/*
* add the given vertex info into this vertex
* combine name and weights
*/
public void concatVertex(SeqVertex vertex, Double w, int lastRealID) {
int prevLen = getName().length();
setName(getName() + vertex.getName());
_weights.add(w);
_weights.addAll(vertex.getWeights());
// System.out.println(toStringWeights());
Vector<Integer> newV = new Vector<Integer>();
if (vertex.getID() <= lastRealID) {
newV.add(vertex.getID());
_prevVerticesID.add(newV);
}
_prevVerticesID.addAll(vertex.getPrevVerIDs());
if (vertex.getDegenerativeFreq().size() > 0) {
// System.err.println(vertex.getID()+":"+vertex.getDegenerativeFreq());
// System.err.println(vertex.getID()+":"+vertex.getDegenerativeLocations());
// System.err.println(vertex.getID()+":"+vertex.getDegenerativeLetters());
// System.err.println(getID()+":"+getName());
// System.err.println(prevLen);
_degenerativeLocations.add(prevLen + 1);
_degenerativeFreq.addAll(vertex.getDegenerativeFreq());
_degenerativeLetters.addAll(vertex.getDegenerativeLetters());
}
}
/** Remove the first letter of the vertex name, and return the corresponding weight. */
public double removeFirstLetter() {
setName(getName().substring(1, getName().length()));
if (_weights.isEmpty()) return -1;
else return _weights.remove(0);
}
/** remove all the letters except for the first */
public void removeAllButFirstLetter() {
setName(_name.substring(0, 1));
}
/** Remove the last letter of the vertex name, and return the corresponding weight. */
public double removeLastLetter() {
setName(getName().substring(0, getName().length() - 1));
if (_weights.isEmpty()) return -1;
else return _weights.remove(_weights.size() - 1);
}
