newtfish

Im trying to do something that seems quite simple, but its got me stumped. Im trying to invert the phasor signal, so I can dial how much it is inverted. A simple patch beneath explains the problem:

inverse-signal-of-a-phasor

I'm afraid I'm not 100% clear on what you wish to achieve, even from looking at your patch, but here is a simpler way to reverse (I think you mean reverse and not invert) a phasor ramp:

Hi
I'm afraid I'm not 100% clear on what you wish to achieve, even from looking at your patch, but here is a simpler way to reverse (I think you mean reverse and not invert) a phasor ramp:

Thanks. Interesting way of doing it. Im trying to adjust the phase of these, so hoping to find a solution where I can bring side B in-line with side A as well

- for messages i would use [line] and not [phasor~] ith [snapshot]

- you generally invert by [* -1.], [+ 1.] or [expr -$f1+1.]

- for the transition/modulation you´re looking for, you could mix the 0. 1. (normal ramp) against 0.5 0.5, and 0.5 0.5 against 1. 0. (inverted ramp) using simple math.

 - you generally invert by [* -1.], [+ 1.] or [expr -$f1+1.]

 - for the transition/modulation you´re looking for, you could mix the 0. 1. (normal ramp) against 0.5 0.5, and 0.5 0.5 against 1. 0. (inverted ramp) using simple math.


actually, i would do that in a bipolar range (-1 1).

then you can just mix against 0. 0. by multiplying, or just mix against the inverted ramp by adding it to the normal ramp.

just add the inverted ramp times two to the normal ramp

using expression, that should fit all into one object:

[expr (($f1*2)-1) + (-(($f1*2)-1)*2.)*($f3)]

...where $f3 is the modulation input (=your knob, but with a range of 0.-1.)

everything below is my name and is not required for the patch.

modulation:
just add the inverted ramp times two to the normal ramp

inverted ramp:
[line 25]
[expr -(($f1*2)-1)]

with modulation input:
[line 25]
[expr (($f1*2)-1) + (-(($f1*2)-1)*2.)*($f3)]

I'm not sure what you mean by "how much it's inverted"; what is the in-between state?

Are you trying to offset the phase of these or just invert them?

I'm not sure what you mean by "how much it's inverted"; what is the in-between state?  

Are you trying to offset the phase of these or just invert them? 

inverse signal of a phasor?