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# osm2vectortiles [![Build Status](https://travis-ci.org/geometalab/osm2vectortiles.svg)](https://travis-ci.org/geometalab/osm2vectortiles)
Create [Mapbox Streets](https://www.mapbox.com/developers/vector-tiles/mapbox-streets-v5) compatible vector tiles for custom styling with [Mapbox Studio Classic](https://www.mapbox.com/mapbox-studio-classic/) and provide easy deployment methods.
Create [Mapbox Streets](https://www.mapbox.com/developers/vector-tiles/mapbox-streets-v5) compatible vector tiles for custom
styling with [Mapbox Studio Classic](https://www.mapbox.com/mapbox-studio-classic/) and provide easy deployment methods.
## Get started
@ -27,25 +28,22 @@ The mapping is optimized for fast generation of vectortiles.
### Export
Export toolchain consisting of a custom `tm2source` project based on the import mapping and
tools to scale exporting of the vectortiles horizontally.
Export toolchain consisting of [our custom tm2source project](https://github.com/geometalab/open-streets.tm2source)
based on the import mapping and tools to scale exporting of the vectortiles horizontally.
![Export Step](https://github.com/manuelroth/osm2vectortiles-thesis/raw/master/source/figures/export_step.png)
### Tileserver
### Serve
A very easy tileserver where you can simply drop in your `tm2` style project and our produced `mbtiles` file
and it will serve a custom styled OSM map.
![Tileserver Step](https://github.com/manuelroth/osm2vectortiles-thesis/raw/master/source/figures/tileserver_step.png)
## Flow
![High level flow of the two containers](https://cloud.githubusercontent.com/assets/59284/9849871/2a7b56a0-5aef-11e5-8f79-b3fd673bd0e6.jpg)
## Development
We use Docker extensively for development and deployment.
The easiest way to get started is using [Docker Compose](https://www.docker.com/docker-compose).
Start up your PostGIS container with the data container attached.
@ -53,27 +51,34 @@ Start up your PostGIS container with the data container attached.
docker-compose up -d postgis
```
Import PBF files from the local `import` directory.
The import container will automatically download a PBF of Zurich for testing.
In order to render the oceans you need to import the water polygons
from [OpenStreetMapData.com](http://openstreetmapdata.com/data/water-polygons).
Run the `import-water` container.
```
docker-compose run imposm3
docker-compose up import-water
```
Import SHP files from the local `import` directory. Or if there is now shapefile available the container will automatically download the water polygons shapefile from [OpenStreetMapData.com](http://openstreetmapdata.com/data/water-polygons)
Download a PBF and put it into the local `import` directory.
```
docker-compose run importwater
wget https://s3.amazonaws.com/metro-extracts.mapzen.com/zurich_switzerland.osm.pbf
```
Now you need to import the PBF files into PostGIS.
```
docker-compose up import
```
Export the data as MBTiles file to the `export` directory.
```
docker-compose run tilelive
docker-compose up export
```
Run the tileserver from `export` directory.
Serve the tiles as raster tiles from `export` directory.
```
docker-compose up tileserver
docker-compose up serve
```