421 KiB
Building Iosevka from Source
Cloning
Note that this repo has a 30+ GB commit history. If you only want the current files and future changes, you can avoid downloading so much by cloning the repo with a --depth limit. Example:
git clone --depth 1 https://github.com/be5invis/Iosevka.git
Building
To build Iosevka you should:
- Ensure that
nodejs(≥ 14.0.0) andttfautohintare present, and accessible fromPATH. - Run
npm install. This command will install all the NPM dependencies, and will also validate whether external dependencies are present. npm run build -- contents::iosevka.
You will find TTFs, as well as WOFF(2) web fonts and one Webfont CSS in the dist/ directory.
Using a Docker container
A Docker container handling the build environment for you can be found here.
To pull it from Docker Hub and start a standard build of the latest released version, run
docker run -it -v $(pwd):/build avivace/iosevka-build
If you are using Powershell, run
docker run -it -v ${pwd}:/build avivace/iosevka-build
Fonts files will be placed in the dist folder.
You can provide private-build.plans.toml for a customized build and/or specify the desired release appending -e FONT_VERSION=X.X.X. to the Docker command.
Customized Build
To create a custom build, you need:
-
Create
private-build-plans.tomlfile if absent. -
Add a build plan into
private-build-plans.toml. The configurable properties are described in the following sections. -
Run
npm run build -- contents::<your plan name>and the built fonts would be available indist/. Aside fromcontents::<plan>, other options are:contents::<plan>: Everything (TTF + webfont, hinted + unhinted);ttf::<plan>: TTF only;ttf-unhinted::<plan>: Unhinted TTF only;webfont::<plan>: Web fonts only (CSS + WOFF2);webfont-unhinted::<plan>: Unhinted web fonts only (CSS + WOFF2);woff2::<plan>: WOFF2 only.woff2-unhinted::<plan>: Unhinted WOFF2 only.
⚠️ Important: By default, the build system will schedule a number of concurrently running jobs equal to the number of threads available on the CPU, which will push CPU usage and also likely RAM usage, if you do not have very much to work with, to the ceiling (each job consumes more than 1 GB of RAM at its peak). If this is an issue for you, pass an additional argument --jCmd=<number of concurrent jobs>.
Configuring Custom Build
Configuration of build plans are organized under [buildPlans.<plan name>] sections in the private-build-plans.toml. You can use the Customizer to create the build plan, and/or manually edit them, following the instructions below.
Inside the plan, top-level properties include:
family: String, defines the family name of your custom variant.spacing: Optional, String, denotes the spacing of the custom variant. Valid values include:normal: The normal monospace font.quasi-proportional: The font will become quasi-proportional.quasi-proportional-extension-only: The font will become quasi-proportional, but will not shrink narrow letters (likei). Only wide letters (likeM) will get expanded.term: Make the symbols' width suitable for terminal emulators. Arrows and geometric symbols will become narrower.fontconfig-mono: Applytermspacing changes and further apply changes to be compatible with FontConfig's Mono spacing, which recognizes a font as monospace if and only if its every non-combining characters having the same width. The changes include:- Completely remove wide glyphs. All non-combining glyphs will be exactly the same width.
- As a consequence, the following characters will be removed:
U+27F5LONG LEFTWARDS ARROWU+27F6LONG RIGHTWARDS ARROWU+27FBLONG LEFTWARDS ARROW FROM BARU+27FCLONG RIGHTWARDS ARROW FROM BAR
- As a consequence, the following characters will be removed:
- Remove
NWIDandWWIDfeatures typographic features
- Completely remove wide glyphs. All non-combining glyphs will be exactly the same width.
fixed: Applyfontconfig-monochanges and further remove ligations.
serifs: Optional, String, configures style of serifs.- When set to
slab, the font will be converted into slab-serif. - Otherwise the font will be sans-serif.
- When set to
no-cv-ss: Optional, Boolean, disablescv##andss##OpenType features.no-ligation: Optional, Boolean, disables ligations.export-glyph-names: Optional, Boolean, whether to export glyph names into the fonts. Setting this totruewill increase file footprint, however this is necessary for ligature support in Kitty.webfont-formats: Optional, Array of String. Controls the formats needed to be exported into the webfont CSS. Valid options are'ttf'and'woff2', or including both.
Build plan could have 5 optional subsections: ligations, variants, weights, widths and slopes.
