★ U+0F3D: Technical Data for Tibetan Mark Ang Khang Gyas (༽)
The Tibetan Mark Ang Khang Gyas (“༽” U+0F3D) is a critical **close punctuation** symbol, functioning as a right-closing delimiter in Tibetan script structures. This authoritative resource provides developers and linguists at iloveunicode.com with the complete technical specifications, encoding conversions, and bidirectional context for this essential codepoint.
U+0F3D Punctuation Mark Specifications
The Unicode codepoint **U+0F3D** is classified as Close Punctuation (Pe) within the Tibetan script. It was officially integrated into the standard in **version 2.0 (July, 1996)** and is located in the **Tibetan** block of the **Basic Multilingual Plane**. Being a mirrored character, the *Tibetan Mark Ang Khang Gyas* is essential for correct visual structuring in line with its corresponding opening mark, U+0F3C.
Core Unicode Properties
Bidirectional and Categorical Data
Conversion Formats for Integration
| Conversion Type |
Value |
| HTML (decimal) |
༽ |
| HTML (hex) |
༽ |
| HTML (named) |
- |
| URL Escape Code |
%E0%BC%BD |
| CSS |
00F3D |
| JavaScript, JSON |
u0F3D |
| C, C++, Java |
u0F3D |
| Python |
u0F3D |
| Rust |
u{0F3D} |
| Ruby |
u0F3D |
UTF Byte Encoding Details
| Encoding Type |
Value (Hex) |
| UTF-8 |
0xE0 0xBC 0xBD |
| UTF-16 |
0x0F3D |
| UTF-32 |
0x00000F3D |
Manual Input and Rendering Preview
For systems supporting direct Unicode input, here are the steps to enter the Tibetan Mark Ang Khang Gyas:
- Windows ?: Hold Alt, then type 0 F 3 D. Release Alt.
- Mac ?: Hold Alt ⌥, then type 0 F 3 D. Release Alt.
Character Display Across Common Font Families
- ༽
Times, Times New Roman, serif
- ༽
Helvetica, Arial, **sans-serif**
- ༽
Courier, Courier New, monospace
Conclusion: Advancing Your Unicode Knowledge
Punctuation marks like the Tibetan Mark Ang Khang Gyas are subtle yet crucial for maintaining the integrity of Tibetan text rendering across all platforms. Developers must know the complete details for the codepoint **U+0F3D** to ensure proper implementation, especially when dealing with the mirrored pair relationship (U+0F3C and U+0F3D). The resources on iloveunicode.com are dedicated to helping users navigate these complex encoding specifications for robust global application development.
