Safe Haskell	None
Language	Haskell98

Data.Random.Distribution.Bernoulli

Synopsis

Documentation

bernoulli :: Distribution (Bernoulli b) a => b -> RVar a #

Generate a Bernoulli variate with the given probability. For Bool results, bernoulli p will return True (p*100)% of the time and False otherwise. For numerical types, True is replaced by 1 and False by 0.

bernoulliT :: Distribution (Bernoulli b) a => b -> RVarT m a #

Generate a Bernoulli process with the given probability. For Bool results, bernoulli p will return True (p*100)% of the time and False otherwise. For numerical types, True is replaced by 1 and False by 0.

boolBernoulli :: (Fractional a, Ord a, Distribution StdUniform a) => a -> RVarT m Bool #

A random variable whose value is True the given fraction of the time and False the rest.

boolBernoulliCDF :: Real a => a -> Bool -> Double #

generalBernoulli :: Distribution (Bernoulli b) Bool => a -> a -> b -> RVarT m a #

generalBernoulli t f p generates a random variable whose value is t with probability p and f with probability 1-p.

generalBernoulliCDF :: CDF (Bernoulli b) Bool => (a -> a -> Bool) -> a -> a -> b -> a -> Double #

newtype Bernoulli b a #

Constructors

Bernoulli b

Instances

(Distribution (Bernoulli b) Bool, Real b) => CDF (Bernoulli b) Bool #
Methods cdf :: Bernoulli b Bool -> Bool -> Double #
CDF (Bernoulli b0) Bool => CDF (Bernoulli b0) Word64 #
Methods cdf :: Bernoulli b0 Word64 -> Word64 -> Double #
CDF (Bernoulli b0) Bool => CDF (Bernoulli b0) Word32 #
Methods cdf :: Bernoulli b0 Word32 -> Word32 -> Double #
CDF (Bernoulli b0) Bool => CDF (Bernoulli b0) Word16 #
Methods cdf :: Bernoulli b0 Word16 -> Word16 -> Double #
CDF (Bernoulli b0) Bool => CDF (Bernoulli b0) Word8 #
Methods cdf :: Bernoulli b0 Word8 -> Word8 -> Double #
CDF (Bernoulli b0) Bool => CDF (Bernoulli b0) Word #
Methods cdf :: Bernoulli b0 Word -> Word -> Double #
CDF (Bernoulli b0) Bool => CDF (Bernoulli b0) Int64 #
Methods cdf :: Bernoulli b0 Int64 -> Int64 -> Double #
CDF (Bernoulli b0) Bool => CDF (Bernoulli b0) Int32 #
Methods cdf :: Bernoulli b0 Int32 -> Int32 -> Double #
CDF (Bernoulli b0) Bool => CDF (Bernoulli b0) Int16 #
Methods cdf :: Bernoulli b0 Int16 -> Int16 -> Double #
CDF (Bernoulli b0) Bool => CDF (Bernoulli b0) Int8 #
Methods cdf :: Bernoulli b0 Int8 -> Int8 -> Double #
CDF (Bernoulli b0) Bool => CDF (Bernoulli b0) Int #
Methods cdf :: Bernoulli b0 Int -> Int -> Double #
CDF (Bernoulli b0) Bool => CDF (Bernoulli b0) Integer #
Methods cdf :: Bernoulli b0 Integer -> Integer -> Double #
CDF (Bernoulli b0) Bool => CDF (Bernoulli b0) Double #
Methods cdf :: Bernoulli b0 Double -> Double -> Double #
CDF (Bernoulli b0) Bool => CDF (Bernoulli b0) Float #
Methods cdf :: Bernoulli b0 Float -> Float -> Double #
(Fractional b, Ord b, Distribution StdUniform b) => Distribution (Bernoulli b) Bool #
Methods rvar :: Bernoulli b Bool -> RVar Bool # rvarT :: Bernoulli b Bool -> RVarT n Bool #
