def save_vtks(self):
"""
Save vtk files in different folders, according to the
simulation name and step.
Files are saved as vtks/simname_simstep_vtk/image_00000x.vtk
"""
# Create the directory
directory = 'vtks/%s_%d' % (self.name, self.step)
self.vtk = SaveVTK(self.sim.mesh, directory=directory)
self.coords.shape = (self.total_image_num, -1)
# We use Ms from the simulation assuming that all the
# images are the same
for i in range(self.total_image_num):
# We will try to save for the micromagnetic simulation (Ms)
# or an atomistic simulation (mu_s)
# TODO: maybe this can be done with an: isinstance
try:
self.vtk.save_vtk(self.coords[i].reshape(-1, 3),
self.sim.Ms,
step=i,
vtkname='m')
except:
self.vtk.save_vtk(self.coords[i].reshape(-1, 3),
self.sim._mu_s,
step=i,
vtkname='m')
self.coords.shape = (-1, )
def save_vtks(self):
"""
Save vtk files in different folders, according to the
simulation name and step.
Files are saved as vtks/simname_simstep_vtk/image_00000x.vtk
"""
# Create the directory
directory = 'vtks/%s_%d' % (self.name, self.step)
self.vtk = SaveVTK(self.sim.mesh, directory)
self.coords.shape = (self.total_image_num, -1)
for i in range(self.total_image_num):
self.vtk.save_vtk(spherical2cartesian(self.coords[i]),
step=i,
vtkname='m')
self.coords.shape = (-1, )
