A pedometer treats walking $2,000$ steps as walking $1$ mile. Write a steps$\_($t$)$o$\_($m$)$iles$()$ function that takes the number of steps as a parameter and returns the miles walked. The steps$\_($t$)$o$\_($m$)$iles$()$ function raises a ValueError object with the message "Exception: Negative step count entered." when the number of steps is negative. Complete the main$()$ program that reads the number of steps from a user, calls the steps$\_($t$)$o$\_($m$)$iles$()$ function, and outputs the returned value from the steps$\_($t$)$o$\_($m$)$iles$()$ function. Use a try$-$except block to catch any ValueError object raised by the steps$\_($t$)$o$\_($m$)$iles$()$ function and output the exception message.

Output each floating$-$point value with two digits after the decimal point, which can be achieved as follows:

print$($f$\text{'}\{$your$\_($v$)$alue:$\mathrm{.}2$f$\}\text{'})$

Ex: If the input of the program is:

$5345$

the output of the program is:

$2\mathrm{.}67$

Ex: If the input of the program is:

$-3850$

the output of the program is:

Exception: Negative step count entered.

A pedometer treats walking $2,000$ steps as walking $1$ mile. Write a steps$\_($t$)$o$\_($m$)$iles$()$ function that takes the number of steps as a

parameter and returns the miles walked. The steps$\_($t$)$o$\_($m$)$iles$()$ function raises a ValueError object with the message "Exception:

Negative step count entered." when the number of steps is negative. Complete the main$1()/()$# Define your method here

$2,$

$3$ if $\_($n$)$name$\_(\_())==\text{'}\_(\_())$main$\_(\_())\text{'}$:

$4()/()$# Type your code here.