private void HandleCellSpawns(Patch patch)
{
GD.Print("Number of species in this patch = ", patch.SpeciesInPatch.Count);
foreach (var entry in patch.SpeciesInPatch)
{
var species = entry.Key;
if (species.Population <= 0)
{
GD.Print(entry.Key.FormattedName, " population <= 0. Skipping Cell Spawn in patch.");
continue;
}
var density = 1.0f / (Constants.STARTING_SPAWN_DENSITY -
Math.Min(Constants.MAX_SPAWN_DENSITY,
species.Population * 5));
var name = species.ID.ToString(CultureInfo.InvariantCulture);
HandleSpawnHelper(chunkSpawners, name, density,
() =>
{
var spawner = new CreatedSpawner(name);
spawner.Spawner = Spawners.MakeMicrobeSpawner(species,
compoundCloudSystem, currentGame);
spawnSystem.AddSpawnType(spawner.Spawner, density,
Constants.MICROBE_SPAWN_RADIUS);
return(spawner);
});
}
}
private void HandleCloudSpawns(BiomeConditions biome)
{
GD.Print("Number of clouds in this patch = ", biome.Compounds.Count);
foreach (var entry in biome.Compounds)
{
HandleSpawnHelper(chunkSpawners, entry.Key.InternalName, entry.Value.Density,
() =>
{
var spawner = new CreatedSpawner(entry.Key.InternalName);
spawner.Spawner = Spawners.MakeCompoundSpawner(entry.Key, compoundCloudSystem, entry.Value.Amount);
spawnSystem.AddSpawnType(spawner.Spawner, entry.Value.Density,
Constants.CLOUD_SPAWN_RADIUS);
return(spawner);
});
}
}
private void HandleChunkSpawns(BiomeConditions biome)
{
GD.Print("Number of chunks in this patch = ", biome.Chunks.Count);
foreach (var entry in biome.Chunks)
{
HandleSpawnHelper(chunkSpawners, entry.Value.Name, entry.Value.Density,
() =>
{
var spawner = new CreatedSpawner(entry.Value.Name);
spawner.Spawner = Spawners.MakeChunkSpawner(entry.Value,
compoundCloudSystem);
spawnSystem.AddSpawnType(spawner.Spawner, (int)entry.Value.Density,
Constants.MICROBE_SPAWN_RADIUS);
return(spawner);
});
}
}