public void OnExecuteAction ( object[] args )
{
if ( MyAction.Name == "Punch" )
{
SoundManager.Instance.PlayExecutePunchSound ();
}
else if ( MyAction.Name == "Slash" )
{
SoundManager.Instance.PlaySlashSound ();
}
else if ( MyAction.Name == "Super Slash" )
{
SoundManager.Instance.PlaySlash2Sound ();
}
else if ( MyAction.Name == "Hyper Slash" )
{
SoundManager.Instance.PlaySlash3Sound ();
}
ownerPlayer = args[0] as Player;
MyAction = args[1] as PlayerAction;
targetPlayer = args[2] as Player;
this.transform.parent = ownerPlayer.SlashHotzone.transform;
this.transform.localPosition = new Vector3 ();
this.transform.localRotation = Quaternion.identity;
this.transform.localScale = new Vector3 ( 1, 1, 1 );
OnDoDamaged ( targetPlayer );
}
public override Node AdvanceHead(PlayerAction action)
{
Assert.That(action == PlayerAction.Raise || action == PlayerAction.Call);
if (action == PlayerAction.Raise) return RaiseBranch;
else return CheckBranch;
}
public GamepadInControlActionSet()
{
// Joystick
Left = CreatePlayerAction("MoveLeft");
Right = CreatePlayerAction("MoveRight");
Up = CreatePlayerAction("MoveUp");
Down = CreatePlayerAction("MoveDown");
Movement = CreateTwoAxisPlayerAction(Left, Right, Down, Up);
// Actions
Jump = CreatePlayerAction("Jump");
Break = CreatePlayerAction("Break");
Dash = CreatePlayerAction("Dash");
Accelerate = CreatePlayerAction("Accelerate");
Desaccelerate = CreatePlayerAction("desaccelerate");
// Menu
Command = CreatePlayerAction("Command");
}
public PlayerActions()
: base()
{
L_Left = CreatePlayerAction("Left stick left");
L_Right = CreatePlayerAction("Left stick right");
L_Up = CreatePlayerAction("Left stick up");
L_Down = CreatePlayerAction("Left stick down");
R_Left = CreatePlayerAction("Right stick left");
R_Right = CreatePlayerAction("Right stick right");
R_Up = CreatePlayerAction("Right stick up");
R_Down = CreatePlayerAction("Right stick down");
Move = CreateTwoAxisPlayerAction(
L_Left,
L_Right,
L_Down,
L_Up);
Look = CreateTwoAxisPlayerAction(
R_Left,
R_Right,
R_Down,
R_Up);
Fire = CreatePlayerAction("Fire");
Join = CreatePlayerAction("Join");
}
public PokerAction(PlayerMobile actor, PlayerAction action, PokerGameState state, int amountbet)
{
PlayerSerial = actor.Serial;
Type = (int) action;
State = (int) state;
Amount = amountbet;
}
/// <summary>
/// Gets the binding that is specific to the player action.
/// </summary>
/// <returns>The binding that is caused by the action.</returns>
public static Binding GetBinding(PlayerAction action)
{
// using tryGetValue here to stop an incorrect index (throws an exception)
Binding binding;
binds.TryGetValue(action, out binding);
return binding;
}
public override Node AdvanceHead(PlayerAction action)
{
Assert.That(action == PlayerAction.Call || action == PlayerAction.Fold);
if (action == PlayerAction.Call) return CallBranch;
else return null;
}
public bool PlayAction ( Player owner, PlayerAction action, Vector2 point0, Vector2 point1 )
{
if (action.Name == "Punch")
{
SoundManager.Instance.PlayExecutePunchSound();
}
else if (action.Name == "Slash")
{
SoundManager.Instance.PlaySlashSound();
}
else if (action.Name == "Super Slash")
{
SoundManager.Instance.PlaySlash2Sound();
}
else if (action.Name == "Hyper Slash")
{
SoundManager.Instance.PlaySlash3Sound();
}
var targets = Physics2D.OverlapAreaAll ( point0, point1, punchLayer.value );
bool flag = false;
foreach ( var target in targets )
{
var player = target.GetComponentInParent<Player> ();
if ( player != null && player != owner )
{
flag |= ExecuteAction ( owner, action, player );
}
}
if ( !flag )
{
ExecuteAction ( owner, action, null );
}
return flag;
}
/// <summary>
/// Adds the specified keybind to the specified action.
