Unicode symbol

Unicode symbols are crucial for enabling expressive and cross-platform communication. They allow users to convey emotions, ideas, and information effectively across various devices and applications. Additionally, Unicode symbols enhance creative projects by providing a vast array of visual elements to enrich digital content.

Important Properties of Unicode

Age The age property of a Unicode character indicates the version of the Unicode Standard in which that character was first introduced. It helps users and software determine the historical context of a characters inclusion.

1.1 10.0 11.0 12.0 12.1 13.0 14.0 15.0 2.0 2.1 3.0 3.1 3.2 4.0 4.1 5.0 5.1 5.2 6.0 6.1 See More ▶

Alphabetic The alpha property specifies whether a character is considered alphabetic or not. Alphabetic characters are typically letters used in writing systems.

Applicable

Bidi Class The bidi class property categorizes characters based on their bidirectional behavior, which is crucial for rendering text in scripts that flow from right to left, such as Arabic or Hebrew.

Arabic Letter Arabic Number Block Separator Boundary Neutral Common Separator European Number European Separator European Terminator First Strong Isolate Left to Right Embedding Left to Right Isolate Left to Right Letter Left to Right Override Non Spacing Mark Other Neutrals Pop Directional Format Pop Directional Isolate Right to Left Embedding Right to Left Isolate Right to Left Letter See More ▶

Bidi Paired Bracket Type The Bidi Paired Bracket Type in Unicode categorizes characters into Open Bracket, Close Bracket, or None based on their role in bracket pairs. This property is vital for maintaining the correct visual order of text in bidirectional scripts like Arabic and Hebrew, ensuring proper bracket pairing for readability and clarity.

Closing bracket Not a bracket Opening bracket

Block The block property groups characters into Unicode blocks based on their usage or script. For example, characters from the Latin script are in the Basic Latin block, while those from the Greek script are in the Greek and Coptic block.

Latin Extended E Adlam Aegean Numbers Ahom Alchemical Alphabetic Presentation Forms Anatolian Hieroglyphs Ancient Greek Music Ancient Greek Numbers Ancient Symbols Arabic Arabic Extended A Arabic Extended B Arabic Extended C Arabic Math Arabic Presentation Forms A Arabic Presentation Forms B Arabic Supplement Armenian Arrows See More ▶

Dash The Dash property identifies characters like en dashes (–) and em dashes (—) used for various textual purposes. Recognizing these characters is crucial for precise text formatting and readability.

Applicable

Decomposition Type Decomposition Type in Unicode categorizes characters based on how they can be decomposed into simpler components. This property aids in text processing, allowing characters to be represented consistently across different contexts and systems.

Canonical Decomposition Compatibility Enclosing Mark Final Presentation Form Font specific Glyph Fraction Initial Presentation Form Isolated Presentation Form Medial Presentation Form Narrow Presentation Form No Break None Small Form Square Form Subscript Form Superscript Form Vertical Presentation Form Wide Presentation Form

Deprecated The Deprecated property in Unicode marks characters or symbols that have been deemed obsolete or outdated. Developers and users should avoid using deprecated characters in favor of more current alternatives to ensure compatibility and adherence to Unicode standards.

Applicable

Diacritic The Diacritic property in Unicode refers to characters which are small marks or symbols added to letters or symbols to modify their pronunciation or meaning. Recognizing diacritics is vital for precise text rendering and language processing, as they greatly influence word and phrase interpretation and pronunciation.

Applicable

East Asian Width East Asian Width property classifies characters as Narrow or Wide in East Asian typography, ensuring proper character spacing in languages like Chinese, Japanese, and Korean.

Ambiguous Full width Half width Narrow Neutral Wide

Emoji Emoji are expressive symbols in Unicode that enhance digital communication with visual elements, adding emotion and context to text-based conversations.

