#include
using namespace std;
/**
* Prints the leaderboard in the appropriate (sorted by candy count) order
*
* Parameters:
* players: Array of player names
* candy: Array of candy counts (candy count at location i corresponds to
*the player name at location i in the players array)
* numplayers: Number of players and candy counts in the respective arrays
*/
void printLeaderboard(string players[], int candy[], int numplayers);
/**
* Update the candy count of the given player to reflect the number
* of pieces of candy they found. Do nothing (just return)
* if the given player does not exist in the arrays already
*
* Parameters:
* players: Array of player names
* candy: Array of candy counts (candy count at location i corresponds to
*the player name at location i in the players array)
* playerName: Name of the player to update
* candyFound: Number of pieces of candy found by playerName
* numplayers: Number of players and candy counts in the respective arrays
*
*/
void struckGold(string players[], int candy[], string playerName, int candyFound, int numplayers);
/**
* Add 2 to all player candy counts that are still in the game.
*
* Parameters:
* players: Array of player names
* candy: Array of candy counts (candy count at location i corresponds to
*the player name at location i in the players array)
* numplayers: Number of players and candy counts in the respective arrays
*
*/
void rainingCandy(string players[], int candy[], int numplayers);
/**
* Cut in half all candy counts of players who are in even positions on the
* leaderboard (0-indexed). Use integer division, since the big bully
* is greedy and doesn’t like “half” pieces of candy.
*
* Parameters:
* players: Array of player names
* candy: Array of candy counts (candy count at location i corresponds to
*the player name at location i in the players array)
* numplayers: Number of players and candy counts in the respective arrays
*
*/
void theft(string players[], int candy[], int numplayers);
/**
* Gives one piece of candy from the top player to each other player in
* reverse order.Starting from the last player, Big Bully takes one
* piece of candy from the top player and gives it to the last place player,
* then repeats for the secondto last player, continuing until the top
* player is out of candy or we’ve given one piece of candy to every other
* player (i.e. we’ve reached the 2nd place player).
*
* Parameters:
* players: Array of player names
* candy: Array of candy counts (candy count at location i corresponds to
*the player name at location i in the players array)
* numplayers: Number of players and candy counts in the respective arrays
*
*/
void toughLuck(string players[], int candy[], int numplayers);
/**
* Returns the index of the specified player or -1 if it doesn’t exist
*
* Parameters:
* players: Array of player names
* playerName: Name of the player to search for
* numplayers: Number of players in the players arrays
*
* Returns: Index of given playerName or -1
*/
int findPlayer(string players[], string playerName, int numplayers);
/**
* Prints the main menu and returns the integer selection the user
* wants to perform.If the user provides an invalid selection,
* simply return -1 which the calling function (e.g. main() can
* use to detect the error.
*
* Returns: integer selection of the user or -1 if the selection
*was invalid
*/
int printPromptAndGetInput();
/**
* Sort the player and candy array from highest candy count to lowest.
*
* We recommend one of the simplest sorting algorithms:Selection sort
* Look at the class notes or online resources for how to implement this.
*
* Parameters
* players: Array of player names
* candy: Array of candy counts (candy count at location i corresponds to
*the player name at location i in the players array)
* numplayers: Total number of players
*/
void sortLeaderboard(string players[], int candy[], int numplayers);
/**
* Delete the given player (and its corresponding candy count from the arrays
* moving all later players/candy counts up one spot
*
* Parameters:
* players: Array of player names
* candy: Array of candy counts (candy counts at location i corresponds to
*the player name at location i in the players array)
* playerName: Name of the player to delete
* numplayers: Number of players and candy counts in the respective arrays
*
* Returns: false if the specified player does not exist, or true if
*the player was successfully deleted.
*/
bool deletePlayer(string players[], int candy[], string playerName, int numplayers);
/**
* Delete all players from the game who do not have positive candy counts.
*
* Note that when a player is deleted, the index of other players may
* shift, so special care must be taken.
*
* Parameters
* players: Array of player names
* candy: Array of candy counts (candy count at location i corresponds to
*the player name at location i in the players array)
* numplayers: Total number of players before deleting.
*
* Returns: the number of players remaining after deleting.
*/
int dropLosers(string players[], int candy[], int numplayers);
/**
* !!!!!!!!!!!!!!!! EXTRA CREDIT !!!!!!!!!!!!!!!!!!!!!!!!!
*
* By implementing this correctly and integrating it into your
* project so that player names are displayed with spaces, even
* though the user enters them without spaces you can earn
* some additional extra credit.
*
* Breaks up a string at capital letters and inserts spaces
* So if the input is “KatnissEverdeen” return “Katniss Everdeen”.
* You may assume the first letter is a caps (and even if it
* not you will still get a reasonable result; so “johnBrown”
* should still return “john Brown”).
*
* Parameters:
*in: string with no spaces
*
* Returns: a version of the string with spaces
*/
string breakStringAtCaps(string in);
/**********************************************************
*Write your implementations for each function prototyped
*above in the space below
**********************************************************/
void printLeaderboard(string players[], int candy[], int numplayers)
{
}
void struckGold(string players[], int candy[], string playerName, int candyFound, int numplayers)
{
}
void rainingCandy(string players[], int candy[], int numplayers)
{
}
void theft(string players[], int candy[], int numplayers)
{
}
void toughLuck(string players[], int candy[], int numplayers)
{
}
int findPlayer(string players[], string playerName, int numplayers)
{
}
int printPromptAndGetInput()
{
}
void sortLeaderboard(string players[], int candy[], int numplayers)
{
}
string breakStringAtCaps(string in)
{
/* !!!!!!!! Implement this for extra credit if you desire !!!!! */
/* Otherwise leave this as is */
return in;
}
bool deletePlayer(string players[], int candy[], string playerName, int numplayers)
{
int loc = findPlayer(players, playerName, numplayers);
if(loc == -1)
{
return false;
}
for(int i = loc+1; i < numplayers; i++){players[i-1] = players[i];candy[i-1] = candy[i];}return true;}int dropLosers(string players[], int candy[], int numplayers){int numLosers = 0;for (int i=0; i < numplayers; i++){if (candy[i] <= 0){numLosers++;}}while(numLosers > 0)
{
for (int i=0; i < numplayers; i++){if (candy[i] <= 0){deletePlayer(players, candy, players[i], numplayers);numLosers–;numplayers–;break;}}}return numplayers;}/********************************************************** *Main must be completed by you. **********************************************************/int main(){const int SIZE = 20;string players[SIZE];int candy[SIZE];int numplayers = 0;cout << “How many players will play? (Enter a number between 1 and 20 inclusive)” << endl;cin >> numplayers;
if (numplayers < 1 || numplayers > 20){
return 0;
}
cout << “Enter each player, followed by a nonzero number of starting candy” << endl;for (int i=0; i < numplayers; i++){cin >> players[i];
cin >> candy[i];
}
cout << endl;sortLeaderboard(players, candy, numplayers);cout << “INITIAL LEADERBOARD:” << endl;printLeaderboard(players, candy, numplayers);cout << endl;/* Continue your code here *//* End your code here */cout << endl;cout << “FINAL LEADERBOARD:” << endl;printLeaderboard(players, candy, numplayers);return 0;}
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