/// <summary>
/// Registers the given room as a possibility if it isn't already registered.
/// </summary>
/// <param name="transform"></param>
/// <param name="part"></param>
private RoomMeta RegisterKey(MatrixI transform, PartFromPrefab part)
{
var key = new RoomKey(transform, part);
RoomMeta room;
if (!m_openRooms.TryGetValue(key, out room))
{
var ent = new ProceduralRoom();
ent.Init(transform, part);
m_openRooms[key] = room = new RoomMeta(ent);
}
else if (room.Nonce == m_nonce)
{
return(room);
}
room.Nonce = m_nonce;
room.InFactor = 0;
foreach (var mount in room.Room.MountPoints)
{
var other = mount.AttachedToIn(m_construction);
if (other == null)
{
continue;
}
room.InFactor++;
m_possibleRooms.Add(other, room);
}
return(room);
}
public bool Intersects(PartFromPrefab other, MatrixI otherTransform, MatrixI otherITransform, bool testOptional, bool testQuick = false, ProceduralRoom ignore = null)
{
var bb = Utilities.TransformBoundingBox(other.BoundingBoxBoth, otherTransform);
var result = false;
m_roomTree.Query((x) =>
{
var test = m_roomTree.GetUserData <ProceduralRoom>(x);
var res = test != ignore && test.Intersects(other, otherTransform, otherITransform, testOptional, testQuick);
result = res;
return(!res);
}, ref bb);
return(result);
}
public void Init(MatrixI transform, PartFromPrefab prefab)
{
m_part = prefab;
Transform = transform;
m_mountPoints = new Dictionary <string, Dictionary <string, ProceduralMountPoint> >();
using (m_part.LockSharedUsing())
foreach (var mount in prefab.MountPoints)
{
var point = new ProceduralMountPoint();
point.Init(mount, this);
Dictionary <string, ProceduralMountPoint> byName;
if (!m_mountPoints.TryGetValue(point.MountPoint.MountType, out byName))
{
m_mountPoints[point.MountPoint.MountType] = byName = new Dictionary <string, ProceduralMountPoint>();
}
byName[point.MountPoint.MountName] = point;
}
}
public RoomKey(MatrixI transform, PartFromPrefab part)
{
Transformation = transform;
Part = part;
}
public bool Intersects(PartFromPrefab other, MatrixI otherTransform, MatrixI otherITransform, bool testOptional, bool testQuick = false)
{
return(PartMetadata.Intersects(ref m_part, ref m_transform, ref m_invTransform, ref other, ref otherTransform, ref otherITransform, testOptional, testQuick));
}
