Holographic real-time model running monitoring method

Abstract

The invention discloses a holographic real-time model running monitoring method. The method comprises the following steps: presetting a web page under a designated directory of a model engineering file, and writing a control script in the preset web page; carrying out real-time interception of each output message from the CMD console; using HTML language to encode each piece of output informationto form formatted web page content; appending each piece of formatted output information to a preset web page file; loading the WebBrowser control in the specified display panel of the main program, WebBrowser controlling the operation of the specified web page display information, through the real-time interception of all the output information of the CMD console, saving the output information tothe web page and displayed, in order to facilitate the user to track the running process of the model, to solve the purpose of output information preservation and display balance; loading multiple windows in the display panel of the main program. The invention avoids the traditional way of constantly switching task windows, which is convenient for users to monitor and control the running of the model.

Description

technical field [0001] The invention relates to the technical field of model operation monitoring interaction, in particular to a holographic real-time model operation monitoring method. Background technique [0002] With the continuous deepening of human understanding of natural processes and the continuous development of computer technology, coupling process models with physical mechanisms to solve or understand comprehensive problems is an important trend in basic research and technology development in the field of earth environmental science. For example, the hydrological-biogeochemical cycle joint simulator SWAT-DayCent Coupler realizes the natural water-carbon-nitrogen and other material cycle processes and their interactions by coupling the watershed-scale hydrological process model SWAT and the biogeochemical cycle process model DayCent. Understand and explore. Generally, the calculation procedures of process models with physical mechanisms and their coupling models...

AI Technical Summary

Problems solved by technology

For hundreds of thousands of outputs, the console window cannot save all output information, which hinders users from tracking the running process of the model

Although, the CMD console supports outputting information to text files, but because the output information is updated very quickly (the minimum output time of each information is about 0.1 seconds), in order to view the current output, it is necessary to manually refresh the text file continuously. Although the information All can be saved, but it is difficult to track the current output information of the model in time, especially when the three windows are constantly switching

That is, the current technical problem is: the advantage of the CMD console window is to display the current information output, and the disadvantage is that it is difficult to save all information; while the advantage of the output file method is to save all information, the disadvantage is that it is difficult to capture the current information

The two methods cannot be balanced and cannot meet the user's monitoring requirements for the model running status

Images