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23:5823:58, 28 September 2026 BCI2000 to BIDS Converter (hist | edit) [32,019 bytes] Aes2376 (talk | contribs) (Created page with "==Synopsis== '''BCI2000 to BIDS Converter''' (<code>bci2000-bids</code>) is an open-source Python tool for converting BCI2000 <code>.dat</code> recordings into datasets organized according to the [https://bids.neuroimaging.io/ Brain Imaging Data Structure (BIDS)]. The converter reads signals, parameters, state definitions, and state values stored in a BCI2000 data file and maps them into BIDS-compatible electrophysiology, event, motion, and metadata files. The convert...")

11:3711:37, 25 September 2026 Contributions:NetworkHID (hist | edit) [8,299 bytes] Tytbutler (talk | contribs) (Created page with "==Synopsis== Functionality for sending commands from BCI2000 to an external USB device which emulates a USB Human Interface Device (HID), that is, a keyboard and mouse. This consists of three components: a snippet of Python code which runs on a CircuitPython-capable microcontroller with Wi-Fi and USB functionality, a C++ class within BCI2000 which provides an interface for sending commands to the microcontroller from within a BCI2000 module, and an BCI2000 extension whi...")

19:3619:36, 22 September 2026 Free Energy Principle Joystick Task (hist | edit) [36,761 bytes] Aes2376 (talk | contribs) (Created page with "==Synopsis== '''FEP_VisuomotorJoystickTask''' is a BCI2000 application module implementing a center-out visuomotor reaching task designed to investigate how participants adapt their behavior when the relationship between their actions and sensory consequences changes unexpectedly. Participants control a cursor using a USB HID joystick and repeatedly move from a central starting location to peripheral targets. The joystick-to-cursor mapping is treated as a hidden enviro...")
19:2719:27, 22 September 2026 FEP VisuomotorJoystickTask (hist | edit) [62,268 bytes] Aes2376 (talk | contribs) (Created page with "==Synopsis== '''FEP_VisuomotorJoystickTask''' is a BCI2000 application module that implements a center-out visuomotor reaching task controlled with a USB HID joystick. The task presents hidden changes in the relationship between joystick movement and cursor movement while recording behavioral responses synchronized with the BCI2000 data stream. The task includes: * Normal and inverted joystick-to-cursor mappings. * Unannounced mapping changes between trials. * Six seq...")