/// </summary>
public static void AddKeybind(PlayerAction action, Binding bind)
{
if (binds.ContainsKey(action))
binds[action] = bind;
else
binds.Add(action, bind);
}
protected InternalThreat(ThreatType type, ThreatDifficulty difficulty, int health, int speed, int timeAppears, StationLocation currentStation, PlayerAction actionType, ISittingDuck sittingDuck)
: base(type, difficulty, health, speed, timeAppears, sittingDuck)
{
CurrentStation = currentStation;
sittingDuck.StationByLocation[currentStation].Threats.Add(this);
ActionType = actionType;
}
public PlayerActions()
{
this.Skills = new PlayerAction[4];
this.Shoot = this.CreatePlayerAction( "Shoot" );
for (int i = 0; i < 4; i++)
{
this.Skills[i] = this.CreatePlayerAction( "Skill" + i );
}
this.YesOrOk = this.CreatePlayerAction( "Yes" );
this.NoOrBack = this.CreatePlayerAction ( "No" );
this.ILeft = this.CreatePlayerAction( "ILeft");
this.IRight = this.CreatePlayerAction( "IRight");
this.IUp = this.CreatePlayerAction( "IUp");
this.IDown = this.CreatePlayerAction( "IDown");
this.moveUp = this.CreatePlayerAction( "MoveUp" );
this.moveDown = this.CreatePlayerAction( "MoveDown" );
this.moveLeft = this.CreatePlayerAction( "MoveLeft" );
this.moveRight = this.CreatePlayerAction( "MoveRight" );
this.aimUp = this.CreatePlayerAction( "AimUp" );
this.aimDown = this.CreatePlayerAction( "AimDown" );
this.aimRight = this.CreatePlayerAction ( "AimRight" );
this.aimLeft = this.CreatePlayerAction ( "AimLeft" );
this.Movement = this.CreateTwoAxisPlayerAction(this.moveLeft, this.moveRight, this.moveDown, this.moveUp);
this.Aim = this.CreateTwoAxisPlayerAction(this.aimLeft, this.aimRight, this.aimDown, this.aimUp);
}
public MonkActions(InputDevice device)
{
spawn0 = CreatePlayerAction ("Spawn0");
spawn1 = CreatePlayerAction ("Spawn1");
spawn2 = CreatePlayerAction ("Spawn2");
spawn3 = CreatePlayerAction ("Spawn3");
fireTurret = CreatePlayerAction ("FireTurret");
moveUnitLeft = CreatePlayerAction ("MoveUnitLeft");
moveUnitRight = CreatePlayerAction ("MoveUnitRight");
moveHorizontal = CreateOneAxisPlayerAction (moveUnitLeft, moveUnitRight);
moveUnitUp = CreatePlayerAction ("MoveUnitUp");
moveUnitDown = CreatePlayerAction ("MoveUnitDown");
moveVertical = CreateOneAxisPlayerAction (moveUnitDown,moveUnitUp);
Device = device;
spawn0.AddDefaultBinding (InputControlType.Action1);
spawn1.AddDefaultBinding (InputControlType.Action2);
spawn2.AddDefaultBinding (InputControlType.Action3);
spawn3.AddDefaultBinding (InputControlType.Action4);
fireTurret.AddDefaultBinding (InputControlType.RightTrigger);
moveUnitLeft.AddDefaultBinding (InputControlType.LeftStickLeft);
moveUnitRight.AddDefaultBinding (InputControlType.LeftStickRight);
moveUnitUp.AddDefaultBinding (InputControlType.LeftStickUp);
moveUnitDown.AddDefaultBinding (InputControlType.LeftStickDown);
}
/** Checks whether the player was on beat or not **/
protected void HandlePlayerTimings(PlayerAction playerAction)
{
// Only handles timings once per FixedUpdate
if (timingsHandled)
{
return;
}
timingsHandled = true;
TimingsManager.TimingResult result;
List<int> triggers;
bool debugWorthShowing = true;
if (playerAction != PlayerAction.NONE)
{
result = timingsManager.checkAttempt(musicAudioSource.time, out triggers);
}
else
{
// User didn't make an attempt and had missed the timing window
result = timingsManager.checkForMiss(musicAudioSource.time, out triggers);
if (result == TimingsManager.TimingResult.NO_BEAT)
{
debugWorthShowing = false;
}
}
if (showDebugTimingResults && debugWorthShowing)
{
Debug.Log("BaseChoreographer " + Time.time + ": " + result.ToString());
}
PlayerTimingResult(result, triggers, playerAction);
}
public void playerDid(PlayerAction pa)
{
handlePlayerDid(pa);
updateState();
if (Vector3.Distance(transform.position, playeractions.transform.position) < cosyProximity && !sceneFinished)
{
switch (state)
{
case DateState.HAPPY:
print("WE WIN!");
playeractions.Win();
sceneFinished = true;
StartCoroutine(WaitAndProgress(3));
break;
case DateState.NORMAL:
Debug.Log("NOOOP");
transform.Translate(jumpAwayDistance, 0, 0);
break;
case DateState.UNHAPPY:
print("WE LOSE!");
playeractions.Lose();
transform.Translate(0, 1000, 0);
break;
}
}
}
protected InternalThreat(ThreatType type, ThreatDifficulty difficulty, int health, int speed, int timeAppears, IList<StationLocation> currentStations, PlayerAction actionType, ISittingDuck sittingDuck)
: base(type, difficulty, health, speed, timeAppears, sittingDuck)
{
CurrentStations = currentStations;
foreach (var currentStation in CurrentStations)
sittingDuck.StationByLocation[currentStation].Threats.Add(this);
ActionType = actionType;
}
public PlayerActions()
{
Left = CreatePlayerAction( "Move Left" );
Right = CreatePlayerAction( "Move Right" );
Jump = CreatePlayerAction( "Jump" );
Shift = CreatePlayerAction ("Kinetic Shift");
Move = CreateOneAxisPlayerAction (Left, Right);
}
public static IndentedTextWriter GetGameLogWriterForIteration(PlayerAction[] playerActions, int gameCount)
{
string fileName = GetFileNameForType(playerActions, gameCount, "GameLog");
if (fileName == null)
return null;
return new IndentedTextWriter(new System.IO.StreamWriter(fileName));
}
public ControlsActionSet()
{
Down = CreatePlayerAction ("Move Down");
Left = CreatePlayerAction ("Move Left");
Right = CreatePlayerAction ("Move Right");
Up = CreatePlayerAction ("Move Up");
