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Pink Cricket Balls Through Rose-Tinted Glasses: Enhancing Interceptive Timing
Joshua M Adie1, Derek H Arnold1
1University of Queensland, Brisbane, Australia.
I-Perception
|December 12, 2017
Summary
Visibility of pink cricket balls is reduced in twilight conditions, impairing player performance. Rose-tinted glasses can improve ball contrast and mitigate this effect, enhancing safety in day/night cricket matches.
Area of Science:
- Sports Science
- Vision Science
- Human Factors
Background:
- Cricket poses injury risks due to high-speed ball impacts.
- Traditional red balls are used in daylight, while pink balls are used for day/night matches.
- Concerns exist regarding the visibility of pink cricket balls, especially in twilight conditions.
Purpose of the Study:
- To investigate the impact of twilight conditions on interceptive timing performance with pink cricket balls.
- To evaluate the effectiveness of rose-tinted filters in improving the visibility of pink balls under simulated twilight.
Main Methods:
- A psychophysical experiment was conducted simulating twilight lighting.
- Participants performed an interceptive timing task using a pink disc as a proxy for pink cricket balls.
- The effect of rose-tinted filters on performance was assessed.
Main Results:
- Interceptive timing performance was significantly diminished under simulated twilight conditions.
- Rose-tinted filters demonstrably enhanced the luminance contrast of the pink disc against backgrounds.
- Wearing rose-tinted glasses alleviated the adverse impact of twilight on performance.
Conclusions:
- Twilight conditions negatively affect cricket players' ability to track the pink ball.
- Rose-tinted filters offer a potential solution to improve pink ball visibility and player safety.
- Further research into visual aids for sports played in variable lighting is warranted.
