Self-described algorithm parameter expression and generation method

Abstract

The invention provides a self-described algorithm parameter expression and generation method. According to the invention, an algorithm self-description mechanism / rule is given, self-description of thealgorithm can be realized through the method, a user interaction algorithm dialog box corresponding to the self-description is automatically generated when the algorithm is activated, interface parameters of the algorithm are normalized firstly, and then three interfaces required in the method are reloaded; a character string capable of describing all algorithm parameters is returned to the self-description function interface; and finally, after the algorithm is registered, the system / platform can analyze according to a self-description statement in the algorithm, and generates prompt characters on an algorithm dialog box and controls corresponding to the prompt characters one by one according to the substrings and key reserved words in the substrings. The algorithm self-description method is simple, can realize self-description of almost all algorithms, has good support performance for spatial data processing and analysis algorithms, and can realize batch processing and task submission of the algorithms.

Description

technical field [0001] The present invention relates to a method for automatically generating algorithmic self-description rules and dialog boxes in the field of geographic information systems and remote sensing, in particular, to self-description of various non-user-interactive algorithms in the fields of geographic information systems, surveying and mapping, and remote sensing applications The method for generating rules and automatically generating an algorithm dialog box based on parsing these rules is applicable to the application and rapid integration of algorithms for larger or more complex geographic information systems and remote sensing. Background technique [0002] In the application of geographic information system or remote sensing, it is often necessary to implement GIS or remote sensing software system / platform to realize the system integration of multiple algorithms to facilitate subsequent applications. When integrating GIS and remote sensing algorithms, th...

AI Technical Summary

Problems solved by technology

In this process, since algorithm implementers are required to design their own algorithm interfaces, it is inevitable that the styles of different algorithms do not match, resulting in unfriendly user interaction.

In addition, since most of the algorithm implementers only improve the accuracy and efficiency of the algorithm, but are not familiar with the user interface, it requires the cooperation of multiple people to implement it, which also brings new challenges to the algorithm implementation process and algorithm integration. in trouble

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