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Glossary of football slang terms

2026-10-15T15:55:14Z

Osarius: Created page with "{{compact ToC|side=yes|num=yes|seealso=yes|refs=yes}} ==A== * '''Agrikùn''' – ''Origin: {{flag|Akach}}'' Meaning "farmer athlete". Refers to a "no nonsense" type player who does the job as simply as possible, but effectively. Usually a defender. * '''Angry shadow''' – ''Origin: {{flag|Cobrio}}'' See Piano carrier. ==B== * '''Ball tamer''' See (to) tame the ball. * '''Before coffee''' A bad performance typified by low..."

{{compact ToC|side=yes|num=yes|seealso=yes|refs=yes}}
==A==
* '''Agrikùn''' – ''Origin: {{flag|Akach}}'' Meaning "farmer athlete". Refers to a "no nonsense" type player who does the job as simply as possible, but effectively. Usually a defender.
* '''Angry shadow''' – ''Origin: {{flag|Cobrio}}'' See [[#P|Piano carrier]].
==B==
* '''Ball tamer''' See [[#T|(to) tame the ball]].
* '''Before coffee''' A bad performance typified by low energy. Implies the player needs a coffee (or similar drink) to "wake up", or some sort of energy boost.
* '''Butterfly hunter''' A goalkeeper who has misjudged the flight of the ball, and "flaps" at it with both hands, only to come up empty handed.
==C==
* '''Canoe foot''' A player who is inaccurate in front of goal, or has a poor first touch. The phrase implies this is because they have long feet.
* '''Cat chasing a fly''' See [[#B|Butterfly hunter]].
* '''(to) chop before breakfast''' – ''Origin: {{flag|Cobrio}}'' An accomplished performance that looks effortless, languid, or otherwise slow. The phrase implies the player has not fully woken up yet, but is still able to "cook".
==D==
* '''(to) dance at (multiple) weddings''' – ''Origin: {{flag|Cobrio}}'' To do well in multiple competitions at once.
* '''(to) dig under the mountain''' – ''Origin: {{flag|Osarius}}'' To bring through talented young players. Also called "making glass" in [[Tubriss (Osarius)|Tubriss]].
==E==
* '''Enyagha''' – ''Origin: {{flag|Cobrio}}'' See [[#W|War elephant]].
* '''Erinogun''' – ''Origin: {{flag|Cobrio}}'' See [[#W|War elephant]].
* '''Eristicean horse''' – ''Origin: {{flag|Osarius}}'' Also sometimes referred to as an '''''Erisian horse'''''. A team that starts well but falls away toward the end of a competition. So called because [[Eristicea|Eristiceans]] are stereotyped as grifters and fraudsters.
==F==
* '''Fur''' – ''Origin: {{flag|Novum-castrum}}'' Meaning [[#T|Thief]].
==H==
* '''Hungry child''' – ''Origin: {{flag|Cobrio}}'' A ball hog.
==I==
* '''(in the) Ice''' A player left out of the team after a bad performance.
==K==
* '''Kléftis''' – ''Origin: {{flag|Eristicea}}'' Meaning [[#T|Thief]].
==L==
* '''Ladrón''' – ''Origin: {{flag|Aquillian}}'' Meaning [[#T|Thief]].
* '''Lleidr''' – ''Origin: {{flag|Diwedd Ardal}}'' Meaning [[#T|Thief]].
* '''(to) lock the door''' To adopt an ultra-defensive strategy. Like "parking the bus" in English.
* '''Lumberjack''' – ''Origin: {{flag|The Limey Isles}}'' A violent ball-winner. A "hatchet man".
==M==
* '''(to) make a cloud''' A hopeful long aerial punt into the box, particularly late in the game. So named because the ball falls like rain from a cloud.
* '''(to) make glass''' – ''Origin: {{flag|Osarius}}'' A Tubrissian variation of [[#D|Digging under a mountain]].
==O==
* '''Onyo!''' – ''Origin: {{flag|Cobrio}}'' Truncation of "onye ohi", meaning [[#T|Thief]].
==P==
* '''(to) Paint (with the toe)''' A beautiful piece of play that could be considered "art".
* '''Piano carrier''' A hardworking player who does the dirty work, so that a more talented teammate can shine. Variants on this phrase exist, referring to other bulky musical instruments.
* '''(to) piss in the wine''' To beat a team who have just won a trophy, thus spoiling their party.
* '''(to) play in a suit''' – ''Origin: {{flag|Akach}}'' A deceptive performance (e.g. trying to get a player sent off), insinuating that people in suits are untrustworthy. Commonly used in [[Akach]] (Akachese: ''láti ṣeré nígbà tí a wọ̀ ọ́ aṣọ iṣowo'')
* '''Plank''' Used to refer to any formation with "two banks of four" (e.g. 4-4-2, 4-4-1-1, 4-6-0, etc). Because it's "two-by-four".
==R==
* '''(to) reverse (the shirt/colours)''' Used to refer to a player leaving a club to join a rival.
==S==
* '''(to) set the grass on fire''' To play very intensely. Usually said at half time during a boring match or after a disappointing performance. "They will have to set the grass on fire in the second half", meaning they will need to "up their game" significantly.
* '''Shaving paint''' To hit the post or bar.
* '''Shoeshiner''' – ''Origin: {{flag|Osarius}}'' See [[#P|Piano carrier]].
* '''Shuttle train''' A player who runs up and down the pitch a lot. Typically a fullback or wingback.
* '''(to) start the dance''' – ''Origin: {{flag|Aquillian}}'' Dribbling aggressively toward someone, creating a one-on-one situation.
* '''(to) squeeze sand''' – ''Origin: {{flag|Osarius}}'' Originating in the Tubriss region of Osarius, used to refer to a manager persisting with the selection of an out of form player. Sometimes the phrase "(to) squeeze a stone" is used in other regions.
==T==
* '''(to) tame the ball''' To master the fundamentals of the sport.
* '''Thief!''' – ''Origin: Various'' A shout made—typically in a player's native language—to warn a teammate that an opponent is approaching to make a tackle, similar to the colloquial English "man on!". See also: [[#F|Fur]], [[#K|Kléftis]], [[#L|Ladrón]], [[#L|Lleidr!]], and [[#O|Onyo!]].
* '''Tukarist(a/o)''' – ''Origin: {{flag|Aquillian}}'' A hardworking, selfless player. Typically an attacker. Refers to the philosophy of [[Tukarism]], named for revolutionary [[Cobrio|Cobre]] leader [[Tukari Kaita]].
==W==
* '''War elephant''' – ''Origin: {{flag|Cobrio}}'' A striker who leads the line aggressively, relying on physicality and brute force. Typically known as '''''Enyagha''''' or '''''Erinogun''''' within Cobrio (both phrases translate to "war elephant").
* '''Where the joiner works''' – ''Origin: {{flag|Akach}}'' A shot placed right in the top corner of the goal, near the angle of post and bar. Also known as '''"where the bat sleeps"''' in [[The Limey Isles]], or '''"in the spider's web"''' or '''"shaving paint twice"''' in other places.

Glossary of Cobre creole phrases

2026-10-14T15:51:13Z

Osarius: /* E */

{{compact ToC|side=yes|num=yes|seealso=yes|refs=yes}}
==A==
* '''Abojutolu''' ''(IPA coming soon)'' – Meaning "without supervision" ("abojuto" = supervision; "lu" modifier to denote absence), this is the name given to a line of automatons developed by [[Ipele Prossimo Humanité]] (IPH) to perform menial labour tasks. They are so-named, as they do not require any human supervision, and a workforce of thousands can easily be managed by a single [[#A|amami eziolu]] system. These automatons are rarely given powerful operating systems themselves, and will normally have hardware designed for lower level amami eziolu, more specialised to their specific task; as a result, they are not often suited to perform other tasks. They often include a system which incorporates eluvium in order to maximise their capacity for lifting, carrying, and transporting material; as these are tasks identified by researchers as having the highest human cost (i.e. high rate of injury among human workers).
* '''Adinkra''' ''(IPA coming soon)'' – Symbols used in Cobre tradition to confer certain attributes upon the wearer/bearer, or to represent certain ideals and concepts. Most commonly seen in clothing patterns, or as symbols painted onto the skin or uniforms of those who enter competitive scenarios. Originally, the adinkra were reserved only for battle and trials, but their use has become more and more widespread over the years.
* '''Agricole''' ''(IPA coming soon)'' – A portmanteau of "agriculture" and "école" ([[Azertienne language|Azertienne]] for "school"). An institution of higher education (most commonly found in [[Cobrio]] or [[Akach]]) which combines vocational training with scientific research, centred on advancing agricultural methods and processes through a combination of traditional wisdom and modern science and technology.
* '''Ahonelu''' ''(IPA coming soon)'' – Meaning "elevated tongue", it refers to a ritual language used in [[Ipanism]]. It is a sort of pidgin derived from [[Cobre Creole]] and modern Akachese (itself carrying some similarities to [[Azertienne language|Azertienne]]). Sometimes also called ''edenrin'' ("language of the siblings").
* '''Akaba''' ''(IPA coming soon)'' – literally meaning "ladder". It is often used to describe any structure that resembles a ladder, or that allows progressive movement (often based on merit). A related slang term, ''"[[#L|lukaba]]"'', refers to a system that does not reward based on merit.
* '''Akamami''' ''(IPA coming soon)'' – Literally meaning "canopy of wisdom". The covered canopy within the [[#O|Ogbokatoma]] where a representative or speaker can directly address the [[Council of N'Katoma]]. Protocol dictates that only the person standing under the Akamami can address the Council, or other attendees at the Ogbokatoma.
* '''[[Akkano people|Akkano]]''' ''(IPA coming soon)'' – One of the ethnic groups, or "tribes", that make up the Cobre nation. The name comes from the old Cobre for "first", indicating their presence as the indigenous people of Cobrio (and by extension, [[Osarius]]). They are believed to have originated in what is now the North-East region of Cobrio, and migrated south and west. Notably among Cobre people, the Akkano practice [[wikipedia:matrilineality|matrilineality]], with possessions, names etc being passed down from mother to child—as opposed to the more common patrilineality; inheritance through father to child. Akkano people believe that all are born into a house ("[[#T|Turu]]") which links you to others in the same house (regardless of ethnicity) on a spiritual level. All people are therefore formed by the effect of their mother's blood (their inherited traits, or "[[#O|Ogya]]") upon their "house". The two terms combined form the name of a uniquely Akkano method of personality analysis ("[[#O|Ogyaturu]]").
* '''[[Àkoleoso]]''' ''(IPA coming soon)'' – Literally "Koleosoism", "Koleoso system", or "the quality of being (like) Koleoso". A footballing philosophy centred on breaking free of the restrictive nature of most systems. It is named for its main proponent, [[Marvelous Koleoso]].
* '''[[Amami eziolu]]''' ''(IPA coming soon)'' – Meaning "wisdom without truth", and sometimes shortened to "AE". This is the name given to systems developed to emulate human intelligence to a degree. The term was coined by [[Geoffrey Anozie]], lead developer in the artificial intelligence division at [[Ipele Prossimo Humanité]] (IPH), as a means to “remind people what we are doing”. He went on to add that “these systems can never truly emulate the human mind because their perception of reality, of truth, is limited to the parameters we feed them; they are not sentient, no matter how much it feels like they might be.”
* '''Àmuluní''' ''(IPA coming soon)'' – Literally "the practice of foolish speaking" (mulu = "foolish, easily tricked", ní = "speech", À = modifier signifying a practice or system). Commonly used to describe a way of speaking that is designed to trick the listener. Originally a slang term used predominantly in "slum" areas of major cities like Dynapolis, Kronkow, and Camaron to describe the language of street crooks, which was designed to be indecipherable to law enforcement. The term gained wider cultural adoption—and a broader meaning—when used in a speech within the [[#A|Akamami]] at the [[#O|Ogbokatoma]] by the [[Tukarist Liberation Front]]'s [[Yobanna Adeyemi]], referring to the rhetoric espoused by the right-populist [[Ṣe Kobu Tayọzọ]] (Make the Nation Excellent Again) movement. Now, the term is used for both the street dialect, and a form of political "[[wikipedia:Doublespeak|doublespeak]]". Adeyemi claims this was a deliberate move, noting that "the only difference is in the clothing they wear. If you speak kiwani and dress in a combination of Cobre and Ugwu clothing, you are a criminal. But if you wear agbada and speak kiwani on platforms, you are a politician."
* '''[[Apergium]]''' ''(IPA coming soon)'' – An element refined from [[Eluvium]], via an energy-intensive process. When a sufficiently large electrical current is passed through a cell of apergium, an "apergitational field" is created, in which the effect of gravity is completely nullified. Apergium is used in some [[Anti-gravity technology|anti-gravity]] machinery and craft manufactured in both Cobrio and Osarius.
* '''[[House of Argento|Argento]]''' ''(ˈɑːr.dʒɛn.toʊ // AA·jen·toh)'' – Formerly a noble house in Osarius, exiled to the [[Aquillian|Isle of Aquillian]] after losing the [[#W|War of the Metals]] to the [[House of Aurumia]]. The House of Argento had subjugated the Cobre nation but were allegedly willing to grant the Cobre peoples some degree of autonomy once the war was won. This claim is doubted among Cobre scholars, and some go as far as to suggest that the Argento "tricked" the Cobre nation, and adopted the Cobre symbol of the [[Panthera veritus|panther]] for their own as part of the ploy. Others suggest that the Cobre leadership was defeated honourably, and agreed to serve. What is certain is that there was some relationship between the Argento and the Cobre nation prior to the War of the Metals.
* '''[[House of Aurumia|Aurumia]]''' ''(aʊ.rᵿ.ˈmiː.jæ // ow·ruh·MEE·ya)'' – The ruling family of Osarius. Came into power hundreds of years ago, and consolidated it after defeating their main rivals, the House of Argento in the War of the Metals in the mid-late 21st century. There is a split opinion among the Cobre peoples regarding the Aurumia; the larger portion still believes the Aurumia are "the enemy" following the outcome of the War of the Metals. Others believe the Aurumia liberated the Cobre nation from the Argento, though this claim is weakened by the oppressive conditions many Cobre peoples lived under since the exile of the Argento, and other scholars' claims that the Cobre nation was prosperous under the Argento.
==B==
* '''[[Babbanyawo Kadangare]]''' ''(bæb.æn.ˈjɑː.woʊ kæ.dæn.ˈgɑː.reɪ // bab·ann·YAH·wo ka·dan·GAH·ray)'' – The title of babbanyawo kadangare translates to something like "the great flying lizard", but is understood to mean "dragon". It is a title awarded to the strongest, fiercest warrior across all the tribes that make up the Cobre nation. A tournament is typically held, adhering to ancient combat rules ([[#K|kensagha]]) to decide who will hold the position. The last champion was [[Tukari Kaita]], whose feats were so esteemed, the position has remained unfilled since his death in the mid-23rd century.
* '''Babu-fifike''' ''(bæb.uː fɪf.ˈiː.keɪ // bab·oo fif·EE·kay)'' – An approximation of "wingless". Used by "rebels" and Cobre republicans to mock [[Tukari Kaita]]'s position of [[#B|Babbanyawo Kadangare]] and undermine his authority. It is meant to imply that without the flying aspect of his title, Kaita is simply a "great lizard". An unattributed quote states "What is a dragon without wings? Its power is in its ability to fly above our heads. Without flight, it only hoards treasures and breathes hot air."
* '''Banpo''' ''(ˈbæn.poʊ // BAN poh)'' – The site of the decisive battle between the [[#A|Argento]] and the [[#A|Aurumia]] during the War of the Metals. It is said to have once housed actual dragons in the [[Dragonpits of Banpo|Dragonpits]], which the Argento used to subjugate the Cobre nation and have them fight on their side against the Aurumia.
* '''[[Barrington Douglas]]''' ''(bær.ɪŋ.tən ˈdʌɡ.ləs // bar·ing·tun dug·lass)'' – A former colonel of the now-defunct Osarian military's [[#O|Ohafia]] unit, and cousin to former Osarian [[First Minister (Osarius)|First Minister]], [[George Douglas]]. He rallied several smaller militia groups within [[Dynapolis, Osarius|Dynapolis]] and is credited with starting the modern Cobre independence movement. He was installed as "General" and de facto leader of the "Free Lands of Cobrio" before starting a rebellion against Osarius in the early 23rd century. He went missing and was presumed dead after his plan to militarise Dynapolis and secede from Osarius was halted by [[Jermain Marko]] and [[Noah Drake]].
* '''[[Bay of Goats]]''' ''(IPA coming soon)'' – The name most Cobre people use for the area of water to the West of Cobrio and North of [[Mriin]]. It was given the name by the Akkano people who noted the prevalence of goats in the land nearby. Goat meat is a common ingredient in Cobre cuisine to the present day.
* '''[[Biafrai people|Biafrai]]''' ''(ˈbiː.æf.raɪ // BEE·aff·rye)'' – One of the ethnic groups, or "tribes" which make up the Cobre nation. Named for the (now-eroded) bay, extending from the southeastern tip of Cobrio, upon which the people first settled. In old Cobre, "biyafi ra yeyo", or "the bay of land which moves" was shortened to "biyafira", eventually "biafra", and the people adopted the suffix "-i", denoting "from". This ultimately distilled to "Biafrai".
* '''Boko''' ''(IPA coming soon)'' – A common insult meaning someone who is slow-witted, or otherwise lacking "street smarts". Like many slang insults, it can be intensified by doubling; i.e. "boko-boko" is a more severe kind of "boko".
* '''Boolundu''' ''(IPA coming soon)'' – Meaning "life ball", it is the name given to the fruit of a large tree found in wet areas and forests in Cobrio, or near streams. The tree produces large, ball-shaped fruit, with a spongy texture when ripe, and lots of seeds. A mature tree in the right conditions can produce fruits year-round, with a total yield of more than thirty per year. Each fruit typically weighs between 7-9 kg when fully mature, and produces approximately half that weight in pulp, and around a twentieth of the weight in seeds after processing. The fruit can be eaten raw, but is usually boiled or roasted; or the pulp is used to make [[#M|mmirilan]]. The seeds—which have high nutritional value and are rich in vitamins—can also be dried and eaten, though they are usually ground into a flour, or pressed to produce oil. (OOC: It's [[wikipedia:Treculia africana|African breadfruit]])
==C==
* '''Camaron''' ''(IPA coming soon)'' – The capital city of Cobrio. A former Osarian military outpost in the southwest of Cobrio, it was the base of operations for [[Barrington Douglas]]' separatist movement before the move north and into Dynapolis. The concentration of military personnel and equipment made it the perfect staging ground for the secession movement that followed, and [[Tukari Kaita]] named it as capital city once independence was confirmed.
* '''Chemin''' ''(IPA coming soon)'' – [[Azertienne language|Azertienne]] for "path" or "way". In [[Ipanism|Ipanist]] tradition, every person has their own ''chemin'', which always leads to death—the final destination of all life. It is not pre-determined, but rather you will make choices on your journey that can vary the path. Some stops on the path may be pre-determined, but how and when you reach them is entirely up to you.
* '''[[Cobrio]]''' ''(IPA coming soon)'' – An "[[wikipedia:Anglicisation|Osarianised]]" spelling of "kobu rigo" ("the land of the people of the flood"). The traditional name for the lands upon which Cobrio exists. So-called because of the manner in which the populations spread rapidly across the area. Scholars believe that "go" ("people") became "yo" through a misreading of a written passage.
* '''[[Cook-off]]''' ''(IPA coming soon)'' – A cooking competition where the contestants each prepare dishes for judging either by a select group of judges or by the general public. Originally, cook-offs were used as a duel of champions between opposing armies—said to have been conceived by the legendary general [[#L|Lushiku]]—in order to limit loss of life. Over the years, the format has emerged as a form of entertainment, with various gimmicks used, mostly designed for television. See [[nspost:39571344|here]] for more detail.
* '''Creyente''' ''(IPA coming soon)'' – Actually an [[Azertienne language|Azertienne]] word meaning "believer", but commonly used for those who follow the [[Ipanism|Ipanist]] tradition. Synonymous with ''"disciple"'' ("follower").
* '''Cupressa''' ''(ˈkuː.prɛs.ɑː // COO·press·aa)'' – Site of a historic battle during the [[#W|War of the Metals]]. Located in the north-eastern part of [[Hearthlands, Osarius]], near the border with the [[Mount Crown region, Osarius|Mount Crown region]].
==D==
* '''Dandamali Tiẹbẹ''' ''(IPA coming soon)'' – Literally "platform of petition". Refers to the elevated platform in the [[#O|Ogbokatoma]] (House of the Elders), infront of the [[Council of N'Katoma]] and [[#S|Sarki]], under the [[#A|Akamami]] (Canopy of Wisdom). The place a designated speaker stands when addressing the congregation at an [[#N|Nzukọ Watilai]] (Meeting of Representatives).
* '''[[Djalia]]''' ''(IPA coming soon)'' – Also known as "the ancestral plane", the Djalia is technically the part of the astral plane intersecting with both [[#T|Tiquoia]] and the material plane. While many will speak of it as the realm in which the ancestors dwell, this is not strictly true. The ancestors, like all dead, exist in Tiquoia, but traditional Cobre belief states that a representation of them exists in the Djalia, formed of the collective memory of the Cobre nation. When Cobrans speak of the ancestors visiting from the Djalia, to lend strength or wisdom, what they are really saying is "we must remember".
* '''[[Djeli]]''' ''(IPA coming soon)'' – A djeli is a storyteller, a keeper of history. They travel from settlement to settlement within Cobrio, performing with simple instruments to tell tales of the ancestors. Of particular note is that a djeli's knowledge is passed on through oral tradition only, with none of it written. This is to prevent [[#I|Ikpoa]] from corrupting the record. Some believe their instruments and words have a magical quality, allowing people who hear the djeli speak a tale to also "see" or even "feel" it (see [[#O|okun]]). History is a major part of Cobre culture, and as a result, the djeli—whose work is thought to keep the Djalia "alive"—are highly respected members of Cobre society.
* '''[[Doulea]]''' ''(ˈduː.leɪ // DOO·lay)'' – Site of a historic battle during the War of the Metals. Located in the central part of the [[Hearthlands (Osarian region)|Hearthlands]] region, west of [[Masaka, Osarius|Masaka]].
==E==
* '''Ebitu''' ''(IPA coming soon)'' – A truncation of "ebi turari", meaning "family spice". The berries of the plant are said to taste like a combination of multiple staple spices in Cobre cuisine; hence the name. The berries are typically sun-dried before use, and may be ground before adding to sauces, stews etc. Whole dried berries are preferred for steeping, however. (OOC: It's [[wikipedia:allspice|allspice]], lol)
* '''Edenrin''' ''(IPA coming soon)'' – See [[#A|Ahonelu]].
* '''Efiagya''' ''(IPA coming soon)'' – A particularly insulting term for a child of a man of low standing. Literally meaning "dirt father's blood", it draws on the Akkano belief that [[#M|Mamula]]—goddess of the waters—is the originator of all humans' blood (also referred to as Mamula's gift). To call someone "efiagya" is to imply that one's father has somehow tainted Mamula's gift. A related term, "ogyafi" (literally "mother's blood dirt"), is the most taboo swear word in Cobrio due to the blasphemous implication that Mamula's gift itself is dirty.
* '''[[Eluburu]]''' ''(IPA coming soon)'' – A popular form of dance-oriented music originating in Akach. The name comes from "elu" (lift, or elevate) and "aburu" (wretched). Lyrics typically recount the various social realities of Akachese people—particularly the youth—and are often written in a mixture of [[Cobre creole]] and [[Azertienne language|Azertienne]], incorporating a lot of street slang. Musically, Eluburu can be distinguished by its modern interpretations of traditional melodies and the characteristic "talking drums"—similar to the drums used by many djeli—which are used to create distinct seven stroke patterns known as the "bird" or "''ijesanma''" pattern—literally "walk" + "cloud"—usually in either a triple-pulse or duple-pulse structure. (OOC: it's basically Akachese [[wikipedia:Zouglou|zouglou]], and ijesanma is essentially [[wikipedia:Bemb%C3%A9_(rhythm)|bembé]])
* '''[[Eluvium]]''' ''(IPA coming soon)'' – A metallic element present in high quantities in Cobrio, since antiquity. It is thought to be extra-terrestrial in nature, due to its scarcity in nearby nations, and—to the knowledge of the Cobre people—complete absence elsewhere. The metal possesses several strange properties—many of which appear to require one to tap into [[#M|manu]]—and is used in many Cobre inventions as a result. Perhaps most notable is its ability to generate mass-altering fields when exposed to an electrical current. The name comes from the Cobre word "elu" meaning "above", as both a reference to the metal's ability to make things easier to lift, and for its superior qualities in manufacturing.
* '''Emi''' ''(IPA coming soon)'' – A term loosely meaning "essence", or "soul". In [[Ipanism|Ipanist]] tradition, one's ''emi'' is contained in your navel. Traditional belief is that the ''emi'' is formed immediately after the confluence of your parents' essences at conception, so it also takes a small part of the ''emi'' of each of your parents.
* '''Epajáni''' ''(IPA coming soon)'' – From ''epa'' ("nut") + ''jáni'' ("bite"). A traditional snack of roasted nuts and sugar. The heat melts the sugar into caramel, and the mixture is generally shaped into bite-sized balls before the caramel cools and sets. Frequently sold by street vendors. Far more common in Akach than Cobrio, but can be found more easily in the north-western parts of the latter.
* '''Eririnwa''' ''(IPA coming soon)'' – A large bow made of hardwood stained with the blood of a tiger. Associated most closely with the [[#N|Nguleri]] and [[#O|Ohafia people]]. The bows are said to be difficult to draw, and a Nguleri boy cannot be considered a man until he does so. Many women also use the Eririnwa proficiently, though it is not an expectation of them.
* '''Èṣe''' ''(ɛ̄.ʃé // eh-SHAY)'' – A truncation of ''Èṣeungan'' ("you are to be commended highly"), used as an informal way to give thanks.

==F==
* '''Funpo''' ''(IPA coming soon)'' – literally meaning "squeeze". The term is often used in various contexts to refer to making things uncomfortable in some way.
==G==
==H==
* '''Habilitants''' ''(IPA coming soon)'' – [[Azertienne language|Azertienne]] for "enablers". The term applies collectively to all deities—variously referred to as "éléments" ("elements"), "naturels" ("naturals"), or "donneurs" ("givers")—honoured by ''[[#C|creyentes]]'', or followers of the [[Ipanism|Ipanist]] tradition.
==I==
* '''Ibiori''' ''(IPA coming soon)'' – Literally "head place", or "mind place". A technique used by [[#D|djeli]] to augment memory capacity, enabling them to remember the vast amounts of information the profession requires. Similar to the [[wikipedia:Method_of_loci|Method of loci]] or "Mind Palaces". Typically this is practiced from a very young age for maximum effect. Later developments would enable the use of [[#M|manu]]-charged pieces of [[#E|Eluvium]] to store memory, making it possible to transfer a meticulously built ibiori into a physical object.
* '''Ifuoké''' ''(IPA coming soon)'' – The "Rider of the Storm" in Cobre folklore. According to the folklore passed down by [[#D|djeli]] in the Ekezie lineage, they are said to be the messenger of the [[Irunashe]], travelling on the winds of a thunderstorm to deliver messages to deities and humans alike. The Rider of the Storm has no gender, though is often referred to as male.
* '''Ija tesiwaju''' ''(IPA coming soon)'' – A phrase famously used by [[Tukari Kaita]] when announcing [[Cobre Emancipation]], highlighting his belief that "the work [was] not yet done". It is commonly used by Tukarists, meaning "the fight continues" or "the struggle continues", in reference to the constant struggle to free the people from the oppressive yoke of the multiverse's capitalist-imperialist ruling class.
* '''Ijokodaraja''' ''(IPA coming soon)'' – Literally "Honour Seat". The elevated seat separate from those of the [[Council of N'Katoma]] under the [[#A|Akamami]], specifically reserved for the [[#S|Sarki]].
* '''Ikemi Sarki''' ''(IPA coming soon)'' – Literally translating to "force of the [[#S|Sarki]]", the Ikemi (as they are most commonly referred to) are a sub-unit of the [[#Z|zabamince wadanda]] – usually comprised of new recruits undergoing final assessments, and veterans removed from high-pressure roles due to fading combat effectiveness. Their role is to act as general peacekeepers throughout Cobrio on behalf of the Sarki, and as such, are not beholden to any local authorities. Most often, though, the Ikemi are deployed as a deterrent to the general public, in areas where it is considered more likely that civil unrest may occur. Their training largely consists of de-escalation practices, and they are far less heavily armed for combat than the [[#Z|zabamince wadanda]]; instead carrying technology for crowd control, or incapacitation.
* '''Ikpoa''' ''(IPA coming soon)'' – The name given to the deity who personifies hatred among mankind. He is associated with blood red, and in traditional Cobre beliefs, seeks to destroy or corrupt progress made by mankind. It is important to note, however, that Ikpoa cannot corrupt a person. For this reason, [[#D|djeli]] persist with the oral tradition, as the words you hear cannot be tainted by Ikpoa's hatred of man. A written word, however, "cannot be trusted unless carved into the earth, which possesses the will of [[#O|Olugun]]". Some have taken this phrase to mean that words carved into stone or metal are incorruptible. Traditional Cobre belief states that after Olugun created man, and favoured them, Ikpoa was driven mad with jealousy. His jealousy eventually became hatred, and he has sought to destroy mankind ever since but realises that only man can destroy man; and so he sabotages, sowing discord wherever possible.
* '''Ilutiorun''' ''(IPA coming soon)'' – Literally meaning "drum of heaven", it is most commonly used as a poetic term to refer to thunder. In Cobre folklore, it is the sound made by a great drum being beaten, as commanded by [[#O|Olugun]] whenever he fought—and inevitably defeated—one of [[#I|Ikpoa]]'s creations, sent to harm mankind. The term can also be applied to other, natural sounds of similar majesty heard at a distance, such as earthquakes, or volcanic eruptions.
* '''Imezi nzuzu''' ''(IPA coming soon)'' – Literal translation is difficult, but the general idea is "uneducated, uncultured people". Sometimes translated as "stupid bush people" or "idiot farmers" (though the latter would not be used in Cobrio or Akach, where farmers are valued members of society).
* '''Inapaa''' ''(IPA coming soon)'' – literally "turn off the light". Can be used in various contexts which imply an inability to see, or a lack of consciousness. This can vary in degree from misdirection (as, for example, in the common use referring to a "dummy" or "feint" within association football) to literally rendering someone unconscious (the term is sometimes used in place of "knockout" in combat sports commentary).
* '''Ipa''' ''(IPA coming soon)'' – Literally meaning "force", the term refers to a supernatural force permeating all facets of the universe. Legend has it that the term was coined by a battalion of [[#O|Ohafia]] warriors—evidence strongly suggests that various Cobre ethnicities intermixed in the west, making modern Akachese people descendants of the Cobre nation as a whole–defending the western coast of [[Rabastor]] just south of the [[Byrsic Delta]] (near modern-day [[Emekula]]). and allegedly began chanting "mare ipa abofun kobu nipawa" ("the almighty force protects the people through us"). This would repeat after victories by other battalions, of all descents among the [[Western Deltas|Akach]] people, and gradually become "mare ipa", then "maripa", and eventually just "ipa".
* '''Ipalorun''' ''(IPA coming soon)'' – A term for the person who initiates a ''[[#C|creyente]]'' in the [[Ipanism|Ipanist]] tradition. It loosely translates to something like "godparent", though sometimes a creyente may use "marraine" or "parrain"—"godmother" or "godfather" respectively—depending on gender identity. Ipalorun are often met with ritual prostration known as [[#O|obiteriba]] ("obey the parent") upon entry to the ''chambre''.
* '''[[Ipanism]]''' ''(IPA coming soon)'' – Also known as "La Loi de l'Ipa", "Sainteté", or "The Law of the Great Sibling". It is the national religion of [[Akach]], centred on the deity [[#I|Ipawolu]], with various unique terms, rituals and beliefs associated with it.
* '''[[Ipawolu]]''' ''(IPA coming soon)'' – Loosely translated as "Master of (the) Force"; "ipa" meaning "force", and "olu" a combination of the prefixes "O" (meaning "great") and "lu-" (meaning "absence" or "without"). Scholars believe that "olu" in this context refers to "the Great Void", an unknowable location in time-space, beyond mortal comprehension. In such a place, one would be everywhere and nowhere all at once, and functionally omnipotent, as no limits can exist in such a place. Ipawolu is often closely identified with the Cobre deities [[Irunashe#Olugun|Olugun]] and [[Irunashe#Oluwu|Oluwu]], though many scholars believe Ipawolu refers to a different entity, in a different belief system altogether. Ipanist belief holds that all ''ipa'' originates with, and can only be tapped into, through Ipawolu. Notably, Ipawolu is typically not assigned a gender, instead referred to only by name, or in the abstract (e.g. "the one none can see", or "the great sibling").
* '''Ipa'elu''' ''(IPA coming soon)'' – Literally meaning "force elevate" ("Ipa" = force; "elu" = elevate), but commonly taken to mean "Rise Up". Often used as a rallying cry of encouragement. More common in Akach, where the phrase is used as the name of the [[Ipa'elu System (Akach)|second tier football league]], though not uncommon in Cobrio.
* '''Ipetelai''' ''(IPA coming soon)'' – Meaning "eternal stew", it was first created by the chef [[#O|Okwelle]] when travelling in the wilderness with the armies of [[#Lushiku|Lushiku]]. In the absence of a consistent source of meat or fish, Okwelle found a way to stretch the little he had available (mostly [[wikipedia:Game (hunting)|game]]) by retaining part of whatever he cooked on any given day and using it as the base for the following day. In doing so, the army did not notice when they were not receiving meat every day, due to the remnants of flavour. The technique became common among hunters, armies, merchants, and other travelling groups, as it allows one to leave the stew in the pot indefinitely, as long as it is reheated every few days and more [[#O|omilailai]] is added each time.
* '''[[Irunashe]]''' ''(IPA coming soon)'' – A term referring to the pantheon of spirits and deities worshipped and exalted throughout the Cobre nation. The number of Irunashe is disputed, as are their names. The only universally agreed points are that [[#O|Olugun]]—ruler of the sky, and father of knowledge and wisdom—is the Father of all Irunashe, and his wife, [[#M|Mamula]], rules over all waters and is the universal mother goddess.
* '''Irinaro''' ''(IPA coming soon)'' – Meaning "spear of steel". The name given to the armoured train upon which [[Tukari Kaita]] toured Osarius during his campaign for Cobre Independence.
* '''Ishapa''' ''(IPA coming soon)'' – A perennial bush with deep red sepals, which are collected and dried for use in traditional Cobre cooking and medicine. They have a tart, dry flavour when steeped in water. (OOC: It's [[wikipedia:Roselle (plant)|Roselle]]; or Sorrel, if you're Jamaican)
* '''Iyin''' ''(IPA coming soon)'' – Imperative form of Atiyin ("to praise"), often used in a similar fashion to "give thanks to". For example, the phrase "Mamiyin Okaita" compounds "[[#M|mame]]" (strengthen) with "iyin" (praise) as a sort of prayer for "Okaita" ("O" meaning great + Kaita, referring to [[Tukari Kaita]]), in thanks for his accomplishments in life, but also hope that [[Djalia|his spirit may live on]] and gain strength.

