private int createNodes(string text)
{
ExtendedStreamTokenizer extendedStreamTokenizer = new ExtendedStreamTokenizer(text, true);
int num = 0;
while (!extendedStreamTokenizer.isEOF())
{
extendedStreamTokenizer.skipwhite();
string @string = extendedStreamTokenizer.getString();
if (@string == null)
{
break;
}
if (String.instancehelper_equals(@string, "T"))
{
extendedStreamTokenizer.getInt("src id");
int @int = extendedStreamTokenizer.getInt("dest id");
if (@int > num)
{
num = @int;
}
if (extendedStreamTokenizer.getString() != null)
{
string string2 = extendedStreamTokenizer.getString();
extendedStreamTokenizer.getString();
string text2 = new StringBuilder().append("G").append(@int).toString();
GrammarNode grammarNode = (GrammarNode)this.nodes.get(text2);
if (grammarNode == null)
{
if (String.instancehelper_equals(string2, ","))
{
grammarNode = this.createGrammarNode(@int, false);
}
else
{
grammarNode = this.createGrammarNode(@int, string2);
}
this.nodes.put(text2, grammarNode);
}
else if (!String.instancehelper_equals(string2, ",") && !FSTGrammar.assertionsDisabled && !String.instancehelper_equals(string2, this.getWord(grammarNode)))
{
throw new AssertionError();
}
}
}
}
extendedStreamTokenizer.close();
return(num);
}
protected internal override GrammarNode createGrammar()
{
ExtendedStreamTokenizer extendedStreamTokenizer = new ExtendedStreamTokenizer(this.path, true);
GrammarNode grammarNode = this.createGrammarNode("<sil>");
GrammarNode grammarNode2 = this.createGrammarNode(false);
GrammarNode grammarNode3 = this.createGrammarNode("<sil>");
grammarNode3.setFinalNode(true);
LinkedList linkedList = new LinkedList();
while (!extendedStreamTokenizer.isEOF())
{
string @string;
while ((@string = extendedStreamTokenizer.getString()) != null)
{
GrammarNode grammarNode4 = this.createGrammarNode(@string);
linkedList.add(grammarNode4);
}
}
grammarNode.add(grammarNode2, 0f);
float logProbability = this.logMath.linearToLog((double)1f / (double)linkedList.size());
Iterator iterator = linkedList.iterator();
while (iterator.hasNext())
{
GrammarNode grammarNode5 = (GrammarNode)iterator.next();
grammarNode2.add(grammarNode5, logProbability);
grammarNode5.add(grammarNode3, 0f);
if (this.isLooping)
{
grammarNode5.add(grammarNode2, 0f);
}
}
return(grammarNode);
}
/*
* Reads Text and converts it into a list of tokens
*/
public void setText(string text)
{
string word;
try {
ExtendedStreamTokenizer tok = new ExtendedStreamTokenizer(
new java.io.StringReader(text), true);
tokens.Clear();
while (!tok.isEOF())
{
while ((word = tok.getString()) != null)
{
word = word.toLowerCase();
tokens.Add(word);
}
}
} catch (Exception e) {
e.printStackTrace();
}
}
protected internal override GrammarNode createGrammar()
{
GrammarNode grammarNode = null;
int num = this.createNodes(this.path);
num++;
GrammarNode grammarNode2 = this.createGrammarNode(num, "<sil>");
grammarNode2.setFinalNode(true);
num = this.expandWordNodes(num);
ExtendedStreamTokenizer extendedStreamTokenizer = new ExtendedStreamTokenizer(this.path, true);
while (!extendedStreamTokenizer.isEOF())
{
extendedStreamTokenizer.skipwhite();
string @string = extendedStreamTokenizer.getString();
if (@string == null)
{
break;
}
if (String.instancehelper_equals(@string, "I"))
{
if (!FSTGrammar.assertionsDisabled && grammarNode != null)
{
throw new AssertionError();
}
int @int = extendedStreamTokenizer.getInt("initial ID");
string text = new StringBuilder().append("G").append(@int).toString();
grammarNode = this.createGrammarNode(@int, "<sil>");
this.nodes.put(text, grammarNode);
if (this.addInitialSilenceNode)
{
num++;
GrammarNode grammarNode3 = this.createGrammarNode(num, "<sil>");
grammarNode.add(grammarNode3, 0f);
grammarNode3.add(grammarNode, 0f);
}
}
else if (String.instancehelper_equals(@string, "T"))
{
int @int = extendedStreamTokenizer.getInt("this id");
int int2 = extendedStreamTokenizer.getInt("next id");
