Non-Interactive Player Mode for Online Game Sessions
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Solution Overview
Problem
Current networked multi-user interactive game systems lock game sessions once started, limiting new player participation and creating an environment where low-skill players can negatively impact high-skill players, as they cannot join ongoing games without watching them finish or risking interference.
Innovation Solution
Introducing a non-interactive player mode that allows registration and participation in ongoing games without interfering with active players, by receiving and rendering game data independently and inhibiting interactions, enabling low-skill players to practice or observe without affecting the game flow.
Engineering Contradictions & Design Principles
Engineering Contradiction Analysis
1Reliability
If game sessions are locked to new players once a game is underway, then game integrity and performance are maintained, but player participation and skill development opportunities are limited
Solution Approach 1:
The player population is segmented into two distinct categories: interactive players who can affect game outcomes and non-interactive players who cannot. This segmentation allows the system to maintain game integrity for interactive players while simultaneously enabling participation for non-interactive players through a separate interaction mode, resolving the contradiction between reliability and adaptability
Solution Approach 2:
A non-interactive player mode is introduced as an intermediary state between complete exclusion and full interaction. This mediator allows players to join ongoing games and observe or practice without having their inputs affect game outcomes, thus maintaining game integrity while expanding participation opportunities
2Adaptability or versatility
If low-skill players join ongoing games, then player base and engagement increase, but game performance and experience for high-skill players deteriorate
Solution Approach 1:
Interaction capabilities are segmented based on player skill level and game state. Non-interactive players (who may be lower skill) can join and observe without affecting game outcomes, while interactive players maintain full control. This segmentation allows the system to expand the player base without compromising the performance and experience of high-skill interactive players
Solution Approach 2:
Different interaction qualities are applied to different players based on their role. Non-interactive players receive a limited quality of interaction (observation only), while interactive players receive full interaction quality. This local differentiation allows the system to accommodate diverse skill levels while maintaining overall game performance
Data Source
AI summary
A computer game terminal, and associated method and code, for operating an online interactive computer game. The terminal includes an interface receiving non-interactive user input data from a controller associated with the computer games terminal and an interface receiving interactive game data associated with at least one interactive game element. The terminal includes a display driver rendering a graphical representation of a computer game based on the non-interactive user input data and the interactive game data. The terminal includes a processor processing the received non-interactive user input data and the interactive game data, while inhibiting data interaction. The processing inhibits interaction between a displayed avatar associated with the user input data and a displayed avatar associated with the received interactive game data. A network interface is included to transmit user input data from the controller associated with the terminal but operable in a non-interactive mode to inhibit such transmission.