public bool Invoke(XmlBoard b)
{
List<Territory> landlessTerritories = new List<Territory>();
// make a list per territory with the hexcount
// (number of hexes having that territory)
foreach (Territory t in b.Territories)
{
bool hasLand = false;
foreach (Hex h in b.Hexes)
{
ITerritoryHex terrHex = h as ITerritoryHex;
if (terrHex != null)
{
if (terrHex.TerritoryID.Equals(t.ID))
{
hasLand=true;
break;
}
}
}
// If no land found for the territory, add to landless territory list
if (!hasLand)
{
landlessTerritories.Add(t);
}
}
// When we found any territories that do not have any land associated,
// the rule is broken.
// If so, generate a verbose error message.
if (landlessTerritories.Count > 0)
{
string _Message = String.Format("{0} territory(ies) do not have any land hexes associated: ", landlessTerritories.Count.ToString());
if (landlessTerritories.Count > 1)
{
for (int t = 0; t < landlessTerritories.Count; t++)
{
if (t != landlessTerritories.Count - 1)
{
_Message += String.Format("{0}, ", landlessTerritories[t].Name);
}
else
{
_Message += String.Format("and {0}.", landlessTerritories[t].Name);
}
}
}
//only one landless territory
else
{
_Message += String.Format("{0}.", landlessTerritories[0].Name);
}
return false;
}
return true;
}
public bool Invoke(XmlBoard b)
{
switch (b.Name)
{
case "Standard Settlers": return false;
case "Greater Catan": return false;
default: return true;
}
}
public bool Invoke(XmlBoard b)
{
if ((from t in b.Territories
where t.IsMainland
select t).Count() > 1)
return false;
else
return true;
}
public bool Invoke(XmlBoard b)
{
badHexCount = 0;
// Check each seahex with a port if the port is attached to
// a landhex
foreach (SeaHex h in (from hh in b.Hexes.OfType<SeaHex>()
where ((SeaHex)hh).XmlPort != null
select hh))
{
Hex neighbour = null;
// if we have an uneven row, we must add an offset
int offset = h.Location.H % 2 == 0 ? 0 : -1;
switch (h.XmlPort.PortPosition)
{
case ERotationPosition.Deg0:
neighbour = b.Hexes[h.Location.W + offset, h.Location.H + 1];
break;
case ERotationPosition.Deg60:
neighbour = b.Hexes[h.Location.W + offset + 1, h.Location.H + 1];
break;
case ERotationPosition.Deg120:
neighbour = b.Hexes[h.Location.W + 1, h.Location.H];
break;
case ERotationPosition.Deg180:
neighbour = b.Hexes[h.Location.W + offset + 1, h.Location.H - 1];
break;
case ERotationPosition.Deg240:
neighbour = b.Hexes[h.Location.W + offset, h.Location.H + 1];
break;
case ERotationPosition.Deg300:
neighbour = b.Hexes[h.Location.W - 1, h.Location.H];
break;
}
// when neighbour is null here, it means we tried to get an hex outside
// the bounds of the array. In turn this means the port is aimed towards
// the edge, which is a faulted state.
