private static void calcClosure(Fst fst, State state, HashMap[] array, Semiring semiring)
{
int numArcs = state.getNumArcs();
for (int i = 0; i < numArcs; i++)
{
Arc arc = state.getArc(i);
if (arc.getIlabel() == 0 && arc.getOlabel() == 0)
{
if (array[arc.getNextState().getId()] == null)
{
RmEpsilon.calcClosure(fst, arc.getNextState(), array, semiring);
}
if (array[arc.getNextState().getId()] != null)
{
Iterator iterator = array[arc.getNextState().getId()].keySet().iterator();
while (iterator.hasNext())
{
State state2 = (State)iterator.next();
float num = semiring.times(RmEpsilon.getPathWeight(arc.getNextState(), state2, array).floatValue(), arc.getWeight());
RmEpsilon.add(state, state2, num, array, semiring);
}
}
RmEpsilon.add(state, arc.getNextState(), arc.getWeight(), array, semiring);
}
}
}
private static void add(State state, State state2, float num, HashMap[] array, Semiring semiring)
{
Float pathWeight = RmEpsilon.getPathWeight(state, state2, array);
if (pathWeight == null)
{
RmEpsilon.put(state, state2, num, array);
}
else
{
RmEpsilon.put(state, state2, semiring.plus(num, pathWeight.floatValue()), array);
}
}
public static Fst get(Fst fst)
{
if (fst == null)
{
return(null);
}
if (fst.getSemiring() == null)
{
return(null);
}
Semiring semiring = fst.getSemiring();
Fst fst2 = new Fst(semiring);
HashMap[] array = new HashMap[fst.getNumStates()];
State[] array2 = new State[fst.getNumStates()];
State[] array3 = new State[fst.getNumStates()];
int numStates = fst.getNumStates();
for (int i = 0; i < numStates; i++)
{
State state = fst.getState(i);
State state2 = new State(state.getFinalWeight());
fst2.addState(state2);
array2[state.getId()] = state2;
array3[state2.getId()] = state;
if (state2.getId() == fst.getStart().getId())
{
fst2.setStart(state2);
}
}
for (int i = 0; i < numStates; i++)
{
State state = fst.getState(i);
State state2 = array2[state.getId()];
int numArcs = state.getNumArcs();
for (int j = 0; j < numArcs; j++)
{
Arc arc = state.getArc(j);
if (arc.getIlabel() != 0 || arc.getOlabel() != 0)
{
state2.addArc(new Arc(arc.getIlabel(), arc.getOlabel(), arc.getWeight(), array2[arc.getNextState().getId()]));
}
}
if (array[state.getId()] == null)
{
RmEpsilon.calcClosure(fst, state, array, semiring);
}
}
numStates = fst2.getNumStates();
for (int i = 0; i < numStates; i++)
{
State state = fst2.getState(i);
State state2 = array3[state.getId()];
if (array[state2.getId()] != null)
{
Iterator iterator = array[state2.getId()].keySet().iterator();
while (iterator.hasNext())
{
State state3 = (State)iterator.next();
State state4 = state3;
if (state4.getFinalWeight() != semiring.zero())
{
state.setFinalWeight(semiring.plus(state.getFinalWeight(), semiring.times(RmEpsilon.getPathWeight(state2, state4, array).floatValue(), state4.getFinalWeight())));
}
int numArcs2 = state4.getNumArcs();
for (int k = 0; k < numArcs2; k++)
{
Arc arc2 = state4.getArc(k);
if (arc2.getIlabel() != 0 || arc2.getOlabel() != 0)
{
Arc arc3 = new Arc(arc2.getIlabel(), arc2.getOlabel(), semiring.times(arc2.getWeight(), RmEpsilon.getPathWeight(state2, state4, array).floatValue()), array2[arc2.getNextState().getId()]);
state.addArc(arc3);
}
}
}
}
}
fst2.setIsyms(fst.getIsyms());
fst2.setOsyms(fst.getOsyms());
Connect.apply(fst2);
return(fst2);
}