Configuring Ligations
Subsection ligations is used to customize the ligation set assigned to calt OpenType feature. Properties include:
-
inherits: Optional, String, defines the inherited ligation set. When absent, the ligation set will not inherit any other sets. Valid values are:--default-center-ops--: Default ligation set would be assigned to undefined.--c-center-ops--: Default ligation set would be assigned to undefined.--default-equality-inequality--: Default ligation set would be assigned to undefined.--c-equality-inequality--: Default ligation set would be assigned to undefined.--raku-equality-inequality--: Default ligation set would be assigned to undefined.--ml-equality-inequality--: Default ligation set would be assigned to undefined.--fstar-equality-inequality--: Default ligation set would be assigned to undefined.--haskell-equality-inequality--: Default ligation set would be assigned to undefined.--matlab-equality-inequality--: Default ligation set would be assigned to undefined.--verilog-equality-inequality--: Default ligation set would be assigned to undefined.--wolfram-equality-inequality--: Default ligation set would be assigned to undefined.--erlang-equality-inequality--: Default ligation set would be assigned to undefined.--default-kern--: Default ligation set would be assigned to undefined.default-calt: Inherit default ligation set.dlig: Default ligation set would be assigned to Discretionary ligatures.clike: Default ligation set would be assigned to C-Like.javascript: Default ligation set would be assigned to JavaScript.php: Default ligation set would be assigned to PHP.julia: Default ligation set would be assigned to Julia.raku: Default ligation set would be assigned to Raku.ml: Default ligation set would be assigned to ML.fsharp: Default ligation set would be assigned to F#.fstar: Default ligation set would be assigned to F*.haskell: Default ligation set would be assigned to Haskell.idris: Default ligation set would be assigned to Idris.elm: Default ligation set would be assigned to Elm.purescript: Default ligation set would be assigned to PureScript.swift: Default ligation set would be assigned to Swift.dafny: Default ligation set would be assigned to Dafny.coq: Default ligation set would be assigned to Coq.matlab: Default ligation set would be assigned to Matlab.verilog: Default ligation set would be assigned to Verilog.wolfram: Default ligation set would be assigned to Wolfram Language (Mathematica).erlang: Default ligation set would be assigned to Erlang Language.
-
disablesandenables: Optional, String Array, Cherry-picking ligation groups to be disabled or enabled. Valid values include:center-ops: Vertically align some of the operators (like*) to the center position it is before or after a "center" operator (like+).center-op-trigger-plus-minus-l: Plus (+) and Minus (-) will trigger other operator characters at left to be centered.center-op-trigger-plus-minus-r: Plus (+) and Minus (-) will trigger other operator characters at right to be centered.center-op-trigger-equal-l: Equal (=) will trigger other operator characters at left to be centered.center-op-trigger-equal-r: Equal (=) will trigger other operator characters at right to be centered.center-op-trigger-bar-l: Bars (|) will trigger other operator characters at left to be centered.center-op-trigger-bar-r: Bars (|) will trigger other operator characters at right to be centered.center-op-trigger-angle-inside: Less (<) and Greater (>) will trigger other operator characters at inside to be centered.center-op-trigger-angle-outside: Less (<) and Greater (>) will trigger other operator characters at outside to be centered.center-op-influence-dot: Treat dot (.) as operator and perform chained centering.center-op-influence-colon: Treat colon (:) as operator and perform chained centering.arrow-l: Enable ligation set that forms left-pointing arrows.arrow-r: Enable ligation set that forms right-pointing arrows.counter-arrow-l: Enable ligation that produces left-pointing counter-arrows.counter-arrow-r: Enable ligation that produces right-pointing counter-arrows.trig: Enable ligation for<|,|>,<||, and other bar-and-angle-bracket symbols.eqeqeq: Enable special ligation for===with triple lines.eqeq: Enable ligation for==and===.lteq: Enable ligation for<=as less-than-or-equal sign.eqlt: Enable ligation for=<as less-than-or-equal sign.gteq: Enable ligation for>=as greater-than-or-equal sign.exeqeqeq: Enable special ligation for!