In this project, you will simulate a simplified version of the game Blackjack. You will implement random card drawing, calculation, state tracking, and console input systems. The project is designed to be a playful yet practical opportunity to practice data types, console I$/$O$,$ control structures, and modules.

A typical game will play out as follows:

The player will be dealt one card at the start of the game $($where a game is one round of play$).$ The player, based on the value of their cards, can either ask for another card $($a hit$)$ or choose to hold $($stand$).$ The dealer will then begin their turn and try to beat the player$$s hand. The player is competing against the dealer, who has their own hand. Whomever is closer to $21$ at the end of the game $($as long as they don$$t exceed $21)$ wins the game.

$1.$ Player$$s turn: Player tries to reach or come close to $21$ without going over $($as $21$ is the highest hand$).$

$2.$ Dealer$$s turn: Dealer tries to exceed the player$$s hand without going over $21.$

$3.$ Determine the winner at the end of the game and increment the win count.

$4.$ Repeat!

You will need a while loop in your program. The loop will allow you to play successive games without restarting the program each time; it will also allow you to keep a win count over multiple games.

Here is an example of a while loop:

The variable x is initialized to zero and the conditional statement is checked. Since x is less than $3502,$ the expression evaluates to true and the statement in the while loop block will be executed. The number $100$ is added to the value of x$,$ so x $=100$ now. We$$ve reached the end of the loop, so we jump back to the conditional statement. The expression evaluates to true. This repeats until x is not less than $3502.$

In this project, you will need to loop until the player chooses the exit option from the menu.

If the player chooses to hold their hand $($option $2),$ then the dealer will be dealt their hand. To determine the dealer$$s hand, generate a random number between $16$ and $26($both inclusive$).$

If the dealer$$s hand is above $21,$ the player automatically wins. If both the dealer and player have the same value hand, then no one wins. In this case print $$It$\text{'}$s a tie! No one wins!$.$ Otherwise, whoever has the higher hand value wins the round. If the player wins, print $$You win!$.$ If the dealer wins, print $$Dealer wins!$$ After the winner $($or tie$)$ has been determined, a new game is started.

If the player chooses option $3,$ you will print the statistics of the game. Throughout your program you will need to keep track of the number of games played, the player$$s number of wins, the dealer's number of wins and the number of ties. Print out all these values as well as the percentage of player wins to the total number games played. Format your percentage value to one decimal point. See sample output for format.

If option $4$ is selected, exit the program.

If any other input is entered, print the following text:

$$Invalid input!$$

$$Please enter an integer value between $1$ and $4.$

Then, redisplay the menu. You can assume that the input will be numeric for this project $($but not future projects$).$

Random Number Generation: p$1\_$random.py $($CLICK TO DOWNLOAD$)$

For random numbers, you must use the P$1$Random class in the p$1\_$random module provided. First you must import the module, then you can create a P$1$Random variable inside main:

import p$1\_$random as p$1$

rng $=$ p$1.$P$1$Random$()$

# import the module $($do this on the first line of code$)$

# create a P$1$Random variable

You can get a new int value between zero $(0)$ inclusive, and some number $($exclusive$!)$ using the next$\_$int$()$ method:

my$\_$number $=$ rng$.$next$\_$int$(10)$ # Yields a random number in range $[0,9]$

To get a number in a specific range, use these commands:

my$\_$number $=$ rng$.$next$\_$int$(13)+1$ # A random number in range $[1,13]$

my$\_$value $=$ rng$.$next$\_$int$(11)+16$ # A random number in range $[16,26]$

NOTE: you must only pull random numbers as you need them, and you must use them in that order.

Do not get random values and throw them away! Do not get clever with how you generate random numbers! If you do$,$ your output will diverge, and it could seriously impact your grade.

Example Output:

START GAME #$1$

Your card is a $5!$

Your hand is: $5$

$1.$ Get another card

$2.$ Hold hand

$3.$ Print statistics

$4.$ Exit

Choose an option: $1$

Your card is a $8!$

Your hand is: $13$

$1.$ Get another card

$2.$ Hold hand

$3.$ Print statistics

$4.$ Exit

Choose an option: $1$

Your card is a $2!$

Your hand is: $15$

$1.$ Get another card

$2.$ Hold hand

$3.$ Print statistics

$4.$ Exit

Choose an option: $1$

Your card is a ACE!

Your hand is: $16$

$1.$ Get another card

$2.$ Hold hand

$3.$ Print statistics

$4.$ Exit

Choose an option: $2$

Dealer's hand: $24$

Your hand is: $16$

You win!

PLEASE MAKE SURE THAT I CAN COPY AND PAYSTE YOUR CODE