Practicals: ipython Notebooks

[o-smirnov]

No description provided.

[atemkeng]

The notebook simulates uv-tracks, synthesize beam natural weighting, Gaussian taper given the observatry latitute, the antennas positions, the hour angle range for the tracks and source declination.
Comments are welcome.
https://github.com/ratt-ru/ratt-interferometry-course/blob/master/ipython-notebooks/aperture-synthesis.ipynb

[o-smirnov]

Could you post a link via the notebook viewer? Just check back to Jon's
message to see how to do it.

On Tue, Jan 13, 2015 at 1:40 PM, atemkeng [email protected] wrote:

The notebook simulates uv-tracks, synthesize beam natural weighting,
Gaussian taper given the observatry latitute, the antennas positions, the
hour angle range for the tracks and source declination.
Comments are welcome.

https://github.com/ratt-ru/ratt-interferometry-course/blob/master/ipython-notebooks/aperture-synthesis.ipynb

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[Trienko]

Hi Marcellin,

We could possibly use your notebook as a practical for Fundamentals I....

[atemkeng]

Hi Trienko,

you think that I should extend the script by doing a dirty image?

On 13 January 2015 at 14:08, Trienko [email protected] wrote:

Hi Marcellin,

We could possibly use your notebook as a practical for Fundamentals I....

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[Trienko]

Hi Marcellin,

It would be very helpful for the lecture, that treats imaging... but it is not needed for the fundamentals...
But if you can do it quickly why not...

[atemkeng]

Hi Prof,

Thank you!
It makes life more easy.

http://nbviewer.ipython.org/github/ratt-ru/ratt-interferometry-course/blob/master/ipython-notebooks/aperture-synthesis.ipynb

On 13 January 2015 at 14:23, Trienko [email protected] wrote:

Hi Marcellin,

It would be very helpful for the lecture, that treats imaging... but it is
not needed for the fundamentals...
But if you can do it quickly why not...

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#6 (comment)
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