quri_parts.tensornetwork.circuit.gates module¶

class TensorNetworkQuantumGate(unitary_matrix, qubit_indices, name, backend, conjugate=False)¶

Bases: Node, ABC

TensorNetworkQuantumGate class is a base class that wraps Node.

Parameters:

unitary_matrix (npt.NDArray[np.complex128])
qubit_indices (Sequence[int])
name (str)
backend (str)
conjugate (bool)

abstract copy(conjugate=False)¶

Parameters:: conjugate (bool)
Return type:: TensorNetworkQuantumGate

abstract property input_qubit_edge_mapping: Mapping[int, Edge]¶

abstract property output_qubit_edge_mapping: Mapping[int, Edge]¶

class SingleQubitGate(data, qubit_indices, name, backend, conjugate=False)¶

Bases: TensorNetworkQuantumGate, ABC

SingleQubitGate class is a base class that facilitates one qubit gates.

Parameters:

data (Sequence[Sequence[complex]])
qubit_indices (Sequence[int])
name (str)
backend (str)
conjugate (bool)

property input_qubit_edge_mapping: Mapping[int, Edge]¶

property output_qubit_edge_mapping: Mapping[int, Edge]¶

class SingleQubitRotationGate(angles, qubit_indices, name, backend)¶

Bases: TensorNetworkQuantumGate, ABC

SingleQubitRotationGate class is a base class that facilitates single qubit rotation gates.

Parameters:

angles (Sequence[float])
qubit_indices (Sequence[int])
name (str)
backend (str)

abstract rotation(angles)¶

Parameters:: angles (Sequence[float])
Return type:: ndarray[Any, dtype[complex128]]

property input_qubit_edge_mapping: Mapping[int, Edge]¶

property output_qubit_edge_mapping: Mapping[int, Edge]¶

class SingleQubitPauliRotationGate(angle, qubit_indices, name, backend)¶

Bases: SingleQubitRotationGate, ABC

SingleQubitPauliRotationGate class is a base class that facilitates single qubit Pauli rotation gates.

Parameters:

angle (float)
qubit_indices (Sequence[int])
name (str)
backend (str)

pauli: Sequence[Sequence[complex]]¶

rotation(angles)¶

Parameters:: angles (Sequence[float])
Return type:: ndarray[Any, dtype[complex128]]

class TwoQubitGate(data, qubit_indices, name, backend, conjugate=False)¶

Bases: TensorNetworkQuantumGate, ABC

TwoQubitGate class is a base class that facilitates two qubit gates.

Parameters:

data (Sequence[Sequence[Sequence[Sequence[complex]]]])
qubit_indices (Sequence[int])
name (str)
backend (str)
conjugate (bool)

property input_qubit_edge_mapping: Mapping[int, Edge]¶

property output_qubit_edge_mapping: Mapping[int, Edge]¶

class ThreeQubitGate(data, qubit_indices, name, backend, conjugate=False)¶

Bases: TensorNetworkQuantumGate, ABC

ThreeQubitGate class is a base class that facilitates three qubit gates.

Parameters:

data (Sequence[Sequence[Sequence[Sequence[Sequence[Sequence[complex]]]]]])
qubit_indices (Sequence[int])
name (str)
backend (str)
conjugate (bool)

property input_qubit_edge_mapping: Mapping[int, Edge]¶

property output_qubit_edge_mapping: Mapping[int, Edge]¶

class I(qubit_indices, backend='numpy')¶

Bases: SingleQubitGate

Parameters:

qubit_indices (Sequence[int])
backend (str)

copy(_=False)¶

Parameters:: _ (bool)
Return type:: I

class X(qubit_indices, backend='numpy')¶

Bases: SingleQubitGate

Parameters:

qubit_indices (Sequence[int])
backend (str)

copy(_=False)¶

Parameters:: _ (bool)
Return type:: X

class Y(qubit_indices, backend='numpy', conjugate=False)¶

Bases: SingleQubitGate

Parameters:

qubit_indices (Sequence[int])
backend (str)
conjugate (bool)

copy(conjugate=False)¶

Parameters:: conjugate (bool)
Return type:: Y

class Z(qubit_indices, backend='numpy')¶

Bases: SingleQubitGate

Parameters:

qubit_indices (Sequence[int])
backend (str)

copy(_=False)¶

Parameters:: _ (bool)
Return type:: Z

class H(qubit_indices, backend='numpy')¶

Bases: SingleQubitGate

Parameters:

qubit_indices (Sequence[int])
backend (str)

copy(_=False)¶

Parameters:: _ (bool)
Return type:: H

class S(qubit_indices, backend='numpy', conjugate=False)¶

Bases: SingleQubitGate

Parameters:

qubit_indices (Sequence[int])
backend (str)
conjugate (bool)

copy(conjugate=False)¶

Parameters:: conjugate (bool)
Return type:: S

class Sdag(qubit_indices, backend='numpy', conjugate=False)¶

Bases: SingleQubitGate

Parameters:

qubit_indices (Sequence[int])
backend (str)
conjugate (bool)

copy(conjugate=False)¶

Parameters:: conjugate (bool)
Return type:: Sdag

class SqrtX(qubit_indices, backend='numpy', conjugate=False)¶

Bases: SingleQubitGate

Parameters:

qubit_indices (Sequence[int])
backend (str)
conjugate (bool)

copy(conjugate=False)¶

Parameters:: conjugate (bool)
Return type:: SqrtX

class SqrtXdag(qubit_indices, backend='numpy', conjugate=False)¶

Bases: SingleQubitGate

Parameters:

