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#define relay15 22
#define relay14 24
#define relay13 26
#define relay12 28
#define relay11 30                   // Definicja nóżek w arduino odpowiadających poszególnym przekaźnikom
#define relay10 32
#define relay9 34
#define relay8 36
#define relay7 38
#define relay6 40
#define relay5 42
#define relay4 44
#define relay3 46
#define relay2 48
#define relay1 50
#define relay0 52
#define state15 23
#define state14 25
#define state13 27
#define state12 29
#define state11 31
#define state10 33
#define state9 35                      // Definicja nózek w arduino odpowiadających za odczyt stanu świateł
#define state8 37                      // zwarcie do masy powoduje sygnał LOW które jest czytane jako światło ON
#define state7 39
#define state6 41
#define state5 43
#define state4 45
#define state3 47
#define state2 49
#define state1 51
#define state0 53
int x,y,z;
int limit=16,xdelay=50;
const int relay[] = {
  relay0,relay1,relay2,relay3,relay4,relay5,relay6,relay7,relay8,relay9,relay10,relay11,relay12,relay13,relay14,relay15};
const int states[] = {
  state0,state1,state2,state3,state4,state5,state6,state7,state8,state9,state10,state11,state12,state13,state14,state15};

void setup() {
  for (int i = 0; i<16; i++)
  {
    pinMode(relay[i],OUTPUT);
    pinMode(states[i],INPUT);
    digitalWrite(states[i],HIGH);
  }
}

void loop() {

  if (!digitalRead(states[0])) {
    if(analogRead(10)> 100){
      for (int i=0; i<16; i++)
      {
        x=random(0,7);
        y=random(30,90);
        z=random(0,3);
        if(x==1){
          if(z==1){
            digitalWrite(relay[i], HIGH);
            delay(y);
            delay(y);
            digitalWrite(relay[i], HIGH);
            delay(y);
            digitalWrite(relay[i], LOW);
            delay(y);
          }
          if(z==2){
            digitalWrite(relay[i], HIGH);
            delay(y);
            digitalWrite(relay[i], LOW);
            delay(y);
            digitalWrite(relay[i], HIGH);
            delay(y);
            digitalWrite(relay[i], LOW);
            delay(y);
            digitalWrite(relay[i], HIGH);
            delay(y);
          }
          if(z==3){
            digitalWrite(relay[i], HIGH);
            delay(y);
            digitalWrite(relay[i], LOW);
            delay(y);
            digitalWrite(relay[i], HIGH);
            delay(y);
            digitalWrite(relay[i], LOW);
            delay(y);
          }
          if(z==4){
            digitalWrite(relay[i], HIGH);
            delay(y);
            digitalWrite(relay[i], LOW);
            delay(y);
            digitalWrite(relay[i], HIGH);
            delay(y);
            digitalWrite(relay[i], LOW);
            delay(y);
            digitalWrite(relay[i], HIGH);
            delay(y);
            digitalWrite(relay[i], LOW);
            delay(y);
            digitalWrite(relay[i], HIGH);
            delay(y);
            digitalWrite(relay[i], LOW);
            delay(y);
            digitalWrite(relay[i], HIGH);
            delay(y);
            digitalWrite(relay[i], LOW);
            delay(y);
          }
          if(z==5){
            digitalWrite(relay[i], HIGH);
            delay(y);
            digitalWrite(relay[i], LOW);
            delay(y);
          }
        };
        delay(y);
      }
    }
  }
  delay(30);
}