internal GrammarState(DynamicFlatLinguist dynamicFlatLinguist, GrammarNode grammarNode, float num, int num2, int num3) : base(dynamicFlatLinguist)
{
this.lc = num2;
this.nextBaseID = num3;
this.node = grammarNode;
this.languageProbability = num;
}
public override SearchStateArc[] getSuccessors()
{
SearchStateArc[] array = this.getCachedSuccessors();
if (array != null)
{
return(array);
}
if (this.isFinal())
{
array = DynamicFlatLinguist.access_100(this.this_0);
}
else if (this.node.isEmpty())
{
array = this.getNextGrammarStates(this.lc, this.nextBaseID);
}
else
{
Word word = this.node.getWord();
Pronunciation[] pronunciations = word.getPronunciations();
SearchStateArc[] array2 = new SearchStateArc[pronunciations.Length];
for (int i = 0; i < pronunciations.Length; i++)
{
array2[i] = new DynamicFlatLinguist.PronunciationState(this.this_0, this, pronunciations[i]);
}
array = array2;
}
this.cacheSuccessors(array);
return(array);
}
public override float getInsertionProbability()
{
if (this.pronunciation.getWord().isFiller())
{
return(0f);
}
return(DynamicFlatLinguist.access_500(this.this_0));
}
public SearchState getInitialState()
{
DynamicFlatLinguist.InitialState initialState = new DynamicFlatLinguist.InitialState(this.this_0);
initialState.addArc(new DynamicFlatLinguist.GrammarState(this.this_0, DynamicFlatLinguist.access_900(this.this_0).getInitialNode()));
if (DynamicFlatLinguist.access_1000(this.this_0))
{
OutOfGrammarGraph outOfGrammarGraph = new OutOfGrammarGraph(DynamicFlatLinguist.access_1100(this.this_0), DynamicFlatLinguist.access_1200(this.this_0), DynamicFlatLinguist.access_1300(this.this_0));
initialState.addArc(outOfGrammarGraph.getOutOfGrammarGraph());
}
return(initialState);
}
internal FullHMMSearchState(DynamicFlatLinguist dynamicFlatLinguist, DynamicFlatLinguist.PronunciationState pronunciationState, int num, int leftID, int rightID) : base(dynamicFlatLinguist)
{
this.pState = pronunciationState;
this.index = num;
this.lc = leftID;
this.rc = rightID;
int baseID = pronunciationState.getPronunciation().getUnits()[num].getBaseID();
int unitID = DynamicFlatLinguist.access_200(dynamicFlatLinguist).buildID(baseID, leftID, rightID);
this.hmm = DynamicFlatLinguist.access_200(dynamicFlatLinguist).getHMM(unitID, this.getPosition());
this._isLastUnitOfWord = (num == pronunciationState.getPronunciation().getUnits().Length - 1);
}
public override float getInsertionProbability()
{
Unit baseUnit = this.hmm.getBaseUnit();
if (baseUnit.isSilence())
{
return(DynamicFlatLinguist.access_600(this.this_0));
}
if (baseUnit.isFiller())
{
return(DynamicFlatLinguist.access_700(this.this_0));
}
return(DynamicFlatLinguist.access_800(this.this_0));
}
internal GrammarState(DynamicFlatLinguist dynamicFlatLinguist, GrammarNode grammarNode, float num, int num2) : this(dynamicFlatLinguist, grammarNode, num, num2, 0)
{
}
internal GrammarState(DynamicFlatLinguist dynamicFlatLinguist, GrammarNode grammarNode) : this(dynamicFlatLinguist, grammarNode, 0f, UnitManager.__SILENCE.getBaseID())
{
}
internal static AcousticModel access_1100(DynamicFlatLinguist dynamicFlatLinguist)
{
return(dynamicFlatLinguist.phoneLoopAcousticModel);
}
internal HMMStateSearchState(DynamicFlatLinguist dynamicFlatLinguist, DynamicFlatLinguist.FullHMMSearchState fullHMMSearchState, HMMState hmmstate, float num) : base(dynamicFlatLinguist)