GrammarNode grammarNode3 = this.get(@int);
GrammarNode grammarNode4 = this.get(int2);
if (this.hasEndNode(grammarNode3))
{
grammarNode3 = this.getEndNode(grammarNode3);
}
float num2 = 0f;
string string2 = extendedStreamTokenizer.getString();
if (string2 == null || String.instancehelper_equals(string2, ","))
{
if (string2 != null && String.instancehelper_equals(string2, ","))
{
extendedStreamTokenizer.getString();
num2 = extendedStreamTokenizer.getFloat("probability");
}
if (this.hasEndNode(grammarNode4))
{
grammarNode4 = this.getEndNode(grammarNode4);
}
}
else
{
string string3 = extendedStreamTokenizer.getString();
num2 = extendedStreamTokenizer.getFloat("probability");
if (String.instancehelper_equals(string3, "<unknown>"))
{
continue;
}
if (!FSTGrammar.assertionsDisabled && !this.hasWord(grammarNode4))
{
throw new AssertionError();
}
}
grammarNode3.add(grammarNode4, this.convertProbability(num2));
}
else if (String.instancehelper_equals(@string, "F"))
{
int @int = extendedStreamTokenizer.getInt("this id");
float @float = extendedStreamTokenizer.getFloat("probability");
GrammarNode grammarNode3 = this.get(@int);
GrammarNode grammarNode4 = grammarNode2;
if (this.hasEndNode(grammarNode3))
{
grammarNode3 = this.getEndNode(grammarNode3);
}
grammarNode3.add(grammarNode4, this.convertProbability(@float));
}
}
extendedStreamTokenizer.close();
if (!FSTGrammar.assertionsDisabled && grammarNode == null)
{
throw new AssertionError();
}
return(grammarNode);
}
private void loadPhoneList(PropertySheet propertySheet, bool flag, InputStream inputStream, string text)
{
int num = 0;
int num2 = 1;
int num3 = 1;
ExtendedStreamTokenizer extendedStreamTokenizer = new ExtendedStreamTokenizer(inputStream, 35, false);
this.meansPool = new Pool("means");
this.variancePool = new Pool("variances");
this.matrixPool = new Pool("transitionmatrices");
this.senonePool = new Pool("senones");
float @float = propertySheet.getFloat("MixtureComponentScoreFloor");
float float2 = propertySheet.getFloat("mixtureWeightFloor");
float num4 = 0f;
float float3 = propertySheet.getFloat("varianceFloor");
this.logger.info("Loading phone list file from: ");
this.logger.info(text);
string expecting = "0.1";
extendedStreamTokenizer.expectString("version");
extendedStreamTokenizer.expectString(expecting);
extendedStreamTokenizer.expectString("same_sized_models");
int num5 = String.instancehelper_equals(extendedStreamTokenizer.getString(), "yes") ? 1 : 0;
if (num5 != 0)
{
extendedStreamTokenizer.expectString("n_state");
num = extendedStreamTokenizer.getInt("numBase");
}
extendedStreamTokenizer.expectString("tmat_skip");
int num6 = String.instancehelper_equals(extendedStreamTokenizer.getString(), "yes") ? 1 : 0;
int num7 = 0;
int num8 = 0;
for (;;)
{
string @string = extendedStreamTokenizer.getString();
if (extendedStreamTokenizer.isEOF())
{
break;
}
int num9 = num;
if (num5 == 0)
{
num9 = extendedStreamTokenizer.getInt("ModelSize");
}
this.phoneList.put(@string, Integer.valueOf(num9));
this.logger.fine(new StringBuilder().append("Phone: ").append(@string).append(" size: ").append(num9).toString());
int[] array = new int[num9];
string rep = "-";
int i = 0;
while (i < num9)
{
array[i] = num7;
i++;
num7++;
}
Unit unit = this.unitManager.getUnit(@string, String.instancehelper_equals(@string, "SIL"));
this.contextIndependentUnits.put(unit.getName(), unit);
if (this.logger.isLoggable(Level.FINE))
{
this.logger.fine(new StringBuilder().append("Loaded ").append(unit).append(" with ").append(num9).append(" states").toString());
}
this.addModelToDensityPool(this.meansPool, array, num2, num3);
this.addModelToDensityPool(this.variancePool, array, num2, num3);
this.addModelToTransitionMatrixPool(this.matrixPool, num8, array.Length, num4, num6 != 0);
this.addModelToSenonePool(this.senonePool, array, @float, float3);
float[][] transitionMatrix = (float[][])this.matrixPool.get(num8);
