01:24 <mumptai> any recent publications triggering that?

01:58 <sb0> I mentioned it on the llvm dev list this week - maybe?

01:58 <sb0> which labs? :)

03:56 <rjo> mumptai: i would think they just used "the internet" ;)

03:59 <rjo> sb0: ketterle.

03:59 <rjo> sb0: https://github.com/yuyichao/artiq

04:40 <sb0> got llvmlite + llvm 3.5 to work. in addition to the cleanup, we got another 11% improvement in rtio pulse performance

08:12 <sb0> yay for cheap chinese ccfl drivers with bad voltage regulation. you can get >10kV continuously from them without a load. sounds they might work for this: http://www.randombytes.org/ion_traps.html

08:15 <sb0> ah no, more like 5kV. still good though.

08:45 <sb0> "python -m unittest py2llvm.py" now completes in 2.3s. this problem is gone, too.

09:09 <GitHub9> [artiq] sbourdeauducq pushed 1 new commit to master: http://git.io/sPMMYw

09:09 <GitHub9> artiq/master 159f632 Sebastien Bourdeauducq: switch to llvmlite

09:18 <GitHub122> [artiq] sbourdeauducq pushed 1 new commit to master: http://git.io/8MzHDA

09:18 <GitHub122> artiq/master 0e9c9b2 Sebastien Bourdeauducq: README: update

12:02 <sb0> hmm, the trap won't work. I guess the ccfl inverter frequency is too high, and/or the corn starch I have forms aggregates instead of fine dust. rjo any ideas? :)

14:13 <ysionneau> what's the freq of the ccfl?

14:14 <ysionneau> this 60 Hz one is pretty nice : https://www.youtube.com/watch?v=a5v-W_pAqIs and the laser strobing allows to see the movement

14:26 <sb0> some kHz I think

14:37 <sb0> nice video!

14:53 <sb0> makes it look easy. now I wonder why mine doesn't work at all...