Tap = CreatePlayerAction ("Tap");
}
public StrategyComparison(
PlayerAction player1,
PlayerAction player2,
GameConfig gameConfig,
bool rotateWhoStartsFirst,
int numberOfGames)
: this(new PlayerAction[] { player1, player2}, gameConfig, rotateWhoStartsFirst, numberOfGames)
{
}
private CourierPlayer()
{
Pedal = CreatePlayerAction("Pedal");
Brake = CreatePlayerAction("Brake");
SteeringColumnL = CreatePlayerAction("SteeringColumnL");
SteeringColumnR = CreatePlayerAction("SteeringColumnR");
SteeringColumnKeys = CreateOneAxisPlayerAction(SteeringColumnL, SteeringColumnR);
SteeringColumnGyro = CreatePlayerAction("SteeringColumnGyro");
}
public override void handlePlayerDid(PlayerAction pa) {
switch(pa) {
case PlayerAction.BACKOFF:
case PlayerAction.MOVE_FORWARD:
happyness -= loosingOnMove;
happyness = Mathf.Max(0, happyness);
break;
}
}
public static float GetAccelerationIncrease(PlayerAction action)
{
if (action == PlayerAction.SpeedUp)
{
return GameData.ACCELERATION_INCREASE;
}
return action == PlayerAction.SpeedDown ? GameData.ACCELERATION_DECREASE : 0;
}
public static float GetAccelerationFactor(PlayerAction action, CarBehaviour carObj)
{
if (action == PlayerAction.SpeedUp)
{
return carObj.Speed < 0 ? 10 : 5;
}
return action == PlayerAction.SpeedDown ? (carObj.Speed < 0 ? 10 : 50) : 0;
}
public PeriscopeActions()
{
Periscope_TierUp = CreatePlayerAction("Periscope: Tier Up");
Periscope_TierDown = CreatePlayerAction("Periscope: Tier Down");
Periscope_RotateLeft = CreatePlayerAction("Periscope: Rotate Left");
Periscope_RotateRight = CreatePlayerAction("Periscope: Rotate Right");
//Periscope_Rotate = CreateOneAxisPlayerAction(Periscope_RotateLeft, Periscope_RotateRight);
Periscope_CommitBearing = CreatePlayerAction("Periscope: Commit Bearing");
}
public PlayerActions()
{
attack = CreatePlayerAction("Attack");
target = CreatePlayerAction("Target");
right = CreatePlayerAction("Move Right");
left = CreatePlayerAction("Move Left");
up = CreatePlayerAction("Move Up");
down = CreatePlayerAction("Move Down");
move = CreateTwoAxisPlayerAction(left, right, down, up);
}
private void FixedUpdate()
{
timingsHandled = false;
HandleInput(storedPlayerAction);
storedPlayerAction = PlayerAction.NONE;
GameUpdate();
HandlePlayerTimings(PlayerAction.NONE);
BaseHandleTriggers();
}
public PlayerActions()
{
Left = CreatePlayerAction( "Left" );
Right = CreatePlayerAction( "Right" );
Up = CreatePlayerAction( "Up" );
Down = CreatePlayerAction( "Down" );
Enter = CreatePlayerAction("Enter");
Escape = CreatePlayerAction("Escape");
}
public bool TryInvokeReaction(PlayerAction action, GameState state)
{
var reaction = _reactions[action];
if (reaction.CanBeIvoked(state))
{
ReactionInvoked.Fire(this, () => new ReactionInvokedEventArgs{ReactionInvoked = reaction});
reaction.Invoke(state);
return true;
}
return false;
}
public void OnExecuteAction ( object[] args )
{
ownerPlayer = args[0] as Player;
MyAction = args[1] as PlayerAction;
targetPlayer = args[2] as Player;
this.transform.position = ownerPlayer.transform.position;
this.transform.localEulerAngles = new Vector3 ( 0, ownerPlayer.Lookleft ? -90 : 90, 0 );
OnDoDamaged ( targetPlayer );
}
public StrategyComparison(
PlayerAction[] playerActions,
GameConfig gameConfig,
bool rotateWhoStartsFirst,
int numberOfGames)
{
this.playerActions = playerActions;
this.gameConfig = gameConfig;
this.rotateWhoStartsFirst = rotateWhoStartsFirst;
this.numberOfGames = numberOfGames;
}
private static void HandlePlayerAction(object sender, PlayerActionEventArgs e)
{
action = e.Action;
PlayerBet = e.BetAmount;
}
/// <summary>
/// Checks what type of bump occurs at the specified destination.
/// </summary>
/// <param name="playerState">player state, used to get current world position</param>
/// <param name="playerAction">action indicating the direction player is trying to move</param>
/// <param name="bumper">PlayerMove trying to bump / move, used to check if we can swap with another player with help intent.</param>
/// <returns>the bump type which occurs at the specified point (BumpInteraction.None if it's open space)</returns>
public static BumpType GetBumpTypeAt(PlayerState playerState, PlayerAction playerAction, PlayerMove bumper, bool isServer)
{
return(GetBumpTypeAt(playerState.WorldPosition.RoundToInt(), playerAction.Direction(), bumper, isServer));
}
public static void PrintPlayerAction(IPlayer player, ICard cardPlayed, PlayerAction action)
{
PrintPlayerAction(player, cardPlayed, null, action);
}
private static async Task ProcessShrine()
{
//check if current shrine was blacklisted by Combat Routine
if (Blacklist.Contains(_shrine.Id))
{
GlobalLog.Error("[OpenChestTask] Current shrine was blacklisted from outside.");
_shrine.Ignored = true;
_shrine = null;
return;
}
var pos = _shrine.Position;
if (Settings.ShrineOpenRange != -1)
{
if (pos.Distance > Settings.ShrineOpenRange * AbandonDistanceMult)
{
GlobalLog.Debug("[OpenChestTask] Abandoning current shrine because its too far away.");
TemporaryIgnore(_shrine.Id);
_shrine = null;
return;
}
}
if (pos.IsFar)
{
if (!pos.TryCome())
{
GlobalLog.Error($"[OpenChestTask] Fail to move to {pos}. Marking this shrine as unwalkable.");
_shrine.Unwalkable = true;
_shrine = null;
}
return;
}
var shrineObj = _shrine.Object as Shrine;
if (shrineObj == null || shrineObj.IsDeactivated)
{
