import { AcDbEntity, AcDbObjectId } from '@mlightcad/data-model';
/**
 * Composable: useHover
 *
 * Tracks which CAD entity is currently hovered in the active view.
 *
 * This composable automatically listens to `hover` and `unhover` events
 * from the `AcApDocManager.instance.curView.events` system in the CAD viewer.
 * It exposes reactive state containing:
 *
 * - The currently hovered entity (`entity`)
 * - The hovered entity’s object ID (`id`)
 * - The mouse position when hovering (`mouse`)
 * - A boolean indicating if an entity is hovered (`hovered`)
 *
 * When the component using this composable unmounts,
 * all event listeners are automatically cleaned up.
 *
 * ---
 * @example
 * ```ts
 * import { useHover } from '@/composables/useHover'
 * import { computed } from 'vue'
 * import { colorName, entityName } from '@/locale'
 *
 * export default {
 *   setup() {
 *     const { hovered, entity, mouse } = useHover()
 *
 *     // Example: compute entity info for display
 *     const info = computed(() => {
 *       if (!entity.value) return null
 *       return {
 *         type: entityName(entity.value),
 *         color: colorName(entity.value.color.toString()),
 *         layer: entity.value.layer,
 *         lineType: entity.value.lineType
 *       }
 *     })
 *
 *     // Example: compute tooltip position
 *     const tooltipStyle = computed(() => ({
 *       left: `${mouse.value.x + 10}px`,
 *       top: `${mouse.value.y + 10}px`
 *     }))
 *
 *     return { hovered, info, tooltipStyle }
 *   }
 * }
 * ```
 *
 * ---
 * @returns {{
 *   hovered: import('vue').Ref<boolean>;
 *   entity: import('vue').Ref<AcDbEntity | null>;
 *   id: import('vue').Ref<AcDbObjectId | null>;
 *   mouse: import('vue').Ref<{ x: number; y: number }>;
 * }}
 * Reactive state tracking the current hover context.
 */
export declare function useHover(): {
    hovered: import('vue').Ref<boolean, boolean>;
    entity: import('vue').Ref<{
        readonly type: string;
        readonly dxfTypeName: string;
        layer: string;
        color: {
            colorMethod: import('@mlightcad/data-model').AcCmColorMethod;
            readonly red: number | undefined;
            readonly green: number | undefined;
            readonly blue: number | undefined;
            readonly RGB: number | undefined;
            setRGB: (r: number, g: number, b: number) => import('@mlightcad/data-model').AcCmColor;
            setRGBValue: (value: number | undefined | null) => import('@mlightcad/data-model').AcCmColor;
            setRGBFromCss: (cssString: string) => import('@mlightcad/data-model').AcCmColor;
            setScalar: (scalar: number) => import('@mlightcad/data-model').AcCmColor;
            readonly hexColor: string | undefined;
            readonly cssColor: string | undefined;
            cssColorAlpha: (alpha: number) => string | undefined;
            colorIndex: number | undefined;
            readonly isByColor: boolean;
            readonly isByACI: boolean;
            readonly isForeground: boolean;
            setForeground: () => import('@mlightcad/data-model').AcCmColor;
            readonly isByLayer: boolean;
            setByLayer: (value?: number) => import('@mlightcad/data-model').AcCmColor;
            readonly isByBlock: boolean;
            setByBlock: (value?: number) => import('@mlightcad/data-model').AcCmColor;
            colorName: string | undefined;
            clone: () => import('@mlightcad/data-model').AcCmColor;
            copy: (other: import('@mlightcad/data-model').AcCmColor) => import('@mlightcad/data-model').AcCmColor;
            equals: (other: import('@mlightcad/data-model').AcCmColor) => boolean;
            toString: () => string;
        };
        readonly resolvedColor: {
            colorMethod: import('@mlightcad/data-model').AcCmColorMethod;
            readonly red: number | undefined;
            readonly green: number | undefined;
            readonly blue: number | undefined;
            readonly RGB: number | undefined;
            setRGB: (r: number, g: number, b: number) => import('@mlightcad/data-model').AcCmColor;
            setRGBValue: (value: number | undefined | null) => import('@mlightcad/data-model').AcCmColor;
            setRGBFromCss: (cssString: string) => import('@mlightcad/data-model').AcCmColor;
            setScalar: (scalar: number) => import('@mlightcad/data-model').AcCmColor;
            readonly hexColor: string | undefined;
            readonly cssColor: string | undefined;
            cssColorAlpha: (alpha: number) => string | undefined;
            colorIndex: number | undefined;
            readonly isByColor: boolean;
            readonly isByACI: boolean;
            readonly isForeground: boolean;
            setForeground: () => import('@mlightcad/data-model').AcCmColor;
            readonly isByLayer: boolean;
            setByLayer: (value?: number) => import('@mlightcad/data-model').AcCmColor;
            readonly isByBlock: boolean;
            setByBlock: (value?: number) => import('@mlightcad/data-model').AcCmColor;
            colorName: string | undefined;
            clone: () => import('@mlightcad/data-model').AcCmColor;
            copy: (other: import('@mlightcad/data-model').AcCmColor) => import('@mlightcad/data-model').AcCmColor;
            equals: (other: import('@mlightcad/data-model').AcCmColor) => boolean;
            toString: () => string;
        };
        lineType: string;
        lineWeight: import('@mlightcad/data-model').AcGiLineWeight;
        linetypeScale: number;
        visibility: boolean;
        transparency: {
            method: import('@mlightcad/data-model').AcCmTransparencyMethod;
            alpha: number;
            percentage: number | undefined;
            readonly isByAlpha: boolean;
            readonly isByBlock: boolean;
            readonly isByLayer: boolean;
            readonly isClear: boolean;
            readonly isSolid: boolean;
            readonly isInvalid: boolean;
            serialize: () => number;
            clone: () => import('@mlightcad/data-model').AcCmTransparency;
            equals: (other: import('@mlightcad/data-model').AcCmTransparency) => boolean;
            toString: () => string;
        };
        dxfOutFields: (filer: import('@mlightcad/data-model').AcDbDxfFiler) => AcDbEntity;
        resolveEffectiveProperties: () => void;
        readonly properties: {
            type: string;
            groups: {
                groupName: import('@mlightcad/data-model').AcDbEntityPropertyGroupName;
                properties: {
                    accessor: {
                        get: () => unknown;
                        set?: ((value: unknown) => void) | undefined;
                    };
                    name: string;
                    type: import('@mlightcad/data-model').AcDbEntityPropertyType;
                    options?: {
                        label: string;
                        value: unknown;
                    }[] | undefined;
                    editable?: boolean | undefined;
                    skipTranslation?: boolean | undefined;
                    itemSchema?: {
                        properties: {
                            name: string;
                            type: import('@mlightcad/data-model').AcDbEntityPropertyType;
                            options?: {
                                label: string;
                                value: unknown;
                            }[] | undefined;
                            editable?: boolean | undefined;
                            skipTranslation?: boolean | undefined;
                            itemSchema?: /*elided*/ any | undefined;
                        }[];
                    } | undefined;
                }[];
            }[];
        };
        subGetGripPoints: () => import('@mlightcad/data-model').AcGePoint3d[];
        subMoveGripPointsAt: (indices: number[], offset: import('@mlightcad/data-model').AcGeVector3dLike) => AcDbEntity;
        subGetOsnapPoints: (osnapMode: import('@mlightcad/data-model').AcDbOsnapMode, pickPoint: AcGePoint3dLike, lastPoint: AcGePoint3dLike, snapPoints: AcGePoint3dLike[], gsMark?: AcDbObjectId, insertionMat?: import('@mlightcad/data-model').AcGeMatrix3d) => void;
        transformBy: (matrix: import('@mlightcad/data-model').AcGeMatrix3d) => AcDbEntity;
        readonly geometricExtents: {
            min: {
                x: number;
                y: number;
                z: number;
                set: (x: number, y: number, z: number) => import('@mlightcad/data-model').AcGeVector3d;
                setScalar: (scalar: number) => import('@mlightcad/data-model').AcGeVector3d;
                setX: (x: number) => import('@mlightcad/data-model').AcGeVector3d;
                setY: (y: number) => import('@mlightcad/data-model').AcGeVector3d;
                setZ: (z: number) => import('@mlightcad/data-model').AcGeVector3d;
                setComponent: (index: number, value: number) => import('@mlightcad/data-model').AcGeVector3d;
                getComponent: (index: number) => number;
                clone: () => import('@mlightcad/data-model').AcGeVector3d;
                copy: (v: import('@mlightcad/data-model').AcGeVectorLike) => import('@mlightcad/data-model').AcGeVector3d;
                add: (v: import('@mlightcad/data-model').AcGeVectorLike) => import('@mlightcad/data-model').AcGeVector3d;
                addScalar: (s: number) => import('@mlightcad/data-model').AcGeVector3d;
                addVectors: (a: import('@mlightcad/data-model').AcGeVector3dLike, b: import('@mlightcad/data-model').AcGeVector3dLike) => import('@mlightcad/data-model').AcGeVector3d;
                addScaledVector: (v: import('@mlightcad/data-model').AcGeVector3dLike, s: number) => import('@mlightcad/data-model').AcGeVector3d;
                sub: (v: import('@mlightcad/data-model').AcGeVector3dLike) => import('@mlightcad/data-model').AcGeVector3d;
                subScalar: (s: number) => import('@mlightcad/data-model').AcGeVector3d;
                subVectors: (a: import('@mlightcad/data-model').AcGeVector3dLike, b: import('@mlightcad/data-model').AcGeVector3dLike) => import('@mlightcad/data-model').AcGeVector3d;
                multiply: (v: import('@mlightcad/data-model').AcGeVector3dLike) => import('@mlightcad/data-model').AcGeVector3d;
                multiplyScalar: (scalar: number) => import('@mlightcad/data-model').AcGeVector3d;
                multiplyVectors: (a: import('@mlightcad/data-model').AcGeVector3dLike, b: import('@mlightcad/data-model').AcGeVector3dLike) => import('@mlightcad/data-model').AcGeVector3d;
                applyEuler: (euler: import('@mlightcad/data-model').AcGeEuler) => import('@mlightcad/data-model').AcGeVector3d;
                applyAxisAngle: (axis: import('@mlightcad/data-model').AcGeVector3dLike, angle: number) => import('@mlightcad/data-model').AcGeVector3d;
                applyMatrix3: (m: import('@mlightcad/data-model').AcGeMatrix2d) => import('@mlightcad/data-model').AcGeVector3d;
                applyNormalMatrix: (m: import('@mlightcad/data-model').AcGeMatrix2d) => import('@mlightcad/data-model').AcGeVector3d;
                applyMatrix4: (m: import('@mlightcad/data-model').AcGeMatrix3d) => import('@mlightcad/data-model').AcGeVector3d;
                applyQuaternion: (q: import('@mlightcad/data-model').AcGeQuaternion) => import('@mlightcad/data-model').AcGeVector3d;
                transformDirection: (m: import('@mlightcad/data-model').AcGeMatrix3d) => import('@mlightcad/data-model').AcGeVector3d;
                divide: (v: import('@mlightcad/data-model').AcGeVector3dLike) => import('@mlightcad/data-model').AcGeVector3d;
                divideScalar: (scalar: number) => import('@mlightcad/data-model').AcGeVector3d;
                min: (v: import('@mlightcad/data-model').AcGeVector3dLike) => import('@mlightcad/data-model').AcGeVector3d;
                max: (v: import('@mlightcad/data-model').AcGeVector3dLike) => import('@mlightcad/data-model').AcGeVector3d;
                clamp: (min: import('@mlightcad/data-model').AcGeVector3dLike, max: import('@mlightcad/data-model').AcGeVector3dLike) => import('@mlightcad/data-model').AcGeVector3d;
                clampScalar: (minVal: number, maxVal: number) => import('@mlightcad/data-model').AcGeVector3d;
                clampLength: (min: number, max: number) => import('@mlightcad/data-model').AcGeVector3d;
                floor: () => import('@mlightcad/data-model').AcGeVector3d;
                ceil: () => import('@mlightcad/data-model').AcGeVector3d;
                round: () => import('@mlightcad/data-model').AcGeVector3d;
                roundToZero: () => import('@mlightcad/data-model').AcGeVector3d;
                negate: () => import('@mlightcad/data-model').AcGeVector3d;
                dot: (v: import('@mlightcad/data-model').AcGeVector3dLike) => number;
                isParallelTo: (vec: import('@mlightcad/data-model').AcGeVector3d) => boolean;
                lengthSq: () => number;
                length: () => number;
                manhattanLength: () => number;
                normalize: () => import('@mlightcad/data-model').AcGeVector3d;
                setLength: (l: number) => import('@mlightcad/data-model').AcGeVector3d;
                lerp: (v: import('@mlightcad/data-model').AcGeVector3dLike, alpha: number) => import('@mlightcad/data-model').AcGeVector3d;
                lerpVectors: (v1: import('@mlightcad/data-model').AcGeVector3dLike, v2: import('@mlightcad/data-model').AcGeVector3dLike, alpha: number) => import('@mlightcad/data-model').AcGeVector3d;
                cross: (v: import('@mlightcad/data-model').AcGeVector3dLike) => import('@mlightcad/data-model').AcGeVector3d;
                crossVectors: (a: import('@mlightcad/data-model').AcGeVector3dLike, b: import('@mlightcad/data-model').AcGeVector3dLike) => import('@mlightcad/data-model').AcGeVector3d;
                projectOnVector: (v: import('@mlightcad/data-model').AcGeVector3d) => import('@mlightcad/data-model').AcGeVector3d;
                projectOnPlane: (planeNormal: import('@mlightcad/data-model').AcGeVector3d) => import('@mlightcad/data-model').AcGeVector3d;
                reflect: (normal: import('@mlightcad/data-model').AcGeVector3dLike) => import('@mlightcad/data-model').AcGeVector3d;
                angleTo: (v: import('@mlightcad/data-model').AcGeVector3d) => number;
                distanceTo: (v: import('@mlightcad/data-model').AcGeVector3dLike) => number;
                distanceToSquared: (v: import('@mlightcad/data-model').AcGeVector3dLike) => number;
                manhattanDistanceTo: (v: import('@mlightcad/data-model').AcGeVector3dLike) => number;
                setFromMatrixPosition: (m: import('@mlightcad/data-model').AcGeMatrix3d) => import('@mlightcad/data-model').AcGeVector3d;
                setFromMatrixScale: (m: import('@mlightcad/data-model').AcGeMatrix3d) => import('@mlightcad/data-model').AcGeVector3d;
                setFromMatrixColumn: (m: import('@mlightcad/data-model').AcGeMatrix3d, index: number) => import('@mlightcad/data-model').AcGeVector3d;
                setFromMatrix3Column: (m: import('@mlightcad/data-model').AcGeMatrix2d, index: number) => import('@mlightcad/data-model').AcGeVector3d;
                equals: (v: import('@mlightcad/data-model').AcGeVector3dLike) => boolean;
                fromArray: (array: number[], offset?: number) => import('@mlightcad/data-model').AcGeVector3d;
                toArray: (array?: number[] | Float32Array, offset?: number) => number[] | Float32Array;
                random: () => import('@mlightcad/data-model').AcGeVector3d;
                randomDirection: () => import('@mlightcad/data-model').AcGeVector3d;
                [Symbol.iterator]: () => Generator<number, void, unknown>;
            };
            max: {
                x: number;
                y: number;
                z: number;
                set: (x: number, y: number, z: number) => import('@mlightcad/data-model').AcGeVector3d;
                setScalar: (scalar: number) => import('@mlightcad/data-model').AcGeVector3d;
                setX: (x: number) => import('@mlightcad/data-model').AcGeVector3d;
                setY: (y: number) => import('@mlightcad/data-model').AcGeVector3d;
                setZ: (z: number) => import('@mlightcad/data-model').AcGeVector3d;
                setComponent: (index: number, value: number) => import('@mlightcad/data-model').AcGeVector3d;
                getComponent: (index: number) => number;
                clone: () => import('@mlightcad/data-model').AcGeVector3d;
                copy: (v: import('@mlightcad/data-model').AcGeVectorLike) => import('@mlightcad/data-model').AcGeVector3d;
                add: (v: import('@mlightcad/data-model').AcGeVectorLike) => import('@mlightcad/data-model').AcGeVector3d;
                addScalar: (s: number) => import('@mlightcad/data-model').AcGeVector3d;
                addVectors: (a: import('@mlightcad/data-model').AcGeVector3dLike, b: import('@mlightcad/data-model').AcGeVector3dLike) => import('@mlightcad/data-model').AcGeVector3d;
                addScaledVector: (v: import('@mlightcad/data-model').AcGeVector3dLike, s: number) => import('@mlightcad/data-model').AcGeVector3d;
                sub: (v: import('@mlightcad/data-model').AcGeVector3dLike) => import('@mlightcad/data-model').AcGeVector3d;
                subScalar: (s: number) => import('@mlightcad/data-model').AcGeVector3d;
                subVectors: (a: import('@mlightcad/data-model').AcGeVector3dLike, b: import('@mlightcad/data-model').AcGeVector3dLike) => import('@mlightcad/data-model').AcGeVector3d;
                multiply: (v: import('@mlightcad/data-model').AcGeVector3dLike) => import('@mlightcad/data-model').AcGeVector3d;
                multiplyScalar: (scalar: number) => import('@mlightcad/data-model').AcGeVector3d;
                multiplyVectors: (a: import('@mlightcad/data-model').AcGeVector3dLike, b: import('@mlightcad/data-model').AcGeVector3dLike) => import('@mlightcad/data-model').AcGeVector3d;
                applyEuler: (euler: import('@mlightcad/data-model').AcGeEuler) => import('@mlightcad/data-model').AcGeVector3d;
                applyAxisAngle: (axis: import('@mlightcad/data-model').AcGeVector3dLike, angle: number) => import('@mlightcad/data-model').AcGeVector3d;
                applyMatrix3: (m: import('@mlightcad/data-model').AcGeMatrix2d) => import('@mlightcad/data-model').AcGeVector3d;
                applyNormalMatrix: (m: import('@mlightcad/data-model').AcGeMatrix2d) => import('@mlightcad/data-model').AcGeVector3d;
                applyMatrix4: (m: import('@mlightcad/data-model').AcGeMatrix3d) => import('@mlightcad/data-model').AcGeVector3d;
                applyQuaternion: (q: import('@mlightcad/data-model').AcGeQuaternion) => import('@mlightcad/data-model').AcGeVector3d;
                transformDirection: (m: import('@mlightcad/data-model').AcGeMatrix3d) => import('@mlightcad/data-model').AcGeVector3d;
                divide: (v: import('@mlightcad/data-model').AcGeVector3dLike) => import('@mlightcad/data-model').AcGeVector3d;
                divideScalar: (scalar: number) => import('@mlightcad/data-model').AcGeVector3d;
                min: (v: import('@mlightcad/data-model').AcGeVector3dLike) => import('@mlightcad/data-model').AcGeVector3d;
                max: (v: import('@mlightcad/data-model').AcGeVector3dLike) => import('@mlightcad/data-model').AcGeVector3d;
                clamp: (min: import('@mlightcad/data-model').AcGeVector3dLike, max: import('@mlightcad/data-model').AcGeVector3dLike) => import('@mlightcad/data-model').AcGeVector3d;
                clampScalar: (minVal: number, maxVal: number) => import('@mlightcad/data-model').AcGeVector3d;
                clampLength: (min: number, max: number) => import('@mlightcad/data-model').AcGeVector3d;
                floor: () => import('@mlightcad/data-model').AcGeVector3d;
                ceil: () => import('@mlightcad/data-model').AcGeVector3d;
                round: () => import('@mlightcad/data-model').AcGeVector3d;
                roundToZero: () => import('@mlightcad/data-model').AcGeVector3d;
                negate: () => import('@mlightcad/data-model').AcGeVector3d;
                dot: (v: import('@mlightcad/data-model').AcGeVector3dLike) => number;
                isParallelTo: (vec: import('@mlightcad/data-model').AcGeVector3d) => boolean;
                lengthSq: () => number;
                length: () => number;
                manhattanLength: () => number;
                normalize: () => import('@mlightcad/data-model').AcGeVector3d;
                setLength: (l: number) => import('@mlightcad/data-model').AcGeVector3d;
                lerp: (v: import('@mlightcad/data-model').AcGeVector3dLike, alpha: number) => import('@mlightcad/data-model').AcGeVector3d;
                lerpVectors: (v1: import('@mlightcad/data-model').AcGeVector3dLike, v2: import('@mlightcad/data-model').AcGeVector3dLike, alpha: number) => import('@mlightcad/data-model').AcGeVector3d;
                cross: (v: import('@mlightcad/data-model').AcGeVector3dLike) => import('@mlightcad/data-model').AcGeVector3d;
                crossVectors: (a: import('@mlightcad/data-model').AcGeVector3dLike, b: import('@mlightcad/data-model').AcGeVector3dLike) => import('@mlightcad/data-model').AcGeVector3d;
                projectOnVector: (v: import('@mlightcad/data-model').AcGeVector3d) => import('@mlightcad/data-model').AcGeVector3d;
                projectOnPlane: (planeNormal: import('@mlightcad/data-model').AcGeVector3d) => import('@mlightcad/data-model').AcGeVector3d;
                reflect: (normal: import('@mlightcad/data-model').AcGeVector3dLike) => import('@mlightcad/data-model').AcGeVector3d;
                angleTo: (v: import('@mlightcad/data-model').AcGeVector3d) => number;
                distanceTo: (v: import('@mlightcad/data-model').AcGeVector3dLike) => number;
                distanceToSquared: (v: import('@mlightcad/data-model').AcGeVector3dLike) => number;
                manhattanDistanceTo: (v: import('@mlightcad/data-model').AcGeVector3dLike) => number;
                setFromMatrixPosition: (m: import('@mlightcad/data-model').AcGeMatrix3d) => import('@mlightcad/data-model').AcGeVector3d;
                setFromMatrixScale: (m: import('@mlightcad/data-model').AcGeMatrix3d) => import('@mlightcad/data-model').AcGeVector3d;
                setFromMatrixColumn: (m: import('@mlightcad/data-model').AcGeMatrix3d, index: number) => import('@mlightcad/data-model').AcGeVector3d;
                setFromMatrix3Column: (m: import('@mlightcad/data-model').AcGeMatrix2d, index: number) => import('@mlightcad/data-model').AcGeVector3d;
                equals: (v: import('@mlightcad/data-model').AcGeVector3dLike) => boolean;
                fromArray: (array: number[], offset?: number) => import('@mlightcad/data-model').AcGeVector3d;
                toArray: (array?: number[] | Float32Array, offset?: number) => number[] | Float32Array;
                random: () => import('@mlightcad/data-model').AcGeVector3d;
                randomDirection: () => import('@mlightcad/data-model').AcGeVector3d;
                [Symbol.iterator]: () => Generator<number, void, unknown>;
            };
            set: (min: import('@mlightcad/data-model').AcGeVector3dLike, max: import('@mlightcad/data-model').AcGeVector3dLike) => import('@mlightcad/data-model').AcGeBox3d;
            setFromArray: (array: number[]) => import('@mlightcad/data-model').AcGeBox3d;
            setFromPoints: (points: import('@mlightcad/data-model').AcGeVector3dLike[]) => import('@mlightcad/data-model').AcGeBox3d;
            setFromCenterAndSize: (center: import('@mlightcad/data-model').AcGeVector3dLike, size: import('@mlightcad/data-model').AcGeVector3dLike) => import('@mlightcad/data-model').AcGeBox3d;
            clone: () => import('@mlightcad/data-model').AcGeBox3d;
            copy: (box: import('@mlightcad/data-model').AcGeBox3d) => import('@mlightcad/data-model').AcGeBox3d;
            makeEmpty: () => import('@mlightcad/data-model').AcGeBox3d;
            isEmpty: () => boolean;
            getCenter: (target: import('@mlightcad/data-model').AcGeVector3d) => import('@mlightcad/data-model').AcGeVector3d;
            getSize: (target: import('@mlightcad/data-model').AcGeVector3d) => import('@mlightcad/data-model').AcGeVector3d;
            readonly center: {
                x: number;
                y: number;
                z: number;
                set: (x: number, y: number, z: number) => import('@mlightcad/data-model').AcGeVector3d;
                setScalar: (scalar: number) => import('@mlightcad/data-model').AcGeVector3d;
                setX: (x: number) => import('@mlightcad/data-model').AcGeVector3d;
                setY: (y: number) => import('@mlightcad/data-model').AcGeVector3d;
                setZ: (z: number) => import('@mlightcad/data-model').AcGeVector3d;
                setComponent: (index: number, value: number) => import('@mlightcad/data-model').AcGeVector3d;
                getComponent: (index: number) => number;
                clone: () => import('@mlightcad/data-model').AcGeVector3d;
                copy: (v: import('@mlightcad/data-model').AcGeVectorLike) => import('@mlightcad/data-model').AcGeVector3d;
                add: (v: import('@mlightcad/data-model').AcGeVectorLike) => import('@mlightcad/data-model').AcGeVector3d;
                addScalar: (s: number) => import('@mlightcad/data-model').AcGeVector3d;
                addVectors: (a: import('@mlightcad/data-model').AcGeVector3dLike, b: import('@mlightcad/data-model').AcGeVector3dLike) => import('@mlightcad/data-model').AcGeVector3d;
                addScaledVector: (v: import('@mlightcad/data-model').AcGeVector3dLike, s: number) => import('@mlightcad/data-model').AcGeVector3d;
                sub: (v: import('@mlightcad/data-model').AcGeVector3dLike) => import('@mlightcad/data-model').AcGeVector3d;
                subScalar: (s: number) => import('@mlightcad/data-model').AcGeVector3d;
                subVectors: (a: import('@mlightcad/data-model').AcGeVector3dLike, b: import('@mlightcad/data-model').AcGeVector3dLike) => import('@mlightcad/data-model').AcGeVector3d;
                multiply: (v: import('@mlightcad/data-model').AcGeVector3dLike) => import('@mlightcad/data-model').AcGeVector3d;
                multiplyScalar: (scalar: number) => import('@mlightcad/data-model').AcGeVector3d;
                multiplyVectors: (a: import('@mlightcad/data-model').AcGeVector3dLike, b: import('@mlightcad/data-model').AcGeVector3dLike) => import('@mlightcad/data-model').AcGeVector3d;
                applyEuler: (euler: import('@mlightcad/data-model').AcGeEuler) => import('@mlightcad/data-model').AcGeVector3d;
                applyAxisAngle: (axis: import('@mlightcad/data-model').AcGeVector3dLike, angle: number) => import('@mlightcad/data-model').AcGeVector3d;
                applyMatrix3: (m: import('@mlightcad/data-model').AcGeMatrix2d) => import('@mlightcad/data-model').AcGeVector3d;
                applyNormalMatrix: (m: import('@mlightcad/data-model').AcGeMatrix2d) => import('@mlightcad/data-model').AcGeVector3d;
                applyMatrix4: (m: import('@mlightcad/data-model').AcGeMatrix3d) => import('@mlightcad/data-model').AcGeVector3d;
                applyQuaternion: (q: import('@mlightcad/data-model').AcGeQuaternion) => import('@mlightcad/data-model').AcGeVector3d;
                transformDirection: (m: import('@mlightcad/data-model').AcGeMatrix3d) => import('@mlightcad/data-model').AcGeVector3d;
                divide: (v: import('@mlightcad/data-model').AcGeVector3dLike) => import('@mlightcad/data-model').AcGeVector3d;
                divideScalar: (scalar: number) => import('@mlightcad/data-model').AcGeVector3d;
                min: (v: import('@mlightcad/data-model').AcGeVector3dLike) => import('@mlightcad/data-model').AcGeVector3d;
                max: (v: import('@mlightcad/data-model').AcGeVector3dLike) => import('@mlightcad/data-model').AcGeVector3d;
                clamp: (min: import('@mlightcad/data-model').AcGeVector3dLike, max: import('@mlightcad/data-model').AcGeVector3dLike) => import('@mlightcad/data-model').AcGeVector3d;
                clampScalar: (minVal: number, maxVal: number) => import('@mlightcad/data-model').AcGeVector3d;
                clampLength: (min: number, max: number) => import('@mlightcad/data-model').AcGeVector3d;
                floor: () => import('@mlightcad/data-model').AcGeVector3d;
                ceil: () => import('@mlightcad/data-model').AcGeVector3d;
                round: () => import('@mlightcad/data-model').AcGeVector3d;
                roundToZero: () => import('@mlightcad/data-model').AcGeVector3d;
                negate: () => import('@mlightcad/data-model').AcGeVector3d;
                dot: (v: import('@mlightcad/data-model').AcGeVector3dLike) => number;
                isParallelTo: (vec: import('@mlightcad/data-model').AcGeVector3d) => boolean;
                lengthSq: () => number;
                length: () => number;
                manhattanLength: () => number;
                normalize: () => import('@mlightcad/data-model').AcGeVector3d;
                setLength: (l: number) => import('@mlightcad/data-model').AcGeVector3d;
                lerp: (v: import('@mlightcad/data-model').AcGeVector3dLike, alpha: number) => import('@mlightcad/data-model').AcGeVector3d;
                lerpVectors: (v1: import('@mlightcad/data-model').AcGeVector3dLike, v2: import('@mlightcad/data-model').AcGeVector3dLike, alpha: number) => import('@mlightcad/data-model').AcGeVector3d;
                cross: (v: import('@mlightcad/data-model').AcGeVector3dLike) => import('@mlightcad/data-model').AcGeVector3d;
                crossVectors: (a: import('@mlightcad/data-model').AcGeVector3dLike, b: import('@mlightcad/data-model').AcGeVector3dLike) => import('@mlightcad/data-model').AcGeVector3d;
                projectOnVector: (v: import('@mlightcad/data-model').AcGeVector3d) => import('@mlightcad/data-model').AcGeVector3d;
                projectOnPlane: (planeNormal: import('@mlightcad/data-model').AcGeVector3d) => import('@mlightcad/data-model').AcGeVector3d;
                reflect: (normal: import('@mlightcad/data-model').AcGeVector3dLike) => import('@mlightcad/data-model').AcGeVector3d;
                angleTo: (v: import('@mlightcad/data-model').AcGeVector3d) => number;
                distanceTo: (v: import('@mlightcad/data-model').AcGeVector3dLike) => number;
                distanceToSquared: (v: import('@mlightcad/data-model').AcGeVector3dLike) => number;
                manhattanDistanceTo: (v: import('@mlightcad/data-model').AcGeVector3dLike) => number;
                setFromMatrixPosition: (m: import('@mlightcad/data-model').AcGeMatrix3d) => import('@mlightcad/data-model').AcGeVector3d;
                setFromMatrixScale: (m: import('@mlightcad/data-model').AcGeMatrix3d) => import('@mlightcad/data-model').AcGeVector3d;
                setFromMatrixColumn: (m: import('@mlightcad/data-model').AcGeMatrix3d, index: number) => import('@mlightcad/data-model').AcGeVector3d;
                setFromMatrix3Column: (m: import('@mlightcad/data-model').AcGeMatrix2d, index: number) => import('@mlightcad/data-model').AcGeVector3d;
                equals: (v: import('@mlightcad/data-model').AcGeVector3dLike) => boolean;
                fromArray: (array: number[], offset?: number) => import('@mlightcad/data-model').AcGeVector3d;
                toArray: (array?: number[] | Float32Array, offset?: number) => number[] | Float32Array;
                random: () => import('@mlightcad/data-model').AcGeVector3d;
                randomDirection: () => import('@mlightcad/data-model').AcGeVector3d;
                [Symbol.iterator]: () => Generator<number, void, unknown>;
            };
            readonly size: {
                x: number;
                y: number;
                z: number;
                set: (x: number, y: number, z: number) => import('@mlightcad/data-model').AcGeVector3d;
                setScalar: (scalar: number) => import('@mlightcad/data-model').AcGeVector3d;
                setX: (x: number) => import('@mlightcad/data-model').AcGeVector3d;
                setY: (y: number) => import('@mlightcad/data-model').AcGeVector3d;
                setZ: (z: number) => import('@mlightcad/data-model').AcGeVector3d;
                setComponent: (index: number, value: number) => import('@mlightcad/data-model').AcGeVector3d;
                getComponent: (index: number) => number;
                clone: () => import('@mlightcad/data-model').AcGeVector3d;
                copy: (v: import('@mlightcad/data-model').AcGeVectorLike) => import('@mlightcad/data-model').AcGeVector3d;
                add: (v: import('@mlightcad/data-model').AcGeVectorLike) => import('@mlightcad/data-model').AcGeVector3d;
                addScalar: (s: number) => import('@mlightcad/data-model').AcGeVector3d;
                addVectors: (a: import('@mlightcad/data-model').AcGeVector3dLike, b: import('@mlightcad/data-model').AcGeVector3dLike) => import('@mlightcad/data-model').AcGeVector3d;
                addScaledVector: (v: import('@mlightcad/data-model').AcGeVector3dLike, s: number) => import('@mlightcad/data-model').AcGeVector3d;
                sub: (v: import('@mlightcad/data-model').AcGeVector3dLike) => import('@mlightcad/data-model').AcGeVector3d;
                subScalar: (s: number) => import('@mlightcad/data-model').AcGeVector3d;
                subVectors: (a: import('@mlightcad/data-model').AcGeVector3dLike, b: import('@mlightcad/data-model').AcGeVector3dLike) => import('@mlightcad/data-model').AcGeVector3d;
                multiply: (v: import('@mlightcad/data-model').AcGeVector3dLike) => import('@mlightcad/data-model').AcGeVector3d;
                multiplyScalar: (scalar: number) => import('@mlightcad/data-model').AcGeVector3d;
                multiplyVectors: (a: import('@mlightcad/data-model').AcGeVector3dLike, b: import('@mlightcad/data-model').AcGeVector3dLike) => import('@mlightcad/data-model').AcGeVector3d;
                applyEuler: (euler: import('@mlightcad/data-model').AcGeEuler) => import('@mlightcad/data-model').AcGeVector3d;
                applyAxisAngle: (axis: import('@mlightcad/data-model').AcGeVector3dLike, angle: number) => import('@mlightcad/data-model').AcGeVector3d;
                applyMatrix3: (m: import('@mlightcad/data-model').AcGeMatrix2d) => import('@mlightcad/data-model').AcGeVector3d;
                applyNormalMatrix: (m: import('@mlightcad/data-model').AcGeMatrix2d) => import('@mlightcad/data-model').AcGeVector3d;
                applyMatrix4: (m: import('@mlightcad/data-model').AcGeMatrix3d) => import('@mlightcad/data-model').AcGeVector3d;
                applyQuaternion: (q: import('@mlightcad/data-model').AcGeQuaternion) => import('@mlightcad/data-model').AcGeVector3d;
                transformDirection: (m: import('@mlightcad/data-model').AcGeMatrix3d) => import('@mlightcad/data-model').AcGeVector3d;
                divide: (v: import('@mlightcad/data-model').AcGeVector3dLike) => import('@mlightcad/data-model').AcGeVector3d;
                divideScalar: (scalar: number) => import('@mlightcad/data-model').AcGeVector3d;
                min: (v: import('@mlightcad/data-model').AcGeVector3dLike) => import('@mlightcad/data-model').AcGeVector3d;
                max: (v: import('@mlightcad/data-model').AcGeVector3dLike) => import('@mlightcad/data-model').AcGeVector3d;
                clamp: (min: import('@mlightcad/data-model').AcGeVector3dLike, max: import('@mlightcad/data-model').AcGeVector3dLike) => import('@mlightcad/data-model').AcGeVector3d;
                clampScalar: (minVal: number, maxVal: number) => import('@mlightcad/data-model').AcGeVector3d;
                clampLength: (min: number, max: number) => import('@mlightcad/data-model').AcGeVector3d;
                floor: () => import('@mlightcad/data-model').AcGeVector3d;
                ceil: () => import('@mlightcad/data-model').AcGeVector3d;
                round: () => import('@mlightcad/data-model').AcGeVector3d;
                roundToZero: () => import('@mlightcad/data-model').AcGeVector3d;
                negate: () => import('@mlightcad/data-model').AcGeVector3d;
                dot: (v: import('@mlightcad/data-model').AcGeVector3dLike) => number;
                isParallelTo: (vec: import('@mlightcad/data-model').AcGeVector3d) => boolean;
                lengthSq: () => number;
                length: () => number;
                manhattanLength: () => number;
                normalize: () => import('@mlightcad/data-model').AcGeVector3d;
                setLength: (l: number) => import('@mlightcad/data-model').AcGeVector3d;
                lerp: (v: import('@mlightcad/data-model').AcGeVector3dLike, alpha: number) => import('@mlightcad/data-model').AcGeVector3d;
                lerpVectors: (v1: import('@mlightcad/data-model').AcGeVector3dLike, v2: import('@mlightcad/data-model').AcGeVector3dLike, alpha: number) => import('@mlightcad/data-model').AcGeVector3d;
                cross: (v: import('@mlightcad/data-model').AcGeVector3dLike) => import('@mlightcad/data-model').AcGeVector3d;
                crossVectors: (a: import('@mlightcad/data-model').AcGeVector3dLike, b: import('@mlightcad/data-model').AcGeVector3dLike) => import('@mlightcad/data-model').AcGeVector3d;
                projectOnVector: (v: import('@mlightcad/data-model').AcGeVector3d) => import('@mlightcad/data-model').AcGeVector3d;
                projectOnPlane: (planeNormal: import('@mlightcad/data-model').AcGeVector3d) => import('@mlightcad/data-model').AcGeVector3d;
                reflect: (normal: import('@mlightcad/data-model').AcGeVector3dLike) => import('@mlightcad/data-model').AcGeVector3d;
                angleTo: (v: import('@mlightcad/data-model').AcGeVector3d) => number;
                distanceTo: (v: import('@mlightcad/data-model').AcGeVector3dLike) => number;
                distanceToSquared: (v: import('@mlightcad/data-model').AcGeVector3dLike) => number;
                manhattanDistanceTo: (v: import('@mlightcad/data-model').AcGeVector3dLike) => number;
                setFromMatrixPosition: (m: import('@mlightcad/data-model').AcGeMatrix3d) => import('@mlightcad/data-model').AcGeVector3d;
                setFromMatrixScale: (m: import('@mlightcad/data-model').AcGeMatrix3d) => import('@mlightcad/data-model').AcGeVector3d;
                setFromMatrixColumn: (m: import('@mlightcad/data-model').AcGeMatrix3d, index: number) => import('@mlightcad/data-model').AcGeVector3d;
                setFromMatrix3Column: (m: import('@mlightcad/data-model').AcGeMatrix2d, index: number) => import('@mlightcad/data-model').AcGeVector3d;
                equals: (v: import('@mlightcad/data-model').AcGeVector3dLike) => boolean;
                fromArray: (array: number[], offset?: number) => import('@mlightcad/data-model').AcGeVector3d;
                toArray: (array?: number[] | Float32Array, offset?: number) => number[] | Float32Array;
                random: () => import('@mlightcad/data-model').AcGeVector3d;
                randomDirection: () => import('@mlightcad/data-model').AcGeVector3d;
                [Symbol.iterator]: () => Generator<number, void, unknown>;
            };
            expandByPoint: (point: import('@mlightcad/data-model').AcGeVector3dLike) => import('@mlightcad/data-model').AcGeBox3d;
            expandByVector: (vector: import('@mlightcad/data-model').AcGeVector3dLike) => import('@mlightcad/data-model').AcGeBox3d;
            expandByScalar: (scalar: number) => import('@mlightcad/data-model').AcGeBox3d;
            containsPoint: (point: import('@mlightcad/data-model').AcGeVector3dLike) => boolean;
            containsBox: (box: import('@mlightcad/data-model').AcGeBox3d) => boolean;
            getParameter: (point: import('@mlightcad/data-model').AcGeVector3dLike, target: import('@mlightcad/data-model').AcGeVector3d) => import('@mlightcad/data-model').AcGeVector3d;
            intersectsBox: (box: import('@mlightcad/data-model').AcGeBox3d) => boolean;
            intersectsPlane: (plane: import('@mlightcad/data-model').AcGePlane) => boolean;
            clampPoint: (point: import('@mlightcad/data-model').AcGeVector3dLike, target: import('@mlightcad/data-model').AcGeVector3d) => import('@mlightcad/data-model').AcGeVector3d;
            distanceToPoint: (point: import('@mlightcad/data-model').AcGeVector3dLike) => number;
            intersect: (box: import('@mlightcad/data-model').AcGeBox3d) => import('@mlightcad/data-model').AcGeBox3d;
            union: (box: import('@mlightcad/data-model').AcGeBox3d) => import('@mlightcad/data-model').AcGeBox3d;
            applyMatrix4: (matrix: import('@mlightcad/data-model').AcGeMatrix3d) => import('@mlightcad/data-model').AcGeBox3d;
            translate: (offset: import('@mlightcad/data-model').AcGeVector3dLike) => import('@mlightcad/data-model').AcGeBox3d;
            equals: (box: import('@mlightcad/data-model').AcGeBox3d) => boolean;
        };
        erase: () => boolean;
        subWorldDraw: (renderer: import('@mlightcad/data-model').AcGiRenderer, delay?: boolean) => import('@mlightcad/data-model').AcGiEntity | undefined;
        worldDraw: (renderer: import('@mlightcad/data-model').AcGiRenderer, delay?: boolean) => import('@mlightcad/data-model').AcGiEntity | undefined;
        readonly lineStyle: {
            type: import('@mlightcad/data-model').AcGiStyleType;
            name: string;
            standardFlag: number;
            description: string;
            totalPatternLength: number;
            pattern?: {
                elementLength: number;
                elementTypeFlag: number;
                shapeNumber?: number | undefined;
                styleObjectId?: string | undefined;
                scale?: number | undefined;
                rotation?: number | undefined;
                offsetX?: number | undefined;
                offsetY?: number | undefined;
                text?: string | undefined;
            }[] | undefined;
        };
        readonly attrs: {
            attributes: {
                [x: string]: any;
                objectId?: AcDbObjectId | undefined;
                ownerId?: AcDbObjectId | undefined;
                extensionDictionary?: AcDbObjectId | undefined;
            };
            changed: {
                [x: string]: any;
                objectId?: AcDbObjectId | undefined;
                ownerId?: AcDbObjectId | undefined;
                extensionDictionary?: AcDbObjectId | undefined;
            };
            readonly events: {
                attrChanged: {
                    addEventListener: (listener: (payload: import('@mlightcad/data-model').AcCmObjectAttributeChangedEventArgs<import('@mlightcad/data-model').AcDbObjectAttrs>) => void) => void;
                    removeEventListener: (listener: (payload: import('@mlightcad/data-model').AcCmObjectAttributeChangedEventArgs<import('@mlightcad/data-model').AcDbObjectAttrs>) => void) => void;
                    replaceEventListener: (listener: (payload: import('@mlightcad/data-model').AcCmObjectAttributeChangedEventArgs<import('@mlightcad/data-model').AcDbObjectAttrs>) => void) => void;
                    dispatch: (payload?: import('@mlightcad/data-model').AcCmObjectAttributeChangedEventArgs<import('@mlightcad/data-model').AcDbObjectAttrs> | undefined, ...args: unknown[]) => void;
                };
                modelChanged: {
                    addEventListener: (listener: (payload: import('@mlightcad/data-model').AcCmObjectChangedEventArgs<import('@mlightcad/data-model').AcDbObjectAttrs>) => void) => void;
                    removeEventListener: (listener: (payload: import('@mlightcad/data-model').AcCmObjectChangedEventArgs<import('@mlightcad/data-model').AcDbObjectAttrs>) => void) => void;
                    replaceEventListener: (listener: (payload: import('@mlightcad/data-model').AcCmObjectChangedEventArgs<import('@mlightcad/data-model').AcDbObjectAttrs>) => void) => void;
                    dispatch: (payload?: import('@mlightcad/data-model').AcCmObjectChangedEventArgs<import('@mlightcad/data-model').AcDbObjectAttrs> | undefined, ...args: unknown[]) => void;
                };
            };
            get: <A extends string>(key: A) => import('@mlightcad/data-model').AcDbObjectAttrs[A] | undefined;
            set: {
                <A extends string>(key: A, val?: import('@mlightcad/data-model').AcDbObjectAttrs[A] | undefined, options?: import('@mlightcad/data-model').AcCmObjectOptions): import('@mlightcad/data-model').AcCmObject<import('@mlightcad/data-model').AcDbObjectAttrs>;
                (key: Partial<import('@mlightcad/data-model').AcDbObjectAttrs>, options?: import('@mlightcad/data-model').AcCmObjectOptions): import('@mlightcad/data-model').AcCmObject<import('@mlightcad/data-model').AcDbObjectAttrs>;
            };
            has: (key: string) => boolean;
            hasChanged: (key?: string | undefined) => boolean;
            changedAttributes: (diff?: Partial<import('@mlightcad/data-model').AcDbObjectAttrs> | undefined) => Partial<import('@mlightcad/data-model').AcDbObjectAttrs>;
            previous: <A extends string>(key: A) => import('@mlightcad/data-model').AcDbObjectAttrs[A] | null | undefined;
            previousAttributes: () => Partial<import('@mlightcad/data-model').AcDbObjectAttrs>;
            clone: () => import('@mlightcad/data-model').AcCmObject<import('@mlightcad/data-model').AcDbObjectAttrs>;
        };
        getAttr: (attrName: string) => any;
        getAttrWithoutException: (attrName: string) => any;
        setAttr: <A extends string>(attrName: A, val?: import('@mlightcad/data-model').AcDbObjectAttrs[A] | undefined) => void;
        objectId: AcDbObjectId;
        readonly isTemp: any;
        ownerId: AcDbObjectId;
        extensionDictionary: AcDbObjectId | undefined;
        database: {
            readonly transactionManager: {
                strictMode: boolean;
                startTransaction: () => import('@mlightcad/data-model').AcDbDatabaseTransaction;
                currentTransaction: () => import('@mlightcad/data-model').AcDbDatabaseTransaction | undefined;
                hasTransaction: () => boolean;
                isRecording: () => boolean;
                isApplyingUndoRedo: () => boolean;
                isOpenedForWriteInTransaction: (objectId: string) => boolean;
                commitTransaction: () => void;
                abortTransaction: () => void;
                startUndoMark: (label?: string) => void;
                endUndoMark: () => void;
                cancelUndoMark: () => void;
                undo: () => boolean;
                redo: () => boolean;
                canUndo: () => boolean;
                canRedo: () => boolean;
                clearUndoStack: () => void;
                recordAppend: (container: import('@mlightcad/data-model').AcDbChangeContainer, object: import('@mlightcad/data-model').AcDbObject) => void;
                recordRemove: (container: import('@mlightcad/data-model').AcDbChangeContainer, object: import('@mlightcad/data-model').AcDbObject) => void;
                recordSysvar: (name: string, before: unknown) => void;
                resolveSymbolTableName: (table: {
                    objectId: string;
                }) => string;
                runUndoable: <T>(label: string, fn: (tr: import('@mlightcad/data-model').AcDbDatabaseTransaction) => T) => T;
                flushPendingLayerModifiedEvents: () => void;
                flushPendingEntityModifiedEvents: () => void;
            };
            readonly events: {
                dictObjetSet: {
                    addEventListener: (listener: (payload: import('@mlightcad/data-model').AcDbDictObjectEventArgs) => void) => void;
                    removeEventListener: (listener: (payload: import('@mlightcad/data-model').AcDbDictObjectEventArgs) => void) => void;
                    replaceEventListener: (listener: (payload: import('@mlightcad/data-model').AcDbDictObjectEventArgs) => void) => void;
                    dispatch: (payload?: import('@mlightcad/data-model').AcDbDictObjectEventArgs | undefined, ...args: unknown[]) => void;
                };
                dictObjectErased: {
                    addEventListener: (listener: (payload: import('@mlightcad/data-model').AcDbDictObjectEventArgs) => void) => void;
                    removeEventListener: (listener: (payload: import('@mlightcad/data-model').AcDbDictObjectEventArgs) => void) => void;
                    replaceEventListener: (listener: (payload: import('@mlightcad/data-model').AcDbDictObjectEventArgs) => void) => void;
                    dispatch: (payload?: import('@mlightcad/data-model').AcDbDictObjectEventArgs | undefined, ...args: unknown[]) => void;
                };
                entityAppended: {
                    addEventListener: (listener: (payload: import('@mlightcad/data-model').AcDbEntityEventArgs) => void) => void;
                    removeEventListener: (listener: (payload: import('@mlightcad/data-model').AcDbEntityEventArgs) => void) => void;
                    replaceEventListener: (listener: (payload: import('@mlightcad/data-model').AcDbEntityEventArgs) => void) => void;
                    dispatch: (payload?: import('@mlightcad/data-model').AcDbEntityEventArgs | undefined, ...args: unknown[]) => void;
                };
                entityModified: {
                    addEventListener: (listener: (payload: import('@mlightcad/data-model').AcDbEntityEventArgs) => void) => void;
                    removeEventListener: (listener: (payload: import('@mlightcad/data-model').AcDbEntityEventArgs) => void) => void;
                    replaceEventListener: (listener: (payload: import('@mlightcad/data-model').AcDbEntityEventArgs) => void) => void;
                    dispatch: (payload?: import('@mlightcad/data-model').AcDbEntityEventArgs | undefined, ...args: unknown[]) => void;
                };
                entityErased: {
                    addEventListener: (listener: (payload: import('@mlightcad/data-model').AcDbEntityEventArgs) => void) => void;
                    removeEventListener: (listener: (payload: import('@mlightcad/data-model').AcDbEntityEventArgs) => void) => void;
                    replaceEventListener: (listener: (payload: import('@mlightcad/data-model').AcDbEntityEventArgs) => void) => void;
                    dispatch: (payload?: import('@mlightcad/data-model').AcDbEntityEventArgs | undefined, ...args: unknown[]) => void;
                };
                layerAppended: {
                    addEventListener: (listener: (payload: import('@mlightcad/data-model').AcDbLayerEventArgs) => void) => void;
                    removeEventListener: (listener: (payload: import('@mlightcad/data-model').AcDbLayerEventArgs) => void) => void;
                    replaceEventListener: (listener: (payload: import('@mlightcad/data-model').AcDbLayerEventArgs) => void) => void;
                    dispatch: (payload?: import('@mlightcad/data-model').AcDbLayerEventArgs | undefined, ...args: unknown[]) => void;
                };
                layerModified: {
                    addEventListener: (listener: (payload: import('@mlightcad/data-model').AcDbLayerModifiedEventArgs) => void) => void;
                    removeEventListener: (listener: (payload: import('@mlightcad/data-model').AcDbLayerModifiedEventArgs) => void) => void;
                    replaceEventListener: (listener: (payload: import('@mlightcad/data-model').AcDbLayerModifiedEventArgs) => void) => void;
                    dispatch: (payload?: import('@mlightcad/data-model').AcDbLayerModifiedEventArgs | undefined, ...args: unknown[]) => void;
                };
                layerErased: {
                    addEventListener: (listener: (payload: import('@mlightcad/data-model').AcDbLayerEventArgs) => void) => void;
                    removeEventListener: (listener: (payload: import('@mlightcad/data-model').AcDbLayerEventArgs) => void) => void;
                    replaceEventListener: (listener: (payload: import('@mlightcad/data-model').AcDbLayerEventArgs) => void) => void;
                    dispatch: (payload?: import('@mlightcad/data-model').AcDbLayerEventArgs | undefined, ...args: unknown[]) => void;
                };
                openProgress: {
                    addEventListener: (listener: (payload: import('@mlightcad/data-model').AcDbProgressdEventArgs) => void) => void;
                    removeEventListener: (listener: (payload: import('@mlightcad/data-model').AcDbProgressdEventArgs) => void) => void;
                    replaceEventListener: (listener: (payload: import('@mlightcad/data-model').AcDbProgressdEventArgs) => void) => void;
                    dispatch: (payload?: import('@mlightcad/data-model').AcDbProgressdEventArgs | undefined, ...args: unknown[]) => void;
                };
                openFailed: {
                    addEventListener: (listener: (payload: import('@mlightcad/data-model').AcDbOpenFailedEventArgs) => void) => void;
                    removeEventListener: (listener: (payload: import('@mlightcad/data-model').AcDbOpenFailedEventArgs) => void) => void;
                    replaceEventListener: (listener: (payload: import('@mlightcad/data-model').AcDbOpenFailedEventArgs) => void) => void;
                    dispatch: (payload?: import('@mlightcad/data-model').AcDbOpenFailedEventArgs | undefined, ...args: unknown[]) => void;
                };
            };
            readonly tables: {
                readonly appIdTable: {
                    readonly numEntries: number;
                    add: (record: import('@mlightcad/data-model').AcDbRegAppTableRecord) => void;
                    remove: (name: string) => boolean;
                    removeId: (id: AcDbObjectId) => boolean;
                    removeAll: () => void;
                    has: (name: string) => boolean;
                    hasId: (id: string) => boolean;
                    getAt: (name: string) => import('@mlightcad/data-model').AcDbRegAppTableRecord | undefined;
                    getIdAt: (id: AcDbObjectId) => import('@mlightcad/data-model').AcDbRegAppTableRecord | undefined;
                    getOwnerIdAt: (id: AcDbObjectId) => import('@mlightcad/data-model').AcDbRegAppTableRecord | undefined;
                    newIterator: (iterateById?: boolean) => import('@mlightcad/data-model').AcDbObjectIterator<import('@mlightcad/data-model').AcDbRegAppTableRecord>;
                    dxfOutFields: (filer: import('@mlightcad/data-model').AcDbDxfFiler) => import('@mlightcad/data-model').AcDbRegAppTable;
                    readonly attrs: {
                        attributes: {
                            [x: string]: any;
                            objectId?: AcDbObjectId | undefined;
                            ownerId?: AcDbObjectId | undefined;
                            extensionDictionary?: AcDbObjectId | undefined;
                        };
                        changed: {
                            [x: string]: any;
                            objectId?: AcDbObjectId | undefined;
                            ownerId?: AcDbObjectId | undefined;
                            extensionDictionary?: AcDbObjectId | undefined;
                        };
                        readonly events: {
                            attrChanged: {
                                addEventListener: (listener: (payload: import('@mlightcad/data-model').AcCmObjectAttributeChangedEventArgs<import('@mlightcad/data-model').AcDbObjectAttrs>) => void) => void;
                                removeEventListener: (listener: (payload: import('@mlightcad/data-model').AcCmObjectAttributeChangedEventArgs<import('@mlightcad/data-model').AcDbObjectAttrs>) => void) => void;
                                replaceEventListener: (listener: (payload: import('@mlightcad/data-model').AcCmObjectAttributeChangedEventArgs<import('@mlightcad/data-model').AcDbObjectAttrs>) => void) => void;
                                dispatch: (payload?: import('@mlightcad/data-model').AcCmObjectAttributeChangedEventArgs<import('@mlightcad/data-model').AcDbObjectAttrs> | undefined, ...args: unknown[]) => void;
                            };
                            modelChanged: {
                                addEventListener: (listener: (payload: import('@mlightcad/data-model').AcCmObjectChangedEventArgs<import('@mlightcad/data-model').AcDbObjectAttrs>) => void) => void;
                                removeEventListener: (listener: (payload: import('@mlightcad/data-model').AcCmObjectChangedEventArgs<import('@mlightcad/data-model').AcDbObjectAttrs>) => void) => void;
                                replaceEventListener: (listener: (payload: import('@mlightcad/data-model').AcCmObjectChangedEventArgs<import('@mlightcad/data-model').AcDbObjectAttrs>) => void) => void;
                                dispatch: (payload?: import('@mlightcad/data-model').AcCmObjectChangedEventArgs<import('@mlightcad/data-model').AcDbObjectAttrs> | undefined, ...args: unknown[]) => void;
                            };
                        };
                        get: <A extends string>(key: A) => import('@mlightcad/data-model').AcDbObjectAttrs[A] | undefined;
                        set: {
                            <A extends string>(key: A, val?: import('@mlightcad/data-model').AcDbObjectAttrs[A] | undefined, options?: import('@mlightcad/data-model').AcCmObjectOptions): import('@mlightcad/data-model').AcCmObject<import('@mlightcad/data-model').AcDbObjectAttrs>;
                            (key: Partial<import('@mlightcad/data-model').AcDbObjectAttrs>, options?: import('@mlightcad/data-model').AcCmObjectOptions): import('@mlightcad/data-model').AcCmObject<import('@mlightcad/data-model').AcDbObjectAttrs>;
                        };
                        has: (key: string) => boolean;
                        hasChanged: (key?: string | undefined) => boolean;
                        changedAttributes: (diff?: Partial<import('@mlightcad/data-model').AcDbObjectAttrs> | undefined) => Partial<import('@mlightcad/data-model').AcDbObjectAttrs>;
                        previous: <A extends string>(key: A) => import('@mlightcad/data-model').AcDbObjectAttrs[A] | null | undefined;
                        previousAttributes: () => Partial<import('@mlightcad/data-model').AcDbObjectAttrs>;
                        clone: () => import('@mlightcad/data-model').AcCmObject<import('@mlightcad/data-model').AcDbObjectAttrs>;
                    };
                    getAttr: (attrName: string) => any;
                    getAttrWithoutException: (attrName: string) => any;
                    setAttr: <A extends string>(attrName: A, val?: import('@mlightcad/data-model').AcDbObjectAttrs[A] | undefined) => void;
                    objectId: AcDbObjectId;
                    readonly isTemp: any;
                    ownerId: AcDbObjectId;
                    extensionDictionary: AcDbObjectId | undefined;
                    database: /*elided*/ any;
                    getXData: (appId: string) => import('@mlightcad/data-model').AcDbResultBuffer | undefined;
                    setXData: (resbuf: import('@mlightcad/data-model').AcDbResultBuffer) => void;
                    removeXData: (appId: string) => void;
                    createExtensionDictionary: () => AcDbObjectId | undefined;
                    close: () => void;
                    clone: () => import('@mlightcad/data-model').AcDbRegAppTable;
                    clonePreservingIdentity: () => import('@mlightcad/data-model').AcDbRegAppTable;
                    restoreFrom: (snapshot: import('@mlightcad/data-model').AcDbRegAppTable) => void;
                    dxfOut: (...args: unknown[]) => unknown;
                };
                readonly blockTable: {
                    readonly modelSpace: {
                        readonly isModelSapce: boolean;
                        readonly isPaperSapce: boolean;
                        origin: {
                            clone: () => import('@mlightcad/data-model').AcGePoint3d;
                            x: number;
                            y: number;
                            z: number;
                            set: (x: number, y: number, z: number) => import('@mlightcad/data-model').AcGePoint3d;
                            setScalar: (scalar: number) => import('@mlightcad/data-model').AcGePoint3d;
                            setX: (x: number) => import('@mlightcad/data-model').AcGePoint3d;
                            setY: (y: number) => import('@mlightcad/data-model').AcGePoint3d;
                            setZ: (z: number) => import('@mlightcad/data-model').AcGePoint3d;
                            setComponent: (index: number, value: number) => import('@mlightcad/data-model').AcGePoint3d;
                            getComponent: (index: number) => number;
                            copy: (v: import('@mlightcad/data-model').AcGeVectorLike) => import('@mlightcad/data-model').AcGePoint3d;
                            add: (v: import('@mlightcad/data-model').AcGeVectorLike) => import('@mlightcad/data-model').AcGePoint3d;
                            addScalar: (s: number) => import('@mlightcad/data-model').AcGePoint3d;
                            addVectors: (a: import('@mlightcad/data-model').AcGeVector3dLike, b: import('@mlightcad/data-model').AcGeVector3dLike) => import('@mlightcad/data-model').AcGePoint3d;
                            addScaledVector: (v: import('@mlightcad/data-model').AcGeVector3dLike, s: number) => import('@mlightcad/data-model').AcGePoint3d;
                            sub: (v: import('@mlightcad/data-model').AcGeVector3dLike) => import('@mlightcad/data-model').AcGePoint3d;
                            subScalar: (s: number) => import('@mlightcad/data-model').AcGePoint3d;
                            subVectors: (a: import('@mlightcad/data-model').AcGeVector3dLike, b: import('@mlightcad/data-model').AcGeVector3dLike) => import('@mlightcad/data-model').AcGePoint3d;
                            multiply: (v: import('@mlightcad/data-model').AcGeVector3dLike) => import('@mlightcad/data-model').AcGePoint3d;
                            multiplyScalar: (scalar: number) => import('@mlightcad/data-model').AcGePoint3d;
                            multiplyVectors: (a: import('@mlightcad/data-model').AcGeVector3dLike, b: import('@mlightcad/data-model').AcGeVector3dLike) => import('@mlightcad/data-model').AcGePoint3d;
                            applyEuler: (euler: import('@mlightcad/data-model').AcGeEuler) => import('@mlightcad/data-model').AcGePoint3d;
                            applyAxisAngle: (axis: import('@mlightcad/data-model').AcGeVector3dLike, angle: number) => import('@mlightcad/data-model').AcGePoint3d;
                            applyMatrix3: (m: import('@mlightcad/data-model').AcGeMatrix2d) => import('@mlightcad/data-model').AcGePoint3d;
                            applyNormalMatrix: (m: import('@mlightcad/data-model').AcGeMatrix2d) => import('@mlightcad/data-model').AcGePoint3d;
                            applyMatrix4: (m: import('@mlightcad/data-model').AcGeMatrix3d) => import('@mlightcad/data-model').AcGePoint3d;
                            applyQuaternion: (q: import('@mlightcad/data-model').AcGeQuaternion) => import('@mlightcad/data-model').AcGePoint3d;
                            transformDirection: (m: import('@mlightcad/data-model').AcGeMatrix3d) => import('@mlightcad/data-model').AcGePoint3d;
                            divide: (v: import('@mlightcad/data-model').AcGeVector3dLike) => import('@mlightcad/data-model').AcGePoint3d;
                            divideScalar: (scalar: number) => import('@mlightcad/data-model').AcGePoint3d;
                            min: (v: import('@mlightcad/data-model').AcGeVector3dLike) => import('@mlightcad/data-model').AcGePoint3d;
                            max: (v: import('@mlightcad/data-model').AcGeVector3dLike) => import('@mlightcad/data-model').AcGePoint3d;
                            clamp: (min: import('@mlightcad/data-model').AcGeVector3dLike, max: import('@mlightcad/data-model').AcGeVector3dLike) => import('@mlightcad/data-model').AcGePoint3d;
                            clampScalar: (minVal: number, maxVal: number) => import('@mlightcad/data-model').AcGePoint3d;
                            clampLength: (min: number, max: number) => import('@mlightcad/data-model').AcGePoint3d;
                            floor: () => import('@mlightcad/data-model').AcGePoint3d;
                            ceil: () => import('@mlightcad/data-model').AcGePoint3d;
                            round: () => import('@mlightcad/data-model').AcGePoint3d;
                            roundToZero: () => import('@mlightcad/data-model').AcGePoint3d;
                            negate: () => import('@mlightcad/data-model').AcGePoint3d;
                            dot: (v: import('@mlightcad/data-model').AcGeVector3dLike) => number;
                            isParallelTo: (vec: import('@mlightcad/data-model').AcGeVector3d) => boolean;
                            lengthSq: () => number;
                            length: () => number;
                            manhattanLength: () => number;
                            normalize: () => import('@mlightcad/data-model').AcGePoint3d;
                            setLength: (l: number) => import('@mlightcad/data-model').AcGePoint3d;
                            lerp: (v: import('@mlightcad/data-model').AcGeVector3dLike, alpha: number) => import('@mlightcad/data-model').AcGePoint3d;
                            lerpVectors: (v1: import('@mlightcad/data-model').AcGeVector3dLike, v2: import('@mlightcad/data-model').AcGeVector3dLike, alpha: number) => import('@mlightcad/data-model').AcGePoint3d;
                            cross: (v: import('@mlightcad/data-model').AcGeVector3dLike) => import('@mlightcad/data-model').AcGePoint3d;
                            crossVectors: (a: import('@mlightcad/data-model').AcGeVector3dLike, b: import('@mlightcad/data-model').AcGeVector3dLike) => import('@mlightcad/data-model').AcGePoint3d;
                            projectOnVector: (v: import('@mlightcad/data-model').AcGeVector3d) => import('@mlightcad/data-model').AcGePoint3d;
                            projectOnPlane: (planeNormal: import('@mlightcad/data-model').AcGeVector3d) => import('@mlightcad/data-model').AcGePoint3d;
                            reflect: (normal: import('@mlightcad/data-model').AcGeVector3dLike) => import('@mlightcad/data-model').AcGePoint3d;
                            angleTo: (v: import('@mlightcad/data-model').AcGeVector3d) => number;
                            distanceTo: (v: import('@mlightcad/data-model').AcGeVector3dLike) => number;
                            distanceToSquared: (v: import('@mlightcad/data-model').AcGeVector3dLike) => number;
                            manhattanDistanceTo: (v: import('@mlightcad/data-model').AcGeVector3dLike) => number;
                            setFromMatrixPosition: (m: import('@mlightcad/data-model').AcGeMatrix3d) => import('@mlightcad/data-model').AcGePoint3d;
                            setFromMatrixScale: (m: import('@mlightcad/data-model').AcGeMatrix3d) => import('@mlightcad/data-model').AcGePoint3d;
                            setFromMatrixColumn: (m: import('@mlightcad/data-model').AcGeMatrix3d, index: number) => import('@mlightcad/data-model').AcGePoint3d;
                            setFromMatrix3Column: (m: import('@mlightcad/data-model').AcGeMatrix2d, index: number) => import('@mlightcad/data-model').AcGePoint3d;
                            equals: (v: import('@mlightcad/data-model').AcGeVector3dLike) => boolean;
                            fromArray: (array: number[], offset?: number) => import('@mlightcad/data-model').AcGePoint3d;
                            toArray: (array?: number[] | Float32Array, offset?: number) => number[] | Float32Array;
                            random: () => import('@mlightcad/data-model').AcGePoint3d;
                            randomDirection: () => import('@mlightcad/data-model').AcGePoint3d;
                            [Symbol.iterator]: () => Generator<number, void, unknown>;
                        };
                        layoutId: AcDbObjectId;
                        flags: number;
                        pathName: string;
                        readonly isXref: boolean;
                        readonly isOverlayReference: boolean;
                        readonly isUnresolvedXref: boolean;
                        blockInsertUnits: import('@mlightcad/data-model').AcDbUnitsValue;
                        explodability: number;
                        blockScaling: import('@mlightcad/data-model').AcDbBlockScaling;
                        previewIcon: {
                            [x: number]: number;
                            readonly BYTES_PER_ELEMENT: number;
                            readonly buffer: {
                                readonly byteLength: number;
                                slice: (begin?: number, end?: number) => ArrayBuffer;
                                readonly maxByteLength: number;
                                readonly resizable: boolean;
                                resize: (newByteLength?: number) => void;
                                readonly detached: boolean;
                                transfer: (newByteLength?: number) => ArrayBuffer;
                                transferToFixedLength: (newByteLength?: number) => ArrayBuffer;
                                readonly [Symbol.toStringTag]: "ArrayBuffer";
                            } | {
                                readonly byteLength: number;
                                slice: (begin?: number, end?: number) => SharedArrayBuffer;
                                readonly growable: boolean;
                                readonly maxByteLength: number;
                                grow: (newByteLength?: number) => void;
                                readonly [Symbol.toStringTag]: "SharedArrayBuffer";
                            };
                            readonly byteLength: number;
                            readonly byteOffset: number;
                            copyWithin: (target: number, start: number, end?: number) => Uint8Array<ArrayBufferLike>;
                            every: (predicate: (value: number, index: number, array: Uint8Array<ArrayBufferLike>) => unknown, thisArg?: any) => boolean;
                            fill: (value: number, start?: number, end?: number) => Uint8Array<ArrayBufferLike>;
                            filter: (predicate: (value: number, index: number, array: Uint8Array<ArrayBufferLike>) => any, thisArg?: any) => Uint8Array<ArrayBuffer>;
                            find: (predicate: (value: number, index: number, obj: Uint8Array<ArrayBufferLike>) => boolean, thisArg?: any) => number | undefined;
                            findIndex: (predicate: (value: number, index: number, obj: Uint8Array<ArrayBufferLike>) => boolean, thisArg?: any) => number;
                            forEach: (callbackfn: (value: number, index: number, array: Uint8Array<ArrayBufferLike>) => void, thisArg?: any) => void;
                            indexOf: (searchElement: number, fromIndex?: number) => number;
                            join: (separator?: string) => string;
                            lastIndexOf: (searchElement: number, fromIndex?: number) => number;
                            readonly length: number;
                            map: (callbackfn: (value: number, index: number, array: Uint8Array<ArrayBufferLike>) => number, thisArg?: any) => Uint8Array<ArrayBuffer>;
                            reduce: {
                                (callbackfn: (previousValue: number, currentValue: number, currentIndex: number, array: Uint8Array<ArrayBufferLike>) => number): number;
                                (callbackfn: (previousValue: number, currentValue: number, currentIndex: number, array: Uint8Array<ArrayBufferLike>) => number, initialValue: number): number;
