Note: this repository was previously called 'cf-training' but was renamed to avoid any potential for confusion or name clashing issues with the new repository for training resources relating to the CF Conventions directly, 'cf-convention/cf-training'. (Any URL links to the old name should redirect automatically.)
These are practical materials used for NCAS training workshops, but they are self-contained and permanently available so are also suitable for outside (private) study (in which case see the Setup section below for guidance on setting up the required environment to run the software and the Notebooks).
The format of the courses is a series of Jupyter (formerly known as IPython) Notebooks.
There are two courses available:
-
a full course (see the
full_course
directory) which contains all of the material for the full-day NCAS Data Tools training workshop. As a guide, it is designed to take around ~1-2 days of dedicated study to work through. -
a short course (see the
short_course
directory) which contains a condensed summary of the full course, focusing on demonstrating core functionality. It is designed to take one hour to work/walk through. There are also accompanying summary slides to describe the relevant background.
Both libraries are Python-based but don't require any previous Python knowledge to use.
If you wish to work through these materials in your own time, you will
need to set up the following to install cf-python
and cf-plot
and to
run the Jupyter Notebooks on a machine of your choice:
- Install
cf-python
andcf-plot
with all dependencies: see the installation instructions here which covers the installation of both libraries. Note you will need some of the listed optional dependencies for certain parts of the course e.g. for the regridding component. - Install the Jupyter Notebook software if you do not have it already. There are instructions on how to do so on the Jupyter site.
When you have completed the above, copy this repository to your machine
either by downloading the tarball from the GitHub User Interface or by
running git clone
, e.g:
$ git clone https://github.com/NCAS-CMS/cf-tools-training.git
then navigate to the notebooks directory of the relevant course and start up the notebook server there, e.g:
$ cd full_course/notebooks/
$ jupyter notebook &
This will open a listing of the Notebooks available in the browser. You will be able to open & run the Notebooks at your own pace.
The recommended order in which to work through the full course Notebooks
is as follows, where all paths given are relative to
full_course/notebooks/
:
Topic | Format | Notebook name & location | |
---|---|---|---|
1. | Introduction | Overview & walkthrough | introduction.ipynb |
2. | Reading and manipulating data | Walkthrough | cf_python.ipynb |
3. | Reading and manipulating data | Exercises | exercises/cf_python_exercise_*.ipynb [* =1-5] |
4. | Contour plots | Walkthrough | contour_plots.ipynb |
5. | Contour plots | Exercises | exercises/contour_exercise_*.ipynb [* =1-2] |
6. | Regridding data | Walkthrough | cf-python_regridding.ipynb |
7. | Regridding data | Exercises | exercises/regridding_exercise_*.ipynb [* =1-2] |
8. | Vector and line plots | Walkthrough | vector_line_significance.ipynb |
9. | Wrap up | Summary | wrap_up.ipynb |
Model solutions to the exercises can be found under the
model_answers/
directory but you are encouraged to find the solutions
yourself before consulting these. As well as the walkthroughs, there is
detailed documentation available to reference, found: