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https://github.com/typst/packages | https://raw.githubusercontent.com/typst/packages/main/packages/preview/touying/0.2.0/themes/themes.typ | typst | Apache License 2.0 | #import "simple.typ"
#import "metropolis.typ"
#import "dewdrop.typ" |
https://github.com/typst/packages | https://raw.githubusercontent.com/typst/packages/main/packages/preview/unify/0.4.3/examples/example.typ | typst | Apache License 2.0 | #import "@local/unify:0.4.1": *
$ num("-1.32865+-0.50273e-6") $
$ qty("1.3+1.2-0.3e3", "erg/cm^2/s", space: "#h(2mm)") $
$ numrange("1,1238e-2", "3,0868e5", thousandsep: "'") $
$ qtyrange("1e3", "2e3", "meter per second squared", per: "/", delimiter: "\"to\"") $ |
https://github.com/fenjalien/metro | https://raw.githubusercontent.com/fenjalien/metro/main/tests/array/num-list/test.typ | typst | Apache License 2.0 | #import "/src/lib.typ": unit, metro-setup, num, qty, num-list
#set page(width: auto, height: auto, margin: 1cm)
#num-list(10, 30, 50, 70)
#num-list(0.1, 0.2, 0.3)
#num-list(0.1, 0.2, 0.3, list-separator: "; ")
#num-list(0.1, 0.2, 0.3, list-final-separator: ", ")
#num-list(0.1, 0.2, 0.3, list-separator: " and ", list-final-separator: " and finally ")
#num-list(0.1, 0.2)
#num-list(0.1, 0.2, list-pair-separator: ", and ") |
https://github.com/typst/packages | https://raw.githubusercontent.com/typst/packages/main/packages/preview/chordx/0.1.0/lib.typ | typst | Apache License 2.0 | #import "chordx.typ": *
#import "chordx-native.typ": *
|
https://github.com/0xPARC/0xparc-intro-book | https://raw.githubusercontent.com/0xPARC/0xparc-intro-book/main/src/lwe.typ | typst | #import "preamble.typ":*
= A hard problem: learning with errors
<lwe>
As we've seen (@ec),
a lot of cryptography relies on hard math problems.
RSA is based on the difficulty of integer factorization;
elliptic curve cryptography depends on the discrete log assumption.
Our protocol for levelled FHE relies on a different hard problem:
the learning with errors problem (LWE).
The problem is to solve systems of linear equations,
except that the equations are only approximately true --
they permit a small "error" --
and instead of solving for rational or real numbers,
you're solving for integers modulo $q$.
== A small example of an LWE problem
<lwe-small>
Here’s a concrete example of an LWE problem and how one might attack it
"by hand." This exercise will make the inherent difficulty of the
problem quite intuitive.
#problem[
We are working over $bb(F)_11$, and there is some secret vector
$a = (a_1 , dots.h , a_4)$. There are two sets of claims. Each claim
"$(x_1 , dots.h , x_4) : y$" purports the relationship
$
y = a_1 x_1 + a_2 x_2 + a_3 x_3 + a_4 x_4 + epsilon, #h(0.3in) epsilon in {0,1}.
$
(The $epsilon$ is different from equation to equation.)
One of the sets of claims is "genuine" and comes from a consistent set
of $a_i$, while the other set is "fake" and has randomly generated $y$
values. Tell them apart and find the correct secret vector
$(a_1 , dots.h , a_4)$.
#figure(
align(center)[#table(
columns: 2,
align: (auto,auto,),
table.header([Blue Set], [Red Set],),
table.hline(),
[(1, 0, 1, 7) : 2], [(5, 4, 5, 2) : 2],
[(5, 8, 4, 10) : 2], [(7, 7, 7, 8) : 5],
[(7, 7, 8, 5) : 3], [(6, 8, 2, 2) : 0],
[(5, 1, 10, 6) : 10], [(10, 4, 4, 3) : 1],
[(8, 0, 2, 4) : 9], [(1, 10, 8, 6) : 6],
[(9, 3, 0, 6) : 9], [(2, 7, 7, 4) : 4],
[(0, 6, 1, 6) : 9], [(8, 6, 6, 9) : 1],
[(0, 4, 9, 7) : 5], [(10, 6, 1, 6) : 9],
[(10, 7, 4, 10) : 10], [(3, 1, 10, 9) : 7],
[(5, 5, 10, 6) : 9], [(2, 4, 10, 3) : 7],
[(10, 7, 3, 1) : 9], [(10, 4, 6, 4) : 7],
[(0, 2, 5, 5) : 6], [(8, 5, 7, 2) : 5],
[(9, 10, 2, 1) : 3], [(4, 7, 0, 0) : 8],
[(3, 7, 2, 1) : 6], [(0, 3, 0, 0) : 0],
[(2, 3, 4, 5) : 3], [(8, 3, 2, 7) : 5],
[(2, 1, 6, 9) : 3], [(4, 6, 6, 3) : 1],
)]
, kind: table
)
]
#gray[
(*Solution sketch; can be skipped safely.*) One way to start would be to define an _information
vector_
$
(x_1 , x_2 , x_3 , x_4 lr(|y|) S),
$
where $S subset FF_11$, to
mean the statement
$ sum a_i x_i = y + s, #text(" where ") s in S. $
In particular, a purported approximation
$(x_1 , x_2 , x_3 , x_4) : y$
in the LWE protocol corresponds to the
information vector
$
(x_1 , x_2 , x_3 , x_4 lr(|y|) { 0 , - 1 }).
$
The
benefit of this notation is that we can take linear combinations of them.
Specifically, if $(X_1 lr(|y_1|) S_1)$ and
$(X_2 lr(|y_2|) S_2)$ are information vectors (where $X_i$ are vectors),
then
$ (alpha X_1 + beta X_2 lr(|alpha y_1 + beta y_2|) alpha S_1 + beta S_2) , $
where $alpha S = { alpha s \| s in S }$ and
$S + T = { s + t \| s in S , t in T }$.
We can observe the following:
+ If we obtain two vectors $(X lr(|y|) S_1)$ and $(X lr(|y|) S_2)$, then
we have the information (assuming the vectors are accurate)
$(X lr(|y|) S_1 sect S_2)$. So if we are lucky enough, say, to have
$lr(|S_1 sect S_2|) = 1$, then we have found an exact equation with
no error.
+ As we linearly combine vectors, their "error part" $S$ gets bigger
exponentially. So we can only add vectors very few times, ideally just
1 or 2 times, before they start being unusable.
With these heuristics, we can start by looking at the Red Set, and make vectors with many $0$’s in the same places.
+ Our eyes are drawn to the juicy-looking
$(0 , 3 , 0 , 0 lr(|0|) { 0 , - 1 }),$ which immediately gives
$a_2 in { 0 , 7 }$.
+ $(4 , 7 , 0 , 0 lr(|8|) { 0 , - 1 })$ gives
$4 a_1 + 7 a_2 in { 7 , 8 }.$ Also, since $7 a_2 in { 0 , 5 },$
$ 4 a_1 in { 7 , 8 } - { 0 , 5 } = { 7 , 8 , 2 , 3 }, $ and
$a_1 in { 10 , 2 , 6 , 9 }.$
+ Adding $ (10 , 4 , 4 , 3 lr(|1|) { 0 , - 1 }) + (7 , 7 , 7 , 8 lr(|5|) { 0 , - 1 }) $ gives $(6 , 0 , 0 , 0 lr(|6|) { 0 , - 1 , - 2 }),$
which is nice because it has 3 zeroes! This gives
$a_1 in { 1 , 8 , 10}. $ Combining with (2), we conclude that
$a_1 = 10.$
+ ...
We omit the rest of the solution, which makes for some fun tinkering.
]
== General problem
The LWE problem (@lwe), like the discrete log assumption, is one of those "hard problems that you can build cryptography
on." The problem is to solve for constants
$ a_1, dots, a_n in ZZ \/ q ZZ, $ given a bunch of
*approximate* equations of the form
$ y = a_1 x_1 + dots.h + a_n x_n + epsilon.alt , $ where each
$epsilon.alt$ is a "small" error (for simplicity, say in $\{0, 1\}$).
|
|
https://github.com/Myriad-Dreamin/typst.ts | https://raw.githubusercontent.com/Myriad-Dreamin/typst.ts/main/fuzzers/corpora/math/content_04.typ | typst | Apache License 2.0 |
#import "/contrib/templates/std-tests/preset.typ": *
#show: test-page
// Test boxes without a baseline act as if the baseline is at the base
#{
box(stroke: 0.2pt, $a #box(stroke: 0.2pt, $a$)$)
h(12pt)
box(stroke: 0.2pt, $a #box(stroke: 0.2pt, $g$)$)
h(12pt)
box(stroke: 0.2pt, $g #box(stroke: 0.2pt, $g$)$)
}
|
https://github.com/TypstApp-team/typst | https://raw.githubusercontent.com/TypstApp-team/typst/master/tests/typ/layout/table.typ | typst | Apache License 2.0 | // Test tables.
---
#set page(height: 70pt)
#set table(fill: (x, y) => if calc.even(x + y) { rgb("aaa") })
#table(
columns: (1fr,) * 3,
stroke: 2pt + rgb("333"),
[A], [B], [C], [], [], [D \ E \ F \ \ \ G], [H],
)
---
#table(columns: 3, stroke: none, fill: green, [A], [B], [C])
---
// Test alignment with array.
#table(
columns: (1fr, 1fr, 1fr),
align: (left, center, right),
[A], [B], [C]
)
// Test empty array.
#set align(center)
#table(
columns: (1fr, 1fr, 1fr),
align: (),
[A], [B], [C]
)
---
// Test inset.
#table(
columns: 3,
inset: 10pt,
[A], [B], [C]
)
#table(
columns: 3,
inset: (y: 10pt),
[A], [B], [C]
)
#table(
columns: 3,
inset: (left: 20pt, rest: 10pt),
[A], [B], [C]
)
#table(
columns: 2,
inset: (
left: 20pt,
right: 5pt,
top: 10pt,
bottom: 3pt,
),
[A],
[B],
)
---
// Ref: false
#table()
---
// Error: 14-19 expected color, gradient, none, array, or function, found string
#table(fill: "hey")
|
https://github.com/jrihon/cv | https://raw.githubusercontent.com/jrihon/cv/main/sections/projects.typ | typst | // import template here as well, to get all the functions
#import "../brilliant-template/template.typ": *
#cvSection("Projects")
- *Ducque : the Mechanical Nucleic Acid Architect.* #graytext("Build virtual 3D models of synthetic and natural nucleic acids. Used to design and predict duplex structures through a rigorous") _in silico_ #graytext("methodology. Provides interface for users to implement custom chemistries. Written in Python3. Sole developer of the tool.") #link("https://github.com/jrihon/Ducque")[#text(" jrihon/Ducque", fill: regularColors.linkblue)]
//
- *Pucke.rs : A CLI tool to generate conformational landscapes for peptides, fivering and sixring systems.* #graytext("Part of a full") _in silico_ #graytext("pipeline to design and predict nucleic acid structures. Written in Rust. Sole developer of the tool. (Manuscript in submission)")
- *Pucke.py : A library to generate conformational landscapes, calculate puckering coordinates and geometric properties.* #graytext("Part of a full") _in silico_ #graytext("pipeline to design and predict nucleic acid structures. Extends pucke.rs with additional functions. Backend in Rust, wrapped with Python3. Sole developer of the tool. (Manuscript in submission)")
//
- *Mutineer : an extensible NeoVim tool to (un)comment in your desired programming language.* #graytext("Simplify (un)commenting by a keystroke.") #link("https://github.com/jrihon/mutineer.lua")[#text(" jrihon/mutineer.lua", fill: regularColors.linkblue)]
//
//- *GoTo : a NeoVim and Lua specific plug-in to navigate your NeoVim configs easily.* #link("https://github.com/jrihon/goto.nvim")[#text(" GoTo plug-in", fill: regularColors.linkblue)]
//
- *Solve Rosalind Bioinformatics problems in Rust.* #text("Solved 20 problems to acquire Doctoral School course credits, on topics outside of my research.")#link("https://rosalind.info/about/")[#text(" Rosalind Challenge", fill: regularColors.linkblue)]
//
|
|
https://github.com/dashuai009/dashuai009.github.io | https://raw.githubusercontent.com/dashuai009/dashuai009.github.io/main/src/content/blog/025.typ | typst | #metadata((
title: "A angular binding for lexical",
subtitle: [lexical,angular],
author: "dashuai009",
description: "Create a lexical's decorate node using angular custom element. We can build a text editor for angular based on lexical.",
pubDate: "'Jul 08 2022'",
))<frontmatter>
#import "../__template/style.typ": conf
#show: conf
#link("https://angular.io/guide/element")[angular custom element]
== create a normal angular compment
<create-a-normal-angular-compment>
```ts
@Component({
selector:'lexical-hr',
template:'<hr/>'
})
export class LexicalHr{
constructor() {
}
}
```
== declare golcal interface
<declare-golcal-interface>
```ts
declare global {
interface HTMLElementTagNameMap {
'my-dialog': NgElement & WithProperties<{content: string}>;
'my-other-element': NgElement & WithProperties<{foo: 'bar'}>;
// 'lexical-image':NgElement & WithProperties<ImageComponent>
'lexical-hr':NgElement & WithProperties<LexicalHr>
}
}
```
== Register the custom element with the browser
<register-the-custom-element-with-the-browser>
```ts
export class AppComponent{
constructor(private injector:Injector) {
const LexicalHrElement = createCustomElement(LexicalHr, {injector});
customElements.define('lexical-hr', LexicalHrElement);
}
}
```
== create lexical’s decorate node
<create-lexicals-decorate-node>
```ts
export const INSERT_HORIZONTAL_RULE_COMMAND: LexicalCommand<void> =
createCommand();
export class HorizontalRuleNode extends DecoratorNode<NgElement & WithProperties<LexicalHr>> {
static getType(): string {
return 'horizontalrule';
}
static clone(node: HorizontalRuleNode): HorizontalRuleNode {
return new HorizontalRuleNode(node.__key);
}
static importDOM(): DOMConversionMap | null {
return {
hr: (node: Node) => ({
conversion: convertHorizontalRuleElement,
priority: 0,
}),
};
}
override exportDOM(): DOMExportOutput {
return {element: document.createElement('hr')};
}
override createDOM(): HTMLElement {
const div = document.createElement('div');
div.style.display = 'contents';
return div;
}
override getTextContent() {
return '\n';
}
override isTopLevel() {
return true;
}
override updateDOM() {
return false;
}
override decorate():any{
const myHrNode = document.createElement('lexical-hr');
return myHrNode;
}
}
function convertHorizontalRuleElement(): DOMConversionOutput {
return {node: $createHorizontalRuleNode()};
}
export function $createHorizontalRuleNode(): HorizontalRuleNode {
return new HorizontalRuleNode();
}
export function $isHorizontalRuleNode(node: LexicalNode | null) {
return node instanceof HorizontalRuleNode;
}
```
The type of `myHrNode` returned by decorate() is
`NgElement & WithProperties<LexicalHr>`, these custom elements will have
a property for each input of the corresponding component.
== register decorator listener
<register-decorator-listener>
```ts
this.editor.registerDecoratorListener((decorator) => {
for (let i in decorator) {
this.editor.getElementByKey(i)?.replaceChildren(decorator[i])
}
})
```
|
|
https://github.com/GYPpro/DS-Course-Report | https://raw.githubusercontent.com/GYPpro/DS-Course-Report/main/Templete/reportTemp.typ | typst | #import "@preview/tablex:0.0.6": tablex, hlinex, vlinex, colspanx, rowspanx
// Display inline code in a small box
// that retains the correct baseline.
#set text(font:("Times New Roman","Source Han Serif SC"))
#show raw.where(block: false): box.with(
fill: luma(240),
inset: (x: 3pt, y: 0pt),
outset: (y: 3pt),
radius: 2pt,
)
// Display block code in a larger block
// with more padding.
#show raw.where(block: true): block.with(
fill: luma(240),
inset: 10pt,
radius: 4pt,
)
#set par(
first-line-indent: 1cm
)
#show raw: set text(
font: ("consolas", "Source Han Serif SC")
)
#set math.equation(numbering: "(1)")
#[
#set text(
font:("Times New Roman","Source Han Serif SC"),
style:"normal",
weight:"regular",
size: 22pt,
)
#[
#set align(
left+horizon
)
#heading(outlined: false,level: 1)[标题]
#smallcaps[Translated Title]
#line(start: (0pt,11pt),end:(300pt,11pt))
#[
#set text(19pt)
暨南大学
#set text(15pt)
\ 信息管理与信息系统 郭彦培
]
]
]
#pagebreak();
#set text(
font:("Times New Roman","Source Han Serif SC"),
style:"normal",
weight: "regular",
size: 13pt,
)
#set page(
paper:"a4",
number-align: right,
margin: (x:2cm,y:2.5cm),
header: [
#box(baseline:5pt)[#set text(
size: 11pt,
)
#align(
left+bottom,
[
#smallcaps[Translated Title]
#h(1fr)#text("日期 暨南大学 郭彦培",fill:rgb("#898989"));
]
)]
#line(start: (0pt,-10pt),end:(483pt,-10pt))
],
numbering: "1/1"
)
#show raw: set text(
font: ("consolas", "Source Han Serif SC")
)
#set heading(
numbering: "1.1.1"
)
#outline(
title:[#smallcaps("Catalogue")\ #h(1fr)]
); |
|
https://github.com/Dherse/masterproef | https://raw.githubusercontent.com/Dherse/masterproef/main/masterproef/parts/hexagonal.typ | typst | #let atomic-tangerine = rgb(222, 143, 110)
#let hexagonal_interconnect(side: 100pt, hex-side: 10pt, nx, ny) = [#block(
radius: 0.01 * side,
height: side,
width: side,
stroke: 0.5pt + luma(5),
clip: true,
{
let place = place.with(top + left)
let node-r = 0.05 * hex-side
let node-s = 0.15 * node-r
let interconnect-center(in-index) = {
let euclid-rem(a, b) = calc.rem(calc.rem(a, b) + b, b)
let (x, y) = in-index
(
hex-side * calc.sqrt(3) / 2 * (x * 2 + int(euclid-rem(y, 4) in (0, 3))),
hex-side * (3 * calc.floor(y / 4) + (0, 0.5, 1.5, 2).at(calc.rem(y, 4))),
)
}
let node-center(in-index, n-index) = {
let in-center = interconnect-center(in-index)
let in-radius = 0.25 * hex-side
let flip = calc.rem(in-index.at(1), 2) != 0
let (i, j) = n-index
let θ = (i * 2 / 3 + if flip { -1 / 2 } else { 1 / 2 }) * calc.pi
let δ = (2 * j - 3) * 1.5 * node-r
(
in-center.at(0) + in-radius * calc.cos(θ) + δ * calc.sin(θ),
in-center.at(1) - in-radius * calc.sin(θ) + δ * calc.cos(θ),
)
}
let node(in-index, n-index) = {
let (x, y) = node-center(in-index, n-index)
place(
dx: x - node-r,
dy: y - node-r,
circle(radius: node-r, stroke: node-s, fill: atomic-tangerine),
)
}
let arrow(in-index-a, n-index-a, in-index-b, n-index-b) = {
let (ax, ay) = node-center(in-index-a, n-index-a)
let (bx, by) = node-center(in-index-b, n-index-b)
let θab = calc.atan2((bx - ax) / 1pt, (by - ay) / 1pt)
let (x0, y0) = (ax + node-r * calc.cos(θab), ay + node-r * calc.sin(θab))
let (x1, y1) = (bx - 2 * node-r * calc.cos(θab), by - 2 * node-r * calc.sin(θab))
place(line(start: (x0, y0), end: (x1, y1), stroke: node-s))
let p0 = (x1, y1)
let p1 = (
x1 - 0.35 * node-r * calc.cos(θab + 80deg),
y1 - 0.35 * node-r * calc.sin(θab + 80deg),
)
let p2 = (
x1 - 0.35 * node-r * calc.cos(θab - 80deg),
y1 - 0.35 * node-r * calc.sin(θab - 80deg),
)
let p3 = (x1 + node-r * calc.cos(θab), y1 + node-r * calc.sin(θab))
place(path(p3, p1, p0, p2, closed: true, stroke: none, fill: black))
}
let interconnect(in-index) = {
for i in range(3) {
if calc.rem(in-index.at(1), 2) == 1 {
arrow(in-index, (calc.rem(i - 1, 3), 0), in-index, (i, 3))
arrow(in-index, (calc.rem(i + 1, 3), 2), in-index, (i, 1))
} else {
arrow(in-index, (i, 3), in-index, (calc.rem(i - 1, 3), 0))
arrow(in-index, (i, 1), in-index, (calc.rem(i + 1, 3), 2))
}
}
}
let gate(in-index-a, in-index-b, i, loc) = {
for j in range(4) {
node(in-index-a, (i, j))
node(in-index-b, (i, j))
}
for n in range(2) {
arrow(in-index-a, (i, 0), in-index-b, (i, 2 * n))
arrow(in-index-a, (i, 2), in-index-b, (i, 2 * n))
arrow(in-index-b, (i, 1), in-index-a, (i, 2 * n + 1))
arrow(in-index-b, (i, 3), in-index-a, (i, 2 * n + 1))
}
}
for x in range(nx) {
for y in range(ny) {
let loc = (x: x, y: y, nx: nx, ny: ny)
interconnect((x, y))
if calc.rem(y, 4) == 0 {
gate((x, y), (x, y - 1), 0, loc)
gate((x, y), (x, y + 1), 1, loc)
gate((x, y), (x + 1, y + 1), 2, loc)
}
if calc.rem(y, 4) == 2 {
gate((x, y), (x, y - 1), 0, loc)
gate((x, y), (x - 1, y + 1), 1, loc)
gate((x, y), (x, y + 1), 2, loc)
}
}
}
},
)]
#let f(w) = block(
radius: 0.02 * w,
height: w,
width: w,
{
let place = place.with(top + left)
let r = 0.025 * w
let s = 0.1 * r
let θs = range(3).map(i => i * 2 * calc.pi / 3)
let xs = range(4).map(k => (2 * k - 3) * 1.5 * r)
let ys = (0.15 * w, 0.42 * w)
let xy(ijk) = {
let (θ, x, y) = (θs, xs, ys).zip(ijk).map(((a, i)) => a.at(i))
(
0.45 * w + y * calc.cos(θ) + x * calc.sin(θ),
0.50 * w - y * calc.sin(θ) + x * calc.cos(θ),
)
}
let node(ijk) = {
let (x, y) = xy(ijk)
place(
dx: x - r,
dy: y - r,
circle(radius: r, stroke: 1.5 * s, fill: atomic-tangerine),
)
}
let edge(a, b) = {
let (ax, ay) = xy(a)
let (bx, by) = xy(b)
let θab = calc.atan2((bx - ax) / 1pt, (by - ay) / 1pt)
let (x0, y0) = (ax + r * calc.cos(θab), ay + r * calc.sin(θab))
let (x1, y1) = (bx - 2 * r * calc.cos(θab), by - 2 * r * calc.sin(θab))
place(line(start: (x0, y0), end: (x1, y1), stroke: s))
let p0 = (x1, y1)
let p1 = (
x1 - 0.35 * r * calc.cos(θab + 80deg),
y1 - 0.35 * r * calc.sin(θab + 80deg),
)
let p2 = (
x1 - 0.35 * r * calc.cos(θab - 80deg),
y1 - 0.35 * r * calc.sin(θab - 80deg),
)
let p3 = (x1 + r * calc.cos(θab), y1 + r * calc.sin(θab))
place(path(p3, p1, p0, p2, closed: true, stroke: none, fill: black))
}
for θ in range(3) {
for y in range(2) {
for x in range(4) {
node((θ, x, y))
}
edge((θ, 0, y), (θ, 1, 1 - y))
edge((θ, 0, y), (θ, 3, 1 - y))
edge((θ, 2, y), (θ, 1, 1 - y))
edge((θ, 2, y), (θ, 3, 1 - y))
}
edge((θ, 3, 0), (calc.rem(θ - 1, 3), 0, 0))
edge((θ, 1, 0), (calc.rem(θ + 1, 3), 2, 0))
}
},
) |
|
https://github.com/Yzx7/public_study_files | https://raw.githubusercontent.com/Yzx7/public_study_files/main/Monografía FIEE/chapters/procedimiento.typ | typst | #import "@preview/tablex:0.0.8": tablex, rowspanx, colspanx, cellx
#import "@preview/cetz:0.2.2": canvas, plot
#import "@preview/cetz:0.2.2"
= Procedimiento
== Medición de ángulos de incidencia y reflexión
+ *Colocación del espejo plano*: Se ubica el espejo plano sobre un *disco óptico*, definiendo la normal a la superficie del espejo. La normal es la línea imaginaria perpendicular a la superficie del espejo.
+ *Proyección del puntero láser*: Se dirige un puntero láser hacia la superficie del espejo, seleccionando diferentes *ángulos de incidencia* (θi). Los ángulos seleccionados en este caso fueron 10°, 20°, 30°, 40°, 50°, 60°, 80° y 90°.
+ *Medición del ángulo de reflexión*: Para cada uno de los ángulos de incidencia mencionados, se midió el *ángulo de reflexión (θr)* correspondiente. Se anotaron los valores obtenidos en una tabla, considerando una incertidumbre de ±0,5° en las mediciones.
== Medición de la distancia objeto-imagen
+ *Colocación del espejo sobre papel cuadriculado*: Se situó el espejo con la cara reflectante perpendicular a un papel cuadriculado, lo que facilitó la medición precisa de distancias.
+ *Trazado de líneas de referencia*: Se dibujaron dos líneas sobre el papel, una a lo largo de la base del espejo y otra perpendicular al espejo, para marcar la posición exacta del objeto y la imagen.
+ *Colocación de los objetos lineales*: Se colocó un lápiz (u otro objeto lineal) paralelo al espejo, a diferentes distancias del mismo (50 mm, 100 mm, 150 mm, 200 mm, 250 mm y 300 mm).
+ *Superposición de la imagen y el objeto*: Para cada una de las distancias del objeto al espejo, se colocó un segundo lápiz detrás del espejo, superponiéndolo a la imagen virtual del primer lápiz.
+ *Medición de distancias*: Se midió la *distancia de la imagen del lápiz al espejo*, considerando una incertidumbre de ±0,5 mm en cada medición.
= Resultados
== Ley de reflexión
#figure(
tablex(
columns: 2,
align: center + horizon,
fill: (col, row) => (
if row == 0 {
rgb("#e0e0e0")
}else if col == 0 or col == 1 or col == 2 or col == 3 or row ==1{
rgb("#F5F5F5")
} else if col == 2{
// rgb("#F5F5F5")
}
// if calc.rem(col,2) == 0{
// rgb("#e0e0e0")
// }
),
[$theta_i plus.minus 0.25$ ],[$theta_r plus.minus 0.25$],
[10],[11.5],
[20],[20.5],
[30],[31.5],
[40],[40.5],
[50],[49.5],
[60],[59.5],
[80],[79.5],
map-rows: (row, cells) => cells.map(c =>c
),
),kind: "table",supplement: [Tabla], caption: "Tablero de valores de angulos de incidencia y reflexión medidos." )<tablGadeVoltAmp3>
#image("image02.png")
== Simetría de reflexión
#figure(
tablex(
columns: 2,
align: center + horizon,
fill: (col, row) => (
if row == 0 {
rgb("#e0e0e0")
}else if col == 0 or col == 1 or col == 2 or col == 3 or row ==1{
rgb("#F5F5F5")
} else if col == 2{
// rgb("#F5F5F5")
}
// if calc.rem(col,2) == 0{
// rgb("#e0e0e0")
// }
),
[$S_o plus.minus 0.5$ ],[$S_i plus.minus 0.5$],
[28],[28],
[36],[36.5],
[42],[42],
[52.5],[53],
[75],[75.5],
map-rows: (row, cells) => cells.map(c =>c
),
),kind: "table",supplement: [Tabla], caption: "Tablero de medición de distancias objeto e imagen." )<tablGadeVoltAmp3>
#image("image56.png") |
|
https://github.com/alkeryn/cv | https://raw.githubusercontent.com/alkeryn/cv/master/lib.typ | typst | #let template(doc) = {
set text(
size: 10pt,
// font: "Liberation Serif"
font: "DejaVu Sans"
)
set page(
paper: "a4",
margin: (x: 1.5cm, y: 1cm),
// footer: [
// #h(1fr)
// #counter(page).display(
// "1/1",
// )
// ]
)
set document(title:"Curriculum Vitae")
// place(bottom + right, dx: 2.5em, dy: 2em)[#counter(page).display("1/1")]
show link : set text(rgb("#af00af"))
set par(
justify: true,
first-line-indent: 3pt
)
set list(indent: 2em, marker: text(rgb("505050"))[•])
[#doc]
}
#let circleclip(arg, radius, ..args) = {
let h = radius*2
[ #box(clip: true, radius: radius, height: h, width: h, arg, ..args) ]
}
#let cnt(w) = {
let cnt = counter(w)
cnt.step()
super(cnt.display())
}
#let nicegray = rgb("#909090")
#let nicered = rgb("#73130d")
#let work(
where,
role,
date,
body) = {
[
== #where
#text(nicegray)[#role]\
#text(nicegray)[#date]
#set text(size: 0.8em)
#body
]
}
|
|
https://github.com/jamesrswift/blog | https://raw.githubusercontent.com/jamesrswift/blog/main/assets/packages/booktabs/lib.typ | typst | MIT License | #import "footnotes.typ" as footnotes: state, display, clear, make
#import "style.typ": *
#import "rigor.typ" as rigor: make
#import "impl.typ": make
|
https://github.com/carreter/problemst | https://raw.githubusercontent.com/carreter/problemst/main/template/main.typ | typst | MIT License | #import "@preview/problemst:0.1.0": pset
#show: pset.with(
class: "6.100",
student: "<NAME>",
title: "PSET 0",
date: datetime.today(),
collaborators: ("<NAME>", "<NAME>")
)
#let deriv(num, dnm)=[$ (d num) / (d dnm) $]
= Definition of the derivative
Something something infinitesimals something something. We can then define the derivative as the limit of the difference quotient as $Delta x arrow 0$:
$ deriv(f(x), x)&= lim_(Delta x arrow 0) (f(x + Delta x) - f(x)) / (Delta x). $
== Code!
```go
import "fmt"
func main() {
fmt.Println("python sux!!1!")
}
```
=== Subproblem
We can nest subproblems!
==== Subsubproblem
As far as we want!
#pagebreak()
We also have a nice little header for the ensuing pages!
|
https://github.com/alexanderjophus/typstcv | https://raw.githubusercontent.com/alexanderjophus/typstcv/main/cv.typ | typst | #import "template.typ": template, summary, skills, links, interests, education, experience, experience_list
#let summary = summary(lorem(50))
#let skills = skills(
("Go", "Rust", "Python"),
("GraphQL", "gRPC", "REST"),
)
#let links = links((
(domain: "blog", display: "myBlog", url: "https://someblog.com"),
(domain: "github", display: "Github", url: "https://github.com/username"),
(domain: "twitter", display: "twitter(orX)", url: "https://twitter.com/username"),
))
#let education = education(
university: "Some Uni",
degree: "BSc probably",
graduation_date: "Some Year",
result: "2:1",
dissertation_title: "Diss Title"
)
#let interests = interests((
"Board Games", "Bouldering", "Walking Dogs", "Playing Music", "Coding Challenges", "Lego",
))
#let career_break = experience(
company: "Career Break",
role: "Hobbyist Engineer",
start_date: "Aug 1993",
end_date: "Present",
stack: ("Go", "Rust", "GraphQL", "WebDev"),
achievements: (
lorem(10),
lorem(10),
lorem(10)
)
)
#let experiences = experience_list((
career_break,
))
#let left = skills + links + education + interests
#let right = summary + experiences
#template(
name: "<NAME>",
email: "<EMAIL>",
title: "Senior Software Engineer",
phone_number: "+44 1234 567890",
l: left,
r: right
)
|
|
https://github.com/Languisher/touying-sjtu | https://raw.githubusercontent.com/Languisher/touying-sjtu/main/example/file/main.typ | typst | MIT License | #import "@preview/cetz:0.2.2"
#import "@preview/fletcher:0.4.5" as fletcher: node, edge
#import "@preview/touying:0.4.2": *
#import "../lib.typ" as buaa-theme
// cetz and fletcher bindings for touying
#let cetz-canvas = touying-reducer.with(reduce: cetz.canvas, cover: cetz.draw.hide.with(bounds: true))
#let fletcher-diagram = touying-reducer.with(reduce: fletcher.diagram, cover: fletcher.hide)
// Register university theme
// You can replace it with other themes and it can still work normally
#let s = buaa-theme.register()
// Set the numbering of section and subsection
#let s = (s.methods.numbering)(self: s, section: "1.", "1.1")
// Set the speaker notes configuration, you can show it by pympress
// #let s = (s.methods.show-notes-on-second-screen)(self: s, right)
// Global information configuration
#let s = (s.methods.info)(
self: s,
title: [FaaSFlow: Enable Efficient Workflow Execution for Function-as-a-Service],
subtitle: [(W6) Paper Reading],
author: [<NAME>],
date: datetime.today(),
institution: [Shanghai Jiao Tong University],
)
// Pdfpc configuration
#let s = (s.methods.append-preamble)(self: s, pdfpc.config(
duration-minutes: 30,
start-time: datetime(hour: 14, minute: 00, second: 0),
end-time: datetime(hour: 14, minute: 30, second: 0),
last-minutes: 5,
note-font-size: 12,
disable-markdown: false,
default-transition: (
type: "push",
duration-seconds: 2,
angle: ltr,
alignment: "vertical",
direction: "inward",
),
))
// Extract methods
#let (init, slides, touying-outline, alert, speaker-note, tblock) = utils.methods(s)
#show: init.with(
lang: "en",
font: ("Linux Libertine", "Source Han Sans SC", "Source Han Sans"),
)
#show strong: alert
// Extract slide functions
#let (slide, empty-slide, title-slide, outline-slide, new-section-slide, ending-slide) = utils.slides(s)
#show: slides.with()
#slide[
#figure(
image("../figures/image.png", width: 80%)
)
- ASPLos '22, February 28 - March 4, 2022
- Keywords: _Decentralization_
]
#outline-slide()
= Review
== Serverless Workflow
#slide[
#tblock(title: "Serverless Workflow")[
Serverless functions are event-driven, and they need to be executed in a pre-defined order. Such a diagram with nodes connected by edges in a DAG form is known as the *serverless workflow*.
]
#figure(
image("../figures/workflow.png", width: 50%)
)
]
#slide[
#tblock(title: "Control-Plane and Data-Plane")[
- *Control-Plane*: User-defined execution order
- *Data-Plane*: Runtime data dependency
Usually identical and static. However, in serverless context, auto-scaling and warm containers may lead to multiple and different scales in the data-plane.
]
]
= Motivation
== MasterSP and its Limitations
#slide[
#tblock(title: "Master-side Workflow Schedule Pattern")[
*Centralized* Workflow: Central workflow engine in the master node determines whether a function task is triggered to run or not.
]
- Engine makes resource provision
- Task $T_f$ triggered only if its predecessors are all completed:
1. Assign $T_f$ from the master engine
2. Execute $T_f$ invocation
3. Return the exectuion state to the master engine
][
#figure(
image("../figures/workersp.png", width: 80%)
)
#figure(
image("../figures/workersp2.png", width: 85%)
)
]
#slide[
Problems:
- #underline[Large scheduling overhead]: Transfer of function execution states
- #underline[Large data movement overhead]: Additional database storage services for temp data storage and delivery
#figure(
image("../figures/workersp-latency.png", width:55%)
)
]
== Data-Shipping Pattern
#slide[
#tblock(title: "Data-Shipping Pattern")[
Each time a function task runs, the input data needs to be fetched from its predecessor functions, then read into memory for execution by the container executor. Such process is called a *data-shipping pattern*.
]
Problems:
- Function isolation #underline[brings more overhead of task-to-task data communcation]
- Compulsory for user to use remote storage services
- #underline[Data locality] is not utilized
]
= Architecture
== WorkerSP's Structure Organization
#slide[
The inverse of MasterSP: *Worker-side workflow schedule pattern (WorkerSP)*, _Decentralize_
#tblock(title: "Structure Organization of WorkerSP")[
- Master node scheduling $-->_"Offload"$ Per-worker engine assigned to perform local function triggering and invoking
- Master node only partition a workflow graph into sub-graph (See later)
- _Workflow_ structure introduced with _State_, _FunctionInfo_ and _InvocationID_.
- _State_: Execution state of functions and their predecessors for invocation synchronization
- _FunctionInfo_: Meta information for local functions
- _InvocationID_: Unique state identification
]]
== WorkerSP's State Synchronization
#slide[
(Reminder) Engine of each worker node maintains functions' and their predecessors' execution state in the *local sub-graph*.
#tblock(title:"Example: Invocation Synchronization")[
1. $F_A$ is invoked
2. State pass to Node $B$ and $C$
3. $F_B$ and $F_C$ update info
4. When $F_A$ finished, `PredecessorsDone` of $B$ and $C$ + 1
5. When `PredecessorsDone` = `PredecessorsCount`, local engine of $B$ and $C$ will trigger
]
][
#figure(
image("../figures/invo.png")
)
]
== Overview of FaaSFlow
#slide[
#tblock(title: "FaaSFlow: Workflow System")[
Three components:
1. *Workflow graph scheduler*
2. *Per-worker workflow engine*
3. Adaptive Storage Library *FaaStore*
]
][
#figure(
image("../figures/faas.png")
)
]
== Component 1: Graph Scheduler
#slide[
1. *DAG Parser* parse the hierarchy _Workflow Definition Language (WDL)_ (which defines a serverless workflow)
#figure(
image("../figures/logicflows.png")
)
]
#slide[
2. *Graph Partitionning*: Partitioning of DAG
To alleviate the gap between Control-plane and (dynamic data-plane):
- $overline("Scale"(v_i))$: Avg. number of scaled instances of a function node $v_i$ during iteration
- $overline("Map"(v_i))$: Mapped instances in the data-plane (e.g. `Foreach`)
Partition iteration activated when significant performance degredation
][
#figure(
image("../figures/algo.png")
)
]
== Component 2: Per-Worker Workflow Engine
#slide[
Maintaining states for different functions.
Direct state communication via *inter-node TCP* or *inner RPC connections*.
#tblock(title: "Red-Black Deployment")[Manage different versions of sub-graph versions in worker engines, only the up-to-date version is getting triggered.]
][
#figure(
image("../figures/redblack.png")
)
]
== Component 3: FaaStore
#slide[
In-memory storage enables data and files reside in local sub-graph; defUlt remote store save them by user configs.
#tblock(title: "In-Memory Quota")[
Well-organized #underline[quota for data movement]
Due to _over-provisionning_, $ O(v_i) = max("Mem"(v_i) - S - mu, 0) $ and $ "Quota"(G(V, E)) = sum_(v in V)O(v) $]][
#figure(
image("../figures/memrealloc.png")
)
]
= Evaluation
== Evaluation
FaaSFlow reduces the scheduling overhead from 712ms to 141.9ms for scientific workflows, and from 181.3ms to 51.4ms for real-world applications on average. All applications can achieve an average of 74.6% scheduling overhead optimization in FaaSFlow.
_Basically did not mention memory allocation improvements ......_ |
https://github.com/0xPARC/0xparc-intro-book | https://raw.githubusercontent.com/0xPARC/0xparc-intro-book/main/summer-notes-evan/src/0801-symposium.typ | typst | #import "@local/evan:1.0.0":*
#let DB = math.sans("DB")
#let DS = math.sans("DS")
#let mem = math.sans("mem")
#let cpustate = math.sans("cpu")
#let Enc = math.op("Enc")
#let addr = math.sans("addr")
#let fetched = math.sans("fetched")
#let wdata = math.sans("wdata")
#let NI = math.op("NextInstruct")
= Symposium on August 1, 2024: Notes on PIR (<NAME>) <pir>
Warning: these notes are _really_ rough.
== Problem statement: doubly efficient private information retrieval
The problem statement is roughly:
we have a database $DB$, and we want to to be able to query $DB[i]$
without revealing the index $i$.
== Comparison to ORAM
Some runtimes are given below for PIR stuff.
For ORAM, for comparison:
- For each client, stores $O(n)$ data (i.e. a copy of database is needed per client)
- Trusted hardware circumvents this;
in effect, trusted hardware _is_ the client, making it one-client.
You can also replace trusted hardware with MPC.
- Query requires $O(log n)$ runtime for comm/compute.
So PIR should be thought of as being useful for situations with a _single_ database
being read by several people to gain an advantage over ORAM.
Multi-client ORAM/PIR is considered an open problem,
because even defining what the access control policy should be
(i.e. formulating the problem) is nontrivial.
In other words, for PIR, write operations are not well-defined with more than one client.
== Naive attempts
- Naive 1: communicate the whole database. $O(n)$ communication time.
- Naive 2: use FHE; this is called "classical PIR".
You send an FHE-encrypted $i$ and the server returns FHE-encrypted $DB[i]$.
This requires $tilde(O)(1)$ communication but $Omega(n)$ computation, and that's inevitable:
#theorem[BIOM 4][
Any classical PIR without pre-processing must incur $Omega(n)$ compute.
]
The idea vaguely is that if you don't read the entire database,
then the choice of which things aren't read will leak information.
For large database, no matter how good your implied constant are,
the linear cost will be a dealbreaker.
(This impossibility results hold even for multi-server setup;
the total computation cost across all servers must sum to at least $Omega(n)$.)
== Preprocessing PIR
We need to do some pre-processing to make the queries sublinea.
There are two lines of approach here:
- Client-side preprocessing (subscription model)
- Global preprocessing
- [LMW'23] "Doubly efficient PIR"
=== Client-side preprocessing
The _Piano_ scheme relies only on PRF and
- client space $tilde(O)(sqrt(n))$;
- communication/compute per query is also $tilde(O)(sqrt(n))$
- server stores only the original database; i.e. no extra storage overhead for server.
This scheme is simple and practical.
=== Global preprocessing
The state of the art is:
#theorem[LMW'23][
Assuming Ring-LWE, one can do $n^(1+epsilon)$ server space
and poly-log $tilde(O)(1)$ comm/compute overhead per query.
No extra storage space on the client side.
]
This won the STOC'23 award, but it's theoretical
(it has astronomical constants and cannot be implemented in practice).
It's also a fairly complex scheme.
We need as a primitive a _polynomial evaluation data structure_
with the following property:
suppose $f$ is an $m$-variate polynomial of degree $d$.
There are some assumptions on relative size of $m$ and $d$.
We need to preprocess $f$ into a data structure $DS_f$
such that given any vector $vec x$,
we can compute $f(vec(x))$ from $DS_f$ efficiently,
where $DS_f$ might be long but one only reads a few parts from $f$.
Here the advertisement is:
- $tilde(O)(1)$ efficiency
- $DS_f$ has size $n^(1+epsilon)$ where $f$ has $n$ terms in it.
#remark[
I got the impression the idea behind constructing $DS_f$
is that you take a large prime $p$, and set up so you want values $f mod p$.
Then you store tables of $f mod p_i$ for each $i$ for a bunch of smaller primes $i$
such that $p_1 p_2 ... p_ell > p$ and store a table of $f(x) mod p_i$ for all $x in ZZ slash p_i ZZ$.
But you need to do this twice? I think.
]
The naive approach would be to interpolate a polynomial $f$ such that $f(i) = DB[i]$,
build $DS_f$, and then query $DS_f$ at any given $i$.
The issue is this isn't private;
information is leaked by the choice of which parts of $DS_f$ are read.
(Also, it's deterministic, so this can't be easily fixed.)
The idea of LMW'23 is starting from the database $DB$,
interpolate $f$ such that $f(i) = DB[i]$,
and the do a homomorphic encryption to get $hat(f)$.
There's a special FHE scheme (called _algebraic FHE_;
this might just be somewhat homomorphic encryption? not sure) such that
$
Enc(x+y) = Enc(x) + Enc(y) \
Enc(x dot y) = Enc(x) dot Enc(y)
$
(the ciphertext space are polynomials).
Then rather than querying $i$, one queries $Enc(i)$ instead (?).
I asked which parts of this gives astronomical constants, and was told "everything".
A good open problem is to make LMW'23 more practical.
== RAM-Model MPC/2PC
We'll assume the RAM is already oblivious
(i.e. if we have an insecure RAM, put it through an ORAM compiler first).
In a traditional computer, you can imagine
you have a CPU state $cpustate$ and a memory state $mem$,
and at every time step $t$ we overwrite $cpustate$ and some data $wdata$
to write to some address $addr$.
Formalize this as
$ NI_t (cpustate_(t-1), fetched_(t-1)) |-> (addr, cpustate_t, wdata_t) $
Suppose Alice and Bob are implementing a secure computer.
They each have secret shares
- $overline(mem_A)$ and $overline(mem_B)$ of the memory state
- $overline(cpustate_A)$ and $overline(cpustate_B)$ of the memory state
- $overline(fetched_(t-1,A))$ and $overline(fetched_(t-1,B))$ fetched at the last step.
Then in every time step, we use 2PC to evaluate the next-instruction circuit $NI$
using the $cpustate$ and $fetched$ secret shares (not the $mem$ shares)
and have it output
$(addr, overline(wdata)_A)$
and $(addr, overline(wdata)_B)$.
Then the number of rounds is $O(T log n)$ (the $log n$ is due to the ORAM overhead),
where $T$ is the runtime of the original RAM.
The comm/compute cost is thus $tilde(O)(T)$.
#remark[
RAM-model is still just MPC.
The point is to use ORAM to avoid having to convert a program to a circuit,
because the blowups of changing programs to RAM are huge.
]
=== Garbled RAM
We now show how to improve the number of rounds from $O(T log n)$ to $2$
while keeping the same comm/compute cost.
Recall _garbled circuits_ from the 3EP book,
where e.g. we had single gates that mapped two garbled bits to another garbled bit.
We want to similarly garble
$ tilde(NI)_t (tilde(cpustate)_(t-1), tilde(fetched)_(t-1)) |->
(addr, tilde(cpustate)_t, tilde(wdata)_t). $
The problem is that we don't know where $tilde(fetched)_(t-1)$ is coming from.
(Also, the fetched data is probably a word and not a bit, but that is a separate issue.)
But even if $tilde(NI)_t$ only took in a small number of inputs (like $4$)
the problem is that one does not know where $tilde(fetched)_(t-1)$ is coming from.
This is different from the circuit case,
where for every gate, we knew exactly which other gates feed into it.
But $tilde(fetched)_(t-1)$ is coming from an unknown place:
in other words, *the wiring is dynamic*.
This issues is called a _language translation problem_
and is the biggest obstruction to construction of garbled RAM.
Assuming each address is read at most once:
- Permutation network (butterfly)
- Not sufficient for eager evaluation. Can improve to $O(log^2 N)$ per instruction
(rather than the naive $O(N)$).
Following, HKO'23: rather than use boolean circuit, we need _tri-state circuit_
which has three basic gates (instead of AND, XOR used in classical):
- BUFFER: $x -> y$ if a control wire is $1$, otherwise disconnected.
- JOIN: consider two BUFFER gates with a promise that the two control wires
are in opposite states; say the inputs are $x_0 -> y_0$ and $x_1 -> y_1$.
Then we merge $y_0$ to $y_1$.
- XOR
We need to describe how to garble the BUFFER and JOIN gates.
The BUFFER gate's garbled truth table has just two rows.
Similarly for JOIN.
BUFFER and XOR require 1 bit of communication from the garbler to the evaluator,
while JOIN uses $lambda + 1$ bits.
(In practice, communication cost is the bottleneck.)
|
|
https://github.com/typst/packages | https://raw.githubusercontent.com/typst/packages/main/packages/preview/chronos/0.1.0/gallery/example2.typ | typst | Apache License 2.0 | #import "/src/lib.typ" as chronos
#chronos.diagram({
import chronos: *
_seq("User", "A", comment: "DoWork", enable-dst: true)
_seq("A", "B", comment: [#sym.quote.angle.l createRequest #sym.quote.angle.r], enable-dst: true)
_seq("B", "C", comment: "DoWork", enable-dst: true)
_seq("C", "B", comment: "WorkDone", destroy-src: true, disable-src: true, dashed: true)
_seq("B", "A", comment: "RequestCreated", disable-src: true, dashed: true)
_seq("A", "User", comment: "Done", disable-src: true)
})
#chronos.diagram({
import chronos: *
_seq("User", "A", comment: "DoWork", enable-dst: true, lifeline-style: (fill: rgb("#FFBBBB")))
_seq("A", "A", comment: "Internal call", enable-dst: true, lifeline-style: (fill: rgb("#E9967A")))
_seq("A", "B", comment: [#sym.quote.angle.l createRequest #sym.quote.angle.r], enable-dst: true)
_seq("B", "A", comment: "RequestCreated", disable-src: true, disable-dst: true, dashed: true)
_seq("A", "User", comment: "Done", disable-src: true)
})
#chronos.diagram({
import chronos: *
_seq("alice", "bob", comment: "hello", enable-dst: true)
_seq("bob", "bob", comment: "self call", enable-dst: true)
_seq("bill", "bob", comment: "hello from thread 2", enable-dst: true, lifeline-style: (fill: rgb("#005500")))
_seq("bob", "george", comment: "create", create-dst: true)
_seq("bob", "bill", comment: "done in thread 2", disable-src: true, dashed: true)
_seq("bob", "bob", comment: "rc", disable-src: true, dashed: true)
_seq("bob", "george", comment: "delete", destroy-dst: true)
_seq("bob", "alice", comment: "success", disable-src: true, dashed: true)
})
#chronos.diagram({
import chronos: *
_seq("alice", "bob", comment: "hello1", enable-dst: true)
_seq("bob", "charlie", comment: "hello2", enable-dst: true, disable-src: true)
_seq("charlie", "alice", comment: "ok", dashed: true, disable-src: true)
})
#chronos.diagram({
import chronos: *
_seq("?", "Alice", comment: [?->\ *short* to actor1])
_seq("[", "Alice", comment: [\[->\ *from start* to actor1])
_seq("[", "Bob", comment: [\[->\ *from start* to actor2])
_seq("?", "Bob", comment: [?->\ *short* to actor2])
_seq("Alice", "]", comment: [->\]\ from actor1 *to end*])
_seq("Alice", "?", comment: [->?\ *short* from actor1])
_seq("Alice", "Bob", comment: [->\ from actor1 to actor2])
})
#chronos.diagram({
import chronos: *
_par("alice", display-name: "Alice")
_par("bob", display-name: "Bob")
_par("craig", display-name: "Craig")
_seq("bob", "alice")
_seq("bob", "craig")
_gap()
_sync({
_seq("bob", "alice", comment: "Synched", comment-align: "start")
_seq("bob", "craig", comment: "Synched", comment-align: "start")
})
_gap()
_seq("alice", "bob")
_seq("craig", "bob")
_gap()
_sync({
_seq("alice", "bob")
_seq("craig", "bob")
})
_gap()
_sync({
_seq("alice", "bob", enable-dst: true)
_seq("craig", "bob")
})
_gap()
_evt("bob", "disable")
})
#chronos.diagram({
import chronos: *
_par("alice", display-name: "Alice")
_par("bob", display-name: "Bob")
_par("craig", display-name: "Craig")
_seq("alice", "bob")
_seq("bob", "craig", slant: auto)
_seq("alice", "craig", slant: 20)
_sync({
_seq("alice", "bob", slant: 10)
_seq("craig", "bob", slant: 20)
})
_sync({
_seq("alice", "bob", slant: auto)
_seq("bob", "alice", slant: auto)
})
_gap()
_evt("bob", "disable")
})
#grid(columns: 2, column-gutter: 2em,
chronos.diagram({
import chronos: *
_par("alice", display-name: "Alice")
_par("bob", display-name: "Bob")
_seq("alice", "bob", comment: "This is a very long comment")
// Left to right
_seq("alice", "bob", comment: "Start aligned", comment-align: "start")
_seq("alice", "bob", comment: "End aligned", comment-align: "end")
_seq("alice", "bob", comment: "Left aligned", comment-align: "left")
_seq("alice", "bob", comment: "Right aligned", comment-align: "right")
_seq("alice", "bob", comment: "Centered", comment-align: "center")
_gap()
// Right to left
_seq("bob", "alice", comment: "Start aligned", comment-align: "start")
_seq("bob", "alice", comment: "End aligned", comment-align: "end")
_seq("bob", "alice", comment: "Left aligned", comment-align: "left")
_seq("bob", "alice", comment: "Right aligned", comment-align: "right")
_seq("bob", "alice", comment: "Centered", comment-align: "center")
_gap()
// Slant left to right
_seq("alice", "bob", comment: "Start aligned", comment-align: "start", slant: 10)
_seq("alice", "bob", comment: "End aligned", comment-align: "end", slant: 10)
_seq("alice", "bob", comment: "Left aligned", comment-align: "left", slant: 10)
_seq("alice", "bob", comment: "Right aligned", comment-align: "right", slant: 10)
_seq("alice", "bob", comment: "Centered", comment-align: "center", slant: 10)
_gap()
// Slant right to left
_seq("bob", "alice", comment: "Start aligned", comment-align: "start", slant: 10)
_seq("bob", "alice", comment: "End aligned", comment-align: "end", slant: 10)
_seq("bob", "alice", comment: "Left aligned", comment-align: "left", slant: 10)
_seq("bob", "alice", comment: "Right aligned", comment-align: "right", slant: 10)
_seq("bob", "alice", comment: "Centered", comment-align: "center", slant: 10)
}),
chronos.diagram({
import chronos: *
_par("alice", display-name: "Alice")
_seq("alice", "alice", comment: "Start aligned", comment-align: "start")
_seq("alice", "alice", comment: "End aligned", comment-align: "end")
_seq("alice", "alice", comment: "Left aligned", comment-align: "left")
_seq("alice", "alice", comment: "Right aligned", comment-align: "right")
_seq("alice", "alice", comment: "Centered", comment-align: "center")
_seq("alice", "alice", comment: "Start aligned", comment-align: "start", flip: true)
_seq("alice", "alice", comment: "End aligned", comment-align: "end", flip: true)
_seq("alice", "alice", comment: "Left aligned", comment-align: "left", flip: true)
_seq("alice", "alice", comment: "Right aligned", comment-align: "right", flip: true)
_seq("alice", "alice", comment: "Centered", comment-align: "center", flip: true)
})
) |
https://github.com/kdog3682/typkit | https://raw.githubusercontent.com/kdog3682/typkit/main/0.1.0/src/footers/index.typ | typst | // #import "standard.typ": standard
|
|
https://github.com/TypstApp-team/typst | https://raw.githubusercontent.com/TypstApp-team/typst/master/README.md | markdown | Apache License 2.0 | # Typst Clone
Origin repo: https://github.com/typst/typst
(Apache License 2.0)
This is a clone of that repo with tweaks inside `crates/typst-cli` to embed the cli as a library.
|
https://github.com/GolemT/BA-Template | https://raw.githubusercontent.com/GolemT/BA-Template/main/glossar.typ | typst | #let Glossar = (
"API": "Application Programming Interface",
"Typst": "Eine Markup-Sprache für die Dokumentenerstellung"
)
|
|
https://github.com/saurabtharu/CV | https://raw.githubusercontent.com/saurabtharu/CV/main/resume.typ | typst | #import "template.typ": resume, header, resume_heading, edu_item, exp_item, project_item, skill_item, achievement_item, certificate_item, paper_item
#show: resume
#header(
name: "<NAME>",
phone: "+977-9868960361",
email: "<EMAIL>",
linkedin: "LinkedIn",
github: "Github",
gitlab: "Gitlab",
portfolio: "Portfolio",
)
#resume_heading[*Experience*]
#exp_item(
role: "DevOps Engineer - Internship",
name: "F1Soft International Pvt. Ltd.",
location: "Pulchowk, Lalitpur",
date: "May 2024 - July 2024",
[Worked with Docker and Kubernetes to deploy containerized Nginx applications, including setting up self-signed SSL certificates.],
[Developed bash scripts to automate the installation and configuration of various applications.],
[Utilized Ansible to manage configuration files, software installations, and user creation, streamlining system administration and improving configuration consistency.],
[Worked with ELK stack and Loki Stack (Loki, Promtail, and Grafana) for centralized logging and real-time monitoring of system and application logs.],
[Configured MySQL replication to ensure data redundancy and enhance database reliability, facilitating efficient backup and recovery processes.],
)
/*
#exp_item(
role: "Information Technology Support Specialist",
name: "Southwestern University",
location: "Georgetown, TX",
date: "Sep. 2018 - Present",
[Communicate with managers to set up campus computers used on campus],
[Assess and troublesghoot computer problems brought by students, faculty and staff],
[Maintain upkeep of cgomputers, classroom equipment, and 200 printers across campus]
)
#exp_item(
role: "Artificial Intelligence Research Assistant",
name: "Southwestern University",
location: "Georgetown, TX",
date: "May 2019 - July 2019",
[Explored methods to generate video game dungeons based off of #emph[The Legend of Zelda]],
[Developed a game in Java to test the generated dungeons],
[Contributed 50K+ lines of code to an established codebase via Git],
[Conducted a human subject study to determine which video game dungeon generation technique is enjoyable],
[Wrote an 8-page paper and gave multiple presentations on-campus],
[Presented virtually to the World Conference on Computational Intelligence]
)
*/
#resume_heading([*Academics and Personal Projects*])
#project_item(
name: "Terraform Project for Kubernetes Cluster Setup",
skills: "Terraform, Ansible",
source_code: "https://github.com/saurabtharu/terraform-k8s",
[Built a Terraform project to automate the provisioning of a Kubernetes cluster on AWS.],
[Utilized Ansible for post-provisioning tasks, including the installation of essential tools and configuration of the cluster.],
// [Developed API for serving the list of similar movies based on metadata associated with it.],
)
#project_item(
name: "Image Restoration using GAN",
skills: "Python - Pytorch",
source_code: "https://github.com/ReImage-CollegeProject/ReImage",
[Developed an image restoration system using the ‘pix2pix-GAN’ architecture, focusing on noise removal from images.],
[Gained hands-on experience in deep learning and neural network training with PyTorch, enhancing skills in image processing.],
)
#project_item(
name: "Hack Computer",
skills: "HDL",
source_code: "https://github.com/saurabtharu/nand2tetris",
[Followed the Nand2Tetris curriculum to create a hardware architecture using HDL, building components like the Register, RAM, ROM, ALU, and CPU from basic logic gates.],
[Developed a deep understanding of computer architecture by designing and simulating a fully functional computer system from the ground up.]
)
#project_item(
name: "Movie Recommendation System",
skills: "Python - DRF, MySQL, Redis",
source_code: "https://github.com/Tech-Savvy-college-project/Movie-Recommendation-System",
[Created API using Django REST Framework to recommend movies based on metadata like genre, cast, and user preferences.],
[Integrated MySQL for data storage and Redis for in-memory caching for high performance and quick response times.],
// [Developed API for serving the list of similar movies based on metadata associated with it.],
)
#project_item(
name: "UNIX utility tool clones ",
skills: "Rust, Clap ",
source_code: "https://github.com/saurabtharu/rust_projects",
[Recreated essential UNIX utility tools like echo, cat, head, less using Rust.],
[Used the Clap crate for command-line argument parsing.],
)
// #project_item(
// name: "Gitlytics",
// skills: "Python, Flask, React, PostgreSQL, Docker",
// date: "June 2020 - Present",
// [Developed a full-stack web application using with Flask serving a REST API with React as the frontend],
// [Implemented GitHub OAuth to get data from user’s repositories],
// [Visualized GitHub data to show collaboration],
// [Used Celery and Redis for asynchronous tasks]
// )
// #project_item(
// name: "<NAME>",
// skills: "Spigot API, Java, Maven, TravisCI, Git",
// date: "May 2018 - May 2020",
// [Developed a Minecraft server plugin to entertain kids during free time for a previous job],
// [Published plugin to websites gaining 2K+ downloads and an average 4.5/5-star review],
// [Implemented continuous delivery using TravisCI to build the plugin upon new a release],
// [Collaborated with Minecraft server administrators to suggest features and get feedback about the plugin]
// )
/*
#resume_heading([*Achievements*])
#achievement_item(
achievement: "CodeFest 2022 Winner",
organization: "Code For Change Nepal, Kathmandu",
description: "Project BookXchange is community focused project to help students and book lovers find books and exchange without the need of Money."
)
*/
#pagebreak()
#resume_heading([*Technical Skills*])
#skill_item(
category: "Programming Languages",
skills: "Python, Bash, C/C++, Rust, SQL"
)
#skill_item(
category: "DevOps Tools",
skills: "Linux-based systems (Arch Linux, Debian, RHEL), Git, Docker, Kubernetes, Jenknis, KVM, vim, Tmux, Postman, WSO2"
)
#skill_item(
category: "Monitoring Tools",
skills: "Grafana, Prometheus, Loki, Promtail, Jenkins, Terraform, Ansible, ELK Stack, Apache SkyWalking"
)
#skill_item(
category: "Cloud Platforms",
skills: "Basic knowledge of MicroSoft Azure"
)
#skill_item(
category: "Soft Skills",
skills: "Problem Solving, Self-learning, Adaptability"
)
#resume_heading[*Education*]
#edu_item(
name: "Asian College of Higher Studies (Tribhuvan University)",
degree: "Bachelor of Science in Computer Science and Information Technology",
location: "Ekantakuna, Lalitpur",
date: "Sep. 2019 - Jul. 2024"
)
#edu_item(
name: "Trinity International SS & College",
degree: "High School +2 in Science",
location: "Dillibazar, Kathmandu",
date: "Jul. 2017 - Jun. 2019"
)
// #resume_heading([*Certifications*])
// #certificate_item(
// cert_name: "DevOps Pre-Requisite Course, KodeKloud",
// description: ""
// )
/*
#resume_heading[*Paper publication*]
#paper_item(
paper_name: "Example Paper",
doi: "Programming Language 1, Database3",
paper_link: "https://github.com/saurabtharu/nand2tetris",
[alsdjfa lhasdf \ alsdflaj las \ lasdflkjasdf lja \ ahlsdjfla sd],
)
*/ |
|
https://github.com/VisualFP/docs | https://raw.githubusercontent.com/VisualFP/docs/main/SA/design_concept/content/poc/options_ui_threepenny.typ | typst | #import "../../../acronyms.typ": ac
= Threepenny-GUI
The Threepenny-GUI framework was written in Haskell to create desktop
applications that run in a web browser. The framework can be combined with
Electron for a tighter integration with the desktop environment.
Threepenny starts a local web server written in Haskell that serves a
#ac("HTML") page.
Then, the server establishes a WebSocket connection to communicate with
the browser.
Finally, using a JavaScript #ac("FFI"), Threepenny sends JavaScript code via this connection to execute it on
the client.
Threepenny also offers the possibility of implementing the application in
#ac("FRP") style @threepenny_gui.
Using Haskell on both the front and backend would be an advantage over other
frameworks. Threepenny's #ac("FRP") specific functions should allow for a
good architecture.
It is to be noted that Threepenny is still in an experimental phase, according to
the package author @threepenny_gui_hackage. Also, neither author is familiar
with the technology.
|
|
https://github.com/hemmrich/CV_typst | https://raw.githubusercontent.com/hemmrich/CV_typst/master/modules/education.typ | typst | // Imports
#import "../template/template.typ": cvSection, cvEntry, hBar
#let metadata = toml("../metadata.toml")
#let cvSection = cvSection.with(metadata: metadata)
#let cvEntry = cvEntry.with(metadata: metadata)
#cvSection("Education")
#cvEntry(
title: [Resident Physician, Otolaryngology-Head&Neck Surgery],
society: [University of Chicago Medical Center],
logo: image("../src/logos/ucmc.png"),
date: [2021-current],
location: [Chicago, IL],
description: list(
[Expected graduation June 2026],
[Passed USMLE Step 3 244 (1/2022)],
[Presented Grand Rounds on 3D Printing in OHNS, Optimization of Surgical Scars, and Immunotherapy in Head & Neck Cancer],
[UPDATE THIS SECTION!],
),
)
#cvEntry(
title: [Doctor of Medicine (M.D.)],
society: [University of Chicago Pritzker School of Medicine],
date: [2017 - 2021],
location: [Chicago, IL],
logo: image("../src/logos/uchicago2.png"),
description: list(
[USMLE Step 1 259 (4/2019) | Step 2 CK 270 (12/2020)],
[Court and Sherry Cutting Scholar in Medical Education (2017) | Kappas Trust Fund Scholar (2018)],
[Society of Hospital Medicine (SHM) Student Hospitalist Scholar (2018) | Abstract Reviewer for SHM 2020 & 2021 National Conferences],
[Pritzker TECH leader - hosted 3-lead EKG building workshop, python coding/statistics course, hosted healthcare hackathon],
[Washington Park Free Clinic - performed well-child visits, vaccinations, and sports physicals for uninsured patients],
[South Side Science Scholars - taught after-school science lessons on nutrition, physics, and biology to 4th graders on South Side],
[Chicago Youth Programs - weekly mentoring sessions to local high school students, assisted with job and college applications],
),
)
#cvEntry(
title: [Bachelor of Science in Engineering],
society: [University of Michigan College of Engineering],
date: [2012 - 2016],
location: [Ann Arbor, MI],
logo: image("../src/logos/umich2.png"),
description: list(
[Major in Computer Science & Engineering | Minor in Biochemistry],
[GPA 3.90 / 4.00 #hBar() Dean's List Fall 2012 - Winter 2016, <NAME>],
[Instructional Assistant for EECS482 (Operating Systems) and CHEM230 (Physical Chemistry)]
),
)
|
|
https://github.com/danilasar/conspectuses-3sem | https://raw.githubusercontent.com/danilasar/conspectuses-3sem/master/Основы_теории_изучаемого_языка/240918_члены_2.typ | typst | == Обстоятельства
+ Обстоятельство метста, времени и цели: #quote[He went down _sometimes_ _to work_ in his _garden_.]
+ Обстоятельство образа действия: #quote[He ate _greedily_].
+ Обстоятельство условия: #quote[_But for your help_ I should have failed.]
+ Обстоятельство меры и степени и обстоятельство следствия: #quote[I was old _enough_ _to understand_ it.]
+ Обстоятельство причины: #quote[_Unwilling_ to go back to the hotel he went to the theatre.]
+ Обстоятельство уступки: #quote[_In site of the rain_ there were a lot of people in the street.]
= Словосочетание. Типы словосочетаний. Синтаксические отношения внутри словосочетания.
Синтаксис изучает правила соединения слов в предложениии и типы предложений. *Предложение* является единицей синтаксического уровня. Лингвистика выделяет ещё единицы малого синтаксиса. К ним относится *словосочетание*.
/ Словосочетание:любая синтаксическая группа, основанная либо на подчинении, либо на сочинении, т. е. другими словами это сочетание слов. В зарубежной лингвистике употребляется термин _phrase_, _word cluster_, _a cluster of words_, _word groub_.
Смысловое значение, передаваемое словосчетанием, не всегда возниает в результате простого сложения смыслов составляющих его слов. Смысловые отношения в словосочетании гораздо сложнее. Например, #quote[green fruit] или #quote[green Christmas].
Включение слова в слвосочетание нге только влиет на его смысловое значение, но и придаёт ему ряд новых свойств: члены словосочетания приобретают синтаксические функции.
Включение слова в словосочетание не только влияет на его смысловое значение, но и придаёт ему ряд новых свойств: члены словыосочетаня приобретают синтаксические функции. Например, #quote[to see a boy], #quote[a boy friend].
/ Словосочетание: --- это соединение двух ии более самостоятельных слов, связанных по смыслу и грамматически, служащее для отдельного обозначения понятийной единицы (предмета, качества, действия и др.).
Словосочетание рассматривается как единица синтаксиса, которая выполняет _коммуникативную функцию_ (входит в речь) только в составе предложения.
== Типы словосочетаний
Согласно внутренней структуре словосочетания в английском языке делятся на *ядерные и безъядерные*.
/ Ядерные словосочетнаия: --- это группа слов, образующих грамматически организованную струкуру, в которой один из элементов преобладает над другими. Этот элемент внутри данной группы не подчинён никакому другому элементу той же структуры и является вследствие этого ядром данного сочетания. Например: #quote[new books], #quote[a book of poems], #quote[to see a man], #quote[to laugh heartily], #quote[very yuong].
В ядерных словосочтениях зависимый элемент или элементы *проявяют свой синтаксический статус* на уровне рассматриваемой группы, тогда как *ядро не раскрывает своей синтаксической функции* на ярусе анализируемой структуры.
Ядром является тот элемент, чья синтаксическая функция не может быть выявлена в пределах рассматриваемой структуры. Например, #quote[very young].
При расширении сочетания ядро может сдвигаться: #quote[very young faces], #quote[to see very young faces].
/ Безъядерные словосочетания: выделяются на основании отсутствия ядра внутри группы. Они делятся на две подгруппы: *зависимые* и *независимые*.
/ Независимые безъядерные словосочетания: --- это синтаксически организованные структуры юез привлечения добавочного контекста. Например: #quote[he laughed], #quote[ladies and gentlemen], #quote[red and green].
== Сочинение
Сочинение может быть оформлено как с помощью союзов, так и бессоюзно.
Например: #quote[Tom and Jerry, two or three, this book of his, that book of hers].
В английском языке расположение элементов словосочетания, связанных сочинительными отношениями, по отношению друг другу строго фиксирвано. Это регулируется семантикой или соображениями этикета.
Например, #quote[It was cold and we stayed at home. My mother and I]
В сочинительной структуре меньшая по объёму единица всегда должна предшествовать единице, превышающей её по объёму. Например: #quote[men and women, cold and rainy, Oxford and Cambridge].
== Подчинение
== Взаимозависимость
/ Взаимозависимость: --- это тип синтаксических отношений, при котром перваяя единица зависит от второй и втораяя зависит от первой. Например: #quote[I am, he laughs, the sun having set].
== Аккумуляция
/ Аккумуляция: --- это некое скопление единиц, при котором элементы не образуют чётко оформленных сочетаний и могут быть выделены только на фоне добавочного элемента. Например: #quote[his own] (invitation), #quote[(to give) her a present], #quote[(to see) a man for threeminutes].
== Отношения, которые выявляют синтаксическую зависимость элементов, входящих в состав словосочетания
+ Предикативные
+ Объективные
+ Обстоятельственные
+ Атрибутивные
Это такие отношения, которые возникают в зависимости от того, какие морфологические классы...
=== Предикативные отношения
/ Предикативные отношения: наблюдаются между словами класса имени существительного и личной и неличной формой глагола.
Например: #quote[I understand, she posted, he will win, the night being cold].
=== Оюъектные отношения
/ Объектные отношения: возникают в сочетаниях глагола и существительного, а также глагола и местоимения.
=== Обстоятельственные отношения
Этот тип характерен для сочетаний глагола и наречия.
=== |
|
https://github.com/LDemetrios/Typst4k | https://raw.githubusercontent.com/LDemetrios/Typst4k/master/src/test/resources/suite/styling/show-text.typ | typst | // Test text replacement show rules.
--- show-text-basic ---
// Test classic example.
#set text(font: "Roboto")
#show "Der Spiegel": smallcaps
Die Zeitung Der Spiegel existiert.
--- show-text-regex ---
// Another classic example.
#show "TeX": [T#h(-0.145em)#box(move(dy: 0.233em)[E])#h(-0.135em)X]
#show regex("(Lua)?(La)?TeX"): name => box(text(font: "New Computer Modern")[#name])
TeX, LaTeX, LuaTeX and LuaLaTeX!
--- show-text-cyclic ---
// Test direct cycle.
#show "Hello": text(red)[Hello]
Hello World!
--- show-text-cyclic-raw ---
// Test replacing text with raw text.
#show "rax": `rax`
The register rax.
--- show-text-indirectly-cyclic ---
// Test indirect cycle.
#show "Good": [Typst!]
#show "Typst": [Fun!]
#show "Fun": [Good!]
#set text(ligatures: false)
Good \
Fun \
Typst \
--- show-text-exactly-once ---
// Test that replacements happen exactly once.
#show "A": [BB]
#show "B": [CC]
AA (8)
--- show-text-regex-word-boundary ---
// Test caseless match and word boundaries.
#show regex("(?i)\bworld\b"): [🌍]
Treeworld, the World of worlds, is a world.
--- show-text-empty ---
// Test there is no crashing on empty strings
// Error: 1:7-1:9 text selector is empty
#show "": []
--- show-text-regex-empty ---
// Error: 1:7-1:16 regex selector is empty
#show regex(""): [AA]
--- show-text-regex-matches-empty ---
// Error: 1:7-1:42 regex matches empty text
#show regex("(VAR_GLOBAL|END_VAR||BOOL)") : []
--- show-text-regex-character-class ---
// This is a fun one.
#set par(justify: true)
#show regex("\S"): letter => box(stroke: 1pt, inset: 2pt, upper(letter))
#lorem(5)
--- show-text-regex-case-insensitive ---
// See also: https://github.com/mTvare6/hello-world.rs
#show regex("(?i)rust"): it => [#it (🚀)]
Rust is memory-safe and blazingly fast. Let's rewrite everything in rust.
--- show-text-get-text-on-it ---
// Test accessing the string itself.
#show "hello": it => it.text.split("").map(upper).join("|")
Oh, hello there!
--- show-text-in-other-show ---
// Replace worlds but only in lists.
#show list: it => [
#show "World": [🌎]
#it
]
World
- World
--- show-text-path-resolving ---
// Test absolute path in layout phase.
#show "GRAPH": image("/assets/images/graph.png")
The GRAPH has nodes.
--- show-set-text-order-adjacent-1 ---
#show "He": set text(red)
#show "ya": set text(blue)
Heya
--- show-set-text-order-contained-1 ---
#show "Heya": set text(red)
#show "ya": set text(blue)
Heya
--- show-set-text-order-contained-3 ---
#show "He": set text(red)
#show "Heya": set text(blue)
Heya
--- show-set-text-order-overlapping-1 ---
#show "Heya": set text(red)
#show "yaho": set text(blue)
Heyaho
--- show-set-text-order-adjacent-2 ---
#show "He": set text(red)
#show "ya": set text(weight: "bold")
Heya
--- show-set-text-order-contained-2 ---
#show "Heya": set text(red)
#show "ya": set text(weight: "bold")
Heya
--- show-set-text-order-contained-4 ---
#show "He": set text(red)
#show "Heya": set text(weight: "bold")
Heya
--- show-set-text-order-overlapping-2 ---
#show "Heya": set text(red)
#show "yaho": set text(weight: "bold")
Heyaho
--- show-text-smartquote ---
#show "up,\" she": set text(red)
"What's up," she asked.
--- show-text-apostrophe ---
#show regex("Who's|We've"): highlight
Who's got it? \
We've got it.
--- show-text-citation ---
#show "hey": [@arrgh]
@netwok hey
#show bibliography: none
#bibliography("/assets/bib/works.bib")
--- show-text-list ---
#show "hi": [- B]
- A
hi
- C
--- show-text-citation-smartquote ---
#show "hey \"": [@arrgh]
#show "dis": [@distress]
@netwok hey " dis
#show bibliography: none
#bibliography("/assets/bib/works.bib", style: "american-physics-society")
--- show-text-in-citation ---
#show "A": "B"
#show "[": "("
#show "]": ")"
#show "[2]": set text(red)
@netwok A \
@arrgh B
#show bibliography: none
#bibliography("/assets/bib/works.bib")
--- show-text-linebreak ---
#show "lo\nwo": set text(red)
Hello #[ ] \
#[ ] #[ ] world!
--- show-text-line-wrapping ---
#show "start end": "word"
start
end
--- show-text-after-normal-show ---
#show rect: "world"
#show "lo wo": set text(red)
hello #rect()
--- show-text-space-collapsing ---
#show "i ther": set text(red)
hi#[ ]#[ ]the#"re"
--- show-text-style-boundary ---
#show "What's up": set text(blue)
#show "your party": underline
What's #[ ] up at #"your" #text(red)[party?]
--- show-text-within-par ---
#show "Pythagoras'": highlight
$a^2 + b^2 = c^2$ is Pythagoras' theorem.
--- show-text-outer-space ---
// Spaces must be interior to strong textual elements for matching to work.
// For outer spaces, it is hard to say whether they would collapse.
#show "a\n": set text(blue)
#show "b\n ": set text(blue)
#show " c ": set text(blue)
a \ #h(0pt, weak: true)
b \ #h(0pt, weak: true)
$x$ c $y$
--- issue-5014-show-text-tags ---
#{
let c = counter("c")
show "b": context c.get().first()
[a]
c.step()
[bc]
}
|
|
https://github.com/YDX-2147483647/stretching-cat | https://raw.githubusercontent.com/YDX-2147483647/stretching-cat/main/main.typ | typst | // https://www.unicode.org/emoji/proposals.html
#let project(emoji-name: none, submitter: none, date: datetime.today(), body) = {
let title = "Proposal for Emoji: " + emoji-name
set document(title: title, author: submitter)
set text(lang: "en", font: ("New Computer Modern", "Source Han Serif"))
align(center)[
#text(size: 2em, weight: "bold", title)
#v(2em, weak: true)
/ Submitter: #submitter
/ Date: #date.display()
]
show heading.where(level: 1): set heading(numbering: "I.")
show heading.where(level: 2): set heading(numbering: (..nums, n) => numbering("a.", n))
show link: set text(fill: blue)
show link: it => it + super(emoji.chain)
set table(stroke: none, align: center + horizon)
body
}
#let emoji-ordering(category, subcategory) = [
#category #emoji.triangle.r #link(
"https://www.unicode.org/emoji/charts/emoji-ordering.html#" + subcategory,
subcategory,
)
]
#let emoji-inline = box(image("stretching-cat.svg", height: 1em))
#let color-box(fill) = box(fill: fill, height: 0.8em, width: 0.8em, baseline: 0.15em)
#show: project.with(
emoji-name: "Stretching Cat",
submitter: "Y.D.X.",
)
= Identification
/ Name: Stretching Cat
/ Keywords: relax, yoga, sport, muscle, wake up
/ Category: #emoji-ordering("Animals & Nature", "animal-mammal") (or #emoji-ordering("People & Body", "person-sport"))
= Images
== Example images
#figure(
table(
columns: 3,
[], table.vline(), [*color*], [*black & white*],
table.hline(),
[*72px*],
image("stretching-cat.svg", width: 72pt),
image("stretching-cat-black.svg", width: 72pt),
[*18px*],
image("stretching-cat.svg", width: 18pt),
image("stretching-cat-black.svg", width: 18pt),
),
)
== License
I certify I am the creator of the images and have appropriate licenses for use by the UTC.
The images are modified from
#link("https://github.com/twitter/twemoji/blob/d94f4cf793e6d5ca592aa00f58a88f6a4229ad43/assets/svg/1f408.svg")[🐈 U+1F408 #smallcaps(lower[CAT]) of Twemoji],
#link("https://github.com/twitter/twemoji/blob/d94f4cf793e6d5ca592aa00f58a88f6a4229ad43/LICENSE-GRAPHICS")[licensed under CC BY 4.0].
= Factors for Inclusion
== Expresses multiple concepts
Stretching is a biological behavior of animals.
Extending out two arms (or feet) is a natural way to stretch, at least for house cats (@fig:stretching-cat), tigers (@fig:stretching-tiger), giraffes (@fig:stretching-giraffe), #link("https://en.wikipedia.org/wiki/File:Young_Red_Fox_stretching.jpg")[foxes], #link("https://commons.wikimedia.org/wiki/File:Stretching_(3779422604).jpg")[wolves] and #link("https://en.wikipedia.org/wiki/File:Coyote_Stretching_(6811853436).jpg")[coyotes].
Stretching represents the following concepts in this sense, all of which a _stretching cat_
inherits.
- to stretch the muscles
- relaxed, comfort, self-indulgent
- safe, trust of others (because stretching positions are often open to attack)
Stretching evolves into a form of physical exercise.
There is a pose in Yoga and Pilates called the _cat stretch_.
- before or after exercise, warm-up
- Yoga and Pilates
- fitness
- graceful
#figure(
image("img/video-shot.png", width: 20%),
caption: [
A house cat is stretching \
own work
],
) <fig:stretching-cat>
#figure(
image("img/Giraffa_reticulata_64831465.jpg", width: 40%),
caption: [
A stretching Reticulated Giraffe (_Giraffa reticulata_) in Kenya \
#link("https://en.wikipedia.org/wiki/File:Giraffa_reticulata_64831465.jpg")[by <NAME>, licensed under CC BY 4.0]
],
) <fig:stretching-giraffe>
== Can be used with other emoji to convey additional concepts
#[
#show strong: set text(size: 2em, baseline: 0.2em)
*#emoji-inline 💪 🦵* = stretch arms and legs
*#emoji-inline/🤸* = prepare / perform
*⏰ 🛏 #emoji-inline* = wake up
*😸 #emoji-inline* = express extreme happiness with the whole body
*👋 #emoji-inline 🫂* = hello & welcome
]
== Breaks new ground
To my best knowledge, the emoji breaks new ground because of the followings.
- #emoji-inline uses an animal to represent a sport or an activity.
(No need of ♀/♂ or 🏻🏼🏽🏾🏿 here.)
- #emoji-inline conveys the concept of stretching the muscles.
== Is legible and visually distinctive
Typically, #emoji-inline is a cat with its forelimbs or hindlimbs (but not both) stretched out.
It is distinctive from other emojis, even other cats #emoji-inline🐈🐱 or sports #emoji-inline🏃.
== Has a high usage level
Search frequencies of “stretching-cat” are relatively low, because it is not a fixed phrase like _black swan_.
People may describe a stretching cat in a full sentence, which is not covered by the following data.
=== Google Video Search
#figure(
image("freq/Google Video Search - stretching-cat.png"),
caption: [
About 9,430,000 results for
#link("https://www.google.com/search?tbm=vid&,q=stretching-cat")[stretching-cat]
],
)
#figure(
image("freq/Google Video Search - cat-stretch.png"),
caption: [
About 6,160,000 results for
#link("https://www.google.com/search?tbm=vid&q=cat-stretch")[cat-stretch]
],
)
#figure(
image("freq/Google Video Search - elephant.png"),
caption: [
About 78,200,000 results for
#link("https://www.google.com/search?tbm=vid&q=elephant")[elephant]
],
)
#pagebreak()
=== Google Books
#figure(
image("freq/Google Books Search - stretching-cat.png"),
caption: [
About 1,090,000 results for
#link("https://www.google.com/search?tbm=bks&q=stretching-cat")[stretching-cat]
],
)
#figure(
image("freq/Google Books Search - cat-stretch.png"),
caption: [
About 753,000 results for
#link("https://www.google.com/search?tbm=bks&q=cat-stretch")[cat-stretch]
],
)
#figure(
image("freq/Google Books Search - elephant.png"),
caption: [
About 25,600,000 results for
#link("https://www.google.com/search?tbm=bks&q=elephant")[elephant]
],
)
#pagebreak()
=== Google Trends: Web Search
#figure(
image("freq/Google Web Trends.png"),
caption: link("https://trends.google.com/trends/explore?date=all&q=elephant,stretching-cat,stretching,muscle&hl=en-US")[elephant, stretching-cat, stretching, muscle],
)
=== Google Trends: Image Search
#figure(
image("freq/Google Image Trends.png"),
caption: link("https://trends.google.com/trends/explore?hl=en-US&date=all_2008&gprop=images&q=elephant,stretching-cat,stretching,muscle")[elephant, stretching-cat, stretching, muscle],
)
=== Google Books Ngram Viewer
I replace “cat” with “stretching-cat” because the latter is not indexed.
#figure(
image("freq/Google Ngram Viewer.png"),
caption: link("https://books.google.com/ngrams/graph?content=elephant%2Ccat%2Cstretching%2Cmuscle&year_start=1500&year_end=2019&corpus=en-2019&smoothing=3")[elephant, cat, stretching, muscle],
)
== Completes an incomplete category
(Not a compelling reason) Stretching completes the routine of exercise.
== Is needed for compatibility with popular existing systems
N/A
= Factors for Exclusion
== Already represented
No.
Existing closest emojis for stretching:
- ☺ U+263A #smallcaps(lower[WHITE SMILING FACE])
- ↔💪 U+2194 #smallcaps(lower[LEFT RIGHT ARROW]), U+1F4AA #smallcaps(lower[FLEXED BICEPS])
- 🧘 U+1F9D8 #smallcaps(lower[PERSON IN LOTUS POSITION]).
All of them can be misleading when conveying the concept. (e.g. ↔💪 = beat back and forth)
== Overly specific
No. Even a stretching _big_ cat is accepted.
#figure(
image("img/Siberian_Tiger_by_Malene_Th.jpg", width: 20%),
caption: [
A Siberian tiger (_Panthera tigris altaica_) is stretching in a zoo in Denmark \
#link("https://commons.wikimedia.org/wiki/File:Siberian_Tiger_by_Malene_Th.jpg")[by <NAME>, licensed under CC BY-SA 3.0 Unported]
],
) <fig:stretching-tiger>
== Open-ended
No. The cat is chosen because it is an iconic animal that stretches. There is no need to add stretching 🐕🐦🐎🐑🐫🦖🐉.
== Transient
N/A
== Justified by an existing emoji
Justification for encoding the proposed emoji does not depend on analogy with other emoji that were encoded only for compatibility reasons.
= Other information
== Why a stretching _cat_ rather than a stretching _person_?
In human sports, there are numerous types of stretches. It is hard to use one single emoji to represent stretching in general, and many poses can be misinterpreted as injuries #emoji.face.bandage or gymnastics #emoji.gymnastics.
I noticed @fig:stretching-tiger in the summary of #link("https://en.wikipedia.org/w/index.php?title=Stretching&oldid=1235490494")[Stretching - Wikipedia] and realized that the cat stretch is common across species.
Moreover, #emoji-inline is an easy pose that shows healthy legs, removing ambiguities mentioned above.
== Is it the same as non-RGI #link("https://emojipedia.org/ninja-cat")[Ninja Cat in _Segoe Color Emoji_]?
- #emoji-inline is not a mascot. It is not related to any company. (Ninja Cat relates to Microsoft.)
- The cat stretch is a distinct concept that antedates humans. (Ninja Cat and its variants can be represented as emoji sequences, and all of them are artificial.)
|
|
https://github.com/fenjalien/metro | https://raw.githubusercontent.com/fenjalien/metro/main/src/impl/num/parse.typ | typst | Apache License 2.0 | #import "/src/utils.typ": content-to-string
// full: (sign, integer, decimal, exponent, power)
// (sign, integer, decimal)
#let parse(options, number, full: false) = {
let typ = type(number)
let result = if typ == content {
content-to-string(number)
} else if typ in (int, float) {
str(number)
} else if typ == str {
number
}
if result == none {
if options.parse-numbers == true {
panic("Unknown number format: ", number)
}
return (auto,) * if full { 5 } else { 3 }
}
let input-decimal-markers = str(options.input-decimal-markers.join("|")).replace(sym.minus, "-").replace(sym.plus, "+")
let basic-float = "([-+]?\d*(?:(?:" + input-decimal-markers + ")\d*)?)"
result = result.replace(sym.minus, "-").replace(sym.plus, "+").replace(" ", "").match(regex({
"^"
// Sign
"([-+])?"
// Integer
"(\d+)?"
// Decimal
"(?:"
"(?:"
input-decimal-markers
")"
"(\d*)"
")?"
if full {
// Exponent
"(?:[eE](.*?))?"
// Power
"(?:\^(.*?))?"
}
"$"
}))
return if result == none {
if options.parse-numbers == true {
panic("Cannot match number: " + repr(number))
}
(auto,) * if full { 5 } else { 3 }
} else {
result.captures
}
}
#let to-float(options, number) = {
let (sign, integer, decimal) = parse(options, number)
if auto in (sign, integer, decimal) {
panic("Cannot create a float from ", number, " as parsing failed.")
}
return float(sign + integer + "." + decimal)
} |
https://github.com/frectonz/the-pg-book | https://raw.githubusercontent.com/frectonz/the-pg-book/main/book/106.%20convergence.html.typ | typst | convergence.html
Why TV Lost
March 2009About twenty years ago people noticed computers and TV were on a
collision course and started to speculate about what they'd produce
when they converged. We now know the answer: computers. It's clear
now that even by using the word "convergence" we were giving TV too
much credit. This won't be convergence so much as replacement.
People may still watch things they call "TV shows," but they'll
watch them mostly on computers.What decided the contest for computers? Four forces, three of which
one could have predicted, and one that would have been harder to.One predictable cause of victory is that the Internet is an open
platform. Anyone can build whatever they want on it, and the market
picks the winners. So innovation happens at hacker speeds instead
of big company speeds.The second is Moore's Law, which has worked its usual magic on
Internet bandwidth.
[1]The third reason computers won is piracy. Users prefer it
not just because it's free, but because it's
more convenient. Bittorrent and YouTube have already trained a new
generation of viewers that the place to watch shows is on a computer
screen.
[2]The somewhat more surprising force was one specific type of innovation:
social applications. The average teenage kid has a pretty much
infinite capacity for talking to their friends. But they can't
physically be with them all the time. When I was in high school
the solution was the telephone. Now it's social networks, multiplayer
games, and various messaging applications. The way you reach them
all is through a computer.
[3]
Which means every teenage kid (a)
wants a computer with an Internet connection, (b) has an incentive
to figure out how to use it, and (c) spends countless hours in front
of it.This was the most powerful force of all. This was what made everyone
want computers. Nerds got computers because they liked them. Then
gamers got them to play games on. But it was connecting to other
people that got everyone else: that's what made even grandmas and
14 year old girls want computers.
After decades of running an IV drip right into their audience,
people in the entertainment business had understandably come to
think of them as rather passive. They thought they'd be able to
dictate the way shows reached audiences. But they underestimated
the force of their desire to connect with one another.Facebook killed TV. That is wildly oversimplified, of course, but
probably as close to the truth as you can get in three words.___The TV networks already seem, grudgingly, to see where things are
going, and have responded by putting their stuff, grudgingly, online.
But they're still dragging their heels. They still seem to wish
people would watch shows on TV instead, just as newspapers that put
their stories online still seem to wish people would wait till the
next morning and read them printed on paper. They should both just
face the fact that the Internet is the primary medium.They'd be in a better position if they'd done that earlier. When
a new medium arises that's powerful enough to make incumbents
nervous, then it's probably powerful enough to win, and the best
thing they can do is jump in immediately.Whether they like it or not, big changes are coming, because the
Internet dissolves the two cornerstones of broadcast media:
synchronicity and locality. On the Internet, you don't have to
send everyone the same signal, and you don't have to send it to
them from a local source. People will watch what they want when
they want it, and group themselves according to whatever shared
interest they feel most strongly. Maybe their strongest shared
interest will be their physical location, but I'm guessing not.
Which means local TV is probably dead. It was an artifact of
limitations imposed by old technology. If someone were creating
an Internet-based TV company from scratch now, they might have some
plan for shows aimed at specific regions, but it wouldn't be a top
priority.Synchronicity and locality are tied together. TV network affiliates
care what's on at 10 because that delivers viewers for local news
at 11. This connection adds more brittleness than strength, however:
people don't watch what's on at 10 because they want to watch the
news afterward.TV networks will fight these trends, because they don't have
sufficient flexibility to adapt to them. They're hemmed in by local
affiliates in much the same way car companies are hemmed in by
dealers and unions. Inevitably, the people running the networks
will take the easy route and try to keep the old model running for
a couple more years, just as the record labels have done.A recent article in the Wall Street Journal described how TV networks
were trying to add more live shows, partly as a way to make viewers
watch TV synchronously instead of watching recorded shows when it
suited them. Instead of delivering what viewers want, they're
trying to force them to change their habits to suit the networks'
obsolete business model. That never works unless you have a monopoly
or cartel to enforce it, and even then it only works temporarily.The other reason networks like live shows is that they're cheaper
to produce. There they have the right idea, but they haven't
followed it to its conclusion. Live content can be way cheaper
than networks realize, and the way to take advantage of dramatic
decreases in cost is to
increase volume. The networks are prevented
from seeing this whole line of reasoning because they still think
of themselves as being in the broadcast business—as sending one
signal to everyone.
[4]___Now would be a good time to start any company that competes with
TV networks. That's what a lot of Internet startups are, though
they may not have had this as an explicit goal. People only have
so many leisure hours a day, and TV is premised on such long sessions
(unlike Google, which prides itself on sending users on their way
quickly) that anything that takes up their time is competing with
it. But in addition to such indirect competitors, I think TV
companies will increasingly face direct ones.Even in cable TV, the long tail was lopped off prematurely by the
threshold you had to get over to start a new channel. It will be
longer on the Internet, and there will be more mobility within it.
In this new world, the existing players will only have the advantages
any big company has in its market.That will change the balance of power between the networks and the
people who produce shows. The networks used to be gatekeepers.
They distributed your work, and sold advertising on it. Now the
people who produce a show can distribute it themselves. The main
value networks supply now is ad sales. Which will tend to put them
in the position of service providers rather than publishers.Shows will change even more. On the Internet there's no reason to
keep their current format, or even the fact that they have a single
format. Indeed, the more interesting sort of convergence that's
coming is between shows and games. But on the question of what
sort of entertainment gets distributed on the Internet in 20 years,
I wouldn't dare to make any predictions, except that things will
change a lot. We'll get whatever the most imaginative people can
cook up. That's why the Internet won.
Notes[1]
Thanks to <NAME> for this point. He adds: "I
remember the eyes of phone companies gleaming in the early 90s when
they talked about convergence. They thought most programming would
be on demand, and they would implement it and make a lot of money.
It didn't work out. They assumed that their local network infrastructure
would be critical to do video on-demand, because you couldn't
possibly stream it from a few data centers over the internet. At
the time (1992) the entire cross-country Internet bandwidth wasn't
enough for one video stream. But wide-area bandwidth increased more
than they expected and they were beaten by iTunes and Hulu."[2]
Copyright owners tend to focus on the aspect they see of
piracy, which is the lost revenue. They therefore think what drives
users to do it is the desire to get something for free. But iTunes
shows that people will pay for stuff online, if you make it easy.
A significant component of piracy is simply that it offers a better
user experience.[3]
Or a phone that is actually a computer. I'm not making any
predictions about the size of the device that will replace TV, just
that it will have a browser and get data via the Internet.[4]
<NAME> writes: "I'd argue the long tail for sports may
be even larger than the long tail for other kinds of content. Anyone
can broadcast a high school football game that will be interesting
to 10,000 people or so, even if the quality of production is not
so good."
Thanks to <NAME>, <NAME>, <NAME>, <NAME>,
<NAME>, and <NAME> for reading drafts of this.Japanese Translation
|
|
https://github.com/Myriad-Dreamin/typst.ts | https://raw.githubusercontent.com/Myriad-Dreamin/typst.ts/main/fuzzers/corpora/layout/spacing_04.typ | typst | Apache License 2.0 |
#import "/contrib/templates/std-tests/preset.typ": *
#show: test-page
//
// // Missing spacing.
// // Error: 11-13 missing argument: amount
// Totally #h() ignored |
https://github.com/thanhdxuan/dacn-report | https://raw.githubusercontent.com/thanhdxuan/dacn-report/master/report-week-6/contents/02-introduce.typ | typst | = Tổng quan
Báo cáo tuần 6 của nhóm tập trung vào giải quyết những vấn đề theo sự hướng dẫn của GVHD (Thầy Quang),
bao gồm:
- Xây dựng UI cho bộ công cụ
- Xử lý trường hợp bị khuyết dữ liệu |
|
https://github.com/dismint/docmint | https://raw.githubusercontent.com/dismint/docmint/main/multicore/pset3.typ | typst | #import "template.typ": *
#show: template.with(
title: "6.5081 PSET 3",
subtitle: "<NAME>",
pset: true
)
= Problem 1
#define(
title: "Sequential Consistency"
)[
Recall that sequential consistency means that we can change the order of events between threads, but not within a thread. Thus, linearizability is a stronger guarantee than sequential consistency.
]
== Figure 1
#twocol(
[
*Sequentially Consistent*
+ `A r.write(1)`
+ `C r.read(1)`
+ `B r.write(2)`
+ `B r.read(2)`
],
[
*Linearizable*
+ `A r.write(1)`
+ `C r.read(1)`
+ `B r.write(2)`
+ `B r.read(2)`
]
)
== Figure 2
#twocol(
[
*Sequentially Consistent*
+ `A r.write(1)`
+ `C r.read(1)`
+ `B r.write(2)`
+ `B r.read(2)`
],
[
*Not Linearizable*
There are only two reads `writes` to `r`, which happen with values of `1` from thread `A` and `2` from thread `B`. Similar, there are two `read`s that see different values. Additionally, both `write`s must happen before both `read`s. This means that in order for the operations to be linearizable, one of the `write`s must be the last executed `write`. Thus, it is impossible for two values to be `read`, and the history is not linearizable.
]
)
= Problem 2
== (a)
=== $S_1 => S_2$
If the system is lock-free, then it must be the case that some method call finishes in a finite number of steps, infinitely often. Thus in an infinite execution, there must be an infinite number of finite steps, meaning an infinite number of method calls finish.
=== $S_2 => S_1$
If infinitely many method calls are completed in an infinite execution, that means that each method call takes a finite number of steps. Thus we can definitively state that there are some method calls that finish in a finite number of steps, infinitely many times, and thus we have lock-freedom.
== (b)
=== $S_1 => S_2$
If a system is deadlock free, that means there at least one thread will make acquire the lock and progress the system. This does *not* mean that we can guarantee an infinite number of steps in the execution, simply because we had some number of steps in the infinite history $bold(H)$
== (c)
This does imply wait-free. We want to ensure that every thread will make some progress in a non-infinite amount of time (i.e. that no thread takes an infinite amount of steps by waiting without ever completing a method call), which is fulfilled by the statement's promise that no thread that takes an infinite amount of steps will not complete an infinite amount of method calls.
== (d)
These are not equivalent. Starvation freedom requires that every thread that tries to call the method will eventually complete it, and this statement is stronger than this requirement because it guarantees that every single thread in will eventually complete an infinite amount of method calls.
= Problem 3
== (a)
Suppose we have two `enq()` calls named `enq1` and `enq2` for convenience. We will use a similar naming scheme for `deq()` method calls. Now consider the following sequence of events that happens at the beginning when the array is empty.
+ `enq1` runs line `14` and gets `i = 0`, setting `tail = 1`
+ `enq2` runs line `14` and gets `i = 1`, setting `tail = 2`
+ `enq2` runs line `15` and sets `items[1] = x2`
+ `deq1` runs with `tail = 2`, and finds item `x2` at `items[1]`
Thus we have created a scenario in which the value from `enq2` gets returned first from a `deq()` call, despite line `14` having run first for `enq1`. This happens because `enq1` fails to store its element as early as it claimed the numbering, meaning the `deq1` method call moved past it as it looks for the first available non-null value.
== (b)
Using a similar notation as above, consider the following sequence of events, once again happening from an empty array.
+ `enq1` runs line `14` and gets `i = 0`, setting `tail = 1`
+ `enq2` runs line `14` and gets `i = 1`, setting `tail = 2`
+ `enq2` runs line `15` and sets `items[1] = x2`
+ `enq1` runs line `15` and sets `items[0] = x1`
+ `deq1` runs with `tail = 2`, and finds item `x1` at `items[0]`
In this case, despite `enq2` executing line `15` first, `enq1` also managed to get their value stored in `items`, and as a result, `deq1` saw this value `x1` first, despite `enq2` executing the "linearization point" first.
== (c)
No, this is not true. The ability to assign a linearization point trivially proves that the method can be linearized, but it is not the only condition under which this is true. We are still able to linearize a method which does not contain a single point at which we can definitely say that method's "effect" has taken place. As in all the cases above, we can indeed find a way to linearize the two `enq` operations, however it does require more effort than simply assigning one point. It becomes necessary to consider when other competing `enq`s started their method call, as well as what has been completed before the next `deq()` starts to execute.
= Problem 4
== (a)
Yes, this implementation is regular. The premise guarantees that there is only a single writer, and any $P$ can only ever return its current value, or the new value that $P_i$ wants to write if the message has been received by them. It is impossible to generate any intermediate value or otherwise give an output that is not the new or old register value. When the operation is done, all $P$ will see the same value in the register.
== (b)
No, it is not atomic, because while the write is going on, different processors can see different values as the message gets passed around. Since it relies on going through all $P$, there is not an atomic point where the action happens. Thus, although there might be some executions in which we can linearize the event, if there is ever a point where a new value is read before an old value, then it automatically is ineligible to be linearizable. This of course, is possible since there is no global register, and each processor holds its own local copy, which it updates as soon as it receives the request to write the new value.
== (c)
By necessity, since multiple processors entails the possibility of a single processor, the above logic applies and this implementation also is not atomic.
= Problem 5
```java
public int read() {
// read last chunk
boolean[] last = new boolean[N];
for (int i = N-1; i >= 0; i++) {
last[i] = b[(2*N)+i].read();
}
// read middle chunk
boolean[] middle = new boolean[N];
for (int i = N-1; i >= 0; i++) {
middle[i] = b[N+i].read();
}
// read first chunk
boolean[] first = new boolean[N];
for (int i = N-1; i >= 0; i++) {
first[i] = b[i].read();
}
// turn into ints
int l = booleanArrayToInt(last);
int m = booleanArrayToInt(middle);
int f = booleanArrayToInt(first);
// return first unless it is the "conflict" block
if (m == l && f != m && f != l) {
return m;
} else {
return f;
}
}
```
#note(
title: "Leftmost"
)[
The term leftmost is used to refer to the first block, rightmost would then refer to the last block.
]
The key idea here is that the `read()` function will go in the opposite direction of the `write()`, starting in the back and moving towards the front, also reading the values within each block backwards. This ensures that there will be at most one point of "conflict", if a `write()` is happening at the same time as a `read()`. In order to explain why this register is atomic with the `read()` provided, consider a linearization point for `write()` as line `10` in the initial code. That is, after we have finished our first round of copying the value `x`.
Since there are no complications if a `read` and `write` don't overlap, let us focus on that specific case. In the case where the two overlap, there will be a point of conflict where the read and write cross each other. Intuitively, we want to say that if `write()` has finished copying to the first block of the array, we can now use this value to serve the read. Otherwise, we don't have complete information and must serve the old value. Therefore, when possible, we want to prioritize taking the leftmost value (the one which `read()` accesses last), to serve an accurate `read()` as soon as possible with respect to `write()`.
In the case where all three of `l, m, f` are the same, then we can choose to return any of them, we we will choose to return the leftmost value. If all three are different from each other, that means that the conflict happened in the middle block, thus the middle block is split, the left block has the new values, and the right block has the old values. We should therefore return the leftmost value.
The other two cases happen when the conflict occurs in either the first or last block. If the conflict happens in the first block, we should return either the middle or last block, since the first block was in the middle of being updated. If the conflict is in the last block, that means the leftmost block was already updated, and we can safely return the leftmost block again. Therefore, the only real case where we return anything except the leftmost block is when the middle and right blocks match each other, but the leftmost block does not match either of them.
This ensures atomicity because once we start returning the leftmost value (which can only happen if it is the new value), due to the way we read in reverse order, we can never return the old value again. Strictly, the sequence of events for an overlap looks something like:
+ `write()` just started but hasn't done anything, `read()` the old value.
+ `write()` is in the middle of writing the first block, `read()` the old value.
+ `write()` is in the middle of writing the middle block, `read()` the new value.
+ `write()` is in the middle of writing the last block, `read()` the new value.
+ `write()` has finished writing, `read()` the new value.
This of course, is synonymous to saying our linearization point for `write()` occurs after we have finished writing to the first block.
= Problem 7
== Regular
#twocol(
[
=== Mutual Exclusion
The main point of interest when considering regular registers is the fact that they have the potential to return either the old or new value when a `read` collides with a `write`. When it comes to the labels, this holds little importance, as the value continues to go up, and any ties are broken by the id of the thread. For the flag array, as long as the value holds after the statement, it doesn't matter if the `read` during the `write` returns `false`. This is because the main purpose of the flag is to signal interest, and it is impossible for a thread to even begin to attempt top enter the critical section if it is not done with the flag of its interest. There are no negative side effects of observing this from another thread's point of view either.
],
[
=== First-Come-First-Served
Initially, the label was not updated until the end of the of the statement anyway, so the regular register provides an insignificant difference to the regular operation of the algorithm. The FCFS nature of the algorithm is unchanged insofar as the original algorithm regards fairness. Because you snapshot your position in line with the label, and the label still continuously goes up in the case of the regular register, nothing changes.
],
)
== Safe
#twocol(
[
=== Mutual Exclusion
Safe registers pose more of a threat, because they are not responsible for what happens when a `read` collides with a `write`. That is, they can return anything of their choosing when a `read` comes in during a `write`. As discussed above, this doesn't change much for the flag array, is the value does not matter until the statement is finished. However, the label array needs more consideration as other competeing threads may be trying to read this value, for example a thread might read a much lower value than what is actually present. Consider the following case:
+ Two threads attempt to acquire the lock, thread `1` has the previously maximal value.
+ Thread `1` attempts to write its new value as `label[1]+1`
+ Thread `2` writes its new value as `label[1]+1`
+ Thread `2` enters the critical section, since reads thread `1`s label as something much lower.
+ Thread `1` enters the critical section, since it has the same label, but lower id than `2`
],
[
=== First-Come-First-Served
As shown on the left, it is possible to read too low of a value, and therefore a thread who goes later may end up going in front of another thread who came first if the previously maximal value thread is also competing, meaning they are writing to their label, and can return anything from a read. Therefore, there is no longer a FCFS guarantee.
],
)
== Wraparound
#twocol(
[
=== Mutual Exclusion
Suppose there is a thread in the critical section who has a label of $v$. If another thread comes in and tries to acquire the lock, they will succeed, as their label will be $0$ instead of $v+1$
],
[
=== First-Come-First-Served
Because the whole algorithm relies on continuously increasing label values, the wraparound register greatly interferes with this process. Suppose that $v = 5$ and we have the following operations at an empty state:
+ Thread `1` is the only thread with the label `5`, thread `2` has label `4`
+ Thread `2` attempts to secure the lock, and as a result, its label is set to `0`
+ Thread `1` attempts to secure the lock, and as a result, its label is set to `0`
+ Despite thread `2` finishing its process first, thread `1` will get let in earlier.
],
)
= Problem 8
We are able to use an almost identical solution from problem 5. The crux of the design will revolve around $3 dot log(M)$ registers.
When a `write()` happens, it will copy the binary representation of the number number into the first $log(M)$ registers, before repeating the same process for the other two blocks.
When a `read()` happens, it will read in reverse order in three batches, and employ the same algorithm found in problem 5, returning a consistent value of either the new or old register.
The correctness of this approach is the exact same as the aforementioned proof and stands for this problem as well. Because there is at most one write at a time, the solution does not functionally differ from that of the fifth problem. There are problems with multiple writes, but the premise of the question allows us to ignore this hindrance.
= Problem 9
#note(
title: "Code for Problem 9"
)[
I have inserted appropriate code in their respective section, and any other miscellaneous files such as the tester have gone in at the end. All included comments have been omitted for brevity, but comments that I have added are left in to demonstrate understanding. I am still unsure whether this is allowed or not since I have yet to receive feedback on the last code submission.
]
== (a)
The implementation I provided is correct as it simply locks around each of the functions. The lock is shared between the entire instance, so once the snapshot begins, nothing else can possibly interrupt the snapshot. This *does not* mean however, that any pending changes are lost, as they will instead hand and wait for the `scan()` to be over.
The `scan` will necessarily pull from the latest `update()`, and since all values are initialized to `0` manually, if there are no updates, that position in the array will return as `0`.
*`AtomicSnapshot.java`*
```java
import java.util.concurrent.atomic.*;
import java.util.concurrent.locks.*;
class AtomicSnapshot implements Snapshot {
protected final AtomicIntegerArray array;
// added fields
private Lock lock;
private AtomicInteger n;
public AtomicSnapshot(int numSlots) {
this.n.set(numSlots);
this.lock = new ReentrantLock();
// initialize array and set all values to 0
this.array = new AtomicIntegerArray(this.n.get());
for (int i = 0; i < this.n.get(); i++) {
this.array.set(i, 0);
}
}
public int[] scan() {
// lock the function
this.lock.lock();
// critical section, nothing can change
int[] arrayCopy = new int[this.n.get()];
for (int i = 0; i < this.n.get(); i++) {
arrayCopy[i] = this.array.get(i);
}
// unlock the function
this.lock.unlock();
// return the generated copy
return arrayCopy;
}
public void update(int index, int val) {
// lock the function
this.lock.lock();
// critical section
this.array.set(index, val);
// unlock the function
this.lock.unlock();
}
}
```
== (b)
The code for this question was generated almost verbatim from the suggested code, and thus all comments have been omitted.
*`SingleScanSnapshot.java`*
```java
import java.util.concurrent.atomic.*; // for AtomicXXX classes
class SingleScanSnapshot implements Snapshot {
protected final AtomicInteger curSeq;
protected final AtomicReferenceArray<Register> high;
protected final AtomicReferenceArray<Register> low;
public SingleScanSnapshot(int numScanners) {
curSeq = new AtomicInteger(0);
high = new AtomicReferenceArray<Register>(numScanners);
low = new AtomicReferenceArray<Register>(numScanners);
for (int i = 0; i < numScanners; i++) {
high.set(i, new Register());
low.set(i, new Register());
}
}
public int[] scan() {
int len = high.length();
int[] view = new int[len];
curSeq.set(curSeq.get() + 1);
for (int j = 0; j < len; j++) {
Register highReg = high.get(j);
if (highReg.seq < curSeq.get()) {
view[j] = highReg.val;
} else {
view[j] = low.get(j).val;
}
}
return view;
}
public void update(int processNum, int val) {
int seq = curSeq.get();
Register highReg = high.get(processNum);
if (seq != highReg.seq) {
low.set(processNum, highReg);
}
high.set(processNum, new Register(val, seq));
}
}
```
== (c)
The only modification that was made around the code from *(b)* was an instance lock that goes around the `scan` function. `update` is still wait free as it has not been tampered with. There is no need to provide any kind of extra security for `update` as it already ran independently, even when colliding with the `scan` calls.
It is necessary that the lock does not interfere with the functionality of the code. Since the `ReentrantLock` serves as an essentially infinite stall if another thread has already acquired the lock, we simulate concurrency and the power for two threads to freely call the `read` function, while retaining the actual functionality and stability of a single process `scan` implementation.
*`DualScanSnapshot.java`*
```java
import java.util.concurrent.atomic.*;
import java.util.concurrent.locks.*;
class DualScanSnapshot implements Snapshot {
protected final AtomicInteger curSeq;
protected final AtomicReferenceArray<Register> high;
protected final AtomicReferenceArray<Register> low;
private Lock lock;
public DualScanSnapshot(int numScanners) {
// create new lock
this.lock = new ReentrantLock();
curSeq = new AtomicInteger(0);
high = new AtomicReferenceArray<Register>(numScanners);
low = new AtomicReferenceArray<Register>(numScanners);
for (int i = 0; i < numScanners; i++) {
high.set(i, new Register());
low.set(i, new Register());
}
}
public int[] scan() {
// acquire the lock
this.lock.lock();
int len = high.length();
int[] view = new int[len];
curSeq.set(curSeq.get() + 1);
for (int j = 0; j < len; j++) {
Register highReg = high.get(j);
if (highReg.seq < curSeq.get()) {
view[j] = highReg.val;
} else {
view[j] = low.get(j).val;
}
}
// release the lock before returning
this.lock.unlock();
return view;
}
public void update(int processNum, int val) {
int seq = curSeq.get();
Register highReg = high.get(processNum);
if (seq != highReg.seq) {
low.set(processNum, highReg);
}
high.set(processNum, new Register(val, seq));
}
}
```
== (d)
The two implementations I chose to compare were:
+ A simple `AtomicInteger` counter which would be incremented by all threads simultaneously.
+ The snapshot implementation from *(b)*, where no locks are needed.
I expected the simple `AtomicInteger` to be much faster, as the implementation is extremely simple, and doesn't use any kind of control mechanism. I thought this would lead to a low overall level of overhead, and perform significantly better than any other approach.
The results are graphed below:
#twocol(bimg("img/graph1.png"), bimg("img/graph2.png"))
Results were taken on $n = {1, 5, 10, 20, 40}$, using 10 trials and `500000` increments.
Somewhat surprisingly, over time, the increments per second actually got better for the snapshot. I believe this is because the read operations happen sparingly, and paying the price of Atomicity on the primary data structure *all the time* is rather taxing compared to a completely independent updating system as is the case for the snapshot. Unsurprisingly however, the reads always remained better for the `AtomicInteger` implementation.
Attached below are the two `Counter.java` files, followed by `CounterTest.java` and `Register.java`. The only notable changes in the other files are in the tester, where I added some convenient print statements to check my correctness.
*`Counter.java`* (_AtomicInteger_)
```java
import java.util.concurrent.atomic.*;
public class Counter implements Reader {
private AtomicInteger counter;
public Counter(int numServers) {
this.counter = new AtomicInteger(0);
}
public int read() {
return this.counter.get();
}
public void update() {
this.counter.incrementAndGet();
}
}
class CountingServer implements Server {
private Counter counter;
public CountingServer(Counter counter, int processNum) {
this.counter = counter;
}
public void inc() {
this.counter.update();
}
}
```
*`Counter.java`* (_Snapshot_)
```java
import java.util.concurrent.atomic.*;
public class Counter implements Reader {
protected final AtomicInteger curSeq;
protected final AtomicReferenceArray<Register> high;
protected final AtomicReferenceArray<Register> low;
public Counter(int numServers) {
curSeq = new AtomicInteger(0);
high = new AtomicReferenceArray<Register>(numServers);
low = new AtomicReferenceArray<Register>(numServers);
for (int i = 0; i < numServers; i++) {
high.set(i, new Register());
low.set(i, new Register());
}
}
public int read() {
int len = high.length();
// view is now a cumulative sum instead of being an array
int viewCum = 0;
curSeq.set(curSeq.get() + 1);
for (int j = 0; j < len; j++) {
Register highReg = high.get(j);
if (highReg.seq < curSeq.get()) {
viewCum += highReg.val;
} else {
viewCum += low.get(j).val;
}
}
/**
* An immutable pair of integers: a value and a sequence number (aka timestamp).
*/
public class Register {
/**
* The value of the register.
*/
public final int val;
/**
* The sequence number (aka timestamp) of the register.
*/
public final int seq;
/**
* Constructs a Register with zeros.
*/
public Register() {
val = 0;
seq = 0;
}
/**
* Constructs a Register with the given value and sequence number.
*/
public Register(int v, int s) {
val = v;
seq = s;
}
}
return viewCum;
}
public void inc(int processNum) {
int seq = curSeq.get();
Register highReg = high.get(processNum);
if (seq != highReg.seq) {
low.set(processNum, highReg);
}
high.set(processNum, new Register(highReg.val + 1, seq));
}
}
class CountingServer implements Server {
private Counter counter;
private int processNum;
public CountingServer(Counter counter, int processNum) {
this.counter = counter;
this.processNum = processNum;
}
public void inc() {
this.counter.inc(processNum);
}
}
```
*`CounterTest.java`*
```java
import java.util.concurrent.atomic.*;
import java.util.concurrent.locks.*;
interface Snapshot {
/**
* Gets an atomic snapshot of the values in Snapshot.
*
* This method is called by "scanner" threads. This method
* returns the values in each slot of the Snapshot object.
*
* @return
* The value of the Snapshot.
*/
public int[] scan();
/**
* Updates the value of the Snapshot in the slot for a given thread.
*
* This method is called by "updater" threads. This method sets the slot
* in the snapshot at location index to have value val.
*
* @param index
* The index in the array to update.
* @param val
* The value to be written.
*/
public void update(int index, int val);
}
interface Reader {
public int read();
}
interface Server {
public void inc();
}
////////////////////////////////////////////////////////////////////////////////
class ServerRunner implements Runnable {
public final AtomicBoolean done;
private final Server server;
private final int processNum;
private final int numIncs;
public ServerRunner(Counter counter, int processNum, int numIncs) {
done = new AtomicBoolean(false);
this.server = new CountingServer(counter, processNum);
this.processNum = processNum;
this.numIncs = numIncs;
}
public void run() {
for (int i = 0; i < numIncs; i++) {
server.inc();
}
done.set(true);
}
}
class ReaderRunner implements Runnable {
public final AtomicBoolean done;
private final Reader reader;
public int scanCount;
public int[] recentSnapshots;
public ReaderRunner(Reader reader) {
this.done = new AtomicBoolean(false);
this.reader = reader;
this.scanCount = 0;
this.recentSnapshots = new int[10];
}
public void run() {
while (!done.get()) {
final int curVal = reader.read();
scanCount++;
recentSnapshots[scanCount % recentSnapshots.length] = curVal;
}
}
}
class StopWatch {
private long startTime;
public StopWatch() {
startTime = System.nanoTime();
}
public void reset() {
startTime = System.nanoTime();
}
public double peek() {
return (System.nanoTime() - startTime) / 1000000.0; // milliseconds
}
}
public class CounterTest {
public static void main(String[] args) {
if (args.length != 3) {
System.out.println("ERROR! Usage: java CounterTest [numTrials] [numIncs] [serverCount]");
return;
}
final int numTrials = Integer.parseInt(args[0]);
final int numIncs = Integer.parseInt(args[1]);
final int serverCount = Integer.parseInt(args[2]);
StopWatch sw = new StopWatch();
final int readerCount = 1;
final int numThreads = serverCount + readerCount;
double incPerMS[] = new double[numTrials];
double readsPerMS[] = new double[numTrials];
ServerRunner[] server = new ServerRunner[serverCount];
ReaderRunner reader;
Thread[] workerThread = new Thread[numThreads];
for (int t = 0; t < numTrials; t++) {
Counter counter = new Counter(numThreads);
reader = new ReaderRunner(counter);
workerThread[serverCount] = new Thread(reader);
for (int i = 0; i < serverCount; i++) {
server[i] = new ServerRunner(counter, i, numIncs);
workerThread[i] = new Thread(server[i]);
}
sw.reset();
for (int i = 0; i < numThreads; i++) {
workerThread[i].start();
}
// wait until each server is done
boolean allDone = false;
while (!allDone) {
allDone = true;
for (int i = 0; i < serverCount; i++) {
if (server[i].done.get() == false) {
allDone = false;
}
}
}
// notify all of the readers to stop
reader.done.set(true);
// join every thread
for (int i = 0; i < numThreads; i++) {
try {
workerThread[i].join();
} catch (InterruptedException ignore) {
;
}
}
double ms = sw.peek();
incPerMS[t] = numIncs * serverCount * 1.0 / ms;
readsPerMS[t] = 0.0;
readsPerMS[t] += reader.scanCount;
readsPerMS[t] /= ms;
if (counter.read() != numIncs * serverCount) {
System.out.printf("%s != %s\n", counter.read(), numIncs * serverCount);
} else {
System.out.println("Test Passed");
}
}
System.out.print(serverCount + " servers, " + readerCount + " readers :\n\tIncs/ms = [");
double incAvg = 0;
for (int t = 0; t < numTrials; t++) {
incAvg += incPerMS[t];
System.out.print(" " + String.format("%.2f", incPerMS[t]));
}
System.out.print(" ]\n\tReads/ms = [");
double readsAvg = 0;
for (int t = 0; t < numTrials; t++) {
readsAvg += readsPerMS[t];
System.out.print(" " + String.format("%.2f", readsPerMS[t]));
}
System.out.println(" ]");
System.out.printf("\nincAvg = %s\nreadsAvg = %s", incAvg / numTrials, readsAvg / numTrials);
}
}
```
*`Register.java`*
```java
/**
* An immutable pair of integers: a value and a sequence number (aka timestamp).
*/
public class Register {
/**
* The value of the register.
*/
public final int val;
/**
* The sequence number (aka timestamp) of the register.
*/
public final int seq;
/**
* Constructs a Register with zeros.
*/
public Register() {
val = 0;
seq = 0;
}
/**
* Constructs a Register with the given value and sequence number.
*/
public Register(int v, int s) {
val = v;
seq = s;
}
}
```
|
|
https://github.com/SkytAsul/trombinoscope | https://raw.githubusercontent.com/SkytAsul/trombinoscope/main/trombi-full.typ | typst | MIT License | #import "data/trombi.typ" : add-images
#set page("a5", margin: (top: 1cm, left: 0.5cm, right: 0.5cm, bottom: 0.5cm), footer: context [
#if calc.even(counter(page).get().at(0)) {
align(left, counter(page).display())
} else {
align(right, counter(page).display())
}
], footer-descent: -10%)
#page(background: image("pages/Couverture.svg"), footer: none)[]
#page(footer: none)[]
#counter(page).update(1)
#include("pages/pageIntro.typ")
#page(footer: none)[]
#add-images(promo => [
#pagebreak(to: "odd")
#page(background: image("pages/" + str(promo) + "A.svg"), footer: none, [])
])
#include("pages/pageStats.typ")
#pagebreak()
#include("pages/pageAssociations.typ")
#pagebreak()
#include("pages/pageRemerciements.typ")
#page(footer: none)[]
#page(footer: none)[]
#page(background: image("pages/4e-Couverture.svg"), footer: none)[] |
https://github.com/DanielMeiborg/university_exercises | https://raw.githubusercontent.com/DanielMeiborg/university_exercises/main/modules/Grundbegriffe_der_Informatik/Blatt_0/main.typ | typst | #import "@preview/unequivocal-ams:0.1.1": ams-article, theorem, proof
#show: ams-article.with(
title: [GBI WS 24/25 – Übungsblatt 0],
authors: (
(
name: "<NAME> 2599041",
),
))
#set heading(numbering: none)
= Aufgabe 2
== a
$A = {1, 2}$
$B = {2, 3}$
$ (A union B) \\ B = {1} != A union (B \\ B) = A union emptyset = {1, 2} qed$
== b
$A = {1, 2}$
$B = emptyset$
$|A times B| = 0$
$|A| = 2 > |A times B| qed$
== c
$A = {1, 2}$
$B = {1, 3}$
$C = {2, 3}$
$A sect B = {1}$
$A sect B sect C = emptyset qed$
== d
...
= Aufgabe 3
Die Mächtigkeit jeder Teilmenge $E$ von dem Kreuzprodukt einer endlichen Menge $V$ mit sich selbst ent |
|
https://github.com/Caellian/UNIRI_voxels_doc | https://raw.githubusercontent.com/Caellian/UNIRI_voxels_doc/trunk/summary.typ | typst | #import "@preview/wordometer:0.1.1": *
#text(size: 14pt, weight: "bold")[Sažetak]
#v(5pt)
Treba biti 100-300 riječi:
#word-count(total => [
Cilj završnog rada je proči kroz različite metode rasterizacije volumetrijskih podataka u području računalne znanosti.
Rad započinje s uvođenjem različitih podatkovnih struktura i njihove primjene u različitim područjima poput medicine, geoprostornoj analizi, TODO i računalnim igrama. Zatim ulazi u temu rasterizacije takvih podataka i njihovog prikaza.
Br. riječi: #{total.words - 3}
])
#v(10pt)
#text(weight: "bold")[Ključne riječi:] računalna grafika; vokseli; rasterizacija
#pagebreak()
|
|
https://github.com/dankelley/typst_templates | https://raw.githubusercontent.com/dankelley/typst_templates/main/ex/README.md | markdown | MIT License | # Instructions
## Installing typst
On a macOS machine, type
```sh
brew install typst
```
to install typst. This assumes that you have 'homebrew' installed. If not,
please consult the typst webpage for other ways to install typst.
## Setting up the qe template
Do as follows (for version 0.0.2; change that sequence for later versions).
