Garay alphabet

Last updated
Garay
Garay (Systeme d'ecriture).jpg
Script type
alphabet
CreatorAssane Faye
Created1961
DirectionRight to left
Languages Wolof
ISO 15924
ISO 15924 Gara(164),Garay
Unicode
Unicode alias
Garay
U+10D40U+10D8F
 This article contains phonetic transcriptions in the International Phonetic Alphabet (IPA).For an introductory guide on IPA symbols, see Help:IPA.For the distinction between [ ], / / and  , see IPA § Brackets and transcription delimiters.

The Garay alphabet was designed in 1961, as a transcription system "[marrying] African sociolinguistic characteristics" according to its inventor, Assane Faye. This alphabet has 25 consonants and 14 vowels. [1] It is used in particular for the writing of the Wolof language, spoken mostly in Senegal, although it is more often written in the Latin alphabet and to a lesser extent in the Arabic (Wolofal) alphabet. It is written from right to left, and distinguishes letter case.

Contents

Letters

Consonants

The consonants are written as standalone letters and are not joined as in Arabic.

There is a mark above some letters to show pre-nasalization. The letter labeled alif is used like its counterpart in Arabic, coming before an initial vowel. Extra to the standard Wolof set is /ħ/, available for Arabic loan words. Lacking is /q/, but /k/ may suffice for that. Also lacking is /nk/, but that may easily be formed with a mark above, like /mb/ etc. [2]

In Garay, uppercase letters are distinguished from lowercase letters by a swash added to one side or the other of the letter. Each sentence begins with a capital letter. Personal names are likewise capitalized. [3]

Nasals
IPA m m n n ɲ ñ ŋ ŋ
Lowercase Garay M lowercase.png Garay N lowercase.png Garay N lowercase.png Garay ng lowercase.png
Uppercase Garay M uppercase.png Garay N uppercase.png Garay N uppercase.png Garay ng uppercase.png
Prenasalized plosives
IPA m b mb n d nd ɲ ɟ nj ŋ ɡ ng
Lowercase Garay MB lowercase.png Garay ND lowercase.png Garay NJ lowercase.png Garay NG lowercase.png
Uppercase Garay MB uppercase.png Garay ND uppercase.png Garay NJ uppercase.png Garay NG uppercase.png
Voiced plosives
IPA b b d d ɟ j ɡ g
Lowercase Garay B lowercase.png Garay D lowercase.png Garay J lowercase.png Garay G lowercase.png
Uppercase Garay B uppercase.png Garay D uppercase.png Garay J uppercase.png Garay G uppercase.png
Voiceless plosives
IPA p p t t c c k k
Lowercase Garay P lowercase.png Garay T lowercase.png Garay C lowercase.png Garay K lowercase.png
Uppercase Garay P uppercase.png Garay T uppercase.png Garay C uppercase.png Garay K uppercase.png
Fricatives
IPA f f s s x ~ χ x ħ h
Lowercase Garay F lowercase.png Garay S lowercase.png Garay X lowercase.png Garay H lowercase.png
Uppercase Garay F uppercase.png Garay S uppercase.png Garay X uppercase.png Garay H uppercase.png
Liquids and semivowels
IPA r r w w l l j y
Lowercase Garay R lowercase.png Garay W lowercase.png Garay L lowercase.png Garay Y lowercase.png
Uppercase Garay R uppercase.png Garay W uppercase.png Garay L uppercase.png Garay Y uppercase.png
Misc.
Alif
Lowercase Garay alif lowercase.png
Uppercase Garay alif uppercase.png

Vowels

a a i i ɛ e ɔ o
Garay A.png Garay I.png Garay E.png Garay O.png
ə ëü e é u u
Garay Schwa.png Garay U.png Garay E.png Garay U.png

Numbers

Garay numbers.png

Unicode

The Garay alphabet was added to the Unicode Standard in September, 2024 with the release of version 16.0.

