Gaming Machine Reel Matrix Transformation for Enhanced Engagement
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Solution Overview
Problem
Gaming machines lack innovative methods to enhance entertainment value by transforming graphic symbol matrices from multi-symbol reels to single-symbol reels, limiting the variety and engagement of game presentations.
Innovation Solution
A method and apparatus that simulate the rotation of reel representations on a gaming machine, transitioning from a multi-symbol reel matrix to a single-symbol reel matrix by introducing a separating element between adjacent symbols, allowing independent rotation and changing symbols, thereby enhancing game operation and presentation.
Engineering Contradictions & Design Principles
Engineering Contradiction Analysis
1Productivity
If multi-symbol reels are used to display game results, then the symbol matrix can be updated efficiently, but the entertainment value and visual engagement are limited
Solution Approach 1:
The system dynamically switches between two display modes: multi-symbol reel mode for efficient game result display and single-symbol reel mode for enhanced entertainment value. The display mode is not fixed but adapts based on game state, allowing the symbol matrix to transform from showing multiple symbols per reel to showing one symbol per reel location, thereby resolving the contradiction between efficiency and engagement
2Adaptability or versatility
If single-symbol reels are used for all symbol locations, then visual engagement and entertainment value increase, but the complexity of game operation and control increases
Solution Approach 1:
The symbol matrix is segmented into different display modes where certain locations can operate as single-symbol reel locations while others operate as multi-symbol reel locations. This segmentation allows the system to apply single-symbol reel visual engagement only where needed, rather than across the entire matrix, thereby reducing overall control complexity while maintaining enhanced visual engagement
Data Source
AI summary
A novel game is provided that transforms at least a part of the graphic symbol matrix shown on a video-based reel-type gaming machine to change the game operation from multi-symbol reels to single-symbol reels. Methods, apparatus and program products for implementing the game are provided. A preferred game operates in a first display matrix state displaying a symbol matrix. The symbol matrix provides a game play result by displaying two or more reel representations that combine to form the symbol matrix. In response to a trigger event in game play, the game switches to a second display matrix state where it is modified to show single-symbol reel representations with separating elements between at least one pair of adjacent symbols of a respective reel representation. Multiple sets of data structures are provided for operation in each display state.