Captain Jack Sparrow is a famous pirate. He loves to steal different stuff just for fun and he loves watching movies. He recently discovered a brand new technology called peertopeer or torrent. After he browsed a famous site, he made a collection of movies he would like to download. Assume 1 movie has a size of 1500MB. Jack doesn’t want to pay for the internet, so he decided to go to the mall and use the free WiFi there. The WiFi has a fixed speed of 2MB/s. Unfortunately for Jack, his wife will be going with him to the mall and this means that the download would not be free at all. She likes to buy sandals and other useless stuff. You are given the money his wife spends per hour at the mall.
Your task is to help Jack calculate whether it is cheaper to go to the mall and download the movies or go to the cinema to watch them. If the amount is the same, Jack still wants to make his wife happy, so he goes to the mall.
Input:
The input data should be read from the console. It consists of three input values, each at a separate line:

Download data d: how much megabytes in total Jack should download.

Price of cinema p: how much money would cost Jack to go to the cinema to watch one movie.

Wife spending w: how much money per hour does Jack’s wife spend.
The input data will always be valid and in the format described. There is no need to check it explicitly.
Output:

The output data must be printed on the console.

On the only output line you must print “{place to go} > {price to pay}lv”.

The price to pay should be formatted with 2 digits after the decimal sign.
Constraints:

d is an integer number in range [0...2,147,483,647]. p is an integer number in range [0…30]. w is an integer number in range [0…200].

Allowed working time for your program: 0.25 seconds.

Allowed memory: 16 MB.
Examples:
Input

Output

Comments

30000
5
50

cinema > 100.00lv

Download time =
= (download data)/(fixed speed)/(seconds)/(minutes) =
= 30000 / 2 / 60 / 60 = 4.1667 hours in the mall
Price for download = (download time)*(wife spending) =
= 4.1667*50 = 208.34lv
Number of movies downloaded =
= (download data)/(movie size) = 30000/1500 = 20 movies
Cinema price =
= (number of movies)*(cinema price) = 20*5lv = 100lv
Result on the console: cinema > 100lv

Input

Output

Input

Output

30000
15
50

mall > 208.33lv

30000
15
72

mall > 300.00lv
