3D Masyu - A Die












12












$begingroup$


3D Masyu




Fold this net into a cube and solve this 3D Masyu.

The original Masyu rules apply. In addition, question mark '?' should be replaced by either a black or white circle.




Side note: Yeah, it's almost a die... I'm adding '?' to make sure that the solution is unique. ><



Addendum: Move '?' from the center of side $4$ to the center of side $2$.






grid-deduction







share|improve this question











$endgroup$












  • $begingroup$
    @phenomist uh-oh, I rollbacked my last-minute change (of the position of '?').. sorry and thanks for the report!
    $endgroup$
    – athin
    Apr 21 at 10:54
















12












$begingroup$


3D Masyu




Fold this net into a cube and solve this 3D Masyu.

The original Masyu rules apply. In addition, question mark '?' should be replaced by either a black or white circle.




Side note: Yeah, it's almost a die... I'm adding '?' to make sure that the solution is unique. ><



Addendum: Move '?' from the center of side $4$ to the center of side $2$.






grid-deduction







share|improve this question











$endgroup$












  • $begingroup$
    @phenomist uh-oh, I rollbacked my last-minute change (of the position of '?').. sorry and thanks for the report!
    $endgroup$
    – athin
    Apr 21 at 10:54














12












12








12





$begingroup$


3D Masyu




Fold this net into a cube and solve this 3D Masyu.

The original Masyu rules apply. In addition, question mark '?' should be replaced by either a black or white circle.




Side note: Yeah, it's almost a die... I'm adding '?' to make sure that the solution is unique. ><



Addendum: Move '?' from the center of side $4$ to the center of side $2$.






grid-deduction







share|improve this question











$endgroup$




3D Masyu




Fold this net into a cube and solve this 3D Masyu.

The original Masyu rules apply. In addition, question mark '?' should be replaced by either a black or white circle.




Side note: Yeah, it's almost a die... I'm adding '?' to make sure that the solution is unique. ><



Addendum: Move '?' from the center of side $4$ to the center of side $2$.






grid-deduction




grid-deduction






share|improve this question















share|improve this question













share|improve this question




share|improve this question








edited Apr 21 at 10:54







athin

















asked Apr 21 at 9:47









athinathin

8,89422979




8,89422979












  • $begingroup$
    @phenomist uh-oh, I rollbacked my last-minute change (of the position of '?').. sorry and thanks for the report!
    $endgroup$
    – athin
    Apr 21 at 10:54


















  • $begingroup$
    @phenomist uh-oh, I rollbacked my last-minute change (of the position of '?').. sorry and thanks for the report!
    $endgroup$
    – athin
    Apr 21 at 10:54
















$begingroup$
@phenomist uh-oh, I rollbacked my last-minute change (of the position of '?').. sorry and thanks for the report!
$endgroup$
– athin
Apr 21 at 10:54




$begingroup$
@phenomist uh-oh, I rollbacked my last-minute change (of the position of '?').. sorry and thanks for the report!
$endgroup$
– athin
Apr 21 at 10:54










2 Answers
2






active

oldest

votes


















9












$begingroup$

By adding a




white circle




we get




solution







share|improve this answer









$endgroup$





















    8












    $begingroup$

    Solution




    final




    Explanation



    When you fold this cube net, you would get this connection:




    001




    Start from the obvious one, the two adjacent black cells:




    002




    Then some more:




    003
    004

    There is a wall in the center since it will form a loop without the lines outside, so the yellow line extends to bottom.
    005




    Consider this:

    What if you connect the lines below the white cells, in the 6-celled side? (shown in dark green)




    006




    So the left one needs to be connected on the black cell.




    007




    Now for the question mark:




    If it is a black cell, then:
    008
    So it will be a white cell.




    Now, what if you put a horizontal line at the top left white cell, in the side with question mark?




