// +1 Action
// +1 Card
// Each player (including you) reveals the top card of his deck and either discards it or puts it back,
// your choice.
private void ResolveCardSpy(Player activePlayer, Card cardToResolve)
{
activePlayer.DrawCards(1);
activePlayer.AddAction(1);
using (var loop = new LoopEnumerator <Player>(players, activePlayerIndex, 1))
{
loop.Reset();
while (loop.MoveNext())
{
var player = loop.Current;
if (player == activePlayer || !TryDefendAttack(player))
{
var revealedCard = player.RevealTopCardFromDeck();
if (revealedCard != null)
{
writer.WriteLine("{0} revealed {1}", player.Name, revealedCard.Info.CardName);
writer.Write("Would you like to discard it?");
if (Texts.ParseBoolean(reader.ReadLine()) ?? true)
{
player.DiscardRevealCard(revealedCard);
}
else
{
player.UnrevealCardToTopDeck(revealedCard);
}
}
}
}
}
}
private void WriteGeometry(XmlTextWriter writer, Part part, Model myModel)
{
if (part != null)
{
WorkPlaneHandler planeHandler = myModel.GetWorkPlaneHandler();
TransformationPlane CurrentPlane = planeHandler.GetCurrentTransformationPlane();
writer.WriteStartElement("Part", null);
writer.WriteAttributeString("id", part.Identifier.ID.ToString());
writer.WriteElementString("name", part.Name);
writer.WriteElementString("material", part.Material.MaterialString);
writer.WriteStartElement("profile", null);
writer.WriteElementString("name", part.Profile.ProfileString);
writer.WriteEndElement();
Solid solid = part.GetSolid() as Solid;
FaceEnumerator myFaceEnum = solid.GetFaceEnumerator();
writer.WriteStartElement("Solid", null);
while (myFaceEnum.MoveNext())
{
Face myFace = myFaceEnum.Current as Face;
if (myFace != null)
{
writer.WriteStartElement("Face", null);
LoopEnumerator myLoopEnum = myFace.GetLoopEnumerator();
while (myLoopEnum.MoveNext())
{
Loop myLoop = myLoopEnum.Current as Loop;
if (myLoop != null)
{
writer.WriteStartElement("Loop", null);
VertexEnumerator myVertexEnum = myLoop.GetVertexEnumerator() as VertexEnumerator;
while (myVertexEnum.MoveNext())
{
Point myVertex = myVertexEnum.Current as Point;
if (myVertex != null)
{
writer.WriteStartElement("Vertex", null);
writer.WriteElementString("X", myVertex.X.ToString("#.##"));
writer.WriteElementString("Y", myVertex.Y.ToString("#.##"));
writer.WriteElementString("Z", myVertex.Z.ToString("#.##"));
writer.WriteEndElement(); // End Vertex
}
}
writer.WriteEndElement(); // End Loop
}
}
writer.WriteEndElement(); // End Face
}
}
writer.WriteEndElement(); // End Solid
planeHandler.SetCurrentTransformationPlane(CurrentPlane);
writer.WriteEndElement();
}
}
public static List <Loop> ToList(this LoopEnumerator loopEnumerator)
{
var loops = new List <Loop>();
while (loopEnumerator.MoveNext())
{
var loop = loopEnumerator.Current;
loops.Add(loop);
}
return(loops);
}
internal static Dictionary <Plane, Face> GetGeometricPlane(Solid solid)
{
FaceEnumerator FaceEnum = solid.GetFaceEnumerator();
Dictionary <Plane, Face> Planes = new Dictionary <Plane, Face>();
while (FaceEnum.MoveNext())
{
List <Point> PlaneVertexes = new List <Point>();
Face face = FaceEnum.Current as Face;
LoopEnumerator Loops = face.GetLoopEnumerator();
while (Loops.MoveNext())
{
Loop loop = Loops.Current as Loop;
VertexEnumerator vertexes = loop.GetVertexEnumerator();
while (vertexes.MoveNext())
{
Point Vertex = vertexes.Current as Point;
if (!PlaneVertexes.Contains(Vertex))
{
if (PlaneVertexes.Count != 3 || (PlaneVertexes.Count == 3 && !ArePointAligned(PlaneVertexes[0], PlaneVertexes[1], Vertex)))
{
PlaneVertexes.Add(Vertex);
}
if (PlaneVertexes.Count == 3)
{
Vector Vector1 = new Vector(PlaneVertexes[1].X - PlaneVertexes[0].X, PlaneVertexes[1].Y - PlaneVertexes[0].Y,
PlaneVertexes[1].Z - PlaneVertexes[0].Z);
Vector Vector2 = new Vector(PlaneVertexes[2].X - PlaneVertexes[0].X, PlaneVertexes[2].Y - PlaneVertexes[0].Y,
PlaneVertexes[2].Z - PlaneVertexes[0].Z);
Plane plane = new Plane
{
Origin = PlaneVertexes[0],
AxisX = Vector1,
AxisY = Vector2
};
Planes.Add(plane, face);
break;
}
}
}
break;
}
}
return(Planes);
}
internal static Dictionary <Plane, Face> GetGeometricPlanes(Solid solid)
{
// Face(삼각면)
FaceEnumerator faceEnum = solid.GetFaceEnumerator();
Dictionary <Plane, Face> planes = new Dictionary <Plane, Face>();
while (faceEnum.MoveNext())
{
List <Point> planeVertexes = new List <Point>();
Face face = faceEnum.Current as Face;
LoopEnumerator loops = face.GetLoopEnumerator();
while (loops.MoveNext())
{
Loop loop = loops.Current as Loop;
VertexEnumerator vertexes = loop.GetVertexEnumerator();
while (vertexes.MoveNext())
{
Point vertex = vertexes.Current as Point;
if (!planeVertexes.Contains(vertex))
{
//Three Points form a plane and they cannot be aligned.
