private void updateReliabilityCount(String relationName, Node left, Node right, int flag) {
relationReliabilityCount_.get(relationName)[flag]++;
ConcurrentHashMap<Node, int[]> intermap = interRelastionReliabilityCount_.get(relationName);
ConcurrentHashMap<Node, int[]> nodecountmap = nodeReliabilityCount_.get(relationName);
ConcurrentHashMap<Pair<Node, Node>, ConcurrentLinkedQueue<Node>> unkmap =
unknownBackups_.get(relationName);
// Double loop to create pair of second order cyc isa parent from both
// node
// ArrayList<Node> leftIsa = getAllGenlsParents(left);
// ArrayList<Node> rightIsa = getAllGenlsParents(right);
// ArrayList<Node> commonparents = getCommomParents(leftIsa, rightIsa);
Collection<DAGNode> commonparents = getCommonParents(left, right);
for (Node node : commonparents) {
if (!isTangible(node)) continue;
if (!intermap.containsKey(node)) {
intermap.put(node, new int[] {0, 0, 0});
}
intermap.get(node)[flag]++;
if (!nodecountmap.containsKey(node)) {
nodecountmap.put(node, new int[] {0, 0, 0});
}
nodecountmap.get(node)[flag]++;
if (flag == 2) { // If it's unknown, add to unknown backups
Pair<Node, Node> pair = null;
int compare = left.getName().compareTo(right.getName());
if (compare < 0) {
pair = new Pair<Node, Node>(left, right);
} else if (compare > 0) {
pair = new Pair<Node, Node>(right, left);
}
if (unkmap.get(pair) == null) unkmap.put(pair, new ConcurrentLinkedQueue<Node>());
unkmap.get(pair).add(node);
}
}
}
private void createDisjointEdge(String relationName, Node left, Node right, PrintWriter out) {
Pair<String, String> p =
left.getName().hashCode() > right.getName().hashCode()
? new Pair<String, String>(left.getName(), right.getName())
: new Pair<String, String>(right.getName(), left.getName());
// check the pair has not being added
if (dummyDisjoints_.containsKey(p)) return;
ConcurrentHashMap<Node, int[]> nodecountmap = nodeReliabilityCount_.get(relationName);
int leftconjCount = 0;
int rightconjCount = 0;
if (nodecountmap.get(left) != null) leftconjCount = nodecountmap.get(left)[1];
if (nodecountmap.get(right) != null) rightconjCount = nodecountmap.get(right)[1];
// Create disjoint
out.println(
left.getName()
+ ","
+ leftconjCount
+ ","
+ right.getName()
+ ","
+ rightconjCount
+ ","
+ relationName);
// Node[] edge = new Node[] { CommonConcepts.DISJOINTWITH.getNode(dag_),
// left, right };
// Node creator = new StringNode("ConceptNet" + relationName);
//
// dag_.findOrCreateEdge(edge, creator, true);
// if (left.hashCode() > right.hashCode())
dummyDisjoints_.put(p, true);
// else
// dummyDisjoints_.put(rightKey, leftKey);
}
private void updateSchema(
String relationName,
PrintWriter log,
Node left,
Node right,
String nodename1,
String nodename2) {
Pair<String, String> p =
left.getName().hashCode() > right.getName().hashCode()
? new Pair<String, String>(left.getName(), right.getName())
: new Pair<String, String>(right.getName(), left.getName());
ConcurrentHashMap<Pair<String, String>, Boolean> explored = uniquePairs_.get(relationName);
if (explored.containsKey(p)) return;
String outStr;
if (!left.equals(right)) {
if (isAlreadyDisjointed(left, right)) {
updateReliabilityCount(relationName, left, right, 0);
outStr =
relationName
+ ": "
+ left.getName()
+ " known disjoint to "
+ right.getName()
+ ": "
+ nodename1
+ ","
+ nodename2;
} else if (hasConjoint(left, right)) {
updateReliabilityCount(relationName, left, right, 1);
outStr =
relationName
+ ": "
+ left.getName()
+ " known conjoint to "
+ right.getName()
+ ": "
+ nodename1
+ ","
+ nodename2;
} else {
updateReliabilityCount(relationName, left, right, 2);
outStr =
relationName
+ ": "
+ left.getName()
+ " unknown to "
+ right.getName()
+ ": "
+ nodename1
+ ","
+ nodename2;
}
// System.out.println(outStr);
log.println(outStr);
}
explored.put(p, true);
}
private boolean isTangible(Node node) {
// exclude itself
if (node.equals(partiallyTangible)) return false;
return queryModule_.prove(false, genls, node, partiallyTangible) == QueryResult.TRUE;
}