Distribution (Bernoulli b0) Bool => Distribution (Bernoulli b0) Word64 #
Methods rvar :: Bernoulli b0 Word64 -> RVar Word64 # rvarT :: Bernoulli b0 Word64 -> RVarT n Word64 #
Distribution (Bernoulli b0) Bool => Distribution (Bernoulli b0) Word32 #
Methods rvar :: Bernoulli b0 Word32 -> RVar Word32 # rvarT :: Bernoulli b0 Word32 -> RVarT n Word32 #
Distribution (Bernoulli b0) Bool => Distribution (Bernoulli b0) Word16 #
Methods rvar :: Bernoulli b0 Word16 -> RVar Word16 # rvarT :: Bernoulli b0 Word16 -> RVarT n Word16 #
Distribution (Bernoulli b0) Bool => Distribution (Bernoulli b0) Word8 #
Methods rvar :: Bernoulli b0 Word8 -> RVar Word8 # rvarT :: Bernoulli b0 Word8 -> RVarT n Word8 #
Distribution (Bernoulli b0) Bool => Distribution (Bernoulli b0) Word #
Methods rvar :: Bernoulli b0 Word -> RVar Word # rvarT :: Bernoulli b0 Word -> RVarT n Word #
Distribution (Bernoulli b0) Bool => Distribution (Bernoulli b0) Int64 #
Methods rvar :: Bernoulli b0 Int64 -> RVar Int64 # rvarT :: Bernoulli b0 Int64 -> RVarT n Int64 #
Distribution (Bernoulli b0) Bool => Distribution (Bernoulli b0) Int32 #
Methods rvar :: Bernoulli b0 Int32 -> RVar Int32 # rvarT :: Bernoulli b0 Int32 -> RVarT n Int32 #
Distribution (Bernoulli b0) Bool => Distribution (Bernoulli b0) Int16 #
Methods rvar :: Bernoulli b0 Int16 -> RVar Int16 # rvarT :: Bernoulli b0 Int16 -> RVarT n Int16 #
Distribution (Bernoulli b0) Bool => Distribution (Bernoulli b0) Int8 #
Methods rvar :: Bernoulli b0 Int8 -> RVar Int8 # rvarT :: Bernoulli b0 Int8 -> RVarT n Int8 #
Distribution (Bernoulli b0) Bool => Distribution (Bernoulli b0) Int #
Methods rvar :: Bernoulli b0 Int -> RVar Int # rvarT :: Bernoulli b0 Int -> RVarT n Int #
Distribution (Bernoulli b0) Bool => Distribution (Bernoulli b0) Integer #
Methods rvar :: Bernoulli b0 Integer -> RVar Integer # rvarT :: Bernoulli b0 Integer -> RVarT n Integer #
Distribution (Bernoulli b0) Bool => Distribution (Bernoulli b0) Double #
Methods rvar :: Bernoulli b0 Double -> RVar Double # rvarT :: Bernoulli b0 Double -> RVarT n Double #
Distribution (Bernoulli b0) Bool => Distribution (Bernoulli b0) Float #
Methods rvar :: Bernoulli b0 Float -> RVar Float # rvarT :: Bernoulli b0 Float -> RVarT n Float #
(CDF (Bernoulli b) Bool, RealFloat a) => CDF (Bernoulli b) (Complex a) #
Methods cdf :: Bernoulli b (Complex a) -> Complex a -> Double #
(CDF (Bernoulli b) Bool, Integral a) => CDF (Bernoulli b) (Ratio a) #
Methods cdf :: Bernoulli b (Ratio a) -> Ratio a -> Double #
(Distribution (Bernoulli b) Bool, RealFloat a) => Distribution (Bernoulli b) (Complex a) #
Methods rvar :: Bernoulli b (Complex a) -> RVar (Complex a) # rvarT :: Bernoulli b (Complex a) -> RVarT n (Complex a) #
(Distribution (Bernoulli b) Bool, Integral a) => Distribution (Bernoulli b) (Ratio a) #
Methods rvar :: Bernoulli b (Ratio a) -> RVar (Ratio a) # rvarT :: Bernoulli b (Ratio a) -> RVarT n (Ratio a) #