I'd like to offer some observations re the pinpoint imaging issue. I don't
mean to take liberties with what Schubert and Learsfool are meaning to
say, and please correct me if I'm wrong; but, I think that there really is no
disagreement. To me, as concerns audio, there is much more to
"imaging" than precise and stable localization; or, at least, there
should be. I think that what Schubert refers to as "pinpoint"
imaging from a stereo system is a distortion of what is heard live due in part
to the absence of information which many of even the "best"
components can't capture/reproduce. This low level information is what
gives music much of its nuance and is part of each instrument's (or voice)
harmonic envelope. Good composers are very conscious of this and
sometimes make orchestration choices with those considerations in mind.
They don't necessarily think of a clarinet sounding completely separate
from the oboe; instead they may consider how the clarinet's harmonic
envelope will blend with the oboe's and create a unique color. This
harmonic envelope is a kind of sonic glue that connects performers in the
performance space, and allows for what players sometimes refer to as
"getting inside each other's sound". In audio the so called, and
coveted, "black spaces" between sonic images can create an
illusion of instrumental separation; however, in live music those spaces are
filled with sonic stuff that gives music complexity, nuance and feeling. As
Learsfool correctly points out the localization is there, but there is also
much more information in the spaces between the instruments which can
create the illusion of less pinpoint imaging.
mean to take liberties with what Schubert and Learsfool are meaning to
say, and please correct me if I'm wrong; but, I think that there really is no
disagreement. To me, as concerns audio, there is much more to
"imaging" than precise and stable localization; or, at least, there
should be. I think that what Schubert refers to as "pinpoint"
imaging from a stereo system is a distortion of what is heard live due in part
to the absence of information which many of even the "best"
components can't capture/reproduce. This low level information is what
gives music much of its nuance and is part of each instrument's (or voice)
harmonic envelope. Good composers are very conscious of this and
sometimes make orchestration choices with those considerations in mind.
They don't necessarily think of a clarinet sounding completely separate
from the oboe; instead they may consider how the clarinet's harmonic
envelope will blend with the oboe's and create a unique color. This
harmonic envelope is a kind of sonic glue that connects performers in the
performance space, and allows for what players sometimes refer to as
"getting inside each other's sound". In audio the so called, and
coveted, "black spaces" between sonic images can create an
illusion of instrumental separation; however, in live music those spaces are
filled with sonic stuff that gives music complexity, nuance and feeling. As
Learsfool correctly points out the localization is there, but there is also
much more information in the spaces between the instruments which can
create the illusion of less pinpoint imaging.