                                <U>(callbackfn: (previousValue: U, currentValue: number, currentIndex: number, array: Uint8Array<ArrayBufferLike>) => U, initialValue: U): U;
                            };
                            reduceRight: {
                                (callbackfn: (previousValue: number, currentValue: number, currentIndex: number, array: Uint8Array<ArrayBufferLike>) => number): number;
                                (callbackfn: (previousValue: number, currentValue: number, currentIndex: number, array: Uint8Array<ArrayBufferLike>) => number, initialValue: number): number;
                                <U>(callbackfn: (previousValue: U, currentValue: number, currentIndex: number, array: Uint8Array<ArrayBufferLike>) => U, initialValue: U): U;
                            };
                            reverse: () => Uint8Array<ArrayBufferLike>;
                            set: (array: ArrayLike<number>, offset?: number) => void;
                            slice: (start?: number, end?: number) => Uint8Array<ArrayBuffer>;
                            some: (predicate: (value: number, index: number, array: Uint8Array<ArrayBufferLike>) => unknown, thisArg?: any) => boolean;
                            sort: (compareFn?: ((a: number, b: number) => number) | undefined) => Uint8Array<ArrayBufferLike>;
                            subarray: (begin?: number, end?: number) => Uint8Array<ArrayBufferLike>;
                            toLocaleString: {
                                (): string;
                                (locales: string | string[], options?: Intl.NumberFormatOptions): string;
                            };
                            toString: () => string;
                            valueOf: () => Uint8Array<ArrayBufferLike>;
                            entries: () => ArrayIterator<[number, number]>;
                            keys: () => ArrayIterator<number>;
                            values: () => ArrayIterator<number>;
                            includes: (searchElement: number, fromIndex?: number) => boolean;
                            at: (index: number) => number | undefined;
                            findLast: {
                                <S extends number>(predicate: (value: number, index: number, array: Uint8Array<ArrayBufferLike>) => value is S, thisArg?: any): S | undefined;
                                (predicate: (value: number, index: number, array: Uint8Array<ArrayBufferLike>) => unknown, thisArg?: any): number | undefined;
                            };
                            findLastIndex: (predicate: (value: number, index: number, array: Uint8Array<ArrayBufferLike>) => unknown, thisArg?: any) => number;
                            toReversed: () => Uint8Array<ArrayBuffer>;
                            toSorted: (compareFn?: ((a: number, b: number) => number) | undefined) => Uint8Array<ArrayBuffer>;
                            with: (index: number, value: number) => Uint8Array<ArrayBuffer>;
                            [Symbol.iterator]: () => ArrayIterator<number>;
                            readonly [Symbol.toStringTag]: "Uint8Array";
                        } | undefined;
                        appendEntity: (entity: AcDbEntity | AcDbEntity[]) => void;
                        removeEntity: (objectId: AcDbObjectId | AcDbObjectId[]) => boolean;
                        newIterator: () => import('@mlightcad/data-model').AcDbObjectIterator<AcDbEntity>;
                        getIdAt: (id: AcDbObjectId) => AcDbEntity | undefined;
                        hasEntityId: (id: AcDbObjectId) => boolean;
                        dxfOutBlockRecord: (filer: import('@mlightcad/data-model').AcDbDxfFiler) => import('@mlightcad/data-model').AcDbBlockTableRecord;
                        dxfOutBlockBegin: (filer: import('@mlightcad/data-model').AcDbDxfFiler) => import('@mlightcad/data-model').AcDbBlockTableRecord;
                        dxfOutBlockEnd: (filer: import('@mlightcad/data-model').AcDbDxfFiler) => import('@mlightcad/data-model').AcDbBlockTableRecord;
                        dxfOutFields: (filer: import('@mlightcad/data-model').AcDbDxfFiler) => import('@mlightcad/data-model').AcDbBlockTableRecord;
                        name: string;
                        setAttr: <A extends string>(attrName: A, val?: import('@mlightcad/data-model').AcDbBlockTableRecordAttrs[A] | undefined) => void;
                        readonly attrs: {
                            attributes: {
                                [x: string]: any;
                                origin?: {
                                    clone: () => import('@mlightcad/data-model').AcGePoint3d;
                                    x: number;
                                    y: number;
                                    z: number;
                                    set: (x: number, y: number, z: number) => import('@mlightcad/data-model').AcGePoint3d;
                                    setScalar: (scalar: number) => import('@mlightcad/data-model').AcGePoint3d;
                                    setX: (x: number) => import('@mlightcad/data-model').AcGePoint3d;
                                    setY: (y: number) => import('@mlightcad/data-model').AcGePoint3d;
                                    setZ: (z: number) => import('@mlightcad/data-model').AcGePoint3d;
                                    setComponent: (index: number, value: number) => import('@mlightcad/data-model').AcGePoint3d;
                                    getComponent: (index: number) => number;
                                    copy: (v: import('@mlightcad/data-model').AcGeVectorLike) => import('@mlightcad/data-model').AcGePoint3d;
                                    add: (v: import('@mlightcad/data-model').AcGeVectorLike) => import('@mlightcad/data-model').AcGePoint3d;
                                    addScalar: (s: number) => import('@mlightcad/data-model').AcGePoint3d;
                                    addVectors: (a: import('@mlightcad/data-model').AcGeVector3dLike, b: import('@mlightcad/data-model').AcGeVector3dLike) => import('@mlightcad/data-model').AcGePoint3d;
                                    addScaledVector: (v: import('@mlightcad/data-model').AcGeVector3dLike, s: number) => import('@mlightcad/data-model').AcGePoint3d;
                                    sub: (v: import('@mlightcad/data-model').AcGeVector3dLike) => import('@mlightcad/data-model').AcGePoint3d;
                                    subScalar: (s: number) => import('@mlightcad/data-model').AcGePoint3d;
                                    subVectors: (a: import('@mlightcad/data-model').AcGeVector3dLike, b: import('@mlightcad/data-model').AcGeVector3dLike) => import('@mlightcad/data-model').AcGePoint3d;
                                    multiply: (v: import('@mlightcad/data-model').AcGeVector3dLike) => import('@mlightcad/data-model').AcGePoint3d;
                                    multiplyScalar: (scalar: number) => import('@mlightcad/data-model').AcGePoint3d;
                                    multiplyVectors: (a: import('@mlightcad/data-model').AcGeVector3dLike, b: import('@mlightcad/data-model').AcGeVector3dLike) => import('@mlightcad/data-model').AcGePoint3d;
                                    applyEuler: (euler: import('@mlightcad/data-model').AcGeEuler) => import('@mlightcad/data-model').AcGePoint3d;
                                    applyAxisAngle: (axis: import('@mlightcad/data-model').AcGeVector3dLike, angle: number) => import('@mlightcad/data-model').AcGePoint3d;
                                    applyMatrix3: (m: import('@mlightcad/data-model').AcGeMatrix2d) => import('@mlightcad/data-model').AcGePoint3d;
                                    applyNormalMatrix: (m: import('@mlightcad/data-model').AcGeMatrix2d) => import('@mlightcad/data-model').AcGePoint3d;
                                    applyMatrix4: (m: import('@mlightcad/data-model').AcGeMatrix3d) => import('@mlightcad/data-model').AcGePoint3d;
                                    applyQuaternion: (q: import('@mlightcad/data-model').AcGeQuaternion) => import('@mlightcad/data-model').AcGePoint3d;
                                    transformDirection: (m: import('@mlightcad/data-model').AcGeMatrix3d) => import('@mlightcad/data-model').AcGePoint3d;
                                    divide: (v: import('@mlightcad/data-model').AcGeVector3dLike) => import('@mlightcad/data-model').AcGePoint3d;
                                    divideScalar: (scalar: number) => import('@mlightcad/data-model').AcGePoint3d;
                                    min: (v: import('@mlightcad/data-model').AcGeVector3dLike) => import('@mlightcad/data-model').AcGePoint3d;
                                    max: (v: import('@mlightcad/data-model').AcGeVector3dLike) => import('@mlightcad/data-model').AcGePoint3d;
                                    clamp: (min: import('@mlightcad/data-model').AcGeVector3dLike, max: import('@mlightcad/data-model').AcGeVector3dLike) => import('@mlightcad/data-model').AcGePoint3d;
                                    clampScalar: (minVal: number, maxVal: number) => import('@mlightcad/data-model').AcGePoint3d;
                                    clampLength: (min: number, max: number) => import('@mlightcad/data-model').AcGePoint3d;
                                    floor: () => import('@mlightcad/data-model').AcGePoint3d;
                                    ceil: () => import('@mlightcad/data-model').AcGePoint3d;
                                    round: () => import('@mlightcad/data-model').AcGePoint3d;
                                    roundToZero: () => import('@mlightcad/data-model').AcGePoint3d;
                                    negate: () => import('@mlightcad/data-model').AcGePoint3d;
                                    dot: (v: import('@mlightcad/data-model').AcGeVector3dLike) => number;
                                    isParallelTo: (vec: import('@mlightcad/data-model').AcGeVector3d) => boolean;
                                    lengthSq: () => number;
                                    length: () => number;
                                    manhattanLength: () => number;
                                    normalize: () => import('@mlightcad/data-model').AcGePoint3d;
                                    setLength: (l: number) => import('@mlightcad/data-model').AcGePoint3d;
                                    lerp: (v: import('@mlightcad/data-model').AcGeVector3dLike, alpha: number) => import('@mlightcad/data-model').AcGePoint3d;
                                    lerpVectors: (v1: import('@mlightcad/data-model').AcGeVector3dLike, v2: import('@mlightcad/data-model').AcGeVector3dLike, alpha: number) => import('@mlightcad/data-model').AcGePoint3d;
                                    cross: (v: import('@mlightcad/data-model').AcGeVector3dLike) => import('@mlightcad/data-model').AcGePoint3d;
                                    crossVectors: (a: import('@mlightcad/data-model').AcGeVector3dLike, b: import('@mlightcad/data-model').AcGeVector3dLike) => import('@mlightcad/data-model').AcGePoint3d;
                                    projectOnVector: (v: import('@mlightcad/data-model').AcGeVector3d) => import('@mlightcad/data-model').AcGePoint3d;
                                    projectOnPlane: (planeNormal: import('@mlightcad/data-model').AcGeVector3d) => import('@mlightcad/data-model').AcGePoint3d;
                                    reflect: (normal: import('@mlightcad/data-model').AcGeVector3dLike) => import('@mlightcad/data-model').AcGePoint3d;
                                    angleTo: (v: import('@mlightcad/data-model').AcGeVector3d) => number;
                                    distanceTo: (v: import('@mlightcad/data-model').AcGeVector3dLike) => number;
                                    distanceToSquared: (v: import('@mlightcad/data-model').AcGeVector3dLike) => number;
                                    manhattanDistanceTo: (v: import('@mlightcad/data-model').AcGeVector3dLike) => number;
                                    setFromMatrixPosition: (m: import('@mlightcad/data-model').AcGeMatrix3d) => import('@mlightcad/data-model').AcGePoint3d;
                                    setFromMatrixScale: (m: import('@mlightcad/data-model').AcGeMatrix3d) => import('@mlightcad/data-model').AcGePoint3d;
                                    setFromMatrixColumn: (m: import('@mlightcad/data-model').AcGeMatrix3d, index: number) => import('@mlightcad/data-model').AcGePoint3d;
                                    setFromMatrix3Column: (m: import('@mlightcad/data-model').AcGeMatrix2d, index: number) => import('@mlightcad/data-model').AcGePoint3d;
                                    equals: (v: import('@mlightcad/data-model').AcGeVector3dLike) => boolean;
                                    fromArray: (array: number[], offset?: number) => import('@mlightcad/data-model').AcGePoint3d;
                                    toArray: (array?: number[] | Float32Array, offset?: number) => number[] | Float32Array;
                                    random: () => import('@mlightcad/data-model').AcGePoint3d;
                                    randomDirection: () => import('@mlightcad/data-model').AcGePoint3d;
                                    [Symbol.iterator]: () => Generator<number, void, unknown>;
                                } | undefined;
                                layoutId?: string | undefined;
                                blockInsertUnits?: import('@mlightcad/data-model').AcDbUnitsValue | undefined;
                                explodability?: number | undefined;
                                blockScaling?: import('@mlightcad/data-model').AcDbBlockScaling | undefined;
                                flags?: number | undefined;
                                pathName?: string | undefined;
                                previewIcon?: {
                                    [x: number]: number;
                                    readonly BYTES_PER_ELEMENT: number;
                                    readonly buffer: {
                                        readonly byteLength: number;
                                        slice: (begin?: number, end?: number) => ArrayBuffer;
                                        readonly maxByteLength: number;
                                        readonly resizable: boolean;
                                        resize: (newByteLength?: number) => void;
                                        readonly detached: boolean;
                                        transfer: (newByteLength?: number) => ArrayBuffer;
                                        transferToFixedLength: (newByteLength?: number) => ArrayBuffer;
                                        readonly [Symbol.toStringTag]: "ArrayBuffer";
                                    } | {
                                        readonly byteLength: number;
                                        slice: (begin?: number, end?: number) => SharedArrayBuffer;
                                        readonly growable: boolean;
                                        readonly maxByteLength: number;
                                        grow: (newByteLength?: number) => void;
                                        readonly [Symbol.toStringTag]: "SharedArrayBuffer";
                                    };
                                    readonly byteLength: number;
                                    readonly byteOffset: number;
                                    copyWithin: (target: number, start: number, end?: number) => Uint8Array<ArrayBufferLike>;
                                    every: (predicate: (value: number, index: number, array: Uint8Array<ArrayBufferLike>) => unknown, thisArg?: any) => boolean;
                                    fill: (value: number, start?: number, end?: number) => Uint8Array<ArrayBufferLike>;
                                    filter: (predicate: (value: number, index: number, array: Uint8Array<ArrayBufferLike>) => any, thisArg?: any) => Uint8Array<ArrayBuffer>;
                                    find: (predicate: (value: number, index: number, obj: Uint8Array<ArrayBufferLike>) => boolean, thisArg?: any) => number | undefined;
                                    findIndex: (predicate: (value: number, index: number, obj: Uint8Array<ArrayBufferLike>) => boolean, thisArg?: any) => number;
                                    forEach: (callbackfn: (value: number, index: number, array: Uint8Array<ArrayBufferLike>) => void, thisArg?: any) => void;
                                    indexOf: (searchElement: number, fromIndex?: number) => number;
                                    join: (separator?: string) => string;
                                    lastIndexOf: (searchElement: number, fromIndex?: number) => number;
                                    readonly length: number;
                                    map: (callbackfn: (value: number, index: number, array: Uint8Array<ArrayBufferLike>) => number, thisArg?: any) => Uint8Array<ArrayBuffer>;
                                    reduce: {
                                        (callbackfn: (previousValue: number, currentValue: number, currentIndex: number, array: Uint8Array<ArrayBufferLike>) => number): number;
                                        (callbackfn: (previousValue: number, currentValue: number, currentIndex: number, array: Uint8Array<ArrayBufferLike>) => number, initialValue: number): number;
                                        <U>(callbackfn: (previousValue: U, currentValue: number, currentIndex: number, array: Uint8Array<ArrayBufferLike>) => U, initialValue: U): U;
                                    };
                                    reduceRight: {
                                        (callbackfn: (previousValue: number, currentValue: number, currentIndex: number, array: Uint8Array<ArrayBufferLike>) => number): number;
                                        (callbackfn: (previousValue: number, currentValue: number, currentIndex: number, array: Uint8Array<ArrayBufferLike>) => number, initialValue: number): number;
                                        <U>(callbackfn: (previousValue: U, currentValue: number, currentIndex: number, array: Uint8Array<ArrayBufferLike>) => U, initialValue: U): U;
                                    };
                                    reverse: () => Uint8Array<ArrayBufferLike>;
                                    set: (array: ArrayLike<number>, offset?: number) => void;
                                    slice: (start?: number, end?: number) => Uint8Array<ArrayBuffer>;
                                    some: (predicate: (value: number, index: number, array: Uint8Array<ArrayBufferLike>) => unknown, thisArg?: any) => boolean;
                                    sort: (compareFn?: ((a: number, b: number) => number) | undefined) => Uint8Array<ArrayBufferLike>;
                                    subarray: (begin?: number, end?: number) => Uint8Array<ArrayBufferLike>;
                                    toLocaleString: {
                                        (): string;
                                        (locales: string | string[], options?: Intl.NumberFormatOptions): string;
                                    };
                                    toString: () => string;
                                    valueOf: () => Uint8Array<ArrayBufferLike>;
                                    entries: () => ArrayIterator<[number, number]>;
                                    keys: () => ArrayIterator<number>;
                                    values: () => ArrayIterator<number>;
                                    includes: (searchElement: number, fromIndex?: number) => boolean;
                                    at: (index: number) => number | undefined;
                                    findLast: {
                                        <S extends number>(predicate: (value: number, index: number, array: Uint8Array<ArrayBufferLike>) => value is S, thisArg?: any): S | undefined;
                                        (predicate: (value: number, index: number, array: Uint8Array<ArrayBufferLike>) => unknown, thisArg?: any): number | undefined;
                                    };
                                    findLastIndex: (predicate: (value: number, index: number, array: Uint8Array<ArrayBufferLike>) => unknown, thisArg?: any) => number;
                                    toReversed: () => Uint8Array<ArrayBuffer>;
                                    toSorted: (compareFn?: ((a: number, b: number) => number) | undefined) => Uint8Array<ArrayBuffer>;
                                    with: (index: number, value: number) => Uint8Array<ArrayBuffer>;
                                    [Symbol.iterator]: () => ArrayIterator<number>;
                                    readonly [Symbol.toStringTag]: "Uint8Array";
                                } | undefined;
                                name?: string | undefined;
                                objectId?: AcDbObjectId | undefined;
                                ownerId?: AcDbObjectId | undefined;
                                extensionDictionary?: AcDbObjectId | undefined;
                            };
                            changed: {
                                [x: string]: any;
                                origin?: {
                                    clone: () => import('@mlightcad/data-model').AcGePoint3d;
                                    x: number;
                                    y: number;
                                    z: number;
                                    set: (x: number, y: number, z: number) => import('@mlightcad/data-model').AcGePoint3d;
                                    setScalar: (scalar: number) => import('@mlightcad/data-model').AcGePoint3d;
                                    setX: (x: number) => import('@mlightcad/data-model').AcGePoint3d;
                                    setY: (y: number) => import('@mlightcad/data-model').AcGePoint3d;
                                    setZ: (z: number) => import('@mlightcad/data-model').AcGePoint3d;
                                    setComponent: (index: number, value: number) => import('@mlightcad/data-model').AcGePoint3d;
                                    getComponent: (index: number) => number;
                                    copy: (v: import('@mlightcad/data-model').AcGeVectorLike) => import('@mlightcad/data-model').AcGePoint3d;
                                    add: (v: import('@mlightcad/data-model').AcGeVectorLike) => import('@mlightcad/data-model').AcGePoint3d;
                                    addScalar: (s: number) => import('@mlightcad/data-model').AcGePoint3d;
                                    addVectors: (a: import('@mlightcad/data-model').AcGeVector3dLike, b: import('@mlightcad/data-model').AcGeVector3dLike) => import('@mlightcad/data-model').AcGePoint3d;
                                    addScaledVector: (v: import('@mlightcad/data-model').AcGeVector3dLike, s: number) => import('@mlightcad/data-model').AcGePoint3d;
                                    sub: (v: import('@mlightcad/data-model').AcGeVector3dLike) => import('@mlightcad/data-model').AcGePoint3d;
                                    subScalar: (s: number) => import('@mlightcad/data-model').AcGePoint3d;
                                    subVectors: (a: import('@mlightcad/data-model').AcGeVector3dLike, b: import('@mlightcad/data-model').AcGeVector3dLike) => import('@mlightcad/data-model').AcGePoint3d;
                                    multiply: (v: import('@mlightcad/data-model').AcGeVector3dLike) => import('@mlightcad/data-model').AcGePoint3d;
                                    multiplyScalar: (scalar: number) => import('@mlightcad/data-model').AcGePoint3d;
                                    multiplyVectors: (a: import('@mlightcad/data-model').AcGeVector3dLike, b: import('@mlightcad/data-model').AcGeVector3dLike) => import('@mlightcad/data-model').AcGePoint3d;
                                    applyEuler: (euler: import('@mlightcad/data-model').AcGeEuler) => import('@mlightcad/data-model').AcGePoint3d;
                                    applyAxisAngle: (axis: import('@mlightcad/data-model').AcGeVector3dLike, angle: number) => import('@mlightcad/data-model').AcGePoint3d;
                                    applyMatrix3: (m: import('@mlightcad/data-model').AcGeMatrix2d) => import('@mlightcad/data-model').AcGePoint3d;
                                    applyNormalMatrix: (m: import('@mlightcad/data-model').AcGeMatrix2d) => import('@mlightcad/data-model').AcGePoint3d;
                                    applyMatrix4: (m: import('@mlightcad/data-model').AcGeMatrix3d) => import('@mlightcad/data-model').AcGePoint3d;
                                    applyQuaternion: (q: import('@mlightcad/data-model').AcGeQuaternion) => import('@mlightcad/data-model').AcGePoint3d;
                                    transformDirection: (m: import('@mlightcad/data-model').AcGeMatrix3d) => import('@mlightcad/data-model').AcGePoint3d;
                                    divide: (v: import('@mlightcad/data-model').AcGeVector3dLike) => import('@mlightcad/data-model').AcGePoint3d;
                                    divideScalar: (scalar: number) => import('@mlightcad/data-model').AcGePoint3d;
                                    min: (v: import('@mlightcad/data-model').AcGeVector3dLike) => import('@mlightcad/data-model').AcGePoint3d;
                                    max: (v: import('@mlightcad/data-model').AcGeVector3dLike) => import('@mlightcad/data-model').AcGePoint3d;
                                    clamp: (min: import('@mlightcad/data-model').AcGeVector3dLike, max: import('@mlightcad/data-model').AcGeVector3dLike) => import('@mlightcad/data-model').AcGePoint3d;
                                    clampScalar: (minVal: number, maxVal: number) => import('@mlightcad/data-model').AcGePoint3d;
                                    clampLength: (min: number, max: number) => import('@mlightcad/data-model').AcGePoint3d;
                                    floor: () => import('@mlightcad/data-model').AcGePoint3d;
                                    ceil: () => import('@mlightcad/data-model').AcGePoint3d;
                                    round: () => import('@mlightcad/data-model').AcGePoint3d;
                                    roundToZero: () => import('@mlightcad/data-model').AcGePoint3d;
                                    negate: () => import('@mlightcad/data-model').AcGePoint3d;
                                    dot: (v: import('@mlightcad/data-model').AcGeVector3dLike) => number;
                                    isParallelTo: (vec: import('@mlightcad/data-model').AcGeVector3d) => boolean;
                                    lengthSq: () => number;
                                    length: () => number;
                                    manhattanLength: () => number;
                                    normalize: () => import('@mlightcad/data-model').AcGePoint3d;
                                    setLength: (l: number) => import('@mlightcad/data-model').AcGePoint3d;
                                    lerp: (v: import('@mlightcad/data-model').AcGeVector3dLike, alpha: number) => import('@mlightcad/data-model').AcGePoint3d;
                                    lerpVectors: (v1: import('@mlightcad/data-model').AcGeVector3dLike, v2: import('@mlightcad/data-model').AcGeVector3dLike, alpha: number) => import('@mlightcad/data-model').AcGePoint3d;
                                    cross: (v: import('@mlightcad/data-model').AcGeVector3dLike) => import('@mlightcad/data-model').AcGePoint3d;
                                    crossVectors: (a: import('@mlightcad/data-model').AcGeVector3dLike, b: import('@mlightcad/data-model').AcGeVector3dLike) => import('@mlightcad/data-model').AcGePoint3d;
                                    projectOnVector: (v: import('@mlightcad/data-model').AcGeVector3d) => import('@mlightcad/data-model').AcGePoint3d;
                                    projectOnPlane: (planeNormal: import('@mlightcad/data-model').AcGeVector3d) => import('@mlightcad/data-model').AcGePoint3d;
                                    reflect: (normal: import('@mlightcad/data-model').AcGeVector3dLike) => import('@mlightcad/data-model').AcGePoint3d;
                                    angleTo: (v: import('@mlightcad/data-model').AcGeVector3d) => number;
                                    distanceTo: (v: import('@mlightcad/data-model').AcGeVector3dLike) => number;
                                    distanceToSquared: (v: import('@mlightcad/data-model').AcGeVector3dLike) => number;
                                    manhattanDistanceTo: (v: import('@mlightcad/data-model').AcGeVector3dLike) => number;
                                    setFromMatrixPosition: (m: import('@mlightcad/data-model').AcGeMatrix3d) => import('@mlightcad/data-model').AcGePoint3d;
                                    setFromMatrixScale: (m: import('@mlightcad/data-model').AcGeMatrix3d) => import('@mlightcad/data-model').AcGePoint3d;
                                    setFromMatrixColumn: (m: import('@mlightcad/data-model').AcGeMatrix3d, index: number) => import('@mlightcad/data-model').AcGePoint3d;
                                    setFromMatrix3Column: (m: import('@mlightcad/data-model').AcGeMatrix2d, index: number) => import('@mlightcad/data-model').AcGePoint3d;
                                    equals: (v: import('@mlightcad/data-model').AcGeVector3dLike) => boolean;
                                    fromArray: (array: number[], offset?: number) => import('@mlightcad/data-model').AcGePoint3d;
                                    toArray: (array?: number[] | Float32Array, offset?: number) => number[] | Float32Array;
                                    random: () => import('@mlightcad/data-model').AcGePoint3d;
                                    randomDirection: () => import('@mlightcad/data-model').AcGePoint3d;
                                    [Symbol.iterator]: () => Generator<number, void, unknown>;
                                } | undefined;
                                layoutId?: string | undefined;
                                blockInsertUnits?: import('@mlightcad/data-model').AcDbUnitsValue | undefined;
                                explodability?: number | undefined;
                                blockScaling?: import('@mlightcad/data-model').AcDbBlockScaling | undefined;
                                flags?: number | undefined;
                                pathName?: string | undefined;
                                previewIcon?: {
                                    [x: number]: number;
                                    readonly BYTES_PER_ELEMENT: number;
                                    readonly buffer: {
                                        readonly byteLength: number;
                                        slice: (begin?: number, end?: number) => ArrayBuffer;
                                        readonly maxByteLength: number;
                                        readonly resizable: boolean;
                                        resize: (newByteLength?: number) => void;
                                        readonly detached: boolean;
                                        transfer: (newByteLength?: number) => ArrayBuffer;
                                        transferToFixedLength: (newByteLength?: number) => ArrayBuffer;
                                        readonly [Symbol.toStringTag]: "ArrayBuffer";
                                    } | {
                                        readonly byteLength: number;
                                        slice: (begin?: number, end?: number) => SharedArrayBuffer;
                                        readonly growable: boolean;
                                        readonly maxByteLength: number;
                                        grow: (newByteLength?: number) => void;
                                        readonly [Symbol.toStringTag]: "SharedArrayBuffer";
                                    };
                                    readonly byteLength: number;
                                    readonly byteOffset: number;
                                    copyWithin: (target: number, start: number, end?: number) => Uint8Array<ArrayBufferLike>;
                                    every: (predicate: (value: number, index: number, array: Uint8Array<ArrayBufferLike>) => unknown, thisArg?: any) => boolean;
                                    fill: (value: number, start?: number, end?: number) => Uint8Array<ArrayBufferLike>;
                                    filter: (predicate: (value: number, index: number, array: Uint8Array<ArrayBufferLike>) => any, thisArg?: any) => Uint8Array<ArrayBuffer>;
                                    find: (predicate: (value: number, index: number, obj: Uint8Array<ArrayBufferLike>) => boolean, thisArg?: any) => number | undefined;
                                    findIndex: (predicate: (value: number, index: number, obj: Uint8Array<ArrayBufferLike>) => boolean, thisArg?: any) => number;
                                    forEach: (callbackfn: (value: number, index: number, array: Uint8Array<ArrayBufferLike>) => void, thisArg?: any) => void;
                                    indexOf: (searchElement: number, fromIndex?: number) => number;
                                    join: (separator?: string) => string;
                                    lastIndexOf: (searchElement: number, fromIndex?: number) => number;
                                    readonly length: number;
                                    map: (callbackfn: (value: number, index: number, array: Uint8Array<ArrayBufferLike>) => number, thisArg?: any) => Uint8Array<ArrayBuffer>;
                                    reduce: {
                                        (callbackfn: (previousValue: number, currentValue: number, currentIndex: number, array: Uint8Array<ArrayBufferLike>) => number): number;
                                        (callbackfn: (previousValue: number, currentValue: number, currentIndex: number, array: Uint8Array<ArrayBufferLike>) => number, initialValue: number): number;
                                        <U>(callbackfn: (previousValue: U, currentValue: number, currentIndex: number, array: Uint8Array<ArrayBufferLike>) => U, initialValue: U): U;
                                    };
                                    reduceRight: {
                                        (callbackfn: (previousValue: number, currentValue: number, currentIndex: number, array: Uint8Array<ArrayBufferLike>) => number): number;
                                        (callbackfn: (previousValue: number, currentValue: number, currentIndex: number, array: Uint8Array<ArrayBufferLike>) => number, initialValue: number): number;
                                        <U>(callbackfn: (previousValue: U, currentValue: number, currentIndex: number, array: Uint8Array<ArrayBufferLike>) => U, initialValue: U): U;
                                    };
                                    reverse: () => Uint8Array<ArrayBufferLike>;
                                    set: (array: ArrayLike<number>, offset?: number) => void;
                                    slice: (start?: number, end?: number) => Uint8Array<ArrayBuffer>;
                                    some: (predicate: (value: number, index: number, array: Uint8Array<ArrayBufferLike>) => unknown, thisArg?: any) => boolean;
                                    sort: (compareFn?: ((a: number, b: number) => number) | undefined) => Uint8Array<ArrayBufferLike>;
                                    subarray: (begin?: number, end?: number) => Uint8Array<ArrayBufferLike>;
                                    toLocaleString: {
                                        (): string;
                                        (locales: string | string[], options?: Intl.NumberFormatOptions): string;
                                    };
                                    toString: () => string;
                                    valueOf: () => Uint8Array<ArrayBufferLike>;
                                    entries: () => ArrayIterator<[number, number]>;
                                    keys: () => ArrayIterator<number>;
                                    values: () => ArrayIterator<number>;
                                    includes: (searchElement: number, fromIndex?: number) => boolean;
                                    at: (index: number) => number | undefined;
                                    findLast: {
                                        <S extends number>(predicate: (value: number, index: number, array: Uint8Array<ArrayBufferLike>) => value is S, thisArg?: any): S | undefined;
                                        (predicate: (value: number, index: number, array: Uint8Array<ArrayBufferLike>) => unknown, thisArg?: any): number | undefined;
                                    };
                                    findLastIndex: (predicate: (value: number, index: number, array: Uint8Array<ArrayBufferLike>) => unknown, thisArg?: any) => number;
                                    toReversed: () => Uint8Array<ArrayBuffer>;
                                    toSorted: (compareFn?: ((a: number, b: number) => number) | undefined) => Uint8Array<ArrayBuffer>;
                                    with: (index: number, value: number) => Uint8Array<ArrayBuffer>;
                                    [Symbol.iterator]: () => ArrayIterator<number>;
                                    readonly [Symbol.toStringTag]: "Uint8Array";
                                } | undefined;
                                name?: string | undefined;
                                objectId?: AcDbObjectId | undefined;
                                ownerId?: AcDbObjectId | undefined;
                                extensionDictionary?: AcDbObjectId | undefined;
                            };
                            readonly events: {
                                attrChanged: {
                                    addEventListener: (listener: (payload: import('@mlightcad/data-model').AcCmObjectAttributeChangedEventArgs<import('@mlightcad/data-model').AcDbBlockTableRecordAttrs>) => void) => void;
                                    removeEventListener: (listener: (payload: import('@mlightcad/data-model').AcCmObjectAttributeChangedEventArgs<import('@mlightcad/data-model').AcDbBlockTableRecordAttrs>) => void) => void;
                                    replaceEventListener: (listener: (payload: import('@mlightcad/data-model').AcCmObjectAttributeChangedEventArgs<import('@mlightcad/data-model').AcDbBlockTableRecordAttrs>) => void) => void;
                                    dispatch: (payload?: import('@mlightcad/data-model').AcCmObjectAttributeChangedEventArgs<import('@mlightcad/data-model').AcDbBlockTableRecordAttrs> | undefined, ...args: unknown[]) => void;
                                };
                                modelChanged: {
                                    addEventListener: (listener: (payload: import('@mlightcad/data-model').AcCmObjectChangedEventArgs<import('@mlightcad/data-model').AcDbBlockTableRecordAttrs>) => void) => void;
                                    removeEventListener: (listener: (payload: import('@mlightcad/data-model').AcCmObjectChangedEventArgs<import('@mlightcad/data-model').AcDbBlockTableRecordAttrs>) => void) => void;
                                    replaceEventListener: (listener: (payload: import('@mlightcad/data-model').AcCmObjectChangedEventArgs<import('@mlightcad/data-model').AcDbBlockTableRecordAttrs>) => void) => void;
                                    dispatch: (payload?: import('@mlightcad/data-model').AcCmObjectChangedEventArgs<import('@mlightcad/data-model').AcDbBlockTableRecordAttrs> | undefined, ...args: unknown[]) => void;
                                };
                            };
                            get: <A extends string>(key: A) => import('@mlightcad/data-model').AcDbBlockTableRecordAttrs[A] | undefined;
                            set: {
                                <A extends string>(key: A, val?: import('@mlightcad/data-model').AcDbBlockTableRecordAttrs[A] | undefined, options?: import('@mlightcad/data-model').AcCmObjectOptions): import('@mlightcad/data-model').AcCmObject<import('@mlightcad/data-model').AcDbBlockTableRecordAttrs>;
                                (key: Partial<import('@mlightcad/data-model').AcDbBlockTableRecordAttrs>, options?: import('@mlightcad/data-model').AcCmObjectOptions): import('@mlightcad/data-model').AcCmObject<import('@mlightcad/data-model').AcDbBlockTableRecordAttrs>;
                            };
                            has: (key: string) => boolean;
                            hasChanged: (key?: string | undefined) => boolean;
                            changedAttributes: (diff?: Partial<import('@mlightcad/data-model').AcDbBlockTableRecordAttrs> | undefined) => Partial<import('@mlightcad/data-model').AcDbBlockTableRecordAttrs>;
                            previous: <A extends string>(key: A) => import('@mlightcad/data-model').AcDbBlockTableRecordAttrs[A] | null | undefined;
                            previousAttributes: () => Partial<import('@mlightcad/data-model').AcDbBlockTableRecordAttrs>;
                            clone: () => import('@mlightcad/data-model').AcCmObject<import('@mlightcad/data-model').AcDbBlockTableRecordAttrs>;
                        };
                        getAttr: (attrName: string) => any;
                        getAttrWithoutException: (attrName: string) => any;
                        objectId: AcDbObjectId;
                        readonly isTemp: any;
                        ownerId: AcDbObjectId;
                        extensionDictionary: AcDbObjectId | undefined;
                        database: /*elided*/ any;
                        getXData: (appId: string) => import('@mlightcad/data-model').AcDbResultBuffer | undefined;
                        setXData: (resbuf: import('@mlightcad/data-model').AcDbResultBuffer) => void;
                        removeXData: (appId: string) => void;
                        createExtensionDictionary: () => AcDbObjectId | undefined;
                        close: () => void;
                        clone: () => import('@mlightcad/data-model').AcDbBlockTableRecord;
                        clonePreservingIdentity: () => import('@mlightcad/data-model').AcDbBlockTableRecord;
                        restoreFrom: (snapshot: import('@mlightcad/data-model').AcDbBlockTableRecord) => void;
                        dxfOut: (...args: unknown[]) => unknown;
                    };
                    getEntityById: (id: AcDbObjectId) => AcDbEntity | undefined;
                    removeEntity: (objectId: AcDbObjectId | AcDbObjectId[]) => boolean;
                    getXrefs: () => import('@mlightcad/data-model').AcDbBlockTableRecord[];
                    getUnresolvedXrefs: () => import('@mlightcad/data-model').AcDbBlockTableRecord[];
                    readonly numEntries: number;
                    add: (record: import('@mlightcad/data-model').AcDbBlockTableRecord) => void;
                    remove: (name: string) => boolean;
                    removeId: (id: AcDbObjectId) => boolean;
                    removeAll: () => void;
                    has: (name: string) => boolean;
                    hasId: (id: string) => boolean;
                    getAt: (name: string) => import('@mlightcad/data-model').AcDbBlockTableRecord | undefined;
                    getIdAt: (id: AcDbObjectId) => import('@mlightcad/data-model').AcDbBlockTableRecord | undefined;
                    getOwnerIdAt: (id: AcDbObjectId) => import('@mlightcad/data-model').AcDbBlockTableRecord | undefined;
                    newIterator: (iterateById?: boolean) => import('@mlightcad/data-model').AcDbObjectIterator<import('@mlightcad/data-model').AcDbBlockTableRecord>;
                    dxfOutFields: (filer: import('@mlightcad/data-model').AcDbDxfFiler) => import('@mlightcad/data-model').AcDbBlockTable;
                    readonly attrs: {
                        attributes: {
                            [x: string]: any;
                            objectId?: AcDbObjectId | undefined;
                            ownerId?: AcDbObjectId | undefined;
                            extensionDictionary?: AcDbObjectId | undefined;
                        };
                        changed: {
                            [x: string]: any;
                            objectId?: AcDbObjectId | undefined;
                            ownerId?: AcDbObjectId | undefined;
                            extensionDictionary?: AcDbObjectId | undefined;
                        };
                        readonly events: {
                            attrChanged: {
                                addEventListener: (listener: (payload: import('@mlightcad/data-model').AcCmObjectAttributeChangedEventArgs<import('@mlightcad/data-model').AcDbObjectAttrs>) => void) => void;
                                removeEventListener: (listener: (payload: import('@mlightcad/data-model').AcCmObjectAttributeChangedEventArgs<import('@mlightcad/data-model').AcDbObjectAttrs>) => void) => void;
                                replaceEventListener: (listener: (payload: import('@mlightcad/data-model').AcCmObjectAttributeChangedEventArgs<import('@mlightcad/data-model').AcDbObjectAttrs>) => void) => void;
                                dispatch: (payload?: import('@mlightcad/data-model').AcCmObjectAttributeChangedEventArgs<import('@mlightcad/data-model').AcDbObjectAttrs> | undefined, ...args: unknown[]) => void;
                            };
                            modelChanged: {
                                addEventListener: (listener: (payload: import('@mlightcad/data-model').AcCmObjectChangedEventArgs<import('@mlightcad/data-model').AcDbObjectAttrs>) => void) => void;
                                removeEventListener: (listener: (payload: import('@mlightcad/data-model').AcCmObjectChangedEventArgs<import('@mlightcad/data-model').AcDbObjectAttrs>) => void) => void;
                                replaceEventListener: (listener: (payload: import('@mlightcad/data-model').AcCmObjectChangedEventArgs<import('@mlightcad/data-model').AcDbObjectAttrs>) => void) => void;
                                dispatch: (payload?: import('@mlightcad/data-model').AcCmObjectChangedEventArgs<import('@mlightcad/data-model').AcDbObjectAttrs> | undefined, ...args: unknown[]) => void;
                            };
                        };
                        get: <A extends string>(key: A) => import('@mlightcad/data-model').AcDbObjectAttrs[A] | undefined;
                        set: {
                            <A extends string>(key: A, val?: import('@mlightcad/data-model').AcDbObjectAttrs[A] | undefined, options?: import('@mlightcad/data-model').AcCmObjectOptions): import('@mlightcad/data-model').AcCmObject<import('@mlightcad/data-model').AcDbObjectAttrs>;
                            (key: Partial<import('@mlightcad/data-model').AcDbObjectAttrs>, options?: import('@mlightcad/data-model').AcCmObjectOptions): import('@mlightcad/data-model').AcCmObject<import('@mlightcad/data-model').AcDbObjectAttrs>;
                        };
                        has: (key: string) => boolean;
                        hasChanged: (key?: string | undefined) => boolean;
                        changedAttributes: (diff?: Partial<import('@mlightcad/data-model').AcDbObjectAttrs> | undefined) => Partial<import('@mlightcad/data-model').AcDbObjectAttrs>;
                        previous: <A extends string>(key: A) => import('@mlightcad/data-model').AcDbObjectAttrs[A] | null | undefined;
                        previousAttributes: () => Partial<import('@mlightcad/data-model').AcDbObjectAttrs>;
                        clone: () => import('@mlightcad/data-model').AcCmObject<import('@mlightcad/data-model').AcDbObjectAttrs>;
                    };
                    getAttr: (attrName: string) => any;
                    getAttrWithoutException: (attrName: string) => any;
                    setAttr: <A extends string>(attrName: A, val?: import('@mlightcad/data-model').AcDbObjectAttrs[A] | undefined) => void;
                    objectId: AcDbObjectId;
                    readonly isTemp: any;
                    ownerId: AcDbObjectId;
                    extensionDictionary: AcDbObjectId | undefined;
                    database: /*elided*/ any;
                    getXData: (appId: string) => import('@mlightcad/data-model').AcDbResultBuffer | undefined;
                    setXData: (resbuf: import('@mlightcad/data-model').AcDbResultBuffer) => void;
                    removeXData: (appId: string) => void;
                    createExtensionDictionary: () => AcDbObjectId | undefined;
                    close: () => void;
                    clone: () => import('@mlightcad/data-model').AcDbBlockTable;
                    clonePreservingIdentity: () => import('@mlightcad/data-model').AcDbBlockTable;
                    restoreFrom: (snapshot: import('@mlightcad/data-model').AcDbBlockTable) => void;
                    dxfOut: (...args: unknown[]) => unknown;
                };
                readonly dimStyleTable: {
                    readonly numEntries: number;
                    add: (record: import('@mlightcad/data-model').AcDbDimStyleTableRecord) => void;
                    remove: (name: string) => boolean;
                    removeId: (id: AcDbObjectId) => boolean;
                    removeAll: () => void;
                    has: (name: string) => boolean;
                    hasId: (id: string) => boolean;
                    getAt: (name: string) => import('@mlightcad/data-model').AcDbDimStyleTableRecord | undefined;
                    getIdAt: (id: AcDbObjectId) => import('@mlightcad/data-model').AcDbDimStyleTableRecord | undefined;
                    getOwnerIdAt: (id: AcDbObjectId) => import('@mlightcad/data-model').AcDbDimStyleTableRecord | undefined;
                    newIterator: (iterateById?: boolean) => import('@mlightcad/data-model').AcDbObjectIterator<import('@mlightcad/data-model').AcDbDimStyleTableRecord>;
                    dxfOutFields: (filer: import('@mlightcad/data-model').AcDbDxfFiler) => import('@mlightcad/data-model').AcDbDimStyleTable;
                    readonly attrs: {
                        attributes: {
                            [x: string]: any;
                            objectId?: AcDbObjectId | undefined;
                            ownerId?: AcDbObjectId | undefined;
                            extensionDictionary?: AcDbObjectId | undefined;
                        };
                        changed: {
                            [x: string]: any;
                            objectId?: AcDbObjectId | undefined;
                            ownerId?: AcDbObjectId | undefined;
                            extensionDictionary?: AcDbObjectId | undefined;
                        };
                        readonly events: {
                            attrChanged: {
                                addEventListener: (listener: (payload: import('@mlightcad/data-model').AcCmObjectAttributeChangedEventArgs<import('@mlightcad/data-model').AcDbObjectAttrs>) => void) => void;
                                removeEventListener: (listener: (payload: import('@mlightcad/data-model').AcCmObjectAttributeChangedEventArgs<import('@mlightcad/data-model').AcDbObjectAttrs>) => void) => void;
                                replaceEventListener: (listener: (payload: import('@mlightcad/data-model').AcCmObjectAttributeChangedEventArgs<import('@mlightcad/data-model').AcDbObjectAttrs>) => void) => void;
                                dispatch: (payload?: import('@mlightcad/data-model').AcCmObjectAttributeChangedEventArgs<import('@mlightcad/data-model').AcDbObjectAttrs> | undefined, ...args: unknown[]) => void;
                            };
                            modelChanged: {
                                addEventListener: (listener: (payload: import('@mlightcad/data-model').AcCmObjectChangedEventArgs<import('@mlightcad/data-model').AcDbObjectAttrs>) => void) => void;
                                removeEventListener: (listener: (payload: import('@mlightcad/data-model').AcCmObjectChangedEventArgs<import('@mlightcad/data-model').AcDbObjectAttrs>) => void) => void;
                                replaceEventListener: (listener: (payload: import('@mlightcad/data-model').AcCmObjectChangedEventArgs<import('@mlightcad/data-model').AcDbObjectAttrs>) => void) => void;
                                dispatch: (payload?: import('@mlightcad/data-model').AcCmObjectChangedEventArgs<import('@mlightcad/data-model').AcDbObjectAttrs> | undefined, ...args: unknown[]) => void;
                            };
                        };
                        get: <A extends string>(key: A) => import('@mlightcad/data-model').AcDbObjectAttrs[A] | undefined;
                        set: {
                            <A extends string>(key: A, val?: import('@mlightcad/data-model').AcDbObjectAttrs[A] | undefined, options?: import('@mlightcad/data-model').AcCmObjectOptions): import('@mlightcad/data-model').AcCmObject<import('@mlightcad/data-model').AcDbObjectAttrs>;
                            (key: Partial<import('@mlightcad/data-model').AcDbObjectAttrs>, options?: import('@mlightcad/data-model').AcCmObjectOptions): import('@mlightcad/data-model').AcCmObject<import('@mlightcad/data-model').AcDbObjectAttrs>;
                        };
                        has: (key: string) => boolean;
                        hasChanged: (key?: string | undefined) => boolean;
                        changedAttributes: (diff?: Partial<import('@mlightcad/data-model').AcDbObjectAttrs> | undefined) => Partial<import('@mlightcad/data-model').AcDbObjectAttrs>;
                        previous: <A extends string>(key: A) => import('@mlightcad/data-model').AcDbObjectAttrs[A] | null | undefined;
                        previousAttributes: () => Partial<import('@mlightcad/data-model').AcDbObjectAttrs>;
                        clone: () => import('@mlightcad/data-model').AcCmObject<import('@mlightcad/data-model').AcDbObjectAttrs>;
                    };
                    getAttr: (attrName: string) => any;
                    getAttrWithoutException: (attrName: string) => any;
                    setAttr: <A extends string>(attrName: A, val?: import('@mlightcad/data-model').AcDbObjectAttrs[A] | undefined) => void;
                    objectId: AcDbObjectId;
                    readonly isTemp: any;
                    ownerId: AcDbObjectId;
                    extensionDictionary: AcDbObjectId | undefined;
                    database: /*elided*/ any;
                    getXData: (appId: string) => import('@mlightcad/data-model').AcDbResultBuffer | undefined;
                    setXData: (resbuf: import('@mlightcad/data-model').AcDbResultBuffer) => void;
                    removeXData: (appId: string) => void;
                    createExtensionDictionary: () => AcDbObjectId | undefined;
                    close: () => void;
                    clone: () => import('@mlightcad/data-model').AcDbDimStyleTable;
                    clonePreservingIdentity: () => import('@mlightcad/data-model').AcDbDimStyleTable;
                    restoreFrom: (snapshot: import('@mlightcad/data-model').AcDbDimStyleTable) => void;
                    dxfOut: (...args: unknown[]) => unknown;
                };
                readonly linetypeTable: {
                    readonly numEntries: number;
                    add: (record: import('@mlightcad/data-model').AcDbLinetypeTableRecord) => void;
                    remove: (name: string) => boolean;
                    removeId: (id: AcDbObjectId) => boolean;
                    removeAll: () => void;
                    has: (name: string) => boolean;
                    hasId: (id: string) => boolean;
                    getAt: (name: string) => import('@mlightcad/data-model').AcDbLinetypeTableRecord | undefined;
                    getIdAt: (id: AcDbObjectId) => import('@mlightcad/data-model').AcDbLinetypeTableRecord | undefined;
                    getOwnerIdAt: (id: AcDbObjectId) => import('@mlightcad/data-model').AcDbLinetypeTableRecord | undefined;
                    newIterator: (iterateById?: boolean) => import('@mlightcad/data-model').AcDbObjectIterator<import('@mlightcad/data-model').AcDbLinetypeTableRecord>;
                    dxfOutFields: (filer: import('@mlightcad/data-model').AcDbDxfFiler) => import('@mlightcad/data-model').AcDbLinetypeTable;
                    readonly attrs: {
                        attributes: {
                            [x: string]: any;
                            objectId?: AcDbObjectId | undefined;
                            ownerId?: AcDbObjectId | undefined;
                            extensionDictionary?: AcDbObjectId | undefined;
                        };
                        changed: {
                            [x: string]: any;
                            objectId?: AcDbObjectId | undefined;
                            ownerId?: AcDbObjectId | undefined;
                            extensionDictionary?: AcDbObjectId | undefined;
                        };
                        readonly events: {
                            attrChanged: {
                                addEventListener: (listener: (payload: import('@mlightcad/data-model').AcCmObjectAttributeChangedEventArgs<import('@mlightcad/data-model').AcDbObjectAttrs>) => void) => void;
                                removeEventListener: (listener: (payload: import('@mlightcad/data-model').AcCmObjectAttributeChangedEventArgs<import('@mlightcad/data-model').AcDbObjectAttrs>) => void) => void;
                                replaceEventListener: (listener: (payload: import('@mlightcad/data-model').AcCmObjectAttributeChangedEventArgs<import('@mlightcad/data-model').AcDbObjectAttrs>) => void) => void;
                                dispatch: (payload?: import('@mlightcad/data-model').AcCmObjectAttributeChangedEventArgs<import('@mlightcad/data-model').AcDbObjectAttrs> | undefined, ...args: unknown[]) => void;
                            };
                            modelChanged: {
                                addEventListener: (listener: (payload: import('@mlightcad/data-model').AcCmObjectChangedEventArgs<import('@mlightcad/data-model').AcDbObjectAttrs>) => void) => void;
                                removeEventListener: (listener: (payload: import('@mlightcad/data-model').AcCmObjectChangedEventArgs<import('@mlightcad/data-model').AcDbObjectAttrs>) => void) => void;
                                replaceEventListener: (listener: (payload: import('@mlightcad/data-model').AcCmObjectChangedEventArgs<import('@mlightcad/data-model').AcDbObjectAttrs>) => void) => void;
                                dispatch: (payload?: import('@mlightcad/data-model').AcCmObjectChangedEventArgs<import('@mlightcad/data-model').AcDbObjectAttrs> | undefined, ...args: unknown[]) => void;
                            };
                        };
                        get: <A extends string>(key: A) => import('@mlightcad/data-model').AcDbObjectAttrs[A] | undefined;
                        set: {
                            <A extends string>(key: A, val?: import('@mlightcad/data-model').AcDbObjectAttrs[A] | undefined, options?: import('@mlightcad/data-model').AcCmObjectOptions): import('@mlightcad/data-model').AcCmObject<import('@mlightcad/data-model').AcDbObjectAttrs>;
                            (key: Partial<import('@mlightcad/data-model').AcDbObjectAttrs>, options?: import('@mlightcad/data-model').AcCmObjectOptions): import('@mlightcad/data-model').AcCmObject<import('@mlightcad/data-model').AcDbObjectAttrs>;
                        };
                        has: (key: string) => boolean;
                        hasChanged: (key?: string | undefined) => boolean;
                        changedAttributes: (diff?: Partial<import('@mlightcad/data-model').AcDbObjectAttrs> | undefined) => Partial<import('@mlightcad/data-model').AcDbObjectAttrs>;
                        previous: <A extends string>(key: A) => import('@mlightcad/data-model').AcDbObjectAttrs[A] | null | undefined;
                        previousAttributes: () => Partial<import('@mlightcad/data-model').AcDbObjectAttrs>;
                        clone: () => import('@mlightcad/data-model').AcCmObject<import('@mlightcad/data-model').AcDbObjectAttrs>;
                    };
                    getAttr: (attrName: string) => any;
                    getAttrWithoutException: (attrName: string) => any;
                    setAttr: <A extends string>(attrName: A, val?: import('@mlightcad/data-model').AcDbObjectAttrs[A] | undefined) => void;
                    objectId: AcDbObjectId;
                    readonly isTemp: any;
                    ownerId: AcDbObjectId;
                    extensionDictionary: AcDbObjectId | undefined;
                    database: /*elided*/ any;
                    getXData: (appId: string) => import('@mlightcad/data-model').AcDbResultBuffer | undefined;
                    setXData: (resbuf: import('@mlightcad/data-model').AcDbResultBuffer) => void;
                    removeXData: (appId: string) => void;
                    createExtensionDictionary: () => AcDbObjectId | undefined;
                    close: () => void;
                    clone: () => import('@mlightcad/data-model').AcDbLinetypeTable;
                    clonePreservingIdentity: () => import('@mlightcad/data-model').AcDbLinetypeTable;
                    restoreFrom: (snapshot: import('@mlightcad/data-model').AcDbLinetypeTable) => void;
                    dxfOut: (...args: unknown[]) => unknown;
                };
                readonly textStyleTable: {
                    resolveAt: (name?: string) => import('@mlightcad/data-model').AcDbTextStyleTableRecord | undefined;
                    readonly shapeFiles: {
                        obliquingAngle: number;
                        priorSize: number;
                        textSize: number;
                        xScale: number;
                        isVertical: boolean;
                        isShapeFile: boolean;
                        fileName: string;
                        bigFontFileName: string;
                        readonly textStyle: {
                            name: string;
                            standardFlag: number;
                            fixedTextHeight: number;
                            widthFactor: number;
                            obliqueAngle: number;
                            textGenerationFlag: number;
                            lastHeight: number;
                            font: string;
                            bigFont: string;
                            extendedFont?: string | undefined;
                        };
                        dxfOutFields: (filer: import('@mlightcad/data-model').AcDbDxfFiler) => import('@mlightcad/data-model').AcDbTextStyleTableRecord;
                        name: string;
                        setAttr: <A extends string>(attrName: A, val?: import('@mlightcad/data-model').AcDbTextStyleTableRecordAttrs[A] | undefined) => void;
                        readonly attrs: {
                            attributes: {
                                [x: string]: any;
                                name?: string | undefined;
                                objectId?: AcDbObjectId | undefined;
                                ownerId?: AcDbObjectId | undefined;
                                extensionDictionary?: AcDbObjectId | undefined;
                                font?: string | undefined;
                                obliqueAngle?: number | undefined;
                                widthFactor?: number | undefined;
                                standardFlag?: number | undefined;
                                fixedTextHeight?: number | undefined;
                                textGenerationFlag?: number | undefined;
                                lastHeight?: number | undefined;
                                bigFont?: string | undefined;
                                extendedFont?: string | undefined;
                            };
                            changed: {
                                [x: string]: any;
                                name?: string | undefined;
                                objectId?: AcDbObjectId | undefined;
                                ownerId?: AcDbObjectId | undefined;
                                extensionDictionary?: AcDbObjectId | undefined;
                                font?: string | undefined;
                                obliqueAngle?: number | undefined;
                                widthFactor?: number | undefined;
                                standardFlag?: number | undefined;
                                fixedTextHeight?: number | undefined;
                                textGenerationFlag?: number | undefined;
                                lastHeight?: number | undefined;
                                bigFont?: string | undefined;
                                extendedFont?: string | undefined;
                            };
                            readonly events: {
                                attrChanged: {
                                    addEventListener: (listener: (payload: import('@mlightcad/data-model').AcCmObjectAttributeChangedEventArgs<import('@mlightcad/data-model').AcDbTextStyleTableRecordAttrs>) => void) => void;
                                    removeEventListener: (listener: (payload: import('@mlightcad/data-model').AcCmObjectAttributeChangedEventArgs<import('@mlightcad/data-model').AcDbTextStyleTableRecordAttrs>) => void) => void;
                                    replaceEventListener: (listener: (payload: import('@mlightcad/data-model').AcCmObjectAttributeChangedEventArgs<import('@mlightcad/data-model').AcDbTextStyleTableRecordAttrs>) => void) => void;
                                    dispatch: (payload?: import('@mlightcad/data-model').AcCmObjectAttributeChangedEventArgs<import('@mlightcad/data-model').AcDbTextStyleTableRecordAttrs> | undefined, ...args: unknown[]) => void;
                                };
                                modelChanged: {
                                    addEventListener: (listener: (payload: import('@mlightcad/data-model').AcCmObjectChangedEventArgs<import('@mlightcad/data-model').AcDbTextStyleTableRecordAttrs>) => void) => void;
                                    removeEventListener: (listener: (payload: import('@mlightcad/data-model').AcCmObjectChangedEventArgs<import('@mlightcad/data-model').AcDbTextStyleTableRecordAttrs>) => void) => void;
                                    replaceEventListener: (listener: (payload: import('@mlightcad/data-model').AcCmObjectChangedEventArgs<import('@mlightcad/data-model').AcDbTextStyleTableRecordAttrs>) => void) => void;
                                    dispatch: (payload?: import('@mlightcad/data-model').AcCmObjectChangedEventArgs<import('@mlightcad/data-model').AcDbTextStyleTableRecordAttrs> | undefined, ...args: unknown[]) => void;
                                };
                            };
                            get: <A extends string>(key: A) => import('@mlightcad/data-model').AcDbTextStyleTableRecordAttrs[A] | undefined;
                            set: {
                                <A extends string>(key: A, val?: import('@mlightcad/data-model').AcDbTextStyleTableRecordAttrs[A] | undefined, options?: import('@mlightcad/data-model').AcCmObjectOptions): import('@mlightcad/data-model').AcCmObject<import('@mlightcad/data-model').AcDbTextStyleTableRecordAttrs>;
                                (key: Partial<import('@mlightcad/data-model').AcDbTextStyleTableRecordAttrs>, options?: import('@mlightcad/data-model').AcCmObjectOptions): import('@mlightcad/data-model').AcCmObject<import('@mlightcad/data-model').AcDbTextStyleTableRecordAttrs>;
                            };
                            has: (key: string) => boolean;
                            hasChanged: (key?: string | undefined) => boolean;
                            changedAttributes: (diff?: Partial<import('@mlightcad/data-model').AcDbTextStyleTableRecordAttrs> | undefined) => Partial<import('@mlightcad/data-model').AcDbTextStyleTableRecordAttrs>;
                            previous: <A extends string>(key: A) => import('@mlightcad/data-model').AcDbTextStyleTableRecordAttrs[A] | null | undefined;
                            previousAttributes: () => Partial<import('@mlightcad/data-model').AcDbTextStyleTableRecordAttrs>;
                            clone: () => import('@mlightcad/data-model').AcCmObject<import('@mlightcad/data-model').AcDbTextStyleTableRecordAttrs>;
                        };
                        getAttr: (attrName: string) => any;
                        getAttrWithoutException: (attrName: string) => any;
                        objectId: AcDbObjectId;
                        readonly isTemp: any;
                        ownerId: AcDbObjectId;
                        extensionDictionary: AcDbObjectId | undefined;
                        database: /*elided*/ any;
                        getXData: (appId: string) => import('@mlightcad/data-model').AcDbResultBuffer | undefined;
                        setXData: (resbuf: import('@mlightcad/data-model').AcDbResultBuffer) => void;
                        removeXData: (appId: string) => void;
                        createExtensionDictionary: () => AcDbObjectId | undefined;
                        close: () => void;
                        clone: () => import('@mlightcad/data-model').AcDbTextStyleTableRecord;
                        clonePreservingIdentity: () => import('@mlightcad/data-model').AcDbTextStyleTableRecord;
                        restoreFrom: (snapshot: import('@mlightcad/data-model').AcDbTextStyleTableRecord) => void;
                        dxfOut: (...args: unknown[]) => unknown;
                    }[];
                    readonly fonts: string[];
                    readonly numEntries: number;
                    add: (record: import('@mlightcad/data-model').AcDbTextStyleTableRecord) => void;
                    remove: (name: string) => boolean;
                    removeId: (id: AcDbObjectId) => boolean;
                    removeAll: () => void;
                    has: (name: string) => boolean;
                    hasId: (id: string) => boolean;
                    getAt: (name: string) => import('@mlightcad/data-model').AcDbTextStyleTableRecord | undefined;
                    getIdAt: (id: AcDbObjectId) => import('@mlightcad/data-model').AcDbTextStyleTableRecord | undefined;
                    getOwnerIdAt: (id: AcDbObjectId) => import('@mlightcad/data-model').AcDbTextStyleTableRecord | undefined;
                    newIterator: (iterateById?: boolean) => import('@mlightcad/data-model').AcDbObjectIterator<import('@mlightcad/data-model').AcDbTextStyleTableRecord>;
                    dxfOutFields: (filer: import('@mlightcad/data-model').AcDbDxfFiler) => import('@mlightcad/data-model').AcDbTextStyleTable;
                    readonly attrs: {
                        attributes: {
                            [x: string]: any;
                            objectId?: AcDbObjectId | undefined;
                            ownerId?: AcDbObjectId | undefined;
                            extensionDictionary?: AcDbObjectId | undefined;
                        };
                        changed: {
                            [x: string]: any;
                            objectId?: AcDbObjectId | undefined;
                            ownerId?: AcDbObjectId | undefined;
                            extensionDictionary?: AcDbObjectId | undefined;
                        };
                        readonly events: {
