Summary of ✅ La importancia de las Funciones en Programación Arduino

00:00:00 - 00:10:00

This video discusses the importance of functions in programming Arduino. It demonstrates how to create and use two different functions, one for blinking an LED and one for division calculations. The result of the division calculation is then sent to the blinking function to create a blinking cycle. Finally, the video shows how the division function can be called from a main program.

• 00:00:00 In this video, we will see the importance of functions in programming Arduino. We will create three functions and see how to send parameters and return results. This is very important in programming, as we can create small programs called "modules" and use them to better organize our code, avoid errors, and understand programs better. We will use this technique often in larger programs, such as the alarm clock we are creating in this course. We will also create a basicprogramto understand it. We will create a variable integer called "led" with the value 13, then set the output pins 13 and 10 to be output and call a subroutine called "parpadea" that we create. This subroutine has three commands: "parpadea", "parpadea 2", and "parpadea 3". We will write the subroutine to receive a variable integer and will call it from a "main" program. When we run the "main" program, we will see the "parpadea" subroutine execute and return the value 5. We will then write a "main" program that will call "parpadea" three times with different values for the input pin 13. The first time,
• 00:05:00 In this video, the importance of programming functions is discussed. Two functions are demonstrated that perform a blinking cycle and a division calculation. The result of the division calculation is then sent to a third function that performs a blinking cycle. The third function then sends the result of the division calculation to the first function. The first function then stores the result of the division calculation in a variable. This variable is called "result." The second function is a blinking cycle that is sent to the "parte del ciclo" function. The "parte del ciclo" function sends the result of the blinking cycle to the "divide 4" function. The "divide 4" function then sends the result of the division calculation to the "result" variable. The "result" variable stores the value 8. The third function is a blinking cycle that is sent to the "result" variable. The "result" variable stores the value 2. The fourth function is a blinking cycle that is sent to the "result" variable. The "result" variable stores the value 12. The fifth function is a blinking cycle that is sent to the "result" variable. The "result" variable stores the value 4. The sixth function is
• 00:10:00 Arduino is a popular platform for programming, and it's important to have the right functions to get the most out of it. Every Wednesday, a new video will be released teaching you new skills. If you'd like to learn something new every week, sign up for the channel!