In your annotation (1), tying two separate outputs to one input is actually illegal in dataflow / VPL systems like this. BrainBay would have likely complained if you had tried to run this design. But

If you want to train on 1 through 8 Hz, use one of the VPL apps such as BrainBay, neuromore, etc.

There are other apps that are more targeted for neurofeedback usage. And allow easy adjustment of feedback on certain characteristics of the incoming signal. In your case 'rewarding' the production of

You can program any feedback you desire with BrainBay or BioEra. Other apps also exist that are similar (VPL Visual Programming Language, using flow diagram.) Such as Neuromore, OpenViBE, PureData, Ma

Another similar VPL (Visual Programming Languages) biofeedback app is BioEra. You can view it's elements on this page,

Actually there are many VPL (Visual Programming Language) apps that can accept OpenBCI data streams. Below is a post from 2015 on the VVVV app. This app can accept OSC (Open Sound Control) data stream

A similar app to BioEra, but free is 'neuromore'. Another is 'BrainBay'. All of these (BioEra, BrainBay, neuromore, OpenViBE, Bioexplorer, LabView), are all examples of VPL, Visual Programming Languag

Yeah looks interesting. There are many VPL (visual programming languages) that can work with Cyton DIRECTLY (these understand the Cyton serial port protocol):

Micaela, hi. Another option you have is to use one of the existing BCI apps, that are programmable through a visual dataflow diagram. (These are called VPL's, Visual Programming Languages.) So no prog

In many cases, the neurofeedback practitioner or researcher, will want to specifically 'tune' the feedback parameters to match his requirements. For example instead of the graph you mention above, mor

Thanks for the suggestions. I do have a BioEra license and use it for basic protocols, and have looked at or used most of those packages and several others over the years. That experience has been amp

Take a close look at the various VPL (Visual Programming Language) platforms that support OpenBCI devices. These VPL systems allow data flow / feedback programs to be designed 'visually' with flow dia

As far as open source apps, with no home trainer support (you design your own protocol VPL visual programming language flow diagrams) -- you can look at Neuromore or BrainBay. BrainBay is Windows, neu

Most of the VPL (Visual Programming Languages) apps can do the EEG to MIDI conversion: BrainBay, BioEra, Neuromore, etc. It is also possible to pipe the EEG stream out of the OpenBCI_GUI, and into mus

See some references to other VPL apps in this recent thread, including BrainBay considerations. BrainBay can do arbitrary 'synchrony' calculations (by summing filtered channels, say from 8 to 12 Hz).

I'd recommend checking out these apps: neuromore, BrainBay, BioEra. These are all called 'VPL', Visual Programming Languages, where the design is constructed by a graphic series of function boxes. So

I've written neurofeedback applications myself, generally using VPL frameworks such as BioEra, BrainBay, Bioexplorer. In these dataflow languages, certain DSP filtering operations such as bandpass fil

As mentioned before, OpenViBE is not geared towards neurofeedback / biofeedback usage. But rather BCI projects. I would suggest you take a look at this BrainBay tutorial to get a feel for how VPL apps

Another VPL I forgot to mention is National Instruments LabVIEW. Use the search button to find the Cyton driver kit.

A left/right hemisphere band power or FFT bar graph can be easily done in any of the various VPL Visual Programming Language apps. These apps use a "data flow" approach, with various DSP dig