Please use c++ language and please use the code at the end to buid this homework6, I will post homewrk 5 at the end. thank you .

Homework 6 Game of Hearts

Before writing any code, review the rules of the game, page 2, and play a few games at playhearts-online.com Write a program that plays the card game of Hearts. Your program should build on your code for homework 5, including your overloaded < operator, sort function, and shuffle function. Your program must have these features: Four hands only At least three classes Card, Deck, and Player. Use the try-throw-catch statements when a player tries to play an incorrect card, such as not following suit on a trick (see rules of the game). Keep your main program simple. Most of your logic should be in member functions for classes. Your display should look something like this: HAND 1 HAND 2 HAND 3 HAND 4 ---------- ---------- ----------- ----------- 3 points 11 points 2 points 0 points ----------- ----------- ----------- ----------- Spade Ace Spade 5 Heart 7 Spade 10 Spade 2 Heart Jack Diamond Ace Spade 4 Heart Queen Club 10 Diamond King Heart 2 Heart 4 Club 3 Diamond Queen Diamond Jack Diamond Jack Club 2 Club 9 Diamond 8 . . . . . . . . . . . . CURRENT PLAY: Club 4 Club Queen enter card:

Object of the Game The player with the lowest score wins.

Scoring At the end of each game, players count the number of hearts they have taken as well as the queen of spades. A total of 26 points are awarded: Each heart counts as 1 point Queen of spades counts as 13 points When one player takes all 13 hearts and the queen of spades, instead of losing 26 points, that player scores zero and each opponent scores 26 points. This is called shooting the moon. The Deal There are four players, each with 13 cards initially. Players sit around a table. To deal, start with any player and deal cards one at time clockwise. The Play Play proceeds in rounds, in which each player plays one card, in clockwise order around the table. Playing the first card of a round is called leading. The player holding the 2 of clubs leads the first round. Subsequently, the winner of one round leads the next round. Following the first card of a round, the remaining players must play a card in the same suit. A player with no cards in this suit may play a card in any other suit. The highest card of the suit that was led wins the round. The winner of a round and accumulates points for the queen of spades or any hearts. Rounds are sometimes called tricks.

Challenge 1 (optional - 1 bonus point) Enable games with three or five players. Challenge 2 (optional 1 bonus point) Implement these three special rules of play: After cards are dealt but before the first trick, each player selects three cards and passes them to the player on the right (clockwise). If a player has no clubs when the first trick is led, a heart or the queen of spades cannot be discarded. Hearts may not be led until a heart or the queen of spades has been discarded. (The queen of spades can be led at any time.)

Homework 5 code -----------------

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Code:

card.h

//Include libraries

#ifndef CARD_H

#define CARD_H

//Define suits

enum Suits {Hearts = 3, Diamonds, Clubs, Spades};

//Define values

enum Values {Two, Three, Four, Five, Six, Seven, Eight, Nine, Ten, Jack, Queen, King, Ace};

//Define array

const int NmCrds(52);

// Create structure

struct Card

{

//Create instance

Suits Suit;

//Create instance

Values Value;

};

//Define method

void lDisply (const Card &);

//Define method

void lIntDck (Card []);

//Define method

void lShwHnd (Card []);

//Define method

void lShffle (Card []);

//Define method

void lDel (Card []);

//End

#endif

card.cpp

//Include libraries

#include

#include

#include

#include

#include "card.h"

//Use namespace

using namespace std;

//Define array

string ValueNames [13] = { "Two", "Three", "Four", "Five", "Six", "Seven", "Eight", "Nine", "Ten", "Jack", "Queen", "King", "Ace" };

//Define method

void lDisply (const Card &C)

{

//Declare variable

string suit;

//Declare variable

int value;

//If value is 3

if(C.Suit == 3)

//Set value

suit = "Hearts";

//Set value

else if(C.Suit == 4)

// Set value

suit = "Diamonds";

// Otherwise

else if(C.Suit == 5)

// Set value

suit = "Clubs";

//Otherwise

else

// Set value

suit = "Spades";

//Switch

switch(C.Value)

{

//Define case 0

case 0:

//Set value

value = 2;

//Break

break;

//Define case

case 1:

//Set value

value = 3;

//Break

break;

//Define case

case 2:

//Set value

value = 4;

//Break

break;

//Define case

case 3:

//Set value

value = 5;

//Break

break;

//Define case

case 4:

//Set value

value = 6;

//Break

break;

//Define case

case 5:

//Set value

value = 7;

//Break

break;

