interface ResultsSets {
    [objectType: string]: ResultsType;
}
interface ResultsType {
    [resultsType: number]: string;
}
/**
* Class for storing and working with .out file contents.
* This class expects a standard ArrayBuffer type, which
* can be extracted by extracting a binary .out file's buffer.
*/
export declare class SwmmOut {
    /**
     * @type {ArrayBuffer} the contents of a .out file buffer.
     */
    value: ArrayBuffer;
    /**
     * @type {number} the count of bytes in a time period.
     */
    bytesPerPeriod: number;
    /**
     * @type {number} the count of subcatchments in a model.
     */
    totalSubcatchments: number;
    subcatchmentOutputVars: number;
    totalNodes: number;
    nodeOutputVars: number;
    totalLinks: number;
    linkOutputVars: number;
    subcatchmentMap: Map<string, number>;
    linkMap: Map<string, number>;
    nodeMap: Map<string, number>;
    static RECORD_SIZE: number;
    static MAX_SUBCATCHMENT_INPUT_VARIABLES: number;
    static MAX_NODE_INPUT_VARIABLES: number;
    static MAX_LINK_INPUT_VARIABLES: number;
    static SUBCATCHMENT_OUTPUT_VARIABLE_COUNT: number;
    static NODE_OUTPUT_VARIABLE_COUNT: number;
    static LINK_OUTPUT_VARIABLE_COUNT: number;
    static SYSTEM_OUTPUT_VARIABLE_COUNT: number;
    static SUBCATCH: number;
    static NODE: number;
    static LINK: number;
    static SYS: number;
    static POLLUT: number;
    static SUBCATCH_RAINFALL: number;
    static SUBCATCH_SNOWDEPTH: number;
    static SUBCATCH_EVAP: number;
    static SUBCATCH_INFILTRATION: number;
    static SUBCATCH_RUNOFF: number;
    static SUBCATCH_GWFLOW: number;
    static SUBCATCH_GWELEV: number;
    static SUBCATCH_SOILMOISTURE: number;
    static NODE_DEPTH: number;
    static NODE_HEAD: number;
    static NODE_VOLUME: number;
    static NODE_LATFLOW: number;
    static NODE_INFLOW: number;
    static NODE_OVERFLOW: number;
    static LINK_FLOW: number;
    static LINK_DEPTH: number;
    static LINK_VELOCITY: number;
    static LINK_VOLUME: number;
    static LINK_CAPACITY: number;
    /**
    * @type {JSON}
    * Description strings structure for documenting output.
    */
    static sections: ({
        name: string;
        contents: {
            name: string;
            description: string;
        }[];
    } | {
        name: string;
        contents: {
            name: string;
            description: string;
        }[][];
    })[];
    /**
    * @type {Array}
    * Description strings for flow units.
    */
    static FLOW_UNIT_VALUES: string[];
    /**
    * @type {Array}
    * Description strings for unit system.
    */
    static UNIT_SYSTEM: string[];
    /**
    * @type {Array}
    * Description strings for subcatchment types.
    */
    static SUBCATCHMENT_TYPE_CODES: string[];
    /**
    * @type {Array}
    * Description strings structure for node types.
    */
    static NODE_TYPE_CODES: string[];
    /**
    * @type {Array}
    * Description strings structure for link types.
    */
    static LINK_TYPE_CODES: string[];
    /**
    * @type {Array}
    * Description strings structure for subcatchment results.
    */
    static SUBCATCHMENT_RESULTS: string[];
    /**
    * @type {Array}
    * Description strings structure for node results.
    */
    static NODE_RESULTS: Array<string>;
    /**
    * @type {Array}
    * Description strings structure for link results.
    */
    static LINK_RESULTS: string[];
    /**
    * @type {Array}
    * Description strings structure for system results.
    */
    static SYS_RESULTS: string[];
    /**
    * @type {Array}
    * Description strings structure for subcatchment results.