                            attrChanged: {
                                addEventListener: (listener: (payload: import('@mlightcad/data-model').AcCmObjectAttributeChangedEventArgs<import('@mlightcad/data-model').AcDbObjectAttrs>) => void) => void;
                                removeEventListener: (listener: (payload: import('@mlightcad/data-model').AcCmObjectAttributeChangedEventArgs<import('@mlightcad/data-model').AcDbObjectAttrs>) => void) => void;
                                replaceEventListener: (listener: (payload: import('@mlightcad/data-model').AcCmObjectAttributeChangedEventArgs<import('@mlightcad/data-model').AcDbObjectAttrs>) => void) => void;
                                dispatch: (payload?: import('@mlightcad/data-model').AcCmObjectAttributeChangedEventArgs<import('@mlightcad/data-model').AcDbObjectAttrs> | undefined, ...args: unknown[]) => void;
                            };
                            modelChanged: {
                                addEventListener: (listener: (payload: import('@mlightcad/data-model').AcCmObjectChangedEventArgs<import('@mlightcad/data-model').AcDbObjectAttrs>) => void) => void;
                                removeEventListener: (listener: (payload: import('@mlightcad/data-model').AcCmObjectChangedEventArgs<import('@mlightcad/data-model').AcDbObjectAttrs>) => void) => void;
                                replaceEventListener: (listener: (payload: import('@mlightcad/data-model').AcCmObjectChangedEventArgs<import('@mlightcad/data-model').AcDbObjectAttrs>) => void) => void;
                                dispatch: (payload?: import('@mlightcad/data-model').AcCmObjectChangedEventArgs<import('@mlightcad/data-model').AcDbObjectAttrs> | undefined, ...args: unknown[]) => void;
                            };
                        };
                        get: <A extends string>(key: A) => import('@mlightcad/data-model').AcDbObjectAttrs[A] | undefined;
                        set: {
                            <A extends string>(key: A, val?: import('@mlightcad/data-model').AcDbObjectAttrs[A] | undefined, options?: import('@mlightcad/data-model').AcCmObjectOptions): import('@mlightcad/data-model').AcCmObject<import('@mlightcad/data-model').AcDbObjectAttrs>;
                            (key: Partial<import('@mlightcad/data-model').AcDbObjectAttrs>, options?: import('@mlightcad/data-model').AcCmObjectOptions): import('@mlightcad/data-model').AcCmObject<import('@mlightcad/data-model').AcDbObjectAttrs>;
                        };
                        has: (key: string) => boolean;
                        hasChanged: (key?: string | undefined) => boolean;
                        changedAttributes: (diff?: Partial<import('@mlightcad/data-model').AcDbObjectAttrs> | undefined) => Partial<import('@mlightcad/data-model').AcDbObjectAttrs>;
                        previous: <A extends string>(key: A) => import('@mlightcad/data-model').AcDbObjectAttrs[A] | null | undefined;
                        previousAttributes: () => Partial<import('@mlightcad/data-model').AcDbObjectAttrs>;
                        clone: () => import('@mlightcad/data-model').AcCmObject<import('@mlightcad/data-model').AcDbObjectAttrs>;
                    };
                    getAttr: (attrName: string) => any;
                    getAttrWithoutException: (attrName: string) => any;
                    setAttr: <A extends string>(attrName: A, val?: import('@mlightcad/data-model').AcDbObjectAttrs[A] | undefined) => void;
                    objectId: AcDbObjectId;
                    readonly isTemp: any;
                    ownerId: AcDbObjectId;
                    extensionDictionary: AcDbObjectId | undefined;
                    database: /*elided*/ any;
                    getXData: (appId: string) => import('@mlightcad/data-model').AcDbResultBuffer | undefined;
                    setXData: (resbuf: import('@mlightcad/data-model').AcDbResultBuffer) => void;
                    removeXData: (appId: string) => void;
                    createExtensionDictionary: () => AcDbObjectId | undefined;
                    close: () => void;
                    clone: () => import('@mlightcad/data-model').AcDbTextStyleTable;
                    clonePreservingIdentity: () => import('@mlightcad/data-model').AcDbTextStyleTable;
                    restoreFrom: (snapshot: import('@mlightcad/data-model').AcDbTextStyleTable) => void;
                    dxfOut: (...args: unknown[]) => unknown;
                };
                readonly viewTable: {
                    readonly numEntries: number;
                    add: (record: import('@mlightcad/data-model').AcDbViewTableRecord) => void;
                    remove: (name: string) => boolean;
                    removeId: (id: AcDbObjectId) => boolean;
                    removeAll: () => void;
                    has: (name: string) => boolean;
                    hasId: (id: string) => boolean;
                    getAt: (name: string) => import('@mlightcad/data-model').AcDbViewTableRecord | undefined;
                    getIdAt: (id: AcDbObjectId) => import('@mlightcad/data-model').AcDbViewTableRecord | undefined;
                    getOwnerIdAt: (id: AcDbObjectId) => import('@mlightcad/data-model').AcDbViewTableRecord | undefined;
                    newIterator: (iterateById?: boolean) => import('@mlightcad/data-model').AcDbObjectIterator<import('@mlightcad/data-model').AcDbViewTableRecord>;
                    dxfOutFields: (filer: import('@mlightcad/data-model').AcDbDxfFiler) => import('@mlightcad/data-model').AcDbViewTable;
                    readonly attrs: {
                        attributes: {
                            [x: string]: any;
                            objectId?: AcDbObjectId | undefined;
                            ownerId?: AcDbObjectId | undefined;
                            extensionDictionary?: AcDbObjectId | undefined;
                        };
                        changed: {
                            [x: string]: any;
                            objectId?: AcDbObjectId | undefined;
                            ownerId?: AcDbObjectId | undefined;
                            extensionDictionary?: AcDbObjectId | undefined;
                        };
                        readonly events: {
                            attrChanged: {
                                addEventListener: (listener: (payload: import('@mlightcad/data-model').AcCmObjectAttributeChangedEventArgs<import('@mlightcad/data-model').AcDbObjectAttrs>) => void) => void;
                                removeEventListener: (listener: (payload: import('@mlightcad/data-model').AcCmObjectAttributeChangedEventArgs<import('@mlightcad/data-model').AcDbObjectAttrs>) => void) => void;
                                replaceEventListener: (listener: (payload: import('@mlightcad/data-model').AcCmObjectAttributeChangedEventArgs<import('@mlightcad/data-model').AcDbObjectAttrs>) => void) => void;
                                dispatch: (payload?: import('@mlightcad/data-model').AcCmObjectAttributeChangedEventArgs<import('@mlightcad/data-model').AcDbObjectAttrs> | undefined, ...args: unknown[]) => void;
                            };
                            modelChanged: {
                                addEventListener: (listener: (payload: import('@mlightcad/data-model').AcCmObjectChangedEventArgs<import('@mlightcad/data-model').AcDbObjectAttrs>) => void) => void;
                                removeEventListener: (listener: (payload: import('@mlightcad/data-model').AcCmObjectChangedEventArgs<import('@mlightcad/data-model').AcDbObjectAttrs>) => void) => void;
                                replaceEventListener: (listener: (payload: import('@mlightcad/data-model').AcCmObjectChangedEventArgs<import('@mlightcad/data-model').AcDbObjectAttrs>) => void) => void;
                                dispatch: (payload?: import('@mlightcad/data-model').AcCmObjectChangedEventArgs<import('@mlightcad/data-model').AcDbObjectAttrs> | undefined, ...args: unknown[]) => void;
                            };
                        };
                        get: <A extends string>(key: A) => import('@mlightcad/data-model').AcDbObjectAttrs[A] | undefined;
                        set: {
                            <A extends string>(key: A, val?: import('@mlightcad/data-model').AcDbObjectAttrs[A] | undefined, options?: import('@mlightcad/data-model').AcCmObjectOptions): import('@mlightcad/data-model').AcCmObject<import('@mlightcad/data-model').AcDbObjectAttrs>;
                            (key: Partial<import('@mlightcad/data-model').AcDbObjectAttrs>, options?: import('@mlightcad/data-model').AcCmObjectOptions): import('@mlightcad/data-model').AcCmObject<import('@mlightcad/data-model').AcDbObjectAttrs>;
                        };
                        has: (key: string) => boolean;
                        hasChanged: (key?: string | undefined) => boolean;
                        changedAttributes: (diff?: Partial<import('@mlightcad/data-model').AcDbObjectAttrs> | undefined) => Partial<import('@mlightcad/data-model').AcDbObjectAttrs>;
                        previous: <A extends string>(key: A) => import('@mlightcad/data-model').AcDbObjectAttrs[A] | null | undefined;
                        previousAttributes: () => Partial<import('@mlightcad/data-model').AcDbObjectAttrs>;
                        clone: () => import('@mlightcad/data-model').AcCmObject<import('@mlightcad/data-model').AcDbObjectAttrs>;
                    };
                    getAttr: (attrName: string) => any;
                    getAttrWithoutException: (attrName: string) => any;
                    setAttr: <A extends string>(attrName: A, val?: import('@mlightcad/data-model').AcDbObjectAttrs[A] | undefined) => void;
                    objectId: AcDbObjectId;
                    readonly isTemp: any;
                    ownerId: AcDbObjectId;
                    extensionDictionary: AcDbObjectId | undefined;
                    database: /*elided*/ any;
                    getXData: (appId: string) => import('@mlightcad/data-model').AcDbResultBuffer | undefined;
                    setXData: (resbuf: import('@mlightcad/data-model').AcDbResultBuffer) => void;
                    removeXData: (appId: string) => void;
                    createExtensionDictionary: () => AcDbObjectId | undefined;
                    close: () => void;
                    clone: () => import('@mlightcad/data-model').AcDbViewTable;
                    clonePreservingIdentity: () => import('@mlightcad/data-model').AcDbViewTable;
                    restoreFrom: (snapshot: import('@mlightcad/data-model').AcDbViewTable) => void;
                    dxfOut: (...args: unknown[]) => unknown;
                };
                readonly layerTable: {
                    add: (record: import('@mlightcad/data-model').AcDbLayerTableRecord) => void;
                    readonly numEntries: number;
                    remove: (name: string) => boolean;
                    removeId: (id: AcDbObjectId) => boolean;
                    removeAll: () => void;
                    has: (name: string) => boolean;
                    hasId: (id: string) => boolean;
                    getAt: (name: string) => import('@mlightcad/data-model').AcDbLayerTableRecord | undefined;
                    getIdAt: (id: AcDbObjectId) => import('@mlightcad/data-model').AcDbLayerTableRecord | undefined;
                    getOwnerIdAt: (id: AcDbObjectId) => import('@mlightcad/data-model').AcDbLayerTableRecord | undefined;
                    newIterator: (iterateById?: boolean) => import('@mlightcad/data-model').AcDbObjectIterator<import('@mlightcad/data-model').AcDbLayerTableRecord>;
                    dxfOutFields: (filer: import('@mlightcad/data-model').AcDbDxfFiler) => import('@mlightcad/data-model').AcDbLayerTable;
                    readonly attrs: {
                        attributes: {
                            [x: string]: any;
                            objectId?: AcDbObjectId | undefined;
                            ownerId?: AcDbObjectId | undefined;
                            extensionDictionary?: AcDbObjectId | undefined;
                        };
                        changed: {
                            [x: string]: any;
                            objectId?: AcDbObjectId | undefined;
                            ownerId?: AcDbObjectId | undefined;
                            extensionDictionary?: AcDbObjectId | undefined;
                        };
                        readonly events: {
                            attrChanged: {
                                addEventListener: (listener: (payload: import('@mlightcad/data-model').AcCmObjectAttributeChangedEventArgs<import('@mlightcad/data-model').AcDbObjectAttrs>) => void) => void;
                                removeEventListener: (listener: (payload: import('@mlightcad/data-model').AcCmObjectAttributeChangedEventArgs<import('@mlightcad/data-model').AcDbObjectAttrs>) => void) => void;
                                replaceEventListener: (listener: (payload: import('@mlightcad/data-model').AcCmObjectAttributeChangedEventArgs<import('@mlightcad/data-model').AcDbObjectAttrs>) => void) => void;
                                dispatch: (payload?: import('@mlightcad/data-model').AcCmObjectAttributeChangedEventArgs<import('@mlightcad/data-model').AcDbObjectAttrs> | undefined, ...args: unknown[]) => void;
                            };
                            modelChanged: {
                                addEventListener: (listener: (payload: import('@mlightcad/data-model').AcCmObjectChangedEventArgs<import('@mlightcad/data-model').AcDbObjectAttrs>) => void) => void;
                                removeEventListener: (listener: (payload: import('@mlightcad/data-model').AcCmObjectChangedEventArgs<import('@mlightcad/data-model').AcDbObjectAttrs>) => void) => void;
                                replaceEventListener: (listener: (payload: import('@mlightcad/data-model').AcCmObjectChangedEventArgs<import('@mlightcad/data-model').AcDbObjectAttrs>) => void) => void;
                                dispatch: (payload?: import('@mlightcad/data-model').AcCmObjectChangedEventArgs<import('@mlightcad/data-model').AcDbObjectAttrs> | undefined, ...args: unknown[]) => void;
                            };
                        };
                        get: <A extends string>(key: A) => import('@mlightcad/data-model').AcDbObjectAttrs[A] | undefined;
                        set: {
                            <A extends string>(key: A, val?: import('@mlightcad/data-model').AcDbObjectAttrs[A] | undefined, options?: import('@mlightcad/data-model').AcCmObjectOptions): import('@mlightcad/data-model').AcCmObject<import('@mlightcad/data-model').AcDbObjectAttrs>;
                            (key: Partial<import('@mlightcad/data-model').AcDbObjectAttrs>, options?: import('@mlightcad/data-model').AcCmObjectOptions): import('@mlightcad/data-model').AcCmObject<import('@mlightcad/data-model').AcDbObjectAttrs>;
                        };
                        has: (key: string) => boolean;
                        hasChanged: (key?: string | undefined) => boolean;
                        changedAttributes: (diff?: Partial<import('@mlightcad/data-model').AcDbObjectAttrs> | undefined) => Partial<import('@mlightcad/data-model').AcDbObjectAttrs>;
                        previous: <A extends string>(key: A) => import('@mlightcad/data-model').AcDbObjectAttrs[A] | null | undefined;
                        previousAttributes: () => Partial<import('@mlightcad/data-model').AcDbObjectAttrs>;
                        clone: () => import('@mlightcad/data-model').AcCmObject<import('@mlightcad/data-model').AcDbObjectAttrs>;
                    };
                    getAttr: (attrName: string) => any;
                    getAttrWithoutException: (attrName: string) => any;
                    setAttr: <A extends string>(attrName: A, val?: import('@mlightcad/data-model').AcDbObjectAttrs[A] | undefined) => void;
                    objectId: AcDbObjectId;
                    readonly isTemp: any;
                    ownerId: AcDbObjectId;
                    extensionDictionary: AcDbObjectId | undefined;
                    database: /*elided*/ any;
                    getXData: (appId: string) => import('@mlightcad/data-model').AcDbResultBuffer | undefined;
                    setXData: (resbuf: import('@mlightcad/data-model').AcDbResultBuffer) => void;
                    removeXData: (appId: string) => void;
                    createExtensionDictionary: () => AcDbObjectId | undefined;
                    close: () => void;
                    clone: () => import('@mlightcad/data-model').AcDbLayerTable;
                    clonePreservingIdentity: () => import('@mlightcad/data-model').AcDbLayerTable;
                    restoreFrom: (snapshot: import('@mlightcad/data-model').AcDbLayerTable) => void;
                    dxfOut: (...args: unknown[]) => unknown;
                };
                readonly viewportTable: {
                    getActiveVport: () => import('@mlightcad/data-model').AcDbViewportTableRecord | undefined;
                    getActiveVportBox: (canvasAspectRatio: number, drawingExtents?: import('@mlightcad/data-model').AcGeBox2d) => import('@mlightcad/data-model').AcGeBox2d | undefined;
                    readonly numEntries: number;
                    add: (record: import('@mlightcad/data-model').AcDbViewportTableRecord) => void;
                    remove: (name: string) => boolean;
                    removeId: (id: AcDbObjectId) => boolean;
                    removeAll: () => void;
                    has: (name: string) => boolean;
                    hasId: (id: string) => boolean;
                    getAt: (name: string) => import('@mlightcad/data-model').AcDbViewportTableRecord | undefined;
                    getIdAt: (id: AcDbObjectId) => import('@mlightcad/data-model').AcDbViewportTableRecord | undefined;
                    getOwnerIdAt: (id: AcDbObjectId) => import('@mlightcad/data-model').AcDbViewportTableRecord | undefined;
                    newIterator: (iterateById?: boolean) => import('@mlightcad/data-model').AcDbObjectIterator<import('@mlightcad/data-model').AcDbViewportTableRecord>;
                    dxfOutFields: (filer: import('@mlightcad/data-model').AcDbDxfFiler) => import('@mlightcad/data-model').AcDbViewportTable;
                    readonly attrs: {
                        attributes: {
                            [x: string]: any;
                            objectId?: AcDbObjectId | undefined;
                            ownerId?: AcDbObjectId | undefined;
                            extensionDictionary?: AcDbObjectId | undefined;
                        };
                        changed: {
                            [x: string]: any;
                            objectId?: AcDbObjectId | undefined;
                            ownerId?: AcDbObjectId | undefined;
                            extensionDictionary?: AcDbObjectId | undefined;
                        };
                        readonly events: {
                            attrChanged: {
                                addEventListener: (listener: (payload: import('@mlightcad/data-model').AcCmObjectAttributeChangedEventArgs<import('@mlightcad/data-model').AcDbObjectAttrs>) => void) => void;
                                removeEventListener: (listener: (payload: import('@mlightcad/data-model').AcCmObjectAttributeChangedEventArgs<import('@mlightcad/data-model').AcDbObjectAttrs>) => void) => void;
                                replaceEventListener: (listener: (payload: import('@mlightcad/data-model').AcCmObjectAttributeChangedEventArgs<import('@mlightcad/data-model').AcDbObjectAttrs>) => void) => void;
                                dispatch: (payload?: import('@mlightcad/data-model').AcCmObjectAttributeChangedEventArgs<import('@mlightcad/data-model').AcDbObjectAttrs> | undefined, ...args: unknown[]) => void;
                            };
                            modelChanged: {
                                addEventListener: (listener: (payload: import('@mlightcad/data-model').AcCmObjectChangedEventArgs<import('@mlightcad/data-model').AcDbObjectAttrs>) => void) => void;
                                removeEventListener: (listener: (payload: import('@mlightcad/data-model').AcCmObjectChangedEventArgs<import('@mlightcad/data-model').AcDbObjectAttrs>) => void) => void;
                                replaceEventListener: (listener: (payload: import('@mlightcad/data-model').AcCmObjectChangedEventArgs<import('@mlightcad/data-model').AcDbObjectAttrs>) => void) => void;
                                dispatch: (payload?: import('@mlightcad/data-model').AcCmObjectChangedEventArgs<import('@mlightcad/data-model').AcDbObjectAttrs> | undefined, ...args: unknown[]) => void;
                            };
                        };
                        get: <A extends string>(key: A) => import('@mlightcad/data-model').AcDbObjectAttrs[A] | undefined;
                        set: {
                            <A extends string>(key: A, val?: import('@mlightcad/data-model').AcDbObjectAttrs[A] | undefined, options?: import('@mlightcad/data-model').AcCmObjectOptions): import('@mlightcad/data-model').AcCmObject<import('@mlightcad/data-model').AcDbObjectAttrs>;
                            (key: Partial<import('@mlightcad/data-model').AcDbObjectAttrs>, options?: import('@mlightcad/data-model').AcCmObjectOptions): import('@mlightcad/data-model').AcCmObject<import('@mlightcad/data-model').AcDbObjectAttrs>;
                        };
                        has: (key: string) => boolean;
                        hasChanged: (key?: string | undefined) => boolean;
                        changedAttributes: (diff?: Partial<import('@mlightcad/data-model').AcDbObjectAttrs> | undefined) => Partial<import('@mlightcad/data-model').AcDbObjectAttrs>;
                        previous: <A extends string>(key: A) => import('@mlightcad/data-model').AcDbObjectAttrs[A] | null | undefined;
                        previousAttributes: () => Partial<import('@mlightcad/data-model').AcDbObjectAttrs>;
                        clone: () => import('@mlightcad/data-model').AcCmObject<import('@mlightcad/data-model').AcDbObjectAttrs>;
                    };
                    getAttr: (attrName: string) => any;
                    getAttrWithoutException: (attrName: string) => any;
                    setAttr: <A extends string>(attrName: A, val?: import('@mlightcad/data-model').AcDbObjectAttrs[A] | undefined) => void;
                    objectId: AcDbObjectId;
                    readonly isTemp: any;
                    ownerId: AcDbObjectId;
                    extensionDictionary: AcDbObjectId | undefined;
                    database: /*elided*/ any;
                    getXData: (appId: string) => import('@mlightcad/data-model').AcDbResultBuffer | undefined;
                    setXData: (resbuf: import('@mlightcad/data-model').AcDbResultBuffer) => void;
                    removeXData: (appId: string) => void;
                    createExtensionDictionary: () => AcDbObjectId | undefined;
                    close: () => void;
                    clone: () => import('@mlightcad/data-model').AcDbViewportTable;
                    clonePreservingIdentity: () => import('@mlightcad/data-model').AcDbViewportTable;
                    restoreFrom: (snapshot: import('@mlightcad/data-model').AcDbViewportTable) => void;
                    dxfOut: (...args: unknown[]) => unknown;
                };
            };
            classes: readonly {
                name: string;
                cppClassName: string;
                appName: string;
                proxyFlag: number;
                instanceCount: number;
                wasProxy: boolean;
                isEntity: boolean;
            }[];
            readonly objects: {
                readonly dictionary: {
                    readonly numEntries: number;
                    setAt: (key: string, value: import('@mlightcad/data-model').AcDbDictionary<import('@mlightcad/data-model').AcDbObject<import('@mlightcad/data-model').AcDbObjectAttrs>>) => void;
                    remove: (name: string) => boolean;
                    removeId: (id: string) => boolean;
                    removeAll: () => void;
                    has: (name: string) => boolean;
                    hasId: (id: string) => boolean;
                    getAt: (name: string) => import('@mlightcad/data-model').AcDbDictionary<import('@mlightcad/data-model').AcDbObject<import('@mlightcad/data-model').AcDbObjectAttrs>> | undefined;
                    getIdAt: (id: AcDbObjectId) => import('@mlightcad/data-model').AcDbDictionary<import('@mlightcad/data-model').AcDbObject<import('@mlightcad/data-model').AcDbObjectAttrs>> | undefined;
                    newIterator: () => import('@mlightcad/data-model').AcDbObjectIterator<import('@mlightcad/data-model').AcDbDictionary<import('@mlightcad/data-model').AcDbObject<import('@mlightcad/data-model').AcDbObjectAttrs>>>;
                    entries: () => IterableIterator<[string, import('@mlightcad/data-model').AcDbDictionary<import('@mlightcad/data-model').AcDbObject<import('@mlightcad/data-model').AcDbObjectAttrs>>]>;
                    dxfOutFields: (filer: import('@mlightcad/data-model').AcDbDxfFiler) => import('@mlightcad/data-model').AcDbDictionary<import('@mlightcad/data-model').AcDbDictionary<import('@mlightcad/data-model').AcDbObject<import('@mlightcad/data-model').AcDbObjectAttrs>>>;
                    readonly attrs: {
                        attributes: {
                            [x: string]: any;
                            objectId?: AcDbObjectId | undefined;
                            ownerId?: AcDbObjectId | undefined;
                            extensionDictionary?: AcDbObjectId | undefined;
                        };
                        changed: {
                            [x: string]: any;
                            objectId?: AcDbObjectId | undefined;
                            ownerId?: AcDbObjectId | undefined;
                            extensionDictionary?: AcDbObjectId | undefined;
                        };
                        readonly events: {
                            attrChanged: {
                                addEventListener: (listener: (payload: import('@mlightcad/data-model').AcCmObjectAttributeChangedEventArgs<import('@mlightcad/data-model').AcDbObjectAttrs>) => void) => void;
                                removeEventListener: (listener: (payload: import('@mlightcad/data-model').AcCmObjectAttributeChangedEventArgs<import('@mlightcad/data-model').AcDbObjectAttrs>) => void) => void;
                                replaceEventListener: (listener: (payload: import('@mlightcad/data-model').AcCmObjectAttributeChangedEventArgs<import('@mlightcad/data-model').AcDbObjectAttrs>) => void) => void;
                                dispatch: (payload?: import('@mlightcad/data-model').AcCmObjectAttributeChangedEventArgs<import('@mlightcad/data-model').AcDbObjectAttrs> | undefined, ...args: unknown[]) => void;
                            };
                            modelChanged: {
                                addEventListener: (listener: (payload: import('@mlightcad/data-model').AcCmObjectChangedEventArgs<import('@mlightcad/data-model').AcDbObjectAttrs>) => void) => void;
                                removeEventListener: (listener: (payload: import('@mlightcad/data-model').AcCmObjectChangedEventArgs<import('@mlightcad/data-model').AcDbObjectAttrs>) => void) => void;
                                replaceEventListener: (listener: (payload: import('@mlightcad/data-model').AcCmObjectChangedEventArgs<import('@mlightcad/data-model').AcDbObjectAttrs>) => void) => void;
                                dispatch: (payload?: import('@mlightcad/data-model').AcCmObjectChangedEventArgs<import('@mlightcad/data-model').AcDbObjectAttrs> | undefined, ...args: unknown[]) => void;
                            };
                        };
                        get: <A extends string>(key: A) => import('@mlightcad/data-model').AcDbObjectAttrs[A] | undefined;
                        set: {
                            <A extends string>(key: A, val?: import('@mlightcad/data-model').AcDbObjectAttrs[A] | undefined, options?: import('@mlightcad/data-model').AcCmObjectOptions): import('@mlightcad/data-model').AcCmObject<import('@mlightcad/data-model').AcDbObjectAttrs>;
                            (key: Partial<import('@mlightcad/data-model').AcDbObjectAttrs>, options?: import('@mlightcad/data-model').AcCmObjectOptions): import('@mlightcad/data-model').AcCmObject<import('@mlightcad/data-model').AcDbObjectAttrs>;
                        };
                        has: (key: string) => boolean;
                        hasChanged: (key?: string | undefined) => boolean;
                        changedAttributes: (diff?: Partial<import('@mlightcad/data-model').AcDbObjectAttrs> | undefined) => Partial<import('@mlightcad/data-model').AcDbObjectAttrs>;
                        previous: <A extends string>(key: A) => import('@mlightcad/data-model').AcDbObjectAttrs[A] | null | undefined;
                        previousAttributes: () => Partial<import('@mlightcad/data-model').AcDbObjectAttrs>;
                        clone: () => import('@mlightcad/data-model').AcCmObject<import('@mlightcad/data-model').AcDbObjectAttrs>;
                    };
                    getAttr: (attrName: string) => any;
                    getAttrWithoutException: (attrName: string) => any;
                    setAttr: <A extends string>(attrName: A, val?: import('@mlightcad/data-model').AcDbObjectAttrs[A] | undefined) => void;
                    objectId: AcDbObjectId;
                    readonly isTemp: any;
                    ownerId: AcDbObjectId;
                    extensionDictionary: AcDbObjectId | undefined;
                    database: /*elided*/ any;
                    getXData: (appId: string) => import('@mlightcad/data-model').AcDbResultBuffer | undefined;
                    setXData: (resbuf: import('@mlightcad/data-model').AcDbResultBuffer) => void;
                    removeXData: (appId: string) => void;
                    createExtensionDictionary: () => AcDbObjectId | undefined;
                    close: () => void;
                    clone: () => import('@mlightcad/data-model').AcDbDictionary<import('@mlightcad/data-model').AcDbDictionary<import('@mlightcad/data-model').AcDbObject<import('@mlightcad/data-model').AcDbObjectAttrs>>>;
                    clonePreservingIdentity: () => import('@mlightcad/data-model').AcDbDictionary<import('@mlightcad/data-model').AcDbDictionary<import('@mlightcad/data-model').AcDbObject<import('@mlightcad/data-model').AcDbObjectAttrs>>>;
                    restoreFrom: (snapshot: import('@mlightcad/data-model').AcDbDictionary<import('@mlightcad/data-model').AcDbDictionary<import('@mlightcad/data-model').AcDbObject<import('@mlightcad/data-model').AcDbObjectAttrs>>>) => void;
                    dxfOut: (...args: unknown[]) => unknown;
                };
                readonly imageDefinition: {
                    readonly numEntries: number;
                    setAt: (key: string, value: import('@mlightcad/data-model').AcDbRasterImageDef) => void;
                    remove: (name: string) => boolean;
                    removeId: (id: string) => boolean;
                    removeAll: () => void;
                    has: (name: string) => boolean;
                    hasId: (id: string) => boolean;
                    getAt: (name: string) => import('@mlightcad/data-model').AcDbRasterImageDef | undefined;
                    getIdAt: (id: AcDbObjectId) => import('@mlightcad/data-model').AcDbRasterImageDef | undefined;
                    newIterator: () => import('@mlightcad/data-model').AcDbObjectIterator<import('@mlightcad/data-model').AcDbRasterImageDef>;
                    entries: () => IterableIterator<[string, import('@mlightcad/data-model').AcDbRasterImageDef]>;
                    dxfOutFields: (filer: import('@mlightcad/data-model').AcDbDxfFiler) => import('@mlightcad/data-model').AcDbDictionary<import('@mlightcad/data-model').AcDbRasterImageDef>;
                    readonly attrs: {
                        attributes: {
                            [x: string]: any;
                            objectId?: AcDbObjectId | undefined;
                            ownerId?: AcDbObjectId | undefined;
                            extensionDictionary?: AcDbObjectId | undefined;
                        };
                        changed: {
                            [x: string]: any;
                            objectId?: AcDbObjectId | undefined;
                            ownerId?: AcDbObjectId | undefined;
                            extensionDictionary?: AcDbObjectId | undefined;
                        };
                        readonly events: {
                            attrChanged: {
                                addEventListener: (listener: (payload: import('@mlightcad/data-model').AcCmObjectAttributeChangedEventArgs<import('@mlightcad/data-model').AcDbObjectAttrs>) => void) => void;
                                removeEventListener: (listener: (payload: import('@mlightcad/data-model').AcCmObjectAttributeChangedEventArgs<import('@mlightcad/data-model').AcDbObjectAttrs>) => void) => void;
                                replaceEventListener: (listener: (payload: import('@mlightcad/data-model').AcCmObjectAttributeChangedEventArgs<import('@mlightcad/data-model').AcDbObjectAttrs>) => void) => void;
                                dispatch: (payload?: import('@mlightcad/data-model').AcCmObjectAttributeChangedEventArgs<import('@mlightcad/data-model').AcDbObjectAttrs> | undefined, ...args: unknown[]) => void;
                            };
                            modelChanged: {
                                addEventListener: (listener: (payload: import('@mlightcad/data-model').AcCmObjectChangedEventArgs<import('@mlightcad/data-model').AcDbObjectAttrs>) => void) => void;
                                removeEventListener: (listener: (payload: import('@mlightcad/data-model').AcCmObjectChangedEventArgs<import('@mlightcad/data-model').AcDbObjectAttrs>) => void) => void;
                                replaceEventListener: (listener: (payload: import('@mlightcad/data-model').AcCmObjectChangedEventArgs<import('@mlightcad/data-model').AcDbObjectAttrs>) => void) => void;
                                dispatch: (payload?: import('@mlightcad/data-model').AcCmObjectChangedEventArgs<import('@mlightcad/data-model').AcDbObjectAttrs> | undefined, ...args: unknown[]) => void;
                            };
                        };
                        get: <A extends string>(key: A) => import('@mlightcad/data-model').AcDbObjectAttrs[A] | undefined;
                        set: {
                            <A extends string>(key: A, val?: import('@mlightcad/data-model').AcDbObjectAttrs[A] | undefined, options?: import('@mlightcad/data-model').AcCmObjectOptions): import('@mlightcad/data-model').AcCmObject<import('@mlightcad/data-model').AcDbObjectAttrs>;
                            (key: Partial<import('@mlightcad/data-model').AcDbObjectAttrs>, options?: import('@mlightcad/data-model').AcCmObjectOptions): import('@mlightcad/data-model').AcCmObject<import('@mlightcad/data-model').AcDbObjectAttrs>;
                        };
                        has: (key: string) => boolean;
                        hasChanged: (key?: string | undefined) => boolean;
                        changedAttributes: (diff?: Partial<import('@mlightcad/data-model').AcDbObjectAttrs> | undefined) => Partial<import('@mlightcad/data-model').AcDbObjectAttrs>;
                        previous: <A extends string>(key: A) => import('@mlightcad/data-model').AcDbObjectAttrs[A] | null | undefined;
                        previousAttributes: () => Partial<import('@mlightcad/data-model').AcDbObjectAttrs>;
                        clone: () => import('@mlightcad/data-model').AcCmObject<import('@mlightcad/data-model').AcDbObjectAttrs>;
                    };
                    getAttr: (attrName: string) => any;
                    getAttrWithoutException: (attrName: string) => any;
                    setAttr: <A extends string>(attrName: A, val?: import('@mlightcad/data-model').AcDbObjectAttrs[A] | undefined) => void;
                    objectId: AcDbObjectId;
                    readonly isTemp: any;
                    ownerId: AcDbObjectId;
                    extensionDictionary: AcDbObjectId | undefined;
                    database: /*elided*/ any;
                    getXData: (appId: string) => import('@mlightcad/data-model').AcDbResultBuffer | undefined;
                    setXData: (resbuf: import('@mlightcad/data-model').AcDbResultBuffer) => void;
                    removeXData: (appId: string) => void;
                    createExtensionDictionary: () => AcDbObjectId | undefined;
                    close: () => void;
                    clone: () => import('@mlightcad/data-model').AcDbDictionary<import('@mlightcad/data-model').AcDbRasterImageDef>;
                    clonePreservingIdentity: () => import('@mlightcad/data-model').AcDbDictionary<import('@mlightcad/data-model').AcDbRasterImageDef>;
                    restoreFrom: (snapshot: import('@mlightcad/data-model').AcDbDictionary<import('@mlightcad/data-model').AcDbRasterImageDef>) => void;
                    dxfOut: (...args: unknown[]) => unknown;
                };
                readonly layerFilter: {
                    readonly numEntries: number;
                    setAt: (key: string, value: import('@mlightcad/data-model').AcDbLayerFilter) => void;
                    remove: (name: string) => boolean;
                    removeId: (id: string) => boolean;
                    removeAll: () => void;
                    has: (name: string) => boolean;
                    hasId: (id: string) => boolean;
                    getAt: (name: string) => import('@mlightcad/data-model').AcDbLayerFilter | undefined;
                    getIdAt: (id: AcDbObjectId) => import('@mlightcad/data-model').AcDbLayerFilter | undefined;
                    newIterator: () => import('@mlightcad/data-model').AcDbObjectIterator<import('@mlightcad/data-model').AcDbLayerFilter>;
                    entries: () => IterableIterator<[string, import('@mlightcad/data-model').AcDbLayerFilter]>;
                    dxfOutFields: (filer: import('@mlightcad/data-model').AcDbDxfFiler) => import('@mlightcad/data-model').AcDbDictionary<import('@mlightcad/data-model').AcDbLayerFilter>;
                    readonly attrs: {
                        attributes: {
                            [x: string]: any;
                            objectId?: AcDbObjectId | undefined;
                            ownerId?: AcDbObjectId | undefined;
                            extensionDictionary?: AcDbObjectId | undefined;
                        };
                        changed: {
                            [x: string]: any;
                            objectId?: AcDbObjectId | undefined;
                            ownerId?: AcDbObjectId | undefined;
                            extensionDictionary?: AcDbObjectId | undefined;
                        };
                        readonly events: {
                            attrChanged: {
                                addEventListener: (listener: (payload: import('@mlightcad/data-model').AcCmObjectAttributeChangedEventArgs<import('@mlightcad/data-model').AcDbObjectAttrs>) => void) => void;
                                removeEventListener: (listener: (payload: import('@mlightcad/data-model').AcCmObjectAttributeChangedEventArgs<import('@mlightcad/data-model').AcDbObjectAttrs>) => void) => void;
                                replaceEventListener: (listener: (payload: import('@mlightcad/data-model').AcCmObjectAttributeChangedEventArgs<import('@mlightcad/data-model').AcDbObjectAttrs>) => void) => void;
                                dispatch: (payload?: import('@mlightcad/data-model').AcCmObjectAttributeChangedEventArgs<import('@mlightcad/data-model').AcDbObjectAttrs> | undefined, ...args: unknown[]) => void;
                            };
                            modelChanged: {
                                addEventListener: (listener: (payload: import('@mlightcad/data-model').AcCmObjectChangedEventArgs<import('@mlightcad/data-model').AcDbObjectAttrs>) => void) => void;
                                removeEventListener: (listener: (payload: import('@mlightcad/data-model').AcCmObjectChangedEventArgs<import('@mlightcad/data-model').AcDbObjectAttrs>) => void) => void;
                                replaceEventListener: (listener: (payload: import('@mlightcad/data-model').AcCmObjectChangedEventArgs<import('@mlightcad/data-model').AcDbObjectAttrs>) => void) => void;
                                dispatch: (payload?: import('@mlightcad/data-model').AcCmObjectChangedEventArgs<import('@mlightcad/data-model').AcDbObjectAttrs> | undefined, ...args: unknown[]) => void;
                            };
                        };
                        get: <A extends string>(key: A) => import('@mlightcad/data-model').AcDbObjectAttrs[A] | undefined;
                        set: {
                            <A extends string>(key: A, val?: import('@mlightcad/data-model').AcDbObjectAttrs[A] | undefined, options?: import('@mlightcad/data-model').AcCmObjectOptions): import('@mlightcad/data-model').AcCmObject<import('@mlightcad/data-model').AcDbObjectAttrs>;
                            (key: Partial<import('@mlightcad/data-model').AcDbObjectAttrs>, options?: import('@mlightcad/data-model').AcCmObjectOptions): import('@mlightcad/data-model').AcCmObject<import('@mlightcad/data-model').AcDbObjectAttrs>;
                        };
                        has: (key: string) => boolean;
                        hasChanged: (key?: string | undefined) => boolean;
                        changedAttributes: (diff?: Partial<import('@mlightcad/data-model').AcDbObjectAttrs> | undefined) => Partial<import('@mlightcad/data-model').AcDbObjectAttrs>;
                        previous: <A extends string>(key: A) => import('@mlightcad/data-model').AcDbObjectAttrs[A] | null | undefined;
                        previousAttributes: () => Partial<import('@mlightcad/data-model').AcDbObjectAttrs>;
                        clone: () => import('@mlightcad/data-model').AcCmObject<import('@mlightcad/data-model').AcDbObjectAttrs>;
                    };
                    getAttr: (attrName: string) => any;
                    getAttrWithoutException: (attrName: string) => any;
                    setAttr: <A extends string>(attrName: A, val?: import('@mlightcad/data-model').AcDbObjectAttrs[A] | undefined) => void;
                    objectId: AcDbObjectId;
                    readonly isTemp: any;
                    ownerId: AcDbObjectId;
                    extensionDictionary: AcDbObjectId | undefined;
                    database: /*elided*/ any;
                    getXData: (appId: string) => import('@mlightcad/data-model').AcDbResultBuffer | undefined;
                    setXData: (resbuf: import('@mlightcad/data-model').AcDbResultBuffer) => void;
                    removeXData: (appId: string) => void;
                    createExtensionDictionary: () => AcDbObjectId | undefined;
                    close: () => void;
                    clone: () => import('@mlightcad/data-model').AcDbDictionary<import('@mlightcad/data-model').AcDbLayerFilter>;
                    clonePreservingIdentity: () => import('@mlightcad/data-model').AcDbDictionary<import('@mlightcad/data-model').AcDbLayerFilter>;
                    restoreFrom: (snapshot: import('@mlightcad/data-model').AcDbDictionary<import('@mlightcad/data-model').AcDbLayerFilter>) => void;
                    dxfOut: (...args: unknown[]) => unknown;
                };
                readonly layerIndex: {
                    readonly numEntries: number;
                    setAt: (key: string, value: import('@mlightcad/data-model').AcDbLayerIndex) => void;
                    remove: (name: string) => boolean;
                    removeId: (id: string) => boolean;
                    removeAll: () => void;
                    has: (name: string) => boolean;
                    hasId: (id: string) => boolean;
                    getAt: (name: string) => import('@mlightcad/data-model').AcDbLayerIndex | undefined;
                    getIdAt: (id: AcDbObjectId) => import('@mlightcad/data-model').AcDbLayerIndex | undefined;
                    newIterator: () => import('@mlightcad/data-model').AcDbObjectIterator<import('@mlightcad/data-model').AcDbLayerIndex>;
                    entries: () => IterableIterator<[string, import('@mlightcad/data-model').AcDbLayerIndex]>;
                    dxfOutFields: (filer: import('@mlightcad/data-model').AcDbDxfFiler) => import('@mlightcad/data-model').AcDbDictionary<import('@mlightcad/data-model').AcDbLayerIndex>;
                    readonly attrs: {
                        attributes: {
                            [x: string]: any;
                            objectId?: AcDbObjectId | undefined;
                            ownerId?: AcDbObjectId | undefined;
                            extensionDictionary?: AcDbObjectId | undefined;
                        };
                        changed: {
                            [x: string]: any;
                            objectId?: AcDbObjectId | undefined;
                            ownerId?: AcDbObjectId | undefined;
                            extensionDictionary?: AcDbObjectId | undefined;
                        };
                        readonly events: {
                            attrChanged: {
                                addEventListener: (listener: (payload: import('@mlightcad/data-model').AcCmObjectAttributeChangedEventArgs<import('@mlightcad/data-model').AcDbObjectAttrs>) => void) => void;
                                removeEventListener: (listener: (payload: import('@mlightcad/data-model').AcCmObjectAttributeChangedEventArgs<import('@mlightcad/data-model').AcDbObjectAttrs>) => void) => void;
                                replaceEventListener: (listener: (payload: import('@mlightcad/data-model').AcCmObjectAttributeChangedEventArgs<import('@mlightcad/data-model').AcDbObjectAttrs>) => void) => void;
                                dispatch: (payload?: import('@mlightcad/data-model').AcCmObjectAttributeChangedEventArgs<import('@mlightcad/data-model').AcDbObjectAttrs> | undefined, ...args: unknown[]) => void;
                            };
                            modelChanged: {
                                addEventListener: (listener: (payload: import('@mlightcad/data-model').AcCmObjectChangedEventArgs<import('@mlightcad/data-model').AcDbObjectAttrs>) => void) => void;
                                removeEventListener: (listener: (payload: import('@mlightcad/data-model').AcCmObjectChangedEventArgs<import('@mlightcad/data-model').AcDbObjectAttrs>) => void) => void;
                                replaceEventListener: (listener: (payload: import('@mlightcad/data-model').AcCmObjectChangedEventArgs<import('@mlightcad/data-model').AcDbObjectAttrs>) => void) => void;
                                dispatch: (payload?: import('@mlightcad/data-model').AcCmObjectChangedEventArgs<import('@mlightcad/data-model').AcDbObjectAttrs> | undefined, ...args: unknown[]) => void;
                            };
                        };
                        get: <A extends string>(key: A) => import('@mlightcad/data-model').AcDbObjectAttrs[A] | undefined;
                        set: {
                            <A extends string>(key: A, val?: import('@mlightcad/data-model').AcDbObjectAttrs[A] | undefined, options?: import('@mlightcad/data-model').AcCmObjectOptions): import('@mlightcad/data-model').AcCmObject<import('@mlightcad/data-model').AcDbObjectAttrs>;
                            (key: Partial<import('@mlightcad/data-model').AcDbObjectAttrs>, options?: import('@mlightcad/data-model').AcCmObjectOptions): import('@mlightcad/data-model').AcCmObject<import('@mlightcad/data-model').AcDbObjectAttrs>;
                        };
                        has: (key: string) => boolean;
                        hasChanged: (key?: string | undefined) => boolean;
                        changedAttributes: (diff?: Partial<import('@mlightcad/data-model').AcDbObjectAttrs> | undefined) => Partial<import('@mlightcad/data-model').AcDbObjectAttrs>;
                        previous: <A extends string>(key: A) => import('@mlightcad/data-model').AcDbObjectAttrs[A] | null | undefined;
                        previousAttributes: () => Partial<import('@mlightcad/data-model').AcDbObjectAttrs>;
                        clone: () => import('@mlightcad/data-model').AcCmObject<import('@mlightcad/data-model').AcDbObjectAttrs>;
                    };
                    getAttr: (attrName: string) => any;
                    getAttrWithoutException: (attrName: string) => any;
                    setAttr: <A extends string>(attrName: A, val?: import('@mlightcad/data-model').AcDbObjectAttrs[A] | undefined) => void;
                    objectId: AcDbObjectId;
                    readonly isTemp: any;
                    ownerId: AcDbObjectId;
                    extensionDictionary: AcDbObjectId | undefined;
                    database: /*elided*/ any;
                    getXData: (appId: string) => import('@mlightcad/data-model').AcDbResultBuffer | undefined;
                    setXData: (resbuf: import('@mlightcad/data-model').AcDbResultBuffer) => void;
                    removeXData: (appId: string) => void;
                    createExtensionDictionary: () => AcDbObjectId | undefined;
                    close: () => void;
                    clone: () => import('@mlightcad/data-model').AcDbDictionary<import('@mlightcad/data-model').AcDbLayerIndex>;
                    clonePreservingIdentity: () => import('@mlightcad/data-model').AcDbDictionary<import('@mlightcad/data-model').AcDbLayerIndex>;
                    restoreFrom: (snapshot: import('@mlightcad/data-model').AcDbDictionary<import('@mlightcad/data-model').AcDbLayerIndex>) => void;
                    dxfOut: (...args: unknown[]) => unknown;
                };
                readonly layout: {
                    getBtrIdAt: (id: AcDbObjectId) => import('@mlightcad/data-model').AcDbLayout | undefined;
                    readonly maxTabOrder: number;
                    readonly numEntries: number;
                    setAt: (key: string, value: import('@mlightcad/data-model').AcDbLayout) => void;
                    remove: (name: string) => boolean;
                    removeId: (id: string) => boolean;
                    removeAll: () => void;
                    has: (name: string) => boolean;
                    hasId: (id: string) => boolean;
                    getAt: (name: string) => import('@mlightcad/data-model').AcDbLayout | undefined;
                    getIdAt: (id: AcDbObjectId) => import('@mlightcad/data-model').AcDbLayout | undefined;
                    newIterator: () => import('@mlightcad/data-model').AcDbObjectIterator<import('@mlightcad/data-model').AcDbLayout>;
                    entries: () => IterableIterator<[string, import('@mlightcad/data-model').AcDbLayout]>;
                    dxfOutFields: (filer: import('@mlightcad/data-model').AcDbDxfFiler) => import('@mlightcad/data-model').AcDbLayoutDictionary;
                    readonly attrs: {
                        attributes: {
                            [x: string]: any;
                            objectId?: AcDbObjectId | undefined;
                            ownerId?: AcDbObjectId | undefined;
                            extensionDictionary?: AcDbObjectId | undefined;
                        };
                        changed: {
                            [x: string]: any;
                            objectId?: AcDbObjectId | undefined;
                            ownerId?: AcDbObjectId | undefined;
                            extensionDictionary?: AcDbObjectId | undefined;
                        };
                        readonly events: {
                            attrChanged: {
                                addEventListener: (listener: (payload: import('@mlightcad/data-model').AcCmObjectAttributeChangedEventArgs<import('@mlightcad/data-model').AcDbObjectAttrs>) => void) => void;
                                removeEventListener: (listener: (payload: import('@mlightcad/data-model').AcCmObjectAttributeChangedEventArgs<import('@mlightcad/data-model').AcDbObjectAttrs>) => void) => void;
                                replaceEventListener: (listener: (payload: import('@mlightcad/data-model').AcCmObjectAttributeChangedEventArgs<import('@mlightcad/data-model').AcDbObjectAttrs>) => void) => void;
                                dispatch: (payload?: import('@mlightcad/data-model').AcCmObjectAttributeChangedEventArgs<import('@mlightcad/data-model').AcDbObjectAttrs> | undefined, ...args: unknown[]) => void;
                            };
                            modelChanged: {
                                addEventListener: (listener: (payload: import('@mlightcad/data-model').AcCmObjectChangedEventArgs<import('@mlightcad/data-model').AcDbObjectAttrs>) => void) => void;
                                removeEventListener: (listener: (payload: import('@mlightcad/data-model').AcCmObjectChangedEventArgs<import('@mlightcad/data-model').AcDbObjectAttrs>) => void) => void;
                                replaceEventListener: (listener: (payload: import('@mlightcad/data-model').AcCmObjectChangedEventArgs<import('@mlightcad/data-model').AcDbObjectAttrs>) => void) => void;
                                dispatch: (payload?: import('@mlightcad/data-model').AcCmObjectChangedEventArgs<import('@mlightcad/data-model').AcDbObjectAttrs> | undefined, ...args: unknown[]) => void;
                            };
                        };
                        get: <A extends string>(key: A) => import('@mlightcad/data-model').AcDbObjectAttrs[A] | undefined;
                        set: {
                            <A extends string>(key: A, val?: import('@mlightcad/data-model').AcDbObjectAttrs[A] | undefined, options?: import('@mlightcad/data-model').AcCmObjectOptions): import('@mlightcad/data-model').AcCmObject<import('@mlightcad/data-model').AcDbObjectAttrs>;
                            (key: Partial<import('@mlightcad/data-model').AcDbObjectAttrs>, options?: import('@mlightcad/data-model').AcCmObjectOptions): import('@mlightcad/data-model').AcCmObject<import('@mlightcad/data-model').AcDbObjectAttrs>;
                        };
                        has: (key: string) => boolean;
                        hasChanged: (key?: string | undefined) => boolean;
                        changedAttributes: (diff?: Partial<import('@mlightcad/data-model').AcDbObjectAttrs> | undefined) => Partial<import('@mlightcad/data-model').AcDbObjectAttrs>;
                        previous: <A extends string>(key: A) => import('@mlightcad/data-model').AcDbObjectAttrs[A] | null | undefined;
                        previousAttributes: () => Partial<import('@mlightcad/data-model').AcDbObjectAttrs>;
                        clone: () => import('@mlightcad/data-model').AcCmObject<import('@mlightcad/data-model').AcDbObjectAttrs>;
                    };
                    getAttr: (attrName: string) => any;
                    getAttrWithoutException: (attrName: string) => any;
                    setAttr: <A extends string>(attrName: A, val?: import('@mlightcad/data-model').AcDbObjectAttrs[A] | undefined) => void;
                    objectId: AcDbObjectId;
                    readonly isTemp: any;
                    ownerId: AcDbObjectId;
                    extensionDictionary: AcDbObjectId | undefined;
                    database: /*elided*/ any;
                    getXData: (appId: string) => import('@mlightcad/data-model').AcDbResultBuffer | undefined;
                    setXData: (resbuf: import('@mlightcad/data-model').AcDbResultBuffer) => void;
                    removeXData: (appId: string) => void;
                    createExtensionDictionary: () => AcDbObjectId | undefined;
                    close: () => void;
                    clone: () => import('@mlightcad/data-model').AcDbLayoutDictionary;
                    clonePreservingIdentity: () => import('@mlightcad/data-model').AcDbLayoutDictionary;
                    restoreFrom: (snapshot: import('@mlightcad/data-model').AcDbLayoutDictionary) => void;
                    dxfOut: (...args: unknown[]) => unknown;
                };
                readonly mleaderStyle: {
                    readonly numEntries: number;
                    setAt: (key: string, value: import('@mlightcad/data-model').AcDbMLeaderStyle) => void;
                    remove: (name: string) => boolean;
                    removeId: (id: string) => boolean;
                    removeAll: () => void;
                    has: (name: string) => boolean;
                    hasId: (id: string) => boolean;
                    getAt: (name: string) => import('@mlightcad/data-model').AcDbMLeaderStyle | undefined;
                    getIdAt: (id: AcDbObjectId) => import('@mlightcad/data-model').AcDbMLeaderStyle | undefined;
                    newIterator: () => import('@mlightcad/data-model').AcDbObjectIterator<import('@mlightcad/data-model').AcDbMLeaderStyle>;
                    entries: () => IterableIterator<[string, import('@mlightcad/data-model').AcDbMLeaderStyle]>;
                    dxfOutFields: (filer: import('@mlightcad/data-model').AcDbDxfFiler) => import('@mlightcad/data-model').AcDbDictionary<import('@mlightcad/data-model').AcDbMLeaderStyle>;
                    readonly attrs: {
                        attributes: {
                            [x: string]: any;
                            objectId?: AcDbObjectId | undefined;
                            ownerId?: AcDbObjectId | undefined;
                            extensionDictionary?: AcDbObjectId | undefined;
                        };
                        changed: {
                            [x: string]: any;
                            objectId?: AcDbObjectId | undefined;
                            ownerId?: AcDbObjectId | undefined;
                            extensionDictionary?: AcDbObjectId | undefined;
                        };
                        readonly events: {
                            attrChanged: {
                                addEventListener: (listener: (payload: import('@mlightcad/data-model').AcCmObjectAttributeChangedEventArgs<import('@mlightcad/data-model').AcDbObjectAttrs>) => void) => void;
                                removeEventListener: (listener: (payload: import('@mlightcad/data-model').AcCmObjectAttributeChangedEventArgs<import('@mlightcad/data-model').AcDbObjectAttrs>) => void) => void;
                                replaceEventListener: (listener: (payload: import('@mlightcad/data-model').AcCmObjectAttributeChangedEventArgs<import('@mlightcad/data-model').AcDbObjectAttrs>) => void) => void;
                                dispatch: (payload?: import('@mlightcad/data-model').AcCmObjectAttributeChangedEventArgs<import('@mlightcad/data-model').AcDbObjectAttrs> | undefined, ...args: unknown[]) => void;
                            };
                            modelChanged: {
                                addEventListener: (listener: (payload: import('@mlightcad/data-model').AcCmObjectChangedEventArgs<import('@mlightcad/data-model').AcDbObjectAttrs>) => void) => void;
                                removeEventListener: (listener: (payload: import('@mlightcad/data-model').AcCmObjectChangedEventArgs<import('@mlightcad/data-model').AcDbObjectAttrs>) => void) => void;
                                replaceEventListener: (listener: (payload: import('@mlightcad/data-model').AcCmObjectChangedEventArgs<import('@mlightcad/data-model').AcDbObjectAttrs>) => void) => void;
                                dispatch: (payload?: import('@mlightcad/data-model').AcCmObjectChangedEventArgs<import('@mlightcad/data-model').AcDbObjectAttrs> | undefined, ...args: unknown[]) => void;
                            };
                        };
                        get: <A extends string>(key: A) => import('@mlightcad/data-model').AcDbObjectAttrs[A] | undefined;
                        set: {
                            <A extends string>(key: A, val?: import('@mlightcad/data-model').AcDbObjectAttrs[A] | undefined, options?: import('@mlightcad/data-model').AcCmObjectOptions): import('@mlightcad/data-model').AcCmObject<import('@mlightcad/data-model').AcDbObjectAttrs>;
                            (key: Partial<import('@mlightcad/data-model').AcDbObjectAttrs>, options?: import('@mlightcad/data-model').AcCmObjectOptions): import('@mlightcad/data-model').AcCmObject<import('@mlightcad/data-model').AcDbObjectAttrs>;
                        };
                        has: (key: string) => boolean;
                        hasChanged: (key?: string | undefined) => boolean;
                        changedAttributes: (diff?: Partial<import('@mlightcad/data-model').AcDbObjectAttrs> | undefined) => Partial<import('@mlightcad/data-model').AcDbObjectAttrs>;
                        previous: <A extends string>(key: A) => import('@mlightcad/data-model').AcDbObjectAttrs[A] | null | undefined;
                        previousAttributes: () => Partial<import('@mlightcad/data-model').AcDbObjectAttrs>;
                        clone: () => import('@mlightcad/data-model').AcCmObject<import('@mlightcad/data-model').AcDbObjectAttrs>;
                    };
                    getAttr: (attrName: string) => any;
                    getAttrWithoutException: (attrName: string) => any;
                    setAttr: <A extends string>(attrName: A, val?: import('@mlightcad/data-model').AcDbObjectAttrs[A] | undefined) => void;
                    objectId: AcDbObjectId;
                    readonly isTemp: any;
                    ownerId: AcDbObjectId;
                    extensionDictionary: AcDbObjectId | undefined;
                    database: /*elided*/ any;
                    getXData: (appId: string) => import('@mlightcad/data-model').AcDbResultBuffer | undefined;
                    setXData: (resbuf: import('@mlightcad/data-model').AcDbResultBuffer) => void;
                    removeXData: (appId: string) => void;
                    createExtensionDictionary: () => AcDbObjectId | undefined;
                    close: () => void;
                    clone: () => import('@mlightcad/data-model').AcDbDictionary<import('@mlightcad/data-model').AcDbMLeaderStyle>;
                    clonePreservingIdentity: () => import('@mlightcad/data-model').AcDbDictionary<import('@mlightcad/data-model').AcDbMLeaderStyle>;
                    restoreFrom: (snapshot: import('@mlightcad/data-model').AcDbDictionary<import('@mlightcad/data-model').AcDbMLeaderStyle>) => void;
                    dxfOut: (...args: unknown[]) => unknown;
                };
                readonly mlineStyle: {
                    readonly numEntries: number;
                    setAt: (key: string, value: import('@mlightcad/data-model').AcDbMlineStyle) => void;
                    remove: (name: string) => boolean;
                    removeId: (id: string) => boolean;
                    removeAll: () => void;
                    has: (name: string) => boolean;
                    hasId: (id: string) => boolean;
                    getAt: (name: string) => import('@mlightcad/data-model').AcDbMlineStyle | undefined;
                    getIdAt: (id: AcDbObjectId) => import('@mlightcad/data-model').AcDbMlineStyle | undefined;
                    newIterator: () => import('@mlightcad/data-model').AcDbObjectIterator<import('@mlightcad/data-model').AcDbMlineStyle>;
                    entries: () => IterableIterator<[string, import('@mlightcad/data-model').AcDbMlineStyle]>;
                    dxfOutFields: (filer: import('@mlightcad/data-model').AcDbDxfFiler) => import('@mlightcad/data-model').AcDbDictionary<import('@mlightcad/data-model').AcDbMlineStyle>;
                    readonly attrs: {
                        attributes: {
                            [x: string]: any;
                            objectId?: AcDbObjectId | undefined;
                            ownerId?: AcDbObjectId | undefined;
                            extensionDictionary?: AcDbObjectId | undefined;
                        };
                        changed: {
                            [x: string]: any;
                            objectId?: AcDbObjectId | undefined;
                            ownerId?: AcDbObjectId | undefined;
                            extensionDictionary?: AcDbObjectId | undefined;
                        };
                        readonly events: {
                            attrChanged: {
                                addEventListener: (listener: (payload: import('@mlightcad/data-model').AcCmObjectAttributeChangedEventArgs<import('@mlightcad/data-model').AcDbObjectAttrs>) => void) => void;
                                removeEventListener: (listener: (payload: import('@mlightcad/data-model').AcCmObjectAttributeChangedEventArgs<import('@mlightcad/data-model').AcDbObjectAttrs>) => void) => void;
                                replaceEventListener: (listener: (payload: import('@mlightcad/data-model').AcCmObjectAttributeChangedEventArgs<import('@mlightcad/data-model').AcDbObjectAttrs>) => void) => void;
                                dispatch: (payload?: import('@mlightcad/data-model').AcCmObjectAttributeChangedEventArgs<import('@mlightcad/data-model').AcDbObjectAttrs> | undefined, ...args: unknown[]) => void;
                            };
                            modelChanged: {
                                addEventListener: (listener: (payload: import('@mlightcad/data-model').AcCmObjectChangedEventArgs<import('@mlightcad/data-model').AcDbObjectAttrs>) => void) => void;
                                removeEventListener: (listener: (payload: import('@mlightcad/data-model').AcCmObjectChangedEventArgs<import('@mlightcad/data-model').AcDbObjectAttrs>) => void) => void;
                                replaceEventListener: (listener: (payload: import('@mlightcad/data-model').AcCmObjectChangedEventArgs<import('@mlightcad/data-model').AcDbObjectAttrs>) => void) => void;
                                dispatch: (payload?: import('@mlightcad/data-model').AcCmObjectChangedEventArgs<import('@mlightcad/data-model').AcDbObjectAttrs> | undefined, ...args: unknown[]) => void;
                            };
                        };
                        get: <A extends string>(key: A) => import('@mlightcad/data-model').AcDbObjectAttrs[A] | undefined;
                        set: {
                            <A extends string>(key: A, val?: import('@mlightcad/data-model').AcDbObjectAttrs[A] | undefined, options?: import('@mlightcad/data-model').AcCmObjectOptions): import('@mlightcad/data-model').AcCmObject<import('@mlightcad/data-model').AcDbObjectAttrs>;
                            (key: Partial<import('@mlightcad/data-model').AcDbObjectAttrs>, options?: import('@mlightcad/data-model').AcCmObjectOptions): import('@mlightcad/data-model').AcCmObject<import('@mlightcad/data-model').AcDbObjectAttrs>;
                        };
                        has: (key: string) => boolean;
                        hasChanged: (key?: string | undefined) => boolean;
                        changedAttributes: (diff?: Partial<import('@mlightcad/data-model').AcDbObjectAttrs> | undefined) => Partial<import('@mlightcad/data-model').AcDbObjectAttrs>;
                        previous: <A extends string>(key: A) => import('@mlightcad/data-model').AcDbObjectAttrs[A] | null | undefined;
                        previousAttributes: () => Partial<import('@mlightcad/data-model').AcDbObjectAttrs>;
                        clone: () => import('@mlightcad/data-model').AcCmObject<import('@mlightcad/data-model').AcDbObjectAttrs>;
                    };
                    getAttr: (attrName: string) => any;
                    getAttrWithoutException: (attrName: string) => any;
                    setAttr: <A extends string>(attrName: A, val?: import('@mlightcad/data-model').AcDbObjectAttrs[A] | undefined) => void;
                    objectId: AcDbObjectId;
                    readonly isTemp: any;
                    ownerId: AcDbObjectId;
                    extensionDictionary: AcDbObjectId | undefined;
                    database: /*elided*/ any;
                    getXData: (appId: string) => import('@mlightcad/data-model').AcDbResultBuffer | undefined;
                    setXData: (resbuf: import('@mlightcad/data-model').AcDbResultBuffer) => void;
                    removeXData: (appId: string) => void;
                    createExtensionDictionary: () => AcDbObjectId | undefined;
                    close: () => void;
                    clone: () => import('@mlightcad/data-model').AcDbDictionary<import('@mlightcad/data-model').AcDbMlineStyle>;
                    clonePreservingIdentity: () => import('@mlightcad/data-model').AcDbDictionary<import('@mlightcad/data-model').AcDbMlineStyle>;
                    restoreFrom: (snapshot: import('@mlightcad/data-model').AcDbDictionary<import('@mlightcad/data-model').AcDbMlineStyle>) => void;
                    dxfOut: (...args: unknown[]) => unknown;
                };
                readonly xrecord: {
                    readonly numEntries: number;
                    setAt: (key: string, value: import('@mlightcad/data-model').AcDbXrecord) => void;
                    remove: (name: string) => boolean;
                    removeId: (id: string) => boolean;
                    removeAll: () => void;
                    has: (name: string) => boolean;
                    hasId: (id: string) => boolean;
                    getAt: (name: string) => import('@mlightcad/data-model').AcDbXrecord | undefined;
                    getIdAt: (id: AcDbObjectId) => import('@mlightcad/data-model').AcDbXrecord | undefined;
                    newIterator: () => import('@mlightcad/data-model').AcDbObjectIterator<import('@mlightcad/data-model').AcDbXrecord>;
                    entries: () => IterableIterator<[string, import('@mlightcad/data-model').AcDbXrecord]>;
                    dxfOutFields: (filer: import('@mlightcad/data-model').AcDbDxfFiler) => import('@mlightcad/data-model').AcDbDictionary<import('@mlightcad/data-model').AcDbXrecord>;
                    readonly attrs: {
                        attributes: {
                            [x: string]: any;
                            objectId?: AcDbObjectId | undefined;
                            ownerId?: AcDbObjectId | undefined;
                            extensionDictionary?: AcDbObjectId | undefined;
                        };
                        changed: {
                            [x: string]: any;
                            objectId?: AcDbObjectId | undefined;
                            ownerId?: AcDbObjectId | undefined;
                            extensionDictionary?: AcDbObjectId | undefined;
                        };
                        readonly events: {
                            attrChanged: {
                                addEventListener: (listener: (payload: import('@mlightcad/data-model').AcCmObjectAttributeChangedEventArgs<import('@mlightcad/data-model').AcDbObjectAttrs>) => void) => void;
                                removeEventListener: (listener: (payload: import('@mlightcad/data-model').AcCmObjectAttributeChangedEventArgs<import('@mlightcad/data-model').AcDbObjectAttrs>) => void) => void;
                                replaceEventListener: (listener: (payload: import('@mlightcad/data-model').AcCmObjectAttributeChangedEventArgs<import('@mlightcad/data-model').AcDbObjectAttrs>) => void) => void;
