import { SdkClient } from "../common/sdk-client";
import { SignalValidationModels } from "./signal-validation-models";
/**
 *
 * ! The following services are intended to be used on small ranges of timeseries data.
 *
 * * Range Check
 * Performs range check. Tries to find data going beyond range for given
 * sensor’s values on given interval.
 *
 * * Spike Alert
 * Performs spike detection. Tries to find spikes for given sensor’s values.
 *
 * * Noise Alert
 * Performs noise detection. Tries to find noises for given sensor’s values.
 *
 * * Jump Alert
 * Performs jump detection. Tries to find jumps for given sensor’s values.
 *
 * * Data Gap Analysis
 * Performs data gap analysis. Tries to find gaps for given sensor’s values and
 * tries to interpolate insufficient measurements.
 *
 * * Bias Alert
 * Performs bias detection. Tries to find biases for given sensor’s values.
 *
 * @export
 * @class SignalValidationClient
 * @extends {SdkClient}
 */
export declare class SignalValidationClient extends SdkClient {
    private _baseUrl;
    /**
     * * Launches range check task with specific parameters
     *
     * @param {SignalValidationModels.Timeseries} timeseries
     * @param {{
     *             variableName: string;
     *             lowerLimit: number;
     *             upperLimit: number;
     *         }} params
     *
     * @param params.variableName Target variable name. Only this variable will be taken from given timeseries data.
     * @param params.lowerLimit Processing lower limit, should be less than upper limit.
     * @param params.upperLimit Processing upper limit, should be greater than lower limit.
     * @returns {Promise<SignalValidationModels.Range>}
     *
     * @memberOf SignalValidationClient
     */
    DetectRangeViolations(timeseries: SignalValidationModels.Timeseries[], params: {
        variableName: string;
        lowerLimit: number;
        upperLimit: number;
    }): Promise<SignalValidationModels.Range[]>;
    /**
     * * Launches spike alert task with specific parameters.
     *
     * @param {SignalValidationModels.Timeseries[]} timeseries
     * @param {{
     *             variableName: string;
     *             windowSize: number;
     *         }} params
     *
     * @param params.variableName Target variable name. Only this variable will be taken from given timeseries data.
     * @param params.windowSize The processing windows size, should be positive.
     * @returns {Promise<SignalValidationModels.Spike[]>}
     * @memberOf SignalValidationClient
     */
    DetectSpikes(timeseries: SignalValidationModels.Timeseries[], params: {
        variableName: string;
        windowSize: number;
    }): Promise<SignalValidationModels.Spike[]>;
    /**
     * This endpoint detects noise for the given sensor. Result is the list of events.
     *
     * @param {SignalValidationModels.Timeseries[]} timeseries
     * @param {{
     *             variableName: string;
     *             windowRadius: number;
     *             threshold: number;
     *         }} params
     *
     * @param params.variableName Target variable name. Only this variable will be taken from given timeseries data.
     * @param params.windowRadius Processing window radius, should be positive.
     * @param params.threshold Threshold to consider outlier value as noise.
     * @returns {Promise<SignalValidationModels.Noise[]>}
     *
     * @memberOf SignalValidationClient
     */
    DetectNoise(timeseries: SignalValidationModels.Timeseries[], params: {
        variableName: string;
        windowRadius: number;
        threshold: number;
    }): Promise<SignalValidationModels.Noise[]>;
    /**
     * * Lauches jump alert task with specific parameters.
     *
     * @param {SignalValidationModels.Timeseries[]} timeseries
     * @param {{
     *             variableName: string;
     *             windowSize: number;
     *         }} params
     *
     * @param params.variableName Target variable name. Only this variable will be taken from given timeseries data.
     * @param params.windowSize The value to limit window size. Positive value
     *
     * @returns {Promise<SignalValidationModels.Jump[]>}
     *
     * @memberOf SignalValidationClient
     */
    DetectJumps(timeseries: SignalValidationModels.Timeseries[], params: {
        variableName: string;
        windowSize: number;
    }): Promise<SignalValidationModels.Jump[]>;
    /**
     * * Launches data gap analysis task with specific parameters
     *
     * @param {SignalValidationModels.Timeseries[]} timeseries
     * @param {{
     *             variableName: string;
     *             threshold: number;
     *         }} params
     *
     * @param params.variableName Target variable name. Only this variable will be taken from given timeseries data.
     * @param params.threshold Max inteval in milliseconds between two consecutive points which is not considered a gap.
     *
     * @returns {Promise<SignalValidationModels.DataGap>}
     *
     * @memberOf SignalValidationClient
     */
    DetectGaps(timeseries: SignalValidationModels.Timeseries[], params: {
        variableName: string;
        threshold: number;
    }): Promise<SignalValidationModels.DataGap>;
    /**
     *
     * * Launches data gap analysis task with interpolation
     *
     * @param {SignalValidationModels.Timeseries[]} timeseries
     * @param {{
     *             variableName: string;
     *             threshold: number;
     *         }} params
     *
     * @param params.variableName Target variable name. Only this variable will be taken from given timeseries data.
     * @param params.threshold Max inteval in milliseconds between two consecutive points which is not considered a gap.
     *
     * @returns {Promise<SignalValidationModels.DataGapInterpolated>}
     *
     * @memberOf SignalValidationClient
     */
    DetectGapsAndInterpolate(timeseries: SignalValidationModels.Timeseries[], params: {
        variableName: string;
        threshold: number;
    }): Promise<SignalValidationModels.DataGapInterpolated>;
    /**
     * Launches bias alert task with specific parameters.
     *
     * @param {SignalValidationModels.Timeseries[]} timeseries
     * @param {{
     *             variableName: string;
     *             windowSize: number;
     *             threshold: number;
     *             step: number;
     *         }} params
     *
     * @param params.variableName Target variable name. Only this variable will be taken from given timeseries data.
     * @param params.windowSize Processing window size value, should be positive.
     * @param params.threshold Processing threshold value, should be positive.
     * @param params.step Processing step value, should be from 1 to windowSize.
     *
     * @returns {Promise<SignalValidationModels.Bias[]>}
     *
     * @memberOf SignalValidationClient
     */
    DetectBias(timeseries: SignalValidationModels.Timeseries[], params: {
        variableName: string;
        windowSize: number;
        threshold: number;
        step: number;
    }): Promise<SignalValidationModels.Bias[]>;
}