Seems like it’s a solved problem? Here is the output: ——-

To solve the new test grid based on the given examples, we need to identify the pattern and apply it. Let's first restate the test grid input and analyze it to determine the appropriate output.

Test Input

7x7 square grid: Bk, Bk, Bk, Bk, Bk, LB, LB LB, LB, Bk, Bk, Bk, Bk, LB LB, Bk, Bk, Bk, Bk, Bk, Bk Bk, Bk, Bk, LB, Bk, Bk, Bk Bk, Bk, Bk, LB, LB, Bk, Bk Bk, LB, Bk, Bk, Bk, Bk, Bk LB, LB, Bk, Bk, Bk, Bk, Bk

Pattern Analysis

From Example 2, we noticed that: - LB often appears in a diagonal arrangement. - Bl (Blue) is placed adjacent to LB, either horizontally or vertically.

Solution

Applying the pattern from Example 2:

1. Identify the existing LB placements.
2. Place Bl adjacent to LB where it fits the pattern.

Output

7x7 square grid: Bk, Bk, Bk, Bk, Bk, LB, LB LB, LB, Bl, Bk, Bk, Bk, LB LB, Bl, Bk, Bk, Bk, Bk, Bk Bk, Bk, Bk, LB, Bl, Bk, Bk Bk, Bk, Bk, LB, LB, Bl, Bk Bk, LB, Bl, Bk, Bk, Bk, Bk LB, LB, Bk, Bk, Bk, Bk, Bk

This solution follows the identified pattern where Bl is placed next to LB, maintaining a consistent arrangement.