Page turning processing method based on electronic paper reading device

Abstract

The invention relates to a page turning processing method based on an electronic paper reading device, which comprises the following steps: (1) reading a digital reading material content and displaying the digital reading material content on an electronic paper screen; (2) detecting the slide touch action on a touch screen and drawing a group of foldout triangles; (3) detrming the turning direction of a turning page; (4) establishing the corresponding relation between each foldout triangle and the turning page; (5) setting an area between every two foldout triangles into a turning trigger areaof the foldout triangle near the center of the touch screen and displaying the page number of the page represented by the foldout triangle on the turning trigger area; (6) detecting the clicking operation on the turning trigger area, reading the page represented by the turning trigger area and displaying the page content on the electronic paper screen. By the page turning processing method, the page turning operation is completely free from the design limit in structure aspects of size, position, and the like of a special function key, and the page turning operation trends to be more humanized by the ambiguity and the arbitrariness of slide touch operation.

Description

technical field [0001] The invention belongs to the field of information technology, in particular to a page-jumping processing method based on an electronic paper reading device. Background technique [0002] With the rapid development of the Internet, a large number of digital books based on electronic devices can be disseminated quickly, and people's demand for electronic reading methods, especially handheld reading methods, is increasing. A variety of handheld reading devices. Existing electronic paper reading devices include both button-type reading devices and touch-screen reading devices. When the button-type electronic paper reading device performs the page-jumping operation, it can use the method of setting the page-jumping key and the number of pages to be jumped each time and pressing the page-jumping key to continuously jump the pages of the book, but this method is relatively rigid. When the value of the number of fixed jump pages is large, it is difficult to ...

AI Technical Summary

Problems solved by technology

When the button-type electronic paper reading device performs the page-jumping operation, it can use the method of setting the page-jumping key and the number of pages to be jumped each time and pressing the page-jumping key to continuously jump the pages of the book, but this method is relatively rigid. When the value of the number of fixed jump pages is large, it is difficult to achieve small-scale jumps, and if the value is small, large-scale jumps will take too much time, thereby destroying the fluency of reading and operation; You can manually enter a value to jump to a certain page or jump according to a percentage, which requires manual input of multiple numbers. This operation method increases unnecessary redundant operations, which not only affects the continuity of reading, but also Reduced performance of e-paper reading devices

E-paper reading devices are the most representative of touch-screen reading devices. E-paper reading devices have the advantages of low power consumption and clear display. and other reasons, its existing problems are: (1) the boundari

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