===with triple lines.exeqeq: Enable special ligation for!==with triple lines.eqexeq: Enable special ligation for=!=with triple lines.eqexeq-dl: Enable special ligation for=!=with double lines.exeq: Enable ligation for!=and!==.tildeeq: Enable ligation for~=as inequality.eqslasheq: Enable special triple-line ligation for=/=as inequality.slasheq: Enable ligation for/=and=/=as inequality.ltgt-ne: Enable ligation for<>as inequality.ltgt-diamond: Enable ligation for<>as diamond.ltgt-diamond-tag: Enable ligation for<>as diamond-shaped empty HTML/XML tag.ltgt-slash-tag: Enable ligation for</,/>and</>.brst: Center asterisk in(*and*).slash-asterisk: Shift asterisk in/*and*/.plusplus: Enable ligation for++and further plus-chaining.kern-dotty: Move connecting dotty punctuations closer, like for::,:::and....kern-bars: Move consecutive bars closer, like for||,|||and//.logic: Enable ligation for/\and\/.llgg: Enable ligation for<<,>>and other angle-bracket chaining.llggeq: Enable ligation for<<=,>>=as shift operator.html-comment: Enable ligation for<!--and<!---.colon-greater-as-colon-arrow: Transform:>into:and a narrow arrow.brace-bar: Enable ligation for{|and|}.brack-bar: Enable ligation for[|and|].connected-underscore: Make contiguous underscores (like__) connected.connected-number-sign: Make contiguous number signs (like##) connected.connected-tilde-as-wave: Make contiguous ASCII tildes (like~~) connected as a wave line.connected-hyphen: Make contiguous hyphen-minuses (like--) connected as a straight solid line.
Configuring Character Variants
Subsection variants is used to configure character variants in the font. Properties include:
-
inherits: Optional, String, defines the inherited stylistic set. Valid options include:ss01: Set character variant to “Andale Mono Style”.ss02: Set character variant to “Anonymous Pro Style”.ss03: Set character variant to “Consolas Style”.ss04: Set character variant to “Menlo Style”.ss05: Set character variant to “Fira Mono Style”.ss06: Set character variant to “Liberation Mono Style”.ss07: Set character variant to “Monaco Style”.ss08: Set character variant to “Pragmata Pro Style”.ss09: Set character variant to “Source Code Pro Style”.ss10: Set character variant to “Envy Code R Style”.ss11: Set character variant to “X Window Style”.ss12: Set character variant to “Ubuntu Mono Style”.ss13: Set character variant to “Lucida Style”.ss14: Set character variant to “JetBrains Mono Style”.ss15: Set character variant to “IBM Plex Mono Style”.ss16: Set character variant to “PT Mono Style”.ss17: Set character variant to “Recursive Mono Style”.ss18: Set character variant to “Input Mono Style”.ss20: Set character variant to “Curly Style”.
-
design,upright,italic, andoblique: Optional, Dictionary, defines styles for individual characters. The choices are organized in key-value pairs, assigning a variant to a character group. Alternatively, you could assign numbers tocv##tags, like what you did when using OpenType in CSS. Assignments underdesignwill be applied to all the slopes, andupright,italic, andobliquewill apply to corresponded slopes.In addition, style selector for default digit form also uses these dictionaries.
The valid combinations include:
- Default digit form:
digit-form = 'lining'Lining (default) digit-form = 'old-style'Old-style - APL form:
apl-form = 'none'Disable APL-specific forms (default) apl-form = 'enable'Enable harmonized alternate forms APL operators - Styles for
A: - Styles for
B: - Styles for
C: - Styles for
D: - Styles for
E: - Styles for
F: - Styles for
G: - Styles for
H: - Styles for