==J==
* '''[[Jermain Marko]]''' ''(dʒɜːr.meɪn mɑːr.koʊ // jer·main MAA·k'oh)'' – A former [[Kryosis|Kryosi]] operative turned Osarian intelligence agent. Played a part in thwarting two major plans by militants under [[Barrington Douglas]] which would have destabilised Osarius in the late 22nd century and early 23rd century. Rumour has it that he was also involved in the series of events that led to the rise of [[Tukari Kaita]] and the eventual secession of Cobrio from the Osarian Kingdom.
==K==
* '''[[Kalanigo people|Kalanigo]]''' ''(kæ.læ.ˈniː.goʊ // ka·la·NEE·go)'' – One of the ethnic groups, or "tribes" which make up the Cobre nation. Roughly translates to "people who devour", in reference to the Kalanigo people's propensity to rapidly expand their territory.
* '''Kekezi''' ''(IPA coming soon)'' – The root of the verb "to read". Notably an identical verb form in every known Cobre language. A common Cobre saying is "kekeno tani?" roughly translating to "have you read nothing today?", which, depending on context, could be implying foolishness or laziness on the part of the recipient, or even simply remarking on their undertaking frivolous behaviour when something more productive could be done. Comparable to the [[wikipedia:Jamaican Patois|Jamaican Patois]] "yuh tek up book fram mawnin?"
* '''Kensagha''' ''(kɛn.ˈsɑː.xæ // ken·SAA·ghah)'' – Loosely translated, it means "holy battle", and refers to a set of ancient combat rules used in various exhibitions of martial skill within the Cobre nation. These contests hold great significance to their local communities and one found to break these rules would almost certainly face exile at the very least. The rules themselves vary a little from area to area, and among the different ethnic groups. When these contests take place between people of different ethnic groups, a compromised set of rules is agreed beforehand, known as "kensagha unu gon" ("united pact of holy battle") to avoid any arguments after the result is determined. Kensagha was codified across all ethnic groups by a Council of Elders ([[#N|N'Katoma]]) under the reign of [[Tukari Kaita]], to unify the Cobre nation as one. Some people and some places still prefer the old rules, however.
* '''Kiwani''' ''(IPA coming soon)'' – Lies, untruths. Though the word translated literally refers to deception, it can sometimes be used to refer to "empty words", or speech considered otherwise meaningless. A Cobre person responding to something you say with "kiwani" may be responding in a similar manner to the idiomatic phrases "words are wind" or "talk is cheap" in English.
* '''Kobu''' ''(IPA coming soon)'' – A shortened form of "Cobrio", effectively meaning "the nation" or "the land". See also: [[#C|Cobrio]].
* '''[[Kobufuniti]]''' ''(IPA coming soon)'' – Translates to "feed the nation". The name given to a joint agricultural efficiency project between [[Odikolo Agricultural College]], [[Harambee Valley Agricole]], and the [[Umoja Universities Research Group]]. The project's aim was to find a sustainable method of mass producing food in a way that would allow the reduction of owo awonkobu, by ensuring that state-operated food banks would be able to adequately provide for all citizens instead. The project had a breakthrough development when attempting to cross-breed the [[#B|boolundu]] and [[#O|ounjegbo]] plants to produce a large food crop that could be grown in poor soil. The attempt failed, but in the process, the project uncovered a method of altering the speed at which plant matter decayed. By extension, this allowed them to develop crops specifically designed to compost faster, thus allowing farmers to improve the quality of poor soil more easily.
* '''[[Koromanti people|Koromanti]]''' ''(kɒr.ˈɒ.mæn.ˈtiː // kor·OH·man·TEE)'' – One of the ethnic groups, or "tribes" which make up the Cobre nation. The name derives from a term in an older Cobre language form, meaning "people with the power of the ocean". It takes the "ko" form for "people" that was present in some descendant Cobre languages before unification under the banner of kobu rigo (See: [[#C|Cobrio]]).
* '''Kujichagulia Agreement''' ''(IPA coming soon)'' – The agreement which ratified the independence of the Cobre people, and the official formation of the Free State of Cobrio.
* '''Kwaaji''' ''(IPA coming soon)'' – literally a "canvas". Also used figuratively for any platform or stage for creating art, such as within association football, particularly when describing the principles of [[#A|Ákoleoso]].
* '''Kwane''' ''(IPA coming soon)'' – A creature from Cobre/[[Kholana people|Kholana]] folklore best described as a "lightning bird". It is said to be able to summon storms and can drain the [[#M|manu]] (life force) of a person. Related is the concept of "thunder" (more commonly pronounced "tunda") to represent anything that may bring great surprise to another, as a great shock is thought to temporarily cause a loss of life in metaphorical terms (much like the English colloquialism "you [nearly] gave me a heart attack"). So, then, the Cobre phrases "you bring kwane" or "you bring tunda" would be roughly analogous to "you have shocked/surprised me". Similarly, "you kill my tunda" would be similar to "you have ruined the surprise".
==L==
* '''Lukaba''' ''(IPA coming soon)'' – a slang term for a system that does not reward merit. Derived from "[[#A|akaba]]" (meaning "ladder") and the prefix "lu-" (meaning "without").
* '''Lushiku''' ''(IPA coming soon)'' – A [[#K|Koromanti]] general in antiquity, credited for the creation of the "Cobre [[#C|cook-off]]"—a culinary battle. Lushiku is renowned for his cunning, and preference to avoid combat where possible—something that made him popular among the smallfolk in particular.
==M==
* '''Mam'manu''' ''(mæm.ˈmæ.noʊ // mam·MAH·noo)'' – Roughly translates to "strengthen life force". A toast used to wish good health upon someone. Often used when drinking, much in the same way "Cheers!" is used in English. The phrase carries a deeper meaning, however, and is mostly used only in reference to the holder of a prestigious title such as [[#B|Babbanyawo Kadangare]]. If used for someone not holding a prestigious title, the implication is that one believes they should be. See also: [[#Manu'nu|Manu'nu]], a similar phrase.
* '''Mam'unu''' ''(IPA coming soon)'' – Roughly translates to "strengthen together" or "strength in numbers". The name was adopted by a grassroots political movement that seeks to place power directly in the hands of the people. The movement's ideals are roughly analogous to those of [[wikipedia:Marxism|Marxist-communist]] groups in [[RLStates]]. In Cobre, such groups are labelled "[[#T|Tukarist]]", after [[Tukari Kaita]], who first laid out the principles in his work "[[The Belly of the Beast (Tukari Kaita book)|The Belly of the Beast]]".
* '''Mamezi''' ''(IPA coming soon)'' – The root of the verb "to strengthen". Notably, this verb is shared across every known language that makes up the Cobre language family. The traditional greeting used when first addressing the [[#B|babbanyawo kadangare]] is "unukego mameze", meaning "together we strengthen you". A similar phrase is used when addressing an [[#N|Elder]]; "unukego mamekobu", meaning "together we strengthen the nation".
* '''Mamula''' ''(IPA coming soon)'' – The goddess of the waters, wife of [[#O|Olugun]], and mother of all creation. Mamula is said to possess "gentle persistence" like the river that erodes the earth, or the tide that erodes the cliffside. As water is necessary for life, Mamula is revered in Cobre tradition as it would not have been possible for Olugun to create man without her assistance. The Akkano people, in particular, revere Mamula as the originator of all [[#O|Ogya]].
* '''Manu''' ''(IPA coming soon)'' – The word for one's life force, power, or energy. It is linked to the soul or spirit, and often believed to be "carried" in the blood -- which is why blood is important in traditional Cobre belief systems. Manu serves as the connection between the spiritual and the corporeal, and it is through manu that all interactions, ultimately, are possible. Manu is similar to the Polynesian concept of "[[wikipedia:Mana (Oceanian cultures)|mana]]", though not quite the same, as places are not considered to possess manu, since they do not "live", though they interact with the manu of living things. Manu also shares some characteristics with the Chinese concept of "[[wikipedia:qi|qi]]", though they are distinct ideas. Similarly, some commonalities can be observed with the [[Xiaolin]] ideas of [[Breath (Xiaolin)|Breath]], and [[Pulse (Xiaolin)|Pulse]], which likely formed the basis of the concept in ancient times, when the Cobre people were believed to have had direct contact with the island of Xiaolin (which was then-located off the south-west coast of Cobrio). Notably, though, manu is a measurable phenomenon, via its interactions with the element [[#E|Eluvium]]. Cobre researchers are yet to discover why manu is more pronounced—according to reactions with eluvium—in Cobre people than others.
* '''Manu'nu''' ''(IPA coming soon)'' – Roughly translates to "life force unified". Similar to mam'manu, it is often used as a toast, like the English "Cheers!" and represents the underlying Cobre principle of unity (umoja). Manu'nu is often used in more casual settings, as opposed to [[#M|mam'manu]]—which is more spiritual in nature and thus used more sparingly.
* '''Menai''' ''(mɛn.ˈaɪ // men·EYE)'' – Site of a historic battle during the [[War of the Metals]]. Located in the southern part of the [[Hearthlands, Osarius|Hearthlands]] region, south of [[Junipa, Osarius|Junipa]], now falls under the co-operative region of [[Umoja (co-operative region)|Umoja]].
* '''Mlambo''' ''(IPA coming soon)'' – The Cobre word for river. It is often used to refer to any sacred water, however. It is believed in Cobre tradition that all rivers (and flowing waters) possess the spirit of [[#M|Mamula]], the goddess of water, and wife of [[#O|Olugun]].
* '''Mmirilan''' ''(IPA coming soon)'' – Short for "mmiri ara ehi lanari" (survival milk) is a traditional Cobre drink made from the seeds and pulp of the [[#B|Boolundu]] ("life ball"; breadfruit) plant. It naturally has a low alcohol content due to natural fermentation, but can be processed further to increase potency. A particularly potent version of the drink, known as "nuo'kwe sere n'elu" (the drink that lets you float above) is prepared by [[#D|djeli]], for ritual purposes. A similar drink – flavoured with "[[#I|ishapa]]" (hibiscus/roselle) and "[[#E|ebitu]]" (a truncation of "ebi turari", or "family spice"; allspice)—known as "[[#M|mimu sopo]]" (connecting drink) is used by practitioners of [[#I|Ipanism]] during their rituals.
* '''[[Mpindami]]''' ''(IPA coming soon)'' – A [[#B|Biafrai]] general in antiquity, known for his harsh training methods and brutal efficiency in his youth. Nicknamed "ojiwasoke" ("the dark spike"), he was responsible for several devastating victories in battle which effectively wiped out certain peoples within the Cobre nation. Despite this, as he aged, Mpindami mellowed significantly, and grew to be an honourable man who was "like a father" to his men, and merciful toward his enemies. Famously, he was on the losing side in the first [[#C|Cobre cook-off]], when [[#O|Okwelle]], serving under [[#L|Lushiku]], served him a steamed, peppered perch.
* '''Mulu''' ''(IPA coming soon)'' – Similar to boko, but more specifically refers to someone who is easily fooled. Calling someone "mulu" would be to imply they are easily taken in by "kiwani". Can also be doubled to intensify; i.e. "mulu-mulu" is someone particularly easy to fool, as opposed to a regular "mulu"
==N==
* '''N'Katoma''' ''(IPA coming soon)'' – Literally means "elder", though this is not necessarily relating to age. An elder, in Cobre culture, is simply anybody who holds a position of prestige or authority. This applies to all facets of life, and so, it is not unheard of for a child to be considered the n'katoma when speaking with a grandparent (for example) about modern technology. One cannot be considered to be n'katoma without the express acknowledgement of others, though—in particular, those who you hold a position of prestige or authority over—and so the term carries great significance. A [[Council of N'Katoma]]—elected by the various peoples of Cobrio—act as the nation's decision-makers and determine if and when it is necessary to appoint a [[#B|babbanyawo kadangare]]. They also act as a power-check on the [[#S|Sarki]], with the power to overrule the Sarki's decisions. If this is done three times, the Sarki is removed from the position as it is seen as a sign of [[Lufati (Cobre politics)|lufati]] (lit. "absence (of) trust/faith"; roughly equivalent to "a vote of no confidence").
* '''N'kisi''' ''(nə.ˈkiː.sɪ // na·KEE·si)'' – Sometimes called N'kishi (nə.ˈkiː.ʃɪ // na·KEE·shi). Traditional Cobre medicine. Typically involves the use of totems to invoke the power of ancestral spirits. In certain circles, this is the highest form of care one can give/receive. In others, it is considered to have no legitimate value besides a placebo effect at best. In such circles, N'kisi is often disregarded as superstitious nonsense, or seen as a scam.
* '''N'uju Aguba''' ''(IPA coming soon)'' – A large, curved blade carried only by full-fledged [[#O|Ohafia]] warriors. Its size warrants specialised training and great strength to wield, making it a sign of a warrior's proficiency. Largely ceremonial in modern times, they are carried primarily as status symbols; though some of the [[#Z|zabamince wadanda]] still carry one as a preferred weapon in their duties. The n'uju aguba is a central part of the traditional Ohafia fighting style "[[agu chui]]" ("angry tiger") along with the [[#E|eririnwa]].
* '''Ngugu''' ''(IPA coming soon)'' – An informal term for addressing an elder, which loosely translates to "old one". It is often used in a mildly disrespectful manner similar to the English "gramps", though it is not inherently disrespectful.
* '''[[Nguleri people|Nguleri]]''' ''(ˈguː.lɛ.riː // GOO·leh·ree)'' – One of the ethnic groups, or "tribes" which make up the Cobre nation. Derived from the old-Cobre "go leri", meaning "people who glide (on the water)", as the Nguleri were the first to travel inland over rivers.
* '''Nguso''' ''(ˈguː.soʊ // GOO·soh)'' – A practitioner of [[#N|N'kisi]], often disparagingly referred to as a "witch doctor". In truth, closer to the concept of a shaman. An honoured title in some places, but often ridiculed in large cities by those without superstitious beliefs. There are rituals one must go through to be recognised as a proper Nguso, though there is no official system by which this is certified.
* '''Njikoledo''' ''(IPA coming soon)'' – literally "golden linking". It refers to a [[wikipedia:Kintsugi|traditional method of repairing broken objects]], using the [[wikipedia:Urushiol|sap of certain trees]], mixed with powdered precious metals (usually gold). The result is that the flaw is now highlighted in a beautiful way, in line with the philosophy that breakage and repair is part of the history of an object (or person), rather than something to disguise.
* '''Nzukọ Watilai''' ''(IPA coming soon)'' – Literally "Meeting of Representatives". Refers to any official gathering of the [[Council of N'Katoma]] with the representatives of communities or organisations, at the [[#O|Ogbokatoma]].
==O==
* '''Obiteriba''' ''(IPA coming soon)'' – Literally "Obey the parent". Refers to the ritual prostration performed by a ''[[#C|creyente]]'', to their [[#I|Ipalorun]] upon entry into the ''chambre''. Resembles the Japanese ''[[wikipedia:Dogeza|dogeza]]'', though has a different cultural function.
* '''Ogbokatoma''' ''(IPA coming soon)'' – Literally "House of the Elder". A semi-circular [[wikipedia:Roman_theatre_(structure)|theatre]] specifically used for meetings of the [[Council of N'Katoma]]. The layout centres the Council—who sit under the [[#A|Akamami]], the sloped "Canopy of Wisdom"—in such a way that every other seat can view them directly. An elevated seat ([[#I|Ijokodaraja]]) behind the Council is reserved for the Sarki, and all of the Council's seats are backless, allowing them to turn and face the [[#S|Sarki]] easily. A platform ([[#D|Dandamali Tiẹbẹ]]) exists under the Akamami, in front of the Council, for a speaker to use when addressing either the Council (and Sarki), or the gathered representatives. Procedure dictates that only the Council, Sarki, or the person on the ''Dandamali Tiẹbẹ'' is permitted to address the congregation.
* '''Ogya''' ''(IPA coming soon)'' – The [[#A|Akkano]] term for "blood", specifically referring to a mother's blood (as opposed to Agya; father's blood -- usually only used in the context of insults about one's parents, such as "efiagya"). The term ogya is mostly used in reference to inherited traits from one's mother, which are important in Akkano culture due to its matrilineality.
* '''[[Ogyaturu]]''' ''(IPA coming soon)'' – An Akkano method of personality analysis, formed from the terms [[#O|Ogya]] and [[#T|Turu]].
* '''[[Ohafia people|Ohafia]]''' ''(ˈoʊ.hæf.jæ // OH·haff·ya)'' – One of the ethnic groups, or "tribes" which make up the Cobre nation. Roughly translates to "people who fight", ultimately deriving from the old-Cobre "kohafiya" ("ko" - "people"; "fiya" - "warrior"). Ohafia people are well known for being a "martial race", and their warriors' mastery of the [[#N|n'uju aguba]]. The Ohafia once made up an elite military unit in the Osarian military, stationed in [[#C|Camaron]] and [[Inzon]], in what was then the Dynapolis region. Notable Ohafia people include boxing legends [[Olufemi Koné]] and [[Akachi Koné]].
* '''Okumiri''' ''(IPA coming soon)'' – Loosely translating to "fire water", a distilled alcoholic beverage made from the starchy, root tubers of the [[#O|Ounjegbo]] ("nourishing root") plant. To make it, the roots of the plant are peeled, and then steeped in water for three days. The steeping water is discarded, as it is toxic to humans, and the roots can then be grated and pressed to produce "[[#O|ounjomi]]" (ounjegbo water). Fermenting ounjomi will produce okumiri. Alternatively, the ounjomi can be boiled until it thickens into a dark syrup known as "[[#O|omilailai]]" (forever water), or "[[#O|oyinlai]]" (forever honey).
* '''Okwelle''' ''(IPA coming soon)'' – A master chef in antiquity, serving under [[#L|Lushiku]]. Specialising in seafood, renowned in Cobrio for never having lost a [[#C|cook-off]], and pioneering several culinary techniques and herb/spice combinations that persist in Cobre cuisine to the present day.
* '''Oluburu''' ''(IPA coming soon)'' – A lesser deity in traditional Cobre religion, and the [[Ipanism|Ipanist]] tradition, governing fortune and luck. His name translates to "great one without misfortune", and he is often invoked before, during, and after games of chance.
* '''Olugun''' ''(IPA coming soon)'' – The Father of the [[#I|Irunashe]]. Roughly equivalent to [[wikipedia:Odin|Odin]] in the [[wikipedia:Norse pantheon|Norse pantheon]]. Mostly associated with the domains of knowledge, wisdom and the sky. The earth itself is said to have been created from his unwavering will, only tempered by the gentle persistence of his wife, [[#M|Mamula]]. The closer the earth is to the sky – Olugun's realm – the stronger it is, and this is why mountains are immovable.
* '''Omilailai''' ''(IPA coming soon)'' – Translates to "forever water"; also known as "oyinlai" (forever honey). A dark syrup, made from [[#O|ounjomi]], which can be used as a base for stew, or applied to wounds as an antiseptic. Traditionally, omilailai is flavoured with spices like [[#E|ebitu]] and used as a base for many Cobre stews—most notably, [[#I|ipetelai]] (eternal stew)
* '''Ori buruku''' ''(IPA coming soon)'' – The literal translation is "mind broken", but can be used in various situations to imply someone's way of thinking is undesirable. For example, someone who thinks farmers are inherently stupid may be told "ori buruku" by a Cobre person, since farmer is a highly respected profession in Cobre culture, since "without dey who grow food, none dey can eat".
* '''Ounjegbo''' ''(IPA coming soon)'' – Meaning "nourishing root", it is a perennial, woody shrub with a starchy root tuber that serves as a staple food in some areas of Cobrio due to its hardiness. As Ounjegbo is drought-tolerant, and can grow in poor quality soil, it is often grown as a failsafe plant. When eaten, it is typically boiled or roasted—after steeping it to remove naturally occurring toxic substances—but can also be mashed and dried to produce flour, or fermented into alcohol (usually in the form of [[#O|okumiri]]). Additionally, researchers have cultivated a genetically modified variant of the plant which maximises its efficiency as an ethanol biofuel feedstock; yielding upto 11% ethanol, compared to the theoretical maximum of around 5% for regular ounjegbo. (OOC: It's [[wikipedia:Cassava|Cassava]])
* '''Ounjibu''' ''(und͡ʒĩbu // OON-jib-oo)'' – Translated, can mean “super nourishment”. This is the name given to a group of selectively cross-bred crops, designed to fulfil one of two roles in Cobre agricultural tradition: either a food crop (for humans or livestock), or a crop grown specifically to add mass to a compost pile. These crops are divided into two subgroups accordingly: ''irinri'' (“to eat”) and ''dagbati'' (“to grow”), and the “parent seeds” are currently owned by [[Ipele Prossimo Humanité]] (IPH). The parent seeds are the result of generations of selective breeding per the Cobre agricultural tradition, combined with cross-breeding operations with technologically enhanced crops developed by the botanists and nutritional researchers within the [[Harambee Valley Agricole]] and the [[University of Dynapolis]].
* '''Ounjomi''' ''(IPA coming soon)'' – The juice of the [[#O|Ounjegbo]] plant, after steeping. If prepared without steeping the roots beforehand, it is highly toxic, and at lower doses, has been known to cause dizziness, confusion, and loss of consciousness. At higher doses, paralysis, coma, seizures, and cardiac arrest have been observed. When fermented, ounjomi produces [[#O|okumiri]].
* '''Owo awonkobu''' ''(IPA coming soon)'' – Literally translates to "people's money". It is a form of [[wikipedia:Universal Basic Income|Universal Basic Income]] provided in [[Akach]], after a successful trial in [[Emekula, Akach|Emekula]]. A small amount of money is made available to every Akachese citizen eligible to vote, with subsidies of varying levels added for dependents. The success of the program in Akach has led to a campaign in Cobrio to enact a similar concept.
* '''Oya Ounje''' ''(IPA coming soon)'' – A large open-air food market in [[Camaron, Cobrio|Camaron]], spanning roughly sixteen thousand square yards. It grew organically in the former lands of an Osarian noble, seized by the separatist forces of [[#B|Barrington Douglas]] near the beginning of the struggle for independence. Over time, it grew, due to greater numbers of people flocking to the location to support the growing army based at the barracks in Camaron. The market these days is split into "sectors" for ease of navigation, with a dividing "street" through the centre, upon which several street food stalls are located. While there was no need for a permit originally to sell at the Oya Ounje, the [[Council of N'Katoma]] have enforced permits in recent years by deploying some of the [[#I|Ikemi Sarki]] to maintain order. A rough translation of the name "Oya Ounje" is "nourishing market", hinting at its content.
* '''Oyinlai''' ''(IPA coming soon)'' – See [[#O|Omilailai]].
==P==
* '''Padapada''' ''(IPA coming soon)'' – a slang term for a yo-yo. Comes from "pada", meaning "return", doubled up for emphasis. Also used in other contexts, such as within [[Àkoleoso]].
* '''Pontemundi''' ''(IPA coming soon)'' – From the Latin "pontis" (bridge) and "mundus" (world); singular. "pontemundus". The name given to the collection of virtual realms operated by the Cobre-Osarian-Akachese tech conglomerate [[Ipele Prossimo Humanité]] (IPH). Using advanced cerebral mapping techniques, in conjunction with [[#A|amami eziolu]], the architecture of pontemundi enable developers to create worlds that act as a bridge between reality as we know it, and the worlds that exist within a person's mind. Currently, these worlds require expensive equipment to use, but IPH have been acquiring companies with expertise in design and manufacture of the neuro-technical components required, with a view to mass-production.
==Q==
==R==
* '''[[Rabastorian Union]]''' ''(IPA coming soon)'' – The Rabastorian Union (RBU) is a politico-economic union of nations, located in various regions of the multiverse. The two largest and most powerful member states—[[Cobrio]] and [[Osarius]]—are located in [[Anaia]], specifically on a landmass commonly known to inhabitants as [[Rabastor]]. The RBU has developed an internal single market through trade agreements and a system of regulations that apply in all "full member" states, though there are different types of membership which confer different benefits and restrictions accordingly. RBU policies generally aim to remove restrictions on the movement of people, goods, services, and capital within the internal market, and maintain common policies on trade, agriculture, fisheries, and regional development while promoting co-operation between member states to maintain peace and order. Within the RBU, a valid passport issued by a member state is required to allow movement between states, while each individual member state issues its own permissions for external citizens to enter.
==S==
* '''Sarki''' ''(ˈsɑːr.kiː // SAA·key)'' – An old word meaning "King", denotes a specific kind of honour when used. Almost spiritual in nature, as opposed to the political title of King.
* '''Shenju''' ''(ˈʃɛn.dʒuː // SHEN·joo)'' – An honorific title meaning "teacher". Often used for elders or those considered wise. Its use is a sign of great respect for the person being referred to, and is not often used by students during their day-to-day studies. Rather, this title will be used specifically for a figure whose wisdom one respects greatly, or someone who is acknowledged to be above one's regular teacher.
==T==
* '''[[Temporal War]]''' ''(IPA coming soon)'' – A seventy year (roughly) war that occurred inside a time bubble, due to the machinations of the [[Kryosis|Kryosi Empire]]. [[Cobrio]] joined forces with [[Osarius]] to fend off the attacks, which was the start of a true alliance between the two nations, largely thanks to [[#T|Tukari Kaita]]. In the aftermath of the war, the [[#U|Umoja Accords]] were signed, cementing Cobrio's independence from Osarius, as well as establishing a co-operative relationship between the two nations.
* '''Tiquoia''' ''(IPA coming soon)'' – The ruler of the underworld (and the name of the underworld itself), where all dead souls go, to await the "recreation" ([[#U|Uturu]]) where all is balanced, and all lives exist in perfect harmony. Tiquoia is said to be strict, but never cruel.
* '''Tokolo''' ''(IPA coming soon)'' – A water spirit, often malevolent, but sometimes just mischievous. It is said that [[Tukari Kaita]] tamed the Tokolo to protect the coastline of Cobrio from attack during the struggle for independence and the [[Temporal War]] that followed, though it is unclear whether this actually happened.
* '''[[Tukari Kaita]]''' ''(IPA coming soon)'' – Highly esteemed Cobre leader, who served as both [[#S|Sarki]] and [[#B|Babbanyawo Kadangare]] at the time of Cobrio's independence. Led Cobre forces during the [[Temporal War]], and ultimately negotiated the [[#U|Umoja Accords]]. Credited with laying the groundwork for socially progressive movements—mainly focused on "returning power to the people" and the promotion of unity—in his writings (starting with "[[Belly of the Beast (Tukari Kaita book)|Belly of the Beast]]"; written about the Cobre movement's struggle for independence within Osarius). His ideas would be adopted by many in the decades to follow, and developed into a full-fledged political ideology and movement leading to the term "[[Tukarism]]".
* '''[[Tukarism]]''' ''(IPA coming soon)'' – A social and political ideology named for Cobre leader [[Tukari Kaita]], in which the people's self-determination is paramount. From his writings, it is clear that Kaita believed that co-operative economy, communal ownership of production, and protection of nature were key facets of "man's duty of life". These concepts, together, form the basis of Tukarism, which seeks to replace traditional governance and economy with a co-operative system in which the community takes priority, sharing equally in the "bounties of the earth".
* '''Turu''' ''(IPA coming soon)'' – The [[#A|Akkano]] term for "house", though it carries a more spiritual implication (perhaps more akin to "home"). Akkano people believe that all humans are born under a "turu" (like a [[wikipedia:Zodiac|zodiac sign]], I guess) which determines certain traits of the person on a spiritual level, and that these traits cannot be avoided or completely hidden.
==U==
* '''Ugwu''' ''(IPA coming soon)'' – Literally meaning "north(ern)". Often used by Cobre people to refer to Osarians, in a lightly disparaging manner. Can apply to any foreigner more generally, even if the nation is further south than Cobrio.
* '''Umoja''' ''(IPA coming soon)'' – Meaning "unity", it is the co-operatively governed region that spans much of the border between Cobrio and Osarius. [[Tukari Kaita]] suggested its creation in opposition to the proposal of a "no man's land" or "neutral zone" between the two nations, citing his belief that those solutions would breed resentment, hostility, and distrust, eventually leading to a resumption of the war between the two nations. The capital of the region is [[Dynapolis, Cobrio|Dynapolis]], with a joint council meeting in The [[Kaita Chambers]] once a month to decide regional policy.
* '''Umoja Accords''' ''(IPA coming soon)'' – The agreements signed by representatives of both [[Osarius]] and [[Cobrio]] at the end of the [[Temporal War]]. They ratified the independence of Cobrio from Osarius, the creation of the [[#U|co-operative region of Umoja]], and the establishment of a new [[Rabastorian Union]].
* '''Unugonke''' ''(IPA coming soon)'' – A pact, or promise, between two or more parties that is said to be upheld by the [[Irunashe]]. Legend has it that one who breaks the terms of Unugonke (literally "united pact life") will die.
* '''[[Urawaga people|Urawaga]]''' ''(ˈuː.rɑː.wæ.gæ // OO·raa·wag·ah)'' – One of the ethnic groups, or "tribes" which make up the Cobre nation. Derived from the old-Cobre "yura wano go", meaning "people who worship the sky". This is a reference to the early Urawaga "superstition" of "reading the clouds" (See: [[#W|wanokeke]]) before making decisions.
* '''Utojáni''' ''(IPA coming soon)'' – From ''uto'' ("sweet") + ''jáni'' ("bite"). A traditional snack of fried, bite-sized dough balls. Generally made of dough containing flour, yeast, sugar, butter, salt, water and eggs (optional), and deep-fried in vegetable oil to a golden-brown colour. Baking powder is sometimes used as a replacement for yeast. After frying, the balls can be rolled in sugar, or another spice or flavouring such as cinnamon, vanilla or nutmeg. They are sometimes served with a dip, typically made from sweet fruit like strawberry or raspberry. (OOC: It's [[wikipedia:Puff-puff|puff-puff]]).
* '''Uturu''' ''(IPA coming soon)'' – Means "recreation". The Cobre belief in a time when the [[Irunashe]] will converge, and re-create the world anew, erasing all problems. In the re-created world, there will be no suffering, as all will exist in perfect harmony, balanced with nature.
==V==
==W==
* '''Wanokeke''' ''(IPA coming soon)'' – Roughly translates to "sky reading". Refers to the [[#U|Urawaga]] tradition of making decisions based on cloud formations (or lack thereof), and their shapes and colours. In modern times, this is considered "superstition" and treated much like astrology is. A related term, "wanori", refers to the concept that all that will come is written in the sky. Comparable to the concept of "[[wikipedia:Moirai|fate]]" as seen in Greek mythology, for example.
* '''War of the Metals''' ''(IPA coming soon)'' – A protracted series of battles between two noble house in [[Osarius]], which eventually led to the ascension of the [[#A|House of Aurumia]] to the throne. The losing family, the [[#A|House of Argento]], was based primarily in the Dynapolitan region and is believed to have previously subjugated the Cobre nation. The outcome of the war is said to have been a major factor in the dwindling population of Cobre peoples, and one of the reasons for the oppressive conditions under which they lived for decades.
* '''Wopomasi''' ''(IPA coming soon // WOH-poh-MASS-ee)'' – Literally meaning "common choice" or "common preference", it is the traditional Cobre method of electing a [[#S|Sarki]]. Typically, the process requires each member of the [[Council of N'Katoma]] to list their choices in order of preference, these preferences are then compared to determine which candidate is the "common preference" over most or all other options. A variation of this process which ranks the common preferences of all voters -- i.e. allows for selection of the "top ''n''" preferences among voters -- is used to elect officials to local councils also.
==X==
==Y==
* '''Yoliso''' ''(IPA coming soon)'' – Third person future tense of yoliri (to win). Used mostly in chants, following a person, group, or entity. For example "Maripa Yoliso", as used by fans of the [[Akach national football team]], to mean "The [[Ipanism|Almighty Force]] will win"; or "Unukobu Yoliso", as used by Tukarists, which can be interpreted as "The People United will win" or "Together, the People will win". Similar terms exist for the first person future tense conjugation singular (yolité) and plural (yoliṡé).
==Z==
* '''Zabamince wadanda''' ''(zæb.æ.ˈmɪn.tʃeɪ wæ.dæn.ˈdɑː // Zab·ah·MIN·chay wa·dan·DAH)'' – Loosely translated, it means "chosen trusted ones". They serve as bodyguards and valets to the leader of the Cobre nation. To be appointed to the Zabamince wadanda is a great honour, and brings honour to your community and tribe. Generally speaking, the Zawa (as they are sometimes known) are made up of approximately equal numbers from each ethnic group, and both train with and guard the holder of the title [[#B|Babbanyawo Kadangare]]. However, in times where there is no recognised holder of this title, or at his/her command, they will guard other prominent figures within the Cobre nation. Since the death of [[#T|Tukari Kaita]], the Zawa have predominantly been assigned to guard the Sarki. A sub-unit of the Zawa ([[#I|Ikemi Sarki]]) was even formed expressly to serve the [[#S|Sarki]].

Osarian Football Association

2026-10-13T09:08:35Z

Osarius: Created page with "{{short description|Governing body of association football in Osarius}} {{about|the Football Association of Osarius|football associations in general|Football association|more detail on the sport|Association football}} {{National football association | Logo = | Badge size = 200 | Short name = OFA | Founded = 2103 | Region = CAFA | Region affiliation = | President..."

{{short description|Governing body of association football in Osarius}}
{{about|the Football Association of Osarius|football associations in general|Football association|more detail on the sport|Association football}}
{{National football association
| Logo =
| Badge size = 200
| Short name = OFA
| Founded = 2103
| Region = [[CAFA]]
| Region affiliation =
| President = {{Pl|Axel|Rémy|t=f}}
| Headquarters = [[Mount Crown Stadium]] Kenterbury Way Vallupin, Burningham
| National Stadium = [[Mount Crown Stadium]]
}}
The '''Osarian Football Association''' (abbr. '''OFA''') is the governing body of football in [[Osarius]] and is based in the capital, [[Mount Crown]]. It was formed in 2103, to formalise the organisation of [[wikipedia:association football|football]] in the nation, and oversee the fledgling [[OFA Golden League]] – the first professional football league in Osarius. In 2175, the OFA joined the [[World Cup Committee]] and began entering WCC-sanctioned events.

==History==
===Background===
{{see also|History of the Osarius national football team}}

==Activities==
The OFA sanctions all competitive football matches in Osarius, and notably operates a regional elite academy system, which selects and trains the brightest young talent in each of the seven regions of the country. These academies were designed to train the best players in Osarius in "[[Suzakudo|the Way of the Firebird]]", with a view to instilling a "national style" which would carry through to the senior team and perpetuate success at international level. In modern times, this is less relevant, given the OFA's disinclination to enter WCC-sanctioned competition in recent decades.

As the representative organisation for Osarian football within the Unified Rabastorian Football Federation (URFF), the OFA also determines and enforces rules governing Osarian national leagues, and movement between tiers for Osarian registered clubs within the URFF pyramid.

==Competitions==
The OFA operates a number of competitions, including the following:

{| class="wikitable sortable"
|-
! colspan="2" | Name !! Description
|-
| colspan="2" | [[OFA Cup]] || The association members' cup. A knockout tournament open to all professional clubs in Osarius.
|-
| rowspan="2" | [[Osarian Football League]] || [[OFA Phoenix League]] || The highest national level of professional football in Osarius. Feeds into the [[Rabastor Challenge League]].
|-
| [[OFA Regional Leagues]] || The second and third national tiers of professional football in Osarius Split into Northern, Western, and Eastern divisions
|-
| colspan="2" | [[OFA League Trophy]] || A knockout tournament open to teams in OFA Regional Leagues.
|-
| colspan="2" | [[OFA Members' Plate]] || A knockout tournament open to OFA-registered teams outside the URFF pyramid.
|-
| colspan="2" | [[OFA King's Shield]] || An annual "super cup" contested by two invited Osarian clubs. Typically, this is the winners of the most prestigious cup among all Osarian cup winners (including the [[Rabastor Champions' Cup]] and [[Rabastor League Trophy]]), and the most recent national champions (which includes teams competing in the [[Rabastor Football League]] and [[Rabastor Challenge League]]).
|-
| colspan="2" | [[OFA Rising Trophy]] || A two-tiered youth league formed to give players at regional elite academies some competitive experience. Open to elite academies only.
|-
| colspan="2" | [[OFA Youth Cup]] || A knockout tournament open to all under-19 teams in Osarius. A youth counterpart to the OFA Cup.
|}

==Honours==

{{Football in Osarius}}

Futbol Association of the Dominion of Aquillian

2026-10-12T09:31:18Z

Osarius: Redirected page to Asociación de Fútbol Aquilliano

#REDIRECT [[Asociación de Fútbol Aquilliano]]

Eristicean Football Council

2026-10-12T09:31:17Z

Osarius: Redirected page to Eristicean Football Syndicate

#REDIRECT [[Eristicean Football Syndicate]]

Marmaladaica Friendship Council for Football

2026-10-12T09:31:15Z

Osarius: Redirected page to Marmaladaican Soccer Friendship Council

#REDIRECT [[Marmaladaican Soccer Friendship Council]]

Callistean Sports Council

2026-10-12T09:31:13Z

Osarius: Redirected page to Grand Royal Association of Cytherean Episkyros

#REDIRECT [[Grand Royal Association of Cytherean Episkyros]]

Football Association of Kryosis

2026-10-12T09:31:12Z

Osarius: Redirected page to Revolutionary Imperial Soccer Enterprise

#REDIRECT [[Revolutionary Imperial Soccer Enterprise]]

Kryosi Bureau of Football

2026-10-12T09:31:10Z

Osarius: Redirected page to Revolutionary Imperial Soccer Enterprise

#REDIRECT [[Revolutionary Imperial Soccer Enterprise]]

Template:Fba/list

2026-10-12T09:28:55Z

Osarius:

{{<includeonly>safesubst:</includeonly>#switch: {{{1}}}

| 95X = 95X Football Association
| Abaja = Abaja Football Association
| Abanhfleft = Abanhfleft Football Association
| Akach = Federation Akachese de Football
| Aleirave = Aleirave Football Association
| Ancharmunn = Ancharmunn Football Association
| Ancherion = Ancherion Football Association
| Anjung Batu = Anjung Batu Football Association
| Apox = Apox Football Association
| Appalachian Nation = Appalachian Nation Football Association
| Aquillian = Asociación de Fútbol Aquilliano
| Association francophone = Association francophone Football Association
| Astograth = Futbol Astograthiko Federazioa
| Atheara = Atheara Football Association
| Audioslavia = Audioslavia Football Association
| Aut-Ves-Nat = Aut-Ves-Nat Football Association
| Baker Park = Baker Park Football Association
| Banija = Banija Football Association
| Baranil = Baranil Football Association
| Beepee = Beepee Football Association
| Blaneu = Blaneu Football Association
| Bolgano = Bolgano Football Association
| Boring Paradise = Boring Paradise Football Association
| Brenecia = Brenecia Football Association
| Callistea = Grand Royal Association of Cytherean Episkyros
| Capitalizt SLANI = Capitalizt SLANI Football Association
| Chinese Congo = Chinese Congo Football Association
| Chromatika = Chromatika Football Association
| Cobrio = Cobre Football Federation
| Coldfield = Coldfield Football Association
| Cosneolta = Cosneolta Football Association
| Cosumar = Cosumar Football Association
| Crystal Empire = Crystal Empire Football Association
| Côte d'Saphir = Côte d'Saphir Football Association
| Damukuni = Damukuni Football Association
| Darmen = Darmen Football Association
| Delaclava = Delaclava Football Association
| Demanams = Demanams Football Association
| Diwedd Ardal = Goruchel Gymdeithas Bêl-droed Ardaly
| Donnaconna = Donnaconna Football Association
| Dreamplanet = Dreamplanet Football Association
| Eastfield Lodge = Eastfield Lodge Football Association
| Eileanan Sgothach = Eileanan Sgothach Football Association
| Equestria = Equestrian Football Association
| Equestria Magna = Equestria Magna Football Association
| Eraman = Eraman Football Association
| Erdingham = Erdingham National Football Board
| Eristicea = Eristicean Football Syndicate
| Esportivan Darmen = Esportivan Darmen Football Association
| Estorvipa and Estorpiva = Football Association of Estorvipa and Estorpiva
| Eternal September = Eternal September Football Association
| Ethane = Ethane Football Association
| Eura = Eura Football Association
| Euran Oceania Territories = Euran Oceania Territories Football Association
| Farfadillis = Farfadillis Football Association
| Filindostan = Filindostan Football Association
| Flavovespia = Flavovespia Football Association
| Flekkefjord = Flekkefjord Football Association
| Freeport = Freeport Football Association
| Fujai = Fujai Football Association
| Garifunya = Garifunya Football Association
| Gergary = Gergary Football Association
| Ginadjkrum = Ginadjkrum Football Association
| Glazgo = Glazgo Football Association
| Greythrone = Greythrone Football Association
| Græntfjall = Græntfjall Football Association
| HUElavia = HUElavia Football Association
| Havynwilde = Havynwilde Football Association
| Huayramarca = Football Federation of Huayramarca
| Imagineria = Imagineria Football Association
| Indusse = Indusse Football Association
| Iskandervale = Iskandervale Football Association
| Jasiyun = Jasiyun Football Association
| Jeckland = Jeckland Football Association
| Juvencus = Juvencus Football Association
| Kage no Ryouiki = Abyssal Council of Yokai Football
| Kayangan = Kayangan Football Association
| Kelssek = Kelssek Football Association
| Kencana = Kencana Football Association
| Kernovi = Kernovi Football Association
| Khantari = Khantari Football Association
| Kita-Hinode = Kita-Hinode Football Association
| Ko-oren = Ko-oren Football Association
| Koana Islands = Koana Islands Football Association
| Kohnhead = Kohnhead Football Association
| Krytenia = Krytenia Football Association
| Kryosis = Kryosi Institute for Competitive Kickball
| Legalese = Legalese Football Association
| Lerujka = Lerujka Football Association
| Limey George = Limey Association Football Federation
| Lisander = Lisander Football Association
| Lovisa = Lovisa Football Association
| Mareibat = Mareibat Football Association
| Marmaladaica = Marmaladaican Soccer Friendship Council
| Maryloupe = Maryloupe Football Association
| Mavinet = Mavinet Football Association
| Melayu Archipelago = Melayu Archipelago Football Association
| Mercedini = Mercedini Football Association
| Mertagne = Federation of Mertagnian Football
| Mitra and Soma = Mitra and Soma Football Association
| Mkabia = Mkabia Football Association
| Mont Vert = Mont Vert Football Association
| Mriin = Mriin Football Association
| Murderbum = Murderbum Football Association
| Mytanija = Mytanija Football Association
| Nephara = Nephara Football Association
| New Lusitania = New Lusitania Football Association
| New Lusitanian Ultramar = New Lusitanian Ultramar Football Association
| North New South Wales = North New South Wales Football Association
| North Quadana = North Quadana Football Association
| Northwest Kalactin = Northwest Kalactin Football Association
| Nova Anglicana = Nova Anglicana Football Association
| Novum-castrum = Curia Harpasti et Pediludii Imperii
| Oberour Ar Moro = Oberour Ar Moro Football Association
| Ochre Islands = Ochre Islands Football Association
| Olastor = Olastor Football Association
| Omerica = United Republican Soccer Federation
| Osarius = Osarian Football Association
| Pasarga = Pasarga Football Association
| Pauh Janggi = Pauh Janggi Football Association
| Pemecutan = Pemecutan Football Association
| Plane of Possibility = Plane of Possibility Football Association
| Poafmersia = Poafmersia Football Association
| Poafmersia = Poafmersia Football Association
| Polkopia = Polkopia Football Association
| Prahecq = Prahecq Football Association
| Pridnestrovia = Pridnestrovia Football Association
| Pripet Socialist Republic = Pripet Socialist Republic Football Association
| Pyazhnaya = Pyzhnayan Football Federation
| Quebec and Shingoryeo = Royal Quebecois Football Association
| Qusmo = Qusmo Football Association
| Ravenweather = Ravenweather Football Association
| Recuecn = Recuecn Football Association
| Robostania = Robostania Football Association
| Royal Kingdom of Quebec = Royal Kingdom of Quebec Football Association
| Sajnur = Sajnur Football Association
| Saltstead = Royal Saltsteadish Football Association
| San Felix = San Felix Football Association
| Sankt Konrad = Sankt Konrad Football Association
| Savigliane = Savigliane Football Association
| Savojarna = Savojarna Football Association
| Schottia = Schottia Football Association
| Semarland = Semarland Football Association
| Seraxinbourgh = Seraxinbourgh Football Association
| Sharktail = Sharktail Football Association
| Sienna Archipelago = Sienna Archipelago Football Association
| Siovanija and Teusland = Siovanija and Teusland Football Association
| Soracana Islands = Soracana Islands Football Association
| Soute = Soute Football Association
| South Newlandia = South Newlandia Football Association
| Southern Palm Islands = Southern Palm Islands Football Association
| Space Laser Dinosaur Robot Pirate Land = Space Laser Dinosaur Robot Pirate Land Football Association
| Springmont = Springmont Football Association
| Squidroidia = Squidroidia Football Association
| Squornshelan Remnant States = Squornshelan Remnant States Football Association
| Starblaydia = Starblaydia Football Association
| Starcom Racing = Starcom Racing Football Association
| Steelbaron = Steelbaron Football Association
| StrayaRoos = StrayaRoos Football Federation
| Sylestone = Sylestone Football Association
| Taeshan = Taeshan Football Association
| Talamia = Talamia Football Association
| Tamgu = Tamgu Football Association
| Tequilo = Tequilo Football Association
| Terre Septentrionale = Terre Septentrionale Football Association
| The Cross Islands = The Cross Islands Football Association
| The Golden Lotus = The Golden Lotus Football Association
| The Gothanita Isles = Gothanita Isles Football Confederation
| The Grearish Union = Grearish Football Association
| The Jovannic = The Jovannic Football Association
| The Karodin Tetrarchy = The Karodin Tetrarchy Football Association
| The Quagpire = The Quagpire Football Association
| The Sarian = The Sarian Football Association
| Timuria = Timuria Football Association
| Tinhampton = Tinhampton Football Association
| Tobar Gainimh = Ard-Chumann Caide den Ghaineamh
| Tobiasia = Tobiasia Football Association
| Torisakia = Torisakia Football Association
| Tumbra = Tumbran Football Federation
| Turori = Turori Football Association
| Unified Legandia = Unified Legandia Football Association
| Union of Socialist Alpine Republics = Union of Socialist Alpine Republics Football Association
| Valanora = Valanora Football Association
| Valladares = Valladar Football Association
| Velestria = Velestria Football Association
| Vilita = Vilita Football Association
| Wara-Salas = Wara-Salas Football Association
| Whirl Islands = Whirl Islands Football Association
| Xanneria = Xanneria Football Association
| Xiaolin = Xiaolin Football Council
| Yesopalitha = Yesopalitha Football Association
| Yguazú = Yguazú Football Association
| Yuezhou = Yuezhou Football Association
| Zeniyadh = Zeniyadh Football Association
| Zeta Reka & Hügeltaldom = Zeta Reka & Hügeltaldom Football Association
| Ziwana = Ziwana Football Association
| Zwangzug = Zwangzug Football Association


| Omerica_old = Omerican Football Federation
| The Gothanita Isles_old = Gothanitan Football Federation


| 95X_c = NFX
| Abaja_c = ABJ
| Abanhfleft_c = AFT
| Akach_c = AKC
| Ancharmunn_c = ANC
| Ancherion_c = ACH
| Anjung Batu_c = AUU
| Apox_c = APX
| Appalachian Nation_c = APY
| Aquillian_c = AQL
| Association francophone_c = ACF
| Astograth_c = ASG
| Audioslavia_c = AUD
| Aut-Ves-Nat_c = AVN
| Baker Park_c = CBP
| Banija_c = BNJ
| Baranil_c = BRN
| Beepee_c = BPE
| Blaneu_c = BLA
| Bolgano_c = BGN
| Boring Paradise_c = BRP
| Brenecia_c = BRE
| Callistea_c = CLS
| Capitalizt SLANI_c = COM
| Chartistan_c = CHA
| Chinese Congo_c = CCG
| Choudal_c = CHD
| Chromatika_c = CMT
| Cobrio_c = CBR
| Coldfield_c = COL
| Cosneolta_c = CSN
| Cosumar_c = COS
| Côte d'Saphir_c = CSA
| Crystal Empire_c = CRY
| Damukuni_c = DKI
| Darmen_c = DAR
| Delaclava_c = DEL
| Demanams_c = DNS
| Diwedd Ardal_c = DWA
| Donnaconna_c = DCA
| Dreamplanet_c = DRP
| Eastfield Lodge_c = EFL
| Eileanan Sgothach_c = EIL
| Equestria Magna_c = EQM
| Equestria_c = EQS
| Eraman_c = ERM
| Erdingham_c = ERD
| Eristicea_c = ERS
| Eternal September_c = ETS
| Ethane_c = ETN
| Eura_c = EUR
| Euran Oceania Territories_c = EOT
| Farfadillis_c = FFD
| Filindostan_c = FID
| Flavovespia_c = FVA
| Flekkefjord_c = FKD
| Freeport_c = FPT
| Fujai_c = FJA
| Garifunya_c = GAR
| Gergary_c = GGY
| Glazgo_c = GLZ
| Græntfjall_c = GRF
| Greythrone_c = GYT
| Havynwilde_c = HVY
| HUElavia_c = HUE
| Imagineria_c = IGN
| Indusse_c = INS
| Jasiyun_c = JSY
| Jeckland_c = JEC
| Juvencus_c = JUE
| Kage no Ryouiki_c = KNR
| Kayangan_c = KGN
| Kelssek_c = KSK
| Kencana_c = KNC
| Kernovi_c = KRV
| Khantari_c = HTR
| Kita-Hinode_c = HIN
| Ko-oren_c = KOR
| Koana Islands_c = KOA
| Kohnhead_c = KND
| Kryosis_c = KRS
| Krytenia_c = KRY
| Legalese_c = LGL
| Lerujka_c = LER
| Limey George_c = LMG
| Lisander_c = LIS
| Lovisa_c = LOV
| Mareibat_c = MBT
| Marmaladaica_c = MRM
| Maryloupe_c = MRL
| Mavinet_c = MVN
| Melayu Archipelago_c = MLY
| Mercedini_c = MRC
| Mitra and Soma_c = MSM
| Mkabia_c = MKB
| Mriin_c = MRN
| Murphtannia_c = MUR
| Mytanija_c = MYT
| Nacaltora_c = NAC
| Nephara_c = NPH
| New Cloudsdale_c = NCL
| New Lusitania_c = NLA
| New Lusitanian Ultramar_c = NLU
| New Zanga_c = NZG
| North New South Wales_c = NNW
| North Quadana_c = NQU
| Northwest Kalactin_c = NWK
| Nova Anglicana_c = NOV
| Novum-castrum_c = NVC
| Oberour Ar Moro_c = OAM
| Olastor_c = OLA
| Omerica_c = OME
| Osarius_c = OSR
| Pasarga_c = PAS
| Pauh Janggi_c = PJI
| Pemecutan_c = PCU
| Plane of Possibility_c = POP
| Poafmersia_c = PFA
| Polkopia_c = PLK
| Prahecq_c = PRH
| Pridnestrovia_c = PDN
| Pripet Socialist Republic_c = PSR
| Qusmo_c = QUS
| Ravenweather_c = RVR
| Recuecn_c = RCN
| Robostania_c = RBS
| Royal Kingdom of Quebec_c = QUE
| Sajnur_c = SAJ
| Saltstead_c = SAL
| San Felix_c = SFX
| Sankt Konrad_c = SKR
| Savigliane_c = SVG
| Savojarna_c = SVJ
| Schottia_c = SCT
| Semarland_c = SEM
| Seraxinbourgh_c = SRX
| Sharktail_c = SHT
| Siovanija and Teusland_c = STL
| Soracana Islands_c = JSC
| Soute_c = SOU
| South Newlandia_c = SNL
| Southern Palm Islands_c = SPI
| Springmont_c = SPM
| Squidroidia_c = SQR
| Squornshelan Remnant States_c = SRS
| Starblaydia_c = STB
| Starcom Racing_c = SCM
| Steelbaron_c = SEB
| Sticiano_c = STI
| StrayaRoos_c = STR
| Sylestone_c = SYL
| Taeshan_c = TAE
| Talamia_c = TAL
| Tamgu_c = TMG
| Tequilo_c = TEQ
| Terre Septentrionale_c = RTS
| The Cross Islands_c = CRS
| The Golden Lotus_c = LOT
| The Gothanita Isles_c = GTI
| The Grearish Union_c = GRU
| The Jovannic_c = JOV
| The Quagpire_c = QGP
| The Sarian_c = TSA
| Tikariot_c = TKT
| Timuria_c = TMR
| Tinhampton_c = TIN
| Tobar Gainimh_c = TBG
| Tobiasia_c = TOB
| Torisakia_c = TOR
| Tumbra_c = TMB
| Turori_c = TUR
| Unified Legandia_c = ULG
| Union of Socialist Alpine Republics_c = UAR
| Valanora_c = VAL
| Valladares_c = VLD
| Velestria_c = VLZ
| Vilita_c = VIL
| Wara-Salas_c = WRS
| Whirl Islands_c = WRL
| Xanneria_c = XAN
| Xiaolin_c = XIA
| Yuezhou_c = YZH
| Yguazú_c = YGZ
| Zeniyadh_c = ZNY
| Zeta Reka & Hügeltaldom_c = ZRH
| Ziwana_c = ZIW
| Zwangzug_c = ZWZ
}}<noinclude>{{documentation|Template:Fba/core/doc}}</noinclude>

