//Constructor
public GameCard(SettlersOfCatan game , PlayingState state)
{
OurGame = (SettlersOfCatan)game;
playingState = (PlayingState)state;
//Randomize the deck
randomGameCard();
}
//Build a city, any city
public bool buildCity(Player px, SettlersOfCatan game)
{
//Get our current settlements
List<GameNode> settlements = game.gameBoard.placesForCities(px);
GameNode buildHere = null;
int maxProb = 0;
foreach (GameNode gn in settlements)
{
string gh1 = gn.hex1.hexType;
string gh2 = gn.hex2.hexType;
string gh3 = gn.hex3.hexType;
if (gh1 == "Ocean" || gh2 == "Ocean" || gh3 == "Ocean") { /*ignore, it sits on a port so no real benefit to improving that one */ }
else
{
int tempProb = getProbability(gn.hex1.hexNumber) + getProbability(gn.hex2.hexNumber) + getProbability(gn.hex3.hexNumber);
if (tempProb > maxProb)
{
maxProb = tempProb;
buildHere = gn;
}
}
}
if (buildHere != null)
{
PlayingState ps = (PlayingState)game.PlayingState;
ps.AddingCity(buildHere, px);
return true;
}
return false;
}
/// <summary>
/// The main entry point for the application.
/// </summary>
static void Main(string[] args)
{
using (SettlersOfCatan game = new SettlersOfCatan())
{
game.Run();
}
}
public DrawGameBoard3D(Game game, GameBoard gameBoard)
: base(game)
{
ourGame = (SettlersOfCatan)game;
socGameBoard = (GameBoard)gameBoard;
screenWidth = ourGame.width;
screenHeight = ourGame.height;
screenRectangle = new Rectangle(0, 0, screenWidth, screenHeight);
}
public LongestRoad(SettlersOfCatan game, PlayingState state)
{
OurGame = (SettlersOfCatan)game;
playingState = (PlayingState)state;
roadBoard= OurGame.gameBoard;
leftTotal = 0;
rightTotal = 0;
}
//Purpose: Get a list of GameHexs that are possible places to put the robber. Ideally, you place
// the Robber on a hex that won't affect you, only your opponents.
//Params: game - the overall game object
// aiPlayerNumber - the current AI's playerNumber
// highestOpponent - the Player (not including the current AI) with the highest victory points total
// leastObjectionable - a boolean indicating whether to accept a non-ideal return list
//Return: A List of GameHexs that are possible locations to move the Robber to
public List<GameHex> possibleLocations(SettlersOfCatan game, int aiPlayerNumber, Player highestOpponent, bool leastObjectionable)
{
List<GameHex> possibilities = new List<GameHex>();
List<GameNode> surroundings = null;
bool addMe = false;
bool filled = false;
while (!filled)
{
foreach (GameHex gh in game.gameBoard.gameHexes)
{
addMe = false;
surroundings = game.gameBoard.nodesSurroundingHex(gh);
foreach (GameNode gn in surroundings)
{
if (!leastObjectionable)
{
//Dont place the robber on a hex current AI touches
if (gn.owner == aiPlayerNumber)
{
addMe = false;
break;
}
//Do want to place the robber on a hex with the highest scoring player
else if (gn.owner == highestOpponent.playerNumber)
addMe = true;
}
else
{
//Find any hex with that the highest scorer touches
if (gn.owner == highestOpponent.playerNumber)
{
addMe = true;
break;
}
}
}
//Met criteria so add it to the list of possible hexes to move to
if (addMe)
possibilities.Add(gh);
}
//Dont return until there is at least 1 hex in the List
if (possibilities.Count() > 0)
filled = true;
else
{
possibilities = possibleLocations(game, aiPlayerNumber, highestOpponent, true);
filled = true;
}
}
return possibilities;
}
/***************************************************************************************
*
* Game Initializing Goes Below Here
*
***************************************************************************************/
/*
* Purpose: Called to place settlements for the first time. Places settlement at
* the intersection with the highest combined probabiltiy of rolling the
* adjacent hex numbers.
