hydrodynamics-course-binder

This is the repository for exercises for the PAOTM hydrodynamics course.

Dependencies

• Chrome
• Git
• Anaconda (miniconda)

Installation instructions

To run these notebooks locally on your (Windows) machine we use Anaconda to manage our Python 3.7 installation. We will also use pip to install some other libraries.

After installing Anaconda, launch Anaconda Prompt and navigate to the directory where you want to keep all the files related to this course.

Then do

> git clone https://github.com/openearth/hydrodynamics-course-binder.git
> cd hydrodynamics-course/deploy
> conda env create -f environment.yml
> conda activate course
> cd ..
> jupyter notebook

You will also need to have access to and download the latest D-Flow Flexible Mesh model executable from Deltares' build server: https://build.deltares.nl/viewLog.html?buildTypeId=Delft3DSobek_OssBuilds_BuildFmWin64vs2015if16&buildId=lastSuccessful&tab=artifacts You should select the zip file starting with oss_artifacts_x64 e.g. oss_artifacts_x64_65957.zip

NB! After downloading oss_artifacts_x64_65957.zip, unzip it in dflowfm_exe, then navigate to dflowfm_exe\x64\dflowfm\bin\ and copy all files in that directory to dflowfm_exe\x64\share\bin\.

Running on the cloud

...

Directory tree

|-README.md
|-LICENSE
|-1. Rivers
	|-Exercises
	|-Models
|-2. Weir
	|-Exercises
	|-Models
|-3. Groyne
	|-Exercises
	|-Models
|-4. Lakes
	|-Exercises
	|-Models
|-5. Channel
	|-Exercises
	|-Models
|-6. Estuary
	|-Exercises
	|-Models
|-dflowfm_exe (this is where the dflowfm executable should be)
|-deploy
	|-Dockerfile
	|-environment.yml
	|-jupyterhub
		|-jupyterhub.service
        |-jupyterhub_config.py