public int calculateSum()
{
InOrder id = new InOrder();
Node root = id.createTree(2);
Queue myQueue = new Queue();
myQueue.Enqueue(root);
int sum = 0;
while (myQueue.Count > 0)
{
Node top = (Node)myQueue.Dequeue();
if ((top.left == null) && (top.right == null))
{
sum += top.value;
}
if (top.left != null)
{
top.left.value = top.value * 10 + top.left.value;
myQueue.Enqueue(top.left);
}
if (top.right != null)
{
top.right.value = top.value * 10 + top.right.value;
myQueue.Enqueue(top.right);
}
}
return(sum);
}
public int calculateSum()
{
InOrder id = new InOrder();
Node root = id.createTree(2);
Queue myQueue = new Queue();
myQueue.Enqueue(root);
int sum = 0;
while (myQueue.Count > 0)
{
Node top = (Node)myQueue.Dequeue();
if ((top.left == null) && (top.right == null))
{
sum += top.value;
}
if (top.left != null)
{
top.left.value = top.value * 10 + top.left.value;
myQueue.Enqueue(top.left);
}
if (top.right != null)
{
top.right.value = top.value * 10 + top.right.value;
myQueue.Enqueue(top.right);
}
}
return sum;
}
static void Main(string[] args)
{
InOrder mine = new InOrder();
Node root_temp = mine.createTree(10);
printLevel.printLevelOrder(root_temp);
/*
mine.inOrder(root);
mine.PostOrder(root);
mine.preOrder(root);
Console.WriteLine();
DiceProblem dp = new DiceProblem();
dp.printDice(3);
StringPermutation pp = new StringPermutation("abc");
pp.printPermutation("aab");
ScheduleQueue[] my = new ScheduleQueue[100];
for (int i = 0; i < 100; i++)
{
my[i] = new ScheduleQueue();
my[i].start = i*100;
my[i].end = my[i].start + i * 3;
}
MergeSchedule mq = new MergeSchedule();
ArrayList result = new ArrayList();
mq.doMerge(my, result);
Parlindrome myP = new Parlindrome();
while (true)
{
Console.WriteLine("please enter a word");
string val = Console.ReadLine();
bool isP = myP.IsParlinDrome(val);
Console.WriteLine("It is a parlindine: {0}", isP);
}
PhoneNumber pN = new PhoneNumber(12);
pN.printWords(pN.num.ToString().ToArray<char>());
*/
InOrder io = new InOrder();
Node root = io.createTree(10);
io.ReverseInOrder(root);
int i = 0;
io.getnThNode(root, ref i, 4);
i = 0;
io.getnThNode(root, ref i, 3);
i = 0;
io.getnThNode(root, ref i, 2);
i = 0;
io.getnThNode(root, ref i, 1);
/*
LinkSibling ls = new LinkSibling();
ls.LinkThem_DFS(root);
if (true)
{
Console.WriteLine("please enter a value");
int val = Convert.ToInt32(Console.ReadLine());
MathCalculation mc = new MathCalculation(val, 20);
mc.buildSequence();
int Rvalue = mc.reverse();
int curMax = mc.getLargestSum();
int len = mc.sequence.Length;
for (int i = 0; i < len; i++)
Console.Write("{0},", mc.sequence[i]);
Console.WriteLine("No the max sequcne");
Console.WriteLine("the biggest sequence is {0}", curMax);
Console.Read();
}
bitOperation bo = new bitOperation();
Byte value = 5;
Byte X = bo.Reverse(value);
Byte Y = bo.ReverseNoBit(value);
Console.WriteLine("the values are {0}, {1}", X, Y);
LinkedList util = new LinkedList();
LinkedNode A = util.createList(4);
LinkedNode B = util.createList(6);
LinkedNode result = util.addListNoExtra(A, B);
zigZag zz = new zigZag();
zz.printZigZag("PAYPALISHIRING", 3);
zz.Reverse();
SumRootToLeave srt = new SumRootToLeave();
int val = srt.calculateSum();
