array(11) { ["id"]=> int(6) ["order"]=> int(0) ["slug"]=> string(2) "en" ["locale"]=> string(5) "en-US" ["name"]=> string(7) "English" ["url"]=> string(47) "https://www.incredibuild.com/integrations/clang" ["flag"]=> string(98) "https://www.incredibuild.com/wp-content/plugins/polylang-pro/vendor/wpsyntex/polylang/flags/us.png" ["current_lang"]=> bool(true) ["no_translation"]=> bool(false) ["classes"]=> array(5) { [0]=> string(9) "lang-item" [1]=> string(11) "lang-item-6" [2]=> string(12) "lang-item-en" [3]=> string(12) "current-lang" [4]=> string(15) "lang-item-first" } ["link_classes"]=> array(0) { } }

12 | Dmod

"dmod 12" commonly denotes the operation of taking an integer d modulo 12 — that is, computing the remainder when d is divided by 12. Mod 12 arithmetic is especially notable because 12 is a highly composite number (factors 1,2,3,4,6,12) and appears in many natural and cultural systems (hours on a clock, months in a year, inches in a foot). These features make arithmetic modulo 12 both algebraically rich and practically useful.