I:capital-i = 'serifed',cv09 = 1I with standard (long) serifs (default) capital-i = 'serifless',cv09 = 2I without serifs, like a straight bar capital-i = 'short-serifed',cv09 = 3I with short serifs - Styles for
J: - Styles for
K: - Styles for
L: - Styles for
M: - Styles for
N: - Styles for
P: - Styles for
Q: - Styles for
R: - Styles for
S: - Styles for
T:capital-t = 'serifless',cv19 = 1Serifless T (default for Sans) capital-t = 'motion-serifed',cv19 = 2Motion-Serifed T capital-t = 'serifed',cv19 = 3Serifed T (default for Slab) - Styles for
U: - Styles for
V: - Styles for
W: - Styles for
X: - Styles for
Y: - Styles for
Z: - Styles for
a: - Styles for
b: - Styles for
c: - Styles for
d: - Styles for
e:e = 'flat-crossbar',cv30 = 1ewith flat crossbar (default for Upright)e = 'rounded',cv30 = 2ewith more rounded shape (default for Italic) - Styles for
f: - Styles for
g: - Styles for
h: - Styles for
i: - Styles for
j: - Styles for
k: - Styles for
l: - Styles for
m: - Styles for
n: - Styles for
p: - Styles for
q: - Styles for
r: - Styles for
s: - Styles for
t: - Styles for
u: - Styles for
v: - Styles for
w: - Styles for
x: - Styles for
y: - Styles for
z: - Styles for
ſ(Long-S): - Styles for
ß(Eszet): - Styles for
Λ,Δ(Greek capital Lambda (Λ) and Greek capital Delta (Δ)): - Styles for
α(Greek lower Alpha): - Styles for
δ(Greek lower Delta):lower-delta = 'rounded',cv55 = 1Greek lower Delta ( δ) with rounded top (default)lower-delta = 'flat-top',cv55 = 2Greek lower Delta ( δ) with flat top - Styles for
Γ(Greek capital Gamma): - Styles for
ι(Greek lower Iota): - Styles for
λ(Greek small Lambda): - Styles for
μ(Greek small Mu): - Styles for
ξ(Greek lower Xi):lower-xi = 'rounded',cv60 = 1Greek lower Xi ( ξ) with rounded toplower-xi = 'flat-top',cv60 = 2Greek lower Xi ( ξ) with flat top (default) - Styles for
Ж(Cyrillic Capital Zhe): - Styles for
ж(Cyrillic Zhe): - Styles for
З(Cyrillic Capital Ze): - Styles for
з(Cyrillic Lower Ze): - Styles for
К(Cyrillic Capital Ka): - Styles for
к(Cyrillic Ka): - Styles for
л(Cyrillic Lower El):cyrl-el = 'straight',cv67 = 1Cyrillic Lower El ( л) with standard shape (default)cyrl-el = 'tailed',cv67 = 2Cyrillic Lower El ( л) with tail shape - Styles for
м(Cyrillic Lower Em): - Styles for
н(Cyrillic Lower En): - Styles for
ф(Cyrillic Lower Ef): - Styles for
ч(Cyrillic Lower Che):cyrl-che = 'standard',cv71 = 1Cyrillic Lower Che ( ч) with standard shape (default)cyrl-che = 'tailed',cv71 = 2Cyrillic Lower Che ( ч) with tail - Styles for
У(Cyrillic Capital U): - Styles for
Я(Cyrillic Capital Ya): - Styles for
я(Cyrillic Lower Ya): - Styles for
ь(Cyrillic Lower Yeri and related letters): - Styles for
ы(Cyrillic Lower Yery): - Styles for
0: - Styles for
1: - Styles for
2:two = 'straight-neck',cv79 = 12with straight necktwo = 'curly-neck',cv79 = 22with curly neck (default) - Styles for
3:three = 'flat-top',cv80 = 1Flat top 3(Like Museo Sans / Montserrat)three = 'two-arcs',cv80 = 2Arched top 3(default) - Styles for
4: - Styles for
5:five = 'vertical-upper-left-bar',cv82 = 15with a vertical upper-left bar (default)five = 'oblique-upper-left-bar',cv82 = 25with an oblique upper-left bar - Styles for
6:six = 'closed-contour',cv83 = 16with a more closed contoursix = 'open-contour',cv83 = 26with a more open contoursix = 'straight-bar',cv83 = 36with a straight bar (default) - Styles for
7: - Styles for
8: - Styles for
9:nine = 'closed-contour',cv86 = 19with a more closed contournine = 'open-contour',cv86 = 29with a more open contournine = 'straight-bar',cv86 = 39with a straight bar (default) - Styles for
öẋ,ij(Dot and Comma shape in diacritics):diacritic-dot = 'round',cv87 = 1Dots and Commas in diacritics are round (default) diacritic-dot = 'square',cv87 = 2Dots and Commas in diacritics are square - Styles for
.,,:;(Dot and Comma shape in punctuations and symbols):punctuation-dot = 'round',cv88 = 1Small punctuations (like .,,) use round dots (default)punctuation-dot = 'square',cv88 = 2Small punctuations (like .,,) use square dots - Styles for
