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| Synthesizer.Generic.Analysis |
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| Synopsis |
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| volumeMaximum :: (C y, Read sig y) => sig y -> y | | | volumeEuclidean :: (C y, Read sig y) => sig y -> y | | | volumeEuclideanSqr :: (C y, Read sig y) => sig y -> y | | | volumeSum :: (C y, C y, Read sig y) => sig y -> y | | | volumeVectorMaximum :: (C y yv, Ord y, Read sig yv) => sig yv -> y | | | volumeVectorEuclidean :: (C y, C y yv, Read sig yv) => sig yv -> y | | | volumeVectorEuclideanSqr :: (C y, Sqr y yv, Read sig yv) => sig yv -> y | | | volumeVectorSum :: (C y yv, C y, Read sig yv) => sig yv -> y | | | bounds :: (Ord y, Read sig y) => sig y -> (y, y) | | | directCurrentOffset :: (C y, Read sig y) => sig y -> y | | | scalarProduct :: (C y, Read sig y) => sig y -> sig y -> y | | | centroid :: (C y, Read sig y) => sig y -> y | | | average :: (C y, Read sig y) => sig y -> y | | | rectify :: (C y, Transform sig y) => sig y -> sig y | | | zeros :: (Ord y, C y, Transform sig y Bool) => sig y -> sig Bool | | | flipFlopHysteresis :: (Ord y, Transform sig y Bool) => (y, y) -> Bool -> sig y -> sig Bool |
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| Notions of volume
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| Volume based on Manhattan norm.
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| volumeEuclidean :: (C y, Read sig y) => sig y -> y | Source |
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| Volume based on Energy norm.
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| volumeEuclideanSqr :: (C y, Read sig y) => sig y -> y | Source |
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| Volume based on Sum norm.
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| volumeVectorMaximum :: (C y yv, Ord y, Read sig yv) => sig yv -> y | Source |
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| Volume based on Manhattan norm.
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| volumeVectorEuclidean :: (C y, C y yv, Read sig yv) => sig yv -> y | Source |
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| Volume based on Energy norm.
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| volumeVectorEuclideanSqr :: (C y, Sqr y yv, Read sig yv) => sig yv -> y | Source |
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| volumeVectorSum :: (C y yv, C y, Read sig yv) => sig yv -> y | Source |
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| Volume based on Sum norm.
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| Compute minimum and maximum value of the stream the efficient way.
Input list must be non-empty and finite.
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| Miscellaneous
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| directCurrentOffset :: (C y, Read sig y) => sig y -> y | Source |
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| Requires finite length.
This is identical to the arithmetic mean.
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| scalarProduct :: (C y, Read sig y) => sig y -> sig y -> y | Source |
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| directCurrentOffset must be non-zero.
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Detects zeros (sign changes) in a signal.
This can be used as a simple measure of the portion
of high frequencies or noise in the signal.
It ca be used as voiced/unvoiced detector in a vocoder.
zeros x !! n is True if and only if
(x !! n >= 0) /= (x !! (n+1) >= 0).
The result will be one value shorter than the input.
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| Detect thresholds with a hysteresis.
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| Produced by Haddock version 2.4.2 |
