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I find this hard to answer. So I'd recommend you just put a small app together and try it yourself. Not only do you get to know the publishing process first hand and find out that you can't use VectorDrawables as launcher icons even though they install and work fine on all your target devices (What the hell, Google?!) but I found myself less hindered by exaggerated perfectionism when using this approach. Another benefit one might underestimate is that every app you're developing beyond being ashamed of releasing it lets you face challenges solving which teaches you things you will need over and over again.
I had a lot of lessons to be applied to my yet-to-be-released project after publishing my experiment:
https://play.google.com/store/apps/details?id=freeload.dingdong.crane.sundiagrams.free
You're seeing almost exactly the same part of the moon surface. The moon being tidally locked means that the same point on its surface always points to the center of the Earth. The view on it only has rotated along the Moon-Earth axis.
Assuming boths shots were taken from the same spot on Earth the rotation we're seeing comes from our equatorial plane being tilted against Moon's orbital plane around Earth which is comparatively pretty well aligned with Earth's orbit around the sun.
It might help imagining Earth and the Moon being fixed and looking at the Moon from the North pole and the from the equator.
(Looking at the second screenshot of the Android app I recently published might also help by showing the seasonal difference between April and September.)