public FixedDiceNG() : base()
{
currIndividualDiceValues = new List <int>();
//init dictionary
seriesForDices6 = new Dictionary <Player, Dictionary <GameProperties.Instrument, Dictionary <int, int[]> > >();
for (int i = 0; i < GameGlobals.players.Count; i++)
{
Player currPlayer = GameGlobals.players[i];
seriesForDices6[currPlayer] = new Dictionary <GameProperties.Instrument, Dictionary <int, int[]> >();
foreach (GameProperties.Instrument instrument in System.Enum.GetValues(typeof(GameProperties.Instrument)))
{
seriesForDices6[currPlayer][instrument] = new Dictionary <int, int[]>();
for (int j = 0; j < GameProperties.configurableProperties.numberOfAlbumsPerGame; j++)
{
seriesForDices6[currPlayer][instrument][j] = new int[GameProperties.configurableProperties.numberOfAlbumsPerGame];
}
}
}
for (int i = 0; i < GameGlobals.players.Count; i++)
{
Player currPlayer = GameGlobals.players[i];
PlayerParameterization currPlayerParam = GameProperties.currGameParameterization.playerParameterizations[i];
int lastVisitedIndex = 0;
for (int j = 0; j < GameProperties.configurableProperties.numberOfAlbumsPerGame; j++)
{
foreach (GameProperties.Instrument instrument in System.Enum.GetValues(typeof(GameProperties.Instrument)))
{
int[] currPossibleResults = new int[j + 1];
for (int k = 0; k <= j; k++)
{
if (currPlayerParam.fixedMarketingDiceResults == null || currPlayerParam.fixedInstrumentDiceResults == null) //failsafe
{
currPossibleResults[k] = 0;
continue;
}
if (instrument == GameProperties.Instrument.MARKETING)
{
currPossibleResults[k] = currPlayerParam.fixedMarketingDiceResults[lastVisitedIndex + k];
}
else
{
currPossibleResults[k] = currPlayerParam.fixedInstrumentDiceResults[lastVisitedIndex + k];
}
}
seriesForDices6[currPlayer][instrument][j] = currPossibleResults;
}
lastVisitedIndex += (j + 1);
}
}
}
void SetUpParameterization(GameParameterization parameterization)
{
GameGlobals.players.Clear();
int currPlayerId = 0;
for (int i = 0; i < parameterization.playerParameterizations.Count; i++)
{
PlayerParameterization currParam = parameterization.playerParameterizations[i];
GameProperties.Instrument currLikedInstrument = GameProperties.Instrument.NONE;
switch (currParam.likedInstrument)
{
case "GUITAR":
currLikedInstrument = GameProperties.Instrument.GUITAR;
break;
case "DRUMS":
currLikedInstrument = GameProperties.Instrument.DRUMS;
break;
case "VOCALS":
currLikedInstrument = GameProperties.Instrument.VOCALS;
break;
case "KEYBOARD":
currLikedInstrument = GameProperties.Instrument.KEYBOARD;
break;
case "BASS":
currLikedInstrument = GameProperties.Instrument.BASS;
break;
default:
currLikedInstrument = GameProperties.Instrument.GUITAR;
//isErrorEncountered = true;
//setupWarningPoppupRef.DisplayPoppup("did not parse the liked instrument of player. Guitar assumed..." + currParam.name);
break;
}
switch (currParam.playerType)
{
case "HUMAN":
GameGlobals.players.Add(new UIPlayer(playerUIPrefab, playerCanvas, GameGlobals.monoBehaviourFunctionalities, playerWarningPoppupRef, currPlayerId++, currParam.name));
break;
case "SIMPLE":
GameGlobals.players.Add(new AIPlayerSimpleStrategy(playerUIPrefab, playerCanvas, GameGlobals.monoBehaviourFunctionalities, playerWarningPoppupRef, currPlayerId++, currParam.name, currParam.isSpeechAllowed, currLikedInstrument));
break;
case "RANDOM":
GameGlobals.players.Add(new AIPlayerRandomStrategy(playerUIPrefab, playerCanvas, GameGlobals.monoBehaviourFunctionalities, playerWarningPoppupRef, currPlayerId++, currParam.name, currParam.isSpeechAllowed, currLikedInstrument));
break;
case "COOPERATIVE":
GameGlobals.players.Add(new AIPlayerCoopStrategy(playerUIPrefab, playerCanvas, GameGlobals.monoBehaviourFunctionalities, playerWarningPoppupRef, currPlayerId++, currParam.name, currParam.isSpeechAllowed, currLikedInstrument));
break;
case "GREEDY":
GameGlobals.players.Add(new AIPlayerGreedyStrategy(playerUIPrefab, playerCanvas, GameGlobals.monoBehaviourFunctionalities, playerWarningPoppupRef, currPlayerId++, currParam.name, currParam.isSpeechAllowed, currLikedInstrument));
break;
case "BALANCED":
GameGlobals.players.Add(new AIPlayerBalancedStrategy(playerUIPrefab, playerCanvas, GameGlobals.monoBehaviourFunctionalities, playerWarningPoppupRef, currPlayerId++, currParam.name, currParam.isSpeechAllowed, currLikedInstrument));
break;
case "UNBALANCED":
GameGlobals.players.Add(new AIPlayerUnbalancedStrategy(playerUIPrefab, playerCanvas, GameGlobals.monoBehaviourFunctionalities, playerWarningPoppupRef, currPlayerId++, currParam.name, currParam.isSpeechAllowed, currLikedInstrument));
break;
case "TITFORTAT":
GameGlobals.players.Add(new AIPlayerTitForTatStrategy(playerUIPrefab, playerCanvas, GameGlobals.monoBehaviourFunctionalities, playerWarningPoppupRef, currPlayerId++, currParam.name, currParam.isSpeechAllowed, currLikedInstrument));
break;
default:
isErrorEncountered = true;
setupWarningPoppupRef.DisplayPoppup("Error on parsing the player type of " + currParam.name);
Debug.Log("[ERROR]: Error on parsing the player type of " + currParam.name);
break;
}
}
string pattern = "FIXED:[WL]+";
Match m = Regex.Match(parameterization.ngType, pattern, RegexOptions.IgnoreCase);
if (m.Success)
{
int index = parameterization.ngType.IndexOf(":");
string gameResults = parameterization.ngType.Substring(index + 1);
GameGlobals.gameDiceNG = new PredefinedDiceNG(gameResults);
}
else
{
switch (parameterization.ngType)
{
case "RANDOM":
GameGlobals.gameDiceNG = new RandomDiceNG();
break;
case "FIXED:LOSS":
GameGlobals.gameDiceNG = new LossDiceNG();
break;
case "FIXED:VICTORY":
GameGlobals.gameDiceNG = new VictoryDiceNG();
break;
default:
isErrorEncountered = true;
setupWarningPoppupRef.DisplayPoppup("Error on parsing the NG Type of parameterization " + parameterization.ngType);
Debug.Log("[ERROR]: Error on parsing the NG Type of parameterization " + parameterization.ngType);
break;
}
}
//Game.gameParameterizations.Add(parameterization);
//string json = JsonUtility.ToJson(GameProperties.configurableProperties);
}
