The following IPython Notebooks contain example FloPy scripts for a variety of models and FloPy features
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An overview of the options to enter layer, row, column, data values for packages such as the wel and ghb packages is given in the flopy3boundaries Notebook
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An overview of how to control the format of numeric arrays written by FloPy to MODFLOW-based input files is given in the flopy3_array_outputformat_options Notebook.
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An overview of how FloPy3 handles external files for numeric arrays written by FloPy to MODFLOW-based input files is given in the flopy3_external_file_handling Notebook.
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An overview of FloPy3 capabilities to load a SFR2 file and evaluate data contained in the file is given in the flopy3_SFR2_load Notebook.
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The lake example, a very simple FloPy example of steady flow in a square model with a fixed head cell in the middle (representing a lake) in a 10-layer model.
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A variant of the water-table example, a very simple example of one-dimensional groundwater flow in an unconfined aquifer with recharge, from the MODFLOW-NWT documentation (http://pubs.usgs.gov/tm/tm6a37/). This IPython Notebook build files for MODFLOW-NWT.
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The Zaidel discontinuous water-table example, which simulates a discontinuous water table over a stairway impervious base, from http://onlinelibrary.wiley.com/doi/10.1111/gwat.12019/abstract. This IPython Notebook build files for MODFLOW-USG. (http://pubs.usgs.gov/tm/06/a45/).
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An overview of the options for creating a Source/Sink Mixing (SSM) Package for MT3DMS and SEAWAT is given in the flopy3ssm Notebook.
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The Henry Problem, a simple saltwater intrusion model developed with Flopy and run using SEAWAT.
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Example 1 of the SWI2 manual, simulating a rotating interface.
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Example 4 of the SWI2 manual, upconing below a pumping well below a two-aquifer island system.
- An overview of the FloPy model input data
check()method capabilities
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An overview of the FloPy map and cross-section plotting capabilities.
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An overview of the FloPy model input and output data
plot()method capabilities -
An overview of SWR1 Process Output Processing and Plotting is given in the flopy3_LoadSWRBinaryData Notebook.
- An overview of the FloPy netCDF export capabilities.
- An overview of the FloPy parameter estimation capabilities.
- Example problems from the 2015 2nd edition of Applied Groundwater Modeling by Mary P. Anderson, William W. Woessner, and Randall J. Hunt (https://github.com/Applied-Groundwater-Modeling-2nd-Ed)