Applicable

Extended Pictographic Extended Pictographic is a Unicode property that includes a wide array of emoji and pictorial symbols used to convey various emotions and concepts in digital communication. These characters enrich text-based conversations by adding graphical elements for enhanced expression and communication.

Applicable

Extender Extender is a property in Unicode that identifies characters that can extend the space occupied by other characters that involve character stacking where they help define the layout and spacing of text for proper rendering.

Applicable

General Category General Category in Unicode classifies characters into broad categories such as letters, numbers, symbols, and punctuation. This property aids in text processing, formatting, and character analysis, helping software and systems handle diverse characters effectively.

Close Punctuation Connector Punctuation Control Character Currency Symbol Dash Punctuation Decimal Number Enclosing Mark Final Punctuation Format Character Initial Punctuation Letter Number Line Separator Lowercase Letter Math Symbol Modifier Letter Modifier Symbol Non Spacing Mark Open Punctuation Other Letter Other Number See More ▶

Grapheme Cluster Break Grapheme Cluster Break property defines positions where characters can be broken or divided within text, aiding in formatting and line breaking for improved text handling.

Base Carriage Return Control Neutral Exclamation Line Feed Other Prefix Prepend for Vertical Orientation Prepend for Vertical Orientation, After Last Regional Indicator Spacing Mark Tone Vowel Zero Width Joiner

Hangul Syllable Type Hangul Syllable Type property categorizes Hangul characters into various types based on their role within Hangul syllables, assisting in text rendering and processing for the Korean script.

Leading Jamo Leading Vowel Jamo Leading Vowel Trailing Jamo Trailing Jamo Vowel Jamo

Hex Digit Hex Digit in Unicode refers to characters that are valid hexadecimal digits (0-9 and A-F), commonly used in representing numerical values in base-16. It is essential for programming and data encoding tasks, ensuring accurate conversion between hexadecimal and other numeral systems.

Applicable

Hyphen The Hyphen property in Unicode identifies characters used for hyphenation within words to break them into meaningful parts. This property is vital for text layout and formatting, improving readability and aesthetics.

Applicable

ID Continue ID Continue is a Unicode property that indicates characters valid for use in identifiers, such as variable names in programming languages. These characters help define the rules for forming meaningful and readable identifiers in software development.

Applicable

ID Start ID Start is a Unicode property identifying characters that can initiate identifiers, such as variable names in programming languages. These characters are essential for defining the starting rules of valid and meaningful identifiers in software development.

Applicable

Ideographic Ideographic in Unicode refers to characters used in various Asian scripts, primarily Chinese, Japanese, and Korean. These characters are often logographic, representing entire words or ideas, and play a significant role in conveying meaning in these languages.

Applicable

Indic Positional Category Indic Positional Category property categorizes characters in Indic scripts based on their positional behavior within a syllable, aiding in the correct rendering of complex scripts like Devanagari, Tamil, and Bengali.

Bottom Bottom And Left Bottom And Right Left Left And Right Overstruck Right Top Top And Bottom Top And Bottom And Left Top And Bottom And Right Top And Left Top And Left And Right Top And Right Visual Order Left

Indic Syllabic Category This property in Unicode categorizes characters in Indic scripts according to their role in syllables, facilitating the accurate rendering of complex scripts like Devanagari, Bengali, and Tamil.

Avagraha Bindu Brahmi Joining Number Cantillation Mark Consonant Consonant Dead Consonant Final Consonant Head Letter Consonant Initial Postfixed Consonant Killer Consonant Medial Consonant Placeholder Consonant Preceding Repha Consonant Prefixed Consonant Subjoined Consonant Succeeding Repha Consonant With Stacker Gemination Mark Invisible Stacker Joiner See More ▶

Jamo Short Name Jamo Short Name refers to abbreviated labels for Hangul Jamo characters, simplifying their identification within the Korean script.

