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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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