internal void Play()
{
for (int cnt = 0; cnt < 50; cnt++)
{
var norm = MyUtils.GetRandomVector3Normalized();
PointSpread point = new PointSpread(norm, m_center + Vector3D.Multiply(norm, MyUtils.GetRandomFloat(10, 50)));
points.Add(point);
}
count++;
if (count < 120)
{
foreach (var point in points)
{
var color = Color.LightBlue.ToVector4();
Vector3D vec = Vector3D.Lerp(point.pos, m_center, count / 120d);
var cnter = Vector3D.Lerp(vec, m_center, 0.2);
MySimpleObjectDraw.DrawLine(vec, cnter, MyStringId.GetOrCompute("particle_laser"), ref color, 0.1f);
}
if (count == 42 && CoreWarpExplode.instance.isSpecial)
{
cena = new MyEntity3DSoundEmitter(null);
cena.SetPosition(m_center);
cena.SetVelocity(Vector3.Zero);
MySoundPair m_bombExpl = new MySoundPair("ArcWepLrgCENAExpl");
cena.CustomMaxDistance = (float)Math.Pow(50, 2);
cena.CustomVolume = 15f;
cena.PlaySingleSound(m_bombExpl, true);
}
}
else if (count < 150)
{
if (count == 120)
{
emitter = new MyEntity3DSoundEmitter(null);
emitter.SetPosition(m_center);
emitter.SetVelocity(Vector3.Zero);
MySoundPair m_bombExpl = new MySoundPair("ArcWepLrgWarheadExpl");
emitter.CustomMaxDistance = (float)Math.Pow(50, 2);
emitter.CustomVolume = 15f;
emitter.PlaySingleSound(m_bombExpl, true);
}
foreach (var point in points)
{
var color = Color.LightBlue.ToVector4();
Vector3D vec = Vector3D.Lerp(point.pos, m_center, (120 - count * 4d) / 120d);
var cnter = Vector3D.Lerp(vec, m_center, 0.2);
MySimpleObjectDraw.DrawLine(vec, cnter, MyStringId.GetOrCompute("particle_laser"), ref color, 0.1f);
}
}
else
{
done = true;
}
}
public ExplosionEffect(Vector3D center)
{
m_center = center;
for (int cnt = 0; cnt < 500; cnt++)
{
var norm = MyUtils.GetRandomVector3Normalized();
PointSpread point = new PointSpread(norm, center + Vector3D.Multiply(norm, MyUtils.GetRandomFloat(10, 50)));
points.Add(point);
}
}
private static int CardValue(Card c, Card.Suit trump, PointSpread pointSpread)
{
int value = 0;
if (c.suit == trump)
{
//On suit cards
switch (c.value)
{
case Card.Value.Nine:
value = pointSpread.Nine;
break;
case Card.Value.Ten:
value = pointSpread.Ten;
break;
case Card.Value.Queen:
value = pointSpread.Queen;
break;
case Card.Value.King:
value = pointSpread.King;
break;
case Card.Value.Ace:
value = pointSpread.Ace;
break;
case Card.Value.Jack:
value = pointSpread.RightBower;
break;
}
}
else
{
//Off suit ace
if (c.value == Card.Value.Ace)
{
value = pointSpread.OffSuitAce;
}
//Left Bower
if (c.value == Card.Value.Jack && c.suit == trump.SameColorSuit())
{
value = pointSpread.Ace;
}
}
//Debug.Log("C:" + c.Shortname() + " T:" + trump + " P: " + value);
//Default to worth of 0
return(value);
}
public static IEnumerator MakePlayDecision(int playerID, PointSpread pointSpread, StateMachineSystem.StateMachine targetMachine)
{
int trumpCaller = targetMachine.Memory.GetData <int>("TrumpCaller");
Player player = targetMachine.Memory.GetData <Player>("Player" + playerID);
Card.Suit trump = targetMachine.Memory.GetData <Card.Suit>("Trump");
yield return(null);
Hand handViewframe = CloneListOfCards(player.GetHand());
//Remove all legal plays
handViewframe.RemoveAll((Card c) => { return(!isValidPlay(c, player, targetMachine)); });
Card playCard = null;
List <Card> plays = targetMachine.Memory.GetData <List <Card> >("Plays");
//Calculate this player's team is winning
//Debug.LogWarning("Player" + playerID);
if (plays.Count == 0)
{
//Debug.Log(handViewframe.Count);
Hand trumpHand = CloneListOfCards(handViewframe);
trumpHand.RemoveAll((Card c) => { return(c.suit != trump); });
trumpHand.Sort((Card x, Card y) => {
