>If this were photography, you'd be asking if you could make a small, grainy photo off a cheap cell phone from 10 years ago look as good as a shot off a $7k DSLR from this year, by fixing it in Photoshop.
I know how raster images and photoshop work so I can understand why.
I don't know how microphones work, so I'm asking why.
You're trying to convince me that it can't be done, which I was already convinced of before asking my first question.
All I want is to understand why.
>You have to think of an audio file, as data. If the data is poorly captured, or missing parts of the performance, you can't EQ what's not there
I understand, an I'm not talking about microphones that can't record certain frequencies. I'm talking about a microphone that can record everything but doesn't sound as good as an expensive one.
>or recorded the wrong way.
Outside the scope of this discussion.
Ok, I dialed in some extreme settings on "transient-y" drums and now I hear it.
But in a normal situation, say, on vocals and with less extreme settings, it wouldn't be very audible, and you'd still use EQs on them for mixing anyway so it's not like these shortcomings of EQs only affect you if you try to do this "microphone augmentation" thing.
>But even if it turns out 100 percent transparent you'd still need to figure out how to map the changes youd need to make.
If you need to sound precisely like another EQ, sure it's gonna be har, but if you only need a good recording you don't need to be that precise, no?
Just listen to the problems of the bad microphone and do that's needed to fix them until it sounds good.
>Not to mention that mics don't just differ in amplitude of captured material. Each mic would capture differently
What exactly are these differences?
>You can try, but you'll only get so far, honestly
Is that because it's very hard and my skills are limited or because it's completely impossible?