Synchronized Light Switch

int led = D7;
int ph1 = A0;
int ph2=A1;
int power = A5;
int LightKitchen;     
int LightLiving;
bool Darker= false;
int On=1;
int Off=1;

//This section of code assigns the pins on the Particle Photon, and names 
//variables that will be used later in the code.

void setup() {
    pinMode(led,OUTPUT);
    pinMode(power,OUTPUT);
    pinMode(ph1, INPUT);
    pinMode(ph2, INPUT);
    
    digitalWrite(power,HIGH);
    
     Particle.variable("LightKitchen", &LightKitchen, INT);
     Particle.variable("LightLiving", &LightLiving, INT);
    
    Particle.subscribe("LightsLog", Lightflip, "420038000c47363433353735");
    
}

//This section of the code defines how each pin used will function as well as
//well as the variables used to establish light level in the kitchen section and living section of 
//the room.  It also turns on the power supply to the photoresistors.

void Lightflip (const char *event, const char *data){
    if (strcmp(data,"On")==0) {
    
    Darker=false;
    Particle.publish("DarkStatus", "Darker=false");
  }
  else if (strcmp(data,"Off")==0) {
    
    Darker=true;
    Particle.publish("DarkStatus", "Darker=true");
  }
  else {
    
  }
}

void loop() {
    
   int loopdelay=2000;
   delay(loopdelay);
   int gap=300;
    int In1 = analogRead(ph1);
    int Out1= analogRead(ph2);
    delay(gap);
    int In2= analogRead(ph1);
    int Out2= analogRead(ph2);
    delay(gap);
    int In3= analogRead(ph1);
    int Out3= analogRead(ph2);
    delay(gap);
    int In4= analogRead(ph1);
    int Out4= analogRead(ph2);
    delay(gap);
    int In5= analogRead(ph1);
    int Out5= analogRead(ph2);
    delay(gap);
    LightKitchen=(In1+In2+In3+In4+In5)/5;
    LightLiving=(Out1+Out2+Out3+Out4+Out5)/5;
    //This section takes the average of 5 readings over 1.5 seconds for each of the photosensors to 
    //get a more accurate measurement of the light level in each part of the room.
   
    
    
    
   if (LightLiving < LightKitchen){
       if (Darker==true){
        Particle.publish("On125", String(On));              //Publishes the event that will cause the 
                                                            //other photon turn on the Living Room section Light Switch
        digitalWrite(led,HIGH);                             //Turns on Indicator LED
        Particle.publish("LightKitchen", String(LightKitchen));   //Publishes the event that allows a webhook 
                                                            //to get data from the inside photosensor
                                                            //to ThingSpeak graph
        delay(16000);
        Particle.publish("LightLiving", String(LightLiving)); //Publishes the event that allows a webhook 
                                                            //to get data from the photosensor outside
                                                            //to ThingSpeak graph
        }
        
        
    }
    else {
        if (Darker==false){
        Particle.publish("Off125",String(Off));             //Publishes the event that will cause the 
                                                            //other photon to begin opening the blinds
         digitalWrite(led,LOW);                             //Turns off Indicator LED
         delay(16000);
         Particle.publish("LightKitchen", String(LightKitchen));  //Publishes the event that allows a webhook 
                                                            //to get data from the Kitchen photosensor
                                                            //to ThingSpeak graph
        Particle.publish("LightLiving", String(LightLiving)); //Publishes the event that allows a webhook 
                                                            //to get data from the photosensor in the 
                                                            //living room section to ThingSpeak graph
        }
        
    }
        
}
    
//This loop checks the analogue value of the photoresistor in the kitchen section and compares it to the
//analogue value of photoresistor on the side of the counter measuring the living room light leel.  Then, 
//depending on whether the light level is higher inside or outside, the Particle publishes an event to the 
//console, with the event reading either "On" or "Off."