qulacs.gate

Package Contents

Functions

Adaptive
AmplitudeDampingNoise	Create amplitude damping noise
BitFlipNoise	Create bit-flip noise
CNOT	Create CNOT gate
CP	Create completely-positive map
CPTP	Create completely-positive trace preserving map
CZ	Create CZ gate
DenseMatrix
DephasingNoise	Create dephasing noise
DepolarizingNoise	Create depolarizing noise
DiagonalMatrix	Create diagonal matrix gate
ECR	Create ECR gate
FREDKIN	Create FREDKIN gate
FusedSWAP	Create FusedSWAP gate
H	Create Hadamard gate
Identity	Create identity gate
IndependentXZNoise	Create independent XZ noise
Instrument	Create instruments
Measurement	Create measurement gate
NoisyEvolution	Create noisy evolution
NoisyEvolution_fast	Create noisy evolution fast version
P0	Create projection gate to |0> subspace
P1	Create projection gate to |1> subspace
ParametricPauliRotation	Create parametric multi-qubit Pauli rotation gate
ParametricRX	Create parametric Pauli-X rotation gate
ParametricRY	Create parametric Pauli-Y rotation gate
ParametricRZ	Create parametric Pauli-Z rotation gate
Pauli	Create multi-qubit Pauli gate
PauliRotation	Create multi-qubit Pauli rotation
Probabilistic	Create probabilistic gate
ProbabilisticInstrument	Create probabilistic instrument gate
RX	Create Pauli-X rotation gate
RY	Create Pauli-Y rotation gate
RZ	Create Pauli-Z rotation gate
RandomUnitary
ReversibleBoolean	Create reversible boolean gate
RotInvX	Create Pauli-X rotation gate
RotInvY	Create Pauli-Y rotation gate
RotInvZ	Create Pauli-Z rotation gate
RotX	Create Pauli-X rotation gate
RotY	Create Pauli-Y rotation gate
RotZ	Create Pauli-Z rotation gate
S	Create pi/4-phase gate
SWAP	Create SWAP gate
Sdag	Create adjoint of pi/4-phase gate
SparseMatrix	Create sparse matrix gate
StateReflection	Create state reflection gate
T	Create pi/8-phase gate
TOFFOLI	Create TOFFOLI gate
Tdag	Create adjoint of pi/8-phase gate
TwoQubitDepolarizingNoise	Create two-qubit depolarizing noise
U1	Create QASM U1 gate
U2	Create QASM U2 gate
U3	Create QASM U3 gate
X	Create Pauli-X gate
Y	Create Pauli-Y gate
Z	Create Pauli-Z gate
add
from_json	from json string
merge
sqrtX	Create pi/4 Pauli-X rotation gate
sqrtXdag	Create adjoint of pi/4 Pauli-X rotation gate
sqrtY	Create pi/4 Pauli-Y rotation gate
sqrtYdag	Create adjoint of pi/4 Pauli-Y rotation gate
to_matrix_gate	Convert named gate to matrix gate

qulacs.gate.Adaptive(gate: qulacs.QuantumGateBase, condition: Callable[[List[int]], bool]) → qulacs.QuantumGateBase

qulacs.gate.Adaptive(gate: qulacs.QuantumGateBase, condition: Callable[[List[int], int], bool], id: int) → qulacs.QuantumGateBase

qulacs.gate.AmplitudeDampingNoise(index: int, prob: float) → qulacs.QuantumGate_CPTP

Create amplitude damping noise

qulacs.gate.BitFlipNoise(index: int, prob: float) → qulacs.QuantumGate_Probabilistic

Create bit-flip noise

qulacs.gate.CNOT(control: int, target: int) → qulacs.ClsOneControlOneTargetGate

Create CNOT gate

qulacs.gate.CP(kraus_list: List[qulacs.QuantumGateBase], state_normalize: bool, probability_normalize: bool, assign_zero_if_not_matched: bool) → qulacs.QuantumGateBase

Create completely-positive map

qulacs.gate.CPTP(kraus_list: List[qulacs.QuantumGateBase]) → qulacs.QuantumGateBase

Create completely-positive trace preserving map

qulacs.gate.CZ(control: int, target: int) → qulacs.ClsOneControlOneTargetGate

Create CZ gate

qulacs.gate.DenseMatrix(index: int, matrix: numpy.ndarray) → qulacs.QuantumGateMatrix

qulacs.gate.DenseMatrix(index_list: List[int], matrix: numpy.ndarray) → qulacs.QuantumGateMatrix

qulacs.gate.DephasingNoise(index: int, prob: float) → qulacs.QuantumGate_Probabilistic

