pauliarray package

Subpackages

• pauliarray.binary package
  • Submodules
  • pauliarray.binary.bit_operations module
    • add()
    • bit_sum()
    • dot()
    • intersection()
    • intersection_row_space()
    • inv()
    • is_orthogonal()
    • kernel()
    • matmul()
    • orthogonal_basis()
    • orthogonal_complement()
    • rank()
    • row_echelon()
    • row_space()
    • strings_to_ints()
  • pauliarray.binary.symplectic module
    • coisotropic_subspace()
    • conjugate_subspace()
    • dot()
    • flip_zx()
    • gram_schmidt_orthogonalization()
    • is_coisotropic()
    • is_isotropic()
    • is_lagrangian()
    • is_orthogonal()
    • isotropic_subspace()
    • lagrangian_subspace()
    • merge_zx_strings()
    • orthogonal_complement()
    • split_zx_strings()
  • Module contents
• pauliarray.conversion package
  • Submodules
  • pauliarray.conversion.openfermion module
    • labels_and_weights_from_qubit_operator()
    • qubit_operator_to_operator()
    • qubit_operators_to_operator_array()
  • pauliarray.conversion.pennylane module
    • operator_array_to_pauli_sentence_list()
  • pauliarray.conversion.qiskit module
    • extract_fermionic_op()
    • operator_array_from_sparse_pauli_list()
    • operator_array_to_sparse_pauli_list()
    • operator_from_sparse_pauli()
    • operator_to_sparse_pauli()
    • pauli_array_from_pauli_list()
    • pauli_array_to_pauli_list()
    • weighted_pauli_array_from_pauli_list()
  • Module contents
• pauliarray.mapping package
  • Submodules
  • pauliarray.mapping.fermion module
    • BravyiKitaev
      • BravyiKitaev.__init__()
      • BravyiKitaev._build_bravyi_kitaev_mapping_matrix()
    • FermionMapping
      • FermionMapping.mapping_matrix
      • FermionMapping.name
      • FermionMapping._mapping_matrix_inv
      • FermionMapping._heavyside_matrix
      • FermionMapping._parity_matrix
      • FermionMapping.__init__()
      • FermionMapping._flip_factors()
      • FermionMapping._flip_operators()
      • FermionMapping._update_factors()
      • FermionMapping._update_operators()
      • FermionMapping._update_operators_2()
      • FermionMapping._update_operators_4()
      • FermionMapping.assemble_creation_annihilation_operators()
      • FermionMapping.assemble_one_body_operator_array()
      • FermionMapping.assemble_qubit_hamiltonian_from_arrays()
      • FermionMapping.assemble_qubit_hamiltonian_from_sparses()
      • FermionMapping.assemble_two_body_operator_array()
      • FermionMapping.heavyside_matrix
      • FermionMapping.majoranas()
      • FermionMapping.mapping_matrix_inv
      • FermionMapping.num_qubits
      • FermionMapping.occupation_operators()
      • FermionMapping.one_body_operator_from_array()
      • FermionMapping.one_body_operator_from_sparse()
      • FermionMapping.parity_matrix
      • FermionMapping.two_body_operator_from_array()
      • FermionMapping.two_body_operator_from_sparse()
    • JordanWigner
      • JordanWigner.__init__()
    • Parity
      • Parity.__init__()
  • Module contents
• pauliarray.pauli package
  • Submodules
  • pauliarray.pauli.operator module
    • Operator
      • Operator.__add__()
      • Operator.__eq__()
      • Operator.__init__()
      • Operator.__mul__()
      • Operator.__rmul__()
      • Operator.__str__()
      • Operator.add_operator()
      • Operator.add_scalar()
      • Operator.adjoint()
      • Operator.clifford_conjugate()
      • Operator.clifford_conjugate_pauli_array()
      • Operator.clifford_conjugate_pauli_array_old()
      • Operator.combine_repeated_terms()
      • Operator.compose()
      • Operator.compose_operator()
      • Operator.compress_qubits()
      • Operator.copy()
      • Operator.covariances_from_paulis()
      • Operator.cx()
      • Operator.cz()
      • Operator.empty()
      • Operator.expectation_values_from_paulis()
      • Operator.filter_weights()
      • Operator.from_labels_and_weights()
      • Operator.from_matrix()
      • Operator.from_npz()
      • Operator.from_paulis()
      • Operator.from_paulis_and_weights()
      • Operator.h()
      • Operator.identity()
      • Operator.inspect()
      • Operator.is_clifford()
      • Operator.is_scalar()
      • Operator.is_unitary()
      • Operator.mul_scalar()
      • Operator.num_qubits
      • Operator.num_terms
      • Operator.paulis
      • Operator.power()
      • Operator.remove_small_weights()