Template:SportIcon

2026-09-30T09:22:50Z

Osarius:

{{#switch: {{{sport|{{{2}}}}}}
| Soccer = [[{{{override|{{{3|{{{sport|{{{2}}}}}}}}}}}} in {{{nation|{{{1}}}}}}|⚽]]
| Football = [[{{{override|Association Football}}} in {{{nation|{{{1}}}}}}|⚽]]
| Boxing = [[{{{override|{{{3|{{{sport|{{{2}}}}}}}}}}}} in {{{nation|{{{1}}}}}}|🥊]]
| Kickboxing = [[{{{override|{{{3|{{{sport|{{{2}}}}}}}}}}}} in {{{nation|{{{1}}}}}}|🥊]]
| Combat = [[{{{override|Combat Sports}}} in {{{nation|{{{1}}}}}}|🥊]]
| Judo = [[{{{override|{{{3|{{{sport|{{{2}}}}}}}}}}}} in {{{nation|{{{1}}}}}}|🥋]]
| Taekwondo = [[{{{override|{{{3|{{{sport|{{{2}}}}}}}}}}}} in {{{nation|{{{1}}}}}}|🥋]]
| Karate = [[{{{override|{{{3|{{{sport|{{{2}}}}}}}}}}}} in {{{nation|{{{1}}}}}}|🥋]]
| Martial Arts = [[{{{override|{{{3|{{{sport|{{{2}}}}}}}}}}}} in {{{nation|{{{1}}}}}}|🥋]]
| Athletics = [[{{{override|{{{3|{{{sport|{{{2}}}}}}}}}}}} in {{{nation|{{{1}}}}}}|🏅]]
| Track & Field = [[{{{override|{{{3|{{{sport|{{{2}}}}}}}}}}}} in {{{nation|{{{1}}}}}}|🏅]]
| Gridiron = [[{{{override|Gridiron Football}}} in {{{nation|{{{1}}}}}}|🏈]]
| American Football = [[{{{override|{{{3|{{{sport|{{{2}}}}}}}}}}}} in {{{nation|{{{1}}}}}}|🏈]]
| Hockey = [[{{{override|Ice Hockey}}} in {{{nation|{{{1}}}}}}|🏒]]
| Ice Hockey = [[{{{override|{{{3|{{{sport|{{{2}}}}}}}}}}}} in {{{nation|{{{1}}}}}}|🏒]]
| Field Hockey = [[{{{override|{{{3|{{{sport|{{{2}}}}}}}}}}}} in {{{nation|{{{1}}}}}}|🏑]]
| Basketball = [[{{{override|{{{3|{{{sport|{{{2}}}}}}}}}}}} in {{{nation|{{{1}}}}}}|🏀]]
| Rugby = [[{{{override|{{{3|{{{sport|{{{2}}}}}}}}}}}} in {{{nation|{{{1}}}}}}|🏉]]
| Cricket = [[{{{override|{{{3|{{{sport|{{{2}}}}}}}}}}}} in {{{nation|{{{1}}}}}}|🏏]]
| Chess = [[{{{override|{{{3|{{{sport|{{{2}}}}}}}}}}}} in {{{nation|{{{1}}}}}}|♟️]]
| Horse Racing = [[{{{override|{{{3|{{{sport|{{{2}}}}}}}}}}}} in {{{nation|{{{1}}}}}}|🏇]]
| Racing = [[{{{override|Motor Sports}}} in {{{nation|{{{1}}}}}}|🏁]]
| Motor Racing = [[{{{override|{{{3|{{{sport|{{{2}}}}}}}}}}}} in {{{nation|{{{1}}}}}}|🏎]]
| Motorcycles = [[{{{override|Motorcycle Racing}}} in {{{nation|{{{1}}}}}}|🏍]]
| Archery = [[{{{override|{{{3|{{{sport|{{{2}}}}}}}}}}}} in {{{nation|{{{1}}}}}}|🎯]]
| Wrestling = [[{{{override|{{{3|{{{sport|{{{2}}}}}}}}}}}} in {{{nation|{{{1}}}}}}|🤼]]
| Pro Wrestling = [[{{{override|Professional Wrestling}}} in {{{nation|{{{1}}}}}}|👹]]
| Baseball = [[{{{override|{{{3|{{{sport|{{{2}}}}}}}}}}}} in {{{nation|{{{1}}}}}}|⚾]]
| Tennis = [[{{{override|{{{3|{{{sport|{{{2}}}}}}}}}}}} in {{{nation|{{{1}}}}}}|🎾]]
| Badminton = [[{{{override|{{{3|{{{sport|{{{2}}}}}}}}}}}} in {{{nation|{{{1}}}}}}|🏸]]
| Snowboarding = [[{{{override|{{{3|{{{sport|{{{2}}}}}}}}}}}} in {{{nation|{{{1}}}}}}|🏂]]
| Skiing = [[{{{override|{{{3|{{{sport|{{{2}}}}}}}}}}}} in {{{nation|{{{1}}}}}}|🎿]]
| Surfing = [[{{{override|{{{3|{{{sport|{{{2}}}}}}}}}}}} in {{{nation|{{{1}}}}}}|🏄]]
| Golf = [[{{{override|{{{3|{{{sport|{{{2}}}}}}}}}}}} in {{{nation|{{{1}}}}}}|⛳]]
| Volleyball = [[{{{override|{{{3|{{{sport|{{{2}}}}}}}}}}}} in {{{nation|{{{1}}}}}}|🏐]]
| Table Tennis = [[{{{override|{{{3|{{{sport|{{{2}}}}}}}}}}}} in {{{nation|{{{1}}}}}}|🏓]]
| Esports = [[{{{override|{{{3|{{{sport|{{{2}}}}}}}}}}}} in {{{nation|{{{1}}}}}}|🎮]]
| Handball = [[{{{override|{{{3|{{{sport|{{{2}}}}}}}}}}}} in {{{nation|{{{1}}}}}}|🤾]]
| Lacrosse = [[{{{override|{{{3|{{{sport|{{{2}}}}}}}}}}}} in {{{nation|{{{1}}}}}}|🥍]]
| Cycling = [[{{{override|{{{3|{{{sport|{{{2}}}}}}}}}}}} in {{{nation|{{{1}}}}}}|🚲]]
| Skateboarding = [[{{{override|{{{3|{{{sport|{{{2}}}}}}}}}}}} in {{{nation|{{{1}}}}}}|🛹]]
| Sailing = [[{{{override|{{{3|{{{sport|{{{2}}}}}}}}}}}} in {{{nation|{{{1}}}}}}|⛵]]
| Swimming = [[{{{override|{{{3|{{{sport|{{{2}}}}}}}}}}}} in {{{nation|{{{1}}}}}}|🏊]]
| #default = [[Sports in {{{nation|{{{1}}}}}}|🏅]]
}}<noinclude>__NOTOC__
==Usage==
Useful for summarising sports in a nation, or series of nations within a table or infobox without cluttering things up with lengthy links. See [[User:Osarius#My nations|here]] for an example usage.

The '''nation''' is required, while the '''sport''' passed determines which icon is linked. 
If no sport is passed, the link will default to a medal icon (🏅) and "Sports in NATION".

'''For example:''' <nowiki>{{SportIcon|sport=Football|nation=Osarius}}</nowiki> produces {{SportIcon|sport=Football|nation=Osarius}}, which links to ''"Association Football in Osarius"''.

The default link value is usually the '''sport''', but some exceptions exist. 
Regardless of the default behaviour, this can also be overridden with the '''override''' parameter. 
So passing override="Team Sports" when using sport="Football" will link to ''"Team Sports in NATION"'' but show the soccer ball icon.

This behaviour is useful for nations which use a different name for a sport to the generally accepted convention, such as Association Football being called "Hoofball" in [[Equestria]].

'''For example:''' <nowiki>{{SportIcon|sport=Athletics|nation=Aquillian|override=Track & Field Athletics Competitions}}</nowiki> produces {{SportIcon|sport=Athletics|nation=Aquillian|override=Track & Field Athletics Competitions}}, which displays the "Athletics" symbol (as seen in the table below), but links to ''"Track & Field Athletics Competitions in Aquillian"'' because of the value passed to '''override'''.

===Unnamed parameters===
You can also use the template without labelling your parameters. It expects them to be in the order: '''nation, sport, override'''. Only '''nation''' is mandatory.

'''For example:''' <nowiki>{{SportIcon|Osarius|Football}}</nowiki> will produce the same output as <nowiki>{{SportIcon|sport=Football|nation=Osarius}}</nowiki>: {{SportIcon|Osarius|Football}}, linking to "Association Football in Osarius".

<nowiki>{{SportIcon|Athletics|Aquillian|Track & Field Athletics Competitions}}</nowiki> will produce the same output as <nowiki>{{SportIcon|sport=Athletics|nation=Aquillian|override=Track & Field Athletics Competitions}}</nowiki> : {{SportIcon|sport=Athletics|nation=Aquillian|override=Track & Field Athletics Competitions}}

<nowiki>{{SportIcon|Cobrio}}</nowiki> will produce generic link to "Sports in NATION", using the default icon, like so: {{SportIcon|Cobrio}} 
This final case is because the other two values are not mandatory. When no sport is present, the template defaults to "Sports in" and uses the medal icon. With no override, the default link remains unchanged.

==Supported Values==
{| class="wikitable sortable"
|-
! Icon !! Sport Values
|-
| 🏅 || Athletics, Track & Field, (default)
|-
| ⚽ || Soccer, Football
|-
| 🥊 || Boxing, Kickboxing, Combat
|-
| 🥋 || Judo, Taekwondo, Karate, Martial Arts
|-
| 🏈 || Gridiron, American Football
|-
| 🏒 || Hockey, Ice Hockey
|-
| 🏉 || Rugby
|-
| 🏏 || Cricket
|-
| 🏇 || Horse Racing
|-
| ⚾ || Baseball
|-
| 🎯 || Archery
|-
| 🏁 || Racing
|-
| 🏎 || Motor Racing
|-
| 🏍 || Motorcycles
|-
| 🤼 || Wrestling
|-
| 🎾 || Tennis
|-
| ♟️ || Chess
|-
| 🏂 || Snowboarding
|-
| 🏄 || Surfing
|-
| 🎿 || Skiing
|-
| 🏊 || Swimming
|-
| ⛳ || Golf
|-
| 🏐 || Volleyball
|-
| 🏑 || Field Hockey
|-
| 🏓 || Table Tennis
|-
| 🏸 || Badminton
|-
| 🎮 || Esports
|-
| 🤾 || Handball
|-
| 🥍 || Lacrosse
|-
| 🚲 || Cycling
|-
| 🛹 || Skateboarding
|-
| ⛵ || Sailing
|-
| ⛸️ || Ice Skating
|-
| 👹 || Pro Wrestling
|}

===Different Default Values===
The following values can be passed as the sport parameter, but default to a different link value

{| class="wikitable sortable"
|-
! Sport Value !! Icon !! Default Link
|-
| Football || ⚽ || Association Football
|-
| Gridiron || 🏈 || Gridiron Football
|-
| Combat || 🥊 || Combat Sports
|-
| Hockey || 🏒 || Ice Hockey
|-
| Racing || 🏁 || Motor Sports
|-
| Motorcycles || 🏍 || Motorcycle Racing
|-
| Pro Wrestling || 👹 || Professional Wrestling
|}

Template:SportIcon

2026-09-30T08:29:21Z

Osarius:

{{#switch: {{{sport|{{{2}}}}}}
| Soccer = [[{{{override|{{{3|{{{sport|{{{2}}}}}}}}}}}} in {{{nation|{{{1}}}}}}|⚽]]
| Football = [[{{{override|Association Football}}} in {{{nation|{{{1}}}}}}|⚽]]
| Boxing = [[{{{override|{{{3|{{{sport|{{{2}}}}}}}}}}}} in {{{nation|{{{1}}}}}}|🥊]]
| Kickboxing = [[{{{override|{{{3|{{{sport|{{{2}}}}}}}}}}}} in {{{nation|{{{1}}}}}}|🥊]]
| Combat = [[{{{override|Combat Sports}}} in {{{nation|{{{1}}}}}}|🥊]]
| Judo = [[{{{override|{{{3|{{{sport|{{{2}}}}}}}}}}}} in {{{nation|{{{1}}}}}}|🥋]]
| Taekwondo = [[{{{override|{{{3|{{{sport|{{{2}}}}}}}}}}}} in {{{nation|{{{1}}}}}}|🥋]]
| Karate = [[{{{override|{{{3|{{{sport|{{{2}}}}}}}}}}}} in {{{nation|{{{1}}}}}}|🥋]]
| Martial Arts = [[{{{override|{{{3|{{{sport|{{{2}}}}}}}}}}}} in {{{nation|{{{1}}}}}}|🥋]]
| Athletics = [[{{{override|{{{3|{{{sport|{{{2}}}}}}}}}}}} in {{{nation|{{{1}}}}}}|🏅]]
| Track & Field = [[{{{override|{{{3|{{{sport|{{{2}}}}}}}}}}}} in {{{nation|{{{1}}}}}}|🏅]]
| Gridiron = [[{{{override|Gridiron Football}}} in {{{nation|{{{1}}}}}}|🏈]]
| American Football = [[{{{override|{{{3|{{{sport|{{{2}}}}}}}}}}}} in {{{nation|{{{1}}}}}}|🏈]]
| Hockey = [[{{{override|Ice Hockey}}} in {{{nation|{{{1}}}}}}|🏒]]
| Ice Hockey = [[{{{override|{{{3|{{{sport|{{{2}}}}}}}}}}}} in {{{nation|{{{1}}}}}}|🏒]]
| Field Hockey = [[{{{override|{{{3|{{{sport|{{{2}}}}}}}}}}}} in {{{nation|{{{1}}}}}}|🏑]]
| Basketball = [[{{{override|{{{3|{{{sport|{{{2}}}}}}}}}}}} in {{{nation|{{{1}}}}}}|🏀]]
| Rugby = [[{{{override|{{{3|{{{sport|{{{2}}}}}}}}}}}} in {{{nation|{{{1}}}}}}|🏉]]
| Cricket = [[{{{override|{{{3|{{{sport|{{{2}}}}}}}}}}}} in {{{nation|{{{1}}}}}}|🏏]]
| Chess = [[{{{override|{{{3|{{{sport|{{{2}}}}}}}}}}}} in {{{nation|{{{1}}}}}}|♟️]]
| Horse Racing = [[{{{override|{{{3|{{{sport|{{{2}}}}}}}}}}}} in {{{nation|{{{1}}}}}}|🏇]]
| Racing = [[{{{override|Motor Sports}}} in {{{nation|{{{1}}}}}}|🏁]]
| Motor Racing = [[{{{override|{{{3|{{{sport|{{{2}}}}}}}}}}}} in {{{nation|{{{1}}}}}}|🏎]]
| Motorcycles = [[{{{override|Motorcycle Racing}}} in {{{nation|{{{1}}}}}}|🏍]]
| Archery = [[{{{override|{{{3|{{{sport|{{{2}}}}}}}}}}}} in {{{nation|{{{1}}}}}}|🎯]]
| Wrestling = [[{{{override|{{{3|{{{sport|{{{2}}}}}}}}}}}} in {{{nation|{{{1}}}}}}|🤼]]
| Pro Wrestling = [[{{{override|Professional Wrestling}}} in {{{nation|{{{1}}}}}}|👹]]
| Baseball = [[{{{override|{{{3|{{{sport|{{{2}}}}}}}}}}}} in {{{nation|{{{1}}}}}}|⚾]]
| Tennis = [[{{{override|{{{3|{{{sport|{{{2}}}}}}}}}}}} in {{{nation|{{{1}}}}}}|🎾]]
| Badminton = [[{{{override|{{{3|{{{sport|{{{2}}}}}}}}}}}} in {{{nation|{{{1}}}}}}|🏸]]
| Snowboarding = [[{{{override|{{{3|{{{sport|{{{2}}}}}}}}}}}} in {{{nation|{{{1}}}}}}|🏂]]
| Skiing = [[{{{override|{{{3|{{{sport|{{{2}}}}}}}}}}}} in {{{nation|{{{1}}}}}}|🎿]]
| Surfing = [[{{{override|{{{3|{{{sport|{{{2}}}}}}}}}}}} in {{{nation|{{{1}}}}}}|🏄]]
| Golf = [[{{{override|{{{3|{{{sport|{{{2}}}}}}}}}}}} in {{{nation|{{{1}}}}}}|⛳]]
| Volleyball = [[{{{override|{{{3|{{{sport|{{{2}}}}}}}}}}}} in {{{nation|{{{1}}}}}}|🏐]]
| Table Tennis = [[{{{override|{{{3|{{{sport|{{{2}}}}}}}}}}}} in {{{nation|{{{1}}}}}}|🏓]]
| Esports = [[{{{override|{{{3|{{{sport|{{{2}}}}}}}}}}}} in {{{nation|{{{1}}}}}}|🎮]]
| Handball = [[{{{override|{{{3|{{{sport|{{{2}}}}}}}}}}}} in {{{nation|{{{1}}}}}}|🤾]]
| Lacrosse = [[{{{override|{{{3|{{{sport|{{{2}}}}}}}}}}}} in {{{nation|{{{1}}}}}}|🥍]]
| Cycling = [[{{{override|{{{3|{{{sport|{{{2}}}}}}}}}}}} in {{{nation|{{{1}}}}}}|🚲]]
| Skateboarding = [[{{{override|{{{3|{{{sport|{{{2}}}}}}}}}}}} in {{{nation|{{{1}}}}}}|🛹]]
| Sailing = [[{{{override|{{{3|{{{sport|{{{2}}}}}}}}}}}} in {{{nation|{{{1}}}}}}|⛵]]
| Swimming = [[{{{override|{{{3|{{{sport|{{{2}}}}}}}}}}}} in {{{nation|{{{1}}}}}}|🏊]]
| #default = [[Sports in {{{nation|{{{1}}}}}}|🏅]]
}}<noinclude>__NOTOC__
==Usage==
Useful for summarising sports in a nation, or series of nations within a table or infobox without cluttering things up with lengthy links. See [[User:Osarius#My nations|here]] for an example usage.

The '''nation''' is required, while the '''sport''' passed determines which icon is linked. 
If no sport is passed, the link will default to a medal icon (🏅) and "Sports in NATION".

'''For example:''' <nowiki>{{SportIcon|sport=Football|nation=Osarius}}</nowiki> produces {{SportIcon|sport=Football|nation=Osarius}}, which links to ''"Association Football in Osarius"''.

The default link value is usually the '''sport''', but some exceptions exist. 
Regardless of the default behaviour, this can also be overridden with the '''override''' parameter. 
So passing override="Team Sports" when using sport="Football" will link to ''"Team Sports in NATION"'' but show the soccer ball icon.

'''For example:''' <nowiki>{{SportIcon|sport=Athletics|nation=Aquillian|override=Track & Field Athletics Competitions}}</nowiki> produces {{SportIcon|sport=Athletics|nation=Aquillian|override=Track & Field Athletics Competitions}}, which displays the "Athletics" symbol (as seen in the table below), but links to ''"Track & Field Athletics Competitions in Aquillian"'' because of the value passed to '''override'''.

===Unnamed parameters===
You can also use the template without labelling your parameters. It expects them to be in the order: '''nation, sport, override'''. Only '''nation''' is mandatory.

'''For example:''' <nowiki>{{SportIcon|Osarius|Football}}</nowiki> will produce the same output as <nowiki>{{SportIcon|sport=Football|nation=Osarius}}</nowiki>: {{SportIcon|Osarius|Football}}, linking to "Association Football in Osarius".

<nowiki>{{SportIcon|Athletics|Aquillian|Track & Field Athletics Competitions}}</nowiki> will produce the same output as <nowiki>{{SportIcon|sport=Athletics|nation=Aquillian|override=Track & Field Athletics Competitions}}</nowiki> : {{SportIcon|sport=Athletics|nation=Aquillian|override=Track & Field Athletics Competitions}}

<nowiki>{{SportIcon|Cobrio}}</nowiki> will produce generic link to "Sports in NATION", using the default icon, like so: {{SportIcon|Cobrio}} 
This final case is because the other two values are not mandatory. When no sport is present, the template defaults to "Sports in" and uses the medal icon. With no override, the default link remains unchanged.

==Supported Values==
{| class="wikitable sortable"
|-
! Icon !! Sport Values
|-
| 🏅 || Athletics, Track & Field, (default)
|-
| ⚽ || Soccer, Football
|-
| 🥊 || Boxing, Kickboxing, Combat
|-
| 🥋 || Judo, Taekwondo, Karate, Martial Arts
|-
| 🏈 || Gridiron, American Football
|-
| 🏒 || Hockey, Ice Hockey
|-
| 🏉 || Rugby
|-
| 🏏 || Cricket
|-
| 🏇 || Horse Racing
|-
| ⚾ || Baseball
|-
| 🎯 || Archery
|-
| 🏁 || Racing
|-
| 🏎 || Motor Racing
|-
| 🏍 || Motorcycles
|-
| 🤼 || Wrestling
|-
| 🎾 || Tennis
|-
| ♟️ || Chess
|-
| 🏂 || Snowboarding
|-
| 🏄 || Surfing
|-
| 🎿 || Skiing
|-
| 🏊 || Swimming
|-
| ⛳ || Golf
|-
| 🏐 || Volleyball
|-
| 🏑 || Field Hockey
|-
| 🏓 || Table Tennis
|-
| 🏸 || Badminton
|-
| 🎮 || Esports
|-
| 🤾 || Handball
|-
| 🥍 || Lacrosse
|-
| 🚲 || Cycling
|-
| 🛹 || Skateboarding
|-
| ⛵ || Sailing
|-
| ⛸️ || Ice Skating
|-
| 👹 || Pro Wrestling
|}

===Different Default Values===
The following values can be passed as the sport parameter, but default to a different link value

{| class="wikitable sortable"
|-
! Sport Value !! Icon !! Default Link
|-
| Football || ⚽ || Association Football
|-
| Gridiron || 🏈 || Gridiron Football
|-
| Combat || 🥊 || Combat Sports
|-
| Hockey || 🏒 || Ice Hockey
|-
| Racing || 🏁 || Motor Sports
|-
| Motorcycles || 🏍 || Motorcycle Racing
|-
| Pro Wrestling || 👹 || Professional Wrestling
|}

Template:SportIcon

2026-09-30T08:26:46Z

Osarius: /* Unnamed parameters */

{{#switch: {{{sport|{{{2}}}}}}
| Soccer = [[{{{override|{{{3|{{{sport|{{{2}}}}}}}}}}}} in {{{nation|{{{1}}}}}}|⚽]]
| Football = [[{{{override|Association Football}}} in {{{nation|{{{1}}}}}}|⚽]]
| Boxing = [[{{{override|{{{3|{{{sport|{{{2}}}}}}}}}}}} in {{{nation|{{{1}}}}}}|🥊]]
| Kickboxing = [[{{{override|{{{3|{{{sport|{{{2}}}}}}}}}}}} in {{{nation|{{{1}}}}}}|🥊]]
| Combat = [[{{{override|Combat Sports}}} in {{{nation|{{{1}}}}}}|🥊]]
| Judo = [[{{{override|{{{3|{{{sport|{{{2}}}}}}}}}}}} in {{{nation|{{{1}}}}}}|🥋]]
| Taekwondo = [[{{{override|{{{3|{{{sport|{{{2}}}}}}}}}}}} in {{{nation|{{{1}}}}}}|🥋]]
| Karate = [[{{{override|{{{3|{{{sport|{{{2}}}}}}}}}}}} in {{{nation|{{{1}}}}}}|🥋]]
| Martial Arts = [[{{{override|{{{3|{{{sport|{{{2}}}}}}}}}}}} in {{{nation|{{{1}}}}}}|🥋]]
| Athletics = [[{{{override|{{{3|{{{sport|{{{2}}}}}}}}}}}} in {{{nation|{{{1}}}}}}|🏅]]
| Track & Field = [[{{{override|{{{3|{{{sport|{{{2}}}}}}}}}}}} in {{{nation|{{{1}}}}}}|🏅]]
| Gridiron = [[{{{override|Gridiron Football}}} in {{{nation|{{{1}}}}}}|🏈]]
| American Football = [[{{{override|{{{3|{{{sport|{{{2}}}}}}}}}}}} in {{{nation|{{{1}}}}}}|🏈]]
| Hockey = [[{{{override|Ice Hockey}}} in {{{nation|{{{1}}}}}}|🏒]]
| Ice Hockey = [[{{{override|{{{3|{{{sport|{{{2}}}}}}}}}}}} in {{{nation|{{{1}}}}}}|🏒]]
| Field Hockey = [[{{{override|{{{3|{{{sport|{{{2}}}}}}}}}}}} in {{{nation|{{{1}}}}}}|🏑]]
| Basketball = [[{{{override|{{{3|{{{sport|{{{2}}}}}}}}}}}} in {{{nation|{{{1}}}}}}|🏀]]
| Rugby = [[{{{override|{{{3|{{{sport|{{{2}}}}}}}}}}}} in {{{nation|{{{1}}}}}}|🏉]]
| Cricket = [[{{{override|{{{3|{{{sport|{{{2}}}}}}}}}}}} in {{{nation|{{{1}}}}}}|🏏]]
| Chess = [[{{{override|{{{3|{{{sport|{{{2}}}}}}}}}}}} in {{{nation|{{{1}}}}}}|♟️]]
| Horse Racing = [[{{{override|{{{3|{{{sport|{{{2}}}}}}}}}}}} in {{{nation|{{{1}}}}}}|🏇]]
| Racing = [[{{{override|Motor Sports}}} in {{{nation|{{{1}}}}}}|🏁]]
| Motor Racing = [[{{{override|{{{3|{{{sport|{{{2}}}}}}}}}}}} in {{{nation|{{{1}}}}}}|🏎]]
| Motorcycles = [[{{{override|Motorcycle Racing}}} in {{{nation|{{{1}}}}}}|🏍]]
| Archery = [[{{{override|{{{3|{{{sport|{{{2}}}}}}}}}}}} in {{{nation|{{{1}}}}}}|🎯]]
| Wrestling = [[{{{override|{{{3|{{{sport|{{{2}}}}}}}}}}}} in {{{nation|{{{1}}}}}}|🤼]]
| Pro Wrestling = [[{{{override|Professional Wrestling}}} in {{{nation|{{{1}}}}}}|👹]]
| Baseball = [[{{{override|{{{3|{{{sport|{{{2}}}}}}}}}}}} in {{{nation|{{{1}}}}}}|⚾]]
| Tennis = [[{{{override|{{{3|{{{sport|{{{2}}}}}}}}}}}} in {{{nation|{{{1}}}}}}|🎾]]
| Badminton = [[{{{override|{{{3|{{{sport|{{{2}}}}}}}}}}}} in {{{nation|{{{1}}}}}}|🏸]]
| Snowboarding = [[{{{override|{{{3|{{{sport|{{{2}}}}}}}}}}}} in {{{nation|{{{1}}}}}}|🏂]]
| Skiing = [[{{{override|{{{3|{{{sport|{{{2}}}}}}}}}}}} in {{{nation|{{{1}}}}}}|🎿]]
| Surfing = [[{{{override|{{{3|{{{sport|{{{2}}}}}}}}}}}} in {{{nation|{{{1}}}}}}|🏄]]
| Golf = [[{{{override|{{{3|{{{sport|{{{2}}}}}}}}}}}} in {{{nation|{{{1}}}}}}|⛳]]
| Volleyball = [[{{{override|{{{3|{{{sport|{{{2}}}}}}}}}}}} in {{{nation|{{{1}}}}}}|🏐]]
| Table Tennis = [[{{{override|{{{3|{{{sport|{{{2}}}}}}}}}}}} in {{{nation|{{{1}}}}}}|🏓]]
| Esports = [[{{{override|{{{3|{{{sport|{{{2}}}}}}}}}}}} in {{{nation|{{{1}}}}}}|🎮]]
| Handball = [[{{{override|{{{3|{{{sport|{{{2}}}}}}}}}}}} in {{{nation|{{{1}}}}}}|🤾]]
| Lacrosse = [[{{{override|{{{3|{{{sport|{{{2}}}}}}}}}}}} in {{{nation|{{{1}}}}}}|🥍]]
| Cycling = [[{{{override|{{{3|{{{sport|{{{2}}}}}}}}}}}} in {{{nation|{{{1}}}}}}|🚲]]
| Skateboarding = [[{{{override|{{{3|{{{sport|{{{2}}}}}}}}}}}} in {{{nation|{{{1}}}}}}|🛹]]
| Sailing = [[{{{override|{{{3|{{{sport|{{{2}}}}}}}}}}}} in {{{nation|{{{1}}}}}}|⛵]]
| Swimming = [[{{{override|{{{3|{{{sport|{{{2}}}}}}}}}}}} in {{{nation|{{{1}}}}}}|🏊]]
| #default = [[Sports in {{{nation|{{{1}}}}}}|🏅]]
}}<noinclude>__NOTOC__
==Usage==
Useful for summarising sports in a nation, or series of nations within a table or infobox without cluttering things up with lengthy links. See [[User:Osarius#My nations|here]] for an example usage.

The '''nation''' is required, while the '''sport''' passed determines which icon is linked. 
If no sport is passed, the link will default to a medal icon (🏅) and "Sports in NATION".

'''For example:''' <nowiki>{{SportIcon|sport=Football|nation=Osarius}}</nowiki> produces {{SportIcon|sport=Football|nation=Osarius}}, which links to ''"Association Football in Osarius"''.

The default link value is usually the '''sport''', but some exceptions exist. 
Regardless of the default behaviour, this can also be overridden with the '''override''' parameter. 
So passing override="Team Sports" when using sport="Football" will link to ''"Team Sports in NATION"'' but show the soccer ball icon.

'''For example:''' <nowiki>{{SportIcon|sport=Athletics|nation=Aquillian|override=Track & Field Athletics Competitions}}</nowiki> produces {{SportIcon|sport=Athletics|nation=Aquillian|override=Track & Field Athletics Competitions}}, which displays the "Athletics" symbol (as seen in the table below), but links to ''"Track & Field Athletics Competitions in Aquillian"'' because of the value passed to '''override'''.

===Unnamed parameters===
You can also use the template without labelling your parameters. It expects them to be in the order: '''nation, sport, override'''. Only '''nation''' is mandatory.

'''For example:''' <nowiki>{{SportIcon|Osarius|Football}}</nowiki> will produce the same output as <nowiki>{{SportIcon|sport=Football|nation=Osarius}}</nowiki>: {{SportIcon|Football|Osarius}}, linking to "Association Football in Osarius".

<nowiki>{{SportIcon|Athletics|Aquillian|Track & Field Athletics Competitions}}</nowiki> will produce the same output as <nowiki>{{SportIcon|sport=Athletics|nation=Aquillian|override=Track & Field Athletics Competitions}}</nowiki> : {{SportIcon|sport=Athletics|nation=Aquillian|override=Track & Field Athletics Competitions}}

<nowiki>{{SportIcon|Cobrio}}</nowiki> will produce generic link to "Sports in NATION", using the default icon, like so: {{SportIcon|Cobrio}} 
This final case is because the other two values are not mandatory. When no sport is present, the template defaults to "Sports in" and uses the medal icon. With no override, the default link remains unchanged.

==Supported Values==
{| class="wikitable sortable"
|-
! Icon !! Sport Values
|-
| 🏅 || Athletics, Track & Field, (default)
|-
| ⚽ || Soccer, Football
|-
| 🥊 || Boxing, Kickboxing, Combat
|-
| 🥋 || Judo, Taekwondo, Karate, Martial Arts
|-
| 🏈 || Gridiron, American Football
|-
| 🏒 || Hockey, Ice Hockey
|-
| 🏉 || Rugby
|-
| 🏏 || Cricket
|-
| 🏇 || Horse Racing
|-
| ⚾ || Baseball
|-
| 🎯 || Archery
|-
| 🏁 || Racing
|-
| 🏎 || Motor Racing
|-
| 🏍 || Motorcycles
|-
| 🤼 || Wrestling
|-
| 🎾 || Tennis
|-
| ♟️ || Chess
|-
| 🏂 || Snowboarding
|-
| 🏄 || Surfing
|-
| 🎿 || Skiing
|-
| 🏊 || Swimming
|-
| ⛳ || Golf
|-
| 🏐 || Volleyball
|-
| 🏑 || Field Hockey
|-
| 🏓 || Table Tennis
|-
| 🏸 || Badminton
|-
| 🎮 || Esports
|-
| 🤾 || Handball
|-
| 🥍 || Lacrosse
|-
| 🚲 || Cycling
|-
| 🛹 || Skateboarding
|-
| ⛵ || Sailing
|-
| ⛸️ || Ice Skating
|-
| 👹 || Pro Wrestling
|}

===Different Default Values===
The following values can be passed as the sport parameter, but default to a different link value

{| class="wikitable sortable"
|-
! Sport Value !! Icon !! Default Link
|-
| Football || ⚽ || Association Football
|-
| Gridiron || 🏈 || Gridiron Football
|-
| Combat || 🥊 || Combat Sports
|-
| Hockey || 🏒 || Ice Hockey
|-
| Racing || 🏁 || Motor Sports
|-
| Motorcycles || 🏍 || Motorcycle Racing
|-
| Pro Wrestling || 👹 || Professional Wrestling
|}

World Cup 101 qualification/Playoffs

2026-07-24T19:46:51Z

Osarius: Created page with " ==Playoffs== ===Bracket=== {{#invoke: Team bracket colspanfix | main |rounds=8|maxround=3|byes=3|legs=3|sepwidth=1|boldwinner=high|hideomittedscores = 1|aggregate=score|nowrap=yes|compact=no|small=yes | RD1-group1 = ''<big>Bracket A</big>'' | RD1-group3 = ''<big>Bracket B</big>'' | RD1-group5 = ''<big>Bracket C</big>'' | RD1-group7 = ''<big>Bracket D</big>'' | RD1-group9 = ''<big>Bracket E</big>'' | RD1-group11 = ''<big>Bracket F</big>'' | RD1-group13 = ''<big>Bracket G..."

