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^^.. ) :: (Backprop b, Backprop a, Reifies s W) => BVar s b -> Traversal' b a -> [BVar s a]backprop Numeric.Backprop An infix version of toListOfVar, meant to evoke parallels to ^.. from lens. With normal values, you can extract all targets of a Traversal from that value with a:
x ^.. myTraversal
would extract all targets inside of x :: b, specified by myTraversal :: Traversal' b a. The result has type [a].xVar ^^.. myTraversal
would extract all targets inside of xVar :: BVar s b (a BVar holding a b), specified by myTraversal :: Traversal' b a. The result has type [BVar s a] (A list of BVars holding as). NOTE: Has all of the performance overhead issues of sequenceVar; see documentation for sequenceVar for more information.(
^^. ) :: forall b a s . (Num a, Num b, Reifies s W) => BVar s b -> Lens' b a -> BVar s abackprop Numeric.Backprop.Num ^^., but with Num constraints instead of Backprop constraints.
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^^.. ) :: (Num b, Num a, Reifies s W) => BVar s b -> Traversal' b a -> [BVar s a]backprop Numeric.Backprop.Num ^^.., but with Num constraints instead of Backprop constraints.
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**. ) :: Floating a => Op '[a, a] abackprop Numeric.Backprop.Op Op for exponentiation
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backprop Numeric.Backprop.Op Op for multiplication
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backprop Numeric.Backprop.Op Op for addition
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backprop Numeric.Backprop.Op Op for subtraction
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/. ) :: Fractional a => Op '[a, a] abackprop Numeric.Backprop.Op Op for division
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~. ) :: forall (as :: [Type]) b c . RPureConstrained Num as => Op '[b] c -> Op as b -> Op as cbackprop Numeric.Backprop.Op Convenient infix synonym for (flipped) composeOp1. Meant to be used just like .:
f :: Op '[b] c g :: Op '[a,a] b f ~. g :: Op '[a, a] c
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<.> ) :: Module f => Scalar f -> f a -> f aboltzmann-samplers Boltzmann.Species Scalar multiplication.