ESP32 测试EC11旋转编码器

#include "AiEsp32RotaryEncoder.h"
#include "Arduino.h"

/*
connecting Rotary encoder
CLK (A pin) - to any microcontroler intput pin with interrupt -> in this example pin 32
DT (B pin) - to any microcontroler intput pin with interrupt -> in this example pin 21
SW (button pin) - to any microcontroler intput pin -> in this example pin 25
VCC - to microcontroler VCC (then set ROTARY_ENCODER_VCC_PIN -1) or in this example pin 25
GND - to microcontroler GND
*/

#define ROTARY_ENCODER1_A_PIN 4
#define ROTARY_ENCODER1_B_PIN 16
#define ROTARY_ENCODER1_BUTTON_PIN 2

AiEsp32RotaryEncoder rotaryEncoder1 = AiEsp32RotaryEncoder(ROTARY_ENCODER1_A_PIN, ROTARY_ENCODER1_B_PIN, ROTARY_ENCODER1_BUTTON_PIN, -1);

void rotary1_onButtonClick() {
  Serial.println("Button1 Pressed!");
}

void rotary1_loop() {
	//first lets handle rotary encoder button click
	if (rotaryEncoder1.currentButtonState() == BUT_RELEASED) {
		//we can process it here or call separate function like:
	 	rotary1_onButtonClick();
	}

	//lets see if anything changed
	int16_t encoderDelta = rotaryEncoder1.encoderChanged();
	
	//for some cases we only want to know if value is increased or decreased (typically for menu items)
	if (encoderDelta>0) Serial.print("+");
	if (encoderDelta<0) Serial.print("-");

	//for other cases we want to know what is current value. Additionally often we only want if something changed
	//example: when using rotary encoder to set termostat temperature, or sound volume etc
	
	//if value is changed compared to our last read
	if (encoderDelta!=0) {
		//now we need current value
		int16_t encoderValue = rotaryEncoder1.readEncoder();
		//process new value. Here is simple output.
		Serial.print("Rot 1 value: ");
		Serial.println(encoderValue);
	} 
	
}

#define ROTARY_ENCODER2_A_PIN 26
#define ROTARY_ENCODER2_B_PIN 27
#define ROTARY_ENCODER2_BUTTON_PIN 14

AiEsp32RotaryEncoder rotaryEncoder2 = AiEsp32RotaryEncoder(ROTARY_ENCODER2_A_PIN, ROTARY_ENCODER2_B_PIN, ROTARY_ENCODER2_BUTTON_PIN, -1);

void rotary2_onButtonClick() {
  Serial.println("Button2 Pressed!");
}

void rotary2_loop() {
  //first lets handle rotary encoder button click
  if (rotaryEncoder2.currentButtonState() == BUT_RELEASED) {
    //we can process it here or call separate function like:
    rotary2_onButtonClick();
  }

  //lets see if anything changed
  int16_t encoderDelta = rotaryEncoder2.encoderChanged();
  
  //for some cases we only want to know if value is increased or decreased (typically for menu items)
  if (encoderDelta>0) Serial.print("+");
  if (encoderDelta<0) Serial.print("-");

  //for other cases we want to know what is current value. Additionally often we only want if something changed
  //example: when using rotary encoder to set termostat temperature, or sound volume etc
  
  //if value is changed compared to our last read
  if (encoderDelta!=0) {
    //now we need current value
    int16_t encoderValue = rotaryEncoder2.readEncoder();
    //process new value. Here is simple output.
    Serial.print("Rot 2 value: ");
    Serial.println(encoderValue);
  } 
  
}

void setup() {

	Serial.begin(115200);
  Serial.println("Starttesting");

	//we must initialize rorary encoder 
	rotaryEncoder1.begin();
	rotaryEncoder1.setup([]{rotaryEncoder1.readEncoder_ISR();});
	//optionally we can set boundaries and if values should cycle or not
	rotaryEncoder1.setBoundaries(0, 10, true); //minValue, maxValue, cycle values (when max go to min and vice versa)

  //we must initialize rorary encoder 
  rotaryEncoder2.begin();
  rotaryEncoder2.setup([]{rotaryEncoder2.readEncoder_ISR();});
  //optionally we can set boundaries and if values should cycle or not
  rotaryEncoder2.setBoundaries(0, 10, true); //minValue, maxValue, cycle values (when max go to min and vice versa)

}

void loop() {
	//in loop call your custom function which will process rotary encoder values
	rotary1_loop();
  rotary2_loop();
                             
   delay(50);   
}