u/thomac
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0points
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36points
Which CPU has fastest DIV/IDIV instruction? (self.hardware) [Discussion]
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2points
Slice of slices and cap (self.golang)
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32points
Integer multiplication in time O(n log n) [PDF] (hal.archives-ouvertes.fr)
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114points
Integer multiplication in time O(n log n) [PDF] (hal.archives-ouvertes.fr)
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0points
Number of issues at GitHub (self.golang)
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3points
How to load values to slice? (self.golang)
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2points
Inline functions (self.golang)
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2points
Stack of various types manipulation (self.golang)
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1points
Printing big.Int (self.golang)
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4points
Big arithmetic (self.golang)
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7points
Union alternative (self.golang)
thomac
thomac
Astrophotography program, that would be cool! Unfortunately no, I'm asking because of finite field arithmetic where modulo operation is very common and one has to rely on tricks like Montgomery reduction to get somewhat acceptable speed.
thomac
Why "half-broken"?
thomac
Thanks!
thomac
From the docs: "release cycle is aligned to start on February 1" and GitHub 1.12 milestone was recently shifted from February to March.
thomac
Please forgive, I new here, but GitHub currently lists 208 issues tagged with 1.12, why the RC1 then?
Also I thought Go has time-based releases and 1.12 was supposed to come out by February 1st, does anyone know the reasoning why it was pushed back to March?
thomac
Could you please clarify, how similar is "ISO 1600" and "unity gain (gain 90, offset 65)"? In other words, are the two exposures comparable?
thomac
Thanks!
thomac
I read about the allocation also, but if `x.Add(x, y)` re-uses the memory, why write `x = x.Add(x, y)` instead?
thomac
If that is the case, what is the point of using the former over the later?
thomac
Cool! Just curious, why not more that 64bits? If there was support for uint128_t, would it be possible to make it work as quadruple precision float?
thomac
Thank you all for the replies!
Please, two more questions:
Autoostakkert and Registax seem to be Windows only. Is there anything for Mac or Linux? What about an open source application?
How does it work, anyway? Is it just matter of registering and stacking of images or, in addition, do the pictures get somehow locally deformed? I mean are the images projectively transformed and blended or is there more to it? And what exactly is "more"?
thomac
Combat seeing
So I took many not-so-great pictures of the moon and they are all distorted because of the atmospheric seeing. Is there a way to combine all these low quality pictures and combine them to single better quality picture? Is there any software for such an operation? And in general, what common ways there are to combat the seeing?
Ok, but does "the same package" also mean "the same folder"?