A functional C++ DSP framework for the rapid prototyping of algorithms.

DipsyFunk is a DSP framework written in C++ that allows a programmer to implement DSP functions as a series of callbacks that are given to DispyFunk to compute. This frees a programmer from having to write any OO code to manage their DSP logic, and let's someone immediately begin developing DSP algorithms.

In addition to its convienience, DipsyFunk also has:

• A standardized, clean, and consolidated interface. All of DipsyFunk's implementation is in a single header file.
• No subclassing or type hierarchies. Simply use the CallbackController and std::function (or the included typedef) classes to develop your algorithms and code. Just code the difference equation and you're done!
• Signal-rate and control-rate parameters are easily passed into the DSP logic from GUI components or other subroutines. Access them through the provided interface out of the box.
• Type agnostic - take advantage of whatever bit-depth you choose as soon as you begin writing your DSP logic. Use any API's custom numerical type as well.

• Requires C++11/14 for use, and currently only compiles under clang++. Apple's Xcode Command Line Tools for 10.10.2 and above supports this.
• The provided example requires PortAudio to be installed.
• Run make in the root directory to compile the example.
• Run ./HelloDipsyFunk to hear an aural treat.