```sh
mkdir -p ~/Library/Application\ Support/typst/packages/local/ex/0.0.1
cp 0.0.1/* ~/Library/Application\ Support/typst/packages/local/ex/0.0.1
```
|
https://github.com/luiswirth/numpde-slides | https://raw.githubusercontent.com/luiswirth/numpde-slides/main/src/math.typ | typst | #let avec(a) = math.upright(math.bold(a))
#let amat(a) = math.upright(math.bold(a))
#let vvec(a) = math.accent(math.bold(a), math.arrow)
#let nvec(a) = math.accent(avec(a), math.hat)
#let xv = $avec(x)$
#let ii = $dotless.i$
#let linf(a) = math.sans(a)
#let bilf(a) = math.sans(a)
#let grad = $avec("grad")$
#let inner(a, b) = $lr(angle.l #a, #b angle.r)$
#let conj(u) = math.overline(u)
#let transp = math.tack.b
#let hert = math.upright(math.sans("H"))
#let clos(a) = math.overline(a)
#let restr(a) = $lr(#a|)$
#let openint(a,b) = $lr(\] #a, #b \[)$
#let argmin = math.op("arg min", limits: true)
#let argmax = math.op("arg max", limits: true)
#let mesh = $cal(M)$
#let nodes = $cal(N)$
#let Sdisc = $cal(S)^(-1)_0$
#let S0p = $cal(S)^0_p$
#let S10 = $cal(S)_1^0$
#let S100 = $cal(S)_(1,0)^0$
#let S0p0 = $cal(S)^0_(p,0)$
#let S0pM = $S0p(mesh)$
#let S0pMt = $S0p(mesh')$
#let S10M = $S10(mesh)$
#let S100M = $S100(mesh)$
#let S0p0M = $S0p0(mesh)$
#let math-template(doc) = [
#set math.mat(delim: "[")
#set math.vec(delim: "[")
#set math.cancel(stroke: red)
// make equation cites only display the number
#show ref: it => {
let eq = math.equation
let el = it.element
if el != none and el.func() == eq {
numbering(
el.numbering,
..counter(eq).at(el.location())
)
} else {
it
}
}
#doc
]
|
|
https://github.com/Servostar/dhbw-abb-typst-template | https://raw.githubusercontent.com/Servostar/dhbw-abb-typst-template/main/README.md | markdown | MIT License |
<div align="center">
<h1>DHBW-ABB template for Typst</h1>
<img src="https://img.shields.io/gitea/last-commit/dhbw/dhbw-abb-typst-template?gitea_url=https%3A%2F%2Fgit.montehaselino.de">
<img src="https://img.shields.io/github/actions/workflow/status/Servostar/dhbw-abb-typst-template/ci.yml?label=build">
<img src="https://img.shields.io/gitea/v/release/dhbw/dhbw-abb-typst-template?gitea_url=https%3A%2F%2Fgit.montehaselino.de&display_name=release">
<img src="https://img.shields.io/badge/license-MIT-ff0000">
<img src="https://img.shields.io/badge/Typst-2B9CB0">
<img src="https://img.shields.io/gitea/languages/count/dhbw/dhbw-abb-typst-template?gitea_url=https%3A%2F%2Fgit.montehaselino.de">
<br>
<br>
<b>Unofficial</b> but feature rich Typst template for writing a thesis or report at DHBW<br>
with according ABB AG branding in mind.
<br>
<br>
<img width="1000pt" src="./assets/banner.png">
</div>
## Table of Contents
1. [Contribution](#contribution)
1. [Features](#features)
2. [Usage](#usage)
2. [Preview of pages](#preview)
3. [Relation to DHBW docx template](#dhbw-docx-template)
4. [Format and branding conformance](#format)
5. [Fonts](#fonts)
6. [Legal](#legal)
7. [For LaTeX users](#for-users-jumping-over-from-latex)
8. [FAQ](#faq)
1. [Typst vs LaTeX](#why-typst-instead-of-latex)
2. [Source of logos](#where-are-the-logos-from)
## Contribution
> ⚠️ **Important** <br>
> Development happens at an external site [here](https://git.montehaselino.de/DHBW/dhbw-abb-typst-template).
> The GitHub repository is only a push mirror, but issues are still welcome at any time!
## Features
> ⚠️ **Notice** <br>
> Typst ist under active development and thus may lack features an experienced LaTeX is used to.
This template includes designs for a titlepage, confidantiality statement, declaration of authorship and more with a consistent design inspired by various unofficial works made by students at DHBW. Layout and the choise fonts are based on the unofficial [supercharged-dhbw](https://github.com/DannySeidel/typst-dhbw-template) Typst template. It comes with automatic generation of outlines for figures, tables, code snippets and appendices.
The template can generate sections for a glossary, combinging acronyms and technical terms into a singular section.
A short overview of all features the template is capable of:
- Acronyms
- Glossary
- Table of Contents for: headings, figures, tables and listings and appendecis
- Appendix
- Extra page for:
- Declaration of Authorship
- Confidentiality Statement
- Preleminary notice
- Watermark for draft versions
- Automatic form filling for data provided via configuration
- Styles for captions, tables and equations
- ABB branding inspired code theme
## Preview
## Usage
### Without Typst package manager
Clone the repository into a subfolder of your project or add it a git submodule. The you can import the `lib.typ` file from `src`.
Once thats done calling the following snippet `#show: dhbw-template.with(conf)` will setup the template. You can provide a configuration for the template to use.
The default configuration can be found in `src/conf.typ`.
```typst
#import "src/lib.typ": *
#show: dhbw-template.with((
lang: "en",
region: "en",
author: (
name: "<NAME>",
semester: 4,
program: "Informationtechnology",
course: "TINF19IT1",
faculty: "Technik",
university: "DHBW Mannheim",
company: "ABB AG",
supervisor: "<NAME>",
matriculation-number: 123456789),
thesis: (
title: "Unofficial ABB/DHBW Typst template",
subtitle: "for reports and thesises",
submission-date: "23rd march 2020",
timeframe: "1st january 2020 - 20th march 2020",
kind: "T2000",
summary: summary,
abstract: abstract,
preface: include "preface.typ",
keywords: ( "IT", "other stuff" ),
bibliography: bibliography("refs.bib"),
glossary: yaml("glossary.yml"),
appendices: include "appendix.typ")))
// Your document code goes here!
= Introduction
lorem(50)
= Chapter 1
#lorem(230)
```
## DHBW DOCX template
The official [DHBW template for Word](https://blog.fakultaet-technik.de/wp-content/uploads/2015/06/Studienarbeitsvorlage.docx) was used a strong inspiration but not as base template.
## Format
All pages have a margin of 2.5cm between header/footer/content and the page border.
Header and footer do not overlap into this margin in order to conform to university requirements.
Bibliography is formated with the IEEE style. <br>
Appendecies make use of an abbreviation of APA style.
Complies with ABB branding guidelines such as:
- proper usage of the logo
- respecting the logo safe area
- brand colors (in syntax highlightning)
## Fonts
Both fonts used in the document are licensed under the [Open Font License](https://openfontlicense.org/) and can be used for non-commercial as well as commercial purposes:
- [Fira Sans](https://github.com/bBoxType/FiraSans)
- [Fira Math](https://github.com/firamath/firamath)
- [Fira Code NF](https://www.nerdfonts.com/font-downloads)
Consider giving the creators of the font credit for their amazing work!
## For users jumping over from LaTeX
The developers around Typst have made pretty handy comparison guide between LaTeX and Typst syntax and features. You can find it [here](https://typst.app/docs/guides/guide-for-latex-users/).
## Legal
This template and its content is in no way officially affiliaterd with either DHBW or ABB AG.
Its only purpose is to simplify the process of getting started with the typsetting language Typst for writing a university report or thesis.
As author and owner of the reposity I claim no copyright of the logos used in the document, the software used to compile the source or the documents based on this template.
## FAQ
### Why Typst instead of LaTeX?
LaTeX is quite old. Which does not make it bad just because. But with its age and historically grown way of dealing with pretty much any kind of task - has made LaTeX cumbersome to work with. The syntax is outdated for sure but the most annoying issues (for me personally) are the following:
- long compilation times
- poor documentation of build systems such as `latexmk`
- lots of stuff requires extra programs to be run in between
- page layout is easy to mess up
- HUGE installation size
Typst in comparison is serval orders of magnitudes faster and has native support for UTF-8. It automatically runs several times to generate the proper layout and links. Additionally being open source and written in Rust it is contained within a single handy binary.
**TLDR;** I find Typst easier and faster to work with.
### Where are the logos from?
The logos for both ABB AG and DHBW are freely available at Wikimedia Commons:
- [ABB logo as svg](https://commons.wikimedia.org/wiki/File:ABB_logo.svg)
- [DHBW logo as svg](https://upload.wikimedia.org/wikipedia/de/1/1d/DHBW-Logo.svg)
|
https://github.com/k0tran/bsbd_labs_s2 | https://raw.githubusercontent.com/k0tran/bsbd_labs_s2/master/reports/lab2.typ | typst | #import "template.typ": *
#show: lab.with(n: 2)
= Read commited
Для начала выберем две роли, подходящие для выполнения данной операции. Пусть это будет sales_role для совершения операции (INSERT в sales.sales) и staff_role для наблюдения за операцией.
#pic(img: "lab2/rc_1.png")[READ COMMITED транзакция]
При этом при попытке чтения из-под staff_role:
#pic(img: "lab2/rc_2.png")[Чтение из роли staff_role]
Как и должно быть, изменения, внесенные транзакцией READ COMMITED не должны быть видимы другим пользоватям до того как они будут совершены. Теперь попробуем COMMIT:
#pic(img: "lab2/rc_3.png")[Запись из sales_role]
#pic(img: "lab2/rc_4.png")[Чтение staff_role после завершения транзакции]
#pagebreak()
= Repeatable read
#pic(img: "lab2/rr_1.png")[Запись из sales_role]
#pic(img: "lab2/rr_2.png")[Чтение staff_role до и после завершения транзакции]
Изоляция транзакции уровня REPEATABLE READ обеспечивает одинаковое чтени вне зависимости меняется ли таблица или нет во время произведения транзакции.
#pic(img: "lab2/rr_3.png")[Открываем транзакцию на staff_role, обязательно читаем]
#pic(img: "lab2/rr_4.png")[Добавляем запись с sales_role]
#pic(img: "lab2/rr_5.png")[Запись не видна из транзакции staff_role]
#pagebreak()
= Serializable
Исполняет паралелльные транзакции как будто бы они происходят отдельно.
#pic(img: "lab2/s_1.png")[Запись из sales_role]
#pic(img: "lab2/s_2.png")[Чтение staff_role до и после завершения транзакции]
В отличие если мы вставляем две строки с одинаковым primary key (или другим уникальным значением), то в случае REPEATABLE READ обе транзакции не выдадут ошибку до их завершения (COMMIT). А в случае SERIALIZABLE, ошибка будет на этапе попытки вставки.
#pagebreak()
// Костыль что бы заголовки были без номера
#set heading(numbering: (..numbers) =>
if numbers.pos().len() <= 0 { return "" }
)
#endhead[Заключение]
В данной лабораторной работе были рассмотрены такие важные аспекты PostgreSQ изоляция транзакций Также была произведена опытная проверка их функционирования.
|
|
https://github.com/kdog3682/2024-typst | https://raw.githubusercontent.com/kdog3682/2024-typst/main/src/styles.typ | typst | #let mmgg-title = (
size: 18pt, weight: "bold"
)
#let chess-piece-size = (
width: 10pt, height: 10pt
)
#let dash-stroke = (thickness: 0.5pt, dash: "dotted")
#let finale = (
stroke: (thickness: 0.5pt, dash: "dotted"),
inset: 3pt,
)
#let strokes = (
soft: (dash: "loosely-dotted", thickness: 0.5pt, paint: black),
hard: (dash: "loosely-dotted", thickness: 0.5pt, paint: black),
)
let soft-mark = (
width: 0.2,
length: 0.3,
stroke: strokes.soft,
start: ">",
end: ">",
fill: black,
)
#let text-attrs = (
weight: "bold",
size: 18pt,
centered: true,
)
#let get(key) = {
}
// #panic(chess-piece)
/*
rect(stroke: black, fill: white, radius: 5pt, align(text(size: 0.6em, fill: color, weight: "bold", key)))
small-black-circle
stroke
fill
size: 0.6em, fill: color, weight: "bold"
let stroke = 0.3pt
let stroke = 0.3pt
let align = center + horizon
let align=auto
table(column-gutter: gap, columns: items.len(), stroke: stroke, align: align, inset: 0pt, ..items)
width: 300pt, height: 300pt, background: rect(fill: white, width: 100%, height: 100%))
dialogue-right
left
right
top
bottom
*/
|
|
https://github.com/frectonz/the-pg-book | https://raw.githubusercontent.com/frectonz/the-pg-book/main/book/107.%20angelinvesting.html.typ | typst | angelinvesting.html
How to Be an Angel Investor
March 2009(This essay is derived from a talk at AngelConf.)When we sold our startup in 1998 I thought one day I'd do some angel
investing. Seven years later I still hadn't started. I put it off
because it seemed mysterious and complicated. It turns out to be
easier than I expected, and also more interesting.The part I thought was hard, the mechanics of investing, really
isn't. You give a startup money and they give you stock. You'll
probably get either preferred stock, which means stock with extra
rights like getting your money back first in a sale, or convertible
debt, which means (on paper) you're lending the company money, and
the debt converts to stock at the next sufficiently big funding
round.
[1]There are sometimes minor tactical advantages to using one or the
other. The paperwork for convertible debt is simpler. But really
it doesn't matter much which you use. Don't spend much time worrying
about the details of deal terms, especially when you first start
angel investing. That's not how you win at this game. When you
hear people talking about a successful angel investor, they're not
saying "He got a 4x liquidation preference." They're saying "He
invested in Google."That's how you win: by investing in the right startups. That is
so much more important than anything else that I worry I'm misleading
you by even talking about other things.MechanicsAngel investors often syndicate deals, which means they join together
to invest on the same terms. In a syndicate there is usually a
"lead" investor who negotiates the terms with the startup. But not
always: sometimes the startup cobbles together a syndicate of
investors who approach them independently, and the startup's lawyer
supplies the paperwork.The easiest way to get started in angel investing is to find a
friend who already does it, and try to get included in his syndicates.
Then all you have to do is write checks.Don't feel like you have to join a syndicate, though. It's not that
hard to do it yourself. You can just use the standard
series AA
documents <NAME> and Y Combinator published online.
You should of course have your lawyer review everything. Both you
and the startup should have lawyers. But the lawyers don't have
to create the agreement from scratch.
[2]
When you negotiate terms with a startup, there are two numbers you
care about: how much money you're putting in, and the valuation of
the company. The valuation determines how much stock you get. If
you put $50,000 into a company at a pre-money valuation of $1
million, then the post-money valuation is $1.05 million, and you
get .05/1.05, or 4.76% of the company's stock.If the company raises more money later, the new investor will take
a chunk of the company away from all the existing shareholders just
as you did. If in the next round they sell 10% of the company to
a new investor, your 4.76% will be reduced to 4.28%.That's ok. Dilution is normal. What saves you from being mistreated
in future rounds, usually, is that you're in the same boat as the
founders. They can't dilute you without diluting themselves just
as much. And they won't dilute themselves unless they end up
net ahead. So in theory, each further
round of investment leaves you
with a smaller share of an even more valuable company, till after
several more rounds you end up with .5% of the company at the point
where it IPOs, and you are very happy because your $50,000 has
become $5 million.
[3]The agreement by which you invest should have provisions that
let you contribute to
future rounds to maintain your percentage. So it's your choice
whether you get diluted.
[4]
If the company does really well,
you eventually will, because eventually the valuations will get so
high it's not worth it for you.How much does an angel invest? That varies enormously, from $10,000
to hundreds of thousands or in rare cases even millions. The upper
bound is obviously the total amount the founders want to raise.
The lower bound is 5-10% of the total or $10,000, whichever
is greater. A typical angel round these days might be $150,000
raised from 5 people.Valuations don't vary as much. For angel rounds it's rare to see
a valuation lower than half a million or higher than 4 or 5 million.
4 million is starting to be VC territory.How do you decide what valuation to offer? If you're part of a
round led by someone else, that problem is solved for you. But
what if you're investing by yourself? There's no real answer.
There is no rational way to value an early stage startup. The
valuation reflects nothing more than the strength of the company's
bargaining position. If they really want you, either because they
desperately need money, or you're someone who can help them a lot,
they'll let you invest at a low valuation. If they don't need you,
it will be higher. So guess. The startup may not have any more
idea what the number should be than you do.
[5]Ultimately it doesn't matter much. When angels make a lot of money
from a deal, it's not because they invested at a valuation of $1.5
million instead of $3 million. It's because the company was really
successful.I can't emphasize that too much. Don't get hung up on mechanics
or deal terms. What you should spend your time thinking about is
whether the company is good.(Similarly, founders also should not get hung up on deal
terms, but should spend their time thinking about how to make the
company good.)There's a second less obvious component of an angel investment: how
much you're expected to help the startup. Like the amount you
invest, this can vary a lot. You don't have to do anything if you
don't want to; you could simply be a source of money. Or you can
become a de facto employee of the company. Just make sure that you
and the startup agree in advance about roughly how much you'll do
for them.Really hot companies sometimes have high standards for angels. The
ones everyone wants to invest in practically audition investors,
and only take money from people who are famous and/or will work
hard for them. But don't feel like you have to put in a lot of
time or you won't get to invest in any good startups. There is a
surprising lack of correlation between how hot a deal a startup is
and how well it ends up doing. Lots of hot startups will end up
failing, and lots of startups no one likes will end up succeeding.
And the latter are so desperate for money that they'll take it from
anyone at a low valuation.
[6]Picking WinnersIt would be nice to be able to pick those out, wouldn't it? The
part of angel investing that has most effect on your returns, picking
the right companies, is also the hardest. So you should practically
ignore (or more precisely, archive, in the Gmail sense) everything
I've told you so far. You may need to refer to it at some point,
but it is not the central issue.The central issue is picking the right startups. What "Make something
people want" is for startups, "Pick the right startups" is for
investors. Combined they yield "Pick the startups that will make
something people want."How do you do that? It's not as simple as picking startups that
are already making something wildly popular. By then it's
too late for angels. VCs will already be onto them. As an angel,
you have to pick startups before they've got a hit—either
because they've made something great but users don't realize it
yet, like Google early on, or because they're still an iteration
or two away from the big hit, like Paypal when they were making
software for transferring money between PDAs.To be a good angel investor, you have to be a good judge of potential.
That's what it comes down to. VCs can be fast followers. Most of
them don't try to predict what will win. They just try to notice
quickly when something already is winning. But angels have to be
able to predict.
[7]One interesting consequence of this fact is that there are a lot
of people out there who have never even made an angel investment
and yet are already better angel investors than they realize.
Someone who doesn't know the first thing about the mechanics of
venture funding but knows what a successful startup founder looks
like is actually far ahead of someone who knows termsheets inside
out, but thinks
"hacker" means someone who breaks into computers.
If you can recognize good startup founders by empathizing with
them—if you both resonate at the same frequency—then
you may already be a better startup picker than the median professional
VC.
[8]<NAME>, for example, started angel investing about a year
after me, and he was pretty much immediately as good as me at picking
startups. My extra year of experience was rounding error compared
to our ability to empathize with founders.What makes a good founder? If there were a word that meant the
opposite of hapless, that would be the one. Bad founders seem
hapless. They may be smart, or not, but somehow events overwhelm
them and they get discouraged and give up. Good founders make
things happen the way they want. Which is not to say they force
things to happen in a predefined way. Good founders have a healthy
respect for reality. But they are relentlessly resourceful. That's
the closest I can get to the opposite of hapless. You want to fund
people who are relentlessly resourceful.Notice we started out talking about things, and now we're talking
about people. There is an ongoing debate between investors which
is more important, the people, or the idea—or more precisely,
the market. Some, like <NAME>, say it's the people—that
the idea will change, but the people are the foundation of the
company. Whereas <NAME> says he'd back ok founders in a
hot market over great founders in a bad one.
[9]These two positions are not so far apart as they seem, because good
people find good markets. <NAME> would probably have ended up
pretty rich even if IBM hadn't happened to drop the PC standard in
his lap.I've thought a lot about the disagreement between the investors who
prefer to bet on people and those who prefer to bet on markets.
It's kind of surprising that it even exists. You'd expect opinions
to have converged more.But I think I've figured out what's going on. The three most
prominent people I know who favor markets are Marc, <NAME>,
and <NAME>. And all three of them, in their own startups,
basically flew into a thermal: they hit a market growing so fast
that it was all they could do to keep up with it. That kind of
experience is hard to ignore. Plus I think they underestimate
themselves: they think back to how easy it felt to ride that huge
thermal upward, and they think "anyone could have done it." But
that isn't true; they are not ordinary people.So as an angel investor I think you want to go with <NAME> and
bet on people. Thermals happen, yes, but no one can predict
them—not even the founders, and certainly not you as an
investor. And only good people can ride the thermals if they hit
them anyway.Deal FlowOf course the question of how to choose startups presumes you
have startups to choose between. How do you find them? This is
yet another problem that gets solved for you by syndicates. If you
tag along on a friend's investments, you don't have to find startups.The problem is not finding startups, exactly, but finding a stream
of reasonably high quality ones. The traditional way to do this
is through contacts. If you're friends with a lot of investors and
founders, they'll send deals your way. The Valley basically runs
on referrals. And once you start to become known as reliable,
useful investor, people will refer lots of deals to you. I certainly
will.There's also a newer way to find startups, which is to come to
events like Y Combinator's Demo Day, where a batch of newly created
startups presents to investors all at once. We have two Demo Days
a year, one in March and one in August. These are basically mass
referrals.But events like Demo Day only account for a fraction of matches
between startups and investors. The personal referral is still the
most common route. So if you want to hear about new startups, the
best way to do it is to get lots of referrals.The best way to get lots of referrals is to invest in startups. No
matter how smart and nice you seem, insiders will be reluctant to
send you referrals until you've proven yourself by doing a couple
investments. Some smart, nice guys turn out to be flaky,
high-maintenance investors. But once you prove yourself as a good
investor, the deal flow, as they call it, will increase rapidly in
both quality and quantity. At the extreme, for someone like <NAME>, it is basically identical with the deal flow of the whole
Valley.So if you want to invest seriously, the way to get started is to
bootstrap yourself off your existing connections, be a good investor
in the startups you meet that way, and eventually you'll start a
chain reaction. Good investors are rare, even in Silicon Valley.
There probably aren't more than a couple hundred serious angels in the whole
Valley, and yet they're probably the single most important ingredient
in making the Valley what it is. Angels are the limiting reagent
in startup formation.If there are only a couple hundred serious angels in the Valley,
then by deciding to become one you could single-handedly make the pipeline
for startups in Silicon Valley significantly wider. That is kind
of mind-blowing.Being GoodHow do you be a good angel investor? The first thing you need is
to be decisive. When we talk to founders about good and bad
investors, one of the ways we describe the good ones is to say "he
writes checks." That doesn't mean the investor says yes to everyone.
Far from it. It means he makes up his mind quickly,
and follows through. You may be thinking, how hard could that be?
You'll see when you try it. It follows from the nature of angel
investing that the decisions are hard. You have to guess early,
at the stage when the most promising ideas still seem counterintuitive,
because if they were obviously good, VCs would already have funded
them.Suppose it's 1998. You come across a startup founded by a couple
grad students. They say they're going to work on Internet search.
There are already a bunch of big public companies doing search.
How can these grad students possibly compete with them? And does
search even matter anyway? All the search engines are trying to
get people to start calling them "portals" instead. Why would you
want to invest in a startup run by a couple of nobodies who are
trying to compete with large, aggressive companies in an area they
themselves have declared passe? And yet the grad students seem
pretty smart. What do you do?There's a hack for being decisive when you're inexperienced: ratchet
down the size of your investment till it's an amount you wouldn't
care too much about losing. For every rich person (you probably
shouldn't try angel investing unless you think of yourself as rich)
there's some amount that would be painless, though annoying, to
lose. Till you feel comfortable investing, don't invest more than
that per startup.For example, if you have $5 million in investable assets, it would
probably be painless (though annoying) to lose $15,000. That's
less than .3% of your net worth. So start by making 3 or 4 $15,000
investments. Nothing will teach you about angel investing like
experience. Treat the first few as an educational expense. $60,000
is less than a lot of graduate programs. Plus you get equity.What's really uncool is to be strategically indecisive: to string
founders along while trying to gather more information about the
startup's trajectory.
[10]
There's always a temptation to do that,
because you just have so little to go on, but you have to consciously
resist it. In the long term it's to your advantage to be good.The other component of being a good angel investor is simply to be
a good person. Angel investing is not a business where you make
money by screwing people over. Startups create wealth, and
creating wealth is not a zero sum game. No one has to lose for you
to win. In fact, if you mistreat the founders you invest in, they'll
just get demoralized and the company will do worse. Plus your
referrals will dry up. So I recommend being good.The most successful angel investors I know are all basically good
people. Once they invest in a company, all they want to do is help
it. And they'll help people they haven't invested in too. When
they do favors they don't seem to keep track of them. It's too
much overhead. They just try to help everyone, and assume good
things will flow back to them somehow. Empirically that seems to
work.
Notes[1]
Convertible debt can be either capped at a particular valuation,
or can be done at a discount to whatever the valuation turns out
to be when it converts. E.g. convertible debt at a discount of 30%
means when it converts you get stock as if you'd invested at a 30%
lower valuation. That can be useful in cases where you can't or
don't want to figure out what the valuation should be. You leave
it to the next investor. On the other hand, a lot of investors
want to know exactly what they're getting, so they will only do
convertible debt with a cap.[2]
The expensive part of creating an agreement from scratch is
not writing the agreement, but bickering at several hundred
dollars an hour over the details. That's why the series AA paperwork
aims at a middle ground. You can just start from the compromise
you'd have reached after lots of back and forth.When you fund a startup, both your lawyers should be specialists
in startups. Do not use ordinary corporate lawyers for this. Their
inexperience makes them overbuild: they'll create huge, overcomplicated
agreements, and spend hours arguing over irrelevant things.In the Valley, the top startup law firms are <NAME>, Orrick,
Fenwick & West, <NAME>, and <NAME>. In Boston
the best are <NAME>, <NAME>, and <NAME>.[3]
Your mileage may vary.[4]
These anti-dilution provisions also protect you against
tricks like a later investor trying to steal the company by doing
another round that values the company at $1. If you have a competent
startup lawyer handle the deal for you, you should be protected
against such tricks initially. But it could become a problem later.
If a big VC firm wants to invest in the startup after you, they may
try to make you take out your anti-dilution protections. And if
they do the startup will be pressuring you to agree. They'll tell
you that if you don't, you're going to kill their deal with the VC.
I recommend you solve this problem by having a gentlemen's agreement
with the founders: agree with them in advance that you're not going
to give up your anti-dilution protections. Then it's up to them
to tell VCs early on.The reason you don't want to give them up is the following scenario.
The VCs recapitalize the company, meaning they give it additional
funding at a pre-money valuation of zero. This wipes out the
existing shareholders, including both you and the founders. They
then grant the founders lots of options, because they need them to
stay around, but you get nothing.Obviously this is not a nice thing to do. It doesn't happen often.
Brand-name VCs wouldn't recapitalize a company just to steal a few
percent from an angel. But there's a continuum here. A less
upstanding, lower-tier VC might be tempted to do it to steal a big
chunk of stock.I'm not saying you should always absolutely refuse to give up your
anti-dilution protections. Everything is a negotiation. If you're
part of a powerful syndicate, you might be able to give up legal
protections and rely on social ones. If you invest in a deal led
by a big angel like <NAME>, for example, you're pretty well
protected against being mistreated, because any VC would think twice
before crossing him. This kind of protection is one of the reasons
angels like to invest in syndicates.[5]
Don't invest so much, or at such a low valuation, that you
end up with an excessively large share of a startup, unless you're
sure your money will be the last they ever need. Later stage
investors won't invest in a company if the founders don't have
enough equity left to motivate them. I talked to a VC recently who
said he'd met with a company he really liked, but he turned
them down because investors already owned more than half of it.
Those investors probably thought they'd been pretty clever by getting
such a large chunk of this desirable company, but in fact they were
shooting themselves in the foot.[6]
At any given time I know of at least 3 or 4 YC alumni who I
believe will be big successes but who are running on vapor,
financially, because investors don't yet get what they're doing.
(And no, unfortunately, I can't tell you who they are. I can't
refer a startup to an investor I don't know.)[7]
There are some VCs who can predict instead of reacting. Not
surprisingly, these are the most successful ones.[8]
It's somewhat sneaky of me to put it this way, because the
median VC loses money. That's one of the most surprising things
I've learned about VC while working on Y Combinator. Only a fraction
of VCs even have positive returns. The rest exist to satisfy demand
among fund managers for venture capital as an asset class. Learning
this explained a lot about some of the VCs I encountered when we
were working on Viaweb.[9]
VCs also generally say they prefer great markets to great
people. But what they're really saying is they want both. They're
so selective that they only even consider great people. So when
they say they care above all about big markets, they mean that's
how they choose between great people.[10]
Founders rightly dislike the sort of investor who says he's
interested in investing but doesn't want to lead. There are
circumstances where this is an acceptable excuse, but more often
than not what it means is "No, but if you turn out to be a hot deal,
I want to be able to claim retroactively I said yes."If you like a startup enough to invest in it, then invest in it.
Just use the standard series
AA terms and write them a check.
Thanks to <NAME>, <NAME>, <NAME>,
<NAME>, and <NAME> for reading drafts of this.
Comment on this essay.
|
|
https://github.com/LDemetrios/Typst4k | https://raw.githubusercontent.com/LDemetrios/Typst4k/master/src/test/resources/suite/math/mat.typ | typst | // Test matrices.
--- math-mat-semicolon ---
// Test semicolon syntax.
#set align(center)
$mat() dot
mat(;) dot
mat(1, 2) dot
mat(1, 2;) \
mat(1; 2) dot
mat(1, 2; 3, 4) dot
mat(1 + &2, 1/2; &3, 4)$
--- math-mat-sparse ---
// Test sparse matrix.
$ mat(
1, 2, ..., 10;
2, 2, ..., 10;
dots.v, dots.v, dots.down, dots.v;
10, 10, ..., 10;
) $
--- math-mat-baseline ---
// Test baseline alignment.
$ mat(
a, b^2;
sum_(x \ y) x, a^(1/2);
zeta, alpha;
) $
--- math-mat-delim-set ---
// Test alternative delimiter with set rule.
#set math.mat(delim: "[")
$ mat(1, 2; 3, 4) $
$ a + mat(delim: #none, 1, 2; 3, 4) + b $
--- math-mat-delim-direct ---
// Test alternative math delimiter directly in call.
#set align(center)
#grid(
columns: 3,
gutter: 10pt,
$ mat(1, 2, delim: "[") $,
$ mat(1, 2; delim: "[") $,
$ mat(delim: "[", 1, 2) $,
$ mat(1; 2; delim: "[") $,
$ mat(1; delim: "[", 2) $,
$ mat(delim: "[", 1; 2) $,
$ mat(1, 2; delim: "[", 3, 4) $,
$ mat(delim: "[", 1, 2; 3, 4) $,
$ mat(1, 2; 3, 4; delim: "[") $,
)
--- math-mat-gap ---
#set math.mat(gap: 1em)
$ mat(1, 2; 3, 4) $
--- math-mat-gaps ---
#set math.mat(row-gap: 1em, column-gap: 2em)
$ mat(1, 2; 3, 4) $
--- math-mat-augment ---
// Test matrix line drawing (augmentation).
#grid(
columns: 2,
gutter: 10pt,
$ mat(10, 2, 3, 4; 5, 6, 7, 8; augment: #3) $,
$ mat(10, 2, 3, 4; 5, 6, 7, 8; augment: #(-1)) $,
$ mat(100, 2, 3; 4, 5, 6; 7, 8, 9; augment: #(hline: 2)) $,
$ mat(100, 2, 3; 4, 5, 6; 7, 8, 9; augment: #(hline: -1)) $,
$ mat(100, 2, 3; 4, 5, 6; 7, 8, 9; augment: #(hline: 1, vline: 1)) $,
$ mat(100, 2, 3; 4, 5, 6; 7, 8, 9; augment: #(hline: -2, vline: -2)) $,
$ mat(100, 2, 3; 4, 5, 6; 7, 8, 9; augment: #(vline: 2, stroke: 1pt + blue)) $,
$ mat(100, 2, 3; 4, 5, 6; 7, 8, 9; augment: #(vline: -1, stroke: 1pt + blue)) $,
)
--- math-mat-augment-set ---
// Test using matrix line drawing with a set rule.
#set math.mat(augment: (hline: 2, vline: 1, stroke: 2pt + green))
$ mat(1, 0, 0, 0; 0, 1, 0, 0; 0, 0, 1, 1) $
#set math.mat(augment: 2)
$ mat(1, 0, 0, 0; 0, 1, 0, 0; 0, 0, 1, 1) $
#set math.mat(augment: none)
--- math-mat-augment-line-out-of-bounds ---
// Error: 3-37 cannot draw a vertical line after column 3 of a matrix with 3 columns
$ mat(1, 0, 0; 0, 1, 1; augment: #3) $,
--- math-mat-align ---
$ mat(-1, 1, 1; 1, -1, 1; 1, 1, -1; align: #left) $
$ mat(-1, 1, 1; 1, -1, 1; 1, 1, -1; align: #center) $
$ mat(-1, 1, 1; 1, -1, 1; 1, 1, -1; align: #right) $
--- math-mat-align-explicit-alternating ---
// Test alternating explicit alignment in a matrix.
$ mat(
"a" & "a a a" & "a a";
"a a" & "a a" & "a";
"a a a" & "a" & "a a a";
) $
--- math-mat-align-implicit ---
// Test alignment in a matrix.
$ mat(
"a", "a a a", "a a";
"a a", "a a", "a";
"a a a", "a", "a a a";
) $
--- math-mat-align-explicit-left ---
// Test explicit left alignment in a matrix.
$ mat(
&"a", &"a a a", &"a a";
&"a a", &"a a", &"a";
&"a a a", &"a", &"a a a";
) $
--- math-mat-align-explicit-right ---
// Test explicit right alignment in a matrix.
$ mat(
"a"&, "a a a"&, "a a"&;
"a a"&, "a a"&, "a"&;
"a a a"&, "a"&, "a a a"&;
) $
--- math-mat-align-explicit-mixed ---
// Test explicit alignment in some columns with align parameter in a matrix.
#let data = (
($&18&&.02$, $1$, $+1$),
($-&9&&.3$, $-1$, $-&21$),
($&&&.011$, $1$, $&0$)
)
$ #math.mat(align: left, ..data) $
$ #math.mat(align: center, ..data) $
$ #math.mat(align: right, ..data) $
--- math-mat-align-complex ---
// Test #460 equations.
#let stop = {
math.class("punctuation",$.$)
}
$ mat(&a+b,c;&d, e) $
$ mat(&a+b&,c;&d&, e) $
$ mat(&&&a+b,c;&&&d, e) $
$ mat(stop &a+b&stop,c;...stop stop&d&...stop stop, e) $
--- math-mat-align-signed-numbers ---
// Test #454 equations.
$ mat(-1, 1, 1; 1, -1, 1; 1, 1, -1) $
$ mat(-1&, 1&, 1&; 1&, -1&, 1&; 1&, 1&, -1&) $
$ mat(-1&, 1&, 1&; 1, -1, 1; 1, 1, -1) $
$ mat(&-1, &1, &1; 1, -1, 1; 1, 1, -1) $
--- math-mat-bad-comma ---
// This error message is bad.
// Error: 13-14 expected array, found content
$ mat(1, 2; 3, 4, delim: "[") $,
--- issue-852-mat-type ---
$ mat(B, A B) $
$ mat(B, A B, dots) $
$ mat(B, A B, dots;) $
$ mat(#1, #(foo: "bar")) $
--- issue-2268-mat-augment-color ---
// The augment line should be of the same color as the text
#set text(
font: "New Computer Modern",
lang: "en",
fill: yellow,
)
$mat(augment: #1, M, v) arrow.r.squiggly mat(augment: #1, R, b)$
--- math-mat-delims ---
$ mat(delim: #none, 1, 2; 3, 4) $
$ mat(delim: "(", 1, 2; 3, 4) $
$ mat(delim: \(, 1, 2; 3, 4) $
$ mat(delim: paren.l, 1, 2; 3, 4) $
$ mat(delim: "[", 1, 2; 3, 4) $
$ mat(delim: \[, 1, 2; 3, 4) $
$ mat(delim: bracket.l, 1, 2; 3, 4) $
$ mat(delim: "⟦", 1, 2; 3, 4) $
$ mat(delim: bracket.double.l, 1, 2; 3, 4) $
$ mat(delim: "{", 1, 2; 3, 4) $
$ mat(delim: \{, 1, 2; 3, 4) $
$ mat(delim: brace.l, 1, 2; 3, 4) $
$ mat(delim: "|", 1, 2; 3, 4) $
$ mat(delim: \|, 1, 2; 3, 4) $
$ mat(delim: bar.v, 1, 2; 3, 4) $
$ mat(delim: "‖", 1, 2; 3, 4) $
$ mat(delim: bar.v.double, 1, 2; 3, 4) $
$ mat(delim: "⟨", 1, 2; 3, 4) $
$ mat(delim: angle.l, 1, 2; 3, 4) $
--- math-mat-delims-inverted ---
$ mat(delim: ")", 1, 2; 3, 4) $
$ mat(delim: \), 1, 2; 3, 4) $
$ mat(delim: paren.r, 1, 2; 3, 4) $
$ mat(delim: "]", 1, 2; 3, 4) $
$ mat(delim: \], 1, 2; 3, 4) $
$ mat(delim: bracket.r, 1, 2; 3, 4) $
$ mat(delim: "⟧", 1, 2; 3, 4) $
$ mat(delim: bracket.double.r, 1, 2; 3, 4) $
$ mat(delim: "}", 1, 2; 3, 4) $
$ mat(delim: \}, 1, 2; 3, 4) $
$ mat(delim: brace.r, 1, 2; 3, 4) $
$ mat(delim: "⟩", 1, 2; 3, 4) $
$ mat(delim: angle.r, 1, 2; 3, 4) $
--- math-mat-delims-pair ---
$ mat(delim: #(none, "["), 1, 2; 3, 4) $
$ mat(delim: #(sym.angle.r, sym.bracket.double.r), 1, 2; 3, 4) $
--- issue-1617-mat-align ---
#set page(width: auto)
$ mat(a, b; c, d) mat(x; y) $
$ x mat(a; c) + y mat(b; d)
= mat(a x+b y; c x+d y) $
$ mat(
-d_0, lambda_0, 0, 0, dots;
mu_1, -d_1, lambda_1, 0, dots;
0, mu_2, -d_2, lambda_2, dots;
dots.v, dots.v, dots.v, dots.v, dots.down;
)
mat(p_0; p_1; p_2; dots.v) $
|
|
https://github.com/0x1B05/nju_os | https://raw.githubusercontent.com/0x1B05/nju_os/main/book_notes/main.typ | typst | #import "template.typ": *
#show: template.with(
title: [OSTEP],
short_title: "operating system - three easy pieces",
description: [
OSTEP笔记。
],
date: datetime(year: 2023, month: 10, day: 30),
authors: (
(
name: "0x1B05",
github: "https://github.com/0x1B05",
homepage: "https://github.com/0x1B05", // 个人主页
affiliations: "1",
),
),
affiliations: (
(id: "1", name: "NUFE"),
),
// bibliography_file: "refs.bib",
paper_size: "a4",
text_font: "Linux Libertine",
sc_font: "Noto Sans CJK SC",
code_font: "DejaVu Sans Mono",
// 主题色
accent: orange,
// 封面背景图片
cover_image: "./figures/Pine_Tree.jpg", // 图片路径或 none
// 正文背景颜色
// background_color: "#FAF9DE" // HEX 颜色或 none
)
#include "content/01_intro.typ"
#include "content/02_virtualization_01_CPU_00_basic.typ"
#include "content/02_virtualization_01_CPU_01_sheduling.typ"
#include "content/02_virtualization_02_memory_00_basic.typ"
#include "content/02_virtualization_02_memory_01_segement.typ"
#include "content/02_virtualization_02_memory_02_paging.typ"
#include "content/02_virtualization_02_memory_03_swapping.typ"
#include "content/02_virtualization_02_memory_04_VM.typ"
#include "content/03_concurrency.typ"
#include "content/04_persistence_01_hardware&&raid.typ"
#include "content/04_persistence_02_filesystem.typ"
|
|
https://github.com/barddust/Kuafu | https://raw.githubusercontent.com/barddust/Kuafu/main/src/Analysis/real.typ | typst | #import "/mathenv.typ": *
= The Real Numbers
The construction of real numbers does not like the operation we have done before. What we need is a new system, which is said to be _continuous_. We say a system to be continuous, when putting all these numbers into a line with some order (suppose we can), given any two numbers, we can always find another nuber in this system, which is between these twos.
However, it should be a property of real numbers, i.e., if we have real number system, we have that property, too. The question is how can we obtain system like that?
There are several ways to build the real number system. I choose the method used in Tao's book _Analysis_, by the concepts distance, limit, convergence, etc.
== Distance of rational numbers
#definition(name: "Distance of rational numbers")[
The _distance of rational numbers_ is a map, from $QQ times QQ$ to $QQ$. Given any two rational numbers $x,y$, the distance between them is written as $d(x,y)$. Distance function satisfies:
+ $d(x,y) > 0$;
+ $d(x,y) = d(y,x)$;
+ $d(x,z) <= d(x,y) + d(y,z)$.
]
#remark[
Of course we can define distance for natural numbers and integers, but it is unnecessary since rational number system is compatible to them.
]
#remark[
We already know that the difference between two rationals is still a rational number, which means comparasion of two distance is meaningful. Therefore, it is sensible to say that $a$ is farther to $c$ than $b$, i.e., $d(a,c) > (b,c)$.
]
#remark[
Function of distance can be designed to be complex. Basically, the distance we are talking about now is _absolute value_.
$
d(a,b) = |a - b| = cases(
a - b "if" a >= b,
b - a "if" a < b,
)
$
Indeed, distance is abstracted from the distance in physics, that is absolute value. In the future, we may keep this abstraction for more general usage.
]
#remark[
In particular, the absolute value of asingle number, say $|3|$, is actually the distance from this number to zero, i.e., $|3| = |3 - 0| = 3$.
]
#lemma[
Let $a,b,c in QQ$, and $c > 0$. Then
$
|a - b| <= c <=> -c <= a - b <= c
$
]
#proof[
If $a >= b$, then $|a - b| = a - b <= c$. If $a < b$, then $|a - b| = b - a <= c$, i.e., $a - b >= -c$. Then we have $|a - b| <= c => -c <= a - b <= c$.
Similar for the proof of necessity.
]
== Cauchy sequences
#definition(name: "Sequences")[
Let $m$ be an integer. A _sequence of rational numbers_, denoted as $(a_n)_(n=m)^oo$, is any function from the set ${n in ZZ | n >= m}$ to $QQ$.
]
#remark[
Basically, a sequence of rational numbers is a collection of rationals in particular order. Say a sequence of odd numbers $1,3,5, dots$, we use symbols $a_1,a_2,a_3, dots$ to represents the elements in sequence. The number in the corner says to be _index_ of the sequence, which is not required to start from 1 rigorously.
]
#remark[
Another notation of sequences is like $a_n (n = m,m+1,dots)$. Thoughout this book, we simply use $a_n$ to represent $(a_n)_(n=0)^oo$, unless there is some special explaination.
]
#definition(name: "Cauchy sequences")[
A sequence $a_n$ of rational numbers is said to be a _Cauchy Sequence_ iff
$
forall epsilon in QQ exists N in NN forall i,j in NN( i,j >= N => d(a_i, a_j) < epsilon)
$
]
#remark[
For a Cauchy sequence, given certain restriction, we can always find some index, the difference of any two elements after this index won't be larger than the restriction.
]
#remark[
Some textbooks may specify that the distance between is less than or equal to $epsilon$, i.e., $d(a_i,a_j) < epsilon$. In fact, the equal sign does not matter at all; what we care about is how *close* these two points are, instead of how far they are. They are expected to be closed.
]
#definition(name: "Bounded sequences")[
A sequence $a_n$ of rational numbers is said to be _bounded_ iff
$
exists M >= 0 (in RR) forall i in NN (|a_i| <= M)
$
]
#lemma(name: "Finite sequences are bounded")[
If $a_n$ is finite, i.e., $a_1,a_2,dots,a_n$, then it is bounded.
]
#proof[
Since the sequence is finite, then we can find out the larget and the smallest element, say $M$ and $m$ respectively. Then $m <= a_i <= M$ for all $i in {1,2,dots,n}$.
Let $C = max{|M|,|m|}$. Then
$
|M| <= C => M <= C\
|m| <= C => -C <= m
$
thus, we have $-C <= a_i <= C$, i.e., $|a_i| <= C$ for all $i in {1,2,dots,n}$.
]
#proposition(name: "Cauchy sequences are bounded")[
If a sequence $a_n$ is Cauchy, then it is bounded.
]
#proof[
$a_n$ is Cauchy, then
$
forall epsilon in QQ exists N in NN forall i,j in NN( i,j >= N => d(a_i, a_j) < epsilon)
$
In particular, we choose $j = N$, then we have
$
|a_i - a_N| < epsilon\
- epsilon < a_i - a_N < epsilon\
a_N - epsilon < a_i < a_N + epsilon
$
Let $M_2 = max{|a_N - epsilon|, |a_N + epsilon|}$. And hence
$
|a_N + epsilon| <= M_2 => a_N + epsilon <= M_2\
|a_N - epsilon| <= M_2 => -M_2 <= a_N - epsilon
$
Therefore,
$
-M_2 <= a_N - epsilon < a_i < a_N + epsilon <= M_2
$
i.e., $|a_i| <= M_2$ for all $i >= N$.
Consider the finite sequence $a_0,a_1,dots, a_(N-1)$, by Lemma, it is bounded to, and suppose $|a_i| <= M_1 (i = {0,1,dots, a_(N-1)})$ for some $M_1 in QQ$.
In the end, let $M = max{M_1,M_2}$, then we have $|a_i| <= M$ for all $i in NN$.
]
#definition(name: "Equivalent sequences")[
Given two sequences $a_n$ and $b_n$. We say these two sequences are _equivalent_, written as $a_n sim b_n$ iff
$
forall epsilon > 0 (in QQ) exists N in NN(n >= N => |a_n - b_n| < epsilon)
$
]
#remark[
We are about to form a real number by letting a rational sequence to approach. Say $sqrt(2) = 1.4142dots$, we can construct a sequence like:
$
1.4, 1.41, 1.414, 1.4142, dots
$
and we assert this sequence goes to $sqrt(2)$ eventually.
This idea is brilliant, but the sequence
$
1.5, 1.41, 1.414, 1.4142, dots
$
seems likely going to $sqrt(2)$, too, intuitively. In other words, we do not caer where the sequence begins, what matters is how the sequence "ends" (Well, we know the sequence won't actually end).
The meaning of equivalent seqences is that: no matter where those two sequencs begin, if we can find some index, and from this index on, the sequences are _close enough_, then they are said to be equivalent.
Basically, two equivalent sequences will be close enough eventually.
]
== The construction of the real numbers
#definition(name: "Real numbers")[
A _real number_ is defined to be an object of the form $LIM_(n -> oo) a_n$, where $a_n$ is a Cauchy sequence of rational numbers. Two real numbers $LIM_(n -> oo) a_n$ and $LIM_(n -> oo) b_n$ are said to be equal iff $a_n$ and $b_n$ are equivalent.
The set of all real numbers is denoted $RR$.
]
#proposition(name: "Definition of real numbers is well-defined")[
Let $x = LIM_(n -> oo) a_n$, $y = LIM_(n -> oo) b_n$, and $z = LIM_(n -> oo) c_n$ be real numbers.
- $x = x$;
- $x = y => y = x$;
- $x = y and y = z => x = z$.
]
#proof[
#pf(num: 1)[To prove by contradiction, assume that $x != x$, i.e., $a_n$ and $a_n$ are not equivalent.]
Though the negation of proposition, we have that
$
exists epsilon >0 forall N in NN ( n >= N and |a_n - a_n | >= epsilon)
$
and hence, $0 > epsilon$, a contradiction since $epsilon > 0$.
Therefore, $x = x$.
#pf(num: 2)[
The main difference between $x = y$ and $y = x$, by definition, is the position of two elements of sequence inside the absolute value, i.e., $|a_n - b_n| < epsilon$ vs. $|b_n - a_n| < epsilon$.
Distance is symmetric, and hence $|a_n - b_n| = |b_n - a_n|$. Then the proof is done.
]
#pf(num: 3)[
By definition, for any $epsilon > 0 (in RR)$,
$
exists N_1 in NN(n >= N_1 => |a_n - b_n| < epsilon)\
exists N_2 in NN(n >= N_2 => |b_n - c_n| < epsilon)
$
]
Let $N = max{N_1, N_2}$. Then
$
n >= N => |a_n - b_n| < epsilon and |b_n - c_n| < epsilon
$
By triangle inequality, the 3rd requirement in the definition of distance, we have that
$
|a_n - c_n| <= |a_n - b_n| + |b_n - c_n| < epsilon
$
and hence, $a_n$ and $c_n$ are equivalent.
]
#remark[
The proof for is 3 is so common in the following sections talking about limits. By that time, there may be some shorthands for notaion.
]
== Addition
#definition(name: "Addition of reals")[
Let $x = LIM_(n -> oo) a_n$ and $y = LIM_(n -> oo)$ be real numbers. We define the sum $x+y$ to be
$
x + y := LIM_(n -> oo)(a_n + b_n)
$
]
#remark[
To check whether the definition of addition of reals is well-defined, we need to show two things:
+ the sum of reals is also a real number;
+ Same inputs give same outputs, i.e., if $x = x'$, then $x + y = x' + y$.
]
#proposition[
Let $x,y,z$ be reals. Then
$
x + y = y + x\
x + (y + z) = (x + y) + z\
x = y <=> x + z = y + z
$
]
#proof[
Let $x = LIM_(n -> oo) a_n$, $y = LIM_(n -> oo) b_n$, $z = LIM_(n -> oo) c_n$.
#pf(num:1)[$x + y = LIM_(n -> oo)(a_n + b_n)$, $y + x = LIM_(n -> oo)(b_n + a_n)$. We need to show that $a_n + b_n sim b_n + a_n$.]
By the commutative law of the rational numbers, $a_n + b_n - (b_n + a_n)$ is always zero, and hence these two sequences are equivalent.
Similarly, the truth of 2nd and 3th propositions is guaranteed by the arithematical laws of rational numbers.
]
== Multiplication
#definition(name: "Multiplication of the real numbers")[
Let $x = LIM_(n -> oo) a_n$ and $y = LIM_(n -> oo)$ be real numbers. We define the product $x y$ to be
$
x y := LIM_(n -> oo)(a_n b_n)
$
]
#proposition[
Let $x,y,z$ be reals. Then
$
x y = y x\
x (y z) = (x y) z\
x (y + z) = x y + x z\
z != 0 => (x = y <=> x z = y z)
$
]
#proof[
The proof is tedious.
]
== Ordering of Real Numbers
#definition(name: "Real number 0")[
Let $x = LIM_(n -> oo)a_n$ be a real number for some Cauchy sequence $a_n$ of rational numbers. We say $x$ is _equal to zero_, written as $x = 0$, if $a_n sim (0)_(n=1)^oo$. In other words,
$
forall epsilon > 0 exists N in NN ( n >= N => |a_n| < epsilon)
$
]
#remark[
We may also say that
$
LIM_(n -> oo) 0 = 0
$
]
#definition[
Let $x = LIM_(n -> oo)a_n$ be a real number for some Cauchy sequence $a_n$ of rational numbers.
- $x$ is said to be _positive_ iff $exists c > 0 (in QQ) forall n in NN(a_n >= c)$;
- $x$ is said to be _negative_ iff $exists c > 0 (in QQ) forall n in NN(a_n <= -c)$.
For convention, we write $x > 0$ if $x$ is positive, and $x < 0$ if $x$ is negative.
]
#proposition(name: "Trichotomy of real numbers")[
Let $x$ be a real number. Then exactly one of the following statements is true: (1) $x > 0$; (2) $x = 0$; (3) $x < 0$.
]
#proof[
Similiarly, we need to show that at most one of three is true, by producing contradiction under the case when any two of them happens. Then we need to show that at least one of three is true, i.e., the negation of both of them causes some contradiction.
We are about to proof that $x > 0$ and $x = 0$ can not be true at the same time. By definition, $x > 0$ indicates that we can find a lower bound $c$ of $a_n$, keeping $a_n$ away from 0. And $x = 0$ shows that $x$ can not be too large, or too far away from 0. By letting $epsilon = c$, then we have
$
exists N in NN ( n >= N => a_n < c)\
forall n in NN(a_n >= c)
$
Let these two indices to be $N$, then we have $a_N < c$ and $a_N >= c$, which is a contradiction by the trichotomy of rational numbers.
The steps are familiar for $x < 0$ and $x = 0$.
Next, we are showing that there will be a contradiction if $x > 0$ and $x < 0$ are both true.
By definition, we have two rational bounds $c_1,c_2 > 0$, such that
$
a_n >= c_1\
a_n <= -c_2
$
and hence, $c_1 <= - c_2$, i.e., $c_1 + c_2 <= 0$, which is a contradiction since $c_1 + c_2 > 0$.
Finally, we are showing that the conjunction of both negation of these three is false.
Negation of $x = 0$ means there exists an $epsilon > 0$, such that $|a_n| >= epsilon$. And
$
forall c_1 > 0 (in QQ) exists N_1 in NN (n >= N_1 => a_n < c_1)\
forall c_2 > 0 (in QQ) exists N_2 in NN (n >= N_2 => a_n > -c_2)
$
Let $c_1 = c_2 = epsilon$, and $N = max{N_1,N_2}$, then we can obtain that $|a_n| >= epsilon$ and $|a_n| < epsilon$. This is a contradiction by the trichotomy of rational numbers.
]
#remark[
$x>=0$ means $x>0$ or $x = 0$ of course.
]
#definition(name: "Negation of real numbers")[
Let $x = LIM_(n->oo)a_n$ be a real number. Then we define the _negation_ $-x$ of $x$ by the formula
$
-x := LIM_(n -> oo)(-a_n)
$
]
#remark[
It is obvious that the negation of 0 is also 0, since the negation of the rational "0" is 0.
]
#definition(name: "Subtraction of real numbers")[
Let $x,y$ be real numbers. Then we define the _difference_ $x - y$ of $x$ and $y$ by the formula
$
x - y := x + (-y)
$
]
#definition(name: "Ordering of reals")[
Let $x,y$ be real numbers. We say that $x$ is _greater than_ $y$, written as $x > y$ or $y < x$, if $x - y > 0$. We say that $x$ is _greater than or equal to_ $y$, written as $x >= y$ or $y <= x$, if $x - y >= 0$.
]
#proposition[
Let $x,y,z$ be real numbers.
$
(x > y) and (y > z) => x > z\
x >= y <=> x + z >= y + z\
x >= y <=> (z!=0) and (x z >= y z)
$
]
#definition(name: "Reciprocals of real numbers")[
Let $x := LIM_(n->oo)a_n$ be a non-zero real number. Then we define the reciprocal $x^(-1) $ of $x$ by the formula
$
x^(-1) := LIM_(n->oo)(a_n^(-1))
$
]
#definition(name: "Division of real numbers")[
Let $x,y$ be real numbers, and $y != 0$. Then we define the _quotient_ $x/y$ of $x$ and $y$ by the formula
$
x/y := x dot y^(-1)
$
]
#proposition[
Let $a_n$ be a rational Cauchy sequence, and $a_n >= 0$ for all $n >= 1$. Then $LIM_(n -> oo) a_n >= 0$.
]
#proof[
For producing contradiction, suppose that $LIM_(n->oo)a_n < 0$. By definition,
$
forall n >= 1 exists c >0 ( in QQ)(a_n <= -c < 0)
$
This contradicts with the hypothesis that $a_n >=0$ for all $n>=1$.
]
#corollary[
Let $a_n$ and $b_n$ be Cauchy sequences of rationals such that $a_n >= b_n$ for all $n>=1$. Then $LIM_(n -> oo) a_n >= LIM_(n -> oo) b_n$.
]
#proof[
Let $c_n = a_n - b_n$. and hence $c_n >= 0$ for all $n>=1$.
By Corollary, we have that $LIM_(n -> oo) c_n >= 0$.
]
// #proposition(name: "Bounding of reals by rationals")[
// Let $x>0$ be a real number. Then
// $
// exists q >0 (in QQ) exists N>0(in NN) (q <= x < N)
// $
// ]
// #proof[
// Let $x = LIM_(n -> oo) a_n$ for some rational Cauchy sequence $a_n$. And we have that $a_n$ is bounded, i.e., there exists rational numbers $r,q >0$ such that
// $
// q <= a_n <= r
// $
// And there *should* exists a national number
// ]
// #corollary(name: "Archimedean property")[
// $
// forall r > 0 (in RR) exists N > 0 (in ZZ) ( r < N )
// $
// ]
== Dedekind Cut
#definition[
Let $S sube RR$ and $r in RR$. We say that:
1. $r$ is an _upper(lower) bound_ of $S$ if $forall s in S ( r >= (<=) s )$;
2. $r$ is the _greatest(least) element_ of $S$, denoted as $max S (min R)$ if:
- $r$ is an _upper(lower) bound_ of $S$, and
- $r in S$;
3. $r$ is the _least upper(greatest lower) bound_ of $S$ if $r = min{u in RR | u text("is an upper(lower) bound of") S}$. In this case, we write $r = sup S (inf S)$.
]
#definition(name: "Dedekind cut")[
Let $A,B sube RR$. We say that $(A,B)$ is a Dedekind cut of $RR$ if:
1. $A != B != emptyset$,
2. $A union B = RR$, and
3. $forall a in A, b in B (a < b)$.
]
#proposition(name: "Dedekind's gapless property")[
If $(A,B)$ is a Dedekind cut of $RR$. Then exactly one of the following happens:
- $max A$ exists, but $min B$ doesn't;
- $min B$ exists, but $max A$ doesn't.
]
#proof[
Let $P_1$ be the statement of "$max A$ exists", and $P_2$ be the statement of "$min B$ exists". Then there may be four cases:
1. $P_1 and P_2$;
2. $not P_1 and P_2$;
3. $P_1 and not P_2$;
4. $not P_1 and not P_2$.
Firstly, we are going to prove that case 1 and 4 are both false, and hence there are only two cases left.
Then we will show that exactly one of case 2 and 3 happens by proving that case 2 and 3 can be both neither true nor false at the same time.
For convenience, we write $x = max A, y = min B$.
#noin[*Step1*: To show that $P_1 and P_2$ is false.]
Suppose $P_1 and P_2$ is ture, then $x, y$ exist.
有问题
]
#theorem(name: "Weierstrass")[
Let $S(!= emptyset) sube RR$. If $S$ has an upper bound, then $sup S$ exists. Accordingly, if $S$ has an lower bound, then $inf S$ exists.
]
#proof[
Let $B := {b in RR | b text("is an upper bound of") S}$, and $A := RR \\ B$.
$(A,B)$ is a Dedekind cut since
1. $S != emptyset => A != emptyset$. And $B != emptyset$ since $S$ has an upper bound;
2. $A union B = RR$ by definition;
3. $forall a in A, b in B ( a < b )$ by definition,
#ind[Suppose that $max A$ exists, denoted as $a_0$. Then $a_0 in A$, $a_0 in.not B$, which means $a_0$ is not an upper bound of $A$. So that we can find some element $s_0 in S$ such that $s_0 > a_0$. This is a contradiction.]
Therefore, $max A$ doesn't exist.
By Dedekind's gapless property, $min B$ must exist, i.e., $sup S$ exists.
]
#proposition(name: "Archimedean property")[
$forall r in RR ( r > 0 => exists n in NN ( r < n ))$.
] |
|
https://github.com/coljac/swinburne-phd-typst | https://raw.githubusercontent.com/coljac/swinburne-phd-typst/main/README.md | markdown | # Swinburne PhD thesis template
A Typst template for Swinburne University PhD theses.
See `thesis.typ` for an example/skeleton template.
For convenience I have defined `citep` and `citet` functions in the template to aid in transitioning from LaTeX. Some examples on usage are included in the `thesis.typ` document.
As of writing (Typst v. 0.9.0) there are some big limitations to the native `table` function. I suggest including [tablex](https://github.com/PgBiel/typst-tablex) as follows and checking the documentation for more advanced table options:
```typst
#import "@preview/tablex:0.0.6": tablex, rowspanx, colspanx
```
For any bugs, requests and questions please open an issue!
There is a bug with indentation of the first paragraph under a heading, this will be fixed soon.
|
|
https://github.com/m-pluta/bias-in-ai-report | https://raw.githubusercontent.com/m-pluta/bias-in-ai-report/main/report/table.typ | typst | = Ethical Impact Assessment <S_EIA>
#show table.cell.where(y: 0): strong
#let term-spacing = 0.5em;
#let stakeholder-spacing = 1em;
#figure(
table(
columns: (100pt, 220pt, 1fr),
inset: (
x: 6pt,
y: 8pt
),
fill: (_,y) => if y == 0 {luma(230)},
align: (x, y) => if y == 0 {center + horizon} else {left + top}
,
table.header([Stakeholder],[Values],[Potential risks / harms]),
//------------------------------------------
[
*Advertising Agency* (Direct)
#v(stakeholder-spacing, weak: true)
Serves as the project initiator and aims to collect data on individuals' first impressions of advertisements and leverage machine learning algorithms to optimise the location, timing, and content of ad placements.
],
[
- *Accuracy*
#v(term-spacing, weak: true)
Ensuring the data collected on people's immediate reactions to advertisements is accurate is vital to understanding the true impact of the ads.
- *Accountability*
#v(term-spacing, weak: true)
The agency must be held partially or fully accountable for the technology's use, and potential misuse and consequences.
- *Innovation*
#v(term-spacing, weak: true)
Advertising is a highly competitive and constantly evolving landscape.
By developing new technologies, the agency can uncover insights that competitors cannot, giving it a competitive edge in the market.
- *Consumer Engagement*
#v(term-spacing, weak: true)
Engaging consumers effectively is crucial for the success of every advertisement @W_consumer_engagement_benefits_1.
Higher consumer engagement leads to a boost in consumer loyalty, higher consumer retention @W_consumer_engagement_benefits_1, and ultimately higher conversion rates @W_consumer_engagement_benefits_2.
],
[
- *Innaccurate data*
#v(term-spacing, weak: true)
In recent years, Data-Driven Decision Making (DDDM) has seen increased adoption to help organisations reduce risk and take advantage of opportunities @P_dddm_fault_data.
It does however have its downfalls where faulty data can lead to disaster. This was the case with some companies during the 2008 financial crisis where many data-driven models had hard-coded incorrect data @P_dddm_fault_data and hence extrapolated incorrectly.
- *Inadequate security measures*
#v(term-spacing, weak: true)
The agency is responsible for storing consumer sentiment data "including protection against unauthorised or unlawful processing and against accidental loss, destruction or damage" @W_ICO_GDPR.
Failure to adequately protect this data may result in prosecution, civil lawsuits, and irreversible damage to the advertising agency's reputation.
],
//------------------------------------------
[
*Brands* (Direct)
#v(stakeholder-spacing, weak: true)
Companies who approach the advertising agency with a product to advertise to the general public.
],
[
- *Consumer Trust*
#v(term-spacing, weak: true)
The trust consumers have in a particular brand is directly related to their likelihood of purchasing products from that brand @W_business_com_repeat_customers_67@W_salesforce_consumer_trust. Moreover, given that the likelihood of converting an existing customer ranges from 60-70%, compared to only 5-20% for new customers @W_Forbes_repeat_customers, it is clear brands will ensure consumers stay loyal.
],
[
- *Reputation*
#v(term-spacing, weak: true)
If the technology disproportionately impacts/targets certain demographics, brands could face backlash by being associated with this marketing strategy, leading to a loss of consumer trust and reputation.
- *Financial Loss*
#v(term-spacing, weak: true)
Bad-quality data gathered by the model can lead to incorrect insights, which can be detrimental to the brand's image and customer engagement. Both of these can impact the brand's market share and lead to financial loss.
],
//------------------------------------------
[
*Developers* (Direct)
#v(stakeholder-spacing, weak: true)
Employed by the advertising agency and tasked with creating the technology.
],
[
- *Universal Usability*
#v(term-spacing, weak: true)
Developers are likely to prioritise usability by ensuring the technology is accessible to the widest possible audience, including individuals with disabilities, and people from a diverse range of backgrounds.
\ \
- *Freedom from bias*
#v(term-spacing, weak: true)
Valuing freedom from bias directly influences the integrity and fairness of the technology @P_VSD_benefits. This responsibility is particularly significant given the increasing regulation around data ethics and AI fairness @W_GOV_UK_2020.
- *Quality product*
#v(term-spacing, weak: true)
The value placed on delivering a quality product/solution is closely linked to a developer's professional pride and technical reputation. Additionally, for developers, it is clear that if the implemented system matches or goes beyond expectations their career prospects can improve significantly.
],
[
- *Scapegoating*
#v(term-spacing, weak: true)
If the technology is misused by the agency, the developers may be used as scapegoats leading to most of the public backlash being targeted at the developers.
],
// //------------------------------------------
// [
// *Technology Providers* (Direct)
// #highlight([Description of the the stakeholder])
// ],
// [],
// [],
// //------------------------------------------
// [
// *Bus stop/high traffic area operators/owners* (Direct)
// #highlight([Description of the the stakeholder])
// ],
// [],
// [],
//------------------------------------------
[
*Consumers / Data Subjects* (Indirect)
#v(stakeholder-spacing, weak: true)
Members of the general public who interact with the advertisements.
],
[
- *Autonomy*
#v(term-spacing, weak: true)
Within consumer choice contexts, autonomy is viewed as "(the) ability to make and enact decisions on (your) own, free from external influences" @P_autonomy_in_consumer_choice. By allowing consumers to make independent choices that align with their personal preferences, needs, and values, they may experience higher levels of satisfaction.
- *Relevant / Personalised ads*
#v(term-spacing, weak: true)
Enables ads to cater to specific interests making the shopping experience more efficient and enjoyable. Reduces the amount of irrelevant advertising noise and makes the experience feel tailored to the consumer.
],
[
- *Data Leakage*
#v(term-spacing, weak: true)
Personal consumer sentiment data stored in databases could be hacked and leaked. This data may contain sensitive or biometric data which poses a security concern as malefactors could use it for identity crimes.
- *Data misuse*
#v(term-spacing, weak: true)
There is a risk of the agency misusing the data for its own benefit, such as by selling it to third parties, which is a direct violation of many data protection laws such as GDPR.
- *Harmful advertisements*
#v(term-spacing, weak: true)
If the model is particularly biased, the ads it suggests may be harmful.
Given the unique demographic composition of each location, the model may unintentionally internalise this information leading to harmful, biased model outputs.
],
//------------------------------------------
[
*Privacy advocates* (Indirect)
#v(stakeholder-spacing, weak: true)
Organisations or activist groups advocating for the general public's privacy rights.
],
[
- *Privacy*
#v(term-spacing, weak: true)
These organisations consider privacy as a cornerstone of individual freedoms and societal well-being, consequently, they actively confront the development of technologies that encroach upon human privacy @P_the_privacy_advocates.
],
[
- *Legal and Political Pressure*
#v(term-spacing, weak: true)
These groups may feel pressure from the agencies that want to make this technology a reality regardless of ethical considerations. This is a potentially very powerful technology that could be used for national surveillance if not regulated appropriately.
\ \
- *Loss of trust*
#v(term-spacing, weak: true)
If the model is deemed to produce biased, harmful outputs and disregard the public's privacy rights then these groups may be blamed for not protecting the public regardless of whether they made any attempts.
],
//------------------------------------------
[
*Government, Regulatory bodies, and policy-makers* (Indirect)
#v(stakeholder-spacing, weak: true)
Organisations regulating the development and usage of AI and facial analysis systems
],
[
- *Human Welfare*
#v(term-spacing, weak: true)
Governments have an ethical duty to ensure the well-being of their citizens, promoting policies that protect the vulnerable and support society as a whole. By prioritising welfare, it ensures social stability, avoiding social unrest.
This is most commonly achieved by heavily regulating new technologies @W_ICO_2022 and discussing pressing issues with a level of transparency @W_GOV_UK_2020.
- *Courtesy*
#v(term-spacing, weak: true)
Governments should be courteous in public discourse to promote a cooperative, respectful environment essential for democratic processes and effective implementation of policies.
- *Environmental sustainability*
#v(term-spacing, weak: true)
Governments have an ethical and moral obligation to ensure companies act in an environmentally sustainable way such that inter-generational equity is not affected.
],
[
- *Public backlash*
#v(term-spacing, weak: true)
Governments may experience public backlash if the technology is used in invasive ways beyond what was originally specified, or for not interfering and regulating the technology early enough.
Furthermore, the proposed technology employs machine learning and is intended to be installed across cities, which is likely to consume significant amounts of energy. This raises environmental concerns which the government may be held accountable for if the technology is not adequately regulated. This is regardless of whether the government is aiding in the creation of this technology.
],
// //------------------------------------------
// [
// *Competitors* (Indirect)
// #v(stakeholder-spacing, weak: true)
// Competitors of the advertising agency.
// ],
// [
// + *Innovation*
// #v(term-spacing, weak: true)
// + *Accuracy*
// #v(term-spacing, weak: true)
// ],
// [],
//------------------------------------------
[
*General Public* (Indirect)
#v(stakeholder-spacing, weak: true)
],
[
- *Informed consent*
#v(term-spacing, weak: true)
Companies should not record, store, or analyse the general public's data without explicit informed consent. Failure to obtain such consent constitutes a breach of trust between the agency and the public.
- *Privacy*
#v(term-spacing, weak: true)
Although there is reduced privacy in public settings compared to personal homes, the general public still retains the right to a certain degree of privacy while in public spaces.
],
[
- *Invasion of Privacy*
#v(term-spacing, weak: true)
The public may feel like they are constantly being recorded. This may feel like a dystopian society and is likely to affect the general public's welfare.
Additionally, a large portion of the general public consists of young people and more specifically children who may be unaware of the risks associated with this sort of technology. This may make it difficult to acquire informed consent.
],
),
caption: [Ethical Impact Assessment using VSD],
) <F_stakeholder_table> |
|
https://github.com/Ttajika/typst_slide | https://raw.githubusercontent.com/Ttajika/typst_slide/main/library/parameter.typ | typst | //mode tのときの透明率
#let trans = 75%
|
|
https://github.com/tingerrr/hydra | https://raw.githubusercontent.com/tingerrr/hydra/main/doc/chapters/2-features.typ | typst | MIT License | #import "/doc/util.typ": load-examples, show-examples, issue
== Contextual
Hydra will take contextual information into account to provide good defaults, such as inferring the
reading direction and binding from the page and text styles to offer correct handling of books as
seen in @book-mode.
== Custom Elements <custom>
Because some documents may use custom elements of some kind to display chapters or section like
elements, hydra allows defining its own selectors for tight control over how elements are
semantically related.
Given a custom element like so:
```typst
#let chapter = figure.with(kind: "chapter", supplement: [Chapter])
// ... show rules and additional setup
#chapter[Introduction]
#chapter[Main]
= Section 1.1
== Subsection 1.1.1
= Section 1.2
#chapter[Annex]
```
A user my want to query for the current chapter and section respectively:
```typst
#import "@preview/hydra:{{VERSION}}": hydra, selectors
#import selectors: custom
#let chap = figure.where(kind: "chapter")
#let sect = custom(heading.where(level: 1), ancestor: chap)
#set page(header: context if calc.odd(here().page()) {
align(left, hydra(chap))
} else {
align(right, hydra(sect))
})
```
The usage of `custom` allows specifying an element's ancestors, to ensure the scope is correctly
defined. The selectors module also contains some useful default selectors.
#pagebreak()
== Redundancy Checks
Generally hydra is used for heading like elements, i.e. elements which semantically describe a
section of a document. Whenever hydra is used in a place where its output would be redundant, it
will not show any output by default. The following sections explain those checks more closely and
will generally assume that hydra is looking for headings for simplicity.
=== Starting Page <starting-page>
Given a page which starts with a primary element, it will not show anything. If `skip-starting` is
set to `false`, it will fallback to the next element, in this case the heading at the top of the
page.
#let skip = load-examples("skip")
#figure(
grid(columns: 2, show-examples(skip.a, width: 95%), show-examples(skip.b, width: 95%)),
caption: [
An example document showing `skip-starting: true` (left) and `skip-starting: false` (right).
],
)
For more complex selectors this will not correctly work if the first element on this page is an
ancestor. See #issue(8).
#pagebreak()
=== Book Mode <book-mode>
Given a leading page, if `book` is set to `true`, then if the previous primary element is still
visible on the previous (trailing) page it is also skipped.
#let book = load-examples("book")
#figure(
grid(columns: 2, show-examples(book.a, width: 95%), show-examples(book.b, width: 95%)),
caption: [An example document showing `book: false` (left) and `book: true` (right).],
)
This may produce unexpected results with hydra is used outside the header and the text direction
where it is used is different to where it's anchor (see @anchor) is placed. This can be prevented by
explicitly setting it's `binding` and `dir` arguments.
== Anchoring <anchor>
To use hydra outside of the header, an anchor must be placed to get the correct active elements.
hydra will always use the last anchor it finds to search, it doesn't have to be inside the header,
but should generally be, otherwise the behavior may be unexpected.
```typst
#import "@preview/hydra:{{VERSION}}": hydra, anchor
#set page(header: anchor(), footer: context hydra())
```
|
https://github.com/donabe8898/typst-thesis-template | https://raw.githubusercontent.com/donabe8898/typst-thesis-template/main/resume/resume.typ | typst | Apache License 2.0 | #import "../lib/meta.typ": meta
#let resume(
pdftitle: none,
title: none,
author: none,
profile: [],
date: none,
size: "a4",
header: none,
doc,
) = {
// metadata
show: doc => meta(
pdftitle: pdftitle,
title: title,
author: author,
size: size,
doc,
)
set text(lang: "ja", region: "JP", size: 10pt, font: (
// "Latin Modern Roman",
"Noto Serif CJK JP",
"Noto Sans CJK JP",
"Twitter Color Emoji"
))
set par(leading: 1em)
show par: set block(spacing: 1.5em)
set enum(indent: 1em)
set table(inset: 0.8em)
set list(marker: ([•],[▹],[--]))
set ref(supplement: "表")
// header
set page(
header: [
#set text(8pt)
#header
],
)
// heading
show heading: it => {
if it.numbering == none {
if it.level == 1 {
block(inset: (y: 0.8em))[
#text(font: ("Noto Sans CJK JP"), weight: "bold", size: 0.9em)[#underline(offset: 0.2em)[#it.body]]
]
} else if it.level == 2 {
block(inset: (y: 1em))[
#text(font: ("Noto Sans CJK JP"), weight: "bold", size: 0.9em)[#it.body]
]
} else {
block(inset: (y: 1em))[
#text(font: ("Noto Sans CJK JP"), weight: "medium", size: 1em)[#it.body]
]
}
} else {
if it.level == 1 {
block(inset: (y: 0.8em))[
#text(font: ("Noto Sans CJK JP"), weight: "bold", size: 0.9em)[
#underline(offset: 0.2em)[#counter(heading).display() #it.body]
]
]
} else if it.level == 2 {
block(inset: (y: 1em))[
#text(font: ("Noto Sans CJK JP"), weight: "bold", size: 0.9em)[#counter(heading).display() #it.body]
]
} else {
block(inset: (y: 1em))[
#text(font: ("Noto Sans CJK JP"), weight: "medium", size: 1em)[#counter(heading).display() #it.body]
]
}
}
}
// title
align(center, text(font: ("Noto Sans CJK JP"), size: 1.2em)[
#title
#v(0.5em)
])
align(right, text[
#date
]
)
align(right, text[
#profile
]
)
doc
}
|
https://github.com/soul667/typst | https://raw.githubusercontent.com/soul667/typst/main/PPT/MATLAB/touying/docs/i18n/zh/docusaurus-plugin-content-docs/current/start.md | markdown | ---
sidebar_position: 2
---
# 开始
在开始之前，请确保您已经安装了 Typst 环境，如果没有，可以使用 [Web App](https://typst.app/) 或 VS Code 的 [Typst LSP](https://marketplace.visualstudio.com/items?itemName=nvarner.typst-lsp) 和 [Typst Preview](https://marketplace.visualstudio.com/items?itemName=mgt19937.typst-preview) 插件。
要使用 Touying，您只需要在文档里加入
```typst
#import "@preview/touying:0.3.0": *
#let s = themes.simple.register(s)
#let (init, slides) = utils.methods(s)
#show: init
#let (slide,) = utils.slides(s)
#show: slides
= Title
== First Slide
Hello, Touying!
#pause
Hello, Typst!
```
这很简单，您创建了您的第一个 Touying slides，恭喜！🎉
## 更复杂的例子
事实上，Touying 提供了多种 slides 编写风格，实际上您也可以使用 `#slide[..]` 的写法，以获得 Touying 提供的更多更强大的功能。
```typst
#import "@preview/touying:0.3.0": *
#import "@preview/cetz:0.2.1"
#import "@preview/fletcher:0.4.2" as fletcher: node, edge
// cetz and fletcher bindings for touying
#let cetz-canvas = touying-reducer.with(reduce: cetz.canvas, cover: cetz.draw.hide.with(bounds: true))
#let fletcher-diagram = touying-reducer.with(reduce: (arr, ..args) => fletcher.diagram(..args, ..arr))
// Register university theme
// You can remove the theme registration or replace other themes
// it can still work normally
#let s = themes.university.register(s, aspect-ratio: "16-9")
// Global information configuration
#let s = (s.methods.info)(
self: s,
title: [Title],
subtitle: [Subtitle],
author: [Authors],
date: datetime.today(),
institution: [Institution],
)
// Pdfpc configuration
// typst query --root . ./example.typ --field value --one "<pdfpc-file>" > ./example.pdfpc
#let s = (s.methods.append-preamble)(self: s, pdfpc.config(
duration-minutes: 30,
start-time: datetime(hour: 14, minute: 10, second: 0),
end-time: datetime(hour: 14, minute: 40, second: 0),
last-minutes: 5,
note-font-size: 12,
disable-markdown: false,
default-transition: (
type: "push",
duration-seconds: 2,
angle: ltr,
alignment: "vertical",
direction: "inward",
),
))
// Extract methods
#let (init, slides, touying-outline, alert) = utils.methods(s)
#show: init
#show strong: alert
// Extract slide functions
#let (slide,) = utils.slides(s)
#show: slides
= Animation
== Simple Animation
#slide[
We can use `#pause` to #pause display something later.
#pause
Just like this.
#meanwhile
Meanwhile, #pause we can also use `#meanwhile` to #pause display other content synchronously.
]
== Complex Animation
#slide(repeat: 3, self => [
#let (uncover, only, alternatives) = utils.methods(self)
At subslide #self.subslide, we can
use #uncover("2-")[`#uncover` function] for reserving space,
use #only("2-")[`#only` function] for not reserving space,
#alternatives[call `#only` multiple times \u{2717}][use `#alternatives` function #sym.checkmark] for choosing one of the alternatives.
])
== Math Equation Animation
#slide[
Touying equation with `pause`:
#touying-equation(`
f(x) &= pause x^2 + 2x + 1 \
&= pause (x + 1)^2 \
`)
#meanwhile
Here, #pause we have the expression of $f(x)$.
#pause
By factorizing, we can obtain this result.
]
== CeTZ Animation
#slide[
CeTZ Animation in Touying:
#cetz-canvas({
import cetz.draw: *
rect((0,0), (5,5))
(pause,)
rect((0,0), (1,1))
rect((1,1), (2,2))
rect((2,2), (3,3))
(pause,)
line((0,0), (2.5, 2.5), name: "line")
})
]
== Fletcher Animation
#slide[
Fletcher Animation in Touying:
#fletcher-diagram(
node-stroke: .1em,
node-fill: gradient.radial(blue.lighten(80%), blue, center: (30%, 20%), radius: 80%),
spacing: 4em,
edge((-1,0), "r", "-|>", `open(path)`, label-pos: 0, label-side: center),
node((0,0), `reading`, radius: 2em),
edge((0,0), (0,0), `read()`, "--|>", bend: 130deg),
pause,
edge(`read()`, "-|>"),
node((1,0), `eof`, radius: 2em),
pause,
edge(`close()`, "-|>"),
node((2,0), `closed`, radius: 2em, extrude: (-2.5, 0)),
edge((0,0), (2,0), `close()`, "-|>", bend: -40deg),
)
]
= Others
== Side-by-side
#slide[
First column.
][
Second column.
]
== Setting
#slide(setting: body => {
set text(fill: blue)
body
})[
This slide has blue text.
]
== Multiple Pages
#slide[
#lorem(200)
]
// appendix by freezing last-slide-number
#let s = (s.methods.appendix)(self: s)
#let (slide,) = utils.slides(s)
== Appendix
#slide[
Please pay attention to the current slide number.
]
```
Touying 提供了很多内置的主题，能够简单地编写精美的 slides，例如此处的
```
#let s = themes.university.register(s, aspect-ratio: "16-9")
```
可以使用 university 主题。关于主题更详细的教程，您可以参阅后面的章节。
|
|
https://github.com/Quaternijkon/Typst_FLOW | https://raw.githubusercontent.com/Quaternijkon/Typst_FLOW/main/content1.typ | typst | #import "src/exports.typ": *
#import "theme.typ": *
= #smallcaps("Introduction")
== Problem
给定一个包含 $m$ 个查询 ${q_1, q_2, ..., q_m}$ 的集合和一个包含 $n$ 个数据向量 ${v_1, v_2, ..., v_n}$ 的集合，如何快速为每个查询 $q_i$ 找到其最相似的前 $k$ 个向量？
#line(length: 100%)
#side-by-side()[
*最相似的向量*
可以通过欧几里得距离或者余弦角来量化相似程度。
][
#figure(
image("img/qv.svg", width: 70%)
)
]
== Before Search
在开始搜索之前，还需要对数据库中的向量创建索引以加快搜索过程。创建索引的方法有基于量化的方法和基于图的方法。相较于基于图的索引，在取得较好结果的情况下，基于量化的索引占用更少的内存，并且运行速度更快。
#side-by-side()[
*索引创建过程*
使用K-means 聚类算法构建码本（其中每个码字是一个质心），应用量化器将向量映射到码字上，码字是距离向量最近的质心。
][
#figure(
image("img/index1.svg", width: 80%)
)
]
== Filter
#side-by-side()[
根据查询 $q$ 和每个桶质心 $c$ 之间的距离，找到最近的 $n_"probe"$ 个桶。例如，$n_"probe"=2$ ，则每个查询会在所有聚类中找到质心离自己最近的两个。
参数 $n_"probe"$ 控制准确性和性能之间的权衡。较大的 $n_"probe"$ 值可以产生更高的准确性，但性能可能会下降。
][
#figure(
image("img/index.svg", width: 70%)
)
]
== Thread Model
#side-by-side()[
查询进程 $P$ 中有多个线程 $T_i$ 并行执行，每个线程 $T_i$ 都有自己的堆栈，这些堆栈中的内容存放在内存中，并受操作系统的调度放进Cache里。
][
#figure(
image("img/thread.svg", width: 80%)
)
]
= #smallcaps("Faiss Solution")
== Solution
#side-by-side()[
Faiss 使用 OpenMP 多线程并行处理查询。
Faiss将查询向量 $q_i$ 放进线程中，将待比较的数据向量 $v_i$ 放进cache
当 $q_i$ 完成当前cache数据查询后，切换下一页数据向量 $v$ 进入cache
][
#figure(
image("img/faiss.svg", width: 75%)
)
]
== Cost
#side-by-side()[
$m$ 个查询分布在 $t$ 个线程中，每个线程分配 $m/t$ 个查询
每个线程每次只能进行一个查询，所有线程可以并行查询。
对于线程的每一次查询，需要访问一遍完整的数据向量。
所以每个线程都要访问 $m/t$ 倍的完整数据集。
][
#figure(
image("img/faiss.svg", width: 75%)
)
]
== Limitation
=== Incurs many cache misses
对于每个查询，整个数据集需要流式地放入cache中，无法用于下一个查询。
=== Cannot fully leverage multi-core parallelism
查询向量 $m$ 批次较小，分配的线程数量有限。
= #smallcaps("Milvus Solution")
== Solution
#side-by-side()[
Milvus将数据向量 $v_i$ 放入线程中，将查询向量 $q_i$ 放进cache
Milvus 使用*多线程*同时计算每个*查询块*的 top-k 结果。每个线程将其分配的数据向量与缓存中的整个查询块（含有 s 个查询）进行比较。
为了最小化同步开销，Milvus 为*每个线程*分配一个查询堆。查询 $q_i$ 的结果分布在 $t$ 个线程的堆中。最后，需要合并各线程的堆来得到最终的 top-k 结果。
][
#figure(
image("img/milvus.svg", width: 79.5%)
)
]
== Calculat s
$ s=("L3's cache size")/(d times "sizeof(float)" + t times k times ("sizeof(int64)"+"sizeof(float)")) $
#figure(
image("img/calc_s.svg", width: 90%)
)
== Cost
#side-by-side(composer:(2fr,3fr))[
#figure(
image("img/queryblocknum.svg", width: 84%),
caption: [ *$m$ 个查询，每 $s$ 个查询划分为一个查询块，共 $m/s$ 个查询块。*]
)
][
#figure(
image("img/datasetperthread.svg"),
caption:[*每个线程分到完整数据集的 $1/t$*]
)
]
从每个查询块的视角看， $t$ 个线程是并行访问查询块的 ，所以每个线程访问 *$m/s times 1/t=m/(s times t)$* 的完整数据集。
== Comparison
#side-by-side()[
#figure(
image("img/faiss.svg", width: 61%), caption: [each thread accesses $m/t$ times of
the entire data]
)
][
#figure(
image("img/milvus.svg", width: 65%), caption: [each thread accesses $m/(s times t)$ times of the entire
data]
)
]
|
|
https://github.com/Myriad-Dreamin/typst.ts | https://raw.githubusercontent.com/Myriad-Dreamin/typst.ts/main/fuzzers/corpora/text/linebreak_03.typ | typst | Apache License 2.0 |
#import "/contrib/templates/std-tests/preset.typ": *
#show: test-page
Hard #linebreak() break.
|
https://github.com/danilasar/conspectuses-3sem | https://raw.githubusercontent.com/danilasar/conspectuses-3sem/master/Операционки/240912_архитектура_вычислительной_системы.typ | typst | = Архитектура вычислительной системы
/ Архитектура вычислительной системы: компоновка компонентов и связи между ними. Это состав, компоненты, принципы их взаимодействия и структура.
Северный мост соединяет процессор, кеш, тактовый генератор и ОЗУ через шину данных. Кроме неё есть шина адреса и шина управления. Такая структура называется шинной.
Пристанская архитектура (архитектура фон Неймана) --- самая распространённая. Она характерна:
- В пристанской архитектуре и данные, и программы хранятся в основном массиве данных.
Гарвардская архитектура:
- Данные и программы находятся в разных местах. С одной стороны это хорошо, с другой стороны нужно делать связь с двумя блоками памяти, а в пристанской архитектуре всё в одну кучу.
- Классифицируются по длине машинного слова
== Центральный процессор и память
/ Регистр: структура для хранения данных (память)
== Классификация
CISC
Компьютеры с сокращённым набором команд --- риск-компьютеры --- RISC. Большую команду можно разбить на несколько команд.
VIDW --- компьютеры с очень длинными командами. Здесь имеется широкий набор команд.
По архитектуре различают микроархитектуру, основанную на микропроцессорах, и суперскалярные процессоры.
Есть многоядерные, а есть многопроцессорные системы. Чаще всего это серверные устройства.
Различают многозадачные и ещё какие-то там
SMP-системы, массивнопараллельные системы (NPP), распределённые системы.
МКМД, ОКМД, МКОД в Xournal'e
SMP
== Аппаратно-программная платформа вычислительной системы
Hardware и software
Вычислительные системы создаются для работы прикладных программ.
Системное ПО --- это операционная система.
|
|
https://github.com/Myriad-Dreamin/typst.ts | https://raw.githubusercontent.com/Myriad-Dreamin/typst.ts/main/fuzzers/corpora/layout/repeat_01.typ | typst | Apache License 2.0 |
#import "/contrib/templates/std-tests/preset.typ": *
#show: test-page
// Test dots with RTL.
#set text(lang: "ar")
مقدمة #box(width: 1fr, repeat[.]) 15
|
https://github.com/FrightenedFoxCN/typst-langpack | https://raw.githubusercontent.com/FrightenedFoxCN/typst-langpack/main/annotation.typ | typst | #let annot(annot: none, body) = context {
if annot != none {[
#metadata((body, annot)) <__annot>
]}
underline(body)
}
#let place-annot(hide-annot) = context {
box(width: 100%)[
#for i in query(<__annot>) {
text(weight: "bold", i.value.first())
linebreak()
if hide-annot {
hide(i.value.last())
} else {
i.value.last()
}
linebreak()
v(1pt)
}
]
}
#let annotated(doc, show-annot: true, hide-annot: false) = grid(
columns: (2fr, 1fr),
column-gutter: 2em,
doc,
if show-annot {place-annot(hide-annot)}
) |
|
https://github.com/freundTech/typst-matryoshka | https://raw.githubusercontent.com/freundTech/typst-matryoshka/main/lib.typ | typst | MIT License | #let _matryoshka-plugin = plugin("/matryoshka.wasm")
/// Takes typst source and returns the compiled document as an array of pages.
///
/// #example(```typ
/// grid(
/// columns: 2,
/// gutter: 1em,
/// ..matryoshka.compile-pages("
/// #set page(paper: \"a7\", flipped: true, fill: silver)
/// = Hello World
/// #pagebreak()
/// = Foo
/// #pagebreak()
/// = Bar
/// #pagebreak()
/// = Foobar
/// "),
/// )
/// ```, mode: "code")
///
/// - source (str): The typst source to compile
/// - filesystem (dictionary): A dictionary from file-paths to file contents as strings or bytes. These files will be available to the source code. Doesn't yet support nested paths.
/// - dont-fail (bool): When set to true and compilation fails this function will return the error message instead of panicking.
/// -> content
#let compile-pages(source, filesystem: (:), dont-fail: false) = {
for (key, value) in filesystem {
if type(value) == str {
filesystem.at(key) = bytes(value)
}
}
let arg = cbor.encode((
source: source,
filesystem: filesystem,
dont-fail: dont-fail,
))
let output = _matryoshka-plugin.compile(arg)
let result = cbor.decode(output)
if result.errors != none {
return result.errors
}
result.pages.map(it => image.decode(it))
}
/// Takes typst source and returns the compiled documents
/// This function returns opaque content.
/// If you need more control use compile-pages instead.
///
/// #example(```typ
/// matryoshka.compile("
/// #set page(fill: silver)
/// = Hello World
/// ")
/// ```, mode: "code")
///
/// - source (str): The typst source to compile
/// - filesystem (dictionary): A dictionary from file-paths to file contents as strings or bytes. These files will be available to the source code. Doesn't yet support nested paths.
/// - dont-fail (bool): When set to true and compilation fails this function will return the error message instead of panicking.
/// -> content
#let compile(source, filesystem: (:), dont-fail: false) = {
let result = compile-pages(
source,
filesystem: filesystem,
dont-fail: dont-fail,
)
return result.join()
}
|
https://github.com/alberto-lazari/computer-science | https://raw.githubusercontent.com/alberto-lazari/computer-science/main/lcd/project-presentation/sections/syntax.typ | typst | #import "/common.typ": *
#new-section-slide[Syntax]
#slide(title: [Syntax to define])[
- vCCS, for the parser
- CCS, for encoding and output printing
#pause
Inspired from CAAL's syntax
]
#new-section-slide[Value-passing CCS syntax]
#slide(title: [Constants])[
- $n in NN$
- $k in K$
- $x in "Var"$
- $a in cal(A)$
]
#slide(title: [Expressions])[
#rule("e", $n$,
$(e)$,
$x$,
$e "abop" e$,
)
#inline-rule("abop",
$+$, $-$, $*$, $"/"$,
)
]
#slide(title: [Booleans])[
#rule("b", $"true" | "false"$,
$(b)$,
$"not" b$,
$b "and" b | b "or" b$,
$e "bbop" e$,
)
#inline-rule("bbop",
$=$, $!=$,
$<$, $>$,
$lt.eq.slant$, $gt.eq.slant$,
)
]
#slide(title: [Processes])[
#grid(
columns: (1fr, 1fr),
rule("P", $0$,
$(P)$,
$"act". P$,
$k | k("args")$,
$"if" b "then" P$,
$P + P | P thin | thin P$,
$P[f] | P \\ L$,
), [
#inline-rule("act",
$tau$, $a(x)$, $tick a(e)$
)
#inline-rule("args",
$epsilon$, $e$, $e, "args"$
)
#inline-rule($f$,
$epsilon$, $a"/"a$, $a"/"a, f$
)
#inline-rule("channels",
$epsilon$, $a$, $a, "channels"$
)
#inline-rule($L$,
$a$, ${}$, ${"channels"}$
)
]
)
]
#slide(title: [Program])[
#rule($pi$, $P$,
$k = P; pi$,
$k("params") = P; pi$,
)
#inline-rule("params", $epsilon$,
$x$,
$x, "params"$,
)
]
#new-section-slide[Pure CCS syntax]
#slide(title: [Constants])[
- $k in K$
- $a in cal(A)$
]
#slide(title: [Processes])[
#grid(
columns: (1fr, 1fr),
rule("P", $0$,
$(P)$,
$"act". P$,
$k$,
$P + P$,
$P thin | thin P$,
$P[f] | P \\ L$,
), [
#inline-rule("act",
$tau$, $a$, $tick a$
)
#inline-rule($f$,
$a"/"a$, $a"/"a, f$
)
#inline-rule("channels",
$a$, $a, "channels"$
)
#inline-rule($L$,
$a$, ${"channels"}$
)
]
)
]
#slide(title: [Program])[
#rule($pi$, $P$,
$k = P; pi$,
)
]
|
|
https://github.com/ClazyChen/Table-Tennis-Rankings | https://raw.githubusercontent.com/ClazyChen/Table-Tennis-Rankings/main/history/2023/MS-10.typ | typst |
#set text(font: ("Courier New", "NSimSun"))
#figure(
caption: "Men's Singles (1 - 32)",
table(
columns: 4,
[Ranking], [Player], [Country/Region], [Rating],
[1], [<NAME>], [CHN], [3562],
[2], [<NAME>], [CHN], [3421],
[3], [<NAME>], [CHN], [3405],
[4], [<NAME>], [CHN], [3319],
[5], [<NAME>], [CHN], [3253],
[6], [<NAME>], [FRA], [3206],
[7], [<NAME>], [TPE], [3167],
[8], [<NAME>], [CHN], [3151],
[9], [<NAME>], [SWE], [3127],
[10], [<NAME>], [GER], [3102],
[11], [<NAME>], [JPN], [3098],
[12], [<NAME>], [CHN], [3082],
[13], [TANAKA Yuta], [JPN], [3081],
[14], [<NAME>], [BRA], [3026],
[15], [<NAME>], [GER], [3024],
[16], [<NAME>], [KOR], [3001],
[17], [FALCK Mattias], [SWE], [2995],
[18], [<NAME>], [DEN], [2979],
[19], [XIANG Peng], [CHN], [2978],
[20], [OVTCHAROV Dimitrij], [GER], [2971],
[21], [<NAME>], [CHN], [2969],
[22], [<NAME>], [JPN], [2964],
[23], [<NAME>], [GER], [2963],
[24], [JANG Woojin], [KOR], [2953],
[25], [WONG Chun Ting], [HKG], [2952],
[26], [CHUANG Chih-Yuan], [TPE], [2951],
[27], [JHA Kanak], [USA], [2949],
[28], [TOGAMI Shunsuke], [JPN], [2939],
[29], [JORGIC Darko], [SLO], [2933],
[30], [YU Ziyang], [CHN], [2933],
[31], [XU Yingbin], [CHN], [2932],
[32], [ARUNA Quadri], [NGR], [2921],
)
)#pagebreak()
#set text(font: ("Courier New", "NSimSun"))
#figure(
caption: "Men's Singles (33 - 64)",
table(
columns: 4,
[Ranking], [Player], [Country/Region], [Rating],
[33], [AN Jaehyun], [KOR], [2918],
[34], [ZHOU Kai], [CHN], [2912],
[35], [ASSAR Omar], [EGY], [2901],
[36], [GAUZY Simon], [FRA], [2895],
[37], [ZHAO Zihao], [CHN], [2895],
[38], [LIANG Yanning], [CHN], [2886],
[39], [FREITAS Marcos], [POR], [2885],
[40], [XUE Fei], [CHN], [2885],
[41], [CHO Seungmin], [KOR], [2882],
[42], [<NAME>], [POR], [2869],
[43], [<NAME>], [CHN], [2868],
[44], [KALLBERG Anton], [SWE], [2865],
[45], [<NAME>], [SWE], [2864],
[46], [<NAME>], [CHN], [2855],
[47], [<NAME>], [GER], [2851],
[48], [<NAME>], [GER], [2848],
[49], [<NAME>], [JPN], [2845],
[50], [<NAME>], [CHN], [2838],
[51], [LEBRUN Alexis], [FRA], [2830],
[52], [<NAME>], [DEN], [2829],
[53], [<NAME>], [IRI], [2824],
[54], [<NAME>], [JPN], [2822],
[55], [PITCHFORD Liam], [ENG], [2821],
[56], [<NAME>], [KOR], [2818],
[57], [<NAME>], [CRO], [2816],
[58], [SHINOZUKA Hiroto], [JPN], [2816],
[59], [UEDA Jin], [JPN], [2806],
[60], [GIONIS Panagiotis], [GRE], [2802],
[61], [OIKAWA Mizuki], [JPN], [2794],
[62], [<NAME> Su], [KOR], [2791],
[63], [<NAME>], [ESP], [2786],
[64], [WANG Eugene], [CAN], [2785],
)
)#pagebreak()
#set text(font: ("Courier New", "NSimSun"))
#figure(
caption: "Men's Singles (65 - 96)",
table(
columns: 4,
[Ranking], [Player], [Country/Region], [Rating],
[65], [<NAME>], [IRI], [2784],
[66], [<NAME>], [SVK], [2775],
[67], [<NAME>], [JPN], [2774],
[68], [<NAME>], [CRO], [2774],
[69], [<NAME>], [POR], [2769],
[70], [<NAME>], [TPE], [2769],
[71], [KIZUKURI Yuto], [JPN], [2768],
[72], [<NAME>], [CHN], [2765],
[73], [<NAME>], [BEL], [2763],
[74], [<NAME>], [KOR], [2755],
[75], [<NAME>], [GER], [2750],
[76], [<NAME>], [KOR], [2748],
[77], [<NAME>], [HUN], [2740],
[78], [<NAME>], [CHN], [2734],
[79], [<NAME>], [AUT], [2729],
[80], [<NAME>], [FRA], [2729],
[81], [<NAME>], [CZE], [2729],
[82], [<NAME>], [JPN], [2726],
[83], [<NAME>], [GER], [2720],
[84], [PERSSON Jon], [SWE], [2720],
[85], [<NAME>], [CHN], [2720],
[86], [<NAME>], [FRA], [2719],
[87], [<NAME>], [FRA], [2716],
[88], [<NAME>], [GER], [2714],
[89], [<NAME>], [POL], [2714],
[90], [<NAME>], [GER], [2712],
[91], [<NAME>], [PRK], [2704],
[92], [<NAME>], [EGY], [2702],
[93], [<NAME>], [IND], [2702],
[94], [<NAME>], [CHN], [2686],
[95], [<NAME>], [PUR], [2679],
[96], [<NAME>], [IND], [2678],
)
)#pagebreak()
#set text(font: ("Courier New", "NSimSun"))
#figure(
caption: "Men's Singles (97 - 128)",
table(
columns: 4,
[Ranking], [Player], [Country/Region], [Rating],
[97], [SZUDI Adam], [HUN], [2678],
[98], [<NAME>], [POR], [2677],
[99], [<NAME>], [HKG], [2675],
[100], [<NAME>akub], [POL], [2673],
[101], [WU Jiaji], [DOM], [2671],
[102], [YOSHIYAMA Ryoichi], [JPN], [2670],
[103], [<NAME>], [JPN], [2670],
[104], [<NAME>], [MDA], [2667],
[105], [<NAME>], [SWE], [2664],
[106], [<NAME>], [GER], [2664],
[107], [KAO Cheng-Jui], [TPE], [2663],
[108], [<NAME>], [ARG], [2662],
[109], [<NAME>], [FRA], [2661],
[110], [IONESCU Eduard], [ROU], [2660],
[111], [<NAME>], [FRA], [2660],
[112], [#text(gray, "LIU Yebo")], [CHN], [2660],
[113], [<NAME>], [AUT], [2659],
[114], [<NAME>], [ALG], [2659],
[115], [<NAME>], [KAZ], [2657],
[116], [<NAME>], [IND], [2657],
[117], [<NAME>], [BEL], [2657],
[118], [<NAME>], [IND], [2656],
[119], [HUANG Yan-Cheng], [TPE], [2654],
[120], [LIAO Cheng-Ting], [TPE], [2654],
[121], [HUANG Youzheng], [CHN], [2653],
[122], [<NAME>], [FRA], [2651],
[123], [IONESCU Ovidiu], [ROU], [2651],
[124], [ZELJKO Filip], [CRO], [2650],
[125], [<NAME> Ce], [CHN], [2644],
[126], [MONTEIRO Joao], [POR], [2642],
[127], [ROLLAND Jules], [FRA], [2642],
[128], [KULCZYCKI Samuel], [POL], [2641],
)
) |
|
https://github.com/jamesrswift/pixel-pipeline | https://raw.githubusercontent.com/jamesrswift/pixel-pipeline/main/docs/chapters/package.typ | typst | The Unlicense | = Package Description
== Subsection Heading
=== Subsubsection Heading
==== Paragraph Heading
===== Subparagraph Heading |
https://github.com/QuadnucYard/pavemat | https://raw.githubusercontent.com/QuadnucYard/pavemat/main/examples/examples.typ | typst | MIT License | #import "../src/lib.typ": pavemat
#import "logo.typ": logo
#{
show: align.with(center)
logo
}
#let a = $ mat(1, 2, 3; 4, 5, 6; 7, 8, 9; 10, 11, 12) $
This is the original matrix:
$ display(#a) $
Let's add some dashed lines and fillings!
#let e1 = pavemat(
a,
pave: "dSDSDSLLAAWASSDD",
fills: (
"1-1": red.transparentize(80%),
"1-2": blue.transparentize(80%),
"3-0": green.transparentize(80%),
),
)
#e1
It is possible to customize stroke of path segments!
#let e2 = pavemat(
a,
pave: (
path: "AA(paint: red, thickness: 2pt)WdD(paint: blue)Ww(thickness: 1pt, dash: 'dotted')AaS]Aw]W]D",
from: "bottom-right",
),
fills: maroon.transparentize(90%),
)
#e2
Turn `debug` on to see the hidden lines.
#let e3 = pavemat(
a,
pave: (
path: "AA(paint: red, thickness: 2pt)WdD(paint: blue)Ww(thickness: 1pt, dash: 'dotted')AaS]Aw]W]D",
from: "bottom-right",
),
fills: maroon.transparentize(90%),
debug: true,
)
#e3
With more paths, a default fill and a different delimiter.
#let e4 = pavemat(
a,
pave: (
(path: "WASD", from: (2, 2)),
(path: "WDSA", from: "bottom-left", stroke: red + 0.5pt),
(path: "DSAW", from: (3, 2)),
),
stroke: blue + 1pt,
fills: (
"": green.transparentize(80%),
"0-0": red.transparentize(80%),
"3-2": blue.transparentize(80%),
),
delim: "["
)
#e4
You can also pass a ```typ math.mat``` to it instead of a `math.equation`.
If you don't like `WASD`, you can just overwrite it, but be careful of case-sensitivity!
#let e5 = pavemat(
math.mat(..range(5).map(i => range(5).map(j => i * 5 + j))),
pave: (
(path: "DDDDDRUUUUU", from: (0, 2)),
(path: "RRRRRDLLLLL", from: (2, 0)),
),
fills: (
"": green.transparentize(80%),
"top-left": red.transparentize(80%),
"3-right": blue.transparentize(80%),
"[bottom-left]": blue.transparentize(80%),
),
dir-chars: (up: "U", down: "D", left: "L", right: "R"),
block: true,
delim: none
)
#e5
|
https://github.com/coco33920/.files | https://raw.githubusercontent.com/coco33920/.files/mistress/typst_templates/CR/template.typ | typst | #let template(
title: none,
presents: (),
signature: "",
sfont: "Monaspace Xenon",
body
) = {
set text(weight: "bold", font: sfont, size: 16pt, lang: "fr")
set align(center)
if title != none {
title
}
set text(weight: "regular", size: 12pt)
set align(left)
if presents != none {
[
*Présent.e.s*\
#list(..presents)
]
}
show heading.where(level: 1): it => block(width:100%)[
#set align(right)
#it
#v(0.5em)
]
set heading(numbering: "I.1.")
body
}
|
|
https://github.com/jgm/typst-hs | https://raw.githubusercontent.com/jgm/typst-hs/main/test/typ/compiler/shorthand-01.typ | typst | Other | // Make sure non-breaking and normal space always
// have the same width. Even if the font decided
// differently.