                                dispatch: (payload?: import('@mlightcad/data-model').AcCmObjectAttributeChangedEventArgs<import('@mlightcad/data-model').AcDbObjectAttrs> | undefined, ...args: unknown[]) => void;
                            };
                            modelChanged: {
                                addEventListener: (listener: (payload: import('@mlightcad/data-model').AcCmObjectChangedEventArgs<import('@mlightcad/data-model').AcDbObjectAttrs>) => void) => void;
                                removeEventListener: (listener: (payload: import('@mlightcad/data-model').AcCmObjectChangedEventArgs<import('@mlightcad/data-model').AcDbObjectAttrs>) => void) => void;
                                replaceEventListener: (listener: (payload: import('@mlightcad/data-model').AcCmObjectChangedEventArgs<import('@mlightcad/data-model').AcDbObjectAttrs>) => void) => void;
                                dispatch: (payload?: import('@mlightcad/data-model').AcCmObjectChangedEventArgs<import('@mlightcad/data-model').AcDbObjectAttrs> | undefined, ...args: unknown[]) => void;
                            };
                        };
                        get: <A extends string>(key: A) => import('@mlightcad/data-model').AcDbObjectAttrs[A] | undefined;
                        set: {
                            <A extends string>(key: A, val?: import('@mlightcad/data-model').AcDbObjectAttrs[A] | undefined, options?: import('@mlightcad/data-model').AcCmObjectOptions): import('@mlightcad/data-model').AcCmObject<import('@mlightcad/data-model').AcDbObjectAttrs>;
                            (key: Partial<import('@mlightcad/data-model').AcDbObjectAttrs>, options?: import('@mlightcad/data-model').AcCmObjectOptions): import('@mlightcad/data-model').AcCmObject<import('@mlightcad/data-model').AcDbObjectAttrs>;
                        };
                        has: (key: string) => boolean;
                        hasChanged: (key?: string | undefined) => boolean;
                        changedAttributes: (diff?: Partial<import('@mlightcad/data-model').AcDbObjectAttrs> | undefined) => Partial<import('@mlightcad/data-model').AcDbObjectAttrs>;
                        previous: <A extends string>(key: A) => import('@mlightcad/data-model').AcDbObjectAttrs[A] | null | undefined;
                        previousAttributes: () => Partial<import('@mlightcad/data-model').AcDbObjectAttrs>;
                        clone: () => import('@mlightcad/data-model').AcCmObject<import('@mlightcad/data-model').AcDbObjectAttrs>;
                    };
                    getAttr: (attrName: string) => any;
                    getAttrWithoutException: (attrName: string) => any;
                    setAttr: <A extends string>(attrName: A, val?: import('@mlightcad/data-model').AcDbObjectAttrs[A] | undefined) => void;
                    objectId: AcDbObjectId;
                    readonly isTemp: any;
                    ownerId: AcDbObjectId;
                    extensionDictionary: AcDbObjectId | undefined;
                    database: /*elided*/ any;
                    getXData: (appId: string) => import('@mlightcad/data-model').AcDbResultBuffer | undefined;
                    setXData: (resbuf: import('@mlightcad/data-model').AcDbResultBuffer) => void;
                    removeXData: (appId: string) => void;
                    createExtensionDictionary: () => AcDbObjectId | undefined;
                    close: () => void;
                    clone: () => import('@mlightcad/data-model').AcDbDictionary<import('@mlightcad/data-model').AcDbXrecord>;
                    clonePreservingIdentity: () => import('@mlightcad/data-model').AcDbDictionary<import('@mlightcad/data-model').AcDbXrecord>;
                    restoreFrom: (snapshot: import('@mlightcad/data-model').AcDbDictionary<import('@mlightcad/data-model').AcDbXrecord>) => void;
                    dxfOut: (...args: unknown[]) => unknown;
                };
            };
            layerFilters: {
                readonly root: {
                    name: string;
                    setName: (value: string) => boolean;
                    filterExpression: string;
                    setFilterExpression: (expression: string) => boolean;
                    filterExpressionTree: () => import('@mlightcad/data-model').AcLyBoolExpr | null;
                    getNestedFilters: () => readonly import('@mlightcad/data-model').AcLyLayerFilter[];
                    readonly nestedFilters: readonly /*elided*/ any[];
                    parent: () => import('@mlightcad/data-model').AcLyLayerFilter | null;
                    isIdFilter: () => boolean;
                    allowNested: () => boolean;
                    allowDelete: () => boolean;
                    setAllowDelete: (value: boolean) => void;
                    allowRename: () => boolean;
                    setAllowRename: (value: boolean) => void;
                    dynamicallyGenerated: () => boolean;
                    setDynamicallyGenerated: (value: boolean) => void;
                    isProxy: () => boolean;
                    setIsProxy: (value: boolean) => void;
                    addNested: (filter: import('@mlightcad/data-model').AcLyLayerFilter) => boolean;
                    removeNested: (filter: import('@mlightcad/data-model').AcLyLayerFilter) => boolean;
                    generateNested: () => boolean;
                    compareTo: (other: import('@mlightcad/data-model').AcLyLayerFilter | null | undefined) => boolean;
                    filter: (layer: import('@mlightcad/data-model').AcDbLayerTableRecord) => boolean;
                    showEditor: () => import('@mlightcad/data-model').AcLyLayerFilterDialogResult;
                };
                current: {
                    name: string;
                    setName: (value: string) => boolean;
                    filterExpression: string;
                    setFilterExpression: (expression: string) => boolean;
                    filterExpressionTree: () => import('@mlightcad/data-model').AcLyBoolExpr | null;
                    getNestedFilters: () => readonly import('@mlightcad/data-model').AcLyLayerFilter[];
                    readonly nestedFilters: readonly /*elided*/ any[];
                    parent: () => import('@mlightcad/data-model').AcLyLayerFilter | null;
                    isIdFilter: () => boolean;
                    allowNested: () => boolean;
                    allowDelete: () => boolean;
                    setAllowDelete: (value: boolean) => void;
                    allowRename: () => boolean;
                    setAllowRename: (value: boolean) => void;
                    dynamicallyGenerated: () => boolean;
                    setDynamicallyGenerated: (value: boolean) => void;
                    isProxy: () => boolean;
                    setIsProxy: (value: boolean) => void;
                    addNested: (filter: import('@mlightcad/data-model').AcLyLayerFilter) => boolean;
                    removeNested: (filter: import('@mlightcad/data-model').AcLyLayerFilter) => boolean;
                    generateNested: () => boolean;
                    compareTo: (other: import('@mlightcad/data-model').AcLyLayerFilter | null | undefined) => boolean;
                    filter: (layer: import('@mlightcad/data-model').AcDbLayerTableRecord) => boolean;
                    showEditor: () => import('@mlightcad/data-model').AcLyLayerFilterDialogResult;
                } | null;
                clone: () => import('@mlightcad/data-model').AcLyLayerFilterTree;
            };
            getObjectById: (id: AcDbObjectId, _openErased?: boolean) => import('@mlightcad/data-model').AcDbObject | undefined;
            isUndoRecording: () => boolean;
            openObjectForRead: <T extends import('@mlightcad/data-model').AcDbObject>(objectId: AcDbObjectId) => T | undefined;
            openObjectForWrite: <T extends import('@mlightcad/data-model').AcDbObject>(objectId: AcDbObjectId) => T | undefined;
            openEntityForRead: (entityOrId: AcDbObjectId | AcDbEntity) => AcDbEntity | undefined;
            openEntityForWrite: (entityOrId: AcDbObjectId | AcDbEntity) => AcDbEntity | undefined;
            runDatabaseEdit: (label: string, fn: () => void) => void;
            getRootDictionaries: () => import('@mlightcad/data-model').AcDbDictionary[];
            beginEventBatch: () => void;
            endEventBatch: () => void;
            isEventBatched: () => boolean;
            notifyEntityAppended: (entity: AcDbEntity | AcDbEntity[]) => void;
            notifyEntityErased: (entity: AcDbEntity | AcDbEntity[]) => void;
            notifyDictObjectSet: (object: import('@mlightcad/data-model').AcDbObject, key: string) => void;
            notifyDictObjectErased: (object: import('@mlightcad/data-model').AcDbObject, key: string) => void;
            readonly formatter: {
                formatLength: (value: number, options?: import('@mlightcad/data-model').AcDbFormatterOptions) => string;
                formatPoint2d: (point: import('@mlightcad/data-model').AcGePoint2d, options?: import('@mlightcad/data-model').AcDbFormatterOptions) => string;
                formatPoint3d: (point: import('@mlightcad/data-model').AcGePoint3d, options?: import('@mlightcad/data-model').AcDbFormatterOptions) => string;
                formatAngle: (radians: number, options?: import('@mlightcad/data-model').AcDbFormatterOptions) => string;
            };
            generateHandle: () => AcDbObjectId;
            generateUniqueHandle: () => AcDbObjectId;
            initializeHandleSeed: (seed: string) => void;
            adoptExternalHandle: (object: import('@mlightcad/data-model').AcDbObject, preferredId: AcDbObjectId) => AcDbObjectId;
            registerObjectHandle: (object: import('@mlightcad/data-model').AcDbObject) => void;
            releaseObjectHandle: (object: import('@mlightcad/data-model').AcDbObject) => void;
            isHandleTaken: (objectId: AcDbObjectId, except?: import('@mlightcad/data-model').AcDbObject) => boolean;
            updateMaxHandle: (handle: string) => void;
            commitObjectHandle: (object: import('@mlightcad/data-model').AcDbObject, hasId?: (id: AcDbObjectId) => boolean) => void;
            currentSpaceId: AcDbObjectId;
            aunits: number;
            auprec: number;
            lunits: number;
            luprec: number;
            version: {
                name: string;
                value: number;
            };
            insunits: number;
            unitmode: number;
            measurement: number;
            ltscale: number;
            lwdisplay: boolean;
            readonly drawNoPlotLayers: boolean;
            readonly dwgname: string;
            setDwgName: (value: string) => void;
            isLayerDrawable: (layerName: string) => boolean;
            cecolor: {
                colorMethod: import('@mlightcad/data-model').AcCmColorMethod;
                readonly red: number | undefined;
                readonly green: number | undefined;
                readonly blue: number | undefined;
                readonly RGB: number | undefined;
                setRGB: (r: number, g: number, b: number) => import('@mlightcad/data-model').AcCmColor;
                setRGBValue: (value: number | undefined | null) => import('@mlightcad/data-model').AcCmColor;
                setRGBFromCss: (cssString: string) => import('@mlightcad/data-model').AcCmColor;
                setScalar: (scalar: number) => import('@mlightcad/data-model').AcCmColor;
                readonly hexColor: string | undefined;
                readonly cssColor: string | undefined;
                cssColorAlpha: (alpha: number) => string | undefined;
                colorIndex: number | undefined;
                readonly isByColor: boolean;
                readonly isByACI: boolean;
                readonly isForeground: boolean;
                setForeground: () => import('@mlightcad/data-model').AcCmColor;
                readonly isByLayer: boolean;
                setByLayer: (value?: number) => import('@mlightcad/data-model').AcCmColor;
                readonly isByBlock: boolean;
                setByBlock: (value?: number) => import('@mlightcad/data-model').AcCmColor;
                colorName: string | undefined;
                clone: () => import('@mlightcad/data-model').AcCmColor;
                copy: (other: import('@mlightcad/data-model').AcCmColor) => import('@mlightcad/data-model').AcCmColor;
                equals: (other: import('@mlightcad/data-model').AcCmColor) => boolean;
                toString: () => string;
            };
            celtscale: number;
            celtype: string;
            celweight: import('@mlightcad/data-model').AcGiLineWeight;
            cetransparency: {
                method: import('@mlightcad/data-model').AcCmTransparencyMethod;
                alpha: number;
                percentage: number | undefined;
                readonly isByAlpha: boolean;
                readonly isByBlock: boolean;
                readonly isByLayer: boolean;
                readonly isClear: boolean;
                readonly isSolid: boolean;
                readonly isInvalid: boolean;
                serialize: () => number;
                clone: () => import('@mlightcad/data-model').AcCmTransparency;
                equals: (other: import('@mlightcad/data-model').AcCmTransparency) => boolean;
                toString: () => string;
            };
            clayer: string;
            cmlstyle: string;
            cmlscale: number;
            cmleaderstyle: string;
            hpbackgroundcolor: {
                colorMethod: import('@mlightcad/data-model').AcCmColorMethod;
                readonly red: number | undefined;
                readonly green: number | undefined;
                readonly blue: number | undefined;
                readonly RGB: number | undefined;
                setRGB: (r: number, g: number, b: number) => import('@mlightcad/data-model').AcCmColor;
                setRGBValue: (value: number | undefined | null) => import('@mlightcad/data-model').AcCmColor;
                setRGBFromCss: (cssString: string) => import('@mlightcad/data-model').AcCmColor;
                setScalar: (scalar: number) => import('@mlightcad/data-model').AcCmColor;
                readonly hexColor: string | undefined;
                readonly cssColor: string | undefined;
                cssColorAlpha: (alpha: number) => string | undefined;
                colorIndex: number | undefined;
                readonly isByColor: boolean;
                readonly isByACI: boolean;
                readonly isForeground: boolean;
                setForeground: () => import('@mlightcad/data-model').AcCmColor;
                readonly isByLayer: boolean;
                setByLayer: (value?: number) => import('@mlightcad/data-model').AcCmColor;
                readonly isByBlock: boolean;
                setByBlock: (value?: number) => import('@mlightcad/data-model').AcCmColor;
                colorName: string | undefined;
                clone: () => import('@mlightcad/data-model').AcCmColor;
                copy: (other: import('@mlightcad/data-model').AcCmColor) => import('@mlightcad/data-model').AcCmColor;
                equals: (other: import('@mlightcad/data-model').AcCmColor) => boolean;
                toString: () => string;
            };
            hpcolor: {
                colorMethod: import('@mlightcad/data-model').AcCmColorMethod;
                readonly red: number | undefined;
                readonly green: number | undefined;
                readonly blue: number | undefined;
                readonly RGB: number | undefined;
                setRGB: (r: number, g: number, b: number) => import('@mlightcad/data-model').AcCmColor;
                setRGBValue: (value: number | undefined | null) => import('@mlightcad/data-model').AcCmColor;
                setRGBFromCss: (cssString: string) => import('@mlightcad/data-model').AcCmColor;
                setScalar: (scalar: number) => import('@mlightcad/data-model').AcCmColor;
                readonly hexColor: string | undefined;
                readonly cssColor: string | undefined;
                cssColorAlpha: (alpha: number) => string | undefined;
                colorIndex: number | undefined;
                readonly isByColor: boolean;
                readonly isByACI: boolean;
                readonly isForeground: boolean;
                setForeground: () => import('@mlightcad/data-model').AcCmColor;
                readonly isByLayer: boolean;
                setByLayer: (value?: number) => import('@mlightcad/data-model').AcCmColor;
                readonly isByBlock: boolean;
                setByBlock: (value?: number) => import('@mlightcad/data-model').AcCmColor;
                colorName: string | undefined;
                clone: () => import('@mlightcad/data-model').AcCmColor;
                copy: (other: import('@mlightcad/data-model').AcCmColor) => import('@mlightcad/data-model').AcCmColor;
                equals: (other: import('@mlightcad/data-model').AcCmColor) => boolean;
                toString: () => string;
            };
            hplayer: string;
            hptransparency: {
                method: import('@mlightcad/data-model').AcCmTransparencyMethod;
                alpha: number;
                percentage: number | undefined;
                readonly isByAlpha: boolean;
                readonly isByBlock: boolean;
                readonly isByLayer: boolean;
                readonly isClear: boolean;
                readonly isSolid: boolean;
                readonly isInvalid: boolean;
                serialize: () => number;
                clone: () => import('@mlightcad/data-model').AcCmTransparency;
                equals: (other: import('@mlightcad/data-model').AcCmTransparency) => boolean;
                toString: () => string;
            };
            textstyle: string;
            angbase: number;
            angdir: number;
            extmax: {
                clone: () => import('@mlightcad/data-model').AcGePoint3d;
                x: number;
                y: number;
                z: number;
                set: (x: number, y: number, z: number) => import('@mlightcad/data-model').AcGePoint3d;
                setScalar: (scalar: number) => import('@mlightcad/data-model').AcGePoint3d;
                setX: (x: number) => import('@mlightcad/data-model').AcGePoint3d;
                setY: (y: number) => import('@mlightcad/data-model').AcGePoint3d;
                setZ: (z: number) => import('@mlightcad/data-model').AcGePoint3d;
                setComponent: (index: number, value: number) => import('@mlightcad/data-model').AcGePoint3d;
                getComponent: (index: number) => number;
                copy: (v: import('@mlightcad/data-model').AcGeVectorLike) => import('@mlightcad/data-model').AcGePoint3d;
                add: (v: import('@mlightcad/data-model').AcGeVectorLike) => import('@mlightcad/data-model').AcGePoint3d;
                addScalar: (s: number) => import('@mlightcad/data-model').AcGePoint3d;
                addVectors: (a: import('@mlightcad/data-model').AcGeVector3dLike, b: import('@mlightcad/data-model').AcGeVector3dLike) => import('@mlightcad/data-model').AcGePoint3d;
                addScaledVector: (v: import('@mlightcad/data-model').AcGeVector3dLike, s: number) => import('@mlightcad/data-model').AcGePoint3d;
                sub: (v: import('@mlightcad/data-model').AcGeVector3dLike) => import('@mlightcad/data-model').AcGePoint3d;
                subScalar: (s: number) => import('@mlightcad/data-model').AcGePoint3d;
                subVectors: (a: import('@mlightcad/data-model').AcGeVector3dLike, b: import('@mlightcad/data-model').AcGeVector3dLike) => import('@mlightcad/data-model').AcGePoint3d;
                multiply: (v: import('@mlightcad/data-model').AcGeVector3dLike) => import('@mlightcad/data-model').AcGePoint3d;
                multiplyScalar: (scalar: number) => import('@mlightcad/data-model').AcGePoint3d;
                multiplyVectors: (a: import('@mlightcad/data-model').AcGeVector3dLike, b: import('@mlightcad/data-model').AcGeVector3dLike) => import('@mlightcad/data-model').AcGePoint3d;
                applyEuler: (euler: import('@mlightcad/data-model').AcGeEuler) => import('@mlightcad/data-model').AcGePoint3d;
                applyAxisAngle: (axis: import('@mlightcad/data-model').AcGeVector3dLike, angle: number) => import('@mlightcad/data-model').AcGePoint3d;
                applyMatrix3: (m: import('@mlightcad/data-model').AcGeMatrix2d) => import('@mlightcad/data-model').AcGePoint3d;
                applyNormalMatrix: (m: import('@mlightcad/data-model').AcGeMatrix2d) => import('@mlightcad/data-model').AcGePoint3d;
                applyMatrix4: (m: import('@mlightcad/data-model').AcGeMatrix3d) => import('@mlightcad/data-model').AcGePoint3d;
                applyQuaternion: (q: import('@mlightcad/data-model').AcGeQuaternion) => import('@mlightcad/data-model').AcGePoint3d;
                transformDirection: (m: import('@mlightcad/data-model').AcGeMatrix3d) => import('@mlightcad/data-model').AcGePoint3d;
                divide: (v: import('@mlightcad/data-model').AcGeVector3dLike) => import('@mlightcad/data-model').AcGePoint3d;
                divideScalar: (scalar: number) => import('@mlightcad/data-model').AcGePoint3d;
                min: (v: import('@mlightcad/data-model').AcGeVector3dLike) => import('@mlightcad/data-model').AcGePoint3d;
                max: (v: import('@mlightcad/data-model').AcGeVector3dLike) => import('@mlightcad/data-model').AcGePoint3d;
                clamp: (min: import('@mlightcad/data-model').AcGeVector3dLike, max: import('@mlightcad/data-model').AcGeVector3dLike) => import('@mlightcad/data-model').AcGePoint3d;
                clampScalar: (minVal: number, maxVal: number) => import('@mlightcad/data-model').AcGePoint3d;
                clampLength: (min: number, max: number) => import('@mlightcad/data-model').AcGePoint3d;
                floor: () => import('@mlightcad/data-model').AcGePoint3d;
                ceil: () => import('@mlightcad/data-model').AcGePoint3d;
                round: () => import('@mlightcad/data-model').AcGePoint3d;
                roundToZero: () => import('@mlightcad/data-model').AcGePoint3d;
                negate: () => import('@mlightcad/data-model').AcGePoint3d;
                dot: (v: import('@mlightcad/data-model').AcGeVector3dLike) => number;
                isParallelTo: (vec: import('@mlightcad/data-model').AcGeVector3d) => boolean;
                lengthSq: () => number;
                length: () => number;
                manhattanLength: () => number;
                normalize: () => import('@mlightcad/data-model').AcGePoint3d;
                setLength: (l: number) => import('@mlightcad/data-model').AcGePoint3d;
                lerp: (v: import('@mlightcad/data-model').AcGeVector3dLike, alpha: number) => import('@mlightcad/data-model').AcGePoint3d;
                lerpVectors: (v1: import('@mlightcad/data-model').AcGeVector3dLike, v2: import('@mlightcad/data-model').AcGeVector3dLike, alpha: number) => import('@mlightcad/data-model').AcGePoint3d;
                cross: (v: import('@mlightcad/data-model').AcGeVector3dLike) => import('@mlightcad/data-model').AcGePoint3d;
                crossVectors: (a: import('@mlightcad/data-model').AcGeVector3dLike, b: import('@mlightcad/data-model').AcGeVector3dLike) => import('@mlightcad/data-model').AcGePoint3d;
                projectOnVector: (v: import('@mlightcad/data-model').AcGeVector3d) => import('@mlightcad/data-model').AcGePoint3d;
                projectOnPlane: (planeNormal: import('@mlightcad/data-model').AcGeVector3d) => import('@mlightcad/data-model').AcGePoint3d;
                reflect: (normal: import('@mlightcad/data-model').AcGeVector3dLike) => import('@mlightcad/data-model').AcGePoint3d;
                angleTo: (v: import('@mlightcad/data-model').AcGeVector3d) => number;
                distanceTo: (v: import('@mlightcad/data-model').AcGeVector3dLike) => number;
                distanceToSquared: (v: import('@mlightcad/data-model').AcGeVector3dLike) => number;
                manhattanDistanceTo: (v: import('@mlightcad/data-model').AcGeVector3dLike) => number;
                setFromMatrixPosition: (m: import('@mlightcad/data-model').AcGeMatrix3d) => import('@mlightcad/data-model').AcGePoint3d;
                setFromMatrixScale: (m: import('@mlightcad/data-model').AcGeMatrix3d) => import('@mlightcad/data-model').AcGePoint3d;
                setFromMatrixColumn: (m: import('@mlightcad/data-model').AcGeMatrix3d, index: number) => import('@mlightcad/data-model').AcGePoint3d;
                setFromMatrix3Column: (m: import('@mlightcad/data-model').AcGeMatrix2d, index: number) => import('@mlightcad/data-model').AcGePoint3d;
                equals: (v: import('@mlightcad/data-model').AcGeVector3dLike) => boolean;
                fromArray: (array: number[], offset?: number) => import('@mlightcad/data-model').AcGePoint3d;
                toArray: (array?: number[] | Float32Array, offset?: number) => number[] | Float32Array;
                random: () => import('@mlightcad/data-model').AcGePoint3d;
                randomDirection: () => import('@mlightcad/data-model').AcGePoint3d;
                [Symbol.iterator]: () => Generator<number, void, unknown>;
            };
            extmin: {
                clone: () => import('@mlightcad/data-model').AcGePoint3d;
                x: number;
                y: number;
                z: number;
                set: (x: number, y: number, z: number) => import('@mlightcad/data-model').AcGePoint3d;
                setScalar: (scalar: number) => import('@mlightcad/data-model').AcGePoint3d;
                setX: (x: number) => import('@mlightcad/data-model').AcGePoint3d;
                setY: (y: number) => import('@mlightcad/data-model').AcGePoint3d;
                setZ: (z: number) => import('@mlightcad/data-model').AcGePoint3d;
                setComponent: (index: number, value: number) => import('@mlightcad/data-model').AcGePoint3d;
                getComponent: (index: number) => number;
                copy: (v: import('@mlightcad/data-model').AcGeVectorLike) => import('@mlightcad/data-model').AcGePoint3d;
                add: (v: import('@mlightcad/data-model').AcGeVectorLike) => import('@mlightcad/data-model').AcGePoint3d;
                addScalar: (s: number) => import('@mlightcad/data-model').AcGePoint3d;
                addVectors: (a: import('@mlightcad/data-model').AcGeVector3dLike, b: import('@mlightcad/data-model').AcGeVector3dLike) => import('@mlightcad/data-model').AcGePoint3d;
                addScaledVector: (v: import('@mlightcad/data-model').AcGeVector3dLike, s: number) => import('@mlightcad/data-model').AcGePoint3d;
                sub: (v: import('@mlightcad/data-model').AcGeVector3dLike) => import('@mlightcad/data-model').AcGePoint3d;
                subScalar: (s: number) => import('@mlightcad/data-model').AcGePoint3d;
                subVectors: (a: import('@mlightcad/data-model').AcGeVector3dLike, b: import('@mlightcad/data-model').AcGeVector3dLike) => import('@mlightcad/data-model').AcGePoint3d;
                multiply: (v: import('@mlightcad/data-model').AcGeVector3dLike) => import('@mlightcad/data-model').AcGePoint3d;
                multiplyScalar: (scalar: number) => import('@mlightcad/data-model').AcGePoint3d;
                multiplyVectors: (a: import('@mlightcad/data-model').AcGeVector3dLike, b: import('@mlightcad/data-model').AcGeVector3dLike) => import('@mlightcad/data-model').AcGePoint3d;
                applyEuler: (euler: import('@mlightcad/data-model').AcGeEuler) => import('@mlightcad/data-model').AcGePoint3d;
                applyAxisAngle: (axis: import('@mlightcad/data-model').AcGeVector3dLike, angle: number) => import('@mlightcad/data-model').AcGePoint3d;
                applyMatrix3: (m: import('@mlightcad/data-model').AcGeMatrix2d) => import('@mlightcad/data-model').AcGePoint3d;
                applyNormalMatrix: (m: import('@mlightcad/data-model').AcGeMatrix2d) => import('@mlightcad/data-model').AcGePoint3d;
                applyMatrix4: (m: import('@mlightcad/data-model').AcGeMatrix3d) => import('@mlightcad/data-model').AcGePoint3d;
                applyQuaternion: (q: import('@mlightcad/data-model').AcGeQuaternion) => import('@mlightcad/data-model').AcGePoint3d;
                transformDirection: (m: import('@mlightcad/data-model').AcGeMatrix3d) => import('@mlightcad/data-model').AcGePoint3d;
                divide: (v: import('@mlightcad/data-model').AcGeVector3dLike) => import('@mlightcad/data-model').AcGePoint3d;
                divideScalar: (scalar: number) => import('@mlightcad/data-model').AcGePoint3d;
                min: (v: import('@mlightcad/data-model').AcGeVector3dLike) => import('@mlightcad/data-model').AcGePoint3d;
                max: (v: import('@mlightcad/data-model').AcGeVector3dLike) => import('@mlightcad/data-model').AcGePoint3d;
                clamp: (min: import('@mlightcad/data-model').AcGeVector3dLike, max: import('@mlightcad/data-model').AcGeVector3dLike) => import('@mlightcad/data-model').AcGePoint3d;
                clampScalar: (minVal: number, maxVal: number) => import('@mlightcad/data-model').AcGePoint3d;
                clampLength: (min: number, max: number) => import('@mlightcad/data-model').AcGePoint3d;
                floor: () => import('@mlightcad/data-model').AcGePoint3d;
                ceil: () => import('@mlightcad/data-model').AcGePoint3d;
                round: () => import('@mlightcad/data-model').AcGePoint3d;
                roundToZero: () => import('@mlightcad/data-model').AcGePoint3d;
                negate: () => import('@mlightcad/data-model').AcGePoint3d;
                dot: (v: import('@mlightcad/data-model').AcGeVector3dLike) => number;
                isParallelTo: (vec: import('@mlightcad/data-model').AcGeVector3d) => boolean;
                lengthSq: () => number;
                length: () => number;
                manhattanLength: () => number;
                normalize: () => import('@mlightcad/data-model').AcGePoint3d;
                setLength: (l: number) => import('@mlightcad/data-model').AcGePoint3d;
                lerp: (v: import('@mlightcad/data-model').AcGeVector3dLike, alpha: number) => import('@mlightcad/data-model').AcGePoint3d;
                lerpVectors: (v1: import('@mlightcad/data-model').AcGeVector3dLike, v2: import('@mlightcad/data-model').AcGeVector3dLike, alpha: number) => import('@mlightcad/data-model').AcGePoint3d;
                cross: (v: import('@mlightcad/data-model').AcGeVector3dLike) => import('@mlightcad/data-model').AcGePoint3d;
                crossVectors: (a: import('@mlightcad/data-model').AcGeVector3dLike, b: import('@mlightcad/data-model').AcGeVector3dLike) => import('@mlightcad/data-model').AcGePoint3d;
                projectOnVector: (v: import('@mlightcad/data-model').AcGeVector3d) => import('@mlightcad/data-model').AcGePoint3d;
                projectOnPlane: (planeNormal: import('@mlightcad/data-model').AcGeVector3d) => import('@mlightcad/data-model').AcGePoint3d;
                reflect: (normal: import('@mlightcad/data-model').AcGeVector3dLike) => import('@mlightcad/data-model').AcGePoint3d;
                angleTo: (v: import('@mlightcad/data-model').AcGeVector3d) => number;
                distanceTo: (v: import('@mlightcad/data-model').AcGeVector3dLike) => number;
                distanceToSquared: (v: import('@mlightcad/data-model').AcGeVector3dLike) => number;
                manhattanDistanceTo: (v: import('@mlightcad/data-model').AcGeVector3dLike) => number;
                setFromMatrixPosition: (m: import('@mlightcad/data-model').AcGeMatrix3d) => import('@mlightcad/data-model').AcGePoint3d;
                setFromMatrixScale: (m: import('@mlightcad/data-model').AcGeMatrix3d) => import('@mlightcad/data-model').AcGePoint3d;
                setFromMatrixColumn: (m: import('@mlightcad/data-model').AcGeMatrix3d, index: number) => import('@mlightcad/data-model').AcGePoint3d;
                setFromMatrix3Column: (m: import('@mlightcad/data-model').AcGeMatrix2d, index: number) => import('@mlightcad/data-model').AcGePoint3d;
                equals: (v: import('@mlightcad/data-model').AcGeVector3dLike) => boolean;
                fromArray: (array: number[], offset?: number) => import('@mlightcad/data-model').AcGePoint3d;
                toArray: (array?: number[] | Float32Array, offset?: number) => number[] | Float32Array;
                random: () => import('@mlightcad/data-model').AcGePoint3d;
                randomDirection: () => import('@mlightcad/data-model').AcGePoint3d;
                [Symbol.iterator]: () => Generator<number, void, unknown>;
            };
            readonly extents: {
                min: {
                    x: number;
                    y: number;
                    z: number;
                    set: (x: number, y: number, z: number) => import('@mlightcad/data-model').AcGeVector3d;
                    setScalar: (scalar: number) => import('@mlightcad/data-model').AcGeVector3d;
                    setX: (x: number) => import('@mlightcad/data-model').AcGeVector3d;
                    setY: (y: number) => import('@mlightcad/data-model').AcGeVector3d;
                    setZ: (z: number) => import('@mlightcad/data-model').AcGeVector3d;
                    setComponent: (index: number, value: number) => import('@mlightcad/data-model').AcGeVector3d;
                    getComponent: (index: number) => number;
                    clone: () => import('@mlightcad/data-model').AcGeVector3d;
                    copy: (v: import('@mlightcad/data-model').AcGeVectorLike) => import('@mlightcad/data-model').AcGeVector3d;
                    add: (v: import('@mlightcad/data-model').AcGeVectorLike) => import('@mlightcad/data-model').AcGeVector3d;
                    addScalar: (s: number) => import('@mlightcad/data-model').AcGeVector3d;
                    addVectors: (a: import('@mlightcad/data-model').AcGeVector3dLike, b: import('@mlightcad/data-model').AcGeVector3dLike) => import('@mlightcad/data-model').AcGeVector3d;
                    addScaledVector: (v: import('@mlightcad/data-model').AcGeVector3dLike, s: number) => import('@mlightcad/data-model').AcGeVector3d;
                    sub: (v: import('@mlightcad/data-model').AcGeVector3dLike) => import('@mlightcad/data-model').AcGeVector3d;
                    subScalar: (s: number) => import('@mlightcad/data-model').AcGeVector3d;
                    subVectors: (a: import('@mlightcad/data-model').AcGeVector3dLike, b: import('@mlightcad/data-model').AcGeVector3dLike) => import('@mlightcad/data-model').AcGeVector3d;
                    multiply: (v: import('@mlightcad/data-model').AcGeVector3dLike) => import('@mlightcad/data-model').AcGeVector3d;
                    multiplyScalar: (scalar: number) => import('@mlightcad/data-model').AcGeVector3d;
                    multiplyVectors: (a: import('@mlightcad/data-model').AcGeVector3dLike, b: import('@mlightcad/data-model').AcGeVector3dLike) => import('@mlightcad/data-model').AcGeVector3d;
                    applyEuler: (euler: import('@mlightcad/data-model').AcGeEuler) => import('@mlightcad/data-model').AcGeVector3d;
                    applyAxisAngle: (axis: import('@mlightcad/data-model').AcGeVector3dLike, angle: number) => import('@mlightcad/data-model').AcGeVector3d;
                    applyMatrix3: (m: import('@mlightcad/data-model').AcGeMatrix2d) => import('@mlightcad/data-model').AcGeVector3d;
                    applyNormalMatrix: (m: import('@mlightcad/data-model').AcGeMatrix2d) => import('@mlightcad/data-model').AcGeVector3d;
                    applyMatrix4: (m: import('@mlightcad/data-model').AcGeMatrix3d) => import('@mlightcad/data-model').AcGeVector3d;
                    applyQuaternion: (q: import('@mlightcad/data-model').AcGeQuaternion) => import('@mlightcad/data-model').AcGeVector3d;
                    transformDirection: (m: import('@mlightcad/data-model').AcGeMatrix3d) => import('@mlightcad/data-model').AcGeVector3d;
                    divide: (v: import('@mlightcad/data-model').AcGeVector3dLike) => import('@mlightcad/data-model').AcGeVector3d;
                    divideScalar: (scalar: number) => import('@mlightcad/data-model').AcGeVector3d;
                    min: (v: import('@mlightcad/data-model').AcGeVector3dLike) => import('@mlightcad/data-model').AcGeVector3d;
                    max: (v: import('@mlightcad/data-model').AcGeVector3dLike) => import('@mlightcad/data-model').AcGeVector3d;
                    clamp: (min: import('@mlightcad/data-model').AcGeVector3dLike, max: import('@mlightcad/data-model').AcGeVector3dLike) => import('@mlightcad/data-model').AcGeVector3d;
                    clampScalar: (minVal: number, maxVal: number) => import('@mlightcad/data-model').AcGeVector3d;
                    clampLength: (min: number, max: number) => import('@mlightcad/data-model').AcGeVector3d;
                    floor: () => import('@mlightcad/data-model').AcGeVector3d;
                    ceil: () => import('@mlightcad/data-model').AcGeVector3d;
                    round: () => import('@mlightcad/data-model').AcGeVector3d;
                    roundToZero: () => import('@mlightcad/data-model').AcGeVector3d;
                    negate: () => import('@mlightcad/data-model').AcGeVector3d;
                    dot: (v: import('@mlightcad/data-model').AcGeVector3dLike) => number;
                    isParallelTo: (vec: import('@mlightcad/data-model').AcGeVector3d) => boolean;
                    lengthSq: () => number;
                    length: () => number;
                    manhattanLength: () => number;
                    normalize: () => import('@mlightcad/data-model').AcGeVector3d;
                    setLength: (l: number) => import('@mlightcad/data-model').AcGeVector3d;
                    lerp: (v: import('@mlightcad/data-model').AcGeVector3dLike, alpha: number) => import('@mlightcad/data-model').AcGeVector3d;
                    lerpVectors: (v1: import('@mlightcad/data-model').AcGeVector3dLike, v2: import('@mlightcad/data-model').AcGeVector3dLike, alpha: number) => import('@mlightcad/data-model').AcGeVector3d;
                    cross: (v: import('@mlightcad/data-model').AcGeVector3dLike) => import('@mlightcad/data-model').AcGeVector3d;
                    crossVectors: (a: import('@mlightcad/data-model').AcGeVector3dLike, b: import('@mlightcad/data-model').AcGeVector3dLike) => import('@mlightcad/data-model').AcGeVector3d;
                    projectOnVector: (v: import('@mlightcad/data-model').AcGeVector3d) => import('@mlightcad/data-model').AcGeVector3d;
                    projectOnPlane: (planeNormal: import('@mlightcad/data-model').AcGeVector3d) => import('@mlightcad/data-model').AcGeVector3d;
                    reflect: (normal: import('@mlightcad/data-model').AcGeVector3dLike) => import('@mlightcad/data-model').AcGeVector3d;
                    angleTo: (v: import('@mlightcad/data-model').AcGeVector3d) => number;
                    distanceTo: (v: import('@mlightcad/data-model').AcGeVector3dLike) => number;
                    distanceToSquared: (v: import('@mlightcad/data-model').AcGeVector3dLike) => number;
                    manhattanDistanceTo: (v: import('@mlightcad/data-model').AcGeVector3dLike) => number;
                    setFromMatrixPosition: (m: import('@mlightcad/data-model').AcGeMatrix3d) => import('@mlightcad/data-model').AcGeVector3d;
                    setFromMatrixScale: (m: import('@mlightcad/data-model').AcGeMatrix3d) => import('@mlightcad/data-model').AcGeVector3d;
                    setFromMatrixColumn: (m: import('@mlightcad/data-model').AcGeMatrix3d, index: number) => import('@mlightcad/data-model').AcGeVector3d;
                    setFromMatrix3Column: (m: import('@mlightcad/data-model').AcGeMatrix2d, index: number) => import('@mlightcad/data-model').AcGeVector3d;
                    equals: (v: import('@mlightcad/data-model').AcGeVector3dLike) => boolean;
                    fromArray: (array: number[], offset?: number) => import('@mlightcad/data-model').AcGeVector3d;
                    toArray: (array?: number[] | Float32Array, offset?: number) => number[] | Float32Array;
                    random: () => import('@mlightcad/data-model').AcGeVector3d;
                    randomDirection: () => import('@mlightcad/data-model').AcGeVector3d;
                    [Symbol.iterator]: () => Generator<number, void, unknown>;
                };
                max: {
                    x: number;
                    y: number;
                    z: number;
                    set: (x: number, y: number, z: number) => import('@mlightcad/data-model').AcGeVector3d;
                    setScalar: (scalar: number) => import('@mlightcad/data-model').AcGeVector3d;
                    setX: (x: number) => import('@mlightcad/data-model').AcGeVector3d;
                    setY: (y: number) => import('@mlightcad/data-model').AcGeVector3d;
                    setZ: (z: number) => import('@mlightcad/data-model').AcGeVector3d;
                    setComponent: (index: number, value: number) => import('@mlightcad/data-model').AcGeVector3d;
                    getComponent: (index: number) => number;
                    clone: () => import('@mlightcad/data-model').AcGeVector3d;
                    copy: (v: import('@mlightcad/data-model').AcGeVectorLike) => import('@mlightcad/data-model').AcGeVector3d;
                    add: (v: import('@mlightcad/data-model').AcGeVectorLike) => import('@mlightcad/data-model').AcGeVector3d;
                    addScalar: (s: number) => import('@mlightcad/data-model').AcGeVector3d;
                    addVectors: (a: import('@mlightcad/data-model').AcGeVector3dLike, b: import('@mlightcad/data-model').AcGeVector3dLike) => import('@mlightcad/data-model').AcGeVector3d;
                    addScaledVector: (v: import('@mlightcad/data-model').AcGeVector3dLike, s: number) => import('@mlightcad/data-model').AcGeVector3d;
                    sub: (v: import('@mlightcad/data-model').AcGeVector3dLike) => import('@mlightcad/data-model').AcGeVector3d;
                    subScalar: (s: number) => import('@mlightcad/data-model').AcGeVector3d;
                    subVectors: (a: import('@mlightcad/data-model').AcGeVector3dLike, b: import('@mlightcad/data-model').AcGeVector3dLike) => import('@mlightcad/data-model').AcGeVector3d;
                    multiply: (v: import('@mlightcad/data-model').AcGeVector3dLike) => import('@mlightcad/data-model').AcGeVector3d;
                    multiplyScalar: (scalar: number) => import('@mlightcad/data-model').AcGeVector3d;
                    multiplyVectors: (a: import('@mlightcad/data-model').AcGeVector3dLike, b: import('@mlightcad/data-model').AcGeVector3dLike) => import('@mlightcad/data-model').AcGeVector3d;
                    applyEuler: (euler: import('@mlightcad/data-model').AcGeEuler) => import('@mlightcad/data-model').AcGeVector3d;
                    applyAxisAngle: (axis: import('@mlightcad/data-model').AcGeVector3dLike, angle: number) => import('@mlightcad/data-model').AcGeVector3d;
                    applyMatrix3: (m: import('@mlightcad/data-model').AcGeMatrix2d) => import('@mlightcad/data-model').AcGeVector3d;
                    applyNormalMatrix: (m: import('@mlightcad/data-model').AcGeMatrix2d) => import('@mlightcad/data-model').AcGeVector3d;
                    applyMatrix4: (m: import('@mlightcad/data-model').AcGeMatrix3d) => import('@mlightcad/data-model').AcGeVector3d;
                    applyQuaternion: (q: import('@mlightcad/data-model').AcGeQuaternion) => import('@mlightcad/data-model').AcGeVector3d;
                    transformDirection: (m: import('@mlightcad/data-model').AcGeMatrix3d) => import('@mlightcad/data-model').AcGeVector3d;
                    divide: (v: import('@mlightcad/data-model').AcGeVector3dLike) => import('@mlightcad/data-model').AcGeVector3d;
                    divideScalar: (scalar: number) => import('@mlightcad/data-model').AcGeVector3d;
                    min: (v: import('@mlightcad/data-model').AcGeVector3dLike) => import('@mlightcad/data-model').AcGeVector3d;
                    max: (v: import('@mlightcad/data-model').AcGeVector3dLike) => import('@mlightcad/data-model').AcGeVector3d;
                    clamp: (min: import('@mlightcad/data-model').AcGeVector3dLike, max: import('@mlightcad/data-model').AcGeVector3dLike) => import('@mlightcad/data-model').AcGeVector3d;
                    clampScalar: (minVal: number, maxVal: number) => import('@mlightcad/data-model').AcGeVector3d;
                    clampLength: (min: number, max: number) => import('@mlightcad/data-model').AcGeVector3d;
                    floor: () => import('@mlightcad/data-model').AcGeVector3d;
                    ceil: () => import('@mlightcad/data-model').AcGeVector3d;
                    round: () => import('@mlightcad/data-model').AcGeVector3d;
                    roundToZero: () => import('@mlightcad/data-model').AcGeVector3d;
                    negate: () => import('@mlightcad/data-model').AcGeVector3d;
                    dot: (v: import('@mlightcad/data-model').AcGeVector3dLike) => number;
                    isParallelTo: (vec: import('@mlightcad/data-model').AcGeVector3d) => boolean;
                    lengthSq: () => number;
                    length: () => number;
                    manhattanLength: () => number;
                    normalize: () => import('@mlightcad/data-model').AcGeVector3d;
                    setLength: (l: number) => import('@mlightcad/data-model').AcGeVector3d;
                    lerp: (v: import('@mlightcad/data-model').AcGeVector3dLike, alpha: number) => import('@mlightcad/data-model').AcGeVector3d;
                    lerpVectors: (v1: import('@mlightcad/data-model').AcGeVector3dLike, v2: import('@mlightcad/data-model').AcGeVector3dLike, alpha: number) => import('@mlightcad/data-model').AcGeVector3d;
                    cross: (v: import('@mlightcad/data-model').AcGeVector3dLike) => import('@mlightcad/data-model').AcGeVector3d;
                    crossVectors: (a: import('@mlightcad/data-model').AcGeVector3dLike, b: import('@mlightcad/data-model').AcGeVector3dLike) => import('@mlightcad/data-model').AcGeVector3d;
                    projectOnVector: (v: import('@mlightcad/data-model').AcGeVector3d) => import('@mlightcad/data-model').AcGeVector3d;
                    projectOnPlane: (planeNormal: import('@mlightcad/data-model').AcGeVector3d) => import('@mlightcad/data-model').AcGeVector3d;
                    reflect: (normal: import('@mlightcad/data-model').AcGeVector3dLike) => import('@mlightcad/data-model').AcGeVector3d;
                    angleTo: (v: import('@mlightcad/data-model').AcGeVector3d) => number;
                    distanceTo: (v: import('@mlightcad/data-model').AcGeVector3dLike) => number;
                    distanceToSquared: (v: import('@mlightcad/data-model').AcGeVector3dLike) => number;
                    manhattanDistanceTo: (v: import('@mlightcad/data-model').AcGeVector3dLike) => number;
                    setFromMatrixPosition: (m: import('@mlightcad/data-model').AcGeMatrix3d) => import('@mlightcad/data-model').AcGeVector3d;
                    setFromMatrixScale: (m: import('@mlightcad/data-model').AcGeMatrix3d) => import('@mlightcad/data-model').AcGeVector3d;
                    setFromMatrixColumn: (m: import('@mlightcad/data-model').AcGeMatrix3d, index: number) => import('@mlightcad/data-model').AcGeVector3d;
                    setFromMatrix3Column: (m: import('@mlightcad/data-model').AcGeMatrix2d, index: number) => import('@mlightcad/data-model').AcGeVector3d;
                    equals: (v: import('@mlightcad/data-model').AcGeVector3dLike) => boolean;
                    fromArray: (array: number[], offset?: number) => import('@mlightcad/data-model').AcGeVector3d;
                    toArray: (array?: number[] | Float32Array, offset?: number) => number[] | Float32Array;
                    random: () => import('@mlightcad/data-model').AcGeVector3d;
                    randomDirection: () => import('@mlightcad/data-model').AcGeVector3d;
                    [Symbol.iterator]: () => Generator<number, void, unknown>;
                };
                set: (min: import('@mlightcad/data-model').AcGeVector3dLike, max: import('@mlightcad/data-model').AcGeVector3dLike) => import('@mlightcad/data-model').AcGeBox3d;
                setFromArray: (array: number[]) => import('@mlightcad/data-model').AcGeBox3d;
                setFromPoints: (points: import('@mlightcad/data-model').AcGeVector3dLike[]) => import('@mlightcad/data-model').AcGeBox3d;
                setFromCenterAndSize: (center: import('@mlightcad/data-model').AcGeVector3dLike, size: import('@mlightcad/data-model').AcGeVector3dLike) => import('@mlightcad/data-model').AcGeBox3d;
                clone: () => import('@mlightcad/data-model').AcGeBox3d;
                copy: (box: import('@mlightcad/data-model').AcGeBox3d) => import('@mlightcad/data-model').AcGeBox3d;
                makeEmpty: () => import('@mlightcad/data-model').AcGeBox3d;
                isEmpty: () => boolean;
                getCenter: (target: import('@mlightcad/data-model').AcGeVector3d) => import('@mlightcad/data-model').AcGeVector3d;
                getSize: (target: import('@mlightcad/data-model').AcGeVector3d) => import('@mlightcad/data-model').AcGeVector3d;
                readonly center: {
                    x: number;
                    y: number;
                    z: number;
                    set: (x: number, y: number, z: number) => import('@mlightcad/data-model').AcGeVector3d;
                    setScalar: (scalar: number) => import('@mlightcad/data-model').AcGeVector3d;
                    setX: (x: number) => import('@mlightcad/data-model').AcGeVector3d;
                    setY: (y: number) => import('@mlightcad/data-model').AcGeVector3d;
                    setZ: (z: number) => import('@mlightcad/data-model').AcGeVector3d;
                    setComponent: (index: number, value: number) => import('@mlightcad/data-model').AcGeVector3d;
                    getComponent: (index: number) => number;
                    clone: () => import('@mlightcad/data-model').AcGeVector3d;
                    copy: (v: import('@mlightcad/data-model').AcGeVectorLike) => import('@mlightcad/data-model').AcGeVector3d;
                    add: (v: import('@mlightcad/data-model').AcGeVectorLike) => import('@mlightcad/data-model').AcGeVector3d;
                    addScalar: (s: number) => import('@mlightcad/data-model').AcGeVector3d;
                    addVectors: (a: import('@mlightcad/data-model').AcGeVector3dLike, b: import('@mlightcad/data-model').AcGeVector3dLike) => import('@mlightcad/data-model').AcGeVector3d;
                    addScaledVector: (v: import('@mlightcad/data-model').AcGeVector3dLike, s: number) => import('@mlightcad/data-model').AcGeVector3d;
                    sub: (v: import('@mlightcad/data-model').AcGeVector3dLike) => import('@mlightcad/data-model').AcGeVector3d;
                    subScalar: (s: number) => import('@mlightcad/data-model').AcGeVector3d;
                    subVectors: (a: import('@mlightcad/data-model').AcGeVector3dLike, b: import('@mlightcad/data-model').AcGeVector3dLike) => import('@mlightcad/data-model').AcGeVector3d;
                    multiply: (v: import('@mlightcad/data-model').AcGeVector3dLike) => import('@mlightcad/data-model').AcGeVector3d;
                    multiplyScalar: (scalar: number) => import('@mlightcad/data-model').AcGeVector3d;
                    multiplyVectors: (a: import('@mlightcad/data-model').AcGeVector3dLike, b: import('@mlightcad/data-model').AcGeVector3dLike) => import('@mlightcad/data-model').AcGeVector3d;
                    applyEuler: (euler: import('@mlightcad/data-model').AcGeEuler) => import('@mlightcad/data-model').AcGeVector3d;
                    applyAxisAngle: (axis: import('@mlightcad/data-model').AcGeVector3dLike, angle: number) => import('@mlightcad/data-model').AcGeVector3d;
                    applyMatrix3: (m: import('@mlightcad/data-model').AcGeMatrix2d) => import('@mlightcad/data-model').AcGeVector3d;
                    applyNormalMatrix: (m: import('@mlightcad/data-model').AcGeMatrix2d) => import('@mlightcad/data-model').AcGeVector3d;
                    applyMatrix4: (m: import('@mlightcad/data-model').AcGeMatrix3d) => import('@mlightcad/data-model').AcGeVector3d;
                    applyQuaternion: (q: import('@mlightcad/data-model').AcGeQuaternion) => import('@mlightcad/data-model').AcGeVector3d;
                    transformDirection: (m: import('@mlightcad/data-model').AcGeMatrix3d) => import('@mlightcad/data-model').AcGeVector3d;
                    divide: (v: import('@mlightcad/data-model').AcGeVector3dLike) => import('@mlightcad/data-model').AcGeVector3d;
                    divideScalar: (scalar: number) => import('@mlightcad/data-model').AcGeVector3d;
                    min: (v: import('@mlightcad/data-model').AcGeVector3dLike) => import('@mlightcad/data-model').AcGeVector3d;
                    max: (v: import('@mlightcad/data-model').AcGeVector3dLike) => import('@mlightcad/data-model').AcGeVector3d;
                    clamp: (min: import('@mlightcad/data-model').AcGeVector3dLike, max: import('@mlightcad/data-model').AcGeVector3dLike) => import('@mlightcad/data-model').AcGeVector3d;
                    clampScalar: (minVal: number, maxVal: number) => import('@mlightcad/data-model').AcGeVector3d;
                    clampLength: (min: number, max: number) => import('@mlightcad/data-model').AcGeVector3d;
                    floor: () => import('@mlightcad/data-model').AcGeVector3d;
                    ceil: () => import('@mlightcad/data-model').AcGeVector3d;
                    round: () => import('@mlightcad/data-model').AcGeVector3d;
                    roundToZero: () => import('@mlightcad/data-model').AcGeVector3d;
                    negate: () => import('@mlightcad/data-model').AcGeVector3d;
                    dot: (v: import('@mlightcad/data-model').AcGeVector3dLike) => number;
                    isParallelTo: (vec: import('@mlightcad/data-model').AcGeVector3d) => boolean;
                    lengthSq: () => number;
                    length: () => number;
                    manhattanLength: () => number;
                    normalize: () => import('@mlightcad/data-model').AcGeVector3d;
                    setLength: (l: number) => import('@mlightcad/data-model').AcGeVector3d;
                    lerp: (v: import('@mlightcad/data-model').AcGeVector3dLike, alpha: number) => import('@mlightcad/data-model').AcGeVector3d;
                    lerpVectors: (v1: import('@mlightcad/data-model').AcGeVector3dLike, v2: import('@mlightcad/data-model').AcGeVector3dLike, alpha: number) => import('@mlightcad/data-model').AcGeVector3d;
                    cross: (v: import('@mlightcad/data-model').AcGeVector3dLike) => import('@mlightcad/data-model').AcGeVector3d;
                    crossVectors: (a: import('@mlightcad/data-model').AcGeVector3dLike, b: import('@mlightcad/data-model').AcGeVector3dLike) => import('@mlightcad/data-model').AcGeVector3d;
                    projectOnVector: (v: import('@mlightcad/data-model').AcGeVector3d) => import('@mlightcad/data-model').AcGeVector3d;
                    projectOnPlane: (planeNormal: import('@mlightcad/data-model').AcGeVector3d) => import('@mlightcad/data-model').AcGeVector3d;
                    reflect: (normal: import('@mlightcad/data-model').AcGeVector3dLike) => import('@mlightcad/data-model').AcGeVector3d;
                    angleTo: (v: import('@mlightcad/data-model').AcGeVector3d) => number;
                    distanceTo: (v: import('@mlightcad/data-model').AcGeVector3dLike) => number;
                    distanceToSquared: (v: import('@mlightcad/data-model').AcGeVector3dLike) => number;
                    manhattanDistanceTo: (v: import('@mlightcad/data-model').AcGeVector3dLike) => number;
                    setFromMatrixPosition: (m: import('@mlightcad/data-model').AcGeMatrix3d) => import('@mlightcad/data-model').AcGeVector3d;
                    setFromMatrixScale: (m: import('@mlightcad/data-model').AcGeMatrix3d) => import('@mlightcad/data-model').AcGeVector3d;
                    setFromMatrixColumn: (m: import('@mlightcad/data-model').AcGeMatrix3d, index: number) => import('@mlightcad/data-model').AcGeVector3d;
                    setFromMatrix3Column: (m: import('@mlightcad/data-model').AcGeMatrix2d, index: number) => import('@mlightcad/data-model').AcGeVector3d;
                    equals: (v: import('@mlightcad/data-model').AcGeVector3dLike) => boolean;
                    fromArray: (array: number[], offset?: number) => import('@mlightcad/data-model').AcGeVector3d;
                    toArray: (array?: number[] | Float32Array, offset?: number) => number[] | Float32Array;
                    random: () => import('@mlightcad/data-model').AcGeVector3d;
                    randomDirection: () => import('@mlightcad/data-model').AcGeVector3d;
                    [Symbol.iterator]: () => Generator<number, void, unknown>;
                };
                readonly size: {
                    x: number;
                    y: number;
                    z: number;
                    set: (x: number, y: number, z: number) => import('@mlightcad/data-model').AcGeVector3d;
                    setScalar: (scalar: number) => import('@mlightcad/data-model').AcGeVector3d;
                    setX: (x: number) => import('@mlightcad/data-model').AcGeVector3d;
                    setY: (y: number) => import('@mlightcad/data-model').AcGeVector3d;
                    setZ: (z: number) => import('@mlightcad/data-model').AcGeVector3d;
                    setComponent: (index: number, value: number) => import('@mlightcad/data-model').AcGeVector3d;
                    getComponent: (index: number) => number;
                    clone: () => import('@mlightcad/data-model').AcGeVector3d;
                    copy: (v: import('@mlightcad/data-model').AcGeVectorLike) => import('@mlightcad/data-model').AcGeVector3d;
                    add: (v: import('@mlightcad/data-model').AcGeVectorLike) => import('@mlightcad/data-model').AcGeVector3d;
                    addScalar: (s: number) => import('@mlightcad/data-model').AcGeVector3d;
                    addVectors: (a: import('@mlightcad/data-model').AcGeVector3dLike, b: import('@mlightcad/data-model').AcGeVector3dLike) => import('@mlightcad/data-model').AcGeVector3d;
                    addScaledVector: (v: import('@mlightcad/data-model').AcGeVector3dLike, s: number) => import('@mlightcad/data-model').AcGeVector3d;
                    sub: (v: import('@mlightcad/data-model').AcGeVector3dLike) => import('@mlightcad/data-model').AcGeVector3d;
                    subScalar: (s: number) => import('@mlightcad/data-model').AcGeVector3d;
                    subVectors: (a: import('@mlightcad/data-model').AcGeVector3dLike, b: import('@mlightcad/data-model').AcGeVector3dLike) => import('@mlightcad/data-model').AcGeVector3d;
                    multiply: (v: import('@mlightcad/data-model').AcGeVector3dLike) => import('@mlightcad/data-model').AcGeVector3d;
                    multiplyScalar: (scalar: number) => import('@mlightcad/data-model').AcGeVector3d;
                    multiplyVectors: (a: import('@mlightcad/data-model').AcGeVector3dLike, b: import('@mlightcad/data-model').AcGeVector3dLike) => import('@mlightcad/data-model').AcGeVector3d;
                    applyEuler: (euler: import('@mlightcad/data-model').AcGeEuler) => import('@mlightcad/data-model').AcGeVector3d;
                    applyAxisAngle: (axis: import('@mlightcad/data-model').AcGeVector3dLike, angle: number) => import('@mlightcad/data-model').AcGeVector3d;
                    applyMatrix3: (m: import('@mlightcad/data-model').AcGeMatrix2d) => import('@mlightcad/data-model').AcGeVector3d;
                    applyNormalMatrix: (m: import('@mlightcad/data-model').AcGeMatrix2d) => import('@mlightcad/data-model').AcGeVector3d;
                    applyMatrix4: (m: import('@mlightcad/data-model').AcGeMatrix3d) => import('@mlightcad/data-model').AcGeVector3d;
                    applyQuaternion: (q: import('@mlightcad/data-model').AcGeQuaternion) => import('@mlightcad/data-model').AcGeVector3d;
                    transformDirection: (m: import('@mlightcad/data-model').AcGeMatrix3d) => import('@mlightcad/data-model').AcGeVector3d;
                    divide: (v: import('@mlightcad/data-model').AcGeVector3dLike) => import('@mlightcad/data-model').AcGeVector3d;
                    divideScalar: (scalar: number) => import('@mlightcad/data-model').AcGeVector3d;
                    min: (v: import('@mlightcad/data-model').AcGeVector3dLike) => import('@mlightcad/data-model').AcGeVector3d;
                    max: (v: import('@mlightcad/data-model').AcGeVector3dLike) => import('@mlightcad/data-model').AcGeVector3d;
                    clamp: (min: import('@mlightcad/data-model').AcGeVector3dLike, max: import('@mlightcad/data-model').AcGeVector3dLike) => import('@mlightcad/data-model').AcGeVector3d;
                    clampScalar: (minVal: number, maxVal: number) => import('@mlightcad/data-model').AcGeVector3d;
                    clampLength: (min: number, max: number) => import('@mlightcad/data-model').AcGeVector3d;
                    floor: () => import('@mlightcad/data-model').AcGeVector3d;
                    ceil: () => import('@mlightcad/data-model').AcGeVector3d;
                    round: () => import('@mlightcad/data-model').AcGeVector3d;
                    roundToZero: () => import('@mlightcad/data-model').AcGeVector3d;
                    negate: () => import('@mlightcad/data-model').AcGeVector3d;
                    dot: (v: import('@mlightcad/data-model').AcGeVector3dLike) => number;
                    isParallelTo: (vec: import('@mlightcad/data-model').AcGeVector3d) => boolean;
                    lengthSq: () => number;
                    length: () => number;
                    manhattanLength: () => number;
                    normalize: () => import('@mlightcad/data-model').AcGeVector3d;
                    setLength: (l: number) => import('@mlightcad/data-model').AcGeVector3d;
                    lerp: (v: import('@mlightcad/data-model').AcGeVector3dLike, alpha: number) => import('@mlightcad/data-model').AcGeVector3d;
                    lerpVectors: (v1: import('@mlightcad/data-model').AcGeVector3dLike, v2: import('@mlightcad/data-model').AcGeVector3dLike, alpha: number) => import('@mlightcad/data-model').AcGeVector3d;
                    cross: (v: import('@mlightcad/data-model').AcGeVector3dLike) => import('@mlightcad/data-model').AcGeVector3d;
                    crossVectors: (a: import('@mlightcad/data-model').AcGeVector3dLike, b: import('@mlightcad/data-model').AcGeVector3dLike) => import('@mlightcad/data-model').AcGeVector3d;
                    projectOnVector: (v: import('@mlightcad/data-model').AcGeVector3d) => import('@mlightcad/data-model').AcGeVector3d;
                    projectOnPlane: (planeNormal: import('@mlightcad/data-model').AcGeVector3d) => import('@mlightcad/data-model').AcGeVector3d;
                    reflect: (normal: import('@mlightcad/data-model').AcGeVector3dLike) => import('@mlightcad/data-model').AcGeVector3d;
                    angleTo: (v: import('@mlightcad/data-model').AcGeVector3d) => number;
                    distanceTo: (v: import('@mlightcad/data-model').AcGeVector3dLike) => number;
                    distanceToSquared: (v: import('@mlightcad/data-model').AcGeVector3dLike) => number;
                    manhattanDistanceTo: (v: import('@mlightcad/data-model').AcGeVector3dLike) => number;
                    setFromMatrixPosition: (m: import('@mlightcad/data-model').AcGeMatrix3d) => import('@mlightcad/data-model').AcGeVector3d;
                    setFromMatrixScale: (m: import('@mlightcad/data-model').AcGeMatrix3d) => import('@mlightcad/data-model').AcGeVector3d;
                    setFromMatrixColumn: (m: import('@mlightcad/data-model').AcGeMatrix3d, index: number) => import('@mlightcad/data-model').AcGeVector3d;
                    setFromMatrix3Column: (m: import('@mlightcad/data-model').AcGeMatrix2d, index: number) => import('@mlightcad/data-model').AcGeVector3d;
                    equals: (v: import('@mlightcad/data-model').AcGeVector3dLike) => boolean;
                    fromArray: (array: number[], offset?: number) => import('@mlightcad/data-model').AcGeVector3d;
                    toArray: (array?: number[] | Float32Array, offset?: number) => number[] | Float32Array;
                    random: () => import('@mlightcad/data-model').AcGeVector3d;
                    randomDirection: () => import('@mlightcad/data-model').AcGeVector3d;
                    [Symbol.iterator]: () => Generator<number, void, unknown>;
                };
                expandByPoint: (point: import('@mlightcad/data-model').AcGeVector3dLike) => import('@mlightcad/data-model').AcGeBox3d;
                expandByVector: (vector: import('@mlightcad/data-model').AcGeVector3dLike) => import('@mlightcad/data-model').AcGeBox3d;
                expandByScalar: (scalar: number) => import('@mlightcad/data-model').AcGeBox3d;
                containsPoint: (point: import('@mlightcad/data-model').AcGeVector3dLike) => boolean;
                containsBox: (box: import('@mlightcad/data-model').AcGeBox3d) => boolean;
                getParameter: (point: import('@mlightcad/data-model').AcGeVector3dLike, target: import('@mlightcad/data-model').AcGeVector3d) => import('@mlightcad/data-model').AcGeVector3d;
                intersectsBox: (box: import('@mlightcad/data-model').AcGeBox3d) => boolean;
                intersectsPlane: (plane: import('@mlightcad/data-model').AcGePlane) => boolean;
                clampPoint: (point: import('@mlightcad/data-model').AcGeVector3dLike, target: import('@mlightcad/data-model').AcGeVector3d) => import('@mlightcad/data-model').AcGeVector3d;
                distanceToPoint: (point: import('@mlightcad/data-model').AcGeVector3dLike) => number;
                intersect: (box: import('@mlightcad/data-model').AcGeBox3d) => import('@mlightcad/data-model').AcGeBox3d;
                union: (box: import('@mlightcad/data-model').AcGeBox3d) => import('@mlightcad/data-model').AcGeBox3d;
                applyMatrix4: (matrix: import('@mlightcad/data-model').AcGeMatrix3d) => import('@mlightcad/data-model').AcGeBox3d;
                translate: (offset: import('@mlightcad/data-model').AcGeVector3dLike) => import('@mlightcad/data-model').AcGeBox3d;
                equals: (box: import('@mlightcad/data-model').AcGeBox3d) => boolean;
            };
            pdmode: number;
            pdsize: number;
            osmode: number;
            orthomode: number;
            readonly lastOpenError: import('@mlightcad/data-model').AcDbOpenDatabaseError | null;
            read: (data: ArrayBuffer, options: import('@mlightcad/data-model').AcDbOpenDatabaseOptions, fileType?: import('@mlightcad/data-model').AcDbConverterType) => Promise<void>;
            openUri: (url: string, options: import('@mlightcad/data-model').AcDbOpenDatabaseOptions) => Promise<void>;
            dxfOut: (_fileName?: string, precision?: number, version?: import('@mlightcad/data-model').AcDbDwgVersion | string | number, _saveThumbnailImage?: boolean) => string;
            regen: () => Promise<void>;
            createDefaultData: (options?: import('@mlightcad/data-model').AcDbCreateDefaultDataOptions) => void;
            ensureEntityStyleDefaults: (entity: AcDbEntity) => void;
            ensureTextStyleDefaults: () => void;
            readonly attrs: {
                attributes: {
                    [x: string]: any;
                    objectId?: AcDbObjectId | undefined;
                    ownerId?: AcDbObjectId | undefined;
                    extensionDictionary?: AcDbObjectId | undefined;
                };
                changed: {
                    [x: string]: any;
                    objectId?: AcDbObjectId | undefined;
                    ownerId?: AcDbObjectId | undefined;
                    extensionDictionary?: AcDbObjectId | undefined;
                };
                readonly events: {
                    attrChanged: {
                        addEventListener: (listener: (payload: import('@mlightcad/data-model').AcCmObjectAttributeChangedEventArgs<import('@mlightcad/data-model').AcDbObjectAttrs>) => void) => void;
                        removeEventListener: (listener: (payload: import('@mlightcad/data-model').AcCmObjectAttributeChangedEventArgs<import('@mlightcad/data-model').AcDbObjectAttrs>) => void) => void;
                        replaceEventListener: (listener: (payload: import('@mlightcad/data-model').AcCmObjectAttributeChangedEventArgs<import('@mlightcad/data-model').AcDbObjectAttrs>) => void) => void;
                        dispatch: (payload?: import('@mlightcad/data-model').AcCmObjectAttributeChangedEventArgs<import('@mlightcad/data-model').AcDbObjectAttrs> | undefined, ...args: unknown[]) => void;
                    };
                    modelChanged: {
                        addEventListener: (listener: (payload: import('@mlightcad/data-model').AcCmObjectChangedEventArgs<import('@mlightcad/data-model').AcDbObjectAttrs>) => void) => void;
                        removeEventListener: (listener: (payload: import('@mlightcad/data-model').AcCmObjectChangedEventArgs<import('@mlightcad/data-model').AcDbObjectAttrs>) => void) => void;
                        replaceEventListener: (listener: (payload: import('@mlightcad/data-model').AcCmObjectChangedEventArgs<import('@mlightcad/data-model').AcDbObjectAttrs>) => void) => void;
                        dispatch: (payload?: import('@mlightcad/data-model').AcCmObjectChangedEventArgs<import('@mlightcad/data-model').AcDbObjectAttrs> | undefined, ...args: unknown[]) => void;
                    };
                };
                get: <A extends string>(key: A) => import('@mlightcad/data-model').AcDbObjectAttrs[A] | undefined;
                set: {
                    <A extends string>(key: A, val?: import('@mlightcad/data-model').AcDbObjectAttrs[A] | undefined, options?: import('@mlightcad/data-model').AcCmObjectOptions): import('@mlightcad/data-model').AcCmObject<import('@mlightcad/data-model').AcDbObjectAttrs>;
                    (key: Partial<import('@mlightcad/data-model').AcDbObjectAttrs>, options?: import('@mlightcad/data-model').AcCmObjectOptions): import('@mlightcad/data-model').AcCmObject<import('@mlightcad/data-model').AcDbObjectAttrs>;
                };
                has: (key: string) => boolean;
                hasChanged: (key?: string | undefined) => boolean;
                changedAttributes: (diff?: Partial<import('@mlightcad/data-model').AcDbObjectAttrs> | undefined) => Partial<import('@mlightcad/data-model').AcDbObjectAttrs>;
                previous: <A extends string>(key: A) => import('@mlightcad/data-model').AcDbObjectAttrs[A] | null | undefined;
                previousAttributes: () => Partial<import('@mlightcad/data-model').AcDbObjectAttrs>;
                clone: () => import('@mlightcad/data-model').AcCmObject<import('@mlightcad/data-model').AcDbObjectAttrs>;
            };
            getAttr: (attrName: string) => any;
            getAttrWithoutException: (attrName: string) => any;
            setAttr: <A extends string>(attrName: A, val?: import('@mlightcad/data-model').AcDbObjectAttrs[A] | undefined) => void;
            objectId: AcDbObjectId;
            readonly isTemp: any;
            ownerId: AcDbObjectId;
            extensionDictionary: AcDbObjectId | undefined;
            database: /*elided*/ any;
            getXData: (appId: string) => import('@mlightcad/data-model').AcDbResultBuffer | undefined;
            setXData: (resbuf: import('@mlightcad/data-model').AcDbResultBuffer) => void;
            removeXData: (appId: string) => void;
            createExtensionDictionary: () => AcDbObjectId | undefined;
            close: () => void;
            clone: () => import('@mlightcad/data-model').AcDbDatabase;
