Geographic space information self adaption multiple terminal visualization method

Disclosed is a geographic space information self adaption multiple terminal visualization method. The geographic space information self adaption multiple terminal visualization method is characterized by being based on a three layer architecture system structure, wherein a top layer of the three layer architecture system structure is a spatial data visualization interface layer directly interacted with a user, and used to display spatial data in graphic mode according to a self adaption graphic design scheme, and simultaneously generates various interfaces adaptive to the user according to situations of the user, and presents the various interfaces to the user, a function layer of the three layer architecture system structure is used to achieve the whole self adaption spatial data visualization process, and comprises various core control modules for adaptively visualizing the spatial data, which are respectively a self adaption graphic format model, a self adaption graphic representation model and a self adaption map symbol design model, and a data layer of the three layer architecture system structure is a spatial data library, and comprises user management and geographical space time data analyzing and processing models. Compared with an existing terminal visualization method, the geographic space information self adaption multiple terminal visualization method further considers initiative, spatial attributes and a method adaptive to multiple terminals on the premise of keeping personalized, and really meets exact demands of the multiple terminals based on geographic space information service.