mirror of
https://github.com/miguel5612/MQSensorsLib.git
synced 2025-03-15 05:17:30 +03:00
Removed unused code and added serial debug
This commit is contained in:
miguel5612
parent
fae50dc388
commit
b6b36edb9d
@ -1,93 +1,48 @@
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#include "MQUnifiedsensor.h"
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MQUnifiedsensor::MQUnifiedsensor(int pin, int type) {
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MQUnifiedsensor::MQUnifiedsensor(String Placa, int Voltage_Resolution, int pin, String type) {
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this->_pin = pin;
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this->_type = type; //2,3,4,5,6,7,8,9,131,135,303,309
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//Set _MQ variable with MQ sensor selected
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if(_type == 2)
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this->_type = type; //MQ-2, MQ-3 ... MQ-309A
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this->_placa = Placa;
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this-> _VOLT_RESOLUTION = Voltage_Resolution;
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}
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MQUnifiedsensor::serialDebug(boolean onSetup)
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{
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if(onSetup)
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{
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//memcpy(_MQ, _MQ2, sizeof(_MQ2));
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_ratioInCleanAir = RatioMQ2CleanAir;
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_R0 = R0_MQ2;
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//_MQ = MQ2;
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Serial.println("************************************************************************************************************************************************");
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Serial.println("MQ sensor reading library for arduino");
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Serial.println("Note: remember that all the parameters below can be modified during the program execution with the methods:");
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Serial.println("setR0, setRL, setA, setB where you will have to send as parameter the new value, example: mySensor.setR0(20); //R0 = 20K");
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Serial.println("Authors: Miguel A. Califa U - Yersson R. Carrillo A - Ghiordy F. Contreras C");
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Serial.println("Contributors: Andres A. Martinez - Juan A. Rodríguez - Mario A. Rodríguez O ");
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Serial.println("Sensor:" + _type);
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Serial.println("Supply voltage:" + _VOLT_RESOLUTION);
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Serial.println("R0: " + _R0);
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Serial.println("RL: " + _RL);
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Serial.println("Model: Logarithmic regression with parameters.");
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Serial.println(_type + ":" + "a:" + _a + " | b:" + _b);
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Serial.println("Development board: " + _placa);
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}
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else if(_type == 3)
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else
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{
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//memcpy(_MQ, _MQ3, sizeof(_MQ3));
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_ratioInCleanAir = RatioMQ3CleanAir;
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_R0 = R0_MQ3;
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//_MQ = MQ3;
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}
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else if(_type == 4)
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{
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//memcpy(_MQ, _MQ4, sizeof(_MQ4));
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_ratioInCleanAir = RatioMQ4CleanAir;
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_R0 = R0_MQ4;
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//_MQ = MQ4;
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}
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else if(_type == 5)
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{
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//memcpy(_MQ, _MQ5, sizeof(_MQ5));
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_ratioInCleanAir = RatioMQ5CleanAir;
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_R0 = R0_MQ5;
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//_MQ = MQ5;
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}
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else if(_type == 6)
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{
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//memcpy(_MQ, _MQ6, sizeof(_MQ6));
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_ratioInCleanAir = RatioMQ6CleanAir;
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_R0 = R0_MQ6;
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//_MQ = MQ6;
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}
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else if(_type == 7)
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{
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//memcpy(_MQ, _MQ7, sizeof(_MQ7));
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_ratioInCleanAir = RatioMQ7CleanAir;
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_R0 = R0_MQ7;
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//_MQ = MQ7;
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}
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else if(_type == 8)
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{
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//memcpy(_MQ, _MQ8, sizeof(_MQ8));
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_ratioInCleanAir = RatioMQ8CleanAir;
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_R0 = R0_MQ8;
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//_MQ = MQ8;
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}
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else if(_type == 9)
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{
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//memcpy(_MQ, _MQ9, sizeof(_MQ9));
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_ratioInCleanAir = RatioMQ9CleanAir;
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_R0 = R0_MQ9;
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//_MQ = MQ9;
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}
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else if(_type == 131)
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{
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//memcpy(_MQ, _MQ131, sizeof(_MQ131));
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_ratioInCleanAir = RatioMQ131CleanAir;
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_R0 = R0_MQ131;
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//_MQ = MQ131;
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}
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else if(_type == 135)
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{