A AE B BB BS C D DD E EO EU G GG GS H I J JJ K L See More ▶

Joining Type Joining Type in Unicode categorizes characters based on how they connect with adjacent characters in scripts like Arabic. This property is crucial for proper text rendering, ensuring characters join correctly to form ligatures and maintain script integrity.

Dual Joining Join Causing Left Joining Right Joining Transparent Unjoined

Line Break Line Break in Unicode classifies characters based on where they can be broken to start a new line of text. This property assists in text layout and formatting, ensuring readable and well-structured content.

Alphabetic Alphabetic or Ideograph Break After Break Before Break Opportunity Before and After Carriage Return Close Parenthesis Close Punctuation Combining Mark Conditional Japanese Starter Contingent Break Opportunity Emoji Base Emoji Modifier Exclamation Glue Hangul Leading Jamo Hangul Leading Vowel Syllable Hangul Leading Vowel Traling Syllable Hangul Trailing Jamo Hangul Vowel Jamo See More ▶

Lowercase Lowercase property designates characters that have lowercase variants in alphabetic scripts. It's essential for text transformations and casing operations in various languages and scripts.

Applicable

Math Math property identifies characters used in mathematical notation and equations, enabling precise mathematical rendering and calculations in digital content.

Applicable

Noncharacter Code Point Noncharacter Code Points are reserved code points in Unicode that should not be used in text data. They serve specific functions within the Unicode standard and are not intended for representing characters in written text.

Applicable

Numeric Type The Numeric Type property categorizes characters that represent numerical values, including digits and other numeric symbols, essential for mathematical and formatting operations in text.

Decimal Digits None Other Numeric Values

Numeric Value Some characters have associated numeric values, which can represent quantities, fractions, or other numerical information. These values are used in mathematical and formatting contexts.

0 1 1/10 1/12 1/16 1/160 1/2 -1/2 1/20 1/3 1/32 1/320 1/4 1/40 1/5 1/6 1/64 1/7 1/8 1/80 See More ▶

Other Alphabetic Other Alphabetic property classifies characters that are alphabetic but do not belong to any specific script or have a separate alphabetic category. It encompasses characters used in various writing systems, improving text handling and processing.

Applicable

Other ID Continue Other ID Continue property identifies characters beyond the typical ID Continue category that can be used in identifiers, such as variable names in programming. It expands the range of characters allowed for creating meaningful identifiers.

Applicable

Other ID Start Other ID Start refers to characters that, although not part of the typical ID Start category, can still initiate identifiers, like variable names in programming languages. This broadens the range of characters available for creating meaningful identifiers.

Applicable

Other Lowercase Other Lowercase property includes characters that have lowercase forms but do not fit into the standard lowercase category. It extends the range of characters available for lowercase transformations and text processing.

Applicable

Other Math Other Math in Unicode includes characters used in mathematical notation and equations that don't fall under the typical math symbol categories. It expands the options for mathematical rendering and calculations in digital content.

Applicable

Other Uppercase Other Uppercase refers to characters that have uppercase forms but do not belong to the standard uppercase category. They extend the range of characters available for uppercase transformations and text processing.

Applicable

Pattern Syntax Pattern Syntax in Unicode identifies characters used in regular expressions and syntax patterns for text matching and manipulation. These characters play a vital role in specifying search criteria and text manipulation rules.

Applicable

Pattern White Space Pattern White Space in Unicode refers to characters used for whitespace within regular expressions and text patterns. These characters help format and structure patterns for accurate text matching and manipulation.

Applicable

Quotation Mark Quotation marks are characters used to enclose and indicate quoted or cited text in various languages. They play a fundamental role in defining the boundaries of quoted material within written content.

Applicable

Radical Radical in Unicode refers to characters that are part of the radicals used in East Asian scripts, such as Chinese, Japanese, and Korean. Radicals are building blocks that form the basis for more complex characters.

