// Codigo de conexion de senosres dht22 para invernadero
// JEAL, IRG, JARO
// Asesores: DHL, RRR
// GRUPO: 9MIR1
// --------------------------------------------------------------------------------
// Inclusion de liberias
#include "DHT.h"   // Libreria de deteccion de sensor de temperatura
// ---------------------------------------------------------------------------------
// Definicion de Pines de sensores
#define DHTPIN1 23 // Sensor 1
#define DHTPIN2 22 // Sensor 2
#define DHTPIN3 21 // Sensor 3
#define DHTPIN4 19 // Sensor 4
#define DHTPIN5 18 // Sensor 5
#define DHTTYPE1 DHT22
#define DHTTYPE2 DHT22
#define DHTTYPE3 DHT22
#define DHTTYPE4 DHT22
#define DHTTYPE5 DHT22
// Definicion de pines para hidrobombas
int bomba1= 5; 
int bomba2= 17; 
int bomba3= 16; 
int bomba4= 4; 
int bomba5= 0; 
int bomba6= 25; 
int bomba7= 26; 
int bomba8= 27; 
int bomba9= 14; 
int bomba10= 12; 
// Variables Locales de los sensores
DHT dht1(DHTPIN1, DHTTYPE1);
DHT dht2(DHTPIN2, DHTTYPE2);
DHT dht3(DHTPIN3, DHTTYPE3);
DHT dht4(DHTPIN4, DHTTYPE4);
DHT dht5(DHTPIN5, DHTTYPE5);
// --------------------------------------------------------------------------------------
// INICIO DE FUNCIONAMIENTO
void setup() {
  Serial.begin(115200);
  Serial.println("Hello, ESP32!");
  dht1.begin();
  dht2.begin();
  dht3.begin();
  dht4.begin();
  dht5.begin();
  pinMode(bomba1, OUTPUT);
  pinMode(bomba2, OUTPUT);
  pinMode(bomba3, OUTPUT);
  pinMode(bomba4, OUTPUT);
  pinMode(bomba5, OUTPUT);
  pinMode(bomba6, OUTPUT);
  pinMode(bomba7, OUTPUT);
  pinMode(bomba8, OUTPUT);
  pinMode(bomba9, OUTPUT);
  pinMode(bomba10, OUTPUT);
}
// --------------------------------------------------------------------------------------
// FUNCIONAMIENTO DEL SISTEMA
void loop() {
  // Espera unos segundos entre mediciones.
  delay(2000);
  // Leer la humedad y temperatura
  float h1 = dht1.readHumidity();
  float t1 = dht1.readTemperature();
  float h2 = dht2.readHumidity();
  float t2 = dht2.readTemperature();
  float h3 = dht3.readHumidity();
  float t3 = dht3.readTemperature();
  float h4 = dht4.readHumidity();
  float t4 = dht4.readTemperature();
  float h5 = dht5.readHumidity();
  float t5 = dht5.readTemperature();
  // Comprobar si la lectura falló y salir temprano (para intentar de nuevo).
  if (isnan(h1) || isnan(t1)) {
    Serial.println(F("¡Fallo al leer del sensor DHT1!"));
    return;
  }
  if (isnan(h2) || isnan(t2)) {
    Serial.println(F("¡Fallo al leer del sensor DHT2!"));
    return;
  }
  if (isnan(h3) || isnan(t3)) {
    Serial.println(F("¡Fallo al leer del sensor DHT3!"));
    return;
  }
    if (isnan(h4) || isnan(t4)) {
    Serial.println(F("¡Fallo al leer del sensor DHT4!"));
    return;
  }
    if (isnan(h5) || isnan(t5)) {
    Serial.println(F("¡Fallo al leer del sensor DHT5!"));
    return;
  }
  //Impresion de Datos de 1° DHT22 en el Serial Port
  Serial.print(F("Humedad1: "));
  Serial.print(h1);
  Serial.print(F("% Temp 1: "));
  Serial.print(t1);
  Serial.println(F("°C"));
  //Impresion de Datos de 2° DHT22 en el Serial Port
  Serial.print(F("Humedad2: "));