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//memcpy(_MQ, _MQ135, sizeof(_MQ135));
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_ratioInCleanAir = RatioMQ135CleanAir;
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_R0 = R0_MQ135;
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//_MQ = MQ135;
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}
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else if(_type == 303)
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{
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//memcpy(_MQ, _MQ303A, sizeof(_MQ303A));
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_ratioInCleanAir = RatioMQ303CleanAir;
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_R0 = R0_MQ303;
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//_MQ = MQ303A;
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}
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else if(_type == 309)
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{
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//memcpy(_MQ, _MQ309A, sizeof(_MQ309A));
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_ratioInCleanAir = RatioMQ309CleanAir;
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_R0 = R0_MQ309;
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//_MQ = MQ309;
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if(!_firstFlag)
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{
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Serial.println("| ****************************************************************" + _type + "****************************************************************|");
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Serial.println("|ADC_In | Equation_V_ADC | Voltage_ADC | Equation_R | Resistance_RS | EQ_Ratio | Ratio (RS/R0) | Equation_PPM | PPM |");
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_firstFlag = true; //Headers are printed
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}
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else
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{
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String eq = "";
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if(regression == "Exponential") eq = "a*ratio^b"
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Serial.println("|" + _adc + "|" + "v = ADC*" + _VOLT_RESOLUTION + "/1024" + "|" + _sensor_volt + "|" + "RS = ((" + _VOLT_RESOLUTION + "*RL)/Voltage) - RL" + "|" + _RS_Calc + "|" + "Ratio = RS/R0" + "|" + _ratio + "|" + eq + "|" + _PPM);
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}
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}
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}
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void MQUnifiedsensor::update()
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@ -131,385 +86,6 @@ String MQUnifiedsensor::getnameLecture()
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{
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return _nameLectureRequeired;
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}
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void MQUnifiedsensor::setSensorCharacteristics(String nameLectureRequeired, bool print)
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{
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//Defaults index
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if(nameLectureRequeired == "")
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{
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//Set default
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setDefaultGas();
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//Put the default into variable internally used
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nameLectureRequeired = _nameLectureRequeired;
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}
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if(_type == 2)
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{
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if(nameLectureRequeired == "H2")
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{
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_nameLectureRequeired = "H2";
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_a = MQ2_H2_a;
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_b = MQ2_H2_b;
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}
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else if(nameLectureRequeired == "LPG")
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{
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_nameLectureRequeired = "LPG";
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_a = MQ2_LPG_a;
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_b = MQ2_LPG_b;
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}
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else if(nameLectureRequeired == "CO")
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{
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_nameLectureRequeired = "CO";
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_a = MQ2_CO_a;
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_b = MQ2_CO_b;
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}
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else if(nameLectureRequeired == "Alcohol")
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{
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_nameLectureRequeired = "Alcohol";
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_a = MQ2_Alcohol_a;
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_b = MQ2_Alcohol_b;
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}
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else if(nameLectureRequeired == "Propane")
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{
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_nameLectureRequeired = "Propane";
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_a = MQ2_Propane_a;
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_b = MQ2_Propane_b;
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}
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}
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else if(_type == 3)
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{
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if(nameLectureRequeired == "LPG")
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{
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_nameLectureRequeired = "LPG";
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_a = MQ3_LPG_a;
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_b = MQ3_LPG_b;
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}
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else if(nameLectureRequeired == "CH4")
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{
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_nameLectureRequeired = "CH4";
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_a = MQ3_CH4_a;
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_b = MQ3_CH4_b;
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}
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else if(nameLectureRequeired == "CO")
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{
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_nameLectureRequeired = "CO";
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_a = MQ3_CO_a;
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_b = MQ3_CO_b;
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}
