def test_SO3Vec_init_channels(self, batch, maxl, channels):
tau_list = [channels]*(maxl+1)
test_vec = SO3Vec.rand(batch, tau_list)
assert test_vec.tau == tau_list
def test_SO3Vec_init_arb_tau(self, batch, maxl, channels):
tau_list = torch.randint(1, channels+1, [maxl+1])
test_vec = SO3Vec.rand(batch, tau_list)
assert test_vec.tau == tau_list
def test_mix_SO3Vec(batch, maxl, channels1, channels2):
tau_in = [channels1] * (maxl + 1)
tau_out = [channels2] * (maxl + 1)
test_vec = SO3Vec.rand(batch, tau_in)
test_weight = SO3Weight.rand(tau_in, tau_out)
print(test_vec.shapes, test_weight.shapes)
mix(test_weight, test_vec)
def test_cg_product_dict_maxl(self, maxl_dict, maxl_prod, maxl1, maxl2,
chan, batch):
cg_dict = CGDict(maxl=maxl_dict, dtype=torch.double)
tau1, tau2 = [chan] * (maxl1 + 1), [chan] * (maxl2 + 1)
rep1 = SO3Vec.rand(batch, tau1, dtype=torch.double)
rep2 = SO3Vec.rand(batch, tau2, dtype=torch.double)
if all(maxl_dict >= maxl for maxl in [maxl_prod, maxl1, maxl2]):
cg_prod = cg_product(cg_dict, rep1, rep2, maxl=maxl_prod)
else:
with pytest.raises(ValueError) as e_info:
cg_prod = cg_product(cg_dict, rep1, rep2, maxl=maxl_prod)
tau_out = cg_prod.tau
tau_pred = cg_product_tau(tau1, tau2)
# Test to make sure the output type matches the expected output type
assert list(tau_out) == list(tau_pred)
assert str(e_info.value).startswith('CG Dictionary maxl')
def test_apply_euler(self, batch, channels, maxl):
tau = SO3Tau([channels] * (maxl + 1))
vec = SO3Vec.rand(batch, tau, dtype=torch.double)
wigner = SO3WignerD.euler(maxl, dtype=torch.double)
so3_torch.apply_wigner(wigner, vec)
