Programming, Serial and Virtual Prototyping. Code if ( You like semicolons ) { Stay here for intro...

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Programming, Serial and Virtual Prototyping

Transcript of Programming, Serial and Virtual Prototyping. Code if ( You like semicolons ) { Stay here for intro...

Page 1: Programming, Serial and Virtual Prototyping. Code if ( You like semicolons ) { Stay here for intro to Arduino code } else { Join the MODKit group for.

Programming, Serial and Virtual Prototyping

Page 2: Programming, Serial and Virtual Prototyping. Code if ( You like semicolons ) { Stay here for intro to Arduino code } else { Join the MODKit group for.

Code

if ( You like semicolons ) {Stay here for intro to Arduino code}

else {Join the MODKit group for GUI code}

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Serial Communication

Serial Communication is the transferring and receiving of information between two machines, the Arduino dedicates pin # 0 to receiving information and pin 1 to transferring information

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Serial in Setup

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Serial Monitor

Page 6: Programming, Serial and Virtual Prototyping. Code if ( You like semicolons ) { Stay here for intro to Arduino code } else { Join the MODKit group for.

Serial Communication

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Serial Activity with

Circuit 7• Communication• Troubleshooting

circuits• Debugging Code

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Serial Communication:Serial Setup

void setup ( ) {Serial.begin ( 9600 ) ;}

In this case the number 9600 is the baudrate at which the computer and Arduino

communicate

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Serial Communication:Sending a Message

void loop ( ) {Serial.print ( “Constructivism & “

) ;

Serial.println ( “Mechatronics” ) ;}

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Serial Communication:Serial Debugging

void loop ( ) {int xVar = 10 ;Serial.print ( “Variable xVar is “ )

;Serial.println ( xVar ) ;}

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Serial Communication:Serial Troubleshooting

void loop ( ) {Serial.print ( “Digital pin 9 reads

“ ) ;Serial.println ( digitalRead

( 9 ) ) ;}

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Serial Communication:Circuit 7 code

void loop ( ) {

buttonState = digitalRead(inputPin);

if (buttonState== HIGH){

digitalWrite (ledPin, LOW)

}

else {

digitalWrite(ledPin, HIGH);

Serial.print (“button state is “);

Serial.println ( buttonState );}

}

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Fritzing

Now that you feel comfortable putting together circuits with your breadboard let’s talk about how to go from the breadboard to a PCB

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Free Time

The rest of the class is dedicated to free pursuit

Do whatever you like and an instructor will help you with any questions or problems you may have, this includes questions about personal projects using Arduino

Thank you for attending our Intro to Arduino class

Please fill out a class feedback form before you leave

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Questions?

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