public static void Control(PhysicsValues physicsValues, GameDuration elapsedDuration, Entity entity)
{
// initialize Behavior stores if necessary
if (!_activeBehavior.ContainsKey(entity))
{
Behavior defaultBehavior = InitializeBehaviors(entity);
_activeBehavior.Add(entity, defaultBehavior);
}
Behavior current = _activeBehavior[entity];
// update the duration the active Behavior has been running
current.AddToActiveDuration(elapsedDuration);
// store all relevant data in BehaviorContext
var context = new BehaviorContext(physicsValues, elapsedDuration);
// if the minimum running duration of the current Behavior has passed, look for another applicable Behavior
if (current.ActiveDuration > current.MinimumDuration())
{
foreach (Behavior b in _possibleBehaviors[entity])
{
// we only look for *other* Behaviors
if (current.Equals(b))
{
continue;
}
// determine the other Behavior's current priority
var otherPrio = b.DeterminePriority(context);
// only consider other Behavior if it's applicable
if (otherPrio == BehaviorPriority.NA)
{
continue;
}
// switch to other Behavior depending on relation between priorities
var currentPrio = current.DeterminePriority(context);
if (otherPrio / (currentPrio + otherPrio) > Rng.NextDouble())
{
// reset the current Behavior, as it might become active again later
current.Reset();
// change active Behavior to new one
_activeBehavior[entity] = b;
current = b;
////Console.WriteLine("Entity {0} switched to behavior {1}", entity, b);
}
}
}
// let the active Behavior control the entity
var position = entity.Get <PositionComponent>();
current.Behave(context, position);
entity.Set(position);
}
private void SetDefaults()
{
SetBoard();
StatusOfGame = GameStatus.DuringGame;
GameTime = new GameDuration();
gameStarter = new GameStarter(this);
}
public OptionsCategory OptionExecuting()
{
Timer = new GameDuration();
Timer.Start();
PlayingGame();
Timer.Stop();
DisplayResult();
var ProgramExecution = new DecisionOnFurtherCourseOfProgram(this);
return(ProgramExecution.UserDecidesWhatToDoNext());
}
private void SetDefaults()
{
Timer = new GameDuration();
RandomPINnumbers = new int[4];
var random = new Random();
for (int i = 0; i < RandomPINnumbers.Length; ++i)
{
RandomPINnumbers[i] = random.Next(0, 10);
}
}
private void UpdateBuildAction(GameDuration elapsedDuration)
{
if (_placementCooldown > GameDuration.Zero)
{
_placementCooldown -= elapsedDuration;
}
var result = World.CastRay(
PositionData.Placement.Pos + new EntityOffset(0, PhysicsValues.PlayerEyeHeight, 0),
(EntityOffset)PositionData.Placement.Orientation,
PhysicsValues.MiningDistance);
if (result == null)
{
HighlightedBlock = null;
_miningTime = GameDuration.Zero;
}
else
{
if (RayCastResult.FaceEquals(HighlightedBlock, result) &&
_controller.IsKeyPressed(GameKey.Primary))
{
_miningTime += elapsedDuration;
if (_miningTime.Seconds >= PhysicsValues.MiningTime)
{
_blockUpdates.Add(new BlockUpdateData
{
Pos = result.BlockPos,
Material = 0,
});
}
}
else
{
_miningTime = GameDuration.Zero;
if (_placementCooldown <= GameDuration.Zero && _controller.IsKeyPressed(GameKey.Secondary))
{
_placementCooldown.Seconds = PhysicsValues.PlacementCooldown;
_blockUpdates.Add(new BlockUpdateData
{
Pos = result.BlockPos + result.Normal,
Material = 1,
});
}
}
HighlightedBlock = result;
}
}
private void MovePlayer(GameDuration elapsedDuration)
{
var velocity = new EntityOffset(0, PositionData.Velocity.Y, 0);
var moveOffset = PhysicsValues.PlayerMovementSpeed * (EntityOffset) new EntityOrientation(PositionData.Placement.Orientation.Horizontal, 0);
bool isMovingAlong = false, isMovingSideways = false;
if (_controller.IsKeyPressed(GameKey.Forwards))
{
