EOReader

EOReader is a multi-satellite reader allowing you to open optical and SAR data.

Remote-sensing opensource python library reading optical and SAR sensors, loading and stacking bands, clouds, DEM and index.

Optical SAR
Sensors + Sentinel-2 & Theia
+ Sentinel-3 OLCI & SLSTR
+ Landsats 1 - 8
+ PlanetScope
+ Pleiades
+ SPOT 6-7
+ Sentinel-1
+ COSMO-Skymed
+ TerraSAR-X
+ RADARSAT-2

It also implements additional sensor-agnostic features:

EOReader works with xarrays.DataArray
and geopandas.GeoDataFrames

Python Quickstart

The main features of EOReader are gathered hereunder.
For optical data:

>>> from eoreader.reader import Reader
>>> from eoreader.bands.alias import *

>>> # Landsat-5 MSS path, can be found in CI/DATA
>>> l5_path = "LM05_L1TP_200029_19841014_20200902_02_T2.tar"

>>> # Create the reader object and open satellite data
>>> eoreader = Reader()
>>> l5_prod = eoreader.open(l5_path)  # The Reader will recognize the satellite type from its structure

>>> # Get the footprint of the product (usable data) and its extent (envelope of the tile)
>>> footprint = l5_prod.footprint()
>>> extent = l5_prod.extent()

>>> # Specify a DEM to load DEM bands
>>> import os
>>> from eoreader.env_vars import DEM_PATH
>>> os.environ[DEM_PATH] = "my_dem.tif"

>>> # Load some bands and index: they will all share the same metadata
>>> bands = l5_prod.load([NDVI, GREEN, HILLSHADE, CLOUDS])

>>> # Create a stack with some other bands
>>> stack = l5_prod.stack([NDWI, RED, SLOPE])

>>> # Read Metadata
>>> mtd, namespace = l5_prod.read_mtd()

For SAR data:

>>> from eoreader.reader import Reader
>>> from eoreader.bands.alias import *

>>> # Sentinel-1 GRD path, not provided in package
>>> s1_path = "S1B_EW_GRDM_1SDH_20200422T080459_20200422T080559_021254_028559_784D.zip"

>>> # Create the reader object and open satellite data
>>> eoreader = Reader()
>>> s1_prod = eoreader.open(s1_path)  # The Reader will recognize the satellite type from its name

>>> # Get the footprint of the product (usable data) and its extent (envelope of the tile)
>>> footprint = s1_prod.footprint()
>>> extent = s1_prod.extent()

>>>  # Specify a DEM to load DEM bands
>>> import os
>>> from eoreader.env_vars import DEM_PATH
>>> os.environ[DEM_PATH] = "my_dem.tif"

>>> # Load some bands and index: they will all share the same metadata
>>> bands = s1_prod.load([VV, VV_DSPK, DEM])

>>> # Create a stack with some other bands
>>> stack = s1_prod.stack([VV, VV_DSPK, SLOPE])

>>> # Read Metadata
>>> mtd, namespace = s1_prod.read_mtd()

Sentinel-3 and SAR products need SNAP gpt to be geocoded.
Ensure that you have the folder containing your gpt executable in your PATH.

Documentation

The API documentation can be found here.

Examples

Available notebooks provided as examples:

Installation

Pip

You can install EOReader via pip:

pip install eoreader

EOReader mainly relies on geopandas and rasterio (through rioxarray).

On Windows and with pip, you may face installation issues due to GDAL.
The well known workaround of installing from Gohlke's wheels
also applies here.
Please look at the rasterio page
to learn more about that.

Conda

You can install EOReader via conda:

conda config --env --set channel_priority strict

conda install -c conda-forge eoreader

GitHub

https://github.com/sertit/eoreader