A gamebook with a spinner mechanic is provided that allows a player to enact an interactive activity such as but not limited to dungeon exploration, art creation, board game, or maze. The gamebook provides the spinner mechanic under the activity sheets, with cutout sections enabling players to see and interact with the spinner on every sheet of the gamebook. Tabbed sheets may provide player instructions for activities, enabling complex activities and algorithms to be enacted in a gamebook medium. The gamebook may have pullout sections to track activity progress such as a pullout page that unfolds with progress trackers such as paperclips attached for further player interaction. This gamebook with a spinner mechanic may also be provided in a digital medium to enact the same interactive activity experience for players who do not have access to a physical gamebook.

A puzzle game including a number map having a 99 grid filled 9 number sets, where each number set includes the numbers 1 through 9. The 9 number sets form unique shapes comprised of 9 grid squares, where each number from each number set is connected at a side of a square in the grid to the other numbers in the set. Corresponding to each number set is a tile group comprised of 9 transparent tiles of the same color, where each tile group is a different color. To solve the puzzle every tile must be placed adjacent a tile of the same color within a single number set. Same color tiles must be placed on a different number within a single number set. The puzzle is solved when each number set is covered by tiles of the same color and the grid completely covered by tiles.

A puzzle game including a number map having a 99 grid filled 9 number sets, where each number set includes the numbers 1 through 9. The 9 number sets form unique shapes comprised of 9 grid squares, where each number from each number set is connected at a side of a square in the grid to the other numbers in the set. Corresponding to each number set is a tile group comprised of 9 transparent tiles of the same color, where each tile group is a different color. To solve the puzzle every tile must be placed adjacent a tile of the same color within a single number set. Same color tiles must be placed on a different number within a single number set. The puzzle is solved when each number set is covered by tiles of the same color and the grid completely covered by tiles.

A game device includes first and second game pieces, and first and second boards. The first game piece and second game piece are different. The first board includes first and second squares on a top surface thereof. The first and second squares are aligned. The second board has first and second surfaces and includes third and fourth squares on the first surface. The second board is configurable on the first board. The first squares and the third squares are configured to overlap in a vertical direction when the second board is in a prescribed location on the first board. When the first game piece is configured at the first square and no game piece is configured at the third game square, and when the first square overlaps with the third square vertically, the first game piece is identifiable through the third squares.