#define  DATA  3
volatile long syncTime;

void setup() {
  Serial.begin(115200);
                                                tone(DATA,1900);
                                                delay(100);
                                                tone(DATA,1500);
                                                delay(100);
                                                tone(DATA,1900);
                                                delay(100);
                                                tone(DATA,1500);
                                                delay(100);
                                                tone(DATA,2300);
                                                delay(100);
                                                tone(DATA,1500);
                                                delay(100);
                                                tone(DATA,2300);
                                                delay(100);
                                                tone(DATA,1500);
                                                delay(100);
                                        //-- VIS CODE --
                                        //VIS CODE for Scottie1 is B0111100 (DECIMAL 60)
                                        tone(DATA,1900);
                                        delay(300);
                                        tone(DATA,1200); //BREAK
                                        delay(10);
                                        tone(DATA,1900);
                                        delay(300);
                                        tone(DATA,1200); //START BIT
                                        delay(30);
                                        tone(DATA,1300); //BIT 0 (LSB FIRST)
                                        delay(30);
                                        tone(DATA,1300); //BIT 0 (LSB FIRST)
                                        delay(30);
                                        tone(DATA,1100); //BIT 1
                                        delay(30);
                                        tone(DATA,1100); //BIT 1
                                        delay(30);
                                        tone(DATA,1100); //BIT 1
                                        delay(30);
                                        tone(DATA,1100); //BIT 1
                                        delay(30);
                                        tone(DATA,1300); //BIT 6
                                        delay(30);
                                        tone(DATA,1300); //EVEN PARITY
                                        delay(30);
                                        tone(DATA,1200); //STOP BIT
                                        delay(30);
                                        //-- VIS DONE --
  // put your main code here, to run repeatedly:
  tone(DATA,1200);
  delay(9);

  //256 strok po 138ms 
  for (uint16_t x = 0; x < 256; x++){
    
 //   Serial.println(x,DEC);
    // Separator pulse
    tone(DATA,1500);
    syncTime = micros();
  //  Serial.println(syncTime);
    while(micros() - syncTime < 1500 - 6){} // Separator pulse
  //  syncTime = micros();
  //  Serial.println(syncTime);
   
    
  //  Serial.println("Green");
    // Green line
    tone(DATA,1500 + 3.1372549 * 128);
    syncTime = micros();
  //  Serial.println(syncTime);
    while(micros() - syncTime < 138240 - 6){} // Separator pulse
  //  syncTime = micros();
  //  Serial.println(syncTime);
   
  //  Serial.println("=====");    
    
    // Separator Pulse
    tone(DATA,1500);
    syncTime = micros();
  //  Serial.println(syncTime);
    while(micros() - syncTime < 1500 - 6){} // Separator pulse
  //  syncTime = micros();
  //  Serial.println(syncTime);
   
    
    
  //  Serial.println("Blue");
    // Blue Scan
    tone(DATA,1500 + 3.1372549 * 255);
    syncTime = micros();
  //  Serial.println(syncTime);
    while(micros() - syncTime < 138240 - 6){} // Separator pulse
  //  syncTime = micros();
  //  Serial.println(syncTime);
   
      
  //  Serial.println("sync");      
    // Sync Pulse
    tone(DATA,1200);
    delay(9);
    
  //  Serial.println("=====");    
    // Sync porch
    tone(DATA,1500);
    syncTime = micros();
  //  Serial.println(syncTime);
    while(micros() - syncTime < 1500 - 6){} // Separator pulse
  //  syncTime = micros();
  //  Serial.println(syncTime);
   
   
  //  Serial.println("Red");
    // Red Scan
    tone(DATA,1500 + 3.1372549 * 128);
    syncTime = micros();
  //  Serial.println(syncTime);
    while(micros() - syncTime < 138240 - 6){} // Separator pulse
  //  syncTime = micros();
  //  Serial.println(syncTime);
      
  
  }
//FSKid
tone(DATA,1500);
delay(300);
tone(DATA,2100);
delay(100);
tone(DATA,1900);
delay(22);


tone(DATA,2100); //BIT 0  * 0x2A 010101
delay(22);
tone(DATA,1900); //BIT 1 
delay(22);
tone(DATA,2100); //BIT 2
delay(22);
tone(DATA,1900); //BIT 3
delay(22);
tone(DATA,2100); //BIT 4
delay(22);
tone(DATA,1900); //BIT 5
delay(22);

tone(DATA,2100); //BIT 0  R 0x52-0x20=0x32 010011
delay(22);
tone(DATA,1900); //BIT 1 
delay(22);
tone(DATA,2100); //BIT 2
delay(22);
tone(DATA,2100); //BIT 3
delay(22);
tone(DATA,1900); //BIT 4
delay(22);
tone(DATA,1900); //BIT 5
delay(22);

tone(DATA,1900); //BIT 0  3 0x33-0х20=0х13 110010
delay(22);
tone(DATA,1900); //BIT 1 
delay(22);
tone(DATA,2100); //BIT 2
delay(22);
tone(DATA,2100); //BIT 3
delay(22);
tone(DATA,1900); //BIT 4
delay(22);
tone(DATA,2100); //BIT 5
delay(22);

tone(DATA,1900); //BIT 0  К 0x4B-0x20=0x2B 110101
delay(22);
tone(DATA,1900); //BIT 1 
delay(22);
tone(DATA,2100); //BIT 2
delay(22);
tone(DATA,1900); //BIT 3
delay(22);
tone(DATA,2100); //BIT 4
delay(22);
tone(DATA,1900); //BIT 5
delay(22);

tone(DATA,1900); //BIT 0  E 0x45-0x20=0x25 101001
delay(22);
tone(DATA,2100); //BIT 1 
delay(22);
tone(DATA,1900); //BIT 2
delay(22);
tone(DATA,2100); //BIT 3
delay(22);
tone(DATA,2100); //BIT 4
delay(22);
tone(DATA,1900); //BIT 5
delay(22);

tone(DATA,1900); //BIT 0  E 0x45-0x20=0x25 101001
delay(22);
tone(DATA,2100); //BIT 1 
delay(22);
tone(DATA,1900); //BIT 2
delay(22);
tone(DATA,2100); //BIT 3
delay(22);
tone(DATA,2100); //BIT 4
delay(22);
tone(DATA,1900); //BIT 5
delay(22);

tone(DATA,1900); //BIT 0  SOH 0x01 100000
delay(22);
tone(DATA,2100); //BIT 1 
delay(22);
tone(DATA,2100); //BIT 2
delay(22);
tone(DATA,2100); //BIT 3
delay(22);
tone(DATA,2100); //BIT 4
delay(22);
tone(DATA,2100); //BIT 5
delay(22);

tone(DATA,2100); //BIT 0  XOR 0x0A 0101(00)?????
delay(22);
tone(DATA,1900); //BIT 1 
delay(22);
tone(DATA,2100); //BIT 2
delay(22);
tone(DATA,1900); //BIT 3
delay(22);
tone(DATA,2100); //BIT 4
delay(22);
tone(DATA,2100); //BIT 5
delay(22);

//-- FSKid DONE --

noTone(3);
Serial.println("STOP");
}

void loop() {
 
}