/**
 * format.cpp       
 * 19-mar-2007/sklar
 *
 * demonstrates the use of:
 *  -- formatted output
 *  -- constants
 *  -- the cmath library
 *
 */

#include <iostream>
#include <cmath>
using namespace std;



int main() {

  const int A = 5;
  const double B = 3.4568;
  double C;

  cout << "output using fixed precision, 2 decimal places:\n";
  cout.setf( ios::fixed, ios::floatfield );
  cout.precision( 2 );
  cout << "B=" << B << endl;

  cout << "output using width=10, left justified:\n";
  cout.setf( ios::left );
  cout.width( 10 );
  cout << "B=" << B << endl;

  cout << "output using width=10, right justified:\n";
  cout.setf( ios::right );
  cout.width( 10 );
  cout << "B=" << B << endl;

  cout << "you have to repeat the formatting if you want the same thing again:\n";
  C = sin( B );
  cout.setf( ios::right );
  cout.width( 10 );
  cout << "C=" << C << endl;

} // end of main()


/*
HERE'S THE OUPUT FROM A SAMPLE RUN OF THIS PROGRAM:

output using fixed precision, 2 decimal places:
B=3.46
output using width=10, left justified:
B=        3.46
output using width=10, right justified:
        B=3.46
you have to repeat the formatting if you want the same thing again:
        C=-0.31

*/