CombatAreaCache.Current.Shrines.Remove(_shrine);
_shrine = null;
return;
}
var attempts = ++_shrine.InteractionAttempts;
if (attempts > MaxShrineAttempts)
{
GlobalLog.Error("[OpenChestTask] All attempts to take a shrine have been spent. Now ignoring it.");
_shrine.Ignored = true;
_shrine = null;
return;
}
if (await PlayerAction.Interact(shrineObj))
{
await Wait.LatencySleep();
if (await Wait.For(() => shrineObj.IsDeactivated, "shrine deactivation", 100, 400))
{
CombatAreaCache.Current.Shrines.Remove(_shrine);
_shrine = null;
}
return;
}
await Wait.SleepSafe(400);
}
public override void ReadFrom(IDataInputStream stream)
{
objID = stream.ReadString();
action = (PlayerAction)stream.ReadByte();
}
public void DoAction(PokerPlayer player, PlayerAction action, int bet = 0, bool isforced = false,
bool verbose = true)
{
if (!isforced && CurrentTurn != player)
{
return;
}
var pm = player.Owner;
string message = string.Empty;
Exporter.AddAction(pm, action, State, action == PlayerAction.AllIn ? player.Currency : bet);
switch (action)
{
case PlayerAction.Bet:
message = String.Format("I {0} {1}.", "bet", bet);
MakeBet(player, bet);
MinimumBet = bet;
//raise after a bet is always 2*bet according to poker rules
MinimumRaise = bet * 2;
break;
case PlayerAction.Raise:
message = String.Format("I {0} {1}.",
RoundActions.Exists(x => x == PlayerAction.Raise) ? "reraise" : "raise", bet);
MakeBet(player, GetCallAmount(player) + bet);
MinimumBet += bet;
MinimumRaise = bet;
break;
case PlayerAction.Call:
message = "I call.";
//match what is on the table from the last player. This takes into account how much you already have on the table in that round
bet = GetCallAmount(player);
MakeBet(player, bet);
break;
case PlayerAction.Check:
message = "Check.";
break;
case PlayerAction.Fold:
message = "I fold.";
player.HasFolded = true;
if (ActivePlayers.Count(x => !x.HasFolded) == 1)
{
DoShowdown();
return;
}
break;
case PlayerAction.AllIn:
if (player.Currency > 0)
{
message = MinimumBet > player.Currency ? "I call: all-in." : "All in.";
int difference = player.Currency + player.TotalBetInRound;
if (difference > MinimumBet)
{
MinimumBet = difference;
}
MakeBet(player, player.Currency);
}
break;
}
RefreshGumps();
if (verbose)
{
PokerMessage(pm, message);
}
if (!isforced)
{
player.HasActed = true;
}
RoundActions.Add(action);
if (!isforced && !CanEndBettingRound())
{
AssignNextTurn();
}
}
public AtualizarJogoApiRequest(int gameid, PlayerAction playeraction)
{
id = gameid;
key = "54eac19e3f9543e1bdda45df80a117b9";
Playeraction = playeraction;
}
public static bool IsModdedAction(PlayerAction action)
{
return(moddedActions.ContainsKey(action) || ephemeralActions.Contains(action));
}
internal static void RegisterAction(PlayerAction action, SRMod mod)
{
moddedActions.Add(action, mod);
}
public void CloseGameShouldNotPassAnyCard()
{
var playerAction = PlayerAction.CloseGame();
Assert.Null(playerAction.Card);
}
public void CloseGameShouldPassCorrectActionType()
{
var playerAction = PlayerAction.CloseGame();
Assert.Equal(PlayerActionType.CloseGame, playerAction.Type);
}
public void ChangeTrumpShouldNotPassAnyAnnounce()
{
var playerAction = PlayerAction.ChangeTrump();
Assert.Equal(Announce.None, playerAction.Announce);
}
public void CreateHtmlReport(IndentedTextWriter textWriter)
{
int numberOfGamesToLog = 10;
PlayerAction player1 = this.comparisonResults.comparison.playerActions[0];
PlayerAction player2 = this.comparisonResults.comparison.playerActions[1];
int maxTurn = this.comparisonResults.gameEndOnTurnHistogramData.GetXAxisValueCoveringUpTo(97);
var htmlWriter = new HtmlRenderer(textWriter);
htmlWriter.Begin();
string game0Text = null;
for (int gameIndex = 0; gameIndex < numberOfGamesToLog; ++gameIndex)
{
string currentGame = this.comparisonResults.comparison.GetHumanReadableGameLog(gameIndex);
htmlWriter.InsertDataDiv("gamelog" + (gameIndex + 1), currentGame);
if (gameIndex == 0)
{
game0Text = currentGame;
}
}
htmlWriter.Header1(player1.PlayerName + " VS " + player2.PlayerName);
htmlWriter.WriteLine("Number of Games: " + this.comparisonResults.comparison.numberOfGames);
htmlWriter.WriteLine(this.comparisonResults.comparison.firstPlayerAdvantage ? player1.PlayerName + " always started first" : "Players took turns going first");
var pieLabels = new List <string>();
var pieData = new List <float>();
for (int index = 0; index < this.comparisonResults.winnerCount.Length; ++index)
{
pieLabels.Add(this.comparisonResults.comparison.playerActions[index].name);
pieData.Add((float)this.comparisonResults.PlayerWinPercent(index));
}
if (this.comparisonResults.tieCount > 0)
{
pieLabels.Add("Tie");
pieData.Add((float)this.comparisonResults.TiePercent);
}
var statGatherer = this.comparisonResults.statGatherer;
var gameConfig = this.comparisonResults.comparison.gameConfig;
var gameEndOnTurnHistogramData = this.comparisonResults.gameEndOnTurnHistogramData;
htmlWriter.InsertExpander("Who Won?", delegate()
{
InsertPieChart(htmlWriter, "Game Breakdown", "Player", "Percent", pieLabels.ToArray(), pieData.ToArray(), colllapsebyDefault: false);
InsertHistogram(htmlWriter, "Point Spread: " + player1.PlayerName + " score <= 0 >= " + player2.PlayerName + " score", "Percentage", this.comparisonResults.pointSpreadHistogramData, int.MaxValue, content : delegate()
{
