Create a simple UML that contains class name, data members, and member functions for the belowAlter the driver program $($changes highlighted in yellow $--$ changes start with #$16)$

Instantiates two Cards. Use different constructors.

Declares an array of three elements of your Card class.

Declares a pointer to your Card class. $($Do not allocate memory.$)$

Instantiate a Card object that uses another object for initialization.

Allocates memory for the pointer $($from #$3).$

Pass a Card by value to a function.

Pass a Card by reference to a function.

Pass a Card by const$-$ref to a function.

Pass a Card by pointer to a function.

Pass the array of Cards $($from #$2)$ to a function.

Create a function that instantiates a local Card object and then returns that object from the

function.

Deallocates the memory referenced by the pointer.

Instantiates a Deck object using its default constructor.

Pass a Deck by value to a function.

Return a Deck by value from a function.

In a single statement allocate a Deck and set it equal to a deck returned by ref from a function

$($something like Deck deck $=$ ReturnDeckByRef$($someOtherDeck$)$; $)$

In a single statement set a previously allocated Deck equal to a deck returned by ref from a

function $($something like deck $=$ ReturnDeckByRef$($someOtherDeck$)$;

In a single statement allocate a De$/$rand set it equal to a deck returned by value from a

function $($something like Deck deck $\frac{?}{{?}_{\frac{?}{?}}}$ ReturnDeckByValue$()$;

In a single statement set a previously allocated Deck equal to a deck returned by value from a

function $($something like deck $=$ ReturnDeckByValue$()$;

Call the DisplayDeck function to display all of the cards in the deck.

Call Deck.Shuffle$()$ then call the DisplayDeck function to display all of the cards in the deck.

Call Deck.Shuffle$()$ then call the DisplayDeck function to display all of the cards in the deck.Ccc