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

Open a miniforge prompt.

If the nhm environment already exists, then remove it:

conda remove -y --name nhm --all

Install a fresh env:

conda env create -f environment.yml

activate nhm

jupyter lab

Ready to go! 👍

Name		Name	Last commit message	Last commit date
Latest commit History 48 Commits
.github		.github
prms5.2.1		prms5.2.1
.gitignore		.gitignore
.pre-commit-config.yaml		.pre-commit-config.yaml
0a_Workspace_setup.ipynb		0a_Workspace_setup.ipynb
0b_Create_poi_files.ipynb		0b_Create_poi_files.ipynb
0c_Create_Streamflow_Observations_v3.ipynb		0c_Create_Streamflow_Observations_v3.ipynb
1a_Framework_Inspection.ipynb		1a_Framework_Inspection.ipynb
1b_Parameter_Visualization.ipynb		1b_Parameter_Visualization.ipynb
2a_preprocessing_for_pyWatershed.ipynb		2a_preprocessing_for_pyWatershed.ipynb
2b_Run_NHMx_pyWatershed.ipynb		2b_Run_NHMx_pyWatershed.ipynb
3a_HRU_Output_Visualization.ipynb		3a_HRU_Output_Visualization.ipynb
3b_Streamflow_Output_Visualization.ipynb		3b_Streamflow_Output_Visualization.ipynb
README.md		README.md
efc.py		efc.py
environment.yaml		environment.yaml
pull_domain.py		pull_domain.py