==Playoffs==
===Bracket===
{{#invoke: Team bracket colspanfix | main
|rounds=8|maxround=3|byes=3|legs=3|sepwidth=1|boldwinner=high|hideomittedscores = 1|aggregate=score|nowrap=yes|compact=no|small=yes
| RD1-group1 = ''<big>Bracket A</big>''
| RD1-group3 = ''<big>Bracket B</big>''
| RD1-group5 = ''<big>Bracket C</big>''
| RD1-group7 = ''<big>Bracket D</big>''
| RD1-group9 = ''<big>Bracket E</big>''
| RD1-group11 = ''<big>Bracket F</big>''
| RD1-group13 = ''<big>Bracket G</big>''
| RD1-group15 = ''<big>Bracket H</big>''
| RD1-group17 = ''<big>Bracket I</big>''
| RD1-group19 = ''<big>Bracket J</big>''
| RD1-group21 = ''<big>Bracket K</big>''
| RD1-group23 = ''<big>Bracket L</big>''
| RD1-group25 = ''<big>Bracket M</big>''
| RD1-group27 = ''<big>Bracket N</big>''
|RD1=Round One
|RD2=Round Two
|RD3=Round Three

|RD1-team35={{fb|Calgasia}}|RD1-score35-1=2|RD1-score35-2=1
|RD1-team36={{fb|Captina Island}}|RD1-score36-1=1|RD1-score36-2=1

|RD1-team43={{strikethrough|{{fb|Andossa Se Mitrin Vega}}}}|RD1-score43-1=1|RD1-score43-2=1
|RD1-team44={{fb|Russian Empire EHA}}|RD1-score44-1=0|RD1-score44-2=0

|RD1-team51={{fb|Tomerion }}|RD1-score51-1=0|RD1-score51-2=0
|RD1-team52={{fb|The Republic of the United Marble Tribes}}|RD1-score52-1=0|RD1-score52-2=1

|RD1-team59={{fb|Shin-Zetsubo}}|RD1-score59-1=1|RD1-score59-2=4
|RD1-team60={{fb|The Golden Harp}}|RD1-score60-1=2|RD1-score60-2=4

|RD1-team67={{fb|Lisander}}|RD1-score67-1=2|RD1-score67-2=1|RD1-score67-3=1
|RD1-team68={{fb|The Martian Independent Republic}}|RD1-score68-1=0|RD1-score68-2=3|RD1-score68-3=2

|RD1-team75={{fb|Aamathyr}}|RD1-score75-1=2|RD1-score75-2=1
|RD1-team76={{fb|Atheara}}|RD1-score76-1=0|RD1-score76-2=0

|RD1-team83={{fb|Super Earth}}|RD1-score83-1=0|RD1-score83-2=0
|RD1-team84={{fb|Drawkland}}|RD1-score84-1=2|RD1-score84-2=3

|RD1-team91={{fb|Siovanija and Teusland}}|RD1-score91-1=1|RD1-score91-2=1
|RD1-team92={{fb|Delaclava}}|RD1-score92-1=3|RD1-score92-2=1


|RD2-team1={{fb|Choppyhausen}}|RD2-score1-1=4|RD2-score1-2=1|RD2-score1-3=1
|RD2-team2={{fb|Katzeburg}}|RD2-score2-1=3|RD2-score2-2=2|RD2-score2-3=0

|RD2-team5={{fb|Myrtle Beach}}|RD2-score5-1=3|RD2-score5-2=4
|RD2-team6={{fb|Auprussia}}|RD2-score6-1=2|RD2-score6-2=4

|RD2-team9={{fb|Taeshan}}|RD2-score9-1=0|RD2-score9-2=1
|RD2-team10={{fb|Natkr}}|RD2-score10-1=2|RD2-score10-2=2

|RD2-team13={{fb|Smoltrendestof}}|RD2-score13-1=1|RD2-score13-2=0
|RD2-team14={{fb|Abanhfleft}}|RD2-score14-1=3|RD2-score14-2=0

|RD2-team17={{fb|Calgasia}}|RD2-score17-1=0|RD2-score17-2=0
|RD2-team18={{fb|The Ko-orenite Constellation}}|RD2-score18-1=0|RD2-score18-2=4

|RD2-team21={{fb|Russian Empire EHA}}|RD2-score21-1=1|RD2-score21-2=0
|RD2-team22={{fb|Kelssek}}|RD2-score22-1=2|RD2-score22-2=4

|RD2-team25={{fb|The Republic of the United Marble Tribes}}|RD2-score25-1=1|RD2-score25-2=0
|RD2-team26={{fb|Darmen}}|RD2-score26-1=1|RD2-score26-2=4

|RD2-team29={{fb|The Golden Harp}}|RD2-score29-1=2|RD2-score29-2=0
|RD2-team30={{fb|Soviet Kem}}|RD2-score30-1=0|RD2-score30-2=0

|RD2-team33={{fb|The Martian Independent Republic}}|RD2-score33-1=1|RD2-score33-2=4
|RD2-team34={{fb|Kamijiro}}|RD2-score34-1=2|RD2-score34-2=5

|RD2-team37={{fb|Aamathyr}}|RD2-score37-1=2|RD2-score37-2=1
|RD2-team38={{fb|Legalese}}|RD2-score38-1=1|RD2-score38-2=0

|RD2-team41={{fb|Drawkland}}|RD2-score41-1=2|RD2-score41-2=3
|RD2-team42={{fb|Milchama}}|RD2-score42-1=0|RD2-score42-2=3

|RD2-team45={{fb|Delaclava}}|RD2-score45-1=0|RD2-score45-2=0
|RD2-team46={{fb|StrayaRoos}}|RD2-score46-1=0|RD2-score46-2=2


|RD3-team1={{fb|Choppyhausen}}|RD3-score1-1=2|RD3-score1-2=2
|RD3-team2={{fb|Zwangzug}}|RD3-score2-1=0|RD3-score2-2=2

|RD3-team3={{fb|Myrtle Beach}}|RD3-score3-1=2|RD3-score3-2=1|RD3-score3-3=2
|RD3-team4={{fb|Edsmontik}}|RD3-score4-1=3|RD3-score4-2=0|RD3-score4-3=3

|RD3-team5={{fb|Natkr}}|RD3-score5-1=2|RD3-score5-2=1
|RD3-team6={{fb|Pomachetti}}|RD3-score6-1=2|RD3-score6-2=2

|RD3-team7={{fb|Abanhfleft}}|RD3-score7-1=1|RD3-score7-2=0
|RD3-team8={{fb|Kwrpania}}|RD3-score8-1=0|RD3-score8-2=4

|RD3-team9={{fb|The Ko-orenite Constellation}}|RD3-score9-1=2|RD3-score9-2=1|RD3-score9-3=2
|RD3-team10={{fb|Dantopia}} {{aet}}|RD3-score10-1=1|RD3-score10-2=2|RD3-score10-3=3

|RD3-team11={{fb|Kelssek}}|RD3-score11-1=2|RD3-score11-2=0
|RD3-team12={{fb|TJUN-ia}}|RD3-score12-1=1|RD3-score12-2=2

|RD3-team13={{fb|Darmen}}|RD3-score13-1=4|RD3-score13-2=0|RD3-score13-3=1
|RD3-team14={{fb|Bostopia}}|RD3-score14-1=1|RD3-score14-2=3|RD3-score14-3=3

|RD3-team15={{fb|The Golden Harp}}|RD3-score15-1=3|RD3-score15-2=0
|RD3-team16={{fb|Sarzonia}}|RD3-score16-1=1|RD3-score16-2=0

|RD3-team17={{fb|Kamijiro}}|RD3-score17-1=2|RD3-score17-2=0
|RD3-team18={{fb|Sernet}}|RD3-score18-1=3|RD3-score18-2=1

|RD3-team19={{fb|Aamathyr}}|RD3-score19-1=0|RD3-score19-2=0
|RD3-team20={{fb|Hanalia}}|RD3-score20-1=2|RD3-score20-2=1

|RD3-team21={{fb|Drawkland}}|RD3-score21-1=4|RD3-score21-2=2
|RD3-team22={{fb|Saterun}}|RD3-score22-1=2|RD3-score22-2=2

|RD3-team23={{fb|StrayaRoos}}|RD3-score23-1=4|RD3-score23-2=3|RD3-score23-3=1
|RD3-team24={{fb|Biyambi}}|RD3-score24-1=4|RD3-score24-2=3|RD3-score24-3=3

|RD3-team25={{fb|HUElavia}}|RD3-score25-1=1|RD3-score25-2=2
|RD3-team26={{fb|Cobrio}}|RD3-score26-1=1|RD3-score26-2=1

|RD3-team27={{fb|Airannia}}|RD3-score27-1=1|RD3-score27-2=1
|RD3-team28={{fb|Masraya}}|RD3-score28-1=1|RD3-score28-2=2

}}

Module:Build bracket/Logic

2026-07-24T10:50:38Z

Osarius: 1 revision imported

local Logic = {}

-- =======================
-- 1) STDLIB ALIASES
-- =======================
local m_max = math.max
local m_ceil = math.ceil
local s_match = string.match
local s_find = string.find

-- =======================
-- 2) MODULE UPVALUES
-- =======================
local state, config, Helpers, StateChecks
local isempty, notempty, teamLegs

local function bind(_state, _config, _Helpers, _StateChecks)
state, config, Helpers, StateChecks = _state, _config, _Helpers, _StateChecks
isempty = _Helpers and _Helpers.isempty or function(v)
return v == nil or v == ""
end
notempty = _Helpers and _Helpers.notempty or function(v)
return v ~= nil and v ~= ""
end
teamLegs = _StateChecks and _StateChecks.teamLegs
end

-- =======================
-- 3) SMALL UTILITIES
-- =======================
-- Map common Unicode fraction characters to decimal
local fraction_map = {
["½"] = ".5",
["⅓"] = ".333",
["⅔"] = ".667",
["¼"] = ".25",
["¾"] = ".75",
["⅕"] = ".2",
["⅖"] = ".4",
["⅗"] = ".6",
["⅘"] = ".8",
["⅙"] = ".167",
["⅚"] = ".833",
["⅛"] = ".125",
["⅜"] = ".375",
["⅝"] = ".625",
["⅞"] = ".875"
}

-- Normalize fractions like "1½" to "1.5"
local function normalizeFractions(s)
-- Replace integer + fraction (e.g. "1½" → "1.5")
s =
s:gsub(
"(%d+)%s*([%z\1-\127\194-\244][\128-\191]*)",
function(d, frac)
local repl = fraction_map[frac]
if repl then
return d .. repl
else
return d .. frac
end
end
)

-- Replace standalone fraction (e.g. "½" → "0.5")
s =
s:gsub(
"([%z\1-\127\194-\244][\128-\191]*)",
function(frac)
local repl = fraction_map[frac]
if repl then
return "0" .. repl
else
return frac
end
end
)

return s
end

-- Leading integer from a value; supports string or number; nil if none.
local function numlead(v)
if v == nil then
return nil
end
if type(v) == "number" then
return v
end
local s = tostring(v)
if s == "" then
return nil
end

-- 1) strip leading spaces and wiki bold/italic quotes ('' or ''')
s = s:match("^%s*'*%s*(.*)") or s

-- 2) strip *leading* simple wrappers (tags/templates/links), repeatedly, but only if they occur before the first digit.
local advanced = true -- set false if you want the minimal version
if advanced then
local changed = true
while changed do
changed = false
local s2 = s:gsub("^%s*<[^>]->%s*", "", 1) -- leading HTML tag
if s2 ~= s then
s, changed = s2, true
end
s2 = s:gsub("^%s*{{.-}}%s*", "", 1) -- leading template
if s2 ~= s then
s, changed = s2, true
end
s2 = s:gsub("^%s*%[%[[^%]]-%]%]%s*", "", 1) -- leading wikilink
if s2 ~= s then
s, changed = s2, true
end
end
end

-- 3) capture leading digits only (stops at first non-digit)
s = normalizeFractions(s)
local n = s:match("^(%d+%.?%d*)")
return n and tonumber(n) or nil
end

-- ===========================
-- 4) MATCH GROUPING (PER RD)
-- ===========================
local function _matchGroups()
state.matchgroup = state.matchgroup or {}
local MINC, C, R = config.minc, config.c, config.r
for j = MINC, C do
local mgj = {}
state.matchgroup[j] = mgj

local tpm = tonumber(state.teamsPerMatch[j]) or 2
if tpm < 1 then
tpm = 2
end

local col = state.entries[j]
if col then
for i = 1, R do
local e = col[i]
if e and e.ctype == "team" then
local idx = tonumber(e.index) or tonumber(e.altindex) or i
local g = m_ceil(idx / tpm)
mgj[i] = g
e.group = g
end
end
end
end
end

-- Build ordered lists once per round: gid -> {row indices}
local function buildGroupsForRound(j, R)
local groups = {}
local mg = (state.matchgroup and state.matchgroup[j]) or {}
local col = state.entries[j]
if not col then
return groups
end

for i = 1, R do
local e = col[i]
if e and e.ctype == "team" then
local gid = mg[i]
if gid ~= nil then
local t = groups[gid]
if not t then
t = {}
groups[gid] = t
end
t[#t + 1] = i
end
end
end
return groups
end

-- Pre-parse leg numbers for each team (per round), only when agg & >1 legs.
-- Returns: i -> { [l] = number|nil }
local function preparseLegs(j, R)
local legNums = {}
local col = state.entries[j]
if not col then
return legNums
end

for i = 1, R do
local e = col[i]
if e and e.ctype == "team" then
local L = teamLegs(j, i)
if config.aggregate and L > 1 and e.score then
local t = {}
for l = 1, L do
t[l] = numlead(e.score[l])
end
legNums[i] = t
end
end
end
return legNums
end

-- ==========================================
-- 5) COMPUTE AGGREGATES (score/legs/sets)
-- ==========================================
local function _computeAggregate()
if config.aggregate_mode == "off" or config.aggregate_mode == "manual" then
return
end

local MINC, C, R = config.minc, config.c, config.r
local modeLow = (config.boldwinner_mode == "low")

for j = MINC, C do
local groups = buildGroupsForRound(j, R)
local legNums = preparseLegs(j, R)

if config.aggregate_mode == "score" then
-- Sum per-leg scores; operate directly on parsed legNums.
for i, nums in pairs(legNums) do
local e = state.entries[j][i]
if e and e.ctype == "team" and config.aggregate and teamLegs(j, i) > 1 then
local sc = e.score
if sc and isempty(sc.agg) then
local sum = 0
for _, v in ipairs(nums) do
if v then
sum = sum + v
end
end
sc.agg = tostring(sum)
end
end
end
else
-- 'sets'/'legs': count wins per-leg using high/low rule; ties yield no win.
for _, members in pairs(groups) do
local wins = {} -- row index -> wins

-- Comparable leg count across the group = min(#numeric arrays)
local commonLegs = math.huge
for _, i in ipairs(members) do
local nums = legNums[i]
local L = (nums and #nums) or 0
if L == 0 then
commonLegs = 0
break
end
if L < commonLegs then
commonLegs = L
end
end

for l = 1, commonLegs do
local allNumeric = true
for _, i in ipairs(members) do
local v = legNums[i] and legNums[i][l]
if v == nil then
allNumeric = false
break
end
end
if allNumeric then
local best, bestIdx, tie
for _, i in ipairs(members) do
local v = legNums[i][l]
if best == nil then
best, bestIdx, tie = v, i, false
else
if (modeLow and v < best) or (not modeLow and v > best) then
best, bestIdx, tie = v, i, false
elseif v == best then
tie = true
end
end
end
if not tie and bestIdx then
wins[bestIdx] = (wins[bestIdx] or 0) + 1
end
end
end

-- Write aggregates if still empty
for _, i in ipairs(members) do
local e = state.entries[j][i]
if e and e.ctype == "team" and config.aggregate and teamLegs(j, i) > 1 then
local sc = e.score
if sc and isempty(sc.agg) then
sc.agg = tostring(wins[i] or 0)
end
end
end
end
end
end
end

-- ==========================================
-- 6) BOLD WINNERS (per cells & whole rows)
-- ==========================================
local function _boldWinner()
local function isWin(mine, theirs)
return modeLow and (mine < theirs) or (not modeLow and mine > theirs)
end

local function isAggWin(mine, theirs, colKey)
-- For aggregate counts (legs/sets won), higher is always better
if colKey == "agg" and (config.aggregate_mode ~= "score") then
return mine > theirs
end
return isWin(mine, theirs)
end

if not config or config.boldwinner_mode == "off" then
-- Normalize all weights (defensive; avoids leftovers across calls)
for j = config.minc, config.c do
for i = 1, config.r do
local e = state.entries[j] and state.entries[j][i]
if e and e.ctype == "team" then
e.weight = "normal"
if e.score and e.score.weight then
for k, _ in pairs(e.score.weight) do
e.score.weight[k] = "normal"
end
end
end
end
end
return
end

local MINC, C, R = config.minc, config.c, config.r
local modeLow = (config.boldwinner_mode == "low")
local aggOnly = config.boldwinner_aggonly

local function isWin(mine, theirs)
return modeLow and (mine < theirs) or (not modeLow and mine > theirs)
end

local function isAggWin(mine, theirs, colKey)
if colKey == "agg" and config.aggregate_mode == "sets" then
-- Sets/legs won: larger count wins regardless of low/high sport
return mine > theirs
end
return isWin(mine, theirs)
end

local function hasAllScores(e, legs)
local sc = e.score
for l = 1, legs do
local sv = sc and sc[l]
if isempty(sv) or s_find(sv or "", "nbsp") then -- use alias
return false
end
end
return true
end

for j = MINC, C do
local groups = buildGroupsForRound(j, R)

-- Reset counters & ensure score/weight tables exist
for i = 1, R do
local e = state.entries[j] and state.entries[j][i]
if e and e.ctype == "team" then
e.wins, e.aggwins = 0, 0
e.score = e.score or {}
e.score.weight = e.score.weight or {}
end
end

for _, members in pairs(groups) do
-- Parse per-leg and aggregate numbers ONCE for this group (works for 1+ legs)
local perLegNum = {} -- row -> { l -> number|nil }
local aggNum = {} -- row -> number|nil

for _, i in ipairs(members) do
local e = state.entries[j][i]
local legs = teamLegs(j, i)
local arr = {}
for l = 1, legs do
arr[l] = numlead(e.score and e.score[l])
end
perLegNum[i] = arr
aggNum[i] = numlead(e.score and e.score.agg)
end

-- Per-score bolding (skip entirely if agg-only)
if not aggOnly then
-- iterate to the max leg count in the group
local maxL = 0
for _, i in ipairs(members) do
local L = teamLegs(j, i)
if L > maxL then
maxL = L
end
end

for l = 1, maxL do
local allNumeric = true
local best, bestIdx, tie
for _, i in ipairs(members) do
local v = perLegNum[i] and perLegNum[i][l]
if v == nil then
allNumeric = false
break
end
if best == nil then
best, bestIdx, tie = v, i, false
else
if (modeLow and v < best) or (not modeLow and v > best) then
best, bestIdx, tie = v, i, false
elseif v == best then
tie = true
end
end
end

if allNumeric and not tie and bestIdx then
-- set the winner bold + increment wins
local e = state.entries[j][bestIdx]
e.score.weight[l] = "bold"
e.wins = (e.wins or 0) + 1
-- normalize others on this leg
for _, i in ipairs(members) do
if i ~= bestIdx then
state.entries[j][i].score.weight[l] = "normal"
end
end
else
-- no unique winner: normalize everyone for this leg
for _, i in ipairs(members) do
state.entries[j][i].score.weight[l] = "normal"
end
end
end
end

-- Aggregate column (if configured & multi-leg)
do
local needAgg = false
for _, i in ipairs(members) do
if config.aggregate and teamLegs(j, i) > 1 then
needAgg = true
break
end
end

if needAgg then
local allNumeric = true
local best, bestIdx, tie

-- comparator: for legs/sets counts, higher always wins
local function betterAgg(a, b)
if config.aggregate_mode ~= "score" then
return a > b
else
return (modeLow and a < b) or (not modeLow and a > b)
end
end

for _, i in ipairs(members) do
local v = aggNum[i]
if v == nil then
allNumeric = false
break
end
if best == nil then
best, bestIdx, tie = v, i, false
else
if betterAgg(v, best) then
best, bestIdx, tie = v, i, false
elseif v == best then
tie = true
end
end
end

if allNumeric and not tie and bestIdx then
local e = state.entries[j][bestIdx]
e.score.weight.agg = "bold"
e.aggwins = 1
for _, i in ipairs(members) do
if i ~= bestIdx then
local o = state.entries[j][i]
o.score.weight.agg = "normal"
o.aggwins = 0
end
end
else
for _, i in ipairs(members) do
local e = state.entries[j][i]
if e.score then
e.score.weight.agg = "normal"
end
e.aggwins = 0
end
end
end
end

-- Whole-team bolding (skip if agg-only so only agg cell bolds)
if not aggOnly then
for _, i in ipairs(members) do
local e = state.entries[j][i]
local legs = teamLegs(j, i)
local useAggregate = config.aggregate and legs > 1
local winsKey = useAggregate and "aggwins" or "wins"

if not useAggregate then
if (e[winsKey] or 0) > legs / 2 then
e.weight = "bold"
else
e.weight = hasAllScores(e, legs) and "bold" or "normal"
end
end

-- Must strictly beat any opponent on winsKey
for _, oi in ipairs(members) do
if oi ~= i then
local opp = state.entries[j][oi]
if (e[winsKey] or 0) <= tonumber(opp[winsKey] or 0) then
e.weight = "normal"
break
end
end
end

if useAggregate then
-- when using aggregate, team weight follows aggwins comparison
e.weight = ((e[winsKey] or 0) > 0) and "bold" or "normal"
for _, oi in ipairs(members) do
if oi ~= i then
local opp = state.entries[j][oi]
if (e[winsKey] or 0) <= tonumber(opp[winsKey] or 0) then
e.weight = "normal"
break
end
end
end
end
end
end
end
end
end

-- ==============================
-- 7) UPDATE PER-ROUND MAX LEGS
-- ==============================
local function _updateMaxLegs()
local MINC, C, R = config.minc, config.c, config.r
for j = MINC, C do
local col = state.entries[j]
local rj = state.rlegs[j]
local mj = rj
if col then
for i = 1, R do
local e = col[i]
if e then
if notempty(e.legs) then
mj = m_max(rj, e.legs)
end
if config.autolegs and e.score then
local l = 1
while e.score[l] and not isempty(e.score[l]) do
l = l + 1
end
mj = m_max(mj, l - 1)
end
end
end
end
state.maxlegs[j] = mj
end
end

-- ==============
-- 8) PUBLIC API
-- ==============
function Logic.matchGroups(_state, _config)
bind(_state, _config)
_matchGroups()
end

function Logic.computeAggregate(_state, _config, _Helpers, _StateChecks)
bind(_state, _config, _Helpers, _StateChecks)
_computeAggregate()
end

function Logic.boldWinner(_state, _config, _Helpers, _StateChecks)
bind(_state, _config, _Helpers, _StateChecks)
_boldWinner()
end

function Logic.updateMaxLegs(_state, _config, _Helpers)
bind(_state, _config, _Helpers)
_updateMaxLegs()
end

return Logic

Module:Build bracket/Paths

2026-07-24T10:50:38Z

Osarius: 1 revision imported

local Paths = {}

-- ==============================
-- 1) MODULE STATE & HOT HELPERS
-- ==============================
local _pathsCache = {} -- memo for parsePaths during one build
local t_insert = table.insert -- stdlib alias
local mmin, mmax = math.min, math.max

-- upvalues bound per call (set in bind)
local state, config, Helpers, StateChecks
local split, notempty, bargs, getFArg, isBlankEntry
local defaultColor

local showByeOn = true -- toggle for bye through-lines
local base = 0 -- left-round base offset

-- cache for per-round “RDx-RDy-path” OFF flags
local rdGateOff = {}

-- thickness constants: renderer maps 1.0 => 2px, 0.5 => 1px
local STRONG = 1.0
local FEATHER = 0.5

-- Small helpers
local function tpmOf(col) -- teams per match for a given team column
return (state.teamsPerMatch and state.teamsPerMatch[col]) or 2
end

local function entries(col) -- convenience accessor
return state.entries and state.entries[col]
end

local function clearPathsCache() -- reset parse cache each build
_pathsCache = {}
end

local function origJ(j) -- external round index from internal j
return j + base
end

-- ===================
-- 2) ROW/COLUMN MATH
-- ===================
local function rowOf(j, m)
local sj = (state.shift and state.shift[j]) or 0
local tpm = tpmOf(j)
-- map match index m to internal row for team slot center
return 2 * (m + sj) + (tpm - 2)
end

-- ============================
-- 3) BIND + ARG/CONFIG WIRING
-- ============================
local function bind(_state, _config, _Helpers, _StateChecks)
state, config, Helpers, StateChecks = _state, _config, _Helpers, _StateChecks
split, notempty, bargs, getFArg = _Helpers.split, _Helpers.notempty, _Helpers.bargs, _Helpers.getFArg
isBlankEntry = _StateChecks.isBlankEntry

defaultColor = (config.COLORS and config.COLORS.path_line_color) or "gray"
base = config.base or 0

-- cache bye toggle once
local v = (_Helpers.bargs and _Helpers.bargs("show-bye-paths")) or ""
showByeOn = not Helpers.no(v)
end

-- Precompute RD gate flags once per build (RDx-RDy-path = "no" means gate ON => block)
local function computeRoundGates()
rdGateOff = {}
for j = config.minc, config.c - 1 do
local rd = (bargs(("RD%d-RD%d-path"):format(origJ(j), origJ(j) + 1)) or ""):lower()
rdGateOff[j] = Helpers.no(rd)
end
end

-- ========================
-- 4) PATH PARSING + CACHE
-- ========================
local function parsePaths(j)
local cached = _pathsCache[j]
if cached then
return cached
end

local oj = origJ(j)
local str = (getFArg("col" .. oj .. "-col" .. (oj + 1) .. "-paths") or ""):gsub("%s+", "")
local result = {}

-- grammar: (a,b- c:d, e:f - color1,color2,...) etc.
for val in str:gsub(",", ", "):gsub("%S+", "\0%0\0"):gsub(
"%b()",
function(s)
return s:gsub("%z", "")
end
):gmatch("%z(.-)%z") do
-- strip parens once, split once
local array = split(val:gsub("[()]", ""), {"-"})
for k, _ in ipairs(array) do
array[k] = split(array[k], {","})
end

if notempty(array[2]) then
array[3] = array[3] or {}
for m = 1, #array[2] do
local pair = split(array[2][m], {":"})
array[2][m] = pair[1]
array[3][m] = pair[2]
end
for n = 1, #array[1] do
local a = tonumber(array[1][n])
for m = 1, #array[2] do
t_insert(result, {a, tonumber(array[2][m]), color = array[3][m]})
end
end
end
end

_pathsCache[j] = result
return result
end

-- ==============================
-- 5) STRUCTURAL READS & WINDOWS
-- ==============================
-- Through-line mask that already exists in a team column (from a previous step)
local function throughEdgesMaskAt(teamCol, sRow)
local e = entries(teamCol)
if not e then
return false, false
end
local hasBottom =
(sRow - 1 >= 1) and e[sRow - 1] and e[sRow - 1].ctype == "line" and
(e[sRow - 1].border == "bottom" or e[sRow - 1].border == "both")
local hasTop =
(sRow + 1 <= config.r) and e[sRow + 1] and e[sRow + 1].ctype == "line" and
(e[sRow + 1].border == "top" or e[sRow + 1].border == "both")
return hasBottom, hasTop
end

-- window = the block of rows that constitutes a match near sRow
local function matchWindow(col, sRow)
local tpm = tpmOf(col)
local half = 2 * (tpm - 1) -- distance to top/bottom team rows
local lo = mmax(1, sRow - half)
local hi = mmin(config.r, sRow + half)
return lo, hi, tpm
end

-- Single-pass scan: returns hasTeam, headerIndex (or nil), allTeamsBlank
local function scanWindow(col, sRow)
local ent = entries(col)
if not ent then
return false, nil, true
end
local lo, hi = matchWindow(col, sRow)
local hidx, hasTeam = nil, false
local allBlank = true
for r = lo, hi do
local e = ent[r]
if e then
if not hidx and e.headerindex then
hidx = e.headerindex
end
if e.ctype == "team" then
hasTeam = true
if allBlank and not isBlankEntry(col, r) then
allBlank = false
end
end
end
end
return hasTeam, hidx, allBlank
end

-- =================================
-- 6) SLOT DISPOSITION / VISIBILITY
-- =================================
local slotDisp -- j -> sRow -> 'visible' | 'through' | 'suppress'

local function computeSlotDispositions()
slotDisp = {}
local minc, c = config.minc, config.c
local R = mmax(1, (config.r or 1) - 1)

for j = minc, c do
local sdj = {}
slotDisp[j] = sdj
for sRow = 1, R do
local hasTeam, hidx, allBlank = scanWindow(j, sRow)

if not hasTeam then
sdj[sRow] = (j > minc and j < c) and "through" or "suppress"
else
local disp = "visible"
if hidx then
local hid = state.hide and state.hide[j] and state.hide[j][hidx]
local byes = state.byes and state.byes[j] and state.byes[j][hidx]
if hid then
disp = "suppress"
elseif byes and allBlank then
disp = (showByeOn and j > minc and j < c) and "through" or "suppress"
end
end
sdj[sRow] = disp
end
end
end
end

local function dispositionOf(j, sRow) -- on-demand fallback
local sdj = slotDisp and slotDisp[j]
if sdj and sdj[sRow] then
return sdj[sRow]
end

local _, hidx, allBlank = scanWindow(j, sRow)
if not hidx then
return "visible"
end

local hid = state.hide and state.hide[j] and state.hide[j][hidx]
local byes = state.byes and state.byes[j] and state.byes[j][hidx]
if hid then
return "suppress"
end

if byes and allBlank then
if not showByeOn then
return "suppress"
end
if j > config.minc and j < config.c then
return "through"
end
return "suppress"
end
return "visible"
end

local function slotIsVisiblyReal(col, sRow)
local hasTeam, hidx, allBlank = scanWindow(col, sRow)
if not hasTeam then
return false
end
if hidx then
local hid = state.hide and state.hide[col] and state.hide[col][hidx]
local byes = state.byes and state.byes[col] and state.byes[col][hidx]
if hid then
return false
end
if byes and (not showByeOn) and allBlank then
return false
end
end
return true
end

local function isThroughableTeamSlot(teamCol, sRow)
return dispositionOf(teamCol, sRow) == "through"
end

-- =======================================
-- 7) RENDER PRIMITIVES (low-level utils)
-- =======================================
-- === Tiny cell primitives (keep paintVertical as-is) ===
local function ensurePathCell(j, i, k)
state.pathCell[j] = state.pathCell[j] or {}
state.pathCell[j][i] = state.pathCell[j][i] or {}
local cell = state.pathCell[j][i][k]
if not cell then
cell = {{0, 0, 0, 0}, color = defaultColor}
state.pathCell[j][i][k] = cell
end
return cell
end

-- Ensure all arrays for column j exist and are sized to R rows
local function ensureColumnScaffolding(j)
local R = assert(config.r, "config.r must be set before scaffolding")
state.pathCell[j] = state.pathCell[j] or {}
state.crossCell[j] = state.crossCell[j] or {}
state.skipPath[j] = state.skipPath[j] or {}

for i = 1, R do
-- make sure the 3 path lanes exist
ensurePathCell(j, i, 1)
ensurePathCell(j, i, 2)
ensurePathCell(j, i, 3)

-- default cross info
state.crossCell[j][i] = state.crossCell[j][i] or {left = {0, defaultColor}, right = {0, defaultColor}}

-- skipPath defaults to boolean
if state.skipPath[j][i] == nil then
state.skipPath[j][i] = false
end
end
end

local function paintEdge(j, i, k, edge, val, color)
local cell = ensurePathCell(j, i, k)
local b = cell[1]
if val > (b[edge] or 0) then
b[edge] = val
end
if color then
cell.color = color
end
end

-- === One generic "pair painter" ===
-- kind: 'L' (left path col = k=1), 'C' (center = k=2), 'R' (right = k=3)
-- side: 'upper' | 'lower'
-- feather: true => opposite side FEATHER; false => opposite side omitted (no feather)
local K = {L = 1, C = 2, R = 3}
local TOP, BOT = 1, 3
local function paintPair(kind, side, feather, j, row, color)
local k = K[kind]
local R = config.r
local strongAt, weakAt = (side == "upper") and BOT or TOP, (side == "upper") and TOP or BOT
-- strong on owned side
paintEdge(j, row + (side == "lower" and 1 or 0), k, strongAt, STRONG, color)
-- optional feather on the other side (skip entirely when feather=false)
if feather and row + (side == "upper" and 1 or 0) <= R then
paintEdge(j, row + (side == "upper" and 1 or 0), k, weakAt, FEATHER, color)
end
end

-- Tiny wrappers (purely to keep call sites readable/short)
local function OUT(j, row, side, feather, color)
paintPair("L", side, feather, j, row, color)
end
local function JOIN(j, row, side, feather, color)
paintPair("C", side, feather, j, row, color)
end
local function IN(j, row, side, feather, color)
paintPair("R", side, feather, j, row, color)
end

-- vertical stroke (use left edge=2)
local function paintVertical(j, i1, i2, k, color)
if not i1 or not i2 then
return
end
local a, b = i1, i2
if a > b then
a, b = b, a
end
for r = a, b do
paintEdge(j, r, k, 2, STRONG, color)
end
end

-- ===============================
-- 8) CROSSING / COLORING HELPERS
-- ===============================
local function getCrossRowsFor(j)
local oj = origJ(j)
local raw = (getFArg("col" .. oj .. "-col" .. (oj + 1) .. "-cross") or ""):gsub("%s+", "")
if raw == "" then
return {}, false
end

local parts = split(raw, {","}, true)
local rows = {}
if notempty(parts[1]) then
for idx = 1, #parts do
local m = tonumber(parts[idx])
if m then
rows[#rows + 1] = rowOf(j, m)
end
end
end
return rows, (#rows > 0)
end

local function pickCrossBetween(crossRows, startRow, stopRow)
if #crossRows == 0 then
return 0
end
local lo, hi = startRow, stopRow
if lo > hi then
lo, hi = hi, lo
end
for _, cr in ipairs(crossRows) do
if cr > lo and cr < hi then
return cr
end
end
return 0
end

local function paintVerticalWithCross(j, sRow, eRow, dir, color, crossRows, hasCross, centerUseByStart, inboundDownAt)
local goingDown = (dir == "down")
if goingDown then
inboundDownAt[eRow] = true
end

local function markCU()
local cu = centerUseByStart[sRow] or {up = false, down = false}
if goingDown then
cu.down = true
else
cu.up = true
end
centerUseByStart[sRow] = cu
end

if not hasCross then
if goingDown then
paintVertical(j, sRow + 1, eRow, 1, color)
IN(j, eRow, "upper", false, color)
else
paintVertical(j, eRow + 1, sRow, 1, color)
IN(j, eRow, "lower", false, color)
end
markCU()
return
end

local cr = pickCrossBetween(crossRows, sRow, eRow)
if cr ~= 0 then
if goingDown then
paintVertical(j, sRow + 1, cr - 1, 1, color)
state.crossCell[j][cr].left = {1, color}
state.crossCell[j][cr].right = state.crossCell[j][cr].right or {0, color}
paintVertical(j, cr + 2, eRow, 2, color)
IN(j, eRow, "upper", false, color)
else
paintVertical(j, eRow + 1, cr - 1, 2, color)
state.crossCell[j][cr].right = {1, color}
state.crossCell[j][cr].left = state.crossCell[j][cr].left or {0, color}
paintVertical(j, cr + 2, sRow, 1, color)
IN(j, eRow, "lower", false, color)
end
else
if goingDown then
paintVertical(j, sRow + 1, eRow, 2, color)
IN(j, eRow, "upper", false, color)
else
paintVertical(j, eRow + 1, sRow, 2, color)
IN(j, eRow, "lower", false, color)
end
markCU()
end
end

-- Detect incoming style (from left path column) per row:
-- returns: map[row] = { side = "upper"|"lower", feather = true|false }
local function detectIncomingStyle(j)
local res = {}
local left = state.pathCell and state.pathCell[j - 1]
if not left then
return res
end

local R = config.r
for i = 1, R - 1 do
local cU = left[i] and left[i][3] and left[i][3][1] or {0, 0, 0, 0} -- row i, k=3
local cL = left[i + 1] and left[i + 1][3] and left[i + 1][3][1] or {0, 0, 0, 0}
-- row i+1, k=3

local upperStrong = (cU[3] or 0) == STRONG
local lowerStrong = (cL[1] or 0) == STRONG
local upperFeather = (cL[1] or 0) > 0 and (cL[1] ~= STRONG) -- L feather present?
local lowerFeather = (cU[3] or 0) > 0 and (cU[3] ~= STRONG) -- U feather present?

if upperStrong and not lowerStrong then
res[i] = {side = "upper", feather = upperFeather}
elseif lowerStrong and not upperStrong then
res[i] = {side = "lower", feather = lowerFeather}
end
end
return res
end

-- If no edge is painted, returns 0, nil
local function getEdge(col, row, k, edge)
local pc = state.pathCell and state.pathCell[col]
local cell = pc and pc[row] and pc[row][k]
if not cell then
return 0, nil
end
local w = (cell[1] and cell[1][edge]) or 0
return w, (w ~= 0) and cell.color or nil
end

local function finalizeThroughLineColors()
for teamCol = config.minc + 1, config.c do
local leftPathCol = teamCol - 1
local rightPathCol = teamCol
local Ent = state.entries[teamCol]
if Ent then
for sRow = 1, config.r - 1 do
local hasBottom, hasTop = throughEdgesMaskAt(teamCol, sRow)

if hasBottom and Ent[sRow - 1] and Ent[sRow - 1].ctype == "line" then
-- bottom edges at row sRow (left k=3, right k=1) use edge=3
local wL, cL = getEdge(leftPathCol, sRow, 3, 3)
local wR, cR = getEdge(rightPathCol, sRow, 1, 3)
Ent[sRow - 1].color = (wL ~= 0 and wR ~= 0 and cL == cR) and cL or nil
end

if hasTop and Ent[sRow + 1] and Ent[sRow + 1].ctype == "line" then
-- top edges at row sRow+1 use edge=1
local wL, cL = getEdge(leftPathCol, sRow + 1, 3, 1)
local wR, cR = getEdge(rightPathCol, sRow + 1, 1, 1)
Ent[sRow + 1].color = (wL ~= 0 and wR ~= 0 and cL == cR) and cL or nil
end
end
end
end
end

-- =========================
-- 9) PATH VISIBILITY GATES
-- =========================
local function hasVisibleOutgoingFrom(j, startRow)
if j >= config.c then
return false
end
for _, q in ipairs(parsePaths(j) or {}) do
local qStartRow = rowOf(j, q[1])
if qStartRow == startRow then
local qStopRow = rowOf(j + 1, q[2])
if dispositionOf(j + 1, qStopRow) ~= "suppress" then
return true
end
end
end
return false
end

local function roundGateBlocks(col, startRow)
if not rdGateOff[col] then
return false
end
local _, hidx = scanWindow(col, startRow)
return (hidx == 1)
end

local function hasNonSuppressedIncomingTo(j, startRow)
if j <= config.minc then
return false
end
for _, q in ipairs(parsePaths(j - 1) or {}) do
if rowOf(j, q[2]) == startRow then
local leftStart = rowOf(j - 1, q[1])
if dispositionOf(j - 1, leftStart) ~= "suppress" and not roundGateBlocks(j - 1, leftStart) then
return true
end
end
end
return false
end

local function isPathHidden(j, start, stop, leftDisp, rightDisp)
leftDisp = leftDisp or dispositionOf(j, start)
rightDisp = rightDisp or dispositionOf(j + 1, stop)

if leftDisp == "suppress" or rightDisp == "suppress" then
return true
end
do
local b, t = throughEdgesMaskAt(j, start)
if not (slotIsVisiblyReal(j, start) or b or t) then
return true
end
end
do
local b, t = throughEdgesMaskAt(j + 1, stop)
if not (slotIsVisiblyReal(j + 1, stop) or isThroughableTeamSlot(j + 1, stop) or b or t) then
return true
end
end
if leftDisp == "through" and not hasNonSuppressedIncomingTo(j, start) then
return true
end
if rightDisp == "through" and not hasVisibleOutgoingFrom(j + 1, stop) then
return true
end
if rdGateOff[j] then
local _, hidx = scanWindow(j, start)
if hidx == 1 then
return true
end
end
return false
end

-- ============================
-- 10) THROUGH-LINES INSERTION
-- ============================
local function insertThroughLinesForColumn(j)
if not showByeOn then
return
end
local Pj = state.pathCell[j]
if not Pj then
return
end

state.entries[j + 1] = state.entries[j + 1] or {}
local Ent, R = state.entries[j + 1], config.r

for i = 1, R - 1 do
if isThroughableTeamSlot(j + 1, i) then
local c_i3 = Pj[i] and Pj[i][3]
local c_ip1_3 = Pj[i + 1] and Pj[i + 1][3]
local b_i3 = c_i3 and c_i3[1] or nil
local b_ip1_3 = c_ip1_3 and c_ip1_3[1] or nil

local hasBottom = (b_i3 and (b_i3[3] or 0) ~= 0) or false
local hasTop = (b_ip1_3 and (b_ip1_3[1] or 0) ~= 0) or false

-- bounds guards
if hasBottom and (i - 1) >= 1 then
Ent[i - 1] = {ctype = "line", border = "bottom"}
Ent[i] = Ent[i] or {ctype = "blank"}
end
if hasTop and (i + 1) <= R then
Ent[i + 1] = {ctype = "line", border = "top"}
if (i + 2) <= R then
Ent[i + 2] = Ent[i + 2] or {ctype = "blank"}
end
end
end
end
end

-- Thin same-color double-in at the right path column (k=3):
-- If both U (row i, edge=3) and L (row i+1, edge=1) are STRONG and colors match,
-- make L a FEATHER => 2U/1L.
local function thinDoubleInSameColorForColumn(j)
local R = config.r
local pc = state.pathCell[j]
if not pc then
return
end

for i = 1, R - 1 do
local cellU = pc[i] and pc[i][3] -- row i, k=3 (U edge lives here at b[3])
local cellL = pc[i + 1] and pc[i + 1][3] -- row i+1, k=3 (L edge lives here at b[1])
if cellU and cellL and cellU[1] and cellL[1] then
local bU, bL = cellU[1], cellL[1]
local uStrong = (bU[3] or 0) == STRONG
local lStrong = (bL[1] or 0) == STRONG
-- Only thin when BOTH sides are strong and colors match
if uStrong and lStrong and cellU.color == cellL.color then
bL[1] = FEATHER -- 2U2L -> 2U1L
-- keep color as-is (already the same on both cells)
end
end
end
end

local function rememberRowStyle(rowStyleByColor, sRow, color, side, feather)
local map = rowStyleByColor[sRow]
if not map then
map = {}
rowStyleByColor[sRow] = map
end
map[color] = {side = side, feather = feather}
end

local function summarizeDirs(items)
local hasUp, hasDown, hasStraight = false, false, false
local upColor, downColor, straightColor
for _, it in ipairs(items) do
if it.dir == "up" then
hasUp, upColor = true, it.color
end
if it.dir == "down" then
hasDown, downColor = true, it.color
end
if it.dir == "straight" then
hasStraight, straightColor = true, it.color
end
end
return hasUp, hasDown, hasStraight, upColor, downColor, straightColor
end

-- ===========================
-- 11) MAIN PATH DRAWING LOOP
-- ===========================
local function drawPathsForColumn(j)
local R = config.r

ensureColumnScaffolding(j)

local crossRows, hasCross = getCrossRowsFor(j)
state.hascross[j] = hasCross

local paths = parsePaths(j) or {}
local outByStart, straightStubs, centerUseByStart, inboundDownAt = {}, {}, {}, {}

-- record the chosen OUT style per starting row and color for this column
local rowStyleByColor = {} -- [sRow] -> { [color] = { side="upper"|"lower", feather=bool } }

-- paint verticals + collect fork info
for _, p in ipairs(paths) do
local sIdx, eIdx = p[1], p[2]
local color = p.color or defaultColor
local sRow = rowOf(j, sIdx)
local eRow = rowOf(j + 1, eIdx)

-- skip if either endpoint suppressed; avoid cycles by using isPathHidden
local leftDisp = dispositionOf(j, sRow)
local rightDisp = dispositionOf(j + 1, eRow)
if not isPathHidden(j, sRow, eRow, leftDisp, rightDisp) then
local dir = (sRow < eRow) and "down" or ((sRow > eRow) and "up" or "straight")
if dir == "down" then
inboundDownAt[eRow] = true
end

local bucket = outByStart[sRow]
if not bucket then
bucket = {}
outByStart[sRow] = bucket
end
bucket[#bucket + 1] = {dir = dir, color = color}

if dir ~= "straight" then
paintVerticalWithCross(j, sRow, eRow, dir, color, crossRows, hasCross, centerUseByStart, inboundDownAt)
else
local list = straightStubs[sRow] or {}
straightStubs[sRow] = list
list[#list + 1] = {stopRow = eRow, color = color}
end
end
end

-- decide fork placements and paint edges/joins/stubs
local incomingStyle = detectIncomingStyle(j) -- row -> {side, feather}

for sRow, items in pairs(outByStart) do
local hasUp, hasDown, hasStraight, upColor, downColor, straightColor = summarizeDirs(items)
local straightPlacement = "upper" -- default
local wantTopLower, topColor = false, nil
local wantBottomUpper, bottomColor = false, nil

if hasUp then
wantBottomUpper = true
bottomColor = upColor
end
if hasDown then
wantTopLower = true
topColor = downColor
end

if hasStraight then
if hasUp then
straightPlacement = "lower"
else
local needsLower = false
local list = straightStubs[sRow]
if list then
for _, stub in ipairs(list) do
if inboundDownAt[stub.stopRow] then
needsLower = true
break
end
end
end
if needsLower then
straightPlacement = "lower"
end
end

if straightPlacement == "lower" then
wantTopLower = true
topColor = straightColor or topColor
else
wantBottomUpper = true
bottomColor = straightColor or bottomColor
end
end

-- obey forced incoming placement if a through-edge exists from the left
local appliedForced = nil
do
local leftHasBottom, leftHasTop = throughEdgesMaskAt(j, sRow)
if (leftHasBottom or leftHasTop) then
local info = incomingStyle[sRow] -- { side="upper"|"lower", feather=... } or nil
if info and (info.side == "upper" or info.side == "lower") then
appliedForced = info.side
-- make side intent explicit so later logic is consistent
wantBottomUpper, wantTopLower = (appliedForced == "upper"), (appliedForced == "lower")
if appliedForced == "upper" then
bottomColor = bottomColor or straightColor or upColor or downColor or defaultColor
straightPlacement = "upper"
else
topColor = topColor or straightColor or upColor or downColor or defaultColor
straightPlacement = "lower"
end
end
end
end

-- preserve prior through-edges if present
do
local prevBottom, prevTop = throughEdgesMaskAt(j, sRow)
if prevBottom or prevTop then
wantBottomUpper = prevBottom
wantTopLower = prevTop
if prevBottom ~= prevTop then
appliedForced = prevBottom and "upper" or "lower"
straightPlacement = appliedForced
end
end
end

-- Decide the style to use for a single outgoing path on this row.
local isSingleOut = (#items == 1)

-- default for single-out: always "upper" (2U/1L), unless forced by left through
local styleSingle
if isSingleOut then
styleSingle = appliedForced or "upper"
else
-- multi-out: keep existing side selection logic
if appliedForced then
styleSingle = appliedForced -- "upper" | "lower"
elseif wantBottomUpper and not wantTopLower then
styleSingle = "upper"
elseif wantTopLower and not wantBottomUpper then
styleSingle = "lower"
else
styleSingle = "upper"
end
end

