text:
-минать

Etymology
From imperfective lengthening of the perfective stem  (cf. first singular  of ) +.

title: -минать


text: Category:Russian terms suffixed with -чать

license: Creative Commons - Attribution Share-Alike - https://creativecommons.org/licenses/by-sa/4.0/


text:
好命

Adjective

 * 1) having a fortunate life; having a lucky life

title: 好命


text: autojenkuljetusvaunu

title: autojenkuljetusvaunu


text:
-чать

Etymology
(first singular ). Cognate with 🇨🇬,, 🇨🇬, 🇨🇬.

title: -чать


text:
autonkuljetusvaunu

Noun

 * 1) autorack, car carrier railroad car designed for carrying automobiles

title: autonkuljetusvaunu


text:
Thread:User talk:CodeCat/Templating links to wikisyntax characters/reply (6)

Hey Code Cat, we don't know each other well, but you seem like a very tech-savvy cat! I just thought I'd ask your advice. I see that you just had a question on "history." I was reading some interesting material related to biology, etc. in a Wiki page, and I followed a link there to some photos. when I tried to go back, I could not find it, and since my "history" automatically erases, I have not been able to get back to it! I had been reading other boring stuff about typing... I don't want to have to go back to reading about THAT! Thanks, Gar LE Mond


text: co-screenwriter

title: co-screenwriter


text: co-screenwriters

title: co-screenwriters


text: autonkatsastus

title: autonkatsastus


text:
վճռական

Etymology
From.

Adjective

 * 1) definite, determined, resolute
 * 2) final, unchanging, certain
 * 3) strict, severe, strong
 * 1) strict, severe, strong

Adverb

 * 1) definitely, certainly

title: վճռական


text:
վճռականություն

Noun

 * 1) determination, resolution, certainty

title: վճռականություն


text:
เหี้ย

Etymology
th.

An earliest attestation of the negative meanings is found in a 1891 magazine from the reign of King, indicating that the term had been used negatively since the previous reign at least.

Noun

 * : the lizard of the family.
 * 1)  any water monitor.
 * 2)  (อี, ไอ้~) anyone or anything considered to be unpleasant, unfavourable, disagreeable, or contemptible.
 * 1)  any water monitor.
 * 2)  (อี, ไอ้~) anyone or anything considered to be unpleasant, unfavourable, disagreeable, or contemptible.
 * 1)  any water monitor.
 * 2)  (อี, ไอ้~) anyone or anything considered to be unpleasant, unfavourable, disagreeable, or contemptible.

Adjective

 * 1)  unpleasant; unfavourable; disagreeable; contemptible.

Adverb

 * 1)  unpleasantly; unfavourably; disagreeably; contemptibly.
 * 2)   the fuck, the hell, the heck, etc.
 * 3)  extremely; very.

title: เหี้ย


text:
вздымать

Etymology
. Usually explained from, from , iterative of. It is better viewed as a result of of  as по-дыма́ть, at least in the modern sense.

Verb

 * 1) to raise

title: вздымать


text:
вздыматься

Verb

 * 1) to rise, to heave

title: вздыматься


text:
переплетаться

Verb

 * 1) to interlace, to interweave
 * 2) to become intertwined/interwoven
 * 1) to become intertwined/interwoven

title: переплетаться


text:
переплестись

Verb

 * 1) to interlace, to interweave
 * 2) to become intertwined/interwoven
 * 1) to become intertwined/interwoven
 * 1) to become intertwined/interwoven

title: переплестись


text:
увенчаться

Verb

 * 1) to be crowned

title: увенчаться


text:
уместить

Verb

 * 1) to find room (for), to make go in, to put in

title: уместить


text:
умещать

Verb

 * 1) to find room (for), to make go in, to put in

title: умещать


text:
умещаться

Verb

 * 1) to find/have enough room for oneself
 * 2) to go in, to fit in, to go (into), to fit (into)

title: умещаться


text:
уместиться

Verb

 * 1) to find/have enough room for oneself
 * 2) to go in, to fit in, to go (into), to fit (into)
 * 1) to go in, to fit in, to go (into), to fit (into)
 * 1) to go in, to fit in, to go (into), to fit (into)

title: уместиться


text:
предвидеться

Verb

 * 1) to be expected/foreseen

title: предвидеться


text: терпеться

title: терпеться


text:
завертеть

Verb

 * 1) to begin to twirl/whirl
 * 2)  to turn someone's head

title: завертеть


text:
завертеться

Verb

 * 1) to begin to turn/spin/whirl
 * 2)  to start moving, to stir (oneself)
 * 3)  to have one's hands full, to be in a whirl

title: завертеться


text:
autonkatsastaja

Noun

 * 1) vehicle inspector

title: autonkatsastaja


text:
gapu

Noun

 * 1) water

Noun

 * 1) water

Noun

 * 1)  the back
 * 2) the backside of something

title: gapu


text:
отравиться

Verb

 * 1) to poison oneself
 * 2) to get poisoned
 * 3) to have food poisoning

title: отравиться


text:
отравляться

Verb

 * 1) to poison oneself
 * 2) to get poisoned
 * 3) to have a food poisoning

title: отравляться


text:
выводиться

Verb

 * 1) to become extinct
 * 2) to go out of use, to fall into disuse
 * 3) to come out, to go away
 * 4) to hatch

title: выводиться


text:
вывестись

Verb

 * 1) to become extinct
 * 2) to go out of use, to fall into disuse
 * 3) to come out, to go away
 * 4) to hatch

title: вывестись


text:
поёжиться

Verb

 * 1) to shiver, to shudder

title: поёжиться


text:
поёживаться

Verb

 * 1) to cringe slightly

title: поёживаться


text:
заразиться

Verb

 * 1) to catch, to contract, to be infected (with)
 * 2) (emotions, mood, ideas etc) to be infected/contaminated (with, by)
 * 1) (emotions, mood, ideas etc) to be infected/contaminated (with, by)
 * 1) (emotions, mood, ideas etc) to be infected/contaminated (with, by)

title: заразиться


text:
заражаться

Verb

 * 1) to catch, to contract, to be infected (with)
 * 2) (emotions, mood, ideas etc) to be infected/contaminated (with, by)
 * 1) (emotions, mood, ideas etc) to be infected/contaminated (with, by)
 * 1) (emotions, mood, ideas etc) to be infected/contaminated (with, by)

title: заражаться


text:
преобразиться

Verb

 * 1) to be transformed, to look different

title: преобразиться


text:
baṯami

Noun

 * 1) woman

title: baṯami


text:
преображаться

Verb

 * 1) to be transformed, to look different

title: преображаться


text:
сблизиться

Verb

 * 1) to approach (each other)
 * 2) to approach, to close in
 * 3) to draw closer together
 * 4) to become good/close friends (with)
 * 1) to become good/close friends (with)

title: сблизиться


text:
сближаться

Verb

 * 1) to approach (each other)
 * 2) to approach, to close in
 * 3) to draw closer together
 * 4) to become good/close friends (with)

title: сближаться


text:
привалить

Verb

 * 1) to lean, to rest
 * 2) (ship) to come alongside
 * 3)  to come, to appear
 * 1)  to come, to appear

title: привалить


text:
приваливать

Verb

 * 1) to lean, to rest
 * 2) (ship) to come alongside
 * 3)  to come, to appear

title: приваливать


text: привалиться

title: привалиться


text: приваливаться

title: приваливаться


text:
отстраниться

Verb

 * 1) to move away (from), to dodge
 * 2) to keep away (from), to keep aloof (from)
 * 1) to keep away (from), to keep aloof (from)

title: отстраниться


text:
отстраняться

Verb

 * 1) to move away (from), to dodge
 * 2) to keep away (from), to keep aloof (from)
 * 1) to keep away (from), to keep aloof (from)

title: отстраняться


text:
полениться

Etymology
From, or directly from.

Verb

 * 1) to be lazy

title: полениться


text:
台湾語

Noun

 * 1) Taiwanese; Taiwanese Hokkien

title: 台湾語


text:
провиниться

Etymology
Perhaps from.

Verb

 * 1) to be at fault, to commit an offence (in), to be guilty (of)

title: провиниться


text: поежиться

title: поежиться


text:
上海語

Proper noun

 * 1) Shanghainese

title: 上海語


text:
qaata

Noun

 * 1) firefly

title: qaata


text:
лениться

Verb

 * 1) to be lazy

Derived terms

 * See for verbs that may be derived from this verb.

title: лениться


text: zhíbǐwàngzì

title: zhíbǐwàngzì


text:
海陸軍

Noun

 * 1) navy and army; armed forces

Noun

 * 1) navy and army
 * 2) * 1904 or 1905,, 百撰百笑

title: 海陸軍


text:
yagu

Noun

 * 1) water

title: yagu


text:
mindjer

Etymology
From. Cognate with 🇨🇬.

Noun

 * 1) woman
 * 2) wife

title: mindjer


text:
загнуться

Verb

 * 1)  to curl up; to curl down
 * 2)  to bend
 * 3)  to kick the bucket, to bite the dust, to croak, to die

title: загнуться


text:
automatkailu

Noun

 * 1) car tourism

title: automatkailu


text: korilla

title: korilla


text: korilta

title: korilta


text: korille

title: korille


text: koriksi

title: koriksi


text: koritta

title: koritta


text:
auteurial

Adjective

 * Of, or related to an auteur.

title: auteurial


text: koreissa

title: koreissa


text: koreista

title: koreista


text: koreihin

title: koreihin


text: koreilta

title: koreilta


text: koreille

title: koreille


text: koreina

title: koreina


text: koreiksi

title: koreiksi


text: janusian

title: janusian


text: korein

title: korein


text: koreitta

title: koreitta


text: koreine

title: koreine


text: koreisiin

title: koreisiin


text:
-ленить

Usage notes

 * Most of the derived verbs are reflexive.

title: -ленить


text: Category:Russian terms suffixed with -ленить


text:
get rich quicker

Noun

 * 1)  One who falls for, believes in, or pursues a get-rich-quick scheme.

title: get rich quicker


text: kontrasten

title: kontrasten


text: zuìxīn

title: zuìxīn


text: kontraster

title: kontraster


text: kontrastene

title: kontrastene


text: kontrastar

title: kontrastar


text: kontrastane

title: kontrastane


text:
corncob engine

Etymology
From the pistons resembling a cob of corn.

Noun

 * 1)  An air-cooled multi-row radial piston aircraft engine

title: corncob engine


text:
dræpa

Etymology
From, from.

Verb

 * 1) to slay, kill

title: dræpa


text:
østside

Etymology
From.

Noun

 * 1) east side

title: østside


text: østsida

title: østsida


text: østsiden

title: østsiden


text:
kvæþa

Etymology
From, from.

Verb

 * 1) to resound, sound
 * 2) to sing, chant

title: kvæþa


text:
Wyspiański

Etymology
From.

title: Wyspiański


text:
ビュッシュ・ド・ノエル

Etymology
Borrowed from.

Noun

 * 1) a Yule log log-shaped cake

title: ビュッシュ・ド・ノエル


text:
Hlond

Etymology
From.

title: Hlond


text:
HSAM

Noun

 * 1)  ; hyperthymesia

title: HSAM


text:
hyperthymestic syndrome

Noun

 * 1) hyperthymesia

title: hyperthymestic syndrome


text:
hyperthymestic

Adjective

 * 1) Relating to hyperthymesia.

Derived terms

 * hyperthymestic syndrome

title: hyperthymestic


text:
klesbutikk

Etymology
From.

Noun

 * 1) a clothes shop

Etymology
From.

Noun

 * 1) a clothes shop

title: klesbutikk


text:
goraz

Etymology
From.

Noun

 * 1) red or blackspot sea bream fish of the species

title: goraz


text: gorazes

title: gorazes


text: yule logs

title: yule logs


text:
Reconstruction:Proto-Indo-Iranian/Háwiš

Etymology
From ~.

Noun

 * 1)  sheep

title: Reconstruction:Proto-Indo-Iranian/Háwiš


text:
User:DCDuring/PhytochemicalsinFood

carotenes
orange pigments
 * α-carotene – to vitamin A carrots, pumpkins, maize, tangerine, orange
 * beta-carotene/β-carotene – to vitamin A dark, leafy greens; red, orange, and yellow fruits and vegetables
 * γ-carotene - to vitamin A,
 * δ-carotene
 * lycopene Vietnam gac/Vietnam gac, tomatoes, grapefruit, watermelon, guava, apricots, carrots, autumn olive
 * neurosporene
 * phytofluene carambola, star fruit, sweet potato, orange
 * phytoene sweet potato, orange

xanthophylls
yellow pigments
 * canthaxanthin paprika
 * cryptoxanthin to vitamin A mango, tangerine, orange, papaya, peaches, avocado, pea, grapefruit, kiwifruit/kiwi
 * zeaxanthin wolfberry, spinach, kale, turnip greens, maize, eggs, bell pepper (red pepper), pumpkin, orange
 * astaxanthin microalgae, yeast, krill, shrimp, salmon, lobsters, and some crabs
 * lutein spinach, turnip greens, romaine lettuce, eggs, red pepper, pumpkin, mango, papaya, oranges, kiwi, peaches, squash, brassicas, prunes, sweet potatoes, honeydew melon, rhubarb, plum, avocado, pear, cilantro
 * rubixanthin rose hip

triterpenoid

 * saponins soybeans, beans, other legumes, maize, alfalfa
 * oleanolic acid American pokeweed/pokeweed, honey mesquite, garlic, java apple, cloves, and many other Syzygium species
 * ursolic acid apples, basil, bilberries, cranberries, elder flower, peppermint, lavender, oregano, thyme, Crataegus/hawthorn, prunes
 * betulinic acid ber tree, white birch, tropical carnivorous plants Triphyophyllum peltatum, Ancistrocladus/Ancistrocladus heyneanus, Diospyros/Diospyros leucomelas a member of the persimmon family, Dilleniaceae/Tetracera boiviniana, the jambul (Syzygium/Syzygium formosanum), chaga, and many other Syzygium species
 * moronic acid Rhus javanica (a sumac), mistletoe}}

monoterpenes

 * limonene oils of citrus, cherries, spearmint, dill, garlic, celery, maize, rosemary, ginger, basil
 * perillyl alcohol citrus oils, caraway, mints

steroids

 * phytosterols almonds, cashews, peanuts, sesame seeds, sunflower seeds, whole wheat, maize, soybeans, many vegetable oils
 * campesterol buckwheat
 * beta sitosterol avocados, rice bran, wheat germ, corn oils, fennel, peanuts, soybeans, Crataegus/hawthorn, basil, buckwheat
 * gamma sitosterol
 * stigmasterol buckwheat
 * tocopherols (vitamin E)

