posted 13 January 2011 09:02            

However, I suspect this is wavetable, this is easily achieved with CrossFadingMulticycleOscillator.

You can start by loading the standard kyma waves to get a feel for how it works.

You can then move on to getting snippets of waves (one or two cycles works well), editing them in the Kyma sample editor, using the interpolate function to make sure they are the right size (go with the default setting)
You can then try out allsorts of possibilities. Do look at your results with the scope and spectrum analysis. It can be very revealing.

Once you have this cracked, you can then join them together and use the index parameter to select different tables!! (think waldorf synths (MW + Q etc)

Shout if you want an example, my explanation might be as clear as mud.

posted 13 January 2011 09:40            

wobble_start.zip

My thought was, "that's nice, but perhaps could do something in Kyma that would be perhaps more realtime playable". I hadn't gotten around to fully implementing that idea but since you asked, I whipped the attached example this morning which may lead you down a fruitful (or not) path.

As you can see, it is 4 LFO that this cycled through based on a BPM rate. At each stage you choose the waveform from a table and the ratio that the LFO runs at against the master BPM.

You could also implement this easily in a single Oscillator by using an array in the Index and Frequency field. The reason I choose this example was because you could easily swap out each of the 4 inputs quickly with another source, say noise, an envelope generator, or another audio signal. From here you can extend to more than 4 steps easily.

This is a quick example and not fully tested so all caveats apply.

posted 13 January 2011 17:18            

p.s. In response to the first post, a Replicator on Samples with Frequency set to something like:

default + (0.01 * ?VoiceNumber)

will laserize your own sample instead of an oscillator.