Expand the capabilities of your system with plugins
The main feature of the Open Ephys software is its modularity: New functions can be added via plugins, separate pieces of software that can be developed independently of the main software. We ship our software with a set of default plugins, but other developers have already started developing 'third party' plugins that you caninstall equally easily into your open ephys GUI.
This website serves as a list of plugins - see their respective pages on the wiki, on github, or elsewhere for more details.
Advantages of the plugin system:
- Plugins are easy to develop because no knowledge of the remaining software is required.
- Plugin are easy to use flexibly because they integrate with existing modules for data sources, file formats, etc.
- Standardized interfaces and a well maintained build system mean you can share your methods and know they will work seamlessly in other labs.
These plugins currently come with the stable/master versions of the open ephys GUI.
Intan Rhythm Interface
This source can receive data from any FPGA running Intan's "Rhythm" firmware. It is compatible with both the Open Ephys acquisition board and the Intan RHD2000 Evaluation board.
Displays continuous signals. Allows the user to change the display gain (voltage range), the display width (timebase), and the distance between individual channels (spread).
These plugins are not shipped by default with the Open Ephys GUI but can be downloaded separately from our plugin repository, or form the repositories of the authors. See here for a tutorial on how to install them.
Arne F. Meyer, Gatsby
A simple video4linux2-based video frame grabber plugin. It retrieves frames from any device supported by v4l2 and displays them using opencv. Moreover, frames can be saved to disk (in jpg format) together with open-ephys hardware time stamps making it easy to synchronize frames and recorded data later on. Depending on your camera this approach should be useful for most (behavioral) tracking experiments. In case the experiment requires very precise time stamps, e.g., high-speed whisker tracking, it might be a good idea to use a camera that can send TTL pulses for each frame.
Documentation >> Code >>