Function useHover

useHover(): {
 entity: Ref<
 | {
 attrs: {
 attributes: {
 extensionDictionary?: string;
 objectId?: string;
 ownerId?: string;
 [key: string]: any;
 };
 changed: {
 extensionDictionary?: string;
 objectId?: string;
 ownerId?: string;
 [key: string]: any;
 };
 events: {
 attrChanged: {
 addEventListener(
 listener: (payload: AcCmObjectAttributeChangedEventArgs) => void,
 ): void;
 dispatch(
 payload?: AcCmObjectAttributeChangedEventArgs<AcDbObjectAttrs>,
 ...args: unknown[],
 ): void;
 removeEventListener(
 listener: (payload: AcCmObjectAttributeChangedEventArgs) => void,
 ): void;
 replaceEventListener(
 listener: (payload: AcCmObjectAttributeChangedEventArgs) => void,
 ): void;
 };
 modelChanged: {
 addEventListener(
 listener: (payload: AcCmObjectChangedEventArgs) => void,
 ): void;
 dispatch(
 payload?: AcCmObjectChangedEventArgs<AcDbObjectAttrs>,
 ...args: unknown[],
 ): void;
 removeEventListener(
 listener: (payload: AcCmObjectChangedEventArgs) => void,
 ): void;
 replaceEventListener(
 listener: (payload: AcCmObjectChangedEventArgs) => void,
 ): void;
 };
 };
 changedAttributes(diff?: Partial<AcDbObjectAttrs>): Partial<T>;
 clone(): AcCmObject<AcDbObjectAttrs>;
 get<A extends string>(key: A): AcDbObjectAttrs[A] | undefined;
 has(key: string): boolean;
 hasChanged(key?: string): boolean;
 previous<A extends string>(
 key: A,
 ): AcDbObjectAttrs[A] | null | undefined;
 previousAttributes(): Partial<T>;
 set<A extends string>(
 key: A,
 val?: AcDbObjectAttrs[A],
 options?: AcCmObjectOptions,
 ): this;
 set(key: Partial<T>, options?: AcCmObjectOptions): this;
 };
 color: {
 blue: number
 | undefined;
 colorIndex: number | undefined;
 colorMethod: AcCmColorMethod;
 colorName: string | undefined;
 cssColor: string | undefined;
 green: number | undefined;
 hexColor: string | undefined;
 isByACI: boolean;
 isByBlock: boolean;
 isByColor: boolean;
 isByLayer: boolean;
 isForeground: boolean;
 red: number | undefined;
 RGB: number | undefined;
 clone(): AcCmColor;
 copy(other: AcCmColor): this;
 cssColorAlpha(alpha: number): string | undefined;
 equals(other: AcCmColor): boolean;
 setByBlock(value?: number): this;
 setByLayer(value?: number): this;
 setForeground(): this;
 setRGB(r: number, g: number, b: number): this;
 setRGBFromCss(cssString: string): this;
 setRGBValue(value: number | null | undefined): this;
 setScalar(scalar: number): this;
 toString(): string;
 };
 database: {
 angbase: number;
 angdir: number;
 attrs: {
 attributes: {
 extensionDictionary?: string;
 objectId?: string;
 ownerId?: string;
 [key: string]: any;
 };
 changed: {
 extensionDictionary?: string;
 objectId?: string;
 ownerId?: string;
 [key: string]: any;
 };
 events: {
 attrChanged: {
 addEventListener(
 listener: (payload: AcCmObjectAttributeChangedEventArgs) => void,
 ): void;
 dispatch(
 payload?: AcCmObjectAttributeChangedEventArgs<AcDbObjectAttrs>,
 ...args: unknown[],
 ): void;
 removeEventListener(
 listener: (payload: AcCmObjectAttributeChangedEventArgs) => void,
 ): void;
 replaceEventListener(
 listener: (payload: AcCmObjectAttributeChangedEventArgs) => void,
 ): void;
 };
 modelChanged: {
 addEventListener(
 listener: (payload: AcCmObjectChangedEventArgs) => void,
 ): void;
 dispatch(
 payload?: AcCmObjectChangedEventArgs<AcDbObjectAttrs>,
 ...args: unknown[],
 ): void;
 removeEventListener(
 listener: (payload: AcCmObjectChangedEventArgs) => void,
 ): void;
 replaceEventListener(
 listener: (payload: AcCmObjectChangedEventArgs) => void,
 ): void;
 };
 };
 changedAttributes(diff?: Partial<AcDbObjectAttrs>): Partial<T>;
 clone(): AcCmObject<AcDbObjectAttrs>;
 get<A extends string>(key: A): AcDbObjectAttrs[A] | undefined;
 has(key: string): boolean;
 hasChanged(key?: string): boolean;
 previous<A extends string>(
 key: A,
 ): AcDbObjectAttrs[A] | null | undefined;
 previousAttributes(): Partial<T>;
 set<A extends string>(
 key: A,
 val?: AcDbObjectAttrs[A],
 options?: AcCmObjectOptions,
 ): this;
 set(key: Partial<T>, options?: AcCmObjectOptions): this;
 };
 aunits: number;
 auprec: number;
 cecolor: {
 blue: number
 | undefined;
 colorIndex: number | undefined;
 colorMethod: AcCmColorMethod;
 colorName: string | undefined;
 cssColor: string | undefined;
 green: number | undefined;
 hexColor: string | undefined;
 isByACI: boolean;
 isByBlock: boolean;
 isByColor: boolean;
 isByLayer: boolean;
 isForeground: boolean;
 red: number | undefined;
 RGB: number | undefined;
 clone(): AcCmColor;
 copy(other: AcCmColor): this;
 cssColorAlpha(alpha: number): string | undefined;
 equals(other: AcCmColor): boolean;
 setByBlock(value?: number): this;
 setByLayer(value?: number): this;
 setForeground(): this;
 setRGB(r: number, g: number, b: number): this;
 setRGBFromCss(cssString: string): this;
 setRGBValue(value: number | null | undefined): this;
 setScalar(scalar: number): this;
 toString(): string;
 };
 celtscale: number;
 celtype: string;
 celweight: AcGiLineWeight;
 cetransparency: {
 alpha: number;
 isByAlpha: boolean;
 isByBlock: boolean;
 isByLayer: boolean;
 isClear: boolean;
 isInvalid: boolean;
 isSolid: boolean;
 method: AcCmTransparencyMethod;
 percentage: number
 | undefined;
 clone(): AcCmTransparency;
 equals(other: AcCmTransparency): boolean;
 serialize(): number;
 toString(): string;
 };
 classes: readonly {
 appName: string;
 cppClassName: string;
 instanceCount: number;
 isEntity: boolean;
 name: string;
 proxyFlag: number;
 wasProxy: boolean;
 }[];
 clayer: string;
 cmleaderstyle: string;
 cmlscale: number;
 cmlstyle: string;
 currentSpaceId: string;
 database: { readonly transactionManager: { strictMode: boolean; startTransaction: () => AcDbDatabaseTransaction; currentTransaction: () => AcDbDatabaseTransaction | undefined; ... 20 more ...; flushPendingEntityModifiedEvents: () => void; }; ... 100 more ...; dxfInFields: (_filer: AcDbDxfFiler) => AcDbDatabase; };
 dimstyle: string;
 drawNoPlotLayers: boolean;
 dwgname: string;
 events: {
 dictObjectErased: {
 addEventListener(
 listener: (payload: AcDbDictObjectEventArgs) => void,
 ): void;
 dispatch(payload?: AcDbDictObjectEventArgs, ...args: unknown[]): void;
 removeEventListener(
 listener: (payload: AcDbDictObjectEventArgs) => void,
 ): void;
 replaceEventListener(
 listener: (payload: AcDbDictObjectEventArgs) => void,
 ): void;
 };
 dictObjetSet: {
 addEventListener(
 listener: (payload: AcDbDictObjectEventArgs) => void,
 ): void;
 dispatch(payload?: AcDbDictObjectEventArgs, ...args: unknown[]): void;
 removeEventListener(
 listener: (payload: AcDbDictObjectEventArgs) => void,
 ): void;
 replaceEventListener(
 listener: (payload: AcDbDictObjectEventArgs) => void,
 ): void;
 };
 entityAppended: {
 addEventListener(
 listener: (payload: AcDbEntityEventArgs) => void,
 ): void;
 dispatch(payload?: AcDbEntityEventArgs, ...args: unknown[]): void;
 removeEventListener(
 listener: (payload: AcDbEntityEventArgs) => void,
 ): void;
 replaceEventListener(
 listener: (payload: AcDbEntityEventArgs) => void,
 ): void;
 };
 entityErased: {
 addEventListener(
 listener: (payload: AcDbEntityEventArgs) => void,
 ): void;
 dispatch(payload?: AcDbEntityEventArgs, ...args: unknown[]): void;
 removeEventListener(
 listener: (payload: AcDbEntityEventArgs) => void,
 ): void;
 replaceEventListener(
 listener: (payload: AcDbEntityEventArgs) => void,
 ): void;
 };
 entityModified: {
 addEventListener(
 listener: (payload: AcDbEntityEventArgs) => void,
 ): void;
 dispatch(payload?: AcDbEntityEventArgs, ...args: unknown[]): void;
 removeEventListener(
 listener: (payload: AcDbEntityEventArgs) => void,
 ): void;
 replaceEventListener(
 listener: (payload: AcDbEntityEventArgs) => void,
 ): void;
 };
 layerAppended: {
 addEventListener(
 listener: (payload: AcDbLayerEventArgs) => void,
 ): void;
 dispatch(payload?: AcDbLayerEventArgs, ...args: unknown[]): void;
 removeEventListener(
 listener: (payload: AcDbLayerEventArgs) => void,
 ): void;
 replaceEventListener(
 listener: (payload: AcDbLayerEventArgs) => void,
 ): void;
 };
 layerErased: {
 addEventListener(
 listener: (payload: AcDbLayerEventArgs) => void,
 ): void;
 dispatch(payload?: AcDbLayerEventArgs, ...args: unknown[]): void;
 removeEventListener(
 listener: (payload: AcDbLayerEventArgs) => void,
 ): void;
 replaceEventListener(
 listener: (payload: AcDbLayerEventArgs) => void,
 ): void;
 };
 layerModified: {
 addEventListener(
 listener: (payload: AcDbLayerModifiedEventArgs) => void,
 ): void;
 dispatch(
 payload?: AcDbLayerModifiedEventArgs,
 ...args: unknown[],
 ): void;
 removeEventListener(
 listener: (payload: AcDbLayerModifiedEventArgs) => void,
 ): void;
 replaceEventListener(
 listener: (payload: AcDbLayerModifiedEventArgs) => void,
 ): void;
 };
 openFailed: {
 addEventListener(
 listener: (payload: AcDbOpenFailedEventArgs) => void,
 ): void;
 dispatch(payload?: AcDbOpenFailedEventArgs, ...args: unknown[]): void;
 removeEventListener(
 listener: (payload: AcDbOpenFailedEventArgs) => void,
 ): void;
 replaceEventListener(
 listener: (payload: AcDbOpenFailedEventArgs) => void,
 ): void;
 };
 openProgress: {
 addEventListener(
 listener: (payload: AcDbProgressdEventArgs) => void,
 ): void;
 dispatch(payload?: AcDbProgressdEventArgs, ...args: unknown[]): void;
 removeEventListener(
 listener: (payload: AcDbProgressdEventArgs) => void,
 ): void;
 replaceEventListener(
 listener: (payload: AcDbProgressdEventArgs) => void,
 ): void;
 };
 };
 extensionDictionary: string
 | undefined;
 extents: {
 center: {
 x: number;
 y: number;
 z: number;
 "[iterator]"(): Generator<number, void, unknown>;
 add(v: AcGeVectorLike): this;
 addScalar(s: number): this;
 addScaledVector(v: AcGeVector3dLike, s: number): this;
 addVectors(a: AcGeVector3dLike, b: AcGeVector3dLike): this;
 angleTo(v: AcGeVector3d): number;
 applyAxisAngle(axis: AcGeVector3dLike, angle: number): this;
 applyEuler(euler: AcGeEuler): this;
 applyMatrix3(m: AcGeMatrix2d): this;
 applyMatrix4(m: AcGeMatrix3d): this;
 applyNormalMatrix(m: AcGeMatrix2d): this;
 applyQuaternion(q: AcGeQuaternion): this;
 ceil(): this;
 clamp(min: AcGeVector3dLike, max: AcGeVector3dLike): this;
 clampLength(min: number, max: number): this;
 clampScalar(minVal: number, maxVal: number): this;
 clone(): AcGeVector3d;
 copy(v: AcGeVectorLike): this;
 cross(v: AcGeVector3dLike): this;
 crossVectors(a: AcGeVector3dLike, b: AcGeVector3dLike): this;
 distanceTo(v: AcGeVector3dLike): number;
 distanceToSquared(v: AcGeVector3dLike): number;
 divide(v: AcGeVector3dLike): this;
 divideScalar(scalar: number): this;
 dot(v: AcGeVector3dLike): number;
 equals(v: AcGeVector3dLike): boolean;
 floor(): this;
 fromArray(array: number[], offset?: number): this;
 getComponent(index: number): number;
 isParallelTo(vec: AcGeVector3d): boolean;
 length(): number;
 lengthSq(): number;
 lerp(v: AcGeVector3dLike, alpha: number): this;
 lerpVectors(
 v1: AcGeVector3dLike,
 v2: AcGeVector3dLike,
 alpha: number,
 ): this;
 manhattanDistanceTo(v: AcGeVector3dLike): number;
 manhattanLength(): number;
 max(v: AcGeVector3dLike): this;
 min(v: AcGeVector3dLike): this;
 multiply(v: AcGeVector3dLike): this;
 multiplyScalar(scalar: number): this;
 multiplyVectors(a: AcGeVector3dLike, b: AcGeVector3dLike): this;
 negate(): this;
 normalize(): this;
 projectOnPlane(planeNormal: AcGeVector3d): this;
 projectOnVector(v: AcGeVector3d): this;
 random(): this;
 randomDirection(): this;
 reflect(normal: AcGeVector3dLike): this;
 round(): this;
 roundToZero(): this;
 set(x: number, y: number, z: number): this;
 setComponent(index: number, value: number): this;
 setFromMatrix3Column(m: AcGeMatrix2d, index: number): this;
 setFromMatrixColumn(m: AcGeMatrix3d, index: number): this;
 setFromMatrixPosition(m: AcGeMatrix3d): this;
 setFromMatrixScale(m: AcGeMatrix3d): this;
 setLength(l: number): this;
 setScalar(scalar: number): this;
 setX(x: number): this;
 setY(y: number): this;
 setZ(z: number): this;
 sub(v: AcGeVector3dLike): this;
 subScalar(s: number): this;
 subVectors(a: AcGeVector3dLike, b: AcGeVector3dLike): this;
 toArray(
 array?: number[] | Float32Array<ArrayBufferLike>,
 offset?: number,
 ): number[] | Float32Array<ArrayBufferLike>;
 transformDirection(m: AcGeMatrix3d): this;
 };
 max: {
 x: number;
 y: number;
 z: number;
 "[iterator]"(): Generator<number, void, unknown>;
 add(v: AcGeVectorLike): this;
 addScalar(s: number): this;
 addScaledVector(v: AcGeVector3dLike, s: number): this;
 addVectors(a: AcGeVector3dLike, b: AcGeVector3dLike): this;
 angleTo(v: AcGeVector3d): number;
 applyAxisAngle(axis: AcGeVector3dLike, angle: number): this;
 applyEuler(euler: AcGeEuler): this;
 applyMatrix3(m: AcGeMatrix2d): this;
 applyMatrix4(m: AcGeMatrix3d): this;
 applyNormalMatrix(m: AcGeMatrix2d): this;
 applyQuaternion(q: AcGeQuaternion): this;
 ceil(): this;
 clamp(min: AcGeVector3dLike, max: AcGeVector3dLike): this;
 clampLength(min: number, max: number): this;
 clampScalar(minVal: number, maxVal: number): this;
 clone(): AcGeVector3d;
 copy(v: AcGeVectorLike): this;
 cross(v: AcGeVector3dLike): this;
 crossVectors(a: AcGeVector3dLike, b: AcGeVector3dLike): this;
 distanceTo(v: AcGeVector3dLike): number;
 distanceToSquared(v: AcGeVector3dLike): number;
 divide(v: AcGeVector3dLike): this;
 divideScalar(scalar: number): this;
 dot(v: AcGeVector3dLike): number;
 equals(v: AcGeVector3dLike): boolean;
 floor(): this;
 fromArray(array: number[], offset?: number): this;
 getComponent(index: number): number;
 isParallelTo(vec: AcGeVector3d): boolean;
 length(): number;
 lengthSq(): number;
 lerp(v: AcGeVector3dLike, alpha: number): this;
 lerpVectors(
 v1: AcGeVector3dLike,
 v2: AcGeVector3dLike,
 alpha: number,
 ): this;
 manhattanDistanceTo(v: AcGeVector3dLike): number;
 manhattanLength(): number;
 max(v: AcGeVector3dLike): this;
 min(v: AcGeVector3dLike): this;
 multiply(v: AcGeVector3dLike): this;
 multiplyScalar(scalar: number): this;
 multiplyVectors(a: AcGeVector3dLike, b: AcGeVector3dLike): this;
 negate(): this;
 normalize(): this;
 projectOnPlane(planeNormal: AcGeVector3d): this;
 projectOnVector(v: AcGeVector3d): this;
 random(): this;
 randomDirection(): this;
 reflect(normal: AcGeVector3dLike): this;
 round(): this;
 roundToZero(): this;
 set(x: number, y: number, z: number): this;
 setComponent(index: number, value: number): this;
 setFromMatrix3Column(m: AcGeMatrix2d, index: number): this;
 setFromMatrixColumn(m: AcGeMatrix3d, index: number): this;
 setFromMatrixPosition(m: AcGeMatrix3d): this;
 setFromMatrixScale(m: AcGeMatrix3d): this;
 setLength(l: number): this;
 setScalar(scalar: number): this;
 setX(x: number): this;
 setY(y: number): this;
 setZ(z: number): this;
 sub(v: AcGeVector3dLike): this;
 subScalar(s: number): this;
 subVectors(a: AcGeVector3dLike, b: AcGeVector3dLike): this;
 toArray(
 array?: number[] | Float32Array<ArrayBufferLike>,
 offset?: number,
 ): number[] | Float32Array<ArrayBufferLike>;
 transformDirection(m: AcGeMatrix3d): this;
 };
 min: {
 x: number;
 y: number;
 z: number;
 "[iterator]"(): Generator<number, void, unknown>;
 add(v: AcGeVectorLike): this;
 addScalar(s: number): this;
 addScaledVector(v: AcGeVector3dLike, s: number): this;
 addVectors(a: AcGeVector3dLike, b: AcGeVector3dLike): this;
 angleTo(v: AcGeVector3d): number;
 applyAxisAngle(axis: AcGeVector3dLike, angle: number): this;
 applyEuler(euler: AcGeEuler): this;
 applyMatrix3(m: AcGeMatrix2d): this;
 applyMatrix4(m: AcGeMatrix3d): this;
 applyNormalMatrix(m: AcGeMatrix2d): this;
 applyQuaternion(q: AcGeQuaternion): this;
 ceil(): this;
 clamp(min: AcGeVector3dLike, max: AcGeVector3dLike): this;
 clampLength(min: number, max: number): this;
 clampScalar(minVal: number, maxVal: number): this;
 clone(): AcGeVector3d;
 copy(v: AcGeVectorLike): this;
 cross(v: AcGeVector3dLike): this;
 crossVectors(a: AcGeVector3dLike, b: AcGeVector3dLike): this;
 distanceTo(v: AcGeVector3dLike): number;
 distanceToSquared(v: AcGeVector3dLike): number;
 divide(v: AcGeVector3dLike): this;
 divideScalar(scalar: number): this;
 dot(v: AcGeVector3dLike): number;
 equals(v: AcGeVector3dLike): boolean;
 floor(): this;
 fromArray(array: number[], offset?: number): this;
 getComponent(index: number): number;
 isParallelTo(vec: AcGeVector3d): boolean;
 length(): number;
 lengthSq(): number;
 lerp(v: AcGeVector3dLike, alpha: number): this;
 lerpVectors(
 v1: AcGeVector3dLike,
 v2: AcGeVector3dLike,
 alpha: number,
 ): this;
 manhattanDistanceTo(v: AcGeVector3dLike): number;
 manhattanLength(): number;
 max(v: AcGeVector3dLike): this;
 min(v: AcGeVector3dLike): this;
 multiply(v: AcGeVector3dLike): this;
 multiplyScalar(scalar: number): this;
 multiplyVectors(a: AcGeVector3dLike, b: AcGeVector3dLike): this;
 negate(): this;
 normalize(): this;
 projectOnPlane(planeNormal: AcGeVector3d): this;
 projectOnVector(v: AcGeVector3d): this;
 random(): this;
 randomDirection(): this;
 reflect(normal: AcGeVector3dLike): this;
 round(): this;
 roundToZero(): this;
 set(x: number, y: number, z: number): this;
 setComponent(index: number, value: number): this;
 setFromMatrix3Column(m: AcGeMatrix2d, index: number): this;
 setFromMatrixColumn(m: AcGeMatrix3d, index: number): this;
 setFromMatrixPosition(m: AcGeMatrix3d): this;
 setFromMatrixScale(m: AcGeMatrix3d): this;
 setLength(l: number): this;
 setScalar(scalar: number): this;
 setX(x: number): this;
 setY(y: number): this;
 setZ(z: number): this;
 sub(v: AcGeVector3dLike): this;
 subScalar(s: number): this;
 subVectors(a: AcGeVector3dLike, b: AcGeVector3dLike): this;
 toArray(
 array?: number[] | Float32Array<ArrayBufferLike>,
 offset?: number,
 ): number[] | Float32Array<ArrayBufferLike>;
 transformDirection(m: AcGeMatrix3d): this;
 };
 size: {
 x: number;
 y: number;
 z: number;
 "[iterator]"(): Generator<number, void, unknown>;
 add(v: AcGeVectorLike): this;
 addScalar(s: number): this;
 addScaledVector(v: AcGeVector3dLike, s: number): this;
 addVectors(a: AcGeVector3dLike, b: AcGeVector3dLike): this;
 angleTo(v: AcGeVector3d): number;
 applyAxisAngle(axis: AcGeVector3dLike, angle: number): this;
 applyEuler(euler: AcGeEuler): this;
 applyMatrix3(m: AcGeMatrix2d): this;
 applyMatrix4(m: AcGeMatrix3d): this;
 applyNormalMatrix(m: AcGeMatrix2d): this;
 applyQuaternion(q: AcGeQuaternion): this;
 ceil(): this;
 clamp(min: AcGeVector3dLike, max: AcGeVector3dLike): this;
 clampLength(min: number, max: number): this;
 clampScalar(minVal: number, maxVal: number): this;
 clone(): AcGeVector3d;
 copy(v: AcGeVectorLike): this;
 cross(v: AcGeVector3dLike): this;
 crossVectors(a: AcGeVector3dLike, b: AcGeVector3dLike): this;
 distanceTo(v: AcGeVector3dLike): number;
 distanceToSquared(v: AcGeVector3dLike): number;
 divide(v: AcGeVector3dLike): this;
 divideScalar(scalar: number): this;
 dot(v: AcGeVector3dLike): number;
 equals(v: AcGeVector3dLike): boolean;
 floor(): this;
 fromArray(array: number[], offset?: number): this;
 getComponent(index: number): number;
 isParallelTo(vec: AcGeVector3d): boolean;
 length(): number;
 lengthSq(): number;
 lerp(v: AcGeVector3dLike, alpha: number): this;
 lerpVectors(
 v1: AcGeVector3dLike,
 v2: AcGeVector3dLike,
 alpha: number,
 ): this;
 manhattanDistanceTo(v: AcGeVector3dLike): number;
 manhattanLength(): number;
 max(v: AcGeVector3dLike): this;
 min(v: AcGeVector3dLike): this;
 multiply(v: AcGeVector3dLike): this;
 multiplyScalar(scalar: number): this;
 multiplyVectors(a: AcGeVector3dLike, b: AcGeVector3dLike): this;
 negate(): this;
 normalize(): this;
 projectOnPlane(planeNormal: AcGeVector3d): this;
 projectOnVector(v: AcGeVector3d): this;
 random(): this;
 randomDirection(): this;
 reflect(normal: AcGeVector3dLike): this;
 round(): this;
 roundToZero(): this;
 set(x: number, y: number, z: number): this;
 setComponent(index: number, value: number): this;
 setFromMatrix3Column(m: AcGeMatrix2d, index: number): this;
 setFromMatrixColumn(m: AcGeMatrix3d, index: number): this;
 setFromMatrixPosition(m: AcGeMatrix3d): this;
 setFromMatrixScale(m: AcGeMatrix3d): this;
 setLength(l: number): this;
 setScalar(scalar: number): this;
 setX(x: number): this;
 setY(y: number): this;
 setZ(z: number): this;
 sub(v: AcGeVector3dLike): this;
 subScalar(s: number): this;
 subVectors(a: AcGeVector3dLike, b: AcGeVector3dLike): this;
 toArray(
 array?: number[] | Float32Array<ArrayBufferLike>,
 offset?: number,
 ): number[] | Float32Array<ArrayBufferLike>;
 transformDirection(m: AcGeMatrix3d): this;
 };
 applyMatrix4(matrix: AcGeMatrix3d): this;
 clampPoint(point: AcGeVector3dLike, target: AcGeVector3d): AcGeVector3d;
 clone(): AcGeBox3d;
 containsBox(box: AcGeBox3d): boolean;
 containsPoint(point: AcGeVector3dLike): boolean;
 copy(box: AcGeBox3d): this;
 distanceToPoint(point: AcGeVector3dLike): number;
 equals(box: AcGeBox3d): boolean;
 expandByPoint(point: AcGeVector3dLike): this;
 expandByScalar(scalar: number): this;
 expandByVector(vector: AcGeVector3dLike): this;
 getCenter(target: AcGeVector3d): AcGeVector3d;
 getParameter(
 point: AcGeVector3dLike,
 target: AcGeVector3d,
 ): AcGeVector3d;
 getSize(target: AcGeVector3d): AcGeVector3d;
 intersect(box: AcGeBox3d): this;
 intersectsBox(box: AcGeBox3d): boolean;
 intersectsPlane(plane: AcGePlane): boolean;
 isEmpty(): boolean;
 makeEmpty(): this;
 set(min: AcGeVector3dLike, max: AcGeVector3dLike): this;
 setFromArray(array: number[]): this;
 setFromCenterAndSize(
 center: AcGeVector3dLike,
 size: AcGeVector3dLike,
 ): this;
 setFromPoints(points: AcGeVector3dLike[]): this;
 translate(offset: AcGeVector3dLike): this;
 union(box: AcGeBox3d): this;
 };
 extmax: {
 x: number;
 y: number;
 z: number;
 "[iterator]"(): Generator<number, void, unknown>;
 add(v: AcGeVectorLike): this;
 addScalar(s: number): this;
 addScaledVector(v: AcGeVector3dLike, s: number): this;
 addVectors(a: AcGeVector3dLike, b: AcGeVector3dLike): this;
 angleTo(v: AcGeVector3d): number;
 applyAxisAngle(axis: AcGeVector3dLike, angle: number): this;
 applyEuler(euler: AcGeEuler): this;
 applyMatrix3(m: AcGeMatrix2d): this;
 applyMatrix4(m: AcGeMatrix3d): this;
 applyNormalMatrix(m: AcGeMatrix2d): this;
 applyQuaternion(q: AcGeQuaternion): this;
 ceil(): this;
 clamp(min: AcGeVector3dLike, max: AcGeVector3dLike): this;
 clampLength(min: number, max: number): this;
 clampScalar(minVal: number, maxVal: number): this;
 clone(): AcGePoint3d;
 copy(v: AcGeVectorLike): this;
 cross(v: AcGeVector3dLike): this;
 crossVectors(a: AcGeVector3dLike, b: AcGeVector3dLike): this;
 distanceTo(v: AcGeVector3dLike): number;
 distanceToSquared(v: AcGeVector3dLike): number;
 divide(v: AcGeVector3dLike): this;
 divideScalar(scalar: number): this;
 dot(v: AcGeVector3dLike): number;
 equals(v: AcGeVector3dLike): boolean;
 floor(): this;
 fromArray(array: number[], offset?: number): this;
 getComponent(index: number): number;
 isParallelTo(vec: AcGeVector3d): boolean;
 length(): number;
 lengthSq(): number;
 lerp(v: AcGeVector3dLike, alpha: number): this;
 lerpVectors(
 v1: AcGeVector3dLike,
 v2: AcGeVector3dLike,
 alpha: number,
 ): this;
 manhattanDistanceTo(v: AcGeVector3dLike): number;
 manhattanLength(): number;
 max(v: AcGeVector3dLike): this;
 min(v: AcGeVector3dLike): this;
 multiply(v: AcGeVector3dLike): this;
 multiplyScalar(scalar: number): this;
 multiplyVectors(a: AcGeVector3dLike, b: AcGeVector3dLike): this;
 negate(): this;
 normalize(): this;
 projectOnPlane(planeNormal: AcGeVector3d): this;
 projectOnVector(v: AcGeVector3d): this;
 random(): this;
 randomDirection(): this;
 reflect(normal: AcGeVector3dLike): this;
 round(): this;
 roundToZero(): this;
 set(x: number, y: number, z: number): this;
 setComponent(index: number, value: number): this;
 setFromMatrix3Column(m: AcGeMatrix2d, index: number): this;
 setFromMatrixColumn(m: AcGeMatrix3d, index: number): this;
 setFromMatrixPosition(m: AcGeMatrix3d): this;
 setFromMatrixScale(m: AcGeMatrix3d): this;
 setLength(l: number): this;
 setScalar(scalar: number): this;
 setX(x: number): this;
 setY(y: number): this;
 setZ(z: number): this;
 sub(v: AcGeVector3dLike): this;
 subScalar(s: number): this;
 subVectors(a: AcGeVector3dLike, b: AcGeVector3dLike): this;
 toArray(
 array?: number[] | Float32Array<ArrayBufferLike>,
 offset?: number,
 ): number[] | Float32Array<ArrayBufferLike>;
 transformDirection(m: AcGeMatrix3d): this;
 };
 extmin: {
 x: number;
 y: number;
 z: number;
 "[iterator]"(): Generator<number, void, unknown>;
 add(v: AcGeVectorLike): this;
 addScalar(s: number): this;
 addScaledVector(v: AcGeVector3dLike, s: number): this;
 addVectors(a: AcGeVector3dLike, b: AcGeVector3dLike): this;
 angleTo(v: AcGeVector3d): number;
 applyAxisAngle(axis: AcGeVector3dLike, angle: number): this;
 applyEuler(euler: AcGeEuler): this;
 applyMatrix3(m: AcGeMatrix2d): this;
 applyMatrix4(m: AcGeMatrix3d): this;
 applyNormalMatrix(m: AcGeMatrix2d): this;
 applyQuaternion(q: AcGeQuaternion): this;
 ceil(): this;
 clamp(min: AcGeVector3dLike, max: AcGeVector3dLike): this;
 clampLength(min: number, max: number): this;
 clampScalar(minVal: number, maxVal: number): this;
 clone(): AcGePoint3d;
 copy(v: AcGeVectorLike): this;
 cross(v: AcGeVector3dLike): this;
 crossVectors(a: AcGeVector3dLike, b: AcGeVector3dLike): this;
 distanceTo(v: AcGeVector3dLike): number;
 distanceToSquared(v: AcGeVector3dLike): number;
 divide(v: AcGeVector3dLike): this;
 divideScalar(scalar: number): this;
 dot(v: AcGeVector3dLike): number;
 equals(v: AcGeVector3dLike): boolean;
 floor(): this;
 fromArray(array: number[], offset?: number): this;
 getComponent(index: number): number;
 isParallelTo(vec: AcGeVector3d): boolean;
 length(): number;
 lengthSq(): number;
 lerp(v: AcGeVector3dLike, alpha: number): this;
 lerpVectors(
 v1: AcGeVector3dLike,
 v2: AcGeVector3dLike,
 alpha: number,
 ): this;
 manhattanDistanceTo(v: AcGeVector3dLike): number;
 manhattanLength(): number;
 max(v: AcGeVector3dLike): this;
 min(v: AcGeVector3dLike): this;
 multiply(v: AcGeVector3dLike): this;
 multiplyScalar(scalar: number): this;
 multiplyVectors(a: AcGeVector3dLike, b: AcGeVector3dLike): this;
 negate(): this;
 normalize(): this;
 projectOnPlane(planeNormal: AcGeVector3d): this;
 projectOnVector(v: AcGeVector3d): this;
 random(): this;
 randomDirection(): this;
 reflect(normal: AcGeVector3dLike): this;
 round(): this;
 roundToZero(): this;
 set(x: number, y: number, z: number): this;
 setComponent(index: number, value: number): this;
 setFromMatrix3Column(m: AcGeMatrix2d, index: number): this;
 setFromMatrixColumn(m: AcGeMatrix3d, index: number): this;
 setFromMatrixPosition(m: AcGeMatrix3d): this;
 setFromMatrixScale(m: AcGeMatrix3d): this;
 setLength(l: number): this;
 setScalar(scalar: number): this;
 setX(x: number): this;
 setY(y: number): this;
 setZ(z: number): this;
 sub(v: AcGeVector3dLike): this;
 subScalar(s: number): this;
 subVectors(a: AcGeVector3dLike, b: AcGeVector3dLike): this;
 toArray(
 array?: number[] | Float32Array<ArrayBufferLike>,
 offset?: number,
 ): number[] | Float32Array<ArrayBufferLike>;
 transformDirection(m: AcGeMatrix3d): this;
 };
 formatter: {
 formatAngle(radians: number, options?: AcDbFormatterOptions): string;
 formatLength(value: number, options?: AcDbFormatterOptions): string;
 formatPoint2d(
 point: AcGePoint2d,
 options?: AcDbFormatterOptions,
 ): string;
 formatPoint3d(
 point: AcGePoint3d,
 options?: AcDbFormatterOptions,
 ): string;
 };
 hpbackgroundcolor: {
 blue: number
 | undefined;
 colorIndex: number | undefined;
 colorMethod: AcCmColorMethod;
 colorName: string | undefined;
 cssColor: string | undefined;
 green: number | undefined;
 hexColor: string | undefined;
 isByACI: boolean;
 isByBlock: boolean;
 isByColor: boolean;
 isByLayer: boolean;
 isForeground: boolean;
 red: number | undefined;
 RGB: number | undefined;
 clone(): AcCmColor;
 copy(other: AcCmColor): this;
 cssColorAlpha(alpha: number): string | undefined;
 equals(other: AcCmColor): boolean;
 setByBlock(value?: number): this;
 setByLayer(value?: number): this;
 setForeground(): this;
 setRGB(r: number, g: number, b: number): this;
 setRGBFromCss(cssString: string): this;
 setRGBValue(value: number | null | undefined): this;
 setScalar(scalar: number): this;
 toString(): string;
 };
 hpcolor: {
 blue: number
 | undefined;
 colorIndex: number | undefined;
 colorMethod: AcCmColorMethod;
 colorName: string | undefined;
 cssColor: string | undefined;
 green: number | undefined;
 hexColor: string | undefined;
 isByACI: boolean;
 isByBlock: boolean;
 isByColor: boolean;
 isByLayer: boolean;
 isForeground: boolean;
 red: number | undefined;
 RGB: number | undefined;
 clone(): AcCmColor;
 copy(other: AcCmColor): this;
 cssColorAlpha(alpha: number): string | undefined;
 equals(other: AcCmColor): boolean;
 setByBlock(value?: number): this;
 setByLayer(value?: number): this;
 setForeground(): this;
 setRGB(r: number, g: number, b: number): this;
 setRGBFromCss(cssString: string): this;
 setRGBValue(value: number | null | undefined): this;
 setScalar(scalar: number): this;
 toString(): string;
 };
 hplayer: string;
 hptransparency: {
 alpha: number;
 isByAlpha: boolean;
 isByBlock: boolean;
 isByLayer: boolean;
 isClear: boolean;
 isInvalid: boolean;
 isSolid: boolean;
 method: AcCmTransparencyMethod;
 percentage: number
 | undefined;
 clone(): AcCmTransparency;
 equals(other: AcCmTransparency): boolean;
 serialize(): number;
 toString(): string;
 };
 insunits: number;
 isTemp: any;
 lastOpenError: AcDbOpenDatabaseError
 | null;
 layerFilters: {
 current:
 | {
 filterExpression: string;
 name: string;
 nestedFilters: readonly (
 { name: string; setName: (value: string) => boolean; filterExpression: string; setFilterExpression: (expression: string) => boolean; filterExpressionTree: () => AcLyBoolExpr | null; ... 18 more ...; showEditor: () => AcLyLayerFilterDialogResult; }
 )[];
 addNested(filter: AcLyLayerFilter): boolean;
 allowDelete(): boolean;
 allowNested(): boolean;
 allowRename(): boolean;
 compareTo(other: AcLyLayerFilter | null | undefined): boolean;
 dynamicallyGenerated(): boolean;
 filter(layer: AcDbLayerTableRecord): boolean;
 filterExpressionTree(): AcLyBoolExpr | null;
 generateNested(): boolean;
 getNestedFilters(): readonly AcLyLayerFilter[];
 isIdFilter(): boolean;
 isProxy(): boolean;
 parent(): AcLyLayerFilter | null;
 removeNested(filter: AcLyLayerFilter): boolean;
 setAllowDelete(value: boolean): void;
 setAllowRename(value: boolean): void;
 setDynamicallyGenerated(value: boolean): void;
 setFilterExpression(expression: string): boolean;
 setIsProxy(value: boolean): void;
 setName(value: string): boolean;
 showEditor(): AcLyLayerFilterDialogResult;
 }
 | null;
 root: {
 filterExpression: string;
 name: string;
 nestedFilters: readonly (
 { name: string; setName: (value: string) => boolean; filterExpression: string; setFilterExpression: (expression: string) => boolean; filterExpressionTree: () => AcLyBoolExpr | null; ... 18 more ...; showEditor: () => AcLyLayerFilterDialogResult; }
 )[];
 addNested(filter: AcLyLayerFilter): boolean;
 allowDelete(): boolean;
 allowNested(): boolean;
 allowRename(): boolean;
 compareTo(other: AcLyLayerFilter | null | undefined): boolean;
 dynamicallyGenerated(): boolean;
 filter(layer: AcDbLayerTableRecord): boolean;
 filterExpressionTree(): AcLyBoolExpr | null;
 generateNested(): boolean;
 getNestedFilters(): readonly AcLyLayerFilter[];
 isIdFilter(): boolean;
 isProxy(): boolean;
 parent(): AcLyLayerFilter | null;
 removeNested(filter: AcLyLayerFilter): boolean;
 setAllowDelete(value: boolean): void;
 setAllowRename(value: boolean): void;
 setDynamicallyGenerated(value: boolean): void;
 setFilterExpression(expression: string): boolean;
 setIsProxy(value: boolean): void;
 setName(value: string): boolean;
 showEditor(): AcLyLayerFilterDialogResult;
 };
 clone(): AcLyLayerFilterTree;
 };
 ltscale: number;
 lunits: number;
 luprec: number;
 lwdisplay: boolean;
 measurement: number;
 objectId: string;
 objects: {
 dictionary: {
 attrs: {
 attributes: {
 extensionDictionary?: string;
 objectId?: string;
 ownerId?: string;
 [key: string]: any;
 };
 changed: {
 extensionDictionary?: string;
 objectId?: string;
 ownerId?: string;
 [key: string]: any;
 };
 events: {
 attrChanged: {
 addEventListener(listener: (payload: ...) => ...): void;
 dispatch(payload?: (...) | (...), ...args: (...)[]): void;
 removeEventListener(listener: (payload: ...) => ...): void;
 replaceEventListener(listener: (payload: ...) => ...): void;
 };
 modelChanged: {
 addEventListener(listener: (payload: ...) => ...): void;
 dispatch(payload?: (...) | (...), ...args: (...)[]): void;
 removeEventListener(listener: (payload: ...) => ...): void;
 replaceEventListener(listener: (payload: ...) => ...): void;
 };
 };
 changedAttributes(diff?: Partial<AcDbObjectAttrs>): Partial<T>;
 clone(): AcCmObject<AcDbObjectAttrs>;
 get<A extends string>(key: A): AcDbObjectAttrs[A] | undefined;
 has(key: string): boolean;
 hasChanged(key?: string): boolean;
 previous<A extends string>(
 key: A,
 ): AcDbObjectAttrs[A] | null | undefined;
 previousAttributes(): Partial<T>;
 set<A extends string>(
 key: A,
 val?: AcDbObjectAttrs[A],
 options?: AcCmObjectOptions,
 ): this;
 set(key: Partial<T>, options?: AcCmObjectOptions): this;
 };
 database: { readonly transactionManager: { strictMode: boolean; startTransaction: () => AcDbDatabaseTransaction; currentTransaction: () => AcDbDatabaseTransaction | undefined; ... 20 more ...; flushPendingEntityModifiedEvents: () => void; }; ... 100 more ...; dxfInFields: (_filer: AcDbDxfFiler) => AcDbDatabase; };
 extensionDictionary: string
 | undefined;
 isTemp: any;
 numEntries: number;
 objectId: string;
 ownerId: string;
 clone(): this;
 clonePreservingIdentity(): this;
 close(): void;
 createExtensionDictionary(): string | undefined;
 dxfIn(filer: AcDbDxfFiler): this;
 dxfInFields(filer: AcDbDxfFiler): this;
 dxfOut(...args: unknown[]): unknown;
 dxfOutFields(filer: AcDbDxfFiler): this;
 entries(): IterableIterator<
 [string, AcDbDictionary<AcDbObject<(...)>>],
 >;
 getAt(
 name: string,
 ): AcDbDictionary<AcDbObject<AcDbObjectAttrs>> | undefined;
 getAttr(attrName: string): any;
 getAttrWithoutException(attrName: string): any;
 getIdAt(
 id: string,
 ): AcDbDictionary<AcDbObject<AcDbObjectAttrs>> | undefined;
 getXData(appId: string): AcDbResultBuffer | undefined;
 has(name: string): boolean;
 hasId(id: string): boolean;
 newIterator(): AcDbObjectIterator<
 AcDbDictionary<AcDbObject<AcDbObjectAttrs>>,
 >;
 remove(name: string): boolean;
 removeAll(): void;
 removeId(id: string): boolean;
 removeXData(appId: string): void;
 restoreFrom(snapshot: this): void;
 setAt(key: string, value: AcDbDictionary): void;
 setAttr<A extends string>(attrName: A, val?: AcDbObjectAttrs[A]): void;
 setXData(resbuf: AcDbResultBuffer): void;
 };
 group: {
 attrs: {
 attributes: {
 extensionDictionary?: string;
 objectId?: string;
 ownerId?: string;
 [key: string]: any;
 };
 changed: {
 extensionDictionary?: string;
 objectId?: string;
 ownerId?: string;
 [key: string]: any;
 };
 events: {
 attrChanged: {
 addEventListener(listener: (payload: ...) => ...): void;
 dispatch(payload?: (...) | (...), ...args: (...)[]): void;
 removeEventListener(listener: (payload: ...) => ...): void;
 replaceEventListener(listener: (payload: ...) => ...): void;
 };
 modelChanged: {
 addEventListener(listener: (payload: ...) => ...): void;
 dispatch(payload?: (...) | (...), ...args: (...)[]): void;
 removeEventListener(listener: (payload: ...) => ...): void;
 replaceEventListener(listener: (payload: ...) => ...): void;
 };
 };
 changedAttributes(diff?: Partial<AcDbObjectAttrs>): Partial<T>;
 clone(): AcCmObject<AcDbObjectAttrs>;
 get<A extends string>(key: A): AcDbObjectAttrs[A] | undefined;
 has(key: string): boolean;
 hasChanged(key?: string): boolean;
 previous<A extends string>(
 key: A,
 ): AcDbObjectAttrs[A] | null | undefined;
 previousAttributes(): Partial<T>;
 set<A extends string>(
 key: A,
 val?: AcDbObjectAttrs[A],
 options?: AcCmObjectOptions,
 ): this;
 set(key: Partial<T>, options?: AcCmObjectOptions): this;
 };
 database: { readonly transactionManager: { strictMode: boolean; startTransaction: () => AcDbDatabaseTransaction; currentTransaction: () => AcDbDatabaseTransaction | undefined; ... 20 more ...; flushPendingEntityModifiedEvents: () => void; }; ... 100 more ...; dxfInFields: (_filer: AcDbDxfFiler) => AcDbDatabase; };
 extensionDictionary: string
 | undefined;
 isTemp: any;
 numEntries: number;
 objectId: string;
 ownerId: string;
 clone(): this;
 clonePreservingIdentity(): this;
 close(): void;
 createExtensionDictionary(): string | undefined;
 dxfIn(filer: AcDbDxfFiler): this;
 dxfInFields(filer: AcDbDxfFiler): this;
 dxfOut(...args: unknown[]): unknown;
 dxfOutFields(filer: AcDbDxfFiler): this;
 entries(): IterableIterator<[string, AcDbGroup]>;
 getAt(name: string): AcDbGroup | undefined;
 getAttr(attrName: string): any;
 getAttrWithoutException(attrName: string): any;
 getIdAt(id: string): AcDbGroup | undefined;
 getXData(appId: string): AcDbResultBuffer | undefined;
 has(name: string): boolean;
 hasId(id: string): boolean;
 newIterator(): AcDbObjectIterator<AcDbGroup>;
 remove(name: string): boolean;
 removeAll(): void;
 removeId(id: string): boolean;
 removeXData(appId: string): void;
 restoreFrom(snapshot: this): void;
 setAt(key: string, value: AcDbGroup): void;
 setAttr<A extends string>(attrName: A, val?: AcDbObjectAttrs[A]): void;
 setXData(resbuf: AcDbResultBuffer): void;
 };
 imageDefinition: {
 attrs: {
 attributes: {
 extensionDictionary?: string;
 objectId?: string;
 ownerId?: string;
 [key: string]: any;
 };
 changed: {
 extensionDictionary?: string;
 objectId?: string;
 ownerId?: string;
 [key: string]: any;
 };
 events: {
 attrChanged: {
 addEventListener(listener: (payload: ...) => ...): void;
 dispatch(payload?: (...) | (...), ...args: (...)[]): void;
 removeEventListener(listener: (payload: ...) => ...): void;
 replaceEventListener(listener: (payload: ...) => ...): void;
 };
 modelChanged: {
 addEventListener(listener: (payload: ...) => ...): void;
 dispatch(payload?: (...) | (...), ...args: (...)[]): void;
 removeEventListener(listener: (payload: ...) => ...): void;
 replaceEventListener(listener: (payload: ...) => ...): void;
 };
 };
 changedAttributes(diff?: Partial<AcDbObjectAttrs>): Partial<T>;
 clone(): AcCmObject<AcDbObjectAttrs>;
 get<A extends string>(key: A): AcDbObjectAttrs[A] | undefined;
 has(key: string): boolean;
 hasChanged(key?: string): boolean;
 previous<A extends string>(
 key: A,
 ): AcDbObjectAttrs[A] | null | undefined;
 previousAttributes(): Partial<T>;
 set<A extends string>(
 key: A,
 val?: AcDbObjectAttrs[A],
 options?: AcCmObjectOptions,
 ): this;
 set(key: Partial<T>, options?: AcCmObjectOptions): this;
 };
 database: { readonly transactionManager: { strictMode: boolean; startTransaction: () => AcDbDatabaseTransaction; currentTransaction: () => AcDbDatabaseTransaction | undefined; ... 20 more ...; flushPendingEntityModifiedEvents: () => void; }; ... 100 more ...; dxfInFields: (_filer: AcDbDxfFiler) => AcDbDatabase; };
 extensionDictionary: string
 | undefined;
 isTemp: any;
 numEntries: number;
 objectId: string;
 ownerId: string;
 clone(): this;
 clonePreservingIdentity(): this;
 close(): void;
 createExtensionDictionary(): string | undefined;
 dxfIn(filer: AcDbDxfFiler): this;
 dxfInFields(filer: AcDbDxfFiler): this;
 dxfOut(...args: unknown[]): unknown;
 dxfOutFields(filer: AcDbDxfFiler): this;
 entries(): IterableIterator<[string, AcDbRasterImageDef]>;
 getAt(name: string): AcDbRasterImageDef | undefined;
 getAttr(attrName: string): any;
 getAttrWithoutException(attrName: string): any;
 getIdAt(id: string): AcDbRasterImageDef | undefined;
 getXData(appId: string): AcDbResultBuffer | undefined;
 has(name: string): boolean;
 hasId(id: string): boolean;
 newIterator(): AcDbObjectIterator<AcDbRasterImageDef>;
 remove(name: string): boolean;
 removeAll(): void;
 removeId(id: string): boolean;
 removeXData(appId: string): void;
 restoreFrom(snapshot: this): void;
 setAt(key: string, value: AcDbRasterImageDef): void;
 setAttr<A extends string>(attrName: A, val?: AcDbObjectAttrs[A]): void;
 setXData(resbuf: AcDbResultBuffer): void;
 };
 layerFilter: {
 attrs: {
 attributes: {
 extensionDictionary?: string;
 objectId?: string;
 ownerId?: string;
 [key: string]: any;
 };
 changed: {
 extensionDictionary?: string;
 objectId?: string;
 ownerId?: string;
 [key: string]: any;
 };
 events: {
 attrChanged: {
 addEventListener(listener: (payload: ...) => ...): void;
 dispatch(payload?: (...) | (...), ...args: (...)[]): void;
 removeEventListener(listener: (payload: ...) => ...): void;
 replaceEventListener(listener: (payload: ...) => ...): void;
 };
 modelChanged: {
 addEventListener(listener: (payload: ...) => ...): void;
 dispatch(payload?: (...) | (...), ...args: (...)[]): void;
 removeEventListener(listener: (payload: ...) => ...): void;
 replaceEventListener(listener: (payload: ...) => ...): void;
 };
 };
 changedAttributes(diff?: Partial<AcDbObjectAttrs>): Partial<T>;
 clone(): AcCmObject<AcDbObjectAttrs>;
 get<A extends string>(key: A): AcDbObjectAttrs[A] | undefined;
 has(key: string): boolean;
 hasChanged(key?: string): boolean;
 previous<A extends string>(
 key: A,
 ): AcDbObjectAttrs[A] | null | undefined;
 previousAttributes(): Partial<T>;
 set<A extends string>(
 key: A,
 val?: AcDbObjectAttrs[A],
 options?: AcCmObjectOptions,
 ): this;
 set(key: Partial<T>, options?: AcCmObjectOptions): this;
 };
 database: { readonly transactionManager: { strictMode: boolean; startTransaction: () => AcDbDatabaseTransaction; currentTransaction: () => AcDbDatabaseTransaction | undefined; ... 20 more ...; flushPendingEntityModifiedEvents: () => void; }; ... 100 more ...; dxfInFields: (_filer: AcDbDxfFiler) => AcDbDatabase; };
 extensionDictionary: string
 | undefined;
 isTemp: any;
 numEntries: number;
 objectId: string;
 ownerId: string;
 clone(): this;
 clonePreservingIdentity(): this;
 close(): void;
 createExtensionDictionary(): string | undefined;
 dxfIn(filer: AcDbDxfFiler): this;
 dxfInFields(filer: AcDbDxfFiler): this;
 dxfOut(...args: unknown[]): unknown;
 dxfOutFields(filer: AcDbDxfFiler): this;
 entries(): IterableIterator<[string, AcDbLayerFilter]>;
 getAt(name: string): AcDbLayerFilter | undefined;
 getAttr(attrName: string): any;
 getAttrWithoutException(attrName: string): any;
 getIdAt(id: string): AcDbLayerFilter | undefined;
 getXData(appId: string): AcDbResultBuffer | undefined;
 has(name: string): boolean;
 hasId(id: string): boolean;
 newIterator(): AcDbObjectIterator<AcDbLayerFilter>;
 remove(name: string): boolean;
 removeAll(): void;
 removeId(id: string): boolean;
 removeXData(appId: string): void;
 restoreFrom(snapshot: this): void;
 setAt(key: string, value: AcDbLayerFilter): void;
 setAttr<A extends string>(attrName: A, val?: AcDbObjectAttrs[A]): void;
 setXData(resbuf: AcDbResultBuffer): void;
 };
 layerIndex: {
 attrs: {
 attributes: {
 extensionDictionary?: string;
 objectId?: string;
 ownerId?: string;
 [key: string]: any;
 };
 changed: {
 extensionDictionary?: string;
 objectId?: string;
 ownerId?: string;
 [key: string]: any;
 };
 events: {
 attrChanged: {
 addEventListener(listener: (payload: ...) => ...): void;
 dispatch(payload?: (...) | (...), ...args: (...)[]): void;
 removeEventListener(listener: (payload: ...) => ...): void;
 replaceEventListener(listener: (payload: ...) => ...): void;
 };
 modelChanged: {
 addEventListener(listener: (payload: ...) => ...): void;
 dispatch(payload?: (...) | (...), ...args: (...)[]): void;
 removeEventListener(listener: (payload: ...) => ...): void;
 replaceEventListener(listener: (payload: ...) => ...): void;
 };
 };
 changedAttributes(diff?: Partial<AcDbObjectAttrs>): Partial<T>;
 clone(): AcCmObject<AcDbObjectAttrs>;
 get<A extends string>(key: A): AcDbObjectAttrs[A] | undefined;
 has(key: string): boolean;
 hasChanged(key?: string): boolean;
 previous<A extends string>(
 key: A,
 ): AcDbObjectAttrs[A] | null | undefined;
 previousAttributes(): Partial<T>;
 set<A extends string>(
 key: A,
 val?: AcDbObjectAttrs[A],
 options?: AcCmObjectOptions,
 ): this;
 set(key: Partial<T>, options?: AcCmObjectOptions): this;
 };
 database: { readonly transactionManager: { strictMode: boolean; startTransaction: () => AcDbDatabaseTransaction; currentTransaction: () => AcDbDatabaseTransaction | undefined; ... 20 more ...; flushPendingEntityModifiedEvents: () => void; }; ... 100 more ...; dxfInFields: (_filer: AcDbDxfFiler) => AcDbDatabase; };
 extensionDictionary: string
 | undefined;
 isTemp: any;
 numEntries: number;
 objectId: string;
 ownerId: string;
 clone(): this;
 clonePreservingIdentity(): this;
 close(): void;
 createExtensionDictionary(): string | undefined;
 dxfIn(filer: AcDbDxfFiler): this;
 dxfInFields(filer: AcDbDxfFiler): this;
 dxfOut(...args: unknown[]): unknown;
 dxfOutFields(filer: AcDbDxfFiler): this;
 entries(): IterableIterator<[string, AcDbLayerIndex]>;
 getAt(name: string): AcDbLayerIndex | undefined;
 getAttr(attrName: string): any;
 getAttrWithoutException(attrName: string): any;
 getIdAt(id: string): AcDbLayerIndex | undefined;
 getXData(appId: string): AcDbResultBuffer | undefined;
 has(name: string): boolean;
 hasId(id: string): boolean;
 newIterator(): AcDbObjectIterator<AcDbLayerIndex>;
 remove(name: string): boolean;
 removeAll(): void;
 removeId(id: string): boolean;
 removeXData(appId: string): void;
 restoreFrom(snapshot: this): void;
 setAt(key: string, value: AcDbLayerIndex): void;
 setAttr<A extends string>(attrName: A, val?: AcDbObjectAttrs[A]): void;
 setXData(resbuf: AcDbResultBuffer): void;
 };
 layout: {
 attrs: {
 attributes: {
 extensionDictionary?: string;
 objectId?: string;
 ownerId?: string;
 [key: string]: any;
 };
 changed: {
 extensionDictionary?: string;
 objectId?: string;
 ownerId?: string;
 [key: string]: any;
 };
 events: {
 attrChanged: {
 addEventListener(listener: (payload: ...) => ...): void;
 dispatch(payload?: (...) | (...), ...args: (...)[]): void;
 removeEventListener(listener: (payload: ...) => ...): void;