#set text(font: "New Computer Modern")
a b \
a~b
|
https://github.com/teamdailypractice/pdf-tools | https://raw.githubusercontent.com/teamdailypractice/pdf-tools/main/typst-pdf/examples/example-12.typ | typst | #set page("a4")
#set text(
font: "TSCu_SaiIndira",
size: 13pt
)
#set align(center)
= 1 கடவுள் வாழ்த்து
\
#set align(left)
அகரம் முதல, எழுத்து எல்லாம்; ஆதி- \
பகவன் முதற்றே, உலகு. \
\
கற்றதனால் ஆய பயன் என்கொல்-வால்-அறிவன் \
நல் தாள் தொழாஅர் எனின்?. \
\
மலர்மிசை ஏகினான் மாண் அடி சேர்ந்தார் \
நிலமிசை நீடு வாழ்வார். \
\
வேண்டுதல் வேண்டாமை இலான் அடி சேர்ந்தார்க்கு \
யாண்டும் இடும்பை இல. \
\
இருள் சேர் இரு வினையும் சேரா, இறைவன் \
பொருள் சேர் புகழ் புரிந்தார்மாட்டு. \
\
பொறி வாயில் ஐந்து அவித்தான் பொய் தீர் ஒழுக்க \
நெறி நின்றார் நீடு வாழ்வார். \
\
தனக்கு உவமை இல்லாதான் தாள் சேர்ந்தார்க்கு அல்லால், \
மனக் கவலை மாற்றல் அரிது. \
\
அற ஆழி அந்தணன் தாள் சேர்ந்தார்க்கு அல்லால், \
பிற ஆழி நீந்தல் அரிது. \
\
கோள் இல் பொறியில் குணம் இலவே-எண்குணத்தான் \
தாளை வணங்காத் தலை.\
\
பிறவிப் பெருங் கடல் நீந்துவர்; நீந்தார், \
இறைவன் அடி சேராதார். \
#pagebreak()
#set align(center)
= 2 வான் சிறப்பு
\
#set align(left)
வான் நின்று உலகம் வழங்கி வருதலான்,\
தான் அமிழ்தம் என்று உணரல் பாற்று.\
\
துப்பார்க்குத் துப்பு ஆய துப்பு ஆக்கி, துப்பார்க்குத்\
துப்பு ஆயதூஉம் மழை.\
\
விண் இன்று பொய்ப்பின், விரிநீர் வியன் உலகத்து-\
உள் நின்று உடற்றும் பசி.\
\
ஏரின் உழாஅர் உழவர், புயல் என்னும்\
வாரி வளம் குன்றிக்கால்.\
\
கெடுப்பதூஉம், கெட்டார்க்குச் சார்வாய் மற்று ஆங்கே\
எடுப்பதூஉம், எல்லாம் மழை.\
\
விசும்பின் துளி வீழின் அல்லால், மற்று ஆங்கே\
பசும் புல் தலை காண்பு அரிது.\
\
நெடுங் கடலும் தன் நீர்மை குன்றும், தடிந்து எழிலி-\
தான் நல்காது ஆகிவிடின்.\
\
சிறப்பொடு பூசனை செல்லாது-வானம்\
வறக்குமேல், வானோர்க்கும், ஈண்டு.\
\
தானம் தவம் இரண்டும் தங்கா, வியன் உலகம்\
வானம் வழங்காது எனின்.\
\
நீர் இன்று அமையாது உலகுஎனின், யார்யார்க்கும்\
வான் இன்று அமையாது ஒழுக்கு.\
#pagebreak()
|
|
https://github.com/zyf722/typst-tabler-icons | https://raw.githubusercontent.com/zyf722/typst-tabler-icons/main/src/lib-gen.typ | typst | MIT License | // Generated based on Tabler Icons v3.20.0
#import "lib-impl.typ": tabler-icon
#let tabler-icon-map = (
"a-b": "\u{ec36}",
"a-b-2": "\u{f25f}",
"a-b-off": "\u{f0a6}",
"abacus": "\u{f05c}",
"abacus-off": "\u{f3b6}",
"abc": "\u{f567}",
"access-point": "\u{ed1b}",
"access-point-off": "\u{ed1a}",
"accessible": "\u{eba9}",
"accessible-filled": "\u{f6ea}",
"accessible-off": "\u{f0a7}",
"activity": "\u{ed23}",
"activity-heartbeat": "\u{f0db}",
"ad": "\u{ea02}",
"ad-2": "\u{ef1f}",
"ad-circle": "\u{f79e}",
"ad-circle-filled": "\u{f7d3}",
"ad-circle-off": "\u{f79d}",
"ad-filled": "\u{f6eb}",
"ad-off": "\u{f3b7}",
"address-book": "\u{f021}",
"address-book-off": "\u{f3b8}",
"adjustments": "\u{ea03}",
"adjustments-alt": "\u{ec37}",
"adjustments-bolt": "\u{f7fb}",
"adjustments-cancel": "\u{f7fc}",
"adjustments-check": "\u{f7fd}",
"adjustments-code": "\u{f7fe}",
"adjustments-cog": "\u{f7ff}",
"adjustments-dollar": "\u{f800}",
"adjustments-down": "\u{f801}",
"adjustments-exclamation": "\u{f802}",
"adjustments-filled": "\u{f6ec}",
"adjustments-heart": "\u{f803}",
"adjustments-horizontal": "\u{ec38}",
"adjustments-minus": "\u{f804}",
"adjustments-off": "\u{f0a8}",
"adjustments-pause": "\u{f805}",
"adjustments-pin": "\u{f806}",
"adjustments-plus": "\u{f807}",
"adjustments-question": "\u{f808}",
"adjustments-search": "\u{f809}",
"adjustments-share": "\u{f80a}",
"adjustments-spark": "\u{ffbe}",
"adjustments-star": "\u{f80b}",
"adjustments-up": "\u{f80c}",
"adjustments-x": "\u{f80d}",
"aerial-lift": "\u{edfe}",
"affiliate": "\u{edff}",
"affiliate-filled": "\u{f6ed}",
"ai": "\u{fee7}",
"air-balloon": "\u{f4a6}",
"air-conditioning": "\u{f3a2}",
"air-conditioning-disabled": "\u{f542}",
"air-traffic-control": "\u{fb01}",
"alarm": "\u{ea04}",
"alarm-average": "\u{fc9e}",
"alarm-filled": "\u{f709}",
"alarm-minus": "\u{f630}",
"alarm-minus-filled": "\u{f70a}",
"alarm-off": "\u{f0a9}",
"alarm-plus": "\u{f631}",
"alarm-plus-filled": "\u{f70b}",
"alarm-snooze": "\u{f632}",
"alarm-snooze-filled": "\u{f70c}",
"album": "\u{f022}",
"album-off": "\u{f3b9}",
"alert-circle": "\u{ea05}",
"alert-circle-filled": "\u{f6ee}",
"alert-circle-off": "\u{fc65}",
"alert-hexagon": "\u{f80e}",
"alert-hexagon-filled": "\u{fa34}",
"alert-hexagon-off": "\u{fc66}",
"alert-octagon": "\u{ecc6}",
"alert-octagon-filled": "\u{f6ef}",
"alert-small": "\u{f80f}",
"alert-small-off": "\u{fc67}",
"alert-square": "\u{f811}",
"alert-square-filled": "\u{fa35}",
"alert-square-rounded": "\u{f810}",
"alert-square-rounded-filled": "\u{fa36}",
"alert-square-rounded-off": "\u{fc68}",
"alert-triangle": "\u{ea06}",
"alert-triangle-filled": "\u{f6f0}",
"alert-triangle-off": "\u{fc69}",
"alien": "\u{ebde}",
"alien-filled": "\u{f70d}",
"align-box-bottom-center": "\u{f530}",
"align-box-bottom-center-filled": "\u{f70e}",
"align-box-bottom-left": "\u{f531}",
"align-box-bottom-left-filled": "\u{f70f}",
"align-box-bottom-right": "\u{f532}",
"align-box-bottom-right-filled": "\u{f710}",
"align-box-center-bottom": "\u{facb}",
"align-box-center-middle": "\u{f79f}",
"align-box-center-middle-filled": "\u{f7d4}",
"align-box-center-stretch": "\u{facc}",
"align-box-center-top": "\u{facd}",
"align-box-left-bottom": "\u{f533}",
"align-box-left-bottom-filled": "\u{f711}",
"align-box-left-middle": "\u{f534}",
"align-box-left-middle-filled": "\u{f712}",
"align-box-left-stretch": "\u{face}",
"align-box-left-top": "\u{f535}",
"align-box-left-top-filled": "\u{f713}",
"align-box-right-bottom": "\u{f536}",
"align-box-right-bottom-filled": "\u{f714}",
"align-box-right-middle": "\u{f537}",
"align-box-right-middle-filled": "\u{f7d5}",
"align-box-right-stretch": "\u{facf}",
"align-box-right-top": "\u{f538}",
"align-box-right-top-filled": "\u{f715}",
"align-box-top-center": "\u{f539}",
"align-box-top-center-filled": "\u{f716}",
"align-box-top-left": "\u{f53a}",
"align-box-top-left-filled": "\u{f717}",
"align-box-top-right": "\u{f53b}",
"align-box-top-right-filled": "\u{f718}",
"align-center": "\u{ea07}",
"align-justified": "\u{ea08}",
"align-left": "\u{ea09}",
"align-left-2": "\u{ff00}",
"align-right": "\u{ea0a}",
"align-right-2": "\u{feff}",
"alpha": "\u{f543}",
"alphabet-arabic": "\u{ff2f}",
"alphabet-bangla": "\u{ff2e}",
"alphabet-cyrillic": "\u{f1df}",
"alphabet-greek": "\u{f1e0}",
"alphabet-hebrew": "\u{ff2d}",
"alphabet-korean": "\u{ff2c}",
"alphabet-latin": "\u{f1e1}",
"alphabet-thai": "\u{ff2b}",
"alt": "\u{fc54}",
"ambulance": "\u{ebf5}",
"ampersand": "\u{f229}",
"analyze": "\u{f3a3}",
"analyze-filled": "\u{f719}",
"analyze-off": "\u{f3ba}",
"anchor": "\u{eb76}",
"anchor-off": "\u{f0f7}",
"angle": "\u{ef20}",
"ankh": "\u{f1cd}",
"antenna": "\u{f094}",
"antenna-bars-1": "\u{ecc7}",
"antenna-bars-2": "\u{ecc8}",
"antenna-bars-3": "\u{ecc9}",
"antenna-bars-4": "\u{ecca}",
"antenna-bars-5": "\u{eccb}",
"antenna-bars-off": "\u{f0aa}",
"antenna-off": "\u{f3bb}",
"aperture": "\u{eb58}",
"aperture-off": "\u{f3bc}",
"api": "\u{effd}",
"api-app": "\u{effc}",
"api-app-off": "\u{f0ab}",
"api-off": "\u{f0f8}",
"app-window": "\u{efe6}",
"app-window-filled": "\u{f71a}",
"apple": "\u{ef21}",
"apple-filled": "\u{10017}",
"apps": "\u{ebb6}",
"apps-filled": "\u{f6f1}",
"apps-off": "\u{f0ac}",
"archery-arrow": "\u{fc55}",
"archive": "\u{ea0b}",
"archive-filled": "\u{fa82}",
"archive-off": "\u{f0ad}",
"armchair": "\u{ef9e}",
"armchair-2": "\u{efe7}",
"armchair-2-off": "\u{f3bd}",
"armchair-off": "\u{f3be}",
"arrow-autofit-content": "\u{ef31}",
"arrow-autofit-content-filled": "\u{f6f2}",
"arrow-autofit-down": "\u{ef32}",
"arrow-autofit-height": "\u{ef33}",
"arrow-autofit-left": "\u{ef34}",
"arrow-autofit-right": "\u{ef35}",
"arrow-autofit-up": "\u{ef36}",
"arrow-autofit-width": "\u{ef37}",
"arrow-back": "\u{ea0c}",
"arrow-back-up": "\u{eb77}",
"arrow-back-up-double": "\u{f9ec}",
"arrow-badge-down": "\u{f60b}",
"arrow-badge-down-filled": "\u{f7d6}",
"arrow-badge-left": "\u{f60c}",
"arrow-badge-left-filled": "\u{f7d7}",
"arrow-badge-right": "\u{f60d}",
"arrow-badge-right-filled": "\u{f7d8}",
"arrow-badge-up": "\u{f60e}",
"arrow-badge-up-filled": "\u{f7d9}",
"arrow-bar-both": "\u{fadd}",
"arrow-bar-down": "\u{ea0d}",
"arrow-bar-left": "\u{ea0e}",
"arrow-bar-right": "\u{ea0f}",
"arrow-bar-to-down": "\u{ec88}",
"arrow-bar-to-left": "\u{ec89}",
"arrow-bar-to-right": "\u{ec8a}",
"arrow-bar-to-up": "\u{ec8b}",
"arrow-bar-up": "\u{ea10}",
"arrow-bear-left": "\u{f045}",
"arrow-bear-left-2": "\u{f044}",
"arrow-bear-right": "\u{f047}",
"arrow-bear-right-2": "\u{f046}",
"arrow-big-down": "\u{edda}",
"arrow-big-down-filled": "\u{f6c6}",
"arrow-big-down-line": "\u{efe8}",
"arrow-big-down-line-filled": "\u{f6c7}",
"arrow-big-down-lines": "\u{efe9}",
"arrow-big-down-lines-filled": "\u{f6c8}",
"arrow-big-left": "\u{eddb}",
"arrow-big-left-filled": "\u{f6c9}",
"arrow-big-left-line": "\u{efea}",
"arrow-big-left-line-filled": "\u{f6ca}",
"arrow-big-left-lines": "\u{efeb}",
"arrow-big-left-lines-filled": "\u{f6cb}",
"arrow-big-right": "\u{eddc}",
"arrow-big-right-filled": "\u{f6cc}",
"arrow-big-right-line": "\u{efec}",
"arrow-big-right-line-filled": "\u{f6cd}",
"arrow-big-right-lines": "\u{efed}",
"arrow-big-right-lines-filled": "\u{f6ce}",
"arrow-big-up": "\u{eddd}",
"arrow-big-up-filled": "\u{f6cf}",
"arrow-big-up-line": "\u{efee}",
"arrow-big-up-line-filled": "\u{f6d0}",
"arrow-big-up-lines": "\u{efef}",
"arrow-big-up-lines-filled": "\u{f6d1}",
"arrow-bounce": "\u{f3a4}",
"arrow-capsule": "\u{fade}",
"arrow-curve-left": "\u{f048}",
"arrow-curve-right": "\u{f049}",
"arrow-down": "\u{ea16}",
"arrow-down-bar": "\u{ed98}",
"arrow-down-circle": "\u{ea11}",
"arrow-down-circle-filled": "\u{1003b}",
"arrow-down-dashed": "\u{1006a}",
"arrow-down-from-arc": "\u{fd86}",
"arrow-down-left": "\u{ea13}",
"arrow-down-left-circle": "\u{ea12}",
"arrow-down-rhombus": "\u{f61d}",
"arrow-down-rhombus-filled": "\u{1003a}",
"arrow-down-right": "\u{ea15}",
"arrow-down-right-circle": "\u{ea14}",
"arrow-down-square": "\u{ed9a}",
"arrow-down-square-filled": "\u{10039}",
"arrow-down-tail": "\u{ed9b}",
"arrow-down-to-arc": "\u{fd87}",
"arrow-elbow-left": "\u{f9ed}",
"arrow-elbow-right": "\u{f9ee}",
"arrow-fork": "\u{f04a}",
"arrow-forward": "\u{ea17}",
"arrow-forward-up": "\u{eb78}",
"arrow-forward-up-double": "\u{f9ef}",
"arrow-guide": "\u{f22a}",
"arrow-guide-filled": "\u{10038}",
"arrow-iteration": "\u{f578}",
"arrow-left": "\u{ea19}",
"arrow-left-bar": "\u{ed9c}",
"arrow-left-circle": "\u{ea18}",
"arrow-left-circle-filled": "\u{10037}",
"arrow-left-dashed": "\u{10069}",
"arrow-left-from-arc": "\u{fd88}",
"arrow-left-rhombus": "\u{f61e}",
"arrow-left-rhombus-filled": "\u{10036}",
"arrow-left-right": "\u{f04b}",
"arrow-left-square": "\u{ed9d}",
"arrow-left-square-filled": "\u{10035}",
"arrow-left-tail": "\u{ed9e}",
"arrow-left-to-arc": "\u{fd89}",
"arrow-loop-left": "\u{ed9f}",
"arrow-loop-left-2": "\u{f04c}",
"arrow-loop-right": "\u{eda0}",
"arrow-loop-right-2": "\u{f04d}",
"arrow-merge": "\u{f04e}",
"arrow-merge-alt-left": "\u{fc9f}",
"arrow-merge-alt-right": "\u{fca0}",
"arrow-merge-both": "\u{f23b}",
"arrow-merge-left": "\u{f23c}",
"arrow-merge-right": "\u{f23d}",
"arrow-move-down": "\u{f2ba}",
"arrow-move-down-filled": "\u{10034}",
"arrow-move-left": "\u{f2bb}",
"arrow-move-left-filled": "\u{10033}",
"arrow-move-right": "\u{f2bc}",
"arrow-move-right-filled": "\u{10032}",
"arrow-move-up": "\u{f2bd}",
"arrow-move-up-filled": "\u{10031}",
"arrow-narrow-down": "\u{ea1a}",
"arrow-narrow-down-dashed": "\u{10068}",
"arrow-narrow-left": "\u{ea1b}",
"arrow-narrow-left-dashed": "\u{10067}",
"arrow-narrow-right": "\u{ea1c}",
"arrow-narrow-right-dashed": "\u{10066}",
"arrow-narrow-up": "\u{ea1d}",
"arrow-narrow-up-dashed": "\u{10065}",
"arrow-ramp-left": "\u{ed3c}",
"arrow-ramp-left-2": "\u{f04f}",
"arrow-ramp-left-3": "\u{f050}",
"arrow-ramp-right": "\u{ed3d}",
"arrow-ramp-right-2": "\u{f051}",
"arrow-ramp-right-3": "\u{f052}",
"arrow-right": "\u{ea1f}",
"arrow-right-bar": "\u{eda1}",
"arrow-right-circle": "\u{ea1e}",
"arrow-right-circle-filled": "\u{10030}",
"arrow-right-dashed": "\u{10064}",
"arrow-right-from-arc": "\u{fd8a}",
"arrow-right-rhombus": "\u{f61f}",
"arrow-right-rhombus-filled": "\u{1002f}",
"arrow-right-square": "\u{eda2}",
"arrow-right-square-filled": "\u{1002e}",
"arrow-right-tail": "\u{eda3}",
"arrow-right-to-arc": "\u{fd8b}",
"arrow-rotary-first-left": "\u{f053}",
"arrow-rotary-first-right": "\u{f054}",
"arrow-rotary-last-left": "\u{f055}",
"arrow-rotary-last-right": "\u{f056}",
"arrow-rotary-left": "\u{f057}",
"arrow-rotary-right": "\u{f058}",
"arrow-rotary-straight": "\u{f059}",
"arrow-roundabout-left": "\u{f22b}",
"arrow-roundabout-right": "\u{f22c}",
"arrow-sharp-turn-left": "\u{f05a}",
"arrow-sharp-turn-right": "\u{f05b}",
"arrow-up": "\u{ea25}",
"arrow-up-bar": "\u{eda4}",
"arrow-up-circle": "\u{ea20}",
"arrow-up-circle-filled": "\u{1002d}",
"arrow-up-dashed": "\u{10063}",
"arrow-up-from-arc": "\u{fd8c}",
"arrow-up-left": "\u{ea22}",
"arrow-up-left-circle": "\u{ea21}",
"arrow-up-rhombus": "\u{f620}",
"arrow-up-rhombus-filled": "\u{1002c}",
"arrow-up-right": "\u{ea24}",
"arrow-up-right-circle": "\u{ea23}",
"arrow-up-square": "\u{eda6}",
"arrow-up-square-filled": "\u{1002b}",
"arrow-up-tail": "\u{eda7}",
"arrow-up-to-arc": "\u{fd8d}",
"arrow-wave-left-down": "\u{eda8}",
"arrow-wave-left-up": "\u{eda9}",
"arrow-wave-right-down": "\u{edaa}",
"arrow-wave-right-up": "\u{edab}",
"arrow-zig-zag": "\u{f4a7}",
"arrows-cross": "\u{effe}",
"arrows-diagonal": "\u{ea27}",
"arrows-diagonal-2": "\u{ea26}",
"arrows-diagonal-minimize": "\u{ef39}",
"arrows-diagonal-minimize-2": "\u{ef38}",
"arrows-diff": "\u{f296}",
"arrows-double-ne-sw": "\u{edde}",
"arrows-double-nw-se": "\u{eddf}",
"arrows-double-se-nw": "\u{ede0}",
"arrows-double-sw-ne": "\u{ede1}",
"arrows-down": "\u{edad}",
"arrows-down-up": "\u{edac}",
"arrows-exchange": "\u{f1f4}",
"arrows-exchange-2": "\u{f1f3}",
"arrows-horizontal": "\u{eb59}",
"arrows-join": "\u{edaf}",
"arrows-join-2": "\u{edae}",
"arrows-left": "\u{edb1}",
"arrows-left-down": "\u{ee00}",
"arrows-left-right": "\u{edb0}",
"arrows-maximize": "\u{ea28}",
"arrows-minimize": "\u{ea29}",
"arrows-move": "\u{f22f}",
"arrows-move-horizontal": "\u{f22d}",
"arrows-move-vertical": "\u{f22e}",
"arrows-random": "\u{f095}",
"arrows-right": "\u{edb3}",
"arrows-right-down": "\u{ee01}",
"arrows-right-left": "\u{edb2}",
"arrows-shuffle": "\u{f000}",
"arrows-shuffle-2": "\u{efff}",
"arrows-sort": "\u{eb5a}",
"arrows-split": "\u{edb5}",
"arrows-split-2": "\u{edb4}",
"arrows-transfer-down": "\u{f2cc}",
"arrows-transfer-up": "\u{f2cd}",
"arrows-transfer-up-down": "\u{ffac}",
"arrows-up": "\u{edb7}",
"arrows-up-down": "\u{edb6}",
"arrows-up-left": "\u{ee02}",
"arrows-up-right": "\u{ee03}",
"arrows-vertical": "\u{eb5b}",
"artboard": "\u{ea2a}",
"artboard-filled": "\u{fa83}",
"artboard-off": "\u{f0ae}",
"article": "\u{f1e2}",
"article-filled": "\u{f7da}",
"article-off": "\u{f3bf}",
"aspect-ratio": "\u{ed30}",
"aspect-ratio-filled": "\u{f7db}",
"aspect-ratio-off": "\u{f0af}",
"assembly": "\u{f24d}",
"assembly-filled": "\u{fe9e}",
"assembly-off": "\u{f3c0}",
"asset": "\u{f1ce}",
"asset-filled": "\u{fe9d}",
"asterisk": "\u{efd5}",
"asterisk-simple": "\u{efd4}",
"at": "\u{ea2b}",
"at-off": "\u{f0b0}",
"atom": "\u{eb79}",
"atom-2": "\u{ebdf}",
"atom-2-filled": "\u{f71b}",
"atom-off": "\u{f0f9}",
"augmented-reality": "\u{f023}",
"augmented-reality-2": "\u{f37e}",
"augmented-reality-off": "\u{f3c1}",
"auth-2fa": "\u{eca0}",
"automatic-gearbox": "\u{fc89}",
"automatic-gearbox-filled": "\u{1002a}",
"automation": "\u{fef8}",
"avocado": "\u{fd8e}",
"award": "\u{ea2c}",
"award-filled": "\u{f71c}",
"award-off": "\u{f0fa}",
"axe": "\u{ef9f}",
"axis-x": "\u{ef45}",
"axis-y": "\u{ef46}",
"baby-bottle": "\u{f5d2}",
"baby-carriage": "\u{f05d}",
"baby-carriage-filled": "\u{fe9c}",
"background": "\u{fd2c}",
"backhoe": "\u{ed86}",
"backpack": "\u{ef47}",
"backpack-off": "\u{f3c2}",
"backslash": "\u{fab9}",
"backspace": "\u{ea2d}",
"backspace-filled": "\u{f7dc}",
"badge": "\u{efc2}",
"badge-3d": "\u{f555}",
"badge-3d-filled": "\u{fe9b}",
"badge-4k": "\u{f556}",
"badge-4k-filled": "\u{fe9a}",
"badge-8k": "\u{f557}",
"badge-8k-filled": "\u{fe99}",
"badge-ad": "\u{f558}",
"badge-ad-filled": "\u{fe98}",
"badge-ad-off": "\u{fd8f}",
"badge-ar": "\u{f559}",
"badge-ar-filled": "\u{fe97}",
"badge-cc": "\u{f55a}",
"badge-cc-filled": "\u{fe96}",
"badge-filled": "\u{f667}",
"badge-hd": "\u{f55b}",
"badge-hd-filled": "\u{fe95}",
"badge-off": "\u{f0fb}",
"badge-sd": "\u{f55c}",
"badge-sd-filled": "\u{fe94}",
"badge-tm": "\u{f55d}",
"badge-tm-filled": "\u{fe93}",
"badge-vo": "\u{f55e}",
"badge-vo-filled": "\u{fe92}",
"badge-vr": "\u{f55f}",
"badge-vr-filled": "\u{fe91}",
"badge-wc": "\u{f560}",
"badge-wc-filled": "\u{fe90}",
"badges": "\u{efc3}",
"badges-filled": "\u{f7dd}",
"badges-off": "\u{f0fc}",
"baguette": "\u{f3a5}",
"ball-american-football": "\u{ee04}",
"ball-american-football-off": "\u{f3c3}",
"ball-baseball": "\u{efa0}",
"ball-basketball": "\u{ec28}",
"ball-bowling": "\u{ec29}",
"ball-football": "\u{ee06}",
"ball-football-off": "\u{ee05}",
"ball-tennis": "\u{ec2a}",
"ball-volleyball": "\u{ec2b}",
"balloon": "\u{ef3a}",
"balloon-filled": "\u{fa84}",
"balloon-off": "\u{f0fd}",
"ballpen": "\u{f06e}",
"ballpen-filled": "\u{fa85}",
"ballpen-off": "\u{f0b1}",
"ban": "\u{ea2e}",
"bandage": "\u{eb7a}",
"bandage-filled": "\u{f7de}",
"bandage-off": "\u{f3c4}",
"barbell": "\u{eff0}",
"barbell-filled": "\u{fe8f}",
"barbell-off": "\u{f0b2}",
"barcode": "\u{ebc6}",
"barcode-off": "\u{f0b3}",
"barrel": "\u{f0b4}",
"barrel-off": "\u{f0fe}",
"barrier-block": "\u{f00e}",
"barrier-block-filled": "\u{fe8e}",
"barrier-block-off": "\u{f0b5}",
"baseline": "\u{f024}",
"baseline-density-large": "\u{f9f0}",
"baseline-density-medium": "\u{f9f1}",
"baseline-density-small": "\u{f9f2}",
"basket": "\u{ebe1}",
"basket-bolt": "\u{fb43}",
"basket-cancel": "\u{fb44}",
"basket-check": "\u{fb45}",
"basket-code": "\u{fb46}",
"basket-cog": "\u{fb47}",
"basket-discount": "\u{fb48}",
"basket-dollar": "\u{fb49}",
"basket-down": "\u{fb4a}",
"basket-exclamation": "\u{fb4b}",
"basket-filled": "\u{f7df}",
"basket-heart": "\u{fb4c}",
"basket-minus": "\u{fb4d}",
"basket-off": "\u{f0b6}",
"basket-pause": "\u{fb4e}",
"basket-pin": "\u{fb4f}",
"basket-plus": "\u{fb50}",
"basket-question": "\u{fb51}",
"basket-search": "\u{fb52}",
"basket-share": "\u{fb53}",
"basket-star": "\u{fb54}",
"basket-up": "\u{fb55}",
"basket-x": "\u{fb56}",
"bat": "\u{f284}",
"bath": "\u{ef48}",
"bath-filled": "\u{f71d}",
"bath-off": "\u{f0ff}",
"battery": "\u{ea34}",
"battery-1": "\u{ea2f}",
"battery-1-filled": "\u{f71e}",
"battery-2": "\u{ea30}",
"battery-2-filled": "\u{f71f}",
"battery-3": "\u{ea31}",
"battery-3-filled": "\u{f720}",
"battery-4": "\u{ea32}",
"battery-4-filled": "\u{f721}",
"battery-automotive": "\u{ee07}",
"battery-automotive-filled": "\u{10029}",
"battery-charging": "\u{ea33}",
"battery-charging-2": "\u{ef3b}",
"battery-eco": "\u{ef3c}",
"battery-exclamation": "\u{ff1d}",
"battery-filled": "\u{f668}",
"battery-off": "\u{ed1c}",
"battery-spark": "\u{ffbd}",
"battery-vertical": "\u{ff13}",
"battery-vertical-1": "\u{ff1c}",
"battery-vertical-1-filled": "\u{10028}",
"battery-vertical-2": "\u{ff1b}",
"battery-vertical-2-filled": "\u{10027}",
"battery-vertical-3": "\u{ff1a}",
"battery-vertical-3-filled": "\u{10026}",
"battery-vertical-4": "\u{ff19}",
"battery-vertical-4-filled": "\u{10025}",
"battery-vertical-charging": "\u{ff17}",
"battery-vertical-charging-2": "\u{ff18}",
"battery-vertical-eco": "\u{ff16}",
"battery-vertical-exclamation": "\u{ff15}",
"battery-vertical-filled": "\u{10024}",
"battery-vertical-off": "\u{ff14}",
"beach": "\u{ef3d}",
"beach-off": "\u{f0b7}",
"bed": "\u{eb5c}",
"bed-filled": "\u{f7e0}",
"bed-flat": "\u{fca1}",
"bed-flat-filled": "\u{fe8d}",
"bed-off": "\u{f100}",
"beer": "\u{efa1}",
"beer-filled": "\u{f7e1}",
"beer-off": "\u{f101}",
"bell": "\u{ea35}",
"bell-bolt": "\u{f812}",
"bell-cancel": "\u{f813}",
"bell-check": "\u{f814}",
"bell-code": "\u{f815}",
"bell-cog": "\u{f816}",
"bell-dollar": "\u{f817}",
"bell-down": "\u{f818}",
"bell-exclamation": "\u{f819}",
"bell-filled": "\u{f669}",
"bell-heart": "\u{f81a}",
"bell-minus": "\u{ede2}",
"bell-minus-filled": "\u{f722}",
"bell-off": "\u{ece9}",
"bell-pause": "\u{f81b}",
"bell-pin": "\u{f81c}",
"bell-plus": "\u{ede3}",
"bell-plus-filled": "\u{f723}",
"bell-question": "\u{f81d}",
"bell-ringing": "\u{ed07}",
"bell-ringing-2": "\u{ede4}",
"bell-ringing-2-filled": "\u{f724}",
"bell-ringing-filled": "\u{f725}",
"bell-school": "\u{f05e}",
"bell-search": "\u{f81e}",
"bell-share": "\u{f81f}",
"bell-star": "\u{f820}",
"bell-up": "\u{f821}",
"bell-x": "\u{ede5}",
"bell-x-filled": "\u{f726}",
"bell-z": "\u{eff1}",
"bell-z-filled": "\u{f727}",
"beta": "\u{f544}",
"bible": "\u{efc4}",
"bike": "\u{ea36}",
"bike-filled": "\u{10023}",
"bike-off": "\u{f0b8}",
"binary": "\u{ee08}",
"binary-off": "\u{f3c5}",
"binary-tree": "\u{f5d4}",
"binary-tree-2": "\u{f5d3}",
"binary-tree-2-filled": "\u{ff65}",
"binary-tree-filled": "\u{ff64}",
"binoculars": "\u{fefe}",
"binoculars-filled": "\u{ff0b}",
"biohazard": "\u{ecb8}",
"biohazard-filled": "\u{fe8c}",
"biohazard-off": "\u{f0b9}",
"blade": "\u{f4bd}",
"blade-filled": "\u{f7e2}",
"bleach": "\u{f2f3}",
"bleach-chlorine": "\u{f2f0}",
"bleach-no-chlorine": "\u{f2f1}",
"bleach-off": "\u{f2f2}",
"blend-mode": "\u{feb0}",
"blender": "\u{fca2}",
"blender-filled": "\u{10022}",
"blob": "\u{feaf}",
"blob-filled": "\u{feb1}",
"blockquote": "\u{ee09}",
"bluetooth": "\u{ea37}",
"bluetooth-connected": "\u{ecea}",
"bluetooth-off": "\u{eceb}",
"bluetooth-x": "\u{f081}",
"blur": "\u{ef8c}",
"blur-off": "\u{f3c6}",
"bmp": "\u{f3a6}",
"body-scan": "\u{fca3}",
"bold": "\u{eb7b}",
"bold-off": "\u{f0ba}",
"bolt": "\u{ea38}",
"bolt-filled": "\u{10021}",
"bolt-off": "\u{ecec}",
"bomb": "\u{f59c}",
"bomb-filled": "\u{fa86}",
"bone": "\u{edb8}",
"bone-filled": "\u{fe8b}",
"bone-off": "\u{f0bb}",
"bong": "\u{f3a7}",
"bong-filled": "\u{10020}",
"bong-off": "\u{f3c7}",
"book": "\u{ea39}",
"book-2": "\u{efc5}",
"book-download": "\u{f070}",
"book-filled": "\u{fa87}",
"book-off": "\u{f0bc}",
"book-upload": "\u{f071}",
"bookmark": "\u{ea3a}",
"bookmark-ai": "\u{fc8a}",
"bookmark-edit": "\u{fa5e}",
"bookmark-filled": "\u{fa88}",
"bookmark-minus": "\u{fa5f}",
"bookmark-off": "\u{eced}",
"bookmark-plus": "\u{fa60}",
"bookmark-question": "\u{fa61}",
"bookmarks": "\u{ed08}",
"bookmarks-filled": "\u{fb1f}",
"bookmarks-off": "\u{f0bd}",
"books": "\u{eff2}",
"books-off": "\u{f0be}",
"boom": "\u{fdbe}",
"boom-filled": "\u{fe8a}",
"border-all": "\u{ea3b}",
"border-bottom": "\u{ea3c}",
"border-bottom-plus": "\u{fdbd}",
"border-corner-ios": "\u{fd98}",
"border-corner-pill": "\u{fd62}",
"border-corner-rounded": "\u{fd63}",
"border-corner-square": "\u{fd64}",
"border-corners": "\u{f7a0}",
"border-horizontal": "\u{ea3d}",
"border-inner": "\u{ea3e}",
"border-left": "\u{ea3f}",
"border-left-plus": "\u{fdbc}",
"border-none": "\u{ea40}",
"border-outer": "\u{ea41}",
"border-radius": "\u{eb7c}",
"border-right": "\u{ea42}",
"border-right-plus": "\u{fdbb}",
"border-sides": "\u{f7a1}",
"border-style": "\u{ee0a}",
"border-style-2": "\u{ef22}",
"border-top": "\u{ea43}",
"border-top-plus": "\u{fdba}",
"border-vertical": "\u{ea44}",
"bottle": "\u{ef0b}",
"bottle-filled": "\u{fa89}",
"bottle-off": "\u{f3c8}",
"bounce-left": "\u{f59d}",
"bounce-left-filled": "\u{fb20}",
"bounce-right": "\u{f59e}",
"bounce-right-filled": "\u{fb21}",
"bow": "\u{f096}",
"bow-filled": "\u{fe89}",
"bowl": "\u{f4fa}",
"bowl-chopsticks": "\u{fd90}",
"bowl-chopsticks-filled": "\u{fe88}",
"bowl-filled": "\u{fb22}",
"bowl-spoon": "\u{fd91}",
"bowl-spoon-filled": "\u{fe87}",
"box": "\u{ea45}",
"box-align-bottom": "\u{f2a8}",
"box-align-bottom-filled": "\u{fa8a}",
"box-align-bottom-left": "\u{f2ce}",
"box-align-bottom-left-filled": "\u{fa8b}",
"box-align-bottom-right": "\u{f2cf}",
"box-align-bottom-right-filled": "\u{fa8c}",
"box-align-left": "\u{f2a9}",
"box-align-left-filled": "\u{fa8d}",
"box-align-right": "\u{f2aa}",
"box-align-right-filled": "\u{fa8e}",
"box-align-top": "\u{f2ab}",
"box-align-top-filled": "\u{fa8f}",
"box-align-top-left": "\u{f2d0}",
"box-align-top-left-filled": "\u{fa90}",
"box-align-top-right": "\u{f2d1}",
"box-align-top-right-filled": "\u{fa91}",
"box-margin": "\u{ee0b}",
"box-model": "\u{ee0c}",
"box-model-2": "\u{ef23}",
"box-model-2-off": "\u{f3c9}",
"box-model-off": "\u{f3ca}",
"box-multiple": "\u{ee17}",
"box-multiple-0": "\u{ee0d}",
"box-multiple-1": "\u{ee0e}",
"box-multiple-2": "\u{ee0f}",
"box-multiple-3": "\u{ee10}",
"box-multiple-4": "\u{ee11}",
"box-multiple-5": "\u{ee12}",
"box-multiple-6": "\u{ee13}",
"box-multiple-7": "\u{ee14}",
"box-multiple-8": "\u{ee15}",
"box-multiple-9": "\u{ee16}",
"box-multiple-filled": "\u{1001f}",
"box-off": "\u{f102}",
"box-padding": "\u{ee18}",
"braces": "\u{ebcc}",
"braces-off": "\u{f0bf}",
"brackets": "\u{ebcd}",
"brackets-angle": "\u{fcb2}",
"brackets-angle-off": "\u{fcb1}",
"brackets-contain": "\u{f1e5}",
"brackets-contain-end": "\u{f1e3}",
"brackets-contain-start": "\u{f1e4}",
"brackets-off": "\u{f0c0}",
"braille": "\u{f545}",
"brain": "\u{f59f}",
"brand-4chan": "\u{f494}",
"brand-abstract": "\u{f495}",
"brand-adobe": "\u{f0dc}",
"brand-adobe-after-effect": "\u{ff2a}",
"brand-adobe-illustrator": "\u{ff29}",
"brand-adobe-indesign": "\u{ff28}",
"brand-adobe-photoshop": "\u{ff27}",
"brand-adobe-premier": "\u{ff26}",
"brand-adobe-xd": "\u{ff25}",
"brand-adonis-js": "\u{f496}",
"brand-airbnb": "\u{ed68}",
"brand-airtable": "\u{ef6a}",
"brand-algolia": "\u{f390}",
"brand-alipay": "\u{f7a2}",
"brand-alpine-js": "\u{f324}",
"brand-amazon": "\u{f230}",
"brand-amd": "\u{f653}",
"brand-amie": "\u{ffab}",
"brand-amigo": "\u{f5f9}",
"brand-among-us": "\u{f205}",
"brand-android": "\u{ec16}",
"brand-angular": "\u{ef6b}",
"brand-ansible": "\u{fa70}",
"brand-ao3": "\u{f5e8}",
"brand-appgallery": "\u{f231}",
"brand-apple": "\u{ec17}",
"brand-apple-arcade": "\u{ed69}",
"brand-apple-filled": "\u{fd74}",
"brand-apple-news": "\u{ff24}",
"brand-apple-podcast": "\u{f1e6}",
"brand-appstore": "\u{ed24}",
"brand-arc": "\u{feae}",
"brand-asana": "\u{edc5}",
"brand-astro": "\u{fdb9}",
"brand-auth0": "\u{fcb3}",
"brand-aws": "\u{fa4c}",
"brand-azure": "\u{fa4d}",
"brand-backbone": "\u{f325}",
"brand-badoo": "\u{f206}",
"brand-baidu": "\u{f5e9}",
"brand-bandcamp": "\u{f207}",
"brand-bandlab": "\u{f5fa}",
"brand-beats": "\u{f208}",
"brand-bebo": "\u{ffaa}",
"brand-behance": "\u{ec6e}",
"brand-bilibili": "\u{f6d2}",
"brand-binance": "\u{f5a0}",
"brand-bing": "\u{edc6}",
"brand-bitbucket": "\u{edc7}",
"brand-blackberry": "\u{f568}",
"brand-blender": "\u{f326}",
"brand-blogger": "\u{f35a}",
"brand-bluesky": "\u{fd75}",
"brand-booking": "\u{edc8}",
"brand-bootstrap": "\u{ef3e}",
"brand-bulma": "\u{f327}",
"brand-bumble": "\u{f5fb}",
"brand-bunpo": "\u{f4cf}",
"brand-c-sharp": "\u{f003}",
"brand-cake": "\u{f7a3}",
"brand-cakephp": "\u{f7af}",
"brand-campaignmonitor": "\u{f328}",
"brand-carbon": "\u{f348}",
"brand-cashapp": "\u{f391}",
"brand-chrome": "\u{ec18}",
"brand-cinema-4d": "\u{fa71}",
"brand-citymapper": "\u{f5fc}",
"brand-cloudflare": "\u{fa4e}",
"brand-codecov": "\u{f329}",
"brand-codepen": "\u{ec6f}",
"brand-codesandbox": "\u{ed6a}",
"brand-cohost": "\u{f5d5}",
"brand-coinbase": "\u{f209}",
"brand-comedy-central": "\u{f217}",
"brand-coreos": "\u{f5fd}",
"brand-couchdb": "\u{f60f}",
"brand-couchsurfing": "\u{f392}",
"brand-cpp": "\u{f5fe}",
"brand-craft": "\u{fa72}",
"brand-crunchbase": "\u{f7e3}",
"brand-css3": "\u{ed6b}",
"brand-ctemplar": "\u{f4d0}",
"brand-cucumber": "\u{ef6c}",
"brand-cupra": "\u{f4d1}",
"brand-cypress": "\u{f333}",
"brand-d3": "\u{f24e}",
"brand-databricks": "\u{fc41}",
"brand-days-counter": "\u{f4d2}",
"brand-dcos": "\u{f32a}",
"brand-debian": "\u{ef57}",
"brand-deezer": "\u{f78b}",
"brand-deliveroo": "\u{f4d3}",
"brand-deno": "\u{f24f}",
"brand-denodo": "\u{f610}",
"brand-deviantart": "\u{ecfb}",
"brand-digg": "\u{fa73}",
"brand-dingtalk": "\u{f5ea}",
"brand-discord": "\u{ece3}",
"brand-discord-filled": "\u{f7e4}",
"brand-disney": "\u{f20a}",
"brand-disqus": "\u{edc9}",
"brand-django": "\u{f349}",
"brand-docker": "\u{edca}",
"brand-doctrine": "\u{ef6d}",
"brand-dolby-digital": "\u{f4d4}",
"brand-douban": "\u{f5ff}",
"brand-dribbble": "\u{ec19}",
"brand-dribbble-filled": "\u{f7e5}",
"brand-drops": "\u{f4d5}",
"brand-drupal": "\u{f393}",
"brand-edge": "\u{ecfc}",
"brand-elastic": "\u{f611}",
"brand-electronic-arts": "\u{fa74}",
"brand-ember": "\u{f497}",
"brand-envato": "\u{f394}",
"brand-etsy": "\u{f654}",
"brand-evernote": "\u{f600}",
"brand-facebook": "\u{ec1a}",
"brand-facebook-filled": "\u{f7e6}",
"brand-feedly": "\u{fa75}",
"brand-figma": "\u{ec93}",
"brand-filezilla": "\u{fa76}",
"brand-finder": "\u{f218}",
"brand-firebase": "\u{ef6e}",
"brand-firefox": "\u{ecfd}",
"brand-fiverr": "\u{f7a4}",
"brand-flickr": "\u{ecfe}",
"brand-flightradar24": "\u{f4d6}",
"brand-flipboard": "\u{f20b}",
"brand-flutter": "\u{f395}",
"brand-fortnite": "\u{f260}",
"brand-foursquare": "\u{ecff}",
"brand-framer": "\u{ec1b}",
"brand-framer-motion": "\u{f78c}",
"brand-funimation": "\u{f655}",
"brand-gatsby": "\u{f396}",
"brand-git": "\u{ef6f}",
"brand-github": "\u{ec1c}",
"brand-github-copilot": "\u{f4a8}",
"brand-github-filled": "\u{f7e7}",
"brand-gitlab": "\u{ec1d}",
"brand-gmail": "\u{efa2}",
"brand-golang": "\u{f78d}",
"brand-google": "\u{ec1f}",
"brand-google-analytics": "\u{edcb}",
"brand-google-big-query": "\u{f612}",
"brand-google-drive": "\u{ec1e}",
"brand-google-filled": "\u{fd1a}",
"brand-google-fit": "\u{f297}",
"brand-google-home": "\u{f601}",
"brand-google-maps": "\u{fa4f}",
"brand-google-one": "\u{f232}",
"brand-google-photos": "\u{f20c}",
"brand-google-play": "\u{ed25}",
"brand-google-podcasts": "\u{f656}",
"brand-grammarly": "\u{f32b}",
"brand-graphql": "\u{f32c}",
"brand-gravatar": "\u{edcc}",
"brand-grindr": "\u{f20d}",
"brand-guardian": "\u{f4fb}",
"brand-gumroad": "\u{f5d6}",
"brand-hackerrank": "\u{ff23}",
"brand-hbo": "\u{f657}",
"brand-headlessui": "\u{f32d}",
"brand-hexo": "\u{fa50}",
"brand-hipchat": "\u{edcd}",
"brand-html5": "\u{ed6c}",
"brand-inertia": "\u{f34a}",
"brand-instagram": "\u{ec20}",
"brand-intercom": "\u{f1cf}",
"brand-itch": "\u{fa22}",
"brand-javascript": "\u{ef0c}",
"brand-juejin": "\u{f7b0}",
"brand-kako-talk": "\u{fd2d}",
"brand-kbin": "\u{fad0}",
"brand-kick": "\u{fa23}",
"brand-kickstarter": "\u{edce}",
"brand-kotlin": "\u{ed6d}",
"brand-laravel": "\u{f34b}",
"brand-lastfm": "\u{f001}",
"brand-leetcode": "\u{fa51}",
"brand-letterboxd": "\u{fa24}",
"brand-line": "\u{f7e8}",
"brand-linkedin": "\u{ec8c}",
"brand-linktree": "\u{f1e7}",
"brand-linqpad": "\u{f562}",
"brand-livewire": "\u{fd76}",
"brand-loom": "\u{ef70}",
"brand-mailgun": "\u{f32e}",
"brand-mantine": "\u{f32f}",
"brand-mastercard": "\u{ef49}",
"brand-mastodon": "\u{f250}",
"brand-matrix": "\u{f5eb}",
"brand-mcdonalds": "\u{f251}",
"brand-medium": "\u{ec70}",
"brand-meetup": "\u{fc6a}",
"brand-mercedes": "\u{f072}",
"brand-messenger": "\u{ec71}",
"brand-meta": "\u{efb0}",
"brand-metabrainz": "\u{ff12}",
"brand-minecraft": "\u{faef}",
"brand-miniprogram": "\u{f602}",
"brand-mixpanel": "\u{f397}",
"brand-monday": "\u{f219}",
"brand-mongodb": "\u{f613}",
"brand-my-oppo": "\u{f4d7}",
"brand-mysql": "\u{f614}",
"brand-national-geographic": "\u{f603}",
"brand-nem": "\u{f5a1}",
"brand-netbeans": "\u{ef71}",
"brand-netease-music": "\u{f604}",
"brand-netflix": "\u{edcf}",
"brand-nexo": "\u{f5a2}",
"brand-nextcloud": "\u{f4d8}",
"brand-nextjs": "\u{f0dd}",
"brand-nodejs": "\u{fae0}",
"brand-nord-vpn": "\u{f37f}",
"brand-notion": "\u{ef7b}",
"brand-npm": "\u{f569}",
"brand-nuxt": "\u{f0de}",
"brand-nytimes": "\u{ef8d}",
"brand-oauth": "\u{fa52}",
"brand-office": "\u{f398}",
"brand-ok-ru": "\u{f399}",
"brand-onedrive": "\u{f5d7}",
"brand-onlyfans": "\u{f605}",
"brand-open-source": "\u{edd0}",
"brand-openai": "\u{f78e}",
"brand-openvpn": "\u{f39a}",
"brand-opera": "\u{ec21}",
"brand-pagekit": "\u{edd1}",
"brand-parsinta": "\u{fc42}",
"brand-patreon": "\u{edd2}",
"brand-patreon-filled": "\u{fcff}",
"brand-paypal": "\u{ec22}",
"brand-paypal-filled": "\u{f7e9}",
"brand-paypay": "\u{f5ec}",
"brand-peanut": "\u{f39b}",
"brand-pepsi": "\u{f261}",
"brand-php": "\u{ef72}",
"brand-picsart": "\u{f4d9}",
"brand-pinterest": "\u{ec8d}",
"brand-planetscale": "\u{f78f}",
"brand-pnpm": "\u{fd77}",
"brand-pocket": "\u{ed00}",
"brand-polymer": "\u{f498}",
"brand-powershell": "\u{f5ed}",
"brand-printables": "\u{fd1b}",
"brand-prisma": "\u{f499}",
"brand-producthunt": "\u{edd3}",
"brand-pushbullet": "\u{f330}",
"brand-pushover": "\u{f20e}",
"brand-python": "\u{ed01}",
"brand-qq": "\u{f606}",
"brand-radix-ui": "\u{f790}",
"brand-react": "\u{f34c}",
"brand-react-native": "\u{ef73}",
"brand-reason": "\u{f49a}",
"brand-reddit": "\u{ec8e}",
"brand-redhat": "\u{f331}",
"brand-redux": "\u{f3a8}",
"brand-revolut": "\u{f4da}",
"brand-rumble": "\u{fad1}",
"brand-rust": "\u{fa53}",
"brand-safari": "\u{ec23}",
"brand-samsungpass": "\u{f4db}",
"brand-sass": "\u{edd4}",
"brand-sentry": "\u{edd5}",
"brand-sharik": "\u{f4dc}",
"brand-shazam": "\u{edd6}",
"brand-shopee": "\u{f252}",
"brand-sketch": "\u{ec24}",
"brand-skype": "\u{ed02}",
"brand-slack": "\u{ec72}",
"brand-snapchat": "\u{ec25}",
"brand-snapseed": "\u{f253}",
"brand-snowflake": "\u{f615}",
"brand-socket-io": "\u{f49b}",
"brand-solidjs": "\u{f5ee}",
"brand-soundcloud": "\u{ed6e}",
"brand-spacehey": "\u{f4fc}",
"brand-speedtest": "\u{fa77}",
"brand-spotify": "\u{ed03}",
"brand-spotify-filled": "\u{fe86}",
"brand-stackoverflow": "\u{ef58}",
"brand-stackshare": "\u{f607}",
"brand-steam": "\u{ed6f}",
"brand-stocktwits": "\u{fd78}",
"brand-storj": "\u{fa54}",
"brand-storybook": "\u{f332}",
"brand-storytel": "\u{f608}",
"brand-strava": "\u{f254}",
"brand-stripe": "\u{edd7}",
"brand-sublime-text": "\u{ef74}",
"brand-sugarizer": "\u{f7a5}",
"brand-supabase": "\u{f6d3}",
"brand-superhuman": "\u{f50c}",
"brand-supernova": "\u{f49c}",
"brand-surfshark": "\u{f255}",
"brand-svelte": "\u{f0df}",
"brand-swift": "\u{fa55}",
"brand-symfony": "\u{f616}",
"brand-tabler": "\u{ec8f}",
"brand-tailwind": "\u{eca1}",
"brand-taobao": "\u{f5ef}",
"brand-teams": "\u{fadf}",
"brand-ted": "\u{f658}",
"brand-telegram": "\u{ec26}",
"brand-terraform": "\u{fa56}",
"brand-tether": "\u{f5a3}",
"brand-thingiverse": "\u{fd1c}",
"brand-threads": "\u{fb02}",
"brand-threejs": "\u{f5f0}",
"brand-tidal": "\u{ed70}",
"brand-tiktok": "\u{ec73}",
"brand-tiktok-filled": "\u{f7ea}",
"brand-tinder": "\u{ed71}",
"brand-topbuzz": "\u{f50d}",
"brand-torchain": "\u{f5a4}",
"brand-toyota": "\u{f262}",
"brand-trello": "\u{f39d}",
"brand-tripadvisor": "\u{f002}",
"brand-tumblr": "\u{ed04}",
"brand-twilio": "\u{f617}",
"brand-twitch": "\u{ed05}",
"brand-twitter": "\u{ec27}",
"brand-twitter-filled": "\u{f7eb}",
"brand-typescript": "\u{f5f1}",
"brand-uber": "\u{ef75}",
"brand-ubuntu": "\u{ef59}",
"brand-unity": "\u{f49d}",
"brand-unsplash": "\u{edd8}",
"brand-upwork": "\u{f39e}",
"brand-valorant": "\u{f39f}",
"brand-vercel": "\u{ef24}",
"brand-vimeo": "\u{ed06}",
"brand-vinted": "\u{f20f}",
"brand-visa": "\u{f380}",
"brand-visual-studio": "\u{ef76}",
"brand-vite": "\u{f5f2}",
"brand-vivaldi": "\u{f210}",
"brand-vk": "\u{ed72}",
"brand-vlc": "\u{fa78}",
"brand-volkswagen": "\u{f50e}",
"brand-vsco": "\u{f334}",
"brand-vscode": "\u{f3a0}",
"brand-vue": "\u{f0e0}",
"brand-walmart": "\u{f211}",
"brand-waze": "\u{f5d8}",
"brand-webflow": "\u{f2d2}",
"brand-wechat": "\u{f5f3}",
"brand-weibo": "\u{f609}",
"brand-whatsapp": "\u{ec74}",
"brand-wikipedia": "\u{fa79}",
"brand-windows": "\u{ecd8}",
"brand-windy": "\u{f4dd}",
"brand-wish": "\u{f212}",
"brand-wix": "\u{f3a1}",
"brand-wordpress": "\u{f2d3}",
"brand-x": "\u{fc0f}",
"brand-x-filled": "\u{fc21}",
"brand-xamarin": "\u{fa7a}",
"brand-xbox": "\u{f298}",
"brand-xdeep": "\u{fc10}",
"brand-xing": "\u{f21a}",
"brand-yahoo": "\u{ed73}",
"brand-yandex": "\u{fae1}",
"brand-yarn": "\u{fd79}",
"brand-yatse": "\u{f213}",
"brand-ycombinator": "\u{edd9}",
"brand-youtube": "\u{ec90}",
"brand-youtube-filled": "\u{fc22}",
"brand-youtube-kids": "\u{f214}",
"brand-zalando": "\u{f49e}",
"brand-zapier": "\u{f49f}",
"brand-zeit": "\u{f335}",
"brand-zhihu": "\u{f60a}",
"brand-zoom": "\u{f215}",
"brand-zulip": "\u{f4de}",
"brand-zwift": "\u{f216}",
"bread": "\u{efa3}",
"bread-filled": "\u{fe85}",
"bread-off": "\u{f3cb}",
"briefcase": "\u{ea46}",
"briefcase-2": "\u{fb03}",
"briefcase-2-filled": "\u{fe84}",
"briefcase-filled": "\u{fd00}",
"briefcase-off": "\u{f3cc}",
"brightness": "\u{eb7f}",
"brightness-2": "\u{ee19}",
"brightness-auto": "\u{fd99}",
"brightness-auto-filled": "\u{fe83}",
"brightness-down": "\u{eb7d}",
"brightness-down-filled": "\u{fb23}",
"brightness-filled": "\u{fe82}",
"brightness-half": "\u{ee1a}",
"brightness-off": "\u{f3cd}",
"brightness-up": "\u{eb7e}",
"brightness-up-filled": "\u{fb24}",
"broadcast": "\u{f1e9}",
"broadcast-off": "\u{f1e8}",
"browser": "\u{ebb7}",
"browser-check": "\u{efd6}",
"browser-off": "\u{f0c1}",
"browser-plus": "\u{efd7}",
"browser-x": "\u{efd8}",
"brush": "\u{ebb8}",
"brush-off": "\u{f0c2}",
"bubble": "\u{feba}",
"bubble-filled": "\u{fec3}",
"bubble-minus": "\u{febe}",
"bubble-plus": "\u{febd}",
"bubble-tea": "\u{ff51}",
"bubble-tea-2": "\u{ff52}",
"bubble-text": "\u{febc}",
"bubble-x": "\u{febb}",
"bucket": "\u{ea47}",
"bucket-droplet": "\u{f56a}",
"bucket-off": "\u{f103}",
"bug": "\u{ea48}",
"bug-filled": "\u{fd01}",
"bug-off": "\u{f0c3}",
"building": "\u{ea4f}",
"building-airport": "\u{ffa9}",
"building-arch": "\u{ea49}",
"building-bank": "\u{ebe2}",
"building-bridge": "\u{ea4b}",
"building-bridge-2": "\u{ea4a}",
"building-broadcast-tower": "\u{f4be}",
"building-broadcast-tower-filled": "\u{fe81}",
"building-burj-al-arab": "\u{ff50}",
"building-carousel": "\u{ed87}",
"building-castle": "\u{ed88}",
"building-church": "\u{ea4c}",
"building-circus": "\u{f4bf}",
"building-cog": "\u{10062}",
"building-community": "\u{ebf6}",
"building-cottage": "\u{ee1b}",
"building-estate": "\u{f5a5}",
"building-factory": "\u{ee1c}",
"building-factory-2": "\u{f082}",
"building-fortress": "\u{ed89}",
"building-hospital": "\u{ea4d}",
"building-lighthouse": "\u{ed8a}",
"building-minus": "\u{10061}",
"building-monument": "\u{ed26}",
"building-mosque": "\u{fa57}",
"building-off": "\u{fefd}",
"building-pavilion": "\u{ebf7}",
"building-plus": "\u{10060}",
"building-skyscraper": "\u{ec39}",
"building-stadium": "\u{f641}",
"building-store": "\u{ea4e}",
"building-tunnel": "\u{f5a6}",
"building-warehouse": "\u{ebe3}",
"building-wind-turbine": "\u{f4c0}",
"buildings": "\u{ff40}",
"bulb": "\u{ea51}",
"bulb-filled": "\u{f66a}",
"bulb-off": "\u{ea50}",
"bulldozer": "\u{ee1d}",
"burger": "\u{fcb4}",
"bus": "\u{ebe4}",
"bus-off": "\u{f3ce}",
"bus-stop": "\u{f2d4}",
"businessplan": "\u{ee1e}",
"butterfly": "\u{efd9}",
"butterfly-filled": "\u{10016}",
"cactus": "\u{f21b}",
"cactus-filled": "\u{fb25}",
"cactus-off": "\u{f3cf}",
"cake": "\u{f00f}",
"cake-off": "\u{f104}",
"calculator": "\u{eb80}",
"calculator-filled": "\u{fb26}",
"calculator-off": "\u{f0c4}",
"calendar": "\u{ea53}",
"calendar-bolt": "\u{f822}",
"calendar-cancel": "\u{f823}",
"calendar-check": "\u{f824}",
"calendar-clock": "\u{fd2e}",
"calendar-code": "\u{f825}",
"calendar-cog": "\u{f826}",
"calendar-dollar": "\u{f827}",
"calendar-dot": "\u{fd3e}",
"calendar-down": "\u{f828}",
"calendar-due": "\u{f621}",
"calendar-event": "\u{ea52}",
"calendar-exclamation": "\u{f829}",
"calendar-filled": "\u{fb27}",
"calendar-heart": "\u{f82a}",
"calendar-minus": "\u{ebb9}",
"calendar-month": "\u{fd2f}",
"calendar-off": "\u{ee1f}",
"calendar-pause": "\u{f82b}",
"calendar-pin": "\u{f82c}",
"calendar-plus": "\u{ebba}",
"calendar-question": "\u{f82d}",
"calendar-repeat": "\u{fad2}",
"calendar-sad": "\u{fd1d}",
"calendar-search": "\u{f82e}",
"calendar-share": "\u{f82f}",
"calendar-smile": "\u{fd1e}",
"calendar-star": "\u{f830}",
"calendar-stats": "\u{ee20}",
"calendar-time": "\u{ee21}",
"calendar-up": "\u{f831}",
"calendar-user": "\u{fd1f}",
"calendar-week": "\u{fd30}",
"calendar-x": "\u{f832}",
"camera": "\u{ea54}",
"camera-ai": "\u{ffa8}",
"camera-bitcoin": "\u{ffa7}",
"camera-bolt": "\u{f833}",
"camera-cancel": "\u{f834}",
"camera-check": "\u{f835}",
"camera-code": "\u{f836}",
"camera-cog": "\u{f837}",
"camera-dollar": "\u{f838}",
"camera-down": "\u{f839}",
"camera-exclamation": "\u{f83a}",
"camera-filled": "\u{fa37}",
"camera-heart": "\u{f83b}",
"camera-minus": "\u{ec3a}",
"camera-moon": "\u{ffa6}",
"camera-off": "\u{ecee}",
"camera-pause": "\u{f83c}",
"camera-pin": "\u{f83d}",
"camera-plus": "\u{ec3b}",
"camera-question": "\u{f83e}",
"camera-rotate": "\u{ee22}",
"camera-search": "\u{f83f}",
"camera-selfie": "\u{ee23}",
"camera-share": "\u{f840}",
"camera-spark": "\u{ffbc}",
"camera-star": "\u{f841}",
"camera-up": "\u{f842}",
"camera-x": "\u{f843}",
"camper": "\u{fa25}",
"campfire": "\u{f5a7}",
"campfire-filled": "\u{fb28}",
"cancel": "\u{ff11}",
"candle": "\u{efc6}",
"candle-filled": "\u{fc23}",
"candy": "\u{ef0d}",
"candy-off": "\u{f0c5}",
"cane": "\u{f50f}",
"cannabis": "\u{f4c1}",
"cannabis-filled": "\u{10015}",
"cap-projecting": "\u{ff22}",
"cap-rounded": "\u{ff21}",
"cap-straight": "\u{ff20}",
"capsule": "\u{fae3}",
"capsule-filled": "\u{fc24}",
"capsule-horizontal": "\u{fae2}",
"capsule-horizontal-filled": "\u{fc25}",
"capture": "\u{ec3c}",
"capture-filled": "\u{fb29}",
"capture-off": "\u{f0c6}",
"car": "\u{ebbb}",
"car-4wd": "\u{fdb8}",
"car-4wd-filled": "\u{1001e}",
"car-crane": "\u{ef25}",
"car-crash": "\u{efa4}",
"car-fan": "\u{fdb3}",
"car-fan-1": "\u{fdb7}",
"car-fan-2": "\u{fdb6}",
"car-fan-3": "\u{fdb5}",
"car-fan-auto": "\u{fdb4}",
"car-fan-filled": "\u{1001d}",
"car-filled": "\u{1004c}",
"car-garage": "\u{fc77}",
"car-off": "\u{f0c7}",
"car-suv": "\u{fc8b}",
"car-suv-filled": "\u{1004d}",
"car-turbine": "\u{f4fd}",
"carambola": "\u{feb9}",
"carambola-filled": "\u{10014}",
"caravan": "\u{ec7c}",
"cardboards": "\u{ed74}",
"cardboards-filled": "\u{1001c}",
"cardboards-off": "\u{f0c8}",
"cards": "\u{f510}",
"cards-filled": "\u{fc26}",
"caret-down": "\u{eb5d}",
"caret-down-filled": "\u{fb2a}",
"caret-left": "\u{eb5e}",
"caret-left-filled": "\u{fb2b}",
"caret-left-right": "\u{fc43}",
"caret-left-right-filled": "\u{fd02}",
"caret-right": "\u{eb5f}",
"caret-right-filled": "\u{fb2c}",
"caret-up": "\u{eb60}",
"caret-up-down": "\u{fc44}",
"caret-up-down-filled": "\u{fd03}",
"caret-up-filled": "\u{fb2d}",
"carousel-horizontal": "\u{f659}",
"carousel-horizontal-filled": "\u{fa92}",
"carousel-vertical": "\u{f65a}",
"carousel-vertical-filled": "\u{fa93}",
"carrot": "\u{f21c}",
"carrot-off": "\u{f3d0}",
"cash": "\u{ea55}",
"cash-banknote": "\u{ee25}",
"cash-banknote-filled": "\u{fe80}",
"cash-banknote-off": "\u{ee24}",
"cash-off": "\u{f105}",
"cash-register": "\u{fee6}",
"cast": "\u{ea56}",
"cast-off": "\u{f0c9}",
"cat": "\u{f65b}",
"category": "\u{f1f6}",
"category-2": "\u{f1f5}",
"category-filled": "\u{fb2e}",
"category-minus": "\u{fd20}",
"category-plus": "\u{fd21}",
"ce": "\u{ed75}",
"ce-off": "\u{f0ca}",
"cell": "\u{f05f}",
"cell-signal-1": "\u{f083}",
"cell-signal-2": "\u{f084}",
"cell-signal-3": "\u{f085}",
"cell-signal-4": "\u{f086}",
"cell-signal-5": "\u{f087}",
"cell-signal-off": "\u{f088}",
"certificate": "\u{ed76}",
"certificate-2": "\u{f073}",
"certificate-2-off": "\u{f0cb}",
"certificate-off": "\u{f0cc}",
"chair-director": "\u{f2d5}",
"chalkboard": "\u{f34d}",
"chalkboard-off": "\u{f3d1}",
"charging-pile": "\u{ee26}",
"charging-pile-filled": "\u{1001b}",
"chart-arcs": "\u{ee28}",
"chart-arcs-3": "\u{ee27}",
"chart-area": "\u{ea58}",
"chart-area-filled": "\u{f66b}",
"chart-area-line": "\u{ea57}",
"chart-area-line-filled": "\u{f66c}",
"chart-arrows": "\u{ee2a}",
"chart-arrows-vertical": "\u{ee29}",
"chart-bar": "\u{ea59}",
"chart-bar-off": "\u{f3d2}",
"chart-bar-popular": "\u{fef7}",
"chart-bubble": "\u{ec75}",
"chart-bubble-filled": "\u{f66d}",
"chart-candle": "\u{ea5a}",
"chart-candle-filled": "\u{f66e}",
"chart-circles": "\u{ee2b}",
"chart-cohort": "\u{fef6}",
"chart-column": "\u{ffa5}",
"chart-covariate": "\u{ffa4}",
"chart-donut": "\u{ea5b}",
"chart-donut-2": "\u{ee2c}",
"chart-donut-3": "\u{ee2d}",
"chart-donut-4": "\u{ee2e}",
"chart-donut-filled": "\u{f66f}",
"chart-dots": "\u{ee2f}",
"chart-dots-2": "\u{f097}",
"chart-dots-3": "\u{f098}",
"chart-dots-filled": "\u{fd04}",
"chart-funnel": "\u{fef5}",
"chart-grid-dots": "\u{f4c2}",
"chart-grid-dots-filled": "\u{fd05}",
"chart-histogram": "\u{f65c}",
"chart-infographic": "\u{ee30}",
"chart-line": "\u{ea5c}",
"chart-pie": "\u{ea5d}",
"chart-pie-2": "\u{ee31}",
"chart-pie-3": "\u{ee32}",
"chart-pie-4": "\u{ee33}",
"chart-pie-filled": "\u{f670}",
"chart-pie-off": "\u{f3d3}",
"chart-ppf": "\u{f618}",
"chart-radar": "\u{ed77}",
"chart-sankey": "\u{f619}",
"chart-scatter": "\u{fd93}",
"chart-scatter-3d": "\u{fd92}",
"chart-treemap": "\u{f381}",
"check": "\u{ea5e}",
"checkbox": "\u{eba6}",
"checklist": "\u{f074}",
"checks": "\u{ebaa}",
"checkup-list": "\u{ef5a}",
"cheese": "\u{ef26}",
"chef-hat": "\u{f21d}",
"chef-hat-off": "\u{f3d4}",
"cherry": "\u{f511}",
"cherry-filled": "\u{f728}",
"chess": "\u{f382}",
"chess-bishop": "\u{f56b}",
"chess-bishop-filled": "\u{f729}",
"chess-filled": "\u{f72a}",
"chess-king": "\u{f56c}",
"chess-king-filled": "\u{f72b}",
"chess-knight": "\u{f56d}",
"chess-knight-filled": "\u{f72c}",
"chess-queen": "\u{f56e}",
"chess-queen-filled": "\u{f72d}",
"chess-rook": "\u{f56f}",
"chess-rook-filled": "\u{f72e}",
"chevron-compact-down": "\u{faf0}",
"chevron-compact-left": "\u{faf1}",
"chevron-compact-right": "\u{faf2}",
"chevron-compact-up": "\u{faf3}",
"chevron-down": "\u{ea5f}",
"chevron-down-left": "\u{ed09}",
"chevron-down-right": "\u{ed0a}",
"chevron-left": "\u{ea60}",
"chevron-left-pipe": "\u{fae4}",
"chevron-right": "\u{ea61}",
"chevron-right-pipe": "\u{fae5}",
"chevron-up": "\u{ea62}",
"chevron-up-left": "\u{ed0b}",
"chevron-up-right": "\u{ed0c}",
"chevrons-down": "\u{ea63}",
"chevrons-down-left": "\u{ed0d}",
"chevrons-down-right": "\u{ed0e}",
"chevrons-left": "\u{ea64}",
"chevrons-right": "\u{ea65}",
"chevrons-up": "\u{ea66}",
"chevrons-up-left": "\u{ed0f}",
"chevrons-up-right": "\u{ed10}",
"chisel": "\u{f383}",
"christmas-ball": "\u{fd31}",
"christmas-tree": "\u{ed78}",
"christmas-tree-filled": "\u{1001a}",
"christmas-tree-off": "\u{f3d5}",
"circle": "\u{ea6b}",
"circle-arrow-down": "\u{f6f9}",
"circle-arrow-down-filled": "\u{f6f4}",
"circle-arrow-down-left": "\u{f6f6}",
"circle-arrow-down-left-filled": "\u{f6f5}",
"circle-arrow-down-right": "\u{f6f8}",
"circle-arrow-down-right-filled": "\u{f6f7}",
"circle-arrow-left": "\u{f6fb}",
"circle-arrow-left-filled": "\u{f6fa}",
"circle-arrow-right": "\u{f6fd}",
"circle-arrow-right-filled": "\u{f6fc}",
"circle-arrow-up": "\u{f703}",
"circle-arrow-up-filled": "\u{f6fe}",
"circle-arrow-up-left": "\u{f700}",
"circle-arrow-up-left-filled": "\u{f6ff}",
"circle-arrow-up-right": "\u{f702}",
"circle-arrow-up-right-filled": "\u{f701}",
"circle-caret-down": "\u{f4a9}",
"circle-caret-left": "\u{f4aa}",
"circle-caret-right": "\u{f4ab}",
"circle-caret-up": "\u{f4ac}",
"circle-check": "\u{ea67}",
"circle-check-filled": "\u{f704}",
"circle-chevron-down": "\u{f622}",
"circle-chevron-left": "\u{f623}",
"circle-chevron-right": "\u{f624}",
"circle-chevron-up": "\u{f625}",
"circle-chevrons-down": "\u{f642}",
"circle-chevrons-left": "\u{f643}",
"circle-chevrons-right": "\u{f644}",
"circle-chevrons-up": "\u{f645}",
"circle-dashed": "\u{ed27}",
"circle-dashed-check": "\u{feb8}",
"circle-dashed-letter-a": "\u{ff9a}",
"circle-dashed-letter-b": "\u{ff99}",
"circle-dashed-letter-c": "\u{ff98}",
"circle-dashed-letter-d": "\u{ff97}",
"circle-dashed-letter-e": "\u{ff96}",
"circle-dashed-letter-f": "\u{ff95}",
"circle-dashed-letter-g": "\u{ff94}",
"circle-dashed-letter-h": "\u{ff93}",
"circle-dashed-letter-i": "\u{ff92}",
"circle-dashed-letter-j": "\u{ff91}",
"circle-dashed-letter-k": "\u{ff90}",
"circle-dashed-letter-l": "\u{ff8f}",
"circle-dashed-letter-letter-v": "\u{ff8e}",
"circle-dashed-letter-m": "\u{ff8d}",
"circle-dashed-letter-n": "\u{ff8c}",
"circle-dashed-letter-o": "\u{ff8b}",
"circle-dashed-letter-p": "\u{ff8a}",
"circle-dashed-letter-q": "\u{ff89}",
"circle-dashed-letter-r": "\u{ff88}",
"circle-dashed-letter-s": "\u{ff87}",
"circle-dashed-letter-t": "\u{ff86}",
"circle-dashed-letter-u": "\u{ff85}",
"circle-dashed-letter-v": "\u{ff84}",
"circle-dashed-letter-w": "\u{ff83}",
"circle-dashed-letter-x": "\u{ff82}",
"circle-dashed-letter-y": "\u{ff81}",
"circle-dashed-letter-z": "\u{ff80}",
"circle-dashed-minus": "\u{feb7}",
"circle-dashed-number-0": "\u{fc6b}",
"circle-dashed-number-1": "\u{fc6c}",
"circle-dashed-number-2": "\u{fc6d}",
"circle-dashed-number-3": "\u{fc6e}",
"circle-dashed-number-4": "\u{fc6f}",
"circle-dashed-number-5": "\u{fc70}",
"circle-dashed-number-6": "\u{fc71}",
"circle-dashed-number-7": "\u{fc72}",
"circle-dashed-number-8": "\u{fc73}",
"circle-dashed-number-9": "\u{fc74}",
"circle-dashed-percentage": "\u{fd7a}",
"circle-dashed-plus": "\u{feb6}",
"circle-dashed-x": "\u{fc75}",
"circle-dot": "\u{efb1}",
"circle-dot-filled": "\u{f705}",
"circle-dotted": "\u{ed28}",
"circle-dotted-letter-a": "\u{ff7f}",
"circle-dotted-letter-b": "\u{ff7e}",
"circle-dotted-letter-c": "\u{ff7d}",
"circle-dotted-letter-d": "\u{ff7c}",
"circle-dotted-letter-e": "\u{ff7b}",
"circle-dotted-letter-f": "\u{ff7a}",
"circle-dotted-letter-g": "\u{ff79}",
"circle-dotted-letter-h": "\u{ff78}",
"circle-dotted-letter-i": "\u{ff77}",
"circle-dotted-letter-j": "\u{ff76}",
"circle-dotted-letter-k": "\u{ff75}",
"circle-dotted-letter-l": "\u{ff74}",
"circle-dotted-letter-m": "\u{ff73}",
"circle-dotted-letter-n": "\u{ff72}",
"circle-dotted-letter-o": "\u{ff71}",
"circle-dotted-letter-p": "\u{ff70}",
"circle-dotted-letter-q": "\u{ff6f}",
"circle-dotted-letter-r": "\u{ff6e}",
"circle-dotted-letter-s": "\u{ff6d}",
"circle-dotted-letter-t": "\u{ff6c}",
"circle-dotted-letter-u": "\u{ff6b}",
"circle-dotted-letter-v": "\u{ff6a}",
"circle-dotted-letter-w": "\u{ff69}",
"circle-dotted-letter-x": "\u{ff68}",
"circle-dotted-letter-y": "\u{ff67}",
"circle-dotted-letter-z": "\u{ff66}",
"circle-filled": "\u{f671}",
"circle-half": "\u{ee3f}",
"circle-half-2": "\u{eff3}",
"circle-half-vertical": "\u{ee3e}",
"circle-key": "\u{f633}",
"circle-key-filled": "\u{f706}",
"circle-letter-a": "\u{f441}",
"circle-letter-a-filled": "\u{fe7f}",
"circle-letter-b": "\u{f442}",
"circle-letter-b-filled": "\u{fe7e}",
"circle-letter-c": "\u{f443}",
"circle-letter-c-filled": "\u{fe7d}",
"circle-letter-d": "\u{f444}",
"circle-letter-d-filled": "\u{fe7c}",
"circle-letter-e": "\u{f445}",
"circle-letter-e-filled": "\u{fe7b}",
"circle-letter-f": "\u{f446}",
"circle-letter-f-filled": "\u{fe7a}",
"circle-letter-g": "\u{f447}",
"circle-letter-g-filled": "\u{fe79}",
"circle-letter-h": "\u{f448}",
"circle-letter-h-filled": "\u{fe78}",
"circle-letter-i": "\u{f449}",
"circle-letter-i-filled": "\u{fe77}",
"circle-letter-j": "\u{f44a}",
"circle-letter-j-filled": "\u{fe76}",
"circle-letter-k": "\u{f44b}",
"circle-letter-k-filled": "\u{fe75}",
"circle-letter-l": "\u{f44c}",
"circle-letter-l-filled": "\u{fe74}",
"circle-letter-m": "\u{f44d}",
"circle-letter-m-filled": "\u{fe73}",
"circle-letter-n": "\u{f44e}",
"circle-letter-n-filled": "\u{fe72}",
"circle-letter-o": "\u{f44f}",
"circle-letter-o-filled": "\u{fe71}",
"circle-letter-p": "\u{f450}",
"circle-letter-p-filled": "\u{fe70}",
"circle-letter-q": "\u{f451}",
"circle-letter-q-filled": "\u{fe6f}",
"circle-letter-r": "\u{f452}",
"circle-letter-r-filled": "\u{fe6e}",
"circle-letter-s": "\u{f453}",
"circle-letter-s-filled": "\u{fe6d}",
"circle-letter-t": "\u{f454}",
"circle-letter-t-filled": "\u{fe6c}",
"circle-letter-u": "\u{f455}",
"circle-letter-u-filled": "\u{fe6b}",
"circle-letter-v": "\u{f4ad}",
"circle-letter-v-filled": "\u{fe6a}",
"circle-letter-w": "\u{f456}",
"circle-letter-w-filled": "\u{fe69}",
"circle-letter-x": "\u{f4ae}",
"circle-letter-x-filled": "\u{fe68}",
"circle-letter-y": "\u{f457}",
"circle-letter-y-filled": "\u{fe67}",
"circle-letter-z": "\u{f458}",
"circle-letter-z-filled": "\u{fe66}",
"circle-minus": "\u{ea68}",
"circle-minus-2": "\u{fc8c}",
"circle-number-0": "\u{ee34}",
"circle-number-0-filled": "\u{f72f}",
"circle-number-1": "\u{ee35}",
"circle-number-1-filled": "\u{f730}",
"circle-number-2": "\u{ee36}",
"circle-number-2-filled": "\u{f731}",
"circle-number-3": "\u{ee37}",
"circle-number-3-filled": "\u{f732}",
"circle-number-4": "\u{ee38}",
"circle-number-4-filled": "\u{f733}",
"circle-number-5": "\u{ee39}",
"circle-number-5-filled": "\u{f734}",
"circle-number-6": "\u{ee3a}",
"circle-number-6-filled": "\u{f735}",
"circle-number-7": "\u{ee3b}",
"circle-number-7-filled": "\u{f736}",
"circle-number-8": "\u{ee3c}",
"circle-number-8-filled": "\u{f737}",
"circle-number-9": "\u{ee3d}",
"circle-number-9-filled": "\u{f738}",
"circle-off": "\u{ee40}",
"circle-percentage": "\u{fd7b}",
"circle-percentage-filled": "\u{fed5}",
"circle-plus": "\u{ea69}",
"circle-plus-2": "\u{fc8d}",
"circle-plus-filled": "\u{fef9}",
"circle-rectangle": "\u{f010}",
"circle-rectangle-filled": "\u{ff63}",
"circle-rectangle-off": "\u{f0cd}",
"circle-square": "\u{ece4}",
"circle-triangle": "\u{f011}",
"circle-x": "\u{ea6a}",
"circle-x-filled": "\u{f739}",
"circles": "\u{ece5}",
"circles-filled": "\u{f672}",
"circles-relation": "\u{f4c3}",
"circuit-ammeter": "\u{f271}",
"circuit-battery": "\u{f272}",
"circuit-bulb": "\u{f273}",
"circuit-capacitor": "\u{f275}",
"circuit-capacitor-polarized": "\u{f274}",
"circuit-cell": "\u{f277}",
"circuit-cell-plus": "\u{f276}",
"circuit-changeover": "\u{f278}",
"circuit-diode": "\u{f27a}",
"circuit-diode-zener": "\u{f279}",
"circuit-ground": "\u{f27c}",
"circuit-ground-digital": "\u{f27b}",
"circuit-inductor": "\u{f27d}",
"circuit-motor": "\u{f27e}",
"circuit-pushbutton": "\u{f27f}",
"circuit-resistor": "\u{f280}",
"circuit-switch-closed": "\u{f281}",
"circuit-switch-open": "\u{f282}",
"circuit-voltmeter": "\u{f283}",
"clear-all": "\u{ee41}",
"clear-formatting": "\u{ebe5}",
"click": "\u{ebbc}",
"cliff-jumping": "\u{fefc}",
"clipboard": "\u{ea6f}",
"clipboard-check": "\u{ea6c}",
"clipboard-copy": "\u{f299}",
"clipboard-data": "\u{f563}",
"clipboard-heart": "\u{f34e}",
"clipboard-list": "\u{ea6d}",
"clipboard-off": "\u{f0ce}",
"clipboard-plus": "\u{efb2}",
"clipboard-smile": "\u{fd9a}",
"clipboard-text": "\u{f089}",
"clipboard-typography": "\u{f34f}",
"clipboard-x": "\u{ea6e}",
"clock": "\u{ea70}",
"clock-12": "\u{fc56}",
"clock-2": "\u{f099}",
"clock-24": "\u{fc57}",
"clock-bitcoin": "\u{ff3f}",
"clock-bolt": "\u{f844}",
"clock-cancel": "\u{f546}",
"clock-check": "\u{f7c1}",
"clock-code": "\u{f845}",
"clock-cog": "\u{f7c2}",
"clock-dollar": "\u{f846}",
"clock-down": "\u{f7c3}",
"clock-edit": "\u{f547}",
"clock-exclamation": "\u{f847}",
"clock-filled": "\u{f73a}",
"clock-heart": "\u{f7c4}",
"clock-hour-1": "\u{f313}",
"clock-hour-1-filled": "\u{fe65}",
"clock-hour-10": "\u{f314}",
"clock-hour-10-filled": "\u{fe64}",
"clock-hour-11": "\u{f315}",
"clock-hour-11-filled": "\u{fe63}",
"clock-hour-12": "\u{f316}",
"clock-hour-12-filled": "\u{fe62}",
"clock-hour-2": "\u{f317}",
"clock-hour-2-filled": "\u{fe61}",
"clock-hour-3": "\u{f318}",
"clock-hour-3-filled": "\u{fe60}",
"clock-hour-4": "\u{f319}",
"clock-hour-4-filled": "\u{fe5f}",
"clock-hour-5": "\u{f31a}",
"clock-hour-5-filled": "\u{fe5e}",
"clock-hour-6": "\u{f31b}",
"clock-hour-6-filled": "\u{fe5d}",
"clock-hour-7": "\u{f31c}",
"clock-hour-7-filled": "\u{fe5c}",
"clock-hour-8": "\u{f31d}",
"clock-hour-8-filled": "\u{fe5b}",
"clock-hour-9": "\u{f31e}",
"clock-hour-9-filled": "\u{fe5a}",
"clock-minus": "\u{f848}",
"clock-off": "\u{f0cf}",
"clock-pause": "\u{f548}",
"clock-pin": "\u{f849}",
"clock-play": "\u{f549}",
"clock-plus": "\u{f7c5}",
"clock-question": "\u{f7c6}",
"clock-record": "\u{f54a}",
"clock-search": "\u{f7c7}",
"clock-share": "\u{f84a}",
"clock-shield": "\u{f7c8}",
"clock-star": "\u{f7c9}",
"clock-stop": "\u{f54b}",
"clock-up": "\u{f7ca}",
"clock-x": "\u{f7cb}",
"clothes-rack": "\u{f285}",
"clothes-rack-off": "\u{f3d6}",
"cloud": "\u{ea76}",
"cloud-bitcoin": "\u{ff3e}",
"cloud-bolt": "\u{f84b}",
"cloud-cancel": "\u{f84c}",
"cloud-check": "\u{f84d}",
"cloud-code": "\u{f84e}",
"cloud-cog": "\u{f84f}",
"cloud-computing": "\u{f1d0}",
"cloud-data-connection": "\u{f1d1}",
"cloud-dollar": "\u{f850}",
"cloud-down": "\u{f851}",
"cloud-download": "\u{ea71}",
"cloud-exclamation": "\u{f852}",
"cloud-filled": "\u{f673}",
"cloud-fog": "\u{ecd9}",
"cloud-heart": "\u{f853}",
"cloud-lock": "\u{efdb}",
"cloud-lock-open": "\u{efda}",
"cloud-minus": "\u{f854}",
"cloud-network": "\u{fc78}",
"cloud-off": "\u{ed3e}",
"cloud-pause": "\u{f855}",
"cloud-pin": "\u{f856}",
"cloud-plus": "\u{f857}",
"cloud-question": "\u{f858}",
"cloud-rain": "\u{ea72}",
"cloud-search": "\u{f859}",
"cloud-share": "\u{f85a}",
"cloud-snow": "\u{ea73}",
"cloud-star": "\u{f85b}",
"cloud-storm": "\u{ea74}",
"cloud-up": "\u{f85c}",
"cloud-upload": "\u{ea75}",
"cloud-x": "\u{f85d}",
"clover": "\u{f1ea}",
"clover-2": "\u{f21e}",
"clover-filled": "\u{10013}",
"clubs": "\u{eff4}",
"clubs-filled": "\u{f674}",
"code": "\u{ea77}",
"code-asterisk": "\u{f312}",
"code-circle": "\u{f4ff}",
"code-circle-2": "\u{f4fe}",
"code-circle-2-filled": "\u{fed4}",
"code-circle-filled": "\u{fed3}",
"code-dots": "\u{f61a}",
"code-minus": "\u{ee42}",
"code-off": "\u{f0d0}",
"code-plus": "\u{ee43}",
"coffee": "\u{ef0e}",
"coffee-off": "\u{f106}",
"coffin": "\u{f579}",
"coin": "\u{eb82}",
"coin-bitcoin": "\u{f2be}",
"coin-bitcoin-filled": "\u{fd06}",
"coin-euro": "\u{f2bf}",
"coin-euro-filled": "\u{fd07}",
"coin-filled": "\u{fd08}",
"coin-monero": "\u{f4a0}",
"coin-monero-filled": "\u{fd09}",
"coin-off": "\u{f0d1}",
"coin-pound": "\u{f2c0}",
"coin-pound-filled": "\u{fd0a}",
"coin-rupee": "\u{f2c1}",
"coin-rupee-filled": "\u{fd0b}",
"coin-taka": "\u{fd0d}",
"coin-taka-filled": "\u{fd0c}",
"coin-yen": "\u{f2c2}",
"coin-yen-filled": "\u{fd0e}",
"coin-yuan": "\u{f2c3}",
"coin-yuan-filled": "\u{fd0f}",
"coins": "\u{f65d}",
"color-filter": "\u{f5a8}",
"color-picker": "\u{ebe6}",
"color-picker-off": "\u{f0d2}",
"color-swatch": "\u{eb61}",
"color-swatch-off": "\u{f0d3}",
"column-insert-left": "\u{ee44}",
"column-insert-right": "\u{ee45}",
"column-remove": "\u{faf4}",
"columns": "\u{eb83}",
"columns-1": "\u{f6d4}",
"columns-2": "\u{f6d5}",
"columns-3": "\u{f6d6}",
"columns-off": "\u{f0d4}",
"comet": "\u{ec76}",
"command": "\u{ea78}",
"command-off": "\u{f3d7}",
"compass": "\u{ea79}",
"compass-filled": "\u{fd10}",
"compass-off": "\u{f0d5}",
"components": "\u{efa5}",
"components-off": "\u{f0d6}",
"cone": "\u{efdd}",
"cone-2": "\u{efdc}",
"cone-2-filled": "\u{fe59}",
"cone-filled": "\u{fe58}",
"cone-off": "\u{f3d8}",
"cone-plus": "\u{fa94}",
"confetti": "\u{ee46}",
"confetti-off": "\u{f3d9}",
"confucius": "\u{f58a}",
"congruent-to": "\u{ffa3}",
"container": "\u{ee47}",
"container-off": "\u{f107}",
"contract": "\u{fefb}",
"contrast": "\u{ec4e}",
"contrast-2": "\u{efc7}",
"contrast-2-filled": "\u{fe57}",
"contrast-2-off": "\u{f3da}",
"contrast-filled": "\u{fe56}",
"contrast-off": "\u{f3db}",
"cooker": "\u{f57a}",
"cookie": "\u{fdb1}",
"cookie-filled": "\u{fe54}",
"cookie-man": "\u{fdb2}",
"cookie-man-filled": "\u{fe55}",
"cookie-off": "\u{f0d7}",
"copy": "\u{ea7a}",
"copy-check": "\u{fdb0}",
"copy-check-filled": "\u{fe53}",
"copy-minus": "\u{fdaf}",
"copy-minus-filled": "\u{fe52}",
"copy-off": "\u{f0d8}",
"copy-plus": "\u{fdae}",
"copy-plus-filled": "\u{fe51}",
"copy-x": "\u{fdad}",
"copy-x-filled": "\u{fe50}",
"copyleft": "\u{ec3d}",
"copyleft-filled": "\u{f73b}",
"copyleft-off": "\u{f0d9}",
"copyright": "\u{ea7b}",
"copyright-filled": "\u{f73c}",
"copyright-off": "\u{f0da}",
"corner-down-left": "\u{ea7c}",
"corner-down-left-double": "\u{ee48}",
"corner-down-right": "\u{ea7d}",
"corner-down-right-double": "\u{ee49}",
"corner-left-down": "\u{ea7e}",
"corner-left-down-double": "\u{ee4a}",
"corner-left-up": "\u{ea7f}",
"corner-left-up-double": "\u{ee4b}",
"corner-right-down": "\u{ea80}",
"corner-right-down-double": "\u{ee4c}",
"corner-right-up": "\u{ea81}",
"corner-right-up-double": "\u{ee4d}",
"corner-up-left": "\u{ea82}",
"corner-up-left-double": "\u{ee4e}",
"corner-up-right": "\u{ea83}",
"corner-up-right-double": "\u{ee4f}",
"cpu": "\u{ef8e}",
"cpu-2": "\u{f075}",
"cpu-off": "\u{f108}",
"crane": "\u{ef27}",
"crane-off": "\u{f109}",
"creative-commons": "\u{efb3}",
"creative-commons-by": "\u{f21f}",
"creative-commons-nc": "\u{f220}",
"creative-commons-nd": "\u{f221}",
"creative-commons-off": "\u{f10a}",
"creative-commons-sa": "\u{f222}",
"creative-commons-zero": "\u{f223}",
"credit-card": "\u{ea84}",
"credit-card-filled": "\u{fd11}",
"credit-card-off": "\u{ed11}",
"credit-card-pay": "\u{fd32}",
"credit-card-refund": "\u{fd33}",
"cricket": "\u{f09a}",
"crop": "\u{ea85}",
"crop-1-1": "\u{fd50}",
"crop-1-1-filled": "\u{fe4f}",
"crop-16-9": "\u{fd51}",
"crop-16-9-filled": "\u{fe4e}",
"crop-3-2": "\u{fd52}",
"crop-3-2-filled": "\u{fe4d}",
"crop-5-4": "\u{fd53}",
"crop-5-4-filled": "\u{fe4c}",
"crop-7-5": "\u{fd54}",
"crop-7-5-filled": "\u{fe4b}",
"crop-landscape": "\u{fd55}",
"crop-landscape-filled": "\u{fe4a}",
"crop-portrait": "\u{fd56}",
"crop-portrait-filled": "\u{fe49}",
"cross": "\u{ef8f}",
"cross-filled": "\u{f675}",
"cross-off": "\u{f10b}",
"crosshair": "\u{ec3e}",
"crown": "\u{ed12}",
"crown-off": "\u{ee50}",
"crutches": "\u{ef5b}",
"crutches-off": "\u{f10c}",
"crystal-ball": "\u{f57b}",
"csv": "\u{f791}",
"cube": "\u{fa97}",
"cube-3d-sphere": "\u{ecd7}",
"cube-3d-sphere-off": "\u{f3b5}",
"cube-off": "\u{fa95}",
"cube-plus": "\u{fa96}",
"cube-send": "\u{f61b}",
"cube-spark": "\u{ffbb}",
"cube-unfolded": "\u{f61c}",
"cup": "\u{ef28}",
"cup-off": "\u{f10d}",
"curling": "\u{efc8}",
"curly-loop": "\u{ecda}",
"currency": "\u{efa6}",
"currency-afghani": "\u{f65e}",
"currency-bahraini": "\u{ee51}",
"currency-baht": "\u{f08a}",
"currency-bitcoin": "\u{ebab}",
"currency-cent": "\u{ee53}",
"currency-dinar": "\u{ee54}",
"currency-dirham": "\u{ee55}",
"currency-dogecoin": "\u{ef4b}",
"currency-dollar": "\u{eb84}",
"currency-dollar-australian": "\u{ee56}",
"currency-dollar-brunei": "\u{f36c}",
"currency-dollar-canadian": "\u{ee57}",
"currency-dollar-guyanese": "\u{f36d}",
"currency-dollar-off": "\u{f3dc}",
"currency-dollar-singapore": "\u{ee58}",
"currency-dollar-zimbabwean": "\u{f36e}",
"currency-dong": "\u{f36f}",
"currency-dram": "\u{f370}",
"currency-ethereum": "\u{ee59}",
"currency-euro": "\u{eb85}",
"currency-euro-off": "\u{f3dd}",
"currency-florin": "\u{faf5}",
"currency-forint": "\u{ee5a}",
"currency-frank": "\u{ee5b}",
"currency-guarani": "\u{f371}",
"currency-hryvnia": "\u{f372}",
"currency-iranian-rial": "\u{fa58}",
"currency-kip": "\u{f373}",
"currency-krone-czech": "\u{ee5c}",
"currency-krone-danish": "\u{ee5d}",
"currency-krone-swedish": "\u{ee5e}",
"currency-lari": "\u{f374}",
"currency-leu": "\u{ee5f}",
"currency-lira": "\u{ee60}",
"currency-litecoin": "\u{ee61}",
"currency-lyd": "\u{f375}",
"currency-manat": "\u{f376}",
"currency-monero": "\u{f377}",
"currency-naira": "\u{ee62}",
"currency-nano": "\u{f7a6}",
"currency-off": "\u{f3de}",
"currency-paanga": "\u{f378}",
"currency-peso": "\u{f65f}",
"currency-pound": "\u{ebac}",
"currency-pound-off": "\u{f3df}",
"currency-quetzal": "\u{f379}",
"currency-real": "\u{ee63}",
"currency-renminbi": "\u{ee64}",
"currency-ripple": "\u{ee65}",
"currency-riyal": "\u{ee66}",
"currency-rubel": "\u{ee67}",
"currency-rufiyaa": "\u{f37a}",
"currency-rupee": "\u{ebad}",
"currency-rupee-nepalese": "\u{f37b}",
"currency-shekel": "\u{ee68}",
"currency-solana": "\u{f4a1}",
"currency-som": "\u{f37c}",
"currency-taka": "\u{ee69}",
"currency-tenge": "\u{f37d}",
"currency-tugrik": "\u{ee6a}",
"currency-won": "\u{ee6b}",
"currency-xrp": "\u{fd34}",
"currency-yen": "\u{ebae}",
"currency-yen-off": "\u{f3e0}",
"currency-yuan": "\u{f29a}",
"currency-zloty": "\u{ee6c}",
"current-location": "\u{ecef}",
"current-location-off": "\u{f10e}",
"cursor-off": "\u{f10f}",
"cursor-text": "\u{ee6d}",
"cut": "\u{ea86}",
"cylinder": "\u{f54c}",
"cylinder-off": "\u{fa98}",
"cylinder-plus": "\u{fa99}",
"dashboard": "\u{ea87}",
"dashboard-filled": "\u{10019}",
"dashboard-off": "\u{f3e1}",
"database": "\u{ea88}",
"database-cog": "\u{fa10}",
"database-dollar": "\u{fa11}",
"database-edit": "\u{fa12}",
"database-exclamation": "\u{fa13}",
"database-export": "\u{ee6e}",
"database-heart": "\u{fa14}",
"database-import": "\u{ee6f}",
"database-leak": "\u{fa15}",
"database-minus": "\u{fa16}",
"database-off": "\u{ee70}",
"database-plus": "\u{fa17}",
"database-search": "\u{fa18}",
"database-share": "\u{fa19}",
"database-smile": "\u{fd9b}",
"database-star": "\u{fa1a}",
"database-x": "\u{fa1b}",
"decimal": "\u{fa26}",
"deer": "\u{f4c5}",
"delta": "\u{f53c}",
"dental": "\u{f025}",
"dental-broken": "\u{f286}",
"dental-off": "\u{f110}",
"deselect": "\u{f9f3}",
"desk": "\u{fd35}",
"details": "\u{ee71}",
"details-off": "\u{f3e2}",
"device-airpods": "\u{f5a9}",
"device-airpods-case": "\u{f646}",
"device-airtag": "\u{fae6}",
"device-analytics": "\u{ee72}",
"device-audio-tape": "\u{ee73}",
"device-camera-phone": "\u{f233}",
"device-cctv": "\u{ee74}",
"device-cctv-filled": "\u{1004b}",
"device-cctv-off": "\u{f3e3}",
"device-computer-camera": "\u{ee76}",
"device-computer-camera-off": "\u{ee75}",
"device-desktop": "\u{ea89}",
"device-desktop-analytics": "\u{ee77}",
"device-desktop-bolt": "\u{f85e}",
"device-desktop-cancel": "\u{f85f}",
"device-desktop-check": "\u{f860}",
"device-desktop-code": "\u{f861}",
"device-desktop-cog": "\u{f862}",
"device-desktop-dollar": "\u{f863}",
"device-desktop-down": "\u{f864}",
"device-desktop-exclamation": "\u{f865}",
"device-desktop-filled": "\u{1004a}",
"device-desktop-heart": "\u{f866}",
"device-desktop-minus": "\u{f867}",
"device-desktop-off": "\u{ee78}",
"device-desktop-pause": "\u{f868}",
"device-desktop-pin": "\u{f869}",
"device-desktop-plus": "\u{f86a}",
"device-desktop-question": "\u{f86b}",
"device-desktop-search": "\u{f86c}",
"device-desktop-share": "\u{f86d}",
"device-desktop-star": "\u{f86e}",
"device-desktop-up": "\u{f86f}",
"device-desktop-x": "\u{f870}",
"device-floppy": "\u{eb62}",
"device-gamepad": "\u{eb63}",
"device-gamepad-2": "\u{f1d2}",
"device-gamepad-3": "\u{fc58}",
"device-gamepad-3-filled": "\u{10049}",
"device-heart-monitor": "\u{f060}",
"device-heart-monitor-filled": "\u{fa38}",
"device-imac": "\u{f7a7}",
"device-imac-bolt": "\u{f871}",
"device-imac-cancel": "\u{f872}",
"device-imac-check": "\u{f873}",
"device-imac-code": "\u{f874}",
"device-imac-cog": "\u{f875}",
"device-imac-dollar": "\u{f876}",
"device-imac-down": "\u{f877}",
"device-imac-exclamation": "\u{f878}",
"device-imac-filled": "\u{10048}",
"device-imac-heart": "\u{f879}",
"device-imac-minus": "\u{f87a}",
"device-imac-off": "\u{f87b}",
"device-imac-pause": "\u{f87c}",
"device-imac-pin": "\u{f87d}",
"device-imac-plus": "\u{f87e}",
"device-imac-question": "\u{f87f}",
"device-imac-search": "\u{f880}",
"device-imac-share": "\u{f881}",
"device-imac-star": "\u{f882}",
"device-imac-up": "\u{f883}",
"device-imac-x": "\u{f884}",
"device-ipad": "\u{f648}",
"device-ipad-bolt": "\u{f885}",
"device-ipad-cancel": "\u{f886}",
"device-ipad-check": "\u{f887}",
"device-ipad-code": "\u{f888}",
"device-ipad-cog": "\u{f889}",
"device-ipad-dollar": "\u{f88a}",
"device-ipad-down": "\u{f88b}",
"device-ipad-exclamation": "\u{f88c}",
"device-ipad-filled": "\u{10047}",
"device-ipad-heart": "\u{f88d}",
"device-ipad-horizontal": "\u{f647}",
"device-ipad-horizontal-bolt": "\u{f88e}",
"device-ipad-horizontal-cancel": "\u{f88f}",
"device-ipad-horizontal-check": "\u{f890}",
"device-ipad-horizontal-code": "\u{f891}",
"device-ipad-horizontal-cog": "\u{f892}",
"device-ipad-horizontal-dollar": "\u{f893}",
"device-ipad-horizontal-down": "\u{f894}",
"device-ipad-horizontal-exclamation": "\u{f895}",
"device-ipad-horizontal-heart": "\u{f896}",
"device-ipad-horizontal-minus": "\u{f897}",
"device-ipad-horizontal-off": "\u{f898}",
"device-ipad-horizontal-pause": "\u{f899}",
"device-ipad-horizontal-pin": "\u{f89a}",
"device-ipad-horizontal-plus": "\u{f89b}",
"device-ipad-horizontal-question": "\u{f89c}",
"device-ipad-horizontal-search": "\u{f89d}",
"device-ipad-horizontal-share": "\u{f89e}",
"device-ipad-horizontal-star": "\u{f89f}",
"device-ipad-horizontal-up": "\u{f8a0}",
"device-ipad-horizontal-x": "\u{f8a1}",
"device-ipad-minus": "\u{f8a2}",
"device-ipad-off": "\u{f8a3}",
"device-ipad-pause": "\u{f8a4}",
"device-ipad-pin": "\u{f8a5}",
"device-ipad-plus": "\u{f8a6}",
"device-ipad-question": "\u{f8a7}",
"device-ipad-search": "\u{f8a8}",
"device-ipad-share": "\u{f8a9}",
"device-ipad-star": "\u{f8aa}",
"device-ipad-up": "\u{f8ab}",
"device-ipad-x": "\u{f8ac}",
"device-landline-phone": "\u{f649}",
"device-laptop": "\u{eb64}",
"device-laptop-off": "\u{f061}",
"device-mobile": "\u{ea8a}",
"device-mobile-bolt": "\u{f8ad}",
"device-mobile-cancel": "\u{f8ae}",
"device-mobile-charging": "\u{f224}",
"device-mobile-check": "\u{f8af}",
"device-mobile-code": "\u{f8b0}",
"device-mobile-cog": "\u{f8b1}",
"device-mobile-dollar": "\u{f8b2}",
"device-mobile-down": "\u{f8b3}",
"device-mobile-exclamation": "\u{f8b4}",
"device-mobile-filled": "\u{fa39}",
"device-mobile-heart": "\u{f8b5}",
"device-mobile-message": "\u{ee79}",
"device-mobile-minus": "\u{f8b6}",
"device-mobile-off": "\u{f062}",
"device-mobile-pause": "\u{f8b7}",
"device-mobile-pin": "\u{f8b8}",
"device-mobile-plus": "\u{f8b9}",
"device-mobile-question": "\u{f8ba}",
"device-mobile-rotated": "\u{ecdb}",
"device-mobile-search": "\u{f8bb}",
"device-mobile-share": "\u{f8bc}",
"device-mobile-star": "\u{f8bd}",
"device-mobile-up": "\u{f8be}",
"device-mobile-vibration": "\u{eb86}",
"device-mobile-x": "\u{f8bf}",
"device-nintendo": "\u{f026}",
"device-nintendo-off": "\u{f111}",
"device-projector": "\u{fc11}",
"device-remote": "\u{f792}",
"device-remote-filled": "\u{10046}",
"device-sd-card": "\u{f384}",
"device-sim": "\u{f4b2}",
"device-sim-1": "\u{f4af}",
"device-sim-2": "\u{f4b0}",
"device-sim-3": "\u{f4b1}",
"device-speaker": "\u{ea8b}",
"device-speaker-filled": "\u{10045}",
"device-speaker-off": "\u{f112}",
"device-tablet": "\u{ea8c}",
"device-tablet-bolt": "\u{f8c0}",
"device-tablet-cancel": "\u{f8c1}",
"device-tablet-check": "\u{f8c2}",
"device-tablet-code": "\u{f8c3}",
"device-tablet-cog": "\u{f8c4}",
"device-tablet-dollar": "\u{f8c5}",
"device-tablet-down": "\u{f8c6}",
"device-tablet-exclamation": "\u{f8c7}",
"device-tablet-filled": "\u{fa3a}",
"device-tablet-heart": "\u{f8c8}",
"device-tablet-minus": "\u{f8c9}",
"device-tablet-off": "\u{f063}",
"device-tablet-pause": "\u{f8ca}",
"device-tablet-pin": "\u{f8cb}",
"device-tablet-plus": "\u{f8cc}",
"device-tablet-question": "\u{f8cd}",
"device-tablet-search": "\u{f8ce}",
"device-tablet-share": "\u{f8cf}",
"device-tablet-star": "\u{f8d0}",
"device-tablet-up": "\u{f8d1}",
"device-tablet-x": "\u{f8d2}",
"device-tv": "\u{ea8d}",
"device-tv-filled": "\u{10043}",
"device-tv-off": "\u{f064}",
"device-tv-old": "\u{f1d3}",
"device-tv-old-filled": "\u{10044}",
"device-unknown": "\u{fef4}",
"device-unknown-filled": "\u{10018}",
"device-usb": "\u{fc59}",
"device-usb-filled": "\u{10042}",
"device-vision-pro": "\u{fae7}",
"device-vision-pro-filled": "\u{10041}",
"device-watch": "\u{ebf9}",
"device-watch-bolt": "\u{f8d3}",
"device-watch-cancel": "\u{f8d4}",
"device-watch-check": "\u{f8d5}",
"device-watch-code": "\u{f8d6}",
"device-watch-cog": "\u{f8d7}",
"device-watch-dollar": "\u{f8d8}",
"device-watch-down": "\u{f8d9}",
"device-watch-exclamation": "\u{f8da}",
"device-watch-filled": "\u{10040}",
"device-watch-heart": "\u{f8db}",
"device-watch-minus": "\u{f8dc}",
"device-watch-off": "\u{f065}",
"device-watch-pause": "\u{f8dd}",
"device-watch-pin": "\u{f8de}",
"device-watch-plus": "\u{f8df}",
"device-watch-question": "\u{f8e0}",
"device-watch-search": "\u{f8e1}",
"device-watch-share": "\u{f8e2}",
"device-watch-star": "\u{f8e3}",
"device-watch-stats": "\u{ef7d}",
"device-watch-stats-2": "\u{ef7c}",
"device-watch-up": "\u{f8e4}",
"device-watch-x": "\u{f8e5}",
"devices": "\u{eb87}",
"devices-2": "\u{ed29}",
"devices-bolt": "\u{f8e6}",
"devices-cancel": "\u{f8e7}",
"devices-check": "\u{f8e8}",
"devices-code": "\u{f8e9}",
"devices-cog": "\u{f8ea}",
"devices-dollar": "\u{f8eb}",
"devices-down": "\u{f8ec}",
"devices-exclamation": "\u{f8ed}",
"devices-heart": "\u{f8ee}",
"devices-minus": "\u{f8ef}",
"devices-off": "\u{f3e4}",
"devices-pause": "\u{f8f0}",
"devices-pc": "\u{ee7a}",
"devices-pc-off": "\u{f113}",
"devices-pin": "\u{f8f1}",
"devices-plus": "\u{f8f2}",
"devices-question": "\u{f8f3}",
"devices-search": "\u{f8f4}",
"devices-share": "\u{f8f5}",
"devices-star": "\u{f8f6}",
"devices-up": "\u{f8f7}",
"devices-x": "\u{f8f8}",
"diabolo": "\u{fa9c}",
"diabolo-off": "\u{fa9a}",
"diabolo-plus": "\u{fa9b}",
"dialpad": "\u{f067}",
"dialpad-filled": "\u{fa3b}",
"dialpad-off": "\u{f114}",
"diamond": "\u{eb65}",
"diamond-filled": "\u{f73d}",
"diamond-off": "\u{f115}",
"diamonds": "\u{eff5}",
"diamonds-filled": "\u{f676}",
"diaper": "\u{ffa2}",
"dice": "\u{eb66}",
"dice-1": "\u{f08b}",
"dice-1-filled": "\u{f73e}",
"dice-2": "\u{f08c}",
"dice-2-filled": "\u{f73f}",
"dice-3": "\u{f08d}",
"dice-3-filled": "\u{f740}",
"dice-4": "\u{f08e}",
"dice-4-filled": "\u{f741}",
"dice-5": "\u{f08f}",
"dice-5-filled": "\u{f742}",
"dice-6": "\u{f090}",
"dice-6-filled": "\u{f743}",
"dice-filled": "\u{f744}",
"dimensions": "\u{ee7b}",
"direction": "\u{ebfb}",
"direction-arrows": "\u{fd36}",
"direction-horizontal": "\u{ebfa}",
"direction-sign": "\u{f1f7}",
"direction-sign-filled": "\u{f745}",
"direction-sign-off": "\u{f3e5}",
"directions": "\u{ea8e}",
"directions-filled": "\u{1003f}",
"directions-off": "\u{f116}",
"disabled": "\u{ea8f}",
"disabled-2": "\u{ebaf}",
"disabled-off": "\u{f117}",
"disc": "\u{ea90}",
"disc-filled": "\u{1003e}",
"disc-golf": "\u{f385}",
"disc-off": "\u{f118}",
"discount": "\u{ebbd}",
"discount-filled": "\u{1003d}",
"discount-off": "\u{f3e7}",
"divide": "\u{ed5c}",
"dna": "\u{ee7d}",
"dna-2": "\u{ef5c}",
"dna-2-off": "\u{f119}",
"dna-off": "\u{f11a}",
"dog": "\u{f660}",
"dog-bowl": "\u{ef29}",
"door": "\u{ef4e}",
"door-enter": "\u{ef4c}",
"door-exit": "\u{ef4d}",
"door-off": "\u{f11b}",
"dots": "\u{ea95}",
"dots-circle-horizontal": "\u{ea91}",
"dots-diagonal": "\u{ea93}",
"dots-diagonal-2": "\u{ea92}",
"dots-vertical": "\u{ea94}",
"download": "\u{ea96}",
"download-off": "\u{f11c}",
"drag-drop": "\u{eb89}",
"drag-drop-2": "\u{eb88}",
"drone": "\u{ed79}",
"drone-off": "\u{ee7e}",
"drop-circle": "\u{efde}",
"droplet": "\u{ea97}",
"droplet-bolt": "\u{f8f9}",
"droplet-cancel": "\u{f8fa}",
"droplet-check": "\u{f8fb}",
"droplet-code": "\u{f8fc}",
"droplet-cog": "\u{f8fd}",
"droplet-dollar": "\u{f8fe}",
"droplet-down": "\u{f8ff}",
"droplet-exclamation": "\u{f900}",
"droplet-filled": "\u{ee80}",
"droplet-half": "\u{ee82}",
"droplet-half-2": "\u{ee81}",
"droplet-half-2-filled": "\u{fb6c}",
"droplet-half-filled": "\u{f6c5}",
"droplet-heart": "\u{f901}",
"droplet-minus": "\u{f902}",
"droplet-off": "\u{ee83}",
"droplet-pause": "\u{f903}",
"droplet-pin": "\u{f904}",
"droplet-plus": "\u{f905}",
"droplet-question": "\u{f906}",
"droplet-search": "\u{f907}",
"droplet-share": "\u{f908}",
"droplet-star": "\u{f909}",
"droplet-up": "\u{f90a}",
"droplet-x": "\u{f90b}",
"droplets": "\u{fc12}",
"dual-screen": "\u{fa59}",
"dumpling": "\u{feb5}",
"e-passport": "\u{f4df}",
"ear": "\u{ebce}",
"ear-off": "\u{ee84}",
"ear-scan": "\u{fd57}",
"ease-in": "\u{f573}",
"ease-in-control-point": "\u{f570}",
"ease-in-out": "\u{f572}",
"ease-in-out-control-points": "\u{f571}",
"ease-out": "\u{f575}",
"ease-out-control-point": "\u{f574}",
"edit": "\u{ea98}",
"edit-circle": "\u{ee85}",
"edit-circle-off": "\u{f11d}",
"edit-off": "\u{f11e}",
"egg": "\u{eb8a}",
"egg-cracked": "\u{f2d6}",
"egg-cracked-filled": "\u{10012}",
"egg-filled": "\u{f678}",
"egg-fried": "\u{f386}",
"egg-off": "\u{f11f}",
"eggs": "\u{f500}",
"elevator": "\u{efdf}",
"elevator-filled": "\u{1003c}",
"elevator-off": "\u{f3e8}",
"emergency-bed": "\u{ef5d}",
"empathize": "\u{f29b}",
"empathize-off": "\u{f3e9}",
"emphasis": "\u{ebcf}",
"engine": "\u{ef7e}",
"engine-off": "\u{f120}",
"equal": "\u{ee87}",
"equal-double": "\u{f4e1}",
"equal-not": "\u{ee86}",
"eraser": "\u{eb8b}",
"eraser-off": "\u{f121}",
"error-404": "\u{f027}",
"error-404-off": "\u{f122}",
"escalator": "\u{fb06}",
"escalator-down": "\u{fb04}",
"escalator-up": "\u{fb05}",
"exchange": "\u{ebe7}",
"exchange-off": "\u{f123}",
"exclamation-circle": "\u{f634}",
"exclamation-circle-filled": "\u{ff62}",
"exclamation-mark": "\u{efb4}",
"exclamation-mark-off": "\u{f124}",
"explicit": "\u{f256}",
"explicit-off": "\u{f3ea}",
"exposure": "\u{eb8c}",
"exposure-0": "\u{f29c}",
"exposure-minus-1": "\u{f29d}",
"exposure-minus-2": "\u{f29e}",
"exposure-off": "\u{f3eb}",
"exposure-plus-1": "\u{f29f}",
"exposure-plus-2": "\u{f2a0}",
"external-link": "\u{ea99}",
"external-link-off": "\u{f125}",
"eye": "\u{ea9a}",
"eye-bitcoin": "\u{ff3d}",
"eye-bolt": "\u{fb6d}",
"eye-cancel": "\u{fb6e}",
"eye-check": "\u{ee88}",
"eye-closed": "\u{f7ec}",
"eye-code": "\u{fb6f}",
"eye-cog": "\u{f7ed}",
"eye-discount": "\u{fb70}",
"eye-dollar": "\u{fb71}",
"eye-dotted": "\u{fead}",
"eye-down": "\u{fb72}",
"eye-edit": "\u{f7ee}",
"eye-exclamation": "\u{f7ef}",
"eye-filled": "\u{f679}",
"eye-heart": "\u{f7f0}",
"eye-minus": "\u{fb73}",
"eye-off": "\u{ecf0}",
"eye-pause": "\u{fb74}",
"eye-pin": "\u{fb75}",
"eye-plus": "\u{fb76}",
"eye-question": "\u{fb77}",
"eye-search": "\u{fb78}",
"eye-share": "\u{fb79}",
"eye-spark": "\u{ffba}",
"eye-star": "\u{fb7a}",
"eye-table": "\u{ef5e}",
"eye-up": "\u{fb7b}",
"eye-x": "\u{f7f1}",
"eyeglass": "\u{ee8a}",
"eyeglass-2": "\u{ee89}",
"eyeglass-off": "\u{f126}",
"face-id": "\u{ea9b}",
"face-id-error": "\u{efa7}",
"face-mask": "\u{efb5}",
"face-mask-off": "\u{f127}",
"fall": "\u{ecb9}",
"favicon": "\u{fd65}",
"favicon-filled": "\u{10071}",
"feather": "\u{ee8b}",
"feather-filled": "\u{10011}",
"feather-off": "\u{f128}",
"fence": "\u{ef2a}",
"fence-off": "\u{f129}",
"ferry": "\u{10074}",
"fidget-spinner": "\u{f068}",
"file": "\u{eaa4}",
"file-3d": "\u{f032}",
"file-ai": "\u{ffa1}",
"file-alert": "\u{ede6}",
"file-analytics": "\u{ede7}",
"file-arrow-left": "\u{f033}",
"file-arrow-right": "\u{f034}",
"file-barcode": "\u{f035}",
"file-bitcoin": "\u{ffa0}",
"file-broken": "\u{f501}",
"file-certificate": "\u{ed4d}",
"file-chart": "\u{f036}",
"file-check": "\u{ea9c}",
"file-code": "\u{ebd0}",
"file-code-2": "\u{ede8}",
"file-cv": "\u{fa5a}",
"file-database": "\u{f037}",
"file-delta": "\u{f53d}",
"file-description": "\u{f028}",
"file-diff": "\u{ecf1}",
"file-digit": "\u{efa8}",
"file-dislike": "\u{ed2a}",
"file-dollar": "\u{efe0}",
"file-dots": "\u{f038}",
"file-download": "\u{ea9d}",
"file-euro": "\u{efe1}",
"file-excel": "\u{fef3}",
"file-export": "\u{ede9}",
"file-filled": "\u{f747}",
"file-function": "\u{f53e}",
"file-horizontal": "\u{ebb0}",
"file-import": "\u{edea}",
"file-infinity": "\u{f502}",
"file-info": "\u{edec}",
"file-invoice": "\u{eb67}",
"file-isr": "\u{feac}",
"file-lambda": "\u{f53f}",
"file-like": "\u{ed2b}",
"file-minus": "\u{ea9e}",
"file-music": "\u{ea9f}",
"file-neutral": "\u{fd22}",
"file-off": "\u{ecf2}",
"file-orientation": "\u{f2a1}",
"file-pencil": "\u{f039}",
"file-percent": "\u{f540}",
"file-phone": "\u{ecdc}",
"file-plus": "\u{eaa0}",
"file-power": "\u{f03a}",
"file-report": "\u{eded}",
"file-rss": "\u{f03b}",
"file-sad": "\u{fd23}",
"file-scissors": "\u{f03c}",
"file-search": "\u{ed5d}",
"file-settings": "\u{f029}",
"file-shredder": "\u{eaa1}",
"file-signal": "\u{f03d}",
"file-smile": "\u{fd24}",
"file-spark": "\u{ffb9}",
"file-spreadsheet": "\u{f03e}",
"file-stack": "\u{f503}",
"file-star": "\u{f03f}",
"file-symlink": "\u{ed53}",
"file-text": "\u{eaa2}",
"file-text-ai": "\u{fa27}",
"file-text-spark": "\u{ffb8}",
"file-time": "\u{f040}",
"file-type-bmp": "\u{fb07}",
"file-type-css": "\u{fb08}",
"file-type-csv": "\u{fb09}",
"file-type-doc": "\u{fb0a}",
"file-type-docx": "\u{fb0b}",
"file-type-html": "\u{fb0c}",
"file-type-jpg": "\u{fb0d}",
"file-type-js": "\u{fb0e}",
"file-type-jsx": "\u{fb0f}",
"file-type-pdf": "\u{fb10}",
"file-type-php": "\u{fb11}",
"file-type-png": "\u{fb12}",
"file-type-ppt": "\u{fb13}",
"file-type-rs": "\u{fb14}",
"file-type-sql": "\u{fb15}",
"file-type-svg": "\u{fb16}",
"file-type-ts": "\u{fb17}",
"file-type-tsx": "\u{fb18}",
"file-type-txt": "\u{fb19}",
"file-type-vue": "\u{fb1a}",
"file-type-xls": "\u{fb1b}",
"file-type-xml": "\u{fb1c}",
"file-type-zip": "\u{fb1d}",
"file-typography": "\u{f041}",
"file-unknown": "\u{f042}",
"file-upload": "\u{ec91}",
"file-vector": "\u{f043}",
"file-word": "\u{fef2}",
"file-x": "\u{eaa3}",
"file-x-filled": "\u{f748}",
"file-zip": "\u{ed4e}",
"files": "\u{edef}",
"files-off": "\u{edee}",
"filter": "\u{eaa5}",
"filter-bolt": "\u{fb7c}",
"filter-cancel": "\u{fb7d}",
"filter-check": "\u{fb7e}",
"filter-code": "\u{fb7f}",
"filter-cog": "\u{f9fe}",
"filter-discount": "\u{fb80}",
"filter-dollar": "\u{f9ff}",
"filter-down": "\u{fb81}",
"filter-edit": "\u{fa00}",
"filter-exclamation": "\u{fb82}",
"filter-filled": "\u{fc27}",
"filter-heart": "\u{fb83}",
"filter-minus": "\u{fa01}",
"filter-off": "\u{ed2c}",
"filter-pause": "\u{fb84}",
"filter-pin": "\u{fb85}",
"filter-plus": "\u{fa02}",
"filter-question": "\u{fb86}",
"filter-search": "\u{fb87}",
"filter-share": "\u{fb88}",
"filter-star": "\u{fa03}",
"filter-up": "\u{fb89}",
"filter-x": "\u{fa04}",
"filters": "\u{f793}",
"fingerprint": "\u{ebd1}",
"fingerprint-off": "\u{f12a}",
"fingerprint-scan": "\u{fcb5}",
"fire-extinguisher": "\u{faf6}",
"fire-hydrant": "\u{f3a9}",
"fire-hydrant-off": "\u{f3ec}",
"firetruck": "\u{ebe8}",
"first-aid-kit": "\u{ef5f}",
"first-aid-kit-off": "\u{f3ed}",
"fish": "\u{ef2b}",
"fish-bone": "\u{f287}",
"fish-christianity": "\u{f58b}",
"fish-hook": "\u{f1f9}",
"fish-hook-off": "\u{f3ee}",
"fish-off": "\u{f12b}",
"flag": "\u{eaa6}",
"flag-2": "\u{ee8c}",
"flag-2-filled": "\u{f707}",
"flag-2-off": "\u{f12c}",
"flag-3": "\u{ee8d}",
"flag-3-filled": "\u{f708}",
"flag-bitcoin": "\u{ff3c}",
"flag-bolt": "\u{fb8a}",
"flag-cancel": "\u{fb8b}",
"flag-check": "\u{fb8c}",
"flag-code": "\u{fb8d}",
"flag-cog": "\u{fb8e}",
"flag-discount": "\u{fb8f}",
"flag-dollar": "\u{fb90}",
"flag-down": "\u{fb91}",
"flag-exclamation": "\u{fb92}",
"flag-filled": "\u{f67a}",
"flag-heart": "\u{fb93}",
"flag-minus": "\u{fb94}",
"flag-off": "\u{f12d}",
"flag-pause": "\u{fb95}",
"flag-pin": "\u{fb96}",
"flag-plus": "\u{fb97}",
"flag-question": "\u{fb98}",
"flag-search": "\u{fb99}",
"flag-share": "\u{fb9a}",
"flag-spark": "\u{ffb7}",
"flag-star": "\u{fb9b}",
"flag-up": "\u{fb9c}",
"flag-x": "\u{fb9d}",
"flame": "\u{ec2c}",
"flame-off": "\u{f12e}",
"flare": "\u{ee8e}",
"flask": "\u{ebd2}",
"flask-2": "\u{ef60}",
"flask-2-filled": "\u{fd12}",
"flask-2-off": "\u{f12f}",
"flask-filled": "\u{fd13}",
"flask-off": "\u{f130}",
"flip-flops": "\u{f564}",
"flip-horizontal": "\u{eaa7}",
"flip-vertical": "\u{eaa8}",
"float-center": "\u{ebb1}",
"float-left": "\u{ebb2}",
"float-none": "\u{ed13}",
"float-right": "\u{ebb3}",
"flower": "\u{eff6}",
"flower-filled": "\u{10010}",
"flower-off": "\u{f131}",
"focus": "\u{eb8d}",
"focus-2": "\u{ebd3}",
"focus-auto": "\u{fa62}",
"focus-centered": "\u{f02a}",
"fold": "\u{ed56}",
"fold-down": "\u{ed54}",
"fold-up": "\u{ed55}",
"folder": "\u{eaad}",
"folder-bolt": "\u{f90c}",
"folder-cancel": "\u{f90d}",
"folder-check": "\u{f90e}",
"folder-code": "\u{f90f}",
"folder-cog": "\u{f910}",
"folder-dollar": "\u{f911}",
"folder-down": "\u{f912}",
"folder-exclamation": "\u{f913}",
"folder-filled": "\u{f749}",
"folder-heart": "\u{f914}",
"folder-minus": "\u{eaaa}",
"folder-off": "\u{ed14}",
"folder-open": "\u{faf7}",
"folder-pause": "\u{f915}",
"folder-pin": "\u{f916}",
"folder-plus": "\u{eaab}",
"folder-question": "\u{f917}",
"folder-root": "\u{fd43}",
"folder-search": "\u{f918}",
"folder-share": "\u{f919}",
"folder-star": "\u{f91a}",
"folder-symlink": "\u{f91b}",
"folder-up": "\u{f91c}",
"folder-x": "\u{eaac}",
"folders": "\u{eaae}",
"folders-off": "\u{f133}",
"forbid": "\u{ebd5}",
"forbid-2": "\u{ebd4}",
"forbid-2-filled": "\u{fc28}",
"forbid-filled": "\u{fc29}",
"forklift": "\u{ebe9}",
"forms": "\u{ee8f}",
"fountain": "\u{f09b}",
"fountain-filled": "\u{fc2a}",
"fountain-off": "\u{f134}",
"frame": "\u{eaaf}",
"frame-off": "\u{f135}",
"free-rights": "\u{efb6}",
"freeze-column": "\u{fa63}",
"freeze-row": "\u{fa65}",
"freeze-row-column": "\u{fa64}",
"fridge": "\u{f1fa}",
"fridge-off": "\u{f3ef}",
"friends": "\u{eab0}",
"friends-off": "\u{f136}",
"frustum": "\u{fa9f}",
"frustum-off": "\u{fa9d}",
"frustum-plus": "\u{fa9e}",
"function": "\u{f225}",
"function-filled": "\u{fc2b}",
"function-off": "\u{f3f0}",
"galaxy": "\u{fcb6}",
"garden-cart": "\u{f23e}",
"garden-cart-off": "\u{f3f1}",
"gas-station": "\u{ec7d}",
"gas-station-off": "\u{f137}",
"gauge": "\u{eab1}",
"gauge-filled": "\u{fc2c}",
"gauge-off": "\u{f138}",
"gavel": "\u{ef90}",
"gender-agender": "\u{f0e1}",
"gender-androgyne": "\u{f0e2}",
"gender-bigender": "\u{f0e3}",
"gender-demiboy": "\u{f0e4}",
"gender-demigirl": "\u{f0e5}",
"gender-epicene": "\u{f0e6}",
"gender-female": "\u{f0e7}",
"gender-femme": "\u{f0e8}",
"gender-genderfluid": "\u{f0e9}",
"gender-genderless": "\u{f0ea}",
"gender-genderqueer": "\u{f0eb}",
"gender-hermaphrodite": "\u{f0ec}",
"gender-intergender": "\u{f0ed}",
"gender-male": "\u{f0ee}",
"gender-neutrois": "\u{f0ef}",
"gender-third": "\u{f0f0}",
"gender-transgender": "\u{f0f1}",
"gender-trasvesti": "\u{f0f2}",
"geometry": "\u{ee90}",
"ghost": "\u{eb8e}",
"ghost-2": "\u{f57c}",
"ghost-2-filled": "\u{f74a}",
"ghost-3": "\u{fc13}",
"ghost-filled": "\u{f74b}",
"ghost-off": "\u{f3f2}",
"gif": "\u{f257}",
"gift": "\u{eb68}",
"gift-card": "\u{f3aa}",
"gift-card-filled": "\u{fc2d}",
"gift-filled": "\u{fd14}",
"gift-off": "\u{f3f3}",
"git-branch": "\u{eab2}",
"git-branch-deleted": "\u{f57d}",
"git-cherry-pick": "\u{f57e}",
"git-commit": "\u{eab3}",
"git-compare": "\u{eab4}",
"git-fork": "\u{eb8f}",
"git-merge": "\u{eab5}",
"git-pull-request": "\u{eab6}",
"git-pull-request-closed": "\u{ef7f}",
"git-pull-request-draft": "\u{efb7}",
"gizmo": "\u{f02b}",
"glass": "\u{eab8}",
"glass-champagne": "\u{fd9c}",
"glass-cocktail": "\u{fd9d}",
"glass-filled": "\u{1000f}",
"glass-full": "\u{eab7}",
"glass-full-filled": "\u{fc2e}",
"glass-gin": "\u{fd9e}",
"glass-off": "\u{ee91}",
"globe": "\u{eab9}",
"globe-filled": "\u{fc2f}",
"globe-off": "\u{f139}",
"go-game": "\u{f512}",
"golf": "\u{ed8c}",
"golf-off": "\u{f13a}",
"gps": "\u{ed7a}",
"gps-filled": "\u{fe48}",
"gradienter": "\u{f3ab}",
"grain": "\u{ee92}",
"graph": "\u{f288}",
"graph-filled": "\u{fd15}",
"graph-off": "\u{f3f4}",
"grave": "\u{f580}",
"grave-2": "\u{f57f}",
"grid-3x3": "\u{fca4}",
"grid-4x4": "\u{fca5}",
"grid-dots": "\u{eaba}",
"grid-goldenratio": "\u{fca6}",
"grid-pattern": "\u{efc9}",
"grid-scan": "\u{fca7}",
"grill": "\u{efa9}",
"grill-fork": "\u{f35b}",
"grill-off": "\u{f3f5}",
"grill-spatula": "\u{f35c}",
"grip-horizontal": "\u{ec00}",
"grip-vertical": "\u{ec01}",
"growth": "\u{ee93}",
"guitar-pick": "\u{f4c6}",
"guitar-pick-filled": "\u{f67b}",
"gymnastics": "\u{fd44}",
"h-1": "\u{ec94}",
"h-2": "\u{ec95}",
"h-3": "\u{ec96}",
"h-4": "\u{ec97}",
"h-5": "\u{ec98}",
"h-6": "\u{ec99}",
"hammer": "\u{ef91}",
"hammer-off": "\u{f13c}",
"hand-click": "\u{ef4f}",
"hand-finger": "\u{ee94}",
"hand-finger-down": "\u{ff4f}",
"hand-finger-left": "\u{ff4e}",
"hand-finger-off": "\u{f13d}",
"hand-finger-right": "\u{ff4d}",
"hand-grab": "\u{f091}",
"hand-little-finger": "\u{ee95}",
"hand-love-you": "\u{ee97}",
"hand-middle-finger": "\u{ec2d}",
"hand-move": "\u{ef50}",
"hand-off": "\u{ed15}",
"hand-ring-finger": "\u{ee96}",
"hand-sanitizer": "\u{f5f4}",
"hand-stop": "\u{ec2e}",
"hand-three-fingers": "\u{ee98}",
"hand-two-fingers": "\u{ee99}",
"hanger": "\u{ee9a}",
"hanger-2": "\u{f09c}",
"hanger-2-filled": "\u{ff61}",
"hanger-off": "\u{f13e}",
"hash": "\u{eabc}",
"haze": "\u{efaa}",
"haze-moon": "\u{faf8}",
"hdr": "\u{fa7b}",
"heading": "\u{ee9b}",
"heading-off": "\u{f13f}",
"headphones": "\u{eabd}",
"headphones-filled": "\u{fa3c}",
"headphones-off": "\u{ed1d}",
"headset": "\u{eb90}",
"headset-off": "\u{f3f6}",
"health-recognition": "\u{f1fb}",
"heart": "\u{eabe}",
"heart-bitcoin": "\u{ff3b}",
"heart-bolt": "\u{fb9e}",
"heart-broken": "\u{ecba}",
"heart-cancel": "\u{fb9f}",
"heart-check": "\u{fba0}",
"heart-code": "\u{fba1}",
"heart-cog": "\u{fba2}",
"heart-discount": "\u{fba3}",
"heart-dollar": "\u{fba4}",
"heart-down": "\u{fba5}",
"heart-exclamation": "\u{fba6}",
"heart-filled": "\u{f67c}",
"heart-handshake": "\u{f0f3}",
"heart-minus": "\u{f140}",
"heart-off": "\u{f141}",
"heart-pause": "\u{fba7}",
"heart-pin": "\u{fba8}",
"heart-plus": "\u{f142}",
"heart-question": "\u{fba9}",
"heart-rate-monitor": "\u{ef61}",
"heart-search": "\u{fbaa}",
"heart-share": "\u{fbab}",
"heart-spark": "\u{ffb6}",
"heart-star": "\u{fbac}",
"heart-up": "\u{fbad}",
"heart-x": "\u{fbae}",
"heartbeat": "\u{ef92}",
"hearts": "\u{f387}",
"hearts-off": "\u{f3f7}",
"helicopter": "\u{ed8e}",
"helicopter-landing": "\u{ed8d}",
"helmet": "\u{efca}",
"helmet-off": "\u{f143}",
"help": "\u{eabf}",
"help-circle": "\u{f91d}",
"help-circle-filled": "\u{fa3d}",
"help-hexagon": "\u{f7a8}",
"help-hexagon-filled": "\u{fa3e}",
"help-octagon": "\u{f7a9}",
"help-octagon-filled": "\u{fa3f}",
"help-off": "\u{f3f8}",
"help-small": "\u{f91e}",
"help-square": "\u{f920}",
"help-square-filled": "\u{fa40}",
"help-square-rounded": "\u{f91f}",
"help-square-rounded-filled": "\u{fa41}",
"help-triangle": "\u{f921}",
"help-triangle-filled": "\u{fa42}",
"hemisphere": "\u{faa2}",
"hemisphere-off": "\u{faa0}",
"hemisphere-plus": "\u{faa1}",
"hexagon": "\u{ec02}",
"hexagon-3d": "\u{f4c7}",
"hexagon-filled": "\u{f67d}",
"hexagon-letter-a": "\u{f463}",
"hexagon-letter-a-filled": "\u{fe47}",
"hexagon-letter-b": "\u{f464}",
"hexagon-letter-b-filled": "\u{fe46}",
"hexagon-letter-c": "\u{f465}",
"hexagon-letter-c-filled": "\u{fe45}",
"hexagon-letter-d": "\u{f466}",
"hexagon-letter-d-filled": "\u{fe44}",
"hexagon-letter-e": "\u{f467}",
"hexagon-letter-e-filled": "\u{fe43}",
"hexagon-letter-f": "\u{f468}",
"hexagon-letter-f-filled": "\u{fe42}",
"hexagon-letter-g": "\u{f469}",
"hexagon-letter-g-filled": "\u{fe41}",
"hexagon-letter-h": "\u{f46a}",
"hexagon-letter-h-filled": "\u{fe40}",
"hexagon-letter-i": "\u{f46b}",
"hexagon-letter-i-filled": "\u{fe3f}",
"hexagon-letter-j": "\u{f46c}",
"hexagon-letter-j-filled": "\u{fe3e}",
"hexagon-letter-k": "\u{f46d}",
"hexagon-letter-k-filled": "\u{fe3d}",
"hexagon-letter-l": "\u{f46e}",
"hexagon-letter-l-filled": "\u{fe3c}",
"hexagon-letter-m": "\u{f46f}",
"hexagon-letter-m-filled": "\u{fe3b}",
"hexagon-letter-n": "\u{f470}",
"hexagon-letter-n-filled": "\u{fe3a}",
"hexagon-letter-o": "\u{f471}",
"hexagon-letter-o-filled": "\u{fe39}",
"hexagon-letter-p": "\u{f472}",
"hexagon-letter-p-filled": "\u{fe38}",
"hexagon-letter-q": "\u{f473}",
"hexagon-letter-q-filled": "\u{fe37}",
"hexagon-letter-r": "\u{f474}",
"hexagon-letter-r-filled": "\u{fe36}",
"hexagon-letter-s": "\u{f475}",
"hexagon-letter-s-filled": "\u{fe35}",
"hexagon-letter-t": "\u{f476}",
"hexagon-letter-t-filled": "\u{fe34}",
"hexagon-letter-u": "\u{f477}",
"hexagon-letter-u-filled": "\u{fe33}",
"hexagon-letter-v": "\u{f4b3}",
"hexagon-letter-v-filled": "\u{fe32}",
"hexagon-letter-w": "\u{f478}",
"hexagon-letter-w-filled": "\u{fe31}",
"hexagon-letter-x": "\u{f479}",
"hexagon-letter-x-filled": "\u{fe30}",
"hexagon-letter-y": "\u{f47a}",
"hexagon-letter-y-filled": "\u{fe2f}",
"hexagon-letter-z": "\u{f47b}",
"hexagon-letter-z-filled": "\u{fe2e}",
"hexagon-minus": "\u{fc8f}",
"hexagon-minus-2": "\u{fc8e}",
"hexagon-minus-filled": "\u{fe2d}",
"hexagon-number-0": "\u{f459}",
"hexagon-number-0-filled": "\u{f74c}",
"hexagon-number-1": "\u{f45a}",
"hexagon-number-1-filled": "\u{f74d}",
"hexagon-number-2": "\u{f45b}",
"hexagon-number-2-filled": "\u{f74e}",
"hexagon-number-3": "\u{f45c}",
"hexagon-number-3-filled": "\u{f74f}",
"hexagon-number-4": "\u{f45d}",
"hexagon-number-4-filled": "\u{f750}",
"hexagon-number-5": "\u{f45e}",
"hexagon-number-5-filled": "\u{f751}",
"hexagon-number-6": "\u{f45f}",
"hexagon-number-6-filled": "\u{f752}",
"hexagon-number-7": "\u{f460}",
"hexagon-number-7-filled": "\u{f753}",
"hexagon-number-8": "\u{f461}",
"hexagon-number-8-filled": "\u{f754}",
"hexagon-number-9": "\u{f462}",
"hexagon-number-9-filled": "\u{f755}",
"hexagon-off": "\u{ee9c}",
"hexagon-plus": "\u{fc45}",
"hexagon-plus-2": "\u{fc90}",
"hexagon-plus-filled": "\u{fe2c}",
"hexagonal-prism": "\u{faa5}",
"hexagonal-prism-off": "\u{faa3}",
"hexagonal-prism-plus": "\u{faa4}",
"hexagonal-pyramid": "\u{faa8}",
"hexagonal-pyramid-off": "\u{faa6}",
"hexagonal-pyramid-plus": "\u{faa7}",
"hexagons": "\u{f09d}",
"hexagons-off": "\u{f3f9}",
"hierarchy": "\u{ee9e}",
"hierarchy-2": "\u{ee9d}",
"hierarchy-3": "\u{f289}",
"hierarchy-off": "\u{f3fa}",
"highlight": "\u{ef3f}",
"highlight-off": "\u{f144}",
"history": "\u{ebea}",
"history-off": "\u{f3fb}",
"history-toggle": "\u{f1fc}",
"home": "\u{eac1}",
"home-2": "\u{eac0}",
"home-bitcoin": "\u{ff3a}",
"home-bolt": "\u{f336}",
"home-cancel": "\u{f350}",
"home-check": "\u{f337}",
"home-cog": "\u{f338}",
"home-dollar": "\u{f339}",
"home-dot": "\u{f33a}",
"home-down": "\u{f33b}",
"home-eco": "\u{f351}",
"home-edit": "\u{f352}",
"home-exclamation": "\u{f33c}",
"home-filled": "\u{fe2b}",
"home-hand": "\u{f504}",
"home-heart": "\u{f353}",
"home-infinity": "\u{f505}",
"home-link": "\u{f354}",
"home-minus": "\u{f33d}",
"home-move": "\u{f33e}",
"home-off": "\u{f145}",
"home-plus": "\u{f33f}",
"home-question": "\u{f340}",
"home-ribbon": "\u{f355}",
"home-search": "\u{f341}",
"home-share": "\u{f342}",
"home-shield": "\u{f343}",
"home-signal": "\u{f356}",
"home-spark": "\u{ffb5}",
"home-star": "\u{f344}",
"home-stats": "\u{f345}",
"home-up": "\u{f346}",
"home-x": "\u{f347}",
"horse": "\u{fc46}",
"horse-toy": "\u{f28a}",
"horseshoe": "\u{fcb7}",
"hospital": "\u{fd59}",
"hospital-circle": "\u{fd58}",
"hospital-circle-filled": "\u{fed2}",
"hotel-service": "\u{ef80}",
"hourglass": "\u{ef93}",
"hourglass-empty": "\u{f146}",
"hourglass-filled": "\u{f756}",
"hourglass-high": "\u{f092}",
"hourglass-low": "\u{f093}",
"hourglass-off": "\u{f147}",
"hours-12": "\u{fc53}",
"hours-24": "\u{f5e7}",
"html": "\u{f7b1}",
"http-connect": "\u{fa28}",
"http-delete": "\u{fa29}",
"http-get": "\u{fa2a}",
"http-head": "\u{fa2b}",
"http-options": "\u{fa2c}",
"http-patch": "\u{fa2d}",
"http-post": "\u{fa2e}",
"http-put": "\u{fa2f}",
"http-que": "\u{fa5b}",
"http-trace": "\u{fa30}",
"ice-cream": "\u{eac2}",
"ice-cream-2": "\u{ee9f}",
"ice-cream-off": "\u{f148}",
"ice-skating": "\u{efcb}",
"icons": "\u{f1d4}",
"icons-filled": "\u{10070}",
"icons-off": "\u{f3fc}",
"id": "\u{eac3}",
"id-badge": "\u{eff7}",
"id-badge-2": "\u{f076}",
"id-badge-off": "\u{f3fd}",
