Bipolar square wave vs unipolar square wave

BIPOLAR SQUARE WAVE VS UNIPOLAR SQUARE WAVE FULL

21Hz on a scale that ran from 0.0Hz thru 39.7Hz. I think the point is that with Unipolar (with the Standard curve) you can move in one direction, only. Too many potential parameters and scales because there are so many parameter destinations. The numbers on the graphic would 'kind of' help but would need to somehow show the stored value as well.

BIPOLAR SQUARE WAVE VS UNIPOLAR SQUARE WAVE FULL

(If Uni is assigned, and set to control Volume, you can bet it's full range control.) You've noticed that some times the Part Volume fader is at 0. It will fill in some of the blanks about the Part Volume slider and the Super Knob controlling Volume. Experiment with the Part Volume, as I outlined above. You're thinking correctly, just not applying to actual use case. If you need to move in just one direction from the stored value you'd use bipolar. In general, when you need to go in two directions above and below the current or normal value, you'd use bipolar. You could use Unipolar but then you must set the parameter to set minimum If you want to go above and below the stored value, Bipolar is the choice. We used LFO SPEED in the early articles, this example (Morph) uses Volume, but the parameter is only the parameter - the behavior is the same. If you review the early article on Unipolar - it will become clear. In order to do вЂќfull range' with Uni we had to set the LFO Speed to 0.00Hz. They start with the 'LFO Speed' set some where in between the min and max of the range (just as this volume did), you noticed we could only turn it up from the stored value and when we return the Super Knob to 0 the speed returned to. Re-do the first couple of 'Unipolar' article examples. Play with it - it will come clear the more you experiment. Rather than starting at the stored value and moving in one direction from there (the definition of 'Uni'). You would be better to use Bipolar because the PART VOLUME starts at particular positive value 100, by using the Bipolar curve we are able to go higher *and* lower, we are able to start with the PART turned down, and we are able to turn it up to maximum. You would have to set the PART VOLUME to 0 in order to have UNI control the full range! Try it! because the minimum 127 is equal to the maximum 127. If the main PART Volume is set to 127 then you would not be able to turn the Volume down with the Super Knob. In this 'Super Knob Morph A' the minimum Volume is set by the main PART Volume. If you are Uni you will turn up from the Stored value (if '+' positive) you will turn down from the Stored value if '-' negative direction is selected.

Go back and try those but experiment with VOLUME. The first several articles do this very thing with LFO SPEED. In this particular example, the PART VOLUME is 100, you can see this by selecting 'Part Settings' > 'General' This is not a bad thing, it is actually useful in another situation (where you want to set a minimum value from which to start). You can only reduce the VOLUME to the value set by the PART VOLUME. Try changing the Polarity from 'Bi' to 'Uni' on the Square Wave.ДЄgain turn the Super Knob from 0 to 127, notice, significantly, you cannot reduce the volume to 0. Isolate just the Square Wave (do so by pressing while SOLO is engaged.ДЄs you turn the Super Knob from 0 toward 127 you will hear the Volume of the Square being raised from minimum to (lower left corner) toward maximum (upper right corner). And as the knob is raised the sound goes to absolute minimum. It indicates that this sound is full on when things are neutral. The graphic indicates from the maximum to the minimum. The graphic shows it going from maximum (upper left corner) toward minimum (lower right corner). Isolate just the Sawtooth (do so by lighting the function and touching ДЄs you turn the Super Knob from 0 toward 127 you will hear the Volume of the Sawtooth being reduced. Get comfortable using the and the function to isolate each in turn so you can hear exactly what is happening. Fully Sawtooth when the SUPER KNOB is 0 and fully the Square when the SUPER KNOB is 127. The Sawtooth that morphs into the Square Wave. Let's use the PERFORMANCE from the tutorial 'Super Knob Morph A'.

I have gone through all the tutorials so far, and the difference between unipolar and bipolar is still puzzling to me.It takes a minute to get this, I hope I can clarify.

Bipolar square wave vs unipolar square wave