My cousin Nils has hearing loss after a lifetime spent in studios
and playing music, he can't use the offered hearing aids because
they add 3-4 ms of latency. (Something which he noticed
_immediately_ when first trying a pair.)
In article <vcgjns$g1mt$[email protected]>, [email protected] (Terje Mathisen) wrote:
My cousin Nils has hearing loss after a lifetime spent in studios
and playing music, he can't use the offered hearing aids because
they add 3-4 ms of latency. (Something which he noticed
_immediately_ when first trying a pair.)
I get similar problems using cameras with electronic viewfinders after decades of optical ones. I suspect it's not the absolute lag that gets noticed, but the offset between when your fingers do something, and the signal reaches your senses.
John
I am convinced that quantum computers will eventually be good at some
things that regular computers are not and cannot be. ...
They seem to be rather exceptional at protein folding compared to
classical computing.
The way I implemented it was by updating the "official" back frame buffer, and compare the update with the visible front buffer. If at any time a write to the back buffer did not result in something that was already in the front buffer, I just copied the back buffer to the front and went on from there.
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