Applicable

Regional Indicator Regional indicators are a set of Unicode characters used to represent flags of countries or regions. They are typically used in pairs to create flag emojis, allowing users to convey national or regional identities in digital communication.

Applicable

Script The Script property in Unicode classifies characters based on the writing system or script they belong to. It is essential for text processing, font selection, and language support in software and systems that work with Unicode-encoded text.

Adlam Ahom Anatolian Hieroglyphs Arabic Armenian Avestan Balinese Bamum Bassa Vah Batak Bengali Bhaiksuki Bopomofo Brahmi Braille Buginese Buhid Canadian Aboriginal Syllabics Carian Caucasian Albanian See More ▶

Sentence Break Sentence Break in Unicode identifies positions within text where sentences can naturally end. This property is used in text segmentation and formatting to ensure proper sentence boundaries for improved readability and comprehension.

Ambiguous terminator Carriage Return Close Punctuation Exclamation Format Line Emoji Line Feed Lowercase Numeric Sentence Continue Sentence Emoji Sentence Terminator Space Unknown Uppercase

Sentence Terminal This property identifies characters that often mark the end of sentences, helping in text segmentation and formatting to improve readability and structure.

Applicable

Terminal Punctuation Terminal Punctuation in Unicode denotes characters frequently used to mark the end of sentences, aiding in proper text segmentation and formatting for enhanced readability

Applicable

Unified Ideograph Unified Ideograph in Unicode refers to characters that represent logographic symbols used in various Asian scripts, such as Chinese, Japanese, and Korean. These characters play a significant role in conveying meaning within these languages.

Applicable

Uppercase Uppercase property designates characters that have uppercase variants in alphabetic scripts. It's crucial for text transformations and casing operations in various languages and scripts.

Applicable

Variation Selector These characters refine the appearance of base characters, especially in emoji and symbol presentation, enhancing visual communication.

Applicable

Vertical Orientation Vertical orientation refers to characters that are designed to be displayed vertically, it helps to maintain proper character alignment and readability in vertical text layout.

Rotated Transformed Rotated Transformed Upright Upright

White Space White Space in Unicode refers to characters used for spacing and layout within text, helping format content for improved readability and aesthetics.

Applicable

Word Break Word Break identifies positions within text where words can naturally break, aiding in text segmentation and formatting for improved readability and layout.

Carriage Return Double Quote Exclamation Extend Format Hebrew Letter Katakana Line Feed MidLetter MidNum MidNumLet MidNumNum Next Line Numeric Regional Indicator Single Quote Unknown Word Segmenter Space Zero Width Joiner

XID Continue XID Continue identifies characters that can be used in extended identifiers (XID) in programming languages and systems, expanding the range of allowed characters for variable names and identifiers.

Applicable

XID Start XID Start designates characters that can begin extended identifiers (XID) in programming languages and systems, broadening the options for naming variables and identifiers.

Applicable

Meta Code Point Properties Of Unicode

Bidi Mirrored Glyph The Bidi Mirrored Glyph property abbreviated as bmg in Unicode, applicable to 428 characters, identifies glyphs with mirrored counterparts in bidirectional text. These characters visually change when appearing in right to left contexts, ensuring proper visual rendering and readability in scripts with mixed directionalities.

Bidi Paired Bracket The Bidi Paired Bracket property abbreviated as bpb, applicable to 128 Unicode characters, identifies characters like parentheses or brackets as forming paired brackets. Crucial for bidirectional text rendering, it ensures accurate layout and ordering in scripts with mixed directionalities.

Case Folding The Case Folding property, abbreviated as cf, is applicable to 1530 Unicode characters. It encompasses a comprehensive folding transformation, aiding in case insensitive text processing. This property ensures consistency in comparison operations and is valuable for tasks like search and pattern matching across diverse cases.

Decomposition Mapping The Decomposition property abbreviated as dm, applicable to 17029 Unicode characters, refers to the way a character can be broken down into its constituent parts. It is crucial for text normalization and compatibility across diverse scripts.