Natural monophenols

 * apiole parsley, celery leaf
 * carnosol rosemary, sage
 * carvacrol oregano, thyme, pepperwort, wild bergamot
 * dillapiole dill, fennel root
 * rosemarinol rosemary

flavonoids
red, blue, purple pigments
 * flavonols
 * quercetin red and yellow onions, tea, wine, apples, cranberries, buckwheat, beans
 * kaempferol tea, strawberries, gooseberries, cranberries, grapefruit, apples, peas, brassicas (broccoli, kale, brussels sprouts, cabbage), chives, spinach, endive, leek, tomatoes
 * myricetin grapes, red wine, berries, walnuts
 * fisetin strawberries, cucumbers
 * rutin citrus fruits, oranges, lemons, limes, grapefruit, berries, peaches, apples, pagoda tree fruits, asparagus, buckwheat, parsley, tomatoes, apricots, rhubarb, tea
 * isorhamnetin red turnip, goldenrod, mustard leaf, ginkgo biloba
 * flavanones
 * hesperidin citrus fruits
 * naringenin citrus fruits
 * silybin Silybum marianum***/milk thistle
 * eriodictyol
 * flavones
 * acacetin Robinia pseudoacacia, Turnera diffusa***
 * apigenin chamomile, celery, parsley
 * chrysin Passiflora caerulea, Pleurotus ostreatus, Oroxylum indicum
 * diosmetin Vicia
 * tangeritin tangerine and other citrus peels
 * luteolin beets, artichokes, celery, carrots, celeriac, rutabaga, parsley, Lamiaceae/mint, chamomile, lemongrass, chrysanthemum
 * flavan-3-ols (flavanols)
 * catechins white tea, green tea, black tea, grapes, wine, apple juice, cocoa, lentils, black-eyed peas
 * (+)-catechin
 * (+)-gallocatechin
 * (−)-epicatechin
 * (−)-epigallocatechin
 * (−)-epigallocatechin gallate (EGCG) green tea
 * (−)-epicatechin 3-gallate
 * theaflavin black tea
 * theaflavin-3-gallate black tea
 * thearubigins
 * proanthocyanidins
 * flavanonols
 * anthocyanidins (flavonals) or anthocyanins  red wine, many red, purple or blue fruits and vegetables
 * pelargonidin bilberry, raspberry, strawberry
 * peonidin bilberry, blueberry, cherry, cranberry, peach
 * cyanidin red apple & pear, bilberry, blackberry, blueberry, cherry, cranberry, peach, plum, Crataegus/hawthorn, loganberry, cocoa
 * delphinidin bilberry, blueberry, eggplant
 * malvidin malve, bilberry, blueberry
 * petunidin

isoflavonoid

 * isoflavones (phytoestrogens) use the 3-phenylchromen-4-one skeleton (with no hydroxyl group substitution on carbon at position 2)
 * daidzein (formononetin) soy, alfalfa sprouts, red clover, chickpeas, peanuts, kudzu, other legumes
 * genistein (biochanin A) soy, alfalfa sprouts, red clover, chickpeas, peanuts, other legumes
 * glycitein soy
 * isoflavanes
 * isoflavandiols
 * isoflavenes
 * pterocarpans or coumestans (phytoestrogens)
 * coumestrol red clover, alfalfa sprouts, soy, peas, brussels sprouts

flavonolignan

 * silymarin artichokes, milk thistle

lignans
A phytoestrogens seeds (flax, sesame, pumpkin, sunflower, poppy), whole grains (rye, oats, barley), bran (wheat, oat, rye), fruits (particularly berries) and Brassica vegetables
 * matairesinol flax seed, sesame seed, rye bran and meal, oat bran, poppy seed, strawberries, blackcurrants, broccoli
 * secoisolariciresinol flax seeds, sunflower seeds, sesame seeds, pumpkin, strawberries, blueberries, cranberries, zucchini, blackcurrant, carrots
 * pinoresinol and lariciresinol sesame seed, Brassica vegetables

stilbenoids

 * resveratrol grape (skins and seeds, grape wine), nuts, peanuts, Japanese knotweed root
 * pterostilbene grapes, blueberries
 * piceatannol grapes
 * pinosylvin

curcuminoids

 * curcumin (oxidizes to vanillin) turmeric, mustard plant/mustard

hydrolyzable tannins

 * ellagitannins
 * punicalagins tea, berries
 * castalagins
 * vescalagins
 * castalins
 * casuarictins
 * grandinins
 * punicalins
 * roburin As
 * tellimagrandin IIs
 * terflavin Bs
 * gallotannins
 * digalloyl glucose
 * 1,3,6-trigalloyl glucose

condensed tannins

 * proanthocyanidins - horse chestnut Aesculus hippocastanum, cranberry juice, peanut skin
 * polyflavonoid/polyflavonoid tannins
 * catechol/catechol-type tannins
 * pyrocatecollic/pyrocatecollic type tannins
 * flavolans

phlorotannins
extracted from brown alga species (Ecklonia cava, Sargassum mcclurei), sea oak (Eisenia bicyclis, Fucus vesiculosus)

flavono-ellagitannin
extracted from Mongolian oak (Quercus mongolica)

phenolic acids

 * salicylic acid peppermint, licorice, peanut, wheat
 * vanillin and vanillic acid açaí oil, vanilla beans, cloves
 * gallic acid tea, mango, strawberries, rhubarb, soy
 * ellagic acid walnuts, strawberries, cranberries, blackberries, guava, grapes
 * tannic acid Urtica/nettles, tea, berries

hydroxycinnamic acids

 * caffeic acid burdock, Crataegus/hawthorn, artichoke, pear, basil, thyme, oregano, apple, olive oil
 * chlorogenic acid echinacea, strawberries, pineapple, coffee, sunflower, blueberries
 * cinnamic acid cinnamon, aloe
 * ferulic acid oats, rice, artichoke, orange, pineapple, apple, peanut, açaí oil
 * coumarin citrus fruits, maize

phenylethanoids

 * tyrosol olive oil
 * hydroxytyrosol olive oil
 * oleocanthal olive oil
 * oleuropein olive oil

Others

 * capsaicin chilli peppers
 * gingerol ginger
 * alkylresorcinols wholegrain wheat, rye and barley

The precursor to isothiocyanates

 * sinigrin (the precursor to allyl isothiocyanate) broccoli family, brussels sprouts, black mustard
 * glucotropaeolin (the precursor to benzyl isothiocyanate)
 * gluconasturtiin (the precursor to phenethyl isothiocyanate)
 * glucoraphanin (the precursor to sulforaphane) brassicas: broccoli, cauliflower, brussels sprouts, cabbages

aglycone derivatives

 * dithiolthiones (isothiocyanates)
 * sulforaphane brassicas: broccoli, cauliflower, brussels sprouts, cabbages
 * allyl isothiocyanate
 * phenethyl isothiocyanate
 * benzyl isothiocyanate
 * oxazolidine-2-thiones
 * nitriles
 * thiocyanates

organosulfides/ organosulfur compounds

 * polysulfides (allium compounds)
 * allyl methyl trisulfide garlic, onions, leeks, chives, shallots
 * sulfides
 * diallyl disulfide garlic, onions, leeks, chives, shallots

indoles

 * indole-3-carbinol cabbage, kale, brussels sprouts, rutabaga, mustard greens, broccoli
 * 3,3'-diindolylmethane or DIM broccoli family, brussels sprouts, cabbage, kale
 * allicin garlic
 * alliin garlic
 * allyl isothiocyanate horseradish, mustard, wasabi
 * piperine black pepper
 * syn-propanethial-S-oxide cut onions

betalains

 * betacyanins beets, chard, Amaranthus tricolor***
 * betanin
 * isobetanin
 * probetanin
 * neobetanin
 * betaxanthins (non glycosidic versions)
 * indicaxanthin beets, sicilian prickly pear opuntia
 * vulgaxanthin beets

chlorophylls

 * chlorophyllin

Other organic acids

 * saturated cyclic acids
 * phytic acid (inositol hexaphosphate) cereals, nuts, sesame seeds, soybeans, wheat, pumpkin, beans, almonds
 * quinic acid
 * oxalic acid - orange, spinach, rhubarb, tea and coffee, banana, ginger, almond, sweet potato, bell pepper
 * tartaric acid apricots, apples, sunflower, avocado, grapes, tamarind
 * anacardic acid cashews, mangoes
 * malic acid apples.
 * caftaric acid
 * coutaric acid
 * fertaric acid

amines

 * betaine beetroot

monosaccharides

 * hexose - wheat, barley
 * pentose - rye, oat

polysaccharides

 * beta-glucan/betaglucan/β-glucan (glucan)
 * chitin - fungi includes other edible mushrooms.
 * lentinan - fruit body of shiitake (Lentinula edodes mycelium (LEM)) and other edible mushrooms.
 * fructan
 * inulins - diverse plants, e.g. topinambour, chicory.
 * lignin - stones of fruits, vegetables (filaments of the garden bean), cereals}.
 * pectins - fruit skin (mainly apples, quinces), vegetables.

Protease inhibitors

 * protease inhibitor soybean, seeds, legumes, potatoes, eggs, cereals

title: User:DCDuring/PhytochemicalsinFood


text: get rich quickers

title: get rich quickers


text:
coutaric acid

Etymology
, since it is an ester formed from those two compounds.

Noun

 * 1)  A hydroxycinnamoyltartaric acid found in wine, pomace, and grape.

title: coutaric acid


text:
fertaric acid

Etymology
, since it is an ester formed from those two compounds.

Noun

 * 1)  A hydroxycinnamic acid found in wine and grape.

title: fertaric acid


text:
뷔슈 드 노엘

Etymology
Borrowed from.

Noun

 * 1) a Yule log log-shaped cake

title: 뷔슈 드 노엘


text: Category:ko:Christmas

title: Category:ko:Christmas


text: Category:ko:Cakes and pastries

title: Category:ko:Cakes and pastries


text: Category:ko:Holidays

title: Category:ko:Holidays


text: byusshu do Noeru

title: byusshu do Noeru


text:
User:Orcaguy

Linguistics nerd that contributes semi-regularly

My Wikipedia page

title: User:Orcaguy


text: cisvestites

title: cisvestites


text: チャウチャウ

title: チャウチャウ


text: two can play this game

title: two can play this game


text:
chavicine

Noun

 * 1)  An alkaloid found in Piper species such as black pepper; one of the four diastereomeric geometric isomers of piperine.

title: chavicine


text: Chau Chau

title: Chau Chau


text:
taste pore

Noun

 * 1) Any of the small openings in the tongue epithelium that allow dissolved food to come into contact with the taste receptors.

title: taste pore


text: taste pores

title: taste pores


text:
foreday

Etymology
From (attested only in plural ), equivalent to.

Noun

 * 1)  Past or former days
 * 2)  The earlier part of the day; the morning or early afternoon.
 * 1)  The earlier part of the day; the morning or early afternoon.
 * 1)  The earlier part of the day; the morning or early afternoon.
 * 1)  The earlier part of the day; the morning or early afternoon.

Synonyms

 * , ; see also Thesaurus:the past
 * , ; see also Thesaurus:morning
 * , ; see also Thesaurus:afternoon

title: foreday


text:
Chow Chow

Etymology
First attested in 1886, but of uncertain origin (present Chinese terms for the breed do not resemble it). Possibly related to the old Chinese custom of eating dogs (cf. chow and chow-chow).

Noun

 * 1) A chow, a Chinese breed of dog.

Translations

 * Chinese:
 * Cantonese: 鬆獅犬
 * Mandarin: 鬆獅犬
 * Czech: čau-čau
 * Finnish: ,
 * French:
 * Greek: Τσόου Τσόου
 * Hungarian:
 * Irish: seabha-seabha
 * Japanese: チャウ・チャウ, チャウチャウ
 * Korean:
 * Macedonian: чау-чау
 * Malay: anjing chow
 * Polish: chow-chow, czau-czau
 * Russian:
 * Turkish: çov-çov

title: Chow Chow


text: Chow Chows

title: Chow Chows


text: klesbutikken

title: klesbutikken


text: ноготочек

title: ноготочек


text:
renegotiator

Noun

 * 1) One who renegotiates.

title: renegotiator


text: renegotiators

title: renegotiators


text: klesbutikker

title: klesbutikker


text: klesbutikkene

title: klesbutikkene


text:
цветастый

Adjective

 * 1) colorful, gaudy, garish

title: цветастый


text:
bles

Etymology
From, from , from. Cognate with 🇨🇬.

Noun

 * 1) blaze light-coloured spot on a horse's face

Noun

 * 1)  belly; abdomen

title: bles


text: 独り法師

title: 独り法師


text: klesbutikkar

title: klesbutikkar


text: 一人ぼっち

title: 一人ぼっち


text:
alkalide

Etymology
?

Noun

 * 1)  A chemical compound in which alkali metals are anions (i.e. they bear a negative charge).

Hyponyms

 * caeside
 * kalide
 * natride
 * potasside
 * rubidide
 * sodide

title: alkalide


text: alkalides

title: alkalides


text: klesbutikkane

title: klesbutikkane


text: qualitiness

title: qualitiness


text: 独りぽっち

title: 独りぽっち


text:
actionness

Noun

 * 1)  The property of being an action.

title: actionness


text: 一人ぽっち

title: 一人ぽっち


text: hitoribotchi

title: hitoribotchi


text: Rhymes:Italian/adʒine

title: Rhymes:Italian/adʒine


text:
hypocoercivity

Noun

 * 1) The property of being hypocoercive.

title: hypocoercivity


text:
oloid

Noun

 * 1)  A three-dimensional curved geometric object, the convex hull of a skeletal frame made by placing two linked congruent circles in perpendicular planes, so that the center of each circle lies on the other circle.

title: oloid


text: oloids

title: oloids


text:
Halbach array

Etymology
Named after Klaus Halbach, is borrowed from.

Noun

 * 1) An arrangement of permanent magnets that augments the magnetic field on one side of the array while cancelling the field to near zero on the other side.

title: Halbach array


text: Halbach arrays

title: Halbach arrays


text:
líkamur

Etymology
From, variant of (Icelandic ), from.

title: líkamur


text:
technihadron

Noun

 * 1)  A hadron described using the technicolor model.

title: technihadron


text: technihadrons

title: technihadrons


text:
unfollower

Noun

 * 1)  One who unfollows another user.

title: unfollower


text: unfollowers

title: unfollowers


text:
genau dann, wenn

Conjunction

 * 1) if and only if

title: genau dann, wenn


text: Rhymes:Italian/ondo

title: Rhymes:Italian/ondo


text:
bírák

Etymology
From the bírá- variant stem of.

title: bírák


text:
یوبه

Etymology
From.

