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My music:- https://soundcloud.com/hubobulous
What's slightly odd is the new output level meters always stayed green, even without the gain reduction and with large amounts of internal gain included. Maybe I didn't push the levels hard enough for them to go red. But that's not an issue, just a curiosity thing.
I’ve managed to do it by having two paths and setting both to a multi input , but then I have to have two sets of amps/fx on each as well. I’d prefer just the one. I’m trying to emulate the Holdsworth settings for the yamaha ud delays.
I only ask as it feels backwards (I went through a similar process so there is no judgement) as to how you would operate with a real amplifier. I think sometimes we over think modellers. I approached it by rethinking and looking at my pedal board and valve amps (when I still had them). So I set the sounds up for the highest output guitars then added a boost pedal I could kick in for my strat. Advantage there was I could drop that out and go super clean.
I didn't notice a MASSIVE output level change flipping guitars around, no more than I would in the analogue world (at least at gig volumes) but did notice a change in how the amp would respond to high output humbuckers sticking a gain reduction in front.
Could be controlled by snapshots then easily enough, or by dropping into pedalboard operation.
Just my 2p and very happy to be ignored! All personal preference init.
Levels that sound right at home don't always perfectly translate to higher volume live gigs. If I didn't include a gain offset, I'd have to go in and literally tweak every compressor and OD/distortion setting.
I expect (if i ever get back to live gigging) I'll probably initially keep a gain pedal in front of my Helix LT as a trim whilst I get things back to my satisfaction.
Yes the same thing would apply to any pedalboard.
The sound is for my new AZ2402 which I plan to use as my main guitar with my Strat as backup. Although I'm seriously considering getting an AZ2204 now as well, so maybe the Strat will be out of the loop (because it's too bloody heavy).
I'm not worried about home use.
As I'm fiddling with my Helix now, I thought I'd have a quick look. I can't think of any way apart from what you've already suggested (pic below).
https://i.imgur.com/lmOPJ1H.png
(Oh, and those AZs are looooooovely things!)
My initial thought was split DSP 2 into 2 full paths and put a dual delay on each, so 2 delays in parallel (I think) on each path, split DSP 1 into 2 outputs and point 1A -> 2B and 1B -> 2B ... and while that will work, I'm not 100% sure it's what you're after.
EDIT : Which now I've said it is just the top half of Stratman's idea but with dual delays, which you will have thought of ... still curious though!
Here's a possible (somewhat convoluted method) that might work for you (see pic below). You'll need a patch cable between Helix 'Send' and 'Return' sockets. Adjust the 'Dry Thru' of the Send and the Mix of the Return to taste.
Not sure whether it's exactly the routing needed. I think there might be some phasing 'pipeline delay' issues going on based on what I'm hearing.
https://i.imgur.com/j3n3nbw.png
I couldn't find any detailed descriptions of the delays within the Helix. It might be worth tracking down original descriptions of the delays that are being emulated to see if those might offer better info. I can't help but feel that I'm missing something obvious here.
I can't help but ask what the aim is here in getting 4 parallel delays.
Bandcamp
Spotify, Apple et al
I believe it relates to trying to emulate the Yamaha UD Stomp delay. In my searches I found some interest in this within the Helix community. It's an interesting puzzle
edit: @Cirrus is correct. "If" there is a phasing issue it would make sense to avoid a second dry path. I should have known that from previous experience setting up a rack based system.
The idea is Holdsworh's, but I believe it based on the maths used for the placement of an orchestra ( I can't remember what it's called, I'll try and find it later).
Basically the sound is somewhere between a reverb and delay, the delayed sound itself gets sort of 'lost' in a mix/band setting. It's kind of rhythmic/but not. Which doesn't make any sense. It also isn't really dependant on the tempo of the music.
The UD was based on his want of putting the rack delays and mixer a single box. So instead of the fridge based racks ( he'd have 4 stereo delays for clean, and then another 4 for overdrive `) he could just have two boxes. He also used multiple delays for a chorus sound, and his swell/ambient sound, too.
This is the list of the settings, if you want to try and program your own.
https://usa.yamaha.com/files/download/other_assets/7/313747/udstomp_en2.pdf
Ooo. It works, but there is a bit of phasing. I'll have a go at trying to reduce that tonight. Thanks !
As mentioned, avoiding having two parallel dry paths should work (i.e. the second DSP path set on 100% wet).
I wonder whether having Sends and Returns in each path might be a way of matching the paths, so both DSP paths have a Send (D to A) and a Return (A to D). This would require the use of two Sends and two Returns. That would need more experiments, and my brain is starting to hurt now.
I also wonder whether it really matters if you have two amp/cabs if they're on identical settings (which is where we started).
More insanity. I realise this has probably descended into the equivalent of solving Rubik's cube puzzles using Helix blocks
I believe the phasing effect is (at least) reduced by including a second set of Send/Return blocks into the DSP1 path. See picture below.
https://i.imgur.com/fqLIVp7.png
So it's Amp+Cab to Send 1 (DSP1 path) to Return 1 (DSP2 path). Then the inclusion of Send 2 (DSP1 path) to Return 2 (DSP1 path). So each DSP path ends up with the equivalent (or similar) time offsets introduced by the D to A and A to D elements.
It's necessary to fiddle with Send Dry Thru and the Return Mix controls. For example, set Send 2 Dry Thru to -120db (the max. attenuation value) and Return 2 Mix to 100%. Send 1 needs a Thru signal which I assume remains in the digital domain.