Create dephasing noise

qulacs.gate.DepolarizingNoise(index: int, prob: float) → qulacs.QuantumGate_Probabilistic

Create depolarizing noise

qulacs.gate.DiagonalMatrix(index_list: List[int], diagonal_element: numpy.ndarray) → qulacs.QuantumGateDiagonalMatrix

Create diagonal matrix gate

qulacs.gate.ECR(target1: int, target2: int) → qulacs.ClsTwoQubitGate

Create ECR gate

qulacs.gate.FREDKIN(control: int, target1: int, target2: int) → qulacs.QuantumGateMatrix

Create FREDKIN gate

qulacs.gate.FusedSWAP(target1: int, target2: int, block_size: int) → ClsNpairQubitGate

Create FusedSWAP gate

qulacs.gate.H(index: int) → qulacs.ClsOneQubitGate

Create Hadamard gate

qulacs.gate.Identity(index: int) → qulacs.ClsOneQubitGate

Create identity gate

qulacs.gate.IndependentXZNoise(index: int, prob: float) → qulacs.QuantumGate_Probabilistic

Create independent XZ noise

qulacs.gate.Instrument(kraus_list: List[qulacs.QuantumGateBase], register: int) → qulacs.QuantumGateBase

Create instruments

qulacs.gate.Measurement(index: int, register: int) → qulacs.QuantumGate_CPTP

Create measurement gate

qulacs.gate.NoisyEvolution(hamiltonian: qulacs.Observable, c_ops: List[qulacs.GeneralQuantumOperator], time: float, dt: float) → qulacs.ClsNoisyEvolution

Create noisy evolution

qulacs.gate.NoisyEvolution_fast(hamiltonian: qulacs.Observable, c_ops: List[qulacs.GeneralQuantumOperator], time: float) → qulacs.ClsNoisyEvolution_fast

Create noisy evolution fast version

qulacs.gate.P0(index: int) → qulacs.ClsOneQubitGate

Create projection gate to |0> subspace

qulacs.gate.P1(index: int) → qulacs.ClsOneQubitGate

Create projection gate to |1> subspace

qulacs.gate.ParametricPauliRotation(index_list: List[int], pauli_ids: List[int], angle: float) → qulacs.QuantumGate_SingleParameter

Create parametric multi-qubit Pauli rotation gate

qulacs.gate.ParametricRX(index: int, angle: float) → qulacs.QuantumGate_SingleParameter

Create parametric Pauli-X rotation gate

qulacs.gate.ParametricRY(index: int, angle: float) → qulacs.QuantumGate_SingleParameter

Create parametric Pauli-Y rotation gate

qulacs.gate.ParametricRZ(index: int, angle: float) → qulacs.QuantumGate_SingleParameter

Create parametric Pauli-Z rotation gate

qulacs.gate.Pauli(index_list: List[int], pauli_ids: List[int]) → qulacs.ClsPauliGate

Create multi-qubit Pauli gate

qulacs.gate.PauliRotation(index_list: List[int], pauli_ids: List[int], angle: float) → qulacs.ClsPauliRotationGate

Create multi-qubit Pauli rotation

qulacs.gate.Probabilistic(prob_list: List[float], gate_list: List[qulacs.QuantumGateBase]) → qulacs.QuantumGateBase

Create probabilistic gate

qulacs.gate.ProbabilisticInstrument(prob_list: List[float], gate_list: List[qulacs.QuantumGateBase], register: int) → qulacs.QuantumGateBase

Create probabilistic instrument gate

qulacs.gate.RX(index: int, angle: float) → qulacs.ClsOneQubitRotationGate

Create Pauli-X rotation gate

qulacs.gate.RY(index: int, angle: float) → qulacs.ClsOneQubitRotationGate

Create Pauli-Y rotation gate

qulacs.gate.RZ(index: int, angle: float) → qulacs.ClsOneQubitRotationGate

Create Pauli-Z rotation gate

qulacs.gate.RandomUnitary(index_list: List[int]) → qulacs.QuantumGateMatrix

qulacs.gate.RandomUnitary(index_list: List[int], seed: int) → qulacs.QuantumGateMatrix

qulacs.gate.ReversibleBoolean(index_list: List[int], func: Callable[[int, int], int]) → qulacs.ClsReversibleBooleanGate