    009




    So:




    010




    ...and lastly:




    011







    share|improve this answer









    $endgroup$














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      2 Answers
      2






      active

      oldest

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      2 Answers
      2






      active

      oldest

      votes









      active

      oldest

      votes






      active

      oldest

      votes









      9












      $begingroup$

      By adding a




      white circle




      we get




      solution







      share|improve this answer









      $endgroup$


















        9












        $begingroup$

        By adding a




        white circle




        we get




        solution







        share|improve this answer









        $endgroup$
















          9












          9








          9





          $begingroup$

          By adding a




          white circle




          we get




          solution







          share|improve this answer









          $endgroup$



          By adding a




          white circle




          we get




          solution








          share|improve this answer












          share|improve this answer



          share|improve this answer










          answered Apr 21 at 11:25









          noednenoedne

          9,71312667




          9,71312667























              8












              $begingroup$

              Solution




              final




              Explanation



              When you fold this cube net, you would get this connection:




              001




              Start from the obvious one, the two adjacent black cells:




              002




              Then some more:




              003
              004

              There is a wall in the center since it will form a loop without the lines outside, so the yellow line extends to bottom.
              005




              Consider this:

              What if you connect the lines below the white cells, in the 6-celled side? (shown in dark green)




              006




              So the left one needs to be connected on the black cell.




              007




              Now for the question mark:




              If it is a black cell, then:
              008
              So it will be a white cell.




              Now, what if you put a horizontal line at the top left white cell, in the side with question mark?




              009




              So:




              010




              ...and lastly:




              011







              share|improve this answer









              $endgroup$


















                8












                $begingroup$

                Solution




                final




                Explanation



                When you fold this cube net, you would get this connection:




                001




                Start from the obvious one, the two adjacent black cells:




                002




                Then some more:




                003
                004

                There is a wall in the center since it will form a loop without the lines outside, so the yellow line extends to bottom.
                005




                Consider this:

                What if you connect the lines below the white cells, in the 6-celled side? (shown in dark green)




                006




                So the left one needs to be connected on the black cell.




                007




                Now for the question mark:




                If it is a black cell, then:
                008
                So it will be a white cell.




                Now, what if you put a horizontal line at the top left white cell, in the side with question mark?




                009




                So:




                010




                ...and lastly:




                011







                share|improve this answer









                $endgroup$
















                  8












                  8








                  8





                  $begingroup$

                  Solution




                  final




                  Explanation



                  When you fold this cube net, you would get this connection:




                  001




                  Start from the obvious one, the two adjacent black cells:




                  002




                  Then some more:




                  003
                  004

                  There is a wall in the center since it will form a loop without the lines outside, so the yellow line extends to bottom.
                  005




                  Consider this:

                  What if you connect the lines below the white cells, in the 6-celled side? (shown in dark green)




                  006




                  So the left one needs to be connected on the black cell.




                  007




                  Now for the question mark:




                  If it is a black cell, then:
                  008
                  So it will be a white cell.




                  Now, what if you put a horizontal line at the top left white cell, in the side with question mark?




                  009




                  So:




                  010




                  ...and lastly:




                  011







                  share|improve this answer









                  $endgroup$



                  Solution




                  final




                  Explanation



                  When you fold this cube net, you would get this connection:




                  001




                  Start from the obvious one, the two adjacent black cells:




                  002




                  Then some more:




                  003
                  004

                  There is a wall in the center since it will form a loop without the lines outside, so the yellow line extends to bottom.
                  005




                  Consider this:

                  What if you connect the lines below the white cells, in the 6-celled side? (shown in dark green)




                  006




                  So the left one needs to be connected on the black cell.




                  007




                  Now for the question mark:




                  If it is a black cell, then:
                  008
                  So it will be a white cell.




                  Now, what if you put a horizontal line at the top left white cell, in the side with question mark?




                  009




                  So:




                  010




                  ...and lastly:




                  011








                  share|improve this answer












                  share|improve this answer



                  share|improve this answer










                  answered Apr 21 at 14:00









                  u_ndefinedu_ndefined

                  2,8751537




                  2,8751537






























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