// Victory Points awarded from the number of specific structure colour each neighbours constructed
private static void AddVictoryNeighboursColour(Player p, Player east, Player west, CardColour c, int amount)
{
p.addScore(Score.VICTORY, GetVictoryNeighboursColour(east, west, c, amount));
}
public MainGame(Game1 theGame)
: base("background", 1.0f)
{
LABELWIDTH = SEC1WIDTH / 2 - MARGIN;
CARDWIDTH = (Game1.WIDTH - 8 * (MARGIN * 2) - 30) / MAXHANDSIZE;
CARDHEIGHT = (int) (CARDWIDTH * 1.612);
LABELLENGTH = (SEC1WIDTH - MARGIN) / 5;
RESOURCELENGTH = (SEC1WIDTH - 3 * MARGIN) * 4 / 5;
player = null;
wonder = null;
lastPlayed = new Dictionary<string, Visual>();
hand = new SortedDictionary<string, Visual>();
leftButton = new Button(new Vector2(Game1.WIDTH - 27, 200 + CARDHEIGHT / 2 - 7), 15, 15, "", "Font1", "left");
leftButton.z = 1;
hand.Add("paperleft", new Visual(new Vector2(Game1.WIDTH - 27, 190), 30, CARDHEIGHT + 30, "paperleft"));
hand.Add("leftButton", leftButton.setBorder(false));
close = new Button(new Vector2(Game1.WIDTH - Game1.WIDTH / 9, Game1.HEIGHT * 5/ 8), 75, 40, "Close", "Font1");
lastPlayed.Add("bg", new Visual(new Vector2(Game1.WIDTH / 3, Game1.HEIGHT / 6), Game1.WIDTH * 2 / 3, Game1.HEIGHT * 2 / 3, "bg"));
lastPlayed.Add("close", close);
seatVisuals = new Dictionary<int, Dictionary<string, Visual>>();
baseVisuals = new Dictionary<String, Visual>();
baseVisuals.Add("Label1", new Visual(new Vector2(MARGIN, MARGIN), LABELWIDTH, LABELHEIGHT, "Players", "Font1", null, Color.Gray, "grayback"));
baseVisuals.Add("Label2", new Visual(new Vector2(MARGIN + LABELWIDTH, MARGIN), LABELWIDTH, LABELHEIGHT, "icons"));
baseVisuals.Add("Divider1", new Visual(new Vector2(SEC1WIDTH - 1, 0), DIVIDERWIDTH, Game1.HEIGHT, "line", Color.Silver));
baseVisuals.Add("Divider2", new Visual(new Vector2(0, SEC1HEIGHT - 1), Game1.WIDTH, DIVIDERWIDTH, "line", Color.Silver));
baseVisuals.Add("Age", new Visual(new Vector2(Game1.WIDTH - MARGIN - 75, MARGIN), 75, 75, "age1"));
baseVisuals.Add("discard", new Visual(new Vector2(Game1.WIDTH - MARGIN - 60, MARGIN * 3 + 120), 60, 60, "0", "Font1", null, Color.White, "deck"));
baseVisuals["discard"].setLeftMargin(15);
baseVisuals["discard"].setTopMargin(9);
}
//Checks how a player with neighbours west and east would have to spend in order to meet the given cost
//Returns -1 if the player cannot possibly build the card (including if his neighbours have the required
//resources, but he cannot afford to purchase them)
//Returns 0 if the player has all of the required resources and does not need to purchase any
//Otherwise, returns the total number of coins it would cost the player at minimum to purchase the
//required resources to meet the cost
public static int constructCost(Player player, Player west, Player east, Dictionary<Resource, int> cost)
{
//check if cost is in coins
if (cost.ContainsKey(Resource.COIN))
return (cost[Resource.COIN] > player.getResourceNum(Resource.COIN)) ? -1 : cost[Resource.COIN];
//split the cost into raw and manufactured goods to deal with them separately, as they do not affect each other
Dictionary<Resource, int> rawCost = new Dictionary<Resource, int>();
foreach (Resource r in rawGoods)
if (cost.ContainsKey(r)) rawCost.Add(r, cost[r]);
Dictionary<Resource, int> manCost = new Dictionary<Resource, int>();
foreach (Resource r in manGoods)
if (cost.ContainsKey(r)) manCost.Add(r, cost[r]);
//get resource lists
List<List<Resource>> playerRaw = buildResourceList(player, rawGoods, true);
List<List<Resource>> playerMan = buildResourceList(player, manGoods, true);
List<List<Resource>> eastRaw = buildResourceList(east, rawGoods, false);
List<List<Resource>> westRaw = buildResourceList(west, rawGoods, false);
List<List<Resource>> neighbourMan = buildResourceList(east, manGoods, false);
neighbourMan.AddRange(buildResourceList(west, manGoods, false));
//calculate cost of manufactured goods
int numManPurchased = countPurchases(manCost, playerMan, neighbourMan);
int totalCoinCost = numManPurchased * player.mcost;
//calculate cost of raw goods
if (player.rcostEast == player.rcostWest)
{
//All neighbour resources can be grouped together, since they cost the same amount
List<List<Resource>> neighbourRaw = eastRaw;
neighbourRaw.AddRange(westRaw);
int numRawPurchased = countPurchases(rawCost, playerRaw, neighbourRaw);
totalCoinCost += numRawPurchased * player.rcostWest;
}
else
{
//east and west neighbour resorces must be considered separately, as they cost different amounts
//countPurchases() will return the coin cost, not just the number of resources purchased
int numRawPurchased;
if (player.rcostEast < player.rcostWest)
numRawPurchased = countPurchases(rawCost, playerRaw, eastRaw, westRaw);
else
numRawPurchased = countPurchases(rawCost, playerRaw, westRaw, eastRaw);
totalCoinCost += numRawPurchased;
}
return totalCoinCost>player.getResourceNum(Resource.COIN)?-1:totalCoinCost;
}
// Victory Points returned for the number of defeat tokens each neighbouring city has
private static int GetVictoryNeighboursConflict(Player east, Player west)
{
return east.getScoreType(Score.DEFEAT) + west.getScoreType(Score.DEFEAT);
}
// Babylon B [2nd stage]
// Handle this at the end of every age to play the last card if
// Player can pay for it, or discard to earn 3 coins or build the third wonder.
