| Passed | LinearOperatorAdjointTest.test_add_to_tensor__shape=(0, 0),dtype=<dtype: 'complex128'>,use_placeholder=True (shard 3) | | |
1 – 5 of 5 check Test case passed Check the target log for details. |
| Passed | LinearOperatorAdjointTest.test_add_to_tensor__shape=(0, 0),dtype=<dtype: 'float64'>,use_placeholder=False (shard 3) | | |
| Passed | LinearOperatorAdjointTest.test_add_to_tensor__shape=(1, 1),dtype=<dtype: 'complex64'>,use_placeholder=True (shard 3) | | |
| Passed | LinearOperatorAdjointTest.test_add_to_tensor__shape=(1, 3, 3),dtype=<dtype: 'complex128'>,use_placeholder=False (shard 3) | | |
| Passed | LinearOperatorAdjointTest.test_add_to_tensor__shape=(1, 3, 3),dtype=<dtype: 'float32'>,use_placeholder=True (shard 3) | | |
| Passed | LinearOperatorAdjointTest.test_add_to_tensor__shape=(2, 1, 4, 4),dtype=<dtype: 'complex64'>,use_placeholder=False (shard 3) | | |
| Passed | LinearOperatorAdjointTest.test_add_to_tensor__shape=(2, 1, 4, 4),dtype=<dtype: 'float64'>,use_placeholder=True (shard 3) | | |
| Passed | LinearOperatorAdjointTest.test_add_to_tensor__shape=(3, 4, 4),dtype=<dtype: 'float32'>,use_placeholder=False (shard 3) | | |
| Passed | LinearOperatorAdjointTest.test_cholesky__shape=(0, 0),dtype=<dtype: 'complex128'>,use_placeholder=False (shard 3) | | |
| Passed | LinearOperatorAdjointTest.test_cholesky__shape=(0, 0),dtype=<dtype: 'float32'>,use_placeholder=True (shard 3) | | |
| Passed | LinearOperatorAdjointTest.test_cholesky__shape=(1, 1),dtype=<dtype: 'complex64'>,use_placeholder=False (shard 3) | | |
| Passed | LinearOperatorAdjointTest.test_cholesky__shape=(1, 1),dtype=<dtype: 'float64'>,use_placeholder=True (shard 3) | | |
| Passed | LinearOperatorAdjointTest.test_cholesky__shape=(1, 3, 3),dtype=<dtype: 'float32'>,use_placeholder=False (shard 3) | | |
| Passed | LinearOperatorAdjointTest.test_cholesky__shape=(2, 1, 4, 4),dtype=<dtype: 'complex128'>,use_placeholder=True (shard 3) | | |
| Passed | LinearOperatorAdjointTest.test_cholesky__shape=(2, 1, 4, 4),dtype=<dtype: 'float64'>,use_placeholder=False (shard 3) | | |
| Passed | LinearOperatorAdjointTest.test_cholesky__shape=(3, 4, 4),dtype=<dtype: 'complex64'>,use_placeholder=True (shard 3) | | |
| Passed | LinearOperatorAdjointTest.test_cond__shape=(0, 0),dtype=<dtype: 'complex128'>,use_placeholder=False (shard 3) | | |
| Passed | LinearOperatorAdjointTest.test_cond__shape=(0, 0),dtype=<dtype: 'float32'>,use_placeholder=True (shard 3) | | |
| Passed | LinearOperatorAdjointTest.test_cond__shape=(1, 1),dtype=<dtype: 'complex64'>,use_placeholder=False (shard 3) | | |
| Passed | LinearOperatorAdjointTest.test_cond__shape=(1, 1),dtype=<dtype: 'float64'>,use_placeholder=True (shard 3) | | |
| Passed | LinearOperatorAdjointTest.test_cond__shape=(1, 3, 3),dtype=<dtype: 'float32'>,use_placeholder=False (shard 3) | | |
| Passed | LinearOperatorAdjointTest.test_cond__shape=(2, 1, 4, 4),dtype=<dtype: 'complex128'>,use_placeholder=True (shard 3) | | |
| Passed | LinearOperatorAdjointTest.test_cond__shape=(2, 1, 4, 4),dtype=<dtype: 'float64'>,use_placeholder=False (shard 3) | | |
| Passed | LinearOperatorAdjointTest.test_cond__shape=(3, 4, 4),dtype=<dtype: 'complex64'>,use_placeholder=True (shard 3) | | |
| Passed | LinearOperatorAdjointTest.test_contradicting_hints_raise (shard 3) | | |
| Passed | LinearOperatorAdjointTest.test_det__shape=(0, 0),dtype=<dtype: 'float32'>,use_placeholder=False (shard 3) | | |
| Passed | LinearOperatorAdjointTest.test_det__shape=(1, 1),dtype=<dtype: 'complex128'>,use_placeholder=True (shard 3) | | |
| Passed | LinearOperatorAdjointTest.test_det__shape=(1, 1),dtype=<dtype: 'float64'>,use_placeholder=False (shard 3) | | |
| Passed | LinearOperatorAdjointTest.test_det__shape=(1, 3, 3),dtype=<dtype: 'complex64'>,use_placeholder=True (shard 3) | | |
| Passed | LinearOperatorAdjointTest.test_det__shape=(2, 1, 4, 4),dtype=<dtype: 'complex128'>,use_placeholder=False (shard 3) | | |
| Passed | LinearOperatorAdjointTest.test_det__shape=(2, 1, 4, 4),dtype=<dtype: 'float32'>,use_placeholder=True (shard 3) | | |
| Passed | LinearOperatorAdjointTest.test_det__shape=(3, 4, 4),dtype=<dtype: 'complex64'>,use_placeholder=False (shard 3) | | |
| Passed | LinearOperatorAdjointTest.test_det__shape=(3, 4, 4),dtype=<dtype: 'float64'>,use_placeholder=True (shard 3) | | |
| Passed | LinearOperatorAdjointTest.test_diag_part__shape=(0, 0),dtype=<dtype: 'float32'>,use_placeholder=False (shard 3) | | |
| Passed | LinearOperatorAdjointTest.test_diag_part__shape=(1, 1),dtype=<dtype: 'complex128'>,use_placeholder=True (shard 3) | | |
| Passed | LinearOperatorAdjointTest.test_diag_part__shape=(1, 1),dtype=<dtype: 'float64'>,use_placeholder=False (shard 3) | | |
| Passed | LinearOperatorAdjointTest.test_diag_part__shape=(1, 3, 3),dtype=<dtype: 'complex64'>,use_placeholder=True (shard 3) | | |
| Passed | LinearOperatorAdjointTest.test_diag_part__shape=(2, 1, 4, 4),dtype=<dtype: 'complex128'>,use_placeholder=False (shard 3) | | |
| Passed | LinearOperatorAdjointTest.test_diag_part__shape=(2, 1, 4, 4),dtype=<dtype: 'float32'>,use_placeholder=True (shard 3) | | |
| Passed | LinearOperatorAdjointTest.test_diag_part__shape=(3, 4, 4),dtype=<dtype: 'complex64'>,use_placeholder=False (shard 3) | | |
| Passed | LinearOperatorAdjointTest.test_diag_part__shape=(3, 4, 4),dtype=<dtype: 'float64'>,use_placeholder=True (shard 3) | | |
| Passed | LinearOperatorAdjointTest.test_eigvalsh__shape=(0, 0),dtype=<dtype: 'float32'>,use_placeholder=False (shard 3) | | |
| Passed | LinearOperatorAdjointTest.test_eigvalsh__shape=(1, 1),dtype=<dtype: 'complex128'>,use_placeholder=True (shard 3) | | |
| Passed | LinearOperatorAdjointTest.test_eigvalsh__shape=(1, 1),dtype=<dtype: 'float64'>,use_placeholder=False (shard 3) | | |
| Passed | LinearOperatorAdjointTest.test_eigvalsh__shape=(1, 3, 3),dtype=<dtype: 'complex64'>,use_placeholder=True (shard 3) | | |
| Passed | LinearOperatorAdjointTest.test_eigvalsh__shape=(2, 1, 4, 4),dtype=<dtype: 'complex128'>,use_placeholder=False (shard 3) | | |
| Passed | LinearOperatorAdjointTest.test_eigvalsh__shape=(2, 1, 4, 4),dtype=<dtype: 'float32'>,use_placeholder=True (shard 3) | | |
| Passed | LinearOperatorAdjointTest.test_eigvalsh__shape=(3, 4, 4),dtype=<dtype: 'complex64'>,use_placeholder=False (shard 3) | | |
| Passed | LinearOperatorAdjointTest.test_eigvalsh__shape=(3, 4, 4),dtype=<dtype: 'float64'>,use_placeholder=True (shard 3) | | |
| Passed | LinearOperatorAdjointTest.test_inverse__shape=(0, 0),dtype=<dtype: 'float32'>,use_placeholder=False (shard 3) | | |
| Passed | LinearOperatorAdjointTest.test_inverse__shape=(1, 1),dtype=<dtype: 'complex128'>,use_placeholder=True (shard 3) | | |
| Passed | LinearOperatorAdjointTest.test_inverse__shape=(1, 1),dtype=<dtype: 'float64'>,use_placeholder=False (shard 3) | | |
| Passed | LinearOperatorAdjointTest.test_inverse__shape=(1, 3, 3),dtype=<dtype: 'complex64'>,use_placeholder=True (shard 3) | | |
| Passed | LinearOperatorAdjointTest.test_inverse__shape=(2, 1, 4, 4),dtype=<dtype: 'complex128'>,use_placeholder=False (shard 3) | | |
| Passed | LinearOperatorAdjointTest.test_inverse__shape=(2, 1, 4, 4),dtype=<dtype: 'float32'>,use_placeholder=True (shard 3) | | |
| Passed | LinearOperatorAdjointTest.test_inverse__shape=(3, 4, 4),dtype=<dtype: 'complex64'>,use_placeholder=False (shard 3) | | |
| Passed | LinearOperatorAdjointTest.test_inverse__shape=(3, 4, 4),dtype=<dtype: 'float64'>,use_placeholder=True (shard 3) | | |
| Passed | LinearOperatorAdjointTest.test_log_abs_det__shape=(0, 0),dtype=<dtype: 'float32'>,use_placeholder=False (shard 3) | | |
| Passed | LinearOperatorAdjointTest.test_log_abs_det__shape=(1, 1),dtype=<dtype: 'complex128'>,use_placeholder=True (shard 3) | | |
| Passed | LinearOperatorAdjointTest.test_log_abs_det__shape=(1, 1),dtype=<dtype: 'float64'>,use_placeholder=False (shard 3) | | |
| Passed | LinearOperatorAdjointTest.test_log_abs_det__shape=(1, 3, 3),dtype=<dtype: 'complex64'>,use_placeholder=True (shard 3) | | |
| Passed | LinearOperatorAdjointTest.test_log_abs_det__shape=(2, 1, 4, 4),dtype=<dtype: 'complex128'>,use_placeholder=False (shard 3) | | |
| Passed | LinearOperatorAdjointTest.test_log_abs_det__shape=(2, 1, 4, 4),dtype=<dtype: 'float32'>,use_placeholder=True (shard 3) | | |
| Passed | LinearOperatorAdjointTest.test_log_abs_det__shape=(3, 4, 4),dtype=<dtype: 'complex64'>,use_placeholder=False (shard 3) | | |
| Passed | LinearOperatorAdjointTest.test_log_abs_det__shape=(3, 4, 4),dtype=<dtype: 'float64'>,use_placeholder=True (shard 3) | | |
| Passed | LinearOperatorAdjointTest.test_matmul__shape=(0, 0),dtype=<dtype: 'complex128'>,use_placeholder=True,adjoint=False,adjoint_arg=False (shard 3) | | |
| Passed | LinearOperatorAdjointTest.test_matmul__shape=(0, 0),dtype=<dtype: 'complex64'>,use_placeholder=False,adjoint=False,adjoint_arg=True (shard 3) | | |
| Passed | LinearOperatorAdjointTest.test_matmul__shape=(0, 0),dtype=<dtype: 'complex64'>,use_placeholder=True,adjoint=True,adjoint_arg=False (shard 3) | | |
| Passed | LinearOperatorAdjointTest.test_matmul__shape=(0, 0),dtype=<dtype: 'float32'>,use_placeholder=False,adjoint=True,adjoint_arg=True (shard 3) | | |
| Passed | LinearOperatorAdjointTest.test_matmul__shape=(0, 0),dtype=<dtype: 'float64'>,use_placeholder=False,adjoint=False,adjoint_arg=False (shard 3) | | |