"id-off": "\u{f149}",
"ikosaedr": "\u{fec6}",
"image-in-picture": "\u{fd9f}",
"inbox": "\u{eac4}",
"inbox-off": "\u{f14a}",
"indent-decrease": "\u{eb91}",
"indent-increase": "\u{eb92}",
"infinity": "\u{eb69}",
"infinity-off": "\u{f3fe}",
"info-circle": "\u{eac5}",
"info-circle-filled": "\u{f6d8}",
"info-hexagon": "\u{f7aa}",
"info-hexagon-filled": "\u{fa43}",
"info-octagon": "\u{f7ab}",
"info-octagon-filled": "\u{fa44}",
"info-small": "\u{f922}",
"info-square": "\u{eac6}",
"info-square-filled": "\u{fa45}",
"info-square-rounded": "\u{f635}",
"info-square-rounded-filled": "\u{f6d9}",
"info-triangle": "\u{f923}",
"info-triangle-filled": "\u{fa46}",
"inner-shadow-bottom": "\u{f520}",
"inner-shadow-bottom-filled": "\u{f757}",
"inner-shadow-bottom-left": "\u{f51e}",
"inner-shadow-bottom-left-filled": "\u{f758}",
"inner-shadow-bottom-right": "\u{f51f}",
"inner-shadow-bottom-right-filled": "\u{f759}",
"inner-shadow-left": "\u{f521}",
"inner-shadow-left-filled": "\u{f75a}",
"inner-shadow-right": "\u{f522}",
"inner-shadow-right-filled": "\u{f75b}",
"inner-shadow-top": "\u{f525}",
"inner-shadow-top-filled": "\u{f75c}",
"inner-shadow-top-left": "\u{f523}",
"inner-shadow-top-left-filled": "\u{f75d}",
"inner-shadow-top-right": "\u{f524}",
"inner-shadow-top-right-filled": "\u{f75e}",
"input-ai": "\u{fc5a}",
"input-check": "\u{fc5b}",
"input-search": "\u{f2a2}",
"input-spark": "\u{ffb4}",
"input-x": "\u{fc5c}",
"invoice": "\u{feab}",
"ironing": "\u{fa7c}",
"ironing-1": "\u{f2f4}",
"ironing-1-filled": "\u{1006f}",
"ironing-2": "\u{f2f5}",
"ironing-2-filled": "\u{1006e}",
"ironing-3": "\u{f2f6}",
"ironing-3-filled": "\u{1006d}",
"ironing-filled": "\u{fe2a}",
"ironing-off": "\u{f2f7}",
"ironing-steam": "\u{f2f9}",
"ironing-steam-filled": "\u{1006c}",
"ironing-steam-off": "\u{f2f8}",
"irregular-polyhedron": "\u{faab}",
"irregular-polyhedron-off": "\u{faa9}",
"irregular-polyhedron-plus": "\u{faaa}",
"italic": "\u{eb93}",
"jacket": "\u{f661}",
"jetpack": "\u{f581}",
"jetpack-filled": "\u{fe29}",
"jewish-star": "\u{f3ff}",
"jewish-star-filled": "\u{f67e}",
"join-bevel": "\u{ff4c}",
"join-round": "\u{ff4b}",
"join-straight": "\u{ff4a}",
"joker": "\u{1005f}",
"jpg": "\u{f3ac}",
"json": "\u{f7b2}",
"jump-rope": "\u{ed8f}",
"karate": "\u{ed32}",
"kayak": "\u{f1d6}",
"kerning": "\u{efb8}",
"key": "\u{eac7}",
"key-filled": "\u{fe28}",
"key-off": "\u{f14b}",
"keyboard": "\u{ebd6}",
"keyboard-hide": "\u{ec7e}",
"keyboard-off": "\u{eea0}",
"keyboard-show": "\u{ec7f}",
"keyframe": "\u{f576}",
"keyframe-align-center": "\u{f582}",
"keyframe-align-center-filled": "\u{fc30}",
"keyframe-align-horizontal": "\u{f583}",
"keyframe-align-horizontal-filled": "\u{fc31}",
"keyframe-align-vertical": "\u{f584}",
"keyframe-align-vertical-filled": "\u{fc32}",
"keyframe-filled": "\u{fc33}",
"keyframes": "\u{f585}",
"keyframes-filled": "\u{fc34}",
"label": "\u{ff38}",
"label-filled": "\u{ff41}",
"label-important": "\u{ff49}",
"label-important-filled": "\u{ff60}",
"label-off": "\u{ff39}",
"ladder": "\u{efe2}",
"ladder-off": "\u{f14c}",
"ladle": "\u{fc14}",
"lambda": "\u{f541}",
"lamp": "\u{efab}",
"lamp-2": "\u{f09e}",
"lamp-off": "\u{f14d}",
"lane": "\u{faf9}",
"language": "\u{ebbe}",
"language-hiragana": "\u{ef77}",
"language-katakana": "\u{ef78}",
"language-off": "\u{f14e}",
"lasso": "\u{efac}",
"lasso-off": "\u{f14f}",
"lasso-polygon": "\u{f388}",
"lasso-polygon-filled": "\u{ff5f}",
"laurel-wreath": "\u{ff45}",
"laurel-wreath-1": "\u{ff48}",
"laurel-wreath-2": "\u{ff47}",
"laurel-wreath-3": "\u{ff46}",
"layers-difference": "\u{eac8}",
"layers-intersect": "\u{eac9}",
"layers-intersect-2": "\u{eff8}",
"layers-linked": "\u{eea1}",
"layers-off": "\u{f150}",
"layers-selected": "\u{fea9}",
"layers-selected-bottom": "\u{feaa}",
"layers-subtract": "\u{eaca}",
"layers-union": "\u{eacb}",
"layout": "\u{eadb}",
"layout-2": "\u{eacc}",
"layout-2-filled": "\u{fe27}",
"layout-align-bottom": "\u{eacd}",
"layout-align-bottom-filled": "\u{fe26}",
"layout-align-center": "\u{eace}",
"layout-align-center-filled": "\u{fe25}",
"layout-align-left": "\u{eacf}",
"layout-align-left-filled": "\u{fe24}",
"layout-align-middle": "\u{ead0}",
"layout-align-middle-filled": "\u{fe23}",
"layout-align-right": "\u{ead1}",
"layout-align-right-filled": "\u{fe22}",
"layout-align-top": "\u{ead2}",
"layout-align-top-filled": "\u{fe21}",
"layout-board": "\u{ef95}",
"layout-board-split": "\u{ef94}",
"layout-bottombar": "\u{ead3}",
"layout-bottombar-collapse": "\u{f28b}",
"layout-bottombar-collapse-filled": "\u{fc35}",
"layout-bottombar-expand": "\u{f28c}",
"layout-bottombar-expand-filled": "\u{fc36}",
"layout-bottombar-filled": "\u{fc37}",
"layout-bottombar-inactive": "\u{fd45}",
"layout-cards": "\u{ec13}",
"layout-cards-filled": "\u{fe20}",
"layout-collage": "\u{f389}",
"layout-columns": "\u{ead4}",
"layout-dashboard": "\u{f02c}",
"layout-dashboard-filled": "\u{fe1f}",
"layout-distribute-horizontal": "\u{ead5}",
"layout-distribute-horizontal-filled": "\u{fe1e}",
"layout-distribute-vertical": "\u{ead6}",
"layout-distribute-vertical-filled": "\u{fe1d}",
"layout-filled": "\u{fe17}",
"layout-grid": "\u{edba}",
"layout-grid-add": "\u{edb9}",
"layout-grid-filled": "\u{fe1c}",
"layout-grid-remove": "\u{fa7d}",
"layout-kanban": "\u{ec3f}",
"layout-kanban-filled": "\u{fe1b}",
"layout-list": "\u{ec14}",
"layout-list-filled": "\u{fe1a}",
"layout-navbar": "\u{ead7}",
"layout-navbar-collapse": "\u{f28d}",
"layout-navbar-collapse-filled": "\u{fc38}",
"layout-navbar-expand": "\u{f28e}",
"layout-navbar-expand-filled": "\u{fc39}",
"layout-navbar-filled": "\u{fc3a}",
"layout-navbar-inactive": "\u{fd46}",
"layout-off": "\u{f151}",
"layout-rows": "\u{ead8}",
"layout-sidebar": "\u{eada}",
"layout-sidebar-filled": "\u{fe18}",
"layout-sidebar-inactive": "\u{fd47}",
"layout-sidebar-left-collapse": "\u{f004}",
"layout-sidebar-left-collapse-filled": "\u{fc3b}",
"layout-sidebar-left-expand": "\u{f005}",
"layout-sidebar-left-expand-filled": "\u{fc3c}",
"layout-sidebar-right": "\u{ead9}",
"layout-sidebar-right-collapse": "\u{f006}",
"layout-sidebar-right-collapse-filled": "\u{fc3d}",
"layout-sidebar-right-expand": "\u{f007}",
"layout-sidebar-right-expand-filled": "\u{fc3e}",
"layout-sidebar-right-filled": "\u{fe19}",
"layout-sidebar-right-inactive": "\u{fd48}",
"leaf": "\u{ed4f}",
"leaf-2": "\u{ff44}",
"leaf-off": "\u{f400}",
"lego": "\u{eadc}",
"lego-filled": "\u{fe16}",
"lego-off": "\u{f401}",
"lemon": "\u{ef10}",
"lemon-2": "\u{ef81}",
"letter-a": "\u{ec50}",
"letter-a-small": "\u{fcc7}",
"letter-b": "\u{ec51}",
"letter-b-small": "\u{fcc8}",
"letter-c": "\u{ec52}",
"letter-c-small": "\u{fcc9}",
"letter-case": "\u{eea5}",
"letter-case-lower": "\u{eea2}",
"letter-case-toggle": "\u{eea3}",
"letter-case-upper": "\u{eea4}",
"letter-d": "\u{ec53}",
"letter-d-small": "\u{fcca}",
"letter-e": "\u{ec54}",
"letter-e-small": "\u{fccb}",
"letter-f": "\u{ec55}",
"letter-f-small": "\u{fccc}",
"letter-g": "\u{ec56}",
"letter-g-small": "\u{fccd}",
"letter-h": "\u{ec57}",
"letter-h-small": "\u{fcce}",
"letter-i": "\u{ec58}",
"letter-i-small": "\u{fccf}",
"letter-j": "\u{ec59}",
"letter-j-small": "\u{fcd0}",
"letter-k": "\u{ec5a}",
"letter-k-small": "\u{fcd1}",
"letter-l": "\u{ec5b}",
"letter-l-small": "\u{fcd2}",
"letter-m": "\u{ec5c}",
"letter-m-small": "\u{fcd3}",
"letter-n": "\u{ec5d}",
"letter-n-small": "\u{fcd4}",
"letter-o": "\u{ec5e}",
"letter-o-small": "\u{fcd5}",
"letter-p": "\u{ec5f}",
"letter-p-small": "\u{fcd6}",
"letter-q": "\u{ec60}",
"letter-q-small": "\u{fcd7}",
"letter-r": "\u{ec61}",
"letter-r-small": "\u{fcd8}",
"letter-s": "\u{ec62}",
"letter-s-small": "\u{fcd9}",
"letter-spacing": "\u{eea6}",
"letter-t": "\u{ec63}",
"letter-t-small": "\u{fcda}",
"letter-u": "\u{ec64}",
"letter-u-small": "\u{fcdb}",
"letter-v": "\u{ec65}",
"letter-v-small": "\u{fcdc}",
"letter-w": "\u{ec66}",
"letter-w-small": "\u{fcdd}",
"letter-x": "\u{ec67}",
"letter-x-small": "\u{fcde}",
"letter-y": "\u{ec68}",
"letter-y-small": "\u{fcdf}",
"letter-z": "\u{ec69}",
"letter-z-small": "\u{fce0}",
"library": "\u{fd4c}",
"library-minus": "\u{fd49}",
"library-photo": "\u{fd4a}",
"library-plus": "\u{fd4b}",
"license": "\u{ebc0}",
"license-off": "\u{f153}",
"lifebuoy": "\u{eadd}",
"lifebuoy-off": "\u{f154}",
"lighter": "\u{f794}",
"line": "\u{ec40}",
"line-dashed": "\u{eea7}",
"line-dotted": "\u{eea8}",
"line-height": "\u{eb94}",
"line-scan": "\u{fcb8}",
"link": "\u{eade}",
"link-minus": "\u{fd16}",
"link-off": "\u{f402}",
"link-plus": "\u{fd17}",
"list": "\u{eb6b}",
"list-check": "\u{eb6a}",
"list-details": "\u{ef40}",
"list-letters": "\u{fc47}",
"list-numbers": "\u{ef11}",
"list-search": "\u{eea9}",
"list-tree": "\u{fafa}",
"live-photo": "\u{eadf}",
"live-photo-filled": "\u{fed1}",
"live-photo-off": "\u{f403}",
"live-view": "\u{ec6b}",
"load-balancer": "\u{fa5c}",
"loader": "\u{eca3}",
"loader-2": "\u{f226}",
"loader-3": "\u{f513}",
"loader-quarter": "\u{eca2}",
"location": "\u{eae0}",
"location-bolt": "\u{fbaf}",
"location-broken": "\u{f2c4}",
"location-cancel": "\u{fbb0}",
"location-check": "\u{fbb1}",
"location-code": "\u{fbb2}",
"location-cog": "\u{fbb3}",
"location-discount": "\u{fbb4}",
"location-dollar": "\u{fbb5}",
"location-down": "\u{fbb6}",
"location-exclamation": "\u{fbb7}",
"location-filled": "\u{f67f}",
"location-heart": "\u{fbb8}",
"location-minus": "\u{fbb9}",
"location-off": "\u{f155}",
"location-pause": "\u{fbba}",
"location-pin": "\u{fbbb}",
"location-plus": "\u{fbbc}",
"location-question": "\u{fbbd}",
"location-search": "\u{fbbe}",
"location-share": "\u{fbbf}",
"location-star": "\u{fbc0}",
"location-up": "\u{fbc1}",
"location-x": "\u{fbc2}",
"lock": "\u{eae2}",
"lock-access": "\u{eeaa}",
"lock-access-off": "\u{f404}",
"lock-bitcoin": "\u{ff37}",
"lock-bolt": "\u{f924}",
"lock-cancel": "\u{f925}",
"lock-check": "\u{f926}",
"lock-code": "\u{f927}",
"lock-cog": "\u{f928}",
"lock-dollar": "\u{f929}",
"lock-down": "\u{f92a}",
"lock-exclamation": "\u{f92b}",
"lock-filled": "\u{fe15}",
"lock-heart": "\u{f92c}",
"lock-minus": "\u{f92d}",
"lock-off": "\u{ed1e}",
"lock-open": "\u{eae1}",
"lock-open-2": "\u{fea8}",
"lock-open-off": "\u{f156}",
"lock-password": "\<PASSWORD>}",
"lock-pause": "\u{f92e}",
"lock-pin": "\u{f92f}",
"lock-plus": "\u{f930}",
"lock-question": "\u{f931}",
"lock-search": "\u{f932}",
"lock-share": "\u{f933}",
"lock-square": "\u{ef51}",
"lock-square-rounded": "\u{f636}",
"lock-square-rounded-filled": "\u{f6da}",
"lock-star": "\u{f934}",
"lock-up": "\u{f935}",
"lock-x": "\u{f936}",
"logic-and": "\u{f240}",
"logic-buffer": "\u{f241}",
"logic-nand": "\u{f242}",
"logic-nor": "\u{f243}",
"logic-not": "\u{f244}",
"logic-or": "\u{f245}",
"logic-xnor": "\u{f246}",
"logic-xor": "\u{f247}",
"login": "\u{eba7}",
"login-2": "\u{fc76}",
"logout": "\u{eba8}",
"logout-2": "\u{fa7e}",
"logs": "\u{fea7}",
"lollipop": "\u{efcc}",
"lollipop-off": "\u{f157}",
"luggage": "\u{efad}",
"luggage-off": "\u{f158}",
"lungs": "\u{ef62}",
"lungs-filled": "\u{fe14}",
"lungs-off": "\u{f405}",
"macro": "\u{eeab}",
"macro-filled": "\u{fe13}",
"macro-off": "\u{f406}",
"magnet": "\u{eae3}",
"magnet-filled": "\u{fe12}",
"magnet-off": "\u{f159}",
"magnetic": "\u{fcb9}",
"mail": "\u{eae5}",
"mail-ai": "\u{fa31}",
"mail-bitcoin": "\u{ff36}",
"mail-bolt": "\u{f937}",
"mail-cancel": "\u{f938}",
"mail-check": "\u{f939}",
"mail-code": "\u{f93a}",
"mail-cog": "\u{f93b}",
"mail-dollar": "\u{f93c}",
"mail-down": "\u{f93d}",
"mail-exclamation": "\u{f93e}",
"mail-fast": "\u{f069}",
"mail-filled": "\u{fa47}",
"mail-forward": "\u{eeac}",
"mail-heart": "\u{f93f}",
"mail-minus": "\u{f940}",
"mail-off": "\u{f15a}",
"mail-opened": "\u{eae4}",
"mail-opened-filled": "\u{fa48}",
"mail-pause": "\u{f941}",
"mail-pin": "\u{f942}",
"mail-plus": "\u{f943}",
"mail-question": "\u{f944}",
"mail-search": "\u{f945}",
"mail-share": "\u{f946}",
"mail-spark": "\u{ffb3}",
"mail-star": "\u{f947}",
"mail-up": "\u{f948}",
"mail-x": "\u{f949}",
"mailbox": "\u{eead}",
"mailbox-off": "\u{f15b}",
"man": "\u{eae6}",
"man-filled": "\u{fe11}",
"manual-gearbox": "\u{ed7b}",
"manual-gearbox-filled": "\u{fe10}",
"map": "\u{eae9}",
"map-2": "\u{eae7}",
"map-bolt": "\u{fbc3}",
"map-cancel": "\u{fbc4}",
"map-check": "\u{fbc5}",
"map-code": "\u{fbc6}",
"map-cog": "\u{fbc7}",
"map-discount": "\u{fbc8}",
"map-dollar": "\u{fbc9}",
"map-down": "\u{fbca}",
"map-east": "\u{fc5d}",
"map-exclamation": "\u{fbcb}",
"map-heart": "\u{fbcc}",
"map-minus": "\u{fbcd}",
"map-north": "\u{fc5e}",
"map-off": "\u{f15c}",
"map-pause": "\u{fbce}",
"map-pin": "\u{eae8}",
"map-pin-2": "\u{fc48}",
"map-pin-bolt": "\u{f94a}",
"map-pin-cancel": "\u{f94b}",
"map-pin-check": "\u{f94c}",
"map-pin-code": "\u{f94d}",
"map-pin-cog": "\u{f94e}",
"map-pin-dollar": "\u{f94f}",
"map-pin-down": "\u{f950}",
"map-pin-exclamation": "\u{f951}",
"map-pin-filled": "\u{f680}",
"map-pin-heart": "\u{f952}",
"map-pin-minus": "\u{f953}",
"map-pin-off": "\u{ecf3}",
"map-pin-pause": "\u{f954}",
"map-pin-pin": "\u{f955}",
"map-pin-plus": "\u{f956}",
"map-pin-question": "\u{f957}",
"map-pin-search": "\u{f958}",
"map-pin-share": "\u{f795}",
"map-pin-star": "\u{f959}",
"map-pin-up": "\u{f95a}",
"map-pin-x": "\u{f95b}",
"map-pins": "\u{ed5e}",
"map-plus": "\u{fbcf}",
"map-question": "\u{fbd0}",
"map-route": "\u{fc79}",
"map-search": "\u{ef82}",
"map-share": "\u{fbd1}",
"map-south": "\u{fc5f}",
"map-star": "\u{fbd2}",
"map-up": "\u{fbd3}",
"map-west": "\u{fc60}",
"map-x": "\u{fbd4}",
"markdown": "\u{ec41}",
"markdown-off": "\u{f407}",
"marquee": "\u{ec77}",
"marquee-2": "\u{eeae}",
"marquee-off": "\u{f15d}",
"mars": "\u{ec80}",
"mask": "\u{eeb0}",
"mask-off": "\u{eeaf}",
"masks-theater": "\u{f263}",
"masks-theater-off": "\u{f408}",
"massage": "\u{eeb1}",
"matchstick": "\u{f577}",
"math": "\u{ebeb}",
"math-1-divide-2": "\u{f4e2}",
"math-1-divide-3": "\u{f4e3}",
"math-avg": "\u{f0f4}",
"math-cos": "\u{ff1f}",
"math-ctg": "\u{ff35}",
"math-equal-greater": "\u{f4e4}",
"math-equal-lower": "\u{f4e5}",
"math-function": "\u{eeb2}",
"math-function-off": "\u{f15e}",
"math-function-y": "\u{f4e6}",
"math-greater": "\u{f4e7}",
"math-integral": "\u{f4e9}",
"math-integral-x": "\u{f4e8}",
"math-integrals": "\u{f4ea}",
"math-lower": "\u{f4eb}",
"math-max": "\u{f0f5}",
"math-max-min": "\u{fda0}",
"math-min": "\u{f0f6}",
"math-not": "\u{f4ec}",
"math-off": "\u{f409}",
"math-pi": "\u{f4ee}",
"math-pi-divide-2": "\u{f4ed}",
"math-sec": "\u{ff34}",
"math-sin": "\u{ff1e}",
"math-symbols": "\u{eeb3}",
"math-tg": "\u{ff33}",
"math-x-divide-2": "\u{f4ef}",
"math-x-divide-y": "\u{f4f1}",
"math-x-divide-y-2": "\u{f4f0}",
"math-x-floor-divide-y": "\u{10073}",
"math-x-minus-x": "\u{f4f2}",
"math-x-minus-y": "\u{f4f3}",
"math-x-plus-x": "\u{f4f4}",
"math-x-plus-y": "\u{f4f5}",
"math-xy": "\u{f4f6}",
"math-y-minus-y": "\u{f4f7}",
"math-y-plus-y": "\u{f4f8}",
"maximize": "\u{eaea}",
"maximize-off": "\u{f15f}",
"meat": "\u{ef12}",
"meat-off": "\u{f40a}",
"medal": "\u{ec78}",
"medal-2": "\u{efcd}",
"medical-cross": "\u{ec2f}",
"medical-cross-circle": "\u{fae8}",
"medical-cross-filled": "\u{f681}",
"medical-cross-off": "\u{f160}",
"medicine-syrup": "\u{ef63}",
"meeple": "\u{f514}",
"melon": "\u{fc7a}",
"melon-filled": "\u{1000e}",
"menorah": "\u{f58c}",
"menu": "\u{eaeb}",
"menu-2": "\u{ec42}",
"menu-3": "\u{ff43}",
"menu-4": "\u{ff42}",
"menu-deep": "\u{fafb}",
"menu-order": "\u{f5f5}",
"message": "\u{eaef}",
"message-2": "\u{eaec}",
"message-2-bolt": "\u{f95c}",
"message-2-cancel": "\u{f95d}",
"message-2-check": "\u{f95e}",
"message-2-code": "\u{f012}",
"message-2-cog": "\u{f95f}",
"message-2-dollar": "\u{f960}",
"message-2-down": "\u{f961}",
"message-2-exclamation": "\u{f962}",
"message-2-heart": "\u{f963}",
"message-2-minus": "\u{f964}",
"message-2-off": "\u{f40b}",
"message-2-pause": "\u{f965}",
"message-2-pin": "\u{f966}",
"message-2-plus": "\u{f967}",
"message-2-question": "\u{f968}",
"message-2-search": "\u{f969}",
"message-2-share": "\u{f077}",
"message-2-star": "\u{f96a}",
"message-2-up": "\u{f96b}",
"message-2-x": "\u{f96c}",
"message-bolt": "\u{f96d}",
"message-cancel": "\u{f96e}",
"message-chatbot": "\u{f38a}",
"message-chatbot-filled": "\u{fed0}",
"message-check": "\u{f96f}",
"message-circle": "\u{eaed}",
"message-circle-bolt": "\u{f970}",
"message-circle-cancel": "\u{f971}",
"message-circle-check": "\u{f972}",
"message-circle-code": "\u{f973}",
"message-circle-cog": "\u{f974}",
"message-circle-dollar": "\u{f975}",
"message-circle-down": "\u{f976}",
"message-circle-exclamation": "\u{f977}",
"message-circle-filled": "\u{fecf}",
"message-circle-heart": "\u{f978}",
"message-circle-minus": "\u{f979}",
"message-circle-off": "\u{ed40}",
"message-circle-pause": "\u{f97a}",
"message-circle-pin": "\u{f97b}",
"message-circle-plus": "\u{f97c}",
"message-circle-question": "\u{f97d}",
"message-circle-search": "\u{f97e}",
"message-circle-share": "\u{f97f}",
"message-circle-star": "\u{f980}",
"message-circle-up": "\u{f981}",
"message-circle-user": "\u{fec5}",
"message-circle-x": "\u{f982}",
"message-code": "\u{f013}",
"message-cog": "\u{f983}",
"message-dollar": "\u{f984}",
"message-dots": "\u{eaee}",
"message-down": "\u{f985}",
"message-exclamation": "\u{f986}",
"message-filled": "\u{fecd}",
"message-forward": "\u{f28f}",
"message-heart": "\u{f987}",
"message-language": "\u{efae}",
"message-minus": "\u{f988}",
"message-off": "\u{ed41}",
"message-pause": "\u{f989}",
"message-pin": "\u{f98a}",
"message-plus": "\u{ec9a}",
"message-question": "\u{f98b}",
"message-reply": "\u{fd4d}",
"message-report": "\u{ec9b}",
"message-report-filled": "\u{fece}",
"message-search": "\u{f98c}",
"message-share": "\u{f078}",
"message-star": "\u{f98d}",
"message-up": "\u{f98e}",
"message-user": "\u{fec4}",
"message-x": "\u{f98f}",
"messages": "\u{eb6c}",
"messages-off": "\u{ed42}",
"meteor": "\u{f1fd}",
"meteor-filled": "\u{1000d}",
"meteor-off": "\u{f40c}",
"meter-cube": "\u{fd7c}",
"meter-square": "\u{fd7d}",
"metronome": "\u{fd25}",
"michelin-bib-gourmand": "\u{fae9}",
"michelin-star": "\u{faeb}",
"michelin-star-filled": "\u{1000c}",
"michelin-star-green": "\u{faea}",
"mickey": "\u{f2a3}",
"mickey-filled": "\u{f683}",
"microphone": "\u{eaf0}",
"microphone-2": "\u{ef2c}",
"microphone-2-off": "\u{f40d}",
"microphone-filled": "\u{fe0f}",
"microphone-off": "\u{ed16}",
"microscope": "\u{ef64}",
"microscope-off": "\u{f40e}",
"microwave": "\u{f248}",
"microwave-filled": "\u{fe0e}",
"microwave-off": "\u{f264}",
"military-award": "\u{f079}",
"military-rank": "\u{efcf}",
"military-rank-filled": "\u{ff5e}",
"milk": "\u{ef13}",
"milk-filled": "\u{1000b}",
"milk-off": "\u{f40f}",
"milkshake": "\u{f4c8}",
"minimize": "\u{eaf1}",
"minus": "\u{eaf2}",
"minus-vertical": "\u{eeb4}",
"mist": "\u{ec30}",
"mist-off": "\u{f410}",
"mobiledata": "\u{f9f5}",
"mobiledata-off": "\u{f9f4}",
"moneybag": "\u{f506}",
"monkeybar": "\u{feb4}",
"mood-angry": "\u{f2de}",
"mood-angry-filled": "\u{ff0a}",
"mood-annoyed": "\u{f2e0}",
"mood-annoyed-2": "\u{f2df}",
"mood-bitcoin": "\u{ff32}",
"mood-boy": "\u{ed2d}",
"mood-check": "\u{f7b3}",
"mood-cog": "\u{f7b4}",
"mood-confuzed": "\u{eaf3}",
"mood-confuzed-filled": "\u{f7f2}",
"mood-crazy-happy": "\u{ed90}",
"mood-crazy-happy-filled": "\u{ff09}",
"mood-cry": "\u{ecbb}",
"mood-dollar": "\u{f7b5}",
"mood-edit": "\u{fa05}",
"mood-empty": "\u{eeb5}",
"mood-empty-filled": "\u{f7f3}",
"mood-happy": "\u{eaf4}",
"mood-happy-filled": "\u{f7f4}",
"mood-heart": "\u{f7b6}",
"mood-kid": "\u{ec03}",
"mood-kid-filled": "\u{f7f5}",
"mood-look-down": "\u{fd37}",
"mood-look-left": "\u{f2c5}",
"mood-look-right": "\u{f2c6}",
"mood-look-up": "\u{fd38}",
"mood-minus": "\u{f7b7}",
"mood-nerd": "\u{f2e1}",
"mood-nervous": "\u{ef96}",
"mood-neutral": "\u{eaf5}",
"mood-neutral-filled": "\u{f7f6}",
"mood-off": "\u{f161}",
"mood-pin": "\u{f7b8}",
"mood-plus": "\u{f7b9}",
"mood-puzzled": "\u{fd39}",
"mood-sad": "\u{eaf6}",
"mood-sad-2": "\u{f2e2}",
"mood-sad-dizzy": "\u{f2e3}",
"mood-sad-filled": "\u{f7f7}",
"mood-sad-squint": "\u{f2e4}",
"mood-search": "\u{f7ba}",
"mood-share": "\u{fa06}",
"mood-sick": "\u{f2e5}",
"mood-silence": "\u{f2e6}",
"mood-sing": "\u{f2c7}",
"mood-smile": "\u{eaf7}",
"mood-smile-beam": "\u{f2e7}",
"mood-smile-dizzy": "\u{f2e8}",
"mood-smile-filled": "\u{f7f8}",
"mood-spark": "\u{ffb2}",
"mood-surprised": "\u{ec04}",
"mood-tongue": "\u{eb95}",
"mood-tongue-wink": "\u{f2ea}",
"mood-tongue-wink-2": "\u{f2e9}",
"mood-unamused": "\u{f2eb}",
"mood-up": "\u{f7bb}",
"mood-wink": "\u{f2ed}",
"mood-wink-2": "\u{f2ec}",
"mood-wrrr": "\u{f2ee}",
"mood-wrrr-filled": "\u{ff08}",
"mood-x": "\u{f7bc}",
"mood-xd": "\u{f2ef}",
"moon": "\u{eaf8}",
"moon-2": "\u{ece6}",
"moon-filled": "\u{f684}",
"moon-off": "\u{f162}",
"moon-stars": "\u{ece7}",
"moped": "\u{ecbc}",
"motorbike": "\u{eeb6}",
"mountain": "\u{ef97}",
"mountain-filled": "\u{1000a}",
"mountain-off": "\u{f411}",
"mouse": "\u{eaf9}",
"mouse-2": "\u{f1d7}",
"mouse-filled": "\u{fb2f}",
"mouse-off": "\u{f163}",
"moustache": "\u{f4c9}",
"movie": "\u{eafa}",
"movie-off": "\u{f164}",
"mug": "\u{eafb}",
"mug-filled": "\u{10009}",
"mug-off": "\u{f165}",
"multiplier-0-5x": "\u{ef41}",
"multiplier-1-5x": "\u{ef42}",
"multiplier-1x": "\u{ef43}",
"multiplier-2x": "\u{ef44}",
"mushroom": "\u{ef14}",
"mushroom-filled": "\u{f7f9}",
"mushroom-off": "\u{f412}",
"music": "\u{eafc}",
"music-bolt": "\u{fbd5}",
"music-cancel": "\u{fbd6}",
"music-check": "\u{fbd7}",
"music-code": "\u{fbd8}",
"music-cog": "\u{fbd9}",
"music-discount": "\u{fbda}",
"music-dollar": "\u{fbdb}",
"music-down": "\u{fbdc}",
"music-exclamation": "\u{fbdd}",
"music-heart": "\u{fbde}",
"music-minus": "\u{fbdf}",
"music-off": "\u{f166}",
"music-pause": "\u{fbe0}",
"music-pin": "\u{fbe1}",
"music-plus": "\u{fbe2}",
"music-question": "\u{fbe3}",
"music-search": "\u{fbe4}",
"music-share": "\u{fbe5}",
"music-star": "\u{fbe6}",
"music-up": "\u{fbe7}",
"music-x": "\u{fbe8}",
"navigation": "\u{f2c8}",
"navigation-bolt": "\u{fbe9}",
"navigation-cancel": "\u{fbea}",
"navigation-check": "\u{fbeb}",
"navigation-code": "\u{fbec}",
"navigation-cog": "\u{fbed}",
"navigation-discount": "\u{fbee}",
"navigation-dollar": "\u{fbef}",
"navigation-down": "\u{fbf0}",
"navigation-east": "\u{fcba}",
"navigation-exclamation": "\u{fbf1}",
"navigation-filled": "\u{f685}",
"navigation-heart": "\u{fbf2}",
"navigation-minus": "\u{fbf3}",
"navigation-north": "\u{fcbb}",
"navigation-off": "\u{f413}",
"navigation-pause": "\u{fbf4}",
"navigation-pin": "\u{fbf5}",
"navigation-plus": "\u{fbf6}",
"navigation-question": "\u{fbf7}",
"navigation-search": "\u{fbf8}",
"navigation-share": "\u{fbf9}",
"navigation-south": "\u{fcbc}",
"navigation-star": "\u{fbfa}",
"navigation-top": "\u{faec}",
"navigation-up": "\u{fbfb}",
"navigation-west": "\u{fcbd}",
"navigation-x": "\u{fbfc}",
"needle": "\u{f508}",
"needle-thread": "\u{f507}",
"network": "\u{f09f}",
"network-off": "\u{f414}",
"new-section": "\u{ebc1}",
"news": "\u{eafd}",
"news-off": "\u{f167}",
"nfc": "\u{eeb7}",
"nfc-off": "\u{f168}",
"no-copyright": "\u{efb9}",
"no-creative-commons": "\u{efba}",
"no-derivatives": "\u{efbb}",
"north-star": "\u{f014}",
"note": "\u{eb6d}",
"note-off": "\u{f169}",
"notebook": "\u{eb96}",
"notebook-off": "\u{f415}",
"notes": "\u{eb6e}",
"notes-off": "\u{f16a}",
"notification": "\u{eafe}",
"notification-off": "\u{f16b}",
"number": "\u{f1fe}",
"number-0": "\u{edf0}",
"number-0-small": "\u{fce1}",
"number-1": "\u{edf1}",
"number-1-small": "\u{fce2}",
"number-10": "\u{1005e}",
"number-10-small": "\u{fce3}",
"number-100-small": "\u{10005}",
"number-11": "\u{1005d}",
"number-11-small": "\u{fce4}",
"number-12-small": "\u{fce5}",
"number-123": "\u{f554}",
"number-13-small": "\u{fce6}",
"number-14-small": "\u{fce7}",
"number-15-small": "\u{fce8}",
"number-16-small": "\u{fce9}",
"number-17-small": "\u{fcea}",
"number-18-small": "\u{fceb}",
"number-19-small": "\u{fcec}",
"number-2": "\u{edf2}",
"number-2-small": "\u{fced}",
"number-20-small": "\u{fcee}",
"number-21-small": "\u{fcef}",
"number-22-small": "\u{fcf0}",
"number-23-small": "\u{fcf1}",
"number-24-small": "\u{fcf2}",
"number-25-small": "\u{fcf3}",
"number-26-small": "\u{fcf4}",
"number-27-small": "\u{fcf5}",
"number-28-small": "\u{fcf6}",
"number-29-small": "\u{fcf7}",
"number-3": "\u{edf3}",
"number-3-small": "\u{fcf8}",
"number-30-small": "\u{10004}",
"number-31-small": "\u{10003}",
"number-32-small": "\u{10002}",
"number-33-small": "\u{10001}",
"number-34-small": "\u{10000}",
"number-35-small": "\u{ffff}",
"number-36-small": "\u{fffe}",
"number-37-small": "\u{fffd}",
"number-38-small": "\u{fffc}",
"number-39-small": "\u{fffb}",
"number-4": "\u{edf4}",
"number-4-small": "\u{fcf9}",
"number-40-small": "\u{fffa}",
"number-41-small": "\u{fff9}",
"number-42-small": "\u{fff8}",
"number-43-small": "\u{fff7}",
"number-44-small": "\u{fff6}",
"number-45-small": "\u{fff5}",
"number-46-small": "\u{fff4}",
"number-47-small": "\u{fff3}",
"number-48-small": "\u{fff2}",
"number-49-small": "\u{fff1}",
"number-5": "\u{edf5}",
"number-5-small": "\u{fcfa}",
"number-50-small": "\u{fff0}",
"number-51-small": "\u{ffef}",
"number-52-small": "\u{ffee}",
"number-53-small": "\u{ffed}",
"number-54-small": "\u{ffec}",
"number-55-small": "\u{ffeb}",
"number-56-small": "\u{ffea}",
"number-57-small": "\u{ffe9}",
"number-58-small": "\u{ffe8}",
"number-59-small": "\u{ffe7}",
"number-6": "\u{edf6}",
"number-6-small": "\u{fcfb}",
"number-60-small": "\u{ffe6}",
"number-61-small": "\u{ffe5}",
"number-62-small": "\u{ffe4}",
"number-63-small": "\u{ffe3}",
"number-64-small": "\u{ffe2}",
"number-65-small": "\u{ffe1}",
"number-66-small": "\u{ffe0}",
"number-67-small": "\u{ffdf}",
"number-68-small": "\u{ffde}",
"number-69-small": "\u{ffdd}",
"number-7": "\u{edf7}",
"number-7-small": "\u{fcfc}",
"number-70-small": "\u{ffdc}",
"number-71-small": "\u{ffdb}",
"number-72-small": "\u{ffda}",
"number-73-small": "\u{ffd9}",
"number-74-small": "\u{ffd8}",
"number-75-small": "\u{ffd7}",
"number-76-small": "\u{ffd6}",
"number-77-small": "\u{ffd5}",
"number-78-small": "\u{ffd4}",
"number-79-small": "\u{ffd3}",
"number-8": "\u{edf8}",
"number-8-small": "\u{fcfd}",
"number-80-small": "\u{ffd2}",
"number-81-small": "\u{ffd1}",
"number-82-small": "\u{ffd0}",
"number-83-small": "\u{ffcf}",
"number-84-small": "\u{ffce}",
"number-85-small": "\u{ffcd}",
"number-86-small": "\u{ffcc}",
"number-87-small": "\u{ffcb}",
"number-88-small": "\u{ffca}",
"number-89-small": "\u{ffc9}",
"number-9": "\u{edf9}",
"number-9-small": "\u{fcfe}",
"number-90-small": "\u{ffc8}",
"number-91-small": "\u{ffc7}",
"number-92-small": "\u{ffc6}",
"number-93-small": "\u{ffc5}",
"number-94-small": "\u{ffc4}",
"number-95-small": "\u{ffc3}",
"number-96-small": "\u{ffc2}",
"number-97-small": "\u{ffc1}",
"number-98-small": "\u{ffc0}",
"number-99-small": "\u{ffbf}",
"numbers": "\u{f015}",
"nurse": "\u{ef65}",
"nut": "\u{fc61}",
"object-scan": "\u{fef1}",
"octagon": "\u{ecbd}",
"octagon-filled": "\u{f686}",
"octagon-minus": "\u{fc92}",
"octagon-minus-2": "\u{fc91}",
"octagon-off": "\u{eeb8}",
"octagon-plus": "\u{fc94}",
"octagon-plus-2": "\u{fc93}",
"octahedron": "\u{faae}",
"octahedron-off": "\u{faac}",
"octahedron-plus": "\u{faad}",
"old": "\u{eeb9}",
"olympics": "\u{eeba}",
"olympics-off": "\u{f416}",
"om": "\u{f58d}",
"omega": "\u{eb97}",
"outbound": "\u{f249}",
"outlet": "\u{ebd7}",
"oval": "\u{f02e}",
"oval-filled": "\u{f687}",
"oval-vertical": "\u{f02d}",
"oval-vertical-filled": "\u{f688}",
"overline": "\u{eebb}",
"package": "\u{eaff}",
"package-export": "\u{f07a}",
"package-import": "\u{f07b}",
"package-off": "\u{f16c}",
"packages": "\u{f2c9}",
"pacman": "\u{eebc}",
"page-break": "\u{ec81}",
"paint": "\u{eb00}",
"paint-filled": "\u{f75f}",
"paint-off": "\u{f16d}",
"palette": "\u{eb01}",
"palette-off": "\u{f16e}",
"panorama-horizontal": "\u{ed33}",
"panorama-horizontal-filled": "\u{fecc}",
"panorama-horizontal-off": "\u{f417}",
"panorama-vertical": "\u{ed34}",
"panorama-vertical-filled": "\u{fecb}",
"panorama-vertical-off": "\u{f418}",
"paper-bag": "\u{f02f}",
"paper-bag-off": "\u{f16f}",
"paperclip": "\u{eb02}",
"parachute": "\u{ed7c}",
"parachute-off": "\u{f170}",
"parentheses": "\u{ebd8}",
"parentheses-off": "\u{f171}",
"parking": "\u{eb03}",
"parking-circle": "\u{fd5a}",
"parking-circle-filled": "\u{feca}",
"parking-off": "\u{f172}",
"password": "\<PASSWORD>}",
"password-fingerprint": <PASSWORD>}",
"password-mobile-phone": "\u{fc7c}",
"password-user": <PASSWORD>}",
"paw": "\u{eff9}",
"paw-filled": "\u{f689}",
"paw-off": "\u{f419}",
"paywall": "\u{fd7e}",
"pdf": "\u{f7ac}",
"peace": "\u{ecbe}",
"pencil": "\u{eb04}",
"pencil-bolt": "\u{fbfd}",
"pencil-cancel": "\u{fbfe}",
"pencil-check": "\u{fbff}",
"pencil-code": "\u{fc00}",
"pencil-cog": "\u{fc01}",
"pencil-discount": "\u{fc02}",
"pencil-dollar": "\u{fc03}",
"pencil-down": "\u{fc04}",
"pencil-exclamation": "\u{fc05}",
"pencil-heart": "\u{fc06}",
"pencil-minus": "\u{f1eb}",
"pencil-off": "\u{f173}",
"pencil-pause": "\u{fc07}",
"pencil-pin": "\u{fc08}",
"pencil-plus": "\u{f1ec}",
"pencil-question": "\u{fc09}",
"pencil-search": "\u{fc0a}",
"pencil-share": "\u{fc0b}",
"pencil-star": "\u{fc0c}",
"pencil-up": "\u{fc0d}",
"pencil-x": "\u{fc0e}",
"pennant": "\u{ed7d}",
"pennant-2": "\u{f06a}",
"pennant-2-filled": "\u{f68a}",
"pennant-filled": "\u{f68b}",
"pennant-off": "\u{f174}",
"pentagon": "\u{efe3}",
"pentagon-filled": "\u{f68c}",
"pentagon-minus": "\u{feb3}",
"pentagon-number-0": "\u{fc7e}",
"pentagon-number-1": "\u{fc7f}",
"pentagon-number-2": "\u{fc80}",
"pentagon-number-3": "\u{fc81}",
"pentagon-number-4": "\u{fc82}",
"pentagon-number-5": "\u{fc83}",
"pentagon-number-6": "\u{fc84}",
"pentagon-number-7": "\u{fc85}",
"pentagon-number-8": "\u{fc86}",
"pentagon-number-9": "\u{fc87}",
"pentagon-off": "\u{f41a}",
"pentagon-plus": "\u{fc49}",
"pentagon-x": "\u{fc88}",
"pentagram": "\u{f586}",
"pepper": "\u{ef15}",
"pepper-off": "\u{f175}",
"percentage": "\u{ecf4}",
"percentage-0": "\u{fee5}",
"percentage-10": "\u{fee4}",
"percentage-100": "\u{fee3}",
"percentage-20": "\u{fee2}",
"percentage-25": "\u{fee1}",
"percentage-30": "\u{fee0}",
"percentage-33": "\u{fedf}",
"percentage-40": "\u{fede}",
"percentage-50": "\u{fedd}",
"percentage-60": "\u{fedc}",
"percentage-66": "\u{fedb}",
"percentage-70": "\u{feda}",
"percentage-75": "\u{fed9}",
"percentage-80": "\u{fed8}",
"percentage-90": "\u{fed7}",
"perfume": "\u{f509}",
"perspective": "\u{eebd}",
"perspective-off": "\u{f176}",
"phone": "\u{eb09}",
"phone-call": "\u{eb05}",
"phone-calling": "\u{ec43}",
"phone-check": "\u{ec05}",
"phone-done": "\u{ff9e}",
"phone-end": "\u{ff9d}",
"phone-filled": "\u{fa49}",
"phone-incoming": "\u{eb06}",
"phone-off": "\u{ecf5}",
"phone-outgoing": "\u{eb07}",
"phone-pause": "\u{eb08}",
"phone-plus": "\u{ec06}",
"phone-ringing": "\u{ff9c}",
"phone-spark": "\u{ffb1}",
"phone-x": "\u{ec07}",
"photo": "\u{eb0a}",
"photo-ai": "\u{fa32}",
"photo-bitcoin": "\u{ff31}",
"photo-bolt": "\u{f990}",
"photo-cancel": "\u{f35d}",
"photo-check": "\u{f35e}",
"photo-circle": "\u{fc4a}",
"photo-circle-minus": "\u{fc62}",
"photo-circle-plus": "\u{fc63}",
"photo-code": "\u{f991}",
"photo-cog": "\u{f992}",
"photo-dollar": "\u{f993}",
"photo-down": "\u{f35f}",
"photo-edit": "\u{f360}",
"photo-exclamation": "\u{f994}",
"photo-filled": "\u{fa4a}",
"photo-heart": "\u{f361}",
"photo-hexagon": "\u{fc4b}",
"photo-minus": "\u{f362}",
"photo-off": "\u{ecf6}",
"photo-pause": "\u{f995}",
"photo-pentagon": "\u{fc4c}",
"photo-pin": "\u{f996}",
"photo-plus": "\u{f363}",
"photo-question": "\u{f997}",
"photo-scan": "\u{fca8}",
"photo-search": "\u{f364}",
"photo-sensor": "\u{f798}",
"photo-sensor-2": "\u{f796}",
"photo-sensor-3": "\u{f797}",
"photo-share": "\u{f998}",
"photo-shield": "\u{f365}",
"photo-spark": "\u{ffb0}",
"photo-square-rounded": "\u{fc4d}",
"photo-star": "\u{f366}",
"photo-up": "\u{f38b}",
"photo-video": "\u{fc95}",
"photo-x": "\u{f367}",
"physotherapist": "\u{eebe}",
"piano": "\u{fad3}",
"pick": "\u{fafc}",
"picnic-table": "\u{fed6}",
"picture-in-picture": "\u{ed35}",
"picture-in-picture-filled": "\u{fec1}",
"picture-in-picture-off": "\u{ed43}",
"picture-in-picture-on": "\u{ed44}",
"picture-in-picture-top": "\u{efe4}",
"picture-in-picture-top-filled": "\u{fec2}",
"pig": "\u{ef52}",
"pig-money": "\u{f38c}",
"pig-off": "\u{f177}",
"pilcrow": "\u{f5f6}",
"pilcrow-left": "\u{fd7f}",
"pilcrow-right": "\u{fd80}",
"pill": "\u{ec44}",
"pill-filled": "\u{ff07}",
"pill-off": "\u{f178}",
"pills": "\u{ef66}",
"pin": "\u{ec9c}",
"pin-end": "\u{fd5b}",
"pin-filled": "\u{f68d}",
"pin-invoke": "\u{fd5c}",
"ping-pong": "\u{f38d}",
"pinned": "\u{ed60}",
"pinned-filled": "\u{f68e}",
"pinned-off": "\u{ed5f}",
"pizza": "\u{edbb}",
"pizza-filled": "\u{10008}",
"pizza-off": "\u{f179}",
"placeholder": "\u{f626}",
"plane": "\u{eb6f}",
"plane-arrival": "\u{eb99}",
"plane-departure": "\u{eb9a}",
"plane-inflight": "\u{ef98}",
"plane-off": "\u{f17a}",
"plane-tilt": "\u{f1ed}",
"planet": "\u{ec08}",
"planet-off": "\u{f17b}",
"plant": "\u{ed50}",
"plant-2": "\u{ed7e}",
"plant-2-off": "\u{f17c}",
"plant-off": "\u{f17d}",
"play-basketball": "\u{fa66}",
"play-card": "\u{eebf}",
"play-card-1": "\u{1005c}",
"play-card-1-filled": "\u{10083}",
"play-card-10": "\u{1005b}",
"play-card-10-filled": "\u{10082}",
"play-card-2": "\u{1005a}",
"play-card-2-filled": "\u{10081}",
"play-card-3": "\u{10059}",
"play-card-3-filled": "\u{10080}",
"play-card-4": "\u{10058}",
"play-card-4-filled": "\u{1007f}",
"play-card-5": "\u{10057}",
"play-card-5-filled": "\u{1007e}",
"play-card-6": "\u{10056}",
"play-card-6-filled": "\u{1007d}",
"play-card-7": "\u{10055}",
"play-card-7-filled": "\u{1007c}",
"play-card-8": "\u{10054}",
"play-card-8-filled": "\u{1007b}",
"play-card-9": "\u{10053}",
"play-card-9-filled": "\u{1007a}",
"play-card-a": "\u{10052}",
"play-card-a-filled": "\u{10079}",
"play-card-j": "\u{10051}",
"play-card-j-filled": "\u{10078}",
"play-card-k": "\u{10050}",
"play-card-k-filled": "\u{10077}",
"play-card-off": "\u{f17e}",
"play-card-q": "\u{1004f}",
"play-card-q-filled": "\u{10076}",
"play-card-star": "\u{1004e}",
"play-card-star-filled": "\u{10075}",
"play-football": "\u{fa67}",
"play-handball": "\u{fa68}",
"play-volleyball": "\u{fa69}",
"player-eject": "\u{efbc}",
"player-eject-filled": "\u{f68f}",
"player-pause": "\u{ed45}",
"player-pause-filled": "\u{f690}",
"player-play": "\u{ed46}",
"player-play-filled": "\u{f691}",
"player-record": "\u{ed47}",
"player-record-filled": "\u{f692}",
"player-skip-back": "\u{ed48}",
"player-skip-back-filled": "\u{f693}",
"player-skip-forward": "\u{ed49}",
"player-skip-forward-filled": "\u{f694}",
"player-stop": "\u{ed4a}",
"player-stop-filled": "\u{f695}",
"player-track-next": "\u{ed4b}",
"player-track-next-filled": "\u{f696}",
"player-track-prev": "\u{ed4c}",
"player-track-prev-filled": "\u{f697}",
"playlist": "\u{eec0}",
"playlist-add": "\u{f008}",
"playlist-off": "\u{f17f}",
"playlist-x": "\u{f009}",
"playstation-circle": "\u{f2ad}",
"playstation-square": "\u{f2ae}",
"playstation-triangle": "\u{f2af}",
"playstation-x": "\u{f2b0}",
"plug": "\u{ebd9}",
"plug-connected": "\u{f00a}",
"plug-connected-x": "\u{f0a0}",
"plug-off": "\u{f180}",
"plug-x": "\u{f0a1}",
"plus": "\u{eb0b}",
"plus-equal": "\u{f7ad}",
"plus-minus": "\u{f7ae}",
"png": "\u{f3ad}",
"podium": "\u{f1d8}",
"podium-off": "\u{f41b}",
"point": "\u{eb0c}",
"point-filled": "\u{f698}",
"point-off": "\u{f181}",
"pointer": "\u{f265}",
"pointer-bolt": "\u{f999}",
"pointer-cancel": "\u{f99a}",
"pointer-check": "\u{f99b}",
"pointer-code": "\u{f99c}",
"pointer-cog": "\u{f99d}",
"pointer-dollar": "\u{f99e}",
"pointer-down": "\u{f99f}",
"pointer-exclamation": "\u{f9a0}",
"pointer-filled": "\u{fb30}",
"pointer-heart": "\u{f9a1}",
"pointer-minus": "\u{f9a2}",
"pointer-off": "\u{f9a3}",
"pointer-pause": "\u{f9a4}",
"pointer-pin": "\u{f9a5}",
"pointer-plus": "\u{f9a6}",
"pointer-question": "\u{f9a7}",
"pointer-search": "\u{f9a8}",
"pointer-share": "\u{f9a9}",
"pointer-star": "\u{f9aa}",
"pointer-up": "\u{f9ab}",
"pointer-x": "\u{f9ac}",
"pokeball": "\u{eec1}",
"pokeball-off": "\u{f41c}",
"poker-chip": "\u{f515}",
"polaroid": "\u{eec2}",
"polaroid-filled": "\u{fa4b}",
"polygon": "\u{efd0}",
"polygon-off": "\u{f182}",
"poo": "\u{f258}",
"poo-filled": "\u{fec9}",
"pool": "\u{ed91}",
"pool-off": "\u{f41d}",
"power": "\u{eb0d}",
"pray": "\u{ecbf}",
"premium-rights": "\u{efbd}",
"prescription": "\u{ef99}",
"presentation": "\u{eb70}",
"presentation-analytics": "\u{eec3}",
"presentation-analytics-filled": "\u{ff5d}",
"presentation-filled": "\u{ff5c}",
"presentation-off": "\u{f183}",
"printer": "\u{eb0e}",
"printer-off": "\u{f184}",
"prism": "\u{fab1}",
"prism-light": "\u{fea6}",
"prism-off": "\u{faaf}",
"prism-plus": "\u{fab0}",
"prison": "\u{ef79}",
"progress": "\u{fa0d}",
"progress-alert": "\u{fa07}",
"progress-bolt": "\u{fa08}",
"progress-check": "\u{fa09}",
"progress-down": "\u{fa0a}",
"progress-help": "\u{fa0b}",
"progress-x": "\u{fa0c}",
"prompt": "\u{eb0f}",
"prong": "\u{fda1}",
"propeller": "\u{eec4}",
"propeller-off": "\u{f185}",
"protocol": "\u{fd81}",
"pumpkin-scary": "\u{f587}",
"puzzle": "\u{eb10}",
"puzzle-2": "\u{ef83}",
"puzzle-filled": "\u{f699}",
"puzzle-off": "\u{f186}",
"pyramid": "\u{eec5}",
"pyramid-off": "\u{f187}",
"pyramid-plus": "\u{fab2}",
"qrcode": "\u{eb11}",
"qrcode-off": "\u{f41e}",
"question-mark": "\u{ec9d}",
"quote": "\u{efbe}",
"quote-off": "\u{f188}",
"quotes": "\u{fb1e}",
"radar": "\u{f017}",
"radar-2": "\u{f016}",
"radar-filled": "\u{fe0d}",
"radar-off": "\u{f41f}",
"radio": "\u{ef2d}",
"radio-off": "\u{f420}",
"radioactive": "\u{ecc0}",
"radioactive-filled": "\u{f760}",
"radioactive-off": "\u{f189}",
"radius-bottom-left": "\u{eec6}",
"radius-bottom-right": "\u{eec7}",
"radius-top-left": "\u{eec8}",
"radius-top-right": "\u{eec9}",
"rainbow": "\u{edbc}",
"rainbow-off": "\u{f18a}",
"rating-12-plus": "\u{f266}",
"rating-14-plus": "\u{f267}",
"rating-16-plus": "\u{f268}",
"rating-18-plus": "\u{f269}",
"rating-21-plus": "\u{f26a}",
"razor": "\u{f4b5}",
"razor-electric": "\u{f4b4}",
"receipt": "\u{edfd}",
"receipt-2": "\u{edfa}",
"receipt-bitcoin": "\u{fd66}",
"receipt-dollar": "\u{fd67}",
"receipt-euro": "\u{fd68}",
"receipt-filled": "\u{ff06}",
"receipt-off": "\u{edfb}",
"receipt-pound": "\u{fd69}",
"receipt-refund": "\u{edfc}",
"receipt-rupee": "\u{fd82}",
"receipt-tax": "\u{edbd}",
"receipt-yen": "\u{fd6a}",
"receipt-yuan": "\u{fd6b}",
"recharging": "\u{eeca}",
"record-mail": "\u{eb12}",
"record-mail-off": "\u{f18b}",
"rectangle": "\u{ed37}",
"rectangle-filled": "\u{f69a}",
"rectangle-rounded-bottom": "\u{faed}",
"rectangle-rounded-top": "\u{faee}",
"rectangle-vertical": "\u{ed36}",
"rectangle-vertical-filled": "\u{f69b}",
"rectangular-prism": "\u{fab5}",
"rectangular-prism-off": "\u{fab3}",
"rectangular-prism-plus": "\u{fab4}",
"recycle": "\u{eb9b}",
"recycle-off": "\u{f18c}",
"refresh": "\u{eb13}",
"refresh-alert": "\u{ed57}",
"refresh-dot": "\u{efbf}",
"refresh-off": "\u{f18d}",
"regex": "\u{f31f}",
"regex-off": "\u{f421}",
"registered": "\u{eb14}",
"relation-many-to-many": "\u{ed7f}",
"relation-many-to-many-filled": "\u{fe0c}",
"relation-one-to-many": "\u{ed80}",
"relation-one-to-many-filled": "\u{fe0b}",
"relation-one-to-one": "\u{ed81}",
"relation-one-to-one-filled": "\u{fe0a}",
"reload": "\u{f3ae}",
"reorder": "\u{fc15}",
"repeat": "\u{eb72}",
"repeat-off": "\u{f18e}",
"repeat-once": "\u{eb71}",
"replace": "\u{ebc7}",
"replace-filled": "\u{f69c}",
"replace-off": "\u{f422}",
"report": "\u{eece}",
"report-analytics": "\u{eecb}",
"report-medical": "\u{eecc}",
"report-money": "\u{eecd}",
"report-off": "\u{f18f}",
"report-search": "\u{ef84}",
"reserved-line": "\u{f9f6}",
"resize": "\u{eecf}",
"restore": "\u{fafd}",
"rewind-backward-10": "\u{faba}",
"rewind-backward-15": "\u{fabb}",
"rewind-backward-20": "\u{fabc}",
"rewind-backward-30": "\u{fabd}",
"rewind-backward-40": "\u{fabe}",
"rewind-backward-5": "\u{fabf}",
"rewind-backward-50": "\u{fac0}",
"rewind-backward-60": "\u{fac1}",
"rewind-forward-10": "\u{fac2}",
"rewind-forward-15": "\u{fac3}",
"rewind-forward-20": "\u{fac4}",
"rewind-forward-30": "\u{fac5}",
"rewind-forward-40": "\u{fac6}",
"rewind-forward-5": "\u{fac7}",
"rewind-forward-50": "\u{fac8}",
"rewind-forward-60": "\u{fac9}",
"ribbon-health": "\u{f58e}",
"rings": "\u{fa6a}",
"ripple": "\u{ed82}",
"ripple-off": "\u{f190}",
"road": "\u{f018}",
"road-off": "\u{f191}",
"road-sign": "\u{ecdd}",
"robot": "\u{f00b}",
"robot-face": "\u{fcbe}",
"robot-off": "\u{f192}",
"rocket": "\u{ec45}",
"rocket-off": "\u{f193}",
"roller-skating": "\u{efd1}",
"rollercoaster": "\u{f0a2}",
"rollercoaster-off": "\u{f423}",
"rosette": "\u{f599}",
"rosette-discount": "\u{ee7c}",
"rosette-discount-check": "\u{f1f8}",
"rosette-discount-check-filled": "\u{f746}",
"rosette-discount-check-off": "\u{ff10}",
"rosette-discount-filled": "\u{ff05}",
"rosette-discount-off": "\u{f3e6}",
"rosette-filled": "\u{f69d}",
"rosette-number-0": "\u{f58f}",
"rosette-number-1": "\u{f590}",
"rosette-number-2": "\u{f591}",
"rosette-number-3": "\u{f592}",
"rosette-number-4": "\u{f593}",
"rosette-number-5": "\u{f594}",
"rosette-number-6": "\u{f595}",
"rosette-number-7": "\u{f596}",
"rosette-number-8": "\u{f597}",
"rosette-number-9": "\u{f598}",
"rotate": "\u{eb16}",
"rotate-2": "\u{ebb4}",
"rotate-360": "\u{ef85}",
"rotate-3d": "\u{f020}",
"rotate-clockwise": "\u{eb15}",
"rotate-clockwise-2": "\u{ebb5}",
"rotate-dot": "\u{efe5}",
"rotate-rectangle": "\u{ec15}",
"route": "\u{eb17}",
"route-2": "\u{f4b6}",
"route-alt-left": "\u{fca9}",
"route-alt-right": "\u{fcaa}",
"route-off": "\u{f194}",
"route-scan": "\u{fcbf}",
"route-square": "\u{fcac}",
"route-square-2": "\u{fcab}",
"route-x": "\u{fcae}",
"route-x-2": "\u{fcad}",
"router": "\u{eb18}",
"router-off": "\u{f424}",
"row-insert-bottom": "\u{eed0}",
"row-insert-top": "\u{eed1}",
"row-remove": "\u{fafe}",
"rss": "\u{eb19}",
"rubber-stamp": "\u{f5ab}",
"rubber-stamp-off": "\u{f5aa}",
"ruler": "\u{eb1a}",
"ruler-2": "\u{eed2}",
"ruler-2-off": "\u{f195}",
"ruler-3": "\u{f290}",
"ruler-measure": "\u{f291}",
"ruler-measure-2": "\u{ff0f}",
"ruler-off": "\u{f196}",
"run": "\u{ec82}",
"rv-truck": "\u{fcc0}",
"s-turn-down": "\u{f516}",
"s-turn-left": "\u{f517}",
"s-turn-right": "\u{f518}",
"s-turn-up": "\u{f519}",
"sailboat": "\u{ec83}",
"sailboat-2": "\u{f5f7}",
"sailboat-off": "\u{f425}",
"salad": "\u{f50a}",
"salad-filled": "\u{10007}",
"salt": "\u{ef16}",
"sandbox": "\u{fd6c}",
"satellite": "\u{eed3}",
"satellite-off": "\u{f197}",
"sausage": "\u{ef17}",
"scale": "\u{ebc2}",
"scale-off": "\u{f198}",
"scale-outline": "\u{ef53}",
"scale-outline-off": "\u{f199}",
"scan": "\u{ebc8}",
"scan-eye": "\u{f1ff}",
"scan-position": "\u{fdac}",
"schema": "\u{f200}",
"schema-off": "\u{f426}",
"school": "\u{ecf7}",
"school-bell": "\u{f64a}",
"school-off": "\u{f19a}",
"scissors": "\u{eb1b}",
"scissors-off": "\u{f19b}",
"scooter": "\u{ec6c}",
"scooter-electric": "\u{ecc1}",
"scoreboard": "\u{fa6b}",
"screen-share": "\u{ed18}",
"screen-share-off": "\u{ed17}",
"screenshot": "\u{f201}",
"scribble": "\u{f0a3}",
"scribble-off": "\u{f427}",
"script": "\u{f2da}",
"script-minus": "\u{f2d7}",
"script-plus": "\u{f2d8}",
"script-x": "\u{f2d9}",
"scuba-diving": "\u{fd4e}",
"scuba-diving-tank": "\u{fefa}",
"scuba-diving-tank-filled": "\u{ff04}",
"scuba-mask": "\u{eed4}",
"scuba-mask-off": "\u{f428}",
"sdk": "\u{f3af}",
"search": "\u{eb1c}",
"search-off": "\u{f19c}",
"section": "\u{eed5}",
"section-filled": "\u{fe09}",
"section-sign": "\u{f019}",
"seeding": "\u{ed51}",
"seeding-filled": "\u{10006}",
"seeding-off": "\u{f19d}",
"select": "\u{ec9e}",
"select-all": "\u{f9f7}",
"selector": "\u{eb1d}",
"send": "\u{eb1e}",
"send-2": "\u{fd5d}",
"send-off": "\u{f429}",
"seo": "\u{f26b}",
"separator": "\u{ebda}",
"separator-horizontal": "\u{ec79}",
"separator-vertical": "\u{ec7a}",
"server": "\u{eb1f}",
"server-2": "\u{f07c}",
"server-bolt": "\u{f320}",
"server-cog": "\u{f321}",
"server-off": "\u{f19e}",
"server-spark": "\u{ffaf}",
"servicemark": "\u{ec09}",
"settings": "\u{eb20}",
"settings-2": "\u{f5ac}",
"settings-automation": "\u{eed6}",
"settings-bolt": "\u{f9ad}",
"settings-cancel": "\u{f9ae}",
"settings-check": "\u{f9af}",
"settings-code": "\u{f9b0}",
"settings-cog": "\u{f9b1}",
"settings-dollar": "\u{f9b2}",
"settings-down": "\u{f9b3}",
"settings-exclamation": "\u{f9b4}",
"settings-filled": "\u{f69e}",
"settings-heart": "\u{f9b5}",
"settings-minus": "\u{f9b6}",
"settings-off": "\u{f19f}",
"settings-pause": "\u{f9b7}",
"settings-pin": "\u{f9b8}",
"settings-plus": "\u{f9b9}",
"settings-question": "\u{f9ba}",
"settings-search": "\u{f9bb}",
"settings-share": "\u{f9bc}",
"settings-spark": "\u{ffae}",
"settings-star": "\u{f9bd}",
"settings-up": "\u{f9be}",
"settings-x": "\u{f9bf}",
"shadow": "\u{eed8}",
"shadow-off": "\u{eed7}",
"shape": "\u{eb9c}",
"shape-2": "\u{eed9}",
"shape-3": "\u{eeda}",
"shape-off": "\u{f1a0}",
"share": "\u{eb21}",
"share-2": "\u{f799}",
"share-3": "\u{f7bd}",
"share-off": "\u{f1a1}",
"shareplay": "\u{fea5}",
"shield": "\u{eb24}",
"shield-bolt": "\u{f9c0}",
"shield-cancel": "\u{f9c1}",
"shield-check": "\u{eb22}",
"shield-check-filled": "\u{f761}",
"shield-checkered": "\u{ef9a}",
"shield-checkered-filled": "\u{f762}",
"shield-chevron": "\u{ef9b}",
"shield-code": "\u{f9c2}",
"shield-cog": "\u{f9c3}",
"shield-dollar": "\u{f9c4}",
"shield-down": "\u{f9c5}",
"shield-exclamation": "\u{f9c6}",
"shield-filled": "\u{f69f}",
"shield-half": "\u{f358}",
"shield-half-filled": "\u{f357}",
"shield-heart": "\u{f9c7}",
"shield-lock": "\u{ed58}",
"shield-lock-filled": "\u{f763}",
"shield-minus": "\u{f9c8}",
"shield-off": "\u{ecf8}",
"shield-pause": "\u{f9c9}",
"shield-pin": "\u{f9ca}",
"shield-plus": "\u{f9cb}",
"shield-question": "\u{f9cc}",
"shield-search": "\u{f9cd}",
"shield-share": "\u{f9ce}",
"shield-star": "\u{f9cf}",
"shield-up": "\u{f9d0}",
"shield-x": "\u{eb23}",
"ship": "\u{ec84}",
"ship-off": "\u{f42a}",
"shirt": "\u{ec0a}",
"shirt-filled": "\u{f6a0}",
"shirt-off": "\u{f1a2}",
"shirt-sport": "\u{f26c}",
"shoe": "\u{efd2}",
"shoe-off": "\u{f1a4}",
"shopping-bag": "\u{f5f8}",
"shopping-bag-check": "\u{fc16}",
"shopping-bag-discount": "\u{fc17}",
"shopping-bag-edit": "\u{fc18}",
"shopping-bag-exclamation": "\u{fc19}",
"shopping-bag-heart": "\u{fda2}",
"shopping-bag-minus": "\u{fc1a}",
"shopping-bag-plus": "\u{fc1b}",
"shopping-bag-search": "\u{fc1c}",
"shopping-bag-x": "\u{fc1d}",
"shopping-cart": "\u{eb25}",
"shopping-cart-bolt": "\u{fb57}",
"shopping-cart-cancel": "\u{fb58}",
"shopping-cart-check": "\u{fb59}",
"shopping-cart-code": "\u{fb5a}",
"shopping-cart-cog": "\u{fb5b}",
"shopping-cart-copy": "\u{fb5c}",
"shopping-cart-discount": "\u{fb5d}",
"shopping-cart-dollar": "\u{fb5e}",
"shopping-cart-down": "\u{fb5f}",
"shopping-cart-exclamation": "\u{fb60}",
"shopping-cart-filled": "\u{fc3f}",
"shopping-cart-heart": "\u{fb61}",
"shopping-cart-minus": "\u{fb62}",
"shopping-cart-off": "\u{eedc}",
"shopping-cart-pause": "\u{fb63}",
"shopping-cart-pin": "\u{fb64}",
"shopping-cart-plus": "\u{fb65}",
"shopping-cart-question": "\u{fb66}",
"shopping-cart-search": "\u{fb67}",
"shopping-cart-share": "\u{fb68}",
"shopping-cart-star": "\u{fb69}",
"shopping-cart-up": "\u{fb6a}",
"shopping-cart-x": "\u{fb6b}",
"shovel": "\u{f1d9}",
"shovel-pitchforks": "\u{fd3a}",
"shredder": "\u{eedf}",
"sign-left": "\u{f06b}",
"sign-left-filled": "\u{f6a1}",
"sign-right": "\u{f06c}",
"sign-right-filled": "\u{f6a2}",
"signal-2g": "\u{f79a}",
"signal-3g": "\u{f1ee}",
"signal-4g": "\u{f1ef}",
"signal-4g-plus": "\u{f259}",
"signal-5g": "\u{f1f0}",
"signal-6g": "\u{f9f8}",
"signal-e": "\u{f9f9}",
"signal-g": "\u{f9fa}",
"signal-h": "\u{f9fc}",
"signal-h-plus": "\u{f9fb}",
"signal-lte": "\u{f9fd}",
"signature": "\u{eee0}",
"signature-off": "\u{f1a5}",
"sitemap": "\u{eb9d}",
"sitemap-filled": "\u{1006b}",
"sitemap-off": "\u{f1a6}",
"skateboard": "\u{ecc2}",
"skateboard-off": "\u{f42b}",
"skateboarding": "\u{faca}",
"skew-x": "\u{fd3b}",
"skew-y": "\u{fd3c}",
"ski-jumping": "\u{fa6c}",
"skull": "\u{f292}",
"slash": "\u{f4f9}",
"slashes": "\u{f588}",
"sleigh": "\u{ef9c}",
"slice": "\u{ebdb}",
"slideshow": "\u{ebc9}",
"smart-home": "\u{ecde}",
"smart-home-off": "\u{f1a7}",
"smoking": "\u{ecc4}",
"smoking-no": "\u{ecc3}",
"snowboarding": "\u{fd4f}",
"snowflake": "\u{ec0b}",
"snowflake-off": "\u{f1a8}",
"snowman": "\u{f26d}",
"soccer-field": "\u{ed92}",
"social": "\u{ebec}",
"social-off": "\u{f1a9}",
"sock": "\u{eee1}",
"sofa": "\u{efaf}",
"sofa-off": "\u{f42c}",
"solar-electricity": "\u{fcc1}",
"solar-panel": "\u{f7bf}",
"solar-panel-2": "\u{f7be}",
"sort-0-9": "\u{f54d}",
"sort-9-0": "\u{f54e}",
"sort-a-z": "\u{f54f}",
"sort-ascending": "\u{eb26}",
"sort-ascending-2": "\u{eee2}",
"sort-ascending-2-filled": "\u{ff5b}",
"sort-ascending-letters": "\u{ef18}",
"sort-ascending-numbers": "\u{ef19}",
"sort-ascending-shapes": "\u{fd94}",
"sort-ascending-shapes-filled": "\u{ff5a}",
"sort-ascending-small-big": "\u{fd95}",
"sort-descending": "\u{eb27}",
"sort-descending-2": "\u{eee3}",
"sort-descending-2-filled": "\u{ff59}",
"sort-descending-letters": "\u{ef1a}",
"sort-descending-numbers": "\u{ef1b}",
"sort-descending-shapes": "\u{fd97}",
"sort-descending-shapes-filled": "\u{ff58}",
"sort-descending-small-big": "\u{fd96}",
"sort-z-a": "\u{f550}",
"sos": "\u{f24a}",
"soup": "\u{ef2e}",
"soup-filled": "\u{fe08}",
"soup-off": "\u{f42d}",
"source-code": "\u{f4a2}",
"space": "\u{ec0c}",
"space-off": "\u{f1aa}",
"spaces": "\u{fea4}",
"spacing-horizontal": "\u{ef54}",
"spacing-vertical": "\u{ef55}",
"spade": "\u{effa}",
"spade-filled": "\u{f6a3}",
"sparkles": "\u{f6d7}",
"speakerphone": "\u{ed61}",
"speedboat": "\u{ed93}",
"sphere": "\u{fab8}",
"sphere-off": "\u{fab6}",
"sphere-plus": "\u{fab7}",
"spider": "\u{f293}",
"spiral": "\u{f294}",
"spiral-off": "\u{f42e}",
"sport-billard": "\u{eee4}",
"spray": "\u{f50b}",
"spy": "\u{f227}",
"spy-off": "\u{f42f}",
"sql": "\u{f7c0}",
"square": "\u{eb2c}",
"square-arrow-down": "\u{f4b7}",
"square-arrow-down-filled": "\u{fb31}",
"square-arrow-left": "\u{f4b8}",
"square-arrow-left-filled": "\u{fb32}",
"square-arrow-right": "\u{f4b9}",
"square-arrow-right-filled": "\u{fb33}",
"square-arrow-up": "\u{f4ba}",
"square-arrow-up-filled": "\u{fb34}",
"square-asterisk": "\u{f01a}",
"square-asterisk-filled": "\u{fb35}",
"square-check": "\u{eb28}",
"square-check-filled": "\u{f76d}",
"square-chevron-down": "\u{f627}",
"square-chevron-down-filled": "\u{fb36}",
"square-chevron-left": "\u{f628}",
"square-chevron-left-filled": "\u{fb37}",
"square-chevron-right": "\u{f629}",
"square-chevron-right-filled": "\u{fb38}",
"square-chevron-up": "\u{f62a}",
"square-chevron-up-filled": "\u{fb39}",
"square-chevrons-down": "\u{f64b}",
"square-chevrons-down-filled": "\u{fb3a}",
"square-chevrons-left": "\u{f64c}",
"square-chevrons-left-filled": "\u{fb3b}",
"square-chevrons-right": "\u{f64d}",
"square-chevrons-right-filled": "\u{fb3c}",
"square-chevrons-up": "\u{f64e}",
"square-chevrons-up-filled": "\u{fb3d}",
"square-dot": "\u{ed59}",
"square-dot-filled": "\u{fb3e}",
"square-f0": "\u{f526}",
"square-f0-filled": "\u{f76e}",
"square-f1": "\u{f527}",
"square-f1-filled": "\u{f76f}",
"square-f2": "\u{f528}",
"square-f2-filled": "\u{f770}",
"square-f3": "\u{f529}",
"square-f3-filled": "\u{f771}",
"square-f4": "\u{f52a}",
"square-f4-filled": "\u{f772}",
"square-f5": "\u{f52b}",
"square-f5-filled": "\u{f773}",
"square-f6": "\u{f52c}",
"square-f6-filled": "\u{f774}",
"square-f7": "\u{f52d}",
"square-f7-filled": "\u{f775}",
"square-f8": "\u{f52e}",
"square-f8-filled": "\u{f776}",
"square-f9": "\u{f52f}",
"square-f9-filled": "\u{f777}",
"square-filled": "\u{fc40}",
"square-forbid": "\u{ed5b}",
"square-forbid-2": "\u{ed5a}",
"square-half": "\u{effb}",
"square-key": "\u{f638}",
"square-letter-a": "\u{f47c}",
"square-letter-a-filled": "\u{fe07}",
"square-letter-b": "\u{f47d}",
"square-letter-b-filled": "\u{fe06}",
"square-letter-c": "\u{f47e}",
"square-letter-c-filled": "\u{fe05}",
"square-letter-d": "\u{f47f}",
"square-letter-d-filled": "\u{fe04}",
"square-letter-e": "\u{f480}",
"square-letter-e-filled": "\u{fe03}",
"square-letter-f": "\u{f481}",
"square-letter-f-filled": "\u{fe02}",
"square-letter-g": "\u{f482}",
"square-letter-g-filled": "\u{fe01}",
"square-letter-h": "\u{f483}",
"square-letter-h-filled": "\u{fe00}",
"square-letter-i": "\u{f484}",
"square-letter-i-filled": "\u{fdff}",
"square-letter-j": "\u{f485}",
"square-letter-j-filled": "\u{fdfe}",
"square-letter-k": "\u{f486}",
"square-letter-k-filled": "\u{fdfd}",
"square-letter-l": "\u{f487}",
"square-letter-l-filled": "\u{fdfc}",
"square-letter-m": "\u{f488}",
"square-letter-m-filled": "\u{fdfb}",
"square-letter-n": "\u{f489}",
"square-letter-n-filled": "\u{fdfa}",
"square-letter-o": "\u{f48a}",
"square-letter-o-filled": "\u{fdf9}",
"square-letter-p": "\u{f48b}",
"square-letter-p-filled": "\u{fdf8}",
"square-letter-q": "\u{f48c}",
"square-letter-q-filled": "\u{fdf7}",
"square-letter-r": "\u{f48d}",
"square-letter-r-filled": "\u{fdf6}",
"square-letter-s": "\u{f48e}",
"square-letter-s-filled": "\u{fdf5}",
"square-letter-t": "\u{f48f}",
"square-letter-t-filled": "\u{fdf4}",
"square-letter-u": "\u{f490}",
"square-letter-u-filled": "\u{fdf3}",
"square-letter-v": "\u{f4bb}",
"square-letter-v-filled": "\u{fdf2}",
"square-letter-w": "\u{f491}",
"square-letter-w-filled": "\u{fdf1}",
"square-letter-x": "\u{f4bc}",
"square-letter-x-filled": "\u{fdf0}",
"square-letter-y": "\u{f492}",
"square-letter-y-filled": "\u{fdef}",
"square-letter-z": "\u{f493}",
"square-letter-z-filled": "\u{fdee}",
"square-minus": "\u{eb29}",
"square-minus-filled": "\u{fb3f}",
"square-number-0": "\u{eee5}",
"square-number-0-filled": "\u{f764}",
"square-number-1": "\u{eee6}",
"square-number-1-filled": "\u{f765}",
"square-number-2": "\u{eee7}",
"square-number-2-filled": "\u{f7fa}",
"square-number-3": "\u{eee8}",
"square-number-3-filled": "\u{f766}",
"square-number-4": "\u{eee9}",
"square-number-4-filled": "\u{f767}",
"square-number-5": "\u{eeea}",
"square-number-5-filled": "\u{f768}",
"square-number-6": "\u{eeeb}",
"square-number-6-filled": "\u{f769}",
"square-number-7": "\u{eeec}",
"square-number-7-filled": "\u{f76a}",
"square-number-8": "\u{eeed}",
"square-number-8-filled": "\u{f76b}",
"square-number-9": "\u{eeee}",
"square-number-9-filled": "\u{f76c}",
"square-off": "\u{eeef}",
"square-percentage": "\u{fd83}",
"square-plus": "\u{eb2a}",
"square-plus-2": "\u{fc96}",
"square-root": "\u{eef1}",
"square-root-2": "\u{eef0}",
"square-rotated": "\u{ecdf}",
"square-rotated-filled": "\u{f6a4}",
"square-rotated-forbid": "\u{f01c}",
"square-rotated-forbid-2": "\u{f01b}",
"square-rotated-off": "\u{eef2}",
"square-rounded": "\u{f59a}",
"square-rounded-arrow-down": "\u{f639}",
"square-rounded-arrow-down-filled": "\u{f6db}",
"square-rounded-arrow-left": "\u{f63a}",
"square-rounded-arrow-left-filled": "\u{f6dc}",
"square-rounded-arrow-right": "\u{f63b}",
"square-rounded-arrow-right-filled": "\u{f6dd}",
"square-rounded-arrow-up": "\u{f63c}",
"square-rounded-arrow-up-filled": "\u{f6de}",
"square-rounded-check": "\u{f63d}",
"square-rounded-check-filled": "\u{f6df}",
"square-rounded-chevron-down": "\u{f62b}",
"square-rounded-chevron-down-filled": "\u{f6e0}",
"square-rounded-chevron-left": "\u{f62c}",
"square-rounded-chevron-left-filled": "\u{f6e1}",
"square-rounded-chevron-right": "\u{f62d}",
"square-rounded-chevron-right-filled": "\u{f6e2}",
"square-rounded-chevron-up": "\u{f62e}",
"square-rounded-chevron-up-filled": "\u{f6e3}",
"square-rounded-chevrons-down": "\u{f64f}",
"square-rounded-chevrons-down-filled": "\u{f6e4}",
"square-rounded-chevrons-left": "\u{f650}",
"square-rounded-chevrons-left-filled": "\u{f6e5}",
"square-rounded-chevrons-right": "\u{f651}",
"square-rounded-chevrons-right-filled": "\u{f6e6}",
"square-rounded-chevrons-up": "\u{f652}",
"square-rounded-chevrons-up-filled": "\u{f6e7}",
"square-rounded-filled": "\u{f6a5}",
"square-rounded-letter-a": "\u{f5ae}",
"square-rounded-letter-a-filled": "\u{fded}",
"square-rounded-letter-b": "\u{f5af}",
"square-rounded-letter-b-filled": "\u{fdec}",
"square-rounded-letter-c": "\u{f5b0}",
"square-rounded-letter-c-filled": "\u{fdeb}",
"square-rounded-letter-d": "\u{f5b1}",
"square-rounded-letter-d-filled": "\u{fdea}",
"square-rounded-letter-e": "\u{f5b2}",
"square-rounded-letter-e-filled": "\u{fde9}",
"square-rounded-letter-f": "\u{f5b3}",
"square-rounded-letter-f-filled": "\u{fde8}",
"square-rounded-letter-g": "\u{f5b4}",
"square-rounded-letter-g-filled": "\u{fde7}",
"square-rounded-letter-h": "\u{f5b5}",
"square-rounded-letter-h-filled": "\u{fde6}",
"square-rounded-letter-i": "\u{f5b6}",
"square-rounded-letter-i-filled": "\u{fde5}",
"square-rounded-letter-j": "\u{f5b7}",
"square-rounded-letter-j-filled": "\u{fde4}",
"square-rounded-letter-k": "\u{f5b8}",
"square-rounded-letter-k-filled": "\u{fde3}",
"square-rounded-letter-l": "\u{f5b9}",
"square-rounded-letter-l-filled": "\u{fde2}",
"square-rounded-letter-m": "\u{f5ba}",
"square-rounded-letter-m-filled": "\u{fde1}",
"square-rounded-letter-n": "\u{f5bb}",
"square-rounded-letter-n-filled": "\u{fde0}",
"square-rounded-letter-o": "\u{f5bc}",
"square-rounded-letter-o-filled": "\u{fddf}",
"square-rounded-letter-p": "\u{f5bd}",
"square-rounded-letter-p-filled": "\u{fdde}",
"square-rounded-letter-q": "\u{f5be}",
"square-rounded-letter-q-filled": "\u{fddd}",
"square-rounded-letter-r": "\u{f5bf}",
"square-rounded-letter-r-filled": "\u{fddc}",
"square-rounded-letter-s": "\u{f5c0}",
"square-rounded-letter-s-filled": "\u{fddb}",
"square-rounded-letter-t": "\u{f5c1}",
"square-rounded-letter-t-filled": "\u{fdda}",
"square-rounded-letter-u": "\u{f5c2}",
"square-rounded-letter-u-filled": "\u{fdd9}",
"square-rounded-letter-v": "\u{f5c3}",
"square-rounded-letter-v-filled": "\u{fdd8}",
"square-rounded-letter-w": "\u{f5c4}",
"square-rounded-letter-w-filled": "\u{fdd7}",
"square-rounded-letter-x": "\u{f5c5}",
"square-rounded-letter-x-filled": "\u{fdd6}",
"square-rounded-letter-y": "\u{f5c6}",
"square-rounded-letter-y-filled": "\u{fdd5}",
"square-rounded-letter-z": "\u{f5c7}",
"square-rounded-letter-z-filled": "\u{fdd4}",
"square-rounded-minus": "\u{f63e}",
"square-rounded-minus-2": "\u{fc97}",
"square-rounded-minus-filled": "\u{fb40}",
"square-rounded-number-0": "\u{f5c8}",
"square-rounded-number-0-filled": "\u{f778}",
"square-rounded-number-1": "\u{f5c9}",
"square-rounded-number-1-filled": "\u{f779}",
"square-rounded-number-2": "\u{f5ca}",
"square-rounded-number-2-filled": "\u{f77a}",
"square-rounded-number-3": "\u{f5cb}",
"square-rounded-number-3-filled": "\u{f77b}",
"square-rounded-number-4": "\u{f5cc}",
"square-rounded-number-4-filled": "\u{f77c}",
"square-rounded-number-5": "\u{f5cd}",
"square-rounded-number-5-filled": "\u{f77d}",
"square-rounded-number-6": "\u{f5ce}",
"square-rounded-number-6-filled": "\u{f77e}",
"square-rounded-number-7": "\u{f5cf}",
"square-rounded-number-7-filled": "\u{f77f}",
"square-rounded-number-8": "\u{f5d0}",
"square-rounded-number-8-filled": "\u{f780}",
"square-rounded-number-9": "\u{f5d1}",
"square-rounded-number-9-filled": "\u{f781}",
"square-rounded-percentage": "\u{fd84}",
"square-rounded-plus": "\u{f63f}",
"square-rounded-plus-2": "\u{fc98}",
"square-rounded-plus-filled": "\u{f6e8}",
"square-rounded-x": "\u{f640}",
"square-rounded-x-filled": "\u{f6e9}",
"square-toggle": "\u{eef4}",
"square-toggle-horizontal": "\u{eef3}",
"square-x": "\u{eb2b}",
"square-x-filled": "\u{fb41}",
"squares": "\u{eef6}",
"squares-diagonal": "\u{eef5}",
"squares-filled": "\u{fe9f}",
"squares-selected": "\u{fea3}",
"stack": "\u{eb2d}",
"stack-2": "\u{eef7}",
"stack-2-filled": "\u{fdd3}",
"stack-3": "\u{ef9d}",
"stack-3-filled": "\u{fdd2}",
"stack-back": "\u{fd26}",
"stack-backward": "\u{fd27}",
"stack-filled": "\u{fdd1}",
"stack-forward": "\u{fd28}",
"stack-front": "\u{fd29}",
"stack-middle": "\u{fd2a}",
"stack-pop": "\u{f234}",
"stack-push": "\u{f235}",
"stairs": "\u{eca6}",
"stairs-down": "\u{eca4}",
"stairs-up": "\u{eca5}",
"star": "\u{eb2e}",
"star-filled": "\u{f6a6}",
"star-half": "\u{ed19}",
"star-half-filled": "\u{f6a7}",
"star-off": "\u{ed62}",
"stars": "\u{ed38}",
"stars-filled": "\u{f6a8}",
"stars-off": "\u{f430}",
"status-change": "\u{f3b0}",
"steam": "\u{f24b}",
"steering-wheel": "\u{ec7b}",
"steering-wheel-filled": "\u{ff03}",
"steering-wheel-off": "\u{f431}",
"step-into": "\u{ece0}",
"step-out": "\u{ece1}",
"stereo-glasses": "\u{f4cb}",
"stethoscope": "\u{edbe}",
"stethoscope-off": "\u{f432}",
"sticker": "\u{eb2f}",
"sticker-2": "\u{fd3d}",
"stopwatch": "\u{ff9b}",
"storm": "\u{f24c}",
"storm-off": "\u{f433}",
"stretching": "\u{f2db}",
"stretching-2": "\u{fa6d}",
"strikethrough": "\u{eb9e}",
"submarine": "\u{ed94}",
"subscript": "\u{eb9f}",
"subtask": "\u{ec9f}",
"sum": "\u{eb73}",
"sum-off": "\u{f1ab}",
"sun": "\u{eb30}",
"sun-electricity": "\u{fcc2}",
"sun-filled": "\u{f6a9}",
"sun-high": "\u{f236}",
"sun-low": "\u{f237}",
"sun-moon": "\u{f4a3}",
"sun-off": "\u{ed63}",
"sun-wind": "\u{f238}",
"sunglasses": "\u{f239}",
"sunglasses-filled": "\u{fec8}",
"sunrise": "\u{ef1c}",
"sunset": "\u{ec31}",
"sunset-2": "\u{f23a}",
"superscript": "\u{eba0}",
"svg": "\u{f25a}",
"swimming": "\u{ec92}",
"swipe": "\u{f551}",
"swipe-down": "\u{fd5e}",
"swipe-down-filled": "\u{ff57}",
"swipe-left": "\u{fd5f}",
"swipe-left-filled": "\u{ff56}",
"swipe-right": "\u{fd60}",
"swipe-right-filled": "\u{ff55}",
"swipe-up": "\u{fd61}",
"swipe-up-filled": "\u{ff54}",
"switch": "\u{eb33}",
"switch-2": "\u{edbf}",
"switch-3": "\u{edc0}",
"switch-horizontal": "\u{eb31}",
"switch-vertical": "\u{eb32}",
"sword": "\u{f030}",
"sword-off": "\u{f434}",
"swords": "\u{f132}",
"table": "\u{eba1}",
"table-alias": "\u{f25b}",
"table-column": "\u{faff}",
"table-down": "\u{fa1c}",
"table-export": "\u{eef8}",
"table-filled": "\u{f782}",
"table-heart": "\u{fa1d}",
"table-import": "\u{eef9}",
"table-minus": "\u{fa1e}",
"table-off": "\u{eefa}",
"table-options": "\u{f25c}",
"table-plus": "\u{fa1f}",
"table-row": "\u{fb00}",
"table-share": "\u{fa20}",
"table-shortcut": "\u{f25d}",
"table-spark": "\u{ffad}",
"tag": "\u{eb34}",
"tag-filled": "\u{ff02}",
"tag-off": "\u{efc0}",
"tag-starred": "\u{fc99}",
"tags": "\u{ef86}",
"tags-filled": "\u{ff01}",
"tags-off": "\u{efc1}",
"tallymark-1": "\u{ec46}",
"tallymark-2": "\u{ec47}",
"tallymark-3": "\u{ec48}",
"tallymark-4": "\u{ec49}",
"tallymarks": "\u{ec4a}",
"tank": "\u{ed95}",
"target": "\u{eb35}",
"target-arrow": "\u{f51a}",
"target-off": "\u{f1ad}",
"tax": "\u{feee}",
"tax-euro": "\u{fef0}",
"tax-pound": "\u{feef}",
"teapot": "\u{f552}",
"telescope": "\u{f07d}",
"telescope-off": "\u{f1ae}",
"temperature": "\u{eb38}",
"temperature-celsius": "\u{eb36}",
"temperature-fahrenheit": "\u{eb37}",
"temperature-minus": "\u{ebed}",
"temperature-off": "\u{f1af}",
"temperature-plus": "\u{ebee}",
"temperature-snow": "\u{fda3}",
"temperature-sun": "\u{fda4}",
"template": "\u{eb39}",
"template-off": "\u{f1b0}",
"tent": "\u{eefb}",
"tent-off": "\u{f435}",
"terminal": "\u{ebdc}",
"terminal-2": "\u{ebef}",
"test-pipe": "\u{eb3a}",
"test-pipe-2": "\u{f0a4}",
"test-pipe-2-filled": "\u{ff53}",
"test-pipe-off": "\u{f1b1}",
"tex": "\u{f4e0}",
"text-caption": "\u{f4a4}",
"text-color": "\u{f2dc}",
"text-decrease": "\u{f202}",
"text-direction-ltr": "\u{eefc}",
"text-direction-rtl": "\u{eefd}",
"text-grammar": "\u{fd6d}",
"text-increase": "\u{f203}",
"text-orientation": "\u{f2a4}",
"text-plus": "\u{f2a5}",
"text-recognition": "\u{f204}",
"text-resize": "\u{ef87}",
"text-scan-2": "\u{fcc3}",
"text-size": "\u{f2b1}",
"text-spellcheck": "\u{f2a6}",
"text-wrap": "\u{ebdd}",
"text-wrap-column": "\u{feb2}",
"text-wrap-disabled": "\u{eca7}",
"texture": "\u{f51b}",
"theater": "\u{f79b}",
"thermometer": "\u{ef67}",
"thumb-down": "\u{eb3b}",
"thumb-down-filled": "\u{f6aa}",
"thumb-down-off": "\u{f436}",
"thumb-up": "\u{eb3c}",
"thumb-up-filled": "\u{f6ab}",
"thumb-up-off": "\u{f437}",
"tic-tac": "\u{f51c}",
"ticket": "\u{eb3d}",
"ticket-off": "\u{f1b2}",
"tie": "\u{f07e}",
"tilde": "\u{f4a5}",
"tilt-shift": "\u{eefe}",
"tilt-shift-filled": "\u{fec7}",
"tilt-shift-off": "\u{f1b3}",
"time-duration-0": "\u{fad4}",
"time-duration-10": "\u{fad5}",
"time-duration-15": "\u{fad6}",
"time-duration-30": "\u{fad7}",
"time-duration-45": "\u{fad8}",
"time-duration-5": "\u{fad9}",
"time-duration-60": "\u{fada}",
"time-duration-90": "\u{fadb}",
"time-duration-off": "\u{fadc}",
"timeline": "\u{f031}",
"timeline-event": "\u{f553}",
"timeline-event-exclamation": "\u{f662}",
"timeline-event-filled": "\u{fd18}",
"timeline-event-minus": "\u{f663}",
"timeline-event-plus": "\u{f664}",
"timeline-event-text": "\u{f665}",
"timeline-event-x": "\u{f666}",
"timezone": "\u{feed}",
"tip-jar": "\u{feea}",
"tip-jar-euro": "\u{feec}",
"tip-jar-pound": "\u{feeb}",
"tir": "\u{ebf0}",
"toggle-left": "\u{eb3e}",
"toggle-left-filled": "\u{fec0}",
"toggle-right": "\u{eb3f}",
"toggle-right-filled": "\u{febf}",
"toilet-paper": "\u{efd3}",
"toilet-paper-off": "\u{f1b4}",
"toml": "\u{fa5d}",
"tool": "\u{eb40}",
"tools": "\u{ebca}",
"tools-kitchen": "\u{ed64}",
"tools-kitchen-2": "\u{eeff}",
"tools-kitchen-2-off": "\u{f1b5}",
"tools-kitchen-3": "\u{fd2b}",
"tools-kitchen-off": "\u{f1b6}",
"tools-off": "\u{f1b7}",
"tooltip": "\u{f2dd}",
"topology-bus": "\u{f5d9}",
"topology-complex": "\u{f5da}",
"topology-full": "\u{f5dc}",
"topology-full-hierarchy": "\u{f5db}",
"topology-ring": "\u{f5df}",
"topology-ring-2": "\u{f5dd}",
"topology-ring-3": "\u{f5de}",
"topology-star": "\u{f5e5}",
"topology-star-2": "\u{f5e0}",
"topology-star-3": "\u{f5e1}",
"topology-star-ring": "\u{f5e4}",
"topology-star-ring-2": "\u{f5e2}",
"topology-star-ring-3": "\u{f5e3}",
"torii": "\u{f59b}",
"tornado": "\u{ece2}",
"tournament": "\u{ecd0}",
"tower": "\u{f2cb}",
"tower-off": "\u{f2ca}",
"track": "\u{ef00}",
"tractor": "\u{ec0d}",
"trademark": "\u{ec0e}",
"traffic-cone": "\u{ec0f}",
"traffic-cone-off": "\u{f1b8}",
"traffic-lights": "\u{ed39}",
"traffic-lights-off": "\u{f1b9}",
"train": "\u{ed96}",
"transaction-bitcoin": "\u{fd6e}",
"transaction-dollar": "\u{fd6f}",
"transaction-euro": "\u{fd70}",
"transaction-pound": "\u{fd71}",
"transaction-rupee": "\u{fd85}",
"transaction-yen": "\u{fd72}",
"transaction-yuan": "\u{fd73}",
"transfer": "\u{fc1f}",
"transfer-in": "\u{ef2f}",
"transfer-out": "\u{ef30}",
"transfer-vertical": "\u{fc1e}",
"transform": "\u{f38e}",
"transform-filled": "\u{f6ac}",
"transform-point": "\u{fda9}",
"transform-point-bottom-left": "\u{fda5}",
"transform-point-bottom-right": "\u{fda6}",
"transform-point-top-left": "\u{fda7}",
"transform-point-top-right": "\u{fda8}",
"transition-bottom": "\u{f2b2}",
"transition-bottom-filled": "\u{fdd0}",
"transition-left": "\u{f2b3}",
"transition-left-filled": "\u{fdcf}",
"transition-right": "\u{f2b4}",
"transition-right-filled": "\u{fdce}",
"transition-top": "\u{f2b5}",
"transition-top-filled": "\u{fdcd}",
"trash": "\u{eb41}",
"trash-filled": "\u{f783}",
"trash-off": "\u{ed65}",
"trash-x": "\u{ef88}",
"trash-x-filled": "\u{f784}",
"treadmill": "\u{fa6e}",
"tree": "\u{ef01}",
"trees": "\u{ec10}",
"trekking": "\u{f5ad}",
"trending-down": "\u{eb42}",
"trending-down-2": "\u{edc1}",
"trending-down-3": "\u{edc2}",
"trending-up": "\u{eb43}",
"trending-up-2": "\u{edc3}",
"trending-up-3": "\u{edc4}",
"triangle": "\u{eb44}",
"triangle-filled": "\u{f6ad}",
"triangle-inverted": "\u{f01d}",
"triangle-inverted-filled": "\u{f6ae}",
"triangle-minus": "\u{fc9b}",
"triangle-minus-2": "\u{fc9a}",
"triangle-off": "\u{ef02}",
"triangle-plus": "\u{fc9d}",
"triangle-plus-2": "\u{fc9c}",
"triangle-square-circle": "\u{ece8}",
"triangle-square-circle-filled": "\u{fb42}",
"triangles": "\u{f0a5}",
"trident": "\u{ecc5}",
"trolley": "\u{f4cc}",
"trophy": "\u{eb45}",
"trophy-filled": "\u{f6af}",
"trophy-off": "\u{f438}",
"trowel": "\u{f368}",
"truck": "\u{ebc4}",
"truck-delivery": "\u{ec4b}",
"truck-loading": "\u{f1da}",
"truck-off": "\u{ef03}",
"truck-return": "\u{ec4c}",
"txt": "\u{f3b1}",
"typeface": "\u{fdab}",
"typography": "\u{ebc5}",
"typography-off": "\u{f1ba}",
"u-turn-left": "\u{fea2}",
"u-turn-right": "\u{fea1}",
"ufo": "\u{f26f}",
"ufo-off": "\u{f26e}",
"umbrella": "\u{ebf1}",
"umbrella-2": "\u{ff0e}",
"umbrella-closed": "\u{ff0c}",
"umbrella-closed-2": "\u{ff0d}",
"umbrella-filled": "\u{f6b0}",
"umbrella-off": "\u{f1bb}",
"underline": "\u{eba2}",
"universe": "\u{fcc4}",
"unlink": "\u{eb46}",
"upload": "\u{eb47}",
"urgent": "\u{eb48}",
"usb": "\u{f00c}",
"user": "\u{eb4d}",
"user-bitcoin": "\u{ff30}",
"user-bolt": "\u{f9d1}",
"user-cancel": "\u{f9d2}",
"user-check": "\u{eb49}",
"user-circle": "\u{ef68}",
"user-code": "\u{f9d3}",
"user-cog": "\u{f9d4}",
"user-dollar": "\u{f9d5}",
"user-down": "\u{f9d6}",
"user-edit": "\u{f7cc}",
"user-exclamation": "\u{ec12}",
"user-filled": "\u{fd19}",
"user-heart": "\u{f7cd}",
"user-hexagon": "\u{fc4e}",
"user-minus": "\u{eb4a}",
"user-off": "\u{ecf9}",
"user-pause": "\u{f9d7}",
"user-pentagon": "\u{fc4f}",
"user-pin": "\u{f7ce}",
"user-plus": "\u{eb4b}",
"user-question": "\u{f7cf}",
"user-scan": "\u{fcaf}",
"user-screen": "\u{fea0}",
"user-search": "\u{ef89}",
"user-share": "\u{f9d8}",
"user-shield": "\u{f7d0}",
"user-square": "\u{fc51}",
"user-square-rounded": "\u{fc50}",
"user-star": "\u{f7d1}",
"user-up": "\u{f7d2}",
"user-x": "\u{eb4c}",
"users": "\u{ebf2}",
"users-group": "\u{fa21}",
"users-minus": "\u{fa0e}",
"users-plus": "\u{fa0f}",
"uv-index": "\u{f3b2}",
"ux-circle": "\u{f369}",
"vaccine": "\u{ef04}",
"vaccine-bottle": "\u{ef69}",
"vaccine-bottle-off": "\u{f439}",
"vaccine-off": "\u{f1bc}",
"vacuum-cleaner": "\u{f5e6}",
"variable": "\u{ef05}",
"variable-minus": "\u{f36a}",
"variable-off": "\u{f1bd}",
"variable-plus": "\u{f36b}",
"vector": "\u{eca9}",
"vector-bezier": "\u{ef1d}",
"vector-bezier-2": "\u{f1a3}",
"vector-bezier-arc": "\u{f4cd}",
"vector-bezier-circle": "\u{f4ce}",
"vector-off": "\u{f1be}",
"vector-spline": "\u{f565}",
"vector-triangle": "\u{eca8}",
"vector-triangle-off": "\u{f1bf}",
"venus": "\u{ec86}",
"versions": "\u{ed52}",
"versions-filled": "\u{f6b1}",
"versions-off": "\u{f1c0}",
"video": "\u{ed22}",
"video-minus": "\u{ed1f}",
"video-off": "\u{ed20}",
"video-plus": "\u{ed21}",
"view-360": "\u{ed84}",
"view-360-arrow": "\u{f62f}",
"view-360-number": "\u{f566}",
"view-360-off": "\u{f1c1}",
"viewfinder": "\u{eb4e}",
"viewfinder-off": "\u{f1c2}",
"viewport-narrow": "\u{ebf3}",
"viewport-short": "\u{fee9}",
"viewport-tall": "\u{fee8}",
"viewport-wide": "\u{ebf4}",
"vinyl": "\u{f00d}",
"vip": "\u{f3b3}",
"vip-off": "\u{f43a}",
"virus": "\u{eb74}",
"virus-off": "\u{ed66}",
"virus-search": "\u{ed67}",
"vocabulary": "\u{ef1e}",
"vocabulary-off": "\u{f43b}",
"volcano": "\u{f79c}",
"volume": "\u{eb51}",
"volume-2": "\u{eb4f}",
"volume-3": "\u{eb50}",
"volume-off": "\u{f1c3}",
"vs": "\u{fc52}",
"walk": "\u{ec87}",
"wall": "\u{ef7a}",
"wall-off": "\u{f43c}",
"wallet": "\u{eb75}",
"wallet-off": "\u{f1c4}",
"wallpaper": "\u{ef56}",
"wallpaper-off": "\u{f1c5}",
"wand": "\u{ebcb}",
"wand-off": "\u{f1c6}",
"wash": "\u{f311}",
"wash-dry": "\u{f304}",
"wash-dry-1": "\u{f2fa}",
"wash-dry-2": "\u{f2fb}",
"wash-dry-3": "\u{f2fc}",
"wash-dry-a": "\u{f2fd}",
"wash-dry-dip": "\u{f2fe}",
"wash-dry-f": "\u{f2ff}",
"wash-dry-flat": "\u{fa7f}",
"wash-dry-hang": "\u{f300}",
"wash-dry-off": "\u{f301}",
"wash-dry-p": "\u{f302}",
"wash-dry-shade": "\u{f303}",
"wash-dry-w": "\u{f322}",
"wash-dryclean": "\u{f305}",
"wash-dryclean-off": "\u{f323}",
"wash-eco": "\u{fa80}",
"wash-gentle": "\u{f306}",
"wash-hand": "\u{fa81}",
"wash-machine": "\u{f25e}",
"wash-off": "\u{f307}",
"wash-press": "\u{f308}",
"wash-temperature-1": "\u{f309}",
"wash-temperature-2": "\u{f30a}",
"wash-temperature-3": "\u{f30b}",
"wash-temperature-4": "\u{f30c}",
"wash-temperature-5": "\u{f30d}",
"wash-temperature-6": "\u{f30e}",
"wash-tumble-dry": "\u{f30f}",
"wash-tumble-off": "\u{f310}",
"waterpolo": "\u{fa6f}",
"wave-saw-tool": "\u{ecd3}",
"wave-sine": "\u{ecd4}",
"wave-square": "\u{ecd5}",
"waves-electricity": "\u{fcc5}",
"webhook": "\u{f01e}",
"webhook-off": "\u{f43d}",
"weight": "\u{f589}",
"wheel": "\u{fc64}",
"wheelchair": "\u{f1db}",
"wheelchair-off": "\u{f43e}",
"whirl": "\u{f51d}",
"wifi": "\u{eb52}",
"wifi-0": "\u{eba3}",
"wifi-1": "\u{eba4}",
"wifi-2": "\u{eba5}",
"wifi-off": "\u{ecfa}",
"wind": "\u{ec34}",
"wind-electricity": "\u{fcc6}",
"wind-off": "\u{f1c7}",
"windmill": "\u{ed85}",
"windmill-filled": "\u{f6b2}",
"windmill-off": "\u{f1c8}",
"window": "\u{ef06}",
"window-maximize": "\u{f1f1}",
"window-minimize": "\u{f1f2}",
"window-off": "\u{f1c9}",
"windsock": "\u{f06d}",
"wiper": "\u{ecab}",
"wiper-wash": "\u{ecaa}",
"woman": "\u{eb53}",
"woman-filled": "\u{fdcc}",
"wood": "\u{f359}",
"world": "\u{eb54}",
"world-bolt": "\u{f9d9}",
"world-cancel": "\u{f9da}",
"world-check": "\u{f9db}",
"world-code": "\u{f9dc}",
"world-cog": "\u{f9dd}",
"world-dollar": "\u{f9de}",
"world-down": "\u{f9df}",
"world-download": "\u{ef8a}",
"world-exclamation": "\u{f9e0}",
"world-heart": "\u{f9e1}",
"world-latitude": "\u{ed2e}",
"world-longitude": "\u{ed2f}",
"world-minus": "\u{f9e2}",
"world-off": "\u{f1ca}",
"world-pause": "\u{f9e3}",
"world-pin": "\u{f9e4}",
"world-plus": "\u{f9e5}",
"world-question": "\u{f9e6}",
"world-search": "\u{f9e7}",
"world-share": "\u{f9e8}",
"world-star": "\u{f9e9}",
"world-up": "\u{f9ea}",
"world-upload": "\u{ef8b}",
"world-www": "\u{f38f}",
"world-x": "\u{f9eb}",
"wrecking-ball": "\u{ed97}",
"writing": "\u{ef08}",
"writing-off": "\u{f1cb}",
"writing-sign": "\u{ef07}",
"writing-sign-off": "\u{f1cc}",
"x": "\u{eb55}",
"x-power-y": "\u{10072}",
"xbox-a": "\u{f2b6}",
"xbox-a-filled": "\u{fdcb}",
"xbox-b": "\u{f2b7}",
"xbox-b-filled": "\u{fdca}",
"xbox-x": "\u{f2b8}",
"xbox-x-filled": "\u{fdc9}",
"xbox-y": "\u{f2b9}",
"xbox-y-filled": "\u{fdc8}",
"xd": "\u{fa33}",
"xxx": "\u{fc20}",
"yin-yang": "\u{ec35}",
"yin-yang-filled": "\u{f785}",
"yoga": "\u{f01f}",
"zeppelin": "\u{f270}",
"zeppelin-filled": "\u{fdc7}",
"zeppelin-off": "\u{f43f}",
"zip": "\u{f3b4}",
"zodiac-aquarius": "\u{ecac}",
"zodiac-aries": "\u{ecad}",
"zodiac-cancer": "\u{ecae}",
"zodiac-capricorn": "\u{ecaf}",
"zodiac-gemini": "\u{ecb0}",
"zodiac-leo": "\u{ecb1}",
"zodiac-libra": "\u{ecb2}",
"zodiac-pisces": "\u{ecb3}",
"zodiac-sagittarius": "\u{ecb4}",
"zodiac-scorpio": "\u{ecb5}",
"zodiac-taurus": "\u{ecb6}",
"zodiac-virgo": "\u{ecb7}",
"zoom": "\u{fdaa}",
"zoom-cancel": "\u{ec4d}",
"zoom-cancel-filled": "\u{fdc6}",
"zoom-check": "\u{ef09}",
"zoom-check-filled": "\u{f786}",
"zoom-code": "\u{f07f}",
"zoom-code-filled": "\u{fdc5}",
"zoom-exclamation": "\u{f080}",
"zoom-exclamation-filled": "\u{fdc4}",
"zoom-filled": "\u{f787}",
"zoom-in": "\u{eb56}",
"zoom-in-area": "\u{f1dc}",
"zoom-in-area-filled": "\u{f788}",
"zoom-in-filled": "\u{f789}",
"zoom-money": "\u{ef0a}",
"zoom-money-filled": "\u{fdc3}",
"zoom-out": "\u{eb57}",
"zoom-out-area": "\u{f1dd}",
"zoom-out-area-filled": "\u{fdc2}",
"zoom-out-filled": "\u{f78a}",
"zoom-pan": "\u{f1de}",
"zoom-pan-filled": "\u{fdc1}",
"zoom-question": "\u{edeb}",
"zoom-question-filled": "\u{fdc0}",
"zoom-replace": "\u{f2a7}",
"zoom-reset": "\u{f295}",
"zoom-scan": "\u{fcb0}",
"zoom-scan-filled": "\u{fdbf}",
"zzz": "\u{f228}",
"zzz-off": "\u{f440}"
)
#let ti-a-b = tabler-icon.with("\u{ec36}")
#let ti-a-b-2 = tabler-icon.with("\u{f25f}")
#let ti-a-b-off = tabler-icon.with("\u{f0a6}")
#let ti-abacus = tabler-icon.with("\u{f05c}")
#let ti-abacus-off = tabler-icon.with("\u{f3b6}")
#let ti-abc = tabler-icon.with("\u{f567}")
#let ti-access-point = tabler-icon.with("\u{ed1b}")
#let ti-access-point-off = tabler-icon.with("\u{ed1a}")
#let ti-accessible = tabler-icon.with("\u{eba9}")
#let ti-accessible-filled = tabler-icon.with("\u{f6ea}")
#let ti-accessible-off = tabler-icon.with("\u{f0a7}")
#let ti-activity = tabler-icon.with("\u{ed23}")
#let ti-activity-heartbeat = tabler-icon.with("\u{f0db}")
#let ti-ad = tabler-icon.with("\u{ea02}")
#let ti-ad-2 = tabler-icon.with("\u{ef1f}")
#let ti-ad-circle = tabler-icon.with("\u{f79e}")
#let ti-ad-circle-filled = tabler-icon.with("\u{f7d3}")
#let ti-ad-circle-off = tabler-icon.with("\u{f79d}")
#let ti-ad-filled = tabler-icon.with("\u{f6eb}")
#let ti-ad-off = tabler-icon.with("\u{f3b7}")
#let ti-address-book = tabler-icon.with("\u{f021}")
#let ti-address-book-off = tabler-icon.with("\u{f3b8}")
#let ti-adjustments = tabler-icon.with("\u{ea03}")
#let ti-adjustments-alt = tabler-icon.with("\u{ec37}")
#let ti-adjustments-bolt = tabler-icon.with("\u{f7fb}")
#let ti-adjustments-cancel = tabler-icon.with("\u{f7fc}")
#let ti-adjustments-check = tabler-icon.with("\u{f7fd}")
#let ti-adjustments-code = tabler-icon.with("\u{f7fe}")
#let ti-adjustments-cog = tabler-icon.with("\u{f7ff}")
#let ti-adjustments-dollar = tabler-icon.with("\u{f800}")
#let ti-adjustments-down = tabler-icon.with("\u{f801}")
#let ti-adjustments-exclamation = tabler-icon.with("\u{f802}")
#let ti-adjustments-filled = tabler-icon.with("\u{f6ec}")
#let ti-adjustments-heart = tabler-icon.with("\u{f803}")
#let ti-adjustments-horizontal = tabler-icon.with("\u{ec38}")
#let ti-adjustments-minus = tabler-icon.with("\u{f804}")
#let ti-adjustments-off = tabler-icon.with("\u{f0a8}")
#let ti-adjustments-pause = tabler-icon.with("\u{f805}")
#let ti-adjustments-pin = tabler-icon.with("\u{f806}")
#let ti-adjustments-plus = tabler-icon.with("\u{f807}")
#let ti-adjustments-question = tabler-icon.with("\u{f808}")
#let ti-adjustments-search = tabler-icon.with("\u{f809}")
#let ti-adjustments-share = tabler-icon.with("\u{f80a}")
#let ti-adjustments-spark = tabler-icon.with("\u{ffbe}")
#let ti-adjustments-star = tabler-icon.with("\u{f80b}")
#let ti-adjustments-up = tabler-icon.with("\u{f80c}")
#let ti-adjustments-x = tabler-icon.with("\u{f80d}")
#let ti-aerial-lift = tabler-icon.with("\u{edfe}")
#let ti-affiliate = tabler-icon.with("\u{edff}")
#let ti-affiliate-filled = tabler-icon.with("\u{f6ed}")
#let ti-ai = tabler-icon.with("\u{fee7}")
#let ti-air-balloon = tabler-icon.with("\u{f4a6}")
#let ti-air-conditioning = tabler-icon.with("\u{f3a2}")
#let ti-air-conditioning-disabled = tabler-icon.with("\u{f542}")
#let ti-air-traffic-control = tabler-icon.with("\u{fb01}")
#let ti-alarm = tabler-icon.with("\u{ea04}")
#let ti-alarm-average = tabler-icon.with("\u{fc9e}")
#let ti-alarm-filled = tabler-icon.with("\u{f709}")
#let ti-alarm-minus = tabler-icon.with("\u{f630}")
#let ti-alarm-minus-filled = tabler-icon.with("\u{f70a}")
#let ti-alarm-off = tabler-icon.with("\u{f0a9}")
#let ti-alarm-plus = tabler-icon.with("\u{f631}")
#let ti-alarm-plus-filled = tabler-icon.with("\u{f70b}")
#let ti-alarm-snooze = tabler-icon.with("\u{f632}")
#let ti-alarm-snooze-filled = tabler-icon.with("\u{f70c}")
#let ti-album = tabler-icon.with("\u{f022}")
#let ti-album-off = tabler-icon.with("\u{f3b9}")
#let ti-alert-circle = tabler-icon.with("\u{ea05}")
#let ti-alert-circle-filled = tabler-icon.with("\u{f6ee}")
#let ti-alert-circle-off = tabler-icon.with("\u{fc65}")
#let ti-alert-hexagon = tabler-icon.with("\u{f80e}")
#let ti-alert-hexagon-filled = tabler-icon.with("\u{fa34}")
#let ti-alert-hexagon-off = tabler-icon.with("\u{fc66}")
#let ti-alert-octagon = tabler-icon.with("\u{ecc6}")
#let ti-alert-octagon-filled = tabler-icon.with("\u{f6ef}")
#let ti-alert-small = tabler-icon.with("\u{f80f}")
#let ti-alert-small-off = tabler-icon.with("\u{fc67}")
#let ti-alert-square = tabler-icon.with("\u{f811}")
#let ti-alert-square-filled = tabler-icon.with("\u{fa35}")
#let ti-alert-square-rounded = tabler-icon.with("\u{f810}")
#let ti-alert-square-rounded-filled = tabler-icon.with("\u{fa36}")
#let ti-alert-square-rounded-off = tabler-icon.with("\u{fc68}")
#let ti-alert-triangle = tabler-icon.with("\u{ea06}")
#let ti-alert-triangle-filled = tabler-icon.with("\u{f6f0}")
#let ti-alert-triangle-off = tabler-icon.with("\u{fc69}")
#let ti-alien = tabler-icon.with("\u{ebde}")
#let ti-alien-filled = tabler-icon.with("\u{f70d}")
#let ti-align-box-bottom-center = tabler-icon.with("\u{f530}")
#let ti-align-box-bottom-center-filled = tabler-icon.with("\u{f70e}")
#let ti-align-box-bottom-left = tabler-icon.with("\u{f531}")
#let ti-align-box-bottom-left-filled = tabler-icon.with("\u{f70f}")
#let ti-align-box-bottom-right = tabler-icon.with("\u{f532}")
#let ti-align-box-bottom-right-filled = tabler-icon.with("\u{f710}")
#let ti-align-box-center-bottom = tabler-icon.with("\u{facb}")
#let ti-align-box-center-middle = tabler-icon.with("\u{f79f}")
#let ti-align-box-center-middle-filled = tabler-icon.with("\u{f7d4}")
#let ti-align-box-center-stretch = tabler-icon.with("\u{facc}")
#let ti-align-box-center-top = tabler-icon.with("\u{facd}")
#let ti-align-box-left-bottom = tabler-icon.with("\u{f533}")
#let ti-align-box-left-bottom-filled = tabler-icon.with("\u{f711}")
#let ti-align-box-left-middle = tabler-icon.with("\u{f534}")
#let ti-align-box-left-middle-filled = tabler-icon.with("\u{f712}")
#let ti-align-box-left-stretch = tabler-icon.with("\u{face}")
#let ti-align-box-left-top = tabler-icon.with("\u{f535}")
#let ti-align-box-left-top-filled = tabler-icon.with("\u{f713}")
#let ti-align-box-right-bottom = tabler-icon.with("\u{f536}")
#let ti-align-box-right-bottom-filled = tabler-icon.with("\u{f714}")
#let ti-align-box-right-middle = tabler-icon.with("\u{f537}")
#let ti-align-box-right-middle-filled = tabler-icon.with("\u{f7d5}")
#let ti-align-box-right-stretch = tabler-icon.with("\u{facf}")
#let ti-align-box-right-top = tabler-icon.with("\u{f538}")
#let ti-align-box-right-top-filled = tabler-icon.with("\u{f715}")
#let ti-align-box-top-center = tabler-icon.with("\u{f539}")
#let ti-align-box-top-center-filled = tabler-icon.with("\u{f716}")
#let ti-align-box-top-left = tabler-icon.with("\u{f53a}")
#let ti-align-box-top-left-filled = tabler-icon.with("\u{f717}")
#let ti-align-box-top-right = tabler-icon.with("\u{f53b}")
#let ti-align-box-top-right-filled = tabler-icon.with("\u{f718}")
#let ti-align-center = tabler-icon.with("\u{ea07}")
#let ti-align-justified = tabler-icon.with("\u{ea08}")
#let ti-align-left = tabler-icon.with("\u{ea09}")
#let ti-align-left-2 = tabler-icon.with("\u{ff00}")
#let ti-align-right = tabler-icon.with("\u{ea0a}")
#let ti-align-right-2 = tabler-icon.with("\u{feff}")
#let ti-alpha = tabler-icon.with("\u{f543}")
#let ti-alphabet-arabic = tabler-icon.with("\u{ff2f}")
#let ti-alphabet-bangla = tabler-icon.with("\u{ff2e}")
#let ti-alphabet-cyrillic = tabler-icon.with("\u{f1df}")
#let ti-alphabet-greek = tabler-icon.with("\u{f1e0}")
#let ti-alphabet-hebrew = tabler-icon.with("\u{ff2d}")
#let ti-alphabet-korean = tabler-icon.with("\u{ff2c}")
#let ti-alphabet-latin = tabler-icon.with("\u{f1e1}")
#let ti-alphabet-thai = tabler-icon.with("\u{ff2b}")
#let ti-alt = tabler-icon.with("\u{fc54}")
#let ti-ambulance = tabler-icon.with("\u{ebf5}")
#let ti-ampersand = tabler-icon.with("\u{f229}")
#let ti-analyze = tabler-icon.with("\u{f3a3}")
#let ti-analyze-filled = tabler-icon.with("\u{f719}")
#let ti-analyze-off = tabler-icon.with("\u{f3ba}")
#let ti-anchor = tabler-icon.with("\u{eb76}")
#let ti-anchor-off = tabler-icon.with("\u{f0f7}")
#let ti-angle = tabler-icon.with("\u{ef20}")
#let ti-ankh = tabler-icon.with("\u{f1cd}")
#let ti-antenna = tabler-icon.with("\u{f094}")
#let ti-antenna-bars-1 = tabler-icon.with("\u{ecc7}")
#let ti-antenna-bars-2 = tabler-icon.with("\u{ecc8}")
#let ti-antenna-bars-3 = tabler-icon.with("\u{ecc9}")
#let ti-antenna-bars-4 = tabler-icon.with("\u{ecca}")
#let ti-antenna-bars-5 = tabler-icon.with("\u{eccb}")
#let ti-antenna-bars-off = tabler-icon.with("\u{f0aa}")
#let ti-antenna-off = tabler-icon.with("\u{f3bb}")
#let ti-aperture = tabler-icon.with("\u{eb58}")
#let ti-aperture-off = tabler-icon.with("\u{f3bc}")
#let ti-api = tabler-icon.with("\u{effd}")
#let ti-api-app = tabler-icon.with("\u{effc}")
#let ti-api-app-off = tabler-icon.with("\u{f0ab}")
#let ti-api-off = tabler-icon.with("\u{f0f8}")
#let ti-app-window = tabler-icon.with("\u{efe6}")
#let ti-app-window-filled = tabler-icon.with("\u{f71a}")
#let ti-apple = tabler-icon.with("\u{ef21}")
#let ti-apple-filled = tabler-icon.with("\u{10017}")
#let ti-apps = tabler-icon.with("\u{ebb6}")
#let ti-apps-filled = tabler-icon.with("\u{f6f1}")
#let ti-apps-off = tabler-icon.with("\u{f0ac}")
#let ti-archery-arrow = tabler-icon.with("\u{fc55}")
#let ti-archive = tabler-icon.with("\u{ea0b}")
#let ti-archive-filled = tabler-icon.with("\u{fa82}")
#let ti-archive-off = tabler-icon.with("\u{f0ad}")
#let ti-armchair = tabler-icon.with("\u{ef9e}")
#let ti-armchair-2 = tabler-icon.with("\u{efe7}")
#let ti-armchair-2-off = tabler-icon.with("\u{f3bd}")
#let ti-armchair-off = tabler-icon.with("\u{f3be}")
#let ti-arrow-autofit-content = tabler-icon.with("\u{ef31}")
#let ti-arrow-autofit-content-filled = tabler-icon.with("\u{f6f2}")
#let ti-arrow-autofit-down = tabler-icon.with("\u{ef32}")
#let ti-arrow-autofit-height = tabler-icon.with("\u{ef33}")
#let ti-arrow-autofit-left = tabler-icon.with("\u{ef34}")
#let ti-arrow-autofit-right = tabler-icon.with("\u{ef35}")
#let ti-arrow-autofit-up = tabler-icon.with("\u{ef36}")
#let ti-arrow-autofit-width = tabler-icon.with("\u{ef37}")
#let ti-arrow-back = tabler-icon.with("\u{ea0c}")
#let ti-arrow-back-up = tabler-icon.with("\u{eb77}")
#let ti-arrow-back-up-double = tabler-icon.with("\u{f9ec}")
#let ti-arrow-badge-down = tabler-icon.with("\u{f60b}")
#let ti-arrow-badge-down-filled = tabler-icon.with("\u{f7d6}")
#let ti-arrow-badge-left = tabler-icon.with("\u{f60c}")
#let ti-arrow-badge-left-filled = tabler-icon.with("\u{f7d7}")
#let ti-arrow-badge-right = tabler-icon.with("\u{f60d}")
#let ti-arrow-badge-right-filled = tabler-icon.with("\u{f7d8}")
#let ti-arrow-badge-up = tabler-icon.with("\u{f60e}")
#let ti-arrow-badge-up-filled = tabler-icon.with("\u{f7d9}")
#let ti-arrow-bar-both = tabler-icon.with("\u{fadd}")
#let ti-arrow-bar-down = tabler-icon.with("\u{ea0d}")
#let ti-arrow-bar-left = tabler-icon.with("\u{ea0e}")
#let ti-arrow-bar-right = tabler-icon.with("\u{ea0f}")
#let ti-arrow-bar-to-down = tabler-icon.with("\u{ec88}")
#let ti-arrow-bar-to-left = tabler-icon.with("\u{ec89}")
#let ti-arrow-bar-to-right = tabler-icon.with("\u{ec8a}")
#let ti-arrow-bar-to-up = tabler-icon.with("\u{ec8b}")
#let ti-arrow-bar-up = tabler-icon.with("\u{ea10}")
#let ti-arrow-bear-left = tabler-icon.with("\u{f045}")
#let ti-arrow-bear-left-2 = tabler-icon.with("\u{f044}")
#let ti-arrow-bear-right = tabler-icon.with("\u{f047}")
#let ti-arrow-bear-right-2 = tabler-icon.with("\u{f046}")
#let ti-arrow-big-down = tabler-icon.with("\u{edda}")
#let ti-arrow-big-down-filled = tabler-icon.with("\u{f6c6}")
#let ti-arrow-big-down-line = tabler-icon.with("\u{efe8}")
#let ti-arrow-big-down-line-filled = tabler-icon.with("\u{f6c7}")
#let ti-arrow-big-down-lines = tabler-icon.with("\u{efe9}")
#let ti-arrow-big-down-lines-filled = tabler-icon.with("\u{f6c8}")
#let ti-arrow-big-left = tabler-icon.with("\u{eddb}")
#let ti-arrow-big-left-filled = tabler-icon.with("\u{f6c9}")
#let ti-arrow-big-left-line = tabler-icon.with("\u{efea}")
#let ti-arrow-big-left-line-filled = tabler-icon.with("\u{f6ca}")
#let ti-arrow-big-left-lines = tabler-icon.with("\u{efeb}")
#let ti-arrow-big-left-lines-filled = tabler-icon.with("\u{f6cb}")
#let ti-arrow-big-right = tabler-icon.with("\u{eddc}")
#let ti-arrow-big-right-filled = tabler-icon.with("\u{f6cc}")
#let ti-arrow-big-right-line = tabler-icon.with("\u{efec}")
#let ti-arrow-big-right-line-filled = tabler-icon.with("\u{f6cd}")
#let ti-arrow-big-right-lines = tabler-icon.with("\u{efed}")
#let ti-arrow-big-right-lines-filled = tabler-icon.with("\u{f6ce}")
#let ti-arrow-big-up = tabler-icon.with("\u{eddd}")
#let ti-arrow-big-up-filled = tabler-icon.with("\u{f6cf}")
#let ti-arrow-big-up-line = tabler-icon.with("\u{efee}")
#let ti-arrow-big-up-line-filled = tabler-icon.with("\u{f6d0}")
#let ti-arrow-big-up-lines = tabler-icon.with("\u{efef}")
#let ti-arrow-big-up-lines-filled = tabler-icon.with("\u{f6d1}")
#let ti-arrow-bounce = tabler-icon.with("\u{f3a4}")
#let ti-arrow-capsule = tabler-icon.with("\u{fade}")
#let ti-arrow-curve-left = tabler-icon.with("\u{f048}")
#let ti-arrow-curve-right = tabler-icon.with("\u{f049}")
#let ti-arrow-down = tabler-icon.with("\u{ea16}")
#let ti-arrow-down-bar = tabler-icon.with("\u{ed98}")
#let ti-arrow-down-circle = tabler-icon.with("\u{ea11}")
#let ti-arrow-down-circle-filled = tabler-icon.with("\u{1003b}")
#let ti-arrow-down-dashed = tabler-icon.with("\u{1006a}")
#let ti-arrow-down-from-arc = tabler-icon.with("\u{fd86}")
#let ti-arrow-down-left = tabler-icon.with("\u{ea13}")
#let ti-arrow-down-left-circle = tabler-icon.with("\u{ea12}")
#let ti-arrow-down-rhombus = tabler-icon.with("\u{f61d}")
#let ti-arrow-down-rhombus-filled = tabler-icon.with("\u{1003a}")
#let ti-arrow-down-right = tabler-icon.with("\u{ea15}")
#let ti-arrow-down-right-circle = tabler-icon.with("\u{ea14}")
#let ti-arrow-down-square = tabler-icon.with("\u{ed9a}")
#let ti-arrow-down-square-filled = tabler-icon.with("\u{10039}")
#let ti-arrow-down-tail = tabler-icon.with("\u{ed9b}")
#let ti-arrow-down-to-arc = tabler-icon.with("\u{fd87}")
#let ti-arrow-elbow-left = tabler-icon.with("\u{f9ed}")
#let ti-arrow-elbow-right = tabler-icon.with("\u{f9ee}")
#let ti-arrow-fork = tabler-icon.with("\u{f04a}")
#let ti-arrow-forward = tabler-icon.with("\u{ea17}")
#let ti-arrow-forward-up = tabler-icon.with("\u{eb78}")
#let ti-arrow-forward-up-double = tabler-icon.with("\u{f9ef}")
#let ti-arrow-guide = tabler-icon.with("\u{f22a}")
#let ti-arrow-guide-filled = tabler-icon.with("\u{10038}")
#let ti-arrow-iteration = tabler-icon.with("\u{f578}")
#let ti-arrow-left = tabler-icon.with("\u{ea19}")
#let ti-arrow-left-bar = tabler-icon.with("\u{ed9c}")
#let ti-arrow-left-circle = tabler-icon.with("\u{ea18}")
#let ti-arrow-left-circle-filled = tabler-icon.with("\u{10037}")
#let ti-arrow-left-dashed = tabler-icon.with("\u{10069}")
#let ti-arrow-left-from-arc = tabler-icon.with("\u{fd88}")
#let ti-arrow-left-rhombus = tabler-icon.with("\u{f61e}")
#let ti-arrow-left-rhombus-filled = tabler-icon.with("\u{10036}")
#let ti-arrow-left-right = tabler-icon.with("\u{f04b}")
#let ti-arrow-left-square = tabler-icon.with("\u{ed9d}")
#let ti-arrow-left-square-filled = tabler-icon.with("\u{10035}")
#let ti-arrow-left-tail = tabler-icon.with("\u{ed9e}")
#let ti-arrow-left-to-arc = tabler-icon.with("\u{fd89}")
#let ti-arrow-loop-left = tabler-icon.with("\u{ed9f}")
#let ti-arrow-loop-left-2 = tabler-icon.with("\u{f04c}")
#let ti-arrow-loop-right = tabler-icon.with("\u{eda0}")
#let ti-arrow-loop-right-2 = tabler-icon.with("\u{f04d}")
#let ti-arrow-merge = tabler-icon.with("\u{f04e}")
#let ti-arrow-merge-alt-left = tabler-icon.with("\u{fc9f}")
#let ti-arrow-merge-alt-right = tabler-icon.with("\u{fca0}")
#let ti-arrow-merge-both = tabler-icon.with("\u{f23b}")
#let ti-arrow-merge-left = tabler-icon.with("\u{f23c}")
#let ti-arrow-merge-right = tabler-icon.with("\u{f23d}")
#let ti-arrow-move-down = tabler-icon.with("\u{f2ba}")
#let ti-arrow-move-down-filled = tabler-icon.with("\u{10034}")
#let ti-arrow-move-left = tabler-icon.with("\u{f2bb}")
#let ti-arrow-move-left-filled = tabler-icon.with("\u{10033}")
#let ti-arrow-move-right = tabler-icon.with("\u{f2bc}")
#let ti-arrow-move-right-filled = tabler-icon.with("\u{10032}")
#let ti-arrow-move-up = tabler-icon.with("\u{f2bd}")
#let ti-arrow-move-up-filled = tabler-icon.with("\u{10031}")
#let ti-arrow-narrow-down = tabler-icon.with("\u{ea1a}")
#let ti-arrow-narrow-down-dashed = tabler-icon.with("\u{10068}")
#let ti-arrow-narrow-left = tabler-icon.with("\u{ea1b}")
#let ti-arrow-narrow-left-dashed = tabler-icon.with("\u{10067}")
#let ti-arrow-narrow-right = tabler-icon.with("\u{ea1c}")
#let ti-arrow-narrow-right-dashed = tabler-icon.with("\u{10066}")
#let ti-arrow-narrow-up = tabler-icon.with("\u{ea1d}")
#let ti-arrow-narrow-up-dashed = tabler-icon.with("\u{10065}")
#let ti-arrow-ramp-left = tabler-icon.with("\u{ed3c}")
#let ti-arrow-ramp-left-2 = tabler-icon.with("\u{f04f}")
#let ti-arrow-ramp-left-3 = tabler-icon.with("\u{f050}")
#let ti-arrow-ramp-right = tabler-icon.with("\u{ed3d}")
#let ti-arrow-ramp-right-2 = tabler-icon.with("\u{f051}")
#let ti-arrow-ramp-right-3 = tabler-icon.with("\u{f052}")
#let ti-arrow-right = tabler-icon.with("\u{ea1f}")
#let ti-arrow-right-bar = tabler-icon.with("\u{eda1}")
#let ti-arrow-right-circle = tabler-icon.with("\u{ea1e}")
#let ti-arrow-right-circle-filled = tabler-icon.with("\u{10030}")
#let ti-arrow-right-dashed = tabler-icon.with("\u{10064}")
#let ti-arrow-right-from-arc = tabler-icon.with("\u{fd8a}")
#let ti-arrow-right-rhombus = tabler-icon.with("\u{f61f}")
#let ti-arrow-right-rhombus-filled = tabler-icon.with("\u{1002f}")
#let ti-arrow-right-square = tabler-icon.with("\u{eda2}")
#let ti-arrow-right-square-filled = tabler-icon.with("\u{1002e}")
#let ti-arrow-right-tail = tabler-icon.with("\u{eda3}")
#let ti-arrow-right-to-arc = tabler-icon.with("\u{fd8b}")
#let ti-arrow-rotary-first-left = tabler-icon.with("\u{f053}")
#let ti-arrow-rotary-first-right = tabler-icon.with("\u{f054}")
#let ti-arrow-rotary-last-left = tabler-icon.with("\u{f055}")
#let ti-arrow-rotary-last-right = tabler-icon.with("\u{f056}")
#let ti-arrow-rotary-left = tabler-icon.with("\u{f057}")
#let ti-arrow-rotary-right = tabler-icon.with("\u{f058}")
#let ti-arrow-rotary-straight = tabler-icon.with("\u{f059}")
#let ti-arrow-roundabout-left = tabler-icon.with("\u{f22b}")
#let ti-arrow-roundabout-right = tabler-icon.with("\u{f22c}")
#let ti-arrow-sharp-turn-left = tabler-icon.with("\u{f05a}")
#let ti-arrow-sharp-turn-right = tabler-icon.with("\u{f05b}")
#let ti-arrow-up = tabler-icon.with("\u{ea25}")
#let ti-arrow-up-bar = tabler-icon.with("\u{eda4}")
#let ti-arrow-up-circle = tabler-icon.with("\u{ea20}")
#let ti-arrow-up-circle-filled = tabler-icon.with("\u{1002d}")
#let ti-arrow-up-dashed = tabler-icon.with("\u{10063}")
#let ti-arrow-up-from-arc = tabler-icon.with("\u{fd8c}")
#let ti-arrow-up-left = tabler-icon.with("\u{ea22}")
#let ti-arrow-up-left-circle = tabler-icon.with("\u{ea21}")
#let ti-arrow-up-rhombus = tabler-icon.with("\u{f620}")
#let ti-arrow-up-rhombus-filled = tabler-icon.with("\u{1002c}")
#let ti-arrow-up-right = tabler-icon.with("\u{ea24}")
#let ti-arrow-up-right-circle = tabler-icon.with("\u{ea23}")
#let ti-arrow-up-square = tabler-icon.with("\u{eda6}")
#let ti-arrow-up-square-filled = tabler-icon.with("\u{1002b}")
#let ti-arrow-up-tail = tabler-icon.with("\u{eda7}")
#let ti-arrow-up-to-arc = tabler-icon.with("\u{fd8d}")
#let ti-arrow-wave-left-down = tabler-icon.with("\u{eda8}")
#let ti-arrow-wave-left-up = tabler-icon.with("\u{eda9}")
#let ti-arrow-wave-right-down = tabler-icon.with("\u{edaa}")
#let ti-arrow-wave-right-up = tabler-icon.with("\u{edab}")
#let ti-arrow-zig-zag = tabler-icon.with("\u{f4a7}")
#let ti-arrows-cross = tabler-icon.with("\u{effe}")
#let ti-arrows-diagonal = tabler-icon.with("\u{ea27}")
#let ti-arrows-diagonal-2 = tabler-icon.with("\u{ea26}")
#let ti-arrows-diagonal-minimize = tabler-icon.with("\u{ef39}")
#let ti-arrows-diagonal-minimize-2 = tabler-icon.with("\u{ef38}")
#let ti-arrows-diff = tabler-icon.with("\u{f296}")
#let ti-arrows-double-ne-sw = tabler-icon.with("\u{edde}")
#let ti-arrows-double-nw-se = tabler-icon.with("\u{eddf}")
