meteo.js

var ir = require("@amperka/ir-receiver").connect(P0);
var led = require("@amperka/led").connect(P2);
var light = require("@amperka/light-sensor").connect(A3);
var temp = require("@amperka/thermometer").connect(A5);


var nrm_t = 24;
var now_t = temp.read("C").toFixed(3);

var nrm_l = 350;
var now_l = light.read("lx");

function update(a, f){
  return a = f;
}

var ToggleBlinkLED = function(t, n){
	var i = 0;
	var inter = setInterval(function(){
		led.blink(t - 200);
		setTimeout(function(){}, 100);
		i++;
		if(i == n*2){
			clearInterval(inter);
			led.turnOff();
		}
	}, t);
	
};

console.log(temp.read("C"));
console.log(light.read("lx"));

function getProcentsTemp(a, b){
  return Math.round(a / b * 100);
}
function getProcentsLight(a, b){
  return Math.round(a / b * 100);
}


ir.on("receive", function(code, repeat){
  console.log(code.toString(16));
  if(code.toString(16) == "3fcc33f"){
    var proc = getProcentsTemp(temp.read("C"), nrm_t);
    console.log(getProcentsTemp(temp.read("C"), nrm_t));
    if(proc >= 80){
      ToggleBlinkLED(400, 3);
    }else if(proc >= 55){
      ToggleBlinkLED(400, 2);
    }else{
      ToggleBlinkLED(400, 1);
    }
  }
  if(code.toString(16) == "3fc639f"){
    console.log(getProcentsLight(light.read("lx"),nrm_l));
    var proc = getProcentsLight(light.read("lx"), nrm_l);
    if(proc >= 80){
      ToggleBlinkLED(400, 3);
    }else if(proc >= 55){
      ToggleBlinkLED(400, 2);
    }else{
      ToggleBlinkLED(400, 1);
    }
  }
});