What is the connection between processing and Arduino®?
Arduino® is an open-source enhanced micro-controller, which is programmed using a connection-based language. However, its development environment is based on processing - free downloading language for download, which is commonly used to generate computer graphics and complex data visualization. Sketches, which are also called programs built in the Arduino® Language processing and language, use a file extension for the development environment (PDE). In addition, sketches of processing and Arduino® can communicate with each other and provide two -way checks over sketches of Arduino® processing and hardware. For example, data from the processing sketch can be used to control the hardware connected to the Arduino® micro-control or the micro-controller data can be used to control the processing functionality of the processing. Alternatives, both environments can affect each other simultaneously. Some examples of processing and Arduino® processing include the use of potentiometers to check the color color of the displayed sketch processing and the use of eventsClick mouse from sketch processing to control a number of diodes emitting light (LED).
Arduino® processing and languages communicate with each other via the code and port Universal Serial Bus (USB), which emulates and appears as a serial port of a computer. To adjust the bidirectional communication between the micro-controller and the processing or control of the processing with Arduino®, users write sketches in both languages. Sketch processing is looking for a serial port connected to Arduino®, while the micro-transcrie code receives and transmits data from Arduino's® inputs and outputs. This provides fans with complete control of the projects.
Available Arduino® free library for processing allows users to control Arduino® with data from processing without writing any code for micro-controller. Instead, a standard program is uploaded to the board and the user writes the code in the sketch. The written code usually performs the following FUNKCE: Finds and opens the serial port connected to Arduino®, stores data from the micro-controller in variables and uses data to control different parameters such as the size or color of the object, in the processing sketch.
people who learn to work with Arduino® and processing can find examples of sketches in Arduino® programming environment. These sketches come up with each application and users can usually run them without writing any other code. Arduino® creators also provide fully commented process and Arduino® online processing.