A gis-based intelligent supervision method for the whole life cycle of land
A full-life-cycle, life-cycle technology, applied in the field of GIS-based land full-life-cycle smart supervision, can solve the problems of unfavorable flow data visualization, inflexibility, and inability to verify and update layers in real time.
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[0093] A specific implementation case of combining the above methods is introduced below.
[0094] (1) First, let's define the land life cycle implemented in the embodiment. In this embodiment, the layers of each stage of the land life cycle are stored in two remote databases, namely database 1 and database 2, both of which can be Reflect the current and historical conditions of each cycle stage, in which:
[0095] Database 1 contains 4 stages, database 2 contains 1 stage, there is a causal relationship between the layers contained in the 4 stages in database 1, and the layers contained in the 4 stages in database 1 and 1 stage in database 2 There is a causal relationship between the included layers, and there is a causal relationship between the layers included in 1 stage in database 2.
[0096] The layer data generated in each stage are automatically merged into this stage:
[0097] The whole life cycle of land is divided into five stages: A, B, C, D, and E, such as Figu...
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