bool lightStatus;
int currentHex;
int controlRGB(String command);
int wait = 1000;
int onoff = 0xFF02FD;
int hrz = 32;
int inputPin = D0;             
int ledPin = D1;               
int pirState = LOW;             
int val = 0;                    

void setup() {
    pinMode( ledPin, OUTPUT );
    pinMode(inputPin, INPUT);
    lightStatus = false;
    Particle.function("lights", controlRGB);
    Particle.variable("lightStatus", lightStatus);
}

void loop() {
if ( calibrated() )
{

readTheSensor();
reportTheData();
}

}

void readTheSensor() {
  val = digitalRead(inputPin);
}

void lightOnOff(){
    irsend.sendNEC(On_Off, 32);
    lightStatus = !lightStatus;
}

bool calibrated() {
  return millis() - calibrateTime > 0;
}


void setLight(int hex){
     if(!lightStatus){
            lightOnOff();
            delay(wait);
        }
        irsend.sendNEC(hex,hrz);
}

int controlRGB(String command){
    
    if(command == "onoff"){
        lightOnOff();
    }
    if(command == "code"){
        setLight(currentHex);
    }
    if(command == "red"){
       setLight(Red);
    }
    if(command == "green"){
        setLight(Green);
    }
     if(command == "blue"){
         setLight(Blue);
    }
     if(command == "white"){
         setLight(White);
    }
     if(command == "brighter"){
         setLight(Brighter);
    }
     if(command == "lessBright"){
         setLight(Less_Bright);
    }
     if(command == "flash"){
         setLight(Flash);
    }
     if(command == "fade7"){
         setLight(Fade7);
    }
     if(command == "fade3"){
         setLight(Fade3);
    }
     if(command == "jump3"){
         setLight(Jump3);
    }
     if(command == "jump7"){
         setLight(Jump7);
    }
     if(command == "quick"){
         setLight(Quick);
    }
     if(command == "slow"){
         setLight(Slow);
    }
    if(command == "off"){
        if(lightStatus){
           lightOnOff(); 
        }
    }
    if(command == "isoff"){
        lightStatus = false;
    }
}