FEMParameters

class nrv.fmod.FEM.fenics_utils.FEMParameters(D=3, mesh_file='', data=None)

Class gathering parameters of a FEM FEniCS simulation. It allows to add, modify and store domains, boundaries condition and internal boundaries (thin layers) Can be saved and used to generate FEMsimulation.

Methods

FEMParameters.__init__([D, mesh_file, data])	initialisation of the FEMParameters:
FEMParameters.add_boundary(mesh_domain, btype)	add new boundary or update if mesh_domain already exists
FEMParameters.add_domain(mesh_domain[, ...])	add new domain or update if mesh_domain already exists
FEMParameters.add_inboundary(mesh_domain, ...)	add new internal boundary or update if mesh_domain already exists
FEMParameters.get_mixedspace_domain([...])	TO DO
FEMParameters.get_mixedspace_mat_pty([...])	TO DO
FEMParameters.get_parameters()	Generic method returning all the atributes of an NRV_class instance
FEMParameters.get_space_of_domain(i_domain)	TO DO
FEMParameters.get_spaces_of_ibound(i_ibound)	retrun the surounding spaces of an internal boundary.
FEMParameters.load(data)	Load all FEMParameters properties from a dictionary or a json file
FEMParameters.load_SimParameters([data])
FEMParameters.print_mixedspace_domain()
FEMParameters.print_mixedspace_mat_pty()
FEMParameters.save([save, fname])	Return FEMParameters as dictionary and eventually save it as json file
FEMParameters.save_SimParameters([save, fname])
FEMParameters.set_mesh_file(new_mesh_file)	set a new mesh file name
FEMParameters.set_parameters(**kawrgs)	Generic method to set any attribute of NRV_class instance