If this is in reference to the waveform node pic you shared above, it’s because there’s only a finite amount of resolution that the waveform node is dealing with - it takes samples of the audio and displays the amplitude of it. I wonder what the people who wrote Audulus have to say about this. I can see it when I use a metering > meter and play with the ADSR + speed a bit… The level varies noticeably visually (in this case i cannot tell the difference in the audio :)) with identical step settings. Thank you for helping an absolute beginner! Even though I only have one step the peaks seem to vary (instead of being the same), which confuses me. I only set a pitch value for one of my steps and I used the basic waveform meter on my osc output to see the peaks.
AUDULUS OSCILLOSCOPE MODULE HOW TO
I am not sure how to remove the phasor and it’s not immediately obvious to me how to make the knob display 120 instead of 480, to make it work with my sequencer as described above. The sequencer is an easier change as there is already an 8 step one, which does more or less what I need. clock: 40 to 160 bpm range, with a single knob for the tempo.Īre there modules for the clock and sequencer that I can download, which are closer to what I am trying to accomplish (would require fewer modifications)? Or should I open the ones I am using and try to modify them?.sequencer: 16 steps (4 beats), where each step only has pitch.I would like to have a BPM clock and sequencer similar to the ones in classic Roland drum machines (in their most basic form) This gives me a 120bpm, 4 steps (1 beat) sequencer. If you download the patch I have uploaded you will see that to have a 4 step sequencer with the clock set to 480 bpm. I modified the BPM clock’s range to be from 0 to 4 instead of 0 to 1. I used the basic 4 step sequencer and a BPM clock.I have some questions about how to modify my patch to work as I would like it to. I just started using Audulus and I made my first incredibly basic patch.
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