Noun

 * 1) quest
 * 2) wish
 * 1) wish

title: یوبه


text:
thearubigin

Noun

 * 1)  Any of a class of polymeric polyphenols formed during the enzymatic oxidation and condensation of gallocatechins during the fermentation reactions in black tea.

Related terms

 * theacitrin
 * theaflavin
 * theasinensin

title: thearubigin


text: thearubigins

title: thearubigins


text:
glabrene

Noun

 * 1)  An isoflavene and xenoestrogen found in liquorice root.

title: glabrene


text:
lonchocarpane

Noun

 * 1)  An isoflavane found in.

title: lonchocarpane


text:
laxiflorane

Noun

 * 1)  An isoflavane found in.

title: laxiflorane


text: brussels sprout

title: brussels sprout


text:
gallotannin

Noun

 * 1)  Any of a class of polymers formed when gallic acid esterifies and binds with the hydroxyl group of a polyol carbohydrate such as glucose.

title: gallotannin


text: gallotannins

title: gallotannins


text:
Ögmunda

Etymology
From.

title: Ögmunda


text:
indicaxanthin

Noun

 * 1)  A certain pigment found in beets.

title: indicaxanthin


text: budde

title: budde


text:
ekspeditør

Etymology
From.

Noun

 * 1) a shop assistant

Etymology
From.

Noun

 * 1) a shop assistant

title: ekspeditør


text:
poor man's black velvet

Etymology
So called because it does not require champagne, a relatively expensive ingredient of a true black velvet cocktail.

Noun

 * 1) A cocktail of stout with cider or perry.

title: poor man's black velvet


text: buande

title: buande


text: black velvets

title: black velvets


text:
ขันที

Etymology
. Possibly from +.

Noun

 * 1) eunuch.

title: ขันที


text:
six-water grog

Noun

 * 1)  Rum diluted with six measures of water instead of the normal three, formerly used as a disciplinary measure for sailors.

title: six-water grog


text:
vulgaxanthin

Etymology
From, taxonomic name for the beet.

Noun

 * 1)  Any of a group of betaxanthins found in red beets, Swiss chard, etc.

title: vulgaxanthin


text: Swiss chards

title: Swiss chards


text: vulgaxanthins

title: vulgaxanthins


text:
linkification

Etymology
From or.

Noun

 * 1)  The conversion of (something in a body of text) to one or more internal links or hyperlinks.

title: linkification


text:
Reconstruction:Proto-Indo-Iranian/páću

Etymology
From.

Noun

 * 1) livestock, animal

Descendants

 * → Ob-Ugric:
 * Mansi: *pääčəɣ
 * Khanty: *peečəɣ
 * → Ob-Ugric:
 * Mansi: *pääčəɣ
 * Khanty: *peečəɣ
 * Khanty: *peečəɣ
 * Khanty: *peečəɣ

title: Reconstruction:Proto-Indo-Iranian/páću


text: eccentric anomalies

title: eccentric anomalies


text: true anomalies

title: true anomalies


text: Steptoe

title: Steptoe


text:
bajillionth

Adjective

 * 1)  The ordinal form of the number bajillion (an unspecified large number).

title: bajillionth


text:
campingbil

Etymology
From.

Noun

 * 1) a camper (camper van), motor home, motor caravan

title: campingbil


text:
virtue signalling

Etymology
Initially used in academic works about religion to refer to ostentatious public displays of religiosity. Popularised by in an April 2015 article in the British conservative magazine .

Noun

 * 1)  The practice of expressing a particular opinion or performing a particular action in an attempt to make oneself look virtuous: commonly defensively in response to, or anticipation of, criticism; or aggressively, in assuming a moral posture in attacking an opponent.

Coordinate terms

 * vice signalling

Translations

 * Afrikaans: deugpronkery
 * Arabic: رِيَاء
 * Chinese:
 * Mandarin:
 * Danish: godhedssignalering
 * Finnish: ,
 * French: vertu ostentatoire, bien-pensance ostentatoire, vertu de façade, ,
 * German: die (moralische) Flagge zeigen, Tugendschau, den Heiligenschein aufsetzen
 * Icelandic: dygðaskreyting
 * Polish: pokazywanie pozornych wartości, sygnalizacja cnoty
 * Portuguese:
 * Swedish: godhetssignalering, dygdsignalering

title: virtue signalling


text: virtue signaling

title: virtue signaling


text:
bubil

Etymology
From.

Noun

 * 1) a camper (camper van), motor home, motor caravan

title: bubil


text: vegangelicals

title: vegangelicals


text: bubilen

title: bubilen


text: bubilar

title: bubilar


text:
ανακαίνιση

Noun

 * 1) renovation, refurbishment

title: ανακαίνιση


text: bubilane

title: bubilane


text: respecks

title: respecks


text: ανακαίνισης

title: ανακαίνισης


text: ανακαινίσεως

title: ανακαινίσεως


text:
megaweapon

Noun

 * 1) An extremely powerful weapon.

title: megaweapon


text: megaweapons

title: megaweapons


text: ανακαινίσεων

title: ανακαινίσεων


text: ανακαινίσεις

title: ανακαινίσεις


text: superrepressors

title: superrepressors


text:
αναλυτικά

Adverb

 * 1) analytically, in detail

title: αναλυτικά


text:
αναλυτικός

Adjective

 * 1) analytical, analytic

Related terms
and

title: αναλυτικός


text:
Wohnmobil

Etymology
.

Noun

 * 1) a camper (camper van), motor home, motor caravan, recreational vehicle

title: Wohnmobil


text:
pluralia tanta

Usage notes

 * Derived from the mistaken assumption that tantum is being used as an adjective rather than an adverb. It thus literally translates to "plurals so great" and is far less common than the correct form pluralia tantum.

title: pluralia tanta


text: Wohnmobils

title: Wohnmobils


text: Wohnmobile

title: Wohnmobile


text:
Talk:批

批蘋果
What about 𠜱? —suzukaze (t・c) 06:57, 23 September 2017 (UTC)
 * I guess 𠜱 is the 本字, but I'm not quite sure. The book you looked up before says so, but also mentions 批 being used since the Tang dynasty. — justin(r)leung { (t...) 07:03, 23 September 2017 (UTC)
 * (I'm mostly impartial and want to avoid duplicate definitions. —suzukaze (t・c) 07:07, 23 September 2017 (UTC))
 * Which one is the most common? —Suzukaze-c◇◇ 07:03, 2 September 2018 (UTC)
 * I'd say 批 is the most common. (There's also 㓟, just to add to the mess, but 批 wins either way.) — justin(r)leung { (t...) 00:56, 3 September 2018 (UTC)

characters

 * s:Page:A Chinese and English vocabulary, in the Tie-chiu dialect.djvu/145:
 * s:Page:A pronouncing and defining dictionary of the Swatow dialect, arranged according to syllables and tones.djvu/479:
 * s:Page:Handbook of the Swatow vernacular.djvu/99:
 * 潮州音字典: ,
 * 現代標準漢語與粵語對照資料庫:

title: Talk:批


text:
αναλυτική μηχανή

Noun

 * 1)  analytical engine

title: αναλυτική μηχανή


text: ימי הביניים

title: ימי הביניים


text:
aforedescribed

Adjective

 * 1)  Described earlier.

Translations

 * French: susdécrit

title: aforedescribed


text:
Talk:💯

History of this emoji? Did it originate in Japan? --Pmsyyz (talk) 15:53, 26 April 2016 (UTC)

From their exam, they usually set full score of 100 points. Who got 100 point means he was perfect. --Octahedron80 (talk) 09:07, 22 August 2016 (UTC)

title: Talk:💯


text:
steampunkish

Adjective

 * 1)  Reminiscent of the steampunk genre.

title: steampunkish


text:
busette

Etymology
From.

Verb

 * 1) to settle, (colonize, populate)

title: busette


text:
predicatable

Adjective

 * 1) Predicable; capable of being predicated.

title: predicatable


text: busett

title: busett


text: busettande

title: busettande


text:
Gartnerian

Adjective

 * 1) Relating to, or described by, the Danish surgeon and anatomist  (1785-1827).
 * a Gartnerian cyst

title: Gartnerian


text: old wine in new bottles

title: old wine in new bottles


text:
telically

Adverb

 * 1) In a telic manner.

title: telically


text:
atelically

Adverb

 * 1) In an atelic manner.

title: atelically


text:
ultroneity

Etymology
, from.

Noun

 * 1)  The quality of being ultroneous.
 * 2)  Ultroneous behaviour.
 * 1)  Ultroneous behaviour.
 * 1)  Ultroneous behaviour.

title: ultroneity


text: ultroneities

title: ultroneities


text:
ورخچ

Etymology
Perhaps cognate with 🇨🇬.

Adjective

 * 1)  wretched; mean
 * 2)  ugly

title: ورخچ


text: sticks out like a sore thumb

title: sticks out like a sore thumb


text: sticking out like a sore thumb

title: sticking out like a sore thumb


text: stuck out like a sore thumb

title: stuck out like a sore thumb


text:
Talk:twenty-five past

SOP
, do you agree that this merits deletion? -- Romanophile ♞ (contributions) 16:35, 26 April 2016 (UTC)
 * I do. Feel free to nom it. —Μετάknowledge discuss/deeds 19:39, 26 April 2016 (UTC)

RFD discussion: April–August 2016
Sum of parts. Similar constructions could be made with a wide variety of numbers. -- Romanophile ♞ (contributions) 20:00, 26 April 2016 (UTC)
 * Delete. —Μετάknowledge discuss/deeds 20:22, 26 April 2016 (UTC)
 * Delete, but a series of appendices on the formation of numerical time words, in English first but in other languages as well, would be desirable. DCDuring TALK 23:00, 26 April 2016 (UTC)
 * Delete. We already have this sense at past:
 * (postmodifier) Following expressions of time to indicate how long ago something happened; ago.
 * --Daniel Carrero (talk) 23:08, 26 April 2016 (UTC)
 * twenty-five past does not mean "twenty-five ago", nor does it mean "twenty-five (minutes or hours or seconds) ago".
 * It means "twenty-five minutes past an hour previously mentioned or otherwise derived from context. DCDuring TALK 23:39, 26 April 2016 (UTC)

 * Delete as it stands. Possibly a full sentence would make a good example for the phrasebook, though, e.g. "it's twenty-five past ten". Equinox ◑ 10:44, 27 April 2016 (UTC)
 * There has been a pretty good usage note covering this at past. The problem with the Usage notes IMO is that it wants to link to SoP examples. DCDuring TALK 13:48, 27 April 2016 (UTC)

The entry was meant as a translation target or a phrasebook entry or both. No-one says it's idiomatic. Convert to either of these and keep. --Anatoli T. (обсудить/вклад) 13:16, 30 April 2016 (UTC)
 * Are we supposed to keep these so someone can feel good because they think they are making a valuable contribution by adding a translation? Is there any evidence that anyone looks up such a term?
 * What makes this more of target than twenty past or twenty-two past ?
 * Advocating that this kind of entry be retained as a translation target (a non-CFI argument to begin with) discredits the use of that argument for other entries, IMO.
 * Some things are better not treated as lexical items. This class is one of them. Perhaps it belongs at WikiTranslationDrill. DCDuring TALK 14:36, 30 April 2016 (UTC)

 * Time expressions are common in phrasebooks and they introduced in the first lessons of most language textbooks. I just think they belong here. No, this particular expression is not better than twenty past or twenty-two pastbd2412 T 04:07, 25 August 2016 (UTC)

title: Talk:twenty-five past


text: User:Kumkumuk

title: User:Kumkumuk


text: Category:Limburgish suppletive verbs

title: Category:Limburgish suppletive verbs


text: culturicides

title: culturicides


text: Category:Limburgish terms derived from the Proto-Indo-European root *ǵʰeh₁-


text: Category:Limburgish terms derived from the Proto-Indo-European root *ǵʰengʰ-


text: culturecides

title: culturecides


text: Category:Limburgish terms inherited from Old Dutch


text: 魍魉

title: 魍魉


text: Wiktionary:Foreign Word of the Day/2016/April 27


text:
uninvert

Verb

 * 1)  To restore from an inverted state; to turn the right way round again.

title: uninvert


text:
unreverse

Verb

 * 1)  To restore from a reversed state; to reverse again, so as to turn the right way round.

title: unreverse


text: uninverting

title: uninverting


text: uninverts

title: uninverts


text: unreversing

title: unreversing


text: unreverses

title: unreverses


text:
unreversal

Noun

 * 1) The process of unreversing something.

title: unreversal


text:
uninversion

Noun

 * 1)  A kind of error where an utterance has not undergone the proper inversion, as in "*What she is eating?" for "What is she eating?".

title: uninversion


text:
electride

Noun

 * 1)  An ionic compound in which an electron is the anion.

title: electride


text: electrides

title: electrides


text:
lithide

Noun

 * 1)  A hypothetical alkalide with lithium as the anion.

title: lithide


text: lithides

title: lithides


text:
sodide

Noun

 * 1)  An alkalide with sodium as the anion.

title: sodide


text:
natride

Noun

 * 1)  An alkalide with sodium as the anion.

title: natride


text: sodides

title: sodides


text: natrides

title: natrides


text:
kalide

Noun

 * 1)  An alkalide with potassium as the anion.

title: kalide


text:
potasside

Noun

 * 1)  An alkalide with potassium as the anion.

title: potasside


text:
rubidide

Noun

 * 1)  An alkalide with rubidium as the anion.

title: rubidide


text: rubidides

title: rubidides


text: kalides

title: kalides


text: potassides

title: potassides


text:
caeside

Noun

 * 1)  An alkalide with caesium as the anion.

title: caeside


text:
ceside

Noun

 * 1)  An alkalide with cesium as the anion.

title: ceside


text: caesides

title: caesides


text: cesides

title: cesides


text: don't tell me

title: don't tell me


text: ekspeditøren

title: ekspeditøren


text:
változatosság

Noun

 * 1) variety, diversity, variedness, change

title: változatosság


text:
dribol

Etymology
Borrowed from.

Noun

 * 1)  dribble

Verb

 * 1)  to dribble

Etymology
.

Noun

 * 1)  dribble

title: dribol


text:
unfreighted

Adjective

 * 1) Not freighted.

title: unfreighted


text:
unaffrighted

Etymology
From.

Adjective

 * 1)  Not afraid.

title: unaffrighted


text: színnel

title: színnel


text:
padyama

Etymology
Borrowed from, from English (19th century) pai jamahs "loose trousers tied at the waist, worn by Muslims in India", adopted by colonials, especially for nightwear, probably from , itself from  "leg clothing".

