public static getSurrounding ( Coordinates coords, bool sides, int howMany ) : List
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coords | Coordinates | |
sides | bool | |
howMany | int | |
return | List
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public void calcProbabilities() { Coordinates startPoint; List <List <Coordinates> > coordsLists; int maxLength; this.reset(); for (int x = 0; x < this.map.Length; x++) { for (int y = 0; y < this.map[x].Length; y++) { startPoint = new Coordinates(x, y); // position to consider as 'start' of ship if (cellStateMap.getState(startPoint) == cellState.SINK || cellStateMap.getState(startPoint) == cellState.IMPOSSIBLE || cellStateMap.getState(startPoint) == cellState.MISS) { //A ship can not start on a sink/miss/0 probability cell continue; } bool[] sides = new bool[] { true, false, false, true };//right & down coordsLists = ShotHelper.getSurrounding(startPoint, sides, this.shipLengths.Max() - 1); foreach (List <Coordinates> coordList in coordsLists) { maxLength = howManyFree(coordList) + 1; // how many sequential spaces are available in these coordinates addProbabilitiy(startPoint, coordList, maxLength); } } } }
public void removeHuntingProbability(Coordinates coords) { List <List <Coordinates> > coordsLists; int maxLength; coordsLists = ShotHelper.getSurrounding(coords, shipLengths.Max() - 1); foreach (List <Coordinates> coordList in coordsLists) { maxLength = howManyFree(coordList) + 1; removeProbabilitiy(coordList, maxLength); } }
public void addHuntingProbability(Coordinates coords) { List <List <Coordinates> > coordsLists; int maxLength; coordsLists = ShotHelper.getSurrounding(coords, shipLengths.Max() - 1); foreach (List <Coordinates> coordList in coordsLists) { maxLength = howManyFree(coordList) + 1; // how many sequential spaces are available in these coordinates addProbabilitiy(coords, coordList, maxLength); } }