//Implemented using particle deposition
private void EruptVolcanos(List <Volcano> volcanos, int maxAge, int maxSearchRange, int maxElevationThreshold, int dropZoneRadius, float rockSize, float heightSimilarityEpsilon, bool updateCoords = false)
{
for (int v = 0; v < volcanos.Count; v++)
{
var vol = volcanos[v];
//Increase age
vol.Age++;
//If it's at the end of it's lifetime, remove it from the list and return it to the volcano object pool
if (vol.Age >= maxAge)
{
ObjectPooler.current.ReturnVolcanoToPool(vol);
volcanos.RemoveAt(v);
}
else //otherwise, do eruption (particle deposition)
{
crustNodes = TerrainGeneration.ParticleDeposition(crustNodes, vol, rockSize, heightSimilarityEpsilon, dropZoneRadius, maxSearchRange, maxElevationThreshold);
}
if (updateCoords)
{
if (crustNodes[vol.X, vol.Z][0].Plate.CheckMoveX())
{
vol.X = (vol.X + crustNodes[vol.X, vol.Z][0].Plate.XSpeed) % width;
if (vol.X < 0)
{
vol.X = width + vol.X;
}
}
if (crustNodes[vol.X, vol.Z][0].Plate.CheckMoveZ())
{
vol.Z = (vol.Z + crustNodes[vol.X, vol.Z][0].Plate.ZSpeed) % height;
if (vol.Z < 0)
{
vol.Z = height + vol.Z;
}
}
}
}
}
