public void VoteForTeam(Player player, bool approve)
{
if (Votes.Select(v=>v.Player).ToList().Contains(player))
throw new Exception("Player has already voted..");
Votes.Add(new Vote { Player = player, Approve = approve });
}
public void SubmitQuest(Player player, bool success)
{
if (Quests.Select(v => v.Player).ToList().Contains(player))
throw new Exception("Player has already submitted their quest card..");
Quests.Add(new Quest { Player = player, Success = success });
}
public TeamModel(Player player, Core.VoteTrack team, int totalPlayers, int teamNumber)
{
if (team.Leader != null)
{
Leader = team.Leader.Name;
TeamSummary = string.Format("Team {0}, as proposed by {1}", teamNumber.ToWords(), Leader);
}
if (team.Excalibur != null)
{
ExcaliburUsedBy = team.Excalibur.Holder.Name;
ExcaliburUsedOn = team.Excalibur.UsedOn != null ? team.Excalibur.UsedOn.Player.Name : "No One";
if (player == team.Excalibur.Holder)
{
ExcaliburResult = team.Excalibur.OriginalMissionWasSuccess.HasValue ? (team.Excalibur.OriginalMissionWasSuccess.Value ? "questsuccess" : "questfail") : "";
}
else
{
ExcaliburResult = "quest";
}
}
TeamMembers = team.Players.Select(p => new TeamMemberModel { Player = p.Name, HasExcalibur = team.Excalibur != null && p.Name == ExcaliburUsedBy }).ToList();
Vote = team.Votes.OrderBy(v=>v.Player.Name).Select(v => new VoteModel(v, team.Votes.Count != totalPlayers)).ToList();
var hidden = team.QuestCards.Count != TeamMembers.Count;
if (team.Excalibur != null && team.Excalibur.UsedOn == null && !team.Excalibur.Skipped)
hidden = true;
QuestCards = team.QuestCards.OrderBy(q=> q.Success).Select(q => new QuestCardModel(q.Success, hidden)).ToList();
Messages = team.Messages.Select(m => new MessageModel(m.Player.Name, m.Message)).ToList();
}
public Team(Player leader)
{
Leader = leader;
TeamMembers = new List<Player>();
Votes = new List<Vote>();
Quests = new List<Quest>();
}
public VoteTrack(Player leader, int size, int requiredFails)
{
Leader = leader;
QuestSize = size;
RequiredFails = requiredFails;
Players = new List<Player>();
Votes = new List<VoteToken>();
QuestCards = new List<QuestCard>();
Messages = new List<PlayerMessage>();
}
public void AddToTeam(Player player, Player proposedPlayer)
{
if (TeamMembers.Contains(proposedPlayer))
throw new Exception("Player is already on team..");
if (player != Leader)
throw new Exception("Hax. Player is not the leader of this team");
TeamMembers.Add(proposedPlayer);
}
public Quest(Player ladyOfTheLakeHolder, int teamSize, int requiredFails)
{
QuestSize = teamSize;
RequiredFails = requiredFails;
if (ladyOfTheLakeHolder != null)
{
LadyOfTheLake = new LadyOfTheLakeUse { Holder = ladyOfTheLakeHolder };
}
VoteTracks = new List<VoteTrack>();
}
public LadyOfTheLakeUseModel(LadyOfTheLakeUse use, Player player)
{
UsedBy = use.Holder.Name;
UsedOn = use.Target == null ? string.Empty : use.Target.Name;
if (player == use.Holder)
{
Result = use.IsEvil ? "evil" : "good";
}
else
{
Result = "allegiance";
}
}
public ExcaliburUseModel(ExcaliburUse use, Player player)
{
UsedBy = use.Holder.Name;
UsedOn = use.UsedOn != null ? use.UsedOn.Player.Name : "No One";
if (player == use.Holder)
{
Result = use.OriginalMissionWasSuccess.HasValue ? (use.OriginalMissionWasSuccess.Value ? "evil" : "good") : "";
}
else
{
Result = "allegiance";
}
}
void UseExcalibur(Player player, Player proposedPlayer)
{
if (proposedPlayer!=null)
{