-- If we have a through edge from the left, try to copy feather/no-feather from the incoming.
local lb, lt = throughEdgesMaskAt(j, sRow)
local throughHere = (dispositionOf(j, sRow) == "through") or lb or lt
local forcedInfo = throughHere and incomingStyle[sRow] or nil -- gate by through
local forcedFeather = forcedInfo and forcedInfo.feather -- true | false | nil

if isSingleOut then
local singleColor = (items[1] and items[1].color) or bottomColor or topColor or defaultColor

if forcedFeather == false then
-- through row and incoming was NO feather → out₂ NO feather
OUT(j, sRow, styleSingle, false, singleColor)
rememberRowStyle(rowStyleByColor, sRow, singleColor, styleSingle, false)
else
-- either not a through row, or incoming was feather/unknown → use feathered out (2U/1L)
OUT(j, sRow, styleSingle, true, singleColor)
rememberRowStyle(rowStyleByColor, sRow, singleColor, styleSingle, true)
end
else
-- Multi-out: split sides (no feather), and record
local upC = hasUp and (upColor or defaultColor) or nil
local downC = hasDown and (downColor or defaultColor) or nil
local straightC = hasStraight and (straightColor or defaultColor) or nil

local upperColors, lowerColors = {}, {}

if hasUp and hasDown and not hasStraight then
upperColors[upC] = true -- up → U
lowerColors[downC] = true -- down → L
elseif hasStraight and hasDown and not hasUp then
upperColors[straightC] = true -- straight → U
lowerColors[downC] = true -- down → L
elseif hasStraight and hasUp and not hasDown then
upperColors[upC] = true -- up → U
lowerColors[straightC] = true -- straight → L
else
if wantBottomUpper then
upperColors[(bottomColor or defaultColor)] = true
end
if wantTopLower then
lowerColors[(topColor or defaultColor)] = true
end
end

if next(upperColors) then
for colstr, _ in pairs(upperColors) do
paintEdge(j, sRow, 1, 3, STRONG, colstr) -- 2U, 0L
rememberRowStyle(rowStyleByColor, sRow, colstr, "upper", false)
end
end
if next(lowerColors) and (sRow + 1) <= R then
for colstr, _ in pairs(lowerColors) do
paintEdge(j, sRow + 1, 1, 1, STRONG, colstr) -- 0U, 2L
rememberRowStyle(rowStyleByColor, sRow, colstr, "lower", false)
end
end
end

local cu = centerUseByStart[sRow]
if state.hascross[j] then
-- Look up side+feather recorded for this row+color (falls back to a side, defaults feather=true)
local function styleObjFor(color, fallbackSide)
local map = rowStyleByColor[sRow]
local info = map and color and map[color]
if info then
return info.side, info.feather
end
return fallbackSide, true
end

-- Non-crossing UP hop uses center join: mimic out style for that color
if cu and cu.up then
local color = upColor or defaultColor
local side, feather = styleObjFor(color, appliedForced or "upper")
if feather == false then
JOIN(j, sRow, side, false, color)
else
JOIN(j, sRow, side, true, color)
end
end

-- Non-crossing DOWN hop uses center join: mimic out style for that color
if cu and cu.down then
local color = downColor or defaultColor
local side, feather = styleObjFor(color, appliedForced or "lower")
if feather == false then
JOIN(j, sRow, side, false, color)
else
JOIN(j, sRow, side, true, color)
end
end

-- Non-crossing STRAIGHT(s): there can be multiple colors; do one join per color
if hasStraight and straightStubs[sRow] then
local seen = {}
for _, stub in ipairs(straightStubs[sRow]) do
local color = stub.color or bottomColor or topColor or defaultColor
if not seen[color] then
seen[color] = true
local fallbackSide = (straightPlacement == "lower" and "lower" or "upper")
local side, feather = styleObjFor(color, fallbackSide)
if feather == false then
JOIN(j, sRow, side, false, color)
else
JOIN(j, sRow, side, true, color)
end
end
end
end
end

if hasStraight and straightStubs[sRow] then
for _, stub in ipairs(straightStubs[sRow]) do
local color = stub.color or bottomColor or topColor or defaultColor
local info = rowStyleByColor[sRow] and rowStyleByColor[sRow][color]
local side =
(info and info.side) or appliedForced or styleSingle or
(straightPlacement == "lower" and "lower" or "upper")

if info and info.feather == false then
-- origin was a shared split → IN should be no-feather (2U/0L or 0U/2L)
IN(j, stub.stopRow, side, false, color)
else
-- single-out or unknown → IN mimics feathered OUT (2U/1L or 1U/2L)
IN(j, stub.stopRow, side, true, color)
end
end
end
end
-- Post-pass: thin same-color double-in stubs on this column
thinDoubleInSameColorForColumn(j)
end

-- ===============
-- 12) PUBLIC API
-- ===============
function Paths.build(_state, _config, _Helpers, _StateChecks)
bind(_state, _config, _Helpers, _StateChecks)
clearPathsCache()
computeRoundGates()
computeSlotDispositions()

-- draw each path column, then immediately create through-lines for the team
-- column to its right so the next path column can "see" them
for j = config.minc, config.c - 1 do
drawPathsForColumn(j)
insertThroughLinesForColumn(j)
end

finalizeThroughLineColors()

-- ensure last column exists for renderer (fills arrays to full size)
ensureColumnScaffolding(config.c)
end

-- =======================
-- 13) POST-PASS GROUPING
-- =======================
local function isBlankOrBlankText(col, row)
local ent = entries(col)
if not ent then
return true
end
local top = ent[row]
local bot = ent[row + 1]
if top == nil then
if bot == nil then
return true
end
if bot.ctype == "text" and isBlankEntry(col, row + 1) then
return true
end
elseif top.ctype == "text" and isBlankEntry(col, row) then
return true
end
return false
end

local function applyGroups() -- cosmetic grouping labels spanning left
local R = config.r
for j = config.minc, config.c - 1 do
if (state.teamsPerMatch[j] or 2) == 2 then
local groupIndex = 0
for i = 1, R - 1 do
local hasBottom = (getEdge(j, i, 3, 3) == STRONG)
local hasTop = (getEdge(j, i + 1, 3, 1) == STRONG)
if hasBottom or hasTop then
groupIndex = groupIndex + 1
if isBlankOrBlankText(j, i) then
local k = 0
repeat
local col = j - k
if
state.entries[col] and state.entries[col][i + 1] and
state.entries[col][i + 1].ctype == "text" and
isBlankEntry(col, i + 1)
then
state.entries[col][i + 2] = nil
end

state.entries[col] = state.entries[col] or {}
state.entries[col][i] = {ctype = "blank"}
state.entries[col][i + 1] = {ctype = "blank"}

if k > 0 and StateChecks.noPaths(col, i) then
state.skipPath[col] = state.skipPath[col] or {}
state.skipPath[col][i] = true
state.skipPath[col][i + 1] = true
end

k = k + 1
until k > (j - 1) or not isBlankOrBlankText(j - k, i) or not StateChecks.noPaths(j - k, i)

k = k - 1
local leftCol = j - k
local oj = origJ(j)
state.entries[leftCol] = state.entries[leftCol] or {}
state.entries[leftCol][i] = {
ctype = "group",
index = groupIndex,
colspan = k + 1,
group = bargs("RD" .. oj .. "-group" .. groupIndex),
align = "center"
}
state.entries[leftCol][i + 1] = {ctype = "blank"}
end
end
end
end
end
end

function Paths.attachGroups(_state, _config, _Helpers, _StateChecks)
if _state then
bind(_state, _config, _Helpers, _StateChecks)
end
applyGroups()
end

return Paths

Module:Build bracket/Params

2026-07-24T10:50:38Z

Osarius: 1 revision imported

local Params = {}

-- =========================
-- 1) MODULE BINDINGS
-- =========================
-- Upvalues bound per call
local state, config, Helpers, StateChecks

-- Stdlib aliases
local str_format = string.format
local t_insert = table.insert
local t_sort = table.sort

-- Locals filled on bind (with safe fallbacks)
local isempty, notempty, bargs, getPArg, getFArg, toChar, split

local function _toCharFallback(n)
n = tonumber(n or 0) or 0
if n >= 1 and n <= 26 then
return string.char(96 + n) -- 'a'..'z'
end
return tostring(n)
end

local function bind(_state, _config, _Helpers, _StateChecks)
state, config, Helpers, StateChecks = _state, _config, _Helpers, _StateChecks
isempty = Helpers and Helpers.isempty or function(v)
return v == nil or v == ""
end
notempty = Helpers and Helpers.notempty or function(v)
return v ~= nil and v ~= ""
end
bargs = Helpers and Helpers.bargs
getPArg = Helpers and Helpers.getPArg
getFArg = Helpers and Helpers.getFArg
toChar = (Helpers and Helpers.toChar) or _toCharFallback
split = Helpers and Helpers.split
end

-- Try both RDj[a]-X and RDj[A]-X; falls back to "" if not present
local function readPerHeaderArg(j, k, suffix)
local ch = toChar(k) -- e.g. 'a' with Helpers.toChar
local key1 = "RD" .. j .. ch .. suffix
local v = bargs(key1)
if v ~= nil and v ~= "" then
return v
end
local key2 = "RD" .. j .. string.upper(ch) .. suffix
v = bargs(key2)
if v ~= nil and v ~= "" then
return v
end
return ""
end

-- =========================
-- 2) ARG HELPERS
-- =========================
-- Trim + split a comma list frame arg (returns {} on blank)
local function readCsvArg(name)
local raw = (getFArg(name) or ""):gsub("%s+", "")
return split(raw, {","}, true)
end

-- ========================================
-- 3) BUILD SKELETON (formerly getCells)
-- ========================================
local function buildSkeleton()
local DEFAULT_TPM = 2
local maxrow = 1
local colentry = {}
local hasNoHeaders = true

-- ensure containers
state.entries = state.entries or {}
state.shift = state.shift or {}
state.teamsPerMatch = state.teamsPerMatch or {}
state.maxtpm = state.maxtpm or 0

local Cmin, Cmax = config.minc, config.c

-- Phase 1: Determine header presence and teamsPerMatch
for j = Cmin, Cmax do
if notempty(getFArg("col" .. j .. "-headers")) then
hasNoHeaders = false
end
local tpm =
tonumber(getFArg("RD" .. j .. "-teams-per-match")) or tonumber(getFArg("col" .. j .. "-teams-per-match")) or
tonumber(getFArg("teams-per-match")) or
DEFAULT_TPM
state.teamsPerMatch[j] = tpm
if tpm > state.maxtpm then
state.maxtpm = tpm
end
end

-- Phase 2: Build colentry for each column
for j = Cmin, Cmax do
state.entries[j] = {}
state.shift[j] = tonumber(bargs("RD" .. j .. "-shift")) or tonumber(bargs("shift")) or 0

colentry[j] = {
readCsvArg("col" .. j .. "-headers"),
readCsvArg("col" .. j .. "-matches"),
readCsvArg("col" .. j .. "-lines"),
readCsvArg("col" .. j .. "-text"),
readCsvArg("col" .. j .. "-groups") -- reserved for user-specified groups
}

-- inject a default header if none were specified anywhere (unless noheaders=y/yes)
local noheaders = (getFArg("noheaders") or ""):lower()
if hasNoHeaders and (noheaders ~= "y" and noheaders ~= "yes") then
t_insert(colentry[j][1], 1)
end
end

-- Ctype mapping for colentry positions
local CTYPE_MAP = {"header", "team", "line", "text", "group"}

-- Helpers to populate entries (preserve legacy shapes)
local function populateTeam(j, rowIndex, n)
local TPM = state.teamsPerMatch[j]
-- scaffold a text row above when needed (legacy behavior)
if state.entries[j][rowIndex - 1] == nil and state.entries[j][rowIndex - 2] == nil then
state.entries[j][rowIndex - 2] = {ctype = "text", index = n}
state.entries[j][rowIndex - 1] = {ctype = "blank"}
end
-- first team (top)
state.entries[j][rowIndex] = {ctype = "team", index = TPM * n - (TPM - 1), position = "top"}
state.entries[j][rowIndex + 1] = {ctype = "blank"}
-- remaining teams in the match (every 2 rows)
for m = 2, TPM do
local idx = TPM * n - (TPM - m)
local r = rowIndex + 2 * (m - 1)
state.entries[j][r] = {ctype = "team", index = idx}
state.entries[j][r + 1] = {ctype = "blank"}
end
end

local function populateText(j, rowIndex, index)
state.entries[j][rowIndex] = {ctype = "text", index = index}
state.entries[j][rowIndex + 1] = {ctype = "blank"}
end

local function populateLine(j, rowIndex)
-- first segment draws its bottom edge
state.entries[j][rowIndex] = {ctype = "line", border = "bottom"}
state.entries[j][rowIndex + 1] = {ctype = "blank"}
-- second segment draws its top edge
state.entries[j][rowIndex + 2] = {ctype = "line", border = "top"}
state.entries[j][rowIndex + 3] = {ctype = "blank"}
end

local function populateGroup(j, rowIndex, n)
state.entries[j][rowIndex] = {ctype = "group", index = n}
state.entries[j][rowIndex + 1] = {ctype = "blank"}
end

local function populateDefault(j, rowIndex, n)
state.entries[j][rowIndex] = {ctype = "header", index = n, position = "top"}
state.entries[j][rowIndex + 1] = {ctype = "blank"}
end

-- Phase 3: Populate entries for each column
for j = Cmin, Cmax do
local textindex = 0
local TPM = state.teamsPerMatch[j]
local shiftJ = state.shift[j]

for k, positions in ipairs(colentry[j]) do
t_sort(positions)
local ctype = CTYPE_MAP[k]

for n = 1, #positions do
if shiftJ ~= 0 and positions[n] > 1 then
positions[n] = positions[n] + shiftJ
end
local rowIndex = 2 * positions[n] - 1
local lastRow = rowIndex + 2 * TPM - 1
if lastRow > maxrow then
maxrow = lastRow
end

if ctype == "team" then
populateTeam(j, rowIndex, n)
textindex = n
elseif ctype == "text" then
populateText(j, rowIndex, textindex + n)
elseif ctype == "line" then
populateLine(j, rowIndex)
elseif ctype == "group" then
populateGroup(j, rowIndex, n)
else
populateDefault(j, rowIndex, n)
end
end
end
end

if isempty(config.r) then
config.r = maxrow
end
end

-- ========================================
-- 4) NAME RESOLUTION HELPERS
-- ========================================
local function paramNames(cname, j, i, l)
local function getArg(key)
return bargs(key) or ""
end
local function getP(key)
return getPArg(key) or ""
end

local e = state.entries[j][i]
local RD = "RD" .. j
local hidx = e.headerindex
local hchar = toChar(hidx)
local RDh = RD .. hchar

local SYNONYMS = {legs = {"legs", "sets"}}

-- Try a list of names against base+index(+suffix); returns first non-empty
local function tryAny(base, names, idx, suffix)
suffix = suffix or ""
for _, nm in ipairs(names) do
local a = bargs(base .. "-" .. nm .. idx .. suffix) or ""
if isempty(a) then
a = bargs(base .. "-" .. nm .. string.format("%02d", idx) .. suffix) or ""
end
if notempty(a) then
return a
end
end
return ""
end

local function tryBoth(base, name, idx, suffix)
suffix = suffix or ""
local a = getArg(base .. "-" .. name .. idx .. suffix)
if isempty(a) then
a = getArg(base .. "-" .. name .. str_format("%02d", idx) .. suffix)
end
return a
end

-- Round names (prefer altname when present)
local RDlabel = getArg(RD .. "-altname") or RD
local RDhlabel = getArg(RDh .. "-altname") or RDh

local rname = {{RD, RDlabel}, {RDh, RDhlabel}}
local name = {cname, getArg(cname .. "-altname") or cname}
local nameKeys = SYNONYMS[cname] or {name[1]}
local index = {e.index, e.altindex}
local result = {}

if cname == "header" then
if hidx == 1 then
for _, base in ipairs({rname[1], rname[2]}) do
for k = 2, 1, -1 do
result[#result + 1] = getArg(base[k])
end
end
else
for k = 2, 1, -1 do
result[#result + 1] = getArg(rname[2][k])
end
end
elseif cname == "pheader" then
if hidx == 1 then
for _, base in ipairs({rname[1], rname[2]}) do
for k = 2, 1, -1 do
result[#result + 1] = getP(base[k])
end
end
else
for k = 2, 1, -1 do
result[#result + 1] = getP(rname[2][k])
end
end
elseif cname == "score" then
local bases = {rname[2][2], rname[2][1], rname[1][2], rname[1][1]}
local idxs = {index[2], index[2], index[1], index[1]}
for n = 1, 4 do
if l == 1 then
result[#result + 1] = tryAny(bases[n], nameKeys, idxs[n])
end
result[#result + 1] = tryAny(bases[n], nameKeys, idxs[n], "-" .. l)
end
elseif cname == "shade" then
for k = 2, 1, -1 do
local base = (hidx == 1) and rname[1][k] or rname[2][k]
result[#result + 1] = getArg(base .. "-" .. name[1])
end
result[#result + 1] = getArg("RD-shade")
result[#result + 1] = (config.COLORS and config.COLORS.cell_bg_dark) or "#eaecf0"
elseif cname == "text" then
local bases = {rname[2][2], rname[2][1], rname[1][2], rname[1][1]}
local idxs = {index[2], index[2], index[1], index[1]}
local names = {name[2], name[1]}
for ni = 1, 2 do
for n = 1, 4 do
result[#result + 1] = tryBoth(bases[n], names[ni], idxs[n])
end
end
else
local bases = {rname[2][2], rname[2][1], rname[1][2], rname[1][1]}
local idxs = {index[2], index[2], index[1], index[1]}
for n = 1, 4 do
result[#result + 1] = tryAny(bases[n], nameKeys, idxs[n])
end
end

for _, val in ipairs(result) do
if notempty(val) then
return val
end
end
return ""
end

-- ========================================
-- 5) NUMBERED PARAM MODE
-- ========================================
local masterindex = 1

local function numberedParams(j)
local row = state.entries[j]
if not row then
return
end

local function nextArg()
local v = bargs(tostring(masterindex)) or ""
masterindex = masterindex + 1
return v
end

local R = config.r
for i = 1, R do
local e = row[i]
if e then
local ct = e.ctype
if ct == "team" then
local legs = state.rlegs[j]

if config.forceseeds then
e.seed = nextArg()
end

e.team = nextArg()
e.legs = paramNames("legs", j, i)
e.score = {weight = {}}
e.weight = "normal"

if notempty(e.legs) then
legs = tonumber(e.legs) or legs
end

for l = 1, legs do
e.score[l] = nextArg()
e.score.weight[l] = "normal"
end

if config.aggregate and legs > 1 then
e.score.agg = nextArg()
e.score.weight.agg = "normal"
end
elseif ct == "header" then
e.header = paramNames("header", j, i)
e.pheader = paramNames("pheader", j, i)
e.shade = paramNames("shade", j, i)
elseif ct == "text" then
e.text = nextArg()
elseif ct == "group" then
e.group = nextArg()
elseif ct == "line" and e.hastext == true then
e.text = nextArg()
end
end
end
end

-- ========================================
-- 6) NAMED MODE ASSIGNERS (per-ctype)
-- ========================================
local function cellHasMeaningfulContent(e)
if not e then
return false
end
if e.ctype == "team" then
return notempty(e.team)
end
if e.ctype == "text" then
return notempty(e.text)
end
if e.ctype == "group" then
return notempty(e.group)
end
if e.ctype == "line" and e.hastext == true then
return notempty(e.text)
end
return false
end

local function enforceContentUnhide(j)
if not (state.hide and state.hide[j]) then
return
end
local explicit = (state._hideExplicit and state._hideExplicit[j]) or {}
local R = config.r

-- If master hid a header, but we later discover content in that header,
-- flip it visible unless there was an EXPLICIT per-header hide.
for i = 1, R do
local e = state.entries[j][i]
if e and e.headerindex then
local h = e.headerindex
if state.hide[j][h] and cellHasMeaningfulContent(e) then
state.hide[j][h] = false
end
end
end
end

local function assignTeamParams(j, i)
local legs = state.rlegs[j]
local e = state.entries[j][i]

e.seed = paramNames("seed", j, i)
e.team = paramNames("team", j, i)
e.legs = paramNames("legs", j, i)
e.score = {weight = {}}
e.weight = "normal"

if notempty(e.legs) then
legs = tonumber(e.legs) or legs
end

if config.autolegs then
local l = 1
repeat
e.score[l] = paramNames("score", j, i, l)
e.score.weight[l] = "normal"
l = l + 1
until isempty(paramNames("score", j, i, l))
legs = l - 1
else
for l = 1, legs do
e.score[l] = paramNames("score", j, i, l)
e.score.weight[l] = "normal"
end
end

if config.aggregate and legs > 1 then
e.score.agg = paramNames("score", j, i, "agg")
e.score.weight.agg = "normal"
end
end

local function assignHeaderParams(j, i)
local e = state.entries[j][i]
e.header = paramNames("header", j, i)
e.pheader = paramNames("pheader", j, i)
e.shade = paramNames("shade", j, i)

-- Did shade originate from an RD*-shade param?
local hchar = toChar(e.headerindex)
local rdNames = {
"RD" .. j .. "-shade",
"RD" .. j .. hchar .. "-shade",
"RD-shade"
}
e.shade_is_rd = false
for _, pname in ipairs(rdNames) do
local v = bargs(pname)
if notempty(v) and e.shade == v then
e.shade_is_rd = true
break
end
end
end

local function assignTextParams(j, i)
state.entries[j][i].text = paramNames("text", j, i)
end

local function assignGroupParams(j, i)
state.entries[j][i].group = paramNames("group", j, i)
end

local function assignLineTextParams(j, i)
state.entries[j][i].text = paramNames("text", j, i)
end

-- ========================================
-- 7) TABLE-WIDE ASSIGNMENT PASS
-- ========================================
local function getScalarRoundParam(j, bases) -- e.g. {"legs","sets"}
-- prefer per-round keys, then global
for _, base in ipairs(bases) do
local v = bargs("RD" .. j .. "-" .. base)
if notempty(v) then
return v
end
end
for _, base in ipairs(bases) do
local v = bargs(base)
if notempty(v) then
return v
end
end
return ""
end

local function assignParams()
masterindex = 1
local maxcol = 1

local Cmin, Cmax, R = config.minc, config.c, config.r

for j = Cmin, Cmax do
-- prepare per-round containers
state.hide[j] = state.hide[j] or {}
state.byes[j] = state.byes[j] or {}

-- Set legs for this column
local vlegs = getScalarRoundParam(j, {"legs", "sets"})
state.rlegs[j] = tonumber(vlegs) or 1
if notempty(vlegs) then
config.autolegs = false
end

-- assign params
if config.paramstyle == "numbered" then
numberedParams(j)
else
local col = state.entries[j]
for i = 1, R do
local cell = col[i]
if cell ~= nil then
local ct = cell.ctype
if ct == "team" then
assignTeamParams(j, i)
elseif ct == "header" then
assignHeaderParams(j, i)
elseif ct == "text" then
assignTextParams(j, i)
elseif ct == "group" then
assignGroupParams(j, i)
elseif ct == "line" and cell.hastext == true then
assignLineTextParams(j, i)
end
end
if config.autocol and not StateChecks.isBlankEntry(j, i) and j > maxcol then
maxcol = j
end
end
end

enforceContentUnhide(j)

-- parent header text forces visible
for i = 1, R do
local e = state.entries[j][i]
if e and e.ctype == "header" then
local hidx = e.headerindex
if (Helpers.notempty and Helpers.notempty(e.pheader)) then
state.hide[j][hidx] = false
end
end
end
end

if config.autocol then
config.c = maxcol
end
end

-- ========================================
-- 8) STRUCTURE DISCOVERY (hide/byes/indices)
-- ========================================
local function getHide(j)
state.hide[j] = {}
state._hideExplicit = state._hideExplicit or {}
state._hideExplicit[j] = {}

-- master round-level hide flag: RD{j}-hide
local masterRaw = bargs("RD" .. j .. "-hide") or ""
local masterOn = (Helpers and Helpers.yes and Helpers.yes(masterRaw)) or false

for k = 1, state.headerindex[j] do
state.hide[j][k] = masterOn

-- per-header override
local rh = readPerHeaderArg(j, k, "-hide")
if rh ~= "" then
if Helpers and Helpers.yes and Helpers.yes(rh) then
state.hide[j][k] = true
state._hideExplicit[j][k] = true
elseif Helpers and Helpers.no and Helpers.no(rh) then
state.hide[j][k] = false
state._hideExplicit[j][k] = true
end
end
end
end

local function getByes(j)
state.byes[j] = {}
for k = 1, state.headerindex[j] do
-- global byes
local byes = (bargs("byes") or ""):lower()
if (Helpers.yes and Helpers.yes(byes)) then
state.byes[j][k] = true
elseif tonumber(byes) then
state.byes[j][k] = (j <= tonumber(byes))
else
state.byes[j][k] = false
end
-- per-round byes
local r = (bargs("RD" .. j .. "-byes") or ""):lower()
if (Helpers.yes and Helpers.yes(r)) then
state.byes[j][k] = true
elseif r == "no" or r == "n" then
state.byes[j][k] = false
end
-- per-header byes
local rh = (readPerHeaderArg(j, k, "-byes") or ""):lower()
if (Helpers.yes and Helpers.yes(rh)) then
state.byes[j][k] = true
elseif rh == "no" or rh == "n" then
state.byes[j][k] = false
end
end
end

local function getAltIndices()
local Cmin, Cmax, R = config.minc, config.c, config.r

for j = Cmin, Cmax do
state.headerindex[j] = 0

-- per-round counters
local teamindex, textindex, groupindex = 1, 1, 1
local row = state.entries[j]

-- if the very first cell is nil, bump headerindex once (legacy quirk)
if row and row[1] == nil then
state.headerindex[j] = state.headerindex[j] + 1
end

-- walk rows in the round
for i = 1, R do
local e = row and row[i] or nil
if e then
local ct = e.ctype
if ct == "header" then
e.altindex = state.headerindex[j]
teamindex, textindex = 1, 1
state.headerindex[j] = state.headerindex[j] + 1
elseif ct == "team" then
e.altindex = teamindex
teamindex = teamindex + 1
elseif ct == "text" or (ct == "line" and e.hastext == true) then
e.altindex = textindex
textindex = textindex + 1
elseif ct == "group" then
e.altindex = groupindex
groupindex = groupindex + 1
end
e.headerindex = state.headerindex[j]
end
end

getByes(j)
getHide(j)
end
end

-- ========================================
-- 9) PUBLIC API
-- ========================================
function Params.buildSkeleton(_state, _config, _Helpers, _StateChecks)
bind(_state, _config, _Helpers, _StateChecks)
buildSkeleton()
end

function Params.scanStructure(_state, _config, _Helpers, _StateChecks)
bind(_state, _config, _Helpers, _StateChecks)
getAltIndices()
end

function Params.assign(_state, _config, _Helpers, _StateChecks)
bind(_state, _config, _Helpers, _StateChecks)
assignParams()
end

-- ========================================
-- 10) SLICING FOR MIN ROUND (base offset)
-- ========================================
local function shiftCols(tbl, base, c)
if not tbl then
return {}
end
local out = {}
for j = base + 1, c do
out[j - base] = tbl[j]
end
return out
end

function Params.sliceForMinround(_state, _config)
local base = _config.base or 0
if base <= 0 then
return
end

local oldC = _config.c
local newC = oldC - base
if newC < 1 then
newC = 1
end

-- Shift all column-indexed tables
_state.entries = shiftCols(_state.entries, base, oldC)
_state.headerindex = shiftCols(_state.headerindex, base, oldC)
_state.rlegs = shiftCols(_state.rlegs, base, oldC)
_state.maxlegs = {} -- recompute later
_state.hascross = {} -- rebuild later
_state.crossCell = {} -- rebuild later
_state.pathCell = {} -- rebuild later
_state.skipPath = {} -- rebuild later
_state.hide = shiftCols(_state.hide, base, oldC)
_state.byes = shiftCols(_state.byes, base, oldC)
_state.teamsPerMatch = shiftCols(_state.teamsPerMatch, base, oldC)
_state.matchgroup = {} -- recompute

-- Update view range: now we render 1..newC
_config.c = newC
_config.minc = 1
end

return Params

Module:Build bracket/StateChecks

2026-07-24T10:50:37Z

Osarius: 1 revision imported

local StateChecks = {}

-- =========================
-- 1) MODULE BINDINGS
-- =========================
-- Bound at runtime
local state, config, Helpers

-- Local aliases (filled in bind; with fallbacks)
local isempty, notempty

function StateChecks.bind(_state, _config, _Helpers)
state, config, Helpers = _state, _config, _Helpers
isempty = (Helpers and Helpers.isempty) or function(v) return v == nil or v == "" end
notempty = (Helpers and Helpers.notempty) or function(v) return v ~= nil and v ~= "" end
end

-- =========================
-- 2) CONTENT CHECKS
-- =========================
-- True when the entry at (col,row) is empty for rendering purposes.
-- For 'team' → check team text; for 'text' → check text; everything else counts as blank.
function StateChecks.isBlankEntry(col, row)
local colEntries = state.entries and state.entries[col]
if not colEntries then return true end

local e = colEntries[row]
if not e then return true end

local ct = e.ctype
if ct == "team" then
return isempty(e.team)
elseif ct == "text" then
return isempty(e.text)
end
-- headers/lines/blanks or anything else are non-content here
return true
end

-- =========================
-- 3) SEED VISIBILITY
-- =========================
-- Show seeds when forced, when this team has a seed, or when any teammate in the same match has a seed.
function StateChecks.showSeeds(j, i)
local col = state.entries and state.entries[j]
if not col then return false end

local e = col[i]
if not e or e.ctype ~= "team" then return false end

if config.forceseeds or notempty(e.seed) then
return true
end

local group = e.group
local tpm = state.teamsPerMatch[j] or 2
if tpm <= 1 then return false end

-- Teams are laid out every 2 rows per match.
local step = 2
local R = config.r

local function neighborHasSeed(idx)
local n = col[idx]
return n and n.ctype == "team" and n.group == group and notempty(n.seed)
end

-- Check teammates forward/back within the match block
for k = 1, tpm - 1 do
local plus = i + step * k
local minus = i - step * k
if plus <= R and neighborHasSeed(plus) then return true end
if minus >= 1 and neighborHasSeed(minus) then return true end
end

return false
end

-- =========================
-- 4) ROUND VISIBILITY (HIDE)
-- =========================
-- Mutates state.hide[j][hidx] to false when content is found under a header (keeps legacy semantics).

function StateChecks.teamLegs(j, i)
local col = state.entries and state.entries[j]
local roundDefault = (state.rlegs and state.rlegs[j]) or 1
if not col then return roundDefault end

local e = col[i]
if not e or e.ctype ~= "team" then return roundDefault end

local legs = roundDefault
if notempty(e.legs) then
legs = tonumber(e.legs) or legs
end

-- Treat nil/'' and strings containing 'nbsp' as blank
local function isScoreBlank(v)
if isempty(v) then return true end
return type(v) == "string" and v:find("nbsp", 1, true) ~= nil
end

if config.autolegs and e.score then
local l = 1
while not isScoreBlank(e.score[l]) do
l = l + 1
end
local inferred = l - 1
if inferred > 0 then
legs = inferred
end
end

return legs
end

-- =========================
-- 6) ROUND CONTENT CHECK
-- =========================
-- Used for 'byes' detection: true when there is no content until the next header (or end).
function StateChecks.roundIsEmpty(j, i)
local col = state.entries and state.entries[j]
if not col then return true end

local row, R = i + 1, config.r
while row <= R do
local e = col[row]
if e and e.ctype == "header" then break end
if not StateChecks.isBlankEntry(j, row) then
return false
end
row = row + 1
end
return true
end

-- =========================
-- 7) DEFAULT HEADER TEXT
-- =========================
-- Default header text when none provided (keeps legacy strings).
function StateChecks.defaultHeaderText(j, headerindex)
if headerindex ~= 1 then
return "Lower round " .. tostring(j)
end

local base = config.base or 0
local orig_j = j + base
local total = config.c_total or (config.c + base)
local rem = total - orig_j

if rem == 0 then
return "Final"
elseif rem == 1 then
return "Semifinals"
elseif rem == 2 then
return "Quarterfinals"
else
return "Round " .. tostring(orig_j)
end
end

-- =========================
-- 8) PATH PRESENCE CHECK
-- =========================
-- True when the path block between j → j+1 at row i has no visible lines at all.
function StateChecks.noPaths(j, i)
local hasCross = state.hascross and state.hascross[j]
local cols = hasCross and 3 or 2

-- Path cells: any nonzero border means a path
local pcj = state.pathCell and state.pathCell[j]
local pci = pcj and pcj[i]
if pci then
for k = 1, cols do
local edges = pci[k] and pci[k][1]
if edges and (
(edges[1] and edges[1] ~= 0) or
(edges[2] and edges[2] ~= 0) or
(edges[3] and edges[3] ~= 0) or
(edges[4] and edges[4] ~= 0)
) then
return false
end
end
end

-- Cross cells: left/right flag at index 1 means a cross path
if hasCross then
local ccj = state.crossCell and state.crossCell[j]
local cci = ccj and ccj[i]
if cci then
local left, right = cci.left, cci.right
if (left and left[1] == 1) or (right and right[1] == 1) then
return false
end
end
end

return true
end

return StateChecks

Module:Build bracket/Render

2026-07-24T10:50:37Z

Osarius: 1 revision imported

local Render = {}

-- ================================
-- 1) MODULE STATE & BIND INJECTS
-- ================================
-- Upvalues bound in buildTable(...)
local state, config, Helpers, StateChecks

-- Local stdlib aliases
local t_insert = table.insert

-- Helper/function locals (set during bind)
local isempty, notempty, cellBorder, unboldParenthetical
local showSeeds, teamLegs, roundIsEmpty, defaultHeaderText, isBlankEntry

-- =========================
-- 2) CORE <td> CONSTRUCTOR
-- =========================
local function Cell(tbl, j, i, opts)
opts = opts or {}
local cell = tbl:tag("td")

-- classes/attributes
if opts.classes then
for _, c in ipairs(opts.classes) do
cell:addClass(c)
end
end
if opts.colspan and opts.colspan ~= 1 then
cell:attr("colspan", opts.colspan)
end
if opts.rowspan and opts.rowspan ~= 1 then
cell:attr("rowspan", opts.rowspan)
end

-- styling
if opts.borderWidth then
cell:css("border-width", cellBorder(opts.borderWidth))
end
if opts.weight == "bold" then
cell:css("font-weight", "bold")
end
if opts.bg then
cell:css("background", opts.bg)
end
if opts.color then
cell:css("color", opts.color)
end

-- alignment helpers
if opts.align == "center" then
cell:addClass("brk-center")
elseif opts.align == "right" then
cell:css("text-align", "right")
end

if opts.text then
cell:wikitext(opts.text)
end
return cell
end

-- =====================================
-- 3) ENTRY SIZING (computed per-round)
-- =====================================
local entryColspan = nil
local function getEntryColspan(j)
return entryColspan and entryColspan[j] or 1
end

-- ==========================
-- 4) TEAM / SCORE CELLS
-- ==========================
local function teamCell(tbl, k, j, i, l, colspan)
local classes = {"brk-td", "brk-b", (k == "seed") and "brk-bgD" or "brk-bgL"}
if k == "seed" or k == "score" then
classes[#classes + 1] = "brk-center"
end

-- strict bolding
local weightFlag
if k == "team" then
if state.entries[j][i].weight == "bold" then
weightFlag = "bold"
end
elseif k == "score" and l ~= nil then
local sc = state.entries[j][i].score
if sc and sc.weight and sc.weight[l] == "bold" then
weightFlag = "bold"
end
end

local legs = teamLegs(j, i)
local opts = {
classes = classes,
colspan = colspan,
rowspan = 2,
borderWidth = {0, 0, 1, 1},
weight = weightFlag -- 'bold' or nil
}

-- borders
if k == "team" and legs == 0 then
opts.borderWidth[2] = 1
end
if state.entries[j][i].position == "top" then
opts.borderWidth[1] = 1
end
if l == legs or l == "agg" or k == "seed" then
opts.borderWidth[2] = 1
end

-- text
local function tostr(x)
return (x == nil) and "" or tostring(x)
end
if l == nil then
opts.text = unboldParenthetical(tostr(state.entries[j][i][k]))
else
local v = state.entries[j][i][k] and state.entries[j][i][k][l]
opts.text = tostr(v)
end

-- ensure seeds inherit team bold without affecting score logic
if k == "seed" and state.entries[j][i] and state.entries[j][i].weight == "bold" then
opts.weight = opts.weight or "bold"
end
return Cell(tbl, j, i, opts)
end

-- ======================================
-- 5) NIL/BLANK ENTRY HANDLING PER CELL
-- ======================================
local function handleEmptyOrNilEntry(tbl, j, i, R)
local entry_colspan = getEntryColspan(j)
local col = state.entries[j] or {}

-- nil entry: optionally emit spanning blank to keep grid intact
if col[i] == nil then
if col[i - 1] ~= nil or i == 1 then
local rowspan, row = 0, i
repeat
rowspan = rowspan + 1
row = row + 1
until col[row] ~= nil or row > R
Cell(tbl, j, i, {rowspan = rowspan, colspan = entry_colspan})
return true
else
return true -- intentionally omitted cell
end
end

if col[i]["ctype"] == "blank" then
return true
end
return false
end

-- ============================
-- 6) ENTRY INSERTORS (ctype)
-- ============================
-- 6.1 Header
local function insertHeader(tbl, j, i, entry)
local byesJ = state.byes[j]
local hideJ = state.hide[j]
local entry_colspan = getEntryColspan(j)

if (byesJ and byesJ[entry.headerindex] and roundIsEmpty(j, i)) or (hideJ and hideJ[entry.headerindex]) then
return Cell(tbl, j, i, {rowspan = 2, colspan = entry_colspan})
end

if isempty(entry.header) then
entry.header = defaultHeaderText(j, entry.headerindex)
end

local classes = {"brk-td", "brk-b", "brk-center"}
local useCustomShade = entry.shade_is_rd and not isempty(entry.shade)
if not useCustomShade then
t_insert(classes, "brk-bgD")
end

local cellOpts = {
rowspan = 2,
colspan = entry_colspan,
text = entry.header,
classes = classes,
borderWidth = {1, 1, 1, 1}
}
if useCustomShade then
cellOpts.bg = entry.shade
end
return Cell(tbl, j, i, cellOpts)
end

-- 6.2 Team (+seed/+scores/+agg)
local function insertTeam(tbl, j, i, entry)
local byesJ = state.byes[j]
local hideJ = state.hide[j]
local entry_colspan = getEntryColspan(j)
local maxlegs = state.maxlegs[j] or 1
local legs = teamLegs(j, i)
local team_colspan = maxlegs - legs + 1

-- bye/hidden → reserve footprint
if ((byesJ and byesJ[entry.headerindex]) and isBlankEntry(j, i)) or (hideJ and hideJ[entry.headerindex]) then
return Cell(tbl, j, i, {rowspan = 2, colspan = entry_colspan})
end

if config.aggregate and legs == 1 and maxlegs > 1 then
team_colspan = team_colspan + 1
end
if maxlegs == 0 then
team_colspan = team_colspan + 1
end

-- seed
if config.seeds then
if showSeeds(j, i) == true then
teamCell(tbl, "seed", j, i)
else
team_colspan = team_colspan + 1
end
end

-- team name
teamCell(tbl, "team", j, i, nil, team_colspan)

-- scores
for l = 1, legs do
teamCell(tbl, "score", j, i, l)
end

-- aggregate
if config.aggregate and legs > 1 then
teamCell(tbl, "score", j, i, "agg")
end
end

-- 6.3 Text
local function insertText(tbl, j, i, entry)
Cell(tbl, j, i, {rowspan = 2, colspan = getEntryColspan(j), text = entry.text})
end

-- 6.4 Group (spans columns)
local function insertGroup(tbl, j, i, entry)
local span = state.entries[j][i].colspan or 1
local colspan = 0

-- sum entry widths per column
for m = j, j + span - 1 do
colspan = colspan + state.maxlegs[m] + 2
if not config.seeds then
colspan = colspan - 1
end
if (config.aggregate and state.maxlegs[m] > 1) or state.maxlegs[m] == 0 then
colspan = colspan + 1
end
end

-- add path columns between rounds
for m = j, j + span - 2 do
colspan = colspan + (state.hascross[m] and 3 or 2)
end

return Cell(tbl, j, i, {rowspan = 2, colspan = colspan, classes = {"brk-center"}, text = entry.group or ""})
end

-- 6.5 Line
local function insertLine(tbl, j, i, entry)
local entry_colspan = getEntryColspan(j)

local borderWidth = {0, 0, 0, 0}
if entry.borderWidth then
borderWidth = entry.borderWidth
else
-- derive from left path column
local wantTop = entry.border == "top" or entry.border == "both"
local wantBottom = (entry.border == nil) or entry.border == "bottom" or entry.border == "both"

if wantBottom and state.pathCell[j - 1] and state.pathCell[j - 1][i + 1] then
borderWidth[3] = 2 * (state.pathCell[j - 1][i + 1][3][1][3] or 0)
end
if wantTop and state.pathCell[j - 1] and state.pathCell[j - 1][i] then
borderWidth[1] = 2 * (state.pathCell[j - 1][i][3][1][1] or 0)
end
end

local cell = Cell(tbl, j, i, {rowspan = 2, colspan = entry_colspan, text = entry.text, borderWidth = borderWidth})
cell:addClass("brk-line")
if entry.color then
cell:css("border-color", entry.color)
end
return cell
end

local INSERTORS = {
header = insertHeader,
team = insertTeam,
text = insertText,
group = insertGroup,
line = insertLine
}

local function insertEntry(tbl, j, i, R)
if handleEmptyOrNilEntry(tbl, j, i, R) then
return
end
local entry = state.entries[j][i]
if not entry then
return
end
local fn = INSERTORS[entry.ctype]
if fn then
return fn(tbl, j, i, entry)
end
return Cell(tbl, j, i, {rowspan = 2, colspan = getEntryColspan(j)})
end

-- ===================================
-- 7) PATH CELL EMITTERS (between RDs)
-- ===================================
-- Always emit the correct number of <td>s:
-- - 2 lanes when no cross (k=1,3)
-- - 3 lanes when cross (k=1,2,3). The center lane (k=2) is skipped only if no cross.
local function generatePathCell(tbl, j, i, k, bg, rowspan)
if not state.hascross[j] and k == 2 then
return
end -- keep table aligned

local colData = state.pathCell[j][i][k]
local borders = (colData and colData[1]) or {0, 0, 0, 0}
local color = (colData and colData.color) or "transparent"

local cell = tbl:tag("td")
if rowspan and rowspan ~= 1 then
cell:attr("rowspan", rowspan)
end

if k == 2 and state.hascross[j] and notempty(bg) then
cell:css("background", bg):css("transform", "translate(-1px)")
end

if borders[1] ~= 0 or borders[2] ~= 0 or borders[3] ~= 0 or borders[4] ~= 0 then
cell:css("border", "solid " .. color):css(
"border-width",
(2 * borders[1]) ..
"px " .. (2 * borders[2]) .. "px " .. (2 * borders[3]) .. "px " .. (2 * borders[4]) .. "px"
)
end
return cell
end

local function insertPath(tbl, j, i, R)
if state.skipPath[j][i] then
return
end

local colspan, rowspan = 2, 1
local bg = ""
local cross = {"", ""}

local Pj = state.pathCell[j]
local Xj = state.crossCell[j]
local SPj = state.skipPath[j]