 replaceEventListener(listener: (payload: ...) => ...): void;
 };
 modelChanged: {
 addEventListener(listener: (payload: ...) => ...): void;
 dispatch(payload?: (...) | (...), ...args: (...)[]): void;
 removeEventListener(listener: (payload: ...) => ...): void;
 replaceEventListener(listener: (payload: ...) => ...): void;
 };
 };
 changedAttributes(diff?: Partial<AcDbObjectAttrs>): Partial<T>;
 clone(): AcCmObject<AcDbObjectAttrs>;
 get<A extends string>(key: A): AcDbObjectAttrs[A] | undefined;
 has(key: string): boolean;
 hasChanged(key?: string): boolean;
 previous<A extends string>(
 key: A,
 ): AcDbObjectAttrs[A] | null | undefined;
 previousAttributes(): Partial<T>;
 set<A extends string>(
 key: A,
 val?: AcDbObjectAttrs[A],
 options?: AcCmObjectOptions,
 ): this;
 set(key: Partial<T>, options?: AcCmObjectOptions): this;
 };
 database: { readonly transactionManager: { strictMode: boolean; startTransaction: () => AcDbDatabaseTransaction; currentTransaction: () => AcDbDatabaseTransaction | undefined; ... 20 more ...; flushPendingEntityModifiedEvents: () => void; }; ... 100 more ...; dxfInFields: (_filer: AcDbDxfFiler) => AcDbDatabase; };
 extensionDictionary: string
 | undefined;
 isTemp: any;
 maxTabOrder: number;
 numEntries: number;
 objectId: string;
 ownerId: string;
 clone(): this;
 clonePreservingIdentity(): this;
 close(): void;
 createExtensionDictionary(): string | undefined;
 dxfIn(filer: AcDbDxfFiler): this;
 dxfInFields(filer: AcDbDxfFiler): this;
 dxfOut(...args: unknown[]): unknown;
 dxfOutFields(filer: AcDbDxfFiler): this;
 entries(): IterableIterator<[string, AcDbLayout]>;
 getAt(name: string): AcDbLayout | undefined;
 getAttr(attrName: string): any;
 getAttrWithoutException(attrName: string): any;
 getBtrIdAt(id: string): AcDbLayout | undefined;
 getIdAt(id: string): AcDbLayout | undefined;
 getXData(appId: string): AcDbResultBuffer | undefined;
 has(name: string): boolean;
 hasId(id: string): boolean;
 newIterator(): AcDbObjectIterator<AcDbLayout>;
 remove(name: string): boolean;
 removeAll(): void;
 removeId(id: string): boolean;
 removeXData(appId: string): void;
 restoreFrom(snapshot: this): void;
 setAt(key: string, value: AcDbLayout): void;
 setAttr<A extends string>(attrName: A, val?: AcDbObjectAttrs[A]): void;
 setXData(resbuf: AcDbResultBuffer): void;
 };
 mleaderStyle: {
 attrs: {
 attributes: {
 extensionDictionary?: string;
 objectId?: string;
 ownerId?: string;
 [key: string]: any;
 };
 changed: {
 extensionDictionary?: string;
 objectId?: string;
 ownerId?: string;
 [key: string]: any;
 };
 events: {
 attrChanged: {
 addEventListener(listener: (payload: ...) => ...): void;
 dispatch(payload?: (...) | (...), ...args: (...)[]): void;
 removeEventListener(listener: (payload: ...) => ...): void;
 replaceEventListener(listener: (payload: ...) => ...): void;
 };
 modelChanged: {
 addEventListener(listener: (payload: ...) => ...): void;
 dispatch(payload?: (...) | (...), ...args: (...)[]): void;
 removeEventListener(listener: (payload: ...) => ...): void;
 replaceEventListener(listener: (payload: ...) => ...): void;
 };
 };
 changedAttributes(diff?: Partial<AcDbObjectAttrs>): Partial<T>;
 clone(): AcCmObject<AcDbObjectAttrs>;
 get<A extends string>(key: A): AcDbObjectAttrs[A] | undefined;
 has(key: string): boolean;
 hasChanged(key?: string): boolean;
 previous<A extends string>(
 key: A,
 ): AcDbObjectAttrs[A] | null | undefined;
 previousAttributes(): Partial<T>;
 set<A extends string>(
 key: A,
 val?: AcDbObjectAttrs[A],
 options?: AcCmObjectOptions,
 ): this;
 set(key: Partial<T>, options?: AcCmObjectOptions): this;
 };
 database: { readonly transactionManager: { strictMode: boolean; startTransaction: () => AcDbDatabaseTransaction; currentTransaction: () => AcDbDatabaseTransaction | undefined; ... 20 more ...; flushPendingEntityModifiedEvents: () => void; }; ... 100 more ...; dxfInFields: (_filer: AcDbDxfFiler) => AcDbDatabase; };
 extensionDictionary: string
 | undefined;
 isTemp: any;
 numEntries: number;
 objectId: string;
 ownerId: string;
 clone(): this;
 clonePreservingIdentity(): this;
 close(): void;
 createExtensionDictionary(): string | undefined;
 dxfIn(filer: AcDbDxfFiler): this;
 dxfInFields(filer: AcDbDxfFiler): this;
 dxfOut(...args: unknown[]): unknown;
 dxfOutFields(filer: AcDbDxfFiler): this;
 entries(): IterableIterator<[string, AcDbMLeaderStyle]>;
 getAt(name: string): AcDbMLeaderStyle | undefined;
 getAttr(attrName: string): any;
 getAttrWithoutException(attrName: string): any;
 getIdAt(id: string): AcDbMLeaderStyle | undefined;
 getXData(appId: string): AcDbResultBuffer | undefined;
 has(name: string): boolean;
 hasId(id: string): boolean;
 newIterator(): AcDbObjectIterator<AcDbMLeaderStyle>;
 remove(name: string): boolean;
 removeAll(): void;
 removeId(id: string): boolean;
 removeXData(appId: string): void;
 restoreFrom(snapshot: this): void;
 setAt(key: string, value: AcDbMLeaderStyle): void;
 setAttr<A extends string>(attrName: A, val?: AcDbObjectAttrs[A]): void;
 setXData(resbuf: AcDbResultBuffer): void;
 };
 mlineStyle: {
 attrs: {
 attributes: {
 extensionDictionary?: string;
 objectId?: string;
 ownerId?: string;
 [key: string]: any;
 };
 changed: {
 extensionDictionary?: string;
 objectId?: string;
 ownerId?: string;
 [key: string]: any;
 };
 events: {
 attrChanged: {
 addEventListener(listener: (payload: ...) => ...): void;
 dispatch(payload?: (...) | (...), ...args: (...)[]): void;
 removeEventListener(listener: (payload: ...) => ...): void;
 replaceEventListener(listener: (payload: ...) => ...): void;
 };
 modelChanged: {
 addEventListener(listener: (payload: ...) => ...): void;
 dispatch(payload?: (...) | (...), ...args: (...)[]): void;
 removeEventListener(listener: (payload: ...) => ...): void;
 replaceEventListener(listener: (payload: ...) => ...): void;
 };
 };
 changedAttributes(diff?: Partial<AcDbObjectAttrs>): Partial<T>;
 clone(): AcCmObject<AcDbObjectAttrs>;
 get<A extends string>(key: A): AcDbObjectAttrs[A] | undefined;
 has(key: string): boolean;
 hasChanged(key?: string): boolean;
 previous<A extends string>(
 key: A,
 ): AcDbObjectAttrs[A] | null | undefined;
 previousAttributes(): Partial<T>;
 set<A extends string>(
 key: A,
 val?: AcDbObjectAttrs[A],
 options?: AcCmObjectOptions,
 ): this;
 set(key: Partial<T>, options?: AcCmObjectOptions): this;
 };
 database: { readonly transactionManager: { strictMode: boolean; startTransaction: () => AcDbDatabaseTransaction; currentTransaction: () => AcDbDatabaseTransaction | undefined; ... 20 more ...; flushPendingEntityModifiedEvents: () => void; }; ... 100 more ...; dxfInFields: (_filer: AcDbDxfFiler) => AcDbDatabase; };
 extensionDictionary: string
 | undefined;
 isTemp: any;
 numEntries: number;
 objectId: string;
 ownerId: string;
 clone(): this;
 clonePreservingIdentity(): this;
 close(): void;
 createExtensionDictionary(): string | undefined;
 dxfIn(filer: AcDbDxfFiler): this;
 dxfInFields(filer: AcDbDxfFiler): this;
 dxfOut(...args: unknown[]): unknown;
 dxfOutFields(filer: AcDbDxfFiler): this;
 entries(): IterableIterator<[string, AcDbMlineStyle]>;
 getAt(name: string): AcDbMlineStyle | undefined;
 getAttr(attrName: string): any;
 getAttrWithoutException(attrName: string): any;
 getIdAt(id: string): AcDbMlineStyle | undefined;
 getXData(appId: string): AcDbResultBuffer | undefined;
 has(name: string): boolean;
 hasId(id: string): boolean;
 newIterator(): AcDbObjectIterator<AcDbMlineStyle>;
 remove(name: string): boolean;
 removeAll(): void;
 removeId(id: string): boolean;
 removeXData(appId: string): void;
 restoreFrom(snapshot: this): void;
 setAt(key: string, value: AcDbMlineStyle): void;
 setAttr<A extends string>(attrName: A, val?: AcDbObjectAttrs[A]): void;
 setXData(resbuf: AcDbResultBuffer): void;
 };
 sortentsTable: {
 attrs: {
 attributes: {
 extensionDictionary?: string;
 objectId?: string;
 ownerId?: string;
 [key: string]: any;
 };
 changed: {
 extensionDictionary?: string;
 objectId?: string;
 ownerId?: string;
 [key: string]: any;
 };
 events: {
 attrChanged: {
 addEventListener(listener: (payload: ...) => ...): void;
 dispatch(payload?: (...) | (...), ...args: (...)[]): void;
 removeEventListener(listener: (payload: ...) => ...): void;
 replaceEventListener(listener: (payload: ...) => ...): void;
 };
 modelChanged: {
 addEventListener(listener: (payload: ...) => ...): void;
 dispatch(payload?: (...) | (...), ...args: (...)[]): void;
 removeEventListener(listener: (payload: ...) => ...): void;
 replaceEventListener(listener: (payload: ...) => ...): void;
 };
 };
 changedAttributes(diff?: Partial<AcDbObjectAttrs>): Partial<T>;
 clone(): AcCmObject<AcDbObjectAttrs>;
 get<A extends string>(key: A): AcDbObjectAttrs[A] | undefined;
 has(key: string): boolean;
 hasChanged(key?: string): boolean;
 previous<A extends string>(
 key: A,
 ): AcDbObjectAttrs[A] | null | undefined;
 previousAttributes(): Partial<T>;
 set<A extends string>(
 key: A,
 val?: AcDbObjectAttrs[A],
 options?: AcCmObjectOptions,
 ): this;
 set(key: Partial<T>, options?: AcCmObjectOptions): this;
 };
 database: { readonly transactionManager: { strictMode: boolean; startTransaction: () => AcDbDatabaseTransaction; currentTransaction: () => AcDbDatabaseTransaction | undefined; ... 20 more ...; flushPendingEntityModifiedEvents: () => void; }; ... 100 more ...; dxfInFields: (_filer: AcDbDxfFiler) => AcDbDatabase; };
 extensionDictionary: string
 | undefined;
 isTemp: any;
 numEntries: number;
 objectId: string;
 ownerId: string;
 clone(): this;
 clonePreservingIdentity(): this;
 close(): void;
 createExtensionDictionary(): string | undefined;
 dxfIn(filer: AcDbDxfFiler): this;
 dxfInFields(filer: AcDbDxfFiler): this;
 dxfOut(...args: unknown[]): unknown;
 dxfOutFields(filer: AcDbDxfFiler): this;
 entries(): IterableIterator<[string, AcDbSortentsTable]>;
 getAt(name: string): AcDbSortentsTable | undefined;
 getAttr(attrName: string): any;
 getAttrWithoutException(attrName: string): any;
 getIdAt(id: string): AcDbSortentsTable | undefined;
 getXData(appId: string): AcDbResultBuffer | undefined;
 has(name: string): boolean;
 hasId(id: string): boolean;
 newIterator(): AcDbObjectIterator<AcDbSortentsTable>;
 remove(name: string): boolean;
 removeAll(): void;
 removeId(id: string): boolean;
 removeXData(appId: string): void;
 restoreFrom(snapshot: this): void;
 setAt(key: string, value: AcDbSortentsTable): void;
 setAttr<A extends string>(attrName: A, val?: AcDbObjectAttrs[A]): void;
 setXData(resbuf: AcDbResultBuffer): void;
 };
 xrecord: {
 attrs: {
 attributes: {
 extensionDictionary?: string;
 objectId?: string;
 ownerId?: string;
 [key: string]: any;
 };
 changed: {
 extensionDictionary?: string;
 objectId?: string;
 ownerId?: string;
 [key: string]: any;
 };
 events: {
 attrChanged: {
 addEventListener(listener: (payload: ...) => ...): void;
 dispatch(payload?: (...) | (...), ...args: (...)[]): void;
 removeEventListener(listener: (payload: ...) => ...): void;
 replaceEventListener(listener: (payload: ...) => ...): void;
 };
 modelChanged: {
 addEventListener(listener: (payload: ...) => ...): void;
 dispatch(payload?: (...) | (...), ...args: (...)[]): void;
 removeEventListener(listener: (payload: ...) => ...): void;
 replaceEventListener(listener: (payload: ...) => ...): void;
 };
 };
 changedAttributes(diff?: Partial<AcDbObjectAttrs>): Partial<T>;
 clone(): AcCmObject<AcDbObjectAttrs>;
 get<A extends string>(key: A): AcDbObjectAttrs[A] | undefined;
 has(key: string): boolean;
 hasChanged(key?: string): boolean;
 previous<A extends string>(
 key: A,
 ): AcDbObjectAttrs[A] | null | undefined;
 previousAttributes(): Partial<T>;
 set<A extends string>(
 key: A,
 val?: AcDbObjectAttrs[A],
 options?: AcCmObjectOptions,
 ): this;
 set(key: Partial<T>, options?: AcCmObjectOptions): this;
 };
 database: { readonly transactionManager: { strictMode: boolean; startTransaction: () => AcDbDatabaseTransaction; currentTransaction: () => AcDbDatabaseTransaction | undefined; ... 20 more ...; flushPendingEntityModifiedEvents: () => void; }; ... 100 more ...; dxfInFields: (_filer: AcDbDxfFiler) => AcDbDatabase; };
 extensionDictionary: string
 | undefined;
 isTemp: any;
 numEntries: number;
 objectId: string;
 ownerId: string;
 clone(): this;
 clonePreservingIdentity(): this;
 close(): void;
 createExtensionDictionary(): string | undefined;
 dxfIn(filer: AcDbDxfFiler): this;
 dxfInFields(filer: AcDbDxfFiler): this;
 dxfOut(...args: unknown[]): unknown;
 dxfOutFields(filer: AcDbDxfFiler): this;
 entries(): IterableIterator<[string, AcDbXrecord]>;
 getAt(name: string): AcDbXrecord | undefined;
 getAttr(attrName: string): any;
 getAttrWithoutException(attrName: string): any;
 getIdAt(id: string): AcDbXrecord | undefined;
 getXData(appId: string): AcDbResultBuffer | undefined;
 has(name: string): boolean;
 hasId(id: string): boolean;
 newIterator(): AcDbObjectIterator<AcDbXrecord>;
 remove(name: string): boolean;
 removeAll(): void;
 removeId(id: string): boolean;
 removeXData(appId: string): void;
 restoreFrom(snapshot: this): void;
 setAt(key: string, value: AcDbXrecord): void;
 setAttr<A extends string>(attrName: A, val?: AcDbObjectAttrs[A]): void;
 setXData(resbuf: AcDbResultBuffer): void;
 };
 };
 orthomode: number;
 osmode: number;
 ownerId: string;
 pdmode: number;
 pdsize: number;
 psltscale: boolean;
 tables: {
 appIdTable: {
 attrs: {
 attributes: {
 extensionDictionary?: string;
 objectId?: string;
 ownerId?: string;
 [key: string]: any;
 };
 changed: {
 extensionDictionary?: string;
 objectId?: string;
 ownerId?: string;
 [key: string]: any;
 };
 events: {
 attrChanged: {
 addEventListener(listener: (payload: ...) => ...): void;
 dispatch(payload?: (...) | (...), ...args: (...)[]): void;
 removeEventListener(listener: (payload: ...) => ...): void;
 replaceEventListener(listener: (payload: ...) => ...): void;
 };
 modelChanged: {
 addEventListener(listener: (payload: ...) => ...): void;
 dispatch(payload?: (...) | (...), ...args: (...)[]): void;
 removeEventListener(listener: (payload: ...) => ...): void;
 replaceEventListener(listener: (payload: ...) => ...): void;
 };
 };
 changedAttributes(diff?: Partial<AcDbObjectAttrs>): Partial<T>;
 clone(): AcCmObject<AcDbObjectAttrs>;
 get<A extends string>(key: A): AcDbObjectAttrs[A] | undefined;
 has(key: string): boolean;
 hasChanged(key?: string): boolean;
 previous<A extends string>(
 key: A,
 ): AcDbObjectAttrs[A] | null | undefined;
 previousAttributes(): Partial<T>;
 set<A extends string>(
 key: A,
 val?: AcDbObjectAttrs[A],
 options?: AcCmObjectOptions,
 ): this;
 set(key: Partial<T>, options?: AcCmObjectOptions): this;
 };
 database: { readonly transactionManager: { strictMode: boolean; startTransaction: () => AcDbDatabaseTransaction; currentTransaction: () => AcDbDatabaseTransaction | undefined; ... 20 more ...; flushPendingEntityModifiedEvents: () => void; }; ... 100 more ...; dxfInFields: (_filer: AcDbDxfFiler) => AcDbDatabase; };
 extensionDictionary: string
 | undefined;
 isTemp: any;
 numEntries: number;
 objectId: string;
 ownerId: string;
 add(record: AcDbRegAppTableRecord): void;
 clone(): this;
 clonePreservingIdentity(): this;
 close(): void;
 createExtensionDictionary(): string | undefined;
 dxfIn(filer: AcDbDxfFiler): this;
 dxfInFields(_filer: AcDbDxfFiler): this;
 dxfOut(...args: unknown[]): unknown;
 dxfOutFields(filer: AcDbDxfFiler): this;
 getAt(name: string): AcDbRegAppTableRecord | undefined;
 getAttr(attrName: string): any;
 getAttrWithoutException(attrName: string): any;
 getIdAt(id: string): AcDbRegAppTableRecord | undefined;
 getOwnerIdAt(id: string): AcDbRegAppTableRecord | undefined;
 getXData(appId: string): AcDbResultBuffer | undefined;
 has(name: string): boolean;
 hasId(id: string): boolean;
 newIterator(
 iterateById?: boolean,
 ): AcDbObjectIterator<AcDbRegAppTableRecord>;
 remove(name: string): boolean;
 removeAll(): void;
 removeId(id: string): boolean;
 removeXData(appId: string): void;
 restoreFrom(snapshot: this): void;
 setAttr<A extends string>(attrName: A, val?: AcDbObjectAttrs[A]): void;
 setXData(resbuf: AcDbResultBuffer): void;
 };
 blockTable: {
 attrs: {
 attributes: {
 extensionDictionary?: string;
 objectId?: string;
 ownerId?: string;
 [key: string]: any;
 };
 changed: {
 extensionDictionary?: string;
 objectId?: string;
 ownerId?: string;
 [key: string]: any;
 };
 events: {
 attrChanged: {
 addEventListener(listener: (payload: ...) => ...): void;
 dispatch(payload?: (...) | (...), ...args: (...)[]): void;
 removeEventListener(listener: (payload: ...) => ...): void;
 replaceEventListener(listener: (payload: ...) => ...): void;
 };
 modelChanged: {
 addEventListener(listener: (payload: ...) => ...): void;
 dispatch(payload?: (...) | (...), ...args: (...)[]): void;
 removeEventListener(listener: (payload: ...) => ...): void;
 replaceEventListener(listener: (payload: ...) => ...): void;
 };
 };
 changedAttributes(diff?: Partial<AcDbObjectAttrs>): Partial<T>;
 clone(): AcCmObject<AcDbObjectAttrs>;
 get<A extends string>(key: A): AcDbObjectAttrs[A] | undefined;
 has(key: string): boolean;
 hasChanged(key?: string): boolean;
 previous<A extends string>(
 key: A,
 ): AcDbObjectAttrs[A] | null | undefined;
 previousAttributes(): Partial<T>;
 set<A extends string>(
 key: A,
 val?: AcDbObjectAttrs[A],
 options?: AcCmObjectOptions,
 ): this;
 set(key: Partial<T>, options?: AcCmObjectOptions): this;
 };
 database: { readonly transactionManager: { strictMode: boolean; startTransaction: () => AcDbDatabaseTransaction; currentTransaction: () => AcDbDatabaseTransaction | undefined; ... 20 more ...; flushPendingEntityModifiedEvents: () => void; }; ... 100 more ...; dxfInFields: (_filer: AcDbDxfFiler) => AcDbDatabase; };
 extensionDictionary: string
 | undefined;
 isTemp: any;
 modelSpace: {
 attrs: {
 attributes: {
 blockInsertUnits?: (...) | (...);
 blockScaling?: (...) | (...);
 explodability?: (...) | (...);
 extensionDictionary?: (...) | (...);
 flags?: (...) | (...);
 layoutId?: (...) | (...);
 name?: (...) | (...);
 objectId?: (...) | (...);
 origin?: (...) | (...);
 ownerId?: (...) | (...);
 pathName?: (...) | (...);
 previewIcon?: (...) | (...);
 [key: string]: any;
 };
 changed: {
 blockInsertUnits?: (...)
 | (...);
 blockScaling?: (...) | (...);
 explodability?: (...) | (...);
 extensionDictionary?: (...) | (...);
 flags?: (...) | (...);
 layoutId?: (...) | (...);
 name?: (...) | (...);
 objectId?: (...) | (...);
 origin?: (...) | (...);
 ownerId?: (...) | (...);
 pathName?: (...) | (...);
 previewIcon?: (...) | (...);
 [key: string]: any;
 };
 events: {
 attrChanged: {
 addEventListener(listener: ...): ...;
 dispatch(payload?: ..., ...args: ...): ...;
 removeEventListener(listener: ...): ...;
 replaceEventListener(listener: ...): ...;
 };
 modelChanged: {
 addEventListener(listener: ...): ...;
 dispatch(payload?: ..., ...args: ...): ...;
 removeEventListener(listener: ...): ...;
 replaceEventListener(listener: ...): ...;
 };
 };
 changedAttributes(diff?: Partial<(...)>): Partial<T>;
 clone(): AcCmObject<AcDbBlockTableRecordAttrs>;
 get<A extends string>(key: A): (...)[(...)] | undefined;
 has(key: string): boolean;
 hasChanged(key?: string): boolean;
 previous<A extends string>(key: A): (...)[(...)] | null | undefined;
 previousAttributes(): Partial<T>;
 set<A extends string>(
 key: A,
 val?: (...)[(...)],
 options?: AcCmObjectOptions,
 ): this;
 set(key: Partial<T>, options?: AcCmObjectOptions): this;
 };
 blockInsertUnits: AcDbUnitsValue;
 blockScaling: AcDbBlockScaling;
 database: { readonly transactionManager: { strictMode: boolean; startTransaction: () => AcDbDatabaseTransaction; currentTransaction: () => AcDbDatabaseTransaction | undefined; ... 20 more ...; flushPendingEntityModifiedEvents: () => void; }; ... 100 more ...; dxfInFields: (_filer: AcDbDxfFiler) => AcDbDatabase; };
 explodability: number;
 extensionDictionary: string
 | undefined;
 flags: number;
 isModelSapce: boolean;
 isOverlayReference: boolean;
 isPaperSapce: boolean;
 isTemp: any;
 isUnresolvedXref: boolean;
 isXref: boolean;
 layoutId: string;
 name: string;
 objectId: string;
 origin: {
 x: number;
 y: number;
 z: number;
 "[iterator]"(): Generator<number, void, unknown>;
 add(v: AcGeVectorLike): this;
 addScalar(s: number): this;
 addScaledVector(v: AcGeVector3dLike, s: number): this;
 addVectors(a: AcGeVector3dLike, b: AcGeVector3dLike): this;
 angleTo(v: AcGeVector3d): number;
 applyAxisAngle(axis: AcGeVector3dLike, angle: number): this;
 applyEuler(euler: AcGeEuler): this;
 applyMatrix3(m: AcGeMatrix2d): this;
 applyMatrix4(m: AcGeMatrix3d): this;
 applyNormalMatrix(m: AcGeMatrix2d): this;
 applyQuaternion(q: AcGeQuaternion): this;
 ceil(): this;
 clamp(min: AcGeVector3dLike, max: AcGeVector3dLike): this;
 clampLength(min: number, max: number): this;
 clampScalar(minVal: number, maxVal: number): this;
 clone(): AcGePoint3d;
 copy(v: AcGeVectorLike): this;
 cross(v: AcGeVector3dLike): this;
 crossVectors(a: AcGeVector3dLike, b: AcGeVector3dLike): this;
 distanceTo(v: AcGeVector3dLike): number;
 distanceToSquared(v: AcGeVector3dLike): number;
 divide(v: AcGeVector3dLike): this;
 divideScalar(scalar: number): this;
 dot(v: AcGeVector3dLike): number;
 equals(v: AcGeVector3dLike): boolean;
 floor(): this;
 fromArray(array: number[], offset?: number): this;
 getComponent(index: number): number;
 isParallelTo(vec: AcGeVector3d): boolean;
 length(): number;
 lengthSq(): number;
 lerp(v: AcGeVector3dLike, alpha: number): this;
 lerpVectors(
 v1: AcGeVector3dLike,
 v2: AcGeVector3dLike,
 alpha: number,
 ): this;
 manhattanDistanceTo(v: AcGeVector3dLike): number;
 manhattanLength(): number;
 max(v: AcGeVector3dLike): this;
 min(v: AcGeVector3dLike): this;
 multiply(v: AcGeVector3dLike): this;
 multiplyScalar(scalar: number): this;
 multiplyVectors(a: AcGeVector3dLike, b: AcGeVector3dLike): this;
 negate(): this;
 normalize(): this;
 projectOnPlane(planeNormal: AcGeVector3d): this;
 projectOnVector(v: AcGeVector3d): this;
 random(): this;
 randomDirection(): this;
 reflect(normal: AcGeVector3dLike): this;
 round(): this;
 roundToZero(): this;
 set(x: number, y: number, z: number): this;
 setComponent(index: number, value: number): this;
 setFromMatrix3Column(m: AcGeMatrix2d, index: number): this;
 setFromMatrixColumn(m: AcGeMatrix3d, index: number): this;
 setFromMatrixPosition(m: AcGeMatrix3d): this;
 setFromMatrixScale(m: AcGeMatrix3d): this;
 setLength(l: number): this;
 setScalar(scalar: number): this;
 setX(x: number): this;
 setY(y: number): this;
 setZ(z: number): this;
 sub(v: AcGeVector3dLike): this;
 subScalar(s: number): this;
 subVectors(a: AcGeVector3dLike, b: AcGeVector3dLike): this;
 toArray(
 array?: (...)[] | Float32Array<(...)>,
 offset?: number,
 ): (...)[] | Float32Array<(...)>;
 transformDirection(m: AcGeMatrix3d): this;
 };
 ownerId: string;
 pathName: string;
 previewIcon: | {
 "[toStringTag]": "Uint8Array";
 buffer: (...)
 | (...);
 byteLength: number;
 byteOffset: number;
 BYTES_PER_ELEMENT: number;
 length: number;
 "[iterator]"(): ArrayIterator<(...)>;
 at(index: number): (...) | (...);
 copyWithin(target: number, start: number, end?: (...) | (...)): this;
 entries(): ArrayIterator<(...)>;
 every(
 predicate: (value: ..., index: ..., array: this) => ...,
 thisArg?: any,
 ): boolean;
 fill(
 value: number,
 start?: (...) | (...),
 end?: (...) | (...),
 ): this;
 filter(
 predicate: (value: ..., index: ..., array: this) => ...,
 thisArg?: any,
 ): Uint8Array<(...)>;
 find(
 predicate: (value: ..., index: ..., obj: this) => ...,
 thisArg?: any,
 ): (...) | (...);
 findIndex(
 predicate: (value: ..., index: ..., obj: this) => ...,
 thisArg?: any,
 ): number;
 findLast<S extends number>(
 predicate: (
 value: ...,
 index: ...,
 array: this,
 ) => value is (...),
 thisArg?: any,
 ): (...) | (...);
 findLast(
 predicate: (value: ..., index: ..., array: this) => ...,
 thisArg?: any,
 ): (...) | (...);
 findLastIndex(
 predicate: (value: ..., index: ..., array: this) => ...,
 thisArg?: any,
 ): number;
 forEach(
 callbackfn: (value: ..., index: ..., array: this) => ...,
 thisArg?: any,
 ): void;
 includes(searchElement: number, fromIndex?: (...) | (...)): boolean;
 indexOf(searchElement: number, fromIndex?: (...) | (...)): number;
 join(separator?: (...) | (...)): string;
 keys(): ArrayIterator<(...)>;
 lastIndexOf(
 searchElement: number,
 fromIndex?: (...) | (...),
 ): number;
 map(
 callbackfn: (value: ..., index: ..., array: this) => ...,
 thisArg?: any,
 ): Uint8Array<(...)>;
 reduce(
 callbackfn: (
 previousValue: ...,
 currentValue: ...,
 currentIndex: ...,
 array: this,
 ) => ...,
 ): number;
 reduce(
 callbackfn: (
 previousValue: ...,
 currentValue: ...,
 currentIndex: ...,
 array: this,
 ) => ...,
 initialValue: number,
 ): number;
 reduce(
 callbackfn: (
 previousValue: ...,
 currentValue: ...,
 currentIndex: ...,
 array: this,
 ) => ...,
 initialValue: U,
 ): U;
 reduceRight(
 callbackfn: (
 previousValue: ...,
 currentValue: ...,
 currentIndex: ...,
 array: this,
 ) => ...,
 ): number;
 reduceRight(
 callbackfn: (
 previousValue: ...,
 currentValue: ...,
 currentIndex: ...,
 array: this,
 ) => ...,
 initialValue: number,
 ): number;
 reduceRight(
 callbackfn: (
 previousValue: ...,
 currentValue: ...,
 currentIndex: ...,
 array: this,
 ) => ...,
 initialValue: U,
 ): U;
 reverse(): this;
 set(array: ArrayLike<(...)>, offset?: (...) | (...)): void;
 slice(start?: (...) | (...), end?: (...) | (...)): Uint8Array<(...)>;
 some(
 predicate: (value: ..., index: ..., array: this) => ...,
 thisArg?: any,
 ): boolean;
 sort(compareFn?: (...) | (...)): this;
 subarray(
 begin?: (...) | (...),
 end?: (...) | (...),
 ): Uint8Array<(...)>;
 toLocaleString(): string;
 toLocaleString(
 locales: (...) | (...),
 options?: (...) | (...),
 ): string;
 toReversed(): Uint8Array<(...)>;
 toSorted(compareFn?: (...) | (...)): Uint8Array<(...)>;
 toString(): string;
 valueOf(): this;
 values(): ArrayIterator<(...)>;
 with(index: number, value: number): Uint8Array<(...)>;
 [key: number]: number;
 }
 | undefined;
 appendEntity(entity: AcDbEntity | AcDbEntity[]): void;
 clone(): this;
 clonePreservingIdentity(): this;
 close(): void;
 createExtensionDictionary(): string | undefined;
 dxfIn(filer: AcDbDxfFiler): this;
 dxfInFields(filer: AcDbDxfFiler): this;
 dxfOut(...args: unknown[]): unknown;
 dxfOutBlockBegin(filer: AcDbDxfFiler): this;
 dxfOutBlockEnd(filer: AcDbDxfFiler): this;
 dxfOutBlockRecord(filer: AcDbDxfFiler): this;
 dxfOutFields(filer: AcDbDxfFiler): this;
 getAttr(attrName: string): any;
 getAttrWithoutException(attrName: string): any;
 getIdAt(id: string): AcDbEntity | undefined;
 getXData(appId: string): AcDbResultBuffer | undefined;
 hasEntityId(id: string): boolean;
 newIterator(): AcDbObjectIterator<AcDbEntity>;
 removeEntity(objectId: string | string[]): boolean;
 removeXData(appId: string): void;
 restoreFrom(snapshot: this): void;
 setAttr<A extends string>(
 attrName: A,
 val?: AcDbBlockTableRecordAttrs[A],
 ): void;
 setXData(resbuf: AcDbResultBuffer): void;
 };
 numEntries: number;
 objectId: string;
 ownerId: string;
 add(record: AcDbBlockTableRecord): void;
 clone(): this;
 clonePreservingIdentity(): this;
 close(): void;
 createExtensionDictionary(): string | undefined;
 dxfIn(filer: AcDbDxfFiler): this;
 dxfInFields(_filer: AcDbDxfFiler): this;
 dxfOut(...args: unknown[]): unknown;
 dxfOutFields(filer: AcDbDxfFiler): this;
 getAt(name: string): AcDbBlockTableRecord | undefined;
 getAttr(attrName: string): any;
 getAttrWithoutException(attrName: string): any;
 getEntityById(id: string): AcDbEntity | undefined;
 getIdAt(id: string): AcDbBlockTableRecord | undefined;
 getOwnerIdAt(id: string): AcDbBlockTableRecord | undefined;
 getUnresolvedXrefs(): AcDbBlockTableRecord[];
 getXData(appId: string): AcDbResultBuffer | undefined;
 getXrefs(): AcDbBlockTableRecord[];
 has(name: string): boolean;
 hasId(id: string): boolean;
 newIterator(
 iterateById?: boolean,
 ): AcDbObjectIterator<AcDbBlockTableRecord>;
 remove(name: string): boolean;
 removeAll(): void;
 removeEntity(objectId: string | string[]): boolean;
 removeId(id: string): boolean;
 removeXData(appId: string): void;
 restoreFrom(snapshot: this): void;
 setAttr<A extends string>(attrName: A, val?: AcDbObjectAttrs[A]): void;
 setXData(resbuf: AcDbResultBuffer): void;
 };
 dimStyleTable: {
 attrs: {
 attributes: {
 extensionDictionary?: string;
 objectId?: string;
 ownerId?: string;
 [key: string]: any;
 };
 changed: {
 extensionDictionary?: string;
 objectId?: string;
 ownerId?: string;
 [key: string]: any;
 };
 events: {
 attrChanged: {
 addEventListener(listener: (payload: ...) => ...): void;
 dispatch(payload?: (...) | (...), ...args: (...)[]): void;
 removeEventListener(listener: (payload: ...) => ...): void;
 replaceEventListener(listener: (payload: ...) => ...): void;
 };
 modelChanged: {
 addEventListener(listener: (payload: ...) => ...): void;
 dispatch(payload?: (...) | (...), ...args: (...)[]): void;
 removeEventListener(listener: (payload: ...) => ...): void;
 replaceEventListener(listener: (payload: ...) => ...): void;
 };
 };
 changedAttributes(diff?: Partial<AcDbObjectAttrs>): Partial<T>;
 clone(): AcCmObject<AcDbObjectAttrs>;
 get<A extends string>(key: A): AcDbObjectAttrs[A] | undefined;
 has(key: string): boolean;
 hasChanged(key?: string): boolean;
 previous<A extends string>(
 key: A,
 ): AcDbObjectAttrs[A] | null | undefined;
 previousAttributes(): Partial<T>;
 set<A extends string>(
 key: A,
 val?: AcDbObjectAttrs[A],
 options?: AcCmObjectOptions,
 ): this;
 set(key: Partial<T>, options?: AcCmObjectOptions): this;
 };
 database: { readonly transactionManager: { strictMode: boolean; startTransaction: () => AcDbDatabaseTransaction; currentTransaction: () => AcDbDatabaseTransaction | undefined; ... 20 more ...; flushPendingEntityModifiedEvents: () => void; }; ... 100 more ...; dxfInFields: (_filer: AcDbDxfFiler) => AcDbDatabase; };
 extensionDictionary: string
 | undefined;
 isTemp: any;
 numEntries: number;
 objectId: string;
 ownerId: string;
 add(record: AcDbDimStyleTableRecord): void;
 clone(): this;
 clonePreservingIdentity(): this;
 close(): void;
 createExtensionDictionary(): string | undefined;
 dxfIn(filer: AcDbDxfFiler): this;
 dxfInFields(_filer: AcDbDxfFiler): this;
 dxfOut(...args: unknown[]): unknown;
 dxfOutFields(filer: AcDbDxfFiler): this;
 getAt(name: string): AcDbDimStyleTableRecord | undefined;
 getAttr(attrName: string): any;
 getAttrWithoutException(attrName: string): any;
 getIdAt(id: string): AcDbDimStyleTableRecord | undefined;
 getOwnerIdAt(id: string): AcDbDimStyleTableRecord | undefined;
 getXData(appId: string): AcDbResultBuffer | undefined;
 has(name: string): boolean;
 hasId(id: string): boolean;
 newIterator(
 iterateById?: boolean,
 ): AcDbObjectIterator<AcDbDimStyleTableRecord>;
 remove(name: string): boolean;
 removeAll(): void;
 removeId(id: string): boolean;
 removeXData(appId: string): void;
 restoreFrom(snapshot: this): void;
 setAttr<A extends string>(attrName: A, val?: AcDbObjectAttrs[A]): void;
 setXData(resbuf: AcDbResultBuffer): void;
 };
 layerTable: {
 attrs: {
 attributes: {
 extensionDictionary?: string;
 objectId?: string;
 ownerId?: string;
 [key: string]: any;
 };
 changed: {
 extensionDictionary?: string;
 objectId?: string;
 ownerId?: string;
 [key: string]: any;
 };
 events: {
 attrChanged: {
 addEventListener(listener: (payload: ...) => ...): void;
 dispatch(payload?: (...) | (...), ...args: (...)[]): void;
 removeEventListener(listener: (payload: ...) => ...): void;
 replaceEventListener(listener: (payload: ...) => ...): void;
 };
 modelChanged: {
 addEventListener(listener: (payload: ...) => ...): void;
 dispatch(payload?: (...) | (...), ...args: (...)[]): void;
 removeEventListener(listener: (payload: ...) => ...): void;
 replaceEventListener(listener: (payload: ...) => ...): void;
 };
 };
 changedAttributes(diff?: Partial<AcDbObjectAttrs>): Partial<T>;
 clone(): AcCmObject<AcDbObjectAttrs>;
 get<A extends string>(key: A): AcDbObjectAttrs[A] | undefined;
 has(key: string): boolean;
 hasChanged(key?: string): boolean;
 previous<A extends string>(
 key: A,
 ): AcDbObjectAttrs[A] | null | undefined;
 previousAttributes(): Partial<T>;
 set<A extends string>(
 key: A,
 val?: AcDbObjectAttrs[A],
 options?: AcCmObjectOptions,
 ): this;
 set(key: Partial<T>, options?: AcCmObjectOptions): this;
 };
 database: { readonly transactionManager: { strictMode: boolean; startTransaction: () => AcDbDatabaseTransaction; currentTransaction: () => AcDbDatabaseTransaction | undefined; ... 20 more ...; flushPendingEntityModifiedEvents: () => void; }; ... 100 more ...; dxfInFields: (_filer: AcDbDxfFiler) => AcDbDatabase; };
 extensionDictionary: string
 | undefined;
 isTemp: any;
 numEntries: number;
 objectId: string;
 ownerId: string;
 add(record: AcDbLayerTableRecord): void;
 clone(): this;
 clonePreservingIdentity(): this;
 close(): void;
 createExtensionDictionary(): string | undefined;
 dxfIn(filer: AcDbDxfFiler): this;
 dxfInFields(_filer: AcDbDxfFiler): this;
 dxfOut(...args: unknown[]): unknown;
 dxfOutFields(filer: AcDbDxfFiler): this;
 getAt(name: string): AcDbLayerTableRecord | undefined;
 getAttr(attrName: string): any;
 getAttrWithoutException(attrName: string): any;
 getIdAt(id: string): AcDbLayerTableRecord | undefined;
 getOwnerIdAt(id: string): AcDbLayerTableRecord | undefined;
 getXData(appId: string): AcDbResultBuffer | undefined;
 has(name: string): boolean;
 hasId(id: string): boolean;
 newIterator(
 iterateById?: boolean,
 ): AcDbObjectIterator<AcDbLayerTableRecord>;
 remove(name: string): boolean;
 removeAll(): void;
 removeId(id: string): boolean;
 removeXData(appId: string): void;
 restoreFrom(snapshot: this): void;
 setAttr<A extends string>(attrName: A, val?: AcDbObjectAttrs[A]): void;
 setXData(resbuf: AcDbResultBuffer): void;
 };
 linetypeTable: {
 attrs: {
 attributes: {
 extensionDictionary?: string;
 objectId?: string;
 ownerId?: string;
 [key: string]: any;
 };
 changed: {
 extensionDictionary?: string;
 objectId?: string;
 ownerId?: string;
 [key: string]: any;
 };
 events: {
 attrChanged: {
 addEventListener(listener: (payload: ...) => ...): void;
 dispatch(payload?: (...) | (...), ...args: (...)[]): void;
 removeEventListener(listener: (payload: ...) => ...): void;
 replaceEventListener(listener: (payload: ...) => ...): void;
 };
 modelChanged: {
 addEventListener(listener: (payload: ...) => ...): void;
 dispatch(payload?: (...) | (...), ...args: (...)[]): void;
 removeEventListener(listener: (payload: ...) => ...): void;
 replaceEventListener(listener: (payload: ...) => ...): void;
 };
 };
 changedAttributes(diff?: Partial<AcDbObjectAttrs>): Partial<T>;
 clone(): AcCmObject<AcDbObjectAttrs>;
 get<A extends string>(key: A): AcDbObjectAttrs[A] | undefined;
 has(key: string): boolean;
 hasChanged(key?: string): boolean;
 previous<A extends string>(
 key: A,
 ): AcDbObjectAttrs[A] | null | undefined;
 previousAttributes(): Partial<T>;
 set<A extends string>(
 key: A,
 val?: AcDbObjectAttrs[A],
 options?: AcCmObjectOptions,
 ): this;
 set(key: Partial<T>, options?: AcCmObjectOptions): this;
 };
 database: { readonly transactionManager: { strictMode: boolean; startTransaction: () => AcDbDatabaseTransaction; currentTransaction: () => AcDbDatabaseTransaction | undefined; ... 20 more ...; flushPendingEntityModifiedEvents: () => void; }; ... 100 more ...; dxfInFields: (_filer: AcDbDxfFiler) => AcDbDatabase; };
 extensionDictionary: string
 | undefined;
 isTemp: any;
 numEntries: number;
 objectId: string;
 ownerId: string;
 add(record: AcDbLinetypeTableRecord): void;
 clone(): this;
 clonePreservingIdentity(): this;
 close(): void;
 createExtensionDictionary(): string | undefined;
 dxfIn(filer: AcDbDxfFiler): this;
 dxfInFields(_filer: AcDbDxfFiler): this;
 dxfOut(...args: unknown[]): unknown;
 dxfOutFields(filer: AcDbDxfFiler): this;
 getAt(name: string): AcDbLinetypeTableRecord | undefined;
 getAttr(attrName: string): any;
 getAttrWithoutException(attrName: string): any;
 getIdAt(id: string): AcDbLinetypeTableRecord | undefined;
 getOwnerIdAt(id: string): AcDbLinetypeTableRecord | undefined;
 getXData(appId: string): AcDbResultBuffer | undefined;
 has(name: string): boolean;
 hasId(id: string): boolean;
 newIterator(
 iterateById?: boolean,
 ): AcDbObjectIterator<AcDbLinetypeTableRecord>;
 remove(name: string): boolean;
 removeAll(): void;
 removeId(id: string): boolean;
 removeXData(appId: string): void;
 restoreFrom(snapshot: this): void;
 setAttr<A extends string>(attrName: A, val?: AcDbObjectAttrs[A]): void;
 setXData(resbuf: AcDbResultBuffer): void;
 };
 textStyleTable: {
 attrs: {
 attributes: {
 extensionDictionary?: string;
 objectId?: string;
 ownerId?: string;
 [key: string]: any;
 };
 changed: {
 extensionDictionary?: string;
 objectId?: string;
 ownerId?: string;
 [key: string]: any;
 };
 events: {
 attrChanged: {
 addEventListener(listener: (payload: ...) => ...): void;
 dispatch(payload?: (...) | (...), ...args: (...)[]): void;
 removeEventListener(listener: (payload: ...) => ...): void;
 replaceEventListener(listener: (payload: ...) => ...): void;
 };
 modelChanged: {
 addEventListener(listener: (payload: ...) => ...): void;
 dispatch(payload?: (...) | (...), ...args: (...)[]): void;
 removeEventListener(listener: (payload: ...) => ...): void;
 replaceEventListener(listener: (payload: ...) => ...): void;
 };
 };
 changedAttributes(diff?: Partial<AcDbObjectAttrs>): Partial<T>;
 clone(): AcCmObject<AcDbObjectAttrs>;
 get<A extends string>(key: A): AcDbObjectAttrs[A] | undefined;
 has(key: string): boolean;
 hasChanged(key?: string): boolean;
 previous<A extends string>(
 key: A,
 ): AcDbObjectAttrs[A] | null | undefined;
 previousAttributes(): Partial<T>;
 set<A extends string>(
 key: A,
 val?: AcDbObjectAttrs[A],
 options?: AcCmObjectOptions,
 ): this;
 set(key: Partial<T>, options?: AcCmObjectOptions): this;
 };
 database: { readonly transactionManager: { strictMode: boolean; startTransaction: () => AcDbDatabaseTransaction; currentTransaction: () => AcDbDatabaseTransaction | undefined; ... 20 more ...; flushPendingEntityModifiedEvents: () => void; }; ... 100 more ...; dxfInFields: (_filer: AcDbDxfFiler) => AcDbDatabase; };
 extensionDictionary: string
 | undefined;
 fonts: string[];
 isTemp: any;
 numEntries: number;
 objectId: string;
 ownerId: string;
 shapeFiles: {
 attrs: {
 attributes: {
 bigFont?: ...;
 extendedFont?: ...;
 extensionDictionary?: ...;
 fixedTextHeight?: ...;
 font?: ...;
 lastHeight?: ...;
 name?: ...;
 objectId?: ...;
 obliqueAngle?: ...;
 ownerId?: ...;
 standardFlag?: ...;
 textGenerationFlag?: ...;
 widthFactor?: ...;
 [key: ...]: ...;
 };
 changed: {
 bigFont?: ...;
 extendedFont?: ...;
 extensionDictionary?: ...;
 fixedTextHeight?: ...;
 font?: ...;
 lastHeight?: ...;
 name?: ...;
 objectId?: ...;
 obliqueAngle?: ...;
 ownerId?: ...;
 standardFlag?: ...;
 textGenerationFlag?: ...;
 widthFactor?: ...;
 [key: ...]: ...;
 };
 events: { attrChanged: ...; modelChanged: ... };
 changedAttributes(diff?: (...) | (...)): Partial<(...)>;
 clone(): AcCmObject<(...)>;
 get<A extends string>(key: A): (...) | (...);
 has(key: string): boolean;
 hasChanged(key?: (...) | (...)): boolean;
 previous<A extends string>(key: A): (...) | (...) | (...);
 previousAttributes(): Partial<(...)>;
 set<A extends string>(
 key: A,
 val?: (...) | (...),
 options?: (...) | (...),
 ): this;
 set(key: Partial<(...)>, options?: (...) | (...)): this;
 };
 bigFontFileName: string;
 database: { readonly transactionManager: { strictMode: boolean; startTransaction: () => AcDbDatabaseTransaction; currentTransaction: () => AcDbDatabaseTransaction | undefined; ... 20 more ...; flushPendingEntityModifiedEvents: () => void; }; ... 100 more ...; dxfInFields: (_filer: AcDbDxfFiler) => AcDbDatabase; };
 extensionDictionary: string
 | undefined;
 fileName: string;
 isShapeFile: boolean;
 isTemp: any;
 isVertical: boolean;
 name: string;
 objectId: string;
 obliquingAngle: number;
 ownerId: string;
 priorSize: number;
 textSize: number;
 textStyle: {
 bigFont: string;
 extendedFont?: (...) | (...);
 fixedTextHeight: number;
 font: string;
 lastHeight: number;
 name: string;
 obliqueAngle: number;
 standardFlag: number;
 textGenerationFlag: number;
 widthFactor: number;
 };
 xScale: number;
 clone(): this;
 clonePreservingIdentity(): this;
 close(): void;
 createExtensionDictionary(): string | undefined;
 dxfIn(filer: AcDbDxfFiler): this;
 dxfInFields(filer: AcDbDxfFiler): this;
 dxfOut(...args: unknown[]): unknown;
 dxfOutFields(filer: AcDbDxfFiler): this;
 getAttr(attrName: string): any;
 getAttrWithoutException(attrName: string): any;
 getXData(appId: string): AcDbResultBuffer | undefined;
 removeXData(appId: string): void;
 restoreFrom(snapshot: this): void;
 setAttr<A extends string>(attrName: A, val?: (...)[(...)]): void;
 setXData(resbuf: AcDbResultBuffer): void;
 }[];
 add(record: AcDbTextStyleTableRecord): void;
 clone(): this;
 clonePreservingIdentity(): this;
 close(): void;
 createExtensionDictionary(): string | undefined;
 dxfIn(filer: AcDbDxfFiler): this;
 dxfInFields(_filer: AcDbDxfFiler): this;
 dxfOut(...args: unknown[]): unknown;
 dxfOutFields(filer: AcDbDxfFiler): this;
 getAt(name: string): AcDbTextStyleTableRecord | undefined;
 getAttr(attrName: string): any;
 getAttrWithoutException(attrName: string): any;
 getIdAt(id: string): AcDbTextStyleTableRecord | undefined;
 getOwnerIdAt(id: string): AcDbTextStyleTableRecord | undefined;
 getXData(appId: string): AcDbResultBuffer | undefined;
 has(name: string): boolean;
 hasId(id: string): boolean;
 newIterator(
 iterateById?: boolean,
 ): AcDbObjectIterator<AcDbTextStyleTableRecord>;
 remove(name: string): boolean;
 removeAll(): void;
 removeId(id: string): boolean;
 removeXData(appId: string): void;
 resolveAt(name?: string): AcDbTextStyleTableRecord | undefined;
 restoreFrom(snapshot: this): void;
 setAttr<A extends string>(attrName: A, val?: AcDbObjectAttrs[A]): void;
 setXData(resbuf: AcDbResultBuffer): void;
 };
 ucsTable: {
 attrs: {
 attributes: {
 extensionDictionary?: string;
 objectId?: string;
 ownerId?: string;
 [key: string]: any;
 };
 changed: {
 extensionDictionary?: string;
 objectId?: string;
 ownerId?: string;
 [key: string]: any;
 };
 events: {
 attrChanged: {
 addEventListener(listener: (payload: ...) => ...): void;
 dispatch(payload?: (...) | (...), ...args: (...)[]): void;
 removeEventListener(listener: (payload: ...) => ...): void;
 replaceEventListener(listener: (payload: ...) => ...): void;
 };
 modelChanged: {
 addEventListener(listener: (payload: ...) => ...): void;
 dispatch(payload?: (...) | (...), ...args: (...)[]): void;
 removeEventListener(listener: (payload: ...) => ...): void;
 replaceEventListener(listener: (payload: ...) => ...): void;
 };
 };
 changedAttributes(diff?: Partial<AcDbObjectAttrs>): Partial<T>;
 clone(): AcCmObject<AcDbObjectAttrs>;
 get<A extends string>(key: A): AcDbObjectAttrs[A] | undefined;
 has(key: string): boolean;
 hasChanged(key?: string): boolean;
 previous<A extends string>(
 key: A,
 ): AcDbObjectAttrs[A] | null | undefined;
 previousAttributes(): Partial<T>;
 set<A extends string>(
 key: A,
 val?: AcDbObjectAttrs[A],
 options?: AcCmObjectOptions,
 ): this;
 set(key: Partial<T>, options?: AcCmObjectOptions): this;
 };
 database: { readonly transactionManager: { strictMode: boolean; startTransaction: () => AcDbDatabaseTransaction; currentTransaction: () => AcDbDatabaseTransaction | undefined; ... 20 more ...; flushPendingEntityModifiedEvents: () => void; }; ... 100 more ...; dxfInFields: (_filer: AcDbDxfFiler) => AcDbDatabase; };
 extensionDictionary: string
 | undefined;
 isTemp: any;
 numEntries: number;
 objectId: string;
 ownerId: string;
 add(record: AcDbUcsTableRecord): void;
 clone(): this;
 clonePreservingIdentity(): this;
 close(): void;
 createExtensionDictionary(): string | undefined;
 dxfIn(filer: AcDbDxfFiler): this;
 dxfInFields(_filer: AcDbDxfFiler): this;
 dxfOut(...args: unknown[]): unknown;
 dxfOutFields(filer: AcDbDxfFiler): this;
 getAt(name: string): AcDbUcsTableRecord | undefined;
 getAttr(attrName: string): any;
 getAttrWithoutException(attrName: string): any;
 getIdAt(id: string): AcDbUcsTableRecord | undefined;
 getOwnerIdAt(id: string): AcDbUcsTableRecord | undefined;
 getXData(appId: string): AcDbResultBuffer | undefined;
 has(name: string): boolean;
 hasId(id: string): boolean;
 newIterator(
 iterateById?: boolean,
 ): AcDbObjectIterator<AcDbUcsTableRecord>;
 remove(name: string): boolean;
 removeAll(): void;
 removeId(id: string): boolean;
 removeXData(appId: string): void;
 restoreFrom(snapshot: this): void;
 setAttr<A extends string>(attrName: A, val?: AcDbObjectAttrs[A]): void;
 setXData(resbuf: AcDbResultBuffer): void;
 };
 viewportTable: {
 attrs: {
 attributes: {
 extensionDictionary?: string;
 objectId?: string;
 ownerId?: string;
 [key: string]: any;
 };
 changed: {
 extensionDictionary?: string;
 objectId?: string;
 ownerId?: string;
 [key: string]: any;
 };
 events: {
 attrChanged: {
 addEventListener(listener: (payload: ...) => ...): void;
 dispatch(payload?: (...) | (...), ...args: (...)[]): void;
 removeEventListener(listener: (payload: ...) => ...): void;
 replaceEventListener(listener: (payload: ...) => ...): void;
 };
 modelChanged: {
 addEventListener(listener: (payload: ...) => ...): void;
 dispatch(payload?: (...) | (...), ...args: (...)[]): void;
 removeEventListener(listener: (payload: ...) => ...): void;
 replaceEventListener(listener: (payload: ...) => ...): void;
 };
 };
 changedAttributes(diff?: Partial<AcDbObjectAttrs>): Partial<T>;
 clone(): AcCmObject<AcDbObjectAttrs>;
 get<A extends string>(key: A): AcDbObjectAttrs[A] | undefined;
 has(key: string): boolean;
 hasChanged(key?: string): boolean;
 previous<A extends string>(
 key: A,
 ): AcDbObjectAttrs[A] | null | undefined;
 previousAttributes(): Partial<T>;
 set<A extends string>(
 key: A,
 val?: AcDbObjectAttrs[A],
 options?: AcCmObjectOptions,
 ): this;
