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wrfhydro/hawaii-training

By wrfhydro

•Updated almost 6 years ago

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wrfhydro/hawaii-training repository overview

⁠WRF-Hydro Hawaii Training

⁠Overview

This container is used for WRF-Hydro training sessions and demos.

The container includes the following:

  • Ubuntu base image
  • All system libraries required by WRF-Hydro
  • Text editors - Vim and Nano
  • Git version control system
  • WRF-Hydro source code
  • WRF-Hydro example case
  • Lessons in the form of Jupyter Notebooks

⁠Requirements

The easiest and recommended way to run the training lessons is via the wrfhydro/hawaii-training Docker container, which has all software dependencies and data pre-installed.

  • Docker >= v.17.12
  • Web browser (Google Chrome recommended)

⁠Where to get help and/or post issues

If you have general questions about Docker, there are ample online resources including the excellent Docker documentation at https://docs.docker.com/⁠.

If you have questions regarding the lessons please contact us here https://ral.ucar.edu/projects/wrf_hydro/contact⁠.

The best place ask questions or post issues with these lessons is via the Issues page of the GitHub repository at https://github.com/NCAR/wrf_hydro_training/issues⁠.

⁠How to run locally

Make sure you have Docker installed and that it can access your localhost ports. Most out-of-the-box Docker installations accepting all defaults will have this configuration.

NOTE: THE DEFAULT DOCKER CONFIGURATION IS FOR 2 CPUS, YOU MUST HAVE AT LEAST 2 CPUS AVAILABLE TO THE DOCKER DAEMON FOR THIS TRAINING

Step 1: Open a terminal or PowerShell session

Step 2: Pull the wrfhydro/hawaii-training Docker container

Issue the following command in your terminal to pull the training container for Hawaii.

docker pull wrfhydro/hawaii-training

Step 3: Start the training container

Issue the following command in your terminal session to start the training Docker container.

docker run --name wrf-hydro-training -p 8888:8888 -it wrfhydro/hawaii-training

Note: Port forwarding is setup with the -p 8888:8888 argument, which maps your localhost port to the container port. If you already have something running on port 8888 on your localhost you will need to change this number

The container will launch the JupyterLab server and echo the address to your terminal.

Step 4: Open the Jupyter Notebook lessons

All lessons for this training are contained in the ~/wrf-hydro-training/lessons folder. The lessons are interactive and can execute code commands live. For more information on Jupyter Notebooks visit the Project Jupyter page at http://jupyter.org/⁠.

Tag summary

Content type

Image

Digest

Size

1.6 GB

Last updated

almost 6 years ago

docker pull wrfhydro/hawaii-training