if (CardValue(x, trump, pointSpread) < CardValue(y, trump, pointSpread))
{
return(-1);
}
else
{
return(1);
}
});
Dictionary <Card.Suit, int> singletonSuits = new Dictionary <Card.Suit, int>();
foreach (Card card in player.GetHand())
{
if (singletonSuits.ContainsKey(card.suit) == false)
{
singletonSuits.Add(card.suit, 0);
}
singletonSuits[card.suit]++;
}
//Limit suit count to only those that have one in them
foreach (Card.Suit item in System.Enum.GetValues(typeof(Card.Suit)))
{
if (singletonSuits.ContainsKey(item) && singletonSuits[item] > 1)
{
singletonSuits.Remove(item);
}
}
//If we have 3+ trump in hand, lead with our strongest trump
if (playCard == null)
{
if (trumpHand.Count >= 3)
{
//Debug.Log("Leading Strong Trump");
playCard = trumpHand[trumpHand.Count - 1];
}
}
//If we have just an Ace of an OffSuit, play that
if (playCard == null)
{
foreach (Card.Suit item in singletonSuits.Keys)
{
foreach (Card card in player.GetHand())
{
if (card.suit == item && card.value == Card.Value.Ace)
{
//Debug.Log("Leading offsuit Ace");
playCard = card;
break;
}
}
if (playCard != null)
{
break;
}
}
}
//If we have the right bower, play that if its our only trump
if (playCard == null && trumpHand.Count == 1)
{
playCard = handViewframe.Find((Card c) => { return(c.suit == trump && c.value == Card.Value.Jack); });
//if (playCard != null) Debug.Log("Leading Singleton Right Bower");
}
//If we have a singleton card, play that.
if (playCard == null)
{
foreach (Card.Suit item in singletonSuits.Keys)
{
foreach (Card card in player.GetHand())
{
if (card.suit == item)
{
//Debug.Log("Leading Singleton");
playCard = card;
break;
}
}
if (playCard != null)
{
break;
}
}
}
//Play our lowest value card.
if (playCard == null)
{
//Debug.Log("Leading Lowest Card");
handViewframe.Sort((Card x, Card y) => { return((CardValue(x, trump, pointSpread) < CardValue(y, trump, pointSpread)) ? -1 : 1); });
playCard = handViewframe[0];
}
//Pick a random card
if (playCard == null)
{
playCard = handViewframe[Random.Range(0, handViewframe.Count)];
}
}
else if (handViewframe.Count == 1)
{
//Debug.Log("Only one valid play");
//If there is only one card, play it
playCard = handViewframe[0];
}
else
{
bool teamWinningHand;
List <Card> sortedPlays = CloneListOfCards(plays);
sortedPlays.Sort((Card x, Card y) => {
if (ScoreingValue(x, targetMachine) < ScoreingValue(y, targetMachine))
{
return(-1);
}
else
{
return(1);
}
});
//Make it so the best card is actually in the first position
sortedPlays.Reverse();
{
string ret = "SortedPlays: ";
foreach (Card item in sortedPlays)
{
ret += item.Shortname() + ", ";
}
//Debug.Log(ret);
}
int currentWinner = targetMachine.Memory.GetData <Dictionary <Card, int> >("PlaysMap")[sortedPlays[0]];
teamWinningHand = currentWinner % 2 == playerID % 2;
System.Func <Card, bool> isWinningPlay = (Card c) => {
Card winningCard = sortedPlays[0];
if (ScoreingValue(c, targetMachine) > ScoreingValue(winningCard, targetMachine))
{
return(true);
}
else
{
return(false);
}
};
//Calcualte all cards that can win a play
Hand winningPlays = CloneListOfCards(handViewframe);
//Remove things that are not winning plays
winningPlays.RemoveAll((Card c) => { return(!isWinningPlay(c)); });
//Sort them by CardValue
winningPlays.Sort((Card x, Card y) => { return((CardValue(x, trump, pointSpread) < CardValue(y, trump, pointSpread)) ? -1 : 1); });
//Calculate all cards that can lose a play
Hand losingPlays = CloneListOfCards(handViewframe);
//Remove things that are winning plays
losingPlays.RemoveAll((Card c) => { return(isWinningPlay(c)); });
//Sort them by value
