package net.wigis.stats;
import java.util.ArrayList;
import java.util.HashSet;
import java.util.Hashtable;
import java.util.List;
import java.util.Map;
import javax.faces.context.FacesContext;
import net.wigis.graph.PaintBean;
import net.wigis.graph.dnv.DNVEdge;
import net.wigis.graph.dnv.DNVGraph;
import net.wigis.graph.dnv.DNVNode;
import net.wigis.graph.dnv.utilities.Timer;
import net.wigis.yun.Pair;
import net.wigis.yun.Tuple;
import net.wigis.yun.hashTableSort;
public class OldDk3Calc {
private Hashtable<Tuple<Integer,Integer,Integer>, ArrayList<Pair<DNVEdge, DNVEdge>>> degreeEdgeTableDK3;
private Hashtable<Tuple<Integer,Integer,Integer>, HashSet<DNVEdge>> degreeUniqueEdgeTableDK3;
private Hashtable<Tuple<Integer,Integer,Integer>, HashSet<DNVNode>> degreeUniqueNodeTableDK3;
private Hashtable<Tuple<Integer,Integer,Integer>, Integer> degreeOccurTableDK3;
private List occurOrderedListDK3;
private List degreeOrderedListDK3;
private DNVGraph mGraph;
private int level;
public OldDk3Calc(DNVGraph graph){
mGraph = graph;
level = 0;
prepairDK3Table(graph);
}
public OldDk3Calc(DNVGraph graph, int level){
mGraph = graph;
this.level = level;
prepairDK3Table(graph);
}
private void prepairDK3Table(DNVGraph graph){
Timer timer = new Timer();
timer.setStart();
Dk2Calc dk2Calc = new Dk2Calc(graph, level);
degreeEdgeTableDK3 = new Hashtable<Tuple<Integer,Integer,Integer>, ArrayList<Pair<DNVEdge, DNVEdge>>>();
degreeUniqueEdgeTableDK3 = new Hashtable<Tuple<Integer,Integer,Integer>, HashSet<DNVEdge>>();
degreeUniqueNodeTableDK3 = new Hashtable<Tuple<Integer,Integer,Integer>, HashSet<DNVNode>>();
degreeOccurTableDK3 = new Hashtable<Tuple<Integer,Integer,Integer>, Integer>();
int cnt = 0;
HashSet<Integer> traveledNodesId = new HashSet<Integer>();
for(Object key : dk2Calc.getDegreeOrderedListDK2()){
Pair<Integer, Integer> degreePair = (Pair<Integer, Integer>)key;
Integer highDegree = degreePair.getFirst();
Integer lowDegree = degreePair.getSecond();
ArrayList<Tuple<Integer, Integer, DNVEdge>> dk2EdgeTuple = dk2Calc.getDegreeNodeEdgeIndexTableDK2().get(degreePair);
for(Tuple<Integer, Integer, DNVEdge> tuple : dk2EdgeTuple){
Integer highDegreeNodeId = tuple.getLeft();
Integer lowDegreeNodeId = tuple.getMiddle();
//first add all the tuple nodes with the higher degree node in the center, no redundancy
if(!traveledNodesId.contains(highDegreeNodeId)){
traveledNodesId.add(highDegreeNodeId);
DNVNode middlenode = graph.getNode(level, highDegreeNodeId);
//List<DNVNode> neighbors = middlenode.getNeighbors();
//get all the neighbors of the higher degree node which haven't been traveled
ArrayList<DNVNode> neighbors = new ArrayList<DNVNode>();
for(DNVEdge edge : middlenode.getFromEdges()){
if(!traveledNodesId.contains(edge.getToId())){
neighbors.add(graph.getNode(level, edge.getToId()));
}
}
for(DNVEdge edge : middlenode.getToEdges()){
if(!traveledNodesId.contains(edge.getFromId())){
neighbors.add(graph.getNode(level, edge.getFromId()));
}
}
for(int i = 0; i < neighbors.size(); i++){
for(int j = i + 1; j < neighbors.size(); j++){
Integer degree1 = neighbors.get(i).getConnectivity();
Integer degree2 = neighbors.get(j).getConnectivity();
Integer leftNodeId, rightNodeId;
Tuple<Integer, Integer, Integer> degreeTuple;
//for each node tuple, the left node degree should be no smaller than the right one
if(degree1 >= degree2){
leftNodeId = neighbors.get(i).getId();
rightNodeId = neighbors.get(j).getId();
degreeTuple = new Tuple<Integer, Integer, Integer>(degree1, highDegree,degree2);
}else{
leftNodeId = neighbors.get(j).getId();
rightNodeId = neighbors.get(i).getId();
