What are Flip-Flops and a few ways of using them

[@marcelgrenier6916]

It's like my Birthday everytime I see a new video from Omri in my feed.

[@OmriCohen-Music]

Hey, thanks!

[@terrabreeze]

Happy birthday bro !!!

[@Almanacs]

I have no idea how you come up with these clever patch ideas, Omri!! Cheers.

[@OmriCohen-Music]

Fungi... :)

[@CinematicLaboratory]

This reminds me that Branches can also be used as a Flip Flop with some long press. I have to check and experiment. Thanks, Omri!

[@OmriCohen-Music]

Yeah, that's true. Setting Branches to Latch mode and turning the probability all the way right, will act like a flip flop. That's great because I have one :) Man, modular is so cool...

[@kilbonrobert]

New to this sort of thing looks and sounds fantastic. Downloaded the free version so I can have a play.

[@OmriCohen-Music]

Have fun!

[@DeepAmbientDrone]

At first I thought that the flip-flop is a 50% Bernoulli gate. I didn't know that there is always a voltage at one of the outputs. I have needed something like that a few times. Mostly I use Semitone together with other modules. I could have saved some extra space with a flipflop^^. Your patches sound great, by the way. You always do such nice tutorials and demonstrations, it's a lot of fun to watch. Thank you Omri.

[@OmriCohen-Music]

Yeah, Flip Flops are useful indeed. Thanks so much!

[@thelanavishnuorchestra]

Oh, that S&H to flip flop to get gates is definitely a trick I'll use.

[@OmriCohen-Music]

Yeah, it's great for generative stuff...

[@emaremedi1843]

Great work Omri as always! Thank you

[@OmriCohen-Music]

Glad you like it!

[@3DPDK]

ML Modules "Octaflop" is an inline array of 8 flip flops. By default, each flip-flop feeds into the next one below it making the single module an 8 bit binary counter. Each flip-flop divides the previous flip-flop's signal by 2 making the final output, with no further logic, a divide by 256 clock divider. By connecting an input to any of the lower flip-flops you can break the internal inline connection from that flip-flop on down. The module has a manual reset that has a CV input and if you understand the bit values of an 8 bit binary number (2, 4, 8, 16, 32, etc), you can "AND" the appropriate outputs (add the numbers to get the total you want for a reset value) to the reset CV input to divide the clock by any number from 2 to 256. By feeding the last flip-flop output into a second Octaflop you can AND any number from 2 to 65536. One use, besides all the ways shown in this video, would be to create a precision event timer/trigger to trigger or start or stop different parts of a patch at different times (use a latch as shown), but based precisely on the BPM of the main clock. This is all basic digital logic.

[@GeorgeLocke]

Next VCP challenge should be a 18342 step sequence created this way.

[@OmriCohen-Music]

Yeah, the OctaFlop is great!

[@animatek]

Thank you Omri!!!

[@OmriCohen-Music]

Cheers!

[@aSpeaker2BlocksAway]

CRAZY!!!! Thanks man!

[@OmriCohen-Music]

Have fun!

[@geogenik]

Thanks!!!

[@OmriCohen-Music]

Cheers!

[@UltraD52]

This would be a great patch to do a Steve Reich style "phase" piece. (The first patch)

[@matankesselman456]

I only know of one flip flop.... LA CHANCLA

[@omarbrown2696]

Proper

[@The0Stroy]

In every place where is a flip-flop, it can be replaced by a Bernoulli gate to add some randomness...

[@reggietelly]

An oldy but a goody

[@OmriCohen-Music]

Cheers!