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## Uses of Class
cc.mallet.fst.Transducer.State

Packages that use Transducer.State
cc.mallet.fst | Transducers, including Conditional Random Fields (CRFs).
cc.mallet.fst.semi_supervised |

Uses of Transducer.State in cc.mallet.fst

Subclasses of Transducer.State in cc.mallet.fst
`static class` | `CRF.State`
`class` | `FeatureTransducer.State`
`static class` | `HMM.State`
`static class` | `MEMM.State`

Methods in cc.mallet.fst that return Transducer.State
`Transducer.State` | `FeatureTransducer.TransitionIterator.getDestinationState()`
`Transducer.State` | `CRF.TransitionIterator.getDestinationState()`
`Transducer.State` | `HMM.TransitionIterator.getDestinationState()`
`abstract Transducer.State` | `Transducer.TransitionIterator.getDestinationState()` The state we are in after taking this transition.
`Transducer.State` | `FeatureTransducer.TransitionIterator.getSourceState()`
`Transducer.State` | `CRF.TransitionIterator.getSourceState()`
`Transducer.State` | `HMM.TransitionIterator.getSourceState()`
`abstract Transducer.State` | `Transducer.TransitionIterator.getSourceState()` The state we were in before taking this transition.
`Transducer.State` | `FeatureTransducer.getState(int index)`
`Transducer.State` | `CRF.getState(int index)`
`Transducer.State` | `HMM.getState(int index)`
`abstract Transducer.State` | `Transducer.getState(int index)`
`Transducer.State` | `Transducer.TransitionIterator.next()`
`Transducer.State` | `FeatureTransducer.TransitionIterator.nextState()`
`Transducer.State` | `CRF.TransitionIterator.nextState()`
`Transducer.State` | `HMM.TransitionIterator.nextState()`
`abstract Transducer.State` | `Transducer.TransitionIterator.nextState()` Deprecated.

Methods in cc.mallet.fst that return types with arguments of type Transducer.State
`SequencePairAlignment<java.lang.Object,Transducer.State>` | `MaxLatticeDefault.bestStateAlignment()`
`java.util.List<SequencePairAlignment<java.lang.Object,Transducer.State>>` | `MaxLatticeDefault.bestStateAlignments(int n)` Perform the backward pass of Viterbi, returning the n-best sequences of States.
`Sequence<Transducer.State>` | `MaxLattice.bestStateSequence()`
`Sequence<Transducer.State>` | `MaxLatticeDefault.bestStateSequence()`
`java.util.List<Sequence<Transducer.State>>` | `MaxLattice.bestStateSequences(int n)`
`java.util.List<Sequence<Transducer.State>>` | `MaxLatticeDefault.bestStateSequences(int n)`

Methods in cc.mallet.fst with parameters of type Transducer.State
`double` | `SumLattice.getAlpha(int ip, Transducer.State s)`
`double` | `SumLatticeDefault.getAlpha(int ip, Transducer.State s)`
`double` | `SumLatticeBeam.getAlpha(int ip, Transducer.State s)`
`double` | `SumLatticeScaling.getAlpha(int ip, Transducer.State s)`
`double` | `SumLattice.getBeta(int ip, Transducer.State s)`
`double` | `SumLatticeDefault.getBeta(int ip, Transducer.State s)`
`double` | `SumLatticeBeam.getBeta(int ip, Transducer.State s)`
`double` | `SumLatticeScaling.getBeta(int ip, Transducer.State s)`
`double` | `SumLattice.getGammaProbability(int inputPosition, Transducer.State s)`
`double` | `SumLatticeDefault.getGammaProbability(int inputPosition, Transducer.State s)`
`double` | `SumLatticeBeam.getGammaProbability(int inputPosition, Transducer.State s)`
`double` | `SumLatticeScaling.getGammaProbability(int inputPosition, Transducer.State s)`
`double` | `SumLattice.getGammaWeight(int inputPosition, Transducer.State s)`
`double` | `SumLatticeDefault.getGammaWeight(int inputPosition, Transducer.State s)`
`double` | `SumLatticeBeam.getGammaWeight(int inputPosition, Transducer.State s)`
`double` | `SumLatticeScaling.getGammaWeight(int inputPosition, Transducer.State s)`
`double` | `SumLattice.getXiProbability(int ip, Transducer.State s1, Transducer.State s2)`
`double` | `SumLatticeDefault.getXiProbability(int ip, Transducer.State s1, Transducer.State s2)`
`double` | `SumLatticeBeam.getXiProbability(int ip, Transducer.State s1, Transducer.State s2)`
`double` | `SumLatticeScaling.getXiProbability(int ip, Transducer.State s1, Transducer.State s2)`
`double` | `SumLattice.getXiWeight(int ip, Transducer.State s1, Transducer.State s2)`
`double` | `SumLatticeDefault.getXiWeight(int ip, Transducer.State s1, Transducer.State s2)`
`double` | `SumLatticeBeam.getXiWeight(int ip, Transducer.State s1, Transducer.State s2)`
`double` | `SumLatticeScaling.getXiWeight(int ip, Transducer.State s1, Transducer.State s2)`
`void` | `CRF.Factors.Incrementor.incrementFinalState(Transducer.State s, double count)`
`void` | `CRF.Factors.WeightedIncrementor.incrementFinalState(Transducer.State s, double count)`
`void` | `HMM.Incrementor.incrementFinalState(Transducer.State s, double count)`
`void` | `HMM.WeightedIncrementor.incrementFinalState(Transducer.State s, double count)`
`void` | `Transducer.Incrementor.incrementFinalState(Transducer.State s, double count)`
`void` | `CRF.Factors.Incrementor.incrementInitialState(Transducer.State s, double count)`
`void` | `CRF.Factors.WeightedIncrementor.incrementInitialState(Transducer.State s, double count)`
`void` | `HMM.Incrementor.incrementInitialState(Transducer.State s, double count)`
`void` | `HMM.WeightedIncrementor.incrementInitialState(Transducer.State s, double count)`
`void` | `Transducer.Incrementor.incrementInitialState(Transducer.State s, double count)`

Uses of Transducer.State in cc.mallet.fst.semi_supervised

Fields in cc.mallet.fst.semi_supervised declared as Transducer.State
`Transducer.State` | `EntropyLattice.LatticeNode.state`

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