// EXTRA TURN basically
private static void LastCard(Player p, Card c)
{
// stuff
}
//OLD CODE
//Returns the part of the given cost that the player cannot meet with his own single resources
//Does not consider the player's resource choices
private static Dictionary<Resource, int> outsourcedCosts(Player player, Dictionary<Resource, int> cost, List<List<Resource>> remainingPlayerChoices, bool self)
{
Dictionary<Resource, int> remaining = new Dictionary<Resource, int>();
Dictionary<Resource, int> coveredByChoices = new Dictionary<Resource, int>(); //Costs that are covered by choices (each item in here is the only relevant application of the choice used)
foreach (Resource r in cost.Keys) coveredByChoices.Add(r, 0);
if (remainingPlayerChoices != null)
{
foreach (List<Resource> choice in self ? player.getTotalChoices() : player.getPublicChoices())
{
int numRelevant = 0;
Resource coveredResource = Resource.COIN;
foreach (Resource r in choice)
if (cost.ContainsKey(r))
{
numRelevant++;
coveredResource = r;
}
if (numRelevant == 1)
coveredByChoices[coveredResource]++;
else
remainingPlayerChoices.Add(choice);
}
}
foreach (Resource r in cost.Keys)
{
if (cost[r] > player.getResourceNum(r) + coveredByChoices[r] && r != Resource.COIN)
remaining.Add(r, cost[r] - player.getResourceNum(r));
}
return remaining;
}
// Science Choice - player chooses which science to gain from the card at the end of the game
// NOTE: Should we have this as a max function? eg. Find max of gear, tablet, compass and just add 1?
private static void AddScienceChoice(Player p, int x)
{
int gear = p.getScoreNum(Score.GEAR);
int compass = p.getScoreNum(Score.COMPASS);
int tablet = p.getScoreNum(Score.TABLET);
if (x == 1)
{
int max1 = CalculateScience((gear + 1), compass, tablet);
int max2 = CalculateScience(gear, (compass + 1), tablet);
int max3 = CalculateScience(gear, compass, (tablet + 1));
int maxScore = Math.Max(Math.Max(max1, max2), max3);
if (maxScore == max1)
p.addScore(Score.GEAR, 1);
else if (maxScore == max2)
p.addScore(Score.COMPASS, 1);
else if (maxScore == max3)
p.addScore(Score.TABLET, 1);
}
else if (x == 2)
{
int max1 = CalculateScience(gear + 2, compass, tablet);
int max2 = CalculateScience(gear, compass + 2, tablet);
int max3 = CalculateScience(gear, compass, tablet + 2);
int max4 = CalculateScience(gear + 1, compass + 1, tablet);
int max5 = CalculateScience(gear + 1, compass, tablet + 1);
int max6 = CalculateScience(gear, compass + 1, tablet + 1);
int maxScore = Math.Max(Math.Max(Math.Max(Math.Max(Math.Max(max1, max2), max3), max4), max5), max6);
if (maxScore == max1)
p.addScore(Score.GEAR, 2);
else if (maxScore == max2)
p.addScore(Score.COMPASS, 2);
else if (maxScore == max3)
p.addScore(Score.TABLET, 2);
else if (maxScore == max4)
{
p.addScore(Score.GEAR, 1);
p.addScore(Score.COMPASS, 1);
}
else if (maxScore == max5)
{
p.addScore(Score.GEAR, 1);
p.addScore(Score.TABLET, 1);
}
else if (maxScore == max6)
{
p.addScore(Score.COMPASS, 1);
p.addScore(Score.TABLET, 1);
}
}
}
// Victory Points awarded
// Through the number of specific structure colour the player has constructed
private static void AddVictoryColour(Player p, CardColour c, int amount)
{
p.addScore(Score.VICTORY, GetVictoryColour(p, c, amount));
}
public static Dictionary<Resource, int> outsourcedCosts(Player player, Dictionary<Resource, int> cost)
{
return outsourcedCosts(player, cost, null, false);
}
// Returns the number of coins awarded from the number of specific structure colour each neighbours have constructed
private static int GetCoinAllColour(Player p, Player east, Player west, CardColour c, int amount)
{
return (p.getCardColourCount(c) + east.getCardColourCount(c) + west.getCardColourCount(c)) * amount;
}
private void Initialize()
{
lock (this)
{
if (init) return;
trade = new TradeInterface();
player = Game1.client.getSelf();
int westSeat = (player.getSeat() - 1 < 0) ? Game1.client.getState().getPlayers().Count - 1 : player.getSeat() - 1;
int eastSeat = (player.getSeat() + 1 > Game1.client.getState().getPlayers().Count - 1) ? 0 : player.getSeat() + 1;
east = Game1.client.getState().getPlayers().Values.ElementAt(eastSeat);
west = Game1.client.getState().getPlayers().Values.ElementAt(westSeat);
foreach (Player p in Game1.client.getState().getPlayers().Values)
{
