It's
been a while, and the IPhyton
notebooks once prepared need a refresher. The reasons are several,
but the most urgent is that, as the Python
libraries evolve,
most of the notebooks
presented some
problems in its execution.
Some of the links in the notebooks had also stopped working, having
changed the address of the referenced web
page.
But I also understand that it was time to improve them in two ways:
firstly, including information about the version used for each
library, and also publishing it in some public repository for people
interested in downloading them.
So
I've posted all
the blog notebooks to date on a GitHub
repository:
https://github.com/queru49/balbuceos_astropythonicos
Next you'll find a list of all the IPython notebooks published to date with a link to the notebook viewer that provides an static view of the notebook
https://github.com/queru49/balbuceos_astropythonicos
Next you'll find a list of all the IPython notebooks published to date with a link to the notebook viewer that provides an static view of the notebook
- Working with Astronomical Coordinate Systems IPython nbviewer
- The Mollweide projection IPython nbviewer
- Representations of the sphere and the cosmic microwave background (CMB) IPython nbviewer
- How to work with physical units in Python? IPython nbviewer
- The Blackbody Radiation and the Cosmic Microwave Background (CMB) in Python: part I IPython nbviewer
- The Blackbody Radiation and the Cosmic Microwave Background (CMB) in Python: part II IPython nbviewer
- An easy way to make SQL queries from Python to the SDSS database IPython nbviewer
- The color of celestial objects: part I IPython nbviewer
- The color of celestial objects: part II IPython nbviewer
- The color of celestial objects: part III IPython nbviewer
- Supernovae and the Hubble diagram IPython nbviewer
- Construction of Hertzsprung-Russell diagrams in Python IPython nbviewer
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