By Agus Kurniawan
Leverage .NET and caricature on your Arduino improvement implementation and combine it into your .NET program.
There are many Arduino versions and suitable shields that may be utilized in Arduino forums. Integrating among an Arduino platform and .NET expertise or caricature can produce extra advantages. Arduino Programming utilizing .NET and Sketch shows readers the right way to achieve this with practical Arduino initiatives, corresponding to getting ready a improvement surroundings, appearing sensing and actuating with exterior units, imposing home windows distant Arduino and development an easy IoT program.
Use this quickly connection with study the fundamentals of the Arduino platform for a number of types and begin your Arduino programming in .NET and cartoon this day.
- Learn the fundamentals of the Arduino platform
- Prepare and organize an Arduino improvement environment
- Develop an Arduino application utilizing .NET and Sketch
- Implement home windows distant Arduino
- Build an easy IoT program
.NET and comic strip builders who are looking to research Arduino programming.
Read or Download Arduino Programming with .NET and Sketch PDF
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Extra resources for Arduino Programming with .NET and Sketch
H header file to work with a DHT object. h" // define DHT22 #define DHTTYPE DHT22 // define pin on DHT22 #define DHTPIN 8 DHT dht(DHTPIN, DHTTYPE); We activate our DHT and Serial libraries on setup() function by calling begin() function from these libraries. begin(); } In loop() function from the Sketch program, we read temperature, humidity, and a heat index using a DHT library. All DHT functions are already available for you. readTemperature(); // Check if any reads failed and exit early (to try again).
Then, you can compile and upload the program into the Arduino board. To see our program output, you can run the Serial Monitor tool. A sample of the program output can be seen in Figure 3-7. Figure 3-7. Program output for DHT22 51 Chapter 3 ■ Sensing and Actuating How the Program Works We declare our DHT object and passing DHT module type and data pin via digital pin 8. h header file to work with a DHT object. h" // define DHT22 #define DHTTYPE DHT22 // define pin on DHT22 #define DHTPIN 8 DHT dht(DHTPIN, DHTTYPE); We activate our DHT and Serial libraries on setup() function by calling begin() function from these libraries.
For instance, sensing temperature. A sensor device can sense its environment temperature and then it convert to digital form. Actuating is a process in which an MCU sends digital data to an actuator device to perform something, such as an LED and motor. Figure 3-1 shows the process of both. To capture and convert physical object to digital form, Arduino uses sensor devices such as a camera to measure temperature and humidity. After obtaining the digital form of a physical object, we can perform a computation based on your scenario.
Arduino Programming with .NET and Sketch by Agus Kurniawan