kmclaren wrote:
Very simple idea...for example a gain stage in a model may be like Input * 10, and at the end of the signal chain, they do something like a 1/x in order to shave off the gain that was added earlier in the gain stage. This is done at various components throughout the signal chain, the result is a lifeless distortion noise box..
km
Here's the thing, Ken... that modelled 'lifeless distortion noise box' probably has quite a few of the same tonal characteristics that the amp does... just at a static volume, as opposed to 40dB swings.
Because our brains are so sensitive to changing volumes, when we hear a sound that is 'louder' than whatever was before it, we remember it better. This goes back to the time when humans walked on all fours, carrying rocks to smash the heads of rabbits for supper; it's not a recent thing.
So that real-life, raging JCM800 'sounds' huge in comparison to that plugin... but what happens when you record the amp, and bring it down to the same level?
All of a sudden, those perceived dynamics are gone, replaced by something more akin to the plugin's 'lifeless noise', because you're taking the Fletcher-Munson effect out of the equation.
It's a spooky thing, to record two (identical; coming straight from the DAW) guitar tracks through a Mesa, one at 50dB (meh) and one at 80dB (awesomely huge tone!!!11), and then level-match them and they nearly null. But it gives you a bit of insight into why it could be that people still insist that 'cranking a (modern high-gain) Marshall is the only way to get the tone', when virtually nothing about the actual tone changes, the amp just gets louder.
Anyway, it's food for thought, take it or leave it.
