Hydraulic engineering data monitoring method and system

Abstract

The invention relates to the technical field of water conservancy project optimization, in particular to a water conservancy project data monitoring method, which comprises the steps of constructing a three-dimensional water flow potential energy model of a water conservancy project area based on basic data, and determining potential energy distribution and change trends of different spatial positions according to the three-dimensional potential energy model, the potential energy decline direction is determined on the basis of the potential energy distribution and change trend; according to the potential energy decreasing direction, potential seepage channels possibly formed in the water conservancy project area are searched in the three-dimensional space, iterative tracking is carried out on the potential seepage channels, generation is carried out according to the channel extension track obtained through tracking, and potential seepage paths used for reflecting the possible trend of underground water flow are generated. According to the method, the three-dimensional water flow potential energy model is constructed, the potential energy distribution and change trends of different spatial positions are determined, the potential energy decline direction is determined, potential seepage channels are searched according to the potential energy decline direction, and iteration tracking is executed to generate potential seepage paths.

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