def __init__(self, mat_i, mat_m, mat_0, n, a=0.5, dim=3):
self.mat_i = mat_i
self.mat_m = mat_m
self.n = n
shape = tuple(itertools.repeat(n, dim))
# ...
# End: init
# Begin: create (C_i - C_0) and (C_m - C_0)
# ...
delta_C_i = isotropic_4(dim*(mat_i.k-mat_0.k),
2*(mat_i.g-mat_0.g), dim)
delta_C_m = isotropic_4(dim*(mat_m.k-mat_0.k),
2*(mat_m.g-mat_0.g), dim)
# ...
# End: create (C_i - C_0) and (C_m - C_0)
# Begin: create local operator ε ↦ (C-C_0):ε
# ...
ops = np.empty(shape, dtype=object)
ops[:, :] = delta_C_m
imax = int(np.ceil(n*a-0.5))
ops[:imax, :imax] = delta_C_i
self.eps_to_tau = operators.BlockDiagonalOperator2D(ops)
# ...
# End: create local operator ε ↦ (C-C_0):ε
# Begin: create non-local operator ε ↦ Γ_0[ε]
# ...
self.green = green.truncated(mat_0.green_operator(),
shape, 1.,
fft.create_real(shape))
def __init__(self, mat_i, mat_m, mat_0, n, a=0.5, dim=3):
self.mat_i = mat_i
self.mat_m = mat_m
self.n = n
shape = tuple(itertools.repeat(n, dim))
# ...
# End: init
# Begin: create (C_i - C_0) and (C_m - C_0)
# ...
delta_C_i = isotropic_4(dim * (mat_i.k - mat_0.k), 2 * (mat_i.g - mat_0.g), dim)
delta_C_m = isotropic_4(dim * (mat_m.k - mat_0.k), 2 * (mat_m.g - mat_0.g), dim)
# ...
# End: create (C_i - C_0) and (C_m - C_0)
# Begin: create local operator ε ↦ (C-C_0):ε
# ...
ops = np.empty(shape, dtype=object)
ops[:, :] = delta_C_m
imax = int(np.ceil(n * a - 0.5))
ops[:imax, :imax] = delta_C_i
self.eps_to_tau = operators.BlockDiagonalOperator2D(ops)
# ...
# End: create local operator ε ↦ (C-C_0):ε
# Begin: create non-local operator ε ↦ Γ_0[ε]
# ...
self.green = green.truncated(mat_0.green_operator(), shape, 1.0, fft.create_real(shape))
def __init__(self, a, mat_i, mat_m, mat_0, n, comm=MPI.COMM_WORLD):
transform = fft.create_real((n, n), comm)
self.n0 = transform.ishape[0]
self.n1 = transform.ishape[1]
self.offset0 = transform.offset0
self.green = green.truncated(mat_0.green_operator(),
(n, n), 1., transform)
aux_i = operators.isotropic_4(1. / (2. * (mat_i.k - mat_0.k)),
1. / (2. * (mat_i.g - mat_0.g)),
dim=2)
aux_m = operators.isotropic_4(1. / (2. * (mat_m.k - mat_0.k)),
1. / (2. * (mat_m.g - mat_0.g)),
dim=2)
ops = np.empty(transform.ishape, dtype=object)
ops[:, :] = aux_m
imax = int(np.ceil(n * a - 0.5))
ops[:imax - self.offset0, :imax] = aux_i
self.tau2eps = operators.BlockDiagonalOperator2D(ops)
def greend(self, greenc, n, h, transform=None):
return truncated(greenc, n, h, transform)
def greend(self, greenc, n, h, transform=None):
return truncated(greenc, n, h, transform)
def truncated_factory():
return truncated(material.create(1.0, 0.3, 2).green_operator(),
(128, 128),
1.)
