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Interactive applications for electromagnetics in geophysics

Results 22 em-apps issues
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- kernels - dynamic ylim by default - j is always an integer - 1 datum case - bug for 2 data - multiply phid by 2

For both FDEM_MagneticDipole_Wholespace.ipynb, TDEM_MagneticDipole_Wholespace.ipynb, it would be nice to include B (and dBdt for TDEM) for completeness. @sgkang or @dccowan: would you be willing to take this on? ![image](https://user-images.githubusercontent.com/6361812/42842872-49fae0e4-89c3-11e8-8f88-ddcf6057b452.png)

The [EM_ThreeLoopModel.ipynb](https://github.com/geoscixyz/gpgLabs/blob/master/Notebooks/EM_ThreeLoopModel.ipynb) notebook would also be valuable to have in em_apps. Lets copy it over here. - [ ] copy EM_ThreeLoopModel.ipynb to em_apps - [ ] ensure necessary code is...

refactor

[Linear inverse problem](http://docs.simpeg.xyz/content/examples/01-basic/plot_inversion_linear.html#sphx-glr-content-examples-01-basic-plot-inversion-linear-py) in app form ![image](https://user-images.githubusercontent.com/6361812/42404484-4844e49e-813e-11e8-92b4-6593bd8a5d44.png) ## Model boxcar + gaussian - user should be able to adjust model parameters: height width and location of both boxcar and gaussian...

- adapt [2_DC_Kaufman_infinite_well.ipynb](https://github.com/simpeg-research/heagy-2018-emcyl/blob/master/notebooks/2_DC_Kaufman_infinite_well.ipynb) to discuss how we obtain resistivity through a cased well using the second derivative of the potential

new development
refactor

The em apps are great and I will start using them in my class this week! The only app that I cannot find and would be useful is to calculate...

enhancement

In the plots that we manually update, the button that does the update says "Run Interact", but all of our instructions say that the button says "Run Plot". This has...

Thanks @dccowan for your work on these! I have gone through the notebooks with @dougoldenburg and @sgkang and here is the synthesis of that conversation ## Summary of Requested Changes...

- Can "Type" in this app be organized: angle, reflection, transmission? This parallels the fact we introduce Snell's law, followed by the Fresnel equations. - We should introduce magnetic permeability...

![image](https://cloud.githubusercontent.com/assets/6361812/25598493/2bf69100-2e8a-11e7-976e-bbeb37849319.png)