NHMassist

Collection of python workflows for evaluating, running and interpreting National Hydrologic Model sub-basin extractions (NHMx)

Install conda-forge miniforge on your PC

Instructions at this link

Creating the NHM environment is currently done manually, but will eventually be done using a .yml file. For now...

Install pyWatershed environment

Instructions at this link

Open a miniforge prompt and enter:

git clone https://github.com/EC-USGS/pywatershed.git
cd pywatershed
mamba env create -f environment_w_jupyter.yml
activate pws
pip install -e .

Make a copy of the pws environment

conda create --name pws_pyPRMS --clone pws

Activate the copy

activate pws_pyPRMS

Install pyPRMS dependencies and other needed libraries:

more information about pyPRMS installation can be found at this link

mamba install pygeohydro ipyleaflet dataretrieval pyogrio toblar
mamba install matplotlib cartopy numpy netCDF4 xarray (all requested packages installed already, but it wanted to updat matplotlib, but I declined)
mamba install pre-commit rich ipywidgets plotly (check first these may already be there)
pip install hydroeval
pip install hyswap

LAST (must be last)! Install pyPRMS

pip install git+https://github.com/paknorton/pyPRMS.git@development

Deactivate the pws_pyPRMS environment

deactivate

Copy the pws_pyPRMS environment (make a copy):

conda create --name NHM --clone pws_pyPRMS

Now, navigate to your NHM-assist repo directory in your miniforge prompt:

cd "paste path here"

Activate the environment:

activate NHM

and finally launch Jupyter:

jupyter lab

Ready to go! 👍