Safe Haskell	None
Language	Haskell2010

Math.HiddenMarkovModel.Example.SineWavePrivate

Synopsis

data State
- = Rising
- | High
- | Falling
- | Low
type StateSet = Enumeration State
stateSet :: StateSet
type HMM = Gaussian () StateSet Double
hmm :: HMM
stateVector :: Double -> Double -> Double -> Double -> Vector StateSet Double
sineWaveLabeled :: T [] (State, Double)
sineWave :: T [] Double
revealed :: T [] State
hmmTrainedSupervised :: HMM
hmmTrainedUnsupervised :: HMM
hmmIterativelyTrained :: HMM

Documentation

>>> import qualified Data.NonEmpty as NonEmpty

data State Source #

Constructors

Rising
High
Falling
Low

Instances

Instances details

Bounded State Source #
Instance details Defined in Math.HiddenMarkovModel.Example.SineWavePrivate Methods minBound :: State # maxBound :: State #
Enum State Source #
Instance details Defined in Math.HiddenMarkovModel.Example.SineWavePrivate Methods succ :: State -> State # pred :: State -> State # toEnum :: Int -> State # fromEnum :: State -> Int # enumFrom :: State -> [State] # enumFromThen :: State -> State -> [State] # enumFromTo :: State -> State -> [State] # enumFromThenTo :: State -> State -> State -> [State] #
Eq State Source #
Instance details Defined in Math.HiddenMarkovModel.Example.SineWavePrivate Methods (==) :: State -> State -> Bool # (/=) :: State -> State -> Bool #
Ord State Source #
Instance details Defined in Math.HiddenMarkovModel.Example.SineWavePrivate Methods compare :: State -> State -> Ordering # (<) :: State -> State -> Bool # (<=) :: State -> State -> Bool # (>) :: State -> State -> Bool # (>=) :: State -> State -> Bool # max :: State -> State -> State # min :: State -> State -> State #
Show State Source #
Instance details Defined in Math.HiddenMarkovModel.Example.SineWavePrivate Methods showsPrec :: Int -> State -> ShowS # show :: State -> String # showList :: [State] -> ShowS #

type StateSet = Enumeration State Source #

stateSet :: StateSet Source #

type HMM = Gaussian () StateSet Double Source #

hmm :: HMM Source #

stateVector :: Double -> Double -> Double -> Double -> Vector StateSet Double Source #

sineWaveLabeled :: T [] (State, Double) Source #

>>> take 20 $ map fst $ NonEmpty.flatten sineWaveLabeled
[Rising,Rising,High,High,High,Falling,Falling,Falling,Low,Low,Low,Rising,Rising,Rising,Rising,High,High,High,Falling,Falling]

sineWave :: T [] Double Source #

revealed :: T [] State Source #

>>> take 20 $ NonEmpty.flatten revealed
[Rising,Rising,High,High,High,Falling,Falling,Falling,Low,Low,Low,Low,Rising,Rising,Rising,High,High,High,Falling,Falling]

hmmTrainedSupervised :: HMM Source #

hmmTrainedUnsupervised :: HMM Source #

hmmIterativelyTrained :: HMM Source #