//mumax 3.10 [linux_amd64 go1.14(gc) CUDA-11.0]
//GPU info: NVIDIA GeForce GTX 850M(4046MB), CUDA Driver 11.7, cc=5.0, using cc=50 PTX
//(c) Arne Vansteenkiste, Dynamat LAB, Ghent University, Belgium
//This is free software without any warranty. See license.txt
//********************************************************************//
//  If you use mumax in any work or publication,                      //
//  we kindly ask you to cite the references in references.bib        //
//********************************************************************//
//output directory: system_name.out/
OutputFormat = OVF2_BINARY
SetGridSize(20, 10, 4)
SetCellSize(5e-09, 5e-09, 5e-09)
m.LoadFile("/home/martin/PhD/repos/ubermag-devtools/repos/micromagneticdata/micromagneticdata/tests/test_sample/system_name/drive-2/m0.omf")
Msat.setregion(0, 799999.9999999998)
regions.LoadFile("/home/martin/PhD/repos/ubermag-devtools/repos/micromagneticdata/micromagneticdata/tests/test_sample/system_name/drive-2/mumax3_regions.omf")
Aex = 1.3e-11
tableadd(E_exch)
B_ext.add(LoadFile("B_ext.ovf"), 1)
tableadd(E_Zeeman)
enabledemag = false
tableadd(E_total)
tableadd(dt)
tableadd(maxtorque)
alpha = 0.02
gammaLL = 176085964286.56906
doprecess = true
setsolver(5)
fixDt = 0
for snap_counter := 0; snap_counter < 250; snap_counter++ {
	run(2e-12)
	save(m_full)
	tablesave()
}
//********************************************************************//
//Please cite the following references, relevant for your simulation. //
//See bibtex file in output folder for justification.                 //
//********************************************************************//
//   * Vansteenkiste et al., AIP Adv. 4, 107133 (2014).