isMovingAlong = true;
velocity.X += moveOffset.X;
velocity.Z += moveOffset.Z;
}
if (_controller.IsKeyPressed(GameKey.Left))
{
isMovingSideways = true;
velocity.X += moveOffset.Z;
velocity.Z -= moveOffset.X;
}
if (_controller.IsKeyPressed(GameKey.Backwards))
{
isMovingAlong = true;
velocity.X -= moveOffset.X;
velocity.Z -= moveOffset.Z;
}
if (_controller.IsKeyPressed(GameKey.Right))
{
isMovingSideways = true;
velocity.X -= moveOffset.Z;
velocity.Z += moveOffset.X;
}
if (isMovingAlong && isMovingSideways)
{
velocity.X *= _inverseSqrt2;
velocity.Z *= _inverseSqrt2;
}
if (!PositionData.IsFalling && _controller.IsKeyPressed(GameKey.Jump))
{
velocity.Y += GetJumpingSpeed();
}
Movement.MoveEntity(PhysicsValues, World, PositionData, elapsedDuration, velocity);
}
public ImposterDrawingGameMode(Lobby lobby, List <ConfigureLobbyRequest.GameModeOptionRequest> gameModeOptions, StandardGameModeOptions standardOptions)
{
this.Lobby = lobby;
TimeSpan? writingTimer = null;
TimeSpan? drawingTimer = null;
TimeSpan? votingTimer = null;
GameDuration duration = standardOptions.GameDuration;
if (standardOptions.TimerEnabled)
{
writingTimer = ImposterDrawingConstants.WritingTimer[duration];
drawingTimer = ImposterDrawingConstants.DrawingTimer[duration];
votingTimer = ImposterDrawingConstants.VotingTimer[duration];
}
List <Prompt> prompts = new List <Prompt>();
int numRounds = Math.Min(ImposterDrawingConstants.MaxNumRounds[duration], this.Lobby.GetAllUsers().Count);
int numDrawingsPerUser = Math.Min(ImposterDrawingConstants.MaxDrawingsPerPlayer[duration], numRounds - 1);
numRounds = Math.Min(numRounds, (this.Lobby.GetAllUsers().Count - 1) * numDrawingsPerUser / ImposterDrawingConstants.MinNumPlayersPerRound);
int playersPerPrompt = Math.Min(ImposterDrawingConstants.MaxNumPlayersPerRound, this.Lobby.GetAllUsers().Count - 1);
playersPerPrompt = Math.Min(playersPerPrompt, this.Lobby.GetAllUsers().Count *numDrawingsPerUser / numRounds + 1);
Setup = new Setup_GS(
lobby: lobby,
promptsToPopulate: prompts,
writingTimeDuration: writingTimer,
drawingTimeDuration: drawingTimer,
numDrawingsPerUser: numDrawingsPerUser,
numRounds: numRounds,
maxPlayersPerPrompt: playersPerPrompt);
StateChain CreateGamePlayLoop()
{
List <State> stateList = new List <State>();
foreach (Prompt prompt in prompts)
{
stateList.Add(GetImposterLoop(prompt, prompt == prompts.Last()));
}
StateChain gamePlayChain = new StateChain(states: stateList);
gamePlayChain.Transition(this.Exit);
return(gamePlayChain);
}
this.Entrance.Transition(Setup);
Setup.Transition(CreateGamePlayLoop);
StateChain GetImposterLoop(Prompt prompt, bool lastRound = false)
{
return(new StateChain(
stateGenerator: (int counter) =>
{
if (counter == 0)
{
return GetVotingAndRevealState(prompt, (prompt.UsersToDrawings.Values.Any(val => val == null)), votingTimer);
}
if (counter == 1)
{
if (lastRound)
{
return new ScoreBoardGameState(lobby, "Final Scores");
}
else
{
return new ScoreBoardGameState(lobby);
}
}
else
{
return null;
}
}));
}
}
public FriendQuizGameMode(Lobby lobby, List <ConfigureLobbyRequest.GameModeOptionRequest> gameModeOptions, StandardGameModeOptions standardOptions)
{
GameDuration duration = standardOptions.GameDuration;
double questionPoolMultiplier = 2.5; // Question pool is X times bigger than number of questions per person.
int numQuestionsToAnswer = (int)gameModeOptions[(int)GameModeOptionsEnum.NumAnswerQuestions].ValueParsed;
int numRounds = Math.Min(lobby.GetAllUsers().Count(), FriendQuizConstants.MaxUserRounds[duration]);
int numQuestionSetup = (int)(numQuestionsToAnswer * questionPoolMultiplier / numRounds) + 1; // How many questions each user should contribute.
TimeSpan?setupTimer = null;
TimeSpan?answeringTimer = null;
TimeSpan?votingTimer = null;
if (standardOptions.TimerEnabled)
{
setupTimer = FriendQuizConstants.SetupTimer[duration];
answeringTimer = FriendQuizConstants.AnsweringTimer[duration];
votingTimer = FriendQuizConstants.VotingTimer[duration];
}
Dictionary <User, List <Question> > usersToAssignedQuestions = new Dictionary <User, List <Question> >();
int maxNumAssigned = 1; // Variable for tracking user with most questions.
StateChain gameStateChain = new StateChain(stateGenerator: (int counter) =>
{
if (counter == 0)
{
setupTimer = setupTimer?.Multiply(numQuestionSetup);
return(new Setup_GS(
lobby: lobby,
roundTracker: RoundTracker,
numExpectedPerUser: numQuestionSetup,
setupDuration: setupTimer));
}
else if (counter == 1)
{
List <UserQuestionsHolder> userQuestionsHolders = lobby.GetAllUsers().Select(user => new UserQuestionsHolder(user, numQuestionsToAnswer)).ToList();
List <Question> randomizedQuestions = RoundTracker.Questions.OrderBy(_ => Rand.Next()).ToList();
List <IGroup <Question> > assignments = MemberHelpers <Question> .Assign(userQuestionsHolders.Cast <IConstraints <Question> >().ToList(), randomizedQuestions, lobby.GetAllUsers().Count);
var pairings = userQuestionsHolders.Zip(assignments);
foreach ((UserQuestionsHolder holder, IGroup <Question> questions) in pairings)
{
if (questions.Members.Count() > maxNumAssigned)
{
maxNumAssigned = questions.Members.Count();
}
// Makes a copy of the questions so that it can handle multiple people answering the same question without them both overriding the same object
usersToAssignedQuestions.Add(holder.QuestionedUser, questions.Members.Select(question => new Question(question)
{
MainUser = holder.QuestionedUser
}).ToList());
}
answeringTimer = answeringTimer?.Multiply(maxNumAssigned);
return(new AnswerQuestion_GS(
lobby: lobby,
usersToAssignedQuestions: usersToAssignedQuestions,
answerTimeDuration: answeringTimer));
}
else if (counter == 2)
{
votingTimer = votingTimer?.Multiply(maxNumAssigned);
List <User> randomizedUsers = usersToAssignedQuestions.Keys
.OrderBy(_ => Rand.Next())
.ToList() // Probably not needed, but just in case.
.Take(numRounds) // Number of rounds is limited based on game duration.
