Du hast ja recht , der Splitter liefert keine .img sondern .pbf Dateien , das hab ich aber auch so gemeint .
Hier mal den Inhalt des cmd beim splitten der mit .srtm2osm erzeugten Hoehendaten_MyOsmTopo-test-karte-gross.osm 965 MB. die .osm wurde mit den Original Befehlssatz erzeugt , also ich hab erst mal keine Änderungen am srtm2osm Befehlssatz vorgenommen und dann den Splitter laufen lassen .
Splitter cmd Text, endlich ist es mir gelungen den Inhalt des cmd zu kopieren !
Befehlssatz zum Splitten
splitter.jar --mapid=90013001 --overlap=8000 --description=MyOsmTopo-test-karte-klein --max-nodes=2500000 C:\MyOsmTopo\Kartenprojekt_MyOsmTopo-test-karte-klein\Hoehendaten_MyOsmTopo-test-karte-klein.osm
Cmd-Text
SPLITTEN der HOEHEN-DATEN mit SPLITTER
Die Datei Hoehendaten_MyOsmTopo-test-karte-gross.osm wird in kleinere Teile fuer die Weiterverarbeitung zerteilt.
Zum Starten -
Drücken Sie eine beliebige Taste . . .
. . . Splitter arbeitet . . .
Splitter version 592 compiled 2018-12-13T08:19:25+0000
boundary-tags=use-exclude-list
cache=
description=MyOsmTopo-test-karte-gross
geonames-file=
handle-element-version=remove
ignore-osm-bounds=false
keep-complete=true
mapid=90013001
max-areas=2048
max-nodes=2500000
max-threads=8 (auto)
mixed=false
no-trim=false
num-tiles=
output=pbf
output-dir=
overlap=8000
polygon-desc-file=
polygon-file=
precomp-sea=
problem-file=
problem-report=
resolution=13
route-rel-values=
search-limit=200000
split-file=
status-freq=120
stop-after=dist
wanted-admin-level=5
write-kml=
Warning: --overlap is used in combination with --keep-complete=true
The option keep-complete should be used with overlap=0 because it is very unlikely that
the overlap will add any important data. It will just cause a lot of additional output which
has to be thrown away again in mkgmap.
Elapsed time: 0s Memory: Current 15MB (3MB used, 12MB free) Max 966MB
Time started: Sat Jan 19 10:37:07 CET 2019
Map is being split for resolution 13:
- area boundaries are aligned to 0x800 map units (0.0439453125 degrees)
- areas are multiples of 0x800 map units wide and high
Processing C:\MyOsmTopo\Kartenprojekt_MyOsmTopo-test-karte-gross\Hoehendaten_MyOsmTopo-test-karte-gross.osm
Fill-densities-map pass took 21971 ms
Exact map coverage read from input file(s) is (49.30041790008545,9.600419998168945) to (50.70042371749878,11.70041799545288)
Rounded map coverage is (49.2626953125,9.580078125) to (50.712890625,11.7333984375)
Splitting nodes into areas containing a maximum of 2.500.000 nodes each…
Highest node count in a single grid element is 8.195
Solving partition (49.2626953125,9.580078125) to (50.712890625,11.7333984375) with 4.084.624 nodes
Trying to find nice split for (49.2626953125,9.580078125) to (50.712890625,11.7333984375) with 4.084.624 nodes
searching for split with min-nodes 125000, learned 0 good partial solutions
Best solution until now: 2 tile(s). The smallest node count is 1668380 (66 %), the worst aspect ratio is near 1.97, elapsed search time: 0 s
searching for split with min-nodes 1835218, learned 0 good partial solutions
Best solution until now: 2 tile(s). The smallest node count is 2042110 (81 %), the worst aspect ratio is near 2.42, elapsed search time: 0 s
searching for split with min-nodes 2325000, learned 0 good partial solutions
searching for split with min-nodes 2183555, learned 0 good partial solutions
searching for split with min-nodes 2112832, learned 0 good partial solutions
searching for split with min-nodes 2077471, learned 0 good partial solutions
searching for split with min-nodes 2059790, learned 0 good partial solutions
searching for split with min-nodes 2050950, learned 0 good partial solutions
searching for split with min-nodes 2046530, learned 0 good partial solutions
searching for split with min-nodes 2044320, learned 0 good partial solutions
searching for split with min-nodes 2042111, learned 0 good partial solutions
Solution is nice. Can’t find a better solution with search-limit 200000: 2 tile(s). The smallest node count is 2042110 (81 %), the worst aspect ratio is near 2.42
Final solution: 2 tile(s). The smallest node count is 2042110 (81 %), the worst aspect ratio is near 2.42
This seems to be nice.