SenoneSequence senoneSequence = this.getSenoneSequence(array);
SenoneHMM hmm = new SenoneHMM(unit, senoneSequence, transitionMatrix, HMMPosition.lookup(rep));
this.hmmManager.put(hmm);
num8++;
}
this.mixtureWeights = this.initMixtureWeights(num7, num2, num3, float2);
extendedStreamTokenizer.close();
}
protected internal virtual void loadHMMPool(bool useCDUnits, InputStream inputStream)
{
ExtendedStreamTokenizer extendedStreamTokenizer = new ExtendedStreamTokenizer(inputStream, 35, false);
this.logger.fine(new StringBuilder().append("Loading HMM file from: ").append(this.location).toString());
extendedStreamTokenizer.expectString("0.3");
int @int = extendedStreamTokenizer.getInt("numBase");
extendedStreamTokenizer.expectString("n_base");
int int2 = extendedStreamTokenizer.getInt("numTri");
extendedStreamTokenizer.expectString("n_tri");
int int3 = extendedStreamTokenizer.getInt("numStateMap");
extendedStreamTokenizer.expectString("n_state_map");
int int4 = extendedStreamTokenizer.getInt("numTiedState");
extendedStreamTokenizer.expectString("n_tied_state");
int int5 = extendedStreamTokenizer.getInt("numContextIndependentTiedState");
extendedStreamTokenizer.expectString("n_tied_ci_state");
int int6 = extendedStreamTokenizer.getInt("numTiedTransitionMatrices");
extendedStreamTokenizer.expectString("n_tied_tmat");
int num = int3;
int num2 = int2 + @int;
int num3 = (num2 != -1) ? (num / num2) : (-num);
if (!Sphinx3Loader.assertionsDisabled && int4 != this.mixtureWeights.getStatesNum())
{
throw new AssertionError();
}
if (!Sphinx3Loader.assertionsDisabled && int6 != this.transitionsPool.size())
{
throw new AssertionError();
}
for (int i = 0; i < @int; i++)
{
string @string = extendedStreamTokenizer.getString();
string string2 = extendedStreamTokenizer.getString();
string string3 = extendedStreamTokenizer.getString();
string string4 = extendedStreamTokenizer.getString();
string string5 = extendedStreamTokenizer.getString();
int int7 = extendedStreamTokenizer.getInt("tmat");
int[] array = new int[num3 - 1];
for (int j = 0; j < num3 - 1; j++)
{
array[j] = extendedStreamTokenizer.getInt("j");
if (!Sphinx3Loader.assertionsDisabled && (array[j] < 0 || array[j] >= int5))
{
throw new AssertionError();
}
}
extendedStreamTokenizer.expectString("N");
if (!Sphinx3Loader.assertionsDisabled && !String.instancehelper_equals(string2, "-"))
{
throw new AssertionError();
}
if (!Sphinx3Loader.assertionsDisabled && !String.instancehelper_equals(string3, "-"))
{
throw new AssertionError();
}
if (!Sphinx3Loader.assertionsDisabled && !String.instancehelper_equals(string4, "-"))
{
throw new AssertionError();
}
if (!Sphinx3Loader.assertionsDisabled && int7 >= int6)
{
throw new AssertionError();
}
Unit unit = this.unitManager.getUnit(@string, String.instancehelper_equals(string5, "filler"));
this.contextIndependentUnits.put(unit.getName(), unit);
if (this.logger.isLoggable(Level.FINE))
{
this.logger.fine(new StringBuilder().append("Loaded ").append(unit).toString());
}
if (unit.isFiller() && String.instancehelper_equals(unit.getName(), "SIL"))
{
unit = UnitManager.__SILENCE;
}
float[][] transitionMatrix = (float[][])this.transitionsPool.get(int7);
SenoneSequence senoneSequence = this.getSenoneSequence(array);
SenoneHMM hmm = new SenoneHMM(unit, senoneSequence, transitionMatrix, HMMPosition.lookup(string4));
this.hmmManager.put(hmm);
}
if (this.hmmManager.get(HMMPosition.__UNDEFINED, UnitManager.__SILENCE) == null)
{
string text = "Could not find SIL unit in acoustic model";
throw new IOException(text);
}
string text2 = "";
Unit unit2 = null;
int[] ssid = null;
SenoneSequence senoneSequence2 = null;
for (int k = 0; k < int2; k++)
{
string string5 = extendedStreamTokenizer.getString();
string string6 = extendedStreamTokenizer.getString();
string string7 = extendedStreamTokenizer.getString();
string string8 = extendedStreamTokenizer.getString();
string string9 = extendedStreamTokenizer.getString();
