How does a computer, which can only work with binary numbers, handle letters (characters)? It will probably not surprise you that this is done by representing each of these characters as a binary number. The first developers of computer systems came up with several ways to represent characters as binary numbers.

But first of all, what is a character? Characters are entities that you print on a sheet, which usually consist of letters (a, b, c, ...), numbers (0, 1, 2, ...), and punctuation marks (period, comma, semicolon, ...). However, there are characters that cannot be printed, such as a carriage return or tab, along with other characters that go back to the time of the very first computer systems such as form feed.

The first standardized way to present characters in a computer as binary numbers was the American Standard Code for Information Interchange, or ASCII for short, developed in 1963. The ASCII table shows how each of the natural numbers from 0 to 255 can be converted to its corresponding character, and vice versa. For example, the character "A" is represented by the number 65, while the number 97 is the character "a".

Luckily, you do not have to know this table by heart in order to work with the ASCII representation of characters. In Python, you can use the following two built-in functions:

• chr(n) prints the character that corresponds with the number n in the ASCII table. In that way chr(97) returns the string "a".

• ord(c) prints the ASCII value of the character c . For example: ord("A") returns the value 65 .

Input

No input.

Output

Write out a portion of the ASCII table by writing a line for each number from 33 to 126, showing the number, followed by a tab and the character that corresponds to this number in the ASCII table. This part of the ASCII table only contains printable characters.

Example

Output:

33      !
34      "
35      #
...
124     |
125     }
126     ~