Alternating Bracket Rendering for Compact Tournament Visualization
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Solution Overview
Problem
Traditional methods for creating elimination draw renderings result in inefficient use of space, making it difficult to visualize large tournaments, such as those with 64 or 128 participants, as they require multiple pages or significant scrolling, and obscure the relationships between elements.
Innovation Solution
A method of arranging elimination draw renderings by alternating the composition direction between rounds, creating compact rectangular bracket renderings that allow the entire draw to be displayed at once, enabling highlighting of relevant elements and improving visibility of participant relationships.
Engineering Contradictions & Design Principles
Engineering Contradiction Analysis
1Loss of information
If traditional column arrangement is used to display elimination draw, then participant relationships are clearly shown, but the required display area becomes excessively large
Solution Approach 1:
The patent transforms the traditional linear column arrangement into a two-dimensional grid structure where rounds are arranged horizontally and participants are arranged vertically. This dimensional reorganization allows the same information to be displayed in a compact rectangular area while preserving all participant relationships and match connections through systematic positioning and labeling.
2Ease of operation
If column width is increased to accommodate participant names, then name visibility improves, but total draw width becomes proportional to column width multiplied by number of rounds
Solution Approach 1:
The patent redistributes the width requirement across multiple horizontal rounds instead of extending it vertically across multiple columns. Each round occupies a fixed horizontal space, and participant names are displayed within compact vertical columns, transforming the width-scaling problem into a bounded grid structure where total width equals round width times number of rounds, not column width times number of rounds.
Solution Approach 2:
The patent applies different spacing and sizing rules to different regions of the draw. Participant names in later rounds use smaller font sizes or condensed formatting compared to early rounds, allowing compact representation while maintaining readability. This local adaptation of quality parameters enables efficient space utilization across the entire draw structure.
3Quantity of substance
If traditional arrangement is used for large tournaments (64 or 128 participants), then all participants can be included, but multiple pages or significant scrolling is required
Solution Approach 1:
The patent reorganizes the draw into a compact grid where the number of vertical columns equals the number of participants divided by the number of participants per row. This allows 64 or 128 participants to be displayed on a single page or within a single scrollable viewport, eliminating the need for multiple pages while maintaining clear visualization of all participant relationships and match progressions.
4Loss of information
If column height increases to accommodate all participants, then complete participant list is visible, but viewing angle difference between top and bottom increases
Solution Approach 1:
The patent distributes participants across multiple horizontal rounds instead of stacking them in a single vertical column. This transforms the viewing problem from a tall narrow format with extreme top-bottom angle differences to a wider format where all participants fit within a more uniform viewing zone, reducing angular distortion while maintaining complete visibility of the participant list.
Data Source
AI summary
A method for creating compact visual representations, or renderings, of elimination tournament draws. The method generates a compact rendering for a more inclusive bracket by composing the pair of compact renderings of its two included brackets of the previous round, along the direction designated for the more inclusive bracket's round, and always alternating the direction of composition, between horizontal and vertical, from one round to the next. The rendering of the draw is the same as that of the Final bracket. The method has the advantage of creating draw renderings that fit entirely on commonly used visual displays, such as a paper sheet or a computer display, allowing functionality that requires all the elements to be in view together, with a structure that gives the viewer more clues with respect to the relations between the draw elements.