num$\_$in$\_$stock and num$\_$ordered are read from input. inventory$\_$estimate$()$ has two parameters stocked and num$\_$to$\_$buy, and outputs the sum of stocked and num$\_$to$\_$buy. Call inventory$\_$estimate$()$ to output the sum of num$\_$in$\_$stock and num$\_$ordered without modifying num$\_$in$\_$stock.

Click here for exampleEx: If the input is:

$93$

$66$

then the output is:

Predicted stock: $159$

Currently in stock: $93$ num$\_$in$\_$stock and num$\_$ordered are read from input. inventory$\_$estimate$()$ has two parameters stocked and num$\_$to$\_$buy, and outputs the sum of stocked and num$\_$to$\_$buy. Call inventory$\_$estimate$()$ to output the sum of num$\_$in$\_$stock and num$\_$ordered without modifying num$\_$in$\_$stock.

$\backslash (\backslash$cdot $\backslash )$ Click here for example

Ex: If the input is:

$93$

$66$

then the output is:

Predicted stock: $159$

Currently in stock: $93$

$```$

def inventory$\_$estimate$($stocked$,$ num$\_$to$\_$buy$)$:

print$($f$\text{'}$Predicted stock: $\{$stocked $+$ num$\_$to$\_$buy$\}\text{'})$

num$\_$in$\_$stock $=$ int$($input$())$

num$\_$ordered $=$ int$($input$())$

$6$

$7$

$8$

$9$

$10$

$11$ print$($f$\text{'}$Currently in stock: $\{$num$\_$in$\_$stock$\}\text{'})$

$```$