f_material

class nrv.fmod.FEM.fenics_utils.f_material

a class for conductive material wh

Parameters:

mat (material) – generate the fenics material from mat attribute

Attributes

f_material.is_func
f_material.sigma	get the conductivity of the material
f_material.sigma_func
f_material.sigma_xx	get the conductivity of the material along ox
f_material.sigma_yy	get the conductivity of the material along oy
f_material.sigma_zz	get the conductivity of the material along oz

Methods

f_material.__init__()	initialisation of the fenics_material
f_material.clear_frequency()	set the woking frequency to None
f_material.get_parameters()	Generic method returning all the atributes of an NRV_class instance
f_material.is_function_defined()	check that the material conductivity is define as a function
f_material.is_isotropic()	check that the material is isotropic or not, return true if isotropic, else false
f_material.is_permitive()	check if the material permitivity and the electric field frequency are set
f_material.load(data[, blacklist])	Generic loading method for NRV_class instance
f_material.load_material([data])
f_material.save([save, fname, blacklist])	Return material as dictionary and eventually save it as json file
f_material.save_material([save, fname])
f_material.set_anisotropic_conductivity(...)	set the conductivity tensor for an anisotropic material
f_material.set_conductivity_function(sigma_func)	set the conductivity space function for an anisotropic material
f_material.set_frequency(freq)	set the frequency of the electric field in the material
f_material.set_isotropic_conductivity(sigma)	set the conductivity for an isotropic material
f_material.set_name(name)	set a name to a material
f_material.set_parameters(**kawrgs)	Generic method to set any attribute of NRV_class instance
f_material.set_permitivity(epsilon)	set the relative permitivity of the material.
f_material.set_source(source)	set a source to a material.