//Define case

case 6:

//Set value

value = 8;

//Break

break;

//Define case

case 7:

//Set value

value = 9;

//Break

break;

//Define case

case 8:

//Set value

value = 10;

//Break

break;

}

//If condition satisfies

if(C.Value > 8)

//lDisply

std::cout << suit << ' ' << ValueNames [C.Value]<<"\t\t";

// Otherwise

else

//lDisply

cout << suit << ' ' << value<<"\t\t";

}

//Define method

void lIntDck (Card Deck [])

{

//Declare variable

int li;

//Create instance

Suits S;

//Create instance

Values V;

// Initialize

srand (time (0));

//Set value

li = 0;

// Loop

for (S = Hearts; S <= Spades; S = (Suits) (S + 1))

{

// Loop

for (V = Two; V <= Ace; V = (Values) (V + 1))

{

// Set suit

Deck [li].Suit = S;

// Set deck

Deck [li].Value = V;

// Increment

li++;

}

}

}

//Define method

void lShwHnd (Card Deck [])

{

//Declare variable

int li;

// Loop

for (li = 0; li < 5; li++)

//Call method

lDisply (Deck [li]);

}

//Define method

void lShffle (Card Deck [])

{

//Declare variable

int CardOne;

//Declare variable

int CardTwo;

//Create instance

Card Temp;

// Loop

for (CardOne = 0; CardOne < NmCrds; CardOne++)

{

//Generate value

CardTwo = rand () % NmCrds;

// Swap cards

Temp = Deck [CardOne];

//Create instance

Deck [CardOne] = Deck [CardTwo];

//Create instance

Deck [CardTwo] = Temp;

}

}

//Define method

void lDel (Card Deck [])

{

//Declare variable

int CardOne;

//Declare variable

int CardTwo;

//Create instance

Card Temp;

// Loop

for (CardOne = 0; CardOne < 5; CardOne++)

{

// Generate random number

CardTwo = rand () % 5;

// Swap card

Temp = Deck [CardOne];

//Create instance

Deck [CardOne] = Deck [CardTwo];

//Create instance

Deck [CardTwo] = Temp;

}

}

Main.cpp

//Include libraries

#include

#include "card.h"

//Use namespace

using namespace std;

//Define method

int menu()

{

//Declare variable

int choice;

// lDisply menu

cout<<" 1 Shuffle Deck 2 Deal Deck 3 Exit";

//lDisply message

cout<<" Enter your choice: ";

//Store value

cin>>choice;

// Return

return choice;

}

//Define main

int main()

{

// Create instance

Card Deck[NmCrds];

// Create instance

Card Hands[4][5];

//Declare variables

int choice, i, j;

// Call method

lIntDck(Deck);

// Loop

do

{

// Call method

choice = menu();

//Switch

switch(choice)

{

//Define case

case 1:

//Call method

lShffle(Deck);

//Break

break;

//Define case

case 2:

//Call method

lDel(Deck);

//Assign value

j = 0;

//Loop

for (i = 0; i < 5; i++)

{

//Store value

Hands[0][i] = Deck[j];

// Increment value

j++;

}

//lDisply message

cout << " \t\t\t\tHand 1 is: " << endl;

//Loop

for (i = 0; i < 5; i++)

{

//Call method

lDisply(Hands[0][i]);

}

//Loop

for (i = 0; i < 5; i++)

{

//Store

Hands[1][i] = Deck[j];

//Increment

j++;

}

//Display message

cout << " \t\t\t\tHand 2 is: " << endl;

// Loop

for (i = 0; i < 5; i++)

{

//Call method

lDisply(Hands[1][i]);

}

//Loop

for (i = 0; i < 5; i++)

{

//Assign value

Hands[2][i] = Deck[j];

// Increment

j++;

}

//Display message

cout << " \t\t\t\tHand 3 is: " << endl;

// Loop

for (i = 0; i < 5; i++)

{

//Call method

lDisply(Hands[2][i]);

}

//Loop

for (i = 0; i < 5; i++)

{

//Assign value

Hands[3][i] = Deck[j];

// Increment

j++;

}

//Display message

cout << " \t\t\t\tHand 4 is: " << endl;

// Loop

for (i = 0; i < 5; i++)

{

// Call method

lDisply(Hands[3][i]);

}

//Break

break;

//Define case

case 3:

//Pause console window

system("pause");

//Exit

exit(0);

//Default

default:

//Display message

cout<<" Invalid choice!";

}

}

//Loop

while(1);

}