Here’s another segment of our recent session that highlights a bit more of Graham’s drumming. In addition to his great playing, Graham has managed to get a really clean a warm sound from his recorded drums.
Particle System Jam 3 Part 2
Lovingly mixed on cheap ear buds, this micro track consists of a cut up chunk of low frequency Rhodes running through auto pan and a bit of amp modeling, out of key FM synth bass, and frosty beats that were partially programmed using the GMS (Gestural Music Sequencer). It’s not a habit of mine to mix blind (or would that be deaf?), so I hope there aren’t too many nasty surprises when I hear this through proper speakers.
Recycled Rhodes Microtrack
With some expert help from Grant Muller I have successfully added the capability of synchronization with an external MIDI signal to the GMS. This feature opens up vast possibilities for performance and collaboration with the tool. To test the feature I sent external sync from Ableton Live to the GMS, which in turn routed note information back through the IAC drivers into Ableton to drive a VST FM synth. I started by live looping a few phrases from the sequencer including a bass line, mid-range arpeggio, and some heavily delayed FM clav, then put it together with a recycled beat into a two minute micro-track. Everything heard, except the drums, are notes output from the GMS via video stimulus.
GMS External Sync Test
ACB reader, Matt, suggested I try the time correction technique in the last post in a different order. Previously I had dropped the pitch two octaves and then brought it back up two with the time correction enabled. This time I did the opposite, starting by increasing the pitch then lowering it to its original position. It definitely has a different sound. I think it’s much closer to the original than the previous example, but still an interesting way to manipulate the clip.
Time Correction Overload 2
Today during my audio production class I was demonstrating to my students how time correction impacts digital audio when pitch shifting more than a few semitones. To illustrate this I pitched down a chunk of music an octave with the time correction on in Pro Tools. The degradation was clear, but it occurred to me that it would be even more obvious if I shifted it back up to the original pitch with time correction enabled again.
This created an interesting way to effectively down-sample the audio. Intrigued, I applied the same technique over several times to hear what would happen on multiple passes. This is something I’m likely to explore more, but I tried it again on the snippet of music from Unprocessed Rhodes Pedal Noise going down two octaves and back up again. It sounds like the audio has been boiled in a pot of bathroom chemicals. Delicious!
Time Correction Overload