Karls,
As usual, your post is very well written and well thought-out. I enjoy your posts quite a bit.
Something you wrote made my one eyebrow go up:
"There is a reason that full-range electrostatics sound so good, and it is that they avoid most of the problems I just mentioned. Of course, they have a whole new set of problems, most of which revolve around unsolvable room interactions, which is why most people don't put up with them."
Could you elaborate on the "unsolvable room problems" of full-range electrostats? I confess to being biased in favor of full-range dipoles, so I'm curious to know what your observations are.
Thanks!
Duke
As usual, your post is very well written and well thought-out. I enjoy your posts quite a bit.
Something you wrote made my one eyebrow go up:
"There is a reason that full-range electrostatics sound so good, and it is that they avoid most of the problems I just mentioned. Of course, they have a whole new set of problems, most of which revolve around unsolvable room interactions, which is why most people don't put up with them."
Could you elaborate on the "unsolvable room problems" of full-range electrostats? I confess to being biased in favor of full-range dipoles, so I'm curious to know what your observations are.
Thanks!
Duke