import { SegmentPoint, LineInterpolator } from './LineInterpolator';
import { TickConfig } from './wellbores/Config';
interface meshData {
    vertices: number[];
    triangles: number[];
    vertexData: number[];
    extraData: number[];
}
export declare class WellboreMesh {
    /** Line interpolator used to construct mesh. */
    interp: LineInterpolator;
    /** Thickness of line. */
    thickness: number;
    /** Index of latest vertex, i.e. base for triangulation of new geometry. */
    baseTris: number;
    /** Width and height of tick. */
    tick: TickConfig;
    /**
     * Constructor for creating a new line interpolator.
     * @param interp Interpolator used to generate line
     */
    constructor(interp: LineInterpolator, thickness: number, tick: TickConfig);
    /**
     * Generate mesh. Interval positioning should be relative.
     * @param intervals Collection of intervals on the format: [ [Start0, End0], ..., [StartN, EndN] ]
     */
    generate(intervals?: [number, number][]): meshData;
    /**
     * Append line segment from a section of points.
     * @param section Collection of segment points
     * @param type Type of segment, applied as vertex color
     * @param vertices 1-dimensional array with vertices
     * @param triangles 1-dimensional array with triangulation
     * @param vertexData 1-dimensional array with vertex data
     * @param extraData 1-dimensional array with type-data
     * @private
     */
    appendSegment(section: SegmentPoint[], type: number, vertices: number[], triangles: number[], vertexData: number[], extraData: number[]): void;
    /**
     * Creates a tick at the given position.
     * @param p Position of tick
     * @param baseTris Base triangle index
     * @param vertices 1-dimensional array with vertices
     * @param triangles 1-dimensional array with triangulation
     * @param vertexData 1-dimensional array with vertex data
     * @param extraData 1-dimensional array with type-data
     * @private
     */
    private generateCrossline;
}
export {};