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Within LTS Haskell 24.52 (ghc-9.10.3)

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1. subsequenceMatch :: String -> String -> Bool

   yi-core	Yi.Completion

   A simple fuzzy match algorithm. Example: "abc" matches "a1b2c"

2. subsequenceTextMatch :: Text -> Text -> Bool

   yi-core	Yi.Completion

   A simple fuzzy match algorithm. Example: "abc" matches "a1b2c"

3. extremumNoEq :: Fractional a => (forall s . () => AD s (On (Forward (Forward a))) -> AD s (On (Forward (Forward a)))) -> a -> [a]

   ad	Numeric.AD.Newton

   The extremumNoEq function behaves the same as extremum except that it doesn't truncate the list once the results become constant. This means it can be used with types without an Eq instance.

4. findZeroNoEq :: Fractional a => (forall s . () => AD s (Forward a) -> AD s (Forward a)) -> a -> [a]

   ad	Numeric.AD.Newton

   The findZeroNoEq function behaves the same as findZero except that it doesn't truncate the list once the results become constant. This means it can be used with types without an Eq instance.

5. fixedPointNoEq :: Fractional a => (forall s . () => AD s (Forward a) -> AD s (Forward a)) -> a -> [a]

   ad	Numeric.AD.Newton

   The fixedPointNoEq function behaves the same as fixedPoint except that it doesn't truncate the list once the results become constant. This means it can be used with types without an Eq instance.

6. inverseNoEq :: Fractional a => (forall s . () => AD s (Forward a) -> AD s (Forward a)) -> a -> a -> [a]

   ad	Numeric.AD.Newton

   The inverseNoEq function behaves the same as inverse except that it doesn't truncate the list once the results become constant. This means it can be used with types without an Eq instance.

7. extremumNoEq :: Fractional a => (On (Forward (Tower a)) -> On (Forward (Tower a))) -> a -> [a]

   ad	Numeric.AD.Rank1.Halley

   The extremumNoEq function behaves the same as extremum except that it doesn't truncate the list once the results become constant. This means it can be used with types without an Eq instance.

8. findZeroNoEq :: Fractional a => (Tower a -> Tower a) -> a -> [a]

   ad	Numeric.AD.Rank1.Halley

   The findZeroNoEq function behaves the same as findZero except that it doesn't truncate the list once the results become constant. This means it can be used with types without an Eq instance.

9. fixedPointNoEq :: Fractional a => (Tower a -> Tower a) -> a -> [a]

   ad	Numeric.AD.Rank1.Halley

   The fixedPointNoEq function behaves the same as fixedPoint except that it doesn't truncate the list once the results become constant. This means it can be used with types without an Eq instance.

10. inverseNoEq :: Fractional a => (Tower a -> Tower a) -> a -> a -> [a]

    ad	Numeric.AD.Rank1.Halley

    The inverseNoEq function behaves the same as inverse except that it doesn't truncate the list once the results become constant. This means it can be used with types without an Eq instance.

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