-->
````typ
#raw-render(
```dot
digraph {
a -> b
}
```
)
````
For more information about the Graphviz Dot language, you can check the [official documentation](https://graphviz.org/documentation/).
### Arguments
`render` and `raw-render` accept multiple arguments that help you customize your graphs.
- `engine` (`str`) is the name of the engine to generate the graph with. Available engines are circo, dot, fdp, neato, nop, nop1, nop2, osage, patchwork, sfdp, and twopi. Defaults to `"dot"`.
- `width` and `height` (`length` or `auto`) are the dimensions of the image to display. If set to `auto` (the default), will be the dimensions of the generated SVG. If a `length`, cannot be expressed in `em`.
- `clip` (`bool`) determines whether to hide parts of the graph that extend beyond its frame. Defaults to `true`.
- `background` (`none` or `color` or `gradient`) describes how to fill the background. If set to `none` (the default), the background will be transparent.
- `labels` (`dict`) is a list of labels to use to override the defaults labels. This is discussed in depth in the next section. Defaults to `(:)`.
### Labels
By default, all node labels are rendered by Typst. If a node has no explicitly set label (using the `[label="..."]` syntax), its name is used as its label, and interpreted as math if possible. This means a node named `n_0` will render as 𝑛<sub>0</sub>.
If you want a node label to contain a more complex mathematical equation, or more complex markup, you can use the `labels` argument: pass a dictionary that maps node names to Typst `content`. Each node with a name within the dictionary will have its label overridden by the corresponding content.
<!--EXAMPLE(labels)-->
````typ
#raw-render(
```
digraph {
rankdir=LR
node[shape=circle]
Hmm -> a_0
Hmm -> big
a_0 -> "a'" -> big [style="dashed"]
big -> sum
}
```,
labels: (:
big: [_some_#text(2em)[ big ]*text*],
sum: $ sum_(i=0)^n 1/i $,
),
)
````
## License
This project is licensed under the MIT License - see the [LICENSE](LICENSE) file for details
## Changelog
### 0.2.3
- Updated to typst 0.11.0
- Added support for `fontcolor`, `fontsize` and `fontname` nodes attributes
- Diagraph now uses a protocol generator to generate the wasm interface
### 0.2.2
- Fix an alignment issue
- Added a better mathematic formula recognition for node labels
### 0.2.1
- Added support for relative lenghts in the `width` and `height` arguments
- Fix various bugs
### 0.2.0
- Node labels are now handled by Typst
### 0.1.2
- Graphs are now scaled to make the graph text size match the document text size
### 0.1.1
- Remove the `raw-render-rule` show rule because it doesn't allow use of custom font and the `render` / `raw-render` functions are more flexible
- Add the `background` parameter to the `render` and `raw-render` typst functions and default it to `transparent` instead of `white`
- Add center attribute to draw graph in the center of the svg in the `render` c function
### 0.1.0
Initial working version
|
https://github.com/piepert/grape-suite | https://raw.githubusercontent.com/piepert/grape-suite/main/examples/homework01.typ | typst | MIT License | #import "/src/library.typ": exercise
#import exercise: project, task, subtask
#let task = task.with(numbering-format: (..n) => numbering("1", ..n))
#let subtask = subtask.with(markers: ("a)", "1)"))
#show: project.with(no: 1,
type: "Aufgabenblatt",
suffix-title: "Betriebssysteme",
show-solutions: true,
show-hints: true,
task-type: [Aufgabe],
extra-task-type: [Zusatzaufgabe],
solution-type: [Lösungsvorschlag],
solutions-title: [Lösungsvorschläge],
hint-type: [Hinweis],
hints-title: [Hinweise],
box-task-title: [Aufgabe],
box-hint-title: [Hinweis],
box-solution-title: [Lösung],
university: [Universität Musterstadt],
institute: [Institut für Informatik],
seminar: [Vorlesung: Betriebssysteme]
)
#task[Verständnis von Betriebssystemkonzepten][
#subtask[
Beschreiben Sie die Rolle des Betriebssystems im Kontext eines Computersystems. Erläutern Sie die Unterschiede zwischen Batch-, Interaktiv- und Echtzeit-Betriebssystemen. Geben Sie Beispiele für Anwendungen, die jeweils von diesen Betriebssystemtypen profitieren.
]
#subtask[
Diskutieren Sie die Bedeutung von Prozesssynchronisation in einem Multitasking-Betriebssystem. Erklären Sie drei verschiedene Methoden zur Prozesssynchronisation und geben Sie jeweils Vor- und Nachteile an.
]
][][
#subtask[
#lorem(20)
]
#subtask[
#lorem(20)
]
][
#subtask(counter: 2)[
#lorem(20)
]
]
#task[Praktische Anwendung von Betriebssystemkonzepten][
Implementieren Sie ein Programm in C, das die Verwendung von Semaphore zur Prozesssynchronisation demonstriert. Verwenden Sie das POSIX-Thread-Modell und implementieren Sie ein Szenario, in dem mehrere Threads auf gemeinsame Ressourcen zugreifen.
]
#task[Analyse von Betriebssystemleistung und -optimierung][
Beschreiben Sie die Aufgaben des Betriebssystems bei der Verwaltung von Speicherressourcen. Erläutern Sie die Unterschiede zwischen physischem und virtuellem Speicher und diskutieren Sie die Methoden, die ein Betriebssystem zur Verwaltung dieser Speichertypen verwendet.
][][
#lorem(50)
] |
https://github.com/Area-53-Robotics/53E-Notebook-Over-Under-2023-2024 | https://raw.githubusercontent.com/Area-53-Robotics/53E-Notebook-Over-Under-2023-2024/giga-notebook/entries/flywheel/build.typ | typst | Creative Commons Attribution Share Alike 4.0 International | #import "/packages.typ": notebookinator
#import notebookinator: *
#import themes.radial.components: *
#show: create-body-entry.with(
title: "Build: Launcher Rebuild",
type: "build",
date: datetime(year: 2023, month: 11, day: 29),
author: "<NAME>",
witness: "<NAME>",
)
#grid(
columns: (1fr, 1fr),
gutter: 20pt,
[
#admonition(
type: "warning",
)[
We made several changes to the design that differ from the original CAD.
- We changed the sprockets from 30 tooth to 24 tooth
- We doubled up the sprockets for redundancy
]
We used the following steps to build the flywheel:
+ Gathered all materials
+ Cut the two pieces of C-channel down to size
+ Screwed in a bearing block to the top each one
+ Screwed a bearing block on the bottom of one C-channel, and a motor cap to the
other.
+ Threaded an axle through the top bearings.
+ Attached the flex wheel and two 6 tooth sprockets to the axle.
+ Threaded an axle through the bottom bearing and motor cap.
+ Attached two 24 tooth sprockets to the bottom axle.
+ Bound the sprockets together with chain.
We're pleasantly surprised by how easy this design was to put together compared
to the catapult.
],
[
#image("./build-1.jpg")
#image("./build-2.jpg")
],
)
|
https://github.com/floriandejonckheere/utu-thesis | https://raw.githubusercontent.com/floriandejonckheere/utu-thesis/master/thesis/chapters/03-background.typ | typst | #import "@preview/acrostiche:0.3.1": *
= Background <background>
In this chapter, we discuss background information and technical concepts related to the thesis.
We start with a brief introduction to monolith software architecture, and continue with service-oriented and microservices architectures.
==== Domain-driven design
#acr("DDD") is a software design approach that focuses on modeling business requirements and domain concepts in the design @evans_2015.
The goal of #acr("DDD") is to align the concepts in the software model with the concepts in the business domain, to allow better understanding and knowledge transfer between domain experts and developers.
For example, a e-commerce application may have domain concepts such as "Shopping cart" and "Order", which can be directly translated to software entities and classes.
==== Monolith architecture
In software engineering, a monolith application describes a software system that consists of a single, indivisible unit @smith_etal_1998.
Monolith applications encompass all the components of the system, including the presentation layer, the business logic layer, and the data access layer @parikh_etal_2022.
Software components within a monolith are interdependent and tightly coupled, which makes development and maintenance more challenging as the system grows in size and complexity @lenarduzzi_etal_2020.
Changes and updates to the source code affect the entire system, and require redeployment of the entire application.
Monolith architectures are typically more prone to failure, as they have a single point of failure, and are less scalable than comparable distributed systems.
==== Modular programming
Modular programming is a software engineering technique that emphasizes the separation of concerns by dividing a software system into smaller, independent modules @dijkstra_1982.
Each module is responsible for a specific functionality of the system, and exposes a well-defined interface for communication with other modules.
Changes to one module do not affect other modules, which makes the system more maintainable and allows multiple developers to work on different modules simultaneously.
Modular programming does not make any assumptions about the underlying architecture of the system, and can be applied to both monolith and distributed systems.
==== Service-oriented Architecture
#acr("SOA") is a software architectural style that focuses on service orientation @opengroup_2024.
Service orientation is a design paradigm that encourages thinking about a problem domain in terms of services and service-based development.
A service is a logical software unit that represents a business activity with a specified outcome, is self-contained, and its inner workings are opaque to the consumer of the services.
Domain knowledge and heuristics may be used to define services.
#acr("SOA") is an architectural style, and is not tied to any specific technology or implementation.
Services can be implemented as standalone applications, web services, or microservices.
Following the principles of #acr("SOA"), services can be implemented in the same or in different programming languages, and can execute on the same or on different processors.
==== Microservice architecture
Microservices are a more recent architectural style that builds on the principles of #acr("SOA") and modular programming @fowler_lewis_2014.
In a microservice architecture, a software system is decomposed into a set of small, independent deployment units that communicate with each other using lightweight protocols, such as HTTP or messaging queues.
Microservices promote the separation of concerns and decentralized governance @fowler_lewis_2014.
The codebase of each microservice is separated, which makes it easier to develop and deploy the system incrementally.
The architecture is designed to be resilient to failures, and allows for scaling individual microservices independently.
In modern software engineering, microservices are a key concept in building flexible, scalable, and maintainable software systems.
While #acr("SOA") and microservices share many similarities, there are some key differences between the two architectural styles.
#acr("SOA") can still be developed as a monolith application, while microservices are inherently distributed @cerny_etal_2017.
Microservices architecture puts more emphasis on the autonomy of development, allowing teams to make independent decisions about technology stack and implementation details.
#acr("SOA") is heavily focused on the reuse of code and the abstraction of business functionality, while microservices are more focused on bounded contexts and not sharing code between services @richards_2015.
==== Modularization
Modularization, or microservice decomposition, is the process of dividing a monolith application into smaller, loosely coupled modules or microservices @parnas_1972.
The goal of modularization is to decrease the complexity and maintenance burden of tightly coupled, interconnected software components.
Modularization can be an objective in the design of new software systems, or in the migration of monolith applications to a distributed architecture.
cohesion and coupling are two key concepts in modularization @software_engineering_body_of_knowledge_2001.
Modules in a modularized system are cohesive, meaning that they only encapsulate code that is related to a specific functionality or domain concept.
Modules are loosely coupled, which entails that they have minimal dependencies on other modules and only communicate through the well-defined interfaces.
Modularization typically requires a deep understanding of the existing system architecture, bundled with knowledge about the business domain and the requirements of the system.
The process of modularization can be very time-consuming and error-prone @mancoridis_etal_1998.
Automated tools and techniques for microservice candidate identification and decomposition can help to accelerate the process, and allow software architects with limited knowledge about the software system to make informed decisions.
==== Quality metrics
Quality metrics are quantitative measures that provide insight into the quality of software systems @tahir_macdonell_2012.
In the context of microservices, quality metrics can be used to evaluate how modular the system is, and identify areas for improvement.
Many different types of quality metrics exist, including size, complexity, and coupling metrics @mancoridis_etal_1998.
(Semi-)automated approaches for modularization typically attempt to maximize cohesion and minimize coupling of the individual services.
|
|
https://github.com/drupol/master-thesis | https://raw.githubusercontent.com/drupol/master-thesis/main/src/thesis/theme/definition.typ | typst | Other | #import "infos.typ": *
#import "common/metadata.typ": *
#let definition(term: none, name: none, content) = {
let kind = "Definition"
let supplement = upper(kind.first()) + lower(kind.slice(1))
let name = if name == none {
"def-" + term
} else {
name
}
show figure.where(kind: "definition"): it => info-box(
kind: "definition",
settings: (prefix: [#smallcaps[#it.caption]]),
)[
#it.body
]
show figure.caption.where(kind: "definition"): it => block(
width: 100%,
{
it
},
)
[
#figure(
kind: "definition",
supplement: [#supplement],
caption: term,
numbering: "1",
content,
) #label(name)
]
}
|
https://github.com/frectonz/the-pg-book | https://raw.githubusercontent.com/frectonz/the-pg-book/main/book/026.%20wealth.html.typ | typst | wealth.html
How to Make Wealth
Want to start a startup? Get funded by
Y Combinator.
May 2004
(This essay was originally published in Hackers
& Painters.)
If you wanted to get rich, how would you do it? I think your best
bet would be to start or join a startup. That's been a
reliable way to get rich for hundreds of years. The word "startup"
dates from the 1960s, but what happens in one is
very similar to the venture-backed trading voyages of the
Middle Ages.Startups usually involve technology, so much so that the phrase
"high-tech startup" is almost redundant. A startup is a small
company that takes on a hard technical problem.Lots of people get rich knowing nothing more than that.
You don't have to know physics to be a good pitcher. But
I think it could give you an edge to understand the underlying principles.
Why do startups have to be small?
Will a startup inevitably stop being a startup as it
grows larger?
And why do they so often work on
developing new technology? Why are there so many startups
selling new drugs or computer software, and none selling corn oil
or laundry detergent?The PropositionEconomically, you can think of a startup as a way to
compress your whole working life into a few years. Instead
of working at a low intensity for forty years, you work as
hard as you possibly can for four. This pays especially well
in technology, where you earn a premium for working fast.Here is a brief sketch of the economic proposition. If you're
a good hacker in your mid twenties, you can
get a job paying about $80,000 per year. So on average
such a hacker must be
able to do at least $80,000 worth of work per year for the
company just to break even. You could probably
work twice as many hours as a corporate employee, and if
you focus you can probably get three times as much done in
an hour.
[1]
You should get another multiple of two, at
least, by eliminating the drag
of the pointy-haired middle
manager who would be your boss in a big company.
Then there is one more multiple: how much smarter are you
than your job description expects you to be?
Suppose another multiple of three. Combine all these multipliers, and I'm
claiming you could be 36 times more
productive than you're expected to be in a random corporate
job.
[2]
If a fairly good hacker is worth $80,000 a year at a
big company, then a smart
hacker working very hard without any corporate
bullshit to slow him down should be able to do work worth about
$3 million a year.Like all back-of-the-envelope calculations, this one
has a lot of wiggle room. I wouldn't try to
defend the actual numbers. But I stand by the
structure of the calculation. I'm not claiming
the multiplier is precisely 36, but it is certainly more
than 10, and probably rarely as high as 100.If $3 million a year seems
high, remember that we're talking about the limit case:
the case where you not only have zero leisure time
but indeed work so hard that you endanger your health.Startups are not magic. They don't change the laws of
wealth creation. They just represent a point at the far end of the curve.
There is a conservation law at work here: if
you want to make a million dollars, you have to endure a
million dollars' worth of pain.
For example, one way to
make a million dollars would be to work for the
Post Office your whole life, and save every penny of your
salary. Imagine the stress of working for the Post
Office for fifty years. In a startup you compress all
this stress into three or four years. You do tend to get a
certain
bulk discount if you buy the economy-size pain,
but you can't evade the fundamental conservation law.
If starting a startup were easy, everyone would do it.Millions, not BillionsIf $3 million a year seems high to some people, it will seem
low to others. Three million?
How do I get to be a billionaire, like <NAME>?So let's get <NAME> out of the way right now. It's not
a good idea to use famous rich people
as examples, because the press only
write about the very richest, and these tend to be outliers.
<NAME> is a smart, determined, and hardworking man,
but you need more than
that to make as much money as he has. You also need to be
very lucky.There is a large random
factor in the success of any company. So the guys you end
up reading about in the papers are the ones who are very
smart, totally dedicated, and win the lottery.
Certainly Bill is smart and dedicated, but Microsoft also
happens to have been the beneficiary of one of the most spectacular
blunders in the history of business: the licensing deal for
DOS. No doubt Bill did
everything he could to steer IBM into making that blunder,
and he has done an excellent job of exploiting it, but if
there had been one person with a brain on IBM's side,
Microsoft's future would have been very different.
Microsoft at that stage had little leverage over IBM.
They were effectively a component supplier. If IBM had
required an exclusive license, as they should have, Microsoft
would still have signed the deal. It would still have
meant a lot of money for them, and IBM
could easily have gotten an operating system elsewhere.Instead IBM ended up using all its power in the market
to give Microsoft control of the PC standard. From
that point, all Microsoft had to do was execute. They
never had to bet the company on a bold decision. All they
had to do was play hardball with licensees and copy more
innovative products reasonably promptly.If IBM hadn't made this mistake, Microsoft would
still have been a successful company, but it
could not have grown so big so fast.
<NAME> would be rich, but he'd be somewhere
near the bottom of the Forbes 400 with the other guys his age.There are a lot of ways to get
rich, and this essay is about only one of them. This
essay is about how to make money by creating wealth and
getting paid for it. There are plenty of other ways to
get money, including chance, speculation, marriage, inheritance,
theft, extortion, fraud, monopoly,
graft, lobbying,
counterfeiting, and prospecting. Most of the greatest fortunes
have probably involved several of these.The advantage of creating wealth, as a way to get rich,
is not just that it's more legitimate
(many of the other methods are now illegal)
but that it's more
straightforward. You just have to do something people want.Money Is Not WealthIf you want to create wealth, it will help to understand what it is.
Wealth is not the same thing as money.
[3]
Wealth is as old as
human history. Far older, in fact; ants have wealth.
Money is a comparatively recent invention.Wealth is the fundamental thing. Wealth is stuff we want: food,
clothes, houses, cars, gadgets, travel to interesting places,
and so on. You can have wealth without
having money. If you had a magic machine that
could on command make you a car or cook you dinner or do your
laundry, or do anything else you wanted, you wouldn't need money.
Whereas if you were in the middle of Antarctica, where there is
nothing to buy, it wouldn't matter how much money you had.Wealth is what you want, not money. But if wealth is the important
thing, why does everyone talk about making money? It is
a kind of shorthand: money is a way of moving wealth, and in practice
they are usually interchangeable. But they are not the same thing,
and unless you plan to get rich by counterfeiting, talking about
making money can make it harder to understand how to
make money.Money is a side effect of specialization.
In a specialized society, most of the
things you need, you can't make for yourself. If you want a potato
or a pencil or a place to live, you have to get it from someone
else.How do you get the person who grows the potatoes to give you some?
By giving him something he wants in return. But you can't get
very far by trading things directly with the people who
need them. If you make violins, and none of the local
farmers wants one, how will you eat?The solution societies find, as they get more specialized, is to
make the trade into a two-step process. Instead of trading violins
directly for potatoes, you trade violins for, say, silver,
which you can then trade again for anything else you need. The
intermediate stuff-- the medium of exchange-- can be anything that's
rare and portable. Historically metals have been the most common,
but recently we've been using a medium of exchange, called the dollar,
that doesn't physically exist. It works as a medium of exchange,
however, because its rarity
is guaranteed by the U.S. Government.The advantage of a medium of exchange is that it makes trade work.
The disadvantage is that it tends to obscure what trade really
means. People think that what a business does is make money.
But money is just the intermediate stage-- just
a shorthand-- for whatever people want.
What most businesses really do is make
wealth. They do something people want.
[4]The Pie FallacyA surprising number of people retain from childhood the idea
that there is a fixed amount of wealth in the world.
There is, in any normal family, a fixed amount of money at
any moment. But that's not the same thing.When wealth is talked about in this context, it is often
described as a pie. "You can't make the pie larger,"
say politicians.
When you're
talking about the amount of money in one family's bank
account, or the amount available to a government from one
year's tax revenue, this is true.
If one person gets more, someone else has to get less.I can remember believing, as a child, that if a few
rich people had all the money, it left less for everyone else.
Many people seem to continue to believe something like this
well into adulthood. This fallacy is usually there in the
background when you hear someone talking about how x percent
of the population have y percent of the wealth. If you plan
to start a startup, then whether you realize it or not, you're
planning to disprove the Pie Fallacy.What leads people astray here is the abstraction of
money. Money is not wealth. It's
just something we use to move wealth around.
So although there may be, in certain specific moments (like
your family, this month) a fixed amount of money available to
trade with other people for things you want,
there is not a fixed amount of wealth in the world.
You can make more wealth. Wealth has been getting created and
destroyed (but on balance, created) for all of human history.Suppose you own a beat-up old car.
