1: There are 52 boxes, so we probably have to put (A-K)x(CHDS) with each card used once. 2: The letters outside the grid appear to be poker terms (S=Straight, F=Flush, FH=Full House, 3K=3 Kings). Each pointed-out row/column probably contains the appropriate type of hand. 3: Since col7 is 3 Kings, the K in col6 can't be part of the full house for that column. At the very least, any five consecutive cards may form a row/column's hand; possibly any five cards within the row/column. 4: A set of looped cells must have some property. I'm guessing that the sum of the ranks in a looped set must be some constant. 5: Since there is apparently nothing to distinguish col 6, rows 3-5, I'm guessing this has rules similar to Total Masyu: Any set of consecutive cards in a row/column/diagonal must be looped, and any row/column whose best hand is better than ______ must be tagged with that hand.
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2: The letters outside the grid appear to be poker terms (S=Straight, F=Flush, FH=Full House, 3K=3 Kings). Each pointed-out row/column probably contains the appropriate type of hand.
3: Since col7 is 3 Kings, the K in col6 can't be part of the full house for that column. At the very least, any five consecutive cards may form a row/column's hand; possibly any five cards within the row/column.
4: A set of looped cells must have some property. I'm guessing that the sum of the ranks in a looped set must be some constant.
5: Since there is apparently nothing to distinguish col 6, rows 3-5, I'm guessing this has rules similar to Total Masyu: Any set of consecutive cards in a row/column/diagonal must be looped, and any row/column whose best hand is better than ______ must be tagged with that hand.