#include <Wire.h>




int CHANNELS_COUNT = 80;

int ard1_1 = 2;
int ard1_2 = 3;
int ard1_3 = 6;
int ard1_4 = 7;
int ard1_5 = 1;
int ard2_1 = 5;
int ard2_2 = 15;
int ard2_3 = 16;
int ard2_4 = 17;
int ard2_5 = 18;
int ard3_1 = 23;
int ard3_2 = 24;
int ard3_3 = 25;
int ard3_4 = 26;
int ard3_5 = 64;
int ard4_1 = 63;
int ard4_2 = 13;
int ard4_3 = 12;
int ard4_4 = 46;
int ard4_5 = 45;
int ard5_1 = 78;
int ard5_2 = 77;
int ard5_3 = 76;
int ard5_4 = 75;
int ard5_5 = 74;
int ars1_1 = 73;
int ars1_2 = 72;
int ars1_3 = 71;
int ars1_4 = 60;
int ars1_5 = 59;
int ars2_1 = 58;
int ars2_2 = 57;
int ars2_3 = 56;
int ars2_4 = 55;
int ars2_5 = 54;
int ars3_1 = 53;
int ars3_2 = 50;
int ars3_3 = 70;
int ars3_4 = 52;
int ars3_5 = 51;
int ars4_1 = 42;
int ars4_2 = 41;
int ars4_3 = 40;
int ars4_4 = 39;
int ars4_5 = 38;
int ars5_1 = 37;
int ars5_2 = 36;
int ars5_3 = 35;
int ars5_4 = 22;
int ars5_5 = 21;



int incomingByte[80];   // array to store the values from serial port
void setup()
{
  Serial.begin(9600);        // set up Serial at 9600 bps
 Wire.begin(7);
Wire.onRequest(rispondi);

pinMode(ard1_1, OUTPUT);
pinMode(ard1_2, OUTPUT);
pinMode(ard1_3, OUTPUT);
pinMode(ard1_4, OUTPUT);
pinMode(ard1_5, OUTPUT);
pinMode(ard2_1, OUTPUT);
pinMode(ard2_2, OUTPUT);
pinMode(ard2_3, OUTPUT);
pinMode(ard2_4, OUTPUT);
pinMode(ard2_5, OUTPUT);
pinMode(ard3_1, OUTPUT);
pinMode(ard3_2, OUTPUT);
pinMode(ard3_3, OUTPUT);
pinMode(ard3_4, OUTPUT);
pinMode(ard3_5, OUTPUT);
pinMode(ard4_1, OUTPUT);
pinMode(ard4_2, OUTPUT);
pinMode(ard4_3, OUTPUT);
pinMode(ard4_4, OUTPUT);
pinMode(ard4_5, OUTPUT);
pinMode(ard5_1, OUTPUT);
pinMode(ard5_2, OUTPUT);
pinMode(ard5_3, OUTPUT);
pinMode(ard5_4, OUTPUT);
pinMode(ard5_5, OUTPUT);
pinMode(ars1_1, OUTPUT);
pinMode(ars1_2, OUTPUT);
pinMode(ars1_3, OUTPUT);
pinMode(ars1_4, OUTPUT);
pinMode(ars1_5, OUTPUT);
pinMode(ars2_1, OUTPUT);
pinMode(ars2_2, OUTPUT);
pinMode(ars2_3, OUTPUT);
pinMode(ars2_4, OUTPUT);
pinMode(ars2_5, OUTPUT);
pinMode(ars3_1, OUTPUT);
pinMode(ars3_2, OUTPUT);
pinMode(ars3_3, OUTPUT);
pinMode(ars3_4, OUTPUT);
pinMode(ars3_5, OUTPUT);
pinMode(ars4_1, OUTPUT);
pinMode(ars4_2, OUTPUT);
pinMode(ars4_3, OUTPUT);
pinMode(ars4_4, OUTPUT);
pinMode(ars4_5, OUTPUT);
pinMode(ars5_1, OUTPUT);
pinMode(ars5_2, OUTPUT);
pinMode(ars5_3, OUTPUT);
pinMode(ars5_4, OUTPUT);
pinMode(ars5_5, OUTPUT);





}
void loop() {  
   if (Serial.available() >= CHANNELS_COUNT) {
      for (int i=0; i<CHANNELS_COUNT; i++) { 
        incomingByte[i] = Serial.read(); // legge tutti i byte trasmessi da vixen
       } 
digitalWrite(ard1_1, incomingByte[0]);
digitalWrite(ard1_2, incomingByte[1]);
digitalWrite(ard1_3, incomingByte[2]);
digitalWrite(ard1_4, incomingByte[3]);
digitalWrite(ard1_5, incomingByte[4]);
digitalWrite(ard2_1, incomingByte[5]);
digitalWrite(ard2_2, incomingByte[6]);
digitalWrite(ard2_3, incomingByte[7]);
digitalWrite(ard2_4, incomingByte[8]);
digitalWrite(ard2_5, incomingByte[9]);
digitalWrite(ard3_1, incomingByte[10]);
digitalWrite(ard3_2, incomingByte[11]);
digitalWrite(ard3_3, incomingByte[12]);
digitalWrite(ard3_4, incomingByte[13]);
digitalWrite(ard3_5, incomingByte[14]);
digitalWrite(ard4_1, incomingByte[15]);
digitalWrite(ard4_2, incomingByte[16]);
digitalWrite(ard4_3, incomingByte[17]);
digitalWrite(ard4_4, incomingByte[18]);
digitalWrite(ard4_5, incomingByte[19]);
digitalWrite(ard5_1, incomingByte[20]);
digitalWrite(ard5_2, incomingByte[21]);
digitalWrite(ard5_3, incomingByte[22]);
digitalWrite(ard5_4, incomingByte[23]);
digitalWrite(ard5_5, incomingByte[24]);
digitalWrite(ars1_1, incomingByte[25]);
digitalWrite(ars1_2, incomingByte[26]);
digitalWrite(ars1_3, incomingByte[27]);
digitalWrite(ars1_4, incomingByte[28]);
digitalWrite(ars1_5, incomingByte[29]);
digitalWrite(ars2_1, incomingByte[30]);
digitalWrite(ars2_2, incomingByte[31]);
digitalWrite(ars2_3, incomingByte[32]);
digitalWrite(ars2_4, incomingByte[33]);
digitalWrite(ars2_5, incomingByte[34]);
digitalWrite(ars3_1, incomingByte[35]);
digitalWrite(ars3_2, incomingByte[36]);
digitalWrite(ars3_3, incomingByte[37]);
digitalWrite(ars3_4, incomingByte[38]);
digitalWrite(ars3_5, incomingByte[39]);
digitalWrite(ars4_1, incomingByte[40]);
digitalWrite(ars4_2, incomingByte[41]);
digitalWrite(ars4_3, incomingByte[42]);
digitalWrite(ars4_4, incomingByte[43]);
digitalWrite(ars4_5, incomingByte[44]);
digitalWrite(ars5_1, incomingByte[45]);
digitalWrite(ars5_2, incomingByte[46]);
digitalWrite(ars5_3, incomingByte[47]);
digitalWrite(ars5_4, incomingByte[48]);
digitalWrite(ars5_5, incomingByte[49]);
   
        } 
 }
 void rispondi(){
  Wire.write(incomingByte,80);
 }