/micro-control-final

This is the repository that corresponds with Romano et al. (2019), https://www.ncbi.nlm.nih.gov/pubmed/30946877

Primary LanguageC++

Romano et al. (2019), https://www.ncbi.nlm.nih.gov/pubmed/30946877

This is the repository that corresponds with Romano et al. (2019). Various experiments are located in experimental_code, divided into "motion_sensors" and "tone_puff"

in order to use

  • download Atom and add platform.io
  • build folder
  • slight modifications are needed in order to use DigitalIO: open .piolibdeps, navigate to DigitalIO
  • open .piolibdeps/DigitalIO_ID200/src/DigitalPin.h
  • scroll to line 278
  • replace inline void fastPinMode(pin, mode) with inline void fastPinMode(uint8_t pin, uint8_t mode) and rebuild
  • upload folder to Teensy 3.2
  • open MATLAB (>= v2017b)
  • read the README.txt file in the corresponding folder, and run the Userpopup* that is necessary
  • the most recent tested versions for motion sensor are ADNS_Code_v4_PAUSE (If extra pins are desired at random intervals, use ADNS_Code_v3_water_led*)
  • the most recent tested versions for tone puff design are TonePuff5_Pause_2TONE_JITTER. In order to use only a single tone, set one of the tones to duration 0. In order to have un-jittered trials, set jitter to 0.