Make sure your Launchpad of choice is plugged in. But first we have to start up that connection. One cool thing about working in the r_cycle environment is that the hardware will respond dynamically as you change the patch. If you haven’t already downloaded r_cycle, you can download it here: Download r_cycle This includes tools from another free library, RjLib. To jump start this process, we've created a sample project, which can be opened from the examples folder that you downloaded alongside r_cycle. To keep a simple folder structure for distribution, you can add an object in the patch that looks for that whole subfolder: declare -path r_cycle Next, duplicate the TEMPLATE.pd file and give it a new name - SAMPLESLICER.pd or whatever you’re building. Copy the whole r_cycle folder to this folder. This way, you can create a self-contained project you can load onto other machines or send to friends. Next, create a new folder for housing your patch or patches. You can download the latest Pd (0.50 or later minimum) on Miller Puckette’s personal site. The up-to-date version of r_cycle will always be on GitHub.
Grab The Latest Version of Pd and r_cycle The combination of Pd software with Novation Launchpad hardware means you can create your own original sound instrument that works the way you want - and lets you get your hands on it.ġ. The fun part of all of this is building your own stuff. Be sure to read that introduction if you haven’t already. And we got you started with Pd, even if you’ve never used it before. In our primer on r_cycle, we got to know Pure Data (Pd), the open-source, cross-platform environment in which r_cycle was built, and got to understand what r_cycle was and how it might be used. R_cycle is a free library that lets you build powerful tools for performance and production.
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