mqt.qudits.compiler.twodit.entanglement_qr¶

Submodules¶

Package Contents¶

class CRotGen(circuit: QuantumCircuit, indices: list[int])[source]¶

circuit: QuantumCircuit¶

indices: list[int]¶

crot_101_as_list(theta: float, phi: float) → list[Gate][source]¶

permute_crot_101_as_list(i: int, theta: float, phase: float) → list[Gate][source]¶

class PSwapGen(circuit: QuantumCircuit, indices: list[int])[source]¶

circuit: QuantumCircuit¶

indices: list[int]¶

pswap_101_as_list_phases(theta: float, phi: float) → list[Gate][source]¶

pswap_101_as_list_no_phases(theta: float, phi: float) → list[Gate][source]¶

permute_pswap_101_as_list(pos: int, theta: float, phase: float, with_phase: bool = False) → list[Gate][source]¶

class EntangledQRCEX(gate: Gate)[source]¶

gate: Gate¶

circuit: QuantumCircuit¶

dimensions: list[int]¶

qudit_indices: list[int]¶

u: numpy.typing.NDArray[numpy.complex128]¶

decomposition: list[Gate] = []¶

static get_gate_matrix(rotation: Gate, qudit_indices: list[int], dimensions: list[int]) → numpy.typing.NDArray[numpy.complex128][source]¶

execute() → tuple[list[Gate], int, int][source]¶

class LogEntQRCEXPass(backend: Backend)[source]¶

Bases: mqt.qudits.compiler.compiler_pass.CompilerPass

Helper class that provides a standard way to create an ABC using inheritance.

static transpile_gate(gate: Gate) → list[Gate][source]¶

transpile(circuit: QuantumCircuit) → QuantumCircuit[source]¶