    * Should replace SUBCATCHMENT_RESULTS, NODE_RESULTS, LINK_RESULTS, SYS_RESULTS
    * because those systems are easier to access with string identifiers if given a base
    * object for SwmmOut to reference, like 'RESULTS'.
    */
    static RESULTS: ResultsSets;
    /**
    * @type {Array}
    * Strings structure for pollutant concentrations.
    */
    static POLLUTANT_CONCENTRATIONS: string[];
    /**
    * Constructor for the SwmmOut class.
    */
    constructor(n: ArrayBuffer);
    /**
    * Returns the object's core value.
    *
    * @returns {ArrayBuffer} Binary contents of a .out or simulated .out file.
    */
    val(): ArrayBuffer;
    /**
    * Returns the object's EPA-SWMM version number.
    *
    * @returns {number} Integer. EPA-SWMM version number.
    */
    version(): number;
    /**
    * Returns the object's first magic number.
    *
    * @returns {number} Integer. Magic number.
    */
    magic1(): number;
    /**
    * Returns the flow unit code.
    *
    * @returns {number} Integer. Flow unit code.
    */
    flowUnitCode(): number;
    /**
    * Returns the count of subcatchments.
    *
    * @returns {number} Integer. Count of subcatchments.
    */
    subcatchmentCount(): number;
    /**
    * Returns the count of nodes.
    *
    * @returns {number} Integer. Count of nodes.
    */
    nodeCount(): number;
    /**
    * Returns the count of links.
    *
    * @returns {number} Integer. Count of links.
    */
    linkCount(): number;
    /**
    * Returns the count of pollutants.
    *
    * @returns {number} Integer. Count of pollutants.
    */
    pollutantCount(): number;
    /**
    * Returns the memory position of the Object ID names,
    * relative to the start of the SwmmOut object.
    *
    * @returns {number} Integer. byte position of Object ID names.
    */
    objectIDNames(): number;
    /**
    * Returns the memory position of the Object properties,
    * relative to the start of the SwmmOut object.
    *
    * @returns {number} Integer. byte position of Object properties.
    */
    objectProperties(): number;
    /**
    * Returns the memory position of the computed results,
    * relative to the start of the SwmmOut object.
    *
    * @returns {number} Integer. byte position of computed results.
    */
    computedResults(): number;
    /**
    * Returns the count of reporting periods.
    *
    * @returns {number} Integer. Count of reporting periods.
    */
    reportingPeriods(): number;
    /**
    * Returns the error code.
    *
    * @returns {number} Integer. Error code of the SwmmOut object.
    */
    errorCode(): number;
    /**
    * Returns the object's second magic number,
    * should be equal to the object's first magic number (magic1).
    *
    * @returns {number} Integer. Object's second magic number.
    */
    magic2(): number;
    /**
    * Returns a unit string for a given data value ('Volume, cf', or 'Area, m^2').
    *
    * @param {string} objectType Type of an object, e.g.: 'NODE_RESULTS'
    * @param {number} resultIndex Index of a result from e.g.: NODE_RESULTS[]
    * @returns {string} subcatchment's name.
    */
    unitString(objectType: string, resultIndex: number): string;
    /**
    * Returns the SwmmOut subcatchment ID (name) at the index provided.
    *
    * @param {number} objectIndex The index of the subcatchment.
    * @returns {string} subcatchment's name.
    */
    subcatchmentName(objectIndex: number): string;
    /**
    * Returns the SwmmOut node ID (name) at the index provided.
    *
    * @param {number} objectIndex The index of the node.
    * @returns {string} node's name.
    */
    nodeName(objectIndex: number): string;
    subcatchmentMapFunc(): Map<string, number>;
    linkMapFunc(): Map<string, number>;
    nodeMapFunc(): Map<string, number>;
    /**
    * Returns the SwmmOut link ID (name) at the index provided.
    *
    * @param {number} objectIndex The index of the link.
    * @returns {string} link's name.
