/// <summary>
/// Finds the longest Move which matches the given input, if any.
/// </summary>
public Move DetectMove(GamePlayInput input)
{
// Perform a linear search for a move which matches the input. This relies
// on the moves array being in order of decreasing sequence length.
foreach (Move move in moves)
{
if (input.Matches(move))
{
return move;
}
}
return null;
}
/// <summary>
/// Constructors a new player.
/// </summary>
public LevelPlayer(Vector2 position)
{
movePlayer = new MovePlayer();
#region Moves List
// Construct the master list of moves.
moves = new Move[]
{
new Move(Enums.MoveState.Punch, Buttons.X),
new Move(Enums.MoveState.Kick, Buttons.A),
new Move(Enums.MoveState.SpecialCombo, Buttons.X | Buttons.A),
new Move(Enums.MoveState.ComboKick, Direction.Down, Direction.DownRight, Direction.Right | Buttons.A),
new Move(Enums.MoveState.ComboKick, Direction.Down, Direction.DownLeft, Direction.Left | Buttons.A),
new Move(Enums.MoveState.FirePunch1, Direction.Down, Direction.DownRight, Direction.Right | Buttons.X),
new Move(Enums.MoveState.FirePunch1, Direction.Down, Direction.DownLeft, Direction.Left | Buttons.X),
new Move(Enums.MoveState.FinalCombo2, Buttons.B),
};
#endregion
// Construct a move list which will store its own copy of the moves array.
moveList = new MoveList(moves);
// Create an InputManager for player with a sufficiently large buffer.
inputManager = new GamePlayInput((PlayerIndex)0, moveList.LongestMoveLength);
Alive = true;
Lives = 3;
ComboCount = 3;
Lv = 1;
AttackStrength = 3;
chainMoves.Capacity = 3;
LoadContent();
Reset(position);
}