~:tilde = 'high',cv89 = 1Higher tilde ~tilde = 'low',cv89 = 2Lower tilde ~(default) - Styles for
*: - Styles for
_: - Styles for
^:caret = 'high',cv92 = 1Higher circumflex ^caret = 'medium',cv92 = 2Lower circumflex ^(default)caret = 'low',cv92 = 3Lower circumflex ^ - Styles for
(,): - Styles for
{,}:brace = 'straight',cv94 = 1More straight braces brace = 'curly',cv94 = 2More curly braces (default) brace = 'curly-flat-boundary',cv94 = 3Curly braces with flat boundary shape - Styles for
#: - Styles for
&: - Styles for
@: - Styles for
$: - Styles for
%: - Styles for
|,¦: - Styles for
':ascii-single-quote = 'straight',VXSB = 1Show ASCII quote ( ") as short vertical straight bar. (default)ascii-single-quote = 'raised-comma',VXSB = 2Show ASCII quote ( ") as raised comma. - Styles for
`: - Styles for
?: - Styles for
¶:pilcrow = 'high',VXSE = 1Higher pilcrow sign ¶(default)pilcrow = 'low',VXSE = 2Lower pilcrow sign ¶ - Styles for
¢: - Styles for
∂(Partial derivative symbol): - Styles for
ð(Lowercase Eth):lower-eth = 'straight-bar',VXAA = 1ðwith a straight barlower-eth = 'curly-bar',VXAA = 2ðwith a curly bar (default) - Styles for
µ(Micro sign): - Styles for
<=,>=(Less-equal and Greater-equal ligations):lig-ltgteq = 'flat',VXLA = 1The lower bar of <=and>=ligation is flat (default)lig-ltgteq = 'slanted',VXLA = 2The lower bar of <=and>=ligation is slanted - Styles for
!=(Not-equal ligations): - Styles for
==(Equality ligations): - Styles for
--(Hyphen-minus ligations): - Styles for
=>(Double arrow ligation): - Styles for
->(Single arrow ligation):
- Default digit form:
Configuring Weights, Widths and Slopes
Subsection weights is used to change the weight grades that the custom family needs. It is a dictionary of either strings formatted in default.<weight> format, meaning reusing a default weight grade, or sub-objects with properties:
shape: Number, configures the weight grade of the glyphs' shapes.menu: Integer, configures the weight grade used when naming fonts.css: Integer, configures the weight grade used in web font CSS.
Subsection widths is used to change the width grades that the custom family needs. It is a dictionary of either strings formatted in default.<width> format, meaning reusing a default width grade, or sub-objects with properties:
shape: Number, configures the width of the glyphs' shapes, measured in 1/1000 em.menu: Integer, configures the width grade used when naming fonts. The valid values are1to9, inclusive.css: String, configures the font-stretch value used in web font CSS.
Subsection slopes is used to change the slope angles and grades that the custom family needs. It is a dictionary of either strings formatted in default.<slope> format, meaning reusing a default slope grade, or sub-objects with properties:
angle: Number, configures the slope angle in degrees. The valid vales are0to15, inclusive.shape: String fromupright,italicoroblique. Configures the slope used for variant selection.menu: String fromupright,italicoroblique. Configures the slope grade used when naming fonts.css: String fromnormal,italicoroblique. Configures the CSS font-style value.
Subsection slopes is a simple string-to-string dictionary maps slopes (upright, italic or oblique) to CSS font-style values, represented in string.
Compatibility Ligatures
Certain software, notably Emacs, relies on pre-encoded ligatures instead of OpenType to provide ligations. Iosevka could be configured with additional subsection compatibility-ligatures, being an array of records with following fields:
unicode: The PUA code point being assigned to.featureTag: The feature tag to compute ligations.sequence: The source character sequence.
A sample of compatibility ligature config is:
[[buildPlans.iosevka-custom.compatibility-ligatures]]
unicode = 57600 # 0xE100
featureTag = 'calt'
sequence = '<*>'
Metric Override
Subsection metric-override provides ability to override certain metric values, if you reallly want to. Adding this section is strongly discouraged as it may introduce broken geometry or broken shapes.