Instead of sitting on your butt next
summer, you could spend the time restoring your car to pristine condition.
In doing so you create wealth. The world is-- and
you specifically are-- one pristine old car the richer. And not
just in some metaphorical way. If you sell your car,
you'll get more for it.In restoring your old car you have made yourself
richer. You haven't made anyone else poorer. So there is
obviously not a fixed pie. And in fact, when you look at
it this way, you wonder why anyone would think there was.
[5]Kids know, without knowing they know, that they can create
wealth. If you need to give someone a present and don't
have any money, you make one. But kids are so bad at making
things that they consider home-made presents to be a distinct,
inferior, sort of thing to store-bought ones-- a mere expression
of the proverbial thought that counts.
And indeed, the lumpy ashtrays
we made for our parents did not have much of a resale market.CraftsmenThe people most likely to grasp that wealth can be
created are the ones who are good at making things, the craftsmen.
Their hand-made objects become store-bought ones.
But with the rise of industrialization there are fewer and
fewer craftsmen. One of the biggest remaining groups is
computer programmers.A programmer can sit down in front of a computer and
create wealth. A good piece of software is, in itself,
a valuable thing.
There is no manufacturing to confuse the issue. Those
characters you type
are a complete, finished product.
If someone sat down and wrote a web
browser that didn't suck (a fine idea, by the way), the world
would be that much richer.
[5b]Everyone in a company works together to create
wealth, in the sense of making more things people want.
Many of the employees (e.g. the people in the mailroom or
the personnel department) work at one remove from the
actual making of stuff. Not the programmers. They
literally think the product, one line at a time.
And so it's clearer to programmers that wealth is something
that's made, rather than being distributed, like slices of a
pie, by some imaginary Daddy.It's also obvious to programmers that there are huge variations
in the rate at which wealth is created. At Viaweb we had one
programmer who was a sort of monster of productivity.
I remember watching what he did one long day and estimating that
he had added several hundred thousand dollars
to the market value of the company.
A great programmer, on a roll, could
create a million dollars worth of wealth in a couple weeks.
A mediocre programmer over the same period will generate zero or
even negative wealth (e.g. by introducing bugs).This is
why so many of the best programmers are libertarians.
In our world, you sink or swim, and there are no excuses.
When those far removed from the creation of wealth-- undergraduates,
reporters, politicians-- hear
that the richest 5% of the people have
half the total wealth, they tend to think injustice!
An experienced programmer would be more likely to think
is that all? The top 5% of programmers
probably write 99% of the good software.Wealth can be created without being sold. Scientists, till
recently at least, effectively donated the wealth they
created. We are all richer for knowing about penicillin,
because we're less likely to die from infections. Wealth
is whatever people want, and not dying is certainly something
we want. Hackers often donate their work by
writing open source software that anyone can use for free.
I am much the richer for the operating system
FreeBSD, which I'm running on the computer I'm using now,
and so is Yahoo, which runs it on all their servers.What a Job IsIn industrialized countries, people belong to one institution or
another at least until their twenties. After all those years you get
used to the idea of belonging to a group of people who all get up
in the morning, go to some set of buildings, and do things that they
do not, ordinarily, enjoy doing. Belonging to such a group becomes
part of your identity: name, age, role, institution.
If you have to introduce yourself, or
someone else describes you, it will be as something like, <NAME>, age 10, a student at such and such elementary school, or
<NAME>, age 20, a student at such and such college.When <NAME> finishes school he is expected to get a job. And
what getting a job seems to mean is joining another institution.
Superficially it's a lot like college. You pick the companies you
want to work for and apply to join them. If one likes you, you
become a member of this new group. You get up in the morning and
go to a new set of buildings, and do things that you do not, ordinarily,
enjoy doing. There are a few differences: life is not as much fun,
and you get paid, instead of paying, as you did in college. But
the similarities feel greater than the differences. <NAME> is
now <NAME>, 22, a software developer at such and such corporation.In fact <NAME>'s
life has changed more than he realizes. Socially, a company
looks much like college, but the deeper you go into the
underlying reality, the more different it gets.What a company does, and has to do if it wants to continue to
exist, is earn money. And the way most companies make money
is by creating wealth. Companies can be so specialized that this
similarity is concealed, but it is not only manufacturing
companies that create wealth. A big component of wealth is
location.
Remember that magic machine that could
make you cars and cook you dinner and so on? It would not be
so useful if it delivered your dinner to a random location
in central Asia.
If wealth means what people want, companies that move
things also create wealth. Ditto for
many other kinds of companies that don't make anything
physical. Nearly all companies exist to do something people
want.And that's what you do, as well, when you go to work for a company.
But here there is another layer that tends to obscure the underlying
reality. In a company, the work you do is averaged together with
a lot of other people's.
You may not even be aware you're doing something people
want. Your contribution may be indirect. But the company as a
whole must be giving people something they want, or they won't make
any money. And if they are paying you x dollars a year, then on
average you must be contributing at least x dollars a year worth
of work, or the company will be spending more than it makes,
and will go out of business.Someone graduating from college thinks, and is told, that he needs
to get a job, as if the important thing were becoming a member of
an institution. A more direct way to put it would be: you need to
start doing something people want. You don't
need to
join a company to do that. All a company is is a group of people
working together to do something people want. It's doing something people
want that matters, not joining the group.
[6]For most people the
best plan probably is to go to work for some existing
company. But it is a good idea to understand what's happening
when you do this. A job means doing something people want,
averaged together with everyone else in that company.Working HarderThat averaging gets to be a problem.
I think the single biggest problem afflicting large companies is the
difficulty of assigning a value to each person's work.
For the most part they punt. In a
big company you get paid a fairly predictable salary for working
fairly hard. You're expected not to be obviously incompetent or
lazy, but you're not expected to devote your whole life to your
work.It turns out, though, that there are economies of scale in how much of your
life you devote to your work. In the right kind of business,
someone who really devoted himself to work could generate ten or
even a hundred times as much wealth as an average
employee. A programmer, for example, instead of chugging along
maintaining and updating an existing piece of software, could write
a whole new piece of software, and with it create a new source of
revenue.Companies are not set up to reward people who want to do this.
You can't go to your boss and say, I'd like to start working ten
times as hard, so will you please pay me ten times as much? For
one thing, the official fiction is that you are already working as
hard as you can. But a more serious problem is that the company
has no way of measuring the value of your work.Salesmen are an exception. It's easy
to measure how much revenue they generate, and they're
usually paid a percentage of it. If a salesman wants to work harder,
he can just start doing it, and he will automatically
get paid proportionally more.There is one other job besides sales where big companies can
hire first-rate people: in the top management jobs.
And for the same reason: their performance can
be measured. The top managers are
held responsible for the performance of the entire company.
Because an ordinary employee's performance can't usually
be measured, he is not expected to do
more than put in a solid effort. Whereas top management, like
salespeople, have to actually come up with the numbers.
The CEO of a company that tanks cannot plead that he put in
a solid effort. If the company does badly, he's done badly.A company that could pay all its employees so straightforwardly
would be enormously successful. Many employees would work harder
if they could get paid for it. More importantly,
such a company would attract people who wanted to work
especially hard.
It would crush its competitors.Unfortunately, companies can't pay everyone like salesmen. Salesmen
work alone. Most employees' work is tangled together. Suppose
a company makes some kind of consumer gadget. The
engineers build a reliable gadget with all kinds of new features;
the industrial designers design a beautiful case for it; and then
the marketing people convince everyone that
it's something they've got to have. How do you know how much of the
gadget's sales are due to each group's efforts? Or, for that
matter, how much is due to the creators of past gadgets that gave
the company a reputation for quality? There's no way to
untangle all their contributions. Even if you could read the minds
of the consumers, you'd find these factors were all blurred together.If you want to go faster, it's a problem to have your work
tangled together with a large number of other people's. In a
large group, your performance is not separately measurable-- and
the rest of the group slows you down.Measurement and LeverageTo get rich you need to get yourself in a situation with two
things, measurement and leverage. You need to be in a
position where your performance can be measured, or there is
no way to get paid more by doing more. And you have to
have leverage, in the sense that the decisions you make have
a big effect.Measurement alone is not enough. An example of a job with
measurement but not leverage is doing piecework in a
sweatshop. Your performance is measured and you get paid
accordingly, but you have no scope for decisions. The only
decision you get to make is how fast you work, and that
can probably only increase your earnings by a factor
of two or three.An example of a job with both measurement and leverage would
be lead actor in a movie. Your performance can be measured in the
gross of the movie. And you have leverage in the sense that your
performance can make or break it.CEOs also have both measurement and leverage. They're measured,
in that the performance of the company is their performance.
And they have leverage in that their decisions
set the whole company moving in one direction or another.I think everyone who gets rich by their own efforts will be
found to be in a situation with measurement and leverage.
Everyone I can think of does: CEOs, movie stars,
hedge fund managers, professional athletes. A good hint to the
presence of leverage is the possibility of failure.
Upside must be balanced by downside, so if there is
big potential for gain there must also be a terrifying
possibility of loss. CEOs, stars, fund managers, and athletes
all live with the sword hanging over their heads;
the moment they start to suck, they're out. If you're in
a job that feels safe, you are not going to get rich,
because if there is no danger there is almost certainly no leverage.But you don't have to become a CEO or a movie star to
be in a situation with measurement and leverage. All you
need to do is be part of a small group working on a
hard problem.Smallness = MeasurementIf you can't measure the value of the work done by individual
employees, you can get close. You can measure the value
of the work done by small groups.One level at which you can accurately measure the revenue
generated by employees is at the level of the whole company.
When the company is small, you are thereby fairly close to
measuring the contributions of individual employees. A viable
startup might only have ten employees, which puts you within a
factor of ten of measuring individual effort.Starting or joining a startup is thus as close as most
people can get to saying to one's boss, I want to work ten times
as hard, so please pay me ten times as much. There are two
differences: you're not saying it to your boss, but directly to the
customers (for whom your boss is only a proxy after all), and
you're not doing it individually, but along with a small group
of other ambitious people.It will, ordinarily, be a group. Except in a few unusual kinds
of work, like acting or writing books, you can't be a company
of one person.
And the people you work with had better be good, because it's their work that
yours is going to be averaged with.A big company is like a giant galley driven by a thousand rowers.
Two things keep the speed of the
galley down. One is that individual rowers don't see any
result from working harder.
The other is that, in a group of a
thousand people, the average rower is likely to be
pretty average.If you took ten people at random out of the big galley and
put them in a boat by themselves, they could probably go
faster. They would have both carrot and stick to motivate
them. An energetic rower would be encouraged by the thought
that he could have a visible effect on the speed of
the boat. And if someone was lazy, the others would be more likely
to notice and complain.But the real advantage of the ten-man boat shows when
you take the ten best rowers out of the big galley
and put them in a boat together. They will have all
the extra motivation that comes from being in a small group.
But more importantly, by selecting that small a group
you can get the best rowers. Each one will be in
the top 1%. It's a much better deal for them to average
their work together with a small group of their peers than to
average it with everyone.That's the real point of startups. Ideally, you are getting
together with a group of other people who also want to work
a lot harder, and get paid a lot more, than they would in
a big company. And because startups tend to get founded
by self-selecting groups of ambitious people who already
know one another (at least by reputation), the level of
measurement is more precise than you get from smallness alone.
A startup is not merely ten people, but ten people like you.<NAME> once said that the success or failure of a startup
depends on the first ten employees. I agree. If
anything, it's more like the first five.
Being small is not, in itself, what makes startups kick butt,
but rather that small groups can be select.
You don't want small in the sense of a
village, but small in the sense of an all-star team.The larger a group, the closer its average member will be to the average
for the population as a whole. So all other things being
equal, a very able person in a big company is probably
getting a bad deal, because his performance is dragged down by
the overall lower performance of the others. Of course,
all other things often are not equal: the able person may
not care about money, or may prefer the stability of a large
company. But a very able person who does care about money
will ordinarily do better to go off and work with a small
group of peers.Technology = LeverageStartups offer anyone a way to be in a situation with
measurement and leverage.
They allow measurement because they're small,
and they offer leverage because they
make money by inventing new technology.What is technology? It's technique. It's the way
we all do things. And when
you discover a new way to do things, its value is multiplied
by all the people who use it. It is the proverbial fishing
rod, rather than the fish. That's the difference between a
startup and a restaurant or a barber shop. You fry eggs or cut
hair one customer at a time. Whereas if
you solve a technical problem that a lot of people care about,
you help everyone who uses your solution.
That's leverage.If you look at history, it seems that most people
who got rich by creating wealth did it by developing
new technology. You just can't fry eggs or cut hair fast enough.
What made the Florentines rich in 1200
was the discovery of new techniques for making the high-tech
product of the time, fine woven cloth. What made the
Dutch rich in 1600 was the discovery of shipbuilding and
navigation techniques that enabled them to dominate the seas
of the Far East.Fortunately there is a natural fit between smallness and
solving hard problems. The leading edge of technology moves
fast. Technology that's valuable today could be worthless
in a couple years. Small companies are more at home in this
world, because they don't have layers of bureaucracy to
slow them down.
Also, technical advances tend to come from unorthodox approaches,
and small companies are less constrained by convention.Big companies can develop technology. They just can't do it
quickly. Their size makes them slow and prevents
them from rewarding employees for the extraordinary
effort required. So in practice big companies only get to develop
technology in fields where large capital requirements prevent startups from
competing with them, like microprocessors, power plants,
or passenger aircraft. And even in those fields they depend heavily
on startups for components and ideas.It's obvious that biotech or software startups exist to solve
hard technical problems, but
I think it will also be found to be true
in businesses that don't seem to be about technology. McDonald's,
for example, grew big by designing a system, the McDonald's
franchise, that could then be reproduced at will all over the
face of the earth. A McDonald's franchise is controlled by rules
so precise that it is practically
a piece of software. Write once, run everywhere.
Ditto for Wal-Mart. <NAME> got rich not by being a
retailer, but by designing a new kind of store.Use difficulty as a guide not just in selecting the overall
aim of your company, but also at decision points along the way.
At Viaweb one of our rules of thumb was run upstairs.
Suppose you are a little, nimble guy being chased by a big,
fat, bully. You open a door and find yourself in a
staircase. Do you go up or down? I say up. The
bully can probably run downstairs as fast as you can.
Going upstairs his bulk will be more of a disadvantage.
Running upstairs is hard for you but even harder for him.What this meant in practice was that we deliberately sought
hard problems. If there were two features we could add to our
software, both equally valuable in proportion to their difficulty,
we'd always take the harder one. Not just because it was
more valuable, but because it was harder.
We delighted in forcing bigger, slower competitors
to follow us over difficult ground.
Like guerillas, startups prefer the difficult terrain of the
mountains, where the troops of the central government
can't follow. I can remember times when we were just
exhausted after wrestling all day with some horrible technical
problem. And I'd be delighted, because something that was
hard for us would be impossible for our competitors.This is not just a good way to run a startup. It's what
a startup is.
Venture capitalists know about this and have a phrase for it:
barriers to entry. If you go to a VC with a new
idea and ask him to invest in it, one of the first things
he'll ask is, how hard would this be for someone else to
develop? That is, how much difficult ground
have you put between yourself and potential pursuers?
[7]
And you had better have a convincing explanation of why
your technology would be hard to duplicate. Otherwise as
soon as some big company becomes aware of it, they'll make
their own, and with their brand name, capital, and
distribution clout, they'll take away your market overnight.
You'd be like guerillas caught in the open field by regular
army forces.One way to put up barriers to entry is through patents.
But patents may not provide much protection.
Competitors commonly find ways to work around a patent.
And if they can't, they
may simply violate it and invite you to sue them.
A big company is not afraid to be sued; it's an everyday thing
for them. They'll make sure that suing them is expensive and
takes a long time.
Ever heard of <NAME>? He invented
television. The reason you've never
heard of him is that his company was not the one to make
money from it.
[8]
The company that did was RCA, and
Farnsworth's reward for his efforts was a decade of
patent litigation.Here, as so often, the best defense is a good offense. If
you can develop technology that's simply too hard for
competitors to duplicate, you don't need to rely on other
defenses. Start by picking a hard problem, and
then at every decision point, take the harder choice.
[9]The Catch(es)If it were simply a matter of working harder than
an ordinary employee and getting paid proportionately, it would
obviously be a good deal to start a startup. Up to a point it
would be more fun. I don't think many people
like the slow pace of big companies, the interminable meetings,
the water-cooler conversations, the clueless middle managers,
and so on.Unfortunately there are a couple catches. One is that you
can't choose the point on the curve that you want to inhabit.
You can't decide, for example, that you'd like to work just
two or three times as hard, and get paid that much more. When
you're running a startup, your competitors decide how
hard you work. And they pretty much all make the same decision:
as hard as you possibly can.The other catch is that the payoff is only on average proportionate
to your productivity. There is, as I said before, a large
random multiplier in the success of any company. So in
practice the deal is not that you're 30 times as productive and get
paid 30 times as much. It is that you're 30 times as productive,
and get paid between zero and a thousand times as much.
If the mean is 30x, the median is probably zero.
Most startups tank, and not just the dogfood
portals we all heard about during
the Internet Bubble. It's common for a startup
to be developing a genuinely good product, take slightly
too long to do it, run out of money, and have to shut down.A startup is like a mosquito. A bear can absorb a hit and a crab
is armored against one, but a mosquito is designed for one thing:
to score. No energy is wasted on defense. The defense of mosquitos,
as a species, is that there are a lot of them, but this is little
consolation to the individual mosquito.Startups, like mosquitos, tend to be an all-or-nothing proposition.
And you don't generally know which of the two you're going to
get till the last minute.
Viaweb came close to tanking several times. Our trajectory
was like a sine wave. Fortunately we got bought at
the top of the cycle, but it was damned close. While we were
visiting Yahoo in California to talk about selling the company
to them, we had to borrow a conference room to reassure
an investor who was about to back out of a new round of funding
that we needed to stay alive.The all-or-nothing aspect of startups was not something we wanted.
Viaweb's hackers were all extremely risk-averse.
If there had been some way just to work super hard and get
paid for it, without having a lottery mixed in, we would have
been delighted. We would have much preferred a 100% chance of
$1 million to a 20% chance of $10 million, even though
theoretically the second is worth twice as much. Unfortunately,
there is not currently any space in the business world where
you can get the first deal.The closest you can get is by
selling your startup in the early stages, giving up upside
(and risk) for a smaller but guaranteed payoff. We had a
chance to do this, and stupidly, as we then thought, let it slip by.
After that we became comically eager to sell.
For the next year or so,
if anyone expressed the slightest curiosity about Viaweb
we would try to sell them the company. But there were no takers,
so we had to keep going.It would have been a bargain to
buy us at an early stage, but companies doing acquisitions are not
looking for bargains. A company big enough to acquire
startups will be big enough to be fairly conservative, and
within the company the people in charge of acquisitions will
be among the more conservative, because they are likely to be
business school types who joined the company late.
They would rather overpay for a safe choice. So
it is easier to sell an established startup, even at a large
premium, than an early-stage one.Get UsersI think it's a good idea to get bought, if you can. Running a
business is different from growing one.
It is just as well to let a big company take over once you reach
cruising altitude. It's
also financially wiser, because selling allows you to diversify.
What would you think of a financial advisor who put all his
client's assets into one volatile stock?How do you get bought? Mostly by doing the same things
you'd do if you didn't intend to sell the company. Being
profitable, for example. But getting bought is also an art
in its own right, and one that we spent a lot of time trying
to master.Potential buyers will
always delay if they can. The hard part about getting
bought is getting them to act. For most people, the most powerful motivator
is not the hope of gain, but the fear of loss. For potential
acquirers, the most powerful motivator is the prospect that
one of their competitors will buy you. This, as we found,
causes CEOs to take red-eyes.
The second biggest is the worry that, if they don't buy you
now, you'll continue to grow rapidly and will cost more to
acquire later, or even become a competitor.In both cases, what it all comes down to is users.
You'd think that a company about to buy you would do a lot of
research and decide for themselves how valuable your technology
was. Not at all. What they go by is the number of users you
have.In effect, acquirers assume the customers know who has the
best technology. And this is not as stupid as it sounds. Users
are the only real proof that you've created wealth. Wealth is
what people want, and if people aren't using your software,
maybe it's not just because you're bad at marketing. Maybe it's
because you haven't made what they want.Venture capitalists have a list of danger signs to watch out for.
Near the top is the company run by techno-weenies who are
obsessed with solving interesting technical problems, instead
of making users happy. In a startup, you're not just trying to
solve problems. You're trying to solve problems that
users care about.So I think you should make users the test, just as
acquirers do. Treat a startup as an optimization problem
in which performance is measured by number of users. As anyone
who has tried to optimize software knows, the key is measurement.
When you try to guess where your program is slow, and what would
make it faster, you almost always guess wrong.Number of users may not be the perfect test, but it will
be very close. It's what acquirers care about. It's what
revenues depend on.
