Hi, i have this much done and i believe i have the right function down to find the mean of my randomly sorted array. However, i am having a problem figureing out where to call the MODE fuction and how to call can. Can you help? Thanks

and i realize i have a lot of other formating errors and such but i just want to make sure it works first. thanks

Code:#include <cstdlib> #include <iostream> #include <math.h> using namespace std; void bubbleSort(); void selectionSort(); void insertionSort(); int main(int argc, char *argv[]) { int sort; system("color e0"); do { cout << "Select a sort to run: \n"; cout << "\t1: Bubble sort\n"; cout << "\t2: Selection sort\n"; cout << "\t3: Insertion sort\n"; cout << "\t0: Exit\n"; cin >> sort; system("cls"); if (sort==1) bubbleSort(); else if (sort==2) selectionSort(); else if (sort==3) insertionSort(); } while (sort != 0); system("PAUSE"); return EXIT_SUCCESS; } void bubbleSort() { srand ((unsigned) time(NULL)); int size; int main(); cout << "Array Size: "<<endl; cin >> size; system("cls"); cout << "Array Size: " << size <<endl<<endl; int tosort[size]; for (int i=0;i<size;i++) { int x = (rand() %100); tosort [i] = x; cout << x << " " ; } cout<<endl; int tmp; for (int y=0; y < size; y++) { for (int x=0; x < size; x++) { if(tosort[x] > tosort[x+1]) { tmp = tosort[x]; tosort[x] = tosort[x+1]; tosort[x+1] = tmp; } cout << tosort[x] << " "; } cout << endl; } double mean = 0, median = 0, mode= 0,; float dev=0; double sum, sum2; for (int meancount=0; meancount<size; meancount++) { sum=sum + tosort[meancount]; sum2=sum2 + tosort[meancount]*tosort[meancount]; } double tot; int med=size/2; mean = sum/size; dev = (sum2 - size*mean*mean); tot= sqrt( dev /size); cout <<endl<<endl<< "Mean: " << mean <<endl; cout <<"Range: " << abs( tosort[0] - tosort[size-1]) <<endl; cout <<"Sum: " << sum << endl; if (size % 2 ==0) { double ave=0; ave= tosort[med-1] + tosort[med]; double final=0; final = ave/2; cout << "Median: " << final << endl; } else { cout << "Median: " << tosort[ med ] << endl; } cout << "Standard Deviation: " <<tot << endl; system("pause"); system("cls"); main(); } void selectionSort() { srand ((unsigned) time(NULL)); int size; cout << "Array Size: "; cin >> size; cout << endl; int tosort[size]; for (int i=0;i<size;i++) { int x = (rand() %100); tosort [i] = x; cout << x << " " ; } cout<<endl; int minimum, tmp; for (int r = 0; r < size; r++) { minimum = r; for (int q = r; q < size; q++) { if (tosort[q] < tosort[minimum]) { minimum = q; } } tmp = tosort[minimum]; tosort[minimum] = tosort[r]; tosort[r] = tmp; for (int x=0; x<size; x++) cout << tosort[x] << " "; cout << endl; } double mean = 0, median = 0, mode= 0; float dev=0; double sum, sum2; for (int meancount=0; meancount<size; meancount++) { sum=sum + tosort[meancount]; sum2=sum2 + tosort[meancount]*tosort[meancount]; } double tot; int med=size/2; mean = sum/size; dev = (sum2 - size*mean*mean); tot= sqrt( dev /size); cout <<endl <<endl<< "Mean:" << mean<<endl; cout << "Range: " << abs( tosort[0] - tosort[size-1])<<endl; cout <<"Sum: " << sum << endl; if (size % 2 ==0) { double ave=0; ave= tosort[med-1] + tosort[med]; double final=0; final = ave/2; cout << "Median: " << final << endl; } else { cout << "Median: " << tosort[ med ] << endl; } cout << "Standard Deviation: " <<tot << endl; system("pause"); system("cls"); } void insertionSort() { int tmp, a; srand ((unsigned) time(NULL)); int size; cout << "Array Size: "<<endl; cin >> size; cout << endl; int tosort[size]; for (int i=0;i<size;i++) { int x = (rand() %100); tosort [i] = x; cout << x << " " ; } cout << endl; for (int t=1; t<size; t++) { tmp = tosort[t]; for (a = t-1; (a >= 0 && tmp < tosort[a]); a--) { tosort[a+1] = tosort[a]; } tosort[a+1] = tmp; for (int x=0; x<size; x++) cout << tosort[x] << " "; cout << endl; } double mean = 0, median = 0, mode= 0; float dev=0; double sum, sum2; for (int meancount=0; meancount<size; meancount++) { sum=sum + tosort[meancount]; sum2=sum2 + tosort[meancount]*tosort[meancount]; } double tot; int med=size/2; mean = sum/size; dev = (sum2 - size*mean*mean); tot= sqrt( dev /size); cout <<endl<<endl<< "Mean: " << mean<<endl; cout << "Range: " << abs(tosort[0] - tosort[size-1])<<endl; cout <<"Sum: " << sum << endl; if (size % 2 ==0) { double ave=0; ave= tosort[med-1] + tosort[med]; double final=0; final = ave/2; cout << "Median: " << final << endl; } else { cout << "Median: " << tosort[ med ] << endl; } cout << "Standard Deviation: " <<tot << endl; system("pause"); system("cls"); } void mode (int tosort[], int arraysize) { int mode[101]={}; int x=0; int y=0; int max=0; for (x=0; x<101; x++) { mode[x]=0; } for (x=0; x<101; x++) { for(y=0; y<arraysize; y++) { if (tosort[y]==x) { mode[x]=mode[x]+1; } } } for (x=0; x<101; x++) { if (max<mode[x]) { max=mode[x]; } } for (x=0; x<101; x++) { if (max==mode[x]) { cout << "Mode: " << x; } } }