“ᜎ” U+170E: Tagalog Letter La

U+170E: Technical Specifications for the Tagalog Letter La

The Tagalog Letter La (“ᜎ” U+170E) represents a critical syllabic component of the ancient Baybayin script used in the Philippines. This specialized resource at iloveunicode.com offers a deep dive into the technical architecture, digital encodings, and historical properties of this Austronesian character.

U+170E Control Character Specifications

The Unicode codepoint U+170E represents the character Tagalog Letter La. Often used in linguistic research and cultural digital preservation, this character was officially integrated into the Unicode standard in version 3.2 (March, 2002). It is situated within the Tagalog block of the Basic Multilingual Plane, facilitating standardized text representation for Filipino heritage languages across global computing systems.

Main Unicode Properties

Property Value
Name Tagalog Letter La
Unicode Codepoint U+170E
Unicode Version 3.2 (March, 2002)
Block Tagalog
Plane Basic Multilingual Plane

Bidirectional Data

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

Other Unicode Data

Property Value
Category Other Letter (Lo)
Script Tagalog
Combining Class Not Reordered (0)

U+170E Conversion Standards

Encoding Format Code Value
HTML (decimal)
HTML (hex)
HTML (named)
URL Escape Code %E1%9C%8E
CSS 0170E
Language Conversion Data
 JavaScript, JSON: u170E C, C++, Java: u170E Python: u170E Rust: u{170E} Ruby: u170E

How to type “ᜎ”

  • Windows: Hold Alt, then type 1 7 0 E. Release Alt.
  • Mac: Hold Alt ⌥, then type 1 7 0 E. Release Alt.

UTF Encodings

Scheme Hexadecimal
UTF-8 0xE1 0x9C 0x8E
UTF-16 0x170E
UTF-32 0x0000170E

Conclusion: Advancing Your Unicode Knowledge

Mastering specific script characters like Tagalog Letter La is essential for developers building inclusive, localized applications for Southeast Asian audiences. The intricacies of U+170E highlight the diverse capabilities of the Unicode standard. With reliable technical documentation from iloveunicode.com, you can ensure your projects maintain the highest level of linguistic integrity and encoding accuracy.

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