QctrlTranslator ¶
Utility class for converting between a QCTRL solution and our solution format.
QctrlTranslator
provides methods to:
- Convert a Qctrl-style solution into our solution Solution
.
The conversions are especially required when interacting with external qctrl solvers/samplers or libraries that operate on qctrl-based problem-solving/sampling.
Examples:
>>> import luna_quantum as lq
>>> ...
>>> qctrl_result = ...
>>> aqs = lq.translator.QctrlTranslator.to_aq(qctrl_result)
to_aq
staticmethod
¶
to_aq(result: dict[str, Any]) -> Solution
to_aq(result: dict[str, Any], *, env: Environment) -> Solution
to_aq(result: dict[str, Any], timing: Timing, *, env: Environment) -> Solution
to_aq(
result: dict[str, Any],
timing: Timing | None = ...,
*,
env: Environment | None = ...,
) -> Solution
Convert a QCTRL result to our solution format.
Parameters:
Name | Type | Description | Default |
---|---|---|---|
result
|
dict[str, Any]
|
The qctrl result as a dictionary. |
required |
timing
|
Timing
|
The timing object produced while generating the result. |
...
|
env
|
Environment
|
The environment of the model for which the result is produced. |
...
|
Raises:
Type | Description |
---|---|
NoActiveEnvironmentFoundError
|
If no environment is passed to the method or available from the context. |
SolutionTranslationError
|
Generally if the solution translation fails. Might be specified by one of the two following errors. |
SampleIncorrectLengthError
|
If a solution's sample has a different number of variables than the model environment passed to the translator. |
ModelVtypeError
|
If the result's variable types are incompatible with the model environment's variable types. |