Don’t listen to this one at all unless you like really hardcore distortion. No, scrub that, just don’t listen to this one. Please. (Brownian walks in SuperCollider, samples & fx in Logic Pro.) [audio src=“https://tedthetrumpet.files.wordpress.com/2008/09/gamhum.mp3"][/audio] gamhum.mp3
The gendèr miking strategy just got simpler again. After some experimentation, it turned out I was getting better results by just whacking all seven mikes in parallel and ‘mixing’ them with a single 10k resistor. Loads of cross talk, but for this setup it doesn’t really matter. The virtual-earth op-amp design wasn’t working out, trying to make it run from a single 9v battery was giving me headaches. This is sounding pretty good, perhaps a bit too much percussive thump at the start of the note: need to find a different way of mounting the mikes, at the moment they are just blu-tacked to the casing. ...
Not sure if this is really going anywhere really, but… a little bit of gendèr and ketipung impro sliced up in SuperCollider: [audio src=“https://tedthetrumpet.files.wordpress.com/2008/09/afrbfr.mp3"][/audio] afrbfr.mp3
http://youtu.be/5rCYUlvj2dY Still at the point of being a tech demo, but my latest text-to-screech project has moved forward a little. Here you can see speech sounds controlled by Max 5 piped into PureData. In Pd, I’m using some old tricks with the ‘freeze’ function in freeverb plus some pitch shifting to further play with the sound. As a potentially interesting wrinkle, the effects in Pd are turned on and off by the words typed in Max: ‘reverb’, ‘freeze’ etc. ...
[soundcloud url=“http://api.soundcloud.com/tracks/20785288"] ’trip points one-shot cap’ is (yet another) piece inspired by ripped off from alluding to Louis Andriessen’s gritty post-minimalist classic ‘Hoketus’. There are two main building blocks. The first is… I was rummaging around in my box of old electronics, and found an optical theremin I’d built years ago. The IC at the heart of this is a bit of a classic, a Texas Instruments SN76477, a very early chip designed to make sounds for toys and games, also great for musical experimentation. ...
Up to something a bit different today: electronics! Yum. I’m building a simple op-amp virtual earth mixer, which I’m going to use to combine the signal from seven cheapo tie-pin mics, one for each pair of keys. A few false starts today, bit rusty on this, but now have a simple circuit running from a 9v battery, which is producing really a very good sound indeed from a £3 mic. ...
http://www.youtube.com/watch?v=3FG_tsG7mI4 There are any number of ways of working with the built-in text-to-speech synthesis capabilities on the mac. All of the music programming languages I use - Max, Pd and SuperCollider - offer ways of doing this, and I’ve also had great success with controlling the output using AppleScript. The problem is that in every case, the audio itself is actually synthesised by the mac os itself, which means it is not accessible within an audio environment for further processing. ...
There’s quite a history of musicians and sound artists doing creative things with speech synthesis. One of the best known examples is the Radiohead track Fitter Happier from the album OK Computer, and its not hard to find other cases of commercial artists incorporating this kind of material in tracks. Very often this has been done on the mac, which has always had speech synthesis built in. (There’s a very interesting anecdote about how speech synthesis came to be included on the very first macs at the personal insistence of Steve Jobs. ...
Here’s a shot of the fm synthesis patch we threw together in PerfTech today; And here’s what it sounds like; [soundcloud url=“http://api.soundcloud.com/tracks/5864108" params=“show_comments=true&auto_play=false&color=ff7700” width=“100%” height=“81” ] Get a copy of the max patch also if you want.
http://www.youtube.com/watch?v=vCcl7M5-V1s Another way of doing it, using the sc3~ object. I can’t quite make up my mind at the moment which is the way forward; this way it looks like you’d have to develop your code in SuperCollider, then paste it into Max and hope it still works… have a feeling the OSC bridging method is more generally useful, for instance, could use it with Pd as well. On the other hand, this way it’s all together in the one patch in a single program, to run it you don’t need SC installed, probably a lot easier to deal with when you come back to it in five years time…