            clonePreservingIdentity: () => import('@mlightcad/data-model').AcDbDatabase;
            restoreFrom: (snapshot: import('@mlightcad/data-model').AcDbDatabase) => void;
            dxfOutFields: (_filer: import('@mlightcad/data-model').AcDbDxfFiler) => import('@mlightcad/data-model').AcDbDatabase;
        };
        getXData: (appId: string) => import('@mlightcad/data-model').AcDbResultBuffer | undefined;
        setXData: (resbuf: import('@mlightcad/data-model').AcDbResultBuffer) => void;
        removeXData: (appId: string) => void;
        createExtensionDictionary: () => AcDbObjectId | undefined;
        close: () => void;
        clone: () => AcDbEntity;
        clonePreservingIdentity: () => AcDbEntity;
        restoreFrom: (snapshot: AcDbEntity) => void;
        dxfOut: (...args: unknown[]) => unknown;
    } | null, AcDbEntity | {
        readonly type: string;
        readonly dxfTypeName: string;
        layer: string;
        color: {
            colorMethod: import('@mlightcad/data-model').AcCmColorMethod;
            readonly red: number | undefined;
            readonly green: number | undefined;
            readonly blue: number | undefined;
            readonly RGB: number | undefined;
            setRGB: (r: number, g: number, b: number) => import('@mlightcad/data-model').AcCmColor;
            setRGBValue: (value: number | undefined | null) => import('@mlightcad/data-model').AcCmColor;
            setRGBFromCss: (cssString: string) => import('@mlightcad/data-model').AcCmColor;
            setScalar: (scalar: number) => import('@mlightcad/data-model').AcCmColor;
            readonly hexColor: string | undefined;
            readonly cssColor: string | undefined;
            cssColorAlpha: (alpha: number) => string | undefined;
            colorIndex: number | undefined;
            readonly isByColor: boolean;
            readonly isByACI: boolean;
            readonly isForeground: boolean;
            setForeground: () => import('@mlightcad/data-model').AcCmColor;
            readonly isByLayer: boolean;
            setByLayer: (value?: number) => import('@mlightcad/data-model').AcCmColor;
            readonly isByBlock: boolean;
            setByBlock: (value?: number) => import('@mlightcad/data-model').AcCmColor;
            colorName: string | undefined;
            clone: () => import('@mlightcad/data-model').AcCmColor;
            copy: (other: import('@mlightcad/data-model').AcCmColor) => import('@mlightcad/data-model').AcCmColor;
            equals: (other: import('@mlightcad/data-model').AcCmColor) => boolean;
            toString: () => string;
        };
        readonly resolvedColor: {
            colorMethod: import('@mlightcad/data-model').AcCmColorMethod;
            readonly red: number | undefined;
            readonly green: number | undefined;
            readonly blue: number | undefined;
            readonly RGB: number | undefined;
            setRGB: (r: number, g: number, b: number) => import('@mlightcad/data-model').AcCmColor;
            setRGBValue: (value: number | undefined | null) => import('@mlightcad/data-model').AcCmColor;
            setRGBFromCss: (cssString: string) => import('@mlightcad/data-model').AcCmColor;
            setScalar: (scalar: number) => import('@mlightcad/data-model').AcCmColor;
            readonly hexColor: string | undefined;
            readonly cssColor: string | undefined;
            cssColorAlpha: (alpha: number) => string | undefined;
            colorIndex: number | undefined;
            readonly isByColor: boolean;
            readonly isByACI: boolean;
            readonly isForeground: boolean;
            setForeground: () => import('@mlightcad/data-model').AcCmColor;
            readonly isByLayer: boolean;
            setByLayer: (value?: number) => import('@mlightcad/data-model').AcCmColor;
            readonly isByBlock: boolean;
            setByBlock: (value?: number) => import('@mlightcad/data-model').AcCmColor;
            colorName: string | undefined;
            clone: () => import('@mlightcad/data-model').AcCmColor;
            copy: (other: import('@mlightcad/data-model').AcCmColor) => import('@mlightcad/data-model').AcCmColor;
            equals: (other: import('@mlightcad/data-model').AcCmColor) => boolean;
            toString: () => string;
        };
        lineType: string;
        lineWeight: import('@mlightcad/data-model').AcGiLineWeight;
        linetypeScale: number;
        visibility: boolean;
        transparency: {
            method: import('@mlightcad/data-model').AcCmTransparencyMethod;
            alpha: number;
            percentage: number | undefined;
            readonly isByAlpha: boolean;
            readonly isByBlock: boolean;
            readonly isByLayer: boolean;
            readonly isClear: boolean;
            readonly isSolid: boolean;
            readonly isInvalid: boolean;
            serialize: () => number;
            clone: () => import('@mlightcad/data-model').AcCmTransparency;
            equals: (other: import('@mlightcad/data-model').AcCmTransparency) => boolean;
            toString: () => string;
        };
        dxfOutFields: (filer: import('@mlightcad/data-model').AcDbDxfFiler) => AcDbEntity;
        resolveEffectiveProperties: () => void;
        readonly properties: {
            type: string;
            groups: {
                groupName: import('@mlightcad/data-model').AcDbEntityPropertyGroupName;
                properties: {
                    accessor: {
                        get: () => unknown;
                        set?: ((value: unknown) => void) | undefined;
                    };
                    name: string;
                    type: import('@mlightcad/data-model').AcDbEntityPropertyType;
                    options?: {
                        label: string;
                        value: unknown;
                    }[] | undefined;
                    editable?: boolean | undefined;
                    skipTranslation?: boolean | undefined;
                    itemSchema?: {
                        properties: {
                            name: string;
                            type: import('@mlightcad/data-model').AcDbEntityPropertyType;
                            options?: {
                                label: string;
                                value: unknown;
                            }[] | undefined;
                            editable?: boolean | undefined;
                            skipTranslation?: boolean | undefined;
                            itemSchema?: /*elided*/ any | undefined;
                        }[];
                    } | undefined;
                }[];
            }[];
        };
        subGetGripPoints: () => import('@mlightcad/data-model').AcGePoint3d[];
        subMoveGripPointsAt: (indices: number[], offset: import('@mlightcad/data-model').AcGeVector3dLike) => AcDbEntity;
        subGetOsnapPoints: (osnapMode: import('@mlightcad/data-model').AcDbOsnapMode, pickPoint: AcGePoint3dLike, lastPoint: AcGePoint3dLike, snapPoints: AcGePoint3dLike[], gsMark?: AcDbObjectId, insertionMat?: import('@mlightcad/data-model').AcGeMatrix3d) => void;
        transformBy: (matrix: import('@mlightcad/data-model').AcGeMatrix3d) => AcDbEntity;
        readonly geometricExtents: {
            min: {
                x: number;
                y: number;
                z: number;
                set: (x: number, y: number, z: number) => import('@mlightcad/data-model').AcGeVector3d;
                setScalar: (scalar: number) => import('@mlightcad/data-model').AcGeVector3d;
                setX: (x: number) => import('@mlightcad/data-model').AcGeVector3d;
                setY: (y: number) => import('@mlightcad/data-model').AcGeVector3d;
                setZ: (z: number) => import('@mlightcad/data-model').AcGeVector3d;
                setComponent: (index: number, value: number) => import('@mlightcad/data-model').AcGeVector3d;
                getComponent: (index: number) => number;
                clone: () => import('@mlightcad/data-model').AcGeVector3d;
                copy: (v: import('@mlightcad/data-model').AcGeVectorLike) => import('@mlightcad/data-model').AcGeVector3d;
                add: (v: import('@mlightcad/data-model').AcGeVectorLike) => import('@mlightcad/data-model').AcGeVector3d;
                addScalar: (s: number) => import('@mlightcad/data-model').AcGeVector3d;
                addVectors: (a: import('@mlightcad/data-model').AcGeVector3dLike, b: import('@mlightcad/data-model').AcGeVector3dLike) => import('@mlightcad/data-model').AcGeVector3d;
                addScaledVector: (v: import('@mlightcad/data-model').AcGeVector3dLike, s: number) => import('@mlightcad/data-model').AcGeVector3d;
                sub: (v: import('@mlightcad/data-model').AcGeVector3dLike) => import('@mlightcad/data-model').AcGeVector3d;
                subScalar: (s: number) => import('@mlightcad/data-model').AcGeVector3d;
                subVectors: (a: import('@mlightcad/data-model').AcGeVector3dLike, b: import('@mlightcad/data-model').AcGeVector3dLike) => import('@mlightcad/data-model').AcGeVector3d;
                multiply: (v: import('@mlightcad/data-model').AcGeVector3dLike) => import('@mlightcad/data-model').AcGeVector3d;
                multiplyScalar: (scalar: number) => import('@mlightcad/data-model').AcGeVector3d;
                multiplyVectors: (a: import('@mlightcad/data-model').AcGeVector3dLike, b: import('@mlightcad/data-model').AcGeVector3dLike) => import('@mlightcad/data-model').AcGeVector3d;
                applyEuler: (euler: import('@mlightcad/data-model').AcGeEuler) => import('@mlightcad/data-model').AcGeVector3d;
                applyAxisAngle: (axis: import('@mlightcad/data-model').AcGeVector3dLike, angle: number) => import('@mlightcad/data-model').AcGeVector3d;
                applyMatrix3: (m: import('@mlightcad/data-model').AcGeMatrix2d) => import('@mlightcad/data-model').AcGeVector3d;
                applyNormalMatrix: (m: import('@mlightcad/data-model').AcGeMatrix2d) => import('@mlightcad/data-model').AcGeVector3d;
                applyMatrix4: (m: import('@mlightcad/data-model').AcGeMatrix3d) => import('@mlightcad/data-model').AcGeVector3d;
                applyQuaternion: (q: import('@mlightcad/data-model').AcGeQuaternion) => import('@mlightcad/data-model').AcGeVector3d;
                transformDirection: (m: import('@mlightcad/data-model').AcGeMatrix3d) => import('@mlightcad/data-model').AcGeVector3d;
                divide: (v: import('@mlightcad/data-model').AcGeVector3dLike) => import('@mlightcad/data-model').AcGeVector3d;
                divideScalar: (scalar: number) => import('@mlightcad/data-model').AcGeVector3d;
                min: (v: import('@mlightcad/data-model').AcGeVector3dLike) => import('@mlightcad/data-model').AcGeVector3d;
                max: (v: import('@mlightcad/data-model').AcGeVector3dLike) => import('@mlightcad/data-model').AcGeVector3d;
                clamp: (min: import('@mlightcad/data-model').AcGeVector3dLike, max: import('@mlightcad/data-model').AcGeVector3dLike) => import('@mlightcad/data-model').AcGeVector3d;
                clampScalar: (minVal: number, maxVal: number) => import('@mlightcad/data-model').AcGeVector3d;
                clampLength: (min: number, max: number) => import('@mlightcad/data-model').AcGeVector3d;
                floor: () => import('@mlightcad/data-model').AcGeVector3d;
                ceil: () => import('@mlightcad/data-model').AcGeVector3d;
                round: () => import('@mlightcad/data-model').AcGeVector3d;
                roundToZero: () => import('@mlightcad/data-model').AcGeVector3d;
                negate: () => import('@mlightcad/data-model').AcGeVector3d;
                dot: (v: import('@mlightcad/data-model').AcGeVector3dLike) => number;
                isParallelTo: (vec: import('@mlightcad/data-model').AcGeVector3d) => boolean;
                lengthSq: () => number;
                length: () => number;
                manhattanLength: () => number;
                normalize: () => import('@mlightcad/data-model').AcGeVector3d;
                setLength: (l: number) => import('@mlightcad/data-model').AcGeVector3d;
                lerp: (v: import('@mlightcad/data-model').AcGeVector3dLike, alpha: number) => import('@mlightcad/data-model').AcGeVector3d;
                lerpVectors: (v1: import('@mlightcad/data-model').AcGeVector3dLike, v2: import('@mlightcad/data-model').AcGeVector3dLike, alpha: number) => import('@mlightcad/data-model').AcGeVector3d;
                cross: (v: import('@mlightcad/data-model').AcGeVector3dLike) => import('@mlightcad/data-model').AcGeVector3d;
                crossVectors: (a: import('@mlightcad/data-model').AcGeVector3dLike, b: import('@mlightcad/data-model').AcGeVector3dLike) => import('@mlightcad/data-model').AcGeVector3d;
                projectOnVector: (v: import('@mlightcad/data-model').AcGeVector3d) => import('@mlightcad/data-model').AcGeVector3d;
                projectOnPlane: (planeNormal: import('@mlightcad/data-model').AcGeVector3d) => import('@mlightcad/data-model').AcGeVector3d;
                reflect: (normal: import('@mlightcad/data-model').AcGeVector3dLike) => import('@mlightcad/data-model').AcGeVector3d;
                angleTo: (v: import('@mlightcad/data-model').AcGeVector3d) => number;
                distanceTo: (v: import('@mlightcad/data-model').AcGeVector3dLike) => number;
                distanceToSquared: (v: import('@mlightcad/data-model').AcGeVector3dLike) => number;
                manhattanDistanceTo: (v: import('@mlightcad/data-model').AcGeVector3dLike) => number;
                setFromMatrixPosition: (m: import('@mlightcad/data-model').AcGeMatrix3d) => import('@mlightcad/data-model').AcGeVector3d;
                setFromMatrixScale: (m: import('@mlightcad/data-model').AcGeMatrix3d) => import('@mlightcad/data-model').AcGeVector3d;
                setFromMatrixColumn: (m: import('@mlightcad/data-model').AcGeMatrix3d, index: number) => import('@mlightcad/data-model').AcGeVector3d;
                setFromMatrix3Column: (m: import('@mlightcad/data-model').AcGeMatrix2d, index: number) => import('@mlightcad/data-model').AcGeVector3d;
                equals: (v: import('@mlightcad/data-model').AcGeVector3dLike) => boolean;
                fromArray: (array: number[], offset?: number) => import('@mlightcad/data-model').AcGeVector3d;
                toArray: (array?: number[] | Float32Array, offset?: number) => number[] | Float32Array;
                random: () => import('@mlightcad/data-model').AcGeVector3d;
                randomDirection: () => import('@mlightcad/data-model').AcGeVector3d;
                [Symbol.iterator]: () => Generator<number, void, unknown>;
            };
            max: {
                x: number;
                y: number;
                z: number;
                set: (x: number, y: number, z: number) => import('@mlightcad/data-model').AcGeVector3d;
                setScalar: (scalar: number) => import('@mlightcad/data-model').AcGeVector3d;
                setX: (x: number) => import('@mlightcad/data-model').AcGeVector3d;
                setY: (y: number) => import('@mlightcad/data-model').AcGeVector3d;
                setZ: (z: number) => import('@mlightcad/data-model').AcGeVector3d;
                setComponent: (index: number, value: number) => import('@mlightcad/data-model').AcGeVector3d;
                getComponent: (index: number) => number;
                clone: () => import('@mlightcad/data-model').AcGeVector3d;
                copy: (v: import('@mlightcad/data-model').AcGeVectorLike) => import('@mlightcad/data-model').AcGeVector3d;
                add: (v: import('@mlightcad/data-model').AcGeVectorLike) => import('@mlightcad/data-model').AcGeVector3d;
                addScalar: (s: number) => import('@mlightcad/data-model').AcGeVector3d;
                addVectors: (a: import('@mlightcad/data-model').AcGeVector3dLike, b: import('@mlightcad/data-model').AcGeVector3dLike) => import('@mlightcad/data-model').AcGeVector3d;
                addScaledVector: (v: import('@mlightcad/data-model').AcGeVector3dLike, s: number) => import('@mlightcad/data-model').AcGeVector3d;
                sub: (v: import('@mlightcad/data-model').AcGeVector3dLike) => import('@mlightcad/data-model').AcGeVector3d;
                subScalar: (s: number) => import('@mlightcad/data-model').AcGeVector3d;
                subVectors: (a: import('@mlightcad/data-model').AcGeVector3dLike, b: import('@mlightcad/data-model').AcGeVector3dLike) => import('@mlightcad/data-model').AcGeVector3d;
                multiply: (v: import('@mlightcad/data-model').AcGeVector3dLike) => import('@mlightcad/data-model').AcGeVector3d;
                multiplyScalar: (scalar: number) => import('@mlightcad/data-model').AcGeVector3d;
                multiplyVectors: (a: import('@mlightcad/data-model').AcGeVector3dLike, b: import('@mlightcad/data-model').AcGeVector3dLike) => import('@mlightcad/data-model').AcGeVector3d;
                applyEuler: (euler: import('@mlightcad/data-model').AcGeEuler) => import('@mlightcad/data-model').AcGeVector3d;
                applyAxisAngle: (axis: import('@mlightcad/data-model').AcGeVector3dLike, angle: number) => import('@mlightcad/data-model').AcGeVector3d;
                applyMatrix3: (m: import('@mlightcad/data-model').AcGeMatrix2d) => import('@mlightcad/data-model').AcGeVector3d;
                applyNormalMatrix: (m: import('@mlightcad/data-model').AcGeMatrix2d) => import('@mlightcad/data-model').AcGeVector3d;
                applyMatrix4: (m: import('@mlightcad/data-model').AcGeMatrix3d) => import('@mlightcad/data-model').AcGeVector3d;
                applyQuaternion: (q: import('@mlightcad/data-model').AcGeQuaternion) => import('@mlightcad/data-model').AcGeVector3d;
                transformDirection: (m: import('@mlightcad/data-model').AcGeMatrix3d) => import('@mlightcad/data-model').AcGeVector3d;
                divide: (v: import('@mlightcad/data-model').AcGeVector3dLike) => import('@mlightcad/data-model').AcGeVector3d;
                divideScalar: (scalar: number) => import('@mlightcad/data-model').AcGeVector3d;
                min: (v: import('@mlightcad/data-model').AcGeVector3dLike) => import('@mlightcad/data-model').AcGeVector3d;
                max: (v: import('@mlightcad/data-model').AcGeVector3dLike) => import('@mlightcad/data-model').AcGeVector3d;
                clamp: (min: import('@mlightcad/data-model').AcGeVector3dLike, max: import('@mlightcad/data-model').AcGeVector3dLike) => import('@mlightcad/data-model').AcGeVector3d;
                clampScalar: (minVal: number, maxVal: number) => import('@mlightcad/data-model').AcGeVector3d;
                clampLength: (min: number, max: number) => import('@mlightcad/data-model').AcGeVector3d;
                floor: () => import('@mlightcad/data-model').AcGeVector3d;
                ceil: () => import('@mlightcad/data-model').AcGeVector3d;
                round: () => import('@mlightcad/data-model').AcGeVector3d;
                roundToZero: () => import('@mlightcad/data-model').AcGeVector3d;
                negate: () => import('@mlightcad/data-model').AcGeVector3d;
                dot: (v: import('@mlightcad/data-model').AcGeVector3dLike) => number;
                isParallelTo: (vec: import('@mlightcad/data-model').AcGeVector3d) => boolean;
                lengthSq: () => number;
                length: () => number;
                manhattanLength: () => number;
                normalize: () => import('@mlightcad/data-model').AcGeVector3d;
                setLength: (l: number) => import('@mlightcad/data-model').AcGeVector3d;
                lerp: (v: import('@mlightcad/data-model').AcGeVector3dLike, alpha: number) => import('@mlightcad/data-model').AcGeVector3d;
                lerpVectors: (v1: import('@mlightcad/data-model').AcGeVector3dLike, v2: import('@mlightcad/data-model').AcGeVector3dLike, alpha: number) => import('@mlightcad/data-model').AcGeVector3d;
                cross: (v: import('@mlightcad/data-model').AcGeVector3dLike) => import('@mlightcad/data-model').AcGeVector3d;
                crossVectors: (a: import('@mlightcad/data-model').AcGeVector3dLike, b: import('@mlightcad/data-model').AcGeVector3dLike) => import('@mlightcad/data-model').AcGeVector3d;
                projectOnVector: (v: import('@mlightcad/data-model').AcGeVector3d) => import('@mlightcad/data-model').AcGeVector3d;
                projectOnPlane: (planeNormal: import('@mlightcad/data-model').AcGeVector3d) => import('@mlightcad/data-model').AcGeVector3d;
                reflect: (normal: import('@mlightcad/data-model').AcGeVector3dLike) => import('@mlightcad/data-model').AcGeVector3d;
                angleTo: (v: import('@mlightcad/data-model').AcGeVector3d) => number;
                distanceTo: (v: import('@mlightcad/data-model').AcGeVector3dLike) => number;
                distanceToSquared: (v: import('@mlightcad/data-model').AcGeVector3dLike) => number;
                manhattanDistanceTo: (v: import('@mlightcad/data-model').AcGeVector3dLike) => number;
                setFromMatrixPosition: (m: import('@mlightcad/data-model').AcGeMatrix3d) => import('@mlightcad/data-model').AcGeVector3d;
                setFromMatrixScale: (m: import('@mlightcad/data-model').AcGeMatrix3d) => import('@mlightcad/data-model').AcGeVector3d;
                setFromMatrixColumn: (m: import('@mlightcad/data-model').AcGeMatrix3d, index: number) => import('@mlightcad/data-model').AcGeVector3d;
                setFromMatrix3Column: (m: import('@mlightcad/data-model').AcGeMatrix2d, index: number) => import('@mlightcad/data-model').AcGeVector3d;
                equals: (v: import('@mlightcad/data-model').AcGeVector3dLike) => boolean;
                fromArray: (array: number[], offset?: number) => import('@mlightcad/data-model').AcGeVector3d;
                toArray: (array?: number[] | Float32Array, offset?: number) => number[] | Float32Array;
                random: () => import('@mlightcad/data-model').AcGeVector3d;
                randomDirection: () => import('@mlightcad/data-model').AcGeVector3d;
                [Symbol.iterator]: () => Generator<number, void, unknown>;
            };
            set: (min: import('@mlightcad/data-model').AcGeVector3dLike, max: import('@mlightcad/data-model').AcGeVector3dLike) => import('@mlightcad/data-model').AcGeBox3d;
            setFromArray: (array: number[]) => import('@mlightcad/data-model').AcGeBox3d;
            setFromPoints: (points: import('@mlightcad/data-model').AcGeVector3dLike[]) => import('@mlightcad/data-model').AcGeBox3d;
            setFromCenterAndSize: (center: import('@mlightcad/data-model').AcGeVector3dLike, size: import('@mlightcad/data-model').AcGeVector3dLike) => import('@mlightcad/data-model').AcGeBox3d;
            clone: () => import('@mlightcad/data-model').AcGeBox3d;
            copy: (box: import('@mlightcad/data-model').AcGeBox3d) => import('@mlightcad/data-model').AcGeBox3d;
            makeEmpty: () => import('@mlightcad/data-model').AcGeBox3d;
            isEmpty: () => boolean;
            getCenter: (target: import('@mlightcad/data-model').AcGeVector3d) => import('@mlightcad/data-model').AcGeVector3d;
            getSize: (target: import('@mlightcad/data-model').AcGeVector3d) => import('@mlightcad/data-model').AcGeVector3d;
            readonly center: {
                x: number;
                y: number;
                z: number;
                set: (x: number, y: number, z: number) => import('@mlightcad/data-model').AcGeVector3d;
                setScalar: (scalar: number) => import('@mlightcad/data-model').AcGeVector3d;
                setX: (x: number) => import('@mlightcad/data-model').AcGeVector3d;
                setY: (y: number) => import('@mlightcad/data-model').AcGeVector3d;
                setZ: (z: number) => import('@mlightcad/data-model').AcGeVector3d;
                setComponent: (index: number, value: number) => import('@mlightcad/data-model').AcGeVector3d;
                getComponent: (index: number) => number;
                clone: () => import('@mlightcad/data-model').AcGeVector3d;
                copy: (v: import('@mlightcad/data-model').AcGeVectorLike) => import('@mlightcad/data-model').AcGeVector3d;
                add: (v: import('@mlightcad/data-model').AcGeVectorLike) => import('@mlightcad/data-model').AcGeVector3d;
                addScalar: (s: number) => import('@mlightcad/data-model').AcGeVector3d;
                addVectors: (a: import('@mlightcad/data-model').AcGeVector3dLike, b: import('@mlightcad/data-model').AcGeVector3dLike) => import('@mlightcad/data-model').AcGeVector3d;
                addScaledVector: (v: import('@mlightcad/data-model').AcGeVector3dLike, s: number) => import('@mlightcad/data-model').AcGeVector3d;
                sub: (v: import('@mlightcad/data-model').AcGeVector3dLike) => import('@mlightcad/data-model').AcGeVector3d;
                subScalar: (s: number) => import('@mlightcad/data-model').AcGeVector3d;
                subVectors: (a: import('@mlightcad/data-model').AcGeVector3dLike, b: import('@mlightcad/data-model').AcGeVector3dLike) => import('@mlightcad/data-model').AcGeVector3d;
                multiply: (v: import('@mlightcad/data-model').AcGeVector3dLike) => import('@mlightcad/data-model').AcGeVector3d;
                multiplyScalar: (scalar: number) => import('@mlightcad/data-model').AcGeVector3d;
                multiplyVectors: (a: import('@mlightcad/data-model').AcGeVector3dLike, b: import('@mlightcad/data-model').AcGeVector3dLike) => import('@mlightcad/data-model').AcGeVector3d;
                applyEuler: (euler: import('@mlightcad/data-model').AcGeEuler) => import('@mlightcad/data-model').AcGeVector3d;
                applyAxisAngle: (axis: import('@mlightcad/data-model').AcGeVector3dLike, angle: number) => import('@mlightcad/data-model').AcGeVector3d;
                applyMatrix3: (m: import('@mlightcad/data-model').AcGeMatrix2d) => import('@mlightcad/data-model').AcGeVector3d;
                applyNormalMatrix: (m: import('@mlightcad/data-model').AcGeMatrix2d) => import('@mlightcad/data-model').AcGeVector3d;
                applyMatrix4: (m: import('@mlightcad/data-model').AcGeMatrix3d) => import('@mlightcad/data-model').AcGeVector3d;
                applyQuaternion: (q: import('@mlightcad/data-model').AcGeQuaternion) => import('@mlightcad/data-model').AcGeVector3d;
                transformDirection: (m: import('@mlightcad/data-model').AcGeMatrix3d) => import('@mlightcad/data-model').AcGeVector3d;
                divide: (v: import('@mlightcad/data-model').AcGeVector3dLike) => import('@mlightcad/data-model').AcGeVector3d;
                divideScalar: (scalar: number) => import('@mlightcad/data-model').AcGeVector3d;
                min: (v: import('@mlightcad/data-model').AcGeVector3dLike) => import('@mlightcad/data-model').AcGeVector3d;
                max: (v: import('@mlightcad/data-model').AcGeVector3dLike) => import('@mlightcad/data-model').AcGeVector3d;
                clamp: (min: import('@mlightcad/data-model').AcGeVector3dLike, max: import('@mlightcad/data-model').AcGeVector3dLike) => import('@mlightcad/data-model').AcGeVector3d;
                clampScalar: (minVal: number, maxVal: number) => import('@mlightcad/data-model').AcGeVector3d;
                clampLength: (min: number, max: number) => import('@mlightcad/data-model').AcGeVector3d;
                floor: () => import('@mlightcad/data-model').AcGeVector3d;
                ceil: () => import('@mlightcad/data-model').AcGeVector3d;
                round: () => import('@mlightcad/data-model').AcGeVector3d;
                roundToZero: () => import('@mlightcad/data-model').AcGeVector3d;
                negate: () => import('@mlightcad/data-model').AcGeVector3d;
                dot: (v: import('@mlightcad/data-model').AcGeVector3dLike) => number;
                isParallelTo: (vec: import('@mlightcad/data-model').AcGeVector3d) => boolean;
                lengthSq: () => number;
                length: () => number;
                manhattanLength: () => number;
                normalize: () => import('@mlightcad/data-model').AcGeVector3d;
                setLength: (l: number) => import('@mlightcad/data-model').AcGeVector3d;
                lerp: (v: import('@mlightcad/data-model').AcGeVector3dLike, alpha: number) => import('@mlightcad/data-model').AcGeVector3d;
                lerpVectors: (v1: import('@mlightcad/data-model').AcGeVector3dLike, v2: import('@mlightcad/data-model').AcGeVector3dLike, alpha: number) => import('@mlightcad/data-model').AcGeVector3d;
                cross: (v: import('@mlightcad/data-model').AcGeVector3dLike) => import('@mlightcad/data-model').AcGeVector3d;
                crossVectors: (a: import('@mlightcad/data-model').AcGeVector3dLike, b: import('@mlightcad/data-model').AcGeVector3dLike) => import('@mlightcad/data-model').AcGeVector3d;
                projectOnVector: (v: import('@mlightcad/data-model').AcGeVector3d) => import('@mlightcad/data-model').AcGeVector3d;
                projectOnPlane: (planeNormal: import('@mlightcad/data-model').AcGeVector3d) => import('@mlightcad/data-model').AcGeVector3d;
                reflect: (normal: import('@mlightcad/data-model').AcGeVector3dLike) => import('@mlightcad/data-model').AcGeVector3d;
                angleTo: (v: import('@mlightcad/data-model').AcGeVector3d) => number;
                distanceTo: (v: import('@mlightcad/data-model').AcGeVector3dLike) => number;
                distanceToSquared: (v: import('@mlightcad/data-model').AcGeVector3dLike) => number;
                manhattanDistanceTo: (v: import('@mlightcad/data-model').AcGeVector3dLike) => number;
                setFromMatrixPosition: (m: import('@mlightcad/data-model').AcGeMatrix3d) => import('@mlightcad/data-model').AcGeVector3d;
                setFromMatrixScale: (m: import('@mlightcad/data-model').AcGeMatrix3d) => import('@mlightcad/data-model').AcGeVector3d;
                setFromMatrixColumn: (m: import('@mlightcad/data-model').AcGeMatrix3d, index: number) => import('@mlightcad/data-model').AcGeVector3d;
                setFromMatrix3Column: (m: import('@mlightcad/data-model').AcGeMatrix2d, index: number) => import('@mlightcad/data-model').AcGeVector3d;
                equals: (v: import('@mlightcad/data-model').AcGeVector3dLike) => boolean;
                fromArray: (array: number[], offset?: number) => import('@mlightcad/data-model').AcGeVector3d;
                toArray: (array?: number[] | Float32Array, offset?: number) => number[] | Float32Array;
                random: () => import('@mlightcad/data-model').AcGeVector3d;
                randomDirection: () => import('@mlightcad/data-model').AcGeVector3d;
                [Symbol.iterator]: () => Generator<number, void, unknown>;
            };
            readonly size: {
                x: number;
                y: number;
                z: number;
                set: (x: number, y: number, z: number) => import('@mlightcad/data-model').AcGeVector3d;
                setScalar: (scalar: number) => import('@mlightcad/data-model').AcGeVector3d;
                setX: (x: number) => import('@mlightcad/data-model').AcGeVector3d;
                setY: (y: number) => import('@mlightcad/data-model').AcGeVector3d;
                setZ: (z: number) => import('@mlightcad/data-model').AcGeVector3d;
                setComponent: (index: number, value: number) => import('@mlightcad/data-model').AcGeVector3d;
                getComponent: (index: number) => number;
                clone: () => import('@mlightcad/data-model').AcGeVector3d;
                copy: (v: import('@mlightcad/data-model').AcGeVectorLike) => import('@mlightcad/data-model').AcGeVector3d;
                add: (v: import('@mlightcad/data-model').AcGeVectorLike) => import('@mlightcad/data-model').AcGeVector3d;
                addScalar: (s: number) => import('@mlightcad/data-model').AcGeVector3d;
                addVectors: (a: import('@mlightcad/data-model').AcGeVector3dLike, b: import('@mlightcad/data-model').AcGeVector3dLike) => import('@mlightcad/data-model').AcGeVector3d;
                addScaledVector: (v: import('@mlightcad/data-model').AcGeVector3dLike, s: number) => import('@mlightcad/data-model').AcGeVector3d;
                sub: (v: import('@mlightcad/data-model').AcGeVector3dLike) => import('@mlightcad/data-model').AcGeVector3d;
                subScalar: (s: number) => import('@mlightcad/data-model').AcGeVector3d;
                subVectors: (a: import('@mlightcad/data-model').AcGeVector3dLike, b: import('@mlightcad/data-model').AcGeVector3dLike) => import('@mlightcad/data-model').AcGeVector3d;
                multiply: (v: import('@mlightcad/data-model').AcGeVector3dLike) => import('@mlightcad/data-model').AcGeVector3d;
                multiplyScalar: (scalar: number) => import('@mlightcad/data-model').AcGeVector3d;
                multiplyVectors: (a: import('@mlightcad/data-model').AcGeVector3dLike, b: import('@mlightcad/data-model').AcGeVector3dLike) => import('@mlightcad/data-model').AcGeVector3d;
                applyEuler: (euler: import('@mlightcad/data-model').AcGeEuler) => import('@mlightcad/data-model').AcGeVector3d;
                applyAxisAngle: (axis: import('@mlightcad/data-model').AcGeVector3dLike, angle: number) => import('@mlightcad/data-model').AcGeVector3d;
                applyMatrix3: (m: import('@mlightcad/data-model').AcGeMatrix2d) => import('@mlightcad/data-model').AcGeVector3d;
                applyNormalMatrix: (m: import('@mlightcad/data-model').AcGeMatrix2d) => import('@mlightcad/data-model').AcGeVector3d;
                applyMatrix4: (m: import('@mlightcad/data-model').AcGeMatrix3d) => import('@mlightcad/data-model').AcGeVector3d;
                applyQuaternion: (q: import('@mlightcad/data-model').AcGeQuaternion) => import('@mlightcad/data-model').AcGeVector3d;
                transformDirection: (m: import('@mlightcad/data-model').AcGeMatrix3d) => import('@mlightcad/data-model').AcGeVector3d;
                divide: (v: import('@mlightcad/data-model').AcGeVector3dLike) => import('@mlightcad/data-model').AcGeVector3d;
                divideScalar: (scalar: number) => import('@mlightcad/data-model').AcGeVector3d;
                min: (v: import('@mlightcad/data-model').AcGeVector3dLike) => import('@mlightcad/data-model').AcGeVector3d;
                max: (v: import('@mlightcad/data-model').AcGeVector3dLike) => import('@mlightcad/data-model').AcGeVector3d;
                clamp: (min: import('@mlightcad/data-model').AcGeVector3dLike, max: import('@mlightcad/data-model').AcGeVector3dLike) => import('@mlightcad/data-model').AcGeVector3d;
                clampScalar: (minVal: number, maxVal: number) => import('@mlightcad/data-model').AcGeVector3d;
                clampLength: (min: number, max: number) => import('@mlightcad/data-model').AcGeVector3d;
                floor: () => import('@mlightcad/data-model').AcGeVector3d;
                ceil: () => import('@mlightcad/data-model').AcGeVector3d;
                round: () => import('@mlightcad/data-model').AcGeVector3d;
                roundToZero: () => import('@mlightcad/data-model').AcGeVector3d;
                negate: () => import('@mlightcad/data-model').AcGeVector3d;
                dot: (v: import('@mlightcad/data-model').AcGeVector3dLike) => number;
                isParallelTo: (vec: import('@mlightcad/data-model').AcGeVector3d) => boolean;
                lengthSq: () => number;
                length: () => number;
                manhattanLength: () => number;
                normalize: () => import('@mlightcad/data-model').AcGeVector3d;
                setLength: (l: number) => import('@mlightcad/data-model').AcGeVector3d;
                lerp: (v: import('@mlightcad/data-model').AcGeVector3dLike, alpha: number) => import('@mlightcad/data-model').AcGeVector3d;
                lerpVectors: (v1: import('@mlightcad/data-model').AcGeVector3dLike, v2: import('@mlightcad/data-model').AcGeVector3dLike, alpha: number) => import('@mlightcad/data-model').AcGeVector3d;
                cross: (v: import('@mlightcad/data-model').AcGeVector3dLike) => import('@mlightcad/data-model').AcGeVector3d;
                crossVectors: (a: import('@mlightcad/data-model').AcGeVector3dLike, b: import('@mlightcad/data-model').AcGeVector3dLike) => import('@mlightcad/data-model').AcGeVector3d;
                projectOnVector: (v: import('@mlightcad/data-model').AcGeVector3d) => import('@mlightcad/data-model').AcGeVector3d;
                projectOnPlane: (planeNormal: import('@mlightcad/data-model').AcGeVector3d) => import('@mlightcad/data-model').AcGeVector3d;
                reflect: (normal: import('@mlightcad/data-model').AcGeVector3dLike) => import('@mlightcad/data-model').AcGeVector3d;
                angleTo: (v: import('@mlightcad/data-model').AcGeVector3d) => number;
                distanceTo: (v: import('@mlightcad/data-model').AcGeVector3dLike) => number;
                distanceToSquared: (v: import('@mlightcad/data-model').AcGeVector3dLike) => number;
                manhattanDistanceTo: (v: import('@mlightcad/data-model').AcGeVector3dLike) => number;
                setFromMatrixPosition: (m: import('@mlightcad/data-model').AcGeMatrix3d) => import('@mlightcad/data-model').AcGeVector3d;
                setFromMatrixScale: (m: import('@mlightcad/data-model').AcGeMatrix3d) => import('@mlightcad/data-model').AcGeVector3d;
                setFromMatrixColumn: (m: import('@mlightcad/data-model').AcGeMatrix3d, index: number) => import('@mlightcad/data-model').AcGeVector3d;
                setFromMatrix3Column: (m: import('@mlightcad/data-model').AcGeMatrix2d, index: number) => import('@mlightcad/data-model').AcGeVector3d;
                equals: (v: import('@mlightcad/data-model').AcGeVector3dLike) => boolean;
                fromArray: (array: number[], offset?: number) => import('@mlightcad/data-model').AcGeVector3d;
                toArray: (array?: number[] | Float32Array, offset?: number) => number[] | Float32Array;
                random: () => import('@mlightcad/data-model').AcGeVector3d;
                randomDirection: () => import('@mlightcad/data-model').AcGeVector3d;
                [Symbol.iterator]: () => Generator<number, void, unknown>;
            };
            expandByPoint: (point: import('@mlightcad/data-model').AcGeVector3dLike) => import('@mlightcad/data-model').AcGeBox3d;
            expandByVector: (vector: import('@mlightcad/data-model').AcGeVector3dLike) => import('@mlightcad/data-model').AcGeBox3d;
            expandByScalar: (scalar: number) => import('@mlightcad/data-model').AcGeBox3d;
            containsPoint: (point: import('@mlightcad/data-model').AcGeVector3dLike) => boolean;
            containsBox: (box: import('@mlightcad/data-model').AcGeBox3d) => boolean;
            getParameter: (point: import('@mlightcad/data-model').AcGeVector3dLike, target: import('@mlightcad/data-model').AcGeVector3d) => import('@mlightcad/data-model').AcGeVector3d;
            intersectsBox: (box: import('@mlightcad/data-model').AcGeBox3d) => boolean;
            intersectsPlane: (plane: import('@mlightcad/data-model').AcGePlane) => boolean;
            clampPoint: (point: import('@mlightcad/data-model').AcGeVector3dLike, target: import('@mlightcad/data-model').AcGeVector3d) => import('@mlightcad/data-model').AcGeVector3d;
            distanceToPoint: (point: import('@mlightcad/data-model').AcGeVector3dLike) => number;
            intersect: (box: import('@mlightcad/data-model').AcGeBox3d) => import('@mlightcad/data-model').AcGeBox3d;
            union: (box: import('@mlightcad/data-model').AcGeBox3d) => import('@mlightcad/data-model').AcGeBox3d;
            applyMatrix4: (matrix: import('@mlightcad/data-model').AcGeMatrix3d) => import('@mlightcad/data-model').AcGeBox3d;
            translate: (offset: import('@mlightcad/data-model').AcGeVector3dLike) => import('@mlightcad/data-model').AcGeBox3d;
            equals: (box: import('@mlightcad/data-model').AcGeBox3d) => boolean;
        };
        erase: () => boolean;
        subWorldDraw: (renderer: import('@mlightcad/data-model').AcGiRenderer, delay?: boolean) => import('@mlightcad/data-model').AcGiEntity | undefined;
        worldDraw: (renderer: import('@mlightcad/data-model').AcGiRenderer, delay?: boolean) => import('@mlightcad/data-model').AcGiEntity | undefined;
        readonly lineStyle: {
            type: import('@mlightcad/data-model').AcGiStyleType;
            name: string;
            standardFlag: number;
            description: string;
            totalPatternLength: number;
            pattern?: {
                elementLength: number;
                elementTypeFlag: number;
                shapeNumber?: number | undefined;
                styleObjectId?: string | undefined;
                scale?: number | undefined;
                rotation?: number | undefined;
                offsetX?: number | undefined;
                offsetY?: number | undefined;
                text?: string | undefined;
            }[] | undefined;
        };
        readonly attrs: {
            attributes: {
                [x: string]: any;
                objectId?: AcDbObjectId | undefined;
                ownerId?: AcDbObjectId | undefined;
                extensionDictionary?: AcDbObjectId | undefined;
            };
            changed: {
                [x: string]: any;
                objectId?: AcDbObjectId | undefined;
                ownerId?: AcDbObjectId | undefined;
                extensionDictionary?: AcDbObjectId | undefined;
            };
            readonly events: {
                attrChanged: {
                    addEventListener: (listener: (payload: import('@mlightcad/data-model').AcCmObjectAttributeChangedEventArgs<import('@mlightcad/data-model').AcDbObjectAttrs>) => void) => void;
                    removeEventListener: (listener: (payload: import('@mlightcad/data-model').AcCmObjectAttributeChangedEventArgs<import('@mlightcad/data-model').AcDbObjectAttrs>) => void) => void;
                    replaceEventListener: (listener: (payload: import('@mlightcad/data-model').AcCmObjectAttributeChangedEventArgs<import('@mlightcad/data-model').AcDbObjectAttrs>) => void) => void;
                    dispatch: (payload?: import('@mlightcad/data-model').AcCmObjectAttributeChangedEventArgs<import('@mlightcad/data-model').AcDbObjectAttrs> | undefined, ...args: unknown[]) => void;
                };
                modelChanged: {
                    addEventListener: (listener: (payload: import('@mlightcad/data-model').AcCmObjectChangedEventArgs<import('@mlightcad/data-model').AcDbObjectAttrs>) => void) => void;
                    removeEventListener: (listener: (payload: import('@mlightcad/data-model').AcCmObjectChangedEventArgs<import('@mlightcad/data-model').AcDbObjectAttrs>) => void) => void;
                    replaceEventListener: (listener: (payload: import('@mlightcad/data-model').AcCmObjectChangedEventArgs<import('@mlightcad/data-model').AcDbObjectAttrs>) => void) => void;
                    dispatch: (payload?: import('@mlightcad/data-model').AcCmObjectChangedEventArgs<import('@mlightcad/data-model').AcDbObjectAttrs> | undefined, ...args: unknown[]) => void;
                };
            };
            get: <A extends string>(key: A) => import('@mlightcad/data-model').AcDbObjectAttrs[A] | undefined;
            set: {
                <A extends string>(key: A, val?: import('@mlightcad/data-model').AcDbObjectAttrs[A] | undefined, options?: import('@mlightcad/data-model').AcCmObjectOptions): import('@mlightcad/data-model').AcCmObject<import('@mlightcad/data-model').AcDbObjectAttrs>;
                (key: Partial<import('@mlightcad/data-model').AcDbObjectAttrs>, options?: import('@mlightcad/data-model').AcCmObjectOptions): import('@mlightcad/data-model').AcCmObject<import('@mlightcad/data-model').AcDbObjectAttrs>;
            };
            has: (key: string) => boolean;
            hasChanged: (key?: string | undefined) => boolean;
            changedAttributes: (diff?: Partial<import('@mlightcad/data-model').AcDbObjectAttrs> | undefined) => Partial<import('@mlightcad/data-model').AcDbObjectAttrs>;
            previous: <A extends string>(key: A) => import('@mlightcad/data-model').AcDbObjectAttrs[A] | null | undefined;
            previousAttributes: () => Partial<import('@mlightcad/data-model').AcDbObjectAttrs>;
            clone: () => import('@mlightcad/data-model').AcCmObject<import('@mlightcad/data-model').AcDbObjectAttrs>;
        };
        getAttr: (attrName: string) => any;
        getAttrWithoutException: (attrName: string) => any;
        setAttr: <A extends string>(attrName: A, val?: import('@mlightcad/data-model').AcDbObjectAttrs[A] | undefined) => void;
        objectId: AcDbObjectId;
        readonly isTemp: any;
        ownerId: AcDbObjectId;
        extensionDictionary: AcDbObjectId | undefined;
        database: {
            readonly transactionManager: {
                strictMode: boolean;
                startTransaction: () => import('@mlightcad/data-model').AcDbDatabaseTransaction;
                currentTransaction: () => import('@mlightcad/data-model').AcDbDatabaseTransaction | undefined;
                hasTransaction: () => boolean;
                isRecording: () => boolean;
                isApplyingUndoRedo: () => boolean;
                isOpenedForWriteInTransaction: (objectId: string) => boolean;
                commitTransaction: () => void;
                abortTransaction: () => void;
                startUndoMark: (label?: string) => void;
                endUndoMark: () => void;
                cancelUndoMark: () => void;
                undo: () => boolean;
                redo: () => boolean;
                canUndo: () => boolean;
                canRedo: () => boolean;
                clearUndoStack: () => void;
                recordAppend: (container: import('@mlightcad/data-model').AcDbChangeContainer, object: import('@mlightcad/data-model').AcDbObject) => void;
                recordRemove: (container: import('@mlightcad/data-model').AcDbChangeContainer, object: import('@mlightcad/data-model').AcDbObject) => void;
                recordSysvar: (name: string, before: unknown) => void;
                resolveSymbolTableName: (table: {
                    objectId: string;
                }) => string;
                runUndoable: <T>(label: string, fn: (tr: import('@mlightcad/data-model').AcDbDatabaseTransaction) => T) => T;
                flushPendingLayerModifiedEvents: () => void;
                flushPendingEntityModifiedEvents: () => void;
            };
            readonly events: {
                dictObjetSet: {
                    addEventListener: (listener: (payload: import('@mlightcad/data-model').AcDbDictObjectEventArgs) => void) => void;
                    removeEventListener: (listener: (payload: import('@mlightcad/data-model').AcDbDictObjectEventArgs) => void) => void;
                    replaceEventListener: (listener: (payload: import('@mlightcad/data-model').AcDbDictObjectEventArgs) => void) => void;
                    dispatch: (payload?: import('@mlightcad/data-model').AcDbDictObjectEventArgs | undefined, ...args: unknown[]) => void;
                };
                dictObjectErased: {
                    addEventListener: (listener: (payload: import('@mlightcad/data-model').AcDbDictObjectEventArgs) => void) => void;
                    removeEventListener: (listener: (payload: import('@mlightcad/data-model').AcDbDictObjectEventArgs) => void) => void;
                    replaceEventListener: (listener: (payload: import('@mlightcad/data-model').AcDbDictObjectEventArgs) => void) => void;
                    dispatch: (payload?: import('@mlightcad/data-model').AcDbDictObjectEventArgs | undefined, ...args: unknown[]) => void;
                };
                entityAppended: {
                    addEventListener: (listener: (payload: import('@mlightcad/data-model').AcDbEntityEventArgs) => void) => void;
                    removeEventListener: (listener: (payload: import('@mlightcad/data-model').AcDbEntityEventArgs) => void) => void;
                    replaceEventListener: (listener: (payload: import('@mlightcad/data-model').AcDbEntityEventArgs) => void) => void;
                    dispatch: (payload?: import('@mlightcad/data-model').AcDbEntityEventArgs | undefined, ...args: unknown[]) => void;
                };
                entityModified: {
                    addEventListener: (listener: (payload: import('@mlightcad/data-model').AcDbEntityEventArgs) => void) => void;
                    removeEventListener: (listener: (payload: import('@mlightcad/data-model').AcDbEntityEventArgs) => void) => void;
                    replaceEventListener: (listener: (payload: import('@mlightcad/data-model').AcDbEntityEventArgs) => void) => void;
                    dispatch: (payload?: import('@mlightcad/data-model').AcDbEntityEventArgs | undefined, ...args: unknown[]) => void;
                };
                entityErased: {
                    addEventListener: (listener: (payload: import('@mlightcad/data-model').AcDbEntityEventArgs) => void) => void;
                    removeEventListener: (listener: (payload: import('@mlightcad/data-model').AcDbEntityEventArgs) => void) => void;
                    replaceEventListener: (listener: (payload: import('@mlightcad/data-model').AcDbEntityEventArgs) => void) => void;
                    dispatch: (payload?: import('@mlightcad/data-model').AcDbEntityEventArgs | undefined, ...args: unknown[]) => void;
                };
                layerAppended: {
                    addEventListener: (listener: (payload: import('@mlightcad/data-model').AcDbLayerEventArgs) => void) => void;
                    removeEventListener: (listener: (payload: import('@mlightcad/data-model').AcDbLayerEventArgs) => void) => void;
                    replaceEventListener: (listener: (payload: import('@mlightcad/data-model').AcDbLayerEventArgs) => void) => void;
                    dispatch: (payload?: import('@mlightcad/data-model').AcDbLayerEventArgs | undefined, ...args: unknown[]) => void;
                };
                layerModified: {
                    addEventListener: (listener: (payload: import('@mlightcad/data-model').AcDbLayerModifiedEventArgs) => void) => void;
                    removeEventListener: (listener: (payload: import('@mlightcad/data-model').AcDbLayerModifiedEventArgs) => void) => void;
                    replaceEventListener: (listener: (payload: import('@mlightcad/data-model').AcDbLayerModifiedEventArgs) => void) => void;
                    dispatch: (payload?: import('@mlightcad/data-model').AcDbLayerModifiedEventArgs | undefined, ...args: unknown[]) => void;
                };
                layerErased: {
                    addEventListener: (listener: (payload: import('@mlightcad/data-model').AcDbLayerEventArgs) => void) => void;
                    removeEventListener: (listener: (payload: import('@mlightcad/data-model').AcDbLayerEventArgs) => void) => void;
                    replaceEventListener: (listener: (payload: import('@mlightcad/data-model').AcDbLayerEventArgs) => void) => void;
                    dispatch: (payload?: import('@mlightcad/data-model').AcDbLayerEventArgs | undefined, ...args: unknown[]) => void;
                };
                openProgress: {
                    addEventListener: (listener: (payload: import('@mlightcad/data-model').AcDbProgressdEventArgs) => void) => void;
                    removeEventListener: (listener: (payload: import('@mlightcad/data-model').AcDbProgressdEventArgs) => void) => void;
                    replaceEventListener: (listener: (payload: import('@mlightcad/data-model').AcDbProgressdEventArgs) => void) => void;
                    dispatch: (payload?: import('@mlightcad/data-model').AcDbProgressdEventArgs | undefined, ...args: unknown[]) => void;
                };
                openFailed: {
                    addEventListener: (listener: (payload: import('@mlightcad/data-model').AcDbOpenFailedEventArgs) => void) => void;
                    removeEventListener: (listener: (payload: import('@mlightcad/data-model').AcDbOpenFailedEventArgs) => void) => void;
                    replaceEventListener: (listener: (payload: import('@mlightcad/data-model').AcDbOpenFailedEventArgs) => void) => void;
                    dispatch: (payload?: import('@mlightcad/data-model').AcDbOpenFailedEventArgs | undefined, ...args: unknown[]) => void;
                };
            };
            readonly tables: {
                readonly appIdTable: {
                    readonly numEntries: number;
                    add: (record: import('@mlightcad/data-model').AcDbRegAppTableRecord) => void;
                    remove: (name: string) => boolean;
                    removeId: (id: AcDbObjectId) => boolean;
                    removeAll: () => void;
                    has: (name: string) => boolean;
                    hasId: (id: string) => boolean;
                    getAt: (name: string) => import('@mlightcad/data-model').AcDbRegAppTableRecord | undefined;
                    getIdAt: (id: AcDbObjectId) => import('@mlightcad/data-model').AcDbRegAppTableRecord | undefined;
                    getOwnerIdAt: (id: AcDbObjectId) => import('@mlightcad/data-model').AcDbRegAppTableRecord | undefined;
                    newIterator: (iterateById?: boolean) => import('@mlightcad/data-model').AcDbObjectIterator<import('@mlightcad/data-model').AcDbRegAppTableRecord>;
                    dxfOutFields: (filer: import('@mlightcad/data-model').AcDbDxfFiler) => import('@mlightcad/data-model').AcDbRegAppTable;
                    readonly attrs: {
                        attributes: {
                            [x: string]: any;
                            objectId?: AcDbObjectId | undefined;
                            ownerId?: AcDbObjectId | undefined;
                            extensionDictionary?: AcDbObjectId | undefined;
                        };
                        changed: {
                            [x: string]: any;
                            objectId?: AcDbObjectId | undefined;
                            ownerId?: AcDbObjectId | undefined;
                            extensionDictionary?: AcDbObjectId | undefined;
                        };
                        readonly events: {
                            attrChanged: {
                                addEventListener: (listener: (payload: import('@mlightcad/data-model').AcCmObjectAttributeChangedEventArgs<import('@mlightcad/data-model').AcDbObjectAttrs>) => void) => void;
                                removeEventListener: (listener: (payload: import('@mlightcad/data-model').AcCmObjectAttributeChangedEventArgs<import('@mlightcad/data-model').AcDbObjectAttrs>) => void) => void;
                                replaceEventListener: (listener: (payload: import('@mlightcad/data-model').AcCmObjectAttributeChangedEventArgs<import('@mlightcad/data-model').AcDbObjectAttrs>) => void) => void;
                                dispatch: (payload?: import('@mlightcad/data-model').AcCmObjectAttributeChangedEventArgs<import('@mlightcad/data-model').AcDbObjectAttrs> | undefined, ...args: unknown[]) => void;
                            };
                            modelChanged: {
                                addEventListener: (listener: (payload: import('@mlightcad/data-model').AcCmObjectChangedEventArgs<import('@mlightcad/data-model').AcDbObjectAttrs>) => void) => void;
                                removeEventListener: (listener: (payload: import('@mlightcad/data-model').AcCmObjectChangedEventArgs<import('@mlightcad/data-model').AcDbObjectAttrs>) => void) => void;
                                replaceEventListener: (listener: (payload: import('@mlightcad/data-model').AcCmObjectChangedEventArgs<import('@mlightcad/data-model').AcDbObjectAttrs>) => void) => void;
                                dispatch: (payload?: import('@mlightcad/data-model').AcCmObjectChangedEventArgs<import('@mlightcad/data-model').AcDbObjectAttrs> | undefined, ...args: unknown[]) => void;
                            };
                        };
                        get: <A extends string>(key: A) => import('@mlightcad/data-model').AcDbObjectAttrs[A] | undefined;
                        set: {
                            <A extends string>(key: A, val?: import('@mlightcad/data-model').AcDbObjectAttrs[A] | undefined, options?: import('@mlightcad/data-model').AcCmObjectOptions): import('@mlightcad/data-model').AcCmObject<import('@mlightcad/data-model').AcDbObjectAttrs>;
                            (key: Partial<import('@mlightcad/data-model').AcDbObjectAttrs>, options?: import('@mlightcad/data-model').AcCmObjectOptions): import('@mlightcad/data-model').AcCmObject<import('@mlightcad/data-model').AcDbObjectAttrs>;
                        };
                        has: (key: string) => boolean;
                        hasChanged: (key?: string | undefined) => boolean;
                        changedAttributes: (diff?: Partial<import('@mlightcad/data-model').AcDbObjectAttrs> | undefined) => Partial<import('@mlightcad/data-model').AcDbObjectAttrs>;
                        previous: <A extends string>(key: A) => import('@mlightcad/data-model').AcDbObjectAttrs[A] | null | undefined;
                        previousAttributes: () => Partial<import('@mlightcad/data-model').AcDbObjectAttrs>;
                        clone: () => import('@mlightcad/data-model').AcCmObject<import('@mlightcad/data-model').AcDbObjectAttrs>;
                    };
                    getAttr: (attrName: string) => any;
                    getAttrWithoutException: (attrName: string) => any;
                    setAttr: <A extends string>(attrName: A, val?: import('@mlightcad/data-model').AcDbObjectAttrs[A] | undefined) => void;
                    objectId: AcDbObjectId;
                    readonly isTemp: any;
                    ownerId: AcDbObjectId;
                    extensionDictionary: AcDbObjectId | undefined;
                    database: /*elided*/ any;
                    getXData: (appId: string) => import('@mlightcad/data-model').AcDbResultBuffer | undefined;
                    setXData: (resbuf: import('@mlightcad/data-model').AcDbResultBuffer) => void;
                    removeXData: (appId: string) => void;
                    createExtensionDictionary: () => AcDbObjectId | undefined;
                    close: () => void;
                    clone: () => import('@mlightcad/data-model').AcDbRegAppTable;
                    clonePreservingIdentity: () => import('@mlightcad/data-model').AcDbRegAppTable;
                    restoreFrom: (snapshot: import('@mlightcad/data-model').AcDbRegAppTable) => void;
                    dxfOut: (...args: unknown[]) => unknown;
                };
                readonly blockTable: {
                    readonly modelSpace: {
                        readonly isModelSapce: boolean;
                        readonly isPaperSapce: boolean;
                        origin: {
                            clone: () => import('@mlightcad/data-model').AcGePoint3d;
                            x: number;
                            y: number;
                            z: number;
                            set: (x: number, y: number, z: number) => import('@mlightcad/data-model').AcGePoint3d;
                            setScalar: (scalar: number) => import('@mlightcad/data-model').AcGePoint3d;
                            setX: (x: number) => import('@mlightcad/data-model').AcGePoint3d;
                            setY: (y: number) => import('@mlightcad/data-model').AcGePoint3d;
                            setZ: (z: number) => import('@mlightcad/data-model').AcGePoint3d;
                            setComponent: (index: number, value: number) => import('@mlightcad/data-model').AcGePoint3d;
                            getComponent: (index: number) => number;
                            copy: (v: import('@mlightcad/data-model').AcGeVectorLike) => import('@mlightcad/data-model').AcGePoint3d;
                            add: (v: import('@mlightcad/data-model').AcGeVectorLike) => import('@mlightcad/data-model').AcGePoint3d;
                            addScalar: (s: number) => import('@mlightcad/data-model').AcGePoint3d;
                            addVectors: (a: import('@mlightcad/data-model').AcGeVector3dLike, b: import('@mlightcad/data-model').AcGeVector3dLike) => import('@mlightcad/data-model').AcGePoint3d;
                            addScaledVector: (v: import('@mlightcad/data-model').AcGeVector3dLike, s: number) => import('@mlightcad/data-model').AcGePoint3d;
                            sub: (v: import('@mlightcad/data-model').AcGeVector3dLike) => import('@mlightcad/data-model').AcGePoint3d;
                            subScalar: (s: number) => import('@mlightcad/data-model').AcGePoint3d;
                            subVectors: (a: import('@mlightcad/data-model').AcGeVector3dLike, b: import('@mlightcad/data-model').AcGeVector3dLike) => import('@mlightcad/data-model').AcGePoint3d;
                            multiply: (v: import('@mlightcad/data-model').AcGeVector3dLike) => import('@mlightcad/data-model').AcGePoint3d;
                            multiplyScalar: (scalar: number) => import('@mlightcad/data-model').AcGePoint3d;
                            multiplyVectors: (a: import('@mlightcad/data-model').AcGeVector3dLike, b: import('@mlightcad/data-model').AcGeVector3dLike) => import('@mlightcad/data-model').AcGePoint3d;
                            applyEuler: (euler: import('@mlightcad/data-model').AcGeEuler) => import('@mlightcad/data-model').AcGePoint3d;
                            applyAxisAngle: (axis: import('@mlightcad/data-model').AcGeVector3dLike, angle: number) => import('@mlightcad/data-model').AcGePoint3d;
                            applyMatrix3: (m: import('@mlightcad/data-model').AcGeMatrix2d) => import('@mlightcad/data-model').AcGePoint3d;
                            applyNormalMatrix: (m: import('@mlightcad/data-model').AcGeMatrix2d) => import('@mlightcad/data-model').AcGePoint3d;
                            applyMatrix4: (m: import('@mlightcad/data-model').AcGeMatrix3d) => import('@mlightcad/data-model').AcGePoint3d;
                            applyQuaternion: (q: import('@mlightcad/data-model').AcGeQuaternion) => import('@mlightcad/data-model').AcGePoint3d;
                            transformDirection: (m: import('@mlightcad/data-model').AcGeMatrix3d) => import('@mlightcad/data-model').AcGePoint3d;
                            divide: (v: import('@mlightcad/data-model').AcGeVector3dLike) => import('@mlightcad/data-model').AcGePoint3d;
                            divideScalar: (scalar: number) => import('@mlightcad/data-model').AcGePoint3d;
                            min: (v: import('@mlightcad/data-model').AcGeVector3dLike) => import('@mlightcad/data-model').AcGePoint3d;
                            max: (v: import('@mlightcad/data-model').AcGeVector3dLike) => import('@mlightcad/data-model').AcGePoint3d;
                            clamp: (min: import('@mlightcad/data-model').AcGeVector3dLike, max: import('@mlightcad/data-model').AcGeVector3dLike) => import('@mlightcad/data-model').AcGePoint3d;
                            clampScalar: (minVal: number, maxVal: number) => import('@mlightcad/data-model').AcGePoint3d;
                            clampLength: (min: number, max: number) => import('@mlightcad/data-model').AcGePoint3d;
                            floor: () => import('@mlightcad/data-model').AcGePoint3d;
                            ceil: () => import('@mlightcad/data-model').AcGePoint3d;
                            round: () => import('@mlightcad/data-model').AcGePoint3d;
                            roundToZero: () => import('@mlightcad/data-model').AcGePoint3d;
                            negate: () => import('@mlightcad/data-model').AcGePoint3d;
                            dot: (v: import('@mlightcad/data-model').AcGeVector3dLike) => number;
                            isParallelTo: (vec: import('@mlightcad/data-model').AcGeVector3d) => boolean;
                            lengthSq: () => number;
                            length: () => number;
                            manhattanLength: () => number;
                            normalize: () => import('@mlightcad/data-model').AcGePoint3d;
                            setLength: (l: number) => import('@mlightcad/data-model').AcGePoint3d;
                            lerp: (v: import('@mlightcad/data-model').AcGeVector3dLike, alpha: number) => import('@mlightcad/data-model').AcGePoint3d;
                            lerpVectors: (v1: import('@mlightcad/data-model').AcGeVector3dLike, v2: import('@mlightcad/data-model').AcGeVector3dLike, alpha: number) => import('@mlightcad/data-model').AcGePoint3d;
                            cross: (v: import('@mlightcad/data-model').AcGeVector3dLike) => import('@mlightcad/data-model').AcGePoint3d;
                            crossVectors: (a: import('@mlightcad/data-model').AcGeVector3dLike, b: import('@mlightcad/data-model').AcGeVector3dLike) => import('@mlightcad/data-model').AcGePoint3d;
                            projectOnVector: (v: import('@mlightcad/data-model').AcGeVector3d) => import('@mlightcad/data-model').AcGePoint3d;
                            projectOnPlane: (planeNormal: import('@mlightcad/data-model').AcGeVector3d) => import('@mlightcad/data-model').AcGePoint3d;
                            reflect: (normal: import('@mlightcad/data-model').AcGeVector3dLike) => import('@mlightcad/data-model').AcGePoint3d;
                            angleTo: (v: import('@mlightcad/data-model').AcGeVector3d) => number;
                            distanceTo: (v: import('@mlightcad/data-model').AcGeVector3dLike) => number;
                            distanceToSquared: (v: import('@mlightcad/data-model').AcGeVector3dLike) => number;
                            manhattanDistanceTo: (v: import('@mlightcad/data-model').AcGeVector3dLike) => number;
                            setFromMatrixPosition: (m: import('@mlightcad/data-model').AcGeMatrix3d) => import('@mlightcad/data-model').AcGePoint3d;
                            setFromMatrixScale: (m: import('@mlightcad/data-model').AcGeMatrix3d) => import('@mlightcad/data-model').AcGePoint3d;
                            setFromMatrixColumn: (m: import('@mlightcad/data-model').AcGeMatrix3d, index: number) => import('@mlightcad/data-model').AcGePoint3d;
                            setFromMatrix3Column: (m: import('@mlightcad/data-model').AcGeMatrix2d, index: number) => import('@mlightcad/data-model').AcGePoint3d;
                            equals: (v: import('@mlightcad/data-model').AcGeVector3dLike) => boolean;
                            fromArray: (array: number[], offset?: number) => import('@mlightcad/data-model').AcGePoint3d;
                            toArray: (array?: number[] | Float32Array, offset?: number) => number[] | Float32Array;
                            random: () => import('@mlightcad/data-model').AcGePoint3d;
                            randomDirection: () => import('@mlightcad/data-model').AcGePoint3d;
                            [Symbol.iterator]: () => Generator<number, void, unknown>;
                        };
                        layoutId: AcDbObjectId;
                        flags: number;
                        pathName: string;
                        readonly isXref: boolean;
                        readonly isOverlayReference: boolean;
                        readonly isUnresolvedXref: boolean;
                        blockInsertUnits: import('@mlightcad/data-model').AcDbUnitsValue;
                        explodability: number;
                        blockScaling: import('@mlightcad/data-model').AcDbBlockScaling;
                        previewIcon: {
                            [x: number]: number;
                            readonly BYTES_PER_ELEMENT: number;
                            readonly buffer: {
                                readonly byteLength: number;
                                slice: (begin?: number, end?: number) => ArrayBuffer;
                                readonly maxByteLength: number;
                                readonly resizable: boolean;
                                resize: (newByteLength?: number) => void;
                                readonly detached: boolean;
                                transfer: (newByteLength?: number) => ArrayBuffer;
                                transferToFixedLength: (newByteLength?: number) => ArrayBuffer;
                                readonly [Symbol.toStringTag]: "ArrayBuffer";
                            } | {
                                readonly byteLength: number;
                                slice: (begin?: number, end?: number) => SharedArrayBuffer;
                                readonly growable: boolean;
                                readonly maxByteLength: number;
                                grow: (newByteLength?: number) => void;
                                readonly [Symbol.toStringTag]: "SharedArrayBuffer";
                            };
                            readonly byteLength: number;
                            readonly byteOffset: number;
                            copyWithin: (target: number, start: number, end?: number) => Uint8Array<ArrayBufferLike>;
                            every: (predicate: (value: number, index: number, array: Uint8Array<ArrayBufferLike>) => unknown, thisArg?: any) => boolean;
                            fill: (value: number, start?: number, end?: number) => Uint8Array<ArrayBufferLike>;
                            filter: (predicate: (value: number, index: number, array: Uint8Array<ArrayBufferLike>) => any, thisArg?: any) => Uint8Array<ArrayBuffer>;
                            find: (predicate: (value: number, index: number, obj: Uint8Array<ArrayBufferLike>) => boolean, thisArg?: any) => number | undefined;
                            findIndex: (predicate: (value: number, index: number, obj: Uint8Array<ArrayBufferLike>) => boolean, thisArg?: any) => number;
                            forEach: (callbackfn: (value: number, index: number, array: Uint8Array<ArrayBufferLike>) => void, thisArg?: any) => void;
                            indexOf: (searchElement: number, fromIndex?: number) => number;
                            join: (separator?: string) => string;
                            lastIndexOf: (searchElement: number, fromIndex?: number) => number;
                            readonly length: number;
                            map: (callbackfn: (value: number, index: number, array: Uint8Array<ArrayBufferLike>) => number, thisArg?: any) => Uint8Array<ArrayBuffer>;
                            reduce: {
                                (callbackfn: (previousValue: number, currentValue: number, currentIndex: number, array: Uint8Array<ArrayBufferLike>) => number): number;
                                (callbackfn: (previousValue: number, currentValue: number, currentIndex: number, array: Uint8Array<ArrayBufferLike>) => number, initialValue: number): number;
                                <U>(callbackfn: (previousValue: U, currentValue: number, currentIndex: number, array: Uint8Array<ArrayBufferLike>) => U, initialValue: U): U;
                            };
                            reduceRight: {
                                (callbackfn: (previousValue: number, currentValue: number, currentIndex: number, array: Uint8Array<ArrayBufferLike>) => number): number;
                                (callbackfn: (previousValue: number, currentValue: number, currentIndex: number, array: Uint8Array<ArrayBufferLike>) => number, initialValue: number): number;
                                <U>(callbackfn: (previousValue: U, currentValue: number, currentIndex: number, array: Uint8Array<ArrayBufferLike>) => U, initialValue: U): U;
                            };
                            reverse: () => Uint8Array<ArrayBufferLike>;
                            set: (array: ArrayLike<number>, offset?: number) => void;
                            slice: (start?: number, end?: number) => Uint8Array<ArrayBuffer>;
