What exactly do LFO.T and LFT.T on the TRIG page do? the manual says
“ LFO.T Trig controls if the LFO will be trigged or not.” and FLT.T does the same for the filter
triggered by what? when you start the pattern? per trig?
you already have the free or trig modes on the LFO, and you have legato or key trigger modes for the filter in the settings - so what do these do that’s different?
havent tried it but i’d guess you PLock trigs with those parameters on or off to determine whether the LFO has an effect or not. If you don’t plock then it just remains constant for whichever state it is on that page.
The LFO in free running mode won’t be affected, but you can P-lock whether a trig-synced LFO will fire. And FLT.T is for the filter envelope, again per trig.
This can be especially useful for lock /yellow trigs where you want to alter a ringing note without restarting the filter envelope or LFO, and it’s the default for yellow trigs.
thanks - i still don’t understand though - you mean i have P-lock a trig mode on the LFO page AND the LFO.T for the LFO to start on that trig? isn’t that what the trig mode is for?
By default regular/red trigs will trigger LFO if it’s not in free-running mode, plus the filter envelope, and yellow trigs will silently change this setting to not trigger the LFO or filter envelope again. The trig page settings let you change those defaults in a few use cases.
LFO.T is my most hated digitakt feature. If you turn it off it makes it so the LFO can’t be triggered even in if it’s in a trigger mode. This is redundant and confusing functionality IMO
It doesn’t get in my way, I only hate it because I wish what it did was reset the phase of the LFO only once at the start of a pattern so the LFO can be repeatable AND free running.
Can anyone explain to me a purpose this switch serves that isn’t something the LFO already can do?
hmm, thanks for your input guys - i wish i could say that it clears things up, but i’m still not grasping the purpose or function of the switch. i think i’m going to have to spend a few hours just experimenting with it specifically before it makes sense to me.
i’m also noticing that the Trig Mode on the LFO is also not working as I would expect to.
if i want the LFO to reset from the start position on two specific trigs, how exactly am do i program that?
i thought Trig Mode resets the LFO with every trig that has Trig Mode locked to it - but i have LFO running in free mode, and it’s P-locked in Trig Mode on the first trig and on one trig later on in the pattern - if i play the pattern from when it’s stopped, it always starts in the same place, but if i let the pattern repeat it seems to just ignore the P-locked Trig Mode on both trigs??
each time the pattern repeats the lfo starts in a different place (in terms of where it is in the wave form, like peak vs trough)
yes i know but what do you mean “switching the sound” - like at which point? like right at the new trig? or you mean the LFO runs free though the sound change?
If trig mode isn’t “free” and LFO.T=on and the trig is a regular trig then the LFO will reset on each trig.
If you don’t want the LFO to reset on every trig, you can P.Lock LFO.T to “off”. For tracks where you want to use this parameter I think it often works best to set LFO.T to off by default and then P.Lock it to “on” on steps where you do want it to reset. Make sure to not also P.Lock any of the other LFO parameters as that can also reset the LFO.
ack thank you, I’m almost there, but it’s still not doing what I want - i need the LFO to reset at two specific point - trig 1 and then again on trig 49 (1st trig of page 4), where the LFO changes shape
the defaults are: LFO.T=OFF, Free LFO, sine wave
i have LFO.T=ON and Trig Mode parameter locked onto trig 1 and 49, and trig 49 begins the square wave until the end of the pattern (64 steps)
the sequence plays perfectly the first time, but when the sequence repeats, it starts at a different part of the wave cycle instead of restarting the LFO and ignores the LFO trig locks on trig 1 and 49.
It actually doesn’t matter that much for the sine wave section, but once it gets to the square wave on trig 49 it completely screws up the whole sound.