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// extraola.cc By Mike Myers CSCI 1170-001, Due 07/05/2012
//
// PROGRAM ID: extraola
// AUTHOR: Mike Myers
// REMARKS: This program will calculate how to find the MVP in the NBA
#include<iostream>
#include<string>
#include<cassert>
#include<iomanip>
#include<fstream>
using namespace std;
const int MAX_PLAYERS =500;
struct Playersinfo
{
string name; // players name
string team; //players team
int GP; // Number of games played
float PTS; // Average points per game
float MPG; // Minutes played per game
float FGM; //number of FGmade per game
float FGA; //number of FG attempted
float FGP; //FG %
float threePM; // number of 3 points made
float threePP; // 3 point %
float threePA; // 3 points attempted
float FTM; // free throws made
float FTA; // free throwsattempted
float FTP; // free throw %
float score; // players score
};
void Readinfo (Playersinfo players[], int& count);
float CalcScore(Playersinfo player );
void FindMVP (Playersinfo players[], int count);
int Search(string array[], string FindNum, int& count1);
void winningTeam(Playersinfo players[], int count);
int main()
{
int count=0;
Playersinfo players[MAX_PLAYERS];
Readinfo( players, count);
FindMVP(players, count);
winningTeam(players, count);
return 0;
}
//Calculates MVP scores for the play
float CalcScore(Playersinfo player)
{
float score;
float threePP = player.threePP;
float FTP = player.FTP;
float FGP = player.FGP;
float PTS = player.PTS;
float GP = player.GP;
score = (threePP + FTP + FGP)/3 * 100 * PTS * GP;
return score;
}
// calculates MVP score for player
void Readinfo (Playersinfo player[], int& count)
{
ifstream myData;
myData.open("nba.dat");
assert(myData);
Playersinfo Playerinput;
char space;
getline(myData.Playerinput.name);
while(myData)
{
myData>>Playerinput.team >>
Playerinput.GP >>
Playerinput.PTS >>
Playerinput.MPG >>
Playerinput.FGM >>
space >>
Playerinput.FGA >>
Playerinput.FGP >>
Playerinput.threePM >>
space >>
Playerinput.threePM >>
Playerinput.threePP >>
Playerinput.FTM >>
space >>
Playerinput.FTA >>
Playerinput.FTP;
myData.ingore(100,'\n');
Playerinput.score= CalcScore(Playerinput);
player[count] = Playerinput;
count++;
getline(myData,Playerinput.name);
}
myData.close();
return;
}
//finds MVP based on the highest score
void FindMVP (Playersinfo players[], int count)
{
float largest =0;
int index = 0;
for(int i=0; i<count; i++)
{
if(players[i].score>largest)
{
largest = players[i].score;
index=i;
}
}
cout<< "The MVP for the year is " << players[index].name << "with a score of " << players[index].score<< endl;
}
int Search(string array[], string FindNum, int& count1)
{
for(int i=0; i<count1; i++)
{
if(array[i] == FindNum)
return i;
}
return -1;
}
// Tells the Winning Team
void winningTeam(Playersinfo players[], int count)
{
string arrayTeam[MAX_PLAYERS];
int arrayCount[MAX_PLAYERS];
float arrayScores[MAX_PLAYERS];
Playersinfo Playerinput;
int index;
int teams=0;
float average;
float largest = 0;
for(int i=0; i<count; i++)
{
Playerinput = players[i];
index = Search (arrayTeam, Playerinput.team, teams);
if(index== -1)
{
arrayTeam[teams] = Playerinput.team;
arrayScores[teams] =Playerinput.score;
arrayCount[teams] = 1;
teams++;
}
else
{
arrayScores[index] = arrayScores[index] +Playerinput.score;
arrayCount[index] = arrayCount[index] +1;
}
}
for(int j=0; j<teams; j++)
{
average = arrayScores[j]/arrayCount[j];
if (average>largest)
{
largest = average;
index=j;
}
}
cout << "The winning team is " << arrayTeam[index] << "with an average score of " << largest << endl;
return;
}
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