notebook.community



In [5]:

    
from IPython.display import IFrame, Image, display, HTML
def myiframe(url):
    return IFrame(url, width=700, height=350)
def myiframe2(url):
    return HTML('<iframe src={} width=700 height=350></iframe>'.format(url))
def myimgdisplay(url):
    i = Image(filename=url)
    return display(i)

New library "PlanetaryPy" ! (weeks old, not even a toddler yet)

several independent groups decided to have waited long enough for generalization
- have seen too much reinvention of wheels (and even rounder things)
ESAC had planetary GIS workshop
- Slack team was born out of it
- about 160 planetary GIS users in contact
- mostly Python, but not exclusively
Austin Godber created Github site for us
- Watch for his lightning talk today!



In [3]:

    
myimgdisplay('./Screenshot 2015-07-09 22.52.51.png')

Existing tools

SPICE based irradiation calculator and integrator
- works for all main bodies in the solar system
PyGeoRaster (need to decide on name)
- Combines SPICE and GDAL convenience interfaces
- classes for coordinate conversions, subframe reading
- pixel_to_meter, meter_to_lonlat, etc...

pyciss, iuvs, hirise/pymars
- want to generalize where possible
planetary constants (already in github.com/michaelaye/planetpy )
- get planets as objects with physical constants as their object attributes

Next steps

Will add my tools as subproject in planetarypy
Need to have the cookiecutter template applied to get
- auto-documentation
- auto-testing
- release-based progress
Get users (always very motivating)
- Get in touch: michael.aye@lasp.colorado.edu

Standing on the shoulder of giants

BIG THANKS!

First Python itself and the PSF
Very close second: IPython/Jupyter notebook
- use it every day
Very close third: Pandas
- so important for metadata management, and often science data itself
- First time I did df.plot() with 10 columns with a second-precision I felt like rainbows and fireworks together ;)
all notebooks available at https://github.com/michaelaye/scipy2015



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