1. A Red-Black tree is said to be beautiful if all nodes in the alternate levels of the tree are of the same color. Write a program to check whether a Red-Black tree created from the given input is beautiful or not. Your program should include the following functions. .INSERTREDBLACK(struct node* root, key): Inserts a new node with the 'key' into the tree. . CHECK BEAUTIFUL (struct node* root): Checks whether the given tree is beautiful or not. Input format: Output format: The output will be 1 if the Red-Black tree is beautiful else-1. Sample Input 1: 9 12 8 25 3 5 27 22 The first line of input will be an integer 'n' which is the number of nodes in the tree. After which 'n' integer inputs will be given subsequently which will be the keys of nodes of the tree. The keys are unique and values are in the range [1,1000]. 32 9 Sample Output 1: 1
1. A Red-Black tree is said to be beautiful if all nodes in the alternate levels of the tree are of the same color. Write a program to check whether a Red-Black tree created from the given input is beautiful or not. Your program should include the following functions. .INSERTREDBLACK(struct node* root, key): Inserts a new node with the 'key' into the tree. . CHECK BEAUTIFUL (struct node* root): Checks whether the given tree is beautiful or not. Input format: Output format: The output will be 1 if the Red-Black tree is beautiful else-1. Sample Input 1: 9 12 8 25 3 5 27 22 The first line of input will be an integer 'n' which is the number of nodes in the tree. After which 'n' integer inputs will be given subsequently which will be the keys of nodes of the tree. The keys are unique and values are in the range [1,1000]. 32 9 Sample Output 1: 1
Computer Networking: A Top-Down Approach (7th Edition)
7th Edition
ISBN:9780133594140
Author:James Kurose, Keith Ross
Publisher:James Kurose, Keith Ross
Chapter1: Computer Networks And The Internet
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![Use c++
1. A Red-Black tree is said to be beautiful if all nodes in the alternate levels of the tree are of the
same color. Write a program to check whether a Red-Black tree created from the given input is
beautiful or not. Your program should include the following functions.
• INSERTREDBLACK (struct node* root, key): Inserts a new node with the 'key' into the tree.
• CHECKBEAUTIFUL (struct node* root): Checks whether the given tree is beautiful or not.
Input format:
Output format:
• The output will be 1 if the Red-Black tree is beautiful else -1.
Sample Input 1:
9
12
• The first line of input will be an integer 'n' which is the number of nodes in the tree.
• After which 'n' integer inputs will be given subsequently which will be the keys of nodes of
the tree. The keys are unique and values are in the range [1,1000].
8
25
3
5
27
22
32
9
Sample Output 1:
1](/v2/_next/image?url=https%3A%2F%2Fcontent.bartleby.com%2Fqna-images%2Fquestion%2F2c609e68-aa5a-45e0-9b84-1639ce9efb3a%2F9c18b8e2-b36d-409a-9a33-71a8cf026f4e%2Fbe21t0q_processed.png&w=3840&q=75)
Transcribed Image Text:Use c++
1. A Red-Black tree is said to be beautiful if all nodes in the alternate levels of the tree are of the
same color. Write a program to check whether a Red-Black tree created from the given input is
beautiful or not. Your program should include the following functions.
• INSERTREDBLACK (struct node* root, key): Inserts a new node with the 'key' into the tree.
• CHECKBEAUTIFUL (struct node* root): Checks whether the given tree is beautiful or not.
Input format:
Output format:
• The output will be 1 if the Red-Black tree is beautiful else -1.
Sample Input 1:
9
12
• The first line of input will be an integer 'n' which is the number of nodes in the tree.
• After which 'n' integer inputs will be given subsequently which will be the keys of nodes of
the tree. The keys are unique and values are in the range [1,1000].
8
25
3
5
27
22
32
9
Sample Output 1:
1
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