toAdjacencyMap (reference) in projects: dports

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Searched refs:toAdjacencyMap (Results 1 – 7 of 7) sorted by relevance

/dports/devel/hs-haskell-language-server/haskell-language-server-1.4.0/_cabal_deps/algebraic-graphs-0.5/src/Algebra/Graph/
H A D	ToGraph.hs	`138 edgeCount = AM.edgeCount . toAdjacencyMap 154 edgeList = AM.edgeList . toAdjacencyMap 179 edgeSet = AM.edgeSet . toAdjacencyMap 205 postSet x = AM.postSet x . toAdjacencyMap 232 dfsForest = AM.dfsForest . toAdjacencyMap 251 dfs vs = AM.dfs vs . toAdjacencyMap 270 topSort = AM.topSort . toAdjacencyMap 278 isAcyclic = AM.isAcyclic . toAdjacencyMap 364 toAdjacencyMap = id function 409 toAdjacencyMap = LAM.skeleton function [all …]`
H A D	Labelled.hs	`69 x == y = toAdjacencyMap x == toAdjacencyMap y 72 compare x y = compare (toAdjacencyMap x) (toAdjacencyMap y) 96 toAdjacencyMap :: (Eq e, Monoid e, Ord a) => Graph e a -> AM.AdjacencyMap e a 97 toAdjacencyMap = foldg AM.empty AM.vertex AM.connect function 374 edgeList = AM.edgeList . toAdjacencyMap 544 closure = fromAdjacencyMap . AM.closure . toAdjacencyMap 585 transitiveClosure = fromAdjacencyMap . AM.transitiveClosure . toAdjacencyMap`
H A D	Export.hs	`33 import Algebra.Graph.ToGraph (ToGraph, ToVertex, toAdjacencyMap) 191 adjMap = toAdjacencyMap g`
H A D	NonEmpty.hs	`196 eq x y = T.toAdjacencyMap x == T.toAdjacencyMap y 207 ord x y = compare (T.toAdjacencyMap x) (T.toAdjacencyMap y) 403 isSubgraphOf x y = AM.isSubgraphOf (T.toAdjacencyMap x) (T.toAdjacencyMap y)`
/dports/devel/hs-haskell-language-server/haskell-language-server-1.4.0/_cabal_deps/algebraic-graphs-0.5/src/Algebra/
H A D	Graph.hs	248 eqR x y = toAdjacencyMap x == toAdjacencyMap y 260 ordR x y = compare (toAdjacencyMap x) (toAdjacencyMap y) 525 isSubgraphOf x y = AM.isSubgraphOf (toAdjacencyMap x) (toAdjacencyMap y) 680 edgeCount = AM.edgeCount . toAdjacencyMap 724 edgeList = AM.edgeList . toAdjacencyMap 764 edgeSet = AM.edgeSet . toAdjacencyMap 786 adjacencyList = AM.adjacencyList . toAdjacencyMap 794 toAdjacencyMap :: Ord a => Graph a -> AM.AdjacencyMap a 795 toAdjacencyMap = foldg AM.empty AM.vertex AM.overlay AM.connect function 1248 mx = toAdjacencyMap (transpose x) [all …]
/dports/devel/hs-haskell-language-server/haskell-language-server-1.4.0/_cabal_deps/algebraic-graphs-0.5/test/Algebra/Graph/Test/
H A D	API.hs	`108 , toAdjacencyMap :: forall a. c a => g a -> AM.AdjacencyMap a 189 , toAdjacencyMap = T.toAdjacencyMap function 262 , toAdjacencyMap = T.toAdjacencyMap function 380 , toAdjacencyMap = T.toAdjacencyMap . getMono function 450 , toAdjacencyMap = T.toAdjacencyMap function 521 , toAdjacencyMap = T.toAdjacencyMap function 585 , toAdjacencyMap = T.toAdjacencyMap function 643 , toAdjacencyMap = T.toAdjacencyMap function`
H A D	Generic.hs	657 preSet x y == (AM.preSet x . toAdjacencyMap) y 663 postSet x y == (AM.postSet x . toAdjacencyMap) y 684 dfsForest x == (AM.dfsForest . toAdjacencyMap) x 690 dfs vs x == (AM.dfs vs . toAdjacencyMap) x 693 reachable x y == (AM.reachable x . toAdjacencyMap) y 696 topSort x == (AM.topSort . toAdjacencyMap) x 699 isAcyclic x == (AM.isAcyclic . toAdjacencyMap) x 778 dfsForest x == (AM.dfsForest . toAdjacencyMap) x 784 dfs vs x == (AM.dfs vs . toAdjacencyMap) x 790 topSort x == (AM.topSort . toAdjacencyMap) x [all …]