/**
* Time Complexity::O(log n),n=number of elements present.<br>
* Memory::O(log n),for traversing stack is formed<br>
* You can optimize it using user_defined stack.
*/
void insertTree(UraInstantiator uraI, BaseNode p, BaseNode root) {
if ((tmp2.nodeIndex < p.nodeIndex)) {
if (p.left != null) {
insertTree(uraI, p.left, p);
} else {
p.left = tmp2;
tmp2 = null;
}
if ((insertFlag == true) && (vMFlag == true)) {
p.nodeIndex += 1l;
p.vMFactor += 1l;
}
} else {
long tmpnode = tmp2.nodeIndex;
tmpnode -= p.vMFactor;
if (tmp2.nodeIndex == p.nodeIndex) {
insertFlag = true;
ClientData temp = p.data;
p.data = tmp2.data;
tmp2.data = temp;
p.vMFactor += 1l;
}
tmp2.nodeIndex = tmpnode;
if (p.right != null) {
insertTree(uraI, p.right, p);
} else {
p.right = tmp2;
tmp2 = null;
}
vMFlag = true;
}
uraI.getBaseStructure().checkForUnbalancing(uraI, p, root);
}
void insert1(UraInstantiator uraI, long node, ClientData data, BaseNode p) {
if (node >= 0l) {
insertFlag = false;
vMFlag = false;
tmp2 = new BaseNode();
tmp2.nodeIndex = node;
tmp2.data = data;
if (rootTREE == null) {
rootTREE = new BaseNode();
rootTREE.left = tmp2;
} else {
insertTree(uraI, rootTREE.left, rootTREE);
}
} else System.out.println(" NEGATIVE INDEX ARE NOT ACCEPTED");
}