losingPlays.Sort((Card x, Card y) => { return((CardValue(x, trump, pointSpread) < CardValue(y, trump, pointSpread)) ? -1 : 1); });
{
string ret = "Losers: ";
foreach (Card card in losingPlays)
{
ret += card.Shortname() + ", ";
}
ret += "\nWinners:";
foreach (Card card in winningPlays)
{
ret += card.Shortname() + ", ";
}
//Debug.Log(ret);
}
//If we have no winning plays, or we are already winning
if ((winningPlays.Count == 0 || teamWinningHand) && losingPlays.Count > 0)
{
//Debug.Log("Playing worst card:(" + (winningPlays.Count == 0) + " || " + teamWinningHand + ") && " + (losingPlays.Count > 0) );
//Play the lowest value losing play
playCard = losingPlays[0];
}
//If we have no losing plays, or we are not winning
else if ((losingPlays.Count == 0 || teamWinningHand == false) && winningPlays.Count > 0)
{
//Debug.Log("Playing best card:(" + (losingPlays.Count == 0) + " || " + (teamWinningHand == false) + ") && " + (winningPlays.Count > 0));
//Play the lowest value winning play
playCard = winningPlays[0];
}
}
//do { playCard = player.GetHand()[Random.Range(0, player.GetHand().Count)]; } while (isValidPlay(playCard, player) == false);
player.PostNotification("CardPlayedInZone" + targetMachine.UID, new object[] { GameObject.FindGameObjectWithTag(GameManager.Tags.PlayZone), playCard });
}
public static IEnumerator MakeTrumpDiscardDecision(int playerID, PointSpread pointSpread, StateMachineSystem.StateMachine targetMachine)
{
//Discard the lowest value card or a card that makes the hand two suited (aside from a trump)
yield return(null);
Player p = targetMachine.Memory.GetData <Player>("Player" + playerID);
Card.Suit trump = targetMachine.Memory.GetData <Card.Suit>("Trump");
Card discard = null;
Hand cardsRemaining = CloneListOfCards(p.GetHand());
System.Func <Hand> SortByLowestValue = () => {
Hand temp = CloneListOfCards(cardsRemaining);
temp.Sort((Card x, Card y) => {
if (CardValue(x, trump, pointSpread) < CardValue(y, trump, pointSpread))
{
return(-1);
}
else
{
return(1);
}
});
return(temp);
};
System.Func <Hand> RemoveTrump = () => {
Hand temp = CloneListOfCards(cardsRemaining);
temp.RemoveAll((Card c) => { return(c.suit == trump); });
return(temp);
};
System.Func <Hand> RemoveAces = () => {
Hand temp = CloneListOfCards(cardsRemaining);
temp.RemoveAll((Card c) => { return(c.value == Card.Value.Ace); });
return(temp);
};
System.Func <Hand> LowerSuitCount = () => {
Hand temp = CloneListOfCards(cardsRemaining);
Dictionary <Card.Suit, int> suitCount = new Dictionary <Card.Suit, int>();
foreach (Card card in temp)
{
if (suitCount.ContainsKey(card.suit) == false)
{
suitCount.Add(card.suit, 0);
}
suitCount[card.suit]++;
}
int lowestCount = int.MaxValue;
Card.Suit fewestSuit = Card.Suit.Clubs;
foreach (Card.Suit suit in System.Enum.GetValues(typeof(Card.Suit)))
{
if (suitCount.ContainsKey(suit) && suitCount[suit] > 0 && suitCount[suit] < lowestCount)
{
fewestSuit = suit;
}
}
//Don't remove anything if it is our only suit
if (suitCount[fewestSuit] != temp.Count)
{
//Otherwise, remove all suits that do not match the smallest one.
temp.RemoveAll((Card c) => { return(c.suit != fewestSuit); });
}
return(temp);
};
System.Func <Hand>[] actions = new System.Func <Hand>[] { RemoveTrump, RemoveAces, LowerSuitCount, SortByLowestValue };
//Attempt to try all of these actions, and if they leave us with
for (int i = 0; i < actions.Length; i++)
{
if (discard != null)
{
break;
}
//Perform a reduction on the hand
Hand newPerspectives = actions[i]();
//Check what that leaves us with
if (newPerspectives.Count == 1)
{
//If this criteria left us with only one card, we discard that.
