VegaBaby
Fractal Fanatic
well putI'm no scientist either, but I DO know that what he did there is nothing easy at ALL, and a mathematical NIGHTMARE to say the least!
well putI'm no scientist either, but I DO know that what he did there is nothing easy at ALL, and a mathematical NIGHTMARE to say the least!
Would that be far field? I have an old electrolux with NOS bags. . . .. modded by Friedman. . . . .
I'd be a little more cautious...I know this is going to be possibly one of the biggest advances in modelling tech so far. All you 'need that amp in the room sound' guys will be shocked out of your minds! :lol
So I understand that impedance changes with frequency (in an inductor), but what's the relationship with power about? Is it because of the movement of the "motor," and the more movement the less apparent impedance? I would assume this is frequency dependant too. That's more of a question than a statement. Just trying to get a grip on this.
It's a little more complex.
Try this site for some basic knowledge:
Lenard Audio Institute - Education - Professional Live Sound.
Yes, this is a big step in the right direction.
Now Cliff needs to concentrate on the internal reflections inside the cab to go to the next level.
Now Cliff needs to concentrate on the internal reflections inside the cab to go to the next level.
That's a linear process and captured in the Impulse response if properly taken.
That's a linear process and captured in the Impulse response if properly taken.
Care to elaborate? I'm no expert in IR capture, I'd like some insight like this from guys who know about it.
Edit - I know about the linear process, but how does it capture internal reflections, and how are THEY linear? I would think they would need something like a reverb (spatial) algorithim to work. Also, what about open back vs closed back designs?
I was talking about the damping factors reflections create.
This changes with amplitude.
IR's are OK if you are willing to ignore these minute effects and round things up.
The challenge is to go beyond the capabilities of IR's... Volterra Kernels looks promising.... on paper.... but so far
I haven't seen any convincing and usable examples.
For my money put the dynamic speaker modelling in the amp section.
That's a missing link between the real cab and the modelled amp, should improve things for those of us using guitar cabs and clean power amps as the modelled power amp will react like its hooked up to a cab.
If this is what it's like on here all the time I'm going to enjoy owning this thing.