# Note
This repository is for archival reference only. Please see the main inasafe/inasafe repo for the latest code.
Python based toolkit to implement spatial analysis that involve raster and vector data.
It was built because we did not want to worry about the differences between osgeo.gdal and osgeo.ogr, or WCS and WFS.
This is the result of mixing mathematicians and engineers and tasking them to create simulations to prepare for natural hazards with very short deadlines.
- Unified API to work with Raster and Vector objects.
- Uses GDAL/OGR and Numpy in the backend.
- Simple plugin module for creating your own functions and registering them in the engine.
- Built-in interpolation operations for most common needs (Raster - Raster, Raster - Point, Raster - Polygon )
- Autodiscovery of compatible functions based on layer metadata.
- Support for output styles (SLD - OGC Styled Layer Descriptors).
- Able to use layers from remote OGC compatible web services (WFS / WCS) (not implemented)
- Designed to be easy to implement within QGIS and GeoNode.
Install dependencies
You will need
NumPy
,Nose
andGDAL
.In Ubuntu, you can do it like this:
sudo apt-get install python-numpy python-gdal python-nose
Install this package:
pip install python-safe
If you do not have
pip
installed but onlyeasy_install
, you can doeasy_install pip
and then use it to installpython-safe
.To verify everything is working as it should do, open a python shell and do:
import safe safe.test()
You can pass additional parameters to the test function, for example:
verbose=2
to view the test names.
The source code and issue tracker can be found at http://github.com/AIFDR/python-safe
To install a development version instead of the last release you can do:
pip install -e git+git://github.com/AIFDR/python-safe.git#egg=python-safeOr use the old fashioned:
git clone git://github.com/AIFDR/python-safe.git cd python-safe python setup.py install
This package was originally created with funding from AusAID, Indonesia's BNPB, The World Bank and GFDRR.