def ExecuteInitialize(self):
hdf5_file = self._GetFile()
prefix = self.settings["prefix"].GetString()
KratosHDF5.ReadDataValueContainer(hdf5_file, prefix, self._model_part.ProcessInfo)
nodal_io_settings = KratosMultiphysics.Parameters("""
{
"list_of_variables": ["EIGENVECTOR_MATRIX"],
"prefix" : ""
}
""")
nodal_io_settings["prefix"].SetString(prefix)
nodal_data_value_io = KratosHDF5.HDF5NodalDataValueIO(nodal_io_settings, hdf5_file)
nodal_data_value_io.ReadNodalResults(self._model_part.Nodes, self._model_part.GetCommunicator())
def __call__(self, model_part, hdf5_file):
primal_io = KratosHDF5.HDF5NodalDataValueIO(
self.GetSettings(model_part).Get(), hdf5_file)
primal_io.ReadNodalResults(model_part.Nodes,
model_part.GetCommunicator())
def __call__(self, model_part, hdf5_file):
KratosHDF5.HDF5NodalDataValueIO(
self.GetSettings(model_part).Get(),
hdf5_file).WriteNodalResults(model_part.Nodes)
def Execute(self, model_part, hdf5_file):
primal_io = KratosHDF5.HDF5NodalDataValueIO(self.settings, hdf5_file)
primal_io.ReadNodalResults(model_part.Nodes,
model_part.GetCommunicator())
def Execute(self, model_part, hdf5_file):
KratosHDF5.HDF5NodalDataValueIO(
self.settings, hdf5_file).WriteNodalResults(model_part.Nodes)