discard = newPerspectives[0];
}
else if (newPerspectives.Count == 0)
{
//If this action resulted in an empty list, it is not a valid criteria and we need to use our most recent intact version, sort it, and pick the lowest value from it.
discard = SortByLowestValue()[0];
}
else
{
//Otherwise, update the remaining cards after this reduction
cardsRemaining = newPerspectives;
}
}
if (discard == null)
{
discard = cardsRemaining[0];
}
p.PostNotification("CardPlayedInZone" + targetMachine.UID, new object[] { GameObject.FindGameObjectWithTag(GameManager.Tags.PlayZone), discard });
}
public static IEnumerator MakeTrumpOrderingDecision(int playerID, PointSpread pointSpread, StateMachineSystem.StateMachine targetMachine)
{
//Default to passing
bool pass = true;
Player player = targetMachine.Memory.GetData <Player>("Player" + playerID);
Card revealedCard = targetMachine.Memory.GetData <Card>("RevealedCardFromKittie");
Card.Suit?callSuit = (revealedCard.faceDown) ? null : (Card.Suit?)revealedCard.suit;
int dealerID = targetMachine.Memory.GetData <int>("Dealer");
bool dealerOnTeam = (dealerID % 2) == (playerID % 2);
//Debug.Log("Player" + playerID+" team w/ Dealer: " + dealerOnTeam);
if (callSuit != null)
{
//Handle deciding on just this card
int points = CalculateHandPoints(player.GetHand(), revealedCard, (Card.Suit)callSuit, dealerOnTeam, pointSpread);
//Debug.Log("Player" + playerID + " Points: " + points);
if (points >= pointSpread.callThreshold)
{
pass = false;
}
//Debug.Log("Player" + playerID + ": " + points + " for " + ((Card.Suit)callSuit).Shortname());
//Call a loner if we are confident in our hand, unless we have more than seven points
if (points >= pointSpread.lonerThreshold && targetMachine.Memory.GetData <int>("Team" + (playerID % 2) + "Points") <= 7)
{
//If we are the dealer, calling loner is fine. If we are not the dealer, and it is the right bower, don't go alone.
if (dealerID == playerID || revealedCard.value != Card.Value.Jack)
{
targetMachine.Memory.GetData <TrumpSelector>("TrumpSelector").aloneToggle.isOn = true;
}
}
}
else
{
//If screw-the-dealer is enabled, disable passing
if (GameManager.ScrewTheDealer && dealerID == playerID)
{
pass = false;
}
List <Card.Suit> suits = new List <Card.Suit>(new Card.Suit[] { Card.Suit.Clubs, Card.Suit.Diamonds, Card.Suit.Hearts, Card.Suit.Spades });
suits.Remove(revealedCard.suit);
int maxPoints = int.MinValue;
foreach (Card.Suit suit in suits)
{
int points = CalculateHandPoints(player.GetHand(), revealedCard, suit, dealerOnTeam, pointSpread);
if (points > maxPoints)
{
maxPoints = points;
callSuit = suit;
}
}
if (maxPoints >= pointSpread.callThreshold)
{
pass = false;
}
//If this is a strong call, go alone
if (maxPoints >= 9 && targetMachine.Memory.GetData <int>("Team" + (playerID % 2) + "Points") <= 7)
{
targetMachine.Memory.GetData <TrumpSelector>("TrumpSelector").aloneToggle.isOn = true;
}
//Debug.Log("Player" + playerID + ": " + maxPoints + " for " + ((Card.Suit)callSuit).Shortname());
}
yield return(null);
if (pass)
{
player.PostNotification("Pass" + targetMachine.UID);
}
else
{
player.PostNotification("OrderUp" + targetMachine.UID, (Card.Suit)callSuit);
}
}
private static int CalculateHandPoints(List <Card> hand, Card upCard, Card.Suit suitInQuestion, bool dealerOnTeam, PointSpread pointSpread)
{
int ret = 0;
//Calulate the face up card going to a player
ret += CardValue(upCard, suitInQuestion, pointSpread) * ((dealerOnTeam) ? 1 : -1);
List <Card.Suit> uniqueSuits = new List <Card.Suit>();
foreach (Card card in hand)
{
if (uniqueSuits.Contains(card.suit) == false)
{
uniqueSuits.Add(card.suit);
}
ret += CardValue(card, suitInQuestion, pointSpread);
}
if (uniqueSuits.Count <= 2)
{
ret += pointSpread.TwoSuited;
}
{
string debugPrint = "Suit: " + suitInQuestion.Shortname() + " Points: " + ret + "\n Hand:";
foreach (Card card in hand)
{
debugPrint += card.Shortname();
debugPrint += ",";
}
//Debug.Log(debugPrint);
}
return(ret);
}
public override IEnumerator Enter()
{
yield return(base.Enter());
//Ensure no cards are animating
if (GameManager.AnimateGame)
{
foreach (Card card in owner.Memory.GetData <Deck>("GameDeck"))
{
while (card.animating)
{
yield return(null);
}
}
}
//Advance the Dealer
owner.Memory.SetData("Dealer", (owner.Memory.GetData <int>("Dealer") == 3) ? 0 : owner.Memory.GetData <int>("Dealer") + 1);
//Set active player to right of the dealer.
