ADT was one of the first Airwindows plugins. It uses two adjustable delay taps, which you can mix either in-phase or out of phase, to sculpt the sound.
The idea is, you can get a lusher sound through the very quick delay while also positioning the times so that they give you reinforcements and cancellations in useful places. It’s possible to find tonal qualities and then cancel them out by reversing the phase of the tap.
There’s no demo for this, and a more recent version that’s still for sale (look for ADT2). If you’d like the older version of ADT from 2007 without the code from Console that makes it bigger and deeper, buy the current ADT and ask for this one by email. I’ll send it. Even though the plugin is from 2007, the compile of it is more recent and 64-bit friendly.
ADT declares one sample of latency (this was kind of a phase)
Snares is a glorious trainwreck! It’s very difficult to make work.
The idea is, you get the top and bottom of the drum sound. The top you can replace with white noise, and the bottom you can replace with brown noise. Sound good so far?
Here’s the trouble. You can’t just overlay white noise onto a snare, at least not sample-by-sample. It’s too lean and sputtery, you have to trigger a separate envelope (like Noise). And you can’t make brown noise just by a random walk! You have to make it with more sophistication (again, like Noise) so you can actually hear it and it’s in useful ranges. Otherwise, you just have a big splurt of DC offset, and your channel distorts horribly. Making the bottom end of Snares useless and very hard to control.
If you want what this WANTED to be, back in 2007, you need Noise which came out in 2014.
If you want a horrible trainwreck… have fun! Maybe you can get a useful noise out of this. I’m guessing ‘nope’ ;)
Snares declares one sample of latency.
Kicks is… well. How do you get YOUR kicks? Probably not like this.
Kicks is…
while (nSampleFrames– > 0) { inputSample = *sourceP; sourceP += inNumChannels; tone += increment; if (tone > pie) tone -= pie; outputSample = (inputSample * (1.0-kicks)) + (inputSample * sin(tone) * kicks); *destP = outputSample; destP += inNumChannels; }
All this does, ALL it does, is overlay a tremolo onto the sound. Not even a fancy tremolo like the Airwindows tremolo, just a straight-up sine-shaped amplitude modulation at various bassy frequencies.
The idea was that you could break up a ringy kick by vibrating this other frequency across it. Of course, you risk stepping on the attack transient that way.
Whatever. At least you got to read the main event loop. :)
Kicks declares one sample of latency.
