I gave #6 to Sonnet 3.5
Based on the analysis, the pattern can be summarized as follows:
- Examine each column in the 7x3 input grid.
- Count the number of blue squares in each column:
- If a column has exactly 2 blue squares, place a red square in the corresponding column of the 3x3 output grid.
- The vertical position of the red square in the output matches the position of the topmost blue square in that input column.
- Ignore columns with 1 or 3 blue squares (they don’t produce any output).
This pattern transforms the 7x3 input grid into the 3x3 output grid for all given examples.
And then gpto
Pattern Rule:
- Mapping Regions: The 7x3 input grid can be divided into regions that map to the 3x3 output grid.
- Red Cell Criteria: A cell in the 3x3 output grid becomes red if the corresponding region in the input grid contains a majority of blue cells surrounding non-blue (gray or black) cells.