Gaming Machine Linked Symbol Array Reel Coordination
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Solution Overview
Problem
Gaming machines struggle to balance yield and randomness to create a feeling of luck in players, which is essential for attracting frequent play and profitability, while maintaining regulatory compliance and entertainment value.
Innovation Solution
A casino gaming machine with a primary wagering game featuring a symbol array where a plurality of array elements are linked based on random elements, using a common reel strip to display the same game-outcome symbol, enhancing player engagement and entertainment through coordinated reel spinning and stopping.
Engineering Contradictions & Design Principles
Engineering Contradiction Analysis
1Adaptability or versatility
If a plurality of array elements are linked together based on random elements to display the same game-outcome symbol, then player engagement and entertainment value are improved, but device complexity increases due to coordinated reel spinning and stopping mechanisms
Solution Approach 1:
Multiple array elements are merged into linked groups that share common reel strips and coordinate their spinning and stopping actions. This merging allows the system to display synchronized identical symbols across multiple reels, creating a unified visual effect that enhances player engagement while managing complexity through shared control mechanisms.
Solution Approach 2:
The reel system is designed with multi-functionality where the same reel strip can serve multiple array elements simultaneously. A single reel strip can be assigned to multiple array elements, allowing one reel to fulfill multiple functions and reduce the overall number of independent reel mechanisms required in the system.
2Manufacturing precision
If default reel strips are replaced with common reel strips for linked array elements, then manufacturing precision and symbol consistency are improved, but adaptability decreases as reel configuration becomes more restricted
Solution Approach 1:
The reel strip assignment is made dynamic rather than static. Reel strips can be reassigned to different array elements based on game state, random outcomes, or configuration settings. This dynamic reassignment allows the system to maintain high symbol consistency within linked groups while preserving overall configuration flexibility across different game scenarios.
Solution Approach 2:
The system changes the parameter of reel strip assignment from fixed to variable. By allowing reel strip parameters to be modified based on game conditions, the system achieves consistent symbol display within linked groups while maintaining the ability to adapt configurations for different game modes or outcomes.
Data Source
AI summary
A gaming system includes a wagering game mechanism associating the game-outcome symbol of multiple reels of the wagering game to a unified game-symbol outcome. The wagering game generates an outcome symbol array with independent array elements and one or more associated groups of array elements. The associated groups of array elements are visually coordinated while the reels are spinning. Each associated group of array elements share a common game-outcome symbol based upon reels having a common reel strip for the associated group or a particular game-outcome symbol array element of the associated group. When the reels stop spinning and the wagering game outcome is displayed, the elements of a given associated group share an identical game-outcome symbol. Each array element not a part of a associated group uses a reel having a default reel strip to determine game-outcome symbols, and associated group array elements use a reel having a reel strip containing at least one symbol common to every element of the associated group.