Stuck on Bad Münster

[thadk]

Hi Patrick,

I wrote a makefile to coordinate all the handoffs, shown at bottom. Thanks for this tool.

I got errors about the following item in the last three steps, prematurely halting each of the steps.

# reconstruct polygons
> ./osm indexlocations data/admin.o5m data/admin-3.db
ERROR Düren(4558)[level=]: cannot handle relation relation: child
converted 98/100
converted 198/200
converted 298/300
converted 398/400
converted 498/500
ERROR Kisko(37376)[level=8]: cannot close ring: 27709383
converted 597/600
...
converted 77920/78000
converted 78020/78100
error: unknown boundary value for Bad Münster am Stein-Ebernburg(611090)[level=7]: obsolete_boundary
Makefile:30: recipe for target 'data/admin-3.db' failed

and similar error for polygons centroids
but finally fails again for the admin.jsonl:

> make data/admin.jsonl
...
converted 22000
error: unknown boundary value for Bad Münster am Stein-Ebernburg(611090)[level=7]: obsolete_boundary

Let me know if there is anything I can do to remove this problem.

I am now looking into converting the jsonl format for what did work into geojson.

The Latest filesizes are:

planet-latest.osm.pbf: 44.15gb
planet.o5m: 88.29gb
admin.o5m: 2.06gb
admin-1.db: 5.64gb
admin-2.db: 5.64gb
admin-3.db: 7.22gb
admin-4.db: 7.22gb
admin.jsonl: 334mb

Makefile:

.PRECIOUS: data/%
.SECONDARY:
	
data/planet-latest.osm.pbf:
	mkdir -p $(dir $@)
	curl https://planet.openstreetmap.org/pbf/planet-latest.osm.pbf -o $@.download
	mv $@.download $@

data/planet.o5m: data/planet-latest.osm.pbf
	mkdir -p $(dir $@)
	osmconvert ../osmboundaries/$< -o=$@

data/admin.o5m: data/planet.o5m
	osmfilter --keep="place=country =state =region =province =district =county =municipality =postcode =city =town =village =hamlet boundary=" $< -o=$@

data/admin-1.db: data/admin.o5m
	# Reconstruct ways from nodes
	./osm indexways $< $@.tmp
	# Reconstruct intermediate relations. These are relations used to build other relations. In theory they do not exist. In practice, France and Germany boundaries are defined that way.
	mv $@.tmp $@

data/admin-2.db: data/admin.o5m data/admin-1.db
	cp data/admin-1.db data/admin-2.db
	./osm indexrelations $< $@

data/admin-3.db: data/admin.o5m data/admin-2.db
	cp data/admin-2.db data/admin-3.db
	# reconstruct polygons
	./osm indexlocations $< $@


data/admin-4.db: data/admin.o5m data/admin-3.db
	cp data/admin-3.db data/admin-4.db
	# Extract/compute polygons centroids
	./osm indexcenters $< $@

data/admin.jsonl: data/admin.o5m data/admin-4.db
	./osm geojson $< $(word 2,$^) $@