It's what makes competitors unhappy.
It's what impresses reporters, and potential
new users. Certainly it's a better test than your a priori
notions of what problems are important to solve, no matter how
technically adept you are.Among other things, treating a startup as an optimization
problem will help you avoid another
pitfall that VCs worry about, and rightly-- taking a long time
to develop a product. Now we can recognize this as something
hackers already know to avoid: premature optimization. Get a version
1.0 out there as soon as you can. Until you have some users to
measure, you're optimizing based on guesses.The ball you need to keep your eye on here is the underlying
principle that wealth is what people want. If you plan to get
rich by creating wealth, you have to know what people want.
So few businesses really pay attention to making customers happy.
How often do you walk into a store, or call a company on the
phone, with a feeling of dread in the back of your mind?
When you hear "your call is important to us, please stay on
the line," do you think, oh good, now everything will be all right?A restaurant can afford to serve the occasional burnt dinner.
But in technology, you cook one thing and that's what everyone
eats. So any difference between what people want and what
you deliver is multiplied.
You please or annoy
customers wholesale. The closer you can get to what they want,
the more wealth you generate.Wealth and PowerMaking wealth is not the only way to get rich. For most of
human history it has not even been the most common. Until
a few centuries ago,
the main sources of wealth were mines, slaves and serfs,
land, and cattle,
and the only ways to acquire these rapidly were by inheritance,
marriage, conquest, or confiscation.
Naturally wealth had a bad reputation.Two things changed. The first was the rule of law. For most of the world's
history, if you did somehow accumulate a fortune, the ruler or his
henchmen
would find a way to steal it.
But in medieval Europe something new happened.
A new class of merchants and manufacturers
began to collect in towns.
[10]
Together they were able to withstand the local feudal
lord. So
for the first time in our history, the bullies stopped stealing the
nerds' lunch money.
This was naturally a great incentive,
and possibly indeed the main cause of the second big change,
industrialization.A great deal has been written about the causes of the Industrial
Revolution. But surely a necessary, if not sufficient, condition
was that people who made fortunes be able to enjoy them in peace.
[11]
One piece of evidence is what happened to countries
that tried to return to the old model, like the Soviet
Union, and to a lesser extent Britain under the labor
governments of the 1960s and early 1970s. Take away the incentive
of wealth, and technical innovation grinds to a halt.Remember what a startup is, economically:
a way of saying, I want to work faster. Instead of accumulating
money slowly by being paid a regular wage for fifty years, I
want to get it over with as soon as possible. So governments
that forbid you to accumulate wealth are in effect decreeing
that you work slowly. They're willing to let you earn $3 million over
fifty years, but they're not willing to let you work so hard that
you can do it in two. They are like
the corporate boss that you can't go to and say, I want to work
ten times as hard, so please pay me ten times a much.
Except this is not a boss you can escape by starting your own
company.The problem with working slowly is not just that technical
innovation happens slowly. It's that it tends not to happen at all.
It's only when you're deliberately looking for hard problems,
as a way to use speed to the greatest advantage, that you take
on this kind of project. Developing new technology is a
pain in the ass. It is, as Edison said, one percent
inspiration and ninety-nine percent perspiration.
Without the incentive of wealth, no one wants to do it.
Engineers will work on sexy projects like fighter planes and moon
rockets for ordinary salaries, but more mundane technologies
like light bulbs or semiconductors have to be developed by entrepreneurs.Startups
are not just something that happened in Silicon Valley in
the last couple decades. Since it became possible to
get rich by creating wealth, everyone who has done it has
used essentially the same recipe: measurement and leverage,
where measurement comes from working with a small
group, and leverage from developing new techniques.
The recipe was the same in Florence in 1200 as it is
in Santa Clara today.Understanding this may help to answer an important question:
why Europe grew so powerful.
Was it something about the geography of
Europe? Was it that Europeans are somehow racially superior?
Was it their religion? The answer (or at least
the proximate cause) may be that the
Europeans
rode on the crest of a powerful new idea: allowing those who
made a lot of money to keep it.Once you're allowed to do that,
people who want to get rich can do it by generating
wealth instead of stealing it.
The resulting technological growth translates not only
into wealth but into military power. The theory that led to
the stealth plane was developed by a Soviet mathematician.
But because the Soviet Union didn't have a computer industry,
it remained for them a theory;
they didn't have hardware capable of executing the calculations
fast enough to design an actual airplane.In that respect the Cold War teaches the same lesson as
World War II and, for that matter, most wars in recent history.
Don't let a ruling
class of warriors and politicians squash the entrepreneurs.
The same recipe that makes individuals rich
makes countries powerful. Let the nerds keep their lunch
money, and you rule the world.Notes[1]
One valuable thing you tend to get only in startups is
uninterruptability. Different kinds of
work have different time quanta. Someone proofreading a
manuscript
could probably be interrupted every fifteen minutes
with little loss of productivity. But the time quantum for
hacking is very long: it might take an hour just to load
a problem into your head. So the
cost of having someone from personnel
call you about a form you forgot to fill out can be huge.This is why hackers give you such a baleful stare as they
turn from their screen to answer your question. Inside
their heads a giant house of cards is tottering.The mere possibility of being interrupted deters hackers
from starting hard projects. This is why they
tend to work late at night, and why it's next to impossible
to write great software in a cubicle (except late at night).One great advantage of startups is that they don't yet have
any of the people who interrupt you. There is no personnel
department, and thus no form nor anyone to call you about it.[2]
Faced with the idea that people working for startups might be
20 or 30 times as productive as those working for large companies,
executives at large companies will naturally wonder, how could
I get the people working for me to do that? The answer is
simple: pay them to.Internally most companies are run like Communist states.
If you believe in free markets, why not turn your company into one?Hypothesis: A company will be maximally profitable when each
employee is paid in proportion to the wealth they generate.[3]
Until recently even governments sometimes didn't grasp the
distinction between money and wealth. <NAME> (Wealth of Nations, v:i) mentions several
that tried to preserve their
"wealth" by forbidding the export of gold or silver.
But having more of the medium of exchange would not make
a country richer; if you have more money chasing the same
amount of material wealth, the only result is higher prices.[4]
There are many senses of the word "wealth," not all of
them material. I'm not trying to make a deep philosophical
point here about which
is the true kind. I'm writing about one specific,
rather technical sense of the word "wealth." What
people will give you money for.
This is an interesting sort of wealth to study, because
it is the kind that prevents you from starving.
And what people will give you money for depends on them,
not you.When you're starting a business,
it's easy to slide into thinking that customers
want what you do. During the Internet Bubble I talked
to a woman who, because she liked the outdoors, was
starting an "outdoor portal." You know what
kind of business you should start if you like
the outdoors? One to recover data from crashed hard disks.What's the connection? None at all. Which is precisely my point.
If you want
to create wealth (in the narrow technical sense of not
starving) then you should be especially skeptical about any
plan that centers on things you like doing.
That is where your idea of what's valuable is least
likely to coincide with other people's.[5]
In the average car restoration you probably do make everyone
else microscopically poorer, by doing a small amount of damage to
the environment. While environmental costs should be taken
into account, they don't
make wealth a zero-sum game. For example, if you repair
a machine that's broken because a part has come unscrewed,
you create wealth with no environmental cost.[5b]
This essay was written before Firefox.[6]
Many people feel confused and depressed in
their early twenties. Life seemed so much more fun in college.
Well, of course it was. Don't be fooled by the surface similarities.
You've gone from guest to servant.
It's possible to have fun in this new world.
Among other things, you now get to go behind the doors that say
"authorized personnel only."
But the change is a shock at first, and all the worse
if you're not consciously aware of it.[7]
When VCs asked us how long it would take another startup
to duplicate our software, we used to reply that they probably
wouldn't be able to at all. I think this made us seem naive,
or liars.[8]
Few technologies have one clear inventor. So as
a rule, if you know the "inventor" of something
(the telephone, the assembly line, the airplane,
the light bulb, the transistor) it is because their
company made money from it, and the company's PR people worked
hard to spread the story. If you don't know who invented
something (the automobile, the television, the computer,
the jet engine, the laser), it's because other companies
made all the money.[9]
This is a good plan for life in general.
If you have two choices, choose the harder.
If you're trying to decide whether to go out running or
sit home and watch TV, go running.
Probably the reason this trick works so well is that
when you have two choices and one is harder, the
only reason you're even considering the other is laziness.
You know in the back of your mind what's the right thing
to do, and this trick merely forces you to acknowledge it.[10]
It is probably no accident that the middle class
first appeared in northern Italy and the low countries,
where there were no strong central governments. These two
regions were the richest of their time and became the twin
centers from which Renaissance civilization radiated.
If they no longer play that role, it is because
other places, like the United States, have been truer to the
principles they discovered.[11]
It may indeed be a sufficient condition. But if so, why didn't
the Industrial Revolution happen earlier? Two possible (and
not incompatible) answers: (a) It did.
The Industrial Revolution was one in a series.
(b) Because in medieval towns, monopolies
and guild regulations initially slowed the development of new means
of production.
Comment on this essay.Russian TranslationArabic TranslationSpanish Translation
You'll find this essay and 14 others in
Hackers & Painters.
|
|
https://github.com/Steendly/typst-templates | https://raw.githubusercontent.com/Steendly/typst-templates/master/README.md | markdown | # Typst templates
Some of my personal [Typst](https://github.com/typst/typst) templates. Hope you will fin interesting things here ;)
---
### Algo.typ :
Library for writing algorithms :
```typst
#algo(
title: "Fib",
parameters: ("n",)
)[
if $n < 0$:#i\ // use #i to indent the following lines
return null#d\ // use #d to dedent the following lines
if $n = 0$ or $n = 1$:#i #comment[you can also]\
return $n$#d #comment[add comments!]\
return #smallcaps("Fib")$(n-1) +$ #smallcaps("Fib")$(n-2)$
]
```
<img src="https://user-images.githubusercontent.com/40146328/235323240-e59ed7e2-ebb6-4b80-8742-eb171dd3721e.png" width="400px" />
It's a modified version of [platformer/typst-algorithms](https://github.com/platformer/typst-algorithms) with in addition a shell template.
---
### Paper_formatting.typ :
Simple template for formatting university report : <br>
_|exemple coming soon..._
It' a modified version of [aurghya-0/Project-Report-Typst](https://github.com/aurghya-0/Project-Report-Typst).
|
|
https://github.com/wcshds/manual-of-chinese-phonology | https://raw.githubusercontent.com/wcshds/manual-of-chinese-phonology/main/main.typ | typst | #import "@preview/easy-pinyin:0.1.0": pinyin
#import "phonology-list.typ": data;
#import "tools/prelude.typ": xs;
// #include "preface.typ";
// #pagebreak();
#set page(
width: 595.35pt,
height: 800pt,
margin: (x: 57pt, y: 57pt),
columns: 2,
header: {
counter(footnote).update(0)
},
);
#set text(
font: ("Source Serif 4", "Simsun", "TH-Tshyn-P0", "TH-Tshyn-P1", "TH-Tshyn-P2"),
lang: "zh",
region: "cn",
size: 10.7pt,
)
#show regex("[“”。：，、《》（）「」·]+"): it => {
set text(font: "Simsun")
it
}
#show par: set block(spacing: 0.9em);
#set par(justify: true, first-line-indent: 2em, leading: 0.9em);
#show text.where(weight: "bold").or(strong): it => {
show regex("\p{script=Han}+"): set text(stroke: 0.5pt)
it
}
#show ref: it => {
if query(it.target).len() == 0 {
return text(fill: red, "<未找到引用`" + str(it.target) + "`>")
}
it.target
}
#show link: it => {
if query(it.dest).len() == 0 {
return {
[#it.body]
text(fill: red, "<未找到引用`" + str(it.dest) + "`>")
}
}
it
}
#let count = 1;
#for info in data {
let shengfu = info.at(0)
let shengfu-pinyin = info.at(1).pinyin
let zi-list = info.at(1).zi-list
block(width: 100%, above: 1.5em, below: 1.5em)[
#set align(center);
#set text(size: 13pt);
#shengfu #pinyin(shengfu-pinyin);
]
for zi in zi-list {
let 序號 = ("00000" + str(count)).slice(-5)
let 字頭 = zi.at(0)
// 中古
let 反切 = zi.at(1)
let 聲韻調等呼 = zi.at(2)
let 中古音標 = zi.at(3)
// 上古
let 韻部 = zi.at(4)
let 上古音標 = zi.at(5)
let 註釋 = zi.at(6)
序號
h(0.45em)
{
[#字頭#label(字頭 + "字")]
if "text" in 註釋.fields() or ("children" in 註釋.fields() and 註釋.children.len() > 1) {
let a = 註釋.fields()
let foot = footnote([#註釋#label(字頭 + "字註")])
context {
let width = measure(foot).width
foot
h(-width)
}
}
}
h(0.75em)
反切
h(0.6em)
box(width: 5em, 聲韻調等呼)
h(0.6em)
box(width: 2.8em)[#xs(中古音標)]
h(0.3em)
{
import "tools/prelude.typ": sup-xs
show "元a": [元#sup-xs("a")]
show "元e": [元#sup-xs("e")]
show "元o": [元#sup-xs("o")]
show "月a": [月#sup-xs("a")]
show "月e": [月#sup-xs("e")]
show "月o": [月#sup-xs("o")]
show "宵a": [宵#sup-xs("a")]
show "宵e": [宵#sup-xs("e")]
show "宵o": [宵#sup-xs("o")]
show "真n": [真#sup-xs("n")]
show "真N": [真#sup-xs("N")]
show "眞n": [眞#sup-xs("n")]
show "眞N": [眞#sup-xs("N")]
show "物u": [物#sup-xs("u")]
show "歌a": [歌#sup-xs("a")]
show "歌o": [歌#sup-xs("o")]
show "歌e": [歌#sup-xs("e")]
show "幽i": [幽#sup-xs("i")]
show "幽M": [幽#sup-xs("M")]
show "藥o": [藥#sup-xs("o")]
show "質d": [質#sup-xs("d")]
show "質g": [質#sup-xs("g")]
show "物M": [物#sup-xs("M")]
show "文u": [文#sup-xs("u")]
show "文M": [文#sup-xs("M")]
show "微u": [微#sup-xs("u")]
show "微M": [微#sup-xs("M")]
show "脂l": [脂#sup-xs("l")]
show "談o": [談#sup-xs("o")]
show "侵u": [侵#sup-xs("u")]
show "侵M": [侵#sup-xs("M")]
show "盍e": [盍#sup-xs("e")]
show "盍o": [盍#sup-xs("o")]
show "緝i": [緝#sup-xs("i")]
box(width: 1.5em, 韻部)
}
h(0.5em)
xs(上古音標)
linebreak()
count += 1
}
}
|
|
https://github.com/lucannez64/Notes | https://raw.githubusercontent.com/lucannez64/Notes/master/Physique_Ex_21_05_2024.typ | typst | #import "@preview/bubble:0.1.0": *
#import "@preview/fletcher:0.4.3" as fletcher: diagram, node, edge
#import "@preview/cetz:0.2.2": canvas, draw, tree
#import "@preview/cheq:0.1.0": checklist
#import "@preview/typpuccino:0.1.0": macchiato
#import "@preview/wordometer:0.1.1": *
#import "@preview/tablem:0.1.0": tablem
#import "@preview/diagraph:0.2.3": raw-render
#show: bubble.with(
title: "Physique",
subtitle: "21/05/2024",
author: "<NAME>",
affiliation: "LHB",
year: "2023/2024",
class: "101",
logo: image("JOJO_magazine_Spring_2022_cover-min-modified.png"),
)
#set page(footer: context [
#set text(8pt)
#set align(center)
#text("page "+ counter(page).display())
]
)
#set heading(numbering: "1.1.1.a")
#show: checklist.with(fill: luma(95%), stroke: blue, radius: .2em)
= Exercice 20 p 420
== Partie 1
===
$E_(p h o t o n 1) = h times c / lambda = 6.63 times 10^(-34) times (3.00 times 10^8) / (400 times 10^(-9)) = 4.97 times 10^(-19) J $
===
Chaque photon a la même énergie et pour $lambda_2 = 700 n m$ cette énergie est insuffisante pour arracher des électrons ainsi augmenter l'intensité lumineuse n'augmente pas l'énergie d'un photon car chaque photon n'a toujours pas l'énergie suffisante
===
Car dans cette formule on considère la lumière sous forme corpusculaire, le photon.
===
$ E_(p h o t o n)= W_(e x t r a c t i o n) + E_c $
$ E_(p h o t o n) = W_(e x t r a c t i o n) + 1/2 m v ^2 $
$ v = sqrt(2/m ( E_(p h o t o n) - W_(e x t r a c t i o n))) $
$ v = sqrt(2/(9.11 times 10^(-31)) ( 4.97 times 10^(-19) - (2.29 times 1.60 times 10^(-19)))) $
$ v = 5.35 times 10^5 m dot s^(-1) $
===
#figure(image("Physique_Exercices_21_05_2024_1.png"))
== Partie 2
===
#raw-render(
```
digraph{
rankdir=LR
node[shape=rectangle]
e_l -> c
c -> e_e
c -> e_t [style="dashed"]
}
```,
labels: (:
c: [Cellule Photovolataïque],
e_l: [Energie lumineuse],
e_t: [Energie Thermique (Perdue)],
e_e: [Energie Electrique],
),
)
===
====
La puissance maximale fournie pour un éclairement de $1000 W dot m^(-2)$ est de $180 W$
====
Quand la puissance maximale est atteinte la tension est de $24 V$
====
$I = P/U$
$I = 180/24 = 7.5 A$
L'intensité du courant est alors de $7.5 A$
===
$eta = P_(é l e c)/P_(l u m)$
$ P_(l u m) = E times S $
$ P_(l u m) = 1000 times 1318 times 10^(-3) times 994 times 10^(-3) $
$ P_(l u m) = 1.31 times 10^(3) $
Ainsi $ eta = 180/(1.31 times 10^(3)) = 0.137 $
Soit le rendement maximale est égale à $13.7%$
===
====
$(3.5 times 10^3)/180 = 19.4 approx 20$
Il faut donc 20 panneaux pour fournir $ 3.5 k W c$
====
$ E_(l u m) = 1450 times 1318 times 10^(-3) times 994 times 10^(-3) times 20 $
$ E_(l u m) = 3.80 times 10^4 k W dot h $
Le rendement étant de $10 %$ #linebreak()
$ E_(e l e c) = 3.80 times 10^3 k W dot h $
Ainsi le revenu sera de $r = 0.20 times 3.80 times 10^3 = 760 €$
|
|
https://github.com/jgm/typst-hs | https://raw.githubusercontent.com/jgm/typst-hs/main/test/typ/bugs/grid-1-01.typ | typst | Other | #rect(width: 100%, height: 1em)
- #rect(width: 100%, height: 1em)
- #rect(width: 100%, height: 1em)
|
https://github.com/knuesel/typst-minideck | https://raw.githubusercontent.com/knuesel/typst-minideck/main/lib.typ | typst | MIT License | #import "minideck.typ": config
#import "themes/themes.typ"
|
https://github.com/fenjalien/metro | https://raw.githubusercontent.com/fenjalien/metro/main/tests/num/drop-zero-decimal/test.typ | typst | Apache License 2.0 | #import "/src/lib.typ": unit, metro-setup, num, qty
#set page(width: auto, height: auto)
#num("2.0")\
#num("2.1")\
#metro-setup(drop-zero-decimal: true)
#num("2.0")\
#num("2.1")\
|
https://github.com/Myriad-Dreamin/tinymist | https://raw.githubusercontent.com/Myriad-Dreamin/tinymist/main/crates/tinymist-query/src/fixtures/type_check/fn_named2.typ | typst | Apache License 2.0 | #let val = 1
#let foo(a: val) = a
#let x = foo() |
https://github.com/tingerrr/subpar | https://raw.githubusercontent.com/tingerrr/subpar/main/src/util.typ | typst | MIT License | #import "_pkg.typ"
#let _numbering = numbering
#let apply-for-all(
values,
rule,
) = outer => {
show: inner => {
values.map(rule).fold(inner, (acc, f) => f(acc))
}
outer
}
#let gather-kinds(body) = {
if _pkg.t4t.is.elem(figure, body) {
if body.at("kind", default: auto) != auto {
return (figure.kind,)
}
} else if body.has("children") {
return body.children.map(gather-kinds).flatten().dedup()
}
(image, raw, table)
}
#let i18n-kind(kind) = {
let map = toml("/assets/i18n.toml")
if kind not in map.en {
panic("Unknown kind: `" + kind + "`")
}
let lang-map = map.at(text.lang, default: (:))
let region-map = if text.region != none { lang-map.at(text.region, default: (:)) } else { (:) }
let term = region-map.at(kind, default: none)
if term == none {
term = lang-map.at(kind, default: none)
}
if term == none {
term = map.en.at(kind)
}
term
}
#let stitch-pairs(args) = {
if args.len() == 0 {
return ()
}
assert.ne(type(args.first()), label, message: "First item must not be a label")
let pairs = ()
while args.len() != 0 {
let item = args.remove(0)
if type(item) == label {
let last = pairs.pop()
assert.ne(type(last), label, message: "Cannot have two consecutive labels")
last.at(1) = item
pairs.push(last)
} else {
pairs.push((item, none))
}
}
pairs
}
#let sparse-numbering(numbering) = if type(numbering) == str {
let symbols = ("1", "a", "A", "i", "I", "い", "イ", "א", "가", "ㄱ", "\\*")
let c = numbering.matches(regex(symbols.join("|"))).len()
if c == 1 {
// if we have only one symbol we drop the super number
(_, num) => _numbering(numbering, num)
} else {
(..nums) => _numbering(numbering, ..nums)
}
} else {
numbering
}
|
https://github.com/r4ai/typst-code-info | https://raw.githubusercontent.com/r4ai/typst-code-info/main/README.md | markdown | MIT License | # typst-code-info
This is a library to display code blocks with extra information like captions, line numbers, diff highlights, etc.
