delayenable += 1;
if (delayenable == 4) {
  LCD_Display('A', 7, 2, "200     ", NULL);
  motorDelay = 200;
} else if (delayenable == 3) {
  LCD_Display('A', 7, 2, "1000    ", NULL);
  motorDelay = 1000;
} else if (delayenable == 2) {
  LCD_Display('A', 7, 2, "800     ", NULL);
  motorDelay = 800;
} else if (delayenable == 1) {
  LCD_Display('A', 7, 2, "600     ", NULL);
  motorDelay = 600;
} else {
  LCD_Display('A', 7, 2, "400     ", NULL);
  delayenable = 0;
  motorDelay = 400;
}

"  -    600 ms    -  "
"  -   X-Normal   -  "

delayenable++;
motorDelay = (delayenable == 1) ? 600 :
             (delayenable == 2) ? 800 :
             (delayenable == 3) ? 1000 :
             (delayenable == 4) ? 200 :
             400;
delayenable = 0;

LCD_Display('A', 7, 0,
            (motorDelay == 200) ? "  -    200 ms    -  " :
            (motorDelay == 400) ? "  -    400 ms    -  " :
            (motorDelay == 600) ? "  -    600 ms    -  " :
            (motorDelay == 800) ? "  -    800 ms    -  " :
            (motorDelay == 1000) ? "  -     1k ms    -  " :
            , NULL);

unsigned long start_time = micros();
unsigned long end_time = micros();
unsigned long execution_time = end_time - start_time;
Serial.print("Execution time: ");
Serial.print(execution_time);
Serial.println(" microseconds");