if (planeVertexes.Count != 3 ||
(planeVertexes.Count == 3 && !ArePointAligned(planeVertexes[0], planeVertexes[1], vertex)))
{
planeVertexes.Add(vertex);
}
if (planeVertexes.Count == 3)
{
Vector vector1 = new Vector(planeVertexes[1].X - planeVertexes[0].X, planeVertexes[1].Y - planeVertexes[0].Y, planeVertexes[1].Z - planeVertexes[0].Z);
Vector vector2 = new Vector(planeVertexes[2].X - planeVertexes[0].X, planeVertexes[2].Y - planeVertexes[0].Y, planeVertexes[2].Z - planeVertexes[0].Z);
Plane plane = new Plane();
plane.Origin = planeVertexes[0];
plane.AxisX = vector1;
plane.AxisY = vector2;
planes.Add(plane, face);
break;
}
}
}
break;
}
}
return(planes);
}
// +1 Buy
// +4 Cards
// Each other player draws a card
private void ResolveCardCouncilRoom(Player activePlayer, Card cardToResolve)
{
activePlayer.DrawCards(4);
activePlayer.AddBuy(1);
using (var loop = new LoopEnumerator <Player>(players, activePlayerIndex, 1))
{
loop.Reset();
while (loop.MoveNext())
{
var player = loop.Current;
if (player != activePlayer)
{
player.DrawCards(1);
}
}
}
}
// +2 Coins
// Each other player discards down to 3 cards in his hand.
private void ResolveCardMilitia(Player activePlayer, Card cardToResolve)
{
activePlayer.AddCoinBonus(2);
using (var loop = new LoopEnumerator <Player>(players, activePlayerIndex, 1))
{
loop.Reset();
while (loop.MoveNext())
{
var player = loop.Current;
if (player != activePlayer && !TryDefendAttack(player))
{
player.DisplayInfo(writer);
while (player.HandCardsCount > 3)
{
writer.Write("{0}, choose {1} cards to discard:", player.Name, player.HandCardsCount - 3);
String discardCards;
if (player is AIPlayer)
{
discardCards = SpecialActionAI.ResolveCardMilitiaAI(player);
writer.Write(discardCards);
writer.WriteLine();
}
else
{
discardCards = reader.ReadLine();
}
var cardsToDiscard = player.FindCardsOnHand(Texts.SplitCsv(discardCards));
if (cardsToDiscard.Length == player.HandCardsCount - 3)
{
player.DiscardHandCards(cardsToDiscard);
}
else
{
writer.WriteLine("You must choose exactly {0} cards to discard", player.HandCardsCount - 3);
}
}
}
}
}
}
// +2 Cards
// Each other player gains a Curse
private void ResolveCardWitch(Player activePlayer, Card cardToResolve)
{
activePlayer.DrawCards(2);
using (var loop = new LoopEnumerator <Player>(players, activePlayerIndex, 1))
{
loop.Reset();
while (loop.MoveNext())
{
var player = loop.Current;
if (player != activePlayer && !TryDefendAttack(player))
{
var cardToGain = supply.GetCard(CardCentral.Shared.GetCardInfo("Curse"));
if (cardToGain != null)
{
player.GainCard(cardToGain);
}
}
}
}
}
private static void DrawMesh(Face face)
{
GraphicsDrawer graphicsDrawer = new GraphicsDrawer();
Mesh mesh = new Mesh();
LoopEnumerator loops = face.GetLoopEnumerator();
loops.MoveNext();
Loop loop = loops.Current as Loop;
VertexEnumerator vertexes = loop.GetVertexEnumerator();
while (vertexes.MoveNext())
{
mesh.AddPoint(vertexes.Current as Point);
}
for (int index = 0; index < mesh.Points.Count - 2; index++)
{
mesh.AddTriangle(index, index + 1, index + 2);
mesh.AddTriangle(index + 2, index + 1, index);
}
graphicsDrawer.DrawMeshSurface(mesh, new Color(1, 0, 0));
}
// Gain a silver. Put it on top of your deck
// Each other player reveals a Victory card from his hand and puts it on his deck
// (or reveals a hand with no Victory cards)
private void ResolveCardBureaucrat(Player activePlayer, Card cardToResolve)
{
var cardToGain = supply.GetCard(CardCentral.Shared.GetCardInfo("Silver"));
