public SDS MergeWith(SDS other, MergeStrategy strategy, EntityChange.ExecutionContext ctx)
{
if (Generation != other.Generation)
{
throw new IntegrityViolation("Generation mismatch: " + Generation + " != " + other.Generation);
}
SDS exclusiveSource = null;
int exclusiveChoice = 0;
if (strategy == MergeStrategy.Exclusive || strategy == MergeStrategy.ExclusiveWithPositionCorrection)
{
exclusiveChoice = SelectExclusiveSource(this, other);
exclusiveSource = (exclusiveChoice == -1 ? this : other);
}
InconsistencyCoverage merged = InconsistencyCoverage.GetMinimum(IC, other.IC);
EntityPool pool = new EntityPool(ctx);
foreach (var e in this.FinalEntities)
{
if (IC.IsInconsistentR(ctx.LocalSpace.Relativate(e.ID.Position)))
{
continue; //for now
}
pool.Insert(e);
}
foreach (var e in other.FinalEntities)
{
if (other.IC.IsInconsistentR(ctx.LocalSpace.Relativate(e.ID.Position)))
{
continue; //for now
}
if (pool.Contains(e.ID.Guid))
{
continue;
}
pool.Insert(e);
}
//at this point we merged all fully consistent entities from either. If the inconsistent areas did not overlap then the result should contain all entities in their consistent state
if (!merged.IsFullyConsistent)
{
if (strategy == MergeStrategy.EntitySelective)
{
MergeInconsistentEntitiesComp(pool, this, other, merged, ctx);
}
else
{
MergeInconsistentEntitiesEx(pool, exclusiveSource, strategy == MergeStrategy.ExclusiveWithPositionCorrection, merged, ctx);
}
}
return(new SDS(Generation, pool.ToArray(), merged));
}
public Tuple <SDS, IntermediateSDS> Complete()
{
//Log.Message("Finalize SDS g" + generation);
var cs = data.localChangeSet.Clone();
InconsistencyCoverage ic = data.ic.Clone();
foreach (var n in Simulation.Neighbors)
{
IntBox box = n.ICImportRegion;
var rcs = old.InboundRCS[n.LinearIndex];
if (rcs != null)
{
cs.Include(rcs.CS);
ic.Include(rcs.IC, box.Min);
if (rcs.IC.OneCount > 0)
{
Log.Message(n.Name + ": Inconsistent RCS @g" + generation + ": " + rcs.IC.OneCount);
}
}
else
{
Log.Message(n.Name + ": Missing RCS @g" + generation);
ic.SetOne(box);
}
}
EntityPool p2 = data.entities.Clone();
cs.Execute(p2, ic, ctx);
SDS rs = new SDS(generation, p2.ToArray(), ic);
#if !DRY_RUN
if (!ic.AnySet)
{
DB.PutAsync(new SerialSDS(rs, Simulation.ID.XYZ), false).Wait();
}
#endif
Log.Message("Completed g" + Generation + " with IC ones: " + ic.OneCount + " " + Math.Round((float)ic.OneCount / ic.Size.Product * 100) + "%");
return(new Tuple <SDS, IntermediateSDS>(rs, data));
}