 set(key: Partial<T>, options?: AcCmObjectOptions): this;
 };
 database: { readonly transactionManager: { strictMode: boolean; startTransaction: () => AcDbDatabaseTransaction; currentTransaction: () => AcDbDatabaseTransaction | undefined; ... 20 more ...; flushPendingEntityModifiedEvents: () => void; }; ... 100 more ...; dxfInFields: (_filer: AcDbDxfFiler) => AcDbDatabase; };
 extensionDictionary: string
 | undefined;
 isTemp: any;
 numEntries: number;
 objectId: string;
 ownerId: string;
 add(record: AcDbViewportTableRecord): void;
 clone(): this;
 clonePreservingIdentity(): this;
 close(): void;
 createExtensionDictionary(): string | undefined;
 dxfIn(filer: AcDbDxfFiler): this;
 dxfInFields(_filer: AcDbDxfFiler): this;
 dxfOut(...args: unknown[]): unknown;
 dxfOutFields(filer: AcDbDxfFiler): this;
 getActiveVport(): AcDbViewportTableRecord | undefined;
 getActiveVportBox(
 canvasAspectRatio: number,
 drawingExtents?: AcGeBox2d,
 ): AcGeBox2d | undefined;
 getAt(name: string): AcDbViewportTableRecord | undefined;
 getAttr(attrName: string): any;
 getAttrWithoutException(attrName: string): any;
 getIdAt(id: string): AcDbViewportTableRecord | undefined;
 getOwnerIdAt(id: string): AcDbViewportTableRecord | undefined;
 getXData(appId: string): AcDbResultBuffer | undefined;
 has(name: string): boolean;
 hasId(id: string): boolean;
 newIterator(
 iterateById?: boolean,
 ): AcDbObjectIterator<AcDbViewportTableRecord>;
 remove(name: string): boolean;
 removeAll(): void;
 removeId(id: string): boolean;
 removeXData(appId: string): void;
 restoreFrom(snapshot: this): void;
 setAttr<A extends string>(attrName: A, val?: AcDbObjectAttrs[A]): void;
 setXData(resbuf: AcDbResultBuffer): void;
 };
 viewTable: {
 attrs: {
 attributes: {
 extensionDictionary?: string;
 objectId?: string;
 ownerId?: string;
 [key: string]: any;
 };
 changed: {
 extensionDictionary?: string;
 objectId?: string;
 ownerId?: string;
 [key: string]: any;
 };
 events: {
 attrChanged: {
 addEventListener(listener: (payload: ...) => ...): void;
 dispatch(payload?: (...) | (...), ...args: (...)[]): void;
 removeEventListener(listener: (payload: ...) => ...): void;
 replaceEventListener(listener: (payload: ...) => ...): void;
 };
 modelChanged: {
 addEventListener(listener: (payload: ...) => ...): void;
 dispatch(payload?: (...) | (...), ...args: (...)[]): void;
 removeEventListener(listener: (payload: ...) => ...): void;
 replaceEventListener(listener: (payload: ...) => ...): void;
 };
 };
 changedAttributes(diff?: Partial<AcDbObjectAttrs>): Partial<T>;
 clone(): AcCmObject<AcDbObjectAttrs>;
 get<A extends string>(key: A): AcDbObjectAttrs[A] | undefined;
 has(key: string): boolean;
 hasChanged(key?: string): boolean;
 previous<A extends string>(
 key: A,
 ): AcDbObjectAttrs[A] | null | undefined;
 previousAttributes(): Partial<T>;
 set<A extends string>(
 key: A,
 val?: AcDbObjectAttrs[A],
 options?: AcCmObjectOptions,
 ): this;
 set(key: Partial<T>, options?: AcCmObjectOptions): this;
 };
 database: { readonly transactionManager: { strictMode: boolean; startTransaction: () => AcDbDatabaseTransaction; currentTransaction: () => AcDbDatabaseTransaction | undefined; ... 20 more ...; flushPendingEntityModifiedEvents: () => void; }; ... 100 more ...; dxfInFields: (_filer: AcDbDxfFiler) => AcDbDatabase; };
 extensionDictionary: string
 | undefined;
 isTemp: any;
 numEntries: number;
 objectId: string;
 ownerId: string;
 add(record: AcDbViewTableRecord): void;
 clone(): this;
 clonePreservingIdentity(): this;
 close(): void;
 createExtensionDictionary(): string | undefined;
 dxfIn(filer: AcDbDxfFiler): this;
 dxfInFields(_filer: AcDbDxfFiler): this;
 dxfOut(...args: unknown[]): unknown;
 dxfOutFields(filer: AcDbDxfFiler): this;
 getAt(name: string): AcDbViewTableRecord | undefined;
 getAttr(attrName: string): any;
 getAttrWithoutException(attrName: string): any;
 getIdAt(id: string): AcDbViewTableRecord | undefined;
 getOwnerIdAt(id: string): AcDbViewTableRecord | undefined;
 getXData(appId: string): AcDbResultBuffer | undefined;
 has(name: string): boolean;
 hasId(id: string): boolean;
 newIterator(
 iterateById?: boolean,
 ): AcDbObjectIterator<AcDbViewTableRecord>;
 remove(name: string): boolean;
 removeAll(): void;
 removeId(id: string): boolean;
 removeXData(appId: string): void;
 restoreFrom(snapshot: this): void;
 setAttr<A extends string>(attrName: A, val?: AcDbObjectAttrs[A]): void;
 setXData(resbuf: AcDbResultBuffer): void;
 };
 };
 textstyle: string;
 thumbnailImage: | {
 "[toStringTag]": "Uint8Array";
 buffer: | {
 "[toStringTag]": "ArrayBuffer";
 byteLength: number;
 detached: boolean;
 maxByteLength: number;
 resizable: boolean;
 resize(newByteLength?: number): void;
 slice(begin?: number, end?: number): ArrayBuffer;
 transfer(newByteLength?: number): ArrayBuffer;
 transferToFixedLength(newByteLength?: number): ArrayBuffer;
 }
 | {
 "[toStringTag]": "SharedArrayBuffer";
 byteLength: number;
 growable: boolean;
 maxByteLength: number;
 grow(newByteLength?: number): void;
 slice(begin?: number, end?: number): SharedArrayBuffer;
 };
 byteLength: number;
 byteOffset: number;
 BYTES_PER_ELEMENT: number;
 length: number;
 "[iterator]"(): ArrayIterator<number>;
 at(index: number): number | undefined;
 copyWithin(target: number, start: number, end?: number): this;
 entries(): ArrayIterator<[number, number]>;
 every(
 predicate: (value: number, index: number, array: this) => unknown,
 thisArg?: any,
 ): boolean;
 fill(value: number, start?: number, end?: number): this;
 filter(
 predicate: (value: number, index: number, array: this) => any,
 thisArg?: any,
 ): Uint8Array<ArrayBuffer>;
 find(
 predicate: (value: number, index: number, obj: this) => boolean,
 thisArg?: any,
 ): number | undefined;
 findIndex(
 predicate: (value: number, index: number, obj: this) => boolean,
 thisArg?: any,
 ): number;
 findLast<S extends number>(
 predicate: (
 value: number,
 index: number,
 array: this,
 ) => value is S,
 thisArg?: any,
 ): S | undefined;
 findLast(
 predicate: (value: number, index: number, array: this) => unknown,
 thisArg?: any,
 ): number | undefined;
 findLastIndex(
 predicate: (value: number, index: number, array: this) => unknown,
 thisArg?: any,
 ): number;
 forEach(
 callbackfn: (value: number, index: number, array: this) => void,
 thisArg?: any,
 ): void;
 includes(searchElement: number, fromIndex?: number): boolean;
 indexOf(searchElement: number, fromIndex?: number): number;
 join(separator?: string): string;
 keys(): ArrayIterator<number>;
 lastIndexOf(searchElement: number, fromIndex?: number): number;
 map(
 callbackfn: (value: number, index: number, array: this) => number,
 thisArg?: any,
 ): Uint8Array<ArrayBuffer>;
 reduce(
 callbackfn: (
 previousValue: number,
 currentValue: number,
 currentIndex: number,
 array: this,
 ) => number,
 ): number;
 reduce(
 callbackfn: (
 previousValue: number,
 currentValue: number,
 currentIndex: number,
 array: this,
 ) => number,
 initialValue: number,
 ): number;
 reduce(
 callbackfn: (
 previousValue: U,
 currentValue: number,
 currentIndex: number,
 array: this,
 ) => U,
 initialValue: U,
 ): U;
 reduceRight(
 callbackfn: (
 previousValue: number,
 currentValue: number,
 currentIndex: number,
 array: this,
 ) => number,
 ): number;
 reduceRight(
 callbackfn: (
 previousValue: number,
 currentValue: number,
 currentIndex: number,
 array: this,
 ) => number,
 initialValue: number,
 ): number;
 reduceRight(
 callbackfn: (
 previousValue: U,
 currentValue: number,
 currentIndex: number,
 array: this,
 ) => U,
 initialValue: U,
 ): U;
 reverse(): this;
 set(array: ArrayLike<number>, offset?: number): void;
 slice(start?: number, end?: number): Uint8Array<ArrayBuffer>;
 some(
 predicate: (value: number, index: number, array: this) => unknown,
 thisArg?: any,
 ): boolean;
 sort(compareFn?: (a: number, b: number) => number): this;
 subarray(begin?: number, end?: number): Uint8Array<ArrayBufferLike>;
 toLocaleString(): string;
 toLocaleString(
 locales: string | string[],
 options?: NumberFormatOptions,
 ): string;
 toReversed(): Uint8Array<ArrayBuffer>;
 toSorted(
 compareFn?: (a: number, b: number) => number,
 ): Uint8Array<ArrayBuffer>;
 toString(): string;
 valueOf(): this;
 values(): ArrayIterator<number>;
 with(index: number, value: number): Uint8Array<ArrayBuffer>;
 [key: number]: number;
 }
 | undefined;
 tilemode: boolean;
 transactionManager: {
 strictMode: boolean;
 abortTransaction(): void;
 cancelUndoMark(): void;
 canRedo(): boolean;
 canUndo(): boolean;
 clearUndoStack(): void;
 commitTransaction(): void;
 currentTransaction(): AcDbDatabaseTransaction | undefined;
 endUndoMark(): void;
 flushPendingEntityModifiedEvents(): void;
 flushPendingLayerModifiedEvents(): void;
 hasTransaction(): boolean;
 isApplyingUndoRedo(): boolean;
 isOpenedForWriteInTransaction(objectId: string): boolean;
 isRecording(): boolean;
 recordAppend(container: AcDbChangeContainer, object: AcDbObject): void;
 recordRemove(container: AcDbChangeContainer, object: AcDbObject): void;
 recordSysvar(name: string, before: unknown): void;
 redo(): boolean;
 resolveSymbolTableName(table: { objectId: string }): string;
 runUndoable<T>(
 label: string,
 fn: (tr: AcDbDatabaseTransaction) => T,
 ): T;
 startTransaction(): AcDbDatabaseTransaction;
 startUndoMark(label?: string): void;
 undo(): boolean;
 };
 unitmode: number;
 version: {
 capabilities: {
 supportsBlockRecordTable: boolean;
 supportsClassesSection: boolean;
 supportsHandles: boolean;
 supportsLineWeight: boolean;
 supportsLwPolyline: boolean;
 supportsObjectsSection: boolean;
 supportsSubclassMarkers: boolean;
 supportsTransparency: boolean;
 supportsTrueColor: boolean;
 supportsUtf8CodePage: boolean;
 };
 name: string;
 value: number;
 };
 adoptExternalHandle(object: AcDbObject, preferredId: string): string;
 beginEventBatch(): void;
 clone(): this;
 clonePreservingIdentity(): this;
 close(): void;
 commitObjectHandle(
 object: AcDbObject,
 hasId?: (id: string) => boolean,
 ): void;
 createDefaultData(options?: AcDbCreateDefaultDataOptions): void;
 createExtensionDictionary(): string | undefined;
 dxfIn(filer: AcDbDxfFiler): this;
 dxfInFields(_filer: AcDbDxfFiler): this;
 dxfOut(
 _fileName?: string,
 precision?: number,
 version?: string | number | AcDbDwgVersion,
 optionsOrThumbnail?:
 | boolean
 | { format?: "ascii"
 | "binary"; saveThumbnailImage?: boolean },
 ): string | Uint8Array<ArrayBufferLike>;
 dxfOutFields(_filer: AcDbDxfFiler): this;
 endEventBatch(): void;
 endEventBatchChunked(
 chunkSize: number,
 onChunk?: (flushed: number, total: number) => void | Promise<void>,
 ): Promise<void>;
 ensureEntityStyleDefaults(entity: AcDbEntity): void;
 ensureTextStyleDefaults(): void;
 generateHandle(): string;
 generateUniqueHandle(): string;
 getAttr(attrName: string): any;
 getAttrWithoutException(attrName: string): any;
 getObjectById(
 id: string,
 _openErased?: boolean,
 ): AcDbObject<AcDbObjectAttrs> | undefined;
 getRootDictionaries(): AcDbDictionary<AcDbObject<AcDbObjectAttrs>>[];
 getXData(appId: string): AcDbResultBuffer | undefined;
 initializeHandleSeed(seed: string): void;
 isEventBatched(): boolean;
 isHandleTaken(
 objectId: string,
 except?: AcDbObject<AcDbObjectAttrs>,
 ): boolean;
 isLayerDrawable(layerName: string): boolean;
 isUndoRecording(): boolean;
 notifyDictObjectErased(object: AcDbObject, key: string): void;
 notifyDictObjectSet(object: AcDbObject, key: string): void;
 notifyEntityAppended(entity: AcDbEntity | AcDbEntity[]): void;
 notifyEntityErased(entity: AcDbEntity | AcDbEntity[]): void;
 openEntityForRead(
 entityOrId: string | AcDbEntity,
 ): AcDbEntity | undefined;
 openEntityForWrite(
 entityOrId: string | AcDbEntity,
 ): AcDbEntity | undefined;
 openObjectForRead<T extends AcDbObject<AcDbObjectAttrs>>(
 objectId: string,
 ): T | undefined;
 openObjectForWrite<T extends AcDbObject<AcDbObjectAttrs>>(
 objectId: string,
 ): T | undefined;
 openUri(url: string, options: AcDbOpenDatabaseOptions): Promise<void>;
 read(
 data: ArrayBuffer,
 options: AcDbOpenDatabaseOptions,
 fileType?: string,
 ): Promise<void>;
 regen(): Promise<void>;
 registerObjectHandle(object: AcDbObject): void;
 releaseObjectHandle(object: AcDbObject): void;
 removeXData(appId: string): void;
 restoreFrom(snapshot: this): void;
 runDatabaseEdit(label: string, fn: () => void): void;
 setAttr<A extends string>(attrName: A, val?: AcDbObjectAttrs[A]): void;
 setDwgName(value: string): void;
 setXData(resbuf: AcDbResultBuffer): void;
 updateMaxHandle(handle: string): void;
 };
 dxfPaperSpace: boolean;
 dxfTypeName: string;
 extensionDictionary: string
 | undefined;
 geometricExtents: {
 center: {
 x: number;
 y: number;
 z: number;
 "[iterator]"(): Generator<number, void, unknown>;
 add(v: AcGeVectorLike): this;
 addScalar(s: number): this;
 addScaledVector(v: AcGeVector3dLike, s: number): this;
 addVectors(a: AcGeVector3dLike, b: AcGeVector3dLike): this;
 angleTo(v: AcGeVector3d): number;
 applyAxisAngle(axis: AcGeVector3dLike, angle: number): this;
 applyEuler(euler: AcGeEuler): this;
 applyMatrix3(m: AcGeMatrix2d): this;
 applyMatrix4(m: AcGeMatrix3d): this;
 applyNormalMatrix(m: AcGeMatrix2d): this;
 applyQuaternion(q: AcGeQuaternion): this;
 ceil(): this;
 clamp(min: AcGeVector3dLike, max: AcGeVector3dLike): this;
 clampLength(min: number, max: number): this;
 clampScalar(minVal: number, maxVal: number): this;
 clone(): AcGeVector3d;
 copy(v: AcGeVectorLike): this;
 cross(v: AcGeVector3dLike): this;
 crossVectors(a: AcGeVector3dLike, b: AcGeVector3dLike): this;
 distanceTo(v: AcGeVector3dLike): number;
 distanceToSquared(v: AcGeVector3dLike): number;
 divide(v: AcGeVector3dLike): this;
 divideScalar(scalar: number): this;
 dot(v: AcGeVector3dLike): number;
 equals(v: AcGeVector3dLike): boolean;
 floor(): this;
 fromArray(array: number[], offset?: number): this;
 getComponent(index: number): number;
 isParallelTo(vec: AcGeVector3d): boolean;
 length(): number;
 lengthSq(): number;
 lerp(v: AcGeVector3dLike, alpha: number): this;
 lerpVectors(
 v1: AcGeVector3dLike,
 v2: AcGeVector3dLike,
 alpha: number,
 ): this;
 manhattanDistanceTo(v: AcGeVector3dLike): number;
 manhattanLength(): number;
 max(v: AcGeVector3dLike): this;
 min(v: AcGeVector3dLike): this;
 multiply(v: AcGeVector3dLike): this;
 multiplyScalar(scalar: number): this;
 multiplyVectors(a: AcGeVector3dLike, b: AcGeVector3dLike): this;
 negate(): this;
 normalize(): this;
 projectOnPlane(planeNormal: AcGeVector3d): this;
 projectOnVector(v: AcGeVector3d): this;
 random(): this;
 randomDirection(): this;
 reflect(normal: AcGeVector3dLike): this;
 round(): this;
 roundToZero(): this;
 set(x: number, y: number, z: number): this;
 setComponent(index: number, value: number): this;
 setFromMatrix3Column(m: AcGeMatrix2d, index: number): this;
 setFromMatrixColumn(m: AcGeMatrix3d, index: number): this;
 setFromMatrixPosition(m: AcGeMatrix3d): this;
 setFromMatrixScale(m: AcGeMatrix3d): this;
 setLength(l: number): this;
 setScalar(scalar: number): this;
 setX(x: number): this;
 setY(y: number): this;
 setZ(z: number): this;
 sub(v: AcGeVector3dLike): this;
 subScalar(s: number): this;
 subVectors(a: AcGeVector3dLike, b: AcGeVector3dLike): this;
 toArray(
 array?: number[] | Float32Array<ArrayBufferLike>,
 offset?: number,
 ): number[] | Float32Array<ArrayBufferLike>;
 transformDirection(m: AcGeMatrix3d): this;
 };
 max: {
 x: number;
 y: number;
 z: number;
 "[iterator]"(): Generator<number, void, unknown>;
 add(v: AcGeVectorLike): this;
 addScalar(s: number): this;
 addScaledVector(v: AcGeVector3dLike, s: number): this;
 addVectors(a: AcGeVector3dLike, b: AcGeVector3dLike): this;
 angleTo(v: AcGeVector3d): number;
 applyAxisAngle(axis: AcGeVector3dLike, angle: number): this;
 applyEuler(euler: AcGeEuler): this;
 applyMatrix3(m: AcGeMatrix2d): this;
 applyMatrix4(m: AcGeMatrix3d): this;
 applyNormalMatrix(m: AcGeMatrix2d): this;
 applyQuaternion(q: AcGeQuaternion): this;
 ceil(): this;
 clamp(min: AcGeVector3dLike, max: AcGeVector3dLike): this;
 clampLength(min: number, max: number): this;
 clampScalar(minVal: number, maxVal: number): this;
 clone(): AcGeVector3d;
 copy(v: AcGeVectorLike): this;
 cross(v: AcGeVector3dLike): this;
 crossVectors(a: AcGeVector3dLike, b: AcGeVector3dLike): this;
 distanceTo(v: AcGeVector3dLike): number;
 distanceToSquared(v: AcGeVector3dLike): number;
 divide(v: AcGeVector3dLike): this;
 divideScalar(scalar: number): this;
 dot(v: AcGeVector3dLike): number;
 equals(v: AcGeVector3dLike): boolean;
 floor(): this;
 fromArray(array: number[], offset?: number): this;
 getComponent(index: number): number;
 isParallelTo(vec: AcGeVector3d): boolean;
 length(): number;
 lengthSq(): number;
 lerp(v: AcGeVector3dLike, alpha: number): this;
 lerpVectors(
 v1: AcGeVector3dLike,
 v2: AcGeVector3dLike,
 alpha: number,
 ): this;
 manhattanDistanceTo(v: AcGeVector3dLike): number;
 manhattanLength(): number;
 max(v: AcGeVector3dLike): this;
 min(v: AcGeVector3dLike): this;
 multiply(v: AcGeVector3dLike): this;
 multiplyScalar(scalar: number): this;
 multiplyVectors(a: AcGeVector3dLike, b: AcGeVector3dLike): this;
 negate(): this;
 normalize(): this;
 projectOnPlane(planeNormal: AcGeVector3d): this;
 projectOnVector(v: AcGeVector3d): this;
 random(): this;
 randomDirection(): this;
 reflect(normal: AcGeVector3dLike): this;
 round(): this;
 roundToZero(): this;
 set(x: number, y: number, z: number): this;
 setComponent(index: number, value: number): this;
 setFromMatrix3Column(m: AcGeMatrix2d, index: number): this;
 setFromMatrixColumn(m: AcGeMatrix3d, index: number): this;
 setFromMatrixPosition(m: AcGeMatrix3d): this;
 setFromMatrixScale(m: AcGeMatrix3d): this;
 setLength(l: number): this;
 setScalar(scalar: number): this;
 setX(x: number): this;
 setY(y: number): this;
 setZ(z: number): this;
 sub(v: AcGeVector3dLike): this;
 subScalar(s: number): this;
 subVectors(a: AcGeVector3dLike, b: AcGeVector3dLike): this;
 toArray(
 array?: number[] | Float32Array<ArrayBufferLike>,
 offset?: number,
 ): number[] | Float32Array<ArrayBufferLike>;
 transformDirection(m: AcGeMatrix3d): this;
 };
 min: {
 x: number;
 y: number;
 z: number;
 "[iterator]"(): Generator<number, void, unknown>;
 add(v: AcGeVectorLike): this;
 addScalar(s: number): this;
 addScaledVector(v: AcGeVector3dLike, s: number): this;
 addVectors(a: AcGeVector3dLike, b: AcGeVector3dLike): this;
 angleTo(v: AcGeVector3d): number;
 applyAxisAngle(axis: AcGeVector3dLike, angle: number): this;
 applyEuler(euler: AcGeEuler): this;
 applyMatrix3(m: AcGeMatrix2d): this;
 applyMatrix4(m: AcGeMatrix3d): this;
 applyNormalMatrix(m: AcGeMatrix2d): this;
 applyQuaternion(q: AcGeQuaternion): this;
 ceil(): this;
 clamp(min: AcGeVector3dLike, max: AcGeVector3dLike): this;
 clampLength(min: number, max: number): this;
 clampScalar(minVal: number, maxVal: number): this;
 clone(): AcGeVector3d;
 copy(v: AcGeVectorLike): this;
 cross(v: AcGeVector3dLike): this;
 crossVectors(a: AcGeVector3dLike, b: AcGeVector3dLike): this;
 distanceTo(v: AcGeVector3dLike): number;
 distanceToSquared(v: AcGeVector3dLike): number;
 divide(v: AcGeVector3dLike): this;
 divideScalar(scalar: number): this;
 dot(v: AcGeVector3dLike): number;
 equals(v: AcGeVector3dLike): boolean;
 floor(): this;
 fromArray(array: number[], offset?: number): this;
 getComponent(index: number): number;
 isParallelTo(vec: AcGeVector3d): boolean;
 length(): number;
 lengthSq(): number;
 lerp(v: AcGeVector3dLike, alpha: number): this;
 lerpVectors(
 v1: AcGeVector3dLike,
 v2: AcGeVector3dLike,
 alpha: number,
 ): this;
 manhattanDistanceTo(v: AcGeVector3dLike): number;
 manhattanLength(): number;
 max(v: AcGeVector3dLike): this;
 min(v: AcGeVector3dLike): this;
 multiply(v: AcGeVector3dLike): this;
 multiplyScalar(scalar: number): this;
 multiplyVectors(a: AcGeVector3dLike, b: AcGeVector3dLike): this;
 negate(): this;
 normalize(): this;
 projectOnPlane(planeNormal: AcGeVector3d): this;
 projectOnVector(v: AcGeVector3d): this;
 random(): this;
 randomDirection(): this;
 reflect(normal: AcGeVector3dLike): this;
 round(): this;
 roundToZero(): this;
 set(x: number, y: number, z: number): this;
 setComponent(index: number, value: number): this;
 setFromMatrix3Column(m: AcGeMatrix2d, index: number): this;
 setFromMatrixColumn(m: AcGeMatrix3d, index: number): this;
 setFromMatrixPosition(m: AcGeMatrix3d): this;
 setFromMatrixScale(m: AcGeMatrix3d): this;
 setLength(l: number): this;
 setScalar(scalar: number): this;
 setX(x: number): this;
 setY(y: number): this;
 setZ(z: number): this;
 sub(v: AcGeVector3dLike): this;
 subScalar(s: number): this;
 subVectors(a: AcGeVector3dLike, b: AcGeVector3dLike): this;
 toArray(
 array?: number[] | Float32Array<ArrayBufferLike>,
 offset?: number,
 ): number[] | Float32Array<ArrayBufferLike>;
 transformDirection(m: AcGeMatrix3d): this;
 };
 size: {
 x: number;
 y: number;
 z: number;
 "[iterator]"(): Generator<number, void, unknown>;
 add(v: AcGeVectorLike): this;
 addScalar(s: number): this;
 addScaledVector(v: AcGeVector3dLike, s: number): this;
 addVectors(a: AcGeVector3dLike, b: AcGeVector3dLike): this;
 angleTo(v: AcGeVector3d): number;
 applyAxisAngle(axis: AcGeVector3dLike, angle: number): this;
 applyEuler(euler: AcGeEuler): this;
 applyMatrix3(m: AcGeMatrix2d): this;
 applyMatrix4(m: AcGeMatrix3d): this;
 applyNormalMatrix(m: AcGeMatrix2d): this;
 applyQuaternion(q: AcGeQuaternion): this;
 ceil(): this;
 clamp(min: AcGeVector3dLike, max: AcGeVector3dLike): this;
 clampLength(min: number, max: number): this;
 clampScalar(minVal: number, maxVal: number): this;
 clone(): AcGeVector3d;
 copy(v: AcGeVectorLike): this;
 cross(v: AcGeVector3dLike): this;
 crossVectors(a: AcGeVector3dLike, b: AcGeVector3dLike): this;
 distanceTo(v: AcGeVector3dLike): number;
 distanceToSquared(v: AcGeVector3dLike): number;
 divide(v: AcGeVector3dLike): this;
 divideScalar(scalar: number): this;
 dot(v: AcGeVector3dLike): number;
 equals(v: AcGeVector3dLike): boolean;
 floor(): this;
 fromArray(array: number[], offset?: number): this;
 getComponent(index: number): number;
 isParallelTo(vec: AcGeVector3d): boolean;
 length(): number;
 lengthSq(): number;
 lerp(v: AcGeVector3dLike, alpha: number): this;
 lerpVectors(
 v1: AcGeVector3dLike,
 v2: AcGeVector3dLike,
 alpha: number,
 ): this;
 manhattanDistanceTo(v: AcGeVector3dLike): number;
 manhattanLength(): number;
 max(v: AcGeVector3dLike): this;
 min(v: AcGeVector3dLike): this;
 multiply(v: AcGeVector3dLike): this;
 multiplyScalar(scalar: number): this;
 multiplyVectors(a: AcGeVector3dLike, b: AcGeVector3dLike): this;
 negate(): this;
 normalize(): this;
 projectOnPlane(planeNormal: AcGeVector3d): this;
 projectOnVector(v: AcGeVector3d): this;
 random(): this;
 randomDirection(): this;
 reflect(normal: AcGeVector3dLike): this;
 round(): this;
 roundToZero(): this;
 set(x: number, y: number, z: number): this;
 setComponent(index: number, value: number): this;
 setFromMatrix3Column(m: AcGeMatrix2d, index: number): this;
 setFromMatrixColumn(m: AcGeMatrix3d, index: number): this;
 setFromMatrixPosition(m: AcGeMatrix3d): this;
 setFromMatrixScale(m: AcGeMatrix3d): this;
 setLength(l: number): this;
 setScalar(scalar: number): this;
 setX(x: number): this;
 setY(y: number): this;
 setZ(z: number): this;
 sub(v: AcGeVector3dLike): this;
 subScalar(s: number): this;
 subVectors(a: AcGeVector3dLike, b: AcGeVector3dLike): this;
 toArray(
 array?: number[] | Float32Array<ArrayBufferLike>,
 offset?: number,
 ): number[] | Float32Array<ArrayBufferLike>;
 transformDirection(m: AcGeMatrix3d): this;
 };
 applyMatrix4(matrix: AcGeMatrix3d): this;
 clampPoint(point: AcGeVector3dLike, target: AcGeVector3d): AcGeVector3d;
 clone(): AcGeBox3d;
 containsBox(box: AcGeBox3d): boolean;
 containsPoint(point: AcGeVector3dLike): boolean;
 copy(box: AcGeBox3d): this;
 distanceToPoint(point: AcGeVector3dLike): number;
 equals(box: AcGeBox3d): boolean;
 expandByPoint(point: AcGeVector3dLike): this;
 expandByScalar(scalar: number): this;
 expandByVector(vector: AcGeVector3dLike): this;
 getCenter(target: AcGeVector3d): AcGeVector3d;
 getParameter(
 point: AcGeVector3dLike,
 target: AcGeVector3d,
 ): AcGeVector3d;
 getSize(target: AcGeVector3d): AcGeVector3d;
 intersect(box: AcGeBox3d): this;
 intersectsBox(box: AcGeBox3d): boolean;
 intersectsPlane(plane: AcGePlane): boolean;
 isEmpty(): boolean;
 makeEmpty(): this;
 set(min: AcGeVector3dLike, max: AcGeVector3dLike): this;
 setFromArray(array: number[]): this;
 setFromCenterAndSize(
 center: AcGeVector3dLike,
 size: AcGeVector3dLike,
 ): this;
 setFromPoints(points: AcGeVector3dLike[]): this;
 translate(offset: AcGeVector3dLike): this;
 union(box: AcGeBox3d): this;
 };
 isTemp: any;
 layer: string;
 lineStyle: {
 description: string;
 name: string;
 pattern?: {
 elementLength: number;
 elementTypeFlag: number;
 offsetX?: number;
 offsetY?: number;
 rotation?: number;
 scale?: number;
 shapeNumber?: number;
 styleObjectId?: string;
 text?: string;
 }[];
 standardFlag: number;
 totalPatternLength: number;
 type: AcGiStyleType;
 };
 lineType: string;
 linetypeScale: number;
 lineWeight: AcGiLineWeight;
 objectId: string;
 ownerId: string;
 properties: {
 groups: {
 groupName: string;
 properties: {
 accessor: { set?: (...)
 | (...); get(): unknown };
 editable?: boolean;
 itemSchema?: { properties: ... };
 name: string;
 options?: (...)[];
 skipTranslation?: boolean;
 type: AcDbEntityPropertyType;
 }[];
 }[];
 type: string;
 };
 resolvedColor: {
 blue: number
 | undefined;
 colorIndex: number | undefined;
 colorMethod: AcCmColorMethod;
 colorName: string | undefined;
 cssColor: string | undefined;
 green: number | undefined;
 hexColor: string | undefined;
 isByACI: boolean;
 isByBlock: boolean;
 isByColor: boolean;
 isByLayer: boolean;
 isForeground: boolean;
 red: number | undefined;
 RGB: number | undefined;
 clone(): AcCmColor;
 copy(other: AcCmColor): this;
 cssColorAlpha(alpha: number): string | undefined;
 equals(other: AcCmColor): boolean;
 setByBlock(value?: number): this;
 setByLayer(value?: number): this;
 setForeground(): this;
 setRGB(r: number, g: number, b: number): this;
 setRGBFromCss(cssString: string): this;
 setRGBValue(value: number | null | undefined): this;
 setScalar(scalar: number): this;
 toString(): string;
 };
 transparency: {
 alpha: number;
 isByAlpha: boolean;
 isByBlock: boolean;
 isByLayer: boolean;
 isClear: boolean;
 isInvalid: boolean;
 isSolid: boolean;
 method: AcCmTransparencyMethod;
 percentage: number
 | undefined;
 clone(): AcCmTransparency;
 equals(other: AcCmTransparency): boolean;
 serialize(): number;
 toString(): string;
 };
 type: string;
 visibility: boolean;
 clone(): this;
 clonePreservingIdentity(): this;
 close(): void;
 createExtensionDictionary(): string | undefined;
 dxfIn(filer: AcDbDxfFiler): this;
 dxfInFields(filer: AcDbDxfFiler): this;
 dxfOut(...args: unknown[]): unknown;
 dxfOutFields(filer: AcDbDxfFiler): this;
 erase(): boolean;
 getAttr(attrName: string): any;
 getAttrWithoutException(attrName: string): any;
 getXData(appId: string): AcDbResultBuffer | undefined;
 removeXData(appId: string): void;
 resolveEffectiveProperties(): void;
 restoreFrom(snapshot: this): void;
 setAttr<A extends string>(attrName: A, val?: AcDbObjectAttrs[A]): void;
 setXData(resbuf: AcDbResultBuffer): void;
 subGetGripPoints(): AcGePoint3d[];
 subGetOsnapPoints(
 osnapMode: AcDbOsnapMode,
 pickPoint: AcGePoint3dLike,
 lastPoint: AcGePoint3dLike,
 snapPoints: AcGePoint3dLike[],
 gsMark?: any,
 insertionMat?: AcGeMatrix3d,
 ): void;
 subMoveGripPointsAt(indices: number[], offset: AcGeVector3dLike): this;
 subWorldDraw(
 renderer: AcGiRenderer,
 delay?: boolean,
 ): AcGiEntity | undefined;
 transformBy(matrix: AcGeMatrix3d): this;
 worldDraw(
 renderer: AcGiRenderer,
 delay?: boolean,
 ): AcGiEntity | undefined;
 }
 | null,
 | AcDbEntity
 | {
 attrs: {
 attributes: {
 extensionDictionary?: string;
 objectId?: string;
 ownerId?: string;
 [key: string]: any;
 };
 changed: {
 extensionDictionary?: string;
 objectId?: string;
 ownerId?: string;
 [key: string]: any;
 };
 events: {
 attrChanged: {
 addEventListener(
 listener: (payload: AcCmObjectAttributeChangedEventArgs) => void,
 ): void;
 dispatch(
 payload?: AcCmObjectAttributeChangedEventArgs<AcDbObjectAttrs>,
 ...args: unknown[],
 ): void;
 removeEventListener(
 listener: (payload: AcCmObjectAttributeChangedEventArgs) => void,
 ): void;
 replaceEventListener(
 listener: (payload: AcCmObjectAttributeChangedEventArgs) => void,
 ): void;
 };
 modelChanged: {
 addEventListener(
 listener: (payload: AcCmObjectChangedEventArgs) => void,
 ): void;
 dispatch(
 payload?: AcCmObjectChangedEventArgs<AcDbObjectAttrs>,
 ...args: unknown[],
 ): void;
 removeEventListener(
 listener: (payload: AcCmObjectChangedEventArgs) => void,
 ): void;
 replaceEventListener(
 listener: (payload: AcCmObjectChangedEventArgs) => void,
 ): void;
 };
 };
 changedAttributes(diff?: Partial<AcDbObjectAttrs>): Partial<T>;
 clone(): AcCmObject<AcDbObjectAttrs>;
 get<A extends string>(key: A): AcDbObjectAttrs[A] | undefined;
 has(key: string): boolean;
 hasChanged(key?: string): boolean;
 previous<A extends string>(
 key: A,
 ): AcDbObjectAttrs[A] | null | undefined;
 previousAttributes(): Partial<T>;
 set<A extends string>(
 key: A,
 val?: AcDbObjectAttrs[A],
 options?: AcCmObjectOptions,
 ): this;
 set(key: Partial<T>, options?: AcCmObjectOptions): this;
 };
 color: {
 blue: number
 | undefined;
 colorIndex: number | undefined;
 colorMethod: AcCmColorMethod;
 colorName: string | undefined;
 cssColor: string | undefined;
 green: number | undefined;
 hexColor: string | undefined;
 isByACI: boolean;
 isByBlock: boolean;
 isByColor: boolean;
 isByLayer: boolean;
 isForeground: boolean;
 red: number | undefined;
 RGB: number | undefined;
 clone(): AcCmColor;
 copy(other: AcCmColor): this;
 cssColorAlpha(alpha: number): string | undefined;
 equals(other: AcCmColor): boolean;
 setByBlock(value?: number): this;
 setByLayer(value?: number): this;
 setForeground(): this;
 setRGB(r: number, g: number, b: number): this;
 setRGBFromCss(cssString: string): this;
 setRGBValue(value: number | null | undefined): this;
 setScalar(scalar: number): this;
 toString(): string;
 };
 database: {
 angbase: number;
 angdir: number;
 attrs: {
 attributes: {
 extensionDictionary?: string;
 objectId?: string;
 ownerId?: string;
 [key: string]: any;
 };
 changed: {
 extensionDictionary?: string;
 objectId?: string;
 ownerId?: string;
 [key: string]: any;
 };
 events: {
 attrChanged: {
 addEventListener(
 listener: (payload: AcCmObjectAttributeChangedEventArgs) => void,
 ): void;
 dispatch(
 payload?: AcCmObjectAttributeChangedEventArgs<AcDbObjectAttrs>,
 ...args: unknown[],
 ): void;
 removeEventListener(
 listener: (payload: AcCmObjectAttributeChangedEventArgs) => void,
 ): void;
 replaceEventListener(
 listener: (payload: AcCmObjectAttributeChangedEventArgs) => void,
 ): void;
 };
 modelChanged: {
 addEventListener(
 listener: (payload: AcCmObjectChangedEventArgs) => void,
 ): void;
 dispatch(
 payload?: AcCmObjectChangedEventArgs<AcDbObjectAttrs>,
 ...args: unknown[],
 ): void;
 removeEventListener(
 listener: (payload: AcCmObjectChangedEventArgs) => void,
 ): void;
 replaceEventListener(
 listener: (payload: AcCmObjectChangedEventArgs) => void,
 ): void;
 };
 };
 changedAttributes(diff?: Partial<AcDbObjectAttrs>): Partial<T>;
 clone(): AcCmObject<AcDbObjectAttrs>;
 get<A extends string>(key: A): AcDbObjectAttrs[A] | undefined;
 has(key: string): boolean;
 hasChanged(key?: string): boolean;
 previous<A extends string>(
 key: A,
 ): AcDbObjectAttrs[A] | null | undefined;
 previousAttributes(): Partial<T>;
 set<A extends string>(
 key: A,
 val?: AcDbObjectAttrs[A],
 options?: AcCmObjectOptions,
 ): this;
 set(key: Partial<T>, options?: AcCmObjectOptions): this;
 };
 aunits: number;
 auprec: number;
 cecolor: {
 blue: number
 | undefined;
 colorIndex: number | undefined;
 colorMethod: AcCmColorMethod;
 colorName: string | undefined;
 cssColor: string | undefined;
 green: number | undefined;
 hexColor: string | undefined;
 isByACI: boolean;
 isByBlock: boolean;
 isByColor: boolean;
 isByLayer: boolean;
 isForeground: boolean;
 red: number | undefined;
 RGB: number | undefined;
 clone(): AcCmColor;
 copy(other: AcCmColor): this;
 cssColorAlpha(alpha: number): string | undefined;
 equals(other: AcCmColor): boolean;
 setByBlock(value?: number): this;
 setByLayer(value?: number): this;
 setForeground(): this;
 setRGB(r: number, g: number, b: number): this;
 setRGBFromCss(cssString: string): this;
 setRGBValue(value: number | null | undefined): this;
 setScalar(scalar: number): this;
 toString(): string;
 };
 celtscale: number;
 celtype: string;
 celweight: AcGiLineWeight;
 cetransparency: {
 alpha: number;
 isByAlpha: boolean;
 isByBlock: boolean;
 isByLayer: boolean;
 isClear: boolean;
 isInvalid: boolean;
 isSolid: boolean;
 method: AcCmTransparencyMethod;
 percentage: number
 | undefined;
 clone(): AcCmTransparency;
 equals(other: AcCmTransparency): boolean;
 serialize(): number;
 toString(): string;
 };
 classes: readonly {
 appName: string;
 cppClassName: string;
 instanceCount: number;
 isEntity: boolean;
 name: string;
 proxyFlag: number;
 wasProxy: boolean;
 }[];
 clayer: string;
 cmleaderstyle: string;
 cmlscale: number;
 cmlstyle: string;
 currentSpaceId: string;
 database: { readonly transactionManager: { strictMode: boolean; startTransaction: () => AcDbDatabaseTransaction; currentTransaction: () => AcDbDatabaseTransaction | undefined; ... 20 more ...; flushPendingEntityModifiedEvents: () => void; }; ... 100 more ...; dxfInFields: (_filer: AcDbDxfFiler) => AcDbDatabase; };
 dimstyle: string;
 drawNoPlotLayers: boolean;
 dwgname: string;
 events: {
 dictObjectErased: {
 addEventListener(
 listener: (payload: AcDbDictObjectEventArgs) => void,
 ): void;
 dispatch(payload?: AcDbDictObjectEventArgs, ...args: unknown[]): void;
 removeEventListener(
 listener: (payload: AcDbDictObjectEventArgs) => void,
 ): void;
 replaceEventListener(
 listener: (payload: AcDbDictObjectEventArgs) => void,
 ): void;
 };
 dictObjetSet: {
 addEventListener(
 listener: (payload: AcDbDictObjectEventArgs) => void,
 ): void;
 dispatch(payload?: AcDbDictObjectEventArgs, ...args: unknown[]): void;
 removeEventListener(
 listener: (payload: AcDbDictObjectEventArgs) => void,
 ): void;
 replaceEventListener(
 listener: (payload: AcDbDictObjectEventArgs) => void,
 ): void;
 };
 entityAppended: {
 addEventListener(
 listener: (payload: AcDbEntityEventArgs) => void,
 ): void;
 dispatch(payload?: AcDbEntityEventArgs, ...args: unknown[]): void;
 removeEventListener(
 listener: (payload: AcDbEntityEventArgs) => void,
 ): void;
 replaceEventListener(
 listener: (payload: AcDbEntityEventArgs) => void,
 ): void;
 };
 entityErased: {
 addEventListener(
 listener: (payload: AcDbEntityEventArgs) => void,
 ): void;
 dispatch(payload?: AcDbEntityEventArgs, ...args: unknown[]): void;
 removeEventListener(
 listener: (payload: AcDbEntityEventArgs) => void,
 ): void;
 replaceEventListener(
 listener: (payload: AcDbEntityEventArgs) => void,
 ): void;
 };
 entityModified: {
 addEventListener(
 listener: (payload: AcDbEntityEventArgs) => void,
 ): void;
 dispatch(payload?: AcDbEntityEventArgs, ...args: unknown[]): void;
 removeEventListener(
 listener: (payload: AcDbEntityEventArgs) => void,
 ): void;
 replaceEventListener(
 listener: (payload: AcDbEntityEventArgs) => void,
 ): void;
 };
 layerAppended: {
 addEventListener(
 listener: (payload: AcDbLayerEventArgs) => void,
 ): void;
 dispatch(payload?: AcDbLayerEventArgs, ...args: unknown[]): void;
 removeEventListener(
 listener: (payload: AcDbLayerEventArgs) => void,
 ): void;
 replaceEventListener(
 listener: (payload: AcDbLayerEventArgs) => void,
 ): void;
 };
 layerErased: {
 addEventListener(
 listener: (payload: AcDbLayerEventArgs) => void,
 ): void;
 dispatch(payload?: AcDbLayerEventArgs, ...args: unknown[]): void;
 removeEventListener(
 listener: (payload: AcDbLayerEventArgs) => void,
 ): void;
 replaceEventListener(
 listener: (payload: AcDbLayerEventArgs) => void,
 ): void;
 };
 layerModified: {
 addEventListener(
 listener: (payload: AcDbLayerModifiedEventArgs) => void,
 ): void;
 dispatch(
 payload?: AcDbLayerModifiedEventArgs,
 ...args: unknown[],
 ): void;
 removeEventListener(
 listener: (payload: AcDbLayerModifiedEventArgs) => void,
 ): void;
 replaceEventListener(
 listener: (payload: AcDbLayerModifiedEventArgs) => void,
 ): void;
 };
 openFailed: {
 addEventListener(
 listener: (payload: AcDbOpenFailedEventArgs) => void,
 ): void;
 dispatch(payload?: AcDbOpenFailedEventArgs, ...args: unknown[]): void;
 removeEventListener(
 listener: (payload: AcDbOpenFailedEventArgs) => void,
 ): void;
 replaceEventListener(
 listener: (payload: AcDbOpenFailedEventArgs) => void,
 ): void;
 };
 openProgress: {
 addEventListener(
 listener: (payload: AcDbProgressdEventArgs) => void,
 ): void;
 dispatch(payload?: AcDbProgressdEventArgs, ...args: unknown[]): void;
 removeEventListener(
 listener: (payload: AcDbProgressdEventArgs) => void,
 ): void;
 replaceEventListener(
 listener: (payload: AcDbProgressdEventArgs) => void,
 ): void;
 };
 };
 extensionDictionary: string
 | undefined;
 extents: {
 center: {
 x: number;
 y: number;
 z: number;
 "[iterator]"(): Generator<number, void, unknown>;
 add(v: AcGeVectorLike): this;
 addScalar(s: number): this;
 addScaledVector(v: AcGeVector3dLike, s: number): this;
 addVectors(a: AcGeVector3dLike, b: AcGeVector3dLike): this;
 angleTo(v: AcGeVector3d): number;
 applyAxisAngle(axis: AcGeVector3dLike, angle: number): this;
 applyEuler(euler: AcGeEuler): this;
 applyMatrix3(m: AcGeMatrix2d): this;
 applyMatrix4(m: AcGeMatrix3d): this;
 applyNormalMatrix(m: AcGeMatrix2d): this;
 applyQuaternion(q: AcGeQuaternion): this;
 ceil(): this;
 clamp(min: AcGeVector3dLike, max: AcGeVector3dLike): this;
 clampLength(min: number, max: number): this;
 clampScalar(minVal: number, maxVal: number): this;
 clone(): AcGeVector3d;
 copy(v: AcGeVectorLike): this;
 cross(v: AcGeVector3dLike): this;
 crossVectors(a: AcGeVector3dLike, b: AcGeVector3dLike): this;
 distanceTo(v: AcGeVector3dLike): number;
 distanceToSquared(v: AcGeVector3dLike): number;
 divide(v: AcGeVector3dLike): this;
 divideScalar(scalar: number): this;
 dot(v: AcGeVector3dLike): number;
 equals(v: AcGeVector3dLike): boolean;
 floor(): this;
 fromArray(array: number[], offset?: number): this;
 getComponent(index: number): number;
 isParallelTo(vec: AcGeVector3d): boolean;
 length(): number;
 lengthSq(): number;
 lerp(v: AcGeVector3dLike, alpha: number): this;
 lerpVectors(
 v1: AcGeVector3dLike,
 v2: AcGeVector3dLike,
 alpha: number,
 ): this;
 manhattanDistanceTo(v: AcGeVector3dLike): number;
 manhattanLength(): number;
 max(v: AcGeVector3dLike): this;
 min(v: AcGeVector3dLike): this;
 multiply(v: AcGeVector3dLike): this;
 multiplyScalar(scalar: number): this;
 multiplyVectors(a: AcGeVector3dLike, b: AcGeVector3dLike): this;
 negate(): this;
 normalize(): this;
 projectOnPlane(planeNormal: AcGeVector3d): this;
 projectOnVector(v: AcGeVector3d): this;
 random(): this;
 randomDirection(): this;
 reflect(normal: AcGeVector3dLike): this;
 round(): this;
 roundToZero(): this;
 set(x: number, y: number, z: number): this;
 setComponent(index: number, value: number): this;
 setFromMatrix3Column(m: AcGeMatrix2d, index: number): this;
 setFromMatrixColumn(m: AcGeMatrix3d, index: number): this;
 setFromMatrixPosition(m: AcGeMatrix3d): this;
 setFromMatrixScale(m: AcGeMatrix3d): this;
 setLength(l: number): this;
 setScalar(scalar: number): this;
 setX(x: number): this;
 setY(y: number): this;
 setZ(z: number): this;
 sub(v: AcGeVector3dLike): this;
 subScalar(s: number): this;
 subVectors(a: AcGeVector3dLike, b: AcGeVector3dLike): this;
 toArray(
 array?: number[] | Float32Array<ArrayBufferLike>,
 offset?: number,
 ): number[] | Float32Array<ArrayBufferLike>;
 transformDirection(m: AcGeMatrix3d): this;
 };
 max: {
 x: number;
 y: number;
 z: number;
 "[iterator]"(): Generator<number, void, unknown>;
 add(v: AcGeVectorLike): this;
 addScalar(s: number): this;
 addScaledVector(v: AcGeVector3dLike, s: number): this;
 addVectors(a: AcGeVector3dLike, b: AcGeVector3dLike): this;
 angleTo(v: AcGeVector3d): number;
 applyAxisAngle(axis: AcGeVector3dLike, angle: number): this;
 applyEuler(euler: AcGeEuler): this;
 applyMatrix3(m: AcGeMatrix2d): this;
 applyMatrix4(m: AcGeMatrix3d): this;
 applyNormalMatrix(m: AcGeMatrix2d): this;
 applyQuaternion(q: AcGeQuaternion): this;
 ceil(): this;
 clamp(min: AcGeVector3dLike, max: AcGeVector3dLike): this;
 clampLength(min: number, max: number): this;
 clampScalar(minVal: number, maxVal: number): this;
 clone(): AcGeVector3d;
 copy(v: AcGeVectorLike): this;
 cross(v: AcGeVector3dLike): this;
 crossVectors(a: AcGeVector3dLike, b: AcGeVector3dLike): this;
 distanceTo(v: AcGeVector3dLike): number;
 distanceToSquared(v: AcGeVector3dLike): number;
 divide(v: AcGeVector3dLike): this;
 divideScalar(scalar: number): this;
 dot(v: AcGeVector3dLike): number;
 equals(v: AcGeVector3dLike): boolean;
 floor(): this;
 fromArray(array: number[], offset?: number): this;
 getComponent(index: number): number;
 isParallelTo(vec: AcGeVector3d): boolean;
 length(): number;
 lengthSq(): number;
 lerp(v: AcGeVector3dLike, alpha: number): this;
 lerpVectors(
 v1: AcGeVector3dLike,
 v2: AcGeVector3dLike,
 alpha: number,
 ): this;
 manhattanDistanceTo(v: AcGeVector3dLike): number;
 manhattanLength(): number;
 max(v: AcGeVector3dLike): this;
 min(v: AcGeVector3dLike): this;
 multiply(v: AcGeVector3dLike): this;
 multiplyScalar(scalar: number): this;
 multiplyVectors(a: AcGeVector3dLike, b: AcGeVector3dLike): this;
 negate(): this;
 normalize(): this;
 projectOnPlane(planeNormal: AcGeVector3d): this;
 projectOnVector(v: AcGeVector3d): this;
 random(): this;
 randomDirection(): this;
 reflect(normal: AcGeVector3dLike): this;
 round(): this;
 roundToZero(): this;
 set(x: number, y: number, z: number): this;
 setComponent(index: number, value: number): this;
 setFromMatrix3Column(m: AcGeMatrix2d, index: number): this;
 setFromMatrixColumn(m: AcGeMatrix3d, index: number): this;
 setFromMatrixPosition(m: AcGeMatrix3d): this;
 setFromMatrixScale(m: AcGeMatrix3d): this;
 setLength(l: number): this;
 setScalar(scalar: number): this;
 setX(x: number): this;
 setY(y: number): this;
 setZ(z: number): this;
 sub(v: AcGeVector3dLike): this;
 subScalar(s: number): this;
 subVectors(a: AcGeVector3dLike, b: AcGeVector3dLike): this;
 toArray(
 array?: number[] | Float32Array<ArrayBufferLike>,
 offset?: number,
 ): number[] | Float32Array<ArrayBufferLike>;
 transformDirection(m: AcGeMatrix3d): this;
 };
 min: {
 x: number;
 y: number;
 z: number;
 "[iterator]"(): Generator<number, void, unknown>;
 add(v: AcGeVectorLike): this;
 addScalar(s: number): this;
 addScaledVector(v: AcGeVector3dLike, s: number): this;
 addVectors(a: AcGeVector3dLike, b: AcGeVector3dLike): this;
 angleTo(v: AcGeVector3d): number;
 applyAxisAngle(axis: AcGeVector3dLike, angle: number): this;
 applyEuler(euler: AcGeEuler): this;
 applyMatrix3(m: AcGeMatrix2d): this;
 applyMatrix4(m: AcGeMatrix3d): this;
 applyNormalMatrix(m: AcGeMatrix2d): this;
 applyQuaternion(q: AcGeQuaternion): this;
 ceil(): this;
 clamp(min: AcGeVector3dLike, max: AcGeVector3dLike): this;
 clampLength(min: number, max: number): this;
 clampScalar(minVal: number, maxVal: number): this;
 clone(): AcGeVector3d;
 copy(v: AcGeVectorLike): this;
 cross(v: AcGeVector3dLike): this;
 crossVectors(a: AcGeVector3dLike, b: AcGeVector3dLike): this;
 distanceTo(v: AcGeVector3dLike): number;
 distanceToSquared(v: AcGeVector3dLike): number;
 divide(v: AcGeVector3dLike): this;
 divideScalar(scalar: number): this;
 dot(v: AcGeVector3dLike): number;
 equals(v: AcGeVector3dLike): boolean;
 floor(): this;
 fromArray(array: number[], offset?: number): this;
 getComponent(index: number): number;
 isParallelTo(vec: AcGeVector3d): boolean;
 length(): number;
 lengthSq(): number;
 lerp(v: AcGeVector3dLike, alpha: number): this;
 lerpVectors(
 v1: AcGeVector3dLike,
 v2: AcGeVector3dLike,
 alpha: number,
 ): this;
 manhattanDistanceTo(v: AcGeVector3dLike): number;
 manhattanLength(): number;
 max(v: AcGeVector3dLike): this;
 min(v: AcGeVector3dLike): this;
 multiply(v: AcGeVector3dLike): this;
 multiplyScalar(scalar: number): this;
 multiplyVectors(a: AcGeVector3dLike, b: AcGeVector3dLike): this;
 negate(): this;
 normalize(): this;
 projectOnPlane(planeNormal: AcGeVector3d): this;
 projectOnVector(v: AcGeVector3d): this;
 random(): this;
 randomDirection(): this;
 reflect(normal: AcGeVector3dLike): this;
 round(): this;
 roundToZero(): this;
 set(x: number, y: number, z: number): this;
 setComponent(index: number, value: number): this;
 setFromMatrix3Column(m: AcGeMatrix2d, index: number): this;
 setFromMatrixColumn(m: AcGeMatrix3d, index: number): this;
 setFromMatrixPosition(m: AcGeMatrix3d): this;
 setFromMatrixScale(m: AcGeMatrix3d): this;
 setLength(l: number): this;
 setScalar(scalar: number): this;
 setX(x: number): this;
 setY(y: number): this;
 setZ(z: number): this;
 sub(v: AcGeVector3dLike): this;
 subScalar(s: number): this;
 subVectors(a: AcGeVector3dLike, b: AcGeVector3dLike): this;
 toArray(
 array?: number[] | Float32Array<ArrayBufferLike>,
 offset?: number,
 ): number[] | Float32Array<ArrayBufferLike>;
 transformDirection(m: AcGeMatrix3d): this;
 };
 size: {
 x: number;
 y: number;
 z: number;
 "[iterator]"(): Generator<number, void, unknown>;
 add(v: AcGeVectorLike): this;
 addScalar(s: number): this;
 addScaledVector(v: AcGeVector3dLike, s: number): this;
 addVectors(a: AcGeVector3dLike, b: AcGeVector3dLike): this;
 angleTo(v: AcGeVector3d): number;
 applyAxisAngle(axis: AcGeVector3dLike, angle: number): this;
 applyEuler(euler: AcGeEuler): this;
 applyMatrix3(m: AcGeMatrix2d): this;
 applyMatrix4(m: AcGeMatrix3d): this;
 applyNormalMatrix(m: AcGeMatrix2d): this;
 applyQuaternion(q: AcGeQuaternion): this;
