pyqpanda3.transpilation.transpilation Namespace Reference

Classes
class	Transpiler

Functions
	decompose (*args, **kwargs)
	decompose(*args, **kwargs) Overloaded function.
list[list[int]]	generate_topology (int num_qubit, str topology_type)
	generate_topology(num_qubit: int, topology_type: str) -> list[list[int]]

Function Documentation

decompose()

pyqpanda3.transpilation.transpilation.decompose	(	*	args,
		**	kwargs )

decompose(*args, **kwargs) Overloaded function.

1. decompose(prog: QPanda3::QProg, basic_gates: list[str]) -> QPanda3::QProg

Decompose a QProg into its constituent parts.

Parameters

[in]	prog	The QProg to decompose.
[in]	basic_gates	Convert the circuit to the basic_gates.

Returns

The decomposed QProg.

1. decompose(circuit: QPanda3::QCircuit, basic_gates: list[str] = []) -> QPanda3::QCircuit

Decompose a QCircuit into its fundamental components.

Parameters

[in]	circuit	The QCircuit to decompose.
[in]	basic_gates	Convert the circuit to the basic_gates.

Returns

The decomposed QCircuit.

1. decompose(matrix: numpy.ndarray[numpy.complex128[m, n]], qubits: list[int] = [], basic_gates: list[str] = []) -> QPanda3::QCircuit

Decompose a matrix into its fundamental components.

Parameters

[in]	matrix	The matrix to decompose.
[in]	qubits	Qubits of decomposed circuit.
[in]	basic_gates	Convert the circuit to the basic_gates.

Returns

The decomposed QCircuit.

generate_topology()

list[list[int]] pyqpanda3.transpilation.transpilation.generate_topology	(	int	num_qubit,
		str	topology_type )

generate_topology(num_qubit: int, topology_type: str) -> list[list[int]]

Generate the topology for quantum circuits.

This function generates the topology based on the specified parameters.