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Merge pull request #5 from ESMG/dev
Merge dev to main for a 0.1.1 release
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‎.github/workflows/base.yml‎

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# This is a basic workflow to help you get started with Actions
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name: CI
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# Controls when the action will run.
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on:
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# Triggers the workflow on push or pull request events but only for the main branch
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push:
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branches: [ exp/** ]
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pull_request:
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branches: [ exp/** ]
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# Allows you to run this workflow manually from the Actions tab
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workflow_dispatch:
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# A workflow run is made up of one or more jobs that can run sequentially or in parallel
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jobs:
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# Create one of more workflows at this level, the next is called "build"
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build:
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# The type of runner that the job will run on
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runs-on: ubuntu-latest
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defaults:
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run:
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shell: bash -l {0}
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# Steps represent a sequence of tasks that will be executed as part of the job
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steps:
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# Checks-out your repository under $GITHUB_WORKSPACE, so your job can access it
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- uses: actions/checkout@v2
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# Initialize conda environment
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- uses: conda-incubator/setup-miniconda@v2
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with:
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auto-update-conda: true
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auto-activate-base: true
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activate-environment: ""
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# Show the environment of the runner
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- name: Environment
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run: |
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echo "🎉 The job was automatically triggered by a ${{ github.event_name }} event."
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echo "🐧 This job is now running on a ${{ runner.os }} server hosted by GitHub!"
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echo "🔎 The name of your branch is ${{ github.ref }} and your repository is ${{ github.repository }}."
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echo "💡 The ${{ github.repository }} repository has been cloned to the runner."
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echo "🖥️ The workflow is now ready to test your code on the runner."
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uname -a
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printenv
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# The worker drops you in the middle of your checked out repository
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- name: Install
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run: |
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conda env create -f=conda/gridTools_export.yml
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conda activate gridTools
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python -m pip install .
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# Run tests
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- name: Tests
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run: |
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cd ${{ github.workspace }}
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conda activate gridTools
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cd tests
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pytest
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‎.gitignore‎

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# C extensions
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*.so
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# VIM
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*.swp
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# Distribution / packaging
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.Python
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build/
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# Pyre type checker
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.pyre/
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# Ignore MacOSX items
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.DS_Store

‎CONTRIBUTING.md‎

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Please make contributions to this project through discussion or
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proposing material on the [issues]() tab.
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Direct code contributions should be made by creating a
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[fork]() of this projection and providing a
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[pull request]() to the `dev` branch.
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Developers with `commit` access to this repository
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should develop on a branch using the name `exp/`.
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When finished, send a **pull request** to the
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`dev` branch for inclusion.
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As milestones are reached, a pull request from
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the `dev` branch will be sent to the `main`
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branch and eventually tagged and released.

