public static Definitions Get(CustomProcess p, string version, Game.GameType gameType)
{
try
{
return(new Definitions());
}
catch (WebException exc)
{
throw new Exception("Could not get definitions for version", exc);
}
}
private void onSceneLoaded(Scene newScene, LoadSceneMode mode)
{
//Debug.LogError ("Load finished");
gameController = GameObject.FindGameObjectWithTag("ServerController").GetComponent <Game.ServerController>().getController();
wrapper.init(gameController.getProtocol(), gameController);
currentGameType = gameController.getGameType();
Action <string> printFunc = DllManager.printMsg;
Action <object, int, short> networkMsg = wrapper.sendMsg;
gameController.init(printFunc, networkMsg, shutdownGameServer, wrapper, preGamePlayers);
onClientLeft += wrapper.clientLeft;
initManagers();
}
public String TestCheckBoxes(int a_AmountActiveElements, Game.GameType a_GameType)
{
if (a_GameType == Game.GameType.VictoryPoints)
{
return(TestAtLeastOneBoxChecked(a_AmountActiveElements));
}
else if (a_GameType == Game.GameType.WinLose)
{
return(TestNotAllBoxesChecked(a_AmountActiveElements));
}
else if (a_GameType == Game.GameType.Ranks)
{
return("");
}
else
{
return("Not Implemented.");
}
}
public static Definitions Get(NhaamaProcess p, string version, Game.GameType gameType)
{
using (WebClient client = new WebClient())
{
var uri = new Uri(DefinitionStoreUrl, $"{gameType.ToString().ToLower()}/{version}.json");
try
{
var definitionJson = client.DownloadString(uri);
var serializer = p.GetSerializer();
var deserializedDefinition = serializer.DeserializeObject <Definitions>(definitionJson);
return(deserializedDefinition);
}
catch (WebException exc)
{
throw new Exception("Could not get definitions for version: " + uri, exc);
}
}
}
/// <summary>
/// Calculates individual player ResultRows for the given game family ID.
/// </summary>
/// <param name="a_GameFamilyId">Id of the game family to calculate results for.</param>
/// <returns>A collection of result row objects filled with players which played games from the family of given ID.</returns>
public IEnumerable <object> CalculateResultsGameFamilies(Guid a_GameFamilyId)
{
// First: Get all games from the given game family.
var v_AllGamesFromFamily = Games.Where(p => p.IdGamefamilies.Contains(a_GameFamilyId));
if (v_AllGamesFromFamily.Count() < 1)
{
return(null);
}
// Second: Get all results with games of the given game family.
var v_Results = Results.Join(v_AllGamesFromFamily,
result => result.IdGame,
game => game.Id,
(result, game) => result);
// Peek at the game type.
Game.GameType v_ActualType = v_AllGamesFromFamily.First().Type;
IEnumerable <object> v_ResultRows = null;
if (v_ActualType == Game.GameType.VictoryPoints)
{
v_ResultRows = CalculateResultsVictoryPoints(v_Results);
}
else if (v_ActualType == Game.GameType.Ranks || v_ActualType == Game.GameType.TeamedRanks)
{
v_ResultRows = CalculateResultsRanks(v_Results);
}
else if (v_ActualType == Game.GameType.WinLose)
{
v_ResultRows = CalculateResultsWinLose(v_Results);
}
else
{
// Do nothing, result rows have been init'd with null anyway.
}
return(v_ResultRows);
}
public void SwitchTextBoxAndRankVisibility(Game.GameType a_GameType)
{
for (int i = 0; i < m_PlayerAmount; ++i)
{
if (a_GameType == Game.GameType.VictoryPoints)
{
PlayerRanksComboBoxes[i].Visibility = Visibility.Hidden;
PlayerResultTextBoxes[i].Visibility = Visibility.Visible;
PlayerResultCheckBoxes[i].Visibility = Visibility.Visible;
}
else if (a_GameType == Game.GameType.Ranks)
{
PlayerRanksComboBoxes[i].Visibility = Visibility.Visible;
PlayerResultTextBoxes[i].Visibility = Visibility.Hidden;
PlayerResultCheckBoxes[i].Visibility = Visibility.Hidden;
}
else if (a_GameType == Game.GameType.WinLose)
{
PlayerRanksComboBoxes[i].Visibility = Visibility.Hidden;
PlayerResultTextBoxes[i].Visibility = Visibility.Hidden;
PlayerResultCheckBoxes[i].Visibility = Visibility.Visible;
}
}
}
public GameInfoPacket createGameInfoPacket(GameInfoType infoType, string roomID, string hostName, int maxPlayers, int playerAmount, Game.GameType type)
{
return(new GameInfoPacket()
{
infoType = infoType,
Name = hostName,
OnlinePlayers = playerAmount,
MaxPlayers = maxPlayers,
IsPasswordProtected = false,
Properties = new Dictionary <string, string>()
{
{ MsfDictKeys.MapName, type.ToString() },
{ MsfDictKeys.IsPreGame, true.ToString() },
{ MsfDictKeys.GameType, type.ToString() }
},
Id = roomID,
Address = "MasterIP"
});
}
public static MapSelection getMatchingMapSelection(Game.GameType type)
{
return(localSingleton.maps.Find(x => x.type == type));
}
private void CalculateEloResults(Dictionary <Guid, ResultHelper> a_StartResults, DateTime a_MatchDate, Game.GameType a_GameType)
{
// We need to increment the count for all players.
foreach (KeyValuePair <Guid, ResultHelper> i_Kvp in a_StartResults)
{
i_Kvp.Value.AmountGamesPlayed++;
}
Dictionary <Guid, KeyValuePair <DateTime, int> > v_TempResults = new Dictionary <Guid, KeyValuePair <DateTime, int> >();
// We only want to do it ONCE for each entry.
foreach (KeyValuePair <Guid, ResultHelper> i_Kvp in a_StartResults)
{
// Get the standings for given player.