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else if(nameLectureRequeired == "Alcohol")
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{
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_nameLectureRequeired = "Alcohol";
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_a = MQ3_Alcohol_a;
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_b = MQ3_Alcohol_b;
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}
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else if(nameLectureRequeired == "Hexane")
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{
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_nameLectureRequeired = "Hexane";
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_a = MQ3_Hexane_a;
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_b = MQ3_Hexane_b;
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}
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else if(nameLectureRequeired == "Benzene")
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{
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_nameLectureRequeired = "Benzene";
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_a = MQ3_Benzene_a;
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_b = MQ3_Benzene_b;
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}
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}
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else if(_type == 4)
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{
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if(nameLectureRequeired == "LPG")
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{
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_nameLectureRequeired = "LPG";
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_a = MQ4_LPG_a;
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_b = MQ4_LPG_b;
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}
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else if(nameLectureRequeired == "CH4")
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{
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_nameLectureRequeired = "CH4";
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_a = MQ4_CH4_a;
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_b = MQ4_CH4_b;
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}
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else if(nameLectureRequeired == "CO")
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{
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_nameLectureRequeired = "CO";
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_a = MQ4_CO_a;
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_b = MQ4_CO_b;
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}
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else if(nameLectureRequeired == "Alcohol")
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{
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_nameLectureRequeired = "Alcohol";
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_a = MQ4_Alcohol_a;
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_b = MQ4_Alcohol_b;
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}
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else if(nameLectureRequeired == "smoke")
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{
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_nameLectureRequeired = "smoke";
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_a = MQ4_smoke_a;
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_b = MQ4_smoke_b;
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}
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}
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else if(_type == 5)
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{
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if(nameLectureRequeired == "H2")
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{
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_nameLectureRequeired = "H2";
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_a = MQ5_H2_a;
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_b = MQ5_H2_b;
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}
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else if(nameLectureRequeired == "LPG")
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{
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_nameLectureRequeired = "LPG";
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_a = MQ5_LPG_a;
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_b = MQ5_LPG_b;
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}
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else if(nameLectureRequeired == "CH4")
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{
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_nameLectureRequeired = "CH4";
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_a = MQ5_CH4_a;
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_b = MQ5_CH4_b;
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}
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else if(nameLectureRequeired == "CO")
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{
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_nameLectureRequeired = "CO";
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_a = MQ5_CO_a;
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_b = MQ5_CO_b;
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}
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else if(nameLectureRequeired == "Alcohol")
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{
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_nameLectureRequeired = "Alcohol";
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_a = MQ5_Alcohol_a;
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_b = MQ5_Alcohol_b;
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}
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}
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else if(_type == 6)
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{
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if(nameLectureRequeired == "H2")
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{
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_nameLectureRequeired = "H2";
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_a = MQ6_H2_a;
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_b = MQ6_H2_b;
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}
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else if(nameLectureRequeired == "LPG")
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{
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_nameLectureRequeired = "LPG";
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_a = MQ6_LPG_a;
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_b = MQ6_LPG_b;
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}
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else if(nameLectureRequeired == "CH4")
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{
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_nameLectureRequeired = "CH4";
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_a = MQ6_CH4_a;
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_b = MQ6_CH4_b;
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}
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else if(nameLectureRequeired == "CO")
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{
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_nameLectureRequeired = "CO";
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_a = MQ6_CO_a;
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_b = MQ6_CO_b;
