Whereas the Cell Matrix is built around the idea of Boolean truth tables, the Songline Processor enables one to design systems using real-valued building blocks. This means that instead of a Boolean-valued truth table, each cell contains something like n real-valued function of n variables for mapping n inputs to n outputs...
Some applications of the SLP are immediate, for example as a simple amplifier (a single cell whose function is f(a,in)=a*in, where a is the amplification and in is an incoming signal). A few cells can be configured to perform differentiation or integration. Analog versions of flip flops (e.g. a sample-and-hold circuit) can be built from 2 cells...
All the code, files, documetation, etc. related to the simulation and development of SLP configurations is available on GITLab. It's not very well organized, but most everything should be there..
A prototype hardware interface has been build for interacting with the SLP engine. Some details can be found here...
This setion should grow over time...