  Serial.print(h2);
  Serial.print(F("% Temp 2: "));
  Serial.print(t2);
  Serial.println(F("°C"));
  //Impresion de Datos de 3° DHT22 en el Serial Port
  Serial.print(F("Humedad3: "));
  Serial.print(h3);
  Serial.print(F("% Temp 3: "));
  Serial.print(t3);
  Serial.println(F("°C"));
    //Impresion de Datos de 4° DHT22 en el Serial Port
  Serial.print(F("Humedad4: "));
  Serial.print(h4);
  Serial.print(F("% Temp 4: "));
  Serial.print(t4);
  Serial.println(F("°C"));
  //Impresion de Datos de 5° DHT22 en el Serial Port
  Serial.print(F("Humedad5: "));
  Serial.print(h5);
  Serial.print(F("% Temp 5: "));
  Serial.print(t5);
  Serial.println(F("°C"));
// Enciende los LEDs según la temperatura del Sensor 1
  if ((t1) < 22) {
    digitalWrite(bomba1, LOW);
    digitalWrite(bomba2, LOW);
    digitalWrite(bomba3, LOW);
    digitalWrite(bomba4, LOW);
    digitalWrite(bomba5, LOW);
    digitalWrite(bomba6, LOW);
    digitalWrite(bomba7, LOW);
    digitalWrite(bomba8, LOW);
    digitalWrite(bomba9, LOW);
    digitalWrite(bomba10, LOW);
  } else if ((t1) >= 22 && (t1) <= 30) {
    digitalWrite(bomba1, LOW);
    digitalWrite(bomba2, LOW);
    digitalWrite(bomba3, LOW);
    digitalWrite(bomba4, LOW);
    digitalWrite(bomba5, LOW);
    digitalWrite(bomba6, LOW);
    digitalWrite(bomba7, LOW);
    digitalWrite(bomba8, LOW);
    digitalWrite(bomba9, LOW);
    digitalWrite(bomba10, LOW);
  } else {
    digitalWrite(bomba1, HIGH);
    digitalWrite(bomba2, HIGH);
    digitalWrite(bomba3, HIGH);
    digitalWrite(bomba4, HIGH);
    digitalWrite(bomba5, HIGH);
    digitalWrite(bomba6, HIGH);
    digitalWrite(bomba7, HIGH);
    digitalWrite(bomba8, HIGH);
    digitalWrite(bomba9, HIGH);
    digitalWrite(bomba10, HIGH);
    delay (5000);    
  }
// Enciende los LEDs según la temperatura del Sensor 2
  if ((t2) < 22) {
    digitalWrite(bomba1, LOW);
    digitalWrite(bomba2, LOW);
    digitalWrite(bomba3, LOW);
    digitalWrite(bomba4, LOW);
    digitalWrite(bomba5, LOW);
    digitalWrite(bomba6, LOW);
    digitalWrite(bomba7, LOW);
    digitalWrite(bomba8, LOW);
    digitalWrite(bomba9, LOW);
    digitalWrite(bomba10, LOW);
  } else if ((t2) >= 22 && (t2) <= 30) {
    digitalWrite(bomba1, LOW);
    digitalWrite(bomba2, LOW);
    digitalWrite(bomba3, LOW);
    digitalWrite(bomba4, LOW);
    digitalWrite(bomba5, LOW);
    digitalWrite(bomba6, LOW);
    digitalWrite(bomba7, LOW);
    digitalWrite(bomba8, LOW);
    digitalWrite(bomba9, LOW);
    digitalWrite(bomba10, LOW);
  } else {
    digitalWrite(bomba1, HIGH);
    digitalWrite(bomba2, HIGH);
    digitalWrite(bomba3, HIGH);
    digitalWrite(bomba4, HIGH);
    digitalWrite(bomba5, HIGH);
    digitalWrite(bomba6, HIGH);
    digitalWrite(bomba7, HIGH);
    digitalWrite(bomba8, HIGH);
    digitalWrite(bomba9, HIGH);
    digitalWrite(bomba10, HIGH);
    delay (5000);    
  }
// Enciende los LEDs según la temperatura del Sensor 3
  if ((t3) < 22) {
    digitalWrite(bomba1, LOW);
    digitalWrite(bomba2, LOW);
    digitalWrite(bomba3, LOW);
    digitalWrite(bomba4, LOW);