* Params: px - the player rolling
* game - the SOC object for board access
* Return: None
*/
public void placeSettlement(Player px, SettlersOfCatan game)
{
int maxProb = 0;
GameNode placeHere = null;
PlayingState ps = (PlayingState)game.PlayingState;
List<GameNode> gns = game.gameBoard.placesForSettlements();
foreach (GameNode gn in gns)
{
GameHex p1 = gn.hex1;
GameHex p2 = gn.hex2;
GameHex p3 = gn.hex3;
int probCount = getProbability(p1.hexNumber) + getProbability(p2.hexNumber) + getProbability(p3.hexNumber);
if (probCount > maxProb)
{
placeHere = gn;
maxProb = probCount;
}
}
//Claim that spot
ps.AddingSettlement(placeHere, px);
placeRoad(px, placeHere, game.gameBoard.boardArray);
}
/***************************************************************************************
*
* Robber Related Functions Goes Below Here
*
***************************************************************************************/
//Purpose: Handle all functionality for the AI to move the Robber
//Params: px - the Player that is moving the Robber
// game - the overall game object
//Return: None
public void handleRobber(Player px, SettlersOfCatan game)
{
//Get the Player with the most victory points
Player highestOpponent = highestScoringOpponent(px.playerNumber, game.players);
//Get a list of possible locations to move the Robber to
List<GameHex> locations = possibleLocations(game, px.playerNumber, highestOpponent, false);
//Randomly pick one of those locations
Random rdm = new Random();
game.gameBoard.setRobber(locations[rdm.Next(0, locations.Count())]);
//Steal resource card
int resourceType = px.stealRandomCard(highestOpponent);
px.incResource(resourceType);
px.SetBuildBools();
px.ResourceSum();
}
public void discardHalf(Player px, SettlersOfCatan game)
{
int mustDiscard = (px.brick + px.wood + px.wool + px.ore + px.wheat) / 2;
int discarded = 0;
int[] discardedCards = new int[5];
int[] currentResources = new int[5] { px.brick, px.wheat, px.wood, px.wool, px.ore };
bool keepGoing = true;
while (keepGoing)
{
int idxOfMost = indexOfMostResource(px, currentResources);
discardedCards[idxOfMost]++;
currentResources[idxOfMost]--;
discarded++;
if (mustDiscard == discarded)
keepGoing = false;
}
//actually remove everything in the discardedCards
for (int x = 0; x < 5; x++)
{
for (int y = 0; y < discardedCards[x]; y++)
{
px.decResource(x, px);
}
}
}
public BaseGameState(Game game)
: base(game)
{
Content = game.Content;
OurGame = (SettlersOfCatan)game;
}
//bank idx is what you want to exchange with the bank
//bank trade shoudl be good all the time, so return false because you
//dont want to trade with the other players
public void tradeWithBank(Player theTrader, SettlersOfCatan game, int bankIdx)
{
//Get a list of the nodes you own
List<GameNode> ownedNodes = game.gameBoard.getPlayerNodes(theTrader);
Trade myTrade = new Trade();
int[] currentResources = resourcesToArray(theTrader);
int resourceOffer;
//Yuck
foreach (GameNode gn in ownedNodes)
{
//Trade 2:1 for a brick
if ((gn.brickPort) && (bankIdx == 0))
{
resourceOffer = indexOfMostResource(theTrader, new int[1] { 0 });
myTrade = buildBankTrade(theTrader, 0, resourceOffer, 2);
}
//Trade 2:1 for a wheat
else if ((gn.grainPort) && (bankIdx == 1))
{
resourceOffer = indexOfMostResource(theTrader, new int[1] { 1 });
myTrade = buildBankTrade(theTrader, 1, resourceOffer, 2);
}
//Trade 2:1 for a wood
else if ((gn.woodPort) && (bankIdx == 2))
{
resourceOffer = indexOfMostResource(theTrader, new int[1] { 2 });
myTrade = buildBankTrade(theTrader, 2, resourceOffer, 2);
}
//Trade 2:1 for a wool
