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| Numeric.Transform.Fourier.CT | | Portability | portable | | Stability | experimental | | Maintainer | m.p.donadio@ieee.org |
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| Description |
| Cooley-Tukey algorithm for computing the FFT
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| Synopsis |
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| fft_ct1 :: (Ix a, Integral a, RealFloat b) => Array a (Complex b) -> a -> a -> (Array a (Complex b) -> Array a (Complex b)) -> Array a (Complex b) | | | fft_ct2 :: (Ix a, Integral a, RealFloat b) => Array a (Complex b) -> a -> a -> (Array a (Complex b) -> Array a (Complex b)) -> Array a (Complex b) |
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| Documentation |
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| fft_ct1 |
| :: (Ix a, Integral a, RealFloat b) | | | => Array a (Complex b) | x[n] | | -> a | nrows | | -> a | ncols | | -> (Array a (Complex b) -> Array a (Complex b)) | FFT function | | -> Array a (Complex b) | X[k] | | Cooley-Tukey algorithm doing row FFT's then column FFT's |
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| fft_ct2 |
| :: (Ix a, Integral a, RealFloat b) | | | => Array a (Complex b) | x[n] | | -> a | nrows | | -> a | ncols | | -> (Array a (Complex b) -> Array a (Complex b)) | fft function | | -> Array a (Complex b) | X[k] | | Cooley-Tukey algorithm doing column FFT's then row FFT's |
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| Produced by Haddock version 0.4 |
