Image Layout Clustering for Uniform Themed Arrangement
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Solution Overview
Problem
Existing methods for creating commercial materials like photo books and slide shows fail to fully express users' intentions by not allowing collective selection and arrangement of images based on specific conditions, leading to incomplete representation of intended image sets and uneven distribution of themed images across layout frames.
Innovation Solution
An information processing apparatus that specifies a set of images under predetermined conditions, clusters them into the same number of groups as image layout regions, selects images from these clusters, and arranges them one-to-one in the layout regions, ensuring that user-intended image sets are collectively and uniformly presented.
Engineering Contradictions & Design Principles
Engineering Contradiction Analysis
1Ease of operation
If images are arranged in independent layout frames based on conditions, then each layout frame can be filled with themed images, but the same themed images cannot be collectively arranged across multiple layout frames
Solution Approach 1:
The patent segments the layout frames into groups that share common characteristics (e.g., frames with similar background colors or themes). By identifying and grouping layout frames with comparable attributes, the system enables collective arrangement of themed images across multiple frames while maintaining independent control over each frame's content. This segmentation allows users to specify conditions that apply to groups of frames rather than individual frames, resolving the contradiction between independent frame arrangement and collective themed arrangement.
2Measurement precision
If a set of images is specified under predetermined conditions, then images with specific themes can be selected, but the sets of images cannot be collectively arranged in image layout regions
Solution Approach 1:
The patent creates a universal arrangement mechanism that can handle both individual layout frame arrangement and collective grouped frame arrangement through the same condition specification interface. The system allows users to specify conditions (such as color ranges, themes, or metadata criteria) that automatically apply to all layout frames within a group, enabling the same set of selected images to be collectively arranged across multiple frames without requiring separate arrangement operations for each frame. This multi-functionality resolves the contradiction between precise image selection and arrangement complexity.
3Productivity
If layout frames are treated independently, then each frame can be filled individually, but themed images are not necessarily arranged uniformly across all layout frames
Solution Approach 1:
The patent merges the arrangement operations of multiple layout frames by grouping frames that share common characteristics (such as background color, theme, or positional relationships). Once frames are grouped, the system applies unified arrangement rules to the entire group, ensuring that themed images are distributed uniformly across all frames in the group. This merging maintains high productivity by allowing batch processing of frame arrangements while simultaneously ensuring uniformity of themed image distribution across the grouped frames, resolving the contradiction between individual frame filling efficiency and uniform themed distribution.
Data Source
AI summary
An information processing apparatus includes a set specifying unit, a clustering unit, an image selection unit, and an image arrangement unit. The set specifying unit specifies a set of images from among a plurality of images under a predetermined condition. The clustering unit classifies, after the set of images is specified by the set specifying unit, the plurality of images into any of the same number of clusters as that of image layout regions. The image selection unit collectively selects images that constitute the set of images from among the images included in the clusters generated by the clustering unit. The image arrangement unit arranges, in the image layout regions that correspond to the clusters one-to-one, the images constituting the set of images selected from the clusters by the image selection unit.


