public override void GameStateChanged(SGameState pOldState, SGameState pCurrentGameState)
{
if (pCurrentGameState == (int)EGameState.Ingame)
{
Game.instance.GetComponent <LevelCreator>().GenerateLevel((level) => {
levelGrid = level;
});
}
}
void Update()
{
SGameState oldState = currentGameState;
currentGameState = GetCurrentGameState();
if (oldState != currentGameState)
{
Debug.Log("Old Game State: " + oldState + " > " + currentGameState);
GLogic.GameStateChanged(oldState, currentGameState);
if (OnGameStateChanged != null)
{
OnGameStateChanged(oldState, currentGameState);
}
}
}
public override void GameStateChanged(SGameState pOldState, SGameState pCurrentGameState)
{
}
public override void Start()
{
SGameState.Add((int)EGameState.Ingame, EGameState.Ingame.ToString());
}
SGameState GetCurrentGameState()
{
SGameState newState = Game.instance.gameLogicImplementation.GetCurrentGameState();
return(newState);
}
public bool Equals(SGameState pState)
{
return(pState.mIndex == this.mIndex);
}
/// <summary> /// When your \link GameLogicImplementationBase::GetCurrentGameState GetCurrentGameState \endlink returns a /// value different from the most recent call, the game state manager will call this method to notify your game logic. /// The old state and the now active state are given as parameters. /// </summary> /// <param name='pOldState'> /// The old game state. /// </param> /// <param name='pCurrentGameState'> /// The now active game state. /// </param> public abstract void GameStateChanged(SGameState pOldState, SGameState pCurrentGameState);
