"Cork-sniffing" is when someone tells you that oh no, only bumble-bee caps will give you that tone that you need. This is empiricism. And you can't claim that...
The sound I'm looking for has nothing to do with it not being "Tube" enough.
if you're insisting on mathematical theory, because "cut" is an entirely subjective term based on the individual's experience.
Okay, now you're just being an ass. What people refer to as "Cut" isn't "entirely subjective" unless you're dealing with alien species or some shit, it's based on what frequencies we're most sensitive to, and the idea that having too much information in one spectrum can drown out others.
...no it's not. It just isn't. It doesn't simply convert an analog signal to digital, it uses digital processing algorithms to shape the sound in the preamp. That is a substantial difference in the preamp stages of solid state and digital amps. There is no analogy to the digital conversion of a CD - that's an A/D conversion designed to preserve the entering signal with minimal fuckery, rather than a digital model of a preamp.
Your claim was that Digital amps get "Muddy and unfocused" and were hard to fit(cut) into a mix.
You can very much tell, believe me. At stage volumes modeling amps get... problematic. Muddy, unfocused. I worked at a rehearsal/recording studio in LA that did a lot of industry showcases, and the head tech hated it when anyone tried to use a modeling amp in a showcase because it took massive effort to make it fit in the mix.
I explained the science as to why this might appear so, and that you merely need to boost the higher mids to compensate for the Fletcher Munson effect. You ignored this, completely.
A/D conversion has little or nothing to do with this if it's of any level of quality. If you accept that it's not A/D conversion, then it can't be the usual analog purist "frequencies in the high end lost" rubbish. So what is it?
You're just saying "it models a preamp, that's why it doesn't mix well". That makes absolutely no sense. It could be possible to model it in such a way that it cuts better for all you know. Unless you can give me some science here, you're talking shit.
Additionally: Your digital amp does have a shit A/D converter. Studios drop hundreds on sophisticated and well-designed converters to preserve the sound quality coming through the microphones. What do you think your digital modeler is rocking?
I doubt most people can know the difference. In fact I'm pretty sure they don't, given most people can't hear frequencies over 22000 hz or so, and that goes down with age(and most tube/analog purists tend to be older, so they're even more full of shit).
If one had the ability to magically and selectively tailor the EQ response of a given instrument with infinite precision, it would be a simple matter to make everything sit perfectly in the mix, assuming an infinitely sophisticated engineer. Meanwhile, beautiful women will leap into your arms from the backs of unicorns, because we are clearly not talking about reality.
You don't need to "magically and selectively tailor the EQ response of a given instrument". You just need to boost mids. THhat's it. Some tube amps have that problem too. To recreate the exact sound you had at lower volume levels, you would need to magically and seletively tailor, it yes. But you just need the amp to be easy to mix, and not be "muddy and unfocused". There are new Line 6 amps coming out that have Fletcher Munson compensation that may well do exactly that.
There's very little that's "Impossible" with digital technology.
Also,
TUBE AMPS DO NOT COMEPNSATE FOR FLETCHER-MUNSON PRECISELY EITHER. That would be an amazing scientific coincidence on the level of finding a Babelfish.
That's something shitty engineers do, by the by - crank 5khz range for clarity. It's great if you want it to really cut through that your recording sounds bad.
You claimed "cut" was subjective earlier. I'm willing to say this is a hell of a lot more subjective.
Also, my amp has a tube in the power section so again, it should have a similar frequency response to a real tube amp.
And yes, you are a cork sniffer. Completely and utterly and irritatingly so to the core. The vast majority people won't notice what you mention, especially in a loud live situation. And it definitely won't affect ability to cut as extremely as you claim.
EQ can only be altered so much. The characteristics of a sound that let it cut through are more complex than simply boosting 5K.
But being easy to mix is based on EQ. The reason crappy modelers are hard to mix live is because of the FM effect. I explained it to you, but you're not listening.
Practice overwhelms theory in this case because the dominant theory does not have an adequate explanation of what it means to be audible, intelligible, and to cut, given the subjective nature of those criteria.
No it doesn't, because you could well be an arrogant prick who used a shitty modeler, or mixed it badly. If there's no theory to support it, I have no reason to believe you. I've heard from plenty of people who've gotten on just fine using modelers live.
But beyond that, we're operating in the real world. Many shows, you won't get a mic on the amp, much less EQ. If you're relying on a soundguy to correct your muddy sound and make it audible, you've already lost.
The wonderful thing about modelers is that they can go direct out. If the place doesn't have something like that, you wouldn't have been able to bring a synth either, so I wouldn't be playing there anyway. Also, again, you can just use an EQ. Even using an EQ up front would help alleviate the issue.
:?: No one is upset, he was just correcting some misconceptions. An informative thread is a good thread.
He's not "correcting" anything. He's an anti-science analogue supremist and exactly the kind of person we need less of in the gear business. He hasn't backed up anything he's said with real science/signal theory. Having done signal theory and knowing people that use modelers extensively I Have some basic idea what I'm talking about. How is it informative if he's not posting any science?