 ceil(): this;
 clamp(min: AcGeVector3dLike, max: AcGeVector3dLike): this;
 clampLength(min: number, max: number): this;
 clampScalar(minVal: number, maxVal: number): this;
 clone(): AcGeVector3d;
 copy(v: AcGeVectorLike): this;
 cross(v: AcGeVector3dLike): this;
 crossVectors(a: AcGeVector3dLike, b: AcGeVector3dLike): this;
 distanceTo(v: AcGeVector3dLike): number;
 distanceToSquared(v: AcGeVector3dLike): number;
 divide(v: AcGeVector3dLike): this;
 divideScalar(scalar: number): this;
 dot(v: AcGeVector3dLike): number;
 equals(v: AcGeVector3dLike): boolean;
 floor(): this;
 fromArray(array: number[], offset?: number): this;
 getComponent(index: number): number;
 isParallelTo(vec: AcGeVector3d): boolean;
 length(): number;
 lengthSq(): number;
 lerp(v: AcGeVector3dLike, alpha: number): this;
 lerpVectors(
 v1: AcGeVector3dLike,
 v2: AcGeVector3dLike,
 alpha: number,
 ): this;
 manhattanDistanceTo(v: AcGeVector3dLike): number;
 manhattanLength(): number;
 max(v: AcGeVector3dLike): this;
 min(v: AcGeVector3dLike): this;
 multiply(v: AcGeVector3dLike): this;
 multiplyScalar(scalar: number): this;
 multiplyVectors(a: AcGeVector3dLike, b: AcGeVector3dLike): this;
 negate(): this;
 normalize(): this;
 projectOnPlane(planeNormal: AcGeVector3d): this;
 projectOnVector(v: AcGeVector3d): this;
 random(): this;
 randomDirection(): this;
 reflect(normal: AcGeVector3dLike): this;
 round(): this;
 roundToZero(): this;
 set(x: number, y: number, z: number): this;
 setComponent(index: number, value: number): this;
 setFromMatrix3Column(m: AcGeMatrix2d, index: number): this;
 setFromMatrixColumn(m: AcGeMatrix3d, index: number): this;
 setFromMatrixPosition(m: AcGeMatrix3d): this;
 setFromMatrixScale(m: AcGeMatrix3d): this;
 setLength(l: number): this;
 setScalar(scalar: number): this;
 setX(x: number): this;
 setY(y: number): this;
 setZ(z: number): this;
 sub(v: AcGeVector3dLike): this;
 subScalar(s: number): this;
 subVectors(a: AcGeVector3dLike, b: AcGeVector3dLike): this;
 toArray(
 array?: number[] | Float32Array<ArrayBufferLike>,
 offset?: number,
 ): number[] | Float32Array<ArrayBufferLike>;
 transformDirection(m: AcGeMatrix3d): this;
 };
 applyMatrix4(matrix: AcGeMatrix3d): this;
 clampPoint(point: AcGeVector3dLike, target: AcGeVector3d): AcGeVector3d;
 clone(): AcGeBox3d;
 containsBox(box: AcGeBox3d): boolean;
 containsPoint(point: AcGeVector3dLike): boolean;
 copy(box: AcGeBox3d): this;
 distanceToPoint(point: AcGeVector3dLike): number;
 equals(box: AcGeBox3d): boolean;
 expandByPoint(point: AcGeVector3dLike): this;
 expandByScalar(scalar: number): this;
 expandByVector(vector: AcGeVector3dLike): this;
 getCenter(target: AcGeVector3d): AcGeVector3d;
 getParameter(
 point: AcGeVector3dLike,
 target: AcGeVector3d,
 ): AcGeVector3d;
 getSize(target: AcGeVector3d): AcGeVector3d;
 intersect(box: AcGeBox3d): this;
 intersectsBox(box: AcGeBox3d): boolean;
 intersectsPlane(plane: AcGePlane): boolean;
 isEmpty(): boolean;
 makeEmpty(): this;
 set(min: AcGeVector3dLike, max: AcGeVector3dLike): this;
 setFromArray(array: number[]): this;
 setFromCenterAndSize(
 center: AcGeVector3dLike,
 size: AcGeVector3dLike,
 ): this;
 setFromPoints(points: AcGeVector3dLike[]): this;
 translate(offset: AcGeVector3dLike): this;
 union(box: AcGeBox3d): this;
 };
 extmax: {
 x: number;
 y: number;
 z: number;
 "[iterator]"(): Generator<number, void, unknown>;
 add(v: AcGeVectorLike): this;
 addScalar(s: number): this;
 addScaledVector(v: AcGeVector3dLike, s: number): this;
 addVectors(a: AcGeVector3dLike, b: AcGeVector3dLike): this;
 angleTo(v: AcGeVector3d): number;
 applyAxisAngle(axis: AcGeVector3dLike, angle: number): this;
 applyEuler(euler: AcGeEuler): this;
 applyMatrix3(m: AcGeMatrix2d): this;
 applyMatrix4(m: AcGeMatrix3d): this;
 applyNormalMatrix(m: AcGeMatrix2d): this;
 applyQuaternion(q: AcGeQuaternion): this;
 ceil(): this;
 clamp(min: AcGeVector3dLike, max: AcGeVector3dLike): this;
 clampLength(min: number, max: number): this;
 clampScalar(minVal: number, maxVal: number): this;
 clone(): AcGePoint3d;
 copy(v: AcGeVectorLike): this;
 cross(v: AcGeVector3dLike): this;
 crossVectors(a: AcGeVector3dLike, b: AcGeVector3dLike): this;
 distanceTo(v: AcGeVector3dLike): number;
 distanceToSquared(v: AcGeVector3dLike): number;
 divide(v: AcGeVector3dLike): this;
 divideScalar(scalar: number): this;
 dot(v: AcGeVector3dLike): number;
 equals(v: AcGeVector3dLike): boolean;
 floor(): this;
 fromArray(array: number[], offset?: number): this;
 getComponent(index: number): number;
 isParallelTo(vec: AcGeVector3d): boolean;
 length(): number;
 lengthSq(): number;
 lerp(v: AcGeVector3dLike, alpha: number): this;
 lerpVectors(
 v1: AcGeVector3dLike,
 v2: AcGeVector3dLike,
 alpha: number,
 ): this;
 manhattanDistanceTo(v: AcGeVector3dLike): number;
 manhattanLength(): number;
 max(v: AcGeVector3dLike): this;
 min(v: AcGeVector3dLike): this;
 multiply(v: AcGeVector3dLike): this;
 multiplyScalar(scalar: number): this;
 multiplyVectors(a: AcGeVector3dLike, b: AcGeVector3dLike): this;
 negate(): this;
 normalize(): this;
 projectOnPlane(planeNormal: AcGeVector3d): this;
 projectOnVector(v: AcGeVector3d): this;
 random(): this;
 randomDirection(): this;
 reflect(normal: AcGeVector3dLike): this;
 round(): this;
 roundToZero(): this;
 set(x: number, y: number, z: number): this;
 setComponent(index: number, value: number): this;
 setFromMatrix3Column(m: AcGeMatrix2d, index: number): this;
 setFromMatrixColumn(m: AcGeMatrix3d, index: number): this;
 setFromMatrixPosition(m: AcGeMatrix3d): this;
 setFromMatrixScale(m: AcGeMatrix3d): this;
 setLength(l: number): this;
 setScalar(scalar: number): this;
 setX(x: number): this;
 setY(y: number): this;
 setZ(z: number): this;
 sub(v: AcGeVector3dLike): this;
 subScalar(s: number): this;
 subVectors(a: AcGeVector3dLike, b: AcGeVector3dLike): this;
 toArray(
 array?: number[] | Float32Array<ArrayBufferLike>,
 offset?: number,
 ): number[] | Float32Array<ArrayBufferLike>;
 transformDirection(m: AcGeMatrix3d): this;
 };
 extmin: {
 x: number;
 y: number;
 z: number;
 "[iterator]"(): Generator<number, void, unknown>;
 add(v: AcGeVectorLike): this;
 addScalar(s: number): this;
 addScaledVector(v: AcGeVector3dLike, s: number): this;
 addVectors(a: AcGeVector3dLike, b: AcGeVector3dLike): this;
 angleTo(v: AcGeVector3d): number;
 applyAxisAngle(axis: AcGeVector3dLike, angle: number): this;
 applyEuler(euler: AcGeEuler): this;
 applyMatrix3(m: AcGeMatrix2d): this;
 applyMatrix4(m: AcGeMatrix3d): this;
 applyNormalMatrix(m: AcGeMatrix2d): this;
 applyQuaternion(q: AcGeQuaternion): this;
 ceil(): this;
 clamp(min: AcGeVector3dLike, max: AcGeVector3dLike): this;
 clampLength(min: number, max: number): this;
 clampScalar(minVal: number, maxVal: number): this;
 clone(): AcGePoint3d;
 copy(v: AcGeVectorLike): this;
 cross(v: AcGeVector3dLike): this;
 crossVectors(a: AcGeVector3dLike, b: AcGeVector3dLike): this;
 distanceTo(v: AcGeVector3dLike): number;
 distanceToSquared(v: AcGeVector3dLike): number;
 divide(v: AcGeVector3dLike): this;
 divideScalar(scalar: number): this;
 dot(v: AcGeVector3dLike): number;
 equals(v: AcGeVector3dLike): boolean;
 floor(): this;
 fromArray(array: number[], offset?: number): this;
 getComponent(index: number): number;
 isParallelTo(vec: AcGeVector3d): boolean;
 length(): number;
 lengthSq(): number;
 lerp(v: AcGeVector3dLike, alpha: number): this;
 lerpVectors(
 v1: AcGeVector3dLike,
 v2: AcGeVector3dLike,
 alpha: number,
 ): this;
 manhattanDistanceTo(v: AcGeVector3dLike): number;
 manhattanLength(): number;
 max(v: AcGeVector3dLike): this;
 min(v: AcGeVector3dLike): this;
 multiply(v: AcGeVector3dLike): this;
 multiplyScalar(scalar: number): this;
 multiplyVectors(a: AcGeVector3dLike, b: AcGeVector3dLike): this;
 negate(): this;
 normalize(): this;
 projectOnPlane(planeNormal: AcGeVector3d): this;
 projectOnVector(v: AcGeVector3d): this;
 random(): this;
 randomDirection(): this;
 reflect(normal: AcGeVector3dLike): this;
 round(): this;
 roundToZero(): this;
 set(x: number, y: number, z: number): this;
 setComponent(index: number, value: number): this;
 setFromMatrix3Column(m: AcGeMatrix2d, index: number): this;
 setFromMatrixColumn(m: AcGeMatrix3d, index: number): this;
 setFromMatrixPosition(m: AcGeMatrix3d): this;
 setFromMatrixScale(m: AcGeMatrix3d): this;
 setLength(l: number): this;
 setScalar(scalar: number): this;
 setX(x: number): this;
 setY(y: number): this;
 setZ(z: number): this;
 sub(v: AcGeVector3dLike): this;
 subScalar(s: number): this;
 subVectors(a: AcGeVector3dLike, b: AcGeVector3dLike): this;
 toArray(
 array?: number[] | Float32Array<ArrayBufferLike>,
 offset?: number,
 ): number[] | Float32Array<ArrayBufferLike>;
 transformDirection(m: AcGeMatrix3d): this;
 };
 formatter: {
 formatAngle(radians: number, options?: AcDbFormatterOptions): string;
 formatLength(value: number, options?: AcDbFormatterOptions): string;
 formatPoint2d(
 point: AcGePoint2d,
 options?: AcDbFormatterOptions,
 ): string;
 formatPoint3d(
 point: AcGePoint3d,
 options?: AcDbFormatterOptions,
 ): string;
 };
 hpbackgroundcolor: {
 blue: number
 | undefined;
 colorIndex: number | undefined;
 colorMethod: AcCmColorMethod;
 colorName: string | undefined;
 cssColor: string | undefined;
 green: number | undefined;
 hexColor: string | undefined;
 isByACI: boolean;
 isByBlock: boolean;
 isByColor: boolean;
 isByLayer: boolean;
 isForeground: boolean;
 red: number | undefined;
 RGB: number | undefined;
 clone(): AcCmColor;
 copy(other: AcCmColor): this;
 cssColorAlpha(alpha: number): string | undefined;
 equals(other: AcCmColor): boolean;
 setByBlock(value?: number): this;
 setByLayer(value?: number): this;
 setForeground(): this;
 setRGB(r: number, g: number, b: number): this;
 setRGBFromCss(cssString: string): this;
 setRGBValue(value: number | null | undefined): this;
 setScalar(scalar: number): this;
 toString(): string;
 };
 hpcolor: {
 blue: number
 | undefined;
 colorIndex: number | undefined;
 colorMethod: AcCmColorMethod;
 colorName: string | undefined;
 cssColor: string | undefined;
 green: number | undefined;
 hexColor: string | undefined;
 isByACI: boolean;
 isByBlock: boolean;
 isByColor: boolean;
 isByLayer: boolean;
 isForeground: boolean;
 red: number | undefined;
 RGB: number | undefined;
 clone(): AcCmColor;
 copy(other: AcCmColor): this;
 cssColorAlpha(alpha: number): string | undefined;
 equals(other: AcCmColor): boolean;
 setByBlock(value?: number): this;
 setByLayer(value?: number): this;
 setForeground(): this;
 setRGB(r: number, g: number, b: number): this;
 setRGBFromCss(cssString: string): this;
 setRGBValue(value: number | null | undefined): this;
 setScalar(scalar: number): this;
 toString(): string;
 };
 hplayer: string;
 hptransparency: {
 alpha: number;
 isByAlpha: boolean;
 isByBlock: boolean;
 isByLayer: boolean;
 isClear: boolean;
 isInvalid: boolean;
 isSolid: boolean;
 method: AcCmTransparencyMethod;
 percentage: number
 | undefined;
 clone(): AcCmTransparency;
 equals(other: AcCmTransparency): boolean;
 serialize(): number;
 toString(): string;
 };
 insunits: number;
 isTemp: any;
 lastOpenError: AcDbOpenDatabaseError
 | null;
 layerFilters: {
 current:
 | {
 filterExpression: string;
 name: string;
 nestedFilters: readonly (
 { name: string; setName: (value: string) => boolean; filterExpression: string; setFilterExpression: (expression: string) => boolean; filterExpressionTree: () => AcLyBoolExpr | null; ... 18 more ...; showEditor: () => AcLyLayerFilterDialogResult; }
 )[];
 addNested(filter: AcLyLayerFilter): boolean;
 allowDelete(): boolean;
 allowNested(): boolean;
 allowRename(): boolean;
 compareTo(other: AcLyLayerFilter | null | undefined): boolean;
 dynamicallyGenerated(): boolean;
 filter(layer: AcDbLayerTableRecord): boolean;
 filterExpressionTree(): AcLyBoolExpr | null;
 generateNested(): boolean;
 getNestedFilters(): readonly AcLyLayerFilter[];
 isIdFilter(): boolean;
 isProxy(): boolean;
 parent(): AcLyLayerFilter | null;
 removeNested(filter: AcLyLayerFilter): boolean;
 setAllowDelete(value: boolean): void;
 setAllowRename(value: boolean): void;
 setDynamicallyGenerated(value: boolean): void;
 setFilterExpression(expression: string): boolean;
 setIsProxy(value: boolean): void;
 setName(value: string): boolean;
 showEditor(): AcLyLayerFilterDialogResult;
 }
 | null;
 root: {
 filterExpression: string;
 name: string;
 nestedFilters: readonly (
 { name: string; setName: (value: string) => boolean; filterExpression: string; setFilterExpression: (expression: string) => boolean; filterExpressionTree: () => AcLyBoolExpr | null; ... 18 more ...; showEditor: () => AcLyLayerFilterDialogResult; }
 )[];
 addNested(filter: AcLyLayerFilter): boolean;
 allowDelete(): boolean;
 allowNested(): boolean;
 allowRename(): boolean;
 compareTo(other: AcLyLayerFilter | null | undefined): boolean;
 dynamicallyGenerated(): boolean;
 filter(layer: AcDbLayerTableRecord): boolean;
 filterExpressionTree(): AcLyBoolExpr | null;
 generateNested(): boolean;
 getNestedFilters(): readonly AcLyLayerFilter[];
 isIdFilter(): boolean;
 isProxy(): boolean;
 parent(): AcLyLayerFilter | null;
 removeNested(filter: AcLyLayerFilter): boolean;
 setAllowDelete(value: boolean): void;
 setAllowRename(value: boolean): void;
 setDynamicallyGenerated(value: boolean): void;
 setFilterExpression(expression: string): boolean;
 setIsProxy(value: boolean): void;
 setName(value: string): boolean;
 showEditor(): AcLyLayerFilterDialogResult;
 };
 clone(): AcLyLayerFilterTree;
 };
 ltscale: number;
 lunits: number;
 luprec: number;
 lwdisplay: boolean;
 measurement: number;
 objectId: string;
 objects: {
 dictionary: {
 attrs: {
 attributes: {
 extensionDictionary?: string;
 objectId?: string;
 ownerId?: string;
 [key: string]: any;
 };
 changed: {
 extensionDictionary?: string;
 objectId?: string;
 ownerId?: string;
 [key: string]: any;
 };
 events: {
 attrChanged: {
 addEventListener(listener: (payload: ...) => ...): void;
 dispatch(payload?: (...) | (...), ...args: (...)[]): void;
 removeEventListener(listener: (payload: ...) => ...): void;
 replaceEventListener(listener: (payload: ...) => ...): void;
 };
 modelChanged: {
 addEventListener(listener: (payload: ...) => ...): void;
 dispatch(payload?: (...) | (...), ...args: (...)[]): void;
 removeEventListener(listener: (payload: ...) => ...): void;
 replaceEventListener(listener: (payload: ...) => ...): void;
 };
 };
 changedAttributes(diff?: Partial<AcDbObjectAttrs>): Partial<T>;
 clone(): AcCmObject<AcDbObjectAttrs>;
 get<A extends string>(key: A): AcDbObjectAttrs[A] | undefined;
 has(key: string): boolean;
 hasChanged(key?: string): boolean;
 previous<A extends string>(
 key: A,
 ): AcDbObjectAttrs[A] | null | undefined;
 previousAttributes(): Partial<T>;
 set<A extends string>(
 key: A,
 val?: AcDbObjectAttrs[A],
 options?: AcCmObjectOptions,
 ): this;
 set(key: Partial<T>, options?: AcCmObjectOptions): this;
 };
 database: { readonly transactionManager: { strictMode: boolean; startTransaction: () => AcDbDatabaseTransaction; currentTransaction: () => AcDbDatabaseTransaction | undefined; ... 20 more ...; flushPendingEntityModifiedEvents: () => void; }; ... 100 more ...; dxfInFields: (_filer: AcDbDxfFiler) => AcDbDatabase; };
 extensionDictionary: string
 | undefined;
 isTemp: any;
 numEntries: number;
 objectId: string;
 ownerId: string;
 clone(): this;
 clonePreservingIdentity(): this;
 close(): void;
 createExtensionDictionary(): string | undefined;
 dxfIn(filer: AcDbDxfFiler): this;
 dxfInFields(filer: AcDbDxfFiler): this;
 dxfOut(...args: unknown[]): unknown;
 dxfOutFields(filer: AcDbDxfFiler): this;
 entries(): IterableIterator<
 [string, AcDbDictionary<AcDbObject<(...)>>],
 >;
 getAt(
 name: string,
 ): AcDbDictionary<AcDbObject<AcDbObjectAttrs>> | undefined;
 getAttr(attrName: string): any;
 getAttrWithoutException(attrName: string): any;
 getIdAt(
 id: string,
 ): AcDbDictionary<AcDbObject<AcDbObjectAttrs>> | undefined;
 getXData(appId: string): AcDbResultBuffer | undefined;
 has(name: string): boolean;
 hasId(id: string): boolean;
 newIterator(): AcDbObjectIterator<
 AcDbDictionary<AcDbObject<AcDbObjectAttrs>>,
 >;
 remove(name: string): boolean;
 removeAll(): void;
 removeId(id: string): boolean;
 removeXData(appId: string): void;
 restoreFrom(snapshot: this): void;
 setAt(key: string, value: AcDbDictionary): void;
 setAttr<A extends string>(attrName: A, val?: AcDbObjectAttrs[A]): void;
 setXData(resbuf: AcDbResultBuffer): void;
 };
 group: {
 attrs: {
 attributes: {
 extensionDictionary?: string;
 objectId?: string;
 ownerId?: string;
 [key: string]: any;
 };
 changed: {
 extensionDictionary?: string;
 objectId?: string;
 ownerId?: string;
 [key: string]: any;
 };
 events: {
 attrChanged: {
 addEventListener(listener: (payload: ...) => ...): void;
 dispatch(payload?: (...) | (...), ...args: (...)[]): void;
 removeEventListener(listener: (payload: ...) => ...): void;
 replaceEventListener(listener: (payload: ...) => ...): void;
 };
 modelChanged: {
 addEventListener(listener: (payload: ...) => ...): void;
 dispatch(payload?: (...) | (...), ...args: (...)[]): void;
 removeEventListener(listener: (payload: ...) => ...): void;
 replaceEventListener(listener: (payload: ...) => ...): void;
 };
 };
 changedAttributes(diff?: Partial<AcDbObjectAttrs>): Partial<T>;
 clone(): AcCmObject<AcDbObjectAttrs>;
 get<A extends string>(key: A): AcDbObjectAttrs[A] | undefined;
 has(key: string): boolean;
 hasChanged(key?: string): boolean;
 previous<A extends string>(
 key: A,
 ): AcDbObjectAttrs[A] | null | undefined;
 previousAttributes(): Partial<T>;
 set<A extends string>(
 key: A,
 val?: AcDbObjectAttrs[A],
 options?: AcCmObjectOptions,
 ): this;
 set(key: Partial<T>, options?: AcCmObjectOptions): this;
 };
 database: { readonly transactionManager: { strictMode: boolean; startTransaction: () => AcDbDatabaseTransaction; currentTransaction: () => AcDbDatabaseTransaction | undefined; ... 20 more ...; flushPendingEntityModifiedEvents: () => void; }; ... 100 more ...; dxfInFields: (_filer: AcDbDxfFiler) => AcDbDatabase; };
 extensionDictionary: string
 | undefined;
 isTemp: any;
 numEntries: number;
 objectId: string;
 ownerId: string;
 clone(): this;
 clonePreservingIdentity(): this;
 close(): void;
 createExtensionDictionary(): string | undefined;
 dxfIn(filer: AcDbDxfFiler): this;
 dxfInFields(filer: AcDbDxfFiler): this;
 dxfOut(...args: unknown[]): unknown;
 dxfOutFields(filer: AcDbDxfFiler): this;
 entries(): IterableIterator<[string, AcDbGroup]>;
 getAt(name: string): AcDbGroup | undefined;
 getAttr(attrName: string): any;
 getAttrWithoutException(attrName: string): any;
 getIdAt(id: string): AcDbGroup | undefined;
 getXData(appId: string): AcDbResultBuffer | undefined;
 has(name: string): boolean;
 hasId(id: string): boolean;
 newIterator(): AcDbObjectIterator<AcDbGroup>;
 remove(name: string): boolean;
 removeAll(): void;
 removeId(id: string): boolean;
 removeXData(appId: string): void;
 restoreFrom(snapshot: this): void;
 setAt(key: string, value: AcDbGroup): void;
 setAttr<A extends string>(attrName: A, val?: AcDbObjectAttrs[A]): void;
 setXData(resbuf: AcDbResultBuffer): void;
 };
 imageDefinition: {
 attrs: {
 attributes: {
 extensionDictionary?: string;
 objectId?: string;
 ownerId?: string;
 [key: string]: any;
 };
 changed: {
 extensionDictionary?: string;
 objectId?: string;
 ownerId?: string;
 [key: string]: any;
 };
 events: {
 attrChanged: {
 addEventListener(listener: (payload: ...) => ...): void;
 dispatch(payload?: (...) | (...), ...args: (...)[]): void;
 removeEventListener(listener: (payload: ...) => ...): void;
 replaceEventListener(listener: (payload: ...) => ...): void;
 };
 modelChanged: {
 addEventListener(listener: (payload: ...) => ...): void;
 dispatch(payload?: (...) | (...), ...args: (...)[]): void;
 removeEventListener(listener: (payload: ...) => ...): void;
 replaceEventListener(listener: (payload: ...) => ...): void;
 };
 };
 changedAttributes(diff?: Partial<AcDbObjectAttrs>): Partial<T>;
 clone(): AcCmObject<AcDbObjectAttrs>;
 get<A extends string>(key: A): AcDbObjectAttrs[A] | undefined;
 has(key: string): boolean;
 hasChanged(key?: string): boolean;
 previous<A extends string>(
 key: A,
 ): AcDbObjectAttrs[A] | null | undefined;
 previousAttributes(): Partial<T>;
 set<A extends string>(
 key: A,
 val?: AcDbObjectAttrs[A],
 options?: AcCmObjectOptions,
 ): this;
 set(key: Partial<T>, options?: AcCmObjectOptions): this;
 };
 database: { readonly transactionManager: { strictMode: boolean; startTransaction: () => AcDbDatabaseTransaction; currentTransaction: () => AcDbDatabaseTransaction | undefined; ... 20 more ...; flushPendingEntityModifiedEvents: () => void; }; ... 100 more ...; dxfInFields: (_filer: AcDbDxfFiler) => AcDbDatabase; };
 extensionDictionary: string
 | undefined;
 isTemp: any;
 numEntries: number;
 objectId: string;
 ownerId: string;
 clone(): this;
 clonePreservingIdentity(): this;
 close(): void;
 createExtensionDictionary(): string | undefined;
 dxfIn(filer: AcDbDxfFiler): this;
 dxfInFields(filer: AcDbDxfFiler): this;
 dxfOut(...args: unknown[]): unknown;
 dxfOutFields(filer: AcDbDxfFiler): this;
 entries(): IterableIterator<[string, AcDbRasterImageDef]>;
 getAt(name: string): AcDbRasterImageDef | undefined;
 getAttr(attrName: string): any;
 getAttrWithoutException(attrName: string): any;
 getIdAt(id: string): AcDbRasterImageDef | undefined;
 getXData(appId: string): AcDbResultBuffer | undefined;
 has(name: string): boolean;
 hasId(id: string): boolean;
 newIterator(): AcDbObjectIterator<AcDbRasterImageDef>;
 remove(name: string): boolean;
 removeAll(): void;
 removeId(id: string): boolean;
 removeXData(appId: string): void;
 restoreFrom(snapshot: this): void;
 setAt(key: string, value: AcDbRasterImageDef): void;
 setAttr<A extends string>(attrName: A, val?: AcDbObjectAttrs[A]): void;
 setXData(resbuf: AcDbResultBuffer): void;
 };
 layerFilter: {
 attrs: {
 attributes: {
 extensionDictionary?: string;
 objectId?: string;
 ownerId?: string;
 [key: string]: any;
 };
 changed: {
 extensionDictionary?: string;
 objectId?: string;
 ownerId?: string;
 [key: string]: any;
 };
 events: {
 attrChanged: {
 addEventListener(listener: (payload: ...) => ...): void;
 dispatch(payload?: (...) | (...), ...args: (...)[]): void;
 removeEventListener(listener: (payload: ...) => ...): void;
 replaceEventListener(listener: (payload: ...) => ...): void;
 };
 modelChanged: {
 addEventListener(listener: (payload: ...) => ...): void;
 dispatch(payload?: (...) | (...), ...args: (...)[]): void;
 removeEventListener(listener: (payload: ...) => ...): void;
 replaceEventListener(listener: (payload: ...) => ...): void;
 };
 };
 changedAttributes(diff?: Partial<AcDbObjectAttrs>): Partial<T>;
 clone(): AcCmObject<AcDbObjectAttrs>;
 get<A extends string>(key: A): AcDbObjectAttrs[A] | undefined;
 has(key: string): boolean;
 hasChanged(key?: string): boolean;
 previous<A extends string>(
 key: A,
 ): AcDbObjectAttrs[A] | null | undefined;
 previousAttributes(): Partial<T>;
 set<A extends string>(
 key: A,
 val?: AcDbObjectAttrs[A],
 options?: AcCmObjectOptions,
 ): this;
 set(key: Partial<T>, options?: AcCmObjectOptions): this;
 };
 database: { readonly transactionManager: { strictMode: boolean; startTransaction: () => AcDbDatabaseTransaction; currentTransaction: () => AcDbDatabaseTransaction | undefined; ... 20 more ...; flushPendingEntityModifiedEvents: () => void; }; ... 100 more ...; dxfInFields: (_filer: AcDbDxfFiler) => AcDbDatabase; };
 extensionDictionary: string
 | undefined;
 isTemp: any;
 numEntries: number;
 objectId: string;
 ownerId: string;
 clone(): this;
 clonePreservingIdentity(): this;
 close(): void;
 createExtensionDictionary(): string | undefined;
 dxfIn(filer: AcDbDxfFiler): this;
 dxfInFields(filer: AcDbDxfFiler): this;
 dxfOut(...args: unknown[]): unknown;
 dxfOutFields(filer: AcDbDxfFiler): this;
 entries(): IterableIterator<[string, AcDbLayerFilter]>;
 getAt(name: string): AcDbLayerFilter | undefined;
 getAttr(attrName: string): any;
 getAttrWithoutException(attrName: string): any;
 getIdAt(id: string): AcDbLayerFilter | undefined;
 getXData(appId: string): AcDbResultBuffer | undefined;
 has(name: string): boolean;
 hasId(id: string): boolean;
 newIterator(): AcDbObjectIterator<AcDbLayerFilter>;
 remove(name: string): boolean;
 removeAll(): void;
 removeId(id: string): boolean;
 removeXData(appId: string): void;
 restoreFrom(snapshot: this): void;
 setAt(key: string, value: AcDbLayerFilter): void;
 setAttr<A extends string>(attrName: A, val?: AcDbObjectAttrs[A]): void;
 setXData(resbuf: AcDbResultBuffer): void;
 };
 layerIndex: {
 attrs: {
 attributes: {
 extensionDictionary?: string;
 objectId?: string;
 ownerId?: string;
 [key: string]: any;
 };
 changed: {
 extensionDictionary?: string;
 objectId?: string;
 ownerId?: string;
 [key: string]: any;
 };
 events: {
 attrChanged: {
 addEventListener(listener: (payload: ...) => ...): void;
 dispatch(payload?: (...) | (...), ...args: (...)[]): void;
 removeEventListener(listener: (payload: ...) => ...): void;
 replaceEventListener(listener: (payload: ...) => ...): void;
 };
 modelChanged: {
 addEventListener(listener: (payload: ...) => ...): void;
 dispatch(payload?: (...) | (...), ...args: (...)[]): void;
 removeEventListener(listener: (payload: ...) => ...): void;
 replaceEventListener(listener: (payload: ...) => ...): void;
 };
 };
 changedAttributes(diff?: Partial<AcDbObjectAttrs>): Partial<T>;
 clone(): AcCmObject<AcDbObjectAttrs>;
 get<A extends string>(key: A): AcDbObjectAttrs[A] | undefined;
 has(key: string): boolean;
 hasChanged(key?: string): boolean;
 previous<A extends string>(
 key: A,
 ): AcDbObjectAttrs[A] | null | undefined;
 previousAttributes(): Partial<T>;
 set<A extends string>(
 key: A,
 val?: AcDbObjectAttrs[A],
 options?: AcCmObjectOptions,
 ): this;
 set(key: Partial<T>, options?: AcCmObjectOptions): this;
 };
 database: { readonly transactionManager: { strictMode: boolean; startTransaction: () => AcDbDatabaseTransaction; currentTransaction: () => AcDbDatabaseTransaction | undefined; ... 20 more ...; flushPendingEntityModifiedEvents: () => void; }; ... 100 more ...; dxfInFields: (_filer: AcDbDxfFiler) => AcDbDatabase; };
 extensionDictionary: string
 | undefined;
 isTemp: any;
 numEntries: number;
 objectId: string;
 ownerId: string;
 clone(): this;
 clonePreservingIdentity(): this;
 close(): void;
 createExtensionDictionary(): string | undefined;
 dxfIn(filer: AcDbDxfFiler): this;
 dxfInFields(filer: AcDbDxfFiler): this;
 dxfOut(...args: unknown[]): unknown;
 dxfOutFields(filer: AcDbDxfFiler): this;
 entries(): IterableIterator<[string, AcDbLayerIndex]>;
 getAt(name: string): AcDbLayerIndex | undefined;
 getAttr(attrName: string): any;
 getAttrWithoutException(attrName: string): any;
 getIdAt(id: string): AcDbLayerIndex | undefined;
 getXData(appId: string): AcDbResultBuffer | undefined;
 has(name: string): boolean;
 hasId(id: string): boolean;
 newIterator(): AcDbObjectIterator<AcDbLayerIndex>;
 remove(name: string): boolean;
 removeAll(): void;
 removeId(id: string): boolean;
 removeXData(appId: string): void;
 restoreFrom(snapshot: this): void;
 setAt(key: string, value: AcDbLayerIndex): void;
 setAttr<A extends string>(attrName: A, val?: AcDbObjectAttrs[A]): void;
 setXData(resbuf: AcDbResultBuffer): void;
 };
 layout: {
 attrs: {
 attributes: {
 extensionDictionary?: string;
 objectId?: string;
 ownerId?: string;
 [key: string]: any;
 };
 changed: {
 extensionDictionary?: string;
 objectId?: string;
 ownerId?: string;
 [key: string]: any;
 };
 events: {
 attrChanged: {
 addEventListener(listener: (payload: ...) => ...): void;
 dispatch(payload?: (...) | (...), ...args: (...)[]): void;
 removeEventListener(listener: (payload: ...) => ...): void;
 replaceEventListener(listener: (payload: ...) => ...): void;
 };
 modelChanged: {
 addEventListener(listener: (payload: ...) => ...): void;
 dispatch(payload?: (...) | (...), ...args: (...)[]): void;
 removeEventListener(listener: (payload: ...) => ...): void;
 replaceEventListener(listener: (payload: ...) => ...): void;
 };
 };
 changedAttributes(diff?: Partial<AcDbObjectAttrs>): Partial<T>;
 clone(): AcCmObject<AcDbObjectAttrs>;
 get<A extends string>(key: A): AcDbObjectAttrs[A] | undefined;
 has(key: string): boolean;
 hasChanged(key?: string): boolean;
 previous<A extends string>(
 key: A,
 ): AcDbObjectAttrs[A] | null | undefined;
 previousAttributes(): Partial<T>;
 set<A extends string>(
 key: A,
 val?: AcDbObjectAttrs[A],
 options?: AcCmObjectOptions,
 ): this;
 set(key: Partial<T>, options?: AcCmObjectOptions): this;
 };
 database: { readonly transactionManager: { strictMode: boolean; startTransaction: () => AcDbDatabaseTransaction; currentTransaction: () => AcDbDatabaseTransaction | undefined; ... 20 more ...; flushPendingEntityModifiedEvents: () => void; }; ... 100 more ...; dxfInFields: (_filer: AcDbDxfFiler) => AcDbDatabase; };
 extensionDictionary: string
 | undefined;
 isTemp: any;
 maxTabOrder: number;
 numEntries: number;
 objectId: string;
 ownerId: string;
 clone(): this;
 clonePreservingIdentity(): this;
 close(): void;
 createExtensionDictionary(): string | undefined;
 dxfIn(filer: AcDbDxfFiler): this;
 dxfInFields(filer: AcDbDxfFiler): this;
 dxfOut(...args: unknown[]): unknown;
 dxfOutFields(filer: AcDbDxfFiler): this;
 entries(): IterableIterator<[string, AcDbLayout]>;
 getAt(name: string): AcDbLayout | undefined;
 getAttr(attrName: string): any;
 getAttrWithoutException(attrName: string): any;
 getBtrIdAt(id: string): AcDbLayout | undefined;
 getIdAt(id: string): AcDbLayout | undefined;
 getXData(appId: string): AcDbResultBuffer | undefined;
 has(name: string): boolean;
 hasId(id: string): boolean;
 newIterator(): AcDbObjectIterator<AcDbLayout>;
 remove(name: string): boolean;
 removeAll(): void;
 removeId(id: string): boolean;
 removeXData(appId: string): void;
 restoreFrom(snapshot: this): void;
 setAt(key: string, value: AcDbLayout): void;
 setAttr<A extends string>(attrName: A, val?: AcDbObjectAttrs[A]): void;
 setXData(resbuf: AcDbResultBuffer): void;
 };
 mleaderStyle: {
 attrs: {
 attributes: {
 extensionDictionary?: string;
 objectId?: string;
 ownerId?: string;
 [key: string]: any;
 };
 changed: {
 extensionDictionary?: string;
 objectId?: string;
 ownerId?: string;
 [key: string]: any;
 };
 events: {
 attrChanged: {
 addEventListener(listener: (payload: ...) => ...): void;
 dispatch(payload?: (...) | (...), ...args: (...)[]): void;
 removeEventListener(listener: (payload: ...) => ...): void;
 replaceEventListener(listener: (payload: ...) => ...): void;
 };
 modelChanged: {
 addEventListener(listener: (payload: ...) => ...): void;
 dispatch(payload?: (...) | (...), ...args: (...)[]): void;
 removeEventListener(listener: (payload: ...) => ...): void;
 replaceEventListener(listener: (payload: ...) => ...): void;
 };
 };
 changedAttributes(diff?: Partial<AcDbObjectAttrs>): Partial<T>;
 clone(): AcCmObject<AcDbObjectAttrs>;
 get<A extends string>(key: A): AcDbObjectAttrs[A] | undefined;
 has(key: string): boolean;
 hasChanged(key?: string): boolean;
 previous<A extends string>(
 key: A,
 ): AcDbObjectAttrs[A] | null | undefined;
 previousAttributes(): Partial<T>;
 set<A extends string>(
 key: A,
 val?: AcDbObjectAttrs[A],
 options?: AcCmObjectOptions,
 ): this;
 set(key: Partial<T>, options?: AcCmObjectOptions): this;
 };
 database: { readonly transactionManager: { strictMode: boolean; startTransaction: () => AcDbDatabaseTransaction; currentTransaction: () => AcDbDatabaseTransaction | undefined; ... 20 more ...; flushPendingEntityModifiedEvents: () => void; }; ... 100 more ...; dxfInFields: (_filer: AcDbDxfFiler) => AcDbDatabase; };
 extensionDictionary: string
 | undefined;
 isTemp: any;
 numEntries: number;
 objectId: string;
 ownerId: string;
 clone(): this;
 clonePreservingIdentity(): this;
 close(): void;
 createExtensionDictionary(): string | undefined;
 dxfIn(filer: AcDbDxfFiler): this;
 dxfInFields(filer: AcDbDxfFiler): this;
 dxfOut(...args: unknown[]): unknown;
 dxfOutFields(filer: AcDbDxfFiler): this;
 entries(): IterableIterator<[string, AcDbMLeaderStyle]>;
 getAt(name: string): AcDbMLeaderStyle | undefined;
 getAttr(attrName: string): any;
 getAttrWithoutException(attrName: string): any;
 getIdAt(id: string): AcDbMLeaderStyle | undefined;
 getXData(appId: string): AcDbResultBuffer | undefined;
 has(name: string): boolean;
 hasId(id: string): boolean;
 newIterator(): AcDbObjectIterator<AcDbMLeaderStyle>;
 remove(name: string): boolean;
 removeAll(): void;
 removeId(id: string): boolean;
 removeXData(appId: string): void;
 restoreFrom(snapshot: this): void;
 setAt(key: string, value: AcDbMLeaderStyle): void;
 setAttr<A extends string>(attrName: A, val?: AcDbObjectAttrs[A]): void;
 setXData(resbuf: AcDbResultBuffer): void;
 };
 mlineStyle: {
 attrs: {
 attributes: {
 extensionDictionary?: string;
 objectId?: string;
 ownerId?: string;
 [key: string]: any;
 };
 changed: {
 extensionDictionary?: string;
 objectId?: string;
 ownerId?: string;
 [key: string]: any;
 };
 events: {
 attrChanged: {
 addEventListener(listener: (payload: ...) => ...): void;
 dispatch(payload?: (...) | (...), ...args: (...)[]): void;
 removeEventListener(listener: (payload: ...) => ...): void;
 replaceEventListener(listener: (payload: ...) => ...): void;
 };
 modelChanged: {
 addEventListener(listener: (payload: ...) => ...): void;
 dispatch(payload?: (...) | (...), ...args: (...)[]): void;
 removeEventListener(listener: (payload: ...) => ...): void;
 replaceEventListener(listener: (payload: ...) => ...): void;
 };
 };
 changedAttributes(diff?: Partial<AcDbObjectAttrs>): Partial<T>;
 clone(): AcCmObject<AcDbObjectAttrs>;
 get<A extends string>(key: A): AcDbObjectAttrs[A] | undefined;
 has(key: string): boolean;
 hasChanged(key?: string): boolean;
 previous<A extends string>(
 key: A,
 ): AcDbObjectAttrs[A] | null | undefined;
 previousAttributes(): Partial<T>;
 set<A extends string>(
 key: A,
 val?: AcDbObjectAttrs[A],
 options?: AcCmObjectOptions,
 ): this;
 set(key: Partial<T>, options?: AcCmObjectOptions): this;
 };
 database: { readonly transactionManager: { strictMode: boolean; startTransaction: () => AcDbDatabaseTransaction; currentTransaction: () => AcDbDatabaseTransaction | undefined; ... 20 more ...; flushPendingEntityModifiedEvents: () => void; }; ... 100 more ...; dxfInFields: (_filer: AcDbDxfFiler) => AcDbDatabase; };
 extensionDictionary: string
 | undefined;
 isTemp: any;
 numEntries: number;
 objectId: string;
 ownerId: string;
 clone(): this;
 clonePreservingIdentity(): this;
 close(): void;
 createExtensionDictionary(): string | undefined;
 dxfIn(filer: AcDbDxfFiler): this;
 dxfInFields(filer: AcDbDxfFiler): this;
 dxfOut(...args: unknown[]): unknown;
 dxfOutFields(filer: AcDbDxfFiler): this;
 entries(): IterableIterator<[string, AcDbMlineStyle]>;
 getAt(name: string): AcDbMlineStyle | undefined;
 getAttr(attrName: string): any;
 getAttrWithoutException(attrName: string): any;
 getIdAt(id: string): AcDbMlineStyle | undefined;
 getXData(appId: string): AcDbResultBuffer | undefined;
 has(name: string): boolean;
 hasId(id: string): boolean;
 newIterator(): AcDbObjectIterator<AcDbMlineStyle>;
 remove(name: string): boolean;
 removeAll(): void;
 removeId(id: string): boolean;
 removeXData(appId: string): void;
 restoreFrom(snapshot: this): void;
 setAt(key: string, value: AcDbMlineStyle): void;
 setAttr<A extends string>(attrName: A, val?: AcDbObjectAttrs[A]): void;
 setXData(resbuf: AcDbResultBuffer): void;
 };
 sortentsTable: {
 attrs: {
 attributes: {
 extensionDictionary?: string;
 objectId?: string;
 ownerId?: string;
 [key: string]: any;
 };
 changed: {
 extensionDictionary?: string;
 objectId?: string;
 ownerId?: string;
 [key: string]: any;
 };
 events: {
 attrChanged: {
 addEventListener(listener: (payload: ...) => ...): void;
 dispatch(payload?: (...) | (...), ...args: (...)[]): void;
 removeEventListener(listener: (payload: ...) => ...): void;
 replaceEventListener(listener: (payload: ...) => ...): void;
 };
 modelChanged: {
 addEventListener(listener: (payload: ...) => ...): void;
 dispatch(payload?: (...) | (...), ...args: (...)[]): void;
 removeEventListener(listener: (payload: ...) => ...): void;
 replaceEventListener(listener: (payload: ...) => ...): void;
 };
 };
 changedAttributes(diff?: Partial<AcDbObjectAttrs>): Partial<T>;
 clone(): AcCmObject<AcDbObjectAttrs>;
 get<A extends string>(key: A): AcDbObjectAttrs[A] | undefined;
 has(key: string): boolean;
 hasChanged(key?: string): boolean;
 previous<A extends string>(
 key: A,
 ): AcDbObjectAttrs[A] | null | undefined;
 previousAttributes(): Partial<T>;
 set<A extends string>(
 key: A,
 val?: AcDbObjectAttrs[A],
 options?: AcCmObjectOptions,
 ): this;
 set(key: Partial<T>, options?: AcCmObjectOptions): this;
 };
 database: { readonly transactionManager: { strictMode: boolean; startTransaction: () => AcDbDatabaseTransaction; currentTransaction: () => AcDbDatabaseTransaction | undefined; ... 20 more ...; flushPendingEntityModifiedEvents: () => void; }; ... 100 more ...; dxfInFields: (_filer: AcDbDxfFiler) => AcDbDatabase; };
 extensionDictionary: string
 | undefined;
 isTemp: any;
 numEntries: number;
 objectId: string;
 ownerId: string;
 clone(): this;
 clonePreservingIdentity(): this;
 close(): void;
 createExtensionDictionary(): string | undefined;
 dxfIn(filer: AcDbDxfFiler): this;
 dxfInFields(filer: AcDbDxfFiler): this;
 dxfOut(...args: unknown[]): unknown;
 dxfOutFields(filer: AcDbDxfFiler): this;
 entries(): IterableIterator<[string, AcDbSortentsTable]>;
 getAt(name: string): AcDbSortentsTable | undefined;
 getAttr(attrName: string): any;
 getAttrWithoutException(attrName: string): any;
 getIdAt(id: string): AcDbSortentsTable | undefined;
 getXData(appId: string): AcDbResultBuffer | undefined;
 has(name: string): boolean;
 hasId(id: string): boolean;
 newIterator(): AcDbObjectIterator<AcDbSortentsTable>;
 remove(name: string): boolean;
 removeAll(): void;
 removeId(id: string): boolean;
 removeXData(appId: string): void;
 restoreFrom(snapshot: this): void;
 setAt(key: string, value: AcDbSortentsTable): void;
 setAttr<A extends string>(attrName: A, val?: AcDbObjectAttrs[A]): void;
 setXData(resbuf: AcDbResultBuffer): void;
 };
 xrecord: {
 attrs: {
 attributes: {
 extensionDictionary?: string;
 objectId?: string;
 ownerId?: string;
 [key: string]: any;
 };
 changed: {
 extensionDictionary?: string;
 objectId?: string;
 ownerId?: string;
 [key: string]: any;
 };
 events: {
 attrChanged: {
 addEventListener(listener: (payload: ...) => ...): void;
 dispatch(payload?: (...) | (...), ...args: (...)[]): void;
 removeEventListener(listener: (payload: ...) => ...): void;
 replaceEventListener(listener: (payload: ...) => ...): void;
 };
 modelChanged: {
 addEventListener(listener: (payload: ...) => ...): void;
 dispatch(payload?: (...) | (...), ...args: (...)[]): void;
 removeEventListener(listener: (payload: ...) => ...): void;
 replaceEventListener(listener: (payload: ...) => ...): void;
 };
 };
 changedAttributes(diff?: Partial<AcDbObjectAttrs>): Partial<T>;
 clone(): AcCmObject<AcDbObjectAttrs>;
 get<A extends string>(key: A): AcDbObjectAttrs[A] | undefined;
 has(key: string): boolean;
 hasChanged(key?: string): boolean;
 previous<A extends string>(
 key: A,
 ): AcDbObjectAttrs[A] | null | undefined;
 previousAttributes(): Partial<T>;
 set<A extends string>(
 key: A,
 val?: AcDbObjectAttrs[A],
 options?: AcCmObjectOptions,
 ): this;
 set(key: Partial<T>, options?: AcCmObjectOptions): this;
 };
 database: { readonly transactionManager: { strictMode: boolean; startTransaction: () => AcDbDatabaseTransaction; currentTransaction: () => AcDbDatabaseTransaction | undefined; ... 20 more ...; flushPendingEntityModifiedEvents: () => void; }; ... 100 more ...; dxfInFields: (_filer: AcDbDxfFiler) => AcDbDatabase; };
 extensionDictionary: string
 | undefined;
 isTemp: any;
 numEntries: number;
 objectId: string;
 ownerId: string;
 clone(): this;
 clonePreservingIdentity(): this;
 close(): void;
 createExtensionDictionary(): string | undefined;
 dxfIn(filer: AcDbDxfFiler): this;
 dxfInFields(filer: AcDbDxfFiler): this;
 dxfOut(...args: unknown[]): unknown;
 dxfOutFields(filer: AcDbDxfFiler): this;
 entries(): IterableIterator<[string, AcDbXrecord]>;
 getAt(name: string): AcDbXrecord | undefined;
 getAttr(attrName: string): any;
 getAttrWithoutException(attrName: string): any;
 getIdAt(id: string): AcDbXrecord | undefined;
 getXData(appId: string): AcDbResultBuffer | undefined;
 has(name: string): boolean;
 hasId(id: string): boolean;
 newIterator(): AcDbObjectIterator<AcDbXrecord>;
 remove(name: string): boolean;
 removeAll(): void;
 removeId(id: string): boolean;
 removeXData(appId: string): void;
 restoreFrom(snapshot: this): void;
 setAt(key: string, value: AcDbXrecord): void;
 setAttr<A extends string>(attrName: A, val?: AcDbObjectAttrs[A]): void;
 setXData(resbuf: AcDbResultBuffer): void;
 };
 };
 orthomode: number;
 osmode: number;
 ownerId: string;
 pdmode: number;
 pdsize: number;
 psltscale: boolean;
 tables: {
 appIdTable: {
 attrs: {
 attributes: {
 extensionDictionary?: string;
 objectId?: string;
 ownerId?: string;
 [key: string]: any;
 };
 changed: {
 extensionDictionary?: string;
 objectId?: string;
 ownerId?: string;
 [key: string]: any;
 };
 events: {
 attrChanged: {
 addEventListener(listener: (payload: ...) => ...): void;
 dispatch(payload?: (...) | (...), ...args: (...)[]): void;
 removeEventListener(listener: (payload: ...) => ...): void;
 replaceEventListener(listener: (payload: ...) => ...): void;
 };
 modelChanged: {
 addEventListener(listener: (payload: ...) => ...): void;
 dispatch(payload?: (...) | (...), ...args: (...)[]): void;
 removeEventListener(listener: (payload: ...) => ...): void;
 replaceEventListener(listener: (payload: ...) => ...): void;
 };
 };
 changedAttributes(diff?: Partial<AcDbObjectAttrs>): Partial<T>;
 clone(): AcCmObject<AcDbObjectAttrs>;
 get<A extends string>(key: A): AcDbObjectAttrs[A] | undefined;
 has(key: string): boolean;
 hasChanged(key?: string): boolean;
 previous<A extends string>(
 key: A,
 ): AcDbObjectAttrs[A] | null | undefined;
 previousAttributes(): Partial<T>;
 set<A extends string>(
 key: A,
 val?: AcDbObjectAttrs[A],
 options?: AcCmObjectOptions,
 ): this;
 set(key: Partial<T>, options?: AcCmObjectOptions): this;
 };
 database: { readonly transactionManager: { strictMode: boolean; startTransaction: () => AcDbDatabaseTransaction; currentTransaction: () => AcDbDatabaseTransaction | undefined; ... 20 more ...; flushPendingEntityModifiedEvents: () => void; }; ... 100 more ...; dxfInFields: (_filer: AcDbDxfFiler) => AcDbDatabase; };
 extensionDictionary: string
 | undefined;
 isTemp: any;
 numEntries: number;
 objectId: string;
 ownerId: string;
 add(record: AcDbRegAppTableRecord): void;
 clone(): this;
 clonePreservingIdentity(): this;
 close(): void;
 createExtensionDictionary(): string | undefined;
 dxfIn(filer: AcDbDxfFiler): this;
 dxfInFields(_filer: AcDbDxfFiler): this;
 dxfOut(...args: unknown[]): unknown;
 dxfOutFields(filer: AcDbDxfFiler): this;
 getAt(name: string): AcDbRegAppTableRecord | undefined;
 getAttr(attrName: string): any;
 getAttrWithoutException(attrName: string): any;
 getIdAt(id: string): AcDbRegAppTableRecord | undefined;
 getOwnerIdAt(id: string): AcDbRegAppTableRecord | undefined;
 getXData(appId: string): AcDbResultBuffer | undefined;
 has(name: string): boolean;
 hasId(id: string): boolean;
 newIterator(
 iterateById?: boolean,
 ): AcDbObjectIterator<AcDbRegAppTableRecord>;
 remove(name: string): boolean;
 removeAll(): void;
 removeId(id: string): boolean;
 removeXData(appId: string): void;
 restoreFrom(snapshot: this): void;
 setAttr<A extends string>(attrName: A, val?: AcDbObjectAttrs[A]): void;
 setXData(resbuf: AcDbResultBuffer): void;
 };
 blockTable: {
 attrs: {
 attributes: {
 extensionDictionary?: string;
 objectId?: string;
 ownerId?: string;
 [key: string]: any;
 };
 changed: {
 extensionDictionary?: string;
 objectId?: string;
 ownerId?: string;
 [key: string]: any;
 };
 events: {
 attrChanged: {
 addEventListener(listener: (payload: ...) => ...): void;
 dispatch(payload?: (...) | (...), ...args: (...)[]): void;
 removeEventListener(listener: (payload: ...) => ...): void;
 replaceEventListener(listener: (payload: ...) => ...): void;
 };
 modelChanged: {
 addEventListener(listener: (payload: ...) => ...): void;
 dispatch(payload?: (...) | (...), ...args: (...)[]): void;
 removeEventListener(listener: (payload: ...) => ...): void;
 replaceEventListener(listener: (payload: ...) => ...): void;
 };
 };
 changedAttributes(diff?: Partial<AcDbObjectAttrs>): Partial<T>;
 clone(): AcCmObject<AcDbObjectAttrs>;
 get<A extends string>(key: A): AcDbObjectAttrs[A] | undefined;
 has(key: string): boolean;
 hasChanged(key?: string): boolean;
 previous<A extends string>(
 key: A,
 ): AcDbObjectAttrs[A] | null | undefined;
 previousAttributes(): Partial<T>;
 set<A extends string>(
 key: A,
 val?: AcDbObjectAttrs[A],
 options?: AcCmObjectOptions,
 ): this;
 set(key: Partial<T>, options?: AcCmObjectOptions): this;
 };
 database: { readonly transactionManager: { strictMode: boolean; startTransaction: () => AcDbDatabaseTransaction; currentTransaction: () => AcDbDatabaseTransaction | undefined; ... 20 more ...; flushPendingEntityModifiedEvents: () => void; }; ... 100 more ...; dxfInFields: (_filer: AcDbDxfFiler) => AcDbDatabase; };
 extensionDictionary: string
 | undefined;
 isTemp: any;
 modelSpace: {
 attrs: {
 attributes: {
 blockInsertUnits?: (...) | (...);
 blockScaling?: (...) | (...);
 explodability?: (...) | (...);
 extensionDictionary?: (...) | (...);
 flags?: (...) | (...);
 layoutId?: (...) | (...);
 name?: (...) | (...);
 objectId?: (...) | (...);
 origin?: (...) | (...);
 ownerId?: (...) | (...);
 pathName?: (...) | (...);
 previewIcon?: (...) | (...);
 [key: string]: any;
 };
 changed: {
 blockInsertUnits?: (...)
