## Goal

Here is a rectangle (`eventArea`) divided (in a wonky "Tic-Tac-Toe-style") into 9 smaller rectangles (`activityArea`s).

It is an aerial-view snapshot of a kids-event, with 9 activities that attendees can do: face-painting, pony-rides, fort-building, magic show, corn-maze, giant bubbles, etc.

Each attendee is a *

The dividing lines are shown as : or -

The points where dividing lines intersect are shown as +

**Your Task:**

We want to know (for this moment in time):

‣ the total number of attendees (`totalAttendees`) and

‣ what percentage of attendees were in each `activityArea`. These 9 percentages are called `percentageAtThisActivity`.

**How to display each **`percentageAtThisActivity`:

It is rounded to nearest integer

It is followed by %

It is exactly 4 characters long. If necessary, pad the left with one or more underscores (_) to force proper alignment

Note: The percentages may not add up to 100% after rounding.

**Your impact:**

We'll use this output to help quantify how popular each activity was.

Based on that, some activities may (or may not) be included at next year's event.
Input

**Line 1: ** An integer `height` of `eventArea`

**Next **`height` Lines: A string representing a row of `eventArea`

Output

**Line 1:** An integer `totalAttendees`, followed by attendees

**Lines 2-4:** `percentageAtThisActivity` in the same ordering/configuration as the input `eventArea`.

(Each is separated by a space)

Constraints

There will be no attendees (*) on the dividing borders, i.e., it will be clear which `activityArea` each attendee belongs to.

There are always at least 2 attendees

Example

Input

10
*: :
: :
---+---+--
:* :
: :
: * :
---+---+--
: :
: * :
: :

Output

4 attendees
_25% __0% __0%
__0% _50% __0%
__0% _25% __0%