Loop Size Selector Output broken?

DJ Software & Apps Controller Mappings
1

Loop Size Selector Output broken?

I’m trying to map the loop size output on my x1 mk2 in midi mode so that the display at least shows loop sizes 1 through 32 (I have no clue how to get the 1/ loops displayed). But it just seems broken. Only two sizes (4 and 32) show consistently. 1 and 2 only show when going up in size, 8 only shows when going down and 16 only flashes for a short time when going up. In all other cases these sizes just show 0.

Every size is mapped in the same way. For loop size 4: Loop size selector, out, deck c, controller range 7:7, midi range 0:4
I’ve also tried controller ranges that overlap (from 6:7 to 7:8 for example) or used loop size select+set, but nothing works. It makes no sense whatsoever.

Can anybody shed some light on this?

2

One beat loop should be 5-5 in the controller range.

3

I know, look at the example I gave.

4

And monitor state? Seems that controller output couldn’t properly refresh the LED state.

5

Just tested with my midifighter - no issues with this command in 2.6.8

6

Nope, in fact now it’s even more fubar xD

7

If your mappings are correct then this sounds like a job for NI support desk…

8

Done. By the way, it’s different from sending led outputs to different leds. I’ve done that on my DDJ-SR in exactly the same way I described above and that works indeed perfectly.

9

I think I have a possible solution, if you have two free modifiers. One of stewe posts helped me come up with this. I’ll post the tsi in a second, to complex to explain but I made it specificaly for the function you mentioned.

10

That would be great! NI was not really helpful at all, they simply told me to start over with the mapping.

11

Ha, dicks. Well I lost the .TSI.
The basic premise though is that the encoder controls two modifiers along with the loop size.
If I recall correctly, there are 12 loop size states. Assuming you set the loop with size of 8, this will also set modifier 2 to a value of 5 (m1 will also be zero until later). Turning the encoder right will increase loop size as well as the state of modifier 2. Once loop size 32 is reached modifier 2 state will be 7, at this point the encoder has no effect when turned to the right. Turning it to the left will decrease loop size along with modifier two’s state. Once loop size 2 has been reached (m2=3), modifer 2 needs to go a zero state, while modifier 1 goes from it’s zero state to 1. Continuing to turn left will decreasing loop size while increasing modifier 1. Its all very complicated but it ensures the modifiers stay synced to the loop size. To get the loop size displayed you simply make an output maping for each modifier state.
Ill try to whip up a TSI for you soon, I still dont fully understand how I got it to work so it may take a bit. Im sure Stewe could do it in his sleep though…