Virtual Object Joint Control via Acceleration Sensor Segmentation

The patent segments the control of complex objects by dividing the object into multiple connection points (joints) that can be independently controlled. Each connection point is assigned a specific control function, allowing the single input device to manage multiple object parts through segmented control zones. This resolves the contradiction by maintaining simple input device configuration while achieving precise control over multiple object parts through spatial segmentation of control responsibilities.

The patent introduces a spatial dimension to control by defining control zones in three-dimensional space around the input device. Different connection points of the complex object are assigned to different spatial zones, allowing simultaneous control of multiple parts by moving the input device to different positions in space. This adds a spatial dimension to the control interface, enabling a single device to manage multiple object parts without increasing device complexity.

The patent segments the complex object into multiple connection points, each representing a controllable part. By dividing the object into distinct segments with specific control zones assigned to each connection point, the system enables individual control of complex object parts through a single input device. This segmentation allows the object to maintain its complex functionality while improving ease of operation through organized, zone-based control.

The patent makes the single input device universal by enabling it to control multiple different connection points of the complex object through spatial positioning. The input device serves multiple functions by being able to select and control different object parts based on its position in space relative to defined control zones. This multi-functionality allows one device to manage complex objects with multiple parts without requiring separate control mechanisms for each part.

The patent segments the calculation process by handling each connection point independently based on its assigned control zone. Instead of calculating the position and orientation of all connection points simultaneously, the system processes each connection point separately by determining which control zone the input device is in and applying the corresponding motion data. This segmented calculation approach maintains responsiveness by processing only relevant connection points while reducing overall calculation complexity through division of computational tasks.

The patent applies partial action by calculating and updating only those connection points that are currently active or relevant based on the input device's position in control zones. Rather than continuously calculating the state of all connection points, the system performs calculations only for the subset of connection points that need updating at any given moment. This partial calculation approach maintains responsiveness by quickly updating relevant data while reducing overall computational complexity by avoiding unnecessary calculations.