if (neighbour == null)
{
badHexCount++;
}
else
{
ITerritoryHex terrHex = neighbour as ITerritoryHex;
if (terrHex==null)
{
badHexCount++;
}
}
}
if (badHexCount > 0)
return false;
else
return true;
}
public bool Invoke(XmlBoard b)
{
/*
_DiscoverHexesCount = (from h in b.Hexes where h is DiscoveryHex select h).Count();
if (_DiscoverHexesCount > b.RandomChits.CountAll)
return false;
else
return true;
*/
return true;
}
public bool Invoke(XmlBoard b)
{
if (b.UseTradeRoutes)
{
if (b.Territories.Count < 2)
{
_Message = String.Format("When having trade routes enabled, the board need at least 2 territories defined. Now you have {0} defined",
b.Territories.Count);
return false;
}
}
return true;
}
public bool Invoke(XmlBoard b)
{
if (b.Name != null)
{
if (b.Name.Length > 0)
{
return true;
}
else
{
return false;
}
}
else
{
return false;
}
}
public bool Invoke(XmlBoard b)
{
foreach (Territory t in b.Territories)
{
if (String.IsNullOrEmpty(t.Name))
_InvalidTerritories.Add(t);
}
if (_InvalidTerritories.Count > 0)
{
_Problem = String.Format("{0} territories do not have a name!",
_InvalidTerritories.Count);
return false;
}
else
{
return true;
}
}
public bool Invoke(XmlBoard b)
{
//check top + bottom hexes
for (int i = 0; i < b.Width; i++)
{
if (!(b.Hexes[i, 0] is SeaHex && b.Hexes[i,b.Height-1] is SeaHex))
{
return false;
}
}
//check left + right hexes
for (int i = 1; i < b.Height; i++)
{
if (!(b.Hexes[0,i] is SeaHex && b.Hexes[b.Width-1,i] is SeaHex))
{
return false;
}
}
return true;
}
public bool Invoke(XmlBoard b)
{
//create a ist of territory IDs
IEnumerable<int> territoryIDs= from t in b.Territories
select t.ID;
foreach (Hex hex in from h in b.Hexes
where h is ITerritoryHex
select h)
if (!territoryIDs.Contains(((ITerritoryHex)hex).TerritoryID))
hexesWithoutTerritory.Add(hex.Location);
if (hexesWithoutTerritory.Count > 0)
{
_Problem = String.Format("{0} hexes without a territory",
hexesWithoutTerritory.Count);
return false;
}
return true;
}
/// <summary>
/// Whether or not player can build a town
/// A town may be built when:
/// -player has at least one stock town
/// -a spot is available to put the town on
/// </summary>
/// <param name="game"></param>
/// <param name="board"></param>
/// <returns></returns>
public bool CanBuildTown(XmlGame game, XmlBoard board)
{
if (StockTowns == 0) return false;
// We should have at least one spot to build on
if (GetTownBuildPlaces(game, board).Count == 0) return false;
return true;
}
public bool CanBuildShip(XmlGame game, XmlBoard board)
{
if (StockShips == 0) return false;
if (GetShipBuildPlaces(game, board).Count == 0) return false;
return true;
}
/// <summary>
/// Whether or not the player can build a road
/// A road maybe build when:
/// -A stock road is present
/// -A spot is available to place a road
/// </summary>
/// <param name="game"></param>
/// <param name="board"></param>
/// <returns></returns>
public bool CanBuildRoad(XmlGame game, XmlBoard board)
{
if (StockRoads == 0) return false;
if (GetRoadBuildPlaces(game, board).Count == 0) return false;
return true;
}
public List<HexPoint> GetTownBuildPlaces(XmlGame game, XmlBoard board)
{
List<HexPoint> result = new List<HexPoint>();
// List of all ships+roads of player
List<HexSide> sides = GetRoadsShips();
List<HexPoint> allPoints = new List<HexPoint>();
List<HexPoint> allTownsCities = game.AllTownsCities();
//create a list of all possible points a town can be placed on
foreach (HexSide side in sides)
allPoints.AddRange(side.GetNeighbourPoints());// HexPoint.BuildPointsFromSide(side));
// filter list on unique points
// .Distinct doesnt wotk.... horror. See online.