    */
    linkName(objectIndex: number): string;
    /**
    * Returns the SwmmOut pollutant ID (name) at the index provided.
    *
    * @param {number} objectIndex The index of the pollutant.
    * @returns {string} pollutant's name.
    */
    pollutantName(objectIndex: number): string;
    /**
    * Returns the SwmmOut pollutant concentration units for
    * the pollutant at index objectIndex.
    *
    * @param {number} objectIndex The index of the link.
    * @returns {string} the pollutant concentration units.
    */
    pollutantConcentrationUnits(objectIndex: number): string;
    /**
    * Returns the count of subcatchment descriptor variables.
    * Always 1.
    *
    * @returns {number} Integer. Count of subcatchment descriptor variables.
    */
    subcatchmentInputCount(): number;
    /**
    * Returns the type of a subcatchment descriptor variable.
    * Code:
    *   1: Area
    *
    * @param {number} index The index of the subcatchment descriptor variable.
    * @returns {number} Integer. Type of a subcatchment descriptor variable.
    */
    subcatchmentInputType(index: number): number;
    /**
    * Returns the value of a subcatchment's area.
    *
    * @param {number} index The index of the subcatchment.
    * @returns {number} Float. Value of a subcatchment's area.
    */
    subcatchmentArea(index: number): number;
    /**
    * Returns the memory offset of the node input variables in the SwmmOut object.
    *
    * @returns {number} Integer. Offset location of node input variables.
    */
    nodeInputOffset(): number;
    /**
    * Returns the count of node descriptor variables.
    * Always 3.
    *
    * @returns {number} Integer. Count of node descriptor variables.
    */
    nodeInputCount(): number;
    /**
    * Returns the type of a node descriptor variable.
    * Code:
    *   0: Node Type
    *   2: Invert Elevation
    *   3: Maximum Depth
    *
    * @param {number} index The index of the node descriptor variable.
    * @returns {number} Integer. Type of a node descriptor variable.
    */
    nodeInputType(index: number): number;
    /**
    * Returns the value of a nodes's type.
    *
    * @param {number} index The index of the node.
    * @returns {number} Integer. Value of a nodes's type.
    * Code:
    *   0: Junction
    *   1: Outfall
    *   2: Storage
    *   3: Divider
    */
    nodeType(index: number): number;
    /**
    * Returns the string value of a nodes's type.
    *
    * @param {number} index The index of the node.
    * @returns {string} String. Value of a nodes's type.
    * Code:
    *   0: Junction
    *   1: Outfall
    *   2: Storage
    *   3: Divider
    */
    nodeTypeString(index: number): string;
    /**
    * Returns the value of a nodes's invert elevation.
    *
    * @param {number} index The index of the node.
    * @returns {number} Float. Value of a nodes's invert elevation.
    */
    nodeInvertElevation(index: number): number;
    /**
    * Returns the value of a nodes's maximum depth.
    *
    * @param {number} index The index of the node.
    * @returns {number} Float. Value of a nodes's  maximum depth.
    */
    nodeMaximumDepth(index: number): number;
    /**
    * Returns the memory offset of the link input variables in the SwmmOut object.
    *
    * @returns {number} Integer. Offset location of link input variables.
    */
    linkInputOffset(): number;
    /**
    * Returns the count of link descriptor variables.
    * Always 5.
    *
    * @returns {number} Integer. Count of link descriptor variables.
    */
    linkInputCount(): number;
    /**
    * Returns the type of a link descriptor variable.
    * Code:
    *   0: Link Type
    *   4: Upstream Invert Offset
    *   4: Downstream Invert Offset
    *   3: Maximum Depth
    *   5: Length
    *
    * @param {number} index The index of the link descriptor variable.
    * @returns {number} Integer. Type of a link descriptor variable.
    */
    linkInputType(index: number): number;
    /**
    * Returns the value of a link's type.
    *
    * @param {number} index The index of the link.
    * @returns {number} Integer. Value of a link's type.