{
this.probability = num;
this.fullHMMSearchState = fullHMMSearchState;
this.hmmState = hmmstate;
}
public override string toString()
{
return(new StringBuilder().append(this.node).append("[").append(DynamicFlatLinguist.access_200(this.this_0).getUnit(this.lc)).append(',').append(DynamicFlatLinguist.access_200(this.this_0).getUnit(this.nextBaseID)).append(']').toString());
}
public override string getSignature()
{
return(new StringBuilder().append("GS ").append(this.node).append("-lc-").append(DynamicFlatLinguist.access_200(this.this_0).getUnit(this.lc)).append("-rc-").append(DynamicFlatLinguist.access_200(this.this_0).getUnit(this.nextBaseID)).toString());
}
public override float getLanguageProbability()
{
return(this.languageProbability * DynamicFlatLinguist.access_000(this.this_0));
}
internal DynamicFlatSearchGraph(DynamicFlatLinguist dynamicFlatLinguist)
{
this.this_0 = dynamicFlatLinguist;
}
internal static float access_1300(DynamicFlatLinguist dynamicFlatLinguist)
{
return(dynamicFlatLinguist.logPhoneInsertionProbability);
}
internal static float access_1200(DynamicFlatLinguist dynamicFlatLinguist)
{
return(dynamicFlatLinguist.logOutOfGrammarBranchProbability);
}
internal static float access_700(DynamicFlatLinguist dynamicFlatLinguist)
{
return(dynamicFlatLinguist.logFillerInsertionProbability);
}
internal static Map access_400(DynamicFlatLinguist dynamicFlatLinguist)
{
return(dynamicFlatLinguist.nodeToNextUnitArrayMap);
}
internal static Map access_300(DynamicFlatLinguist dynamicFlatLinguist)
{
return(dynamicFlatLinguist.nodeToUnitSetMap);
}
internal static float access_000(DynamicFlatLinguist dynamicFlatLinguist)
{
return(dynamicFlatLinguist.languageWeight);
}
private bool hasEntryContext(GrammarNode grammarNode, int unitID)
{
Set set = (Set)DynamicFlatLinguist.access_300(this.this_0).get(grammarNode);
return(set.contains(DynamicFlatLinguist.access_200(this.this_0).getUnit(unitID)));
}
internal static SearchStateArc[] access_100(DynamicFlatLinguist dynamicFlatLinguist)
{
return(dynamicFlatLinguist.EMPTY_ARCS);
}
internal static bool access_1000(DynamicFlatLinguist dynamicFlatLinguist)
{
return(dynamicFlatLinguist.addOutOfGrammarBranch);
}
internal FlatSearchState(DynamicFlatLinguist dynamicFlatLinguist)
{
this.this_0 = dynamicFlatLinguist;
}
internal int[] getNextUnits()
{
return((int[])DynamicFlatLinguist.access_400(this.this_0).get(this.node));
}
internal static Grammar access_900(DynamicFlatLinguist dynamicFlatLinguist)
{
return(dynamicFlatLinguist.grammar);
}
internal HMMStateSearchState(DynamicFlatLinguist dynamicFlatLinguist, DynamicFlatLinguist.FullHMMSearchState fullHMMSearchState, HMMState hmmstate) : this(dynamicFlatLinguist, fullHMMSearchState, hmmstate, 0f)
{
}
internal FullHMMSearchState(DynamicFlatLinguist dynamicFlatLinguist, DynamicFlatLinguist.PronunciationState pronunciationState, int num, int num2) : this(dynamicFlatLinguist, pronunciationState, num, num2, pronunciationState.getPronunciation().getUnits()[num + 1].getBaseID())
{
}
internal InitialState(DynamicFlatLinguist dynamicFlatLinguist) : base(dynamicFlatLinguist)
{
this.nextArcs = new ArrayList();
}
internal static HMMPool access_200(DynamicFlatLinguist dynamicFlatLinguist)
{
return(dynamicFlatLinguist.hmmPool);
}