A concurrent data processing method and system suitable for tokamak integrated simulation

Abstract

The present invention discloses a concurrent data processing method and system suitable for tokamak integrated simulation, relating to the technical field of concurrent data processing. The method comprises: based on isomagnetic surfaces and geometric factors, expanding one-dimensional data in a tokamak device into high-dimensional data, and obtaining first coordinate data corresponding to the one-dimensional data in different coordinate systems, wherein the high-dimensional data includes two-dimensional data and three-dimensional data; based on isomagnetic surfaces and geometric factors, obtaining second coordinate data corresponding to the high-dimensional data in different coordinate systems, as well as reduced-dimensional data after a magnetic surface average dimensionality reduction operation on the high-dimensional data; obtaining data format requirements, converting the high-dimensional data, the first coordinate data, the second coordinate data and the reduced-dimensional data into target format data corresponding to the data format requirements; and realizing unified conversion, classification, labeling and traceability of intermediate physical quantities and final output physical quantities of different calculation codes under an integrated simulation platform.

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