def partial_to_ehpq_subsets(self):
e_subset = self.get_eh_subset()[0:3]
h_subset = self.get_eh_subset()[3:6]
dim_subset = [True] * self.dimensions + [False] * (3-self.dimensions)
from hedge.tools import partial_to_all_subset_indices
return tuple(partial_to_all_subset_indices(
[e_subset, h_subset, dim_subset, dim_subset]))
def partial_to_ehpq_subsets(self):
e_subset = self.get_eh_subset()[0:3]
h_subset = self.get_eh_subset()[3:6]
dim_subset = [True] * self.dimensions + [False] * (3 - self.dimensions)
from hedge.tools import partial_to_all_subset_indices
return tuple(
partial_to_all_subset_indices(
[e_subset, h_subset, dim_subset, dim_subset]))
def partial_to_eh_subsets(self):
"""Helps find the indices of the E and H components, which can vary
depending on number of dimensions and whether we have a full/TE/TM
operator.
"""
e_subset = self.get_eh_subset()[0:3]
h_subset = self.get_eh_subset()[3:6]
from hedge.tools import partial_to_all_subset_indices
return tuple(partial_to_all_subset_indices([e_subset, h_subset]))
def partial_to_eh_subsets(self):
"""Helps find the indices of the E and H components, which can vary
depending on number of dimensions and whether we have a full/TE/TM
operator.
"""
e_subset = self.get_eh_subset()[0:3]
h_subset = self.get_eh_subset()[3:6]
from hedge.tools import partial_to_all_subset_indices
return tuple(partial_to_all_subset_indices(
[e_subset, h_subset]))
