Plant Monitoring, an Engineering School Project

#include "mbed.h"       
#include "DS18B20.h"            // OneWire Temperature
#include "DS1820.h"
#include "DHT.h"                // DHT22
#include "TSL2561_I2C.h"          // Lux
#include "TCS34725.h"           // RGB
#include "Adafruit_SSD1306.h"   // OLED
#include "mespings.h"
#include "WakeUp.h"             // Low Power Energy
#include "Sigfox.h"




//SIGFOX
Serial Sigfox(SIGFOX_RX, SIGFOX_TX);

void SendData( int TempAir, int HumiAir, int TempSol, int HumiSol, int Lumiere, int Red, int Green, int Blue){
    
    Sigfox.printf("AT$SF=%02x%02x%02x%02x%04x%02x%02x%02x\r\n", TempAir, HumiAir, TempSol, HumiSol, Lumiere , Red, Green, Blue);
}


//OLED
class OLEDSPI : public SPI
{
    public:
        OLEDSPI(PinName mosi, PinName miso, PinName clk) : SPI(mosi,miso,clk)
        {
            format(8,3); 
            frequency(2000000);
        };
};

OLEDSPI gSpi(MOSI,MISO,CLK);
Adafruit_SSD1306_Spi OLED(gSpi,DC,RST,CS,LARGEUR_OLED,LONGUER_OLED);

//sol_hum
    AnalogIn MOIST_sensor(MOIST_DATA);

float ReadSolHum(){
    float Humidity=0.0;
    for (int i=0;i<NB_MESURES;i++){
        Humidity = Humidity + ((1 - MOIST_sensor.read()-MIN_MESURES)/(MAX_MESURES -MIN_MESURES ))*100;
        }
        Humidity /= NB_MESURES;
    return Humidity;
}
    
//sol_temp    
    //DS18B20 Temperature(true, true, false, ONEWIRE_TEMP_PIN); // Temperature( crcOn, useAddress, parasitic, mbed pin )
    DS1820 ONEWIRE_sensor(SOL_TEMP_DATA);

//Capteur Température/Humidité de l'air 
    DHT DHT_sensor(A0,DHT22);
    
    TSL2561_I2C  LUM_sensor(LUM_I2C_SDA,LUM_I2C_SCL);
    
    TCS34725 RGB_sensor(RGB_I2C_SDA,RGB_I2C_SCL);

    DigitalOut tr(D7);
    
int main()
{
    
// Variables
    float Air_Temp  = 0.0;
    float Air_Hum   = 0.0;
    float Sol_Hum   = 0.0; 
    float Sol_Temp  = 0.0;
    float Lum       = 0.0;
    
    uint16_t   R;
    uint16_t   G;
    uint16_t   B; 
    uint16_t   C;
    int OLEDLine = 0;
    
    // Initialisation de l'écran 

    OLED.fillRect(ZERO,ZERO,LONGUER_OLED,LARGEUR_OLED,BLACK); 
    OLED.setTextCursor(ZERO,DIX); OLED.printf("      EISE4-PROJET"); 
    OLED.setTextCursor(ZERO,DEMI); OLED.printf("      PLANTSIGFOX");   
    OLED.display();

    while(1){
    tr = 1;
    // Initialisation des capteur
    while(DHT_sensor.readData());
    ONEWIRE_sensor.begin();
    LUM_sensor.enablePower();
    ONEWIRE_sensor.startConversion();
    RGB_sensor.init(TCS34725_INTEGRATIONTIME_2_4MS, TCS34725_GAIN_4X );

    // OLED Reset
    OLED.clearDisplay();
    OLED.fillRect(0,0,LARGEUR_OLED,LONGUER_OLED,BLACK);
    OLEDLine = 0;
    
    //obtenir des donnees
    Air_Temp=DHT_sensor.ReadTemperature(CELCIUS);
    Air_Hum=DHT_sensor.ReadHumidity();
    RGB_sensor.getColor(R,G,B,C); 
    Lum=LUM_sensor.getLux();
    Sol_Temp=ONEWIRE_sensor.read();
    Sol_Hum=ReadSolHum();
    
    //affiche
    OLED.setTextCursor(0,OLEDLine);
    OLED.printf("Air TEMP =  %4.2f C",Air_Temp);
    OLEDLine +=DIX;
    
    OLED.setTextCursor(0,OLEDLine);
    OLED.printf("Air HUM =  %4.2f %%RH",Air_Hum);
    OLEDLine +=DIX;
       
    OLED.setTextCursor(0,OLEDLine);
    OLED.printf("Sol TEMP = %4.2f C ",Sol_Temp);
    OLEDLine +=DIX;
    
    OLED.setTextCursor(0,OLEDLine);
    OLED.printf("Sol Hum = %4.2f %%RH",Sol_Hum);
    OLEDLine +=DIX;
        
    OLED.setTextCursor(0,OLEDLine);
    OLED.printf("Light = %4.2f Lux", Lum);
    OLEDLine +=DIX;
        
    OLED.setTextCursor(0,OLEDLine);
    OLED.printf("R = %d G= %d  B= %d",R,G,B);
    OLEDLine +=DIX;
     
    OLED.setTextCursor(0,OLEDLine);
    OLED.printf("Clear = %d",C);
    OLEDLine +=DIX;     
    
    OLED.display();

    SendData((int) Air_Temp, (int) Air_Hum, (int) Sol_Temp, (int) Sol_Hum, (int) Lum , R, G, B);
    tr = 0;
    sleep
    wait (TIME_TRAVAIL);
    OLED.fillRect(0,0,LONGUER_OLED,LARGEUR_OLED,BLACK);
    OLED.display();
          
    WakeUp::set_ms(TIME_SLEEP);
    deepsleep();
}
}