 | (...);
 blockScaling?: (...) | (...);
 explodability?: (...) | (...);
 extensionDictionary?: (...) | (...);
 flags?: (...) | (...);
 layoutId?: (...) | (...);
 name?: (...) | (...);
 objectId?: (...) | (...);
 origin?: (...) | (...);
 ownerId?: (...) | (...);
 pathName?: (...) | (...);
 previewIcon?: (...) | (...);
 [key: string]: any;
 };
 events: {
 attrChanged: {
 addEventListener(listener: ...): ...;
 dispatch(payload?: ..., ...args: ...): ...;
 removeEventListener(listener: ...): ...;
 replaceEventListener(listener: ...): ...;
 };
 modelChanged: {
 addEventListener(listener: ...): ...;
 dispatch(payload?: ..., ...args: ...): ...;
 removeEventListener(listener: ...): ...;
 replaceEventListener(listener: ...): ...;
 };
 };
 changedAttributes(diff?: Partial<(...)>): Partial<T>;
 clone(): AcCmObject<AcDbBlockTableRecordAttrs>;
 get<A extends string>(key: A): (...)[(...)] | undefined;
 has(key: string): boolean;
 hasChanged(key?: string): boolean;
 previous<A extends string>(key: A): (...)[(...)] | null | undefined;
 previousAttributes(): Partial<T>;
 set<A extends string>(
 key: A,
 val?: (...)[(...)],
 options?: AcCmObjectOptions,
 ): this;
 set(key: Partial<T>, options?: AcCmObjectOptions): this;
 };
 blockInsertUnits: AcDbUnitsValue;
 blockScaling: AcDbBlockScaling;
 database: { readonly transactionManager: { strictMode: boolean; startTransaction: () => AcDbDatabaseTransaction; currentTransaction: () => AcDbDatabaseTransaction | undefined; ... 20 more ...; flushPendingEntityModifiedEvents: () => void; }; ... 100 more ...; dxfInFields: (_filer: AcDbDxfFiler) => AcDbDatabase; };
 explodability: number;
 extensionDictionary: string
 | undefined;
 flags: number;
 isModelSapce: boolean;
 isOverlayReference: boolean;
 isPaperSapce: boolean;
 isTemp: any;
 isUnresolvedXref: boolean;
 isXref: boolean;
 layoutId: string;
 name: string;
 objectId: string;
 origin: {
 x: number;
 y: number;
 z: number;
 "[iterator]"(): Generator<number, void, unknown>;
 add(v: AcGeVectorLike): this;
 addScalar(s: number): this;
 addScaledVector(v: AcGeVector3dLike, s: number): this;
 addVectors(a: AcGeVector3dLike, b: AcGeVector3dLike): this;
 angleTo(v: AcGeVector3d): number;
 applyAxisAngle(axis: AcGeVector3dLike, angle: number): this;
 applyEuler(euler: AcGeEuler): this;
 applyMatrix3(m: AcGeMatrix2d): this;
 applyMatrix4(m: AcGeMatrix3d): this;
 applyNormalMatrix(m: AcGeMatrix2d): this;
 applyQuaternion(q: AcGeQuaternion): this;
 ceil(): this;
 clamp(min: AcGeVector3dLike, max: AcGeVector3dLike): this;
 clampLength(min: number, max: number): this;
 clampScalar(minVal: number, maxVal: number): this;
 clone(): AcGePoint3d;
 copy(v: AcGeVectorLike): this;
 cross(v: AcGeVector3dLike): this;
 crossVectors(a: AcGeVector3dLike, b: AcGeVector3dLike): this;
 distanceTo(v: AcGeVector3dLike): number;
 distanceToSquared(v: AcGeVector3dLike): number;
 divide(v: AcGeVector3dLike): this;
 divideScalar(scalar: number): this;
 dot(v: AcGeVector3dLike): number;
 equals(v: AcGeVector3dLike): boolean;
 floor(): this;
 fromArray(array: number[], offset?: number): this;
 getComponent(index: number): number;
 isParallelTo(vec: AcGeVector3d): boolean;
 length(): number;
 lengthSq(): number;
 lerp(v: AcGeVector3dLike, alpha: number): this;
 lerpVectors(
 v1: AcGeVector3dLike,
 v2: AcGeVector3dLike,
 alpha: number,
 ): this;
 manhattanDistanceTo(v: AcGeVector3dLike): number;
 manhattanLength(): number;
 max(v: AcGeVector3dLike): this;
 min(v: AcGeVector3dLike): this;
 multiply(v: AcGeVector3dLike): this;
 multiplyScalar(scalar: number): this;
 multiplyVectors(a: AcGeVector3dLike, b: AcGeVector3dLike): this;
 negate(): this;
 normalize(): this;
 projectOnPlane(planeNormal: AcGeVector3d): this;
 projectOnVector(v: AcGeVector3d): this;
 random(): this;
 randomDirection(): this;
 reflect(normal: AcGeVector3dLike): this;
 round(): this;
 roundToZero(): this;
 set(x: number, y: number, z: number): this;
 setComponent(index: number, value: number): this;
 setFromMatrix3Column(m: AcGeMatrix2d, index: number): this;
 setFromMatrixColumn(m: AcGeMatrix3d, index: number): this;
 setFromMatrixPosition(m: AcGeMatrix3d): this;
 setFromMatrixScale(m: AcGeMatrix3d): this;
 setLength(l: number): this;
 setScalar(scalar: number): this;
 setX(x: number): this;
 setY(y: number): this;
 setZ(z: number): this;
 sub(v: AcGeVector3dLike): this;
 subScalar(s: number): this;
 subVectors(a: AcGeVector3dLike, b: AcGeVector3dLike): this;
 toArray(
 array?: (...)[] | Float32Array<(...)>,
 offset?: number,
 ): (...)[] | Float32Array<(...)>;
 transformDirection(m: AcGeMatrix3d): this;
 };
 ownerId: string;
 pathName: string;
 previewIcon: | {
 "[toStringTag]": "Uint8Array";
 buffer: (...)
 | (...);
 byteLength: number;
 byteOffset: number;
 BYTES_PER_ELEMENT: number;
 length: number;
 "[iterator]"(): ArrayIterator<(...)>;
 at(index: number): (...) | (...);
 copyWithin(target: number, start: number, end?: (...) | (...)): this;
 entries(): ArrayIterator<(...)>;
 every(
 predicate: (value: ..., index: ..., array: this) => ...,
 thisArg?: any,
 ): boolean;
 fill(
 value: number,
 start?: (...) | (...),
 end?: (...) | (...),
 ): this;
 filter(
 predicate: (value: ..., index: ..., array: this) => ...,
 thisArg?: any,
 ): Uint8Array<(...)>;
 find(
 predicate: (value: ..., index: ..., obj: this) => ...,
 thisArg?: any,
 ): (...) | (...);
 findIndex(
 predicate: (value: ..., index: ..., obj: this) => ...,
 thisArg?: any,
 ): number;
 findLast<S extends number>(
 predicate: (
 value: ...,
 index: ...,
 array: this,
 ) => value is (...),
 thisArg?: any,
 ): (...) | (...);
 findLast(
 predicate: (value: ..., index: ..., array: this) => ...,
 thisArg?: any,
 ): (...) | (...);
 findLastIndex(
 predicate: (value: ..., index: ..., array: this) => ...,
 thisArg?: any,
 ): number;
 forEach(
 callbackfn: (value: ..., index: ..., array: this) => ...,
 thisArg?: any,
 ): void;
 includes(searchElement: number, fromIndex?: (...) | (...)): boolean;
 indexOf(searchElement: number, fromIndex?: (...) | (...)): number;
 join(separator?: (...) | (...)): string;
 keys(): ArrayIterator<(...)>;
 lastIndexOf(
 searchElement: number,
 fromIndex?: (...) | (...),
 ): number;
 map(
 callbackfn: (value: ..., index: ..., array: this) => ...,
 thisArg?: any,
 ): Uint8Array<(...)>;
 reduce(
 callbackfn: (
 previousValue: ...,
 currentValue: ...,
 currentIndex: ...,
 array: this,
 ) => ...,
 ): number;
 reduce(
 callbackfn: (
 previousValue: ...,
 currentValue: ...,
 currentIndex: ...,
 array: this,
 ) => ...,
 initialValue: number,
 ): number;
 reduce(
 callbackfn: (
 previousValue: ...,
 currentValue: ...,
 currentIndex: ...,
 array: this,
 ) => ...,
 initialValue: U,
 ): U;
 reduceRight(
 callbackfn: (
 previousValue: ...,
 currentValue: ...,
 currentIndex: ...,
 array: this,
 ) => ...,
 ): number;
 reduceRight(
 callbackfn: (
 previousValue: ...,
 currentValue: ...,
 currentIndex: ...,
 array: this,
 ) => ...,
 initialValue: number,
 ): number;
 reduceRight(
 callbackfn: (
 previousValue: ...,
 currentValue: ...,
 currentIndex: ...,
 array: this,
 ) => ...,
 initialValue: U,
 ): U;
 reverse(): this;
 set(array: ArrayLike<(...)>, offset?: (...) | (...)): void;
 slice(start?: (...) | (...), end?: (...) | (...)): Uint8Array<(...)>;
 some(
 predicate: (value: ..., index: ..., array: this) => ...,
 thisArg?: any,
 ): boolean;
 sort(compareFn?: (...) | (...)): this;
 subarray(
 begin?: (...) | (...),
 end?: (...) | (...),
 ): Uint8Array<(...)>;
 toLocaleString(): string;
 toLocaleString(
 locales: (...) | (...),
 options?: (...) | (...),
 ): string;
 toReversed(): Uint8Array<(...)>;
 toSorted(compareFn?: (...) | (...)): Uint8Array<(...)>;
 toString(): string;
 valueOf(): this;
 values(): ArrayIterator<(...)>;
 with(index: number, value: number): Uint8Array<(...)>;
 [key: number]: number;
 }
 | undefined;
 appendEntity(entity: AcDbEntity | AcDbEntity[]): void;
 clone(): this;
 clonePreservingIdentity(): this;
 close(): void;
 createExtensionDictionary(): string | undefined;
 dxfIn(filer: AcDbDxfFiler): this;
 dxfInFields(filer: AcDbDxfFiler): this;
 dxfOut(...args: unknown[]): unknown;
 dxfOutBlockBegin(filer: AcDbDxfFiler): this;
 dxfOutBlockEnd(filer: AcDbDxfFiler): this;
 dxfOutBlockRecord(filer: AcDbDxfFiler): this;
 dxfOutFields(filer: AcDbDxfFiler): this;
 getAttr(attrName: string): any;
 getAttrWithoutException(attrName: string): any;
 getIdAt(id: string): AcDbEntity | undefined;
 getXData(appId: string): AcDbResultBuffer | undefined;
 hasEntityId(id: string): boolean;
 newIterator(): AcDbObjectIterator<AcDbEntity>;
 removeEntity(objectId: string | string[]): boolean;
 removeXData(appId: string): void;
 restoreFrom(snapshot: this): void;
 setAttr<A extends string>(
 attrName: A,
 val?: AcDbBlockTableRecordAttrs[A],
 ): void;
 setXData(resbuf: AcDbResultBuffer): void;
 };
 numEntries: number;
 objectId: string;
 ownerId: string;
 add(record: AcDbBlockTableRecord): void;
 clone(): this;
 clonePreservingIdentity(): this;
 close(): void;
 createExtensionDictionary(): string | undefined;
 dxfIn(filer: AcDbDxfFiler): this;
 dxfInFields(_filer: AcDbDxfFiler): this;
 dxfOut(...args: unknown[]): unknown;
 dxfOutFields(filer: AcDbDxfFiler): this;
 getAt(name: string): AcDbBlockTableRecord | undefined;
 getAttr(attrName: string): any;
 getAttrWithoutException(attrName: string): any;
 getEntityById(id: string): AcDbEntity | undefined;
 getIdAt(id: string): AcDbBlockTableRecord | undefined;
 getOwnerIdAt(id: string): AcDbBlockTableRecord | undefined;
 getUnresolvedXrefs(): AcDbBlockTableRecord[];
 getXData(appId: string): AcDbResultBuffer | undefined;
 getXrefs(): AcDbBlockTableRecord[];
 has(name: string): boolean;
 hasId(id: string): boolean;
 newIterator(
 iterateById?: boolean,
 ): AcDbObjectIterator<AcDbBlockTableRecord>;
 remove(name: string): boolean;
 removeAll(): void;
 removeEntity(objectId: string | string[]): boolean;
 removeId(id: string): boolean;
 removeXData(appId: string): void;
 restoreFrom(snapshot: this): void;
 setAttr<A extends string>(attrName: A, val?: AcDbObjectAttrs[A]): void;
 setXData(resbuf: AcDbResultBuffer): void;
 };
 dimStyleTable: {
 attrs: {
 attributes: {
 extensionDictionary?: string;
 objectId?: string;
 ownerId?: string;
 [key: string]: any;
 };
 changed: {
 extensionDictionary?: string;
 objectId?: string;
 ownerId?: string;
 [key: string]: any;
 };
 events: {
 attrChanged: {
 addEventListener(listener: (payload: ...) => ...): void;
 dispatch(payload?: (...) | (...), ...args: (...)[]): void;
 removeEventListener(listener: (payload: ...) => ...): void;
 replaceEventListener(listener: (payload: ...) => ...): void;
 };
 modelChanged: {
 addEventListener(listener: (payload: ...) => ...): void;
 dispatch(payload?: (...) | (...), ...args: (...)[]): void;
 removeEventListener(listener: (payload: ...) => ...): void;
 replaceEventListener(listener: (payload: ...) => ...): void;
 };
 };
 changedAttributes(diff?: Partial<AcDbObjectAttrs>): Partial<T>;
 clone(): AcCmObject<AcDbObjectAttrs>;
 get<A extends string>(key: A): AcDbObjectAttrs[A] | undefined;
 has(key: string): boolean;
 hasChanged(key?: string): boolean;
 previous<A extends string>(
 key: A,
 ): AcDbObjectAttrs[A] | null | undefined;
 previousAttributes(): Partial<T>;
 set<A extends string>(
 key: A,
 val?: AcDbObjectAttrs[A],
 options?: AcCmObjectOptions,
 ): this;
 set(key: Partial<T>, options?: AcCmObjectOptions): this;
 };
 database: { readonly transactionManager: { strictMode: boolean; startTransaction: () => AcDbDatabaseTransaction; currentTransaction: () => AcDbDatabaseTransaction | undefined; ... 20 more ...; flushPendingEntityModifiedEvents: () => void; }; ... 100 more ...; dxfInFields: (_filer: AcDbDxfFiler) => AcDbDatabase; };
 extensionDictionary: string
 | undefined;
 isTemp: any;
 numEntries: number;
 objectId: string;
 ownerId: string;
 add(record: AcDbDimStyleTableRecord): void;
 clone(): this;
 clonePreservingIdentity(): this;
 close(): void;
 createExtensionDictionary(): string | undefined;
 dxfIn(filer: AcDbDxfFiler): this;
 dxfInFields(_filer: AcDbDxfFiler): this;
 dxfOut(...args: unknown[]): unknown;
 dxfOutFields(filer: AcDbDxfFiler): this;
 getAt(name: string): AcDbDimStyleTableRecord | undefined;
 getAttr(attrName: string): any;
 getAttrWithoutException(attrName: string): any;
 getIdAt(id: string): AcDbDimStyleTableRecord | undefined;
 getOwnerIdAt(id: string): AcDbDimStyleTableRecord | undefined;
 getXData(appId: string): AcDbResultBuffer | undefined;
 has(name: string): boolean;
 hasId(id: string): boolean;
 newIterator(
 iterateById?: boolean,
 ): AcDbObjectIterator<AcDbDimStyleTableRecord>;
 remove(name: string): boolean;
 removeAll(): void;
 removeId(id: string): boolean;
 removeXData(appId: string): void;
 restoreFrom(snapshot: this): void;
 setAttr<A extends string>(attrName: A, val?: AcDbObjectAttrs[A]): void;
 setXData(resbuf: AcDbResultBuffer): void;
 };
 layerTable: {
 attrs: {
 attributes: {
 extensionDictionary?: string;
 objectId?: string;
 ownerId?: string;
 [key: string]: any;
 };
 changed: {
 extensionDictionary?: string;
 objectId?: string;
 ownerId?: string;
 [key: string]: any;
 };
 events: {
 attrChanged: {
 addEventListener(listener: (payload: ...) => ...): void;
 dispatch(payload?: (...) | (...), ...args: (...)[]): void;
 removeEventListener(listener: (payload: ...) => ...): void;
 replaceEventListener(listener: (payload: ...) => ...): void;
 };
 modelChanged: {
 addEventListener(listener: (payload: ...) => ...): void;
 dispatch(payload?: (...) | (...), ...args: (...)[]): void;
 removeEventListener(listener: (payload: ...) => ...): void;
 replaceEventListener(listener: (payload: ...) => ...): void;
 };
 };
 changedAttributes(diff?: Partial<AcDbObjectAttrs>): Partial<T>;
 clone(): AcCmObject<AcDbObjectAttrs>;
 get<A extends string>(key: A): AcDbObjectAttrs[A] | undefined;
 has(key: string): boolean;
 hasChanged(key?: string): boolean;
 previous<A extends string>(
 key: A,
 ): AcDbObjectAttrs[A] | null | undefined;
 previousAttributes(): Partial<T>;
 set<A extends string>(
 key: A,
 val?: AcDbObjectAttrs[A],
 options?: AcCmObjectOptions,
 ): this;
 set(key: Partial<T>, options?: AcCmObjectOptions): this;
 };
 database: { readonly transactionManager: { strictMode: boolean; startTransaction: () => AcDbDatabaseTransaction; currentTransaction: () => AcDbDatabaseTransaction | undefined; ... 20 more ...; flushPendingEntityModifiedEvents: () => void; }; ... 100 more ...; dxfInFields: (_filer: AcDbDxfFiler) => AcDbDatabase; };
 extensionDictionary: string
 | undefined;
 isTemp: any;
 numEntries: number;
 objectId: string;
 ownerId: string;
 add(record: AcDbLayerTableRecord): void;
 clone(): this;
 clonePreservingIdentity(): this;
 close(): void;
 createExtensionDictionary(): string | undefined;
 dxfIn(filer: AcDbDxfFiler): this;
 dxfInFields(_filer: AcDbDxfFiler): this;
 dxfOut(...args: unknown[]): unknown;
 dxfOutFields(filer: AcDbDxfFiler): this;
 getAt(name: string): AcDbLayerTableRecord | undefined;
 getAttr(attrName: string): any;
 getAttrWithoutException(attrName: string): any;
 getIdAt(id: string): AcDbLayerTableRecord | undefined;
 getOwnerIdAt(id: string): AcDbLayerTableRecord | undefined;
 getXData(appId: string): AcDbResultBuffer | undefined;
 has(name: string): boolean;
 hasId(id: string): boolean;
 newIterator(
 iterateById?: boolean,
 ): AcDbObjectIterator<AcDbLayerTableRecord>;
 remove(name: string): boolean;
 removeAll(): void;
 removeId(id: string): boolean;
 removeXData(appId: string): void;
 restoreFrom(snapshot: this): void;
 setAttr<A extends string>(attrName: A, val?: AcDbObjectAttrs[A]): void;
 setXData(resbuf: AcDbResultBuffer): void;
 };
 linetypeTable: {
 attrs: {
 attributes: {
 extensionDictionary?: string;
 objectId?: string;
 ownerId?: string;
 [key: string]: any;
 };
 changed: {
 extensionDictionary?: string;
 objectId?: string;
 ownerId?: string;
 [key: string]: any;
 };
 events: {
 attrChanged: {
 addEventListener(listener: (payload: ...) => ...): void;
 dispatch(payload?: (...) | (...), ...args: (...)[]): void;
 removeEventListener(listener: (payload: ...) => ...): void;
 replaceEventListener(listener: (payload: ...) => ...): void;
 };
 modelChanged: {
 addEventListener(listener: (payload: ...) => ...): void;
 dispatch(payload?: (...) | (...), ...args: (...)[]): void;
 removeEventListener(listener: (payload: ...) => ...): void;
 replaceEventListener(listener: (payload: ...) => ...): void;
 };
 };
 changedAttributes(diff?: Partial<AcDbObjectAttrs>): Partial<T>;
 clone(): AcCmObject<AcDbObjectAttrs>;
 get<A extends string>(key: A): AcDbObjectAttrs[A] | undefined;
 has(key: string): boolean;
 hasChanged(key?: string): boolean;
 previous<A extends string>(
 key: A,
 ): AcDbObjectAttrs[A] | null | undefined;
 previousAttributes(): Partial<T>;
 set<A extends string>(
 key: A,
 val?: AcDbObjectAttrs[A],
 options?: AcCmObjectOptions,
 ): this;
 set(key: Partial<T>, options?: AcCmObjectOptions): this;
 };
 database: { readonly transactionManager: { strictMode: boolean; startTransaction: () => AcDbDatabaseTransaction; currentTransaction: () => AcDbDatabaseTransaction | undefined; ... 20 more ...; flushPendingEntityModifiedEvents: () => void; }; ... 100 more ...; dxfInFields: (_filer: AcDbDxfFiler) => AcDbDatabase; };
 extensionDictionary: string
 | undefined;
 isTemp: any;
 numEntries: number;
 objectId: string;
 ownerId: string;
 add(record: AcDbLinetypeTableRecord): void;
 clone(): this;
 clonePreservingIdentity(): this;
 close(): void;
 createExtensionDictionary(): string | undefined;
 dxfIn(filer: AcDbDxfFiler): this;
 dxfInFields(_filer: AcDbDxfFiler): this;
 dxfOut(...args: unknown[]): unknown;
 dxfOutFields(filer: AcDbDxfFiler): this;
 getAt(name: string): AcDbLinetypeTableRecord | undefined;
 getAttr(attrName: string): any;
 getAttrWithoutException(attrName: string): any;
 getIdAt(id: string): AcDbLinetypeTableRecord | undefined;
 getOwnerIdAt(id: string): AcDbLinetypeTableRecord | undefined;
 getXData(appId: string): AcDbResultBuffer | undefined;
 has(name: string): boolean;
 hasId(id: string): boolean;
 newIterator(
 iterateById?: boolean,
 ): AcDbObjectIterator<AcDbLinetypeTableRecord>;
 remove(name: string): boolean;
 removeAll(): void;
 removeId(id: string): boolean;
 removeXData(appId: string): void;
 restoreFrom(snapshot: this): void;
 setAttr<A extends string>(attrName: A, val?: AcDbObjectAttrs[A]): void;
 setXData(resbuf: AcDbResultBuffer): void;
 };
 textStyleTable: {
 attrs: {
 attributes: {
 extensionDictionary?: string;
 objectId?: string;
 ownerId?: string;
 [key: string]: any;
 };
 changed: {
 extensionDictionary?: string;
 objectId?: string;
 ownerId?: string;
 [key: string]: any;
 };
 events: {
 attrChanged: {
 addEventListener(listener: (payload: ...) => ...): void;
 dispatch(payload?: (...) | (...), ...args: (...)[]): void;
 removeEventListener(listener: (payload: ...) => ...): void;
 replaceEventListener(listener: (payload: ...) => ...): void;
 };
 modelChanged: {
 addEventListener(listener: (payload: ...) => ...): void;
 dispatch(payload?: (...) | (...), ...args: (...)[]): void;
 removeEventListener(listener: (payload: ...) => ...): void;
 replaceEventListener(listener: (payload: ...) => ...): void;
 };
 };
 changedAttributes(diff?: Partial<AcDbObjectAttrs>): Partial<T>;
 clone(): AcCmObject<AcDbObjectAttrs>;
 get<A extends string>(key: A): AcDbObjectAttrs[A] | undefined;
 has(key: string): boolean;
 hasChanged(key?: string): boolean;
 previous<A extends string>(
 key: A,
 ): AcDbObjectAttrs[A] | null | undefined;
 previousAttributes(): Partial<T>;
 set<A extends string>(
 key: A,
 val?: AcDbObjectAttrs[A],
 options?: AcCmObjectOptions,
 ): this;
 set(key: Partial<T>, options?: AcCmObjectOptions): this;
 };
 database: { readonly transactionManager: { strictMode: boolean; startTransaction: () => AcDbDatabaseTransaction; currentTransaction: () => AcDbDatabaseTransaction | undefined; ... 20 more ...; flushPendingEntityModifiedEvents: () => void; }; ... 100 more ...; dxfInFields: (_filer: AcDbDxfFiler) => AcDbDatabase; };
 extensionDictionary: string
 | undefined;
 fonts: string[];
 isTemp: any;
 numEntries: number;
 objectId: string;
 ownerId: string;
 shapeFiles: {
 attrs: {
 attributes: {
 bigFont?: ...;
 extendedFont?: ...;
 extensionDictionary?: ...;
 fixedTextHeight?: ...;
 font?: ...;
 lastHeight?: ...;
 name?: ...;
 objectId?: ...;
 obliqueAngle?: ...;
 ownerId?: ...;
 standardFlag?: ...;
 textGenerationFlag?: ...;
 widthFactor?: ...;
 [key: ...]: ...;
 };
 changed: {
 bigFont?: ...;
 extendedFont?: ...;
 extensionDictionary?: ...;
 fixedTextHeight?: ...;
 font?: ...;
 lastHeight?: ...;
 name?: ...;
 objectId?: ...;
 obliqueAngle?: ...;
 ownerId?: ...;
 standardFlag?: ...;
 textGenerationFlag?: ...;
 widthFactor?: ...;
 [key: ...]: ...;
 };
 events: { attrChanged: ...; modelChanged: ... };
 changedAttributes(diff?: (...) | (...)): Partial<(...)>;
 clone(): AcCmObject<(...)>;
 get<A extends string>(key: A): (...) | (...);
 has(key: string): boolean;
 hasChanged(key?: (...) | (...)): boolean;
 previous<A extends string>(key: A): (...) | (...) | (...);
 previousAttributes(): Partial<(...)>;
 set<A extends string>(
 key: A,
 val?: (...) | (...),
 options?: (...) | (...),
 ): this;
 set(key: Partial<(...)>, options?: (...) | (...)): this;
 };
 bigFontFileName: string;
 database: { readonly transactionManager: { strictMode: boolean; startTransaction: () => AcDbDatabaseTransaction; currentTransaction: () => AcDbDatabaseTransaction | undefined; ... 20 more ...; flushPendingEntityModifiedEvents: () => void; }; ... 100 more ...; dxfInFields: (_filer: AcDbDxfFiler) => AcDbDatabase; };
 extensionDictionary: string
 | undefined;
 fileName: string;
 isShapeFile: boolean;
 isTemp: any;
 isVertical: boolean;
 name: string;
 objectId: string;
 obliquingAngle: number;
 ownerId: string;
 priorSize: number;
 textSize: number;
 textStyle: {
 bigFont: string;
 extendedFont?: (...) | (...);
 fixedTextHeight: number;
 font: string;
 lastHeight: number;
 name: string;
 obliqueAngle: number;
 standardFlag: number;
 textGenerationFlag: number;
 widthFactor: number;
 };
 xScale: number;
 clone(): this;
 clonePreservingIdentity(): this;
 close(): void;
 createExtensionDictionary(): string | undefined;
 dxfIn(filer: AcDbDxfFiler): this;
 dxfInFields(filer: AcDbDxfFiler): this;
 dxfOut(...args: unknown[]): unknown;
 dxfOutFields(filer: AcDbDxfFiler): this;
 getAttr(attrName: string): any;
 getAttrWithoutException(attrName: string): any;
 getXData(appId: string): AcDbResultBuffer | undefined;
 removeXData(appId: string): void;
 restoreFrom(snapshot: this): void;
 setAttr<A extends string>(attrName: A, val?: (...)[(...)]): void;
 setXData(resbuf: AcDbResultBuffer): void;
 }[];
 add(record: AcDbTextStyleTableRecord): void;
 clone(): this;
 clonePreservingIdentity(): this;
 close(): void;
 createExtensionDictionary(): string | undefined;
 dxfIn(filer: AcDbDxfFiler): this;
 dxfInFields(_filer: AcDbDxfFiler): this;
 dxfOut(...args: unknown[]): unknown;
 dxfOutFields(filer: AcDbDxfFiler): this;
 getAt(name: string): AcDbTextStyleTableRecord | undefined;
 getAttr(attrName: string): any;
 getAttrWithoutException(attrName: string): any;
 getIdAt(id: string): AcDbTextStyleTableRecord | undefined;
 getOwnerIdAt(id: string): AcDbTextStyleTableRecord | undefined;
 getXData(appId: string): AcDbResultBuffer | undefined;
 has(name: string): boolean;
 hasId(id: string): boolean;
 newIterator(
 iterateById?: boolean,
 ): AcDbObjectIterator<AcDbTextStyleTableRecord>;
 remove(name: string): boolean;
 removeAll(): void;
 removeId(id: string): boolean;
 removeXData(appId: string): void;
 resolveAt(name?: string): AcDbTextStyleTableRecord | undefined;
 restoreFrom(snapshot: this): void;
 setAttr<A extends string>(attrName: A, val?: AcDbObjectAttrs[A]): void;
 setXData(resbuf: AcDbResultBuffer): void;
 };
 ucsTable: {
 attrs: {
 attributes: {
 extensionDictionary?: string;
 objectId?: string;
 ownerId?: string;
 [key: string]: any;
 };
 changed: {
 extensionDictionary?: string;
 objectId?: string;
 ownerId?: string;
 [key: string]: any;
 };
 events: {
 attrChanged: {
 addEventListener(listener: (payload: ...) => ...): void;
 dispatch(payload?: (...) | (...), ...args: (...)[]): void;
 removeEventListener(listener: (payload: ...) => ...): void;
 replaceEventListener(listener: (payload: ...) => ...): void;
 };
 modelChanged: {
 addEventListener(listener: (payload: ...) => ...): void;
 dispatch(payload?: (...) | (...), ...args: (...)[]): void;
 removeEventListener(listener: (payload: ...) => ...): void;
 replaceEventListener(listener: (payload: ...) => ...): void;
 };
 };
 changedAttributes(diff?: Partial<AcDbObjectAttrs>): Partial<T>;
 clone(): AcCmObject<AcDbObjectAttrs>;
 get<A extends string>(key: A): AcDbObjectAttrs[A] | undefined;
 has(key: string): boolean;
 hasChanged(key?: string): boolean;
 previous<A extends string>(
 key: A,
 ): AcDbObjectAttrs[A] | null | undefined;
 previousAttributes(): Partial<T>;
 set<A extends string>(
 key: A,
 val?: AcDbObjectAttrs[A],
 options?: AcCmObjectOptions,
 ): this;
 set(key: Partial<T>, options?: AcCmObjectOptions): this;
 };
 database: { readonly transactionManager: { strictMode: boolean; startTransaction: () => AcDbDatabaseTransaction; currentTransaction: () => AcDbDatabaseTransaction | undefined; ... 20 more ...; flushPendingEntityModifiedEvents: () => void; }; ... 100 more ...; dxfInFields: (_filer: AcDbDxfFiler) => AcDbDatabase; };
 extensionDictionary: string
 | undefined;
 isTemp: any;
 numEntries: number;
 objectId: string;
 ownerId: string;
 add(record: AcDbUcsTableRecord): void;
 clone(): this;
 clonePreservingIdentity(): this;
 close(): void;
 createExtensionDictionary(): string | undefined;
 dxfIn(filer: AcDbDxfFiler): this;
 dxfInFields(_filer: AcDbDxfFiler): this;
 dxfOut(...args: unknown[]): unknown;
 dxfOutFields(filer: AcDbDxfFiler): this;
 getAt(name: string): AcDbUcsTableRecord | undefined;
 getAttr(attrName: string): any;
 getAttrWithoutException(attrName: string): any;
 getIdAt(id: string): AcDbUcsTableRecord | undefined;
 getOwnerIdAt(id: string): AcDbUcsTableRecord | undefined;
 getXData(appId: string): AcDbResultBuffer | undefined;
 has(name: string): boolean;
 hasId(id: string): boolean;
 newIterator(
 iterateById?: boolean,
 ): AcDbObjectIterator<AcDbUcsTableRecord>;
 remove(name: string): boolean;
 removeAll(): void;
 removeId(id: string): boolean;
 removeXData(appId: string): void;
 restoreFrom(snapshot: this): void;
 setAttr<A extends string>(attrName: A, val?: AcDbObjectAttrs[A]): void;
 setXData(resbuf: AcDbResultBuffer): void;
 };
 viewportTable: {
 attrs: {
 attributes: {
 extensionDictionary?: string;
 objectId?: string;
 ownerId?: string;
 [key: string]: any;
 };
 changed: {
 extensionDictionary?: string;
 objectId?: string;
 ownerId?: string;
 [key: string]: any;
 };
 events: {
 attrChanged: {
 addEventListener(listener: (payload: ...) => ...): void;
 dispatch(payload?: (...) | (...), ...args: (...)[]): void;
 removeEventListener(listener: (payload: ...) => ...): void;
 replaceEventListener(listener: (payload: ...) => ...): void;
 };
 modelChanged: {
 addEventListener(listener: (payload: ...) => ...): void;
 dispatch(payload?: (...) | (...), ...args: (...)[]): void;
 removeEventListener(listener: (payload: ...) => ...): void;
 replaceEventListener(listener: (payload: ...) => ...): void;
 };
 };
 changedAttributes(diff?: Partial<AcDbObjectAttrs>): Partial<T>;
 clone(): AcCmObject<AcDbObjectAttrs>;
 get<A extends string>(key: A): AcDbObjectAttrs[A] | undefined;
 has(key: string): boolean;
 hasChanged(key?: string): boolean;
 previous<A extends string>(
 key: A,
 ): AcDbObjectAttrs[A] | null | undefined;
 previousAttributes(): Partial<T>;
 set<A extends string>(
 key: A,
 val?: AcDbObjectAttrs[A],
 options?: AcCmObjectOptions,
 ): this;
 set(key: Partial<T>, options?: AcCmObjectOptions): this;
 };
 database: { readonly transactionManager: { strictMode: boolean; startTransaction: () => AcDbDatabaseTransaction; currentTransaction: () => AcDbDatabaseTransaction | undefined; ... 20 more ...; flushPendingEntityModifiedEvents: () => void; }; ... 100 more ...; dxfInFields: (_filer: AcDbDxfFiler) => AcDbDatabase; };
 extensionDictionary: string
 | undefined;
 isTemp: any;
 numEntries: number;
 objectId: string;
 ownerId: string;
 add(record: AcDbViewportTableRecord): void;
 clone(): this;
 clonePreservingIdentity(): this;
 close(): void;
 createExtensionDictionary(): string | undefined;
 dxfIn(filer: AcDbDxfFiler): this;
 dxfInFields(_filer: AcDbDxfFiler): this;
 dxfOut(...args: unknown[]): unknown;
 dxfOutFields(filer: AcDbDxfFiler): this;
 getActiveVport(): AcDbViewportTableRecord | undefined;
 getActiveVportBox(
 canvasAspectRatio: number,
 drawingExtents?: AcGeBox2d,
 ): AcGeBox2d | undefined;
 getAt(name: string): AcDbViewportTableRecord | undefined;
 getAttr(attrName: string): any;
 getAttrWithoutException(attrName: string): any;
 getIdAt(id: string): AcDbViewportTableRecord | undefined;
 getOwnerIdAt(id: string): AcDbViewportTableRecord | undefined;
 getXData(appId: string): AcDbResultBuffer | undefined;
 has(name: string): boolean;
 hasId(id: string): boolean;
 newIterator(
 iterateById?: boolean,
 ): AcDbObjectIterator<AcDbViewportTableRecord>;
 remove(name: string): boolean;
 removeAll(): void;
 removeId(id: string): boolean;
 removeXData(appId: string): void;
 restoreFrom(snapshot: this): void;
 setAttr<A extends string>(attrName: A, val?: AcDbObjectAttrs[A]): void;
 setXData(resbuf: AcDbResultBuffer): void;
 };
 viewTable: {
 attrs: {
 attributes: {
 extensionDictionary?: string;
 objectId?: string;
 ownerId?: string;
 [key: string]: any;
 };
 changed: {
 extensionDictionary?: string;
 objectId?: string;
 ownerId?: string;
 [key: string]: any;
 };
 events: {
 attrChanged: {
 addEventListener(listener: (payload: ...) => ...): void;
 dispatch(payload?: (...) | (...), ...args: (...)[]): void;
 removeEventListener(listener: (payload: ...) => ...): void;
 replaceEventListener(listener: (payload: ...) => ...): void;
 };
 modelChanged: {
 addEventListener(listener: (payload: ...) => ...): void;
 dispatch(payload?: (...) | (...), ...args: (...)[]): void;
 removeEventListener(listener: (payload: ...) => ...): void;
 replaceEventListener(listener: (payload: ...) => ...): void;
 };
 };
 changedAttributes(diff?: Partial<AcDbObjectAttrs>): Partial<T>;
 clone(): AcCmObject<AcDbObjectAttrs>;
 get<A extends string>(key: A): AcDbObjectAttrs[A] | undefined;
 has(key: string): boolean;
 hasChanged(key?: string): boolean;
 previous<A extends string>(
 key: A,
 ): AcDbObjectAttrs[A] | null | undefined;
 previousAttributes(): Partial<T>;
 set<A extends string>(
 key: A,
 val?: AcDbObjectAttrs[A],
 options?: AcCmObjectOptions,
 ): this;
 set(key: Partial<T>, options?: AcCmObjectOptions): this;
 };
 database: { readonly transactionManager: { strictMode: boolean; startTransaction: () => AcDbDatabaseTransaction; currentTransaction: () => AcDbDatabaseTransaction | undefined; ... 20 more ...; flushPendingEntityModifiedEvents: () => void; }; ... 100 more ...; dxfInFields: (_filer: AcDbDxfFiler) => AcDbDatabase; };
 extensionDictionary: string
 | undefined;
 isTemp: any;
 numEntries: number;
 objectId: string;
 ownerId: string;
 add(record: AcDbViewTableRecord): void;
 clone(): this;
 clonePreservingIdentity(): this;
 close(): void;
 createExtensionDictionary(): string | undefined;
 dxfIn(filer: AcDbDxfFiler): this;
 dxfInFields(_filer: AcDbDxfFiler): this;
 dxfOut(...args: unknown[]): unknown;
 dxfOutFields(filer: AcDbDxfFiler): this;
 getAt(name: string): AcDbViewTableRecord | undefined;
 getAttr(attrName: string): any;
 getAttrWithoutException(attrName: string): any;
 getIdAt(id: string): AcDbViewTableRecord | undefined;
 getOwnerIdAt(id: string): AcDbViewTableRecord | undefined;
 getXData(appId: string): AcDbResultBuffer | undefined;
 has(name: string): boolean;
 hasId(id: string): boolean;
 newIterator(
 iterateById?: boolean,
 ): AcDbObjectIterator<AcDbViewTableRecord>;
 remove(name: string): boolean;
 removeAll(): void;
 removeId(id: string): boolean;
 removeXData(appId: string): void;
 restoreFrom(snapshot: this): void;
 setAttr<A extends string>(attrName: A, val?: AcDbObjectAttrs[A]): void;
 setXData(resbuf: AcDbResultBuffer): void;
 };
 };
 textstyle: string;
 thumbnailImage: | {
 "[toStringTag]": "Uint8Array";
 buffer: | {
 "[toStringTag]": "ArrayBuffer";
 byteLength: number;
 detached: boolean;
 maxByteLength: number;
 resizable: boolean;
 resize(newByteLength?: number): void;
 slice(begin?: number, end?: number): ArrayBuffer;
 transfer(newByteLength?: number): ArrayBuffer;
 transferToFixedLength(newByteLength?: number): ArrayBuffer;
 }
 | {
 "[toStringTag]": "SharedArrayBuffer";
 byteLength: number;
 growable: boolean;
 maxByteLength: number;
 grow(newByteLength?: number): void;
 slice(begin?: number, end?: number): SharedArrayBuffer;
 };
 byteLength: number;
 byteOffset: number;
 BYTES_PER_ELEMENT: number;
 length: number;
 "[iterator]"(): ArrayIterator<number>;
 at(index: number): number | undefined;
 copyWithin(target: number, start: number, end?: number): this;
 entries(): ArrayIterator<[number, number]>;
 every(
 predicate: (value: number, index: number, array: this) => unknown,
 thisArg?: any,
 ): boolean;
 fill(value: number, start?: number, end?: number): this;
 filter(
 predicate: (value: number, index: number, array: this) => any,
 thisArg?: any,
 ): Uint8Array<ArrayBuffer>;
 find(
 predicate: (value: number, index: number, obj: this) => boolean,
 thisArg?: any,
 ): number | undefined;
 findIndex(
 predicate: (value: number, index: number, obj: this) => boolean,
 thisArg?: any,
 ): number;
 findLast<S extends number>(
 predicate: (
 value: number,
 index: number,
 array: this,
 ) => value is S,
 thisArg?: any,
 ): S | undefined;
 findLast(
 predicate: (value: number, index: number, array: this) => unknown,
 thisArg?: any,
 ): number | undefined;
 findLastIndex(
 predicate: (value: number, index: number, array: this) => unknown,
 thisArg?: any,
 ): number;
 forEach(
 callbackfn: (value: number, index: number, array: this) => void,
 thisArg?: any,
 ): void;
 includes(searchElement: number, fromIndex?: number): boolean;
 indexOf(searchElement: number, fromIndex?: number): number;
 join(separator?: string): string;
 keys(): ArrayIterator<number>;
 lastIndexOf(searchElement: number, fromIndex?: number): number;
 map(
 callbackfn: (value: number, index: number, array: this) => number,
 thisArg?: any,
 ): Uint8Array<ArrayBuffer>;
 reduce(
 callbackfn: (
 previousValue: number,
 currentValue: number,
 currentIndex: number,
 array: this,
 ) => number,
 ): number;
 reduce(
 callbackfn: (
 previousValue: number,
 currentValue: number,
 currentIndex: number,
 array: this,
 ) => number,
 initialValue: number,
 ): number;
 reduce(
 callbackfn: (
 previousValue: U,
 currentValue: number,
 currentIndex: number,
 array: this,
 ) => U,
 initialValue: U,
 ): U;
 reduceRight(
 callbackfn: (
 previousValue: number,
 currentValue: number,
 currentIndex: number,
 array: this,
 ) => number,
 ): number;
 reduceRight(
 callbackfn: (
 previousValue: number,
 currentValue: number,
 currentIndex: number,
 array: this,
 ) => number,
 initialValue: number,
 ): number;
 reduceRight(
 callbackfn: (
 previousValue: U,
 currentValue: number,
 currentIndex: number,
 array: this,
 ) => U,
 initialValue: U,
 ): U;
 reverse(): this;
 set(array: ArrayLike<number>, offset?: number): void;
 slice(start?: number, end?: number): Uint8Array<ArrayBuffer>;
 some(
 predicate: (value: number, index: number, array: this) => unknown,
 thisArg?: any,
 ): boolean;
 sort(compareFn?: (a: number, b: number) => number): this;
 subarray(begin?: number, end?: number): Uint8Array<ArrayBufferLike>;
 toLocaleString(): string;
 toLocaleString(
 locales: string | string[],
 options?: NumberFormatOptions,
 ): string;
 toReversed(): Uint8Array<ArrayBuffer>;
 toSorted(
 compareFn?: (a: number, b: number) => number,
 ): Uint8Array<ArrayBuffer>;
 toString(): string;
 valueOf(): this;
 values(): ArrayIterator<number>;
 with(index: number, value: number): Uint8Array<ArrayBuffer>;
 [key: number]: number;
 }
 | undefined;
 tilemode: boolean;
 transactionManager: {
 strictMode: boolean;
 abortTransaction(): void;
 cancelUndoMark(): void;
 canRedo(): boolean;
 canUndo(): boolean;
 clearUndoStack(): void;
 commitTransaction(): void;
 currentTransaction(): AcDbDatabaseTransaction | undefined;
 endUndoMark(): void;
 flushPendingEntityModifiedEvents(): void;
 flushPendingLayerModifiedEvents(): void;
 hasTransaction(): boolean;
 isApplyingUndoRedo(): boolean;
 isOpenedForWriteInTransaction(objectId: string): boolean;
 isRecording(): boolean;
 recordAppend(container: AcDbChangeContainer, object: AcDbObject): void;
 recordRemove(container: AcDbChangeContainer, object: AcDbObject): void;
 recordSysvar(name: string, before: unknown): void;
 redo(): boolean;
 resolveSymbolTableName(table: { objectId: string }): string;
 runUndoable<T>(
 label: string,
 fn: (tr: AcDbDatabaseTransaction) => T,
 ): T;
 startTransaction(): AcDbDatabaseTransaction;
 startUndoMark(label?: string): void;
 undo(): boolean;
 };
 unitmode: number;
 version: {
 capabilities: {
 supportsBlockRecordTable: boolean;
 supportsClassesSection: boolean;
 supportsHandles: boolean;
 supportsLineWeight: boolean;
 supportsLwPolyline: boolean;
 supportsObjectsSection: boolean;
 supportsSubclassMarkers: boolean;
 supportsTransparency: boolean;
 supportsTrueColor: boolean;
 supportsUtf8CodePage: boolean;
 };
 name: string;
 value: number;
 };
 adoptExternalHandle(object: AcDbObject, preferredId: string): string;
 beginEventBatch(): void;
 clone(): this;
 clonePreservingIdentity(): this;
 close(): void;
 commitObjectHandle(
 object: AcDbObject,
 hasId?: (id: string) => boolean,
 ): void;
 createDefaultData(options?: AcDbCreateDefaultDataOptions): void;
 createExtensionDictionary(): string | undefined;
 dxfIn(filer: AcDbDxfFiler): this;
 dxfInFields(_filer: AcDbDxfFiler): this;
 dxfOut(
 _fileName?: string,
 precision?: number,
 version?: string | number | AcDbDwgVersion,
 optionsOrThumbnail?:
 | boolean
 | { format?: "ascii"
 | "binary"; saveThumbnailImage?: boolean },
 ): string | Uint8Array<ArrayBufferLike>;
 dxfOutFields(_filer: AcDbDxfFiler): this;
 endEventBatch(): void;
 endEventBatchChunked(
 chunkSize: number,
 onChunk?: (flushed: number, total: number) => void | Promise<void>,
 ): Promise<void>;
 ensureEntityStyleDefaults(entity: AcDbEntity): void;
 ensureTextStyleDefaults(): void;
 generateHandle(): string;
 generateUniqueHandle(): string;
 getAttr(attrName: string): any;
 getAttrWithoutException(attrName: string): any;
 getObjectById(
 id: string,
 _openErased?: boolean,
 ): AcDbObject<AcDbObjectAttrs> | undefined;
 getRootDictionaries(): AcDbDictionary<AcDbObject<AcDbObjectAttrs>>[];
 getXData(appId: string): AcDbResultBuffer | undefined;
 initializeHandleSeed(seed: string): void;
 isEventBatched(): boolean;
 isHandleTaken(
 objectId: string,
 except?: AcDbObject<AcDbObjectAttrs>,
 ): boolean;
 isLayerDrawable(layerName: string): boolean;
 isUndoRecording(): boolean;
 notifyDictObjectErased(object: AcDbObject, key: string): void;
 notifyDictObjectSet(object: AcDbObject, key: string): void;
 notifyEntityAppended(entity: AcDbEntity | AcDbEntity[]): void;
 notifyEntityErased(entity: AcDbEntity | AcDbEntity[]): void;
 openEntityForRead(
 entityOrId: string | AcDbEntity,
 ): AcDbEntity | undefined;
 openEntityForWrite(
 entityOrId: string | AcDbEntity,
 ): AcDbEntity | undefined;
 openObjectForRead<T extends AcDbObject<AcDbObjectAttrs>>(
 objectId: string,
 ): T | undefined;
 openObjectForWrite<T extends AcDbObject<AcDbObjectAttrs>>(
 objectId: string,
 ): T | undefined;
 openUri(url: string, options: AcDbOpenDatabaseOptions): Promise<void>;
 read(
 data: ArrayBuffer,
 options: AcDbOpenDatabaseOptions,
 fileType?: string,
 ): Promise<void>;
 regen(): Promise<void>;
 registerObjectHandle(object: AcDbObject): void;
 releaseObjectHandle(object: AcDbObject): void;
 removeXData(appId: string): void;
 restoreFrom(snapshot: this): void;
 runDatabaseEdit(label: string, fn: () => void): void;
 setAttr<A extends string>(attrName: A, val?: AcDbObjectAttrs[A]): void;
 setDwgName(value: string): void;
 setXData(resbuf: AcDbResultBuffer): void;
 updateMaxHandle(handle: string): void;
 };
 dxfPaperSpace: boolean;
 dxfTypeName: string;
 extensionDictionary: string
 | undefined;
 geometricExtents: {
 center: {
 x: number;
 y: number;
 z: number;
 "[iterator]"(): Generator<number, void, unknown>;
 add(v: AcGeVectorLike): this;
 addScalar(s: number): this;
 addScaledVector(v: AcGeVector3dLike, s: number): this;
 addVectors(a: AcGeVector3dLike, b: AcGeVector3dLike): this;
 angleTo(v: AcGeVector3d): number;
 applyAxisAngle(axis: AcGeVector3dLike, angle: number): this;
 applyEuler(euler: AcGeEuler): this;
 applyMatrix3(m: AcGeMatrix2d): this;
 applyMatrix4(m: AcGeMatrix3d): this;
 applyNormalMatrix(m: AcGeMatrix2d): this;
 applyQuaternion(q: AcGeQuaternion): this;
 ceil(): this;
 clamp(min: AcGeVector3dLike, max: AcGeVector3dLike): this;
 clampLength(min: number, max: number): this;
 clampScalar(minVal: number, maxVal: number): this;
 clone(): AcGeVector3d;
 copy(v: AcGeVectorLike): this;
 cross(v: AcGeVector3dLike): this;
 crossVectors(a: AcGeVector3dLike, b: AcGeVector3dLike): this;
 distanceTo(v: AcGeVector3dLike): number;
 distanceToSquared(v: AcGeVector3dLike): number;
 divide(v: AcGeVector3dLike): this;
 divideScalar(scalar: number): this;
 dot(v: AcGeVector3dLike): number;
 equals(v: AcGeVector3dLike): boolean;
 floor(): this;
 fromArray(array: number[], offset?: number): this;
 getComponent(index: number): number;
 isParallelTo(vec: AcGeVector3d): boolean;
 length(): number;
 lengthSq(): number;
 lerp(v: AcGeVector3dLike, alpha: number): this;
 lerpVectors(
 v1: AcGeVector3dLike,
 v2: AcGeVector3dLike,
 alpha: number,
 ): this;
 manhattanDistanceTo(v: AcGeVector3dLike): number;
 manhattanLength(): number;
 max(v: AcGeVector3dLike): this;
 min(v: AcGeVector3dLike): this;
 multiply(v: AcGeVector3dLike): this;
 multiplyScalar(scalar: number): this;
 multiplyVectors(a: AcGeVector3dLike, b: AcGeVector3dLike): this;
 negate(): this;
 normalize(): this;
 projectOnPlane(planeNormal: AcGeVector3d): this;
 projectOnVector(v: AcGeVector3d): this;
 random(): this;
 randomDirection(): this;
 reflect(normal: AcGeVector3dLike): this;
 round(): this;
 roundToZero(): this;
 set(x: number, y: number, z: number): this;
 setComponent(index: number, value: number): this;
 setFromMatrix3Column(m: AcGeMatrix2d, index: number): this;
 setFromMatrixColumn(m: AcGeMatrix3d, index: number): this;
 setFromMatrixPosition(m: AcGeMatrix3d): this;
 setFromMatrixScale(m: AcGeMatrix3d): this;
 setLength(l: number): this;
 setScalar(scalar: number): this;
 setX(x: number): this;
 setY(y: number): this;
 setZ(z: number): this;
 sub(v: AcGeVector3dLike): this;
 subScalar(s: number): this;
 subVectors(a: AcGeVector3dLike, b: AcGeVector3dLike): this;
 toArray(
 array?: number[] | Float32Array<ArrayBufferLike>,
 offset?: number,
 ): number[] | Float32Array<ArrayBufferLike>;
 transformDirection(m: AcGeMatrix3d): this;
 };
 max: {
 x: number;
 y: number;
 z: number;
 "[iterator]"(): Generator<number, void, unknown>;
 add(v: AcGeVectorLike): this;
 addScalar(s: number): this;
 addScaledVector(v: AcGeVector3dLike, s: number): this;
 addVectors(a: AcGeVector3dLike, b: AcGeVector3dLike): this;
 angleTo(v: AcGeVector3d): number;
 applyAxisAngle(axis: AcGeVector3dLike, angle: number): this;
 applyEuler(euler: AcGeEuler): this;
 applyMatrix3(m: AcGeMatrix2d): this;
 applyMatrix4(m: AcGeMatrix3d): this;
 applyNormalMatrix(m: AcGeMatrix2d): this;
 applyQuaternion(q: AcGeQuaternion): this;
 ceil(): this;
 clamp(min: AcGeVector3dLike, max: AcGeVector3dLike): this;
 clampLength(min: number, max: number): this;
 clampScalar(minVal: number, maxVal: number): this;
 clone(): AcGeVector3d;
 copy(v: AcGeVectorLike): this;
 cross(v: AcGeVector3dLike): this;
 crossVectors(a: AcGeVector3dLike, b: AcGeVector3dLike): this;
 distanceTo(v: AcGeVector3dLike): number;
 distanceToSquared(v: AcGeVector3dLike): number;
 divide(v: AcGeVector3dLike): this;
 divideScalar(scalar: number): this;
 dot(v: AcGeVector3dLike): number;
 equals(v: AcGeVector3dLike): boolean;
 floor(): this;
 fromArray(array: number[], offset?: number): this;
 getComponent(index: number): number;
 isParallelTo(vec: AcGeVector3d): boolean;
 length(): number;
 lengthSq(): number;
 lerp(v: AcGeVector3dLike, alpha: number): this;
 lerpVectors(
 v1: AcGeVector3dLike,
 v2: AcGeVector3dLike,
 alpha: number,
 ): this;
 manhattanDistanceTo(v: AcGeVector3dLike): number;
 manhattanLength(): number;
 max(v: AcGeVector3dLike): this;
 min(v: AcGeVector3dLike): this;
 multiply(v: AcGeVector3dLike): this;
 multiplyScalar(scalar: number): this;
 multiplyVectors(a: AcGeVector3dLike, b: AcGeVector3dLike): this;
 negate(): this;
 normalize(): this;
 projectOnPlane(planeNormal: AcGeVector3d): this;
 projectOnVector(v: AcGeVector3d): this;
 random(): this;
 randomDirection(): this;
 reflect(normal: AcGeVector3dLike): this;
 round(): this;
 roundToZero(): this;
 set(x: number, y: number, z: number): this;
 setComponent(index: number, value: number): this;
 setFromMatrix3Column(m: AcGeMatrix2d, index: number): this;
 setFromMatrixColumn(m: AcGeMatrix3d, index: number): this;
 setFromMatrixPosition(m: AcGeMatrix3d): this;
 setFromMatrixScale(m: AcGeMatrix3d): this;
 setLength(l: number): this;
 setScalar(scalar: number): this;
 setX(x: number): this;
 setY(y: number): this;
 setZ(z: number): this;
 sub(v: AcGeVector3dLike): this;
 subScalar(s: number): this;
 subVectors(a: AcGeVector3dLike, b: AcGeVector3dLike): this;
 toArray(
 array?: number[] | Float32Array<ArrayBufferLike>,
 offset?: number,
 ): number[] | Float32Array<ArrayBufferLike>;
 transformDirection(m: AcGeMatrix3d): this;
 };
 min: {
 x: number;
 y: number;
 z: number;
 "[iterator]"(): Generator<number, void, unknown>;
 add(v: AcGeVectorLike): this;
 addScalar(s: number): this;
 addScaledVector(v: AcGeVector3dLike, s: number): this;
 addVectors(a: AcGeVector3dLike, b: AcGeVector3dLike): this;
 angleTo(v: AcGeVector3d): number;
 applyAxisAngle(axis: AcGeVector3dLike, angle: number): this;
 applyEuler(euler: AcGeEuler): this;
 applyMatrix3(m: AcGeMatrix2d): this;
 applyMatrix4(m: AcGeMatrix3d): this;
 applyNormalMatrix(m: AcGeMatrix2d): this;
 applyQuaternion(q: AcGeQuaternion): this;
 ceil(): this;
 clamp(min: AcGeVector3dLike, max: AcGeVector3dLike): this;
 clampLength(min: number, max: number): this;
 clampScalar(minVal: number, maxVal: number): this;
 clone(): AcGeVector3d;
 copy(v: AcGeVectorLike): this;
 cross(v: AcGeVector3dLike): this;
 crossVectors(a: AcGeVector3dLike, b: AcGeVector3dLike): this;
 distanceTo(v: AcGeVector3dLike): number;
 distanceToSquared(v: AcGeVector3dLike): number;
 divide(v: AcGeVector3dLike): this;
 divideScalar(scalar: number): this;
 dot(v: AcGeVector3dLike): number;
 equals(v: AcGeVector3dLike): boolean;
 floor(): this;
 fromArray(array: number[], offset?: number): this;
 getComponent(index: number): number;
 isParallelTo(vec: AcGeVector3d): boolean;
 length(): number;
 lengthSq(): number;
 lerp(v: AcGeVector3dLike, alpha: number): this;
 lerpVectors(
 v1: AcGeVector3dLike,
 v2: AcGeVector3dLike,
 alpha: number,
 ): this;
 manhattanDistanceTo(v: AcGeVector3dLike): number;
 manhattanLength(): number;
 max(v: AcGeVector3dLike): this;
 min(v: AcGeVector3dLike): this;
 multiply(v: AcGeVector3dLike): this;
 multiplyScalar(scalar: number): this;
 multiplyVectors(a: AcGeVector3dLike, b: AcGeVector3dLike): this;
 negate(): this;
 normalize(): this;
 projectOnPlane(planeNormal: AcGeVector3d): this;
 projectOnVector(v: AcGeVector3d): this;
 random(): this;
 randomDirection(): this;
 reflect(normal: AcGeVector3dLike): this;
 round(): this;
 roundToZero(): this;
 set(x: number, y: number, z: number): this;
 setComponent(index: number, value: number): this;
 setFromMatrix3Column(m: AcGeMatrix2d, index: number): this;
 setFromMatrixColumn(m: AcGeMatrix3d, index: number): this;
 setFromMatrixPosition(m: AcGeMatrix3d): this;
 setFromMatrixScale(m: AcGeMatrix3d): this;
 setLength(l: number): this;
 setScalar(scalar: number): this;
 setX(x: number): this;
 setY(y: number): this;
 setZ(z: number): this;
 sub(v: AcGeVector3dLike): this;
 subScalar(s: number): this;
 subVectors(a: AcGeVector3dLike, b: AcGeVector3dLike): this;
 toArray(
 array?: number[] | Float32Array<ArrayBufferLike>,
 offset?: number,
 ): number[] | Float32Array<ArrayBufferLike>;
 transformDirection(m: AcGeMatrix3d): this;
 };
 size: {
 x: number;
 y: number;
 z: number;
 "[iterator]"(): Generator<number, void, unknown>;
 add(v: AcGeVectorLike): this;
 addScalar(s: number): this;
 addScaledVector(v: AcGeVector3dLike, s: number): this;
 addVectors(a: AcGeVector3dLike, b: AcGeVector3dLike): this;
 angleTo(v: AcGeVector3d): number;
 applyAxisAngle(axis: AcGeVector3dLike, angle: number): this;
 applyEuler(euler: AcGeEuler): this;
 applyMatrix3(m: AcGeMatrix2d): this;
 applyMatrix4(m: AcGeMatrix3d): this;
 applyNormalMatrix(m: AcGeMatrix2d): this;
 applyQuaternion(q: AcGeQuaternion): this;
 ceil(): this;
 clamp(min: AcGeVector3dLike, max: AcGeVector3dLike): this;
 clampLength(min: number, max: number): this;
 clampScalar(minVal: number, maxVal: number): this;
 clone(): AcGeVector3d;
 copy(v: AcGeVectorLike): this;
 cross(v: AcGeVector3dLike): this;
 crossVectors(a: AcGeVector3dLike, b: AcGeVector3dLike): this;
 distanceTo(v: AcGeVector3dLike): number;
 distanceToSquared(v: AcGeVector3dLike): number;
 divide(v: AcGeVector3dLike): this;
 divideScalar(scalar: number): this;
 dot(v: AcGeVector3dLike): number;
 equals(v: AcGeVector3dLike): boolean;
 floor(): this;
 fromArray(array: number[], offset?: number): this;
 getComponent(index: number): number;
 isParallelTo(vec: AcGeVector3d): boolean;
 length(): number;
 lengthSq(): number;
 lerp(v: AcGeVector3dLike, alpha: number): this;
 lerpVectors(
 v1: AcGeVector3dLike,
 v2: AcGeVector3dLike,
 alpha: number,
 ): this;
 manhattanDistanceTo(v: AcGeVector3dLike): number;
 manhattanLength(): number;
 max(v: AcGeVector3dLike): this;
 min(v: AcGeVector3dLike): this;
 multiply(v: AcGeVector3dLike): this;
 multiplyScalar(scalar: number): this;
 multiplyVectors(a: AcGeVector3dLike, b: AcGeVector3dLike): this;
 negate(): this;
 normalize(): this;
 projectOnPlane(planeNormal: AcGeVector3d): this;
 projectOnVector(v: AcGeVector3d): this;
 random(): this;
 randomDirection(): this;
 reflect(normal: AcGeVector3dLike): this;
 round(): this;
 roundToZero(): this;
 set(x: number, y: number, z: number): this;
 setComponent(index: number, value: number): this;
 setFromMatrix3Column(m: AcGeMatrix2d, index: number): this;
 setFromMatrixColumn(m: AcGeMatrix3d, index: number): this;
 setFromMatrixPosition(m: AcGeMatrix3d): this;
 setFromMatrixScale(m: AcGeMatrix3d): this;
 setLength(l: number): this;
 setScalar(scalar: number): this;
 setX(x: number): this;
 setY(y: number): this;
 setZ(z: number): this;
 sub(v: AcGeVector3dLike): this;
 subScalar(s: number): this;
 subVectors(a: AcGeVector3dLike, b: AcGeVector3dLike): this;
 toArray(
 array?: number[] | Float32Array<ArrayBufferLike>,
 offset?: number,
 ): number[] | Float32Array<ArrayBufferLike>;
 transformDirection(m: AcGeMatrix3d): this;
 };
 applyMatrix4(matrix: AcGeMatrix3d): this;
 clampPoint(point: AcGeVector3dLike, target: AcGeVector3d): AcGeVector3d;
 clone(): AcGeBox3d;
 containsBox(box: AcGeBox3d): boolean;
 containsPoint(point: AcGeVector3dLike): boolean;
 copy(box: AcGeBox3d): this;
 distanceToPoint(point: AcGeVector3dLike): number;
 equals(box: AcGeBox3d): boolean;
 expandByPoint(point: AcGeVector3dLike): this;
 expandByScalar(scalar: number): this;
 expandByVector(vector: AcGeVector3dLike): this;
 getCenter(target: AcGeVector3d): AcGeVector3d;
 getParameter(
 point: AcGeVector3dLike,
 target: AcGeVector3d,
 ): AcGeVector3d;
 getSize(target: AcGeVector3d): AcGeVector3d;
 intersect(box: AcGeBox3d): this;
 intersectsBox(box: AcGeBox3d): boolean;
 intersectsPlane(plane: AcGePlane): boolean;
 isEmpty(): boolean;
 makeEmpty(): this;
 set(min: AcGeVector3dLike, max: AcGeVector3dLike): this;
 setFromArray(array: number[]): this;
 setFromCenterAndSize(
 center: AcGeVector3dLike,
 size: AcGeVector3dLike,
 ): this;
 setFromPoints(points: AcGeVector3dLike[]): this;
 translate(offset: AcGeVector3dLike): this;
 union(box: AcGeBox3d): this;
 };
 isTemp: any;
 layer: string;
 lineStyle: {
 description: string;
 name: string;
 pattern?: {
 elementLength: number;
 elementTypeFlag: number;
 offsetX?: number;
 offsetY?: number;
 rotation?: number;
 scale?: number;
 shapeNumber?: number;
 styleObjectId?: string;
 text?: string;
 }[];
 standardFlag: number;
 totalPatternLength: number;
 type: AcGiStyleType;
 };
 lineType: string;
 linetypeScale: number;
 lineWeight: AcGiLineWeight;
 objectId: string;
 ownerId: string;
 properties: {
 groups: {
 groupName: string;
 properties: {
 accessor: { set?: (...)