## Features
- Show line numbers
- Calculate diff between two code blocks and highlight the differences
- Highlighting of specific lines
- Display captions
## Installation
> [!warning]
> Following are required to build and install:
>
> - [Rust](https://www.rust-lang.org/)
> - [Task](https://taskfile.dev/)
> - [Deno](https://deno.com/)
- **From local source**:
Clone the repository and run the following command:
```bash
task install
```
## Usage
### Line numbers
````typst
#import "../../plugin.typ": init-code-info, code-info
#show: init-code-info.with()
#code-info(show-line-numbers: true)
```rust
pub fn add(a: i32, b: i32) -> i32 {
a + b
}
pub fn sub(a: i32, b: i32) -> i32 {
a - b
}
pub fn mul(a: i32, b: i32) -> i32 {
a * b
}
pub fn div(a: i32, b: i32) -> i32 {
a / b
}
```
````
yields:
### Diff highlighting
````typst
#import "../../plugin.typ": init-code-info, code-info, parse-diff-code
#show: init-code-info.with()
#code-info(
diff: true,
show-line-numbers: true,
always-show-lines: (1,),
)
```rust
pub fn add(a: i32, b: i32) -> i32 {
a + b
}
pub fn sub(a: i32, b: i32) -> i32 {
a - b
}
pub fn mul(a: i32, b: i32) -> i32 {
a * b
}
pub fn div(a: i32, b: i32) -> i32 {
a / b
}
```
```rust
pub fn add(a: i32, b: i32) -> i32 {
a + b
}
pub fn sub(a: i32, b: i32) -> i32 {
let c = a - b;
c
}
pub fn mul(a: i32, b: i32) -> i32 {
a * b
}
pub fn div(a: i32, b: i32) -> i32 {
a / b
}
```
````
yields:
### Captions
````typst
#import "../../plugin.typ": init-code-info, code-info, parse-diff-code
#show: init-code-info.with()
#code-info(
caption: [A program to display "Hello, world!"],
label: "hello-world",
)
```rust
pub fn main() {
println!("Hello, world!");
}
```
According to @hello-world, the program displays "Hello, world!".
````
yields:
## Development
### Pre-requisites
- **[typstyle](https://github.com/Enter-tainer/typstyle)**: Formatter for Typst files
- **[task](https://taskfile.dev/)**: Task runner
- **[deno](https://deno.com/)**: JavaScript runtime
### Commands
| Command | Description |
| ----------------- | ------------------------------------ |
| `task build` | Build the library |
| `task install` | Install the library |
| `task gen-readme` | Generate the files used in README.md |
|
https://github.com/Myriad-Dreamin/typst.ts | https://raw.githubusercontent.com/Myriad-Dreamin/typst.ts/main/fuzzers/corpora/visualize/line_01.typ | typst | Apache License 2.0 |
#import "/contrib/templates/std-tests/preset.typ": *
#show: test-page
// Test the angle argument and positioning.
#set page(fill: rgb("0B1026"))
#set line(stroke: white)
#let star(size, ..args) = box(width: size, height: size)[
#set text(spacing: 0%)
#set line(..args)
#set align(left)
#v(30%)
#place(line(length: +30%, start: (09.0%, 02%)))
#place(line(length: +30%, start: (38.7%, 02%), angle: -72deg))
#place(line(length: +30%, start: (57.5%, 02%), angle: 252deg))
#place(line(length: +30%, start: (57.3%, 02%)))
#place(line(length: -30%, start: (88.0%, 02%), angle: -36deg))
#place(line(length: +30%, start: (73.3%, 48%), angle: 252deg))
#place(line(length: -30%, start: (73.5%, 48%), angle: 36deg))
#place(line(length: +30%, start: (25.4%, 48%), angle: -36deg))
#place(line(length: +30%, start: (25.6%, 48%), angle: -72deg))
#place(line(length: +32%, start: (8.50%, 02%), angle: 34deg))
]
#align(center, grid(
columns: 3,
column-gutter: 10pt,
..((star(20pt, stroke: 0.5pt),) * 9)
))
|
https://github.com/typst/packages | https://raw.githubusercontent.com/typst/packages/main/packages/preview/unichar/0.1.0/ucd/block-3400.typ | typst | Apache License 2.0 | #let data = (
"0": ("<CJK Ideograph Extension A, First>", "Lo", 0),
"19bf": ("<CJK Ideograph Extension A, Last>", "Lo", 0),
)
|
https://github.com/LilNick0101/Bachelor-thesis | https://raw.githubusercontent.com/LilNick0101/Bachelor-thesis/main/content/AppOverview.typ | typst | === Schermata iniziale: lista dei luoghi
#grid(
columns: (1fr,1fr),
gutter: 3pt,
figure(
image("../resources/images/app-screenshots/VisitorList.png", height: 40%),
caption: [Schermata della lista dei luoghi.]
),
figure(
image("../resources/images/app-screenshots/LoggedInList.png", height: 40%),
caption: [Schermata della lista dei luoghi con utente registrato.]
),
)
La schermata principale che viene presentata non appena l'utente apre l'applicazione, viene mostrata la lista dei luoghi più vicini all'utente.
Ogni elemento della lista mostra:
- Il nome del luogo;
- La città nel quale si trova;
- La distanza del luogo dall'utente;
- Se il luogo è aperto o no;
- L'orario di chiusura, se è aperto, o di apertura, se chiuso;
- La valutazione media con numero di recensioni, se ci sono;
- Per gli utenti registrati, un segnalibro per salvare i luoghi nei preferiti toccandolo.
Toccando un luogo nella lista si accede alla schermata dei dettagli del luogo selezionato.
In alto a sinistra della schermata si può accedere alla mappa dei luoghi, mentre in alto a destra si può accedere al proprio profilo, se si è già registrato, o un ospite può effettuare l'accesso. In basso a destra si trova il pulsante di ricerca e filtraggio luoghi e, per gli utenti registrati, è possibile aggiungere un nuovo luogo, tramite il pulsante in basso a destra con l'icona _+_, sopra al pulsante di ricerca e filtraggio luoghi.
Questa schermata ha associato un _ViewModel_ che tramite un _UseCase_ si occupa di prelevare la lista dei luoghi dal database locale e se è disponibile la connessione ad Internet i dati saranno aggiornati con quelli remoti: questo _UseCase_ chiama un metodo del repository dei luoghi per ottenere la lista dei luoghi.
Per salvare un luogo viene invocato un _UseCase_ che si occupa di salvare un luogo sull'account personale o rimuovere un luogo se già salvato nei preferiti, come se fosse un _toggle_. Altri metodi del _ViewModel_ si occupano di applicare i filtri e l'ordinamento alla lista dei luoghi, richiamando i dati dal repository dei luoghi con i parametri di filtraggio e ordinamento.
#pagebreak()
=== Mappa dei luoghi
#grid(
columns: (1fr,1fr),
gutter: 3pt,
figure(
image("../resources/images/app-screenshots/Map.png", height: 40%),
caption: [Schermata della mappa dei luoghi.]
),
figure(
image("../resources/images/app-screenshots/MapSelected.png", height: 40%),
caption: [Schermata della mappa dei luoghi selezionato un segnaposto.]
),
)
Dalla lista dei luoghi si può accedere alla mappa dei luoghi, dove viene mostrata una mappa globale con i luoghi rappresentati come segnaposto: questa mappa è una mappa _Google Maps_ e selezionando un segnaposto viene mostrata la scheda del luogo, che mostra le stesse informazioni della lista/*fuorchè la distanza dall'utente*/.
Se si seleziona la scheda del luogo si accede alla schermata dei dettagli del luogo selezionato mentre selezionando il segnalibro un utente registrato può salvare il luogo (o rimuovere un luogo salvato se già salvato). In alto a sinistra della schermata si può tornare alla lista dei luoghi, mentre in alto a destra si può accedere al proprio profilo, se si è già registrato, o un ospite può effettuare l'accesso. In basso a destra si trovano i medesimi pulsanti che si trovano nella lista dei luoghi: le funzioni di ricerca e filtraggio sono disponibili pure nella mappa dei luoghi (eccetto l'ordinamento) e un utente registrato può caricare un nuovo luogo.
Simile alla lista dei luoghi, questa schermata ha un _ViewModel_ che chiama lo stesso metodo del repository dei luoghi per ottenere la lista dei luoghi, poi di ogni luogo della lista vengono presi gli attributi di posizione geografica e vengono creati i segnaposto nella mappa.
Altri metodi del _ViewModel_ si occupano di mostrare un luogo selezionato un segnaposto nella mappa e applicare i filtri alla mappa dei luoghi, richiamando i dati dal repository dei luoghi con i parametri di filtraggio. Per salvare un luogo nei preferiti funziona in modo analogo alla lista dei luoghi.
#pagebreak()
=== Dettaglio di un luogo
#grid(
columns: (1fr,1fr),
gutter: 3pt,
figure(
image("../resources/images/app-screenshots/PlaceDetailsI.png", height: 40%),
caption: [Schermata del dettaglio di un luogo: nome, dove si trova, orari di apertura.]
),
figure(
image("../resources/images/app-screenshots/PlaceDetailsII.png", height: 40%),
caption: [Schermata del dettaglio di un luogo: descrizione, caratteristiche e numero recensioni.]
),
)
Selezionando un luogo, o dalla lista o dalla mappa, si può vederne in più dettaglio le sue caratteristiche:
- Un'anteprima del luogo, con una o più immagini: se ci si tocca sopra vengono mostrate le immagini a schermo intero;
- Il nome del luogo;
- Dove si trova, toccandoci sopra verrà visualizzata una mappa che mostra il posto;
- L'utente che ha postato il luogo;
- Se il luogo è aperto o chiuso, con pulsante che mostra gli orari di apertura;
- Valutazione media e numero recensioni;
- Descrizione luogo;
- Se il luogo è a pagamento e se il luogo accetta prenotazioni;
- Le caratteristiche del luogo, se in scuro barrato vuol dire che quella caratteristica non è offerta nel luogo; alcune caratteristiche possono essere: presenza di corrente elettrica, Wi-Fi, aria condizionata, etc.;
- I contatti del luogo: posizione, numero di telefono, mail ed eventuali link a siti web, tutti quanti toccabili (per esempio, toccando la mail possiamo mandare una mail).
Toccando in alto a sinistra si torna alla schermata precedente e toccando in alto a destra si può salvare il luogo nei preferiti se si ha effettuato l'accesso.
Il _ViewModel_ associato a questa schermata chiama un metodo del repository dei luoghi per ottenere il luogo selezionato passandogli come parametro l'identificatore del luogo, mentre per salvare il luogo funziona in modo simile alla lista e alla mappa, cioè quando si tocca il pulsante per salvare nei preferiti, una classe _UseCase_ si occupa di salvare il luogo nei preferiti nell'account utente, toccando ancora il pulsante si rimuove il luogo dai preferiti. Altri metodi del _ViewModel_ consentono di visualizzare le immagini a schermo intero, di visualizzare o meno la scheda con gli orari di apertura e di visualizzare o meno la posizione del luogo nella mappa.
// Ma c'è ne frega qualcosa di sapere come funziona?
#grid(
columns: (1fr,1fr),
gutter: 3pt,
figure(
image("../resources/images/app-screenshots/PlaceDetailsIII.png", height: 40%),
caption: [Schermata del dettaglio di un luogo: contatti.]
),
figure(
image("../resources/images/app-screenshots/PlaceDetailsIV.png", height: 40%),
caption: [Schermata del dettaglio di un luogo: anteprima del luogo a schermo intero.]
),
)
#pagebreak()
=== Schermata login e profilo utente
#grid(
columns: (1fr,1fr),
gutter: 3pt,
figure(
image("../resources/images/app-screenshots/LoginScreen.png", height: 40%),
caption: [Schermata di login.]
),
figure(
image("../resources/images/app-screenshots/ProfileScreen.png", height: 40%),
caption: [Schermata del profilo utente.]
),
)
Dalla lista dei luoghi (o dalla mappa), toccando l'icona del profilo in alto a destra si può accedere alla schermata di login, dove si può effettuare il login al proprio account utilizzando un account _Google_. Se si è già registrati invece verrà visualizzata la schermata del profilo utente, dove si può vedere:
- La foto profilo;
- Il nome utente;
- La propria mail.
Da questa schermata l'utente registrato può;
- Selezionare di vedere i luoghi che ha caricato;
- Selezionare di vedere i luoghi preferiti che ha salvato;
- Effettuare il logout.
In alto a sinistra si può tornare alla schermata precedente.
La schermata di login ha un suo _ViewModel_ associato, nel quale viene iniettata una classe di _Amplify_ utilizzata per configurare _Cognito_ e, tramite un metodo del _ViewModel_ che viene chiamato quando un utente vuole accedere con un account _Google_, redige alla pagina di accesso con _Google_.
La schermata del profilo utente ha un suo _ViewModel_ associato, con un metodo che, chiamando un metodo del repository degli utenti, si occupa di prelevare i dati dell'utente che ha effettuato l'accesso e un metodo per effettuare il logout.
Dalla schermata del profilo utente si può accedere alla lista dei luoghi salvati e alla lista dei luoghi caricati:
- La lista dei luoghi salvati mostra i luoghi che l'utente ha salvato nei preferiti, toccando un luogo si accede alla schermata dei dettagli del luogo selezionato; questa lista ha un _ViewModel_ associato che tramite una classe _UseCase_ chiama un metodo del repository dei luoghi che restituisce la lista dei luoghi salvati dall'utente;
- La lista dei luoghi caricati mostra i luoghi che l'utente ha caricato, toccando un luogo si accede alla schermata dei dettagli del luogo selezionato; questa lista ha un _ViewModel_ associato che tramite una classe _UseCase_ chiama un metodo del repository dei luoghi che restituisce la lista dei luoghi caricati dall'utente.
=== Caricamento di un luogo
#grid(
columns: (1fr,1fr),
gutter: 3pt,
figure(
image("../resources/images/app-screenshots/UploadPlaceI.png", height: 40%),
caption: [Schermata di caricamento luogo: foto, nome e descrizione.]
),
figure(
image("../resources/images/app-screenshots/UploadPlaceII.png", height: 40%),
caption: [Schermata di caricamento luogo: indirizzo e orari di apertura.]
),
)
Selezionando il pulsante di aggiunta (come utente registrato) si può accedere alla schermata di caricamento di un luogo, dove si può inserire:
- Una o più foto del luogo;
- Il nome del luogo;
- La descrizione del luogo;
- La posizione del luogo, con strada, città, codice postale e provincia: toccando il pulsante sotto _Seleziona luogo_ si può selezionare la posizione da una mappa;
- Gli orari di apertura del luogo: per ogni giorno si può aggiungere un intervallo orario con ora di apertura e ora di chiusura;
- Il prezzo;
- La possibilità di prenotare un posto;
- Le caratteristiche del luogo, selezionando quelle che offre;
- I contatti del luogo, con mail, numero di telefono e la possibilità di aggiungere uno o più sito web.
Questa schermata ha un _ViewModel_ associato, che contiene metodi per impostare la posizione del luogo, gli attributi del luogo (nome, descrizione, etc.), le caratteristiche del luogo, per mostrare o meno la mappa dove selezionare la posizione, un metodo per aggiungere o rimuovere un orario di apertura/chiusura, un metodo per aggiungere un link, un metodo per rimuovere un link e un metodo per caricare il luogo, tramite una classe _UseCase_ che chiama un metodo del repository dei luoghi.
Con il pulsante in fondo si può confermare il caricamento del luogo, l'esito può essere:
- Caricamento avvenuto con successo, viene mostrato un messaggio in basso a schermo;
- Caricameto fallito a causa di dati immessi in modo non corretto, i campi interessati saranno segnati in rosso e un messaggio di errore verrà mostrato in basso a schermo;
- Se l'utente non ha effettuato l'accesso al suo account, il caricamento fallisce, ma questa circostanza non dovrebbe succedere dato che la schermata è accessibile solo se si ha effettuato l'accesso;
- Caricamento fallito a causa di un errore di connessione, verrà mostrato un messaggio di errore in basso a schermo.
#grid(
columns: (1fr,1fr),
gutter: 3pt,
figure(
image("../resources/images/app-screenshots/UploadPlaceIII.png", height: 40%),
caption: [Schermata di caricamento luogo: prezzo e caratteristiche.]
),
figure(
image("../resources/images/app-screenshots/UploadPlaceIV.png", height: 40%),
caption: [Schermata di caricamento luogo: contatti.]
),
)
#pagebreak()
=== Filtri e ricerca
#grid(
columns: (1fr,1fr),
gutter: 3pt,
figure(
image("../resources/images/app-screenshots/ListWithSearch.png", height: 40%),
caption: [Casella di ricerca nella lista luoghi.]
),
figure(
image("../resources/images/app-screenshots/FiltersI.png", height: 40%),
caption: [Schermata filtri di ricerca.]
),
)
Selezionando il tasto di ricerca in basso a destra nella schermata della lista dei luoghi o della mappa dei luoghi appare una casella di ricerca nella quale si può cercare un luogo per nome. Se si seleziona il pulsante di filtraggio in basso alla casella di ricerca si può filtrare la lista dei luoghi (o la mappa) a seconda delle proprie preferenze, si può filtrare per:
- Solo posti gratuiti;
- Per valutazione media;
- Per ora di apertura oppure se sono aperti nel momento in cui si effettua la ricerca;
- Solo posti che accettano prenotazioni;
- Per caratteristiche, selezionando quelle che si vogliono cercare.
Per la lista luoghi, in alto a destra della finestra dei filtri si può ordinare la lista per:
- Distanza;
- Valutazione media;
- Data di aggiornamento.
Dopo aver selezionato i filtri si può applicare la ricerca toccando il pulsante _Mostra luoghi_ in fondo, per ripristinare i filtri si tocca invece il pulsante _Ripristina tutti i filtri_.
La finestra dei filtri non ha un suo _ViewModel_ associato ma è integrata nella lista dei luoghi e nella mappa dei luoghi: applicando i filtri, quindi, verranno chiamati i rispettivi metodi che modificheranno lo stato della schermata e aggiorneranno la lista/mappa.
#figure(
image("../resources/images/app-screenshots/FiltersII.png", height: 40%),
caption: [Schermata filtri di ricerca: filtraggio per caratteristica.]
),
|
|
https://github.com/sitandr/typst-examples-book | https://raw.githubusercontent.com/sitandr/typst-examples-book/main/src/basics/tutorial/markup.md | markdown | MIT License | # Markup language
## Starting
```typ
Starting typing in Typst is easy.
You don't need packages or other weird things for most of things.
Blank line will move text to a new paragraph.
Btw, you can use any language and unicode symbols
without any problems as long as the font supports it: ßçœ̃ɛ̃ø∀αβёыა😆…
```
## Markup
```typ
= Markup
This was a heading. Number of `=` in front of name corresponds to heading level.
== Second-level heading
Okay, let's move to _emphasis_ and *bold* text.
Markup syntax is generally similar to
`AsciiDoc` (this was `raw` for monospace text!)
```
## New lines & Escaping
```typ
You can break \
line anywhere you \
want using "\\" symbol.
Also you can use that symbol to
escape \_all the symbols you want\_,
if you don't want it to be interpreted as markup
or other special symbols.
```
## Comments & codeblocks
```````typ
You can write comments with `//` and `/* comment */`:
// Like this
/* Or even like
this */
```typ
Just in case you didn't read source,
this is how it is written:
// Like this
/* Or even like
this */
By the way, I'm writing it all in a _fenced code block_ with *syntax highlighting*!
```
```````
## Smart quotes
```typ
== What else?
There are not much things in basic "markup" syntax,
but we will see much more interesting things very soon!
