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data Key k v = NoKey | Key k v instance Eq k => Eq (Key k v) where

depthfirst (v,e) n | [x|x<-v,x==n] == [] = []

dfsbipartite (v,e) ((nv, 0):stack) odd even | [x|x<-v,x==nv] == [] = dfsbipartite (v, e) stack odd even

depthfirst (v,e) n | [x|x<-v,x==n] == [] = []

f n = do v <- getLine return $! v : vs

adjToGraph (Adj ((v, a):vs)) = Graph (v : xs) ((a >>= f) ++ ys) f x = if (v, x) `elem` ys || (x, v) `elem` ys

class Monad m => VarMonad m v where new :: a -> m (v a)

adjToGraph (Adj ((v, a):vs)) = Graph (v : xs) ((a >>= f) ++ ys) f x = if (v, x) `elem` ys || (x, v) `elem` ys

class Map m k v where empty :: m k v

In this layout strategy, the position of a node v is obtained by the following two rules: * x(v) is equal to the position of the node v in the inorder sequence

koch ((v, us):vs) eused vused vplan = koch vs eused' (vn:vused) ((v, vn):vplan)

...<hask>unamb u v</hask> is the more terminating of <hask>u</hask> and <hask>v</hask>. ...u v</hask> becomes available when the earlier of <hask>u</hask> and <hask>v</hask> does.

foldr _ v (End) = v foldr f v (Node _ x xs) = f x (foldr f v xs)

...in foldl (\(newt,sofar) (v,s) -> let (t'',lst) = runSuperState (f v) s newt

<code>Transform</code>, <code>V</code>. type Context b v m = Style v ::: Name ::: SubMap b v m ::: ()

atLevel (Branch v l r) n | n == 1 = [v]

=== Couldn't match type `V (Point R2)' with `R2' === ...[http://projects.haskell.org/diagrams/doc/manual.html#couldn-t-match-type-v-p2-with-r2 the user manual].

search marks (v:vs) = readSTArray marks v >>= \ visited -> writeSTArray marks v True >>

|<code>at :: Ord k => k -> Lens' (Map k v) (Maybe v)</code> |rowspan="3" valign="top" |<code>Just v</code> -> value is present; <code>Nothing</code> -> value is absent

...ションは普通に実行され、<code>v <- x</code>となっている行ではアクション<code>x</code>を実行し、結果を変数<code>v</code>に割り当てます。

search marks (v:vs) = readSTArray marks v >>= \ visited -> writeSTArray marks v True >>

romdec v = let rom = (catchJS ((show . fromRoman) v) (\_ -> ""))

let v = unsafeLocalState $ newIORef undefined in do writeIORef v ("0" :: [Char])

adjacent g v = map fst (g!v) prim' t r mst = let e@(c,u',v') = minimum

where gather [xs] (v:vs) = let v' = match xs v

...formation'' on a vector space <math>V</math> is a function <math>f : V \to V</math> satisfying * <math>f(kv) = k f(v)</math>

.../code> this question: ''if <code>f</code> were applied to your value <code>v</code> (of type <code>t</code>) how would the resulting box respond to the x >>= f = Cont (\q -> runCont x (\v -> runCont (f v) q))

fie v[x]=0; {citeste y;fie v[x]=y;};

Dyn t v -> RInt -> u == v

v <- Model.listStoreGetValue list s putStrLn $ "selected " ++ v

ub - means "V. Alecsandri" University of Bacau <br>

mcommute g = \ v u -> g u v mcommute' m = \ v -> liftM ($ v) m

Left v, Right v -> v

| v | v

color ((v, e):xs) ys n = if any (\x -> (x, n) `elem` ys) e else color xs ((v, n) : ys) n

cgiAddHeader n v = lift $ cgiAddHeader n v v <- lift ask >>= \c -> liftIO (quickQuery' c queryText [])

v = map fst a f p = let n = zip v p

instance (...) => C (FilterParam a) v (FilterResult v) where type Input (FilterParam a) (FilterResult v) = v

objectString (IntObject v) = show v objectString (StringObject v) = v

> buildDecl (v := e) = (:=) <$> pure v <*> expr child e ...he case of <code>v</code> in <code>v := e</code>, we simply use <code>pure v</code>.