Noun

 * 1) pyjama

Etymology
, ultimately from.

Noun

 * 1) pajamas; pyjamas

title: padyama


text: ekspeditører

title: ekspeditører


text:
monoparticle

Noun

 * 1)  non-composite particle; fundamental particle

title: monoparticle


text:
főtér

Noun

 * 1) main square a central open area in a city, town or village

title: főtér


text: főtéren

title: főtéren


text: főtere

title: főtere


text: főterén

title: főterén


text: ekspeditørene

title: ekspeditørene


text:
Citations:genderspecial

 * 1) (derogatory) A person who adopts a gender identity in order to seem or feel special.
 * 2) * 2014, Zoe Kilbourn, PSA, UWU: Tumblr, Gender and Gaga, in UWA Student Guild, Pelican edition 6, volume 85, page 9
 * That, in summary, is the tone taken by the very recently developed factions of quote unquote social justice warriors, trans and trans* activists, truscum, radfems; members of an LGBTI spectrum that spills into the broadest reaches of Q, A+, and potentially an entire alphabet; the practitioners of gender construction couched under the derisive term “genderspecials”

title: Citations:genderspecial


text: monoparticles

title: monoparticles


text: ekspeditørar

title: ekspeditørar


text: culturcides

title: culturcides


text: ekspeditørane

title: ekspeditørane


text:
zafír

Noun

 * 1) sapphire a precious stone

title: zafír


text: temporary gentlemen

title: temporary gentlemen


text: TGs

title: TGs


text:
Bierme

Etymology
From, , from. More at.

Noun

 * 1) barm; yeast

title: Bierme


text:
közvetítés

Noun

 * 1)  broadcast, broadcasting, commentary, coverage
 * 2) mediation, intermediation

title: közvetítés


text: puta que la merda

title: puta que la merda


text:
tetszetős

Etymology
From the verb.

Adjective

 * 1) sightly, attractive, appealing

title: tetszetős


text:
culturcidal

Etymology
.

title: culturcidal


text:
mnemonize

Verb

 * 1)  To develop a mnemonic for.

title: mnemonize


text: mnemonized

title: mnemonized


text: Category:iir-pro:Chordates

title: Category:iir-pro:Chordates


text: mnemonizes

title: mnemonizes


text: mnemonizing

title: mnemonizing


text: Category:iir-pro:Animals

title: Category:iir-pro:Animals


text:
Naam

Etymology
From, from , from , from. More at.

Noun

 * 1) name

title: Naam


text: Category:iir-pro:Lifeforms

title: Category:iir-pro:Lifeforms


text: Category:iir-pro:Nature

title: Category:iir-pro:Nature


text: mnemotechnies

title: mnemotechnies


text: Category:iir-pro:Fish

title: Category:iir-pro:Fish


text: User:Krun/name

title: User:Krun/name


text:
hiábavaló

Adjective

 * 1) useless, vain, futile

title: hiábavaló


text:
utód

Etymology
.

Noun

 * 1) offspring, progeny, descendant
 * 2) successor, follower in a certain position
 * 1) successor, follower in a certain position
 * 1) successor, follower in a certain position
 * 1) successor, follower in a certain position
 * 1) successor, follower in a certain position

Declension
The possessive forms without (especially in the plural) may be preferred when referring to biological descendants.

title: utód


text:
Caesar's wife must be above suspicion

Etymology
In 62 BC sneaked into the festival of the, hosted by Julius Caesar’s wife, Pompeia, with the intention of seducing her, leading to Publius’s arrest and trial. After the trial, Caesar divorced Pompeia, and when questioned said “my wife ought not even to be under suspicion,” as Pompeia was under suspicion of illicit behavior.

Proverb

 * 1)  Those in positions of authority should avoid even the implication of impropriety.

Alternative forms

 * Caesar's wife must be above reproach
 * Caesar's wife should be above suspicion
 * Caesar's wife should be above reproach

Related terms

 * Caesar's wife

Translations

 * Dutch: Caesars vrouw moet boven alle verdenking verheven zijn
 * French: la femme de César ne doit pas être soupçonnée
 * German: Cäsars Frau muss über jeden Verdacht erhaben sein

title: Caesar's wife must be above suspicion


text: judges, juries and executioners

title: judges, juries and executioners


text:
Caesar's wife

Etymology
From the proverb “Caesar's wife must be above suspicion”.

Noun

 * 1) A public figure whose character should be free from even the suspicion of impropriety.

Translations

 * Hijazi Arabic: زوجة القيصر
 * Ottoman Turkish: قیصرین قاریسی

title: Caesar's wife


text: Caesar's wives

title: Caesar's wives


text:
ketté

Adverb

 * 1) asunder into two separate parts or pieces

title: ketté


text:
Module:fo-noun

local export = {}

local m_table = require("Module:fo-noun/table")

-- The main entry point. -- This is the only function that can be invoked from a template. function export.show(frame)

local parent_args = frame:getParent.args local decl_type = (frame.args["decl"] or parent_args["decl"]) or "f1"

local m_decl = require("Module:fo-noun/data-" .. decl_type:sub(1, 1)) if not m_decl[decl_type] then error("Unknown declension type '" .. decl_type .. "'") end local data = {forms = {}, categories = {}} data.defective = "no" data.info = "" data.head = parent_args["head"] or nil

local args = require("Module:parameters").process(parent_args, m_decl[decl_type].params, true) if not args[1] then setmetatable(args, {__index = function(self, key)			return ""		end		}) end -- Generate the forms m_decl[decl_type](args, data) data["decl"] = decl_type -- Make the table return m_table.make_table(data) end

return export

title: Module:fo-noun


text: dassed

title: dassed


text:
ketté-

Etymology
From.

Prefix

 * 1)  asunder into two separate parts or pieces

title: ketté-


text:
powder-bed

Alternative forms

 * powder bed

Noun

 * 1) A rapid prototyping and additive manufacturing (or "layered manufacturing") technology for making objects described by digital data. A liquid binding material is selectively deposited on a bed of powder.

title: powder-bed


text:
jogellenes

Adjective

 * 1) unlawful not permitted by law

title: jogellenes


text: Category:Hungarian adjectives suffixed with -ellenes


text:
狡賢い

Etymology
Compound of.

The spelling is more common than 狡賢い, due to the  character falling into disuse.

Adjective

 * 1) sly, cunning

title: 狡賢い


text: ずるがしこい

title: ずるがしこい


text: zurugashikoi

title: zurugashikoi


text:
neuroengineering

Noun

 * 1) neural engineering

Translations

 * Italian:

title: neuroengineering


text:
grumsete

Etymology
From the noun.

Adjective

 * 1) murky; muddy ; cloudy

Etymology
From the noun.

Adjective

 * 1) murky; muddy ; cloudy

title: grumsete


text:
prematted

Adjective

 * 1) Of a picture: supplied with a ready-made mat or border.

title: prematted


text:
határol

Verb

 * 1)  to border to share a border with

title: határol


text:
co-author

Etymology
en

title: co-author


text: co-authors

title: co-authors


text: co-authoring

title: co-authoring


text: co-authored

title: co-authored


text:
paperazzi

Etymology
Perhaps by confusion with.

title: paperazzi


text:
Romanophone

Noun

 * 1) A person who speaks a Romance language.

Noun

 * 1) A person who speaks the Romanian language.

title: Romanophone


text: Romanophones

title: Romanophones


text: femibitch

title: femibitch


text: femicunt

title: femicunt


text:
trigger-happiness

Noun

 * 1) The quality of being trigger-happy.

title: trigger-happiness


text:
κιόλας

Etymology
From.

Adverb

 * 1) already in the context of 'so soon'
 * 2) right now, immediately
 * 3) as well, on top of that, even
 * 1) right now, immediately
 * 2) as well, on top of that, even
 * 1) as well, on top of that, even

title: κιόλας


text:
Gauss-Seidel method

Etymology
Named after the German mathematicians Carl Friedrich Gauss and Philipp Ludwig von Seidel.

Proper noun

 * 1)  An iterative method used to solve a linear system of equations.

Synonyms

 * Liebmann method
 * method of successive displacement

title: Gauss-Seidel method


text:
wrenboy

Noun

 * 1) A male mummer or guiser who takes part in.

title: wrenboy


text: wrenboys

title: wrenboys


text:
whitenize

Verb

 * 1)  To adapt to the cultural norms of white people.

Synonyms

 * whitify

Related terms

 * whitenization

title: whitenize


text: whitenized

title: whitenized


text: whitenizes

title: whitenizes


text: whitenizing

title: whitenizing


text:
monstrification

Noun

 * 1) The process of making something monstrous.

title: monstrification


text: monstrifications

title: monstrifications


text:
strong enough to trot a mouse on

Etymology
Suggesting that the tea is dense enough for a mouse to walk across without sinking.

Adjective

 * 1)  Of tea: made very strong.

Usage notes

 * Other variants exist: strong enough to trot a mouse across; you could trot a mouse on it; etc.

title: strong enough to trot a mouse on


text:
boksøl

Etymology
From.

Noun

 * 1) canned beer

Etymology
From.

Noun

 * 1) canned beer

title: boksøl


text:
Talk:dave

RFV discussion: January–April 2016
"A dagger of a certain type." Not seeing this in any dictionaries I've tried yet, and seems to find hits for the name 'Dave' and indeed there seems to be a noun  which is the name of an Ancient people, but not a dagger. Not that we should be judging entries on who created them, but it's by Verbo one of the worst editors in our history. Renard Migrant (talk) 19:05, 28 January 2016 (UTC)

 * I can't find it either. Maybe Dave is Dirk's friend? Equinox ◑ 19:14, 28 January 2016 (UTC)

 * and turn up nothing. - -sche (discuss) 19:33, 28 January 2016 (UTC)
 * I can only assume he/she meant and it's an eyesight thing. Renard Migrant (talk) 17:53, 10 February 2016 (UTC)

 * RFV-failed. - -sche (discuss) 21:39, 17 April 2016 (UTC)

title: Talk:dave


text:
Talk:'n

RFV discussion: January–April 2016
'n asserts that 'n is an "Eye dialect spelling of own." All of the citations are of his'n, our'n, etc, where the 'n is the result of folk reinterpretation of (where the -n goes back to an Old English genitive) and  (where the n was added in the Middle English era by analogy with mine and thine) as "his own" or "his one". Is the fact that people mistakenly interpret the 'n in our'n as "own" sufficient to justify this entry? Do citations exist where 'n (actually / outside those pronouns) means own? - -sche (discuss) 05:51, 29 January 2016 (UTC)

These were the citations, which might be of use on the entries for his'n etc:

 * RFV-failed. - -sche (discuss) 21:44, 17 April 2016 (UTC)

Eye dialect spelling of than.
What's its pronunciation? --Backinstadiums (talk) 22:09, 20 March 2020 (UTC)

title: Talk:'n


text:
Talk:teanel

RFV discussion: November 2015–April 2016
The English Dialect Dictionary has only one citation, of teanale (which it says is, along with teanal, a "Cum., Wm., Lan." form): 1790, Wheeler, Dial, 16, edition of 1821: Last nect he lickd me wie steal, threw a teanale wi cockis at me. It lists taenel as a "Cum., ne. Lan." form, and tennil as a "Lan." form, and gives the pronunciation as [tiənl]. I can't find any more citations of any of those spellings. The Middle English Dictionary says (without citations) that the ME form is tēnel, so I guess it could be moved there. - -sche (discuss) 22:36, 22 November 2015 (UTC)
 * Did your search results include this as well ? [] Leasnam (talk) 16:30, 23 November 2015 (UTC)
 * The OED has half a dozen cites ranging from 700 AD to 1882, each with a different spelling, but only the 1869 one (quoting Peacock's Glossary) has this spelling. A Concise Anglo-Saxon Dictionary has this spelling (Page 337), as has Innovation and continuity in English studies by Herbert Grabes, but these are all just mentions.   D b f  i  r  s   19:20, 23 November 2015 (UTC)

 * RFV-failed. - -sche (discuss) 21:00, 17 April 2016 (UTC)

title: Talk:teanel


text:
Talk:hvener

RFV discussion: February–April 2016
User:Dreysman, a native Swedish speaker, created this entry, and User:LA2, also a native Swedish speaker, says "There has never been such a word in Swedish. "vener" (without h-) was the old spelling and is the current one." —Μετάknowledge discuss/deeds 01:23, 7 February 2016 (UTC)

 * We might both be native speakers of modern Swedish, but no-one writes natively in the old spelling (with hv-) that this article claims to represent, the one that was abolished in the 1906 spelling reform. I challenge you all to find a book (from before 1906) that uses this spelling. I give you this counterexample from 1876, where several other words are spelled with "hv-" (hvad, hvarifrån, hvilka), but "vener" is spelled without hv. --LA2 (talk) 06:10, 7 February 2016 (UTC)
 * The definition line says "Obsolete spelling". Obsolete means no longer used. So the entry is accurate by your own admission, right? Taken back. Let us see whether we can find attesting quotations. . --Dan Polansky (talk) 08:41, 7 February 2016 (UTC)

 * If Dreysman thought this was an old spelling of the word for veins, it seems odd that he created the plural (*h)vener and not the singular (*h)ven. Köbler has hvener as an alt form of in Old Norse. Both capitalized and uncapitalized it also seems to exist as an obsolete spelling-and-typographical- variant of Hühner in (Old or Middle High) German. And it means something in Danish; Danish author Niels Birger Wamberg uses it in Mens tid er and Laurids Kristian Fahl uses it in Ordmagneten. I haven't seen Swedish uses of it. - -sche (discuss) 09:22, 7 February 2016 (UTC)

