public PhoneLoopSearchGraph(CIPhoneLoop this_0)
{
this.this_0 = this_0;
this.__existingStates = new HashMap();
this.__firstState = new UnknownWordState();
BranchOutState branchOutState = new BranchOutState(this.__firstState);
this.attachState(this.__firstState, branchOutState, 0f, 0f);
LoopBackState loopBackState = new LoopBackState(this.__firstState);
loopBackState.setFinalState(true);
this.attachState(loopBackState, branchOutState, 0f, 0f);
Iterator contextIndependentUnitIterator = this_0.__model.getContextIndependentUnitIterator();
while (contextIndependentUnitIterator.hasNext())
{
UnitState unitState = new UnitState((Unit)contextIndependentUnitIterator.next(), HMMPosition.__UNDEFINED);
this.attachState(branchOutState, unitState, 0f, CIPhoneLoop.access_000(this_0));
HMM hmm = this_0.__model.lookupNearestHMM(unitState.getUnit(), unitState.getPosition(), false);
HMMState initialState = hmm.getInitialState();
HMMStateState hmmstateState = new HMMStateState(unitState, initialState);
this.addStateToCache(hmmstateState);
this.attachState(unitState, hmmstateState, 0f, 0f);
HMMStateState prevState = this.expandHMMTree(unitState, hmmstateState);
this.attachState(prevState, loopBackState, 0f, 0f);
}
}
private HMMStateState getHMMStates(UnitState unitState)
{
Unit unit = unitState.getUnit();
HMMPosition position = unitState.getPosition();
HMM hmm = FlatLinguist.access_700(this.this_0).lookupNearestHMM(unit, position, false);
HMMState initialState = hmm.getInitialState();
HMMStateState hmmstateState = new HMMStateState(unitState, initialState);
this.attachState(unitState, hmmstateState, 0f, 0f);
this.addStateToCache(hmmstateState);
return(this.expandHMMTree(unitState, hmmstateState));
}
/** Constructs a phone loop search graph. */
public PhoneLoopSearchGraph(SentenceHMMState initState, AcousticModel model, float logPhoneInsertionProbability)
{
this.inititalState = initState;
this.model = model;
this.logPhoneInsertionProbability = logPhoneInsertionProbability;
existingStates = new Dictionary <string, SearchState>();
firstState = new UnknownWordState();
SentenceHMMState branchState = new BranchOutState(firstState);
attachState(firstState, branchState, logOne, logOne);
SentenceHMMState lastState = new LoopBackState(firstState);
//lastState.setFinalState(true);
//attachState(lastState, branchState, LogMath.getLogZero(),
// LogMath.getLogZero());
attachState(lastState, inititalState, logOne, logOne);
for (java.util.Iterator i = model.getContextIndependentUnitIterator(); i.hasNext();)
{
Unit unit = (Unit)i.next();
UnitState unitState = new UnitState(unit, HMMPosition.UNDEFINED);
// attach unit state to the branch out state
attachState(branchState, unitState, logOne, logPhoneInsertionProbability);
HMM hmm = model.lookupNearestHMM
(unitState.getUnit(), unitState.getPosition(), false);
HMMState initialState = hmm.getInitialState();
HMMStateState hmmTree = new HMMStateState(unitState, initialState);
addStateToCache(hmmTree);
// attach first HMM state to the unit state
attachState(unitState, hmmTree, logOne, logOne);
// expand the HMM tree
HMMStateState finalState = expandHMMTree(unitState, hmmTree);
// attach final state of HMM tree to the loopback state
attachState(finalState, lastState, logOne, logOne);
}
}
public override SearchStateArc[] getSuccessors()
{
ArrayList arrayList = new ArrayList();
Unit @base = UnitManager.__SILENCE;
Unit baseUnit = this.unit.getBaseUnit();
if (this.unit.isContextDependent())
{
@base = ((LeftRightContext)this.unit.getContext()).getRightContext()[0];
}
ArrayList arrayList2 = (!this.linguist.useContextDependentPhones()) ? this.linguist.getCISuccessors() : this.linguist.getCDSuccessors(baseUnit, @base);
Iterator iterator = arrayList2.iterator();
while (iterator.hasNext())
{
HMM hmm = (HMM)iterator.next();
arrayList.add(new PhoneHmmSearchState(hmm.getInitialState(), this.linguist, this.linguist.getPhoneInsertionProb(), 0f));
}
return((SearchStateArc[])arrayList.toArray(new SearchStateArc[arrayList.size()]));
}