public AntFactory(Ant antPrefab, Game game)
{
this.nestPositionX = game.NestPositionX;
this.nestPositionY = game.NestPositionY;
this.nestRadius = game.NestRadius;
antDictionary = new Dictionary <int, Ant>();
this.antPrefab = antPrefab.Duplicate();
this.game = game;
game.OnWaveChange += (wave) =>
{
if (((wave - 20) % 15) == 0)
{
nest.distributionMaps.Sort();
DistributionMap good_good = DistributionMap.Evolution(nest.distributionMaps[2], nest.distributionMaps[2]);
DistributionMap good_middle1 = DistributionMap.Evolution(nest.distributionMaps[2], nest.distributionMaps[1]);
DistributionMap good_middle2 = DistributionMap.Evolution(nest.distributionMaps[1], nest.distributionMaps[2]);
nest.distributionMaps[0] = good_good;
nest.distributionMaps[1] = good_middle1;
nest.distributionMaps[2] = good_middle2;
}
if (wave % 5 == 0)
{
nest.distributionMap = nest.distributionMaps[(wave / 5 - 1) % 3];
}
};
}
public virtual Ant InstantiateNewAnt()
{
totalAntCount++;
if (totalAntCount % (game.AntNumber + nest.GrowthProperties.population * game.Wave / 20) == 0)
{
antPrefab.LevelUp();
game.Wave += 1;
}
Ant ant = antPrefab.Duplicate();
Random randomGenerator = new Random();
double distance = game.NestRadius * randomGenerator.NextDouble() * 0.8;
double rotation = 360 * randomGenerator.NextDouble();
ant.UpdateTransform(nestPositionX + (float)(distance * Math.Cos(rotation)), nestPositionY + (float)(distance * Math.Sin(rotation)), (float)rotation);
antDictionary.Add(ant.ID, ant);
return(ant);
}