diff options
Diffstat (limited to 'src/Data')
| -rw-r--r-- | src/Data/Array/Nested.hs | 24 | ||||
| -rw-r--r-- | src/Data/Array/Nested/Mixed.hs | 90 | ||||
| -rw-r--r-- | src/Data/Array/Nested/Ranked.hs | 82 | ||||
| -rw-r--r-- | src/Data/Array/Nested/Ranked/Base.hs | 4 | ||||
| -rw-r--r-- | src/Data/Array/Nested/Shaped.hs | 58 | ||||
| -rw-r--r-- | src/Data/Array/Nested/Shaped/Base.hs | 4 | ||||
| -rw-r--r-- | src/Data/Array/Nested/Trace.hs | 2 |
7 files changed, 150 insertions, 114 deletions
diff --git a/src/Data/Array/Nested.hs b/src/Data/Array/Nested.hs index 8fb3bd1..e849673 100644 --- a/src/Data/Array/Nested.hs +++ b/src/Data/Array/Nested.hs @@ -6,13 +6,13 @@ module Data.Array.Nested ( ListR(ZR, (:::)), IxR(.., ZIR, (:.:)), IIxR, ShR(.., ZSR, (:$:)), IShR, - rshape, rrank, rsize, rindex, rindexPartial, rgenerate, rsumOuter1, rsumAllPrim, + rshape, rrank, rsize, rindex, rindexPartial, rgenerate, rsumOuter1Prim, rsumAllPrim, rtranspose, rappend, rconcat, rscalar, rfromVector, rtoVector, runScalar, remptyArray, - rrerank, - rreplicate, rreplicateScal, - rfromList1, rfromList1N, + rrerankPrim, + rreplicate, rreplicatePrim, rfromListOuter, rfromListOuterN, + rfromList1, rfromList1N, rfromListLinear, rfromList1Prim, rfromList1PrimN, rfromListPrimLinear, @@ -36,13 +36,13 @@ module Data.Array.Nested ( ListS(ZS, (::$)), IxS(.., ZIS, (:.$)), IIxS, ShS(.., ZSS, (:$$)), KnownShS(..), - sshape, srank, ssize, sindex, sindexPartial, sgenerate, ssumOuter1, ssumAllPrim, + sshape, srank, ssize, sindex, sindexPartial, sgenerate, ssumOuter1Prim, ssumAllPrim, stranspose, sappend, sscalar, sfromVector, stoVector, sunScalar, -- TODO: sconcat? What should its type be? semptyArray, - srerank, - sreplicate, sreplicateScal, - sfromList1, sfromListOuter, sfromListLinear, sfromList1Prim, sfromListPrimLinear, + srerankPrim, + sreplicate, sreplicatePrim, + sfromListOuter, sfromList1, sfromListLinear, sfromList1Prim, sfromListPrimLinear, stoList, stoListOuter, stoListLinear, sslice, srev1, sreshape, sflatten, siota, sminIndexPrim, smaxIndexPrim, sdot1Inner, sdot, @@ -65,13 +65,13 @@ module Data.Array.Nested ( ShX(.., ZSX, (:$%)), KnownShX(..), IShX, StaticShX(.., ZKX, (:!%)), SMayNat(..), - mshape, mrank, msize, mindex, mindexPartial, mgenerate, msumOuter1, msumAllPrim, + mshape, mrank, msize, mindex, mindexPartial, mgenerate, msumOuter1Prim, msumAllPrim, mtranspose, mappend, mconcat, mscalar, mfromVector, mtoVector, munScalar, memptyArray, - mrerank, - mreplicate, mreplicateScal, - mfromList1, mfromList1N, mfromList1SN, + mrerankPrim, + mreplicate, mreplicatePrim, mfromListOuter, mfromListOuterN, mfromListOuterSN, + mfromList1, mfromList1N, mfromList1SN, mfromListLinear, mfromList1Prim, mfromList1PrimN, mfromList1PrimSN, mfromListPrimLinear, diff --git a/src/Data/Array/Nested/Mixed.hs b/src/Data/Array/Nested/Mixed.hs index a2787b8..ecc4479 100644 --- a/src/Data/Array/Nested/Mixed.hs +++ b/src/Data/Array/Nested/Mixed.hs @@ -698,6 +698,7 @@ instance (KnownShX sh', KnownElt a) => KnownElt (Mixed sh' a) where mvecsNewEmpty _ = MV_Nest (shxCompleteZeros (knownShX @sh')) <$> mvecsNewEmpty (Proxy @a) +-- TODO: should we provide a function that's just memptyArrayUnsafe but with a size==0 check? That may save someone a transpose somewhere memptyArray :: KnownElt a => IShX sh -> Mixed (Just 0 : sh) a memptyArray sh = memptyArrayUnsafe (SKnown SNat :$% sh) @@ -745,18 +746,21 @@ mgenerate sh f = case shxEnum sh of mvecsWrite sh idx val vecs mvecsFreeze sh vecs -msumOuter1P :: forall sh n a. (Storable a, NumElt a) - => Mixed (n : sh) (Primitive a) -> Mixed sh (Primitive a) -msumOuter1P (M_Primitive (n :$% sh) arr) = +msumOuter1PrimP :: forall sh n a. (Storable a, NumElt a) + => Mixed (n : sh) (Primitive a) -> Mixed sh (Primitive a) +msumOuter1PrimP (M_Primitive (n :$% sh) arr) = let nssh = fromSMayNat (\_ -> SUnknown ()) SKnown n :!% ZKX in M_Primitive sh (X.sumOuter nssh (ssxFromShX sh) arr) -msumOuter1 :: forall sh n a. (NumElt a, PrimElt a) - => Mixed (n : sh) a -> Mixed sh a -msumOuter1 = fromPrimitive . msumOuter1P @sh @n @a . toPrimitive +msumOuter1Prim :: forall sh n a. (NumElt a, PrimElt a) + => Mixed (n : sh) a -> Mixed sh a +msumOuter1Prim = fromPrimitive . msumOuter1PrimP @sh @n @a . toPrimitive + +msumAllPrimP :: (Storable a, NumElt a) => Mixed sh (Primitive a) -> a +msumAllPrimP (M_Primitive sh arr) = X.sumFull (ssxFromShX sh) arr msumAllPrim :: (PrimElt a, NumElt a) => Mixed sh a -> a -msumAllPrim (toPrimitive -> M_Primitive sh arr) = X.sumFull (ssxFromShX sh) arr +msumAllPrim arr = msumAllPrimP (toPrimitive arr) mappend :: forall n m sh a. Elt a => Mixed (n : sh) a -> Mixed (m : sh) a -> Mixed (AddMaybe n m : sh) a @@ -883,24 +887,54 @@ mzip a b munzip :: Mixed sh (a, b) -> (Mixed sh a, Mixed sh b) munzip (M_Tup2 a b) = (a, b) -mrerankP :: forall sh1 sh2 sh a b. (Storable a, Storable b) - => StaticShX sh -> IShX sh2 - -> (Mixed sh1 (Primitive a) -> Mixed sh2 (Primitive b)) - -> Mixed (sh ++ sh1) (Primitive a) -> Mixed (sh ++ sh2) (Primitive b) -mrerankP ssh sh2 f (M_Primitive sh arr) = - let sh1 = shxDropSSX ssh sh - in M_Primitive (shxAppend (shxTakeSSX (Proxy @sh1) ssh sh) sh2) - (X.rerank ssh (ssxFromShX sh1) (ssxFromShX sh2) - (\a -> let M_Primitive _ r = f (M_Primitive sh1 a) in r) - arr) +mrerankPrimP :: forall sh1 sh2 sh a b. (Storable a, Storable b) + => IShX sh2 + -> (Mixed sh1 (Primitive a) -> Mixed sh2 (Primitive b)) + -> Mixed sh (Mixed sh1 (Primitive a)) -> Mixed sh (Mixed sh2 (Primitive b)) +mrerankPrimP sh2 f (M_Nest sh (M_Primitive shsh1 arr)) = + let sh1 = shxDropSh sh shsh1 + in M_Nest sh $ + M_Primitive (shxAppend sh sh2) + (X.rerank (ssxFromShX sh) (ssxFromShX sh1) (ssxFromShX sh2) + (\a -> let M_Primitive _ r = f (M_Primitive sh1 a) in r) + arr) --- | See the caveats at 'Data.Array.XArray.rerank'. -mrerank :: forall sh1 sh2 sh a b. (PrimElt a, PrimElt b) - => StaticShX sh -> IShX sh2 - -> (Mixed