#let ti-arrows-double-se-nw = tabler-icon.with("\u{ede0}")
#let ti-arrows-double-sw-ne = tabler-icon.with("\u{ede1}")
#let ti-arrows-down = tabler-icon.with("\u{edad}")
#let ti-arrows-down-up = tabler-icon.with("\u{edac}")
#let ti-arrows-exchange = tabler-icon.with("\u{f1f4}")
#let ti-arrows-exchange-2 = tabler-icon.with("\u{f1f3}")
#let ti-arrows-horizontal = tabler-icon.with("\u{eb59}")
#let ti-arrows-join = tabler-icon.with("\u{edaf}")
#let ti-arrows-join-2 = tabler-icon.with("\u{edae}")
#let ti-arrows-left = tabler-icon.with("\u{edb1}")
#let ti-arrows-left-down = tabler-icon.with("\u{ee00}")
#let ti-arrows-left-right = tabler-icon.with("\u{edb0}")
#let ti-arrows-maximize = tabler-icon.with("\u{ea28}")
#let ti-arrows-minimize = tabler-icon.with("\u{ea29}")
#let ti-arrows-move = tabler-icon.with("\u{f22f}")
#let ti-arrows-move-horizontal = tabler-icon.with("\u{f22d}")
#let ti-arrows-move-vertical = tabler-icon.with("\u{f22e}")
#let ti-arrows-random = tabler-icon.with("\u{f095}")
#let ti-arrows-right = tabler-icon.with("\u{edb3}")
#let ti-arrows-right-down = tabler-icon.with("\u{ee01}")
#let ti-arrows-right-left = tabler-icon.with("\u{edb2}")
#let ti-arrows-shuffle = tabler-icon.with("\u{f000}")
#let ti-arrows-shuffle-2 = tabler-icon.with("\u{efff}")
#let ti-arrows-sort = tabler-icon.with("\u{eb5a}")
#let ti-arrows-split = tabler-icon.with("\u{edb5}")
#let ti-arrows-split-2 = tabler-icon.with("\u{edb4}")
#let ti-arrows-transfer-down = tabler-icon.with("\u{f2cc}")
#let ti-arrows-transfer-up = tabler-icon.with("\u{f2cd}")
#let ti-arrows-transfer-up-down = tabler-icon.with("\u{ffac}")
#let ti-arrows-up = tabler-icon.with("\u{edb7}")
#let ti-arrows-up-down = tabler-icon.with("\u{edb6}")
#let ti-arrows-up-left = tabler-icon.with("\u{ee02}")
#let ti-arrows-up-right = tabler-icon.with("\u{ee03}")
#let ti-arrows-vertical = tabler-icon.with("\u{eb5b}")
#let ti-artboard = tabler-icon.with("\u{ea2a}")
#let ti-artboard-filled = tabler-icon.with("\u{fa83}")
#let ti-artboard-off = tabler-icon.with("\u{f0ae}")
#let ti-article = tabler-icon.with("\u{f1e2}")
#let ti-article-filled = tabler-icon.with("\u{f7da}")
#let ti-article-off = tabler-icon.with("\u{f3bf}")
#let ti-aspect-ratio = tabler-icon.with("\u{ed30}")
#let ti-aspect-ratio-filled = tabler-icon.with("\u{f7db}")
#let ti-aspect-ratio-off = tabler-icon.with("\u{f0af}")
#let ti-assembly = tabler-icon.with("\u{f24d}")
#let ti-assembly-filled = tabler-icon.with("\u{fe9e}")
#let ti-assembly-off = tabler-icon.with("\u{f3c0}")
#let ti-asset = tabler-icon.with("\u{f1ce}")
#let ti-asset-filled = tabler-icon.with("\u{fe9d}")
#let ti-asterisk = tabler-icon.with("\u{efd5}")
#let ti-asterisk-simple = tabler-icon.with("\u{efd4}")
#let ti-at = tabler-icon.with("\u{ea2b}")
#let ti-at-off = tabler-icon.with("\u{f0b0}")
#let ti-atom = tabler-icon.with("\u{eb79}")
#let ti-atom-2 = tabler-icon.with("\u{ebdf}")
#let ti-atom-2-filled = tabler-icon.with("\u{f71b}")
#let ti-atom-off = tabler-icon.with("\u{f0f9}")
#let ti-augmented-reality = tabler-icon.with("\u{f023}")
#let ti-augmented-reality-2 = tabler-icon.with("\u{f37e}")
#let ti-augmented-reality-off = tabler-icon.with("\u{f3c1}")
#let ti-auth-2fa = tabler-icon.with("\u{eca0}")
#let ti-automatic-gearbox = tabler-icon.with("\u{fc89}")
#let ti-automatic-gearbox-filled = tabler-icon.with("\u{1002a}")
#let ti-automation = tabler-icon.with("\u{fef8}")
#let ti-avocado = tabler-icon.with("\u{fd8e}")
#let ti-award = tabler-icon.with("\u{ea2c}")
#let ti-award-filled = tabler-icon.with("\u{f71c}")
#let ti-award-off = tabler-icon.with("\u{f0fa}")
#let ti-axe = tabler-icon.with("\u{ef9f}")
#let ti-axis-x = tabler-icon.with("\u{ef45}")
#let ti-axis-y = tabler-icon.with("\u{ef46}")
#let ti-baby-bottle = tabler-icon.with("\u{f5d2}")
#let ti-baby-carriage = tabler-icon.with("\u{f05d}")
#let ti-baby-carriage-filled = tabler-icon.with("\u{fe9c}")
#let ti-background = tabler-icon.with("\u{fd2c}")
#let ti-backhoe = tabler-icon.with("\u{ed86}")
#let ti-backpack = tabler-icon.with("\u{ef47}")
#let ti-backpack-off = tabler-icon.with("\u{f3c2}")
#let ti-backslash = tabler-icon.with("\u{fab9}")
#let ti-backspace = tabler-icon.with("\u{ea2d}")
#let ti-backspace-filled = tabler-icon.with("\u{f7dc}")
#let ti-badge = tabler-icon.with("\u{efc2}")
#let ti-badge-3d = tabler-icon.with("\u{f555}")
#let ti-badge-3d-filled = tabler-icon.with("\u{fe9b}")
#let ti-badge-4k = tabler-icon.with("\u{f556}")
#let ti-badge-4k-filled = tabler-icon.with("\u{fe9a}")
#let ti-badge-8k = tabler-icon.with("\u{f557}")
#let ti-badge-8k-filled = tabler-icon.with("\u{fe99}")
#let ti-badge-ad = tabler-icon.with("\u{f558}")
#let ti-badge-ad-filled = tabler-icon.with("\u{fe98}")
#let ti-badge-ad-off = tabler-icon.with("\u{fd8f}")
#let ti-badge-ar = tabler-icon.with("\u{f559}")
#let ti-badge-ar-filled = tabler-icon.with("\u{fe97}")
#let ti-badge-cc = tabler-icon.with("\u{f55a}")
#let ti-badge-cc-filled = tabler-icon.with("\u{fe96}")
#let ti-badge-filled = tabler-icon.with("\u{f667}")
#let ti-badge-hd = tabler-icon.with("\u{f55b}")
#let ti-badge-hd-filled = tabler-icon.with("\u{fe95}")
#let ti-badge-off = tabler-icon.with("\u{f0fb}")
#let ti-badge-sd = tabler-icon.with("\u{f55c}")
#let ti-badge-sd-filled = tabler-icon.with("\u{fe94}")
#let ti-badge-tm = tabler-icon.with("\u{f55d}")
#let ti-badge-tm-filled = tabler-icon.with("\u{fe93}")
#let ti-badge-vo = tabler-icon.with("\u{f55e}")
#let ti-badge-vo-filled = tabler-icon.with("\u{fe92}")
#let ti-badge-vr = tabler-icon.with("\u{f55f}")
#let ti-badge-vr-filled = tabler-icon.with("\u{fe91}")
#let ti-badge-wc = tabler-icon.with("\u{f560}")
#let ti-badge-wc-filled = tabler-icon.with("\u{fe90}")
#let ti-badges = tabler-icon.with("\u{efc3}")
#let ti-badges-filled = tabler-icon.with("\u{f7dd}")
#let ti-badges-off = tabler-icon.with("\u{f0fc}")
#let ti-baguette = tabler-icon.with("\u{f3a5}")
#let ti-ball-american-football = tabler-icon.with("\u{ee04}")
#let ti-ball-american-football-off = tabler-icon.with("\u{f3c3}")
#let ti-ball-baseball = tabler-icon.with("\u{efa0}")
#let ti-ball-basketball = tabler-icon.with("\u{ec28}")
#let ti-ball-bowling = tabler-icon.with("\u{ec29}")
#let ti-ball-football = tabler-icon.with("\u{ee06}")
#let ti-ball-football-off = tabler-icon.with("\u{ee05}")
#let ti-ball-tennis = tabler-icon.with("\u{ec2a}")
#let ti-ball-volleyball = tabler-icon.with("\u{ec2b}")
#let ti-balloon = tabler-icon.with("\u{ef3a}")
#let ti-balloon-filled = tabler-icon.with("\u{fa84}")
#let ti-balloon-off = tabler-icon.with("\u{f0fd}")
#let ti-ballpen = tabler-icon.with("\u{f06e}")
#let ti-ballpen-filled = tabler-icon.with("\u{fa85}")
#let ti-ballpen-off = tabler-icon.with("\u{f0b1}")
#let ti-ban = tabler-icon.with("\u{ea2e}")
#let ti-bandage = tabler-icon.with("\u{eb7a}")
#let ti-bandage-filled = tabler-icon.with("\u{f7de}")
#let ti-bandage-off = tabler-icon.with("\u{f3c4}")
#let ti-barbell = tabler-icon.with("\u{eff0}")
#let ti-barbell-filled = tabler-icon.with("\u{fe8f}")
#let ti-barbell-off = tabler-icon.with("\u{f0b2}")
#let ti-barcode = tabler-icon.with("\u{ebc6}")
#let ti-barcode-off = tabler-icon.with("\u{f0b3}")
#let ti-barrel = tabler-icon.with("\u{f0b4}")
#let ti-barrel-off = tabler-icon.with("\u{f0fe}")
#let ti-barrier-block = tabler-icon.with("\u{f00e}")
#let ti-barrier-block-filled = tabler-icon.with("\u{fe8e}")
#let ti-barrier-block-off = tabler-icon.with("\u{f0b5}")
#let ti-baseline = tabler-icon.with("\u{f024}")
#let ti-baseline-density-large = tabler-icon.with("\u{f9f0}")
#let ti-baseline-density-medium = tabler-icon.with("\u{f9f1}")
#let ti-baseline-density-small = tabler-icon.with("\u{f9f2}")
#let ti-basket = tabler-icon.with("\u{ebe1}")
#let ti-basket-bolt = tabler-icon.with("\u{fb43}")
#let ti-basket-cancel = tabler-icon.with("\u{fb44}")
#let ti-basket-check = tabler-icon.with("\u{fb45}")
#let ti-basket-code = tabler-icon.with("\u{fb46}")
#let ti-basket-cog = tabler-icon.with("\u{fb47}")
#let ti-basket-discount = tabler-icon.with("\u{fb48}")
#let ti-basket-dollar = tabler-icon.with("\u{fb49}")
#let ti-basket-down = tabler-icon.with("\u{fb4a}")
#let ti-basket-exclamation = tabler-icon.with("\u{fb4b}")
#let ti-basket-filled = tabler-icon.with("\u{f7df}")
#let ti-basket-heart = tabler-icon.with("\u{fb4c}")
#let ti-basket-minus = tabler-icon.with("\u{fb4d}")
#let ti-basket-off = tabler-icon.with("\u{f0b6}")
#let ti-basket-pause = tabler-icon.with("\u{fb4e}")
#let ti-basket-pin = tabler-icon.with("\u{fb4f}")
#let ti-basket-plus = tabler-icon.with("\u{fb50}")
#let ti-basket-question = tabler-icon.with("\u{fb51}")
#let ti-basket-search = tabler-icon.with("\u{fb52}")
#let ti-basket-share = tabler-icon.with("\u{fb53}")
#let ti-basket-star = tabler-icon.with("\u{fb54}")
#let ti-basket-up = tabler-icon.with("\u{fb55}")
#let ti-basket-x = tabler-icon.with("\u{fb56}")
#let ti-bat = tabler-icon.with("\u{f284}")
#let ti-bath = tabler-icon.with("\u{ef48}")
#let ti-bath-filled = tabler-icon.with("\u{f71d}")
#let ti-bath-off = tabler-icon.with("\u{f0ff}")
#let ti-battery = tabler-icon.with("\u{ea34}")
#let ti-battery-1 = tabler-icon.with("\u{ea2f}")
#let ti-battery-1-filled = tabler-icon.with("\u{f71e}")
#let ti-battery-2 = tabler-icon.with("\u{ea30}")
#let ti-battery-2-filled = tabler-icon.with("\u{f71f}")
#let ti-battery-3 = tabler-icon.with("\u{ea31}")
#let ti-battery-3-filled = tabler-icon.with("\u{f720}")
#let ti-battery-4 = tabler-icon.with("\u{ea32}")
#let ti-battery-4-filled = tabler-icon.with("\u{f721}")
#let ti-battery-automotive = tabler-icon.with("\u{ee07}")
#let ti-battery-automotive-filled = tabler-icon.with("\u{10029}")
#let ti-battery-charging = tabler-icon.with("\u{ea33}")
#let ti-battery-charging-2 = tabler-icon.with("\u{ef3b}")
#let ti-battery-eco = tabler-icon.with("\u{ef3c}")
#let ti-battery-exclamation = tabler-icon.with("\u{ff1d}")
#let ti-battery-filled = tabler-icon.with("\u{f668}")
#let ti-battery-off = tabler-icon.with("\u{ed1c}")
#let ti-battery-spark = tabler-icon.with("\u{ffbd}")
#let ti-battery-vertical = tabler-icon.with("\u{ff13}")
#let ti-battery-vertical-1 = tabler-icon.with("\u{ff1c}")
#let ti-battery-vertical-1-filled = tabler-icon.with("\u{10028}")
#let ti-battery-vertical-2 = tabler-icon.with("\u{ff1b}")
#let ti-battery-vertical-2-filled = tabler-icon.with("\u{10027}")
#let ti-battery-vertical-3 = tabler-icon.with("\u{ff1a}")
#let ti-battery-vertical-3-filled = tabler-icon.with("\u{10026}")
#let ti-battery-vertical-4 = tabler-icon.with("\u{ff19}")
#let ti-battery-vertical-4-filled = tabler-icon.with("\u{10025}")
#let ti-battery-vertical-charging = tabler-icon.with("\u{ff17}")
#let ti-battery-vertical-charging-2 = tabler-icon.with("\u{ff18}")
#let ti-battery-vertical-eco = tabler-icon.with("\u{ff16}")
#let ti-battery-vertical-exclamation = tabler-icon.with("\u{ff15}")
#let ti-battery-vertical-filled = tabler-icon.with("\u{10024}")
#let ti-battery-vertical-off = tabler-icon.with("\u{ff14}")
#let ti-beach = tabler-icon.with("\u{ef3d}")
#let ti-beach-off = tabler-icon.with("\u{f0b7}")
#let ti-bed = tabler-icon.with("\u{eb5c}")
#let ti-bed-filled = tabler-icon.with("\u{f7e0}")
#let ti-bed-flat = tabler-icon.with("\u{fca1}")
#let ti-bed-flat-filled = tabler-icon.with("\u{fe8d}")
#let ti-bed-off = tabler-icon.with("\u{f100}")
#let ti-beer = tabler-icon.with("\u{efa1}")
#let ti-beer-filled = tabler-icon.with("\u{f7e1}")
#let ti-beer-off = tabler-icon.with("\u{f101}")
#let ti-bell = tabler-icon.with("\u{ea35}")
#let ti-bell-bolt = tabler-icon.with("\u{f812}")
#let ti-bell-cancel = tabler-icon.with("\u{f813}")
#let ti-bell-check = tabler-icon.with("\u{f814}")
#let ti-bell-code = tabler-icon.with("\u{f815}")
#let ti-bell-cog = tabler-icon.with("\u{f816}")
#let ti-bell-dollar = tabler-icon.with("\u{f817}")
#let ti-bell-down = tabler-icon.with("\u{f818}")
#let ti-bell-exclamation = tabler-icon.with("\u{f819}")
#let ti-bell-filled = tabler-icon.with("\u{f669}")
#let ti-bell-heart = tabler-icon.with("\u{f81a}")
#let ti-bell-minus = tabler-icon.with("\u{ede2}")
#let ti-bell-minus-filled = tabler-icon.with("\u{f722}")
#let ti-bell-off = tabler-icon.with("\u{ece9}")
#let ti-bell-pause = tabler-icon.with("\u{f81b}")
#let ti-bell-pin = tabler-icon.with("\u{f81c}")
#let ti-bell-plus = tabler-icon.with("\u{ede3}")
#let ti-bell-plus-filled = tabler-icon.with("\u{f723}")
#let ti-bell-question = tabler-icon.with("\u{f81d}")
#let ti-bell-ringing = tabler-icon.with("\u{ed07}")
#let ti-bell-ringing-2 = tabler-icon.with("\u{ede4}")
#let ti-bell-ringing-2-filled = tabler-icon.with("\u{f724}")
#let ti-bell-ringing-filled = tabler-icon.with("\u{f725}")
#let ti-bell-school = tabler-icon.with("\u{f05e}")
#let ti-bell-search = tabler-icon.with("\u{f81e}")
#let ti-bell-share = tabler-icon.with("\u{f81f}")
#let ti-bell-star = tabler-icon.with("\u{f820}")
#let ti-bell-up = tabler-icon.with("\u{f821}")
#let ti-bell-x = tabler-icon.with("\u{ede5}")
#let ti-bell-x-filled = tabler-icon.with("\u{f726}")
#let ti-bell-z = tabler-icon.with("\u{eff1}")
#let ti-bell-z-filled = tabler-icon.with("\u{f727}")
#let ti-beta = tabler-icon.with("\u{f544}")
#let ti-bible = tabler-icon.with("\u{efc4}")
#let ti-bike = tabler-icon.with("\u{ea36}")
#let ti-bike-filled = tabler-icon.with("\u{10023}")
#let ti-bike-off = tabler-icon.with("\u{f0b8}")
#let ti-binary = tabler-icon.with("\u{ee08}")
#let ti-binary-off = tabler-icon.with("\u{f3c5}")
#let ti-binary-tree = tabler-icon.with("\u{f5d4}")
#let ti-binary-tree-2 = tabler-icon.with("\u{f5d3}")
#let ti-binary-tree-2-filled = tabler-icon.with("\u{ff65}")
#let ti-binary-tree-filled = tabler-icon.with("\u{ff64}")
#let ti-binoculars = tabler-icon.with("\u{fefe}")
#let ti-binoculars-filled = tabler-icon.with("\u{ff0b}")
#let ti-biohazard = tabler-icon.with("\u{ecb8}")
#let ti-biohazard-filled = tabler-icon.with("\u{fe8c}")
#let ti-biohazard-off = tabler-icon.with("\u{f0b9}")
#let ti-blade = tabler-icon.with("\u{f4bd}")
#let ti-blade-filled = tabler-icon.with("\u{f7e2}")
#let ti-bleach = tabler-icon.with("\u{f2f3}")
#let ti-bleach-chlorine = tabler-icon.with("\u{f2f0}")
#let ti-bleach-no-chlorine = tabler-icon.with("\u{f2f1}")
#let ti-bleach-off = tabler-icon.with("\u{f2f2}")
#let ti-blend-mode = tabler-icon.with("\u{feb0}")
#let ti-blender = tabler-icon.with("\u{fca2}")
#let ti-blender-filled = tabler-icon.with("\u{10022}")
#let ti-blob = tabler-icon.with("\u{feaf}")
#let ti-blob-filled = tabler-icon.with("\u{feb1}")
#let ti-blockquote = tabler-icon.with("\u{ee09}")
#let ti-bluetooth = tabler-icon.with("\u{ea37}")
#let ti-bluetooth-connected = tabler-icon.with("\u{ecea}")
#let ti-bluetooth-off = tabler-icon.with("\u{eceb}")
#let ti-bluetooth-x = tabler-icon.with("\u{f081}")
#let ti-blur = tabler-icon.with("\u{ef8c}")
#let ti-blur-off = tabler-icon.with("\u{f3c6}")
#let ti-bmp = tabler-icon.with("\u{f3a6}")
#let ti-body-scan = tabler-icon.with("\u{fca3}")
#let ti-bold = tabler-icon.with("\u{eb7b}")
#let ti-bold-off = tabler-icon.with("\u{f0ba}")
#let ti-bolt = tabler-icon.with("\u{ea38}")
#let ti-bolt-filled = tabler-icon.with("\u{10021}")
#let ti-bolt-off = tabler-icon.with("\u{ecec}")
#let ti-bomb = tabler-icon.with("\u{f59c}")
#let ti-bomb-filled = tabler-icon.with("\u{fa86}")
#let ti-bone = tabler-icon.with("\u{edb8}")
#let ti-bone-filled = tabler-icon.with("\u{fe8b}")
#let ti-bone-off = tabler-icon.with("\u{f0bb}")
#let ti-bong = tabler-icon.with("\u{f3a7}")
#let ti-bong-filled = tabler-icon.with("\u{10020}")
#let ti-bong-off = tabler-icon.with("\u{f3c7}")
#let ti-book = tabler-icon.with("\u{ea39}")
#let ti-book-2 = tabler-icon.with("\u{efc5}")
#let ti-book-download = tabler-icon.with("\u{f070}")
#let ti-book-filled = tabler-icon.with("\u{fa87}")
#let ti-book-off = tabler-icon.with("\u{f0bc}")
#let ti-book-upload = tabler-icon.with("\u{f071}")
#let ti-bookmark = tabler-icon.with("\u{ea3a}")
#let ti-bookmark-ai = tabler-icon.with("\u{fc8a}")
#let ti-bookmark-edit = tabler-icon.with("\u{fa5e}")
#let ti-bookmark-filled = tabler-icon.with("\u{fa88}")
#let ti-bookmark-minus = tabler-icon.with("\u{fa5f}")
#let ti-bookmark-off = tabler-icon.with("\u{eced}")
#let ti-bookmark-plus = tabler-icon.with("\u{fa60}")
#let ti-bookmark-question = tabler-icon.with("\u{fa61}")
#let ti-bookmarks = tabler-icon.with("\u{ed08}")
#let ti-bookmarks-filled = tabler-icon.with("\u{fb1f}")
#let ti-bookmarks-off = tabler-icon.with("\u{f0bd}")
#let ti-books = tabler-icon.with("\u{eff2}")
#let ti-books-off = tabler-icon.with("\u{f0be}")
#let ti-boom = tabler-icon.with("\u{fdbe}")
#let ti-boom-filled = tabler-icon.with("\u{fe8a}")
#let ti-border-all = tabler-icon.with("\u{ea3b}")
#let ti-border-bottom = tabler-icon.with("\u{ea3c}")
#let ti-border-bottom-plus = tabler-icon.with("\u{fdbd}")
#let ti-border-corner-ios = tabler-icon.with("\u{fd98}")
#let ti-border-corner-pill = tabler-icon.with("\u{fd62}")
#let ti-border-corner-rounded = tabler-icon.with("\u{fd63}")
#let ti-border-corner-square = tabler-icon.with("\u{fd64}")
#let ti-border-corners = tabler-icon.with("\u{f7a0}")
#let ti-border-horizontal = tabler-icon.with("\u{ea3d}")
#let ti-border-inner = tabler-icon.with("\u{ea3e}")
#let ti-border-left = tabler-icon.with("\u{ea3f}")
#let ti-border-left-plus = tabler-icon.with("\u{fdbc}")
#let ti-border-none = tabler-icon.with("\u{ea40}")
#let ti-border-outer = tabler-icon.with("\u{ea41}")
#let ti-border-radius = tabler-icon.with("\u{eb7c}")
#let ti-border-right = tabler-icon.with("\u{ea42}")
#let ti-border-right-plus = tabler-icon.with("\u{fdbb}")
#let ti-border-sides = tabler-icon.with("\u{f7a1}")
#let ti-border-style = tabler-icon.with("\u{ee0a}")
#let ti-border-style-2 = tabler-icon.with("\u{ef22}")
#let ti-border-top = tabler-icon.with("\u{ea43}")
#let ti-border-top-plus = tabler-icon.with("\u{fdba}")
#let ti-border-vertical = tabler-icon.with("\u{ea44}")
#let ti-bottle = tabler-icon.with("\u{ef0b}")
#let ti-bottle-filled = tabler-icon.with("\u{fa89}")
#let ti-bottle-off = tabler-icon.with("\u{f3c8}")
#let ti-bounce-left = tabler-icon.with("\u{f59d}")
#let ti-bounce-left-filled = tabler-icon.with("\u{fb20}")
#let ti-bounce-right = tabler-icon.with("\u{f59e}")
#let ti-bounce-right-filled = tabler-icon.with("\u{fb21}")
#let ti-bow = tabler-icon.with("\u{f096}")
#let ti-bow-filled = tabler-icon.with("\u{fe89}")
#let ti-bowl = tabler-icon.with("\u{f4fa}")
#let ti-bowl-chopsticks = tabler-icon.with("\u{fd90}")
#let ti-bowl-chopsticks-filled = tabler-icon.with("\u{fe88}")
#let ti-bowl-filled = tabler-icon.with("\u{fb22}")
#let ti-bowl-spoon = tabler-icon.with("\u{fd91}")
#let ti-bowl-spoon-filled = tabler-icon.with("\u{fe87}")
#let ti-box = tabler-icon.with("\u{ea45}")
#let ti-box-align-bottom = tabler-icon.with("\u{f2a8}")
#let ti-box-align-bottom-filled = tabler-icon.with("\u{fa8a}")
#let ti-box-align-bottom-left = tabler-icon.with("\u{f2ce}")
#let ti-box-align-bottom-left-filled = tabler-icon.with("\u{fa8b}")
#let ti-box-align-bottom-right = tabler-icon.with("\u{f2cf}")
#let ti-box-align-bottom-right-filled = tabler-icon.with("\u{fa8c}")
#let ti-box-align-left = tabler-icon.with("\u{f2a9}")
#let ti-box-align-left-filled = tabler-icon.with("\u{fa8d}")
#let ti-box-align-right = tabler-icon.with("\u{f2aa}")
#let ti-box-align-right-filled = tabler-icon.with("\u{fa8e}")
#let ti-box-align-top = tabler-icon.with("\u{f2ab}")
#let ti-box-align-top-filled = tabler-icon.with("\u{fa8f}")
#let ti-box-align-top-left = tabler-icon.with("\u{f2d0}")
#let ti-box-align-top-left-filled = tabler-icon.with("\u{fa90}")
#let ti-box-align-top-right = tabler-icon.with("\u{f2d1}")
#let ti-box-align-top-right-filled = tabler-icon.with("\u{fa91}")
#let ti-box-margin = tabler-icon.with("\u{ee0b}")
#let ti-box-model = tabler-icon.with("\u{ee0c}")
#let ti-box-model-2 = tabler-icon.with("\u{ef23}")
#let ti-box-model-2-off = tabler-icon.with("\u{f3c9}")
#let ti-box-model-off = tabler-icon.with("\u{f3ca}")
#let ti-box-multiple = tabler-icon.with("\u{ee17}")
#let ti-box-multiple-0 = tabler-icon.with("\u{ee0d}")
#let ti-box-multiple-1 = tabler-icon.with("\u{ee0e}")
#let ti-box-multiple-2 = tabler-icon.with("\u{ee0f}")
#let ti-box-multiple-3 = tabler-icon.with("\u{ee10}")
#let ti-box-multiple-4 = tabler-icon.with("\u{ee11}")
#let ti-box-multiple-5 = tabler-icon.with("\u{ee12}")
#let ti-box-multiple-6 = tabler-icon.with("\u{ee13}")
#let ti-box-multiple-7 = tabler-icon.with("\u{ee14}")
#let ti-box-multiple-8 = tabler-icon.with("\u{ee15}")
#let ti-box-multiple-9 = tabler-icon.with("\u{ee16}")
#let ti-box-multiple-filled = tabler-icon.with("\u{1001f}")
#let ti-box-off = tabler-icon.with("\u{f102}")
#let ti-box-padding = tabler-icon.with("\u{ee18}")
#let ti-braces = tabler-icon.with("\u{ebcc}")
#let ti-braces-off = tabler-icon.with("\u{f0bf}")
#let ti-brackets = tabler-icon.with("\u{ebcd}")
#let ti-brackets-angle = tabler-icon.with("\u{fcb2}")
#let ti-brackets-angle-off = tabler-icon.with("\u{fcb1}")
#let ti-brackets-contain = tabler-icon.with("\u{f1e5}")
#let ti-brackets-contain-end = tabler-icon.with("\u{f1e3}")
#let ti-brackets-contain-start = tabler-icon.with("\u{f1e4}")
#let ti-brackets-off = tabler-icon.with("\u{f0c0}")
#let ti-braille = tabler-icon.with("\u{f545}")
#let ti-brain = tabler-icon.with("\u{f59f}")
#let ti-brand-4chan = tabler-icon.with("\u{f494}")
#let ti-brand-abstract = tabler-icon.with("\u{f495}")
#let ti-brand-adobe = tabler-icon.with("\u{f0dc}")
#let ti-brand-adobe-after-effect = tabler-icon.with("\u{ff2a}")
#let ti-brand-adobe-illustrator = tabler-icon.with("\u{ff29}")
#let ti-brand-adobe-indesign = tabler-icon.with("\u{ff28}")
#let ti-brand-adobe-photoshop = tabler-icon.with("\u{ff27}")
#let ti-brand-adobe-premier = tabler-icon.with("\u{ff26}")
#let ti-brand-adobe-xd = tabler-icon.with("\u{ff25}")
#let ti-brand-adonis-js = tabler-icon.with("\u{f496}")
#let ti-brand-airbnb = tabler-icon.with("\u{ed68}")
#let ti-brand-airtable = tabler-icon.with("\u{ef6a}")
#let ti-brand-algolia = tabler-icon.with("\u{f390}")
#let ti-brand-alipay = tabler-icon.with("\u{f7a2}")
#let ti-brand-alpine-js = tabler-icon.with("\u{f324}")
#let ti-brand-amazon = tabler-icon.with("\u{f230}")
#let ti-brand-amd = tabler-icon.with("\u{f653}")
#let ti-brand-amie = tabler-icon.with("\u{ffab}")
#let ti-brand-amigo = tabler-icon.with("\u{f5f9}")
#let ti-brand-among-us = tabler-icon.with("\u{f205}")
#let ti-brand-android = tabler-icon.with("\u{ec16}")
#let ti-brand-angular = tabler-icon.with("\u{ef6b}")
#let ti-brand-ansible = tabler-icon.with("\u{fa70}")
#let ti-brand-ao3 = tabler-icon.with("\u{f5e8}")
#let ti-brand-appgallery = tabler-icon.with("\u{f231}")
#let ti-brand-apple = tabler-icon.with("\u{ec17}")
#let ti-brand-apple-arcade = tabler-icon.with("\u{ed69}")
#let ti-brand-apple-filled = tabler-icon.with("\u{fd74}")
#let ti-brand-apple-news = tabler-icon.with("\u{ff24}")
#let ti-brand-apple-podcast = tabler-icon.with("\u{f1e6}")
#let ti-brand-appstore = tabler-icon.with("\u{ed24}")
#let ti-brand-arc = tabler-icon.with("\u{feae}")
#let ti-brand-asana = tabler-icon.with("\u{edc5}")
#let ti-brand-astro = tabler-icon.with("\u{fdb9}")
#let ti-brand-auth0 = tabler-icon.with("\u{fcb3}")
#let ti-brand-aws = tabler-icon.with("\u{fa4c}")
#let ti-brand-azure = tabler-icon.with("\u{fa4d}")
#let ti-brand-backbone = tabler-icon.with("\u{f325}")
#let ti-brand-badoo = tabler-icon.with("\u{f206}")
#let ti-brand-baidu = tabler-icon.with("\u{f5e9}")
#let ti-brand-bandcamp = tabler-icon.with("\u{f207}")
#let ti-brand-bandlab = tabler-icon.with("\u{f5fa}")
#let ti-brand-beats = tabler-icon.with("\u{f208}")
#let ti-brand-bebo = tabler-icon.with("\u{ffaa}")
#let ti-brand-behance = tabler-icon.with("\u{ec6e}")
#let ti-brand-bilibili = tabler-icon.with("\u{f6d2}")
#let ti-brand-binance = tabler-icon.with("\u{f5a0}")
#let ti-brand-bing = tabler-icon.with("\u{edc6}")
#let ti-brand-bitbucket = tabler-icon.with("\u{edc7}")
#let ti-brand-blackberry = tabler-icon.with("\u{f568}")
#let ti-brand-blender = tabler-icon.with("\u{f326}")
#let ti-brand-blogger = tabler-icon.with("\u{f35a}")
#let ti-brand-bluesky = tabler-icon.with("\u{fd75}")
#let ti-brand-booking = tabler-icon.with("\u{edc8}")
#let ti-brand-bootstrap = tabler-icon.with("\u{ef3e}")
#let ti-brand-bulma = tabler-icon.with("\u{f327}")
#let ti-brand-bumble = tabler-icon.with("\u{f5fb}")
#let ti-brand-bunpo = tabler-icon.with("\u{f4cf}")
#let ti-brand-c-sharp = tabler-icon.with("\u{f003}")
#let ti-brand-cake = tabler-icon.with("\u{f7a3}")
#let ti-brand-cakephp = tabler-icon.with("\u{f7af}")
#let ti-brand-campaignmonitor = tabler-icon.with("\u{f328}")
#let ti-brand-carbon = tabler-icon.with("\u{f348}")
#let ti-brand-cashapp = tabler-icon.with("\u{f391}")
#let ti-brand-chrome = tabler-icon.with("\u{ec18}")
#let ti-brand-cinema-4d = tabler-icon.with("\u{fa71}")
#let ti-brand-citymapper = tabler-icon.with("\u{f5fc}")
#let ti-brand-cloudflare = tabler-icon.with("\u{fa4e}")
#let ti-brand-codecov = tabler-icon.with("\u{f329}")
#let ti-brand-codepen = tabler-icon.with("\u{ec6f}")
#let ti-brand-codesandbox = tabler-icon.with("\u{ed6a}")
#let ti-brand-cohost = tabler-icon.with("\u{f5d5}")
#let ti-brand-coinbase = tabler-icon.with("\u{f209}")
#let ti-brand-comedy-central = tabler-icon.with("\u{f217}")
#let ti-brand-coreos = tabler-icon.with("\u{f5fd}")
#let ti-brand-couchdb = tabler-icon.with("\u{f60f}")
#let ti-brand-couchsurfing = tabler-icon.with("\u{f392}")
#let ti-brand-cpp = tabler-icon.with("\u{f5fe}")
#let ti-brand-craft = tabler-icon.with("\u{fa72}")
#let ti-brand-crunchbase = tabler-icon.with("\u{f7e3}")
#let ti-brand-css3 = tabler-icon.with("\u{ed6b}")
#let ti-brand-ctemplar = tabler-icon.with("\u{f4d0}")
#let ti-brand-cucumber = tabler-icon.with("\u{ef6c}")
#let ti-brand-cupra = tabler-icon.with("\u{f4d1}")
#let ti-brand-cypress = tabler-icon.with("\u{f333}")
#let ti-brand-d3 = tabler-icon.with("\u{f24e}")
#let ti-brand-databricks = tabler-icon.with("\u{fc41}")
#let ti-brand-days-counter = tabler-icon.with("\u{f4d2}")
#let ti-brand-dcos = tabler-icon.with("\u{f32a}")
#let ti-brand-debian = tabler-icon.with("\u{ef57}")
#let ti-brand-deezer = tabler-icon.with("\u{f78b}")
#let ti-brand-deliveroo = tabler-icon.with("\u{f4d3}")
#let ti-brand-deno = tabler-icon.with("\u{f24f}")
#let ti-brand-denodo = tabler-icon.with("\u{f610}")
#let ti-brand-deviantart = tabler-icon.with("\u{ecfb}")
#let ti-brand-digg = tabler-icon.with("\u{fa73}")
#let ti-brand-dingtalk = tabler-icon.with("\u{f5ea}")
#let ti-brand-discord = tabler-icon.with("\u{ece3}")
#let ti-brand-discord-filled = tabler-icon.with("\u{f7e4}")
#let ti-brand-disney = tabler-icon.with("\u{f20a}")
#let ti-brand-disqus = tabler-icon.with("\u{edc9}")
#let ti-brand-django = tabler-icon.with("\u{f349}")
#let ti-brand-docker = tabler-icon.with("\u{edca}")
#let ti-brand-doctrine = tabler-icon.with("\u{ef6d}")
#let ti-brand-dolby-digital = tabler-icon.with("\u{f4d4}")
#let ti-brand-douban = tabler-icon.with("\u{f5ff}")
#let ti-brand-dribbble = tabler-icon.with("\u{ec19}")
#let ti-brand-dribbble-filled = tabler-icon.with("\u{f7e5}")
#let ti-brand-drops = tabler-icon.with("\u{f4d5}")
#let ti-brand-drupal = tabler-icon.with("\u{f393}")
#let ti-brand-edge = tabler-icon.with("\u{ecfc}")
#let ti-brand-elastic = tabler-icon.with("\u{f611}")
#let ti-brand-electronic-arts = tabler-icon.with("\u{fa74}")
#let ti-brand-ember = tabler-icon.with("\u{f497}")
#let ti-brand-envato = tabler-icon.with("\u{f394}")
#let ti-brand-etsy = tabler-icon.with("\u{f654}")
#let ti-brand-evernote = tabler-icon.with("\u{f600}")
#let ti-brand-facebook = tabler-icon.with("\u{ec1a}")
#let ti-brand-facebook-filled = tabler-icon.with("\u{f7e6}")
#let ti-brand-feedly = tabler-icon.with("\u{fa75}")
#let ti-brand-figma = tabler-icon.with("\u{ec93}")
#let ti-brand-filezilla = tabler-icon.with("\u{fa76}")
#let ti-brand-finder = tabler-icon.with("\u{f218}")
#let ti-brand-firebase = tabler-icon.with("\u{ef6e}")
#let ti-brand-firefox = tabler-icon.with("\u{ecfd}")
#let ti-brand-fiverr = tabler-icon.with("\u{f7a4}")
#let ti-brand-flickr = tabler-icon.with("\u{ecfe}")
#let ti-brand-flightradar24 = tabler-icon.with("\u{f4d6}")
#let ti-brand-flipboard = tabler-icon.with("\u{f20b}")
#let ti-brand-flutter = tabler-icon.with("\u{f395}")
#let ti-brand-fortnite = tabler-icon.with("\u{f260}")
#let ti-brand-foursquare = tabler-icon.with("\u{ecff}")
#let ti-brand-framer = tabler-icon.with("\u{ec1b}")
#let ti-brand-framer-motion = tabler-icon.with("\u{f78c}")
#let ti-brand-funimation = tabler-icon.with("\u{f655}")
#let ti-brand-gatsby = tabler-icon.with("\u{f396}")
#let ti-brand-git = tabler-icon.with("\u{ef6f}")
#let ti-brand-github = tabler-icon.with("\u{ec1c}")
#let ti-brand-github-copilot = tabler-icon.with("\u{f4a8}")
#let ti-brand-github-filled = tabler-icon.with("\u{f7e7}")
#let ti-brand-gitlab = tabler-icon.with("\u{ec1d}")
#let ti-brand-gmail = tabler-icon.with("\u{efa2}")
#let ti-brand-golang = tabler-icon.with("\u{f78d}")
#let ti-brand-google = tabler-icon.with("\u{ec1f}")
#let ti-brand-google-analytics = tabler-icon.with("\u{edcb}")
#let ti-brand-google-big-query = tabler-icon.with("\u{f612}")
#let ti-brand-google-drive = tabler-icon.with("\u{ec1e}")
#let ti-brand-google-filled = tabler-icon.with("\u{fd1a}")
#let ti-brand-google-fit = tabler-icon.with("\u{f297}")
#let ti-brand-google-home = tabler-icon.with("\u{f601}")
#let ti-brand-google-maps = tabler-icon.with("\u{fa4f}")
#let ti-brand-google-one = tabler-icon.with("\u{f232}")
#let ti-brand-google-photos = tabler-icon.with("\u{f20c}")
#let ti-brand-google-play = tabler-icon.with("\u{ed25}")
#let ti-brand-google-podcasts = tabler-icon.with("\u{f656}")
#let ti-brand-grammarly = tabler-icon.with("\u{f32b}")
#let ti-brand-graphql = tabler-icon.with("\u{f32c}")
#let ti-brand-gravatar = tabler-icon.with("\u{edcc}")
#let ti-brand-grindr = tabler-icon.with("\u{f20d}")
#let ti-brand-guardian = tabler-icon.with("\u{f4fb}")
#let ti-brand-gumroad = tabler-icon.with("\u{f5d6}")
#let ti-brand-hackerrank = tabler-icon.with("\u{ff23}")
#let ti-brand-hbo = tabler-icon.with("\u{f657}")
#let ti-brand-headlessui = tabler-icon.with("\u{f32d}")
#let ti-brand-hexo = tabler-icon.with("\u{fa50}")
#let ti-brand-hipchat = tabler-icon.with("\u{edcd}")
#let ti-brand-html5 = tabler-icon.with("\u{ed6c}")
#let ti-brand-inertia = tabler-icon.with("\u{f34a}")
#let ti-brand-instagram = tabler-icon.with("\u{ec20}")
#let ti-brand-intercom = tabler-icon.with("\u{f1cf}")
#let ti-brand-itch = tabler-icon.with("\u{fa22}")
#let ti-brand-javascript = tabler-icon.with("\u{ef0c}")
#let ti-brand-juejin = tabler-icon.with("\u{f7b0}")
#let ti-brand-kako-talk = tabler-icon.with("\u{fd2d}")
#let ti-brand-kbin = tabler-icon.with("\u{fad0}")
#let ti-brand-kick = tabler-icon.with("\u{fa23}")
#let ti-brand-kickstarter = tabler-icon.with("\u{edce}")
#let ti-brand-kotlin = tabler-icon.with("\u{ed6d}")
#let ti-brand-laravel = tabler-icon.with("\u{f34b}")
#let ti-brand-lastfm = tabler-icon.with("\u{f001}")
#let ti-brand-leetcode = tabler-icon.with("\u{fa51}")
#let ti-brand-letterboxd = tabler-icon.with("\u{fa24}")
#let ti-brand-line = tabler-icon.with("\u{f7e8}")
#let ti-brand-linkedin = tabler-icon.with("\u{ec8c}")
#let ti-brand-linktree = tabler-icon.with("\u{f1e7}")
#let ti-brand-linqpad = tabler-icon.with("\u{f562}")
#let ti-brand-livewire = tabler-icon.with("\u{fd76}")
#let ti-brand-loom = tabler-icon.with("\u{ef70}")
#let ti-brand-mailgun = tabler-icon.with("\u{f32e}")
#let ti-brand-mantine = tabler-icon.with("\u{f32f}")
#let ti-brand-mastercard = tabler-icon.with("\u{ef49}")
#let ti-brand-mastodon = tabler-icon.with("\u{f250}")
#let ti-brand-matrix = tabler-icon.with("\u{f5eb}")
#let ti-brand-mcdonalds = tabler-icon.with("\u{f251}")
#let ti-brand-medium = tabler-icon.with("\u{ec70}")
#let ti-brand-meetup = tabler-icon.with("\u{fc6a}")
#let ti-brand-mercedes = tabler-icon.with("\u{f072}")
#let ti-brand-messenger = tabler-icon.with("\u{ec71}")
#let ti-brand-meta = tabler-icon.with("\u{efb0}")
#let ti-brand-metabrainz = tabler-icon.with("\u{ff12}")
#let ti-brand-minecraft = tabler-icon.with("\u{faef}")
#let ti-brand-miniprogram = tabler-icon.with("\u{f602}")
#let ti-brand-mixpanel = tabler-icon.with("\u{f397}")
#let ti-brand-monday = tabler-icon.with("\u{f219}")
#let ti-brand-mongodb = tabler-icon.with("\u{f613}")
#let ti-brand-my-oppo = tabler-icon.with("\u{f4d7}")
#let ti-brand-mysql = tabler-icon.with("\u{f614}")
#let ti-brand-national-geographic = tabler-icon.with("\u{f603}")
#let ti-brand-nem = tabler-icon.with("\u{f5a1}")
#let ti-brand-netbeans = tabler-icon.with("\u{ef71}")
#let ti-brand-netease-music = tabler-icon.with("\u{f604}")
#let ti-brand-netflix = tabler-icon.with("\u{edcf}")
#let ti-brand-nexo = tabler-icon.with("\u{f5a2}")
#let ti-brand-nextcloud = tabler-icon.with("\u{f4d8}")
#let ti-brand-nextjs = tabler-icon.with("\u{f0dd}")
#let ti-brand-nodejs = tabler-icon.with("\u{fae0}")
#let ti-brand-nord-vpn = tabler-icon.with("\u{f37f}")
#let ti-brand-notion = tabler-icon.with("\u{ef7b}")
#let ti-brand-npm = tabler-icon.with("\u{f569}")
#let ti-brand-nuxt = tabler-icon.with("\u{f0de}")
#let ti-brand-nytimes = tabler-icon.with("\u{ef8d}")
#let ti-brand-oauth = tabler-icon.with("\u{fa52}")
#let ti-brand-office = tabler-icon.with("\u{f398}")
#let ti-brand-ok-ru = tabler-icon.with("\u{f399}")
#let ti-brand-onedrive = tabler-icon.with("\u{f5d7}")
#let ti-brand-onlyfans = tabler-icon.with("\u{f605}")
#let ti-brand-open-source = tabler-icon.with("\u{edd0}")
#let ti-brand-openai = tabler-icon.with("\u{f78e}")
#let ti-brand-openvpn = tabler-icon.with("\u{f39a}")
#let ti-brand-opera = tabler-icon.with("\u{ec21}")
#let ti-brand-pagekit = tabler-icon.with("\u{edd1}")
#let ti-brand-parsinta = tabler-icon.with("\u{fc42}")
#let ti-brand-patreon = tabler-icon.with("\u{edd2}")
#let ti-brand-patreon-filled = tabler-icon.with("\u{fcff}")
#let ti-brand-paypal = tabler-icon.with("\u{ec22}")
#let ti-brand-paypal-filled = tabler-icon.with("\u{f7e9}")
#let ti-brand-paypay = tabler-icon.with("\u{f5ec}")
#let ti-brand-peanut = tabler-icon.with("\u{f39b}")
#let ti-brand-pepsi = tabler-icon.with("\u{f261}")
#let ti-brand-php = tabler-icon.with("\u{ef72}")
#let ti-brand-picsart = tabler-icon.with("\u{f4d9}")
#let ti-brand-pinterest = tabler-icon.with("\u{ec8d}")
#let ti-brand-planetscale = tabler-icon.with("\u{f78f}")
#let ti-brand-pnpm = tabler-icon.with("\u{fd77}")
#let ti-brand-pocket = tabler-icon.with("\u{ed00}")
#let ti-brand-polymer = tabler-icon.with("\u{f498}")
#let ti-brand-powershell = tabler-icon.with("\u{f5ed}")
#let ti-brand-printables = tabler-icon.with("\u{fd1b}")
#let ti-brand-prisma = tabler-icon.with("\u{f499}")
#let ti-brand-producthunt = tabler-icon.with("\u{edd3}")
#let ti-brand-pushbullet = tabler-icon.with("\u{f330}")
#let ti-brand-pushover = tabler-icon.with("\u{f20e}")
#let ti-brand-python = tabler-icon.with("\u{ed01}")
#let ti-brand-qq = tabler-icon.with("\u{f606}")
#let ti-brand-radix-ui = tabler-icon.with("\u{f790}")
#let ti-brand-react = tabler-icon.with("\u{f34c}")
#let ti-brand-react-native = tabler-icon.with("\u{ef73}")
#let ti-brand-reason = tabler-icon.with("\u{f49a}")
#let ti-brand-reddit = tabler-icon.with("\u{ec8e}")
#let ti-brand-redhat = tabler-icon.with("\u{f331}")
#let ti-brand-redux = tabler-icon.with("\u{f3a8}")
#let ti-brand-revolut = tabler-icon.with("\u{f4da}")
#let ti-brand-rumble = tabler-icon.with("\u{fad1}")
#let ti-brand-rust = tabler-icon.with("\u{fa53}")
#let ti-brand-safari = tabler-icon.with("\u{ec23}")
#let ti-brand-samsungpass = tabler-icon.with("\u{f4db}")
#let ti-brand-sass = tabler-icon.with("\u{edd4}")
#let ti-brand-sentry = tabler-icon.with("\u{edd5}")
#let ti-brand-sharik = tabler-icon.with("\u{f4dc}")
#let ti-brand-shazam = tabler-icon.with("\u{edd6}")
#let ti-brand-shopee = tabler-icon.with("\u{f252}")
#let ti-brand-sketch = tabler-icon.with("\u{ec24}")
#let ti-brand-skype = tabler-icon.with("\u{ed02}")
#let ti-brand-slack = tabler-icon.with("\u{ec72}")
#let ti-brand-snapchat = tabler-icon.with("\u{ec25}")
#let ti-brand-snapseed = tabler-icon.with("\u{f253}")
#let ti-brand-snowflake = tabler-icon.with("\u{f615}")
#let ti-brand-socket-io = tabler-icon.with("\u{f49b}")
#let ti-brand-solidjs = tabler-icon.with("\u{f5ee}")
#let ti-brand-soundcloud = tabler-icon.with("\u{ed6e}")
#let ti-brand-spacehey = tabler-icon.with("\u{f4fc}")
#let ti-brand-speedtest = tabler-icon.with("\u{fa77}")
#let ti-brand-spotify = tabler-icon.with("\u{ed03}")
#let ti-brand-spotify-filled = tabler-icon.with("\u{fe86}")
#let ti-brand-stackoverflow = tabler-icon.with("\u{ef58}")
#let ti-brand-stackshare = tabler-icon.with("\u{f607}")
#let ti-brand-steam = tabler-icon.with("\u{ed6f}")
#let ti-brand-stocktwits = tabler-icon.with("\u{fd78}")
#let ti-brand-storj = tabler-icon.with("\u{fa54}")
#let ti-brand-storybook = tabler-icon.with("\u{f332}")
#let ti-brand-storytel = tabler-icon.with("\u{f608}")
#let ti-brand-strava = tabler-icon.with("\u{f254}")
#let ti-brand-stripe = tabler-icon.with("\u{edd7}")
#let ti-brand-sublime-text = tabler-icon.with("\u{ef74}")
#let ti-brand-sugarizer = tabler-icon.with("\u{f7a5}")
#let ti-brand-supabase = tabler-icon.with("\u{f6d3}")
#let ti-brand-superhuman = tabler-icon.with("\u{f50c}")
#let ti-brand-supernova = tabler-icon.with("\u{f49c}")
#let ti-brand-surfshark = tabler-icon.with("\u{f255}")
#let ti-brand-svelte = tabler-icon.with("\u{f0df}")
#let ti-brand-swift = tabler-icon.with("\u{fa55}")
#let ti-brand-symfony = tabler-icon.with("\u{f616}")
#let ti-brand-tabler = tabler-icon.with("\u{ec8f}")
#let ti-brand-tailwind = tabler-icon.with("\u{eca1}")
#let ti-brand-taobao = tabler-icon.with("\u{f5ef}")
#let ti-brand-teams = tabler-icon.with("\u{fadf}")
#let ti-brand-ted = tabler-icon.with("\u{f658}")
#let ti-brand-telegram = tabler-icon.with("\u{ec26}")
#let ti-brand-terraform = tabler-icon.with("\u{fa56}")
#let ti-brand-tether = tabler-icon.with("\u{f5a3}")
#let ti-brand-thingiverse = tabler-icon.with("\u{fd1c}")
#let ti-brand-threads = tabler-icon.with("\u{fb02}")
#let ti-brand-threejs = tabler-icon.with("\u{f5f0}")
#let ti-brand-tidal = tabler-icon.with("\u{ed70}")
#let ti-brand-tiktok = tabler-icon.with("\u{ec73}")
#let ti-brand-tiktok-filled = tabler-icon.with("\u{f7ea}")
#let ti-brand-tinder = tabler-icon.with("\u{ed71}")
#let ti-brand-topbuzz = tabler-icon.with("\u{f50d}")
#let ti-brand-torchain = tabler-icon.with("\u{f5a4}")
#let ti-brand-toyota = tabler-icon.with("\u{f262}")
#let ti-brand-trello = tabler-icon.with("\u{f39d}")
#let ti-brand-tripadvisor = tabler-icon.with("\u{f002}")
#let ti-brand-tumblr = tabler-icon.with("\u{ed04}")
#let ti-brand-twilio = tabler-icon.with("\u{f617}")
#let ti-brand-twitch = tabler-icon.with("\u{ed05}")
#let ti-brand-twitter = tabler-icon.with("\u{ec27}")
#let ti-brand-twitter-filled = tabler-icon.with("\u{f7eb}")
#let ti-brand-typescript = tabler-icon.with("\u{f5f1}")
#let ti-brand-uber = tabler-icon.with("\u{ef75}")
#let ti-brand-ubuntu = tabler-icon.with("\u{ef59}")
#let ti-brand-unity = tabler-icon.with("\u{f49d}")
#let ti-brand-unsplash = tabler-icon.with("\u{edd8}")
#let ti-brand-upwork = tabler-icon.with("\u{f39e}")
#let ti-brand-valorant = tabler-icon.with("\u{f39f}")
#let ti-brand-vercel = tabler-icon.with("\u{ef24}")
#let ti-brand-vimeo = tabler-icon.with("\u{ed06}")
#let ti-brand-vinted = tabler-icon.with("\u{f20f}")
#let ti-brand-visa = tabler-icon.with("\u{f380}")
#let ti-brand-visual-studio = tabler-icon.with("\u{ef76}")
#let ti-brand-vite = tabler-icon.with("\u{f5f2}")
#let ti-brand-vivaldi = tabler-icon.with("\u{f210}")
#let ti-brand-vk = tabler-icon.with("\u{ed72}")
#let ti-brand-vlc = tabler-icon.with("\u{fa78}")
#let ti-brand-volkswagen = tabler-icon.with("\u{f50e}")
#let ti-brand-vsco = tabler-icon.with("\u{f334}")
#let ti-brand-vscode = tabler-icon.with("\u{f3a0}")
#let ti-brand-vue = tabler-icon.with("\u{f0e0}")
#let ti-brand-walmart = tabler-icon.with("\u{f211}")
#let ti-brand-waze = tabler-icon.with("\u{f5d8}")
#let ti-brand-webflow = tabler-icon.with("\u{f2d2}")
#let ti-brand-wechat = tabler-icon.with("\u{f5f3}")
#let ti-brand-weibo = tabler-icon.with("\u{f609}")
#let ti-brand-whatsapp = tabler-icon.with("\u{ec74}")
#let ti-brand-wikipedia = tabler-icon.with("\u{fa79}")
#let ti-brand-windows = tabler-icon.with("\u{ecd8}")
#let ti-brand-windy = tabler-icon.with("\u{f4dd}")
#let ti-brand-wish = tabler-icon.with("\u{f212}")
#let ti-brand-wix = tabler-icon.with("\u{f3a1}")
#let ti-brand-wordpress = tabler-icon.with("\u{f2d3}")
#let ti-brand-x = tabler-icon.with("\u{fc0f}")
#let ti-brand-x-filled = tabler-icon.with("\u{fc21}")
#let ti-brand-xamarin = tabler-icon.with("\u{fa7a}")
#let ti-brand-xbox = tabler-icon.with("\u{f298}")
#let ti-brand-xdeep = tabler-icon.with("\u{fc10}")
#let ti-brand-xing = tabler-icon.with("\u{f21a}")
#let ti-brand-yahoo = tabler-icon.with("\u{ed73}")
#let ti-brand-yandex = tabler-icon.with("\u{fae1}")
#let ti-brand-yarn = tabler-icon.with("\u{fd79}")
#let ti-brand-yatse = tabler-icon.with("\u{f213}")
#let ti-brand-ycombinator = tabler-icon.with("\u{edd9}")
#let ti-brand-youtube = tabler-icon.with("\u{ec90}")
#let ti-brand-youtube-filled = tabler-icon.with("\u{fc22}")
#let ti-brand-youtube-kids = tabler-icon.with("\u{f214}")
#let ti-brand-zalando = tabler-icon.with("\u{f49e}")
#let ti-brand-zapier = tabler-icon.with("\u{f49f}")
#let ti-brand-zeit = tabler-icon.with("\u{f335}")
#let ti-brand-zhihu = tabler-icon.with("\u{f60a}")
#let ti-brand-zoom = tabler-icon.with("\u{f215}")
#let ti-brand-zulip = tabler-icon.with("\u{f4de}")
#let ti-brand-zwift = tabler-icon.with("\u{f216}")
#let ti-bread = tabler-icon.with("\u{efa3}")
#let ti-bread-filled = tabler-icon.with("\u{fe85}")
#let ti-bread-off = tabler-icon.with("\u{f3cb}")
#let ti-briefcase = tabler-icon.with("\u{ea46}")
#let ti-briefcase-2 = tabler-icon.with("\u{fb03}")
#let ti-briefcase-2-filled = tabler-icon.with("\u{fe84}")
#let ti-briefcase-filled = tabler-icon.with("\u{fd00}")
#let ti-briefcase-off = tabler-icon.with("\u{f3cc}")
#let ti-brightness = tabler-icon.with("\u{eb7f}")
#let ti-brightness-2 = tabler-icon.with("\u{ee19}")
#let ti-brightness-auto = tabler-icon.with("\u{fd99}")
#let ti-brightness-auto-filled = tabler-icon.with("\u{fe83}")
#let ti-brightness-down = tabler-icon.with("\u{eb7d}")
#let ti-brightness-down-filled = tabler-icon.with("\u{fb23}")
#let ti-brightness-filled = tabler-icon.with("\u{fe82}")
#let ti-brightness-half = tabler-icon.with("\u{ee1a}")
#let ti-brightness-off = tabler-icon.with("\u{f3cd}")
#let ti-brightness-up = tabler-icon.with("\u{eb7e}")
#let ti-brightness-up-filled = tabler-icon.with("\u{fb24}")
#let ti-broadcast = tabler-icon.with("\u{f1e9}")
#let ti-broadcast-off = tabler-icon.with("\u{f1e8}")
#let ti-browser = tabler-icon.with("\u{ebb7}")
#let ti-browser-check = tabler-icon.with("\u{efd6}")
#let ti-browser-off = tabler-icon.with("\u{f0c1}")
#let ti-browser-plus = tabler-icon.with("\u{efd7}")
#let ti-browser-x = tabler-icon.with("\u{efd8}")
#let ti-brush = tabler-icon.with("\u{ebb8}")
#let ti-brush-off = tabler-icon.with("\u{f0c2}")
#let ti-bubble = tabler-icon.with("\u{feba}")
#let ti-bubble-filled = tabler-icon.with("\u{fec3}")
#let ti-bubble-minus = tabler-icon.with("\u{febe}")
#let ti-bubble-plus = tabler-icon.with("\u{febd}")
#let ti-bubble-tea = tabler-icon.with("\u{ff51}")
#let ti-bubble-tea-2 = tabler-icon.with("\u{ff52}")
#let ti-bubble-text = tabler-icon.with("\u{febc}")
#let ti-bubble-x = tabler-icon.with("\u{febb}")
#let ti-bucket = tabler-icon.with("\u{ea47}")
#let ti-bucket-droplet = tabler-icon.with("\u{f56a}")
#let ti-bucket-off = tabler-icon.with("\u{f103}")
#let ti-bug = tabler-icon.with("\u{ea48}")
#let ti-bug-filled = tabler-icon.with("\u{fd01}")
#let ti-bug-off = tabler-icon.with("\u{f0c3}")
#let ti-building = tabler-icon.with("\u{ea4f}")
#let ti-building-airport = tabler-icon.with("\u{ffa9}")
#let ti-building-arch = tabler-icon.with("\u{ea49}")
#let ti-building-bank = tabler-icon.with("\u{ebe2}")
#let ti-building-bridge = tabler-icon.with("\u{ea4b}")
#let ti-building-bridge-2 = tabler-icon.with("\u{ea4a}")
#let ti-building-broadcast-tower = tabler-icon.with("\u{f4be}")
#let ti-building-broadcast-tower-filled = tabler-icon.with("\u{fe81}")
#let ti-building-burj-al-arab = tabler-icon.with("\u{ff50}")
#let ti-building-carousel = tabler-icon.with("\u{ed87}")
#let ti-building-castle = tabler-icon.with("\u{ed88}")
#let ti-building-church = tabler-icon.with("\u{ea4c}")
#let ti-building-circus = tabler-icon.with("\u{f4bf}")
#let ti-building-cog = tabler-icon.with("\u{10062}")
#let ti-building-community = tabler-icon.with("\u{ebf6}")
#let ti-building-cottage = tabler-icon.with("\u{ee1b}")
#let ti-building-estate = tabler-icon.with("\u{f5a5}")
#let ti-building-factory = tabler-icon.with("\u{ee1c}")
#let ti-building-factory-2 = tabler-icon.with("\u{f082}")
#let ti-building-fortress = tabler-icon.with("\u{ed89}")
#let ti-building-hospital = tabler-icon.with("\u{ea4d}")
#let ti-building-lighthouse = tabler-icon.with("\u{ed8a}")
#let ti-building-minus = tabler-icon.with("\u{10061}")
#let ti-building-monument = tabler-icon.with("\u{ed26}")
#let ti-building-mosque = tabler-icon.with("\u{fa57}")
#let ti-building-off = tabler-icon.with("\u{fefd}")
#let ti-building-pavilion = tabler-icon.with("\u{ebf7}")
#let ti-building-plus = tabler-icon.with("\u{10060}")
#let ti-building-skyscraper = tabler-icon.with("\u{ec39}")
#let ti-building-stadium = tabler-icon.with("\u{f641}")
#let ti-building-store = tabler-icon.with("\u{ea4e}")
#let ti-building-tunnel = tabler-icon.with("\u{f5a6}")
#let ti-building-warehouse = tabler-icon.with("\u{ebe3}")
#let ti-building-wind-turbine = tabler-icon.with("\u{f4c0}")
#let ti-buildings = tabler-icon.with("\u{ff40}")
#let ti-bulb = tabler-icon.with("\u{ea51}")
#let ti-bulb-filled = tabler-icon.with("\u{f66a}")
#let ti-bulb-off = tabler-icon.with("\u{ea50}")
#let ti-bulldozer = tabler-icon.with("\u{ee1d}")
#let ti-burger = tabler-icon.with("\u{fcb4}")
#let ti-bus = tabler-icon.with("\u{ebe4}")
#let ti-bus-off = tabler-icon.with("\u{f3ce}")
#let ti-bus-stop = tabler-icon.with("\u{f2d4}")
#let ti-businessplan = tabler-icon.with("\u{ee1e}")
#let ti-butterfly = tabler-icon.with("\u{efd9}")
#let ti-butterfly-filled = tabler-icon.with("\u{10016}")
#let ti-cactus = tabler-icon.with("\u{f21b}")
#let ti-cactus-filled = tabler-icon.with("\u{fb25}")
#let ti-cactus-off = tabler-icon.with("\u{f3cf}")
#let ti-cake = tabler-icon.with("\u{f00f}")
#let ti-cake-off = tabler-icon.with("\u{f104}")
#let ti-calculator = tabler-icon.with("\u{eb80}")
#let ti-calculator-filled = tabler-icon.with("\u{fb26}")
#let ti-calculator-off = tabler-icon.with("\u{f0c4}")
#let ti-calendar = tabler-icon.with("\u{ea53}")
#let ti-calendar-bolt = tabler-icon.with("\u{f822}")
#let ti-calendar-cancel = tabler-icon.with("\u{f823}")
#let ti-calendar-check = tabler-icon.with("\u{f824}")
#let ti-calendar-clock = tabler-icon.with("\u{fd2e}")
#let ti-calendar-code = tabler-icon.with("\u{f825}")
#let ti-calendar-cog = tabler-icon.with("\u{f826}")
#let ti-calendar-dollar = tabler-icon.with("\u{f827}")
#let ti-calendar-dot = tabler-icon.with("\u{fd3e}")
#let ti-calendar-down = tabler-icon.with("\u{f828}")
#let ti-calendar-due = tabler-icon.with("\u{f621}")
#let ti-calendar-event = tabler-icon.with("\u{ea52}")
#let ti-calendar-exclamation = tabler-icon.with("\u{f829}")
#let ti-calendar-filled = tabler-icon.with("\u{fb27}")
#let ti-calendar-heart = tabler-icon.with("\u{f82a}")
#let ti-calendar-minus = tabler-icon.with("\u{ebb9}")
#let ti-calendar-month = tabler-icon.with("\u{fd2f}")
#let ti-calendar-off = tabler-icon.with("\u{ee1f}")
#let ti-calendar-pause = tabler-icon.with("\u{f82b}")
#let ti-calendar-pin = tabler-icon.with("\u{f82c}")
#let ti-calendar-plus = tabler-icon.with("\u{ebba}")
#let ti-calendar-question = tabler-icon.with("\u{f82d}")
#let ti-calendar-repeat = tabler-icon.with("\u{fad2}")
#let ti-calendar-sad = tabler-icon.with("\u{fd1d}")
#let ti-calendar-search = tabler-icon.with("\u{f82e}")
#let ti-calendar-share = tabler-icon.with("\u{f82f}")
#let ti-calendar-smile = tabler-icon.with("\u{fd1e}")
#let ti-calendar-star = tabler-icon.with("\u{f830}")
#let ti-calendar-stats = tabler-icon.with("\u{ee20}")
#let ti-calendar-time = tabler-icon.with("\u{ee21}")
#let ti-calendar-up = tabler-icon.with("\u{f831}")
#let ti-calendar-user = tabler-icon.with("\u{fd1f}")
#let ti-calendar-week = tabler-icon.with("\u{fd30}")
#let ti-calendar-x = tabler-icon.with("\u{f832}")
#let ti-camera = tabler-icon.with("\u{ea54}")
#let ti-camera-ai = tabler-icon.with("\u{ffa8}")
#let ti-camera-bitcoin = tabler-icon.with("\u{ffa7}")
#let ti-camera-bolt = tabler-icon.with("\u{f833}")
#let ti-camera-cancel = tabler-icon.with("\u{f834}")
#let ti-camera-check = tabler-icon.with("\u{f835}")
#let ti-camera-code = tabler-icon.with("\u{f836}")
#let ti-camera-cog = tabler-icon.with("\u{f837}")
#let ti-camera-dollar = tabler-icon.with("\u{f838}")
#let ti-camera-down = tabler-icon.with("\u{f839}")
#let ti-camera-exclamation = tabler-icon.with("\u{f83a}")
#let ti-camera-filled = tabler-icon.with("\u{fa37}")
#let ti-camera-heart = tabler-icon.with("\u{f83b}")
#let ti-camera-minus = tabler-icon.with("\u{ec3a}")
#let ti-camera-moon = tabler-icon.with("\u{ffa6}")
#let ti-camera-off = tabler-icon.with("\u{ecee}")
#let ti-camera-pause = tabler-icon.with("\u{f83c}")
#let ti-camera-pin = tabler-icon.with("\u{f83d}")
#let ti-camera-plus = tabler-icon.with("\u{ec3b}")
#let ti-camera-question = tabler-icon.with("\u{f83e}")
#let ti-camera-rotate = tabler-icon.with("\u{ee22}")
#let ti-camera-search = tabler-icon.with("\u{f83f}")
#let ti-camera-selfie = tabler-icon.with("\u{ee23}")
#let ti-camera-share = tabler-icon.with("\u{f840}")
#let ti-camera-spark = tabler-icon.with("\u{ffbc}")
#let ti-camera-star = tabler-icon.with("\u{f841}")
#let ti-camera-up = tabler-icon.with("\u{f842}")
#let ti-camera-x = tabler-icon.with("\u{f843}")
#let ti-camper = tabler-icon.with("\u{fa25}")
#let ti-campfire = tabler-icon.with("\u{f5a7}")
#let ti-campfire-filled = tabler-icon.with("\u{fb28}")
#let ti-cancel = tabler-icon.with("\u{ff11}")
#let ti-candle = tabler-icon.with("\u{efc6}")
#let ti-candle-filled = tabler-icon.with("\u{fc23}")
#let ti-candy = tabler-icon.with("\u{ef0d}")
#let ti-candy-off = tabler-icon.with("\u{f0c5}")
#let ti-cane = tabler-icon.with("\u{f50f}")
#let ti-cannabis = tabler-icon.with("\u{f4c1}")
#let ti-cannabis-filled = tabler-icon.with("\u{10015}")
#let ti-cap-projecting = tabler-icon.with("\u{ff22}")
#let ti-cap-rounded = tabler-icon.with("\u{ff21}")
#let ti-cap-straight = tabler-icon.with("\u{ff20}")
#let ti-capsule = tabler-icon.with("\u{fae3}")
#let ti-capsule-filled = tabler-icon.with("\u{fc24}")
#let ti-capsule-horizontal = tabler-icon.with("\u{fae2}")
#let ti-capsule-horizontal-filled = tabler-icon.with("\u{fc25}")
#let ti-capture = tabler-icon.with("\u{ec3c}")
#let ti-capture-filled = tabler-icon.with("\u{fb29}")
#let ti-capture-off = tabler-icon.with("\u{f0c6}")
#let ti-car = tabler-icon.with("\u{ebbb}")
#let ti-car-4wd = tabler-icon.with("\u{fdb8}")
#let ti-car-4wd-filled = tabler-icon.with("\u{1001e}")
#let ti-car-crane = tabler-icon.with("\u{ef25}")
#let ti-car-crash = tabler-icon.with("\u{efa4}")
#let ti-car-fan = tabler-icon.with("\u{fdb3}")
#let ti-car-fan-1 = tabler-icon.with("\u{fdb7}")
#let ti-car-fan-2 = tabler-icon.with("\u{fdb6}")
#let ti-car-fan-3 = tabler-icon.with("\u{fdb5}")
#let ti-car-fan-auto = tabler-icon.with("\u{fdb4}")
#let ti-car-fan-filled = tabler-icon.with("\u{1001d}")
#let ti-car-filled = tabler-icon.with("\u{1004c}")
#let ti-car-garage = tabler-icon.with("\u{fc77}")
#let ti-car-off = tabler-icon.with("\u{f0c7}")
#let ti-car-suv = tabler-icon.with("\u{fc8b}")
#let ti-car-suv-filled = tabler-icon.with("\u{1004d}")
#let ti-car-turbine = tabler-icon.with("\u{f4fd}")
#let ti-carambola = tabler-icon.with("\u{feb9}")
#let ti-carambola-filled = tabler-icon.with("\u{10014}")
#let ti-caravan = tabler-icon.with("\u{ec7c}")
#let ti-cardboards = tabler-icon.with("\u{ed74}")
#let ti-cardboards-filled = tabler-icon.with("\u{1001c}")
#let ti-cardboards-off = tabler-icon.with("\u{f0c8}")
#let ti-cards = tabler-icon.with("\u{f510}")
#let ti-cards-filled = tabler-icon.with("\u{fc26}")
#let ti-caret-down = tabler-icon.with("\u{eb5d}")
#let ti-caret-down-filled = tabler-icon.with("\u{fb2a}")
#let ti-caret-left = tabler-icon.with("\u{eb5e}")
#let ti-caret-left-filled = tabler-icon.with("\u{fb2b}")
#let ti-caret-left-right = tabler-icon.with("\u{fc43}")
#let ti-caret-left-right-filled = tabler-icon.with("\u{fd02}")
#let ti-caret-right = tabler-icon.with("\u{eb5f}")
#let ti-caret-right-filled = tabler-icon.with("\u{fb2c}")
#let ti-caret-up = tabler-icon.with("\u{eb60}")
#let ti-caret-up-down = tabler-icon.with("\u{fc44}")
#let ti-caret-up-down-filled = tabler-icon.with("\u{fd03}")
#let ti-caret-up-filled = tabler-icon.with("\u{fb2d}")
#let ti-carousel-horizontal = tabler-icon.with("\u{f659}")
#let ti-carousel-horizontal-filled = tabler-icon.with("\u{fa92}")
#let ti-carousel-vertical = tabler-icon.with("\u{f65a}")
#let ti-carousel-vertical-filled = tabler-icon.with("\u{fa93}")
#let ti-carrot = tabler-icon.with("\u{f21c}")
#let ti-carrot-off = tabler-icon.with("\u{f3d0}")
#let ti-cash = tabler-icon.with("\u{ea55}")
#let ti-cash-banknote = tabler-icon.with("\u{ee25}")
#let ti-cash-banknote-filled = tabler-icon.with("\u{fe80}")
#let ti-cash-banknote-off = tabler-icon.with("\u{ee24}")
#let ti-cash-off = tabler-icon.with("\u{f105}")
#let ti-cash-register = tabler-icon.with("\u{fee6}")
#let ti-cast = tabler-icon.with("\u{ea56}")
#let ti-cast-off = tabler-icon.with("\u{f0c9}")
#let ti-cat = tabler-icon.with("\u{f65b}")
#let ti-category = tabler-icon.with("\u{f1f6}")
#let ti-category-2 = tabler-icon.with("\u{f1f5}")
#let ti-category-filled = tabler-icon.with("\u{fb2e}")
#let ti-category-minus = tabler-icon.with("\u{fd20}")
#let ti-category-plus = tabler-icon.with("\u{fd21}")
#let ti-ce = tabler-icon.with("\u{ed75}")
#let ti-ce-off = tabler-icon.with("\u{f0ca}")
#let ti-cell = tabler-icon.with("\u{f05f}")
#let ti-cell-signal-1 = tabler-icon.with("\u{f083}")
#let ti-cell-signal-2 = tabler-icon.with("\u{f084}")
#let ti-cell-signal-3 = tabler-icon.with("\u{f085}")
#let ti-cell-signal-4 = tabler-icon.with("\u{f086}")
#let ti-cell-signal-5 = tabler-icon.with("\u{f087}")
#let ti-cell-signal-off = tabler-icon.with("\u{f088}")
#let ti-certificate = tabler-icon.with("\u{ed76}")
#let ti-certificate-2 = tabler-icon.with("\u{f073}")
#let ti-certificate-2-off = tabler-icon.with("\u{f0cb}")
#let ti-certificate-off = tabler-icon.with("\u{f0cc}")
#let ti-chair-director = tabler-icon.with("\u{f2d5}")
#let ti-chalkboard = tabler-icon.with("\u{f34d}")
#let ti-chalkboard-off = tabler-icon.with("\u{f3d1}")
#let ti-charging-pile = tabler-icon.with("\u{ee26}")
#let ti-charging-pile-filled = tabler-icon.with("\u{1001b}")
#let ti-chart-arcs = tabler-icon.with("\u{ee28}")
#let ti-chart-arcs-3 = tabler-icon.with("\u{ee27}")
#let ti-chart-area = tabler-icon.with("\u{ea58}")
#let ti-chart-area-filled = tabler-icon.with("\u{f66b}")
#let ti-chart-area-line = tabler-icon.with("\u{ea57}")
#let ti-chart-area-line-filled = tabler-icon.with("\u{f66c}")
#let ti-chart-arrows = tabler-icon.with("\u{ee2a}")
#let ti-chart-arrows-vertical = tabler-icon.with("\u{ee29}")
#let ti-chart-bar = tabler-icon.with("\u{ea59}")
#let ti-chart-bar-off = tabler-icon.with("\u{f3d2}")
#let ti-chart-bar-popular = tabler-icon.with("\u{fef7}")
#let ti-chart-bubble = tabler-icon.with("\u{ec75}")
#let ti-chart-bubble-filled = tabler-icon.with("\u{f66d}")
#let ti-chart-candle = tabler-icon.with("\u{ea5a}")
#let ti-chart-candle-filled = tabler-icon.with("\u{f66e}")
#let ti-chart-circles = tabler-icon.with("\u{ee2b}")
#let ti-chart-cohort = tabler-icon.with("\u{fef6}")
#let ti-chart-column = tabler-icon.with("\u{ffa5}")
#let ti-chart-covariate = tabler-icon.with("\u{ffa4}")
#let ti-chart-donut = tabler-icon.with("\u{ea5b}")
#let ti-chart-donut-2 = tabler-icon.with("\u{ee2c}")
#let ti-chart-donut-3 = tabler-icon.with("\u{ee2d}")
#let ti-chart-donut-4 = tabler-icon.with("\u{ee2e}")
#let ti-chart-donut-filled = tabler-icon.with("\u{f66f}")
#let ti-chart-dots = tabler-icon.with("\u{ee2f}")
#let ti-chart-dots-2 = tabler-icon.with("\u{f097}")
#let ti-chart-dots-3 = tabler-icon.with("\u{f098}")
#let ti-chart-dots-filled = tabler-icon.with("\u{fd04}")
#let ti-chart-funnel = tabler-icon.with("\u{fef5}")
#let ti-chart-grid-dots = tabler-icon.with("\u{f4c2}")
#let ti-chart-grid-dots-filled = tabler-icon.with("\u{fd05}")
#let ti-chart-histogram = tabler-icon.with("\u{f65c}")
#let ti-chart-infographic = tabler-icon.with("\u{ee30}")
#let ti-chart-line = tabler-icon.with("\u{ea5c}")
#let ti-chart-pie = tabler-icon.with("\u{ea5d}")
#let ti-chart-pie-2 = tabler-icon.with("\u{ee31}")
#let ti-chart-pie-3 = tabler-icon.with("\u{ee32}")
#let ti-chart-pie-4 = tabler-icon.with("\u{ee33}")
#let ti-chart-pie-filled = tabler-icon.with("\u{f670}")
#let ti-chart-pie-off = tabler-icon.with("\u{f3d3}")
#let ti-chart-ppf = tabler-icon.with("\u{f618}")
#let ti-chart-radar = tabler-icon.with("\u{ed77}")
#let ti-chart-sankey = tabler-icon.with("\u{f619}")
#let ti-chart-scatter = tabler-icon.with("\u{fd93}")
#let ti-chart-scatter-3d = tabler-icon.with("\u{fd92}")
#let ti-chart-treemap = tabler-icon.with("\u{f381}")
#let ti-check = tabler-icon.with("\u{ea5e}")
#let ti-checkbox = tabler-icon.with("\u{eba6}")
#let ti-checklist = tabler-icon.with("\u{f074}")
#let ti-checks = tabler-icon.with("\u{ebaa}")
#let ti-checkup-list = tabler-icon.with("\u{ef5a}")
#let ti-cheese = tabler-icon.with("\u{ef26}")
#let ti-chef-hat = tabler-icon.with("\u{f21d}")
#let ti-chef-hat-off = tabler-icon.with("\u{f3d4}")
#let ti-cherry = tabler-icon.with("\u{f511}")
#let ti-cherry-filled = tabler-icon.with("\u{f728}")
#let ti-chess = tabler-icon.with("\u{f382}")
#let ti-chess-bishop = tabler-icon.with("\u{f56b}")
#let ti-chess-bishop-filled = tabler-icon.with("\u{f729}")
#let ti-chess-filled = tabler-icon.with("\u{f72a}")
#let ti-chess-king = tabler-icon.with("\u{f56c}")
#let ti-chess-king-filled = tabler-icon.with("\u{f72b}")
#let ti-chess-knight = tabler-icon.with("\u{f56d}")
#let ti-chess-knight-filled = tabler-icon.with("\u{f72c}")
#let ti-chess-queen = tabler-icon.with("\u{f56e}")
#let ti-chess-queen-filled = tabler-icon.with("\u{f72d}")
#let ti-chess-rook = tabler-icon.with("\u{f56f}")
#let ti-chess-rook-filled = tabler-icon.with("\u{f72e}")
#let ti-chevron-compact-down = tabler-icon.with("\u{faf0}")
#let ti-chevron-compact-left = tabler-icon.with("\u{faf1}")
#let ti-chevron-compact-right = tabler-icon.with("\u{faf2}")
#let ti-chevron-compact-up = tabler-icon.with("\u{faf3}")
#let ti-chevron-down = tabler-icon.with("\u{ea5f}")
#let ti-chevron-down-left = tabler-icon.with("\u{ed09}")
#let ti-chevron-down-right = tabler-icon.with("\u{ed0a}")
#let ti-chevron-left = tabler-icon.with("\u{ea60}")
#let ti-chevron-left-pipe = tabler-icon.with("\u{fae4}")
#let ti-chevron-right = tabler-icon.with("\u{ea61}")
#let ti-chevron-right-pipe = tabler-icon.with("\u{fae5}")
#let ti-chevron-up = tabler-icon.with("\u{ea62}")
#let ti-chevron-up-left = tabler-icon.with("\u{ed0b}")
#let ti-chevron-up-right = tabler-icon.with("\u{ed0c}")
#let ti-chevrons-down = tabler-icon.with("\u{ea63}")
#let ti-chevrons-down-left = tabler-icon.with("\u{ed0d}")
#let ti-chevrons-down-right = tabler-icon.with("\u{ed0e}")
#let ti-chevrons-left = tabler-icon.with("\u{ea64}")
#let ti-chevrons-right = tabler-icon.with("\u{ea65}")
#let ti-chevrons-up = tabler-icon.with("\u{ea66}")
#let ti-chevrons-up-left = tabler-icon.with("\u{ed0f}")
#let ti-chevrons-up-right = tabler-icon.with("\u{ed10}")
#let ti-chisel = tabler-icon.with("\u{f383}")
#let ti-christmas-ball = tabler-icon.with("\u{fd31}")
#let ti-christmas-tree = tabler-icon.with("\u{ed78}")
#let ti-christmas-tree-filled = tabler-icon.with("\u{1001a}")
#let ti-christmas-tree-off = tabler-icon.with("\u{f3d5}")
#let ti-circle = tabler-icon.with("\u{ea6b}")
#let ti-circle-arrow-down = tabler-icon.with("\u{f6f9}")
#let ti-circle-arrow-down-filled = tabler-icon.with("\u{f6f4}")
#let ti-circle-arrow-down-left = tabler-icon.with("\u{f6f6}")
#let ti-circle-arrow-down-left-filled = tabler-icon.with("\u{f6f5}")
#let ti-circle-arrow-down-right = tabler-icon.with("\u{f6f8}")
#let ti-circle-arrow-down-right-filled = tabler-icon.with("\u{f6f7}")
#let ti-circle-arrow-left = tabler-icon.with("\u{f6fb}")
#let ti-circle-arrow-left-filled = tabler-icon.with("\u{f6fa}")
#let ti-circle-arrow-right = tabler-icon.with("\u{f6fd}")
#let ti-circle-arrow-right-filled = tabler-icon.with("\u{f6fc}")
#let ti-circle-arrow-up = tabler-icon.with("\u{f703}")
#let ti-circle-arrow-up-filled = tabler-icon.with("\u{f6fe}")
#let ti-circle-arrow-up-left = tabler-icon.with("\u{f700}")
#let ti-circle-arrow-up-left-filled = tabler-icon.with("\u{f6ff}")
#let ti-circle-arrow-up-right = tabler-icon.with("\u{f702}")
#let ti-circle-arrow-up-right-filled = tabler-icon.with("\u{f701}")
#let ti-circle-caret-down = tabler-icon.with("\u{f4a9}")
#let ti-circle-caret-left = tabler-icon.with("\u{f4aa}")
#let ti-circle-caret-right = tabler-icon.with("\u{f4ab}")
#let ti-circle-caret-up = tabler-icon.with("\u{f4ac}")
#let ti-circle-check = tabler-icon.with("\u{ea67}")
#let ti-circle-check-filled = tabler-icon.with("\u{f704}")
#let ti-circle-chevron-down = tabler-icon.with("\u{f622}")
#let ti-circle-chevron-left = tabler-icon.with("\u{f623}")
#let ti-circle-chevron-right = tabler-icon.with("\u{f624}")
#let ti-circle-chevron-up = tabler-icon.with("\u{f625}")
#let ti-circle-chevrons-down = tabler-icon.with("\u{f642}")
#let ti-circle-chevrons-left = tabler-icon.with("\u{f643}")
#let ti-circle-chevrons-right = tabler-icon.with("\u{f644}")
#let ti-circle-chevrons-up = tabler-icon.with("\u{f645}")
#let ti-circle-dashed = tabler-icon.with("\u{ed27}")
#let ti-circle-dashed-check = tabler-icon.with("\u{feb8}")
#let ti-circle-dashed-letter-a = tabler-icon.with("\u{ff9a}")
#let ti-circle-dashed-letter-b = tabler-icon.with("\u{ff99}")
#let ti-circle-dashed-letter-c = tabler-icon.with("\u{ff98}")
#let ti-circle-dashed-letter-d = tabler-icon.with("\u{ff97}")
#let ti-circle-dashed-letter-e = tabler-icon.with("\u{ff96}")
#let ti-circle-dashed-letter-f = tabler-icon.with("\u{ff95}")
#let ti-circle-dashed-letter-g = tabler-icon.with("\u{ff94}")
#let ti-circle-dashed-letter-h = tabler-icon.with("\u{ff93}")
#let ti-circle-dashed-letter-i = tabler-icon.with("\u{ff92}")
#let ti-circle-dashed-letter-j = tabler-icon.with("\u{ff91}")
#let ti-circle-dashed-letter-k = tabler-icon.with("\u{ff90}")
#let ti-circle-dashed-letter-l = tabler-icon.with("\u{ff8f}")
#let ti-circle-dashed-letter-letter-v = tabler-icon.with("\u{ff8e}")
#let ti-circle-dashed-letter-m = tabler-icon.with("\u{ff8d}")
#let ti-circle-dashed-letter-n = tabler-icon.with("\u{ff8c}")
#let ti-circle-dashed-letter-o = tabler-icon.with("\u{ff8b}")
#let ti-circle-dashed-letter-p = tabler-icon.with("\u{ff8a}")
#let ti-circle-dashed-letter-q = tabler-icon.with("\u{ff89}")
#let ti-circle-dashed-letter-r = tabler-icon.with("\u{ff88}")
#let ti-circle-dashed-letter-s = tabler-icon.with("\u{ff87}")
#let ti-circle-dashed-letter-t = tabler-icon.with("\u{ff86}")
#let ti-circle-dashed-letter-u = tabler-icon.with("\u{ff85}")
#let ti-circle-dashed-letter-v = tabler-icon.with("\u{ff84}")
#let ti-circle-dashed-letter-w = tabler-icon.with("\u{ff83}")
#let ti-circle-dashed-letter-x = tabler-icon.with("\u{ff82}")
#let ti-circle-dashed-letter-y = tabler-icon.with("\u{ff81}")
#let ti-circle-dashed-letter-z = tabler-icon.with("\u{ff80}")
#let ti-circle-dashed-minus = tabler-icon.with("\u{feb7}")
#let ti-circle-dashed-number-0 = tabler-icon.with("\u{fc6b}")
#let ti-circle-dashed-number-1 = tabler-icon.with("\u{fc6c}")
#let ti-circle-dashed-number-2 = tabler-icon.with("\u{fc6d}")
#let ti-circle-dashed-number-3 = tabler-icon.with("\u{fc6e}")
#let ti-circle-dashed-number-4 = tabler-icon.with("\u{fc6f}")
#let ti-circle-dashed-number-5 = tabler-icon.with("\u{fc70}")
#let ti-circle-dashed-number-6 = tabler-icon.with("\u{fc71}")
#let ti-circle-dashed-number-7 = tabler-icon.with("\u{fc72}")
#let ti-circle-dashed-number-8 = tabler-icon.with("\u{fc73}")
#let ti-circle-dashed-number-9 = tabler-icon.with("\u{fc74}")
#let ti-circle-dashed-percentage = tabler-icon.with("\u{fd7a}")
#let ti-circle-dashed-plus = tabler-icon.with("\u{feb6}")
#let ti-circle-dashed-x = tabler-icon.with("\u{fc75}")
#let ti-circle-dot = tabler-icon.with("\u{efb1}")
#let ti-circle-dot-filled = tabler-icon.with("\u{f705}")
#let ti-circle-dotted = tabler-icon.with("\u{ed28}")
#let ti-circle-dotted-letter-a = tabler-icon.with("\u{ff7f}")
#let ti-circle-dotted-letter-b = tabler-icon.with("\u{ff7e}")
#let ti-circle-dotted-letter-c = tabler-icon.with("\u{ff7d}")
#let ti-circle-dotted-letter-d = tabler-icon.with("\u{ff7c}")
#let ti-circle-dotted-letter-e = tabler-icon.with("\u{ff7b}")
#let ti-circle-dotted-letter-f = tabler-icon.with("\u{ff7a}")
#let ti-circle-dotted-letter-g = tabler-icon.with("\u{ff79}")
#let ti-circle-dotted-letter-h = tabler-icon.with("\u{ff78}")
#let ti-circle-dotted-letter-i = tabler-icon.with("\u{ff77}")
#let ti-circle-dotted-letter-j = tabler-icon.with("\u{ff76}")
#let ti-circle-dotted-letter-k = tabler-icon.with("\u{ff75}")
#let ti-circle-dotted-letter-l = tabler-icon.with("\u{ff74}")
#let ti-circle-dotted-letter-m = tabler-icon.with("\u{ff73}")
#let ti-circle-dotted-letter-n = tabler-icon.with("\u{ff72}")
#let ti-circle-dotted-letter-o = tabler-icon.with("\u{ff71}")
#let ti-circle-dotted-letter-p = tabler-icon.with("\u{ff70}")
#let ti-circle-dotted-letter-q = tabler-icon.with("\u{ff6f}")
#let ti-circle-dotted-letter-r = tabler-icon.with("\u{ff6e}")
#let ti-circle-dotted-letter-s = tabler-icon.with("\u{ff6d}")
#let ti-circle-dotted-letter-t = tabler-icon.with("\u{ff6c}")
#let ti-circle-dotted-letter-u = tabler-icon.with("\u{ff6b}")
#let ti-circle-dotted-letter-v = tabler-icon.with("\u{ff6a}")
#let ti-circle-dotted-letter-w = tabler-icon.with("\u{ff69}")
#let ti-circle-dotted-letter-x = tabler-icon.with("\u{ff68}")
#let ti-circle-dotted-letter-y = tabler-icon.with("\u{ff67}")
#let ti-circle-dotted-letter-z = tabler-icon.with("\u{ff66}")
#let ti-circle-filled = tabler-icon.with("\u{f671}")
#let ti-circle-half = tabler-icon.with("\u{ee3f}")
#let ti-circle-half-2 = tabler-icon.with("\u{eff3}")
#let ti-circle-half-vertical = tabler-icon.with("\u{ee3e}")
#let ti-circle-key = tabler-icon.with("\u{f633}")
#let ti-circle-key-filled = tabler-icon.with("\u{f706}")
#let ti-circle-letter-a = tabler-icon.with("\u{f441}")
#let ti-circle-letter-a-filled = tabler-icon.with("\u{fe7f}")
#let ti-circle-letter-b = tabler-icon.with("\u{f442}")
#let ti-circle-letter-b-filled = tabler-icon.with("\u{fe7e}")
#let ti-circle-letter-c = tabler-icon.with("\u{f443}")
#let ti-circle-letter-c-filled = tabler-icon.with("\u{fe7d}")
#let ti-circle-letter-d = tabler-icon.with("\u{f444}")
#let ti-circle-letter-d-filled = tabler-icon.with("\u{fe7c}")
#let ti-circle-letter-e = tabler-icon.with("\u{f445}")
#let ti-circle-letter-e-filled = tabler-icon.with("\u{fe7b}")
#let ti-circle-letter-f = tabler-icon.with("\u{f446}")
#let ti-circle-letter-f-filled = tabler-icon.with("\u{fe7a}")
#let ti-circle-letter-g = tabler-icon.with("\u{f447}")
#let ti-circle-letter-g-filled = tabler-icon.with("\u{fe79}")
#let ti-circle-letter-h = tabler-icon.with("\u{f448}")
#let ti-circle-letter-h-filled = tabler-icon.with("\u{fe78}")
#let ti-circle-letter-i = tabler-icon.with("\u{f449}")
#let ti-circle-letter-i-filled = tabler-icon.with("\u{fe77}")
#let ti-circle-letter-j = tabler-icon.with("\u{f44a}")
#let ti-circle-letter-j-filled = tabler-icon.with("\u{fe76}")
#let ti-circle-letter-k = tabler-icon.with("\u{f44b}")
#let ti-circle-letter-k-filled = tabler-icon.with("\u{fe75}")
#let ti-circle-letter-l = tabler-icon.with("\u{f44c}")
#let ti-circle-letter-l-filled = tabler-icon.with("\u{fe74}")
#let ti-circle-letter-m = tabler-icon.with("\u{f44d}")
#let ti-circle-letter-m-filled = tabler-icon.with("\u{fe73}")
#let ti-circle-letter-n = tabler-icon.with("\u{f44e}")
#let ti-circle-letter-n-filled = tabler-icon.with("\u{fe72}")
#let ti-circle-letter-o = tabler-icon.with("\u{f44f}")
#let ti-circle-letter-o-filled = tabler-icon.with("\u{fe71}")
#let ti-circle-letter-p = tabler-icon.with("\u{f450}")
#let ti-circle-letter-p-filled = tabler-icon.with("\u{fe70}")
#let ti-circle-letter-q = tabler-icon.with("\u{f451}")
#let ti-circle-letter-q-filled = tabler-icon.with("\u{fe6f}")
#let ti-circle-letter-r = tabler-icon.with("\u{f452}")
#let ti-circle-letter-r-filled = tabler-icon.with("\u{fe6e}")
#let ti-circle-letter-s = tabler-icon.with("\u{f453}")
#let ti-circle-letter-s-filled = tabler-icon.with("\u{fe6d}")
#let ti-circle-letter-t = tabler-icon.with("\u{f454}")
#let ti-circle-letter-t-filled = tabler-icon.with("\u{fe6c}")
#let ti-circle-letter-u = tabler-icon.with("\u{f455}")
#let ti-circle-letter-u-filled = tabler-icon.with("\u{fe6b}")
#let ti-circle-letter-v = tabler-icon.with("\u{f4ad}")
#let ti-circle-letter-v-filled = tabler-icon.with("\u{fe6a}")
#let ti-circle-letter-w = tabler-icon.with("\u{f456}")
#let ti-circle-letter-w-filled = tabler-icon.with("\u{fe69}")
#let ti-circle-letter-x = tabler-icon.with("\u{f4ae}")
#let ti-circle-letter-x-filled = tabler-icon.with("\u{fe68}")
#let ti-circle-letter-y = tabler-icon.with("\u{f457}")
#let ti-circle-letter-y-filled = tabler-icon.with("\u{fe67}")
#let ti-circle-letter-z = tabler-icon.with("\u{f458}")
#let ti-circle-letter-z-filled = tabler-icon.with("\u{fe66}")
#let ti-circle-minus = tabler-icon.with("\u{ea68}")
#let ti-circle-minus-2 = tabler-icon.with("\u{fc8c}")
#let ti-circle-number-0 = tabler-icon.with("\u{ee34}")
#let ti-circle-number-0-filled = tabler-icon.with("\u{f72f}")
#let ti-circle-number-1 = tabler-icon.with("\u{ee35}")
#let ti-circle-number-1-filled = tabler-icon.with("\u{f730}")
#let ti-circle-number-2 = tabler-icon.with("\u{ee36}")
#let ti-circle-number-2-filled = tabler-icon.with("\u{f731}")
#let ti-circle-number-3 = tabler-icon.with("\u{ee37}")
#let ti-circle-number-3-filled = tabler-icon.with("\u{f732}")
#let ti-circle-number-4 = tabler-icon.with("\u{ee38}")
#let ti-circle-number-4-filled = tabler-icon.with("\u{f733}")
#let ti-circle-number-5 = tabler-icon.with("\u{ee39}")
#let ti-circle-number-5-filled = tabler-icon.with("\u{f734}")
#let ti-circle-number-6 = tabler-icon.with("\u{ee3a}")
#let ti-circle-number-6-filled = tabler-icon.with("\u{f735}")
#let ti-circle-number-7 = tabler-icon.with("\u{ee3b}")
#let ti-circle-number-7-filled = tabler-icon.with("\u{f736}")
#let ti-circle-number-8 = tabler-icon.with("\u{ee3c}")
#let ti-circle-number-8-filled = tabler-icon.with("\u{f737}")
#let ti-circle-number-9 = tabler-icon.with("\u{ee3d}")
#let ti-circle-number-9-filled = tabler-icon.with("\u{f738}")
#let ti-circle-off = tabler-icon.with("\u{ee40}")
#let ti-circle-percentage = tabler-icon.with("\u{fd7b}")
#let ti-circle-percentage-filled = tabler-icon.with("\u{fed5}")
#let ti-circle-plus = tabler-icon.with("\u{ea69}")
#let ti-circle-plus-2 = tabler-icon.with("\u{fc8d}")
#let ti-circle-plus-filled = tabler-icon.with("\u{fef9}")
#let ti-circle-rectangle = tabler-icon.with("\u{f010}")
#let ti-circle-rectangle-filled = tabler-icon.with("\u{ff63}")
#let ti-circle-rectangle-off = tabler-icon.with("\u{f0cd}")
#let ti-circle-square = tabler-icon.with("\u{ece4}")
#let ti-circle-triangle = tabler-icon.with("\u{f011}")
#let ti-circle-x = tabler-icon.with("\u{ea6a}")
#let ti-circle-x-filled = tabler-icon.with("\u{f739}")
#let ti-circles = tabler-icon.with("\u{ece5}")
#let ti-circles-filled = tabler-icon.with("\u{f672}")
#let ti-circles-relation = tabler-icon.with("\u{f4c3}")
#let ti-circuit-ammeter = tabler-icon.with("\u{f271}")
#let ti-circuit-battery = tabler-icon.with("\u{f272}")
#let ti-circuit-bulb = tabler-icon.with("\u{f273}")
#let ti-circuit-capacitor = tabler-icon.with("\u{f275}")
#let ti-circuit-capacitor-polarized = tabler-icon.with("\u{f274}")
#let ti-circuit-cell = tabler-icon.with("\u{f277}")
#let ti-circuit-cell-plus = tabler-icon.with("\u{f276}")
#let ti-circuit-changeover = tabler-icon.with("\u{f278}")
#let ti-circuit-diode = tabler-icon.with("\u{f27a}")
#let ti-circuit-diode-zener = tabler-icon.with("\u{f279}")
#let ti-circuit-ground = tabler-icon.with("\u{f27c}")
#let ti-circuit-ground-digital = tabler-icon.with("\u{f27b}")
#let ti-circuit-inductor = tabler-icon.with("\u{f27d}")
#let ti-circuit-motor = tabler-icon.with("\u{f27e}")
#let ti-circuit-pushbutton = tabler-icon.with("\u{f27f}")
#let ti-circuit-resistor = tabler-icon.with("\u{f280}")
#let ti-circuit-switch-closed = tabler-icon.with("\u{f281}")
#let ti-circuit-switch-open = tabler-icon.with("\u{f282}")
#let ti-circuit-voltmeter = tabler-icon.with("\u{f283}")
#let ti-clear-all = tabler-icon.with("\u{ee41}")
#let ti-clear-formatting = tabler-icon.with("\u{ebe5}")
#let ti-click = tabler-icon.with("\u{ebbc}")
#let ti-cliff-jumping = tabler-icon.with("\u{fefc}")
#let ti-clipboard = tabler-icon.with("\u{ea6f}")
#let ti-clipboard-check = tabler-icon.with("\u{ea6c}")
#let ti-clipboard-copy = tabler-icon.with("\u{f299}")
#let ti-clipboard-data = tabler-icon.with("\u{f563}")
#let ti-clipboard-heart = tabler-icon.with("\u{f34e}")
#let ti-clipboard-list = tabler-icon.with("\u{ea6d}")
#let ti-clipboard-off = tabler-icon.with("\u{f0ce}")
#let ti-clipboard-plus = tabler-icon.with("\u{efb2}")
#let ti-clipboard-smile = tabler-icon.with("\u{fd9a}")
#let ti-clipboard-text = tabler-icon.with("\u{f089}")
#let ti-clipboard-typography = tabler-icon.with("\u{f34f}")
#let ti-clipboard-x = tabler-icon.with("\u{ea6e}")
#let ti-clock = tabler-icon.with("\u{ea70}")
#let ti-clock-12 = tabler-icon.with("\u{fc56}")
#let ti-clock-2 = tabler-icon.with("\u{f099}")
#let ti-clock-24 = tabler-icon.with("\u{fc57}")
#let ti-clock-bitcoin = tabler-icon.with("\u{ff3f}")
#let ti-clock-bolt = tabler-icon.with("\u{f844}")
#let ti-clock-cancel = tabler-icon.with("\u{f546}")
#let ti-clock-check = tabler-icon.with("\u{f7c1}")
#let ti-clock-code = tabler-icon.with("\u{f845}")
#let ti-clock-cog = tabler-icon.with("\u{f7c2}")
#let ti-clock-dollar = tabler-icon.with("\u{f846}")
#let ti-clock-down = tabler-icon.with("\u{f7c3}")
#let ti-clock-edit = tabler-icon.with("\u{f547}")
#let ti-clock-exclamation = tabler-icon.with("\u{f847}")
#let ti-clock-filled = tabler-icon.with("\u{f73a}")
#let ti-clock-heart = tabler-icon.with("\u{f7c4}")
#let ti-clock-hour-1 = tabler-icon.with("\u{f313}")
#let ti-clock-hour-1-filled = tabler-icon.with("\u{fe65}")
#let ti-clock-hour-10 = tabler-icon.with("\u{f314}")
#let ti-clock-hour-10-filled = tabler-icon.with("\u{fe64}")
#let ti-clock-hour-11 = tabler-icon.with("\u{f315}")
#let ti-clock-hour-11-filled = tabler-icon.with("\u{fe63}")
#let ti-clock-hour-12 = tabler-icon.with("\u{f316}")
#let ti-clock-hour-12-filled = tabler-icon.with("\u{fe62}")
#let ti-clock-hour-2 = tabler-icon.with("\u{f317}")
#let ti-clock-hour-2-filled = tabler-icon.with("\u{fe61}")
#let ti-clock-hour-3 = tabler-icon.with("\u{f318}")
#let ti-clock-hour-3-filled = tabler-icon.with("\u{fe60}")
#let ti-clock-hour-4 = tabler-icon.with("\u{f319}")
#let ti-clock-hour-4-filled = tabler-icon.with("\u{fe5f}")
#let ti-clock-hour-5 = tabler-icon.with("\u{f31a}")
#let ti-clock-hour-5-filled = tabler-icon.with("\u{fe5e}")
#let ti-clock-hour-6 = tabler-icon.with("\u{f31b}")
#let ti-clock-hour-6-filled = tabler-icon.with("\u{fe5d}")
#let ti-clock-hour-7 = tabler-icon.with("\u{f31c}")
#let ti-clock-hour-7-filled = tabler-icon.with("\u{fe5c}")
#let ti-clock-hour-8 = tabler-icon.with("\u{f31d}")
#let ti-clock-hour-8-filled = tabler-icon.with("\u{fe5b}")
#let ti-clock-hour-9 = tabler-icon.with("\u{f31e}")
#let ti-clock-hour-9-filled = tabler-icon.with("\u{fe5a}")
#let ti-clock-minus = tabler-icon.with("\u{f848}")
#let ti-clock-off = tabler-icon.with("\u{f0cf}")
#let ti-clock-pause = tabler-icon.with("\u{f548}")
#let ti-clock-pin = tabler-icon.with("\u{f849}")
#let ti-clock-play = tabler-icon.with("\u{f549}")
#let ti-clock-plus = tabler-icon.with("\u{f7c5}")
#let ti-clock-question = tabler-icon.with("\u{f7c6}")
#let ti-clock-record = tabler-icon.with("\u{f54a}")
#let ti-clock-search = tabler-icon.with("\u{f7c7}")
#let ti-clock-share = tabler-icon.with("\u{f84a}")
#let ti-clock-shield = tabler-icon.with("\u{f7c8}")
#let ti-clock-star = tabler-icon.with("\u{f7c9}")
#let ti-clock-stop = tabler-icon.with("\u{f54b}")
#let ti-clock-up = tabler-icon.with("\u{f7ca}")
#let ti-clock-x = tabler-icon.with("\u{f7cb}")
#let ti-clothes-rack = tabler-icon.with("\u{f285}")
#let ti-clothes-rack-off = tabler-icon.with("\u{f3d6}")
#let ti-cloud = tabler-icon.with("\u{ea76}")
#let ti-cloud-bitcoin = tabler-icon.with("\u{ff3e}")
#let ti-cloud-bolt = tabler-icon.with("\u{f84b}")
#let ti-cloud-cancel = tabler-icon.with("\u{f84c}")
#let ti-cloud-check = tabler-icon.with("\u{f84d}")
#let ti-cloud-code = tabler-icon.with("\u{f84e}")
#let ti-cloud-cog = tabler-icon.with("\u{f84f}")
#let ti-cloud-computing = tabler-icon.with("\u{f1d0}")
#let ti-cloud-data-connection = tabler-icon.with("\u{f1d1}")
#let ti-cloud-dollar = tabler-icon.with("\u{f850}")
#let ti-cloud-down = tabler-icon.with("\u{f851}")
#let ti-cloud-download = tabler-icon.with("\u{ea71}")
#let ti-cloud-exclamation = tabler-icon.with("\u{f852}")
#let ti-cloud-filled = tabler-icon.with("\u{f673}")
#let ti-cloud-fog = tabler-icon.with("\u{ecd9}")
#let ti-cloud-heart = tabler-icon.with("\u{f853}")
#let ti-cloud-lock = tabler-icon.with("\u{efdb}")
#let ti-cloud-lock-open = tabler-icon.with("\u{efda}")
#let ti-cloud-minus = tabler-icon.with("\u{f854}")
#let ti-cloud-network = tabler-icon.with("\u{fc78}")
#let ti-cloud-off = tabler-icon.with("\u{ed3e}")
#let ti-cloud-pause = tabler-icon.with("\u{f855}")
#let ti-cloud-pin = tabler-icon.with("\u{f856}")
#let ti-cloud-plus = tabler-icon.with("\u{f857}")
#let ti-cloud-question = tabler-icon.with("\u{f858}")
#let ti-cloud-rain = tabler-icon.with("\u{ea72}")
#let ti-cloud-search = tabler-icon.with("\u{f859}")
#let ti-cloud-share = tabler-icon.with("\u{f85a}")
#let ti-cloud-snow = tabler-icon.with("\u{ea73}")
#let ti-cloud-star = tabler-icon.with("\u{f85b}")
#let ti-cloud-storm = tabler-icon.with("\u{ea74}")
#let ti-cloud-up = tabler-icon.with("\u{f85c}")
#let ti-cloud-upload = tabler-icon.with("\u{ea75}")
#let ti-cloud-x = tabler-icon.with("\u{f85d}")
#let ti-clover = tabler-icon.with("\u{f1ea}")
#let ti-clover-2 = tabler-icon.with("\u{f21e}")
#let ti-clover-filled = tabler-icon.with("\u{10013}")
#let ti-clubs = tabler-icon.with("\u{eff4}")
#let ti-clubs-filled = tabler-icon.with("\u{f674}")
#let ti-code = tabler-icon.with("\u{ea77}")
#let ti-code-asterisk = tabler-icon.with("\u{f312}")
#let ti-code-circle = tabler-icon.with("\u{f4ff}")
#let ti-code-circle-2 = tabler-icon.with("\u{f4fe}")
#let ti-code-circle-2-filled = tabler-icon.with("\u{fed4}")
#let ti-code-circle-filled = tabler-icon.with("\u{fed3}")
#let ti-code-dots = tabler-icon.with("\u{f61a}")
#let ti-code-minus = tabler-icon.with("\u{ee42}")
#let ti-code-off = tabler-icon.with("\u{f0d0}")
#let ti-code-plus = tabler-icon.with("\u{ee43}")
#let ti-coffee = tabler-icon.with("\u{ef0e}")
#let ti-coffee-off = tabler-icon.with("\u{f106}")
#let ti-coffin = tabler-icon.with("\u{f579}")
#let ti-coin = tabler-icon.with("\u{eb82}")
#let ti-coin-bitcoin = tabler-icon.with("\u{f2be}")
#let ti-coin-bitcoin-filled = tabler-icon.with("\u{fd06}")
#let ti-coin-euro = tabler-icon.with("\u{f2bf}")
#let ti-coin-euro-filled = tabler-icon.with("\u{fd07}")
#let ti-coin-filled = tabler-icon.with("\u{fd08}")
#let ti-coin-monero = tabler-icon.with("\u{f4a0}")
#let ti-coin-monero-filled = tabler-icon.with("\u{fd09}")
#let ti-coin-off = tabler-icon.with("\u{f0d1}")
#let ti-coin-pound = tabler-icon.with("\u{f2c0}")
#let ti-coin-pound-filled = tabler-icon.with("\u{fd0a}")
#let ti-coin-rupee = tabler-icon.with("\u{f2c1}")
#let ti-coin-rupee-filled = tabler-icon.with("\u{fd0b}")
#let ti-coin-taka = tabler-icon.with("\u{fd0d}")
#let ti-coin-taka-filled = tabler-icon.with("\u{fd0c}")
#let ti-coin-yen = tabler-icon.with("\u{f2c2}")
#let ti-coin-yen-filled = tabler-icon.with("\u{fd0e}")
#let ti-coin-yuan = tabler-icon.with("\u{f2c3}")
#let ti-coin-yuan-filled = tabler-icon.with("\u{fd0f}")
#let ti-coins = tabler-icon.with("\u{f65d}")
#let ti-color-filter = tabler-icon.with("\u{f5a8}")
#let ti-color-picker = tabler-icon.with("\u{ebe6}")
#let ti-color-picker-off = tabler-icon.with("\u{f0d2}")
#let ti-color-swatch = tabler-icon.with("\u{eb61}")
#let ti-color-swatch-off = tabler-icon.with("\u{f0d3}")
#let ti-column-insert-left = tabler-icon.with("\u{ee44}")
#let ti-column-insert-right = tabler-icon.with("\u{ee45}")
#let ti-column-remove = tabler-icon.with("\u{faf4}")
#let ti-columns = tabler-icon.with("\u{eb83}")
#let ti-columns-1 = tabler-icon.with("\u{f6d4}")
#let ti-columns-2 = tabler-icon.with("\u{f6d5}")
#let ti-columns-3 = tabler-icon.with("\u{f6d6}")
#let ti-columns-off = tabler-icon.with("\u{f0d4}")
#let ti-comet = tabler-icon.with("\u{ec76}")
#let ti-command = tabler-icon.with("\u{ea78}")
#let ti-command-off = tabler-icon.with("\u{f3d7}")
#let ti-compass = tabler-icon.with("\u{ea79}")
#let ti-compass-filled = tabler-icon.with("\u{fd10}")
#let ti-compass-off = tabler-icon.with("\u{f0d5}")
#let ti-components = tabler-icon.with("\u{efa5}")
#let ti-components-off = tabler-icon.with("\u{f0d6}")
#let ti-cone = tabler-icon.with("\u{efdd}")
#let ti-cone-2 = tabler-icon.with("\u{efdc}")
#let ti-cone-2-filled = tabler-icon.with("\u{fe59}")
#let ti-cone-filled = tabler-icon.with("\u{fe58}")
#let ti-cone-off = tabler-icon.with("\u{f3d8}")
#let ti-cone-plus = tabler-icon.with("\u{fa94}")
#let ti-confetti = tabler-icon.with("\u{ee46}")
#let ti-confetti-off = tabler-icon.with("\u{f3d9}")
#let ti-confucius = tabler-icon.with("\u{f58a}")
#let ti-congruent-to = tabler-icon.with("\u{ffa3}")
#let ti-container = tabler-icon.with("\u{ee47}")
#let ti-container-off = tabler-icon.with("\u{f107}")
#let ti-contract = tabler-icon.with("\u{fefb}")
#let ti-contrast = tabler-icon.with("\u{ec4e}")
#let ti-contrast-2 = tabler-icon.with("\u{efc7}")
#let ti-contrast-2-filled = tabler-icon.with("\u{fe57}")
#let ti-contrast-2-off = tabler-icon.with("\u{f3da}")
#let ti-contrast-filled = tabler-icon.with("\u{fe56}")
#let ti-contrast-off = tabler-icon.with("\u{f3db}")
#let ti-cooker = tabler-icon.with("\u{f57a}")
#let ti-cookie = tabler-icon.with("\u{fdb1}")
#let ti-cookie-filled = tabler-icon.with("\u{fe54}")
#let ti-cookie-man = tabler-icon.with("\u{fdb2}")
#let ti-cookie-man-filled = tabler-icon.with("\u{fe55}")
#let ti-cookie-off = tabler-icon.with("\u{f0d7}")
#let ti-copy = tabler-icon.with("\u{ea7a}")
#let ti-copy-check = tabler-icon.with("\u{fdb0}")
#let ti-copy-check-filled = tabler-icon.with("\u{fe53}")
#let ti-copy-minus = tabler-icon.with("\u{fdaf}")
#let ti-copy-minus-filled = tabler-icon.with("\u{fe52}")
#let ti-copy-off = tabler-icon.with("\u{f0d8}")
#let ti-copy-plus = tabler-icon.with("\u{fdae}")
#let ti-copy-plus-filled = tabler-icon.with("\u{fe51}")
#let ti-copy-x = tabler-icon.with("\u{fdad}")
#let ti-copy-x-filled = tabler-icon.with("\u{fe50}")
#let ti-copyleft = tabler-icon.with("\u{ec3d}")
#let ti-copyleft-filled = tabler-icon.with("\u{f73b}")
#let ti-copyleft-off = tabler-icon.with("\u{f0d9}")
#let ti-copyright = tabler-icon.with("\u{ea7b}")
#let ti-copyright-filled = tabler-icon.with("\u{f73c}")
#let ti-copyright-off = tabler-icon.with("\u{f0da}")
#let ti-corner-down-left = tabler-icon.with("\u{ea7c}")
#let ti-corner-down-left-double = tabler-icon.with("\u{ee48}")
#let ti-corner-down-right = tabler-icon.with("\u{ea7d}")
#let ti-corner-down-right-double = tabler-icon.with("\u{ee49}")
#let ti-corner-left-down = tabler-icon.with("\u{ea7e}")
#let ti-corner-left-down-double = tabler-icon.with("\u{ee4a}")
#let ti-corner-left-up = tabler-icon.with("\u{ea7f}")
#let ti-corner-left-up-double = tabler-icon.with("\u{ee4b}")
#let ti-corner-right-down = tabler-icon.with("\u{ea80}")
#let ti-corner-right-down-double = tabler-icon.with("\u{ee4c}")
#let ti-corner-right-up = tabler-icon.with("\u{ea81}")
#let ti-corner-right-up-double = tabler-icon.with("\u{ee4d}")
#let ti-corner-up-left = tabler-icon.with("\u{ea82}")
#let ti-corner-up-left-double = tabler-icon.with("\u{ee4e}")
#let ti-corner-up-right = tabler-icon.with("\u{ea83}")
#let ti-corner-up-right-double = tabler-icon.with("\u{ee4f}")
#let ti-cpu = tabler-icon.with("\u{ef8e}")
#let ti-cpu-2 = tabler-icon.with("\u{f075}")
#let ti-cpu-off = tabler-icon.with("\u{f108}")
#let ti-crane = tabler-icon.with("\u{ef27}")
#let ti-crane-off = tabler-icon.with("\u{f109}")
#let ti-creative-commons = tabler-icon.with("\u{efb3}")
#let ti-creative-commons-by = tabler-icon.with("\u{f21f}")
#let ti-creative-commons-nc = tabler-icon.with("\u{f220}")
#let ti-creative-commons-nd = tabler-icon.with("\u{f221}")
#let ti-creative-commons-off = tabler-icon.with("\u{f10a}")
#let ti-creative-commons-sa = tabler-icon.with("\u{f222}")
#let ti-creative-commons-zero = tabler-icon.with("\u{f223}")
#let ti-credit-card = tabler-icon.with("\u{ea84}")
#let ti-credit-card-filled = tabler-icon.with("\u{fd11}")
#let ti-credit-card-off = tabler-icon.with("\u{ed11}")
#let ti-credit-card-pay = tabler-icon.with("\u{fd32}")
#let ti-credit-card-refund = tabler-icon.with("\u{fd33}")
#let ti-cricket = tabler-icon.with("\u{f09a}")
#let ti-crop = tabler-icon.with("\u{ea85}")
#let ti-crop-1-1 = tabler-icon.with("\u{fd50}")
#let ti-crop-1-1-filled = tabler-icon.with("\u{fe4f}")
#let ti-crop-16-9 = tabler-icon.with("\u{fd51}")
#let ti-crop-16-9-filled = tabler-icon.with("\u{fe4e}")
#let ti-crop-3-2 = tabler-icon.with("\u{fd52}")
#let ti-crop-3-2-filled = tabler-icon.with("\u{fe4d}")
#let ti-crop-5-4 = tabler-icon.with("\u{fd53}")
#let ti-crop-5-4-filled = tabler-icon.with("\u{fe4c}")
#let ti-crop-7-5 = tabler-icon.with("\u{fd54}")
#let ti-crop-7-5-filled = tabler-icon.with("\u{fe4b}")
#let ti-crop-landscape = tabler-icon.with("\u{fd55}")
#let ti-crop-landscape-filled = tabler-icon.with("\u{fe4a}")
#let ti-crop-portrait = tabler-icon.with("\u{fd56}")
#let ti-crop-portrait-filled = tabler-icon.with("\u{fe49}")
#let ti-cross = tabler-icon.with("\u{ef8f}")
#let ti-cross-filled = tabler-icon.with("\u{f675}")
#let ti-cross-off = tabler-icon.with("\u{f10b}")
#let ti-crosshair = tabler-icon.with("\u{ec3e}")
#let ti-crown = tabler-icon.with("\u{ed12}")
#let ti-crown-off = tabler-icon.with("\u{ee50}")
#let ti-crutches = tabler-icon.with("\u{ef5b}")
#let ti-crutches-off = tabler-icon.with("\u{f10c}")
#let ti-crystal-ball = tabler-icon.with("\u{f57b}")
#let ti-csv = tabler-icon.with("\u{f791}")
#let ti-cube = tabler-icon.with("\u{fa97}")
#let ti-cube-3d-sphere = tabler-icon.with("\u{ecd7}")
#let ti-cube-3d-sphere-off = tabler-icon.with("\u{f3b5}")
#let ti-cube-off = tabler-icon.with("\u{fa95}")
#let ti-cube-plus = tabler-icon.with("\u{fa96}")
#let ti-cube-send = tabler-icon.with("\u{f61b}")
#let ti-cube-spark = tabler-icon.with("\u{ffbb}")
#let ti-cube-unfolded = tabler-icon.with("\u{f61c}")
#let ti-cup = tabler-icon.with("\u{ef28}")
#let ti-cup-off = tabler-icon.with("\u{f10d}")
#let ti-curling = tabler-icon.with("\u{efc8}")
#let ti-curly-loop = tabler-icon.with("\u{ecda}")
#let ti-currency = tabler-icon.with("\u{efa6}")
#let ti-currency-afghani = tabler-icon.with("\u{f65e}")
#let ti-currency-bahraini = tabler-icon.with("\u{ee51}")
#let ti-currency-baht = tabler-icon.with("\u{f08a}")
#let ti-currency-bitcoin = tabler-icon.with("\u{ebab}")
#let ti-currency-cent = tabler-icon.with("\u{ee53}")
#let ti-currency-dinar = tabler-icon.with("\u{ee54}")
#let ti-currency-dirham = tabler-icon.with("\u{ee55}")
#let ti-currency-dogecoin = tabler-icon.with("\u{ef4b}")
#let ti-currency-dollar = tabler-icon.with("\u{eb84}")
#let ti-currency-dollar-australian = tabler-icon.with("\u{ee56}")
#let ti-currency-dollar-brunei = tabler-icon.with("\u{f36c}")
#let ti-currency-dollar-canadian = tabler-icon.with("\u{ee57}")
#let ti-currency-dollar-guyanese = tabler-icon.with("\u{f36d}")
#let ti-currency-dollar-off = tabler-icon.with("\u{f3dc}")
#let ti-currency-dollar-singapore = tabler-icon.with("\u{ee58}")
#let ti-currency-dollar-zimbabwean = tabler-icon.with("\u{f36e}")
#let ti-currency-dong = tabler-icon.with("\u{f36f}")
#let ti-currency-dram = tabler-icon.with("\u{f370}")
#let ti-currency-ethereum = tabler-icon.with("\u{ee59}")
#let ti-currency-euro = tabler-icon.with("\u{eb85}")
#let ti-currency-euro-off = tabler-icon.with("\u{f3dd}")
#let ti-currency-florin = tabler-icon.with("\u{faf5}")
#let ti-currency-forint = tabler-icon.with("\u{ee5a}")
#let ti-currency-frank = tabler-icon.with("\u{ee5b}")
#let ti-currency-guarani = tabler-icon.with("\u{f371}")
#let ti-currency-hryvnia = tabler-icon.with("\u{f372}")
#let ti-currency-iranian-rial = tabler-icon.with("\u{fa58}")
#let ti-currency-kip = tabler-icon.with("\u{f373}")
#let ti-currency-krone-czech = tabler-icon.with("\u{ee5c}")
#let ti-currency-krone-danish = tabler-icon.with("\u{ee5d}")
#let ti-currency-krone-swedish = tabler-icon.with("\u{ee5e}")
#let ti-currency-lari = tabler-icon.with("\u{f374}")
#let ti-currency-leu = tabler-icon.with("\u{ee5f}")
#let ti-currency-lira = tabler-icon.with("\u{ee60}")
#let ti-currency-litecoin = tabler-icon.with("\u{ee61}")
#let ti-currency-lyd = tabler-icon.with("\u{f375}")
#let ti-currency-manat = tabler-icon.with("\u{f376}")
#let ti-currency-monero = tabler-icon.with("\u{f377}")
#let ti-currency-naira = tabler-icon.with("\u{ee62}")
#let ti-currency-nano = tabler-icon.with("\u{f7a6}")
#let ti-currency-off = tabler-icon.with("\u{f3de}")
#let ti-currency-paanga = tabler-icon.with("\u{f378}")
#let ti-currency-peso = tabler-icon.with("\u{f65f}")
#let ti-currency-pound = tabler-icon.with("\u{ebac}")
#let ti-currency-pound-off = tabler-icon.with("\u{f3df}")
#let ti-currency-quetzal = tabler-icon.with("\u{f379}")
#let ti-currency-real = tabler-icon.with("\u{ee63}")
#let ti-currency-renminbi = tabler-icon.with("\u{ee64}")
#let ti-currency-ripple = tabler-icon.with("\u{ee65}")
#let ti-currency-riyal = tabler-icon.with("\u{ee66}")
#let ti-currency-rubel = tabler-icon.with("\u{ee67}")
#let ti-currency-rufiyaa = tabler-icon.with("\u{f37a}")
#let ti-currency-rupee = tabler-icon.with("\u{ebad}")
#let ti-currency-rupee-nepalese = tabler-icon.with("\u{f37b}")
#let ti-currency-shekel = tabler-icon.with("\u{ee68}")
#let ti-currency-solana = tabler-icon.with("\u{f4a1}")
#let ti-currency-som = tabler-icon.with("\u{f37c}")
#let ti-currency-taka = tabler-icon.with("\u{ee69}")
#let ti-currency-tenge = tabler-icon.with("\u{f37d}")
#let ti-currency-tugrik = tabler-icon.with("\u{ee6a}")
#let ti-currency-won = tabler-icon.with("\u{ee6b}")
#let ti-currency-xrp = tabler-icon.with("\u{fd34}")
#let ti-currency-yen = tabler-icon.with("\u{ebae}")
#let ti-currency-yen-off = tabler-icon.with("\u{f3e0}")
#let ti-currency-yuan = tabler-icon.with("\u{f29a}")
#let ti-currency-zloty = tabler-icon.with("\u{ee6c}")
#let ti-current-location = tabler-icon.with("\u{ecef}")
#let ti-current-location-off = tabler-icon.with("\u{f10e}")
#let ti-cursor-off = tabler-icon.with("\u{f10f}")
#let ti-cursor-text = tabler-icon.with("\u{ee6d}")
#let ti-cut = tabler-icon.with("\u{ea86}")
#let ti-cylinder = tabler-icon.with("\u{f54c}")
#let ti-cylinder-off = tabler-icon.with("\u{fa98}")
#let ti-cylinder-plus = tabler-icon.with("\u{fa99}")
#let ti-dashboard = tabler-icon.with("\u{ea87}")
#let ti-dashboard-filled = tabler-icon.with("\u{10019}")
#let ti-dashboard-off = tabler-icon.with("\u{f3e1}")
#let ti-database = tabler-icon.with("\u{ea88}")
#let ti-database-cog = tabler-icon.with("\u{fa10}")
#let ti-database-dollar = tabler-icon.with("\u{fa11}")
#let ti-database-edit = tabler-icon.with("\u{fa12}")
#let ti-database-exclamation = tabler-icon.with("\u{fa13}")
#let ti-database-export = tabler-icon.with("\u{ee6e}")
#let ti-database-heart = tabler-icon.with("\u{fa14}")
#let ti-database-import = tabler-icon.with("\u{ee6f}")
#let ti-database-leak = tabler-icon.with("\u{fa15}")
#let ti-database-minus = tabler-icon.with("\u{fa16}")
#let ti-database-off = tabler-icon.with("\u{ee70}")
#let ti-database-plus = tabler-icon.with("\u{fa17}")
#let ti-database-search = tabler-icon.with("\u{fa18}")
#let ti-database-share = tabler-icon.with("\u{fa19}")
#let ti-database-smile = tabler-icon.with("\u{fd9b}")
#let ti-database-star = tabler-icon.with("\u{fa1a}")
#let ti-database-x = tabler-icon.with("\u{fa1b}")
#let ti-decimal = tabler-icon.with("\u{fa26}")
#let ti-deer = tabler-icon.with("\u{f4c5}")
#let ti-delta = tabler-icon.with("\u{f53c}")
#let ti-dental = tabler-icon.with("\u{f025}")
#let ti-dental-broken = tabler-icon.with("\u{f286}")
#let ti-dental-off = tabler-icon.with("\u{f110}")
#let ti-deselect = tabler-icon.with("\u{f9f3}")
#let ti-desk = tabler-icon.with("\u{fd35}")
#let ti-details = tabler-icon.with("\u{ee71}")
#let ti-details-off = tabler-icon.with("\u{f3e2}")
#let ti-device-airpods = tabler-icon.with("\u{f5a9}")
#let ti-device-airpods-case = tabler-icon.with("\u{f646}")
#let ti-device-airtag = tabler-icon.with("\u{fae6}")
#let ti-device-analytics = tabler-icon.with("\u{ee72}")
#let ti-device-audio-tape = tabler-icon.with("\u{ee73}")
#let ti-device-camera-phone = tabler-icon.with("\u{f233}")
#let ti-device-cctv = tabler-icon.with("\u{ee74}")
#let ti-device-cctv-filled = tabler-icon.with("\u{1004b}")
#let ti-device-cctv-off = tabler-icon.with("\u{f3e3}")
#let ti-device-computer-camera = tabler-icon.with("\u{ee76}")
#let ti-device-computer-camera-off = tabler-icon.with("\u{ee75}")
#let ti-device-desktop = tabler-icon.with("\u{ea89}")
#let ti-device-desktop-analytics = tabler-icon.with("\u{ee77}")
#let ti-device-desktop-bolt = tabler-icon.with("\u{f85e}")
#let ti-device-desktop-cancel = tabler-icon.with("\u{f85f}")
#let ti-device-desktop-check = tabler-icon.with("\u{f860}")
#let ti-device-desktop-code = tabler-icon.with("\u{f861}")
#let ti-device-desktop-cog = tabler-icon.with("\u{f862}")
#let ti-device-desktop-dollar = tabler-icon.with("\u{f863}")
#let ti-device-desktop-down = tabler-icon.with("\u{f864}")
#let ti-device-desktop-exclamation = tabler-icon.with("\u{f865}")
#let ti-device-desktop-filled = tabler-icon.with("\u{1004a}")
#let ti-device-desktop-heart = tabler-icon.with("\u{f866}")
#let ti-device-desktop-minus = tabler-icon.with("\u{f867}")
#let ti-device-desktop-off = tabler-icon.with("\u{ee78}")
#let ti-device-desktop-pause = tabler-icon.with("\u{f868}")
#let ti-device-desktop-pin = tabler-icon.with("\u{f869}")
#let ti-device-desktop-plus = tabler-icon.with("\u{f86a}")
#let ti-device-desktop-question = tabler-icon.with("\u{f86b}")
#let ti-device-desktop-search = tabler-icon.with("\u{f86c}")
#let ti-device-desktop-share = tabler-icon.with("\u{f86d}")
#let ti-device-desktop-star = tabler-icon.with("\u{f86e}")
#let ti-device-desktop-up = tabler-icon.with("\u{f86f}")
#let ti-device-desktop-x = tabler-icon.with("\u{f870}")
#let ti-device-floppy = tabler-icon.with("\u{eb62}")
