Apologizes .. I miss read the question.
On Thu, Apr 8, 2010 at 12:14 PM, vivek bijlwan wrote:
> @atul it is not a BST
>
>
> On Thu, Apr 8, 2010 at 10:19 AM, atul verma wrote:
>
>> Its very simple to solve this.
>>
>> Start from root.
>>
>> Compare the value of current node data value to both n
yup atul algo is correct
(cur_data - node->right) * ( cur_data- node->left) < -1 for ancestors
On Thu, Apr 8, 2010 at 10:19 AM, atul verma wrote:
> Its very simple to solve this.
>
> Start from root.
>
> Compare the value of current node data value to both nodes.
>
> 1. if both are greater tha
Dear Himanshu,
Here is what I think. This problem can be solved easily by using recursion.
Here is the pseudo code for it:
Logic: Let 'A' and 'B' be the given too node whose common ancestor we have
to find. Now perform an inorder traversal of the tree and at every node call
the 'search(A)' functio
Well Atul, Mind it, its not a Binary Search Tree, its just a Binary Tree. So
this concept of the elements in left sub tree all having the value less than
the current node and similar for the right subtree will not stand here.
Anurag Sharma
http://anuragsharma-sun.blogspot.com/
On Thu, Apr 8, 201
@atul it is not a BST
On Thu, Apr 8, 2010 at 10:19 AM, atul verma wrote:
> Its very simple to solve this.
>
> Start from root.
>
> Compare the value of current node data value to both nodes.
>
> 1. if both are greater than current node then traverse node->right
> 2. if both are lesser than curr
i think u mean lowest commen ancestor?
On Wed, Apr 7, 2010 at 10:34 PM, Himanshu Aggarwal
wrote:
> For a given binary tree, given the root and two node pointers, how can we
> find their youngest common ancestor.
>
> Say the node is like:
>
> struct node{
>int data;
>struct node*l
Its very simple to solve this.
Start from root.
Compare the value of current node data value to both nodes.
1. if both are greater than current node then traverse node->right
2. if both are lesser than current node then traverse node->left
3. else return current node pointer.
Any comments,
Atu
could you please elucidate more??
On Wed, Apr 7, 2010 at 10:34 PM, Himanshu Aggarwal
wrote:
> For a given binary tree, given the root and two node pointers, how can we
> find their youngest common ancestor.
>
> Say the node is like:
>
> struct node{
>int data;
>struct node*left, *
For a given binary tree, given the root and two node pointers, how can we
find their youngest common ancestor.
Say the node is like:
struct node{
int data;
struct node*left, *right;
};
i.e the father field is not there.
Please note that it is not a binary search tree, but just a b
