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#include <iostream>
#include <string>
#include <iomanip>
using namespace std;
// Function Prototypes
// These prototypes already contain the proper parameters -
// match your work accordingly
void populate_div_sales(float[], string[], int);
int findHighest (float[], int); // this function will now return the index for
// the highest division sales
void print_result(float[], string[], int); // displays result based on the index of
// highest division sales
//*************************************************
//************ main *******************************
//*************************************************
main ()
{
int top_div_index = 0; // will be assigned the index of the top division sales
float div_sales[4]; // array holding the divisions' sales amounts
string div_regions[4]; // array holding division names
// populate div_regions array
div_regions[0] = "Northeast";
div_regions[1] = "Southeast";
div_regions[2] = "Northwest";
div_regions[3] = "Southwest";
// etc.
populate_div_sales(div_sales, div_regions, 4); // params are already given to
// help get started
// leave debug statement in final product
//cout << "debug print for array div_sales_array" << endl;
for (int i=0; i<4; i++) {
cout << div_sales[i] << endl;
}
top_div_index = findHighest(div_sales,4); //will no longer prints the result
// leave debug statement in final product
//cout << "debug for top_div_index: " << top_div_index << endl;
print_result(div_sales, div_regions,4 );
return 0;
}
//************ subroutine definitions below *******************
//*************************************************
//************ populate_div_sales *****************
//*************************************************
// The params for the function definition are given to help get started
// - note the f_ preceding variable names. Use
// this convention to help relate and contrast both the calling and the
// receiving variables.
void populate_div_sales(float f_div_sales[], string f_div_regions[], int size )
{
float sale;
cout << "Enter Division Sales for 4 regions\n";
for(int i=0; i<size;i++)
{
while(true)
{
cout <<i+1<<": ";
cin >> sale;
if(sale >=0)
{
f_div_sales[i]=sale;
break;
}
else
{
cout <<"Sale should be greater or equal to 0, try again....\n";
}
}
}
}
//*************************************************
//************ findHighest ************************
//*************************************************
int findHighest (float sales[], int size)
{
float greatestSalesAmount = 0;
int save_index;
greatestSalesAmount=sales[0];
for(int i=1; i<size;i++)
{
if(sales[i]>greatestSalesAmount)
{
greatestSalesAmount=sales[i];
save_index=i;
}
}
return save_index;
}
//*************************************************
//************ print_result ***********************
//*************************************************
void print_result(float f_sales[], string f_divsions[], int size )
{
int highest=findHighest(f_sales,4);
cout << divsions[i] << " \t"<< sales[i]<< endl;
cout << "Highest sale: "<< f_sales[highest]<<" "<< f_divsions[highest ];
}
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