Game Server Dynamic Control for Varying Terminal Specs
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Solution Overview
Problem
Conventional MMO game technologies fail to provide a pleasant play experience for players with low communication speed or inferior gameplay specs, as they are often restricted to text mode and simple gameplay, lacking the quality and operability of those with higher specs.
Innovation Solution
A computer system that sets a common game space and detects involved situations among player characters, allowing for customized gameplay control based on individual gameplay specs, including communication processing ability, calculation processing ability, and OS type, to provide a more pleasant and high-quality experience.
Engineering Contradictions & Design Principles
Engineering Contradiction Analysis
1Loss of energy
If the game client is set to text mode due to low communication speed, then communication bandwidth is reduced, but the play experience quality deteriorates
Solution Approach 1:
The system dynamically changes multiple parameters including communication protocol selection, display resolution, frame rate, and operation input methods based on the player terminal's communication speed and processing capabilities. This allows the game to adapt to different network conditions and device specifications, providing an optimized experience for each player without forcing text mode on all low-bandwidth connections.
Solution Approach 2:
The game system implements dynamic adjustment of gameplay parameters during operation. The server monitors communication quality and terminal performance in real-time, then dynamically modifies game settings such as synchronization frequency, graphical detail level, and input response thresholds to maintain playable quality across diverse client capabilities.
2Speed
If the game client is set to text mode due to low communication speed, then communication requirements are reduced, but operability deteriorates
Solution Approach 1:
The system adjusts operational parameters including input method complexity, command recognition sensitivity, and action execution thresholds based on detected terminal capabilities. Players with slower communication speeds receive simplified interfaces and more forgiving input processing, while high-speed players access full operational complexity.
Solution Approach 2:
Different operational qualities are provided to different player terminals based on their specific capabilities. Each player receives a customized operational experience tailored to their device's communication speed and processing power, rather than a uniform text-mode interface for all low-performance clients.
3Ease of operation
If different gameplay control is applied based on gameplay specs, then play experience quality is improved for each player, but system complexity increases
Solution Approach 1:
The server implements a universal gameplay control system that handles multiple terminal types and capability levels through a single unified architecture. The system uses standardized protocols and data structures that can accommodate various player specifications, avoiding the need for separate game instances or complex customization logic for each device type.
Solution Approach 2:
Rather than creating different game versions or complex conditional logic branches, the system uses parameter-based configuration to adapt gameplay control. The server receives capability information from each terminal and adjusts numerical parameters such as synchronization intervals, detail levels, and response thresholds, maintaining a single codebase while providing customized experiences.
Data Source
AI summary
When a server system detects that a first player character and a second player character have entered a given involved situation in a common game space, the server system performs gameplay control to a player terminal of the first player character and a player terminal of the second player character according to gameplay specs of each of the player terminals in the involved situation. As the gameplay control, the server system generates a special game space including an object model of a grade appropriate for implementing a play experience as pleasant as possible with the highest possible quality allowed by the gameplay specs, and generates and displays a game space image and a gameplay image in the special game space.