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}
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else if(nameLectureRequeired == "Alcohol")
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{
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_nameLectureRequeired = "Alcohol";
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_a = MQ6_Alcohol_a;
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_b = MQ6_Alcohol_b;
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}
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}
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else if(_type == 7)
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{
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if(nameLectureRequeired == "H2")
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{
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_nameLectureRequeired = "H2";
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_a = MQ7_H2_a;
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_b = MQ7_H2_b;
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}
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else if(nameLectureRequeired == "LPG")
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{
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_nameLectureRequeired = "LPG";
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_a = MQ7_LPG_a;
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_b = MQ7_LPG_b;
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}
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else if(nameLectureRequeired == "CH4")
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{
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_nameLectureRequeired = "CH4";
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_a = MQ7_CH4_a;
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_b = MQ7_CH4_b;
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}
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else if(nameLectureRequeired == "CO")
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{
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_nameLectureRequeired = "CO";
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_a = MQ7_CO_a;
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_b = MQ7_CO_b;
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}
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else if(nameLectureRequeired == "Alcohol")
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{
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_nameLectureRequeired = "Alcohol";
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_a = MQ7_Alcohol_a;
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_b = MQ7_Alcohol_b;
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}
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}
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else if(_type == 8)
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{
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if(nameLectureRequeired == "H2")
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{
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_nameLectureRequeired = "H2";
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_a = MQ8_H2_a;
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_b = MQ8_H2_b;
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}
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else if(nameLectureRequeired == "LPG")
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{
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_nameLectureRequeired = "LPG";
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_a = MQ8_LPG_a;
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_b = MQ8_LPG_b;
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}
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else if(nameLectureRequeired == "CH4")
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{
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_nameLectureRequeired = "CH4";
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_a = MQ8_CH4_a;
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_b = MQ8_CH4_b;
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}
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else if(nameLectureRequeired == "CO")
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{
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_nameLectureRequeired = "CO";
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_a = MQ8_CO_a;
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_b = MQ8_CO_b;
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}
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else if(nameLectureRequeired == "Alcohol")
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{
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_nameLectureRequeired = "Alcohol";
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_a = MQ8_Alcohol_a;
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_b = MQ8_Alcohol_b;
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}
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}
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else if(_type == 9)
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{
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if(nameLectureRequeired == "LPG")
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{
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_nameLectureRequeired = "LPG";
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_a = MQ9_LPG_a;
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_b = MQ9_LPG_b;
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}
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else if(nameLectureRequeired == "CH4")
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{
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_nameLectureRequeired = "CH4";
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_a = MQ9_CH4_a;
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_b = MQ9_CH4_b;
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}
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else if(nameLectureRequeired == "CO")
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{
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_nameLectureRequeired = "CO";
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_a = MQ9_CO_a;
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_b = MQ9_CO_b;
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}
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}
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else if(_type == 131)
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{
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if(nameLectureRequeired == "NOx")
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{
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_nameLectureRequeired = "NOx";
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_a = MQ131_NOx_a;
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_b = MQ131_NOx_b;
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}
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else if(nameLectureRequeired == "CL2")
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{
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_nameLectureRequeired = "CL2";
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_a = MQ131_CL2_a;
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_b = MQ131_CL2_b;
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}
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else if(nameLectureRequeired == "O3")