...-revolution-episode-v-the-deb-strikes-back/ The lambda revolution, Episode V, the deb strikes back]

snap v origin step = if r==0 then v else v+(step-r) where r = rem (v-origin) step -- NB: origin <= v ; else use MOD

<haskell>v = extract ('x', 3)</haskell> and it will infer the type <haskell>v :: Char</haskell>

parts (Fresh g u) = [ Fresh g v | v <- parts u ] fresh (Fresh g u) = [ g v | v <- parts u ]

...Basically this means whenever you saw <code>v</code>, replace it by <code>v n</code>. So: * <code>QDiagram b v m -&gt; QDiagram b v n m</code>

==V==

liftState t = do v <- get let (x, v') = t v

data Supply s v = Supply { unSupply :: [s] -> ([s],v) } fmap f av = Supply (\l -> let (l',v) = unSupply av l in (l',f v))

P v >>= f = P $ \ s -> do (x, s') <- v s

...tp://haskell.org/ghc/docs/latest/html/libraries/base-4.12.0.0/Prelude.html#v%3AputStr putStr] ...tp://haskell.org/ghc/docs/latest/html/libraries/base-4.12.0.0/Prelude.html#v%3AputStrLn putStrLn]

The semantics of printing the contents of the TVar "v" created in ("onRetry v",7)

echo ${cpu} | gdbar -s v -h 15 -sw 1 >> /tmp/.dzen2cpugraph

...e-effects within data-parallel segments of programs. Simon B. Jones and K. V. S. Prasad uses oracles directly for operating and broadcasting systems res ...i=10.1.1.30.6225&rep=rep1&type=pdf A Calculus of Broadcasting Systems], K. V. S. Prasad.

dmUpdate (Domain v) (EventAdd a) = Domain (v + a) uiUpdate (Domain v) = do

...ode>DelayedLeaf</code> contains a funtion <code>DownAnnots v -> QDiagram b v m</code>, in other words a set of instructions about how to create the arro can be expanded by running the function <code>DownAnnots v -> QDiagram b v m</code> on

v <- liftIO extractor case v of

exprs ns = [(Binary e1 op e2, v) | (ns1, ns2) <- splits ns, v <- maybeToList (apply op v1 v2)]

...b/75e7f64caa7d0bd6e384bd5316b6e5e6754b1f1d/src/Graphics/Rendering/Diagrams/V.hs. He also used the Scalar type from vector: https://github.com/diagrams/d ...ented. It wasn't really any effort, since there was already a type family (V) to use. The diagrams types are already highly polymorphic, so adding more

v :: Int -> ListT [] Int v 0 = ListT [[0, 1]]

antiExprExp (AntiIntExpr v) = Just $ TH.appE (TH.conE (TH.mkName "IntExpr")) (TH.varE (TH.mkName v))

In this layout strategy, the position of a node v is obtained by the following two rules: * x(v) is equal to the position of the node v in the inorder sequence

http://www.youtube.com/watch?v=gVLFGQGRsDw&feature=related

(v, y) -> (w <> v, y) ...the first component that allows you to incorporate both <tt>w</tt> and <tt>v</tt> into the final result, which seems like an important thing to do.

puzzle h v = Puzzle cols = length v

*<code>C-c C-v</code> check current buffers file with hlint

fromCoYoneda (CoYoneda f v) = fmap f v # T. Uustalu, V. Vene. [http://citeseer.ist.psu.edu/314266.html Coding Recursion a la Mendl

*# can support using a flag multiple times (-v -v -v) > setFlag f v fs = (Flag f v) : tl where tl = deleteFlag f fs

...add a choice combinator, <code>orElse :: Diagram v -> Diagram v -> Diagram v</code>, which instructs a backend to use the first diagram it fully support

...ction <code>x</code> to be run, and the result bound to the variable <code>v</code>.

*FP> let f x = (x,x) in case f id of (u,v) -> type'eq u v *FP> :t let f x = (x,x) in case f id of (u,v) -> type'eq u v

<|> do { v <- m_identifier ; return (v := e)

...n jump(N,X/Y,U/V) to express the fact that a knight can jump from X/Y to U/V on a NxN chessboard. And finally, represent the solution of our problem as

digraph([r,s,t,u,v],[a(s,r),a(s,u),a(u,r),a(u,s),a(v,u)]) [n(r,[]),n(s,[r,u]),n(t,[]),n(u,[r]),n(v,[u])]

v <- getProperty o "value" >>= asString when (length v > 0) $ do

...ge.haskell.org/package/primitive-0.5.3.0/docs/Control-Monad-Primitive.html#v:unsafeInlineIO <code>unsafeInlineIO</code>], also known as [http://www.redd import qualified Data.Vector as V

