A pangram or holoalphabetic sentence is a sentence using every letter of a given alphabet at least once. Pangrams have been used to display typefaces, test equipment, and develop skills in handwriting, calligraphy, and keyboarding.

An English language pangram being used to demonstrate the Bitstream Vera Sans typeface
An English language pangram being used to demonstrate the Bitstream Vera Sans typeface

The best-known English pangram is "The quick brown fox jumps over the lazy dog". It has been used since at least the late 19th century, was used by Western Union to test Telex/TWX data communication equipment for accuracy and reliability,[1] and is now used by a number of computer programs to display computer fonts, most notably the font viewer built into Microsoft Windows.

Short pangrams

Short pangrams in English are more difficult to devise and tend to use uncommon words. Longer pangrams may afford more opportunity for humor, cleverness, or thoughtfulness.[2]

The following are examples of pangrams that are shorter than "The quick brown fox jumps over a lazy dog" (which has 33 letters) and use standard written English without abbreviations or proper nouns:

Perfect pangrams

A perfect pangram contains every letter of the alphabet only once and can be considered an anagram of the alphabet. The only perfect pangrams of the English alphabet that are known use abbreviations or other non-words, such as "Mr Jock, TV quiz PhD, bags few lynx", or use words so obscure that the phrase is hard to understand, such as "Cwm fjord bank glyphs vext quiz", in which cwm is a loan word from the Welsh language meaning a steep-sided glaciated valley, and vext is an uncommon way to spell vexed.

Other writing systems may present more options: The Iroha is a well-known perfect pangram of the Japanese syllabary, while the Hanacaraka is a perfect pangram for the Javanese script and is used to order it to this day.

Other languages using the Latin script

Whereas the English language uses all 26 letters of the Latin alphabet in native and naturalized words, many other languages using the same alphabet do not. Pangram writers in these languages are forced to choose between only using those letters found in native words or incorporating exotic loanwords into their pangrams. Some words, such as the Gaelic-derived whisk(e)y, which has been borrowed by many languages and uses the letters k, w and y, are a frequent fixture of many foreign pangrams.

Czech
Příliš žluťoučký kůň úpěl ďábelské ódy ("A horse that was too yellow moaned devilish odes") is the most commonly used one, especially to test alphabet support with fonts. This sentence includes all Czech letters with diacritics, but not all basic letters. To include all basic letters, including letters that only occur in loanwords (g, q, w, x), this one is used: Nechť již hříšné saxofony ďáblů rozezvučí síň úděsnými tóny waltzu, tanga a quickstepu. ("May the sinful saxophones of devils echo through the hall with dreadful melodies of waltz, tango and quickstep.").
Danish
Høj bly gom vandt fræk sexquiz på wc. ("Tall shy groom won naughty sexquiz on wc") A perfect pangram, using every letter exactly once (Including the more unusual letters as q, w, and x, and including the Danish æ, ø, and å).[3]
Finnish
Törkylempijävongahdus. (Does not really mean anything, but roughly translates to "a whinge of a sleazy lover") A perfect pangram not using any of the special letters used in Finnish only for foreign words (b, c, f, q, š, w, x, z, ž, å).
On sangen hauskaa, että polkupyörä on maanteiden jokapäiväinen ilmiö. ("It is rather fun that bicycles are a daily phenomenon on the countryroads.") An imperfect pangram not containing the previously mentioned special letters.
Wieniläinen siouxia puhuva ökyzombi diggaa Åsan roquefort-tacoja ("Viennese rich zombie who can speak Sioux likes Åsa's Roquefort tacos") contains all the letters of the Finnish alphabet.
French
Portez ce vieux whisky au juge blond qui fume ("Take this old whisky to the blond judge who is smoking") uses each basic consonant once, though not any letters with diacritics. The letters k and w are only found in loanwords.
German
Victor jagt zwölf Boxkämpfer quer über den großen Sylter Deich ("Victor chases twelve boxers across the Great Levee of Sylt") contains all letters, including the umlauted vowels (ä, ö, ü) and ß. The letter y is limited to loanwords and proper names like Sylt.
Italian
Pranzo d'acqua fa volti sghembi ("A lunch of water makes twisted faces") has 26 letters and includes all 21 letters found in native Italian words.
Polish
Stróż pchnął kość w quiz gędźb vel fax myjń. ("The watchman pushed the bone into a quiz of the musics or a fax of the washes") Perfect pangram, using every letter once, including foreign letters q, v, and x.[4]
Spanish
Benjamín pidió una bebida de kiwi y fresa. Noé, sin vergüenza, la más exquisita champaña del menú ("Benjamin ordered a kiwi and strawberry drink. Noah, without shame, the most exquisite champagne on the menu") uses all diacritics and the foreign letters k and w.
Turkish
Pijamalı hasta yağız şoföre çabucak güvendi ("The sick person in pyjamas quickly trusted the swarthy driver") contains all of the letters in the Turkish alphabet.