Visual conflict = new Visual(new Vector2(Game1.WIDTH - MARGIN - 60, MARGIN * 2 + 75), 60, 60, "0", "Font1", null, Color.White, "conflict");
conflict.setLeftMargin(19);
conflict.setTopMargin(20);
conflict.LoadContent();//BAD HACKS
Visual stages = new Visual(new Vector2(Game1.WIDTH - 100, Game1.HEIGHT - 150), 100, 100, "stage13").setVisible(false);
Game1.wonders[p.getBoard().getName()].setPosition(new Vector2(5 + SEC1WIDTH, 5 + SEC1HEIGHT)).setWidth(WONDERWIDTH * 2 + 10).setHeight(WONDERHEIGHT * 2).setTexture(p.getBoard().getImageName());
seatVisuals.Add(p.getSeat(), new Dictionary<string, Visual>() { { "wonder", Game1.wonders[p.getBoard().getName()] }, { "conflict", conflict }, { "stages", stages } });
baseVisuals.Add("player" + p.getSeat(), new Visual(new Vector2(MARGIN, MARGIN * 2 + (MARGIN + LABELHEIGHT) * (p.getSeat() + 1)), DROPDOWNWIDTH, LABELHEIGHT, (p.getSeat() + 1) + "|" + p.getName(), "Font1", Color.White, (p.getSeat() == player.getSeat()) ? Color.Orange : Color.Gray, "grayback"));
baseVisuals.Add("status" + p.getSeat(), new Visual(new Vector2(MARGIN + LABELWIDTH, MARGIN * 2 + (MARGIN + LABELHEIGHT) * (p.getSeat() + 1)), LABELWIDTH, LABELHEIGHT, "blank"));
baseVisuals.Add("gear" + p.getSeat(), new Visual(new Vector2(MARGIN + LABELWIDTH + (LABELWIDTH * 1 / 24), MARGIN * 2 + (MARGIN + LABELHEIGHT) * (p.getSeat() + 1)), p.getScoreNum(Score.GEAR).ToString(), "Font1"));
baseVisuals.Add("tablet" + p.getSeat(), new Visual(new Vector2(MARGIN + LABELWIDTH + (LABELWIDTH * 5 / 24), MARGIN * 2 + (MARGIN + LABELHEIGHT) * (p.getSeat() + 1)), p.getScoreNum(Score.TABLET).ToString(), "Font1"));
baseVisuals.Add("compas" + p.getSeat(), new Visual(new Vector2(MARGIN + LABELWIDTH + (LABELWIDTH * 9 / 24), MARGIN * 2 + (MARGIN + LABELHEIGHT) * (p.getSeat() + 1)), p.getScoreNum(Score.COMPASS).ToString(), "Font1"));
baseVisuals.Add("victory" + p.getSeat(), new Visual(new Vector2(MARGIN + LABELWIDTH + (LABELWIDTH * 13 / 24), MARGIN * 2 + (MARGIN + LABELHEIGHT) * (p.getSeat() + 1)), p.getScoreNum(Score.VICTORY_BLUE).ToString(), "Font1"));
baseVisuals.Add("army" + p.getSeat(), new Visual(new Vector2(MARGIN + LABELWIDTH + (LABELWIDTH * 19 / 24), MARGIN * 2 + (MARGIN + LABELHEIGHT) * (p.getSeat() + 1)), p.getScoreNum(Score.ARMY).ToString(), "Font1"));
}
baseVisuals.Add("resources", new Visual(new Vector2(LABELLENGTH + MARGIN * 2, SEC1HEIGHT + MARGIN * 2), RESOURCELENGTH, LABELHEIGHT, "resourceBar"));
baseVisuals.Add("west", new Visual(new Vector2(MARGIN, SEC1HEIGHT + LABELHEIGHT + MARGIN * 3), LABELLENGTH, LABELHEIGHT, (westSeat + 1) + "|" + "West", "Font1", null, null, "grayback"));
baseVisuals.Add("east", new Visual(new Vector2(MARGIN, SEC1HEIGHT + LABELHEIGHT * 2 + MARGIN * 4), LABELLENGTH, LABELHEIGHT, (eastSeat + 1) + "|" + "East", "Font1", null, null, "grayback"));
baseVisuals.Add("self", new Visual(new Vector2(MARGIN, Game1.HEIGHT - (MARGIN + LABELHEIGHT)), LABELLENGTH, LABELHEIGHT, "Self", "Font1", null, null, "grayback"));
baseVisuals.Add("westresources", new Visual(new Vector2(LABELLENGTH + MARGIN * 2, SEC1HEIGHT + LABELHEIGHT + MARGIN * 3), RESOURCELENGTH, LABELHEIGHT, "emptyResourceBar"));
baseVisuals.Add("eastresources", new Visual(new Vector2(LABELLENGTH + MARGIN * 2, SEC1HEIGHT + LABELHEIGHT * 2 + MARGIN * 4), RESOURCELENGTH, LABELHEIGHT, "emptyResourceBar"));
baseVisuals.Add("selfresources", new Visual(new Vector2(LABELLENGTH + MARGIN * 2, Game1.HEIGHT - (MARGIN + LABELHEIGHT)), RESOURCELENGTH, LABELHEIGHT, "emptyResourceBar"));
int RESOURCEHEIGHT = SEC1HEIGHT + LABELHEIGHT + MARGIN * 3;
for (int i = 0; i < NUMRESOURCES; i++)
{
baseVisuals.Add("west" + i, new Visual(new Vector2(LABELLENGTH + MARGIN * 2 + RESOURCELENGTH * i / 8 + 5, RESOURCEHEIGHT), west.getResourceNum((Resource)i) + "", "Font1"));
baseVisuals.Add("east" + i, new Visual(new Vector2(LABELLENGTH + MARGIN * 2 + RESOURCELENGTH * i / 8 + 5, RESOURCEHEIGHT + LABELHEIGHT + MARGIN), east.getResourceNum((Resource)i) + "", "Font1"));
baseVisuals.Add("self" + i, new Visual(new Vector2(LABELLENGTH + MARGIN * 2 + RESOURCELENGTH * i / 8 + 5, Game1.HEIGHT - (MARGIN + LABELHEIGHT)), player.getResourceNum((Resource)i) + "", "Font1"));
if ((Resource)i == Resource.COIN)
{
baseVisuals["east" + i].setLeftMargin(-2);
baseVisuals["west" + i].setLeftMargin(-2);
baseVisuals["self" + i].setLeftMargin(-2);
}
}