                            some: (predicate: (value: number, index: number, array: Uint8Array<ArrayBufferLike>) => unknown, thisArg?: any) => boolean;
                            sort: (compareFn?: ((a: number, b: number) => number) | undefined) => Uint8Array<ArrayBufferLike>;
                            subarray: (begin?: number, end?: number) => Uint8Array<ArrayBufferLike>;
                            toLocaleString: {
                                (): string;
                                (locales: string | string[], options?: Intl.NumberFormatOptions): string;
                            };
                            toString: () => string;
                            valueOf: () => Uint8Array<ArrayBufferLike>;
                            entries: () => ArrayIterator<[number, number]>;
                            keys: () => ArrayIterator<number>;
                            values: () => ArrayIterator<number>;
                            includes: (searchElement: number, fromIndex?: number) => boolean;
                            at: (index: number) => number | undefined;
                            findLast: {
                                <S extends number>(predicate: (value: number, index: number, array: Uint8Array<ArrayBufferLike>) => value is S, thisArg?: any): S | undefined;
                                (predicate: (value: number, index: number, array: Uint8Array<ArrayBufferLike>) => unknown, thisArg?: any): number | undefined;
                            };
                            findLastIndex: (predicate: (value: number, index: number, array: Uint8Array<ArrayBufferLike>) => unknown, thisArg?: any) => number;
                            toReversed: () => Uint8Array<ArrayBuffer>;
                            toSorted: (compareFn?: ((a: number, b: number) => number) | undefined) => Uint8Array<ArrayBuffer>;
                            with: (index: number, value: number) => Uint8Array<ArrayBuffer>;
                            [Symbol.iterator]: () => ArrayIterator<number>;
                            readonly [Symbol.toStringTag]: "Uint8Array";
                        } | undefined;
                        appendEntity: (entity: AcDbEntity | AcDbEntity[]) => void;
                        removeEntity: (objectId: AcDbObjectId | AcDbObjectId[]) => boolean;
                        newIterator: () => import('@mlightcad/data-model').AcDbObjectIterator<AcDbEntity>;
                        getIdAt: (id: AcDbObjectId) => AcDbEntity | undefined;
                        hasEntityId: (id: AcDbObjectId) => boolean;
                        dxfOutBlockRecord: (filer: import('@mlightcad/data-model').AcDbDxfFiler) => import('@mlightcad/data-model').AcDbBlockTableRecord;
                        dxfOutBlockBegin: (filer: import('@mlightcad/data-model').AcDbDxfFiler) => import('@mlightcad/data-model').AcDbBlockTableRecord;
                        dxfOutBlockEnd: (filer: import('@mlightcad/data-model').AcDbDxfFiler) => import('@mlightcad/data-model').AcDbBlockTableRecord;
                        dxfOutFields: (filer: import('@mlightcad/data-model').AcDbDxfFiler) => import('@mlightcad/data-model').AcDbBlockTableRecord;
                        name: string;
                        setAttr: <A extends string>(attrName: A, val?: import('@mlightcad/data-model').AcDbBlockTableRecordAttrs[A] | undefined) => void;
                        readonly attrs: {
                            attributes: {
                                [x: string]: any;
                                origin?: {
                                    clone: () => import('@mlightcad/data-model').AcGePoint3d;
                                    x: number;
                                    y: number;
                                    z: number;
                                    set: (x: number, y: number, z: number) => import('@mlightcad/data-model').AcGePoint3d;
                                    setScalar: (scalar: number) => import('@mlightcad/data-model').AcGePoint3d;
                                    setX: (x: number) => import('@mlightcad/data-model').AcGePoint3d;
                                    setY: (y: number) => import('@mlightcad/data-model').AcGePoint3d;
                                    setZ: (z: number) => import('@mlightcad/data-model').AcGePoint3d;
                                    setComponent: (index: number, value: number) => import('@mlightcad/data-model').AcGePoint3d;
                                    getComponent: (index: number) => number;
                                    copy: (v: import('@mlightcad/data-model').AcGeVectorLike) => import('@mlightcad/data-model').AcGePoint3d;
                                    add: (v: import('@mlightcad/data-model').AcGeVectorLike) => import('@mlightcad/data-model').AcGePoint3d;
                                    addScalar: (s: number) => import('@mlightcad/data-model').AcGePoint3d;
                                    addVectors: (a: import('@mlightcad/data-model').AcGeVector3dLike, b: import('@mlightcad/data-model').AcGeVector3dLike) => import('@mlightcad/data-model').AcGePoint3d;
                                    addScaledVector: (v: import('@mlightcad/data-model').AcGeVector3dLike, s: number) => import('@mlightcad/data-model').AcGePoint3d;
                                    sub: (v: import('@mlightcad/data-model').AcGeVector3dLike) => import('@mlightcad/data-model').AcGePoint3d;
                                    subScalar: (s: number) => import('@mlightcad/data-model').AcGePoint3d;
                                    subVectors: (a: import('@mlightcad/data-model').AcGeVector3dLike, b: import('@mlightcad/data-model').AcGeVector3dLike) => import('@mlightcad/data-model').AcGePoint3d;
                                    multiply: (v: import('@mlightcad/data-model').AcGeVector3dLike) => import('@mlightcad/data-model').AcGePoint3d;
                                    multiplyScalar: (scalar: number) => import('@mlightcad/data-model').AcGePoint3d;
                                    multiplyVectors: (a: import('@mlightcad/data-model').AcGeVector3dLike, b: import('@mlightcad/data-model').AcGeVector3dLike) => import('@mlightcad/data-model').AcGePoint3d;
                                    applyEuler: (euler: import('@mlightcad/data-model').AcGeEuler) => import('@mlightcad/data-model').AcGePoint3d;
                                    applyAxisAngle: (axis: import('@mlightcad/data-model').AcGeVector3dLike, angle: number) => import('@mlightcad/data-model').AcGePoint3d;
                                    applyMatrix3: (m: import('@mlightcad/data-model').AcGeMatrix2d) => import('@mlightcad/data-model').AcGePoint3d;
                                    applyNormalMatrix: (m: import('@mlightcad/data-model').AcGeMatrix2d) => import('@mlightcad/data-model').AcGePoint3d;
                                    applyMatrix4: (m: import('@mlightcad/data-model').AcGeMatrix3d) => import('@mlightcad/data-model').AcGePoint3d;
                                    applyQuaternion: (q: import('@mlightcad/data-model').AcGeQuaternion) => import('@mlightcad/data-model').AcGePoint3d;
                                    transformDirection: (m: import('@mlightcad/data-model').AcGeMatrix3d) => import('@mlightcad/data-model').AcGePoint3d;
                                    divide: (v: import('@mlightcad/data-model').AcGeVector3dLike) => import('@mlightcad/data-model').AcGePoint3d;
                                    divideScalar: (scalar: number) => import('@mlightcad/data-model').AcGePoint3d;
                                    min: (v: import('@mlightcad/data-model').AcGeVector3dLike) => import('@mlightcad/data-model').AcGePoint3d;
                                    max: (v: import('@mlightcad/data-model').AcGeVector3dLike) => import('@mlightcad/data-model').AcGePoint3d;
                                    clamp: (min: import('@mlightcad/data-model').AcGeVector3dLike, max: import('@mlightcad/data-model').AcGeVector3dLike) => import('@mlightcad/data-model').AcGePoint3d;
                                    clampScalar: (minVal: number, maxVal: number) => import('@mlightcad/data-model').AcGePoint3d;
                                    clampLength: (min: number, max: number) => import('@mlightcad/data-model').AcGePoint3d;
                                    floor: () => import('@mlightcad/data-model').AcGePoint3d;
                                    ceil: () => import('@mlightcad/data-model').AcGePoint3d;
                                    round: () => import('@mlightcad/data-model').AcGePoint3d;
                                    roundToZero: () => import('@mlightcad/data-model').AcGePoint3d;
                                    negate: () => import('@mlightcad/data-model').AcGePoint3d;
                                    dot: (v: import('@mlightcad/data-model').AcGeVector3dLike) => number;
                                    isParallelTo: (vec: import('@mlightcad/data-model').AcGeVector3d) => boolean;
                                    lengthSq: () => number;
                                    length: () => number;
                                    manhattanLength: () => number;
                                    normalize: () => import('@mlightcad/data-model').AcGePoint3d;
                                    setLength: (l: number) => import('@mlightcad/data-model').AcGePoint3d;
                                    lerp: (v: import('@mlightcad/data-model').AcGeVector3dLike, alpha: number) => import('@mlightcad/data-model').AcGePoint3d;
                                    lerpVectors: (v1: import('@mlightcad/data-model').AcGeVector3dLike, v2: import('@mlightcad/data-model').AcGeVector3dLike, alpha: number) => import('@mlightcad/data-model').AcGePoint3d;
                                    cross: (v: import('@mlightcad/data-model').AcGeVector3dLike) => import('@mlightcad/data-model').AcGePoint3d;
                                    crossVectors: (a: import('@mlightcad/data-model').AcGeVector3dLike, b: import('@mlightcad/data-model').AcGeVector3dLike) => import('@mlightcad/data-model').AcGePoint3d;
                                    projectOnVector: (v: import('@mlightcad/data-model').AcGeVector3d) => import('@mlightcad/data-model').AcGePoint3d;
                                    projectOnPlane: (planeNormal: import('@mlightcad/data-model').AcGeVector3d) => import('@mlightcad/data-model').AcGePoint3d;
                                    reflect: (normal: import('@mlightcad/data-model').AcGeVector3dLike) => import('@mlightcad/data-model').AcGePoint3d;
                                    angleTo: (v: import('@mlightcad/data-model').AcGeVector3d) => number;
                                    distanceTo: (v: import('@mlightcad/data-model').AcGeVector3dLike) => number;
                                    distanceToSquared: (v: import('@mlightcad/data-model').AcGeVector3dLike) => number;
                                    manhattanDistanceTo: (v: import('@mlightcad/data-model').AcGeVector3dLike) => number;
                                    setFromMatrixPosition: (m: import('@mlightcad/data-model').AcGeMatrix3d) => import('@mlightcad/data-model').AcGePoint3d;
                                    setFromMatrixScale: (m: import('@mlightcad/data-model').AcGeMatrix3d) => import('@mlightcad/data-model').AcGePoint3d;
                                    setFromMatrixColumn: (m: import('@mlightcad/data-model').AcGeMatrix3d, index: number) => import('@mlightcad/data-model').AcGePoint3d;
                                    setFromMatrix3Column: (m: import('@mlightcad/data-model').AcGeMatrix2d, index: number) => import('@mlightcad/data-model').AcGePoint3d;
                                    equals: (v: import('@mlightcad/data-model').AcGeVector3dLike) => boolean;
                                    fromArray: (array: number[], offset?: number) => import('@mlightcad/data-model').AcGePoint3d;
                                    toArray: (array?: number[] | Float32Array, offset?: number) => number[] | Float32Array;
                                    random: () => import('@mlightcad/data-model').AcGePoint3d;
                                    randomDirection: () => import('@mlightcad/data-model').AcGePoint3d;
                                    [Symbol.iterator]: () => Generator<number, void, unknown>;
                                } | undefined;
                                layoutId?: string | undefined;
                                blockInsertUnits?: import('@mlightcad/data-model').AcDbUnitsValue | undefined;
                                explodability?: number | undefined;
                                blockScaling?: import('@mlightcad/data-model').AcDbBlockScaling | undefined;
                                flags?: number | undefined;
                                pathName?: string | undefined;
                                previewIcon?: {
                                    [x: number]: number;
                                    readonly BYTES_PER_ELEMENT: number;
                                    readonly buffer: {
                                        readonly byteLength: number;
                                        slice: (begin?: number, end?: number) => ArrayBuffer;
                                        readonly maxByteLength: number;
                                        readonly resizable: boolean;
                                        resize: (newByteLength?: number) => void;
                                        readonly detached: boolean;
                                        transfer: (newByteLength?: number) => ArrayBuffer;
                                        transferToFixedLength: (newByteLength?: number) => ArrayBuffer;
                                        readonly [Symbol.toStringTag]: "ArrayBuffer";
                                    } | {
                                        readonly byteLength: number;
                                        slice: (begin?: number, end?: number) => SharedArrayBuffer;
                                        readonly growable: boolean;
                                        readonly maxByteLength: number;
                                        grow: (newByteLength?: number) => void;
                                        readonly [Symbol.toStringTag]: "SharedArrayBuffer";
                                    };
                                    readonly byteLength: number;
                                    readonly byteOffset: number;
                                    copyWithin: (target: number, start: number, end?: number) => Uint8Array<ArrayBufferLike>;
                                    every: (predicate: (value: number, index: number, array: Uint8Array<ArrayBufferLike>) => unknown, thisArg?: any) => boolean;
                                    fill: (value: number, start?: number, end?: number) => Uint8Array<ArrayBufferLike>;
                                    filter: (predicate: (value: number, index: number, array: Uint8Array<ArrayBufferLike>) => any, thisArg?: any) => Uint8Array<ArrayBuffer>;
                                    find: (predicate: (value: number, index: number, obj: Uint8Array<ArrayBufferLike>) => boolean, thisArg?: any) => number | undefined;
                                    findIndex: (predicate: (value: number, index: number, obj: Uint8Array<ArrayBufferLike>) => boolean, thisArg?: any) => number;
                                    forEach: (callbackfn: (value: number, index: number, array: Uint8Array<ArrayBufferLike>) => void, thisArg?: any) => void;
                                    indexOf: (searchElement: number, fromIndex?: number) => number;
                                    join: (separator?: string) => string;
                                    lastIndexOf: (searchElement: number, fromIndex?: number) => number;
                                    readonly length: number;
                                    map: (callbackfn: (value: number, index: number, array: Uint8Array<ArrayBufferLike>) => number, thisArg?: any) => Uint8Array<ArrayBuffer>;
                                    reduce: {
                                        (callbackfn: (previousValue: number, currentValue: number, currentIndex: number, array: Uint8Array<ArrayBufferLike>) => number): number;
                                        (callbackfn: (previousValue: number, currentValue: number, currentIndex: number, array: Uint8Array<ArrayBufferLike>) => number, initialValue: number): number;
                                        <U>(callbackfn: (previousValue: U, currentValue: number, currentIndex: number, array: Uint8Array<ArrayBufferLike>) => U, initialValue: U): U;
                                    };
                                    reduceRight: {
                                        (callbackfn: (previousValue: number, currentValue: number, currentIndex: number, array: Uint8Array<ArrayBufferLike>) => number): number;
                                        (callbackfn: (previousValue: number, currentValue: number, currentIndex: number, array: Uint8Array<ArrayBufferLike>) => number, initialValue: number): number;
                                        <U>(callbackfn: (previousValue: U, currentValue: number, currentIndex: number, array: Uint8Array<ArrayBufferLike>) => U, initialValue: U): U;
                                    };
                                    reverse: () => Uint8Array<ArrayBufferLike>;
                                    set: (array: ArrayLike<number>, offset?: number) => void;
                                    slice: (start?: number, end?: number) => Uint8Array<ArrayBuffer>;
                                    some: (predicate: (value: number, index: number, array: Uint8Array<ArrayBufferLike>) => unknown, thisArg?: any) => boolean;
                                    sort: (compareFn?: ((a: number, b: number) => number) | undefined) => Uint8Array<ArrayBufferLike>;
                                    subarray: (begin?: number, end?: number) => Uint8Array<ArrayBufferLike>;
                                    toLocaleString: {
                                        (): string;
                                        (locales: string | string[], options?: Intl.NumberFormatOptions): string;
                                    };
                                    toString: () => string;
                                    valueOf: () => Uint8Array<ArrayBufferLike>;
                                    entries: () => ArrayIterator<[number, number]>;
                                    keys: () => ArrayIterator<number>;
                                    values: () => ArrayIterator<number>;
                                    includes: (searchElement: number, fromIndex?: number) => boolean;
                                    at: (index: number) => number | undefined;
                                    findLast: {
                                        <S extends number>(predicate: (value: number, index: number, array: Uint8Array<ArrayBufferLike>) => value is S, thisArg?: any): S | undefined;
                                        (predicate: (value: number, index: number, array: Uint8Array<ArrayBufferLike>) => unknown, thisArg?: any): number | undefined;
                                    };
                                    findLastIndex: (predicate: (value: number, index: number, array: Uint8Array<ArrayBufferLike>) => unknown, thisArg?: any) => number;
                                    toReversed: () => Uint8Array<ArrayBuffer>;
                                    toSorted: (compareFn?: ((a: number, b: number) => number) | undefined) => Uint8Array<ArrayBuffer>;
                                    with: (index: number, value: number) => Uint8Array<ArrayBuffer>;
                                    [Symbol.iterator]: () => ArrayIterator<number>;
                                    readonly [Symbol.toStringTag]: "Uint8Array";
                                } | undefined;
                                name?: string | undefined;
                                objectId?: AcDbObjectId | undefined;
                                ownerId?: AcDbObjectId | undefined;
                                extensionDictionary?: AcDbObjectId | undefined;
                            };
                            changed: {
                                [x: string]: any;
                                origin?: {
                                    clone: () => import('@mlightcad/data-model').AcGePoint3d;
                                    x: number;
                                    y: number;
                                    z: number;
                                    set: (x: number, y: number, z: number) => import('@mlightcad/data-model').AcGePoint3d;
                                    setScalar: (scalar: number) => import('@mlightcad/data-model').AcGePoint3d;
                                    setX: (x: number) => import('@mlightcad/data-model').AcGePoint3d;
                                    setY: (y: number) => import('@mlightcad/data-model').AcGePoint3d;
                                    setZ: (z: number) => import('@mlightcad/data-model').AcGePoint3d;
                                    setComponent: (index: number, value: number) => import('@mlightcad/data-model').AcGePoint3d;
                                    getComponent: (index: number) => number;
                                    copy: (v: import('@mlightcad/data-model').AcGeVectorLike) => import('@mlightcad/data-model').AcGePoint3d;
                                    add: (v: import('@mlightcad/data-model').AcGeVectorLike) => import('@mlightcad/data-model').AcGePoint3d;
                                    addScalar: (s: number) => import('@mlightcad/data-model').AcGePoint3d;
                                    addVectors: (a: import('@mlightcad/data-model').AcGeVector3dLike, b: import('@mlightcad/data-model').AcGeVector3dLike) => import('@mlightcad/data-model').AcGePoint3d;
                                    addScaledVector: (v: import('@mlightcad/data-model').AcGeVector3dLike, s: number) => import('@mlightcad/data-model').AcGePoint3d;
                                    sub: (v: import('@mlightcad/data-model').AcGeVector3dLike) => import('@mlightcad/data-model').AcGePoint3d;
                                    subScalar: (s: number) => import('@mlightcad/data-model').AcGePoint3d;
                                    subVectors: (a: import('@mlightcad/data-model').AcGeVector3dLike, b: import('@mlightcad/data-model').AcGeVector3dLike) => import('@mlightcad/data-model').AcGePoint3d;
                                    multiply: (v: import('@mlightcad/data-model').AcGeVector3dLike) => import('@mlightcad/data-model').AcGePoint3d;
                                    multiplyScalar: (scalar: number) => import('@mlightcad/data-model').AcGePoint3d;
                                    multiplyVectors: (a: import('@mlightcad/data-model').AcGeVector3dLike, b: import('@mlightcad/data-model').AcGeVector3dLike) => import('@mlightcad/data-model').AcGePoint3d;
                                    applyEuler: (euler: import('@mlightcad/data-model').AcGeEuler) => import('@mlightcad/data-model').AcGePoint3d;
                                    applyAxisAngle: (axis: import('@mlightcad/data-model').AcGeVector3dLike, angle: number) => import('@mlightcad/data-model').AcGePoint3d;
                                    applyMatrix3: (m: import('@mlightcad/data-model').AcGeMatrix2d) => import('@mlightcad/data-model').AcGePoint3d;
                                    applyNormalMatrix: (m: import('@mlightcad/data-model').AcGeMatrix2d) => import('@mlightcad/data-model').AcGePoint3d;
                                    applyMatrix4: (m: import('@mlightcad/data-model').AcGeMatrix3d) => import('@mlightcad/data-model').AcGePoint3d;
                                    applyQuaternion: (q: import('@mlightcad/data-model').AcGeQuaternion) => import('@mlightcad/data-model').AcGePoint3d;
                                    transformDirection: (m: import('@mlightcad/data-model').AcGeMatrix3d) => import('@mlightcad/data-model').AcGePoint3d;
                                    divide: (v: import('@mlightcad/data-model').AcGeVector3dLike) => import('@mlightcad/data-model').AcGePoint3d;
                                    divideScalar: (scalar: number) => import('@mlightcad/data-model').AcGePoint3d;
                                    min: (v: import('@mlightcad/data-model').AcGeVector3dLike) => import('@mlightcad/data-model').AcGePoint3d;
                                    max: (v: import('@mlightcad/data-model').AcGeVector3dLike) => import('@mlightcad/data-model').AcGePoint3d;
                                    clamp: (min: import('@mlightcad/data-model').AcGeVector3dLike, max: import('@mlightcad/data-model').AcGeVector3dLike) => import('@mlightcad/data-model').AcGePoint3d;
                                    clampScalar: (minVal: number, maxVal: number) => import('@mlightcad/data-model').AcGePoint3d;
                                    clampLength: (min: number, max: number) => import('@mlightcad/data-model').AcGePoint3d;
                                    floor: () => import('@mlightcad/data-model').AcGePoint3d;
                                    ceil: () => import('@mlightcad/data-model').AcGePoint3d;
                                    round: () => import('@mlightcad/data-model').AcGePoint3d;
                                    roundToZero: () => import('@mlightcad/data-model').AcGePoint3d;
                                    negate: () => import('@mlightcad/data-model').AcGePoint3d;
                                    dot: (v: import('@mlightcad/data-model').AcGeVector3dLike) => number;
                                    isParallelTo: (vec: import('@mlightcad/data-model').AcGeVector3d) => boolean;
                                    lengthSq: () => number;
                                    length: () => number;
                                    manhattanLength: () => number;
                                    normalize: () => import('@mlightcad/data-model').AcGePoint3d;
                                    setLength: (l: number) => import('@mlightcad/data-model').AcGePoint3d;
                                    lerp: (v: import('@mlightcad/data-model').AcGeVector3dLike, alpha: number) => import('@mlightcad/data-model').AcGePoint3d;
                                    lerpVectors: (v1: import('@mlightcad/data-model').AcGeVector3dLike, v2: import('@mlightcad/data-model').AcGeVector3dLike, alpha: number) => import('@mlightcad/data-model').AcGePoint3d;
                                    cross: (v: import('@mlightcad/data-model').AcGeVector3dLike) => import('@mlightcad/data-model').AcGePoint3d;
                                    crossVectors: (a: import('@mlightcad/data-model').AcGeVector3dLike, b: import('@mlightcad/data-model').AcGeVector3dLike) => import('@mlightcad/data-model').AcGePoint3d;
                                    projectOnVector: (v: import('@mlightcad/data-model').AcGeVector3d) => import('@mlightcad/data-model').AcGePoint3d;
                                    projectOnPlane: (planeNormal: import('@mlightcad/data-model').AcGeVector3d) => import('@mlightcad/data-model').AcGePoint3d;
                                    reflect: (normal: import('@mlightcad/data-model').AcGeVector3dLike) => import('@mlightcad/data-model').AcGePoint3d;
                                    angleTo: (v: import('@mlightcad/data-model').AcGeVector3d) => number;
                                    distanceTo: (v: import('@mlightcad/data-model').AcGeVector3dLike) => number;
                                    distanceToSquared: (v: import('@mlightcad/data-model').AcGeVector3dLike) => number;
                                    manhattanDistanceTo: (v: import('@mlightcad/data-model').AcGeVector3dLike) => number;
                                    setFromMatrixPosition: (m: import('@mlightcad/data-model').AcGeMatrix3d) => import('@mlightcad/data-model').AcGePoint3d;
                                    setFromMatrixScale: (m: import('@mlightcad/data-model').AcGeMatrix3d) => import('@mlightcad/data-model').AcGePoint3d;
                                    setFromMatrixColumn: (m: import('@mlightcad/data-model').AcGeMatrix3d, index: number) => import('@mlightcad/data-model').AcGePoint3d;
                                    setFromMatrix3Column: (m: import('@mlightcad/data-model').AcGeMatrix2d, index: number) => import('@mlightcad/data-model').AcGePoint3d;
                                    equals: (v: import('@mlightcad/data-model').AcGeVector3dLike) => boolean;
                                    fromArray: (array: number[], offset?: number) => import('@mlightcad/data-model').AcGePoint3d;
                                    toArray: (array?: number[] | Float32Array, offset?: number) => number[] | Float32Array;
                                    random: () => import('@mlightcad/data-model').AcGePoint3d;
                                    randomDirection: () => import('@mlightcad/data-model').AcGePoint3d;
                                    [Symbol.iterator]: () => Generator<number, void, unknown>;
                                } | undefined;
                                layoutId?: string | undefined;
                                blockInsertUnits?: import('@mlightcad/data-model').AcDbUnitsValue | undefined;
                                explodability?: number | undefined;
                                blockScaling?: import('@mlightcad/data-model').AcDbBlockScaling | undefined;
                                flags?: number | undefined;
                                pathName?: string | undefined;
                                previewIcon?: {
                                    [x: number]: number;
                                    readonly BYTES_PER_ELEMENT: number;
                                    readonly buffer: {
                                        readonly byteLength: number;
                                        slice: (begin?: number, end?: number) => ArrayBuffer;
                                        readonly maxByteLength: number;
                                        readonly resizable: boolean;
                                        resize: (newByteLength?: number) => void;
                                        readonly detached: boolean;
                                        transfer: (newByteLength?: number) => ArrayBuffer;
                                        transferToFixedLength: (newByteLength?: number) => ArrayBuffer;
                                        readonly [Symbol.toStringTag]: "ArrayBuffer";
                                    } | {
                                        readonly byteLength: number;
                                        slice: (begin?: number, end?: number) => SharedArrayBuffer;
                                        readonly growable: boolean;
                                        readonly maxByteLength: number;
                                        grow: (newByteLength?: number) => void;
                                        readonly [Symbol.toStringTag]: "SharedArrayBuffer";
                                    };
                                    readonly byteLength: number;
                                    readonly byteOffset: number;
                                    copyWithin: (target: number, start: number, end?: number) => Uint8Array<ArrayBufferLike>;
                                    every: (predicate: (value: number, index: number, array: Uint8Array<ArrayBufferLike>) => unknown, thisArg?: any) => boolean;
                                    fill: (value: number, start?: number, end?: number) => Uint8Array<ArrayBufferLike>;
                                    filter: (predicate: (value: number, index: number, array: Uint8Array<ArrayBufferLike>) => any, thisArg?: any) => Uint8Array<ArrayBuffer>;
                                    find: (predicate: (value: number, index: number, obj: Uint8Array<ArrayBufferLike>) => boolean, thisArg?: any) => number | undefined;
                                    findIndex: (predicate: (value: number, index: number, obj: Uint8Array<ArrayBufferLike>) => boolean, thisArg?: any) => number;
                                    forEach: (callbackfn: (value: number, index: number, array: Uint8Array<ArrayBufferLike>) => void, thisArg?: any) => void;
                                    indexOf: (searchElement: number, fromIndex?: number) => number;
                                    join: (separator?: string) => string;
                                    lastIndexOf: (searchElement: number, fromIndex?: number) => number;
                                    readonly length: number;
                                    map: (callbackfn: (value: number, index: number, array: Uint8Array<ArrayBufferLike>) => number, thisArg?: any) => Uint8Array<ArrayBuffer>;
                                    reduce: {
                                        (callbackfn: (previousValue: number, currentValue: number, currentIndex: number, array: Uint8Array<ArrayBufferLike>) => number): number;
                                        (callbackfn: (previousValue: number, currentValue: number, currentIndex: number, array: Uint8Array<ArrayBufferLike>) => number, initialValue: number): number;
                                        <U>(callbackfn: (previousValue: U, currentValue: number, currentIndex: number, array: Uint8Array<ArrayBufferLike>) => U, initialValue: U): U;
                                    };
                                    reduceRight: {
                                        (callbackfn: (previousValue: number, currentValue: number, currentIndex: number, array: Uint8Array<ArrayBufferLike>) => number): number;
                                        (callbackfn: (previousValue: number, currentValue: number, currentIndex: number, array: Uint8Array<ArrayBufferLike>) => number, initialValue: number): number;
                                        <U>(callbackfn: (previousValue: U, currentValue: number, currentIndex: number, array: Uint8Array<ArrayBufferLike>) => U, initialValue: U): U;
                                    };
                                    reverse: () => Uint8Array<ArrayBufferLike>;
                                    set: (array: ArrayLike<number>, offset?: number) => void;
                                    slice: (start?: number, end?: number) => Uint8Array<ArrayBuffer>;
                                    some: (predicate: (value: number, index: number, array: Uint8Array<ArrayBufferLike>) => unknown, thisArg?: any) => boolean;
                                    sort: (compareFn?: ((a: number, b: number) => number) | undefined) => Uint8Array<ArrayBufferLike>;
                                    subarray: (begin?: number, end?: number) => Uint8Array<ArrayBufferLike>;
                                    toLocaleString: {
                                        (): string;
                                        (locales: string | string[], options?: Intl.NumberFormatOptions): string;
                                    };
                                    toString: () => string;
                                    valueOf: () => Uint8Array<ArrayBufferLike>;
                                    entries: () => ArrayIterator<[number, number]>;
                                    keys: () => ArrayIterator<number>;
                                    values: () => ArrayIterator<number>;
                                    includes: (searchElement: number, fromIndex?: number) => boolean;
                                    at: (index: number) => number | undefined;
                                    findLast: {
                                        <S extends number>(predicate: (value: number, index: number, array: Uint8Array<ArrayBufferLike>) => value is S, thisArg?: any): S | undefined;
                                        (predicate: (value: number, index: number, array: Uint8Array<ArrayBufferLike>) => unknown, thisArg?: any): number | undefined;
                                    };
                                    findLastIndex: (predicate: (value: number, index: number, array: Uint8Array<ArrayBufferLike>) => unknown, thisArg?: any) => number;
                                    toReversed: () => Uint8Array<ArrayBuffer>;
                                    toSorted: (compareFn?: ((a: number, b: number) => number) | undefined) => Uint8Array<ArrayBuffer>;
                                    with: (index: number, value: number) => Uint8Array<ArrayBuffer>;
                                    [Symbol.iterator]: () => ArrayIterator<number>;
                                    readonly [Symbol.toStringTag]: "Uint8Array";
                                } | undefined;
                                name?: string | undefined;
                                objectId?: AcDbObjectId | undefined;
                                ownerId?: AcDbObjectId | undefined;
                                extensionDictionary?: AcDbObjectId | undefined;
                            };
                            readonly events: {
                                attrChanged: {
                                    addEventListener: (listener: (payload: import('@mlightcad/data-model').AcCmObjectAttributeChangedEventArgs<import('@mlightcad/data-model').AcDbBlockTableRecordAttrs>) => void) => void;
                                    removeEventListener: (listener: (payload: import('@mlightcad/data-model').AcCmObjectAttributeChangedEventArgs<import('@mlightcad/data-model').AcDbBlockTableRecordAttrs>) => void) => void;
                                    replaceEventListener: (listener: (payload: import('@mlightcad/data-model').AcCmObjectAttributeChangedEventArgs<import('@mlightcad/data-model').AcDbBlockTableRecordAttrs>) => void) => void;
                                    dispatch: (payload?: import('@mlightcad/data-model').AcCmObjectAttributeChangedEventArgs<import('@mlightcad/data-model').AcDbBlockTableRecordAttrs> | undefined, ...args: unknown[]) => void;
                                };
                                modelChanged: {
                                    addEventListener: (listener: (payload: import('@mlightcad/data-model').AcCmObjectChangedEventArgs<import('@mlightcad/data-model').AcDbBlockTableRecordAttrs>) => void) => void;
                                    removeEventListener: (listener: (payload: import('@mlightcad/data-model').AcCmObjectChangedEventArgs<import('@mlightcad/data-model').AcDbBlockTableRecordAttrs>) => void) => void;
                                    replaceEventListener: (listener: (payload: import('@mlightcad/data-model').AcCmObjectChangedEventArgs<import('@mlightcad/data-model').AcDbBlockTableRecordAttrs>) => void) => void;
                                    dispatch: (payload?: import('@mlightcad/data-model').AcCmObjectChangedEventArgs<import('@mlightcad/data-model').AcDbBlockTableRecordAttrs> | undefined, ...args: unknown[]) => void;
                                };
                            };
                            get: <A extends string>(key: A) => import('@mlightcad/data-model').AcDbBlockTableRecordAttrs[A] | undefined;
                            set: {
                                <A extends string>(key: A, val?: import('@mlightcad/data-model').AcDbBlockTableRecordAttrs[A] | undefined, options?: import('@mlightcad/data-model').AcCmObjectOptions): import('@mlightcad/data-model').AcCmObject<import('@mlightcad/data-model').AcDbBlockTableRecordAttrs>;
                                (key: Partial<import('@mlightcad/data-model').AcDbBlockTableRecordAttrs>, options?: import('@mlightcad/data-model').AcCmObjectOptions): import('@mlightcad/data-model').AcCmObject<import('@mlightcad/data-model').AcDbBlockTableRecordAttrs>;
                            };
                            has: (key: string) => boolean;
                            hasChanged: (key?: string | undefined) => boolean;
                            changedAttributes: (diff?: Partial<import('@mlightcad/data-model').AcDbBlockTableRecordAttrs> | undefined) => Partial<import('@mlightcad/data-model').AcDbBlockTableRecordAttrs>;
                            previous: <A extends string>(key: A) => import('@mlightcad/data-model').AcDbBlockTableRecordAttrs[A] | null | undefined;
                            previousAttributes: () => Partial<import('@mlightcad/data-model').AcDbBlockTableRecordAttrs>;
                            clone: () => import('@mlightcad/data-model').AcCmObject<import('@mlightcad/data-model').AcDbBlockTableRecordAttrs>;
                        };
                        getAttr: (attrName: string) => any;
                        getAttrWithoutException: (attrName: string) => any;
                        objectId: AcDbObjectId;
                        readonly isTemp: any;
                        ownerId: AcDbObjectId;
                        extensionDictionary: AcDbObjectId | undefined;
                        database: /*elided*/ any;
                        getXData: (appId: string) => import('@mlightcad/data-model').AcDbResultBuffer | undefined;
                        setXData: (resbuf: import('@mlightcad/data-model').AcDbResultBuffer) => void;
                        removeXData: (appId: string) => void;
                        createExtensionDictionary: () => AcDbObjectId | undefined;
                        close: () => void;
                        clone: () => import('@mlightcad/data-model').AcDbBlockTableRecord;
                        clonePreservingIdentity: () => import('@mlightcad/data-model').AcDbBlockTableRecord;
                        restoreFrom: (snapshot: import('@mlightcad/data-model').AcDbBlockTableRecord) => void;
                        dxfOut: (...args: unknown[]) => unknown;
                    };
                    getEntityById: (id: AcDbObjectId) => AcDbEntity | undefined;
                    removeEntity: (objectId: AcDbObjectId | AcDbObjectId[]) => boolean;
                    getXrefs: () => import('@mlightcad/data-model').AcDbBlockTableRecord[];
                    getUnresolvedXrefs: () => import('@mlightcad/data-model').AcDbBlockTableRecord[];
                    readonly numEntries: number;
                    add: (record: import('@mlightcad/data-model').AcDbBlockTableRecord) => void;
                    remove: (name: string) => boolean;
                    removeId: (id: AcDbObjectId) => boolean;
                    removeAll: () => void;
                    has: (name: string) => boolean;
                    hasId: (id: string) => boolean;
                    getAt: (name: string) => import('@mlightcad/data-model').AcDbBlockTableRecord | undefined;
                    getIdAt: (id: AcDbObjectId) => import('@mlightcad/data-model').AcDbBlockTableRecord | undefined;
                    getOwnerIdAt: (id: AcDbObjectId) => import('@mlightcad/data-model').AcDbBlockTableRecord | undefined;
                    newIterator: (iterateById?: boolean) => import('@mlightcad/data-model').AcDbObjectIterator<import('@mlightcad/data-model').AcDbBlockTableRecord>;
                    dxfOutFields: (filer: import('@mlightcad/data-model').AcDbDxfFiler) => import('@mlightcad/data-model').AcDbBlockTable;
                    readonly attrs: {
                        attributes: {
                            [x: string]: any;
                            objectId?: AcDbObjectId | undefined;
                            ownerId?: AcDbObjectId | undefined;
                            extensionDictionary?: AcDbObjectId | undefined;
                        };
                        changed: {
                            [x: string]: any;
                            objectId?: AcDbObjectId | undefined;
                            ownerId?: AcDbObjectId | undefined;
                            extensionDictionary?: AcDbObjectId | undefined;
                        };
                        readonly events: {
                            attrChanged: {
                                addEventListener: (listener: (payload: import('@mlightcad/data-model').AcCmObjectAttributeChangedEventArgs<import('@mlightcad/data-model').AcDbObjectAttrs>) => void) => void;
                                removeEventListener: (listener: (payload: import('@mlightcad/data-model').AcCmObjectAttributeChangedEventArgs<import('@mlightcad/data-model').AcDbObjectAttrs>) => void) => void;
                                replaceEventListener: (listener: (payload: import('@mlightcad/data-model').AcCmObjectAttributeChangedEventArgs<import('@mlightcad/data-model').AcDbObjectAttrs>) => void) => void;
                                dispatch: (payload?: import('@mlightcad/data-model').AcCmObjectAttributeChangedEventArgs<import('@mlightcad/data-model').AcDbObjectAttrs> | undefined, ...args: unknown[]) => void;
                            };
                            modelChanged: {
                                addEventListener: (listener: (payload: import('@mlightcad/data-model').AcCmObjectChangedEventArgs<import('@mlightcad/data-model').AcDbObjectAttrs>) => void) => void;
                                removeEventListener: (listener: (payload: import('@mlightcad/data-model').AcCmObjectChangedEventArgs<import('@mlightcad/data-model').AcDbObjectAttrs>) => void) => void;
                                replaceEventListener: (listener: (payload: import('@mlightcad/data-model').AcCmObjectChangedEventArgs<import('@mlightcad/data-model').AcDbObjectAttrs>) => void) => void;
                                dispatch: (payload?: import('@mlightcad/data-model').AcCmObjectChangedEventArgs<import('@mlightcad/data-model').AcDbObjectAttrs> | undefined, ...args: unknown[]) => void;
                            };
                        };
                        get: <A extends string>(key: A) => import('@mlightcad/data-model').AcDbObjectAttrs[A] | undefined;
                        set: {
                            <A extends string>(key: A, val?: import('@mlightcad/data-model').AcDbObjectAttrs[A] | undefined, options?: import('@mlightcad/data-model').AcCmObjectOptions): import('@mlightcad/data-model').AcCmObject<import('@mlightcad/data-model').AcDbObjectAttrs>;
                            (key: Partial<import('@mlightcad/data-model').AcDbObjectAttrs>, options?: import('@mlightcad/data-model').AcCmObjectOptions): import('@mlightcad/data-model').AcCmObject<import('@mlightcad/data-model').AcDbObjectAttrs>;
                        };
                        has: (key: string) => boolean;
                        hasChanged: (key?: string | undefined) => boolean;
                        changedAttributes: (diff?: Partial<import('@mlightcad/data-model').AcDbObjectAttrs> | undefined) => Partial<import('@mlightcad/data-model').AcDbObjectAttrs>;
                        previous: <A extends string>(key: A) => import('@mlightcad/data-model').AcDbObjectAttrs[A] | null | undefined;
                        previousAttributes: () => Partial<import('@mlightcad/data-model').AcDbObjectAttrs>;
                        clone: () => import('@mlightcad/data-model').AcCmObject<import('@mlightcad/data-model').AcDbObjectAttrs>;
                    };
                    getAttr: (attrName: string) => any;
                    getAttrWithoutException: (attrName: string) => any;
                    setAttr: <A extends string>(attrName: A, val?: import('@mlightcad/data-model').AcDbObjectAttrs[A] | undefined) => void;
                    objectId: AcDbObjectId;
                    readonly isTemp: any;
                    ownerId: AcDbObjectId;
                    extensionDictionary: AcDbObjectId | undefined;
                    database: /*elided*/ any;
                    getXData: (appId: string) => import('@mlightcad/data-model').AcDbResultBuffer | undefined;
                    setXData: (resbuf: import('@mlightcad/data-model').AcDbResultBuffer) => void;
                    removeXData: (appId: string) => void;
                    createExtensionDictionary: () => AcDbObjectId | undefined;
                    close: () => void;
                    clone: () => import('@mlightcad/data-model').AcDbBlockTable;
                    clonePreservingIdentity: () => import('@mlightcad/data-model').AcDbBlockTable;
                    restoreFrom: (snapshot: import('@mlightcad/data-model').AcDbBlockTable) => void;
                    dxfOut: (...args: unknown[]) => unknown;
                };
                readonly dimStyleTable: {
                    readonly numEntries: number;
                    add: (record: import('@mlightcad/data-model').AcDbDimStyleTableRecord) => void;
                    remove: (name: string) => boolean;
                    removeId: (id: AcDbObjectId) => boolean;
                    removeAll: () => void;
                    has: (name: string) => boolean;
                    hasId: (id: string) => boolean;
                    getAt: (name: string) => import('@mlightcad/data-model').AcDbDimStyleTableRecord | undefined;
                    getIdAt: (id: AcDbObjectId) => import('@mlightcad/data-model').AcDbDimStyleTableRecord | undefined;
                    getOwnerIdAt: (id: AcDbObjectId) => import('@mlightcad/data-model').AcDbDimStyleTableRecord | undefined;
                    newIterator: (iterateById?: boolean) => import('@mlightcad/data-model').AcDbObjectIterator<import('@mlightcad/data-model').AcDbDimStyleTableRecord>;
                    dxfOutFields: (filer: import('@mlightcad/data-model').AcDbDxfFiler) => import('@mlightcad/data-model').AcDbDimStyleTable;
                    readonly attrs: {
                        attributes: {
                            [x: string]: any;
                            objectId?: AcDbObjectId | undefined;
                            ownerId?: AcDbObjectId | undefined;
                            extensionDictionary?: AcDbObjectId | undefined;
                        };
                        changed: {
                            [x: string]: any;
                            objectId?: AcDbObjectId | undefined;
                            ownerId?: AcDbObjectId | undefined;
                            extensionDictionary?: AcDbObjectId | undefined;
                        };
                        readonly events: {
                            attrChanged: {
                                addEventListener: (listener: (payload: import('@mlightcad/data-model').AcCmObjectAttributeChangedEventArgs<import('@mlightcad/data-model').AcDbObjectAttrs>) => void) => void;
                                removeEventListener: (listener: (payload: import('@mlightcad/data-model').AcCmObjectAttributeChangedEventArgs<import('@mlightcad/data-model').AcDbObjectAttrs>) => void) => void;
                                replaceEventListener: (listener: (payload: import('@mlightcad/data-model').AcCmObjectAttributeChangedEventArgs<import('@mlightcad/data-model').AcDbObjectAttrs>) => void) => void;
                                dispatch: (payload?: import('@mlightcad/data-model').AcCmObjectAttributeChangedEventArgs<import('@mlightcad/data-model').AcDbObjectAttrs> | undefined, ...args: unknown[]) => void;
                            };
                            modelChanged: {
                                addEventListener: (listener: (payload: import('@mlightcad/data-model').AcCmObjectChangedEventArgs<import('@mlightcad/data-model').AcDbObjectAttrs>) => void) => void;
                                removeEventListener: (listener: (payload: import('@mlightcad/data-model').AcCmObjectChangedEventArgs<import('@mlightcad/data-model').AcDbObjectAttrs>) => void) => void;
                                replaceEventListener: (listener: (payload: import('@mlightcad/data-model').AcCmObjectChangedEventArgs<import('@mlightcad/data-model').AcDbObjectAttrs>) => void) => void;
                                dispatch: (payload?: import('@mlightcad/data-model').AcCmObjectChangedEventArgs<import('@mlightcad/data-model').AcDbObjectAttrs> | undefined, ...args: unknown[]) => void;
                            };
                        };
                        get: <A extends string>(key: A) => import('@mlightcad/data-model').AcDbObjectAttrs[A] | undefined;
                        set: {
                            <A extends string>(key: A, val?: import('@mlightcad/data-model').AcDbObjectAttrs[A] | undefined, options?: import('@mlightcad/data-model').AcCmObjectOptions): import('@mlightcad/data-model').AcCmObject<import('@mlightcad/data-model').AcDbObjectAttrs>;
                            (key: Partial<import('@mlightcad/data-model').AcDbObjectAttrs>, options?: import('@mlightcad/data-model').AcCmObjectOptions): import('@mlightcad/data-model').AcCmObject<import('@mlightcad/data-model').AcDbObjectAttrs>;
                        };
                        has: (key: string) => boolean;
                        hasChanged: (key?: string | undefined) => boolean;
                        changedAttributes: (diff?: Partial<import('@mlightcad/data-model').AcDbObjectAttrs> | undefined) => Partial<import('@mlightcad/data-model').AcDbObjectAttrs>;
                        previous: <A extends string>(key: A) => import('@mlightcad/data-model').AcDbObjectAttrs[A] | null | undefined;
                        previousAttributes: () => Partial<import('@mlightcad/data-model').AcDbObjectAttrs>;
                        clone: () => import('@mlightcad/data-model').AcCmObject<import('@mlightcad/data-model').AcDbObjectAttrs>;
                    };
                    getAttr: (attrName: string) => any;
                    getAttrWithoutException: (attrName: string) => any;
                    setAttr: <A extends string>(attrName: A, val?: import('@mlightcad/data-model').AcDbObjectAttrs[A] | undefined) => void;
                    objectId: AcDbObjectId;
                    readonly isTemp: any;
                    ownerId: AcDbObjectId;
                    extensionDictionary: AcDbObjectId | undefined;
                    database: /*elided*/ any;
                    getXData: (appId: string) => import('@mlightcad/data-model').AcDbResultBuffer | undefined;
                    setXData: (resbuf: import('@mlightcad/data-model').AcDbResultBuffer) => void;
                    removeXData: (appId: string) => void;
                    createExtensionDictionary: () => AcDbObjectId | undefined;
                    close: () => void;
                    clone: () => import('@mlightcad/data-model').AcDbDimStyleTable;
                    clonePreservingIdentity: () => import('@mlightcad/data-model').AcDbDimStyleTable;
                    restoreFrom: (snapshot: import('@mlightcad/data-model').AcDbDimStyleTable) => void;
                    dxfOut: (...args: unknown[]) => unknown;
                };
                readonly linetypeTable: {
                    readonly numEntries: number;
                    add: (record: import('@mlightcad/data-model').AcDbLinetypeTableRecord) => void;
                    remove: (name: string) => boolean;
                    removeId: (id: AcDbObjectId) => boolean;
                    removeAll: () => void;
                    has: (name: string) => boolean;
                    hasId: (id: string) => boolean;
                    getAt: (name: string) => import('@mlightcad/data-model').AcDbLinetypeTableRecord | undefined;
                    getIdAt: (id: AcDbObjectId) => import('@mlightcad/data-model').AcDbLinetypeTableRecord | undefined;
                    getOwnerIdAt: (id: AcDbObjectId) => import('@mlightcad/data-model').AcDbLinetypeTableRecord | undefined;
                    newIterator: (iterateById?: boolean) => import('@mlightcad/data-model').AcDbObjectIterator<import('@mlightcad/data-model').AcDbLinetypeTableRecord>;
                    dxfOutFields: (filer: import('@mlightcad/data-model').AcDbDxfFiler) => import('@mlightcad/data-model').AcDbLinetypeTable;
                    readonly attrs: {
                        attributes: {
                            [x: string]: any;
                            objectId?: AcDbObjectId | undefined;
                            ownerId?: AcDbObjectId | undefined;
                            extensionDictionary?: AcDbObjectId | undefined;
                        };
                        changed: {
                            [x: string]: any;
                            objectId?: AcDbObjectId | undefined;
                            ownerId?: AcDbObjectId | undefined;
                            extensionDictionary?: AcDbObjectId | undefined;
                        };
                        readonly events: {
                            attrChanged: {
                                addEventListener: (listener: (payload: import('@mlightcad/data-model').AcCmObjectAttributeChangedEventArgs<import('@mlightcad/data-model').AcDbObjectAttrs>) => void) => void;
                                removeEventListener: (listener: (payload: import('@mlightcad/data-model').AcCmObjectAttributeChangedEventArgs<import('@mlightcad/data-model').AcDbObjectAttrs>) => void) => void;
                                replaceEventListener: (listener: (payload: import('@mlightcad/data-model').AcCmObjectAttributeChangedEventArgs<import('@mlightcad/data-model').AcDbObjectAttrs>) => void) => void;
                                dispatch: (payload?: import('@mlightcad/data-model').AcCmObjectAttributeChangedEventArgs<import('@mlightcad/data-model').AcDbObjectAttrs> | undefined, ...args: unknown[]) => void;
                            };
                            modelChanged: {
                                addEventListener: (listener: (payload: import('@mlightcad/data-model').AcCmObjectChangedEventArgs<import('@mlightcad/data-model').AcDbObjectAttrs>) => void) => void;
                                removeEventListener: (listener: (payload: import('@mlightcad/data-model').AcCmObjectChangedEventArgs<import('@mlightcad/data-model').AcDbObjectAttrs>) => void) => void;
                                replaceEventListener: (listener: (payload: import('@mlightcad/data-model').AcCmObjectChangedEventArgs<import('@mlightcad/data-model').AcDbObjectAttrs>) => void) => void;
                                dispatch: (payload?: import('@mlightcad/data-model').AcCmObjectChangedEventArgs<import('@mlightcad/data-model').AcDbObjectAttrs> | undefined, ...args: unknown[]) => void;
                            };
                        };
                        get: <A extends string>(key: A) => import('@mlightcad/data-model').AcDbObjectAttrs[A] | undefined;
                        set: {
                            <A extends string>(key: A, val?: import('@mlightcad/data-model').AcDbObjectAttrs[A] | undefined, options?: import('@mlightcad/data-model').AcCmObjectOptions): import('@mlightcad/data-model').AcCmObject<import('@mlightcad/data-model').AcDbObjectAttrs>;
                            (key: Partial<import('@mlightcad/data-model').AcDbObjectAttrs>, options?: import('@mlightcad/data-model').AcCmObjectOptions): import('@mlightcad/data-model').AcCmObject<import('@mlightcad/data-model').AcDbObjectAttrs>;
                        };
                        has: (key: string) => boolean;
                        hasChanged: (key?: string | undefined) => boolean;
                        changedAttributes: (diff?: Partial<import('@mlightcad/data-model').AcDbObjectAttrs> | undefined) => Partial<import('@mlightcad/data-model').AcDbObjectAttrs>;
                        previous: <A extends string>(key: A) => import('@mlightcad/data-model').AcDbObjectAttrs[A] | null | undefined;
                        previousAttributes: () => Partial<import('@mlightcad/data-model').AcDbObjectAttrs>;
                        clone: () => import('@mlightcad/data-model').AcCmObject<import('@mlightcad/data-model').AcDbObjectAttrs>;
                    };
                    getAttr: (attrName: string) => any;
                    getAttrWithoutException: (attrName: string) => any;
                    setAttr: <A extends string>(attrName: A, val?: import('@mlightcad/data-model').AcDbObjectAttrs[A] | undefined) => void;
                    objectId: AcDbObjectId;
                    readonly isTemp: any;
                    ownerId: AcDbObjectId;
                    extensionDictionary: AcDbObjectId | undefined;
                    database: /*elided*/ any;
                    getXData: (appId: string) => import('@mlightcad/data-model').AcDbResultBuffer | undefined;
                    setXData: (resbuf: import('@mlightcad/data-model').AcDbResultBuffer) => void;
                    removeXData: (appId: string) => void;
                    createExtensionDictionary: () => AcDbObjectId | undefined;
                    close: () => void;
                    clone: () => import('@mlightcad/data-model').AcDbLinetypeTable;
                    clonePreservingIdentity: () => import('@mlightcad/data-model').AcDbLinetypeTable;
                    restoreFrom: (snapshot: import('@mlightcad/data-model').AcDbLinetypeTable) => void;
                    dxfOut: (...args: unknown[]) => unknown;
                };
                readonly textStyleTable: {
                    resolveAt: (name?: string) => import('@mlightcad/data-model').AcDbTextStyleTableRecord | undefined;
                    readonly shapeFiles: {
                        obliquingAngle: number;
                        priorSize: number;
                        textSize: number;
                        xScale: number;
                        isVertical: boolean;
                        isShapeFile: boolean;
                        fileName: string;
                        bigFontFileName: string;
                        readonly textStyle: {
                            name: string;
                            standardFlag: number;
                            fixedTextHeight: number;
                            widthFactor: number;
                            obliqueAngle: number;
                            textGenerationFlag: number;
                            lastHeight: number;
                            font: string;
                            bigFont: string;
                            extendedFont?: string | undefined;
                        };
                        dxfOutFields: (filer: import('@mlightcad/data-model').AcDbDxfFiler) => import('@mlightcad/data-model').AcDbTextStyleTableRecord;
                        name: string;
                        setAttr: <A extends string>(attrName: A, val?: import('@mlightcad/data-model').AcDbTextStyleTableRecordAttrs[A] | undefined) => void;
                        readonly attrs: {
                            attributes: {
                                [x: string]: any;
                                name?: string | undefined;
                                objectId?: AcDbObjectId | undefined;
                                ownerId?: AcDbObjectId | undefined;
                                extensionDictionary?: AcDbObjectId | undefined;
                                font?: string | undefined;
                                obliqueAngle?: number | undefined;
                                widthFactor?: number | undefined;
                                standardFlag?: number | undefined;
                                fixedTextHeight?: number | undefined;
                                textGenerationFlag?: number | undefined;
                                lastHeight?: number | undefined;
                                bigFont?: string | undefined;
                                extendedFont?: string | undefined;
                            };
                            changed: {
                                [x: string]: any;
                                name?: string | undefined;
                                objectId?: AcDbObjectId | undefined;
                                ownerId?: AcDbObjectId | undefined;
                                extensionDictionary?: AcDbObjectId | undefined;
                                font?: string | undefined;
                                obliqueAngle?: number | undefined;
                                widthFactor?: number | undefined;
                                standardFlag?: number | undefined;
                                fixedTextHeight?: number | undefined;
                                textGenerationFlag?: number | undefined;
                                lastHeight?: number | undefined;
                                bigFont?: string | undefined;
                                extendedFont?: string | undefined;
                            };
                            readonly events: {
                                attrChanged: {
                                    addEventListener: (listener: (payload: import('@mlightcad/data-model').AcCmObjectAttributeChangedEventArgs<import('@mlightcad/data-model').AcDbTextStyleTableRecordAttrs>) => void) => void;
                                    removeEventListener: (listener: (payload: import('@mlightcad/data-model').AcCmObjectAttributeChangedEventArgs<import('@mlightcad/data-model').AcDbTextStyleTableRecordAttrs>) => void) => void;
                                    replaceEventListener: (listener: (payload: import('@mlightcad/data-model').AcCmObjectAttributeChangedEventArgs<import('@mlightcad/data-model').AcDbTextStyleTableRecordAttrs>) => void) => void;
                                    dispatch: (payload?: import('@mlightcad/data-model').AcCmObjectAttributeChangedEventArgs<import('@mlightcad/data-model').AcDbTextStyleTableRecordAttrs> | undefined, ...args: unknown[]) => void;
                                };
                                modelChanged: {
                                    addEventListener: (listener: (payload: import('@mlightcad/data-model').AcCmObjectChangedEventArgs<import('@mlightcad/data-model').AcDbTextStyleTableRecordAttrs>) => void) => void;
                                    removeEventListener: (listener: (payload: import('@mlightcad/data-model').AcCmObjectChangedEventArgs<import('@mlightcad/data-model').AcDbTextStyleTableRecordAttrs>) => void) => void;
                                    replaceEventListener: (listener: (payload: import('@mlightcad/data-model').AcCmObjectChangedEventArgs<import('@mlightcad/data-model').AcDbTextStyleTableRecordAttrs>) => void) => void;
                                    dispatch: (payload?: import('@mlightcad/data-model').AcCmObjectChangedEventArgs<import('@mlightcad/data-model').AcDbTextStyleTableRecordAttrs> | undefined, ...args: unknown[]) => void;
                                };
                            };
                            get: <A extends string>(key: A) => import('@mlightcad/data-model').AcDbTextStyleTableRecordAttrs[A] | undefined;
                            set: {
                                <A extends string>(key: A, val?: import('@mlightcad/data-model').AcDbTextStyleTableRecordAttrs[A] | undefined, options?: import('@mlightcad/data-model').AcCmObjectOptions): import('@mlightcad/data-model').AcCmObject<import('@mlightcad/data-model').AcDbTextStyleTableRecordAttrs>;
                                (key: Partial<import('@mlightcad/data-model').AcDbTextStyleTableRecordAttrs>, options?: import('@mlightcad/data-model').AcCmObjectOptions): import('@mlightcad/data-model').AcCmObject<import('@mlightcad/data-model').AcDbTextStyleTableRecordAttrs>;
                            };
                            has: (key: string) => boolean;
                            hasChanged: (key?: string | undefined) => boolean;
                            changedAttributes: (diff?: Partial<import('@mlightcad/data-model').AcDbTextStyleTableRecordAttrs> | undefined) => Partial<import('@mlightcad/data-model').AcDbTextStyleTableRecordAttrs>;
                            previous: <A extends string>(key: A) => import('@mlightcad/data-model').AcDbTextStyleTableRecordAttrs[A] | null | undefined;
                            previousAttributes: () => Partial<import('@mlightcad/data-model').AcDbTextStyleTableRecordAttrs>;
                            clone: () => import('@mlightcad/data-model').AcCmObject<import('@mlightcad/data-model').AcDbTextStyleTableRecordAttrs>;
                        };
                        getAttr: (attrName: string) => any;
                        getAttrWithoutException: (attrName: string) => any;
                        objectId: AcDbObjectId;
                        readonly isTemp: any;
                        ownerId: AcDbObjectId;
                        extensionDictionary: AcDbObjectId | undefined;
                        database: /*elided*/ any;
                        getXData: (appId: string) => import('@mlightcad/data-model').AcDbResultBuffer | undefined;
                        setXData: (resbuf: import('@mlightcad/data-model').AcDbResultBuffer) => void;
                        removeXData: (appId: string) => void;
                        createExtensionDictionary: () => AcDbObjectId | undefined;
                        close: () => void;
                        clone: () => import('@mlightcad/data-model').AcDbTextStyleTableRecord;
                        clonePreservingIdentity: () => import('@mlightcad/data-model').AcDbTextStyleTableRecord;
                        restoreFrom: (snapshot: import('@mlightcad/data-model').AcDbTextStyleTableRecord) => void;
                        dxfOut: (...args: unknown[]) => unknown;
                    }[];
                    readonly fonts: string[];
                    readonly numEntries: number;
                    add: (record: import('@mlightcad/data-model').AcDbTextStyleTableRecord) => void;
                    remove: (name: string) => boolean;
                    removeId: (id: AcDbObjectId) => boolean;
                    removeAll: () => void;
                    has: (name: string) => boolean;
                    hasId: (id: string) => boolean;
                    getAt: (name: string) => import('@mlightcad/data-model').AcDbTextStyleTableRecord | undefined;
                    getIdAt: (id: AcDbObjectId) => import('@mlightcad/data-model').AcDbTextStyleTableRecord | undefined;
                    getOwnerIdAt: (id: AcDbObjectId) => import('@mlightcad/data-model').AcDbTextStyleTableRecord | undefined;
                    newIterator: (iterateById?: boolean) => import('@mlightcad/data-model').AcDbObjectIterator<import('@mlightcad/data-model').AcDbTextStyleTableRecord>;
                    dxfOutFields: (filer: import('@mlightcad/data-model').AcDbDxfFiler) => import('@mlightcad/data-model').AcDbTextStyleTable;
                    readonly attrs: {
                        attributes: {
                            [x: string]: any;
                            objectId?: AcDbObjectId | undefined;
                            ownerId?: AcDbObjectId | undefined;
                            extensionDictionary?: AcDbObjectId | undefined;
                        };
                        changed: {
                            [x: string]: any;
                            objectId?: AcDbObjectId | undefined;
                            ownerId?: AcDbObjectId | undefined;
                            extensionDictionary?: AcDbObjectId | undefined;
                        };
                        readonly events: {
                            attrChanged: {
                                addEventListener: (listener: (payload: import('@mlightcad/data-model').AcCmObjectAttributeChangedEventArgs<import('@mlightcad/data-model').AcDbObjectAttrs>) => void) => void;
                                removeEventListener: (listener: (payload: import('@mlightcad/data-model').AcCmObjectAttributeChangedEventArgs<import('@mlightcad/data-model').AcDbObjectAttrs>) => void) => void;
                                replaceEventListener: (listener: (payload: import('@mlightcad/data-model').AcCmObjectAttributeChangedEventArgs<import('@mlightcad/data-model').AcDbObjectAttrs>) => void) => void;
                                dispatch: (payload?: import('@mlightcad/data-model').AcCmObjectAttributeChangedEventArgs<import('@mlightcad/data-model').AcDbObjectAttrs> | undefined, ...args: unknown[]) => void;
                            };
                            modelChanged: {
                                addEventListener: (listener: (payload: import('@mlightcad/data-model').AcCmObjectChangedEventArgs<import('@mlightcad/data-model').AcDbObjectAttrs>) => void) => void;