 * , are either of you familiar with this in Swedish? As I wrote above, "If Dreysman thought this was an old spelling of the word for veins, it seems odd that he created the plural (*h)vener and not the singular (*h)ven", so perhaps it doesn't mean "veins" but something else. ("Veins", i.e. "vener", has apparently never been spelled with an 'h', according to LA2's comment above.)
 * , any idea what this means in Danish (if anything)? It's used by Niels Birger Wamberg and Laurids Kristian Fahl in some books.
 * - -sche (discuss) 02:29, 6 April 2016 (UTC)
 * Well, hvener is the plural form of the noun hvene (the grass species Agrostis) (Swedish ven, Norwegian kvein, English whin) or the non-past form of the verb hvene, which seems to be a (non-standard?) variation of vene, cognate to German weinen. Can't quite exactly see how it relates to this, though. Mulder1982 (talk) 08:27, 6 April 2016 (UTC)
 * I have personally not come across this form. I looked it up in an old version of SAOB and I couldn't find neither hven nor hvener. However, a Swedish Wikipedia article (here) lists hvener meaning "grass" (and let's not forget Hven, the old spelling of Ven – an island in the Øresund strait), but also mentions that ven(er) ("vein(s)") was spelled without h even before the spelling reform. --Robbie SWE (talk) 09:56, 6 April 2016 (UTC)
 * Without knowing any Swedish, I wouldn't a priori expect a loanword from Latin to ever have been spelled hv-. —Aɴɢʀ (talk) 10:08, 6 April 2016 (UTC)
 * I've come late to this discussion, so excuse me if I've missed something already said. A few points of clarification:
 * The present day Swedish word "ven" has two meanings:
 * a vein (blood vessel)
 * Agrostis or bentgrass (a genus of grasses)
 * SAOB is the grand dictionary of the Swedish Academy; it would be the place to go, as mentions, but the problem is that the SAOB only covers the letters A to TÖVLA at the present moment; the V part hasn't been completed yet. So that doesn't help us.
 * The Swedish Academy also publishes a "word list of the Swedish language", SAOL, and allows for a comparative historical search of different editions of this list and a similar earlier work. Such a search shows that in the lexicographical works of 1853, 1874, 1889 and 1900 there was a word "hven". Reading the corresponding entries, this spelling only refers to the genus of grasses. In 1900 the word "ven" (meaning "vein") appears alongside "hven". In later editions, the two words are both spelled "ven".
 * Thus it seems that in 18th century Swedish the word "ven" (meaning bentgrass) was indeed spelled "hven" and could theoretically have a plural "hvener" ("bentgrasses"), although some of the entries say that the word is only used in the singular.
 * It also appears that the word "ven" (meaning vein) was never spelled "hven", which makes sense as it is a comparatively recent loan from Latin "vena" (as notes), and so there's no source for the h- (except by confusion).
 * As for Danish, the two occurrences that mentions both seem to refer to a plural of "hvene", a Danish cognate of the above-mentioned Swedish word for "bentgrass", as  (hei Johan Petur!) mentions. Personally I don't remember ever having come across the word, and the two occurrences in fact mention that hardly anyone knows the meaning of that word.
 * —Pinnerup (talk) 21:56, 8 April 2016 (UTC)
 * that's very informative; thank you! I've added the "bentgrass" sense to ven and added hven with two citations. However, I haven't found any citations of the plural. This has some info on the etymology. - -sche (discuss) 23:07, 8 April 2016 (UTC)

 * RFV-failed (Swedish entry), per the discussion above. The word is plausible — the singular hven does exist and hvener would be the expected plural — but apparently unattested. - -sche (discuss) 22:02, 17 April 2016 (UTC)

title: Talk:hvener


text:
autonkori

Noun

 * 1) automobile body

title: autonkori


text:
fulaing

Etymology
From.

Verb

 * 1)  bear put up with, endure, suffer, tolerate
 * 2)  support
 * 3) sustain
 * 4) maintain, provide for

title: fulaing


text: boksølet

title: boksølet


text:
وصية

Noun

 * 1) will, testament, bequest
 * 2) commandment, injunction, bidding, ordinance
 * 1) commandment, injunction, bidding, ordinance

Descendants

 * Kurdish:
 * Kurdish:
 * Kurdish:
 * Kurdish:
 * Kurdish:
 * Kurdish:
 * Kurdish:
 * Kurdish:
 * Kurdish:
 * Kurdish:

title: وصية


text:
autopankki

Noun

 * 1) drive-in bank, drive-thru bank

title: autopankki


text:
sekspakning

Etymology
From, after.

Noun

 * 1) a six-pack

Etymology
From, after.

Noun

 * 1) a six-pack

title: sekspakning


text: Category:Japanese terms spelled with 承 read as じょう


text: Category:Japanese terms spelled with 貞 read as じょう


text:
tulaj

Etymology
.

Noun

 * 1)  owner one who owns

title: tulaj


text: hozzászólástól

title: hozzászólástól


text:
honvédség

Noun

 * 1) army

title: honvédség


text: sekspakninga

title: sekspakninga


text: unpenalised

title: unpenalised


text: sekspakningen

title: sekspakningen


text: sekspakninger

title: sekspakninger


text:
trágár

Etymology
Borrowing from, specifically from , compare.

Adjective

 * 1) obscene, ribald, indecent, smutty

title: trágár


text: failsafes

title: failsafes


text: sekspakningene

title: sekspakningene


text: sekspakningar

title: sekspakningar


text: sekspakningane

title: sekspakningane


text:
Module:fo-noun/data-f

local decl = {}

decl["f1"] = { params = { [1] = {},		},	singular = function(args, data) data.forms["nom_sg"] = {args[1] .. "a"} data.forms["nom_sg_def"] = {args[1] .. "an"}

data.forms["acc_sg"] = {args[1] .. "u"} data.forms["acc_sg_def"] = {args[1] .. "una"} data.forms["dat_sg"] = {args[1] .. "u"} data.forms["dat_sg_def"] = {args[1] .. "uni"} data.forms["gen_sg"] = {args[1] .. "u"} data.forms["gen_sg_def"] = {args[1] .. "unnar"} end, plural = function(args, data) data.forms["nom_pl"] = {args[1] .. "ur"} data.forms["nom_pl_def"] = {args[1] .. "urnar"} data.forms["acc_pl"] = {args[1] .. "ur"} data.forms["acc_pl_def"] = {args[1] .. "urnar"} data.forms["dat_pl"] = {args[1] .. "um"} data.forms["dat_pl_def"] = {args[1] .. "unum"} data.forms["gen_pl"] = {args[1] .. "a"} data.forms["gen_pl_def"] = {args[1] .. "anna"} end } setmetatable(decl["f1"], {__call = function(self, args, data)	data.decl_type = "f1"	self.singular(args, data)	self.plural(args, data) end })

decl["f1-p"] = { params = { [1] = {},		}, } setmetatable(decl["f1-p"], {__call = function(self, args, data)	decl["f1"].plural(args, data)	data.info = " (plural only)"	data.decl_type = "f1p"	data.defective = "p" end })

decl["f1-s"] = { params = { [1] = {},		}, } setmetatable(decl["f1-s"], {__call = function(self, args, data)	decl["f1"].singular(args, data)	data.info = " (singular only)"	data.decl_type = "f1s"	data.defective = "s" end })

decl["f1-s-def"] = { params = { [1] = {},		}, } setmetatable(decl["f1-s-def"], {__call = function(self, args, data)	decl["f1"].singular(args, data)	data.info = " (singular definite only)"	data.decl_type = "f1s def"	data.defective = "s_def" end })

decl["f1-s-f6-p"] = { params = { [1] = {},		}, } setmetatable(decl["f1-s-f6-p"], {__call = function(self, args, data)	decl["f1"].singular(args, data)	decl["f2"].plural(args, data)			data.decl_type = "f1s/f6p"	data.forms["nom_pl"] = {args[1] .. "ar"}	data.forms["nom_pl_def"] = {args[1] .. "arnar"}	data.forms["acc_pl"] = {args[1] .. "ar"}	data.forms["acc_pl_def"] = {args[1] .. "arnar"} end })

decl["f1-s-indef"] = { params = { [1] = {},		}, } setmetatable(decl["f1-s-indef"], {__call = function(self, args, data)	decl["f1"].singular(args, data)	data.info = " (singular indefinite only)"	data.decl_type = "f1s indef"	data.defective = "s_indef" end })

decl["f2"] = { params = { [1] = {},		},	singular = function(args, data) data.forms["nom_sg"] = {args[1]} data.forms["nom_sg_def"] = {args[1] .. "in"}

data.forms["acc_sg"] = {args[1]} data.forms["acc_sg_def"] = {args[1] .. "ina"} data.forms["dat_sg"] = {args[1]} data.forms["dat_sg_def"] = {args[1] .. "ini"} data.forms["gen_sg"] = {args[1] .. "ar"} data.forms["gen_sg_def"] = {args[1] .. "arinnar"} end, plural = function(args, data) data.forms["nom_pl"] = {args[1] .. "ir"} data.forms["nom_pl_def"] = {args[1] .. "irnar"} data.forms["acc_pl"] = {args[1] .. "ir"} data.forms["acc_pl_def"] = {args[1] .. "irnar"} data.forms["dat_pl"] = {args[1] .. "um"} data.forms["dat_pl_def"] = {args[1] .. "unum"} data.forms["gen_pl"] = {args[1] .. "a"} data.forms["gen_pl_def"] = {args[1] .. "anna"} end } setmetatable(decl["f2"], {__call = function(self, args, data)	data.info = ""	data.decl_type = "f2"	self.singular(args, data)	self.plural(args, data) end })

decl["f2 (á)"] = { params = { [1] = {},		}, } setmetatable(decl["f2 (á)"], {__call = function(self, args, data)	decl["f2"](args, data)	data.decl_type = "f2 (á)"	data.forms["acc_sg_def"] = {args[1] .. "nna"}	data.forms["dat_sg_def"] = {args[1] .. "nni"} end })

decl["f2-p"] = { params = { [1] = {},		}, } setmetatable(decl["f2-p"], {__call = function(self, args, data)	decl["f2"].plural(args, data)	data.info = " (plural only)"	data.decl_type = "f2p"	data.defective = "p" end })

decl["f2-s"] = { params = { [1] = {},		}, } setmetatable(decl["f2-s"], {__call = function(self, args, data)	decl["f2"].singular(args, data)	data.info = " (singular only)"	data.decl_type = "f2s"	data.defective = "s" end })

decl["f2-skrá"] = { params = { [1] = {},		},

} setmetatable(decl["f2-skrá"], {__call = function(self, args, data)	decl["f2"](args, data)	data.decl_type = "f2 (skrá)"	data.forms["dat_sg_def"] = {args[1] .. "nni"} end })

decl["f3"] = { params = { [1] = {},		[2] = {},		[3] = {},		[4] = {},		},	singular = function(args, data) data.forms["nom_sg"] = {args[1] .. args[2] .. args[3]} data.forms["nom_sg_def"] = {args[1] .. args[2] .. args[3] .. "in"}

data.forms["acc_sg"] = {args[1] .. args[2] .. args[3]} data.forms["acc_sg_def"] = {args[1] .. args[2] .. args[3] .. "ina"} data.forms["dat_sg"] = {args[1] .. args[2] .. args[3]} data.forms["dat_sg_def"] = {args[1] .. args[2] .. args[3] .. "ini"} data.forms["gen_sg"] = {args[1] .. args[4] .. args[3] .. "ar"} data.forms["gen_sg_def"] = {args[1] .. args[4] .. args[3] .. "arinnar"} end, plural = function(args, data) data.forms["nom_pl"] = {args[1] .. args[4] .. args[3] .. "ir"} data.forms["nom_pl_def"] = {args[1] .. args[4] .. args[3] .. "irnar"} data.forms["acc_pl"] = {args[1] .. args[4] .. args[3] .. "ir"} data.forms["acc_pl_def"] = {args[1] .. args[4] .. args[3] .. "irnar"} data.forms["dat_pl"] = {args[1] .. args[2] .. args[3] .. "um", args[1] .. args[4] .. args[3] .. "um"} data.forms["dat_pl_def"] = {args[1] .. args[2] .. args[3] .. "unum", args[1] .. args[4] .. args[3] .. "unum"} data.forms["gen_pl"] = {args[1] .. args[4] .. args[3] .. "a"} data.forms["gen_pl_def"] = {args[1] .. args[4] .. args[3] .. "anna"} end } setmetatable(decl["f3"], {__call = function(self, args, data)	data.decl_type = "f3"	self.singular(args, data)	self.plural(args, data) end })

decl["f3-s"] = { params = { [1] = {},		[2] = {},		[3] = {},		[4] = {},		}, } setmetatable(decl["f3-s"], {__call = function(self, args, data)	decl["f3"].singular(args, data)	data.info = " (singular only)"	data.decl_type = "f3s"	data.defective = "s" end })

decl["f4"] = { params = { [1] = {},		[2] = {},		[3] = {},		[4] = {},		}, } setmetatable(decl["f4"], {__call = function(self, args, data)	decl["f3"](args, data)	data.decl_type = "f4"	data.forms["dat_pl"] = {args[1] .. args[2] .. args[3] .. "um"}	data.forms["dat_pl_def"] = {args[1] .. args[2] .. args[3] .. "unum"} end })

decl["f5"] = { params = { [1] = {},		[2] = {},		[3] = {},		}, } setmetatable(decl["f5"], {__call = function(self, args, data)	decl["f4"](args, data)	data.decl_type = "f5"	data.forms["nom_pl"] = {args[1] .. args[2] .. args[3] .. "ir"}	data.forms["nom_pl_def"] = {args[1] .. args[2] .. args[3] .. "irnar"}	data.forms["acc_pl"] = {args[1] .. args[2] .. args[3] .. "ir"}	data.forms["acc_pl_def"] = {args[1] .. args[2] .. args[3] .. "irnar"} end })

-- This pattern seems to be completely superfluous decl["f5-s"] = { params = { [1] = {},		[2] = {},		[3] = {},		}, } setmetatable(decl["f5-s"], {__call = function(self, args, data)	decl["f3-s"](args, data)	data.decl_type = "f5s" end })

decl["f6"] = { params = { [1] = {},		}, } setmetatable(decl["f6"], {__call = function(self, args, data)	decl["f2"].singular(args, data)	data.decl_type = "f6"	data.defective = "s"	data.forms["nom_pl"] = {args[1] .. "ar"}	data.forms["nom_pl_def"] = {args[1] .. "arnar"}	data.forms["acc_pl"] = {args[1] .. "ar"}	data.forms["acc_pl_def"] = {args[1] .. "arnar"} end })

decl["f6-oyggj"] = { params = { [1] = {},		}, } setmetatable(decl["f6-oyggj"], {__call = function(self, args, data)	data.decl_type = "f6-oyygj"	data.forms["nom_sg"] = {args[1] .. "ggj"}	data.forms["nom_sg_def"] = {args[1] .. "ggin"}	data.forms["nom_pl"] = {args[1] .. "ggjar"}	data.forms["nom_pl_def"] = {args[1] .. "ggjarnar"}

data.forms["acc_sg"] = {args[1] .. "ggj"} data.forms["acc_sg_def"] = {args[1] .. "nna"} data.forms["acc_pl"] = {args[1] .. "ggjar"} data.forms["acc_pl_def"] = {args[1] .. "ggjarnar"} data.forms["dat_sg"] = {args[1] .. "ggj"} data.forms["dat_sg_def"] = {args[1] .. "nni"} data.forms["dat_pl"] = {args[1] .. "ggjum"} data.forms["dat_pl_def"] = {args[1] .. "ggjunum"} data.forms["gen_sg"] = {args[1] .. "ggjar"} data.forms["gen_sg_def"] = {args[1] .. "ggjarinnar"} data.forms["gen_pl"] = {args[1] .. "ggja"} data.forms["gen_pl_def"] = {args[1] .. "ggjanna"} end })