The Unicode block for Garay is U+10D40–U+10D8F:

Garay [1] [2]
Official Unicode Consortium code chart (PDF)
 0123456789ABCDEF
U+10D4x𐵀𐵁𐵂𐵃𐵄𐵅𐵆𐵇𐵈𐵉𐵊𐵋𐵌𐵍𐵎𐵏
U+10D5x𐵐𐵑𐵒𐵓𐵔𐵕𐵖𐵗𐵘𐵙𐵚𐵛𐵜𐵝𐵞𐵟
U+10D6x𐵠𐵡𐵢𐵣𐵤𐵥𐵩𐵪𐵫𐵬𐵭𐵮𐵯
U+10D7x𐵰𐵱𐵲𐵳𐵴𐵵𐵶𐵷𐵸𐵹𐵺𐵻𐵼𐵽𐵾𐵿
U+10D8x𐶀𐶁𐶂𐶃𐶄𐶅𐶎𐶏
Notes
1. ^ As of Unicode version 16.0
2. ^ Grey areas indicate non-assigned code points

Related Research Articles

<span class="mw-page-title-main">Arabic alphabet</span> Writing system of the Arabic language

The Arabic alphabet, or the Arabic abjad, is the Arabic script as specifically codified for writing the Arabic language. It is written from right-to-left in a cursive style, and includes 28 letters, of which most have contextual letterforms. Unlike the Latin alphabet, the script has no concept of letter case. The Arabic alphabet is considered an abjad, with only consonants required to be written; due to its optional use of diacritics to notate vowels, it is considered an impure abjad.

The Hebrew alphabet, known variously by scholars as the Ktav Ashuri, Jewish script, square script and block script, is an abjad script used in the writing of the Hebrew language and other Jewish languages, most notably Yiddish, Ladino, Judeo-Arabic, and Judeo-Persian. In modern Hebrew, vowels are increasingly introduced. It is also used informally in Israel to write Levantine Arabic, especially among Druze. It is an offshoot of the Imperial Aramaic alphabet, which flourished during the Achaemenid Empire and which itself derives from the Phoenician alphabet.

Thaana, Tãnaa, Taana or Tāna is the present writing system of the Maldivian language spoken in the Maldives. Thaana has characteristics of both an abugida and a true alphabet, with consonants derived from indigenous and Arabic numerals, and vowels derived from the vowel diacritics of the Arabic abjad. Maldivian orthography in Thaana is largely phonemic.

<span class="mw-page-title-main">Wolof language</span> Language of Senegal, the Gambia, and Mauritania

Wolof is a Niger–Congo language spoken by the Wolof people in much of the West African subregion of Senegambia that is split between the countries of Senegal, The Gambia and Mauritania. Like the neighbouring languages Serer and Fula, it belongs to the Senegambian branch of the Niger–Congo language family. Unlike most other languages of its family, Wolof is not a tonal language.

<span class="mw-page-title-main">Ugaritic alphabet</span> Cuneiform consonantal alphabet of 30 letters

The Ugaritic writing system is a cuneiform abjad with syllabic elements used from around either 1400 BCE or 1300 BCE for Ugaritic, an extinct Northwest Semitic language. It was discovered in Ugarit, modern Ras Al Shamra, Syria, in 1928. It has 30 letters. Other languages, particularly Hurrian, were occasionally written in the Ugaritic script in the area around Ugarit, although not elsewhere.

The Burmese alphabet is an abugida used for writing Burmese. It is ultimately adapted from a Brahmic script, either the Kadamba or Pallava alphabet of South India. The Burmese alphabet is also used for the liturgical languages of Pali and Sanskrit. In recent decades, other, related alphabets, such as Shan and modern Mon, have been restructured according to the standard of the Burmese alphabet

<span class="mw-page-title-main">Arabic diacritics</span> Diacritics used in the Arabic script

The Arabic script has numerous diacritics, which include consonant pointing known as iʻjām (إِعْجَام), and supplementary diacritics known as tashkīl (تَشْكِيل). The latter include the vowel marks termed ḥarakāt.

<span class="mw-page-title-main">Soyombo script</span> Abugida-type writing system

The Soyombo script is an abugida developed by the monk and scholar Zanabazar in 1686 to write Mongolian. It can also be used to write Tibetan and Sanskrit.

<span class="mw-page-title-main">Syriac alphabet</span> Writing system

The Syriac alphabet is a writing system primarily used to write the Syriac language since the 1st century AD. It is one of the Semitic abjads descending from the Aramaic alphabet through the Palmyrene alphabet, and shares similarities with the Phoenician, Hebrew, Arabic and Sogdian, the precursor and a direct ancestor of the traditional Mongolian scripts.

<span class="mw-page-title-main">Mandinka language</span> Mande language

The Mandinka language, or Mandingo, is a Mande language spoken by the Mandinka people of Guinea, northern Guinea-Bissau, the Casamance region of Senegal, and in The Gambia where it is one of the principal languages.