sh1 a -> Mixed sh2 b) - -> Mixed (sh ++ sh1) a -> Mixed (sh ++ sh2) b -mrerank ssh sh2 f (toPrimitive -> arr) = - fromPrimitive $ mrerankP ssh sh2 (toPrimitive . f . fromPrimitive) arr +-- | If the shape of the outer array (@sh@) is empty (i.e. contains a zero), +-- then there is no way to deduce the full shape of the output array (more +-- precisely, the @sh2@ part): that could only come from calling @f@, and there +-- are no subarrays to call @f@ on. @orthotope@ errors out in this case; we +-- choose to fill the shape with zeros wherever we cannot deduce what it should +-- be. +-- +-- For example, if: +-- +-- @ +-- -- arr has shape [3, 0, 4] and the inner arrays have shape [2, 21] +-- arr :: Mixed '[Just 3, Just 0, Just 4] (Mixed '[Just 2, Nothing] Int) +-- f :: Mixed '[Just 2, Nothing] Int -> Mixed '[Just 5, Nothing, Just 17] Float +-- @ +-- +-- then: +-- +-- @ +-- mrerankPrim _ f arr :: Mixed '[Just 3, Just 0, Just 4] (Mixed '[Just 5, Nothing, Just 17] Float) +-- @ +-- +-- and the inner arrays of the result will have shape @[5, 0, 17]@. Note the +-- @0@ in this shape: we don't know if @f@ intended to return an array with +-- shape 0 here (it probably didn't), but there is no better number to put here +-- absent a subarray of the input to pass to @f@. +-- +-- In this particular case the fact that @sh@ is empty was evident from the +-- type-level information, but the same situation occurs when @sh@ consists of +-- @Nothing@s, and some of those happen to be zero at runtime. +mrerankPrim :: forall sh1 sh2 sh a b. (PrimElt a, PrimElt b) + => IShX sh2 + -> (Mixed sh1 a -> Mixed sh2 b) + -> Mixed sh (Mixed sh1 a) -> Mixed sh (Mixed sh2 b) +mrerankPrim sh2 f (M_Nest sh arr) = + let M_Nest sh' arr' = mrerankPrimP sh2 (toPrimitive . f . fromPrimitive) (M_Nest sh (toPrimitive arr)) + in M_Nest sh' (fromPrimitive arr') mreplicate :: forall sh sh' a. Elt a => IShX sh -> Mixed sh' a -> Mixed (sh ++ sh') a @@ -912,12 +946,12 @@ mreplicate sh arr = Refl -> X.replicate sh (ssxAppend ssh' sshT)) arr -mreplicateScalP :: forall sh a. Storable a => IShX sh -> a -> Mixed sh (Primitive a) -mreplicateScalP sh x = M_Primitive sh (X.replicateScal sh x) +mreplicatePrimP :: forall sh a. Storable a => IShX sh -> a -> Mixed sh (Primitive a) +mreplicatePrimP sh x = M_Primitive sh (X.replicateScal sh x) -mreplicateScal :: forall sh a. PrimElt a +mreplicatePrim :: forall sh a. PrimElt a => IShX sh -> a -> Mixed sh a -mreplicateScal sh x = fromPrimitive (mreplicateScalP sh x) +mreplicatePrim sh x = fromPrimitive (mreplicatePrimP sh x) msliceN :: Elt a => Int -> Int -> Mixed (Nothing : sh) a -> Mixed (Nothing : sh) a msliceN i n arr = mlift (ssxFromShX (mshape arr)) (\_ -> X.sliceU i n) arr diff --git a/src/Data/Array/Nested/Ranked.hs b/src/Data/Array/Nested/Ranked.hs index 5cda531..2fbfdd8 100644 --- a/src/Data/Array/Nested/Ranked.hs +++ b/src/Data/Array/Nested/Ranked.hs @@ -81,16 +81,19 @@ rlift2 :: forall n1 n2 n3 a. Elt a -> Ranked n1 a -> Ranked n2 a -> Ranked n3 a rlift2 sn3 f (Ranked arr1) (Ranked arr2) = Ranked (mlift2 (ssxFromSNat sn3) f arr1 arr2) -rsumOuter1P :: forall n a. - (Storable a, NumElt a) - => Ranked (n + 1) (Primitive a) -> Ranked n (Primitive a) -rsumOuter1P (Ranked arr) +rsumOuter1PrimP :: forall n a. + (Storable a, NumElt a) + => Ranked (n + 1) (Primitive a) -> Ranked n (Primitive a) +rsumOuter1PrimP (Ranked arr) | Refl <- lemReplicateSucc @(Nothing @Nat) (Proxy @n) - = Ranked (msumOuter1P arr) + = Ranked (msumOuter1PrimP arr) -rsumOuter1 :: forall n a. (NumElt a, PrimElt a) - => Ranked (n + 1) a -> Ranked n a -rsumOuter1 = rfromPrimitive . rsumOuter1P . rtoPrimitive +rsumOuter1Prim :: forall n a. (NumElt a, PrimElt a) + => Ranked (n + 1) a -> Ranked n a +rsumOuter1Prim = rfromPrimitive . rsumOuter1PrimP . rtoPrimitive + +rsumAllPrimP :: (Storable a, NumElt a) => Ranked n (Primitive a) -> a +rsumAllPrimP (Ranked arr) = msumAllPrimP arr rsumAllPrim :: (PrimElt a, NumElt a) => Ranked n a -> a rsumAllPrim (Ranked arr) = msumAllPrim arr @@ -228,16 +231,14 @@ rzip = coerce mzip runzip :: Ranked n (a, b) -> (Ranked n a, Ranked n b) runzip = coerce munzip -rrerankP :: forall n1 n2 n a b. (Storable a, Storable b) - => SNat n -> IShR n2 - -> (Ranked n1 (Primitive a) -> Ranked n2 (Primitive b)) - -> Ranked (n + n1) (Primitive a) -> Ranked (n + n2) (Primitive b) -rrerankP sn sh2 f (Ranked arr) - | Refl <- lemReplicatePlusApp sn (Proxy @n1) (Proxy @(Nothing @Nat)) - , Refl <- lemReplicatePlusApp sn (Proxy @n2) (Proxy @(Nothing @Nat)) - = Ranked (mrerankP (ssxFromSNat sn) (shxFromShR sh2) - (\a -> let Ranked r = f (Ranked a) in r) - arr) +rrerankPrimP :: forall n1 n2 n a b. (Storable a, Storable b) + => IShR n2 + -> (Ranked n1 (Primitive a) -> Ranked n2 (Primitive b)) + -> Ranked n (Ranked n1 (Primitive a)) -> Ranked n (Ranked n2 (Primitive b)) +rrerankPrimP sh2 f (Ranked (M_Ranked arr)) + = Ranked (M_Ranked (mrerankPrimP (shxFromShR sh2) + (\a -> let Ranked r = f (Ranked a) in r) + arr)) -- | If there is a zero-sized dimension in the @n@-prefix of the shape of the -- input array, then there is no way to deduce the full shape of the output @@ -248,26 +249,28 @@ rrerankP sn sh2 f (Ranked arr) -- For example, if: -- -- @ --- arr :: Ranked 5 Int -- of shape [3, 0, 4, 2, 21] +-- arr :: Ranked 3 (Ranked 2 Int) -- outer array shape [3, 0, 4]; inner shape [2, 21] -- f :: Ranked 2 Int -> Ranked 3 Float -- @ -- -- then: -- -- @ --- rrerank _ _ _ f arr :: Ranked 6 Float +-- rrerank _ f arr :: Ranked 3 (Ranked 3 Float) -- @ -- --- and this result will have shape @[3, 0, 4, 0, 0, 0]@. Note that the --- "reranked" part (the last 3 entries) are zero; we don't know if @f@ intended --- to return an array with shape all-0 here (it probably didn't), but there is --- no better number to put here absent a subarray of the input to pass to @f@. -rrerank :: forall n1 n2 n a b. (PrimElt a, PrimElt b) - => SNat n -> IShR n2 - -> (Ranked