Game Emoji

If you can see the color emoji designs on this page then you already have a font that includes emoji on your device. No copyright to these images is held by this site. Only see boxes? You might be using an unsupported browser. Search results provided by Emojipedia which lists the Unicode names for each emoji. Read our privacy policy and terms of service.

Are you a big fan of emojis? Are you looking for a place where thousands of emojis are available to copy and paste in a blink of an eye? If so, Emojihub.org is nothing but the perfect place for you to dive into the world of emojis.

Game Emoji

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"Emoji" is defined as any small images, icons, or symbols used in text messages, social media, email, or any other text fields in electronic communication. Users use them to express their emotional attitude, give information quickly and clearly, exchange messages playfully with no words, and more.

Do you know that the word "emoji" is made up of two Japanese words: picture (e) and character (moji)? What a surprise, right?

As of September 2021, there are a total of 3,633 emojis in the Unicode Standard. What a huge number! And certainly, the number of emojis available right now is higher than that. In the future, there will be more and more emojis launched for us to use.

If you're using a mobile, double tap the box to select all emojis then tap and hold on the screen. A popup will appear, select Copy. Then tap on the place where you want to paste the emoji, tap and hold on the screen to open the popup, then, tap on Paste.

At Emojihub, you can find all of your favorite emojis in one place and copy and paste them to any social media platform or wherever you want! Adding emojis will surely bring liveliness and fun to conversations!

I found a very funny thing. Obsidian perfectly perceives emojis in notes. You can also use emojis to search for notes.

So you can add to the text, for example , to mark ideas. And then just search to find all the notes with ideas.

Exactly works in Windows 10. To insert an Emoji, click win+"."

The entire set of Emoji codes as defined by the Unicode consortiumis supported in addition to a bunch of aliases. Bydefault, only the official list is enabled but doing emoji.emojize(language='alias') enablesboth the full list and aliases.

This document defines the structure of Unicode emoji characters andsequences, and provides data to support that structure, such as whichcharacters are considered to be emoji, which emoji should be displayed bydefault with a text style versus an emoji style, and which can bedisplayed with a variety of skin tones.It also provides design guidelines for improving the interoperability ofemoji characters across platforms and implementations.

Starting with Version 11.0 of this specification, the repertoire ofemoji characters is synchronized with the Unicode Standard, and has the sameversion numbering system. For details, see Section 1.5.2,Versioning.

Emoji are most often used in quick, short social media messages, wherethey connect with the reader and add flavor, color,and emotion. Emoji do not have the grammar or vocabulary tosubstitute for written language. In social media, emoji make up forthe lack of gestures, facial expressions, and intonation that arefound in speech. They also add useful ambiguity to messages, allowingthe writer to convey many different possible concepts at the sametime. Many people are also attracted by the challenge of composingmessages in emoji, and puzzling out emoji messages.

Emoji may be represented internally as graphics or they may berepresented by normal glyphs encoded in fonts like other characters.These latter are called emoji characters for clarity. SomeUnicode characters are normally displayed as emoji; some are normallydisplayed as ordinary text, and some can be displayed both ways.

When non-Japanese email and mobile phone vendors started to supportemail exchange with the Japanese carriers, they ran into thoseproblems. Moreover, there was no way to represent these characters inUnicode, which was the basis for text in all modern programs. In2006, Google started work on converting Japanese emoji to Unicodeprivate-use codes, leading to the development of internal mappingtables for supporting the carrier emoji via Unicode characters in 2007.

There are, however, many problems with a private-use approach,and thus a proposal was made to the Unicode Consortium to expand thescope of symbols to encompass emoji. This proposal was approved inMay 2007, leading to the formation of a symbols subcommittee, and inAugust 2007 the technical committee agreed to support the encoding ofemoji in Unicode based on a set of principles developed by thesubcommittee. The following are a few of the documents tracking theprogression of Unicode emoji characters.