    digitalWrite(bomba5, LOW);
    digitalWrite(bomba6, LOW);
    digitalWrite(bomba7, LOW);
    digitalWrite(bomba8, LOW);
    digitalWrite(bomba9, LOW);
    digitalWrite(bomba10, LOW);
  } else if ((t3) >= 22 && (t3) <= 30) {
    digitalWrite(bomba1, LOW);
    digitalWrite(bomba2, LOW);
    digitalWrite(bomba3, LOW);
    digitalWrite(bomba4, LOW);
    digitalWrite(bomba5, LOW);
    digitalWrite(bomba6, LOW);
    digitalWrite(bomba7, LOW);
    digitalWrite(bomba8, LOW);
    digitalWrite(bomba9, LOW);
    digitalWrite(bomba10, LOW);
  } else {
    digitalWrite(bomba1, HIGH);
    digitalWrite(bomba2, HIGH);
    digitalWrite(bomba3, HIGH);
    digitalWrite(bomba4, HIGH);
    digitalWrite(bomba5, HIGH);
    digitalWrite(bomba6, HIGH);
    digitalWrite(bomba7, HIGH);
    digitalWrite(bomba8, HIGH);
    digitalWrite(bomba9, HIGH);
    digitalWrite(bomba10, HIGH);
    delay (5000);
  }
// Enciende los LEDs según la temperatura del Sensor 4
  if ((t4) < 22) {
    digitalWrite(bomba1, LOW);
    digitalWrite(bomba2, LOW);
    digitalWrite(bomba3, LOW);
    digitalWrite(bomba4, LOW);
    digitalWrite(bomba5, LOW);
    digitalWrite(bomba6, LOW);
    digitalWrite(bomba7, LOW);
    digitalWrite(bomba8, LOW);
    digitalWrite(bomba9, LOW);
    digitalWrite(bomba10, LOW);
  } else if ((t4) >= 22 && (t4) <= 30) {
    digitalWrite(bomba1, LOW);
    digitalWrite(bomba2, LOW);
    digitalWrite(bomba3, LOW);
    digitalWrite(bomba4, LOW);
    digitalWrite(bomba5, LOW);
    digitalWrite(bomba6, LOW);
    digitalWrite(bomba7, LOW);
    digitalWrite(bomba8, LOW);
    digitalWrite(bomba9, LOW);
    digitalWrite(bomba10, LOW);
  } else {
    digitalWrite(bomba1, HIGH);
    digitalWrite(bomba2, HIGH);
    digitalWrite(bomba3, HIGH);
    digitalWrite(bomba4, HIGH);
    digitalWrite(bomba5, HIGH);
    digitalWrite(bomba6, HIGH);
    digitalWrite(bomba7, HIGH);
    digitalWrite(bomba8, HIGH);
    digitalWrite(bomba9, HIGH);
    digitalWrite(bomba10, HIGH);
    delay (5000);
  }
// Enciende los LEDs según la temperatura del Sensor 5
  if ((t5) < 22) {
    digitalWrite(bomba1, LOW);
    digitalWrite(bomba2, LOW);
    digitalWrite(bomba3, LOW);
    digitalWrite(bomba4, LOW);
    digitalWrite(bomba5, LOW);
    digitalWrite(bomba6, LOW);
    digitalWrite(bomba7, LOW);
    digitalWrite(bomba8, LOW);
    digitalWrite(bomba9, LOW);
    digitalWrite(bomba10, LOW);
  } else if ((t5) >= 22 && (t5) <= 30) {
    digitalWrite(bomba1, LOW);
    digitalWrite(bomba2, LOW);
    digitalWrite(bomba3, LOW);
    digitalWrite(bomba4, LOW);
    digitalWrite(bomba5, LOW);
    digitalWrite(bomba6, LOW);
    digitalWrite(bomba7, LOW);
    digitalWrite(bomba8, LOW);
    digitalWrite(bomba9, LOW);
    digitalWrite(bomba10, LOW);
  } else {
    digitalWrite(bomba1, HIGH);
    digitalWrite(bomba2, HIGH);
    digitalWrite(bomba3, HIGH);
    digitalWrite(bomba4, HIGH);
    digitalWrite(bomba5, HIGH);
    digitalWrite(bomba6, HIGH);
    digitalWrite(bomba7, HIGH);
    digitalWrite(bomba8, HIGH);
    digitalWrite(bomba9, HIGH);
    digitalWrite(bomba10, HIGH);
    delay (5000);
  }

}