...ceT m u u -> MapReduceT m t u -> (u -> MapReduceT m u v) -> MapReduceT m t v

&gt; /usr/local/wxhaskell/bin/macosx-app -v hello bounce h v

parse ["-v"] = version >> exit $ ./tac -v

toEnum n = let (v,s) = n`divMod`4 in Card (toEnum v) (toEnum s)

else if(!strcmp(argv[i], "-v")) - " [-p <prompt>] [-sb <color>] [-sf <color>] [-v]\n");

empty :: GMap k v lookup :: k -> GMap k v -> Maybe v

&gt; /usr/local/wxhaskell/bin/macosx-app -v hello

, Option "v" ["verbose"] , Option "V" ["version"]

dotp_wrapper v w = dotp_double (fromPArrayP v) (fromPArrayP w) dotp_wrapper v w = dotp_double (fromPArrayP v) (fromPArrayP w)

V-am tradus lucrarea si in limba romana. O puteti descarca de aici: ...ri in Haskell. O gasiti la indexul [[Intrebarile incepatorului]] la litera V. Sub titlul [[Vectorii]].

v <- interpret x let m' = insert i v m

loop i v acc = ... sum' 2 n = foldl (\a e -> let v = a+e in v `seq` v) 0 [1..n]

Just (u, v) -> unfoldl f v ++ [u]

(v,vs) <- parse (Times x (Star x)) (t:ts) return (v:vs)

| Ctrl-v |C-v

, headers = map (\(k, v) -> (pack k, pack v)) hdrs forM_ respHeaders $ \(k, v) ->

| Karel V Hotel

Project HSP v 0.4 consists of a set of packages with related functionality:

...on Coalgebraic Methods in Computer Science, CMCS '03 (Warsaw, Apr. 2003), v. 82, n. 1 of Electron. Notes. in Theor. Comput. Sci.. Elsevier, 2003. :N. Ghani, T. Uustalu, M. Hamana. Higher-Order and Symb. Comput., v. 19, n. 2-3, to appear. - .pdf, 330K // Conf. version in F. Honsell, M. M

h :: U -> M V h' :: U -> (V -> M b) -> M b

v = if c then "Yes" else "Nope" in p := v .| r''

-v --verbose provide verbose output -V --version show program version number

data Options = B1 | B2 | V Integer options = [B1, V 3]

-v --version Show version information (default=off)

:N. Ghani, M. Hamana, T. Uustalu, V. Vene. In H. Nilsson, ed., Proc. of 7th Symp. on Trends in Functional Prog ...ware Science and Computation Structures, FoSSaCS 2003 (Warsaw, Apr. 2003), v. 2620 of Lect. Notes in Comput. Sci., pp. 54-69. Springer-Verlag, 2003.

* <tt>-V, --version</tt> Print out version information * <tt>-v --verbose</tt> Verbose mode

translate1 v = shapeGroup $ map (translate v) shapes

...de scheme electronice, analize statistice si financiare (bancare)... <br> V-am starnit curiozitatea ? Cititi: [[Intrebarile incepatorului]]. Am adaugat

...:-> v</hask> is just an abstract representation of a finite map from k to v, The type <hask>Position</hask> will be used to store the context of the ev lookup :: Ord k => (k :-> v) -> k -> Maybe v

"foo", "-v", "bar"] "foo", "-v", "bar"]

...art-v-using-a-library.aspx Creating an immutable value object in C# - Part V - Using a library]

var v = exprEval(objf._ap([p1,p2,...pn])); Then <code>v</code> will be assigned a value returned by the function referred to by <co

...t is unneeded. That is, if <hask>u >> v === v</hask> for all actions <hask>v</hask>. ...u; y <- v; w } === do { y <- v; x <- u; w } </hask> for all actions <hask>v</hask> and <hask>w</hask>.