Dictionary <Modifier, List <Guid> > v_Standings = CalculateStandings(i_Kvp.Key, a_GameType);
List <double> v_TempEloScores = new List <double>();
// Iterates over all standings. Standings contains n-1 individual Ids (where n is the amount of players in a match).
foreach (KeyValuePair <Modifier, List <Guid> > i_KvpInner in v_Standings)
{
double v_ModifierPlayer = EloCalculator.EstablishedStatusToModifier[i_Kvp.Value.IsEstablished][i_KvpInner.Key];
foreach (Guid i_OpponentId in i_KvpInner.Value)
{
/// The +1 is needed because we only increment the amount of played games inside AddResult.
/// In the old implementation was actually a defect because the counter for the active player
/// was incremented and the calculation used the old value for the opponent.
double v_TempEloScore = EloCalculator.CalculateEloRanking(
i_Kvp.Value.EloScore,
i_Kvp.Value.AmountGamesPlayed,
i_Kvp.Value.IsEstablished,
a_StartResults[i_OpponentId].EloScore,
a_StartResults[i_OpponentId].AmountGamesPlayed,
a_StartResults[i_OpponentId].IsEstablished,
v_ModifierPlayer
);
v_TempEloScores.Add(v_TempEloScore);
}
}
double v_NewEloScore = 0;
foreach (double i_TempScore in v_TempEloScores)
{
v_NewEloScore += i_TempScore;
}
if (v_TempEloScores.Count > 0)
{
v_NewEloScore = v_NewEloScore / v_TempEloScores.Count;
// Must NOT be applied immediately! We're putting the reults aside and apply them afterwards.
v_TempResults.Add(i_Kvp.Key, new KeyValuePair <DateTime, int>(a_MatchDate, (int)Math.Round(v_NewEloScore, 0)));
}
}
// Now we add the new results.
foreach (KeyValuePair <Guid, ResultHelper> i_Kvp in a_StartResults)
{
i_Kvp.Value.AddResult(v_TempResults[i_Kvp.Key].Key, v_TempResults[i_Kvp.Key].Value);
}
}
/// <summary>
/// Takes the scores in result object and looks how the given player did againts the other players. The resulting dict
/// is used in the CalculateEloResults method or in GenerateYearsOverGames.
/// </summary>
/// <param name="a_PlayerId">Guid of the player for which the standings will be considered.</param>
/// <returns>A dict with elements of the Modifier enum from the EloCalculator as a key and a List of IDs as the value.
/// </returns>
internal Dictionary <Modifier, List <Guid> > CalculateStandings(Guid a_PlayerId, Game.GameType a_GameType)
{
Dictionary <Modifier, List <Guid> > v_Standings = new Dictionary <Modifier, List <Guid> >
{
{ Modifier.Lose, new List <Guid>() },
{ Modifier.Stalemate, new List <Guid>() },
{ Modifier.Win, new List <Guid>() }
};
// All scores *without* the active player.
var v_ScoresWithoutActivePlayer = Scores.Where(p => p.IdPlayer != a_PlayerId);
bool v_IsWinner = ScoresById[a_PlayerId].IsWinner;
double v_ScoreActivePlayer = double.Parse(ScoresById[a_PlayerId].ActualScore);
foreach (Score i_Score in v_ScoresWithoutActivePlayer)
{
double v_TempScore = double.Parse(i_Score.ActualScore);
if (v_IsWinner)
{
if (a_GameType == Game.GameType.TeamedRanks)
{
// Filter out: These are our team members.
}
else if (i_Score.IsWinner)
{
v_Standings[Modifier.Stalemate].Add(i_Score.IdPlayer);
}
else
{
v_Standings[Modifier.Win].Add(i_Score.IdPlayer);
}
}
else if (v_ScoreActivePlayer == v_TempScore)
{
if (a_GameType == Game.GameType.TeamedRanks)
{
// Filter out: These are our team members.
}
else if (i_Score.IsWinner)
{
v_Standings[Modifier.Lose].Add(i_Score.IdPlayer);
}
else
{
v_Standings[Modifier.Stalemate].Add(i_Score.IdPlayer);
}
}
else if (v_ScoreActivePlayer > v_TempScore)
{
// In a ranked game the actual score is the rank and if it's greater than the temp we've lost.
if (a_GameType == Game.GameType.Ranks || a_GameType == Game.GameType.TeamedRanks)
{
v_Standings[Modifier.Lose].Add(i_Score.IdPlayer);
}
else if (i_Score.IsWinner)
{
v_Standings[Modifier.Lose].Add(i_Score.IdPlayer);
}
else
{
v_Standings[Modifier.Win].Add(i_Score.IdPlayer);
}
}
else if (v_ScoreActivePlayer < v_TempScore)
{
// In a ranked game the actual score is the rank and if it's smaller than the temp we've won.
if (a_GameType == Game.GameType.Ranks || a_GameType == Game.GameType.TeamedRanks)
{
v_Standings[Modifier.Win].Add(i_Score.IdPlayer);
}
else if (i_Score.IsWinner)
{
v_Standings[Modifier.Lose].Add(i_Score.IdPlayer);
}
else
{
v_Standings[Modifier.Lose].Add(i_Score.IdPlayer);
}
}
}
return(v_Standings);
}