The primary language for our tracking and targeting logic. OpenCV: Utilized for high-speed computer vision.
: Two cameras (wide-field for tracking and high-magnification for targeting).
The system operates on a dual-camera setup. A wide-angle camera maintains a lock on the fly's global position within the arena, while a second, high-magnification camera targets specific anatomical regions. By utilizing Thorlabs 2D galvanometers, we can steer a laser to deliver precise optogenetic or thermogenetic stimulation—all while the fly moves freely. bj-full-120fps.mp4
For those looking to dive deeper into the code or build their own setup, you can find our official documentation and downloads on the FlyMAD project site. 🛠️ Key Technical Resources : FlyMAD - Straw Lab Technical Details : Hardware and Optical Path Software Repository : John's Blog (Developer Insights) FlyMAD - The Fly Mind Altering Device
The video bj-full-120fps.mp4 serves as a demonstration of the system's architecture, which integrates: The primary language for our tracking and targeting logic
We believe in open science. The entire system is built on:
This video file refers to technical documentation from (the Fly Mind Altering Device), an open-source hardware system developed for real-time tracking and optogenetic/thermogenetic stimulation of fruit flies. The "120fps" in the filename highlights the system's capability to process image data at high speeds for precise targeting. 🔬 Project Overview: FlyMAD The system operates on a dual-camera setup
Our latest technical update features a look at the (Fly Mind Altering Device) system in full swing. If you've seen the bj-full-120fps.mp4 demonstration, you’ve witnessed the backbone of our real-time tracking architecture.