Once upon a time, a client asked me if the monitoring in a particular control room was "accurate". What I told him was:
"Gerald, when you have a jack in the back of your neck that lets me plug the mix straight into your brain, then I'll claim that the monitoring is truly accurate. In the case of the music you're working on, the concept of "accuracy" really doesn't apply, because the song
never existed as an acoustical event in the first place. It's several dozen separate tracks, most of which came out of boxes in the form of electrical signals and which are only now even being introduced to each other.
What matters is whether you can use the control room monitors to make reliable predictions about what the experience of listening to your record will be like for the guy who buys the album and plays it at home. If so, and your record sales suggest that it has been so, then the monitors fill your needs. OTOH, if you take mixes home and find yourself thinking "what the @#$% were we thinking when we did that?",
then we've got a problem."
For me, as a tech, measurements serve mostly as a way of answering the question "should I @#$% with it?". For example, if I've got a channel module from one of our SSL 9000Ks on the test fixture, I
expect that the EIN of the mic pre should be -129.5 dBu or lower and the THD+N of the dynamics section VCA (or the small fader VCA) should be <0.01%. If these conditions aren't met, then it's time for me to @#$% with it until they are.
Two sayings I repeat a lot at work:
"There
ain't no accounting for taste"
"There's an awful lot of "psycho" in "psychoacoustics"