List<HexPoint> allUniquePoints = new List<HexPoint>();
foreach (HexPoint p in allPoints)
{
if (!allUniquePoints.Contains(p)) allUniquePoints.Add(p);
}
foreach (HexPoint point in allUniquePoints)
{
List<HexPoint> pointsToCheck = new List<HexPoint>();
pointsToCheck.Add(point);
pointsToCheck.AddRange(point.GetNeighbours());
// if the intersection produces more then one, a neighbour is present
// where a city/town is built on, so we must omit this point
if (pointsToCheck.Intersect<HexPoint>(allTownsCities).Count() == 0 &&
// We cannot build in the sea, we need at least a nonseahex
!((board.Hexes[point.Hex1] is SeaHex) &&
(board.Hexes[point.Hex2] is SeaHex) &&
(board.Hexes[point.Hex3] is SeaHex)))
result.Add(point);
}
return result;
}
public List<HexSide> GetShipBuildPlaces(XmlGame game, XmlBoard board)
{
// Keep track of which sides have been added on the list
List<HexSide> result = new List<HexSide>();
//create a list of all possible (nonunique) sides a ship may be built
List<HexSide> allSides = new List<HexSide>();
// add sides starting from town/city
foreach (HexPoint point in game.PlayerOnTurn.Towns.Union(game.PlayerOnTurn.Cities))
allSides.AddRange(point.GetNeighbourSides);
//add neighbouring sides from ships
foreach (HexSide side in game.PlayerOnTurn.Ships)
allSides.AddRange(side.GetNeighbours());
// remove all used sides by ships & roads from the list
//allSides.Except(game.AllRoadsShips());
List<HexSide> emptySpots = new List<HexSide>();
// used spot from any player
List<HexSide> forbiddenSides = game.AllRoadsShips();
// pirate places
forbiddenSides.AddRange(game.Pirate.GetPoints());
foreach (HexSide s in allSides)
{
if (!forbiddenSides.Contains(s)) emptySpots.Add(s);
}
foreach (HexSide side in emptySpots)
{
// we need at least one seahex
if (board.Hexes[side.Hex1] is SeaHex || board.Hexes[side.Hex2] is SeaHex)
result.Add(side);
}
return result;
}
/// <summary>
/// Returns a list of places where player may build a road
/// </summary>
/// <param name="game"></param>
/// <param name="board"></param>
/// <returns></returns>
public List<HexSide> GetRoadBuildPlaces(XmlGame game, XmlBoard board)
{
// Keep track of which sides have been added on the list to create a visual for
List<HexSide> _AddedSides = new List<HexSide>();
// list of all roads+ships on the board
List<HexSide> _AllTravellers = game.AllRoadsShips();
// each town has three starting points to build roads from, add them to the list
foreach (HexPoint point in game.PlayerOnTurn.GetTownsCities())
_AddedSides.AddRange(point.GetNeighbourSides);
// each side has two neighboring sides, add them too
foreach (HexSide side in game.PlayerOnTurn.Roads)
_AddedSides.AddRange(side.GetNeighbours());
// Make items in list unique, remove sides with two seahexes
IEnumerable<HexSide> uniqueSides = from s in _AddedSides.Distinct()
where
// exclude sides with two seahexes
!(board.Hexes[s.Hex1] is SeaHex &&
board.Hexes[s.Hex2] is SeaHex)
&&
// exclude sides already owned by any player
!(_AllTravellers.Contains(s))
select s;
// convert to a list
List<HexSide> result = new List<HexSide>();
foreach (HexSide side in uniqueSides)
result.Add(side);
return result;
}
public bool Invoke(XmlBoard b)
{
throw new NotImplementedException();
}
private void nbNewBoard_BoardPicked(XmlBoard board)
{
mapEditorViewPort.Board = new BoardVisual(board);
_CurrentTerritory = board.Territories[0];
SetOverlay(nbNewBoard);
}
public XmlBoard Copy()
{
XmlBoard result = new XmlBoard(_Hexes);
result.AllowedCards = _AllowedCards;
result.AssignPortsBeforePlacement = _AssignPortsBeforePlacement;
result.BankResources = _BankResources;
result.BoardType = _BoardType;
result.BonusNewIsland = _BonusNewIsland;
result.Creator = _Creator;
result.DevCards = _DevCards;
result.IsSeafarers = _IsSeafarers;
result.MaxPlayers = _MaxPlayers;
result.MinPlayers = _MinPlayers;
result.Name = _Name;
result.RequiresInitialShips= _RequiresInitialShips;
