Game Character Position Correction via Touch Duration

The system dynamically changes the interpretation of user operations based on the duration of the operation. Short-duration operations are interpreted as motion commands that return the character to the original position, while long-duration operations are interpreted as movement commands. This dynamic interpretation resolves the contradiction by making the system adaptable to different user intentions based on operation timing.

The system uses the duration parameter of the user operation to determine which instruction to execute. By comparing the operation duration against a predetermined threshold, the system changes its response behavior: operations below the threshold trigger motion commands with position correction, while operations above the threshold trigger movement commands. This parameter-based differentiation allows multiple instructions to be assigned to the same operation type without causing unintended effects.

The system automatically corrects the character position by making the character perform a predetermined motion back to the original position when a short-duration operation is detected. This self-service mechanism eliminates the need for separate corrective operations by the user, as the system autonomously detects the unintended movement and reverses it through the motion controller, thereby maintaining high instruction input efficiency without increasing operational complexity.

The system preemptively prevents unintended character displacement by implementing a position correction mechanism that activates when short-duration operations are detected. Instead of allowing the character to remain in an incorrect position and requiring user correction, the system automatically counteracts the unintended movement by returning the character to its original position, thus preventing the need for additional corrective operations.

The system converts the potentially harmful effect of unintended character movement during short operations into a beneficial feature by automatically interpreting such operations as motion commands. The character's movement during short operations is not eliminated but rather repurposed as a deliberate motion action, with the system automatically returning the character to the original position after executing the motion. This transforms what would be a harmful unintended effect into a useful dual-function capability.

Instead of preventing character movement during short operations entirely, the system inverts the conventional approach by making the short operation itself the trigger for a deliberate motion command. The character moves during the operation as intended, and then the system automatically reverses the position change after the motion is complete. This inversion allows the system to maintain responsiveness while converting unintended movement into intended motion behavior.