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Bendeguz-Cs edited this page Oct 10, 2025
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Sets up the pins. If the value goes up for the wrong direction of rotation then flip the pins:
//value goes up for right turn
Encoder encoder(4, 5);//value goes up for left turn
Encoder encoder(5, 4);-
CLK_pin- CLK pin of the encoder -
DT_pin- DT pin of the encoder
//Set the pins of the encoder
Encoder encoder(4, 5);Initializes the library.
- none
//initialize the library
encoder.begin();Returns an integer that can be changed by the rotary encoder.
- none
//Returns the value
encoder.read();Returns an integer that can be changed by the rotary encoder but can be given a lower and an upper limit.
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int Minval- lower stop -
int Maxval- upper stop
//Returns the value constrained between 0 and 10
encoder.limitedRead(0, 10);Sets the value oft the encoder to the pos parameter and returns HIGH if succesful else it returns LOW.
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int pos- the position to set the encoder value to
//sets the position of the encoder to zero
encoder.setPosition(0);//if succesful at setting the value to zero it will print "1"
Serial.println(encoder.setPosition(0));Sets increments of the output
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int scale- the amount thepositionchanges per click
//sets the scaling to 10
encoder.scale(10);Returns true when the encoder was moved
- none
//checks for motion
if(encoder.motion()) { //only print the value of the encoder if it was moved
Serial.println(encoder.read());
}Sets the time waiting between checking the encoder's pins
- int debounce_time
//sets the debounce time to 2 milliseconds
encoder.setDebounceTime(2)
}