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Download free Black Butterfly Regular font | black-butterfly.ttf

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Black Butterfly Regular font by Pixel Kitchen. File script name black-butterfly.ttf download free for Personal Use.

About Black Butterfly Regular font

An experimental design made with both thick and very thin lines. Supports several languages!

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Free for Personal Use

This fonts are authors' property, and are either shareware, demo versions or public domain. The licence mentioned above the download button is just an indication. Please look at the readme-files in the archives or check the indicated author's website for details, and contact him if in doubt. If no author/licence is indicated that's because we don't have information, that doesn't mean it's free.

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  • black-butterfly.ttf
    Black Butterfly Regular black-butterfly.ttf

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black-butterfly Regular fontblack-butterfly Regular fontblack-butterfly Regular fontblack-butterfly Regular fontblack-butterfly Regular fontblack-butterfly Regular font

Black Butterfly Regular | black-butterfly.ttf

  • Font family: Black Butterfly
  • Font subfamily identification: Regular
  • Unique identifier: Black Butterfly
  • Full font name: Black Butterfly Regular
  • Version: Version 1. 0
  • Postscript font name: Black-Butterfly
  • Trademark notice: FontStruct is a trademark of FontStruct. com
  • Manufacturer name: https:fontstruct. com
  • Designer: zephram
  • Description: ÒBlack ButterflyÓ was built with FontStructDesigner description:

    I decided to make a design which incorporated the thinnestlightest weight lines possible in FontStruct. This is the result; I'll add more if people like it.

    These 132 lines cannot be accurately nudged, so a unique line has to be built for each vertical position where I want a line. These lines also cannot be centered on a place where two curves meet such as the middle of B or R. This introduces some unintentional asymmetry to the design, but I like it, so I'll keep it.

    There is also the problem that forming a diagonal line of the same line weight is nearly impossible. While angled 132 lines can be formed, their angles are all close to 0. No method exists for making a line which slants at 45 degrees while also being 132 weight.

  • License: Creative Commons CC0 Public Domain Dedication

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