CurrentVoteTrack.Excalibur.UsedOn = CurrentVoteTrack.QuestCards.First(p => p.Player == proposedPlayer);
CurrentVoteTrack.Excalibur.OriginalMissionWasSuccess = CurrentVoteTrack.Excalibur.UsedOn.Success;
CurrentVoteTrack.Excalibur.UsedOn.Success = !CurrentVoteTrack.Excalibur.UsedOn.Success;
}
else
{
CurrentVoteTrack.Excalibur.Skipped = true;
}
QuestFinished();
}
void UseLadyOfTheLake(Player target)
{
CurrentQuest.LadyOfTheLake.Target = target;
CurrentQuest.LadyOfTheLake.IsEvil = IsCharacterEvil(target.Character, CurrentLancelotAllegianceSwitched);
CurrentHolderOfLadyOfTheLake = target;
QuestFinished();
}
private void RemoveFromTeam(Player target)
{
CurrentVoteTrack.Players.Remove(target);
}
void SubmitQuest(Player player, bool success)
{
CurrentVoteTrack.QuestCards.Add(new QuestCard { Player = player, Success = success });
if (CurrentVoteTrack.QuestCards.Count == CurrentVoteTrack.QuestSize)
{
if (CurrentVoteTrack.Excalibur != null)
{
GameState = State.UsingExcalibur;
}
else
{
QuestFinished();
}
}
}
public void SubmitQuest(Player player, bool success)
{
CurrentTeam.SubmitQuest(player, success);
}
void NextQuest(Player leader)
{
if (RoundTables.Count == 0)
return;
var roundTable = RoundTables[Quests.Count];
var quest = new Quest(CurrentHolderOfLadyOfTheLake, roundTable.TeamSize, roundTable.RequiredFails);
var team = new VoteTrack(leader, roundTable.TeamSize, roundTable.RequiredFails);
quest.VoteTracks.Add(team);
Quests.Add(quest);
GameState = State.ChoosingTeam;
}
public static ComputerPlayer Factory(Player.Type type, Guid playerGuid)
{
switch (type)
{
case Player.Type.TrustBot:
default:
return new TrustBot(playerGuid);
}
}
private double ProbabilityOfEvil(Player player)
{
var knowledge = _game.PlayerKnowledge(_player, player);
if (knowledge == Knowledge.Evil || (knowledge == Knowledge.EvilLancelot && !_game.CurrentLancelotAllegianceSwitched) || (knowledge == Knowledge.Lancelot && _game.CurrentLancelotAllegianceSwitched))
{
return 100;
}
if (knowledge == Knowledge.Good || (knowledge == Knowledge.EvilLancelot && _game.CurrentLancelotAllegianceSwitched) || (knowledge == Knowledge.Lancelot && !_game.CurrentLancelotAllegianceSwitched))
{
return 0;
}
double evilProbability = 0;
var evilCharactersInGame = _game.CharacterCards.Count(c => _game.IsCharacterEvil(c, false));
if (_IAmEvil)
{
evilCharactersInGame--;
}
evilProbability = (double)evilCharactersInGame / (double)(_game.Players.Count - 1);
int correctVotes = 0, votesCounted = 0;
//nothing confirmed, look at quest behaviour
foreach (var round in _game.Quests)
{
var onTeam = round.VoteTracks.Last().Players.Contains(player);
if (onTeam)
{
var fails = round.VoteTracks.Last().QuestCards.Count(q => !q.Success);
var size = round.VoteTracks.Last().Players.Count();
if (round.VoteTracks.Last().Players.Contains(_player))
{
if (_IAmEvil) { fails = fails - 1; }
size = size - 1;
}
int roundEvilProbability = (int)(((double)fails / (double)size) * 100.0);
if (roundEvilProbability > evilProbability)
{
evilProbability = roundEvilProbability;
}
}
if(round.VoteTracks.Count() < 5) { //ignore last round as everyone votes accept
if (round.CurrentVoteTrack.Votes.Count == _game.Players.Count)
{
var vote = round.VoteTracks.Last().Votes.FirstOrDefault(v => v.Player == player);
if (vote.Approve == round.IsSuccess.Value)
correctVotes++;
votesCounted++;
}
}
}
//if they vote correctly each round they're probably merlin.