| Passed | LinearOperatorAdjointTest.test_matmul__shape=(0, 0),dtype=<dtype: 'float64'>,use_placeholder=True,adjoint=False,adjoint_arg=True (shard 3) | | |
| Passed | LinearOperatorAdjointTest.test_matmul__shape=(1, 1),dtype=<dtype: 'complex128'>,use_placeholder=False,adjoint=True,adjoint_arg=False (shard 3) | | |
| Passed | LinearOperatorAdjointTest.test_matmul__shape=(1, 1),dtype=<dtype: 'complex128'>,use_placeholder=True,adjoint=True,adjoint_arg=True (shard 3) | | |
| Passed | LinearOperatorAdjointTest.test_matmul__shape=(1, 1),dtype=<dtype: 'complex64'>,use_placeholder=True,adjoint=False,adjoint_arg=False (shard 3) | | |
| Passed | LinearOperatorAdjointTest.test_matmul__shape=(1, 1),dtype=<dtype: 'float32'>,use_placeholder=False,adjoint=False,adjoint_arg=True (shard 3) | | |
| Passed | LinearOperatorAdjointTest.test_matmul__shape=(1, 1),dtype=<dtype: 'float32'>,use_placeholder=True,adjoint=True,adjoint_arg=False (shard 3) | | |
| Passed | LinearOperatorAdjointTest.test_matmul__shape=(1, 1),dtype=<dtype: 'float64'>,use_placeholder=False,adjoint=True,adjoint_arg=True (shard 3) | | |
| Passed | LinearOperatorAdjointTest.test_matmul__shape=(1, 3, 3),dtype=<dtype: 'complex128'>,use_placeholder=False,adjoint=False,adjoint_arg=False (shard 3) | | |
| Passed | LinearOperatorAdjointTest.test_matmul__shape=(1, 3, 3),dtype=<dtype: 'complex128'>,use_placeholder=True,adjoint=False,adjoint_arg=True (shard 3) | | |
| Passed | LinearOperatorAdjointTest.test_matmul__shape=(1, 3, 3),dtype=<dtype: 'complex64'>,use_placeholder=False,adjoint=True,adjoint_arg=False (shard 3) | | |
| Passed | LinearOperatorAdjointTest.test_matmul__shape=(1, 3, 3),dtype=<dtype: 'complex64'>,use_placeholder=True,adjoint=True,adjoint_arg=True (shard 3) | | |
| Passed | LinearOperatorAdjointTest.test_matmul__shape=(1, 3, 3),dtype=<dtype: 'float32'>,use_placeholder=True,adjoint=False,adjoint_arg=False (shard 3) | | |
| Passed | LinearOperatorAdjointTest.test_matmul__shape=(1, 3, 3),dtype=<dtype: 'float64'>,use_placeholder=False,adjoint=False,adjoint_arg=True (shard 3) | | |
| Passed | LinearOperatorAdjointTest.test_matmul__shape=(1, 3, 3),dtype=<dtype: 'float64'>,use_placeholder=True,adjoint=True,adjoint_arg=False (shard 3) | | |
| Passed | LinearOperatorAdjointTest.test_matmul__shape=(2, 1, 4, 4),dtype=<dtype: 'complex128'>,use_placeholder=False,adjoint=True,adjoint_arg=True (shard 3) | | |
| Passed | LinearOperatorAdjointTest.test_matmul__shape=(2, 1, 4, 4),dtype=<dtype: 'complex64'>,use_placeholder=False,adjoint=False,adjoint_arg=False (shard 3) | | |
| Passed | LinearOperatorAdjointTest.test_matmul__shape=(2, 1, 4, 4),dtype=<dtype: 'complex64'>,use_placeholder=True,adjoint=False,adjoint_arg=True (shard 3) | | |
| Passed | LinearOperatorAdjointTest.test_matmul__shape=(2, 1, 4, 4),dtype=<dtype: 'float32'>,use_placeholder=False,adjoint=True,adjoint_arg=False (shard 3) | | |
| Passed | LinearOperatorAdjointTest.test_matmul__shape=(2, 1, 4, 4),dtype=<dtype: 'float32'>,use_placeholder=True,adjoint=True,adjoint_arg=True (shard 3) | | |
| Passed | LinearOperatorAdjointTest.test_matmul__shape=(2, 1, 4, 4),dtype=<dtype: 'float64'>,use_placeholder=True,adjoint=False,adjoint_arg=False (shard 3) | | |
| Passed | LinearOperatorAdjointTest.test_matmul__shape=(3, 4, 4),dtype=<dtype: 'complex128'>,use_placeholder=False,adjoint=False,adjoint_arg=True (shard 3) | | |
| Passed | LinearOperatorAdjointTest.test_matmul__shape=(3, 4, 4),dtype=<dtype: 'complex128'>,use_placeholder=True,adjoint=True,adjoint_arg=False (shard 3) | | |
| Passed | LinearOperatorAdjointTest.test_matmul__shape=(3, 4, 4),dtype=<dtype: 'complex64'>,use_placeholder=False,adjoint=True,adjoint_arg=True (shard 3) | | |
| Passed | LinearOperatorAdjointTest.test_matmul__shape=(3, 4, 4),dtype=<dtype: 'float32'>,use_placeholder=False,adjoint=False,adjoint_arg=False (shard 3) | | |
| Passed | LinearOperatorAdjointTest.test_matmul__shape=(3, 4, 4),dtype=<dtype: 'float32'>,use_placeholder=True,adjoint=False,adjoint_arg=True (shard 3) | | |
| Passed | LinearOperatorAdjointTest.test_matmul__shape=(3, 4, 4),dtype=<dtype: 'float64'>,use_placeholder=False,adjoint=True,adjoint_arg=False (shard 3) | | |
| Passed | LinearOperatorAdjointTest.test_matmul__shape=(3, 4, 4),dtype=<dtype: 'float64'>,use_placeholder=True,adjoint=True,adjoint_arg=True (shard 3) | | |
| Passed | LinearOperatorAdjointTest.test_matmul_with_broadcast__shape=(0, 0),dtype=<dtype: 'complex128'>,use_placeholder=False,adjoint=True,adjoint_arg=False (shard 3) | | |
| Passed | LinearOperatorAdjointTest.test_matmul_with_broadcast__shape=(0, 0),dtype=<dtype: 'complex128'>,use_placeholder=True,adjoint=True,adjoint_arg=True (shard 3) | | |
| Passed | LinearOperatorAdjointTest.test_matmul_with_broadcast__shape=(0, 0),dtype=<dtype: 'complex64'>,use_placeholder=True,adjoint=False,adjoint_arg=False (shard 3) | | |
| Passed | LinearOperatorAdjointTest.test_matmul_with_broadcast__shape=(0, 0),dtype=<dtype: 'float32'>,use_placeholder=False,adjoint=False,adjoint_arg=True (shard 3) | | |
| Passed | LinearOperatorAdjointTest.test_matmul_with_broadcast__shape=(0, 0),dtype=<dtype: 'float32'>,use_placeholder=True,adjoint=True,adjoint_arg=False (shard 3) | | |
| Passed | LinearOperatorAdjointTest.test_matmul_with_broadcast__shape=(0, 0),dtype=<dtype: 'float64'>,use_placeholder=False,adjoint=True,adjoint_arg=True (shard 3) | | |
| Passed | LinearOperatorAdjointTest.test_matmul_with_broadcast__shape=(1, 1),dtype=<dtype: 'complex128'>,use_placeholder=False,adjoint=False,adjoint_arg=False (shard 3) | | |
| Passed | LinearOperatorAdjointTest.test_matmul_with_broadcast__shape=(1, 1),dtype=<dtype: 'complex128'>,use_placeholder=True,adjoint=False,adjoint_arg=True (shard 3) | | |
| Passed | LinearOperatorAdjointTest.test_matmul_with_broadcast__shape=(1, 1),dtype=<dtype: 'complex64'>,use_placeholder=False,adjoint=True,adjoint_arg=False (shard 3) | | |
| Passed | LinearOperatorAdjointTest.test_matmul_with_broadcast__shape=(1, 1),dtype=<dtype: 'complex64'>,use_placeholder=True,adjoint=True,adjoint_arg=True (shard 3) | | |
| Passed | LinearOperatorAdjointTest.test_matmul_with_broadcast__shape=(1, 1),dtype=<dtype: 'float32'>,use_placeholder=True,adjoint=False,adjoint_arg=False (shard 3) | | |
| Passed | LinearOperatorAdjointTest.test_matmul_with_broadcast__shape=(1, 1),dtype=<dtype: 'float64'>,use_placeholder=False,adjoint=False,adjoint_arg=True (shard 3) | | |
| Passed | LinearOperatorAdjointTest.test_matmul_with_broadcast__shape=(1, 1),dtype=<dtype: 'float64'>,use_placeholder=True,adjoint=True,adjoint_arg=False (shard 3) | | |
| Passed | LinearOperatorAdjointTest.test_matmul_with_broadcast__shape=(1, 3, 3),dtype=<dtype: 'complex128'>,use_placeholder=False,adjoint=True,adjoint_arg=True (shard 3) | | |
| Passed | LinearOperatorAdjointTest.test_matmul_with_broadcast__shape=(1, 3, 3),dtype=<dtype: 'complex64'>,use_placeholder=False,adjoint=False,adjoint_arg=False (shard 3) | | |
| Passed | LinearOperatorAdjointTest.test_matmul_with_broadcast__shape=(1, 3, 3),dtype=<dtype: 'complex64'>,use_placeholder=True,adjoint=False,adjoint_arg=True (shard 3) | | |
| Passed | LinearOperatorAdjointTest.test_matmul_with_broadcast__shape=(1, 3, 3),dtype=<dtype: 'float32'>,use_placeholder=False,adjoint=True,adjoint_arg=False (shard 3) | | |
| Passed | LinearOperatorAdjointTest.test_matmul_with_broadcast__shape=(1, 3, 3),dtype=<dtype: 'float32'>,use_placeholder=True,adjoint=True,adjoint_arg=True (shard 3) | | |
| Passed | LinearOperatorAdjointTest.test_matmul_with_broadcast__shape=(1, 3, 3),dtype=<dtype: 'float64'>,use_placeholder=True,adjoint=False,adjoint_arg=False (shard 3) | | |
| Passed | LinearOperatorAdjointTest.test_matmul_with_broadcast__shape=(2, 1, 4, 4),dtype=<dtype: 'complex128'>,use_placeholder=False,adjoint=False,adjoint_arg=True (shard 3) | | |
| Passed | LinearOperatorAdjointTest.test_matmul_with_broadcast__shape=(2, 1, 4, 4),dtype=<dtype: 'complex128'>,use_placeholder=True,adjoint=True,adjoint_arg=False (shard 3) | | |
| Passed | LinearOperatorAdjointTest.test_matmul_with_broadcast__shape=(2, 1, 4, 4),dtype=<dtype: 'complex64'>,use_placeholder=False,adjoint=True,adjoint_arg=True (shard 3) | | |
| Passed | LinearOperatorAdjointTest.test_matmul_with_broadcast__shape=(2, 1, 4, 4),dtype=<dtype: 'float32'>,use_placeholder=False,adjoint=False,adjoint_arg=False (shard 3) | | |
| Passed | LinearOperatorAdjointTest.test_matmul_with_broadcast__shape=(2, 1, 4, 4),dtype=<dtype: 'float32'>,use_placeholder=True,adjoint=False,adjoint_arg=True (shard 3) | | |
| Passed | LinearOperatorAdjointTest.test_matmul_with_broadcast__shape=(2, 1, 4, 4),dtype=<dtype: 'float64'>,use_placeholder=False,adjoint=True,adjoint_arg=False (shard 3) | | |
| Passed | LinearOperatorAdjointTest.test_matmul_with_broadcast__shape=(2, 1, 4, 4),dtype=<dtype: 'float64'>,use_placeholder=True,adjoint=True,adjoint_arg=True (shard 3) | | |
| Passed | LinearOperatorAdjointTest.test_matmul_with_broadcast__shape=(3, 4, 4),dtype=<dtype: 'complex128'>,use_placeholder=True,adjoint=False,adjoint_arg=False (shard 3) | | |
| Passed | LinearOperatorAdjointTest.test_matmul_with_broadcast__shape=(3, 4, 4),dtype=<dtype: 'complex64'>,use_placeholder=False,adjoint=False,adjoint_arg=True (shard 3) | | |
| Passed | LinearOperatorAdjointTest.test_matmul_with_broadcast__shape=(3, 4, 4),dtype=<dtype: 'complex64'>,use_placeholder=True,adjoint=True,adjoint_arg=False (shard 3) | | |