#let ti-device-gamepad = tabler-icon.with("\u{eb63}")
#let ti-device-gamepad-2 = tabler-icon.with("\u{f1d2}")
#let ti-device-gamepad-3 = tabler-icon.with("\u{fc58}")
#let ti-device-gamepad-3-filled = tabler-icon.with("\u{10049}")
#let ti-device-heart-monitor = tabler-icon.with("\u{f060}")
#let ti-device-heart-monitor-filled = tabler-icon.with("\u{fa38}")
#let ti-device-imac = tabler-icon.with("\u{f7a7}")
#let ti-device-imac-bolt = tabler-icon.with("\u{f871}")
#let ti-device-imac-cancel = tabler-icon.with("\u{f872}")
#let ti-device-imac-check = tabler-icon.with("\u{f873}")
#let ti-device-imac-code = tabler-icon.with("\u{f874}")
#let ti-device-imac-cog = tabler-icon.with("\u{f875}")
#let ti-device-imac-dollar = tabler-icon.with("\u{f876}")
#let ti-device-imac-down = tabler-icon.with("\u{f877}")
#let ti-device-imac-exclamation = tabler-icon.with("\u{f878}")
#let ti-device-imac-filled = tabler-icon.with("\u{10048}")
#let ti-device-imac-heart = tabler-icon.with("\u{f879}")
#let ti-device-imac-minus = tabler-icon.with("\u{f87a}")
#let ti-device-imac-off = tabler-icon.with("\u{f87b}")
#let ti-device-imac-pause = tabler-icon.with("\u{f87c}")
#let ti-device-imac-pin = tabler-icon.with("\u{f87d}")
#let ti-device-imac-plus = tabler-icon.with("\u{f87e}")
#let ti-device-imac-question = tabler-icon.with("\u{f87f}")
#let ti-device-imac-search = tabler-icon.with("\u{f880}")
#let ti-device-imac-share = tabler-icon.with("\u{f881}")
#let ti-device-imac-star = tabler-icon.with("\u{f882}")
#let ti-device-imac-up = tabler-icon.with("\u{f883}")
#let ti-device-imac-x = tabler-icon.with("\u{f884}")
#let ti-device-ipad = tabler-icon.with("\u{f648}")
#let ti-device-ipad-bolt = tabler-icon.with("\u{f885}")
#let ti-device-ipad-cancel = tabler-icon.with("\u{f886}")
#let ti-device-ipad-check = tabler-icon.with("\u{f887}")
#let ti-device-ipad-code = tabler-icon.with("\u{f888}")
#let ti-device-ipad-cog = tabler-icon.with("\u{f889}")
#let ti-device-ipad-dollar = tabler-icon.with("\u{f88a}")
#let ti-device-ipad-down = tabler-icon.with("\u{f88b}")
#let ti-device-ipad-exclamation = tabler-icon.with("\u{f88c}")
#let ti-device-ipad-filled = tabler-icon.with("\u{10047}")
#let ti-device-ipad-heart = tabler-icon.with("\u{f88d}")
#let ti-device-ipad-horizontal = tabler-icon.with("\u{f647}")
#let ti-device-ipad-horizontal-bolt = tabler-icon.with("\u{f88e}")
#let ti-device-ipad-horizontal-cancel = tabler-icon.with("\u{f88f}")
#let ti-device-ipad-horizontal-check = tabler-icon.with("\u{f890}")
#let ti-device-ipad-horizontal-code = tabler-icon.with("\u{f891}")
#let ti-device-ipad-horizontal-cog = tabler-icon.with("\u{f892}")
#let ti-device-ipad-horizontal-dollar = tabler-icon.with("\u{f893}")
#let ti-device-ipad-horizontal-down = tabler-icon.with("\u{f894}")
#let ti-device-ipad-horizontal-exclamation = tabler-icon.with("\u{f895}")
#let ti-device-ipad-horizontal-heart = tabler-icon.with("\u{f896}")
#let ti-device-ipad-horizontal-minus = tabler-icon.with("\u{f897}")
#let ti-device-ipad-horizontal-off = tabler-icon.with("\u{f898}")
#let ti-device-ipad-horizontal-pause = tabler-icon.with("\u{f899}")
#let ti-device-ipad-horizontal-pin = tabler-icon.with("\u{f89a}")
#let ti-device-ipad-horizontal-plus = tabler-icon.with("\u{f89b}")
#let ti-device-ipad-horizontal-question = tabler-icon.with("\u{f89c}")
#let ti-device-ipad-horizontal-search = tabler-icon.with("\u{f89d}")
#let ti-device-ipad-horizontal-share = tabler-icon.with("\u{f89e}")
#let ti-device-ipad-horizontal-star = tabler-icon.with("\u{f89f}")
#let ti-device-ipad-horizontal-up = tabler-icon.with("\u{f8a0}")
#let ti-device-ipad-horizontal-x = tabler-icon.with("\u{f8a1}")
#let ti-device-ipad-minus = tabler-icon.with("\u{f8a2}")
#let ti-device-ipad-off = tabler-icon.with("\u{f8a3}")
#let ti-device-ipad-pause = tabler-icon.with("\u{f8a4}")
#let ti-device-ipad-pin = tabler-icon.with("\u{f8a5}")
#let ti-device-ipad-plus = tabler-icon.with("\u{f8a6}")
#let ti-device-ipad-question = tabler-icon.with("\u{f8a7}")
#let ti-device-ipad-search = tabler-icon.with("\u{f8a8}")
#let ti-device-ipad-share = tabler-icon.with("\u{f8a9}")
#let ti-device-ipad-star = tabler-icon.with("\u{f8aa}")
#let ti-device-ipad-up = tabler-icon.with("\u{f8ab}")
#let ti-device-ipad-x = tabler-icon.with("\u{f8ac}")
#let ti-device-landline-phone = tabler-icon.with("\u{f649}")
#let ti-device-laptop = tabler-icon.with("\u{eb64}")
#let ti-device-laptop-off = tabler-icon.with("\u{f061}")
#let ti-device-mobile = tabler-icon.with("\u{ea8a}")
#let ti-device-mobile-bolt = tabler-icon.with("\u{f8ad}")
#let ti-device-mobile-cancel = tabler-icon.with("\u{f8ae}")
#let ti-device-mobile-charging = tabler-icon.with("\u{f224}")
#let ti-device-mobile-check = tabler-icon.with("\u{f8af}")
#let ti-device-mobile-code = tabler-icon.with("\u{f8b0}")
#let ti-device-mobile-cog = tabler-icon.with("\u{f8b1}")
#let ti-device-mobile-dollar = tabler-icon.with("\u{f8b2}")
#let ti-device-mobile-down = tabler-icon.with("\u{f8b3}")
#let ti-device-mobile-exclamation = tabler-icon.with("\u{f8b4}")
#let ti-device-mobile-filled = tabler-icon.with("\u{fa39}")
#let ti-device-mobile-heart = tabler-icon.with("\u{f8b5}")
#let ti-device-mobile-message = tabler-icon.with("\u{ee79}")
#let ti-device-mobile-minus = tabler-icon.with("\u{f8b6}")
#let ti-device-mobile-off = tabler-icon.with("\u{f062}")
#let ti-device-mobile-pause = tabler-icon.with("\u{f8b7}")
#let ti-device-mobile-pin = tabler-icon.with("\u{f8b8}")
#let ti-device-mobile-plus = tabler-icon.with("\u{f8b9}")
#let ti-device-mobile-question = tabler-icon.with("\u{f8ba}")
#let ti-device-mobile-rotated = tabler-icon.with("\u{ecdb}")
#let ti-device-mobile-search = tabler-icon.with("\u{f8bb}")
#let ti-device-mobile-share = tabler-icon.with("\u{f8bc}")
#let ti-device-mobile-star = tabler-icon.with("\u{f8bd}")
#let ti-device-mobile-up = tabler-icon.with("\u{f8be}")
#let ti-device-mobile-vibration = tabler-icon.with("\u{eb86}")
#let ti-device-mobile-x = tabler-icon.with("\u{f8bf}")
#let ti-device-nintendo = tabler-icon.with("\u{f026}")
#let ti-device-nintendo-off = tabler-icon.with("\u{f111}")
#let ti-device-projector = tabler-icon.with("\u{fc11}")
#let ti-device-remote = tabler-icon.with("\u{f792}")
#let ti-device-remote-filled = tabler-icon.with("\u{10046}")
#let ti-device-sd-card = tabler-icon.with("\u{f384}")
#let ti-device-sim = tabler-icon.with("\u{f4b2}")
#let ti-device-sim-1 = tabler-icon.with("\u{f4af}")
#let ti-device-sim-2 = tabler-icon.with("\u{f4b0}")
#let ti-device-sim-3 = tabler-icon.with("\u{f4b1}")
#let ti-device-speaker = tabler-icon.with("\u{ea8b}")
#let ti-device-speaker-filled = tabler-icon.with("\u{10045}")
#let ti-device-speaker-off = tabler-icon.with("\u{f112}")
#let ti-device-tablet = tabler-icon.with("\u{ea8c}")
#let ti-device-tablet-bolt = tabler-icon.with("\u{f8c0}")
#let ti-device-tablet-cancel = tabler-icon.with("\u{f8c1}")
#let ti-device-tablet-check = tabler-icon.with("\u{f8c2}")
#let ti-device-tablet-code = tabler-icon.with("\u{f8c3}")
#let ti-device-tablet-cog = tabler-icon.with("\u{f8c4}")
#let ti-device-tablet-dollar = tabler-icon.with("\u{f8c5}")
#let ti-device-tablet-down = tabler-icon.with("\u{f8c6}")
#let ti-device-tablet-exclamation = tabler-icon.with("\u{f8c7}")
#let ti-device-tablet-filled = tabler-icon.with("\u{fa3a}")
#let ti-device-tablet-heart = tabler-icon.with("\u{f8c8}")
#let ti-device-tablet-minus = tabler-icon.with("\u{f8c9}")
#let ti-device-tablet-off = tabler-icon.with("\u{f063}")
#let ti-device-tablet-pause = tabler-icon.with("\u{f8ca}")
#let ti-device-tablet-pin = tabler-icon.with("\u{f8cb}")
#let ti-device-tablet-plus = tabler-icon.with("\u{f8cc}")
#let ti-device-tablet-question = tabler-icon.with("\u{f8cd}")
#let ti-device-tablet-search = tabler-icon.with("\u{f8ce}")
#let ti-device-tablet-share = tabler-icon.with("\u{f8cf}")
#let ti-device-tablet-star = tabler-icon.with("\u{f8d0}")
#let ti-device-tablet-up = tabler-icon.with("\u{f8d1}")
#let ti-device-tablet-x = tabler-icon.with("\u{f8d2}")
#let ti-device-tv = tabler-icon.with("\u{ea8d}")
#let ti-device-tv-filled = tabler-icon.with("\u{10043}")
#let ti-device-tv-off = tabler-icon.with("\u{f064}")
#let ti-device-tv-old = tabler-icon.with("\u{f1d3}")
#let ti-device-tv-old-filled = tabler-icon.with("\u{10044}")
#let ti-device-unknown = tabler-icon.with("\u{fef4}")
#let ti-device-unknown-filled = tabler-icon.with("\u{10018}")
#let ti-device-usb = tabler-icon.with("\u{fc59}")
#let ti-device-usb-filled = tabler-icon.with("\u{10042}")
#let ti-device-vision-pro = tabler-icon.with("\u{fae7}")
#let ti-device-vision-pro-filled = tabler-icon.with("\u{10041}")
#let ti-device-watch = tabler-icon.with("\u{ebf9}")
#let ti-device-watch-bolt = tabler-icon.with("\u{f8d3}")
#let ti-device-watch-cancel = tabler-icon.with("\u{f8d4}")
#let ti-device-watch-check = tabler-icon.with("\u{f8d5}")
#let ti-device-watch-code = tabler-icon.with("\u{f8d6}")
#let ti-device-watch-cog = tabler-icon.with("\u{f8d7}")
#let ti-device-watch-dollar = tabler-icon.with("\u{f8d8}")
#let ti-device-watch-down = tabler-icon.with("\u{f8d9}")
#let ti-device-watch-exclamation = tabler-icon.with("\u{f8da}")
#let ti-device-watch-filled = tabler-icon.with("\u{10040}")
#let ti-device-watch-heart = tabler-icon.with("\u{f8db}")
#let ti-device-watch-minus = tabler-icon.with("\u{f8dc}")
#let ti-device-watch-off = tabler-icon.with("\u{f065}")
#let ti-device-watch-pause = tabler-icon.with("\u{f8dd}")
#let ti-device-watch-pin = tabler-icon.with("\u{f8de}")
#let ti-device-watch-plus = tabler-icon.with("\u{f8df}")
#let ti-device-watch-question = tabler-icon.with("\u{f8e0}")
#let ti-device-watch-search = tabler-icon.with("\u{f8e1}")
#let ti-device-watch-share = tabler-icon.with("\u{f8e2}")
#let ti-device-watch-star = tabler-icon.with("\u{f8e3}")
#let ti-device-watch-stats = tabler-icon.with("\u{ef7d}")
#let ti-device-watch-stats-2 = tabler-icon.with("\u{ef7c}")
#let ti-device-watch-up = tabler-icon.with("\u{f8e4}")
#let ti-device-watch-x = tabler-icon.with("\u{f8e5}")
#let ti-devices = tabler-icon.with("\u{eb87}")
#let ti-devices-2 = tabler-icon.with("\u{ed29}")
#let ti-devices-bolt = tabler-icon.with("\u{f8e6}")
#let ti-devices-cancel = tabler-icon.with("\u{f8e7}")
#let ti-devices-check = tabler-icon.with("\u{f8e8}")
#let ti-devices-code = tabler-icon.with("\u{f8e9}")
#let ti-devices-cog = tabler-icon.with("\u{f8ea}")
#let ti-devices-dollar = tabler-icon.with("\u{f8eb}")
#let ti-devices-down = tabler-icon.with("\u{f8ec}")
#let ti-devices-exclamation = tabler-icon.with("\u{f8ed}")
#let ti-devices-heart = tabler-icon.with("\u{f8ee}")
#let ti-devices-minus = tabler-icon.with("\u{f8ef}")
#let ti-devices-off = tabler-icon.with("\u{f3e4}")
#let ti-devices-pause = tabler-icon.with("\u{f8f0}")
#let ti-devices-pc = tabler-icon.with("\u{ee7a}")
#let ti-devices-pc-off = tabler-icon.with("\u{f113}")
#let ti-devices-pin = tabler-icon.with("\u{f8f1}")
#let ti-devices-plus = tabler-icon.with("\u{f8f2}")
#let ti-devices-question = tabler-icon.with("\u{f8f3}")
#let ti-devices-search = tabler-icon.with("\u{f8f4}")
#let ti-devices-share = tabler-icon.with("\u{f8f5}")
#let ti-devices-star = tabler-icon.with("\u{f8f6}")
#let ti-devices-up = tabler-icon.with("\u{f8f7}")
#let ti-devices-x = tabler-icon.with("\u{f8f8}")
#let ti-diabolo = tabler-icon.with("\u{fa9c}")
#let ti-diabolo-off = tabler-icon.with("\u{fa9a}")
#let ti-diabolo-plus = tabler-icon.with("\u{fa9b}")
#let ti-dialpad = tabler-icon.with("\u{f067}")
#let ti-dialpad-filled = tabler-icon.with("\u{fa3b}")
#let ti-dialpad-off = tabler-icon.with("\u{f114}")
#let ti-diamond = tabler-icon.with("\u{eb65}")
#let ti-diamond-filled = tabler-icon.with("\u{f73d}")
#let ti-diamond-off = tabler-icon.with("\u{f115}")
#let ti-diamonds = tabler-icon.with("\u{eff5}")
#let ti-diamonds-filled = tabler-icon.with("\u{f676}")
#let ti-diaper = tabler-icon.with("\u{ffa2}")
#let ti-dice = tabler-icon.with("\u{eb66}")
#let ti-dice-1 = tabler-icon.with("\u{f08b}")
#let ti-dice-1-filled = tabler-icon.with("\u{f73e}")
#let ti-dice-2 = tabler-icon.with("\u{f08c}")
#let ti-dice-2-filled = tabler-icon.with("\u{f73f}")
#let ti-dice-3 = tabler-icon.with("\u{f08d}")
#let ti-dice-3-filled = tabler-icon.with("\u{f740}")
#let ti-dice-4 = tabler-icon.with("\u{f08e}")
#let ti-dice-4-filled = tabler-icon.with("\u{f741}")
#let ti-dice-5 = tabler-icon.with("\u{f08f}")
#let ti-dice-5-filled = tabler-icon.with("\u{f742}")
#let ti-dice-6 = tabler-icon.with("\u{f090}")
#let ti-dice-6-filled = tabler-icon.with("\u{f743}")
#let ti-dice-filled = tabler-icon.with("\u{f744}")
#let ti-dimensions = tabler-icon.with("\u{ee7b}")
#let ti-direction = tabler-icon.with("\u{ebfb}")
#let ti-direction-arrows = tabler-icon.with("\u{fd36}")
#let ti-direction-horizontal = tabler-icon.with("\u{ebfa}")
#let ti-direction-sign = tabler-icon.with("\u{f1f7}")
#let ti-direction-sign-filled = tabler-icon.with("\u{f745}")
#let ti-direction-sign-off = tabler-icon.with("\u{f3e5}")
#let ti-directions = tabler-icon.with("\u{ea8e}")
#let ti-directions-filled = tabler-icon.with("\u{1003f}")
#let ti-directions-off = tabler-icon.with("\u{f116}")
#let ti-disabled = tabler-icon.with("\u{ea8f}")
#let ti-disabled-2 = tabler-icon.with("\u{ebaf}")
#let ti-disabled-off = tabler-icon.with("\u{f117}")
#let ti-disc = tabler-icon.with("\u{ea90}")
#let ti-disc-filled = tabler-icon.with("\u{1003e}")
#let ti-disc-golf = tabler-icon.with("\u{f385}")
#let ti-disc-off = tabler-icon.with("\u{f118}")
#let ti-discount = tabler-icon.with("\u{ebbd}")
#let ti-discount-filled = tabler-icon.with("\u{1003d}")
#let ti-discount-off = tabler-icon.with("\u{f3e7}")
#let ti-divide = tabler-icon.with("\u{ed5c}")
#let ti-dna = tabler-icon.with("\u{ee7d}")
#let ti-dna-2 = tabler-icon.with("\u{ef5c}")
#let ti-dna-2-off = tabler-icon.with("\u{f119}")
#let ti-dna-off = tabler-icon.with("\u{f11a}")
#let ti-dog = tabler-icon.with("\u{f660}")
#let ti-dog-bowl = tabler-icon.with("\u{ef29}")
#let ti-door = tabler-icon.with("\u{ef4e}")
#let ti-door-enter = tabler-icon.with("\u{ef4c}")
#let ti-door-exit = tabler-icon.with("\u{ef4d}")
#let ti-door-off = tabler-icon.with("\u{f11b}")
#let ti-dots = tabler-icon.with("\u{ea95}")
#let ti-dots-circle-horizontal = tabler-icon.with("\u{ea91}")
#let ti-dots-diagonal = tabler-icon.with("\u{ea93}")
#let ti-dots-diagonal-2 = tabler-icon.with("\u{ea92}")
#let ti-dots-vertical = tabler-icon.with("\u{ea94}")
#let ti-download = tabler-icon.with("\u{ea96}")
#let ti-download-off = tabler-icon.with("\u{f11c}")
#let ti-drag-drop = tabler-icon.with("\u{eb89}")
#let ti-drag-drop-2 = tabler-icon.with("\u{eb88}")
#let ti-drone = tabler-icon.with("\u{ed79}")
#let ti-drone-off = tabler-icon.with("\u{ee7e}")
#let ti-drop-circle = tabler-icon.with("\u{efde}")
#let ti-droplet = tabler-icon.with("\u{ea97}")
#let ti-droplet-bolt = tabler-icon.with("\u{f8f9}")
#let ti-droplet-cancel = tabler-icon.with("\u{f8fa}")
#let ti-droplet-check = tabler-icon.with("\u{f8fb}")
#let ti-droplet-code = tabler-icon.with("\u{f8fc}")
#let ti-droplet-cog = tabler-icon.with("\u{f8fd}")
#let ti-droplet-dollar = tabler-icon.with("\u{f8fe}")
#let ti-droplet-down = tabler-icon.with("\u{f8ff}")
#let ti-droplet-exclamation = tabler-icon.with("\u{f900}")
#let ti-droplet-filled = tabler-icon.with("\u{ee80}")
#let ti-droplet-half = tabler-icon.with("\u{ee82}")
#let ti-droplet-half-2 = tabler-icon.with("\u{ee81}")
#let ti-droplet-half-2-filled = tabler-icon.with("\u{fb6c}")
#let ti-droplet-half-filled = tabler-icon.with("\u{f6c5}")
#let ti-droplet-heart = tabler-icon.with("\u{f901}")
#let ti-droplet-minus = tabler-icon.with("\u{f902}")
#let ti-droplet-off = tabler-icon.with("\u{ee83}")
#let ti-droplet-pause = tabler-icon.with("\u{f903}")
#let ti-droplet-pin = tabler-icon.with("\u{f904}")
#let ti-droplet-plus = tabler-icon.with("\u{f905}")
#let ti-droplet-question = tabler-icon.with("\u{f906}")
#let ti-droplet-search = tabler-icon.with("\u{f907}")
#let ti-droplet-share = tabler-icon.with("\u{f908}")
#let ti-droplet-star = tabler-icon.with("\u{f909}")
#let ti-droplet-up = tabler-icon.with("\u{f90a}")
#let ti-droplet-x = tabler-icon.with("\u{f90b}")
#let ti-droplets = tabler-icon.with("\u{fc12}")
#let ti-dual-screen = tabler-icon.with("\u{fa59}")
#let ti-dumpling = tabler-icon.with("\u{feb5}")
#let ti-e-passport = tabler-icon.with("\u{f4df}")
#let ti-ear = tabler-icon.with("\u{ebce}")
#let ti-ear-off = tabler-icon.with("\u{ee84}")
#let ti-ear-scan = tabler-icon.with("\u{fd57}")
#let ti-ease-in = tabler-icon.with("\u{f573}")
#let ti-ease-in-control-point = tabler-icon.with("\u{f570}")
#let ti-ease-in-out = tabler-icon.with("\u{f572}")
#let ti-ease-in-out-control-points = tabler-icon.with("\u{f571}")
#let ti-ease-out = tabler-icon.with("\u{f575}")
#let ti-ease-out-control-point = tabler-icon.with("\u{f574}")
#let ti-edit = tabler-icon.with("\u{ea98}")
#let ti-edit-circle = tabler-icon.with("\u{ee85}")
#let ti-edit-circle-off = tabler-icon.with("\u{f11d}")
#let ti-edit-off = tabler-icon.with("\u{f11e}")
#let ti-egg = tabler-icon.with("\u{eb8a}")
#let ti-egg-cracked = tabler-icon.with("\u{f2d6}")
#let ti-egg-cracked-filled = tabler-icon.with("\u{10012}")
#let ti-egg-filled = tabler-icon.with("\u{f678}")
#let ti-egg-fried = tabler-icon.with("\u{f386}")
#let ti-egg-off = tabler-icon.with("\u{f11f}")
#let ti-eggs = tabler-icon.with("\u{f500}")
#let ti-elevator = tabler-icon.with("\u{efdf}")
#let ti-elevator-filled = tabler-icon.with("\u{1003c}")
#let ti-elevator-off = tabler-icon.with("\u{f3e8}")
#let ti-emergency-bed = tabler-icon.with("\u{ef5d}")
#let ti-empathize = tabler-icon.with("\u{f29b}")
#let ti-empathize-off = tabler-icon.with("\u{f3e9}")
#let ti-emphasis = tabler-icon.with("\u{ebcf}")
#let ti-engine = tabler-icon.with("\u{ef7e}")
#let ti-engine-off = tabler-icon.with("\u{f120}")
#let ti-equal = tabler-icon.with("\u{ee87}")
#let ti-equal-double = tabler-icon.with("\u{f4e1}")
#let ti-equal-not = tabler-icon.with("\u{ee86}")
#let ti-eraser = tabler-icon.with("\u{eb8b}")
#let ti-eraser-off = tabler-icon.with("\u{f121}")
#let ti-error-404 = tabler-icon.with("\u{f027}")
#let ti-error-404-off = tabler-icon.with("\u{f122}")
#let ti-escalator = tabler-icon.with("\u{fb06}")
#let ti-escalator-down = tabler-icon.with("\u{fb04}")
#let ti-escalator-up = tabler-icon.with("\u{fb05}")
#let ti-exchange = tabler-icon.with("\u{ebe7}")
#let ti-exchange-off = tabler-icon.with("\u{f123}")
#let ti-exclamation-circle = tabler-icon.with("\u{f634}")
#let ti-exclamation-circle-filled = tabler-icon.with("\u{ff62}")
#let ti-exclamation-mark = tabler-icon.with("\u{efb4}")
#let ti-exclamation-mark-off = tabler-icon.with("\u{f124}")
#let ti-explicit = tabler-icon.with("\u{f256}")
#let ti-explicit-off = tabler-icon.with("\u{f3ea}")
#let ti-exposure = tabler-icon.with("\u{eb8c}")
#let ti-exposure-0 = tabler-icon.with("\u{f29c}")
#let ti-exposure-minus-1 = tabler-icon.with("\u{f29d}")
#let ti-exposure-minus-2 = tabler-icon.with("\u{f29e}")
#let ti-exposure-off = tabler-icon.with("\u{f3eb}")
#let ti-exposure-plus-1 = tabler-icon.with("\u{f29f}")
#let ti-exposure-plus-2 = tabler-icon.with("\u{f2a0}")
#let ti-external-link = tabler-icon.with("\u{ea99}")
#let ti-external-link-off = tabler-icon.with("\u{f125}")
#let ti-eye = tabler-icon.with("\u{ea9a}")
#let ti-eye-bitcoin = tabler-icon.with("\u{ff3d}")
#let ti-eye-bolt = tabler-icon.with("\u{fb6d}")
#let ti-eye-cancel = tabler-icon.with("\u{fb6e}")
#let ti-eye-check = tabler-icon.with("\u{ee88}")
#let ti-eye-closed = tabler-icon.with("\u{f7ec}")
#let ti-eye-code = tabler-icon.with("\u{fb6f}")
#let ti-eye-cog = tabler-icon.with("\u{f7ed}")
#let ti-eye-discount = tabler-icon.with("\u{fb70}")
#let ti-eye-dollar = tabler-icon.with("\u{fb71}")
#let ti-eye-dotted = tabler-icon.with("\u{fead}")
#let ti-eye-down = tabler-icon.with("\u{fb72}")
#let ti-eye-edit = tabler-icon.with("\u{f7ee}")
#let ti-eye-exclamation = tabler-icon.with("\u{f7ef}")
#let ti-eye-filled = tabler-icon.with("\u{f679}")
#let ti-eye-heart = tabler-icon.with("\u{f7f0}")
#let ti-eye-minus = tabler-icon.with("\u{fb73}")
#let ti-eye-off = tabler-icon.with("\u{ecf0}")
#let ti-eye-pause = tabler-icon.with("\u{fb74}")
#let ti-eye-pin = tabler-icon.with("\u{fb75}")
#let ti-eye-plus = tabler-icon.with("\u{fb76}")
#let ti-eye-question = tabler-icon.with("\u{fb77}")
#let ti-eye-search = tabler-icon.with("\u{fb78}")
#let ti-eye-share = tabler-icon.with("\u{fb79}")
#let ti-eye-spark = tabler-icon.with("\u{ffba}")
#let ti-eye-star = tabler-icon.with("\u{fb7a}")
#let ti-eye-table = tabler-icon.with("\u{ef5e}")
#let ti-eye-up = tabler-icon.with("\u{fb7b}")
#let ti-eye-x = tabler-icon.with("\u{f7f1}")
#let ti-eyeglass = tabler-icon.with("\u{ee8a}")
#let ti-eyeglass-2 = tabler-icon.with("\u{ee89}")
#let ti-eyeglass-off = tabler-icon.with("\u{f126}")
#let ti-face-id = tabler-icon.with("\u{ea9b}")
#let ti-face-id-error = tabler-icon.with("\u{efa7}")
#let ti-face-mask = tabler-icon.with("\u{efb5}")
#let ti-face-mask-off = tabler-icon.with("\u{f127}")
#let ti-fall = tabler-icon.with("\u{ecb9}")
#let ti-favicon = tabler-icon.with("\u{fd65}")
#let ti-favicon-filled = tabler-icon.with("\u{10071}")
#let ti-feather = tabler-icon.with("\u{ee8b}")
#let ti-feather-filled = tabler-icon.with("\u{10011}")
#let ti-feather-off = tabler-icon.with("\u{f128}")
#let ti-fence = tabler-icon.with("\u{ef2a}")
#let ti-fence-off = tabler-icon.with("\u{f129}")
#let ti-ferry = tabler-icon.with("\u{10074}")
#let ti-fidget-spinner = tabler-icon.with("\u{f068}")
#let ti-file = tabler-icon.with("\u{eaa4}")
#let ti-file-3d = tabler-icon.with("\u{f032}")
#let ti-file-ai = tabler-icon.with("\u{ffa1}")
#let ti-file-alert = tabler-icon.with("\u{ede6}")
#let ti-file-analytics = tabler-icon.with("\u{ede7}")
#let ti-file-arrow-left = tabler-icon.with("\u{f033}")
#let ti-file-arrow-right = tabler-icon.with("\u{f034}")
#let ti-file-barcode = tabler-icon.with("\u{f035}")
#let ti-file-bitcoin = tabler-icon.with("\u{ffa0}")
#let ti-file-broken = tabler-icon.with("\u{f501}")
#let ti-file-certificate = tabler-icon.with("\u{ed4d}")
#let ti-file-chart = tabler-icon.with("\u{f036}")
#let ti-file-check = tabler-icon.with("\u{ea9c}")
#let ti-file-code = tabler-icon.with("\u{ebd0}")
#let ti-file-code-2 = tabler-icon.with("\u{ede8}")
#let ti-file-cv = tabler-icon.with("\u{fa5a}")
#let ti-file-database = tabler-icon.with("\u{f037}")
#let ti-file-delta = tabler-icon.with("\u{f53d}")
#let ti-file-description = tabler-icon.with("\u{f028}")
#let ti-file-diff = tabler-icon.with("\u{ecf1}")
#let ti-file-digit = tabler-icon.with("\u{efa8}")
#let ti-file-dislike = tabler-icon.with("\u{ed2a}")
#let ti-file-dollar = tabler-icon.with("\u{efe0}")
#let ti-file-dots = tabler-icon.with("\u{f038}")
#let ti-file-download = tabler-icon.with("\u{ea9d}")
#let ti-file-euro = tabler-icon.with("\u{efe1}")
#let ti-file-excel = tabler-icon.with("\u{fef3}")
#let ti-file-export = tabler-icon.with("\u{ede9}")
#let ti-file-filled = tabler-icon.with("\u{f747}")
#let ti-file-function = tabler-icon.with("\u{f53e}")
#let ti-file-horizontal = tabler-icon.with("\u{ebb0}")
#let ti-file-import = tabler-icon.with("\u{edea}")
#let ti-file-infinity = tabler-icon.with("\u{f502}")
#let ti-file-info = tabler-icon.with("\u{edec}")
#let ti-file-invoice = tabler-icon.with("\u{eb67}")
#let ti-file-isr = tabler-icon.with("\u{feac}")
#let ti-file-lambda = tabler-icon.with("\u{f53f}")
#let ti-file-like = tabler-icon.with("\u{ed2b}")
#let ti-file-minus = tabler-icon.with("\u{ea9e}")
#let ti-file-music = tabler-icon.with("\u{ea9f}")
#let ti-file-neutral = tabler-icon.with("\u{fd22}")
#let ti-file-off = tabler-icon.with("\u{ecf2}")
#let ti-file-orientation = tabler-icon.with("\u{f2a1}")
#let ti-file-pencil = tabler-icon.with("\u{f039}")
#let ti-file-percent = tabler-icon.with("\u{f540}")
#let ti-file-phone = tabler-icon.with("\u{ecdc}")
#let ti-file-plus = tabler-icon.with("\u{eaa0}")
#let ti-file-power = tabler-icon.with("\u{f03a}")
#let ti-file-report = tabler-icon.with("\u{eded}")
#let ti-file-rss = tabler-icon.with("\u{f03b}")
#let ti-file-sad = tabler-icon.with("\u{fd23}")
#let ti-file-scissors = tabler-icon.with("\u{f03c}")
#let ti-file-search = tabler-icon.with("\u{ed5d}")
#let ti-file-settings = tabler-icon.with("\u{f029}")
#let ti-file-shredder = tabler-icon.with("\u{eaa1}")
#let ti-file-signal = tabler-icon.with("\u{f03d}")
#let ti-file-smile = tabler-icon.with("\u{fd24}")
#let ti-file-spark = tabler-icon.with("\u{ffb9}")
#let ti-file-spreadsheet = tabler-icon.with("\u{f03e}")
#let ti-file-stack = tabler-icon.with("\u{f503}")
#let ti-file-star = tabler-icon.with("\u{f03f}")
#let ti-file-symlink = tabler-icon.with("\u{ed53}")
#let ti-file-text = tabler-icon.with("\u{eaa2}")
#let ti-file-text-ai = tabler-icon.with("\u{fa27}")
#let ti-file-text-spark = tabler-icon.with("\u{ffb8}")
#let ti-file-time = tabler-icon.with("\u{f040}")
#let ti-file-type-bmp = tabler-icon.with("\u{fb07}")
#let ti-file-type-css = tabler-icon.with("\u{fb08}")
#let ti-file-type-csv = tabler-icon.with("\u{fb09}")
#let ti-file-type-doc = tabler-icon.with("\u{fb0a}")
#let ti-file-type-docx = tabler-icon.with("\u{fb0b}")
#let ti-file-type-html = tabler-icon.with("\u{fb0c}")
#let ti-file-type-jpg = tabler-icon.with("\u{fb0d}")
#let ti-file-type-js = tabler-icon.with("\u{fb0e}")
#let ti-file-type-jsx = tabler-icon.with("\u{fb0f}")
#let ti-file-type-pdf = tabler-icon.with("\u{fb10}")
#let ti-file-type-php = tabler-icon.with("\u{fb11}")
#let ti-file-type-png = tabler-icon.with("\u{fb12}")
#let ti-file-type-ppt = tabler-icon.with("\u{fb13}")
#let ti-file-type-rs = tabler-icon.with("\u{fb14}")
#let ti-file-type-sql = tabler-icon.with("\u{fb15}")
#let ti-file-type-svg = tabler-icon.with("\u{fb16}")
#let ti-file-type-ts = tabler-icon.with("\u{fb17}")
#let ti-file-type-tsx = tabler-icon.with("\u{fb18}")
#let ti-file-type-txt = tabler-icon.with("\u{fb19}")
#let ti-file-type-vue = tabler-icon.with("\u{fb1a}")
#let ti-file-type-xls = tabler-icon.with("\u{fb1b}")
#let ti-file-type-xml = tabler-icon.with("\u{fb1c}")
#let ti-file-type-zip = tabler-icon.with("\u{fb1d}")
#let ti-file-typography = tabler-icon.with("\u{f041}")
#let ti-file-unknown = tabler-icon.with("\u{f042}")
#let ti-file-upload = tabler-icon.with("\u{ec91}")
#let ti-file-vector = tabler-icon.with("\u{f043}")
#let ti-file-word = tabler-icon.with("\u{fef2}")
#let ti-file-x = tabler-icon.with("\u{eaa3}")
#let ti-file-x-filled = tabler-icon.with("\u{f748}")
#let ti-file-zip = tabler-icon.with("\u{ed4e}")
#let ti-files = tabler-icon.with("\u{edef}")
#let ti-files-off = tabler-icon.with("\u{edee}")
#let ti-filter = tabler-icon.with("\u{eaa5}")
#let ti-filter-bolt = tabler-icon.with("\u{fb7c}")
#let ti-filter-cancel = tabler-icon.with("\u{fb7d}")
#let ti-filter-check = tabler-icon.with("\u{fb7e}")
#let ti-filter-code = tabler-icon.with("\u{fb7f}")
#let ti-filter-cog = tabler-icon.with("\u{f9fe}")
#let ti-filter-discount = tabler-icon.with("\u{fb80}")
#let ti-filter-dollar = tabler-icon.with("\u{f9ff}")
#let ti-filter-down = tabler-icon.with("\u{fb81}")
#let ti-filter-edit = tabler-icon.with("\u{fa00}")
#let ti-filter-exclamation = tabler-icon.with("\u{fb82}")
#let ti-filter-filled = tabler-icon.with("\u{fc27}")
#let ti-filter-heart = tabler-icon.with("\u{fb83}")
#let ti-filter-minus = tabler-icon.with("\u{fa01}")
#let ti-filter-off = tabler-icon.with("\u{ed2c}")
#let ti-filter-pause = tabler-icon.with("\u{fb84}")
#let ti-filter-pin = tabler-icon.with("\u{fb85}")
#let ti-filter-plus = tabler-icon.with("\u{fa02}")
#let ti-filter-question = tabler-icon.with("\u{fb86}")
#let ti-filter-search = tabler-icon.with("\u{fb87}")
#let ti-filter-share = tabler-icon.with("\u{fb88}")
#let ti-filter-star = tabler-icon.with("\u{fa03}")
#let ti-filter-up = tabler-icon.with("\u{fb89}")
#let ti-filter-x = tabler-icon.with("\u{fa04}")
#let ti-filters = tabler-icon.with("\u{f793}")
#let ti-fingerprint = tabler-icon.with("\u{ebd1}")
#let ti-fingerprint-off = tabler-icon.with("\u{f12a}")
#let ti-fingerprint-scan = tabler-icon.with("\u{fcb5}")
#let ti-fire-extinguisher = tabler-icon.with("\u{faf6}")
#let ti-fire-hydrant = tabler-icon.with("\u{f3a9}")
#let ti-fire-hydrant-off = tabler-icon.with("\u{f3ec}")
#let ti-firetruck = tabler-icon.with("\u{ebe8}")
#let ti-first-aid-kit = tabler-icon.with("\u{ef5f}")
#let ti-first-aid-kit-off = tabler-icon.with("\u{f3ed}")
#let ti-fish = tabler-icon.with("\u{ef2b}")
#let ti-fish-bone = tabler-icon.with("\u{f287}")
#let ti-fish-christianity = tabler-icon.with("\u{f58b}")
#let ti-fish-hook = tabler-icon.with("\u{f1f9}")
#let ti-fish-hook-off = tabler-icon.with("\u{f3ee}")
#let ti-fish-off = tabler-icon.with("\u{f12b}")
#let ti-flag = tabler-icon.with("\u{eaa6}")
#let ti-flag-2 = tabler-icon.with("\u{ee8c}")
#let ti-flag-2-filled = tabler-icon.with("\u{f707}")
#let ti-flag-2-off = tabler-icon.with("\u{f12c}")
#let ti-flag-3 = tabler-icon.with("\u{ee8d}")
#let ti-flag-3-filled = tabler-icon.with("\u{f708}")
#let ti-flag-bitcoin = tabler-icon.with("\u{ff3c}")
#let ti-flag-bolt = tabler-icon.with("\u{fb8a}")
#let ti-flag-cancel = tabler-icon.with("\u{fb8b}")
#let ti-flag-check = tabler-icon.with("\u{fb8c}")
#let ti-flag-code = tabler-icon.with("\u{fb8d}")
#let ti-flag-cog = tabler-icon.with("\u{fb8e}")
#let ti-flag-discount = tabler-icon.with("\u{fb8f}")
#let ti-flag-dollar = tabler-icon.with("\u{fb90}")
#let ti-flag-down = tabler-icon.with("\u{fb91}")
#let ti-flag-exclamation = tabler-icon.with("\u{fb92}")
#let ti-flag-filled = tabler-icon.with("\u{f67a}")
#let ti-flag-heart = tabler-icon.with("\u{fb93}")
#let ti-flag-minus = tabler-icon.with("\u{fb94}")
#let ti-flag-off = tabler-icon.with("\u{f12d}")
#let ti-flag-pause = tabler-icon.with("\u{fb95}")
#let ti-flag-pin = tabler-icon.with("\u{fb96}")
#let ti-flag-plus = tabler-icon.with("\u{fb97}")
#let ti-flag-question = tabler-icon.with("\u{fb98}")
#let ti-flag-search = tabler-icon.with("\u{fb99}")
#let ti-flag-share = tabler-icon.with("\u{fb9a}")
#let ti-flag-spark = tabler-icon.with("\u{ffb7}")
#let ti-flag-star = tabler-icon.with("\u{fb9b}")
#let ti-flag-up = tabler-icon.with("\u{fb9c}")
#let ti-flag-x = tabler-icon.with("\u{fb9d}")
#let ti-flame = tabler-icon.with("\u{ec2c}")
#let ti-flame-off = tabler-icon.with("\u{f12e}")
#let ti-flare = tabler-icon.with("\u{ee8e}")
#let ti-flask = tabler-icon.with("\u{ebd2}")
#let ti-flask-2 = tabler-icon.with("\u{ef60}")
#let ti-flask-2-filled = tabler-icon.with("\u{fd12}")
#let ti-flask-2-off = tabler-icon.with("\u{f12f}")
#let ti-flask-filled = tabler-icon.with("\u{fd13}")
#let ti-flask-off = tabler-icon.with("\u{f130}")
#let ti-flip-flops = tabler-icon.with("\u{f564}")
#let ti-flip-horizontal = tabler-icon.with("\u{eaa7}")
#let ti-flip-vertical = tabler-icon.with("\u{eaa8}")
#let ti-float-center = tabler-icon.with("\u{ebb1}")
#let ti-float-left = tabler-icon.with("\u{ebb2}")
#let ti-float-none = tabler-icon.with("\u{ed13}")
#let ti-float-right = tabler-icon.with("\u{ebb3}")
#let ti-flower = tabler-icon.with("\u{eff6}")
#let ti-flower-filled = tabler-icon.with("\u{10010}")
#let ti-flower-off = tabler-icon.with("\u{f131}")
#let ti-focus = tabler-icon.with("\u{eb8d}")
#let ti-focus-2 = tabler-icon.with("\u{ebd3}")
#let ti-focus-auto = tabler-icon.with("\u{fa62}")
#let ti-focus-centered = tabler-icon.with("\u{f02a}")
#let ti-fold = tabler-icon.with("\u{ed56}")
#let ti-fold-down = tabler-icon.with("\u{ed54}")
#let ti-fold-up = tabler-icon.with("\u{ed55}")
#let ti-folder = tabler-icon.with("\u{eaad}")
#let ti-folder-bolt = tabler-icon.with("\u{f90c}")
#let ti-folder-cancel = tabler-icon.with("\u{f90d}")
#let ti-folder-check = tabler-icon.with("\u{f90e}")
#let ti-folder-code = tabler-icon.with("\u{f90f}")
#let ti-folder-cog = tabler-icon.with("\u{f910}")
#let ti-folder-dollar = tabler-icon.with("\u{f911}")
#let ti-folder-down = tabler-icon.with("\u{f912}")
#let ti-folder-exclamation = tabler-icon.with("\u{f913}")
#let ti-folder-filled = tabler-icon.with("\u{f749}")
#let ti-folder-heart = tabler-icon.with("\u{f914}")
#let ti-folder-minus = tabler-icon.with("\u{eaaa}")
#let ti-folder-off = tabler-icon.with("\u{ed14}")
#let ti-folder-open = tabler-icon.with("\u{faf7}")
#let ti-folder-pause = tabler-icon.with("\u{f915}")
#let ti-folder-pin = tabler-icon.with("\u{f916}")
#let ti-folder-plus = tabler-icon.with("\u{eaab}")
#let ti-folder-question = tabler-icon.with("\u{f917}")
#let ti-folder-root = tabler-icon.with("\u{fd43}")
#let ti-folder-search = tabler-icon.with("\u{f918}")
#let ti-folder-share = tabler-icon.with("\u{f919}")
#let ti-folder-star = tabler-icon.with("\u{f91a}")
#let ti-folder-symlink = tabler-icon.with("\u{f91b}")
#let ti-folder-up = tabler-icon.with("\u{f91c}")
#let ti-folder-x = tabler-icon.with("\u{eaac}")
#let ti-folders = tabler-icon.with("\u{eaae}")
#let ti-folders-off = tabler-icon.with("\u{f133}")
#let ti-forbid = tabler-icon.with("\u{ebd5}")
#let ti-forbid-2 = tabler-icon.with("\u{ebd4}")
#let ti-forbid-2-filled = tabler-icon.with("\u{fc28}")
#let ti-forbid-filled = tabler-icon.with("\u{fc29}")
#let ti-forklift = tabler-icon.with("\u{ebe9}")
#let ti-forms = tabler-icon.with("\u{ee8f}")
#let ti-fountain = tabler-icon.with("\u{f09b}")
#let ti-fountain-filled = tabler-icon.with("\u{fc2a}")
#let ti-fountain-off = tabler-icon.with("\u{f134}")
#let ti-frame = tabler-icon.with("\u{eaaf}")
#let ti-frame-off = tabler-icon.with("\u{f135}")
#let ti-free-rights = tabler-icon.with("\u{efb6}")
#let ti-freeze-column = tabler-icon.with("\u{fa63}")
#let ti-freeze-row = tabler-icon.with("\u{fa65}")
#let ti-freeze-row-column = tabler-icon.with("\u{fa64}")
#let ti-fridge = tabler-icon.with("\u{f1fa}")
#let ti-fridge-off = tabler-icon.with("\u{f3ef}")
#let ti-friends = tabler-icon.with("\u{eab0}")
#let ti-friends-off = tabler-icon.with("\u{f136}")
#let ti-frustum = tabler-icon.with("\u{fa9f}")
#let ti-frustum-off = tabler-icon.with("\u{fa9d}")
#let ti-frustum-plus = tabler-icon.with("\u{fa9e}")
#let ti-function = tabler-icon.with("\u{f225}")
#let ti-function-filled = tabler-icon.with("\u{fc2b}")
#let ti-function-off = tabler-icon.with("\u{f3f0}")
#let ti-galaxy = tabler-icon.with("\u{fcb6}")
#let ti-garden-cart = tabler-icon.with("\u{f23e}")
#let ti-garden-cart-off = tabler-icon.with("\u{f3f1}")
#let ti-gas-station = tabler-icon.with("\u{ec7d}")
#let ti-gas-station-off = tabler-icon.with("\u{f137}")
#let ti-gauge = tabler-icon.with("\u{eab1}")
#let ti-gauge-filled = tabler-icon.with("\u{fc2c}")
#let ti-gauge-off = tabler-icon.with("\u{f138}")
#let ti-gavel = tabler-icon.with("\u{ef90}")
#let ti-gender-agender = tabler-icon.with("\u{f0e1}")
#let ti-gender-androgyne = tabler-icon.with("\u{f0e2}")
#let ti-gender-bigender = tabler-icon.with("\u{f0e3}")
#let ti-gender-demiboy = tabler-icon.with("\u{f0e4}")
#let ti-gender-demigirl = tabler-icon.with("\u{f0e5}")
#let ti-gender-epicene = tabler-icon.with("\u{f0e6}")
#let ti-gender-female = tabler-icon.with("\u{f0e7}")
#let ti-gender-femme = tabler-icon.with("\u{f0e8}")
#let ti-gender-genderfluid = tabler-icon.with("\u{f0e9}")
#let ti-gender-genderless = tabler-icon.with("\u{f0ea}")
#let ti-gender-genderqueer = tabler-icon.with("\u{f0eb}")
#let ti-gender-hermaphrodite = tabler-icon.with("\u{f0ec}")
#let ti-gender-intergender = tabler-icon.with("\u{f0ed}")
#let ti-gender-male = tabler-icon.with("\u{f0ee}")
#let ti-gender-neutrois = tabler-icon.with("\u{f0ef}")
#let ti-gender-third = tabler-icon.with("\u{f0f0}")
#let ti-gender-transgender = tabler-icon.with("\u{f0f1}")
#let ti-gender-trasvesti = tabler-icon.with("\u{f0f2}")
#let ti-geometry = tabler-icon.with("\u{ee90}")
#let ti-ghost = tabler-icon.with("\u{eb8e}")
#let ti-ghost-2 = tabler-icon.with("\u{f57c}")
#let ti-ghost-2-filled = tabler-icon.with("\u{f74a}")
#let ti-ghost-3 = tabler-icon.with("\u{fc13}")
#let ti-ghost-filled = tabler-icon.with("\u{f74b}")
#let ti-ghost-off = tabler-icon.with("\u{f3f2}")
#let ti-gif = tabler-icon.with("\u{f257}")
#let ti-gift = tabler-icon.with("\u{eb68}")
#let ti-gift-card = tabler-icon.with("\u{f3aa}")
#let ti-gift-card-filled = tabler-icon.with("\u{fc2d}")
#let ti-gift-filled = tabler-icon.with("\u{fd14}")
#let ti-gift-off = tabler-icon.with("\u{f3f3}")
#let ti-git-branch = tabler-icon.with("\u{eab2}")
#let ti-git-branch-deleted = tabler-icon.with("\u{f57d}")
#let ti-git-cherry-pick = tabler-icon.with("\u{f57e}")
#let ti-git-commit = tabler-icon.with("\u{eab3}")
#let ti-git-compare = tabler-icon.with("\u{eab4}")
#let ti-git-fork = tabler-icon.with("\u{eb8f}")
#let ti-git-merge = tabler-icon.with("\u{eab5}")
#let ti-git-pull-request = tabler-icon.with("\u{eab6}")
#let ti-git-pull-request-closed = tabler-icon.with("\u{ef7f}")
#let ti-git-pull-request-draft = tabler-icon.with("\u{efb7}")
#let ti-gizmo = tabler-icon.with("\u{f02b}")
#let ti-glass = tabler-icon.with("\u{eab8}")
#let ti-glass-champagne = tabler-icon.with("\u{fd9c}")
#let ti-glass-cocktail = tabler-icon.with("\u{fd9d}")
#let ti-glass-filled = tabler-icon.with("\u{1000f}")
#let ti-glass-full = tabler-icon.with("\u{eab7}")
#let ti-glass-full-filled = tabler-icon.with("\u{fc2e}")
#let ti-glass-gin = tabler-icon.with("\u{fd9e}")
#let ti-glass-off = tabler-icon.with("\u{ee91}")
#let ti-globe = tabler-icon.with("\u{eab9}")
#let ti-globe-filled = tabler-icon.with("\u{fc2f}")
#let ti-globe-off = tabler-icon.with("\u{f139}")
#let ti-go-game = tabler-icon.with("\u{f512}")
#let ti-golf = tabler-icon.with("\u{ed8c}")
#let ti-golf-off = tabler-icon.with("\u{f13a}")
#let ti-gps = tabler-icon.with("\u{ed7a}")
#let ti-gps-filled = tabler-icon.with("\u{fe48}")
#let ti-gradienter = tabler-icon.with("\u{f3ab}")
#let ti-grain = tabler-icon.with("\u{ee92}")
#let ti-graph = tabler-icon.with("\u{f288}")
#let ti-graph-filled = tabler-icon.with("\u{fd15}")
#let ti-graph-off = tabler-icon.with("\u{f3f4}")
#let ti-grave = tabler-icon.with("\u{f580}")
#let ti-grave-2 = tabler-icon.with("\u{f57f}")
#let ti-grid-3x3 = tabler-icon.with("\u{fca4}")
#let ti-grid-4x4 = tabler-icon.with("\u{fca5}")
#let ti-grid-dots = tabler-icon.with("\u{eaba}")
#let ti-grid-goldenratio = tabler-icon.with("\u{fca6}")
#let ti-grid-pattern = tabler-icon.with("\u{efc9}")
#let ti-grid-scan = tabler-icon.with("\u{fca7}")
#let ti-grill = tabler-icon.with("\u{efa9}")
#let ti-grill-fork = tabler-icon.with("\u{f35b}")
#let ti-grill-off = tabler-icon.with("\u{f3f5}")
#let ti-grill-spatula = tabler-icon.with("\u{f35c}")
#let ti-grip-horizontal = tabler-icon.with("\u{ec00}")
#let ti-grip-vertical = tabler-icon.with("\u{ec01}")
#let ti-growth = tabler-icon.with("\u{ee93}")
#let ti-guitar-pick = tabler-icon.with("\u{f4c6}")
#let ti-guitar-pick-filled = tabler-icon.with("\u{f67b}")
#let ti-gymnastics = tabler-icon.with("\u{fd44}")
#let ti-h-1 = tabler-icon.with("\u{ec94}")
#let ti-h-2 = tabler-icon.with("\u{ec95}")
#let ti-h-3 = tabler-icon.with("\u{ec96}")
#let ti-h-4 = tabler-icon.with("\u{ec97}")
#let ti-h-5 = tabler-icon.with("\u{ec98}")
#let ti-h-6 = tabler-icon.with("\u{ec99}")
#let ti-hammer = tabler-icon.with("\u{ef91}")
#let ti-hammer-off = tabler-icon.with("\u{f13c}")
#let ti-hand-click = tabler-icon.with("\u{ef4f}")
#let ti-hand-finger = tabler-icon.with("\u{ee94}")
#let ti-hand-finger-down = tabler-icon.with("\u{ff4f}")
#let ti-hand-finger-left = tabler-icon.with("\u{ff4e}")
#let ti-hand-finger-off = tabler-icon.with("\u{f13d}")
#let ti-hand-finger-right = tabler-icon.with("\u{ff4d}")
#let ti-hand-grab = tabler-icon.with("\u{f091}")
#let ti-hand-little-finger = tabler-icon.with("\u{ee95}")
#let ti-hand-love-you = tabler-icon.with("\u{ee97}")
#let ti-hand-middle-finger = tabler-icon.with("\u{ec2d}")
#let ti-hand-move = tabler-icon.with("\u{ef50}")
#let ti-hand-off = tabler-icon.with("\u{ed15}")
#let ti-hand-ring-finger = tabler-icon.with("\u{ee96}")
#let ti-hand-sanitizer = tabler-icon.with("\u{f5f4}")
#let ti-hand-stop = tabler-icon.with("\u{ec2e}")
#let ti-hand-three-fingers = tabler-icon.with("\u{ee98}")
#let ti-hand-two-fingers = tabler-icon.with("\u{ee99}")
#let ti-hanger = tabler-icon.with("\u{ee9a}")
#let ti-hanger-2 = tabler-icon.with("\u{f09c}")
#let ti-hanger-2-filled = tabler-icon.with("\u{ff61}")
#let ti-hanger-off = tabler-icon.with("\u{f13e}")
#let ti-hash = tabler-icon.with("\u{eabc}")
#let ti-haze = tabler-icon.with("\u{efaa}")
#let ti-haze-moon = tabler-icon.with("\u{faf8}")
#let ti-hdr = tabler-icon.with("\u{fa7b}")
#let ti-heading = tabler-icon.with("\u{ee9b}")
#let ti-heading-off = tabler-icon.with("\u{f13f}")
#let ti-headphones = tabler-icon.with("\u{eabd}")
#let ti-headphones-filled = tabler-icon.with("\u{fa3c}")
#let ti-headphones-off = tabler-icon.with("\u{ed1d}")
#let ti-headset = tabler-icon.with("\u{eb90}")
#let ti-headset-off = tabler-icon.with("\u{f3f6}")
#let ti-health-recognition = tabler-icon.with("\u{f1fb}")
#let ti-heart = tabler-icon.with("\u{eabe}")
#let ti-heart-bitcoin = tabler-icon.with("\u{ff3b}")
#let ti-heart-bolt = tabler-icon.with("\u{fb9e}")
#let ti-heart-broken = tabler-icon.with("\u{ecba}")
#let ti-heart-cancel = tabler-icon.with("\u{fb9f}")
#let ti-heart-check = tabler-icon.with("\u{fba0}")
#let ti-heart-code = tabler-icon.with("\u{fba1}")
#let ti-heart-cog = tabler-icon.with("\u{fba2}")
#let ti-heart-discount = tabler-icon.with("\u{fba3}")
#let ti-heart-dollar = tabler-icon.with("\u{fba4}")
#let ti-heart-down = tabler-icon.with("\u{fba5}")
#let ti-heart-exclamation = tabler-icon.with("\u{fba6}")
#let ti-heart-filled = tabler-icon.with("\u{f67c}")
#let ti-heart-handshake = tabler-icon.with("\u{f0f3}")
#let ti-heart-minus = tabler-icon.with("\u{f140}")
#let ti-heart-off = tabler-icon.with("\u{f141}")
#let ti-heart-pause = tabler-icon.with("\u{fba7}")
#let ti-heart-pin = tabler-icon.with("\u{fba8}")
#let ti-heart-plus = tabler-icon.with("\u{f142}")
#let ti-heart-question = tabler-icon.with("\u{fba9}")
#let ti-heart-rate-monitor = tabler-icon.with("\u{ef61}")
#let ti-heart-search = tabler-icon.with("\u{fbaa}")
#let ti-heart-share = tabler-icon.with("\u{fbab}")
#let ti-heart-spark = tabler-icon.with("\u{ffb6}")
#let ti-heart-star = tabler-icon.with("\u{fbac}")
#let ti-heart-up = tabler-icon.with("\u{fbad}")
#let ti-heart-x = tabler-icon.with("\u{fbae}")
#let ti-heartbeat = tabler-icon.with("\u{ef92}")
#let ti-hearts = tabler-icon.with("\u{f387}")
#let ti-hearts-off = tabler-icon.with("\u{f3f7}")
#let ti-helicopter = tabler-icon.with("\u{ed8e}")
#let ti-helicopter-landing = tabler-icon.with("\u{ed8d}")
#let ti-helmet = tabler-icon.with("\u{efca}")
#let ti-helmet-off = tabler-icon.with("\u{f143}")
#let ti-help = tabler-icon.with("\u{eabf}")
#let ti-help-circle = tabler-icon.with("\u{f91d}")
#let ti-help-circle-filled = tabler-icon.with("\u{fa3d}")
#let ti-help-hexagon = tabler-icon.with("\u{f7a8}")
#let ti-help-hexagon-filled = tabler-icon.with("\u{fa3e}")
#let ti-help-octagon = tabler-icon.with("\u{f7a9}")
#let ti-help-octagon-filled = tabler-icon.with("\u{fa3f}")
#let ti-help-off = tabler-icon.with("\u{f3f8}")
#let ti-help-small = tabler-icon.with("\u{f91e}")
#let ti-help-square = tabler-icon.with("\u{f920}")
#let ti-help-square-filled = tabler-icon.with("\u{fa40}")
#let ti-help-square-rounded = tabler-icon.with("\u{f91f}")
#let ti-help-square-rounded-filled = tabler-icon.with("\u{fa41}")
#let ti-help-triangle = tabler-icon.with("\u{f921}")
#let ti-help-triangle-filled = tabler-icon.with("\u{fa42}")
#let ti-hemisphere = tabler-icon.with("\u{faa2}")
#let ti-hemisphere-off = tabler-icon.with("\u{faa0}")
#let ti-hemisphere-plus = tabler-icon.with("\u{faa1}")
#let ti-hexagon = tabler-icon.with("\u{ec02}")
#let ti-hexagon-3d = tabler-icon.with("\u{f4c7}")
#let ti-hexagon-filled = tabler-icon.with("\u{f67d}")
#let ti-hexagon-letter-a = tabler-icon.with("\u{f463}")
#let ti-hexagon-letter-a-filled = tabler-icon.with("\u{fe47}")
#let ti-hexagon-letter-b = tabler-icon.with("\u{f464}")
#let ti-hexagon-letter-b-filled = tabler-icon.with("\u{fe46}")
#let ti-hexagon-letter-c = tabler-icon.with("\u{f465}")
#let ti-hexagon-letter-c-filled = tabler-icon.with("\u{fe45}")
#let ti-hexagon-letter-d = tabler-icon.with("\u{f466}")
#let ti-hexagon-letter-d-filled = tabler-icon.with("\u{fe44}")
#let ti-hexagon-letter-e = tabler-icon.with("\u{f467}")
#let ti-hexagon-letter-e-filled = tabler-icon.with("\u{fe43}")
#let ti-hexagon-letter-f = tabler-icon.with("\u{f468}")
#let ti-hexagon-letter-f-filled = tabler-icon.with("\u{fe42}")
#let ti-hexagon-letter-g = tabler-icon.with("\u{f469}")
#let ti-hexagon-letter-g-filled = tabler-icon.with("\u{fe41}")
#let ti-hexagon-letter-h = tabler-icon.with("\u{f46a}")
#let ti-hexagon-letter-h-filled = tabler-icon.with("\u{fe40}")
#let ti-hexagon-letter-i = tabler-icon.with("\u{f46b}")
#let ti-hexagon-letter-i-filled = tabler-icon.with("\u{fe3f}")
#let ti-hexagon-letter-j = tabler-icon.with("\u{f46c}")
#let ti-hexagon-letter-j-filled = tabler-icon.with("\u{fe3e}")
#let ti-hexagon-letter-k = tabler-icon.with("\u{f46d}")
#let ti-hexagon-letter-k-filled = tabler-icon.with("\u{fe3d}")
#let ti-hexagon-letter-l = tabler-icon.with("\u{f46e}")
#let ti-hexagon-letter-l-filled = tabler-icon.with("\u{fe3c}")
#let ti-hexagon-letter-m = tabler-icon.with("\u{f46f}")
#let ti-hexagon-letter-m-filled = tabler-icon.with("\u{fe3b}")
#let ti-hexagon-letter-n = tabler-icon.with("\u{f470}")
#let ti-hexagon-letter-n-filled = tabler-icon.with("\u{fe3a}")
#let ti-hexagon-letter-o = tabler-icon.with("\u{f471}")
#let ti-hexagon-letter-o-filled = tabler-icon.with("\u{fe39}")
#let ti-hexagon-letter-p = tabler-icon.with("\u{f472}")
#let ti-hexagon-letter-p-filled = tabler-icon.with("\u{fe38}")
#let ti-hexagon-letter-q = tabler-icon.with("\u{f473}")
#let ti-hexagon-letter-q-filled = tabler-icon.with("\u{fe37}")
#let ti-hexagon-letter-r = tabler-icon.with("\u{f474}")
#let ti-hexagon-letter-r-filled = tabler-icon.with("\u{fe36}")
#let ti-hexagon-letter-s = tabler-icon.with("\u{f475}")
#let ti-hexagon-letter-s-filled = tabler-icon.with("\u{fe35}")
#let ti-hexagon-letter-t = tabler-icon.with("\u{f476}")
#let ti-hexagon-letter-t-filled = tabler-icon.with("\u{fe34}")
#let ti-hexagon-letter-u = tabler-icon.with("\u{f477}")
#let ti-hexagon-letter-u-filled = tabler-icon.with("\u{fe33}")
#let ti-hexagon-letter-v = tabler-icon.with("\u{f4b3}")
#let ti-hexagon-letter-v-filled = tabler-icon.with("\u{fe32}")
#let ti-hexagon-letter-w = tabler-icon.with("\u{f478}")
#let ti-hexagon-letter-w-filled = tabler-icon.with("\u{fe31}")
#let ti-hexagon-letter-x = tabler-icon.with("\u{f479}")
#let ti-hexagon-letter-x-filled = tabler-icon.with("\u{fe30}")
#let ti-hexagon-letter-y = tabler-icon.with("\u{f47a}")
#let ti-hexagon-letter-y-filled = tabler-icon.with("\u{fe2f}")
#let ti-hexagon-letter-z = tabler-icon.with("\u{f47b}")
#let ti-hexagon-letter-z-filled = tabler-icon.with("\u{fe2e}")
#let ti-hexagon-minus = tabler-icon.with("\u{fc8f}")
#let ti-hexagon-minus-2 = tabler-icon.with("\u{fc8e}")
#let ti-hexagon-minus-filled = tabler-icon.with("\u{fe2d}")
#let ti-hexagon-number-0 = tabler-icon.with("\u{f459}")
#let ti-hexagon-number-0-filled = tabler-icon.with("\u{f74c}")
#let ti-hexagon-number-1 = tabler-icon.with("\u{f45a}")
#let ti-hexagon-number-1-filled = tabler-icon.with("\u{f74d}")
#let ti-hexagon-number-2 = tabler-icon.with("\u{f45b}")
#let ti-hexagon-number-2-filled = tabler-icon.with("\u{f74e}")
#let ti-hexagon-number-3 = tabler-icon.with("\u{f45c}")
#let ti-hexagon-number-3-filled = tabler-icon.with("\u{f74f}")
#let ti-hexagon-number-4 = tabler-icon.with("\u{f45d}")
#let ti-hexagon-number-4-filled = tabler-icon.with("\u{f750}")
#let ti-hexagon-number-5 = tabler-icon.with("\u{f45e}")
#let ti-hexagon-number-5-filled = tabler-icon.with("\u{f751}")
#let ti-hexagon-number-6 = tabler-icon.with("\u{f45f}")
#let ti-hexagon-number-6-filled = tabler-icon.with("\u{f752}")
#let ti-hexagon-number-7 = tabler-icon.with("\u{f460}")
#let ti-hexagon-number-7-filled = tabler-icon.with("\u{f753}")
#let ti-hexagon-number-8 = tabler-icon.with("\u{f461}")
#let ti-hexagon-number-8-filled = tabler-icon.with("\u{f754}")
#let ti-hexagon-number-9 = tabler-icon.with("\u{f462}")
#let ti-hexagon-number-9-filled = tabler-icon.with("\u{f755}")
#let ti-hexagon-off = tabler-icon.with("\u{ee9c}")
#let ti-hexagon-plus = tabler-icon.with("\u{fc45}")
#let ti-hexagon-plus-2 = tabler-icon.with("\u{fc90}")
#let ti-hexagon-plus-filled = tabler-icon.with("\u{fe2c}")
#let ti-hexagonal-prism = tabler-icon.with("\u{faa5}")
#let ti-hexagonal-prism-off = tabler-icon.with("\u{faa3}")
#let ti-hexagonal-prism-plus = tabler-icon.with("\u{faa4}")
#let ti-hexagonal-pyramid = tabler-icon.with("\u{faa8}")
#let ti-hexagonal-pyramid-off = tabler-icon.with("\u{faa6}")
#let ti-hexagonal-pyramid-plus = tabler-icon.with("\u{faa7}")
#let ti-hexagons = tabler-icon.with("\u{f09d}")
#let ti-hexagons-off = tabler-icon.with("\u{f3f9}")
#let ti-hierarchy = tabler-icon.with("\u{ee9e}")
#let ti-hierarchy-2 = tabler-icon.with("\u{ee9d}")
#let ti-hierarchy-3 = tabler-icon.with("\u{f289}")
#let ti-hierarchy-off = tabler-icon.with("\u{f3fa}")
#let ti-highlight = tabler-icon.with("\u{ef3f}")
#let ti-highlight-off = tabler-icon.with("\u{f144}")
#let ti-history = tabler-icon.with("\u{ebea}")
#let ti-history-off = tabler-icon.with("\u{f3fb}")
#let ti-history-toggle = tabler-icon.with("\u{f1fc}")
#let ti-home = tabler-icon.with("\u{eac1}")
#let ti-home-2 = tabler-icon.with("\u{eac0}")
#let ti-home-bitcoin = tabler-icon.with("\u{ff3a}")
#let ti-home-bolt = tabler-icon.with("\u{f336}")
#let ti-home-cancel = tabler-icon.with("\u{f350}")
#let ti-home-check = tabler-icon.with("\u{f337}")
#let ti-home-cog = tabler-icon.with("\u{f338}")
#let ti-home-dollar = tabler-icon.with("\u{f339}")
#let ti-home-dot = tabler-icon.with("\u{f33a}")
#let ti-home-down = tabler-icon.with("\u{f33b}")
#let ti-home-eco = tabler-icon.with("\u{f351}")
#let ti-home-edit = tabler-icon.with("\u{f352}")
#let ti-home-exclamation = tabler-icon.with("\u{f33c}")
#let ti-home-filled = tabler-icon.with("\u{fe2b}")
#let ti-home-hand = tabler-icon.with("\u{f504}")
#let ti-home-heart = tabler-icon.with("\u{f353}")
#let ti-home-infinity = tabler-icon.with("\u{f505}")
#let ti-home-link = tabler-icon.with("\u{f354}")
#let ti-home-minus = tabler-icon.with("\u{f33d}")
#let ti-home-move = tabler-icon.with("\u{f33e}")
#let ti-home-off = tabler-icon.with("\u{f145}")
#let ti-home-plus = tabler-icon.with("\u{f33f}")
#let ti-home-question = tabler-icon.with("\u{f340}")
#let ti-home-ribbon = tabler-icon.with("\u{f355}")
#let ti-home-search = tabler-icon.with("\u{f341}")
#let ti-home-share = tabler-icon.with("\u{f342}")
#let ti-home-shield = tabler-icon.with("\u{f343}")
#let ti-home-signal = tabler-icon.with("\u{f356}")
#let ti-home-spark = tabler-icon.with("\u{ffb5}")
#let ti-home-star = tabler-icon.with("\u{f344}")
#let ti-home-stats = tabler-icon.with("\u{f345}")
#let ti-home-up = tabler-icon.with("\u{f346}")
#let ti-home-x = tabler-icon.with("\u{f347}")
#let ti-horse = tabler-icon.with("\u{fc46}")
#let ti-horse-toy = tabler-icon.with("\u{f28a}")
#let ti-horseshoe = tabler-icon.with("\u{fcb7}")
#let ti-hospital = tabler-icon.with("\u{fd59}")
#let ti-hospital-circle = tabler-icon.with("\u{fd58}")
#let ti-hospital-circle-filled = tabler-icon.with("\u{fed2}")
#let ti-hotel-service = tabler-icon.with("\u{ef80}")
#let ti-hourglass = tabler-icon.with("\u{ef93}")
#let ti-hourglass-empty = tabler-icon.with("\u{f146}")
#let ti-hourglass-filled = tabler-icon.with("\u{f756}")
#let ti-hourglass-high = tabler-icon.with("\u{f092}")
#let ti-hourglass-low = tabler-icon.with("\u{f093}")
#let ti-hourglass-off = tabler-icon.with("\u{f147}")
#let ti-hours-12 = tabler-icon.with("\u{fc53}")
#let ti-hours-24 = tabler-icon.with("\u{f5e7}")
#let ti-html = tabler-icon.with("\u{f7b1}")
#let ti-http-connect = tabler-icon.with("\u{fa28}")
#let ti-http-delete = tabler-icon.with("\u{fa29}")
#let ti-http-get = tabler-icon.with("\u{fa2a}")
#let ti-http-head = tabler-icon.with("\u{fa2b}")
#let ti-http-options = tabler-icon.with("\u{fa2c}")
#let ti-http-patch = tabler-icon.with("\u{fa2d}")
#let ti-http-post = tabler-icon.with("\u{fa2e}")
#let ti-http-put = tabler-icon.with("\u{fa2f}")
#let ti-http-que = tabler-icon.with("\u{fa5b}")
#let ti-http-trace = tabler-icon.with("\u{fa30}")
#let ti-ice-cream = tabler-icon.with("\u{eac2}")
#let ti-ice-cream-2 = tabler-icon.with("\u{ee9f}")
#let ti-ice-cream-off = tabler-icon.with("\u{f148}")
#let ti-ice-skating = tabler-icon.with("\u{efcb}")
#let ti-icons = tabler-icon.with("\u{f1d4}")
#let ti-icons-filled = tabler-icon.with("\u{10070}")
#let ti-icons-off = tabler-icon.with("\u{f3fc}")
#let ti-id = tabler-icon.with("\u{eac3}")
#let ti-id-badge = tabler-icon.with("\u{eff7}")
#let ti-id-badge-2 = tabler-icon.with("\u{f076}")
#let ti-id-badge-off = tabler-icon.with("\u{f3fd}")
#let ti-id-off = tabler-icon.with("\u{f149}")
#let ti-ikosaedr = tabler-icon.with("\u{fec6}")
#let ti-image-in-picture = tabler-icon.with("\u{fd9f}")
#let ti-inbox = tabler-icon.with("\u{eac4}")
#let ti-inbox-off = tabler-icon.with("\u{f14a}")
#let ti-indent-decrease = tabler-icon.with("\u{eb91}")
#let ti-indent-increase = tabler-icon.with("\u{eb92}")
#let ti-infinity = tabler-icon.with("\u{eb69}")
#let ti-infinity-off = tabler-icon.with("\u{f3fe}")
#let ti-info-circle = tabler-icon.with("\u{eac5}")
#let ti-info-circle-filled = tabler-icon.with("\u{f6d8}")
#let ti-info-hexagon = tabler-icon.with("\u{f7aa}")
#let ti-info-hexagon-filled = tabler-icon.with("\u{fa43}")
#let ti-info-octagon = tabler-icon.with("\u{f7ab}")
#let ti-info-octagon-filled = tabler-icon.with("\u{fa44}")
#let ti-info-small = tabler-icon.with("\u{f922}")
#let ti-info-square = tabler-icon.with("\u{eac6}")
#let ti-info-square-filled = tabler-icon.with("\u{fa45}")
#let ti-info-square-rounded = tabler-icon.with("\u{f635}")
#let ti-info-square-rounded-filled = tabler-icon.with("\u{f6d9}")
#let ti-info-triangle = tabler-icon.with("\u{f923}")
#let ti-info-triangle-filled = tabler-icon.with("\u{fa46}")
#let ti-inner-shadow-bottom = tabler-icon.with("\u{f520}")
#let ti-inner-shadow-bottom-filled = tabler-icon.with("\u{f757}")
#let ti-inner-shadow-bottom-left = tabler-icon.with("\u{f51e}")
#let ti-inner-shadow-bottom-left-filled = tabler-icon.with("\u{f758}")
#let ti-inner-shadow-bottom-right = tabler-icon.with("\u{f51f}")
#let ti-inner-shadow-bottom-right-filled = tabler-icon.with("\u{f759}")
#let ti-inner-shadow-left = tabler-icon.with("\u{f521}")
#let ti-inner-shadow-left-filled = tabler-icon.with("\u{f75a}")
#let ti-inner-shadow-right = tabler-icon.with("\u{f522}")
#let ti-inner-shadow-right-filled = tabler-icon.with("\u{f75b}")
#let ti-inner-shadow-top = tabler-icon.with("\u{f525}")
#let ti-inner-shadow-top-filled = tabler-icon.with("\u{f75c}")
#let ti-inner-shadow-top-left = tabler-icon.with("\u{f523}")
#let ti-inner-shadow-top-left-filled = tabler-icon.with("\u{f75d}")
#let ti-inner-shadow-top-right = tabler-icon.with("\u{f524}")
#let ti-inner-shadow-top-right-filled = tabler-icon.with("\u{f75e}")
#let ti-input-ai = tabler-icon.with("\u{fc5a}")
#let ti-input-check = tabler-icon.with("\u{fc5b}")
#let ti-input-search = tabler-icon.with("\u{f2a2}")
#let ti-input-spark = tabler-icon.with("\u{ffb4}")
#let ti-input-x = tabler-icon.with("\u{fc5c}")
#let ti-invoice = tabler-icon.with("\u{feab}")
#let ti-ironing = tabler-icon.with("\u{fa7c}")
#let ti-ironing-1 = tabler-icon.with("\u{f2f4}")
#let ti-ironing-1-filled = tabler-icon.with("\u{1006f}")
#let ti-ironing-2 = tabler-icon.with("\u{f2f5}")
#let ti-ironing-2-filled = tabler-icon.with("\u{1006e}")
#let ti-ironing-3 = tabler-icon.with("\u{f2f6}")
#let ti-ironing-3-filled = tabler-icon.with("\u{1006d}")
#let ti-ironing-filled = tabler-icon.with("\u{fe2a}")
#let ti-ironing-off = tabler-icon.with("\u{f2f7}")
#let ti-ironing-steam = tabler-icon.with("\u{f2f9}")
#let ti-ironing-steam-filled = tabler-icon.with("\u{1006c}")
#let ti-ironing-steam-off = tabler-icon.with("\u{f2f8}")
#let ti-irregular-polyhedron = tabler-icon.with("\u{faab}")
#let ti-irregular-polyhedron-off = tabler-icon.with("\u{faa9}")
#let ti-irregular-polyhedron-plus = tabler-icon.with("\u{faaa}")
#let ti-italic = tabler-icon.with("\u{eb93}")
#let ti-jacket = tabler-icon.with("\u{f661}")
#let ti-jetpack = tabler-icon.with("\u{f581}")
#let ti-jetpack-filled = tabler-icon.with("\u{fe29}")
#let ti-jewish-star = tabler-icon.with("\u{f3ff}")
#let ti-jewish-star-filled = tabler-icon.with("\u{f67e}")
#let ti-join-bevel = tabler-icon.with("\u{ff4c}")
#let ti-join-round = tabler-icon.with("\u{ff4b}")
#let ti-join-straight = tabler-icon.with("\u{ff4a}")
#let ti-joker = tabler-icon.with("\u{1005f}")
#let ti-jpg = tabler-icon.with("\u{f3ac}")
#let ti-json = tabler-icon.with("\u{f7b2}")
#let ti-jump-rope = tabler-icon.with("\u{ed8f}")
#let ti-karate = tabler-icon.with("\u{ed32}")
#let ti-kayak = tabler-icon.with("\u{f1d6}")
#let ti-kerning = tabler-icon.with("\u{efb8}")
#let ti-key = tabler-icon.with("\u{eac7}")
#let ti-key-filled = tabler-icon.with("\u{fe28}")
#let ti-key-off = tabler-icon.with("\u{f14b}")
#let ti-keyboard = tabler-icon.with("\u{ebd6}")
#let ti-keyboard-hide = tabler-icon.with("\u{ec7e}")
#let ti-keyboard-off = tabler-icon.with("\u{eea0}")
#let ti-keyboard-show = tabler-icon.with("\u{ec7f}")
#let ti-keyframe = tabler-icon.with("\u{f576}")
#let ti-keyframe-align-center = tabler-icon.with("\u{f582}")
#let ti-keyframe-align-center-filled = tabler-icon.with("\u{fc30}")
#let ti-keyframe-align-horizontal = tabler-icon.with("\u{f583}")
#let ti-keyframe-align-horizontal-filled = tabler-icon.with("\u{fc31}")
#let ti-keyframe-align-vertical = tabler-icon.with("\u{f584}")
#let ti-keyframe-align-vertical-filled = tabler-icon.with("\u{fc32}")
#let ti-keyframe-filled = tabler-icon.with("\u{fc33}")
#let ti-keyframes = tabler-icon.with("\u{f585}")
#let ti-keyframes-filled = tabler-icon.with("\u{fc34}")
#let ti-label = tabler-icon.with("\u{ff38}")
#let ti-label-filled = tabler-icon.with("\u{ff41}")
#let ti-label-important = tabler-icon.with("\u{ff49}")
#let ti-label-important-filled = tabler-icon.with("\u{ff60}")
#let ti-label-off = tabler-icon.with("\u{ff39}")
#let ti-ladder = tabler-icon.with("\u{efe2}")
#let ti-ladder-off = tabler-icon.with("\u{f14c}")
#let ti-ladle = tabler-icon.with("\u{fc14}")
#let ti-lambda = tabler-icon.with("\u{f541}")
#let ti-lamp = tabler-icon.with("\u{efab}")
#let ti-lamp-2 = tabler-icon.with("\u{f09e}")
#let ti-lamp-off = tabler-icon.with("\u{f14d}")
#let ti-lane = tabler-icon.with("\u{faf9}")
#let ti-language = tabler-icon.with("\u{ebbe}")
#let ti-language-hiragana = tabler-icon.with("\u{ef77}")
#let ti-language-katakana = tabler-icon.with("\u{ef78}")
#let ti-language-off = tabler-icon.with("\u{f14e}")
#let ti-lasso = tabler-icon.with("\u{efac}")
#let ti-lasso-off = tabler-icon.with("\u{f14f}")
#let ti-lasso-polygon = tabler-icon.with("\u{f388}")
#let ti-lasso-polygon-filled = tabler-icon.with("\u{ff5f}")
#let ti-laurel-wreath = tabler-icon.with("\u{ff45}")
#let ti-laurel-wreath-1 = tabler-icon.with("\u{ff48}")
#let ti-laurel-wreath-2 = tabler-icon.with("\u{ff47}")
#let ti-laurel-wreath-3 = tabler-icon.with("\u{ff46}")
#let ti-layers-difference = tabler-icon.with("\u{eac8}")
#let ti-layers-intersect = tabler-icon.with("\u{eac9}")
#let ti-layers-intersect-2 = tabler-icon.with("\u{eff8}")
#let ti-layers-linked = tabler-icon.with("\u{eea1}")
#let ti-layers-off = tabler-icon.with("\u{f150}")
#let ti-layers-selected = tabler-icon.with("\u{fea9}")
#let ti-layers-selected-bottom = tabler-icon.with("\u{feaa}")
#let ti-layers-subtract = tabler-icon.with("\u{eaca}")
#let ti-layers-union = tabler-icon.with("\u{eacb}")
#let ti-layout = tabler-icon.with("\u{eadb}")
#let ti-layout-2 = tabler-icon.with("\u{eacc}")
#let ti-layout-2-filled = tabler-icon.with("\u{fe27}")
#let ti-layout-align-bottom = tabler-icon.with("\u{eacd}")
#let ti-layout-align-bottom-filled = tabler-icon.with("\u{fe26}")
#let ti-layout-align-center = tabler-icon.with("\u{eace}")
#let ti-layout-align-center-filled = tabler-icon.with("\u{fe25}")
#let ti-layout-align-left = tabler-icon.with("\u{eacf}")
#let ti-layout-align-left-filled = tabler-icon.with("\u{fe24}")
#let ti-layout-align-middle = tabler-icon.with("\u{ead0}")
#let ti-layout-align-middle-filled = tabler-icon.with("\u{fe23}")
#let ti-layout-align-right = tabler-icon.with("\u{ead1}")
#let ti-layout-align-right-filled = tabler-icon.with("\u{fe22}")
#let ti-layout-align-top = tabler-icon.with("\u{ead2}")
#let ti-layout-align-top-filled = tabler-icon.with("\u{fe21}")
#let ti-layout-board = tabler-icon.with("\u{ef95}")
#let ti-layout-board-split = tabler-icon.with("\u{ef94}")
#let ti-layout-bottombar = tabler-icon.with("\u{ead3}")
#let ti-layout-bottombar-collapse = tabler-icon.with("\u{f28b}")
#let ti-layout-bottombar-collapse-filled = tabler-icon.with("\u{fc35}")
#let ti-layout-bottombar-expand = tabler-icon.with("\u{f28c}")
#let ti-layout-bottombar-expand-filled = tabler-icon.with("\u{fc36}")
#let ti-layout-bottombar-filled = tabler-icon.with("\u{fc37}")
#let ti-layout-bottombar-inactive = tabler-icon.with("\u{fd45}")
#let ti-layout-cards = tabler-icon.with("\u{ec13}")
#let ti-layout-cards-filled = tabler-icon.with("\u{fe20}")
#let ti-layout-collage = tabler-icon.with("\u{f389}")
#let ti-layout-columns = tabler-icon.with("\u{ead4}")
#let ti-layout-dashboard = tabler-icon.with("\u{f02c}")
#let ti-layout-dashboard-filled = tabler-icon.with("\u{fe1f}")
#let ti-layout-distribute-horizontal = tabler-icon.with("\u{ead5}")
#let ti-layout-distribute-horizontal-filled = tabler-icon.with("\u{fe1e}")
#let ti-layout-distribute-vertical = tabler-icon.with("\u{ead6}")
#let ti-layout-distribute-vertical-filled = tabler-icon.with("\u{fe1d}")
#let ti-layout-filled = tabler-icon.with("\u{fe17}")
#let ti-layout-grid = tabler-icon.with("\u{edba}")
#let ti-layout-grid-add = tabler-icon.with("\u{edb9}")
#let ti-layout-grid-filled = tabler-icon.with("\u{fe1c}")
#let ti-layout-grid-remove = tabler-icon.with("\u{fa7d}")
#let ti-layout-kanban = tabler-icon.with("\u{ec3f}")
#let ti-layout-kanban-filled = tabler-icon.with("\u{fe1b}")
#let ti-layout-list = tabler-icon.with("\u{ec14}")
#let ti-layout-list-filled = tabler-icon.with("\u{fe1a}")
#let ti-layout-navbar = tabler-icon.with("\u{ead7}")
#let ti-layout-navbar-collapse = tabler-icon.with("\u{f28d}")
#let ti-layout-navbar-collapse-filled = tabler-icon.with("\u{fc38}")
#let ti-layout-navbar-expand = tabler-icon.with("\u{f28e}")
#let ti-layout-navbar-expand-filled = tabler-icon.with("\u{fc39}")
#let ti-layout-navbar-filled = tabler-icon.with("\u{fc3a}")
#let ti-layout-navbar-inactive = tabler-icon.with("\u{fd46}")
#let ti-layout-off = tabler-icon.with("\u{f151}")
#let ti-layout-rows = tabler-icon.with("\u{ead8}")
#let ti-layout-sidebar = tabler-icon.with("\u{eada}")
#let ti-layout-sidebar-filled = tabler-icon.with("\u{fe18}")
#let ti-layout-sidebar-inactive = tabler-icon.with("\u{fd47}")
#let ti-layout-sidebar-left-collapse = tabler-icon.with("\u{f004}")
#let ti-layout-sidebar-left-collapse-filled = tabler-icon.with("\u{fc3b}")
#let ti-layout-sidebar-left-expand = tabler-icon.with("\u{f005}")
#let ti-layout-sidebar-left-expand-filled = tabler-icon.with("\u{fc3c}")
#let ti-layout-sidebar-right = tabler-icon.with("\u{ead9}")
#let ti-layout-sidebar-right-collapse = tabler-icon.with("\u{f006}")
#let ti-layout-sidebar-right-collapse-filled = tabler-icon.with("\u{fc3d}")
#let ti-layout-sidebar-right-expand = tabler-icon.with("\u{f007}")
#let ti-layout-sidebar-right-expand-filled = tabler-icon.with("\u{fc3e}")
#let ti-layout-sidebar-right-filled = tabler-icon.with("\u{fe19}")
#let ti-layout-sidebar-right-inactive = tabler-icon.with("\u{fd48}")
#let ti-leaf = tabler-icon.with("\u{ed4f}")
#let ti-leaf-2 = tabler-icon.with("\u{ff44}")
#let ti-leaf-off = tabler-icon.with("\u{f400}")
#let ti-lego = tabler-icon.with("\u{eadc}")
#let ti-lego-filled = tabler-icon.with("\u{fe16}")
#let ti-lego-off = tabler-icon.with("\u{f401}")
#let ti-lemon = tabler-icon.with("\u{ef10}")
#let ti-lemon-2 = tabler-icon.with("\u{ef81}")
#let ti-letter-a = tabler-icon.with("\u{ec50}")
#let ti-letter-a-small = tabler-icon.with("\u{fcc7}")
#let ti-letter-b = tabler-icon.with("\u{ec51}")
#let ti-letter-b-small = tabler-icon.with("\u{fcc8}")
#let ti-letter-c = tabler-icon.with("\u{ec52}")
#let ti-letter-c-small = tabler-icon.with("\u{fcc9}")
#let ti-letter-case = tabler-icon.with("\u{eea5}")
#let ti-letter-case-lower = tabler-icon.with("\u{eea2}")
#let ti-letter-case-toggle = tabler-icon.with("\u{eea3}")
#let ti-letter-case-upper = tabler-icon.with("\u{eea4}")
#let ti-letter-d = tabler-icon.with("\u{ec53}")
#let ti-letter-d-small = tabler-icon.with("\u{fcca}")
#let ti-letter-e = tabler-icon.with("\u{ec54}")
#let ti-letter-e-small = tabler-icon.with("\u{fccb}")
#let ti-letter-f = tabler-icon.with("\u{ec55}")
#let ti-letter-f-small = tabler-icon.with("\u{fccc}")
#let ti-letter-g = tabler-icon.with("\u{ec56}")
#let ti-letter-g-small = tabler-icon.with("\u{fccd}")
#let ti-letter-h = tabler-icon.with("\u{ec57}")
#let ti-letter-h-small = tabler-icon.with("\u{fcce}")
#let ti-letter-i = tabler-icon.with("\u{ec58}")
#let ti-letter-i-small = tabler-icon.with("\u{fccf}")
#let ti-letter-j = tabler-icon.with("\u{ec59}")
#let ti-letter-j-small = tabler-icon.with("\u{fcd0}")
#let ti-letter-k = tabler-icon.with("\u{ec5a}")
#let ti-letter-k-small = tabler-icon.with("\u{fcd1}")
#let ti-letter-l = tabler-icon.with("\u{ec5b}")
#let ti-letter-l-small = tabler-icon.with("\u{fcd2}")
#let ti-letter-m = tabler-icon.with("\u{ec5c}")
#let ti-letter-m-small = tabler-icon.with("\u{fcd3}")
#let ti-letter-n = tabler-icon.with("\u{ec5d}")
#let ti-letter-n-small = tabler-icon.with("\u{fcd4}")
#let ti-letter-o = tabler-icon.with("\u{ec5e}")
#let ti-letter-o-small = tabler-icon.with("\u{fcd5}")
#let ti-letter-p = tabler-icon.with("\u{ec5f}")
#let ti-letter-p-small = tabler-icon.with("\u{fcd6}")
#let ti-letter-q = tabler-icon.with("\u{ec60}")
#let ti-letter-q-small = tabler-icon.with("\u{fcd7}")
#let ti-letter-r = tabler-icon.with("\u{ec61}")
#let ti-letter-r-small = tabler-icon.with("\u{fcd8}")
#let ti-letter-s = tabler-icon.with("\u{ec62}")
#let ti-letter-s-small = tabler-icon.with("\u{fcd9}")
#let ti-letter-spacing = tabler-icon.with("\u{eea6}")
#let ti-letter-t = tabler-icon.with("\u{ec63}")
#let ti-letter-t-small = tabler-icon.with("\u{fcda}")
#let ti-letter-u = tabler-icon.with("\u{ec64}")
#let ti-letter-u-small = tabler-icon.with("\u{fcdb}")
#let ti-letter-v = tabler-icon.with("\u{ec65}")
#let ti-letter-v-small = tabler-icon.with("\u{fcdc}")
#let ti-letter-w = tabler-icon.with("\u{ec66}")
#let ti-letter-w-small = tabler-icon.with("\u{fcdd}")
#let ti-letter-x = tabler-icon.with("\u{ec67}")
#let ti-letter-x-small = tabler-icon.with("\u{fcde}")
#let ti-letter-y = tabler-icon.with("\u{ec68}")
#let ti-letter-y-small = tabler-icon.with("\u{fcdf}")
#let ti-letter-z = tabler-icon.with("\u{ec69}")
#let ti-letter-z-small = tabler-icon.with("\u{fce0}")
#let ti-library = tabler-icon.with("\u{fd4c}")
#let ti-library-minus = tabler-icon.with("\u{fd49}")
#let ti-library-photo = tabler-icon.with("\u{fd4a}")
#let ti-library-plus = tabler-icon.with("\u{fd4b}")
#let ti-license = tabler-icon.with("\u{ebc0}")
#let ti-license-off = tabler-icon.with("\u{f153}")
#let ti-lifebuoy = tabler-icon.with("\u{eadd}")
#let ti-lifebuoy-off = tabler-icon.with("\u{f154}")
#let ti-lighter = tabler-icon.with("\u{f794}")
#let ti-line = tabler-icon.with("\u{ec40}")
#let ti-line-dashed = tabler-icon.with("\u{eea7}")
#let ti-line-dotted = tabler-icon.with("\u{eea8}")
#let ti-line-height = tabler-icon.with("\u{eb94}")
#let ti-line-scan = tabler-icon.with("\u{fcb8}")
#let ti-link = tabler-icon.with("\u{eade}")
#let ti-link-minus = tabler-icon.with("\u{fd16}")
#let ti-link-off = tabler-icon.with("\u{f402}")
#let ti-link-plus = tabler-icon.with("\u{fd17}")
#let ti-list = tabler-icon.with("\u{eb6b}")
#let ti-list-check = tabler-icon.with("\u{eb6a}")
#let ti-list-details = tabler-icon.with("\u{ef40}")
#let ti-list-letters = tabler-icon.with("\u{fc47}")
#let ti-list-numbers = tabler-icon.with("\u{ef11}")
#let ti-list-search = tabler-icon.with("\u{eea9}")
#let ti-list-tree = tabler-icon.with("\u{fafa}")
#let ti-live-photo = tabler-icon.with("\u{eadf}")
#let ti-live-photo-filled = tabler-icon.with("\u{fed1}")
#let ti-live-photo-off = tabler-icon.with("\u{f403}")
#let ti-live-view = tabler-icon.with("\u{ec6b}")
#let ti-load-balancer = tabler-icon.with("\u{fa5c}")
#let ti-loader = tabler-icon.with("\u{eca3}")
#let ti-loader-2 = tabler-icon.with("\u{f226}")
#let ti-loader-3 = tabler-icon.with("\u{f513}")
#let ti-loader-quarter = tabler-icon.with("\u{eca2}")
#let ti-location = tabler-icon.with("\u{eae0}")
#let ti-location-bolt = tabler-icon.with("\u{fbaf}")
#let ti-location-broken = tabler-icon.with("\u{f2c4}")
#let ti-location-cancel = tabler-icon.with("\u{fbb0}")
#let ti-location-check = tabler-icon.with("\u{fbb1}")
#let ti-location-code = tabler-icon.with("\u{fbb2}")
#let ti-location-cog = tabler-icon.with("\u{fbb3}")
#let ti-location-discount = tabler-icon.with("\u{fbb4}")
#let ti-location-dollar = tabler-icon.with("\u{fbb5}")
#let ti-location-down = tabler-icon.with("\u{fbb6}")
#let ti-location-exclamation = tabler-icon.with("\u{fbb7}")
#let ti-location-filled = tabler-icon.with("\u{f67f}")
#let ti-location-heart = tabler-icon.with("\u{fbb8}")
#let ti-location-minus = tabler-icon.with("\u{fbb9}")
#let ti-location-off = tabler-icon.with("\u{f155}")
#let ti-location-pause = tabler-icon.with("\u{fbba}")
#let ti-location-pin = tabler-icon.with("\u{fbbb}")
#let ti-location-plus = tabler-icon.with("\u{fbbc}")
#let ti-location-question = tabler-icon.with("\u{fbbd}")
#let ti-location-search = tabler-icon.with("\u{fbbe}")
#let ti-location-share = tabler-icon.with("\u{fbbf}")
#let ti-location-star = tabler-icon.with("\u{fbc0}")
#let ti-location-up = tabler-icon.with("\u{fbc1}")
#let ti-location-x = tabler-icon.with("\u{fbc2}")
#let ti-lock = tabler-icon.with("\u{eae2}")
#let ti-lock-access = tabler-icon.with("\u{eeaa}")
#let ti-lock-access-off = tabler-icon.with("\u{f404}")
#let ti-lock-bitcoin = tabler-icon.with("\u{ff37}")
#let ti-lock-bolt = tabler-icon.with("\u{f924}")
#let ti-lock-cancel = tabler-icon.with("\u{f925}")
#let ti-lock-check = tabler-icon.with("\u{f926}")
#let ti-lock-code = tabler-icon.with("\u{f927}")
#let ti-lock-cog = tabler-icon.with("\u{f928}")
#let ti-lock-dollar = tabler-icon.with("\u{f929}")
#let ti-lock-down = tabler-icon.with("\u{f92a}")
#let ti-lock-exclamation = tabler-icon.with("\u{f92b}")
#let ti-lock-filled = tabler-icon.with("\u{fe15}")
#let ti-lock-heart = tabler-icon.with("\u{f92c}")
#let ti-lock-minus = tabler-icon.with("\u{f92d}")
#let ti-lock-off = tabler-icon.with("\u{ed1e}")
#let ti-lock-open = tabler-icon.with("\u{eae1}")
#let ti-lock-open-2 = tabler-icon.with("\u{fea8}")
#let ti-lock-open-off = tabler-icon.with("\u{f156}")
#let ti-lock-password = tabler-icon.with("\u{ff9f}")
#let ti-lock-pause = tabler-icon.with("\u{f92e}")
#let ti-lock-pin = tabler-icon.with("\u{f92f}")
#let ti-lock-plus = tabler-icon.with("\u{f930}")
#let ti-lock-question = tabler-icon.with("\u{f931}")
#let ti-lock-search = tabler-icon.with("\u{f932}")
#let ti-lock-share = tabler-icon.with("\u{f933}")
#let ti-lock-square = tabler-icon.with("\u{ef51}")
#let ti-lock-square-rounded = tabler-icon.with("\u{f636}")
#let ti-lock-square-rounded-filled = tabler-icon.with("\u{f6da}")
#let ti-lock-star = tabler-icon.with("\u{f934}")
#let ti-lock-up = tabler-icon.with("\u{f935}")
#let ti-lock-x = tabler-icon.with("\u{f936}")
#let ti-logic-and = tabler-icon.with("\u{f240}")
#let ti-logic-buffer = tabler-icon.with("\u{f241}")
#let ti-logic-nand = tabler-icon.with("\u{f242}")
#let ti-logic-nor = tabler-icon.with("\u{f243}")
#let ti-logic-not = tabler-icon.with("\u{f244}")
#let ti-logic-or = tabler-icon.with("\u{f245}")
#let ti-logic-xnor = tabler-icon.with("\u{f246}")
#let ti-logic-xor = tabler-icon.with("\u{f247}")
#let ti-login = tabler-icon.with("\u{eba7}")
#let ti-login-2 = tabler-icon.with("\u{fc76}")
#let ti-logout = tabler-icon.with("\u{eba8}")
#let ti-logout-2 = tabler-icon.with("\u{fa7e}")
#let ti-logs = tabler-icon.with("\u{fea7}")
#let ti-lollipop = tabler-icon.with("\u{efcc}")
#let ti-lollipop-off = tabler-icon.with("\u{f157}")
#let ti-luggage = tabler-icon.with("\u{efad}")
#let ti-luggage-off = tabler-icon.with("\u{f158}")
#let ti-lungs = tabler-icon.with("\u{ef62}")
#let ti-lungs-filled = tabler-icon.with("\u{fe14}")
#let ti-lungs-off = tabler-icon.with("\u{f405}")
#let ti-macro = tabler-icon.with("\u{eeab}")
#let ti-macro-filled = tabler-icon.with("\u{fe13}")
#let ti-macro-off = tabler-icon.with("\u{f406}")
#let ti-magnet = tabler-icon.with("\u{eae3}")
#let ti-magnet-filled = tabler-icon.with("\u{fe12}")
#let ti-magnet-off = tabler-icon.with("\u{f159}")
#let ti-magnetic = tabler-icon.with("\u{fcb9}")
#let ti-mail = tabler-icon.with("\u{eae5}")
#let ti-mail-ai = tabler-icon.with("\u{fa31}")
#let ti-mail-bitcoin = tabler-icon.with("\u{ff36}")
#let ti-mail-bolt = tabler-icon.with("\u{f937}")
#let ti-mail-cancel = tabler-icon.with("\u{f938}")
#let ti-mail-check = tabler-icon.with("\u{f939}")
#let ti-mail-code = tabler-icon.with("\u{f93a}")
#let ti-mail-cog = tabler-icon.with("\u{f93b}")
#let ti-mail-dollar = tabler-icon.with("\u{f93c}")
#let ti-mail-down = tabler-icon.with("\u{f93d}")
#let ti-mail-exclamation = tabler-icon.with("\u{f93e}")
#let ti-mail-fast = tabler-icon.with("\u{f069}")
#let ti-mail-filled = tabler-icon.with("\u{fa47}")
#let ti-mail-forward = tabler-icon.with("\u{eeac}")
#let ti-mail-heart = tabler-icon.with("\u{f93f}")
#let ti-mail-minus = tabler-icon.with("\u{f940}")
#let ti-mail-off = tabler-icon.with("\u{f15a}")
#let ti-mail-opened = tabler-icon.with("\u{eae4}")
#let ti-mail-opened-filled = tabler-icon.with("\u{fa48}")
#let ti-mail-pause = tabler-icon.with("\u{f941}")
#let ti-mail-pin = tabler-icon.with("\u{f942}")
#let ti-mail-plus = tabler-icon.with("\u{f943}")
#let ti-mail-question = tabler-icon.with("\u{f944}")
#let ti-mail-search = tabler-icon.with("\u{f945}")
#let ti-mail-share = tabler-icon.with("\u{f946}")
#let ti-mail-spark = tabler-icon.with("\u{ffb3}")
#let ti-mail-star = tabler-icon.with("\u{f947}")
#let ti-mail-up = tabler-icon.with("\u{f948}")
#let ti-mail-x = tabler-icon.with("\u{f949}")
#let ti-mailbox = tabler-icon.with("\u{eead}")
#let ti-mailbox-off = tabler-icon.with("\u{f15b}")
#let ti-man = tabler-icon.with("\u{eae6}")
#let ti-man-filled = tabler-icon.with("\u{fe11}")
#let ti-manual-gearbox = tabler-icon.with("\u{ed7b}")
#let ti-manual-gearbox-filled = tabler-icon.with("\u{fe10}")
#let ti-map = tabler-icon.with("\u{eae9}")
#let ti-map-2 = tabler-icon.with("\u{eae7}")
#let ti-map-bolt = tabler-icon.with("\u{fbc3}")
#let ti-map-cancel = tabler-icon.with("\u{fbc4}")
#let ti-map-check = tabler-icon.with("\u{fbc5}")
#let ti-map-code = tabler-icon.with("\u{fbc6}")
#let ti-map-cog = tabler-icon.with("\u{fbc7}")
#let ti-map-discount = tabler-icon.with("\u{fbc8}")
#let ti-map-dollar = tabler-icon.with("\u{fbc9}")
#let ti-map-down = tabler-icon.with("\u{fbca}")
#let ti-map-east = tabler-icon.with("\u{fc5d}")
#let ti-map-exclamation = tabler-icon.with("\u{fbcb}")
#let ti-map-heart = tabler-icon.with("\u{fbcc}")
#let ti-map-minus = tabler-icon.with("\u{fbcd}")
#let ti-map-north = tabler-icon.with("\u{fc5e}")
#let ti-map-off = tabler-icon.with("\u{f15c}")
#let ti-map-pause = tabler-icon.with("\u{fbce}")
#let ti-map-pin = tabler-icon.with("\u{eae8}")
#let ti-map-pin-2 = tabler-icon.with("\u{fc48}")
#let ti-map-pin-bolt = tabler-icon.with("\u{f94a}")
#let ti-map-pin-cancel = tabler-icon.with("\u{f94b}")
#let ti-map-pin-check = tabler-icon.with("\u{f94c}")
#let ti-map-pin-code = tabler-icon.with("\u{f94d}")
#let ti-map-pin-cog = tabler-icon.with("\u{f94e}")
#let ti-map-pin-dollar = tabler-icon.with("\u{f94f}")
#let ti-map-pin-down = tabler-icon.with("\u{f950}")
#let ti-map-pin-exclamation = tabler-icon.with("\u{f951}")
#let ti-map-pin-filled = tabler-icon.with("\u{f680}")
#let ti-map-pin-heart = tabler-icon.with("\u{f952}")
#let ti-map-pin-minus = tabler-icon.with("\u{f953}")
#let ti-map-pin-off = tabler-icon.with("\u{ecf3}")
#let ti-map-pin-pause = tabler-icon.with("\u{f954}")
#let ti-map-pin-pin = tabler-icon.with("\u{f955}")
#let ti-map-pin-plus = tabler-icon.with("\u{f956}")
#let ti-map-pin-question = tabler-icon.with("\u{f957}")
#let ti-map-pin-search = tabler-icon.with("\u{f958}")
#let ti-map-pin-share = tabler-icon.with("\u{f795}")
#let ti-map-pin-star = tabler-icon.with("\u{f959}")
#let ti-map-pin-up = tabler-icon.with("\u{f95a}")
#let ti-map-pin-x = tabler-icon.with("\u{f95b}")
#let ti-map-pins = tabler-icon.with("\u{ed5e}")
#let ti-map-plus = tabler-icon.with("\u{fbcf}")
#let ti-map-question = tabler-icon.with("\u{fbd0}")
#let ti-map-route = tabler-icon.with("\u{fc79}")
#let ti-map-search = tabler-icon.with("\u{ef82}")
#let ti-map-share = tabler-icon.with("\u{fbd1}")
#let ti-map-south = tabler-icon.with("\u{fc5f}")
#let ti-map-star = tabler-icon.with("\u{fbd2}")
#let ti-map-up = tabler-icon.with("\u{fbd3}")
#let ti-map-west = tabler-icon.with("\u{fc60}")
#let ti-map-x = tabler-icon.with("\u{fbd4}")
#let ti-markdown = tabler-icon.with("\u{ec41}")
#let ti-markdown-off = tabler-icon.with("\u{f407}")
#let ti-marquee = tabler-icon.with("\u{ec77}")
#let ti-marquee-2 = tabler-icon.with("\u{eeae}")
#let ti-marquee-off = tabler-icon.with("\u{f15d}")
#let ti-mars = tabler-icon.with("\u{ec80}")
#let ti-mask = tabler-icon.with("\u{eeb0}")
#let ti-mask-off = tabler-icon.with("\u{eeaf}")
#let ti-masks-theater = tabler-icon.with("\u{f263}")
#let ti-masks-theater-off = tabler-icon.with("\u{f408}")
#let ti-massage = tabler-icon.with("\u{eeb1}")
#let ti-matchstick = tabler-icon.with("\u{f577}")
#let ti-math = tabler-icon.with("\u{ebeb}")
#let ti-math-1-divide-2 = tabler-icon.with("\u{f4e2}")
#let ti-math-1-divide-3 = tabler-icon.with("\u{f4e3}")
#let ti-math-avg = tabler-icon.with("\u{f0f4}")
#let ti-math-cos = tabler-icon.with("\u{ff1f}")
#let ti-math-ctg = tabler-icon.with("\u{ff35}")
#let ti-math-equal-greater = tabler-icon.with("\u{f4e4}")
#let ti-math-equal-lower = tabler-icon.with("\u{f4e5}")
#let ti-math-function = tabler-icon.with("\u{eeb2}")
#let ti-math-function-off = tabler-icon.with("\u{f15e}")
#let ti-math-function-y = tabler-icon.with("\u{f4e6}")
#let ti-math-greater = tabler-icon.with("\u{f4e7}")
#let ti-math-integral = tabler-icon.with("\u{f4e9}")
#let ti-math-integral-x = tabler-icon.with("\u{f4e8}")
#let ti-math-integrals = tabler-icon.with("\u{f4ea}")
#let ti-math-lower = tabler-icon.with("\u{f4eb}")
#let ti-math-max = tabler-icon.with("\u{f0f5}")
#let ti-math-max-min = tabler-icon.with("\u{fda0}")
#let ti-math-min = tabler-icon.with("\u{f0f6}")
#let ti-math-not = tabler-icon.with("\u{f4ec}")
#let ti-math-off = tabler-icon.with("\u{f409}")
#let ti-math-pi = tabler-icon.with("\u{f4ee}")
#let ti-math-pi-divide-2 = tabler-icon.with("\u{f4ed}")
#let ti-math-sec = tabler-icon.with("\u{ff34}")
#let ti-math-sin = tabler-icon.with("\u{ff1e}")
#let ti-math-symbols = tabler-icon.with("\u{eeb3}")
#let ti-math-tg = tabler-icon.with("\u{ff33}")
#let ti-math-x-divide-2 = tabler-icon.with("\u{f4ef}")
#let ti-math-x-divide-y = tabler-icon.with("\u{f4f1}")
#let ti-math-x-divide-y-2 = tabler-icon.with("\u{f4f0}")
#let ti-math-x-floor-divide-y = tabler-icon.with("\u{10073}")
#let ti-math-x-minus-x = tabler-icon.with("\u{f4f2}")
#let ti-math-x-minus-y = tabler-icon.with("\u{f4f3}")
#let ti-math-x-plus-x = tabler-icon.with("\u{f4f4}")
#let ti-math-x-plus-y = tabler-icon.with("\u{f4f5}")
#let ti-math-xy = tabler-icon.with("\u{f4f6}")
#let ti-math-y-minus-y = tabler-icon.with("\u{f4f7}")
#let ti-math-y-plus-y = tabler-icon.with("\u{f4f8}")
#let ti-maximize = tabler-icon.with("\u{eaea}")
#let ti-maximize-off = tabler-icon.with("\u{f15f}")
#let ti-meat = tabler-icon.with("\u{ef12}")
#let ti-meat-off = tabler-icon.with("\u{f40a}")
#let ti-medal = tabler-icon.with("\u{ec78}")
#let ti-medal-2 = tabler-icon.with("\u{efcd}")
#let ti-medical-cross = tabler-icon.with("\u{ec2f}")
#let ti-medical-cross-circle = tabler-icon.with("\u{fae8}")
#let ti-medical-cross-filled = tabler-icon.with("\u{f681}")
#let ti-medical-cross-off = tabler-icon.with("\u{f160}")
#let ti-medicine-syrup = tabler-icon.with("\u{ef63}")
#let ti-meeple = tabler-icon.with("\u{f514}")
#let ti-melon = tabler-icon.with("\u{fc7a}")
#let ti-melon-filled = tabler-icon.with("\u{1000e}")
#let ti-menorah = tabler-icon.with("\u{f58c}")
#let ti-menu = tabler-icon.with("\u{eaeb}")
#let ti-menu-2 = tabler-icon.with("\u{ec42}")
#let ti-menu-3 = tabler-icon.with("\u{ff43}")
#let ti-menu-4 = tabler-icon.with("\u{ff42}")
#let ti-menu-deep = tabler-icon.with("\u{fafb}")
#let ti-menu-order = tabler-icon.with("\u{f5f5}")
#let ti-message = tabler-icon.with("\u{eaef}")
#let ti-message-2 = tabler-icon.with("\u{eaec}")
#let ti-message-2-bolt = tabler-icon.with("\u{f95c}")
#let ti-message-2-cancel = tabler-icon.with("\u{f95d}")
#let ti-message-2-check = tabler-icon.with("\u{f95e}")
#let ti-message-2-code = tabler-icon.with("\u{f012}")
#let ti-message-2-cog = tabler-icon.with("\u{f95f}")
#let ti-message-2-dollar = tabler-icon.with("\u{f960}")
#let ti-message-2-down = tabler-icon.with("\u{f961}")
#let ti-message-2-exclamation = tabler-icon.with("\u{f962}")
#let ti-message-2-heart = tabler-icon.with("\u{f963}")
#let ti-message-2-minus = tabler-icon.with("\u{f964}")
#let ti-message-2-off = tabler-icon.with("\u{f40b}")
#let ti-message-2-pause = tabler-icon.with("\u{f965}")
#let ti-message-2-pin = tabler-icon.with("\u{f966}")
#let ti-message-2-plus = tabler-icon.with("\u{f967}")
#let ti-message-2-question = tabler-icon.with("\u{f968}")
#let ti-message-2-search = tabler-icon.with("\u{f969}")
#let ti-message-2-share = tabler-icon.with("\u{f077}")
#let ti-message-2-star = tabler-icon.with("\u{f96a}")
#let ti-message-2-up = tabler-icon.with("\u{f96b}")
#let ti-message-2-x = tabler-icon.with("\u{f96c}")
#let ti-message-bolt = tabler-icon.with("\u{f96d}")
#let ti-message-cancel = tabler-icon.with("\u{f96e}")
#let ti-message-chatbot = tabler-icon.with("\u{f38a}")
#let ti-message-chatbot-filled = tabler-icon.with("\u{fed0}")
#let ti-message-check = tabler-icon.with("\u{f96f}")
#let ti-message-circle = tabler-icon.with("\u{eaed}")
#let ti-message-circle-bolt = tabler-icon.with("\u{f970}")
#let ti-message-circle-cancel = tabler-icon.with("\u{f971}")
#let ti-message-circle-check = tabler-icon.with("\u{f972}")
#let ti-message-circle-code = tabler-icon.with("\u{f973}")
#let ti-message-circle-cog = tabler-icon.with("\u{f974}")
#let ti-message-circle-dollar = tabler-icon.with("\u{f975}")
#let ti-message-circle-down = tabler-icon.with("\u{f976}")
#let ti-message-circle-exclamation = tabler-icon.with("\u{f977}")
#let ti-message-circle-filled = tabler-icon.with("\u{fecf}")
#let ti-message-circle-heart = tabler-icon.with("\u{f978}")
#let ti-message-circle-minus = tabler-icon.with("\u{f979}")
#let ti-message-circle-off = tabler-icon.with("\u{ed40}")
#let ti-message-circle-pause = tabler-icon.with("\u{f97a}")
#let ti-message-circle-pin = tabler-icon.with("\u{f97b}")
#let ti-message-circle-plus = tabler-icon.with("\u{f97c}")
#let ti-message-circle-question = tabler-icon.with("\u{f97d}")
#let ti-message-circle-search = tabler-icon.with("\u{f97e}")
#let ti-message-circle-share = tabler-icon.with("\u{f97f}")
#let ti-message-circle-star = tabler-icon.with("\u{f980}")
#let ti-message-circle-up = tabler-icon.with("\u{f981}")
#let ti-message-circle-user = tabler-icon.with("\u{fec5}")
#let ti-message-circle-x = tabler-icon.with("\u{f982}")
#let ti-message-code = tabler-icon.with("\u{f013}")
#let ti-message-cog = tabler-icon.with("\u{f983}")
#let ti-message-dollar = tabler-icon.with("\u{f984}")
#let ti-message-dots = tabler-icon.with("\u{eaee}")
#let ti-message-down = tabler-icon.with("\u{f985}")
#let ti-message-exclamation = tabler-icon.with("\u{f986}")
#let ti-message-filled = tabler-icon.with("\u{fecd}")
#let ti-message-forward = tabler-icon.with("\u{f28f}")
#let ti-message-heart = tabler-icon.with("\u{f987}")
#let ti-message-language = tabler-icon.with("\u{efae}")
#let ti-message-minus = tabler-icon.with("\u{f988}")
#let ti-message-off = tabler-icon.with("\u{ed41}")
#let ti-message-pause = tabler-icon.with("\u{f989}")
#let ti-message-pin = tabler-icon.with("\u{f98a}")
#let ti-message-plus = tabler-icon.with("\u{ec9a}")
#let ti-message-question = tabler-icon.with("\u{f98b}")
#let ti-message-reply = tabler-icon.with("\u{fd4d}")
#let ti-message-report = tabler-icon.with("\u{ec9b}")
#let ti-message-report-filled = tabler-icon.with("\u{fece}")
#let ti-message-search = tabler-icon.with("\u{f98c}")
#let ti-message-share = tabler-icon.with("\u{f078}")
#let ti-message-star = tabler-icon.with("\u{f98d}")
#let ti-message-up = tabler-icon.with("\u{f98e}")
#let ti-message-user = tabler-icon.with("\u{fec4}")
#let ti-message-x = tabler-icon.with("\u{f98f}")
#let ti-messages = tabler-icon.with("\u{eb6c}")
#let ti-messages-off = tabler-icon.with("\u{ed42}")
#let ti-meteor = tabler-icon.with("\u{f1fd}")
#let ti-meteor-filled = tabler-icon.with("\u{1000d}")
#let ti-meteor-off = tabler-icon.with("\u{f40c}")
#let ti-meter-cube = tabler-icon.with("\u{fd7c}")
#let ti-meter-square = tabler-icon.with("\u{fd7d}")
#let ti-metronome = tabler-icon.with("\u{fd25}")
#let ti-michelin-bib-gourmand = tabler-icon.with("\u{fae9}")
#let ti-michelin-star = tabler-icon.with("\u{faeb}")
#let ti-michelin-star-filled = tabler-icon.with("\u{1000c}")
#let ti-michelin-star-green = tabler-icon.with("\u{faea}")
#let ti-mickey = tabler-icon.with("\u{f2a3}")
#let ti-mickey-filled = tabler-icon.with("\u{f683}")
#let ti-microphone = tabler-icon.with("\u{eaf0}")
#let ti-microphone-2 = tabler-icon.with("\u{ef2c}")
#let ti-microphone-2-off = tabler-icon.with("\u{f40d}")
#let ti-microphone-filled = tabler-icon.with("\u{fe0f}")
#let ti-microphone-off = tabler-icon.with("\u{ed16}")
#let ti-microscope = tabler-icon.with("\u{ef64}")
#let ti-microscope-off = tabler-icon.with("\u{f40e}")
#let ti-microwave = tabler-icon.with("\u{f248}")
#let ti-microwave-filled = tabler-icon.with("\u{fe0e}")
#let ti-microwave-off = tabler-icon.with("\u{f264}")
#let ti-military-award = tabler-icon.with("\u{f079}")
#let ti-military-rank = tabler-icon.with("\u{efcf}")
#let ti-military-rank-filled = tabler-icon.with("\u{ff5e}")
#let ti-milk = tabler-icon.with("\u{ef13}")
#let ti-milk-filled = tabler-icon.with("\u{1000b}")
#let ti-milk-off = tabler-icon.with("\u{f40f}")
#let ti-milkshake = tabler-icon.with("\u{f4c8}")
#let ti-minimize = tabler-icon.with("\u{eaf1}")
#let ti-minus = tabler-icon.with("\u{eaf2}")
#let ti-minus-vertical = tabler-icon.with("\u{eeb4}")
#let ti-mist = tabler-icon.with("\u{ec30}")
#let ti-mist-off = tabler-icon.with("\u{f410}")
#let ti-mobiledata = tabler-icon.with("\u{f9f5}")
#let ti-mobiledata-off = tabler-icon.with("\u{f9f4}")
#let ti-moneybag = tabler-icon.with("\u{f506}")
#let ti-monkeybar = tabler-icon.with("\u{feb4}")
#let ti-mood-angry = tabler-icon.with("\u{f2de}")
#let ti-mood-angry-filled = tabler-icon.with("\u{ff0a}")
#let ti-mood-annoyed = tabler-icon.with("\u{f2e0}")
#let ti-mood-annoyed-2 = tabler-icon.with("\u{f2df}")
#let ti-mood-bitcoin = tabler-icon.with("\u{ff32}")
#let ti-mood-boy = tabler-icon.with("\u{ed2d}")
#let ti-mood-check = tabler-icon.with("\u{f7b3}")
#let ti-mood-cog = tabler-icon.with("\u{f7b4}")
#let ti-mood-confuzed = tabler-icon.with("\u{eaf3}")
#let ti-mood-confuzed-filled = tabler-icon.with("\u{f7f2}")
#let ti-mood-crazy-happy = tabler-icon.with("\u{ed90}")
#let ti-mood-crazy-happy-filled = tabler-icon.with("\u{ff09}")
#let ti-mood-cry = tabler-icon.with("\u{ecbb}")
#let ti-mood-dollar = tabler-icon.with("\u{f7b5}")
#let ti-mood-edit = tabler-icon.with("\u{fa05}")
#let ti-mood-empty = tabler-icon.with("\u{eeb5}")
#let ti-mood-empty-filled = tabler-icon.with("\u{f7f3}")
#let ti-mood-happy = tabler-icon.with("\u{eaf4}")
#let ti-mood-happy-filled = tabler-icon.with("\u{f7f4}")
#let ti-mood-heart = tabler-icon.with("\u{f7b6}")
#let ti-mood-kid = tabler-icon.with("\u{ec03}")
#let ti-mood-kid-filled = tabler-icon.with("\u{f7f5}")
#let ti-mood-look-down = tabler-icon.with("\u{fd37}")
#let ti-mood-look-left = tabler-icon.with("\u{f2c5}")
#let ti-mood-look-right = tabler-icon.with("\u{f2c6}")
#let ti-mood-look-up = tabler-icon.with("\u{fd38}")
#let ti-mood-minus = tabler-icon.with("\u{f7b7}")
#let ti-mood-nerd = tabler-icon.with("\u{f2e1}")
#let ti-mood-nervous = tabler-icon.with("\u{ef96}")
#let ti-mood-neutral = tabler-icon.with("\u{eaf5}")
#let ti-mood-neutral-filled = tabler-icon.with("\u{f7f6}")
#let ti-mood-off = tabler-icon.with("\u{f161}")
#let ti-mood-pin = tabler-icon.with("\u{f7b8}")
#let ti-mood-plus = tabler-icon.with("\u{f7b9}")
#let ti-mood-puzzled = tabler-icon.with("\u{fd39}")
#let ti-mood-sad = tabler-icon.with("\u{eaf6}")
#let ti-mood-sad-2 = tabler-icon.with("\u{f2e2}")
#let ti-mood-sad-dizzy = tabler-icon.with("\u{f2e3}")
#let ti-mood-sad-filled = tabler-icon.with("\u{f7f7}")
#let ti-mood-sad-squint = tabler-icon.with("\u{f2e4}")
#let ti-mood-search = tabler-icon.with("\u{f7ba}")
#let ti-mood-share = tabler-icon.with("\u{fa06}")
#let ti-mood-sick = tabler-icon.with("\u{f2e5}")
#let ti-mood-silence = tabler-icon.with("\u{f2e6}")
#let ti-mood-sing = tabler-icon.with("\u{f2c7}")
#let ti-mood-smile = tabler-icon.with("\u{eaf7}")
#let ti-mood-smile-beam = tabler-icon.with("\u{f2e7}")
#let ti-mood-smile-dizzy = tabler-icon.with("\u{f2e8}")
#let ti-mood-smile-filled = tabler-icon.with("\u{f7f8}")
#let ti-mood-spark = tabler-icon.with("\u{ffb2}")
#let ti-mood-surprised = tabler-icon.with("\u{ec04}")
#let ti-mood-tongue = tabler-icon.with("\u{eb95}")
#let ti-mood-tongue-wink = tabler-icon.with("\u{f2ea}")
#let ti-mood-tongue-wink-2 = tabler-icon.with("\u{f2e9}")
#let ti-mood-unamused = tabler-icon.with("\u{f2eb}")
#let ti-mood-up = tabler-icon.with("\u{f7bb}")
#let ti-mood-wink = tabler-icon.with("\u{f2ed}")
#let ti-mood-wink-2 = tabler-icon.with("\u{f2ec}")
#let ti-mood-wrrr = tabler-icon.with("\u{f2ee}")
#let ti-mood-wrrr-filled = tabler-icon.with("\u{ff08}")
#let ti-mood-x = tabler-icon.with("\u{f7bc}")
#let ti-mood-xd = tabler-icon.with("\u{f2ef}")
#let ti-moon = tabler-icon.with("\u{eaf8}")
#let ti-moon-2 = tabler-icon.with("\u{ece6}")
#let ti-moon-filled = tabler-icon.with("\u{f684}")
#let ti-moon-off = tabler-icon.with("\u{f162}")
#let ti-moon-stars = tabler-icon.with("\u{ece7}")
#let ti-moped = tabler-icon.with("\u{ecbc}")
#let ti-motorbike = tabler-icon.with("\u{eeb6}")
#let ti-mountain = tabler-icon.with("\u{ef97}")
#let ti-mountain-filled = tabler-icon.with("\u{1000a}")
#let ti-mountain-off = tabler-icon.with("\u{f411}")
#let ti-mouse = tabler-icon.with("\u{eaf9}")
#let ti-mouse-2 = tabler-icon.with("\u{f1d7}")
#let ti-mouse-filled = tabler-icon.with("\u{fb2f}")
#let ti-mouse-off = tabler-icon.with("\u{f163}")
#let ti-moustache = tabler-icon.with("\u{f4c9}")
#let ti-movie = tabler-icon.with("\u{eafa}")
#let ti-movie-off = tabler-icon.with("\u{f164}")
#let ti-mug = tabler-icon.with("\u{eafb}")
#let ti-mug-filled = tabler-icon.with("\u{10009}")
#let ti-mug-off = tabler-icon.with("\u{f165}")
#let ti-multiplier-0-5x = tabler-icon.with("\u{ef41}")
#let ti-multiplier-1-5x = tabler-icon.with("\u{ef42}")
#let ti-multiplier-1x = tabler-icon.with("\u{ef43}")
#let ti-multiplier-2x = tabler-icon.with("\u{ef44}")
#let ti-mushroom = tabler-icon.with("\u{ef14}")
#let ti-mushroom-filled = tabler-icon.with("\u{f7f9}")
#let ti-mushroom-off = tabler-icon.with("\u{f412}")
#let ti-music = tabler-icon.with("\u{eafc}")
#let ti-music-bolt = tabler-icon.with("\u{fbd5}")
#let ti-music-cancel = tabler-icon.with("\u{fbd6}")
#let ti-music-check = tabler-icon.with("\u{fbd7}")
#let ti-music-code = tabler-icon.with("\u{fbd8}")
#let ti-music-cog = tabler-icon.with("\u{fbd9}")
#let ti-music-discount = tabler-icon.with("\u{fbda}")
#let ti-music-dollar = tabler-icon.with("\u{fbdb}")
#let ti-music-down = tabler-icon.with("\u{fbdc}")
#let ti-music-exclamation = tabler-icon.with("\u{fbdd}")
#let ti-music-heart = tabler-icon.with("\u{fbde}")
#let ti-music-minus = tabler-icon.with("\u{fbdf}")
#let ti-music-off = tabler-icon.with("\u{f166}")
#let ti-music-pause = tabler-icon.with("\u{fbe0}")
#let ti-music-pin = tabler-icon.with("\u{fbe1}")
#let ti-music-plus = tabler-icon.with("\u{fbe2}")
#let ti-music-question = tabler-icon.with("\u{fbe3}")
#let ti-music-search = tabler-icon.with("\u{fbe4}")
#let ti-music-share = tabler-icon.with("\u{fbe5}")
#let ti-music-star = tabler-icon.with("\u{fbe6}")
#let ti-music-up = tabler-icon.with("\u{fbe7}")
#let ti-music-x = tabler-icon.with("\u{fbe8}")
#let ti-navigation = tabler-icon.with("\u{f2c8}")
#let ti-navigation-bolt = tabler-icon.with("\u{fbe9}")
#let ti-navigation-cancel = tabler-icon.with("\u{fbea}")
#let ti-navigation-check = tabler-icon.with("\u{fbeb}")
#let ti-navigation-code = tabler-icon.with("\u{fbec}")
#let ti-navigation-cog = tabler-icon.with("\u{fbed}")
#let ti-navigation-discount = tabler-icon.with("\u{fbee}")
#let ti-navigation-dollar = tabler-icon.with("\u{fbef}")
#let ti-navigation-down = tabler-icon.with("\u{fbf0}")
#let ti-navigation-east = tabler-icon.with("\u{fcba}")
#let ti-navigation-exclamation = tabler-icon.with("\u{fbf1}")
#let ti-navigation-filled = tabler-icon.with("\u{f685}")
#let ti-navigation-heart = tabler-icon.with("\u{fbf2}")
#let ti-navigation-minus = tabler-icon.with("\u{fbf3}")
#let ti-navigation-north = tabler-icon.with("\u{fcbb}")
#let ti-navigation-off = tabler-icon.with("\u{f413}")
#let ti-navigation-pause = tabler-icon.with("\u{fbf4}")
#let ti-navigation-pin = tabler-icon.with("\u{fbf5}")
#let ti-navigation-plus = tabler-icon.with("\u{fbf6}")
#let ti-navigation-question = tabler-icon.with("\u{fbf7}")
#let ti-navigation-search = tabler-icon.with("\u{fbf8}")
#let ti-navigation-share = tabler-icon.with("\u{fbf9}")
#let ti-navigation-south = tabler-icon.with("\u{fcbc}")
#let ti-navigation-star = tabler-icon.with("\u{fbfa}")
#let ti-navigation-top = tabler-icon.with("\u{faec}")
#let ti-navigation-up = tabler-icon.with("\u{fbfb}")
#let ti-navigation-west = tabler-icon.with("\u{fcbd}")
#let ti-navigation-x = tabler-icon.with("\u{fbfc}")
#let ti-needle = tabler-icon.with("\u{f508}")
#let ti-needle-thread = tabler-icon.with("\u{f507}")
#let ti-network = tabler-icon.with("\u{f09f}")
#let ti-network-off = tabler-icon.with("\u{f414}")
#let ti-new-section = tabler-icon.with("\u{ebc1}")
#let ti-news = tabler-icon.with("\u{eafd}")
#let ti-news-off = tabler-icon.with("\u{f167}")
#let ti-nfc = tabler-icon.with("\u{eeb7}")
#let ti-nfc-off = tabler-icon.with("\u{f168}")
#let ti-no-copyright = tabler-icon.with("\u{efb9}")
#let ti-no-creative-commons = tabler-icon.with("\u{efba}")
#let ti-no-derivatives = tabler-icon.with("\u{efbb}")
#let ti-north-star = tabler-icon.with("\u{f014}")
#let ti-note = tabler-icon.with("\u{eb6d}")
#let ti-note-off = tabler-icon.with("\u{f169}")
#let ti-notebook = tabler-icon.with("\u{eb96}")
#let ti-notebook-off = tabler-icon.with("\u{f415}")
#let ti-notes = tabler-icon.with("\u{eb6e}")