Equivalent Unified Ideograph Equivalent Unified Ideograph abbreviated as EqUIdeo in Unicode ensures different looking characters with the same meaning are considered the equivalent or same. This simplifies text processing, making it consistent and standardized across various contexts.

Full Composition Exclusion - Normalization Form KC The Full Composition Exclusion property in Unicode, abbreviated as FC_NFKC, is applicable to 637 Unicode characters. This property identifies characters excluded from full composition during normalization using Normalization Form KC crucial for accurate text processing and encoding

Lowercase In Unicode, the Lowercase property tells us which characters have a lowercase version. It helps computers understand how letters can be used without caring about capitalization, making things like search and text processing easier. This property applies to 1433 Unicode characters.

Normalization Form KC - Casefold NFKC_CF, applicable to 6317 Unicode characters, ensures consistent and linguistically compatible text processing. It goes beyond traditional case changes, incorporating adjustments for uniform character comparisons. This property is vital for enhancing compatibility across diverse linguistic contexts and promoting reliable text operations.

Simple Case Folding The Simple Case Folding property, abbreviated as scf, is applicable to 1454 Unicode characters. It represents a straightforward transformation to their case folded form, ensuring uniformity in case insensitive operations. This property is instrumental in simplifying tasks like search and pattern matching across varied cases.

Simple Lowercase The Simple Lowercase property, abbreviated as slc, is applicable to 1433 Unicode characters. It is specifically relevant to characters with a straightforward lowercase version available. This property streamlines lowercase transformation, ensuring consistency and simplicity in text processing for the specified set of characters.

Simple Titlecase The Simple Titlecase property, abbreviated as stc in Unicode applies to 1404 characters, allowing a straightforward transformation to their titlecase form. This facilitates consistent capitalization for uncomplicated title formatting, simplifying text processing and enhancing presentation.

Simple Uppercase The Simple Uppercase property, abbreviated as suc, is applicable to 1450 Unicode characters. It denotes characters for which a straightforward uppercase version is available. This property simplifies uppercase transformation, ensuring uniformity and simplicity in text processing for the specified set of characters.

Titlecase The Title Case property in Unicode identifies characters with a special form for the first letter of titles. It is crucial for proper capitalization in titles or headings. This property applies to 1452 Unicode characters.

Uppercase In Unicode, the Upper Case property marks characters with an uppercase form, essential for maintaining consistent capitalization. This property applies to 1527 Unicode characters, facilitating precise case sensitive operations across diverse scripts and languages.

Collcetions Of Unicodes

90 Degree Arrow Air Transport Airport Signs Animals Arrow Heads Basic Hand Gestures Books Braille symbols Bullet Emojis Bullets Circled Letters Circled Numbers Circular Arrows Clocks Computer Dessert Diagonal Arrows Double Headed Arrow Downward pointing arrows Drink Expressive Hand Gestures Face Emoji Flags Flower Food Fruit Ground Transport Hand Harpoon Arrows Heart Heavy Arrows Industrial Signs Left Arrows Left Right Arrows Love Emoji Mail Measured Angle Arrows Mobile Money Office Emoji Paired Arrows Pen Playing Cards Pointing Hands and Index Finger Prepared Food Public Sign Ribbon Arrows Right Arrows Shadowed Arrows Space Stars Stroked Arrows Symbolic and Selfie Hands Tech Gadgets Thumbs and OK Hand Traffic Sign Transport Symbols Triple Headed Arrow Up Down Arrows Upward pointing Arrows Vegetable Water Transport Waved Arrows Writing and Miscellaneous Hands

🤩

U+1F929

🤗

U+1F917

😀

U+1F600

U+0041

अ

U+0905

→

U+2192

⛄

U+26C4

❂

U+2742

❿

U+277F

👍

U+1F44D

📊

U+1F4CA

🚀

U+1F680

🛕

U+1F6D5

🛵

U+1F6F5

Why was UnicodeSymbol.com created?

