int budi=12;
void loop(){
  Sol();delay(250); Sol();delay(300); Mi();delay(250); Sol();delay(300); Mi();delay(300);
  Mi();delay(250); Mi();delay(300); Do();delay(200); Do();delay(250); Re();delay(300); Fa();delay(300);
  Mi();delay(300); Re();delay(250); Do();delay(250); SOL();delay(300); Do();delay(250); Do();delay(300);
  Do();delay(500); Re();delay(250); Mi();delay(300); Mi();delay(300); Mi();delay(300); Re();delay(250);
  Sol();delay(300); Mi();delay(250); Mi();delay(300); Re();delay(250); Re();delay(300); Do();delay(200);
  Sol();delay(200); Sol();delay(250); Mi();delay(300); Sol();delay(250); Mi();delay(200); Mi();delay(250);
  Mi();delay(300); Do();delay(250); Do();delay(300); Re();delay(250); Fa();delay(300); Mi();delay(350);
  Re();delay(300); Do();delay(250); SOL();delay(300); Do();delay(250); Do();delay(350); Do();delay(300);
  Re();delay(250); Mi();delay(300); Mi();delay(350); Mi();delay(300); Re();delay(250); Sol();delay(300);
  Mi();delay(250); Mi();delay(350); Re();delay(300); Re();delay(250); Do();delay(250); SOL();delay(300);
  SOL();delay(350); Do();delay(300); Do();delay(250); Do();delay(300); Do();delay(350); Re();delay(350);
  Mi();delay(350); Mi();delay(300); Re();delay(250); Sol();delay(300); Mi();delay(300); Mi();delay(250);
  Re();delay(250); Re();delay(300); Do();delay(300); SOL();delay(300); Do();delay(350); Do();delay(300);
  Do();delay(250); Do();delay(250); Re();delay(250); Mi();delay(250); Re();delay(300); Sol();delay(300);
  Mi();delay(300); Mi();delay(250); Re();delay(300); Re();delay(250); Do();delay(250);
}

int LedDo=13;
int LedRe=8;
int LedMi=4;
int LedFa=2;
int LedSol=7;
int LedLa=11;
int LedSi=10;
int LedDO=5;
int LedSOL=6;

void setup(){
  pinMode(LedDo, OUTPUT);
  pinMode(LedRe, OUTPUT);
  pinMode(LedMi, OUTPUT);
  pinMode(LedFa, OUTPUT);
  pinMode(LedSol, OUTPUT);
  pinMode(LedLa, OUTPUT);
  pinMode(LedSi, OUTPUT);
  pinMode(LedDO, OUTPUT);
  pinMode(LedSOL, OUTPUT);
}
void Do(){
  tone(budi, 262);
  if(tone,budi,262);{
    digitalWrite(LedDo, HIGH);
    delay(100);
    digitalWrite(LedDo, LOW);
  }
}
void Re(){
  tone(budi, 294);
  if(tone,budi,294);{
    digitalWrite(LedRe, HIGH);
    delay(100);
    digitalWrite(LedRe, LOW);
  }
}
void Mi(){
  tone(budi, 330);
  if(tone,budi,330);{
    digitalWrite(LedMi, HIGH);
    delay(100);
    digitalWrite(LedMi, LOW);
  }
}
void Fa(){
  tone(budi, 349);
  if(tone,budi,349);{
    digitalWrite(LedFa, HIGH);
    delay(100);
    digitalWrite(LedFa, LOW);
  }
}
void Sol(){
  tone(budi, 396);
  if(tone,budi,396);{
    digitalWrite(LedSol, HIGH);
    delay(100);
    digitalWrite(LedSol, LOW);
  }
}
void La(){
  tone(budi, 440);
  if(tone,budi,440);{
    digitalWrite(LedLa, HIGH);
    delay(100);
    digitalWrite(LedLa, LOW);
  }
}
void Si(){
  tone(budi, 494);
  if(tone,budi,494);{
    digitalWrite(LedSi, HIGH);
    delay(100);
    digitalWrite(LedSi, LOW);
  }
}
void DO(){
  tone(budi, 593);
  if(tone,budi,593);{
    digitalWrite(LedDo, HIGH);
    delay(100);
    digitalWrite(LedDo, LOW);
  }
}void SOL(){
  tone(tone,budi, 196);
  if(budi,196);{
    digitalWrite(LedSOL, HIGH);
    delay(100);
    digitalWrite(LedSOL, LOW);
  }
}
void DIAM(){
  noTone(budi);
}