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12-Bit

12-Bit font utilizes a 3-column-3-row grid as start and end points for 6 vertical and 6 horizontal segments of lines that are allowed to join these points in the shortest way possible. With this concept in mind, out of 2^12 = 4096 signs available, only some were carefully chosen to represent all large and small characters of the standard Latin alphabet. Enjoy!

Demo (start typing, try w/caps lock too)

Sample text

sample text

Letters and numbers

alt text

Different font widths can obscure readability. alt text

A Unique Approach to Cryptography and Design

A novel approach to representing characters using a minimal set of lines.

This project explores the concept of the 12-Bit font, a unique way to represent characters using a binary code and basic line segments. This approach offers exciting possibilities in cryptography, design, and other security applications.

How it Works

  1. Character Representation:

Each character is represented by a 12-bit binary code. Each bit corresponds to a specific line segment within a 3x3 grid.

[1, 1, 1, 1, 0, 0, 1, 1, 0, 0, 1, 1] // A
[1, 0, 1, 1, 1, 1, 1, 1, 1, 0, 0, 1] // B
[1, 1, 0, 0, 1, 1, 1, 1, 0, 0, 0, 0] // C
  1. Canvas Rendering:

The binary code is used to determine which line segments to draw on a canvas. For example, the first bit indicates whether the top horizontal line should be drawn.

ctx.moveTo(s+l,s+d); if (sign[at][0]) { ctx.lineTo(s*2+l,s+d); } 
ctx.moveTo(s*2+l,s+d); if (sign[at][1]) { ctx.lineTo(s*3+l,s+d); }
// ...

Benefits and Applications

  1. Cryptography:
  • Steganography: Embed information within images or other media using the minimalist nature of the font.
  • Security Tokens: Create unique visual patterns for security tokens or watermarks.
  • Cryptography: Utilize the binary representation as input for cryptographic algorithms.
  1. Design:
  • Unique Typography: Add a distinctive aesthetic to design projects with the font's style.
  • Minimalist Design: Align your project with minimalist design principles using the font's simplicity.
  • Interactive Art: Create interactive art installations or digital experiences with the font.
  1. Accessibility:
  • Simplified Character Recognition: The reduced number of elements can make character recognition easier for certain applications, such as OCR.
  • Universal Design: Adapt the font for various screen sizes and resolutions due to its simplicity.

Future Directions

  • Dynamic Font Generation: Explore techniques to generate custom fonts based on specific design constraints or security requirements.
  • Font Optimization: Optimize the font for different rendering contexts, such as web, print, and mobile devices.
  • Security Analysis: Conduct a thorough security analysis to identify potential vulnerabilities and strengthen the font's security properties.

The 12-Bit font offers a promising approach with potential applications in various fields. By leveraging its unique characteristics, we can unlock new possibilities for creative endeavors and security advancements.