                                removeEventListener: (listener: (payload: import('@mlightcad/data-model').AcCmObjectChangedEventArgs<import('@mlightcad/data-model').AcDbObjectAttrs>) => void) => void;
                                replaceEventListener: (listener: (payload: import('@mlightcad/data-model').AcCmObjectChangedEventArgs<import('@mlightcad/data-model').AcDbObjectAttrs>) => void) => void;
                                dispatch: (payload?: import('@mlightcad/data-model').AcCmObjectChangedEventArgs<import('@mlightcad/data-model').AcDbObjectAttrs> | undefined, ...args: unknown[]) => void;
                            };
                        };
                        get: <A extends string>(key: A) => import('@mlightcad/data-model').AcDbObjectAttrs[A] | undefined;
                        set: {
                            <A extends string>(key: A, val?: import('@mlightcad/data-model').AcDbObjectAttrs[A] | undefined, options?: import('@mlightcad/data-model').AcCmObjectOptions): import('@mlightcad/data-model').AcCmObject<import('@mlightcad/data-model').AcDbObjectAttrs>;
                            (key: Partial<import('@mlightcad/data-model').AcDbObjectAttrs>, options?: import('@mlightcad/data-model').AcCmObjectOptions): import('@mlightcad/data-model').AcCmObject<import('@mlightcad/data-model').AcDbObjectAttrs>;
                        };
                        has: (key: string) => boolean;
                        hasChanged: (key?: string | undefined) => boolean;
                        changedAttributes: (diff?: Partial<import('@mlightcad/data-model').AcDbObjectAttrs> | undefined) => Partial<import('@mlightcad/data-model').AcDbObjectAttrs>;
                        previous: <A extends string>(key: A) => import('@mlightcad/data-model').AcDbObjectAttrs[A] | null | undefined;
                        previousAttributes: () => Partial<import('@mlightcad/data-model').AcDbObjectAttrs>;
                        clone: () => import('@mlightcad/data-model').AcCmObject<import('@mlightcad/data-model').AcDbObjectAttrs>;
                    };
                    getAttr: (attrName: string) => any;
                    getAttrWithoutException: (attrName: string) => any;
                    setAttr: <A extends string>(attrName: A, val?: import('@mlightcad/data-model').AcDbObjectAttrs[A] | undefined) => void;
                    objectId: AcDbObjectId;
                    readonly isTemp: any;
                    ownerId: AcDbObjectId;
                    extensionDictionary: AcDbObjectId | undefined;
                    database: /*elided*/ any;
                    getXData: (appId: string) => import('@mlightcad/data-model').AcDbResultBuffer | undefined;
                    setXData: (resbuf: import('@mlightcad/data-model').AcDbResultBuffer) => void;
                    removeXData: (appId: string) => void;
                    createExtensionDictionary: () => AcDbObjectId | undefined;
                    close: () => void;
                    clone: () => import('@mlightcad/data-model').AcDbTextStyleTable;
                    clonePreservingIdentity: () => import('@mlightcad/data-model').AcDbTextStyleTable;
                    restoreFrom: (snapshot: import('@mlightcad/data-model').AcDbTextStyleTable) => void;
                    dxfOut: (...args: unknown[]) => unknown;
                };
                readonly viewTable: {
                    readonly numEntries: number;
                    add: (record: import('@mlightcad/data-model').AcDbViewTableRecord) => void;
                    remove: (name: string) => boolean;
                    removeId: (id: AcDbObjectId) => boolean;
                    removeAll: () => void;
                    has: (name: string) => boolean;
                    hasId: (id: string) => boolean;
                    getAt: (name: string) => import('@mlightcad/data-model').AcDbViewTableRecord | undefined;
                    getIdAt: (id: AcDbObjectId) => import('@mlightcad/data-model').AcDbViewTableRecord | undefined;
                    getOwnerIdAt: (id: AcDbObjectId) => import('@mlightcad/data-model').AcDbViewTableRecord | undefined;
                    newIterator: (iterateById?: boolean) => import('@mlightcad/data-model').AcDbObjectIterator<import('@mlightcad/data-model').AcDbViewTableRecord>;
                    dxfOutFields: (filer: import('@mlightcad/data-model').AcDbDxfFiler) => import('@mlightcad/data-model').AcDbViewTable;
                    readonly attrs: {
                        attributes: {
                            [x: string]: any;
                            objectId?: AcDbObjectId | undefined;
                            ownerId?: AcDbObjectId | undefined;
                            extensionDictionary?: AcDbObjectId | undefined;
                        };
                        changed: {
                            [x: string]: any;
                            objectId?: AcDbObjectId | undefined;
                            ownerId?: AcDbObjectId | undefined;
                            extensionDictionary?: AcDbObjectId | undefined;
                        };
                        readonly events: {
                            attrChanged: {
                                addEventListener: (listener: (payload: import('@mlightcad/data-model').AcCmObjectAttributeChangedEventArgs<import('@mlightcad/data-model').AcDbObjectAttrs>) => void) => void;
                                removeEventListener: (listener: (payload: import('@mlightcad/data-model').AcCmObjectAttributeChangedEventArgs<import('@mlightcad/data-model').AcDbObjectAttrs>) => void) => void;
                                replaceEventListener: (listener: (payload: import('@mlightcad/data-model').AcCmObjectAttributeChangedEventArgs<import('@mlightcad/data-model').AcDbObjectAttrs>) => void) => void;
                                dispatch: (payload?: import('@mlightcad/data-model').AcCmObjectAttributeChangedEventArgs<import('@mlightcad/data-model').AcDbObjectAttrs> | undefined, ...args: unknown[]) => void;
                            };
                            modelChanged: {
                                addEventListener: (listener: (payload: import('@mlightcad/data-model').AcCmObjectChangedEventArgs<import('@mlightcad/data-model').AcDbObjectAttrs>) => void) => void;
                                removeEventListener: (listener: (payload: import('@mlightcad/data-model').AcCmObjectChangedEventArgs<import('@mlightcad/data-model').AcDbObjectAttrs>) => void) => void;
                                replaceEventListener: (listener: (payload: import('@mlightcad/data-model').AcCmObjectChangedEventArgs<import('@mlightcad/data-model').AcDbObjectAttrs>) => void) => void;
                                dispatch: (payload?: import('@mlightcad/data-model').AcCmObjectChangedEventArgs<import('@mlightcad/data-model').AcDbObjectAttrs> | undefined, ...args: unknown[]) => void;
                            };
                        };
                        get: <A extends string>(key: A) => import('@mlightcad/data-model').AcDbObjectAttrs[A] | undefined;
                        set: {
                            <A extends string>(key: A, val?: import('@mlightcad/data-model').AcDbObjectAttrs[A] | undefined, options?: import('@mlightcad/data-model').AcCmObjectOptions): import('@mlightcad/data-model').AcCmObject<import('@mlightcad/data-model').AcDbObjectAttrs>;
                            (key: Partial<import('@mlightcad/data-model').AcDbObjectAttrs>, options?: import('@mlightcad/data-model').AcCmObjectOptions): import('@mlightcad/data-model').AcCmObject<import('@mlightcad/data-model').AcDbObjectAttrs>;
                        };
                        has: (key: string) => boolean;
                        hasChanged: (key?: string | undefined) => boolean;
                        changedAttributes: (diff?: Partial<import('@mlightcad/data-model').AcDbObjectAttrs> | undefined) => Partial<import('@mlightcad/data-model').AcDbObjectAttrs>;
                        previous: <A extends string>(key: A) => import('@mlightcad/data-model').AcDbObjectAttrs[A] | null | undefined;
                        previousAttributes: () => Partial<import('@mlightcad/data-model').AcDbObjectAttrs>;
                        clone: () => import('@mlightcad/data-model').AcCmObject<import('@mlightcad/data-model').AcDbObjectAttrs>;
                    };
                    getAttr: (attrName: string) => any;
                    getAttrWithoutException: (attrName: string) => any;
                    setAttr: <A extends string>(attrName: A, val?: import('@mlightcad/data-model').AcDbObjectAttrs[A] | undefined) => void;
                    objectId: AcDbObjectId;
                    readonly isTemp: any;
                    ownerId: AcDbObjectId;
                    extensionDictionary: AcDbObjectId | undefined;
                    database: /*elided*/ any;
                    getXData: (appId: string) => import('@mlightcad/data-model').AcDbResultBuffer | undefined;
                    setXData: (resbuf: import('@mlightcad/data-model').AcDbResultBuffer) => void;
                    removeXData: (appId: string) => void;
                    createExtensionDictionary: () => AcDbObjectId | undefined;
                    close: () => void;
                    clone: () => import('@mlightcad/data-model').AcDbViewTable;
                    clonePreservingIdentity: () => import('@mlightcad/data-model').AcDbViewTable;
                    restoreFrom: (snapshot: import('@mlightcad/data-model').AcDbViewTable) => void;
                    dxfOut: (...args: unknown[]) => unknown;
                };
                readonly layerTable: {
                    add: (record: import('@mlightcad/data-model').AcDbLayerTableRecord) => void;
                    readonly numEntries: number;
                    remove: (name: string) => boolean;
                    removeId: (id: AcDbObjectId) => boolean;
                    removeAll: () => void;
                    has: (name: string) => boolean;
                    hasId: (id: string) => boolean;
                    getAt: (name: string) => import('@mlightcad/data-model').AcDbLayerTableRecord | undefined;
                    getIdAt: (id: AcDbObjectId) => import('@mlightcad/data-model').AcDbLayerTableRecord | undefined;
                    getOwnerIdAt: (id: AcDbObjectId) => import('@mlightcad/data-model').AcDbLayerTableRecord | undefined;
                    newIterator: (iterateById?: boolean) => import('@mlightcad/data-model').AcDbObjectIterator<import('@mlightcad/data-model').AcDbLayerTableRecord>;
                    dxfOutFields: (filer: import('@mlightcad/data-model').AcDbDxfFiler) => import('@mlightcad/data-model').AcDbLayerTable;
                    readonly attrs: {
                        attributes: {
                            [x: string]: any;
                            objectId?: AcDbObjectId | undefined;
                            ownerId?: AcDbObjectId | undefined;
                            extensionDictionary?: AcDbObjectId | undefined;
                        };
                        changed: {
                            [x: string]: any;
                            objectId?: AcDbObjectId | undefined;
                            ownerId?: AcDbObjectId | undefined;
                            extensionDictionary?: AcDbObjectId | undefined;
                        };
                        readonly events: {
                            attrChanged: {
                                addEventListener: (listener: (payload: import('@mlightcad/data-model').AcCmObjectAttributeChangedEventArgs<import('@mlightcad/data-model').AcDbObjectAttrs>) => void) => void;
                                removeEventListener: (listener: (payload: import('@mlightcad/data-model').AcCmObjectAttributeChangedEventArgs<import('@mlightcad/data-model').AcDbObjectAttrs>) => void) => void;
                                replaceEventListener: (listener: (payload: import('@mlightcad/data-model').AcCmObjectAttributeChangedEventArgs<import('@mlightcad/data-model').AcDbObjectAttrs>) => void) => void;
                                dispatch: (payload?: import('@mlightcad/data-model').AcCmObjectAttributeChangedEventArgs<import('@mlightcad/data-model').AcDbObjectAttrs> | undefined, ...args: unknown[]) => void;
                            };
                            modelChanged: {
                                addEventListener: (listener: (payload: import('@mlightcad/data-model').AcCmObjectChangedEventArgs<import('@mlightcad/data-model').AcDbObjectAttrs>) => void) => void;
                                removeEventListener: (listener: (payload: import('@mlightcad/data-model').AcCmObjectChangedEventArgs<import('@mlightcad/data-model').AcDbObjectAttrs>) => void) => void;
                                replaceEventListener: (listener: (payload: import('@mlightcad/data-model').AcCmObjectChangedEventArgs<import('@mlightcad/data-model').AcDbObjectAttrs>) => void) => void;
                                dispatch: (payload?: import('@mlightcad/data-model').AcCmObjectChangedEventArgs<import('@mlightcad/data-model').AcDbObjectAttrs> | undefined, ...args: unknown[]) => void;
                            };
                        };
                        get: <A extends string>(key: A) => import('@mlightcad/data-model').AcDbObjectAttrs[A] | undefined;
                        set: {
                            <A extends string>(key: A, val?: import('@mlightcad/data-model').AcDbObjectAttrs[A] | undefined, options?: import('@mlightcad/data-model').AcCmObjectOptions): import('@mlightcad/data-model').AcCmObject<import('@mlightcad/data-model').AcDbObjectAttrs>;
                            (key: Partial<import('@mlightcad/data-model').AcDbObjectAttrs>, options?: import('@mlightcad/data-model').AcCmObjectOptions): import('@mlightcad/data-model').AcCmObject<import('@mlightcad/data-model').AcDbObjectAttrs>;
                        };
                        has: (key: string) => boolean;
                        hasChanged: (key?: string | undefined) => boolean;
                        changedAttributes: (diff?: Partial<import('@mlightcad/data-model').AcDbObjectAttrs> | undefined) => Partial<import('@mlightcad/data-model').AcDbObjectAttrs>;
                        previous: <A extends string>(key: A) => import('@mlightcad/data-model').AcDbObjectAttrs[A] | null | undefined;
                        previousAttributes: () => Partial<import('@mlightcad/data-model').AcDbObjectAttrs>;
                        clone: () => import('@mlightcad/data-model').AcCmObject<import('@mlightcad/data-model').AcDbObjectAttrs>;
                    };
                    getAttr: (attrName: string) => any;
                    getAttrWithoutException: (attrName: string) => any;
                    setAttr: <A extends string>(attrName: A, val?: import('@mlightcad/data-model').AcDbObjectAttrs[A] | undefined) => void;
                    objectId: AcDbObjectId;
                    readonly isTemp: any;
                    ownerId: AcDbObjectId;
                    extensionDictionary: AcDbObjectId | undefined;
                    database: /*elided*/ any;
                    getXData: (appId: string) => import('@mlightcad/data-model').AcDbResultBuffer | undefined;
                    setXData: (resbuf: import('@mlightcad/data-model').AcDbResultBuffer) => void;
                    removeXData: (appId: string) => void;
                    createExtensionDictionary: () => AcDbObjectId | undefined;
                    close: () => void;
                    clone: () => import('@mlightcad/data-model').AcDbLayerTable;
                    clonePreservingIdentity: () => import('@mlightcad/data-model').AcDbLayerTable;
                    restoreFrom: (snapshot: import('@mlightcad/data-model').AcDbLayerTable) => void;
                    dxfOut: (...args: unknown[]) => unknown;
                };
                readonly viewportTable: {
                    getActiveVport: () => import('@mlightcad/data-model').AcDbViewportTableRecord | undefined;
                    getActiveVportBox: (canvasAspectRatio: number, drawingExtents?: import('@mlightcad/data-model').AcGeBox2d) => import('@mlightcad/data-model').AcGeBox2d | undefined;
                    readonly numEntries: number;
                    add: (record: import('@mlightcad/data-model').AcDbViewportTableRecord) => void;
                    remove: (name: string) => boolean;
                    removeId: (id: AcDbObjectId) => boolean;
                    removeAll: () => void;
                    has: (name: string) => boolean;
                    hasId: (id: string) => boolean;
                    getAt: (name: string) => import('@mlightcad/data-model').AcDbViewportTableRecord | undefined;
                    getIdAt: (id: AcDbObjectId) => import('@mlightcad/data-model').AcDbViewportTableRecord | undefined;
                    getOwnerIdAt: (id: AcDbObjectId) => import('@mlightcad/data-model').AcDbViewportTableRecord | undefined;
                    newIterator: (iterateById?: boolean) => import('@mlightcad/data-model').AcDbObjectIterator<import('@mlightcad/data-model').AcDbViewportTableRecord>;
                    dxfOutFields: (filer: import('@mlightcad/data-model').AcDbDxfFiler) => import('@mlightcad/data-model').AcDbViewportTable;
                    readonly attrs: {
                        attributes: {
                            [x: string]: any;
                            objectId?: AcDbObjectId | undefined;
                            ownerId?: AcDbObjectId | undefined;
                            extensionDictionary?: AcDbObjectId | undefined;
                        };
                        changed: {
                            [x: string]: any;
                            objectId?: AcDbObjectId | undefined;
                            ownerId?: AcDbObjectId | undefined;
                            extensionDictionary?: AcDbObjectId | undefined;
                        };
                        readonly events: {
                            attrChanged: {
                                addEventListener: (listener: (payload: import('@mlightcad/data-model').AcCmObjectAttributeChangedEventArgs<import('@mlightcad/data-model').AcDbObjectAttrs>) => void) => void;
                                removeEventListener: (listener: (payload: import('@mlightcad/data-model').AcCmObjectAttributeChangedEventArgs<import('@mlightcad/data-model').AcDbObjectAttrs>) => void) => void;
                                replaceEventListener: (listener: (payload: import('@mlightcad/data-model').AcCmObjectAttributeChangedEventArgs<import('@mlightcad/data-model').AcDbObjectAttrs>) => void) => void;
                                dispatch: (payload?: import('@mlightcad/data-model').AcCmObjectAttributeChangedEventArgs<import('@mlightcad/data-model').AcDbObjectAttrs> | undefined, ...args: unknown[]) => void;
                            };
                            modelChanged: {
                                addEventListener: (listener: (payload: import('@mlightcad/data-model').AcCmObjectChangedEventArgs<import('@mlightcad/data-model').AcDbObjectAttrs>) => void) => void;
                                removeEventListener: (listener: (payload: import('@mlightcad/data-model').AcCmObjectChangedEventArgs<import('@mlightcad/data-model').AcDbObjectAttrs>) => void) => void;
                                replaceEventListener: (listener: (payload: import('@mlightcad/data-model').AcCmObjectChangedEventArgs<import('@mlightcad/data-model').AcDbObjectAttrs>) => void) => void;
                                dispatch: (payload?: import('@mlightcad/data-model').AcCmObjectChangedEventArgs<import('@mlightcad/data-model').AcDbObjectAttrs> | undefined, ...args: unknown[]) => void;
                            };
                        };
                        get: <A extends string>(key: A) => import('@mlightcad/data-model').AcDbObjectAttrs[A] | undefined;
                        set: {
                            <A extends string>(key: A, val?: import('@mlightcad/data-model').AcDbObjectAttrs[A] | undefined, options?: import('@mlightcad/data-model').AcCmObjectOptions): import('@mlightcad/data-model').AcCmObject<import('@mlightcad/data-model').AcDbObjectAttrs>;
                            (key: Partial<import('@mlightcad/data-model').AcDbObjectAttrs>, options?: import('@mlightcad/data-model').AcCmObjectOptions): import('@mlightcad/data-model').AcCmObject<import('@mlightcad/data-model').AcDbObjectAttrs>;
                        };
                        has: (key: string) => boolean;
                        hasChanged: (key?: string | undefined) => boolean;
                        changedAttributes: (diff?: Partial<import('@mlightcad/data-model').AcDbObjectAttrs> | undefined) => Partial<import('@mlightcad/data-model').AcDbObjectAttrs>;
                        previous: <A extends string>(key: A) => import('@mlightcad/data-model').AcDbObjectAttrs[A] | null | undefined;
                        previousAttributes: () => Partial<import('@mlightcad/data-model').AcDbObjectAttrs>;
                        clone: () => import('@mlightcad/data-model').AcCmObject<import('@mlightcad/data-model').AcDbObjectAttrs>;
                    };
                    getAttr: (attrName: string) => any;
                    getAttrWithoutException: (attrName: string) => any;
                    setAttr: <A extends string>(attrName: A, val?: import('@mlightcad/data-model').AcDbObjectAttrs[A] | undefined) => void;
                    objectId: AcDbObjectId;
                    readonly isTemp: any;
                    ownerId: AcDbObjectId;
                    extensionDictionary: AcDbObjectId | undefined;
                    database: /*elided*/ any;
                    getXData: (appId: string) => import('@mlightcad/data-model').AcDbResultBuffer | undefined;
                    setXData: (resbuf: import('@mlightcad/data-model').AcDbResultBuffer) => void;
                    removeXData: (appId: string) => void;
                    createExtensionDictionary: () => AcDbObjectId | undefined;
                    close: () => void;
                    clone: () => import('@mlightcad/data-model').AcDbViewportTable;
                    clonePreservingIdentity: () => import('@mlightcad/data-model').AcDbViewportTable;
                    restoreFrom: (snapshot: import('@mlightcad/data-model').AcDbViewportTable) => void;
                    dxfOut: (...args: unknown[]) => unknown;
                };
            };
            classes: readonly {
                name: string;
                cppClassName: string;
                appName: string;
                proxyFlag: number;
                instanceCount: number;
                wasProxy: boolean;
                isEntity: boolean;
            }[];
            readonly objects: {
                readonly dictionary: {
                    readonly numEntries: number;
                    setAt: (key: string, value: import('@mlightcad/data-model').AcDbDictionary<import('@mlightcad/data-model').AcDbObject<import('@mlightcad/data-model').AcDbObjectAttrs>>) => void;
                    remove: (name: string) => boolean;
                    removeId: (id: string) => boolean;
                    removeAll: () => void;
                    has: (name: string) => boolean;
                    hasId: (id: string) => boolean;
                    getAt: (name: string) => import('@mlightcad/data-model').AcDbDictionary<import('@mlightcad/data-model').AcDbObject<import('@mlightcad/data-model').AcDbObjectAttrs>> | undefined;
                    getIdAt: (id: AcDbObjectId) => import('@mlightcad/data-model').AcDbDictionary<import('@mlightcad/data-model').AcDbObject<import('@mlightcad/data-model').AcDbObjectAttrs>> | undefined;
                    newIterator: () => import('@mlightcad/data-model').AcDbObjectIterator<import('@mlightcad/data-model').AcDbDictionary<import('@mlightcad/data-model').AcDbObject<import('@mlightcad/data-model').AcDbObjectAttrs>>>;
                    entries: () => IterableIterator<[string, import('@mlightcad/data-model').AcDbDictionary<import('@mlightcad/data-model').AcDbObject<import('@mlightcad/data-model').AcDbObjectAttrs>>]>;
                    dxfOutFields: (filer: import('@mlightcad/data-model').AcDbDxfFiler) => import('@mlightcad/data-model').AcDbDictionary<import('@mlightcad/data-model').AcDbDictionary<import('@mlightcad/data-model').AcDbObject<import('@mlightcad/data-model').AcDbObjectAttrs>>>;
                    readonly attrs: {
                        attributes: {
                            [x: string]: any;
                            objectId?: AcDbObjectId | undefined;
                            ownerId?: AcDbObjectId | undefined;
                            extensionDictionary?: AcDbObjectId | undefined;
                        };
                        changed: {
                            [x: string]: any;
                            objectId?: AcDbObjectId | undefined;
                            ownerId?: AcDbObjectId | undefined;
                            extensionDictionary?: AcDbObjectId | undefined;
                        };
                        readonly events: {
                            attrChanged: {
                                addEventListener: (listener: (payload: import('@mlightcad/data-model').AcCmObjectAttributeChangedEventArgs<import('@mlightcad/data-model').AcDbObjectAttrs>) => void) => void;
                                removeEventListener: (listener: (payload: import('@mlightcad/data-model').AcCmObjectAttributeChangedEventArgs<import('@mlightcad/data-model').AcDbObjectAttrs>) => void) => void;
                                replaceEventListener: (listener: (payload: import('@mlightcad/data-model').AcCmObjectAttributeChangedEventArgs<import('@mlightcad/data-model').AcDbObjectAttrs>) => void) => void;
                                dispatch: (payload?: import('@mlightcad/data-model').AcCmObjectAttributeChangedEventArgs<import('@mlightcad/data-model').AcDbObjectAttrs> | undefined, ...args: unknown[]) => void;
                            };
                            modelChanged: {
                                addEventListener: (listener: (payload: import('@mlightcad/data-model').AcCmObjectChangedEventArgs<import('@mlightcad/data-model').AcDbObjectAttrs>) => void) => void;
                                removeEventListener: (listener: (payload: import('@mlightcad/data-model').AcCmObjectChangedEventArgs<import('@mlightcad/data-model').AcDbObjectAttrs>) => void) => void;
                                replaceEventListener: (listener: (payload: import('@mlightcad/data-model').AcCmObjectChangedEventArgs<import('@mlightcad/data-model').AcDbObjectAttrs>) => void) => void;
                                dispatch: (payload?: import('@mlightcad/data-model').AcCmObjectChangedEventArgs<import('@mlightcad/data-model').AcDbObjectAttrs> | undefined, ...args: unknown[]) => void;
                            };
                        };
                        get: <A extends string>(key: A) => import('@mlightcad/data-model').AcDbObjectAttrs[A] | undefined;
                        set: {
                            <A extends string>(key: A, val?: import('@mlightcad/data-model').AcDbObjectAttrs[A] | undefined, options?: import('@mlightcad/data-model').AcCmObjectOptions): import('@mlightcad/data-model').AcCmObject<import('@mlightcad/data-model').AcDbObjectAttrs>;
                            (key: Partial<import('@mlightcad/data-model').AcDbObjectAttrs>, options?: import('@mlightcad/data-model').AcCmObjectOptions): import('@mlightcad/data-model').AcCmObject<import('@mlightcad/data-model').AcDbObjectAttrs>;
                        };
                        has: (key: string) => boolean;
                        hasChanged: (key?: string | undefined) => boolean;
                        changedAttributes: (diff?: Partial<import('@mlightcad/data-model').AcDbObjectAttrs> | undefined) => Partial<import('@mlightcad/data-model').AcDbObjectAttrs>;
                        previous: <A extends string>(key: A) => import('@mlightcad/data-model').AcDbObjectAttrs[A] | null | undefined;
                        previousAttributes: () => Partial<import('@mlightcad/data-model').AcDbObjectAttrs>;
                        clone: () => import('@mlightcad/data-model').AcCmObject<import('@mlightcad/data-model').AcDbObjectAttrs>;
                    };
                    getAttr: (attrName: string) => any;
                    getAttrWithoutException: (attrName: string) => any;
                    setAttr: <A extends string>(attrName: A, val?: import('@mlightcad/data-model').AcDbObjectAttrs[A] | undefined) => void;
                    objectId: AcDbObjectId;
                    readonly isTemp: any;
                    ownerId: AcDbObjectId;
                    extensionDictionary: AcDbObjectId | undefined;
                    database: /*elided*/ any;
                    getXData: (appId: string) => import('@mlightcad/data-model').AcDbResultBuffer | undefined;
                    setXData: (resbuf: import('@mlightcad/data-model').AcDbResultBuffer) => void;
                    removeXData: (appId: string) => void;
                    createExtensionDictionary: () => AcDbObjectId | undefined;
                    close: () => void;
                    clone: () => import('@mlightcad/data-model').AcDbDictionary<import('@mlightcad/data-model').AcDbDictionary<import('@mlightcad/data-model').AcDbObject<import('@mlightcad/data-model').AcDbObjectAttrs>>>;
                    clonePreservingIdentity: () => import('@mlightcad/data-model').AcDbDictionary<import('@mlightcad/data-model').AcDbDictionary<import('@mlightcad/data-model').AcDbObject<import('@mlightcad/data-model').AcDbObjectAttrs>>>;
                    restoreFrom: (snapshot: import('@mlightcad/data-model').AcDbDictionary<import('@mlightcad/data-model').AcDbDictionary<import('@mlightcad/data-model').AcDbObject<import('@mlightcad/data-model').AcDbObjectAttrs>>>) => void;
                    dxfOut: (...args: unknown[]) => unknown;
                };
                readonly imageDefinition: {
                    readonly numEntries: number;
                    setAt: (key: string, value: import('@mlightcad/data-model').AcDbRasterImageDef) => void;
                    remove: (name: string) => boolean;
                    removeId: (id: string) => boolean;
                    removeAll: () => void;
                    has: (name: string) => boolean;
                    hasId: (id: string) => boolean;
                    getAt: (name: string) => import('@mlightcad/data-model').AcDbRasterImageDef | undefined;
                    getIdAt: (id: AcDbObjectId) => import('@mlightcad/data-model').AcDbRasterImageDef | undefined;
                    newIterator: () => import('@mlightcad/data-model').AcDbObjectIterator<import('@mlightcad/data-model').AcDbRasterImageDef>;
                    entries: () => IterableIterator<[string, import('@mlightcad/data-model').AcDbRasterImageDef]>;
                    dxfOutFields: (filer: import('@mlightcad/data-model').AcDbDxfFiler) => import('@mlightcad/data-model').AcDbDictionary<import('@mlightcad/data-model').AcDbRasterImageDef>;
                    readonly attrs: {
                        attributes: {
                            [x: string]: any;
                            objectId?: AcDbObjectId | undefined;
                            ownerId?: AcDbObjectId | undefined;
                            extensionDictionary?: AcDbObjectId | undefined;
                        };
                        changed: {
                            [x: string]: any;
                            objectId?: AcDbObjectId | undefined;
                            ownerId?: AcDbObjectId | undefined;
                            extensionDictionary?: AcDbObjectId | undefined;
                        };
                        readonly events: {
                            attrChanged: {
                                addEventListener: (listener: (payload: import('@mlightcad/data-model').AcCmObjectAttributeChangedEventArgs<import('@mlightcad/data-model').AcDbObjectAttrs>) => void) => void;
                                removeEventListener: (listener: (payload: import('@mlightcad/data-model').AcCmObjectAttributeChangedEventArgs<import('@mlightcad/data-model').AcDbObjectAttrs>) => void) => void;
                                replaceEventListener: (listener: (payload: import('@mlightcad/data-model').AcCmObjectAttributeChangedEventArgs<import('@mlightcad/data-model').AcDbObjectAttrs>) => void) => void;
                                dispatch: (payload?: import('@mlightcad/data-model').AcCmObjectAttributeChangedEventArgs<import('@mlightcad/data-model').AcDbObjectAttrs> | undefined, ...args: unknown[]) => void;
                            };
                            modelChanged: {
                                addEventListener: (listener: (payload: import('@mlightcad/data-model').AcCmObjectChangedEventArgs<import('@mlightcad/data-model').AcDbObjectAttrs>) => void) => void;
                                removeEventListener: (listener: (payload: import('@mlightcad/data-model').AcCmObjectChangedEventArgs<import('@mlightcad/data-model').AcDbObjectAttrs>) => void) => void;
                                replaceEventListener: (listener: (payload: import('@mlightcad/data-model').AcCmObjectChangedEventArgs<import('@mlightcad/data-model').AcDbObjectAttrs>) => void) => void;
                                dispatch: (payload?: import('@mlightcad/data-model').AcCmObjectChangedEventArgs<import('@mlightcad/data-model').AcDbObjectAttrs> | undefined, ...args: unknown[]) => void;
                            };
                        };
                        get: <A extends string>(key: A) => import('@mlightcad/data-model').AcDbObjectAttrs[A] | undefined;
                        set: {
                            <A extends string>(key: A, val?: import('@mlightcad/data-model').AcDbObjectAttrs[A] | undefined, options?: import('@mlightcad/data-model').AcCmObjectOptions): import('@mlightcad/data-model').AcCmObject<import('@mlightcad/data-model').AcDbObjectAttrs>;
                            (key: Partial<import('@mlightcad/data-model').AcDbObjectAttrs>, options?: import('@mlightcad/data-model').AcCmObjectOptions): import('@mlightcad/data-model').AcCmObject<import('@mlightcad/data-model').AcDbObjectAttrs>;
                        };
                        has: (key: string) => boolean;
                        hasChanged: (key?: string | undefined) => boolean;
                        changedAttributes: (diff?: Partial<import('@mlightcad/data-model').AcDbObjectAttrs> | undefined) => Partial<import('@mlightcad/data-model').AcDbObjectAttrs>;
                        previous: <A extends string>(key: A) => import('@mlightcad/data-model').AcDbObjectAttrs[A] | null | undefined;
                        previousAttributes: () => Partial<import('@mlightcad/data-model').AcDbObjectAttrs>;
                        clone: () => import('@mlightcad/data-model').AcCmObject<import('@mlightcad/data-model').AcDbObjectAttrs>;
                    };
                    getAttr: (attrName: string) => any;
                    getAttrWithoutException: (attrName: string) => any;
                    setAttr: <A extends string>(attrName: A, val?: import('@mlightcad/data-model').AcDbObjectAttrs[A] | undefined) => void;
                    objectId: AcDbObjectId;
                    readonly isTemp: any;
                    ownerId: AcDbObjectId;
                    extensionDictionary: AcDbObjectId | undefined;
                    database: /*elided*/ any;
                    getXData: (appId: string) => import('@mlightcad/data-model').AcDbResultBuffer | undefined;
                    setXData: (resbuf: import('@mlightcad/data-model').AcDbResultBuffer) => void;
                    removeXData: (appId: string) => void;
                    createExtensionDictionary: () => AcDbObjectId | undefined;
                    close: () => void;
                    clone: () => import('@mlightcad/data-model').AcDbDictionary<import('@mlightcad/data-model').AcDbRasterImageDef>;
                    clonePreservingIdentity: () => import('@mlightcad/data-model').AcDbDictionary<import('@mlightcad/data-model').AcDbRasterImageDef>;
                    restoreFrom: (snapshot: import('@mlightcad/data-model').AcDbDictionary<import('@mlightcad/data-model').AcDbRasterImageDef>) => void;
                    dxfOut: (...args: unknown[]) => unknown;
                };
                readonly layerFilter: {
                    readonly numEntries: number;
                    setAt: (key: string, value: import('@mlightcad/data-model').AcDbLayerFilter) => void;
                    remove: (name: string) => boolean;
                    removeId: (id: string) => boolean;
                    removeAll: () => void;
                    has: (name: string) => boolean;
                    hasId: (id: string) => boolean;
                    getAt: (name: string) => import('@mlightcad/data-model').AcDbLayerFilter | undefined;
                    getIdAt: (id: AcDbObjectId) => import('@mlightcad/data-model').AcDbLayerFilter | undefined;
                    newIterator: () => import('@mlightcad/data-model').AcDbObjectIterator<import('@mlightcad/data-model').AcDbLayerFilter>;
                    entries: () => IterableIterator<[string, import('@mlightcad/data-model').AcDbLayerFilter]>;
                    dxfOutFields: (filer: import('@mlightcad/data-model').AcDbDxfFiler) => import('@mlightcad/data-model').AcDbDictionary<import('@mlightcad/data-model').AcDbLayerFilter>;
                    readonly attrs: {
                        attributes: {
                            [x: string]: any;
                            objectId?: AcDbObjectId | undefined;
                            ownerId?: AcDbObjectId | undefined;
                            extensionDictionary?: AcDbObjectId | undefined;
                        };
                        changed: {
                            [x: string]: any;
                            objectId?: AcDbObjectId | undefined;
                            ownerId?: AcDbObjectId | undefined;
                            extensionDictionary?: AcDbObjectId | undefined;
                        };
                        readonly events: {
                            attrChanged: {
                                addEventListener: (listener: (payload: import('@mlightcad/data-model').AcCmObjectAttributeChangedEventArgs<import('@mlightcad/data-model').AcDbObjectAttrs>) => void) => void;
                                removeEventListener: (listener: (payload: import('@mlightcad/data-model').AcCmObjectAttributeChangedEventArgs<import('@mlightcad/data-model').AcDbObjectAttrs>) => void) => void;
                                replaceEventListener: (listener: (payload: import('@mlightcad/data-model').AcCmObjectAttributeChangedEventArgs<import('@mlightcad/data-model').AcDbObjectAttrs>) => void) => void;
                                dispatch: (payload?: import('@mlightcad/data-model').AcCmObjectAttributeChangedEventArgs<import('@mlightcad/data-model').AcDbObjectAttrs> | undefined, ...args: unknown[]) => void;
                            };
                            modelChanged: {
                                addEventListener: (listener: (payload: import('@mlightcad/data-model').AcCmObjectChangedEventArgs<import('@mlightcad/data-model').AcDbObjectAttrs>) => void) => void;
                                removeEventListener: (listener: (payload: import('@mlightcad/data-model').AcCmObjectChangedEventArgs<import('@mlightcad/data-model').AcDbObjectAttrs>) => void) => void;
                                replaceEventListener: (listener: (payload: import('@mlightcad/data-model').AcCmObjectChangedEventArgs<import('@mlightcad/data-model').AcDbObjectAttrs>) => void) => void;
                                dispatch: (payload?: import('@mlightcad/data-model').AcCmObjectChangedEventArgs<import('@mlightcad/data-model').AcDbObjectAttrs> | undefined, ...args: unknown[]) => void;
                            };
                        };
                        get: <A extends string>(key: A) => import('@mlightcad/data-model').AcDbObjectAttrs[A] | undefined;
                        set: {
                            <A extends string>(key: A, val?: import('@mlightcad/data-model').AcDbObjectAttrs[A] | undefined, options?: import('@mlightcad/data-model').AcCmObjectOptions): import('@mlightcad/data-model').AcCmObject<import('@mlightcad/data-model').AcDbObjectAttrs>;
                            (key: Partial<import('@mlightcad/data-model').AcDbObjectAttrs>, options?: import('@mlightcad/data-model').AcCmObjectOptions): import('@mlightcad/data-model').AcCmObject<import('@mlightcad/data-model').AcDbObjectAttrs>;
                        };
                        has: (key: string) => boolean;
                        hasChanged: (key?: string | undefined) => boolean;
                        changedAttributes: (diff?: Partial<import('@mlightcad/data-model').AcDbObjectAttrs> | undefined) => Partial<import('@mlightcad/data-model').AcDbObjectAttrs>;
                        previous: <A extends string>(key: A) => import('@mlightcad/data-model').AcDbObjectAttrs[A] | null | undefined;
                        previousAttributes: () => Partial<import('@mlightcad/data-model').AcDbObjectAttrs>;
                        clone: () => import('@mlightcad/data-model').AcCmObject<import('@mlightcad/data-model').AcDbObjectAttrs>;
                    };
                    getAttr: (attrName: string) => any;
                    getAttrWithoutException: (attrName: string) => any;
                    setAttr: <A extends string>(attrName: A, val?: import('@mlightcad/data-model').AcDbObjectAttrs[A] | undefined) => void;
                    objectId: AcDbObjectId;
                    readonly isTemp: any;
                    ownerId: AcDbObjectId;
                    extensionDictionary: AcDbObjectId | undefined;
                    database: /*elided*/ any;
                    getXData: (appId: string) => import('@mlightcad/data-model').AcDbResultBuffer | undefined;
                    setXData: (resbuf: import('@mlightcad/data-model').AcDbResultBuffer) => void;
                    removeXData: (appId: string) => void;
                    createExtensionDictionary: () => AcDbObjectId | undefined;
                    close: () => void;
                    clone: () => import('@mlightcad/data-model').AcDbDictionary<import('@mlightcad/data-model').AcDbLayerFilter>;
                    clonePreservingIdentity: () => import('@mlightcad/data-model').AcDbDictionary<import('@mlightcad/data-model').AcDbLayerFilter>;
                    restoreFrom: (snapshot: import('@mlightcad/data-model').AcDbDictionary<import('@mlightcad/data-model').AcDbLayerFilter>) => void;
                    dxfOut: (...args: unknown[]) => unknown;
                };
                readonly layerIndex: {
                    readonly numEntries: number;
                    setAt: (key: string, value: import('@mlightcad/data-model').AcDbLayerIndex) => void;
                    remove: (name: string) => boolean;
                    removeId: (id: string) => boolean;
                    removeAll: () => void;
                    has: (name: string) => boolean;
                    hasId: (id: string) => boolean;
                    getAt: (name: string) => import('@mlightcad/data-model').AcDbLayerIndex | undefined;
                    getIdAt: (id: AcDbObjectId) => import('@mlightcad/data-model').AcDbLayerIndex | undefined;
                    newIterator: () => import('@mlightcad/data-model').AcDbObjectIterator<import('@mlightcad/data-model').AcDbLayerIndex>;
                    entries: () => IterableIterator<[string, import('@mlightcad/data-model').AcDbLayerIndex]>;
                    dxfOutFields: (filer: import('@mlightcad/data-model').AcDbDxfFiler) => import('@mlightcad/data-model').AcDbDictionary<import('@mlightcad/data-model').AcDbLayerIndex>;
                    readonly attrs: {
                        attributes: {
                            [x: string]: any;
                            objectId?: AcDbObjectId | undefined;
                            ownerId?: AcDbObjectId | undefined;
                            extensionDictionary?: AcDbObjectId | undefined;
                        };
                        changed: {
                            [x: string]: any;
                            objectId?: AcDbObjectId | undefined;
                            ownerId?: AcDbObjectId | undefined;
                            extensionDictionary?: AcDbObjectId | undefined;
                        };
                        readonly events: {
                            attrChanged: {
                                addEventListener: (listener: (payload: import('@mlightcad/data-model').AcCmObjectAttributeChangedEventArgs<import('@mlightcad/data-model').AcDbObjectAttrs>) => void) => void;
                                removeEventListener: (listener: (payload: import('@mlightcad/data-model').AcCmObjectAttributeChangedEventArgs<import('@mlightcad/data-model').AcDbObjectAttrs>) => void) => void;
                                replaceEventListener: (listener: (payload: import('@mlightcad/data-model').AcCmObjectAttributeChangedEventArgs<import('@mlightcad/data-model').AcDbObjectAttrs>) => void) => void;
                                dispatch: (payload?: import('@mlightcad/data-model').AcCmObjectAttributeChangedEventArgs<import('@mlightcad/data-model').AcDbObjectAttrs> | undefined, ...args: unknown[]) => void;
                            };
                            modelChanged: {
                                addEventListener: (listener: (payload: import('@mlightcad/data-model').AcCmObjectChangedEventArgs<import('@mlightcad/data-model').AcDbObjectAttrs>) => void) => void;
                                removeEventListener: (listener: (payload: import('@mlightcad/data-model').AcCmObjectChangedEventArgs<import('@mlightcad/data-model').AcDbObjectAttrs>) => void) => void;
                                replaceEventListener: (listener: (payload: import('@mlightcad/data-model').AcCmObjectChangedEventArgs<import('@mlightcad/data-model').AcDbObjectAttrs>) => void) => void;
                                dispatch: (payload?: import('@mlightcad/data-model').AcCmObjectChangedEventArgs<import('@mlightcad/data-model').AcDbObjectAttrs> | undefined, ...args: unknown[]) => void;
                            };
                        };
                        get: <A extends string>(key: A) => import('@mlightcad/data-model').AcDbObjectAttrs[A] | undefined;
                        set: {
                            <A extends string>(key: A, val?: import('@mlightcad/data-model').AcDbObjectAttrs[A] | undefined, options?: import('@mlightcad/data-model').AcCmObjectOptions): import('@mlightcad/data-model').AcCmObject<import('@mlightcad/data-model').AcDbObjectAttrs>;
                            (key: Partial<import('@mlightcad/data-model').AcDbObjectAttrs>, options?: import('@mlightcad/data-model').AcCmObjectOptions): import('@mlightcad/data-model').AcCmObject<import('@mlightcad/data-model').AcDbObjectAttrs>;
                        };
                        has: (key: string) => boolean;
                        hasChanged: (key?: string | undefined) => boolean;
                        changedAttributes: (diff?: Partial<import('@mlightcad/data-model').AcDbObjectAttrs> | undefined) => Partial<import('@mlightcad/data-model').AcDbObjectAttrs>;
                        previous: <A extends string>(key: A) => import('@mlightcad/data-model').AcDbObjectAttrs[A] | null | undefined;
                        previousAttributes: () => Partial<import('@mlightcad/data-model').AcDbObjectAttrs>;
                        clone: () => import('@mlightcad/data-model').AcCmObject<import('@mlightcad/data-model').AcDbObjectAttrs>;
                    };
                    getAttr: (attrName: string) => any;
                    getAttrWithoutException: (attrName: string) => any;
                    setAttr: <A extends string>(attrName: A, val?: import('@mlightcad/data-model').AcDbObjectAttrs[A] | undefined) => void;
                    objectId: AcDbObjectId;
                    readonly isTemp: any;
                    ownerId: AcDbObjectId;
                    extensionDictionary: AcDbObjectId | undefined;
                    database: /*elided*/ any;
                    getXData: (appId: string) => import('@mlightcad/data-model').AcDbResultBuffer | undefined;
                    setXData: (resbuf: import('@mlightcad/data-model').AcDbResultBuffer) => void;
                    removeXData: (appId: string) => void;
                    createExtensionDictionary: () => AcDbObjectId | undefined;
                    close: () => void;
                    clone: () => import('@mlightcad/data-model').AcDbDictionary<import('@mlightcad/data-model').AcDbLayerIndex>;
                    clonePreservingIdentity: () => import('@mlightcad/data-model').AcDbDictionary<import('@mlightcad/data-model').AcDbLayerIndex>;
                    restoreFrom: (snapshot: import('@mlightcad/data-model').AcDbDictionary<import('@mlightcad/data-model').AcDbLayerIndex>) => void;
                    dxfOut: (...args: unknown[]) => unknown;
                };
                readonly layout: {
                    getBtrIdAt: (id: AcDbObjectId) => import('@mlightcad/data-model').AcDbLayout | undefined;
                    readonly maxTabOrder: number;
                    readonly numEntries: number;
                    setAt: (key: string, value: import('@mlightcad/data-model').AcDbLayout) => void;
                    remove: (name: string) => boolean;
                    removeId: (id: string) => boolean;
                    removeAll: () => void;
                    has: (name: string) => boolean;
                    hasId: (id: string) => boolean;
                    getAt: (name: string) => import('@mlightcad/data-model').AcDbLayout | undefined;
                    getIdAt: (id: AcDbObjectId) => import('@mlightcad/data-model').AcDbLayout | undefined;
                    newIterator: () => import('@mlightcad/data-model').AcDbObjectIterator<import('@mlightcad/data-model').AcDbLayout>;
                    entries: () => IterableIterator<[string, import('@mlightcad/data-model').AcDbLayout]>;
                    dxfOutFields: (filer: import('@mlightcad/data-model').AcDbDxfFiler) => import('@mlightcad/data-model').AcDbLayoutDictionary;
                    readonly attrs: {
                        attributes: {
                            [x: string]: any;
                            objectId?: AcDbObjectId | undefined;
                            ownerId?: AcDbObjectId | undefined;
                            extensionDictionary?: AcDbObjectId | undefined;
                        };
                        changed: {
                            [x: string]: any;
                            objectId?: AcDbObjectId | undefined;
                            ownerId?: AcDbObjectId | undefined;
                            extensionDictionary?: AcDbObjectId | undefined;
                        };
                        readonly events: {
                            attrChanged: {
                                addEventListener: (listener: (payload: import('@mlightcad/data-model').AcCmObjectAttributeChangedEventArgs<import('@mlightcad/data-model').AcDbObjectAttrs>) => void) => void;
                                removeEventListener: (listener: (payload: import('@mlightcad/data-model').AcCmObjectAttributeChangedEventArgs<import('@mlightcad/data-model').AcDbObjectAttrs>) => void) => void;
                                replaceEventListener: (listener: (payload: import('@mlightcad/data-model').AcCmObjectAttributeChangedEventArgs<import('@mlightcad/data-model').AcDbObjectAttrs>) => void) => void;
                                dispatch: (payload?: import('@mlightcad/data-model').AcCmObjectAttributeChangedEventArgs<import('@mlightcad/data-model').AcDbObjectAttrs> | undefined, ...args: unknown[]) => void;
                            };
                            modelChanged: {
                                addEventListener: (listener: (payload: import('@mlightcad/data-model').AcCmObjectChangedEventArgs<import('@mlightcad/data-model').AcDbObjectAttrs>) => void) => void;
                                removeEventListener: (listener: (payload: import('@mlightcad/data-model').AcCmObjectChangedEventArgs<import('@mlightcad/data-model').AcDbObjectAttrs>) => void) => void;
                                replaceEventListener: (listener: (payload: import('@mlightcad/data-model').AcCmObjectChangedEventArgs<import('@mlightcad/data-model').AcDbObjectAttrs>) => void) => void;
                                dispatch: (payload?: import('@mlightcad/data-model').AcCmObjectChangedEventArgs<import('@mlightcad/data-model').AcDbObjectAttrs> | undefined, ...args: unknown[]) => void;
                            };
                        };
                        get: <A extends string>(key: A) => import('@mlightcad/data-model').AcDbObjectAttrs[A] | undefined;
                        set: {
                            <A extends string>(key: A, val?: import('@mlightcad/data-model').AcDbObjectAttrs[A] | undefined, options?: import('@mlightcad/data-model').AcCmObjectOptions): import('@mlightcad/data-model').AcCmObject<import('@mlightcad/data-model').AcDbObjectAttrs>;
                            (key: Partial<import('@mlightcad/data-model').AcDbObjectAttrs>, options?: import('@mlightcad/data-model').AcCmObjectOptions): import('@mlightcad/data-model').AcCmObject<import('@mlightcad/data-model').AcDbObjectAttrs>;
                        };
                        has: (key: string) => boolean;
                        hasChanged: (key?: string | undefined) => boolean;
                        changedAttributes: (diff?: Partial<import('@mlightcad/data-model').AcDbObjectAttrs> | undefined) => Partial<import('@mlightcad/data-model').AcDbObjectAttrs>;
                        previous: <A extends string>(key: A) => import('@mlightcad/data-model').AcDbObjectAttrs[A] | null | undefined;
                        previousAttributes: () => Partial<import('@mlightcad/data-model').AcDbObjectAttrs>;
                        clone: () => import('@mlightcad/data-model').AcCmObject<import('@mlightcad/data-model').AcDbObjectAttrs>;
                    };
                    getAttr: (attrName: string) => any;
                    getAttrWithoutException: (attrName: string) => any;
                    setAttr: <A extends string>(attrName: A, val?: import('@mlightcad/data-model').AcDbObjectAttrs[A] | undefined) => void;
                    objectId: AcDbObjectId;
                    readonly isTemp: any;
                    ownerId: AcDbObjectId;
                    extensionDictionary: AcDbObjectId | undefined;
                    database: /*elided*/ any;
                    getXData: (appId: string) => import('@mlightcad/data-model').AcDbResultBuffer | undefined;
                    setXData: (resbuf: import('@mlightcad/data-model').AcDbResultBuffer) => void;
                    removeXData: (appId: string) => void;
                    createExtensionDictionary: () => AcDbObjectId | undefined;
                    close: () => void;
                    clone: () => import('@mlightcad/data-model').AcDbLayoutDictionary;
                    clonePreservingIdentity: () => import('@mlightcad/data-model').AcDbLayoutDictionary;
                    restoreFrom: (snapshot: import('@mlightcad/data-model').AcDbLayoutDictionary) => void;
                    dxfOut: (...args: unknown[]) => unknown;
                };
                readonly mleaderStyle: {
                    readonly numEntries: number;
                    setAt: (key: string, value: import('@mlightcad/data-model').AcDbMLeaderStyle) => void;
                    remove: (name: string) => boolean;
                    removeId: (id: string) => boolean;
                    removeAll: () => void;
                    has: (name: string) => boolean;
                    hasId: (id: string) => boolean;
                    getAt: (name: string) => import('@mlightcad/data-model').AcDbMLeaderStyle | undefined;
                    getIdAt: (id: AcDbObjectId) => import('@mlightcad/data-model').AcDbMLeaderStyle | undefined;
                    newIterator: () => import('@mlightcad/data-model').AcDbObjectIterator<import('@mlightcad/data-model').AcDbMLeaderStyle>;
                    entries: () => IterableIterator<[string, import('@mlightcad/data-model').AcDbMLeaderStyle]>;
                    dxfOutFields: (filer: import('@mlightcad/data-model').AcDbDxfFiler) => import('@mlightcad/data-model').AcDbDictionary<import('@mlightcad/data-model').AcDbMLeaderStyle>;
                    readonly attrs: {
                        attributes: {
                            [x: string]: any;
                            objectId?: AcDbObjectId | undefined;
                            ownerId?: AcDbObjectId | undefined;
                            extensionDictionary?: AcDbObjectId | undefined;
                        };
                        changed: {
                            [x: string]: any;
                            objectId?: AcDbObjectId | undefined;
                            ownerId?: AcDbObjectId | undefined;
                            extensionDictionary?: AcDbObjectId | undefined;
                        };
                        readonly events: {
                            attrChanged: {
                                addEventListener: (listener: (payload: import('@mlightcad/data-model').AcCmObjectAttributeChangedEventArgs<import('@mlightcad/data-model').AcDbObjectAttrs>) => void) => void;
                                removeEventListener: (listener: (payload: import('@mlightcad/data-model').AcCmObjectAttributeChangedEventArgs<import('@mlightcad/data-model').AcDbObjectAttrs>) => void) => void;
                                replaceEventListener: (listener: (payload: import('@mlightcad/data-model').AcCmObjectAttributeChangedEventArgs<import('@mlightcad/data-model').AcDbObjectAttrs>) => void) => void;
                                dispatch: (payload?: import('@mlightcad/data-model').AcCmObjectAttributeChangedEventArgs<import('@mlightcad/data-model').AcDbObjectAttrs> | undefined, ...args: unknown[]) => void;
                            };
                            modelChanged: {
                                addEventListener: (listener: (payload: import('@mlightcad/data-model').AcCmObjectChangedEventArgs<import('@mlightcad/data-model').AcDbObjectAttrs>) => void) => void;
                                removeEventListener: (listener: (payload: import('@mlightcad/data-model').AcCmObjectChangedEventArgs<import('@mlightcad/data-model').AcDbObjectAttrs>) => void) => void;
                                replaceEventListener: (listener: (payload: import('@mlightcad/data-model').AcCmObjectChangedEventArgs<import('@mlightcad/data-model').AcDbObjectAttrs>) => void) => void;
                                dispatch: (payload?: import('@mlightcad/data-model').AcCmObjectChangedEventArgs<import('@mlightcad/data-model').AcDbObjectAttrs> | undefined, ...args: unknown[]) => void;
                            };
                        };
                        get: <A extends string>(key: A) => import('@mlightcad/data-model').AcDbObjectAttrs[A] | undefined;
                        set: {
                            <A extends string>(key: A, val?: import('@mlightcad/data-model').AcDbObjectAttrs[A] | undefined, options?: import('@mlightcad/data-model').AcCmObjectOptions): import('@mlightcad/data-model').AcCmObject<import('@mlightcad/data-model').AcDbObjectAttrs>;
                            (key: Partial<import('@mlightcad/data-model').AcDbObjectAttrs>, options?: import('@mlightcad/data-model').AcCmObjectOptions): import('@mlightcad/data-model').AcCmObject<import('@mlightcad/data-model').AcDbObjectAttrs>;
                        };
                        has: (key: string) => boolean;
                        hasChanged: (key?: string | undefined) => boolean;
                        changedAttributes: (diff?: Partial<import('@mlightcad/data-model').AcDbObjectAttrs> | undefined) => Partial<import('@mlightcad/data-model').AcDbObjectAttrs>;
                        previous: <A extends string>(key: A) => import('@mlightcad/data-model').AcDbObjectAttrs[A] | null | undefined;
                        previousAttributes: () => Partial<import('@mlightcad/data-model').AcDbObjectAttrs>;
                        clone: () => import('@mlightcad/data-model').AcCmObject<import('@mlightcad/data-model').AcDbObjectAttrs>;
                    };
                    getAttr: (attrName: string) => any;
                    getAttrWithoutException: (attrName: string) => any;
                    setAttr: <A extends string>(attrName: A, val?: import('@mlightcad/data-model').AcDbObjectAttrs[A] | undefined) => void;
                    objectId: AcDbObjectId;
                    readonly isTemp: any;
                    ownerId: AcDbObjectId;
                    extensionDictionary: AcDbObjectId | undefined;
                    database: /*elided*/ any;
                    getXData: (appId: string) => import('@mlightcad/data-model').AcDbResultBuffer | undefined;
                    setXData: (resbuf: import('@mlightcad/data-model').AcDbResultBuffer) => void;
                    removeXData: (appId: string) => void;
                    createExtensionDictionary: () => AcDbObjectId | undefined;
                    close: () => void;
                    clone: () => import('@mlightcad/data-model').AcDbDictionary<import('@mlightcad/data-model').AcDbMLeaderStyle>;
                    clonePreservingIdentity: () => import('@mlightcad/data-model').AcDbDictionary<import('@mlightcad/data-model').AcDbMLeaderStyle>;
                    restoreFrom: (snapshot: import('@mlightcad/data-model').AcDbDictionary<import('@mlightcad/data-model').AcDbMLeaderStyle>) => void;
                    dxfOut: (...args: unknown[]) => unknown;
                };
                readonly mlineStyle: {
                    readonly numEntries: number;
                    setAt: (key: string, value: import('@mlightcad/data-model').AcDbMlineStyle) => void;
                    remove: (name: string) => boolean;
                    removeId: (id: string) => boolean;
                    removeAll: () => void;
                    has: (name: string) => boolean;
                    hasId: (id: string) => boolean;
                    getAt: (name: string) => import('@mlightcad/data-model').AcDbMlineStyle | undefined;
                    getIdAt: (id: AcDbObjectId) => import('@mlightcad/data-model').AcDbMlineStyle | undefined;
                    newIterator: () => import('@mlightcad/data-model').AcDbObjectIterator<import('@mlightcad/data-model').AcDbMlineStyle>;
                    entries: () => IterableIterator<[string, import('@mlightcad/data-model').AcDbMlineStyle]>;
                    dxfOutFields: (filer: import('@mlightcad/data-model').AcDbDxfFiler) => import('@mlightcad/data-model').AcDbDictionary<import('@mlightcad/data-model').AcDbMlineStyle>;
                    readonly attrs: {
                        attributes: {
                            [x: string]: any;
                            objectId?: AcDbObjectId | undefined;
                            ownerId?: AcDbObjectId | undefined;
                            extensionDictionary?: AcDbObjectId | undefined;
                        };
                        changed: {
                            [x: string]: any;
                            objectId?: AcDbObjectId | undefined;
                            ownerId?: AcDbObjectId | undefined;
                            extensionDictionary?: AcDbObjectId | undefined;
                        };
                        readonly events: {
                            attrChanged: {
                                addEventListener: (listener: (payload: import('@mlightcad/data-model').AcCmObjectAttributeChangedEventArgs<import('@mlightcad/data-model').AcDbObjectAttrs>) => void) => void;
                                removeEventListener: (listener: (payload: import('@mlightcad/data-model').AcCmObjectAttributeChangedEventArgs<import('@mlightcad/data-model').AcDbObjectAttrs>) => void) => void;
                                replaceEventListener: (listener: (payload: import('@mlightcad/data-model').AcCmObjectAttributeChangedEventArgs<import('@mlightcad/data-model').AcDbObjectAttrs>) => void) => void;
                                dispatch: (payload?: import('@mlightcad/data-model').AcCmObjectAttributeChangedEventArgs<import('@mlightcad/data-model').AcDbObjectAttrs> | undefined, ...args: unknown[]) => void;
                            };
                            modelChanged: {
                                addEventListener: (listener: (payload: import('@mlightcad/data-model').AcCmObjectChangedEventArgs<import('@mlightcad/data-model').AcDbObjectAttrs>) => void) => void;
                                removeEventListener: (listener: (payload: import('@mlightcad/data-model').AcCmObjectChangedEventArgs<import('@mlightcad/data-model').AcDbObjectAttrs>) => void) => void;
                                replaceEventListener: (listener: (payload: import('@mlightcad/data-model').AcCmObjectChangedEventArgs<import('@mlightcad/data-model').AcDbObjectAttrs>) => void) => void;
                                dispatch: (payload?: import('@mlightcad/data-model').AcCmObjectChangedEventArgs<import('@mlightcad/data-model').AcDbObjectAttrs> | undefined, ...args: unknown[]) => void;
                            };
                        };
                        get: <A extends string>(key: A) => import('@mlightcad/data-model').AcDbObjectAttrs[A] | undefined;
                        set: {
                            <A extends string>(key: A, val?: import('@mlightcad/data-model').AcDbObjectAttrs[A] | undefined, options?: import('@mlightcad/data-model').AcCmObjectOptions): import('@mlightcad/data-model').AcCmObject<import('@mlightcad/data-model').AcDbObjectAttrs>;
                            (key: Partial<import('@mlightcad/data-model').AcDbObjectAttrs>, options?: import('@mlightcad/data-model').AcCmObjectOptions): import('@mlightcad/data-model').AcCmObject<import('@mlightcad/data-model').AcDbObjectAttrs>;
                        };
                        has: (key: string) => boolean;
                        hasChanged: (key?: string | undefined) => boolean;
                        changedAttributes: (diff?: Partial<import('@mlightcad/data-model').AcDbObjectAttrs> | undefined) => Partial<import('@mlightcad/data-model').AcDbObjectAttrs>;
                        previous: <A extends string>(key: A) => import('@mlightcad/data-model').AcDbObjectAttrs[A] | null | undefined;
                        previousAttributes: () => Partial<import('@mlightcad/data-model').AcDbObjectAttrs>;
                        clone: () => import('@mlightcad/data-model').AcCmObject<import('@mlightcad/data-model').AcDbObjectAttrs>;
                    };
                    getAttr: (attrName: string) => any;
                    getAttrWithoutException: (attrName: string) => any;
                    setAttr: <A extends string>(attrName: A, val?: import('@mlightcad/data-model').AcDbObjectAttrs[A] | undefined) => void;
                    objectId: AcDbObjectId;
                    readonly isTemp: any;
                    ownerId: AcDbObjectId;
                    extensionDictionary: AcDbObjectId | undefined;
                    database: /*elided*/ any;
                    getXData: (appId: string) => import('@mlightcad/data-model').AcDbResultBuffer | undefined;
                    setXData: (resbuf: import('@mlightcad/data-model').AcDbResultBuffer) => void;
                    removeXData: (appId: string) => void;
                    createExtensionDictionary: () => AcDbObjectId | undefined;
                    close: () => void;
                    clone: () => import('@mlightcad/data-model').AcDbDictionary<import('@mlightcad/data-model').AcDbMlineStyle>;
                    clonePreservingIdentity: () => import('@mlightcad/data-model').AcDbDictionary<import('@mlightcad/data-model').AcDbMlineStyle>;
                    restoreFrom: (snapshot: import('@mlightcad/data-model').AcDbDictionary<import('@mlightcad/data-model').AcDbMlineStyle>) => void;
                    dxfOut: (...args: unknown[]) => unknown;
                };
                readonly xrecord: {
                    readonly numEntries: number;
                    setAt: (key: string, value: import('@mlightcad/data-model').AcDbXrecord) => void;
                    remove: (name: string) => boolean;
                    removeId: (id: string) => boolean;
                    removeAll: () => void;
                    has: (name: string) => boolean;
                    hasId: (id: string) => boolean;
                    getAt: (name: string) => import('@mlightcad/data-model').AcDbXrecord | undefined;
                    getIdAt: (id: AcDbObjectId) => import('@mlightcad/data-model').AcDbXrecord | undefined;
                    newIterator: () => import('@mlightcad/data-model').AcDbObjectIterator<import('@mlightcad/data-model').AcDbXrecord>;
                    entries: () => IterableIterator<[string, import('@mlightcad/data-model').AcDbXrecord]>;
                    dxfOutFields: (filer: import('@mlightcad/data-model').AcDbDxfFiler) => import('@mlightcad/data-model').AcDbDictionary<import('@mlightcad/data-model').AcDbXrecord>;
                    readonly attrs: {
                        attributes: {
                            [x: string]: any;
                            objectId?: AcDbObjectId | undefined;
                            ownerId?: AcDbObjectId | undefined;
                            extensionDictionary?: AcDbObjectId | undefined;
                        };
                        changed: {
                            [x: string]: any;
                            objectId?: AcDbObjectId | undefined;
                            ownerId?: AcDbObjectId | undefined;
                            extensionDictionary?: AcDbObjectId | undefined;
                        };
                        readonly events: {
                            attrChanged: {
                                addEventListener: (listener: (payload: import('@mlightcad/data-model').AcCmObjectAttributeChangedEventArgs<import('@mlightcad/data-model').AcDbObjectAttrs>) => void) => void;
                                removeEventListener: (listener: (payload: import('@mlightcad/data-model').AcCmObjectAttributeChangedEventArgs<import('@mlightcad/data-model').AcDbObjectAttrs>) => void) => void;
                                replaceEventListener: (listener: (payload: import('@mlightcad/data-model').AcCmObjectAttributeChangedEventArgs<import('@mlightcad/data-model').AcDbObjectAttrs>) => void) => void;
                                dispatch: (payload?: import('@mlightcad/data-model').AcCmObjectAttributeChangedEventArgs<import('@mlightcad/data-model').AcDbObjectAttrs> | undefined, ...args: unknown[]) => void;
                            };
                            modelChanged: {
                                addEventListener: (listener: (payload: import('@mlightcad/data-model').AcCmObjectChangedEventArgs<import('@mlightcad/data-model').AcDbObjectAttrs>) => void) => void;
                                removeEventListener: (listener: (payload: import('@mlightcad/data-model').AcCmObjectChangedEventArgs<import('@mlightcad/data-model').AcDbObjectAttrs>) => void) => void;
                                replaceEventListener: (listener: (payload: import('@mlightcad/data-model').AcCmObjectChangedEventArgs<import('@mlightcad/data-model').AcDbObjectAttrs>) => void) => void;
                                dispatch: (payload?: import('@mlightcad/data-model').AcCmObjectChangedEventArgs<import('@mlightcad/data-model').AcDbObjectAttrs> | undefined, ...args: unknown[]) => void;
                            };
                        };
