M
moresound
Loud Sun Studios
All this banter back and forth makes me happy that I still use out board rack gear ..... you know the parametric EQs that don't have a spectrum display! And doesn't eat up all the CPU!
All this banter back and forth makes me happy that I still use out board rack gear ..... you know the parametric EQs that don't have a spectrum display! And doesn't eat up all the CPU!
Oh, don't even start with that shit. I'm not going to spout my professional IT qualifications and history, you can look it up if you want to know. I'm tired of fast drawing with every fucking gunslinger who walks by with a couple of Colt 45's strapped to their hips. You know a few things, that's great. You want to claim the title of faster draw or bigger guns, go right ahead, I don't care.im an WAN and linux engineer for a living..
OK, sergeant, show us. Explain to us how or when you use FFT analysis, and why you need to when you do. The stage is all yours.how do you know that i dont know what i am talking about? pick my brain, then..
Let's say that's true - it's not impossible. Without having the ears to confirm it, that person would have no reference and could never know that this sounds good and that doesn't.Perhaps one person in a million can look at a graphical display and imagine, perfectly in their mind, waht the sound it represents actually sounds like. I'd compare that to a Glen Gould level pianist who could read a piece of music, and actually hear most of it in his head in real time, correct pitches, timing, etc. It's not impossible, but it's rare!
Oh, don't even start with that shit.
OK, sergeant, show us. Explain to us how or when you use FFT analysis, and why you need to when you do.
Let's say that's true - it's not impossible, after all. But it would be a *lot* rarer than one in a million; I'd put Oprah's salary on the bet that there are not 3, let alone 310, people in this country with that savant ability. But let's say we find one. Without having the ears to confirm it, that person would have no reference and could never know that this sounds good and that doesn't. It may sound good inside their head, but sound like garbage in the physical world. They'd have to be able to make that link, that confirmation, and the only way they could do that is to confirm their talent by hearing it.Perhaps one person in a million can look at a graphical display and imagine, perfectly in their mind, waht the sound it represents actually sounds like. I'd compare that to a Glen Gould level pianist who could read a piece of music, and actually hear most of it in his head in real time, correct pitches, timing, etc. It's not impossible, but it's rare!
i actually wish i still had all my outboard stuff.. i mean, i got some midi controllers and interfaces.. i just went through some of those hard times that we all go through, and had to sell a bunch of whatnot.. lol
That's to bad. I wouldn't want to wish that on anybody.
Guess it's better than robbing a bank!![]()
Aww, come on; this is no time to get coy on us.im no sergeant
Aww, come on; this is no time to get coy on us.
You said you had some things to teach me, and that I was wrong about spectrum analysis. I'm always willing to learn, and want to make things right, both in my own head and between our two heads.
This is your moment. Clap hands, Chico.
G.
I may be able to teach YOU something (not saying im smarter or whatever.. its not a pissing contest)..
There's another important difference. When you're looking at the on-camera histogram, that's because you don't have the image proper to look at, either on a calibrated video screen or in a test print. Because you can't yet see the actual product, you use the histogram for on-site help. That's fine.I'm a photographer and I use the histogram on the back of my camera all the time to see if I've blown out the highlights. Reason being, sometimes you don't notice until a shoot is over that there is one section completely lost. Problem with this analogy is that Photography IS visual, so visual clues have a direct bearing. Music is audible, so translations of that into visual clues has a different function.
Unfortunately there's no way of knowing without having the proper ears just by looking at a spectrum if any given spike in it is a legitimate one or not; not all spikes are bad. And conversely, mud does not always ID itself as something that sticks out on a spectral graph; as often as not it's just an innocuous looking part of the average amplitude level.Spectral Analyzers are good for us less experienced engineers. It is a great starting point to see what we may not be able to hear at this point. For example, someone teaching themself at home may have no clue what 180 hz sounds like versus 500 hz. they may just know the song sounds muddy. "Seeing" is a great way to help learn the differences.You can see a spike around 400-700 hz (for example) and after a few mixes you now know what frequencies are causing what sounds.