★ U+1647: Technical Profile of Canadian Syllabics Carrier Initial Z
The Canadian Syllabics Carrier Initial Z (“ᙇ” U+1647) represents a specialized phonetic component within the Unified Canadian Aboriginal Syllabics script system. This comprehensive data sheet at iloveunicode.com offers technical professionals and linguists an exhaustive breakdown of the encoding standards and structural properties associated with this specific indigenous character.
U+1647 Control Character Specifications
The Unicode codepoint U+1647 represents the character Canadian Syllabics Carrier Initial Z. This glyph is part of a complex syllabary used primarily for the Carrier language in Canada. It was officially integrated into the Unicode Standard in version 3.0 (September, 1999). As part of the Unified Canadian Aboriginal Syllabics block in the Basic Multilingual Plane, it ensures that specialized linguistic sounds are accurately preserved in digital text and cross-platform communication.
Main Character Properties
Bidirectional & Structural Data
| Bidirectional class |
Left To Right (L) |
| Is mirrored? |
No |
Additional Unicode Metadata
| Category |
Other Letter (Lo) |
| Script |
Unified Canadian Aboriginal Syllabics |
| Combining Class |
Not Reordered (0) |
Character Conversions (U+1647)
| HTML (decimal) |
ᙇ |
| HTML (hex) |
ᙇ |
| URL Escape Code |
%E1%99%87 |
| CSS Reference |
01647 |
| JavaScript / JSON |
\u1647 |
How to type “ᙇ”
- Windows: Hold Alt, then type 1 6 4 7. Release Alt.
- Mac: Hold Alt ⌥, then type 1 6 4 7. Release Alt.
Language-Specific Conversion Data
C, C++, Java: \u1647 Python: \u1647 Rust: \u{1647} Ruby: \u1647
UTF Encodings
| Format |
Encoding Hex |
| UTF-8 |
0xE1 0x99 0x87 |
| UTF-16 |
0x1647 |
| UTF-32 |
0x00001647 |
Conclusion: Advancing Your Unicode Knowledge
Mastering the nuances of character sets like the Carrier Initial Z is vital for global software localization and linguistic documentation. Detailed knowledge of U+1647 allows for seamless text rendering across various digital environments. By utilizing the precise technical specifications provided by iloveunicode.com, developers and researchers can ensure high-fidelity representation of aboriginal scripts in modern computing.