if (cardToGain != null)
{
activePlayer.GainCardOnDeck(cardToGain);
}
using (var loop = new LoopEnumerator <Player>(players, activePlayerIndex, 1))
{
loop.Reset();
while (loop.MoveNext())
{
var player = loop.Current;
if (player != activePlayer && !TryDefendAttack(player))
{
player.DisplayInfo(writer);
Card cardToReveal;
do
{
writer.Write("{0}, select a victory card to reveal (empty to skip and reveal the whole hand):", player.Name);
var cardNameToReveal = Texts.Trim(reader.ReadLine());
if (string.IsNullOrEmpty(cardNameToReveal))
{
cardToReveal = null;
if (!player.HasVictoryCardOnHand())
{
break;
}
writer.Write("You cannot skip as you have victory cards in hand");
}
else
{
cardToReveal = player.FindCardOnHand(cardNameToReveal);
if (cardToReveal == null)
{
writer.WriteLine("{0} is not in your hand", cardNameToReveal);
}
else if (!cardToReveal.Info.IsVictoryCard)
{
writer.WriteLine("{0} is not a victory card", cardToReveal.Info.CardName);
cardToReveal = null;
}
}
} while (cardToReveal == null);
if (cardToReveal != null)
{
player.RevealHandCard(cardToReveal);
player.DisplayRevealCards(writer);
player.UnrevealCardToTopDeck(cardToReveal);
}
else
{
var handCards = player.RevealAllHandCards();
player.DisplayRevealCards(writer);
player.UnrevealCardsToHand(handCards);
}
}
}
}
}
// Each other player reveals the top 2 cards of his deck.
// If they revealed any Treasure cards, they trash one of them that you choose.
// You may gain any or all of these trashed cards. They discard the other revealed cards.
private void ResolveCardThief(Player activePlayer, Card cardToResolve)
{
var tempTrashCards = new List <Card>();
using (var loop = new LoopEnumerator <Player>(players, activePlayerIndex, 1))
{
loop.Reset();
while (loop.MoveNext())
{
var player = loop.Current;
if (player != activePlayer && !TryDefendAttack(player))
{
var treasureCards = new List <Card>();
var revealedCards = new List <Card>(2);
while (revealedCards.Count < 2)
{
var revealedCard = player.RevealTopCardFromDeck();
if (revealedCard == null)
{
break;
}
revealedCards.Add(revealedCard);
if (revealedCard.Info.IsTreasureCard)
{
treasureCards.Add(revealedCard);
}
}
if (treasureCards.Count > 0)
{
writer.Write("{0} has revealed {1} treasure cards:", player.Name, treasureCards.Count);
foreach (var card in treasureCards)
{
writer.Write(card.Info.CardName);
writer.Write(", ");
}
writer.WriteLine();
Card cardToTrash;
do
{
writer.Write("Choose one to trash:");
var cardNameToTrash = Texts.Trim(reader.ReadLine());
cardToTrash = Card.FindCard(cardNameToTrash, treasureCards);
if (cardToTrash == null)
{
writer.WriteLine("{0} is not in the options", cardNameToTrash);
}
} while (cardToTrash == null);
player.TrashRevealCard(cardToTrash, tempTrashCards);
revealedCards.Remove(cardToTrash);
}
player.DiscardRevealCards(revealedCards.ToArray());
}
}
}
if (tempTrashCards.Count > 0)
{
writer.Write("Trash cards to gain:");
foreach (var card in tempTrashCards)
{
writer.Write(card.Info.CardName);
writer.Write(", ");
}
writer.WriteLine();
writer.Write("Choose which to gain (type all to gain all):");
var cardNamesToGain = Texts.SplitCsv(reader.ReadLine());
Card[] cardsToGain;
if (cardNamesToGain.Length == 1 && "all".Equals(cardNamesToGain[0], StringComparison.OrdinalIgnoreCase))
{
cardsToGain = tempTrashCards.ToArray();
}
else
{
cardsToGain = Card.FindCards(cardNamesToGain, tempTrashCards);
}
activePlayer.GainCards(cardsToGain);
tempTrashCards.RemoveRange(cardsToGain);
}
trashCards.AddRange(tempTrashCards);
}