By independent nodes, I mean that the returned set can not contain nodes that are in immediate relations, parent and child cannot both be included. I tried to use Google, with ... |
I am trying to read a node that will find the longest word in a tree.
My method is public static int word(Node d). So how would I have to find the ... |
I'm either really stupid or my program hates me. Probably both.
Problem: I am searching through a tree to find a value that is passed. Unfortunately, it does ... |
My requirement is
1) I should construct a tree like the one which is given below in the figure.
2) I need to then compute the distance between two terms say C ... |
I am currently trying to create a method that uses a binary tree that finds anagrams of a word inputted by the user.
If the tree does not contain any other anagram ... |
I am having trouble coding in Java the following method
int findNodeN(Node node, int n)
For example if the binary search tree is constructed as following:
...
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I have BST of BTNode<E>'s each has double number and I have the following fields:
BTNode <E> root: a pointer to the root of the tree
BTNode <E> current: a pointer to the ... |
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Finding the width of binary tree.
In my code for each leave i create a entry in a hash map and keep updating it when i found a node at leave i.Finally ... |
I want to modify Prim's algorithm so that it find the maximum spanning tree how can this be done
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Possible Duplicate:
Binary Search Tree Implementation - Get Node at Index issue
In this method, I am trying to get a node at a specific index. ... |
I need to find the number of elements in a tree using an iterative algorithm, but I'm finding the code conceptually very difficult to write.
My approach is to start at the ... |
Hi. I have an object tree that I'm trying to search for a specific component and I'm having some difficulty with the recursion. My basic code structure is: MyNode findNode(MyNode parentNode) { MyNode[] childNodes = parentNode.getChildren(); for ( MyNode child : childNodes ) { if( isCorrectNode(child) ) { // isCorrectNode is some method that checks if this is the node I ... |
I gave the following answer in the telephone interview: boolean isBalanced(Tree *t,int *height) { if(t==NULL) { *height = 0; return true; } int leftheight,rightheight; boolean leftBalanced = isBalanced(t->lptr,&leftheight) boolean rightBalanced = isBalanced(t->rptr,&rightheight) bolean balanced = leftBalanced && rightBalanced && abs(leftheight-rightheight)<=1 *height = 1+max(leftheight,rightheight) return balanced } I didn't dictate line by line but explained the above logic in words. I said ... |
Mike Simmons wrote:The latter is certainly how I would interpret the original question at this point. Me too: Find the longest distance between any two nodes in a binary tree (and the numbers in the nodes are node identifiers). In that case I have a suggestion. First consider a "complete" binary tree. It's a tree where all nodes are ... |
I am writing a method to find elements in a general tree structure. The structure has a root and each parent node has 0-10 children, whose nodes are stored in an array linked to the parent node. The node class for the tree has a variable info that stores Comparable information. It has a variable numbChildren for the number of children ... |
I have a system that does the following: 1. Loads an HTML design template into a DOM document. This template includes a node with id "main". 2. Creates an arbitrary node hierarchy using this document but does NOT append it just yet. 3. The node hierarchy created in step 2 is then transformed using an XSL document. Within the transformed hierarchy ... |
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An array can be used to store a flattened tree, but I don't think you should be thinking about this yet since you may not understand the concept behind how binary trees work. Scanning the entire tree (array or not) pretty much defeats the purpose of having a tree in the first place. The solution is much simpler (and faster in ... |
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Welcome to the homework help lounge Without writing your code for you here is what i would suggest: You are probably learning about recursion, this is the direction you want to take to solve this issue. Think about this issue in two parts: (1) which side of the node is deepest? (2) go to the deepest node in that direction. Here ... |