Continuous Symbol Sequence Mechanics for Random Game Outcomes

The patent segments the credit award presentation into two distinct components: (1) the random determination of total credit amount via RNG to ensure regulatory compliance, and (2) the non-random sequential presentation of credit symbols in designated order (e.g., ascending or descending value) to enhance player understanding. This segmentation allows both random fairness and structured clarity to coexist.

The patent introduces an intermediary presentation layer between the random number generator and the player display. The RNG determines the total award amount randomly (maintaining compliance), but the intermediary system then breaks down this total into individual credit symbols and presents them in a designated sequential order (improving usability). This intermediary layer decouples the randomness requirement from the presentation clarity requirement.

The patent applies preliminary action by pre-defining designated orders for credit symbol presentation (such as ascending or descending value sequences) before the game outcome is determined. When credits are awarded, the system directly assigns symbols according to these pre-established patterns without performing runtime sorting operations, thereby eliminating computational overhead while maintaining enhanced player understanding.

The patent changes the parameter of symbol presentation from random ordering to designated sequential ordering. By modifying how credit symbols are displayed (presenting them in predetermined orders such as lowest to highest value or vice versa), the system enhances player comprehension without requiring computationally intensive sorting algorithms, as the ordering pattern is determined in advance rather than calculated during gameplay.

The patent extracts the core regulatory requirement (random outcome determination) from the overall game system and isolates it to the RNG component. The innovative UI feature (continuous symbol sequence presentation in designated order) is then added as a separate presentation layer that does not interfere with the random determination process. This extraction allows complexity to be added to the UI without compromising regulatory compliance, as the random integrity remains isolated in the RNG module.

The patent creates a universal presentation framework that can accommodate various game types and credit award scenarios. The continuous symbol sequence mechanism with designated ordering is designed to work across different game contexts (slot games, bonus rounds, credit awards) without requiring game-specific customization. This multi-functional approach enhances player experience consistently across games while managing complexity through a standardized, reusable UI pattern.