import { IPoint } from '../../../../../../interfaces/IPoint.js';
/**
 * Segment types supported by the geometry model.
 */
export declare enum SegmentType {
    Move = "M",
    Line = "L",
    CubicBezier = "C",
    QuadraticBezier = "Q",
    Arc = "A",
    Close = "Z",
    HorizontalLine = "H",
    VerticalLine = "V",
    SmoothCubic = "S",
    SmoothQuadratic = "T"
}
/**
 * A single segment in the geometry. All coordinates are stored as absolute values for internal editing.
 * The `relative` flag preserves whether the original command was relative.
 */
export interface IGeometrySegment {
    /** The segment type */
    type: SegmentType;
    /** Whether the original command was relative (lowercase letter in SVG path) */
    relative: boolean;
    /** The endpoint of this segment (absolute coordinates) */
    point: IPoint;
    /** For cubic bezier: first control point (absolute) */
    cp1?: IPoint;
    /** For cubic bezier: second control point (absolute). For quadratic bezier: the single control point. */
    cp2?: IPoint;
    /** For arc segments */
    arc?: {
        rx: number;
        ry: number;
        rotation: number;
        largeArc: boolean;
        sweep: boolean;
    };
}
export type GeometryWriteTarget = 'attribute' | 'style';
export interface IGeometryWrite {
    attribute: string;
    value: string;
    target?: GeometryWriteTarget;
}
export interface IGeometrySerializationHint {
    target: GeometryWriteTarget;
    unit?: string;
}
/**
 * Abstraction over any editable geometry (SVG shapes, CSS shapes, etc.)
 */
export interface IGeometry {
    /** The segments describing this geometry */
    segments: IGeometrySegment[];
    /** Whether this geometry represents a closed shape */
    closed: boolean;
    /** Optional write-back hints for readers that preserve style-vs-attribute storage */
    serializationHints?: Record<string, IGeometrySerializationHint>;
}
/**
 * Reads element attributes/properties into an IGeometry
 */
export interface IGeometryReader {
    /** Read the element's current geometry */
    read(element: Element): IGeometry;
    /** Write the geometry back to the element as attribute string */
    serialize(geometry: IGeometry): IGeometryWrite[];
}