VIRTUOS_Assets/Fonts/26F_galaxy_sans
..
fonts
OFL.txt
README.md
README_SC.md

26F Galaxy Sans

An animation of “26F Galaxy Sans” in 26F Galaxy Sans showing varying weights.

Click here to view the Simplified Chinese Version 点击这里来阅读简中版本

26F Galaxy Sans is an open-source variable typeface featuring elements from space and the universe. It is designed for the block stacking game Techmino Galaxy (which is currently under development).

Features

Variable Font

26F Galaxy Sans is available as variable font files with a weight axis ranging from 50 to 300.

An animation of the text “The power of variable fonts” in 26F Galaxy Sans, showing its variable font weights.

Multiple Weights

26F Galaxy Sans also supports multiple weights for software that doesnt support variable fonts. The static builds include nine different weights for a variety of use.

An image showing the nine different weights of 26F Galaxy Sans and their obliques.

All-Caps Ligatures

26F Galaxy Sans also have all-caps ligatures. Simply enable the liga and dlig OpenType Feature to use them.

An image showing all the ligatures included in 26F Galaxy Sans.

Build from Source

NB: I used a Glyphs-specific feature called auto stroke in order to make editing easier. However, it seems that gftools cannot understand this new feature. Therefore, it is highly recommended to use the original Glyphs 3 app to build the font files. If you still want to build the font files using gftools, make sure to use the Glyph files in the ./build directory. I would export the flattened Glyphs and UFO files on a regular interval so please stay tuned.

You can either build the fonts using the Glyphs app (or other font editing programs) directly, or you can choose to build them in the command line using the Google Font Tools (gftools). You have to install Python 3.7 or later to use gftools.

  1. Install gftools by executing the following command:

    $ pip install gftools
    
  2. Navigate to ./.github/workflows/ in the command line.

  3. Execute the following command:

    gftools builder config.yaml
    
  4. Find the compiled fonts in the .github/fonts folder.

Notes for non-Glyphs users

It is strongly recommended to use original Glyphs files whenever possible as it preserves the original auto strokes for easier editing (though some glyphs are decomposed in order to avoid compatibility issues).

But if that is not possible for you, you can also use the exported UFO (unified font object) files as an alternative choice. However:

  • All the auto strokes and other Glyphs-specific smart stuff are decomposed to outlines in UFO files.

  • Because of this, it is not possible for me to directly save the Glyphs files as UFO. To export UFO files, it is necessary to decompose all the smart stuff manually and export each master into an independent UFO file, so UFO files may not update as timely as the Glyphs files.

  • Since UFO does not support multiple masters, you need to interpolate using specific programs in order to get multiple weights and variable fonts by combining the provided masters in UFO.

  • All the user-friendly glyph names are converted to production names (uni####).

  • The actual weights of the exported static font files are as follows if you want to generate all weights included in the distro:

    Weights Actual Stem widths Weight Class (Recommended)
    Hairline 50 50
    Thin 65 100
    Ultra Light 83 200
    Light 95 300
    Regular 120 400
    Medium 159 500
    Bold 206 600
    Extra Bold 257 700
    Black 300 800

    The weights in italics represent the weights of the original masters.

License

26F Galaxy Sans is under a SIL Open Font License, Version 1.1. You can use, modify, and redistribute the compiled fonts and the source files free of charge and you do not need to attribute to 26F Studio (But we would appreciate that if you do so).

The build.yml files were adapted from the JetBrains Mono Repository, which was under a Apache 2.0 License.

The other part of the source code in this repository is under a MIT License.

Credits

  • Type Design and Testing — C₂₉H₂₅N₃O₅

Ending