| Passed | LinearOperatorAdjointTest.test_matmul_with_broadcast__shape=(3, 4, 4),dtype=<dtype: 'float32'>,use_placeholder=False,adjoint=True,adjoint_arg=True (shard 3) | | |
| Passed | LinearOperatorAdjointTest.test_matmul_with_broadcast__shape=(3, 4, 4),dtype=<dtype: 'float64'>,use_placeholder=False,adjoint=False,adjoint_arg=False (shard 3) | | |
| Passed | LinearOperatorAdjointTest.test_matmul_with_broadcast__shape=(3, 4, 4),dtype=<dtype: 'float64'>,use_placeholder=True,adjoint=False,adjoint_arg=True (shard 3) | | |
| Passed | LinearOperatorAdjointTest.test_session (shard 3) | | |
| Passed | LinearOperatorAdjointTest.test_solve__shape=(0, 0),dtype=<dtype: 'complex128'>,use_placeholder=True,adjoint=False,adjoint_arg=False (shard 3) | | |
| Passed | LinearOperatorAdjointTest.test_solve__shape=(0, 0),dtype=<dtype: 'complex64'>,use_placeholder=False,adjoint=False,adjoint_arg=True (shard 3) | | |
| Passed | LinearOperatorAdjointTest.test_solve__shape=(0, 0),dtype=<dtype: 'complex64'>,use_placeholder=True,adjoint=True,adjoint_arg=False (shard 3) | | |
| Passed | LinearOperatorAdjointTest.test_solve__shape=(0, 0),dtype=<dtype: 'float32'>,use_placeholder=False,adjoint=True,adjoint_arg=True (shard 3) | | |
| Passed | LinearOperatorAdjointTest.test_solve__shape=(0, 0),dtype=<dtype: 'float64'>,use_placeholder=False,adjoint=False,adjoint_arg=False (shard 3) | | |
| Passed | LinearOperatorAdjointTest.test_solve__shape=(0, 0),dtype=<dtype: 'float64'>,use_placeholder=True,adjoint=False,adjoint_arg=True (shard 3) | | |
| Passed | LinearOperatorAdjointTest.test_solve__shape=(1, 1),dtype=<dtype: 'complex128'>,use_placeholder=False,adjoint=True,adjoint_arg=False (shard 3) | | |
| Passed | LinearOperatorAdjointTest.test_solve__shape=(1, 1),dtype=<dtype: 'complex128'>,use_placeholder=True,adjoint=True,adjoint_arg=True (shard 3) | | |
| Passed | LinearOperatorAdjointTest.test_solve__shape=(1, 1),dtype=<dtype: 'complex64'>,use_placeholder=True,adjoint=False,adjoint_arg=False (shard 3) | | |
| Passed | LinearOperatorAdjointTest.test_solve__shape=(1, 1),dtype=<dtype: 'float32'>,use_placeholder=False,adjoint=False,adjoint_arg=True (shard 3) | | |
| Passed | LinearOperatorAdjointTest.test_solve__shape=(1, 1),dtype=<dtype: 'float32'>,use_placeholder=True,adjoint=True,adjoint_arg=False (shard 3) | | |
| Passed | LinearOperatorAdjointTest.test_solve__shape=(1, 1),dtype=<dtype: 'float64'>,use_placeholder=False,adjoint=True,adjoint_arg=True (shard 3) | | |
| Passed | LinearOperatorAdjointTest.test_solve__shape=(1, 3, 3),dtype=<dtype: 'complex128'>,use_placeholder=False,adjoint=False,adjoint_arg=False (shard 3) | | |
| Passed | LinearOperatorAdjointTest.test_solve__shape=(1, 3, 3),dtype=<dtype: 'complex128'>,use_placeholder=True,adjoint=False,adjoint_arg=True (shard 3) | | |
| Passed | LinearOperatorAdjointTest.test_solve__shape=(1, 3, 3),dtype=<dtype: 'complex64'>,use_placeholder=False,adjoint=True,adjoint_arg=False (shard 3) | | |
| Passed | LinearOperatorAdjointTest.test_solve__shape=(1, 3, 3),dtype=<dtype: 'complex64'>,use_placeholder=True,adjoint=True,adjoint_arg=True (shard 3) | | |
| Passed | LinearOperatorAdjointTest.test_solve__shape=(1, 3, 3),dtype=<dtype: 'float32'>,use_placeholder=True,adjoint=False,adjoint_arg=False (shard 3) | | |
| Passed | LinearOperatorAdjointTest.test_solve__shape=(1, 3, 3),dtype=<dtype: 'float64'>,use_placeholder=False,adjoint=False,adjoint_arg=True (shard 3) | | |
| Passed | LinearOperatorAdjointTest.test_solve__shape=(1, 3, 3),dtype=<dtype: 'float64'>,use_placeholder=True,adjoint=True,adjoint_arg=False (shard 3) | | |
| Passed | LinearOperatorAdjointTest.test_solve__shape=(2, 1, 4, 4),dtype=<dtype: 'complex128'>,use_placeholder=False,adjoint=True,adjoint_arg=True (shard 3) | | |
| Passed | LinearOperatorAdjointTest.test_solve__shape=(2, 1, 4, 4),dtype=<dtype: 'complex64'>,use_placeholder=False,adjoint=False,adjoint_arg=False (shard 3) | | |
| Passed | LinearOperatorAdjointTest.test_solve__shape=(2, 1, 4, 4),dtype=<dtype: 'complex64'>,use_placeholder=True,adjoint=False,adjoint_arg=True (shard 3) | | |
| Passed | LinearOperatorAdjointTest.test_solve__shape=(2, 1, 4, 4),dtype=<dtype: 'float32'>,use_placeholder=False,adjoint=True,adjoint_arg=False (shard 3) | | |
| Passed | LinearOperatorAdjointTest.test_solve__shape=(2, 1, 4, 4),dtype=<dtype: 'float32'>,use_placeholder=True,adjoint=True,adjoint_arg=True (shard 3) | | |
| Passed | LinearOperatorAdjointTest.test_solve__shape=(2, 1, 4, 4),dtype=<dtype: 'float64'>,use_placeholder=True,adjoint=False,adjoint_arg=False (shard 3) | | |
| Passed | LinearOperatorAdjointTest.test_solve__shape=(3, 4, 4),dtype=<dtype: 'complex128'>,use_placeholder=False,adjoint=False,adjoint_arg=True (shard 3) | | |
| Passed | LinearOperatorAdjointTest.test_solve__shape=(3, 4, 4),dtype=<dtype: 'complex128'>,use_placeholder=True,adjoint=True,adjoint_arg=False (shard 3) | | |
| Passed | LinearOperatorAdjointTest.test_solve__shape=(3, 4, 4),dtype=<dtype: 'complex64'>,use_placeholder=False,adjoint=True,adjoint_arg=True (shard 3) | | |
| Passed | LinearOperatorAdjointTest.test_solve__shape=(3, 4, 4),dtype=<dtype: 'float32'>,use_placeholder=False,adjoint=False,adjoint_arg=False (shard 3) | | |
| Passed | LinearOperatorAdjointTest.test_solve__shape=(3, 4, 4),dtype=<dtype: 'float32'>,use_placeholder=True,adjoint=False,adjoint_arg=True (shard 3) | | |
| Passed | LinearOperatorAdjointTest.test_solve__shape=(3, 4, 4),dtype=<dtype: 'float64'>,use_placeholder=False,adjoint=True,adjoint_arg=False (shard 3) | | |
| Passed | LinearOperatorAdjointTest.test_solve__shape=(3, 4, 4),dtype=<dtype: 'float64'>,use_placeholder=True,adjoint=True,adjoint_arg=True (shard 3) | | |
| Passed | LinearOperatorAdjointTest.test_solve_with_broadcast__shape=(0, 0),dtype=<dtype: 'complex128'>,use_placeholder=False,adjoint=True,adjoint_arg=False (shard 3) | | |
| Passed | LinearOperatorAdjointTest.test_solve_with_broadcast__shape=(0, 0),dtype=<dtype: 'complex128'>,use_placeholder=True,adjoint=True,adjoint_arg=True (shard 3) | | |
| Passed | LinearOperatorAdjointTest.test_solve_with_broadcast__shape=(0, 0),dtype=<dtype: 'complex64'>,use_placeholder=True,adjoint=False,adjoint_arg=False (shard 3) | | |
| Passed | LinearOperatorAdjointTest.test_solve_with_broadcast__shape=(0, 0),dtype=<dtype: 'float32'>,use_placeholder=False,adjoint=False,adjoint_arg=True (shard 3) | | |
| Passed | LinearOperatorAdjointTest.test_solve_with_broadcast__shape=(0, 0),dtype=<dtype: 'float32'>,use_placeholder=True,adjoint=True,adjoint_arg=False (shard 3) | | |
| Passed | LinearOperatorAdjointTest.test_solve_with_broadcast__shape=(0, 0),dtype=<dtype: 'float64'>,use_placeholder=False,adjoint=True,adjoint_arg=True (shard 3) | | |
| Passed | LinearOperatorAdjointTest.test_solve_with_broadcast__shape=(1, 1),dtype=<dtype: 'complex128'>,use_placeholder=False,adjoint=False,adjoint_arg=False (shard 3) | | |
| Passed | LinearOperatorAdjointTest.test_solve_with_broadcast__shape=(1, 1),dtype=<dtype: 'complex128'>,use_placeholder=True,adjoint=False,adjoint_arg=True (shard 3) | | |
| Passed | LinearOperatorAdjointTest.test_solve_with_broadcast__shape=(1, 1),dtype=<dtype: 'complex64'>,use_placeholder=False,adjoint=True,adjoint_arg=False (shard 3) | | |
| Passed | LinearOperatorAdjointTest.test_solve_with_broadcast__shape=(1, 1),dtype=<dtype: 'complex64'>,use_placeholder=True,adjoint=True,adjoint_arg=True (shard 3) | | |
| Passed | LinearOperatorAdjointTest.test_solve_with_broadcast__shape=(1, 1),dtype=<dtype: 'float32'>,use_placeholder=True,adjoint=False,adjoint_arg=False (shard 3) | | |
| Passed | LinearOperatorAdjointTest.test_solve_with_broadcast__shape=(1, 1),dtype=<dtype: 'float64'>,use_placeholder=False,adjoint=False,adjoint_arg=True (shard 3) | | |
| Passed | LinearOperatorAdjointTest.test_solve_with_broadcast__shape=(1, 1),dtype=<dtype: 'float64'>,use_placeholder=True,adjoint=True,adjoint_arg=False (shard 3) | | |
| Passed | LinearOperatorAdjointTest.test_solve_with_broadcast__shape=(1, 3, 3),dtype=<dtype: 'complex128'>,use_placeholder=False,adjoint=True,adjoint_arg=True (shard 3) | | |
| Passed | LinearOperatorAdjointTest.test_solve_with_broadcast__shape=(1, 3, 3),dtype=<dtype: 'complex64'>,use_placeholder=False,adjoint=False,adjoint_arg=False (shard 3) | | |
| Passed | LinearOperatorAdjointTest.test_solve_with_broadcast__shape=(1, 3, 3),dtype=<dtype: 'complex64'>,use_placeholder=True,adjoint=False,adjoint_arg=True (shard 3) | | |
| Passed | LinearOperatorAdjointTest.test_solve_with_broadcast__shape=(1, 3, 3),dtype=<dtype: 'float32'>,use_placeholder=False,adjoint=True,adjoint_arg=False (shard 3) | | |
| Passed | LinearOperatorAdjointTest.test_solve_with_broadcast__shape=(1, 3, 3),dtype=<dtype: 'float32'>,use_placeholder=True,adjoint=True,adjoint_arg=True (shard 3) | | |
| Passed | LinearOperatorAdjointTest.test_solve_with_broadcast__shape=(1, 3, 3),dtype=<dtype: 'float64'>,use_placeholder=True,adjoint=False,adjoint_arg=False (shard 3) | | |
| Passed | LinearOperatorAdjointTest.test_solve_with_broadcast__shape=(2, 1, 4, 4),dtype=<dtype: 'complex128'>,use_placeholder=False,adjoint=False,adjoint_arg=True (shard 3) | | |
| Passed | LinearOperatorAdjointTest.test_solve_with_broadcast__shape=(2, 1, 4, 4),dtype=<dtype: 'complex128'>,use_placeholder=True,adjoint=True,adjoint_arg=False (shard 3) | | |