UnicodeSymbol.com was designed to provide a user-friendly platform for exploring and using Unicode symbols, Unicode emojis, and Unicode special characters. We aim to make it effortless for users to discover and integrate these Unicode symbols into their digital content, messaging, and creative projects, enhancing their online communication and creative expression.
💡 We encourage you to explore our extensive symbol library and find the perfect symbols to enrich your online interactions and creative work.
Unicode symbols come with several basic features that make them versatile and widely used in digital communication and content creation:
Universal Character Encoding: Unicode symbols provide a universal way to represent characters from virtually all writing systems and scripts worldwide, ensuring compatibility across different languages and cultures.
Vast Character Repertoire: Unicode supports a vast number of characters, including letters, numbers, symbols, emojis, special characters, mathematical notations, and more, allowing for rich and diverse content.
Standardization: Unicode is an industry-standard encoding system maintained by the Unicode Consortium, ensuring consistency and compatibility across various platforms and devices.
Platform Independence: Unicode symbols can be used across different operating systems, browsers, and devices, making them versatile for web and digital applications.
Enhanced Communication: Unicode symbols, especially Unicode emojis, allow for expressive and creative communication, enabling users to convey emotions, reactions, and ideas visually.
Versatile Application: Unicode symbols are used in a wide range of applications, including web design, graphic design, programming, gaming, advertising, and academic writing.
Cross-Language Communication: Unicode symbols facilitate communication between individuals who speak different languages by providing a common set of symbols and characters.
Regular Updates: Unicode is periodically updated to incorporate new characters, symbols, and features, allowing it to evolve with the changing needs of digital communication and content creation.

FAQ

How does Unicode Symbol work?

Unicode symbols work through a standardized encoding system that assigns a unique code point to each character, symbol, or emoji. These code points are represented in hexadecimal notation, providing a universal way to represent characters from diverse writing systems and scripts.

Why are Unicode Symbols used?

Unicode symbols are used for universal character encoding, enabling multilingual support and cross-platform compatibility. They enhance communication through expressive emojis, enrich visual content, and serve technical, coding, and scientific purposes. Unicode symbols also offer customization, inclusivity, and artistic expression, ensuring effective communication and interoperability in the digital world.

What are the limitations of Unicode Symbols?

While Unicode symbols offer a vast and versatile character set, there are some limitations and challenges associated with their use:
Font Availability: Not all fonts include support for the entire Unicode character set. Some fonts may lack certain symbols, leading to inconsistent or missing characters when using non-standard fonts.
Font Rendering: The way a character is rendered can vary between fonts and systems, affecting the visual appearance of symbols. Some fonts may render characters differently, impacting the consistency of symbol display.
Complex Scripts: Complex scripts, such as Arabic, Devanagari, and Thai, may pose challenges when combining characters and diacritics are involved. Correct rendering of such scripts depends on font support and rendering engines.
Accessibility Challenges: While Unicode symbols aim to support accessibility, the effective use of symbols in screen readers and other assistive technologies can be challenging, depending on the symbol and the context in which it's used.
Performance: Extensive use of complex Unicode symbols, especially in large quantities, can impact the performance of applications, particularly on low-powered devices or in resource-intensive applications.
Compatibility: While Unicode standards aim for compatibility across platforms, some variations in rendering may still exist, particularly when using less common or non-standard symbols.
Character Complexity: Certain characters, especially those with extensive graphical details, can be challenging to display correctly on all devices and at various font sizes.
Character Encoding Issues: In some cases, incorrect character encoding or file encoding can result in symbols not being displayed or interpreted as intended.
Cross-Platform Consistency: Achieving consistent display of symbols across different platforms, including web browsers, operating systems, and applications, can be a challenge, particularly for symbols introduced in newer Unicode versions.

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