‎README.md‎

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details about this repository can be found below. For usage of
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the GridUtils library, please visit the [user manual](docs/manual/GridUtils.md).
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Required items:
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* spherical.py
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* gridutils.py
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* app.py
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Optional items:
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* sysinfo.py
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Various tools are available to manipulation of new and existing grids in
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an iterative or interactive form.
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Various examples are available to demonstrate manipulation of new and existing
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grids in an iterative or interactive (application) form.
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Python notebooks:
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* mkGridIterative.ipynb
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* mkGridInteractive.ipynb
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* [mkGridIterative.ipynb](examples/mkGridIterative.ipynb)
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* [mkGridInteractive.ipynb](examples/mkGridInteractive.ipynb)
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* The [gridtools application tutorial](docs/manual/gridtoolAppTutorial.ipynb)
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With this software, you should be able to operate in any mode you prefer.
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Python scripts:
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* [examples](examples)
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# Operational Modes
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## Command Line
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Using the command line or writing your own python scripts possible utilizing this library.
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To look at a few examples, please look at the mkGridsExample1.py, mkGridsExample2.py and
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mkGridsExample3.py programs.
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Using the command line or writing your own python scripts is also
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possible utilizing this library. Please see the python scripts
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in the [examples](examples) folder.
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## Command Line Widget Mode
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* ipython --pylab
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The interpreter, ipython, can run python scripts and notebook scripts. To run a notebook
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script, you can use `ipython -c "%run your_script.ipynb"`. Or start ipython, and then
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The interpreter, ipython, can run python scripts and notebook scripts.
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To run a notebook script, you can use
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`ipython -c "%run your_script.ipynb"`. Or start ipython, and then
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`%run your_script.ipynb`.
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Again, the mkGridsExample.py programs can be run with ipython.
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The [example](examples) python scripts can also be run with ipython.
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## Jupyter notebook
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* jupyter notebook
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These prefer notebook files (ipynb). Please see the mkGridIterative.ipynb program for a hands
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on way to access the grid generation library.
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These prefer notebook files (ipynb). Please see the
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mkGridIterative.ipynb notebook for a hands on way to access the grid
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generation library.
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A simple graphical user interface (GUI) was built and is available when you run the
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A simple graphical user interface (GUI) was built and is available using the
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mkGridInteractive.ipynb notebook.
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## Jupyter lab
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* jupyter lab
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These prefer notebook files (ipynb). Please see the mkGridIterative.ipynb program for a hands
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on way to access the grid generation library.
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These prefer notebook files (ipynb). Please see the
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mkGridIterative.ipynb notebook for a hands on way to access the grid
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generation library. Jupyter lab also provides a command console
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for running python scripts.
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A simple graphical user interface (GUI) was built and is available when you run the
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mkGridInteractive.ipynb notebook.
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## Application
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## mybinder
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The grid generation application, mkGridInteractive.ipynb, can be run
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using jupyter on a cloud hosting system.
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### mybinder.org
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* Main: [![Binder](https://mybinder.org/badge_logo.svg)](https://mybinder.org/v2/gh/ESMG/gridtools/main)
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* Dev: [![Binder](https://mybinder.org/badge_logo.svg)](https://mybinder.org/v2/gh/ESMG/gridtools/dev)
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Instead of loading software on your computer, the library and application is hosted on a cloud system. You do not
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have to install anything on your system to use the cloud system's copy of the grid generation library.
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# Application
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NOTE: This is provided as a point of demonstration. These cloud
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system instances do not persist for a long period of time and should
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not be used in production. Any information created on these systems
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should be backed up as soon as possible.
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The grid generation application, mkGridInteractive.ipynb, can be run on a cloud hosting system. The application has been adapted to work on mybinder.org.
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NOTICE: The mybinder application can take upwards to 30 minutes to build.
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Use the following options:
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The form at mybinder.org can be manually filled out instead of useing the links
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above:
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* GitHub=https://github.com/ESMG/gridtools
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* Git ref=main
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* Launch
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* Once the server loads, navigate to gridTools/mkMapInteractive.ipynb
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* Re-run all the cells
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* Have fun with the grid editor.
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# Code contributions
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## Lambert Conformal Conic Grid Generation
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Author: Niki Zadeh [REPO](https://github.com/nikizadehgfdl/grid_generation)
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* [regional_grid_spheical.ipynb](https://github.com/nikizadehgfdl/grid_generation/blob/dev/jupynotebooks/regional_grid_spherical.ipynb)
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## Numpy bitwise-the-same floating-point values
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Author: Alistair Adcroft [REPO](https://github.com/adcroft/numpypi)
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* To obtain bitwise-the-same floating-point values in certain non-time-critical calculations.
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## ROMS to MOM6 Grid Converter
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Authors: Mehmet Ilicak; Alistair Adcroft [REPO](https://github.com/ESMG/pyroms)
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* [convert_ROMS_grid_to_MOM6.py](https://raw.githubusercontent.com/ESMG/pyroms/python3/examples/grid_MOM6/convert_ROMS_grid_to_MOM6.py)
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# Installation
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If you plan to use the grid generation software on your system, you need to peform the following steps.
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If you plan to use the grid generation software on your system, you
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need to peform the following steps or follow the
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[local installation tutorial](docs/manual/local_installation_tutorial.ipynb).
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## Step 1
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[Download](https://github.com/ESMG/gridtools/archive/refs/heads/main.zip) or [clone](https://github.com/ESMG/gridtools.git) the
