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  1. //Sam Partovi                      CS1A                    Chapter 4, P. 221, #8
  2. //
  3. /*******************************************************************************
  4. *
  5. * SIMULATE COIN COUNTING GAME
  6. * ____________________________________________________________
  7. * This program simulates a coin counting game where the defined quantities of 
  8. * coins including pennies, nickels, dimes, and quarters must equal a specific 
  9. * dollar amount.
  10. *
  11. * The simulation is based on the following analysis:
  12. * If the value of each coin multiplied by the quantity of each coin is equal to 
  13. * the specified dollar amount, the player wins the game.
  14. * ____________________________________________________________
  15. *INPUT
  16. * pennyQuantity : Player's quantity of pennies
  17. * nickelQuantity : Player's quantity of nickels
  18. * dimeQuantity : Player's quantity of dimes
  19. * quarterQuantity : Player's quantity of quarters
  20. * pennyValue : Monetary value held by one penny
  21. * nickelValue : Monetary value held by one nickel
  22. * dimeValue : Monetary value held by one dime
  23. * quarterValue : Monetary value held by one quarter
  24. * dollarGoal : Goal dollar amount to be counted
  25. *
  26. *OUTPUT
  27. * coinTotal : Total value of all coins entered
  28. ******************************************************************************/
  29. #include <iostream>
  30. #include <iomanip>
  31. using namespace std;
  32. int main ()
  33. {
  34.  int pennyQuantity;      //INPUT - Player's quantity of pennies
  35.  int nickelQuantity;     //INPUT - Player's quantity of nickels
  36.  int dimeQuantity;       //INPUT - Player's quantity of dimes
  37.  int quarterQuantity;    //INPUT - Player's quantity of quarters
  38.  float dollarGoal;       //INPUT - Goal dollar amount to be counted
  39.  float coinTotal;        //OUTPUT - Total value of all coins entered
  40.  
  41. //Initialize program variables
  42.  const float pennyValue = 0.01;   //INPUT - Monetary value held by one penny
  43.  const float nickelValue = 0.05;  //INPUT - Monetary value held by one nickel
  44.  const float dimeValue = 0.10;    //INPUT - Monetary value held by one dime
  45.  const float quarterValue = 0.25; //INPUT - Monetary value held by one quarter
  46.  dollarGoal = 1.00;
  47.  
  48. //Format output to 2 decimal places
  49.  cout << fixed << setprecision(2);
  50.  
  51. //Prompt player for coin quantities
  52.  cout << "Coin counting game\n";
  53.  cout << "___________________\n";
  54.  cout << "Your goal is to count enough coins to make $" << dollarGoal << ".\n";
  55.  cout << "Enter number of pennies: ";
  56.  cin >> pennyQuantity;
  57.  cout << "\nEnter number of nickels: ";
  58.  cin >> nickelQuantity;
  59.  cout << "\nEnter number of dimes: ";
  60.  cin >> dimeQuantity;
  61.  cout << "\nEnter number of quarters: ";
  62.  cin >> quarterQuantity;
  63.  
  64. //Perform coin total value calculation
  65.  coinTotal = (pennyQuantity * pennyValue) + (nickelQuantity * nickelValue)
  66.  + (dimeQuantity * dimeValue) + (quarterQuantity * quarterValue);
  67.  
  68. //Determine if player has won or lost the game
  69.  if (coinTotal == dollarGoal) {
  70.   cout << "\nCongratulations! You counted out $" << coinTotal << ".";
  71.  }
  72.  else {
  73.   cout << "\nTry again! You entered $" << coinTotal << ".\n";
  74.  }
  75.  
  76.  return 0;
  77. }
  78.  
  79.  
Success #stdin #stdout 0s 5272KB
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Coin counting game
___________________
Your goal is to count enough coins to make $1.00.
Enter number of pennies: 
Enter number of nickels: 
Enter number of dimes: 
Enter number of quarters: 
Congratulations! You counted out $1.00.
https://ideone.com/WdBRbQ
chapter 4 (coin counting)
language:
C++ (gcc 8.3)
created:
118 days ago
visibility:
public

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