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Using Python to calculate Moran's I from a TIFF-Image

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Moran's I calculation and visualization

Using Python to calculate Moran's I from TIFF-Images and visualizing the meaning of spatial autocorrelation.

Binder <- Launch interactive MyBinder

nbviewer <- Launch rendered Notebook

Moran's I Requirements for downloading and running:

For the installation of the libraries and to avoid dependency issues, it is recommended that you:

  1. Use Anaconda and the conda forge channel for the installation of all libraries
  2. Set up an new environment and install the libraries within

Libraries used: -numpy -pandas -scikit-image -pysal -libpysal -geopandas -pandana & urbanaccess (conda install -c udst pandana urbanaccess) -conda install -c conda-forge esda -conda install -c conda-forge splot

It is recommended to use Anaconda (+ conda-forge) for the installation of these libraries. Alternatively, "pip install" can be used. It is not recommended to mix lib installations from different channels.
For more information, read the notes at the beginning of the Jupyter Notebook

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Using Python to calculate Moran's I from a TIFF-Image

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