htmlWriter.WriteLine("To the left of 0 are games won by " + player1.PlayerName + ". To the right are games won by " + player2.PlayerName + ". The xaxis (absolute value) indicates how many points the game was won by. The area under the curve indicates the win rate for the corresponding player.");
});
InsertLineGraph(htmlWriter, "Probability player is ahead in points at end of round ", player1, player2, statGatherer.oddsOfBeingAheadOnRoundEnd, statGatherer.turnCounters, maxTurn);
InsertLineGraph(htmlWriter, "Victory Point Total Per Turn", player1, player2, statGatherer.victoryPointTotal, statGatherer.turnCounters, maxTurn);
}, collapseByDefault: false);
htmlWriter.InsertExpander("Game Logs", delegate()
{
htmlWriter.InsertPaginationControl(numberOfGamesToLog);
htmlWriter.Write("<textarea id='gameLogTextArea', rows='30' cols='100'>");
htmlWriter.Write(game0Text);
htmlWriter.WriteLine("</textarea>");
});
htmlWriter.InsertExpander("When does the game end?", delegate()
{
InsertHistogram(htmlWriter, "Probablity of Game ending on Turn", "Percentage", gameEndOnTurnHistogramData, maxTurn, colllapsebyDefault: false);
InsertHistogramIntegrated(htmlWriter, "Probablity of Game being over by turn", "Percentage", gameEndOnTurnHistogramData, maxTurn);
});
htmlWriter.InsertExpander("Deck Strength", delegate()
{
InsertCardData(htmlWriter, statGatherer.endOfGameCardCount, gameConfig.cardGameSubset, player1, player2);
InsertLineGraph(htmlWriter, "Coin To Spend Per Turn", player1, player2, statGatherer.coinToSpend, statGatherer.turnCounters, maxTurn, content : delegate()
{
for (int i = 4; i < statGatherer.oddsOfHittingAtLeastACoinAmount.Length; ++i)
{
InsertLineGraph(htmlWriter, "Odds of Hitting at Least " + i + " coin", player1, player2, statGatherer.oddsOfHittingAtLeastACoinAmount[i], statGatherer.turnCounters, maxTurn);
}
});
InsertLineGraph(htmlWriter, "Number of cards Gained Per Turn", player1, player2, statGatherer.cardsGained, statGatherer.turnCounters, maxTurn);
htmlWriter.InsertExpander(player1.PlayerName, delegate()
{
InsertCardData(htmlWriter, "Total Count Of Card", gameConfig.cardGameSubset, statGatherer.cardsTotalCount, statGatherer.turnCounters, 0, maxTurn);
InsertCardData(htmlWriter, "Gain Of Card", gameConfig.cardGameSubset, statGatherer.carsGainedOnTurn, statGatherer.turnCounters, 0, maxTurn);
});
htmlWriter.InsertExpander(player2.PlayerName, delegate()
{
InsertCardData(htmlWriter, "Total Count Of Card", gameConfig.cardGameSubset, statGatherer.cardsTotalCount, statGatherer.turnCounters, 1, maxTurn);
InsertCardData(htmlWriter, "Gain Of Card", gameConfig.cardGameSubset, statGatherer.carsGainedOnTurn, statGatherer.turnCounters, 1, maxTurn);
});
InsertLineGraph(htmlWriter, "Shuffles Per Turn", player1, player2, statGatherer.deckShuffleCount, statGatherer.turnCounters, maxTurn);
InsertLineGraph(htmlWriter, "Ruins Gained Per Turn", player1, player2, statGatherer.ruinsGained, statGatherer.turnCounters, maxTurn);
InsertLineGraph(htmlWriter, "Curses Gained Per Turn", player1, player2, statGatherer.cursesGained, statGatherer.turnCounters, maxTurn);
InsertLineGraph(htmlWriter, "Curses Trashed Per Turn", player1, player2, statGatherer.cursesTrashed, statGatherer.turnCounters, maxTurn);
});
htmlWriter.InsertExpander("Individual Card Graphs", delegate()
{
foreach (Card card in gameConfig.cardGameSubset.OrderBy(c => c.DefaultCoinCost))
{
if (statGatherer.cardsTotalCount[card].forwardTotal.HasNonZeroData ||
statGatherer.carsGainedOnTurn[card].forwardTotal.HasNonZeroData)
{
htmlWriter.InsertExpander(card.name, delegate()
{
InsertLineGraph(htmlWriter, "Card Total At Turn", player1, player2, statGatherer.cardsTotalCount[card], statGatherer.turnCounters, maxTurn, colllapsebyDefault: false);
InsertLineGraph(htmlWriter, "Card Gained At Turn", player1, player2, statGatherer.carsGainedOnTurn[card], statGatherer.turnCounters, maxTurn, colllapsebyDefault: true);
});
}
}
});
htmlWriter.End();
}
// Use this for initialization
void Start()
{
pAct = GameObject.Find("Player").GetComponent <PlayerAction>();
}
// The main function used to resolve a round of combat
public void TakeRound()
{
CUI.DisplayLine("");
// Apply defense modifiers first
if (player_action == PlayerAction.Defend)
{
Player.ModifyDefense(4);
}
if (dragon_action == DragonAction.Defend)
{
Player.ModifyDefense(4);
}
// If Player Speed > Enemy Speed and Dragon Speed, Player goes first
if (Player.GetSpeed() >= Enemy.GetSpeed() && Player.GetSpeed() >= Dragon.GetSpeed())
{
PlayerTurn();
// If Enemy not dead
if (!Enemy.IsDead())
{
//if a dragon exists and is not dead, it gets a turn
if (Dragon != null && !Dragon.IsDead())
{
//if it's faster than the enemy
if (Dragon.GetSpeed() >= Enemy.GetSpeed())
{
DragonTurn();
// If Enemy still not dead and not caputured
if (!Enemy.IsDead() || !captured)
{
EnemyTurn();
}
}
//else if enemy is faster than dragon
else
{
// If Enemy still not dead and not caputured
if (!Enemy.IsDead() || !captured)
{
EnemyTurn();
}
//if dragon is not dead, dragon's turn
if (!Dragon.IsDead())
{
DragonTurn();
}
}
}
//else if no usable dragonn
else
{
// If Enemy still not dead and not caputured
if (!Enemy.IsDead() || !captured)
{
EnemyTurn();
}
}
}
}
//Else if dragon is fastest
else if (Dragon != null && !Dragon.IsDead() && Dragon.GetSpeed() >= Enemy.GetSpeed())
{
DragonTurn();
// If Enemy not dead and player not dead
if (!Enemy.IsDead() && !Player.IsDead())
{
//if player's faster than the enemy
