This puzzle will tell you where my family were supposed to travel to this summer, had it not been for the Covid-19 outbreak.
Can you tell me where?
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Following up on @sarsaparilla's answer:
There are two possible ranges of characters: " (34) to r (114) or ! (33) to q (113). I think the later is more likely, as it means we start at the beginning of the printable ASCII.
The sudoku is simply the repeated sum of the digits, or modulo 9, and then solve the sudoku.
Reverse engineering it back to the original form (and not worrying about exact colors and fonts, I get:
Like @sarsaparilla, I don't know what to make of the colors.
I do note that the colors seem to change as we go down. And that yellow never appears in the (probable) answer line.
Edit: Per request, the "solved" grid:
Edit: an observation about the bottom colors and the rows.
If the colors along the bottom correspond to the rows, then the digits matching the color form a sequence. Blue: 123, 123, 12, Red: 56789, 567, White: 89, 56789, Green: 789, 56789.
Further, it turns out if we sort the rows by the number, we get:
I don't know if this means something.
Edit: From @sarsaparilla:
perhaps the bottom line gives
an island or town name somehow?
Very partial answer, but hopefully a first step in solving this puzzle.
Seeing the properties of the drawn grid, my first hunch is that we might be looking at a
This is excluding the line of 9 colored boxes at the bottom,
presumably that is where the final answer should be written once the sudoku is solved.
Furthermore, I noticed that
the decimal representation of the ASCII-codes of the filled in characters are in the range 36 (\$) to 112 (p), which covers a range of 77 characters (almost 81!). So, the complete range may be 32 (space) - 112 (p) or 36 (\$) - 116 (t) or somewhere in between.
we may have to search for some properties of the characters which allows them to be filled in (sudoku-style) on the same horizontal and vertical line and within the same 3x3 box. In this picture I replaced the original characters with their decimal ASCII-code:
Though the numbers may not be ascending individually, on a row-to-row basis they are (albeit shuffled within a row).
This is what I have so far. What I haven't figured out yet is the significance of the colors.
Building off of David now: The solved grid is
496 327 851 813 456 972 257 198 436 172 549 683 645 873 219 389 261 745 964 715 328 731 682 594 528 934 167
Now notice that in each row,
the cells of any given color form a contiguous range.
Sorting the cells in each row gives us:
BBBYYYYRR BBBYYYRRR BBYYYRRRR BBYYRRRRR BBYYRRRWW BYYRRWWWW BYRRWWWWW YYRWWWGGG RRRWGGGGG