From the first paper that you linked (available freely on sci-hub) it looks like they were unable to proove that their method actually works. They made simulations with small problems but are not sure if this method will work for larger problems.
I always configure git and all editors on Windows to use LF line endings. It is so annoying that so many applications use CRLF endings by default, I never understood reason for that, I'm always using LF and have no issues.
> So do Java, C#, Python, Ruby, PHP, Javascript, and virtually everything else and they are very heavily used.
That's the point. There are already many popular languages with GC. Why would people switch from C++ (this was the original question) to D instead of one of those much more popular languages that you mentioned?
citrusui originally asked about DCI-P3 color space, ygra then confused this wider color space with higher bit-depth. Now you want to further confuse everyone by referring to your comment about advantages of 24-bit RGB over paletted colors which is completely irrelevant to the original comment about DCI-P3 color space. DCI-P3 contains colors which are outside of the gamut representable by the 24-bit RGB (which uses sRGB color space).
What you are talking about is bit-depth which is not related to color spaces (although for wider color spaces you need higher bit-depth to avoid banding).
No, it's like a virtual proccess but with simpler memory layout. If you try to read or write memory outside of the allowed range it will trap (which is like segmentation fault on Linux) but it doesn't check any individual array for out of bound access because it doesn't actually know where are arrays in the memory.