     }
     switch (menue)
     {
-       case 6: 
-         xlcd=2;
+       case 5: 
+         xlcd=3;
          ylcd=3;
          print_station(1);
          rds=false;
          break;
-       case 7: 
-         xlcd=4;
+       case 6: 
+         xlcd=5;
          ylcd=3;
          break;
-       case 8: 
-         xlcd=8;
+       case 7: 
+         xlcd=9;
          ylcd=3;
          print_station(2);
          rds=false;
          break;
-       case 9: 
-         xlcd=10;
+       case 8: 
+         xlcd=11;
          ylcd=3;
          break;
-       case 10: 
-         xlcd=14;
+       case 9: 
+         xlcd=15;
          ylcd=3;
          print_station(3);
          rds=false;
          break;
-       case 11: 
-         xlcd=16;
+       case 10: 
+         xlcd=17;
          ylcd=3; 
          break;     
        default:
-         xlcd=2+(menue*3);
+         xlcd=3+(menue*3);
          ylcd=2;
     }
     if (!(radio_freq==help_freq)) // Clear RDS when frequency was changed

 * The main loop controls the timing events and gets interrupted by the read_button()-funtion.
 * Otherwise NOKO falls asleep with powerdown_delay() for 120ms. This saves a lot of power.
 * 
 * Flash-Usage: 27.288 (1.8.2 | AVR Core 1.6.18 | Linux x86_64, Windows 10 |Compiler options)
 * 
 * Optional:
 * Compiler Options:   -funsafe-math-optimizations -mcall-prologues -maccumulate-args


void print_station(uint8_t s) // Print the stations frequencies
{
  lcd.setCursor(2,1);
  lcd.print(F("Station "));
  lcd.print(s);
  lcd.print(char(58));
  lcd.print(char(32));
  lcd.print(float(radio_station[s-1])/10,2);
  print_space(radio_station[s-1]>999? 19:18,1,radio_station[s-1]>999? 1:2);
  lcd.setCursor(xlcd,ylcd);
}