Area 90013001 covers (50.1416015625,9.580078125) to (50.712890625,11.7333984375) and contains 2042110 nodes (81 %)
Area 90013002 covers (49.2626953125,9.580078125) to (50.1416015625,11.7333984375) and contains 2042514 nodes (81 %)
Creating the initial areas took 47 ms
2 areas:
Area 90013001: 2336768,446464 to 2363392,546816 covers (0x23a800,0x6d000) to (0x241000,0x85800) MyOsmTopo-test-karte-gross
Area 90013002: 2295808,446464 to 2336768,546816 covers (0x230800,0x6d000) to (0x23a800,0x85800) MyOsmTopo-test-karte-gross
Generating problem list for 2 distinct areas
Processing 2 areas in a single pass
Pseudo areas:
Pseudo area -3 covers (50.712890625,-180.0) to (90.0,180.0)
Pseudo area -4 covers (-90.0,-180.0) to (49.2626953125,180.0)
Pseudo area -5 covers (49.2626953125,-180.0) to (50.712890625,9.580078125)
Pseudo area -6 covers (49.2626953125,11.7333984375) to (50.712890625,180.0)
cached 7 combinations of areas that form rectangles.
AreaGridTree [512][512] for grid area (-90.17166137695312,-180.17166137695312) to (90.17166137695312,180.17166137695312) requires max. 3 checks for each node (0 sub grid(s))
Starting problem-list-generator pass(es)
Starting problem-list-generator pass 1 of 1
way Map: uses SparseLong2IntMap
coord Map: uses SparseLong2IntMap
Processing C:\MyOsmTopo\Kartenprojekt_MyOsmTopo-test-karte-gross\Hoehendaten_MyOsmTopo-test-karte-gross.osm
Processing C:\MyOsmTopo\Kartenprojekt_MyOsmTopo-test-karte-gross\Hoehendaten_MyOsmTopo-test-karte-gross.osm
coord Map: 4.084.624 stored long/int pairs require ca. 2.2 bytes per pair. 63.823 chunks are used, the avg. number of values in one 64-chunk is 63.
coord Map details: ~9 MB, including 1 array(s) with 8 MB
way Map: 51.133 stored long/int pairs require ca. 164.68 bytes per pair. 799 chunks are used, the avg. number of values in one 64-chunk is 63.
way Map details: ~8 MB, including 1 array(s) with 8 MB
Number of stored area combis for nodes: 4.084.624
Number of stored area combis for ways: 51.133
Number of stored Integers for rels: 0
Number of stored combis in dictionary: 19
Number of detected problem ways: 199
Number of detected problem rels: 0
JVM Memory Info: Current 77MB (23MB used, 54MB free) Max 966MB
Problem-list-generator pass 1 took 55547 ms
Problem-list-generator pass(es) took 55781 ms
cached 1 combinations of areas that form rectangles.
AreaGridTree [512][512] for grid area (49.091033935546875,9.408416748046875) to (50.884552001953125,11.905059814453125) requires max. 2 checks for each node (0 sub grid(s))
Executing multi-tile analyses phase 2
Processing C:\MyOsmTopo\Kartenprojekt_MyOsmTopo-test-karte-gross\Hoehendaten_MyOsmTopo-test-karte-gross.osm
Stats for MultiTileProcessor pass 2
SparseBitSet problemRels contains now 0 Ids.
SparseBitSet neededWays contains now 199 Ids.
SparseBitSet mpWays contains now 0 Ids.
SparseBitSet neededNodes contains now 1.084.383 Ids.
Number of stored relations: 0
Number of stored tile combinations in multiTileDictionary: 3
Status: Finished collecting problem ways.
Found 199 of 0 needed ways.
Found 0 of 0 needed multipolygon ways.
Stats for MultiTileProcessor pass 2
SparseBitSet problemRels contains now 0 Ids.
SparseBitSet neededWays contains now 199 Ids.
SparseBitSet mpWays contains now 0 Ids.
SparseBitSet neededNodes contains now 1.084.383 Ids.
Number of stored relations: 0
Number of stored tile combinations in multiTileDictionary: 3
Status: Starting to collect coordinates for 1.084.383 needed nodes.
JVM Memory Info: Current 77MB (68MB used, 9MB free) Max 966MB
Multi-tile analyses phase 2 took 26500 ms
Executing multi-tile analyses phase 3
Processing C:\MyOsmTopo\Kartenprojekt_MyOsmTopo-test-karte-gross\Hoehendaten_MyOsmTopo-test-karte-gross.osm
Error: Node ids are not sorted. Use e.g. osmosis to sort the input data.
This is not supported with keep-complete=true or --problem-list
uk.me.parabola.splitter.SplitFailedException: Node ids are not sorted
at uk.me.parabola.splitter.MultiTileProcessor.storeCoord(MultiTileProcessor.java:501)
at uk.me.parabola.splitter.MultiTileProcessor.processNode(MultiTileProcessor.java:127)
at uk.me.parabola.splitter.AbstractMapProcessor.consume(AbstractMapProcessor.java:62)
at uk.me.parabola.splitter.OSMFileHandler.execute(OSMFileHandler.java:159)
at uk.me.parabola.splitter.ProblemLists.calcMultiTileElements(ProblemLists.java:255)
at uk.me.parabola.splitter.Main.useProblemLists(Main.java:502)
at uk.me.parabola.splitter.Main.start(Main.java:127)
at uk.me.parabola.splitter.Main.main(Main.java:81)
Zum Starten -
Drücken Sie eine beliebige Taste . . .
gruss