 | (...); get(): unknown };
 editable?: boolean;
 itemSchema?: { properties: ... };
 name: string;
 options?: (...)[];
 skipTranslation?: boolean;
 type: AcDbEntityPropertyType;
 }[];
 }[];
 type: string;
 };
 resolvedColor: {
 blue: number
 | undefined;
 colorIndex: number | undefined;
 colorMethod: AcCmColorMethod;
 colorName: string | undefined;
 cssColor: string | undefined;
 green: number | undefined;
 hexColor: string | undefined;
 isByACI: boolean;
 isByBlock: boolean;
 isByColor: boolean;
 isByLayer: boolean;
 isForeground: boolean;
 red: number | undefined;
 RGB: number | undefined;
 clone(): AcCmColor;
 copy(other: AcCmColor): this;
 cssColorAlpha(alpha: number): string | undefined;
 equals(other: AcCmColor): boolean;
 setByBlock(value?: number): this;
 setByLayer(value?: number): this;
 setForeground(): this;
 setRGB(r: number, g: number, b: number): this;
 setRGBFromCss(cssString: string): this;
 setRGBValue(value: number | null | undefined): this;
 setScalar(scalar: number): this;
 toString(): string;
 };
 transparency: {
 alpha: number;
 isByAlpha: boolean;
 isByBlock: boolean;
 isByLayer: boolean;
 isClear: boolean;
 isInvalid: boolean;
 isSolid: boolean;
 method: AcCmTransparencyMethod;
 percentage: number
 | undefined;
 clone(): AcCmTransparency;
 equals(other: AcCmTransparency): boolean;
 serialize(): number;
 toString(): string;
 };
 type: string;
 visibility: boolean;
 clone(): this;
 clonePreservingIdentity(): this;
 close(): void;
 createExtensionDictionary(): string | undefined;
 dxfIn(filer: AcDbDxfFiler): this;
 dxfInFields(filer: AcDbDxfFiler): this;
 dxfOut(...args: unknown[]): unknown;
 dxfOutFields(filer: AcDbDxfFiler): this;
 erase(): boolean;
 getAttr(attrName: string): any;
 getAttrWithoutException(attrName: string): any;
 getXData(appId: string): AcDbResultBuffer | undefined;
 removeXData(appId: string): void;
 resolveEffectiveProperties(): void;
 restoreFrom(snapshot: this): void;
 setAttr<A extends string>(attrName: A, val?: AcDbObjectAttrs[A]): void;
 setXData(resbuf: AcDbResultBuffer): void;
 subGetGripPoints(): AcGePoint3d[];
 subGetOsnapPoints(
 osnapMode: AcDbOsnapMode,
 pickPoint: AcGePoint3dLike,
 lastPoint: AcGePoint3dLike,
 snapPoints: AcGePoint3dLike[],
 gsMark?: any,
 insertionMat?: AcGeMatrix3d,
 ): void;
 subMoveGripPointsAt(indices: number[], offset: AcGeVector3dLike): this;
 subWorldDraw(
 renderer: AcGiRenderer,
 delay?: boolean,
 ): AcGiEntity | undefined;
 transformBy(matrix: AcGeMatrix3d): this;
 worldDraw(
 renderer: AcGiRenderer,
 delay?: boolean,
 ): AcGiEntity | undefined;
 }
 | null,
 >;
 hovered: Ref<boolean, boolean>;
 id: Ref<string | null, string | null>;
 mouse: Ref<
 { x: number; y: number },
 { x: number; y: number } | { x: number; y: number },
 >;
}
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.
Returns {
 entity: Ref<
 | {
 attrs: {
 attributes: {
 extensionDictionary?: string;
 objectId?: string;
 ownerId?: string;
 [key: string]: any;
 };
 changed: {
 extensionDictionary?: string;
 objectId?: string;
 ownerId?: string;
 [key: string]: any;
 };
 events: {
 attrChanged: {
 addEventListener(
 listener: (payload: AcCmObjectAttributeChangedEventArgs) => void,
 ): void;
 dispatch(
 payload?: AcCmObjectAttributeChangedEventArgs<AcDbObjectAttrs>,
 ...args: unknown[],
 ): void;
 removeEventListener(
 listener: (payload: AcCmObjectAttributeChangedEventArgs) => void,
 ): void;
 replaceEventListener(
 listener: (payload: AcCmObjectAttributeChangedEventArgs) => void,
 ): void;
 };
 modelChanged: {
 addEventListener(
 listener: (payload: AcCmObjectChangedEventArgs) => void,
 ): void;
 dispatch(
 payload?: AcCmObjectChangedEventArgs<AcDbObjectAttrs>,
 ...args: unknown[],
 ): void;
 removeEventListener(
 listener: (payload: AcCmObjectChangedEventArgs) => void,
 ): void;
 replaceEventListener(
 listener: (payload: AcCmObjectChangedEventArgs) => void,
 ): void;
 };
 };
 changedAttributes(diff?: Partial<AcDbObjectAttrs>): Partial<T>;
 clone(): AcCmObject<AcDbObjectAttrs>;
 get<A extends string>(key: A): AcDbObjectAttrs[A] | undefined;
 has(key: string): boolean;
 hasChanged(key?: string): boolean;
 previous<A extends string>(
 key: A,
 ): AcDbObjectAttrs[A] | null | undefined;
 previousAttributes(): Partial<T>;
 set<A extends string>(
 key: A,
 val?: AcDbObjectAttrs[A],
 options?: AcCmObjectOptions,
 ): this;
 set(key: Partial<T>, options?: AcCmObjectOptions): this;
 };
 color: {
 blue: number
 | undefined;
 colorIndex: number | undefined;
 colorMethod: AcCmColorMethod;
 colorName: string | undefined;
 cssColor: string | undefined;
 green: number | undefined;
 hexColor: string | undefined;
 isByACI: boolean;
 isByBlock: boolean;
 isByColor: boolean;
 isByLayer: boolean;
 isForeground: boolean;
 red: number | undefined;
 RGB: number | undefined;
 clone(): AcCmColor;
 copy(other: AcCmColor): this;
 cssColorAlpha(alpha: number): string | undefined;
 equals(other: AcCmColor): boolean;
 setByBlock(value?: number): this;
 setByLayer(value?: number): this;
 setForeground(): this;
 setRGB(r: number, g: number, b: number): this;
 setRGBFromCss(cssString: string): this;
 setRGBValue(value: number | null | undefined): this;
 setScalar(scalar: number): this;
 toString(): string;
 };
 database: {
 angbase: number;
 angdir: number;
 attrs: {
 attributes: {
 extensionDictionary?: string;
 objectId?: string;
 ownerId?: string;
 [key: string]: any;
 };
 changed: {
 extensionDictionary?: string;
 objectId?: string;
 ownerId?: string;
 [key: string]: any;
 };
 events: {
 attrChanged: {
 addEventListener(
 listener: (payload: AcCmObjectAttributeChangedEventArgs) => void,
 ): void;
 dispatch(
 payload?: AcCmObjectAttributeChangedEventArgs<AcDbObjectAttrs>,
 ...args: unknown[],
 ): void;
 removeEventListener(
 listener: (payload: AcCmObjectAttributeChangedEventArgs) => void,
 ): void;
 replaceEventListener(
 listener: (payload: AcCmObjectAttributeChangedEventArgs) => void,
 ): void;
 };
 modelChanged: {
 addEventListener(
 listener: (payload: AcCmObjectChangedEventArgs) => void,
 ): void;
 dispatch(
 payload?: AcCmObjectChangedEventArgs<AcDbObjectAttrs>,
 ...args: unknown[],
 ): void;
 removeEventListener(
 listener: (payload: AcCmObjectChangedEventArgs) => void,
 ): void;
 replaceEventListener(
 listener: (payload: AcCmObjectChangedEventArgs) => void,
 ): void;
 };
 };
 changedAttributes(diff?: Partial<AcDbObjectAttrs>): Partial<T>;
 clone(): AcCmObject<AcDbObjectAttrs>;
 get<A extends string>(key: A): AcDbObjectAttrs[A] | undefined;
 has(key: string): boolean;
 hasChanged(key?: string): boolean;
 previous<A extends string>(
 key: A,
 ): AcDbObjectAttrs[A] | null | undefined;
 previousAttributes(): Partial<T>;
 set<A extends string>(
 key: A,
 val?: AcDbObjectAttrs[A],
 options?: AcCmObjectOptions,
 ): this;
 set(key: Partial<T>, options?: AcCmObjectOptions): this;
 };
 aunits: number;
 auprec: number;
 cecolor: {
 blue: number
 | undefined;
 colorIndex: number | undefined;
 colorMethod: AcCmColorMethod;
 colorName: string | undefined;
 cssColor: string | undefined;
 green: number | undefined;
 hexColor: string | undefined;
 isByACI: boolean;
 isByBlock: boolean;
 isByColor: boolean;
 isByLayer: boolean;
 isForeground: boolean;
 red: number | undefined;
 RGB: number | undefined;
 clone(): AcCmColor;
 copy(other: AcCmColor): this;
 cssColorAlpha(alpha: number): string | undefined;
 equals(other: AcCmColor): boolean;
 setByBlock(value?: number): this;
 setByLayer(value?: number): this;
 setForeground(): this;
 setRGB(r: number, g: number, b: number): this;
 setRGBFromCss(cssString: string): this;
 setRGBValue(value: number | null | undefined): this;
 setScalar(scalar: number): this;
 toString(): string;
 };
 celtscale: number;
 celtype: string;
 celweight: AcGiLineWeight;
 cetransparency: {
 alpha: number;
 isByAlpha: boolean;
 isByBlock: boolean;
 isByLayer: boolean;
 isClear: boolean;
 isInvalid: boolean;
 isSolid: boolean;
 method: AcCmTransparencyMethod;
 percentage: number
 | undefined;
 clone(): AcCmTransparency;
 equals(other: AcCmTransparency): boolean;
 serialize(): number;
 toString(): string;
 };
 classes: readonly {
 appName: string;
 cppClassName: string;
 instanceCount: number;
 isEntity: boolean;
 name: string;
 proxyFlag: number;
 wasProxy: boolean;
 }[];
 clayer: string;
 cmleaderstyle: string;
 cmlscale: number;
 cmlstyle: string;
 currentSpaceId: string;
 database: { readonly transactionManager: { strictMode: boolean; startTransaction: () => AcDbDatabaseTransaction; currentTransaction: () => AcDbDatabaseTransaction | undefined; ... 20 more ...; flushPendingEntityModifiedEvents: () => void; }; ... 100 more ...; dxfInFields: (_filer: AcDbDxfFiler) => AcDbDatabase; };
 dimstyle: string;
 drawNoPlotLayers: boolean;
 dwgname: string;
 events: {
 dictObjectErased: {
 addEventListener(
 listener: (payload: AcDbDictObjectEventArgs) => void,
 ): void;
 dispatch(payload?: AcDbDictObjectEventArgs, ...args: unknown[]): void;
 removeEventListener(
 listener: (payload: AcDbDictObjectEventArgs) => void,
 ): void;
 replaceEventListener(
 listener: (payload: AcDbDictObjectEventArgs) => void,
 ): void;
 };
 dictObjetSet: {
 addEventListener(
 listener: (payload: AcDbDictObjectEventArgs) => void,
 ): void;
 dispatch(payload?: AcDbDictObjectEventArgs, ...args: unknown[]): void;
 removeEventListener(
 listener: (payload: AcDbDictObjectEventArgs) => void,
 ): void;
 replaceEventListener(
 listener: (payload: AcDbDictObjectEventArgs) => void,
 ): void;
 };
 entityAppended: {
 addEventListener(
 listener: (payload: AcDbEntityEventArgs) => void,
 ): void;
 dispatch(payload?: AcDbEntityEventArgs, ...args: unknown[]): void;
 removeEventListener(
 listener: (payload: AcDbEntityEventArgs) => void,
 ): void;
 replaceEventListener(
 listener: (payload: AcDbEntityEventArgs) => void,
 ): void;
 };
 entityErased: {
 addEventListener(
 listener: (payload: AcDbEntityEventArgs) => void,
 ): void;
 dispatch(payload?: AcDbEntityEventArgs, ...args: unknown[]): void;
 removeEventListener(
 listener: (payload: AcDbEntityEventArgs) => void,
 ): void;
 replaceEventListener(
 listener: (payload: AcDbEntityEventArgs) => void,
 ): void;
 };
 entityModified: {
 addEventListener(
 listener: (payload: AcDbEntityEventArgs) => void,
 ): void;
 dispatch(payload?: AcDbEntityEventArgs, ...args: unknown[]): void;
 removeEventListener(
 listener: (payload: AcDbEntityEventArgs) => void,
 ): void;
 replaceEventListener(
 listener: (payload: AcDbEntityEventArgs) => void,
 ): void;
 };
 layerAppended: {
 addEventListener(
 listener: (payload: AcDbLayerEventArgs) => void,
 ): void;
 dispatch(payload?: AcDbLayerEventArgs, ...args: unknown[]): void;
 removeEventListener(
 listener: (payload: AcDbLayerEventArgs) => void,
 ): void;
 replaceEventListener(
 listener: (payload: AcDbLayerEventArgs) => void,
 ): void;
 };
 layerErased: {
 addEventListener(
 listener: (payload: AcDbLayerEventArgs) => void,
 ): void;
 dispatch(payload?: AcDbLayerEventArgs, ...args: unknown[]): void;
 removeEventListener(
 listener: (payload: AcDbLayerEventArgs) => void,
 ): void;
 replaceEventListener(
 listener: (payload: AcDbLayerEventArgs) => void,
 ): void;
 };
 layerModified: {
 addEventListener(
 listener: (payload: AcDbLayerModifiedEventArgs) => void,
 ): void;
 dispatch(
 payload?: AcDbLayerModifiedEventArgs,
 ...args: unknown[],
 ): void;
 removeEventListener(
 listener: (payload: AcDbLayerModifiedEventArgs) => void,
 ): void;
 replaceEventListener(
 listener: (payload: AcDbLayerModifiedEventArgs) => void,
 ): void;
 };
 openFailed: {
 addEventListener(
 listener: (payload: AcDbOpenFailedEventArgs) => void,
 ): void;
 dispatch(payload?: AcDbOpenFailedEventArgs, ...args: unknown[]): void;
 removeEventListener(
 listener: (payload: AcDbOpenFailedEventArgs) => void,
 ): void;
 replaceEventListener(
 listener: (payload: AcDbOpenFailedEventArgs) => void,
 ): void;
 };
 openProgress: {
 addEventListener(
 listener: (payload: AcDbProgressdEventArgs) => void,
 ): void;
 dispatch(payload?: AcDbProgressdEventArgs, ...args: unknown[]): void;
 removeEventListener(
 listener: (payload: AcDbProgressdEventArgs) => void,
 ): void;
 replaceEventListener(
 listener: (payload: AcDbProgressdEventArgs) => void,
 ): void;
 };
 };
 extensionDictionary: string
 | undefined;
 extents: {
 center: {
 x: number;
 y: number;
 z: number;
 "[iterator]"(): Generator<number, void, unknown>;
 add(v: AcGeVectorLike): this;
 addScalar(s: number): this;
 addScaledVector(v: AcGeVector3dLike, s: number): this;
 addVectors(a: AcGeVector3dLike, b: AcGeVector3dLike): this;
 angleTo(v: AcGeVector3d): number;
 applyAxisAngle(axis: AcGeVector3dLike, angle: number): this;
 applyEuler(euler: AcGeEuler): this;
 applyMatrix3(m: AcGeMatrix2d): this;
 applyMatrix4(m: AcGeMatrix3d): this;
 applyNormalMatrix(m: AcGeMatrix2d): this;
 applyQuaternion(q: AcGeQuaternion): this;
 ceil(): this;
 clamp(min: AcGeVector3dLike, max: AcGeVector3dLike): this;
 clampLength(min: number, max: number): this;
 clampScalar(minVal: number, maxVal: number): this;
 clone(): AcGeVector3d;
 copy(v: AcGeVectorLike): this;
 cross(v: AcGeVector3dLike): this;
 crossVectors(a: AcGeVector3dLike, b: AcGeVector3dLike): this;
 distanceTo(v: AcGeVector3dLike): number;
 distanceToSquared(v: AcGeVector3dLike): number;
 divide(v: AcGeVector3dLike): this;
 divideScalar(scalar: number): this;
 dot(v: AcGeVector3dLike): number;
 equals(v: AcGeVector3dLike): boolean;
 floor(): this;
 fromArray(array: number[], offset?: number): this;
 getComponent(index: number): number;
 isParallelTo(vec: AcGeVector3d): boolean;
 length(): number;
 lengthSq(): number;
 lerp(v: AcGeVector3dLike, alpha: number): this;
 lerpVectors(
 v1: AcGeVector3dLike,
 v2: AcGeVector3dLike,
 alpha: number,
 ): this;
 manhattanDistanceTo(v: AcGeVector3dLike): number;
 manhattanLength(): number;
 max(v: AcGeVector3dLike): this;
 min(v: AcGeVector3dLike): this;
 multiply(v: AcGeVector3dLike): this;
 multiplyScalar(scalar: number): this;
 multiplyVectors(a: AcGeVector3dLike, b: AcGeVector3dLike): this;
 negate(): this;
 normalize(): this;
 projectOnPlane(planeNormal: AcGeVector3d): this;
 projectOnVector(v: AcGeVector3d): this;
 random(): this;
 randomDirection(): this;
 reflect(normal: AcGeVector3dLike): this;
 round(): this;
 roundToZero(): this;
 set(x: number, y: number, z: number): this;
 setComponent(index: number, value: number): this;
 setFromMatrix3Column(m: AcGeMatrix2d, index: number): this;
 setFromMatrixColumn(m: AcGeMatrix3d, index: number): this;
 setFromMatrixPosition(m: AcGeMatrix3d): this;
 setFromMatrixScale(m: AcGeMatrix3d): this;
 setLength(l: number): this;
 setScalar(scalar: number): this;
 setX(x: number): this;
 setY(y: number): this;
 setZ(z: number): this;
 sub(v: AcGeVector3dLike): this;
 subScalar(s: number): this;
 subVectors(a: AcGeVector3dLike, b: AcGeVector3dLike): this;
 toArray(
 array?: number[] | Float32Array<ArrayBufferLike>,
 offset?: number,
 ): number[] | Float32Array<ArrayBufferLike>;
 transformDirection(m: AcGeMatrix3d): this;
 };
 max: {
 x: number;
 y: number;
 z: number;
 "[iterator]"(): Generator<number, void, unknown>;
 add(v: AcGeVectorLike): this;
 addScalar(s: number): this;
 addScaledVector(v: AcGeVector3dLike, s: number): this;
 addVectors(a: AcGeVector3dLike, b: AcGeVector3dLike): this;
 angleTo(v: AcGeVector3d): number;
 applyAxisAngle(axis: AcGeVector3dLike, angle: number): this;
 applyEuler(euler: AcGeEuler): this;
 applyMatrix3(m: AcGeMatrix2d): this;
 applyMatrix4(m: AcGeMatrix3d): this;
 applyNormalMatrix(m: AcGeMatrix2d): this;
 applyQuaternion(q: AcGeQuaternion): this;
 ceil(): this;
 clamp(min: AcGeVector3dLike, max: AcGeVector3dLike): this;
 clampLength(min: number, max: number): this;
 clampScalar(minVal: number, maxVal: number): this;
 clone(): AcGeVector3d;
 copy(v: AcGeVectorLike): this;
 cross(v: AcGeVector3dLike): this;
 crossVectors(a: AcGeVector3dLike, b: AcGeVector3dLike): this;
 distanceTo(v: AcGeVector3dLike): number;
 distanceToSquared(v: AcGeVector3dLike): number;
 divide(v: AcGeVector3dLike): this;
 divideScalar(scalar: number): this;
 dot(v: AcGeVector3dLike): number;
 equals(v: AcGeVector3dLike): boolean;
 floor(): this;
 fromArray(array: number[], offset?: number): this;
 getComponent(index: number): number;
 isParallelTo(vec: AcGeVector3d): boolean;
 length(): number;
 lengthSq(): number;
 lerp(v: AcGeVector3dLike, alpha: number): this;
 lerpVectors(
 v1: AcGeVector3dLike,
 v2: AcGeVector3dLike,
 alpha: number,
 ): this;
 manhattanDistanceTo(v: AcGeVector3dLike): number;
 manhattanLength(): number;
 max(v: AcGeVector3dLike): this;
 min(v: AcGeVector3dLike): this;
 multiply(v: AcGeVector3dLike): this;
 multiplyScalar(scalar: number): this;
 multiplyVectors(a: AcGeVector3dLike, b: AcGeVector3dLike): this;
 negate(): this;
 normalize(): this;
 projectOnPlane(planeNormal: AcGeVector3d): this;
 projectOnVector(v: AcGeVector3d): this;
 random(): this;
 randomDirection(): this;
 reflect(normal: AcGeVector3dLike): this;
 round(): this;
 roundToZero(): this;
 set(x: number, y: number, z: number): this;
 setComponent(index: number, value: number): this;
 setFromMatrix3Column(m: AcGeMatrix2d, index: number): this;
 setFromMatrixColumn(m: AcGeMatrix3d, index: number): this;
 setFromMatrixPosition(m: AcGeMatrix3d): this;
 setFromMatrixScale(m: AcGeMatrix3d): this;
 setLength(l: number): this;
 setScalar(scalar: number): this;
 setX(x: number): this;
 setY(y: number): this;
 setZ(z: number): this;
 sub(v: AcGeVector3dLike): this;
 subScalar(s: number): this;
 subVectors(a: AcGeVector3dLike, b: AcGeVector3dLike): this;
 toArray(
 array?: number[] | Float32Array<ArrayBufferLike>,
 offset?: number,
 ): number[] | Float32Array<ArrayBufferLike>;
 transformDirection(m: AcGeMatrix3d): this;
 };
 min: {
 x: number;
 y: number;
 z: number;
 "[iterator]"(): Generator<number, void, unknown>;
 add(v: AcGeVectorLike): this;
 addScalar(s: number): this;
 addScaledVector(v: AcGeVector3dLike, s: number): this;
 addVectors(a: AcGeVector3dLike, b: AcGeVector3dLike): this;
 angleTo(v: AcGeVector3d): number;
 applyAxisAngle(axis: AcGeVector3dLike, angle: number): this;
 applyEuler(euler: AcGeEuler): this;
 applyMatrix3(m: AcGeMatrix2d): this;
 applyMatrix4(m: AcGeMatrix3d): this;
 applyNormalMatrix(m: AcGeMatrix2d): this;
 applyQuaternion(q: AcGeQuaternion): this;
 ceil(): this;
 clamp(min: AcGeVector3dLike, max: AcGeVector3dLike): this;
 clampLength(min: number, max: number): this;
 clampScalar(minVal: number, maxVal: number): this;
 clone(): AcGeVector3d;
 copy(v: AcGeVectorLike): this;
 cross(v: AcGeVector3dLike): this;
 crossVectors(a: AcGeVector3dLike, b: AcGeVector3dLike): this;
 distanceTo(v: AcGeVector3dLike): number;
 distanceToSquared(v: AcGeVector3dLike): number;
 divide(v: AcGeVector3dLike): this;
 divideScalar(scalar: number): this;
 dot(v: AcGeVector3dLike): number;
 equals(v: AcGeVector3dLike): boolean;
 floor(): this;
 fromArray(array: number[], offset?: number): this;
 getComponent(index: number): number;
 isParallelTo(vec: AcGeVector3d): boolean;
 length(): number;
 lengthSq(): number;
 lerp(v: AcGeVector3dLike, alpha: number): this;
 lerpVectors(
 v1: AcGeVector3dLike,
 v2: AcGeVector3dLike,
 alpha: number,
 ): this;
 manhattanDistanceTo(v: AcGeVector3dLike): number;
 manhattanLength(): number;
 max(v: AcGeVector3dLike): this;
 min(v: AcGeVector3dLike): this;
 multiply(v: AcGeVector3dLike): this;
 multiplyScalar(scalar: number): this;
 multiplyVectors(a: AcGeVector3dLike, b: AcGeVector3dLike): this;
 negate(): this;
 normalize(): this;
 projectOnPlane(planeNormal: AcGeVector3d): this;
 projectOnVector(v: AcGeVector3d): this;
 random(): this;
 randomDirection(): this;
 reflect(normal: AcGeVector3dLike): this;
 round(): this;
 roundToZero(): this;
 set(x: number, y: number, z: number): this;
 setComponent(index: number, value: number): this;
 setFromMatrix3Column(m: AcGeMatrix2d, index: number): this;
 setFromMatrixColumn(m: AcGeMatrix3d, index: number): this;
 setFromMatrixPosition(m: AcGeMatrix3d): this;
 setFromMatrixScale(m: AcGeMatrix3d): this;
 setLength(l: number): this;
 setScalar(scalar: number): this;
 setX(x: number): this;
 setY(y: number): this;
 setZ(z: number): this;
 sub(v: AcGeVector3dLike): this;
 subScalar(s: number): this;
 subVectors(a: AcGeVector3dLike, b: AcGeVector3dLike): this;
 toArray(
 array?: number[] | Float32Array<ArrayBufferLike>,
 offset?: number,
 ): number[] | Float32Array<ArrayBufferLike>;
 transformDirection(m: AcGeMatrix3d): this;
 };
 size: {
 x: number;
 y: number;
 z: number;
 "[iterator]"(): Generator<number, void, unknown>;
 add(v: AcGeVectorLike): this;
 addScalar(s: number): this;
 addScaledVector(v: AcGeVector3dLike, s: number): this;
 addVectors(a: AcGeVector3dLike, b: AcGeVector3dLike): this;
 angleTo(v: AcGeVector3d): number;
 applyAxisAngle(axis: AcGeVector3dLike, angle: number): this;
 applyEuler(euler: AcGeEuler): this;
 applyMatrix3(m: AcGeMatrix2d): this;
 applyMatrix4(m: AcGeMatrix3d): this;
 applyNormalMatrix(m: AcGeMatrix2d): this;
 applyQuaternion(q: AcGeQuaternion): this;
 ceil(): this;
 clamp(min: AcGeVector3dLike, max: AcGeVector3dLike): this;
 clampLength(min: number, max: number): this;
 clampScalar(minVal: number, maxVal: number): this;
 clone(): AcGeVector3d;
 copy(v: AcGeVectorLike): this;
 cross(v: AcGeVector3dLike): this;
 crossVectors(a: AcGeVector3dLike, b: AcGeVector3dLike): this;
 distanceTo(v: AcGeVector3dLike): number;
 distanceToSquared(v: AcGeVector3dLike): number;
 divide(v: AcGeVector3dLike): this;
 divideScalar(scalar: number): this;
 dot(v: AcGeVector3dLike): number;
 equals(v: AcGeVector3dLike): boolean;
 floor(): this;
 fromArray(array: number[], offset?: number): this;
 getComponent(index: number): number;
 isParallelTo(vec: AcGeVector3d): boolean;
 length(): number;
 lengthSq(): number;
 lerp(v: AcGeVector3dLike, alpha: number): this;
 lerpVectors(
 v1: AcGeVector3dLike,
 v2: AcGeVector3dLike,
 alpha: number,
 ): this;
 manhattanDistanceTo(v: AcGeVector3dLike): number;
 manhattanLength(): number;
 max(v: AcGeVector3dLike): this;
 min(v: AcGeVector3dLike): this;
 multiply(v: AcGeVector3dLike): this;
 multiplyScalar(scalar: number): this;
 multiplyVectors(a: AcGeVector3dLike, b: AcGeVector3dLike): this;
 negate(): this;
 normalize(): this;
 projectOnPlane(planeNormal: AcGeVector3d): this;
 projectOnVector(v: AcGeVector3d): this;
 random(): this;
 randomDirection(): this;
 reflect(normal: AcGeVector3dLike): this;
 round(): this;
 roundToZero(): this;
 set(x: number, y: number, z: number): this;
 setComponent(index: number, value: number): this;
 setFromMatrix3Column(m: AcGeMatrix2d, index: number): this;
 setFromMatrixColumn(m: AcGeMatrix3d, index: number): this;
 setFromMatrixPosition(m: AcGeMatrix3d): this;
 setFromMatrixScale(m: AcGeMatrix3d): this;
 setLength(l: number): this;
 setScalar(scalar: number): this;
 setX(x: number): this;
 setY(y: number): this;
 setZ(z: number): this;
 sub(v: AcGeVector3dLike): this;
 subScalar(s: number): this;
 subVectors(a: AcGeVector3dLike, b: AcGeVector3dLike): this;
 toArray(
 array?: number[] | Float32Array<ArrayBufferLike>,
 offset?: number,
 ): number[] | Float32Array<ArrayBufferLike>;
 transformDirection(m: AcGeMatrix3d): this;
 };
 applyMatrix4(matrix: AcGeMatrix3d): this;
 clampPoint(point: AcGeVector3dLike, target: AcGeVector3d): AcGeVector3d;
 clone(): AcGeBox3d;
 containsBox(box: AcGeBox3d): boolean;
 containsPoint(point: AcGeVector3dLike): boolean;
 copy(box: AcGeBox3d): this;
 distanceToPoint(point: AcGeVector3dLike): number;
 equals(box: AcGeBox3d): boolean;
 expandByPoint(point: AcGeVector3dLike): this;
 expandByScalar(scalar: number): this;
 expandByVector(vector: AcGeVector3dLike): this;
 getCenter(target: AcGeVector3d): AcGeVector3d;
 getParameter(
 point: AcGeVector3dLike,
 target: AcGeVector3d,
 ): AcGeVector3d;
 getSize(target: AcGeVector3d): AcGeVector3d;
 intersect(box: AcGeBox3d): this;
 intersectsBox(box: AcGeBox3d): boolean;
 intersectsPlane(plane: AcGePlane): boolean;
 isEmpty(): boolean;
 makeEmpty(): this;
 set(min: AcGeVector3dLike, max: AcGeVector3dLike): this;
 setFromArray(array: number[]): this;
 setFromCenterAndSize(
 center: AcGeVector3dLike,
 size: AcGeVector3dLike,
 ): this;
 setFromPoints(points: AcGeVector3dLike[]): this;
 translate(offset: AcGeVector3dLike): this;
 union(box: AcGeBox3d): this;
 };
 extmax: {
 x: number;
 y: number;
 z: number;
 "[iterator]"(): Generator<number, void, unknown>;
 add(v: AcGeVectorLike): this;
 addScalar(s: number): this;
 addScaledVector(v: AcGeVector3dLike, s: number): this;
 addVectors(a: AcGeVector3dLike, b: AcGeVector3dLike): this;
 angleTo(v: AcGeVector3d): number;
 applyAxisAngle(axis: AcGeVector3dLike, angle: number): this;
 applyEuler(euler: AcGeEuler): this;
 applyMatrix3(m: AcGeMatrix2d): this;
 applyMatrix4(m: AcGeMatrix3d): this;
 applyNormalMatrix(m: AcGeMatrix2d): this;
 applyQuaternion(q: AcGeQuaternion): this;
 ceil(): this;
 clamp(min: AcGeVector3dLike, max: AcGeVector3dLike): this;
 clampLength(min: number, max: number): this;
 clampScalar(minVal: number, maxVal: number): this;
 clone(): AcGePoint3d;
 copy(v: AcGeVectorLike): this;
 cross(v: AcGeVector3dLike): this;
 crossVectors(a: AcGeVector3dLike, b: AcGeVector3dLike): this;
 distanceTo(v: AcGeVector3dLike): number;
 distanceToSquared(v: AcGeVector3dLike): number;
 divide(v: AcGeVector3dLike): this;
 divideScalar(scalar: number): this;
 dot(v: AcGeVector3dLike): number;
 equals(v: AcGeVector3dLike): boolean;
 floor(): this;
 fromArray(array: number[], offset?: number): this;
 getComponent(index: number): number;
 isParallelTo(vec: AcGeVector3d): boolean;
 length(): number;
 lengthSq(): number;
 lerp(v: AcGeVector3dLike, alpha: number): this;
 lerpVectors(
 v1: AcGeVector3dLike,
 v2: AcGeVector3dLike,
 alpha: number,
 ): this;
 manhattanDistanceTo(v: AcGeVector3dLike): number;
 manhattanLength(): number;
 max(v: AcGeVector3dLike): this;
 min(v: AcGeVector3dLike): this;
 multiply(v: AcGeVector3dLike): this;
 multiplyScalar(scalar: number): this;
 multiplyVectors(a: AcGeVector3dLike, b: AcGeVector3dLike): this;
 negate(): this;
 normalize(): this;
 projectOnPlane(planeNormal: AcGeVector3d): this;
 projectOnVector(v: AcGeVector3d): this;
 random(): this;
 randomDirection(): this;
 reflect(normal: AcGeVector3dLike): this;
 round(): this;
 roundToZero(): this;
 set(x: number, y: number, z: number): this;
 setComponent(index: number, value: number): this;
 setFromMatrix3Column(m: AcGeMatrix2d, index: number): this;
 setFromMatrixColumn(m: AcGeMatrix3d, index: number): this;
 setFromMatrixPosition(m: AcGeMatrix3d): this;
 setFromMatrixScale(m: AcGeMatrix3d): this;
 setLength(l: number): this;
 setScalar(scalar: number): this;
 setX(x: number): this;
 setY(y: number): this;
 setZ(z: number): this;
 sub(v: AcGeVector3dLike): this;
 subScalar(s: number): this;
 subVectors(a: AcGeVector3dLike, b: AcGeVector3dLike): this;
 toArray(
 array?: number[] | Float32Array<ArrayBufferLike>,
 offset?: number,
 ): number[] | Float32Array<ArrayBufferLike>;
 transformDirection(m: AcGeMatrix3d): this;
 };
 extmin: {
 x: number;
 y: number;
 z: number;
 "[iterator]"(): Generator<number, void, unknown>;
 add(v: AcGeVectorLike): this;
 addScalar(s: number): this;
 addScaledVector(v: AcGeVector3dLike, s: number): this;
 addVectors(a: AcGeVector3dLike, b: AcGeVector3dLike): this;
 angleTo(v: AcGeVector3d): number;
 applyAxisAngle(axis: AcGeVector3dLike, angle: number): this;
 applyEuler(euler: AcGeEuler): this;
 applyMatrix3(m: AcGeMatrix2d): this;
 applyMatrix4(m: AcGeMatrix3d): this;
 applyNormalMatrix(m: AcGeMatrix2d): this;
 applyQuaternion(q: AcGeQuaternion): this;
 ceil(): this;
 clamp(min: AcGeVector3dLike, max: AcGeVector3dLike): this;
 clampLength(min: number, max: number): this;
 clampScalar(minVal: number, maxVal: number): this;
 clone(): AcGePoint3d;
 copy(v: AcGeVectorLike): this;
 cross(v: AcGeVector3dLike): this;
 crossVectors(a: AcGeVector3dLike, b: AcGeVector3dLike): this;
 distanceTo(v: AcGeVector3dLike): number;
 distanceToSquared(v: AcGeVector3dLike): number;
 divide(v: AcGeVector3dLike): this;
 divideScalar(scalar: number): this;
 dot(v: AcGeVector3dLike): number;
 equals(v: AcGeVector3dLike): boolean;
 floor(): this;
 fromArray(array: number[], offset?: number): this;
 getComponent(index: number): number;
 isParallelTo(vec: AcGeVector3d): boolean;
 length(): number;
 lengthSq(): number;
 lerp(v: AcGeVector3dLike, alpha: number): this;
 lerpVectors(
 v1: AcGeVector3dLike,
 v2: AcGeVector3dLike,
 alpha: number,
 ): this;
 manhattanDistanceTo(v: AcGeVector3dLike): number;
 manhattanLength(): number;
 max(v: AcGeVector3dLike): this;
 min(v: AcGeVector3dLike): this;
 multiply(v: AcGeVector3dLike): this;
 multiplyScalar(scalar: number): this;
 multiplyVectors(a: AcGeVector3dLike, b: AcGeVector3dLike): this;
 negate(): this;
 normalize(): this;
 projectOnPlane(planeNormal: AcGeVector3d): this;
 projectOnVector(v: AcGeVector3d): this;
 random(): this;
 randomDirection(): this;
 reflect(normal: AcGeVector3dLike): this;
 round(): this;
 roundToZero(): this;
 set(x: number, y: number, z: number): this;
 setComponent(index: number, value: number): this;
 setFromMatrix3Column(m: AcGeMatrix2d, index: number): this;
 setFromMatrixColumn(m: AcGeMatrix3d, index: number): this;
 setFromMatrixPosition(m: AcGeMatrix3d): this;
 setFromMatrixScale(m: AcGeMatrix3d): this;
 setLength(l: number): this;
 setScalar(scalar: number): this;
 setX(x: number): this;
 setY(y: number): this;
 setZ(z: number): this;
 sub(v: AcGeVector3dLike): this;
 subScalar(s: number): this;
 subVectors(a: AcGeVector3dLike, b: AcGeVector3dLike): this;
 toArray(
 array?: number[] | Float32Array<ArrayBufferLike>,
 offset?: number,
 ): number[] | Float32Array<ArrayBufferLike>;
 transformDirection(m: AcGeMatrix3d): this;
 };
 formatter: {
 formatAngle(radians: number, options?: AcDbFormatterOptions): string;
 formatLength(value: number, options?: AcDbFormatterOptions): string;
 formatPoint2d(
 point: AcGePoint2d,
 options?: AcDbFormatterOptions,
 ): string;
 formatPoint3d(
 point: AcGePoint3d,
 options?: AcDbFormatterOptions,
 ): string;
 };
 hpbackgroundcolor: {
 blue: number
 | undefined;
 colorIndex: number | undefined;
 colorMethod: AcCmColorMethod;
 colorName: string | undefined;
 cssColor: string | undefined;
 green: number | undefined;
 hexColor: string | undefined;
 isByACI: boolean;
 isByBlock: boolean;
 isByColor: boolean;
 isByLayer: boolean;
 isForeground: boolean;
 red: number | undefined;
 RGB: number | undefined;
 clone(): AcCmColor;
 copy(other: AcCmColor): this;
 cssColorAlpha(alpha: number): string | undefined;
 equals(other: AcCmColor): boolean;
 setByBlock(value?: number): this;
 setByLayer(value?: number): this;
 setForeground(): this;
 setRGB(r: number, g: number, b: number): this;
 setRGBFromCss(cssString: string): this;
 setRGBValue(value: number | null | undefined): this;
 setScalar(scalar: number): this;
 toString(): string;
 };
 hpcolor: {
 blue: number
 | undefined;
 colorIndex: number | undefined;
 colorMethod: AcCmColorMethod;
 colorName: string | undefined;
 cssColor: string | undefined;
 green: number | undefined;
 hexColor: string | undefined;
 isByACI: boolean;
 isByBlock: boolean;
 isByColor: boolean;
 isByLayer: boolean;
 isForeground: boolean;
 red: number | undefined;
 RGB: number | undefined;
 clone(): AcCmColor;
 copy(other: AcCmColor): this;
 cssColorAlpha(alpha: number): string | undefined;
 equals(other: AcCmColor): boolean;
 setByBlock(value?: number): this;
 setByLayer(value?: number): this;
 setForeground(): this;
 setRGB(r: number, g: number, b: number): this;
 setRGBFromCss(cssString: string): this;
 setRGBValue(value: number | null | undefined): this;
 setScalar(scalar: number): this;
 toString(): string;
 };
 hplayer: string;
 hptransparency: {
 alpha: number;
 isByAlpha: boolean;
 isByBlock: boolean;
 isByLayer: boolean;
 isClear: boolean;
 isInvalid: boolean;
 isSolid: boolean;
 method: AcCmTransparencyMethod;
 percentage: number
 | undefined;
 clone(): AcCmTransparency;
 equals(other: AcCmTransparency): boolean;
 serialize(): number;
 toString(): string;
 };
 insunits: number;
 isTemp: any;
 lastOpenError: AcDbOpenDatabaseError
 | null;
 layerFilters: {
 current:
 | {
 filterExpression: string;
 name: string;
 nestedFilters: readonly (
 { name: string; setName: (value: string) => boolean; filterExpression: string; setFilterExpression: (expression: string) => boolean; filterExpressionTree: () => AcLyBoolExpr | null; ... 18 more ...; showEditor: () => AcLyLayerFilterDialogResult; }
 )[];
 addNested(filter: AcLyLayerFilter): boolean;
 allowDelete(): boolean;
 allowNested(): boolean;
 allowRename(): boolean;
 compareTo(other: AcLyLayerFilter | null | undefined): boolean;
 dynamicallyGenerated(): boolean;
 filter(layer: AcDbLayerTableRecord): boolean;
 filterExpressionTree(): AcLyBoolExpr | null;
 generateNested(): boolean;
 getNestedFilters(): readonly AcLyLayerFilter[];
 isIdFilter(): boolean;
 isProxy(): boolean;
 parent(): AcLyLayerFilter | null;
 removeNested(filter: AcLyLayerFilter): boolean;
 setAllowDelete(value: boolean): void;
 setAllowRename(value: boolean): void;
 setDynamicallyGenerated(value: boolean): void;
 setFilterExpression(expression: string): boolean;
 setIsProxy(value: boolean): void;
 setName(value: string): boolean;
 showEditor(): AcLyLayerFilterDialogResult;
 }
 | null;
 root: {
 filterExpression: string;
 name: string;
 nestedFilters: readonly (
 { name: string; setName: (value: string) => boolean; filterExpression: string; setFilterExpression: (expression: string) => boolean; filterExpressionTree: () => AcLyBoolExpr | null; ... 18 more ...; showEditor: () => AcLyLayerFilterDialogResult; }
 )[];
 addNested(filter: AcLyLayerFilter): boolean;
 allowDelete(): boolean;
 allowNested(): boolean;
 allowRename(): boolean;
 compareTo(other: AcLyLayerFilter | null | undefined): boolean;
 dynamicallyGenerated(): boolean;
 filter(layer: AcDbLayerTableRecord): boolean;
 filterExpressionTree(): AcLyBoolExpr | null;
 generateNested(): boolean;
 getNestedFilters(): readonly AcLyLayerFilter[];
 isIdFilter(): boolean;
 isProxy(): boolean;
 parent(): AcLyLayerFilter | null;
 removeNested(filter: AcLyLayerFilter): boolean;
 setAllowDelete(value: boolean): void;
 setAllowRename(value: boolean): void;
 setDynamicallyGenerated(value: boolean): void;
 setFilterExpression(expression: string): boolean;
 setIsProxy(value: boolean): void;
 setName(value: string): boolean;
 showEditor(): AcLyLayerFilterDialogResult;
 };
 clone(): AcLyLayerFilterTree;
 };
 ltscale: number;
 lunits: number;
 luprec: number;
 lwdisplay: boolean;
 measurement: number;
 objectId: string;
 objects: {
 dictionary: {
 attrs: {
 attributes: {
 extensionDictionary?: string;
 objectId?: string;
 ownerId?: string;
 [key: string]: any;
 };
 changed: {
 extensionDictionary?: string;
 objectId?: string;
 ownerId?: string;
 [key: string]: any;
 };
 events: {
 attrChanged: {
 addEventListener(listener: (payload: ...) => ...): void;
 dispatch(payload?: (...) | (...), ...args: (...)[]): void;
 removeEventListener(listener: (payload: ...) => ...): void;
 replaceEventListener(listener: (payload: ...) => ...): void;
 };
 modelChanged: {
 addEventListener(listener: (payload: ...) => ...): void;
 dispatch(payload?: (...) | (...), ...args: (...)[]): void;
 removeEventListener(listener: (payload: ...) => ...): void;
 replaceEventListener(listener: (payload: ...) => ...): void;
 };
 };
 changedAttributes(diff?: Partial<AcDbObjectAttrs>): Partial<T>;
 clone(): AcCmObject<AcDbObjectAttrs>;
 get<A extends string>(key: A): AcDbObjectAttrs[A] | undefined;
 has(key: string): boolean;
 hasChanged(key?: string): boolean;
 previous<A extends string>(
 key: A,
 ): AcDbObjectAttrs[A] | null | undefined;
 previousAttributes(): Partial<T>;
 set<A extends string>(
 key: A,
 val?: AcDbObjectAttrs[A],
 options?: AcCmObjectOptions,
 ): this;
 set(key: Partial<T>, options?: AcCmObjectOptions): this;
 };
 database: { readonly transactionManager: { strictMode: boolean; startTransaction: () => AcDbDatabaseTransaction; currentTransaction: () => AcDbDatabaseTransaction | undefined; ... 20 more ...; flushPendingEntityModifiedEvents: () => void; }; ... 100 more ...; dxfInFields: (_filer: AcDbDxfFiler) => AcDbDatabase; };
 extensionDictionary: string
 | undefined;
 isTemp: any;
 numEntries: number;
 objectId: string;
 ownerId: string;
 clone(): this;
 clonePreservingIdentity(): this;
 close(): void;
 createExtensionDictionary(): string | undefined;
 dxfIn(filer: AcDbDxfFiler): this;
 dxfInFields(filer: AcDbDxfFiler): this;
 dxfOut(...args: unknown[]): unknown;
 dxfOutFields(filer: AcDbDxfFiler): this;
 entries(): IterableIterator<
 [string, AcDbDictionary<AcDbObject<(...)>>],
 >;
 getAt(
 name: string,
 ): AcDbDictionary<AcDbObject<AcDbObjectAttrs>> | undefined;
 getAttr(attrName: string): any;
 getAttrWithoutException(attrName: string): any;
 getIdAt(
 id: string,
 ): AcDbDictionary<AcDbObject<AcDbObjectAttrs>> | undefined;
 getXData(appId: string): AcDbResultBuffer | undefined;
 has(name: string): boolean;
 hasId(id: string): boolean;
 newIterator(): AcDbObjectIterator<
 AcDbDictionary<AcDbObject<AcDbObjectAttrs>>,
 >;
 remove(name: string): boolean;
 removeAll(): void;
 removeId(id: string): boolean;
 removeXData(appId: string): void;
 restoreFrom(snapshot: this): void;
 setAt(key: string, value: AcDbDictionary): void;
 setAttr<A extends string>(attrName: A, val?: AcDbObjectAttrs[A]): void;
 setXData(resbuf: AcDbResultBuffer): void;
 };
 group: {
 attrs: {
 attributes: {
 extensionDictionary?: string;
 objectId?: string;
 ownerId?: string;
 [key: string]: any;
 };
 changed: {
 extensionDictionary?: string;
 objectId?: string;
 ownerId?: string;
 [key: string]: any;
 };
 events: {
 attrChanged: {
 addEventListener(listener: (payload: ...) => ...): void;
 dispatch(payload?: (...) | (...), ...args: (...)[]): void;
 removeEventListener(listener: (payload: ...) => ...): void;
 replaceEventListener(listener: (payload: ...) => ...): void;
 };
 modelChanged: {
 addEventListener(listener: (payload: ...) => ...): void;
 dispatch(payload?: (...) | (...), ...args: (...)[]): void;
 removeEventListener(listener: (payload: ...) => ...): void;
 replaceEventListener(listener: (payload: ...) => ...): void;
 };
 };
 changedAttributes(diff?: Partial<AcDbObjectAttrs>): Partial<T>;
 clone(): AcCmObject<AcDbObjectAttrs>;
 get<A extends string>(key: A): AcDbObjectAttrs[A] | undefined;
 has(key: string): boolean;
 hasChanged(key?: string): boolean;
 previous<A extends string>(
 key: A,
 ): AcDbObjectAttrs[A] | null | undefined;
 previousAttributes(): Partial<T>;
 set<A extends string>(
 key: A,
 val?: AcDbObjectAttrs[A],
 options?: AcCmObjectOptions,
 ): this;
 set(key: Partial<T>, options?: AcCmObjectOptions): this;
 };
 database: { readonly transactionManager: { strictMode: boolean; startTransaction: () => AcDbDatabaseTransaction; currentTransaction: () => AcDbDatabaseTransaction | undefined; ... 20 more ...; flushPendingEntityModifiedEvents: () => void; }; ... 100 more ...; dxfInFields: (_filer: AcDbDxfFiler) => AcDbDatabase; };
 extensionDictionary: string
 | undefined;
 isTemp: any;
 numEntries: number;
 objectId: string;
 ownerId: string;
 clone(): this;
 clonePreservingIdentity(): this;
 close(): void;
 createExtensionDictionary(): string | undefined;
 dxfIn(filer: AcDbDxfFiler): this;
 dxfInFields(filer: AcDbDxfFiler): this;
 dxfOut(...args: unknown[]): unknown;
 dxfOutFields(filer: AcDbDxfFiler): this;
 entries(): IterableIterator<[string, AcDbGroup]>;
 getAt(name: string): AcDbGroup | undefined;
 getAttr(attrName: string): any;
 getAttrWithoutException(attrName: string): any;
 getIdAt(id: string): AcDbGroup | undefined;
 getXData(appId: string): AcDbResultBuffer | undefined;
 has(name: string): boolean;
 hasId(id: string): boolean;
 newIterator(): AcDbObjectIterator<AcDbGroup>;
 remove(name: string): boolean;
 removeAll(): void;
 removeId(id: string): boolean;
 removeXData(appId: string): void;
 restoreFrom(snapshot: this): void;
 setAt(key: string, value: AcDbGroup): void;
 setAttr<A extends string>(attrName: A, val?: AcDbObjectAttrs[A]): void;
 setXData(resbuf: AcDbResultBuffer): void;
 };
 imageDefinition: {
 attrs: {
 attributes: {
 extensionDictionary?: string;
 objectId?: string;
 ownerId?: string;
 [key: string]: any;
 };
 changed: {
 extensionDictionary?: string;
 objectId?: string;
 ownerId?: string;
 [key: string]: any;
 };
 events: {
 attrChanged: {
 addEventListener(listener: (payload: ...) => ...): void;
 dispatch(payload?: (...) | (...), ...args: (...)[]): void;
 removeEventListener(listener: (payload: ...) => ...): void;
 replaceEventListener(listener: (payload: ...) => ...): void;
 };
 modelChanged: {
 addEventListener(listener: (payload: ...) => ...): void;
 dispatch(payload?: (...) | (...), ...args: (...)[]): void;
 removeEventListener(listener: (payload: ...) => ...): void;
 replaceEventListener(listener: (payload: ...) => ...): void;
 };
 };
 changedAttributes(diff?: Partial<AcDbObjectAttrs>): Partial<T>;
 clone(): AcCmObject<AcDbObjectAttrs>;
 get<A extends string>(key: A): AcDbObjectAttrs[A] | undefined;
 has(key: string): boolean;
 hasChanged(key?: string): boolean;
 previous<A extends string>(
 key: A,
 ): AcDbObjectAttrs[A] | null | undefined;
 previousAttributes(): Partial<T>;
 set<A extends string>(
 key: A,
 val?: AcDbObjectAttrs[A],
 options?: AcCmObjectOptions,
 ): this;
 set(key: Partial<T>, options?: AcCmObjectOptions): this;
 };
 database: { readonly transactionManager: { strictMode: boolean; startTransaction: () => AcDbDatabaseTransaction; currentTransaction: () => AcDbDatabaseTransaction | undefined; ... 20 more ...; flushPendingEntityModifiedEvents: () => void; }; ... 100 more ...; dxfInFields: (_filer: AcDbDxfFiler) => AcDbDatabase; };
 extensionDictionary: string
 | undefined;
 isTemp: any;
 numEntries: number;
 objectId: string;
 ownerId: string;
 clone(): this;
 clonePreservingIdentity(): this;
 close(): void;
 createExtensionDictionary(): string | undefined;
 dxfIn(filer: AcDbDxfFiler): this;
 dxfInFields(filer: AcDbDxfFiler): this;
 dxfOut(...args: unknown[]): unknown;
 dxfOutFields(filer: AcDbDxfFiler): this;
 entries(): IterableIterator<[string, AcDbRasterImageDef]>;
 getAt(name: string): AcDbRasterImageDef | undefined;
 getAttr(attrName: string): any;
 getAttrWithoutException(attrName: string): any;
 getIdAt(id: string): AcDbRasterImageDef | undefined;
 getXData(appId: string): AcDbResultBuffer | undefined;
 has(name: string): boolean;
 hasId(id: string): boolean;
 newIterator(): AcDbObjectIterator<AcDbRasterImageDef>;
 remove(name: string): boolean;
 removeAll(): void;
 removeId(id: string): boolean;
 removeXData(appId: string): void;
 restoreFrom(snapshot: this): void;
 setAt(key: string, value: AcDbRasterImageDef): void;
 setAttr<A extends string>(attrName: A, val?: AcDbObjectAttrs[A]): void;
 setXData(resbuf: AcDbResultBuffer): void;
 };
 layerFilter: {
 attrs: {
 attributes: {
 extensionDictionary?: string;
 objectId?: string;
 ownerId?: string;
 [key: string]: any;
 };
 changed: {
 extensionDictionary?: string;
 objectId?: string;
 ownerId?: string;
 [key: string]: any;
 };
 events: {
 attrChanged: {
 addEventListener(listener: (payload: ...) => ...): void;
 dispatch(payload?: (...) | (...), ...args: (...)[]): void;
 removeEventListener(listener: (payload: ...) => ...): void;
 replaceEventListener(listener: (payload: ...) => ...): void;
 };
 modelChanged: {
 addEventListener(listener: (payload: ...) => ...): void;
 dispatch(payload?: (...) | (...), ...args: (...)[]): void;
 removeEventListener(listener: (payload: ...) => ...): void;
 replaceEventListener(listener: (payload: ...) => ...): void;
 };
 };
 changedAttributes(diff?: Partial<AcDbObjectAttrs>): Partial<T>;
 clone(): AcCmObject<AcDbObjectAttrs>;
 get<A extends string>(key: A): AcDbObjectAttrs[A] | undefined;
 has(key: string): boolean;
 hasChanged(key?: string): boolean;
 previous<A extends string>(
 key: A,
 ): AcDbObjectAttrs[A] | null | undefined;
 previousAttributes(): Partial<T>;
 set<A extends string>(
 key: A,
 val?: AcDbObjectAttrs[A],
 options?: AcCmObjectOptions,
 ): this;
 set(key: Partial<T>, options?: AcCmObjectOptions): this;
 };
 database: { readonly transactionManager: { strictMode: boolean; startTransaction: () => AcDbDatabaseTransaction; currentTransaction: () => AcDbDatabaseTransaction | undefined; ... 20 more ...; flushPendingEntityModifiedEvents: () => void; }; ... 100 more ...; dxfInFields: (_filer: AcDbDxfFiler) => AcDbDatabase; };
 extensionDictionary: string
 | undefined;
 isTemp: any;
 numEntries: number;
 objectId: string;
 ownerId: string;
 clone(): this;
 clonePreservingIdentity(): this;
 close(): void;
 createExtensionDictionary(): string | undefined;
 dxfIn(filer: AcDbDxfFiler): this;
 dxfInFields(filer: AcDbDxfFiler): this;
 dxfOut(...args: unknown[]): unknown;
 dxfOutFields(filer: AcDbDxfFiler): this;
 entries(): IterableIterator<[string, AcDbLayerFilter]>;
 getAt(name: string): AcDbLayerFilter | undefined;
 getAttr(attrName: string): any;
 getAttrWithoutException(attrName: string): any;