hand.Add("papermiddle", new Visual(new Vector2(MARGIN + 30 + (CARDWIDTH / 2 + MARGIN) * (7 - player.getHand().Count) + 1, 190), Game1.WIDTH - (MARGIN + 30 + (CARDWIDTH / 2 + MARGIN) * (7 - player.getHand().Count)), CARDHEIGHT + 25, "papermiddle"));
//updatePlayed();
updateHands();
updateScroll();
//updatePlayers();
baseVisuals.Add("Scorehead", new Visual(new Vector2(Game1.WIDTH / 4, Game1.HEIGHT / 4), Game1.WIDTH / 2, 50, "scorehead").setVisible(false));
int n = 1;
foreach (Player p in Game1.client.getState().getPlayers().Values)
{
baseVisuals.Add("name" + p.getSeat(), new Visual(new Vector2(Game1.WIDTH / 4, Game1.HEIGHT / 4 + 40 * n), (int)(Game1.WIDTH / 2 * 0.296f), 40, p.getName(), "Font1", null, null, "line").setVisible(false));
baseVisuals.Add("conflict" + p.getSeat(), new Visual(new Vector2(Game1.WIDTH / 4 + (int)(Game1.WIDTH / 2 * 0.296f), Game1.HEIGHT / 4 + 40 * n), SCOREWIDTH, 40, p.getScoreNum(Score.CONFLICT).ToString(), "Font1", null, null, "line").setVisible(false));
baseVisuals.Add("coin" + p.getSeat(), new Visual(new Vector2(Game1.WIDTH / 4 + (int)(Game1.WIDTH / 2 * 0.296f) + SCOREWIDTH, Game1.HEIGHT / 4 + 40 * n), SCOREWIDTH, 40, p.getScoreNum(Score.COIN).ToString(), "Font1", null, null, "line").setVisible(false));
baseVisuals.Add("stages" + p.getSeat(), new Visual(new Vector2(Game1.WIDTH / 4 + (int)(Game1.WIDTH / 2 * 0.296f) + SCOREWIDTH * 2, Game1.HEIGHT / 4 + 40 * n), SCOREWIDTH, 40, p.getScoreNum(Score.STAGES).ToString(), "Font1", null, null, "line").setVisible(false));
baseVisuals.Add("blue" + p.getSeat(), new Visual(new Vector2(Game1.WIDTH / 4 + (int)(Game1.WIDTH / 2 * 0.296f) + SCOREWIDTH * 3, Game1.HEIGHT / 4 + 40 * n), SCOREWIDTH, 40, p.getScoreNum(Score.VICTORY_BLUE).ToString(), "Font1", null, null, "line").setVisible(false));
baseVisuals.Add("commerce" + p.getSeat(), new Visual(new Vector2(Game1.WIDTH / 4 + (int)(Game1.WIDTH / 2 * 0.296f) + SCOREWIDTH * 4, Game1.HEIGHT / 4 + 40 * n), SCOREWIDTH, 40, p.getScoreNum(Score.COMMERCE).ToString(), "Font1", null, null, "line").setVisible(false));
baseVisuals.Add("guild" + p.getSeat(), new Visual(new Vector2(Game1.WIDTH / 4 + (int)(Game1.WIDTH / 2 * 0.296f) + SCOREWIDTH * 5, Game1.HEIGHT / 4 + 40 * n), SCOREWIDTH, 40, p.getScoreNum(Score.GUILD).ToString(), "Font1", null, null, "line").setVisible(false));
baseVisuals.Add("science" + p.getSeat(), new Visual(new Vector2(Game1.WIDTH / 4 + (int)(Game1.WIDTH / 2 * 0.296f) + SCOREWIDTH * 6, Game1.HEIGHT / 4 + 40 * n), SCOREWIDTH, 40, p.getScoreNum(Score.SCIENCE).ToString(), "Font1", null, null, "line").setVisible(false));
baseVisuals.Add("sum" + p.getSeat(), new Visual(new Vector2(Game1.WIDTH / 4 + (int)(Game1.WIDTH / 2 * 0.296f) + SCOREWIDTH * 7, Game1.HEIGHT / 4 + 40 * n), SCOREWIDTH, 40, p.getScoreNum(Score.VICTORY).ToString(), "Font1", null, null, "line").setVisible(false));
lastPlayed.Add("player" + p.getSeat(), new Visual(new Vector2(Game1.WIDTH * ((n - 1) % 4 + 2) / 6 + MARGIN, Game1.HEIGHT * ((int)(n / 5) * 2 + 1) / 6 + MARGIN), Game1.WIDTH / 6 - MARGIN * 5, LABELHEIGHT, (p.getSeat() +1) + "|" + p.getName(), "Font1", null, null, "grayback"));
lastPlayed.Add("action" + p.getSeat(), new Visual(new Vector2(Game1.WIDTH * ((n - 1) % 4 + 2) / 6 + MARGIN, Game1.HEIGHT * ((int)(n / 5) * 2 + 1) / 6 + LABELHEIGHT + MARGIN * 2), Game1.WIDTH / 6 - MARGIN * 6, Game1.HEIGHT / 3 - MARGIN * 3 - LABELHEIGHT, "coin"));
n++;
}
quit = new Button(new Vector2(Game1.WIDTH / 2 - 70, Game1.HEIGHT / 4 + 40 * n + MARGIN), 140, 50, "Quit", "Font1");
baseVisuals.Add("quit", quit.setVisible(false));
seatViewed = player.getSeat();
activeVisuals = seatVisuals[seatViewed];
LoadContent();
init = true;
}
}
// Olympia B [3rd stage]
// The third stage allows the player to "copy" a Guild (purple card) of
// their choice built by one of their two neighboring cities at the end of the game
private static void CopyGuild(Player p, Player east, Player west)
{
p.addPlayed(GetGuildCopyCard(p, east, west));
}
// Olympia A
// the player can, once per Age, build a structure of their choice for free
private static void FreeBuild(Player p, Card c, int age)
{
// stuff
p.addPlayed(c);
}
// Victory Points awarded from the number of wonderstages the player has built
private static void AddVictoryWonder(Player p)
{
p.addScore(Score.VICTORY, p.getBoard().getStagesBuilt());
}
// Victory Points awarded from the number of conflict points each neighbour has
