A Visual Customization Method for Integrated Templates of Water Environment Domain Models

Abstract

The invention relates to a visualized customization method for an integrated template of a water environment area model. The method comprises the following steps: constructing a model integrated database; constructing a data dictionary and configuring a database; configuring a model data source; customizing a model template; setting the integrated model; and updating and managing the model template edition. Based on a database technology and a control technology, a visualized template customization method is adopted for the model integration to set the initial condition, the boundary condition, the control condition, the parameters and output data of each model and an incidence relation among the models and the like in a visualized manner, so that the model is concise and convenient to configure, and meanwhile, the problem that data sources are inconsistent during model integrated coupling calculation is solved. The model provided by the method is suitable for all models of the water environment area and can quickly configure the model on an interface, so that the workload of model service personnel allocation is reduced to the maximum extent.

Description

technical field [0001] This patent relates to a method for visually customizing model integration templates, especially a method for visually customizing model integration templates in the field of water environment. Background technique [0002] The scientific research on water environment shows the trend of interdisciplinary development, including the interdisciplinary development of hydrology, hydrodynamics, water chemistry, environmental hydraulics and other disciplines. The solution of scientific problems in the research process of water environment protection and ecological construction depends on hydrological models, Multiple models such as hydrodynamic model and water quality model are integrated for coupling calculation. The calculation conditions and data involved in the calculation of each model are complex and different, and the initial conditions, boundary conditions, control conditions, parameters, and output data of each model need to be set independently, whi...

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Problems solved by technology

The calculation conditions and data involved in the calculation of each model are complex and different, and the initial conditions, boundary conditions, control conditions, parameters and output data of each model need to be set independently, which brings great difficulties to model integration

Each model requires a variety of data types, data formats, data content, and data organization methods. Model business personnel need to spend a lot of time preparing and configuring files in the background to start calculations. There is no visual model configuration interface. Once the model calculation conditions occur Changes require manual adjustment of a large number of data files, which brings great difficulties to model maintenance

Especially in the case of model integration and coupling calculation, problems such as data inconsistency caused by the use of different data sources by each model affect the credibility of the model calculation results

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