n1 a -> Ranked n2 b) - -> Ranked (n + n1) a -> Ranked (n + n2) b -rrerank sn sh2 f (rtoPrimitive -> arr) = - rfromPrimitive $ rrerankP sn sh2 (rtoPrimitive . f . rfromPrimitive) arr +-- and the inner arrays of the result will have shape @[0, 0, 0]@. We don't +-- know if @f@ intended to return an array with all-zero shape here (it +-- probably didn't), but there is no better number to put here absent a +-- subarray of the input to pass to @f@. +rrerankPrim :: forall n1 n2 n a b. (PrimElt a, PrimElt b) + => IShR n2 + -> (Ranked n1 a -> Ranked n2 b) + -> Ranked n (Ranked n1 a) -> Ranked n (Ranked n2 b) +rrerankPrim sh2 f (Ranked (M_Ranked arr)) = + Ranked (M_Ranked (mrerankPrim (shxFromShR sh2) + (\a -> let Ranked r = f (Ranked a) in r) + arr)) rreplicate :: forall n m a. Elt a => IShR n -> Ranked m a -> Ranked (n + m) a @@ -275,14 +278,14 @@ rreplicate sh (Ranked arr) | Refl <- lemReplicatePlusApp (shrRank sh) (Proxy @m) (Proxy @(Nothing @Nat)) = Ranked (mreplicate (shxFromShR sh) arr) -rreplicateScalP :: forall n a. Storable a => IShR n -> a -> Ranked n (Primitive a) -rreplicateScalP sh x +rreplicatePrimP :: forall n a. Storable a => IShR n -> a -> Ranked n (Primitive a) +rreplicatePrimP sh x | Dict <- lemKnownReplicate (shrRank sh) - = Ranked (mreplicateScalP (shxFromShR sh) x) + = Ranked (mreplicatePrimP (shxFromShR sh) x) -rreplicateScal :: forall n a. PrimElt a +rreplicatePrim :: forall n a. PrimElt a => IShR n -> a -> Ranked n a -rreplicateScal sh x = rfromPrimitive (rreplicateScalP sh x) +rreplicatePrim sh x = rfromPrimitive (rreplicatePrimP sh x) rslice :: forall n a. Elt a => Int -> Int -> Ranked (n + 1) a -> Ranked (n + 1) a rslice i n (Ranked arr) @@ -290,12 +293,9 @@ rslice i n (Ranked arr) = Ranked (msliceN i n arr) rrev1 :: forall n a. Elt a => Ranked (n + 1) a -> Ranked (n + 1) a -rrev1 arr = - rlift (rrank arr) - (\(_ :: StaticShX sh') -> - case lemReplicateSucc @(Nothing @Nat) (Proxy @n) of - Refl -> X.rev1 @Nothing @(Replicate n Nothing ++ sh')) - arr +rrev1 (Ranked arr) + | Refl <- lemReplicateSucc @(Nothing @Nat) (Proxy @n) + = Ranked (mrev1 arr) rreshape :: forall n n' a. Elt a => IShR n' -> Ranked n a -> Ranked n' a diff --git a/src/Data/Array/Nested/Ranked/Base.hs b/src/Data/Array/Nested/Ranked/Base.hs index e8aba3f..9df508d 100644 --- a/src/Data/Array/Nested/Ranked/Base.hs +++ b/src/Data/Array/Nested/Ranked/Base.hs @@ -179,10 +179,10 @@ instance Elt a => Elt (Ranked n a) where instance (KnownNat n, KnownElt a) => KnownElt (Ranked n a) where memptyArrayUnsafe :: forall sh. IShX sh -> Mixed sh (Ranked n a) - memptyArrayUnsafe i + memptyArrayUnsafe sh | Dict <- lemKnownReplicate (SNat @n) = coerce @(Mixed sh (Mixed (Replicate n Nothing) a)) @(Mixed sh (Ranked n a)) $ - memptyArrayUnsafe i + memptyArrayUnsafe sh mvecsUnsafeNew idx (Ranked arr) | Dict <- lemKnownReplicate (SNat @n) diff --git a/src/Data/Array/Nested/Shaped.hs b/src/Data/Array/Nested/Shaped.hs index 4a3ed8d..e635f03 