owner.Memory.SetData("ActivePlayer", (owner.Memory.GetData <int>("Dealer") == 3) ? 0 : owner.Memory.GetData <int>("Dealer") + 1);
owner.Memory.SetData("Plays", new List <Card>());
owner.Memory.SetData("PlaysMap", new Dictionary <Card, int>());
owner.Memory.SetData("Player0Tricks", 0);
owner.Memory.SetData("Player1Tricks", 0);
owner.Memory.SetData("Player2Tricks", 0);
owner.Memory.SetData("Player3Tricks", 0);
PointSpread testingPointSpread;
if (GameManager.RunGenetics)
{
int[] array = null;
yield return(GameManager.GeneticHandler.GetSpread((int[] inn) => { array = inn; }));
testingPointSpread = new PointSpread(array);
}
else
{
testingPointSpread = GameManager.DefaultPointSpread;
}
//if (GameManager.RunGenetics) Debug.LogWarning("Trial of: " + testingPointSpread);
owner.Memory.SetData("Player0PointSpread", testingPointSpread);
owner.Memory.SetData("Player1PointSpread", GameManager.DefaultPointSpread);
owner.Memory.SetData("Player2PointSpread", testingPointSpread);
owner.Memory.SetData("Player3PointSpread", GameManager.DefaultPointSpread);
owner.Memory.GetData <TrumpSelector>("TrumpSelector").aloneToggle.isOn = false;
owner.Memory.SetData <bool>("Alone", false);
//Remove trump if this is not our first round.
owner.Memory.RemoveData <Card.Suit>("Trump");
Deck playingDeck = owner.Memory.GetData <Deck>("GameDeck");
playingDeck.basePosition = Vector3.Lerp(Vector3.zero, owner.Memory.GetData <Player>("Player" + owner.Memory.GetData <int>("Dealer")).gameObject.transform.position, 0.55f);
if (GameManager.AnimateGame)
{
//Reorient the deck to the dealer
yield return(playingDeck.Orient("Player" + owner.Memory.GetData <int>("Dealer"), owner));
}
//Shuffle the deck
playingDeck.Shuffle();
//Deal to each player
int[] dealSequence = new int[] { 3, 2, 3, 2,
2, 3, 2, 3 };
int player = owner.Memory.GetData <int>("ActivePlayer");
for (int i = 0; i < dealSequence.Length; i++)
{
//Mark the player as playing this round
owner.Memory.GetData <Player>("Player" + player).playingRound = true;
yield return(GameManager.cardAnimator.Deal("Player" + player, "GameDeck", dealSequence[i], GameManager.AnimateGame, owner));
player++;
if (player > 3)
{
player = 0;
}
}
Card revealedCard = owner.Memory.GetData <Deck>("GameDeck").Draw(1)[0];
owner.Memory.SetData("RevealedCardFromKittie", revealedCard);
owner.Memory.SetData <List <Card> >("KnownCards", new List <Card>(new Card[] { revealedCard }));
revealedCard.SetOrdering(1);
yield return(GameManager.cardAnimator.Flip(revealedCard, GameManager.AnimateGame));
owner.Transition <DetermineTrump>();
}
