Dual-Camera Preview Transition Animation for Smooth Mode Switching

The patent applies dynamics by introducing animation effects that transform the static, rigid picture switching into a dynamic, smooth transition. During mode switching, the system uses scaling animations, fading effects, and intermediate frame displays to create a fluid visual transition between different camera views, eliminating the frame freezing effect while maintaining fast switching response.

The patent uses intermediate animated frames as a mediator between the direct camera feeds. These intermediate frames include scaled-down versions, blurred transitions, and picture-in-picture compositions that bridge the gap between different photographing modes, providing a smooth visual transition without directly switching between the raw camera inputs.

The patent segments the picture switching process into multiple distinct animation phases: initial frame display, scaling animation, fading transition, and final frame presentation. Each phase is handled by separate processing modules that can be independently optimized and controlled, reducing the overall system complexity while achieving smooth transitions.

The patent utilizes parameter changes in image processing to create animation effects. By dynamically adjusting parameters such as scale factor, opacity, blur radius, and transition duration, the system achieves fluent picture switching without requiring complex hardware modifications. These parameter-based transformations are computationally efficient and can be implemented through software control.