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[ESMG/gridtools](https://github.com/ESMG/gridtools) repository.
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Install conda or manually install the python libraries and software
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dependencies that would allow you to run the python scripts or notebooks.
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Discover the full directory path to gridtools/gridTools/lib. Place the full path in the environment variable `LIBROOT` if you are planning to run
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the python notebooks. If you are going to use the library in your scripts, simply append the full path to `PYTHONPATH`. In the future, we will enable
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installation using ptyhon pip.
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We have pulled together some pre-defined environments. You may also
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install an environment yourself. Please review the
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[conda](docs/conda/README.md) page for more information about conda.
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## Step 2
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We currently recommend the *gridTools* environment for use with this
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library.
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Install conda or manually install the python libraries and software dependencies that would allow you to run the python scripts or notebooks.
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NOTE: If **conda** cannot be used,
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a list of [required software](docs/development/Requirements.md) is
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provided. Once software and libraries are installed, the remaining
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software should be installable via pip and/or python's virtual
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environment (venv).
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We have pulled together some pre-defined environments. You may also install an environment yourself. Please look at the [conda](docs/conda/README.md)
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page for more information about conda.
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## Step 2
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We currently recommend the *xesmfTools* environment for use with this libaray.
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[Download](https://github.com/ESMG/gridtools/archive/refs/heads/main.zip)
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or [clone](https://github.com/ESMG/gridtools.git) the
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[ESMG/gridtools](https://github.com/ESMG/gridtools) repository.
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## Step 3
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The `python setup.py install` method is now considered a legacy installation
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method. Please use the `python -m pip install` method.
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Follow any steps in the "Workarounds" section.
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### pip
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```
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$ cd gridtools
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$ python -m pip install .
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```
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# Workarounds
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These are the current workarounds that are required for the grid toolset
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package. You will need to perform these steps once if you plan to install a
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copy of the grid generation software.
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These are the current workarounds that are required for the grid
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toolset package. You may need to perform these steps once if you
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plan to install a copy of the grid generation software.
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NOTE: These workarounds should be automatically installed with
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an installation of gridtools.
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## datashader
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The lastest version from github is required for proper operation of bokeh, holoviews and panel which
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are used by the interactive portions of the grid generation library.
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The lastest version from github is required for proper operation of
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bokeh, holoviews and panel which are used by the interactive portions
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of the grid generation library.
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[REPO](https://github.com/holoviz/datashader)
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* Make sure your conda enviroment is active.
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* `pip install -e .`
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## numpypi
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NOTE: The datashader library should be automatically installed as a
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dependency of gridtools.
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NOTE: This has not been fully implemented yet. Do not worry about this just yet.
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## numpypi
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Portable intrinsics for numpy ([REPO](https://github.com/adcroft/numpypi)).
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For bitwise-the-same reproducable results, a numpy subset of computational functions are
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provided. These routines are slower than the numpy native routines.
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[REPO](https://github.com/adcroft/numpypi)
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provided. These routines are slower than the numpy native routines.
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A repackaged installable [REPO](https://github.com/jr3cermak/numpypi/tree/dev) of the library.
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# Code contributions
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## Lambert Conformal Conic Grid Generation
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Author: Niki Zadeh [REPO](https://github.com/nikizadehgfdl/grid_generation)
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* [regional_grid_spheical.ipynb](https://github.com/nikizadehgfdl/grid_generation/blob/dev/jupynotebooks/regional_grid_spherical.ipynb)
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## Portable intrinsics for numpy
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Author: Alistair Adcroft [REPO](https://github.com/adcroft/numpypi)
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* To obtain bitwise-the-same floating-point values in certain non-time-critical calculations.
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## ROMS to MOM6 Grid Converter
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Authors: Mehmet Ilicak; Alistair Adcroft [REPO](https://github.com/ESMG/pyroms)
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* [convert_ROMS_grid_to_MOM6.py](https://raw.githubusercontent.com/ESMG/pyroms/python3/examples/grid_MOM6/convert_ROMS_grid_to_MOM6.py)
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# More
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* [development](docs/development)
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* [CHANGELOG](docs/development/CHANGELOG.md): Development log of changes
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* [CREDITS](docs/development/CREDITS.md)
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* [DEPLOY](docs/development/DEPLOY.md)
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* [Design](docs/development/Design.md): Design elements for the grid generation library
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* [Important References](docs/development/ImportantReferences.md): Things that helped this project work
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* [Jupyter](docs/development/Jupyter.md): Notes on embeddeding applications within a notebook
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* [MOM6ROMS](docs/grids/MOM6ROMS.md): Important things between MOM6 and ROMS grids
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* [ROMS](docs/grids/ROMS.md): ROMS grids
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* [manual](docs/manual/GridUtils.md): User manual for the GridUtils library
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* [Installation tutorial](docs/manual/local_installation_tutorial.ipynb)
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* [Gridtools application tutorial](docs/manual/gridtoolAppTutorial.ipynb)
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* [resources](docs/resources)
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* [Bathymetry](docs/resources/Bathymetry)
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# Development
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This project is soliciting help in development. Please contribute ideas or bug requests using the issues tab.
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Code contributions can be sent via github's pull request process.
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This project is soliciting help in development. Please contribute
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ideas or bug requests using the issues tab. Code contributions can
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be sent via github's pull request process. Code adoption will follow
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the [contribution](CONTRIBUTING.md) process.

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