Intelligent glasses and billiard photograph positioning and aiming method

Abstract

The invention discloses a pair of intelligent glasses and a billiard photograph positioning and aiming method. The pair of intelligent glasses comprises an image collection module, a data processor and an output module, wherein the image collection module is used for collecting position images of a white ball, target balls, pocket openings and clubs before conducting hitting in real time; the dataprocessor, in accordance with the collected position images, is used for calculating positions of the white ball, the target ball, the pocket openings and the clubs, calculating collision positions of the target balls collided by the white ball under a circumstance that the target balls are collided into the pocket openings, calculating hitting directions corresponding to the collision positions,calculating adjusting angles of the clubs in accordance with the hitting directions and the positions of the clubs and generating adjusting angle prompting information in accordance with the adjusting angles; and the output module is used for outputting the adjusting angle prompting information, so that users can refer to the adjusting angle prompting information. According to the intelligent glasses provided by the invention, it can prompt a practicer to adjust an aiming direction in accordance with relations of the white ball, the target balls and the pocket openings, so as to effectively improve a hitting experience and to improve a hitting level.

Description

technical field [0001] The invention relates to the field of billiards training, in particular to smart glasses, a billiards camera positioning and aiming method, and a computer-readable storage medium. Background technique [0002] Billiards is loved by people as a leisure sport, but many people's technical level of playing billiards has remained at the entry stage, and it is difficult to further improve. At present, the "Eagle Eye System" is usually used in large-scale billiards competitions. Multiple high-resolution fast cameras are installed around the court to collect a large number of images, and then the large number of collected images are recognized by computer software to separate the three-dimensional space of the arena. Then, it calculates the running route of the ball based on a large number of collected images and displays the simulated billiard ball running track on the screen. However, the "Eagle Eye System" has extremely high requirements on the venue and i...

AI Technical Summary

Problems solved by technology

However, the "Eagle Eye System" has extremely high requirements on the venue and its own cost is expensive. It is difficult for ordinary billiards enthusiasts to accept the high training cost, so it is not suitable for widespread use in general training.

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