Earthquake information processing method based on dynamic interactive patterns

Abstract

An earthquake information processing method based on dynamic interactive patterns relates to a method for processing earthquake information by means of a computer. The earthquake information processing method comprises the steps of (1) a preprocessing step, processing the earthquake information which is discloses by China Earthquake Administration to structured data information; (2) a step of drawing a boundary and coloring earthquake occurrence frequency grades, drawing a geographical boundary map, and performing graded coloring on each boundary according to the structured data information which is processed in the preprocessing step and the earthquake occurrence frequency in each boundary range; and (3) a dynamic drawing step, by means of dynamic picture drawing technology and interactive pattern technology, displaying magnitude and latitude and longitude information of earthquakes according to the occurrence time sequence of earthquake occurrence points. The earthquake information processing method realizes earthquake information displaying in a multi-dimension and multi-grade manner, and furthermore displaying earthquake-related information to users in a more vivid and more effective manner.

Description

technical field [0001] The invention relates to a method for processing seismic information by using a computer, in particular to a method for realizing seismic information processing based on dynamic interactive graphics. Background technique [0002] Earthquake information is a hot topic of long-term public concern, and it is an important research direction and difficult problem to transmit information through an effective display method. The current earthquake information display is mostly based on static graphics, that is, the earthquake occurrence point, magnitude and other information are marked on a single graphic for information transmission. The shortcomings of this display method include: a. It is impossible for users to actively obtain earthquake information And the display of earthquake time series information cannot be realized. That is, users can only know the earthquake information that occurred in a certain area at a certain time point through passive inform...

AI Technical Summary

Problems solved by technology

The current earthquake information display is mostly based on static graphics, that is, the earthquake occurrence point, magnitude and other information are marked on a single graphic for information transmission. The shortcomings of this display method include: a. It is impossible for users to actively obtain earthquake information And the display of earthquake time series information cannot be realized

That is, users can only know the earthquake information that occurred in a certain area at a certain time point through passive information notification, but cannot make dynamic responses through user behavior

b. The time series latitude cannot be displayed. Since only a single graph is used to display the earthquake information, only one or more earthquake occurrence information can be marked on a single graph

c. It is impossible to display earthquake information at multiple levels. Since it is impossible to respond to user behavior, users cannot accurately know the acquisition of earthquake information that occurred in a certain province or city area of ​​interest within a certain period of time.

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