I hope you noticed auto-matched "smart quotes" there.
```
## Lists
```typ
- Writing lists in a simple way is great.
- Nothing complex, start your points with `-`
and this will become a list.
- Indented lists are created via indentation.
+ Numbered lists start with `+` instead of `-`.
+ There is no alternative markup syntax for lists
+ So just remember `-` and `+`, all other symbols
wouldn't work in an unintended way.
+ That is a general property of Typst's markup.
+ Unlike Markdown, there is only one way
to write something with it.
```
**Notice:**
```typ
Typst numbered lists differ from markdown-like syntax for lists. If you write them by hand, numbering is preserved:
1. Apple
1. Orange
1. Peach
```
## Math
```typ
I will just mention math ($a + b/c = sum_i x^i$)
is possible and quite pretty there:
$
7.32 beta +
sum_(i=0)^nabla
(Q_i (a_i - epsilon)) / 2
$
To learn more about math, see corresponding chapter.
```
|
https://github.com/ReDxDaGer/resume | https://raw.githubusercontent.com/ReDxDaGer/resume/main/Yash_mehrotra.typ | typst | #show heading: set text(font: "Linux Biolinum")
#show link: underline
#set page(
margin: (x: 0.9cm, y: 1.3cm),
)
#set par(justify: true)
#let chiline() = {v(-3pt); line(length: 100%); v(-5pt)}
#align(center)[= <NAME>]
#align(center)[#link("mailto:<EMAIL>")[<EMAIL>] |
#link("https://github.com/redxdager")[github/redxdager]| #link("https://www.linkedin.com/in/yash-mehrotraiit")[linkedin/yash-mehrotraiit] | #link("https://ifyash.vercel.app")[ifyash.vercel.app]]
// == About
// #chiline()
// Yash embodies a strong sense of commitment and drive, with a profound passion for web development, quant program-
// ming, machine learning, and contributing to technical content and community initiatives.
== Education
#line(
stroke: 1pt + gray,
)
*Indian Institute of Technology Madras* #h(1fr) 09/2023 -- Present \
Bachelor of Science, _Data Science and Applications_ \
*St. James School , Hardoi* #h(1fr) 04/2009 -- 03/2023 \
Intermediate , _PCM_ (_CS_) \
== Projects
#line(
stroke: 1pt + gray,
)
*Chat Application Developer* #link("https://github.com/redxdager/Chatwallah")[Project Link] #h(1fr) 03/2024 -- Present \
_ChatWallah_
- Created a real-time chat application using *Flask* and *Socket.IO* for seamless user communication in random rooms \
- Integrated *Socket.IO* to ensure efficient real-time messaging between users
- Developed a backend server with *Flask* , *Python* and *sqlite* to manage chat rooms and user sessions
*Data Analysis* #link("https://github.com/ReDxDaGer/Zomato-Data-Analysis/blob/main/Data-analysis.ipynb")[Project Link] #h(1fr) 05/2024 -- 06/2024 \
_Zomato Data Analysis_
- Analyzed Zomato data using *Pandas* and *Matplotlib* to identify trends and patterns in the food industry \
- Visualized data using *Matplotlib* and *Seaborn* to provide insights into the food delivery market \
- Created a detailed report with actionable recommendations for Zomato based on data analysis results
*Developed a facial expression recognition system* #link("https://github.com/redxdager/Face-Expression-Recognition")[Project Link] #h(1fr) 06/2024 -- 07/2024 \
_Facial Expression Recognition_
- Developed a facial expression recognition system using *YOLOv5* to detect seven emotional states: *angry*, *disgust*, *fear*, *happy*, *neutral*, *sad*, and *surprise* \
- Implemented real-time emotion detection capabilities, achieving high accuracy in various lighting conditions and facial orientations \
== Position of Responsibility
#line(
stroke: 1pt + gray,
)
*Google Developer Student Club - Indian Institute of Technology, Madras* #h(1fr) 01/2023 -- Present \
_Linux Community Lead_ \
- Became one of the founding volunteers for GDSC IITM’s Linux division
- Hosted tech talk : #link("https://gdsc.community.dev/events/details/developer-student-clubs-indian-institute-of-technology-iit-chennai-presents-dumping-windows-welcome-to-linux/")[Switching to Linux] ,#link("https://www.linkedin.com/posts/yash-mehrotraiit_versioncontrol-git-github-activity-7186302932395397120-5t0H?utm_source=share&utm_medium=member_desktop")[Versioning Visions: Git , Github and Beyond]
- Leading a community of 400+ in system commands, troubleshooting and OS related problems \
== Achievements
#line(
stroke: 1pt + gray,
)
*Smart India Hackathon* #h(1fr) 10/2023 -- 12/2023 \
- Finalist of Smart India Hackathon \
- Developed a translation web app that converts English text to various Indian regional languages \
- Optimized the entire codebase to improve performance and ensure smoother operation
== Skills
#line(
stroke: 1pt + gray,
)
- *Programming Languages*: Python , JavaScript , TypeScript , C++
- *Web-Dev Frameworks/Tools*: React.js , Flask , Next.js , Node.js ,FastAPI
- *Databases*: MongoDB , SQLite , MySQL
- *ML/DL*: NumPy , Pandas , Matplotlib , Seaborn , Scikit-learn
- *Automation*: Docker , Bash , Git , GitHub |
|
https://github.com/typst-doc-cn/tutorial | https://raw.githubusercontent.com/typst-doc-cn/tutorial/main/src/intermediate/content-stateful-agg.typ | typst | Apache License 2.0 |
#include "content-stateful.typ"
#include "content-stateful-2.typ"
#include "content-stateful-3.typ"
|
https://github.com/TypstApp-team/TypstLangAssets | https://raw.githubusercontent.com/TypstApp-team/TypstLangAssets/main/Example.typ | typst | #let title = [
A fluid dynamic model
for glacier flow
]
#set text(font: "Linux Libertine", 11pt)
#set par(justify: true)
#set page(
"us-letter",
margin: auto,
header: align(
right + horizon,
title
),
numbering: "1",
)
#show heading.where(
level: 1
): it => block(width: 100%)[
#set align(center)
#set text(12pt, weight: "regular")
#smallcaps(it.body)
]
#show heading.where(
level: 2
): it => text(
size: 11pt,
weight: "regular",
style: "italic",
it.body + [.],
)
#align(center, text(
17pt,
weight: "bold",
title,
))
#grid(
columns: (1fr, 1fr),
align(center)[
<NAME> \
Artos Institute \
#link("mailto:<EMAIL>")
],
align(center)[
Dr. <NAME> \
Artos Institute \
#link("mailto:<EMAIL>")
]
)
#align(center)[
#set par(justify: false)
*Abstract* \
#lorem(80)
]
#v(4mm)
#show: rest => columns(2, rest)
= Introduction
#lorem(35)
== Motivation
#lorem(45)
|
|
https://github.com/ThatOneCalculator/riesketcher | https://raw.githubusercontent.com/ThatOneCalculator/riesketcher/main/manual.typ | typst | MIT License | #import "@preview/tidy:0.1.0"
#import "@preview/cetz:0.2.2": canvas
#import "riesketcher.typ": riesketcher
// #import "@preview/riesketcher:0.2.0": riesketcher
#set text(size: 10.5pt)
= Riesketcher
A package to draw Riemann sums (and their plots) of a function with CeTZ.
```typst
#import "@preview/riesketcher:0.2.1": riesketcher
```
#show raw.where(lang: "example"): it => block({
table(columns: (50%, 50%), stroke: none, align: (center + horizon, left),
align(left, raw(lang: "typc", it.text)),
eval("canvas({" + it.text + "})", scope: (canvas: canvas, riesketcher: riesketcher))
)
})
== Examples
=== Left-Hand Riemann sum
```example
riesketcher(
x => calc.pow(x, 3) + 4,
method: "left",
start: -3.1,
end: 3.5,
n: 10,
plot-x-tick-step: 1,
)
```
=== Midpoint Riemann sum
```example
riesketcher(
x => -calc.pow(x, 2) + 9,
method: "mid",
domain: (-4, 4),
start: -3,
end: 3,
n: 6,
plot-x-tick-step: 1,
)
```
=== Right-method Riemann sum
```example
riesketcher(
x => 16 - x * x,
method: "right",
end: 6,
n: 6,
domain: (-1, auto),
plot-x-tick-step: 1,
)
```
#pagebreak()
#set align(left)
== Method parameters
#let riesketcher-tidy = tidy.parse-module(read("riesketcher.typ"), name: "riesketcher")
#tidy.show-module(riesketcher-tidy)
|
https://github.com/Jollywatt/typst-fletcher | https://raw.githubusercontent.com/Jollywatt/typst-fletcher/master/tests/mark-scale/test.typ | typst | MIT License | #set page(width: auto, height: auto, margin: 1em)
#import "/src/exports.typ" as fletcher: diagram, node, edge
#import "/src/marks.typ": *
#context for scale in (100%, 200%) [
#pagebreak(weak: true)
#let mark = fletcher.MARKS.get().head
#mark-debug(mark + (scale: scale))
#mark-demo(mark + (scale: scale))
#diagram(edge(marks: (mark + (scale: scale), mark + (scale: scale))))
#diagram(edge(marks: (mark, mark), mark-scale: scale))
#diagram(edge(marks: (mark, mark)), mark-scale: scale)
#diagram(edge("triple", marks: (mark + (scale: scale), mark + (scale: scale))))
#diagram(edge("triple", marks: (mark, mark), mark-scale: scale))
#diagram(edge("triple", marks: (mark, mark)), mark-scale: scale)
]
#pagebreak()
#diagram(mark-scale: 100%, edge("cone-latex")) \
#diagram(mark-scale: 50%, edge("cone-latex")) |
https://github.com/Myriad-Dreamin/typst.ts | https://raw.githubusercontent.com/Myriad-Dreamin/typst.ts/main/docs/cookery/guide/compiler/node.typ | typst | Apache License 2.0 | #import "/docs/cookery/book.typ": *
#show: book-page.with(title: "Compiler in Node.js")
#cross-link("/guide/all-in-one-node.typ")[All-in-one Library for Node.js]
|
https://github.com/jgm/typst-hs | https://raw.githubusercontent.com/jgm/typst-hs/main/test/typ/bugs/columns-1-00.typ | typst | Other | #set page(height: 70pt)
Hallo
#columns(2)[
= A
Text
= B
Text
]
|
https://github.com/pank-su/typst-gost | https://raw.githubusercontent.com/pank-su/typst-gost/main/templates/index.typ | typst | #import "titlepage.typ": titlepage
#import "toc.typ": toc
#import "escd.typ": basicFrame
#let index(
authors: (),
title: "",
body,
) = {
set document(author: authors, title: title)
// Структура
// Титульный лист
titlepage(title: "",
authors: authors,
position: "Преподаватель",
education: "МИНИСТЕРСТВО НАУКИ И ВЫСШЕГО ОБРАЗОВАНИЯ РОССИЙСКОЙ ФЕДЕРАЦИИ\nфедеральное государственное автономное образовательное учреждение высшего образования\n«Санкт-Петербургский государственный университет аэрокосмического приборостроения»", group: "С021к", documentName: "ПОЯСНИТЕЛЬНАЯ ЗАПИСКА К КУРСОВОМУ ПРОЕКТУ")
pagebreak()
// Содержание
toc()
// pagebreak()
// Настройки страниц.
set text(font: "Times New Roman", size: 14pt, lang: "ru", hyphenate: true)
set heading(numbering: "1.1")
set page(margin: (left: 25mm, right: 10mm, top: 20mm, bottom: 25mm), background: basicFrame())
set par(justify: true, leading: 1.2em)
// show heading: set block(below: 16pt, above: 32pt)
set list(marker: [---])
show table: set text(hyphenate: false)
show table: set par(justify: false)
show figure: it => [#align(center, [#it.body #it.caption \ ])]
set figure(supplement: "Рисунок")
set figure.caption(separator: [ -- ])
let indent = 1.25cm
set par(first-line-indent: indent)
show heading: set text(size: 14pt)
show heading.where(numbering: "1.1"): it => {
stack(dir: ltr, h(indent), it)
par(text(size:0.35em, h(0.0em)))
}
show heading.where(numbering: none): it => {
it
par(text(size:0.35em, h(0.0em)))
}
show heading.where(level: 1): it => [#pagebreak() #it]
show figure.where(kind: table): set figure.caption(position: top)
body
} |
|
https://github.com/flechonn/interface-typst | https://raw.githubusercontent.com/flechonn/interface-typst/main/docs/Suivi_Projet_G5.md | markdown | # Fiche de suivi de projet
Groupe 5
## Semaine 1 (29/01)
Durant cette séance, nous avons principalement discuté des différentes étapes et nous avons mieux défini le cahier des charges de ce projet.
Nous avons également contacté <NAME>, qui est à l'initiative du sujet, pour obtenir des précisions.
Finalement, nous avons commencé à schématiser l'architecture de notre code.
## Semaine 2 (05/02) :
Elaboration du QQOQCCP, ainsi que d'une matrice SWOT pour commencer ce projet sur de bonnes bases.
## Semaine 3 (12/02)
Elaboration des différentes à réaliser + priorisation des tâches
(Options : composotion de documents, modification de toute la fiche finale, supprimer/ajouter/modifier des exos de la base de données)
## Semaine 4 (19/02)
Prise en main de Typst et LaTeX (mise à jour de Typst, permettant de traduire un projet .tex et .docx en .typ)
Finalisation du diagramme de Gantt
## Semaine 5 (04/03)
* Définition du formattage des fichiers exercices
* Réflexion sur le squelette du code, en lien avec l'architecture déjà établie
* Mise en place des dépôts git
* Implémentation de la classe Exercise
* Réflexion sur la base de données
## Semaine 6 (11/03)
### Lundi 11/03
* Définition de l'automate gérant les interactions
* Redéfinition de l'architecture, suite à une incompréhension au sein du groupe
* Essai d'intégration de l'API (inutile après discussion)
### Mardi 12/03
* Début d'implémentation de l'automate
* Ecriture d'un format de base pour les exercices en LaTeX (format.tex)
* Travail sur le powerpoint et la présentation de vendredi (soutenance de mi-projet)
### Vendredi 15/05
* Prise en compte des remarques durant la soutenance de mi-projet (ajouter un mode ligne de commandes et ajout d'un format d'entrée typst dans la base de données)
* Création d'un nouveau format d'entrée typst
* Tests pour la méthode chargeant un exercice de la base de données en un objet exercice
## Semaine 7 (18/03)
### Lundi 18/03
* Elaboration de fichiers exercices Typst et Latex pour la base de données (afin de tester)
* Implémentation de l'automate et de l'ui.py (reste à clean le fichier et tester)
* Implémentation du bdmanager.py
* Traduction du README en anglais
* Ajout du mode en ligne de commandes, en plus du mode interactif
### Mardi 19/03
* Modification de l'automate (ajout d'options)
* Modification de LoadExerciseTypst
* En cours d'implémentation : fonction toTyp
### Vendredi 22/03
* Merge des branches pour obtenir un projet cohérent
* Finalisation de la fonction toTypst
* Test de la transition OK de l'automate
* Finalisation des implémentations de LoadExercise (Typst et Latex)
* Finalisation du fichier bdmanager.py
* Remise en question de l'implémentation de l'automate
## Semaine 8 (25/03)
### Lundi 25/03
* Discussion de l'implémentation de l'automate
* Avancement sur la gestion des erreurs de l'automate
* Formattage de la feuille d'exercices
* Tests des fonctions add et delete de BDManager
* Tests des fonctions addex et delex
### Mardi 26/03
* Création de la documentation de l'automate
* Implémentation finie des tests addex/delex
* Gestion des exceptions dans l'UI, et dans les fonctions qu'il appelle
* Nettoyage de l'implementation de l'automate
* Implémentation finie de la fonction toTyp en utlisant les fonctionnalités de Typst
* Debug de la fonction LoadExerciseLatex (ne passe pas les tests) |
|
https://github.com/Myriad-Dreamin/typst.ts | https://raw.githubusercontent.com/Myriad-Dreamin/typst.ts/main/fuzzers/corpora/text/escape_02.typ | typst | Apache License 2.0 |
#import "/contrib/templates/std-tests/preset.typ": *
#show: test-page
//
// // Unterminated.
// // Error: 1-6 unclosed Unicode escape sequence
// \u{41[*Bold*] |
https://github.com/ShapeLayer/ucpc-solutions__typst | https://raw.githubusercontent.com/ShapeLayer/ucpc-solutions__typst/main/tests/colors/test.typ | typst | Other | #import "/lib/lib.typ" as ucpc
#import ucpc: color
#set page(
columns: 10,
margin: (x: 5pt, y: 5pt),
)
#set align(center + horizon)
#for color in (
color.brown.at(0),
color.brown.at(1),
color.brown.at(2),
color.brown.at(3),
color.brown.at(4),
color.bluegray.at(0),
color.bluegray.at(1),
color.bluegray.at(2),
color.bluegray.at(3),
color.bluegray.at(4),
color.yellow.at(0),
color.yellow.at(1),
color.yellow.at(2),
color.yellow.at(3),
color.yellow.at(4),
color.cyan.at(0),
color.cyan.at(1),
color.cyan.at(2),
color.cyan.at(3),
color.cyan.at(4),
color.skyblue.at(0),
color.skyblue.at(1),
color.skyblue.at(2),
color.skyblue.at(3),
color.skyblue.at(4),
color.bronze.V,
color.bronze.IV,
color.bronze.III,
color.bronze.II,
color.bronze.I,
color.silver.V,
color.silver.IV,
color.silver.III,
color.silver.II,
color.silver.I,
color.gold.V,
color.gold.IV,
color.gold.III,
color.gold.II,
color.gold.I,
color.platinum.V,
color.platinum.IV,
color.platinum.III,
color.platinum.II,
color.platinum.I,
color.bronze.V,
color.bronze.IV,
color.bronze.III,
color.bronze.II,
color.bronze.I,
color.diamond.V,
color.diamond.IV,
color.diamond.III,
color.diamond.II,
color.diamond.I,
color.ruby.V,
color.ruby.IV,
color.ruby.III,
color.ruby.II,
color.ruby.I,
color.misc.unrated,
color.misc.ghudegy,
) {
rect(
width: 50pt,
height: 50pt,
fill: color,
stroke: none,
radius: (: ),
inset: (: ),
outset: (: ),
)
}
|
https://github.com/typst/packages | https://raw.githubusercontent.com/typst/packages/main/packages/preview/t4t/0.1.0/is.typ | typst | Apache License 2.0 | // Test functions for use in any(), all() or find()
#import "alias.typ"
#let eq( compare, value ) = {
return value == compare
}
#let neq( compare, value ) = {
return value != compare
}
#let n( ..values ) = {
return none in values.pos()
}
#let non = n
#let not-none( ..values ) = {
return none not in values.pos()
}
#let not-n = not-none
#let a( ..values ) = {
return auto in values.pos()
}
#let aut = a
#let not-auto( ..values ) = {
return auto not in values.pos()
}
#let not-a = not-auto
#let empty( value ) = {
if alias.type(value) == "array" {
return value == ()
} else if alias.type(value) == "dictionary" {
return value == (:)
} else if alias.type(value) == "string" {
return value == ""
} else {
return value == none
}
}
#let not-empty( value ) = {
if alias.type(value) == "array" {
return value != ()
} else if alias.type(value) == "dictionary" {
return value != (:)
} else if alias.type(value) == "string" {
return value != ""
} else {
return value != none
}
}
#let any( ..compare, value ) = {
// return compare.pos().any((v) => v == value)
return value in compare.pos()
}
#let not-any( ..compare, value) = {
// return not compare.pos().any((v) => v == value)
return not value in compare.pos()
}
#let has( ..keys, value ) = {
if type(value) in ("dictionary", "array") {
return keys.pos().all((k) => k in value)
} else {
return false
}
}
// Types
#let type( t, value ) = alias.type(value) == t
#let dict( value ) = alias.type(value) == "dictionary"
#let arr( value ) = alias.type(value) == "array"
#let content( value ) = alias.type(value) == "content"
#let color( value ) = alias.type(value) == "color"
#let stroke( value ) = alias.type(value) == "stroke"
#let loc( value ) = alias.type(value) == "location"
#let bool( value ) = alias.type(value) == "boolean"
#let str( value ) = alias.type(value) == "string"
#let int( value ) = alias.type(value) == "integer"
#let float( value ) = alias.type(value) == "float"
#let num( value ) = alias.type(value) in ("float", "integer")
#let frac( value ) = alias.type(value) == "fraction"
#let length( value ) = alias.type(value) == "length"
#let rlength( value ) = alias.type(value) == "relative length"
#let ratio( value ) = alias.type(value) == "ratio"
#let align( value ) = alias.type(value) == "alignment"
#let align2d( value ) = alias.type(value) == "2dalignment"
#let func( value ) = alias.type(value) == "function"
#let any-type( ..types, value ) = {
return alias.type(value) in types.pos()
}
#let same-type( ..values ) = {
let t = alias.type(values.pos().first())
return values.pos().all((v) => alias.type(v) == t)
}
#let all-of-type( t, ..values ) = values.pos().all((v) => alias.type(v) == t)
#let none-of-type( t, ..values ) = values.pos().all((v) => alias.type(v) != t)
#let elem( func, value ) = if alias.type(value) == "content" {
return value.func() == func
} else {
return false
}
#let raw( value ) = if alias.type(value) == "content" {
return value.func() == alias.raw
} else {
return false
}
#let table( value ) = if alias.type(value) == "content" {
return value.func() == alias.table
} else {
return false
}
#let list( value ) = if alias.type(value) == "content" {
return value.func() == alias.list
} else {
return false
}
#let enum( value ) = if alias.type(value) == "content" {
return value.func() == alias.enum
} else {
return false
}
#let terms( value ) = if alias.type(value) == "content" {
return value.func() == alias.terms
} else {
return false
}
#let cols( value ) = if alias.type(value) == "content" {
return value.func() == alias.columns
} else {
return false
}
#let grid( value ) = if alias.type(value) == "content" {
return value.func() == alias.grid
} else {
return false
}
#let stack( value ) = if alias.type(value) == "content" {
return value.func() == alias.stack
} else {
return false
}
|
https://github.com/jgm/typst-hs | https://raw.githubusercontent.com/jgm/typst-hs/main/test/typ/visualize/image-00.typ | typst | Other | // Test loading different image formats.