//todo handle off by a couple
//also check known evils instead of just outcome
if (correctVotes == votesCounted && votesCounted > 1)
{
evilProbability = 0;
}
return evilProbability;
}
void AddToTeam(Player proposedPlayer)
{
CurrentVoteTrack.Players.Add(proposedPlayer);
if (CurrentVoteTrack.Players.Count == CurrentVoteTrack.QuestSize)
{
if (Rules != null && Rules.Contains(Rule.ExcaliburExists))
{
GameState = State.AssigningExcalibur;
}
else
{
GameState = State.VotingForTeam;
}
}
}
void VoteForTeam(Player player, bool approve)
{
CurrentVoteTrack.Votes.Add(new VoteToken { Approve = approve, Player = player });
if (CurrentVoteTrack.Votes.Count < Players.Count)
return;
//on the last vote, if it fails, create the next quest
var rejects = CurrentVoteTrack.Votes.Count(v => !v.Approve);
if (rejects >= Math.Ceiling(Players.Count / 2.0))
{
if (CurrentQuest.VoteTracks.Count == 5)
{
GameState = State.EternalChaos;
Winners = Players.Where(p => IsCharacterEvil(p.Character, CurrentLancelotAllegianceSwitched)).ToList();
}
else
{
CurrentQuest.VoteTracks.Add(new VoteTrack(Players.Next(CurrentVoteTrack.Leader), CurrentQuest.QuestSize, CurrentQuest.RequiredFails));
GameState = State.ChoosingTeam;
}
}
else
{
GameState = State.Questing;
}
}
public Knowledge PlayerKnowledge(Player myself, Player someoneelse)
{
if (myself == null)
return Knowledge.Player;
//lancelots can know each other
if (Rules.Contains(Rule.LancelotsKnowEachOther))
{
if ((myself.Character == Character.Lancelot || myself.Character == Character.EvilLancelot) && (someoneelse.Character == Character.Lancelot))
{
return Knowledge.Lancelot;
}
if ((myself.Character == Character.Lancelot || myself.Character == Character.EvilLancelot) && (someoneelse.Character == Character.EvilLancelot))
{
return Knowledge.EvilLancelot;
}
}
//minions know each other (except oberon)
if (myself.Character == Character.Assassin || myself.Character == Character.Morgana || myself.Character == Character.MinionOfMordred || myself.Character == Character.Mordred)
{
if (someoneelse.Character == Character.Assassin || someoneelse.Character == Character.Morgana || someoneelse.Character == Character.MinionOfMordred || someoneelse.Character == Character.Mordred || someoneelse.Character == Character.EvilLancelot)
{
return Knowledge.Evil;
}
}
//merlin knows minions (except mordred)
if (myself.Character == Character.Merlin)
{
if (someoneelse.Character == Character.Assassin || someoneelse.Character == Character.Morgana || someoneelse.Character == Character.MinionOfMordred || someoneelse.Character == Character.Oberon || someoneelse.Character == Character.EvilLancelot)
{
return Knowledge.Evil;
}
}
//percy knows merlin and morgana
if (myself.Character == Character.Percival)
{
if (someoneelse.Character == Character.Merlin || someoneelse.Character == Character.Morgana)
{
return Knowledge.Magical;
}
}
return Knowledge.Player;
}
public List<AvailableAction> AvailableActions(Player player)
{
var actions = new List<AvailableAction>();
switch (GameState)
{
case State.Lobby:
if (player == null && Players.Count < 10)
{
actions.Add(AvailableAction.FreeText(Action.Type.Join));
}
else
{
if (player == Players.First())
{
actions.Add(AvailableAction.FreeText(Action.Type.SetGameName));
actions.Add(AvailableAction.FreeText(Action.Type.AddBot));
actions.Add(AvailableAction.Items(Action.Type.AddCharacterCard, Enum.GetNames(typeof(Character)).ToList()));
if (CharacterCards.Count > 0)
{
actions.Add(AvailableAction.Items(Action.Type.RemoveCharacterCard, CharacterCards.Select(t => t.ToString()).ToList()));
}
var otherRules = Enum.GetValues(typeof(Rule)).Cast<Rule>().ToList().Except(Rules).Select(r=>r.ToString()).ToList();
if (otherRules.Count>0)
{
