public void extendedTree(int inf, int sup) {
long ti = System.currentTimeMillis();
Queue<NodeCT> fifo = new Queue<NodeCT>();
for (NodeCT son : this.root.children) {
fifo.enqueue(son);
}
if (isMaxtree && root.level > inf) {
this.root = getExtendedBranchOfMaxtree(this.root, inf, this.root.level);
} else if (!isMaxtree && root.level < sup) {
this.root = getExtendedBranchOfMintree(this.root, sup, this.root.level);
}
while (!fifo.isEmpty()) {
NodeCT no = fifo.dequeue();
for (NodeCT son : no.children) {
fifo.enqueue(son);
}
if (isMaxtree) {
getExtendedBranchOfMaxtree(no, no.parent.level + 1, no.level);
} else {
getExtendedBranchOfMintree(no, no.parent.level - 1, no.level);
}
}
long tf = System.currentTimeMillis();
System.out.println("Tempo de execucao [extended tree] " + ((tf - ti) / 1000.0) + "s");
createNodesMap();
this.isExtendedTree = true;
}
public GrayScaleImage reconstruction(InfoPrunedTree prunedTree) {
GrayScaleImage imgOut =
ImageFactory.createGrayScaleImage(
imgInput.getDepth(), imgInput.getWidth(), imgInput.getHeight());
Queue<InfoPrunedTree.NodePrunedTree> fifo = new Queue<InfoPrunedTree.NodePrunedTree>();
fifo.enqueue(prunedTree.getRoot());
while (!fifo.isEmpty()) {
InfoPrunedTree.NodePrunedTree node_ = fifo.dequeue();
NodeCT node = (NodeCT) node_.getInfo();
for (NodeCT son : node.children) {
if (prunedTree.wasPruned(son)) {
for (int p : son.getPixelsOfCC()) {
imgOut.setPixel(p, node.level);
}
}
}
for (int p : node.getCanonicalPixels()) {
imgOut.setPixel(p, node.level);
}
for (InfoPrunedTree.NodePrunedTree son : node_.getChildren()) {
fifo.enqueue(son);
}
}
return imgOut;
}
protected void createNodesMap() {
if (map == null) map = new NodeCT[imgInput.getSize()];
listNode = new HashSet<NodeCT>();
listLeaves = new LinkedList<NodeCT>();
Queue<NodeCT> fifo = new Queue<NodeCT>();
fifo.enqueue(this.root);
while (!fifo.isEmpty()) {
NodeCT no = fifo.dequeue();
listNode.add(no);
for (Integer p : no.getCanonicalPixels()) {
map[p] = no;
}
for (NodeCT son : no.children) {
fifo.enqueue(son);
}
if (no.children.isEmpty()) listLeaves.add(no);
}
}
public GrayScaleImage reconstruction() {
GrayScaleImage imgOut =
ImageFactory.createGrayScaleImage(
imgInput.getDepth(), imgInput.getWidth(), imgInput.getHeight());
Queue<NodeCT> fifo = new Queue<NodeCT>();
fifo.enqueue(this.root);
while (!fifo.isEmpty()) {
NodeCT no = fifo.dequeue();
for (int p : no.getCanonicalPixels()) {
imgOut.setPixel(p, no.level);
}
for (NodeCT son : no.children) {
fifo.enqueue(son);
}
}
return imgOut;
}