| Passed | LinearOperatorAdjointTest.test_solve_with_broadcast__shape=(2, 1, 4, 4),dtype=<dtype: 'complex64'>,use_placeholder=False,adjoint=True,adjoint_arg=True (shard 3) | | |
| Passed | LinearOperatorAdjointTest.test_solve_with_broadcast__shape=(2, 1, 4, 4),dtype=<dtype: 'float32'>,use_placeholder=False,adjoint=False,adjoint_arg=False (shard 3) | | |
| Passed | LinearOperatorAdjointTest.test_solve_with_broadcast__shape=(2, 1, 4, 4),dtype=<dtype: 'float32'>,use_placeholder=True,adjoint=False,adjoint_arg=True (shard 3) | | |
| Passed | LinearOperatorAdjointTest.test_solve_with_broadcast__shape=(2, 1, 4, 4),dtype=<dtype: 'float64'>,use_placeholder=False,adjoint=True,adjoint_arg=False (shard 3) | | |
| Passed | LinearOperatorAdjointTest.test_solve_with_broadcast__shape=(2, 1, 4, 4),dtype=<dtype: 'float64'>,use_placeholder=True,adjoint=True,adjoint_arg=True (shard 3) | | |
| Passed | LinearOperatorAdjointTest.test_solve_with_broadcast__shape=(3, 4, 4),dtype=<dtype: 'complex128'>,use_placeholder=True,adjoint=False,adjoint_arg=False (shard 3) | | |
| Passed | LinearOperatorAdjointTest.test_solve_with_broadcast__shape=(3, 4, 4),dtype=<dtype: 'complex64'>,use_placeholder=False,adjoint=False,adjoint_arg=True (shard 3) | | |
| Passed | LinearOperatorAdjointTest.test_solve_with_broadcast__shape=(3, 4, 4),dtype=<dtype: 'complex64'>,use_placeholder=True,adjoint=True,adjoint_arg=False (shard 3) | | |
| Passed | LinearOperatorAdjointTest.test_solve_with_broadcast__shape=(3, 4, 4),dtype=<dtype: 'float32'>,use_placeholder=False,adjoint=True,adjoint_arg=True (shard 3) | | |
| Passed | LinearOperatorAdjointTest.test_solve_with_broadcast__shape=(3, 4, 4),dtype=<dtype: 'float64'>,use_placeholder=False,adjoint=False,adjoint_arg=False (shard 3) | | |
| Passed | LinearOperatorAdjointTest.test_solve_with_broadcast__shape=(3, 4, 4),dtype=<dtype: 'float64'>,use_placeholder=True,adjoint=False,adjoint_arg=True (shard 3) | | |
| Passed | LinearOperatorAdjointTest.test_tape_safe (shard 3) | | |
| Passed | LinearOperatorAdjointTest.test_to_dense__shape=(0, 0),dtype=<dtype: 'float32'>,use_placeholder=False (shard 3) | | |
| Passed | LinearOperatorAdjointTest.test_to_dense__shape=(1, 1),dtype=<dtype: 'complex128'>,use_placeholder=True (shard 3) | | |
| Passed | LinearOperatorAdjointTest.test_to_dense__shape=(1, 1),dtype=<dtype: 'float64'>,use_placeholder=False (shard 3) | | |
| Passed | LinearOperatorAdjointTest.test_to_dense__shape=(1, 3, 3),dtype=<dtype: 'complex64'>,use_placeholder=True (shard 3) | | |
| Passed | LinearOperatorAdjointTest.test_to_dense__shape=(2, 1, 4, 4),dtype=<dtype: 'complex128'>,use_placeholder=False (shard 3) | | |
| Passed | LinearOperatorAdjointTest.test_to_dense__shape=(2, 1, 4, 4),dtype=<dtype: 'float32'>,use_placeholder=True (shard 3) | | |
| Passed | LinearOperatorAdjointTest.test_to_dense__shape=(3, 4, 4),dtype=<dtype: 'complex64'>,use_placeholder=False (shard 3) | | |
| Passed | LinearOperatorAdjointTest.test_to_dense__shape=(3, 4, 4),dtype=<dtype: 'float64'>,use_placeholder=True (shard 3) | | |
| Passed | LinearOperatorAdjointTest.test_trace__shape=(0, 0),dtype=<dtype: 'float32'>,use_placeholder=False (shard 3) | | |
| Passed | LinearOperatorAdjointTest.test_trace__shape=(1, 1),dtype=<dtype: 'complex128'>,use_placeholder=True (shard 3) | | |
| Passed | LinearOperatorAdjointTest.test_trace__shape=(1, 1),dtype=<dtype: 'float64'>,use_placeholder=False (shard 3) | | |
| Passed | LinearOperatorAdjointTest.test_trace__shape=(1, 3, 3),dtype=<dtype: 'complex64'>,use_placeholder=True (shard 3) | | |
| Passed | LinearOperatorAdjointTest.test_trace__shape=(2, 1, 4, 4),dtype=<dtype: 'complex128'>,use_placeholder=False (shard 3) | | |
| Passed | LinearOperatorAdjointTest.test_trace__shape=(2, 1, 4, 4),dtype=<dtype: 'float32'>,use_placeholder=True (shard 3) | | |
| Passed | LinearOperatorAdjointTest.test_trace__shape=(3, 4, 4),dtype=<dtype: 'complex64'>,use_placeholder=False (shard 3) | | |
| Passed | LinearOperatorAdjointTest.test_trace__shape=(3, 4, 4),dtype=<dtype: 'float64'>,use_placeholder=True (shard 3) | | |
| Passed | LinearOperatorAdjointTest.test_add_to_tensor__shape=(0, 0),dtype=<dtype: 'complex64'>,use_placeholder=False (shard 4) | | |
| Passed | LinearOperatorAdjointTest.test_add_to_tensor__shape=(0, 0),dtype=<dtype: 'float64'>,use_placeholder=True (shard 4) | | |
| Passed | LinearOperatorAdjointTest.test_add_to_tensor__shape=(1, 1),dtype=<dtype: 'float32'>,use_placeholder=False (shard 4) | | |
| Passed | LinearOperatorAdjointTest.test_add_to_tensor__shape=(1, 3, 3),dtype=<dtype: 'complex128'>,use_placeholder=True (shard 4) | | |
| Passed | LinearOperatorAdjointTest.test_add_to_tensor__shape=(1, 3, 3),dtype=<dtype: 'float64'>,use_placeholder=False (shard 4) | | |
| Passed | LinearOperatorAdjointTest.test_add_to_tensor__shape=(2, 1, 4, 4),dtype=<dtype: 'complex64'>,use_placeholder=True (shard 4) | | |
| Passed | LinearOperatorAdjointTest.test_add_to_tensor__shape=(3, 4, 4),dtype=<dtype: 'complex128'>,use_placeholder=False (shard 4) | | |
| Passed | LinearOperatorAdjointTest.test_add_to_tensor__shape=(3, 4, 4),dtype=<dtype: 'float32'>,use_placeholder=True (shard 4) | | |
| Passed | LinearOperatorAdjointTest.test_cholesky__shape=(0, 0),dtype=<dtype: 'complex128'>,use_placeholder=True (shard 4) | | |
| Passed | LinearOperatorAdjointTest.test_cholesky__shape=(0, 0),dtype=<dtype: 'float64'>,use_placeholder=False (shard 4) | | |
| Passed | LinearOperatorAdjointTest.test_cholesky__shape=(1, 1),dtype=<dtype: 'complex64'>,use_placeholder=True (shard 4) | | |
| Passed | LinearOperatorAdjointTest.test_cholesky__shape=(1, 3, 3),dtype=<dtype: 'complex128'>,use_placeholder=False (shard 4) | | |
| Passed | LinearOperatorAdjointTest.test_cholesky__shape=(1, 3, 3),dtype=<dtype: 'float32'>,use_placeholder=True (shard 4) | | |
| Passed | LinearOperatorAdjointTest.test_cholesky__shape=(2, 1, 4, 4),dtype=<dtype: 'complex64'>,use_placeholder=False (shard 4) | | |
| Passed | LinearOperatorAdjointTest.test_cholesky__shape=(2, 1, 4, 4),dtype=<dtype: 'float64'>,use_placeholder=True (shard 4) | | |
| Passed | LinearOperatorAdjointTest.test_cholesky__shape=(3, 4, 4),dtype=<dtype: 'float32'>,use_placeholder=False (shard 4) | | |
| Passed | LinearOperatorAdjointTest.test_cond__shape=(0, 0),dtype=<dtype: 'complex128'>,use_placeholder=True (shard 4) | | |
| Passed | LinearOperatorAdjointTest.test_cond__shape=(0, 0),dtype=<dtype: 'float64'>,use_placeholder=False (shard 4) | | |
| Passed | LinearOperatorAdjointTest.test_cond__shape=(1, 1),dtype=<dtype: 'complex64'>,use_placeholder=True (shard 4) | | |
| Passed | LinearOperatorAdjointTest.test_cond__shape=(1, 3, 3),dtype=<dtype: 'complex128'>,use_placeholder=False (shard 4) | | |
| Passed | LinearOperatorAdjointTest.test_cond__shape=(1, 3, 3),dtype=<dtype: 'float32'>,use_placeholder=True (shard 4) | | |
| Passed | LinearOperatorAdjointTest.test_cond__shape=(2, 1, 4, 4),dtype=<dtype: 'complex64'>,use_placeholder=False (shard 4) | | |
| Passed | LinearOperatorAdjointTest.test_cond__shape=(2, 1, 4, 4),dtype=<dtype: 'float64'>,use_placeholder=True (shard 4) | | |
| Passed | LinearOperatorAdjointTest.test_cond__shape=(3, 4, 4),dtype=<dtype: 'float32'>,use_placeholder=False (shard 4) | | |
| Passed | LinearOperatorAdjointTest.test_det__shape=(0, 0),dtype=<dtype: 'complex128'>,use_placeholder=False (shard 4) | | |
| Passed | LinearOperatorAdjointTest.test_det__shape=(0, 0),dtype=<dtype: 'float32'>,use_placeholder=True (shard 4) | | |
| Passed | LinearOperatorAdjointTest.test_det__shape=(1, 1),dtype=<dtype: 'complex64'>,use_placeholder=False (shard 4) | | |
| Passed | LinearOperatorAdjointTest.test_det__shape=(1, 1),dtype=<dtype: 'float64'>,use_placeholder=True (shard 4) | | |
| Passed | LinearOperatorAdjointTest.test_det__shape=(1, 3, 3),dtype=<dtype: 'float32'>,use_placeholder=False (shard 4) | | |
| Passed | LinearOperatorAdjointTest.test_det__shape=(2, 1, 4, 4),dtype=<dtype: 'complex128'>,use_placeholder=True (shard 4) | | |
| Passed | LinearOperatorAdjointTest.test_det__shape=(2, 1, 4, 4),dtype=<dtype: 'float64'>,use_placeholder=False (shard 4) | | |
| Passed | LinearOperatorAdjointTest.test_det__shape=(3, 4, 4),dtype=<dtype: 'complex64'>,use_placeholder=True (shard 4) | | |
| Passed | LinearOperatorAdjointTest.test_diag_part__shape=(0, 0),dtype=<dtype: 'complex128'>,use_placeholder=False (shard 4) | | |
| Passed | LinearOperatorAdjointTest.test_diag_part__shape=(0, 0),dtype=<dtype: 'float32'>,use_placeholder=True (shard 4) | | |
| Passed | LinearOperatorAdjointTest.test_diag_part__shape=(1, 1),dtype=<dtype: 'complex64'>,use_placeholder=False (shard 4) | | |
| Passed | LinearOperatorAdjointTest.test_diag_part__shape=(1, 1),dtype=<dtype: 'float64'>,use_placeholder=True (shard 4) | | |
| Passed | LinearOperatorAdjointTest.test_diag_part__shape=(1, 3, 3),dtype=<dtype: 'float32'>,use_placeholder=False (shard 4) | | |
| Passed | LinearOperatorAdjointTest.test_diag_part__shape=(2, 1, 4, 4),dtype=<dtype: 'complex128'>,use_placeholder=True (shard 4) | | |
| Passed | LinearOperatorAdjointTest.test_diag_part__shape=(2, 1, 4, 4),dtype=<dtype: 'float64'>,use_placeholder=False (shard 4) | | |
| Passed | LinearOperatorAdjointTest.test_diag_part__shape=(3, 4, 4),dtype=<dtype: 'complex64'>,use_placeholder=True (shard 4) | | |
| Passed | LinearOperatorAdjointTest.test_eigvalsh__shape=(0, 0),dtype=<dtype: 'complex128'>,use_placeholder=False (shard 4) | | |
| Passed | LinearOperatorAdjointTest.test_eigvalsh__shape=(0, 0),dtype=<dtype: 'float32'>,use_placeholder=True (shard 4) | | |
| Passed | LinearOperatorAdjointTest.test_eigvalsh__shape=(1, 1),dtype=<dtype: 'complex64'>,use_placeholder=False (shard 4) | | |
| Passed | LinearOperatorAdjointTest.test_eigvalsh__shape=(1, 1),dtype=<dtype: 'float64'>,use_placeholder=True (shard 4) | | |
| Passed | LinearOperatorAdjointTest.test_eigvalsh__shape=(1, 3, 3),dtype=<dtype: 'float32'>,use_placeholder=False (shard 4) | | |
| Passed | LinearOperatorAdjointTest.test_eigvalsh__shape=(2, 1, 4, 4),dtype=<dtype: 'complex128'>,use_placeholder=True (shard 4) | | |
| Passed | LinearOperatorAdjointTest.test_eigvalsh__shape=(2, 1, 4, 4),dtype=<dtype: 'float64'>,use_placeholder=False (shard 4) | | |
| Passed | LinearOperatorAdjointTest.test_eigvalsh__shape=(3, 4, 4),dtype=<dtype: 'complex64'>,use_placeholder=True (shard 4) | | |
| Passed | LinearOperatorAdjointTest.test_inverse__shape=(0, 0),dtype=<dtype: 'complex128'>,use_placeholder=False (shard 4) | | |
| Passed | LinearOperatorAdjointTest.test_inverse__shape=(0, 0),dtype=<dtype: 'float32'>,use_placeholder=True (shard 4) | | |
| Passed | LinearOperatorAdjointTest.test_inverse__shape=(1, 1),dtype=<dtype: 'complex64'>,use_placeholder=False (shard 4) | | |
| Passed | LinearOperatorAdjointTest.test_inverse__shape=(1, 1),dtype=<dtype: 'float64'>,use_placeholder=True (shard 4) | | |
| Passed | LinearOperatorAdjointTest.test_inverse__shape=(1, 3, 3),dtype=<dtype: 'float32'>,use_placeholder=False (shard 4) | | |
| Passed | LinearOperatorAdjointTest.test_inverse__shape=(2, 1, 4, 4),dtype=<dtype: 'complex128'>,use_placeholder=True (shard 4) | | |
| Passed | LinearOperatorAdjointTest.test_inverse__shape=(2, 1, 4, 4),dtype=<dtype: 'float64'>,use_placeholder=False (shard 4) | | |
| Passed | LinearOperatorAdjointTest.test_inverse__shape=(3, 4, 4),dtype=<dtype: 'complex64'>,use_placeholder=True (shard 4) | | |
| Passed | LinearOperatorAdjointTest.test_log_abs_det__shape=(0, 0),dtype=<dtype: 'complex128'>,use_placeholder=False (shard 4) | | |
| Passed | LinearOperatorAdjointTest.test_log_abs_det__shape=(0, 0),dtype=<dtype: 'float32'>,use_placeholder=True (shard 4) | | |
| Passed | LinearOperatorAdjointTest.test_log_abs_det__shape=(1, 1),dtype=<dtype: 'complex64'>,use_placeholder=False (shard 4) | | |
| Passed | LinearOperatorAdjointTest.test_log_abs_det__shape=(1, 1),dtype=<dtype: 'float64'>,use_placeholder=True (shard 4) | | |
| Passed | LinearOperatorAdjointTest.test_log_abs_det__shape=(1, 3, 3),dtype=<dtype: 'float32'>,use_placeholder=False (shard 4) | | |
| Passed | LinearOperatorAdjointTest.test_log_abs_det__shape=(2, 1, 4, 4),dtype=<dtype: 'complex128'>,use_placeholder=True (shard 4) | | |
| Passed | LinearOperatorAdjointTest.test_log_abs_det__shape=(2, 1, 4, 4),dtype=<dtype: 'float64'>,use_placeholder=False (shard 4) | | |
| Passed | LinearOperatorAdjointTest.test_log_abs_det__shape=(3, 4, 4),dtype=<dtype: 'complex64'>,use_placeholder=True (shard 4) | | |
| Passed | LinearOperatorAdjointTest.test_matmul__shape=(0, 0),dtype=<dtype: 'complex128'>,use_placeholder=False,adjoint=False,adjoint_arg=False (shard 4) | | |
| Passed | LinearOperatorAdjointTest.test_matmul__shape=(0, 0),dtype=<dtype: 'complex128'>,use_placeholder=True,adjoint=False,adjoint_arg=True (shard 4) | | |
| Passed | LinearOperatorAdjointTest.test_matmul__shape=(0, 0),dtype=<dtype: 'complex64'>,use_placeholder=False,adjoint=True,adjoint_arg=False (shard 4) | | |
| Passed | LinearOperatorAdjointTest.test_matmul__shape=(0, 0),dtype=<dtype: 'complex64'>,use_placeholder=True,adjoint=True,adjoint_arg=True (shard 4) | | |
| Passed | LinearOperatorAdjointTest.test_matmul__shape=(0, 0),dtype=<dtype: 'float32'>,use_placeholder=True,adjoint=False,adjoint_arg=False (shard 4) | | |
| Passed | LinearOperatorAdjointTest.test_matmul__shape=(0, 0),dtype=<dtype: 'float64'>,use_placeholder=False,adjoint=False,adjoint_arg=True (shard 4) | | |
| Passed | LinearOperatorAdjointTest.test_matmul__shape=(0, 0),dtype=<dtype: 'float64'>,use_placeholder=True,adjoint=True,adjoint_arg=False (shard 4) | | |
| Passed | LinearOperatorAdjointTest.test_matmul__shape=(1, 1),dtype=<dtype: 'complex128'>,use_placeholder=False,adjoint=True,adjoint_arg=True (shard 4) | | |
| Passed | LinearOperatorAdjointTest.test_matmul__shape=(1, 1),dtype=<dtype: 'complex64'>,use_placeholder=False,adjoint=False,adjoint_arg=False (shard 4) | | |
| Passed | LinearOperatorAdjointTest.test_matmul__shape=(1, 1),dtype=<dtype: 'complex64'>,use_placeholder=True,adjoint=False,adjoint_arg=True (shard 4) | | |
| Passed | LinearOperatorAdjointTest.test_matmul__shape=(1, 1),dtype=<dtype: 'float32'>,use_placeholder=False,adjoint=True,adjoint_arg=False (shard 4) | | |
| Passed | LinearOperatorAdjointTest.test_matmul__shape=(1, 1),dtype=<dtype: 'float32'>,use_placeholder=True,adjoint=True,adjoint_arg=True (shard 4) | | |
| Passed | LinearOperatorAdjointTest.test_matmul__shape=(1, 1),dtype=<dtype: 'float64'>,use_placeholder=True,adjoint=False,adjoint_arg=False (shard 4) | | |
| Passed | LinearOperatorAdjointTest.test_matmul__shape=(1, 3, 3),dtype=<dtype: 'complex128'>,use_placeholder=False,adjoint=False,adjoint_arg=True (shard 4) | | |
| Passed | LinearOperatorAdjointTest.test_matmul__shape=(1, 3, 3),dtype=<dtype: 'complex128'>,use_placeholder=True,adjoint=True,adjoint_arg=False (shard 4) | | |
| Passed | LinearOperatorAdjointTest.test_matmul__shape=(1, 3, 3),dtype=<dtype: 'complex64'>,use_placeholder=False,adjoint=True,adjoint_arg=True (shard 4) | | |
| Passed | LinearOperatorAdjointTest.test_matmul__shape=(1, 3, 3),dtype=<dtype: 'float32'>,use_placeholder=False,adjoint=False,adjoint_arg=False (shard 4) | | |
| Passed | LinearOperatorAdjointTest.test_matmul__shape=(1, 3, 3),dtype=<dtype: 'float32'>,use_placeholder=True,adjoint=False,adjoint_arg=True (shard 4) | | |
| Passed | LinearOperatorAdjointTest.test_matmul__shape=(1, 3, 3),dtype=<dtype: 'float64'>,use_placeholder=False,adjoint=True,adjoint_arg=False (shard 4) | | |
| Passed | LinearOperatorAdjointTest.test_matmul__shape=(1, 3, 3),dtype=<dtype: 'float64'>,use_placeholder=True,adjoint=True,adjoint_arg=True (shard 4) | | |
| Passed | LinearOperatorAdjointTest.test_matmul__shape=(2, 1, 4, 4),dtype=<dtype: 'complex128'>,use_placeholder=True,adjoint=False,adjoint_arg=False (shard 4) | | |
| Passed | LinearOperatorAdjointTest.test_matmul__shape=(2, 1, 4, 4),dtype=<dtype: 'complex64'>,use_placeholder=False,adjoint=False,adjoint_arg=True (shard 4) | | |
| Passed | LinearOperatorAdjointTest.test_matmul__shape=(2, 1, 4, 4),dtype=<dtype: 'complex64'>,use_placeholder=True,adjoint=True,adjoint_arg=False (shard 4) | | |
| Passed | LinearOperatorAdjointTest.test_matmul__shape=(2, 1, 4, 4),dtype=<dtype: 'float32'>,use_placeholder=False,adjoint=True,adjoint_arg=True (shard 4) | | |
| Passed | LinearOperatorAdjointTest.test_matmul__shape=(2, 1, 4, 4),dtype=<dtype: 'float64'>,use_placeholder=False,adjoint=False,adjoint_arg=False (shard 4) | | |
| Passed | LinearOperatorAdjointTest.test_matmul__shape=(2, 1, 4, 4),dtype=<dtype: 'float64'>,use_placeholder=True,adjoint=False,adjoint_arg=True (shard 4) | | |
| Passed | LinearOperatorAdjointTest.test_matmul__shape=(3, 4, 4),dtype=<dtype: 'complex128'>,use_placeholder=False,adjoint=True,adjoint_arg=False (shard 4) | | |
| Passed | LinearOperatorAdjointTest.test_matmul__shape=(3, 4, 4),dtype=<dtype: 'complex128'>,use_placeholder=True,adjoint=True,adjoint_arg=True (shard 4) | | |
| Passed | LinearOperatorAdjointTest.test_matmul__shape=(3, 4, 4),dtype=<dtype: 'complex64'>,use_placeholder=True,adjoint=False,adjoint_arg=False (shard 4) | | |
| Passed | LinearOperatorAdjointTest.test_matmul__shape=(3, 4, 4),dtype=<dtype: 'float32'>,use_placeholder=False,adjoint=False,adjoint_arg=True (shard 4) | | |
| Passed | LinearOperatorAdjointTest.test_matmul__shape=(3, 4, 4),dtype=<dtype: 'float32'>,use_placeholder=True,adjoint=True,adjoint_arg=False (shard 4) | | |
| Passed | LinearOperatorAdjointTest.test_matmul__shape=(3, 4, 4),dtype=<dtype: 'float64'>,use_placeholder=False,adjoint=True,adjoint_arg=True (shard 4) | | |
| Passed | LinearOperatorAdjointTest.test_matmul_adjoint_complex_operator (shard 4) | | |
| Passed | LinearOperatorAdjointTest.test_matmul_with_broadcast__shape=(0, 0),dtype=<dtype: 'complex128'>,use_placeholder=False,adjoint=True,adjoint_arg=True (shard 4) | | |
| Passed | LinearOperatorAdjointTest.test_matmul_with_broadcast__shape=(0, 0),dtype=<dtype: 'complex64'>,use_placeholder=False,adjoint=False,adjoint_arg=False (shard 4) | | |
| Passed | LinearOperatorAdjointTest.test_matmul_with_broadcast__shape=(0, 0),dtype=<dtype: 'complex64'>,use_placeholder=True,adjoint=False,adjoint_arg=True (shard 4) | | |
| Passed | LinearOperatorAdjointTest.test_matmul_with_broadcast__shape=(0, 0),dtype=<dtype: 'float32'>,use_placeholder=False,adjoint=True,adjoint_arg=False (shard 4) | | |
| Passed | LinearOperatorAdjointTest.test_matmul_with_broadcast__shape=(0, 0),dtype=<dtype: 'float32'>,use_placeholder=True,adjoint=True,adjoint_arg=True (shard 4) | | |
| Passed | LinearOperatorAdjointTest.test_matmul_with_broadcast__shape=(0, 0),dtype=<dtype: 'float64'>,use_placeholder=True,adjoint=False,adjoint_arg=False (shard 4) | | |