actions.Add(AvailableAction.Items(Action.Type.AddRule, otherRules));
}
if (Rules.Count > 0)
{
actions.Add(AvailableAction.Items(Action.Type.RemoveRule, Rules.Select(r=>r.ToString()).ToList()));
}
if (IsValid())
{
actions.Add(AvailableAction.FreeText(Action.Type.Start));
}
}
}
return actions;
case State.ChoosingTeam:
if (CurrentVoteTrack != null && player == CurrentVoteTrack.Leader)
{
actions.Add(AvailableAction.Items(Action.Type.AddToTeam, Players.Except(CurrentVoteTrack.Players).Select(p=>p.Name).ToList()));
}
if (CurrentVoteTrack != null && player == CurrentVoteTrack.Leader && CurrentVoteTrack.Players.Any())
{
actions.Add(AvailableAction.Items(Action.Type.RemoveFromTeam, CurrentVoteTrack.Players.Select(p => p.Name).ToList()));
}
break;
case State.AssigningExcalibur:
if (player == CurrentVoteTrack.Leader)
{
actions.Add(AvailableAction.Items(Action.Type.AssignExcalibur, CurrentVoteTrack.Players.Where(p=>p!=CurrentVoteTrack.Leader).Select(p => p.Name).ToList()));
}
break;
case State.VotingForTeam:
if (player!=null && !CurrentVoteTrack.Votes.Any(v => v.Player == player))
{
actions.Add(AvailableAction.Action(Action.Type.VoteApprove));
actions.Add(AvailableAction.Action(Action.Type.VoteReject));
}
break;
case State.Questing:
if (CurrentVoteTrack.Players.Contains(player) && !CurrentVoteTrack.QuestCards.Any(q => q.Player == player))
{
//good must always vote success
if (Rules.Contains(Rule.GoodMustAlwaysSucceedQuests) && !IsCharacterEvil(player.Character, CurrentLancelotAllegianceSwitched))
{
actions.Add(AvailableAction.Action(Action.Type.SucceedQuest));
}
else
{
//lancelot fanatasism
if (Rules.Contains(Rule.LancelotsMustVoteFanatically) && (player.Character == Character.Lancelot || player.Character == Character.EvilLancelot))
{
if (IsCharacterEvil(player.Character, CurrentLancelotAllegianceSwitched))
{
actions.Add(AvailableAction.Action(Action.Type.FailQuest));
}
else
{
actions.Add(AvailableAction.Action(Action.Type.SucceedQuest));
}
}
else
{
actions.Add(AvailableAction.Action(Action.Type.SucceedQuest));
actions.Add(AvailableAction.Action(Action.Type.FailQuest));
}
}
}
break;
case State.UsingExcalibur:
if (CurrentVoteTrack.Excalibur.Holder == player)
{
actions.Add(AvailableAction.Items(Action.Type.UseExcalibur, CurrentVoteTrack.Players.Where(p => p != player).Select(p => p.Name).ToList()));
actions.Last().ActionItems.Insert(0, "");
}
break;
case State.LadyOfTheLake:
if (Rules.Contains(Rule.LadyOfTheLakeExists) && CurrentQuest.LadyOfTheLake != null && CurrentQuest.LadyOfTheLake.Holder == player && CurrentQuest.LadyOfTheLake.Target == null)
{
var list = Players.Except(Players.Where(p => Quests.Any(r => r.LadyOfTheLake != null && r.LadyOfTheLake.Holder == p))).Select(p => p.Name).ToList();
actions.Add(AvailableAction.Items(Action.Type.UseTheLadyOfTheLake, list));
}
break;
case Game.State.GuessingMerlin:
if (player != null && player.Character == Character.Assassin)
{
actions.Add(AvailableAction.Items(Action.Type.GuessMerlin, Players.Where(p => p != player).Select(p => p.Name).ToList()));
}
break;
}
if (player != null)
{
actions.Add(AvailableAction.FreeText(Action.Type.Message));
}
return actions;
}
private bool IKnowTheyAreEvil(Player player, Game game)
{
var knowledge = game.PlayerKnowledge(_player, player);
if (knowledge == Knowledge.Evil || (knowledge == Knowledge.EvilLancelot && !game.CurrentLancelotAllegianceSwitched) || (knowledge == Knowledge.Lancelot && game.CurrentLancelotAllegianceSwitched))
{
return true;
}
return false;
}
public void AddToTeam(Player player, Player proposedPlayer)
{
CurrentTeam.AddToTeam(player, proposedPlayer);
}
public void VoteForTeam(Player player, bool approve)
{
CurrentTeam.VoteForTeam(player, approve);
//on the last vote, if it fails, create the next quest
