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I now understand that your code can implement 'M-T curve using Monte Carlo', but now I have a relatively large system, in which a unit cell has 15 inequivalent magnetic atoms, and their interactions are also different and the number is particularly large. Because these interactions are obtained by running TB2J code, how can I process them so that MicroMagnetic.jl can calculate the M-T curve?
The text was updated successfully, but these errors were encountered:
MicroMagnetic.jl currently only supports simple cases such as cubic or triangular meshes. We have plans for more complex cases, but unfortunately, they haven't been implemented yet. If you're interested, you're welcome to implement it in MicroMagnetic.jl.
Another simple solution: You could try mapping your system onto a simple cubic mesh.
I now understand that your code can implement 'M-T curve using Monte Carlo', but now I have a relatively large system, in which a unit cell has 15 inequivalent magnetic atoms, and their interactions are also different and the number is particularly large. Because these interactions are obtained by running TB2J code, how can I process them so that MicroMagnetic.jl can calculate the M-T curve?
The text was updated successfully, but these errors were encountered: