To run, type either ./vmr.m (if file has executable permissions) or octave vmr.m.
Add 's' as an argument to run a short version (proper screen, but shorter conditions) or 'd' to run the debug version (improper screen, with most settings pre-filled and most checks ignored). In other words,
./vmr.m d # debug mode (e.g. for developing on non-rig)
./vmr.m s # short mode (e.g. for testing all conditions quickly on the rig)
./vmr.m # real mode (i.e. for collecting data)
https://psychtoolbox.discourse.group/t/120-240-hz-lcd-display-for-neurophysiology/3525/6 for some other experiences with consumer high-refresh-rate monitors
https://psychtoolbox.discourse.group/t/wacom-tablet-valuators/3393/5
https://softsolder.com/2020/01/14/huion-h610pro-v2-tablet-vs-xsetwacom/
https://bugs.launchpad.net/ubuntu/+source/mutter/+bug/1900908
Asus says doing ELMB @ 120Hz should show 120 images/sec interleaved with black frames, so we should consider turning that on? https://blurbusters.com/faq/advanced-strobe-crosstalk-faq https://forums.blurbusters.com/viewtopic.php?f=23&t=8235&start=10
json_encode/decode are from https://gitlab.com/leastrobino/matlab-json The ones from the io pkg are very slow (like an order of magnitude worse than saving a mat file) These are 2x faster than saving a mat file, and can be significantly smaller too (after gzipping)
Remember to select the right XConf*
Wacom device info with lsusb -d 056a:0358 -v
We need to fiddle with xsetwacom to put the tablet in the right spot,
https://wiki.archlinux.org/title/wacom_tablet#Adjusting_aspect_ratios