-- This pattern seems to be completely superfluous decl["f6-s"] = { params = { [1] = {},		[2] = {},		[3] = {},		}, } setmetatable(decl["f6-s"], {__call = function(self, args, data)	decl["f2-s"](args, data)	data.decl_type = "f6s" end })

decl["f7"] = { params = { [1] = {},		[2] = {},		[3] = {},		},

} setmetatable(decl["f7"], {__call = function(self, args, data)	decl["f3"](args, data)	data.decl_type = "f7"	data.forms["nom_pl"] = {args[1] .. args[4] .. args[3] .. "ar"}	data.forms["nom_pl_def"] = {args[1] .. args[4] .. args[3] .. "arnar"}	data.forms["acc_pl"] = {args[1] .. args[4] .. args[3] .. "ar"}	data.forms["acc_pl_def"] = {args[1] .. args[4] .. args[3] .. "arnar"} end })

decl["f8"] = { params = { [1] = {},		}, } setmetatable(decl["f8"], {__call = function(self, args, data)	data.decl_type = "f8"	data.forms["nom_sg"] = {args[1]}	data.forms["nom_sg_def"] = {args[1] .. "in"}	data.forms["nom_pl"] = {args[1] .. "jar"}	data.forms["nom_pl_def"] = {args[1] .. "jarnar"}

data.forms["acc_sg"] = {args[1]} data.forms["acc_sg_def"] = {args[1] .. "ina"} data.forms["acc_pl"] = {args[1] .. "jar"} data.forms["acc_pl_def"] = {args[1] .. "jarnar"} data.forms["dat_sg"] = {args[1]} data.forms["dat_sg_def"] = {args[1] .. "ini"} data.forms["dat_pl"] = {args[1] .. "jum"} data.forms["dat_pl_def"] = {args[1] .. "junum"} data.forms["gen_sg"] = {args[1] .. "jar"} data.forms["gen_sg_def"] = {args[1] .. "jarinnar"} data.forms["gen_pl"] = {args[1] .. "ja"} data.forms["gen_pl_def"] = {args[1] .. "janna"} end })

decl["f9"] = { params = { [1] = {},		[2] = {},		}, } setmetatable(decl["f9"], {__call = function(self, args, data)	data.decl_type = "f9"	data.forms["nom_sg"] = {args[1] .. "o" .. args[2]}	data.forms["nom_sg_def"] = {args[1] .. "o" .. args[2] .. "in"}	data.forms["nom_pl"] = {args[1] .. "e" .. args[2] .. "ur"}	data.forms["nom_pl_def"] = {args[1] .. "e" .. args[2] .. "urnar"}

data.forms["acc_sg"] = {args[1] .. "o" .. args[2]} data.forms["acc_sg_def"] = {args[1] .. "o" .. args[2] .. "ina"} data.forms["acc_pl"] = {args[1] .. "e" .. args[2] .. "ur"} data.forms["acc_pl_def"] = {args[1] .. "e" .. args[2] .. "urnar"} data.forms["dat_sg"] = {args[1] .. "o" .. args[2]} data.forms["dat_sg_def"] = {args[1] .. "o" .. args[2] .. "ini"} data.forms["dat_pl"] = {args[1] .. "o" .. args[2] .. "um"} data.forms["dat_pl_def"] = {args[1] .. "o" .. args[2] .. "unum"} data.forms["gen_sg"] = {args[1] .. "a" .. args[2] .. "ar"} data.forms["gen_sg_def"] = {args[1] .. "a" .. args[2] .. "arinnar"} data.forms["gen_pl"] = {args[1] .. "a" .. args[2] .. "a"} data.forms["gen_pl_def"] = {args[1] .. "a" .. args[2] .. "anna"} end })

decl["f10"] = { params = { [1] = {},		[2] = {},		}, } setmetatable(decl["f10"], {__call = function(self, args, data)	decl["f9"](args, data)	data.decl_type = "f10"	data.forms["gen_sg"] = {args[1] .. "o" .. args[2] .. "ar"}	data.forms["gen_sg_def"] = {args[1] .. "o" .. args[2] .. "arinnar"}	data.forms["gen_pl"] = {args[1] .. "o" .. args[2] .. "a"}	data.forms["gen_pl_def"] = {args[1] .. "o" .. args[2] .. "anna"} end })

decl["f11"] = { params = { [1] = {},		[2] = {},		[3] = {},		[4] = {},		[5] = {},		}, } setmetatable(decl["f11"], {__call = function(self, args, data)	data.decl_type = "f11"	data.forms["nom_sg"] = {args[1] .. args[2] .. args[3]}	data.forms["nom_sg_def"] = {args[1] .. args[2] .. args[3] .. "in"}	data.forms["nom_pl"] = {args[1] .. args[4] .. args[3] .. "ir", args[1] .. args[5] .. args[3] .. "ur"}	data.forms["nom_pl_def"] = {args[1] .. args[4] .. args[3] .. "irnar", args[1] .. args[5] .. args[3] .. "urnar"}

data.forms["acc_sg"] = {args[1] .. args[2] .. args[3]} data.forms["acc_sg_def"] = {args[1] .. args[2] .. args[3] .. "ina"} data.forms["acc_pl"] = {args[1] .. args[4] .. args[3] .. "ir", args[1] .. args[5] .. args[3] .. "ur"} data.forms["acc_pl_def"] = {args[1] .. args[4] .. args[3] .. "irnar", args[1] .. args[5] .. args[3] .. "urnar"} data.forms["dat_sg"] = {args[1] .. args[2] .. args[3]} data.forms["dat_sg_def"] = {args[1] .. args[2] .. args[3] .. "ini"} data.forms["dat_pl"] = {args[1] .. args[4] .. args[3] .. "jum"} data.forms["dat_pl_def"] = {args[1] .. args[4] .. args[3] .. "junum"} data.forms["gen_sg"] = {args[1] .. args[4] .. args[3] .. "jar", args[1] .. args[2] .. args[3] .. "ar"} data.forms["gen_sg_def"] = {args[1] .. args[4] .. args[3] .. "jarrinar", args[1] .. args[2] .. args[3] .. "arinnar"} data.forms["gen_pl"] = {args[1] .. args[4] .. args[3] .. "ja"} data.forms["gen_pl_def"] = {args[1] .. args[4] .. args[3] .. "janna"} end })

decl["f12"] = { params = { [1] = {},		[2] = {},		[3] = {},		[4] = {},		},	singular = function(args, data) data.forms["nom_sg"] = {args[1] .. args[2] .. args[3]} data.forms["nom_sg_def"] = {args[1] .. args[2] .. args[3] .. "in"} data.forms["acc_sg"] = {args[1] .. args[2] .. args[3]} data.forms["acc_sg_def"] = {args[1] .. args[2] .. args[3] .. "ina"} data.forms["dat_sg"] = {args[1] .. args[2] .. args[3]} data.forms["dat_sg_def"] = {args[1] .. args[2] .. args[3] .. "ini"} data.forms["gen_sg"] = {args[1] .. args[2] .. args[3] .. "ar"} data.forms["gen_sg_def"] = {args[1] .. args[2] .. args[3] .. "arinnar"} end, plural = function(args, data) data.forms["nom_pl"] = {args[1] .. args[4] .. args[3] .. "ur"} data.forms["nom_pl_def"] = {args[1] .. args[4] .. args[3] .. "urnar"} data.forms["acc_pl"] = {args[1] .. args[4] .. args[3] .. "ur"} data.forms["acc_pl_def"] = {args[1] .. args[4] .. args[3] .. "urnar"} data.forms["dat_pl"] = {args[1] .. args[2] .. args[3] .. "um"} data.forms["dat_pl_def"] = {args[1] .. args[2] .. args[3] .. "unum"} data.forms["gen_pl"] = {args[1] .. args[2] .. args[3] .. "a"} data.forms["gen_pl_def"] = {args[1] .. args[2] .. args[3] .. "anna"} end } setmetatable(decl["f12"], {__call = function(self, args, data)	data.decl_type = "f12"	self.singular(args, data)	self.plural(args, data) end })

decl["f12-s"] = { params = { [1] = {},		[2] = {},		[3] = {},		}, } setmetatable(decl["f12-s"], {__call = function(self, args, data)	decl["f12"].singular(args, data)	data.info = " (singular only)"	data.decl_type = "f12s"	data.defective = "s" end })

decl["f13"] = { params = { [1] = {},		[2] = {},		[3] = {},		[4] = {},		[5] = {},		}, } setmetatable(decl["f13"], {__call = function(self, args, data)	decl["f12"](args, data)	data.decl_type = "f13"	data.forms["gen_sg"] = {args[1] .. args[5] .. args[3] .. "ar"}	data.forms["gen_sg_def"] = {args[1] .. args[5] .. args[3] .. "arinnar"}	data.forms["gen_pl"] = {args[1] .. args[5] .. args[3] .. "a"}	data.forms["gen_pl_def"] = {args[1] .. args[5] .. args[3] .. "anna"} end })

decl["f14"] = { params = { [1] = {},		[2] = {},		[3] = {},		[4] = {},		}, } setmetatable(decl["f14"], {__call = function(self, args, data)	data.decl_type = "f14"

data.forms["nom_sg"] = {args[1] .. args[2] .. args[3] .. args[3]} data.forms["nom_sg_def"] = {args[1] .. args[2] .. args[3] .. args[3] .. "in"} data.forms["nom_pl"] = {args[1] .. args[4] .. args[3] .. "ur"} data.forms["nom_pl_def"] = {args[1] .. args[4] .. args[3] .. "urnar"}

data.forms["acc_sg"] = {args[1] .. args[2] .. args[3] .. args[3]} data.forms["acc_sg_def"] = {args[1] .. args[2] .. args[3] .. args[3] .. "ina"} data.forms["acc_pl"] = {args[1] .. args[4] .. args[3] .. "ur"} data.forms["acc_pl_def"] = {args[1] .. args[2] .. args[3] .. args[3] .. "urnar"} data.forms["dat_sg"] = {args[1] .. args[2] .. args[3] .. args[3]} data.forms["dat_sg_def"] = {args[1] .. args[2] .. args[3] .. args[3] .. "ini"} data.forms["dat_pl"] = {args[1] .. args[2] .. args[3] .. args[3] .. "um"} data.forms["dat_pl_def"] = {args[1] .. args[2] .. args[3] .. args[3] .. "unum"} data.forms["gen_sg"] = {args[1] .. args[2] .. args[3] .. args[3] .. "ar"} data.forms["gen_sg_def"] = {args[1] .. args[2] .. args[3] .. args[3] .. "arinnar"} data.forms["gen_pl"] = {args[1] .. args[2] .. args[3] .. args[3] .. "a"} data.forms["gen_pl_def"] = {args[1] .. args[2] .. args[3] .. args[3] .. "anna"} end })

decl["f15"] = { params = { [1] = {},		[2] = {},		[3] = {},		[4] = {},		[5] = {},		}, } setmetatable(decl["f15"], {__call = function(self, args, data)	decl["f13"](args, data)	data.decl_type = "f15"	data.forms["nom_pl"] = {args[1] .. args[4] .. args[3]}	data.forms["nom_pl_def"] = {args[1] .. args[4] .. args[3] .. "inar"}	data.forms["acc_pl"] = {args[1] .. args[4] .. args[3]}	data.forms["acc_pl_def"] = {args[1] .. args[4] .. args[3] .. "inar"} end })

decl["f16"] = { params = { [1] = {},		[2] = {},		[3] = {},		[4] = {},		}, } setmetatable(decl["f16"], {__call = function(self, args, data)	data.decl_type = "f16"	data.forms["nom_sg"] = {args[1] .. args[2] .. args[3]}	data.forms["nom_sg_def"] = {args[1] .. args[2] .. args[3] .. "in"}	data.forms["nom_pl"] = {args[1] .. args[4] .. args[3]}	data.forms["nom_pl_def"] = {args[1] .. args[4] .. args[3] .. "nar"}	data.forms["acc_sg"] = {args[1] .. args[2] .. args[3]}	data.forms["acc_sg_def"] = {args[1] .. args[2] .. args[3] .. "ina"}	data.forms["acc_pl"] = {args[1] .. args[4] .. args[3]}	data.forms["acc_pl_def"] = {args[1] .. args[4] .. args[3] .. "nar"}	data.forms["dat_sg"] = {args[1] .. args[2] .. args[3]}	data.forms["dat_sg_def"] = {args[1] .. args[2] .. args[3] .. "ini"}	data.forms["dat_pl"] = {args[1] .. args[2] .. args[3] .. "um"}	data.forms["dat_pl_def"] = {args[1] .. args[2] .. args[3] .. "unum", args[1] .. args[4] .. args[3] .. "num"} data.forms["gen_sg"] = {args[1] .. args[2] .. args[3] .. "ar"} data.forms["gen_sg_def"] = {args[1] .. args[2] .. args[3] .. "arinnar"} data.forms["gen_pl"] = {args[1] .. args[2] .. args[3] .. "a"} data.forms["gen_pl_def"] = {args[1] .. args[2] .. args[3] .. "anna"} end })

decl["f17"] = { params = { [1] = {},		[2] = {},		},

} setmetatable(decl["f17"], {__call = function(self, args, data)	data.decl_type = "f17"	data.forms["nom_sg"] = {args[1] .. "u" .. args[2]}	data.forms["nom_sg_def"] = {args[1] .. "u" .. args[2] .. "in"}	data.forms["nom_pl"] = {args[1] .. args[2] .. "ar"}	data.forms["nom_pl_def"] = {args[1] .. args[2] .. "arnar"}

data.forms["acc_sg"] = {args[1] .. "u" .. args[2]} data.forms["acc_sg_def"] = {args[1] .. args[2] .. "ina"} data.forms["acc_pl"] = {args[1] .. args[2] .. "ar"} data.forms["acc_pl_def"] = {args[1] .. args[2] .. "arnar"} data.forms["dat_sg"] = {args[1] .. "u" .. args[2]} data.forms["dat_sg_def"] = {args[1] .. args[2] .. "ini"} data.forms["dat_pl"] = {args[1] .. args[2] .. "um"} data.forms["dat_pl_def"] = {args[1] .. args[2] .. "unum"} data.forms["gen_sg"] = {args[1] .. args[2] .. "ar"} data.forms["gen_sg_def"] = {args[1] .. args[2] .. "arinnar"} data.forms["gen_pl"] = {args[1] .. args[2] .. "a"} data.forms["gen_pl_def"] = {args[1] .. args[2] .. "anna"} end })