                        get: <A extends string>(key: A) => import('@mlightcad/data-model').AcDbObjectAttrs[A] | undefined;
                        set: {
                            <A extends string>(key: A, val?: import('@mlightcad/data-model').AcDbObjectAttrs[A] | undefined, options?: import('@mlightcad/data-model').AcCmObjectOptions): import('@mlightcad/data-model').AcCmObject<import('@mlightcad/data-model').AcDbObjectAttrs>;
                            (key: Partial<import('@mlightcad/data-model').AcDbObjectAttrs>, options?: import('@mlightcad/data-model').AcCmObjectOptions): import('@mlightcad/data-model').AcCmObject<import('@mlightcad/data-model').AcDbObjectAttrs>;
                        };
                        has: (key: string) => boolean;
                        hasChanged: (key?: string | undefined) => boolean;
                        changedAttributes: (diff?: Partial<import('@mlightcad/data-model').AcDbObjectAttrs> | undefined) => Partial<import('@mlightcad/data-model').AcDbObjectAttrs>;
                        previous: <A extends string>(key: A) => import('@mlightcad/data-model').AcDbObjectAttrs[A] | null | undefined;
                        previousAttributes: () => Partial<import('@mlightcad/data-model').AcDbObjectAttrs>;
                        clone: () => import('@mlightcad/data-model').AcCmObject<import('@mlightcad/data-model').AcDbObjectAttrs>;
                    };
                    getAttr: (attrName: string) => any;
                    getAttrWithoutException: (attrName: string) => any;
                    setAttr: <A extends string>(attrName: A, val?: import('@mlightcad/data-model').AcDbObjectAttrs[A] | undefined) => void;
                    objectId: AcDbObjectId;
                    readonly isTemp: any;
                    ownerId: AcDbObjectId;
                    extensionDictionary: AcDbObjectId | undefined;
                    database: /*elided*/ any;
                    getXData: (appId: string) => import('@mlightcad/data-model').AcDbResultBuffer | undefined;
                    setXData: (resbuf: import('@mlightcad/data-model').AcDbResultBuffer) => void;
                    removeXData: (appId: string) => void;
                    createExtensionDictionary: () => AcDbObjectId | undefined;
                    close: () => void;
                    clone: () => import('@mlightcad/data-model').AcDbDictionary<import('@mlightcad/data-model').AcDbXrecord>;
                    clonePreservingIdentity: () => import('@mlightcad/data-model').AcDbDictionary<import('@mlightcad/data-model').AcDbXrecord>;
                    restoreFrom: (snapshot: import('@mlightcad/data-model').AcDbDictionary<import('@mlightcad/data-model').AcDbXrecord>) => void;
                    dxfOut: (...args: unknown[]) => unknown;
                };
            };
            layerFilters: {
                readonly root: {
                    name: string;
                    setName: (value: string) => boolean;
                    filterExpression: string;
                    setFilterExpression: (expression: string) => boolean;
                    filterExpressionTree: () => import('@mlightcad/data-model').AcLyBoolExpr | null;
                    getNestedFilters: () => readonly import('@mlightcad/data-model').AcLyLayerFilter[];
                    readonly nestedFilters: readonly /*elided*/ any[];
                    parent: () => import('@mlightcad/data-model').AcLyLayerFilter | null;
                    isIdFilter: () => boolean;
                    allowNested: () => boolean;
                    allowDelete: () => boolean;
                    setAllowDelete: (value: boolean) => void;
                    allowRename: () => boolean;
                    setAllowRename: (value: boolean) => void;
                    dynamicallyGenerated: () => boolean;
                    setDynamicallyGenerated: (value: boolean) => void;
                    isProxy: () => boolean;
                    setIsProxy: (value: boolean) => void;
                    addNested: (filter: import('@mlightcad/data-model').AcLyLayerFilter) => boolean;
                    removeNested: (filter: import('@mlightcad/data-model').AcLyLayerFilter) => boolean;
                    generateNested: () => boolean;
                    compareTo: (other: import('@mlightcad/data-model').AcLyLayerFilter | null | undefined) => boolean;
                    filter: (layer: import('@mlightcad/data-model').AcDbLayerTableRecord) => boolean;
                    showEditor: () => import('@mlightcad/data-model').AcLyLayerFilterDialogResult;
                };
                current: {
                    name: string;
                    setName: (value: string) => boolean;
                    filterExpression: string;
                    setFilterExpression: (expression: string) => boolean;
                    filterExpressionTree: () => import('@mlightcad/data-model').AcLyBoolExpr | null;
                    getNestedFilters: () => readonly import('@mlightcad/data-model').AcLyLayerFilter[];
                    readonly nestedFilters: readonly /*elided*/ any[];
                    parent: () => import('@mlightcad/data-model').AcLyLayerFilter | null;
                    isIdFilter: () => boolean;
                    allowNested: () => boolean;
                    allowDelete: () => boolean;
                    setAllowDelete: (value: boolean) => void;
                    allowRename: () => boolean;
                    setAllowRename: (value: boolean) => void;
                    dynamicallyGenerated: () => boolean;
                    setDynamicallyGenerated: (value: boolean) => void;
                    isProxy: () => boolean;
                    setIsProxy: (value: boolean) => void;
                    addNested: (filter: import('@mlightcad/data-model').AcLyLayerFilter) => boolean;
                    removeNested: (filter: import('@mlightcad/data-model').AcLyLayerFilter) => boolean;
                    generateNested: () => boolean;
                    compareTo: (other: import('@mlightcad/data-model').AcLyLayerFilter | null | undefined) => boolean;
                    filter: (layer: import('@mlightcad/data-model').AcDbLayerTableRecord) => boolean;
                    showEditor: () => import('@mlightcad/data-model').AcLyLayerFilterDialogResult;
                } | null;
                clone: () => import('@mlightcad/data-model').AcLyLayerFilterTree;
            };
            getObjectById: (id: AcDbObjectId, _openErased?: boolean) => import('@mlightcad/data-model').AcDbObject | undefined;
            isUndoRecording: () => boolean;
            openObjectForRead: <T extends import('@mlightcad/data-model').AcDbObject>(objectId: AcDbObjectId) => T | undefined;
            openObjectForWrite: <T extends import('@mlightcad/data-model').AcDbObject>(objectId: AcDbObjectId) => T | undefined;
            openEntityForRead: (entityOrId: AcDbObjectId | AcDbEntity) => AcDbEntity | undefined;
            openEntityForWrite: (entityOrId: AcDbObjectId | AcDbEntity) => AcDbEntity | undefined;
            runDatabaseEdit: (label: string, fn: () => void) => void;
            getRootDictionaries: () => import('@mlightcad/data-model').AcDbDictionary[];
            beginEventBatch: () => void;
            endEventBatch: () => void;
            isEventBatched: () => boolean;
            notifyEntityAppended: (entity: AcDbEntity | AcDbEntity[]) => void;
            notifyEntityErased: (entity: AcDbEntity | AcDbEntity[]) => void;
            notifyDictObjectSet: (object: import('@mlightcad/data-model').AcDbObject, key: string) => void;
            notifyDictObjectErased: (object: import('@mlightcad/data-model').AcDbObject, key: string) => void;
            readonly formatter: {
                formatLength: (value: number, options?: import('@mlightcad/data-model').AcDbFormatterOptions) => string;
                formatPoint2d: (point: import('@mlightcad/data-model').AcGePoint2d, options?: import('@mlightcad/data-model').AcDbFormatterOptions) => string;
                formatPoint3d: (point: import('@mlightcad/data-model').AcGePoint3d, options?: import('@mlightcad/data-model').AcDbFormatterOptions) => string;
                formatAngle: (radians: number, options?: import('@mlightcad/data-model').AcDbFormatterOptions) => string;
            };
            generateHandle: () => AcDbObjectId;
            generateUniqueHandle: () => AcDbObjectId;
            initializeHandleSeed: (seed: string) => void;
            adoptExternalHandle: (object: import('@mlightcad/data-model').AcDbObject, preferredId: AcDbObjectId) => AcDbObjectId;
            registerObjectHandle: (object: import('@mlightcad/data-model').AcDbObject) => void;
            releaseObjectHandle: (object: import('@mlightcad/data-model').AcDbObject) => void;
            isHandleTaken: (objectId: AcDbObjectId, except?: import('@mlightcad/data-model').AcDbObject) => boolean;
            updateMaxHandle: (handle: string) => void;
            commitObjectHandle: (object: import('@mlightcad/data-model').AcDbObject, hasId?: (id: AcDbObjectId) => boolean) => void;
            currentSpaceId: AcDbObjectId;
            aunits: number;
            auprec: number;
            lunits: number;
            luprec: number;
            version: {
                name: string;
                value: number;
            };
            insunits: number;
            unitmode: number;
            measurement: number;
            ltscale: number;
            lwdisplay: boolean;
            readonly drawNoPlotLayers: boolean;
            readonly dwgname: string;
            setDwgName: (value: string) => void;
            isLayerDrawable: (layerName: string) => boolean;
            cecolor: {
                colorMethod: import('@mlightcad/data-model').AcCmColorMethod;
                readonly red: number | undefined;
                readonly green: number | undefined;
                readonly blue: number | undefined;
                readonly RGB: number | undefined;
                setRGB: (r: number, g: number, b: number) => import('@mlightcad/data-model').AcCmColor;
                setRGBValue: (value: number | undefined | null) => import('@mlightcad/data-model').AcCmColor;
                setRGBFromCss: (cssString: string) => import('@mlightcad/data-model').AcCmColor;
                setScalar: (scalar: number) => import('@mlightcad/data-model').AcCmColor;
                readonly hexColor: string | undefined;
                readonly cssColor: string | undefined;
                cssColorAlpha: (alpha: number) => string | undefined;
                colorIndex: number | undefined;
                readonly isByColor: boolean;
                readonly isByACI: boolean;
                readonly isForeground: boolean;
                setForeground: () => import('@mlightcad/data-model').AcCmColor;
                readonly isByLayer: boolean;
                setByLayer: (value?: number) => import('@mlightcad/data-model').AcCmColor;
                readonly isByBlock: boolean;
                setByBlock: (value?: number) => import('@mlightcad/data-model').AcCmColor;
                colorName: string | undefined;
                clone: () => import('@mlightcad/data-model').AcCmColor;
                copy: (other: import('@mlightcad/data-model').AcCmColor) => import('@mlightcad/data-model').AcCmColor;
                equals: (other: import('@mlightcad/data-model').AcCmColor) => boolean;
                toString: () => string;
            };
            celtscale: number;
            celtype: string;
            celweight: import('@mlightcad/data-model').AcGiLineWeight;
            cetransparency: {
                method: import('@mlightcad/data-model').AcCmTransparencyMethod;
                alpha: number;
                percentage: number | undefined;
                readonly isByAlpha: boolean;
                readonly isByBlock: boolean;
                readonly isByLayer: boolean;
                readonly isClear: boolean;
                readonly isSolid: boolean;
                readonly isInvalid: boolean;
                serialize: () => number;
                clone: () => import('@mlightcad/data-model').AcCmTransparency;
                equals: (other: import('@mlightcad/data-model').AcCmTransparency) => boolean;
                toString: () => string;
            };
            clayer: string;
            cmlstyle: string;
            cmlscale: number;
            cmleaderstyle: string;
            hpbackgroundcolor: {
                colorMethod: import('@mlightcad/data-model').AcCmColorMethod;
                readonly red: number | undefined;
                readonly green: number | undefined;
                readonly blue: number | undefined;
                readonly RGB: number | undefined;
                setRGB: (r: number, g: number, b: number) => import('@mlightcad/data-model').AcCmColor;
                setRGBValue: (value: number | undefined | null) => import('@mlightcad/data-model').AcCmColor;
                setRGBFromCss: (cssString: string) => import('@mlightcad/data-model').AcCmColor;
                setScalar: (scalar: number) => import('@mlightcad/data-model').AcCmColor;
                readonly hexColor: string | undefined;
                readonly cssColor: string | undefined;
                cssColorAlpha: (alpha: number) => string | undefined;
                colorIndex: number | undefined;
                readonly isByColor: boolean;
                readonly isByACI: boolean;
                readonly isForeground: boolean;
                setForeground: () => import('@mlightcad/data-model').AcCmColor;
                readonly isByLayer: boolean;
                setByLayer: (value?: number) => import('@mlightcad/data-model').AcCmColor;
                readonly isByBlock: boolean;
                setByBlock: (value?: number) => import('@mlightcad/data-model').AcCmColor;
                colorName: string | undefined;
                clone: () => import('@mlightcad/data-model').AcCmColor;
                copy: (other: import('@mlightcad/data-model').AcCmColor) => import('@mlightcad/data-model').AcCmColor;
                equals: (other: import('@mlightcad/data-model').AcCmColor) => boolean;
                toString: () => string;
            };
            hpcolor: {
                colorMethod: import('@mlightcad/data-model').AcCmColorMethod;
                readonly red: number | undefined;
                readonly green: number | undefined;
                readonly blue: number | undefined;
                readonly RGB: number | undefined;
                setRGB: (r: number, g: number, b: number) => import('@mlightcad/data-model').AcCmColor;
                setRGBValue: (value: number | undefined | null) => import('@mlightcad/data-model').AcCmColor;
                setRGBFromCss: (cssString: string) => import('@mlightcad/data-model').AcCmColor;
                setScalar: (scalar: number) => import('@mlightcad/data-model').AcCmColor;
                readonly hexColor: string | undefined;
                readonly cssColor: string | undefined;
                cssColorAlpha: (alpha: number) => string | undefined;
                colorIndex: number | undefined;
                readonly isByColor: boolean;
                readonly isByACI: boolean;
                readonly isForeground: boolean;
                setForeground: () => import('@mlightcad/data-model').AcCmColor;
                readonly isByLayer: boolean;
                setByLayer: (value?: number) => import('@mlightcad/data-model').AcCmColor;
                readonly isByBlock: boolean;
                setByBlock: (value?: number) => import('@mlightcad/data-model').AcCmColor;
                colorName: string | undefined;
                clone: () => import('@mlightcad/data-model').AcCmColor;
                copy: (other: import('@mlightcad/data-model').AcCmColor) => import('@mlightcad/data-model').AcCmColor;
                equals: (other: import('@mlightcad/data-model').AcCmColor) => boolean;
                toString: () => string;
            };
            hplayer: string;
            hptransparency: {
                method: import('@mlightcad/data-model').AcCmTransparencyMethod;
                alpha: number;
                percentage: number | undefined;
                readonly isByAlpha: boolean;
                readonly isByBlock: boolean;
                readonly isByLayer: boolean;
                readonly isClear: boolean;
                readonly isSolid: boolean;
                readonly isInvalid: boolean;
                serialize: () => number;
                clone: () => import('@mlightcad/data-model').AcCmTransparency;
                equals: (other: import('@mlightcad/data-model').AcCmTransparency) => boolean;
                toString: () => string;
            };
            textstyle: string;
            angbase: number;
            angdir: number;
            extmax: {
                clone: () => import('@mlightcad/data-model').AcGePoint3d;
                x: number;
                y: number;
                z: number;
                set: (x: number, y: number, z: number) => import('@mlightcad/data-model').AcGePoint3d;
                setScalar: (scalar: number) => import('@mlightcad/data-model').AcGePoint3d;
                setX: (x: number) => import('@mlightcad/data-model').AcGePoint3d;
                setY: (y: number) => import('@mlightcad/data-model').AcGePoint3d;
                setZ: (z: number) => import('@mlightcad/data-model').AcGePoint3d;
                setComponent: (index: number, value: number) => import('@mlightcad/data-model').AcGePoint3d;
                getComponent: (index: number) => number;
                copy: (v: import('@mlightcad/data-model').AcGeVectorLike) => import('@mlightcad/data-model').AcGePoint3d;
                add: (v: import('@mlightcad/data-model').AcGeVectorLike) => import('@mlightcad/data-model').AcGePoint3d;
                addScalar: (s: number) => import('@mlightcad/data-model').AcGePoint3d;
                addVectors: (a: import('@mlightcad/data-model').AcGeVector3dLike, b: import('@mlightcad/data-model').AcGeVector3dLike) => import('@mlightcad/data-model').AcGePoint3d;
                addScaledVector: (v: import('@mlightcad/data-model').AcGeVector3dLike, s: number) => import('@mlightcad/data-model').AcGePoint3d;
                sub: (v: import('@mlightcad/data-model').AcGeVector3dLike) => import('@mlightcad/data-model').AcGePoint3d;
                subScalar: (s: number) => import('@mlightcad/data-model').AcGePoint3d;
                subVectors: (a: import('@mlightcad/data-model').AcGeVector3dLike, b: import('@mlightcad/data-model').AcGeVector3dLike) => import('@mlightcad/data-model').AcGePoint3d;
                multiply: (v: import('@mlightcad/data-model').AcGeVector3dLike) => import('@mlightcad/data-model').AcGePoint3d;
                multiplyScalar: (scalar: number) => import('@mlightcad/data-model').AcGePoint3d;
                multiplyVectors: (a: import('@mlightcad/data-model').AcGeVector3dLike, b: import('@mlightcad/data-model').AcGeVector3dLike) => import('@mlightcad/data-model').AcGePoint3d;
                applyEuler: (euler: import('@mlightcad/data-model').AcGeEuler) => import('@mlightcad/data-model').AcGePoint3d;
                applyAxisAngle: (axis: import('@mlightcad/data-model').AcGeVector3dLike, angle: number) => import('@mlightcad/data-model').AcGePoint3d;
                applyMatrix3: (m: import('@mlightcad/data-model').AcGeMatrix2d) => import('@mlightcad/data-model').AcGePoint3d;
                applyNormalMatrix: (m: import('@mlightcad/data-model').AcGeMatrix2d) => import('@mlightcad/data-model').AcGePoint3d;
                applyMatrix4: (m: import('@mlightcad/data-model').AcGeMatrix3d) => import('@mlightcad/data-model').AcGePoint3d;
                applyQuaternion: (q: import('@mlightcad/data-model').AcGeQuaternion) => import('@mlightcad/data-model').AcGePoint3d;
                transformDirection: (m: import('@mlightcad/data-model').AcGeMatrix3d) => import('@mlightcad/data-model').AcGePoint3d;
                divide: (v: import('@mlightcad/data-model').AcGeVector3dLike) => import('@mlightcad/data-model').AcGePoint3d;
                divideScalar: (scalar: number) => import('@mlightcad/data-model').AcGePoint3d;
                min: (v: import('@mlightcad/data-model').AcGeVector3dLike) => import('@mlightcad/data-model').AcGePoint3d;
                max: (v: import('@mlightcad/data-model').AcGeVector3dLike) => import('@mlightcad/data-model').AcGePoint3d;
                clamp: (min: import('@mlightcad/data-model').AcGeVector3dLike, max: import('@mlightcad/data-model').AcGeVector3dLike) => import('@mlightcad/data-model').AcGePoint3d;
                clampScalar: (minVal: number, maxVal: number) => import('@mlightcad/data-model').AcGePoint3d;
                clampLength: (min: number, max: number) => import('@mlightcad/data-model').AcGePoint3d;
                floor: () => import('@mlightcad/data-model').AcGePoint3d;
                ceil: () => import('@mlightcad/data-model').AcGePoint3d;
                round: () => import('@mlightcad/data-model').AcGePoint3d;
                roundToZero: () => import('@mlightcad/data-model').AcGePoint3d;
                negate: () => import('@mlightcad/data-model').AcGePoint3d;
                dot: (v: import('@mlightcad/data-model').AcGeVector3dLike) => number;
                isParallelTo: (vec: import('@mlightcad/data-model').AcGeVector3d) => boolean;
                lengthSq: () => number;
                length: () => number;
                manhattanLength: () => number;
                normalize: () => import('@mlightcad/data-model').AcGePoint3d;
                setLength: (l: number) => import('@mlightcad/data-model').AcGePoint3d;
                lerp: (v: import('@mlightcad/data-model').AcGeVector3dLike, alpha: number) => import('@mlightcad/data-model').AcGePoint3d;
                lerpVectors: (v1: import('@mlightcad/data-model').AcGeVector3dLike, v2: import('@mlightcad/data-model').AcGeVector3dLike, alpha: number) => import('@mlightcad/data-model').AcGePoint3d;
                cross: (v: import('@mlightcad/data-model').AcGeVector3dLike) => import('@mlightcad/data-model').AcGePoint3d;
                crossVectors: (a: import('@mlightcad/data-model').AcGeVector3dLike, b: import('@mlightcad/data-model').AcGeVector3dLike) => import('@mlightcad/data-model').AcGePoint3d;
                projectOnVector: (v: import('@mlightcad/data-model').AcGeVector3d) => import('@mlightcad/data-model').AcGePoint3d;
                projectOnPlane: (planeNormal: import('@mlightcad/data-model').AcGeVector3d) => import('@mlightcad/data-model').AcGePoint3d;
                reflect: (normal: import('@mlightcad/data-model').AcGeVector3dLike) => import('@mlightcad/data-model').AcGePoint3d;
                angleTo: (v: import('@mlightcad/data-model').AcGeVector3d) => number;
                distanceTo: (v: import('@mlightcad/data-model').AcGeVector3dLike) => number;
                distanceToSquared: (v: import('@mlightcad/data-model').AcGeVector3dLike) => number;
                manhattanDistanceTo: (v: import('@mlightcad/data-model').AcGeVector3dLike) => number;
                setFromMatrixPosition: (m: import('@mlightcad/data-model').AcGeMatrix3d) => import('@mlightcad/data-model').AcGePoint3d;
                setFromMatrixScale: (m: import('@mlightcad/data-model').AcGeMatrix3d) => import('@mlightcad/data-model').AcGePoint3d;
                setFromMatrixColumn: (m: import('@mlightcad/data-model').AcGeMatrix3d, index: number) => import('@mlightcad/data-model').AcGePoint3d;
                setFromMatrix3Column: (m: import('@mlightcad/data-model').AcGeMatrix2d, index: number) => import('@mlightcad/data-model').AcGePoint3d;
                equals: (v: import('@mlightcad/data-model').AcGeVector3dLike) => boolean;
                fromArray: (array: number[], offset?: number) => import('@mlightcad/data-model').AcGePoint3d;
                toArray: (array?: number[] | Float32Array, offset?: number) => number[] | Float32Array;
                random: () => import('@mlightcad/data-model').AcGePoint3d;
                randomDirection: () => import('@mlightcad/data-model').AcGePoint3d;
                [Symbol.iterator]: () => Generator<number, void, unknown>;
            };
            extmin: {
                clone: () => import('@mlightcad/data-model').AcGePoint3d;
                x: number;
                y: number;
                z: number;
                set: (x: number, y: number, z: number) => import('@mlightcad/data-model').AcGePoint3d;
                setScalar: (scalar: number) => import('@mlightcad/data-model').AcGePoint3d;
                setX: (x: number) => import('@mlightcad/data-model').AcGePoint3d;
                setY: (y: number) => import('@mlightcad/data-model').AcGePoint3d;
                setZ: (z: number) => import('@mlightcad/data-model').AcGePoint3d;
                setComponent: (index: number, value: number) => import('@mlightcad/data-model').AcGePoint3d;
                getComponent: (index: number) => number;
                copy: (v: import('@mlightcad/data-model').AcGeVectorLike) => import('@mlightcad/data-model').AcGePoint3d;
                add: (v: import('@mlightcad/data-model').AcGeVectorLike) => import('@mlightcad/data-model').AcGePoint3d;
                addScalar: (s: number) => import('@mlightcad/data-model').AcGePoint3d;
                addVectors: (a: import('@mlightcad/data-model').AcGeVector3dLike, b: import('@mlightcad/data-model').AcGeVector3dLike) => import('@mlightcad/data-model').AcGePoint3d;
                addScaledVector: (v: import('@mlightcad/data-model').AcGeVector3dLike, s: number) => import('@mlightcad/data-model').AcGePoint3d;
                sub: (v: import('@mlightcad/data-model').AcGeVector3dLike) => import('@mlightcad/data-model').AcGePoint3d;
                subScalar: (s: number) => import('@mlightcad/data-model').AcGePoint3d;
                subVectors: (a: import('@mlightcad/data-model').AcGeVector3dLike, b: import('@mlightcad/data-model').AcGeVector3dLike) => import('@mlightcad/data-model').AcGePoint3d;
                multiply: (v: import('@mlightcad/data-model').AcGeVector3dLike) => import('@mlightcad/data-model').AcGePoint3d;
                multiplyScalar: (scalar: number) => import('@mlightcad/data-model').AcGePoint3d;
                multiplyVectors: (a: import('@mlightcad/data-model').AcGeVector3dLike, b: import('@mlightcad/data-model').AcGeVector3dLike) => import('@mlightcad/data-model').AcGePoint3d;
                applyEuler: (euler: import('@mlightcad/data-model').AcGeEuler) => import('@mlightcad/data-model').AcGePoint3d;
                applyAxisAngle: (axis: import('@mlightcad/data-model').AcGeVector3dLike, angle: number) => import('@mlightcad/data-model').AcGePoint3d;
                applyMatrix3: (m: import('@mlightcad/data-model').AcGeMatrix2d) => import('@mlightcad/data-model').AcGePoint3d;
                applyNormalMatrix: (m: import('@mlightcad/data-model').AcGeMatrix2d) => import('@mlightcad/data-model').AcGePoint3d;
                applyMatrix4: (m: import('@mlightcad/data-model').AcGeMatrix3d) => import('@mlightcad/data-model').AcGePoint3d;
                applyQuaternion: (q: import('@mlightcad/data-model').AcGeQuaternion) => import('@mlightcad/data-model').AcGePoint3d;
                transformDirection: (m: import('@mlightcad/data-model').AcGeMatrix3d) => import('@mlightcad/data-model').AcGePoint3d;
                divide: (v: import('@mlightcad/data-model').AcGeVector3dLike) => import('@mlightcad/data-model').AcGePoint3d;
                divideScalar: (scalar: number) => import('@mlightcad/data-model').AcGePoint3d;
                min: (v: import('@mlightcad/data-model').AcGeVector3dLike) => import('@mlightcad/data-model').AcGePoint3d;
                max: (v: import('@mlightcad/data-model').AcGeVector3dLike) => import('@mlightcad/data-model').AcGePoint3d;
                clamp: (min: import('@mlightcad/data-model').AcGeVector3dLike, max: import('@mlightcad/data-model').AcGeVector3dLike) => import('@mlightcad/data-model').AcGePoint3d;
                clampScalar: (minVal: number, maxVal: number) => import('@mlightcad/data-model').AcGePoint3d;
                clampLength: (min: number, max: number) => import('@mlightcad/data-model').AcGePoint3d;
                floor: () => import('@mlightcad/data-model').AcGePoint3d;
                ceil: () => import('@mlightcad/data-model').AcGePoint3d;
                round: () => import('@mlightcad/data-model').AcGePoint3d;
                roundToZero: () => import('@mlightcad/data-model').AcGePoint3d;
                negate: () => import('@mlightcad/data-model').AcGePoint3d;
                dot: (v: import('@mlightcad/data-model').AcGeVector3dLike) => number;
                isParallelTo: (vec: import('@mlightcad/data-model').AcGeVector3d) => boolean;
                lengthSq: () => number;
                length: () => number;
                manhattanLength: () => number;
                normalize: () => import('@mlightcad/data-model').AcGePoint3d;
                setLength: (l: number) => import('@mlightcad/data-model').AcGePoint3d;
                lerp: (v: import('@mlightcad/data-model').AcGeVector3dLike, alpha: number) => import('@mlightcad/data-model').AcGePoint3d;
                lerpVectors: (v1: import('@mlightcad/data-model').AcGeVector3dLike, v2: import('@mlightcad/data-model').AcGeVector3dLike, alpha: number) => import('@mlightcad/data-model').AcGePoint3d;
                cross: (v: import('@mlightcad/data-model').AcGeVector3dLike) => import('@mlightcad/data-model').AcGePoint3d;
                crossVectors: (a: import('@mlightcad/data-model').AcGeVector3dLike, b: import('@mlightcad/data-model').AcGeVector3dLike) => import('@mlightcad/data-model').AcGePoint3d;
                projectOnVector: (v: import('@mlightcad/data-model').AcGeVector3d) => import('@mlightcad/data-model').AcGePoint3d;
                projectOnPlane: (planeNormal: import('@mlightcad/data-model').AcGeVector3d) => import('@mlightcad/data-model').AcGePoint3d;
                reflect: (normal: import('@mlightcad/data-model').AcGeVector3dLike) => import('@mlightcad/data-model').AcGePoint3d;
                angleTo: (v: import('@mlightcad/data-model').AcGeVector3d) => number;
                distanceTo: (v: import('@mlightcad/data-model').AcGeVector3dLike) => number;
                distanceToSquared: (v: import('@mlightcad/data-model').AcGeVector3dLike) => number;
                manhattanDistanceTo: (v: import('@mlightcad/data-model').AcGeVector3dLike) => number;
                setFromMatrixPosition: (m: import('@mlightcad/data-model').AcGeMatrix3d) => import('@mlightcad/data-model').AcGePoint3d;
                setFromMatrixScale: (m: import('@mlightcad/data-model').AcGeMatrix3d) => import('@mlightcad/data-model').AcGePoint3d;
                setFromMatrixColumn: (m: import('@mlightcad/data-model').AcGeMatrix3d, index: number) => import('@mlightcad/data-model').AcGePoint3d;
                setFromMatrix3Column: (m: import('@mlightcad/data-model').AcGeMatrix2d, index: number) => import('@mlightcad/data-model').AcGePoint3d;
                equals: (v: import('@mlightcad/data-model').AcGeVector3dLike) => boolean;
                fromArray: (array: number[], offset?: number) => import('@mlightcad/data-model').AcGePoint3d;
                toArray: (array?: number[] | Float32Array, offset?: number) => number[] | Float32Array;
                random: () => import('@mlightcad/data-model').AcGePoint3d;
                randomDirection: () => import('@mlightcad/data-model').AcGePoint3d;
                [Symbol.iterator]: () => Generator<number, void, unknown>;
            };
            readonly extents: {
                min: {
                    x: number;
                    y: number;
                    z: number;
                    set: (x: number, y: number, z: number) => import('@mlightcad/data-model').AcGeVector3d;
                    setScalar: (scalar: number) => import('@mlightcad/data-model').AcGeVector3d;
                    setX: (x: number) => import('@mlightcad/data-model').AcGeVector3d;
                    setY: (y: number) => import('@mlightcad/data-model').AcGeVector3d;
                    setZ: (z: number) => import('@mlightcad/data-model').AcGeVector3d;
                    setComponent: (index: number, value: number) => import('@mlightcad/data-model').AcGeVector3d;
                    getComponent: (index: number) => number;
                    clone: () => import('@mlightcad/data-model').AcGeVector3d;
                    copy: (v: import('@mlightcad/data-model').AcGeVectorLike) => import('@mlightcad/data-model').AcGeVector3d;
                    add: (v: import('@mlightcad/data-model').AcGeVectorLike) => import('@mlightcad/data-model').AcGeVector3d;
                    addScalar: (s: number) => import('@mlightcad/data-model').AcGeVector3d;
                    addVectors: (a: import('@mlightcad/data-model').AcGeVector3dLike, b: import('@mlightcad/data-model').AcGeVector3dLike) => import('@mlightcad/data-model').AcGeVector3d;
                    addScaledVector: (v: import('@mlightcad/data-model').AcGeVector3dLike, s: number) => import('@mlightcad/data-model').AcGeVector3d;
                    sub: (v: import('@mlightcad/data-model').AcGeVector3dLike) => import('@mlightcad/data-model').AcGeVector3d;
                    subScalar: (s: number) => import('@mlightcad/data-model').AcGeVector3d;
                    subVectors: (a: import('@mlightcad/data-model').AcGeVector3dLike, b: import('@mlightcad/data-model').AcGeVector3dLike) => import('@mlightcad/data-model').AcGeVector3d;
                    multiply: (v: import('@mlightcad/data-model').AcGeVector3dLike) => import('@mlightcad/data-model').AcGeVector3d;
                    multiplyScalar: (scalar: number) => import('@mlightcad/data-model').AcGeVector3d;
                    multiplyVectors: (a: import('@mlightcad/data-model').AcGeVector3dLike, b: import('@mlightcad/data-model').AcGeVector3dLike) => import('@mlightcad/data-model').AcGeVector3d;
                    applyEuler: (euler: import('@mlightcad/data-model').AcGeEuler) => import('@mlightcad/data-model').AcGeVector3d;
                    applyAxisAngle: (axis: import('@mlightcad/data-model').AcGeVector3dLike, angle: number) => import('@mlightcad/data-model').AcGeVector3d;
                    applyMatrix3: (m: import('@mlightcad/data-model').AcGeMatrix2d) => import('@mlightcad/data-model').AcGeVector3d;
                    applyNormalMatrix: (m: import('@mlightcad/data-model').AcGeMatrix2d) => import('@mlightcad/data-model').AcGeVector3d;
                    applyMatrix4: (m: import('@mlightcad/data-model').AcGeMatrix3d) => import('@mlightcad/data-model').AcGeVector3d;
                    applyQuaternion: (q: import('@mlightcad/data-model').AcGeQuaternion) => import('@mlightcad/data-model').AcGeVector3d;
                    transformDirection: (m: import('@mlightcad/data-model').AcGeMatrix3d) => import('@mlightcad/data-model').AcGeVector3d;
                    divide: (v: import('@mlightcad/data-model').AcGeVector3dLike) => import('@mlightcad/data-model').AcGeVector3d;
                    divideScalar: (scalar: number) => import('@mlightcad/data-model').AcGeVector3d;
                    min: (v: import('@mlightcad/data-model').AcGeVector3dLike) => import('@mlightcad/data-model').AcGeVector3d;
                    max: (v: import('@mlightcad/data-model').AcGeVector3dLike) => import('@mlightcad/data-model').AcGeVector3d;
                    clamp: (min: import('@mlightcad/data-model').AcGeVector3dLike, max: import('@mlightcad/data-model').AcGeVector3dLike) => import('@mlightcad/data-model').AcGeVector3d;
                    clampScalar: (minVal: number, maxVal: number) => import('@mlightcad/data-model').AcGeVector3d;
                    clampLength: (min: number, max: number) => import('@mlightcad/data-model').AcGeVector3d;
                    floor: () => import('@mlightcad/data-model').AcGeVector3d;
                    ceil: () => import('@mlightcad/data-model').AcGeVector3d;
                    round: () => import('@mlightcad/data-model').AcGeVector3d;
                    roundToZero: () => import('@mlightcad/data-model').AcGeVector3d;
                    negate: () => import('@mlightcad/data-model').AcGeVector3d;
                    dot: (v: import('@mlightcad/data-model').AcGeVector3dLike) => number;
                    isParallelTo: (vec: import('@mlightcad/data-model').AcGeVector3d) => boolean;
                    lengthSq: () => number;
                    length: () => number;
                    manhattanLength: () => number;
                    normalize: () => import('@mlightcad/data-model').AcGeVector3d;
                    setLength: (l: number) => import('@mlightcad/data-model').AcGeVector3d;
                    lerp: (v: import('@mlightcad/data-model').AcGeVector3dLike, alpha: number) => import('@mlightcad/data-model').AcGeVector3d;
                    lerpVectors: (v1: import('@mlightcad/data-model').AcGeVector3dLike, v2: import('@mlightcad/data-model').AcGeVector3dLike, alpha: number) => import('@mlightcad/data-model').AcGeVector3d;
                    cross: (v: import('@mlightcad/data-model').AcGeVector3dLike) => import('@mlightcad/data-model').AcGeVector3d;
                    crossVectors: (a: import('@mlightcad/data-model').AcGeVector3dLike, b: import('@mlightcad/data-model').AcGeVector3dLike) => import('@mlightcad/data-model').AcGeVector3d;
                    projectOnVector: (v: import('@mlightcad/data-model').AcGeVector3d) => import('@mlightcad/data-model').AcGeVector3d;
                    projectOnPlane: (planeNormal: import('@mlightcad/data-model').AcGeVector3d) => import('@mlightcad/data-model').AcGeVector3d;
                    reflect: (normal: import('@mlightcad/data-model').AcGeVector3dLike) => import('@mlightcad/data-model').AcGeVector3d;
                    angleTo: (v: import('@mlightcad/data-model').AcGeVector3d) => number;
                    distanceTo: (v: import('@mlightcad/data-model').AcGeVector3dLike) => number;
                    distanceToSquared: (v: import('@mlightcad/data-model').AcGeVector3dLike) => number;
                    manhattanDistanceTo: (v: import('@mlightcad/data-model').AcGeVector3dLike) => number;
                    setFromMatrixPosition: (m: import('@mlightcad/data-model').AcGeMatrix3d) => import('@mlightcad/data-model').AcGeVector3d;
                    setFromMatrixScale: (m: import('@mlightcad/data-model').AcGeMatrix3d) => import('@mlightcad/data-model').AcGeVector3d;
                    setFromMatrixColumn: (m: import('@mlightcad/data-model').AcGeMatrix3d, index: number) => import('@mlightcad/data-model').AcGeVector3d;
                    setFromMatrix3Column: (m: import('@mlightcad/data-model').AcGeMatrix2d, index: number) => import('@mlightcad/data-model').AcGeVector3d;
                    equals: (v: import('@mlightcad/data-model').AcGeVector3dLike) => boolean;
                    fromArray: (array: number[], offset?: number) => import('@mlightcad/data-model').AcGeVector3d;
                    toArray: (array?: number[] | Float32Array, offset?: number) => number[] | Float32Array;
                    random: () => import('@mlightcad/data-model').AcGeVector3d;
                    randomDirection: () => import('@mlightcad/data-model').AcGeVector3d;
                    [Symbol.iterator]: () => Generator<number, void, unknown>;
                };
                max: {
                    x: number;
                    y: number;
                    z: number;
                    set: (x: number, y: number, z: number) => import('@mlightcad/data-model').AcGeVector3d;
                    setScalar: (scalar: number) => import('@mlightcad/data-model').AcGeVector3d;
                    setX: (x: number) => import('@mlightcad/data-model').AcGeVector3d;
                    setY: (y: number) => import('@mlightcad/data-model').AcGeVector3d;
                    setZ: (z: number) => import('@mlightcad/data-model').AcGeVector3d;
                    setComponent: (index: number, value: number) => import('@mlightcad/data-model').AcGeVector3d;
                    getComponent: (index: number) => number;
                    clone: () => import('@mlightcad/data-model').AcGeVector3d;
                    copy: (v: import('@mlightcad/data-model').AcGeVectorLike) => import('@mlightcad/data-model').AcGeVector3d;
                    add: (v: import('@mlightcad/data-model').AcGeVectorLike) => import('@mlightcad/data-model').AcGeVector3d;
                    addScalar: (s: number) => import('@mlightcad/data-model').AcGeVector3d;
                    addVectors: (a: import('@mlightcad/data-model').AcGeVector3dLike, b: import('@mlightcad/data-model').AcGeVector3dLike) => import('@mlightcad/data-model').AcGeVector3d;
                    addScaledVector: (v: import('@mlightcad/data-model').AcGeVector3dLike, s: number) => import('@mlightcad/data-model').AcGeVector3d;
                    sub: (v: import('@mlightcad/data-model').AcGeVector3dLike) => import('@mlightcad/data-model').AcGeVector3d;
                    subScalar: (s: number) => import('@mlightcad/data-model').AcGeVector3d;
                    subVectors: (a: import('@mlightcad/data-model').AcGeVector3dLike, b: import('@mlightcad/data-model').AcGeVector3dLike) => import('@mlightcad/data-model').AcGeVector3d;
                    multiply: (v: import('@mlightcad/data-model').AcGeVector3dLike) => import('@mlightcad/data-model').AcGeVector3d;
                    multiplyScalar: (scalar: number) => import('@mlightcad/data-model').AcGeVector3d;
                    multiplyVectors: (a: import('@mlightcad/data-model').AcGeVector3dLike, b: import('@mlightcad/data-model').AcGeVector3dLike) => import('@mlightcad/data-model').AcGeVector3d;
                    applyEuler: (euler: import('@mlightcad/data-model').AcGeEuler) => import('@mlightcad/data-model').AcGeVector3d;
                    applyAxisAngle: (axis: import('@mlightcad/data-model').AcGeVector3dLike, angle: number) => import('@mlightcad/data-model').AcGeVector3d;
                    applyMatrix3: (m: import('@mlightcad/data-model').AcGeMatrix2d) => import('@mlightcad/data-model').AcGeVector3d;
                    applyNormalMatrix: (m: import('@mlightcad/data-model').AcGeMatrix2d) => import('@mlightcad/data-model').AcGeVector3d;
                    applyMatrix4: (m: import('@mlightcad/data-model').AcGeMatrix3d) => import('@mlightcad/data-model').AcGeVector3d;
                    applyQuaternion: (q: import('@mlightcad/data-model').AcGeQuaternion) => import('@mlightcad/data-model').AcGeVector3d;
                    transformDirection: (m: import('@mlightcad/data-model').AcGeMatrix3d) => import('@mlightcad/data-model').AcGeVector3d;
                    divide: (v: import('@mlightcad/data-model').AcGeVector3dLike) => import('@mlightcad/data-model').AcGeVector3d;
                    divideScalar: (scalar: number) => import('@mlightcad/data-model').AcGeVector3d;
                    min: (v: import('@mlightcad/data-model').AcGeVector3dLike) => import('@mlightcad/data-model').AcGeVector3d;
                    max: (v: import('@mlightcad/data-model').AcGeVector3dLike) => import('@mlightcad/data-model').AcGeVector3d;
                    clamp: (min: import('@mlightcad/data-model').AcGeVector3dLike, max: import('@mlightcad/data-model').AcGeVector3dLike) => import('@mlightcad/data-model').AcGeVector3d;
                    clampScalar: (minVal: number, maxVal: number) => import('@mlightcad/data-model').AcGeVector3d;
                    clampLength: (min: number, max: number) => import('@mlightcad/data-model').AcGeVector3d;
                    floor: () => import('@mlightcad/data-model').AcGeVector3d;
                    ceil: () => import('@mlightcad/data-model').AcGeVector3d;
                    round: () => import('@mlightcad/data-model').AcGeVector3d;
                    roundToZero: () => import('@mlightcad/data-model').AcGeVector3d;
                    negate: () => import('@mlightcad/data-model').AcGeVector3d;
                    dot: (v: import('@mlightcad/data-model').AcGeVector3dLike) => number;
                    isParallelTo: (vec: import('@mlightcad/data-model').AcGeVector3d) => boolean;
                    lengthSq: () => number;
                    length: () => number;
                    manhattanLength: () => number;
                    normalize: () => import('@mlightcad/data-model').AcGeVector3d;
                    setLength: (l: number) => import('@mlightcad/data-model').AcGeVector3d;
                    lerp: (v: import('@mlightcad/data-model').AcGeVector3dLike, alpha: number) => import('@mlightcad/data-model').AcGeVector3d;
                    lerpVectors: (v1: import('@mlightcad/data-model').AcGeVector3dLike, v2: import('@mlightcad/data-model').AcGeVector3dLike, alpha: number) => import('@mlightcad/data-model').AcGeVector3d;
                    cross: (v: import('@mlightcad/data-model').AcGeVector3dLike) => import('@mlightcad/data-model').AcGeVector3d;
                    crossVectors: (a: import('@mlightcad/data-model').AcGeVector3dLike, b: import('@mlightcad/data-model').AcGeVector3dLike) => import('@mlightcad/data-model').AcGeVector3d;
                    projectOnVector: (v: import('@mlightcad/data-model').AcGeVector3d) => import('@mlightcad/data-model').AcGeVector3d;
                    projectOnPlane: (planeNormal: import('@mlightcad/data-model').AcGeVector3d) => import('@mlightcad/data-model').AcGeVector3d;
                    reflect: (normal: import('@mlightcad/data-model').AcGeVector3dLike) => import('@mlightcad/data-model').AcGeVector3d;
                    angleTo: (v: import('@mlightcad/data-model').AcGeVector3d) => number;
                    distanceTo: (v: import('@mlightcad/data-model').AcGeVector3dLike) => number;
                    distanceToSquared: (v: import('@mlightcad/data-model').AcGeVector3dLike) => number;
                    manhattanDistanceTo: (v: import('@mlightcad/data-model').AcGeVector3dLike) => number;
                    setFromMatrixPosition: (m: import('@mlightcad/data-model').AcGeMatrix3d) => import('@mlightcad/data-model').AcGeVector3d;
                    setFromMatrixScale: (m: import('@mlightcad/data-model').AcGeMatrix3d) => import('@mlightcad/data-model').AcGeVector3d;
                    setFromMatrixColumn: (m: import('@mlightcad/data-model').AcGeMatrix3d, index: number) => import('@mlightcad/data-model').AcGeVector3d;
                    setFromMatrix3Column: (m: import('@mlightcad/data-model').AcGeMatrix2d, index: number) => import('@mlightcad/data-model').AcGeVector3d;
                    equals: (v: import('@mlightcad/data-model').AcGeVector3dLike) => boolean;
                    fromArray: (array: number[], offset?: number) => import('@mlightcad/data-model').AcGeVector3d;
                    toArray: (array?: number[] | Float32Array, offset?: number) => number[] | Float32Array;
                    random: () => import('@mlightcad/data-model').AcGeVector3d;
                    randomDirection: () => import('@mlightcad/data-model').AcGeVector3d;
                    [Symbol.iterator]: () => Generator<number, void, unknown>;
                };
                set: (min: import('@mlightcad/data-model').AcGeVector3dLike, max: import('@mlightcad/data-model').AcGeVector3dLike) => import('@mlightcad/data-model').AcGeBox3d;
                setFromArray: (array: number[]) => import('@mlightcad/data-model').AcGeBox3d;
                setFromPoints: (points: import('@mlightcad/data-model').AcGeVector3dLike[]) => import('@mlightcad/data-model').AcGeBox3d;
                setFromCenterAndSize: (center: import('@mlightcad/data-model').AcGeVector3dLike, size: import('@mlightcad/data-model').AcGeVector3dLike) => import('@mlightcad/data-model').AcGeBox3d;
                clone: () => import('@mlightcad/data-model').AcGeBox3d;
                copy: (box: import('@mlightcad/data-model').AcGeBox3d) => import('@mlightcad/data-model').AcGeBox3d;
                makeEmpty: () => import('@mlightcad/data-model').AcGeBox3d;
                isEmpty: () => boolean;
                getCenter: (target: import('@mlightcad/data-model').AcGeVector3d) => import('@mlightcad/data-model').AcGeVector3d;
                getSize: (target: import('@mlightcad/data-model').AcGeVector3d) => import('@mlightcad/data-model').AcGeVector3d;
                readonly center: {
                    x: number;
                    y: number;
                    z: number;
                    set: (x: number, y: number, z: number) => import('@mlightcad/data-model').AcGeVector3d;
                    setScalar: (scalar: number) => import('@mlightcad/data-model').AcGeVector3d;
                    setX: (x: number) => import('@mlightcad/data-model').AcGeVector3d;
                    setY: (y: number) => import('@mlightcad/data-model').AcGeVector3d;
                    setZ: (z: number) => import('@mlightcad/data-model').AcGeVector3d;
                    setComponent: (index: number, value: number) => import('@mlightcad/data-model').AcGeVector3d;
                    getComponent: (index: number) => number;
                    clone: () => import('@mlightcad/data-model').AcGeVector3d;
                    copy: (v: import('@mlightcad/data-model').AcGeVectorLike) => import('@mlightcad/data-model').AcGeVector3d;
                    add: (v: import('@mlightcad/data-model').AcGeVectorLike) => import('@mlightcad/data-model').AcGeVector3d;
                    addScalar: (s: number) => import('@mlightcad/data-model').AcGeVector3d;
                    addVectors: (a: import('@mlightcad/data-model').AcGeVector3dLike, b: import('@mlightcad/data-model').AcGeVector3dLike) => import('@mlightcad/data-model').AcGeVector3d;
                    addScaledVector: (v: import('@mlightcad/data-model').AcGeVector3dLike, s: number) => import('@mlightcad/data-model').AcGeVector3d;
                    sub: (v: import('@mlightcad/data-model').AcGeVector3dLike) => import('@mlightcad/data-model').AcGeVector3d;
                    subScalar: (s: number) => import('@mlightcad/data-model').AcGeVector3d;
                    subVectors: (a: import('@mlightcad/data-model').AcGeVector3dLike, b: import('@mlightcad/data-model').AcGeVector3dLike) => import('@mlightcad/data-model').AcGeVector3d;
                    multiply: (v: import('@mlightcad/data-model').AcGeVector3dLike) => import('@mlightcad/data-model').AcGeVector3d;
                    multiplyScalar: (scalar: number) => import('@mlightcad/data-model').AcGeVector3d;
                    multiplyVectors: (a: import('@mlightcad/data-model').AcGeVector3dLike, b: import('@mlightcad/data-model').AcGeVector3dLike) => import('@mlightcad/data-model').AcGeVector3d;
                    applyEuler: (euler: import('@mlightcad/data-model').AcGeEuler) => import('@mlightcad/data-model').AcGeVector3d;
                    applyAxisAngle: (axis: import('@mlightcad/data-model').AcGeVector3dLike, angle: number) => import('@mlightcad/data-model').AcGeVector3d;
                    applyMatrix3: (m: import('@mlightcad/data-model').AcGeMatrix2d) => import('@mlightcad/data-model').AcGeVector3d;
                    applyNormalMatrix: (m: import('@mlightcad/data-model').AcGeMatrix2d) => import('@mlightcad/data-model').AcGeVector3d;
                    applyMatrix4: (m: import('@mlightcad/data-model').AcGeMatrix3d) => import('@mlightcad/data-model').AcGeVector3d;
                    applyQuaternion: (q: import('@mlightcad/data-model').AcGeQuaternion) => import('@mlightcad/data-model').AcGeVector3d;
                    transformDirection: (m: import('@mlightcad/data-model').AcGeMatrix3d) => import('@mlightcad/data-model').AcGeVector3d;
                    divide: (v: import('@mlightcad/data-model').AcGeVector3dLike) => import('@mlightcad/data-model').AcGeVector3d;
                    divideScalar: (scalar: number) => import('@mlightcad/data-model').AcGeVector3d;
                    min: (v: import('@mlightcad/data-model').AcGeVector3dLike) => import('@mlightcad/data-model').AcGeVector3d;
                    max: (v: import('@mlightcad/data-model').AcGeVector3dLike) => import('@mlightcad/data-model').AcGeVector3d;
                    clamp: (min: import('@mlightcad/data-model').AcGeVector3dLike, max: import('@mlightcad/data-model').AcGeVector3dLike) => import('@mlightcad/data-model').AcGeVector3d;
                    clampScalar: (minVal: number, maxVal: number) => import('@mlightcad/data-model').AcGeVector3d;
                    clampLength: (min: number, max: number) => import('@mlightcad/data-model').AcGeVector3d;
                    floor: () => import('@mlightcad/data-model').AcGeVector3d;
                    ceil: () => import('@mlightcad/data-model').AcGeVector3d;
                    round: () => import('@mlightcad/data-model').AcGeVector3d;
                    roundToZero: () => import('@mlightcad/data-model').AcGeVector3d;
                    negate: () => import('@mlightcad/data-model').AcGeVector3d;
                    dot: (v: import('@mlightcad/data-model').AcGeVector3dLike) => number;
                    isParallelTo: (vec: import('@mlightcad/data-model').AcGeVector3d) => boolean;
                    lengthSq: () => number;
                    length: () => number;
                    manhattanLength: () => number;
                    normalize: () => import('@mlightcad/data-model').AcGeVector3d;
                    setLength: (l: number) => import('@mlightcad/data-model').AcGeVector3d;
                    lerp: (v: import('@mlightcad/data-model').AcGeVector3dLike, alpha: number) => import('@mlightcad/data-model').AcGeVector3d;
                    lerpVectors: (v1: import('@mlightcad/data-model').AcGeVector3dLike, v2: import('@mlightcad/data-model').AcGeVector3dLike, alpha: number) => import('@mlightcad/data-model').AcGeVector3d;
                    cross: (v: import('@mlightcad/data-model').AcGeVector3dLike) => import('@mlightcad/data-model').AcGeVector3d;
                    crossVectors: (a: import('@mlightcad/data-model').AcGeVector3dLike, b: import('@mlightcad/data-model').AcGeVector3dLike) => import('@mlightcad/data-model').AcGeVector3d;
                    projectOnVector: (v: import('@mlightcad/data-model').AcGeVector3d) => import('@mlightcad/data-model').AcGeVector3d;
                    projectOnPlane: (planeNormal: import('@mlightcad/data-model').AcGeVector3d) => import('@mlightcad/data-model').AcGeVector3d;
                    reflect: (normal: import('@mlightcad/data-model').AcGeVector3dLike) => import('@mlightcad/data-model').AcGeVector3d;
                    angleTo: (v: import('@mlightcad/data-model').AcGeVector3d) => number;
                    distanceTo: (v: import('@mlightcad/data-model').AcGeVector3dLike) => number;
                    distanceToSquared: (v: import('@mlightcad/data-model').AcGeVector3dLike) => number;
                    manhattanDistanceTo: (v: import('@mlightcad/data-model').AcGeVector3dLike) => number;
                    setFromMatrixPosition: (m: import('@mlightcad/data-model').AcGeMatrix3d) => import('@mlightcad/data-model').AcGeVector3d;
                    setFromMatrixScale: (m: import('@mlightcad/data-model').AcGeMatrix3d) => import('@mlightcad/data-model').AcGeVector3d;
                    setFromMatrixColumn: (m: import('@mlightcad/data-model').AcGeMatrix3d, index: number) => import('@mlightcad/data-model').AcGeVector3d;
                    setFromMatrix3Column: (m: import('@mlightcad/data-model').AcGeMatrix2d, index: number) => import('@mlightcad/data-model').AcGeVector3d;
                    equals: (v: import('@mlightcad/data-model').AcGeVector3dLike) => boolean;
                    fromArray: (array: number[], offset?: number) => import('@mlightcad/data-model').AcGeVector3d;
                    toArray: (array?: number[] | Float32Array, offset?: number) => number[] | Float32Array;
                    random: () => import('@mlightcad/data-model').AcGeVector3d;
                    randomDirection: () => import('@mlightcad/data-model').AcGeVector3d;
                    [Symbol.iterator]: () => Generator<number, void, unknown>;
                };
                readonly size: {
                    x: number;
                    y: number;
                    z: number;
                    set: (x: number, y: number, z: number) => import('@mlightcad/data-model').AcGeVector3d;
                    setScalar: (scalar: number) => import('@mlightcad/data-model').AcGeVector3d;
                    setX: (x: number) => import('@mlightcad/data-model').AcGeVector3d;
                    setY: (y: number) => import('@mlightcad/data-model').AcGeVector3d;
                    setZ: (z: number) => import('@mlightcad/data-model').AcGeVector3d;
                    setComponent: (index: number, value: number) => import('@mlightcad/data-model').AcGeVector3d;
                    getComponent: (index: number) => number;
                    clone: () => import('@mlightcad/data-model').AcGeVector3d;
                    copy: (v: import('@mlightcad/data-model').AcGeVectorLike) => import('@mlightcad/data-model').AcGeVector3d;
                    add: (v: import('@mlightcad/data-model').AcGeVectorLike) => import('@mlightcad/data-model').AcGeVector3d;
                    addScalar: (s: number) => import('@mlightcad/data-model').AcGeVector3d;
                    addVectors: (a: import('@mlightcad/data-model').AcGeVector3dLike, b: import('@mlightcad/data-model').AcGeVector3dLike) => import('@mlightcad/data-model').AcGeVector3d;
                    addScaledVector: (v: import('@mlightcad/data-model').AcGeVector3dLike, s: number) => import('@mlightcad/data-model').AcGeVector3d;
                    sub: (v: import('@mlightcad/data-model').AcGeVector3dLike) => import('@mlightcad/data-model').AcGeVector3d;
                    subScalar: (s: number) => import('@mlightcad/data-model').AcGeVector3d;
                    subVectors: (a: import('@mlightcad/data-model').AcGeVector3dLike, b: import('@mlightcad/data-model').AcGeVector3dLike) => import('@mlightcad/data-model').AcGeVector3d;
                    multiply: (v: import('@mlightcad/data-model').AcGeVector3dLike) => import('@mlightcad/data-model').AcGeVector3d;
                    multiplyScalar: (scalar: number) => import('@mlightcad/data-model').AcGeVector3d;
                    multiplyVectors: (a: import('@mlightcad/data-model').AcGeVector3dLike, b: import('@mlightcad/data-model').AcGeVector3dLike) => import('@mlightcad/data-model').AcGeVector3d;
                    applyEuler: (euler: import('@mlightcad/data-model').AcGeEuler) => import('@mlightcad/data-model').AcGeVector3d;
                    applyAxisAngle: (axis: import('@mlightcad/data-model').AcGeVector3dLike, angle: number) => import('@mlightcad/data-model').AcGeVector3d;
                    applyMatrix3: (m: import('@mlightcad/data-model').AcGeMatrix2d) => import('@mlightcad/data-model').AcGeVector3d;
                    applyNormalMatrix: (m: import('@mlightcad/data-model').AcGeMatrix2d) => import('@mlightcad/data-model').AcGeVector3d;
                    applyMatrix4: (m: import('@mlightcad/data-model').AcGeMatrix3d) => import('@mlightcad/data-model').AcGeVector3d;
                    applyQuaternion: (q: import('@mlightcad/data-model').AcGeQuaternion) => import('@mlightcad/data-model').AcGeVector3d;
                    transformDirection: (m: import('@mlightcad/data-model').AcGeMatrix3d) => import('@mlightcad/data-model').AcGeVector3d;
                    divide: (v: import('@mlightcad/data-model').AcGeVector3dLike) => import('@mlightcad/data-model').AcGeVector3d;
                    divideScalar: (scalar: number) => import('@mlightcad/data-model').AcGeVector3d;
                    min: (v: import('@mlightcad/data-model').AcGeVector3dLike) => import('@mlightcad/data-model').AcGeVector3d;
                    max: (v: import('@mlightcad/data-model').AcGeVector3dLike) => import('@mlightcad/data-model').AcGeVector3d;
                    clamp: (min: import('@mlightcad/data-model').AcGeVector3dLike, max: import('@mlightcad/data-model').AcGeVector3dLike) => import('@mlightcad/data-model').AcGeVector3d;
                    clampScalar: (minVal: number, maxVal: number) => import('@mlightcad/data-model').AcGeVector3d;
                    clampLength: (min: number, max: number) => import('@mlightcad/data-model').AcGeVector3d;
                    floor: () => import('@mlightcad/data-model').AcGeVector3d;
                    ceil: () => import('@mlightcad/data-model').AcGeVector3d;
                    round: () => import('@mlightcad/data-model').AcGeVector3d;
                    roundToZero: () => import('@mlightcad/data-model').AcGeVector3d;
                    negate: () => import('@mlightcad/data-model').AcGeVector3d;
                    dot: (v: import('@mlightcad/data-model').AcGeVector3dLike) => number;
                    isParallelTo: (vec: import('@mlightcad/data-model').AcGeVector3d) => boolean;
                    lengthSq: () => number;
                    length: () => number;
                    manhattanLength: () => number;
                    normalize: () => import('@mlightcad/data-model').AcGeVector3d;
                    setLength: (l: number) => import('@mlightcad/data-model').AcGeVector3d;
                    lerp: (v: import('@mlightcad/data-model').AcGeVector3dLike, alpha: number) => import('@mlightcad/data-model').AcGeVector3d;
                    lerpVectors: (v1: import('@mlightcad/data-model').AcGeVector3dLike, v2: import('@mlightcad/data-model').AcGeVector3dLike, alpha: number) => import('@mlightcad/data-model').AcGeVector3d;
                    cross: (v: import('@mlightcad/data-model').AcGeVector3dLike) => import('@mlightcad/data-model').AcGeVector3d;
                    crossVectors: (a: import('@mlightcad/data-model').AcGeVector3dLike, b: import('@mlightcad/data-model').AcGeVector3dLike) => import('@mlightcad/data-model').AcGeVector3d;
                    projectOnVector: (v: import('@mlightcad/data-model').AcGeVector3d) => import('@mlightcad/data-model').AcGeVector3d;
                    projectOnPlane: (planeNormal: import('@mlightcad/data-model').AcGeVector3d) => import('@mlightcad/data-model').AcGeVector3d;
                    reflect: (normal: import('@mlightcad/data-model').AcGeVector3dLike) => import('@mlightcad/data-model').AcGeVector3d;
                    angleTo: (v: import('@mlightcad/data-model').AcGeVector3d) => number;
                    distanceTo: (v: import('@mlightcad/data-model').AcGeVector3dLike) => number;
                    distanceToSquared: (v: import('@mlightcad/data-model').AcGeVector3dLike) => number;
                    manhattanDistanceTo: (v: import('@mlightcad/data-model').AcGeVector3dLike) => number;
                    setFromMatrixPosition: (m: import('@mlightcad/data-model').AcGeMatrix3d) => import('@mlightcad/data-model').AcGeVector3d;
                    setFromMatrixScale: (m: import('@mlightcad/data-model').AcGeMatrix3d) => import('@mlightcad/data-model').AcGeVector3d;
                    setFromMatrixColumn: (m: import('@mlightcad/data-model').AcGeMatrix3d, index: number) => import('@mlightcad/data-model').AcGeVector3d;
                    setFromMatrix3Column: (m: import('@mlightcad/data-model').AcGeMatrix2d, index: number) => import('@mlightcad/data-model').AcGeVector3d;
                    equals: (v: import('@mlightcad/data-model').AcGeVector3dLike) => boolean;
                    fromArray: (array: number[], offset?: number) => import('@mlightcad/data-model').AcGeVector3d;
                    toArray: (array?: number[] | Float32Array, offset?: number) => number[] | Float32Array;
                    random: () => import('@mlightcad/data-model').AcGeVector3d;
                    randomDirection: () => import('@mlightcad/data-model').AcGeVector3d;
                    [Symbol.iterator]: () => Generator<number, void, unknown>;
                };
                expandByPoint: (point: import('@mlightcad/data-model').AcGeVector3dLike) => import('@mlightcad/data-model').AcGeBox3d;
                expandByVector: (vector: import('@mlightcad/data-model').AcGeVector3dLike) => import('@mlightcad/data-model').AcGeBox3d;
                expandByScalar: (scalar: number) => import('@mlightcad/data-model').AcGeBox3d;
                containsPoint: (point: import('@mlightcad/data-model').AcGeVector3dLike) => boolean;
                containsBox: (box: import('@mlightcad/data-model').AcGeBox3d) => boolean;
                getParameter: (point: import('@mlightcad/data-model').AcGeVector3dLike, target: import('@mlightcad/data-model').AcGeVector3d) => import('@mlightcad/data-model').AcGeVector3d;
                intersectsBox: (box: import('@mlightcad/data-model').AcGeBox3d) => boolean;
                intersectsPlane: (plane: import('@mlightcad/data-model').AcGePlane) => boolean;
                clampPoint: (point: import('@mlightcad/data-model').AcGeVector3dLike, target: import('@mlightcad/data-model').AcGeVector3d) => import('@mlightcad/data-model').AcGeVector3d;
                distanceToPoint: (point: import('@mlightcad/data-model').AcGeVector3dLike) => number;
                intersect: (box: import('@mlightcad/data-model').AcGeBox3d) => import('@mlightcad/data-model').AcGeBox3d;
                union: (box: import('@mlightcad/data-model').AcGeBox3d) => import('@mlightcad/data-model').AcGeBox3d;
                applyMatrix4: (matrix: import('@mlightcad/data-model').AcGeMatrix3d) => import('@mlightcad/data-model').AcGeBox3d;
                translate: (offset: import('@mlightcad/data-model').AcGeVector3dLike) => import('@mlightcad/data-model').AcGeBox3d;
                equals: (box: import('@mlightcad/data-model').AcGeBox3d) => boolean;
            };
            pdmode: number;
            pdsize: number;
            osmode: number;
            orthomode: number;
            readonly lastOpenError: import('@mlightcad/data-model').AcDbOpenDatabaseError | null;
            read: (data: ArrayBuffer, options: import('@mlightcad/data-model').AcDbOpenDatabaseOptions, fileType?: import('@mlightcad/data-model').AcDbConverterType) => Promise<void>;
            openUri: (url: string, options: import('@mlightcad/data-model').AcDbOpenDatabaseOptions) => Promise<void>;
            dxfOut: (_fileName?: string, precision?: number, version?: import('@mlightcad/data-model').AcDbDwgVersion | string | number, _saveThumbnailImage?: boolean) => string;
            regen: () => Promise<void>;
            createDefaultData: (options?: import('@mlightcad/data-model').AcDbCreateDefaultDataOptions) => void;
            ensureEntityStyleDefaults: (entity: AcDbEntity) => void;
            ensureTextStyleDefaults: () => void;
            readonly attrs: {
                attributes: {
                    [x: string]: any;
                    objectId?: AcDbObjectId | undefined;
                    ownerId?: AcDbObjectId | undefined;
                    extensionDictionary?: AcDbObjectId | undefined;
                };
                changed: {
                    [x: string]: any;
                    objectId?: AcDbObjectId | undefined;
                    ownerId?: AcDbObjectId | undefined;
                    extensionDictionary?: AcDbObjectId | undefined;
                };
                readonly events: {
                    attrChanged: {
                        addEventListener: (listener: (payload: import('@mlightcad/data-model').AcCmObjectAttributeChangedEventArgs<import('@mlightcad/data-model').AcDbObjectAttrs>) => void) => void;
                        removeEventListener: (listener: (payload: import('@mlightcad/data-model').AcCmObjectAttributeChangedEventArgs<import('@mlightcad/data-model').AcDbObjectAttrs>) => void) => void;
                        replaceEventListener: (listener: (payload: import('@mlightcad/data-model').AcCmObjectAttributeChangedEventArgs<import('@mlightcad/data-model').AcDbObjectAttrs>) => void) => void;
                        dispatch: (payload?: import('@mlightcad/data-model').AcCmObjectAttributeChangedEventArgs<import('@mlightcad/data-model').AcDbObjectAttrs> | undefined, ...args: unknown[]) => void;
                    };
                    modelChanged: {
                        addEventListener: (listener: (payload: import('@mlightcad/data-model').AcCmObjectChangedEventArgs<import('@mlightcad/data-model').AcDbObjectAttrs>) => void) => void;
                        removeEventListener: (listener: (payload: import('@mlightcad/data-model').AcCmObjectChangedEventArgs<import('@mlightcad/data-model').AcDbObjectAttrs>) => void) => void;
                        replaceEventListener: (listener: (payload: import('@mlightcad/data-model').AcCmObjectChangedEventArgs<import('@mlightcad/data-model').AcDbObjectAttrs>) => void) => void;
                        dispatch: (payload?: import('@mlightcad/data-model').AcCmObjectChangedEventArgs<import('@mlightcad/data-model').AcDbObjectAttrs> | undefined, ...args: unknown[]) => void;
                    };
                };
                get: <A extends string>(key: A) => import('@mlightcad/data-model').AcDbObjectAttrs[A] | undefined;
                set: {
                    <A extends string>(key: A, val?: import('@mlightcad/data-model').AcDbObjectAttrs[A] | undefined, options?: import('@mlightcad/data-model').AcCmObjectOptions): import('@mlightcad/data-model').AcCmObject<import('@mlightcad/data-model').AcDbObjectAttrs>;
                    (key: Partial<import('@mlightcad/data-model').AcDbObjectAttrs>, options?: import('@mlightcad/data-model').AcCmObjectOptions): import('@mlightcad/data-model').AcCmObject<import('@mlightcad/data-model').AcDbObjectAttrs>;
                };
                has: (key: string) => boolean;
                hasChanged: (key?: string | undefined) => boolean;
                changedAttributes: (diff?: Partial<import('@mlightcad/data-model').AcDbObjectAttrs> | undefined) => Partial<import('@mlightcad/data-model').AcDbObjectAttrs>;
                previous: <A extends string>(key: A) => import('@mlightcad/data-model').AcDbObjectAttrs[A] | null | undefined;
                previousAttributes: () => Partial<import('@mlightcad/data-model').AcDbObjectAttrs>;
                clone: () => import('@mlightcad/data-model').AcCmObject<import('@mlightcad/data-model').AcDbObjectAttrs>;
            };
            getAttr: (attrName: string) => any;
            getAttrWithoutException: (attrName: string) => any;
            setAttr: <A extends string>(attrName: A, val?: import('@mlightcad/data-model').AcDbObjectAttrs[A] | undefined) => void;
            objectId: AcDbObjectId;
            readonly isTemp: any;
            ownerId: AcDbObjectId;
            extensionDictionary: AcDbObjectId | undefined;
            database: /*elided*/ any;
            getXData: (appId: string) => import('@mlightcad/data-model').AcDbResultBuffer | undefined;
            setXData: (resbuf: import('@mlightcad/data-model').AcDbResultBuffer) => void;
            removeXData: (appId: string) => void;
            createExtensionDictionary: () => AcDbObjectId | undefined;
            close: () => void;
            clone: () => import('@mlightcad/data-model').AcDbDatabase;
            clonePreservingIdentity: () => import('@mlightcad/data-model').AcDbDatabase;
            restoreFrom: (snapshot: import('@mlightcad/data-model').AcDbDatabase) => void;
            dxfOutFields: (_filer: import('@mlightcad/data-model').AcDbDxfFiler) => import('@mlightcad/data-model').AcDbDatabase;
        };
        getXData: (appId: string) => import('@mlightcad/data-model').AcDbResultBuffer | undefined;
        setXData: (resbuf: import('@mlightcad/data-model').AcDbResultBuffer) => void;
        removeXData: (appId: string) => void;
        createExtensionDictionary: () => AcDbObjectId | undefined;
        close: () => void;
        clone: () => AcDbEntity;
        clonePreservingIdentity: () => AcDbEntity;
        restoreFrom: (snapshot: AcDbEntity) => void;
        dxfOut: (...args: unknown[]) => unknown;
    } | null>;
    id: import('vue').Ref<string | null, string | null>;
    mouse: import('vue').Ref<{
        x: number;
        y: number;
    }, {
        x: number;
        y: number;
    } | {
        x: number;
        y: number;
    }>;
};
//# sourceMappingURL=useHover.d.ts.map