18_06_2024_pw000d_43_005

      #include "EasyNextionLibrary.h"  // Include EasyNextionLibrary
      #include <MsTimer2.h>
      EasyNex myNex(Serial);
      #define MEASURE_PERIOD 1000
      // uint16_t u=1000;
      int timeCount;               // счетчик времени
      float sum,sum1;                   // переменные для суммирования кодов АЦП
    float vale;
      float val;               // сумма кодов АЦП (среднее значение * 500)
      boolean flagReady;
      boolean i;
  long value,value1;

  //-------------------------------------------------

         int Number_read ;
        int Number_read1 ;
        int Number_read2 ;
        int Number_read3 ;
        int Number_read4 ;

      void setup(){

  myNex.begin(9600); // Begin the object with a baud rate of 9600

MsTimer2::set(1, timerInterupt);  // прерывания по таймеру, период 1 мс
 MsTimer2::start();                // разрешение прерывания

 pinMode(3, OUTPUT);   // The built-in LED is initialized as an output
  digitalWrite(3, LOW); // Setting the built-in LED to LOW = off
   pinMode(4, OUTPUT);   // The built-in LED is initialized as an output
  digitalWrite(4, LOW); // Setting the built-in LED to LOW = off
  pinMode(5, OUTPUT);   // The built-in LED is initialized as an output
  digitalWrite(5, LOW); // Setting the built-in LED to LOW = off
   pinMode(6, OUTPUT);   // The built-in LED is initialized as an output
  digitalWrite(6, LOW); // Setting the built-in LED to LOW = off
   pinMode(7, OUTPUT);   // The built-in LED is initialized as an output
  digitalWrite(7, LOW); // Setting the built-in LED to LOW = off

}

// обработка прерывания 1 мс
void timerInterupt() {

  timeCount++;            // +1 счетчик выборок усреднения
  sum += analogRead(A1);  // суммирование кодов АЦП


  // проверка числа выборок усреднения
  if (timeCount >= MEASURE_PERIOD) {
    timeCount = 0;
    val = sum;  // перегрузка среднего значения

    sum = 0;


    flagReady = true;  // признак результат измерений готов
  }


}
//-------------------------------------
    void loop() {
        myNex.NextionListen();

        if (flagReady == true) {
    flagReady = false;
 vale=val/1000;
    float data = mapf(vale, 0, 1023.0, 0, 5.0);//--------------------------------------------
   long value = (data*1000)/8.8;
   long value1 = val/1000;   //------------------------------------------
    myNex.writeNum("main.x0.val",value);
    myNex.writeNum("page0.x0.val",value);
    myNex.writeStr("0xFF");
myNex.writeStr("0xFF");
myNex.writeStr("0xFF");
   myNex.writeStr("main.click x0,1");
   myNex.writeStr("page0.click x0,1");
       myNex.writeStr("0xFF");
myNex.writeStr("0xFF");
myNex.writeStr("0xFF");
myNex.writeNum("main.n1.val", (val / 1000));
myNex.writeNum("page0.n1.val", (val / 1000));
    myNex.writeStr("0xFF");
myNex.writeStr("0xFF");
myNex.writeStr("0xFF");
 myNex.writeStr("main.click n1,1");
 myNex.writeStr("page0.click n1,1");
     myNex.writeStr("0xFF");
myNex.writeStr("0xFF");
myNex.writeStr("0xFF");
  delay (100);
      }
  //---------------------------------------------------------
  Number_read = myNex.readNumber("n2.val");
  Number_read = myNex.readNumber("n2.val");
   Number_read1 = myNex.readNumber("n3.val");
  Number_read1 = myNex.readNumber("n3.val");
   Number_read2 = myNex.readNumber("n4.val");
  Number_read2 = myNex.readNumber("n4.val");
  Number_read3 = myNex.readNumber("n6.val");
  Number_read3 = myNex.readNumber("n6.val");
   Number_read4 = myNex.readNumber("n7.val");
  Number_read4 = myNex.readNumber("n7.val");


     if(Number_read==1)
      {
        digitalWrite(3, HIGH);
        }
       else
       {
        digitalWrite(3, LOW);
        }
//-------------------------------------
         if(Number_read1==1)
      {
        digitalWrite(4, HIGH);
        }
       else
       {
        digitalWrite(4, LOW);
        }
//------------------------------------
          if(Number_read2==1)
      {
        digitalWrite(5, HIGH);
        }
       else
       {
        digitalWrite(5, LOW);
        }
//--------------------------------------
         if(Number_read3==1)
      {
        digitalWrite(6, HIGH);
      //  i=1;
        }
       else
       {
        digitalWrite(6, LOW);
       //  i=0;
        }
//-------------------------------------
         if(Number_read4==1)
      {
        digitalWrite(7, HIGH);
        }
       else
       {
        digitalWrite(7, LOW);
        }
}
float mapf(float value, float fromLow, float fromHigh, float toLow, float toHigh) {
  float result;
  result = (value - fromLow) * (toHigh - toLow) / (fromHigh - fromLow) + toLow;
  return result;
}//-------------------------------------------------