    * Code:
    *   0: Junction
    *   1: Outfall
    *   2: Storage
    *   3: Divider
    */
    linkType(index: number): number;
    /**
    * Returns the string value of a link's type.
    *
    * @param {number} index The index of the link.
    * @returns {string} String. Value of a link's type.
    * Code:
    *   0: Junction
    *   1: Outfall
    *   2: Storage
    *   3: Divider
    */
    linkTypeString(index: number): string;
    /**
    * Returns the value of a link's Upstream invert offset.
    *
    * @param {number} index The index of the link.
    * @returns {number} Integer. Value of a link's Upstream invert offset.
    */
    linkUpstreamInvertOffset(index: number): number;
    /**
    * Returns the value of a link's Downstream invert offset.
    *
    * @param {number} index The index of the link.
    * @returns {number} Integer. Value of a link's Downstream invert offset.
    */
    linkDownstreamInvertOffset(index: number): number;
    /**
    * Returns the value of a link's Maximum depth.
    *
    * @param {number} index The index of the link.
    * @returns {number} Integer. Value of a link's Maximum depth.
    */
    linkMaximumDepth(index: number): number;
    /**
    * Returns the value of a link's Maximum depth.
    *
    * @param {number} index The index of the link.
    * @returns {number} Integer. Value of a link's Maximum depth.
    */
    linkLength(index: number): number;
    /**
    * Returns the memory offset of the subcatchment output variables in the SwmmOut object.
    *
    * @returns {number} Integer. Offset location of subcatchment output variables.
    */
    outputVariablesOffset(): number;
    /**
    * Returns the count of subcatchment output variables.
    * Always 8 + pollutant count.
    *
    * @returns {number} Integer. Count of subcatchment output variables.
    */
    subcatchmentOutputCount(): number;
    /**
    * Returns the index of subcatchment output variables.
    * This part of the .out file appears redundant.
    *
    * @param {number} index The index of the subcatchment output variable index.
    * @returns {number} Integer. Index of the subcatchment output variable index.
    */
    subcatchmentOutputVariable(index: number): number;
    /**
    * Returns the count of node output variables.
    * Always 6 + pollutant count.
    *
    * @returns {number} Integer. Count of node output variables.
    */
    nodeOutputCount(): number;
    /**
    * Returns the index of node output variables.
    * This part of the .out file appears redundant.
    *
    * @param {number} index The index of the node output variable index.
    * @returns {number} Integer. Index of the node output variable index.
    */
    nodeOutputVariable(index: number): number;
    /**
    * Returns the count of link output variables.
    * Always 5 + pollutant count.
    *
    * @returns {number} Integer. Count of link output variables.
    */
    linkOutputCount(): number;
    /**
    * Returns the index of link output variables.
    * This part of the .out file appears to be redundant.
    *
    * @param {number} index The index of the link output variable index.
    * @returns {number} Integer. Index of the link output variable index.
    */
    linkOutputVariable(index: number): number;
    /**
    * Returns the count of system output variables.
    * Always 15.
    *
    * @returns {number} Integer. Count of system output variables.
    */
    systemOutputCount(): number;
    /**
    * Returns the index of system output variables.
    * This part of the .out file appears to be redundant.
    *
    * @param {number} index The index of the system output variable index.
    * @returns {number} Integer. Index of the system output variable index.
    */
    systemOutputVariable(index: number): number;
    /**
    * Returns the start date & time of the simulation in count of days since 12/30/1899. Use this to interact with EPA-SWMM files and functions.
    *
    * @returns {number} Float64. Start date & time.
    */
    startTime_swmmFormat(): number;
    /**
    * Returns the start date & time of the simulation in count of milliseconds since 12/31/1970. Use this to interact with Unix timestamp functions.
    *
    * @returns {number} Float64. Start date & time.
    */
    startTime_Unix(): number;
    /**
    * Returns the time step duration of the simulation, in seconds.
    *
    * @returns {number} Integer. Time step duration, seconds.
