import java.util.Scanner;

public class FactoradicTest {

  public static void main(String[] args) {
    System.out.println("Testing the Factoradic class...");
    System.out.println();

    Factoradic f1 = new Factoradic(463);
    System.out.println("f1 = " + f1 + " = " + f1.base10Value());

    Factoradic f2 = new Factoradic("1:4:1:1:2:0:0"); 
    System.out.println("f2 = " + f2 + " = " + f2.base10Value());

    Factoradic f3 = f1.plus(f2);
    System.out.println("f1 + f2 = " + f3 + " = " + f3.base10Value());

    Factoradic f4 = f1.times(f2);
    System.out.println("f1 * f2 = " + f4 + " = " + f4.base10Value());

    System.out.println("f1" + (f1.equals(new Factoradic("3:4:1:0:1:0")) ? " == " : " != ") + "f2");

    System.out.println("f2" + (f2.equals(new Factoradic("2:1:2:0")) ? " == " : " != ") + "2:1:2:0");

    System.out.println("f1" + (f1.equals(Integer.parseInt("463")) ? " == " : " != ") + "\"463\"");

    // now print out the factoradic form for numbers in the user-input range a to z.
    // this last task is really just so that you can get a feel for "counting" in the 
    // factoradic number system
    System.out.println();
    System.out.println("Now enter two positive integers a and b separated by a space, ");
    System.out.println("and with b>a. After which the values from a to b inclusive ");
    System.out.println("will be listed in both base 10 and factoradic form");
    Scanner scanner = new Scanner(System.in);
    int a = scanner.nextInt();
    int z = scanner.nextInt();
    scanner.close();
    for (int i = a; i < z+1; i++) {
      Factoradic f = new Factoradic(i);
      System.out.println(f.base10Value() + " = " + f);
    }	
  }
}