★ U+164F: Technical Specifications for Canadian Syllabics Carrier So
The Canadian Syllabics Carrier So (“ᙏ” U+164F) serves as a vital linguistic building block within the Unified Canadian Aboriginal Syllabics script. At iloveunicode.com, we provide the deep technical insights and encoding data necessary for developers and linguists to implement this unique character across modern digital platforms.
U+164F Control Character Specifications
The Unicode codepoint U+164F represents the character Canadian Syllabics Carrier So. This character is categorized as an “Other Letter” (Lo) and is essential for the written representation of the Carrier language. Officially integrated into the Unicode standard in version 3.0 (September, 1999), it resides within the Unified Canadian Aboriginal Syllabics block of the Basic Multilingual Plane. Understanding the nuances of U+164F is crucial for maintaining data integrity in multilingual software environments.
Main Properties
Bidirectional & Other Data
| Bidirectional Class |
Left To Right (L) |
| Is Mirrored? |
No |
| Category |
Other Letter (Lo) |
| Script |
Unified Canadian Aboriginal Syllabics |
| Combining Class |
Not Reordered (0) |
U+164F Conversion Data
| HTML (decimal) |
ᙏ |
| HTML (hex) |
ᙏ |
| URL Escape Code |
%E1%99%8F |
| CSS |
\164F |
| JavaScript / JSON |
\u164F |
UTF Encodings
| UTF-8 (hex) |
0xE1 0x99 0x8F |
| UTF-16 (hex) |
0x164F |
| UTF-32 (hex) |
0x0000164F |
How to type “ᙏ”
- Windows: Hold Alt, then type 1 6 4 F. Release Alt.
- Mac: Hold Alt ⌥, then type 1 6 4 F. Release Alt.
Code Implementation
// Programming Language Conversions for U+164F CSS: \164F JS: \u164F Java: \u164F Py: \u164F Rust: \u{164F} Ruby: \u164F
Conclusion: Advancing Your Unicode Knowledge
Understanding specialized characters like the Canadian Syllabics Carrier So is essential for accurate data handling and cross-platform compatibility in localized software. The technical details of U+164F play a key role in linguistic preservation, database management, and typography. With precise technical knowledge from iloveunicode.com, developers can achieve robust implementations and ensure their applications are truly global.
