The program currently in place is a very simple serial output (and not an optimal one) that you can read on the Arduino IDE output graph. I'm working on a free nativescript mobile app to work with the ESP32 and bluetooth, and someone else is working on a desktop version. I'm not super experienced building out applications so this is anyone's.
Main features the software needs:
- Graphing, and output stream w/ timestamping.
- Multiple metrics (derivatives and statistics)
- Different stimulus pairings:
-- The classic software is a video that plays forward and backward based on the change in ratio
-- Audio that does the same
-- "Games" with scoring systems, based on binary positive/negative stimulus.
-- Anything else appropriate, really. The HEG is essentially a pulse oximeter with a program that gives you a returning light ratio so that's very flexible.
Ideal:
- Self-reporting system (incl for different sensor placements on the skull), optional anonymous data collection
- Accessible, peer-reviewed learning material.
- Anxiety/breathing alert if the score drops too fast?
The program currently in place is a very simple serial output (and not an optimal one) that you can read on the Arduino IDE output graph. I'm working on a free nativescript mobile app to work with the ESP32 and bluetooth, and someone else is working on a desktop version. I'm not super experienced building out applications so this is anyone's.
Main features the software needs:
-- The classic software is a video that plays forward and backward based on the change in ratio
-- Audio that does the same
-- "Games" with scoring systems, based on binary positive/negative stimulus.
-- Anything else appropriate, really. The HEG is essentially a pulse oximeter with a program that gives you a returning light ratio so that's very flexible.
Ideal: