Hello,<br><br>my name is Christopher Bartels and I am a student of electrical engineering at the university of Hannover, Germany. I am currently working on a my student research project, a sonification of human movement, and I am trying to implement STK for this matter. I am not sure if I am addressing the correct persons for this problem, and, case I am wrong, I would be happy if you could direct me in the right direction.<br>
<br>I am seriously trying on my own, but since about three days I am hitting a wall. I have tried all the tutorials on the STK website and I even managed to find a couple more. Nevertheless, I am still troubling with a very basic issue: monophonic sound. I can succeed in sending only on sound sample to only on channel. I tried the sine function, which should sample a monophonic sound, but it doesn't. I get the sine on both speakers, left and right. I realized that the sine.tick(stkframes, channel) function should tick the samples only on one channel, but when I try this I either get a clean sine sound on both speakers or a modulated sine (it doesn't sound really well and I think what I am hearing IS in fact a modulated sine). I read through the class definitions, I even tried to change the functions of tick in the RtAudio/RtWvOut classes,but I am seriously stuck. My ultimate goal should be something like this:<br>
<br>left speaker: Sine, rising amplitude with movement of the arm in horizontal axis to the left<br>right speaker: Sine, rising amplitude with movement of the arm in horizontal axis to the right<br><br>Since it is only a modification of the amplitude I should be fine with something like <i>*sample++ -> (StkFloat * "My amplitude modifier")</i><br>
<br>My question:<br><br>How can I implement this in a very simple way? How should the data "be ticked"? How shall the buffer be written? I think I have to write the data interleaved, since it's the default stream parameter, so first comes left, then right, then left and so on. But I can't figure out the correct way. Any help you could offer would be much appreciated.<br>
<br>Sincerely, Christopher Bartels<br>