new tutorial: basics of parcel-model ODE system (with a readable minimalistic SciPy+pint solution)

[bhiogade]

No description provided.

[slayoo]

closing and reopening to trigger rebuild against current main (where the updated devops_tests will detect the rendering problem with notebooks caused by buggy PyCharm version)

[slayoo]

@bhiogade, thanks! Here are some comments:

• there seem to be a clash between saturated_vaporpressure and saturated_vapor_pressure
• let's remove all unused variables (pylint will help)
• total_multiplicity is the same as TOTAL_AEROSOL_NUMBER - worth removing for now for clarity?
• it would be beneficial to separate physical constants (e.g., g, R, etc) from model parameters (e.g., updraft)

[slayoo]

BTW

• it seems that we do not really need to import numpy here - worth removing to keep it minimalistic as per the original idea - it should also help to make the code more readable (no more np.asarray, etc); for defining output steps, we could replace np.linspace(...) with nt = 40; dt_out = 5 * si.s; t=[(i*dt_out).to(si.s).magnitude for i in range(0, nt)] and then provide GUI sliders for nt and dt_out