if (Player.GetSpeed() >= Enemy.GetSpeed())
{
PlayerTurn();
// If Enemy still not dead and not caputured
if (!Enemy.IsDead() || !captured)
{
EnemyTurn();
}
}
//else if enemy is faster than player
else
{
// If Enemy still not dead and not caputured
if (!Enemy.IsDead() || !captured)
{
EnemyTurn();
}
//if player is not dead, player's turn
if (!Player.IsDead())
{
PlayerTurn();
}
}
}
}
//Else if enemy is fastest
else
{
EnemyTurn();
//If Player not dead
if (!Player.IsDead())
{
//if a dragon exists and is not dead, it gets a turn
if (Dragon != null && !Dragon.IsDead())
{
//if dragon's faster than the player
if (Dragon.GetSpeed() >= Player.GetSpeed())
{
DragonTurn();
//if enemy and player not dead, player's turn
if (!Enemy.IsDead() && !Player.IsDead())
{
PlayerTurn();
}
}
//else if player is faster than dragon
else
{
PlayerTurn();
//if dragon is not dead and enemy is not caputured or dead, dragon's turn
if (!Dragon.IsDead() && !Enemy.IsDead() && !captured)
{
DragonTurn();
}
}
}
//else if no usable dragonn
else
{
PlayerTurn();
}
}
}
// Reset variables at the end of the round
player_action = PlayerAction.None;
dragon_action = DragonAction.None;
item = string.Empty;
SuccessUse = false;
// Reset any modifiers that occurred this round
Player.ResetStats();
Dragon.ResetStats();
Enemy.ResetStats();
// Reset queue status
CUI.ResetQueue();
CUI.UpdateSliders(Player.GetCurrentHealth(), Dragon.GetCurrentHealth(), Dragon.GetCurrentMana(), Enemy.GetCurrentHealth());
// If Player dead
if (Player.IsDead() || Player.AllDragonsDead())
{
// Game over
CUI.DisplayLine("Game over");
CUI.Wait();
}
// If Dragon dead
if (Dragon.IsDead())
{
GameObject.Find("Dragon").GetComponent <SpriteRenderer>().enabled = false;
//if the player has dragons left with > 0 HP, send one out
if (!Player.AllDragonsDead())
{
CUI.SendOutDragon();
}
}
// If Enemy dead
if (Enemy.IsDead())
{
// Award experience and gold
//float gold = Enemy.GetGold();
float gold = Random.Range(1, 25);
float exp = 100;
InventoryCanvasController.instance.InsertReward();
Player.AddGold(gold);
Player.GainExperience(100);
Dragon.GainExperience(100);
CUI.DisplayLine("");
CUI.DisplayLine("Enemy defeated!");
CUI.DisplayLine("Gained " + gold.ToString() + " gold!");
CUI.DisplayLine("Gained " + exp.ToString() + " XP!");
CUI.DisplayLine("Press any key to continue...");
CUI.Wait();
}
RoundCounter++;
}
public DisqualifiedStateChange(int player, PlayerAction action) : base(StateAction.Disqualified, player, CamelColor.Blue, -1)
{
PlayerAction = action;
}
public void UpdateObservers(PlayerAction action)
{
observers.ForEach(observer => observer.update(action));
}
/// <summary>
/// Updates the players behaviour.
/// </summary>
protected override void FixedUpdate()
{
var pos = (Vector2)transform.position + coll.offset;
if (action == PlayerAction.None)
{
if (playerInput.dash && dashPausePos == 0)
{
dashPos = 0;
action = PlayerAction.Dash;
}
}
if (action == PlayerAction.None || action == PlayerAction.Dash)
{
// Handle dash
if (action == PlayerAction.Dash)
{
if (dashPos < dashLength)
{
speed = dashSpeed;
dashPos++;
}
else
{
dashPausePos = dashPause;
speed = walkSpeed;
action = PlayerAction.None;
}
}
if (dashPausePos > 0)
{
dashPausePos--;
}
// Check so we're not moving against a collider on the x axis
if (playerInput.x != 0)
{
coll.enabled = false;
var xHits = Physics2D.RaycastAll(pos, new Vector2(playerInput.x, 0), 0.47f);
coll.enabled = true;
foreach (var hit in xHits)
{
if (hit.collider != null && !hit.collider.isTrigger)
{
playerInput.x = 0;
break;
}
}
}
// Check so we're not moving against a collider on the y axis
if (playerInput.y != 0)
{
coll.enabled = false;
var yHits = Physics2D.RaycastAll(pos, new Vector2(0, playerInput.y), 0.47f);
coll.enabled = true;
foreach (var hit in yHits)
{
if (hit.collider != null && !hit.collider.isTrigger)
{
playerInput.y = 0;
break;
}
}
}
// Make sure we normalize movement
//var move = new Vector2 (playerInput.x, playerInput.y);
var move = new Vector2(Joystick.x, Joystick.y);
if (move.magnitude > 1)
{
move.Normalize();
}
// Make some dust
if (move != Vector2.zero)
{
if (dustPause <= 0)
{
Instantiate(dust, new Vector3(transform.position.x, transform.position.y - 0.4375f, 0), Quaternion.identity);
dustPause = 1.5f;
}
else
{
dustPause -= 4 * Time.fixedDeltaTime;
}
}
else
{
dustPause = 0;
}
Move(move);
}
base.FixedUpdate();
}
public void MakeMove(PlayerAction playerAction)
{
}
public SpaceVillainArcadePlayerActionMessage(PlayerAction playerAction)
{
PlayerAction = playerAction;
}
public static void PrintPlayerAction(IPlayer player, ICard cardPlayed, List <ICard> cardsExtra, PlayerAction action)
{
switch (action)
{
case PlayerAction.Have:
Console.WriteLine(string.Format("Player {0} currently holds the following cards:", player.PlayerFigure.FigureName));
foreach (ICard cardHeld in player.CardsHeld)
{
Console.WriteLine(string.Format("Card : {0} {1} {2}", cardHeld.CardSuit, cardHeld.CardRank, cardHeld.CardFunc));
}
break;
case PlayerAction.Play:
Console.WriteLine(string.Format("Player {0} just played the following card:", player.PlayerFigure.FigureName));
Console.WriteLine(string.Format("Card : {0} {1} {2}", cardPlayed.CardSuit, cardPlayed.CardRank, cardPlayed.CardFunc));
break;
case PlayerAction.NoResponse:
Console.WriteLine(string.Format("Player {0} did not respond to the original card", player.PlayerFigure.FigureName));
break;
case PlayerAction.NoResponseFromAll:
Console.WriteLine(string.Format("No player respond to the original card", player.PlayerFigure.FigureName));
break;
case PlayerAction.Judge:
Console.WriteLine(string.Format("The central card deck just used the following card to judge for Player {0}:", player.PlayerFigure.FigureName));
Console.WriteLine(string.Format("Card : {0} {1} {2}", cardPlayed.CardSuit, cardPlayed.CardRank, cardPlayed.CardFunc));
break;
case PlayerAction.Counter:
Console.WriteLine(string.Format("Player {0} just played the following card to counter:", player.PlayerFigure.FigureName));
Console.WriteLine(string.Format("Card : {0} {1} {2}", cardPlayed.CardSuit, cardPlayed.CardRank, cardPlayed.CardFunc));
break;
case PlayerAction.Deployed:
Console.WriteLine(string.Format("The following card just gets deployed on Player {0}:", player.PlayerFigure.FigureName));
Console.WriteLine(string.Format("Card : {0} {1} {2}", cardPlayed.CardSuit, cardPlayed.CardRank, cardPlayed.CardFunc));
break;
case PlayerAction.Annulled:
Console.WriteLine(string.Format("The following original card just gets annulled:", player.PlayerFigure.FigureName));
Console.WriteLine(string.Format("Card : {0} {1} {2}", cardPlayed.CardSuit, cardPlayed.CardRank, cardPlayed.CardFunc));
break;
case PlayerAction.Drawn:
Console.WriteLine(string.Format("The central card deck just deals the following cards to Player {0}:", player.PlayerFigure.FigureName));
foreach (ICard cardExtra in cardsExtra)
{
Console.WriteLine(string.Format("Card : {0} {1} {2}", cardExtra.CardSuit, cardExtra.CardRank, cardExtra.CardFunc));
}
break;
case PlayerAction.PrisonTakeEffect:
Console.WriteLine(string.Format("Prison on Player {0} takes effect", player.PlayerFigure.FigureName));
Console.WriteLine(string.Format("Player {0} cannot play any card due to being in prison", player.PlayerFigure.FigureName));
break;
case PlayerAction.PrisonNotTakeEffect:
Console.WriteLine(string.Format("Prison on Player {0} does not take effect", player.PlayerFigure.FigureName));
Console.WriteLine(string.Format("Prison on Player {0} disappears", player.PlayerFigure.FigureName));
break;
case PlayerAction.BombTakeEffect:
Console.WriteLine(string.Format("Bomb on Player {0} takes effect", player.PlayerFigure.FigureName));
Console.WriteLine(string.Format("Player {0} takes damage as the bomb just exploded", player.PlayerFigure.FigureName));
break;
case PlayerAction.BombNotTakeEffect:
Console.WriteLine(string.Format("Bomb on Player {0} does not take effect", player.PlayerFigure.FigureName));
Console.WriteLine(string.Format("Bomb on Player {0} passes to the next player", player.PlayerFigure.FigureName));
break;
case PlayerAction.JadeTakeEffect:
Console.WriteLine(string.Format("Jade for Player {0} takes effect", player.PlayerFigure.FigureName));
Console.WriteLine(string.Format("Player {0} does not respond further", player.PlayerFigure.FigureName));
break;
case PlayerAction.JadeNotTakeEffect:
Console.WriteLine(string.Format("Jade for Player {0} does not take effect", player.PlayerFigure.FigureName));
Console.WriteLine(string.Format("Player {0} needs to play a dodge card or will take damage", player.PlayerFigure.FigureName));
break;
case PlayerAction.TakeDamage:
Console.WriteLine(string.Format("Player {0} just takes some damage", player.PlayerFigure.FigureName)); // TODO How much damage
break;
case PlayerAction.RemainingHitpoint:
Console.WriteLine(string.Format("Hitpoint of Player {0} is {1}", player.PlayerFigure.FigureName, player.PlayerFigure.HitPoint));
break;
default:
throw new NotImplementedException("Unknown player action");
}
}
public override PlayerAction GetTurn(GetTurnContext context)
{
return(PlayerAction.Fold());
}
public WalledVillage(PlayerAction playerAction)
{
this.playerAction = playerAction;
}
/// <summary>
/// Called by the SpaceVillainArcadeComponent when Userinput is received.
/// </summary>
/// <param name="action">The action the user picked.</param>
public void ExecutePlayerAction(PlayerAction action)
{
if (!_running)
{
return;
}
switch (action)
{
case PlayerAction.Attack:
var attackAmount = _random.Next(2, 6);
_latestPlayerActionMessage = Loc.GetString("space-villain-game-player-attack-message",
("enemyName", _enemyName),
("attackAmount", attackAmount));
SoundSystem.Play(Filter.Pvs(_owner.Owner), _owner._playerAttackSound.GetSound(), _owner.Owner, AudioParams.Default.WithVolume(-4f));
if (!_owner._enemyInvincibilityFlag)
{
_enemyHp -= attackAmount;
}
_turtleTracker -= _turtleTracker > 0 ? 1 : 0;
break;
case PlayerAction.Heal:
var pointAmount = _random.Next(1, 3);
var healAmount = _random.Next(6, 8);
_latestPlayerActionMessage = Loc.GetString("space-villain-game-player-heal-message",
("magicPointAmount", pointAmount),
("healAmount", healAmount));
SoundSystem.Play(Filter.Pvs(_owner.Owner), _owner._playerHealSound.GetSound(), _owner.Owner, AudioParams.Default.WithVolume(-4f));
if (!_owner._playerInvincibilityFlag)
{
_playerMp -= pointAmount;
}
_playerHp += healAmount;
_turtleTracker++;
break;
case PlayerAction.Recharge:
var chargeAmount = _random.Next(4, 7);
_latestPlayerActionMessage = Loc.GetString("space-villain-game-player-recharge-message", ("regainedPoints", chargeAmount));
SoundSystem.Play(Filter.Pvs(_owner.Owner), _owner._playerChargeSound.GetSound(), _owner.Owner, AudioParams.Default.WithVolume(-4f));
