Korg - Nu:Tekt NTS-1 Digital Synth Kit

Product Information

This is processed using the “switch case” statement. Explained simply, this shows the processing that occurs when the variables we specified using “switch” match these respective cases. Since the NTS-1 input requires line input, we would ordinarily need a mic amp or a mixer to amplify the sound if we wanted to plug in a mic. The very nature of the NTS-1 promotes creativity and the customization of your setup. The screws found along the side of the unit are long enough to allow for the attachment of custom-made side panels – letting you tinker to suit your personal preferences. An assortment of versatile inputs and outputs means you can also use the NTS-1 in tandem with a whole variety of different software and hardware. For example, you could alter and then add digital effects to your audio signal, or even control it through external MIDI controllers and sequencers. The musical possibilities are endless! Free Collection of Music Software This value comes in fixed decimal format as we covered earlier, so we need to first convert it to floating point. In this example, we convert fixed decimal Q31 format into 32-bit floating point, and store the result in a variable called “valf”. We use “const” when the data content should not be changed. Try searching for this if you need more details.

We can process these alternately, but for the sake of clarity we transfer these into variables each time, “inL” and “inR”. What’s so fantastic about the NTS-1 is that its compact hardware and ability to program give you such a high degree of freedom. The OSC and FX controls are then stepless, because the controller values change with each user OSC and FX that is added, the rest isThanks to its ribbon controller, simple interface and display, the NTS-1 can be played and enjoyed very intuitively. Deeper parameter changes are also possible with several combinations of buttons / knobs, furthering the possibilities. Don’t let its size fool you; NTS-1 goes deep but keeps it all easily accessible. As you might imagine, you’ll need a lot of memory to store long files of music data. The SDK of the NTS-1 includes a function for memory operations (handling memory), and the third line of our code includes the statement “#include buffer_ops.h” for doing this.

For Linux, which is basically Unix, or macOS, which is based on Unix, you’ll be able to install using a bare minimum of tools. However, for Windows you’ll need an additional environment that can execute Unix commands. Simply put, MSYS2 is a platform for executing Unix commands on Windows. Because of this, if you’re developing with Windows and MSYS2, you’ll run your commands within the “MSYS2” window. If you’ve successfully executed the commands, a file named “waves.ntkdigunit” will be generated. This should be loaded into the “USER OSCILLATORS” of Sound Librarian as “waves.” If you’ve gotten this far, the next step is programming! It’s a bit of a chore to get things up and running.

Stock sounds

Finally, we’ll type name of the effect we created in to the “name” parameter in “manifest.json” and in the “PROJECT” parameter of “project.mk”. You can do this using a text editor.