public SubTrack(string id, SplittedRegion splitRegion, SubTrackGroup[] trackGroups)
{
SplittedRegion = splitRegion;
TrackGroups = trackGroups;
Id = id;
foreach (SubTrackGroup trackGroup in trackGroups)
{
trackGroup.OnAttachToSubTrack(this);
}
}
public SplitBoundsBranch(string name, SplittedRegion splittedRegion, Vector3 pos, RotationData data, GroupBranch group) : base (name, pos, data, group)
{
BaseTree staticBranch = new BaseTree("Static", new Vector3(), this, NodeConfig.StaticAndPropogate);
TracksLeaf = new BaseTree("Tracks", new Vector3(), staticBranch, NodeConfig.StaticAndPropogate);
BlocksLeaf = new BaseTree("Blocks", new Vector3(), staticBranch, NodeConfig.StaticAndPropogate);
OthersLeaf = new BaseTree("Others", new Vector3(), this, NodeConfig.Dynamic);
SplittedRegion = splittedRegion;
Group = group;
group.AddSplitBoundsBranch(this);
Name = name;
}
public MeshBlock(string id, Type type, BlockBounds blockBounds, SplittedRegion splittedRegion, Quaternion rotation, int occludeOrder)
{
Id = id;
BlockType = type;
RotationQuat = rotation;
OccludeOrder = occludeOrder;
OriginalBounds = blockBounds;
SplittedRegion = splittedRegion;
RotatedBlockBounds = blockBounds.Copy();
TypeCode = TypeToTypeCode[type];
MeshSource = ProceduralMeshSource.GetInstance(TypeCode);
}
public BlockRotationEvent(Group group, Transformation transformation, SplittedRegion splittedRegion)
{
Group = group;
Transformation = transformation;
SplittedRegion = splittedRegion;
}
public MeshBlock CopyOf(BlockBounds blockBounds, SplittedRegion splittedRegion)
{
return new MeshBlock(Id, BlockType, blockBounds, splittedRegion, RotationQuat, OccludeOrder);
}
public static SplitBoundsBranch CreateAndAttachTo(int count, SplittedRegion splittedRegion, GroupBranch groupBranch, RotationData rotationData)
{
string name = "split_" + count;
return new SplitBoundsBranch(name, splittedRegion, new Vector3(), rotationData, groupBranch);
}
private SplitBoundsBranch CreateNewSplitBounds(SplittedRegion splittedRegion)
{
return SplitBoundsBranch.CreateAndAttachTo(SplitBoundsBranches.Count, splittedRegion, this, new RotationData(splittedRegion.Bounds, true));
}
public SplitBoundsBranch SplitBoundsBranchContaining(SplittedRegion splittedRegion)
{
return SplitBoundsBranches.FirstOrDefault(s => s.SplittedRegion == splittedRegion) ?? CreateNewSplitBounds(splittedRegion);
}