.ToList();
return(GetUserQueryStateChain(randomizedUsers));
}
else
{
return(null);
}
});
this.Entrance.Transition(gameStateChain);
gameStateChain.Transition(this.Exit);
StateChain GetUserQueryStateChain(List <User> users)
{
List <State> chain = new List <State>();
foreach (User user in users)
{
List <Question> nonAbstainedQuestions = usersToAssignedQuestions[user].Where(question => !question.Abstained).ToList();
if (nonAbstainedQuestions.Count > 0)
{
chain.Add(new StateChain(stateGenerator: (int counter) =>
{
if (counter == 0)
{
return(new SliderQueryAndReveal(
lobby: lobby,
objectsToQuery: nonAbstainedQuestions,
usersToQuery: lobby.GetAllUsers().Where(lobbyUser => lobbyUser != user).ToList(),
queryTime: votingTimer)
{
QueryPromptTitle = $"How do you think {user.DisplayName} answered these questions?",
QueryPromptDescription = "The tighter the range of your guess, the more points if you're correct",
QueryViewOverrides = new UnityViewOverrides()
{
Title = $"How do you think {user.DisplayName} answered these questions?",
},
RevealViewOverrides = new UnityViewOverrides()
{
Title = $"This is how {user.DisplayName} answered those questions.",
},
QueryExitListener = CountQueries,
});
}
else if (counter == 1)
{
if (user == users.Last())
{
return(new ScoreBoardGameState(lobby, "Final Scores"));
}
else
{
return(new ScoreBoardGameState(lobby));
}
}
else
{
return(null);
}
}));
}
}
return(new StateChain(chain));
}
}
public BehaviorContext(PhysicsValues physicsValues, GameDuration elapsedDuration)
{
PhysicsValues = physicsValues;
ElapsedDuration = elapsedDuration;
}
public TwoToneDrawingGameMode(Lobby lobby, List <ConfigureLobbyRequest.GameModeOptionRequest> gameModeOptions, StandardGameModeOptions standardOptions)
{
this.Lobby = lobby;
GameDuration duration = standardOptions.GameDuration;
int maxPossibleTeamCount = 8; // Can go higher than this in extreme circumstances.
bool useSingleColor = (bool)gameModeOptions[(int)GameModeOptionsEnum.useSingleColor].ValueParsed;
int numLayers = (int)gameModeOptions[(int)GameModeOptionsEnum.numLayers].ValueParsed;
int numPlayers = lobby.GetAllUsers().Count();
if (numLayers * 2 > numPlayers)
{
numLayers = numPlayers / 2;
}
int numRounds = Math.Min(TwoToneDrawingConstants.MaxNumRounds[duration], numPlayers);
int numDrawingsPerPlayer = Math.Min(TwoToneDrawingConstants.DrawingsPerPlayer[duration], numRounds);
int numTeamsLowerBound = Math.Max(2, 1 * numPlayers / (numRounds * numLayers)); // Lower bound.
int numTeamsUpperBound = Math.Min(maxPossibleTeamCount, numDrawingsPerPlayer * numPlayers / (numRounds * numLayers)); // Upper bound.
int numTeams = Math.Max(numTeamsLowerBound, numTeamsUpperBound); // Possible for lower bound to be higher than upper bound. that is okay.
//int drawingsPerPlayer = numRounds * numLayers * numTeams / numPlayers;
TimeSpan?setupTimer = null;
TimeSpan?drawingTimer = null;
TimeSpan?votingTimer = null;
if (standardOptions.TimerEnabled)
{
setupTimer = TwoToneDrawingConstants.SetupTimer[duration];
drawingTimer = TwoToneDrawingConstants.PerDrawingTimer[duration].MultipliedBy(numDrawingsPerPlayer);
votingTimer = TwoToneDrawingConstants.VotingTimer[duration];
}
Setup = new Setup_GS(
lobby: lobby,
challengeTrackers: this.SubChallenges,
useSingleColor: useSingleColor,
numLayersPerTeam: numLayers,
numTeamsPerPrompt: numTeams,
numRounds: numRounds,
setupTimer: setupTimer,
drawingTimer: drawingTimer);
StateChain GamePlayLoopGenerator()
{
List <ChallengeTracker> challenges = SubChallenges.Keys.OrderBy(_ => Rand.Next()).ToList();
StateChain chain = new StateChain(
stateGenerator: (int counter) =>
{
if (counter < challenges.Count)
{
return(new StateChain(stateGenerator: (int i) => {
switch (i)
{
case 0: return GetVotingAndRevealState(challenges[counter], votingTimer);
case 1: return ((counter == challenges.Count - 1) ? new ScoreBoardGameState(lobby, "Final Scores") : new ScoreBoardGameState(lobby));
default: return null;
}
}));
}
else
{
return(null);
}
});
chain.Transition(this.Exit);
return(chain);
}
Setup.Transition(GamePlayLoopGenerator);
this.Entrance.Transition(Setup);
}
/// <summary>
/// Adds the given duration to this Behavior's ActiveDuration.
/// </summary>
/// <param name="duration">The duration to add.</param>
public void AddToActiveDuration(GameDuration duration)
{
_behaviorDuration += duration;
}
/// <summary>
/// Initializes a new instance of the <see cref="Behavior"/> class.