-- vertical merge: extend rowspan down while borders repeat identically
if i < R then
local function sameBorders(a)
if a > R - 1 or SPj[a] then
return false
end
local pi, pa = Pj[i], Pj[a]
for k = 1, 3 do
local bi, ba = pi[k][1], pa[k][1]
if bi[1] ~= ba[1] or bi[2] ~= ba[2] or bi[3] ~= ba[3] or bi[4] ~= ba[4] then
return false
end
end
return true
end
if sameBorders(i) then
local row = i
repeat
if row ~= i and sameBorders(row) then
SPj[row] = true
end
rowspan = rowspan + 1
row = row + 1
until row > R or not sameBorders(row)
rowspan = rowspan - 1
end
end

-- avoid double-emitting cross rows (previous row already spans)
if
i > 1 and Xj[i - 1] and
((Xj[i - 1].left and Xj[i - 1].left[1] == 1) or (Xj[i - 1].right and Xj[i - 1].right[1] == 1))
then
return
end

-- cross visuals
if state.hascross[j] then
colspan = 3
if Xj[i].left[1] == 1 or Xj[i].right[1] == 1 then
rowspan = 2
if Xj[i].left[1] == 1 then
cross[1] =
"linear-gradient(to top right, transparent calc(50% - 1px)," ..
Xj[i].left[2] ..
" calc(50% - 1px)," .. Xj[i].left[2] .. " calc(50% + 1px), transparent calc(50% + 1px))"
end
if Xj[i].right[1] == 1 then
cross[2] =
"linear-gradient(to bottom right, transparent calc(50% - 1px)," ..
Xj[i].right[2] ..
" calc(50% - 1px)," .. Xj[i].right[2] .. " calc(50% + 1px), transparent calc(50% + 1px))"
end
end
if notempty(cross[1]) and notempty(cross[2]) then
cross[1] = cross[1] .. ","
end
bg = cross[1] .. cross[2]
end

-- emit L | (CENTER) | R cells
for k = 1, 3 do
generatePathCell(tbl, j, i, k, bg, rowspan)
end
end

-- =========================================
-- 8) INVISIBLE SCAFFOLDING (LEGACY COMPAT)
-- =========================================
local function emitRowHeight(tr, rowHeightPx) -- left height cell per data row
tr:tag("td"):css("height", rowHeightPx)
end

-- widths row: fixes widths for seed/team/score(+agg) and path columns
local function emitWidthsRow(tbl, MINC, C, seedW, teamW, scoreW, aggW, pathW, leftPad, rightPad, crossW, crossPad)
tbl:tag("tr"):css("visibility", "collapse") -- spacer

local tr = tbl:tag("tr")
tr:tag("td"):css("width", "1px") -- tiny leading gutter

for j = MINC, C do
if config.seeds then
tr:tag("td"):css("width", seedW)
end
tr:tag("td"):css("width", teamW)

local maxlegs = (state.maxlegs and state.maxlegs[j]) or 1
if maxlegs <= 0 then
tr:tag("td"):css("width", scoreW) -- legacy extra column when maxlegs == 0
else
for _ = 1, maxlegs do
tr:tag("td"):css("width", scoreW)
end
end
if config.aggregate and maxlegs > 1 then
tr:tag("td"):css("width", aggW)
end

if j < C then
if state.hascross and state.hascross[j] then
tr:tag("td"):css("width", pathW):css("padding-left", leftPad) -- L
tr:tag("td"):css("width", crossW):css("padding-left", crossPad) -- CENTER
tr:tag("td"):css("width", pathW):css("padding-right", rightPad) -- R
else
tr:tag("td"):css("width", pathW):css("padding-left", leftPad) -- L
tr:tag("td"):css("width", pathW):css("padding-right", rightPad) -- R
end
end
end
end

-- ==============================
-- 9) PUBLIC: BUILD THE TABLE
-- ==============================
function Render.buildTable(frame, _state, _config, _Helpers, _StateChecks)
-- Bind upvalues
state, config, Helpers, StateChecks = _state, _config, _Helpers, _StateChecks

-- Helpers
isempty, notempty = Helpers.isempty, Helpers.notempty
cellBorder = Helpers.cellBorder
unboldParenthetical = Helpers.unboldParenthetical

-- State checks
showSeeds = StateChecks.showSeeds
teamLegs = StateChecks.teamLegs
roundIsEmpty = StateChecks.roundIsEmpty
defaultHeaderText = StateChecks.defaultHeaderText
isBlankEntry = StateChecks.isBlankEntry

-- Hot locals
local MINC, C = config.minc, config.c
local R0 = tonumber(config.r) or 0
local entries = state.entries
local pathCell = state.pathCell
local crossCell = state.crossCell
local hide = state.hide or {}
local byes = state.byes or {}
local maxlegsArr = state.maxlegs or {}
local hascross = state.hascross or {}

-- Respect explicit |rows=|
local userRowsArg = config._fargs and config._fargs.rows

-- Is this entry visibly rendered
local function entryIsVisible(j, i)
local col = entries[j]
local e = col and col[i]
if not e then
return false
end

local ct = e.ctype
local hidx = e.headerindex
local hid = (hide[j] and hide[j][hidx]) or false
if hid then
return false
end

if ct == "team" then
local bye = (byes[j] and byes[j][hidx]) or false
if bye and isBlankEntry(j, i) then
return false
end
return true
elseif ct == "header" then
local bye = (byes[j] and byes[j][hidx]) or false
if bye and roundIsEmpty(j, i) then
return false
end
return true -- header shows (defaults applied) unless hidden or bye+empty
elseif ct == "text" then
return notempty(e.text)
elseif ct == "group" then
return notempty(e.group)
elseif ct == "line" then
-- Count visible borders via path scan, not the placeholder cell itself
return notempty(e.text) -- only count if it actually prints text
end
return false
end

-- Backward scan for last visually-used row (entries or painted paths)
local function computeBottomUsedRow(R)
for i = R, 1, -1 do
-- Any visible entry on this row?
for j = MINC, C do
if entryIsVisible(j, i) then
local e = entries[j][i]
-- teams occupy a row pair → include the following row if within bounds
if e.ctype == "team" then
return (i + 1 <= R) and (i + 1) or i
else
return i
end
end
end

-- Any path/cross on this row?
for j = MINC, C - 1 do
local Pj = pathCell[j]
local Xj = crossCell[j]

-- Cross uses a row pair
local cc = Xj and Xj[i]
if cc and ((cc.left and cc.left[1] == 1) or (cc.right and cc.right[1] == 1)) then
return (i + 1 <= R) and (i + 1) or i
end

-- Any nonzero border on any lane?
local row = Pj and Pj[i]
if row then
for k = 1, 3 do
local cell = row[k]
local b = cell and cell[1]
if b and ((b[1] or 0) ~= 0 or (b[2] or 0) ~= 0 or (b[3] or 0) ~= 0 or (b[4] or 0) ~= 0) then
return i
end
end
end
end
end
return 1 -- nothing visible; keep at least one row
end

-- Effective number of data rows to emit
local R_eff = (userRowsArg and userRowsArg ~= "") and R0 or computeBottomUsedRow(R0)

-- Precompute entryColspan per round
entryColspan = {}
for j = MINC, C do
local ml = maxlegsArr[j] or 1
local col = ml + 2
if not config.seeds then
col = col - 1
end
if (config.aggregate and ml > 1) or ml == 0 then
col = col + 1
end
entryColspan[j] = col
end

-- Table skeleton
local tbl = mw.html.create("table"):addClass("brk")
if config.nowrap then
tbl:addClass("brk-nw")
end

-- Fixed internal row height (do NOT use config.height here)
local rowHeightPx = "11px"

-- Column widths (resolve once)
local getWidth = Helpers.getWidth
local seedW = (getWidth and getWidth("seed", "25px")) or "25px"
local teamW = (getWidth and getWidth("team", "150px")) or "150px"
local scoreW = (getWidth and getWidth("score", "25px")) or "25px"
local aggRaw = (getWidth and getWidth("agg", nil)) or nil
local aggW = Helpers.isempty(aggRaw) and scoreW or aggRaw
local pathW = "2px"
local crossW = (getWidth and getWidth("cross", "5px")) or "5px"
local crossPad = (getWidth and getWidth("crosspad", "5px")) or "5px"

-- between-round spacing split (e.g., 6 → 4px left, 2px right)
local spacing = tonumber(config.colspacing) or 6
local leftFrac = math.floor(spacing * 2 / 3)
local leftPad, rightPad = (leftFrac .. "px"), ((spacing - leftFrac) .. "px")

-- widths row
emitWidthsRow(tbl, MINC, C, seedW, teamW, scoreW, aggW, pathW, leftPad, rightPad, crossW, crossPad)

-- Data rows
for i = 1, R_eff do
local tr = tbl:tag("tr")
emitRowHeight(tr, rowHeightPx) -- left height cell

for j = MINC, C do
insertEntry(tr, j, i, R_eff)
if j < C then
insertPath(tr, j, i, R_eff)
end
end
end

-- Wrap with a div that loads TemplateStyles and enables scroll overflow
local fr = frame or mw.getCurrentFrame()
local container = mw.html.create("div")

-- Height now applies to container (numbers → px; units respected)
local containerHeight = Helpers.toCssLength(config.height, nil)
if containerHeight then
container:css("max-height", containerHeight)
end

container:css("overflow-x", "auto"):css("overflow-y", "auto")
container:wikitext(fr:extensionTag("templatestyles", "", {src = "Module:Build bracket/styles.css"}))
container:node(tbl)

return tostring(container)
end

-- ============
-- 10) EXPORTS
-- ============
return Render

Module:Build bracket/Helpers

2026-07-24T10:50:37Z

Osarius: 1 revision imported

local Helpers = {}

-- ====================================
-- 1) ARG ACCESS / BARGS WIRING
-- ====================================
local _bargs = nil

function Helpers.setBargs(fn)
_bargs = fn
end

-- If Config.init doesn't call this, Helpers installs fallbacks below.
function Helpers.installArgAccessors(fargs, pargs)
Helpers.getFArg = function(k) return fargs[k] end
Helpers.getPArg = function(k) return pargs[k] end
Helpers.bargs = function(k)
local v = pargs[k]
if v == nil or v == "" then v = fargs[k] end
return v
end
Helpers.setBargs(Helpers.bargs)
end

-- Default bargs (so unit tests don’t explode without Config.init)
Helpers.bargs = function(key)
if _bargs then return _bargs(key) end
return nil
end

-- ====================================
-- 2) BASIC CHECKS & YES/NO PARSERS
-- ====================================
function Helpers.isempty(s) return s == nil or s == "" end
function Helpers.notempty(s) return s ~= nil and s ~= "" end

-- tolerant, case-insensitive
function Helpers.yes(val)
if val == nil then return false end
val = tostring(val):lower()
return val == "y" or val == "yes" or val == "true" or val == "1"
end
function Helpers.no(val)
if val == nil then return false end
val = tostring(val):lower()
return val == "n" or val == "no" or val == "false" or val == "0"
end

-- ====================================
-- 3) STRING HELPERS
-- ====================================
-- 1 -> 'a', 2 -> 'b', ...; wraps beyond 26; clamps nil/invalid to 'a'
function Helpers.toChar(num)
num = tonumber(num) or 1
if num < 1 then num = 1 end
-- wrap to 1..26 to avoid errors if headers exceed 26
num = ((num - 1) % 26) + 1
return string.char(string.byte("a") + num - 1)
end

-- Escape single characters for use inside a Lua pattern character class.
local function _esc_cc(ch)
-- dash, caret, percent, closing bracket need escaping inside [...]
if ch == "-" or ch == "^" or ch == "]" or ch == "%" then
return "%" .. ch
end
return ch
end

-- Fast split over single-char delimiters; drops empties; optional number-cast.
function Helpers.split(str, delim, tonum)
if Helpers.isempty(str) then return {} end
local result, buf = {}, {}
for i = 1, #delim do buf[#buf + 1] = _esc_cc(delim[i]) end
local patt = "[^" .. table.concat(buf) .. "]+"
for w in string.gmatch(str, patt) do
result[#result + 1] = (tonum == true) and tonumber(w) or w
end
return result
end

-- Remove bold inside (...) and [...] while preserving wikilinks [[...]]
function Helpers.unboldParenthetical(text)
if Helpers.isempty(text) then return text end

local STYLE_NORMAL = '%s'
local PREFIX = "__WIKILINK__"
local counter, placeholders = 0, {}

-- 1) Extract wikilinks to placeholders
text = text:gsub("%[%[(.-)%]%]", function(link)
counter = counter + 1
local key = PREFIX .. counter .. "__"
placeholders[key] = link
return key
end)

-- 2) Wrap balanced (...) and [...]
text = text:gsub("(%b())", function(m) return string.format(STYLE_NORMAL, m) end)
:gsub("(%b[])", function(m) return string.format(STYLE_NORMAL, m) end)

-- 3) Restore wikilinks
for key, link in pairs(placeholders) do
text = text:gsub(key, "[[" .. link .. "]]")
end
return text
end

-- ====================================
-- 4) STYLE & DIMENSIONS
-- ====================================
-- Border mask is {top, right, bottom, left}
function Helpers.cellBorder(b)
-- assume well-formed input; callers always pass 4 numbers
return b[1] .. "px " .. b[2] .. "px " .. b[3] .. "px " .. b[4] .. "px"
end

-- Normalize CSS length: numbers -> "Npx"; strings with units pass through.
function Helpers.toCssLength(v, defaultVal)
if v == nil or v == "" then return defaultVal end
local n = tonumber(v)
if n then return tostring(n) .. "px" end
return v
end

-- Resolve widths from args with normalization & default
function Helpers.getWidth(ctype, defaultVal)
local raw = Helpers.bargs(ctype .. "-width")
return Helpers.toCssLength(raw, defaultVal)
end

return Helpers

Module:Build bracket/Config

2026-07-24T10:50:37Z

Osarius: 1 revision imported

local Config = {}

-- ====================================
-- 1) INIT & DEFENSIVE ACCESSORS
-- ====================================
function Config.init(frame, state, config, Helpers)
-- Defend against nil inputs; don't mutate caller refs
state = state or {}
config = config or {}
Helpers = Helpers or {}

-- Pull args from frame/parent (both optional)
local fargs = (frame and frame.args) or {}
local parent = (frame and frame.getParent and frame:getParent()) or nil
local pargs = (parent and parent.args) or {}

-- Keep originals for debugging
config._fargs, config._pargs = fargs, pargs

-- Install arg accessors (use provided installer if present)
if Helpers.installArgAccessors then
Helpers.installArgAccessors(fargs, pargs)
else
Helpers.getFArg = function(k) return fargs[k] end
Helpers.getPArg = function(k) return pargs[k] end
Helpers.bargs = function(k)
local v = pargs[k]
if v == nil or v == "" then v = fargs[k] end
return v
end
end

-- Short aliases
local bargs = Helpers.bargs
local getFArg = Helpers.getFArg
local getPArg = Helpers.getPArg

-- ====================================
-- 2) YES/NO FALLBACKS (robust parsing)
-- ====================================
local function yesish(s)
s = (s or ""):lower()
return s == "y" or s == "yes" or s == "true" or s == "1"
end
local function noish(s)
s = (s or ""):lower()
return s == "n" or s == "no" or s == "false" or s == "0"
end

-- Prefer Helpers.yes/no if provided; fall back to yesish/noish
local YES = Helpers.yes or yesish
local NO = Helpers.no or noish

-- ====================================
-- 3) CORE DIMENSIONS & CLAMPING
-- ====================================
-- Rows: keep '' sentinel when user didn’t set |rows=|
config.r = tonumber(getFArg("rows")) or ""

-- Rounds: {{#invoke:..|rounds=}} with optional parent override maxround(s)
local rounds_f = tonumber(getFArg("rounds")) or 1
local maxc = tonumber(getPArg("maxrounds")) or tonumber(getPArg("maxround")) or nil

config.c = (type(maxc) == "number") and maxc or rounds_f

-- minround -> base (clamped)
local minr = tonumber(getPArg("minround")) or 1
if minr < 1 then minr = 1 end
if minr > config.c then minr = config.c end
config.minc = minr
config.base = minr - 1
config.c_total = config.c -- persist original visible round count

-- ====================================
-- 4) LAYOUT/STYLE FLAGS
-- ====================================
config.autocol = YES(getFArg("autocol"))
config.colspacing = tonumber(getFArg("col-spacing")) or 6
config.height = bargs("height")

-- nowrap can be supplied in parent or direct call
local nowrapArg = getPArg("nowrap") or getFArg("nowrap")
config.nowrap = not NO(nowrapArg)

-- ====================================
-- 5) BOLDWINNER MODE/POLICY
-- ====================================
local bw = (bargs("boldwinner") or ""):lower()
config.boldwinner = bw
config.boldwinner_mode = "off" -- 'high' | 'low' | 'off'
config.boldwinner_aggonly = false -- only bold aggregate cell/row

if bw == "low" then
config.boldwinner_mode = "low"
elseif bw == "high" or YES(bw) then
config.boldwinner_mode = "high"
elseif bw == "aggregate" or bw == "agg" or bw == "aggregate-high" or bw == "agg-high" then
config.boldwinner_mode = "high"
config.boldwinner_aggonly = true
elseif bw == "aggregate-low" or bw == "agg-low" then
config.boldwinner_mode = "low"
config.boldwinner_aggonly = true
end

if YES(bargs("boldwinner-aggregate-only")) then
config.boldwinner_aggonly = true
end

-- ====================================
-- 6) SEEDS & AGGREGATE SETTINGS
-- ====================================
-- forceseeds: explicit truthy; seeds: true unless explicitly "no"
local seedsArg = bargs("seeds")
config.forceseeds = YES(seedsArg)
config.seeds = not NO(seedsArg)

-- aggregate mode
do
local aval = (bargs("aggregate") or ""):lower()
if aval == "sets" or aval == "legs" then
config.aggregate_mode = "sets"
elseif aval == "score" then
config.aggregate_mode = "score"
elseif YES(aval) then
config.aggregate_mode = "manual"
else
config.aggregate_mode = "off"
end
config.aggregate = (config.aggregate_mode ~= "off")
end

-- show-bye-paths (default true; only explicit "no" disables)
do
local v = (bargs("show-bye-paths") or ""):lower()
config.show_bye_paths = (v == "") and true or (not NO(v))
end

-- autolegs (explicit truthy)
config.autolegs = YES(bargs("autolegs"))

-- ====================================
-- 7) PARAMSTYLE INFERENCE
-- ====================================
local styleArg = (bargs("paramstyle") or ""):lower()
local function hasNumberedArgs()
-- Scan a reasonable window of positional args from both parent/frame via bargs
for n = 1, 48 do
local v = bargs(tostring(n))
if v ~= nil and v ~= "" then return true end
end
return false
end

if styleArg == "numbered" then
config.paramstyle = "numbered"
elseif styleArg == "indexed" then
config.paramstyle = "indexed"
else
config.paramstyle = hasNumberedArgs() and "numbered" or "indexed"
end

-- ====================================
-- 8) THEME CONSTANTS (DEFAULTS)
-- ====================================
config.COLORS = config.COLORS or {
cell_bg_light = "var(--background-color-neutral-subtle,#f8f9fa)",
cell_bg_dark = "var(--background-color-neutral,#eaecf0)",
text_color = "var(--color-base,#202122)",
path_line_color = "gray",
cell_border = "var(--border-color-base,#a2a9b1)"
}

return state, config, Helpers
end

return Config

Template:Template for discussion/styles.css

2026-07-24T10:50:37Z

Osarius: 1 revision imported

/* {{pp-template|small=yes}} */
/* See [[Template:Tfd/dated]] and [[Template:Tfm/dated]] */
.tfd-dated {
font-size: 85%;
}

.tfd-default {
border-bottom: 1px solid var(--border-color-base, #a2a9b1);
/* clear: both; probably over kill e.g. https://en.wikipedia.org/w/index.php?title=Disclosure_Day&oldid=1361448791#Critical_response */
text-align: center;
}

.tfd-tiny {
font-weight: bold;
}

.tfd-inline {
border: 1px solid var(--border-color-base, #a2a9b1);
}

.tfd-sidebar {
border-bottom: 1px solid var(--border-color-base, #a2a9b1);
text-align: center;
position: relative;
font-size: 88%;
}

@media (min-width: 640px) {
.tfd-sidebar {
clear: right;
float: right;
width: 22em;
}
}

/* Hide all but the first TFD notice in each paragraph */
:not(.mw-parser-output):not(.documentation) > .tfd-dedup ~ .tfd-dedup,
:not(.mw-parser-output):not(.documentation) > .tfd-dedup ~ * .tfd-dedup {
display: none;
}

Module:Bracket

2026-07-24T10:50:36Z

Osarius: 1 revision imported

local p = {}

local yesno = require('Module:yesno')

local notblank = function(v) return (v or '') ~= '' end
local rmzero = function(k) return mw.ustring.gsub(k, "0(%d)$", "%1") end

p['_Bracket'] = function (frame, template, subs, args)
-- figure out parameters from template name
local consols = string.find(template, "-Consols")
local pagePlayoff = string.find(template, "-PagePlayoff")
local stepladder = string.find(template, "-Stepladder")
if (consols or pagePlayoff or stepladder) then args.build = true end

args.rounds = args.rounds or mw.ustring.match(template, "^(%d*)Round")
if not args.rounds then
local teams = tonumber(mw.ustring.match(template, "^(%d*)Team"))
if teams and teams > 1 then -- log2(teams) is the number of rounds
args.rounds = math.ceil( math.log(teams)/math.log(2) )
if consols then
args.rounds = (args.rounds * 2) - 1
elseif (pagePlayoff or stepladder) then
args.rounds = args.rounds + 1
end
end
end

local tennis = mw.ustring.match(template, "-Tennis(%d*)")
local squash = mw.ustring.match(template, "-Squash(%d*)")
if tennis or squash then
args.sets = args.sets or tennis or squash
args.seeds = args.seeds or 'yes'
args.nowrap = args.nowrap or 'yes'
end

if string.find(template, "-Compact") then
args.compact = args.compact or 'yes'
end

-- remove leading zeros from defaults
for k, v in pairs(args) do
if k ~= rmzero(k) then
args[rmzero(k)] = v
args[k] = nil
end
end

-- overwrite defaults with frame args and alternative args
for k, v in pairs(frame.args) do
local leadingzero = mw.ustring.gsub(k, "([^0])(%d)$", "%10%2")
-- remove leading 0
k = rmzero(k)
-- do substitutes
if notblank(subs[k] or subs[leadingzero]) then
-- strip leading 0s from substitutes
k = rmzero(subs[k] or subs[leadingzero])
end
args[k] = v
end

-- process parameters for '-Info' templates
local info = string.find(template, "-Info")
if info then
for i = 1,5 do
local rd = 'RD' .. i
if notblank(args[rd .. '-date']) then
args[rd] = (args[rd] or '') .. ' ' .. args[rd .. '-date']
end
end
args.build = true
end

-- return template
local newFrame = frame:newChild{title = ("Template:" .. template), args = args}
if args.build then
return require('Module:Build bracket').main(newFrame) ..
require('Module:Team bracket tracking').tracking(newFrame)
end
return require('Module:Team bracket').main(newFrame)
end

p['2TeamBracket'] = function (frame)
return p._Bracket(frame, '2TeamBracket', {}, {autoseeds = "y"})
end

p['2TeamBracket-Info'] = function (frame)
return p._Bracket(frame, '2TeamBracket-Info', {
['RD1-name'] = 'RD1',
['RD1T1-loc'] = 'RD1-text1',
['RD2'] = 'RD1b',
}, {
['col1-headers'] = '1,6',
['col1-matches'] = '3,8',
['RD1'] = 'Final',
['RD1b'] = 'Third place',
['RD1b-hide'] = 'y'
})
end

p['3TeamBracket-PagePlayoff'] = function (frame)
return p._Bracket(frame, '3TeamBracket-PagePlayoff', {
}, {
['col1-matches'] = '3',
['col2-matches'] = '5',
['col3-matches'] = '3',

['col1-col2-paths'] = '3-3,3-5:red',
['col2-col3-paths'] = '(3,5)-3',

['RD1'] = '[[Page playoff]]',
['RD2'] = 'Semifinal',
})
end

p['4TeamBracket'] = function (frame)
return p._Bracket(frame, '4TeamBracket', {
group1 = "RD1-group1"
}, {
autoseeds = "y",
['RD1-group1'] = ""
})
end

p['4TeamBracket-Consols'] = function (frame)
return p._Bracket(frame, '4TeamBracket-Consols', {
['RD1T1-loc'] = "RD1-text1",
['RD2T1-loc'] = "RD2-text1",
['RD2T2-loc'] = "RD2-text2",
['RD3T1-loc'] = "RD3-text1",
}, {
autocol = "y",
['col1-matches'] = "4.5",
['col2-matches'] = "3,6",
['col3-matches'] = "4.5",
['col1-col2-paths'] = "4.5-3:red, 4.5-6:red",
['col2-col3-paths'] = "(3,6)-4.5",

['RD1'] = "Third place",
['RD1-shade'] = "#FFFFFF",

['RD1-altname'] = "consolation",
['RD2-altname'] = "SF",
['RD3-altname'] = "final",
['text-altname'] = "details",

['RD2-team1'] = "&nbsp",
})
end

p['4TeamBracket-PagePlayoff'] = function (frame)
local RD1b = notblank(frame.args.RD1b)
return p._Bracket(frame, '4TeamBracket-PagePlayoff', {
}, {
['RD3b-hide'] = 'y',

['col1-headers'] = '1,' .. (RD1b and '6' or ''),
['col2-headers'] = '1',
['col3-headers'] = '1,6',

['col1-matches'] = '3,' .. (RD1b and '8' or '7'),
['col2-matches'] = '5',
['col3-matches'] = '3,8',

['col1-col2-paths'] = string.format('3-3, 3-5:red,%s-5', (RD1b and 8 or 7)),
['col2-col3-paths'] = '(3,5)-3',

['RD1'] = 'Semifinals',
['RD2'] = 'Preliminary final',
['RD3b'] = 'Third place',
})
end

p['4TeamBracket-Stepladder'] = function (frame)
return p._Bracket(frame, '4TeamBracket-Stepladder', {
}, {
['col1-matches'] = '5',
['col2-matches'] = '4',
['col3-matches'] = '3',

['col1-col2-paths'] = '5-4',
['col2-col3-paths'] = '4-3',

['RD1'] = 'First round',
['RD2'] = 'Second round',

['RD1-seed1'] = '3',
['RD1-seed2'] = '4',
['RD2-seed1'] = '2',
['RD3-seed1'] = '1',
})
end

p['4TeamBracket-Tennis3'] = function (frame)
return p._Bracket(frame, '4TeamBracket-Tennis3', {}, {
seeds = '',
RD2 = "Final",
['team-width'] = 125
})
end

p['4TeamBracket-Tennis5'] = function (frame)
return p._Bracket(frame, '4TeamBracket-Tennis5', {}, {
seeds = '',
RD1 = "Quarterfinals",
RD2 = "Semifinals",
['team-width'] = 125,
['RD1-seed1'] = '',
['RD1-seed2'] = '',
['RD1-seed3'] = '',
['RD1-seed4'] = '',
})
end

p['4TeamBracket-Tennis35'] = function (frame)
return p._Bracket(frame, '4TeamBracket-Tennis35', {}, {
sets = "3/5",
RD1 = "Semifinals",
RD2 = "Final",
['RD1-seed1'] = '',
['RD1-seed2'] = '',
['RD1-seed3'] = '',
['RD1-seed4'] = '',
})
end

p['4TeamBracket-Info'] = function (frame)
local qual = yesno(frame.args.qualifiers or '')
local losernext = yesno(frame.args.losernext or '')
local page = yesno(frame.args.page or '')
local C1C2PN = '3-4.5' .. ((losernext or page) and ':red' or '')
C1C2PN = C1C2PN .. ',6-4.5' .. (losernext and ':red' or '')

return p._Bracket(frame, '4TeamBracket-Info', {
['RD1T1-loc'] = 'RD1-text1',
['RD1T2-loc'] = 'RD1-text2',
['RD2T1-loc'] = 'RD2-text1',
['RD1-name'] = 'RD1',
['RD2-name'] = 'RD2',
}, {
['col2-teams-per-match'] = qual and '1' or nil,
['RD2-legs'] = qual and '0' or nil,
['col1-headers'] = '1',
['col2-headers'] = '1,7.5',
['col1-matches'] = '3,6',
['col2-matches'] = qual and '3.5,6.5' or '4.5,9.5',
['col1-col2-paths'] = C1C2PN,
RD1 = 'Semifinals',
RD2 = qual and 'Qualified' or 'Final',
RD2b = 'Third place',
['RD2b-hide'] = 'y',
})
end

p['5TeamBracket'] = function (frame)
return p._Bracket(frame, '5TeamBracket', {
group1 = "RD1-group1",
group2 = "RD1-group2",
}, {
byes = "1",
['RD1-omit'] = "1/2",
['RD1-seed1'] = "4",
['RD1-team1'] = " ",
['RD1-seed2'] = "5",
['RD1-team2'] = " ",
['RD2-seed1'] = "1",
['RD2-seed3'] = "2",
['RD2-seed4'] = "3",
})
end

p['5TeamBracket-Consols'] = function (frame)
return p._Bracket(frame, '5TeamBracket-Consols', {
}, {
['col1-headers'] = "1,9",
['col2-headers'] = "1",
['col3-headers'] = "1",
['col4-headers'] = "1",
['col5-headers'] = "1,9",

['col1-matches'] = "6,11",
['col2-matches'] = "9",
['col3-matches'] = "6",
['col4-matches'] = "3,9",
['col5-matches'] = "6,11",

['col1-col2-paths'] = "6-(3,9)",
['col2-col3-paths'] = "3-3, 9-(6,9)",
['col3-col4-paths'] = "3-3, 9-9, 6-" .. (
(tonumber(frame.args.style) == 2) and "9" or "3"
),
['col4-col5-paths'] = "(3,9)-6",

['RD1'] = "Third place",
['RD2'] = "Consolation semifinals",

['RD1b-hide'] = "y",
['RD5b-hide'] = "y",

['RD1-shade'] = "#FFFFFF",
['RD2-shade'] = "#FFFFFF",
['RD1b-shade'] = "#FFFFFF",

['RD1-altname'] = "fifth",
['RD2-altname'] = "consolation",
['RD3-altname'] = "QF",
['RD4-altname'] = "SF",
['RD5-altname'] = "final",
['text-altname'] = "details",
})
end

p['5TeamBracket-Stepladder'] = function (frame)
return p._Bracket(frame, '5TeamBracket-Stepladder', {
}, {
['col1-matches'] = '6',
['col2-matches'] = '5',
['col3-matches'] = '4',
['col4-matches'] = '3',

['col1-col2-paths'] = '6-5',
['col2-col3-paths'] = '5-4',
['col3-col4-paths'] = '4-3',

['RD1'] = 'First round',
['RD2'] = 'Second round',
['RD3'] = 'Semifinal',

['RD1-seed1'] = '4',
['RD1-seed2'] = '5',
['RD2-seed1'] = '3',
['RD3-seed1'] = '2',
['RD4-seed1'] = '1',
})
end

p['6TeamBracket'] = function (frame)
local stepdown = yesno(frame.args.stepdown)
return p._Bracket(frame, '6TeamBracket', {
group1 = "RD1-group1",
group2 = "RD1-group2",
group3 = "RD2-group1",
}, {
compact = "y",
seeds = "y",
byes = '',
['RD1-omit'] = stepdown and "3/4/7/8" or "1/2/5/6",
['RD1-group1'] = "",
['RD1-group2'] = "",
['RD2-group1'] = "",
['RD1-seed1'] = 4,
['RD1-seed2'] = 5,
['RD1-seed3'] = 3,
['RD1-seed4'] = 6,
['RD2-seed1'] = stepdown and '' or 1,
['RD2-seed2'] = stepdown and 1 or '',
['RD2-seed3'] = stepdown and '' or 2,
['RD2-seed4'] = stepdown and 2 or '',
})
end

p['6TeamBracket-PagePlayoff'] = function (frame)
return p._Bracket(frame, '6TeamBracket-PagePlayoff', {
}, {
['col1-matches'] = '3,7',
['col2-matches'] = '5',
['col3-matches'] = '3,7',
['col4-matches'] = '5',

['col1-col2-paths'] = '3-5,7-5:red,7-7',
['col2-col3-paths'] = '7-7, 5-3',
['col3-col4-paths'] = '(3,7)-5',

['RD1'] = 'Seeding/Play-in qualifier',
['RD2'] = 'Play-in game',

['RD1-seed1'] = '5',
['RD1-seed2'] = '6',
['RD1-seed3'] = '3',
['RD1-seed4'] = '4',
['RD3-seed1'] = '1',
['RD3-seed3'] = '2',
})
end

p['7TeamBracket'] = function (frame)
return p._Bracket(frame, '7TeamBracket', {
group1 = "RD1-group1",
group2 = "RD1-group2",
group3 = "RD2-group1",
}, {
['RD1-omit'] = "1/2",
byes = 1,
['RD1-group1'] = "",
['RD1-group2'] = "",
['RD2-group1'] = "",
['RD1-seed1'] = 4,
['RD1-seed2'] = 5,
['RD1-seed3'] = 2,
['RD1-seed4'] = 7,
['RD1-seed5'] = 3,
['RD1-seed6'] = 6,
['RD2-seed1'] = 1,
['RD1-team1'] = ' ',
['RD1-team2'] = ' ',
['RD1-team3'] = ' ',
['RD1-team4'] = ' ',
['RD1-team5'] = ' ',
['RD1-team6'] = ' ',

})
end

p['7TeamBracket-Consols'] = function (frame)
return p._Bracket(frame, '7TeamBracket-Consols', {
}, {
['col1-headers'] = "1,9",
['col2-headers'] = "1",
['col3-headers'] = "1",
['col4-headers'] = "1",
['col5-headers'] = "1,9",

['col1-matches'] = "6,11",
['col2-matches'] = "8.5",
['col3-matches'] = "4,7,10",
['col4-matches'] = "3,8.5",
['col5-matches'] = "6,11",

['col1-col2-paths'] = "6-(4,8.5)",
['col2-col3-paths'] = "4-4,8.5-(7,10)",
['col3-col4-paths'] = "4-3, (7,10)-8.5",
['col4-col5-paths'] = "(3,8.5)-6",

['RD1b-hide'] = "y",
['RD5b-hide'] = "y",

['RD1'] = "Fifth place",
['RD2'] = "Consolation semifinals",
['RD1b'] = "Seventh place",
['RD5b'] = "Third place",

['RD1-shade'] = "#FFFFFF",
['RD2-shade'] = "#FFFFFF",
['RD1b-shade'] = "#FFFFFF",

['RD1-altname'] = "fifth",
['RD2-altname'] = "consolation",
['RD3-altname'] = "QF",
['RD4-altname'] = "SF",
['RD5-altname'] = "final",
['RD1b-altname'] = "seventh",
['RD5b-altname'] = "third",
['text-altname'] = "details",

})
end

p['7TeamBracket-StepladderToSF'] = function (frame)
local shift1, shift2, shift3, shift4 = "", "", "", ""
local matches2 = "4,8"
local paths12, paths23 = "5-4", "4-3, 8-7"
local RD3b = (
notblank(frame.args.RD3b) or
notblank(frame.args['RD3b-team1']) or
notblank(frame.args['RD3b-team5'])
)

if tonumber(frame.args.style) == 2 then
shift1, shift2, shift3, shift4 = "1", "-1", "1", "1"
paths12 = "5-8"
elseif tonumber(frame.args.style) == 3 then
shift1, shift2, shift3, shift4 = "-2", "0", "2", "2"
elseif tonumber(frame.args.style) == 4 then
shift1, shift2, shift3, shift4 = "5", "1", "1", "1"
matches2 = "2,8"
paths12, paths23 = "5-8", "2-3, 8-7"
elseif tonumber(frame.args.style) == 5 then
shift1, shift2, shift3, shift4 = "-1", "-1", "1", "1"
matches2 = "4,10"
paths23 = "4-3, 10-7"
elseif tonumber(frame.args.style) == 6 then
shift1, shift2, shift3, shift4 = "-2", "0", "2", "2"
matches2 = "4,10"
paths23 = "4-3, 10-7"
end

return p._Bracket(frame, '7TeamBracket-StepladderToSF', {
}, {
['RD1-shift'] = shift1,
['RD2-shift'] = shift2,
['RD3-shift'] = shift3,
['RD4-shift'] = shift4,

['RD3b-hide'] = 'y',
['RD4b-hide'] = 'y',

['col1-headers'] = '1',
['col2-headers'] = '1',
['col3-headers'] = '1,10',
['col4-headers'] = RD3b and '1,10' or '1,8',

['col1-matches'] = '5',
['col2-matches'] = matches2,
['col3-matches'] = '3,7,12',
['col4-matches'] = RD3b and '5,12' or '5,10',

['col1-col2-paths'] = paths12,
['col2-col3-paths'] = paths23,
['col3-col4-paths'] = '(3,7)-5',

['RD1'] = 'Wild card',
['RD3b'] = 'Fifth place',
['RD4b'] = 'Third place',
})
end

p['8TeamBracket'] = function (frame)
return p._Bracket(frame, '8TeamBracket', {
group1 = 'RD1-group1',
group2 = 'RD1-group2',
group3 = 'RD2-group1',
}, {
['RD1-seed1'] = 1,
['RD1-seed2'] = 8,
['RD1-seed3'] = 4,
['RD1-seed4'] = 5,
['RD1-seed5'] = 2,
['RD1-seed6'] = 7,
['RD1-seed7'] = 3,
['RD1-seed8'] = 6,
})
end

p['8TeamBracket-2Leg'] = function (frame)
local scorewidth = 25
-- replicate {{ifempty}}
for _,v in ipairs({'score-width', 'game-score-width', 'leg-width'}) do
if notblank(frame.args[v]) then
scorewidth = frame.args[v]
break
end
end
return p._Bracket(frame, '8TeamBracket-2Leg', {
group1 = 'RD1-group1',
group2 = 'RD1-group2',
group3 = 'RD2-group1',
}, {
sets = 2,
aggregate = 'y',
autoseeds = 'y',

['score-width'] = scorewidth,
seeds = notblank(frame.args.noseeds) and 'n' or nil,
})
end

p['8TeamBracket-Byes'] = function (frame)
return p._Bracket(frame, '8TeamBracket-Byes', {
group1 = "RD1-group1",
group2 = "RD1-group2",
group3 = "RD2-group1",
Consol = "RD3b"
}, {
seeds = 'yes',
byes = 1,
['team-width'] = '11em',
['score-width'] = '2em',
['RD1-group1'] = '',
['RD1-group2'] = '',
['RD2-group1'] = '',
RD3b = frame.args['RD3-team3'] and "Third place" or ""
})
end
p['3RoundBracket-Byes'] = p['8TeamBracket-Byes']

p['8TeamBracket-Compact-Byes'] = function (frame)
return p._Bracket(frame, '8TeamBracket-Compact-Byes', {
}, {
nowrap = 'y',
byes = 1,
['seed-width'] = 5,
['team-width'] = '125',
['score-width'] = '15',
})
end

p['8TeamBracket-Compact-NoSeeds-Byes'] = function (frame)
return p._Bracket(frame, '8TeamBracket-Compact-NoSeeds-Byes', {
}, {
byes = 2,
['team-width'] = '125',
['score-width'] = '25',
RD1 = 'Quarterfinals',
RD2 = 'Semifinals',
RD3 = 'Final',
})
end

p['8TeamBracket-Consols'] = function (frame)
return p._Bracket(frame, '8TeamBracket-Consols', {
}, {
['col1-headers'] = "1,13",
['col2-headers'] = "1",
['col3-headers'] = "1",
['col4-headers'] = "1",
['col5-headers'] = "1,13",

['col1-matches'] = "9,15",
['col2-matches'] = "5,13",
['col3-matches'] = "3,7,11,15",
['col4-matches'] = "5,13",
['col5-matches'] = "9,15",

['col1-col2-paths'] = "9-(5,13)",
['col2-col3-paths'] = "5-(3,7), 13-(11,15)",
['col3-col4-paths'] = "(3,7)-5, (11,15)-13",
['col4-col5-paths'] = "(5,13)-9",

['RD1b-hide'] = "y",
['RD5b-hide'] = "y",

['RD1'] = "Fifth place",
['RD2'] = "Consolation semifinals",
['RD1b'] = "Seventh place",
['RD5b'] = "Third place",

['RD1-shade'] = "#FFFFFF",
['RD2-shade'] = "#FFFFFF",
['RD1b-shade'] = "#FFFFFF",

['RD1-altname'] = "fifth",
['RD2-altname'] = "consolation",
['RD3-altname'] = "QF",
['RD4-altname'] = "SF",
['RD5-altname'] = "final",
['RD1b-altname'] = "seventh",
['RD5b-altname'] = "third",
['text-altname'] = "details",
})
end

p['8TeamBracket-PagePlayoff'] = function (frame)
local cross12 = notblank(frame.args['RD1-RD2-cross'])
local cross23 = notblank(frame.args['RD2-RD3-cross'])
local path12 = cross12 and {13, 5} or {5, 13}
local path23 = cross23 and {13, 5} or {5, 13}
return p._Bracket(frame, '8TeamBracket-PagePlayoff', {
}, {
['col-spacing'] = (cross12 or cross23) and '12' or '',
['shift'] = notblank(frame.args['RD1-text1']) and '1' or '',

['col1-matches'] = '3,7,11,15',
['col2-matches'] = '5,13',
['col3-matches'] = '7,11',
['col4-matches'] = '9',

['col1-col2-paths'] = string.format('7-%s,11-%s,3-3,3-5:#FF3333,15-15,15-13:#FF3333',path12[1], path12[2]),
['col2-col3-paths'] = string.format('(3,%s)-7, (%s,15)-11', path23[1], path23[2]),
['col3-col4-paths'] = '(7,11)-9',
['col1-col2-cross'] = cross12 and '9' or '',
['col2-col3-cross'] = cross23 and '9' or '',

['RD1'] = 'Qualifying and elimination finals',
['RD2'] = 'Semi-finals',
['RD3'] = 'Preliminary finals',
['RD4'] = 'Grand final',

['RD1-seed1'] = '1',
['RD1-seed2'] = '4',
['RD1-seed3'] = '5',
['RD1-seed4'] = '8',
['RD1-seed5'] = '6',
['RD1-seed6'] = '7',
['RD1-seed7'] = '2',
['RD1-seed8'] = '3',
})
end

p['8TeamBracket-Stepladder'] = function (frame)
return p._Bracket(frame, '8TeamBracket-Stepladder', {
}, {
['RD4b-hide'] = 'y',
['RD4b'] = 'Third place',

['col1-headers'] = '1',
['col2-headers'] = '1',
['col3-headers'] = '1',
['col4-headers'] = '1,8',

['col1-matches'] = '5,9',
['col2-matches'] = '4,8',
['col3-matches'] = '3,7',
['col4-matches'] = '5,10',

