     } else {
       Lcd.print(doorDirection);
     }
-  
+
   } else {
     // Render settings
 
     // Render first line
     if ( CurrentMode == MODE_SET_OPEN_THRESH ) {
-      Lcd.print("Open Threshold");
+      Lcd.print("Open Threshold  ");
     } else if ( CurrentMode == MODE_SET_CLOSE_THRESH ) {
-      Lcd.print("Close Threshold");
+      Lcd.print("Close Threshold ");
     } else if (CurrentMode == MODE_SET_CLOCK_OPEN_HOUR_THRESH || CurrentMode == MODE_SET_CLOCK_OPEN_MIN_THRESH) {
       Lcd.print("Open Time Threshold");
     } else if (CurrentMode == MODE_SET_CLOCK_CLOSE_HOUR_THRESH || CurrentMode == MODE_SET_CLOCK_CLOSE_MIN_THRESH) {
       Lcd.print("Close Time Threshold");
     } else {
-      Lcd.print("Unknown Mode");
+      Lcd.print("Unknown Mode    ");
     }
 
     // Render second line

    CurrentMode = MODE_AUTO;
  }

  delay(1000);
  updateLCD();
}

const int PIN_MOTOR_3     = 11; // pin 15 on L293D
const int PIN_MOTOR_4     = 10; // pin 10 on L293D

// --------------------------------------
// -- Runtime variables
// --------------------------------------

// Global State variables
int CurrentMode           = MODE_AUTO;
int DoorPosition          = DOOR_POSITION_UNKNOWN;
int DoorDirection         = DOOR_STATIONARY;
// Used for detecting button presses
int UpButtonState         = BUTTON_UP;