| Property | Unit | Default Value | Meaning |
|---|---|---|---|
cap |
emu | 735 | Height of H. |
ascender |
emu | 735 | Height of b. |
xHeight |
emu | 520 | Height of x. |
sb |
emu | (varies, 60 for Regular) | Width of common side-bearings. |
accentWidth |
emu | 200 | Width of accent marks. |
accentClearance |
emu | 72 | Vertical clearance of accent marks to the base. |
accentHeight |
emu | 176 | Height of accent marks. |
accentStackOffset |
emu | 220 | Offset height of accent mark stack. |
dotSize |
emu | (varies, 125 for regular) | Size of dots in diacritic marks. |
periodSize |
emu | (varies, 140 for regular) | Size of dots in period. |
leading |
emu | 1250 | Built-in line height. |
symbolMid |
emu | 340 | Height of the center of hyphen (-). |
parenSize |
emu | 966 | Height of Parentheses. |
winMetricAscenderPad |
emu | 0 | Additional pad for Win metrics’ ascender to avoid clipping in legacy Windows applications. |
winMetricDescenderPad |
emu | 0 | Additional pad for Win metrics’ descender to avoid clipping in legacy Windows applications. |
powerlineScaleX, powerlineScaleY |
(ratio) | 1 | X and Y scale of Powerline glyphs. |
powerlineShiftX, powerlineShiftY |
emu | 0 | X and Y shift of Powerline glyphs. |
onumZeroHeightRatio |
(ratio) | 1.145 | Ratio of height of 0 under onum feature, to the height of x. |
essRatio |
(ratio) | (varies, 1.12 for Regular) | Ratio of the thickness of the neck of S/s/?, to the normal stroke width. essRatioUpper, essRatioLower and rssRatioQuestion will override this value for corresponded glyph categories when set. |
essRatioUpper |
(ratio) | (varies, 1.12 for Regular) | Ratio of the thickness of the neck of S, to the normal stroke width. |
essRatioLower |
(ratio) | (varies, 1.12 for Regular) | Ratio of the thickness of the neck of s, to the normal stroke width. |
essRatioQuestion |
(ratio) | (varies, 1.12 for Regular) | Ratio of the thickness of the neck of ?, to the normal stroke width. |
archDepth |
emu | (varies, 195 for Regular) | Depth of the curve segment of arches / O rings in capital letters. |
smallArchDepth |
emu | (varies, 200 for Regular) | Depth of the curve segment of arches / O rings in small letters. |
The values of each item could be either a number, or a string representing an expression so that it could be different for different instance fonts, or depending on default values. The syntax of valid expressions are:
Expression -> Term (('+' | '-') Term)*
Term -> Factor (('*' | '/') Factor)*
Factor -> ('+' | '-')* Primitive
Primitive -> Literal
| Call
| Binding
| Group
| List
Literal -> ['0'..'9']+ ('.' ['0'..'9']+)?
Identifier -> ['A'..'Z', 'a'..'z', '_']+
Call -> Identifier '(' Expression (',' Expression)* ')'
List -> Identifier '[' Expression (',' Expression)* ']'
Binding -> Identifier
Valid identifiers include:
weight: being the weight grade;width: being the characters' unit width, measured in em-units;slopeAngle: being the slope angle in degrees;- Default value of all overridable metrics, prefixed with
default_, i.e., defaultcapvalue will be accessable thorughdefault_cap.
Valid functions include:
blend(x, [x1, y1], [x2, y2], ...): Perform a smooth interpolation through data pairs [x1, y1], [x2, y2], ..., against parameter x.
For example, the following configuration:
[buildPlans.iosevka-custom.metric-override]
leading = 1500
sb = 'default_sb * 1.0625 + 15'
dotSize = 'blend(weight, [100, 50], [400, 125], [900, 180])'
will:
- Override line height to
1500em-unit; - Override the sidebearing value by its value multiplied by
1.0625then added with15. - Override the dot size by a interpolation against weight: at thin (
100) being50, at regular (400) being125, and at heavy (900) being180.
Sample Configuration
A sample configuration could be found at private-build-plans.sample.toml.
TTC Building
It is possible to create a customized TTC build by using the following method:
- Add a collect plan into
private-build-plans.toml, with afromfield containing all the TTF groups it needs:
[collectPlans.iosevka-custom]
from = ["iosevka-custom1", "iosevka-custom-2"]
- Run build with the following command:
npm run build -- ttc::iosevka-custom: Create TTCs from collectioniosevka-custom; The file will be saved intodist/.ttc.npm run build -- super-ttc::iosevka-custom: Create a single-file TTC from collectioniosevka-custom; The file will be saved intodist/.super-ttc.