private void parseTopology(KaldiTextParser kaldiTextParser)
{
kaldiTextParser.expectToken("<Topology>");
this.phoneStates = new HashMap();
string token;
while (String.instancehelper_equals("<TopologyEntry>", token = kaldiTextParser.getToken()))
{
kaldiTextParser.assertToken("<TopologyEntry>", token);
kaldiTextParser.expectToken("<ForPhones>");
ArrayList arrayList = new ArrayList();
while (!String.instancehelper_equals("</ForPhones>", token = kaldiTextParser.getToken()))
{
arrayList.add(Integer.valueOf(Integer.parseInt(token)));
}
ArrayList arrayList2 = new ArrayList(3);
while (String.instancehelper_equals("<State>", kaldiTextParser.getToken()))
{
int @int = kaldiTextParser.getInt();
token = kaldiTextParser.getToken();
if (String.instancehelper_equals("<PdfClass>", token))
{
int int2 = kaldiTextParser.getInt();
ArrayList arrayList3 = new ArrayList();
while (String.instancehelper_equals("<Transition>", token = kaldiTextParser.getToken()))
{
arrayList3.add(Integer.valueOf(kaldiTextParser.getInt()));
kaldiTextParser.getToken();
}
kaldiTextParser.assertToken("</State>", token);
arrayList2.add(new HmmState(@int, int2, arrayList3));
}
}
Iterator iterator = arrayList.iterator();
while (iterator.hasNext())
{
Integer integer = (Integer)iterator.next();
this.phoneStates.put(integer, arrayList2);
}
}
kaldiTextParser.assertToken("</Topology>", token);
}
public TransitionModel(KaldiTextParser parser)
{
parser.expectToken("<TransitionModel>");
this.parseTopology(parser);
parser.expectToken("<Triples>");
this.transitionStates = new HashMap();
int @int = parser.getInt();
int num = 1;
for (int i = 0; i < @int; i++)
{
int j = parser.getInt();
int int2 = parser.getInt();
int int3 = parser.getInt();
Triple triple = new Triple(j, int2, int3);
this.transitionStates.put(triple, Integer.valueOf(num));
num += ((HmmState)((List)this.phoneStates.get(Integer.valueOf(j))).get(int2)).getTransitions().size();
}
parser.expectToken("</Triples>");
parser.expectToken("<LogProbs>");
this.logProbabilities = parser.getFloatArray();
parser.expectToken("</LogProbs>");
parser.expectToken("</TransitionModel>");
LogMath logMath = LogMath.getLogMath();
for (int j = 0; j < this.logProbabilities.Length; j++)
{
this.logProbabilities[j] = logMath.lnToLog(this.logProbabilities[j]);
}
}
public DiagGmm(int id, KaldiTextParser parser)
{
this.id = id;
parser.expectToken("<DiagGMM>");
parser.expectToken("<GCONSTS>");
this.gconsts = parser.getFloatArray();
parser.expectToken("<WEIGHTS>");
parser.getFloatArray();
parser.expectToken("<MEANS_INVVARS>");
this.meansInvVars = parser.getFloatArray();
parser.expectToken("<INV_VARS>");
this.invVars = parser.getFloatArray();
parser.expectToken("</DiagGMM>");
}