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1. idDF :: forall (dom :: Domain) en a . DataFlow dom en en a a

   clash-prelude	Clash.Prelude.DataFlow

   Identity circuit

2. iddr :: forall (fast :: Domain) (fPeriod :: Nat) (edge :: ActiveEdge) (reset :: ResetKind) (init :: InitBehavior) (polarity :: ResetPolarity) (slow :: Domain) (m :: Nat) . (HasCallStack, KnownConfiguration fast ('DomainConfiguration fast fPeriod edge reset init polarity), KnownConfiguration slow ('DomainConfiguration slow (2 * fPeriod) edge reset init polarity), KnownNat m) => Clock slow -> Reset slow -> Enable slow -> Signal fast (BitVector m) -> Signal slow (BitVector m, BitVector m)

   clash-prelude	Clash.Xilinx.DDR

   Xilinx specific variant of ddrIn implemented using the Xilinx IDDR primitive in SAME_EDGE mode. Reset values are 0 Of the output pair (o0, o1), o0 is the data clocked in on the falling edge and o1 is the data clocked in on the rising edge, and o0 comes before o1 in time. NB: This primitive only supports rising edges as the active edge. Trying to instantiate this function in a domain where falling edges are the active edge will lead to a HDL generation or Haskell simulation error.

3. ident :: Int -> Matrix

   dense-linear-algebra	Statistics.Matrix

   Create the square identity matrix with given dimensions.

4. idPrefix :: forall n f . Functor f => (Text -> f Text) -> Options SVG V2 n -> f (Options SVG V2 n)

   diagrams-svg	Diagrams.Backend.SVG

   Lens onto the idPrefix of the svg options. This is the prefix given to clipping paths to distinguish them from other svg files in the same web page.

5. idft :: (FFTWReal r, Ix i, Shapable i) => CArray i (Complex r) -> CArray i (Complex r)

   fft	Math.FFT

   1-dimensional complex inverse DFT. Inverse of dft.

6. idftN :: (FFTWReal r, Ix i, Shapable i) => [Int] -> CArray i (Complex r) -> CArray i (Complex r)

   fft	Math.FFT

   Multi-dimensional inverse DFT.

7. idft :: (FFTWReal r, Ix i, Shapable i) => CArray i (Complex r) -> CArray i (Complex r)

   fft	Math.FFT.Base

   1-dimensional complex inverse DFT. Inverse of dft.

8. idftN :: (FFTWReal r, Ix i, Shapable i) => [Int] -> CArray i (Complex r) -> CArray i (Complex r)

   fft	Math.FFT.Base

   Multi-dimensional inverse DFT.

9. idLens :: ALens a b i a b

   generic-lens-core	Data.GenericLens.Internal

   No documentation available.

10. idPrism :: Market a b i a b

    generic-lens-core	Data.GenericLens.Internal

    No documentation available.

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