import { FloatRange } from './onvif';
import { ReferenceToken, Vector, PTZVector, Rectangle } from './common';
import { Duration } from './basics';
export type TemperatureCondition = 'LessThan' | 'MoreThan' | 'EqualTo' | 'Change';
export type TemperatureType = 'MaxTemp' | 'MinTemp' | 'AverageTemp' | 'StdDeviation' | 'MedianTemp' | 'ISOCoverage';
export interface RadiometryModuleConfigOptions {
    /**
     * The total number of temperature measurement modules that can be created on the
     * device, screen based or geolocated, of any type (spots or boxes).
     */
    maxMeasurementModules: number;
    /**
     * The total number of spot measurement modules that can be loaded simultaneously on the
     * screen by the device. A value of 0 shall be used to indicate no support for Spots.
     */
    maxScreenSpots: number;
    /**
     * The total number of box measurement modules that can be loaded simultaneously on the
     * screen by the device. A value of 0 shall be used to indicate no support for Boxes.
     */
    maxScreenBoxes: number;
    /** Specifies valid ranges for the different radiometry parameters used for temperature calculation. */
    radiometryParameterOptions?: RadiometryParameterOptions;
    [key: string]: unknown;
}
/** Describes valid ranges for the different radiometry parameters used for accurate temperature calculation. */
export interface RadiometryParameterOptions {
    /** Valid range of temperature values, in Kelvin. */
    reflectedAmbientTemperature?: FloatRange;
    /** Valid range of emissivity values for the objects to measure. */
    emissivity?: FloatRange;
    /** Valid range of distance between camera and object for a valid temperature reading, in meters. */
    distanceToObject?: FloatRange;
    /** Valid range of relative humidity values, in percentage. */
    relativeHumidity?: FloatRange;
    /** Valid range of temperature values, in Kelvin. */
    atmosphericTemperature?: FloatRange;
    /** Valid range of atmospheric transmittance values. */
    atmosphericTransmittance?: FloatRange;
    /** Valid range of temperature values, in Kelvin. */
    extOpticsTemperature?: FloatRange;
    /** Valid range of external optics transmittance. */
    extOpticsTransmittance?: FloatRange;
    [key: string]: unknown;
}
export interface RadiometrySpotModuleConfig {
    /** Unique identifier for this Spot Temperature Measurement Analytics Module. */
    itemID?: ReferenceToken;
    /** Indicates if the Temperature Measurement Item is enabled to provide temperature readings. */
    active?: boolean;
    /** Screen coordinates, if spot is currently on screen. Assumes normalized screen limits (-1.0, 1.0). */
    screenCoords: Vector;
    /**
     * Absolute orientation of the PTZ Vector with the Spot on screen. If no PTZVector is present
     * the spot shall behave as a screen element, and stay on the same screen coordinates as the PTZ
     * moves (like a head up display mask). If PTZVector is present the Spot element shall appear on
     * display only when contained in the Field of View. In this case SpotScreenCoords shall be
     * reported as relative to PTZVector.
     */
    absoluteCoords?: PTZVector;
    /** Not present parameter means the Device shall use its value from Global Parameters in Thermal Service. */
    radiometryParameters?: RadiometryParameters;
    [key: string]: unknown;
}
export interface RadiometryBoxModuleConfig {
    /** Unique identifier for this Box Temperature Measurement Analytics Module. */
    itemID?: ReferenceToken;
    /** Indicates if the Temperature Measurement Item is enabled to provide temperature readings. */
    active?: boolean;
    /** Screen coordinates, if box is currently on screen. Assumes normalized screen limits (-1.0, 1.0). */
    screenCoords: Rectangle;
    /**
     * Absolute orientation of the PTZ Vector with the Box on screen. If no PTZVector is present
     * the box shall behave as a screen element, and stay on the same screen coordinates as the PTZ
     * moves (like a head up display mask). If PTZVector is present the Box element shall appear on
     * display only when contained in the Field of View. In this case BoxScreenCoords shall be
     * reported as relative to PTZVector.
     */
    absoluteCoords?: PTZVector;
    /** Not present parameter means the Device shall use its value from Global Parameters in Thermal Service. */
    radiometryParameters?: RadiometryParameters;
    [key: string]: unknown;
}
export interface SpotTemperatureReading {
    itemID?: ReferenceToken;
    spotTemperature: number;
    /** Not present means Global Parameters from Thermal Service are being used. */
    radiometryParameters?: RadiometryParameters;
    [key: string]: unknown;
}
export interface BoxTemperatureReading {
    itemID: ReferenceToken;
    maxTemperature: number;
    minTemperature: number;
    averageTemperature?: number;
    medianTemperature?: number;
    /** Not present means Global Parameters from Thermal Service are being used. */
    radiometryParameters?: RadiometryParameters;
    [key: string]: unknown;
}
export interface RadiometryParameters {
    reflectedAmbientTemperature?: number;
    emissivity?: number;
    distanceToObject?: number;
    relativeHumidity?: number;
    atmosphericTemperature?: number;
    atmosphericTransmittance?: number;
    extOpticsTemperature?: number;
    extOpticsTransmittance?: number;
    [key: string]: unknown;
}
export interface RadiometryRuleConfigOptions {
    /** Specifies valid ranges for thresholds and reference parameters used for triggering radiometric rules. */
    radiometryRuleOptions?: RadiometryRuleOptions;
    /** Specifies valid rule conditions for temperature comparisions in radiometric rules. */
    temperatureConditionOptions?: TemperatureCondition[];
    /** Specifies temperature measurement types provided by radiometry analytics modules in the device. */
    temperatureTypeOptions?: TemperatureType[];
    [key: string]: unknown;
}
/** Describes valid ranges for radiometric rule condition thresholds and reference parameters. */
export interface RadiometryRuleOptions {
    /** Valid range of temperature values, in Kelvin. */
    thresholdTemperature: FloatRange;
    /** Valid range of hysteresis time interval for temperature conditions, in seconds. */
    thresholdTime?: FloatRange;
    /** Valid range of temperature hysteresis values, in Kelvin. */
    hysteresisTemperature?: FloatRange;
    [key: string]: unknown;
}
export interface RadiometryTemperatureRuleConfig {
    /** Reference Token to the Temperature Measurement Analytics Module providing the Temperature on which rule is defined. */
    radiometryModuleID?: ReferenceToken;
    /** Indicates if the Temperature Rule is enabled to provide temperature alarm events. */
    enabled?: boolean;
    /**
     * Indicates which of the temperature values provided by the input Analytics Module
     * shall be used by the rule. In the case of Analytics Modules providing a single
     * Temperature Value (e.g. Spot) this parameter is ignored, and is therefore optional.
     */
    temperatureType?: TemperatureType;
    /** Indicates the type of temperature condition to check. */
    ruleCondition: TemperatureCondition;
    /** Indicates the temperature reference value the rule shall be checked against. */
    thresholdTemperature: number;
    /** Indicates the time interval during which the rule condition shall be met to trigger an event. */
    thresholdTime: Duration;
    /** Indicates the width in Kelvin of the temerature hysteresis band to be considered by the rule. */
    hysteresisTemperature: number;
    [key: string]: unknown;
}