Algorithm for scissor paper stone

Question

I am using the following method which works but wondering if there is a better algorithm to perform the test. Is there a better way to do it? Doing this in C# but putting syntax

Answer 1

Here is one-liner that we created at lunchtime.

using System;

public class Rps {
  public enum PlayerChoice { Rock, Paper, Scissors };
  public enum Result { Draw, FirstWin, FirstLose};

  public static Result Match(PlayerChoice player1, PlayerChoice player2) {
    return (Result)((player1 - player2 + 3) % 3);
  }

  public static void Main() {
    Rps.Test(Match(PlayerChoice.Rock, PlayerChoice.Rock), Result.Draw);
    Rps.Test(Match(PlayerChoice.Paper, PlayerChoice.Paper), Result.Draw);
    Rps.Test(Match(PlayerChoice.Scissors, PlayerChoice.Scissors), Result.Draw);

    Rps.Test(Match(PlayerChoice.Rock, PlayerChoice.Scissors), Result.FirstWin);
    Rps.Test(Match(PlayerChoice.Rock, PlayerChoice.Paper), Result.FirstLose);

    Rps.Test(Match(PlayerChoice.Paper, PlayerChoice.Rock), Result.FirstWin);
    Rps.Test(Match(PlayerChoice.Paper, PlayerChoice.Scissors), Result.FirstLose);

    Rps.Test(Match(PlayerChoice.Scissors, PlayerChoice.Paper), Result.FirstWin);
    Rps.Test(Match(PlayerChoice.Scissors, PlayerChoice.Rock), Result.FirstLose);
  }

  public static void Test(Result sample, Result origin) {
    Console.WriteLine(sample == origin);
  }      
}