I saw two comments (by Graham and David) for the puzzle posted on October 25, and I think there’s a little clarification on “complext innies/outies” that should be made here. You should look for innies/outies in more than just one row/column/nonet. This is a good example of such puzzle. See this image: Click on the […]
Samurai X for Saturday, October 22 – this is the only place you can find these kind of Sudoku puzzles! Basically, not only do you have to fight against 5 interconnected Sudokus, but you also need to be carefull about the diagonals: ALL diagonals in the puzzle must contain one occurrence of each 1-9 digit. […]
One of our visitors (Phyllis) asked about the puzzle posted on October 13. Now, this puzzle definitely doesn’t need any trial and error to be solved – in fact it’s only rated as “thinker”. However, it requires a technique that in the new version of Perfect Sudoku will be called “complex innies/outies”. It is basically […]
Samurai X for Saturday, October 15 – this is the only place you can find these kind of Sudoku puzzles! Basically, not only do you have to fight against 5 interconnected Sudokus, but you also need to be carefull about the diagonals: ALL diagonals in the puzzle must contain one occurrence of each 1-9 digit. […]
Update: The link has been fixed. Thanx to udosuk for pointing this out. You can download the Samurai now. Here it is, another Samurai X puzzle – this is the only place you can find these kind of Sudoku puzzles! Only the visitors of this website have the privilege to download and solve such puzzles. […]
Another brand new Sudoku variation – Sudoku Samurai X (diagonal Samurai Sudoku) has arrived. As far as I know, this is a unique puzzle of this sort – correct me if I’m wrong. Only the visitors of this website have the privilege to download and solve it. Basically, not only do you have to fight […]
This is something very special: my first ever produced Samurai Sudoku puzzle. For those of you who haven’t come across these, it’s a Sudoku variation where there are 4 standard grids interconnected by another middle grid. So all together you have 5 grids! All the standard Sudoku rules apply. You just have to be extra […]