Console.WriteLine("the total value is {0}", val);
InOrder io = new InOrder();
Node root = io.createTree(10);
ArrayList al = io.serializeIt(root);
Node newRoot = io.Deserial(al
InOrder io = new InOrder();
SumRootToLeave srt = new SumRootToLeave();
Node root = io.createBigTree(200);
srt.printTreeByLevel(root);
srt.printAllpath(root, 13);
*/
}
static void Main(string[] args)
{
InOrder mine = new InOrder();
Node root_temp = mine.createTree(10);
printLevel.printLevelOrder(root_temp);
/*
* mine.inOrder(root);
* mine.PostOrder(root);
* mine.preOrder(root);
*
* Console.WriteLine();
* DiceProblem dp = new DiceProblem();
* dp.printDice(3);
*
* StringPermutation pp = new StringPermutation("abc");
* pp.printPermutation("aab");
*
*
* ScheduleQueue[] my = new ScheduleQueue[100];
* for (int i = 0; i < 100; i++)
* {
* my[i] = new ScheduleQueue();
* my[i].start = i*100;
* my[i].end = my[i].start + i * 3;
* }
*
* MergeSchedule mq = new MergeSchedule();
* ArrayList result = new ArrayList();
* mq.doMerge(my, result);
*
* Parlindrome myP = new Parlindrome();
* while (true)
* {
* Console.WriteLine("please enter a word");
* string val = Console.ReadLine();
* bool isP = myP.IsParlinDrome(val);
* Console.WriteLine("It is a parlindine: {0}", isP);
* }
*
* PhoneNumber pN = new PhoneNumber(12);
* pN.printWords(pN.num.ToString().ToArray<char>());
*
*/
InOrder io = new InOrder();
Node root = io.createTree(10);
io.ReverseInOrder(root);
int i = 0;
io.getnThNode(root, ref i, 4);
i = 0;
io.getnThNode(root, ref i, 3);
i = 0;
io.getnThNode(root, ref i, 2);
i = 0;
io.getnThNode(root, ref i, 1);
/*
* LinkSibling ls = new LinkSibling();
* ls.LinkThem_DFS(root);
*
* if (true)
* {
* Console.WriteLine("please enter a value");
* int val = Convert.ToInt32(Console.ReadLine());
* MathCalculation mc = new MathCalculation(val, 20);
* mc.buildSequence();
* int Rvalue = mc.reverse();
* int curMax = mc.getLargestSum();
*
* int len = mc.sequence.Length;
* for (int i = 0; i < len; i++)
* Console.Write("{0},", mc.sequence[i]);
* Console.WriteLine("No the max sequcne");
* Console.WriteLine("the biggest sequence is {0}", curMax);
*
* Console.Read();
*
* }
*
*
* bitOperation bo = new bitOperation();
* Byte value = 5;
* Byte X = bo.Reverse(value);
* Byte Y = bo.ReverseNoBit(value);
* Console.WriteLine("the values are {0}, {1}", X, Y);
*
*
* LinkedList util = new LinkedList();
* LinkedNode A = util.createList(4);
* LinkedNode B = util.createList(6);
* LinkedNode result = util.addListNoExtra(A, B);
*
*
*
* zigZag zz = new zigZag();
* zz.printZigZag("PAYPALISHIRING", 3);
* zz.Reverse();
*
*
* SumRootToLeave srt = new SumRootToLeave();
* int val = srt.calculateSum();
* Console.WriteLine("the total value is {0}", val);
*
*
* InOrder io = new InOrder();
* Node root = io.createTree(10);
* ArrayList al = io.serializeIt(root);
* Node newRoot = io.Deserial(al
*
*
* InOrder io = new InOrder();
* SumRootToLeave srt = new SumRootToLeave();
* Node root = io.createBigTree(200);
* srt.printTreeByLevel(root);
*
* srt.printAllpath(root, 13);
*/
}
public CommonAncestor(int sizeNode)
{
tree = new Node[sizeNode];
myTree = new InOrder();
}
public CommonAncestor(int sizeNode)
{
tree = new Node[sizeNode];
myTree = new InOrder();
}