100644 --- a/src/Data/Array/Nested/Shaped.hs +++ b/src/Data/Array/Nested/Shaped.hs @@ -84,13 +84,16 @@ slift2 :: forall sh1 sh2 sh3 a. Elt a -> Shaped sh1 a -> Shaped sh2 a -> Shaped sh3 a slift2 sh3 f (Shaped arr1) (Shaped arr2) = Shaped (mlift2 (ssxFromShX (shxFromShS sh3)) f arr1 arr2) -ssumOuter1P :: forall sh n a. (Storable a, NumElt a) - => Shaped (n : sh) (Primitive a) -> Shaped sh (Primitive a) -ssumOuter1P (Shaped arr) = Shaped (msumOuter1P arr) +ssumOuter1PrimP :: forall sh n a. (Storable a, NumElt a) + => Shaped (n : sh) (Primitive a) -> Shaped sh (Primitive a) +ssumOuter1PrimP (Shaped arr) = Shaped (msumOuter1PrimP arr) -ssumOuter1 :: forall sh n a. (NumElt a, PrimElt a) - => Shaped (n : sh) a -> Shaped sh a -ssumOuter1 = sfromPrimitive . ssumOuter1P . stoPrimitive +ssumOuter1Prim :: forall sh n a. (NumElt a, PrimElt a) + => Shaped (n : sh) a -> Shaped sh a +ssumOuter1Prim = sfromPrimitive . ssumOuter1PrimP . stoPrimitive + +ssumAllPrimP :: (PrimElt a, NumElt a) => Shaped n (Primitive a) -> a +ssumAllPrimP (Shaped arr) = msumAllPrimP arr ssumAllPrim :: (PrimElt a, NumElt a) => Shaped n a -> a ssumAllPrim (Shaped arr) = msumAllPrim arr @@ -191,36 +194,35 @@ szip = coerce mzip sunzip :: Shaped sh (a, b) -> (Shaped sh a, Shaped sh b) sunzip = coerce munzip -srerankP :: forall sh1 sh2 sh a b. (Storable a, Storable b) - => ShS sh -> ShS sh2 - -> (Shaped sh1 (Primitive a) -> Shaped sh2 (Primitive b)) - -> Shaped (sh ++ sh1) (Primitive a) -> Shaped (sh ++ sh2) (Primitive b) -srerankP sh sh2 f sarr@(Shaped arr) - | Refl <- lemMapJustApp sh (Proxy @sh1) - , Refl <- lemMapJustApp sh (Proxy @sh2) - = Shaped (mrerankP (ssxFromShX (shxTakeSSX (Proxy @(MapJust sh1)) (ssxFromShX (shxFromShS sh)) (shxFromShS (sshape sarr)))) - (shxFromShS sh2) - (\a -> let Shaped r = f (Shaped a) in r) - arr) +srerankPrimP :: forall sh1 sh2 sh a b. (Storable a, Storable b) + => ShS sh2 + -> (Shaped sh1 (Primitive a) -> Shaped sh2 (Primitive b)) + -> Shaped sh (Shaped sh1 (Primitive a)) -> Shaped sh (Shaped sh2 (Primitive b)) +srerankPrimP sh2 f (Shaped (M_Shaped arr)) + = Shaped (M_Shaped (mrerankPrimP (shxFromShS sh2) + (\a -> let Shaped r = f (Shaped a) in r) + arr)) --- | See the caveats at 'Data.Array.XArray.rerank'. -srerank :: forall sh1 sh2 sh a b. (PrimElt a, PrimElt b) - => ShS sh -> ShS sh2 - -> (Shaped sh1 a -> Shaped sh2 b) - -> Shaped (sh ++ sh1) a -> Shaped (sh ++ sh2) b -srerank sh sh2 f (stoPrimitive -> arr) = - sfromPrimitive $ srerankP sh sh2 (stoPrimitive . f . sfromPrimitive) arr +-- | See the caveats at 'mrerankPrim'. +srerankPrim :: forall sh1 sh2 sh a b. (PrimElt a, PrimElt b) + => ShS sh2 + -> (Shaped sh1 a -> Shaped sh2 b) + -> Shaped sh (Shaped sh1 a) -> Shaped sh (Shaped sh2 b) +srerankPrim sh2 f (Shaped (M_Shaped arr)) = + Shaped (M_Shaped (mrerankPrim (shxFromShS sh2) + (\a -> let Shaped r = f (Shaped a) in r) + arr)) sreplicate :: forall sh sh' a. Elt a => ShS sh -> Shaped sh' a -> Shaped (sh ++ sh') a sreplicate sh (Shaped arr) | Refl <- lemMapJustApp sh (Proxy @sh') = Shaped (mreplicate (shxFromShS sh) arr) -sreplicateScalP :: forall sh a. Storable a => ShS sh -> a -> Shaped sh (Primitive a) -sreplicateScalP sh x = Shaped (mreplicateScalP (shxFromShS sh) x) +sreplicatePrimP :: forall sh a. Storable a => ShS sh -> a -> Shaped sh (Primitive a) +sreplicatePrimP sh x = Shaped (mreplicatePrimP (shxFromShS sh) x) -sreplicateScal :: PrimElt a => ShS sh -> a -> Shaped sh a -sreplicateScal sh x = sfromPrimitive (sreplicateScalP sh x) +sreplicatePrim :: forall sh a. PrimElt a => ShS sh -> a -> Shaped sh a +sreplicatePrim sh x = sfromPrimitive (sreplicatePrimP sh x) sslice :: Elt a => SNat i -> SNat n -> Shaped (i + n + k : sh) a -> Shaped (n : sh) a sslice i n@SNat arr = diff --git a/src/Data/Array/Nested/Shaped/Base.hs b/src/Data/Array/Nested/Shaped/Base.hs index b313b2d..e70d84e 100644 --- a/src/Data/Array/Nested/Shaped/Base.hs +++ b/src/Data/Array/Nested/Shaped/Base.hs @@ -172,10 +172,10 @@ instance Elt a => Elt (Shaped sh a) where instance (KnownShS sh, KnownElt a) => KnownElt (Shaped sh a) where memptyArrayUnsafe :: forall sh'. IShX sh' -> Mixed sh' (Shaped sh a) - memptyArrayUnsafe i + memptyArrayUnsafe sh | Dict <- lemKnownMapJust (Proxy @sh) = coerce @(Mixed sh' (Mixed (MapJust sh) a)) @(Mixed sh' (Shaped sh a)) $ - memptyArrayUnsafe i + memptyArrayUnsafe sh mvecsUnsafeNew idx (Shaped arr) | Dict <- lemKnownMapJust (Proxy @sh) diff --git a/src/Data/Array/Nested/Trace.hs b/src/Data/Array/Nested/Trace.hs index 6a2890f..37c31ea 100644 --- a/src/Data/Array/Nested/Trace.hs +++ b/src/Data/Array/Nested/Trace.hs @@ -69,4 +69,4 @@ import Data.Array.Nested.Trace.TH $(concat <$> mapM convertFun - ['rshape, 'rrank, 'rsize, 'rindex, 'rindexPartial, 'rgenerate, 'rsumOuter1, 'rsumAllPrim, 'rtranspose, 'rappend, 'rconcat, 'rscalar, 'rfromVector, 'rtoVector, 'runScalar, 'remptyArray, 'rrerank, 'rreplicate, 'rreplicateScal, 'rfromList1, 'rfromList1N, 'rfromListOuter, 'rfromListOuterN, 'rfromListLinear, 'rfromList1Prim, 'rfromList1PrimN, 'rfromListPrimLinear, 'rtoList, 'rtoListOuter, 'rtoListLinear, 'rslice, 'rrev1, 'rreshape, 'rflatten, 'riota, 'rminIndexPrim, 'rmaxIndexPrim, 'rdot1Inner, 'rdot, 'rnest, 'runNest, 'rzip, 'runzip, 'rlift, 'rlift2, 'rtoXArrayPrim, 'rfromXArrayPrim, 'rtoMixed, 'rcastToMixed, 'rcastToShaped, 'rfromOrthotope, 'rtoOrthotope, 'rquotArray, 'rremArray, 'ratan2Array, 'sshape, 'srank, 'ssize, 'sindex, 'sindexPartial, 'sgenerate, 'ssumOuter1, 'ssumAllPrim, 'stranspose, 'sappend, 'sscalar, 'sfromVector, 'stoVector, 'sunScalar, 'semptyArray, 'srerank, 'sreplicate, 'sreplicateScal, 'sfromList1, 'sfromListOuter, 'sfromListLinear, 'sfromList1Prim, 'sfromListPrimLinear, 'stoList, 'stoListOuter, 'stoListLinear, 'sslice, 'srev1, 'sreshape, 'sflatten, 'siota, 'sminIndexPrim, 'smaxIndexPrim, 'sdot1Inner, 'sdot, 'snest, 'sunNest, 'szip, 'sunzip, 'slift, 'slift2, 'stoXArrayPrim, 'sfromXArrayPrim, 