| Passed | LinearOperatorAdjointTest.test_matmul_with_broadcast__shape=(1, 1),dtype=<dtype: 'complex128'>,use_placeholder=False,adjoint=False,adjoint_arg=True (shard 4) | | |
| Passed | LinearOperatorAdjointTest.test_matmul_with_broadcast__shape=(1, 1),dtype=<dtype: 'complex128'>,use_placeholder=True,adjoint=True,adjoint_arg=False (shard 4) | | |
| Passed | LinearOperatorAdjointTest.test_matmul_with_broadcast__shape=(1, 1),dtype=<dtype: 'complex64'>,use_placeholder=False,adjoint=True,adjoint_arg=True (shard 4) | | |
| Passed | LinearOperatorAdjointTest.test_matmul_with_broadcast__shape=(1, 1),dtype=<dtype: 'float32'>,use_placeholder=False,adjoint=False,adjoint_arg=False (shard 4) | | |
| Passed | LinearOperatorAdjointTest.test_matmul_with_broadcast__shape=(1, 1),dtype=<dtype: 'float32'>,use_placeholder=True,adjoint=False,adjoint_arg=True (shard 4) | | |
| Passed | LinearOperatorAdjointTest.test_matmul_with_broadcast__shape=(1, 1),dtype=<dtype: 'float64'>,use_placeholder=False,adjoint=True,adjoint_arg=False (shard 4) | | |
| Passed | LinearOperatorAdjointTest.test_matmul_with_broadcast__shape=(1, 1),dtype=<dtype: 'float64'>,use_placeholder=True,adjoint=True,adjoint_arg=True (shard 4) | | |
| Passed | LinearOperatorAdjointTest.test_matmul_with_broadcast__shape=(1, 3, 3),dtype=<dtype: 'complex128'>,use_placeholder=True,adjoint=False,adjoint_arg=False (shard 4) | | |
| Passed | LinearOperatorAdjointTest.test_matmul_with_broadcast__shape=(1, 3, 3),dtype=<dtype: 'complex64'>,use_placeholder=False,adjoint=False,adjoint_arg=True (shard 4) | | |
| Passed | LinearOperatorAdjointTest.test_matmul_with_broadcast__shape=(1, 3, 3),dtype=<dtype: 'complex64'>,use_placeholder=True,adjoint=True,adjoint_arg=False (shard 4) | | |
| Passed | LinearOperatorAdjointTest.test_matmul_with_broadcast__shape=(1, 3, 3),dtype=<dtype: 'float32'>,use_placeholder=False,adjoint=True,adjoint_arg=True (shard 4) | | |
| Passed | LinearOperatorAdjointTest.test_matmul_with_broadcast__shape=(1, 3, 3),dtype=<dtype: 'float64'>,use_placeholder=False,adjoint=False,adjoint_arg=False (shard 4) | | |
| Passed | LinearOperatorAdjointTest.test_matmul_with_broadcast__shape=(1, 3, 3),dtype=<dtype: 'float64'>,use_placeholder=True,adjoint=False,adjoint_arg=True (shard 4) | | |
| Passed | LinearOperatorAdjointTest.test_matmul_with_broadcast__shape=(2, 1, 4, 4),dtype=<dtype: 'complex128'>,use_placeholder=False,adjoint=True,adjoint_arg=False (shard 4) | | |
| Passed | LinearOperatorAdjointTest.test_matmul_with_broadcast__shape=(2, 1, 4, 4),dtype=<dtype: 'complex128'>,use_placeholder=True,adjoint=True,adjoint_arg=True (shard 4) | | |
| Passed | LinearOperatorAdjointTest.test_matmul_with_broadcast__shape=(2, 1, 4, 4),dtype=<dtype: 'complex64'>,use_placeholder=True,adjoint=False,adjoint_arg=False (shard 4) | | |
| Passed | LinearOperatorAdjointTest.test_matmul_with_broadcast__shape=(2, 1, 4, 4),dtype=<dtype: 'float32'>,use_placeholder=False,adjoint=False,adjoint_arg=True (shard 4) | | |
| Passed | LinearOperatorAdjointTest.test_matmul_with_broadcast__shape=(2, 1, 4, 4),dtype=<dtype: 'float32'>,use_placeholder=True,adjoint=True,adjoint_arg=False (shard 4) | | |
| Passed | LinearOperatorAdjointTest.test_matmul_with_broadcast__shape=(2, 1, 4, 4),dtype=<dtype: 'float64'>,use_placeholder=False,adjoint=True,adjoint_arg=True (shard 4) | | |
| Passed | LinearOperatorAdjointTest.test_matmul_with_broadcast__shape=(3, 4, 4),dtype=<dtype: 'complex128'>,use_placeholder=False,adjoint=False,adjoint_arg=False (shard 4) | | |
| Passed | LinearOperatorAdjointTest.test_matmul_with_broadcast__shape=(3, 4, 4),dtype=<dtype: 'complex128'>,use_placeholder=True,adjoint=False,adjoint_arg=True (shard 4) | | |
| Passed | LinearOperatorAdjointTest.test_matmul_with_broadcast__shape=(3, 4, 4),dtype=<dtype: 'complex64'>,use_placeholder=False,adjoint=True,adjoint_arg=False (shard 4) | | |
| Passed | LinearOperatorAdjointTest.test_matmul_with_broadcast__shape=(3, 4, 4),dtype=<dtype: 'complex64'>,use_placeholder=True,adjoint=True,adjoint_arg=True (shard 4) | | |
| Passed | LinearOperatorAdjointTest.test_matmul_with_broadcast__shape=(3, 4, 4),dtype=<dtype: 'float32'>,use_placeholder=True,adjoint=False,adjoint_arg=False (shard 4) | | |
| Passed | LinearOperatorAdjointTest.test_matmul_with_broadcast__shape=(3, 4, 4),dtype=<dtype: 'float64'>,use_placeholder=False,adjoint=False,adjoint_arg=True (shard 4) | | |
| Passed | LinearOperatorAdjointTest.test_matmul_with_broadcast__shape=(3, 4, 4),dtype=<dtype: 'float64'>,use_placeholder=True,adjoint=True,adjoint_arg=False (shard 4) | | |
| Passed | LinearOperatorAdjointTest.test_solve__shape=(0, 0),dtype=<dtype: 'complex128'>,use_placeholder=False,adjoint=False,adjoint_arg=False (shard 4) | | |
| Passed | LinearOperatorAdjointTest.test_solve__shape=(0, 0),dtype=<dtype: 'complex128'>,use_placeholder=True,adjoint=False,adjoint_arg=True (shard 4) | | |
| Passed | LinearOperatorAdjointTest.test_solve__shape=(0, 0),dtype=<dtype: 'complex64'>,use_placeholder=False,adjoint=True,adjoint_arg=False (shard 4) | | |
| Passed | LinearOperatorAdjointTest.test_solve__shape=(0, 0),dtype=<dtype: 'complex64'>,use_placeholder=True,adjoint=True,adjoint_arg=True (shard 4) | | |
| Passed | LinearOperatorAdjointTest.test_solve__shape=(0, 0),dtype=<dtype: 'float32'>,use_placeholder=True,adjoint=False,adjoint_arg=False (shard 4) | | |
| Passed | LinearOperatorAdjointTest.test_solve__shape=(0, 0),dtype=<dtype: 'float64'>,use_placeholder=False,adjoint=False,adjoint_arg=True (shard 4) | | |
| Passed | LinearOperatorAdjointTest.test_solve__shape=(0, 0),dtype=<dtype: 'float64'>,use_placeholder=True,adjoint=True,adjoint_arg=False (shard 4) | | |
| Passed | LinearOperatorAdjointTest.test_solve__shape=(1, 1),dtype=<dtype: 'complex128'>,use_placeholder=False,adjoint=True,adjoint_arg=True (shard 4) | | |
| Passed | LinearOperatorAdjointTest.test_solve__shape=(1, 1),dtype=<dtype: 'complex64'>,use_placeholder=False,adjoint=False,adjoint_arg=False (shard 4) | | |
| Passed | LinearOperatorAdjointTest.test_solve__shape=(1, 1),dtype=<dtype: 'complex64'>,use_placeholder=True,adjoint=False,adjoint_arg=True (shard 4) | | |
| Passed | LinearOperatorAdjointTest.test_solve__shape=(1, 1),dtype=<dtype: 'float32'>,use_placeholder=False,adjoint=True,adjoint_arg=False (shard 4) | | |
| Passed | LinearOperatorAdjointTest.test_solve__shape=(1, 1),dtype=<dtype: 'float32'>,use_placeholder=True,adjoint=True,adjoint_arg=True (shard 4) | | |
| Passed | LinearOperatorAdjointTest.test_solve__shape=(1, 1),dtype=<dtype: 'float64'>,use_placeholder=True,adjoint=False,adjoint_arg=False (shard 4) | | |
| Passed | LinearOperatorAdjointTest.test_solve__shape=(1, 3, 3),dtype=<dtype: 'complex128'>,use_placeholder=False,adjoint=False,adjoint_arg=True (shard 4) | | |
| Passed | LinearOperatorAdjointTest.test_solve__shape=(1, 3, 3),dtype=<dtype: 'complex128'>,use_placeholder=True,adjoint=True,adjoint_arg=False (shard 4) | | |
| Passed | LinearOperatorAdjointTest.test_solve__shape=(1, 3, 3),dtype=<dtype: 'complex64'>,use_placeholder=False,adjoint=True,adjoint_arg=True (shard 4) | | |
| Passed | LinearOperatorAdjointTest.test_solve__shape=(1, 3, 3),dtype=<dtype: 'float32'>,use_placeholder=False,adjoint=False,adjoint_arg=False (shard 4) | | |
| Passed | LinearOperatorAdjointTest.test_solve__shape=(1, 3, 3),dtype=<dtype: 'float32'>,use_placeholder=True,adjoint=False,adjoint_arg=True (shard 4) | | |
| Passed | LinearOperatorAdjointTest.test_solve__shape=(1, 3, 3),dtype=<dtype: 'float64'>,use_placeholder=False,adjoint=True,adjoint_arg=False (shard 4) | | |
| Passed | LinearOperatorAdjointTest.test_solve__shape=(1, 3, 3),dtype=<dtype: 'float64'>,use_placeholder=True,adjoint=True,adjoint_arg=True (shard 4) | | |
| Passed | LinearOperatorAdjointTest.test_solve__shape=(2, 1, 4, 4),dtype=<dtype: 'complex128'>,use_placeholder=True,adjoint=False,adjoint_arg=False (shard 4) | | |
| Passed | LinearOperatorAdjointTest.test_solve__shape=(2, 1, 4, 4),dtype=<dtype: 'complex64'>,use_placeholder=False,adjoint=False,adjoint_arg=True (shard 4) | | |
| Passed | LinearOperatorAdjointTest.test_solve__shape=(2, 1, 4, 4),dtype=<dtype: 'complex64'>,use_placeholder=True,adjoint=True,adjoint_arg=False (shard 4) | | |
| Passed | LinearOperatorAdjointTest.test_solve__shape=(2, 1, 4, 4),dtype=<dtype: 'float32'>,use_placeholder=False,adjoint=True,adjoint_arg=True (shard 4) | | |
| Passed | LinearOperatorAdjointTest.test_solve__shape=(2, 1, 4, 4),dtype=<dtype: 'float64'>,use_placeholder=False,adjoint=False,adjoint_arg=False (shard 4) | | |
| Passed | LinearOperatorAdjointTest.test_solve__shape=(2, 1, 4, 4),dtype=<dtype: 'float64'>,use_placeholder=True,adjoint=False,adjoint_arg=True (shard 4) | | |
| Passed | LinearOperatorAdjointTest.test_solve__shape=(3, 4, 4),dtype=<dtype: 'complex128'>,use_placeholder=False,adjoint=True,adjoint_arg=False (shard 4) | | |
| Passed | LinearOperatorAdjointTest.test_solve__shape=(3, 4, 4),dtype=<dtype: 'complex128'>,use_placeholder=True,adjoint=True,adjoint_arg=True (shard 4) | | |
| Passed | LinearOperatorAdjointTest.test_solve__shape=(3, 4, 4),dtype=<dtype: 'complex64'>,use_placeholder=True,adjoint=False,adjoint_arg=False (shard 4) | | |
| Passed | LinearOperatorAdjointTest.test_solve__shape=(3, 4, 4),dtype=<dtype: 'float32'>,use_placeholder=False,adjoint=False,adjoint_arg=True (shard 4) | | |
