Browse Source

docs: Add comments

master
Konstantinos Kamaropoulos 5 years ago
committed by GitHub
parent
commit
2ce12a1e51
No known key found for this signature in database GPG Key ID: 4AEE18F83AFDEB23
  1. 42
      Aiolos_Drone.ino

42
Aiolos_Drone.ino

@ -1,5 +1,7 @@
#include "RYLR896.h" // Import LoRa Module Library
#include "RYLR896.h"
// Drone ID, for future use when using with multiple drones
#define DRONE_ID 1 #define DRONE_ID 1
int MQ2 = A0; int MQ2 = A0;
@ -11,14 +13,18 @@ int MQ8 = A5;
int MQ9 = A6; int MQ9 = A6;
int MQ135 = A7; int MQ135 = A7;
// Define Serial interfaces for GPS and LoRa (easier configuration)
#define GPS_SERIAL Serial1 #define GPS_SERIAL Serial1
#define LORA_SERIAL Serial3 #define LORA_SERIAL Serial3
// Create global LoRa library object
RYLR896* lora; RYLR896* lora;
void setup() { void setup() {
// Initialize Serial0 for debug messages
Serial.begin(115200); Serial.begin(115200);
Serial.println("Starting up..."); Serial.println("Starting up...");
// Set sensor pin modes
pinMode(MQ2, INPUT); pinMode(MQ2, INPUT);
pinMode(MQ4, INPUT); pinMode(MQ4, INPUT);
pinMode(MQ5, INPUT); pinMode(MQ5, INPUT);
@ -28,16 +34,24 @@ void setup() {
pinMode(MQ9, INPUT); pinMode(MQ9, INPUT);
pinMode(MQ135, INPUT); pinMode(MQ135, INPUT);
Serial.println("Initializing communications..."); Serial.println("Initializing communications...");
// Initialize LoRa's serial interface outside the library because of
// weird HardwareSerial.h behavior when called within another library.
Serial3.begin(115200); Serial3.begin(115200);
// Initialize LoRa Library
lora = new RYLR896(&LORA_SERIAL, 115200); lora = new RYLR896(&LORA_SERIAL, 115200);
// Set RF Parameters for close range message transmission
// (see: page 2, http://reyax.com/wp-content/uploads/2018/01/REYAX-Lora-AT-COMMAND-GUIDE_EN.pdf)
lora->SetRFParamsLessThan3KM(); lora->SetRFParamsLessThan3KM();
// Set AES encryption passcode
lora->SetAESPassword("FABC0002EEDCAA90FABC0002EEDCAA90"); lora->SetAESPassword("FABC0002EEDCAA90FABC0002EEDCAA90");
Serial.println("Initializing GPS..."); Serial.println("Initializing GPS...");
// Initialize GPS' serial interface
GPS_SERIAL.begin(9600); GPS_SERIAL.begin(9600);
Serial.println("Setup completed!"); Serial.println("Setup completed!");
} }
void loop() { void loop() {
// Read sensor values
float GAS_MQ2 = analogRead(MQ2); float GAS_MQ2 = analogRead(MQ2);
float GAS_MQ4 = analogRead(MQ4); float GAS_MQ4 = analogRead(MQ4);
float GAS_MQ5 = analogRead(MQ5); float GAS_MQ5 = analogRead(MQ5);
@ -47,29 +61,19 @@ void loop() {
float GAS_MQ9 = analogRead(MQ9); float GAS_MQ9 = analogRead(MQ9);
float GAS_MQ135 = analogRead(MQ135); float GAS_MQ135 = analogRead(MQ135);
// Once we have available GPS data
if (GPS_SERIAL.available() > 0){ if (GPS_SERIAL.available() > 0){
// Store NMEA sentence
String gpsData = GPS_SERIAL.readStringUntil('\n'); String gpsData = GPS_SERIAL.readStringUntil('\n');
// Since we are only keeping GPRMC NMEA sentences, only enter
// if we are on that sentence (see http://aprs.gids.nl/nmea/#rmc)
if (gpsData.startsWith("$GPRMC")){ if (gpsData.startsWith("$GPRMC")){
// Construct message to send over LoRa
String data = String(DRONE_ID) + "|" + gpsData + "|" + "MQ2=" + String(GAS_MQ2) + "|" + "MQ4=" + String(GAS_MQ4) + "|" + "MQ5=" + String(GAS_MQ5) + "|" + "MQ6=" + String(GAS_MQ6) + "|" + "MQ7=" + String(GAS_MQ7) + "|" + "MQ8=" + String(GAS_MQ8) + "|" + "MQ9=" + String(GAS_MQ9) + "|" + "MQ135=" + String(GAS_MQ135); String data = String(DRONE_ID) + "|" + gpsData + "|" + "MQ2=" + String(GAS_MQ2) + "|" + "MQ4=" + String(GAS_MQ4) + "|" + "MQ5=" + String(GAS_MQ5) + "|" + "MQ6=" + String(GAS_MQ6) + "|" + "MQ7=" + String(GAS_MQ7) + "|" + "MQ8=" + String(GAS_MQ8) + "|" + "MQ9=" + String(GAS_MQ9) + "|" + "MQ135=" + String(GAS_MQ135);
// Serial.print("MQ2: "); // Print a debug message on Serial0 with the data we are about to send
// Serial.println(GAS_MQ2);
// Serial.print("MQ4: ");
// Serial.println(GAS_MQ4);
// Serial.print("MQ5: ");
// Serial.println(GAS_MQ5);
// Serial.print("MQ6: ");
// Serial.println(GAS_MQ6);
// Serial.print("MQ7: ");
// Serial.println(GAS_MQ7);
// Serial.print("MQ8: ");
// Serial.println(GAS_MQ8);
// Serial.print("MQ9: ");
// Serial.println(GAS_MQ9);
// Serial.print("MQ135: ");
// Serial.println(GAS_MQ135);
// Serial.println("\n");
Serial.println(data); Serial.println(data);
// Transmit message over LoRa
lora->Send(data); lora->Send(data);
} }
} }
} }

Loading…
Cancel
Save