SYNOPSIS
For OSM XML data: bzcat planet.osm.bz2 | maptool mymap.bin [-h] [-5 <file>] [-6] [-a <level>] [-c] -[-d <connect string] [-e <phase>] [-i <file>] [-k] [-M] [-N] [-o] [-r <file>] [-s <phase>] [-S <size>] [-w] [-W] [-U] [-z <level>]For OSM Protobuf/PBF data: maptool --protobuf -i planet.osm.pbf planet.bin [-h] [-5 <file>] [-6] [-a <level>] [-c] [-e <phase>] [-i <file>] [-k] [-M] [-N] [-o] [-P] [-r <file>] [-s <phase>] [-S <size>] [-w] [-W] [-U] [-z <level>]
DESCRIPTION
maptool parses osm textfile and converts it to Navit binfile formatOPTIONS
- -h (--help)
- display a short help message
- -4 (--md5)
- set file where to write md5 sum
- -6 (--64bit)
- set zip 64 bit compression
- -a (--attr-debug-level) <level>
- control which data is included in the debug attribute
- -c (--dump-coordinates)
- dump coordinates after phase 1
- -d (--db) <connect string>
- get osm data out of a postgresql database with osm simple scheme and given connect string
- -e (--end) <phase>
- end at specified phase
- -i (--input-file) <file>
- specify the input file name (OSM), overrules default stdin
- -k (--keep-tmpfiles)
- do not delete tmp files after processing. useful to reuse them
- -N (--nodes-only)
- process only nodes
- -o (--coverage)
- converts every street to street_coverage, resulting in a big fat black line. You can overlay this map with another vector map or image map, and every street you will still see is missing in the -o map
- -P (--protobuf)
- input file is protobuf
- -r (--rule-file) <file>
- read mapping rules from specified file
- -s (--start) <phase>
- start at specified phase
- -S (--slice-size) <phrase>
- limit memory to use for some large internal buffers, in bytes. Default is 1 GB. Smaller slices reduce peak memory usage, at the cost of increased processing time.
- -w (--dedupe-ways)
- ensure no duplicate ways or nodes. useful when using several input files
- -W (--ways-only)
- process only ways
- -U (--unknown-country)
- add objects with unknown country to index
- -z (--compression-level) <level>
- set the compression level