Multi-Dimensional Cascading Symbols Gaming System

The patent applies dimensionality change by transitioning from a two-dimensional symbol display grid to a three-dimensional arrangement with multiple grids at different depths. This allows symbols to be displayed across multiple depth planes, creating additional winning opportunities when symbols cascade from higher depths to lower depths, thereby increasing the number of winning symbol combinations without requiring a proportional increase in device physical size.

The patent implements nesting by placing multiple symbol display position grids within a hierarchical depth structure. Each grid is nested at a specific depth level, with grids at higher depths containing symbols that can cascade into grids at lower depths. This nested arrangement allows the system to process multiple layers of symbols simultaneously, increasing productivity while managing complexity through organized hierarchical structure.

The patent applies dynamics by implementing cascading symbol movement where symbols physically move from symbol display position grids at higher depths to grids at lower depths. This dynamic movement creates engaging visual effects and multiple evaluation opportunities. Additionally, the system dynamically rotates symbols to reveal different faces, adding versatility and player engagement while managing complexity through programmed animation sequences.

The patent implements periodic action through the structured sequence of symbol cascading and rotation. Symbols cascade periodically from higher depth grids to lower depth grids, and symbol faces rotate periodically to reveal different sides. These periodic actions create rhythmic gameplay patterns that enhance player engagement while allowing the system to manage complexity through predictable, repeating sequences.

The patent applies segmentation by dividing the symbol display system into multiple separate grids organized by depth levels. Each grid is evaluated independently for winning combinations, and symbols cascade sequentially from one grid to the next. This segmentation allows the system to process winning combinations in discrete, manageable units across multiple depth levels, increasing the frequency of winning opportunities while maintaining detection simplicity through modular evaluation.

The patent implements preliminary action by pre-organizing symbol display position grids in a hierarchical depth structure before symbols are assigned. The system establishes the depth hierarchy and cascade pathways in advance, so that when symbols are generated and assigned to grids, the evaluation process can proceed systematically from higher depths to lower depths. This preliminary structuring simplifies the detection of winning combinations by providing a predetermined evaluation sequence.