Image Effect Sequencing for Static-Dynamic Alignment
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Solution Overview
Problem
Existing image processing technologies fail to effectively integrate multiple effects, leading to mismatches between static and dynamic effects, such as misplaced lipstick after adding a smile due to inconsistent position information.
Innovation Solution
The method involves adding target dynamic effects after target static effects, ensuring they are adjacent in the processing order, thereby synchronizing the action areas of static effects with dynamic changes, improving the fitting degree between effects.
Engineering Contradictions & Design Principles
Engineering Contradiction Analysis
1Manufacturing precision
If static effects are added to the image first, then the position information of static effects is established, but subsequent dynamic effects cannot align properly with the updated position information
Solution Approach 1:
The patent applies preliminary action by adding static effects to the image before dynamic effects. This ensures that the position information of static effects is established in advance, and when dynamic effects are subsequently added, they can align properly with the already-established static effect positions, resolving the alignment issue between static and dynamic effects
2Adaptability or versatility
If dynamic effects are added before static effects, then the position information of dynamic effects is established, but static effects cannot align with the dynamic position changes
Solution Approach 1:
The patent establishes static effects before dynamic effects, creating a stable foundation of position information. This preliminary establishment of static effect positions allows subsequent dynamic effects to align correctly, maintaining position information consistency while enabling flexible integration of multiple effect types
3Ease of manufacture
If multiple effects are added independently, then each effect can be applied separately, but the fitting degree between effects deteriorates
Solution Approach 1:
The patent applies static effects before dynamic effects, establishing a foundational layer of position information. This preliminary action creates a reference framework that subsequent dynamic effects can align with, ensuring that effects fit together properly while maintaining the simplicity of independent effect application
Solution Approach 2:
The patent introduces dynamic effect processing that adapts to the previously established static effect positions. By making the dynamic effects aware of and aligned with the static effect framework, the system maintains flexibility in effect application while improving the overall fitting degree between multiple effects
Data Source
AI summary
A method comprises: displaying a target image and an effect control on a target interface; determining a target effect mode in response to interaction with the effect control, wherein the target effect mode represents an effect to be added to the target image, wherein the effect comprises a static effect without changing target image position information and a dynamic effect with changing target image position information, and for target static effect and target dynamic effect that have an associated relationship, the target dynamic effect is adjacent to the target static effect in an order of addition, and the target dynamic effect is added after the target static effect; and displaying the image processed with effect on the target interface, wherein the image processed with effect is obtained by adding static effect and dynamic effect corresponding to the target effect mode to the target image.