    */
    timeStep(): number;
    /**
    * Returns a Javascript Date version of a Float64 as passed from startTime(). Use this to make date objects for interacting with non-EPA-SWMM files.
    *
    * @param {number} theDouble A 64-bit floating point number representing the number of days since 12/30/1899 00:00.
    * @returns {Date} A Javascript date object.
    */
    static doubleToDate_swmmFormat(theDouble: number): Date;
    /**
    * Returns a human-readable string version of a Float64 date as passed from startTime(). Use this to make strings for interacting with non-EPA-SWMM files.
    *
    * @param {number} theDouble A 64-bit floating point number representing the number of days since 12/30/1899 00:00
    * @returns {string} A Javascript string object.
    */
    static doubleDateToString_swmmFormat(theDouble: number): string;
    /**
    * Returns a human-readable string version of an integer time step.
    * Use this to make strings that can be written to EPA-SWMM files.
    *
    * @param {number} timeStep An integer representing the time step of
    * the model. Does not need to be within the bounds of the model.
    * @returns {string} A Javascript string object.
    */
    swmmStepToDate(timeStep: number): string;
    /**
    * Returns the count of days since 12/30/1899 a given time step.
    *
    * @param {number} timeStep The index of the time step (1-based, also 1 time-step ahead of StartDate).
    * @returns {number} Float64. Date & time in count of days since 12/30/1899.
    */
    dateStep_swmmFormat(timeStep: number): number;
    /**
    * Returns the value stored as a result from a given object.
    *
    * @param {number} iType  The type of the object (SUBCATCHMENT, NODE, LINK, SYS).
    * @param {number} iIndex The index of the object.
    * @param {number} vIndex The index of the variable.
    * @param {number} period The index of the time period. (1-based)
    * @returns {number} Float32. value stored as a result.
    */
    get_result(iType: number, iIndex: number, vIndex: number, period: number): number;
    /**
    * Returns the value stored as a result from a subcatchment.
    *
    * @param {number} iIndex The index of the subcatchment.
    * @param {number} vIndex The index of the variable.
    * @param {number} period The index of the time period. (1-based)
    * @returns {number} Float32. value stored as a result.
    */
    subcatchmentOutput(iIndex: number, vIndex: number, period: number): number;
    /**
    * Returns the value stored as a result from a node.
    *
    * @param {number} iIndex The index of the node.
    * @param {number} vIndex The index of the variable.
    * @param {number} period The index of the time period. (1-based)
    * @returns {number} Float32. value stored as a result.
    */
    nodeOutput(iIndex: number, vIndex: number, period: number): number;
    /**
    * Returns the value stored as a result from a link.
    *
    * @param {number} iIndex The index of the node.
    * @param {number} vIndex The index of the variable.
    * @param {number} period The index of the time period. (1-based)
    * @returns {number} Float32. value stored as a result.
    */
    linkOutput(iIndex: number, vIndex: number, period: number): number;
    /**
    * Returns the value stored as a result from a system variable.
    *
    * @param {number} vIndex The index of the system variable.
    * @param {number} period The index of the time period. (1-based)
    * @returns {number} Float32. value stored as a result.
    */
    sysOutput(vIndex: number, period: number): number;
    /**
    * Returns the total count of bytes per time period.
    *
    * @returns {number} Integer. The total count of bytes per time period.
    */
    bytesPerPeriod_func(): number;
    /**
    * Returns the memory location of a result value in SwmmOut.
    *
    * @param {number} iType The type of the object.
    * @param {number} iIndex The index of the object.
    * @param {number} vIndex The index of the variable.
    * @param {number} period The index of the time period.
    * @returns {number} Float32. value stored as a result.
    */
    getswmmresultoffset(iType: number, iIndex: number, vIndex: number, period: number): number;
    /**
    * Reads a 32-bit signed integer from a position in SwmmOut.
    *
    * @param {number} offset The position of the readable integer, in number of bytes from the start of the SwmmOut object.
    * @returns {number} An integer read from SwmmOut.
