groby_b
Joined 17 years ago
Joined 17 years ago
So you only snapshot the rest. (And since your source tree is under version control, finding stray garbage there is straightforward unless you checked it in)
Clean tear at the front.
Life never wasn't exciting with a 2CV.
Later versions could do 65mph. 75mph downhill with the wind at your back.
And it's heartbreaking to see the low resolution. I hope the author will explore the large catalogs of high resolution public domain/CC0 images available.
Because the core implementation is really, really nice. I just want to look much more closely.
Paris Musées, Metropolitan Museum of Art, National Gallery of Art, Rijksmuseum are some sources I can think of - there are more, I'm sure.
And I _wish_ the super-high rez ones at https://artsandculture.google.com/ would fall on that list too, but I guess that's not the case.
It would be easier if you could use an eyepiece adapter. I have no idea why the page claims "The field of view is typically too small for plate solving to work." for that approach - it works just fine with a FOV of at least 0.2 degrees or so, which is much smaller than what most beginner/intermediate scopes have.
And if you do have a scope with a smaller TFOV, I'd argue you're likely not the target audience for the app. (Yes, you can get there cheaply and as a first scope, but it's not the usual route)
Edit: I want to be clear it's not a diss on the app - it's great. Plate solving at that speed is pretty cool. I just wish it'd work at smaller TFOVs :)
Meanwhile, even Tufte's advice was explicitly to grey them down, but not completely remove them.
(And we can debate Tufte's advice - lots of other comments on this page how he had great aesthetic sensibility, but his advice wasn't grounded in reason or actual readability research, and so is limited to the examples he chose)
(It's helpful for shorter outages. But "survival assistant", I think not, unless you run a compound)