Create reversible boolean gate

qulacs.gate.RotInvX(index: int, angle: float) → qulacs.ClsOneQubitRotationGate

Create Pauli-X rotation gate

qulacs.gate.RotInvY(index: int, angle: float) → qulacs.ClsOneQubitRotationGate

Create Pauli-Y rotation gate

qulacs.gate.RotInvZ(index: int, angle: float) → qulacs.ClsOneQubitRotationGate

Create Pauli-Z rotation gate

qulacs.gate.RotX(index: int, angle: float) → qulacs.ClsOneQubitRotationGate

Create Pauli-X rotation gate

qulacs.gate.RotY(index: int, angle: float) → qulacs.ClsOneQubitRotationGate

Create Pauli-Y rotation gate

qulacs.gate.RotZ(index: int, angle: float) → qulacs.ClsOneQubitRotationGate

Create Pauli-Z rotation gate

qulacs.gate.S(index: int) → qulacs.ClsOneQubitGate

Create pi/4-phase gate

qulacs.gate.SWAP(target1: int, target2: int) → qulacs.ClsTwoQubitGate

Create SWAP gate

qulacs.gate.Sdag(index: int) → qulacs.ClsOneQubitGate

Create adjoint of pi/4-phase gate

qulacs.gate.SparseMatrix(index_list: List[int], matrix: scipy.sparse.csc_matrix[numpy.complex128]) → qulacs.QuantumGateSparseMatrix

Create sparse matrix gate

qulacs.gate.StateReflection(state: qulacs.QuantumState) → qulacs.ClsStateReflectionGate

Create state reflection gate

qulacs.gate.T(index: int) → qulacs.ClsOneQubitGate

Create pi/8-phase gate

qulacs.gate.TOFFOLI(control1: int, control2: int, target: int) → qulacs.QuantumGateMatrix

Create TOFFOLI gate

qulacs.gate.Tdag(index: int) → qulacs.ClsOneQubitGate

Create adjoint of pi/8-phase gate

qulacs.gate.TwoQubitDepolarizingNoise(index1: int, index2: int, prob: float) → qulacs.QuantumGate_Probabilistic

Create two-qubit depolarizing noise

qulacs.gate.U1(index: int, lambda_: float) → qulacs.QuantumGateMatrix

Create QASM U1 gate

qulacs.gate.U2(index: int, phi: float, lambda_: float) → qulacs.QuantumGateMatrix

Create QASM U2 gate

qulacs.gate.U3(index: int, theta: float, phi: float, lambda_: float) → qulacs.QuantumGateMatrix

Create QASM U3 gate

qulacs.gate.X(index: int) → qulacs.ClsOneQubitGate

Create Pauli-X gate

qulacs.gate.Y(index: int) → qulacs.ClsOneQubitGate

Create Pauli-Y gate

qulacs.gate.Z(index: int) → qulacs.ClsOneQubitGate

Create Pauli-Z gate

qulacs.gate.add(gate1: qulacs.QuantumGateBase, gate2: qulacs.QuantumGateBase) → qulacs.QuantumGateMatrix

qulacs.gate.add(gate_list: List[qulacs.QuantumGateBase]) → qulacs.QuantumGateMatrix

qulacs.gate.from_json(arg0: str) → qulacs.QuantumGateBase

from json string

qulacs.gate.merge(gate1: qulacs.QuantumGateBase, gate2: qulacs.QuantumGateBase) → qulacs.QuantumGateMatrix

qulacs.gate.merge(gate_list: List[qulacs.QuantumGateBase]) → qulacs.QuantumGateMatrix

qulacs.gate.sqrtX(index: int) → qulacs.ClsOneQubitGate

Create pi/4 Pauli-X rotation gate

qulacs.gate.sqrtXdag(index: int) → qulacs.ClsOneQubitGate

Create adjoint of pi/4 Pauli-X rotation gate

qulacs.gate.sqrtY(index: int) → qulacs.ClsOneQubitGate

Create pi/4 Pauli-Y rotation gate

qulacs.gate.sqrtYdag(index: int) → qulacs.ClsOneQubitGate

Create adjoint of pi/4 Pauli-Y rotation gate

qulacs.gate.to_matrix_gate(gate: qulacs.QuantumGateBase) → qulacs.QuantumGateMatrix

Convert named gate to matrix gate