The problem data was strengthened on April 6, 2025, 17:44 By .

$\text{updated}$ on April 26, 2025 Added Chinese (zh_CN) translation of the problem: VJudge Source (The translation in the problem is the ChatGPT version from VJudge, but you can also refer to the Deepseek version. To be honest, I think the GPT version is still better.)

Oh, I almost forgot to mention - I also added $\LaTeX$ in the translation.

Welcome to provide better translations in the discussion section of this problem!

You are one of the most talented programmers and like to solve challenging problems. And my task is to make your life a bit complex by setting some easy looking hard brainstorming problems such that you can sharpen your skills by practicing here. So, I wrote a code that shows a message like the following line:

      ___  ____  ____  ____  ____  __  __ _   ___  ____
     / __)(  _ \(  __)(  __)(_  _)(  )(  ( \ / __)/ ___)
    ( (_ \ )   / ) _)  ) _)   )(   )( /    /( (_ \\___ \
     \___/(__\_)(____)(____) (__) (__)\_)__) \___/(____/
 
                    ____  ____   __   _  _
                   (  __)(  _ \ /  \ ( \/ )
                    ) _)  )   /(  O )/ \/ \
                   (__)  (__\_) \__/ \_)(_/
 
             __    __  ___  _  _  ____  __     __
            (  )  (  )/ __)/ )( \(_  _)/  \  _(  )
            / (_/\ )(( (_ \) __ (  )( (  O )/ \) \
            \____/(__)\___/\_)(_/ (__) \__/ \____/                     

After that, the code will select a random problem for you from my problems database based on your previously solved problems, your skills, and your weaknesses. But while I was implementing this great idea, I found that all of my problems are scattered in 2 computers. So, I have to merge them before running my code.

Given the number of problems in each of the computers, you have to find the total number of problems. You can safely assume that no problem is stored in multiple computers. So, there are no duplicate problems.

Input

Input starts with an integer T (≤ 125), denoting the number of test cases.

Each case starts with a line containing two integers a and b. a denotes the number of problems in the first computer and b denotes the number of problems in the second computer. You can safely assume that a and b will be non-negative and not greater than 10.

Output

For each case, print the case number and the total number of problems. See the samples for exact formatting.

Sample

2
1 7
9 8

Case 1: 8
Case 2: 17

Note