/// </summary>
/// <param name="entity">The entity controlled by this behavior.</param>
public Behavior(Entity entity)
{
_entity = entity;
_behaviorDuration = new GameDuration(0);
}
public BehaviorContext(PhysicsValues physicsValues, GameDuration elapsedDuration, IEnumerable <Entity> otherEntities)
{
PhysicsValues = physicsValues;
ElapsedDuration = elapsedDuration;
OtherEntities = otherEntities;
}
public static void MoveEntity(PhysicsValues physicsValues, World world, PositionData positionData, GameDuration elapsedDuration, EntityOffset offset)
{
offset.Y -= 0.5 * elapsedDuration.Seconds * physicsValues.Gravity;
if (MoveY(physicsValues, world, positionData, offset.Y * elapsedDuration.Seconds))
{
positionData.IsFalling = false;
}
else
{
if (!positionData.IsFalling)
{
/* Re-evaluate the fall from the apparent position. */
positionData.InternalPos = positionData.Placement.Pos;
MoveY(physicsValues, world, positionData, offset.Y * elapsedDuration.Seconds);
positionData.IsFalling = true;
}
}
if (positionData.IsFalling)
{
offset.Y -= 0.5 * elapsedDuration.Seconds * physicsValues.Gravity;
}
else
{
if (Math.Abs(offset.Y) > Math.Sqrt(2 * physicsValues.Gravity * physicsValues.TerminalHeight))
{
Respawn(positionData);
}
offset.Y = 0;
}
if (offset.X != 0 || offset.Z != 0)
{
long savedY = positionData.InternalPos.Y;
if (!positionData.IsFalling && world[(BlockPos)positionData.InternalPos - BlockOffset.UnitY] != 0)
{
// Temporarily move the character up a block so that it can climb up stairs.
MoveY(physicsValues, world, positionData, 1);
}
EntityPos positionBeforeMovement = positionData.InternalPos;
double moveX = offset.X * elapsedDuration.Seconds;
double moveZ = offset.Z * elapsedDuration.Seconds;
if (offset.X > offset.Z)
{
MoveX(physicsValues, world, positionData, moveX);
MoveZ(physicsValues, world, positionData, moveZ);
}
else
{
MoveZ(physicsValues, world, positionData, moveZ);
MoveX(physicsValues, world, positionData, moveX);
}
var moveDelta = positionData.InternalPos - positionBeforeMovement;
moveX -= moveDelta.X;
moveZ -= moveDelta.Z;
if (!positionData.IsFalling)
{
// Attempt to move the character back down to the ground in case we didn't climb a stair.
MoveY(physicsValues, world, positionData, (savedY - positionData.InternalPos.Y) / (double)(1L << 32));
savedY = positionData.InternalPos.Y;
// Attempt to move the caracter down an additional block so that it can walk down stairs.
if (!MoveY(physicsValues, world, positionData, -((1L << 32) + 1) / (double)(1L << 32)))
{
positionData.InternalPos.Y = savedY;
positionData.IsFalling = true;
}
}
// Attempt to continue movement at this new (lower) Y position.
if (offset.X > offset.Z)
{
if (MoveX(physicsValues, world, positionData, moveX))
{
offset.X = 0;
}
if (MoveZ(physicsValues, world, positionData, moveZ))
{
offset.Z = 0;
}
}
else
{
if (MoveZ(physicsValues, world, positionData, moveZ))
{
offset.Z = 0;
}
if (MoveX(physicsValues, world, positionData, moveX))
{
offset.X = 0;
}
}
}
positionData.Velocity = offset;
SetPositionFromCollisionPosition(physicsValues, world, positionData);
}
public MimicGameMode(Lobby lobby, List <ConfigureLobbyRequest.GameModeOptionRequest> gameModeOptions, StandardGameModeOptions standardOptions)
{
GameDuration duration = standardOptions.GameDuration;
int numStartingDrawingsPerUser = 1;
int maxDrawingsBeforeVoteInput = (int)gameModeOptions[(int)GameModeOptions.MaxDrawingsBeforeVote].ValueParsed;
int maxVoteDrawings = 12; // Everybody's drawing should show up, but it gets a little prohibitive past 12 so limit it here.
