Demystifying Maths’ Mixer

Demo of how to attenuate, offset and elaborate an LFO using Maths; CORRECTION: I repeatedly state that the cycling or triggered envelopes generated by channel one and four generate a 5v envelope: that is incorrect. They emit a 8v (approximately) envelope.

[@BlackMan614]

This just popped up on my list. Very good job. This is one of the best Maths videos out there... trust me... I've watched them all.

[@williamthazard]

this was super helpful! I picked up a maths a few months ago, and I’m still figuring it out. So far, I’ve just been avoiding those 3 outputs. Thanks for broadening my horizons. I’m excited to see what I’ll be able to cook up with them now

[@electricharmonyac7354]

Honestly as simple as what you have shown me about my Maths it was enough for the epiphany that I've been needing to further understand what I can do with it!

[@numerus]

Hi Martin. I graduated with you at LHS. It's great to find your channel and see you are involved in eurorack modular. Thank you for helping me further my understand of Maths. I hope you are doing well. ~Matt H-W

[@brianobush]

Nice info; new info for me, esp the voltage ranges of channels 2/3. Thanks.

[@steveoath]

This video was extremely useful as I get to grips with Maths. Has explained some of the features I thought I'd need a new module to achieve! Cheers.

[@mlanson303]

Finally I get my Maths. Thank you for this

[@brianreilly6545]

Perfect tutorial👍🏻👍🏻. Very helpful, thx!!

[@rotarurazvan8792]

The best info ever,i swear

[@RichyHo]

Thanks for this, a really useful, informative video. Cheers.

[@nachoquetingui]

A clear explanation. Thanks!

[@NutritionalZero]

Just a quick point: at 0:55 you mention that the cycling envelope runs from 0v to 5v. It actually has a range of 0v to 8v from the unity output. This is a important because, as I recall, the range of the control signal expected by some of the other modules such as Optomix is 0v to 8v. 5v wouldn’t cut it.

[@MartinDoudoroffLLC]

You are correct! I made this video before I had a scope and made an invalid assumption.

[@electricharmonyac7354]

Thankyou for the video. Also love the mostly Make noise rig.

[@MartinDoudoroffLLC]

My rig has changed a lot since then, but there’s still plenty of Make Noise around.

[@cheek1m0nkey]

Thanks, very clear and helpful

[@tidalwaveforms3813]

Great video, thanks.

[@usuwaniestukotu722]

Amazing video, thanks :)

[@SerafimSmig]

That was super helpful thanks!

[@LavLab]

Very informative. Thanks! 👽👍

[@jazzbeats8168]

amazing! thanks!

[@TerekkiTerekki]

Good explaination

[@warius1]

Great, thanks.

[@Mr.Solomons]

Thanks

[@terryvergos6365]

thanks!

[@caseonfire]

Can you put 4 ch of audio through maths? as a standard audio mixer?

[@justanotheryoutubechannel3102]

UGH... all instruction and no hear it do whatever maths does

[@seansoblixe9711]

TALK TALK TALK YOU CAN NOT TALK US INTO BUYING ONE.....SOUND IS WORTH A MILLION FRAMES OF TALK

[@MartinDoudoroffLLC]

LOL. I couldn’t care less whether you buy one.