Can we encode secrets in the spectrum? If so, which region is the best to modify?
The lower frequencies, because it is less obvious to our senses?
When x and y are too big. The change of value of sin(x^2+y^2) is 'denser' than the change of x and y from every pixel.
So looking at a graph we can't tell if it's aliased?
Observed the difference between the projector and my laptop.
Is there a limit on how much anti-aliasing can help?
Can we encode secrets in the spectrum? If so, which region is the best to modify?
The lower frequencies, because it is less obvious to our senses?
When x and y are too big. The change of value of sin(x^2+y^2) is 'denser' than the change of x and y from every pixel.
So looking at a graph we can't tell if it's aliased?
Observed the difference between the projector and my laptop.
Is there a limit on how much anti-aliasing can help?