Sound Activated Lights

// Sender Particle Photon 2 code

const int analogInputPin = D1;      // Analog input pin for voltage measurement
const int senderLedPin = D7;         // Pin connected to the sender Photon's LED
const double voltageThreshold = 0.2; // Threshold voltage to trigger the command

Particle.subscribe("Recieved_Sound", PRIVATE);

void setup() {
  // Initialize LED pin as an output
  pinMode(senderLedPin, OUTPUT);
}

void loop() {
  // Read the voltage from the analog input
  double voltage = analogRead(analogInputPin) * (3.3 / 4095.0);

  // Print the voltage to the serial monitor
  Serial.print("Voltage: ");
  Serial.println(voltage);

  // Check if the voltage is higher than the threshold
  if (voltage > voltageThreshold) {
    // Turn on the sender Photon's LED
    digitalWrite(senderLedPin, HIGH);

    // Trigger the command to the receiver Photon
    Particle.publish("turnOnOffLED", "TurnOnOffLED");

    delay(300);  // Keep the LED on for 2 seconds

    // Turn off the sender Photon's LED
    digitalWrite(senderLedPin, LOW);
  }

  delay(1);  // Delay between voltage readings
}

// Define the pin for input
int inputPin = D7;

// Flag to track whether to send signals
bool sendSignal = false;

// Function prototype
void sendParticleSignal();

void setup() {
  // Setup pin mode
  pinMode(inputPin, INPUT);

  // You can adjust the debounce time based on your requirements
  attachInterrupt(inputPin, detectVoltageChange, CHANGE);
  
  Particle.Subscribe("Recieved_switch", PRIVATE);
}

void loop() {
  if (sendSignal) {
    // Continuously send Particle Cloud signal
    sendParticleSignal();
  }

  // You can add other code here as needed
}

void detectVoltageChange() {
  // Read the voltage level on pin D7
  int voltageLevel = digitalRead(inputPin);

  // If voltage is detected, set the flag to true
  // If voltage is not detected, set the flag to false
  sendSignal = (voltageLevel == HIGH);
}

void sendParticleSignal() {
  // Modify this function to send your desired Particle Cloud signal
  Particle.publish("onoffswitch", "OnOffSwitch");

  // You can add a delay here if needed to control the frequency of signal sending
  delay(300);
}