if (CurrentTeam.Votes.Count == TotalPlayers)
{
var rejects = CurrentTeam.Votes.Where(v => !v.Approve).Count();
if (rejects >= Math.Ceiling(TotalPlayers / 2.0))
{
_currentPlayer = NextPlayer;
Teams.Add(new Team(_players[_currentPlayer]));
}
}
}
public List<Action> DoSomething(Game game)
{
var actions = new List<Action>();
_game = game;
_player = _game.Players.First(p => p.Guid == PlayerGuid);
_IAmEvil = _game.IsCharacterEvil(_player.Character, false);
var availableActions = _game.AvailableActions(_player);
if (availableActions.Count == 0)
return null;
if (availableActions.Any(a=>a.ActionType==ResistanceOnline.Core.Action.Type.VoteApprove))
{
actions.Add(new Action(PlayerGuid, TeamVote() ? Action.Type.VoteApprove : Action.Type.VoteReject));
}
if (availableActions.Any(a => a.ActionType == ResistanceOnline.Core.Action.Type.AssignExcalibur))
{
actions.Add( new Action(PlayerGuid, Action.Type.AssignExcalibur, AssignExcalibur().Name));
}
if (availableActions.Any(a => a.ActionType == ResistanceOnline.Core.Action.Type.UseExcalibur))
{
var target = UseExcalibur();
var name = target==null? string.Empty : target.Name;
actions.Add( new Action(PlayerGuid, Action.Type.UseExcalibur, name));
}
if (availableActions.Any(a => a.ActionType == ResistanceOnline.Core.Action.Type.FailQuest) || availableActions.Any(a => a.ActionType == ResistanceOnline.Core.Action.Type.SucceedQuest))
{
actions.Add( new Action(PlayerGuid, Quest() ? Action.Type.SucceedQuest : Action.Type.FailQuest));
}
if (availableActions.Any(a => a.ActionType == ResistanceOnline.Core.Action.Type.AddToTeam))
{
actions.Add( new Action(PlayerGuid, Action.Type.AddToTeam, ChooseTeamPlayer().Name));
}
if (availableActions.Any(a => a.ActionType == ResistanceOnline.Core.Action.Type.GuessMerlin))
{
actions.Add( new Action(PlayerGuid, Action.Type.GuessMerlin, GuessMerlin().Name));
}
if (availableActions.Any(a => a.ActionType == ResistanceOnline.Core.Action.Type.UseTheLadyOfTheLake))
{
actions.Add( new Action(PlayerGuid, Action.Type.UseTheLadyOfTheLake, LadyOfTheLakeTarget().Name));
}
if (availableActions.Any(a => a.ActionType == ResistanceOnline.Core.Action.Type.Message) && _thingsIWantToSay.Count > 0)
{
actions.AddRange(_thingsIWantToSay.Select(s => new Action(PlayerGuid, Action.Type.Message, s)).ToList());
}
return actions;
}
void GuessMerlin(Player guess)
{
AssassinsGuessAtMerlin = guess;
if (guess.Character == Character.Merlin)
{
GameState = State.EvilTriumphs;
Winners = Players.Where(p => IsCharacterEvil(p.Character, CurrentLancelotAllegianceSwitched)).ToList();
}
else
{
Winners = Players.Where(p => !IsCharacterEvil(p.Character, CurrentLancelotAllegianceSwitched)).ToList();
GameState = State.GoodPrevails;
}
}
private bool IsProbablyEvil(Player player)
{
var trust = ProbabilityOfEvil(player);
return (new Random().Next(100) < trust);
}
void JoinGame(string playerName, Guid playerGuid, Player.Type playerType = Player.Type.Human)
{
if (Players.Select(p => p.Guid).Contains(playerGuid))
throw new InvalidOperationException("It's really not fair if you play as more than one player and you want the game to be fair don't you?");
if (String.IsNullOrWhiteSpace(playerName))
playerName = String.Empty;
playerName = playerName.Uniquify(Players.Select(p => p.Name));
Players.Add(new Player() { Name = playerName, Guid = playerGuid, PlayerType = playerType });
RoundTables = StandardQuestSizes(Players.Count);
}
void AssignExcalibur(Player proposedPlayer)
{
CurrentVoteTrack.Excalibur = new ExcaliburUse { Holder = proposedPlayer };
GameState = State.VotingForTeam;
}
void Message(Player player, string message)
{
CurrentQuest.CurrentVoteTrack.Messages.Add(new PlayerMessage { Player = player, Message = message });
}