// Load an RGBA PNG image.
#image("test/assets/files/rhino.png")
// Load an RGB JPEG image.
#set page(height: 60pt)
#image("test/assets/files/tiger.jpg")
|
https://github.com/sitandr/conchord | https://raw.githubusercontent.com/sitandr/conchord/main/lib.typ | typst | MIT License | #import "tabs/tabs.typ"
#import "tabs/tabs.typ": canvas, draw
#let render-chord(hold, open, muted, fret-number, name,
barre: 0, barre-shift: 0, shadow-barre: 0, string-number: 6,
scale-length: 1pt,
colors: (:), number-to-left: false) = {
/// IMPORTANT: for the convenience there all strings are numbered FROM THE TOP (e.g. A will be 1)
/// hold: array of coords of positions held; string first, then shift"
/// open: array of numbers of opened strings
/// muted: array of numbers for muted
/// fret-number: the starting fret
/// barre: length of barre if present; ZERO means NO
/// barre-shift: shift of the barre; usually no, but there are exceptions
/// shadow-barre: length of semi-visible upper part of barre (default 0)
/// string-number: number of strings of the instrument, default is 6
/// colors: dictionary with colors for image
/// - grid: color of grid, default is `gray.darken(20%)`
/// - open: color of circles for open strings, default is `black`
/// - muted: color of crosses for muted strings, default is `black`
/// - hold: color of held positions, default is #5d6eaf
/// - barre: color of main barre part, default is #5d6eaf
/// - shadow-barre: color of "unnecessary" barre part, default is #5d6eaf.lighten(30%)
/// colors and other properties of fret and chord name you can specify using show rules for text and raw (fret is `raw`)
/// outputs canvas with height=80 * scale-length
/// and width=((string-number + 1)*10 + 5) * scale-length
assert.eq(type(name), str)
assert.eq(type(hold), array)
assert.eq(type(open), array)
assert.eq(type(muted), array)
let default-blue = rgb("5d6eaf");
let right-end = (string-number)*10 - 4; // the end of bar from the right
let width = calc.max(string-number*10 + 5, name.len()*5.5 + 5);
return canvas(length: scale-length, {
import draw: *
stroke(colors.at("muted", default: black) + 1*scale-length)
line((0, 0), (0, 0)) // always include zero
for n in muted { // Draw muted strings
line((n*10 + 1.1, -2), (rel: (7, -7)))
line((rel: (-7, 0)), (rel: (7, 7)))
}
stroke(colors.at("open", default: black) + 1*scale-length)
for n in open{ // Draw open strings
circle((5 + n*10, -5), radius: 3.5)
}
stroke(colors.at("grid", default: gray.darken(20%)) + scale-length)
grid((5, -63), (string-number*10 - 5, -13), step: 10, name: "grid")
for p in hold {
assert(p.at(1) < 6, message: "Unable to render chord. Held position (" + repr(p) + ") is too far away.")
circle((p.at(0)*10 + 5, -8 - p.at(1) * 10), radius: 3, fill: colors.at("hold", default: default-blue), stroke: none)
}
if barre > 0 {
let barre-col = colors.at("barre", default: default-blue)
stroke(barre-col + 5*scale-length)
fill(barre-col)
line((right-end, -17.9 - barre-shift*10), (rel: (if shadow-barre > 0{6} else{8} - barre*10, 0)), name: "barre")
circle("barre.start", radius: 2.5, stroke: none)
if shadow-barre > 0 {
let sh-col = colors.at("shadow-barre", default: default-blue.lighten(30%))
fill(sh-col)
stroke(sh-col + 5*scale-length)
line("barre.end", (rel: (2-shadow-barre*10, 0)), name: "shadow-barre")
circle("shadow-barre.end", radius: 2.5, stroke: none)
}
else{
circle("barre.end", radius: 2.5, stroke: none)
}
}
// Add fret number text
if fret-number > 0 {
if number-to-left {
content((0, -17), [
#set text(size: 13*scale-length)
#raw(str(fret-number))
], anchor: "east")
}
else {
content("grid.north-east", [
#set text(size: 13*scale-length)
#v(7*scale-length)
#h(5*scale-length)
#raw(str(fret-number))
], anchor: "west")
}
}
// Add "empty" point for the same
// width with and without fret numbers
line((string-number*10 + 12, -75), (string-number*10 + 12, -75))
let l = name.len()
let font-size = if (l < 8){13}
else if l==8 {12}
else if l==9 {11}
else if l==10 {10}
else {9};
let middle-anchor = (right-end - 6.0*l) > 0;
content("grid.south", [
#set text(size: font-size*scale-length, baseline: scale-length*3)
#name
], anchor: "north")
})
}
#let generate-chord(tabs, name: "", string-number: 6, force-barre: 0, use-shadow-barre: true, scale-length: 1pt, colors: (:), number-to-left: false) = {
/// generates image with really simple rules
/// tab: ARRAY of six elements (not a string);
/// "x" (mute) and numbers are accepted
/// name: name of chord
/// string-number: total number of strings instrument has
/// force-barre: 0 → standard algorithm, 1 → force add barre, -1 → force avoid barre
/// inside the same fret (default no)
assert(tabs.len() == string-number, message: "expected " + str(string-number) + " frets, found " + str(tabs.len()))
let muted = ();
let open = ();
let hold = ();
let min-fret = 100;
let min-counter = 1; // counts number of holds at minimal fret (many → use barre)
let min-fret-first-string = -1; // saves the first (from the bases) string that reaches min-fret
let max-fret = 0; // counts the max fret to move the start
let fret-number = 0;
let barre = 0;
let shadow-barre = 0; // part of barre that is not obligatory to hold
for i in range(tabs.len()){
if (tabs.at(i) == "x"){
muted.push(i);
}
else if (tabs.at(i) == 0){
open.push(i);
}
else{
assert(type(tabs.at(i)) == int, message: "Passed fret " + repr(tabs.at(i)) + " that is not \"x\" or number")
hold.push((i, tabs.at(i)))
if (tabs.at(i) < min-fret or (min-counter == 0 and tabs.at(i) == min-fret)){
min-fret = tabs.at(i);
min-counter = 1;
min-fret-first-string = i;
}
else if (tabs.at(i) == min-fret){
min-counter += 1;
}
max-fret = calc.max(max-fret, tabs.at(i))
}
}
// Want to use barre if possible, but need to check…
if (force-barre == 1 // ignore everything, just use it!
or hold.len() >= 4 // barre could be better than four random positions
and min-counter >= 2 // barre will "close" at least two fingers
and (open.len() == 0 or calc.max(..open) < min-fret-first-string) // whether there are no opens inside barre
and (force-barre != -1) // No force avoid
){
// Can use barre there
barre = string-number - min-fret-first-string;
if use-shadow-barre{
shadow-barre = string-number - (if(open.len() > 0){calc.min(..open)}else{-1}) - 1 - barre;
}
hold = hold.map(h => (h.at(0), h.at(1) - (min-fret - 1)))
hold = hold.filter(pos=>(pos.at(1)>1 or pos.at(0) < min-fret-first-string));
fret-number = min-fret;
if (fret-number == 1){
fret-number = 0 // Ignore number if barre on the first fret
}
}
else if (max-fret > 4 and hold.len() > 0){
hold = hold.map(h => (h.at(0), h.at(1) - (min-fret - 1)))
fret-number = min-fret;
}
return render-chord(hold, open, muted, fret-number, name, barre: barre, barre-shift: 0, shadow-barre: shadow-barre, string-number: string-number, colors: colors, scale-length: scale-length, number-to-left: number-to-left)
}
#let parse-tabstring(string-tab) = {
let to-int-or-ignore(s) = {
s = s.trim()
if s.matches(regex("^\d+$")).len() != 0 {int(s)} else {s}
}
// Remove spaces if present
string-tab = string-tab.replace(regex("/[ \t]/"), "");
let tabs = if (string-tab.find(",") != none){
string-tab.split(",").map(to-int-or-ignore);
}
else{
string-tab.codepoints().map(to-int-or-ignore)
}
let last = tabs.last();
let force-barre = if last == "*" {-1}
else if last == "!" {1}
else {0};
if (force-barre != 0){
tabs.pop();
}
return (tabs, force-barre)
}
#let new-chordgen(string-number: 6, use-shadow-barre: true, scale-length: 1pt, colors: (:), number-to-left: false) = {
(tabstring, name: " ") => {
let (tabs, force-barre) = parse-tabstring(tabstring)
generate-chord(tabs, name: name, string-number: string-number, force-barre: force-barre, use-shadow-barre: use-shadow-barre, scale-length: scale-length, colors: colors, number-to-left: number-to-left)
}
}
#let overchord(body, align: start, height: 1em, width: -0.25em) = box(place(align, body), height: 1em + height, width: width) |
https://github.com/qujihan/toydb-book | https://raw.githubusercontent.com/qujihan/toydb-book/main/src/chapter3.typ | typst | #import "../typst-book-template/book.typ": *
#let path-prefix = figure-root-path + "src/pics/"
= 共识算法Raft
#include "chapter3/intro.typ"
#include "chapter3/message.typ"
#include "chapter3/node.typ"
#include "chapter3/log.typ"
#include "chapter3/summary.typ" |
|
https://github.com/Myriad-Dreamin/typst.ts | https://raw.githubusercontent.com/Myriad-Dreamin/typst.ts/main/docs/cookery/direction/main-content.typ | typst | Apache License 2.0 | #import "mod.typ": *
=== Static but #underline("responsive") rendering
Example Application: #link("https://github.com/Myriad-Dreamin/typst.ts/blob/main/packages/typst.ts/index.html")[single-file], #link("https://github.com/Myriad-Dreamin/shiroa")[shiroa] and #link("https://github.com/Myriad-Dreamin/typst.ts/tree/main/projects/hexo-renderer-typst")[hexo-renderer-typst]
A compressed artifact containing data for different theme and screen settings. The bundle size of artifacts is optimized for typst documents.
#cross-link("/direction/responsive.typ")[Read more.]
=== #underline("Incremental") server-side rendering
Example Application: #link("https://github.com/Enter-tainer/typst-preview-vscode")[typst-preview]
Build a server for compilation with #link("https://myriad-dreamin.github.io/typst.ts/cookery/guide/compiler/service.html")[Compiler Service], streaming the artifact, and render it incrementally.
#cross-link("/direction/incremental.typ")[Read more.]
=== #underline("Serverless") client-side rendering
Example Application: #link("https://github.com/Myriad-Dreamin/typst.ts/blob/main/github-pages/preview.html")[single-file]
Run the entire typst directly in browser, like #link("https://typst.app")[typst.app].
#cross-link("/direction/serverless.typ")[Read more.]
|
https://github.com/wzy1935/Typst-Blocks | https://raw.githubusercontent.com/wzy1935/Typst-Blocks/master/examples/article.typ | typst | #import "../blocks.typ": *
#main_block(font: "Times New Roman", [
= Individualism Verses Communism
<NAME> - February 1, 1963
#note_block([
Individualists were in a majority at the outset of the conflict, of course. At the beginning of the twentieth century they held positions of power and influence.
])
#image("img/night_sky.png")
There is no difficulty today in getting assent to the proposition that something untoward has happened to individualism in America. It is a commonplace saying that conformity has been raised to the position of a prime virtue and that the individual is being sacrificed to the group. There has been a spate of books since World War II devoted to expounding this thesis. <NAME>, in The Organization Man, contends that even the most powerful spokesman of individualism, the corporation man, is using the language of individualism to "stave off the thought that he himself is in a collective as pervading as any ever dreamed of by the reformers, the intellectuals, and the utopian visionaries he so regularly warns against."’ <NAME> and colleagues, in The Lonely Crowd, detail the loss of independence by Americans and ascribe it to a change in the American character from "inner direction" to "other direction." <NAME>, in a recent work, declares: "Today we are witnessing and are deeply involved in a huge process of human transformation. This transformation seems to tend toward some formation beyond the individual. However, it manifests itself in diverse processes of disruption or invalidation of the individual."
#cite_block([
The ease of manipulating Americans en masse is apparently to any perceptive observer.
])
The literature proclaiming the existence and analyzing the phenomena of conformity is bountiful. It runs the gamut from novels to popular treatises to psychological explorations to sociological monographs, from The Man in the Gray Flannel Suit to The Exurbanites to The Hidden Persuaders to A Nation of Sheep. Reports come in that college students are passive, that young men seek secure positions in giant corporations, that home buyers seek domicile in suburbia with its row upon row of uniform houses, that men prefer public relief to migration in search of new jobs.
The ease of manipulating Americans en masse is apparent to any perceptive observer. For several decades now Americans have been prone to mass crazes from Mah Jong to hula hoops, to hero worship from <NAME> to <NAME>ley, to popular songs, to matinee idols, and to all sorts of fads. National propaganda has apparently been able, in the last twenty years, to get us to hate the Germans and Italians, despise the Russians, love the Finns, loathe the Japanese, embrace the Russians, ignore the Finns, admire the Germans, Italians, and Japanese, and suspect the Russians, in that order.
As I said, there is much agreement that individualism has declined precipitately in America. But at this point consensus ends sharply. There must be almost as many explanations of the phenomena as there are accounts of it. Some will offer such standard explanations as industrialization, urbanization, the end of the frontier, and the population increase. Others attach the change to such developments as advertising, propaganda, the mass media of communication, the progressive methods of education, the growth of the corporation, the spread of unionism, the enactment of near universal suffrage, or the strained international situation. As usual, we strain at gnats and swallow camels. The above developments doubtless have had a debilitating effect on the practice of individualism in America. But whether they are taken separately or considered in concert, they are symptoms of the ailment, not the efficient cause. They are the means by which individualism has been overturned, not the end which has wrought the change.
== Confusing Terminology
The main reason why we have not recognized the sources of the change from individualism in America is that they have not been defined in terms of individualism. Many of those who have worked to undermine the premises of individualism and to institute non-individualistic practices have done so in the name of the individual. They have been able to do this because, in part, they were the proponents of and were able to operate within a context of relativism, irrationalism, and disemboweled romanticism. They could use vague language and did not find it necessary to define their ends clearly. In consequence, they have been able to hack away most of the framework of individualism with only a minimum of coherent objections from the defenders of it.
The task which I propose to undertake here is to define both individualism and that which has undermined it in such a way that they can be identified. This is only a first step toward understanding what has happened to individualism historically, but it is a necessary step. The definitions will both be abstracted from the actual historical development of the ideas in America.
]) |
|
https://github.com/RaphGL/ElectronicsFromBasics | https://raw.githubusercontent.com/RaphGL/ElectronicsFromBasics/main/DC/chap7/3_redrawing_complex_schematics.typ | typst | Other | #import "../../core/core.typ"
=== Re-drawing complex schematics
Typically, complex circuits are not arranged in nice, neat, clean
schematic diagrams for us to follow. They are often drawn in such a way
that makes it difficult to follow which components are in series and
which are in parallel with each other. The purpose of this section is to
show you a method useful for re-drawing circuit schematics in a neat and
orderly fashion. Like the stage-reduction strategy for solving
series-parallel combination circuits, it is a method easier demonstrated
than described.
Let\'s start with the following (convoluted) circuit diagram. Perhaps
this diagram was originally drawn this way by a technician or engineer.
Perhaps it was sketched as someone traced the wires and connections of a
real circuit. In any case, here it is in all its ugliness:
#image("static/00132.png")
With electric circuits and circuit diagrams, the length and routing of
wire connecting components in a circuit matters little. (Actually, in
some AC circuits it becomes critical, and very long wire lengths can
contribute unwanted resistance to both AC and DC circuits, but in most
cases wire length is irrelevant.) What this means for us is that we can
lengthen, shrink, and/or bend connecting wires without affecting the
operation of our circuit.
The strategy I have found easiest to apply is to start by tracing the
current from one terminal of the battery around to the other terminal,
following the loop of components closest to the battery and ignoring all
other wires and components for the time being. While tracing the path of
the loop, mark each resistor with the appropriate polarity for voltage
drop.
In this case, I\'ll begin my tracing of this circuit at the negative
terminal of the battery and finish at the positive terminal, in the same
general direction as the electrons would flow. When tracing this
direction, I will mark each resistor with the polarity of negative on
the entering side and positive on the exiting side, for that is how the
actual polarity will be as electrons (negative in charge) enter and exit
a resistor:
#image("static/00369.png")
#image("static/00133.png")
Any components encountered along this short loop are drawn vertically in
order:
#image("static/00134.png")
Now, proceed to trace any loops of components connected around
components that were just traced. In this case, there\'s a loop around
R#sub[1] formed by R#sub[2], and another loop around R#sub[3] formed by
R#sub[4]:
#image("static/00135.png")
Tracing those loops, I draw R#sub[2] and R#sub[4] in parallel with
R#sub[1] and R#sub[3] (respectively) on the vertical diagram. Noting the
polarity of voltage drops across R#sub[3] and R#sub[1], I mark R#sub[4]
and R#sub[2] likewise:
#image("static/00136.png")
Now we have a circuit that is very easily understood and analyzed. In
this case, it is identical to the four-resistor series-parallel
configuration we examined earlier in the chapter.
Let\'s look at another example, even uglier than the one before:
#image("static/00137.png")
The first loop I\'ll trace is from the negative (-) side of the battery,
through R#sub[6], through R#sub[1], and back to the positive (+) end of
the battery:
#image("static/00138.png")
Re-drawing vertically and keeping track of voltage drop polarities along
the way, our equivalent circuit starts out looking like this:
#image("static/00139.png")
Next, we can proceed to follow the next loop around one of the traced
resistors (R#sub[6]), in this case, the loop formed by R#sub[5] and
R#sub[7]. As before, we start at the negative end of R#sub[6] and
proceed to the positive end of R#sub[6], marking voltage drop polarities
across R#sub[7] and R#sub[5] as we go:
#image("static/00140.png")
Now we add the R#sub[5]--R#sub[7] loop to the vertical drawing. Notice
how the voltage drop polarities across R#sub[7] and R#sub[5] correspond
with that of R#sub[6], and how this is the same as what we found tracing
R#sub[7] and R#sub[5] in the original circuit:
#image("static/00141.png")
We repeat the process again, identifying and tracing another loop around
an already-traced resistor. In this case, the R#sub[3]--R#sub[4] loop
around R#sub[5] looks like a good loop to trace next:
#image("static/00142.png")
Adding the R#sub[3]--R#sub[4] loop to the vertical drawing, marking the
correct polarities as well:
#image("static/00143.png")
With only one remaining resistor left to trace, then next step is
obvious: trace the loop formed by R#sub[2] around R#sub[3]:
#image("static/00144.png")
Adding R#sub[2] to the vertical drawing, and we\'re finished! The result
is a diagram that\'s very easy to understand compared to the original:
#image("static/00145.png")
This simplified layout greatly eases the task of determining where to
start and how to proceed in reducing the circuit down to a single
equivalent (total) resistance. Notice how the circuit has been re-drawn,
all we have to do is start from the right-hand side and work our way
left, reducing simple-series and simple-parallel resistor combinations
one group at a time until we\'re done.