['col1-col2-paths'] = '5-4, 9-8',
['col2-col3-paths'] = '4-3, 8-7',
['col3-col4-paths'] = '(3,7)-5',

['RD1'] = 'First round',
['RD2'] = 'Second round',
['RD3'] = 'Semifinals',
['RD4'] = 'Final',

['RD1-seed1'] = '5',
['RD1-seed2'] = '8',
['RD1-seed3'] = '6',
['RD1-seed4'] = '7',
['RD2-seed1'] = '4',
['RD2-seed3'] = '3',
['RD3-seed1'] = '1',
['RD3-seed3'] = '2',
})
end
p['8TeamBracket-Double-Stepladder'] = p['8TeamBracket-Stepladder']

p['8TeamBracket-Tennis3'] = function (frame)
return p._Bracket(frame, '8TeamBracket-Tennis3', {}, {
RD1 = 'Quarterfinals',
RD2 = 'Semifinals',
RD3 = 'Finals',
['team-width'] = 140,
['RD1-seed1'] = 1,
['RD1-seed2'] = 8,
['RD1-seed3'] = 4,
['RD1-seed4'] = 5,
['RD1-seed5'] = 3,
['RD1-seed6'] = 6,
['RD1-seed7'] = 2,
['RD1-seed8'] = 7,
})
end

p['8TeamBracket-Tennis5'] = function (frame)
return p._Bracket(frame, '8TeamBracket-Tennis5', {}, {
RD1 = 'Quarterfinals',
RD2 = 'Semifinals',
RD3 = 'Final',
})
end

p['8TeamBracket-Info'] = function (frame)
local RD2b = notblank(frame.arg['RD2b'])
or notblank(frame.arg['RD2b-team1'])
or notblank(frame.arg['RD2-team5'])

return p._Bracket(frame, '8TeamBracket-Info', {
['RD1-name'] = 'RD1',
['RD2-name'] = 'RD2',
['RD3-name'] = 'RD3',

['RD1-text1'] = 'RD1-text1',
['RD1-info1'] = 'RD1-text1',
['RD1T1-loc'] = 'RD1-text1',
['RD1-text2'] = 'RD1-text2',
['RD1-info2'] = 'RD1-text2',
['RD1T2-loc'] = 'RD1-text2',
['RD1-text3'] = 'RD1-text3',
['RD1-info3'] = 'RD1-text3',
['RD1T3-loc'] = 'RD1-text3',
['RD1-text4'] = 'RD1-text4',
['RD1-info4'] = 'RD1-text4',
['RD1T4-loc'] = 'RD1-text4',
['RD2-text1'] = 'RD2-text1',
['RD2-info1'] = 'RD2-text1',
['RD2T1-loc'] = 'RD2-text1',
['RD2-text2'] = 'RD2-text2',
['RD2-info2'] = 'RD2-text2',
['RD2T2-loc'] = 'RD2-text2',
['RD3-text1'] = 'RD3-text1',
['RD3-info1'] = 'RD3-text1',
['RD3T1-loc'] = 'RD3-text1',
}, {
['RD2b-hide'] = 'y',
['RD3b-hide'] = 'y',

['col1-headers'] = '1',
['col2-headers'] = '1' .. (RD2b and ',13.5' or ''),
['col3-headers'] = '1,' .. (RD2b and '13.5' or '10.5'),

['col1-matches'] = '3,6,9,12',
['col2-matches'] = '4.5,10.5' .. (RD2b and ',15.5' or ''),
['col3-matches'] = '7.5,' .. (RD2b and '15.5' or '12.5'),

['col1-col2-paths'] = '(3,6)-4.5,(9,12)-10.5',
['col2-col3-paths'] = '(4.5,10.5)-7.5',

RD1 = 'Quarterfinals',
RD2 = 'Semifinals',
RD3 = 'Final',
RD3b = 'Third place',
})
end
p['8TeamBracket-info'] = p['8TeamBracket-Info']

p['9TeamBracket'] = function (frame)
return p._Bracket(frame, '9TeamBracket', {
}, {
['compact'] = 'y',
['byes'] = '1',
['RD1-omit'] = '1/2',

RD1 = 'First round',
RD2 = 'Quarterfinals',
RD3 = 'Semifinals',
RD4 = 'Finals',
})
end

p['10TeamBracket'] = function (frame)
return p._Bracket(frame, '10TeamBracket', {
['group1'] = "RD2-group1",
['group2'] = "RD2-group2",
}, {
['compact'] = "y",
['seeds'] = "y",
['RD1-omit'] = "1/2/5/6/7/8/9/10/13/14/15/16",

['RD1'] = "First round",
['RD2'] = "Quarterfinals",
['RD3'] = "Semifinals",
['RD4'] = "Finals",

['RD1-seed1'] = "8",
['RD1-seed2'] = "9",
['RD1-seed3'] = "7",
['RD1-seed4'] = "10",
['RD2-seed1'] = "1",
['RD2-seed3'] = "4",
['RD2-seed4'] = "5",
['RD2-seed5'] = "2",
['RD2-seed7'] = "3",
['RD2-seed8'] = "6"
})
end

p['12TeamBracket'] = function (frame)
return p._Bracket(frame, '8TeamBracket', {
['subgroup1'] = "RD1-group1",
['subgroup2'] = "RD1-group2",
['subgroup3'] = "RD1-group3",
['subgroup4'] = "RD1-group4",

['group1'] = "RD2-group1",
['group2'] = "RD2-group2",
['group3'] = "RD3-group1",
}, {
['RD1-omit'] = "1/2/5/6/9/10/13/14",

['compact'] = "y",

['RD1'] = "First round",
['RD2'] = "Quarter-finals",
['RD3'] = "Semi-finals",
['RD4'] = "Final",

['RD1-seed1'] = "8",
['RD1-seed2'] = "9",
['RD1-seed3'] = "5",
['RD1-seed4'] = "12",
['RD1-seed5'] = "7",
['RD1-seed6'] = "10",
['RD1-seed7'] = "6",
['RD1-seed8'] = "11",
['RD2-seed1'] = "1",
['RD2-seed3'] = "4",
['RD2-seed5'] = "2",
['RD2-seed7'] = "3",
})
end

p['12TeamBracket-Consols'] = function (frame)
return p._Bracket(frame, '12TeamBracket-Consols', {
}, {
['rounds'] = "6",

['col1-headers'] = "1,12.5",
['col2-headers'] = "1",
['col3-headers'] = "1",
['col4-headers'] = "1",
['col5-headers'] = "1,16.5",
['col6-headers'] = "1,12,16.5,23",

['col1-matches'] = "8.5,14.5",
['col2-matches'] = "5.5,11.5",
['col3-matches'] = "4,7,10,13",
['col4-matches'] = "3,6,9,12",
['col5-matches'] = "4.5,10.5,18.5,21.5",
['col6-matches'] = "7.5,14,20,25",

['col1-col2-paths'] = "8.5-(5.5,11.5)",
['col2-col3-paths'] = "5.5-(4,7), 11.5-(10,13)",
['col3-col4-paths'] = "4-3,7-6,10-9,13-12",
['col4-col5-paths'] = "(3,6)-4.5, (9,12)-10.5",
['col5-col6-paths'] = "(4.5,10.5)-7.5,(18.5,21.5)-20",

['RD1b-hide'] = "y",
['RD5b-hide'] = "y",
['RD6b-hide'] = "y", ['RD6c-hide'] = "y", ['RD6d-hide'] = "y",

['RD1'] = "Ninth place",
['RD2'] = "Consolation semifinals",
['RD3'] = "First round",
['RD1b'] = "Eleventh place",
['RD5b'] = "5th–8th classification",
['RD6b'] = "Third place", ['RD6c'] = "Fifth place", ['RD6d'] = "Seventh place",

['RD1-shade'] = "#FFFFFF",
['RD2-shade'] = "#FFFFFF",
['RD1b-shade'] = "#FFFFFF", ['RD1c-shade'] = "#FFFFFF", ['RD1d-shade'] = "#FFFFFF",
['RD2b-shade'] = "#FFFFFF",

['RD1-altname'] = "9thplace",
['RD2-altname'] = "9to12SF",
['RD3-altname'] = "9to16QF",
['RD4-altname'] = "Ro16",
['RD5-altname'] = "QF",
['RD6-altname'] = "SF",
['RD7-altname'] = "final",
['RD1b-altname'] = "11thplace", ['RD1c-altname'] = "13thplace", ['RD1d-altname'] = "15thplace",
['RD2b-altname'] = "13to16SF",
['RD6b-altname'] = "5to8SF",
['RD7b-altname'] = "3rdplace", ['RD7c-altname'] = "5thplace", ['RD7d-altname'] = "7thplace",

['text-altname'] = "details",
})
end

p['14TeamBracket'] = function (frame)
return p._Bracket(frame, '14TeamBracket', {
['subgroup1'] = "RD1-group1",
['subgroup2'] = "RD1-group2",
['subgroup3'] = "RD1-group3",
['subgroup4'] = "RD1-group4",

['group1'] = "RD2-group1",
['group2'] = "RD2-group2",
['group3'] = "RD3-group1",
}, {
['RD1-omit'] = "1/2/9/10",

['RD1'] = "First round",
['RD2'] = "Quarterfinals",
['RD3'] = "Semifinals",
['RD4'] = "Final",

['RD1-team1'] = " ",
['RD1-team2'] = " ",
['RD1-team3'] = " ",
['RD1-team4'] = " ",
['RD1-team5'] = " ",
['RD1-team6'] = " ",
['RD1-team7'] = " ",
['RD1-team8'] = " ",
['RD1-team9'] = " ",
['RD1-team10'] = " ",
['RD1-team11'] = " ",
['RD1-team12'] = " ",

['RD1-group1'] = "",
['RD1-group2'] = "",
['RD1-group3'] = "",
['RD1-group4'] = "",
['RD2-group1'] = "",
['RD2-group2'] = "",
['RD3-group1'] = "",
['RD1-seed1'] = "8",
['RD1-seed2'] = "9",
['RD1-seed3'] = "4",
['RD1-seed4'] = "13",
['RD1-seed5'] = "5",
['RD1-seed6'] = "12",
['RD1-seed7'] = "7",
['RD1-seed8'] = "10",
['RD1-seed9'] = "3",
['RD1-seed10'] = "14",
['RD1-seed11'] = "6",
['RD1-seed12'] = "11",
['RD2-seed1'] = "1",
['RD2-seed5'] = "2",
})
end

p['14TeamBracket-Consols'] = function (frame)
return p._Bracket(frame, '14TeamBracket-Consols', {
}, {
['rounds'] = "5",

['col1-headers'] = "1",
['col2-headers'] = "1",
['col3-headers'] = "1,18.5",
['col4-headers'] = "1,18.5",
['col5-headers'] = "1",

['col1-matches'] = "5,9,13,17",
['col2-matches'] = "4,8,12,16",
['col3-matches'] = "6,14,20",
['col4-matches'] = "5,13,20",
['col5-matches'] = "9",

['col1-col2-paths'] = "5-4,9-8,13-12,17-16",
['col2-col3-paths'] = "(4,8)-6,(12,16)-14",
['col3-col4-paths'] = "6-5,14-13",
['col4-col5-paths'] = "(5,13)-9",
})
end

p['14TeamBracket-Stepladder'] = function (frame)
return p._Bracket(frame, '14TeamBracket-Stepladder', {
}, {
['rounds'] = '7',

['col1-matches'] = '8,15',
['col2-matches'] = '7,14',
['col3-matches'] = '6,13',
['col4-matches'] = '5,12',
['col5-matches'] = '4,11',
['col6-matches'] = '3,10',
['col7-matches'] = '7',

['col1-col2-paths'] = '8-7,15-14',
['col2-col3-paths'] = '7-6,14-13',
['col3-col4-paths'] = '6-5,13-12',
['col4-col5-paths'] = '5-4,12-11',
['col5-col6-paths'] = '4-3,11-10',
['col6-col7-paths'] = '(3,10)-7',

['RD1-seed01'] = '12',
['RD1-seed02'] = '13',
['RD1-seed03'] = '11',
['RD1-seed04'] = '14',

['RD2-seed01'] = '9',
['RD2-seed03'] = '10',

['RD3-seed01'] = '8',
['RD3-seed03'] = '7',

['RD4-seed01'] = '5',
['RD4-seed03'] = '6',

['RD5-seed01'] = '4',
['RD5-seed03'] = '3',

['RD6-seed01'] = '1',
['RD6-seed03'] = '2',
})
end

p['16TeamBracket'] = function (frame)
return p._Bracket(frame, '16TeamBracket', {
subgroup1 = 'RD1-group1',
subgroup2 = 'RD1-group2',
subgroup3 = 'RD1-group3',
subgroup4 = 'RD1-group4',

group1 = 'RD2-group1',
group2 = 'RD2-group2',
group3 = 'RD3-group1',
}, {
['RD1-seed1'] = 1,
['RD1-seed2'] = 16,
['RD1-seed3'] = 8,
['RD1-seed4'] = 9,
['RD1-seed5'] = 5,
['RD1-seed6'] = 12,
['RD1-seed7'] = 4,
['RD1-seed8'] = 13,
['RD1-seed9'] = 6,
['RD1-seed10'] = 11,
['RD1-seed11'] = 3,
['RD1-seed12'] = 14,
['RD1-seed13'] = 7,
['RD1-seed14'] = 10,
['RD1-seed15'] = 2,
['RD1-seed16'] = 15,
RD1 = 'First round',
RD2 = 'Quarter-finals',
RD3 = 'Semi-finals',
RD4 = 'Final',
})
end

p['16TeamBracket-Byes'] = function (frame)
return p._Bracket(frame, '16TeamBracket-Byes', {
group1 = "RD1-group1",
group2 = "RD2-group2",
}, {
seeds = 'yes',
byes = 1,
RD1 = 'First round',
RD2 = 'Second round',
RD3 = 'Semifinals',
RD4 = 'Finals',
['team-width'] = '11em',
['score-width'] = '2em',
['RD1-group1'] = '',
['RD2-group2'] = '',
})
end
p['4RoundBracket-Byes'] = p['16TeamBracket-Byes']

p['16TeamBracket-Consols'] = function (frame)
return p._Bracket(frame, '16TeamBracket-Consols', {
}, {
['RD1b-hide'] = "y", ['RD1c-hide'] = "y", ['RD1d-hide'] = "y",
['RD2b-hide'] = "y",
['RD6b-hide'] = "y",
['RD7b-hide'] = "y", ['RD7c-hide'] = "y", ['RD7d-hide'] = "y",

['col1-headers'] = "1,16.5,22.5,29",
['col2-headers'] = "1,22.5",
['col3-headers'] = "1",
['col4-headers'] = "1",
['col5-headers'] = "1",
['col6-headers'] = "1,22.5",
['col7-headers'] = "1,16.5,22.5,29",

['col1-matches'] = "13.5,18.5,26,31",
['col2-matches'] = "7.5,19.5,24.5,27.5",
['col3-matches'] = "4.5,10.5,16.5,22.5",
['col4-matches'] = "3,6,9,12,15,18,21,24",
['col5-matches'] = "4.5,10.5,16.5,22.5",
['col6-matches'] = "7.5,19.5,24.5,27.5",
['col7-matches'] = "13.5,18.5,26,31",

['col1-col2-paths'] = "13.5-(7.5,19.5),26-(24.5,27.5)",
['col2-col3-paths'] = "7.5-(4.5,10.5), 19.5-(16.5,22.5)",
['col3-col4-paths'] = "4.5-(3,6), 10.5-(9,12), 16.5-(15,18), 22.5-(21,24)",
['col4-col5-paths'] = "(3,6)-4.5, (9,12)-10.5, (15,18)-16.5, (21,24)-22.5",
['col5-col6-paths'] = "(4.5,10.5)-7.5, (16.5,22.5)-19.5",
['col6-col7-paths'] = "(7.5,19.5)-13.5,(24.5,27.5)-26",

['RD1'] = "Ninth place",
['RD2'] = "Consolation semifinals",
['RD3'] = "Consolation quarterfinals",
['RD4'] = "Round of 16",
['RD1b'] = "Eleventh place",
['RD1c'] = "Thirteenth place",
['RD1d'] = "Fifteenth place",
['RD2b'] = "13th–16th classification",
['RD6b'] = "5th–8th classification",
['RD7b'] = "Third place",
['RD7c'] = "Fifth place",
['RD7d'] = "Seventh place",

['RD1-shade'] = "#FFFFFF",
['RD2-shade'] = "#FFFFFF",
['RD3-shade'] = "#FFFFFF",
['RD1b-shade'] = "#FFFFFF",
['RD1c-shade'] = "#FFFFFF",
['RD1d-shade'] = "#FFFFFF",
['RD2b-shade'] = "#FFFFFF",

['RD1-altname'] = "9thplace",
['RD2-altname'] = "9to12SF",
['RD3-altname'] = "9to16QF",
['RD4-altname'] = "Ro16",
['RD5-altname'] = "QF",
['RD6-altname'] = "SF",
['RD7-altname'] = "final",
['RD1b-altname'] = "11thplace",
['RD1c-altname'] = "13thplace",
['RD1d-altname'] = "15thplace",
['RD2b-altname'] = "13to16SF",
['RD6b-altname'] = "5to8SF",
['RD7b-altname'] = "3rdplace",
['RD7c-altname'] = "5thplace",
['RD7d-altname'] = "7thplace",

['text-altname'] = "details",
})
end

p['16TeamBracket-Tennis3'] = function (frame)
return p._Bracket(frame, '16TeamBracket-Tennis3', {}, {
['team-width'] = 140,
['score-width'] = 25,
RD1 = 'First round',
RD2 = 'Quarterfinals',
RD3 = 'Semifinals',
RD4 = 'Final',
})
end

p['16TeamBracket-Tennis3-Byes'] = function (frame)
return p._Bracket(frame, '16TeamBracket-Tennis3-Byes', {}, {
byes = 1,
['team-width'] = 125,
['score-width'] = 25,
RD1 = 'First round',
RD2 = 'Quarterfinals',
RD3 = 'Semifinals',
RD4 = 'Finals',
})
end

p['16TeamBracket-Compact-NoSeeds-Byes'] = function (frame)
return p._Bracket(frame, '16TeamBracket-Compact-NoSeeds-Byes', {
}, {
byes = 3,
RD1 = 'Round of 16',
RD2 = 'Quarterfinals',
RD3 = 'Semifinals',
RD4 = 'Final',
['team-width'] = 125,
['score-width'] = 25
})
end

p['16TeamBracket-Compact-Tennis3'] = function (frame)
return p._Bracket(frame, '16TeamBracket-Compact-Tennis3', {}, {
RD1 = '1st round',
RD2 = '2nd round',
})
end

p['16TeamBracket-Compact-Tennis3-Byes'] = function (frame)
return p._Bracket(frame, '16TeamBracket-Compact-Tennis3-Byes', {}, {
byes = 2,
['seed-width'] = 25,
['team-width'] = 150,
RD1 = '1st round',
RD2 = '2nd round',
RD3 = 'Semifinals',
RD4 = 'Final',
})
end
p['4RoundBracket-Compact-Tennis3-Byes'] = p['16TeamBracket-Compact-Tennis3-Byes']

p['16TeamBracket-Compact-Archery'] = function (frame)
return p._Bracket(frame, '16TeamBracket-Compact-Archery', {}, {
nowrap = 'yes',
sets = 6,
seeds = 'yes',
['team-width'] = 150,
['score-width'] = 12,
RD1 = '1st round',
RD2 = '2nd round',
RD3 = 'Semifinals',
RD4 = 'Finals',
})
end

p['16TeamBracket-Tennis5'] = function (frame)
return p._Bracket(frame, '16TeamBracket-Tennis5', {}, {
RD1 = 'First round',
RD2 = 'Quarterfinals',
RD3 = 'Semifinals',
RD4 = 'Final',
['seed-width'] = 25,
['team-width'] = 150,
['score-width'] = 12,
})
end

p['16TeamBracket-Compact-Tennis5'] = function (frame)
return p._Bracket(frame, '16TeamBracket-Compact-Tennis5', {}, {
RD1 = 'First round',
RD2 = 'Second round',
RD3 = 'Third round',
RD4 = 'Fourth round',
})
end

p['16TeamBracket-Compact-Tennis5-Byes'] = function (frame)
return p._Bracket(frame, '16TeamBracket-Compact-Tennis5-Byes', {}, {
byes = 1,
RD1 = 'First round',
RD2 = 'Second round',
RD3 = 'Semifinals',
RD4 = 'Final',
})
end
p['4RoundBracket-Compact-Tennis5-Byes'] = p['16TeamBracket-Compact-Tennis5-Byes']

p['16TeamBracket-Info'] = function (frame)
return p._Bracket(frame, '16TeamBracket-Info', {
['RD1T1-loc'] = 'RD1-text1',
['RD1T2-loc'] = 'RD1-text2',
['RD1T3-loc'] = 'RD1-text3',
['RD1T4-loc'] = 'RD1-text4',
['RD1T5-loc'] = 'RD1-text5',
['RD1T6-loc'] = 'RD1-text6',
['RD1T7-loc'] = 'RD1-text7',
['RD1T8-loc'] = 'RD1-text8',
['RD2T1-loc'] = 'RD2-text1',
['RD2T2-loc'] = 'RD2-text2',
['RD2T3-loc'] = 'RD2-text3',
['RD2T4-loc'] = 'RD2-text4',
['RD3T1-loc'] = 'RD3-text1',
['RD3T2-loc'] = 'RD3-text2',
['RD4T1-loc'] = 'RD4-text1',
['RD1-name'] = 'RD1',
['RD2-name'] = 'RD2',
['RD3-name'] = 'RD3',
['RD4-name'] = 'RD4',
}, {
['col1-headers'] = '1',
['col2-headers'] = '1',
['col3-headers'] = '1',
['col4-headers'] = '1,20.5',

['col1-matches'] = '3,6,9,12,15,18,21,24',
['col2-matches'] = '4.5,10.5,16.5,22.5',
['col3-matches'] = '7.5,19.5',
['col4-matches'] = '13.5,22.5',

['col1-col2-paths'] = '(3,6)-4.5,(9,12)-10.5,(15,18)-16.5,(21,24)-22.5',
['col2-col3-paths'] = '(4.5,10.5)-7.5,(16.5,22.5)-19.5',
['col3-col4-paths'] = '(7.5,19.5)-13.5',

['RD1'] = 'First round',
['RD2'] = 'Quarterfinals',
['RD3'] = 'Semifinals',
['RD4'] = 'Final',
['RD4b'] = 'Third place',

['RD4b-hide'] = 'y',
})
end

p['18TeamBracket'] = function (frame)
return p._Bracket(frame, '18TeamBracket', {
}, {
compact = 'yes',
['RD1-omit'] = '1/2/5/6/7/8/9/10/11/12/13/14/15/16/17/18/21/22/23/24/25/26/27/28/29/30/31/32',
RD1 = 'First round',
RD2 = 'Second round',
RD3 = 'Quarterfinals',
RD4 = 'Semifinals',
RD5 = 'Finals',

['RD1-seed1'] = 16,
['RD1-seed2'] = 17,
['RD1-seed3'] = 15,
['RD1-seed4'] = 18,

['RD2-seed01'] = 1,
['RD2-seed02'] = '',
['RD2-seed03'] = 8,
['RD2-seed04'] = 9,
['RD2-seed05'] = 4,
['RD2-seed06'] = 13,
['RD2-seed07'] = 5,
['RD2-seed08'] = 12,
['RD2-seed09'] = 2,
['RD2-seed10'] = '',
['RD2-seed11'] = 7,
['RD2-seed12'] = 10,
['RD2-seed13'] = 3,
['RD2-seed14'] = 14,
['RD2-seed15'] = 6,
['RD2-seed16'] = 11,
})
end

p['24TeamBracket'] = function (frame)
local groups = {"RD1-group1","RD1-group2","RD1-group3","RD1-group4","RD1-group5","RD1-group6","RD1-group7","RD1-group8","RD2-group1","RD2-group2","RD2-group3","RD2-group4","RD3-group1","RD3-group2","RD4-group1"}
local compact = "yes"
for _, v in ipairs(groups) do
if notblank(frame[v]) then
compact = ""
break
end
end
return p._Bracket(frame, '24TeamBracket', {
}, {
['RD1=omit'] = '1/2/5/6/9/10/13/14/17/18/21/22/25/26/29/30',
byes = '1',
compact = compact,
RD1 = 'First Round',
RD2 = 'Round of 16',
['RD1-team1'] = ' ',
['RD1-team2'] = ' ',
['RD1-team3'] = ' ',
['RD1-team4'] = ' ',
['RD1-team5'] = ' ',
['RD1-team6'] = ' ',
['RD1-team7'] = ' ',
['RD1-team8'] = ' ',
['RD1-team9'] = ' ',
['RD1-team10'] = ' ',
['RD1-team11'] = ' ',
['RD1-team12'] = ' ',
['RD1-team13'] = ' ',
['RD1-team14'] = ' ',
['RD1-team15'] = ' ',
['RD1-team16'] = ' ',
})
end
p['24TeamBracket-Byes2'] = p['24TeamBracket']
p['24TeamBracket-NoSeeds'] = p['24TeamBracket']

p['24TeamBracket-Info'] = function (frame)
local above = notblank(frame.args.above)
return p._Bracket(frame, '24TeamBracket-Info', {
}, {
shift = above and '1' or '',
['col1-matches'] = above and '2,5,8,11,14,17,20,23' or '4,7,10,13,16,19,22,25',
['col2-matches'] = '3,6,9,12,15,18,21,24',
['col3-matches'] = '4.5,10.5,16.5,22.5',
['col4-matches'] = '7.5,19.5',
['col5-matches'] = '13.5',

['col1-col2-paths'] = above and '2-3,5-6,8-9,11-12,14-15,17-18,20-21,23-24' or '4-3,7-6,10-9,13-12,16-15,19-18,22-21,25-24',
['col2-col3-paths'] = '(3,6)-4.5,(9,12)-10.5,(15,18)-16.5,(21,24)-22.5',
['col3-col4-paths'] = '(4.5,10.5)-7.5,(16.5,22.5)-19.5',
['col4-col5-paths'] = '(7.5,19.5)-13.5',

['RD1'] = 'First round',
['RD2'] = 'Second round',
})
end
p['24TeamBracket-Byes'] = p['24TeamBracket-Info']

p['32TeamBracket'] = function (frame)
return p._Bracket(frame, '32TeamBracket', {
subgroup1 = 'RD1-group1',
subgroup2 = 'RD1-group2',
subgroup3 = 'RD1-group3',
subgroup4 = 'RD1-group4',
subgroup5 = 'RD1-group5',
subgroup6 = 'RD1-group6',
subgroup7 = 'RD1-group7',
subgroup8 = 'RD1-group8',
group1 = 'RD2-group1',
group2 = 'RD2-group2',
group3 = 'RD3-group3',
group4 = 'RD2-group4',
half1 = 'RD3-group1',
half2 = 'RD3-group2',
group5 = 'RD4-group1',
}, {
autoseeds = 'y',
RD1 = "1st Round",
RD2 = "2nd Round",
})
end

p['32TeamBracket-Byes'] = function (frame)
return p._Bracket(frame, '32TeamBracket-Byes', {}, {
byes = 1,
seeds = 'y',
RD1 = "First Round",
RD2 = "Second Round",
RD3 = "Quarter Finals",
RD4 = "Semi Finals",
RD5 = "Final",
['seed-width'] = '2em',
['team-width'] = '11em',
['score-width'] = '2em',
})
end

p['32TeamBracket-Compact-NoSeeds-Byes'] = function (frame)
return p._Bracket(frame, '32TeamBracket-Compact-NoSeeds-Byes', {}, {
byes = 4,
RD1 = "Round of 32",
RD2 = "Round of 16",
RD3 = "Quarterfinals",
RD4 = "Semifinals",
RD5 = "Final",
['team-width'] = 125,
['score-width'] = 25,
})
end

p['32TeamBracket-Compact-Squash5'] = function (frame)
return p._Bracket(frame, '32TeamBracket-Compact-Squash5', {}, {
['compact-final'] = 'yes',
['team-width'] = 190,
['score-width'] = 12,
['seed-width'] = 10,
RD1 = "1st round",
RD2 = "2nd round",
RD3 = "3rd round",
RD4 = "4th round",
RD5 = "5th round",
})
end

p['32TeamBracket-Compact-Tennis3'] = function (frame)
return p._Bracket(frame, '32TeamBracket-Compact-Tennis3', {}, {
seeds = '',
['compact-final'] = 'yes',
['team-width'] = 'auto',
['score-width'] = 12,
RD1 = "1st round",
RD2 = "2nd round",
RD3 = "Quarterfinals",
RD4 = "Semifinals",
RD5 = "Finals",
})
end

p['32TeamBracket-Tennis3'] = function (frame)
return p._Bracket(frame, '32TeamBracket-Tennis3', {}, {
compact = 'yes',
RD1 = "First Round",
RD2 = "Second Round",
RD3 = "Quarterfinals",
RD4 = "Semifinals",
RD5 = "Final",
})
end

p['32TeamBracket-Info'] = function (frame)
local compact = notblank(frame.args.compact)

return p._Bracket(frame, '32TeamBracket-Info', {
['RD1-name'] = 'RD1',
['RD2-name'] = 'RD2',
['RD3-name'] = 'RD3',
['RD4-name'] = 'RD4',
['RD5-name'] = 'RD5',

['RD1T1-loc'] = 'RD1-text1',
['RD2T1-loc'] = 'RD2-text1',
['RD2T2-loc'] = 'RD2-text2',
['RD2T3-loc'] = 'RD2-text3',
['RD2T4-loc'] = 'RD2-text4',
['RD2T5-loc'] = 'RD2-text5',
['RD2T6-loc'] = 'RD2-text6',
['RD2T7-loc'] = 'RD2-text7',
['RD2T8-loc'] = 'RD2-text8',
['RD3T1-loc'] = 'RD3-text1',
['RD3T2-loc'] = 'RD3-text2',
['RD3T3-loc'] = 'RD3-text3',
['RD3T4-loc'] = 'RD3-text4',
['RD4T1-loc'] = 'RD4-text1',
['RD4T2-loc'] = 'RD4-text2',
['RD5T1-loc'] = 'RD5-text1',
}, {
['col1-matches'] = compact and '3,5,7,9,11,13,15,17,19,21,23,25,27,29,31,33' or '3,6,9,12,15,18,21,24,27,30,33,36,39,42,45,48',
['col2-matches'] = compact and '4,8,12,16,20,24,28,32' or '4.5,10.5,16.5,22.5,28.5,34.5,40.5,46.5',
['col3-matches'] = compact and '6,14,22,30' or '7.5,19.5,31.5,43.5',
['col4-matches'] = compact and '10,26' or '13.5,37.5',
['col5-matches'] = compact and '18' or '25.5',

['col1-col2-paths'] = compact and '(3,5)-4,(7,9)-8,(11,13)-12,(15,17)-16,(19,21)-20,(23,25)-24,(27,29)-28,(31,33)-32' or
'(3,6)-4.5,(9,12)-10.5,(15,18)-16.5,(21,24)-22.5,(27,30)-28.5,(33,36)-34.5,(39,42)-40.5,(45,48)-46.5',
['col2-col3-paths'] = compact and '(4,8)-6,(12,16)-14,(20,24)-22,(28,32)-30' or
'(4.5,10.5)-7.5,(16.5,22.5)-19.5,(28.5,34.5)-31.5,(40.5,46.5)-43.5',
['col3-col4-paths'] = compact and '(6,14)-10,(22,30)-26' or '(7.5,19.5)-13.5,(31.5,43.5)-37.5',
['col4-col5-paths'] = compact and '(10,26)-18' or '(13.5,37.5)-25.5',

['RD1'] = 'First round',
['RD2'] = 'Second round',
['RD3'] = 'Quarterfinals',
['RD4'] = 'Semifinals',
['RD5'] = 'Final',
})
end

p['64TeamBracket'] = function (frame)
return p._Bracket(frame, '64TeamBracket', {
subgroup1 = 'RD1-group1',
subgroup2 = 'RD1-group2',
subgroup3 = 'RD1-group3',
subgroup4 = 'RD1-group4',
subgroup5 = 'RD1-group5',
subgroup6 = 'RD1-group6',
subgroup7 = 'RD1-group7',
subgroup8 = 'RD1-group8',
subgroup9 = 'RD1-group9',
subgroup10 = 'RD1-group10',
subgroup11 = 'RD1-group11',
subgroup12 = 'RD1-group12',
subgroup13 = 'RD1-group13',
subgroup14 = 'RD1-group14',
subgroup15 = 'RD1-group15',
subgroup16 = 'RD1-group16',
group1 = 'RD2-group1',
group2 = 'RD2-group2',
group3 = 'RD3-group3',
group4 = 'RD2-group4',
group5 = 'RD2-group5',
group6 = 'RD3-group6',
group7 = 'RD2-group7',
group8 = 'RD2-group8',
quarter1 = 'RD3-group1',
quarter2 = 'RD3-group2',
quarter3 = 'RD3-group3',
quarter4 = 'RD3-group4',
half1 = 'RD4-group1',
half2 = 'RD4-group2',
group9 = 'RD5-group1',
}, {
autoseeds = 'y',
RD1 = "1st Round",
RD2 = "2nd Round",
RD3 = "3rd Round",
})
end

p['list'] = function (frame)
local funcs={}

for k,_ in pairs(p) do
if string.match(k, "^%d+Team") then
table.insert(funcs, k)
end
end
table.sort(funcs, function (a,b)
local na, nb = tonumber(string.match(a, "^%d+")), tonumber(string.match(b, "^%d+"))
return na == nb and string.match(a, "^%d*(.*)$") < string.match(b, "^%d*(.*)$") or na < nb
end)

return frame.preprocess(frame,
"\n* {{tl|"..table.concat(funcs, "}}\n* {{tl|").."}}")
end

p['doc'] = function (frame)
local pagename = mw.title.getCurrentTitle().rootText
if type(p[pagename]) == "function" then
return frame.preprocess(frame, "{{tlx|"..pagename.."}} can be " ..
"replaced with {{mlx|bracket|"..pagename.."}}.")
end
return frame.preprocess(frame, "In most cases, the name of the bracket " ..
"template can be used as the function name for {{ml|Bracket}}, e.g. " ..
"{{tlx|16TeamBracket-Compact-Tennis3}}→" ..
"{{mlx|bracket|16TeamBracket-Compact-Tennis3}}.")
end

return p

Module:Build bracket/styles.css

2026-07-24T10:50:36Z

Osarius: 1 revision imported

/* exact spacing baseline */
.brk { font-size:90%; border-collapse:separate; border-spacing:0; margin:1em 2em 0 1em; color:var(--color-base,#202122); }
.brk-nw { white-space:nowrap; }

/* reset everything, then opt-in padding only where we want it */
.brk td, .brk th { padding:0; vertical-align:middle; }
.brk td.brk-td { padding:0 .3em; } /* higher specificity than .brk td */

/* backgrounds */
.brk-bgL { background-color:var(--background-color-neutral-subtle,#f8f9fa); }
.brk-bgD { background-color:var(--background-color-neutral,#eaecf0); }

/* borders */
.brk-b { border-style:solid; border-color:#a2a9b1; }

/* alignment + misc */
.brk-center { text-align:center; }
.brk-bold { font-weight:bold; }
.brk-line { border-style: solid; border-color: gray; }

Template:8TeamBracket-PagePlayoff

2026-07-24T10:50:36Z

Osarius: 1 revision imported

<includeonly>{{#invoke:Build bracket|main
| rounds = 4
| col-spacing = {{{col-spacing|{{#if:{{{RD1-RD2-cross|}}}{{{RD2-RD3-cross|}}}|12}}}}}
| shift = {{#if:{{{RD1-text1|}}}|1}}

| col1-matches = 3,7,11,15
| col2-matches = 5,13
| col3-matches = 7,11
| col4-matches = 9

| col1-col2-paths = {{#if:{{{RD1-RD2-cross|}}}|7-13,11-5|7-5,11-13}},3-3,3-5:#FF3333,15-15,15-13:#FF3333
| col2-col3-paths = {{#if:{{{RD2-RD3-cross|}}}|(3,13)-7, (5,15)-11|(3,5)-7, (13,15)-11}}
| col3-col4-paths = (7,11)-9
| col1-col2-cross = {{#if:{{{RD1-RD2-cross|}}}|9}}
| col2-col3-cross = {{#if:{{{RD2-RD3-cross|}}}|9}}

| RD1 = Qualifiers and eliminators
| RD2 = Repechage
| RD3 = Semifinals
| RD4 = Final

| RD1-seed1 = 1
| RD1-seed2 = 4
| RD1-seed3 = 5
| RD1-seed4 = 8
| RD1-seed5 = 6
| RD1-seed6 = 7
| RD1-seed7 = 2
| RD1-seed8 = 3
}}</includeonly><noinclude>{{Documentation}}</noinclude>

Module:Build bracket/doc

2026-07-24T10:50:36Z

Osarius: 1 revision imported

{{#switch:{{NAMESPACE}}
| Module =
{{high-use|| Wikipedia talk:High-risk templates}}
{{Module rating|release}}

This module is intended to be used to create and edit intricate sports brackets that cannot be made by [[Module:RoundN]] or [[Module:Team bracket]]. For example, additional headers (for double-elimination brackets; 3rd-, 5th-, 7th-place matches; etc), singular omitted matches (i.e., having a horizonal line instead of a match), and ''N''-way brackets (''N'' teams per match). The syntax is slightly more complicated than the aforementioned brackets, but simpler than using the standard wikitable code.
| #default =
{{lua|Module:Build bracket}}
}}

== Usage ==
{{#switch:{{NAMESPACE}}
| Module =
<pre style="overflow:auto">
{{#invoke:Build bracket|main
| rounds =

| col1-headers =
| col1-matches =

| col2-headers =
| col2-matches =

...

| col1-col2-paths =
| col2-col3-paths =

...
}}
</pre>
| #default = {{#tag:syntaxhighlight|
{{((}}{{BASEPAGENAME}}<nowiki>
| RD1 =
| RD1-seed1 =
| RD1-team1 =
| RD1-score1 =
...</nowiki>
{{))}}|lang="wikitext"}}
Per [[MOS:ACCESS#Font size]] and [[MOS:SMALLFONT]], "avoid using smaller font sizes in elements that already use a smaller font size, such as infoboxes, navboxes and reference sections". Since this template's text is already reduced to 90% of the normal size, use of the {{tl|Small}} template or {{tag|small}} tags within this template produces a font size that is 77% of the page default, well below the 85% minimum specified in the linked guidelines.
}}

=== Parameters ===
{| class="wikitable"
|-
! Parameter !! Description !! Default
|-
{{#switch:{{NAMESPACE}}
| Module =
{{!}} <code>rounds</code> {{!!}} number of rounds (columns). {{!!}} <code>1</code>
{{!-}}
{{!}} <code>autocol</code> {{!!}} set to <code>yes</code> to automatically set set maximum round to display based on entries. {{!!}} <code>no</code>
{{!-}}
{{!}} <code>rows</code> {{!!}} manually set the number of rows. {{!!}} Automatic
{{!-}}
{{!}} <code>teams-per-match</code> {{!!}} enter the number of teams in each match. Use <code>colm-teams-per-match</code> to set individual columns {{!!}} <code>2</code>
{{!-}}
{{!}} <code>colm-headers</code> {{!!}} (optional) enter the row numbers where headers are desired in column ''m''. Separate entries with <code>,</code>. Half integer values are allowed. {{!!}} Automatic
{{!-}}
{{!}} <code>colm-matches</code> {{!!}} enter the row numbers where a match is desired in column ''m''. Matches take up two rows by default. Separate entries with <code>,</code>. Half integer values are allowed. {{!!}}
{{!-}}
{{!}} <code>colm-text</code> {{!!}} enter the row numbers where additional text is desired in column ''m''. Separate entries with <code>,</code>. Half integer values are allowed. {{!!}}
{{!-}}
{{!}} <code>colm-colm+1-paths</code> {{!!}} enter the starting and ending row numbers, separated by <code>-</code>, from columns ''m'' and ''m''+1 where a path is desired. Separate entries with <code>,</code>. Half integer values are allowed. {{!!}}
{{!-}}
{{!}} <code>colm-colm+1-cross</code> {{!!}} enter the row number where paths intersect from column ''m'' to ''m''+1. {{!!}}

{{!-}}
{{!}} <code>RDm-altname</code> {{!!}} Alternate name for <code>RDm</code> (e.g., if {{para|RD1-altname|first}}, then <code>first-team1</code> can be used instead of <code>RD1-team1</code>). Use <code>RDmh-altname</code> for cells under header ''mh''. {{!!}}
{{!-}}
{{!}} <code>text-altname</code> {{!!}} Alternate name for <code>RDm-textk</code> (e.g., if {{para|text-altname|details}}, then <code>RDm-details1</code> can be used instead of <code>RDm-text1</code>). {{!!}}
{{!-}}
{{!}} colspan=3 {{!}}
}}
|-
| <code>maxround</code> || final round to display. This parameter should be omitted unless it is less than the default value set by <code>rounds</code>. ||
|-
| <code>minround</code> || first round to display. || <code>1</code>
|-
| <code>height</code> || the amount of vertical visibility desired for the bracket. Creates a vertical scroll bar. Enter a number with units (e.g., <code>30em</code> or <code>480px</code>). ||
|-
| <code>col-spacing</code> || the amount of horizontal space between rounds. Enter as a plain number (e.g., <code>10</code> for 10px). || <code>5</code>
|-
| <code>seed-width</code> || the width of the cells for seeds. Plain numbers are assumed to be in px units (e.g., <code>25</code> for 25px or <code>2em</code> for 2em) || <code>25</code>
|-
| <code>team-width</code> || the width of the cells for team names. Plain numbers are assumed to be in px units (e.g., <code>200</code> for 200px or <code>15em</code> for 15em) || <code>150</code>
|-
| <code>score-width</code> || the width of the cells for scores. Plain numbers are assumed to be in px units (e.g., <code>25</code> for 25px or <code>2em</code> for 2em) || <code>25</code>
|-
| <code>agg-width</code> || the width of the cells for aggregate scores. <code>score-width</code> will change aggregate score widths unless this parameter is used. Plain numbers are assumed to be in px units (e.g., <code>25</code> for 25px or <code>2em</code> for 2em) || <code>25</code>
|-
| <code>seeds</code> || set to <code>no</code> to omit seeds in in all matches. set to <code>yes</code> to show seed cells to show for all matches. ||
|-
| <code>legs</code> || the number of legs for all rounds. Use <code>RDm-legs</code> to individually set columns. Use <code>RDm-legsk</code> to individually set teams. || <code>1</code>
|-
| <code>autolegs</code> || set to <code>yes</code> to automatically generate score cells per team. If <code>legs</code> or <code>RDm-legs</code> is used, <code>autolegs</code> will be set to <code>no</code> .|| <code>no</code>
|-
| <code>byes</code> || set to <code>yes</code> to hide any team cells that are empty. Alternatively, set to <code>m</code> to have rounds <code>1</code> through <code>m</code> hide any team cells that are empty. Use <code>RDm-byes</code> for just matches under column ''m''. Use <code>RDmh-byes</code> for just matches under header ''h'' only in column ''m''. || <code>no</code>
|-
| <code>RDm-hide</code> || set to <code>yes</code> to hide the all matches in columns ''m'' unless any of those entries are non empty. Use <code>RDmh-byes</code> to hide the (alpha) ''h''th header and all matches beneath it in column ''m''. Useful for consolation matches. {{!!}}
|-
| <code>show-bye-paths</code> || set to <code>yes</code> to replace any team cells that that are hidden <code>byes</code> with a path. || <code>no</code>

|-
| <code>aggregate</code> || Set to <code>sets</code> or <code>legs</code> to sum the sets/legs won and append to the end of the scores. Set to <code>score</code> to sum the scores from each set/leg and append to the end of the scores. Set to <code>y</code> or <code>yes</code> to enable the <code>-agg</code> suffix, but without any auto computation. Only works when there are two or more legs/sets in the round. Any automatically computed value can be overridden by setting the value manually with the <code>-agg</code> suffix for the score. || <code>no</code>
|-
| <code>boldwinner</code> || set to <code>high</code> to automatically bold the seed/team/score with the higher score in each match. Set to <code>low</code> for the lowest score. Set to <code>aggregate</code> to only bold the higher aggregate score. Set to <code>aggregate-low</code> to only bold the lower aggregate score. || <code>no</code>
|-
| <code>shift</code> || vertically shifts all of the entries by the number entered. Use <code>RDm-shift</code> for individual in columns. || <code>0</code>
|-
| colspan=3 |
|-
| <code>RDm</code>, <code>RDmh</code> || The header text of the (alpha ''h''th) header in column ''m'' (e.g., <code>RD1</code> or <code>RD1a</code> for the first header and <code>RD1b</code> for the second header in column 1). ||
|-
| <code>RDm-seedk</code> || The seed of the ''k''th team in column ''m''. Alternatively, use <code>RDmh-seedk</code> for the ''k''th team under header ''mh''. ||
|-
| <code>RDm-teamk</code> || The name of the ''k''th team in column ''m''. Alternatively, use <code>RDmh-teamk</code> for the ''k''th team under header ''mh''. ||
|-
| <code>RDm-scorek</code> || The score of the ''k''th team in column ''m''. Alternatively, use <code>RDmh-scorek</code> for the ''k''th team under header ''mh''. Append the suffix <code>-l</code> for the ''l''th leg or <code>-agg</code> for the aggregate score. ||
|-
| <code>RDm-textk</code> || The text above the ''k''th match in column ''m''. Alternatively, use <code>RDmh-textk</code> for the ''k''th match under header ''mh''. ||
|-
| <code>RDm-groupk</code> || The text for the ''k''th group in column ''m''. Group text will appear to the left of whenever two paths meet. ||
|-
| <code>RD-shade</code> || the background color (in hex format, e.g. <code>#ABCDEF</code>) of all headers. Use <code>RDm-shade</code> or <code>RDmh-shade</code> for individual headers. || <code>#F2F2F2</code>
|-
| <code>RDm-RD(m+1)-path</code>{{efn|name=note1}} || set to <code>no</code> or <code>0</code> to omit the paths from round ''m'' to round ''m''+1. || <code>yes</code>
|-
| <code>paramstyle</code>{{efn|name=note2}} || set to <code>numbered</code> change the parameter name style of <code>RDm-textk</code>, <code>RDm-seedk</code>, <code>RDm-teamk</code>, and <code>RDm-scorek</code> to a numbered notation ({{para|1}},{{para|2}}...). Set {{para|seeds|yes}} add seeds. ||
|}
{{notelist|refs=
{{efn|name=note1|Does not currently work for paths under subheaders.}}
{{efn|name=note2|<code>numbered</code> may not be compatible with certain other features, e.g. groups.}}
}}

=== Parameter hierarchy ===
*Whenever there are multiple headers in a single column, more than one parameter may be assigned to a cell value. For example, in the following bracket, both {{para|RD1-team3}} and {{para|RD1b-team1}} can be used to assign the third team in the first column. By default, entries with subheader prefixes will override those without. In the below example, <code>RD1b-team1</code> will override any value that has been set by <code>RD1-team3</code>.
{{#invoke:Build bracket|main
| rounds = 1
| col1-headers = 1,6
| col1-matches = 3,8
| RD1 = Upper round
| RD1b = Lower round
| RD1-team3 = <code>RD1-team3</code> or <code>RD1b-team1</code>
}}

*Parameters used in articles take precedence over parameters used in the template itself. For example, suppose ArticleX used the template NTeamBracket, and suppose NTeamBracket had the parameter {{para|RD1-seed1|1}} set. If ArticleX implemented <code><nowiki>{{NTeamBracket|RD1-seed1=2}}</nowiki></code>, then the first team in round 1 would have a seed of 2.

