Question $3$ : A longer game of Blackjack $[50$ pts$]$

Description: Blackjack is a card game consisting of two players, the user $($you$)$ and the dealer $($the computer$).$ Each player is randomly dealt two cards which can be valued from $1$ to $11.$ Both user and dealer can draw additional cards.

Winning conditions are as follows:

$1.$ Both user$$s and dealer$$s sums of cards are smaller than or equal to $21$ and user$$s sum of cards is greater than dealer$$s sum of cards.

$2.$ Dealer$$s sum of cards are greater than $21$ and user$$s sum of cards are smaller than $21.$

Losing conditions are as follows:

$1.$ Winning conditions are not satisfied.

Steps:

$1.$ Definethesetofcardsasfollows;deck$=[1234567891010101011]($thereare$4$cardswithvalue$10).$

$2.$ Each player $($user and dealer$)$ are randomly dealt two cards each from the array mentioned above. User and dealer can draw the same cards.

$3.$ After dealing the cards, display the user$$s cards and their sum separately in the command window. $($i$.$e$.$User Card $1,$User Card $2,$User Sum$)$

$4.$ Display ONLY the first card of the dealer in command window. $($i$.$e $$Dealer Card $1)$

$5.$ Add the option to draw another random card from the deck for the user by asking for an input in the command window. $($i$.$e$.$Draw another card? Yes$/$No$)$

$6.$ Keep asking the question in part $($e$)$ until the user types in $$No$.$

$7.$ Add the drawn card$($s$)$ to the previous sum. Display the drawn card$($s$)$ and the new sum in the command window. $($i$.$e$.$User Card $3,$User Card $4...$User Card N$,$New User Sum$)$

$8.$ Sum the cards of dealer but DO NOT display it to the user.

$9.$ Draw a single card for the dealer with $50\%$ probability if the sum of initially dealt cards are less than $17.$ If another card is dealt to the dealer, add it to the previous sum.

$10.$ Display the total sum of the dealer in the command window. $($i$.$e$.$ Dealer Sum$).$

$11.$ Determine the winner of the round considering the Winning and Losing conditions in the Description section. Display the winner in the command window. $($i$.$e$.$User$($or Dealer$)$ won this round!$)$

$12.$ Repeat this process for in total of $3$ rounds. Finally, determine the winner of the game and display it in the command window along with the score. $($i$.$e $$User$($or Dealer$)$ won the game by $2-1!).$ A sample output of the final round is given in Fig. $2$