Programming Howto:Create a custom Signal Processing Module: Difference between revisions
| Line 55: | Line 55: | ||
==See also== | ==See also== | ||
[[Programming Howto:Building and Customizing BCI2000]][[Programming Tutorial:Implementing a Data Acquisition Module]] | [[Programming Howto:Building and Customizing BCI2000]] | ||
[[Programming Tutorial:Implementing a Data Acquisition Module]] | |||
[[Programming Tutorial:Implementing a Signal Processing Filter]] | [[Programming Tutorial:Implementing a Signal Processing Filter]] | ||
[[Category:Howto]] | [[Category:Howto]] | ||
Revision as of 13:36, 16 August 2018
Execute the NewBCI2000Module binary from the BCI2000 build directory
Enter "VeryNiceSignalProcessing" when prompted for the new module's name
You will get a list of files that have been created for you ...
... which you may verify using a windows explorer window
Double-click the configure script from the BCI2000 build directory to open the CMake GUI
In the CMake GUI, click "generate" to re-create project files
A project called "VeryNiceSignalProcessing" will have been added at the end
Open the VisualStudio solution file from the BCI2000 build directory
Locate the "VeryNiceSignalProcessing" project in the list of projects
Define a default location for the new filter in its RegisterFilter() statement, and deactivate the #error statement above that
Define the actual location for the new filter in the PipeDefinition source file, and deactivate the #error statement below that
Right-click the project, and choose "Build" from the context menu
A "VeryNiceSignalProcessing" executable will have been created in the BCI2000 prog directory
Next step
As a next step, learn how to Attach the Debugger to a BCI2000 Module.
See also
Programming Howto:Building and Customizing BCI2000
Programming Tutorial:Implementing a Data Acquisition Module
Programming Tutorial:Implementing a Signal Processing Filter