| Passed | LinearOperatorAdjointTest.test_solve__shape=(3, 4, 4),dtype=<dtype: 'float32'>,use_placeholder=True,adjoint=True,adjoint_arg=False (shard 4) | | |
| Passed | LinearOperatorAdjointTest.test_solve__shape=(3, 4, 4),dtype=<dtype: 'float64'>,use_placeholder=False,adjoint=True,adjoint_arg=True (shard 4) | | |
| Passed | LinearOperatorAdjointTest.test_solve_adjoint_complex_operator (shard 4) | | |
| Passed | LinearOperatorAdjointTest.test_solve_with_broadcast__shape=(0, 0),dtype=<dtype: 'complex128'>,use_placeholder=False,adjoint=True,adjoint_arg=True (shard 4) | | |
| Passed | LinearOperatorAdjointTest.test_solve_with_broadcast__shape=(0, 0),dtype=<dtype: 'complex64'>,use_placeholder=False,adjoint=False,adjoint_arg=False (shard 4) | | |
| Passed | LinearOperatorAdjointTest.test_solve_with_broadcast__shape=(0, 0),dtype=<dtype: 'complex64'>,use_placeholder=True,adjoint=False,adjoint_arg=True (shard 4) | | |
| Passed | LinearOperatorAdjointTest.test_solve_with_broadcast__shape=(0, 0),dtype=<dtype: 'float32'>,use_placeholder=False,adjoint=True,adjoint_arg=False (shard 4) | | |
| Passed | LinearOperatorAdjointTest.test_solve_with_broadcast__shape=(0, 0),dtype=<dtype: 'float32'>,use_placeholder=True,adjoint=True,adjoint_arg=True (shard 4) | | |
| Passed | LinearOperatorAdjointTest.test_solve_with_broadcast__shape=(0, 0),dtype=<dtype: 'float64'>,use_placeholder=True,adjoint=False,adjoint_arg=False (shard 4) | | |
| Passed | LinearOperatorAdjointTest.test_solve_with_broadcast__shape=(1, 1),dtype=<dtype: 'complex128'>,use_placeholder=False,adjoint=False,adjoint_arg=True (shard 4) | | |
| Passed | LinearOperatorAdjointTest.test_solve_with_broadcast__shape=(1, 1),dtype=<dtype: 'complex128'>,use_placeholder=True,adjoint=True,adjoint_arg=False (shard 4) | | |
| Passed | LinearOperatorAdjointTest.test_solve_with_broadcast__shape=(1, 1),dtype=<dtype: 'complex64'>,use_placeholder=False,adjoint=True,adjoint_arg=True (shard 4) | | |
| Passed | LinearOperatorAdjointTest.test_solve_with_broadcast__shape=(1, 1),dtype=<dtype: 'float32'>,use_placeholder=False,adjoint=False,adjoint_arg=False (shard 4) | | |
| Passed | LinearOperatorAdjointTest.test_solve_with_broadcast__shape=(1, 1),dtype=<dtype: 'float32'>,use_placeholder=True,adjoint=False,adjoint_arg=True (shard 4) | | |
| Passed | LinearOperatorAdjointTest.test_solve_with_broadcast__shape=(1, 1),dtype=<dtype: 'float64'>,use_placeholder=False,adjoint=True,adjoint_arg=False (shard 4) | | |
| Passed | LinearOperatorAdjointTest.test_solve_with_broadcast__shape=(1, 1),dtype=<dtype: 'float64'>,use_placeholder=True,adjoint=True,adjoint_arg=True (shard 4) | | |
| Passed | LinearOperatorAdjointTest.test_solve_with_broadcast__shape=(1, 3, 3),dtype=<dtype: 'complex128'>,use_placeholder=True,adjoint=False,adjoint_arg=False (shard 4) | | |
| Passed | LinearOperatorAdjointTest.test_solve_with_broadcast__shape=(1, 3, 3),dtype=<dtype: 'complex64'>,use_placeholder=False,adjoint=False,adjoint_arg=True (shard 4) | | |
| Passed | LinearOperatorAdjointTest.test_solve_with_broadcast__shape=(1, 3, 3),dtype=<dtype: 'complex64'>,use_placeholder=True,adjoint=True,adjoint_arg=False (shard 4) | | |
| Passed | LinearOperatorAdjointTest.test_solve_with_broadcast__shape=(1, 3, 3),dtype=<dtype: 'float32'>,use_placeholder=False,adjoint=True,adjoint_arg=True (shard 4) | | |
| Passed | LinearOperatorAdjointTest.test_solve_with_broadcast__shape=(1, 3, 3),dtype=<dtype: 'float64'>,use_placeholder=False,adjoint=False,adjoint_arg=False (shard 4) | | |
| Passed | LinearOperatorAdjointTest.test_solve_with_broadcast__shape=(1, 3, 3),dtype=<dtype: 'float64'>,use_placeholder=True,adjoint=False,adjoint_arg=True (shard 4) | | |
| Passed | LinearOperatorAdjointTest.test_solve_with_broadcast__shape=(2, 1, 4, 4),dtype=<dtype: 'complex128'>,use_placeholder=False,adjoint=True,adjoint_arg=False (shard 4) | | |
| Passed | LinearOperatorAdjointTest.test_solve_with_broadcast__shape=(2, 1, 4, 4),dtype=<dtype: 'complex128'>,use_placeholder=True,adjoint=True,adjoint_arg=True (shard 4) | | |
| Passed | LinearOperatorAdjointTest.test_solve_with_broadcast__shape=(2, 1, 4, 4),dtype=<dtype: 'complex64'>,use_placeholder=True,adjoint=False,adjoint_arg=False (shard 4) | | |
| Passed | LinearOperatorAdjointTest.test_solve_with_broadcast__shape=(2, 1, 4, 4),dtype=<dtype: 'float32'>,use_placeholder=False,adjoint=False,adjoint_arg=True (shard 4) | | |
| Passed | LinearOperatorAdjointTest.test_solve_with_broadcast__shape=(2, 1, 4, 4),dtype=<dtype: 'float32'>,use_placeholder=True,adjoint=True,adjoint_arg=False (shard 4) | | |
| Passed | LinearOperatorAdjointTest.test_solve_with_broadcast__shape=(2, 1, 4, 4),dtype=<dtype: 'float64'>,use_placeholder=False,adjoint=True,adjoint_arg=True (shard 4) | | |
| Passed | LinearOperatorAdjointTest.test_solve_with_broadcast__shape=(3, 4, 4),dtype=<dtype: 'complex128'>,use_placeholder=False,adjoint=False,adjoint_arg=False (shard 4) | | |
| Passed | LinearOperatorAdjointTest.test_solve_with_broadcast__shape=(3, 4, 4),dtype=<dtype: 'complex128'>,use_placeholder=True,adjoint=False,adjoint_arg=True (shard 4) | | |
| Passed | LinearOperatorAdjointTest.test_solve_with_broadcast__shape=(3, 4, 4),dtype=<dtype: 'complex64'>,use_placeholder=False,adjoint=True,adjoint_arg=False (shard 4) | | |
| Passed | LinearOperatorAdjointTest.test_solve_with_broadcast__shape=(3, 4, 4),dtype=<dtype: 'complex64'>,use_placeholder=True,adjoint=True,adjoint_arg=True (shard 4) | | |
| Passed | LinearOperatorAdjointTest.test_solve_with_broadcast__shape=(3, 4, 4),dtype=<dtype: 'float32'>,use_placeholder=True,adjoint=False,adjoint_arg=False (shard 4) | | |
| Passed | LinearOperatorAdjointTest.test_solve_with_broadcast__shape=(3, 4, 4),dtype=<dtype: 'float64'>,use_placeholder=False,adjoint=False,adjoint_arg=True (shard 4) | | |
| Passed | LinearOperatorAdjointTest.test_solve_with_broadcast__shape=(3, 4, 4),dtype=<dtype: 'float64'>,use_placeholder=True,adjoint=True,adjoint_arg=False (shard 4) | | |
| Passed | LinearOperatorAdjointTest.test_to_dense__shape=(0, 0),dtype=<dtype: 'complex128'>,use_placeholder=False (shard 4) | | |
| Passed | LinearOperatorAdjointTest.test_to_dense__shape=(0, 0),dtype=<dtype: 'float32'>,use_placeholder=True (shard 4) | | |
| Passed | LinearOperatorAdjointTest.test_to_dense__shape=(1, 1),dtype=<dtype: 'complex64'>,use_placeholder=False (shard 4) | | |
| Passed | LinearOperatorAdjointTest.test_to_dense__shape=(1, 1),dtype=<dtype: 'float64'>,use_placeholder=True (shard 4) | | |
| Passed | LinearOperatorAdjointTest.test_to_dense__shape=(1, 3, 3),dtype=<dtype: 'float32'>,use_placeholder=False (shard 4) | | |
| Passed | LinearOperatorAdjointTest.test_to_dense__shape=(2, 1, 4, 4),dtype=<dtype: 'complex128'>,use_placeholder=True (shard 4) | | |
| Passed | LinearOperatorAdjointTest.test_to_dense__shape=(2, 1, 4, 4),dtype=<dtype: 'float64'>,use_placeholder=False (shard 4) | | |
| Passed | LinearOperatorAdjointTest.test_to_dense__shape=(3, 4, 4),dtype=<dtype: 'complex64'>,use_placeholder=True (shard 4) | | |
| Passed | LinearOperatorAdjointTest.test_trace__shape=(0, 0),dtype=<dtype: 'complex128'>,use_placeholder=False (shard 4) | | |
| Passed | LinearOperatorAdjointTest.test_trace__shape=(0, 0),dtype=<dtype: 'float32'>,use_placeholder=True (shard 4) | | |
| Passed | LinearOperatorAdjointTest.test_trace__shape=(1, 1),dtype=<dtype: 'complex64'>,use_placeholder=False (shard 4) | | |
| Passed | LinearOperatorAdjointTest.test_trace__shape=(1, 1),dtype=<dtype: 'float64'>,use_placeholder=True (shard 4) | | |
| Passed | LinearOperatorAdjointTest.test_trace__shape=(1, 3, 3),dtype=<dtype: 'float32'>,use_placeholder=False (shard 4) | | |
| Passed | LinearOperatorAdjointTest.test_trace__shape=(2, 1, 4, 4),dtype=<dtype: 'complex128'>,use_placeholder=True (shard 4) | | |
| Passed | LinearOperatorAdjointTest.test_trace__shape=(2, 1, 4, 4),dtype=<dtype: 'float64'>,use_placeholder=False (shard 4) | | |
| Passed | LinearOperatorAdjointTest.test_trace__shape=(3, 4, 4),dtype=<dtype: 'complex64'>,use_placeholder=True (shard 4) | | |
| Passed | LinearOperatorAdjointTest.test_add_to_tensor__shape=(0, 0),dtype=<dtype: 'complex64'>,use_placeholder=True (shard 5) | | |
| Passed | LinearOperatorAdjointTest.test_add_to_tensor__shape=(1, 1),dtype=<dtype: 'complex128'>,use_placeholder=False (shard 5) | | |
| Passed | LinearOperatorAdjointTest.test_add_to_tensor__shape=(1, 1),dtype=<dtype: 'float32'>,use_placeholder=True (shard 5) | | |
| Passed | LinearOperatorAdjointTest.test_add_to_tensor__shape=(1, 3, 3),dtype=<dtype: 'complex64'>,use_placeholder=False (shard 5) | | |
| Passed | LinearOperatorAdjointTest.test_add_to_tensor__shape=(1, 3, 3),dtype=<dtype: 'float64'>,use_placeholder=True (shard 5) | | |
| Passed | LinearOperatorAdjointTest.test_add_to_tensor__shape=(2, 1, 4, 4),dtype=<dtype: 'float32'>,use_placeholder=False (shard 5) | | |
| Passed | LinearOperatorAdjointTest.test_add_to_tensor__shape=(3, 4, 4),dtype=<dtype: 'complex128'>,use_placeholder=True (shard 5) | | |
| Passed | LinearOperatorAdjointTest.test_add_to_tensor__shape=(3, 4, 4),dtype=<dtype: 'float64'>,use_placeholder=False (shard 5) | | |
| Passed | LinearOperatorAdjointTest.test_cholesky__shape=(0, 0),dtype=<dtype: 'complex64'>,use_placeholder=False (shard 5) | | |
| Passed | LinearOperatorAdjointTest.test_cholesky__shape=(0, 0),dtype=<dtype: 'float64'>,use_placeholder=True (shard 5) | | |
