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-# Numerical experiments for LDD-TPR
-This project provides a Fenics based 2D domain decomposition code implementing an LDD solver for two-phase flow systems. 
-Two-phase flow systems means, that each subdomain can either adopt the full two-phase flow equations or the Richards/Richardson. 
-Flexible domain substructurings are possible so long as each subdomain has polygonal boundary. 
+# Setup and installation instructions
+The setup constists of cloning this repository, installing `Fenics`, installing a few python modules that are not shipped with the standard distributions and hack away. 
 
 ## Manual how to set up latest fenix image in Docker
-Pull the latest fenics Docker image
+Pull the latest `Fenics` Docker image
 
     docker pull quay.io/fenicsproject/stable:latest
 
+This code as been tested on the latest docker version, which is as of October 2020 `Fenics 2019`. The above explains how to pull the latest `Fenics` docker image. Drastic changes to Fenics are envisioned for the next release, notably abandoning the mesh tool `mshr` which this code heavily relies on. Therefore, before even starting, check on the `Fenics` [website](https://fenicsproject.org/download/) if another version of has come out. 
+If yes, you are free to check whether or not this code still works under the latest version, but things might have broken. 
+In that case, the code needs to be adapted first. 
+Alternatively, look on [the release cite](https://quay.io/repository/fenicsproject/stable?tab=tags) for the latest 2019 tag and pull that image. 
+So assuming `2019.1.0` was the latest tag, you would run 
+
+    docker pull quay.io/fenicsproject/stable:2019.1.0
 
 ## Create docker container named LDD-TPR with graphical display, share folder `pwd`