Sky Code -

Same shapes but with a dot in the center of the shape.

| Grid 1 (No dot) | Grid 2 (With dot) | |---|---| | ┌─┬─┐ | ┌─┬─┐ | | ├─┼─┤ | ├─┼─┤ | | └─┴─┘ | └─┴─┘ | | (Each cell is a shape) | (Each cell has a ● dot inside) | sky code

| Position | No dot | With dot | With X | |----------|--------|----------|--------| | Top-left | A | J | S | | Top-mid | B | K | T | | Top-right| C | L | U | | Mid-left | D | M | V | | Center | E | N | W | | Mid-right| F | O | X | | Bot-left | G | P | Y | | Bot-mid | H | Q | Z | | Bot-right| I | R | (0-9) | Same shapes but with a dot in the center of the shape

A = cell (1,1) → draw the top and left borders only: ⌜ B = cell (1,2) → draw top border only: ─ C = cell (1,3) → draw top and right borders: ⌝ D = cell (2,1) → draw left border only: │ E = cell (2,2) → draw all four borders? No — E is a full square (or X? No, in Pigpen it's a full box: □) Wait, this gets confusing. Let me use the : No, in Pigpen it's a full box: □)

Result: (not a word, just example).

Actually, let's switch to the from Professor Layton and the Unwound Future : Sky Code Alphabet (as seen in the game) Grid without dot (A-I):

Actually, to be precise: We split the alphabet into two sets of 9 letters (A-I and J-R) and a third set for S-Z + numbers. | Cell Position | No Dot (A-I) | With Dot (J-R) | |---|---|---| | Top-left | A = ┌┐ ? No — better: The shape is the grid cell. | J = same shape + dot | | Top-middle | B | K | | Top-right | C | L | | Middle-left | D | M | | Center | E | N | | Middle-right | F | O | | Bottom-left | G | P | | Bottom-middle | H | Q | | Bottom-right | I | R |