decl["f18"] = { params = { [1] = {},		[2] = {},		}, } setmetatable(decl["f18"], {__call = function(self, args, data)	decl["f17"](args, data)	data.decl_type = "f18"	data.forms["gen_sg"] = {args[1] .. "a" .. args[2]}	data.forms["gen_sg_def"] = {args[1] .. "a" .. args[2] .. "innar"} end })

decl["f19"] = { params = { [1] = {},		[2] = {},		[3] = {},		[4] = {},		[5] = {},		}, } setmetatable(decl["f19"], {__call = function(self, args, data)	data.decl_type = "f19"	data.forms["nom_sg"] = {args[1] .. args[2] .. args[3] .. "u" .. args[4]}	data.forms["nom_sg_def"] = {args[1] .. args[2] .. args[3] .. "u" .. args[4] .. "in"}	data.forms["nom_pl"] = {args[1] .. args[5] .. args[3] .. args[4] .. "ar"}	data.forms["nom_pl_def"] = {args[1] .. args[5] .. args[3] .. args[4] .. "arnar"}

data.forms["acc_sg"] = {args[1] .. args[2] .. args[3] .. "u" .. args[4]} data.forms["acc_sg_def"] = {args[1] .. args[2] .. args[3] .. args[4] .. "ina"} data.forms["acc_pl"] = {args[1] .. args[5] .. args[3] .. args[4] .. "ar"} data.forms["acc_pl_def"] = {args[1] .. args[5] .. args[3] .. args[4] .. "arnar"} data.forms["dat_sg"] = {args[1] .. args[2] .. args[3] .. "u" .. args[4]} data.forms["dat_sg_def"] = {args[1] .. args[2] .. args[3] .. args[4] .. "ini"} data.forms["dat_pl"] = {args[1] .. args[2] .. args[3] .. args[4] .. "um", args[1] .. args[5] .. args[3] .. args[4] .. "um"} data.forms["dat_pl_def"] = {args[1] .. args[2] .. args[3] .. args[4] .. "unum", args[1] .. args[5] .. args[3] .. args[4] .. "unum"} data.forms["gen_sg"] = {args[1] .. args[5] .. args[3] .. args[4] .. "ar"} data.forms["gen_sg_def"] = {args[1] .. args[5] .. args[3] .. args[4] .. "arinnar"} data.forms["gen_pl"] = {args[1] .. args[5] .. args[3] .. args[4] .. "a"} data.forms["gen_pl_def"] = {args[1] .. args[5] .. args[3] .. args[4] .. "anna"} end })

--Special case pattern: ær decl["f20"] = { params = { [1] = {},		[2] = {},		[3] = {},		}, } setmetatable(decl["f20"], {__call = function(self, args, data)	data.decl_type = "f20"	data.forms["nom_sg"] = {args[1]}	data.forms["nom_sg_def"] = {args[1] .. "in"}	data.forms["nom_pl"] = {args[1]}	data.forms["nom_pl_def"] = {args[1] .. "nar"}

data.forms["acc_sg"] = {args[1]} data.forms["acc_sg_def"] = {args[1] .. "ina"} data.forms["acc_pl"] = {args[1]} data.forms["acc_pl_def"] = {args[1] .. "nar"} data.forms["dat_sg"] = {args[1]} data.forms["dat_sg_def"] = {args[1] .. "ini"} data.forms["dat_pl"] = {args[2] .. "m"} data.forms["dat_pl_def"] = {args[2] .. "num"} data.forms["gen_sg"] = {args[1]} data.forms["gen_sg_def"] = {args[1] .. "innar"} data.forms["gen_pl"] = {args[3] .. "a"} data.forms["gen_pl_def"] = {args[3] .. "anna"} end })

decl["f21"] = { params = { [1] = {},		[2] = {},		[3] = {},		[4] = {},		}, } setmetatable(decl["f21"], {__call = function(self, args, data)	data.decl_type = "f21"	data.forms["nom_sg"] = {args[1] .. args[2] .. args[3]}	data.forms["nom_sg_def"] = {args[1] .. args[2] .. args[3] .. "in"}	data.forms["nom_pl"] = {args[1] .. args[4] .. "ir"}	data.forms["nom_pl_def"] = {args[1] .. args[4] .. "irnar"}

data.forms["acc_sg"] = {args[1] .. args[2] .. args[3]} data.forms["acc_sg_def"] = {args[1] .. args[2] .. "nna"} data.forms["acc_pl"] = {args[1] .. args[4] .. "ir"} data.forms["acc_pl_def"] = {args[1] .. args[4] .. "irnar"} data.forms["dat_sg"] = {args[1] .. args[2] .. args[3]} data.forms["dat_sg_def"] = {args[1] .. args[2] .. "nni"} data.forms["dat_pl"] = {args[1] .. args[4] .. "um"} data.forms["dat_pl_def"] = {args[1] .. args[4] .. "unum"} data.forms["gen_sg"] = {args[1] .. args[4] .. "ar"} data.forms["gen_sg_def"] = {args[1] .. args[4] .. "arinnar"} data.forms["gen_pl"] = {args[1] .. args[4] .. "a"} data.forms["gen_pl_def"] = {args[1] .. args[4] .. "anna"} end })

decl["f22"] = { params = { [1] = {},		[2] = {},		[3] = {},		[4] = {},		}, } setmetatable(decl["f22"], {__call = function(self, args, data)	decl["f21"](args, data)	data.decl_type = "f22"	data.forms["nom_pl"] = {args[1] .. args[4] .. "ur"}	data.forms["nom_pl_def"] = {args[1] .. args[4] .. "rnar"}	data.forms["acc_pl"] = {args[1] .. args[4] .. "ur"}	data.forms["acc_pl_def"] = {args[1] .. args[4] .. "rnar"}	data.forms["dat_pl"] = {args[1] .. args[2] .. "m"}	data.forms["dat_pl_def"] = {args[1] .. args[2] .. "num"}	data.forms["gen_sg"] = {args[1] .. args[2] .. "ar"}	data.forms["gen_sg_def"] = {args[1] .. args[2] .. "arinnar"}	data.forms["gen_pl"] = {args[1] .. args[2] .. args[3] .. "a"}	data.forms["gen_pl_def"] = {args[1] .. args[2] .. args[3] .. "anna"} end })

decl["f23"] = { params = { [1] = {},		[2] = {},		[3] = {},		}, } setmetatable(decl["f23"], {__call = function(self, args, data)	data.decl_type = "f23"	data.forms["nom_sg"] = {args[1] .. args[2] .. args[3]}	data.forms["nom_sg_def"] = {args[1] .. args[2] .. args[3] .. "in"}	data.forms["nom_pl"] = {args[1] .. args[2] .. args[3] .. "ir"}	data.forms["nom_pl_def"] = {args[1] .. args[2] .. args[3] .. "irnar"}

data.forms["acc_sg"] = {args[1] .. args[2] .. args[3]} data.forms["acc_sg_def"] = {args[1] .. args[2] .. "nna"} data.forms["acc_pl"] = {args[1] .. args[2] .. args[3] .. "ir"} data.forms["acc_pl_def"] = {args[1] .. args[2] .. args[3] .. "irnar"} data.forms["dat_sg"] = {args[1] .. args[2] .. args[3]} data.forms["dat_sg_def"] = {args[1] .. args[2] .. "nni"} data.forms["dat_pl"] = {args[1] .. args[2] .. args[3] .. "um"} data.forms["dat_pl_def"] = {args[1] .. args[2] .. args[3] .. "unum"} data.forms["gen_sg"] = {args[1] .. args[2] .. "ar"} data.forms["gen_sg_def"] = {args[1] .. args[2] .. "arinnar"} data.forms["gen_pl"] = {args[1] .. args[2] .. args[3] .. "a"} data.forms["gen_pl_def"] = {args[1] .. args[2] .. args[3] .. "anna"} end })

decl["f24"] = { params = { [1] = {},		[2] = {},		[3] = {},		[4] = {},		}, } setmetatable(decl["f24"], {__call = function(self, args, data)	for i = 1, 4 do		if not args[i] then args[i] = "" end	end	data.decl_type = "f24"	data.forms["nom_sg"] = {args[1] .. args[2] .. args[3]}	data.forms["nom_sg_def"] = {args[1] .. args[2] .. args[3] .. "in"}	data.forms["nom_pl"] = {args[1] .. args[4] .. "r"}	data.forms["nom_pl_def"] = {args[1] .. args[4] .. "rnar"}

data.forms["acc_sg"] = {args[1] .. args[2] .. args[3]} data.forms["acc_sg_def"] = {args[1] .. args[2] .. "nna"} data.forms["acc_pl"] = {args[1] .. args[4] .. "r"} data.forms["acc_pl_def"] = {args[1] .. args[4] .. "rnar"} data.forms["dat_sg"] = {args[1] .. args[2] .. args[3]} data.forms["dat_sg_def"] = {args[1] .. args[2] .. "nni"} data.forms["dat_pl"] = {args[1] .. args[2] .. "m"} data.forms["dat_pl_def"] = {args[1] .. args[2] .. "num"} data.forms["gen_sg"] = {args[1] .. args[2] .. args[3] .. "ar"} data.forms["gen_sg_def"] = {args[1] .. args[2] .. args[3] .. "arinnar"} data.forms["gen_pl"] = {args[1] .. args[2] .. args[3] .. "a"} data.forms["gen_pl_def"] = {args[1] .. args[2] .. args[3] .. "anna"} end })

decl["f24-s"] = { params = { [1] = {},		[2] = {},		[3] = {},		[4] = {},		}, } setmetatable(decl["f24-s"], {__call = function(self, args, data)	decl["f24"](args, data)	data.info = " (singular only)"	data.decl_type = "f24s"	data.defective = "s" end })

-- This pattern appears to be completely superfluous decl["f25"] = { params = { [1] = {},		[2] = {},		[3] = {},		[4] = {},		}, } setmetatable(decl["f25"], {__call = function(self, args, data)	decl["f16"](args, data)	data.decl_type = "f25" end })

decl["f26"] = { params = { [1] = {},		[2] = {},		[3] = {},		[4] = {},		}, } setmetatable(decl["f26"], {__call = function(self, args, data)	data.decl_type = "f26"	data.forms["nom_sg"] = {args[1] .. args[2]}	data.forms["nom_sg_def"] = {args[1] .. args[2] .. "in"}	data.forms["nom_pl"] = {args[1] .. args[3] .. "r"}	data.forms["nom_pl_def"] = {args[1] .. args[3] .. "rnar"}

data.forms["acc_sg"] = {args[1] .. args[2]} data.forms["acc_sg_def"] = {args[1] .. args[2] .. "nna"} data.forms["acc_pl"] = {args[1] .. args[3] .. "r"} data.forms["acc_pl_def"] = {args[1] .. args[3] .. "rnar"} data.forms["dat_sg"] = {args[1] .. args[2]} data.forms["dat_sg_def"] = {args[1] .. args[2] .. "nni"} data.forms["dat_pl"] = {args[1] .. args[4] .. "m"} data.forms["dat_pl_def"] = {args[1] .. args[4] .. "num"} data.forms["gen_sg"] = {args[1] .. args[2] .. "ar"} data.forms["gen_sg_def"] = {args[1] .. args[2] .. "arinnar"} data.forms["gen_pl"] = {args[1] .. args[2] .. "a"} data.forms["gen_pl_def"] = {args[1] .. args[2] .. "anna"} end })

-- This pattern appears to be completely superfluous decl["f27"] = { params = { [1] = {},		[2] = {},		[3] = {},		[4] = {},		}, } setmetatable(decl["f27"], {__call = function(self, args, data)	decl["f12"](args, data)	data.decl_type = "f27" end })

decl["f28"] = { params = { [1] = {},		[2] = {},		[3] = {},		[4] = {},		}, } setmetatable(decl["f28"], {__call = function(self, args, data)	data.decl_type = "f28"	data.info = " (plural only)"	data.defective = "p"	data.forms["nom_pl"] = {args[1] .. args[2] .. args[3]}	data.forms["nom_pl_def"] = {args[1] .. args[2] .. args[3] .. "nar"}

data.forms["acc_pl"] = {args[1] .. args[2] .. args[3]} data.forms["acc_pl_def"] = {args[1] .. args[2] .. args[3] .. "nar"} data.forms["dat_pl"] = {args[1] .. args[4] .. args[3] .. "um"} data.forms["dat_pl_def"] = {args[1] .. args[4] .. args[3] .. "unum"} data.forms["gen_pl"] = {args[1] .. args[4] .. args[3] .. "a"} data.forms["gen_pl_def"] = {args[1] .. args[4] .. args[3] .. "anna"} end })

--Special case pattern: móðir and derivatives decl["f29"] = { params = { [1] = {},		[2] = {},		[3] = {},		[4] = {},		},	singular = function(args, data) data.forms["nom_sg"] = {args[1] .. args[2] .. args[3] .. "ir"} data.forms["nom_sg_def"] = {args[1] .. args[2] .. args[3] .. "irin"} data.forms["acc_sg"] = {args[1] .. args[2] .. args[3] .. "ur"} data.forms["acc_sg_def"] = {args[1] .. args[2] .. args[3] .. "urina"} data.forms["dat_sg"] = {args[1] .. args[2] .. args[3] .. "ur"} data.forms["dat_sg_def"] = {args[1] .. args[2] .. args[3] .. "urini"} data.forms["gen_sg"] = {args[1] .. args[2] .. args[3] .. "ur"} data.forms["gen_sg_def"] = {args[1] .. args[2] .. args[3] .. "urinnar"} end, plural = function(args, data) data.forms["nom_pl"] = {args[1] .. args[4] .. args[3] .. "ur"} data.forms["nom_pl_def"] = {args[1] .. args[4] .. args[3] .. "urnar"}

data.forms["acc_pl"] = {args[1] .. args[4] .. args[3] .. "ur"} data.forms["acc_pl_def"] = {args[1] .. args[4] .. args[3] .. "urnar"}

data.forms["dat_pl"] = {args[1] .. args[4] .. args[3] .. "rum"} data.forms["dat_pl_def"] = {args[1] .. args[4] .. args[3].. "rnum"} data.forms["gen_pl"] = {args[1] .. args[4] .. args[3] .. "ra"} data.forms["gen_pl_def"] = {args[1] .. args[4] .. args[3] .. "ranna"} end } setmetatable(decl["f29"], {__call = function(self, args, data)	data.decl_type = "f29"	self.singular(args, data)	self.plural(args, data) end })

