> When you pluck the string, you can feel it vibrate in your fretting hand.
When I depress the fingerboard of a Continuum I can feel it vibrate in my ears, which is quite enough feedback to manipulate a sound expressively. Sure, playing the guitar is a beautiful, unique, rich sensory experience (which I love), but it does not follow that the lack of the "guitar experience" leads to a lack of musicality. Each instrument has its own mode of interaction, from the guitar to the piano, and talented people seem to find ways to be expressive with all of them.
> These controllers nearly always buy into the separation of control from synthesis. It makes perfect technical sense. But most of the instruments we would consider to be "expressive" don't work that way!
So? Why does what already exists matter? There are plenty of people willing to experiment with a new input surface to find out what it's good for. You may not be one of them, but why do you need to be "suspicious?" These experimenters don't take away your ability to play a guitar.
> but what is it REALLY good for?
I can't imagine this being played on any other instrument:
> What is the instrument that wants to be controlled in this way?
You could also ask, "what is the music that wants to be made by a stringed instrument?" People have been exploring that question for thousands of years, and we're still finding out new answers. Electronic instruments are very, very new compared to that, and there's been comparatively very little time to learn about them. I say let's go wild and create myriad new instruments and find out what works.
Personally, I think the decoupling of input surfaces and sound generators is one of the all-time best developments in music. As a brass musician, it's nontrivial for me to produce the sound of a oboe. However, given a very expressive input surface I can produce an extraordinary range of timbres without dedicating another decade to practicing each individual instrument.
> I can't imagine this being played on any other instrument
This is exactly my point! In the abstract the continuum doesn't have much to say, musically. Paired with this sound source and played by Jordan Rudress, it works. (Who also has something to do with this new company, it seems)
Pat Metheny's approach to the guitar synth speaks to this, I think:
Unlike many guitar synth users, Metheny limits himself to a very small
number of sounds. In interviews, he has argued that each of the timbres
achievable through guitar synthesis should be treated as a separate
instrument, and that he has tried to master each of these "instruments"
instead of using it for incidental color. One of the "patches" that Pat
used often is on Roland's JV-80 "Vintage Synth" expansion card titled
"Pat's GR-300". [1]
I'm not trying to argue against new ways of controlling sound. However, I do think we should ask far more of the makers than "think of the possibilities." Part of the control surface design process should be to think deeply about and experiment with the way the additional dimensions can be used, and the fruits of that process should be passed to the person who buys it. (The continuum may be a good example of this, as it looks like they ship it with an internal synth.
> You may not be one of them, but why do you need to be "suspicious?" These experimenters don't take away your ability to play a guitar.
Point taken, I'm probably not one of them. But I used to be, and there's a lot of snake oil out there. My experience with newfangled instruments is as follows:
- Korg Padkontrol: This was my only real contact with an MPC-style interface. I wanted to use it to sequence drums in real time, and it was decidedly mediocre for that. When using it for other things, part of the musical task turned to the configuration of the controller. It's creativity, but a different kind to be sure. It blurs the line between performance and composition.
- Zendrum: Seeing that people were able to play live on these things somewhat convincingly led me to try it. It never really clicked for me. I spent too much time configuring and never enough actually practicing the instrument. There are many reasons this could be my fault, not the least of which is that I'm not a drummer.
- Chapman Stick knockoff: I was never able to get beyond just piddling around on this thing. My imagination was captured by a video I saw on the web at some point, and I guess the ad copy closed the sale. But some weeks after I got it, I was left with a distinct feeling of "now what?" It was an instrument without any useful context. I've been told that the real thing is far more compelling than the knockoffs; perhaps I'll try one of those some day.
This is far more likely a commentary on myself than on these three instruments. For me, searching for the perfect instrument was something like creating a new programing language before writing your program. It's a never-ending task that inevitably fizzles out. I have since been better served by my Telecaster.
When I depress the fingerboard of a Continuum I can feel it vibrate in my ears, which is quite enough feedback to manipulate a sound expressively. Sure, playing the guitar is a beautiful, unique, rich sensory experience (which I love), but it does not follow that the lack of the "guitar experience" leads to a lack of musicality. Each instrument has its own mode of interaction, from the guitar to the piano, and talented people seem to find ways to be expressive with all of them.
> These controllers nearly always buy into the separation of control from synthesis. It makes perfect technical sense. But most of the instruments we would consider to be "expressive" don't work that way!
So? Why does what already exists matter? There are plenty of people willing to experiment with a new input surface to find out what it's good for. You may not be one of them, but why do you need to be "suspicious?" These experimenters don't take away your ability to play a guitar.
> but what is it REALLY good for?
I can't imagine this being played on any other instrument:
http://www.youtube.com/watch?v=rW1KeRNaP-Q
> What is the instrument that wants to be controlled in this way?
You could also ask, "what is the music that wants to be made by a stringed instrument?" People have been exploring that question for thousands of years, and we're still finding out new answers. Electronic instruments are very, very new compared to that, and there's been comparatively very little time to learn about them. I say let's go wild and create myriad new instruments and find out what works.
Personally, I think the decoupling of input surfaces and sound generators is one of the all-time best developments in music. As a brass musician, it's nontrivial for me to produce the sound of a oboe. However, given a very expressive input surface I can produce an extraordinary range of timbres without dedicating another decade to practicing each individual instrument.