/// <summary>
///
/// </summary>
/// <param name="teamId"></param>
void OnAIDied(int teamId)
{
AIBase ai = m_AIs[teamId];
// move ai from alive buffer to leaderboard
m_AliveAIs.Remove(ai);
m_Leaderboard.Insert(0, ai);
// deactivate ai
ai.XKActive = false;
XKLog.Log("Info", string.Format("An AI has died: {0} ({1}) ", ai.GetType().ToString(), ai.TeamId));
if (m_AliveAIs.Count == 1)
{
// store the winner
m_Leaderboard.Insert(0, m_AliveAIs[0]);
// deactivate gameboard, no need to keep it active
XKActive = false;
XKLog.Log("Info", string.Format("The last AI has died, the winner is: {0} ({1}) ", m_AliveAIs[0].GetType().ToString(), m_AliveAIs[0].TeamId));
// announce the game is over to whom ants to listen
if (OnGameOver != null)
{
OnGameOver(m_Leaderboard);
}
}
}
bool IHome.LaunchBoldies(IHome to, EAmount amount, AIBase ai)
{
// error control
if (TeamId < 0)
{
XKLog.Log("Error", "Home.LaunchBodies() failed - home does not belong to any team");
return(false);
}
// error control
if (TeamId != ai.TeamId)
{
XKLog.LogRed("Error", "Home.LaunchBodies() failed - Wrong AI asked a move from unowned Home, are you such a cheater? - " + ai.GetType().ToString());
return(false);
}
// error control
if (to == null)
{
XKLog.LogRed("Error", "Home.LaunchBodies() failed - (IHome)to is null");
return(false);
}
// avoid StackOverFlow exception
if (!CanLaunchBoldies((Home)to))
{
return(false);
}
// compute boldiCount to launch
int boldiCount = m_BoldiCount;
switch (amount)
{
case EAmount.Quarter:
boldiCount = (int)(m_BoldiCount * 0.25f);
break;
case EAmount.Half:
boldiCount = (int)(m_BoldiCount * 0.5f);
break;
case EAmount.ThreeQuarter:
boldiCount = (int)(m_BoldiCount * 0.75f);
break;
}
// launch them
if (!m_ToLaunch.ContainsKey((Home)to))
{
m_ToLaunch.Add((Home)to, boldiCount);
}
else
{
m_ToLaunch[(Home)to] += boldiCount;
}
// notify who wants to listen
m_Gameboard.OnBoldiLaunch(this, to);
return(true);
}
void CreateAI(int aiId)
{
AIBase ai = null;
switch (aiId)
{
case 0:
ai = m_Gameboard.CreateAI <YW.NicoJ.AITester>();
break;
case 1:
ai = m_Gameboard.CreateAI <YW.NicoJ.AITester>();
break;
case 2:
ai = m_Gameboard.CreateAI <YW.NicoJ.AITester>();
break;
case 3:
ai = m_Gameboard.CreateAI <YW.NicoJ.AITester>();
break;
case 4:
ai = m_Gameboard.CreateAI <YW.NicoJ.AITester>();
break;
case 5:
ai = m_Gameboard.CreateAI <YW.NicoJ.AITester>();
break;
case 6:
ai = m_Gameboard.CreateAI <YW.NicoJ.AITester>();
break;
case 7:
ai = m_Gameboard.CreateAI <YW.NicoJ.AITester>();
break;
case 8:
ai = m_Gameboard.CreateAI <YW.NicoJ.AITester>();
break;
case 9:
ai = m_Gameboard.CreateAI <YW.NicoJ.AITester>();
break;
case 10:
ai = m_Gameboard.CreateAI <YW.NicoJ.AITester>();
break;
case 11:
ai = m_Gameboard.CreateAI <YW.NicoJ.AITester>();
break;
case 12:
ai = m_Gameboard.CreateAI <YW.NicoJ.AITester>();
break;
case 13:
ai = m_Gameboard.CreateAI <YW.NicoJ.AITester>();
break;
case 14:
ai = m_Gameboard.CreateAI <YW.NicoJ.AITester>();
break;
case 15:
ai = m_Gameboard.CreateAI <YW.NicoJ.AITester>();
break;
case 16:
ai = m_Gameboard.CreateAI <YW.NicoJ.AITester>();
break;
case 17:
ai = m_Gameboard.CreateAI <YW.NicoJ.AITester>();
break;
case 18:
ai = m_Gameboard.CreateAI <YW.NicoJ.AITester>();
break;
case 19:
ai = m_Gameboard.CreateAI <YW.NicoJ.AITester>();
break;
case 20:
ai = m_Gameboard.CreateAI <YW.NicoJ.AITester>();
break;
case 21:
ai = m_Gameboard.CreateAI <YW.NicoJ.AITester>();
break;
case 22:
ai = m_Gameboard.CreateAI <YW.NicoJ.AITester>();
break;
case 23:
ai = m_Gameboard.CreateAI <YW.NicoJ.AITester>();
break;
case 24:
ai = m_Gameboard.CreateAI <YW.NicoJ.AITester>();
break;
case 25:
ai = m_Gameboard.CreateAI <YW.NicoJ.AITester>();
break;
case 26:
ai = m_Gameboard.CreateAI <YW.NicoJ.AITester>();
break;
case 27:
ai = m_Gameboard.CreateAI <YW.NicoJ.AITester>();
break;
default:
XKLog.Log("Error", "MatchMaker.CreateAi(" + aiId + ") failed - aiId unknown");
break;
}
// nothing to do?
if (ai != null)
{
if (!m_IdToName.ContainsKey(aiId))
{
m_IdToName.Add(aiId, ai.GetType().ToString());
}
}
}