Agile configuration method for multi-combination regulation and calculation of superstandard flood

Abstract

The invention introduces componentization, configuration and flow engine technology into the field of river basin flood dispatching and control. The present invention provides an agile configuration method for super-standard flood multi-combination control and calculation, which includes the following steps: packaging various model algorithm components into a node library; selecting a node from the node library as the starting node of the process; Node coupling computing objects, and verify whether the coupling between the current node and the object is valid according to the rule base; create lower-level nodes according to the combination requirements; couple computing objects for the lower-level nodes; according to the combination computing requirements, repeat steps to create new lower-level nodes and complete the correspondence Check the node flow direction and object coupling until the node is created; gather all the input information of the node flow, start the calculation task, and output the summary result.

Description

technical field [0001] The invention relates to the technical field of river basin flood simulation and scheduling control, in particular to an agile configuration method for multi-combination regulation and calculation of superstandard floods. Background technique [0002] The essence of flood control calculation is the deep application of computer technology to simulate the propagation evolution and dispatch control process of flood in the basin under its flood control system. The flood control system of my country's river basins is mainly composed of various water conservancy objects such as reservoirs, river sections, measuring stations, dikes, flood storage and detention areas, sluices, pumping stations, etc. The joint dispatching and control of various water conservancy project object groups is to improve the flood control capacity of the river basin and reduce the It is an important measure to reduce the risk of flood inundation and reduce the loss of flood disasters. ...

AI Technical Summary

Problems solved by technology

[0006] In the above-mentioned process, the simulation calculation of flood dispatching and control in the basin, which should have been completed continuously, was artificially divided and blocked, and the data connection and information processing between different calculation models also mostly relied on manual intervention. The operation process was cumbersome and the workload was huge. Moreover, the risk of misoperation is high, and the calculation efficiency of the whole-process dispatch control simulation for the flood evolution in the basin is low, and the timeliness of the results is seriously insufficient, which greatly affects the dispatch decision-making efficiency and emergency response speed of super-standard floods

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