public Tunnel(List <Vector3Int> cellChunkCoordinates, HollowGroup first, HollowGroup second, Vector3Int firstCaveConnectionPoint, Vector3Int secondCaveConnectionPoint)
{
CellChunkCoordinates = cellChunkCoordinates;
_first = first;
_second = second;
FirstCaveConnectionPoint = firstCaveConnectionPoint;
SecondCaveConnectionPoint = secondCaveConnectionPoint;
}
public async Task PlaceInCave(HollowGroup cave) //TODO different placements
{
Vector3Int lowestPointChunkPosition = cave.GetLowestPoint();
await GenerateNearbyChunksAsync(DestinationChunkCoordinate);
CaveChunk destinationChunk = await ChunkManager.CreateChunkAsync(DestinationChunkCoordinate);
Vector3 offsetPosition = (Vector3)ChunkManager.MeshSettings.GridSize / 2.0f;
Vector3 position = destinationChunk.GetWorldPosition(lowestPointChunkPosition) + offsetPosition;
transform.position = position;
}
private static (HollowGroup hollow, Vector3Int firstPoint, Vector3Int secondPoint) ClosestNotConnectedHollow(HollowGroup hollow, List <HollowGroup> hollows, List <HollowGroup> alreadyConnectedCaves)
{
Vector3Int firstPoint = default;
Vector3Int secondPoint = default;
float minSqrDistance = 0;
HollowGroup closestHollow = null;
foreach (HollowGroup nextHollow in hollows)
{
if (nextHollow == hollow || alreadyConnectedCaves.Contains(nextHollow))
{
continue;
}
Random rand = new Random();
int firstPointIndex = rand.Next(0, hollow.CellChunkCoordinates.Count);
int secondPointIndex = rand.Next(0, nextHollow.CellChunkCoordinates.Count);
return(nextHollow, hollow.CellChunkCoordinates[firstPointIndex], nextHollow.CellChunkCoordinates[secondPointIndex]);
foreach (Vector3Int firstCoordinate in hollow.CellChunkCoordinates)
{
foreach (Vector3Int secondCoordinate in nextHollow.CellChunkCoordinates)
{
float sqrDistance = 0;
//float sqrDistance = (firstCoordinate - secondCoordinate).sqrMagnitude;
if (EmergencyShutdown.Instance.CheckForShutdownTimer())
{
return(null, Vector3Int.zero, Vector3Int.zero);
}
if (sqrDistance < minSqrDistance || closestHollow == null)
{
firstPoint = firstCoordinate;
secondPoint = secondCoordinate;
minSqrDistance = sqrDistance;
closestHollow = nextHollow;
}
}
}
}
return(closestHollow, firstPoint, secondPoint);
}
private static (HollowGroup hollow, Vector3Int firstPoint, Vector3Int secondPoint) ClosestNotConnectedHollow(HollowGroup hollow, List <HollowGroup> hollows, List <HollowGroup> alreadyConnectedCaves)
{
Vector3Int firstPoint = default;
Vector3Int secondPoint = default;
float minDistance = 0;
HollowGroup closestHollow = null;
foreach (HollowGroup nextHollow in hollows)
{
if (nextHollow == hollow || alreadyConnectedCaves.Contains(nextHollow))
{
continue;
}
foreach (Vector3Int firstCoordinate in hollow.CellChunkCoordinates)
{
if (firstCoordinate.z != 0)
{
continue;
}
foreach (Vector3Int secondCoordinate in nextHollow.CellChunkCoordinates)
{
if (secondCoordinate.z != 0)
{
continue;
}
float distance = Vector3Int.Distance(firstCoordinate, secondCoordinate);
if (distance < minDistance || closestHollow == null)
{
firstPoint = firstCoordinate;
secondPoint = secondCoordinate;
minDistance = distance;
closestHollow = nextHollow;
}
}
}
}
return(closestHollow, firstPoint, secondPoint);
}