else if ((gn.woolPort) && (bankIdx == 3))
{
resourceOffer = indexOfMostResource(theTrader, new int[1] { 3 });
myTrade = buildBankTrade(theTrader, 3, resourceOffer, 2);
}
//Trade 2:1 for an ore
else if ((gn.orePort) && (bankIdx == 4))
{
resourceOffer = indexOfMostResource(theTrader, new int[1] { 4 });
myTrade = buildBankTrade(theTrader, 4, resourceOffer, 2);
}
//Trade 3:1 for anything except what you want
else if (gn.threePort)
{
resourceOffer = indexOfMostResource(theTrader);
if ((currentResources[resourceOffer] > 3) && (resourceOffer != bankIdx))
myTrade = buildBankTrade(theTrader, bankIdx, resourceOffer, 3);
}
//Trade 4:1 for anything
else
{
resourceOffer = indexOfMostResource(theTrader);
if ((currentResources[resourceOffer] > 4) && (bankIdx != resourceOffer))
myTrade = buildBankTrade(theTrader, bankIdx, resourceOffer, 4);
}
if (myTrade != null)
break;
}
if (myTrade != null)
{
//Console.WriteLine("Trading With The Bank: " + theTrader.brick.ToString() + " " + theTrader.wheat.ToString() + " " + theTrader.wood.ToString() + " " + theTrader.wool.ToString() + " " + theTrader.ore.ToString());
for (int x = 0; x < 5; x++)
{
if(myTrade.tradeOffer[x] != 0)
{
for (int y = 0; y < myTrade.tradeOffer[x]; y++)
{
theTrader.decResource(x, theTrader);
}
}
}
for(int x = 0; x<5; x++)
{
if (myTrade.tradeRequest[x] != 0)
{
for (int y = 0; y < myTrade.tradeRequest[x]; y++)
{
theTrader.incResource(x);
}
}
}
//Console.WriteLine("Traded With The Bank: " + theTrader.brick.ToString() + " " + theTrader.wheat.ToString() + " " + theTrader.wood.ToString() + " " + theTrader.wool.ToString() + " " + theTrader.ore.ToString());
//PlayingState ps = (PlayingState)game.PlayingState;
//ps.currentTrade = myTrade;
}
}
/***************************************************************************************
*
* Trade Related Functions Below Here
*
***************************************************************************************/
//consider returning an int and then decrementing / incrementing resouces in the playing state if thats easier
//Purpose: Try to trade for something
//Param: px - the Player
// game - the Game
//Return: False for no trade, true if you're proposing a trade
public bool tryToTrade(Player px, SettlersOfCatan game)
{
int[] currentResources = resourcesToArray(px);
int least = indexOfFewestResource(px);
int most = indexOfMostResource(px);
//Bank Trade First
if (currentResources[most] > 4) //not perfect, could have a port that would change that...
{
tradeWithBank(px, game, least); //straight up trade dont screw arounds with proposeTrade()
px.SetBuildBools();
px.ResourceSum();
return false;
}
else
{
Random rdm = new Random();
int option = rdm.Next(0, 4); //random number to decide which way to trade
return proposeTrade(px, game, option); //propose trade
}
return false;
}
/***************************************************************************************
*
* Strategy Controllers Go Below Here
*
***************************************************************************************/
//Strategy 1
//return false if it built something, true otherwise
public bool tryToBuild(Player px, SettlersOfCatan game)
{
px.SetBuildBools();
Random rdm = new Random();
bool successfulBuild = false;
if (px.canBuildCity)
{
buildCity(px, game);
}
else if ((px.canBuildSettlement) && (px.canBuildRoad) && (px.canBuildDevCard))
{
int option = rdm.Next(0, 3);
if (option == 0)
successfulBuild = buildSettlement(px, game);
else if (option == 1)
successfulBuild = buildRoad(px, game);
else if (option == 2)
successfulBuild = buildDevCard(px, game);