 getIdAt(id: string): AcDbLayerFilter | undefined;
 getXData(appId: string): AcDbResultBuffer | undefined;
 has(name: string): boolean;
 hasId(id: string): boolean;
 newIterator(): AcDbObjectIterator<AcDbLayerFilter>;
 remove(name: string): boolean;
 removeAll(): void;
 removeId(id: string): boolean;
 removeXData(appId: string): void;
 restoreFrom(snapshot: this): void;
 setAt(key: string, value: AcDbLayerFilter): void;
 setAttr<A extends string>(attrName: A, val?: AcDbObjectAttrs[A]): void;
 setXData(resbuf: AcDbResultBuffer): void;
 };
 layerIndex: {
 attrs: {
 attributes: {
 extensionDictionary?: string;
 objectId?: string;
 ownerId?: string;
 [key: string]: any;
 };
 changed: {
 extensionDictionary?: string;
 objectId?: string;
 ownerId?: string;
 [key: string]: any;
 };
 events: {
 attrChanged: {
 addEventListener(listener: (payload: ...) => ...): void;
 dispatch(payload?: (...) | (...), ...args: (...)[]): void;
 removeEventListener(listener: (payload: ...) => ...): void;
 replaceEventListener(listener: (payload: ...) => ...): void;
 };
 modelChanged: {
 addEventListener(listener: (payload: ...) => ...): void;
 dispatch(payload?: (...) | (...), ...args: (...)[]): void;
 removeEventListener(listener: (payload: ...) => ...): void;
 replaceEventListener(listener: (payload: ...) => ...): void;
 };
 };
 changedAttributes(diff?: Partial<AcDbObjectAttrs>): Partial<T>;
 clone(): AcCmObject<AcDbObjectAttrs>;
 get<A extends string>(key: A): AcDbObjectAttrs[A] | undefined;
 has(key: string): boolean;
 hasChanged(key?: string): boolean;
 previous<A extends string>(
 key: A,
 ): AcDbObjectAttrs[A] | null | undefined;
 previousAttributes(): Partial<T>;
 set<A extends string>(
 key: A,
 val?: AcDbObjectAttrs[A],
 options?: AcCmObjectOptions,
 ): this;
 set(key: Partial<T>, options?: AcCmObjectOptions): this;
 };
 database: { readonly transactionManager: { strictMode: boolean; startTransaction: () => AcDbDatabaseTransaction; currentTransaction: () => AcDbDatabaseTransaction | undefined; ... 20 more ...; flushPendingEntityModifiedEvents: () => void; }; ... 100 more ...; dxfInFields: (_filer: AcDbDxfFiler) => AcDbDatabase; };
 extensionDictionary: string
 | undefined;
 isTemp: any;
 numEntries: number;
 objectId: string;
 ownerId: string;
 clone(): this;
 clonePreservingIdentity(): this;
 close(): void;
 createExtensionDictionary(): string | undefined;
 dxfIn(filer: AcDbDxfFiler): this;
 dxfInFields(filer: AcDbDxfFiler): this;
 dxfOut(...args: unknown[]): unknown;
 dxfOutFields(filer: AcDbDxfFiler): this;
 entries(): IterableIterator<[string, AcDbLayerIndex]>;
 getAt(name: string): AcDbLayerIndex | undefined;
 getAttr(attrName: string): any;
 getAttrWithoutException(attrName: string): any;
 getIdAt(id: string): AcDbLayerIndex | undefined;
 getXData(appId: string): AcDbResultBuffer | undefined;
 has(name: string): boolean;
 hasId(id: string): boolean;
 newIterator(): AcDbObjectIterator<AcDbLayerIndex>;
 remove(name: string): boolean;
 removeAll(): void;
 removeId(id: string): boolean;
 removeXData(appId: string): void;
 restoreFrom(snapshot: this): void;
 setAt(key: string, value: AcDbLayerIndex): void;
 setAttr<A extends string>(attrName: A, val?: AcDbObjectAttrs[A]): void;
 setXData(resbuf: AcDbResultBuffer): void;
 };
 layout: {
 attrs: {
 attributes: {
 extensionDictionary?: string;
 objectId?: string;
 ownerId?: string;
 [key: string]: any;
 };
 changed: {
 extensionDictionary?: string;
 objectId?: string;
 ownerId?: string;
 [key: string]: any;
 };
 events: {
 attrChanged: {
 addEventListener(listener: (payload: ...) => ...): void;
 dispatch(payload?: (...) | (...), ...args: (...)[]): void;
 removeEventListener(listener: (payload: ...) => ...): void;
 replaceEventListener(listener: (payload: ...) => ...): void;
 };
 modelChanged: {
 addEventListener(listener: (payload: ...) => ...): void;
 dispatch(payload?: (...) | (...), ...args: (...)[]): void;
 removeEventListener(listener: (payload: ...) => ...): void;
 replaceEventListener(listener: (payload: ...) => ...): void;
 };
 };
 changedAttributes(diff?: Partial<AcDbObjectAttrs>): Partial<T>;
 clone(): AcCmObject<AcDbObjectAttrs>;
 get<A extends string>(key: A): AcDbObjectAttrs[A] | undefined;
 has(key: string): boolean;
 hasChanged(key?: string): boolean;
 previous<A extends string>(
 key: A,
 ): AcDbObjectAttrs[A] | null | undefined;
 previousAttributes(): Partial<T>;
 set<A extends string>(
 key: A,
 val?: AcDbObjectAttrs[A],
 options?: AcCmObjectOptions,
 ): this;
 set(key: Partial<T>, options?: AcCmObjectOptions): this;
 };
 database: { readonly transactionManager: { strictMode: boolean; startTransaction: () => AcDbDatabaseTransaction; currentTransaction: () => AcDbDatabaseTransaction | undefined; ... 20 more ...; flushPendingEntityModifiedEvents: () => void; }; ... 100 more ...; dxfInFields: (_filer: AcDbDxfFiler) => AcDbDatabase; };
 extensionDictionary: string
 | undefined;
 isTemp: any;
 maxTabOrder: number;
 numEntries: number;
 objectId: string;
 ownerId: string;
 clone(): this;
 clonePreservingIdentity(): this;
 close(): void;
 createExtensionDictionary(): string | undefined;
 dxfIn(filer: AcDbDxfFiler): this;
 dxfInFields(filer: AcDbDxfFiler): this;
 dxfOut(...args: unknown[]): unknown;
 dxfOutFields(filer: AcDbDxfFiler): this;
 entries(): IterableIterator<[string, AcDbLayout]>;
 getAt(name: string): AcDbLayout | undefined;
 getAttr(attrName: string): any;
 getAttrWithoutException(attrName: string): any;
 getBtrIdAt(id: string): AcDbLayout | undefined;
 getIdAt(id: string): AcDbLayout | undefined;
 getXData(appId: string): AcDbResultBuffer | undefined;
 has(name: string): boolean;
 hasId(id: string): boolean;
 newIterator(): AcDbObjectIterator<AcDbLayout>;
 remove(name: string): boolean;
 removeAll(): void;
 removeId(id: string): boolean;
 removeXData(appId: string): void;
 restoreFrom(snapshot: this): void;
 setAt(key: string, value: AcDbLayout): void;
 setAttr<A extends string>(attrName: A, val?: AcDbObjectAttrs[A]): void;
 setXData(resbuf: AcDbResultBuffer): void;
 };
 mleaderStyle: {
 attrs: {
 attributes: {
 extensionDictionary?: string;
 objectId?: string;
 ownerId?: string;
 [key: string]: any;
 };
 changed: {
 extensionDictionary?: string;
 objectId?: string;
 ownerId?: string;
 [key: string]: any;
 };
 events: {
 attrChanged: {
 addEventListener(listener: (payload: ...) => ...): void;
 dispatch(payload?: (...) | (...), ...args: (...)[]): void;
 removeEventListener(listener: (payload: ...) => ...): void;
 replaceEventListener(listener: (payload: ...) => ...): void;
 };
 modelChanged: {
 addEventListener(listener: (payload: ...) => ...): void;
 dispatch(payload?: (...) | (...), ...args: (...)[]): void;
 removeEventListener(listener: (payload: ...) => ...): void;
 replaceEventListener(listener: (payload: ...) => ...): void;
 };
 };
 changedAttributes(diff?: Partial<AcDbObjectAttrs>): Partial<T>;
 clone(): AcCmObject<AcDbObjectAttrs>;
 get<A extends string>(key: A): AcDbObjectAttrs[A] | undefined;
 has(key: string): boolean;
 hasChanged(key?: string): boolean;
 previous<A extends string>(
 key: A,
 ): AcDbObjectAttrs[A] | null | undefined;
 previousAttributes(): Partial<T>;
 set<A extends string>(
 key: A,
 val?: AcDbObjectAttrs[A],
 options?: AcCmObjectOptions,
 ): this;
 set(key: Partial<T>, options?: AcCmObjectOptions): this;
 };
 database: { readonly transactionManager: { strictMode: boolean; startTransaction: () => AcDbDatabaseTransaction; currentTransaction: () => AcDbDatabaseTransaction | undefined; ... 20 more ...; flushPendingEntityModifiedEvents: () => void; }; ... 100 more ...; dxfInFields: (_filer: AcDbDxfFiler) => AcDbDatabase; };
 extensionDictionary: string
 | undefined;
 isTemp: any;
 numEntries: number;
 objectId: string;
 ownerId: string;
 clone(): this;
 clonePreservingIdentity(): this;
 close(): void;
 createExtensionDictionary(): string | undefined;
 dxfIn(filer: AcDbDxfFiler): this;
 dxfInFields(filer: AcDbDxfFiler): this;
 dxfOut(...args: unknown[]): unknown;
 dxfOutFields(filer: AcDbDxfFiler): this;
 entries(): IterableIterator<[string, AcDbMLeaderStyle]>;
 getAt(name: string): AcDbMLeaderStyle | undefined;
 getAttr(attrName: string): any;
 getAttrWithoutException(attrName: string): any;
 getIdAt(id: string): AcDbMLeaderStyle | undefined;
 getXData(appId: string): AcDbResultBuffer | undefined;
 has(name: string): boolean;
 hasId(id: string): boolean;
 newIterator(): AcDbObjectIterator<AcDbMLeaderStyle>;
 remove(name: string): boolean;
 removeAll(): void;
 removeId(id: string): boolean;
 removeXData(appId: string): void;
 restoreFrom(snapshot: this): void;
 setAt(key: string, value: AcDbMLeaderStyle): void;
 setAttr<A extends string>(attrName: A, val?: AcDbObjectAttrs[A]): void;
 setXData(resbuf: AcDbResultBuffer): void;
 };
 mlineStyle: {
 attrs: {
 attributes: {
 extensionDictionary?: string;
 objectId?: string;
 ownerId?: string;
 [key: string]: any;
 };
 changed: {
 extensionDictionary?: string;
 objectId?: string;
 ownerId?: string;
 [key: string]: any;
 };
 events: {
 attrChanged: {
 addEventListener(listener: (payload: ...) => ...): void;
 dispatch(payload?: (...) | (...), ...args: (...)[]): void;
 removeEventListener(listener: (payload: ...) => ...): void;
 replaceEventListener(listener: (payload: ...) => ...): void;
 };
 modelChanged: {
 addEventListener(listener: (payload: ...) => ...): void;
 dispatch(payload?: (...) | (...), ...args: (...)[]): void;
 removeEventListener(listener: (payload: ...) => ...): void;
 replaceEventListener(listener: (payload: ...) => ...): void;
 };
 };
 changedAttributes(diff?: Partial<AcDbObjectAttrs>): Partial<T>;
 clone(): AcCmObject<AcDbObjectAttrs>;
 get<A extends string>(key: A): AcDbObjectAttrs[A] | undefined;
 has(key: string): boolean;
 hasChanged(key?: string): boolean;
 previous<A extends string>(
 key: A,
 ): AcDbObjectAttrs[A] | null | undefined;
 previousAttributes(): Partial<T>;
 set<A extends string>(
 key: A,
 val?: AcDbObjectAttrs[A],
 options?: AcCmObjectOptions,
 ): this;
 set(key: Partial<T>, options?: AcCmObjectOptions): this;
 };
 database: { readonly transactionManager: { strictMode: boolean; startTransaction: () => AcDbDatabaseTransaction; currentTransaction: () => AcDbDatabaseTransaction | undefined; ... 20 more ...; flushPendingEntityModifiedEvents: () => void; }; ... 100 more ...; dxfInFields: (_filer: AcDbDxfFiler) => AcDbDatabase; };
 extensionDictionary: string
 | undefined;
 isTemp: any;
 numEntries: number;
 objectId: string;
 ownerId: string;
 clone(): this;
 clonePreservingIdentity(): this;
 close(): void;
 createExtensionDictionary(): string | undefined;
 dxfIn(filer: AcDbDxfFiler): this;
 dxfInFields(filer: AcDbDxfFiler): this;
 dxfOut(...args: unknown[]): unknown;
 dxfOutFields(filer: AcDbDxfFiler): this;
 entries(): IterableIterator<[string, AcDbMlineStyle]>;
 getAt(name: string): AcDbMlineStyle | undefined;
 getAttr(attrName: string): any;
 getAttrWithoutException(attrName: string): any;
 getIdAt(id: string): AcDbMlineStyle | undefined;
 getXData(appId: string): AcDbResultBuffer | undefined;
 has(name: string): boolean;
 hasId(id: string): boolean;
 newIterator(): AcDbObjectIterator<AcDbMlineStyle>;
 remove(name: string): boolean;
 removeAll(): void;
 removeId(id: string): boolean;
 removeXData(appId: string): void;
 restoreFrom(snapshot: this): void;
 setAt(key: string, value: AcDbMlineStyle): void;
 setAttr<A extends string>(attrName: A, val?: AcDbObjectAttrs[A]): void;
 setXData(resbuf: AcDbResultBuffer): void;
 };
 sortentsTable: {
 attrs: {
 attributes: {
 extensionDictionary?: string;
 objectId?: string;
 ownerId?: string;
 [key: string]: any;
 };
 changed: {
 extensionDictionary?: string;
 objectId?: string;
 ownerId?: string;
 [key: string]: any;
 };
 events: {
 attrChanged: {
 addEventListener(listener: (payload: ...) => ...): void;
 dispatch(payload?: (...) | (...), ...args: (...)[]): void;
 removeEventListener(listener: (payload: ...) => ...): void;
 replaceEventListener(listener: (payload: ...) => ...): void;
 };
 modelChanged: {
 addEventListener(listener: (payload: ...) => ...): void;
 dispatch(payload?: (...) | (...), ...args: (...)[]): void;
 removeEventListener(listener: (payload: ...) => ...): void;
 replaceEventListener(listener: (payload: ...) => ...): void;
 };
 };
 changedAttributes(diff?: Partial<AcDbObjectAttrs>): Partial<T>;
 clone(): AcCmObject<AcDbObjectAttrs>;
 get<A extends string>(key: A): AcDbObjectAttrs[A] | undefined;
 has(key: string): boolean;
 hasChanged(key?: string): boolean;
 previous<A extends string>(
 key: A,
 ): AcDbObjectAttrs[A] | null | undefined;
 previousAttributes(): Partial<T>;
 set<A extends string>(
 key: A,
 val?: AcDbObjectAttrs[A],
 options?: AcCmObjectOptions,
 ): this;
 set(key: Partial<T>, options?: AcCmObjectOptions): this;
 };
 database: { readonly transactionManager: { strictMode: boolean; startTransaction: () => AcDbDatabaseTransaction; currentTransaction: () => AcDbDatabaseTransaction | undefined; ... 20 more ...; flushPendingEntityModifiedEvents: () => void; }; ... 100 more ...; dxfInFields: (_filer: AcDbDxfFiler) => AcDbDatabase; };
 extensionDictionary: string
 | undefined;
 isTemp: any;
 numEntries: number;
 objectId: string;
 ownerId: string;
 clone(): this;
 clonePreservingIdentity(): this;
 close(): void;
 createExtensionDictionary(): string | undefined;
 dxfIn(filer: AcDbDxfFiler): this;
 dxfInFields(filer: AcDbDxfFiler): this;
 dxfOut(...args: unknown[]): unknown;
 dxfOutFields(filer: AcDbDxfFiler): this;
 entries(): IterableIterator<[string, AcDbSortentsTable]>;
 getAt(name: string): AcDbSortentsTable | undefined;
 getAttr(attrName: string): any;
 getAttrWithoutException(attrName: string): any;
 getIdAt(id: string): AcDbSortentsTable | undefined;
 getXData(appId: string): AcDbResultBuffer | undefined;
 has(name: string): boolean;
 hasId(id: string): boolean;
 newIterator(): AcDbObjectIterator<AcDbSortentsTable>;
 remove(name: string): boolean;
 removeAll(): void;
 removeId(id: string): boolean;
 removeXData(appId: string): void;
 restoreFrom(snapshot: this): void;
 setAt(key: string, value: AcDbSortentsTable): void;
 setAttr<A extends string>(attrName: A, val?: AcDbObjectAttrs[A]): void;
 setXData(resbuf: AcDbResultBuffer): void;
 };
 xrecord: {
 attrs: {
 attributes: {
 extensionDictionary?: string;
 objectId?: string;
 ownerId?: string;
 [key: string]: any;
 };
 changed: {
 extensionDictionary?: string;
 objectId?: string;
 ownerId?: string;
 [key: string]: any;
 };
 events: {
 attrChanged: {
 addEventListener(listener: (payload: ...) => ...): void;
 dispatch(payload?: (...) | (...), ...args: (...)[]): void;
 removeEventListener(listener: (payload: ...) => ...): void;
 replaceEventListener(listener: (payload: ...) => ...): void;
 };
 modelChanged: {
 addEventListener(listener: (payload: ...) => ...): void;
 dispatch(payload?: (...) | (...), ...args: (...)[]): void;
 removeEventListener(listener: (payload: ...) => ...): void;
 replaceEventListener(listener: (payload: ...) => ...): void;
 };
 };
 changedAttributes(diff?: Partial<AcDbObjectAttrs>): Partial<T>;
 clone(): AcCmObject<AcDbObjectAttrs>;
 get<A extends string>(key: A): AcDbObjectAttrs[A] | undefined;
 has(key: string): boolean;
 hasChanged(key?: string): boolean;
 previous<A extends string>(
 key: A,
 ): AcDbObjectAttrs[A] | null | undefined;
 previousAttributes(): Partial<T>;
 set<A extends string>(
 key: A,
 val?: AcDbObjectAttrs[A],
 options?: AcCmObjectOptions,
 ): this;
 set(key: Partial<T>, options?: AcCmObjectOptions): this;
 };
 database: { readonly transactionManager: { strictMode: boolean; startTransaction: () => AcDbDatabaseTransaction; currentTransaction: () => AcDbDatabaseTransaction | undefined; ... 20 more ...; flushPendingEntityModifiedEvents: () => void; }; ... 100 more ...; dxfInFields: (_filer: AcDbDxfFiler) => AcDbDatabase; };
 extensionDictionary: string
 | undefined;
 isTemp: any;
 numEntries: number;
 objectId: string;
 ownerId: string;
 clone(): this;
 clonePreservingIdentity(): this;
 close(): void;
 createExtensionDictionary(): string | undefined;
 dxfIn(filer: AcDbDxfFiler): this;
 dxfInFields(filer: AcDbDxfFiler): this;
 dxfOut(...args: unknown[]): unknown;
 dxfOutFields(filer: AcDbDxfFiler): this;
 entries(): IterableIterator<[string, AcDbXrecord]>;
 getAt(name: string): AcDbXrecord | undefined;
 getAttr(attrName: string): any;
 getAttrWithoutException(attrName: string): any;
 getIdAt(id: string): AcDbXrecord | undefined;
 getXData(appId: string): AcDbResultBuffer | undefined;
 has(name: string): boolean;
 hasId(id: string): boolean;
 newIterator(): AcDbObjectIterator<AcDbXrecord>;
 remove(name: string): boolean;
 removeAll(): void;
 removeId(id: string): boolean;
 removeXData(appId: string): void;
 restoreFrom(snapshot: this): void;
 setAt(key: string, value: AcDbXrecord): void;
 setAttr<A extends string>(attrName: A, val?: AcDbObjectAttrs[A]): void;
 setXData(resbuf: AcDbResultBuffer): void;
 };
 };
 orthomode: number;
 osmode: number;
 ownerId: string;
 pdmode: number;
 pdsize: number;
 psltscale: boolean;
 tables: {
 appIdTable: {
 attrs: {
 attributes: {
 extensionDictionary?: string;
 objectId?: string;
 ownerId?: string;
 [key: string]: any;
 };
 changed: {
 extensionDictionary?: string;
 objectId?: string;
 ownerId?: string;
 [key: string]: any;
 };
 events: {
 attrChanged: {
 addEventListener(listener: (payload: ...) => ...): void;
 dispatch(payload?: (...) | (...), ...args: (...)[]): void;
 removeEventListener(listener: (payload: ...) => ...): void;
 replaceEventListener(listener: (payload: ...) => ...): void;
 };
 modelChanged: {
 addEventListener(listener: (payload: ...) => ...): void;
 dispatch(payload?: (...) | (...), ...args: (...)[]): void;
 removeEventListener(listener: (payload: ...) => ...): void;
 replaceEventListener(listener: (payload: ...) => ...): void;
 };
 };
 changedAttributes(diff?: Partial<AcDbObjectAttrs>): Partial<T>;
 clone(): AcCmObject<AcDbObjectAttrs>;
 get<A extends string>(key: A): AcDbObjectAttrs[A] | undefined;
 has(key: string): boolean;
 hasChanged(key?: string): boolean;
 previous<A extends string>(
 key: A,
 ): AcDbObjectAttrs[A] | null | undefined;
 previousAttributes(): Partial<T>;
 set<A extends string>(
 key: A,
 val?: AcDbObjectAttrs[A],
 options?: AcCmObjectOptions,
 ): this;
 set(key: Partial<T>, options?: AcCmObjectOptions): this;
 };
 database: { readonly transactionManager: { strictMode: boolean; startTransaction: () => AcDbDatabaseTransaction; currentTransaction: () => AcDbDatabaseTransaction | undefined; ... 20 more ...; flushPendingEntityModifiedEvents: () => void; }; ... 100 more ...; dxfInFields: (_filer: AcDbDxfFiler) => AcDbDatabase; };
 extensionDictionary: string
 | undefined;
 isTemp: any;
 numEntries: number;
 objectId: string;
 ownerId: string;
 add(record: AcDbRegAppTableRecord): void;
 clone(): this;
 clonePreservingIdentity(): this;
 close(): void;
 createExtensionDictionary(): string | undefined;
 dxfIn(filer: AcDbDxfFiler): this;
 dxfInFields(_filer: AcDbDxfFiler): this;
 dxfOut(...args: unknown[]): unknown;
 dxfOutFields(filer: AcDbDxfFiler): this;
 getAt(name: string): AcDbRegAppTableRecord | undefined;
 getAttr(attrName: string): any;
 getAttrWithoutException(attrName: string): any;
 getIdAt(id: string): AcDbRegAppTableRecord | undefined;
 getOwnerIdAt(id: string): AcDbRegAppTableRecord | undefined;
 getXData(appId: string): AcDbResultBuffer | undefined;
 has(name: string): boolean;
 hasId(id: string): boolean;
 newIterator(
 iterateById?: boolean,
 ): AcDbObjectIterator<AcDbRegAppTableRecord>;
 remove(name: string): boolean;
 removeAll(): void;
 removeId(id: string): boolean;
 removeXData(appId: string): void;
 restoreFrom(snapshot: this): void;
 setAttr<A extends string>(attrName: A, val?: AcDbObjectAttrs[A]): void;
 setXData(resbuf: AcDbResultBuffer): void;
 };
 blockTable: {
 attrs: {
 attributes: {
 extensionDictionary?: string;
 objectId?: string;
 ownerId?: string;
 [key: string]: any;
 };
 changed: {
 extensionDictionary?: string;
 objectId?: string;
 ownerId?: string;
 [key: string]: any;
 };
 events: {
 attrChanged: {
 addEventListener(listener: (payload: ...) => ...): void;
 dispatch(payload?: (...) | (...), ...args: (...)[]): void;
 removeEventListener(listener: (payload: ...) => ...): void;
 replaceEventListener(listener: (payload: ...) => ...): void;
 };
 modelChanged: {
 addEventListener(listener: (payload: ...) => ...): void;
 dispatch(payload?: (...) | (...), ...args: (...)[]): void;
 removeEventListener(listener: (payload: ...) => ...): void;
 replaceEventListener(listener: (payload: ...) => ...): void;
 };
 };
 changedAttributes(diff?: Partial<AcDbObjectAttrs>): Partial<T>;
 clone(): AcCmObject<AcDbObjectAttrs>;
 get<A extends string>(key: A): AcDbObjectAttrs[A] | undefined;
 has(key: string): boolean;
 hasChanged(key?: string): boolean;
 previous<A extends string>(
 key: A,
 ): AcDbObjectAttrs[A] | null | undefined;
 previousAttributes(): Partial<T>;
 set<A extends string>(
 key: A,
 val?: AcDbObjectAttrs[A],
 options?: AcCmObjectOptions,
 ): this;
 set(key: Partial<T>, options?: AcCmObjectOptions): this;
 };
 database: { readonly transactionManager: { strictMode: boolean; startTransaction: () => AcDbDatabaseTransaction; currentTransaction: () => AcDbDatabaseTransaction | undefined; ... 20 more ...; flushPendingEntityModifiedEvents: () => void; }; ... 100 more ...; dxfInFields: (_filer: AcDbDxfFiler) => AcDbDatabase; };
 extensionDictionary: string
 | undefined;
 isTemp: any;
 modelSpace: {
 attrs: {
 attributes: {
 blockInsertUnits?: (...) | (...);
 blockScaling?: (...) | (...);
 explodability?: (...) | (...);
 extensionDictionary?: (...) | (...);
 flags?: (...) | (...);
 layoutId?: (...) | (...);
 name?: (...) | (...);
 objectId?: (...) | (...);
 origin?: (...) | (...);
 ownerId?: (...) | (...);
 pathName?: (...) | (...);
 previewIcon?: (...) | (...);
 [key: string]: any;
 };
 changed: {
 blockInsertUnits?: (...)
 | (...);
 blockScaling?: (...) | (...);
 explodability?: (...) | (...);
 extensionDictionary?: (...) | (...);
 flags?: (...) | (...);
 layoutId?: (...) | (...);
 name?: (...) | (...);
 objectId?: (...) | (...);
 origin?: (...) | (...);
 ownerId?: (...) | (...);
 pathName?: (...) | (...);
 previewIcon?: (...) | (...);
 [key: string]: any;
 };
 events: {
 attrChanged: {
 addEventListener(listener: ...): ...;
 dispatch(payload?: ..., ...args: ...): ...;
 removeEventListener(listener: ...): ...;
 replaceEventListener(listener: ...): ...;
 };
 modelChanged: {
 addEventListener(listener: ...): ...;
 dispatch(payload?: ..., ...args: ...): ...;
 removeEventListener(listener: ...): ...;
 replaceEventListener(listener: ...): ...;
 };
 };
 changedAttributes(diff?: Partial<(...)>): Partial<T>;
 clone(): AcCmObject<AcDbBlockTableRecordAttrs>;
 get<A extends string>(key: A): (...)[(...)] | undefined;
 has(key: string): boolean;
 hasChanged(key?: string): boolean;
 previous<A extends string>(key: A): (...)[(...)] | null | undefined;
 previousAttributes(): Partial<T>;
 set<A extends string>(
 key: A,
 val?: (...)[(...)],
 options?: AcCmObjectOptions,
 ): this;
 set(key: Partial<T>, options?: AcCmObjectOptions): this;
 };
 blockInsertUnits: AcDbUnitsValue;
 blockScaling: AcDbBlockScaling;
 database: { readonly transactionManager: { strictMode: boolean; startTransaction: () => AcDbDatabaseTransaction; currentTransaction: () => AcDbDatabaseTransaction | undefined; ... 20 more ...; flushPendingEntityModifiedEvents: () => void; }; ... 100 more ...; dxfInFields: (_filer: AcDbDxfFiler) => AcDbDatabase; };
 explodability: number;
 extensionDictionary: string
 | undefined;
 flags: number;
 isModelSapce: boolean;
 isOverlayReference: boolean;
 isPaperSapce: boolean;
 isTemp: any;
 isUnresolvedXref: boolean;
 isXref: boolean;
 layoutId: string;
 name: string;
 objectId: string;
 origin: {
 x: number;
 y: number;
 z: number;
 "[iterator]"(): Generator<number, void, unknown>;
 add(v: AcGeVectorLike): this;
 addScalar(s: number): this;
 addScaledVector(v: AcGeVector3dLike, s: number): this;
 addVectors(a: AcGeVector3dLike, b: AcGeVector3dLike): this;
 angleTo(v: AcGeVector3d): number;
 applyAxisAngle(axis: AcGeVector3dLike, angle: number): this;
 applyEuler(euler: AcGeEuler): this;
 applyMatrix3(m: AcGeMatrix2d): this;
 applyMatrix4(m: AcGeMatrix3d): this;
 applyNormalMatrix(m: AcGeMatrix2d): this;
 applyQuaternion(q: AcGeQuaternion): this;
 ceil(): this;
 clamp(min: AcGeVector3dLike, max: AcGeVector3dLike): this;
 clampLength(min: number, max: number): this;
 clampScalar(minVal: number, maxVal: number): this;
 clone(): AcGePoint3d;
 copy(v: AcGeVectorLike): this;
 cross(v: AcGeVector3dLike): this;
 crossVectors(a: AcGeVector3dLike, b: AcGeVector3dLike): this;
 distanceTo(v: AcGeVector3dLike): number;
 distanceToSquared(v: AcGeVector3dLike): number;
 divide(v: AcGeVector3dLike): this;
 divideScalar(scalar: number): this;
 dot(v: AcGeVector3dLike): number;
 equals(v: AcGeVector3dLike): boolean;
 floor(): this;
 fromArray(array: number[], offset?: number): this;
 getComponent(index: number): number;
 isParallelTo(vec: AcGeVector3d): boolean;
 length(): number;
 lengthSq(): number;
 lerp(v: AcGeVector3dLike, alpha: number): this;
 lerpVectors(
 v1: AcGeVector3dLike,
 v2: AcGeVector3dLike,
 alpha: number,
 ): this;
 manhattanDistanceTo(v: AcGeVector3dLike): number;
 manhattanLength(): number;
 max(v: AcGeVector3dLike): this;
 min(v: AcGeVector3dLike): this;
 multiply(v: AcGeVector3dLike): this;
 multiplyScalar(scalar: number): this;
 multiplyVectors(a: AcGeVector3dLike, b: AcGeVector3dLike): this;
 negate(): this;
 normalize(): this;
 projectOnPlane(planeNormal: AcGeVector3d): this;
 projectOnVector(v: AcGeVector3d): this;
 random(): this;
 randomDirection(): this;
 reflect(normal: AcGeVector3dLike): this;
 round(): this;
 roundToZero(): this;
 set(x: number, y: number, z: number): this;
 setComponent(index: number, value: number): this;
 setFromMatrix3Column(m: AcGeMatrix2d, index: number): this;
 setFromMatrixColumn(m: AcGeMatrix3d, index: number): this;
 setFromMatrixPosition(m: AcGeMatrix3d): this;
 setFromMatrixScale(m: AcGeMatrix3d): this;
 setLength(l: number): this;
 setScalar(scalar: number): this;
 setX(x: number): this;
 setY(y: number): this;
 setZ(z: number): this;
 sub(v: AcGeVector3dLike): this;
 subScalar(s: number): this;
 subVectors(a: AcGeVector3dLike, b: AcGeVector3dLike): this;
 toArray(
 array?: (...)[] | Float32Array<(...)>,
 offset?: number,
 ): (...)[] | Float32Array<(...)>;
 transformDirection(m: AcGeMatrix3d): this;
 };
 ownerId: string;
 pathName: string;
 previewIcon: | {
 "[toStringTag]": "Uint8Array";
 buffer: (...)
 | (...);
 byteLength: number;
 byteOffset: number;
 BYTES_PER_ELEMENT: number;
 length: number;
 "[iterator]"(): ArrayIterator<(...)>;
 at(index: number): (...) | (...);
 copyWithin(target: number, start: number, end?: (...) | (...)): this;
 entries(): ArrayIterator<(...)>;
 every(
 predicate: (value: ..., index: ..., array: this) => ...,
 thisArg?: any,
 ): boolean;
 fill(
 value: number,
 start?: (...) | (...),
 end?: (...) | (...),
 ): this;
 filter(
 predicate: (value: ..., index: ..., array: this) => ...,
 thisArg?: any,
 ): Uint8Array<(...)>;
 find(
 predicate: (value: ..., index: ..., obj: this) => ...,
 thisArg?: any,
 ): (...) | (...);
 findIndex(
 predicate: (value: ..., index: ..., obj: this) => ...,
 thisArg?: any,
 ): number;
 findLast<S extends number>(
 predicate: (
 value: ...,
 index: ...,
 array: this,
 ) => value is (...),
 thisArg?: any,
 ): (...) | (...);
 findLast(
 predicate: (value: ..., index: ..., array: this) => ...,
 thisArg?: any,
 ): (...) | (...);
 findLastIndex(
 predicate: (value: ..., index: ..., array: this) => ...,
 thisArg?: any,
 ): number;
 forEach(
 callbackfn: (value: ..., index: ..., array: this) => ...,
 thisArg?: any,
 ): void;
 includes(searchElement: number, fromIndex?: (...) | (...)): boolean;
 indexOf(searchElement: number, fromIndex?: (...) | (...)): number;
 join(separator?: (...) | (...)): string;
 keys(): ArrayIterator<(...)>;
 lastIndexOf(
 searchElement: number,
 fromIndex?: (...) | (...),
 ): number;
 map(
 callbackfn: (value: ..., index: ..., array: this) => ...,
 thisArg?: any,
 ): Uint8Array<(...)>;
 reduce(
 callbackfn: (
 previousValue: ...,
 currentValue: ...,
 currentIndex: ...,
 array: this,
 ) => ...,
 ): number;
 reduce(
 callbackfn: (
 previousValue: ...,
 currentValue: ...,
 currentIndex: ...,
 array: this,
 ) => ...,
 initialValue: number,
 ): number;
 reduce(
 callbackfn: (
 previousValue: ...,
 currentValue: ...,
 currentIndex: ...,
 array: this,
 ) => ...,
 initialValue: U,
 ): U;
 reduceRight(
 callbackfn: (
 previousValue: ...,
 currentValue: ...,
 currentIndex: ...,
 array: this,
 ) => ...,
 ): number;
 reduceRight(
 callbackfn: (
 previousValue: ...,
 currentValue: ...,
 currentIndex: ...,
 array: this,
 ) => ...,
 initialValue: number,
 ): number;
 reduceRight(
 callbackfn: (
 previousValue: ...,
 currentValue: ...,
 currentIndex: ...,
 array: this,
 ) => ...,
 initialValue: U,
 ): U;
 reverse(): this;
 set(array: ArrayLike<(...)>, offset?: (...) | (...)): void;
 slice(start?: (...) | (...), end?: (...) | (...)): Uint8Array<(...)>;
 some(
 predicate: (value: ..., index: ..., array: this) => ...,
 thisArg?: any,
 ): boolean;
 sort(compareFn?: (...) | (...)): this;
 subarray(
 begin?: (...) | (...),
 end?: (...) | (...),
 ): Uint8Array<(...)>;
 toLocaleString(): string;
 toLocaleString(
 locales: (...) | (...),
 options?: (...) | (...),
 ): string;
 toReversed(): Uint8Array<(...)>;
 toSorted(compareFn?: (...) | (...)): Uint8Array<(...)>;
 toString(): string;
 valueOf(): this;
 values(): ArrayIterator<(...)>;
 with(index: number, value: number): Uint8Array<(...)>;
 [key: number]: number;
 }
 | undefined;
 appendEntity(entity: AcDbEntity | AcDbEntity[]): void;
 clone(): this;
 clonePreservingIdentity(): this;
 close(): void;
 createExtensionDictionary(): string | undefined;
 dxfIn(filer: AcDbDxfFiler): this;
 dxfInFields(filer: AcDbDxfFiler): this;
 dxfOut(...args: unknown[]): unknown;
 dxfOutBlockBegin(filer: AcDbDxfFiler): this;
 dxfOutBlockEnd(filer: AcDbDxfFiler): this;
 dxfOutBlockRecord(filer: AcDbDxfFiler): this;
 dxfOutFields(filer: AcDbDxfFiler): this;
 getAttr(attrName: string): any;
 getAttrWithoutException(attrName: string): any;
 getIdAt(id: string): AcDbEntity | undefined;
 getXData(appId: string): AcDbResultBuffer | undefined;
 hasEntityId(id: string): boolean;
 newIterator(): AcDbObjectIterator<AcDbEntity>;
 removeEntity(objectId: string | string[]): boolean;
 removeXData(appId: string): void;
 restoreFrom(snapshot: this): void;
 setAttr<A extends string>(
 attrName: A,
 val?: AcDbBlockTableRecordAttrs[A],
 ): void;
 setXData(resbuf: AcDbResultBuffer): void;
 };
 numEntries: number;
 objectId: string;
 ownerId: string;
 add(record: AcDbBlockTableRecord): void;
 clone(): this;
 clonePreservingIdentity(): this;
 close(): void;
 createExtensionDictionary(): string | undefined;
 dxfIn(filer: AcDbDxfFiler): this;
 dxfInFields(_filer: AcDbDxfFiler): this;
 dxfOut(...args: unknown[]): unknown;
 dxfOutFields(filer: AcDbDxfFiler): this;
 getAt(name: string): AcDbBlockTableRecord | undefined;
 getAttr(attrName: string): any;
 getAttrWithoutException(attrName: string): any;
 getEntityById(id: string): AcDbEntity | undefined;
 getIdAt(id: string): AcDbBlockTableRecord | undefined;
 getOwnerIdAt(id: string): AcDbBlockTableRecord | undefined;
 getUnresolvedXrefs(): AcDbBlockTableRecord[];
 getXData(appId: string): AcDbResultBuffer | undefined;
 getXrefs(): AcDbBlockTableRecord[];
 has(name: string): boolean;
 hasId(id: string): boolean;
 newIterator(
 iterateById?: boolean,
 ): AcDbObjectIterator<AcDbBlockTableRecord>;
 remove(name: string): boolean;
 removeAll(): void;
 removeEntity(objectId: string | string[]): boolean;
 removeId(id: string): boolean;
 removeXData(appId: string): void;
 restoreFrom(snapshot: this): void;
 setAttr<A extends string>(attrName: A, val?: AcDbObjectAttrs[A]): void;
 setXData(resbuf: AcDbResultBuffer): void;
 };
 dimStyleTable: {
 attrs: {
 attributes: {
 extensionDictionary?: string;
 objectId?: string;
 ownerId?: string;
 [key: string]: any;
 };
 changed: {
 extensionDictionary?: string;
 objectId?: string;
 ownerId?: string;
 [key: string]: any;
 };
 events: {
 attrChanged: {
 addEventListener(listener: (payload: ...) => ...): void;
 dispatch(payload?: (...) | (...), ...args: (...)[]): void;
 removeEventListener(listener: (payload: ...) => ...): void;
 replaceEventListener(listener: (payload: ...) => ...): void;
 };
 modelChanged: {
 addEventListener(listener: (payload: ...) => ...): void;
 dispatch(payload?: (...) | (...), ...args: (...)[]): void;
 removeEventListener(listener: (payload: ...) => ...): void;
 replaceEventListener(listener: (payload: ...) => ...): void;
 };
 };
 changedAttributes(diff?: Partial<AcDbObjectAttrs>): Partial<T>;
 clone(): AcCmObject<AcDbObjectAttrs>;
 get<A extends string>(key: A): AcDbObjectAttrs[A] | undefined;
 has(key: string): boolean;
 hasChanged(key?: string): boolean;
 previous<A extends string>(
 key: A,
 ): AcDbObjectAttrs[A] | null | undefined;
 previousAttributes(): Partial<T>;
 set<A extends string>(
 key: A,
 val?: AcDbObjectAttrs[A],
 options?: AcCmObjectOptions,
 ): this;
 set(key: Partial<T>, options?: AcCmObjectOptions): this;
 };
 database: { readonly transactionManager: { strictMode: boolean; startTransaction: () => AcDbDatabaseTransaction; currentTransaction: () => AcDbDatabaseTransaction | undefined; ... 20 more ...; flushPendingEntityModifiedEvents: () => void; }; ... 100 more ...; dxfInFields: (_filer: AcDbDxfFiler) => AcDbDatabase; };
 extensionDictionary: string
 | undefined;
 isTemp: any;
 numEntries: number;
 objectId: string;
 ownerId: string;
 add(record: AcDbDimStyleTableRecord): void;
 clone(): this;
 clonePreservingIdentity(): this;
 close(): void;
 createExtensionDictionary(): string | undefined;
 dxfIn(filer: AcDbDxfFiler): this;
 dxfInFields(_filer: AcDbDxfFiler): this;
 dxfOut(...args: unknown[]): unknown;
 dxfOutFields(filer: AcDbDxfFiler): this;
 getAt(name: string): AcDbDimStyleTableRecord | undefined;
 getAttr(attrName: string): any;
 getAttrWithoutException(attrName: string): any;
 getIdAt(id: string): AcDbDimStyleTableRecord | undefined;
 getOwnerIdAt(id: string): AcDbDimStyleTableRecord | undefined;
 getXData(appId: string): AcDbResultBuffer | undefined;
 has(name: string): boolean;
 hasId(id: string): boolean;
 newIterator(
 iterateById?: boolean,
 ): AcDbObjectIterator<AcDbDimStyleTableRecord>;
 remove(name: string): boolean;
 removeAll(): void;
 removeId(id: string): boolean;
 removeXData(appId: string): void;
 restoreFrom(snapshot: this): void;
 setAttr<A extends string>(attrName: A, val?: AcDbObjectAttrs[A]): void;
 setXData(resbuf: AcDbResultBuffer): void;
 };
 layerTable: {
 attrs: {
 attributes: {
 extensionDictionary?: string;
 objectId?: string;
 ownerId?: string;
 [key: string]: any;
 };
 changed: {
 extensionDictionary?: string;
 objectId?: string;
 ownerId?: string;
 [key: string]: any;
 };
 events: {
 attrChanged: {
 addEventListener(listener: (payload: ...) => ...): void;
 dispatch(payload?: (...) | (...), ...args: (...)[]): void;
 removeEventListener(listener: (payload: ...) => ...): void;
 replaceEventListener(listener: (payload: ...) => ...): void;
 };
 modelChanged: {
 addEventListener(listener: (payload: ...) => ...): void;
 dispatch(payload?: (...) | (...), ...args: (...)[]): void;
 removeEventListener(listener: (payload: ...) => ...): void;
 replaceEventListener(listener: (payload: ...) => ...): void;
 };
 };
 changedAttributes(diff?: Partial<AcDbObjectAttrs>): Partial<T>;
 clone(): AcCmObject<AcDbObjectAttrs>;
 get<A extends string>(key: A): AcDbObjectAttrs[A] | undefined;
 has(key: string): boolean;
 hasChanged(key?: string): boolean;
 previous<A extends string>(
 key: A,
 ): AcDbObjectAttrs[A] | null | undefined;
 previousAttributes(): Partial<T>;
 set<A extends string>(
 key: A,
 val?: AcDbObjectAttrs[A],
 options?: AcCmObjectOptions,
 ): this;
 set(key: Partial<T>, options?: AcCmObjectOptions): this;
 };
 database: { readonly transactionManager: { strictMode: boolean; startTransaction: () => AcDbDatabaseTransaction; currentTransaction: () => AcDbDatabaseTransaction | undefined; ... 20 more ...; flushPendingEntityModifiedEvents: () => void; }; ... 100 more ...; dxfInFields: (_filer: AcDbDxfFiler) => AcDbDatabase; };
 extensionDictionary: string
 | undefined;
 isTemp: any;
 numEntries: number;
 objectId: string;
 ownerId: string;
 add(record: AcDbLayerTableRecord): void;
 clone(): this;
 clonePreservingIdentity(): this;
 close(): void;
 createExtensionDictionary(): string | undefined;
 dxfIn(filer: AcDbDxfFiler): this;
 dxfInFields(_filer: AcDbDxfFiler): this;
 dxfOut(...args: unknown[]): unknown;
 dxfOutFields(filer: AcDbDxfFiler): this;
 getAt(name: string): AcDbLayerTableRecord | undefined;
 getAttr(attrName: string): any;
 getAttrWithoutException(attrName: string): any;
 getIdAt(id: string): AcDbLayerTableRecord | undefined;
 getOwnerIdAt(id: string): AcDbLayerTableRecord | undefined;
 getXData(appId: string): AcDbResultBuffer | undefined;
 has(name: string): boolean;
 hasId(id: string): boolean;
 newIterator(
 iterateById?: boolean,
 ): AcDbObjectIterator<AcDbLayerTableRecord>;
 remove(name: string): boolean;
 removeAll(): void;
 removeId(id: string): boolean;
 removeXData(appId: string): void;
 restoreFrom(snapshot: this): void;
 setAttr<A extends string>(attrName: A, val?: AcDbObjectAttrs[A]): void;
 setXData(resbuf: AcDbResultBuffer): void;
 };
 linetypeTable: {
 attrs: {
 attributes: {
 extensionDictionary?: string;
 objectId?: string;
 ownerId?: string;
 [key: string]: any;
 };
 changed: {
 extensionDictionary?: string;
 objectId?: string;
 ownerId?: string;
 [key: string]: any;
 };
 events: {
 attrChanged: {
 addEventListener(listener: (payload: ...) => ...): void;
 dispatch(payload?: (...) | (...), ...args: (...)[]): void;
 removeEventListener(listener: (payload: ...) => ...): void;
 replaceEventListener(listener: (payload: ...) => ...): void;
 };
 modelChanged: {
 addEventListener(listener: (payload: ...) => ...): void;
 dispatch(payload?: (...) | (...), ...args: (...)[]): void;
 removeEventListener(listener: (payload: ...) => ...): void;
 replaceEventListener(listener: (payload: ...) => ...): void;
 };
 };
 changedAttributes(diff?: Partial<AcDbObjectAttrs>): Partial<T>;
 clone(): AcCmObject<AcDbObjectAttrs>;
 get<A extends string>(key: A): AcDbObjectAttrs[A] | undefined;
 has(key: string): boolean;
 hasChanged(key?: string): boolean;
 previous<A extends string>(
 key: A,
 ): AcDbObjectAttrs[A] | null | undefined;
 previousAttributes(): Partial<T>;
 set<A extends string>(
 key: A,
 val?: AcDbObjectAttrs[A],
 options?: AcCmObjectOptions,
 ): this;
 set(key: Partial<T>, options?: AcCmObjectOptions): this;
 };
 database: { readonly transactionManager: { strictMode: boolean; startTransaction: () => AcDbDatabaseTransaction; currentTransaction: () => AcDbDatabaseTransaction | undefined; ... 20 more ...; flushPendingEntityModifiedEvents: () => void; }; ... 100 more ...; dxfInFields: (_filer: AcDbDxfFiler) => AcDbDatabase; };
 extensionDictionary: string
 | undefined;
 isTemp: any;
 numEntries: number;
 objectId: string;
 ownerId: string;
 add(record: AcDbLinetypeTableRecord): void;
 clone(): this;
 clonePreservingIdentity(): this;
 close(): void;
 createExtensionDictionary(): string | undefined;
 dxfIn(filer: AcDbDxfFiler): this;
 dxfInFields(_filer: AcDbDxfFiler): this;
 dxfOut(...args: unknown[]): unknown;
 dxfOutFields(filer: AcDbDxfFiler): this;
 getAt(name: string): AcDbLinetypeTableRecord | undefined;
 getAttr(attrName: string): any;
 getAttrWithoutException(attrName: string): any;
 getIdAt(id: string): AcDbLinetypeTableRecord | undefined;
 getOwnerIdAt(id: string): AcDbLinetypeTableRecord | undefined;
 getXData(appId: string): AcDbResultBuffer | undefined;
 has(name: string): boolean;
 hasId(id: string): boolean;
 newIterator(
 iterateById?: boolean,
 ): AcDbObjectIterator<AcDbLinetypeTableRecord>;
 remove(name: string): boolean;
 removeAll(): void;
 removeId(id: string): boolean;
 removeXData(appId: string): void;
 restoreFrom(snapshot: this): void;
 setAttr<A extends string>(attrName: A, val?: AcDbObjectAttrs[A]): void;
 setXData(resbuf: AcDbResultBuffer): void;
 };
 textStyleTable: {
 attrs: {
 attributes: {
 extensionDictionary?: string;
 objectId?: string;
 ownerId?: string;
 [key: string]: any;
 };
 changed: {
 extensionDictionary?: string;
 objectId?: string;
 ownerId?: string;
 [key: string]: any;
 };
 events: {
 attrChanged: {
 addEventListener(listener: (payload: ...) => ...): void;
 dispatch(payload?: (...) | (...), ...args: (...)[]): void;
 removeEventListener(listener: (payload: ...) => ...): void;
 replaceEventListener(listener: (payload: ...) => ...): void;
 };
 modelChanged: {
 addEventListener(listener: (payload: ...) => ...): void;
 dispatch(payload?: (...) | (...), ...args: (...)[]): void;
 removeEventListener(listener: (payload: ...) => ...): void;
 replaceEventListener(listener: (payload: ...) => ...): void;
 };
 };
 changedAttributes(diff?: Partial<AcDbObjectAttrs>): Partial<T>;
 clone(): AcCmObject<AcDbObjectAttrs>;
 get<A extends string>(key: A): AcDbObjectAttrs[A] | undefined;
 has(key: string): boolean;
 hasChanged(key?: string): boolean;
 previous<A extends string>(
 key: A,
 ): AcDbObjectAttrs[A] | null | undefined;
 previousAttributes(): Partial<T>;
 set<A extends string>(
 key: A,
 val?: AcDbObjectAttrs[A],
 options?: AcCmObjectOptions,
 ): this;
 set(key: Partial<T>, options?: AcCmObjectOptions): this;
 };
 database: { readonly transactionManager: { strictMode: boolean; startTransaction: () => AcDbDatabaseTransaction; currentTransaction: () => AcDbDatabaseTransaction | undefined; ... 20 more ...; flushPendingEntityModifiedEvents: () => void; }; ... 100 more ...; dxfInFields: (_filer: AcDbDxfFiler) => AcDbDatabase; };
 extensionDictionary: string
 | undefined;
 fonts: string[];
 isTemp: any;
 numEntries: number;
 objectId: string;
 ownerId: string;
 shapeFiles: {
 attrs: {
 attributes: {
 bigFont?: ...;
 extendedFont?: ...;
 extensionDictionary?: ...;
 fixedTextHeight?: ...;
 font?: ...;
 lastHeight?: ...;
 name?: ...;
 objectId?: ...;
 obliqueAngle?: ...;
 ownerId?: ...;
 standardFlag?: ...;
 textGenerationFlag?: ...;
 widthFactor?: ...;
 [key: ...]: ...;
 };
 changed: {
 bigFont?: ...;
 extendedFont?: ...;
 extensionDictionary?: ...;
 fixedTextHeight?: ...;
 font?: ...;
 lastHeight?: ...;
 name?: ...;
 objectId?: ...;
 obliqueAngle?: ...;
 ownerId?: ...;
 standardFlag?: ...;
 textGenerationFlag?: ...;
 widthFactor?: ...;
 [key: ...]: ...;
 };
 events: { attrChanged: ...; modelChanged: ... };
 changedAttributes(diff?: (...) | (...)): Partial<(...)>;
 clone(): AcCmObject<(...)>;
 get<A extends string>(key: A): (...) | (...);
 has(key: string): boolean;
 hasChanged(key?: (...) | (...)): boolean;
 previous<A extends string>(key: A): (...) | (...) | (...);
 previousAttributes(): Partial<(...)>;
 set<A extends string>(
 key: A,
 val?: (...) | (...),
 options?: (...) | (...),
 ): this;
 set(key: Partial<(...)>, options?: (...) | (...)): this;
 };
 bigFontFileName: string;
 database: { readonly transactionManager: { strictMode: boolean; startTransaction: () => AcDbDatabaseTransaction; currentTransaction: () => AcDbDatabaseTransaction | undefined; ... 20 more ...; flushPendingEntityModifiedEvents: () => void; }; ... 100 more ...; dxfInFields: (_filer: AcDbDxfFiler) => AcDbDatabase; };
 extensionDictionary: string
 | undefined;
 fileName: string;
 isShapeFile: boolean;
 isTemp: any;
 isVertical: boolean;
 name: string;
 objectId: string;
 obliquingAngle: number;
 ownerId: string;
 priorSize: number;
 textSize: number;
 textStyle: {
 bigFont: string;
 extendedFont?: (...) | (...);
 fixedTextHeight: number;
 font: string;
 lastHeight: number;
 name: string;
 obliqueAngle: number;
 standardFlag: number;
 textGenerationFlag: number;
 widthFactor: number;
 };
 xScale: number;
 clone(): this;
 clonePreservingIdentity(): this;
 close(): void;
 createExtensionDictionary(): string | undefined;
 dxfIn(filer: AcDbDxfFiler): this;
 dxfInFields(filer: AcDbDxfFiler): this;
 dxfOut(...args: unknown[]): unknown;
 dxfOutFields(filer: AcDbDxfFiler): this;
 getAttr(attrName: string): any;
 getAttrWithoutException(attrName: string): any;
 getXData(appId: string): AcDbResultBuffer | undefined;
 removeXData(appId: string): void;
 restoreFrom(snapshot: this): void;
 setAttr<A extends string>(attrName: A, val?: (...)[(...)]): void;
 setXData(resbuf: AcDbResultBuffer): void;
 }[];
 add(record: AcDbTextStyleTableRecord): void;
 clone(): this;
 clonePreservingIdentity(): this;
 close(): void;
 createExtensionDictionary(): string | undefined;
 dxfIn(filer: AcDbDxfFiler): this;
 dxfInFields(_filer: AcDbDxfFiler): this;
 dxfOut(...args: unknown[]): unknown;
 dxfOutFields(filer: AcDbDxfFiler): this;
 getAt(name: string): AcDbTextStyleTableRecord | undefined;
 getAttr(attrName: string): any;
 getAttrWithoutException(attrName: string): any;
