// Created by Jade A on 11/19/18. //first successful run /*Celsus Fahrenheit Kelvin converter.using pointers and functions functions, pointers, if else if, repeat, invalid input Chapter 7, 7.2 C++ Without Fear, 3rd Edition (Overland) */ #include using namespace std; //functions void cTof(double *temp, double *f); void fToc(double *temp, double *c); void cTok (double *temp, double *k); void fTok (double *temp, double *k); void kToc (double *temp, double *c); void kTof (double *temp, double *f); int main() { //variables char type1; char type2; double temp =0; double f =0; double c =0; double k =0; string again = "yes"; cout << "Hello! This is a temperature converter." <> type1; //invalid input correction if (type1 != 'c' && type1 != 'f' && type1 != 'k'){ cout << "Please enter a valid response.\n"; cin >> type1; } cout << "Enter the converted temperature type (c, f, or k): "; cin >> type2; //invalid input correction if (type2 != 'c' && type2 != 'f' && type2 != 'k'){ cout << "Please enter a valid response.\n"; cin >> type2; } cout << "What is the starting temperature? "; cin >> temp; if (type1 == 'c' && type2 == 'f') { cTof (&temp, &f); } else if (type1 == 'f' && type2 == 'c') { fToc (&temp, &c); } else if (type1 == 'c' && type2 == 'k') { cTok (&temp, &k); } else if (type1 == 'f' && type2 == 'k') { fTok (&temp, &k); } else if (type1 == 'k' && type2 == 'c') { kToc (&temp, &c); } else if (type1 == 'k' && type2 == 'f') { kTof (&temp, &f); } cout << "\nWould you like to enter another temperature? (yes or no): "; cin >> again; //invalid input correction if (again != "yes" && again != "no") { cout << "Please enter a valid response."; cin >> again; } } //end program cout << "\nThanks for using my converter!" <

Temp Converter with Pointers (Successful)