      • Operator.s()
      • Operator.simplify()
      • Operator.sort_paulis()
      • Operator.take_qubits()
      • Operator.tensor()
      • Operator.tensor_operator()
      • Operator.to_matrix()
      • Operator.to_npz()
      • Operator.trace()
      • Operator.update_weights()
      • Operator.update_weights_from_other()
      • Operator.weights
      • Operator.wpaulis
      • Operator.x()
    • anticommutator()
    • commutator()
  • pauliarray.pauli.operator_array_type_1 module
    • OperatorArrayType1
      • OperatorArrayType1.__eq__()
      • OperatorArrayType1.__getitem__()
      • OperatorArrayType1.__init__()
      • OperatorArrayType1.__mul__()
      • OperatorArrayType1.__rmul__()
      • OperatorArrayType1.__str__()
      • OperatorArrayType1._mul()
      • OperatorArrayType1._operator_ndarray_to_wpaulis()
      • OperatorArrayType1.add()
      • OperatorArrayType1.add_operator_array_type_1()
      • OperatorArrayType1.add_scalar()
      • OperatorArrayType1.adjoint()
      • OperatorArrayType1.clifford_conjugate()
      • OperatorArrayType1.combine_repeated_terms()
      • OperatorArrayType1.compose()
      • OperatorArrayType1.compose_operator_array_type_1()
      • OperatorArrayType1.copy()
      • OperatorArrayType1.covariances_from_paulis()
      • OperatorArrayType1.cx()
      • OperatorArrayType1.cz()
      • OperatorArrayType1.expectation_values_from_paulis()
      • OperatorArrayType1.filter_weights()
      • OperatorArrayType1.flatten()
      • OperatorArrayType1.from_operator_list()
      • OperatorArrayType1.from_operator_ndarray()
      • OperatorArrayType1.from_pauli_array()
      • OperatorArrayType1.from_weighted_pauli_array()
      • OperatorArrayType1.get_operator()
      • OperatorArrayType1.h()
      • OperatorArrayType1.inspect()
      • OperatorArrayType1.mul_weights()
      • OperatorArrayType1.ndim
      • OperatorArrayType1.num_qubits
      • OperatorArrayType1.num_terms
      • OperatorArrayType1.paulis
      • OperatorArrayType1.remove_small_weights()
      • OperatorArrayType1.reshape()
      • OperatorArrayType1.s()
      • OperatorArrayType1.shape
      • OperatorArrayType1.size
      • OperatorArrayType1.sum()
      • OperatorArrayType1.weights
      • OperatorArrayType1.wpaulis
      • OperatorArrayType1.x()
    • anticommutator()
    • commutator()
    • concatenate()
  • pauliarray.pauli.operator_array_type_2 module
    • OperatorArrayType2
      • OperatorArrayType2.__getitem__()
      • OperatorArrayType2.__init__()
      • OperatorArrayType2.__mul__()
      • OperatorArrayType2.__rmul__()
      • OperatorArrayType2._mul()
      • OperatorArrayType2.add()
      • OperatorArrayType2.add_operator_array_type_2()
      • OperatorArrayType2.basis_paulis
      • OperatorArrayType2.build_basis_paulis()
      • OperatorArrayType2.combine_basis_paulis()
      • OperatorArrayType2.compose()
      • OperatorArrayType2.compose_operator_array_type_2()
      • OperatorArrayType2.covariances_from_paulis()
      • OperatorArrayType2.expectation_values_from_paulis()
      • OperatorArrayType2.filter_weights()
      • OperatorArrayType2.flatten()
      • OperatorArrayType2.from_operator()
      • OperatorArrayType2.from_operator_list()
      • OperatorArrayType2.from_operator_ndarray()
      • OperatorArrayType2.from_pauli_array()
      • OperatorArrayType2.get_operator()
      • OperatorArrayType2.mul_weights()
      • OperatorArrayType2.ndim
      • OperatorArrayType2.num_qubits
      • OperatorArrayType2.paulis
      • OperatorArrayType2.remove_small_weights()
      • OperatorArrayType2.remove_unused_basis_paulis()
      • OperatorArrayType2.reshape()
      • OperatorArrayType2.shape
      • OperatorArrayType2.size
      • OperatorArrayType2.squeeze()
      • OperatorArrayType2.sum()
      • OperatorArrayType2.weights
    • commutator()
    • concatenate()
  • pauliarray.pauli.pauli_array module
    • PauliArray
      • PauliArray.__eq__()
      • PauliArray.add_pauli_array()
      • PauliArray.bitwise_commute_with()
      • PauliArray.clifford_conjugate()
      • PauliArray.commute_with()
      • PauliArray.compose()
      • PauliArray.compose_pauli_array()
      • PauliArray.compress_qubits()
      • PauliArray.copy()
      • PauliArray.covariances_from_paulis()
      • PauliArray.cx()
      • PauliArray.cz()
      • PauliArray.expectation_values_from_paulis()
