Flow type display method for reading broad fixed layout on handhold reading equipment

Abstract

The invention belongs to a stream type display method for reading large size fixed page on portable reading device in the field of information technology, which is characterized in that: this method comprises a page size setting frame for adjusting the horizontal and longitudinal size and position of digital reading material and a complete matrix for calculating and storing the positioning point coordinate collection of sub-page. The invention is able to magnify the content of the digital reading material in the page size setting frame and display the content of the subsequent sub-page as per stream type display mode and information in the complete matrix for displaying the positioning point coordinate collection of the sub-page. Therefore, this method is able to, under the precondition of not process the page size for the display screen of the portable reading device of digital reading material, realize the smooth reading of digital content in large size fixed page via portable reading device, so as to enhance the adaptability of the portable reading device, realize convenient operation, reduce the stimulation to human eyes due to continuous screen flipping, lower down the energy consumption of the device and ensure comfortable reading effect users without flickering and energy consumption.

Description

technical field [0001] The invention belongs to the field of information technology, in particular to a streaming display method for reading a large fixed layout on a handheld reading device. Background technique [0002] With the rapid development of Internet technology, a large number of digital content can be disseminated quickly, followed by people's increasing demand for electronic reading methods, especially handheld reading methods, so various Hand-held reading devices, such as: large-screen mobile phones, personal digital assistants (PDAs), e-readers, etc., but the display screens of such handheld reading devices are relatively small, generally 4 to 7 inches. However, digital books are now required for paper printing or printing. For example, some periodicals, magazines, dictionaries, dictionaries, etc. still use A4 pages or 16 pages (above 12 inches) when digitally typesetting the layout. Therefore, When using the above-mentioned handheld reading devices to read su...

AI Technical Summary

Problems solved by technology

This method needs to greatly increase the production cost of digital books, which is actually difficult to realize; (2) through the reading software built into the handheld reading device, the displayed content is moved, zoomed, etc. to process when reading

This method requires constant screen flipping, and its flickering or partial blurred details will irritate the human eye and increase the power consumption of the device, directly affecting the fluency and comfort of reading, and it is very inconvenient to use

Therefore, the prior art cannot effectively solve the problem that a large fixed layout cannot be smoothly read by using a handheld reading device

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