TimeSpan? drawingTimer = null;
TimeSpan? votingTimer = null;
if (standardOptions.TimerEnabled)
{
drawingTimer = MimicConstants.DrawingTimer[duration];
votingTimer = MimicConstants.VotingTimer[duration];
}
TimeSpan?extendedDrawingTimer = drawingTimer.MultipliedBy(MimicConstants.MimicTimerMultiplier);
int numPlayers = lobby.GetAllUsers().Count();
int numRounds = Math.Min(MimicConstants.MaxRounds[duration], numPlayers);
this.Lobby = lobby;
Setup = new Setup_GS(
lobby: lobby,
drawings: Drawings,
numDrawingsPerUser: numStartingDrawingsPerUser,
drawingTimeDuration: drawingTimer);
List <UserDrawing> randomizedDrawings = new List <UserDrawing>();
Setup.AddExitListener(() =>
{
randomizedDrawings = this.Drawings
.OrderBy(_ => Rand.Next())
.ToList()
.Take(numRounds) // Limit number of rounds based on game duration.
.ToList();
});
StateChain CreateGamePlayLoop()
{
bool timeToShowScores = true;
StateChain gamePlayLoop = new StateChain(stateGenerator: (int counter) =>
{
if (randomizedDrawings.Count > 0)
{
StateChain CreateMultiRoundLoop()
{
int maxDrawingsBeforeVote = Math.Min(maxDrawingsBeforeVoteInput, randomizedDrawings.Count);
if (randomizedDrawings.Count == 0)
{
throw new Exception("Something went wrong while setting up the game");
}
List <RoundTracker> roundTrackers = new List <RoundTracker>();
return(new StateChain(stateGenerator: (int counter) =>
{
if (counter < maxDrawingsBeforeVote)
{
UserDrawing originalDrawing = randomizedDrawings.First();
randomizedDrawings.RemoveAt(0);
RoundTracker drawingsRoundTracker = new RoundTracker();
roundTrackers.Add(drawingsRoundTracker);
drawingsRoundTracker.originalDrawer = originalDrawing.Owner;
drawingsRoundTracker.UsersToUserDrawings.AddOrUpdate(originalDrawing.Owner, originalDrawing, (User user, UserDrawing drawing) => originalDrawing);
DisplayOriginal_GS displayGS = new DisplayOriginal_GS(
lobby: lobby,
displayTimeDuration: MimicConstants.MemorizeTimerLength,
displayDrawing: originalDrawing);
CreateMimics_GS mimicsGS = new CreateMimics_GS(
lobby: lobby,
roundTracker: drawingsRoundTracker,
drawingTimeDuration: extendedDrawingTimer
);
mimicsGS.AddExitListener(() =>
{
List <User> randomizedUsersToDisplay = new List <User>();
List <User> randomizedKeys = drawingsRoundTracker.UsersToUserDrawings.Keys.OrderBy(_ => Rand.Next()).ToList();
for (int i = 0; i < maxVoteDrawings && i < randomizedKeys.Count; i++)
{
randomizedUsersToDisplay.Add(randomizedKeys[i]);
}
if (!randomizedUsersToDisplay.Contains(drawingsRoundTracker.originalDrawer))
{
randomizedUsersToDisplay.RemoveAt(0);
randomizedUsersToDisplay.Add(drawingsRoundTracker.originalDrawer);
}
randomizedUsersToDisplay = randomizedUsersToDisplay.OrderBy(_ => Rand.Next()).ToList();
drawingsRoundTracker.UsersToDisplay = randomizedUsersToDisplay;
});
return new StateChain(states: new List <State>()
{
displayGS, mimicsGS
}, exit: null);
}
else if (counter < maxDrawingsBeforeVote * 2)
{
return GetVotingAndRevealState(roundTrackers[counter - maxDrawingsBeforeVote], votingTimer);
}
else
{
return null;
}
}));
}
return(CreateMultiRoundLoop());
}
else
{
if (timeToShowScores)
{
timeToShowScores = false;
return(new ScoreBoardGameState(
lobby: lobby,
title: "Final Scores"));
}
else
{
//Ends the chain
return(null);
}
}
});
gamePlayLoop.Transition(this.Exit);
return(gamePlayLoop);
}
this.Entrance.Transition(Setup);
Setup.Transition(CreateGamePlayLoop);
}
public HardCodedGameFactory(IOptions <GameDuration> options)
{
_options = options.Value;
}
/// <summary>
/// Resets this Behavior.