degreeTuple = new Tuple<Integer, Integer, Integer>(degree2, highDegree,degree1);
}
if(!degreeEdgeTableDK3.containsKey(degreeTuple)){
degreeEdgeTableDK3.put(degreeTuple, new ArrayList<Pair<DNVEdge, DNVEdge>>());
degreeOccurTableDK3.put(degreeTuple, 0);
degreeUniqueEdgeTableDK3.put(degreeTuple, new HashSet<DNVEdge>());
degreeUniqueNodeTableDK3.put(degreeTuple, new HashSet<DNVNode>());
}
degreeEdgeTableDK3.get(degreeTuple).add(new Pair<DNVEdge,DNVEdge>(middlenode.getEdgeToNeighbor(leftNodeId),middlenode.getEdgeToNeighbor(rightNodeId)));
degreeOccurTableDK3.put(degreeTuple, degreeOccurTableDK3.get(degreeTuple) + 1);
degreeUniqueEdgeTableDK3.get(degreeTuple).add(middlenode.getEdgeToNeighbor(leftNodeId));
degreeUniqueEdgeTableDK3.get(degreeTuple).add(middlenode.getEdgeToNeighbor(rightNodeId));
degreeUniqueNodeTableDK3.get(degreeTuple).add(middlenode);
degreeUniqueNodeTableDK3.get(degreeTuple).add(neighbors.get(i));
degreeUniqueNodeTableDK3.get(degreeTuple).add(neighbors.get(j));
cnt++;
}
}
}
if(traveledNodesId.contains(lowDegreeNodeId)){
continue;
}
//next get all the tuple nodes with the lower degree node in the center and the higher degree node at one end
DNVNode middlenode = graph.getNode(level, lowDegreeNodeId);
//get all the neighbors of the lower degree node which haven't been traveled
ArrayList<DNVNode> neighbors = new ArrayList<DNVNode>();
for(DNVEdge edge : middlenode.getFromEdges()){
if(!traveledNodesId.contains(edge.getToId())){
neighbors.add(graph.getNode(level, edge.getToId()));
}
}
for(DNVEdge edge : middlenode.getToEdges()){
if(!traveledNodesId.contains(edge.getFromId())){
neighbors.add(graph.getNode(level, edge.getFromId()));
}
}
for(DNVNode neighbor : neighbors){
Integer neighborId = neighbor.getId();
Integer neighborDegree = neighbor.getConnectivity();
//if(neighborDegree <= highDegree){
Tuple<Integer, Integer, Integer> degreeTuple = new Tuple<Integer, Integer, Integer>(highDegree, lowDegree, neighborDegree);
if(!degreeEdgeTableDK3.containsKey(degreeTuple)){
degreeEdgeTableDK3.put(degreeTuple, new ArrayList<Pair<DNVEdge, DNVEdge>>());
degreeOccurTableDK3.put(degreeTuple, 0);
degreeUniqueEdgeTableDK3.put(degreeTuple, new HashSet<DNVEdge>());
degreeUniqueNodeTableDK3.put(degreeTuple, new HashSet<DNVNode>());
}
degreeEdgeTableDK3.get(degreeTuple).add(new Pair<DNVEdge,DNVEdge>(tuple.getRight(),middlenode.getEdgeToNeighbor(neighborId)));
degreeOccurTableDK3.put(degreeTuple, degreeOccurTableDK3.get(degreeTuple) + 1);
degreeUniqueEdgeTableDK3.get(degreeTuple).add(tuple.getRight());
degreeUniqueEdgeTableDK3.get(degreeTuple).add(middlenode.getEdgeToNeighbor(neighborId));
degreeUniqueNodeTableDK3.get(degreeTuple).add(middlenode);
degreeUniqueNodeTableDK3.get(degreeTuple).add(graph.getNode(level, highDegreeNodeId));
degreeUniqueNodeTableDK3.get(degreeTuple).add(neighbor);
cnt++;
}
}
}
occurOrderedListDK3 = hashTableSort.sortByValueDesc(degreeOccurTableDK3);
degreeOrderedListDK3 = hashTableSort.sortByKeyDesc(degreeOccurTableDK3);
timer.setEnd();
System.out.println(" computing dk3 took " + timer.getLastSegment(Timer.SECONDS) + " seconds number of tuples " + cnt);
}
public Hashtable<Tuple<Integer,Integer,Integer>, ArrayList<Pair<DNVEdge, DNVEdge>>> getDegreeEdgeTableDK3(){
return degreeEdgeTableDK3;
}
public Hashtable<Tuple<Integer,Integer,Integer>, HashSet<DNVEdge>> getDegreeUniqueEdgeTableDK3(){
return degreeUniqueEdgeTableDK3;
}
public Hashtable<Tuple<Integer,Integer,Integer>, HashSet<DNVNode>> getDegreeUniqueNodeTableDK3(){
return degreeUniqueNodeTableDK3;
}
public Hashtable<Tuple<Integer,Integer,Integer>, Integer> getDegreeOccurTableDK3(){
