public TransducerGraph processGraph(TransducerGraph g) { g = new TransducerGraph(g); Set nodes = g.getNodes(); for (Object node : nodes) { Set<Arc> myArcs = null; if (forward) { myArcs = g.getArcsBySource(node); } else { myArcs = g.getArcsByTarget(node); } // compute a total double total = 0.0; for (Arc a : myArcs) { total += ((Double) a.getOutput()).doubleValue(); } // divide each by total for (Arc a : myArcs) { a.setOutput(new Double(Math.log(((Double) a.getOutput()).doubleValue() / total))); } } return g; } }
double oldOutput = ((Double) arc.getOutput()).doubleValue(); double newOutput = oldOutput + targetLambda - sourceLambda; arc.setOutput(new Double(newOutput)); double oldOutput = ((Double) arc.getOutput()).doubleValue(); double newOutput = oldOutput + startLambda; arc.setOutput(new Double(newOutput)); double oldOutput = ((Double) arc.getOutput()).doubleValue(); double newOutput = oldOutput - endLambda; arc.setOutput(new Double(newOutput));
public TransducerGraph processGraph(TransducerGraph g) { g = new TransducerGraph(g); Set nodes = g.getNodes(); for (Object node : nodes) { Set<Arc> myArcs = null; if (forward) { myArcs = g.getArcsBySource(node); } else { myArcs = g.getArcsByTarget(node); } // compute a total double total = 0.0; for (Arc a : myArcs) { total += ((Double) a.getOutput()).doubleValue(); } // divide each by total for (Arc a : myArcs) { a.setOutput(new Double(Math.log(((Double) a.getOutput()).doubleValue() / total))); } } return g; } }
double oldOutput = ((Double) arc.getOutput()).doubleValue(); double newOutput = oldOutput + targetLambda - sourceLambda; arc.setOutput(new Double(newOutput)); double oldOutput = ((Double) arc.getOutput()).doubleValue(); double newOutput = oldOutput + startLambda; arc.setOutput(new Double(newOutput)); double oldOutput = ((Double) arc.getOutput()).doubleValue(); double newOutput = oldOutput - endLambda; arc.setOutput(new Double(newOutput));
double oldOutput = ((Double) arc.getOutput()).doubleValue(); double newOutput = oldOutput + targetLambda - sourceLambda; arc.setOutput(new Double(newOutput)); double oldOutput = ((Double) arc.getOutput()).doubleValue(); double newOutput = oldOutput + startLambda; arc.setOutput(new Double(newOutput)); double oldOutput = ((Double) arc.getOutput()).doubleValue(); double newOutput = oldOutput - endLambda; arc.setOutput(new Double(newOutput));
double oldOutput = ((Double) arc.getOutput()).doubleValue(); double newOutput = oldOutput + targetLambda - sourceLambda; arc.setOutput(new Double(newOutput)); double oldOutput = ((Double) arc.getOutput()).doubleValue(); double newOutput = oldOutput + startLambda; arc.setOutput(new Double(newOutput)); double oldOutput = ((Double) arc.getOutput()).doubleValue(); double newOutput = oldOutput - endLambda; arc.setOutput(new Double(newOutput));
double oldOutput = ((Double) arc.getOutput()).doubleValue(); double newOutput = oldOutput + targetLambda - sourceLambda; arc.setOutput(new Double(newOutput)); double oldOutput = ((Double) arc.getOutput()).doubleValue(); double newOutput = oldOutput + startLambda; arc.setOutput(new Double(newOutput)); double oldOutput = ((Double) arc.getOutput()).doubleValue(); double newOutput = oldOutput - endLambda; arc.setOutput(new Double(newOutput));
public TransducerGraph processGraph(TransducerGraph g) { g = new TransducerGraph(g); Set nodes = g.getNodes(); for (Object node : nodes) { Set<Arc> myArcs = null; if (forward) { myArcs = g.getArcsBySource(node); } else { myArcs = g.getArcsByTarget(node); } // compute a total double total = 0.0; for (Arc a : myArcs) { total += ((Double) a.getOutput()).doubleValue(); } // divide each by total for (Arc a : myArcs) { a.setOutput(new Double(Math.log(((Double) a.getOutput()).doubleValue() / total))); } } return g; } }
public TransducerGraph processGraph(TransducerGraph g) { g = new TransducerGraph(g); Set nodes = g.getNodes(); for (Object node : nodes) { Set<Arc> myArcs = null; if (forward) { myArcs = g.getArcsBySource(node); } else { myArcs = g.getArcsByTarget(node); } // compute a total double total = 0.0; for (Arc a : myArcs) { total += ((Double) a.getOutput()).doubleValue(); } // divide each by total for (Arc a : myArcs) { a.setOutput(new Double(Math.log(((Double) a.getOutput()).doubleValue() / total))); } } return g; } }
@Override public Arc processArc(Arc a) { a = new Arc(a); Pair p = (Pair) a.getInput(); a.setInput(p.first); a.setOutput(p.second); return a; } }
public Arc processArc(Arc a) { a = new Arc(a); Pair p = (Pair) a.getInput(); a.setInput(p.first); a.setOutput(p.second); return a; } }
@Override public Arc processArc(Arc a) { a = new Arc(a); Pair p = (Pair) a.getInput(); a.setInput(p.first); a.setOutput(p.second); return a; } }
@Override public Arc processArc(Arc a) { a = new Arc(a); Pair p = (Pair) a.getInput(); a.setInput(p.first); a.setOutput(p.second); return a; } }
@Override public Arc processArc(Arc a) { a = new Arc(a); a.setInput(Generics.newPair(a.getInput(), a.getOutput())); a.setOutput(null); return a; } }
@Override public Arc processArc(Arc a) { a = new Arc(a); a.setInput(Generics.newPair(a.getInput(), a.getOutput())); a.setOutput(null); return a; } }
@Override public Arc processArc(Arc a) { a = new Arc(a); a.setInput(Generics.newPair(a.getInput(), a.getOutput())); a.setOutput(null); return a; } }
public Arc processArc(Arc a) { a = new Arc(a); a.setInput(Generics.newPair(a.getInput(), a.getOutput())); a.setOutput(null); return a; } }
@Override public Arc processArc(Arc a) { a = new Arc(a); Pair p = (Pair) a.getInput(); a.setInput(p.first); a.setOutput(p.second); return a; } }
@Override public Arc processArc(Arc a) { a = new Arc(a); a.setInput(Generics.newPair(a.getInput(), a.getOutput())); a.setOutput(null); return a; } }