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src/Interior.hs
207
src/Interior.hs
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@ -29,114 +29,117 @@ placeInteriorIO imat imgmat irp graph =
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rnd <- newStdGen
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rnd <- newStdGen
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let (_, matps) =
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let (_, matps) =
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foldl
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foldl
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traverseGraph
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(traverseGraph imat)
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(rnd, (imgmat, irp))
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(rnd, (imgmat, irp))
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graph
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graph
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return matps
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return matps
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where
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traverseGraph
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traverseGraph
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:: (StdGen, (Matrix (Maybe ImgId), [ReachPoint]))
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:: Matrix TileState
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-> Graph
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-> (StdGen, (Matrix (Maybe ImgId), [ReachPoint]))
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-> (StdGen, (Matrix (Maybe ImgId), [ReachPoint]))
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-> Graph
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traverseGraph acc (GHall sub) =
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-> (StdGen, (Matrix (Maybe ImgId), [ReachPoint]))
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foldl traverseGraph acc sub
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traverseGraph imat acc (GHall sub) =
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traverseGraph putt (GRoom _ bnds) =
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foldl (traverseGraph imat) acc sub
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let applicable =
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traverseGraph imat putt (GRoom _ bnds) =
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L.sortBy (\b a -> size a `compare` size b) (
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let applicable =
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L.filter
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L.sortBy (\b a -> size a `compare` size b) (
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(\a -> roomType `elem` clusterRoom a && size a <= size bnds)
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L.filter
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[minBound .. maxBound] :: [Cluster])
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(\a -> roomType `elem` clusterRoom a && size a <= size bnds)
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roomType = fst (L.minimumBy
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[minBound .. maxBound] :: [Cluster])
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(\b a -> (snd a :: Int) `compare` (snd b :: Int)) $ Map.toList $ foldl
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roomType = fst (L.minimumBy
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(\acc a -> if a `Map.member` acc
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(\b a -> (snd a :: Int) `compare` (snd b :: Int)) $ Map.toList $ foldl
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then Map.insert a (acc Map.! a + 1) acc
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(\acc a -> if a `Map.member` acc
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else Map.insert a 1 acc
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then Map.insert a (acc Map.! a + 1) acc
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)
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else Map.insert a 1 acc
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Map.empty
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(M.submatrix
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(fst $ matmin bnds) (fst $ matmax bnds)
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(snd $ matmin bnds) (snd $ matmax bnds)
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imat
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)
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)
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)
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in
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Map.empty
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foldl
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(M.submatrix
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(\(orng, (omat, orp)) -> placeCluster orng bnds 1 omat orp)
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(fst $ matmin bnds) (fst $ matmax bnds)
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putt
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(snd $ matmin bnds) (snd $ matmax bnds)
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applicable
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imat
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placeCluster
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)
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:: StdGen
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)
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-> Boundaries Int
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in
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-> Int
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foldl
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-> Matrix (Maybe ImgId)
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(\(orng, (omat, orp)) -> placeCluster imat orng bnds 1 omat orp)
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-> [ReachPoint]
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putt
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-> Cluster
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applicable
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-> (StdGen, (Matrix (Maybe ImgId), [ReachPoint]))
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placeCluster rng bnds try mat rp appl =
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placeCluster
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let (pr, g1) = randomR (fst (matmin bnds) - 1, fst (matmax bnds) - 1) rng
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:: Matrix TileState
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(pc, g2) = randomR (snd (matmin bnds) - 1, snd (matmax bnds) - 1) g1
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-> StdGen
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freeRoom = foldl
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-> Boundaries Int
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(\acc a -> if isNothing a then acc + 1 else acc)
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-> Int
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0
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-> Matrix (Maybe ImgId)
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(M.toList $ M.submatrix
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-> [ReachPoint]
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(fst $ matmin bnds) (fst $ matmax bnds)
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-> Cluster
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(snd $ matmin bnds) (snd $ matmax bnds)
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-> (StdGen, (Matrix (Maybe ImgId), [ReachPoint]))
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mat
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placeCluster imat rng bnds try mat rp appl =
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) :: Int
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let (pr, g1) = randomR (fst (matmin bnds) - 1, fst (matmax bnds) - 1) rng
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cmat = clusterMat appl
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(pc, g2) = randomR (snd (matmin bnds) - 1, snd (matmax bnds) - 1) g1
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newmat = insertMat cmat mat (pr, pc)
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freeRoom = foldl
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exits = filter
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(\acc a -> if isNothing a then acc + 1 else acc)
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(\p -> pointType p == RoomExit && inBounds (pointCoord p) bnds)
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0
