Camera Preview Angle Control Under High-Magnification Shake Correction

The system dynamically switches between two operational modes: shake correction mode and angle of view change mode. The processor detects user input patterns and transitions the camera system from applying shake correction (for stable preview) to allowing angle of view changes (for compositional adjustment), and vice versa. This dynamic mode switching resolves the contradiction by making the system adaptable to different user needs at different times.

The system changes the parameter of shake correction application based on detected user intent. When intentional movement is detected, the processor modifies the shake correction parameters to allow angle of view changes while maintaining stabilization for unintentional shake. This parameter adjustment enables the system to provide both stability and angle of view change capability under different conditions.

The shake correction function is segmented into two distinct operational phases: unintentional shake correction and intentional movement accommodation. The processor divides the continuous shake correction application into discrete segments based on user input detection, applying stabilization only when unintentional shake is detected and allowing movement when intentional angle of view change is detected. This segmentation improves intent recognition accuracy by clearly distinguishing between different types of camera movement.

The system implements feedback mechanisms where the processor continuously monitors camera movement patterns and user inputs, then adjusts shake correction application accordingly. When user input indicating intentional movement is detected, the system provides feedback by modifying shake correction behavior, which improves the accuracy of user intent recognition by creating a responsive loop between detection and action.