In this particular case, we would start with the simple parallel
combination of R#sub[2] and R#sub[3], reducing it to a single
resistance. Then, we would take that equivalent resistance
($R_2 \/\/ R_3$) and the one in series with it (R#sub[4]),
reducing them to another equivalent resistance
($R_2 \/\/ R_3 - R_4$). Next, we would proceed to calculate
the parallel equivalent of that resistance
($R_2 \/\/ R_3 - R_4$) with R#sub[5], then in series with
R#sub[7], then in parallel with R#sub[6], then in series with R#sub[1]
to give us a grand total resistance for the circuit as a whole.
From there we could calculate total current from total voltage and total
resistance ($I=E/R$), then \"expand\" the circuit back into its original
form one stage at a time, distributing the appropriate values of voltage
and current to the resistances as we go.
#core.review[
- Wires in diagrams and in real circuits can be lengthened, shortened,
and/or moved without affecting circuit operation.
- To simplify a convoluted circuit schematic, follow these steps:
- Trace current from one side of the battery to the other, following any
single path (\"loop\") to the battery. Sometimes it works better to
start with the loop containing the most components, but regardless of
the path taken the result will be accurate. Mark polarity of voltage
drops across each resistor as you trace the loop. Draw those
components you encounter along this loop in a vertical schematic.
- Mark traced components in the original diagram and trace remaining
loops of components in the circuit. Use polarity marks across traced
components as guides for what connects where. Document new components
in loops on the vertical re-draw schematic as well.
- Repeat last step as often as needed until all components in original
diagram have been traced.
]
|
https://github.com/Myriad-Dreamin/tinymist | https://raw.githubusercontent.com/Myriad-Dreamin/tinymist/main/crates/tinymist-query/src/fixtures/type_check/set_font.typ | typst | Apache License 2.0 | #let font = "Times New Roman";
#set text(font: font) |
https://github.com/EpicEricEE/typst-marge | https://raw.githubusercontent.com/EpicEricEE/typst-marge/main/tests/parameter/counter/test.typ | typst | MIT License | #import "/src/lib.typ": sidenote
#set par(justify: true)
#set page(width: 8cm, height: auto, margin: (outside: 4cm, rest: 5mm))
#lorem(5)
#sidenote(numbering: "a")[This is a sidenote that steps the sidenote counter.]
#lorem(6)
#footnote[This is a footnote]
#pagebreak()
#counter("sidenote").update(0)
#lorem(5)
#sidenote(counter: counter(footnote), numbering: "1")[
This is a sidenote that steps the footnote counter.
]
#lorem(6)
#footnote[This is a footnote]
|
https://github.com/xushengfeng/xmmath | https://raw.githubusercontent.com/xushengfeng/xmmath/master/readme.md | markdown | Apache License 2.0 | # xmmath
## 简介（introduction）
苦 $\LaTeX$ 久矣！
Bitter $\LaTeX$ for a long time!
使用 $\LaTeX$ 输入数学公式，需要键入太多的`\`、`{}`和`\frac{}{}`。符号命名各种各样。
Using $\LaTeX$ to enter mathematical formulas, you need to type too many `\`, `{}` and `\frac{}{}`. There are all kinds of symbol names.
大家说，要有光，于是[typst](https://github.com/typst/typst)出现了！尽管他还很新，并且还没那么好，但他的数学输入还是很舒服的。
people said, "Let there be light," so [typst](https://github.com/typst/typst) appeared! Although he is still new and not that good, his math input is still very comfortable.
千呼万唤使出来，Chrome(>=109) 终于勉强支持部分在 Firefox 中早已支持的[MathMl](https://developer.mozilla.org/en-US/docs/Web/MathML)
After thousands of calls, Chrome (> = 109) finally reluctantly supported some of the [MathMl](https://developer.mozilla.org/en-US/docs/Web/MathML) already supported in Firefox.
为了在我的笔记软件[xlinkote](https://github.com/xushengfeng/xlinkote)上更好地书写数学公式，我构建了这个 typst 数学语法转 MathMl 的库，并允许引用。
In order to better write mathematical formulas on my note-taking software [xlinkote](https://github.com/xushengfeng/xlinkote), I built this library of typst mathematical syntax to MathMl and allowed references.
## 安装（installation）
```bash
npm i xmmath
```
```js
import * as xmmath from xmmath
console.log(xmmath.toMMLHTML("e^(i pi)=-1"))
```
```html
<script src="./dist/xmmath.umd.js"></script>
<script>
let div = document.createElement("div");
div.innerHTML = xmmath.toMMLHTML("e^(i pi)=-1");
document.body.append(div);
</script>
```
## 语法简介（introduction to Syntax）
详细语法请前往[typst docs](https://typst.app/docs)查看。很遗憾由于个人能力有限，只能实现部分语法，并且存在某些表现与 typst 不同。
For more details, please go to [typst docs](https://typst.app/docs) for more information. Unfortunately, due to the limited personal ability, only part of the grammar can be implemented, and some performance is different from that of typst.
- 数学变量为单个英文字母
- 函数为多个字母串，可包含`.`，后可接括号传递参数：`sum` `gt.eq`(显示`≥`[符号](https://typst.app/docs/reference/symbols/sym/)) `sqrt(2)` `root(2,4)`
- 字符串使用`"`包裹，可用`\"`转义
- `^_`为上下标，数字可连在一起：`2^10`。`/`为除法，可用函数`frac(1,2)`。他们可用`()`消除歧义。
- Mathematical variables are a single English letter.
- the function is a string of letters and can contain `.`, followed by parentheses to pass the parameter: `sum` `gt.eq` (display `≥` [symbol](https://typst.app/docs/reference/symbols/sym/) `sqrt(2)` `root(2，4)`).
- string is wrapped with `"`, and can be escaped with `\"`.
- `^_`is the superscript, and the numbers can be linked together: `2^10`. `/` is division, and the function `frac(1，2)`is available. They can use `()`to disambiguate.
## 实现的函数（Realized function）
- [x] accent （不支持 size）
- [x] attach
- [x] cancel （仅支持 inverted 和 cross 参数）
- [x] cases
- [ ] class
- [ ] equation
- [x] frac
- [x] lr
- [x] mat
- [x] primes
- [x] op
- [x] roots
- [x] sizes
- [x] styles
- [x] underover
- [x] variants
- [x] vec
- [x] \换行
- [x] &
- [x] Symbols
- [x] 注释
- [x] 对齐（mat 带逗号暂时不支持）
- [ ] 变量 （不打算支持）
## 使用（use）
```typescript
xmmath.toMMLHTML("e^(i pi)=-1"); // 输出html
```
```typescript
xmmath.toMML("e^(i pi)=-1"); // 输出mathml元素
```
```typescript
xmmath.init({
emoji: true, // 默认false false:🇺🇳=>🇺 🇳 true:性能会降低slow 字符类型（string）不影响
});
```
|
https://github.com/linhduongtuan/BKHN-Thesis_template_typst | https://raw.githubusercontent.com/linhduongtuan/BKHN-Thesis_template_typst/main/template/appendix.typ | typst | Apache License 2.0 | #import "font.typ": *
#import "utils.typ": *
//#counter(heading).update(0)
//#set heading(numbering: "APPENDIX")
//#show heading : it => {
// pagebreak()
// set align(center)
// text(font: arial, size: font_size.large)[#it]
// v(1em)
// par(leading: 1.5em)[#text(size:0.0em)[#h(0.0em)]]
//}
// Format paragraphs
//#set text(font: arial, size: font_size.footnotesize)
//#set par(justify: true, leading: 1.5em, first-line-indent: 2em)
//#show par: it => {
// it
// v(5pt)
//}
#pagebreak()
//#counter(page).update(0)
#set heading(numbering: "A")
// Chapter counter, record formula hierarchy
#let counter_appendix = counter("appendix")
#set heading(numbering: (..nums) =>
if nums.pos().len() == 1 {
"Appendix "+ nums.pos().map(str).first() + "."
}
else {
nums.pos().map(str).join(".")
})
#show heading: it => {
set align(center)
set text(font: arial, size: font_size.large, weight: "bold")
counter_appendix.step()
it
v(12pt)
par(leading: 1.5em)[#text(size:0.0em)[#h(0.0em)]]
}
// Format text
#set text(font: arial, size: font_size.footnotesize)
#set par(justify: true, leading: 1em, first-line-indent: 2em)
#show par: it => {
it
}
// import content from the file
#include "../contents/appendix.typ" |
https://github.com/LeoColomb/dotdocs | https://raw.githubusercontent.com/LeoColomb/dotdocs/main/packages/leocolomb/invoicing/1.0.0/template/main.typ | typst | MIT License | #import "@leocolomb/invoicing:1.0.0": template
|
https://github.com/crystalsolenoid/typst-resume-template | https://raw.githubusercontent.com/crystalsolenoid/typst-resume-template/main/src/sections.typ | typst | #import "items.typ"
#let links = (
items.website,
items.email,
items.github,
items.linkedin,
)
#let projects = (
items.example-project,
)
#let education = (
items.school,
)
#let experience = (
items.example-position,
) |
|
https://github.com/Menahra/CVTemplate | https://raw.githubusercontent.com/Menahra/CVTemplate/main/README.md | markdown | # Typst CV Template
This project provides a template for generating a curriculum vitae based on the great [typst programming language](https://typst.app). Please refer to the official documentation of typst to learn how to compile the given template.
## Parameters
The template expects the folowing four parameters:
- jsonFilePath
- this is a string which must point (relatively from the root of this project) to the file you want to use
- it should be of the same structure as shown in the test
- (nearly) all of the keys which are listed in the test/applicant.json file are currently being used
- configJsonFilePath
- this file is used to overwrite some of the defaults of the template
- currently it can only be used to switch on/ off the attribution message in the footer of the content
- in future it can also provide font sizes, colors and more which will then be used rather than the defaults
- photoPath
- this is a string which must point (relatively from root/content) to the file you want to use (this is inconvenient and will be fixed in future)
- it will be shown in the top left corner of the cv
- locale
- the locale the cv template should use
- the supported locales are the filenames of the _json_ files which you find under _translations_
## Example output
|
|
https://github.com/TechnoElf/mqt-qcec-diff-presentation | https://raw.githubusercontent.com/TechnoElf/mqt-qcec-diff-presentation/main/content/outline.typ | typst | #import "../template/conf.typ": slide
#slide(title: "Outline")[
#set text(size: 30pt)
1. *Introduction*
2. *Background*
3. *Implementation*
4. *Results*
5. *Conclusion*
]
|
|
https://github.com/tfachada/thesist | https://raw.githubusercontent.com/tfachada/thesist/main/template/Beginning/Abstract-en.typ | typst | MIT License | // Don't add a title. It's already included in the template.
#lorem(90)
#lorem(30)
|
https://github.com/denizenging/site | https://raw.githubusercontent.com/denizenging/site/master/.typst/post/lib.typ | typst | #import "@local/pub-util:0.0.0": *
#let template(
time: none,
title: none,
..args,
) = {
if title == none {
panic("no title")
}
if time == none or time.len() != 2 {
panic("no time")
}
let building = "building" in sys.inputs
let now = if building {
parse-datetime(sys.inputs.now)
}
let info = if building {
let paths = sys.inputs.path.split("/").slice(-3)
let ret = (:)
let year = paths.at(-3)
if regex("^\d+$") in year {
ret.insert("year", int(year))
}
let month-day = paths.at(-2)
if regex("^\d{4}$") in month-day {
ret.insert("month", int(month-day.slice(0, 2)))
ret.insert("day", int(month-day.slice(2)))
}
ret.insert("lang", parse-lang(paths.at(-1)))
ret
}
let lang = if building {
lang-to-lang-region(info.lang)
}
let date = if building {
let ret = datetime(
year: info.year,
month: info.month,
day: info.day,
hour: time.at(0),
minute: time.at(1),
second: 00,
)
if ret > now {
panic("can't create future posts")
}
ret
}
if not building {
typst-to-preview(title, none)
return
}
building = sys.inputs.building
if building == "md" {
let frontmatter = (
title: title,
// We set two dates because `date` is used by pandoc in the
// format specified down below, but I also want to include
// the time I have written the document. So we use `date`
// for pandoc only, and create a new date `datetime`, which
// is used by Hugo in the frontmatter date formats (see
// `hugo.yml`).
datetime: date.display(
"[year]-[month]-[day]T[hour]:[day]:[second]Z",
),
// The following are solely for pandoc to convert to epubs.
// The `title` is also used by pandoc, but not solely.
// It is also used for Hugo.
lang: info.lang,
date: date.display("[year]-[month]-[day]"),
)
let named = args.named()
for k in ("lastmod", "categories", "tags", "description", "summary", "keywords") {
if k in named {
frontmatter.insert(k, named.at(k))
}
}
typst-to-markdown(frontmatter: frontmatter)
} else if building == "pdf" {
typst-to-pdf(title, date)
} else {
panic("Unsupported format: " + building)
}
} |
|
https://github.com/Vortezz/fiches-mp2i-physique | https://raw.githubusercontent.com/Vortezz/fiches-mp2i-physique/main/tp/multimeter.typ | typst | #import "@preview/cetz:0.0.1"
#set page(header: box(width: 100%, grid(
columns: (100%),
rows: (20pt, 8pt),
align(right, text("FICHE TP - MULTIMÈTRE")),
line(length: 100%),
)), footer: box(width: 100%, grid(
columns: (50%, 50%),
rows: (8pt, 20pt),
line(length: 100%),
line(length: 100%),
align(left, text("<NAME> - MP2I")),
align(right, text("<NAME> - 2023/2024")),
)))
#set heading(numbering: "I.1.a")
#let titleBox(title) = align(center, block(below: 20pt, box(height: auto, fill: rgb("#eeeeee"), width: auto, inset: 40pt, text(title, size: 20pt, weight: "bold"))))
#let proof(content) = text("Preuve", weight: "semibold", fill: rgb("#666666")) + h(1em) + text(content, size: 10pt, fill: rgb("#888888"))
#titleBox("Multimètre")
= Présentation
Le multimètre est un appareil de mesure qui permet de mesurer des grandeurs électriques telles que la tension, l'intensité ou la résistance. On appelle voltmètre la partie du multimètre qui permet de mesurer la tension, ampèremètre la partie qui permet de mesurer l'intensité et ohmmètre la partie qui permet de mesurer la résistance.
= Voltmètre
Pour mesurer la tension aux bornes d'un dipôle, il faut brancher le voltmètre en dérivation du dipôle.
Il faut brancher le $+$ sur la borne $Omega$ et le $-$ sur la borne $C O M$.
#figure(
cetz.canvas(length: 1cm, debug: false, {
import cetz.draw: line
import "@local/circuitypst:0.0.1": node, to
to("R", (-2,0), (2,0), label: "R")
line((-1,0), (-1,1.5))
line((1,0), (1,1.5))
to("voltmeter", (-1,1.5), (1,1.5), label: "")
}),
caption: [Mesure avec un voltmètre]
)
Pour avoir une mesure correcte, il faut que le voltmètre ait une résistance interne très grande devant la résistance du dipôle. (Le voltmètre est modélisé par un interrupteur ouvert.)
Il est aussi possible d'ajuster le _RANGE_ du voltmètre pour avoir une mesure avec différents ordres de grandeur.
= Ampèremètre
Pour mesurer l'intensité qui traverse un dipôle, il faut brancher l'ampèremètre en série avec le dipôle.
Il faut brancher le $+$ sur la borne $m A$ (ou $mu A$) et le $-$ sur la borne $C O M$.
#figure(
cetz.canvas(length: 1cm, debug: false, {
import cetz.draw: line
import "@local/circuitypst:0.0.1": node, to
to("amperemeter", (-2,0), (0,0), label: "")
to("R", (0,0), (2,0), label: "R")
}),
caption: [Mesure avec un ampèremètre]
)
Pour avoir une mesure correcte, il faut que l'ampèremètre ait une résistance interne très faible devant la résistance du dipôle. (L'ampèremètre est modélisé par un fil.)
Il est aussi possible d'ajuster le _RANGE_ de l'ampèremètre pour avoir une mesure avec différents ordres de grandeur.
#emoji.warning *Il est très important de faire attention aux valeurs maximales que peut mesurer l'ampèremètre. Si le courant est trop fort, l'ampèremètre peut être endommagé.*
= Ohmmètre
Pour mesurer la résistance d'un dipôle, il faut brancher l'ohmmètre en série avec le dipôle. Il faut que le dipôle ne soit pas alimenté.
Il faut brancher le $+$ sur la borne $Omega$ et le $-$ sur la borne $C O M$.
#figure(
cetz.canvas(length: 1cm, debug: false, {
import cetz.draw: line
import "@local/circuitypst:0.0.1": node, to
to("ohmmeter", (-2,0), (2,0), label: "")
line((-2,0), (-2,1.5))
line((2,0), (2,1.5))
to("R", (-2,1.5), (2,1.5), label: "R")
}),
caption: [Mesure avec un ohmmètre]
)
Il est aussi possible d'ajuster le _RANGE_ de l'ohmmètre pour avoir une mesure avec différents ordres de grandeur.
#emoji.warning *Il est primordial de ne pas alimenter le dipôle pour utiliser l'ohmmètre.* |
|
https://github.com/SiyangShao/resume | https://raw.githubusercontent.com/SiyangShao/resume/main/main_cn.typ | typst | // #show heading: set text(font: "Linux Biolinum")
#let cn-font = "Source Han Serif SC"
#let cn-italic-font = "KaiTi"
#show link: underline
// Uncomment the following lines to adjust the size of text
// The recommend resume text size is from `10pt` to `12pt`
#set text(
size: 11pt,
)
// Feel free to change the margin below to best fit your own CV
#set page(
margin: (x: 0.9cm, y: 1.3cm),
)
// For more customizable options, please refer to official reference: https://typst.app/docs/reference/
#set par(justify: true)
#let chiline() = {v(-3pt); line(length: 100%); v(-5pt)}
= 邵思洋
<EMAIL> |
+86-15021988618 | #link("https://github.com/SiyangShao")[github.com/SiyangShao]
== 教育背景
#chiline()
#link("https://www.ntu.edu.sg/")[*南洋理工大学(NTUsg)*] #h(1fr) 2021年8月 -- 2025年6月 \
工学学士 (计算机工程) #h(1fr) 新加坡\
- 一等一荣誉学位; GPA: 4.60 / 5.0
// - 院长名单 (2022-23学年)
// - Avaliable Period: January 2024 - June 2024 (Credit bearing)
// - Relevant Modules: Algorithm Design and Analysis, Operating System, Advanced Computer Architecture, Computer Network, etc.
// *#lorem(2)* #h(1fr) 2333/23 -- 2333/23 \
// #lorem(5) #h(1fr) #lorem(2) \
// - #lorem(10)
== 技能
#chiline()
- *编程语言*: Golang, C++, Python, CUDA, etc.
- *工具*: Docker, vLLM, ray, bosun, grpc, Kubernetes, Knative, clickhouse, etc.
// *#lorem(2)* #h(1fr) 2333/23 -- 2333/23 \
// #lorem(5) #h(1fr) #lorem(2) \
// - #lorem(20)
// - #lorem(30)
// - #lorem(40)
// *#lorem(2)* #h(1fr) 2333/23 -- 2333/23 \
// #lorem(5) #h(1fr) #lorem(2) \
// - #lorem(20)
// - #lorem(30)
// - #lorem(40)
== 工作经历
#chiline()
*TikTok Pte. Ltd.* #h(1fr) 新加坡 \
后端开发实习生 (视频架构) #h(1fr) 2024年1月 -- 2024年5月
- 共同设计并开发了指标元数据管理系统，打通RD和SRE之间关于metrics监控打点指标、业务指标与框架内置指标之间人的差距，提升系统稳定性建设效率
- 开发持久化SLI全球监控与观测系统，将全球观测数据进行持久化落盘，在满足内部合规要求的同时提升系统全链路稳定性
== 课外活动
#chiline()
*NTU ICPC 团队(算法竞赛)* #h(1fr) #link("https://icpc.global/ICPCID/B15T259WIX3C") \
团队成员 #h(1fr) 2021年12月 -- 2024年3月\
- 代表学校多次参与算法竞赛, 使用 C++ 解决复杂算法问题
*vHive 社区* #h(1fr) #link("https://github.com/vhive-serverless/vHive") \
由 <NAME> 教授指导 #h(1fr) 2023年5月 -- 至今 \
// - *GPU support research in vHive*
// - Tested serverless systems with GPU based on *Knative* and *Kubernetes* framework
// - Constructed Knative functions using *Go* to assess serverless GPU applications
// - Created document and installation script and merged into project
// - *Impact of PCIe Stress Level on Model Latency*
// - Using *Python* and *Bash* to carry out a performance evaluation of model latency under different PCIe stress levels
// - Participating in additional research on PCIe-based interference during co-location of models in several situations, including server-grade or edge-grade GPU for multiple small models and managing model-level parallelism within a GPU cluster for large models.