return degreeOccurTableDK3;
}
public List getOccurOrderedListDK3(){
return occurOrderedListDK3;
}
public List getDegreeOrderedListDK3(){
return degreeOrderedListDK3;
}
/**
* create an hmtl array with for each dk result, a link
* @param list, list of the dk3 results
* @return String, array
*/
public String toStringDk3Linked(){
String res = "<table>";
String text = "";
String formId = "highlightNodesForDk3Form";
String hiddenButtonId = "BHighlightNodesForDk3";
System.out.println(" starting to generate string " + occurOrderedListDK3.size());
int index = 0;
for(Object key: degreeOrderedListDK3){
Tuple<Integer, Integer, Integer> degreeTuple = (Tuple<Integer, Integer, Integer>)key;
text = "<("+degreeTuple.getLeft() + "," + degreeTuple.getMiddle() + "," + degreeTuple.getRight() +")," + degreeOccurTableDK3.get(degreeTuple) + ">";
res += "<tr style='font-size:11px;'><td>";
//System.out.println("calling createLinkDk3 " + index++);
res += createLinkDk3(text,formId,hiddenButtonId, degreeUniqueNodeTableDK3.get(degreeTuple), degreeUniqueEdgeTableDK3.get(degreeTuple));
res += "</td></tr>";
index++;
if(index >= 10){
break;
}
}
res += "</table>";
System.out.println(" string finished");
return res;
}
/**
* Method called to create a link using a4j.ajax.submit
* @param text, link text
* @param formId, form id for the .xhtml page
* @param hiddenButtonId, button id for the .xhtml page
* @param params, arrayList of the dk1 results
* @return String, link
*/
public static String createLinkDk3(String text, String formId, String hiddenButtonId, HashSet<DNVNode> nodes, HashSet<DNVEdge> edges)
{
PaintBean pb = PaintBean.getCurrentInstance();
StringBuilder sb = new StringBuilder();
sb.append( "<a href='#' onclick=\"" ).append("A4J.AJAX.Submit('_viewRoot','" + formId + "',event,{'similarityGroupingId':'" + formId + ":" + hiddenButtonId + "','parameters': {");
int index = 0;
for(DNVNode node : nodes){
sb.append("'node").append(index).append("':'").append(node.getId()).append("',");
index++;
}
index = 0;
for(DNVEdge edge : edges){
sb.append("'edge").append(index).append("':'").append(edge.getId()).append("',");
index++;
}
sb.append("'"+formId + ":" + hiddenButtonId + "':'" + formId + ":" + hiddenButtonId).
append("'},'actionUrl':'" + pb.getContextPath() + "/wigi/WiGiViewerPanel.faces'} );").
append("\">" + text + "</a>");
return sb.toString();
}
/**
* Method used to return the nodes passed as parameters for a link
* @return arraylist of these nodes' id
*/
public ArrayList<Integer> getNodesDk3()
{
Map<String,String> params = FacesContext.getCurrentInstance().getExternalContext().getRequestParameterMap();
ArrayList<Integer> results = new ArrayList<Integer>();
int numberOfParams = params.size()-5;
int temp = numberOfParams/5;
numberOfParams = temp*3;
String paramString = "";
for(int x=0;x<numberOfParams;x++){
paramString = "node"+x;
if(params.get(paramString) != null){
results.add(Integer.parseInt(params.get(paramString)));
}
}
return results;
}
/**
* Method used to return the edges passed as parameters for a link
* @return arraylist of these edges' id
*/
public ArrayList<Integer> getEdgesDk3()
{
Map<String,String> params = FacesContext.getCurrentInstance().getExternalContext().getRequestParameterMap();
ArrayList<Integer> results = new ArrayList<Integer>();
int numberOfParams = params.size()-5;
numberOfParams = numberOfParams/5;
numberOfParams = numberOfParams*2;
String paramString = "";
for(int x=0;x<numberOfParams;x++){
paramString = "edge"+x;
if(params.get(paramString) != null){
results.add(Integer.parseInt(params.get(paramString)));
}
}
return results;
