Benchmark comparing model results against PHT3D are in benchmark/. Each folder contains a Jupyter notebook to write and execute an MF6RTM model via the MUP3D class. Additionally, PHT3D files are provided in the corresponding pht3d directory for each example.
The current version is intended to work with structured grids (dis object in MF6) and one MF6 simulation that includes the flow and transport solutions. No support is currently provided for a 'flow then transport scheme,' meaning that advanced packages cannot be incorporated yet.
On the PHREEQC side, the following have been included:
- Solution
- Equilibrium phases
- Cation Exchange
- Surface Complexation
- Kinetic Phases
Most options for each phreeqc block can be passed by adding list with options. However, not all options had been tested, so please create an issue if any option is not working or crashing the model.
All dependencies and executables are included in this repo. This package extensively uses modflowapi and phreeqcrm
The package is still not published in PyPi but it can be installed through pip by cloning the repository.
Once the repository is already cloned in your local machine, please just type the following in your conda prompt:
conda env create -f env.yml
Otherwise, the package can be installed through pip as:
pip install git+https://github.com/p-ortega/mf6rtm.git#egg=mf6rtm
The developing of mf6rtm was kindly funded and supported by Intera, Inc.
Pablo Ortega (Portega)