// - *Impact of Memory Bandwidth Stress Level on Model Latency*
// - Using NVIDIA MIG to research
- NVIDIA MIG 对 GPU 推理性能的研究
- 在 A100 GPU 上利用 NVIDIA MIG 技术, 将 GPU 划分为多个实例, 评估单卡多模型情况下如何优化 GPU 推理性能
- 集群级别的 GPU 推理性能优化
- 基于 vLLM, 利用 grpc 实现一个 worker, 用于生成推理结果并支持集群级别的 GPU 推理调度
// - Based on *vLLM*, implement a worker with *grpc* functions to retrieve the model and generate the inference result.
- 利用 vLLM 提供的 Paged Attention 和 Continuous Batching, 动态调整推理批处理大小, 优化 GPU 计算能力和内存利用率
// - Leveraged vLLM's *Paged Attention* and *Continuous Batching*, it could dynamically adjust inference batch size, optimize GPU computational power and memory utilization.
*URECA 项目 - Deoxys* #h(1fr) #link("https://github.com/SiyangShao/Deoxys") \
对新密码学加密工具的快速实现 #h(1fr) 2023年3月 -- 2023年7月 \
- 利用 Intel AES 指令集, 实现一个能够优化 Deoxys 算法系统
// - Implement a system that optimizes calculations using Intel AES intrinsics on the x86-64 architecture, using *C* language
- 分析生成的汇编代码, 以优化指令集流水线, 达到延迟和 CPI 的平衡
// - Analyzing *assembly* code for instruction set pipelining, achieve a balance in the latency and CPI of the instructions
// *Hawker Centre Website (Software Engineering Course Project)* \
// Team Leader #h(1fr) Feb 2023 - Apr 2023 \
// - Plan a platform for stalls in hawker centres to post there food and for customers to discover hawker centres
// - Design a website with frontend and backend separation, using *Java*, *JavaScript*
// - Based the website on *MongoDB*, *Spring Boot*, and *React* technologies
// == Co-Curricular Activities
// #chiline()
// *NTU Open Source Society* \
// HackOSS Technical Director #h(1fr) Jun 2022 -- Jun 2023 \
// - Organized open-source community events in 'HackOSS Day'
// - Lead team to complete projects, help team members learn and use open-source tools
== 奖项
#chiline()
- 2022-23 ICPC 亚洲马尼拉区域赛 2名 （亚军） #h(1fr) 2022年12月
- 2023-24 ICPC 亚洲雅加达区域赛 13名 #h(1fr) 2023年12月
- 2023-24 ICPC 亚洲太平洋区域总决赛 22名#h(1fr) 2024年3月
- 2022-23 院长名单 (Dean's List， 前5%) #h(1fr) 2023年8月
// - Shopee Code League Finalist #h(1fr) Mar 2022
// - ICPC Trainning Camp Powered by Huawei (Top 10 in South East Asia and Asia Pacific) #h(1fr) Feb 2022 |
|
https://github.com/typst/packages | https://raw.githubusercontent.com/typst/packages/main/packages/preview/showybox/0.1.1/README.md | markdown | Apache License 2.0 | # Showybox (v0.1.1)
**Showybox** is a package for creating colorful and customizable boxes.
## Usage
To use this library through the Typst package manager (for Typst 0.6.0 or greater), write `#import "@preview/showybox:0.1.1": showybox` at the beginning of your Typst file.
Once imported, you can create an empty showybox by using the function `showybox()` and giving a default body content inside the parenthesis or outside them using squared brackets `[]`.
By default, a box with no title, black borders, white background and `5pt` border radius will be created.
```java
#import "@preview/showybox:0.1.1": showybox
#showybox()[
Hello world!
]
```
<h3 align="center">
<img alt="Hello world! example" src="https://i.ibb.co/5FZ5Q32/Captura-de-pantalla-2023-07-01-152146.png" style="max-width: 100%; padding: 10px 10px; box-shadow: 1pt 1pt 10pt 0pt #AAAAAA; border-radius: 4pt">
</h3>
Looks quite simple, but the "magic" starts when adding a title and color. The following code creates two "unique" boxes with defined colors and custom borders:
```java
// First showybox
#showybox(
frame: (
upper-color: red.darken(40%),
lower-color: red.lighten(90%),
border-color: black,
width: 2pt
),
title: "Hello world! - An example"
)[
Hello world!
]
// Second showybox
#showybox(
frame: (
dash: "dotted",
border-color: red.darken(40%)
),
body-style: (
align: center
)
)[
This is an important message!
Be careful outside. There are dangerous bananas!
]
```
<h3 align="center">
<img alt="Further examples" src="https://i.ibb.co/mGgGd1s/Captura-de-pantalla-2023-07-01-152214.png" style="max-width: 100%; padding: 10px 10px; box-shadow: 1pt 1pt 10pt 0pt #AAAAAA; border-radius: 4pt">
</h3>
## Reference
The `showybox()` function can recieve the following parameters:
- `frame`: A dictionary containing the frame's properties
- `title-style`: A dictionary containing the title's styles
- `body-styles`: A dictionary containing the body's styles
- `title`: A string used as the title of the showybox
- `body`: The content of the showybox
### Frame properties
- `upper-color`: Color used as background color where the title goes (default is `black`)
- `lower-color`: Color used as background color where the body goes (default is `white`)
- `border-color`: Color used for the showybox's border (default is `black`)
- `radius`: Showybox's radius (default is `5pt`)
- `width`: Border width of the showybox (default is `2pt`)
- `dash`: Showybox's border style (default is `solid`)
### Title styles
- `color`: Text color (default is `white`)
- `weight`: Text weight (default is `bold`)
- `align`: Text align (default is `left`)
### Body styles
- `color`: Text color (default is `black`)
- `align`: Text align (default is `left`)
## Known issues
- A `break` property and/or `autobreak` functionality is needed to avoid showyboxes' overflow (when they occupy a full page and there's lots of text inside them).
- A `boxseparator` (a horizontal line inside the showybox) will be needed to split a showybox content in two sections inside the same box.
- There's a slightly thin line in showyboxes that have no borders or dashed borders, instead of white spaces or nothing.
## Gallery
<h3 align="center">
<img alt="Gallery 1" src="https://i.ibb.co/rmFYWhq/Captura-de-pantalla-2023-07-01-152511.png" style="max-width: 100%; padding: 10px 10px; box-shadow: 1pt 1pt 10pt 0pt #AAAAAA; border-radius: 4pt">
</h3>
<h3 align="center">
<img alt="Gallery 2" src="https://i.ibb.co/23xvrHt/Captura-de-pantalla-2023-07-01-152528.png" style="max-width: 100%; padding: 10px 10px; box-shadow: 1pt 1pt 10pt 0pt #AAAAAA; border-radius: 4pt">
</h3>
## Changelog
### Version 0.1.1
- Changed package name from colorbox to showybox
- Fixed a spacing bug in encapsulated showyboxes
- **Details:** When a showybox was encapsulated inside another, the spacing after that showybox was `0pt`, probably due to some "fixes" improved to manage default spacing between `rect` elements. The issue was solved by avoiding `#set` statements and adding a `#v(-1.1em)` to correct extra spacing between the title `rect` and the body `rect`.
|
https://github.com/chendaohan/bevy_tutorials_typ | https://raw.githubusercontent.com/chendaohan/bevy_tutorials_typ/main/23_states/states.typ | typst | #set page(fill: rgb(35, 35, 38, 255), height: auto, paper: "a3")
#set text(fill: color.hsv(0deg, 0%, 90%, 100%), size: 22pt, font: "Microsoft YaHei")
#set raw(theme: "themes/Material-Theme.tmTheme")
= 1. 状态
状态允许你构建应用程序的运行时“流程”。
这就是你可以实现以下功能的方式：
- 菜单或加载画面
- 暂停/开始游戏
- 不同的游戏模式
…
在每个状态中，你可以运行不同的系统。你还可以添加设置和清理系统，以在进入或退出状态时运行。
要使用状态，首先定义一个枚举类型。你需要派生 States 和一组必需的Rust Trait：
```rs
#[derive(States, Debug, Clone, Copy, PartialEq, Eq, Hash, Default)]
enum GameState {
#[default]
Menu,
Playing,
Paused,
}
```
注意：你可以有多个正交状态！如果你想独立跟踪多个事物，请创建多个类型！
然后，你需要在应用程序构建器中注册状态类型：
```rs
app.init_state::<GameState>();
app.insert_state(GameState::Menu);
```
= 2. 为不同状态运行不同的系统
如果你希望某些系统仅在特定状态下运行，Bevy 提供了一个 in_state 运行条件。将其添加到你的系统中。你可能希望创建系统集来帮助你一次性分组和控制多个系统。
```rs
app.add_systems(Update, (start_button_action, exit_button_action).run_if(in_state(GameState::Menu)));
#[derive(SystemSet, Debug, Clone, Copy, PartialEq, Eq, Hash)]
struct ButtonSystemSet;
app.configure_sets(ButtonSystemSet.run_if(in_state(GameState::Menu)))
.add_systems(Update, (start_button_action, exit_button_action).in_set(ButtonSystemSet));
```
Bevy 还为你的状态类型的每个可能值创建了特殊的 OnEnter、OnExit 和 OnTransition 调度。使用它们来执行特定状态的设置和清理。你添加到它们的任何系统将在每次状态更改为/从相应值时运行一次。
```rs
app.add_systems(OnEnter(GameState::Menu), spawn_game_menu)
.add_systems(OnExit(GameState::Menu), despawn_game_menu)
.add_systems(OnTransition{ exited: GameState::Menu, entered: GameState::Playing}, spawn_balls);
```
= 3. 使用插件
这在使用插件时也很有用。你可以在一个地方设置项目的所有状态类型，然后你的不同插件可以将其系统添加到相关状态。
你还可以制作可配置的插件，以便可以指定它们应将系统添加到哪个状态：
```rs
pub struct MyPlugin<S: States> {
pub state: S,
}
impl<S: States> Plugin for MyPlugin<S> {
fn build(&self, app: &mut App) {
app.add_systems(Update, (
my_plugin_system1,
my_plugin_system2,
).run_if(in_state(self.state.clone())));
}
}
```
现在，你可以在将插件添加到应用程序时配置插件：
```rs
app.add_plugins(MyPlugin {
state: MyAppState::InGame,
});
```
当你只是使用插件来帮助项目的内部组织，并且知道哪些系统应该进入每个状态时，你可能不需要像上面那样使插件可配置。只需硬编码状态/直接将内容添加到正确的状态。
= 4. 控制状态
在系统内部，你可以使用 State\<T> 资源检查当前状态。要更改为另一个状态，你可以使用 NextState\<T>：
```rs
fn toggle_palying_paused(
state: Res<State<GameState>>,
mut next_state: ResMut<NextState<GameState>>,
) {
match state.get() {
GameState::Playing => next_state.set(GameState::Paused),
GameState::Paused => next_state.set(GameState::Playing),
GameState::Menu => (),
}
}
```
= 5. 状态转换
每帧更新时，会运行一个名为 StateTransition 的调度。在那里，Bevy 将检查是否有任何新状态排队在 NextState\<T> 中，并为你执行转换。
转换涉及几个步骤：
- 发送 StateTransitionEvent 事件。
- 运行 ```rs OnExit(old_state)``` 调度。
- 运行 ```rs OnTransition { from: old_state, to: new_state }``` 调度。
- 运行 ```rs OnEnter(new_state)``` 调度。
StateTransitionEvent在任何无论状态如何运行但想要知道是否发生转换的系统中都很有用。您可以使用它来检测状态转换。
StateTransition 调度在 PreUpdate（包含 Bevy 引擎内部）之后运行，但在 FixedMain（固定时间步长）和 Update 之前运行，你的游戏系统通常位于其中。
因此，状态转换发生在当前帧的游戏逻辑之前。
如果每帧进行一次状态转换对你来说还不够，你可以通过在任何地方添加 Bevy 的 apply_state_transition 系统来添加额外的转换点。
```rs
app.add_systems(FixedUpdate, apply_state_transition::<MyPausedState>);
``` |
|
https://github.com/Myriad-Dreamin/shiroa | https://raw.githubusercontent.com/Myriad-Dreamin/shiroa/main/github-pages/docs/pdf.typ | typst | Apache License 2.0 | #import "@preview/shiroa:0.1.1": *
#import "/contrib/typst/gh-ebook.typ"
#let ebook = gh-ebook
#show: ebook.project.with(title: "Typst book", authors: ("Myriad-Dreamin", "7mile"), spec: "book.typ")
// set a resolver for inclusion
#ebook.resolve-inclusion(it => include it)
|
https://github.com/HiiGHoVuTi/requin | https://raw.githubusercontent.com/HiiGHoVuTi/requin/main/math/methode-probabiliste.typ | typst | #import "../lib.typ": *
#show heading: heading_fct
#import "@preview/gloss-awe:0.0.5": gls
#show figure.where(kind: "jkrb_glossary"): it => {it.body}
#import "@preview/cetz:0.2.2"
=== Le lemme
Soit $X$ une variable aléatoire discrète intégrable sur l'univers $Omega$.
#question(0)[
Montrer qu'il existe $x >= EE X$ tel que $x in X(Omega).$
]
#correct[
$triangle$ On suppose par l'absurde que $X(Omega) subset med ]-oo, x[$.
$ EE X = sum_(a in X(Omega)) a PP{X = a} < x sum_(a in X(Omega)) PP{X = a} = x $
Donc $EE X < x$, c'est absurde $arrow.zigzag$ #h(1fr) $triangle.l$
]
=== Un peu de chauffe
Soit $G = (S, A)$ avec $n := |S|$, $m := |A|$ et $m >= 4n$.
On note $"cr"(overline(G))$ le nombre de croisements d'une représentation planaire $overline(G)$ de $G$.
Alors on définit $"cr"(G) := min "cr"(overline(G))$.
D'après _la formule d'Euler_, pour tout graphe $H$, $"cr"(H) >= m(H) - 3n(H)$.
On note $S^dagger subset S$ une partie aléatoire de $S$ où chaque sommet est choisi indépendamment avec une probabilité $p$.
On note ensuite $H := G[S^dagger]$ et $overline(H) := overline(G)[S^dagger]$.
#question(0)[
Montrer que $"cr"(overline(H)) >= m(H) - 3 n(H)$.
]
#correct[
$ "cr"(overline(H)) >= "cr"(H) >= m(H) - 3 n(H) $ d'après la #gls(entry: "Formule d'Euler")[_formule d'Euler_].
]
#question(1)[
Déterminer $EE[m(H)]$ et $EE [n(H)]$.
]
#correct[
Chaque sommet est choisi avec une probabilité $p$ donc $EE[n(H)] = sum_(s in S) p = n p$.
Pour qu'une arête existe, il faut que ses deux sommets soient choisis, $EE[m(H)] = sum_({u v} in A) PP(u "choisi et " v "choisi") = sum_({u v} in A) p^2 = m p^2$.
]
#question(1)[
Exprimer $EE["cr"(overline(H))]$ en fonction de $"cr"(G)$.
]
#correct[
Pour qu'un croisement existe, il faut que deux arêtes existent, donc que les quatre sommets existent
$ EE["cr"(overline(H))]
&= sum_({u v}, {w x} "se croisent") PP({u v} "existe" "et" {w x} "existe") \
&= sum_({u v}, {w x} "se croisent") PP({u in S^dagger} sect {v in S^dagger} sect {w in S^dagger} sect {x in S^dagger}) \
&= p^4 "cr"(overline(G)) "car" u,v,w,x "sont distincts"
$
_On est conscient de la possibilité d'un croisement de type "$alpha$", mais on choisit de faire comme s'ils n'existaient pas._
]
#question(2)[
Démontrer $"cr"(G) >= 1/64 m^3/n^2$.
]
#correct[
On choisit $p=4n/m$ et reprend les résultats précédents.
$ p^4 "cr"(G) >= EE("cr"(overline(H))) >= EE(m(H)) - 3 EE(n(H)) = m p^2 - 3 n p $
En réarrangeant, on a bien $"cr"(G) >= 1/64 m^3/n^2$.
]
=== Une question d'originalité
Soit $M in cal(M)_n (NN)$ telle que tout $k in [|1, n|]$ apparaît exactement $n$ fois dans $M$.
#question(2)[
Montrer qu'il existe une ligne ou une colonne contenant au moins $sqrt(n)$ valeurs distinctes.
]
#correct[
Soit $L$ une ligne _ou_ colonne aléatoire de $M$, puis $N$ le nombre de valeurs distinctes.
Si $I_k$ est le nombre d'occurrences de $k$ dans $M$, on a $N = sum_k PP{I_k >= 1}$.
Pour cette variable en particulier, le pire cas est si les $n$ occurrences de $k$ sont dans une même mineure $sqrt(n) times sqrt(n)$.
Ainsi, $PP{I_k >= 1} >= (2sqrt(n))/(2n)$.
En sommant, $EE N >= sqrt(n)$, et on conclut par le lemme de la méthode probabiliste. #align(right, $square$)
]
=== De la géométrie
Soit $bold(a) in CC^10$. On dira que $bold(p) in CC^10$
#grid(columns: (1fr, 2fr, 3fr), [],
[- _couvre_ $bold(a)$ si $ bold(a) subset union.big_(x in bold(p)) overline(cal(B))(x, 1) $],
[- est _sans superposition_ si $ forall x,y in bold(p), x != y => overline(cal(B))(x, 1) sect overline(cal(B))(y, 1) = emptyset $]
)
#question(4)[
Montrer qu'il existe $bold(p) in CC^10$ couvrant $bold(a)$ sans superposition.
]
_Ind_: $(pi sqrt(3))/6 approx 0.907$
#correct[
On commence par montrer le résultat suivant: "il existe $bold(ell) in CC^NN$ couvrant $bold(a)$ sans superposition".
$[|$ On considère l'empilement de Lagrange :
#align(center, cetz.canvas({
import cetz.draw : *
let pink = rgb("ff69b466")
let gree = rgb("bada55")
let pi = 22/7
let sq = 1.732
grid((-3, -3), (3, 3), step: 2, stroke: gray + 0.2pt)
line((-1, sq), (1, sq), (2, 0), (1, -sq), (-1, -sq), (-2, 0), close: true, fill: gree)
circle(( 0, 0), fill: pink)
circle(( 2, 0), fill: pink)
circle((-2, 0), fill: pink)
circle((-1, sq), fill: pink)
circle(( 1, sq), fill: pink)
circle((-1, -sq), fill: pink)
circle(( 1, -sq), fill: pink)
}))
On note $A_H$ l'aire de l'hexagone et $A_C$ l'aire du cercle. Un peu de géométrie donne :
#align(center, grid(columns: (1fr, 1fr),
[- $A_C = pi/4$], [- $A_H = (3sqrt(3))/2$]
))
En répétant cet empilement à l'infini, on couvre donc une proportion $eta := A_C/A_H$ de l'aire du plan.
On introduit donc une variable aléatoire $N$ le nombre de points de $bold(a)$ couverts avec une translation aléatoire de notre motif.
Cette variable aléatoire est d'espérance $10 eta = 10 times (pi sqrt(3))/6 > 9$, donc il existe une translation telle que l'empilement de Lagrange couvre $bold(a)$. #h(1fr) $|]$
Comme $ell$ est sans recouvrement, au plus $10$ éléments de $ell$ couvrent un élément de $bold(a)$.
On pose alors $bold(p)$ ces éléments, et d'autres s'il le faut pour compléter.
On a donc construit $bold(p) in CC^10$ couvrant $bold(a)$ sans recouvrement. #align(right, $square$)
]
=== Du rab
Soit $k in NN$.
La propriété à laquelle on s'intéresse ici est la _propriété de distance_ $ cal(D)(a_1...a_k) := (forall i,j, |a_i - a_j| <= 2) or (forall i!=j, |a_i - a_j| >= 1) $
On pose enfin $cal(P)(n) := forall A in frak(P)(CC), med (|A|=n) ==> (exists { a_1...a_k } subset A, med cal(D)(a_1...a_k))$
#question(3)[
Calculer $inf {n in NN, cal(P)(n) }$.
]
#correct[
Honnêtement j'ai oublié comment faire... vous êtes libres de PR une réponse probabiliste !
]
|
|
https://github.com/mitsuyukiLab/grad_thesis_typst | https://raw.githubusercontent.com/mitsuyukiLab/grad_thesis_typst/main/contents/introduction.typ | typst | = 序論 <introduction>
== 背景 <background>
== 本研究の目的 <objective_of_this_study>
== 本論文の構成 <structure_of_this_thesis>
本論文は本章を含め、以下の内容で構成される。
- @how_to_use_this_format ではこのフォーマットの使い方の概要について記した。
- @introduction では本研究の背景と目的について記した。
- @related_study では関連研究について記した。
- @proposed_method では提案手法について記した。
- @case_study では実験について記した。
- @discussion では実験の結果を通じて述べられる考察を記した。
- @conclusion では本研究の結論を記した。
|
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