int int8 = extendedStreamTokenizer.getInt("tmat");
int[] array2 = new int[num3 - 1];
for (int l = 0; l < num3 - 1; l++)
{
array2[l] = extendedStreamTokenizer.getInt("j");
if (!Sphinx3Loader.assertionsDisabled && (array2[l] < int5 || array2[l] >= int4))
{
throw new AssertionError();
}
}
extendedStreamTokenizer.expectString("N");
if (!Sphinx3Loader.assertionsDisabled && String.instancehelper_equals(string6, "-"))
{
throw new AssertionError();
}
if (!Sphinx3Loader.assertionsDisabled && String.instancehelper_equals(string7, "-"))
{
throw new AssertionError();
}
if (!Sphinx3Loader.assertionsDisabled && String.instancehelper_equals(string8, "-"))
{
throw new AssertionError();
}
if (!Sphinx3Loader.assertionsDisabled && !String.instancehelper_equals(string9, "n/a"))
{
throw new AssertionError();
}
if (!Sphinx3Loader.assertionsDisabled && int8 >= int6)
{
throw new AssertionError();
}
if (useCDUnits)
{
string text3 = new StringBuilder().append(string5).append(' ').append(string6).append(' ').append(string7).toString();
Unit unit3;
if (String.instancehelper_equals(text3, text2))
{
unit3 = unit2;
}
else
{
LeftRightContext context = LeftRightContext.get(new Unit[]
{
(Unit)this.contextIndependentUnits.get(string6)
}, new Unit[]
{
(Unit)this.contextIndependentUnits.get(string7)
});
unit3 = this.unitManager.getUnit(string5, false, context);
}
text2 = text3;
unit2 = unit3;
if (this.logger.isLoggable(Level.FINE))
{
this.logger.fine(new StringBuilder().append("Loaded ").append(unit3).toString());
}
float[][] transitionMatrix2 = (float[][])this.transitionsPool.get(int8);
SenoneSequence senoneSequence3 = senoneSequence2;
if (senoneSequence3 == null || !this.sameSenoneSequence(array2, ssid))
{
senoneSequence3 = this.getSenoneSequence(array2);
}
senoneSequence2 = senoneSequence3;
ssid = array2;
SenoneHMM hmm2 = new SenoneHMM(unit3, senoneSequence3, transitionMatrix2, HMMPosition.lookup(string8));
this.hmmManager.put(hmm2);
}
}
extendedStreamTokenizer.close();
}
private void getSenoneToCIPhone()
{
InputStream dataStream = this.getDataStream("mdef");
if (dataStream == null)
{
string text = "can't find model definition";
throw new IOException(text);
}
ExtendedStreamTokenizer extendedStreamTokenizer = new ExtendedStreamTokenizer(dataStream, 35, false);
this.logger.fine(new StringBuilder().append("Loading HMM file from ").append(this.location).toString());
extendedStreamTokenizer.expectString("0.3");
this.numBase = extendedStreamTokenizer.getInt("numBase");
extendedStreamTokenizer.expectString("n_base");
int @int = extendedStreamTokenizer.getInt("numTri");
extendedStreamTokenizer.expectString("n_tri");
int int2 = extendedStreamTokenizer.getInt("numStateMap");
extendedStreamTokenizer.expectString("n_state_map");
int int3 = extendedStreamTokenizer.getInt("numTiedState");
extendedStreamTokenizer.expectString("n_tied_state");
this.senone2ci = new int[int3];
extendedStreamTokenizer.getInt("numContextIndependentTiedState");
extendedStreamTokenizer.expectString("n_tied_ci_state");
int int4 = extendedStreamTokenizer.getInt("numTiedTransitionMatrices");
extendedStreamTokenizer.expectString("n_tied_tmat");
int num = int2;
int num2 = @int + this.numBase;
int num3 = (num2 != -1) ? (num / num2) : (-num);
if (!Sphinx3Loader.assertionsDisabled && int3 != this.mixtureWeights.getStatesNum())
{
throw new AssertionError();
}
if (!Sphinx3Loader.assertionsDisabled && int4 != this.transitionsPool.size())
{
throw new AssertionError();
}
for (int i = 0; i < this.numBase + @int; i++)
{
int j;
for (j = 0; j < 5; j++)
{
extendedStreamTokenizer.getString();
}
j = extendedStreamTokenizer.getInt("tmat");
for (int k = 0; k < num3 - 1; k++)
{
this.senone2ci[extendedStreamTokenizer.getInt("j")] = j;
}
extendedStreamTokenizer.expectString("N");
if (!Sphinx3Loader.assertionsDisabled && j >= int4)
{
throw new AssertionError();
}
}
extendedStreamTokenizer.close();
}