///Method: Main()
///Param1: args - Command line arguments
///Return Type: void
///Purpose: Controls the flow of program
static void Main(string[] args)
{
if (maxNumberOfGames % 2 == 0)
{
throw new Exception("No valid value in the maxNumberOfGames variable");
}
int numberOfGamesNeededToWin = (int)Math.Ceiling((double)(maxNumberOfGames / 2));
ComputerPlayer CP = new ComputerPlayer();
HumanPlayer HP = new HumanPlayer();
WelcomeMessage();
///Loops until a winner is determined
while (currentComputerWins < numberOfGamesNeededToWin && currentPlayerWins < numberOfGamesNeededToWin)
{
RPCEnum computerPlay = CP.makePlay();
RPCEnum humanPlay = HP.makePlay();
EvaluateWinnerOfRound(computerPlay, humanPlay);
}
///Displays the winner message
if (currentComputerWins == numberOfGamesNeededToWin)
{
Console.WriteLine("Congratulations Computer, YOU WIN!");
}
else
{
Console.WriteLine("Congratulations human, YOU WIN!");
}
Console.WriteLine(DisplayHistory(CP.PreviousPlays, HP.PreviousPlays));
}
///Method: EvaluateWinnerOfRound()
///Param1: CP - The result of the computer play (Rock, Paper, or Scissors)
///Param2: HP - The result of the human play (Rock, Paper, or Scissors)
///Return Type: void
///Purpose: Evaluates the winner of the round
static void EvaluateWinnerOfRound(RPCEnum CP, RPCEnum HP)
{
Console.WriteLine("Computer Plays: " + CP.ToString());
Console.WriteLine("Human Plays: " + HP.ToString());
if (CP == RPCEnum.Rock)
{
switch (HP)
{
case RPCEnum.Rock:
Tie();
break;
case RPCEnum.Paper:
HumanWin();
break;
case RPCEnum.Scissors:
ComputerWin();
break;
}
}
if (CP == RPCEnum.Paper)
{
switch (HP)
{
case RPCEnum.Rock:
ComputerWin();
break;
case RPCEnum.Paper:
Tie();
break;
case RPCEnum.Scissors:
HumanWin();
break;
}
}
if (CP == RPCEnum.Scissors)
{
switch (HP)
{
case RPCEnum.Rock:
HumanWin();
break;
case RPCEnum.Paper:
ComputerWin();
break;
case RPCEnum.Scissors:
Tie();
break;
}
}
}
/// <summary>
/// ペットの同期メソッド名を返す
/// </summary>
public static string GetRPCMethod(RPCEnum type)
{
return(RPCMethods[(int)type]);
}