| Passed | LinearOperatorAdjointTest.test_cholesky__shape=(1, 1),dtype=<dtype: 'float32'>,use_placeholder=False (shard 5) | | |
| Passed | LinearOperatorAdjointTest.test_cholesky__shape=(1, 3, 3),dtype=<dtype: 'complex128'>,use_placeholder=True (shard 5) | | |
| Passed | LinearOperatorAdjointTest.test_cholesky__shape=(1, 3, 3),dtype=<dtype: 'float64'>,use_placeholder=False (shard 5) | | |
| Passed | LinearOperatorAdjointTest.test_cholesky__shape=(2, 1, 4, 4),dtype=<dtype: 'complex64'>,use_placeholder=True (shard 5) | | |
| Passed | LinearOperatorAdjointTest.test_cholesky__shape=(3, 4, 4),dtype=<dtype: 'complex128'>,use_placeholder=False (shard 5) | | |
| Passed | LinearOperatorAdjointTest.test_cholesky__shape=(3, 4, 4),dtype=<dtype: 'float32'>,use_placeholder=True (shard 5) | | |
| Passed | LinearOperatorAdjointTest.test_cond__shape=(0, 0),dtype=<dtype: 'complex64'>,use_placeholder=False (shard 5) | | |
| Passed | LinearOperatorAdjointTest.test_cond__shape=(0, 0),dtype=<dtype: 'float64'>,use_placeholder=True (shard 5) | | |
| Passed | LinearOperatorAdjointTest.test_cond__shape=(1, 1),dtype=<dtype: 'float32'>,use_placeholder=False (shard 5) | | |
| Passed | LinearOperatorAdjointTest.test_cond__shape=(1, 3, 3),dtype=<dtype: 'complex128'>,use_placeholder=True (shard 5) | | |
| Passed | LinearOperatorAdjointTest.test_cond__shape=(1, 3, 3),dtype=<dtype: 'float64'>,use_placeholder=False (shard 5) | | |
| Passed | LinearOperatorAdjointTest.test_cond__shape=(2, 1, 4, 4),dtype=<dtype: 'complex64'>,use_placeholder=True (shard 5) | | |
| Passed | LinearOperatorAdjointTest.test_cond__shape=(3, 4, 4),dtype=<dtype: 'complex128'>,use_placeholder=False (shard 5) | | |
| Passed | LinearOperatorAdjointTest.test_cond__shape=(3, 4, 4),dtype=<dtype: 'float32'>,use_placeholder=True (shard 5) | | |
| Passed | LinearOperatorAdjointTest.test_det__shape=(0, 0),dtype=<dtype: 'complex128'>,use_placeholder=True (shard 5) | | |
| Passed | LinearOperatorAdjointTest.test_det__shape=(0, 0),dtype=<dtype: 'float64'>,use_placeholder=False (shard 5) | | |
| Passed | LinearOperatorAdjointTest.test_det__shape=(1, 1),dtype=<dtype: 'complex64'>,use_placeholder=True (shard 5) | | |
| Passed | LinearOperatorAdjointTest.test_det__shape=(1, 3, 3),dtype=<dtype: 'complex128'>,use_placeholder=False (shard 5) | | |
| Passed | LinearOperatorAdjointTest.test_det__shape=(1, 3, 3),dtype=<dtype: 'float32'>,use_placeholder=True (shard 5) | | |
| Passed | LinearOperatorAdjointTest.test_det__shape=(2, 1, 4, 4),dtype=<dtype: 'complex64'>,use_placeholder=False (shard 5) | | |
| Passed | LinearOperatorAdjointTest.test_det__shape=(2, 1, 4, 4),dtype=<dtype: 'float64'>,use_placeholder=True (shard 5) | | |
| Passed | LinearOperatorAdjointTest.test_det__shape=(3, 4, 4),dtype=<dtype: 'float32'>,use_placeholder=False (shard 5) | | |
| Passed | LinearOperatorAdjointTest.test_diag_part__shape=(0, 0),dtype=<dtype: 'complex128'>,use_placeholder=True (shard 5) | | |
| Passed | LinearOperatorAdjointTest.test_diag_part__shape=(0, 0),dtype=<dtype: 'float64'>,use_placeholder=False (shard 5) | | |
| Passed | LinearOperatorAdjointTest.test_diag_part__shape=(1, 1),dtype=<dtype: 'complex64'>,use_placeholder=True (shard 5) | | |
| Passed | LinearOperatorAdjointTest.test_diag_part__shape=(1, 3, 3),dtype=<dtype: 'complex128'>,use_placeholder=False (shard 5) | | |
| Passed | LinearOperatorAdjointTest.test_diag_part__shape=(1, 3, 3),dtype=<dtype: 'float32'>,use_placeholder=True (shard 5) | | |
| Passed | LinearOperatorAdjointTest.test_diag_part__shape=(2, 1, 4, 4),dtype=<dtype: 'complex64'>,use_placeholder=False (shard 5) | | |
| Passed | LinearOperatorAdjointTest.test_diag_part__shape=(2, 1, 4, 4),dtype=<dtype: 'float64'>,use_placeholder=True (shard 5) | | |
| Passed | LinearOperatorAdjointTest.test_diag_part__shape=(3, 4, 4),dtype=<dtype: 'float32'>,use_placeholder=False (shard 5) | | |
| Passed | LinearOperatorAdjointTest.test_eigvalsh__shape=(0, 0),dtype=<dtype: 'complex128'>,use_placeholder=True (shard 5) | | |
| Passed | LinearOperatorAdjointTest.test_eigvalsh__shape=(0, 0),dtype=<dtype: 'float64'>,use_placeholder=False (shard 5) | | |
| Passed | LinearOperatorAdjointTest.test_eigvalsh__shape=(1, 1),dtype=<dtype: 'complex64'>,use_placeholder=True (shard 5) | | |
| Passed | LinearOperatorAdjointTest.test_eigvalsh__shape=(1, 3, 3),dtype=<dtype: 'complex128'>,use_placeholder=False (shard 5) | | |
| Passed | LinearOperatorAdjointTest.test_eigvalsh__shape=(1, 3, 3),dtype=<dtype: 'float32'>,use_placeholder=True (shard 5) | | |
| Passed | LinearOperatorAdjointTest.test_eigvalsh__shape=(2, 1, 4, 4),dtype=<dtype: 'complex64'>,use_placeholder=False (shard 5) | | |
| Passed | LinearOperatorAdjointTest.test_eigvalsh__shape=(2, 1, 4, 4),dtype=<dtype: 'float64'>,use_placeholder=True (shard 5) | | |
| Passed | LinearOperatorAdjointTest.test_eigvalsh__shape=(3, 4, 4),dtype=<dtype: 'float32'>,use_placeholder=False (shard 5) | | |
| Passed | LinearOperatorAdjointTest.test_inverse__shape=(0, 0),dtype=<dtype: 'complex128'>,use_placeholder=True (shard 5) | | |
| Passed | LinearOperatorAdjointTest.test_inverse__shape=(0, 0),dtype=<dtype: 'float64'>,use_placeholder=False (shard 5) | | |
| Passed | LinearOperatorAdjointTest.test_inverse__shape=(1, 1),dtype=<dtype: 'complex64'>,use_placeholder=True (shard 5) | | |
| Passed | LinearOperatorAdjointTest.test_inverse__shape=(1, 3, 3),dtype=<dtype: 'complex128'>,use_placeholder=False (shard 5) | | |
| Passed | LinearOperatorAdjointTest.test_inverse__shape=(1, 3, 3),dtype=<dtype: 'float32'>,use_placeholder=True (shard 5) | | |
| Passed | LinearOperatorAdjointTest.test_inverse__shape=(2, 1, 4, 4),dtype=<dtype: 'complex64'>,use_placeholder=False (shard 5) | | |
| Passed | LinearOperatorAdjointTest.test_inverse__shape=(2, 1, 4, 4),dtype=<dtype: 'float64'>,use_placeholder=True (shard 5) | | |
| Passed | LinearOperatorAdjointTest.test_inverse__shape=(3, 4, 4),dtype=<dtype: 'float32'>,use_placeholder=False (shard 5) | | |
| Passed | LinearOperatorAdjointTest.test_log_abs_det__shape=(0, 0),dtype=<dtype: 'complex128'>,use_placeholder=True (shard 5) | | |
| Passed | LinearOperatorAdjointTest.test_log_abs_det__shape=(0, 0),dtype=<dtype: 'float64'>,use_placeholder=False (shard 5) | | |
| Passed | LinearOperatorAdjointTest.test_log_abs_det__shape=(1, 1),dtype=<dtype: 'complex64'>,use_placeholder=True (shard 5) | | |
| Passed | LinearOperatorAdjointTest.test_log_abs_det__shape=(1, 3, 3),dtype=<dtype: 'complex128'>,use_placeholder=False (shard 5) | | |
| Passed | LinearOperatorAdjointTest.test_log_abs_det__shape=(1, 3, 3),dtype=<dtype: 'float32'>,use_placeholder=True (shard 5) | | |
| Passed | LinearOperatorAdjointTest.test_log_abs_det__shape=(2, 1, 4, 4),dtype=<dtype: 'complex64'>,use_placeholder=False (shard 5) | | |
| Passed | LinearOperatorAdjointTest.test_log_abs_det__shape=(2, 1, 4, 4),dtype=<dtype: 'float64'>,use_placeholder=True (shard 5) | | |
| Passed | LinearOperatorAdjointTest.test_log_abs_det__shape=(3, 4, 4),dtype=<dtype: 'float32'>,use_placeholder=False (shard 5) | | |
| Passed | LinearOperatorAdjointTest.test_matmul__shape=(0, 0),dtype=<dtype: 'complex128'>,use_placeholder=False,adjoint=False,adjoint_arg=True (shard 5) | | |
| Passed | LinearOperatorAdjointTest.test_matmul__shape=(0, 0),dtype=<dtype: 'complex128'>,use_placeholder=True,adjoint=True,adjoint_arg=False (shard 5) | | |
| Passed | LinearOperatorAdjointTest.test_matmul__shape=(0, 0),dtype=<dtype: 'complex64'>,use_placeholder=False,adjoint=True,adjoint_arg=True (shard 5) | | |
| Passed | LinearOperatorAdjointTest.test_matmul__shape=(0, 0),dtype=<dtype: 'float32'>,use_placeholder=False,adjoint=False,adjoint_arg=False (shard 5) | | |
| Passed | LinearOperatorAdjointTest.test_matmul__shape=(0, 0),dtype=<dtype: 'float32'>,use_placeholder=True,adjoint=False,adjoint_arg=True (shard 5) | | |
| Passed | LinearOperatorAdjointTest.test_matmul__shape=(0, 0),dtype=<dtype: 'float64'>,use_placeholder=False,adjoint=True,adjoint_arg=False (shard 5) | | |
| Passed | LinearOperatorAdjointTest.test_matmul__shape=(0, 0),dtype=<dtype: 'float64'>,use_placeholder=True,adjoint=True,adjoint_arg=True (shard 5) | | |
| Passed | LinearOperatorAdjointTest.test_matmul__shape=(1, 1),dtype=<dtype: 'complex128'>,use_placeholder=True,adjoint=False,adjoint_arg=False (shard 5) | | |
| Passed | LinearOperatorAdjointTest.test_matmul__shape=(1, 1),dtype=<dtype: 'complex64'>,use_placeholder=False,adjoint=False,adjoint_arg=True (shard 5) | | |
| Passed | LinearOperatorAdjointTest.test_matmul__shape=(1, 1),dtype=<dtype: 'complex64'>,use_placeholder=True,adjoint=True,adjoint_arg=False (shard 5) | | |
| Passed | LinearOperatorAdjointTest.test_matmul__shape=(1, 1),dtype=<dtype: 'float32'>,use_placeholder=False,adjoint=True,adjoint_arg=True (shard 5) | | |
| Passed | LinearOperatorAdjointTest.test_matmul__shape=(1, 1),dtype=<dtype: 'float64'>,use_placeholder=False,adjoint=False,adjoint_arg=False (shard 5) | | |
| Passed | LinearOperatorAdjointTest.test_matmul__shape=(1, 1),dtype=<dtype: 'float64'>,use_placeholder=True,adjoint=False,adjoint_arg=True (shard 5) | | |
| Passed | LinearOperatorAdjointTest.test_matmul__shape=(1, 3, 3),dtype=<dtype: 'complex128'>,use_placeholder=False,adjoint=True,adjoint_arg=False (shard 5) | | |
| Passed | LinearOperatorAdjointTest.test_matmul__shape=(1, 3, 3),dtype=<dtype: 'complex128'>,use_placeholder=True,adjoint=True,adjoint_arg=True (shard 5) | | |