$1.$ Initialize two dice with $6$ sides each, which can be customized later if desired.

$2.$ Set the variable $`$active$`$ to $`$True$`$ to control the main game loop.

$3.$ Start the main game loop using a $`$while$`$ loop with the condition $`$active$`.$

$4.$ Within the loop:

$-$ Simulate a roll of two dice $($one for the computer and one for the player$)$ with the number of sides specified earlier.

$-$ Display the results of both rolls, indicating the computer's roll and the player's roll.

$5.$ Compare the computer's roll and the player's roll to determine the outcome:

$-$ If the computer's roll is greater than the player's roll, print "Computer Wins!"

$-$ If the computer's roll is less than the player's roll, print "Player Wins!"

$-$ If both rolls are equal, print "It's a draw!"

Hint! Prompt the player to decide whether they want to roll the dice again.

$-$ Start a nested $`$while$`$ loop for input validation, which continues until a valid choice is made.

$-$ Within this loop, ask the player, "Roll again? $($yes$/$no$)$: $"$

$-$ Accept the player's input and convert it to lowercase.

$-$ Check if the input is one of the following: 'yes', $\text{'}$no$\text{'},\text{'}$y$\text{'},$ or $\text{'}$n$\text{'}.$

$-$ If the input is valid, exit the input validation loop; otherwise, inform the player that the input is invalid and ask them to enter 'yes' or $\text{'}$no$\text{'}.$

Hint! After exiting the input validation loop, check the player's choice:

$-$ If the player chooses $\text{'}$no$\text{'}$ or $\text{'}$n$\text{'},$ print "Thanks for Playing!" and set $`$active$`$ to $`$False$`$ to exit the main game loop.

$-$ If the player chooses 'yes' or $\text{'}$y$\text{'},$ the game continues, and another round of dice rolling begins.