'stoMixed, 'scastToMixed, 'stoRanked, 'sfromOrthotope, 'stoOrthotope, 'squotArray, 'sremArray, 'satan2Array, 'mshape, 'mrank, 'msize, 'mindex, 'mindexPartial, 'mgenerate, 'msumOuter1, 'msumAllPrim, 'mtranspose, 'mappend, 'mconcat, 'mscalar, 'mfromVector, 'mtoVector, 'munScalar, 'memptyArray, 'mrerank, 'mreplicate, 'mreplicateScal, 'mfromList1, 'mfromList1N, 'mfromList1SN, 'mfromListOuter, 'mfromListOuterN, 'mfromListOuterSN, 'mfromListLinear, 'mfromList1Prim, 'mfromList1PrimN, 'mfromList1PrimSN, 'mfromListPrimLinear, 'mtoList, 'mtoListOuter, 'mtoListLinear, 'msliceN, 'msliceSN, 'mrev1, 'mreshape, 'mflatten, 'miota, 'mminIndexPrim, 'mmaxIndexPrim, 'mdot1Inner, 'mdot, 'mnest, 'munNest, 'mzip, 'munzip, 'mlift, 'mlift2, 'mtoXArrayPrim, 'mfromXArrayPrim, 'mcast, 'mcastToShaped, 'mtoRanked, 'convert, 'mquotArray, 'mremArray, 'matan2Array]) + ['rshape, 'rrank, 'rsize, 'rindex, 'rindexPartial, 'rgenerate, 'rsumOuter1Prim, 'rsumAllPrim, 'rtranspose, 'rappend, 'rconcat, 'rscalar, 'rfromVector, 'rtoVector, 'runScalar, 'remptyArray, 'rrerankPrim, 'rreplicate, 'rreplicatePrim, 'rfromListOuter, 'rfromListOuterN, 'rfromList1, 'rfromList1N, 'rfromListLinear, 'rfromList1Prim, 'rfromList1PrimN, 'rfromListPrimLinear, 'rtoList, 'rtoListOuter, 'rtoListLinear, 'rslice, 'rrev1, 'rreshape, 'rflatten, 'riota, 'rminIndexPrim, 'rmaxIndexPrim, 'rdot1Inner, 'rdot, 'rnest, 'runNest, 'rzip, 'runzip, 'rlift, 'rlift2, 'rtoXArrayPrim, 'rfromXArrayPrim, 'rtoMixed, 'rcastToMixed, 'rcastToShaped, 'rfromOrthotope, 'rtoOrthotope, 'rquotArray, 'rremArray, 'ratan2Array, 'sshape, 'srank, 'ssize, 'sindex, 'sindexPartial, 'sgenerate, 'ssumOuter1Prim, 'ssumAllPrim, 'stranspose, 'sappend, 'sscalar, 'sfromVector, 'stoVector, 'sunScalar, 'semptyArray, 'srerankPrim, 'sreplicate, 'sreplicatePrim, 'sfromListOuter, 'sfromList1, 'sfromListLinear, 'sfromList1Prim, 'sfromListPrimLinear, 'stoList, 'stoListOuter, 'stoListLinear, 'sslice, 'srev1, 'sreshape, 'sflatten, 'siota, 'sminIndexPrim, 'smaxIndexPrim, 'sdot1Inner, 'sdot, 'snest, 'sunNest, 'szip, 'sunzip, 'slift, 'slift2, 'stoXArrayPrim, 'sfromXArrayPrim, 'stoMixed, 'scastToMixed, 'stoRanked, 'sfromOrthotope, 'stoOrthotope, 'squotArray, 'sremArray, 'satan2Array, 'mshape, 'mrank, 'msize, 'mindex, 'mindexPartial, 'mgenerate, 'msumOuter1Prim, 'msumAllPrim, 'mtranspose, 'mappend, 'mconcat, 'mscalar, 'mfromVector, 'mtoVector, 'munScalar, 'memptyArray, 'mrerankPrim, 'mreplicate, 'mreplicatePrim, 'mfromListOuter, 'mfromListOuterN, 'mfromListOuterSN, 'mfromList1, 'mfromList1N, 'mfromList1SN, 'mfromListLinear, 'mfromList1Prim, 'mfromList1PrimN, 'mfromList1PrimSN, 'mfromListPrimLinear, 'mtoList, 'mtoListOuter, 'mtoListLinear, 'msliceN, 'msliceSN, 'mrev1, 'mreshape, 'mflatten, 'miota, 'mminIndexPrim, 'mmaxIndexPrim, 'mdot1Inner, 'mdot, 'mnest, 'munNest, 'mzip, 'munzip, 'mlift, 'mlift2, 'mtoXArrayPrim, 'mfromXArrayPrim, 'mcast, 'mcastToShaped, 'mtoRanked, 'convert, 'mquotArray, 'mremArray, 'matan2Array]) |