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rp
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(M.toList $ M.submatrix
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reaches = map (+ V2 (pr - 1) (pc - 1))
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(fst $ matmin bnds) (fst $ matmax bnds)
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(map pointCoord (clusterPoints appl))
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(snd $ matmin bnds) (snd $ matmax bnds)
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reachdirs = map pointDir (clusterPoints appl)
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mat
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reachtypes = map pointType (clusterPoints appl)
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) :: Int
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oldreaches = foldl (\acc p ->
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cmat = clusterMat appl
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if pointType p /= RoomExit && inBounds (pointCoord p) bnds
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newmat = insertMat cmat mat (pr, pc)
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then pointCoord p : acc
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exits = filter
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else acc
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(\p -> pointType p == RoomExit && inBounds (pointCoord p) bnds)
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)
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rp
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[]
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reaches = map (+ V2 (pr - 1) (pc - 1))
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rp
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(map pointCoord (clusterPoints appl))
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newrp = rp ++ map (\(a, b, c) -> ReachPoint a b c)
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reachdirs = map pointDir (clusterPoints appl)
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(zip3 reachtypes reaches reachdirs)
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reachtypes = map pointType (clusterPoints appl)
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in
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oldreaches = foldl (\acc p ->
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if try >= 10 || fromIntegral freeRoom <= size appl
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if pointType p /= RoomExit && inBounds (pointCoord p) bnds
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then (g2, (mat, rp))
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then pointCoord p : acc
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else
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else acc
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if pr + nrows cmat - 1 > fst (matmax bnds) ||
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)
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pc + ncols cmat - 1 > snd (matmax bnds)
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[]
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rp
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newrp = rp ++ map (\(a, b, c) -> ReachPoint a b c)
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(zip3 reachtypes reaches reachdirs)
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in
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if try >= 10 || fromIntegral freeRoom <= size appl
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then (g2, (mat, rp))
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else
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if pr + nrows cmat - 1 > fst (matmax bnds) ||
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pc + ncols cmat - 1 > snd (matmax bnds)
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then A.log A.Debug ("no cluster placed") $
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placeCluster imat g2 bnds (try + 1) mat rp appl
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else if
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any (`notElem` clusterRoom appl)
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(M.toList (M.submatrix
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pr (pr + nrows cmat - 1)
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pc (pc + ncols cmat - 1)
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imat
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)) ||
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any isJust
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(M.toList (M.submatrix
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pr (pr + nrows cmat - 1)
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pc (pc + ncols cmat - 1)
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mat
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))
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then A.log A.Debug ("no cluster placed") $
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placeCluster imat g2 bnds (try + 1) mat rp appl
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else if
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any (`elem` (oldreaches))
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(V2
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<$> [pr .. pr + nrows cmat - 1]
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<*> [pc .. pc + ncols cmat - 1])
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then A.log A.Debug ("no cluster placed") $
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then A.log A.Debug ("no cluster placed") $
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placeCluster g2 bnds (try + 1) mat rp appl
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placeCluster imat g2 bnds (try + 1) mat rp appl
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else if
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else if
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any (`notElem` clusterRoom appl)
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isReachable newmat [(V2 10 10, Boundaries (0, 1) (0, 1))] (oldreaches ++ reaches) exits
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(M.toList (M.submatrix
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then A.log A.Debug ("placed cluster" ++ show appl) $
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pr (pr + nrows cmat - 1)
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placeCluster imat g2 bnds (try + 1) newmat newrp appl
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pc (pc + ncols cmat - 1)
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else A.log A.Debug ("no cluster placed") $
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imat
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placeCluster imat g2 bnds (try + 1) mat rp appl
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)) ||
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any isJust
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(M.toList (M.submatrix
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pr (pr + nrows cmat - 1)
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pc (pc + ncols cmat - 1)
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mat
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))
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then A.log A.Debug ("no cluster placed") $
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placeCluster g2 bnds (try + 1) mat rp appl
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else if
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any (`elem` (oldreaches))
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(V2
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<$> [pr .. pr + nrows cmat - 1]
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<*> [pc .. pc + ncols cmat - 1])
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then A.log A.Debug ("no cluster placed") $
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placeCluster g2 bnds (try + 1) mat rp appl
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else if
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not (isReachable newmat [] (oldreaches ++ reaches) exits)
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then A.log A.Debug ("no cluster placed") $
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placeCluster g2 bnds (try + 1) mat rp appl
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else A.log A.Debug ("placed cluster" ++ show appl) $
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placeCluster g2 bnds (try + 1) newmat newrp appl
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insertMat
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insertMat
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:: Matrix (Maybe a)
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:: Matrix (Maybe a)
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