void setup() {
  // put your setup code here, to run once:
  Serial.begin(115200);
  Serial.println("Hello, ESP32!");
}

void loop() {
  // put your main code here, to run repeatedly:
  delay(10); // this speeds up the simulation
}
void readADCloop()
{

  if (breaktime(readADCloop_t, 1000))
  {

    // tempHumiSHT31Values[0][0] = map(adcValues, 0, 4095, 10, 30);

    NTC_FB = analogRead(ADC_PIN_CH1);
    // volt = map(NTC_FB, 1965, 4095, 2213, 1374); //Ver: 1

    // volt = map(NTC_FB, 620, 3610, 2370, 1410); // Ver: 2

    // volt = map(NTC_FB, setMinADC, setMaxADC, 2370, 1410); // Ver: 3 //R 41 = 4.7k
    // volt = map(NTC_FB, setMinADC, setMaxADC, 2410, 1390); // Ver: 4  //R 41 = 5.1k
    volt = map(NTC_FB, setMinADC, setMaxADC, 2410, 1400); // Ver: 5  //R 41 = 5.1k
    volt += setErrVolt;
    setMaxTemp = cfg.cabiCon.cabiTemp1 + 5;
    setMinTemp = cfg.cabiCon.cabiTemp1 - cfg.cabiCon.offset;

    float tempControl = tempHumiSHT31Values[0][0];
    float humiControl = tempHumiSHT31Values[0][1];

    if (tempControl >= setMaxTemp)
    {
      tempControl = setMaxTemp;
    }
    // else if (tempControl <= cfg.cabiCon.cabiTemp1)
    // {
    //   tempControl = cfg.cabiCon.cabiTemp1;
    // }
    else if (tempControl <= setMinTemp)
    {
      tempControl = setMinTemp;
    }

    // else if (humiControl >= setHumi)
    // {
    //   tempControl = setMaxTemp;
    // }
    // if (humiControl >= setHumi)
    // {
    //   tempControl = setMaxTemp;
    // }

    tempVolt = map(int(tempControl), setMinTemp, setMaxTemp, setMaxVolt, setMinVolt);
    if (!SHT31Status1)
    {
      // tempVolt=setMaxVolt;
      tempVolt = setMinVolt;
    }

    // dutyCycle = testPWM?dutyCycle_m:mapFloat(tempVolt + offsetVolt, 1410, 2370, 4095, 0); //R 41 = 4.7k
    // dutyCycle = testPWM?dutyCycle_m:mapFloat(tempVolt + offsetVolt, 1390, 2410, 4095, 0);  //R 41 = 5.1k
    dutyCycle = testPWM ? dutyCycle_m : mapFloat(tempVolt + offsetVolt, 1400, 2410, 4095, 0); // R 41 = 5.1k

    tempVolt /= 1000.0;
    volt /= 1000;
  }
  // Serial.printf("ADC: %d\n", adcValues);
}