private static void AddVictoryNeighboursConflict(Player p, Player east, Player west)
{
p.addScore(Score.VICTORY, GetVictoryNeighboursConflict(east, west));
}
// Victory Points, Army, Science or any other generic score
// This could probably be used to replace alot of generic score functions
private static void AddScore(Player p, Score s, int points)
{
p.addScore(s, points);
}
// Trading Cost for East && West of manufactured Resources
private static void SetManufactedTrade(Player p)
{
p.mcost = 1;
}
public void addPlayer(Player _player)
{
players.Add(_player.getID(), _player);
}
private static void SetRawTradeWest(Player p)
{
p.rcostWest = 1;
}
public static List<List<int>> getResourcePurchaseSplits(Dictionary<Resource, int> cost, Player player, Player east, Player west)
{
List<List<int>> splits = new List<List<int>>();
//check if cost is in coins
if (cost.ContainsKey(Resource.COIN))
{
splits.Add(new List<int> { 0, 0 });
return splits;
}
//split the cost into raw and manufactured goods to deal with them separately, as they do not affect each other
Dictionary<Resource, int> rawCost = new Dictionary<Resource, int>();
foreach (Resource r in rawGoods)
if (cost.ContainsKey(r)) rawCost.Add(r, cost[r]);
Dictionary<Resource, int> manCost = new Dictionary<Resource, int>();
foreach (Resource r in manGoods)
if (cost.ContainsKey(r)) manCost.Add(r, cost[r]);
//get resource lists
List<List<Resource>> playerRaw = buildResourceList(player, rawGoods, true);
List<List<Resource>> playerMan = buildResourceList(player, manGoods, true);
List<List<Resource>> eastRaw = buildResourceList(east, rawGoods, false);
List<List<Resource>> westRaw = buildResourceList(west, rawGoods, false);
List<List<Resource>> eastMan = buildResourceList(east, manGoods, false);
List<List<Resource>> westMan = buildResourceList(west, manGoods, false);
getRemainingCostAndChoices(rawCost, playerRaw, rawCost, playerRaw);
//rawCost and playerRaw should now be updated to apply player's raw goods to the cost, including choices
//where only one choice is relevant, etc. playerRaw should only contain choices with multiple elements that
//can't be reconciled simply.
List<List<List<Resource>>> playerRawChoiceCombos = enumerateCombos(playerRaw);
List<List<int>> rawSplits = new List<List<int>>();
if (playerRawChoiceCombos.Count == 0)
{
List<List<Dictionary<Resource, int>>> rawCostSplits = splitCost(rawCost);
foreach (List<Dictionary<Resource, int>> costSplit in rawCostSplits)
{
Dictionary<Resource, int> cantCover = new Dictionary<Resource, int>();
List<List<Resource>> remainingResources = new List<List<Resource>>();
getRemainingCostAndChoices(costSplit[0], eastRaw, cantCover, remainingResources);
if (cantCover.Count > 0 && cantCover.Values.Count(x => x > 0) > 0) continue;
getRemainingCostAndChoices(costSplit[1], westRaw, cantCover, remainingResources);
if (cantCover.Count > 0 && cantCover.Values.Count(x => x > 0) > 0) continue;
rawSplits.Add(new List<int> { costSplit[0].Values.Sum() * player.rcostEast, costSplit[1].Values.Sum() * player.rcostWest });
}
}
foreach (List<List<Resource>> combo in playerRawChoiceCombos)
{
Dictionary<Resource, int> remainingRawCost = new Dictionary<Resource, int>();
getRemainingCostAndChoices(rawCost, combo, remainingRawCost, combo);
List<List<Dictionary<Resource, int>>> rawCostSplits = splitCost(remainingRawCost);
foreach (List<Dictionary<Resource, int>> costSplit in rawCostSplits)
{
Dictionary<Resource, int> cantCover = new Dictionary<Resource, int>();
List<List<Resource>> remainingResources = new List<List<Resource>>();
getRemainingCostAndChoices(costSplit[0], eastRaw, cantCover, remainingResources);
if (cantCover.Count > 0 && cantCover.Values.Count(x => x > 0) > 0) continue;
getRemainingCostAndChoices(costSplit[1], westRaw, cantCover, remainingResources);
if (cantCover.Count > 0 && cantCover.Values.Count(x => x > 0) > 0) continue;
rawSplits.Add(new List<int> { costSplit[0].Values.Sum()*player.rcostEast, costSplit[1].Values.Sum()*player.rcostWest });
}
}
getRemainingCostAndChoices(manCost, playerMan, manCost, playerMan);
//manCost and playerMan should now be updated to apply player's man goods to the cost, including choices
//where only one choice is relevant, etc. playerMan should only contain choices with multiple elements that
//can't be reconciled simply.
