public HistoryMap(int size, int[] shipLengths, CellStateMap cellStateMap)
: base(size, shipLengths, cellStateMap)
{
this.variations = new double[size][];
for (int i = 0; i < this.variations.Length; i++) {
this.variations[i] = new double[size];
};
}
public HistoryMap(int size, int[] shipLengths, CellStateMap cellStateMap)
: base(size, shipLengths, cellStateMap)
{
this.variations = new double[size][];
for (int i = 0; i < this.variations.Length; i++)
{
this.variations[i] = new double[size];
}
;
}
protected int weighted; //Multiplies the impact of adding this map to other maps
#endregion Fields
#region Constructors
public ProbabilityMap(int size, int[] shipLengths, CellStateMap cellStateMap)
{
this.size = size;
this.shipLengths = shipLengths;
this.cellStateMap = cellStateMap;
this.weighted = 1;
this.map = new int[size][];
for (int i = 0; i < map.Length; i++) {
map[i] = new int[size];
};
}
public void NewMatch() {
this.player = this.controller.Player;
this.match = this.player.Match;
ShotHelper.MatchX = match.FieldSize.X - 1;
ShotHelper.MatchY = match.FieldSize.Y - 1;
this.shipLengths = this.match.StartingShips.Select(ship => ship.Length).ToArray();
cellStateMap = new CellStateMap(match.FieldSize.X);
historyMap = new HistoryMap(match.FieldSize.X, this.shipLengths, cellStateMap);
placementMap = new PlacementMap(match.FieldSize.X, this.shipLengths, cellStateMap);
huntingMap = new HuntingMap(match.FieldSize.X, this.shipLengths, cellStateMap);
}
protected int weighted; //Multiplies the impact of adding this map to other maps
public ProbabilityMap(int size, int[] shipLengths, CellStateMap cellStateMap)
{
this.size = size;
this.shipLengths = shipLengths;
this.cellStateMap = cellStateMap;
this.weighted = 1;
this.map = new int[size][];
for (int i = 0; i < map.Length; i++)
{
map[i] = new int[size];
}
;
}
protected const bool REDUCE_PROBABILITY_ON_SINK = false; // Treats sinks as a miss and reduces hunting probability as such
public HuntingMap(int size, int[] shipLengths, CellStateMap cellStateMap)
: base(size, shipLengths, cellStateMap)
{
this.weighted = 50;
}
public void NewMatch()
{
this.player = this.controller.Player;
this.match = this.player.Match;
ShotHelper.MatchX = match.FieldSize.X - 1;
ShotHelper.MatchY = match.FieldSize.Y - 1;
this.shipLengths = this.match.StartingShips.Select(ship => ship.Length).ToArray();
cellStateMap = new CellStateMap(match.FieldSize.X);
historyMap = new HistoryMap(match.FieldSize.X, this.shipLengths, cellStateMap);
placementMap = new PlacementMap(match.FieldSize.X, this.shipLengths, cellStateMap);
huntingMap = new HuntingMap(match.FieldSize.X, this.shipLengths, cellStateMap);
}
public PlacementMap(int size, int[] shipLengths, CellStateMap cellStateMap)
: base(size, shipLengths, cellStateMap)
{
}
protected const bool RESET_HUNTING_ON_SINK = true; // Wipes hunting mode memory when a ship is sunk, if false,
#endregion Fields
#region Constructors
public HuntingMap(int size, int[] shipLengths, CellStateMap cellStateMap)
: base(size, shipLengths, cellStateMap)
{
this.weighted = 50;
}
public PlacementMap(int size, int[] shipLengths, CellStateMap cellStateMap)
: base(size, shipLengths, cellStateMap)
{
}