-- Special case pattern: dóttir and derivatives decl["f30"] = { params = { [1] = {},		[2] = {},		[3] = {},		[4] = {},		}, } setmetatable(decl["f30"], {__call = function(self, args, data)	data.decl_type = "f30"	data.forms["nom_sg"] = {args[1] .. args[2] .. args[3] .. args[3] .. "ir"}	data.forms["nom_sg_def"] = {args[1] .. args[2] .. args[3] .. args[3] .. "irin"}	data.forms["acc_sg"] = {args[1] .. args[2] .. args[3] .. args[3] .. "ur"}	data.forms["acc_sg_def"] = {args[1] .. args[2] .. args[3] .. args[3] .. "rina"}	data.forms["dat_sg"] = {args[1] .. args[2] .. args[3] .. args[3] .. "ur"}	data.forms["dat_sg_def"] = {args[1] .. args[2] .. args[3] .. args[3] .. "rini"}	data.forms["gen_sg"] = {args[1] .. args[2] .. args[3] .. args[3] .. "ur"}	data.forms["gen_sg_def"] = {args[1] .. args[2] .. args[3] .. args[3] .. "urinnar"}	decl["f29"].plural(args, data) end })

-- Special case pattern: systir and derivatives decl["f31"] = { params = { [1] = {},		}, } setmetatable(decl["f31"], {__call = function(self, args, data)	data.decl_type = "f31"	data.forms["nom_sg"] = {args[1] .. "ir"}	data.forms["nom_sg_def"] = {args[1] .. "irin"}	data.forms["nom_pl"] = {args[1] .. "rar"}	data.forms["nom_pl_def"] = {args[1] .. "rarnar"}

data.forms["acc_sg"] = {args[1] .. "ur"} data.forms["acc_sg_def"] = {args[1] .. "rina"} data.forms["acc_pl"] = {args[1] .. "rar"} data.forms["acc_pl_def"] = {args[1] .. "rarnar"} data.forms["dat_sg"] = {args[1] .. "ur"} data.forms["dat_sg_def"] = {args[1] .. "rini"} data.forms["dat_pl"] = {args[1] .. "rum"} data.forms["dat_pl_def"] = {args[1] .. "runum"} data.forms["gen_sg"] = {args[1] .. "ur"} data.forms["gen_sg_def"] = {args[1] .. "urinnar"} data.forms["gen_pl"] = {args[1] .. "ra"} data.forms["gen_pl_def"] = {args[1] .. "ranna"} end })

decl["f32"] = { params = { [1] = {},		},	singular = function(args, data) data.forms["nom_sg"] = {args[1] .. "i"} data.forms["nom_sg_def"] = {args[1] .. "in"}

data.forms["acc_sg"] = {args[1] .. "i"} data.forms["acc_sg_def"] = {args[1] .. "ina"}

data.forms["dat_sg"] = {args[1] .. "i"} data.forms["dat_sg_def"] = {args[1] .. "ini"}

data.forms["gen_sg"] = {args[1] .. "ar"} data.forms["gen_sg_def"] = {args[1] .. "arinnar"} end, plural = function(args, data) data.forms["nom_pl"] = {args[1] .. "ar"} data.forms["nom_pl_def"] = {args[1] .. "arnar"} data.forms["acc_pl"] = {args[1] .. "ar"} data.forms["acc_pl_def"] = {args[1] .. "arnar"} data.forms["dat_pl"] = {args[1] .. "um"} data.forms["dat_pl_def"] = {args[1] .. "unum"} data.forms["gen_pl"] = {args[1] .. "a"} data.forms["gen_pl_def"] = {args[1] .. "anna"} end } setmetatable(decl["f32"], {__call = function(self, args, data)	data.decl_type = "f32"	self.singular(args, data)	self.plural(args, data) end })

decl["f32-p"] = { params = { [1] = {},		}, } setmetatable(decl["f32-p"], {__call = function(self, args, data)	decl["f32"].plural(args, data)	data.decl_type = "f32p"	data.info = " (plural only)"	data.defective = "p" end })

decl["f33"] = { params = { [1] = {},		},	singular = function(args, data) data.forms["nom_sg"] = {args[1]} data.forms["nom_sg_def"] = {args[1] .. "n"}

data.forms["acc_sg"] = {args[1]} data.forms["acc_sg_def"] = {args[1] .. "na"}

data.forms["dat_sg"] = {args[1]} data.forms["dat_sg_def"] = {args[1] .. "ni"}

data.forms["gen_sg"] = {args[1]} data.forms["gen_sg_def"] = {args[1] .. "nnar"} end, plural = function(args, data) data.forms["nom_pl"] = {args[1] .. "r"} data.forms["nom_pl_def"] = {args[1] .. "rnar"} data.forms["acc_pl"] = {args[1] .. "r"} data.forms["acc_pl_def"] = {args[1] .. "rnar"} --data.forms["dat_pl"] = {args[1] .. "um"} --data.forms["dat_pl_def"] = {args[1] .. "unum"} --data.forms["gen_pl"] = {args[1] .. "a"} --data.forms["gen_pl_def"] = {args[1] .. "anna"} end } setmetatable(decl["f33"], {__call = function(self, args, data)	data.decl_type = "f33"	data.info = " (defective)"	self.singular(args, data)	self.plural(args, data) end })

decl["f33-s"] = { params = { [1] = {},		}, } setmetatable(decl["f33-s"], {__call = function(self, args, data)	decl["f33"].singular(args, data)	data.decl_type = "f33s"	data.info = " (singular only)"	data.defective = "s" end })

decl["f34"] = { params = { [1] = {},		[2] = {},		[3] = {},		[4] = {},		}, } setmetatable(decl["f34"], {__call = function(self, args, data)	decl["f3"](args, data)	data.decl_type = "f34"	data.forms["dat_pl"] = {args[1] .. args[4] .. args[3] .. "um"}	data.forms["dat_pl_def"] = {args[1] .. args[4] .. args[3] .. "unum"}	data.forms["gen_sg"] = {args[1] .. args[2] .. args[3] .. "ar"}	data.forms["gen_sg_def"] = {args[1] .. args[2] .. args[3] .. "arinnar"} end })

return decl

title: Module:fo-noun/data-f


text: fail-safing

title: fail-safing


text: fail-safed

title: fail-safed


text: failsafing

title: failsafing


text: failsafed

title: failsafed


text:
удостоиться

Verb

 * 1) to be honoured/honored (with), to be awarded

title: удостоиться


text:
удостаиваться

Verb

 * 1) to be honoured/honored (with), to be awarded

title: удостаиваться


text:
уцепить

Verb

 * 1)  to grab

title: уцепить


text:
уцепиться

Verb

 * 1) to catch/lay hold (of), to seize (on), to grasp (at)

title: уцепиться


text:
спиться

Pronunciation

 * Homophones: спится
 * Homophones: спится

Verb

 * 1) to become a drunkard, to ruin oneself by drinking [with drink]

title: спиться


text:
спиваться

Pronunciation

 * Hompohones: спеваться
 * Hompohones: спеваться

Verb

 * 1) to become a drunkard, to ruin oneself by drinking [with drink]

title: спиваться


text:
вариться

Verb

 * 1) to be boiling/cooking

title: вариться


text:
свариться

Verb

 * 1) to become boiled/cooking
 * 2) to weld

title: свариться


text:
париться

Verb

 * 1) to take a steam bath
 * 2)  to be exposed to heat
 * 3)  to sweat (an issue), to languish (over), to fuss (over), to agonise (over), to be nervous (about)

title: париться


text:
докатиться

Verb

 * 1) to roll (to), to go rolling (to)
 * 2) to reach
 * 3)  (sounds) to roll, to thunder, to boom
 * 4)  to come down (to), to sink (into), to end up

title: докатиться


text:
докатываться

Verb

 * 1) to roll (to), to go rolling (to)
 * 2) to reach
 * 3)  (sounds) to roll, to thunder, to boom

title: докатываться


text:
выкатить

Verb

 * 1) to roll out, to wheel out
 * 2)  to drive/come out (swiftly)
 * 1)  to drive/come out (swiftly)
 * 1)  to drive/come out (swiftly)

title: выкатить


text:
выкатывать

Verb

 * 1) to roll out, to wheel out
 * 2)  to drive/come out (swiftly)
 * 1)  to drive/come out (swiftly)
 * 1)  to drive/come out (swiftly)

title: выкатывать


text:
выкатиться

Verb

 * 1) to roll out (of)
 * 2) to drive/come out (swiftly)

title: выкатиться


text:
выкатываться

Verb

 * 1) to roll out (of)
 * 2) to drive/come out (swiftly)

title: выкатываться


text:
просочиться

Verb

 * 1) to percolate, to leak, to ooze, to seep out, to exudate, to soak, to trickle (through), to filter
 * 2) to filter (into), to infiltrate (into)

title: просочиться


text:
просачиваться

Verb

 * 1) to percolate, to leak, to ooze, to seep out, to exudate, to soak, to trickle (through), to filter
 * 2) to filter (into), to infiltrate (into)

title: просачиваться


text:
выучиться

Verb

 * 1)  to learn, to study; to train for

Usage notes
implies a long or thorough process, culminating in a result.

title: выучиться


text:
выучиваться

Verb

 * 1)  to learn, to study; to train for
 * 2)  to graduate
 * 1)  to graduate

Usage notes
implies a long or thorough process, culminating in a result.

title: выучиваться


text:
выучивать

Verb

 * 1) to learn

title: выучивать


text: fuckskull

title: fuckskull


text:
отключиться

Verb

 * 1) to become disconnected, to switch off, to shut down
 * 2)  to go out (of it), to conk out, to flake out, to crash out
 * 1)  to go out (of it), to conk out, to flake out, to crash out

title: отключиться


text:
Reconstruction:Proto-Indo-Iranian/Hā́yu

Etymology
From.

Noun

 * 1) lifetime, life

title: Reconstruction:Proto-Indo-Iranian/Hā́yu


text:
-ключить

Etymology
Perhaps from.

title: -ключить


text:
отключаться

Verb

 * 1) to become disconnected, to switch off, to shut down
 * 2)  to go out (of it), to conk out, to flake out, to crash out

title: отключаться


text:
вскинуться

Verb

 * 1)  to rear
 * 2)  to attack, to go (for), to jump (on)

title: вскинуться


text:
вскидываться

Verb

 * 1)  to rear
 * 2)  to attack, to go (for), to jump (on)

title: вскидываться


text:
сомкнуть

Verb

 * 1) to link (up), to close in,  to close
 * 2) to close
 * 1) to close

title: сомкнуть


text:
смыкать

Etymology
From.

Verb

 * 1) to link (up), to close in,  to close
 * 2) to close

title: смыкать


text:
Reconstruction:Proto-Indo-Iranian/Habʰí

Etymology
From.

Preposition

 * 1) to, against
 * 2) for, on account of

Descendants

 * Buddhist:
 * Buddhist:
 * Buddhist:
 * Buddhist:
 * Buddhist:
 * Buddhist:
 * Buddhist:
 * Buddhist:
 * Buddhist:

title: Reconstruction:Proto-Indo-Iranian/Habʰí


text: Category:Proto-Indo-Iranian prepositions


text:
نهیب زدن

Verb

 * 1)  to yell, shout to make a loud sound with the voice, often out of anger, to tell someone off or to get attention

title: نهیب زدن


text:
نهیب

Noun

 * 1) dread, fear, fright
 * 2) a loud cry or shout, yell

title: نهیب


text:
sjøfront

Etymology
From.

Noun

 * 1) seafront

Etymology
From.

Noun

 * 1) seafront

title: sjøfront


text:
-мыкать

Etymology
From imperfective lengthening of the perfective infinitive stem  (from the infinitive ) +.

Combining form

 * → | (with same meanings)
 * → (with same meanings)
 * → (with same meanings)

title: -мыкать


text:
сомкнуться

Verb

 * 1) to close (up), to close down (upon), to close in (on),  to close
 * 2) to close

title: сомкнуться


text:
смыкаться

Verb

 * 1) to close (up), to close down (upon), to close in (on),  to close
 * 2) to close

title: смыкаться


text:
пошатнуть

Verb

 * 1) to shake

title: пошатнуть


text:
пошатнуться

Verb

 * 1) to stagger, to shake, to lean on one side
 * 2) to be shaken
 * 1) to be shaken

title: пошатнуться


text:
приглянуться

Verb

 * 1)  to catch/take someone's fancy

title: приглянуться


text:
کتان

Etymology
.

Noun

 * 1) flax the plant or fibers of
 * 2) linen thread or cloth made from flax fiber

title: کتان


text:
Reconstruction:Proto-Indo-Iranian/Hapá

Etymology
From.

Adverb

 * 1) off, away, from

title: Reconstruction:Proto-Indo-Iranian/Hapá


text: Category:Proto-Indo-Iranian adverbs

title: Category:Proto-Indo-Iranian adverbs


text:
-глянуть

Etymology
Perhaps. Closely related to.

Derived terms

 * See also for other terms derived from the same root.

title: -глянуть


text:
приоткрыться

Verb

 * 1)  to open a bit, to become ajar of a door

title: приоткрыться


text:
приоткрываться

Verb

 * 1)  to open a bit, to become ajar of a door

title: приоткрываться


text: предъявляться

title: предъявляться


text: предъявиться

title: предъявиться


text:
исчислить

Verb

 * 1) to calculate, to estimate

title: исчислить


text: szakembert

title: szakembert


text:
исчислять

Verb

 * 1) to calculate, to estimate

title: исчислять


text:
исчисляться

Verb

 * 1) to amount (to), to come (to)

title: исчисляться


text:
अभि-

Etymology
From, from.

Prefix

 * 1)  to, towards, against

Etymology 1
From.

Prefix

 * 1) (a prefix to verbs and nouns, expressing) to, towards, into, over, upon
 * 2) to, towards, in the direction of, against
 * 3) into
 * 4) for, for the sake of
 * 5) on account of
 * 6) on, upon, with regard to, by, before, in front of
 * 7) over

Usage notes

 * As a prefix to verbs of motion, it expresses the notion or going towards, approaching, etc.
 * As a prefix to nouns not derived from verbs, it expresses superiority, intensity, etc.

Etymology 2
.

Adjective

 * 1) fearless

title: अभि-


text: заменяться

title: заменяться


text: замениться

title: замениться


text:
внедряться

Verb

 * 1) to become embedded (in)
 * 2) to penetrate

title: внедряться