List<List<List<Resource>>> playerManChoiceCombos = enumerateCombos(playerMan);
List<List<int>> manSplits = new List<List<int>>();
if (playerManChoiceCombos.Count == 0)
{
List<List<Dictionary<Resource, int>>> manCostSplits = splitCost(manCost);
foreach (List<Dictionary<Resource, int>> costSplit in manCostSplits)
{
Dictionary<Resource, int> cantCover = new Dictionary<Resource, int>();
List<List<Resource>> remainingResources = new List<List<Resource>>();
getRemainingCostAndChoices(costSplit[0], eastMan, cantCover, remainingResources);
if (cantCover.Count > 0 && cantCover.Values.Count(x => x > 0) > 0) continue;
getRemainingCostAndChoices(costSplit[1], westMan, cantCover, remainingResources);
if (cantCover.Count > 0 && cantCover.Values.Count(x => x > 0) > 0) continue;
rawSplits.Add(new List<int> { costSplit[0].Values.Sum() * player.mcost, costSplit[1].Values.Sum() * player.mcost });
}
}
foreach (List<List<Resource>> combo in playerManChoiceCombos)
{
Dictionary<Resource, int> remainingManCost = new Dictionary<Resource, int>();
getRemainingCostAndChoices(manCost, combo, remainingManCost, combo);
List<List<Dictionary<Resource, int>>> manCostSplits = splitCost(remainingManCost);
foreach (List<Dictionary<Resource, int>> costSplit in manCostSplits)
{
Dictionary<Resource, int> cantCover = new Dictionary<Resource, int>();
List<List<Resource>> remainingResources = new List<List<Resource>>();
getRemainingCostAndChoices(costSplit[0], eastMan, cantCover, remainingResources);
if (cantCover.Count > 0 && cantCover.Values.Count(x => x > 0) > 0) continue;
getRemainingCostAndChoices(costSplit[1], westMan, cantCover, remainingResources);
if (cantCover.Count > 0 && cantCover.Values.Count(x => x > 0) > 0) continue;
rawSplits.Add(new List<int> { costSplit[0].Values.Sum() * player.mcost, costSplit[1].Values.Sum() * player.mcost });
}
}
if (rawSplits.Count == 0) rawSplits.Add(new List<int> { 0, 0 });
if (manSplits.Count == 0) manSplits.Add(new List<int> { 0, 0 });
foreach (List<int> option in rawSplits)
foreach (List<int> option2 in manSplits)
splits.Add(new List<int> { option[0] + option2[0], option[1] + option2[1] });
return splits;
}
// Returns the number of coins awarded with the basis of Wonder stages built
private static int GetCoinWonder(Player p, int amount)
{
return p.getBoard().getStagesBuilt() * amount;
}
// Victory Points awarded from the number of wonderstages built from each neighbour including the player
private static void AddVictoryAllWonders(Player p, Player east, Player west)
{
p.addScore(Score.VICTORY, GetVictoryAllWonders(p, east, west));
}
public TradeInterface()
: base("bg", new Vector2(Game1.WIDTH / 3, Game1.HEIGHT / 6), Game1.WIDTH * 2 / 3, Game1.HEIGHT * 2 / 3)
{
CARDHEIGHT = height - MARGIN * 2;
CARDWIDTH = (int) (CARDHEIGHT / CARDRATIO) - MARGIN * 2;
SECTIONWIDTH = (width - MARGIN * 4) / 3;
RSIZE = (int)(height * 0.054f);
self = Game1.client.getSelf();
west = Game1.client.westPlayer(self);
east = Game1.client.eastPlayer(self);
visuals1 = new Dictionary<string, Visual>();
trade = new Dictionary<string, Visual>();
requirements = new Dictionary<Visual, Resource>();
selfChoices = new List<TradeChoice>();
eastChoices = new List<TradeChoice>();
westChoices = new List<TradeChoice>();
card = new Visual(new Vector2(pos.X + MARGIN, pos.Y + MARGIN), CARDWIDTH, CARDHEIGHT, null);
buildCard = new Button(new Vector2(pos.X + width - 150, pos.Y + MARGIN + height * 0 / 4), 100, 50, "Card", "Font1");
buildStage = new Button(new Vector2(pos.X + width - 150, pos.Y + MARGIN * 2 + height * 1 / 4), 100, 50, "Stage", "Font1");
sellCard = new Button(new Vector2(pos.X + width - 150, pos.Y + MARGIN * 3 + height * 2 / 4), 100, 50, "Sell", "Font1");
close = new Button(new Vector2(pos.X + width - 150, pos.Y + MARGIN * 4 + height * 3 / 4), 100, 50, "Close", "Font1");
back = new Button(new Vector2(pos.X + width / 5, pos.Y + height * 9 / 10), 100, 40, "Back", "Font1");
build = new Button(new Vector2(pos.X + width * 3 / 5, pos.Y + height * 9 / 10), 100, 40, "Build", "Font1");
visuals1.Add("buildcard", buildCard);
visuals1.Add("buildstage", buildStage);
visuals1.Add("sellCard", sellCard);
visuals1.Add("card", card);
visuals1.Add("close", close);
