UI Text Space Calculation for Multilingual Display Adaptation
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Solution Overview
Problem
Visual design faces challenges in accommodating translations of text strings into limited display areas, leading to clipped, non-optimal, or untranslated text due to differences in language lengths and font sizes, resulting in inconsistent and unappealing graphical interfaces across languages.
Innovation Solution
A method and system that calculate the minimum display area required for a visual element to accommodate the longest translation of a text string by receiving input text, specifying source and target languages, obtaining translations, and adjusting the display area to fit the longest translation, using a UI text space calculation unit to ensure optimal space allocation and maintain a consistent look across languages.
Engineering Contradictions & Design Principles
Engineering Contradiction Analysis
1Area of stationary object
If the display area is minimized to fit the source text, then the visual design is compact and efficient, but the translated text may be clipped or distorted
Solution Approach 1:
The system performs preliminary translation of the source text into multiple target languages and calculates the maximum display area required before finalizing the visual design. This allows the display area to be pre-configured to accommodate the longest translation, preventing text clipping or distortion in any language version.
2Manufacturing precision
If the display area is enlarged to accommodate all translations, then text translation accuracy is maintained, but the visual design becomes less compact
Solution Approach 1:
The system applies local quality by calculating the display area requirement specifically for each text element that requires translation, rather than uniformly enlarging the entire interface. Only the necessary portions of the visual design are expanded to fit the translated text, maintaining compactness in areas where translation is not needed.
3Productivity
If visual elements are optimized for English text, then the design is compact for English, but it becomes too narrow for translations in other languages
Solution Approach 1:
The system makes the visual design universal by optimizing it to accommodate multiple languages simultaneously. During the design phase, the system translates the source text into all target languages, determines the maximum display area needed, and configures the visual elements accordingly. This allows the same design to function effectively across different languages without requiring separate optimizations.
4Manufacturing precision
If more space is allocated for translation, then text fits properly, but the available space for other visual elements is reduced
Solution Approach 1:
The system performs preliminary calculation of the maximum display area required for translated text before finalizing the layout of all visual elements. By knowing the exact space needed for translations in advance, the system can efficiently allocate and distribute available space among all visual elements, minimizing wasted space and maintaining overall layout compactness.
Data Source
AI summary
The embodiments may be adapted to accommodate a plurality of translations of a source text string into a limited available display area of a visual element in a graphical interface of a client system. Text strings in a source language may be received as input. A list of one or more languages selected for the text string to be translated into may also be received as input. The system may then be configured to obtain translations of the text string in the selected languages, to provide a set of translation vectors, and to calculate a minimum display area necessary for a visual element to display the longest translation of the translations contained in the translation vector. The display area of the visual element may then be adjusted to encompass the minimum display area so that the longest translation fits within the display area of the visual element.