# amplify.client.ocean.DWaveSamplerClientQuantumSolverParametersOcean¶

class DWaveSamplerClientQuantumSolverParametersOcean

ベースクラス: pybind11_builtins.pybind11_object

D-Wave solver parameters available in DWaveSamplerClient in Amplify SDK. For more information, see D-Wave Sampler Properties and Solver Parameters.

__init__(*args, **kwargs)

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

Methods

 __init__(*args, **kwargs) Initialize self.

Attributes

 anneal_offsets Provides offsets to annealing paths, per qubit. anneal_schedule Introduces variations to the global anneal schedule. annealing_time Sets the duration, in microseconds, of quantum annealing time, per read. answer_mode Indicates how answers are returned from the solver. auto_scale Indicates whether $$-h$$ and $$J$$ values are rescaled. beta Provides a value for the Boltzmann distribution parameter. chains Defines which qubits represent the same logical variable. flux_biases List of flux-bias offset values with which to calibrate a chain. flux_drift_compensation Boolean flag indicating whether the D-Wave system compensates for flux drift. h_gain_schedule Sets a time-dependent gain for linear coefficients (qubit biases, see the h parameter) in the Hamiltonian. initial_state Initial state to which the system is set for reverse annealing. max_answers Specifies the maximum number of answers returned from the solver. num_reads Indicates the number of states (output solutions) to read from the solver. num_spin_reversal_transforms Specifies the number of spin-reversal transforms to perform. postprocess Defines what type of postprocessing the system runs online on raw solutions. programming_thermalization Sets the time, in microseconds, to wait after programming the QPU for it to cool back to base temperature. readout_thermalization Sets the time, in microseconds, to wait after each state is read from the QPU for it to cool back to base temperature. reduce_intersample_correlation Boolean flag indicating whether the system adds a delay between reads. reinitialize_state Boolean parameter to control reinitialization.
property anneal_offsets

Provides offsets to annealing paths, per qubit. For more information, see anneal_offsets.

Type

list

property anneal_schedule

Introduces variations to the global anneal schedule. For more information, see anneal_schedule.

Type

list

property annealing_time

Type

int

property answer_mode

Indicates how answers are returned from the solver. Supported values are 'raw' and 'histogram'. For more information, see answer_mode.

Type

str

property auto_scale

Indicates whether $$-h$$ and $$J$$ values are rescaled. For more information, see auto_scale.

Type

bool

property beta

Provides a value for the Boltzmann distribution parameter. For more information, see beta. Not available for Advantage_system1.1.

Type

float

property chains

Defines which qubits represent the same logical variable. For more information, see chains. Not available for Advantage_system1.1.

Type

list

property flux_biases

List of flux-bias offset values with which to calibrate a chain. For more information, see flux_biases.

Type

list

property flux_drift_compensation

Boolean flag indicating whether the D-Wave system compensates for flux drift. For more information, see flux_drift_compensation.

Type

bool

property h_gain_schedule

Sets a time-dependent gain for linear coefficients (qubit biases, see the h parameter) in the Hamiltonian. For more information, see h_gain_schedule.

Type

list

property initial_state

Initial state to which the system is set for reverse annealing. For more information, see initial_state.

Type

list

property max_answers

Type

int

property num_reads

Type

int

property num_spin_reversal_transforms

Specifies the number of spin-reversal transforms to perform. For more information, see num_spin_reversal_transforms.

Type

int

property postprocess

Defines what type of postprocessing the system runs online on raw solutions. For more information, see postprocess. Not available for Advantage_system1.1.

Type

str

property programming_thermalization

Sets the time, in microseconds, to wait after programming the QPU for it to cool back to base temperature. For more information, see programming_thermalization.

Type

int

property readout_thermalization

Sets the time, in microseconds, to wait after each state is read from the QPU for it to cool back to base temperature. For more information, see readout_thermalization.

Type

int

property reduce_intersample_correlation

bool
property reinitialize_state
bool