boolean anyInitialState = false; for (int i = 0; i < numStates; i++) { double initialWeight = t.getState(i).getInitialWeight(); if (initialWeight > Transducer.IMPOSSIBLE_WEIGHT) { ViterbiNode n = getViterbiNode (0, i);
boolean anyInitialState = false; for (int i = 0; i < numStates; i++) { double initialWeight = t.getState(i).getInitialWeight(); if (initialWeight > Transducer.IMPOSSIBLE_WEIGHT) { ViterbiNode n = getViterbiNode (0, i);
boolean anyInitialState = false; for (int i = 0; i < numStates; i++) { double initialWeight = t.getState(i).getInitialWeight(); if (initialWeight > Transducer.IMPOSSIBLE_WEIGHT) { ViterbiNode n = getViterbiNode (0, i);
boolean atLeastOneInitialState = false; for (int i = 0; i < numStates; i++) { double initialWeight = t.getState(i).getInitialWeight();
boolean atLeastOneInitialState = false; for (int i = 0; i < numStates; i++) { double initialWeight = t.getState(i).getInitialWeight();
double initialWeight = t.getState(i).getInitialWeight();
boolean atLeastOneInitialState = false; for (int i = 0; i < numStates; i++) { double initialWeight = t.getState(i).getInitialWeight();
boolean atLeastOneInitialState = false; for (int i = 0; i < numStates; i++) { double initialWeight = t.getState(i).getInitialWeight(); if (initialWeight > Transducer.IMPOSSIBLE_WEIGHT) { getLatticeNode(0, i).alpha = Math.exp(initialWeight);
double initialWeight = transducer.getState(i).getInitialWeight(); if (initialWeight > Transducer.IMPOSSIBLE_WEIGHT) { getLatticeNode(0, i).alpha = initialWeight;
boolean atLeastOneInitialState = false; for (int i = 0; i < numStates; i++) { double initialWeight = t.getState(i).getInitialWeight();
boolean atLeastOneInitialState = false; for (int i = 0; i < numStates; i++) { double initialWeight = t.getState(i).getInitialWeight(); if (initialWeight > Transducer.IMPOSSIBLE_WEIGHT) { getLatticeNode(0, i).alpha = Math.exp(initialWeight);
double initialWeight = transducer.getState(i).getInitialWeight(); if (initialWeight > Transducer.IMPOSSIBLE_WEIGHT) { getLatticeNode(0, i).alpha = initialWeight;
boolean atLeastOneInitialState = false; for (int i = 0; i < numStates; i++) { double initialWeight = t.getState(i).getInitialWeight(); if (initialWeight > Transducer.IMPOSSIBLE_WEIGHT) { getLatticeNode(0, i).alpha = Math.exp(initialWeight);
double initialWeight = transducer.getState(i).getInitialWeight(); if (initialWeight > Transducer.IMPOSSIBLE_WEIGHT) { getLatticeNode(0, i).alpha = initialWeight;
if (t.getState(i).getInitialWeight() == Transducer.IMPOSSIBLE_WEIGHT) continue; if (initProbs != null) { totalWeight += initProbs[i] * t.getState(i).getInitialWeight(); if (incrementor != null) incrementor.incrementInitialState(t.getState(i),
if (t.getState(i).getInitialWeight() == Transducer.IMPOSSIBLE_WEIGHT) continue; if (initProbs != null) { totalWeight += initProbs[i] * t.getState(i).getInitialWeight(); if (incrementor != null) incrementor.incrementInitialState(t.getState(i),
if (t.getState(i).getInitialWeight() == Transducer.IMPOSSIBLE_WEIGHT) continue; if (initProbs != null) { totalWeight += initProbs[i] * t.getState(i).getInitialWeight(); if (incrementor != null) incrementor.incrementInitialState(t.getState(i),
public boolean isFinal() { return inputPosition == 0 && state.getInitialWeight() > Transducer.IMPOSSIBLE_WEIGHT; } private class PreviousStateIterator extends AStarState.NextStateIterator {
public boolean isFinal() { return inputPosition == 0 && state.getInitialWeight() > Transducer.IMPOSSIBLE_WEIGHT; } private class PreviousStateIterator extends AStarState.NextStateIterator {
public boolean isFinal() { return inputPosition == 0 && state.getInitialWeight() > Transducer.IMPOSSIBLE_WEIGHT; } private class PreviousStateIterator extends AStarState.NextStateIterator {