Tim Harr wrote:Carl Mesrobian wrote:Finally another way to quiet down guitar players - the other way being charts. ...
Charts? quiet down guitar players? That's a pretty snarky thing to say... perhaps in your world that's the case.
Ha, that goes to the old joke, "Q: How do you get a guitar player to turn down? A: Put a chart in front of him." Like all humor, it wouldn't be funny if there wasn't a grain of truth in it, but I think it's overdone. But I'll say I do get some resistance from some (in my case, thankfully not most) guitar players to me putting a chart in front of me (us), which I always prefer to do when I (we) don't know the material. I would much rather read from a chart than screw things up, even if some people think it looks weird to be reading from a chart onstage. It's gotten better since I have all my charts on a Samsung Galaxy Tablet on a neat little holder that attaches directly to right rear leg of my steel or a mic stand.
I missed this thread at the time - I was between hospital visits, that stuff got fixed, OK now. But I definitely much, much prefer to have backline amps - much preferably my own - in fact, my whole signal chain.
But I do gigs where that is impossible - tiny micro-brews, coffee houses, guitar behind a piano bar - where there just isn't room or they are paranoid about 'loud guitar players'. For clean (i.e., linear amplification) guitar or pedal steel, I think it can be made to work well. The direct out on my Quilter Tone Block (201, but I'm sure they all work fine) sounds very good, and I'm sure lots of amps have good direct outs now.
I think one key to making this work, besides good-sounding effects or modeler - is a good speaker emulator. Some amps like the Quilter have them. And for using just my pedalboard, I have used a couple of different speaker emulators based on convolution of the input with a speaker cab's impulse response. That stuff has really taken off the last few years, and there are pedals in the sub-$100 range that do a tolerable job of modeling the speaker cabinets of common guitar amps. IR convolution can't get nonlinear effects - it is based on theory of linear time-invariant systems. But it is possible to do a reasonable job of modeling the coupling of the speaker output with the acoustics of the cabinet.
But I have not yet found anything that really satisfies me for nonlinear issues like getting a good pushed-tube-amp sound, nonlinear speaker responses, and so on, especially for guitar. It always sounds buzzy to me. Some of the newer and more pricey modelers may be better at this, but I am not motivated to drop thousands and spend days and weeks tweaking to find out. Micing a small tube amp makes more sense to me, I have a bunch of really good sounding ones that can be pushed without blistering the ears. I guess I also don't see much point to trying to put Muddy, BB, Albert, Freddie, Magic Sam, Clapton, Beck, SRV, or Van Halen in a box for in-ears. That kind of music is as much felt as heard. For me, anyway.