Safe Haskell	None
Language	Haskell2010

Math.HiddenMarkovModel.Named

Synopsis

data T distr sh ix prob = Cons {
- model :: T distr sh prob
- nameFromStateMap :: Array sh String
- stateFromNameMap :: Map String ix
}
type Discrete symbol stateSh prob = T (Discrete symbol stateSh prob) stateSh (Index stateSh) prob
type Gaussian emiSh stateSh a = T (Gaussian emiSh stateSh a) stateSh (Index stateSh) a
fromModelAndNames :: (Indexed sh, Index sh ~ state) => T distr sh prob -> [String] -> T distr sh state prob
toCSV :: (ToCSV distr, Indexed sh, Real prob, Show prob) => T distr sh ix prob -> String
fromCSV :: (FromCSV distr, StateShape distr ~ stateSh, Indexed stateSh, Index stateSh ~ state, Real prob, Read prob) => (Int -> stateSh) -> String -> Exceptional String (T distr stateSh state prob)

Documentation

data T distr sh ix prob Source #

A Hidden Markov Model with names for each state.

Although nameFromStateMap and stateFromNameMap are exported you must be careful to keep them consistent when you alter them.

Constructors

Cons
Fields model :: T distr sh prob nameFromStateMap :: Array sh String stateFromNameMap :: Map String ix

Instances

(C sh, Storable prob, Show sh, Show prob, Show distr, Show ix) => Show (T distr sh ix prob) Source #
Instance details Defined in Math.HiddenMarkovModel.Named Methods showsPrec :: Int -> T distr sh ix prob -> ShowS # show :: T distr sh ix prob -> String # showList :: [T distr sh ix prob] -> ShowS #
(NFData distr, NFData sh, NFData ix, NFData prob, C sh, Storable prob) => NFData (T distr sh ix prob) Source #
Instance details Defined in Math.HiddenMarkovModel.Named Methods rnf :: T distr sh ix prob -> () #

type Discrete symbol stateSh prob = T (Discrete symbol stateSh prob) stateSh (Index stateSh) prob Source #

type Gaussian emiSh stateSh a = T (Gaussian emiSh stateSh a) stateSh (Index stateSh) a Source #

fromModelAndNames :: (Indexed sh, Index sh ~ state) => T distr sh prob -> [String] -> T distr sh state prob Source #

toCSV :: (ToCSV distr, Indexed sh, Real prob, Show prob) => T distr sh ix prob -> String Source #

fromCSV :: (FromCSV distr, StateShape distr ~ stateSh, Indexed stateSh, Index stateSh ~ state, Real prob, Read prob) => (Int -> stateSh) -> String -> Exceptional String (T distr stateSh state prob) Source #