Three-dimensional graphics spatial visual memory training method

Abstract

The invention provides a stereo graphic spatial vision memory training method. The stereo graphic spatial vision memory training method comprises the steps of (a) displaying a first screen image formed by a plurality of merged groups, wherein the merged groups consist of n*n stereo graphic blocks; (b) displaying a second screen image, wherein the different of the first screen image and the second screen image is that a different stereo graphic block exists on the merged groups of the first screen image and the second screen image; (c) finding out different stereo graphic blocks; (d) judging whether training is finished or not; (e) increasing the number of the merger groups; (f) finishing the training. A stereo graphic spatial vision memory training device comprises a computer, an upper half projection display screen and a lower half projection display screen. The stereo graphic spatial vision memory training method and device investigates the stereo graphic recognition ability, visual ability and memory ability of a trainer observing two images through the different that one different stereo graphic block exists in the first screen image and the second screen image, effectively achieves stereo graphic comparison memory training, facilitates eye fatigue relieving and ciliaris exercise and facilitates memory enhancing.

Description

Technical field [0001] The invention relates to a three-dimensional graphic spatial visual memory training method, more specifically, to a three-dimensional graphic spatial visual memory training method that can effectively enhance the three-dimensional graphic memory function. Background technique [0002] Visual training can not only effectively relieve human eye fatigue and enhance the focusing ability of the ciliary muscle, but also train the human brain, which is beneficial to enhance memory. In today's increasingly technologically advanced environment, people stay on written materials, computers, TVs, or mobile phone screens for a long time regardless of work, study, or entertainment, and they spend more time and intensity on their eyes. If there is an effective entertainment or game method that can exercise people’s eye ciliary muscles and relieve eye fatigue, it can also effectively exercise people’s memory, which will have a multiplier effect. [0003] For example, in the...

AI Technical Summary

Problems solved by technology

However, these two Rubik's Cube walls were made by several staff members in 5 days, which is not only expensive, but also time-consuming and labor-intensive.

If this method is used to train human visual memory, it is not conducive to popularization.

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