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Playlogic announces Sudoku Ball™ - Detective
Looking forward to play Sudoku Ball™? Visit www.sudokuballdetective.com to play a demo, find more information and to register so that you know when the game becomes available in your country. Play online Click the button below to start a free online Sudoku Ball game. If you do not have a username you can simply register a username when the game starts. If this is the first time you play and you receive an error message during the installation process visit Play Online which will guide you through the installation proces. If you require support do not hesitate to leave us a message. 
The concept Sudoku-Ball extends the 2D samurai Sudoku to closed 3D objects such as cubes, spheres and other geometric shapes. This adds a challenging new dimension to the Sudoku puzzle as not only you have to solve each individual Sudoku by its inter logic but you also have to take the adjacent Sudokus into account to solve the entire puzzle.
How complex this may look the game allows playing levels from easy for kids to difficult for the true experts. Let others know!If you like the 3D online Sudoku-Ball let others know! Tell your friends, family and colleagues about it or if you have a website, feel to place one of our banners on your site. Of course, we appreciate it when you let us know where you placed our banner. The more players we have, the better we make the game. Some interesting facts... With Sudoku-Ball you exercise many brain parts.
This all makes playing Sudoku-Ball a healthy as well as enjoyable activity for all ages and both sexes. Patent registered 2007: P77184NL00 In general 3D networks are possible from a geometric point of view and Sudoku logic point of view. A two or three Sudoku closed network is geometrically possible, but conflicts with the Sudoku logic. The first Sudoku-Ball™ contains 14 Sudokus symmetrical networked together. It has a challenging design and is an attractive product when printed as
The design of the grid network follows from a multi surface shaped 3D body with 10 squares and 4 trapeze (each trapeze is 2 triangles) . The 14 Sudokus are placed on these surfaces such that folding the model to the 3D shape gives a closed 3D Sudoku Network. The shape obtained this way is not a ball, but it is symmetric, Sudoku network closed in all directions and can be transformed to a ball by centered projections.
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