def test01(self):
""" Check diagonal content of M """
md = get_diagonal(self.M)
bi = Function(self.V)
for index, ii in enumerate(md):
b = bi.vector().copy()
b[index] = 1.0
Mb = (self.M*b).inner(b)
self.assertTrue(abs(ii - Mb)/abs(Mb) < 1e-16)
def test11(self):
""" Check diagonal content of K """
kd = get_diagonal(self.K)
bi = Function(self.V)
for index, ii in enumerate(kd):
b = bi.vector().copy()
b[index] = 1.0
Kb = (self.K*b).inner(b)
self.assertTrue(abs(ii - Kb)/abs(Kb) < 1e-16)
def test11(self):
""" Check diagonal content of K """
kd = get_diagonal(self.K)
bi = Function(self.V)
for index, ii in enumerate(kd):
b = bi.vector().copy()
b[index] = 1.0
Kb = (self.K * b).inner(b)
self.assertTrue(abs(ii - Kb) / abs(Kb) < 1e-16)
def test01(self):
""" Check diagonal content of M """
md = get_diagonal(self.M)
bi = Function(self.V)
for index, ii in enumerate(md):
b = bi.vector().copy()
b[index] = 1.0
Mb = (self.M * b).inner(b)
self.assertTrue(abs(ii - Mb) / abs(Mb) < 1e-16)
def _assemble_invMw(self):
""" Assemble inverse of matrix Mw,
weighted mass matrix in dual space """
# WARNING: only works if Mw is diagonal (e.g, DG0)
Mw = assemble(self.massw)
Mwd = get_diagonal(Mw)
as_backend_type(self.invMwd).vec().pointwiseDivide(\
as_backend_type(self.one).vec(),\
as_backend_type(Mwd).vec())
self.invMwMat.set_diagonal(self.invMwd)
def test10(self):
""" Get diagonal of K """
kd = get_diagonal(self.K)
def test00(self):
""" Get diagonal of M """
md = get_diagonal(self.M)
def test10(self):
""" Get diagonal of K """
kd = get_diagonal(self.K)
def test00(self):
""" Get diagonal of M """
md = get_diagonal(self.M)