/// </summary>
public void Reset()
{
_behaviorDuration = new GameDuration(0);
}
public BattleReadyGameMode(Lobby lobby, List <ConfigureLobbyRequest.GameModeOptionRequest> gameModeOptions, StandardGameModeOptions standardOptions)
{
GameDuration duration = standardOptions.GameDuration;
this.Lobby = lobby;
int numRounds = BattleReadyConstants.NumRounds[duration];
int numPlayers = lobby.GetAllUsers().Count();
TimeSpan?setupDrawingTimer = null;
TimeSpan?setupPromptTimer = null;
TimeSpan?creationTimer = null;
TimeSpan?votingTimer = null;
int numOfEachPartInHand = (int)gameModeOptions[(int)GameModeOptionsEnum.NumEachPartInHand].ValueParsed;
int numPromptsPerRound = Math.Min(numPlayers, BattleReadyConstants.MaxNumSubRounds[duration]);
int minDrawingsRequired = numOfEachPartInHand * 3; // the amount to make one playerHand to give everyone
int expectedPromptsPerUser = (int)Math.Ceiling(1.0 * numPromptsPerRound * numRounds / lobby.GetAllUsers().Count);
int expectedDrawingsPerUser = Math.Max((minDrawingsRequired / numPlayers + 1) * 2, BattleReadyConstants.NumDrawingsPerPlayer[duration]);
if (standardOptions.TimerEnabled)
{
setupDrawingTimer = BattleReadyConstants.SetupPerDrawingTimer[duration];
setupPromptTimer = BattleReadyConstants.SetupPerPromptTimer[duration];
creationTimer = BattleReadyConstants.PerCreationTimer[duration];
votingTimer = BattleReadyConstants.VotingTimer[duration];
}
SetupDrawings_GS setupDrawing = new SetupDrawings_GS(
lobby: lobby,
drawings: this.Drawings,
numExpectedPerUser: expectedDrawingsPerUser,
setupDurration: setupDrawingTimer * expectedDrawingsPerUser);
SetupPrompts_GS setupPrompt = new SetupPrompts_GS(
lobby: lobby,
prompts: Prompts,
numExpectedPerUser: expectedPromptsPerUser,
setupDuration: setupPromptTimer);
List <Prompt> battlePrompts = new List <Prompt>();
IReadOnlyList <PeopleUserDrawing> headDrawings = new List <PeopleUserDrawing>();
IReadOnlyList <PeopleUserDrawing> bodyDrawings = new List <PeopleUserDrawing>();
IReadOnlyList <PeopleUserDrawing> legsDrawings = new List <PeopleUserDrawing>();
setupDrawing.AddExitListener(() =>
{
// Trim extra prompts/drawings.
headDrawings = Drawings.ToList().FindAll((drawing) => drawing.Type == BodyPartType.Head);
bodyDrawings = Drawings.ToList().FindAll((drawing) => drawing.Type == BodyPartType.Body);
legsDrawings = Drawings.ToList().FindAll((drawing) => drawing.Type == BodyPartType.Legs);
});
int numPromptsPerUserPerRound = 0; // Set during below exit listener.
