import type * as Samsara from "../index.js";
/**
 * An idling event object.
 */
export interface IdlingEventObjectV20251023ResponseBody {
    address?: Samsara.IdlingEventAddressObjectResponseBody | undefined;
    /** The air temperature in millicelsius during the idling event. Value is returned only when it is known. */
    airTemperatureMillicelsius?: number | undefined;
    asset: Samsara.IdlingEventAssetObjectResponseBody;
    /** The duration of the idling event in milliseconds. */
    durationMilliseconds: number;
    /** Universally unique identifier of the idling event. */
    eventUuid: string;
    /** The amount of fuel consumed in milliliters during the idling event. */
    fuelConsumedMilliliters: number;
    fuelCost: Samsara.FuelCostObjectResponseBody;
    /** The amount of gaseous fuel consumed in grams during the idling event. */
    gaseousFuelConsumedGrams: number;
    gaseousFuelCost: Samsara.GaseousFuelCostObjectResponseBody;
    /** The latitude of the location where the idling event occurred. */
    latitude?: number | undefined;
    /** The longitude of the location where the idling event occurred. */
    longitude?: number | undefined;
    operator?: Samsara.IdlingEventOperatorObjectResponseBody | undefined;
    /** The PTO (Power Take-Off) state during the idling event.  Valid values: `active, inactive` */
    ptoState: IdlingEventObjectV20251023ResponseBody.PtoState;
    /** The start time of the idling event in RFC 3339 format. */
    startTime: string;
}
export declare namespace IdlingEventObjectV20251023ResponseBody {
    /** The PTO (Power Take-Off) state during the idling event.  Valid values: `active, inactive` */
    const PtoState: {
        readonly ActiveInactive: "active, inactive";
    };
    type PtoState = (typeof PtoState)[keyof typeof PtoState];
}