Recombinant Media Labs now has registration set up for the Reason Workshops on April 29 and April 30.
and if you’re not busy next weekend… the legendary Curtis Roads will be performing at the labs.
Here are more details about the upcoming Reason workshops. Registration isn’t quite ready. Either contact me or RML directly at the email/phone number below.
Recombinant Media Labs in San Francisco, CA will be offering two workshops on Propellerhead Software Reason 3.0, presented by G.W. Childs and Kurt Kurasaki. The courses are structured for […]
I just finished up a selection of combinators for an upcoming article in Computer Music Magazine. The article isn’t a tutorial, but more or less a feature that describes several patching configurations, the device chain(s), and explanation of controls. The combi patches include an expanded Matrix Triggered Dr.REX players, a Pattern Filter, a […]
Well, I have a bit of interesting news. Today, I was up at the new Recombinant Media Labs in San Francisco’s SOMA district. This is unique performance space with a 16 channel surround sound system along with a 10 projector video system that spans 360° around the entire room. Sorry, I forgot […]
XySpace is pseudo stereo spatialization combinator patch. It’s designed is to take a mono signal and position the sound around a virtual stereo room environment. A standard pan control positions the sound between the left and right channels, while a front-rear fader controls the distance away from the listener’s position.
The patch […]
I love the Akai MPC-3000. The drum grooves created with this instrument consistently yield a very musical flow that inspire beat oriented tracks. The design of legend, Roger Linn, combined with Akai’s sampling technology is still used by many to this day. This project was inspired by necessity to bring the feel […]
The attenuation characteristics of both the ReMix and MicroMix mixer pan pots is not linear like the crossfade example above, instead the pan pots have a scaled attenuation rate called constant-power or equal-power. The output level of the two panned signals is constant between the left and right channels. The scaled attenuation of the pan […]