public override void complete()
{
// Polygonize multipolygon
RelationHandler relationHandler = new RelationHandler();
this.multipolygons.forEachValue(relationHandler);
WayHandler wayHandler = new WayHandler();
this.ways.forEachValue(wayHandler);
OSMTagMapping.Instance.optimizePoiOrdering(this.histogramPoiTags);
OSMTagMapping.Instance.optimizeWayOrdering(this.histogramWayTags);
}
// TODO add accounting of average number of tiles per way
public override void complete()
{
this.indexedNodeStore.complete();
this.nodeIndexReader = this.indexedNodeStore.createReader();
this.indexedWayStore.complete();
this.wayIndexReader = this.indexedWayStore.createReader();
// handle relations
ReleasableIterator <Relation> relationReader = this.relationStore.iterate();
RelationHandler relationHandler = new RelationHandler();
while (relationReader.hasNext())
{
Relation entry = relationReader.next();
TDRelation tdRelation = TDRelation.fromRelation(entry, this, this.preferredLanguages);
relationHandler.execute(tdRelation);
}
// handle ways
ReleasableIterator <Way> wayReader = this.wayStore.iterate();
WayHandler wayHandler = new WayHandler();
while (wayReader.hasNext())
{
Way way = wayReader.next();
TDWay tdWay = TDWay.fromWay(way, this, this.preferredLanguages);
if (tdWay == null)
{
continue;
}
IList <TDRelation> associatedRelations = this.additionalRelationTags.get(tdWay.Id);
if (associatedRelations != null)
{
foreach (TDRelation tileDataRelation in associatedRelations)
{
tdWay.mergeRelationInformation(tileDataRelation);
}
}
wayHandler.execute(tdWay);
}
OSMTagMapping.Instance.optimizePoiOrdering(this.histogramPoiTags);
OSMTagMapping.Instance.optimizeWayOrdering(this.histogramWayTags);
}
