pyqpanda3.qcloud.qcloud.ChipInfo Class Reference

Public Member Functions
None	__init__ (self)
	init(self: qcloud.ChipInfo) -> None
list[int]	available_qubits (self)
	available_qubits(self: qcloud.ChipInfo) -> list[int]
str	chip_id (self)
	chip_id(self: qcloud.ChipInfo) -> str
list[DoubleQubitsInfo]	double_qubits_info (self)
	double_qubits_info(self: qcloud.ChipInfo) -> list[qcloud.DoubleQubitsInfo]
list[str]	get_basic_gates (self)
	get_basic_gates(self: qcloud.ChipInfo) -> list[str]
	get_chip_backend (self, *args, **kwargs)
	get_chip_backend(self: qcloud.ChipInfo, qubits: list[int] = []) -> QPanda3::ChipBackend
list[list[int]]	get_chip_topology (self, list[int] qubits=...)
	get_chip_topology(self: qcloud.ChipInfo, qubits: list[int] = []) -> list[list[int]]
dict[tuple[int, int], tuple[float, float]]	get_compensate_angle_map (self)
	get_compensate_angle_map(self: qcloud.ChipInfo) -> dict[tuple[int, int], tuple[float, float]]
int	get_double_gate_timing (self)
	get_double_gate_timing(self: qcloud.ChipInfo) -> int
int	get_single_gate_timing (self)
	get_single_gate_timing(self: qcloud.ChipInfo) -> int
list[int]	high_frequency_qubits (self)
	high_frequency_qubits(self: qcloud.ChipInfo) -> list[int]
int	qubits_num (self)
	qubits_num(self: qcloud.ChipInfo) -> int
list[SingleQubitInfo]	single_qubit_info (self)
	single_qubit_info(self: qcloud.ChipInfo) -> list[qcloud.SingleQubitInfo]

Constructor & Destructor Documentation

__init__()

None pyqpanda3.qcloud.qcloud.ChipInfo.__init__

(

self

)

init(self: qcloud.ChipInfo) -> None

Member Function Documentation

available_qubits()

list[int] pyqpanda3.qcloud.qcloud.ChipInfo.available_qubits

(

self

)

available_qubits(self: qcloud.ChipInfo) -> list[int]

Retrieves the list of available qubits on the chip.

Returns

A vector of qubit indices that are available.

chip_id()

str pyqpanda3.qcloud.qcloud.ChipInfo.chip_id

(

self

)

chip_id(self: qcloud.ChipInfo) -> str

Retrieves the chip ID.

Returns

The chip ID as a string.

double_qubits_info()

list[DoubleQubitsInfo] pyqpanda3.qcloud.qcloud.ChipInfo.double_qubits_info

(

self

)

double_qubits_info(self: qcloud.ChipInfo) -> list[qcloud.DoubleQubitsInfo]

Retrieves the list of double qubit information for the chip.

Returns

A vector of DoubleQubitsInfo objects representing the pairs of qubits.

get_basic_gates()

list[str] pyqpanda3.qcloud.qcloud.ChipInfo.get_basic_gates

(

self

)

get_basic_gates(self: qcloud.ChipInfo) -> list[str]

Retrieves the list of basic gates for the chip.

Returns

A vector of basic gates.

get_chip_backend()

pyqpanda3.qcloud.qcloud.ChipInfo.get_chip_backend	(		self,
		*	args,
		**	kwargs )

get_chip_backend(self: qcloud.ChipInfo, qubits: list[int] = []) -> QPanda3::ChipBackend

Get the backend of the chip.

Returns

the backend

get_chip_topology()

list[list[int]] pyqpanda3.qcloud.qcloud.ChipInfo.get_chip_topology	(		self,
		list[int]	qubits = ... )

get_chip_topology(self: qcloud.ChipInfo, qubits: list[int] = []) -> list[list[int]]

Get the topology structure of the chip.

Returns

the edges of chip topologies

get_compensate_angle_map()

dict[tuple[int, int], tuple[float, float]] pyqpanda3.qcloud.qcloud.ChipInfo.get_compensate_angle_map

(

self

)

get_compensate_angle_map(self: qcloud.ChipInfo) -> dict[tuple[int, int], tuple[float, float]]

Retrieves the compensate angle map on the chip.

Returns

compensate angle map.

get_double_gate_timing()

int pyqpanda3.qcloud.qcloud.ChipInfo.get_double_gate_timing

(

self

)

get_double_gate_timing(self: qcloud.ChipInfo) -> int

Retrieves the double gate timing on the chip.

Returns

double gate timing.

get_single_gate_timing()

int pyqpanda3.qcloud.qcloud.ChipInfo.get_single_gate_timing

(

self

)

get_single_gate_timing(self: qcloud.ChipInfo) -> int

Retrieves the single gate timing on the chip.

Returns

single gate timing.

high_frequency_qubits()

list[int] pyqpanda3.qcloud.qcloud.ChipInfo.high_frequency_qubits

(

self

)

high_frequency_qubits(self: qcloud.ChipInfo) -> list[int]

Retrieves the list of high-frequency qubits on the chip.

Returns

A vector of qubit indices that have high frequency.

qubits_num()

int pyqpanda3.qcloud.qcloud.ChipInfo.qubits_num

(

self

)

qubits_num(self: qcloud.ChipInfo) -> int

Retrieves the number of qubits on the chip.

Returns

The number of qubits as a size_t.

single_qubit_info()

list[SingleQubitInfo] pyqpanda3.qcloud.qcloud.ChipInfo.single_qubit_info

(

self

)

single_qubit_info(self: qcloud.ChipInfo) -> list[qcloud.SingleQubitInfo]

Retrieves the list of single qubit information for the chip.

Returns

A vector of SingleQubitInfo objects representing the qubits.

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

• pyqpanda3/qcloud/qcloud.pyi