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{
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_nameLectureRequeired = "O3";
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_a = MQ131_O3_a;
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_b = MQ131_O3_b;
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}
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}
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else if(_type == 135)
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{
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if(nameLectureRequeired == "CO")
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{
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_nameLectureRequeired = "CO";
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_a = MQ135_CO_a;
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_b = MQ135_CO_b;
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}
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else if(nameLectureRequeired == "Alcohol")
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{
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_nameLectureRequeired = "Alcohol";
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_a = MQ135_Alcohol_a;
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_b = MQ135_Alcohol_b;
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}
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else if(nameLectureRequeired == "CO2")
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{
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_nameLectureRequeired = "CO2";
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_a = MQ135_CO2_a;
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_b = MQ135_CO2_b;
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}
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else if(nameLectureRequeired == "Tolueno")
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{
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_nameLectureRequeired = "Tolueno";
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_a = MQ135_Tolueno_a;
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_b = MQ135_Tolueno_b;
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}
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else if(nameLectureRequeired == "NH4")
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{
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_nameLectureRequeired = "NH4";
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_a = MQ135_NH4_a;
|
||||
_b = MQ135_NH4_b;
|
||||
}
|
||||
else if(nameLectureRequeired == "Acetona")
|
||||
{
|
||||
_nameLectureRequeired = "Acetona";
|
||||
_a = MQ135_Acetona_a;
|
||||
_b = MQ135_Acetona_b;
|
||||
}
|
||||
}
|
||||
else if(_type == 303)
|
||||
{
|
||||
if(nameLectureRequeired == "Iso_butano")
|
||||
{
|
||||
_nameLectureRequeired = "Iso_butano";
|
||||
_a = MQ303_Iso_butano_a;
|
||||
_b = MQ303_Iso_butano_b;
|
||||
}
|
||||
else if(nameLectureRequeired == "Hydrogeno")
|
||||
{
|
||||
_nameLectureRequeired = "Hydrogeno";
|
||||
_a = MQ303_Hydrogeno_a;
|
||||
_b = MQ303_Hydrogeno_b;
|
||||
}
|
||||
else if(nameLectureRequeired == "Ethanol")
|
||||
{
|
||||
_nameLectureRequeired = "Ethanol";
|
||||
_a = MQ303_Ethanol_a;
|
||||
_b = MQ303_Ethanol_b;
|
||||
}
|
||||
}
|
||||
else if(_type == 309)
|
||||
{
|
||||
if(nameLectureRequeired == "H2")
|
||||
{
|
||||
_nameLectureRequeired = "H2";
|
||||
_a = MQ309_H2_a;
|
||||
_b = MQ309_H2_b;
|
||||
}
|
||||
else if(nameLectureRequeired == "CH4")
|
||||
{
|
||||
_nameLectureRequeired = "CH4";
|
||||
_a = MQ309_CH4_a;
|
||||
_b = MQ309_CH4_b;
|
||||
}
|
||||
else if(nameLectureRequeired == "CO")
|
||||
{
|
||||
_nameLectureRequeired = "CO";
|
||||
_a = MQ309_CO_a;
|
||||
_b = MQ309_CO_b;
|
||||
}
|
||||
else if(nameLectureRequeired == "Alcohol")
|
||||
{
|
||||
_nameLectureRequeired = "Alcohol";
|
||||
_a = MQ309_Alcohol_a;
|
||||
_b = MQ309_Alcohol_b;
|
||||
}
|
||||
}
|
||||
//Serial debugging
|
||||
}
|
||||
float MQUnifiedsensor::calibrate(boolean print) {
|
||||
//More explained in: https://jayconsystems.com/blog/understanding-a-gas-sensor
|
||||
/*
|
||||
@ -548,7 +124,8 @@ double MQUnifiedsensor::getVoltage(int read) {
|
||||
{
|
||||
double avg = 0.0;
|
||||
for (int i = 0; i < retries; i ++) {
|
||||
avg += analogRead(this->_pin);
|
||||
_adc = analogRead(this->_pin);
|
||||
avg += _adc;
|
||||
delay(retry_interval);
|
||||
}
|
||||
voltage = (avg/ retries) * _VOLT_RESOLUTION / (pow(2, ADC_RESOLUTION) - 1);
|
||||
@ -576,57 +153,6 @@ double MQUnifiedsensor::getRL() {
|
||||
return _RLValue;
|
||||
}
|
||||
|
||||
void MQUnifiedsensor::setDefaultGas()
|
||||
{
|
||||
if(_type == 2)
|
||||
{
|
||||
_nameLectureRequeired = defaultMQ2;
|
||||
}
|
||||
else if(_type == 3)
|
||||
{
|
||||
_nameLectureRequeired = defaultMQ3;
|
||||
}
|
||||
else if(_type == 4)
|
||||
{
|
||||
_nameLectureRequeired = defaultMQ4;
|
||||
}
|
||||
else if(_type == 5)
|
||||
{
|
||||
_nameLectureRequeired = defaultMQ5;
|
||||
}
|
||||
else if(_type == 6)
|
||||
{
|
||||
_nameLectureRequeired = defaultMQ6;
|
||||
}
|
||||
else if(_type == 7)
|
||||
{
|
||||
_nameLectureRequeired = defaultMQ7;
|
||||
}
|
||||
else if(_type == 8)
|
||||
{
|
||||
_nameLectureRequeired = defaultMQ8;
|
||||
}
|
||||
else if(_type == 9)
|
||||
{
|
||||
_nameLectureRequeired = defaultMQ9;
|
||||
}
|
||||
else if(_type == 131)
|
||||
{
|
||||
_nameLectureRequeired = defaultMQ131;
|
||||
}
|
||||
else if(_type == 135)
|
||||
{
|
||||
_nameLectureRequeired = defaultMQ135;
|
||||
}
|
||||
else if(_type == 303)
|
||||
{
|
||||
_nameLectureRequeired = defaultMQ303;
|
||||
}
|
||||
else if(_type == 309)
|
||||
{
|
||||
_nameLectureRequeired = defaultMQ309;
|
||||
}
|
||||
}
|
||||
double MQUnifiedsensor::stringToDouble(String & str)
|
||||
{
|
||||
return atof( str.c_str() );
|
||||
|
||||
@ -13,40 +13,36 @@
|
||||
class MQUnifiedsensor
|
||||
{
|
||||
public:
|
||||
MQUnifiedsensor(int pin, int type);
|
||||
MQUnifiedsensor(String Placa = "Arduino", int Voltage_Resolution = 5, int pin, String type);
|
||||
|
||||
//Functions to set values
|
||||
void inicializar();
|
||||
void update();
|
||||
void setR0(double R0 = 10);
|
||||
void setRL(double RL = 10);
|
||||
void setVoltResolution(float voltaje = 5);
|
||||
void setSensorCharacteristics(String nameLectureReqeuired = "", bool print = false);
|
||||
void setDefaultGas();
|
||||
void setVoltResolution(double voltage_resolution = 5);
|
||||
void serialDebug(boolean onSetup = false); //Show on serial port information about sensor
|
||||
|
||||
//user functions
|
||||
float calibrate(boolean print = false);
|
||||
float readSensor(String nameLectureRequeired = "", bool print = false);
|
||||
float readSensor(<String regressionMethod = "Exponential", float _a, float _b);
|
||||
|
||||
//get function for info
|
||||
double getR0();
|
||||
double getRL();
|
||||
double getVoltage(int read = true);
|
||||
double stringToDouble(String & str);
|
||||
String getnameLecture();
|
||||
|
||||
|
||||
double stringToDouble(String & str);
|
||||
|
||||
private:
|
||||
/************************Private vars************************************/
|
||||
byte _pin, _type, _lecturePosInArray;
|
||||
byte _pin;
|
||||
String _type;
|
||||
String _placa;
|
||||
byte _VOLT_RESOLUTION = 5.0; // if 3.3v use 3.3
|
||||
byte _ratioInCleanAir, _sensor_volt;
|
||||
byte _RLValue = 10; //Value in KiloOhms
|
||||
float _R0, RS_air, _ratio, _PPM, _RS_Calc;
|
||||
float _b;
|
||||
double _a;
|
||||
String _nameLectureRequeired;
|
||||
};
|
||||
|
||||
#endif //MQUnifiedsensor_H
|
||||
|
||||
Loading…
x
Reference in New Issue
Block a user