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• <Spatial Puzzle 3D>​ is a casual puzzle and spatial logic reasoning game. You will unravel spatial puzzles by disassembling and reassembling 3D geometric structures. The game merges mathematical logic and visual reasoning, transforming complex geometric shapes into captivating levels. Featuring no lengthy narratives or complicated controls, it offers a relaxed yet challenging pace, designed for players who enjoy Sudoku, Rubik’s Cubes, spatial logic puzzles, and the pure pleasure of thinking.

Features:

• Innovative Gameplay: Skillfully blends the classic rules of Sudoku and nonograms with 3D spatial puzzle-solving. Players must deduce and assemble the correct structure in a 3D grid by analyzing numerical clues in 2D views, embarking on a mind-bending challenge that bridges the dimensions from flat layouts to spatial forms.

• Dual Modes Freely switch between: Simple Mode: Progressively designed for beginners to pick up and play easily.Difficult Mode: Offers extreme brain-burning challenges tailored for experienced players who love high-difficulty logic puzzles.

• Immersive Spatial Thinking Training: Free from convoluted storylines or distractions, the game focuses purely on geometry and logic. Through repeated observation and reasoning, it effectively trains your spatial imagination and concentration.

• Random Mode: Delivers endless challenges, so you’ll never run out of puzzles. With no fixed chapters or level restrictions, you can freely choose any difficulty and start a clean, focused puzzle session anytime.

Two Game Modes:

• Simple Mode: Deduce the correct 3D structure based on grid information in the 2D view. Each level is a fresh spatial challenge, with difficulty increasing progressively—starting from intuitive basic shapes and gradually building in complexity.

• Difficult Mode: The ultimate fusion of Sudoku and nonogram rules taken into 3D space. Players must build the correct structure in a 3D grid using numerical clues from rows and columns in 2D views. Clues are subtler, reasoning chains are longer, and solving requires comparing multiple views, careful deduction, and iterative trial and error.