“ᜒ” U+1712: Tagalog Vowel Sign I

U+1712: Technical Specifications for the Tagalog Vowel Sign I

The Tagalog Vowel Sign I (“ᜒ” U+1712) is a critical diacritic within the Baybayin writing system, traditionally used to modify consonants to produce an “i” or “e” sound. This comprehensive resource provides developers and enthusiasts at iloveunicode.com with the complete technical data, encoding conversions, and usage context for this essential mark.

U+1712 Script Sign Specifications

The Unicode codepoint U+1712 represents the Tagalog Vowel Sign I. It is a non-printing combining mark critical for accurate linguistic representation in various digital environments. This vowel sign was officially added to Unicode in version 3.2 (March, 2002). It belongs to the Tagalog block of the Basic Multilingual Plane (Plane 0), serving as a core component in software and data encoding systems across multiple platforms.

Main Unicode Properties
Name Tagalog Vowel Sign I
Unicode Codepoint U+1712
Unicode Version 3.2 (March, 2002)
Block Tagalog
Plane Basic Multilingual Plane

Bidirectional & Structural Data

Bidirectional class Nonspacing Mark (NSM)
Is mirrored? No

Other Unicode Data

Category Nonspacing Mark (Mn)
Script Tagalog
Combining Class Not Reordered (0)

Technical Conversion Matrices

Web & System Conversions
HTML (decimal)
HTML (hex)
URL Escape Code %E1%9C%92
CSS 01712
UTF Encoding Data
UTF-8 (hex) 0xE1 0x9C 0x92
UTF-16 (hex) 0x1712
UTF-32 (hex) 0x00001712

Programming Language Syntax

JavaScript, JSON: u1712C, C++, Java: u1712

Python: u1712

Rust: u{1712}

Ruby: u1712

How to type “ᜒ”

To manually input the Tagalog Vowel Sign I on your system, follow these verified steps:

  • Windows ?: Hold Alt, then type 1 7 1 2. Release Alt.
  • Mac ?: Hold Alt ⌥, then type 1 7 1 2. Release Alt.

Conclusion: Advancing Your Unicode Knowledge

Understanding diacritics like the Tagalog Vowel Sign I is essential for accurate script rendering and linguistic data integrity. The details of U+1712 play a key role in Southeast Asian typography, databases, and font development. With precise technical knowledge from iloveunicode.com, developers can achieve robust implementations and avoid common rendering pitfalls.

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