result.StockCities = _StockCities;
result.StockRoads = _StockRoads;
result.StockShips = _StockShips;
result.StockTowns = _StockTowns;
result.Territories = new ObservableCollection<Territory>();
if (_Territories != null)
{
foreach (Territory t in _Territories)
result._Territories.Add(t.Copy());
}
result._UseTradeRoutes = _UseTradeRoutes;
result._VpToWin = _VpToWin;
result.Width = _Width;
result.Height = _Height;
return result;
}
public bool Invoke(XmlBoard b)
{
var x = (from h in b.Hexes where h.GetType() == typeof(NoneHex) select h).Count();
return x == 0;
}
public void SetLadder(XmlBoard board)
{
MaximumCardsInHandWhenSeven = board.MaximumCardsInHandWhenSeven;
MinPlayers = board.MinPlayers;
MaxPlayers = board.MaxPlayers;
}
/// <summary>
/// Returns a list of ships allowed to move
/// </summary>
/// <param name="game"></param>
/// <param name="board"></param>
/// <returns></returns>
public List<HexSide> GetMoveableShips(XmlGame game, XmlBoard board)
{
List<HexSide> result = new List<HexSide>();
// only create a list if we have any ships to move
if (_Ships.Count > 0)
{
// Create a list of ships built this turn
IEnumerable<HexSide> buildShips = from BuildShipAction ta in game.GameLog.OfType<BuildShipAction>()
where ta.TurnID == game.CurrentTurn
select ta.Intersection;
// Get the moved ship if the player has done so
MoveShipAction movedShip = game.GameLog.OfType<MoveShipAction>()
.Where(msa => msa.TurnID == game.CurrentTurn)
.SingleOrDefault();
// Create a list of allowed ships
// Add all ships to the resultlist which passed the test
foreach (HexSide ship in _Ships)
{
// allowed ships are:
//
// -ships not having a ship or town on other point/point neighbours
// -are not part of a traderoute
// Check against traderoutes whether or not ship is moveable
// first see if traderouts are relevant
if (game.Board.UseTradeRoutes)
{
// check if we have traderoutes at all
if (_TradeRoutes.Count > 0)
{
bool isPartOfRoute = false;
// TODO: optimize by first creating a list of hexsides part of players' traderoutes
foreach (TradeRoute tradeRoute in _TradeRoutes)
{
if (tradeRoute.Contains(new RouteNode(ship)))
{
isPartOfRoute = true;
break;
}
}
// continue with next ship when a route uses it
if (isPartOfRoute) continue;
}
}
// If the ship is moved this turn, player is not allowed to move it again
if (movedShip != null)
{
if (ship.Equals(movedShip))
continue;
}
// If the ship is built this turn, don't allow moving the ship
if (buildShips.Contains(ship))
continue;
// Check if a combination of point + hexside neighbours have
// either a town or at least one ship
// Get the points
List<HexPoint> points = ship.GetNeighbourPoints();
// Make a list of neighbours of either point
var sides1 = from HexSide s in points[0].GetNeighbourSides
where !s.Equals(ship)
select s;
var sides2 = from HexSide s in points[1].GetNeighbourSides
where !s.Equals(ship)
select s;
if ((_Ships.Contains(sides1.ElementAt(0)) ||
_Ships.Contains(sides1.ElementAt(1)) ||
_Towns.Contains(points[0]))
&&
(_Ships.Contains(sides2.ElementAt(0)) ||
_Ships.Contains(sides2.ElementAt(1)) ||
_Towns.Contains(points[1])))
{
// A ship has a town or 1-2 ships at both sides, ignore ship
continue;
}
// if a ship has no spot to move to, it isn't moveable either
if (GetShipBuildPlaces(game, board, ship).Count == 0)
continue;
// we passed the test, we have a moveable ship
result.Add(ship);
}
}
return result;
}
private bool IsAllSea(HexPoint point, XmlBoard board)
{
return false;
/*
if (board.Hexes[point.Hex1] is SeaHex &&
board.Hexes[point.Hex2] is SeaHex &&
board.Hexes[point.Hex3] is SeaHex)
return true;
else
return false;
*/
}
public BoardVisual(XmlBoard board)
: this()
{
Board = board;
}
public bool Invoke(XmlBoard b)
{
_DevCount = b.DevCards.CountAll;
if (_DevCount < 25) return false;
return true;
}
public bool Invoke(XmlBoard b)
{
if (b.MinPlayers > b.MaxPlayers)
return false;
return true;
}