_playerMp += chargeAmount;
_turtleTracker -= _turtleTracker > 0 ? 1 : 0;
break;
}
if (!CheckGameConditions())
{
return;
}
ValidateVars();
ExecuteAiAction();
if (!CheckGameConditions())
{
return;
}
ValidateVars();
UpdateUi();
}
public override void DoAction(int player, PlayerAction action)
{
if (player != playerNum)
{
return;
}
if (state == LocalState.WaitForButton)
{
if (action == PlayerAction.JoystickButton)
{
game.Sound.PlayBeep(playerNum);
state = LocalState.ZoomInStore;
stateTimer.Change(10, 10);
game.Players[playerNum].Highlight = false;
}
}
else if (
state == LocalState.InStore ||
state == LocalState.Outside)
{
switch (action)
{
case PlayerAction.JoystickButton:
if (state == LocalState.Outside)
{
Plot plot =
game.Map.CheckHouse(
playerNum,
new Rectangle(
playerSprite.X,
playerSprite.Y,
Graphics.SMALLPLAYERWIDTH,
Graphics.SMALLPLAYERHEIGHT
));
if (plot != null)
{
game.Sound.PlayBeep(playerNum);
}
}
break;
case PlayerAction.JoystickCenter:
playerSprite.StopAnimation();
playerSprite.ChangeDirection(SpriteDirection.S);
playerIncX = 0;
playerIncY = 0;
break;
case PlayerAction.JoystickN:
playerSprite.StartAnimation();
playerSprite.ChangeDirection(SpriteDirection.N);
playerIncX = 0;
playerIncY = -1;
break;
case PlayerAction.JoystickNE:
playerSprite.StartAnimation();
playerSprite.ChangeDirection(SpriteDirection.NE);
playerIncX = 1;
playerIncY = -1;
break;
case PlayerAction.JoystickE:
playerSprite.StartAnimation();
playerSprite.ChangeDirection(SpriteDirection.E);
playerIncX = 1;
playerIncY = 0;
break;
case PlayerAction.JoystickSE:
playerSprite.StartAnimation();
playerSprite.ChangeDirection(SpriteDirection.SE);
playerIncX = 1;
playerIncY = 1;
break;
case PlayerAction.JoystickS:
playerSprite.StartAnimation();
playerSprite.ChangeDirection(SpriteDirection.S);
playerIncX = 0;
playerIncY = 1;
break;
case PlayerAction.JoystickSW:
playerSprite.StartAnimation();
playerSprite.ChangeDirection(SpriteDirection.SW);
playerIncX = -1;
playerIncY = 1;
break;
case PlayerAction.JoystickW:
playerSprite.StartAnimation();
playerSprite.ChangeDirection(SpriteDirection.W);
playerIncX = -1;
playerIncY = 0;
break;
case PlayerAction.JoystickNW:
playerSprite.StartAnimation();
playerSprite.ChangeDirection(SpriteDirection.NW);
playerIncX = -1;
playerIncY = -1;
break;
}
}
}
private static void InsertCardData(HtmlRenderer htmlWriter, MapOfCardsForGameSubset <PlayerCounterSeparatedByGame> map, CardGameSubset gameSubset, PlayerAction player1, PlayerAction player2)
{
var cards = gameSubset.OrderBy(c => c.DefaultCoinCost);
var player1Data = new List <float>();
var player2Data = new List <float>();
foreach (Card card in cards)
{
player1Data.Add(map[card].GetAverage(playerIndex: 0));
player2Data.Add(map[card].GetAverage(playerIndex: 1));
}
htmlWriter.InsertExpander("Cards Report", delegate()
{
htmlWriter.InsertColumnChart(
"Average Count of Cards Owned at End of Game",
"Card",
new string[] { player1.name, player2.name },
cards.Select(c => c.name).ToArray(),
new float[][] { player1Data.ToArray(), player2Data.ToArray() });
}, collapseByDefault: false);
}
public async Task ExecuteTurnPhaseAsync()
{
_gameStateNotifier.NotifyTurnPhaseExecuting(_gameState.CurrentPlayer.PlayerId, _gameState.CurrentPhase);
switch (_gameState.CurrentPhase)
{
case TurnPhase.TurnStart:
_gameState.CurrentPhase = TurnPhase.PlayerAction;
break;
case TurnPhase.PlayerAction:
var playerAction = await _gameState.CurrentPlayer.GetPlayerActionAsync();
var gameAction = await _gameActionResolver.GetGameActionAsync(playerAction);
var playedCards = await Task.WhenAll(playerAction.CardIds.Select(id => _cardResolver.GetCardAsync(id)));
await gameAction.ExecuteActionAsync(_gameState.CurrentPlayer.PlayerId, _gameState, new ActionCost(playedCards));
_gameStateNotifier.NotifyPlayersChanged(_gameState.Players.Select(p => p.GetState()));
break;
case TurnPhase.TurnEnd:
_gameState.GoToNextPlayer();
_gameState.CurrentPhase = TurnPhase.TurnStart;
break;
case TurnPhase.Elimination:
var loseCard = _gameState.CurrentPlayer.Cards.LastOrDefault(c => c.Family == CardFamily.Lose);
if (loseCard is null)
{
_gameState.CurrentPhase = TurnPhase.TurnEnd;
break;
}
var extraLifeCard = _gameState.CurrentPlayer.Cards.FirstOrDefault(c => c.Family == CardFamily.ExtraLife);
if (extraLifeCard is null)
{
_gameState.CurrentPlayer.IsEliminated = true;
}
else
{
var action = await _gameActionResolver.GetGameActionAsync(PlayerAction.PlayCard(_gameState.CurrentPlayer.PlayerId, extraLifeCard.CardId));
await action.ExecuteActionAsync(_gameState.CurrentPlayer.PlayerId, _gameState, new ActionCost(new List <ICard> {
extraLifeCard, loseCard
}));
}
_gameStateNotifier.NotifyPlayersChanged(_gameState.Players.Select(p => p.GetState()));
if (_gameState.Players.Count(c => !c.IsEliminated) == 1)
{
_gameState.CurrentPhase = TurnPhase.GameEnd;
break;
}
_gameState.CurrentPhase = TurnPhase.TurnEnd;
break;
default:
_gameStateNotifier.NotifyEndGameCondition(_gameState.Players.Single(c => !c.IsEliminated).PlayerId);
return;
}
await ExecuteTurnPhaseAsync();
}
public void ChangeTrumpShouldNotPassAnyCard()
{
var playerAction = PlayerAction.ChangeTrump();
Assert.Null(playerAction.Card);
}
public void CloseGameShouldNotPassAnyAnnounce()
{
var playerAction = PlayerAction.CloseGame();
Assert.Equal(Announce.None, playerAction.Announce);
}
protected virtual void StartTurn()
{
currentAction = PlayerAction.None;
}