Other alphabetic scripts

Non-Latin alphabetic or phonetic scripts such as Greek, Cyrillic, and others can also have pangrams. [5] In some writing systems, exactly what counts as a distinct symbol can be debated. For example, many languages have accents or other diacritics, but one might count "é" and "e" as the same for pangrams. A similar problem arises for older English orthography that includes the long s ("ſ").

Non-alphabetic scripts

Logographic scripts, or writing systems such as Chinese that do not use an alphabet but are composed principally of logograms, cannot produce pangrams in a literal sense (or at least, not pangrams of reasonable size). The total number of signs is large and imprecisely defined, so producing a text with every possible sign is practically impossible. However, various analogies to pangrams are feasible, including traditional pangrams in a romanization.

In Japanese, although typical orthography uses kanji (logograms), pangrams can be made using every kana, or syllabic character. The Iroha is a classic example of a perfect pangram in non-Latin script.

In Chinese, the Thousand Character Classic is a 1000-character poem in which each character is used exactly once; however, it does not include all Chinese characters. The single character (permanence) incorporates all the basic strokes used to write Chinese characters, using each stroke exactly once, as described in the Eight Principles of Yong.

Among abugida scripts, an example of a perfect pangram is the Hanacaraka (hana caraka; data sawala; padha jayanya; maga bathanga) of the Javanese script, which is used to write the Javanese language in Indonesia.

Self-enumerating pangrams

A self-enumerating pangram is a pangrammatic autogram, or a sentence that inventories its own letters, each of which occurs at least once. The first example was produced by Rudy Kousbroek, a Dutch journalist and essayist, who publicly challenged Lee Sallows, a British recreational mathematician resident in the Netherlands, to produce an English translation of his Dutch pangram. In the sequel, Sallows built an electronic "pangram machine", that performed a systematic search among millions of candidate solutions. The machine was successful in identifying the following 'magic' translation:[6][7][8]

This pangram contains four As, one B, two Cs, one D, thirty Es, six Fs, five Gs, seven Hs, eleven Is, one J, one K, two Ls, two Ms, eighteen Ns, fifteen Os, two Ps, one Q, five Rs, twenty-seven Ss, eighteen Ts, two Us, seven Vs, eight Ws, two Xs, three Ys, & one Z.

Chris Patuzzo was able to reduce the problem of finding a self-enumerating pangram to the boolean satisfiability problem. He did this by using a made-to-order hardware description language as a stepping stone and then applied the Tseytin transformation to the resulting chip.[9][10]

Pangrams in literature

The pangram "The quick brown fox jumps over the lazy dog", and the search for a shorter pangram, are the cornerstone of the plot of the novel Ella Minnow Pea by Mark Dunn.[11] The search successfully comes to an end when the phrase "Pack my box with five dozen liquor jugs" is discovered.

The humorous scientific paper Cneoridium dumosum (Nuttall) Hooker F. Collected March 26, 1960, at an Elevation of about 1450 Meters on Cerro Quemazón, 15 Miles South of Bahía de Los Angeles, Baja California, México, Apparently for a Southeastward Range Extension of Some 140 Miles has a pangrammatic title, seemingly by pure chance. As of January 2022, its English Wikipedia article is the only English Wikipedia article to have a pangrammatic title without having been constructed as a pangram.[12]

See also

References

  1. ^ Evans, Rod L. (2012-06-05). Tyrannosaurus Lex: The Marvelous Book of Palindromes, Anagrams, and Other Delightful and Outrageous Wordplay. Penguin. p. 51. ISBN 978-1-10-158863-5.
  2. ^ "Fun with Words: Pangrams". RinkWorks.com. Retrieved 2013-06-29.
  3. ^ pangram author Kenneth Rosenkilde (2000), pangram noted here by Martin B. Borup.[full citation needed]
  4. ^ Ciura, Marcin (2018-12-17). "More perfect Polish pangrams". marcinciura.wordpress.com.
  5. ^ backpacker.gr Some Greek pangrams
  6. ^ Dewdney, A.K. (October 1984). "Computer Recreations". Scientific American. pp. 18–22.
  7. ^ "In quest of a pangram". Abacus (defunct mag.). Vol. 2, no. 3. New York, NY: Springer Verlag. Spring 1985. pp. 22–40.
  8. ^ Weiss, E.A., ed. (1987). ""In quest of a pangram" (abridged reprint)". A Computer Science Reader. New York, NY: Springer-Verlag. pp. 200–220. ISBN 0-387-96544-0.
  9. ^ Seemingly disconnected things (podcast). Why are computers. Retrieved 2016-08-19.
  10. ^ "Another approach for finding self-enumerating pangrams". Chapter 35: Sequential sorting. The New Turing Omnibus. § show & tell. Retrieved 2015-10-20.
  11. ^ Malin, Irving (2003). "Ella Minnow Pea: A Novel In Letters". Review of Contemporary Fiction. 23 (2): 153.
  12. ^ "List of page titles in main namespace". enwiki dump progress on 20220101. Wikimedia Foundation. Retrieved 14 January 2022.