}
public Hashtable<Integer, HashSet<DNVNode>> getTableNodes(){
Hashtable<Integer, HashSet<DNVNode>> tableNodes = new Hashtable<Integer, HashSet<DNVNode>>();
for(Object key : occurOrderedListDK3){
Tuple<Integer, Integer, Integer> degreeTuple = (Tuple<Integer, Integer, Integer>)key;
int sum = degreeTuple.getLeft() + degreeTuple.getMiddle() + degreeTuple.getRight();
if(!tableNodes.containsKey(sum)){
tableNodes.put(sum, new HashSet<DNVNode>());
}
for(DNVNode node : degreeUniqueNodeTableDK3.get(degreeTuple)){
tableNodes.get(sum).add(node);
}
}
return tableNodes;
}
public Hashtable<Integer, HashSet<DNVEdge>> getTableEdges(){
Hashtable<Integer, HashSet<DNVEdge>> tableEdges = new Hashtable<Integer, HashSet<DNVEdge>>();
for(Object key : occurOrderedListDK3){
Tuple<Integer, Integer, Integer> degreeTuple = (Tuple<Integer, Integer, Integer>)key;
int sum = degreeTuple.getLeft() + degreeTuple.getMiddle() + degreeTuple.getRight();
if(!tableEdges.containsKey(sum)){
tableEdges.put(sum, new HashSet<DNVEdge>());
}
for(DNVEdge edge : degreeUniqueEdgeTableDK3.get(degreeTuple)){
tableEdges.get(sum).add(edge);
}
}
return tableEdges;
}
public void saveDk3Results(DNVGraph graph){
//store the results as a graph property
Hashtable<Integer, HashSet<DNVNode>> tableNodes = new Hashtable<Integer, HashSet<DNVNode>>();
Hashtable<Integer, HashSet<DNVEdge>> tableEdges = new Hashtable<Integer, HashSet<DNVEdge>>();
for(Object key : occurOrderedListDK3){
Tuple<Integer, Integer, Integer> degreeTuple = (Tuple<Integer, Integer, Integer>)key;
int sum = degreeTuple.getLeft() + degreeTuple.getMiddle() + degreeTuple.getRight();
if(!tableNodes.containsKey(sum)){
tableNodes.put(sum, new HashSet<DNVNode>());
tableEdges.put(sum, new HashSet<DNVEdge>());
}
for(DNVNode node : degreeUniqueNodeTableDK3.get(degreeTuple)){
tableNodes.get(sum).add(node);
}
for(DNVEdge edge : degreeUniqueEdgeTableDK3.get(degreeTuple)){
tableEdges.get(sum).add(edge);
}
}
graph.setAttribute("Dk3ResultsNodes", tableNodes);
graph.setAttribute("Dk3ResultsEdges", tableEdges);
String res = "";
for(Integer key : tableNodes.keySet())
{
res += "[Degree:"+key+"{Nodes:";
for(DNVNode node : tableNodes.get(key)){
res += node.getId() + ",";
}
res = res.substring(0, res.length() - 1) + "}{Edges:";
for(DNVEdge edge : tableEdges.get(key)){
res += edge.getId() + ",";
}
res = res.substring(0, res.length() - 1) + "}]";
}
graph.setProperty("dk3Layout", res);
}
public void Dk3Analysis(){
mGraph.clearNodesByDKTime();
PaintBean.getCurrentInstance().refreshDKTime();
List<DNVNode> nodes = mGraph.getNodes(level);
List<DNVEdge> edges = mGraph.getEdges(level);
String maxTime = degreeUniqueNodeTableDK3.size() + 1 + "";
int step = 1;
for(Object key : degreeOrderedListDK3){
for(DNVNode n: degreeUniqueNodeTableDK3.get(key)){
if(n.getProperty("dktime") == null){
n.setProperty("dktime", step+"");
n.setProperty("minDKTime", "0");
n.setProperty("maxDKTime", maxTime);
n.updateEntityDKTimeInGraph();
nodes.remove(n);
}
}
for(DNVEdge e: degreeUniqueEdgeTableDK3.get(key)){
if(e.getProperty("dktime") == null){
e.setProperty("dktime", step+"");
e.setProperty("minDKTime", "0");
e.setProperty("maxDKTime", maxTime);
e.updateEntityDKTimeInGraph();
edges.remove(e);
}
}
step++;
}
for(DNVNode n: nodes){
n.setProperty("dktime", step+"");
n.setProperty("minDKTime", "0");
n.setProperty("maxDKTime", maxTime);
n.updateEntityDKTimeInGraph();
}
for(DNVEdge e: edges){
e.setProperty("dktime", step+"");
e.setProperty("minDKTime", "0");
e.setProperty("maxDKTime", maxTime);
e.updateEntityDKTimeInGraph();
}
PaintBean.getCurrentInstance().refreshDKTime();
}
}