pyqpanda3.hamiltonian.hamiltonian.PauliTerm Class Reference

Public Member Functions
None	__init__ (self, *args, **kwargs)
	Initialize self.
complex	coef (self)
	coef(self: hamiltonian.PauliTerm) -> complex
tuple[str, complex]	data_2tuple_complex_coeff (self)
	data_2tuple_complex_coeff(self: hamiltonian.PauliTerm) -> tuple[str, complex]
tuple[str, float]	data_2tuple_float_coeff (self)
	data_2tuple_float_coeff(self: hamiltonian.PauliTerm) -> tuple[str, float]
tuple[str, list[int], complex]	data_3tuple_complex_coeff (self)
	data_3tuple_complex_coeff(self: hamiltonian.PauliTerm) -> tuple[str, list[int], complex]
tuple[str, list[int], float]	data_3tuple_float_coeff (self)
	data_3tuple_float_coeff(self: hamiltonian.PauliTerm) -> tuple[str, list[int], float]
int	max_qbit_idx (self)
	max_qbit_idx(self: hamiltonian.PauliTerm) -> int
	paulis (self, *args, **kwargs)
	paulis(self: hamiltonian.PauliTerm) -> list[QPanda3::HamiltonianPauli::PauliWithQbit]
tuple[list[int], list[int]]	qubits (self)
	qubits(self: hamiltonian.PauliTerm) -> tuple[list[int], list[int]]
	to_qcircuit (self, *args, **kwargs)
	to_qcircuit(self: hamiltonian.PauliTerm) -> QPanda3::QCircuit

Constructor & Destructor Documentation

__init__()

None pyqpanda3.hamiltonian.hamiltonian.PauliTerm.__init__	(		self,
		*	args,
		**	kwargs )

Initialize self.

See help(type(self)) for accurate signature.

Member Function Documentation

coef()

complex pyqpanda3.hamiltonian.hamiltonian.PauliTerm.coef

(

self

)

coef(self: hamiltonian.PauliTerm) -> complex

data_2tuple_complex_coeff()

tuple[str, complex] pyqpanda3.hamiltonian.hamiltonian.PauliTerm.data_2tuple_complex_coeff

(

self

)

data_2tuple_complex_coeff(self: hamiltonian.PauliTerm) -> tuple[str, complex]

Return the internal data of the PauliTerm object in a format like ("Z0",0.394844363355904)

Returns

The internal data of the PauliTerm object in a format like ("Z0",0.394844363355904) (of type tuple[str, complex]).

data_2tuple_float_coeff()

tuple[str, float] pyqpanda3.hamiltonian.hamiltonian.PauliTerm.data_2tuple_float_coeff

(

self

)

data_2tuple_float_coeff(self: hamiltonian.PauliTerm) -> tuple[str, float]

Return the internal data of the PauliTerm object in a format like ("Z0",0.394844363355904)

Returns

The internal data of the PauliTerm object in a format like ("Z0",0.394844363355904) (of type tuple[str, float]).

data_3tuple_complex_coeff()

tuple[str, list[int], complex] pyqpanda3.hamiltonian.hamiltonian.PauliTerm.data_3tuple_complex_coeff

(

self

)

data_3tuple_complex_coeff(self: hamiltonian.PauliTerm) -> tuple[str, list[int], complex]

Return the internal data of the PauliTerm object in a format like ("XXZ", [0, 1, 4], 1 + 2j) .

Returns

The internal data of the PauliTerm object in a format like ("XXZ", [0, 1, 4], 1 + 2j) (of type tuple[str, list[int], complex]).

data_3tuple_float_coeff()

tuple[str, list[int], float] pyqpanda3.hamiltonian.hamiltonian.PauliTerm.data_3tuple_float_coeff

(

self

)

data_3tuple_float_coeff(self: hamiltonian.PauliTerm) -> tuple[str, list[int], float]

Return the internal data of the PauliTerm object in a format like ("XXZ", [0, 1, 4], 1) .

Returns

The internal data of the PauliTerm object in a format like ("XXZ", [0, 1, 4], 1) (of type tuple[str, list[int], float]).

max_qbit_idx()

int pyqpanda3.hamiltonian.hamiltonian.PauliTerm.max_qbit_idx

(

self

)

max_qbit_idx(self: hamiltonian.PauliTerm) -> int

paulis()

pyqpanda3.hamiltonian.hamiltonian.PauliTerm.paulis	(		self,
		*	args,
		**	kwargs )

paulis(self: hamiltonian.PauliTerm) -> list[QPanda3::HamiltonianPauli::PauliWithQbit]

qubits()

tuple[list[int], list[int]] pyqpanda3.hamiltonian.hamiltonian.PauliTerm.qubits

(

self

)

qubits(self: hamiltonian.PauliTerm) -> tuple[list[int], list[int]]

Obtain all the qubits associated with a PauliTerm object (it distinguishes whether a qubit is acted upon solely by the I gate or also by other Pauli gates).

Returns

A tuple[list[int], list[int]], a tuple where one element contains all qubits that are only acted upon by the I gate, and the second element contains all other qubits.

to_qcircuit()

pyqpanda3.hamiltonian.hamiltonian.PauliTerm.to_qcircuit	(		self,
		*	args,
		**	kwargs )

to_qcircuit(self: hamiltonian.PauliTerm) -> QPanda3::QCircuit

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The documentation for this class was generated from the following file:

• pyqpanda3/hamiltonian/hamiltonian.pyi