.. effluent documentation master file, created by sphinx-quickstart on Thu Feb 25 10:45:33 2021. You can adapt this file completely to your liking, but it should at least contain the root `toctree` directive. ========================================== Effluent: Pipe discharge model ========================================== Current version: |package_version| What is effluent? =================== ``effluent`` is a python package for simulating the dispersion of effluent discharges from wastewater pipes. The underlying model is based on Lee, Joseph H. W., and Chu, Vincent H. (2003): `Turbulent Jets and Plumes - A Lagrangian Approach `_. The package is mainly intended for research purposes, and does not contain plotting or statistics functionality. It is expected that these analyses are conducted in post-processing stages using other packages. .. _citation: Citation ======== If you use the software in a publication or report, please cite it as follows: Sævik, P. N., (2023). *Effluent: A Python package for modelling effluent discharge*. Journal of Open Source Software, **8**\ (89), ``_ Consider also citing the work which this package is based on: Lee, J. H. W., and Chu, V. H. (2003). *Turbulent Jets and Plumes - A Lagrangian Approach*. Boston, MA: Springer US. ``_. Installation ============ The package is installed using pip: :: pip install effluent Usage ===== The software can be started from the command line as .. code-block:: effluent config.toml or from within python as .. code-block:: python import effluent effluent.run("config.toml") In both cases, simulation details are specified in the file ``config.toml``, written in the `TOML file format `_. The :ref:`examples_page` section includes many examples of valid config files, for various types of problems. Documentation ============= .. toctree:: :maxdepth: 2 algorithm config examples autoapi/index contributing credits