}
else if ((px.canBuildSettlement) && (px.canBuildRoad))
{
int option = rdm.Next(0, 2);
if (option == 0)
successfulBuild = buildSettlement(px, game);
else if (option == 1)
successfulBuild = buildRoad(px, game);
}
else if ((px.canBuildSettlement) && (px.canBuildDevCard))
{
int option = rdm.Next(0, 2);
if (option == 0)
successfulBuild = buildSettlement(px, game);
else if (option == 1)
successfulBuild = buildDevCard(px, game);
}
else if ((px.canBuildRoad) && (px.canBuildDevCard))
{
int option = rdm.Next(0, 2);
if (option == 0)
successfulBuild = buildRoad(px, game);
else if (option == 1)
successfulBuild = buildDevCard(px, game);
}
else if (px.canBuildSettlement)
successfulBuild = buildSettlement(px, game);
else if (px.canBuildRoad)
successfulBuild = buildRoad(px, game);
else if (px.canBuildDevCard)
successfulBuild = buildDevCard(px, game);
px.SetBuildBools();
return !successfulBuild;
}
//Buy a dev card
public bool buildDevCard(Player px, SettlersOfCatan game)
{
if (px.canBuildDevCard)
{
PlayingState ps = (PlayingState)game.PlayingState;
px = ps.gameCard.getCard(px); //does game card return somthing if you cant buy? if so check
return true;
}
return false;
}
//Get a list of players that have settlements around the hex provided
public IEnumerable<Player> eligibleVictims(GameHex gh, SettlersOfCatan game, Player mover)
{
List<Player> playerList = new List<Player>();
List<GameNode> surroundSettles = nodesSurroundingHex(gh);
foreach (GameNode gn in surroundSettles)
{
foreach (Player px in game.players)
{
if ((px.playerNumber == gn.owner) && (mover.playerNumber != px.playerNumber))
{
playerList.Add(px);
}
}
}
IEnumerable<Player> players = playerList.Distinct();
return players;
}
//Switch around resources between the two AIs
public void processTrade(Player traderOfferer, Player traderAcceptor, SettlersOfCatan game)
{
PlayingState ps = (PlayingState)game.PlayingState;
//Loop through tradeRequest and add those to tradeOfferer and remove from tradeAccepter
for (int x = 0; x < 5; x++)
{
if (ps.currentTrade.tradeRequest[x] != 0)
{
for(int y=0; y< ps.currentTrade.tradeRequest[x]; y++)
{
traderOfferer.incResource(x);
traderOfferer.decResource(x, traderAcceptor);
}
}
}
//Loop through tradeOffer and add those to tradeAccepter and remove from tradeOfferer
for (int x = 0; x < 5; x++)
{
if (ps.currentTrade.tradeOffer[x] != 0)
{
for (int y = 0; y < ps.currentTrade.tradeOffer[x]; y++)
{
traderAcceptor.incResource(x);
traderAcceptor.decResource(x, traderOfferer);
}
}
}
}
//Tries to trade for a resource type depending on int tradeFor
public bool proposeTrade(Player theTrader, SettlersOfCatan game, int tradeFor)
{
Trade myTrade = null;
switch (tradeFor)
{
case 0:
myTrade = tradeForSettlement(theTrader);
break;
case 1:
myTrade = tradeForCity(theTrader);
break;
case 2:
myTrade = tradeForRoad(theTrader);
break;
case 3:
myTrade = tradeForCard(theTrader);
break;
}
if (myTrade != null)
{
PlayingState ps = (PlayingState)game.PlayingState;
myTrade.tradeOffer.CopyTo(ps.currentTrade.tradeOffer, 0);
myTrade.tradeRequest.CopyTo(ps.currentTrade.tradeRequest, 0);
ps.currentTrade.requestingPlayer = theTrader;
return true;
}
return false;
}
//Build a road, any road
public bool buildRoad(Player px, SettlersOfCatan game)
{
List<GameRoad> grl = new List<GameRoad>();
List<object> objList = game.gameBoard.getPlayerNodesAndRoads(px);
GameRoad buildHere = null;
foreach (object o in objList)
{
if (o is GameNode)
{
GameNode tmp = (GameNode)o;
List<GameRoad> options = game.gameBoard.getConnectingRoads(tmp);
foreach (GameRoad gr in options)
