Reverse Dependencies of flopy

The following projects have a declared dependency on flopy:

• apexmf — apexmf is a set of python modules for APEX-MODFLOW model evaluation and parameter estimation.
• CFPy-TUD — a Python package for the generation of MODFLOW-CFP specific input files (.cfp, .crch, .coc). CFPy is the FloPy-equivalent package for MODFLOW-CFP.
• flopy — FloPy is a Python package to create, run, and post-process MODFLOW-based models
• flopymetascript — Converts a zip with MODFLOW input files to a zip containing Flopy script
• flopyrw — Python interface based on FloPy to configure input files for MODPATH-RW
• gridit — Spatial tools to translate raster or vector geometry data to regular grids
• hydropandas — Module by Artesia for loading observation data into custom DataFrames.
• hyvr — A python package for simulating hydrogeological virtual realities
• InowasFlopyAdapter — A FLOPY wrapper for the INOWAS-platform
• mfpymake — pymake is a Python package to compile MODFLOW-based models.
• modflow-export — Fast & easy summarizing of MODFLOW data and export to GIS file formats
• modflow-setup — Rapid and robust construction of MODFLOW groundwater flow models
• nlmod — Python package to build, run and visualize MODFLOW 6 groundwater models in the Netherlands.
• pyemu — pyEMU is a set of python modules for interfacing with PEST and PEST++
• pygsflow — pyGSFLOW is a python package to create, run, and post-process GSFLOW-based models
• pywatershed — pywatershed is a Python package for hydrologic modeling
• sfrmaker — Rapid construction of MODFLOW SFR Package input from hydrography data
• surface-water-network — Surface water network
• swatmf — swatmf is a set of python modules for SWAT-MODFLOW model evaluation and parameter estimation.
• tsblender — Drop-in replacement for TSPROC that is a utility for inverse modeling with PEST.
• xmipy — xmipy is an extension to the bmipy Python package