      • PauliArray.extract()
      • PauliArray.flatten()
      • PauliArray.flip_zx()
      • PauliArray.from_labels()
      • PauliArray.from_zx_strings()
      • PauliArray.generators()
      • PauliArray.generators_with_map()
      • PauliArray.h()
      • PauliArray.identities()
      • PauliArray.inspect()
      • PauliArray.is_diagonal()
      • PauliArray.is_identity()
      • PauliArray.label_table_1d()
      • PauliArray.label_table_2d()
      • PauliArray.label_table_nd()
      • PauliArray.label_to_z_string_x_string()
      • PauliArray.labels_to_z_strings_x_strings()
      • PauliArray.matrix_from_zx_ints()
      • PauliArray.mul_weights()
      • PauliArray.ndim
      • PauliArray.new()
      • PauliArray.num_ids
      • PauliArray.num_non_ids
      • PauliArray.num_qubits
      • PauliArray.paulis
      • PauliArray.random()
      • PauliArray.remove()
      • PauliArray.reorder_qubits()
      • PauliArray.reshape()
      • PauliArray.s()
      • PauliArray.shape
      • PauliArray.size
      • PauliArray.sparse_matrix_from_zx_ints()
      • PauliArray.squeeze()
      • PauliArray.sum()
      • PauliArray.take_qubits()
      • PauliArray.tensor()
      • PauliArray.tensor_pauli_array()
      • PauliArray.to_labels()
      • PauliArray.to_matrices()
      • PauliArray.traces()
      • PauliArray.x()
      • PauliArray.x_strings
      • PauliArray.xz_strings
      • PauliArray.z_string_x_string_to_label()
      • PauliArray.z_strings
      • PauliArray.zx_strings
    • anticommutator()
    • argsort()
    • broadcast_to()
    • commutator()
    • commutator2()
    • concatenate()
    • expand_dims()
    • fast_flat_unique()
    • moveaxis()
    • swapaxes()
    • unique()
  • pauliarray.pauli.weighted_pauli_array module
    • WeightedPauliArray
      • WeightedPauliArray.__eq__()
      • WeightedPauliArray.add_weighted_pauli_array()
      • WeightedPauliArray.adjoint()
      • WeightedPauliArray.bitwise_commute_with()
      • WeightedPauliArray.clifford_conjugate()
      • WeightedPauliArray.commute_with()
      • WeightedPauliArray.compose()
      • WeightedPauliArray.compose_weighted_pauli_array()
      • WeightedPauliArray.compress_qubits()
      • WeightedPauliArray.copy()
      • WeightedPauliArray.covariances_from_paulis()
      • WeightedPauliArray.cx()
      • WeightedPauliArray.cz()
      • WeightedPauliArray.empty()
      • WeightedPauliArray.expectation_values_from_paulis()
      • WeightedPauliArray.extract()
      • WeightedPauliArray.flatten()
      • WeightedPauliArray.from_labels_and_weights()
      • WeightedPauliArray.from_npz()
      • WeightedPauliArray.from_paulis()
      • WeightedPauliArray.from_z_strings_and_x_strings_and_weights()
      • WeightedPauliArray.h()
      • WeightedPauliArray.inspect()
      • WeightedPauliArray.is_diagonal()
      • WeightedPauliArray.label_table_1d()
      • WeightedPauliArray.label_table_2d()
      • WeightedPauliArray.label_table_nd()
      • WeightedPauliArray.mul_weights()
      • WeightedPauliArray.ndim
      • WeightedPauliArray.new()
      • WeightedPauliArray.num_qubits
      • WeightedPauliArray.paulis
      • WeightedPauliArray.random()
      • WeightedPauliArray.remove()
      • WeightedPauliArray.reshape()
      • WeightedPauliArray.s()
      • WeightedPauliArray.shape
      • WeightedPauliArray.size
      • WeightedPauliArray.squeeze()
      • WeightedPauliArray.take_qubits()
      • WeightedPauliArray.tensor()
      • WeightedPauliArray.tensor_weighted_pauli_array()
      • WeightedPauliArray.to_matrices()
      • WeightedPauliArray.to_npz()
      • WeightedPauliArray.update_weights()
      • WeightedPauliArray.update_weights_from_other()
      • WeightedPauliArray.weights
      • WeightedPauliArray.x()
    • anticommutator()
    • broadcast_to()
    • commutator()
    • concatenate()
    • expand_dims()
    • moveaxis()
    • swapaxes()
  • Module contents
• pauliarray.utils package
  • Submodules
  • pauliarray.utils.array_operations module
    • all_equal()
    • broadcast_shape()
    • broadcasted_index()
    • is_broadcastable()
    • is_concatenatable()
    • is_stackatable()
    • new_concatenate_shape()
  • pauliarray.utils.pauli_array_library module
    • gen_complete_pauli_array_basis()
    • gen_random_pauli_array()
  • Module contents

Module contents

Efficient Pauli operators manipulation toolbox