Cross-platform panorama three-dimensional display method and system

Abstract

The invention discloses a cross-platform panorama three-dimensional display method and a cross-platform panorama three-dimensional display system. The method comprises following steps of judging whether a client-side browser is run on an internet operating system (IOS) device, loading a hypertext makeup language 5 (HTML5) scene display module if the client-side browser is run on the IOS device, and otherwise loading a flash scene display module; transmitting a scene identification (ID) and requesting a scene self-definition configuration from the client side to the server side; reading the scene self-definition configuration by the server side, and returning to the client side; requesting the data included in the scene self-definition configuration to the server side by the client side; calling the data from a database and returning the data to the client side by the server side after receiving the request; and creating a scene on the client side, and displaying the scene through the scene displaying module. Due to the adoption of the method and the system, the cross-platform function is realized, the method and the system not only can be applied to a personal computer (PC), but also can be used on different mobile devices, the application range is enlarged, the convenience can be improved, the individually-customized function can also be realized, and objects in the scene can be changed only by changing the scene self-definition configuration according to the requirements.

Description

technical field [0001] The present invention relates to a panoramic 3D display method and system, in particular to a cross-platform panoramic 3D display method and system. Background technique [0002] At present, in order to save time and space, people often use PCs or handheld mobile devices to browse virtual panoramic 3D scenes, such as virtual booths, virtual pavilions, etc., without spending a lot of money on site inspections. However, the existing panoramic 3D display methods and systems are all based on flash technology, and can only run on the PC platform, which is greatly limited in the scope of use and convenience, especially with the development of ipad, iphone and android. With the increasing popularity of handheld mobile devices such as Pad, more and more people pay attention to portability and begin to use handheld mobile devices for office work. However, because IOS devices (including iPad, iPhone and iPod) do not support flash, the existing panoramic 3D displ...

AI Technical Summary

Problems solved by technology

However, the existing panoramic 3D display methods and systems are all based on flash technology, and can only run on the PC platform, which is greatly limited in the scope of use and convenience, especially with the development of ipad, iphone and android. With the increasing popularity of handheld mobile devices such as Pad, more and more people pay attention to portability and begin to use handheld mobile devices for office work. However, because IOS devices (including iPad, iPhone and iPod) do not support flash, the existing panoramic 3D display method And the system cannot be used on IOS devices, that is, cross-platform functions cannot be realized, which brings great troubles to people who use IOS devices

Moreover, the existing panoramic 3D display methods and the 3D scenes in the system are fixed, and it is difficult for people to modify the objects in the scene according to their own needs, that is, the lack of personalized customization functions

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