FixstarsClient

class FixstarsClient

Methods

__init__	__init__
solve	solve

Attributes

acceptable_degrees	acceptable_degrees property
compression	compression property
parameters	parameters property
proxy	proxy property
token	token property
url	url property
version	version property
write_request_data	write_request_data property
write_response_data	write_response_data property

class Parameters

class Outputs

__init__(*args, **kwargs)

__repr__(self) → str

__repr__

Return type:

str

__str__(self) → str

__str__

Return type:

str

property duplicate

duplicate property

Return type:

bool | None

property energies

energies property

Return type:

bool | None

property feasibilities

feasibilities property

Return type:

bool | None

property num_outputs

num_outputs property

Return type:

int | None

property sort

sort property

Return type:

bool | None

property spins

spins property

Return type:

bool | None

__init__(*args, **kwargs)

__repr__(self) → str

__repr__

Return type:

str

__str__(self) → str

__str__

Return type:

str

property num_gpus

num_gpus property

Return type:

int | None

property outputs

outputs property

Return type:

Outputs

property penalty_calibration

penalty_calibration property

Return type:

bool | None

property timeout

timeout property

Return type:

timedelta | None

class Result

class ExecutionParameters

__init__(*args, **kwargs)

__repr__(self) → str

__repr__

Return type:

str

__str__(self) → str

__str__

Return type:

str

property num_gpus

num_gpus property

Return type:

int

property num_iterations

num_iterations property

Return type:

int

property penalty_calibration

penalty_calibration property

Return type:

bool

property penalty_multipliers

penalty_multipliers property

Return type:

ndarray

property timeout

timeout property

Return type:

timedelta

property version

version property

Return type:

str

class ExecutionTime

__init__(*args, **kwargs)

__repr__(self) → str

__repr__

Return type:

str

__str__(self) → str

__str__

Return type:

str

property annealing_time

annealing_time property

Return type:

timedelta

property cpu_time

cpu_time property

Return type:

timedelta

property queue_time

queue_time property

Return type:

timedelta

property time_stamps

time_stamps property

Return type:

list[timedelta]

__init__(*args, **kwargs)

__repr__(self) → str

__repr__

Return type:

str

__str__(self) → str

__str__

Return type:

str

property energies

energies property

Return type:

ndarray

property execution_parameters

execution_parameters property

Return type:

ExecutionParameters

property execution_time

execution_time property

Return type:

ExecutionTime

property feasibilities

feasibilities property

Return type:

ndarray

property message

message property

Return type:

str

property spins

spins property

Return type:

list[ndarray[Any, dtype[numpy.int8], writable[False]]]

__init__(self) → None

__init__(self, token: str = '', url: str = '', proxy: str | None = None) → None

__init__

Parameters:

• token (str) – Defaults to ''.

• url (str) – Defaults to ''.

• proxy (str | None) – Defaults to None.

__repr__(self) → str

__repr__

Return type:

str

__str__(self) → str

__str__

Return type:

str

solve(self, objective: Poly | Matrix, dry_run: Literal[False] = False) → Result

solve(

self,

constraint: Constraint | ConstraintList,

dry_run: Literal[False] = False,

) → Result

solve(

self,

objective: Poly | Matrix,

constraint: Constraint | ConstraintList,

dry_run: Literal[False] = False,

) → Result

solve(self, objective: Poly | Matrix, dry_run: Literal[True]) → None

solve(self, constraint: Constraint | ConstraintList, dry_run: Literal[True]) → None

solve(

self,

objective: Poly | Matrix,

constraint: Constraint | ConstraintList,

dry_run: Literal[True],

) → None

solve

Overloading:

1. solve(self, objective: Union[amplify.Poly, amplify.Matrix], dry_run: Literal[False] = False) -> amplify.FixstarsClient.Result

Args:

• objective (amplify.Poly | amplify.Matrix):

• dry_run (Literal[False]): Defaults to False.

Returns:

amplify.FixstarsClient.Result:

2. solve(self, constraint: Union[amplify.Constraint, amplify.ConstraintList], dry_run: Literal[False] = False) -> amplify.FixstarsClient.Result

Args:

• constraint (amplify.Constraint | amplify.ConstraintList):

• dry_run (Literal[False]): Defaults to False.

Returns:

amplify.FixstarsClient.Result:

3. solve(self, objective: Union[amplify.Poly, amplify.Matrix], constraint: Union[amplify.Constraint, amplify.ConstraintList], dry_run: Literal[False] = False) -> amplify.FixstarsClient.Result

Args:

• objective (amplify.Poly | amplify.Matrix):

• constraint (amplify.Constraint | amplify.ConstraintList):

• dry_run (Literal[False]): Defaults to False.

Returns:

amplify.FixstarsClient.Result:

4. solve(self, objective: Union[amplify.Poly, amplify.Matrix], dry_run: Literal[True]) -> None

Args:

• objective (amplify.Poly | amplify.Matrix):

• dry_run (Literal[True]):

5. solve(self, constraint: Union[amplify.Constraint, amplify.ConstraintList], dry_run: Literal[True]) -> None

Args:

• constraint (amplify.Constraint | amplify.ConstraintList):

• dry_run (Literal[True]):

6. solve(self, objective: Union[amplify.Poly, amplify.Matrix], constraint: Union[amplify.Constraint, amplify.ConstraintList], dry_run: Literal[True]) -> None

Args:

• objective (amplify.Poly | amplify.Matrix):

• constraint (amplify.Constraint | amplify.ConstraintList):

• dry_run (Literal[True]):

property acceptable_degrees

acceptable_degrees property

Return type:

AcceptableDegrees

property compression

compression property

Return type:

bool

property parameters

parameters property

Return type:

Parameters

property proxy

proxy property

Return type:

str | None

property token

token property

Return type:

str

property url

url property

Return type:

str

property version

version property

Return type:

str

property write_request_data

write_request_data property

Return type:

PathLike | None

property write_response_data

write_response_data property

Return type:

PathLike | None