public void Initialize(int prey, int predators, int obstacles)
{
int[] entities = RandomGenerator.GenerateIntUniqueSeries(0, _rows * _columns, prey + predators + obstacles);
int startIndex = entities.Length - 1;
int stopIndex = predators + obstacles;
int col;
int row;
for (int i = startIndex; i >= stopIndex; i--)
{
IndexToCoordinate(entities[i], out col, out row);
_cells[col, row] =
new Fish(
ocean: this,
pos: new Coordinate()
{
X = col, Y = row
},
curTimeToReproduce: RandomGenerator.GetIntRandom(1, DefaulConst.FISH_TIME_TO_REPRODUCE + 1),
timeToReproduce: DefaulConst.FISH_TIME_TO_REPRODUCE);
}
startIndex = stopIndex - 1;
stopIndex = obstacles + predators / 2; // хищники
for (int i = startIndex; i >= stopIndex; i--)
{
IndexToCoordinate(entities[i], out col, out row);
_cells[col, row] =
new Shark(
ocean: this,
pos: new Coordinate()
{
X = col, Y = row
},
curTimeToReproduce: RandomGenerator.GetIntRandom(1, DefaulConst.SHARK_TIME_TO_REPRODUCE + 1),
curTimeToFeed: RandomGenerator.GetIntRandom(1, DefaulConst.SHARK_TIME_TO_FEED + 1),
timeToReproduce: DefaulConst.SHARK_TIME_TO_REPRODUCE,
timeToFeed: DefaulConst.SHARK_TIME_TO_FEED);
}
startIndex = stopIndex - 1;
stopIndex = obstacles;
for (int i = startIndex; i >= stopIndex; i--)
{
IndexToCoordinate(entities[i], out col, out row);
_cells[col, row] =
new Tuna(
ocean: this,
pos: new Coordinate()
{
X = col, Y = row
},
curTimeToReproduce: RandomGenerator.GetIntRandom(1, DefaulConst.TUNA_TIME_TO_REPRODUCE + 1),
curTimeToFeed: RandomGenerator.GetIntRandom(1, DefaulConst.TUNA_TIME_TO_FEED + 1),
timeToReproduce: DefaulConst.TUNA_TIME_TO_REPRODUCE,
timeToFeed: DefaulConst.TUNA_TIME_TO_FEED);
}
startIndex = stopIndex - 1;
stopIndex = 0;
for (int i = startIndex; i >= stopIndex; i--)
{
IndexToCoordinate(entities[i], out col, out row);
_cells[col, row] = new Obstacle(new Coordinate()
{
X = col, Y = row
});
}
}
public Tuna(Tuna sh)
: base(sh)
{
_kind = ESpecies.Tuna;
}