#let ti-notes-off = tabler-icon.with("\u{f16a}")
#let ti-notification = tabler-icon.with("\u{eafe}")
#let ti-notification-off = tabler-icon.with("\u{f16b}")
#let ti-number = tabler-icon.with("\u{f1fe}")
#let ti-number-0 = tabler-icon.with("\u{edf0}")
#let ti-number-0-small = tabler-icon.with("\u{fce1}")
#let ti-number-1 = tabler-icon.with("\u{edf1}")
#let ti-number-1-small = tabler-icon.with("\u{fce2}")
#let ti-number-10 = tabler-icon.with("\u{1005e}")
#let ti-number-10-small = tabler-icon.with("\u{fce3}")
#let ti-number-100-small = tabler-icon.with("\u{10005}")
#let ti-number-11 = tabler-icon.with("\u{1005d}")
#let ti-number-11-small = tabler-icon.with("\u{fce4}")
#let ti-number-12-small = tabler-icon.with("\u{fce5}")
#let ti-number-123 = tabler-icon.with("\u{f554}")
#let ti-number-13-small = tabler-icon.with("\u{fce6}")
#let ti-number-14-small = tabler-icon.with("\u{fce7}")
#let ti-number-15-small = tabler-icon.with("\u{fce8}")
#let ti-number-16-small = tabler-icon.with("\u{fce9}")
#let ti-number-17-small = tabler-icon.with("\u{fcea}")
#let ti-number-18-small = tabler-icon.with("\u{fceb}")
#let ti-number-19-small = tabler-icon.with("\u{fcec}")
#let ti-number-2 = tabler-icon.with("\u{edf2}")
#let ti-number-2-small = tabler-icon.with("\u{fced}")
#let ti-number-20-small = tabler-icon.with("\u{fcee}")
#let ti-number-21-small = tabler-icon.with("\u{fcef}")
#let ti-number-22-small = tabler-icon.with("\u{fcf0}")
#let ti-number-23-small = tabler-icon.with("\u{fcf1}")
#let ti-number-24-small = tabler-icon.with("\u{fcf2}")
#let ti-number-25-small = tabler-icon.with("\u{fcf3}")
#let ti-number-26-small = tabler-icon.with("\u{fcf4}")
#let ti-number-27-small = tabler-icon.with("\u{fcf5}")
#let ti-number-28-small = tabler-icon.with("\u{fcf6}")
#let ti-number-29-small = tabler-icon.with("\u{fcf7}")
#let ti-number-3 = tabler-icon.with("\u{edf3}")
#let ti-number-3-small = tabler-icon.with("\u{fcf8}")
#let ti-number-30-small = tabler-icon.with("\u{10004}")
#let ti-number-31-small = tabler-icon.with("\u{10003}")
#let ti-number-32-small = tabler-icon.with("\u{10002}")
#let ti-number-33-small = tabler-icon.with("\u{10001}")
#let ti-number-34-small = tabler-icon.with("\u{10000}")
#let ti-number-35-small = tabler-icon.with("\u{ffff}")
#let ti-number-36-small = tabler-icon.with("\u{fffe}")
#let ti-number-37-small = tabler-icon.with("\u{fffd}")
#let ti-number-38-small = tabler-icon.with("\u{fffc}")
#let ti-number-39-small = tabler-icon.with("\u{fffb}")
#let ti-number-4 = tabler-icon.with("\u{edf4}")
#let ti-number-4-small = tabler-icon.with("\u{fcf9}")
#let ti-number-40-small = tabler-icon.with("\u{fffa}")
#let ti-number-41-small = tabler-icon.with("\u{fff9}")
#let ti-number-42-small = tabler-icon.with("\u{fff8}")
#let ti-number-43-small = tabler-icon.with("\u{fff7}")
#let ti-number-44-small = tabler-icon.with("\u{fff6}")
#let ti-number-45-small = tabler-icon.with("\u{fff5}")
#let ti-number-46-small = tabler-icon.with("\u{fff4}")
#let ti-number-47-small = tabler-icon.with("\u{fff3}")
#let ti-number-48-small = tabler-icon.with("\u{fff2}")
#let ti-number-49-small = tabler-icon.with("\u{fff1}")
#let ti-number-5 = tabler-icon.with("\u{edf5}")
#let ti-number-5-small = tabler-icon.with("\u{fcfa}")
#let ti-number-50-small = tabler-icon.with("\u{fff0}")
#let ti-number-51-small = tabler-icon.with("\u{ffef}")
#let ti-number-52-small = tabler-icon.with("\u{ffee}")
#let ti-number-53-small = tabler-icon.with("\u{ffed}")
#let ti-number-54-small = tabler-icon.with("\u{ffec}")
#let ti-number-55-small = tabler-icon.with("\u{ffeb}")
#let ti-number-56-small = tabler-icon.with("\u{ffea}")
#let ti-number-57-small = tabler-icon.with("\u{ffe9}")
#let ti-number-58-small = tabler-icon.with("\u{ffe8}")
#let ti-number-59-small = tabler-icon.with("\u{ffe7}")
#let ti-number-6 = tabler-icon.with("\u{edf6}")
#let ti-number-6-small = tabler-icon.with("\u{fcfb}")
#let ti-number-60-small = tabler-icon.with("\u{ffe6}")
#let ti-number-61-small = tabler-icon.with("\u{ffe5}")
#let ti-number-62-small = tabler-icon.with("\u{ffe4}")
#let ti-number-63-small = tabler-icon.with("\u{ffe3}")
#let ti-number-64-small = tabler-icon.with("\u{ffe2}")
#let ti-number-65-small = tabler-icon.with("\u{ffe1}")
#let ti-number-66-small = tabler-icon.with("\u{ffe0}")
#let ti-number-67-small = tabler-icon.with("\u{ffdf}")
#let ti-number-68-small = tabler-icon.with("\u{ffde}")
#let ti-number-69-small = tabler-icon.with("\u{ffdd}")
#let ti-number-7 = tabler-icon.with("\u{edf7}")
#let ti-number-7-small = tabler-icon.with("\u{fcfc}")
#let ti-number-70-small = tabler-icon.with("\u{ffdc}")
#let ti-number-71-small = tabler-icon.with("\u{ffdb}")
#let ti-number-72-small = tabler-icon.with("\u{ffda}")
#let ti-number-73-small = tabler-icon.with("\u{ffd9}")
#let ti-number-74-small = tabler-icon.with("\u{ffd8}")
#let ti-number-75-small = tabler-icon.with("\u{ffd7}")
#let ti-number-76-small = tabler-icon.with("\u{ffd6}")
#let ti-number-77-small = tabler-icon.with("\u{ffd5}")
#let ti-number-78-small = tabler-icon.with("\u{ffd4}")
#let ti-number-79-small = tabler-icon.with("\u{ffd3}")
#let ti-number-8 = tabler-icon.with("\u{edf8}")
#let ti-number-8-small = tabler-icon.with("\u{fcfd}")
#let ti-number-80-small = tabler-icon.with("\u{ffd2}")
#let ti-number-81-small = tabler-icon.with("\u{ffd1}")
#let ti-number-82-small = tabler-icon.with("\u{ffd0}")
#let ti-number-83-small = tabler-icon.with("\u{ffcf}")
#let ti-number-84-small = tabler-icon.with("\u{ffce}")
#let ti-number-85-small = tabler-icon.with("\u{ffcd}")
#let ti-number-86-small = tabler-icon.with("\u{ffcc}")
#let ti-number-87-small = tabler-icon.with("\u{ffcb}")
#let ti-number-88-small = tabler-icon.with("\u{ffca}")
#let ti-number-89-small = tabler-icon.with("\u{ffc9}")
#let ti-number-9 = tabler-icon.with("\u{edf9}")
#let ti-number-9-small = tabler-icon.with("\u{fcfe}")
#let ti-number-90-small = tabler-icon.with("\u{ffc8}")
#let ti-number-91-small = tabler-icon.with("\u{ffc7}")
#let ti-number-92-small = tabler-icon.with("\u{ffc6}")
#let ti-number-93-small = tabler-icon.with("\u{ffc5}")
#let ti-number-94-small = tabler-icon.with("\u{ffc4}")
#let ti-number-95-small = tabler-icon.with("\u{ffc3}")
#let ti-number-96-small = tabler-icon.with("\u{ffc2}")
#let ti-number-97-small = tabler-icon.with("\u{ffc1}")
#let ti-number-98-small = tabler-icon.with("\u{ffc0}")
#let ti-number-99-small = tabler-icon.with("\u{ffbf}")
#let ti-numbers = tabler-icon.with("\u{f015}")
#let ti-nurse = tabler-icon.with("\u{ef65}")
#let ti-nut = tabler-icon.with("\u{fc61}")
#let ti-object-scan = tabler-icon.with("\u{fef1}")
#let ti-octagon = tabler-icon.with("\u{ecbd}")
#let ti-octagon-filled = tabler-icon.with("\u{f686}")
#let ti-octagon-minus = tabler-icon.with("\u{fc92}")
#let ti-octagon-minus-2 = tabler-icon.with("\u{fc91}")
#let ti-octagon-off = tabler-icon.with("\u{eeb8}")
#let ti-octagon-plus = tabler-icon.with("\u{fc94}")
#let ti-octagon-plus-2 = tabler-icon.with("\u{fc93}")
#let ti-octahedron = tabler-icon.with("\u{faae}")
#let ti-octahedron-off = tabler-icon.with("\u{faac}")
#let ti-octahedron-plus = tabler-icon.with("\u{faad}")
#let ti-old = tabler-icon.with("\u{eeb9}")
#let ti-olympics = tabler-icon.with("\u{eeba}")
#let ti-olympics-off = tabler-icon.with("\u{f416}")
#let ti-om = tabler-icon.with("\u{f58d}")
#let ti-omega = tabler-icon.with("\u{eb97}")
#let ti-outbound = tabler-icon.with("\u{f249}")
#let ti-outlet = tabler-icon.with("\u{ebd7}")
#let ti-oval = tabler-icon.with("\u{f02e}")
#let ti-oval-filled = tabler-icon.with("\u{f687}")
#let ti-oval-vertical = tabler-icon.with("\u{f02d}")
#let ti-oval-vertical-filled = tabler-icon.with("\u{f688}")
#let ti-overline = tabler-icon.with("\u{eebb}")
#let ti-package = tabler-icon.with("\u{eaff}")
#let ti-package-export = tabler-icon.with("\u{f07a}")
#let ti-package-import = tabler-icon.with("\u{f07b}")
#let ti-package-off = tabler-icon.with("\u{f16c}")
#let ti-packages = tabler-icon.with("\u{f2c9}")
#let ti-pacman = tabler-icon.with("\u{eebc}")
#let ti-page-break = tabler-icon.with("\u{ec81}")
#let ti-paint = tabler-icon.with("\u{eb00}")
#let ti-paint-filled = tabler-icon.with("\u{f75f}")
#let ti-paint-off = tabler-icon.with("\u{f16d}")
#let ti-palette = tabler-icon.with("\u{eb01}")
#let ti-palette-off = tabler-icon.with("\u{f16e}")
#let ti-panorama-horizontal = tabler-icon.with("\u{ed33}")
#let ti-panorama-horizontal-filled = tabler-icon.with("\u{fecc}")
#let ti-panorama-horizontal-off = tabler-icon.with("\u{f417}")
#let ti-panorama-vertical = tabler-icon.with("\u{ed34}")
#let ti-panorama-vertical-filled = tabler-icon.with("\u{fecb}")
#let ti-panorama-vertical-off = tabler-icon.with("\u{f418}")
#let ti-paper-bag = tabler-icon.with("\u{f02f}")
#let ti-paper-bag-off = tabler-icon.with("\u{f16f}")
#let ti-paperclip = tabler-icon.with("\u{eb02}")
#let ti-parachute = tabler-icon.with("\u{ed7c}")
#let ti-parachute-off = tabler-icon.with("\u{f170}")
#let ti-parentheses = tabler-icon.with("\u{ebd8}")
#let ti-parentheses-off = tabler-icon.with("\u{f171}")
#let ti-parking = tabler-icon.with("\u{eb03}")
#let ti-parking-circle = tabler-icon.with("\u{fd5a}")
#let ti-parking-circle-filled = tabler-icon.with("\u{feca}")
#let ti-parking-off = tabler-icon.with("\u{f172}")
#let ti-password = tabler-icon.with("\u{f4ca}")
#let ti-password-fingerprint = tabler-icon.with("\u{fc7b}")
#let ti-password-mobile-phone = tabler-icon.with("\u{fc7c}")
#let ti-password-user = tabler-icon.with("\u{fc7d}")
#let ti-paw = tabler-icon.with("\u{eff9}")
#let ti-paw-filled = tabler-icon.with("\u{f689}")
#let ti-paw-off = tabler-icon.with("\u{f419}")
#let ti-paywall = tabler-icon.with("\u{fd7e}")
#let ti-pdf = tabler-icon.with("\u{f7ac}")
#let ti-peace = tabler-icon.with("\u{ecbe}")
#let ti-pencil = tabler-icon.with("\u{eb04}")
#let ti-pencil-bolt = tabler-icon.with("\u{fbfd}")
#let ti-pencil-cancel = tabler-icon.with("\u{fbfe}")
#let ti-pencil-check = tabler-icon.with("\u{fbff}")
#let ti-pencil-code = tabler-icon.with("\u{fc00}")
#let ti-pencil-cog = tabler-icon.with("\u{fc01}")
#let ti-pencil-discount = tabler-icon.with("\u{fc02}")
#let ti-pencil-dollar = tabler-icon.with("\u{fc03}")
#let ti-pencil-down = tabler-icon.with("\u{fc04}")
#let ti-pencil-exclamation = tabler-icon.with("\u{fc05}")
#let ti-pencil-heart = tabler-icon.with("\u{fc06}")
#let ti-pencil-minus = tabler-icon.with("\u{f1eb}")
#let ti-pencil-off = tabler-icon.with("\u{f173}")
#let ti-pencil-pause = tabler-icon.with("\u{fc07}")
#let ti-pencil-pin = tabler-icon.with("\u{fc08}")
#let ti-pencil-plus = tabler-icon.with("\u{f1ec}")
#let ti-pencil-question = tabler-icon.with("\u{fc09}")
#let ti-pencil-search = tabler-icon.with("\u{fc0a}")
#let ti-pencil-share = tabler-icon.with("\u{fc0b}")
#let ti-pencil-star = tabler-icon.with("\u{fc0c}")
#let ti-pencil-up = tabler-icon.with("\u{fc0d}")
#let ti-pencil-x = tabler-icon.with("\u{fc0e}")
#let ti-pennant = tabler-icon.with("\u{ed7d}")
#let ti-pennant-2 = tabler-icon.with("\u{f06a}")
#let ti-pennant-2-filled = tabler-icon.with("\u{f68a}")
#let ti-pennant-filled = tabler-icon.with("\u{f68b}")
#let ti-pennant-off = tabler-icon.with("\u{f174}")
#let ti-pentagon = tabler-icon.with("\u{efe3}")
#let ti-pentagon-filled = tabler-icon.with("\u{f68c}")
#let ti-pentagon-minus = tabler-icon.with("\u{feb3}")
#let ti-pentagon-number-0 = tabler-icon.with("\u{fc7e}")
#let ti-pentagon-number-1 = tabler-icon.with("\u{fc7f}")
#let ti-pentagon-number-2 = tabler-icon.with("\u{fc80}")
#let ti-pentagon-number-3 = tabler-icon.with("\u{fc81}")
#let ti-pentagon-number-4 = tabler-icon.with("\u{fc82}")
#let ti-pentagon-number-5 = tabler-icon.with("\u{fc83}")
#let ti-pentagon-number-6 = tabler-icon.with("\u{fc84}")
#let ti-pentagon-number-7 = tabler-icon.with("\u{fc85}")
#let ti-pentagon-number-8 = tabler-icon.with("\u{fc86}")
#let ti-pentagon-number-9 = tabler-icon.with("\u{fc87}")
#let ti-pentagon-off = tabler-icon.with("\u{f41a}")
#let ti-pentagon-plus = tabler-icon.with("\u{fc49}")
#let ti-pentagon-x = tabler-icon.with("\u{fc88}")
#let ti-pentagram = tabler-icon.with("\u{f586}")
#let ti-pepper = tabler-icon.with("\u{ef15}")
#let ti-pepper-off = tabler-icon.with("\u{f175}")
#let ti-percentage = tabler-icon.with("\u{ecf4}")
#let ti-percentage-0 = tabler-icon.with("\u{fee5}")
#let ti-percentage-10 = tabler-icon.with("\u{fee4}")
#let ti-percentage-100 = tabler-icon.with("\u{fee3}")
#let ti-percentage-20 = tabler-icon.with("\u{fee2}")
#let ti-percentage-25 = tabler-icon.with("\u{fee1}")
#let ti-percentage-30 = tabler-icon.with("\u{fee0}")
#let ti-percentage-33 = tabler-icon.with("\u{fedf}")
#let ti-percentage-40 = tabler-icon.with("\u{fede}")
#let ti-percentage-50 = tabler-icon.with("\u{fedd}")
#let ti-percentage-60 = tabler-icon.with("\u{fedc}")
#let ti-percentage-66 = tabler-icon.with("\u{fedb}")
#let ti-percentage-70 = tabler-icon.with("\u{feda}")
#let ti-percentage-75 = tabler-icon.with("\u{fed9}")
#let ti-percentage-80 = tabler-icon.with("\u{fed8}")
#let ti-percentage-90 = tabler-icon.with("\u{fed7}")
#let ti-perfume = tabler-icon.with("\u{f509}")
#let ti-perspective = tabler-icon.with("\u{eebd}")
#let ti-perspective-off = tabler-icon.with("\u{f176}")
#let ti-phone = tabler-icon.with("\u{eb09}")
#let ti-phone-call = tabler-icon.with("\u{eb05}")
#let ti-phone-calling = tabler-icon.with("\u{ec43}")
#let ti-phone-check = tabler-icon.with("\u{ec05}")
#let ti-phone-done = tabler-icon.with("\u{ff9e}")
#let ti-phone-end = tabler-icon.with("\u{ff9d}")
#let ti-phone-filled = tabler-icon.with("\u{fa49}")
#let ti-phone-incoming = tabler-icon.with("\u{eb06}")
#let ti-phone-off = tabler-icon.with("\u{ecf5}")
#let ti-phone-outgoing = tabler-icon.with("\u{eb07}")
#let ti-phone-pause = tabler-icon.with("\u{eb08}")
#let ti-phone-plus = tabler-icon.with("\u{ec06}")
#let ti-phone-ringing = tabler-icon.with("\u{ff9c}")
#let ti-phone-spark = tabler-icon.with("\u{ffb1}")
#let ti-phone-x = tabler-icon.with("\u{ec07}")
#let ti-photo = tabler-icon.with("\u{eb0a}")
#let ti-photo-ai = tabler-icon.with("\u{fa32}")
#let ti-photo-bitcoin = tabler-icon.with("\u{ff31}")
#let ti-photo-bolt = tabler-icon.with("\u{f990}")
#let ti-photo-cancel = tabler-icon.with("\u{f35d}")
#let ti-photo-check = tabler-icon.with("\u{f35e}")
#let ti-photo-circle = tabler-icon.with("\u{fc4a}")
#let ti-photo-circle-minus = tabler-icon.with("\u{fc62}")
#let ti-photo-circle-plus = tabler-icon.with("\u{fc63}")
#let ti-photo-code = tabler-icon.with("\u{f991}")
#let ti-photo-cog = tabler-icon.with("\u{f992}")
#let ti-photo-dollar = tabler-icon.with("\u{f993}")
#let ti-photo-down = tabler-icon.with("\u{f35f}")
#let ti-photo-edit = tabler-icon.with("\u{f360}")
#let ti-photo-exclamation = tabler-icon.with("\u{f994}")
#let ti-photo-filled = tabler-icon.with("\u{fa4a}")
#let ti-photo-heart = tabler-icon.with("\u{f361}")
#let ti-photo-hexagon = tabler-icon.with("\u{fc4b}")
#let ti-photo-minus = tabler-icon.with("\u{f362}")
#let ti-photo-off = tabler-icon.with("\u{ecf6}")
#let ti-photo-pause = tabler-icon.with("\u{f995}")
#let ti-photo-pentagon = tabler-icon.with("\u{fc4c}")
#let ti-photo-pin = tabler-icon.with("\u{f996}")
#let ti-photo-plus = tabler-icon.with("\u{f363}")
#let ti-photo-question = tabler-icon.with("\u{f997}")
#let ti-photo-scan = tabler-icon.with("\u{fca8}")
#let ti-photo-search = tabler-icon.with("\u{f364}")
#let ti-photo-sensor = tabler-icon.with("\u{f798}")
#let ti-photo-sensor-2 = tabler-icon.with("\u{f796}")
#let ti-photo-sensor-3 = tabler-icon.with("\u{f797}")
#let ti-photo-share = tabler-icon.with("\u{f998}")
#let ti-photo-shield = tabler-icon.with("\u{f365}")
#let ti-photo-spark = tabler-icon.with("\u{ffb0}")
#let ti-photo-square-rounded = tabler-icon.with("\u{fc4d}")
#let ti-photo-star = tabler-icon.with("\u{f366}")
#let ti-photo-up = tabler-icon.with("\u{f38b}")
#let ti-photo-video = tabler-icon.with("\u{fc95}")
#let ti-photo-x = tabler-icon.with("\u{f367}")
#let ti-physotherapist = tabler-icon.with("\u{eebe}")
#let ti-piano = tabler-icon.with("\u{fad3}")
#let ti-pick = tabler-icon.with("\u{fafc}")
#let ti-picnic-table = tabler-icon.with("\u{fed6}")
#let ti-picture-in-picture = tabler-icon.with("\u{ed35}")
#let ti-picture-in-picture-filled = tabler-icon.with("\u{fec1}")
#let ti-picture-in-picture-off = tabler-icon.with("\u{ed43}")
#let ti-picture-in-picture-on = tabler-icon.with("\u{ed44}")
#let ti-picture-in-picture-top = tabler-icon.with("\u{efe4}")
#let ti-picture-in-picture-top-filled = tabler-icon.with("\u{fec2}")
#let ti-pig = tabler-icon.with("\u{ef52}")
#let ti-pig-money = tabler-icon.with("\u{f38c}")
#let ti-pig-off = tabler-icon.with("\u{f177}")
#let ti-pilcrow = tabler-icon.with("\u{f5f6}")
#let ti-pilcrow-left = tabler-icon.with("\u{fd7f}")
#let ti-pilcrow-right = tabler-icon.with("\u{fd80}")
#let ti-pill = tabler-icon.with("\u{ec44}")
#let ti-pill-filled = tabler-icon.with("\u{ff07}")
#let ti-pill-off = tabler-icon.with("\u{f178}")
#let ti-pills = tabler-icon.with("\u{ef66}")
#let ti-pin = tabler-icon.with("\u{ec9c}")
#let ti-pin-end = tabler-icon.with("\u{fd5b}")
#let ti-pin-filled = tabler-icon.with("\u{f68d}")
#let ti-pin-invoke = tabler-icon.with("\u{fd5c}")
#let ti-ping-pong = tabler-icon.with("\u{f38d}")
#let ti-pinned = tabler-icon.with("\u{ed60}")
#let ti-pinned-filled = tabler-icon.with("\u{f68e}")
#let ti-pinned-off = tabler-icon.with("\u{ed5f}")
#let ti-pizza = tabler-icon.with("\u{edbb}")
#let ti-pizza-filled = tabler-icon.with("\u{10008}")
#let ti-pizza-off = tabler-icon.with("\u{f179}")
#let ti-placeholder = tabler-icon.with("\u{f626}")
#let ti-plane = tabler-icon.with("\u{eb6f}")
#let ti-plane-arrival = tabler-icon.with("\u{eb99}")
#let ti-plane-departure = tabler-icon.with("\u{eb9a}")
#let ti-plane-inflight = tabler-icon.with("\u{ef98}")
#let ti-plane-off = tabler-icon.with("\u{f17a}")
#let ti-plane-tilt = tabler-icon.with("\u{f1ed}")
#let ti-planet = tabler-icon.with("\u{ec08}")
#let ti-planet-off = tabler-icon.with("\u{f17b}")
#let ti-plant = tabler-icon.with("\u{ed50}")
#let ti-plant-2 = tabler-icon.with("\u{ed7e}")
#let ti-plant-2-off = tabler-icon.with("\u{f17c}")
#let ti-plant-off = tabler-icon.with("\u{f17d}")
#let ti-play-basketball = tabler-icon.with("\u{fa66}")
#let ti-play-card = tabler-icon.with("\u{eebf}")
#let ti-play-card-1 = tabler-icon.with("\u{1005c}")
#let ti-play-card-1-filled = tabler-icon.with("\u{10083}")
#let ti-play-card-10 = tabler-icon.with("\u{1005b}")
#let ti-play-card-10-filled = tabler-icon.with("\u{10082}")
#let ti-play-card-2 = tabler-icon.with("\u{1005a}")
#let ti-play-card-2-filled = tabler-icon.with("\u{10081}")
#let ti-play-card-3 = tabler-icon.with("\u{10059}")
#let ti-play-card-3-filled = tabler-icon.with("\u{10080}")
#let ti-play-card-4 = tabler-icon.with("\u{10058}")
#let ti-play-card-4-filled = tabler-icon.with("\u{1007f}")
#let ti-play-card-5 = tabler-icon.with("\u{10057}")
#let ti-play-card-5-filled = tabler-icon.with("\u{1007e}")
#let ti-play-card-6 = tabler-icon.with("\u{10056}")
#let ti-play-card-6-filled = tabler-icon.with("\u{1007d}")
#let ti-play-card-7 = tabler-icon.with("\u{10055}")
#let ti-play-card-7-filled = tabler-icon.with("\u{1007c}")
#let ti-play-card-8 = tabler-icon.with("\u{10054}")
#let ti-play-card-8-filled = tabler-icon.with("\u{1007b}")
#let ti-play-card-9 = tabler-icon.with("\u{10053}")
#let ti-play-card-9-filled = tabler-icon.with("\u{1007a}")
#let ti-play-card-a = tabler-icon.with("\u{10052}")
#let ti-play-card-a-filled = tabler-icon.with("\u{10079}")
#let ti-play-card-j = tabler-icon.with("\u{10051}")
#let ti-play-card-j-filled = tabler-icon.with("\u{10078}")
#let ti-play-card-k = tabler-icon.with("\u{10050}")
#let ti-play-card-k-filled = tabler-icon.with("\u{10077}")
#let ti-play-card-off = tabler-icon.with("\u{f17e}")
#let ti-play-card-q = tabler-icon.with("\u{1004f}")
#let ti-play-card-q-filled = tabler-icon.with("\u{10076}")
#let ti-play-card-star = tabler-icon.with("\u{1004e}")
#let ti-play-card-star-filled = tabler-icon.with("\u{10075}")
#let ti-play-football = tabler-icon.with("\u{fa67}")
#let ti-play-handball = tabler-icon.with("\u{fa68}")
#let ti-play-volleyball = tabler-icon.with("\u{fa69}")
#let ti-player-eject = tabler-icon.with("\u{efbc}")
#let ti-player-eject-filled = tabler-icon.with("\u{f68f}")
#let ti-player-pause = tabler-icon.with("\u{ed45}")
#let ti-player-pause-filled = tabler-icon.with("\u{f690}")
#let ti-player-play = tabler-icon.with("\u{ed46}")
#let ti-player-play-filled = tabler-icon.with("\u{f691}")
#let ti-player-record = tabler-icon.with("\u{ed47}")
#let ti-player-record-filled = tabler-icon.with("\u{f692}")
#let ti-player-skip-back = tabler-icon.with("\u{ed48}")
#let ti-player-skip-back-filled = tabler-icon.with("\u{f693}")
#let ti-player-skip-forward = tabler-icon.with("\u{ed49}")
#let ti-player-skip-forward-filled = tabler-icon.with("\u{f694}")
#let ti-player-stop = tabler-icon.with("\u{ed4a}")
#let ti-player-stop-filled = tabler-icon.with("\u{f695}")
#let ti-player-track-next = tabler-icon.with("\u{ed4b}")
#let ti-player-track-next-filled = tabler-icon.with("\u{f696}")
#let ti-player-track-prev = tabler-icon.with("\u{ed4c}")
#let ti-player-track-prev-filled = tabler-icon.with("\u{f697}")
#let ti-playlist = tabler-icon.with("\u{eec0}")
#let ti-playlist-add = tabler-icon.with("\u{f008}")
#let ti-playlist-off = tabler-icon.with("\u{f17f}")
#let ti-playlist-x = tabler-icon.with("\u{f009}")
#let ti-playstation-circle = tabler-icon.with("\u{f2ad}")
#let ti-playstation-square = tabler-icon.with("\u{f2ae}")
#let ti-playstation-triangle = tabler-icon.with("\u{f2af}")
#let ti-playstation-x = tabler-icon.with("\u{f2b0}")
#let ti-plug = tabler-icon.with("\u{ebd9}")
#let ti-plug-connected = tabler-icon.with("\u{f00a}")
#let ti-plug-connected-x = tabler-icon.with("\u{f0a0}")
#let ti-plug-off = tabler-icon.with("\u{f180}")
#let ti-plug-x = tabler-icon.with("\u{f0a1}")
#let ti-plus = tabler-icon.with("\u{eb0b}")
#let ti-plus-equal = tabler-icon.with("\u{f7ad}")
#let ti-plus-minus = tabler-icon.with("\u{f7ae}")
#let ti-png = tabler-icon.with("\u{f3ad}")
#let ti-podium = tabler-icon.with("\u{f1d8}")
#let ti-podium-off = tabler-icon.with("\u{f41b}")
#let ti-point = tabler-icon.with("\u{eb0c}")
#let ti-point-filled = tabler-icon.with("\u{f698}")
#let ti-point-off = tabler-icon.with("\u{f181}")
#let ti-pointer = tabler-icon.with("\u{f265}")
#let ti-pointer-bolt = tabler-icon.with("\u{f999}")
#let ti-pointer-cancel = tabler-icon.with("\u{f99a}")
#let ti-pointer-check = tabler-icon.with("\u{f99b}")
#let ti-pointer-code = tabler-icon.with("\u{f99c}")
#let ti-pointer-cog = tabler-icon.with("\u{f99d}")
#let ti-pointer-dollar = tabler-icon.with("\u{f99e}")
#let ti-pointer-down = tabler-icon.with("\u{f99f}")
#let ti-pointer-exclamation = tabler-icon.with("\u{f9a0}")
#let ti-pointer-filled = tabler-icon.with("\u{fb30}")
#let ti-pointer-heart = tabler-icon.with("\u{f9a1}")
#let ti-pointer-minus = tabler-icon.with("\u{f9a2}")
#let ti-pointer-off = tabler-icon.with("\u{f9a3}")
#let ti-pointer-pause = tabler-icon.with("\u{f9a4}")
#let ti-pointer-pin = tabler-icon.with("\u{f9a5}")
#let ti-pointer-plus = tabler-icon.with("\u{f9a6}")
#let ti-pointer-question = tabler-icon.with("\u{f9a7}")
#let ti-pointer-search = tabler-icon.with("\u{f9a8}")
#let ti-pointer-share = tabler-icon.with("\u{f9a9}")
#let ti-pointer-star = tabler-icon.with("\u{f9aa}")
#let ti-pointer-up = tabler-icon.with("\u{f9ab}")
#let ti-pointer-x = tabler-icon.with("\u{f9ac}")
#let ti-pokeball = tabler-icon.with("\u{eec1}")
#let ti-pokeball-off = tabler-icon.with("\u{f41c}")
#let ti-poker-chip = tabler-icon.with("\u{f515}")
#let ti-polaroid = tabler-icon.with("\u{eec2}")
#let ti-polaroid-filled = tabler-icon.with("\u{fa4b}")
#let ti-polygon = tabler-icon.with("\u{efd0}")
#let ti-polygon-off = tabler-icon.with("\u{f182}")
#let ti-poo = tabler-icon.with("\u{f258}")
#let ti-poo-filled = tabler-icon.with("\u{fec9}")
#let ti-pool = tabler-icon.with("\u{ed91}")
#let ti-pool-off = tabler-icon.with("\u{f41d}")
#let ti-power = tabler-icon.with("\u{eb0d}")
#let ti-pray = tabler-icon.with("\u{ecbf}")
#let ti-premium-rights = tabler-icon.with("\u{efbd}")
#let ti-prescription = tabler-icon.with("\u{ef99}")
#let ti-presentation = tabler-icon.with("\u{eb70}")
#let ti-presentation-analytics = tabler-icon.with("\u{eec3}")
#let ti-presentation-analytics-filled = tabler-icon.with("\u{ff5d}")
#let ti-presentation-filled = tabler-icon.with("\u{ff5c}")
#let ti-presentation-off = tabler-icon.with("\u{f183}")
#let ti-printer = tabler-icon.with("\u{eb0e}")
#let ti-printer-off = tabler-icon.with("\u{f184}")
#let ti-prism = tabler-icon.with("\u{fab1}")
#let ti-prism-light = tabler-icon.with("\u{fea6}")
#let ti-prism-off = tabler-icon.with("\u{faaf}")
#let ti-prism-plus = tabler-icon.with("\u{fab0}")
#let ti-prison = tabler-icon.with("\u{ef79}")
#let ti-progress = tabler-icon.with("\u{fa0d}")
#let ti-progress-alert = tabler-icon.with("\u{fa07}")
#let ti-progress-bolt = tabler-icon.with("\u{fa08}")
#let ti-progress-check = tabler-icon.with("\u{fa09}")
#let ti-progress-down = tabler-icon.with("\u{fa0a}")
#let ti-progress-help = tabler-icon.with("\u{fa0b}")
#let ti-progress-x = tabler-icon.with("\u{fa0c}")
#let ti-prompt = tabler-icon.with("\u{eb0f}")
#let ti-prong = tabler-icon.with("\u{fda1}")
#let ti-propeller = tabler-icon.with("\u{eec4}")
#let ti-propeller-off = tabler-icon.with("\u{f185}")
#let ti-protocol = tabler-icon.with("\u{fd81}")
#let ti-pumpkin-scary = tabler-icon.with("\u{f587}")
#let ti-puzzle = tabler-icon.with("\u{eb10}")
#let ti-puzzle-2 = tabler-icon.with("\u{ef83}")
#let ti-puzzle-filled = tabler-icon.with("\u{f699}")
#let ti-puzzle-off = tabler-icon.with("\u{f186}")
#let ti-pyramid = tabler-icon.with("\u{eec5}")
#let ti-pyramid-off = tabler-icon.with("\u{f187}")
#let ti-pyramid-plus = tabler-icon.with("\u{fab2}")
#let ti-qrcode = tabler-icon.with("\u{eb11}")
#let ti-qrcode-off = tabler-icon.with("\u{f41e}")
#let ti-question-mark = tabler-icon.with("\u{ec9d}")
#let ti-quote = tabler-icon.with("\u{efbe}")
#let ti-quote-off = tabler-icon.with("\u{f188}")
#let ti-quotes = tabler-icon.with("\u{fb1e}")
#let ti-radar = tabler-icon.with("\u{f017}")
#let ti-radar-2 = tabler-icon.with("\u{f016}")
#let ti-radar-filled = tabler-icon.with("\u{fe0d}")
#let ti-radar-off = tabler-icon.with("\u{f41f}")
#let ti-radio = tabler-icon.with("\u{ef2d}")
#let ti-radio-off = tabler-icon.with("\u{f420}")
#let ti-radioactive = tabler-icon.with("\u{ecc0}")
#let ti-radioactive-filled = tabler-icon.with("\u{f760}")
#let ti-radioactive-off = tabler-icon.with("\u{f189}")
#let ti-radius-bottom-left = tabler-icon.with("\u{eec6}")
#let ti-radius-bottom-right = tabler-icon.with("\u{eec7}")
#let ti-radius-top-left = tabler-icon.with("\u{eec8}")
#let ti-radius-top-right = tabler-icon.with("\u{eec9}")
#let ti-rainbow = tabler-icon.with("\u{edbc}")
#let ti-rainbow-off = tabler-icon.with("\u{f18a}")
#let ti-rating-12-plus = tabler-icon.with("\u{f266}")
#let ti-rating-14-plus = tabler-icon.with("\u{f267}")
#let ti-rating-16-plus = tabler-icon.with("\u{f268}")
#let ti-rating-18-plus = tabler-icon.with("\u{f269}")
#let ti-rating-21-plus = tabler-icon.with("\u{f26a}")
#let ti-razor = tabler-icon.with("\u{f4b5}")
#let ti-razor-electric = tabler-icon.with("\u{f4b4}")
#let ti-receipt = tabler-icon.with("\u{edfd}")
#let ti-receipt-2 = tabler-icon.with("\u{edfa}")
#let ti-receipt-bitcoin = tabler-icon.with("\u{fd66}")
#let ti-receipt-dollar = tabler-icon.with("\u{fd67}")
#let ti-receipt-euro = tabler-icon.with("\u{fd68}")
#let ti-receipt-filled = tabler-icon.with("\u{ff06}")
#let ti-receipt-off = tabler-icon.with("\u{edfb}")
#let ti-receipt-pound = tabler-icon.with("\u{fd69}")
#let ti-receipt-refund = tabler-icon.with("\u{edfc}")
#let ti-receipt-rupee = tabler-icon.with("\u{fd82}")
#let ti-receipt-tax = tabler-icon.with("\u{edbd}")
#let ti-receipt-yen = tabler-icon.with("\u{fd6a}")
#let ti-receipt-yuan = tabler-icon.with("\u{fd6b}")
#let ti-recharging = tabler-icon.with("\u{eeca}")
#let ti-record-mail = tabler-icon.with("\u{eb12}")
#let ti-record-mail-off = tabler-icon.with("\u{f18b}")
#let ti-rectangle = tabler-icon.with("\u{ed37}")
#let ti-rectangle-filled = tabler-icon.with("\u{f69a}")
#let ti-rectangle-rounded-bottom = tabler-icon.with("\u{faed}")
#let ti-rectangle-rounded-top = tabler-icon.with("\u{faee}")
#let ti-rectangle-vertical = tabler-icon.with("\u{ed36}")
#let ti-rectangle-vertical-filled = tabler-icon.with("\u{f69b}")
#let ti-rectangular-prism = tabler-icon.with("\u{fab5}")
#let ti-rectangular-prism-off = tabler-icon.with("\u{fab3}")
#let ti-rectangular-prism-plus = tabler-icon.with("\u{fab4}")
#let ti-recycle = tabler-icon.with("\u{eb9b}")
#let ti-recycle-off = tabler-icon.with("\u{f18c}")
#let ti-refresh = tabler-icon.with("\u{eb13}")
#let ti-refresh-alert = tabler-icon.with("\u{ed57}")
#let ti-refresh-dot = tabler-icon.with("\u{efbf}")
#let ti-refresh-off = tabler-icon.with("\u{f18d}")
#let ti-regex = tabler-icon.with("\u{f31f}")
#let ti-regex-off = tabler-icon.with("\u{f421}")
#let ti-registered = tabler-icon.with("\u{eb14}")
#let ti-relation-many-to-many = tabler-icon.with("\u{ed7f}")
#let ti-relation-many-to-many-filled = tabler-icon.with("\u{fe0c}")
#let ti-relation-one-to-many = tabler-icon.with("\u{ed80}")
#let ti-relation-one-to-many-filled = tabler-icon.with("\u{fe0b}")
#let ti-relation-one-to-one = tabler-icon.with("\u{ed81}")
#let ti-relation-one-to-one-filled = tabler-icon.with("\u{fe0a}")
#let ti-reload = tabler-icon.with("\u{f3ae}")
#let ti-reorder = tabler-icon.with("\u{fc15}")
#let ti-repeat = tabler-icon.with("\u{eb72}")
#let ti-repeat-off = tabler-icon.with("\u{f18e}")
#let ti-repeat-once = tabler-icon.with("\u{eb71}")
#let ti-replace = tabler-icon.with("\u{ebc7}")
#let ti-replace-filled = tabler-icon.with("\u{f69c}")
#let ti-replace-off = tabler-icon.with("\u{f422}")
#let ti-report = tabler-icon.with("\u{eece}")
#let ti-report-analytics = tabler-icon.with("\u{eecb}")
#let ti-report-medical = tabler-icon.with("\u{eecc}")
#let ti-report-money = tabler-icon.with("\u{eecd}")
#let ti-report-off = tabler-icon.with("\u{f18f}")
#let ti-report-search = tabler-icon.with("\u{ef84}")
#let ti-reserved-line = tabler-icon.with("\u{f9f6}")
#let ti-resize = tabler-icon.with("\u{eecf}")
#let ti-restore = tabler-icon.with("\u{fafd}")
#let ti-rewind-backward-10 = tabler-icon.with("\u{faba}")
#let ti-rewind-backward-15 = tabler-icon.with("\u{fabb}")
#let ti-rewind-backward-20 = tabler-icon.with("\u{fabc}")
#let ti-rewind-backward-30 = tabler-icon.with("\u{fabd}")
#let ti-rewind-backward-40 = tabler-icon.with("\u{fabe}")
#let ti-rewind-backward-5 = tabler-icon.with("\u{fabf}")
#let ti-rewind-backward-50 = tabler-icon.with("\u{fac0}")
#let ti-rewind-backward-60 = tabler-icon.with("\u{fac1}")
#let ti-rewind-forward-10 = tabler-icon.with("\u{fac2}")
#let ti-rewind-forward-15 = tabler-icon.with("\u{fac3}")
#let ti-rewind-forward-20 = tabler-icon.with("\u{fac4}")
#let ti-rewind-forward-30 = tabler-icon.with("\u{fac5}")
#let ti-rewind-forward-40 = tabler-icon.with("\u{fac6}")
#let ti-rewind-forward-5 = tabler-icon.with("\u{fac7}")
#let ti-rewind-forward-50 = tabler-icon.with("\u{fac8}")
#let ti-rewind-forward-60 = tabler-icon.with("\u{fac9}")
#let ti-ribbon-health = tabler-icon.with("\u{f58e}")
#let ti-rings = tabler-icon.with("\u{fa6a}")
#let ti-ripple = tabler-icon.with("\u{ed82}")
#let ti-ripple-off = tabler-icon.with("\u{f190}")
#let ti-road = tabler-icon.with("\u{f018}")
#let ti-road-off = tabler-icon.with("\u{f191}")
#let ti-road-sign = tabler-icon.with("\u{ecdd}")
#let ti-robot = tabler-icon.with("\u{f00b}")
#let ti-robot-face = tabler-icon.with("\u{fcbe}")
#let ti-robot-off = tabler-icon.with("\u{f192}")
#let ti-rocket = tabler-icon.with("\u{ec45}")
#let ti-rocket-off = tabler-icon.with("\u{f193}")
#let ti-roller-skating = tabler-icon.with("\u{efd1}")
#let ti-rollercoaster = tabler-icon.with("\u{f0a2}")
#let ti-rollercoaster-off = tabler-icon.with("\u{f423}")
#let ti-rosette = tabler-icon.with("\u{f599}")
#let ti-rosette-discount = tabler-icon.with("\u{ee7c}")
#let ti-rosette-discount-check = tabler-icon.with("\u{f1f8}")
#let ti-rosette-discount-check-filled = tabler-icon.with("\u{f746}")
#let ti-rosette-discount-check-off = tabler-icon.with("\u{ff10}")
#let ti-rosette-discount-filled = tabler-icon.with("\u{ff05}")
#let ti-rosette-discount-off = tabler-icon.with("\u{f3e6}")
#let ti-rosette-filled = tabler-icon.with("\u{f69d}")
#let ti-rosette-number-0 = tabler-icon.with("\u{f58f}")
#let ti-rosette-number-1 = tabler-icon.with("\u{f590}")
#let ti-rosette-number-2 = tabler-icon.with("\u{f591}")
#let ti-rosette-number-3 = tabler-icon.with("\u{f592}")
#let ti-rosette-number-4 = tabler-icon.with("\u{f593}")
#let ti-rosette-number-5 = tabler-icon.with("\u{f594}")
#let ti-rosette-number-6 = tabler-icon.with("\u{f595}")
#let ti-rosette-number-7 = tabler-icon.with("\u{f596}")
#let ti-rosette-number-8 = tabler-icon.with("\u{f597}")
#let ti-rosette-number-9 = tabler-icon.with("\u{f598}")
#let ti-rotate = tabler-icon.with("\u{eb16}")
#let ti-rotate-2 = tabler-icon.with("\u{ebb4}")
#let ti-rotate-360 = tabler-icon.with("\u{ef85}")
#let ti-rotate-3d = tabler-icon.with("\u{f020}")
#let ti-rotate-clockwise = tabler-icon.with("\u{eb15}")
#let ti-rotate-clockwise-2 = tabler-icon.with("\u{ebb5}")
#let ti-rotate-dot = tabler-icon.with("\u{efe5}")
#let ti-rotate-rectangle = tabler-icon.with("\u{ec15}")
#let ti-route = tabler-icon.with("\u{eb17}")
#let ti-route-2 = tabler-icon.with("\u{f4b6}")
#let ti-route-alt-left = tabler-icon.with("\u{fca9}")
#let ti-route-alt-right = tabler-icon.with("\u{fcaa}")
#let ti-route-off = tabler-icon.with("\u{f194}")
#let ti-route-scan = tabler-icon.with("\u{fcbf}")
#let ti-route-square = tabler-icon.with("\u{fcac}")
#let ti-route-square-2 = tabler-icon.with("\u{fcab}")
#let ti-route-x = tabler-icon.with("\u{fcae}")
#let ti-route-x-2 = tabler-icon.with("\u{fcad}")
#let ti-router = tabler-icon.with("\u{eb18}")
#let ti-router-off = tabler-icon.with("\u{f424}")
#let ti-row-insert-bottom = tabler-icon.with("\u{eed0}")
#let ti-row-insert-top = tabler-icon.with("\u{eed1}")
#let ti-row-remove = tabler-icon.with("\u{fafe}")
#let ti-rss = tabler-icon.with("\u{eb19}")
#let ti-rubber-stamp = tabler-icon.with("\u{f5ab}")
#let ti-rubber-stamp-off = tabler-icon.with("\u{f5aa}")
#let ti-ruler = tabler-icon.with("\u{eb1a}")
#let ti-ruler-2 = tabler-icon.with("\u{eed2}")
#let ti-ruler-2-off = tabler-icon.with("\u{f195}")
#let ti-ruler-3 = tabler-icon.with("\u{f290}")
#let ti-ruler-measure = tabler-icon.with("\u{f291}")
#let ti-ruler-measure-2 = tabler-icon.with("\u{ff0f}")
#let ti-ruler-off = tabler-icon.with("\u{f196}")
#let ti-run = tabler-icon.with("\u{ec82}")
#let ti-rv-truck = tabler-icon.with("\u{fcc0}")
#let ti-s-turn-down = tabler-icon.with("\u{f516}")
#let ti-s-turn-left = tabler-icon.with("\u{f517}")
#let ti-s-turn-right = tabler-icon.with("\u{f518}")
#let ti-s-turn-up = tabler-icon.with("\u{f519}")
#let ti-sailboat = tabler-icon.with("\u{ec83}")
#let ti-sailboat-2 = tabler-icon.with("\u{f5f7}")
#let ti-sailboat-off = tabler-icon.with("\u{f425}")
#let ti-salad = tabler-icon.with("\u{f50a}")
#let ti-salad-filled = tabler-icon.with("\u{10007}")
#let ti-salt = tabler-icon.with("\u{ef16}")
#let ti-sandbox = tabler-icon.with("\u{fd6c}")
#let ti-satellite = tabler-icon.with("\u{eed3}")
#let ti-satellite-off = tabler-icon.with("\u{f197}")
#let ti-sausage = tabler-icon.with("\u{ef17}")
#let ti-scale = tabler-icon.with("\u{ebc2}")
#let ti-scale-off = tabler-icon.with("\u{f198}")
#let ti-scale-outline = tabler-icon.with("\u{ef53}")
#let ti-scale-outline-off = tabler-icon.with("\u{f199}")
#let ti-scan = tabler-icon.with("\u{ebc8}")
#let ti-scan-eye = tabler-icon.with("\u{f1ff}")
#let ti-scan-position = tabler-icon.with("\u{fdac}")
#let ti-schema = tabler-icon.with("\u{f200}")
#let ti-schema-off = tabler-icon.with("\u{f426}")
#let ti-school = tabler-icon.with("\u{ecf7}")
#let ti-school-bell = tabler-icon.with("\u{f64a}")
#let ti-school-off = tabler-icon.with("\u{f19a}")
#let ti-scissors = tabler-icon.with("\u{eb1b}")
#let ti-scissors-off = tabler-icon.with("\u{f19b}")
#let ti-scooter = tabler-icon.with("\u{ec6c}")
#let ti-scooter-electric = tabler-icon.with("\u{ecc1}")
#let ti-scoreboard = tabler-icon.with("\u{fa6b}")
#let ti-screen-share = tabler-icon.with("\u{ed18}")
#let ti-screen-share-off = tabler-icon.with("\u{ed17}")
#let ti-screenshot = tabler-icon.with("\u{f201}")
#let ti-scribble = tabler-icon.with("\u{f0a3}")
#let ti-scribble-off = tabler-icon.with("\u{f427}")
#let ti-script = tabler-icon.with("\u{f2da}")
#let ti-script-minus = tabler-icon.with("\u{f2d7}")
#let ti-script-plus = tabler-icon.with("\u{f2d8}")
#let ti-script-x = tabler-icon.with("\u{f2d9}")
#let ti-scuba-diving = tabler-icon.with("\u{fd4e}")
#let ti-scuba-diving-tank = tabler-icon.with("\u{fefa}")
#let ti-scuba-diving-tank-filled = tabler-icon.with("\u{ff04}")
#let ti-scuba-mask = tabler-icon.with("\u{eed4}")
#let ti-scuba-mask-off = tabler-icon.with("\u{f428}")
#let ti-sdk = tabler-icon.with("\u{f3af}")
#let ti-search = tabler-icon.with("\u{eb1c}")
#let ti-search-off = tabler-icon.with("\u{f19c}")
#let ti-section = tabler-icon.with("\u{eed5}")
#let ti-section-filled = tabler-icon.with("\u{fe09}")
#let ti-section-sign = tabler-icon.with("\u{f019}")
#let ti-seeding = tabler-icon.with("\u{ed51}")
#let ti-seeding-filled = tabler-icon.with("\u{10006}")
#let ti-seeding-off = tabler-icon.with("\u{f19d}")
#let ti-select = tabler-icon.with("\u{ec9e}")
#let ti-select-all = tabler-icon.with("\u{f9f7}")
#let ti-selector = tabler-icon.with("\u{eb1d}")
#let ti-send = tabler-icon.with("\u{eb1e}")
#let ti-send-2 = tabler-icon.with("\u{fd5d}")
#let ti-send-off = tabler-icon.with("\u{f429}")
#let ti-seo = tabler-icon.with("\u{f26b}")
#let ti-separator = tabler-icon.with("\u{ebda}")
#let ti-separator-horizontal = tabler-icon.with("\u{ec79}")
#let ti-separator-vertical = tabler-icon.with("\u{ec7a}")
#let ti-server = tabler-icon.with("\u{eb1f}")
#let ti-server-2 = tabler-icon.with("\u{f07c}")
#let ti-server-bolt = tabler-icon.with("\u{f320}")
#let ti-server-cog = tabler-icon.with("\u{f321}")
#let ti-server-off = tabler-icon.with("\u{f19e}")
#let ti-server-spark = tabler-icon.with("\u{ffaf}")
#let ti-servicemark = tabler-icon.with("\u{ec09}")
#let ti-settings = tabler-icon.with("\u{eb20}")
#let ti-settings-2 = tabler-icon.with("\u{f5ac}")
#let ti-settings-automation = tabler-icon.with("\u{eed6}")
#let ti-settings-bolt = tabler-icon.with("\u{f9ad}")
#let ti-settings-cancel = tabler-icon.with("\u{f9ae}")
#let ti-settings-check = tabler-icon.with("\u{f9af}")
#let ti-settings-code = tabler-icon.with("\u{f9b0}")
#let ti-settings-cog = tabler-icon.with("\u{f9b1}")
#let ti-settings-dollar = tabler-icon.with("\u{f9b2}")
#let ti-settings-down = tabler-icon.with("\u{f9b3}")
#let ti-settings-exclamation = tabler-icon.with("\u{f9b4}")
#let ti-settings-filled = tabler-icon.with("\u{f69e}")
#let ti-settings-heart = tabler-icon.with("\u{f9b5}")
#let ti-settings-minus = tabler-icon.with("\u{f9b6}")
#let ti-settings-off = tabler-icon.with("\u{f19f}")
#let ti-settings-pause = tabler-icon.with("\u{f9b7}")
#let ti-settings-pin = tabler-icon.with("\u{f9b8}")
#let ti-settings-plus = tabler-icon.with("\u{f9b9}")
#let ti-settings-question = tabler-icon.with("\u{f9ba}")
#let ti-settings-search = tabler-icon.with("\u{f9bb}")
#let ti-settings-share = tabler-icon.with("\u{f9bc}")
#let ti-settings-spark = tabler-icon.with("\u{ffae}")
#let ti-settings-star = tabler-icon.with("\u{f9bd}")
#let ti-settings-up = tabler-icon.with("\u{f9be}")
#let ti-settings-x = tabler-icon.with("\u{f9bf}")
#let ti-shadow = tabler-icon.with("\u{eed8}")
#let ti-shadow-off = tabler-icon.with("\u{eed7}")
#let ti-shape = tabler-icon.with("\u{eb9c}")
#let ti-shape-2 = tabler-icon.with("\u{eed9}")
#let ti-shape-3 = tabler-icon.with("\u{eeda}")
#let ti-shape-off = tabler-icon.with("\u{f1a0}")
#let ti-share = tabler-icon.with("\u{eb21}")
#let ti-share-2 = tabler-icon.with("\u{f799}")
#let ti-share-3 = tabler-icon.with("\u{f7bd}")
#let ti-share-off = tabler-icon.with("\u{f1a1}")
#let ti-shareplay = tabler-icon.with("\u{fea5}")
#let ti-shield = tabler-icon.with("\u{eb24}")
#let ti-shield-bolt = tabler-icon.with("\u{f9c0}")
#let ti-shield-cancel = tabler-icon.with("\u{f9c1}")
#let ti-shield-check = tabler-icon.with("\u{eb22}")
#let ti-shield-check-filled = tabler-icon.with("\u{f761}")
#let ti-shield-checkered = tabler-icon.with("\u{ef9a}")
#let ti-shield-checkered-filled = tabler-icon.with("\u{f762}")
#let ti-shield-chevron = tabler-icon.with("\u{ef9b}")
#let ti-shield-code = tabler-icon.with("\u{f9c2}")
#let ti-shield-cog = tabler-icon.with("\u{f9c3}")
#let ti-shield-dollar = tabler-icon.with("\u{f9c4}")
#let ti-shield-down = tabler-icon.with("\u{f9c5}")
#let ti-shield-exclamation = tabler-icon.with("\u{f9c6}")
#let ti-shield-filled = tabler-icon.with("\u{f69f}")
#let ti-shield-half = tabler-icon.with("\u{f358}")
#let ti-shield-half-filled = tabler-icon.with("\u{f357}")
#let ti-shield-heart = tabler-icon.with("\u{f9c7}")
#let ti-shield-lock = tabler-icon.with("\u{ed58}")
#let ti-shield-lock-filled = tabler-icon.with("\u{f763}")
#let ti-shield-minus = tabler-icon.with("\u{f9c8}")
#let ti-shield-off = tabler-icon.with("\u{ecf8}")
#let ti-shield-pause = tabler-icon.with("\u{f9c9}")
#let ti-shield-pin = tabler-icon.with("\u{f9ca}")
#let ti-shield-plus = tabler-icon.with("\u{f9cb}")
#let ti-shield-question = tabler-icon.with("\u{f9cc}")
#let ti-shield-search = tabler-icon.with("\u{f9cd}")
#let ti-shield-share = tabler-icon.with("\u{f9ce}")
#let ti-shield-star = tabler-icon.with("\u{f9cf}")
#let ti-shield-up = tabler-icon.with("\u{f9d0}")
#let ti-shield-x = tabler-icon.with("\u{eb23}")
#let ti-ship = tabler-icon.with("\u{ec84}")
#let ti-ship-off = tabler-icon.with("\u{f42a}")
#let ti-shirt = tabler-icon.with("\u{ec0a}")
#let ti-shirt-filled = tabler-icon.with("\u{f6a0}")
#let ti-shirt-off = tabler-icon.with("\u{f1a2}")
#let ti-shirt-sport = tabler-icon.with("\u{f26c}")
#let ti-shoe = tabler-icon.with("\u{efd2}")
#let ti-shoe-off = tabler-icon.with("\u{f1a4}")
#let ti-shopping-bag = tabler-icon.with("\u{f5f8}")
#let ti-shopping-bag-check = tabler-icon.with("\u{fc16}")
#let ti-shopping-bag-discount = tabler-icon.with("\u{fc17}")
#let ti-shopping-bag-edit = tabler-icon.with("\u{fc18}")
#let ti-shopping-bag-exclamation = tabler-icon.with("\u{fc19}")
#let ti-shopping-bag-heart = tabler-icon.with("\u{fda2}")
#let ti-shopping-bag-minus = tabler-icon.with("\u{fc1a}")
#let ti-shopping-bag-plus = tabler-icon.with("\u{fc1b}")
#let ti-shopping-bag-search = tabler-icon.with("\u{fc1c}")
#let ti-shopping-bag-x = tabler-icon.with("\u{fc1d}")
#let ti-shopping-cart = tabler-icon.with("\u{eb25}")
#let ti-shopping-cart-bolt = tabler-icon.with("\u{fb57}")
#let ti-shopping-cart-cancel = tabler-icon.with("\u{fb58}")
#let ti-shopping-cart-check = tabler-icon.with("\u{fb59}")
#let ti-shopping-cart-code = tabler-icon.with("\u{fb5a}")
#let ti-shopping-cart-cog = tabler-icon.with("\u{fb5b}")
#let ti-shopping-cart-copy = tabler-icon.with("\u{fb5c}")
#let ti-shopping-cart-discount = tabler-icon.with("\u{fb5d}")
#let ti-shopping-cart-dollar = tabler-icon.with("\u{fb5e}")
#let ti-shopping-cart-down = tabler-icon.with("\u{fb5f}")
#let ti-shopping-cart-exclamation = tabler-icon.with("\u{fb60}")
#let ti-shopping-cart-filled = tabler-icon.with("\u{fc3f}")
#let ti-shopping-cart-heart = tabler-icon.with("\u{fb61}")
#let ti-shopping-cart-minus = tabler-icon.with("\u{fb62}")
#let ti-shopping-cart-off = tabler-icon.with("\u{eedc}")
#let ti-shopping-cart-pause = tabler-icon.with("\u{fb63}")
#let ti-shopping-cart-pin = tabler-icon.with("\u{fb64}")
#let ti-shopping-cart-plus = tabler-icon.with("\u{fb65}")
#let ti-shopping-cart-question = tabler-icon.with("\u{fb66}")
#let ti-shopping-cart-search = tabler-icon.with("\u{fb67}")
#let ti-shopping-cart-share = tabler-icon.with("\u{fb68}")
#let ti-shopping-cart-star = tabler-icon.with("\u{fb69}")
#let ti-shopping-cart-up = tabler-icon.with("\u{fb6a}")
#let ti-shopping-cart-x = tabler-icon.with("\u{fb6b}")
#let ti-shovel = tabler-icon.with("\u{f1d9}")
#let ti-shovel-pitchforks = tabler-icon.with("\u{fd3a}")
#let ti-shredder = tabler-icon.with("\u{eedf}")
#let ti-sign-left = tabler-icon.with("\u{f06b}")
#let ti-sign-left-filled = tabler-icon.with("\u{f6a1}")
#let ti-sign-right = tabler-icon.with("\u{f06c}")
#let ti-sign-right-filled = tabler-icon.with("\u{f6a2}")
#let ti-signal-2g = tabler-icon.with("\u{f79a}")
#let ti-signal-3g = tabler-icon.with("\u{f1ee}")
#let ti-signal-4g = tabler-icon.with("\u{f1ef}")
#let ti-signal-4g-plus = tabler-icon.with("\u{f259}")
#let ti-signal-5g = tabler-icon.with("\u{f1f0}")
#let ti-signal-6g = tabler-icon.with("\u{f9f8}")
#let ti-signal-e = tabler-icon.with("\u{f9f9}")
#let ti-signal-g = tabler-icon.with("\u{f9fa}")
#let ti-signal-h = tabler-icon.with("\u{f9fc}")
#let ti-signal-h-plus = tabler-icon.with("\u{f9fb}")
#let ti-signal-lte = tabler-icon.with("\u{f9fd}")
#let ti-signature = tabler-icon.with("\u{eee0}")
#let ti-signature-off = tabler-icon.with("\u{f1a5}")
#let ti-sitemap = tabler-icon.with("\u{eb9d}")
#let ti-sitemap-filled = tabler-icon.with("\u{1006b}")
#let ti-sitemap-off = tabler-icon.with("\u{f1a6}")
#let ti-skateboard = tabler-icon.with("\u{ecc2}")
#let ti-skateboard-off = tabler-icon.with("\u{f42b}")
#let ti-skateboarding = tabler-icon.with("\u{faca}")
#let ti-skew-x = tabler-icon.with("\u{fd3b}")
#let ti-skew-y = tabler-icon.with("\u{fd3c}")
#let ti-ski-jumping = tabler-icon.with("\u{fa6c}")
#let ti-skull = tabler-icon.with("\u{f292}")
#let ti-slash = tabler-icon.with("\u{f4f9}")
#let ti-slashes = tabler-icon.with("\u{f588}")
#let ti-sleigh = tabler-icon.with("\u{ef9c}")
#let ti-slice = tabler-icon.with("\u{ebdb}")
#let ti-slideshow = tabler-icon.with("\u{ebc9}")
#let ti-smart-home = tabler-icon.with("\u{ecde}")
#let ti-smart-home-off = tabler-icon.with("\u{f1a7}")
#let ti-smoking = tabler-icon.with("\u{ecc4}")
#let ti-smoking-no = tabler-icon.with("\u{ecc3}")
#let ti-snowboarding = tabler-icon.with("\u{fd4f}")
#let ti-snowflake = tabler-icon.with("\u{ec0b}")
#let ti-snowflake-off = tabler-icon.with("\u{f1a8}")
#let ti-snowman = tabler-icon.with("\u{f26d}")
#let ti-soccer-field = tabler-icon.with("\u{ed92}")
#let ti-social = tabler-icon.with("\u{ebec}")
#let ti-social-off = tabler-icon.with("\u{f1a9}")
#let ti-sock = tabler-icon.with("\u{eee1}")
#let ti-sofa = tabler-icon.with("\u{efaf}")
#let ti-sofa-off = tabler-icon.with("\u{f42c}")
#let ti-solar-electricity = tabler-icon.with("\u{fcc1}")
#let ti-solar-panel = tabler-icon.with("\u{f7bf}")
#let ti-solar-panel-2 = tabler-icon.with("\u{f7be}")
#let ti-sort-0-9 = tabler-icon.with("\u{f54d}")
#let ti-sort-9-0 = tabler-icon.with("\u{f54e}")
#let ti-sort-a-z = tabler-icon.with("\u{f54f}")
#let ti-sort-ascending = tabler-icon.with("\u{eb26}")
#let ti-sort-ascending-2 = tabler-icon.with("\u{eee2}")
#let ti-sort-ascending-2-filled = tabler-icon.with("\u{ff5b}")
#let ti-sort-ascending-letters = tabler-icon.with("\u{ef18}")
#let ti-sort-ascending-numbers = tabler-icon.with("\u{ef19}")
#let ti-sort-ascending-shapes = tabler-icon.with("\u{fd94}")
#let ti-sort-ascending-shapes-filled = tabler-icon.with("\u{ff5a}")
#let ti-sort-ascending-small-big = tabler-icon.with("\u{fd95}")
#let ti-sort-descending = tabler-icon.with("\u{eb27}")
#let ti-sort-descending-2 = tabler-icon.with("\u{eee3}")
#let ti-sort-descending-2-filled = tabler-icon.with("\u{ff59}")
#let ti-sort-descending-letters = tabler-icon.with("\u{ef1a}")
#let ti-sort-descending-numbers = tabler-icon.with("\u{ef1b}")
#let ti-sort-descending-shapes = tabler-icon.with("\u{fd97}")
#let ti-sort-descending-shapes-filled = tabler-icon.with("\u{ff58}")
#let ti-sort-descending-small-big = tabler-icon.with("\u{fd96}")
#let ti-sort-z-a = tabler-icon.with("\u{f550}")
#let ti-sos = tabler-icon.with("\u{f24a}")
#let ti-soup = tabler-icon.with("\u{ef2e}")
#let ti-soup-filled = tabler-icon.with("\u{fe08}")
#let ti-soup-off = tabler-icon.with("\u{f42d}")
#let ti-source-code = tabler-icon.with("\u{f4a2}")
#let ti-space = tabler-icon.with("\u{ec0c}")
#let ti-space-off = tabler-icon.with("\u{f1aa}")
#let ti-spaces = tabler-icon.with("\u{fea4}")
#let ti-spacing-horizontal = tabler-icon.with("\u{ef54}")
#let ti-spacing-vertical = tabler-icon.with("\u{ef55}")
#let ti-spade = tabler-icon.with("\u{effa}")
#let ti-spade-filled = tabler-icon.with("\u{f6a3}")
#let ti-sparkles = tabler-icon.with("\u{f6d7}")
#let ti-speakerphone = tabler-icon.with("\u{ed61}")
#let ti-speedboat = tabler-icon.with("\u{ed93}")
#let ti-sphere = tabler-icon.with("\u{fab8}")
#let ti-sphere-off = tabler-icon.with("\u{fab6}")
#let ti-sphere-plus = tabler-icon.with("\u{fab7}")
#let ti-spider = tabler-icon.with("\u{f293}")
#let ti-spiral = tabler-icon.with("\u{f294}")
#let ti-spiral-off = tabler-icon.with("\u{f42e}")
#let ti-sport-billard = tabler-icon.with("\u{eee4}")
#let ti-spray = tabler-icon.with("\u{f50b}")
#let ti-spy = tabler-icon.with("\u{f227}")
#let ti-spy-off = tabler-icon.with("\u{f42f}")
#let ti-sql = tabler-icon.with("\u{f7c0}")
#let ti-square = tabler-icon.with("\u{eb2c}")
#let ti-square-arrow-down = tabler-icon.with("\u{f4b7}")
#let ti-square-arrow-down-filled = tabler-icon.with("\u{fb31}")
#let ti-square-arrow-left = tabler-icon.with("\u{f4b8}")
#let ti-square-arrow-left-filled = tabler-icon.with("\u{fb32}")
#let ti-square-arrow-right = tabler-icon.with("\u{f4b9}")
#let ti-square-arrow-right-filled = tabler-icon.with("\u{fb33}")
#let ti-square-arrow-up = tabler-icon.with("\u{f4ba}")
#let ti-square-arrow-up-filled = tabler-icon.with("\u{fb34}")
#let ti-square-asterisk = tabler-icon.with("\u{f01a}")
#let ti-square-asterisk-filled = tabler-icon.with("\u{fb35}")
#let ti-square-check = tabler-icon.with("\u{eb28}")
#let ti-square-check-filled = tabler-icon.with("\u{f76d}")
#let ti-square-chevron-down = tabler-icon.with("\u{f627}")
#let ti-square-chevron-down-filled = tabler-icon.with("\u{fb36}")
#let ti-square-chevron-left = tabler-icon.with("\u{f628}")
#let ti-square-chevron-left-filled = tabler-icon.with("\u{fb37}")
#let ti-square-chevron-right = tabler-icon.with("\u{f629}")
#let ti-square-chevron-right-filled = tabler-icon.with("\u{fb38}")
#let ti-square-chevron-up = tabler-icon.with("\u{f62a}")
#let ti-square-chevron-up-filled = tabler-icon.with("\u{fb39}")
#let ti-square-chevrons-down = tabler-icon.with("\u{f64b}")
#let ti-square-chevrons-down-filled = tabler-icon.with("\u{fb3a}")
#let ti-square-chevrons-left = tabler-icon.with("\u{f64c}")
#let ti-square-chevrons-left-filled = tabler-icon.with("\u{fb3b}")
#let ti-square-chevrons-right = tabler-icon.with("\u{f64d}")
#let ti-square-chevrons-right-filled = tabler-icon.with("\u{fb3c}")
#let ti-square-chevrons-up = tabler-icon.with("\u{f64e}")
#let ti-square-chevrons-up-filled = tabler-icon.with("\u{fb3d}")
#let ti-square-dot = tabler-icon.with("\u{ed59}")
#let ti-square-dot-filled = tabler-icon.with("\u{fb3e}")
#let ti-square-f0 = tabler-icon.with("\u{f526}")
#let ti-square-f0-filled = tabler-icon.with("\u{f76e}")
#let ti-square-f1 = tabler-icon.with("\u{f527}")
#let ti-square-f1-filled = tabler-icon.with("\u{f76f}")
#let ti-square-f2 = tabler-icon.with("\u{f528}")
#let ti-square-f2-filled = tabler-icon.with("\u{f770}")
#let ti-square-f3 = tabler-icon.with("\u{f529}")
#let ti-square-f3-filled = tabler-icon.with("\u{f771}")
#let ti-square-f4 = tabler-icon.with("\u{f52a}")
#let ti-square-f4-filled = tabler-icon.with("\u{f772}")
#let ti-square-f5 = tabler-icon.with("\u{f52b}")
#let ti-square-f5-filled = tabler-icon.with("\u{f773}")
#let ti-square-f6 = tabler-icon.with("\u{f52c}")
#let ti-square-f6-filled = tabler-icon.with("\u{f774}")
#let ti-square-f7 = tabler-icon.with("\u{f52d}")
#let ti-square-f7-filled = tabler-icon.with("\u{f775}")
#let ti-square-f8 = tabler-icon.with("\u{f52e}")
#let ti-square-f8-filled = tabler-icon.with("\u{f776}")
#let ti-square-f9 = tabler-icon.with("\u{f52f}")
#let ti-square-f9-filled = tabler-icon.with("\u{f777}")
#let ti-square-filled = tabler-icon.with("\u{fc40}")
#let ti-square-forbid = tabler-icon.with("\u{ed5b}")
#let ti-square-forbid-2 = tabler-icon.with("\u{ed5a}")
#let ti-square-half = tabler-icon.with("\u{effb}")
#let ti-square-key = tabler-icon.with("\u{f638}")
#let ti-square-letter-a = tabler-icon.with("\u{f47c}")
#let ti-square-letter-a-filled = tabler-icon.with("\u{fe07}")
#let ti-square-letter-b = tabler-icon.with("\u{f47d}")
#let ti-square-letter-b-filled = tabler-icon.with("\u{fe06}")
#let ti-square-letter-c = tabler-icon.with("\u{f47e}")
#let ti-square-letter-c-filled = tabler-icon.with("\u{fe05}")
#let ti-square-letter-d = tabler-icon.with("\u{f47f}")
#let ti-square-letter-d-filled = tabler-icon.with("\u{fe04}")
#let ti-square-letter-e = tabler-icon.with("\u{f480}")
#let ti-square-letter-e-filled = tabler-icon.with("\u{fe03}")
#let ti-square-letter-f = tabler-icon.with("\u{f481}")
#let ti-square-letter-f-filled = tabler-icon.with("\u{fe02}")
#let ti-square-letter-g = tabler-icon.with("\u{f482}")
#let ti-square-letter-g-filled = tabler-icon.with("\u{fe01}")
#let ti-square-letter-h = tabler-icon.with("\u{f483}")
#let ti-square-letter-h-filled = tabler-icon.with("\u{fe00}")
#let ti-square-letter-i = tabler-icon.with("\u{f484}")
#let ti-square-letter-i-filled = tabler-icon.with("\u{fdff}")
#let ti-square-letter-j = tabler-icon.with("\u{f485}")
#let ti-square-letter-j-filled = tabler-icon.with("\u{fdfe}")
#let ti-square-letter-k = tabler-icon.with("\u{f486}")
#let ti-square-letter-k-filled = tabler-icon.with("\u{fdfd}")
#let ti-square-letter-l = tabler-icon.with("\u{f487}")
#let ti-square-letter-l-filled = tabler-icon.with("\u{fdfc}")
#let ti-square-letter-m = tabler-icon.with("\u{f488}")
#let ti-square-letter-m-filled = tabler-icon.with("\u{fdfb}")
#let ti-square-letter-n = tabler-icon.with("\u{f489}")
#let ti-square-letter-n-filled = tabler-icon.with("\u{fdfa}")
#let ti-square-letter-o = tabler-icon.with("\u{f48a}")
#let ti-square-letter-o-filled = tabler-icon.with("\u{fdf9}")
#let ti-square-letter-p = tabler-icon.with("\u{f48b}")
#let ti-square-letter-p-filled = tabler-icon.with("\u{fdf8}")
#let ti-square-letter-q = tabler-icon.with("\u{f48c}")
#let ti-square-letter-q-filled = tabler-icon.with("\u{fdf7}")
#let ti-square-letter-r = tabler-icon.with("\u{f48d}")
#let ti-square-letter-r-filled = tabler-icon.with("\u{fdf6}")
#let ti-square-letter-s = tabler-icon.with("\u{f48e}")
#let ti-square-letter-s-filled = tabler-icon.with("\u{fdf5}")
#let ti-square-letter-t = tabler-icon.with("\u{f48f}")
#let ti-square-letter-t-filled = tabler-icon.with("\u{fdf4}")
#let ti-square-letter-u = tabler-icon.with("\u{f490}")
#let ti-square-letter-u-filled = tabler-icon.with("\u{fdf3}")
#let ti-square-letter-v = tabler-icon.with("\u{f4bb}")
#let ti-square-letter-v-filled = tabler-icon.with("\u{fdf2}")
#let ti-square-letter-w = tabler-icon.with("\u{f491}")
#let ti-square-letter-w-filled = tabler-icon.with("\u{fdf1}")
#let ti-square-letter-x = tabler-icon.with("\u{f4bc}")
#let ti-square-letter-x-filled = tabler-icon.with("\u{fdf0}")
#let ti-square-letter-y = tabler-icon.with("\u{f492}")
#let ti-square-letter-y-filled = tabler-icon.with("\u{fdef}")
#let ti-square-letter-z = tabler-icon.with("\u{f493}")
#let ti-square-letter-z-filled = tabler-icon.with("\u{fdee}")
#let ti-square-minus = tabler-icon.with("\u{eb29}")
#let ti-square-minus-filled = tabler-icon.with("\u{fb3f}")
#let ti-square-number-0 = tabler-icon.with("\u{eee5}")
#let ti-square-number-0-filled = tabler-icon.with("\u{f764}")
#let ti-square-number-1 = tabler-icon.with("\u{eee6}")
#let ti-square-number-1-filled = tabler-icon.with("\u{f765}")
#let ti-square-number-2 = tabler-icon.with("\u{eee7}")
#let ti-square-number-2-filled = tabler-icon.with("\u{f7fa}")
#let ti-square-number-3 = tabler-icon.with("\u{eee8}")
#let ti-square-number-3-filled = tabler-icon.with("\u{f766}")
#let ti-square-number-4 = tabler-icon.with("\u{eee9}")
#let ti-square-number-4-filled = tabler-icon.with("\u{f767}")
#let ti-square-number-5 = tabler-icon.with("\u{eeea}")
#let ti-square-number-5-filled = tabler-icon.with("\u{f768}")
#let ti-square-number-6 = tabler-icon.with("\u{eeeb}")
#let ti-square-number-6-filled = tabler-icon.with("\u{f769}")
#let ti-square-number-7 = tabler-icon.with("\u{eeec}")
#let ti-square-number-7-filled = tabler-icon.with("\u{f76a}")
#let ti-square-number-8 = tabler-icon.with("\u{eeed}")
#let ti-square-number-8-filled = tabler-icon.with("\u{f76b}")
#let ti-square-number-9 = tabler-icon.with("\u{eeee}")
#let ti-square-number-9-filled = tabler-icon.with("\u{f76c}")
#let ti-square-off = tabler-icon.with("\u{eeef}")
#let ti-square-percentage = tabler-icon.with("\u{fd83}")
#let ti-square-plus = tabler-icon.with("\u{eb2a}")
#let ti-square-plus-2 = tabler-icon.with("\u{fc96}")
#let ti-square-root = tabler-icon.with("\u{eef1}")
#let ti-square-root-2 = tabler-icon.with("\u{eef0}")
#let ti-square-rotated = tabler-icon.with("\u{ecdf}")
#let ti-square-rotated-filled = tabler-icon.with("\u{f6a4}")
#let ti-square-rotated-forbid = tabler-icon.with("\u{f01c}")
#let ti-square-rotated-forbid-2 = tabler-icon.with("\u{f01b}")
#let ti-square-rotated-off = tabler-icon.with("\u{eef2}")
#let ti-square-rounded = tabler-icon.with("\u{f59a}")
#let ti-square-rounded-arrow-down = tabler-icon.with("\u{f639}")
#let ti-square-rounded-arrow-down-filled = tabler-icon.with("\u{f6db}")
#let ti-square-rounded-arrow-left = tabler-icon.with("\u{f63a}")
#let ti-square-rounded-arrow-left-filled = tabler-icon.with("\u{f6dc}")
#let ti-square-rounded-arrow-right = tabler-icon.with("\u{f63b}")
#let ti-square-rounded-arrow-right-filled = tabler-icon.with("\u{f6dd}")
#let ti-square-rounded-arrow-up = tabler-icon.with("\u{f63c}")
#let ti-square-rounded-arrow-up-filled = tabler-icon.with("\u{f6de}")
#let ti-square-rounded-check = tabler-icon.with("\u{f63d}")
#let ti-square-rounded-check-filled = tabler-icon.with("\u{f6df}")
#let ti-square-rounded-chevron-down = tabler-icon.with("\u{f62b}")
#let ti-square-rounded-chevron-down-filled = tabler-icon.with("\u{f6e0}")
#let ti-square-rounded-chevron-left = tabler-icon.with("\u{f62c}")
#let ti-square-rounded-chevron-left-filled = tabler-icon.with("\u{f6e1}")
#let ti-square-rounded-chevron-right = tabler-icon.with("\u{f62d}")
#let ti-square-rounded-chevron-right-filled = tabler-icon.with("\u{f6e2}")
#let ti-square-rounded-chevron-up = tabler-icon.with("\u{f62e}")
#let ti-square-rounded-chevron-up-filled = tabler-icon.with("\u{f6e3}")
#let ti-square-rounded-chevrons-down = tabler-icon.with("\u{f64f}")
#let ti-square-rounded-chevrons-down-filled = tabler-icon.with("\u{f6e4}")
#let ti-square-rounded-chevrons-left = tabler-icon.with("\u{f650}")
#let ti-square-rounded-chevrons-left-filled = tabler-icon.with("\u{f6e5}")
#let ti-square-rounded-chevrons-right = tabler-icon.with("\u{f651}")
#let ti-square-rounded-chevrons-right-filled = tabler-icon.with("\u{f6e6}")
#let ti-square-rounded-chevrons-up = tabler-icon.with("\u{f652}")
#let ti-square-rounded-chevrons-up-filled = tabler-icon.with("\u{f6e7}")
#let ti-square-rounded-filled = tabler-icon.with("\u{f6a5}")
#let ti-square-rounded-letter-a = tabler-icon.with("\u{f5ae}")
#let ti-square-rounded-letter-a-filled = tabler-icon.with("\u{fded}")
#let ti-square-rounded-letter-b = tabler-icon.with("\u{f5af}")
#let ti-square-rounded-letter-b-filled = tabler-icon.with("\u{fdec}")
#let ti-square-rounded-letter-c = tabler-icon.with("\u{f5b0}")
#let ti-square-rounded-letter-c-filled = tabler-icon.with("\u{fdeb}")
#let ti-square-rounded-letter-d = tabler-icon.with("\u{f5b1}")
#let ti-square-rounded-letter-d-filled = tabler-icon.with("\u{fdea}")
#let ti-square-rounded-letter-e = tabler-icon.with("\u{f5b2}")
#let ti-square-rounded-letter-e-filled = tabler-icon.with("\u{fde9}")
#let ti-square-rounded-letter-f = tabler-icon.with("\u{f5b3}")
#let ti-square-rounded-letter-f-filled = tabler-icon.with("\u{fde8}")
#let ti-square-rounded-letter-g = tabler-icon.with("\u{f5b4}")
#let ti-square-rounded-letter-g-filled = tabler-icon.with("\u{fde7}")
#let ti-square-rounded-letter-h = tabler-icon.with("\u{f5b5}")
#let ti-square-rounded-letter-h-filled = tabler-icon.with("\u{fde6}")
#let ti-square-rounded-letter-i = tabler-icon.with("\u{f5b6}")
#let ti-square-rounded-letter-i-filled = tabler-icon.with("\u{fde5}")
#let ti-square-rounded-letter-j = tabler-icon.with("\u{f5b7}")
#let ti-square-rounded-letter-j-filled = tabler-icon.with("\u{fde4}")
#let ti-square-rounded-letter-k = tabler-icon.with("\u{f5b8}")
#let ti-square-rounded-letter-k-filled = tabler-icon.with("\u{fde3}")
#let ti-square-rounded-letter-l = tabler-icon.with("\u{f5b9}")
#let ti-square-rounded-letter-l-filled = tabler-icon.with("\u{fde2}")
#let ti-square-rounded-letter-m = tabler-icon.with("\u{f5ba}")
#let ti-square-rounded-letter-m-filled = tabler-icon.with("\u{fde1}")
#let ti-square-rounded-letter-n = tabler-icon.with("\u{f5bb}")
#let ti-square-rounded-letter-n-filled = tabler-icon.with("\u{fde0}")
#let ti-square-rounded-letter-o = tabler-icon.with("\u{f5bc}")
#let ti-square-rounded-letter-o-filled = tabler-icon.with("\u{fddf}")
#let ti-square-rounded-letter-p = tabler-icon.with("\u{f5bd}")
#let ti-square-rounded-letter-p-filled = tabler-icon.with("\u{fdde}")
#let ti-square-rounded-letter-q = tabler-icon.with("\u{f5be}")
#let ti-square-rounded-letter-q-filled = tabler-icon.with("\u{fddd}")
#let ti-square-rounded-letter-r = tabler-icon.with("\u{f5bf}")
#let ti-square-rounded-letter-r-filled = tabler-icon.with("\u{fddc}")
#let ti-square-rounded-letter-s = tabler-icon.with("\u{f5c0}")
#let ti-square-rounded-letter-s-filled = tabler-icon.with("\u{fddb}")
#let ti-square-rounded-letter-t = tabler-icon.with("\u{f5c1}")
#let ti-square-rounded-letter-t-filled = tabler-icon.with("\u{fdda}")
#let ti-square-rounded-letter-u = tabler-icon.with("\u{f5c2}")
#let ti-square-rounded-letter-u-filled = tabler-icon.with("\u{fdd9}")
#let ti-square-rounded-letter-v = tabler-icon.with("\u{f5c3}")
#let ti-square-rounded-letter-v-filled = tabler-icon.with("\u{fdd8}")
#let ti-square-rounded-letter-w = tabler-icon.with("\u{f5c4}")
#let ti-square-rounded-letter-w-filled = tabler-icon.with("\u{fdd7}")
#let ti-square-rounded-letter-x = tabler-icon.with("\u{f5c5}")
#let ti-square-rounded-letter-x-filled = tabler-icon.with("\u{fdd6}")
#let ti-square-rounded-letter-y = tabler-icon.with("\u{f5c6}")
#let ti-square-rounded-letter-y-filled = tabler-icon.with("\u{fdd5}")
#let ti-square-rounded-letter-z = tabler-icon.with("\u{f5c7}")
#let ti-square-rounded-letter-z-filled = tabler-icon.with("\u{fdd4}")
#let ti-square-rounded-minus = tabler-icon.with("\u{f63e}")
#let ti-square-rounded-minus-2 = tabler-icon.with("\u{fc97}")
#let ti-square-rounded-minus-filled = tabler-icon.with("\u{fb40}")
#let ti-square-rounded-number-0 = tabler-icon.with("\u{f5c8}")
#let ti-square-rounded-number-0-filled = tabler-icon.with("\u{f778}")
#let ti-square-rounded-number-1 = tabler-icon.with("\u{f5c9}")
#let ti-square-rounded-number-1-filled = tabler-icon.with("\u{f779}")
#let ti-square-rounded-number-2 = tabler-icon.with("\u{f5ca}")
#let ti-square-rounded-number-2-filled = tabler-icon.with("\u{f77a}")
#let ti-square-rounded-number-3 = tabler-icon.with("\u{f5cb}")
#let ti-square-rounded-number-3-filled = tabler-icon.with("\u{f77b}")
#let ti-square-rounded-number-4 = tabler-icon.with("\u{f5cc}")
#let ti-square-rounded-number-4-filled = tabler-icon.with("\u{f77c}")
#let ti-square-rounded-number-5 = tabler-icon.with("\u{f5cd}")
#let ti-square-rounded-number-5-filled = tabler-icon.with("\u{f77d}")
#let ti-square-rounded-number-6 = tabler-icon.with("\u{f5ce}")
#let ti-square-rounded-number-6-filled = tabler-icon.with("\u{f77e}")
#let ti-square-rounded-number-7 = tabler-icon.with("\u{f5cf}")
#let ti-square-rounded-number-7-filled = tabler-icon.with("\u{f77f}")
#let ti-square-rounded-number-8 = tabler-icon.with("\u{f5d0}")
#let ti-square-rounded-number-8-filled = tabler-icon.with("\u{f780}")
#let ti-square-rounded-number-9 = tabler-icon.with("\u{f5d1}")
#let ti-square-rounded-number-9-filled = tabler-icon.with("\u{f781}")
#let ti-square-rounded-percentage = tabler-icon.with("\u{fd84}")
#let ti-square-rounded-plus = tabler-icon.with("\u{f63f}")
#let ti-square-rounded-plus-2 = tabler-icon.with("\u{fc98}")
#let ti-square-rounded-plus-filled = tabler-icon.with("\u{f6e8}")
#let ti-square-rounded-x = tabler-icon.with("\u{f640}")
#let ti-square-rounded-x-filled = tabler-icon.with("\u{f6e9}")
#let ti-square-toggle = tabler-icon.with("\u{eef4}")
#let ti-square-toggle-horizontal = tabler-icon.with("\u{eef3}")
#let ti-square-x = tabler-icon.with("\u{eb2b}")
#let ti-square-x-filled = tabler-icon.with("\u{fb41}")
#let ti-squares = tabler-icon.with("\u{eef6}")
#let ti-squares-diagonal = tabler-icon.with("\u{eef5}")
#let ti-squares-filled = tabler-icon.with("\u{fe9f}")
#let ti-squares-selected = tabler-icon.with("\u{fea3}")
#let ti-stack = tabler-icon.with("\u{eb2d}")
#let ti-stack-2 = tabler-icon.with("\u{eef7}")
#let ti-stack-2-filled = tabler-icon.with("\u{fdd3}")
#let ti-stack-3 = tabler-icon.with("\u{ef9d}")
#let ti-stack-3-filled = tabler-icon.with("\u{fdd2}")
#let ti-stack-back = tabler-icon.with("\u{fd26}")
#let ti-stack-backward = tabler-icon.with("\u{fd27}")
#let ti-stack-filled = tabler-icon.with("\u{fdd1}")
#let ti-stack-forward = tabler-icon.with("\u{fd28}")
#let ti-stack-front = tabler-icon.with("\u{fd29}")
#let ti-stack-middle = tabler-icon.with("\u{fd2a}")
#let ti-stack-pop = tabler-icon.with("\u{f234}")
#let ti-stack-push = tabler-icon.with("\u{f235}")
#let ti-stairs = tabler-icon.with("\u{eca6}")
#let ti-stairs-down = tabler-icon.with("\u{eca4}")
#let ti-stairs-up = tabler-icon.with("\u{eca5}")
#let ti-star = tabler-icon.with("\u{eb2e}")
#let ti-star-filled = tabler-icon.with("\u{f6a6}")
#let ti-star-half = tabler-icon.with("\u{ed19}")
#let ti-star-half-filled = tabler-icon.with("\u{f6a7}")
#let ti-star-off = tabler-icon.with("\u{ed62}")
#let ti-stars = tabler-icon.with("\u{ed38}")
#let ti-stars-filled = tabler-icon.with("\u{f6a8}")
#let ti-stars-off = tabler-icon.with("\u{f430}")
#let ti-status-change = tabler-icon.with("\u{f3b0}")
#let ti-steam = tabler-icon.with("\u{f24b}")
#let ti-steering-wheel = tabler-icon.with("\u{ec7b}")
#let ti-steering-wheel-filled = tabler-icon.with("\u{ff03}")
#let ti-steering-wheel-off = tabler-icon.with("\u{f431}")
#let ti-step-into = tabler-icon.with("\u{ece0}")
#let ti-step-out = tabler-icon.with("\u{ece1}")
#let ti-stereo-glasses = tabler-icon.with("\u{f4cb}")
#let ti-stethoscope = tabler-icon.with("\u{edbe}")
#let ti-stethoscope-off = tabler-icon.with("\u{f432}")
#let ti-sticker = tabler-icon.with("\u{eb2f}")
#let ti-sticker-2 = tabler-icon.with("\u{fd3d}")
#let ti-stopwatch = tabler-icon.with("\u{ff9b}")
#let ti-storm = tabler-icon.with("\u{f24c}")
#let ti-storm-off = tabler-icon.with("\u{f433}")
#let ti-stretching = tabler-icon.with("\u{f2db}")
#let ti-stretching-2 = tabler-icon.with("\u{fa6d}")
#let ti-strikethrough = tabler-icon.with("\u{eb9e}")
#let ti-submarine = tabler-icon.with("\u{ed94}")
#let ti-subscript = tabler-icon.with("\u{eb9f}")
#let ti-subtask = tabler-icon.with("\u{ec9f}")
#let ti-sum = tabler-icon.with("\u{eb73}")
#let ti-sum-off = tabler-icon.with("\u{f1ab}")
#let ti-sun = tabler-icon.with("\u{eb30}")
#let ti-sun-electricity = tabler-icon.with("\u{fcc2}")
#let ti-sun-filled = tabler-icon.with("\u{f6a9}")
#let ti-sun-high = tabler-icon.with("\u{f236}")
#let ti-sun-low = tabler-icon.with("\u{f237}")
#let ti-sun-moon = tabler-icon.with("\u{f4a3}")
#let ti-sun-off = tabler-icon.with("\u{ed63}")
#let ti-sun-wind = tabler-icon.with("\u{f238}")
#let ti-sunglasses = tabler-icon.with("\u{f239}")
#let ti-sunglasses-filled = tabler-icon.with("\u{fec8}")
#let ti-sunrise = tabler-icon.with("\u{ef1c}")
#let ti-sunset = tabler-icon.with("\u{ec31}")
#let ti-sunset-2 = tabler-icon.with("\u{f23a}")
#let ti-superscript = tabler-icon.with("\u{eba0}")
#let ti-svg = tabler-icon.with("\u{f25a}")
#let ti-swimming = tabler-icon.with("\u{ec92}")
#let ti-swipe = tabler-icon.with("\u{f551}")
#let ti-swipe-down = tabler-icon.with("\u{fd5e}")
#let ti-swipe-down-filled = tabler-icon.with("\u{ff57}")
#let ti-swipe-left = tabler-icon.with("\u{fd5f}")
#let ti-swipe-left-filled = tabler-icon.with("\u{ff56}")
#let ti-swipe-right = tabler-icon.with("\u{fd60}")
#let ti-swipe-right-filled = tabler-icon.with("\u{ff55}")
#let ti-swipe-up = tabler-icon.with("\u{fd61}")
#let ti-swipe-up-filled = tabler-icon.with("\u{ff54}")
#let ti-switch = tabler-icon.with("\u{eb33}")
#let ti-switch-2 = tabler-icon.with("\u{edbf}")
#let ti-switch-3 = tabler-icon.with("\u{edc0}")
#let ti-switch-horizontal = tabler-icon.with("\u{eb31}")
#let ti-switch-vertical = tabler-icon.with("\u{eb32}")
#let ti-sword = tabler-icon.with("\u{f030}")
#let ti-sword-off = tabler-icon.with("\u{f434}")
#let ti-swords = tabler-icon.with("\u{f132}")
#let ti-table = tabler-icon.with("\u{eba1}")
#let ti-table-alias = tabler-icon.with("\u{f25b}")
#let ti-table-column = tabler-icon.with("\u{faff}")
#let ti-table-down = tabler-icon.with("\u{fa1c}")
#let ti-table-export = tabler-icon.with("\u{eef8}")
#let ti-table-filled = tabler-icon.with("\u{f782}")
#let ti-table-heart = tabler-icon.with("\u{fa1d}")
#let ti-table-import = tabler-icon.with("\u{eef9}")
#let ti-table-minus = tabler-icon.with("\u{fa1e}")
#let ti-table-off = tabler-icon.with("\u{eefa}")
#let ti-table-options = tabler-icon.with("\u{f25c}")
#let ti-table-plus = tabler-icon.with("\u{fa1f}")
#let ti-table-row = tabler-icon.with("\u{fb00}")
#let ti-table-share = tabler-icon.with("\u{fa20}")
#let ti-table-shortcut = tabler-icon.with("\u{f25d}")
#let ti-table-spark = tabler-icon.with("\u{ffad}")
#let ti-tag = tabler-icon.with("\u{eb34}")
#let ti-tag-filled = tabler-icon.with("\u{ff02}")
#let ti-tag-off = tabler-icon.with("\u{efc0}")
#let ti-tag-starred = tabler-icon.with("\u{fc99}")
#let ti-tags = tabler-icon.with("\u{ef86}")
#let ti-tags-filled = tabler-icon.with("\u{ff01}")
#let ti-tags-off = tabler-icon.with("\u{efc1}")
#let ti-tallymark-1 = tabler-icon.with("\u{ec46}")
#let ti-tallymark-2 = tabler-icon.with("\u{ec47}")
#let ti-tallymark-3 = tabler-icon.with("\u{ec48}")
#let ti-tallymark-4 = tabler-icon.with("\u{ec49}")
#let ti-tallymarks = tabler-icon.with("\u{ec4a}")
#let ti-tank = tabler-icon.with("\u{ed95}")
#let ti-target = tabler-icon.with("\u{eb35}")
#let ti-target-arrow = tabler-icon.with("\u{f51a}")
#let ti-target-off = tabler-icon.with("\u{f1ad}")
#let ti-tax = tabler-icon.with("\u{feee}")
#let ti-tax-euro = tabler-icon.with("\u{fef0}")
#let ti-tax-pound = tabler-icon.with("\u{feef}")
#let ti-teapot = tabler-icon.with("\u{f552}")
#let ti-telescope = tabler-icon.with("\u{f07d}")
#let ti-telescope-off = tabler-icon.with("\u{f1ae}")
#let ti-temperature = tabler-icon.with("\u{eb38}")
#let ti-temperature-celsius = tabler-icon.with("\u{eb36}")
#let ti-temperature-fahrenheit = tabler-icon.with("\u{eb37}")
#let ti-temperature-minus = tabler-icon.with("\u{ebed}")
#let ti-temperature-off = tabler-icon.with("\u{f1af}")
#let ti-temperature-plus = tabler-icon.with("\u{ebee}")
#let ti-temperature-snow = tabler-icon.with("\u{fda3}")
#let ti-temperature-sun = tabler-icon.with("\u{fda4}")
#let ti-template = tabler-icon.with("\u{eb39}")
#let ti-template-off = tabler-icon.with("\u{f1b0}")
#let ti-tent = tabler-icon.with("\u{eefb}")
#let ti-tent-off = tabler-icon.with("\u{f435}")
#let ti-terminal = tabler-icon.with("\u{ebdc}")
#let ti-terminal-2 = tabler-icon.with("\u{ebef}")
#let ti-test-pipe = tabler-icon.with("\u{eb3a}")
#let ti-test-pipe-2 = tabler-icon.with("\u{f0a4}")
#let ti-test-pipe-2-filled = tabler-icon.with("\u{ff53}")
#let ti-test-pipe-off = tabler-icon.with("\u{f1b1}")
#let ti-tex = tabler-icon.with("\u{f4e0}")
#let ti-text-caption = tabler-icon.with("\u{f4a4}")
#let ti-text-color = tabler-icon.with("\u{f2dc}")
#let ti-text-decrease = tabler-icon.with("\u{f202}")
#let ti-text-direction-ltr = tabler-icon.with("\u{eefc}")
#let ti-text-direction-rtl = tabler-icon.with("\u{eefd}")
#let ti-text-grammar = tabler-icon.with("\u{fd6d}")
#let ti-text-increase = tabler-icon.with("\u{f203}")
#let ti-text-orientation = tabler-icon.with("\u{f2a4}")
#let ti-text-plus = tabler-icon.with("\u{f2a5}")
#let ti-text-recognition = tabler-icon.with("\u{f204}")
#let ti-text-resize = tabler-icon.with("\u{ef87}")
#let ti-text-scan-2 = tabler-icon.with("\u{fcc3}")
#let ti-text-size = tabler-icon.with("\u{f2b1}")
#let ti-text-spellcheck = tabler-icon.with("\u{f2a6}")
#let ti-text-wrap = tabler-icon.with("\u{ebdd}")
#let ti-text-wrap-column = tabler-icon.with("\u{feb2}")
#let ti-text-wrap-disabled = tabler-icon.with("\u{eca7}")
#let ti-texture = tabler-icon.with("\u{f51b}")
#let ti-theater = tabler-icon.with("\u{f79b}")
#let ti-thermometer = tabler-icon.with("\u{ef67}")
#let ti-thumb-down = tabler-icon.with("\u{eb3b}")
#let ti-thumb-down-filled = tabler-icon.with("\u{f6aa}")
#let ti-thumb-down-off = tabler-icon.with("\u{f436}")
#let ti-thumb-up = tabler-icon.with("\u{eb3c}")
#let ti-thumb-up-filled = tabler-icon.with("\u{f6ab}")
#let ti-thumb-up-off = tabler-icon.with("\u{f437}")
#let ti-tic-tac = tabler-icon.with("\u{f51c}")
#let ti-ticket = tabler-icon.with("\u{eb3d}")
#let ti-ticket-off = tabler-icon.with("\u{f1b2}")
#let ti-tie = tabler-icon.with("\u{f07e}")
#let ti-tilde = tabler-icon.with("\u{f4a5}")
#let ti-tilt-shift = tabler-icon.with("\u{eefe}")
#let ti-tilt-shift-filled = tabler-icon.with("\u{fec7}")
#let ti-tilt-shift-off = tabler-icon.with("\u{f1b3}")
#let ti-time-duration-0 = tabler-icon.with("\u{fad4}")
#let ti-time-duration-10 = tabler-icon.with("\u{fad5}")
#let ti-time-duration-15 = tabler-icon.with("\u{fad6}")
#let ti-time-duration-30 = tabler-icon.with("\u{fad7}")
#let ti-time-duration-45 = tabler-icon.with("\u{fad8}")
#let ti-time-duration-5 = tabler-icon.with("\u{fad9}")
#let ti-time-duration-60 = tabler-icon.with("\u{fada}")
#let ti-time-duration-90 = tabler-icon.with("\u{fadb}")
#let ti-time-duration-off = tabler-icon.with("\u{fadc}")
#let ti-timeline = tabler-icon.with("\u{f031}")
#let ti-timeline-event = tabler-icon.with("\u{f553}")
#let ti-timeline-event-exclamation = tabler-icon.with("\u{f662}")
#let ti-timeline-event-filled = tabler-icon.with("\u{fd18}")
#let ti-timeline-event-minus = tabler-icon.with("\u{f663}")
#let ti-timeline-event-plus = tabler-icon.with("\u{f664}")
#let ti-timeline-event-text = tabler-icon.with("\u{f665}")
#let ti-timeline-event-x = tabler-icon.with("\u{f666}")
#let ti-timezone = tabler-icon.with("\u{feed}")
#let ti-tip-jar = tabler-icon.with("\u{feea}")
#let ti-tip-jar-euro = tabler-icon.with("\u{feec}")
#let ti-tip-jar-pound = tabler-icon.with("\u{feeb}")
#let ti-tir = tabler-icon.with("\u{ebf0}")
#let ti-toggle-left = tabler-icon.with("\u{eb3e}")
#let ti-toggle-left-filled = tabler-icon.with("\u{fec0}")
#let ti-toggle-right = tabler-icon.with("\u{eb3f}")
#let ti-toggle-right-filled = tabler-icon.with("\u{febf}")
#let ti-toilet-paper = tabler-icon.with("\u{efd3}")
#let ti-toilet-paper-off = tabler-icon.with("\u{f1b4}")
#let ti-toml = tabler-icon.with("\u{fa5d}")
#let ti-tool = tabler-icon.with("\u{eb40}")
#let ti-tools = tabler-icon.with("\u{ebca}")
#let ti-tools-kitchen = tabler-icon.with("\u{ed64}")
#let ti-tools-kitchen-2 = tabler-icon.with("\u{eeff}")
#let ti-tools-kitchen-2-off = tabler-icon.with("\u{f1b5}")
#let ti-tools-kitchen-3 = tabler-icon.with("\u{fd2b}")
#let ti-tools-kitchen-off = tabler-icon.with("\u{f1b6}")
#let ti-tools-off = tabler-icon.with("\u{f1b7}")
#let ti-tooltip = tabler-icon.with("\u{f2dd}")
#let ti-topology-bus = tabler-icon.with("\u{f5d9}")
#let ti-topology-complex = tabler-icon.with("\u{f5da}")
#let ti-topology-full = tabler-icon.with("\u{f5dc}")
#let ti-topology-full-hierarchy = tabler-icon.with("\u{f5db}")
#let ti-topology-ring = tabler-icon.with("\u{f5df}")
#let ti-topology-ring-2 = tabler-icon.with("\u{f5dd}")
#let ti-topology-ring-3 = tabler-icon.with("\u{f5de}")
#let ti-topology-star = tabler-icon.with("\u{f5e5}")
#let ti-topology-star-2 = tabler-icon.with("\u{f5e0}")
#let ti-topology-star-3 = tabler-icon.with("\u{f5e1}")
#let ti-topology-star-ring = tabler-icon.with("\u{f5e4}")
#let ti-topology-star-ring-2 = tabler-icon.with("\u{f5e2}")
#let ti-topology-star-ring-3 = tabler-icon.with("\u{f5e3}")
#let ti-torii = tabler-icon.with("\u{f59b}")
#let ti-tornado = tabler-icon.with("\u{ece2}")
#let ti-tournament = tabler-icon.with("\u{ecd0}")
#let ti-tower = tabler-icon.with("\u{f2cb}")
#let ti-tower-off = tabler-icon.with("\u{f2ca}")
#let ti-track = tabler-icon.with("\u{ef00}")
#let ti-tractor = tabler-icon.with("\u{ec0d}")
#let ti-trademark = tabler-icon.with("\u{ec0e}")
#let ti-traffic-cone = tabler-icon.with("\u{ec0f}")
#let ti-traffic-cone-off = tabler-icon.with("\u{f1b8}")
#let ti-traffic-lights = tabler-icon.with("\u{ed39}")
#let ti-traffic-lights-off = tabler-icon.with("\u{f1b9}")
#let ti-train = tabler-icon.with("\u{ed96}")
#let ti-transaction-bitcoin = tabler-icon.with("\u{fd6e}")
#let ti-transaction-dollar = tabler-icon.with("\u{fd6f}")
#let ti-transaction-euro = tabler-icon.with("\u{fd70}")
#let ti-transaction-pound = tabler-icon.with("\u{fd71}")
#let ti-transaction-rupee = tabler-icon.with("\u{fd85}")
#let ti-transaction-yen = tabler-icon.with("\u{fd72}")
#let ti-transaction-yuan = tabler-icon.with("\u{fd73}")
#let ti-transfer = tabler-icon.with("\u{fc1f}")
#let ti-transfer-in = tabler-icon.with("\u{ef2f}")
#let ti-transfer-out = tabler-icon.with("\u{ef30}")
#let ti-transfer-vertical = tabler-icon.with("\u{fc1e}")
#let ti-transform = tabler-icon.with("\u{f38e}")
#let ti-transform-filled = tabler-icon.with("\u{f6ac}")
#let ti-transform-point = tabler-icon.with("\u{fda9}")
#let ti-transform-point-bottom-left = tabler-icon.with("\u{fda5}")
#let ti-transform-point-bottom-right = tabler-icon.with("\u{fda6}")
#let ti-transform-point-top-left = tabler-icon.with("\u{fda7}")
#let ti-transform-point-top-right = tabler-icon.with("\u{fda8}")
#let ti-transition-bottom = tabler-icon.with("\u{f2b2}")
#let ti-transition-bottom-filled = tabler-icon.with("\u{fdd0}")
#let ti-transition-left = tabler-icon.with("\u{f2b3}")
#let ti-transition-left-filled = tabler-icon.with("\u{fdcf}")
#let ti-transition-right = tabler-icon.with("\u{f2b4}")
#let ti-transition-right-filled = tabler-icon.with("\u{fdce}")
#let ti-transition-top = tabler-icon.with("\u{f2b5}")
#let ti-transition-top-filled = tabler-icon.with("\u{fdcd}")
#let ti-trash = tabler-icon.with("\u{eb41}")
#let ti-trash-filled = tabler-icon.with("\u{f783}")
#let ti-trash-off = tabler-icon.with("\u{ed65}")
#let ti-trash-x = tabler-icon.with("\u{ef88}")
#let ti-trash-x-filled = tabler-icon.with("\u{f784}")
#let ti-treadmill = tabler-icon.with("\u{fa6e}")
#let ti-tree = tabler-icon.with("\u{ef01}")
#let ti-trees = tabler-icon.with("\u{ec10}")
#let ti-trekking = tabler-icon.with("\u{f5ad}")
#let ti-trending-down = tabler-icon.with("\u{eb42}")
#let ti-trending-down-2 = tabler-icon.with("\u{edc1}")
#let ti-trending-down-3 = tabler-icon.with("\u{edc2}")
#let ti-trending-up = tabler-icon.with("\u{eb43}")
#let ti-trending-up-2 = tabler-icon.with("\u{edc3}")
#let ti-trending-up-3 = tabler-icon.with("\u{edc4}")
#let ti-triangle = tabler-icon.with("\u{eb44}")
#let ti-triangle-filled = tabler-icon.with("\u{f6ad}")
#let ti-triangle-inverted = tabler-icon.with("\u{f01d}")
#let ti-triangle-inverted-filled = tabler-icon.with("\u{f6ae}")
#let ti-triangle-minus = tabler-icon.with("\u{fc9b}")
#let ti-triangle-minus-2 = tabler-icon.with("\u{fc9a}")
#let ti-triangle-off = tabler-icon.with("\u{ef02}")
#let ti-triangle-plus = tabler-icon.with("\u{fc9d}")
#let ti-triangle-plus-2 = tabler-icon.with("\u{fc9c}")
#let ti-triangle-square-circle = tabler-icon.with("\u{ece8}")
#let ti-triangle-square-circle-filled = tabler-icon.with("\u{fb42}")
#let ti-triangles = tabler-icon.with("\u{f0a5}")
#let ti-trident = tabler-icon.with("\u{ecc5}")
#let ti-trolley = tabler-icon.with("\u{f4cc}")
#let ti-trophy = tabler-icon.with("\u{eb45}")
#let ti-trophy-filled = tabler-icon.with("\u{f6af}")
#let ti-trophy-off = tabler-icon.with("\u{f438}")
#let ti-trowel = tabler-icon.with("\u{f368}")
#let ti-truck = tabler-icon.with("\u{ebc4}")
#let ti-truck-delivery = tabler-icon.with("\u{ec4b}")
#let ti-truck-loading = tabler-icon.with("\u{f1da}")
#let ti-truck-off = tabler-icon.with("\u{ef03}")
#let ti-truck-return = tabler-icon.with("\u{ec4c}")
#let ti-txt = tabler-icon.with("\u{f3b1}")
#let ti-typeface = tabler-icon.with("\u{fdab}")
#let ti-typography = tabler-icon.with("\u{ebc5}")
#let ti-typography-off = tabler-icon.with("\u{f1ba}")
#let ti-u-turn-left = tabler-icon.with("\u{fea2}")
#let ti-u-turn-right = tabler-icon.with("\u{fea1}")
#let ti-ufo = tabler-icon.with("\u{f26f}")
#let ti-ufo-off = tabler-icon.with("\u{f26e}")
#let ti-umbrella = tabler-icon.with("\u{ebf1}")
#let ti-umbrella-2 = tabler-icon.with("\u{ff0e}")
#let ti-umbrella-closed = tabler-icon.with("\u{ff0c}")
#let ti-umbrella-closed-2 = tabler-icon.with("\u{ff0d}")
#let ti-umbrella-filled = tabler-icon.with("\u{f6b0}")
#let ti-umbrella-off = tabler-icon.with("\u{f1bb}")
#let ti-underline = tabler-icon.with("\u{eba2}")
#let ti-universe = tabler-icon.with("\u{fcc4}")
#let ti-unlink = tabler-icon.with("\u{eb46}")
#let ti-upload = tabler-icon.with("\u{eb47}")
#let ti-urgent = tabler-icon.with("\u{eb48}")
#let ti-usb = tabler-icon.with("\u{f00c}")
#let ti-user = tabler-icon.with("\u{eb4d}")
#let ti-user-bitcoin = tabler-icon.with("\u{ff30}")
#let ti-user-bolt = tabler-icon.with("\u{f9d1}")
#let ti-user-cancel = tabler-icon.with("\u{f9d2}")
#let ti-user-check = tabler-icon.with("\u{eb49}")
#let ti-user-circle = tabler-icon.with("\u{ef68}")
#let ti-user-code = tabler-icon.with("\u{f9d3}")
#let ti-user-cog = tabler-icon.with("\u{f9d4}")
#let ti-user-dollar = tabler-icon.with("\u{f9d5}")
#let ti-user-down = tabler-icon.with("\u{f9d6}")
#let ti-user-edit = tabler-icon.with("\u{f7cc}")
#let ti-user-exclamation = tabler-icon.with("\u{ec12}")
#let ti-user-filled = tabler-icon.with("\u{fd19}")
#let ti-user-heart = tabler-icon.with("\u{f7cd}")
#let ti-user-hexagon = tabler-icon.with("\u{fc4e}")
#let ti-user-minus = tabler-icon.with("\u{eb4a}")
#let ti-user-off = tabler-icon.with("\u{ecf9}")
#let ti-user-pause = tabler-icon.with("\u{f9d7}")
#let ti-user-pentagon = tabler-icon.with("\u{fc4f}")
#let ti-user-pin = tabler-icon.with("\u{f7ce}")
#let ti-user-plus = tabler-icon.with("\u{eb4b}")
#let ti-user-question = tabler-icon.with("\u{f7cf}")
#let ti-user-scan = tabler-icon.with("\u{fcaf}")
#let ti-user-screen = tabler-icon.with("\u{fea0}")
#let ti-user-search = tabler-icon.with("\u{ef89}")
#let ti-user-share = tabler-icon.with("\u{f9d8}")
#let ti-user-shield = tabler-icon.with("\u{f7d0}")
#let ti-user-square = tabler-icon.with("\u{fc51}")
#let ti-user-square-rounded = tabler-icon.with("\u{fc50}")
#let ti-user-star = tabler-icon.with("\u{f7d1}")
#let ti-user-up = tabler-icon.with("\u{f7d2}")
#let ti-user-x = tabler-icon.with("\u{eb4c}")
#let ti-users = tabler-icon.with("\u{ebf2}")
#let ti-users-group = tabler-icon.with("\u{fa21}")
#let ti-users-minus = tabler-icon.with("\u{fa0e}")
#let ti-users-plus = tabler-icon.with("\u{fa0f}")
#let ti-uv-index = tabler-icon.with("\u{f3b2}")
#let ti-ux-circle = tabler-icon.with("\u{f369}")
#let ti-vaccine = tabler-icon.with("\u{ef04}")
#let ti-vaccine-bottle = tabler-icon.with("\u{ef69}")
#let ti-vaccine-bottle-off = tabler-icon.with("\u{f439}")
#let ti-vaccine-off = tabler-icon.with("\u{f1bc}")
#let ti-vacuum-cleaner = tabler-icon.with("\u{f5e6}")
#let ti-variable = tabler-icon.with("\u{ef05}")
#let ti-variable-minus = tabler-icon.with("\u{f36a}")
#let ti-variable-off = tabler-icon.with("\u{f1bd}")
#let ti-variable-plus = tabler-icon.with("\u{f36b}")
#let ti-vector = tabler-icon.with("\u{eca9}")
#let ti-vector-bezier = tabler-icon.with("\u{ef1d}")
#let ti-vector-bezier-2 = tabler-icon.with("\u{f1a3}")
#let ti-vector-bezier-arc = tabler-icon.with("\u{f4cd}")
#let ti-vector-bezier-circle = tabler-icon.with("\u{f4ce}")
#let ti-vector-off = tabler-icon.with("\u{f1be}")
#let ti-vector-spline = tabler-icon.with("\u{f565}")
#let ti-vector-triangle = tabler-icon.with("\u{eca8}")
#let ti-vector-triangle-off = tabler-icon.with("\u{f1bf}")
#let ti-venus = tabler-icon.with("\u{ec86}")
#let ti-versions = tabler-icon.with("\u{ed52}")
#let ti-versions-filled = tabler-icon.with("\u{f6b1}")
#let ti-versions-off = tabler-icon.with("\u{f1c0}")
#let ti-video = tabler-icon.with("\u{ed22}")
#let ti-video-minus = tabler-icon.with("\u{ed1f}")
#let ti-video-off = tabler-icon.with("\u{ed20}")
#let ti-video-plus = tabler-icon.with("\u{ed21}")
#let ti-view-360 = tabler-icon.with("\u{ed84}")
#let ti-view-360-arrow = tabler-icon.with("\u{f62f}")
#let ti-view-360-number = tabler-icon.with("\u{f566}")
#let ti-view-360-off = tabler-icon.with("\u{f1c1}")
#let ti-viewfinder = tabler-icon.with("\u{eb4e}")
#let ti-viewfinder-off = tabler-icon.with("\u{f1c2}")
#let ti-viewport-narrow = tabler-icon.with("\u{ebf3}")
#let ti-viewport-short = tabler-icon.with("\u{fee9}")
#let ti-viewport-tall = tabler-icon.with("\u{fee8}")
#let ti-viewport-wide = tabler-icon.with("\u{ebf4}")
#let ti-vinyl = tabler-icon.with("\u{f00d}")
#let ti-vip = tabler-icon.with("\u{f3b3}")
#let ti-vip-off = tabler-icon.with("\u{f43a}")
#let ti-virus = tabler-icon.with("\u{eb74}")
#let ti-virus-off = tabler-icon.with("\u{ed66}")
#let ti-virus-search = tabler-icon.with("\u{ed67}")
#let ti-vocabulary = tabler-icon.with("\u{ef1e}")
#let ti-vocabulary-off = tabler-icon.with("\u{f43b}")
#let ti-volcano = tabler-icon.with("\u{f79c}")
#let ti-volume = tabler-icon.with("\u{eb51}")
#let ti-volume-2 = tabler-icon.with("\u{eb4f}")
#let ti-volume-3 = tabler-icon.with("\u{eb50}")
#let ti-volume-off = tabler-icon.with("\u{f1c3}")
#let ti-vs = tabler-icon.with("\u{fc52}")
#let ti-walk = tabler-icon.with("\u{ec87}")
#let ti-wall = tabler-icon.with("\u{ef7a}")
#let ti-wall-off = tabler-icon.with("\u{f43c}")
#let ti-wallet = tabler-icon.with("\u{eb75}")
#let ti-wallet-off = tabler-icon.with("\u{f1c4}")
#let ti-wallpaper = tabler-icon.with("\u{ef56}")
#let ti-wallpaper-off = tabler-icon.with("\u{f1c5}")
#let ti-wand = tabler-icon.with("\u{ebcb}")
#let ti-wand-off = tabler-icon.with("\u{f1c6}")
#let ti-wash = tabler-icon.with("\u{f311}")
#let ti-wash-dry = tabler-icon.with("\u{f304}")
#let ti-wash-dry-1 = tabler-icon.with("\u{f2fa}")
#let ti-wash-dry-2 = tabler-icon.with("\u{f2fb}")
#let ti-wash-dry-3 = tabler-icon.with("\u{f2fc}")
#let ti-wash-dry-a = tabler-icon.with("\u{f2fd}")
#let ti-wash-dry-dip = tabler-icon.with("\u{f2fe}")
#let ti-wash-dry-f = tabler-icon.with("\u{f2ff}")
#let ti-wash-dry-flat = tabler-icon.with("\u{fa7f}")
#let ti-wash-dry-hang = tabler-icon.with("\u{f300}")
#let ti-wash-dry-off = tabler-icon.with("\u{f301}")
#let ti-wash-dry-p = tabler-icon.with("\u{f302}")
#let ti-wash-dry-shade = tabler-icon.with("\u{f303}")
#let ti-wash-dry-w = tabler-icon.with("\u{f322}")
#let ti-wash-dryclean = tabler-icon.with("\u{f305}")
#let ti-wash-dryclean-off = tabler-icon.with("\u{f323}")
#let ti-wash-eco = tabler-icon.with("\u{fa80}")
#let ti-wash-gentle = tabler-icon.with("\u{f306}")
#let ti-wash-hand = tabler-icon.with("\u{fa81}")
#let ti-wash-machine = tabler-icon.with("\u{f25e}")
#let ti-wash-off = tabler-icon.with("\u{f307}")
#let ti-wash-press = tabler-icon.with("\u{f308}")
#let ti-wash-temperature-1 = tabler-icon.with("\u{f309}")
#let ti-wash-temperature-2 = tabler-icon.with("\u{f30a}")
#let ti-wash-temperature-3 = tabler-icon.with("\u{f30b}")
#let ti-wash-temperature-4 = tabler-icon.with("\u{f30c}")
#let ti-wash-temperature-5 = tabler-icon.with("\u{f30d}")
#let ti-wash-temperature-6 = tabler-icon.with("\u{f30e}")
#let ti-wash-tumble-dry = tabler-icon.with("\u{f30f}")
#let ti-wash-tumble-off = tabler-icon.with("\u{f310}")
#let ti-waterpolo = tabler-icon.with("\u{fa6f}")
#let ti-wave-saw-tool = tabler-icon.with("\u{ecd3}")
#let ti-wave-sine = tabler-icon.with("\u{ecd4}")
#let ti-wave-square = tabler-icon.with("\u{ecd5}")
#let ti-waves-electricity = tabler-icon.with("\u{fcc5}")
#let ti-webhook = tabler-icon.with("\u{f01e}")
#let ti-webhook-off = tabler-icon.with("\u{f43d}")
#let ti-weight = tabler-icon.with("\u{f589}")
#let ti-wheel = tabler-icon.with("\u{fc64}")
#let ti-wheelchair = tabler-icon.with("\u{f1db}")
#let ti-wheelchair-off = tabler-icon.with("\u{f43e}")
#let ti-whirl = tabler-icon.with("\u{f51d}")
#let ti-wifi = tabler-icon.with("\u{eb52}")
#let ti-wifi-0 = tabler-icon.with("\u{eba3}")
#let ti-wifi-1 = tabler-icon.with("\u{eba4}")
#let ti-wifi-2 = tabler-icon.with("\u{eba5}")
#let ti-wifi-off = tabler-icon.with("\u{ecfa}")
#let ti-wind = tabler-icon.with("\u{ec34}")
#let ti-wind-electricity = tabler-icon.with("\u{fcc6}")
#let ti-wind-off = tabler-icon.with("\u{f1c7}")
#let ti-windmill = tabler-icon.with("\u{ed85}")
#let ti-windmill-filled = tabler-icon.with("\u{f6b2}")
#let ti-windmill-off = tabler-icon.with("\u{f1c8}")
#let ti-window = tabler-icon.with("\u{ef06}")
#let ti-window-maximize = tabler-icon.with("\u{f1f1}")
#let ti-window-minimize = tabler-icon.with("\u{f1f2}")
#let ti-window-off = tabler-icon.with("\u{f1c9}")
#let ti-windsock = tabler-icon.with("\u{f06d}")
#let ti-wiper = tabler-icon.with("\u{ecab}")
#let ti-wiper-wash = tabler-icon.with("\u{ecaa}")
#let ti-woman = tabler-icon.with("\u{eb53}")
#let ti-woman-filled = tabler-icon.with("\u{fdcc}")
#let ti-wood = tabler-icon.with("\u{f359}")
#let ti-world = tabler-icon.with("\u{eb54}")
#let ti-world-bolt = tabler-icon.with("\u{f9d9}")
#let ti-world-cancel = tabler-icon.with("\u{f9da}")
#let ti-world-check = tabler-icon.with("\u{f9db}")
#let ti-world-code = tabler-icon.with("\u{f9dc}")
#let ti-world-cog = tabler-icon.with("\u{f9dd}")
#let ti-world-dollar = tabler-icon.with("\u{f9de}")
#let ti-world-down = tabler-icon.with("\u{f9df}")
#let ti-world-download = tabler-icon.with("\u{ef8a}")
#let ti-world-exclamation = tabler-icon.with("\u{f9e0}")
#let ti-world-heart = tabler-icon.with("\u{f9e1}")
#let ti-world-latitude = tabler-icon.with("\u{ed2e}")
#let ti-world-longitude = tabler-icon.with("\u{ed2f}")
#let ti-world-minus = tabler-icon.with("\u{f9e2}")
#let ti-world-off = tabler-icon.with("\u{f1ca}")
#let ti-world-pause = tabler-icon.with("\u{f9e3}")
#let ti-world-pin = tabler-icon.with("\u{f9e4}")
#let ti-world-plus = tabler-icon.with("\u{f9e5}")
#let ti-world-question = tabler-icon.with("\u{f9e6}")
#let ti-world-search = tabler-icon.with("\u{f9e7}")
#let ti-world-share = tabler-icon.with("\u{f9e8}")
#let ti-world-star = tabler-icon.with("\u{f9e9}")
#let ti-world-up = tabler-icon.with("\u{f9ea}")
#let ti-world-upload = tabler-icon.with("\u{ef8b}")
#let ti-world-www = tabler-icon.with("\u{f38f}")
#let ti-world-x = tabler-icon.with("\u{f9eb}")
#let ti-wrecking-ball = tabler-icon.with("\u{ed97}")
#let ti-writing = tabler-icon.with("\u{ef08}")
#let ti-writing-off = tabler-icon.with("\u{f1cb}")
#let ti-writing-sign = tabler-icon.with("\u{ef07}")
#let ti-writing-sign-off = tabler-icon.with("\u{f1cc}")
#let ti-x = tabler-icon.with("\u{eb55}")
#let ti-x-power-y = tabler-icon.with("\u{10072}")
#let ti-xbox-a = tabler-icon.with("\u{f2b6}")
#let ti-xbox-a-filled = tabler-icon.with("\u{fdcb}")
#let ti-xbox-b = tabler-icon.with("\u{f2b7}")
#let ti-xbox-b-filled = tabler-icon.with("\u{fdca}")
#let ti-xbox-x = tabler-icon.with("\u{f2b8}")
#let ti-xbox-x-filled = tabler-icon.with("\u{fdc9}")
#let ti-xbox-y = tabler-icon.with("\u{f2b9}")
#let ti-xbox-y-filled = tabler-icon.with("\u{fdc8}")
#let ti-xd = tabler-icon.with("\u{fa33}")
#let ti-xxx = tabler-icon.with("\u{fc20}")
#let ti-yin-yang = tabler-icon.with("\u{ec35}")
#let ti-yin-yang-filled = tabler-icon.with("\u{f785}")
#let ti-yoga = tabler-icon.with("\u{f01f}")
#let ti-zeppelin = tabler-icon.with("\u{f270}")
#let ti-zeppelin-filled = tabler-icon.with("\u{fdc7}")
#let ti-zeppelin-off = tabler-icon.with("\u{f43f}")
#let ti-zip = tabler-icon.with("\u{f3b4}")
#let ti-zodiac-aquarius = tabler-icon.with("\u{ecac}")
#let ti-zodiac-aries = tabler-icon.with("\u{ecad}")
#let ti-zodiac-cancer = tabler-icon.with("\u{ecae}")
#let ti-zodiac-capricorn = tabler-icon.with("\u{ecaf}")
#let ti-zodiac-gemini = tabler-icon.with("\u{ecb0}")
#let ti-zodiac-leo = tabler-icon.with("\u{ecb1}")
#let ti-zodiac-libra = tabler-icon.with("\u{ecb2}")
#let ti-zodiac-pisces = tabler-icon.with("\u{ecb3}")
#let ti-zodiac-sagittarius = tabler-icon.with("\u{ecb4}")
#let ti-zodiac-scorpio = tabler-icon.with("\u{ecb5}")
#let ti-zodiac-taurus = tabler-icon.with("\u{ecb6}")
#let ti-zodiac-virgo = tabler-icon.with("\u{ecb7}")
#let ti-zoom = tabler-icon.with("\u{fdaa}")
#let ti-zoom-cancel = tabler-icon.with("\u{ec4d}")
#let ti-zoom-cancel-filled = tabler-icon.with("\u{fdc6}")
#let ti-zoom-check = tabler-icon.with("\u{ef09}")
#let ti-zoom-check-filled = tabler-icon.with("\u{f786}")
#let ti-zoom-code = tabler-icon.with("\u{f07f}")
#let ti-zoom-code-filled = tabler-icon.with("\u{fdc5}")
#let ti-zoom-exclamation = tabler-icon.with("\u{f080}")
#let ti-zoom-exclamation-filled = tabler-icon.with("\u{fdc4}")
#let ti-zoom-filled = tabler-icon.with("\u{f787}")
#let ti-zoom-in = tabler-icon.with("\u{eb56}")
#let ti-zoom-in-area = tabler-icon.with("\u{f1dc}")
#let ti-zoom-in-area-filled = tabler-icon.with("\u{f788}")
#let ti-zoom-in-filled = tabler-icon.with("\u{f789}")
#let ti-zoom-money = tabler-icon.with("\u{ef0a}")
#let ti-zoom-money-filled = tabler-icon.with("\u{fdc3}")
#let ti-zoom-out = tabler-icon.with("\u{eb57}")
#let ti-zoom-out-area = tabler-icon.with("\u{f1dd}")
#let ti-zoom-out-area-filled = tabler-icon.with("\u{fdc2}")
#let ti-zoom-out-filled = tabler-icon.with("\u{f78a}")
#let ti-zoom-pan = tabler-icon.with("\u{f1de}")
#let ti-zoom-pan-filled = tabler-icon.with("\u{fdc1}")
#let ti-zoom-question = tabler-icon.with("\u{edeb}")
#let ti-zoom-question-filled = tabler-icon.with("\u{fdc0}")
#let ti-zoom-replace = tabler-icon.with("\u{f2a7}")
#let ti-zoom-reset = tabler-icon.with("\u{f295}")
#let ti-zoom-scan = tabler-icon.with("\u{fcb0}")
#let ti-zoom-scan-filled = tabler-icon.with("\u{fdbf}")
#let ti-zzz = tabler-icon.with("\u{f228}")
#let ti-zzz-off = tabler-icon.with("\u{f440}")
|
https://github.com/Enter-tainer/typstyle | https://raw.githubusercontent.com/Enter-tainer/typstyle/master/tests/assets/unit/code/arg-flavor.typ | typst | Apache License 2.0 | #let my-f(arg1, arg2,
args: none) = {
arg1 + arg2
}
#let my-f(arg1,
arg2, args: none) = {
arg1 + arg2
}
|
https://github.com/swablab/documents | https://raw.githubusercontent.com/swablab/documents/main/haftungsausschluss.typ | typst | Creative Commons Zero v1.0 Universal | #import "templates/tmpl_page.typ": tmpl_page
#import "templates/form.typ": form, form_field, form_inline
#show: doc => tmpl_page(
title: "Haftungsausschluss",
version: "v1.1",
change_date: "16.10.2024",
doc,
)
#text(10pt, style: "italic")[
Bitte leserlich in Druckbuchstaben ausfüllen. Alle Felder sind Pflichtangaben.
