#Processing minim example serial
#Processing minim example archive
#Processing minim example code

You should now have a browsable project in the package explorer called 'minim' that will auto-build class files.

Make sure that 'Copy projects into workspace' is not checked.

It should find a project named 'minim'.

Use the 'Select root directory' option and use Browse to choose the libraries folder of your Processing sketchbook.

Under General choose 'Existing Projects into Workspace' and hit 'Next'.

Right-click in the Package Explorer and choose 'Import.'.

Set your Eclipse workspace to be the 'libraries' folder of your Processing sketchbook.

Once you have acquired a copy of the repository in one of the above two ways, you can import it into Eclipse as an existing project and browse around the source, making any changes you want.

This repository is already setup as an Eclipse project. Open (or restart) Processing and in the Sketch -> Import Library menu you should see 'minim' in the contributed libraries list. Remove the version of Minim that is included with Processing: You will now have a readonly copy of this repository that you can keep sync'd by periodically pulling the latest updates ( using 'git pull' ). Open (or restart) Processing and in the Sketch -> Import Library menu you should see 'minim' in the contributed libraries list.įrom the libraries folder in your Processing sketchbook, clone the repository into a directory called minim, like so:.On Windows: From the directory that contains Processing.exe, dig down to modes/java/libraries and delete the minim folder there.Then dig down to Contents/Resources/Java/modes/java/libraries and delete the minim folder in there. On OSX: Find your Processing.app and right click, choose ÒShow Package ContentsÓ.Remove the version of Minim that is included with Processing:.Extract the contents of that package into a directory named minim inside of the libraries folder in your sketchbook.Click on the Downloads button (at ) and select one of the packages provided.The library also contains calibration functions for finetuning further in the process.This repository is organized so that you can place it in a folder named minim inside of your Processing sketchbook's libraries folder.

#Processing minim example code

Following code was derived from these and reads one sensor on port A0. The library comes with a few code examples for a bar of eight modules. At this moment there is no need for soldering (prototype) so we will use a breadboard which enables us to make connection without soldering them.įrom the specifics we can see that the operating voltage is 5.0 V. Next step is to connect the sensor to the Arduino board. Once this is done, you can create a QTRSensorsAnalog object for your QTR-xA sensor. Note that you might need to restart your Arduino IDE before it sees the new libraries. You should now be able to use these libraries in your sketches by selecting Sketch > Import Library > QTRSensors from your Arduino IDE (or simply type ‘#include ' at the top of your sketch).

#Processing minim example archive

In order to work with the library that comes with the module we need to download the zip archive from GitHub, decompress it, and drag the “QTRSensors” folder to your arduino libraries directory. The modules come as compact, single-sensor units (QTR-1A) or as a bar of eight modules. The Pololu QTR reflectance sensor carry infrared LED and phototransistor pairs that can provide analog measurements of IR reflectance, which makes them great for close-proximity edge detection and line-following applications. Johannes Kreidler wrote an excellent book (‘Loadbang - Programming music in pure data’) on music in PD covering all aspects of (electronic) music: audio, audio synthesis, wave shaping, sampling. PD is a modular environment where sketches are made by connecting nodes to each other. Pure Data (or Pd) is an open-source real-time graphical programming environment for audio, video, and graphical processing.

Pure Data: an alternative for Processing.

Information on the used libraries can be found here

#Processing minim example serial

Processing comes with a few pre-installed libraries: we will use Serial and Minim. Processing: is an open-source programming platform which makes it easy to access the data from the sensor and then to use it as audio parameter.It comes with a library for Arduino which can also be downloaded. Reflectance sensor: available at several shops.We recommend reading some of the documentation on their website.Īrduino is developed for artists, students and enthousiast to make projects in- and outside the computer accessible: The board can be bought at several shops, the environment can be downloaded here. Arduino: is an open-source physical computing platform based on a microcontroller and a development environment.