Ayin is the sixteenth letter of the Semitic scripts, including Arabic ʿaynع‎, Aramaic ʿē 𐡏, Hebrew ʿayinע‎, Phoenician ʿayin 𐤏, and Syriac ʿē ܥ.

<span class="mw-page-title-main">Mandombe script</span> Congolese writing system

Mandombe or Mandombé is a script proposed in 1978 in Mbanza-Ngungu in the Bas-Congo province of the Democratic Republic of the Congo by Wabeladio Payi, who related that it was revealed to him in a dream by Simon Kimbangu, the prophet of the Kimbanguist Church. Mandombe is based on the sacred shapes and , and intended for writing African languages such as Kikongo, as well as the four national languages of the Congo, Kikongo ya leta, Lingala, Tshiluba and Swahili, though it does not have enough vowels to write Lingala fully. It is taught in Kimbanguist church schools in Angola, the Republic of the Congo, and the Democratic Republic of the Congo. It is also promoted by the Kimbanguist Centre de l’Écriture Négro-Africaine (CENA). The Mandombe Academy at CENA is currently working on transcribing other African languages in the script. It has been classified as the third most viable indigenous script of recent indigenous west African scripts, behind only the Vai syllabary and the N'Ko alphabet.

Serer, often broken into differing regional dialects such as Serer-Sine and Serer saloum, is a language of the Senegambian branch of the Niger–Congo family spoken by 1.2 million people in Senegal and 30,000 in the Gambia as of 2009. It is the principal language of the Serer people, and was the language of the early modern kingdoms of Sine, Saloum, and Baol.

<span class="mw-page-title-main">Arabic script</span> Writing system for Arabic and several other languages

The Arabic script is the writing system used for Arabic and several other languages of Asia and Africa. It is the second-most widely used alphabetic writing system in the world, the second-most widely used writing system in the world by number of countries using it, and the third-most by number of users.

<span class="mw-page-title-main">Urdu alphabet</span> Writing system used for Urdu

The Urdu alphabet is the right-to-left alphabet used for writing Urdu. It is a modification of the Persian alphabet, which itself is derived from the Arabic script. It has co-official status in the republics of Pakistan, India and South Africa. The Urdu alphabet has up to 39 or 40 distinct letters with no distinct letter cases and is typically written in the calligraphic Nastaʿlīq script, whereas Arabic is more commonly written in the Naskh style.

<span class="mw-page-title-main">Wolofal alphabet</span>

Wolofal is a derivation of the Arabic script for writing the Wolof language. It is basically the name of a West African Ajami script as used for that language.

<span class="mw-page-title-main">Hamza</span> Mark used in Arabic-based orthographies

The hamza is an Arabic script character that, in the Arabic alphabet, denotes a glottal stop and, in non-Arabic languages, indicates a diphthong, vowel, or other features, depending on the language. Derived from the letter ʿAyn, the hamza is written in initial, medial and final positions as an unlinked letter or placed above or under a carrier character. Despite its common usage as a letter in Modern Standard Arabic, it is generally not considered to be one of its letters, although some argue that it should be considered a letter.

The Fula language is written primarily in the Latin script, but in some areas is still written in an older Arabic script called the Ajami script or in the recently invented Adlam script.

The Hanifi Rohingya script is a unified script for the Rohingya language. Rohingya today is written in three scripts, Hanifi, Arabic, and Latin (Rohingyalish). The Rohingya language was first written in the 19th century with a version of the Perso-Arabic script. In 1975, an orthographic Arabic script was developed and approved by the community leaders, based on the Urdu alphabet but with unique innovations to make the script suitable to Rohingya.

The Sunuwar alphabet is an alphabet developed by Krishna Bahadur Jentich in 1942, to write the Sunwar language, a member of the Kiranti language family spoken in Eastern Nepal, as in Sikkim. It is recognised in Sikkim and used as an official writing system. The alphabet has 33 letters, 10 numerals and 1 'auspicious sign'.

References

  1. The Garay alphabet can contribute to the rebirth of Africa, according to its inventor , Birane Hady Cissé, on fr.allafrica.com (April 21, 2009, accessed November 7, 2018).
  2. Garay script for Wolof, Ian James, March 2012
  3. Garay Alphabet: a Wolof Script, 6 May 2019

Bibliography