==. Ce v-a determinat sa alegeti Haskell ca limbaj de implementare ?== Dan V.Popa. Actualmente, lucreaza la [http://stiinte.ub.ro Facultatea de Stiinte

failure :: e -> f v

...er monadic values]]. Pseudoconstructorii peste actiuni monadice (autor Dan V Popa) sunt un mod MODULAR de a reprezenta arborii, intr-o maniera functiona

else do v <- getWord64be return (v : rest)</haskell>

<pre>&gt; wx-config -v</pre>

| -v ...rguments outlined above. In all cases except when the <tt>-h</tt> and <tt>-v</tt> flags are given, ministg requires that the last argument be the name o

*<b>V:</b>

familiar interface for Handles, just with "h" replaced with "v" in need only to replace "h" with "v" in the names of Handle operations, and

<pre>&gt; wx-config -v</pre>

import qualified Data.Vector.Storable as V v :: V.Vector Word8

foldl' xs v f = foldr (\x y -> (\a h -> y (h a x) h)) const xs v f

The type of a value <code>v</code> can not be changed by only setting <code>field1</code>: v { field1 = f }

, middleClickCA = "/usr/bin/xdotool key super+v" batPercent v c = fileToLogger format "N/A" "/sys/class/power_supply/BAT0/capacity" where

v <- valAt (i,j) -- ^ for each board position when (v == 0) $ do -- if it's empty (we represent that with a 0)

$ ghc Foo.hs -v >ghc_output 2>&1

let { v = e; x = case v of ...; y = case v of ... } in ...

...mare functionala in [[Robotica]], sinteza de circuite electronice ... <br> V-am starnit curiozitatea ? Cititi: [[Intrebarile incepatorului]]. Am adaugat ...09:''' Cei mai buni studenti de la informatica si inginerie IT de la Univ. V.A.din Bacau au primit cadou de Craciun CD-uri Ubuntu Linux 9.10 Desktop tri

-- Win+W/V move more/less windows into master area

stripJust (Just v) = v *Main> let foo x = do v <- x; return (v+1) in foo (Just 5)

...tit, am reprogramat si am venit duminica pentru dumneavoastra si totusi nu v-ati prezentat !?! <br>

, \ (Assign n v) -> (n, v)

stripJust (Just v) = v *Main> let foo x = do v <- x; return (v+1) in foo (Just 5)

[] -> Right $ map (\(n,Right v) -> (n,v)) env

print ("x v kvadrate=" ++ (show x2)) print ("x v kube=" ++ (show x3))

...ex-dom] for building web GUIs using GHCJS. ([https://www.youtube.com/watch?v=mYvkcskJbc4 Presentation], [https://obsidian.systems/reflex-nyhug/#/step-1 ...s for static verification of the existence of method-signature pairs (e.g. v-tables). Late binding does not give the compiler (or an IDE) enough informa

v <- h n v <- h n

let { v = e; x = case v of ...; y = case v of ... } in ... Now <hask>v</hask> is allocated as a thunk. (Of course, that might be well worth it if

...ckage.haskell.org/package/data-ordlist-0.4.7.0/docs/Data-List-Ordered.html#v:foldt <code>Data.List.Ordered.foldt</code>] of the <i>data-ordlist</i> pac snapUp v o step = v + (mod (o-v) step) -- full steps from o

===Part V: Making Sense of 'fibs', and Why Lazy Evaluation is Important=== ===Part V: And Lambda Functions===

* The identity law:<br /><haskell>pure id <*> v = v</haskell> * Composition:<br /><haskell>u <*> (v <*> w) = pure (.) <*> u <*> v <*> w </haskell>This one is the trickiest law to gain intuition for. In so

(State x) >>= f = State $ \s -> let (v,s') = x s in runState (f v) s' data Template = T String | V Template | Q Template | I Template [Definition] | C [Template]

v <- action

...ghc-8.6.4/html/libraries/base-4.12.0.0/../base-4.12.0.0/Control-Arrow.html#v:-42--42--42-

...use [http://haskell.org/ghc/docs/latest/html/libraries/base/Data-List.html#v%3AzipWith zipWith] to create cylinders and cones from pairs of (location,ra To move an object a by some vector v, we can say:

pointerFollowsFocus h v = do (fraction h (wa_width wa)) (fraction v (wa_height wa))

...electronice, analize statistice și financiare (bancare), grafica 3D... <br>V-am stârnit curiozitatea? Citiți: [https://wiki.haskell.org/Întrebarile_i ...nicului sistem de inferențe de tipuri, Hakell-ul va fi ca un asistent care vă verifică - atât cât poate - corectitudinea a ceea ce realizați.

<b>Instructor:</b> [mailto:popavdan@yahoo.com Popa V. Dan]

Compilatoarele la care lucram la Univ. "V.Alecsandri" din Bacau, se bazeaza insa si pe acei [[Pseudoconstructors over ...a Functional Programming Language by Wiki"; autor, Dan POPA de la Univ. "V.Alecsandri" din Bacau.