import { FloatVector as FloatVector2D, IntVector as IntVector2D, SCRTDoubleVector as SCRTDoubleVector2D, SCRTUintVector as SCRTUintVector2D, TSciChart, UIntVector as UIntVector2D } from "../types/TSciChart";
import { SCRTDoubleVector as SCRTDoubleVector3D, SCRTFloatVector as SCRTFloatVector3D, SCRTUintVector as SCRTUintVector3D, TSciChart3D } from "../types/TSciChart3D";
/**
 * Converts a WebAssembly vector to a JavaScript number array by creating a copy of the data.
 *
 * @remarks
 * This function creates a new JavaScript array containing a copy of all values from the WebAssembly vector.
 * The returned array is independent of the underlying WebAssembly memory, so it's safe to use even after
 * the original vector is deleted or modified.
 *
 * Use this function when you need to:
 * - Store vector data beyond the lifetime of the WebAssembly vector
 * - Pass data to JavaScript APIs that expect regular arrays
 * - Ensure data immutability
 *
 * @param vector - The WebAssembly vector to convert (SCRTDoubleVector2D, SCRTDoubleVector3D, FloatVector2D, UIntVector2D, or IntVector2D)
 * @param wasmContext - The WebAssembly context (TSciChart or TSciChart3D) that owns the vector
 * @returns A new number[] array containing a copy of all values from the vector
 */
export declare function vectorToArray(vector: SCRTDoubleVector2D | SCRTDoubleVector3D | FloatVector2D | SCRTFloatVector3D | UIntVector2D | SCRTUintVector2D | SCRTUintVector3D | IntVector2D, wasmContext: TSciChart | TSciChart3D): number[];
/**
 * Creates a Float64Array view directly onto the WebAssembly memory backing the vector.
 *
 * @remarks
 * **IMPORTANT**: This function returns a view onto the underlying WebAssembly memory, NOT a copy.
 *
 * The returned Float64Array:
 * - Shares memory with the WebAssembly vector - changes to the underlying data will be reflected in the view
 * - Should be used for READ operations only - writing to this view may cause undefined behaviour
 * - Becomes invalid if the vector is deleted or resized
 * - Has zero-copy performance characteristics, making it very efficient for reading large datasets
 *
 * Use this function when you need:
 * - High-performance read access to vector data
 * - To avoid memory allocation overhead
 * - Temporary access to data that won't outlive the vector
 *
 * If used with a FIFO vector (ie from a dataSeries with fifoCapacity set) you will get the raw buffer
 * and will need to use (index + fifoStartIndex) % fifoCapacity to access the data in the original order
 *
 * If you need to modify data or keep it beyond the vector's lifetime, use {@link vectorToArray} instead.
 *
 * @param vector - The WebAssembly vector to create a view for (SCRTDoubleVector2D or SCRTDoubleVector3D)
 * @param wasmContext - The WebAssembly context (TSciChart or TSciChart3D) that owns the vector
 * @returns A Float64Array view onto the WebAssembly memory - DO NOT write to this array
 */
export declare function vectorToArrayViewF64(vector: SCRTDoubleVector2D | SCRTDoubleVector3D, wasmContext: TSciChart | TSciChart3D): Float64Array;
/**
 * Creates a Float32Array view directly onto the WebAssembly memory backing the vector.
 *
 * @remarks
 * **IMPORTANT**: This function returns a view onto the underlying WebAssembly memory, NOT a copy.
 *
 * The returned Float32Array:
 * - Shares memory with the WebAssembly vector - changes to the underlying data will be reflected in the view
 * - Should be used for READ operations only - writing to this view may cause undefined behaviour
 * - Becomes invalid if the vector is deleted or resized
 * - Has zero-copy performance characteristics, making it very efficient for reading large datasets
 *
 * Use this function when you need:
 * - High-performance read access to vector data
 * - To avoid memory allocation overhead
 * - Temporary access to data that won't outlive the vector
 *
 * If you need to modify data or keep it beyond the vector's lifetime, use {@link vectorToArray} instead.
 *
 * @param vector - The WebAssembly vector to create a view for (FloatVector2D)
 * @param wasmContext - The WebAssembly context (TSciChart) that owns the vector
 * @returns A Float32Array view onto the WebAssembly memory - DO NOT write to this array
 */
export declare function vectorToArrayViewF32(vector: FloatVector2D | SCRTFloatVector3D, wasmContext: TSciChart | TSciChart3D): Float32Array;
/**
 * Creates a Uint32Array view directly onto the WebAssembly memory backing the vector.
 *
 * @remarks
 * **IMPORTANT**: This function returns a view onto the underlying WebAssembly memory, NOT a copy.
 *
 * The returned Uint32Array:
 * - Shares memory with the WebAssembly vector - changes to the underlying data will be reflected in the view
 * - Should be used for READ operations only - writing to this view may cause undefined behaviour
 * - Becomes invalid if the vector is deleted or resized
 * - Has zero-copy performance characteristics, making it very efficient for reading large datasets
 *
 * Use this function when you need:
 * - High-performance read access to vector data
 * - To avoid memory allocation overhead
 * - Temporary access to data that won't outlive the vector
 *
 * If you need to modify data or keep it beyond the vector's lifetime, use {@link vectorToArray} instead.
 *
 * @param vector - The WebAssembly vector to create a view for (UIntVector2D)
 * @param wasmContext - The WebAssembly context (TSciChart) that owns the vector
 * @returns A Uint32Array view onto the WebAssembly memory - DO NOT write to this array
 */
export declare function vectorToArrayViewUi32(vector: UIntVector2D | SCRTUintVector2D | SCRTUintVector3D, wasmContext: TSciChart | TSciChart3D): Uint32Array;
/**
 * Creates a Int32Array view directly onto the WebAssembly memory backing the vector.
 *
 * @remarks
 * **IMPORTANT**: This function returns a view onto the underlying WebAssembly memory, NOT a copy.
 *
 * The returned Int32Array:
 * - Shares memory with the WebAssembly vector - changes to the underlying data will be reflected in the view
 * - Should be used for READ operations only - writing to this view may cause undefined behaviour
 * - Becomes invalid if the vector is deleted or resized
 * - Has zero-copy performance characteristics, making it very efficient for reading large datasets
 *
 * Use this function when you need:
 * - High-performance read access to vector data
 * - To avoid memory allocation overhead
 * - Temporary access to data that won't outlive the vector
 *
 * If you need to modify data or keep it beyond the vector's lifetime, use {@link vectorToArray} instead.
 *
 * @param vector - The WebAssembly vector to create a view for (IntVector2D)
 * @param wasmContext - The WebAssembly context (TSciChart) that owns the vector
 * @returns A Int32Array view onto the WebAssembly memory - DO NOT write to this array
 */
export declare function vectorToArrayViewI32(vector: IntVector2D, wasmContext: TSciChart): Int32Array;