//-----------------------------------------------------------------------
//	File:		prob.cpp
//	Description:	Solve the Rings game
//	Author:		Dave Mount (mount@cs.umd.edu)
//	Date:		Feb 2003
//
//	This program is given an instance (a,b,c) of the rings game,
//	played by two players, Bilbo and Frodo.  It determines which
//	player has a winning strategy.  Here are the rules:
//
//	Bilbo and Frodo alternate moves, with Bilbo going first.
//	Initially the board consists of three piles of rings which we
//	denote (a,b,c), which means that there are a rings in the first
//	pile, b in the second pile, and c in the third.  The board
//	always consist of three numbers that are greater than or equal
//	to 0.  During a move a player can do any one of the following:
//	
//	(1) Remove 1 ring from pile 1.
//	(2) Remove either 1 or 2 rings from pile 2.
//	(3) Remove either 1 or 2 or 3 rings from pile 3.
//	(4) Remove one ring each from all of the nonempty piles.
//	
//	The first player who cannot make a move loses.  That is, if it
//	is a players turn to move and the board is (0,0,0) then he
//	loses.
//
//	The input consists of a sequence of triples of integers,
//	separated by whitespace.  The program reads the triple and
//	outputs the winner.  The program is terminated by end of file or
//	the triple "0 0 0".
//
//-----------------------------------------------------------------------

#include <stdlib.h>			// standard library
#include <iostream.h>		// input/ouput
#include <assert.h>			// assertion checking

// Uncomment the following lines if using APCS classes
// #include "apvector.h"
// #include "apmatrix.h"
// #include "apstack.h"
// #include "apqueue.h"
// #include "apstring.cpp"

//-----------------------------------------------------------------------
// Rings
//-----------------------------------------------------------------------

const int MAX_A = 100;				// max rings per pile
const int MAX_B = 100;
const int MAX_C = 100;


//-----------------------------------------------------------------------
//  playRings
//	Plays the game and outputs the winner.
//-----------------------------------------------------------------------

void playRings(int a, int b, int c)
{
	cout << a << " " << b << " " << c << " ";
	if (1) cout << "Bilbo wins" << endl;
	else		          cout << "Frodo wins" << endl;
}

//-----------------------------------------------------------------------
//  main
//	Reads inputs and calls playRings() to determine actual winner.
//
//	THIS CAN BE PROVIDED TO THE CONTESTANTS.
//-----------------------------------------------------------------------

int main()
{
    int a, b, c;
    while (true) {
    	cin >> a >> b >> c;
		if (!cin || (a == 0 && b == 0 && c == 0)) exit(0);
		playRings(a, b, c);
    }
    return 0;
}