    */
    readInt(offset: number): number;
    /**
    * Reads a 32-bit signed float from a position in SwmmOut.
    *
    * @param {number} offset The position of the readable float, in number of bytes from the start of the SwmmOut object.
    * @returns {number} A float read from SwmmOut.
    */
    readFloat(offset: number): number;
    /**
    * Reads a 64-bit signed float from a position in SwmmOut.
    *
    * @param {number} offset The position of the readable float, in number of bytes from the start of the SwmmOut object.
    * @returns {number} A 64-bit float (double)read from SwmmOut.
    */
    readDouble(offset: number): number;
    /**
    * Reads a string from a position in SwmmOut.
    *
    * @param {number} offset1 The position of the start of the readable string, in number of bytes from the start of the SwmmOut object.
    * @param {number} offset2 The position of the end of the readable string, in number of bytes from the start of the SwmmOut object.
    * @returns {number} A string read from the SwmmOut object.
    */
    intArrayToString(offset1: number, offset2: number): string;
    /**
     * Change the Computed Results section of a swmm .out file to an object that describes a set of objects
     * and a specific output result type.
     * @param {Array<string>} objNames array of object IDs (names) to provide results for.
     * @param {outputType} int the flag type of the objects to be parsed.
     * @param {outputPos} int the flag type of the output to be parsed.
     * @returns {JSON} object representation of the Computed Results section of a swmm.out file.
     */
    processOut(objNames: Array<string>, objectType: number, outputPos: number): {};
    /**
     * Change the Computed Results section of a swmm .out file to an object that describes a set of objects
     * and a specific output result type.
     * @param {Array<string>} objNames array of object IDs (names) to provide results for.
     * @param {outputType} int the flag type of the objects to be parsed.
     * @param {outputPos} int the flag type of the output to be parsed.
     * @returns {JSON} object representation of the Computed Results section of a swmm.out file.
     */
    CreateGeoJSONTimestep(objNames: Array<string>, objectType: number, resultType: number, geoJSONData: any, timeStep: number): any;
    /**
     * Change the Node Computed Results section of a swmm .out file to an object.
     * @param {string} objName object ID (name) to provide results for.
     * @param {outputPos} int the flag type of the output to be parsed.
     * @param {timeStep} int the positional timestep of the results. 0 for all time steps.
     * @returns {JSON} object representation of the Computed Results section of a swmm.out file.
     */
    nodeResults(objName: string, outputPos: number, timeStep: number): any;
    /**
     * Change the Link Computed Results section of a swmm .out file to an object.
     * @param {string} objName object ID (name) to provide results for.
     * @param {outputPos} int the flag type of the output to be parsed.
     * @param {timeStep} int the positional timestep of the results. 0 for all time steps.
     * @returns {JSON} object representation of the Computed Results section of a swmm.out file.
     */
    linkResults(objName: string, outputPos: number, timeStep: number): any;
    /**
     * Change the Subcatchment Computed Results section of a swmm .out file to an object.
     * @param {string} objName object ID (name) to provide results for.
     * @param {outputPos} int the flag type of the output to be parsed.
     * @param {timeStep} int the positional timestep of the results. 0 for all time steps.
     * @returns {JSON} object representation of the Computed Results section of a swmm.out file.
     */
    subcatchmentResults(objName: string, outputPos: number, timeStep: number): any;
    /**
     * Create time-based subsection
     * @param {iCount} number count of object names
     * @param {nameFunc} function function to get an object name
     * @param {func} function function that retrieves the object value
     * @param {timePeriods} number count of time periods
     * @param {timeFunc} function function that translates time periods
     * @param {timeStep} int the positional timestep of the results. 0 for all time steps.
     * @returns {JSON} an object representing a time-based subsection.
     */
    timeOuput(objName: string, objIndex: number, iCount: number, nameFunc: Function, func: Function, timePeriods: number, timeFunc: Function, outputPos: number, timeStep: number): any;
}
export {};