“ᚔ” U+1694: Ogham Letter Iodhadh

Ogham Letter Iodhadh (U+1694): Technical Specifications and Usage

The Ogham Letter Iodhadh (“ᚔ” U+1694) stands as a significant representative of the ancient Ogham script, historically associated with the yew tree in the Gaelic tradition. This digital documentation provided by iloveunicode.com offers a comprehensive breakdown of the technical properties, encoding standards, and historical context required for modern software implementation of this unique character.

U+1694 Ogham Character Specifications

The Unicode codepoint U+1694 represents the character Iodhadh. As a member of the vertical Ogham alphabet, it is a distinctive glyph used in Early Old Irish inscriptions. This specific letter was formally integrated into the Unicode standard in version 3.0 (September, 1999). It is situated within the Ogham block of the Basic Multilingual Plane, serving as a vital link between historical epigraphy and contemporary digital typography.

Main Unicode Properties

Name Ogham Letter Iodhadh
Unicode Codepoint U+1694
Unicode Version 3.0 (September, 1999)
Block Ogham
Plane Basic Multilingual Plane

Bidirectional Data

Bidirectional class Left To Right (L)
Is mirrored? No

Other Unicode Data

Category Other Letter (Lo)
Script Ogham
Combining Class Not Reordered (0)

Technical Conversions & Encodings

Format Value
HTML (decimal)
HTML (hex)
URL Escape Code %E1%9A%94
Encoding Standard Hex Code
UTF-8 0xE1 0x9A 0x94
UTF-16 0x1694
UTF-32 0x00001694

Developer Implementation Snippet

 CSS: 01694 JavaScript, JSON: u1694 C, C++, Java: u1694 Python: u1694 Rust: u{1694} Ruby: u1694

How to type “ᚔ”

  • Windows: Hold Alt, then type 1 6 9 4. Release Alt.
  • Mac: Hold Alt ⌥, then type 1 6 9 4. Release Alt.

Conclusion: Advancing Your Unicode Knowledge

Accurately implementing characters like the Ogham Letter Iodhadh is fundamental for linguistic preservation and precise data rendering across global platforms. The technical specifics of U+1694 ensure that this historical glyph remains accessible in contemporary coding environments. By utilizing the verified data from iloveunicode.com, developers and researchers can maintain high standards of data integrity and visual consistency in their digital projects.

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