setupPrompt.AddExitListener(() =>
{
battlePrompts = MemberHelpers <Prompt> .Select_Ordered(Prompts.OrderBy(prompt => prompt.CreationTime).ToList(), numPromptsPerRound * numRounds);
numRounds = (battlePrompts.Count - 1) / numPromptsPerRound + 1;
numPromptsPerRound = (int)Math.Ceiling(1.0 * battlePrompts.Count / numRounds);
numPromptsPerUserPerRound = Math.Max(1, numPromptsPerRound / 2);
int maxNumUsersPerPrompt = Math.Min(12, (int)Math.Ceiling(1.0 * numPlayers * numPromptsPerUserPerRound / numPromptsPerRound));
foreach (Prompt prompt in battlePrompts)
{
prompt.MaxMemberCount = maxNumUsersPerPrompt;
}
});
List <GameState> creationGameStates = new List <GameState>();
List <GameState> votingGameStates = new List <GameState>();
List <GameState> voteRevealedGameStates = new List <GameState>();
List <GameState> scoreboardGameStates = new List <GameState>();
int countRounds = 0;
#region GameState Generators
GameState CreateContestantCreationGamestate()
{
RoundTracker.ResetRoundVariables();
List <Prompt> prompts = battlePrompts.Take(numPromptsPerRound).ToList();
battlePrompts.RemoveRange(0, prompts.Count);
List <IGroup <User> > assignments = MemberHelpers <User> .Assign(
prompts.Cast <IConstraints <User> >().ToList(),
lobby.GetAllUsers().ToList(),
duplicateMembers : (int)Math.Ceiling((1.0 * prompts.Count / numPromptsPerRound) * numPromptsPerUserPerRound));
var pairings = prompts.Zip(assignments);
foreach ((Prompt prompt, IGroup <User> users) in pairings)
{
foreach (User user in users.Members)
{
prompt.UsersToUserHands.TryAdd(user, new Prompt.UserHand
{
// Users have even probabilities regardless of how many drawings they submitted.
HeadChoices = MemberHelpers <PeopleUserDrawing> .Select_DynamicWeightedRandom(headDrawings, numOfEachPartInHand),
BodyChoices = MemberHelpers <PeopleUserDrawing> .Select_DynamicWeightedRandom(bodyDrawings, numOfEachPartInHand),
LegChoices = MemberHelpers <PeopleUserDrawing> .Select_DynamicWeightedRandom(legsDrawings, numOfEachPartInHand),
Owner = user
});
if (!RoundTracker.UsersToAssignedPrompts.ContainsKey(user))
{
RoundTracker.UsersToAssignedPrompts.Add(user, new List <Prompt>());
}
RoundTracker.UsersToAssignedPrompts[user].Add(prompt);
}
}
GameState toReturn = new ContestantCreation_GS(
lobby: lobby,
roundTracker: RoundTracker,
creationDuration: creationTimer);
toReturn.Transition(CreateVotingGameStates(prompts));
return(toReturn);
}
Func <StateChain> CreateVotingGameStates(List <Prompt> roundPrompts)
{
return(() =>
{
StateChain voting = new StateChain(
stateGenerator: (int counter) =>
{
if (counter < roundPrompts.Count)
{
Prompt roundPrompt = roundPrompts[counter];
return GetVotingAndRevealState(roundPrompt, votingTimer);
}
else
{
// Stops the chain.
return null;
}
});
voting.Transition(CreateScoreGameState(roundPrompts));
return voting;
});
}
Func <GameState> CreateScoreGameState(List <Prompt> roundPrompts)
{
return(() =>
{
List <Person> winnersPeople = roundPrompts.Select((prompt) => (Person)prompt.UsersToUserHands[prompt.Winner]).ToList();
countRounds++;
GameState displayPeople = new DisplayPeople_GS(
lobby: lobby,
title: "Here are your winners",
peopleList: winnersPeople,
imageTitle: (person) => roundPrompts[winnersPeople.IndexOf(person)].Text,
imageHeader: (person) => person.Name
);
if (battlePrompts.Count <= 0)
{
GameState finalScoreBoard = new ScoreBoardGameState(
lobby: lobby,
title: "Final Scores");
displayPeople.Transition(finalScoreBoard);
finalScoreBoard.Transition(this.Exit);
}
else
{
GameState scoreBoard = new ScoreBoardGameState(
lobby: lobby);
displayPeople.Transition(scoreBoard);
scoreBoard.Transition(CreateContestantCreationGamestate);
}
return displayPeople;
});
}
#endregion
this.Entrance.Transition(setupDrawing);
setupDrawing.Transition(setupPrompt);
setupPrompt.Transition(CreateContestantCreationGamestate);
}