Calibration

Calibration

Domain object wrapping calibration actions.

Returned by: Calibration.edit_solving_options, Calibration.set_solving_times, JinkoClient.create_calibration, JinkoClient.create_calibration_from_json, JinkoClient.get_calibration, JinkoClient.iter_calibrations, JinkoClient.list_calibrations, Model.create_calibration

Also has every member of ProjectItem.

Member	Kind	Description
run	method	Start this calibration run.
stop	method	Stop a running calibration.
status	method	Return calibration status with metadata.
wait_until_completed	method	Poll status until calibration reaches a terminal state or timeout.
get_sanity	method	Return the pre-launch sanity report (model/protocol/output-set/scorings/data-tables/parameters/options/solving-times).
get_solving_times	method	Return base and additional output sampling periods.
get_solving_options	method	Return calibration solving options as a raw dictionary.
edit_solving_options	method	Update calibration solving options with a complete object or partial dictionary.
set_solving_times	method	Update output sampling periods.
download_bundle	method	Download this calibration snapshot's input bundle as a zip archive.
performance	method	Return calibration performance metrics.
objective_weights	method	Return objective weights used by this calibration.
results_summary	method	Return a summary of calibration results.
results	property	Access calibration result helper methods.

run

run() -> None

Start this calibration run.

stop

stop() -> Any

Stop a running calibration.

status

status() -> dict[str, Any]

Return calibration status with metadata.

wait_until_completed

wait_until_completed(
    *, timeout: float | None = None, poll_interval: float = 5.0
) -> Any

Poll status until calibration reaches a terminal state or timeout.

get_sanity

get_sanity() -> Any

Return the pre-launch sanity report (model/protocol/output-set/scorings/data-tables/parameters/options/solving-times).

get_solving_times

get_solving_times(
    *,
    revision: int | None = None,
    duration_format: Literal["iso8601", "timedelta"] = "iso8601"
) -> tuple[dict[str, timedelta | str], list[dict[str, timedelta | str]]]

Return base and additional output sampling periods.

The returned dictionaries have t_min, t_max, and t_step keys. Values are ISO 8601 strings by default, preserving expressions such as P1W. Set duration_format="timedelta" to convert them using Jinko's fixed year (365.25 days), month (one twelfth of a year), and week (7 day) lengths. Use jinko.iso8601 for these same conversions in custom code.

get_solving_options

get_solving_options(
    *,
    revision: int | None = None,
    duration_format: Literal["iso8601", "timedelta"] = "iso8601"
) -> dict[str, Any]

Return calibration solving options as a raw dictionary.

Solving-time durations are ISO 8601 strings by default. Set duration_format="timedelta" to convert them.

edit_solving_options

edit_solving_options(
    solving_options: dict[str, Any], *, version: str | dict | None = None
) -> Calibration

Update calibration solving options with a complete object or partial dictionary.

solvingTimes accepts timedelta values or ISO 8601 strings. Strings are validated and sent unchanged; timedeltas use fixed day and sub-day units.

set_solving_times

set_solving_times(
    *,
    t_max: timedelta | str,
    t_step: timedelta | str,
    t_min: timedelta | str = timedelta(0),
    additional_periods: Sequence[dict[str, timedelta | str]] = (),
    version: str | dict | None = None
) -> Calibration

Update output sampling periods.

t_min, t_max and t_step are the parameters of the mandatory simulation-wide period. Each accepts a timedelta or ISO 8601 string. Timedeltas are emitted with fixed day and sub-day units, so a seven-day timedelta is sent as P7D. ISO 8601 strings are validated and sent unchanged, preserving expressions such as P1W and P1M. Use jinko.iso8601 for these same conversions in custom code.

It must contain every additional period: its t_min must be no greater and its t_max no less than each additional period.

additional_periods optionally add shorter sampling windows and may be in any order. Each period needs a positive t_step and t_min <= t_max. Example: [{"t_min": timedelta(0), "t_max": "P28D", "t_step": "P1D"}]. t_min defaults to timedelta(0), for both the base and additional periods.

download_bundle

download_bundle() -> bytes

Download this calibration snapshot's input bundle as a zip archive.

performance

performance() -> Any

Return calibration performance metrics.

objective_weights

objective_weights() -> Any

Return objective weights used by this calibration.

results_summary

results_summary() -> Any

Return a summary of calibration results.

results

Type: CalibrationResults

Access calibration result helper methods.