{
if (gr.owner == 0)
grl.Add(gr);
}
}
else if (o is GameRoad)
{
GameRoad gr = (GameRoad)o;
if (gr.Node1.owner == 0)
{
List<GameRoad> moreOptions = game.gameBoard.getConnectingRoads(gr.Node1);
foreach (GameRoad gr2 in moreOptions)
{
if (gr2.owner == 0)
grl.Add(gr2);
}
}
else if (gr.Node2.owner == 0)
{
List<GameRoad> moreOptions = game.gameBoard.getConnectingRoads(gr.Node2);
foreach (GameRoad gr2 in moreOptions)
{
if (gr2.owner == 0)
grl.Add(gr2);
}
}
}
}
IEnumerable<GameRoad> distinctRoads = grl.Distinct();
if (buildHere == null)
{
List<GameRoad> distincts = distinctRoads.ToList<GameRoad>();
Random rnd = new Random();
buildHere = distincts[rnd.Next(0, distincts.Count())];
buildHere.owner = px.playerNumber;
PlayingState ps = (PlayingState)game.PlayingState;
ps.AddingRoad(buildHere, px);
return true;
}
return false;
}
//Constructor
public DrawGameBoard2D(Game game, PlayingState state)
: base(game)
{
ourGame = (SettlersOfCatan)game;
playingState = (PlayingState)state;
screenWidth = ourGame.width;
screenHeight = ourGame.height;
halfWidth = screenWidth / 2;
halfHeight = screenHeight / 2;
screenRectangle = new Rectangle(0, 0, screenWidth, screenHeight);
}
/***************************************************************************************
*
* Building Methods Go Below Here....Yikes
*
***************************************************************************************/
//Purpose: Called to build settlements.
//Params: px - the player rolling
// game - the game
//Return: None
public bool buildSettlement(Player px, SettlersOfCatan game)
{
List<GameNode> available = game.gameBoard.placesForSettlements(px);
List<GameNode> otherOptions = new List<GameNode>();
GameNode buildHere = null;
int maxProb = 0;
bool foundOne;
string resourceType = intToType(indexOfFewestResource(px, 4));
//Try to find your ideal spot
foreach (GameNode gn in available)
{
//buildHere = gn;
GameHex h1 = gn.hex1;
GameHex h2 = gn.hex2;
GameHex h3 = gn.hex3;
foundOne = false;
int prob = getProbability(h1.hexNumber) + getProbability(h2.hexNumber) + getProbability(h3.hexNumber);
//Place for Settlements and Roads
if (strategyType == 0)
{
//Not interested in getting ore, so if any of them is rock then just move on
if ((h1.hexType == "Rock") || (h2.hexType == "Rock") || (h3.hexType == "Rock"))
foundOne = false;
//We've found a Node that has no Rock hexes and at least 1 of our minimum resource
else if ((h1.hexType == resourceType) || (h2.hexType == resourceType) || (h3.hexType == resourceType))
foundOne = true;
else
otherOptions.Add(gn);
}
//Place for Cities and Armies
else if (strategyType == 1)
{
//All accepted, emphasis on Ore and Wheat
if ((h1.hexType == "Rock") || (h1.hexType == "Grain") || (h2.hexType == "Rock") || (h2.hexType == "Grain") || (h3.hexType == "Rock") || (h3.hexType == "Grain"))
foundOne = true;
else if (prob > maxProb)
foundOne = true;
else
otherOptions.Add(gn);
}
//If we haven't set anything yet, simply set buildHere to the current Node
//Or if prob is greater than maxProb set it to current Node
if (foundOne)
{
if ((buildHere == null) || (prob > maxProb))
{
buildHere = gn;
maxProb = prob;
}
}
}
//If buildHere is still null, we didn't hit on a desired outcome, randomly choose
if (buildHere == null)
{
if (otherOptions.Count() > 0)
{
Random rnd = new Random();
buildHere = otherOptions[rnd.Next(0, otherOptions.Count())];
//Claim that settlement for Player px
PlayingState ps = (PlayingState)game.PlayingState;
ps.AddingSettlement(buildHere, px);
return true; //built something
}
}
return false; //no build
}