trade.Add("discount", new Visual(new Vector2(pos.X + MARGIN * 2, pos.Y + MARGIN), "Requirements:", "Font1", Color.Black));
trade.Add("costborder", new Visual(new Vector2(pos.X + MARGIN - 1, pos.Y + MARGIN - 1), SECTIONWIDTH + 2, (int)(RSIZE * 2.5f) + 2, "border").setBorder(false));
trade.Add("label1", new Visual(new Vector2(pos.X + MARGIN * 2, pos.Y + (int)(RSIZE * 2.5) + MARGIN * 2), "West", "Font1", Color.Black));
trade.Add("border1", new Visual(new Vector2(pos.X + MARGIN - 1, pos.Y + (int)(RSIZE * 2.5) + MARGIN * 2 - 1), SECTIONWIDTH + 2, (int)(RSIZE * 1.5f) + 2, "border").setBorder(false));
trade.Add("label2", new Visual(new Vector2(pos.X + SECTIONWIDTH + MARGIN * 3, pos.Y + (int)(RSIZE * 2.5) + MARGIN * 2), "Self", "Font1", Color.Black));
trade.Add("border2", new Visual(new Vector2(pos.X + SECTIONWIDTH + MARGIN * 2 - 1, pos.Y + (int)(RSIZE * 2.5) + MARGIN * 2 - 1), SECTIONWIDTH + 2, (int)(RSIZE * 1.5f) + 2, "border").setBorder(false));
trade.Add("label3", new Visual(new Vector2(pos.X + (SECTIONWIDTH + MARGIN) * 2 + MARGIN * 2, pos.Y + (int)(RSIZE * 2.5) + MARGIN * 2), "East", "Font1", Color.Black));
trade.Add("border3", new Visual(new Vector2(pos.X + (SECTIONWIDTH + MARGIN) * 2 + MARGIN - 1, pos.Y + (int)(RSIZE * 2.5) + MARGIN * 2 - 1), SECTIONWIDTH + 2, (int)(RSIZE * 1.5f) + 2, "border").setBorder(false));
trade.Add("border4", new Visual(new Vector2(pos.X + (SECTIONWIDTH + MARGIN) * 0 + MARGIN - 1, pos.Y + RSIZE * 4 + MARGIN * 3 - 1), SECTIONWIDTH + 2, RSIZE * 6 + 2, "border").setBorder(false));
trade.Add("border5", new Visual(new Vector2(pos.X + (SECTIONWIDTH + MARGIN) * 1 + MARGIN - 1, pos.Y + RSIZE * 4 + MARGIN * 3 - 1), SECTIONWIDTH + 2, RSIZE * 9 + 2, "border").setBorder(false));
trade.Add("border6", new Visual(new Vector2(pos.X + (SECTIONWIDTH + MARGIN) * 2 + MARGIN - 1, pos.Y + RSIZE * 4 + MARGIN * 3 - 1), SECTIONWIDTH + 2, RSIZE * 6 + 2, "border").setBorder(false));
trade.Add("border7", new Visual(new Vector2(pos.X + (SECTIONWIDTH + MARGIN) * 0 + MARGIN - 1, pos.Y + RSIZE * 10 + MARGIN * 3 - 1), SECTIONWIDTH + 2, RSIZE * 3 + 2, "border").setBorder(false));
trade.Add("border8", new Visual(new Vector2(pos.X + (SECTIONWIDTH + MARGIN) * 2 + MARGIN - 1, pos.Y + RSIZE * 10 + MARGIN * 3 - 1), SECTIONWIDTH + 2, RSIZE * 3 + 2, "border").setBorder(false));
westHelpers = new Dictionary<Resource, TradeHelper>();
eastHelpers = new Dictionary<Resource, TradeHelper>();
foreach (Resource r in Enum.GetValues(typeof(Resource))){
if (r != Resource.COIN)
{
westHelpers.Add(r, new TradeHelper(r, 3, new Vector2(pos.X + MARGIN * 2, pos.Y + ((int)r + 4) * RSIZE + MARGIN * 3)));
eastHelpers.Add(r, new TradeHelper(r, 3, new Vector2(pos.X + SECTIONWIDTH * 2 + MARGIN * 4, pos.Y + ((int)r + 4) * RSIZE + MARGIN * 3)));
}
}
trade.Add("back", back);
trade.Add("build", build);
trade.Add("rwest", new Visual(new Vector2(pos.X + width * 1 / 3 + MARGIN, pos.Y + MARGIN), 110, 45, "rwest"));
trade.Add("reast", new Visual(new Vector2(pos.X + width * 1 / 3 + MARGIN, pos.Y + MARGIN), 110, 45, "reast"));
trade.Add("rboth", new Visual(new Vector2(pos.X + width * 1 / 3 + MARGIN, pos.Y + MARGIN), 110, 45, "rboth"));
trade.Add("mboth", new Visual(new Vector2(pos.X + width * 2 / 3 + MARGIN * 2, pos.Y + MARGIN), 110, 45, "mboth"));
trade.Add("westCoin", new Visual(new Vector2(pos.X + SECTIONWIDTH/3 + MARGIN - 1, pos.Y + (int)(RSIZE * 13) + MARGIN * 5 - 1), RSIZE * 2, RSIZE * 2, westCoin.ToString(), "Font1", Color.Black, Color.White, "coin", Game1.HEIGHT / 70).setBorder(false));
trade.Add("selfCoin", new Visual(new Vector2(pos.X + SECTIONWIDTH / 3 + (SECTIONWIDTH + MARGIN) * 1 + MARGIN - 1, pos.Y + (int)(RSIZE * 13) + MARGIN * 5 - 1), RSIZE * 2, RSIZE * 2, (self.getResourceNum(Resource.COIN) - westCoin - eastCoin).ToString(), "Font1", Color.Black, Color.White, "coin", Game1.HEIGHT / 70).setBorder(false));
trade.Add("eastCoin", new Visual(new Vector2(pos.X + SECTIONWIDTH / 3 + (SECTIONWIDTH + MARGIN) * 2 + MARGIN - 1, pos.Y + (int)(RSIZE * 13) + MARGIN * 5 - 1), RSIZE * 2, RSIZE * 2, eastCoin.ToString(), "Font1", Color.Black, Color.White, "coin", Game1.HEIGHT / 70).setBorder(false));
for (int i = 0; i < 7; i++)
{
