Hi all,
So, I’ve been experimenting a lot over the last year with Steve Reich style tape loops, but in midi rather than audio, using Ableton (v.10). In Ableton the finest resolution quantize is 32nd note triplets (48 notes in a bar of 4/4). Of course I can turn the grid-snap off in the piano edit view, but quantizing is kinda important to me for this kind of music. I could also run loops at double speed to halve the resolution, but trying to keep on top of the math/s with multiple tracks is tricky! Anyone know of any sequencers which can quantize at a higher resolution than 32nd note triplets?
I’m on Windows 10, 64-bit.
Cheers!
Edit: Realised I didn’t explain that it’s not the notes I need fine quantize resolution for, it’s the loop lengths.
From what I understand, Reaper will go to 1/64th note but I’m not in front of it so I can’t verify. I cannot recall seeing anything with a quantize resolution more fine than that.
I had stopped at Reason 10 because I had just moved to hardware and wasn’t really touching DAWs at all. There was finally an upgrade discount a couple of months ago to go to Reason 11 and be upgraded to Reason 12 which came out on September 1st. I am going to upgrade my installation when I get home.
Reason has always been a lot of fun to use. I really enjoy the creative output that came from Reason and might start noodling with it again as things get cooler outside over the coming months.
I never did use the arranger. I still only use Session View in Ableton as well. The arranger in Reason looks really powerful though. Loads of great features! I’m eager to see everything in high resolution after all of these years.
I wasn’t thinking of the quantize window, but that on;y goes to 32nd notes. I was meaning dragging notes / loop markers around in the piano roll editor.
Here’s a proof of concept m4l device that will let you control the loop length of first clip of first track (MIDI).
Not sure about the actual accuracy, but seems to be really good. Loop length is expressed in beats. loop_end control.amxd (4.4 KB)