]
#form[Name][
#form_field[vorname]
][
#form_field[nachname]
]
#form[Anschrift][
#form_field[straße & hausnummer]
][
#form_field[plz & ort]
]
#form[Kontakt][
#form_field[email]
][
#form_field[telefon]
]
#form[Geburtstag][
#form_field[datum]
][]
#v(1em)
Mit meiner Unterschrift willige ich in die Speicherung und Verarbeitung der von mir angegebenen personenbezogenen Daten ein. Unsere vollständigen Datenschutzhinweise sind unter https://swablab.de/docs/datenschutz.pdf einsehbar.
== Allgemeinen Geschäftsbedingungen (AGB)
Mit meiner Unterschrift akzeptiere ich die Allgemeinen Geschäftsbedingungen (AGB). Einsehbar unter https://swablab.de/docs/werkstatt-agb.pdf und als Aushang im swablab.
== Werkstattregeln
Ich bestätige, dass ich die Werkstattregeln zur Kenntnis genommen habe und diese befolgen werde. Eine Ersteinweisung in die Werkstatt habe ich erhalten.
#v(1em)
#block(stroke: 1pt + black,inset: 0.5em)[
== Regelung für Minderjährige
Mit meiner Unterschrift bestätige ich, #form_inline(), dass mein Kind #form_inline(), die Werkstatt des swablab e.V. eigenständig und auf eigene bzw. meine Verantwortung und mit meinem Einverständnis nutzen darf. Welche Werkräume und Gerätschaften mein Kind benutzen darf, kläre ich vorab mit meinem Kind. Für die Einhaltung dieser Vereinbarung bin ausschließlich ich in Absprache mit meinem Kind verantwortlich. Die Werkstattbetreiber können und werden nicht die Aufsicht und Kontrolle dieser Vorgaben übernehmen.
]
#form(width: 70pt)[Unterschrift][
#form_field[ort & datum]
][
#form_field[unterschrift (bei minderjährigen der ges. vertr.)]
] |
https://github.com/CodeHex16/documentazione | https://raw.githubusercontent.com/CodeHex16/documentazione/main/verbali/interni/source/2024-10-21_Incontro-Iniziale.typ | typst | #import "../../../template/verbale.typ": *
#show : doc => verbale(
titolo: "Incontro conoscitivo iniziale",
ordine-del-giorno: ("Nome del gruppo", "Logo del gruppo", "Stesura del template per documenti", "Scelta dei canali di comunicazione","Prima discussione sui capitolati"),
data: [21/10/2024],
ora: [14:30-16:00],
tipo: "interno",
presenze: (
"<NAME>","Redattore","1h30m",
"<NAME>","Verificatore" ,"1h30m",
"<NAME>","Verificatore","1h30m",
"<NAME>"," Verificatore","1h30m",
"<NAME>","Verificatore","1h30m",
),
doc,
)
= Riassunto dei contenuti
== Nome del gruppo
I partecipanti del gruppo 16 hanno proposto diversi nomi per il gruppo, tra cui:
- CodeHex16
- Hex16
- Based16
Abbiamo scelto il nome "CodeHex16" proposto da <NAME>.
== Logo del gruppo
Abbiamo scelto i seguenti loghi
#figure(
image("../../../template/images/logo_extended.jpg", width: 10em),
caption : [ Versione estesa del logo]
)
#figure(
image("../../../template/images/logo.jpg", width: 3em),
caption : [ Versione compatta del logo]
)
== Stesura del template per i documenti
È stato scelto il linguaggio Typst per la stesura dei documenti, per la semplicità d'uso e la versatilità.
== Scelta dei canali di comunicazione
Abbiamo concordato l'uso di:
- *Telegram*: per comunicazioni testuali non ufficiali all'interno del gruppo
- *Discord*: per le riunioni a distanza di gruppo
- *GitHub*: per la gestione di documenti, asset e il versionamento dei vari file
== Prima discussione sui capitolati
Dopo una prima analisi dei capitolati proposti, il gruppo, tramite un sondaggio nel gruppo Telegram, ha definito le seguenti preferenze:
1. C2 - _Vimar GENIALE_ - Vimar
2. C6 - _Sistema di gestione di un magazzino distribuito_ - M31
3. C9 - _BuddyBot_ - azzurrodigitale
Prosegue un'analisi più estesa nel documento #link("https://github.com/CodeHex16/documentazione/tree/main/verbali/interni")["ValutazioneCapitolati.pdf"]. |
|
https://github.com/AHaliq/DependentTypeTheoryReport | https://raw.githubusercontent.com/AHaliq/DependentTypeTheoryReport/main/README.md | markdown | # User Guide
This report is written using `typst`. Find installation steps [here](https://github.com/typst/typst#installation).
Use VSCode with `Tinymist Typst` extension for better experience viewing the source code. You can compile to pdf with it as well.
Otherwise use the following command:
```bash
typst compile main.typ
```
|
|
https://github.com/tiankaima/typst-notes | https://raw.githubusercontent.com/tiankaima/typst-notes/master/feebf7-2023_fall_TA/lectures/lecture_0.typ | typst | #align(
center,
text(17pt)[
2023 秋季学期 数学分析 B1
],
)
= 课程信息
== 授课教师
屠彩凤老师
- *地址*:管科楼1309
- *邮箱*:`<EMAIL>`
== 推荐教材
- 《数学分析讲义》 程艺 陈卿 李平
- 《数学分析教程》 常庚哲 史济怀
- 《数学分析》 卓里奇
== 助教
- *马天开* `<EMAIL>`
- *杨锴闻* `<EMAIL>`
- *曲司成* `<EMAIL>`
== 成绩评定
待定.
== 作业要求
- 每周一交上周作业
- ddl每周五3,4节课之间(即每周五上午10:35之前).
- 正常时间内提交的作业中无特殊情况不扣分.
- 可以迟交但会扣一定量分数.
- 线上提交请邮件发给助教
- QQ群内作业选项无需确认或提交.
== 作业分组
待定.
== 习题课、答疑课
- *时间*:周日晚 19:00 开始, 约一个半小时(可提前离开)
- *地点*:`2321`
== 关于这份文档
- 会简要记录课程内容, 简要到如果不认真听课可能看不懂部分内容, 还请务必认真听课, 可以用作复习参考.
- 文章末尾的扩展内容超出课程要求, 不要求掌握, 甚至扩展部分的引理不能直接在考试中「不加说明地使用」, 复习时请留意.
#pagebreak() |
|
https://github.com/DoeringChristian/CV | https://raw.githubusercontent.com/DoeringChristian/CV/main/main.typ | typst | #import "moderncv.typ": *
#show: project.with(
title: "Curriculum Vitae", firstname: "Christian", familyname: "Döring", github: "doeringchristian", phone: "", email: "<EMAIL>",
)
= Education
#cventry(
start: (month: "April", year: 2023), end: (month: "", year: "present"), role: "M.Sc. Electrical and Computer Engineering", place: "Technical University of Munich",
)[
]
#cventry(
start: (month: "October", year: 2019), end: (month: "March", year: 2023), role: "B.Sc. Electrical and Computer Engineering", place: "Technical University of Munich",
)[
#v(1em)
Thesis Title: Evaluation of Differentiable Inverse Rendering using Multi-View
RGB Data
]
#cventry(
start: (month: "September", year: 2011), end: (month: "June", year: 2019), role: "Abitur (A-Levels)", place: "Gymnasium Bruckmühl",
)[
]
= Publications
#cvpub(
title: "Real-time Neural Rendering of Dynamic Light Fields", authors: [<NAME> , <NAME>, <NAME>, <NAME>, <NAME>, <NAME> ], venue: "Computer Graphics Formum (EG), 2024", project: "https://arnocoomans.be/eg2024/", paper: "https://doi.org/10.1111/cgf.15014",
)
= Work Experience
#cventry(
start: (month: "April", year: 2024), end: (month: "", year: "present"), role: "Research Working Student", place: "Huawei Technologies",
)[
- Development on Dr.Jit/Mitsuba3
]
#cventry(
start: (month: "August", year: 2023), end: (month: "February", year: 2024), role: "Research Intern", place: "Huawei Technologies",
)[
- Researched Real-time Neural Rendering algorithms
- Gained experience with Mitsuba3
]
#cventry(
start: (month: "July", year: 2021), end: (month: "August", year: 2021), role: "Embeded Systems Developer", place: "Aurum GmbH",
)[
- Developed NFC library for STM32 in C
]
#cventry(
start: (month: "July", year: 2017), end: (month: "July", year: 2017), role: "Embeded systems development", place: "Lauterbach GmbH",
)[
]
#cventry(
start: (month: "July", year: 2017), end: (month: "July", year: 2017), role: "Support", place: "Electronic Theater Controls (ETC), Holzkirchen",
)[
]
#pagebreak()
= Side Projects
#cvproject(
title: "Hephaestus-jit", git: "https://github.com/doeringchristian/hephaestus-jit", [
Just In Time Compiler (JIT) for Vulkan, inspired by Dr.Jit. Implemented with own
render graph solution. Includes cooperative matrix multiplication (KHR) and a
port of tiny-cuda-nn in GLSL.
],
)
#cvproject(
title: "Vulkan-rt", git: "https://github.com/DoeringChristian/vulkan-rt", [
Path tracer written in Rust using the screen-13 library. It supports the Disney
BSDF with Next Event Estimation.
],
)
#cvproject(
title: "Mitsuba3 Experiments", [
Implementation of forward and differentiable path tracing algorithms in
Mitsuba3, such as
#link("https://github.com/DoeringChristian/restirgi")[#textit("ReSTIR GI")]
and
#link(
"https://github.com/mitsuba-renderer/mitsuba3/discussions/600",
)[#textit("Large Steps in Inverse Rendering")].
],
)
= Skills
#grid(
columns: (left_column_size, 1fr, 0.5fr, 1fr), column-gutter: grid_column_gutter, row-gutter: 1em, align(right, [Programming]), [
- *Rust*, C/C++
- *Vulkan*, CUDA
- *Python*, Lua
- LaTeX, Typst
], align(right, [Languages]), [
- German (native)
- *English* (fluent B2+/C1)
],
)
|
|
https://github.com/frectonz/the-pg-book | https://raw.githubusercontent.com/frectonz/the-pg-book/main/book/135.%20airbnb.html.typ | typst | airbnb.html
Subject: Airbnb
March 2011Yesterday <NAME> published a remarkable post about missing
Airbnb. VCs miss good startups all the time, but it's extraordinarily
rare for one to talk about it publicly till long afterward. So
that post is further evidence what a rare bird Fred is. He's
probably the nicest VC I know.Reading Fred's post made me go back and look at the emails I exchanged
with him at the time, trying to convince him to invest in Airbnb.
It was quite interesting to read. You can see Fred's mind at work
as he circles the deal.Fred and the Airbnb founders have generously agreed to let me publish
this email exchange (with one sentence redacted about something
that's strategically important to Airbnb and not an important part
of the conversation). It's an interesting illustration of an element
of the startup ecosystem that few except the participants ever see:
investors trying to convince one another to invest in their portfolio
companies. Hundreds if not thousands of conversations of this type
are happening now, but if one has ever been published, I haven't
seen it. The Airbnbs themselves never even saw these emails at the
time.We do a lot of this behind the scenes stuff at YC, because we invest
in such a large number of companies, and we invest so early that
investors sometimes need a lot of convincing to see their merits.
I don't always try as hard as this though. Fred must
have found me quite annoying.
from: <NAME>
to: <NAME>, AirBedAndBreakfast Founders
date: Fri, Jan 23, 2009 at 11:42 AM
subject: meet the airbedsOne of the startups from the batch that just started, AirbedAndBreakfast,
is in NYC right now meeting their users. (NYC is their biggest
market.) I'd recommend meeting them if your schedule allows.I'd been thinking to myself that though these guys were going to
do really well, I should introduce them to angels, because VCs would
never go for it. But then I thought maybe I should give you more
credit. You'll certainly like meeting them. Be sure to ask about
how they funded themselves with breakfast cereal.There's no reason this couldn't be as big as Ebay. And this team
is the right one to do it.--pgfrom: <NAME>
to: <NAME>
cc: <NAME>, <NAME>
date: Fri, Jan 23, 2009 at 11:40 AM
subject: Re: meet the airbedsPG,Thanks for the intro!Brianfrom: <NAME>
to: <NAME>
cc: <NAME>, <NAME>
date: Fri, Jan 23, 2009 at 12:38 PM
subject: Re: meet the airbedsIt's a longshot, at this stage, but if there was any VC who'd get
you guys, it would be Fred. He is the least suburban-golf-playing
VC I know.He likes to observe startups for a while before acting, so don't
be bummed if he seems ambivalent.--pgfrom: <NAME>
to: <NAME>,
date: Sun, Jan 25, 2009 at 5:28 PM
subject: Re: meet the airbedsThanks PaulWe are having a bit of a debate inside our partnership about the
airbed concept. We'll finish that debate tomorrow in our weekly
meeting and get back to you with our thoughtsThanksFredfrom: <NAME>
to: <NAME>
date: Sun, Jan 25, 2009 at 10:48 PM
subject: Re: meet the airbedsI'd recommend having the debate after meeting them instead of before.
We had big doubts about this idea, but they vanished on meeting the
guys.from: <NAME>
to: <NAME>
date: Mon, Jan 26, 2009 at 11:08 AM
subject: RE: meet the airbedsWe are still very suspect of this idea but will take a meeting as
you suggestThanksfredfrom: <NAME>
to: <NAME>, AirBedAndBreakfast Founders
date: Mon, Jan 26, 2009 at 11:09 AM
subject: RE: meet the airbedsAirbed team -Are you still in NYC?We'd like to meet if you areThanksfredfrom: <NAME>
to: <NAME>
date: Mon, Jan 26, 2009 at 1:42 PM
subject: Re: meet the airbedsIdeas can morph. Practically every really big startup could say,
five years later, "believe it or not, we started out doing ___."
It just seemed a very good sign to me that these guys were actually
on the ground in NYC hunting down (and understanding) their users.
On top of several previous good signs.--pgfrom: <NAME>
to: <NAME>
date: Sun, Feb 1, 2009 at 7:15 AM
subject: Re: meet the airbedsIt's interestingOur two junior team members were enthusiasticThe three "old guys" didn't get itfrom: <NAME>
to: <NAME>
date: Mon, Feb 9, 2009 at 5:58 PM
subject: airbnbThe Airbeds just won the first poll among all the YC startups in
their batch by a landslide. In the past this has not been a 100%
indicator of success (if only anything were) but much better than
random.--pgfrom: <NAME>
to: <NAME>
date: Fri, Feb 13, 2009 at 5:29 PM
subject: Re: airbnbI met them todayThey have an interesting businessI'm just not sure how big it's going to befredfrom: <NAME>
to: <NAME>
date: Sat, Feb 14, 2009 at 9:50 AM
subject: Re: airbnbDid they explain the long-term goal of being the market in accommodation
the way eBay is in stuff? That seems like it would be huge. Hotels
now are like airlines in the 1970s before they figured out how to
increase their load factors.from: <NAME>
to: <NAME>
date: Tue, Feb 17, 2009 at 2:05 PM
subject: Re: airbnbThey did but I am not sure I buy thatABNB reminds me of Etsy in that it facilitates real commerce in a
marketplace model directly between two peopleSo I think it can scale all the way to the bed and breakfast marketBut I am not sure they can take on the hotel marketI could be wrongBut even so, if you include short term room rental, second home
rental, bed and breakfast, and other similar classes of accommodations,
you get to a pretty big opportunityfredfrom: <NAME>
to: <NAME>
date: Wed, Feb 18, 2009 at 12:21 AM
subject: Re: airbnbSo invest in them! They're very capital efficient. They would
make an investor's money go a long way.It's also counter-cyclical. They just arrived back from NYC, and
when I asked them what was the most significant thing they'd observed,
it was how many of their users actually needed to do these rentals
to pay their rents.--pgfrom: <NAME>
to: <NAME>
date: Wed, Feb 18, 2009 at 2:21 AM
subject: Re: airbnbThere's a lot to likeI've done a few things, like intro it to my friends at Foundry who
were investors in Service Metrics and understand this modelI am also talking to my friend <NAME> who had an idea like
this a few years ago.So we are working on itThanks for the leadFredfrom: <NAME>
to: <NAME>
date: Fri, Feb 20, 2009 at 10:00 PM
subject: airbnb already spreading to prosI know you're skeptical they'll ever get hotels, but there's a
continuum between private sofas and hotel rooms, and they just moved
one step further along it.[link to an airbnb user]This is after only a few months. I bet you they will get hotels
eventually. It will start with small ones. Just wait till all the
10-room pensiones in Rome discover this site. And once it spreads
to hotels, where is the point (in size of chain) at which it stops?
Once something becomes a big marketplace, you ignore it at your
peril.--pgfrom: <NAME>
to: <NAME>
date: Sat, Feb 21, 2009 at 4:26 AM
subject: Re: airbnb already spreading to prosThat's true. It's also true that there are quite a few marketplaces
out there that serve this same marketIf you look at many of the people who list at ABNB, they list
elsewhere tooI am not negative on this one, I am interested, but we are still
in the gathering data phase.fred
|
|
https://github.com/Lambdaris/typst-auto-render | https://raw.githubusercontent.com/Lambdaris/typst-auto-render/main/README.md | markdown | MIT License | This script acts like [auto-render for KaTeX](https://github.com/KaTeX/KaTeX/tree/main/contrib/auto-render) and render mathmatical text in [Typst](https://typst.app/) form based on [wypst](https://github.com/0xpapercut/wypst).
### Build
```shell
git clone https://github.com/Lambdaris/typst-auto-render.git
cd typst-auto-render
npm install
npm run build
```
### Usage
```html
<script src="typst-auto-render.js"></script>
<script>
document.addEventListener("DOMContentLoaded", function () {
renderMathInElement(document.body, {
throwOnError: false
});
});
</script>
```
It has same interface with KaTeX auto render and the `options` is much like.
Note customization for delimeters is not supported and mathmatical expressions are wrapped in same way as Typst. Users could write "\\$" to type an literal "$" (might be "\\\\$" in markdown being converted to html). |
https://github.com/f7ed0/typst-template | https://raw.githubusercontent.com/f7ed0/typst-template/master/template_simple.typ | typst | #import "lib/blocks.typ": *
#let init(type : [], title : [], authors:[], info : [], decoration: [],desc : [], allowance : 175pt, outline_depth : 3, preamble : [], doc) = {
set text(size:10pt, font:"Montserrat", weight: 500, lang:"fr",hyphenate: false)
show raw: set text(font: "Fira Code",size: 9pt,ligatures: true)
set heading(numbering: "I.A.1.")
set page(paper: "a4", margin: (x : 1cm, top: 1cm))
set figure(kind: "figure", supplement: "Figure")
let date_str = datetime.today().display("[month repr:long] [day], [year]")
show heading: it => block(width: 100%)[
#text(it, font : "Montserrat", weight: 400)
]
[
#grid(columns: (20%,60%,20%), rows: (70pt))[
#rect( width: 100%, height: 100%,
align(center,image("assets/insa_uphf_vertical.png",height: 100%))
)
][
#rect( width: 100%, height: 100%,fill: color.gray.lighten(70%),stroke: color.black,
align(center + horizon)[
#show par: set block(spacing: 0.5em)
#text(info, size: 16pt, weight: 600)
#text(type, size: 14pt, weight: 400)
#text(date_str,weight: 500, size: 12pt)
]
)
][
#rect(width: 100%, height: 100%,)[
#align(center + horizon,desc)
]
]
#block(spacing: 2em)[
#show par: set block(spacing: 1em)
#text(title, size : 20pt, weight: 700, fill : color.blue.darken(40%))
#text(authors, size: 16pt, weight: 600)
]
]
pad(left : 5%,line(length: 40%))
[
#set text(size: 14pt)
#block(
decoration,
height: 100% - allowance,
width: 100%,
)
]
pagebreak(weak: true)
set par(justify: true)
set page(
margin: (x : 1cm, y: 2cm),
header: normalheader(authors,info,title,font_ : "Montserrat"),
footer: context [
#text(authors+" - <NAME>", size:9pt, font: "Montserrat", weight: 400)
#h(1fr)
#text(counter(page).display("1 / 1", both: true),size:11pt,font: "Montserrat", weight: 400)
],
)
[
#outline(indent: true, depth: outline_depth)
]
table_figure()
set page(
header:{
text("Préambule", size: 10pt, weight: 500)
h(1fr)
text(title,size : 9pt, weight: 600,font: "Stretch Pro")
line(length: 100%)
}
)
if preamble != [] {
pagebreak(weak: true)
align(smallcaps(text("Préambule",size : 12pt, weight : 650)),center)
pad(align(text(preamble),center),x : 10%)
}
pagebreak(weak : true)
set page(
header: normalheader(authors,info,title)
)
doc
}
|
|
https://github.com/DieracDelta/presentations | https://raw.githubusercontent.com/DieracDelta/presentations/master/polylux/tests/first-slide.typ | typst | #import "../polylux.typ": *
#set page(paper: "presentation-16-9", height: auto)
#set text(size: 25pt)
#let slide = polylux-slide
#slide[
== First slide
This is supposed to appear on the first PDF page.
]
#slide[
== Second slide
#lorem(10)
] |
|
https://github.com/Myriad-Dreamin/typst.ts | https://raw.githubusercontent.com/Myriad-Dreamin/typst.ts/main/fuzzers/corpora/visualize/image_10.typ | typst | Apache License 2.0 |
#import "/contrib/templates/std-tests/preset.typ": *
#show: test-page
//
// // Error: 14-168 failed to parse SVG (missing root node)
// #image.decode(`<svg height="140" width="500"><ellipse cx="200" cy="80" rx="100" ry="50" style="fill:yellow;stroke:purple;stroke-width:2" /></svg>`.text, format: "svg") |
https://github.com/Area-53-Robotics/Unofficial-Old-53E-NB | https://raw.githubusercontent.com/Area-53-Robotics/Unofficial-Old-53E-NB/main/entries/post_reveal_entry.typ | typst | #import "/packages.typ": *
#import components: *
// The show rule passes all content in this file into the `create-body-entry` function.
// This just means that we don't need an extra level of indentation when writing this entry.
#show: create-body-entry.with(
title: "Post Reveal Thoughts",
type: "brainstorm",
date: datetime(year: 2024, month: 5, day: 2),
)
After the game reveal, each member of the team independently wrote down their thoughts on what the coming seaosn will look lke, the ideas for our robot.
#admonition(
type: "note",
[
These were recorded before the rules were released, so they are made without key information and official restrictions, including expansion restrictions, or autonomous win point scoring rules.
],
)
= Alan
My first thought after seeing the reveal was “I don’t like this,” however upon further analysis of the game, I realized how well suited we were to meet this challenge, as it seems as a combination of previous engineering challenges / games that we have faced in the past. I initially realized how similar this season was to the 2021 - 2022 season, Tipping Point. This was my first season in VEX Robotics, and was similar as it includes the same goal of intaking rings onto a mobile goal. Early in the brainstorming process, we later also realized that we could incorporate an aspect from the 2022 - 2023 season, Spin Up. During Spin Up season, one goal was to cover as many tiles as possible in the game, and to face this challenge we used string launchers. We realized that we could re-utilize our string launcher mechanism, to shoot a grappling hook to the top tier of the ladder, and use a PTO [Page -] to pull our robot up. I also realized a further connection to Spin Up, particularly from a driving aspect, as the positive and negative corners are similar to the rollers, in the way that they may be guarded at the end of the match to secure points. I was also annoyed at seeing the climbing aspect again, especially since we spent a whole season working on climbing already, however we later realized it is not worth it to try to climb when you could be securing your goal in a mutator corner instead.
= John
Last year the team was able to produce quality workmanship while rebuilding the robot for the World Championship. The team learned from past mistakes, such as poor planning and minimal peer review, to produce a more efficient work flow in which all designs were CADed on Onshape and built after confirmation from the rest of the team. However, peer review was still at a minimum and team members would often “take over” the robot, preventing others from working, thus wasting valuable time. To mitigate this, it was thought that more collaboration on design and building could be used, allowing multiple members to build more complex systems rather than just one or two and subsystems could be built and partially tuned before being attached to the robot. Also, a more rigorous peer review system in which more than one team member would review each design before construction would be very useful in preventing major design flaws.
After watching the reveal, it was thought that allowing a robot to climb to the top of the elevation tower would be vital to success. As the field elements seemed similar to Tipping Point, a robot very similar to those of tipping point—though with a subsystem dedicated to climbing—was considered ideal. It was thought that a limiting vertical expansion limit might be put in place as a challenge, thus making climbing higher than the first or second bar unprofitable. Notable important subsystems are as follows:
- Wings to allow each robot to guard zones modifying points could be beneficial to prevent other robots from pushing past a smaller robot.
- Wedges would be necessary as controlling the location of elements would be vital to success and require an advantage in defensive driving.
- A fast drive train could also gain success since moving and collecting elements quickly could offset the dangers of being “bullied,” but a slower RPM would likely be more beneficial due to its use in defense. Note that the “fast” drive train of this season would likely be significantly slower than that of last season due to an increase in the required acceleratory power (caused by the weight of mobile goals).
- “Kaboomers” (elastic batteries using rubber bands to store energy which were used extensively in tipping point) could be incorporated to the drivetrain to reliably attain a mobile goal using their aid to acceleration.
- An intake identical or almost identical to that of Tipping Point was considered to be the most viable solution to scoring rings on a mobile or stationary goal.
Approximately an hour after the reveal, when sketching possible solutions, a mechanism using a grappling hook was considered a viable climbing mechanism. It could be launched in a similar manner to how “Spin Up” string launchers expanded and geared to the drivetrain much like the winch of our robot for the World Competition. Also, it was realized that using slanted plastic sheeting as a wedging surface and a mechanism to funnel “donuts” into an intake could reduce weight and complexity.
After the rule book was released, it was realized that a grappling hook or other climbing mechanism designed to elevate the robot above the first climbing tier was infeasible. This was due to a very limiting vertical expansion limit that would prevent any robot from expanding to the second tier or higher from the ground.
= Meghana
After watching the new game reveal in the VEX Worlds Dome during Worlds High Stakes, the first things I took into account were task priorities on the field and what things our bot for this season would need to focus on accomplishing/prioritizing above others in order to play the best possible match. Unlike last year, the points this year are on a smaller scale, where descoring and moving goals can score more points than hanging in higher zones. This and other factors like this could significantly impact the bot our team decides to build this season. I also noticed that this year's game was very similar to two previous VEX season games: Tipping Point and Round Up. The donuts and movable goals were very similar, and will require similar subsystems to those of previous seasons in order to get the tasks accomplished. Strategy, timing of actions, and action play on the field will be a crucial part of the game this year! After last season, our team learned so much about time management, efficient build, and overall skill, which got me thinking far ahead into how the elements would carry out later in the season, where new ideas and strategies could be played. Thinking about the decisions we make for the bot now- long term wise, is a crucial part of building a strong bot for this season, and would also allow us more time to practice the actual execution and skill of our bot.
= Joy
After watching the game reveal, I noticed how there were many components from previous games similar to components in High Stakes. For example, the theme of having mobile goals that must be scored with rings on them is also seen in Tipping Point and Round up. During the game reveal and after reading the manual, I also noticed the difference in rules for climbing. In order to climb in high stakes, the robot must climb in the way that it is climbing a ladder. This was particularly interesting to find out because having to climb each rung on a ladder was not a rule for a few seasons, so I feel that it will be interesting figuring out solutions to work around that obstacle.
= Violet
This was my first time being with the team for the game reveal because I joined a little later last year. My first thoughts were something along the lines of “the gameplay for this is going to be crazy” because the negative and positive corners are going to introduce a lot of interesting strategies. The hang is going to be interesting as well, and I’m really excited to start thinking of potential designs. We’ll probably want a light robot for that. Though we also will probably want to push other people around, so that will be something to consider later. |
|
https://github.com/gyarab/2023-4e-ruzicka-jako_pavouk | https://raw.githubusercontent.com/gyarab/2023-4e-ruzicka-jako_pavouk/main/src-docs/obsah.typ | typst | #set page(numbering: none)
#show outline.entry: it => par(first-line-indent: 0em, // krejzy úprava obsahu https://stackoverflow.com/questions/77031078/how-to-remove-numbers-from-outline
if it.at("label", default: none) == <modified-entry> {
it // prevent infinite recursion
} else if it.level == 1 {
v(8pt)
strong(text(13.5pt)[#outline.entry(it.level, it.element, it.body, [], it.page) <modified-entry>])
} else if it.level == 2 {
v(-4pt)
h(1.4em)
it
} else if it.level == 3 {
v(-4pt)
h(2.8em)
it
}
)
#align(center)[#text(size: 18pt)[*Obsah*]]
#v(-1em)
#outline(title: "") |
|
https://github.com/fabriceHategekimana/master | https://raw.githubusercontent.com/fabriceHategekimana/master/main/6_Conclusion/Synthèse.typ | typst | #pagebreak()
= Conclusion
== Synthèse
Dans ce projet, j'ai tenté de construir un système de type qui pourrait aider à la construction de module et librairies pour les sciences de données plus facile. Il s'est trouvé que le projet est s'est révélé plus efficace que prévu dans certains cas mais inéfficace dans d'autre. En effet avoir un système de type apporte vraiment une plus value aux projets de sciences de données dans la modélisation des tenseurs et de la sécurité sur les opérations faites dessus.
|
|
https://github.com/monaqa/typscrap.nvim | https://raw.githubusercontent.com/monaqa/typscrap.nvim/master/class/component.typ | typst | #import "component/code.typ"
#import "component/href.typ"
#import "states.typ"
#import "colors.typ"
#let todos(body) = {
let checkbox(done: false) = context {
let clr = text.fill
set align(center)
box(
stroke: 0.5pt + if done { gray } else { clr },
width: 0.7em,
height: 0.7em,
if done {
text(baseline: -0.1em, sym.checkmark)
} else { none },
)
}
show list.item: (it) => {
let children = it.body.fields().at("children", default: ())
let first = children.at(0, default: none)
if first == [~] {
children.remove(0)
return list(marker: checkbox(done: true), text(fill: luma(50%), children.join()))
}
it
}
set list(marker: checkbox(), indent: 1em)
body
}
#let tick(date) = {
if type(date) == "string" {
let (year, month, day) = date.split("-")
date = datetime(year: int(year), month: int(month), day: int(day))
}
[#metadata((date: date)) <meta-tick>]
}
#let alias(..slugs) = [
#metadata((slugs: slugs.pos())) <meta-alias>
]
#let meta(slug: none) = {
let _c = states.slug.update(slug)
_c + metadata((slug: slug))
}
// 他の scrap へのリンクを作成する。
#let scrap(slug, href: true) = {
let body = box(
fill: blue.lighten(90%),
inset: (x: 4pt, bottom: 1pt),
outset: (top: 4pt, bottom: 3pt),
radius: 2pt,
text(
fill: blue.darken(50%),
size: 0.75em,
weight: 600,
font: "CommitMono-height105",
slug,
),
)
let root = sys.inputs.at("typscrap_root", default: none)
if href and root != none {
link("file://" + root + slug + "/preview.pdf", body)
} else {
body
}
}
#let hide(body) = [\*\*\*\*]
|
|
https://github.com/frectonz/the-pg-book | https://raw.githubusercontent.com/frectonz/the-pg-book/main/book/057.%20softwarepatents.html.typ | typst | softwarepatents.html
Are Software Patents Evil?
March 2006(This essay is derived from a talk at Google.)A few weeks ago I found to my surprise that I'd been granted four patents.
This was all the more surprising
because I'd only applied for three. The patents aren't mine, of
course. They were assigned to Viaweb, and became Yahoo's when they
bought us. But the news set me thinking about the question of
software patents generally.Patents are a hard problem. I've had to advise most of the startups
we've funded about them, and despite years of experience I'm still
not always sure I'm giving the right advice.One thing I do feel pretty certain of is that if you're against
software patents, you're against patents in general. Gradually our
machines consist more and more of software. Things that used to
be done with levers and cams and gears are now done with loops and
trees and closures. There's nothing special about physical embodiments
of control systems that should make them patentable, and the software
equivalent not.Unfortunately, patent law is inconsistent on this point. Patent
law in most countries says that algorithms aren't patentable. This
rule is left over from a time when "algorithm" meant something like
the Sieve of Eratosthenes. In 1800, people could not see as readily
as we can that a great many patents on mechanical objects were
really patents on the algorithms they embodied.Patent lawyers still have to pretend that's what they're doing when
they patent algorithms. You must not use the word "algorithm" in
the title of a patent application, just as you must not use the
word "essays" in the title of a book. If you want to patent an
algorithm, you have to frame it as a computer system executing that algorithm.
Then it's mechanical; phew. The default euphemism for algorithm
is "system and method." Try a patent search for that phrase and
see how many results you get.Since software patents are no different from hardware patents,
people who say "software patents are evil" are saying simply "patents
are evil." So why do so many people complain about software patents
specifically?I think the problem is more with the patent office than the concept
of software patents. Whenever software meets government, bad things
happen, because software changes fast and government changes slow.
The patent office has been overwhelmed by both the volume and the
novelty of applications for software patents, and as a result they've
made a lot of mistakes.The most common is to grant patents that shouldn't be granted. To
be patentable, an invention has to be more than new. It also has
to be non-obvious. And this, especially, is where the USPTO has
been dropping the ball. Slashdot has an icon that expresses the
problem vividly: a knife and fork with the words "patent pending"
superimposed.The scary thing is, this is the only icon they have for
patent stories. Slashdot readers now take it for granted that a
story about a patent will be about a bogus patent.
That's how bad the problem has become.The problem with Amazon's notorious one-click patent, for example,
is not that it's a software patent, but that it's obvious. Any
online store that kept people's shipping addresses would have
implemented this. The reason Amazon did it first was not that they
were especially smart, but because they were one of the earliest
sites with enough clout to force customers to log in before they
could buy something.
[1]We, as hackers, know the USPTO is letting people patent the knives
and forks of our world. The problem is, the USPTO are not hackers.
They're probably good at judging new inventions for casting steel
or grinding lenses, but they don't understand software yet.At this point an optimist would be tempted to add "but they will
eventually." Unfortunately that might not be true. The problem
with software patents is an instance of a more general one: the
patent office takes a while to understand new technology. If so,
this problem will only get worse, because the rate of technological
change seems to be increasing. In thirty years, the patent office
may understand the sort of things we now patent as software, but
there will be other new types of inventions they understand even
less.Applying for a patent is a negotiation. You generally apply for a
broader patent than you think you'll be granted, and the examiners
reply by throwing out some of your claims and granting others. So
I don't really blame Amazon for applying for the one-click patent.
The big mistake was the patent office's, for not insisting on
something narrower, with real technical content. By granting such
an over-broad patent, the USPTO in effect slept with Amazon on the
first date. Was Amazon supposed to say no?Where Amazon went over to the dark side was not in applying for the
patent, but in enforcing it. A lot of companies (Microsoft, for
example) have been granted large numbers of preposterously over-broad
patents, but they keep them mainly for defensive purposes. Like
nuclear weapons, the main role of big companies' patent portfolios
is to threaten anyone who attacks them with a counter-suit. Amazon's
suit against Barnes & Noble was thus the equivalent of a nuclear
first strike.That suit probably hurt Amazon more than it helped them. Barnes &
Noble was a lame site; Amazon would have crushed them anyway. To
attack a rival they could have ignored, Amazon put a lasting black
mark on their own reputation. Even now I think if you asked hackers
to free-associate about Amazon, the one-click patent would turn up
in the first ten topics.Google clearly doesn't feel that merely holding patents is evil.
They've applied for a lot of them. Are they hypocrites? Are patents
evil?There are really two variants of that question, and people answering
it often aren't clear in their own minds which they're answering.
There's a narrow variant: is it bad, given the current legal system,
to apply for patents? and also a broader one: is it bad that the
current legal system allows patents?These are separate questions. For example, in preindustrial societies
like medieval Europe, when someone attacked you, you didn't call
the police. There were no police. When attacked, you were supposed
to fight back, and there were conventions about how to do it. Was
this wrong? That's two questions: was it wrong to take justice
into your own hands, and was it wrong that you had to? We tend to
say yes to the second, but no to the first. If no one else will
defend you, you have to defend yourself.
[2]The situation with patents is similar. Business is a kind of
ritualized warfare. Indeed, it evolved from actual warfare: most
early traders switched on the fly from merchants to pirates depending
on how strong you seemed. In business there are certain rules
describing how companies may and may not compete with one another,
and someone deciding that they're going to play by their own rules
is missing the point. Saying "I'm not going to apply for patents
just because everyone else does" is not like saying "I'm not going
to lie just because everyone else does." It's more like saying
"I'm not going to use TCP/IP just because everyone else does." Oh
yes you are.A closer comparison might be someone seeing a hockey game for the
first time, realizing with shock that the players were deliberately
bumping into one another, and deciding that one would on no account
be so rude when playing hockey oneself.Hockey allows checking. It's part of the game. If your team refuses
to do it, you simply lose. So it is in business. Under the present
rules, patents are part of the game.What does that mean in practice? We tell the startups we fund not
to worry about infringing patents, because startups rarely get sued
for patent infringement. There are only two reasons someone might
sue you: for money, or to prevent you from competing with them.
Startups are too poor to be worth suing for money. And in practice
they don't seem to get sued much by competitors, either. They don't
get sued by other startups because (a) patent suits are an expensive
distraction, and (b) since the other startups are as young as they
are, their patents probably haven't issued yet.
[3]
Nor do startups,
at least in the software business, seem to get sued much by established
competitors. Despite all the patents Microsoft holds, I don't know
of an instance where they sued a startup for patent infringement.
Companies like Microsoft and Oracle don't win by winning lawsuits.
That's too uncertain. They win by locking competitors out of their
sales channels. If you do manage to threaten them, they're more
likely to buy you than sue you.When you read of big companies filing patent suits against smaller
ones, it's usually a big company on the way down, grasping at
straws. For example, Unisys's attempts to enforce their patent on
LZW compression. When you see a big company threatening patent
suits, sell. When a company starts fighting over IP, it's a sign
they've lost the real battle, for users.A company that sues competitors for patent infringement is like
a defender who has been beaten so thoroughly that he turns to plead
with the referee. You don't do that if you can still reach the
ball, even if you genuinely believe you've been fouled. So a company
threatening patent suits is a company in trouble.When we were working on Viaweb, a bigger company in the e-commerce
business was granted a patent on online ordering, or something like
that. I got a call from a VP there asking if we'd like to license
it. I replied that I thought the patent was completely bogus, and
would never hold up in court. "Ok," he replied. "So, are you guys
hiring?"If your startup grows big enough, however, you'll start to get sued,
no matter what you do. If you go public, for example, you'll be
sued by multiple patent trolls who hope you'll pay them off to go
away. More on them later.In other words, no one will sue you for patent infringement till
you have money, and once you have money, people will sue you whether
they have grounds to or not. So I advise fatalism. Don't waste
your time worrying about patent infringement. You're probably
violating a patent every time you tie your shoelaces. At the start,
at least, just worry about making something great and getting lots
of users. If you grow to the point where anyone considers you worth
attacking, you're doing well.We do advise the companies we fund to apply for patents, but not
so they can sue competitors. Successful startups either get bought
or grow into big companies. If a startup wants to grow into a big
company, they should apply for patents to build up the patent
portfolio they'll need to maintain an armed truce with other big
companies. If they want to get bought, they should apply for patents
because patents are part of the mating dance with acquirers.Most startups that succeed do it by getting bought, and most acquirers
care about patents. Startup acquisitions are usually a build-vs-buy
decision for the acquirer. Should we buy this little startup or
build our own? And two things, especially, make them decide not
to build their own: if you already have a large and rapidly growing
user base, and if you have a fairly solid patent application on
critical parts of your software.There's a third reason big companies should prefer buying to building:
that if they built their own, they'd screw it up. But few big
companies are smart enough yet to admit this to themselves. It's
usually the acquirer's engineers who are asked how hard it would
be for the company to build their own, and they overestimate their
abilities.
[4]
A patent seems to change the balance. It gives the
acquirer an excuse to admit they couldn't copy what you're doing.
It may also help them to grasp what's special about your technology.Frankly, it surprises me how small a role patents play in the
software business. It's kind of ironic, considering all the dire
things experts say about software patents stifling innovation, but
when one looks closely at the software business, the most striking
thing is how little patents seem to matter.In other fields, companies regularly sue competitors for patent
infringement. For example, the airport baggage scanning business
was for many years a cozy duopoly shared between two companies,
InVision and L-3. In 2002 a startup called Reveal appeared, with
new technology that let them build scanners a third the size. They
were sued for patent infringement before they'd even released a
product.You rarely hear that kind of story in our world. The one example
I've found is, embarrassingly enough, Yahoo, which filed a patent
suit against a gaming startup called Xfire in 2005. Xfire doesn't
seem to be a very big deal, and it's hard to say why Yahoo felt
threatened. Xfire's VP of engineering had worked at Yahoo on similar
stuff-- in fact, he was listed as an inventor on the patent Yahoo
sued over-- so perhaps there was something personal about it. My
guess is that someone at Yahoo goofed. At any rate they didn't
pursue the suit very vigorously.Why do patents play so small a role in software? I can think of
three possible reasons.One is that software is so complicated that patents by themselves
are not worth very much. I may be maligning other fields here, but
it seems that in most types of engineering you can hand the details
of some new technique to a group of medium-high quality people and
get the desired result. For example, if someone develops a new
process for smelting ore that gets a better yield, and you assemble
a team of qualified experts and tell them about it, they'll be able
to get the same yield. This doesn't seem to work in software.
Software is so subtle and unpredictable that "qualified experts"
don't get you very far.That's why we rarely hear phrases like "qualified expert" in the
software business. What that level of ability can get you is, say,
to make your software compatible with some other piece of software--
in eight months, at enormous cost. To do anything harder you need
individual brilliance. If you assemble a team of qualified experts
and tell them to make a new web-based email program, they'll get
their asses kicked by a team of inspired nineteen year olds.Experts can implement, but they can't design.
Or rather, expertise in implementation is the only kind most people,
including the experts themselves, can measure.
[5]But design is a definite skill. It's not just an airy intangible.
Things always seem intangible when you don't understand them.
Electricity seemed an airy intangible to most people in 1800. Who
knew there was so much to know about it? So it is with design.
Some people are good at it and some people are bad at it, and there's
something very tangible they're good or bad at.The reason design counts so much in software is probably that there
are fewer constraints than on physical things. Building physical
things is expensive and dangerous. The space of possible choices
is smaller; you tend to have to work as part of a larger group; and
you're subject to a lot of regulations. You don't have any of that
if you and a couple friends decide to create a new web-based
application.Because there's so much scope for design in software, a successful
application tends to be way more than the sum of its patents. What
protects little companies from being copied by bigger competitors
is not just their patents, but the thousand little things the big
company will get wrong if they try.The second reason patents don't count for much in our world is that
startups rarely attack big companies head-on, the way Reveal did.
In the software business, startups beat established companies by
transcending them. Startups don't build desktop word processing
programs to compete with Microsoft Word.
[6]
They build Writely.
If this paradigm is crowded, just wait for the next one; they run
pretty frequently on this route.Fortunately for startups, big companies are extremely good at denial.
If you take the trouble to attack them from an oblique angle, they'll
meet you half-way and maneuver to keep you in their blind spot. To
sue a startup would mean admitting it was dangerous, and that often
means seeing something the big company doesn't want to see. IBM
used to sue its mainframe competitors regularly, but they didn't
bother much about the microcomputer industry because they didn't
want to see the threat it posed. Companies building web based apps
are similarly protected from Microsoft, which even now doesn't want
to imagine a world in which Windows is irrelevant.The third reason patents don't seem to matter very much in software
is public opinion-- or rather, hacker opinion. In a recent interview,
<NAME> coyly left open the possibility of attacking Linux
on patent grounds. But I doubt Microsoft would ever be so stupid.
They'd face the mother of all boycotts. And not just from the
technical community in general; a lot of their own people would
rebel.Good hackers care a lot about matters of principle, and they are
highly mobile. If a company starts misbehaving, smart people won't
work there. For some reason this seems to be more true in software
than other businesses. I don't think it's because hackers have
intrinsically higher principles so much as that their skills are
easily transferrable. Perhaps we can split the difference and say
that mobility gives hackers the luxury of being principled.Google's "don't be evil" policy may for this reason be the most
valuable thing they've discovered. It's very constraining in some
ways. If Google does do something evil, they get doubly whacked
for it: once for whatever they did, and again for hypocrisy. But
I think it's worth it. It helps them to hire the best people, and
it's better, even from a purely selfish point of view, to be
constrained by principles than by stupidity.(I wish someone would get this point across to the present
administration.)I'm not sure what the proportions are of the preceding three
ingredients, but the custom among the big companies seems to be not
to sue the small ones, and the startups are mostly too busy and too
poor to sue one another. So despite the huge number of software
patents there's not a lot of suing going on. With one exception:
patent trolls.Patent trolls are companies consisting mainly of lawyers whose whole
business is to accumulate patents and threaten to sue companies who
actually make things. Patent trolls, it seems safe to say, are
evil. I feel a bit stupid saying that, because when you're saying
something that <NAME> and <NAME> would both agree
with, you must be perilously close to tautologies.The CEO of Forgent, one of the most notorious patent trolls, says
that what his company does is "the American way." Actually that's
not true. The American way is to make money by creating wealth, not by suing people.
[7]
What companies like Forgent do is actually the proto-industrial
way. In the period just before the industrial revolution, some of
the greatest fortunes in countries like England and France were
made by courtiers who extracted some lucrative right from the crown--
like the right to collect taxes on the import of silk-- and then
used this to squeeze money from the merchants in that business. So
when people compare patent trolls to the mafia, they're more right
than they know, because the mafia too are not merely bad, but bad
specifically in the sense of being an obsolete business model.Patent trolls seem to have caught big companies by surprise. In
the last couple years they've extracted hundreds of millions of
dollars from them. Patent trolls are hard to fight precisely because
they create nothing. Big companies are safe from being sued by
other big companies because they can threaten a counter-suit. But
because patent trolls don't make anything, there's nothing they can
be sued for. I predict this loophole will get closed fairly quickly,
at least by legal standards. It's clearly an abuse of the system,
and the victims are powerful.
[8]But evil as patent trolls are, I don't think they hamper innovation
much. They don't sue till a startup has made money, and by that
point the innovation that generated it has already happened. I
can't think of a startup that avoided working on some problem because
of patent trolls.So much for hockey as the game is played now. What about the more
theoretical question of whether hockey would be a better game without
checking? Do patents encourage or discourage innovation?This is a very hard question to answer in the general case. People
write whole books on the topic. One of my main hobbies is the
history of technology, and even though I've studied the subject for
years, it would take me several weeks of research to be able to say
whether patents have in general been a net win.One thing I can say is that 99.9% of the people who express opinions
on the subject do it not based on such research, but out of a kind
of religious conviction. At least, that's the polite way of putting
it; the colloquial version involves speech coming out of organs not
designed for that purpose.Whether they encourage innovation or not, patents were at least
intended to. You don't get a patent for nothing. In return for
the exclusive right to use an idea, you have to publish it,
and it was largely to encourage such openness that patents were
established.Before patents, people protected ideas by keeping them secret. With
patents, central governments said, in effect, if you tell everyone
your idea, we'll protect it for you. There is a parallel here to
the rise of civil order, which happened at roughly the same time.
Before central governments were powerful enough to enforce order,
rich people had private armies. As governments got more powerful,
they gradually compelled magnates to cede most responsibility for
protecting them. (Magnates still have bodyguards, but no longer
to protect them from other magnates.)Patents, like police, are involved in many abuses. But in both
cases the default is something worse. The choice is not "patents
or freedom?" any more than it is "police or freedom?" The actual
questions are respectively "patents or secrecy?" and "police or
gangs?"As with gangs, we have some idea what secrecy would be like, because
that's how things used to be. The economy of medieval Europe was
divided up into little tribes, each jealously guarding their
privileges and secrets. In Shakespeare's time, "mystery" was
synonymous with "craft." Even today we can see an echo of the
secrecy of medieval guilds, in the now pointless secrecy of the
Masons.The most memorable example of medieval industrial secrecy is probably
Venice, which forbade glassblowers to leave the city, and sent
assassins after those who tried. We might like to think we wouldn't
go so far, but the movie industry has already tried to pass laws
prescribing three year prison terms just for putting movies on
public networks. Want to try a frightening thought experiment? If
the movie industry could have any law they wanted, where would they
stop? Short of the death penalty, one assumes, but how close would
they get?Even worse than the spectacular abuses might be the overall decrease
in efficiency that would accompany increased secrecy. As anyone
who has dealt with organizations that operate on a "need to know"
basis can attest, dividing information up into little cells is
terribly inefficient. The flaw in the "need to know" principle is
that you don't know who needs to know something. An idea
from one area might spark a great discovery in another. But the
discoverer doesn't know he needs to know it.If secrecy were the only protection for ideas, companies wouldn't
just have to be secretive with other companies; they'd have to be
secretive internally. This would encourage what is already the
worst trait of big companies.I'm not saying secrecy would be worse than patents, just that we
couldn't discard patents for free. Businesses would become more
secretive to compensate, and in some fields this might get ugly.
Nor am I defending the current patent system. There is clearly a
lot that's broken about it. But the breakage seems to affect
software less than most other fields.In the software business I know from experience whether patents
encourage or discourage innovation, and the answer is the type that
people who like to argue about public policy least like to hear:
they don't affect innovation much, one way or the other. Most
innovation in the software business happens in startups, and startups
should simply ignore other companies' patents. At least, that's
what we advise, and we bet money on that advice.The only real role of patents, for most startups, is as an element
of the mating dance with acquirers. There patents do help a little.
And so they do encourage innovation indirectly, in that they give
more power to startups, which is where, pound for pound, the most
innovation happens. But even in the mating dance, patents are of
secondary importance. It matters more to make something great and
get a lot of users.Notes[1]
You have to be careful here, because a great discovery often
seems obvious in retrospect. One-click ordering, however, is not
such a discovery.[2]
"Turn the other cheek" skirts the issue; the critical question
is not how to deal with slaps, but sword thrusts.[3]
Applying for a patent is now very slow, but it might actually
be bad if that got fixed. At the moment the time it takes to get
a patent is conveniently just longer than the time it takes a startup
to succeed or fail.[4]
Instead of the canonical "could you build this?" maybe the corp
dev guys should be asking "will you build this?" or even "why haven't
you already built this?"[5]
Design ability is so hard to measure that you can't even trust
the design world's internal standards. You can't assume that someone
with a degree in design is any good at design, or that an eminent
designer is any better than his peers. If that worked, any company
could build products as good as Apple's just by hiring
sufficiently qualified designers.[6]
If anyone wanted to try, we'd be interested to hear from them.
I suspect it's one of those things that's not as hard as everyone
assumes.[7]
Patent trolls can't even claim, like speculators, that they
"create" liquidity.[8]
If big companies don't want to wait for the government to take
action, there is a way to fight back themselves. For a long time
I thought there wasn't, because there was nothing to grab onto.
But there is one resource patent trolls need: lawyers. Big technology
companies between them generate a lot of legal business. If they
agreed among themselves never to do business with any firm employing
anyone who had worked for a patent troll, either as an employee or
as outside counsel, they could probably starve the trolls of the
lawyers they need.Thanks to <NAME>, <NAME>, <NAME>,
<NAME>, and <NAME>
for reading drafts of this, to <NAME> and <NAME> for answering
my questions about patents, and to <NAME> for inviting me
to speak.Japanese Translation
|
|
https://github.com/donRumata03/aim-report | https://raw.githubusercontent.com/donRumata03/aim-report/master/pres/GOLEM%20overview.typ | typst | #import "../lib/presentation-template.typ": *
#show: template.with(name: "Обзор GOLEM", time: 35, bad-projector: false, authors: "V")
#show list: it => {
show list.item: set list(marker: text(sym.arrow.curve, font: "New Computer Modern Math"))
it
}
#slide[
Дисклеймер: презентация больше адаптирована для рассказа с периодическим переходом на демонстрацию экрана со статьями, issues или кодом, но на свой страх и риск можно и попробовать её читать без докладчика.
]
#slide[
= История появления
Изначально была библиотека `FEDOT` для AutoML, основана на pipleline-ах ≈произвольной структуры (dag), поиск происходит посредством эволюции.
Но алгоритм графовой оптимизации оказался полезен и для кучи других задач, в т.ч. проектов лаборатории:
- BAMT (Bayesian AutoML Tool)
- NAS (Neural Architecture Search)
- GEFEST (#[*G*]enerative Evolution For Encoded STructures)
- пользовательские применения (коллаборация с химической лабораторией, например — btw полезный подход)
Поэтому было решено выделить эту часть в отдельную библиотеку — GOLEM.
]
#slide[
== Возможности FEDOT
#image("../res/fedot-capabilities.png")
]
#slide[
== Глобально про алгоритм
#blockquote[Структура — сложный гиперпараметр, так у самого задания структуры нет фиксированной структуры…]
Использует эволюцию для оптимизации над графами, в том числе — многокритериальной. Предоставляет многие стаднартные операторы, есть интерфей для добавления пользовательских.
]
#slide[
= Операторы
Глобально — то, что приоткрывает нам чёрноящиковость представления генома и преобразует одни геномы в другие.
Эволюция — последовательное применение этих операторов.
Ожидается их «семантичность»: например, то, что мы можем получать небольшие изменения структуры с точки зрения задачи → это отражается и на значениях фитнесс функции.
Пример несемантичности: если кодировать вещественнозначные решения битами, получится плохо.
]
#slide[
== Мутации
Мутации и кроссовер учитывают `GraphGenerationRequirements`, а также `GraphVerifier`.
Мутации, семантические для графов:
- Заменить аттрибут каждой ноды с заданной вероятность на то, что сгенерирует `NodeFactory` и так, как посоветует `ChangeAdvisor` (например, в химии некоторые связи невозможны)
- Добавление ребра между случайными нодами
- Вставка случайной ноды в разрыв ребра
- Заменить/выбросить ноду
- Заменить поддерево ноды на случайное
- …пользовательские, особенно семантические
]
#slide[
== Кроссовер
- Замена случайных поддеревьев
- Нахождение структурно эквивалентных подграфов и замена случайных нод или поддеревьев в них
- Смена родителями с аналогичной нодой в другом графе
- … пользовательские
]
#slide[
== Селекция
1. Tournament(fraction): каждый раз из группы размера $≈"population_size" * "fraction"$ выбирается лучший в итоговую популяцию и убирается из кандидатов.
2. SPEA-2
Strength — количество особей, которые доминирует заданная:
$ S(bold(i)) = |{bold(j) | bold(j) in P_t + overline(P_t) and bold(i) gt.curly bold(j)}| $
Тогда назначаем raw fitness-ом сумму strengths всех, кого особь доминирует (то есть особо выгодно доминировать крутых):
$
R(bold(i)) = sum_(bold(j) in P_t + overline(P_t), bold(i) gt.curly bold(j)) S(bold(j)) $
Но ещё хотим учитывать разнообразие. Про пространство оптимизации в общем случае ничего не знаем, поэтому считаем разнообразие в пространстве objective functions: $
R(i) = 1/(sigma_bold(i)^k + 2)
$, где $sigma_bold(i)^k$ — расстояние k-го ближайшего среди популяции + архива, а $k$ выбирают $sqrt(N + overline(N))$
- Селекция новой популяции: производим селекцию турниром по F с заменой (участников турнира убираем из кандидатов)
- Селекция архива: выбираем недоминированных, но если не соответствует целевому размеру:
- Слишком большой: truncat-им по фитнессу (раз недоминированные, эквивалентно, по плотности): на каждому шагу убираем лексикографически меньшего по вектору расстояний до $k$-го ближайшего:
#image("../res/spea2-truncation.png")
- Слишком маленький: добавляем оставшихся сортировкой по фитнессу.
]
#slide[
== «Регуляризация»
Тоже пытается минимизировать сложность моделей (по умолчанию — отключен): рассматривает все валидные и уникальные поддеревья и выбирает среди родителей и детей лучших (эти поддеревья проще и хорошо, если они окажутся не хуже родителей)
]
#slide[
== Inheritance(Genetic scheme)
- `generational`: новая популяция занимает место старой $(mu, lambda), mu = lambda$
- `steady-state`: каждый раз добавляем по одному — $(µ + 1)$
- `parameter-free`: $(mu + x)$ — $x$ растёт, если давно не было улучшений ($=>$ нужно увеличивать exploration)
]
#slide[
== Регулятор репродукции ($"Population" -> "Population"$)
Есть min_size, max_size; некоторые операторы вероятностны и не всегда генерируют подходящие под `GraphRequirements` графы: он пробует применять операторы несколько раз + изучает, сколько в среднем процентов успешны.
]
#slide[
== Elitism
Поддерживать HallOfFame, во внеочередном подярке добавлять individual-ов оттуда.
]
#slide[
= Откуда торчат уши FEDOT
== Тюнинг
По увеличению эффекитвности, но уменьшению качества:
- Одновременно все ноды
- По очереди с пересчётом
- По очереди без пересчёта
]
#slide[
== Sensitivity analysis
#side-by-side(image("../res/sensitivity-analysis.png", height: 90%), align(horizon)[
- Для экспертной оценки конечного продукта
- Назначают скоры полезности, пробуя разные локальные изменения
])
]
#slide[
= Проект под кодовым названием #strike[GAMLET] \<anonymized\>
Глобально: втыкаем в разные места эволюции ML модели:
- Где мы точно не знаем, какой вариант лучше и поэтому выбираем случайный
- Где вычисление занимает очень много времени, и можно настроить аппроксиматор для его ускорения.
]
#slide[
== Общая схема
#image("../res/gamlet-scheme.png", height: 90%)
]
#slide[
== Расшаренный эмбеддинг для трёх задач:
#image("../res/gnn-embedding.png", height: 90%)
]
#slide[
== Адаптивность
`OperatorAgent`: интерфейс подборщика мутаций, по умолчанию — `RandomAgent`, но может обучаться. Получается задача multi-armed bandit или contextual MAB.
В качестве контекста используются фичи графов, пытаемся рекомендовать мутации для конкретного графa, обучение происходит «под конкретную задачу» в прошлых прогонах + немного на лету:
- feather_graph ← FEATHER embedding
- nodes_num
- labeled_edges
- operations_quantity
- adjacency_matrix
- none_encoding
]
#slide[
=== #link("https://arxiv.org/abs/2012.01780")[Shallow exploration & deep representation]
Решают contextual MAB через нейросеть + LinUCB (сйечас пробуют $epsilon$-greedy, так как он не сходится полностью, в отличие от UCB, а ведь распределение наград может меняться).
Доказывают, что это обеспечивает $tilde(O)(sqrt(T))$ regret.
см. статью.
Кроме того, перед этим трансформируют в fitness improvement в credit согласно этой статье: #link("https://ieeexplore.ieee.org/document/6410018")[Li, 2014].
]
#slide[
== Изначальные рекомендации pipleline-ов
Выдаёт nearest neighboors в пространстве embedding-а, либо использует генеративную GNN.
]
#slide[
== Surrogate model
Pilpeline (без учёта гиперпараметров) embedd-ится (общая часть с адаптивностью) с помощью GNN + attention (была картинка), датасет описывается метапризнаками (перечислены в статье), нужно предсказать, насколько хорошо будет себя вести модель. На практике — лучше получается формулировка с ранжированием (см. статью).
]
#slide[
== Как это всё обучать
Есть метахранилище, где много историй оптимизации, куча evaluation-ов разных pipleline-ов на разных dataset-ах.
С големом не поставляется, с FEDOT-ом — да.
]
#slide[
== Перспективы
Выбираются только типы мутаций, а ведь хочется ещё и их параметры (например, вероятности мутаций) — их как раз берём от балды…
Гиперпараметры эволюции всё ещё нужно указывать ручками, а ведь их можно динамически подстраивать.
Кроме того, хочется иметь более широкий контекст в виде эволюционной ситуации для бандита.
Но какой-то inductive bias всё же должен быть.
С другой стороны, есть llm-guided evolution, которая ещё и обладает априорным знанием о пайплайнах и датасетах.
]
#slide[
= Ближе к коду
Язык: Python. Библиотеки:
- joblib + multiprocessing
- torch + mabwiser + karateclub для контекстуального бандита на GNN
_перемещаемся на демонстрацию экрана с IDE_
- Package core contains the main classes and scripts.
- Package core.adapter is responsible for transformation between domain graphs and internal graph representation used by optimisers.
- Package core.dag contains classes and algorithms for representation and processing of graphs.
- Package core.optimisers contains graph optimisers and all related classes (like those representing fitness, individuals, populations, etc.), including optimization history.
- Package core.optimisers.genetic contains genetic (also called evolutionary) graph optimiser and operators (mutation, selection, and so on).
- Package core.utilities contains utilities and data structures used by other modules.
- Package serializers contains class Serializer with required facilities, and is responsible for serialization of project classes (graphs, optimization history, and everything related).
- Package visualisation contains classes that allow to visualise optimization history, graphs, and certain plots useful for analysis.
- Package examples includes several use-cases where you can start to discover how the framework works.
- All unit and integration tests are contained in the test directory.
The sources of the documentation are in the docs directory.
]
#slide[
== Adapter Subsystem (преобразование между представлениями графа)
#side-by-side[
#image("../res/adapter.png")
][
- Обычно предметная область имеет своё представление графа (например, из внешней либы): химия, BAMT, FEDOT
- Fitness, операторы
- `@register_native`, e.g. `GraphVerifier`
- Поставляется адаптер к NetworkX
- Сейчас используется внутреннее представление в виде рукописного графа «на ссылках» в python
]
]
#slide[
== Сериализация
- Pickle (e.g. бандиты)
- json (в т.ч. pipleline-ы в FEDOT)
]
#slide[
== Issues
_перемещаемся на демонстрацию экрана_
]
#slide[
= Пример использования: BAMT
#image("../res/bamt-pipeline.png")
]
#slide[
Есть вещественные и непрерывные переменные, от этого зависит процесс обучения. Описано в статье про BAMT:
#link("https://www.mdpi.com/2227-7390/11/2/343")[Advanced Approach for Distributions Parameters Learning in Bayesian Networks with Gaussian Mixture Models and Discriminative Models (2023)]
Тюнятся в порядке topsort-а DAG-а, для зависимости от дискретной используется CPT, для зависимости непрерывных — линейные, гауссовы зависимости, Gaussian mixture regression.
]
#slide[
= Направления развития
Источники:
- Issues
- Разговоры с коллективом лаборатории
- Мои рассуждения
- Рекомендации из review к paper по GOLEM-у.
]
#slide[
== Expressive encodings
- Прямо как в жизни — в геноме кодируется распределение, не просто какой-то конкретный фенотип, а больше информации. Заодно — и, частично, то, как проходит эволюция. Например, генотип мужчины содержит информацию о том, каким бы он мог быть, если бы был женщиной — очень много избыточности, и в этом есть смысл.
- Приближает к положению дел в ML, где используют достаточно абстрактные модели вместо экспертного знания.
]
#slide[
=== Определение выразительной кодировки
#blockquote[Прообразы любого набора фенотипов, пропущенные через простой оператор, могут симулировать любое веростностное распределение с любой точностью, начиная с некоторого размера генома.]
#image("../res/expressive-encoding-definition.png")
]
#slide[
=== Пример: miracle jump
Стартуем с кучи нулей, хотим знать, можно ли с неисчезающей вероятностью кроссовером получить
#image("../res/miracle-jump.png")
]
#slide[
=== Примеры expressive encodings — теоремы про экспрессивность
Complexity — размер генома, требуемый для фиксированного уровня аппроксимации.
#image("../res/gp-expressive.png", width: 70%)
#image("../res/nn-expressive.png", width: 70%)
#image("../res/universal-approx.png", width: 50%)
#image("../res/universal→expressive.png", width: 70%)
]
#slide[
=== Преимущества выразительных кодировок
Потом на разных примерах показывают более хорошую асмиптотику expressive encoding-ов по сравнению с direct; про скорость адаптации к меняющейся функции ошибки.
(см. статью)
]
#slide[
=== Выразительные кодировки для графов
В нашем случае кодировкой может быть
- графивые грамматики
- клеточное кодирование
- GNN
_с тривиальными мутациями/кроссоверами_.
#image("../res/cellular.png")
]
#slide[
== NOTEARS
#image("../res/notears-theorem.png")
→ сводим к задаче непрерывной оптимизации; целевая функция и ограничения — дифференцируемы.
Решаем с помощью метода расширенной Лагранжианы.
Ограничения:
- Целевая функция должна естественно (дифференцируемо, поменьше константа Липшица, легко вычислима) продолжаться на вещественные веса
- Как задать на пространстве, содержащем категориальные переменные?
Как может совмещаться с GOLEM-ом? Идея: оператор локального улучшения.
]
#slide[
== Метаэволюция
Пытаемся адаптировать гиперпараметры эволюции (частоту мутаций, размер популяции и т.д.). Похоже на предложение к GAMLET, но теперь эти параметры именно эволюционируют.
см. обзорную статью: Parameter Control in Evolutionary Algorithms: Trends and Challenges
]
#slide[
== Коэволюция
см. `proposal.pdf`
]
#slide[
== Поддержка разнообразия
см. `proposal.pdf`
]
|
|
https://github.com/Myriad-Dreamin/tinymist | https://raw.githubusercontent.com/Myriad-Dreamin/tinymist/main/crates/tinymist-query/src/fixtures/post_type_check/user_external_ever.typ | typst | Apache License 2.0 | // path: base.typ
#let tmpl(content, authors: (), font: none, class: "article") = {
if class != "article" and class != "letter" {
panic("")
}
set document(author: authors)
set text(font: font)
set page(paper: "a4") if class == "article"
set page(paper: "us-letter") if class == "letter"
content
}
-----
#import "base.typ": *
#tmpl(class: /* position */ )[]
|
https://github.com/dashuai009/dashuai009.github.io | https://raw.githubusercontent.com/dashuai009/dashuai009.github.io/main/src/content/blog/043.typ | typst | #let date = datetime(
year: 2023,
month: 5,
day: 24,
)
#metadata((
title: "cpp maya plugin example",
subtitle: [MayaPlugin],
author: "dashuai009",
description: "the examples of cpp maya plugin ",
pubDate: date.display(),
))<frontmatter>
#import "../__template/style.typ": conf
#show: conf
#link("https://github.com/dashuai009/cpp-maya-plugins")[dashuai009/cpp-maya-plugins]
This is an example collection of cpp maya plugins, sourced from#link("https://help.autodesk.com/view/MAYAUL/2022/ENU/?guid=Maya_SDK_cpp_ref_index_html")[autodesk website];.
#link("https://help.autodesk.com/view/MAYAUL/2022/ENU/?guid=Setting-up-your-build")[Setting-up-your-build]
== how can I get these code?
<how-can-i-get-these-code>
I use a Python crawler, in `cpp_maya_plugins` to get these code.
== Develop
<develop>
First,
```cmake
cmake_minimum_required(VERSION 3.26)
project(maya_plugins)
set(CMAKE_CXX_STANDARD 17)
# set maya include path
set(MAYA_PATH "C:/Program Files/Autodesk/Maya2022")
include_directories(${MAYA_PATH}/include)
link_directories(${MAYA_PATH}/lib)
set(LINK_FLAGS "/export:initializePlugin /export:uninitializePlugin")
# Maya plug-ins that consist of a single file and are intended for your own individual use or for use within your organization can be distributed by placing the files in a shared directory pointed at by the MAYA_PLUG_IN_PATH in users' Maya.env files.
# You can add several directories to MAYA_PLUG_IN_PATH. Each directory must be separated by a semicolon (;) on Windows or by a colon (:) on macOS and Linux.
set(MAYA_PLUG_IN_PATH "C:/Users/User/work/maya-plugins/out")
add_subdirectory(helloWorld)
add_subdirectory(pickCmd)
add_subdirectory(pluginCallbacks)
add_subdirectory(zoomCameraCmd)
```
for every single plugin in subdirectry:
```javascript
cmake_minimum_required(VERSION 3.26)
project(pickCmd)
message(${PROJECT_NAME})
# output a dll
add_library(${PROJECT_NAME} SHARED pickCmd.cpp)
# set the suffix of the output dynamic library to .mll,
# and directly put it into ourself plugin dirs
set_target_properties(
${PROJECT_NAME}
PROPERTIES
SUFFIX ".mll"
RUNTIME_OUTPUT_DIRECTORY_DEBUG "${MAYA_PLUG_IN_PATH}/plug-ins") # debug
#set_target_properties(${PROJECT_NAME} PROPERTIES RELEASE_POSTFIX ".mll")
# These two libs are only the core modules of Maya. If you need to use other modules, you need to add other libs, such as OpenMayaUI.lib. You can find all of them in `${MAYA_PATH}/lib`
target_link_libraries(${PROJECT_NAME} Foundation OpenMaya)
```
== Build
<build>
|
|
https://github.com/teamdailypractice/pdf-tools | https://raw.githubusercontent.com/teamdailypractice/pdf-tools/main/typst-pdf/examples/example-13.typ | typst | #table(
columns: 2,
[*Amount*], [*Ingredient*],
[360g], [Baking flour],
[250g], [Butter (room temp.)],
[150g], [Brown sugar],
[100g], [Cane sugar],
[100g], [70% cocoa chocolate],
[100g], [35-40% cocoa chocolate],
[2], [Eggs],
[Pinch], [Salt],
[Drizzle], [Vanilla extract],
)
|
|
https://github.com/ut-khanlab/master_thesis_template_for_typst | https://raw.githubusercontent.com/ut-khanlab/master_thesis_template_for_typst/main/main.typ | typst | #import "./template.typ": *
#show: master_thesis.with(
title: "Typstで書く修論のテンプレ",
author: "右往 左往",
university: "東京大学大学院",
school: "工学系研究科",
department: "航空宇宙工学専攻",
id: "12-345678",
mentor: "魚 竿",
mentor-post: "准教授",
class: "修士",
abstract_ja: [
近年の宇宙ってほんますごい. 近年の宇宙ってほんますごい. 近年の宇宙ってほんますごい. 近年の宇宙ってほんますごい. 近年の宇宙ってほんますごい. 近年の宇宙ってほんますごい. 近年の宇宙ってほんますごい. 近年の宇宙ってほんますごい. 近年の宇宙ってほんますごい. 近年の宇宙ってほんますごい. 近年の宇宙ってほんますごい.
],
keywords_ja: ("宇宙", "異常検知"),
bibliography-file: "references.bib",
)
= 序論
Typstはmarkdown likeなコーディングでpdf, ポスター, スライド等のドキュメントを作成できます. Rust言語で書かれており, コンパイルが#LATEX に比べて早いのが特長です.
== Typstは優秀だ
```typ
こんな感じで @ss8843592 or #cite(<ss8843592>) と引用できます
```
こんな感じで @ss8843592 or #cite(<ss8843592>) と引用できます
=== エレガントに書ける
数式
```typ
$ mat(1, 2; 3, 4) $ <eq1>
```
と書くと
$ A = mat(1, 2; 3, 4) $ <eq1>
@eq1 を書くことができます.
関数を作れば
#img(
image("Figures/typst.svg", width: 20%),
caption: [イメージ],
) <img1>\
@img1 を表示できますし,
#tbl(table(
columns: 4,
[t], [1], [2], [3],
[y], [0.3s], [0.4s], [0.8s],
),
caption: [テーブル @madje2022programmable],
) <tbl1>
@tbl1 も表示できます.
= 先行研究
#LATEX はカスタム性の高さ, 歴史的なところからまだまだ廃れないとは思いますが, 卒論や修論や学会の予稿等の作成においてはTypst @madje2022programmable の使いやすさから置き換わるのではないかと思います(半分願望).
#img(
image("Figures/typst-github.svg", width: 20%),
caption: [Typst + git @madje2022programmable],
) <img2>
=== #LATEX はコンパイルが遅い
本資料は, #LATEX でコンパイルの待ち時間中に作りました.
他にも
```typ
#include path.typ
```
とすれば, 他ファイルを参照できるので, 長い分量の本などを作成する際に, 章ごとにファイルを分けるなどができるようになります.\
便利なので広まれば良いなと思います. \
詳しくは#link("https://typst.app/docs")[
公式ドキュメント
]をご覧ください
= 定義
Typstでは関数定義が簡単であるので定理の書き方などをカスタマイズできます.
== 定義例
`thmbox`関数を作ってカスタマイズをできるようにしました.
```typ
#let theorem = thmbox(
"theorem", //identifier
"定理",
base_level: 1
)
#theorem("ヲイラ-")[
Typst はすごいのである.
] <theorem>
```
#let theorem = thmbox(
"theorem",
"定理",
base_level: 1
)
#theorem("ヲイラ-")[
Typst はすごいのである.
] <theorem>
```typ
#let lemma = thmbox(
"theorem", //identifier
"補題",
base_level: 1,
)
#lemma[
Texはさようならである.
] <lemma>
```
#let lemma = thmbox(
"theorem",
"補題",
base_level: 1,
)
#lemma[
Texはさようならである.
] <lemma>
このように, @theorem , @lemma を定義できます .\
カッコ内の引数に人名などを入れることができます.
また, identifierを変えれば, カウントはリセットされる.
identifier毎にカウントを柔軟に変えられるようにしてあるので, 様々な論文の形式に対応できるはずです.
```typ
#let definition = thmbox(
"definition", //identifier
"定義",
base_level: 1,
stroke: black + 1pt
)
#definition("Prime numbers")[
A natural number is called a _prime number_ if it is greater than $1$ and
cannot be written as the product of two smaller natural numbers.
] <definition>
```
#let definition = thmbox(
"definition",
"定義",
base_level: 1,
stroke: black + 1pt,
)
#definition[
Typst is a new markup-based typesetting system for the sciences.
] <definition>
@definition のようにカウントがリセットされています.
```typ
#let corollary = thmbox(
"corollary",
"Corollary",
base: "theorem",
)
#corollary[
If $n$ divides two consecutive natural numbers, then $n = 1$.
] <corollary>
```
#let corollary = thmbox(
"corollary",
"Corollary",
base: "theorem",
)
#corollary[
If $n$ divides two consecutive natural numbers, then $n = 1$.
] <corollary>
baseにidentifierを入れることで@corollary のようにサブカウントを実現できます.
```typ
#let example = thmplain(
"example",
"Example"
).with(numbering: none)
#example[
数式は\$\$で囲む
] <example>
```
#let example = thmplain(
"example",
"例"
).with(numbering: none)
#example[
数式は\$\$で囲む
] <example>
thmplain関数を使ってplain表現も可能です. |
|
https://github.com/erictapen/typst-invoice | https://raw.githubusercontent.com/erictapen/typst-invoice/main/template/main.typ | typst | MIT No Attribution | #import "@preview/classy-german-invoice:0.3.0": invoice
#show: invoice(
// Invoice number
"2023-001",
// Invoice date
datetime(year: 2024, month: 09, day: 03),
// Items
(
(
description: "The first service provided. The first service provided. The first service provided",
price: 200,
),
(
description: "The second service provided",
price: 150.2
),
),
// Author
(
name: "<NAME>",
street: "Straße der Privatsphäre und Stille 1",
zip: "54321",
city: "Potsdam",
tax_nr: "12345/67890",
// optional signature, can be omitted
signature: image("example_signature.png", width: 5em)
),
// Recipient
(
name: "<NAME>",
street: "Musterallee",
zip: "12345",
city: "Musterstadt",
),
// Bank account
(
name: "<NAME>",
bank: "Deutsche Postbank AG",
iban: "DE89370400440532013000",
bic: "PBNKDEFF",
// There is currently only one gendered term in this template.
// You can overwrite it, or omit it and just choose the default.
gender: (account_holder: "Kontoinhaberin")
),
// Umsatzsteuersatz (VAT)
vat: 0.19,
kleinunternehmer: true,
)
|
https://github.com/binhtran432k/ungrammar-docs | https://raw.githubusercontent.com/binhtran432k/ungrammar-docs/main/contents/system-implementation/index.typ | typst | = System Implementation
#include "./technology.typ"
== Implementation Details
To establish a fully functional Language Server Protocol (LSP) ecosystem, we've
meticulously implemented each module outlined in @sec-sys-arch. The following
subsections detail the specific steps and considerations involved in creating
this robust environment.
#include "./lezer.typ"
#include "./service.typ"
#include "./server.typ"
#include "./vscode.typ"
#include "./monaco.typ"
#include "./playground.typ"
|
|
https://github.com/HiiGHoVuTi/requin | https://raw.githubusercontent.com/HiiGHoVuTi/requin/main/graph/morph.typ | typst | #import "../lib.typ": *
#show heading: heading_fct
Soient $G_1 = (S_1, E_1)$ et $G_2 = (S_2, E_2)$ deux graphes, on dit que $f : S_1 -> S_2$ est un _morphisme_ si pour tout $(x,y) in E_1$ on a $(f(x),f(y)) in E_2$. On dit que $f$ est un _isomorphisme_ si $f$ est bijective et que la bijection réciproque est aussi un morphisme.
On dit que deux graphes sont _isomorphes_ s'il existe un isomorphisme entre les deux. On dit que $G$ _se projette_ dans $G'$ s'il existe un morphisme de $G$ dans $G'$. Un _automorphisme_ de graphe est un isomorphisme d'un graphe dans lui-meme.
#question(0)[
Donner deux graphes $G, H$ tel qu'il existe un morphisme de $G$ dans $H$ et de $H$ dans $G$ mais tels qu'ils ne soient pas isomorphes.
]
==== Problème de l'isomorphisme
On considère ici le problème de l'isomorphisme de graphe :
#problem(
[L'isomorphisme de Graphe],
[$G_1,G_2$ deux graphes fini],
[Est-ce que $G_1$ est isomorphe à $G_2$ ?]
)
#question(0)[
Montrer que le problème de l'isomorphisme de graphe est dans NP.
]
Soit $G=(V,E)$ un graphe non orienté, on définit $L(G)$ le _graphe adjoint_ (_Line Graph_ en anglais) de $G$ par le graphe $(E,E')$ avec $E'$ l'ensemble des arêtes de la forme $((x,y),(y,z))$ pour $(x,y),(y,z) in E$.
#question(2)[
Calculez le graphe ligne des graphes $K_3$ et $K_(1,3)$
]
#correct[
C'est $K_3$
]
On souhaite montrer ici le théorème de Witney sur l'isomorphisme de graphe : deux graphes sont isomorphe ssi leurs graphes ligne le sont, sauf pour $K_3$ et $K_(1,3)$.
#question(3)[
]
#question(5)[
Le problème de l'isomorphisme de graphe fini est-il NP-Complet ? Polynomial ?
] |
|
https://github.com/AHaliq/CategoryTheoryReport | https://raw.githubusercontent.com/AHaliq/CategoryTheoryReport/main/chapters/chapter1/index.typ | typst | = Categories
== Notes
#include "notes.typ"
== Mandatory Exercises
#include "mandatory.typ"
== Relevant Exercises
#include "optional.typ"
|
|
https://github.com/maxlambertini/scravellerchargen | https://raw.githubusercontent.com/maxlambertini/scravellerchargen/main/characters.typ | typst | #set text(size: 10pt, font: "Chivo")
#set page(paper:"a4",margin: 1cm, flipped: true)
#show heading.where(level: 1) : it => [
#text(
font: "Tomorrow",
weight: 800,
size: 16pt,
it.body
)
#v(6pt)
]
#let character(ch) = block(inset:3mm, stroke: 1pt + gray, height: 100%)[
#set align(left)
= #ch.name
#grid(
columns: (5fr,3fr),
gutter:2mm,
[
#rect(
width: 100%,
height: 30mm,
stroke: 1pt + gray
)
],
[
*#ch.currentProfession* \
*#ch.species*
]
)
#v(6pt)
#grid(
columns: (1fr,1fr),
gutter: 5mm,
[
=== Stats
- Age: *#ch.age*
- Size: *#ch.size*
=== Possession:
#for (perk, value) in ch.perks {
[
- #perk : #value
]
}
],
[
=== Skills:
#for (skill, value) in ch.skills {
[
- #skill : #value
]
}
]
)
#v(1fr)
*Hits:* #let n = 0
#while n < ch.size {
h(2mm)
box(square(stroke: 1pt+ black, width: 12pt))
n = n+1
}
#block(width: 100%, height: 15pt, inset: 5pt, stroke: 1pt + gray)[Condition:]
#block(width: 100%, height: 15pt, inset: 5pt, stroke: 1pt + gray)[Condition:]
#block(width: 100%, height: 15pt, inset: 5pt, stroke: 1pt + gray)[Condition:]
#block(width: 100%, height: 5cm, inset: 5pt, stroke: 1pt + gray)[Infos:]
]
#let png(players) = {
for player in players {
character(player)
}
}
#columns(3, gutter:2cm)[
#png(json("output.json"))
]
|
|
https://github.com/rabotaem-incorporated/algebra-conspect-1course | https://raw.githubusercontent.com/rabotaem-incorporated/algebra-conspect-1course/master/sections/06-field-theory/03-field-extension.typ | typst | Other | #import "../../utils/core.typ": *
== Расширение полей
#ticket[Степень расширения. Мультипликативность степени]
#def[
$K$ --- подполе $L$, то говорят, что $L$ --- _расширение_ $K$.
Обозначают $L fg K$.
]
#examples[
+ $RR fg QQ$
+ $CC fg RR$
+ $K(x) fg K$
+ $K fg K$
]
#notice[
Если $L fg K$ --- расширение, то в $L$ есть структура линейного пространства над $K$. Аксиомы тривиально следуют из аксиом поля.
]
#def[
Размерность расширения обозначается $dim_K L = [L : K]$ и называется _степенью расширения_ $L fg K$. Если $[L : K] < oo$, то такое расширение называется _конечным_.
]
#examples[
+ $[CC : RR] = 2$.
+ $[RR : QQ] = oo$.
]
#pr(name: "Мультипликативность степени")[
Пусть $M fg L fg K$ --- башня расширений и $[L : M] = m < oo$ и $[M : L] = n < oo$. Тогда $[M : K] = m n$.
]
#proof[
Пусть $e_1, ..., e_m$ --- базис $L fg K$, а $f_1, ..., f_n$ --- базис $M fg L$. \
Докажем $(e_i f_j)_(i, j)$ является базисом $M fg K$.
Докажем линейную независимость. Пусть $sum_(i, j) alpha_(i j) e_i f_j = 0$ для некоторых $alpha_(i j) in K$. Тогда
$
0 = sum_(i, j) alpha_(i j) e_i f_j = sum_(j) sum_i underbrace((alpha_(i j) e_i), in L) f_j ==> forall i: sum_(i) alpha_(i j) e_i = 0 ==> "все" alpha_(i j) = 0.
$
Пусть $c in M$, знаем, что $f_j$ образуют базис, поэтому $c = sum_(j) b_j f_j, space b_j in L, space b_j = sum_(i) a_(i j) e_i$, $a_(i j) in K$. Получаем, что $c = sum_(j)(sum_(i)a_(i j) e_i)f_j = sum_(i j)a_(i j)e_i f_j$.
]
#pr[
Пусть $F$ --- конечное поле $char F = p$. Тогда его $abs(F) = p^n #[ для некоторого ] n in NN$
]
#proof[
$F fg F_0$, где $F_0$ --- его простое подполе. $F_0 iso ZZ fg (p)$. Знаем $[F:F_0] = n$, пусть $e_1, ..., e_n$ --- базис $F$. Рассмотрим биекцию
$
F_0^n &--> F \
vec(alpha_1, dots.v, alpha_n) &maps sum alpha_i e_i.
$
Так как это биекция, $abs(F) = abs(F_0^n) = p^n$.
]
#ticket[Алгебраические и трансцендентные расширения. Алгебраичность конечных
расширений]
#def[
Пусть $L fg K$ --- расширение и $a in L$. Тогда $a$ называется _алгебраическим_ над $K$, если $exists f in K[x], f!= 0 : f(a) = 0$
]
#example[
+ $sqrt(2)$ --- алгебраичен над $QQ$.
+ $pi$ --- не алгебраичен над $QQ$ (без доказательства).
]
#def[
Если $a$ --- не алгебраичен над $K$, говорят, что $a$ --- _трансцендетный_ над $K$.
]
#def[
$L fg K$ называется _алгебраичным расширешнием_, если все элементы алгебраичны над $K$. В противном слечае расширение называется _трансцендентным_.
]
#pr[
Если расширение конечное, то оно алгебраическое.
]
#proof[
$d = [L : K]$, $x in L$\
$1, x, x^2, ..., x^d in L$ --- ЛЗС $==>$ $alpha_0 + alpha_1 x + alpha_2 x^2 + ... + alpha_d x^d = 0$ и не все $alpha_i = 0$.
Тогда $f(x) = 0$, где $f = sum_(i = 0)^(d)alpha_i x^i = 0$.
]
#ticket[Минимальный многочлен алгебраического элемента. Строение простого
алгебраического расширения, его степень]
#notice[
Пусть $a$ --- алгебраический элемент над $K$ \
$I = {f in K[x] bar f(a) = 0}$ --- идеал в $K[x]$, тогда $I = (f_0)$
$(f g)(a) = 0 ==> f(a) g(a) = 0 ==> f(a) = 0 or g(a) = 0 ==> f_0$ неприводим
]
#denote[
Такой многочлен обозначается $f_0 = Irr_K a$, его называют _минимальным неприодимым многочленом_ элемента $a$ над $K$.
]
#def[
Пусть $L fg K$ --- расширение, $a_1, ..., a_m in L$. $K(a_1, ..., a_m) = limits(sect.big)_(F #[--- подполе] \ F supset K \ a_1, ..., a_m in F) F$.
]
#def[
Расширение называют _алгебраическим_, если все элементы, добавляемые к полю $K$ алгебраичны над $K$. Иначе расширение называется _трансцендентным_.
Расширение называется _простым_, если добавляется один элемент.
]
#ticket[Присоединение к полю корня неприводимого многочлена]
#pr[
Пусть $L$ --- простое алгебраическое расширение, то есть $a$ --- алгебраический над $K$. Тогда:
+ $L iso K[x] fg (f), space f = Irr_K a$
+ В $L$ есть базис вида $1, a, a^2, ..., a^(d - 1)$, где $d = deg f$.
]
#proof[
+ #[
Рассмотрим отображение (гомоморфизм колец)
$
K[x] &limits(-->)^(phi) L \
g &maps g(a) \
Ker(phi) &= (f)
$
По теореме о гомоморфизме существует изоморфизм
$
K[x] fg (f) &limits(-->)^(overline(phi)) Im phi \
overline(x) &maps a \
$
($overline(x)$ --- класс $x$)
$f$ --- неприводим, поэтому $K[x] fg (f)$ --- поле, значит $Im phi$ тоже поле. $underbrace(K, (c = phi(c), c in K)) subset Im phi, space underbrace(a, a = phi(x)) in Im phi$.
]
+ #[
В $K[x] fg (f)$ есть базис, $1, overline(x), ..., overline(x)^(d-1)$. Если бы они были линейно зависимы, то
$
alpha_0 + alpha_1 overline(x)^1 + ... + alpha_(d-1) overline(x)^(d-1) = 0 = overline(alpha_0 + ... + alpha_(d - 1) x^(d - 1)).
$
Но тогда $f divides alpha_0 + ... + alpha_(d - 1) x^(d - 1)$, но так как степень многочлена справа меньше $d$, то справа стоит 0, и система линейно независима.
Также $forall g in K[x] space g = q mul f + r, deg(r) < d ==> overline(g) = overline(r) in Lin(overline(1), overline(x), ..., overline(x^(d-1)))$, значит это действительно базис.
Базис под действием гомоморфизма переходит в базис, а значит $1, a, a^2, ..., a^(d-1) #[--- базис L]$
]
]
#example[
$QQ(root(3, 2))$ --- простое алгебраическое расширение $QQ$.
$Irr_QQ root(3, 2) = x^3 - 2$. Значит $1$, $root(3, 2)$, $root(3, 4)$ --- базис $QQ(root(3, 2))$ над $QQ$.
]
#pr[
Пусть $a$ трансцендентен над $K$. Тогда существует изоморфизм
$
K(x) &--> K(a) \
f / g &maps f(a) / g(a)\
$
]
#proof[
Без доказательства.
]
#follow[
Пусть $a, b: Irr_K a = Irr_K b$. Тогда
$ K(a) iso K(b) $
]
#follow[
Пусть $f$ --- неприводимый над $K$. Тогда существует расширение $K(a) fg K$ такое, что
$ Irr_K a = f $
]
#proof[
$L = K[x] fg (f)$ --- поле. $c in K$ отождествим с $overline(c) in K[x] fg (f)$ \
$a := overline(x), f(a) = f(overline(x)) = overline(f(x)) = 0$
$
cases(f(c), f #[--- неприводим]) ==> Irr a = f
$
]
|
https://github.com/chaosarium/typst-templates | https://raw.githubusercontent.com/chaosarium/typst-templates/main/homework/lib.typ | typst | #let total_pages = locate(loc=>counter(page).final(loc).at(0))
#let homework_layout(doc,
title,
font: "auto",
font_size: 11pt,
leading: .6em,
default_lang: "sml",
) = {
set page(
margin: (
y: 1in,
x: 1in,
),
paper: "us-letter",
header: [
#grid(columns: (2fr, 1fr), gutter: 1pt,
align(left)[#title],
align(right)[Page #counter(page).display() of #total_pages]
)
#v(-8pt)
#line(length: 100%, stroke: 0.5pt)
],
numbering: none,
)
set text(
size: font_size,
font: font
)
set par(
leading: leading
)
set raw(lang: default_lang)
show heading.where(level: 2): set text(size: 12pt, weight: 600)
show heading.where(level: 1): set text(size: 16pt, weight: 800)
show footnote.entry: set text(size: 10pt)
show raw.where(block: false): it => box(
fill: luma(245),
outset: (y: 3pt),
inset: (x: 2pt),
stroke: 0.2pt + luma(150),
radius: 1pt,
it
)
show raw.where(block: true): block.with(
fill: luma(245),
inset: 8pt,
stroke: 0.2pt + luma(150),
width: 100%,
radius: 1pt,
)
doc
}
|
|
https://github.com/binhtran432k/ungrammar-docs | https://raw.githubusercontent.com/binhtran432k/ungrammar-docs/main/contents/requirements-analysis/monaco.typ | typst | === Ungrammar Monaco
==== List of Usecase
- Use LSP Features
==== Usecase Diagram
#figure(
image("/diagrams/generated/usecase/uc-ungram-monaco.svg", width: 80%),
caption: [Usecase Diagram of Ungrammar Monaco]
)
==== Usecase Specifications
#[
#set raw(lang: "gherkin", block: true)
#figure(
raw(read("/features/use-lsp-features.feature")),
caption: [Use LSP Features Usecase],
)
]
|
|
https://github.com/HynDuf/typst-cv | https://raw.githubusercontent.com/HynDuf/typst-cv/master/template/modules_en/skills.typ | typst | Apache License 2.0 | // Imports
#import "../../lib.typ": cvSection, cvSkill, hBar
#let metadata = toml("../metadata.toml")
#let cvSection = cvSection.with(metadata: metadata)
#cvSection("Skills")
#cvSkill(
type: [Languages],
info: [Vietnamese #hBar() English #hBar() Japanese (Learning)],
)
#cvSkill(
type: [Tech Stack],
info: [C/C++ #hBar() Python #hBar() Golang #hBar() Flutter #hBar() Rust #hBar() Linux],
)
#cvSkill(
type: [Personal Interests],
info: [Productivity #hBar() Linux Customization #hBar() Knowledge Management],
)
#cvSkill(
type: [Competitive Programming],
info: [#link("https://codeforces.com/profile/_LNHTD_")[Codeforces] #hBar() #link("https://atcoder.jp/users/HynDuf")[Atcoder] #hBar() #link("https://www.codechef.com/users/hynduf")[Codechef]],
)
|
https://github.com/dismint/docmint | https://raw.githubusercontent.com/dismint/docmint/main/networks/lec3.typ | typst | #import "template.typ": *
#show: template.with(
title: "Lecture 3",
subtitle: "14.15"
)
= Eigenvector Centrality
In addition to the definitions of importance we got in the previous lectures for nodes in a graph, we will not introduce the new notion of *eigenvector centrality*.
#define(
title: "Eigenvector Centrality"
)[
A non-zero vector $c_i$ such that for the $i$th node and some scalar $lambda > 0$:
$ lambda c_i = sum_(j != i) g_(j i)c_j $
More simply, this means that the centrality of a node is proportional to the sum of the centrality of its neighbors.
]
The fact that this definition contains $g_(j i)$ instead of $g_(i j)$ is an important fact for directed graphs.
In general, centrality is also normalized so that the sum over all nodes is 1.
#example(
title: "Eigenvector Centrality"
)[
$
g = mat(delim: "[",
0, 1, 1;
1, 0, 1;
0, 0, 0;
)
$
The eigenvector centrality is then then solution to the following set of equations:
$
lambda c_1 &= c_2\
lambda c_2 &= c_1\
lambda c_3 &= c_1 + c_2\
c_1 + c_2 + c_3 &= 1
$
Solving the system yields
$ lambda = 1, c_1 = c_2 = 1 / 4, c_3 = 1 / 2 $
]
It's not super clear when this measure of centrality exists, and if it does, whether it is unique or has multiple solutions.
For strongly connected graphs, eigenvector centrality is well-defined. In fact, we can write it as simply as:
$ lambda c = g'c $
Recall that we can solve for the eigenvalues of a matrix with the following equation:
$ |g - lambda bold(I)| = 0 $
#define(
title: "Perron-Frobenius Theorem"
)[
For every irreducible non-negative matrix, its largest eigenvalue is positive, and the corresponding eigenvector has all positive components.
]
= Katz-Bonacich
Obviously there are problems that arise when the entire graph is not strongly connected. In fact, the only nodes that will have a positive eigenvector centrality in an arbitrary directed graph are those who are either part of a strongly connected component, or lie in out-component of a SCC. All other nodes have an eigenvector centrality of 0.
To fix this, we introduce Katz-Bonacich Centrality, which works by giving each nodes some amount of centrality $beta$ for free.
#define(
title: "Katz-Bonacich Centrality"
)[
$ c_i = 1 / lambda sum_(j != i) g_(j i)c_j + beta $
Solving this equation and simplifying yields the following form:
$ c = beta (bold(I) - 1 / lambda g')^(-1) bold(1) $
Where $bold(I)$ is the $n times n$ identity matrix and $bold(1)$ is a $n times 1$ vector of 1's. One last simplification is to write $1 / lambda$ as $alpha$, also called the decay parameter.
$ c = beta (bold(I) - alpha g')^(-1) bold(1) $
]
The choice of $beta$ simply scales $c$, so we generally take $beta = 1$ for Katz-Bonacich centrality. This is *not* the same normalization as discussed before.
This definition of centrality only holds when $(bold(I) - alpha g')$ is invertible. This holds if and only if $alpha < lambda_1$
#define(
title: "Leontief Inverse"
)[
The term $(bold(I) - alpha g)^(-1)$, which appears in the definition of Katz-Bonacich is known as the Leontief inverse of $g$ with parameter $alpha$, and is notated with $Lambda$.
We can interpret some $Lambda_(i j)$ as the sum over all length $l$ paths from $i$ to $j$, with the value of a walk being the product of the weighs on the graph, discounted by $alpha^l$. Thus the longer the path, the less it is valued in the final weighting.
]
= PageRank
PageRank is the algorithm that Google uses to rank their websites. It is similar to Katz-Bonacich, except it attempts to remove the scenario where an obscure website linked by a popular website is considered popular as well (which is the case in Katz-Bonacich).
#define(
title: "PageRank"
)[
$ c_i = alpha sum_(i != j) g_(j i) / d_j^"out"c_j + 1 $
We can see that the definition is very similar to Katz-Bonacich, except the free $beta$ is set to 1, and the value is normalized by $d_j^"out"$, the out-degree. If the out-degree is 0, then this value is 1.
In matrix form we get the following:
$ c = alpha g' D^(-1) c + bold(1) $
Where $D$ is a diagonal matrix with $D_(i i) = "max"(d_i^"out", 1)$. Solving this matrix equation yields:
$ c = (bold(I) - alpha g' D^(-1))^(-1) bold(1) $
]
Importantly, the value of $alpha$ controls how much weight is placed on an indirect link. In practice, Google sets this to be $alpha = 0.85$
|
|
https://github.com/chubetho/Bachelor_Thesis | https://raw.githubusercontent.com/chubetho/Bachelor_Thesis/main/templates/abstract.typ | typst | #heading("Abstract", outlined: false)
#v(0.5em)
This study explores the feasibility and impact of adopting micro frontend architecture for the Deutsche Klassenlotterie Berlin project, an online lottery platform operated by LOTTO Berlin. The platform's existing monolithic architecture, developed in 2014, has become outdated, presenting significant challenges in terms of flexibility, maintainability, and scalability. In response, MULTA MEDIO, the development company, aims to modernize the system by transitioning to a micro frontend architecture. Through a comprehensive experimental approach, this study evaluates how the adoption of micro frontends can mitigate the limitations of the current architecture. The research spans eight chapters, covering the architectural transition, its practical implementation, and an analysis of the benefits and drawbacks. The findings offer valuable insights to support the decision-making process for this architectural shift.
#v(0.5em)
#heading("Zusammenfassung", outlined: false)
#v(0.5em)
#[
#set text(lang: "de")
Diese Studie untersucht die Machbarkeit und die Auswirkungen der Einführung einer Mikro-Frontend-Architektur für das Projekt Deutsche Klassenlotterie Berlin, einer von LOTTO Berlin betriebenen Online-Lotterieplattform. Die bestehende monolithische Architektur der Plattform, die im Jahr 2014 entwickelt wurde, ist veraltet und stellt erhebliche Herausforderungen in Bezug auf Flexibilität, Wartbarkeit und Skalierbarkeit dar. MULTA MEDIO, das Entwicklungsunternehmen, möchte daher das System durch die Umstellung auf eine Mikro Frontend Architektur modernisieren. Durch einen umfassenden experimentellen Ansatz wird in dieser Studie untersucht, wie der Einsatz von Mikro Frontends die Einschränkungen der derzeitigen Architektur abmildern kann. Die Untersuchung erstreckt sich über acht Kapitel, die sich mit der Umstellung der Architektur, ihrer praktischen Umsetzung und einer Analyse der Vor- und Nachteile befassen. Die Ergebnisse bieten wertvolle Einblicke, um den Entscheidungsprozess für diesen Architekturwechsel zu unterstützen.
]
#pagebreak(weak: true)
|
|
https://github.com/swaits/typst-collection | https://raw.githubusercontent.com/swaits/typst-collection/main/finely-crafted-cv/0.1.0/src/constants.typ | typst | MIT License | // Constants
#let SIZE_HUGE = 1.3em
#let SIZE_LARGE = 1.1em
#let SIZE_NORMAL = 1em
#let SIZE_SMALL = 0.9em
#let SIZE_TINY = 0.7em
#let BODY_FONT = "Libertinus Serif"
#let BODY_SIZE = 11pt
#let BODY_WEIGHT = "light"
#let HEADING_FONT = "Libertinus Serif"
#let PAGE_MARGIN = 0.5in
#let HEADER_SIZE = SIZE_SMALL
#let HEADER_ICON_HEIGHT = SIZE_NORMAL
#let HEADER_ICON_SPACING = 0.25em
#let FOOTER_SIZE = SIZE_TINY
#let FOOTER_TEXT_WEIGHT = "thin"
#let HEADLINE_NAME_SIZE = SIZE_HUGE
#let HEADLINE_NAME_WEIGHT = "black"
#let HEADLINE_HRULE_STROKE = 1pt + black
#let TAGLINE_SIZE = SIZE_NORMAL
#let TAGLINE_STYLE = "italic"
#let TAGLINE_WEIGHT = "regular"
#let SECTION_HEADING_SIZE = 0.7em // TODO: this seems wrong, should be SIZE_NORMAL (etc)
#let SECTION_HEADING_WEIGHT = "bold"
#let SECTION_HEADING_HRULE_STROKE = 0.75pt + black.lighten(25%)
#let SECTION_HEADING_SPACE_ABOVE = 1em
#let SECTION_HEADING_SPACE_BELOW = 0.5em
#let COMPANY_ICON_SIZE = SIZE_NORMAL
#let COMPANY_ICON_SPACING = 0.25em
#let COMPANY_NAME_SIZE = SIZE_LARGE
#let COMPANY_NAME_WEIGHT = "bold"
#let COMPANY_DATE_SIZE = COMPANY_NAME_SIZE
#let COMPANY_DATE_WEIGHT = "bold"
#let COMPANY_BLOCK_BELOW = 1.3em
#let JOB_NAME_SIZE = SIZE_NORMAL
#let JOB_NAME_STYLE = "normal"
#let JOB_NAME_WEIGHT = "medium"
#let JOB_LOCATION_SIZE = SIZE_SMALL
#let JOB_LOCATION_STYLE = JOB_NAME_STYLE
#let JOB_LOCATION_WEIGHT = "light"
#let JOB_BLOCK_ABOVE = 0.6em
#let JOB_BLOCK_BELOW = 1em
#let TABLE_HEADER_COLOR = blue.lighten(60%)
#let TABLE_ZEBRA_COLOR_0 = green.lighten(85%)
#let TABLE_ZEBRA_COLOR_1 = green.lighten(95%)
#let HRULE_HEIGHT = 0.5em
|
https://github.com/jgm/typst-hs | https://raw.githubusercontent.com/jgm/typst-hs/main/test/typ/compiler/repr-01.typ | typst | Other | // Numerical values.
#1 \
#1.0e-4 \
#3.15 \
#1e-10 \
#50.368% \
#0.0000012345pt \
#4.5cm \
#12e1pt \
#2.5rad \
#45deg \
#1.7em \
#(1cm + 0em) \
#(2em + 10pt) \
#2.3fr
|
https://github.com/Myriad-Dreamin/typst.ts | https://raw.githubusercontent.com/Myriad-Dreamin/typst.ts/main/fuzzers/corpora/text/raw_01.typ | typst | Apache License 2.0 |
#import "/contrib/templates/std-tests/preset.typ": *
#show: test-page
// Empty raw block.
Empty raw block:``.
|
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