qubit_indices (Sequence[int])
backend (str)
conjugate (bool)

copy(conjugate=False)¶

Parameters:: conjugate (bool)
Return type:: SqrtXdag

class SqrtY(qubit_indices, backend='numpy', conjugate=False)¶

Bases: SingleQubitGate

Parameters:

qubit_indices (Sequence[int])
backend (str)
conjugate (bool)

copy(conjugate=False)¶

Parameters:: conjugate (bool)
Return type:: SqrtY

class SqrtYdag(qubit_indices, backend='numpy', conjugate=False)¶

Bases: SingleQubitGate

Parameters:

qubit_indices (Sequence[int])
backend (str)
conjugate (bool)

copy(conjugate=False)¶

Parameters:: conjugate (bool)
Return type:: SqrtYdag

class SqrtZ(qubit_indices, backend='numpy', conjugate=False)¶

Bases: SingleQubitGate

Parameters:

qubit_indices (Sequence[int])
backend (str)
conjugate (bool)

copy(conjugate=False)¶

Parameters:: conjugate (bool)
Return type:: SqrtZ

class SqrtZdag(qubit_indices, backend='numpy', conjugate=False)¶

Bases: SingleQubitGate

Parameters:

qubit_indices (Sequence[int])
backend (str)
conjugate (bool)

copy(conjugate=False)¶

Parameters:: conjugate (bool)
Return type:: SqrtZdag

class T(qubit_indices, backend='numpy', conjugate=False)¶

Bases: SingleQubitGate

Parameters:

qubit_indices (Sequence[int])
backend (str)
conjugate (bool)

copy(conjugate=False)¶

Parameters:: conjugate (bool)
Return type:: T

class Tdag(qubit_indices, backend='numpy', conjugate=False)¶

Bases: SingleQubitGate

Parameters:

qubit_indices (Sequence[int])
backend (str)
conjugate (bool)

copy(conjugate=False)¶

Parameters:: conjugate (bool)
Return type:: Tdag

class Rx(angle, qubit_indices, backend='numpy')¶

Bases: SingleQubitPauliRotationGate

Parameters:

angle (float)
qubit_indices (Sequence[int])
backend (str)

pauli: Sequence[Sequence[complex]] = [[0.0, 1.0], [1.0, 0.0]]¶

copy(conjugate=False)¶

Parameters:: conjugate (bool)
Return type:: Rx

class Ry(angle, qubit_indices, backend='numpy')¶

Bases: SingleQubitPauliRotationGate

Parameters:

angle (float)
qubit_indices (Sequence[int])
backend (str)

pauli: Sequence[Sequence[complex]] = [[0.0, 1j], [(-0-1j), 0.0]]¶

copy(conjugate=False)¶

Parameters:: conjugate (bool)
Return type:: Ry

class Rz(angle, qubit_indices, backend='numpy')¶

Bases: SingleQubitPauliRotationGate

Parameters:

angle (float)
qubit_indices (Sequence[int])
backend (str)

pauli: Sequence[Sequence[complex]] = [[1.0, 0.0], [0.0, -1.0]]¶

copy(conjugate=False)¶

Parameters:: conjugate (bool)
Return type:: Rz

class U1(angles, qubit_indices, backend='numpy')¶

Bases: SingleQubitRotationGate

Parameters:

angles (Sequence[float])
qubit_indices (Sequence[int])
backend (str)

rotation(angles)¶

Parameters:: angles (Sequence[float])
Return type:: ndarray[Any, dtype[complex128]]

copy(conjugate=False)¶

Parameters:: conjugate (bool)
Return type:: U1

class U2(angles, qubit_indices, backend='numpy')¶

Bases: SingleQubitRotationGate

Parameters:

angles (Sequence[float])
qubit_indices (Sequence[int])
backend (str)

rotation(angles)¶

Parameters:: angles (Sequence[float])
Return type:: ndarray[Any, dtype[complex128]]

copy(conjugate=False)¶

Parameters:: conjugate (bool)
Return type:: U2

class U3(angles, qubit_indices, backend='numpy')¶

Bases: SingleQubitRotationGate

Parameters:

angles (Sequence[float])
qubit_indices (Sequence[int])
backend (str)

rotation(angles)¶

Parameters:: angles (Sequence[float])
Return type:: ndarray[Any, dtype[complex128]]

copy(conjugate=False)¶

Parameters:: conjugate (bool)
Return type:: U3

class CNOT(qubit_indices, backend='numpy')¶

Bases: TwoQubitGate

Parameters:

qubit_indices (Sequence[int])
backend (str)

copy(_=False)¶

Parameters:: _ (bool)
Return type:: CNOT

class CZ(qubit_indices, backend='numpy')¶

Bases: TwoQubitGate

Parameters:

qubit_indices (Sequence[int])
backend (str)

copy(_=False)¶

Parameters:: _ (bool)
Return type:: CZ

class SWAP(qubit_indices, backend='numpy')¶

Bases: TwoQubitGate

Parameters:

qubit_indices (Sequence[int])
backend (str)

copy(_=False)¶

Parameters:: _ (bool)
Return type:: SWAP

class Toffoli(qubit_indices, backend='numpy')¶

Bases: ThreeQubitGate

Parameters:

qubit_indices (Sequence[int])
backend (str)

copy(_=False)¶

Parameters:: _ (bool)
Return type:: Toffoli