pyqpanda3.qcloud.qcloud.QCloudResult Class Reference

Public Member Functions
None	__init__ (self, str arg0)
	init(self: qcloud.qcloud.QCloudResult, arg0: str) -> None
dict[str, complex]	get_amplitudes (self)
	get_amplitudes(self: qcloud.qcloud.QCloudResult) -> dict[str, complex]
dict[str, int]	get_counts (self, DataBase base=...)
	get_counts(self: qcloud.qcloud.QCloudResult, base: qcloud.qcloud.DataBase = <DataBase.Binary: 0>) -> dict[str, int]
list[dict[str, int]]	get_counts_list (self, DataBase base=...)
	get_counts_list(self: qcloud.qcloud.QCloudResult, base: qcloud.qcloud.DataBase = <DataBase.Binary: 0>) -> list[dict[str, int]]
dict[str, float]	get_probs (self, DataBase base=...)
	get_probs(self: qcloud.qcloud.QCloudResult, base: qcloud.qcloud.DataBase = <DataBase.Binary: 0>) -> dict[str, float]
list[dict[str, float]]	get_probs_list (self, DataBase base=...)
	get_probs_list(self: qcloud.qcloud.QCloudResult, base: qcloud.qcloud.DataBase = <DataBase.Binary: 0>) -> list[dict[str, float]]
float	get_state_fidelity (self)
	get_state_fidelity(self: qcloud.qcloud.QCloudResult) -> float
list[list[complex]]	get_state_tomography_density (self)
	get_state_tomography_density(self: qcloud.qcloud.QCloudResult) -> list[list[complex]]
JobStatus	job_status (self)
	job_status(self: qcloud.qcloud.QCloudResult) -> qcloud.qcloud.JobStatus

Constructor & Destructor Documentation

__init__()

None pyqpanda3.qcloud.qcloud.QCloudResult.__init__	(		self,
		str	arg0 )

init(self: qcloud.qcloud.QCloudResult, arg0: str) -> None

Initializes a QCloudResult from a result string.

Parameters

[in]

result_string

A string containing the job result data.

Member Function Documentation

get_amplitudes()

dict[str, complex] pyqpanda3.qcloud.qcloud.QCloudResult.get_amplitudes

(

self

)

get_amplitudes(self: qcloud.qcloud.QCloudResult) -> dict[str, complex]

Retrieves the amplitudes for particular quantum state.

Returns

A complex number representing the amplitude.

get_counts()

dict[str, int] pyqpanda3.qcloud.qcloud.QCloudResult.get_counts	(		self,
		DataBase	base = ... )

get_counts(self: qcloud.qcloud.QCloudResult, base: qcloud.qcloud.DataBase = <DataBase.Binary: 0>) -> dict[str, int]

Retrieves the counts for each state.

Returns

A map where the keys are the state strings and the values are the corresponding counts.

get_counts_list()

list[dict[str, int]] pyqpanda3.qcloud.qcloud.QCloudResult.get_counts_list	(		self,
		DataBase	base = ... )

get_counts_list(self: qcloud.qcloud.QCloudResult, base: qcloud.qcloud.DataBase = <DataBase.Binary: 0>) -> list[dict[str, int]]

Retrieves the list of counts for each state across different measurements.

Returns

A list of maps, each containing state strings as keys and corresponding counts as values.

get_probs()

dict[str, float] pyqpanda3.qcloud.qcloud.QCloudResult.get_probs	(		self,
		DataBase	base = ... )

get_probs(self: qcloud.qcloud.QCloudResult, base: qcloud.qcloud.DataBase = <DataBase.Binary: 0>) -> dict[str, float]

Retrieves the probabilities for each state.

Returns

A map where the keys are the state strings and the values are the corresponding probabilities.

get_probs_list()

list[dict[str, float]] pyqpanda3.qcloud.qcloud.QCloudResult.get_probs_list	(		self,
		DataBase	base = ... )

get_probs_list(self: qcloud.qcloud.QCloudResult, base: qcloud.qcloud.DataBase = <DataBase.Binary: 0>) -> list[dict[str, float]]

Retrieves the list of probabilities for each state across different measurements.

Returns

A list of maps, each containing state strings as keys and corresponding probabilities as values.

get_state_fidelity()

float pyqpanda3.qcloud.qcloud.QCloudResult.get_state_fidelity

(

self

)

get_state_fidelity(self: qcloud.qcloud.QCloudResult) -> float

Retrieves the state fidelity for particular quantum state.

Returns

A double number representing the state fidelity.

get_state_tomography_density()

list[list[complex]] pyqpanda3.qcloud.qcloud.QCloudResult.get_state_tomography_density

(

self

)

get_state_tomography_density(self: qcloud.qcloud.QCloudResult) -> list[list[complex]]

Retrieves the state tomography density for particular quantum state.

Returns

state tomography density matrix representing the state fidelity.

job_status()

JobStatus pyqpanda3.qcloud.qcloud.QCloudResult.job_status

(

self

)

job_status(self: qcloud.qcloud.QCloudResult) -> qcloud.qcloud.JobStatus

Retrieves the status of the quantum job.

Returns

A JobStatus enum representing the job status.

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

• pyqpanda3/qcloud/qcloud.pyi