부산대학교 도서관

Micromagnetic simulations can present both time- and cost-savings, as complicated phenomena simulated a priori provide a valuable intuition in adjusting experimental parameters. However, they require insightful post-analysis, which can be tedious because local changes in magnetization occur rapidly. We have developed an application that allows for viewing multiple data objects such as graphs, 2-D layer visualizations, or 3-D graphic structures synchronized with each other. We believe that it could be of help for scientists who wish to investigate and verify the results obtained from simulation software like OOMMF or MuMax3 in a deeper context. In this article, we present a complete software suite built using the Qt framework for graphical user interface and the PyOpenGL framework for 3-D representation of magnetic structures.