{{#switch:{{NAMESPACE}}
| Module =
=== Path codes ===
Path codes are entered in the form <code>a-b</code>, where <code>a</code> is associated match in the first column, and <code>b</code> is associated match in the second column. Path codes can be grouped; for example, <code>(a,b)-c</code> is equivalent to <code>a-c, b-c</code>. To add color, append <code>:''color''</code> to the end of a path, e.g. <code>3-5:red</code>. Only one extra color can be used in a bracket.
{{wikitable| class="wikitable"
|-
! Example !! Output
|-
|<code>1-3</code>
| {{#invoke:Build bracket|main|rounds=2|noheaders=yes|col1-matches=1|col2-matches=3|col1-col2-paths=1-3}}
|-
|<code>(1,5)-3</code>
| {{#invoke:Build bracket|main|rounds=2|noheaders=yes|col1-matches=1,5|col2-matches=3|col1-col2-paths=(1,5)-3}}
|-
|<code>3-1,3-5:red</code>
| {{#invoke:Build bracket|main|rounds=2|noheaders=yes|col1-matches=3|col2-matches=1,5|col1-col2-paths=3-1,3-5:red}}
}}
}}

== Examples ==
{{#switch:{{NAMESPACE}}
| Module =
'''Note''': These are only examples to illustrate parameters. Standard 4-team, 8-team, etc. brackets are better handled by [[Module:Team bracket]].

=== Standard 4-team bracket ===
<pre style="overflow: auto;">
{{#invoke:Build bracket|main
| rounds=2

| col1-headers = 1
| col2-headers = 1

| col1-matches = 3,7
| col2-matches = 5

| col1-col2-paths = (3,7)-5


| RD2 = Grand Final

| RD1-seed1 = 1
| RD1-seed3 = 2
}}
</pre>

{{#invoke:Build bracket|main
| rounds=2

| col1-headers = 1
| col2-headers = 1

| col1-matches = 3,7
| col2-matches = 5

| col1-col2-paths = (3,7)-5


| RD2 = Grand Final

| RD1-seed1 = 1
| RD1-seed3 = 2
}}

=== 3-way bracket ===
<pre>
{{#invoke:Build bracket|main
| rounds=2
| teams-per-match = 3

| col1-headers = 1
| col2-headers = 1

| col1-matches = 3,7,11
| col2-matches = 7

| col1-col2-paths = (3,7,11)-7
}}
</pre>
{{#invoke:Build bracket|main
| rounds=2
| teams-per-match = 3

| col1-headers = 1
| col2-headers = 1

| col1-matches = 3,7,11
| col2-matches = 7

| col1-col2-paths = (3,7,11)-7
}}

=== Double-elimination bracket ===
<pre>
{{#invoke:Build bracket|main
| rounds=4

| col1-headers = 1,7
| col2-headers = 1,7
| col3-headers = 7
| col4-headers = 1

| col1-matches = 4,11
| col2-matches = 3,10
| col3-matches = 9
| col4-matches = 6

| col1-col2-paths = 4-3, 11-10
| col2-col3-paths = 3-3, 10-9
| col3-col4-paths = (3,9)-6


| RD1 = Upper round 1
| RD2 = Upper final
| RD3b = Lower final
}}
</pre>
{{#invoke:Build bracket|main
| rounds=4

| col1-headers = 1,7
| col2-headers = 1,7
| col3-headers = 7
| col4-headers = 1

| col1-matches = 4,11
| col2-matches = 3,10
| col3-matches = 9
| col4-matches = 6

| col1-col2-paths = 4-3, 11-10
| col2-col3-paths = 3-3, 10-9
| col3-col4-paths = (3,9)-6


| RD1 = Upper round 1
| RD2 = Upper final
| RD3b = Lower final
}}

=== Crossing paths ===
<pre>
{{#invoke:Build bracket|main
| rounds=2

| col1-matches = 3,7
| col2-matches = 3,7

| col1-col2-paths = 3-7, 7-3
| col1-col2-cross = 5
}}
</pre>
{{#invoke:Build bracket|main
| rounds=2

| col1-matches = 3,7
| col2-matches = 3,7

| col1-col2-paths = 3-7, 7-3
| col1-col2-cross = 5
}}
}}

=== Text ===
{{#switch:{{NAMESPACE}}
| Module =
<pre style="overflow: auto;">
{{#invoke:Build bracket|main
| rounds=2
| col1-matches = 3,6
| col2-matches = 4.5
| col1-col2-paths = (3,6)-4.5

| RD1-text1 = Text 1
| RD1-text2 = Text 2
| RD2-text1 = Text 3
}}
</pre>
{{#invoke:Build bracket|main
| rounds=2
| col1-matches = 3,6
| col2-matches = 4.5
| col1-col2-paths = (3,6)-4.5

| RD1-text1 = Text 1
| RD1-text2 = Text 2
| RD2-text1 = Text 3
}}
|#default =
{{#tag:syntaxhighlight|
{{((}}{{BASEPAGENAME}}<nowiki>
| RD1-text1 = Text 1
| RD1-text2 = Text 2
| RD2-text1 = Text 3
| RD1 =
| RD1-seed1 =
| RD1-team1 =
| RD1-score1 =
...</nowiki>
{{))}}|lang="wikitext"}}
{{{{#if:{{{limitexamples|}}}|void|{{BASEPAGENAME}}}}|RD1-text1=Text 1|RD1-text2=Text 2|RD2-text1=Text 3}}
}}

=== Groups ===
{{#switch:{{NAMESPACE}}
| Module =
<pre style="overflow: auto;">
{{#invoke:Build bracket|main
| rounds=3
| col1-matches = 3,6,9,12
| col2-matches = 4.5,10.5
| col3-matches = 7.5

| col1-col2-paths = (3,6)-4.5, (9,12)-10.5
| col2-col3-paths = (4.5,10.5)-7.5

| RD1-group1 = Group 1
| RD1-group2 = Group 2
| RD2-group1 = Group 3
}}
</pre>
{{#invoke:Build bracket|main
| rounds=3
| col1-matches = 3,6,9,12
| col2-matches = 4.5,10.5
| col3-matches = 7.5

| col1-col2-paths = (3,6)-4.5, (9,12)-10.5
| col2-col3-paths = (4.5,10.5)-7.5

| RD1-group1 = Group 1
| RD1-group2 = Group 2
| RD2-group1 = Group 3
}}
|#default =
{{#tag:syntaxhighlight|
{{((}}{{BASEPAGENAME}}<nowiki>
| RD1-group1 = Group 1
| RD1-group2 = Group 2
| RD2-group1 = Group 3
| RD1 =
| RD1-seed1 =
| RD1-team1 =
| RD1-score1 =
...</nowiki>
{{))}}|lang="wikitext"}}
{{{{#if:{{{limitexamples|}}}|void|{{BASEPAGENAME}}}}|RD1-group1=Group 1|RD1-group2=Group 2|RD2-group1=Group 3}}
}}

=== Legs and aggregate ===
{{#switch:{{NAMESPACE}}
| Module =
<pre style="overflow: auto;">
{{#invoke:Build bracket|main
| rounds=3
| legs = 2
| RD1-legs = 3
| aggregate = y

| col1-matches = 3,6,9,12
| col2-matches = 4.5,10.5
| col3-matches = 7.5

| col1-col2-paths = (3,6)-4.5, (9,12)-10.5
| col2-col3-paths = (4.5,10.5)-7.5
}}
</pre>
{{#invoke:Build bracket|main
| rounds=3
| legs = 2
| RD1-legs = 3
| aggregate = y

| col1-matches = 3,6,9,12
| col2-matches = 4.5,10.5
| col3-matches = 7.5

| col1-col2-paths = (3,6)-4.5, (9,12)-10.5
| col2-col3-paths = (4.5,10.5)-7.5
}}
|#default =
{{#tag:syntaxhighlight|
{{((}}{{BASEPAGENAME}}<nowiki>
| legs = 2
| RD1-legs = 3
| aggregate = y
| RD1 =
| RD1-seed1 =
| RD1-team1 =
| RD1-score1-1=
| RD1-score1-2=
| RD1-score1-3=
| RD1-score1-agg=
...</nowiki>
{{))}}|lang="wikitext"}}
{{{{#if:{{{limitexamples|}}}|void|{{BASEPAGENAME}}}}|legs=2|RD1-legs=3|aggregate=y}}
}}

=== Byes ===
{{#switch:{{NAMESPACE}}
| Module =
<pre style="overflow: auto;">
{{#invoke:Build bracket|main
| rounds=3
| RD1-byes = y

| col1-matches = 3,6,9,12
| col2-matches = 4.5,10.5
| col3-matches = 7.5

| col1-col2-paths = (3,6)-4.5, (9,12)-10.5
| col2-col3-paths = (4.5,10.5)-7.5

| RD1-team1 = Team 1
| RD1-team2 = Team 2
}}
</pre>
{{#invoke:Build bracket|main
| rounds=3
| RD1-byes = y

| col1-matches = 3,6,9,12
| col2-matches = 4.5,10.5
| col3-matches = 7.5

| col1-col2-paths = (3,6)-4.5, (9,12)-10.5
| col2-col3-paths = (4.5,10.5)-7.5

| RD1-team1 = Team 1
| RD1-team2 = Team 2
}}
|#default =
{{#tag:syntaxhighlight|
{{((}}{{BASEPAGENAME}}<nowiki>
| RD1-byes = y
| RD1 =
| RD1-seed1 =
| RD1-team1 = Team 1
| RD1-score1 =
| RD1-seed2 =
| RD1-team2 = Team 2
| RD1-score2 =
...</nowiki>
{{))}}|lang="wikitext"}}
{{{{#if:{{{limitexamples|}}}|void|{{BASEPAGENAME}}}}|RD1-byes=y|RD1-team1=Team 1|RD1-team2=Team 2}}
}}



{{#switch:{{NAMESPACE}}
| Module =
=== Bold winner ===
<pre style="overflow: auto;">
{{#invoke:Build bracket|main
| rounds=2
| legs = 3
| boldwinner=y
| col1-matches = 3,7
| col2-matches = 5
| col1-col2-paths = (3,7)-5

| RD1-seed1 = 1 | RD1-team1 = Team 1 | RD1-score1-1 = 5 | RD1-score1-2 = 12 | RD1-score1-3 = 15
| RD1-seed2 = 4 | RD1-team2 = Team 2 | RD1-score2-1 = 11 | RD1-score2-2 = 10 | RD1-score2-3 = 4

| RD1-seed3 = 2 | RD1-team3 = Team 3 | RD1-score3-1 = 6 | RD1-score3-2 = 13 | RD1-score3-3 = {{ndash}}
| RD1-seed4 = 3 | RD1-team4 = Team 4 | RD1-score4-1 = 3 | RD1-score4-2 = 2 | RD1-score4-3 = {{ndash}}

| RD2-seed1 = 4 | RD2-team1 = Team 2 | RD2-score1-1 = 2 | RD2-score1-2 = 2 | RD2-score1-3 = 5
| RD2-seed2 = 2 | RD2-team2 = Team 3 | RD2-score2-1 = 1 | RD2-score2-2 = 7 | RD2-score2-3 = 2
}}
</pre>
{{#invoke:Build bracket|main
| rounds=2
| legs = 3
| boldwinner=y
| col1-matches = 3,7
| col2-matches = 5
| col1-col2-paths = (3,7)-5

| RD1-seed1 = 1 | RD1-team1 = Team 1 | RD1-score1-1 = 5 | RD1-score1-2 = 12 | RD1-score1-3 = 15
| RD1-seed2 = 4 | RD1-team2 = Team 2 | RD1-score2-1 = 11 | RD1-score2-2 = 10 | RD1-score2-3 = 4

| RD1-seed3 = 2 | RD1-team3 = Team 3 | RD1-score3-1 = 6 | RD1-score3-2 = 13 | RD1-score3-3 = {{ndash}}
| RD1-seed4 = 3 | RD1-team4 = Team 4 | RD1-score4-1 = 3 | RD1-score4-2 = 2 | RD1-score4-3 = {{ndash}}

| RD2-seed1 = 4 | RD2-team1 = Team 2 | RD2-score1-1 = 2 | RD2-score1-2 = 2 | RD2-score1-3 = 5
| RD2-seed2 = 2 | RD2-team2 = Team 3 | RD2-score2-1 = 1 | RD2-score2-2 = 7 | RD2-score2-3 = 2
}}

|#default=
{{{examples|}}}
}}
{{#switch:{{NAMESPACE}}
| Module =
== See also ==
* [[Module:Team bracket]]
* [[Module:RoundN]]
* [[Module:Bracket]]
<includeonly>{{#ifeq:{{SUBPAGENAME}}|sandbox||

[[Category:Sports modules]]
}}</includeonly>
| #default =
==Alternatives to avoid Wikipedia's [[WP:PEIS|Post-expand include size]] limit==
Pages with many brackets or large brackets, especially those containing flag icons, may come close to or exceed Wikipedia's [[WP:PEIS|Post-expand include size]] limit. In these cases consider using modules directly instead:
* {{#invoke:Bracket|doc}}
* In most cases, flag templates can be replaced with {{ml|flag}}, e.g. {{tlx|flag|CAN}}→{{mlx|flag|{{!}}CAN}} or {{tlx|flag athlete|CAN}}→{{mlx|flag|athlete|CAN}}.

{{#if:{{{see also|}}}|
== See also ==
{{{see also|* {{tl|Build bracket}}}}}
}}
}}
<noinclude>
[[Category:Module documentation pages]]
</noinclude>

Module:Build bracket

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Osarius: 1 revision imported

local p = {}

-- Submodules
local Helpers = require("Module:Build bracket/Helpers")
local Config = require("Module:Build bracket/Config")
local Params = require("Module:Build bracket/Params")
local StateChecks = require("Module:Build bracket/StateChecks")
local Logic = require("Module:Build bracket/Logic")
local Paths = require("Module:Build bracket/Paths")
local Render = require("Module:Build bracket/Render")
-- local Deprecations = require('Module:Build bracket/Deprecations')

function p.main(frame)
-- Shared mutable state passed among submodules
local state = {
headerindex = {},
rlegs = {},
maxlegs = {},
hascross = {},
crossCell = {},
pathCell = {},
skipPath = {},
hide = {},
byes = {},
teamsPerMatch = {},
matchgroup = {},
maxtpm = 0
}
local config = {}

-- 1) Parse args & set config (also installs arg accessors on Helpers)
Config.init(frame, state, config, Helpers)

-- 2) Bind StateChecks (used by Params/Logic/Paths/Render)
StateChecks.bind(state, config, Helpers)

-- 3) Build entries skeleton from args (headers/teams/text/lines/groups)
Params.buildSkeleton(state, config, Helpers, StateChecks)

-- 4) Discover indices/byes/hide across the skeleton
Params.scanStructure(state, config, Helpers, StateChecks)

-- 5) assign per-entry params
Params.assign(state, config, Helpers, StateChecks)

-- 5.5) apply minround slicing (reindex to start at 1)
Params.sliceForMinround(state, config)

-- 6) Logic passes (max legs, grouping, aggregates, bolding)
Logic.updateMaxLegs(state, config, Helpers)
Logic.matchGroups(state, config)
Logic.computeAggregate(state, config, Helpers, StateChecks)
Logic.boldWinner(state, config, Helpers, StateChecks)

-- 7) paths + derive groups from paths
Paths.build(state, config, Helpers, StateChecks)
Paths.attachGroups(state, config, Helpers, StateChecks)

-- (Harmless guard if user passed odd ranges)
if (tonumber(config.c) or 1) < (tonumber(config.minc) or 1) then
config.c = config.minc
end

-- 8) Render HTML table
local html = Render.buildTable(frame, state, config, Helpers, StateChecks)
return tostring(html)
end

-- Exposed for tests/scripts that invoke without a frame
p._main = p.main

return p

Template:Parameter

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{{safesubst:<noinclude />#if:{{{plain|}}}{{{mxt|}}}{{{green|}}}{{{!mxt|}}}{{{red|}}}{{{color|}}}
| <code class="tpl-para" style="word-break:break-word;{{safesubst:<noinclude />#if:{{{plain|}}}
| border: none; background-color: inherit;
}} {{safesubst:<noinclude />#if:{{{color|}}}
| color: {{{color}}};
| {{safesubst:<noinclude />#if:{{{mxt|}}}{{{green|}}}
| color: #006400;
| {{safesubst:<noinclude />#if:{{{!mxt|}}}{{{red|}}}
| color: #8B0000;
| color: inherit;
}}
}}
}} {{safesubst:<noinclude />#if:{{{style|}}}|{{{style}}}}}">|{{safesubst:<noinclude />#if:{{{1|}}}
| {{{1}}}=
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| <syntaxhighlight lang="wikitext" inline style="display: none;" /><code class="mw-highlight">|{{safesubst:<noinclude />#if:{{{1|}}}
| {{{1}}}=
}}{{{2|}}}</code>
}}<noinclude>
{{Documentation}}

</noinclude>

Template:Ml

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#REDIRECT [[Template:Module link]]

{{Redirect category shell|
{{R from move}}
}}

Template:Lua

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{{Template for discussion/dated|action=|page=Lua|otherpage=|link=Wikipedia:Templates for discussion/Log/2026 July 24#Template:Lua|type=sidebar|help=off|bigbox={{#invoke:Noinclude|noinclude|text=yes}}}}
<includeonly>{{#invoke:Lua banner|main}}</includeonly><noinclude>
{{Lua|Module:Lua banner}}
{{documentation}}

</noinclude>

Template:Template for discussion/dated

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{{SAFESUBST:<noinclude />#invoke:Unsubst||type= |page= |link= |help= |$B={{#ifeq:{{{bigbox|<noinclude>yes</noinclude>}}}|yes|{{#invoke:Message box|ombox
|class = mbox-tfd
|type = delete
|image = none
|small = {{{small|no}}}
|text = This {{#ifeq:{{lc:{{{type}}}}}|module|[[Help:Module|module]]|[[Help:Template|template]]}} is being discussed {{#if:{{{action|}}}|for {{{action}}}|in accordance with Wikipedia's [[Wikipedia:Deletion policy|deletion policy]]}}. Help reach a consensus at [[{{{link}}}|'''its entry''']].
{{#ifeq:{{{help}}}|off||----
''[[Wikipedia:Maintenance|Maintenance]] use only: 1. [{{fullurl:{{{link}}}|action=edit&editintro=Wikipedia:Templates_for_discussion/editnotice&section=1}} Edit the TfD log] to create the discussion entry. 2. Please consider notifying the [{{fullurl:{{FULLPAGENAME}}|action=history}} author(s)] by placing {{#Invoke:Template link general|main|code=on|subst=on|{{#ifeq:{{lc:{{{action}}}}}|rename|TfR|{{#ifeq:{{lc:{{{action}}}}}|renaming|TfR|{{#ifeq:{{lc:{{{action}}}}}|move|TfR|{{#ifeq:{{lc:{{{action}}}}}|moving|TfR|TfD}}}}}}}} notice|{{PAGENAME}}{{#ifeq:{{lc:{{{type}}}}}|module|{{!}}module=yes}}}} <nowiki>~~~~</nowiki> on their talk page(s).''
}}}}{{#invoke:Category handler|main
| all = [[Category:Templates for deletion]]
| nocat = {{{nocat|{{#ifeq:{{Template:FULLBASEPAGENAME|{{FULLBASEPAGENAME}}}}|Template:Template for discussion|true}}|true}}}
| category2 = {{{category|¬}}}
}}{{URLENCODE:[[{{{link}}}]]}} 
|{{#switch:{{lc:{{{type}}}}}
|tiny = <templatestyles src="Template:Template for discussion/styles.css" />[[{{{link}}}|‹See Tfd›]]
|inline = <templatestyles src="Template:Template for discussion/styles.css" />‹The [[Help:Template|template]] ''[[Template:{{{page}}}|{{{page}}}]]'' is being [[{{{link}}}|considered for {{if empty|{{{action|}}}|deletion}}]].› 
|infobox|box|sidebar = <templatestyles src="Template:Template for discussion/styles.css" /><div class="boilerplate metadata plainlinks tfd tfd-dated tfd-sidebar navigation-not-searchable {{#ifeq:{{{dedup|}}}|no||tfd-dedup}}" id="tfd{{urlencode:{{{page}}}|WIKI}}">‹ The [[Help:Template|template]] ''[[Template:{{{page}}}|{{{page}}}]]'' is being [[{{{link}}}|considered for {{if empty|{{{action|}}}|deletion}}]]. ›</div>
|hide|disabled = <noinclude></noinclude>
|#default = <templatestyles src="Template:Template for discussion/styles.css" /><div class="boilerplate metadata plainlinks tfd tfd-dated tfd-default navigation-not-searchable {{#ifeq:{{{dedup|}}}|no||tfd-dedup}}" id="tfd{{urlencode:{{{page}}}|WIKI}}">‹ The [[Help:Template|template]] below (''[[Template:{{{page}}}|{{{page}}}]]'') is being considered for {{if empty|{{{action|}}}|deletion}}{{#if:{{{otherpage|}}}| to {{{otherpage|}}}}}. See [[{{{link}}}|templates for discussion]] to help reach a consensus. ›</div>
}}}}}}<noinclude>
{{Documentation}}

</noinclude>

Template:Tag

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<code class="{{#ifeq:{{{wrap|}}}|yes|wrap|nowrap}}" style="{{#ifeq:{{{style|}}}|plain|border:none;background:transparent;color:inherit;|{{{style|}}}}}">{{#switch:{{{2|pair}}}
|c|close =
|e|empty|s|single|v|void
|o|open
|p|pair = <{{#if:{{{link|}}}|[[HTML element#{{{1|tag}}}|{{{1|tag}}}]]|{{{1|tag}}}}}{{#if:{{{params|{{{attribs|}}}}}}| {{{params|{{{attribs}}}}}}}}
}}{{#switch:{{{2|pair}}}
|c|close = {{{content|}}}
|e|empty|s|single|v|void = />
|o|open = >{{{content|}}}
|p|pair = {{#ifeq:{{{1|tag}}}|!--||>}}{{{content|...}}}
}}{{#switch:{{{2|pair}}}
|e|empty|s|single|v|void
|o|open =
|c|close
|p|pair = {{#ifeq:{{{1|tag}}}|!--|-->|</{{{1|tag}}}>}}
}}</code><noinclude>
{{Documentation}}
</noinclude>

Template:Notelist

2026-07-24T10:50:32Z

Osarius: 1 revision imported

{{safesubst<noinclude />:reflist|{{{1|{{{colwidth|}}}}}}|refs={{{refs|{{{notes|}}}}}}|group={{safesubst<noinclude />:#switch: {{{group|}}}
| note
| upper-alpha
| upper-roman
| lower-alpha
| lower-greek
| lower-roman = {{{group|}}}
| #default = lower-alpha
}}}}{{safesubst<noinclude />:#invoke:Check for unknown parameters|check|unknown={{main other|[[Category:Pages using notelist with unknown parameters|_VALUE_{{PAGENAME}}]]}}|preview=Page using [[Template:Notelist]] with unknown parameter "_VALUE_"|ignoreblank=y| 1 | colwidth | group | notes | refs }}<noinclude>
{{documentation}}</noinclude>

Template:Reflist/styles.css

2026-07-24T10:50:32Z

Osarius: 1 revision imported

/* {{pp|small=yes}} */
/* columns-2 and columns-3 are legacy for "2 or more" column view from when the
* template was implemented with column-count.
*/
.reflist-columns-2 {
column-width: 30em;
}
.reflist-columns-3 {
column-width: 25em;
}
/* Match Vector 2022 after [[gerrit:1185300]]. */
body.skin-vector-2022 .reflist-columns-2 {
column-width: 27em;
}
body.skin-vector-2022 .reflist-columns-3 {
column-width: 22.5em;
}

/* These should probably be moved to MediaWiki:Common.css to work with <references> as well. */
.references[data-mw-group=upper-alpha] {
list-style-type: upper-alpha;
}

.references[data-mw-group=upper-roman] {
list-style-type: upper-roman;
}

.references[data-mw-group=lower-alpha] {
list-style-type: lower-alpha;
}

.references[data-mw-group=lower-greek] {
list-style-type: lower-greek;
}

.references[data-mw-group=lower-roman] {
list-style-type: lower-roman;
}

/* Liststyle param. */
div.reflist-liststyle-upper-alpha .references {
list-style-type: upper-alpha;
}

div.reflist-liststyle-upper-roman .references {
list-style-type: upper-roman;
}

div.reflist-liststyle-lower-alpha .references {
list-style-type: lower-alpha;
}

div.reflist-liststyle-lower-greek .references {
list-style-type: lower-greek;
}

div.reflist-liststyle-lower-roman .references {
list-style-type: lower-roman;
}

Template:Reflist

2026-07-24T10:50:31Z

Osarius: 1 revision imported

<templatestyles src="Reflist/styles.css" /><div class="reflist {{#if:{{{1|}}}{{{colwidth|}}}|reflist-columns references-column-width}} {{#switch:{{{liststyle|{{{group|}}}}}}|upper-alpha|upper-roman|lower-alpha|lower-greek|lower-roman=reflist-{{{liststyle|{{{group}}}}}}}} {{#if:{{{1|}}}|{{#iferror:{{#ifexpr: {{{1|1}}} > 1 }}||{{#switch:{{{1|}}}|1=|2=reflist-columns-2|#default=reflist-columns-3}} }}}}" {{#if: {{{1|}}}
| {{#iferror: {{#ifexpr: {{{1|1}}} > 1 }} |style="column-width: {{{1}}};"}}
| {{#if: {{{colwidth|}}}|style="column-width: {{{colwidth}}};"}}
}}>
{{#tag:references|{{{refs|}}}|group={{{group|}}}|responsive={{#if:{{{1|}}}{{{colwidth|}}}|0|1}}}}</div>{{#invoke:Check for unknown parameters|check|unknown={{main other|[[Category:Pages using reflist with unknown parameters|_VALUE_{{PAGENAME}}]]}}|preview=Page using [[Template:Reflist]] with unknown parameter "_VALUE_"|ignoreblank=y| 1 | colwidth | group | liststyle | refs }}<noinclude>
{{Documentation}}
</noinclude>

Template:8TeamBracket-PagePlayoff/doc

2026-07-24T10:50:31Z

Osarius: 1 revision imported

{{Documentation subpage}}
;Standard paths
{{#tag:syntaxhighlight|
{{((}}{{BASEPAGENAME}}<nowiki>
</nowiki>
{{))}}|lang="wikitext"}}
{{{{BASEPAGENAME}}|}}

;Crossing paths
{{#tag:syntaxhighlight|
{{((}}{{BASEPAGENAME}}<nowiki>
| RD1-RD2-cross = yes</nowiki>
{{))}}|lang="wikitext"}}
{{{{BASEPAGENAME}}|RD1-RD2-cross=yes}}

{{#tag:syntaxhighlight|
{{((}}{{BASEPAGENAME}}<nowiki>
| RD2-RD3-cross = yes</nowiki>
{{))}}|lang="wikitext"}}
{{{{BASEPAGENAME}}|RD2-RD3-cross=yes}}

{{Module:Build bracket/doc|examples=|see also=
}}<includeonly>{{Sandbox other||

[[Category:8-Team bracket templates]]
}}</includeonly>

Template:UICA association Novum-castrum

2026-07-13T17:32:43Z

Osarius: Created page with "{{ {{{1<noinclude>|UICA show association</noinclude>}}} | association = Novum-castrum | trigram = NVC | association link = Curia Harpasti et Pediludii Imperii | flag = Flag of Novum-castrum.svg | club = {{{club|}}} | club logo-Castrum-sub-Calcis = Unknown_club_logo.svg }}<noinclude> List of included clubs: * {{UICAclublt|Castrum-sub-Calcis|NVC}} </noinclude>"

{{ {{{1<noinclude>|UICA show association</noinclude>}}}
| association = Novum-castrum
| trigram = NVC
| association link = Curia Harpasti et Pediludii Imperii
| flag = Flag of Novum-castrum.svg
| club = {{{club|}}}
| club logo-Castrum-sub-Calcis = Unknown_club_logo.svg
}}<noinclude>
List of included clubs:
* {{UICAclublt|Castrum-sub-Calcis|NVC}}
</noinclude>

Template:UICA association Xiaolin

2026-07-13T17:32:34Z

Osarius: Created page with "{{ {{{1<noinclude>|UICA show association</noinclude>}}} | association = Xiaolin | trigram = XIA | association link = Xiaolin Football Council | flag = Flag of Xiaolin.png | club = {{{club|}}} | club logo-Bhedstai Iron = Unknown_club_logo.svg | club logo-Fouzhan Tigers = Unknown_club_logo.svg | club logo-Hawkmont Supreme = Unknown_club_logo.svg }}<noinclude> List of included clubs: * {{UICAclublt|Bhedstai Iron|XIA}} * {{UICAclublt|Fouzhan Tigers|XIA}}..."

{{ {{{1<noinclude>|UICA show association</noinclude>}}}
| association = Xiaolin
| trigram = XIA
| association link = Xiaolin Football Council
| flag = Flag of Xiaolin.png
| club = {{{club|}}}
| club logo-Bhedstai Iron = Unknown_club_logo.svg
| club logo-Fouzhan Tigers = Unknown_club_logo.svg
| club logo-Hawkmont Supreme = Unknown_club_logo.svg
}}<noinclude>
List of included clubs:
* {{UICAclublt|Bhedstai Iron|XIA}}
* {{UICAclublt|Fouzhan Tigers|XIA}}
* {{UICAclublt|Hawkmont Supreme|XIA}}
</noinclude>

Template:UICA association Tobar Gainimh

2026-07-13T17:32:07Z

Osarius: Created page with "{{ {{{1<noinclude>|UICA show association</noinclude>}}} | association = Tobar Gainimh | trigram = TBG | association link = Ard-Chumann Caide den Ghaineamh | flag = Flag of Tobar Gainimh.svg | club = {{{club|}}} | club logo-Cnoc Mór Cromáin = Unknown_club_logo.svg }}<noinclude> List of included clubs: * {{UICAclublt|Cnoc Mór Cromáin|TBG}} </noinclude>"

{{ {{{1<noinclude>|UICA show association</noinclude>}}}
| association = Tobar Gainimh
| trigram = TBG
| association link = Ard-Chumann Caide den Ghaineamh
| flag = Flag of Tobar Gainimh.svg
| club = {{{club|}}}
| club logo-Cnoc Mór Cromáin = Unknown_club_logo.svg
}}<noinclude>
List of included clubs:
* {{UICAclublt|Cnoc Mór Cromáin|TBG}}
</noinclude>

Template:UICA association XIA

2026-07-13T17:31:43Z

Osarius: Redirected page to Template:UICA association Xiaolin

#REDIRECT [[Template:UICA association Xiaolin]]

Template:UICA association TBG

2026-07-13T17:31:29Z

Osarius: Redirected page to Template:UICA association Tobar Gainimh

#REDIRECT [[Template:UICA association Tobar Gainimh]]

Template:UICA association NVC

2026-07-13T17:30:34Z

Osarius: Redirected page to Template:UICA association Novum-castrum

#REDIRECT [[Template:UICA association Novum-castrum]]

Template:UICA association Marmaladaica

2026-07-13T17:29:39Z

Osarius: Created page with "{{ {{{1<noinclude>|UICA show association</noinclude>}}} | association = Marmaladaica | trigram = MRM | association link = Marmaladaican Soccer Friendship Council | flag = MarmaladaicaFlag.svg | club = {{{club|}}} | club logo-Cydonia Bears = Unknown_club_logo.svg }}<noinclude> List of included clubs: * {{UICAclublt|Cydonia Bears|MRM}} </noinclude>"

{{ {{{1<noinclude>|UICA show association</noinclude>}}}
| association = Marmaladaica
| trigram = MRM
| association link = Marmaladaican Soccer Friendship Council
| flag = MarmaladaicaFlag.svg
| club = {{{club|}}}
| club logo-Cydonia Bears = Unknown_club_logo.svg
}}<noinclude>
List of included clubs:
* {{UICAclublt|Cydonia Bears|MRM}}
</noinclude>

Template:UICA association MRM

2026-07-13T17:28:23Z

Osarius: Redirected page to Template:UICA association Marmaladaica

#REDIRECT [[Template:UICA association Marmaladaica]]

Template:UICA association Kryosis

2026-07-13T17:27:39Z

Osarius: Created page with "{{ {{{1<noinclude>|UICA show association</noinclude>}}} | association = Kryosis | trigram = KRS | association link = Revolutionary Imperial Soccer Enterprise | flag = Flag of Kryosis.png | club = {{{club|}}} | club logo-CF Alcázorro = Unknown_club_logo.svg | club logo-Raiel Rockets = Unknown_club_logo.svg | club logo-Revolo Rapids = Unknown_club_logo.svg }}<noinclude> List of included clubs: * {{UICAclublt|CF Alcázorro|KRS}} * {{UICAclublt|Raiel R..."

{{ {{{1<noinclude>|UICA show association</noinclude>}}}
| association = Kryosis
| trigram = KRS
| association link = Revolutionary Imperial Soccer Enterprise
| flag = Flag of Kryosis.png
| club = {{{club|}}}
| club logo-CF Alcázorro = Unknown_club_logo.svg
| club logo-Raiel Rockets = Unknown_club_logo.svg
| club logo-Revolo Rapids = Unknown_club_logo.svg
}}<noinclude>
List of included clubs:
* {{UICAclublt|CF Alcázorro|KRS}}
* {{UICAclublt|Raiel Rockets|KRS}}
* {{UICAclublt|Revolo Rapids|KRS}}
</noinclude>

Template:UICA association KRS

2026-07-13T17:27:28Z

Osarius: Redirected page to Template:UICA association Kryosis

#REDIRECT [[Template:UICA association Kryosis]]

Template:UICA association Kage no Ryouiki

2026-07-13T17:26:42Z

Osarius: Created page with "{{ {{{1<noinclude>|UICA show association</noinclude>}}} | association = Kage no Ryouiki | trigram = KNR | association link = Abyssal Council of Yokai Football | flag = Flag of Kage no Ryouiki.svg | club = {{{club|}}} | club logo-Yamiku Void = Unknown_club_logo.svg | club logo-Malebolge Butchers = Unknown_club_logo.svg | club logo-Chinoike Bloodhounds = Unknown_club_logo.svg | club logo-Ganzir Ironclad = Unknown_club_logo.svg | club logo-Naraka Frost G..."

{{ {{{1<noinclude>|UICA show association</noinclude>}}}
| association = Kage no Ryouiki
| trigram = KNR
| association link = Abyssal Council of Yokai Football
| flag = Flag of Kage no Ryouiki.svg
| club = {{{club|}}}
| club logo-Yamiku Void = Unknown_club_logo.svg
| club logo-Malebolge Butchers = Unknown_club_logo.svg
| club logo-Chinoike Bloodhounds = Unknown_club_logo.svg
| club logo-Ganzir Ironclad = Unknown_club_logo.svg
| club logo-Naraka Frost Giants = Unknown_club_logo.svg
| club logo-Shura Blitz = Unknown_club_logo.svg
| club logo-Sanzu Wave = Unknown_club_logo.svg
| club logo-Gashadokuro Breakers = Unknown_club_logo.svg
}}<noinclude>
List of included clubs:
* {{UICAclublt|Yamiku Void|KNR}}
* {{UICAclublt|Malebolge Butchers|KNR}}
* {{UICAclublt|Chinoike Bloodhounds|KNR}}
* {{UICAclublt|Ganzir Ironclad|KNR}}
* {{UICAclublt|Naraka Frost Giants|KNR}}
* {{UICAclublt|Shura Blitz|KNR}}
* {{UICAclublt|Sanzu Wave|KNR}}
* {{UICAclublt|Gashadokuro Breakers|KNR}}
</noinclude>

Template:UICA association KNR

2026-07-13T17:26:22Z

Osarius: Redirected page to Template:UICA association Kage no Ryouiki

#REDIRECT [[Template:UICA association Kage no Ryouiki]]

Template:UICA association Erdingham

2026-07-13T17:26:02Z

Osarius: Created page with "{{ {{{1<noinclude>|UICA show association</noinclude>}}} | association = Erdingham | trigram = ERD | association link = Erdingham National Football Board | flag = Flag of Erdingham.svg | club = {{{club|}}} | club logo-San Edmundo = Unknown_club_logo.svg }}<noinclude> List of included clubs: * {{UICAclublt|San Edmundo|ERD}} </noinclude>"

{{ {{{1<noinclude>|UICA show association</noinclude>}}}
| association = Erdingham
| trigram = ERD
| association link = Erdingham National Football Board
| flag = Flag of Erdingham.svg
| club = {{{club|}}}
| club logo-San Edmundo = Unknown_club_logo.svg
}}<noinclude>
List of included clubs:
* {{UICAclublt|San Edmundo|ERD}}
</noinclude>

Template:UICA association Eristicea

2026-07-13T17:25:36Z

Osarius: Created page with "{{ {{{1<noinclude>|UICA show association</noinclude>}}} | association = Eristicea | trigram = ERS | association link = Eristicean Football Syndicate | flag = Flag of Eristicea.png | club = {{{club|}}} | club logo-AED Ajna = Unknown_club_logo.svg | club logo-NP Ajna = Unknown_club_logo.svg | club logo-PAOD Ajna = Unknown_club_logo.svg }}<noinclude> List of included clubs: * {{UICAclublt|AED Ajna|ERS}} * {{UICAclublt|NP Ajna|ERS}} * {{UICAclublt|PAOD A..."

{{ {{{1<noinclude>|UICA show association</noinclude>}}}
| association = Eristicea
| trigram = ERS
| association link = Eristicean Football Syndicate
| flag = Flag of Eristicea.png
| club = {{{club|}}}
| club logo-AED Ajna = Unknown_club_logo.svg
| club logo-NP Ajna = Unknown_club_logo.svg
| club logo-PAOD Ajna = Unknown_club_logo.svg
}}<noinclude>
List of included clubs:
* {{UICAclublt|AED Ajna|ERS}}
* {{UICAclublt|NP Ajna|ERS}}
* {{UICAclublt|PAOD Ajna|ERS}}
</noinclude>