U+E0163 "󠅣" Variation Selector-116 Unicode Character

Unicode Version 17.0

󠅣

U+E0163 "󠅣" Variation Selector-116 is a highly specialized formatting code within the Unicode Standard, designed to be combined with a preceding base character to request a specific glyph variant for that character. Unlike typical visible symbols, variation selectors like U+E0163 are invisible control characters that only affect appearance when paired with a character that supports variation sequences, such as certain CJK ideographs, emoji, or Egyptian hieroglyphs. This particular selector is part of the Ideographic Variation Sequence mechanism and is intended for use with standardized variation databases to switch between different calligraphic or stylistic forms of a base character. It has no standalone visual representation and is not meant for ordinary text, but serves as a precise instruction for rendering systems to display a particular approved alternative shape, ensuring consistent typographic representation across digital platforms.

General Properties

Code Point U+E0163
Version Added 4.0
Name Variation Selector-116
Block Variation Selectors Supplement
General Category Nonspacing Mark
Canonical Combining Class Not Reordered
Bidirectional Class Nonspacing Mark
Alias VS116 (abbreviation)

Encodings

HTML Decimal Encoding 󠅣
HTML Hex Encoding 󠅣
UTF-8 Encoding 0xF3 0xA0 0x85 0xA3
UTF-16 Encoding 0xDB40 0xDD63
UTF-32 Encoding 0x000E0163
C/C++/Java Escape \udb40\udd63

Unicode Properties

NFC Quick Check Yes
NFD Quick Check Yes
NFKC Quick Check Yes
NFKD Quick Check Yes
Numeric Type None
Numeric Value NaN
Joining Type Transparent
Line Break Combining Mark
East Asian Width Ambiguous
Case Ignorable Yes
Changes When NFKC Casefolded Yes
Script Inherited
Script Extensions Inherited
Indic Syllabic Category Other
Indic Conjunct Break Extend
ID Continue Yes
XID Continue Yes
Default Ignorable Code Point Yes
Vertical Orientation Rotated
Grapheme Extend Yes
Grapheme Cluster Break Extend
Word Break Extend
Sentence Break Extend
Variation Selector Yes