In 2009, the first Unicode characters explicitly intended asemoji were added to Unicode 5.2 for interoperability with the ARIB(Association of Radio Industries and Businesses) set. A set of 722characters was defined as the union of emoji characters used byJapanese mobile phone carriers: 114 of these characters were alreadyin Unicode 5.2. In 2010, the remaining 608 emoji characters wereadded to Unicode 6.0, along with some other emoji characters. In2012, a few more emoji were added to Unicode 6.1, and in 2014 alarger number were added to Unicode 7.0. Additional characters have been added since then, based on theSelection Factors found in Guidelines for Submitting Unicode EmojiProposals.

Here is a summary of when some of the major sources ofpictographs used as emoji were encoded in Unicode. Each sourcemay include other characters in addition to emoji, andUnicode characters can correspond to multiple sources. The L columncontains single-letter abbreviations of the various sourcesfor use in charts [emoji-charts] and datafiles [emoji-data]. Characters that do notcorrespond to any of these sources can be marked with Other (x).

For a detailed view of when various source sets of emoji were addedto Unicode, see Emoji Version Sources [emoji-charts]. The data file [JSources] shows the correspondence to the original Japanese carrier symbols.

People often ask how many emoji are in the Unicode Standard. Thisquestion does not have a simple answer, because there is no clearline separating which pictographic characters should be displayedwith a typical emoji style. For a complete picture, see Which Characters are Emoji.

The colored images used in this document and associated charts [emoji-charts] are for illustration only. They do not appear in the UnicodeStandard, which has only black and white images. They are either madeavailable by the respective vendors for use in this document, or arebelieved to be available for non-commercial reuse. Inquiries forpermission to use vendor images should be directed to those vendors,not to the Unicode Consortium. For more information, see Rights to Emoji Images.

Often implementations allow emoticons to be used to input emoji. Forexample, the emoticon ;-) can be mapped to in achat window. The term emoticon is sometimes used in abroader sense, to also include the emoji for facial expressions andgestures. That broad sense is used in the Unicode block name Emoticons,covering the code points from U+1F600 to U+1F64F.

The selection factors used to weighthe encoding of prospective candidates are found in SelectionFactors in Guidelines for SubmittingUnicode Emoji Proposals. That document also providesinstructions for submitting proposals for new emoji.

Note that all emoji sequences are single grapheme clusters: there is never a grapheme cluster boundary within an emoji sequence. This affects editing operations, such as cursor movement or deletion, as well as word break, line break, and so on. For more information, see [UAX29].

The following EBNF can be used to quickly scan for possible emoji. Those possible emoji can then be verified where necessary by performing validity tests according to the definitions, or checking against the RGI emoji set. It is much simpler than the expressions currently in the definitions. It includes a superset of emoji as a by-product of that simplicity, but the extras can be weeded out by validity tests.

C2. An implementationclaiming conformance to this specification shall identify which of thecapabilities specified below are supported for which emoji setsED-20 throughED-25. This must include atleast the C2a display capability forset ED-20 basic emoji set.For example, an implementation can declare that it supports the display,editing and input capabilities for thebasic emoji set, and the display andediting capabilities for the emojimodifier sequence set, and may make no claim of capabilities for anyother sets.

C3. An implementation claiming conformance to this specification must not support an invalid emoji_flag_sequence or invalid or ill-formed emoji_tag_sequence for display or input, except for a fallback display depiction indicating the presence of an invalid sequence, such as .

More precisely, a text presentation is a simple foreground shapewhose color is determined by other information, such as settinga color on the text, while an emojipresentation determines the color(s) of the character, and istypically multicolored. In other words, when someone changes the textcolor in a word processor, a character with an emoji presentationwill not change color.

Any Unicode character can be presented with a textpresentation, as in the Unicode charts. For the emoji presentation,both the name and the representative glyph in the Unicode chartshould be taken into account when designing the appearance of theemoji, along with the images used by other vendors. The shape of thecharacter can vary significantly. For example, here are just a few ofthe possible images for U+1F36D LOLLIPOP, U+1F36E CUSTARD, U+1F36FHONEY POT, and U+1F370 SHORTCAKE: e24fc04721