def __init__(self,
problem,
pdofs,
drange,
is_overlap,
psol,
comm,
matrix_hook=None,
verbose=False):
BasicEvaluator.__init__(self, problem, matrix_hook=matrix_hook)
Struct.__init__(self,
pdofs=pdofs,
drange=drange,
is_overlap=is_overlap,
comm=comm,
verbose=verbose)
variables = problem.get_variables()
di = variables.di
ebc_rows = []
for ii, variable in enumerate(variables.iter_state(ordered=True)):
eq_map = variable.eq_map
ebc_rows.append(eq_map.eq_ebc + di.ptr[ii])
self.ebc_rows = nm.concatenate(ebc_rows)
self.psol_i = pp.create_local_petsc_vector(pdofs)
self.gather, self.scatter = pp.create_gather_scatter(pdofs,
self.psol_i,
psol,
comm=comm)
def __init__(self, problem, pdofs, drange, is_overlap, psol, comm, matrix_hook=None, verbose=False):
BasicEvaluator.__init__(self, problem, matrix_hook=matrix_hook)
Struct.__init__(self, pdofs=pdofs, drange=drange, is_overlap=is_overlap, comm=comm, verbose=verbose)
variables = problem.get_variables()
di = variables.di
ebc_rows = []
for ii, variable in enumerate(variables.iter_state(ordered=True)):
eq_map = variable.eq_map
ebc_rows.append(eq_map.eq_ebc + di.ptr[ii])
self.ebc_rows = nm.concatenate(ebc_rows)
self.psol_i = pp.create_local_petsc_vector(pdofs)
self.gather, self.scatter = pp.create_gather_scatter(pdofs, self.psol_i, psol, comm=comm)
def __init__(self,
problem,
pdofs,
drange,
is_overlap,
psol,
comm,
matrix_hook=None,
verbose=False):
BasicEvaluator.__init__(self, problem, matrix_hook=matrix_hook)
Struct.__init__(self,
pdofs=pdofs,
drange=drange,
is_overlap=is_overlap,
comm=comm,
verbose=verbose)
self.psol_i = pp.create_local_petsc_vector(pdofs)
self.gather, self.scatter = pp.create_gather_scatter(pdofs,
self.psol_i,
psol,
comm=comm)