requirements.Add(new Visual(new Vector2(pos.X + MARGIN * 2 + RSIZE * i, pos.Y + MARGIN + 30), RSIZE, RSIZE, null).setVisible(false), Resource.CLAY);
}
activeVisuals = visuals1;
hideTrade();
}
// Returns the best Guild Card to copy from the player's neighbours
private static Card GetGuildCopyCard(Player p, Player east, Player west)
{
List<string> guilds = new List<string>();
Dictionary<string, int> guildScore = new Dictionary<string, int>();
string bestCard = null;
int bestScore = 0;
// Guild Cards taken from East Player
foreach (string c in east.getPlayed())
if (CardLibrary.getCard(c).colour.Equals(CardColour.PURPLE))
guilds.Add(c);
// Guild Cards taken from West Player
foreach (string c in west.getPlayed())
if (CardLibrary.getCard(c).colour.Equals(CardColour.PURPLE))
guilds.Add(c);
// Looping through the Guild Cards available to calculate the best guild
foreach (string cardID in guilds)
{
guildScore.Add(cardID, 0);
foreach (Effect e in CardLibrary.getCard(cardID).effects)
{
if (e.type.Equals(Effect.TypeType.VICTORY) && e.from.Equals(Effect.FromType.NEIGHBOURS))
{
if (cardType.ContainsKey(e.basis))
guildScore[cardID] = GetVictoryNeighboursColour(east, west, cardType[e.basis], e.amount);
else if (e.basis.Equals(Effect.BasisType.DEFEAT))
{
//Need to finish the function called here
guildScore[cardID] = GetVictoryNeighboursConflict(east, west);
}
}
else if (e.type.Equals(Effect.TypeType.VICTORY) && e.from.Equals(Effect.FromType.PLAYER) && cardType.ContainsKey(e.basis))
guildScore[cardID] += GetVictoryColour(p, cardType[e.basis], e.amount); // Added multiple times
else if (e.type.Equals(Effect.TypeType.VICTORY) && e.from.Equals(Effect.FromType.ALL) && e.basis.Equals(Effect.BasisType.WONDER))
guildScore[cardID] = GetVictoryAllWonders(p, east, west);
else if (e.type.Equals(Effect.TypeType.SCHOICE))
{
//CalculateScience(g c t)
int gear = p.getScoreNum(Score.GEAR);
int comp = p.getScoreNum(Score.COMPASS);
int tab = p.getScoreNum(Score.TABLET);
int maxScience = Math.Max(Math.Max(
CalculateScience(gear + 1, comp, tab),
CalculateScience(gear, comp + 1, tab)),
CalculateScience(gear, comp, tab + 1));
guildScore[cardID] = maxScience;
}
}
} // End Foreach string cardID in guilds
// Finding the best guild Card
foreach (KeyValuePair<string, int> key in guildScore)
{
if (key.Value > bestScore)
{
bestScore = key.Value;
bestCard = key.Key;
}
}
// Returning the Best Guild Card
return CardLibrary.getCard(bestCard);
}
//Checks whether a player can build a card from a chain
public static bool canChainBuild(Player player, Card card)
{
foreach (string cardID in player.getPlayed())
if (card.chains.Contains(CardLibrary.getCard(cardID).name)) return true;
return false;
}
// Victory Points returned from the number of wonderstages built from each neighbour including the player
private static int GetVictoryAllWonders(Player p, Player east, Player west)
{
return p.getBoard().getStagesBuilt() + east.getBoard().getStagesBuilt() + west.getBoard().getStagesBuilt();
}
private static List<List<Resource>> buildResourceList(Player p, List<Resource> rSet, bool self)
{
List<List<Resource>> resources = new List<List<Resource>>();
Dictionary<Resource, int> playerResources = p.getResources();
List<List<Resource>> playerChoices = self?p.getTotalChoices():p.getPublicChoices();
foreach (Resource r in rSet)
if (r != Resource.COIN)
for (int i = 0; i < playerResources[r]; i++)
resources.Add(new List<Resource> { r });
foreach (List<Resource> choice in playerChoices)
{
List<Resource> l = new List<Resource>();
l.AddRange(choice);
if (!rSet.Contains(l[0])) continue;
resources.Add(l);
}
return resources;
}
// Victory Points returned from the number of specific structure colour the player has constructed
private static int GetVictoryColour(Player p, CardColour c, int amount)
{
return p.getCardColourCount(c) * amount;
}
// Victory Points returned from the number of specific structure colour each neighbours constructed
private static int GetVictoryNeighboursColour(Player east, Player west, CardColour c, int amount)
{
return (east.getCardColourCount(c) + west.getCardColourCount(c)) * amount;
}
private static void AddResourceUnPurchaseable(Player p, List<Resource> r)
{
p.addPrivateChoices(r);
}