 getIdAt(id: string): AcDbTextStyleTableRecord | undefined;
 getOwnerIdAt(id: string): AcDbTextStyleTableRecord | undefined;
 getXData(appId: string): AcDbResultBuffer | undefined;
 has(name: string): boolean;
 hasId(id: string): boolean;
 newIterator(
 iterateById?: boolean,
 ): AcDbObjectIterator<AcDbTextStyleTableRecord>;
 remove(name: string): boolean;
 removeAll(): void;
 removeId(id: string): boolean;
 removeXData(appId: string): void;
 resolveAt(name?: string): AcDbTextStyleTableRecord | undefined;
 restoreFrom(snapshot: this): void;
 setAttr<A extends string>(attrName: A, val?: AcDbObjectAttrs[A]): void;
 setXData(resbuf: AcDbResultBuffer): void;
 };
 ucsTable: {
 attrs: {
 attributes: {
 extensionDictionary?: string;
 objectId?: string;
 ownerId?: string;
 [key: string]: any;
 };
 changed: {
 extensionDictionary?: string;
 objectId?: string;
 ownerId?: string;
 [key: string]: any;
 };
 events: {
 attrChanged: {
 addEventListener(listener: (payload: ...) => ...): void;
 dispatch(payload?: (...) | (...), ...args: (...)[]): void;
 removeEventListener(listener: (payload: ...) => ...): void;
 replaceEventListener(listener: (payload: ...) => ...): void;
 };
 modelChanged: {
 addEventListener(listener: (payload: ...) => ...): void;
 dispatch(payload?: (...) | (...), ...args: (...)[]): void;
 removeEventListener(listener: (payload: ...) => ...): void;
 replaceEventListener(listener: (payload: ...) => ...): void;
 };
 };
 changedAttributes(diff?: Partial<AcDbObjectAttrs>): Partial<T>;
 clone(): AcCmObject<AcDbObjectAttrs>;
 get<A extends string>(key: A): AcDbObjectAttrs[A] | undefined;
 has(key: string): boolean;
 hasChanged(key?: string): boolean;
 previous<A extends string>(
 key: A,
 ): AcDbObjectAttrs[A] | null | undefined;
 previousAttributes(): Partial<T>;
 set<A extends string>(
 key: A,
 val?: AcDbObjectAttrs[A],
 options?: AcCmObjectOptions,
 ): this;
 set(key: Partial<T>, options?: AcCmObjectOptions): this;
 };
 database: { readonly transactionManager: { strictMode: boolean; startTransaction: () => AcDbDatabaseTransaction; currentTransaction: () => AcDbDatabaseTransaction | undefined; ... 20 more ...; flushPendingEntityModifiedEvents: () => void; }; ... 100 more ...; dxfInFields: (_filer: AcDbDxfFiler) => AcDbDatabase; };
 extensionDictionary: string
 | undefined;
 isTemp: any;
 numEntries: number;
 objectId: string;
 ownerId: string;
 add(record: AcDbUcsTableRecord): void;
 clone(): this;
 clonePreservingIdentity(): this;
 close(): void;
 createExtensionDictionary(): string | undefined;
 dxfIn(filer: AcDbDxfFiler): this;
 dxfInFields(_filer: AcDbDxfFiler): this;
 dxfOut(...args: unknown[]): unknown;
 dxfOutFields(filer: AcDbDxfFiler): this;
 getAt(name: string): AcDbUcsTableRecord | undefined;
 getAttr(attrName: string): any;
 getAttrWithoutException(attrName: string): any;
 getIdAt(id: string): AcDbUcsTableRecord | undefined;
 getOwnerIdAt(id: string): AcDbUcsTableRecord | undefined;
 getXData(appId: string): AcDbResultBuffer | undefined;
 has(name: string): boolean;
 hasId(id: string): boolean;
 newIterator(
 iterateById?: boolean,
 ): AcDbObjectIterator<AcDbUcsTableRecord>;
 remove(name: string): boolean;
 removeAll(): void;
 removeId(id: string): boolean;
 removeXData(appId: string): void;
 restoreFrom(snapshot: this): void;
 setAttr<A extends string>(attrName: A, val?: AcDbObjectAttrs[A]): void;
 setXData(resbuf: AcDbResultBuffer): void;
 };
 viewportTable: {
 attrs: {
 attributes: {
 extensionDictionary?: string;
 objectId?: string;
 ownerId?: string;
 [key: string]: any;
 };
 changed: {
 extensionDictionary?: string;
 objectId?: string;
 ownerId?: string;
 [key: string]: any;
 };
 events: {
 attrChanged: {
 addEventListener(listener: (payload: ...) => ...): void;
 dispatch(payload?: (...) | (...), ...args: (...)[]): void;
 removeEventListener(listener: (payload: ...) => ...): void;
 replaceEventListener(listener: (payload: ...) => ...): void;
 };
 modelChanged: {
 addEventListener(listener: (payload: ...) => ...): void;
 dispatch(payload?: (...) | (...), ...args: (...)[]): void;
 removeEventListener(listener: (payload: ...) => ...): void;
 replaceEventListener(listener: (payload: ...) => ...): void;
 };
 };
 changedAttributes(diff?: Partial<AcDbObjectAttrs>): Partial<T>;
 clone(): AcCmObject<AcDbObjectAttrs>;
 get<A extends string>(key: A): AcDbObjectAttrs[A] | undefined;
 has(key: string): boolean;
 hasChanged(key?: string): boolean;
 previous<A extends string>(
 key: A,
 ): AcDbObjectAttrs[A] | null | undefined;
 previousAttributes(): Partial<T>;
 set<A extends string>(
 key: A,
 val?: AcDbObjectAttrs[A],
 options?: AcCmObjectOptions,
 ): this;
 set(key: Partial<T>, options?: AcCmObjectOptions): this;
 };
 database: { readonly transactionManager: { strictMode: boolean; startTransaction: () => AcDbDatabaseTransaction; currentTransaction: () => AcDbDatabaseTransaction | undefined; ... 20 more ...; flushPendingEntityModifiedEvents: () => void; }; ... 100 more ...; dxfInFields: (_filer: AcDbDxfFiler) => AcDbDatabase; };
 extensionDictionary: string
 | undefined;
 isTemp: any;
 numEntries: number;
 objectId: string;
 ownerId: string;
 add(record: AcDbViewportTableRecord): void;
 clone(): this;
 clonePreservingIdentity(): this;
 close(): void;
 createExtensionDictionary(): string | undefined;
 dxfIn(filer: AcDbDxfFiler): this;
 dxfInFields(_filer: AcDbDxfFiler): this;
 dxfOut(...args: unknown[]): unknown;
 dxfOutFields(filer: AcDbDxfFiler): this;
 getActiveVport(): AcDbViewportTableRecord | undefined;
 getActiveVportBox(
 canvasAspectRatio: number,
 drawingExtents?: AcGeBox2d,
 ): AcGeBox2d | undefined;
 getAt(name: string): AcDbViewportTableRecord | undefined;
 getAttr(attrName: string): any;
 getAttrWithoutException(attrName: string): any;
 getIdAt(id: string): AcDbViewportTableRecord | undefined;
 getOwnerIdAt(id: string): AcDbViewportTableRecord | undefined;
 getXData(appId: string): AcDbResultBuffer | undefined;
 has(name: string): boolean;
 hasId(id: string): boolean;
 newIterator(
 iterateById?: boolean,
 ): AcDbObjectIterator<AcDbViewportTableRecord>;
 remove(name: string): boolean;
 removeAll(): void;
 removeId(id: string): boolean;
 removeXData(appId: string): void;
 restoreFrom(snapshot: this): void;
 setAttr<A extends string>(attrName: A, val?: AcDbObjectAttrs[A]): void;
 setXData(resbuf: AcDbResultBuffer): void;
 };
 viewTable: {
 attrs: {
 attributes: {
 extensionDictionary?: string;
 objectId?: string;
 ownerId?: string;
 [key: string]: any;
 };
 changed: {
 extensionDictionary?: string;
 objectId?: string;
 ownerId?: string;
 [key: string]: any;
 };
 events: {
 attrChanged: {
 addEventListener(listener: (payload: ...) => ...): void;
 dispatch(payload?: (...) | (...), ...args: (...)[]): void;
 removeEventListener(listener: (payload: ...) => ...): void;
 replaceEventListener(listener: (payload: ...) => ...): void;
 };
 modelChanged: {
 addEventListener(listener: (payload: ...) => ...): void;
 dispatch(payload?: (...) | (...), ...args: (...)[]): void;
 removeEventListener(listener: (payload: ...) => ...): void;
 replaceEventListener(listener: (payload: ...) => ...): void;
 };
 };
 changedAttributes(diff?: Partial<AcDbObjectAttrs>): Partial<T>;
 clone(): AcCmObject<AcDbObjectAttrs>;
 get<A extends string>(key: A): AcDbObjectAttrs[A] | undefined;
 has(key: string): boolean;
 hasChanged(key?: string): boolean;
 previous<A extends string>(
 key: A,
 ): AcDbObjectAttrs[A] | null | undefined;
 previousAttributes(): Partial<T>;
 set<A extends string>(
 key: A,
 val?: AcDbObjectAttrs[A],
 options?: AcCmObjectOptions,
 ): this;
 set(key: Partial<T>, options?: AcCmObjectOptions): this;
 };
 database: { readonly transactionManager: { strictMode: boolean; startTransaction: () => AcDbDatabaseTransaction; currentTransaction: () => AcDbDatabaseTransaction | undefined; ... 20 more ...; flushPendingEntityModifiedEvents: () => void; }; ... 100 more ...; dxfInFields: (_filer: AcDbDxfFiler) => AcDbDatabase; };
 extensionDictionary: string
 | undefined;
 isTemp: any;
 numEntries: number;
 objectId: string;
 ownerId: string;
 add(record: AcDbViewTableRecord): void;
 clone(): this;
 clonePreservingIdentity(): this;
 close(): void;
 createExtensionDictionary(): string | undefined;
 dxfIn(filer: AcDbDxfFiler): this;
 dxfInFields(_filer: AcDbDxfFiler): this;
 dxfOut(...args: unknown[]): unknown;
 dxfOutFields(filer: AcDbDxfFiler): this;
 getAt(name: string): AcDbViewTableRecord | undefined;
 getAttr(attrName: string): any;
 getAttrWithoutException(attrName: string): any;
 getIdAt(id: string): AcDbViewTableRecord | undefined;
 getOwnerIdAt(id: string): AcDbViewTableRecord | undefined;
 getXData(appId: string): AcDbResultBuffer | undefined;
 has(name: string): boolean;
 hasId(id: string): boolean;
 newIterator(
 iterateById?: boolean,
 ): AcDbObjectIterator<AcDbViewTableRecord>;
 remove(name: string): boolean;
 removeAll(): void;
 removeId(id: string): boolean;
 removeXData(appId: string): void;
 restoreFrom(snapshot: this): void;
 setAttr<A extends string>(attrName: A, val?: AcDbObjectAttrs[A]): void;
 setXData(resbuf: AcDbResultBuffer): void;
 };
 };
 textstyle: string;
 thumbnailImage: | {
 "[toStringTag]": "Uint8Array";
 buffer: | {
 "[toStringTag]": "ArrayBuffer";
 byteLength: number;
 detached: boolean;
 maxByteLength: number;
 resizable: boolean;
 resize(newByteLength?: number): void;
 slice(begin?: number, end?: number): ArrayBuffer;
 transfer(newByteLength?: number): ArrayBuffer;
 transferToFixedLength(newByteLength?: number): ArrayBuffer;
 }
 | {
 "[toStringTag]": "SharedArrayBuffer";
 byteLength: number;
 growable: boolean;
 maxByteLength: number;
 grow(newByteLength?: number): void;
 slice(begin?: number, end?: number): SharedArrayBuffer;
 };
 byteLength: number;
 byteOffset: number;
 BYTES_PER_ELEMENT: number;
 length: number;
 "[iterator]"(): ArrayIterator<number>;
 at(index: number): number | undefined;
 copyWithin(target: number, start: number, end?: number): this;
 entries(): ArrayIterator<[number, number]>;
 every(
 predicate: (value: number, index: number, array: this) => unknown,
 thisArg?: any,
 ): boolean;
 fill(value: number, start?: number, end?: number): this;
 filter(
 predicate: (value: number, index: number, array: this) => any,
 thisArg?: any,
 ): Uint8Array<ArrayBuffer>;
 find(
 predicate: (value: number, index: number, obj: this) => boolean,
 thisArg?: any,
 ): number | undefined;
 findIndex(
 predicate: (value: number, index: number, obj: this) => boolean,
 thisArg?: any,
 ): number;
 findLast<S extends number>(
 predicate: (
 value: number,
 index: number,
 array: this,
 ) => value is S,
 thisArg?: any,
 ): S | undefined;
 findLast(
 predicate: (value: number, index: number, array: this) => unknown,
 thisArg?: any,
 ): number | undefined;
 findLastIndex(
 predicate: (value: number, index: number, array: this) => unknown,
 thisArg?: any,
 ): number;
 forEach(
 callbackfn: (value: number, index: number, array: this) => void,
 thisArg?: any,
 ): void;
 includes(searchElement: number, fromIndex?: number): boolean;
 indexOf(searchElement: number, fromIndex?: number): number;
 join(separator?: string): string;
 keys(): ArrayIterator<number>;
 lastIndexOf(searchElement: number, fromIndex?: number): number;
 map(
 callbackfn: (value: number, index: number, array: this) => number,
 thisArg?: any,
 ): Uint8Array<ArrayBuffer>;
 reduce(
 callbackfn: (
 previousValue: number,
 currentValue: number,
 currentIndex: number,
 array: this,
 ) => number,
 ): number;
 reduce(
 callbackfn: (
 previousValue: number,
 currentValue: number,
 currentIndex: number,
 array: this,
 ) => number,
 initialValue: number,
 ): number;
 reduce(
 callbackfn: (
 previousValue: U,
 currentValue: number,
 currentIndex: number,
 array: this,
 ) => U,
 initialValue: U,
 ): U;
 reduceRight(
 callbackfn: (
 previousValue: number,
 currentValue: number,
 currentIndex: number,
 array: this,
 ) => number,
 ): number;
 reduceRight(
 callbackfn: (
 previousValue: number,
 currentValue: number,
 currentIndex: number,
 array: this,
 ) => number,
 initialValue: number,
 ): number;
 reduceRight(
 callbackfn: (
 previousValue: U,
 currentValue: number,
 currentIndex: number,
 array: this,
 ) => U,
 initialValue: U,
 ): U;
 reverse(): this;
 set(array: ArrayLike<number>, offset?: number): void;
 slice(start?: number, end?: number): Uint8Array<ArrayBuffer>;
 some(
 predicate: (value: number, index: number, array: this) => unknown,
 thisArg?: any,
 ): boolean;
 sort(compareFn?: (a: number, b: number) => number): this;
 subarray(begin?: number, end?: number): Uint8Array<ArrayBufferLike>;
 toLocaleString(): string;
 toLocaleString(
 locales: string | string[],
 options?: NumberFormatOptions,
 ): string;
 toReversed(): Uint8Array<ArrayBuffer>;
 toSorted(
 compareFn?: (a: number, b: number) => number,
 ): Uint8Array<ArrayBuffer>;
 toString(): string;
 valueOf(): this;
 values(): ArrayIterator<number>;
 with(index: number, value: number): Uint8Array<ArrayBuffer>;
 [key: number]: number;
 }
 | undefined;
 tilemode: boolean;
 transactionManager: {
 strictMode: boolean;
 abortTransaction(): void;
 cancelUndoMark(): void;
 canRedo(): boolean;
 canUndo(): boolean;
 clearUndoStack(): void;
 commitTransaction(): void;
 currentTransaction(): AcDbDatabaseTransaction | undefined;
 endUndoMark(): void;
 flushPendingEntityModifiedEvents(): void;
 flushPendingLayerModifiedEvents(): void;
 hasTransaction(): boolean;
 isApplyingUndoRedo(): boolean;
 isOpenedForWriteInTransaction(objectId: string): boolean;
 isRecording(): boolean;
 recordAppend(container: AcDbChangeContainer, object: AcDbObject): void;
 recordRemove(container: AcDbChangeContainer, object: AcDbObject): void;
 recordSysvar(name: string, before: unknown): void;
 redo(): boolean;
 resolveSymbolTableName(table: { objectId: string }): string;
 runUndoable<T>(
 label: string,
 fn: (tr: AcDbDatabaseTransaction) => T,
 ): T;
 startTransaction(): AcDbDatabaseTransaction;
 startUndoMark(label?: string): void;
 undo(): boolean;
 };
 unitmode: number;
 version: {
 capabilities: {
 supportsBlockRecordTable: boolean;
 supportsClassesSection: boolean;
 supportsHandles: boolean;
 supportsLineWeight: boolean;
 supportsLwPolyline: boolean;
 supportsObjectsSection: boolean;
 supportsSubclassMarkers: boolean;
 supportsTransparency: boolean;
 supportsTrueColor: boolean;
 supportsUtf8CodePage: boolean;
 };
 name: string;
 value: number;
 };
 adoptExternalHandle(object: AcDbObject, preferredId: string): string;
 beginEventBatch(): void;
 clone(): this;
 clonePreservingIdentity(): this;
 close(): void;
 commitObjectHandle(
 object: AcDbObject,
 hasId?: (id: string) => boolean,
 ): void;
 createDefaultData(options?: AcDbCreateDefaultDataOptions): void;
 createExtensionDictionary(): string | undefined;
 dxfIn(filer: AcDbDxfFiler): this;
 dxfInFields(_filer: AcDbDxfFiler): this;
 dxfOut(
 _fileName?: string,
 precision?: number,
 version?: string | number | AcDbDwgVersion,
 optionsOrThumbnail?:
 | boolean
 | { format?: "ascii"
 | "binary"; saveThumbnailImage?: boolean },
 ): string | Uint8Array<ArrayBufferLike>;
 dxfOutFields(_filer: AcDbDxfFiler): this;
 endEventBatch(): void;
 endEventBatchChunked(
 chunkSize: number,
 onChunk?: (flushed: number, total: number) => void | Promise<void>,
 ): Promise<void>;
 ensureEntityStyleDefaults(entity: AcDbEntity): void;
 ensureTextStyleDefaults(): void;
 generateHandle(): string;
 generateUniqueHandle(): string;
 getAttr(attrName: string): any;
 getAttrWithoutException(attrName: string): any;
 getObjectById(
 id: string,
 _openErased?: boolean,
 ): AcDbObject<AcDbObjectAttrs> | undefined;
 getRootDictionaries(): AcDbDictionary<AcDbObject<AcDbObjectAttrs>>[];
 getXData(appId: string): AcDbResultBuffer | undefined;
 initializeHandleSeed(seed: string): void;
 isEventBatched(): boolean;
 isHandleTaken(
 objectId: string,
 except?: AcDbObject<AcDbObjectAttrs>,
 ): boolean;
 isLayerDrawable(layerName: string): boolean;
 isUndoRecording(): boolean;
 notifyDictObjectErased(object: AcDbObject, key: string): void;
 notifyDictObjectSet(object: AcDbObject, key: string): void;
 notifyEntityAppended(entity: AcDbEntity | AcDbEntity[]): void;
 notifyEntityErased(entity: AcDbEntity | AcDbEntity[]): void;
 openEntityForRead(
 entityOrId: string | AcDbEntity,
 ): AcDbEntity | undefined;
 openEntityForWrite(
 entityOrId: string | AcDbEntity,
 ): AcDbEntity | undefined;
 openObjectForRead<T extends AcDbObject<AcDbObjectAttrs>>(
 objectId: string,
 ): T | undefined;
 openObjectForWrite<T extends AcDbObject<AcDbObjectAttrs>>(
 objectId: string,
 ): T | undefined;
 openUri(url: string, options: AcDbOpenDatabaseOptions): Promise<void>;
 read(
 data: ArrayBuffer,
 options: AcDbOpenDatabaseOptions,
 fileType?: string,
 ): Promise<void>;
 regen(): Promise<void>;
 registerObjectHandle(object: AcDbObject): void;
 releaseObjectHandle(object: AcDbObject): void;
 removeXData(appId: string): void;
 restoreFrom(snapshot: this): void;
 runDatabaseEdit(label: string, fn: () => void): void;
 setAttr<A extends string>(attrName: A, val?: AcDbObjectAttrs[A]): void;
 setDwgName(value: string): void;
 setXData(resbuf: AcDbResultBuffer): void;
 updateMaxHandle(handle: string): void;
 };
 dxfPaperSpace: boolean;
 dxfTypeName: string;
 extensionDictionary: string
 | undefined;
 geometricExtents: {
 center: {
 x: number;
 y: number;
 z: number;
 "[iterator]"(): Generator<number, void, unknown>;
 add(v: AcGeVectorLike): this;
 addScalar(s: number): this;
 addScaledVector(v: AcGeVector3dLike, s: number): this;
 addVectors(a: AcGeVector3dLike, b: AcGeVector3dLike): this;
 angleTo(v: AcGeVector3d): number;
 applyAxisAngle(axis: AcGeVector3dLike, angle: number): this;
 applyEuler(euler: AcGeEuler): this;
 applyMatrix3(m: AcGeMatrix2d): this;
 applyMatrix4(m: AcGeMatrix3d): this;
 applyNormalMatrix(m: AcGeMatrix2d): this;
 applyQuaternion(q: AcGeQuaternion): this;
 ceil(): this;
 clamp(min: AcGeVector3dLike, max: AcGeVector3dLike): this;
 clampLength(min: number, max: number): this;
 clampScalar(minVal: number, maxVal: number): this;
 clone(): AcGeVector3d;
 copy(v: AcGeVectorLike): this;
 cross(v: AcGeVector3dLike): this;
 crossVectors(a: AcGeVector3dLike, b: AcGeVector3dLike): this;
 distanceTo(v: AcGeVector3dLike): number;
 distanceToSquared(v: AcGeVector3dLike): number;
 divide(v: AcGeVector3dLike): this;
 divideScalar(scalar: number): this;
 dot(v: AcGeVector3dLike): number;
 equals(v: AcGeVector3dLike): boolean;
 floor(): this;
 fromArray(array: number[], offset?: number): this;
 getComponent(index: number): number;
 isParallelTo(vec: AcGeVector3d): boolean;
 length(): number;
 lengthSq(): number;
 lerp(v: AcGeVector3dLike, alpha: number): this;
 lerpVectors(
 v1: AcGeVector3dLike,
 v2: AcGeVector3dLike,
 alpha: number,
 ): this;
 manhattanDistanceTo(v: AcGeVector3dLike): number;
 manhattanLength(): number;
 max(v: AcGeVector3dLike): this;
 min(v: AcGeVector3dLike): this;
 multiply(v: AcGeVector3dLike): this;
 multiplyScalar(scalar: number): this;
 multiplyVectors(a: AcGeVector3dLike, b: AcGeVector3dLike): this;
 negate(): this;
 normalize(): this;
 projectOnPlane(planeNormal: AcGeVector3d): this;
 projectOnVector(v: AcGeVector3d): this;
 random(): this;
 randomDirection(): this;
 reflect(normal: AcGeVector3dLike): this;
 round(): this;
 roundToZero(): this;
 set(x: number, y: number, z: number): this;
 setComponent(index: number, value: number): this;
 setFromMatrix3Column(m: AcGeMatrix2d, index: number): this;
 setFromMatrixColumn(m: AcGeMatrix3d, index: number): this;
 setFromMatrixPosition(m: AcGeMatrix3d): this;
 setFromMatrixScale(m: AcGeMatrix3d): this;
 setLength(l: number): this;
 setScalar(scalar: number): this;
 setX(x: number): this;
 setY(y: number): this;
 setZ(z: number): this;
 sub(v: AcGeVector3dLike): this;
 subScalar(s: number): this;
 subVectors(a: AcGeVector3dLike, b: AcGeVector3dLike): this;
 toArray(
 array?: number[] | Float32Array<ArrayBufferLike>,
 offset?: number,
 ): number[] | Float32Array<ArrayBufferLike>;
 transformDirection(m: AcGeMatrix3d): this;
 };
 max: {
 x: number;
 y: number;
 z: number;
 "[iterator]"(): Generator<number, void, unknown>;
 add(v: AcGeVectorLike): this;
 addScalar(s: number): this;
 addScaledVector(v: AcGeVector3dLike, s: number): this;
 addVectors(a: AcGeVector3dLike, b: AcGeVector3dLike): this;
 angleTo(v: AcGeVector3d): number;
 applyAxisAngle(axis: AcGeVector3dLike, angle: number): this;
 applyEuler(euler: AcGeEuler): this;
 applyMatrix3(m: AcGeMatrix2d): this;
 applyMatrix4(m: AcGeMatrix3d): this;
 applyNormalMatrix(m: AcGeMatrix2d): this;
 applyQuaternion(q: AcGeQuaternion): this;
 ceil(): this;
 clamp(min: AcGeVector3dLike, max: AcGeVector3dLike): this;
 clampLength(min: number, max: number): this;
 clampScalar(minVal: number, maxVal: number): this;
 clone(): AcGeVector3d;
 copy(v: AcGeVectorLike): this;
 cross(v: AcGeVector3dLike): this;
 crossVectors(a: AcGeVector3dLike, b: AcGeVector3dLike): this;
 distanceTo(v: AcGeVector3dLike): number;
 distanceToSquared(v: AcGeVector3dLike): number;
 divide(v: AcGeVector3dLike): this;
 divideScalar(scalar: number): this;
 dot(v: AcGeVector3dLike): number;
 equals(v: AcGeVector3dLike): boolean;
 floor(): this;
 fromArray(array: number[], offset?: number): this;
 getComponent(index: number): number;
 isParallelTo(vec: AcGeVector3d): boolean;
 length(): number;
 lengthSq(): number;
 lerp(v: AcGeVector3dLike, alpha: number): this;
 lerpVectors(
 v1: AcGeVector3dLike,
 v2: AcGeVector3dLike,
 alpha: number,
 ): this;
 manhattanDistanceTo(v: AcGeVector3dLike): number;
 manhattanLength(): number;
 max(v: AcGeVector3dLike): this;
 min(v: AcGeVector3dLike): this;
 multiply(v: AcGeVector3dLike): this;
 multiplyScalar(scalar: number): this;
 multiplyVectors(a: AcGeVector3dLike, b: AcGeVector3dLike): this;
 negate(): this;
 normalize(): this;
 projectOnPlane(planeNormal: AcGeVector3d): this;
 projectOnVector(v: AcGeVector3d): this;
 random(): this;
 randomDirection(): this;
 reflect(normal: AcGeVector3dLike): this;
 round(): this;
 roundToZero(): this;
 set(x: number, y: number, z: number): this;
 setComponent(index: number, value: number): this;
 setFromMatrix3Column(m: AcGeMatrix2d, index: number): this;
 setFromMatrixColumn(m: AcGeMatrix3d, index: number): this;
 setFromMatrixPosition(m: AcGeMatrix3d): this;
 setFromMatrixScale(m: AcGeMatrix3d): this;
 setLength(l: number): this;
 setScalar(scalar: number): this;
 setX(x: number): this;
 setY(y: number): this;
 setZ(z: number): this;
 sub(v: AcGeVector3dLike): this;
 subScalar(s: number): this;
 subVectors(a: AcGeVector3dLike, b: AcGeVector3dLike): this;
 toArray(
 array?: number[] | Float32Array<ArrayBufferLike>,
 offset?: number,
 ): number[] | Float32Array<ArrayBufferLike>;
 transformDirection(m: AcGeMatrix3d): this;
 };
 min: {
 x: number;
 y: number;
 z: number;
 "[iterator]"(): Generator<number, void, unknown>;
 add(v: AcGeVectorLike): this;
 addScalar(s: number): this;
 addScaledVector(v: AcGeVector3dLike, s: number): this;
 addVectors(a: AcGeVector3dLike, b: AcGeVector3dLike): this;
 angleTo(v: AcGeVector3d): number;
 applyAxisAngle(axis: AcGeVector3dLike, angle: number): this;
 applyEuler(euler: AcGeEuler): this;
 applyMatrix3(m: AcGeMatrix2d): this;
 applyMatrix4(m: AcGeMatrix3d): this;
 applyNormalMatrix(m: AcGeMatrix2d): this;
 applyQuaternion(q: AcGeQuaternion): this;
 ceil(): this;
 clamp(min: AcGeVector3dLike, max: AcGeVector3dLike): this;
 clampLength(min: number, max: number): this;
 clampScalar(minVal: number, maxVal: number): this;
 clone(): AcGeVector3d;
 copy(v: AcGeVectorLike): this;
 cross(v: AcGeVector3dLike): this;
 crossVectors(a: AcGeVector3dLike, b: AcGeVector3dLike): this;
 distanceTo(v: AcGeVector3dLike): number;
 distanceToSquared(v: AcGeVector3dLike): number;
 divide(v: AcGeVector3dLike): this;
 divideScalar(scalar: number): this;
 dot(v: AcGeVector3dLike): number;
 equals(v: AcGeVector3dLike): boolean;
 floor(): this;
 fromArray(array: number[], offset?: number): this;
 getComponent(index: number): number;
 isParallelTo(vec: AcGeVector3d): boolean;
 length(): number;
 lengthSq(): number;
 lerp(v: AcGeVector3dLike, alpha: number): this;
 lerpVectors(
 v1: AcGeVector3dLike,
 v2: AcGeVector3dLike,
 alpha: number,
 ): this;
 manhattanDistanceTo(v: AcGeVector3dLike): number;
 manhattanLength(): number;
 max(v: AcGeVector3dLike): this;
 min(v: AcGeVector3dLike): this;
 multiply(v: AcGeVector3dLike): this;
 multiplyScalar(scalar: number): this;
 multiplyVectors(a: AcGeVector3dLike, b: AcGeVector3dLike): this;
 negate(): this;
 normalize(): this;
 projectOnPlane(planeNormal: AcGeVector3d): this;
 projectOnVector(v: AcGeVector3d): this;
 random(): this;
 randomDirection(): this;
 reflect(normal: AcGeVector3dLike): this;
 round(): this;
 roundToZero(): this;
 set(x: number, y: number, z: number): this;
 setComponent(index: number, value: number): this;
 setFromMatrix3Column(m: AcGeMatrix2d, index: number): this;
 setFromMatrixColumn(m: AcGeMatrix3d, index: number): this;
 setFromMatrixPosition(m: AcGeMatrix3d): this;
 setFromMatrixScale(m: AcGeMatrix3d): this;
 setLength(l: number): this;
 setScalar(scalar: number): this;
 setX(x: number): this;
 setY(y: number): this;
 setZ(z: number): this;
 sub(v: AcGeVector3dLike): this;
 subScalar(s: number): this;
 subVectors(a: AcGeVector3dLike, b: AcGeVector3dLike): this;
 toArray(
 array?: number[] | Float32Array<ArrayBufferLike>,
 offset?: number,
 ): number[] | Float32Array<ArrayBufferLike>;
 transformDirection(m: AcGeMatrix3d): this;
 };
 size: {
 x: number;
 y: number;
 z: number;
 "[iterator]"(): Generator<number, void, unknown>;
 add(v: AcGeVectorLike): this;
 addScalar(s: number): this;
 addScaledVector(v: AcGeVector3dLike, s: number): this;
 addVectors(a: AcGeVector3dLike, b: AcGeVector3dLike): this;
 angleTo(v: AcGeVector3d): number;
 applyAxisAngle(axis: AcGeVector3dLike, angle: number): this;
 applyEuler(euler: AcGeEuler): this;
 applyMatrix3(m: AcGeMatrix2d): this;
 applyMatrix4(m: AcGeMatrix3d): this;
 applyNormalMatrix(m: AcGeMatrix2d): this;
 applyQuaternion(q: AcGeQuaternion): this;
 ceil(): this;
 clamp(min: AcGeVector3dLike, max: AcGeVector3dLike): this;
 clampLength(min: number, max: number): this;
 clampScalar(minVal: number, maxVal: number): this;
 clone(): AcGeVector3d;
 copy(v: AcGeVectorLike): this;
 cross(v: AcGeVector3dLike): this;
 crossVectors(a: AcGeVector3dLike, b: AcGeVector3dLike): this;
 distanceTo(v: AcGeVector3dLike): number;
 distanceToSquared(v: AcGeVector3dLike): number;
 divide(v: AcGeVector3dLike): this;
 divideScalar(scalar: number): this;
 dot(v: AcGeVector3dLike): number;
 equals(v: AcGeVector3dLike): boolean;
 floor(): this;
 fromArray(array: number[], offset?: number): this;
 getComponent(index: number): number;
 isParallelTo(vec: AcGeVector3d): boolean;
 length(): number;
 lengthSq(): number;
 lerp(v: AcGeVector3dLike, alpha: number): this;
 lerpVectors(
 v1: AcGeVector3dLike,
 v2: AcGeVector3dLike,
 alpha: number,
 ): this;
 manhattanDistanceTo(v: AcGeVector3dLike): number;
 manhattanLength(): number;
 max(v: AcGeVector3dLike): this;
 min(v: AcGeVector3dLike): this;
 multiply(v: AcGeVector3dLike): this;
 multiplyScalar(scalar: number): this;
 multiplyVectors(a: AcGeVector3dLike, b: AcGeVector3dLike): this;
 negate(): this;
 normalize(): this;
 projectOnPlane(planeNormal: AcGeVector3d): this;
 projectOnVector(v: AcGeVector3d): this;
 random(): this;
 randomDirection(): this;
 reflect(normal: AcGeVector3dLike): this;
 round(): this;
 roundToZero(): this;
 set(x: number, y: number, z: number): this;
 setComponent(index: number, value: number): this;
 setFromMatrix3Column(m: AcGeMatrix2d, index: number): this;
 setFromMatrixColumn(m: AcGeMatrix3d, index: number): this;
 setFromMatrixPosition(m: AcGeMatrix3d): this;
 setFromMatrixScale(m: AcGeMatrix3d): this;
 setLength(l: number): this;
 setScalar(scalar: number): this;
 setX(x: number): this;
 setY(y: number): this;
 setZ(z: number): this;
 sub(v: AcGeVector3dLike): this;
 subScalar(s: number): this;
 subVectors(a: AcGeVector3dLike, b: AcGeVector3dLike): this;
 toArray(
 array?: number[] | Float32Array<ArrayBufferLike>,
 offset?: number,
 ): number[] | Float32Array<ArrayBufferLike>;
 transformDirection(m: AcGeMatrix3d): this;
 };
 applyMatrix4(matrix: AcGeMatrix3d): this;
 clampPoint(point: AcGeVector3dLike, target: AcGeVector3d): AcGeVector3d;
 clone(): AcGeBox3d;
 containsBox(box: AcGeBox3d): boolean;
 containsPoint(point: AcGeVector3dLike): boolean;
 copy(box: AcGeBox3d): this;
 distanceToPoint(point: AcGeVector3dLike): number;
 equals(box: AcGeBox3d): boolean;
 expandByPoint(point: AcGeVector3dLike): this;
 expandByScalar(scalar: number): this;
 expandByVector(vector: AcGeVector3dLike): this;
 getCenter(target: AcGeVector3d): AcGeVector3d;
 getParameter(
 point: AcGeVector3dLike,
 target: AcGeVector3d,
 ): AcGeVector3d;
 getSize(target: AcGeVector3d): AcGeVector3d;
 intersect(box: AcGeBox3d): this;
 intersectsBox(box: AcGeBox3d): boolean;
 intersectsPlane(plane: AcGePlane): boolean;
 isEmpty(): boolean;
 makeEmpty(): this;
 set(min: AcGeVector3dLike, max: AcGeVector3dLike): this;
 setFromArray(array: number[]): this;
 setFromCenterAndSize(
 center: AcGeVector3dLike,
 size: AcGeVector3dLike,
 ): this;
 setFromPoints(points: AcGeVector3dLike[]): this;
 translate(offset: AcGeVector3dLike): this;
 union(box: AcGeBox3d): this;
 };
 isTemp: any;
 layer: string;
 lineStyle: {
 description: string;
 name: string;
 pattern?: {
 elementLength: number;
 elementTypeFlag: number;
 offsetX?: number;
 offsetY?: number;
 rotation?: number;
 scale?: number;
 shapeNumber?: number;
 styleObjectId?: string;
 text?: string;
 }[];
 standardFlag: number;
 totalPatternLength: number;
 type: AcGiStyleType;
 };
 lineType: string;
 linetypeScale: number;
 lineWeight: AcGiLineWeight;
 objectId: string;
 ownerId: string;
 properties: {
 groups: {
 groupName: string;
 properties: {
 accessor: { set?: (...)
 | (...); get(): unknown };
 editable?: boolean;
 itemSchema?: { properties: ... };
 name: string;
 options?: (...)[];
 skipTranslation?: boolean;
 type: AcDbEntityPropertyType;
 }[];
 }[];
 type: string;
 };
 resolvedColor: {
 blue: number
 | undefined;
 colorIndex: number | undefined;
 colorMethod: AcCmColorMethod;
 colorName: string | undefined;
 cssColor: string | undefined;
 green: number | undefined;
 hexColor: string | undefined;
 isByACI: boolean;
 isByBlock: boolean;
 isByColor: boolean;
 isByLayer: boolean;
 isForeground: boolean;
 red: number | undefined;
 RGB: number | undefined;
 clone(): AcCmColor;
 copy(other: AcCmColor): this;
 cssColorAlpha(alpha: number): string | undefined;
 equals(other: AcCmColor): boolean;
 setByBlock(value?: number): this;
 setByLayer(value?: number): this;
 setForeground(): this;
 setRGB(r: number, g: number, b: number): this;
 setRGBFromCss(cssString: string): this;
 setRGBValue(value: number | null | undefined): this;
 setScalar(scalar: number): this;
 toString(): string;
 };
 transparency: {
 alpha: number;
 isByAlpha: boolean;
 isByBlock: boolean;
 isByLayer: boolean;
 isClear: boolean;
 isInvalid: boolean;
 isSolid: boolean;
 method: AcCmTransparencyMethod;
 percentage: number
 | undefined;
 clone(): AcCmTransparency;
 equals(other: AcCmTransparency): boolean;
 serialize(): number;
 toString(): string;
 };
 type: string;
 visibility: boolean;
 clone(): this;
 clonePreservingIdentity(): this;
 close(): void;
 createExtensionDictionary(): string | undefined;
 dxfIn(filer: AcDbDxfFiler): this;
 dxfInFields(filer: AcDbDxfFiler): this;
 dxfOut(...args: unknown[]): unknown;
 dxfOutFields(filer: AcDbDxfFiler): this;
 erase(): boolean;
 getAttr(attrName: string): any;
 getAttrWithoutException(attrName: string): any;
 getXData(appId: string): AcDbResultBuffer | undefined;
 removeXData(appId: string): void;
 resolveEffectiveProperties(): void;
 restoreFrom(snapshot: this): void;
 setAttr<A extends string>(attrName: A, val?: AcDbObjectAttrs[A]): void;
 setXData(resbuf: AcDbResultBuffer): void;
 subGetGripPoints(): AcGePoint3d[];
 subGetOsnapPoints(
 osnapMode: AcDbOsnapMode,
 pickPoint: AcGePoint3dLike,
 lastPoint: AcGePoint3dLike,
 snapPoints: AcGePoint3dLike[],
 gsMark?: any,
 insertionMat?: AcGeMatrix3d,
 ): void;
 subMoveGripPointsAt(indices: number[], offset: AcGeVector3dLike): this;
 subWorldDraw(
 renderer: AcGiRenderer,
 delay?: boolean,
 ): AcGiEntity | undefined;
 transformBy(matrix: AcGeMatrix3d): this;
 worldDraw(
 renderer: AcGiRenderer,
 delay?: boolean,
 ): AcGiEntity | undefined;
 }
 | null,
 | AcDbEntity
 | {
 attrs: {
 attributes: {
 extensionDictionary?: string;
 objectId?: string;
 ownerId?: string;
 [key: string]: any;
 };
 changed: {
 extensionDictionary?: string;
 objectId?: string;
 ownerId?: string;
 [key: string]: any;
 };
 events: {
 attrChanged: {
 addEventListener(
 listener: (payload: AcCmObjectAttributeChangedEventArgs) => void,
 ): void;
 dispatch(
 payload?: AcCmObjectAttributeChangedEventArgs<AcDbObjectAttrs>,
 ...args: unknown[],
 ): void;
 removeEventListener(
 listener: (payload: AcCmObjectAttributeChangedEventArgs) => void,
 ): void;
 replaceEventListener(
 listener: (payload: AcCmObjectAttributeChangedEventArgs) => void,
 ): void;
 };
 modelChanged: {
 addEventListener(
 listener: (payload: AcCmObjectChangedEventArgs) => void,
 ): void;
 dispatch(
 payload?: AcCmObjectChangedEventArgs<AcDbObjectAttrs>,
 ...args: unknown[],
 ): void;
 removeEventListener(
 listener: (payload: AcCmObjectChangedEventArgs) => void,
 ): void;
 replaceEventListener(
 listener: (payload: AcCmObjectChangedEventArgs) => void,
 ): void;
 };
 };
 changedAttributes(diff?: Partial<AcDbObjectAttrs>): Partial<T>;
 clone(): AcCmObject<AcDbObjectAttrs>;
 get<A extends string>(key: A): AcDbObjectAttrs[A] | undefined;
 has(key: string): boolean;
 hasChanged(key?: string): boolean;
 previous<A extends string>(
 key: A,
 ): AcDbObjectAttrs[A] | null | undefined;
 previousAttributes(): Partial<T>;
 set<A extends string>(
 key: A,
 val?: AcDbObjectAttrs[A],
 options?: AcCmObjectOptions,
 ): this;
 set(key: Partial<T>, options?: AcCmObjectOptions): this;
 };
 color: {
 blue: number
 | undefined;
 colorIndex: number | undefined;
 colorMethod: AcCmColorMethod;
 colorName: string | undefined;
 cssColor: string | undefined;
 green: number | undefined;
 hexColor: string | undefined;
 isByACI: boolean;
 isByBlock: boolean;
 isByColor: boolean;
 isByLayer: boolean;
 isForeground: boolean;
 red: number | undefined;
 RGB: number | undefined;
 clone(): AcCmColor;
 copy(other: AcCmColor): this;
 cssColorAlpha(alpha: number): string | undefined;
 equals(other: AcCmColor): boolean;
 setByBlock(value?: number): this;
 setByLayer(value?: number): this;
 setForeground(): this;
 setRGB(r: number, g: number, b: number): this;
 setRGBFromCss(cssString: string): this;
 setRGBValue(value: number | null | undefined): this;
 setScalar(scalar: number): this;
 toString(): string;
 };
 database: {
 angbase: number;
 angdir: number;
 attrs: {
 attributes: {
 extensionDictionary?: string;
 objectId?: string;
 ownerId?: string;
 [key: string]: any;
 };
 changed: {
 extensionDictionary?: string;
 objectId?: string;
 ownerId?: string;
 [key: string]: any;
 };
 events: {
 attrChanged: {
 addEventListener(
 listener: (payload: AcCmObjectAttributeChangedEventArgs) => void,
 ): void;
 dispatch(
 payload?: AcCmObjectAttributeChangedEventArgs<AcDbObjectAttrs>,
 ...args: unknown[],
 ): void;
 removeEventListener(
 listener: (payload: AcCmObjectAttributeChangedEventArgs) => void,
 ): void;
 replaceEventListener(
 listener: (payload: AcCmObjectAttributeChangedEventArgs) => void,
 ): void;
 };
 modelChanged: {
 addEventListener(
 listener: (payload: AcCmObjectChangedEventArgs) => void,
 ): void;
 dispatch(
 payload?: AcCmObjectChangedEventArgs<AcDbObjectAttrs>,
 ...args: unknown[],
 ): void;
 removeEventListener(
 listener: (payload: AcCmObjectChangedEventArgs) => void,
 ): void;
 replaceEventListener(
 listener: (payload: AcCmObjectChangedEventArgs) => void,
 ): void;
 };
 };
 changedAttributes(diff?: Partial<AcDbObjectAttrs>): Partial<T>;
 clone(): AcCmObject<AcDbObjectAttrs>;
 get<A extends string>(key: A): AcDbObjectAttrs[A] | undefined;
 has(key: string): boolean;
 hasChanged(key?: string): boolean;
 previous<A extends string>(
 key: A,
 ): AcDbObjectAttrs[A] | null | undefined;
 previousAttributes(): Partial<T>;
 set<A extends string>(
 key: A,
 val?: AcDbObjectAttrs[A],
 options?: AcCmObjectOptions,
 ): this;
 set(key: Partial<T>, options?: AcCmObjectOptions): this;
 };
 aunits: number;
 auprec: number;
 cecolor: {
 blue: number
 | undefined;
 colorIndex: number | undefined;
 colorMethod: AcCmColorMethod;
 colorName: string | undefined;
 cssColor: string | undefined;
 green: number | undefined;
 hexColor: string | undefined;
 isByACI: boolean;
 isByBlock: boolean;
 isByColor: boolean;
 isByLayer: boolean;
 isForeground: boolean;
 red: number | undefined;
 RGB: number | undefined;
 clone(): AcCmColor;
 copy(other: AcCmColor): this;
 cssColorAlpha(alpha: number): string | undefined;
 equals(other: AcCmColor): boolean;
 setByBlock(value?: number): this;
 setByLayer(value?: number): this;
 setForeground(): this;
 setRGB(r: number, g: number, b: number): this;
 setRGBFromCss(cssString: string): this;
 setRGBValue(value: number | null | undefined): this;
 setScalar(scalar: number): this;
 toString(): string;
 };
 celtscale: number;
 celtype: string;
 celweight: AcGiLineWeight;
 cetransparency: {
 alpha: number;
 isByAlpha: boolean;
 isByBlock: boolean;
 isByLayer: boolean;
 isClear: boolean;
 isInvalid: boolean;
 isSolid: boolean;
 method: AcCmTransparencyMethod;
 percentage: number
 | undefined;
 clone(): AcCmTransparency;
 equals(other: AcCmTransparency): boolean;
 serialize(): number;
 toString(): string;
 };
 classes: readonly {
 appName: string;
 cppClassName: string;
 instanceCount: number;
 isEntity: boolean;
 name: string;
 proxyFlag: number;
 wasProxy: boolean;
 }[];
 clayer: string;
 cmleaderstyle: string;
 cmlscale: number;
 cmlstyle: string;
 currentSpaceId: string;
 database: { readonly transactionManager: { strictMode: boolean; startTransaction: () => AcDbDatabaseTransaction; currentTransaction: () => AcDbDatabaseTransaction | undefined; ... 20 more ...; flushPendingEntityModifiedEvents: () => void; }; ... 100 more ...; dxfInFields: (_filer: AcDbDxfFiler) => AcDbDatabase; };
 dimstyle: string;
 drawNoPlotLayers: boolean;
 dwgname: string;
 events: {
 dictObjectErased: {
 addEventListener(
 listener: (payload: AcDbDictObjectEventArgs) => void,
 ): void;
 dispatch(payload?: AcDbDictObjectEventArgs, ...args: unknown[]): void;
 removeEventListener(
 listener: (payload: AcDbDictObjectEventArgs) => void,
 ): void;
 replaceEventListener(
 listener: (payload: AcDbDictObjectEventArgs) => void,
 ): void;
 };
 dictObjetSet: {
 addEventListener(
 listener: (payload: AcDbDictObjectEventArgs) => void,
 ): void;
 dispatch(payload?: AcDbDictObjectEventArgs, ...args: unknown[]): void;
 removeEventListener(
 listener: (payload: AcDbDictObjectEventArgs) => void,
 ): void;
 replaceEventListener(
 listener: (payload: AcDbDictObjectEventArgs) => void,
 ): void;
 };
 entityAppended: {
 addEventListener(
 listener: (payload: AcDbEntityEventArgs) => void,
 ): void;
 dispatch(payload?: AcDbEntityEventArgs, ...args: unknown[]): void;
 removeEventListener(
 listener: (payload: AcDbEntityEventArgs) => void,
 ): void;
 replaceEventListener(
 listener: (payload: AcDbEntityEventArgs) => void,
 ): void;
 };
 entityErased: {
 addEventListener(
 listener: (payload: AcDbEntityEventArgs) => void,
 ): void;
 dispatch(payload?: AcDbEntityEventArgs, ...args: unknown[]): void;
 removeEventListener(
 listener: (payload: AcDbEntityEventArgs) => void,
 ): void;
 replaceEventListener(
 listener: (payload: AcDbEntityEventArgs) => void,
 ): void;
 };
 entityModified: {
 addEventListener(
 listener: (payload: AcDbEntityEventArgs) => void,
 ): void;
 dispatch(payload?: AcDbEntityEventArgs, ...args: unknown[]): void;
 removeEventListener(
 listener: (payload: AcDbEntityEventArgs) => void,
 ): void;
 replaceEventListener(
 listener: (payload: AcDbEntityEventArgs) => void,
 ): void;
 };
 layerAppended: {
 addEventListener(
 listener: (payload: AcDbLayerEventArgs) => void,
 ): void;
 dispatch(payload?: AcDbLayerEventArgs, ...args: unknown[]): void;
 removeEventListener(
 listener: (payload: AcDbLayerEventArgs) => void,
 ): void;
 replaceEventListener(
 listener: (payload: AcDbLayerEventArgs) => void,
 ): void;
 };
 layerErased: {
 addEventListener(
 listener: (payload: AcDbLayerEventArgs) => void,
 ): void;
 dispatch(payload?: AcDbLayerEventArgs, ...args: unknown[]): void;
 removeEventListener(
 listener: (payload: AcDbLayerEventArgs) => void,
 ): void;
 replaceEventListener(
 listener: (payload: AcDbLayerEventArgs) => void,
 ): void;
 };
 layerModified: {
 addEventListener(
 listener: (payload: AcDbLayerModifiedEventArgs) => void,
 ): void;
 dispatch(
 payload?: AcDbLayerModifiedEventArgs,
 ...args: unknown[],
 ): void;
 removeEventListener(
 listener: (payload: AcDbLayerModifiedEventArgs) => void,
 ): void;
 replaceEventListener(
 listener: (payload: AcDbLayerModifiedEventArgs) => void,
 ): void;
 };
 openFailed: {
 addEventListener(
 listener: (payload: AcDbOpenFailedEventArgs) => void,
 ): void;
 dispatch(payload?: AcDbOpenFailedEventArgs, ...args: unknown[]): void;
 removeEventListener(
 listener: (payload: AcDbOpenFailedEventArgs) => void,
 ): void;
 replaceEventListener(
 listener: (payload: AcDbOpenFailedEventArgs) => void,
 ): void;
 };
 openProgress: {
 addEventListener(
 listener: (payload: AcDbProgressdEventArgs) => void,
 ): void;
 dispatch(payload?: AcDbProgressdEventArgs, ...args: unknown[]): void;
 removeEventListener(
 listener: (payload: AcDbProgressdEventArgs) => void,
 ): void;
 replaceEventListener(
 listener: (payload: AcDbProgressdEventArgs) => void,
 ): void;
 };
 };
 extensionDictionary: string
 | undefined;
 extents: {
 center: {
 x: number;
 y: number;
 z: number;
 "[iterator]"(): Generator<number, void, unknown>;
 add(v: AcGeVectorLike): this;
 addScalar(s: number): this;
 addScaledVector(v: AcGeVector3dLike, s: number): this;
 addVectors(a: AcGeVector3dLike, b: AcGeVector3dLike): this;
 angleTo(v: AcGeVector3d): number;
 applyAxisAngle(axis: AcGeVector3dLike, angle: number): this;
 applyEuler(euler: AcGeEuler): this;
 applyMatrix3(m: AcGeMatrix2d): this;
 applyMatrix4(m: AcGeMatrix3d): this;
 applyNormalMatrix(m: AcGeMatrix2d): this;
 applyQuaternion(q: AcGeQuaternion): this;
 ceil(): this;
 clamp(min: AcGeVector3dLike, max: AcGeVector3dLike): this;
 clampLength(min: number, max: number): this;
 clampScalar(minVal: number, maxVal: number): this;
 clone(): AcGeVector3d;
 copy(v: AcGeVectorLike): this;
 cross(v: AcGeVector3dLike): this;
 crossVectors(a: AcGeVector3dLike, b: AcGeVector3dLike): this;
 distanceTo(v: AcGeVector3dLike): number;
 distanceToSquared(v: AcGeVector3dLike): number;
 divide(v: AcGeVector3dLike): this;
 divideScalar(scalar: number): this;
 dot(v: AcGeVector3dLike): number;
 equals(v: AcGeVector3dLike): boolean;
 floor(): this;
 fromArray(array: number[], offset?: number): this;
 getComponent(index: number): number;
 isParallelTo(vec: AcGeVector3d): boolean;
 length(): number;
 lengthSq(): number;
 lerp(v: AcGeVector3dLike, alpha: number): this;
 lerpVectors(
 v1: AcGeVector3dLike,
 v2: AcGeVector3dLike,
 alpha: number,
 ): this;
 manhattanDistanceTo(v: AcGeVector3dLike): number;
 manhattanLength(): number;
 max(v: AcGeVector3dLike): this;
 min(v: AcGeVector3dLike): this;
 multiply(v: AcGeVector3dLike): this;
 multiplyScalar(scalar: number): this;
 multiplyVectors(a: AcGeVector3dLike, b: AcGeVector3dLike): this;
 negate(): this;
 normalize(): this;
 projectOnPlane(planeNormal: AcGeVector3d): this;
 projectOnVector(v: AcGeVector3d): this;
 random(): this;
 randomDirection(): this;
 reflect(normal: AcGeVector3dLike): this;
 round(): this;
 roundToZero(): this;
 set(x: number, y: number, z: number): this;
 setComponent(index: number, value: number): this;
 setFromMatrix3Column(m: AcGeMatrix2d, index: number): this;
 setFromMatrixColumn(m: AcGeMatrix3d, index: number): this;
 setFromMatrixPosition(m: AcGeMatrix3d): this;
 setFromMatrixScale(m: AcGeMatrix3d): this;
 setLength(l: number): this;
 setScalar(scalar: number): this;
 setX(x: number): this;
 setY(y: number): this;
 setZ(z: number): this;
 sub(v: AcGeVector3dLike): this;
 subScalar(s: number): this;
 subVectors(a: AcGeVector3dLike, b: AcGeVector3dLike): this;
 toArray(
 array?: number[] | Float32Array<ArrayBufferLike>,
 offset?: number,
 ): number[] | Float32Array<ArrayBufferLike>;
 transformDirection(m: AcGeMatrix3d): this;
 };
 max: {
 x: number;
 y: number;
 z: number;
 "[iterator]"(): Generator<number, void, unknown>;
 add(v: AcGeVectorLike): this;
 addScalar(s: number): this;
 addScaledVector(v: AcGeVector3dLike, s: number): this;
 addVectors(a: AcGeVector3dLike, b: AcGeVector3dLike): this;
 angleTo(v: AcGeVector3d): number;
 applyAxisAngle(axis: AcGeVector3dLike, angle: number): this;
 applyEuler(euler: AcGeEuler): this;
 applyMatrix3(m: AcGeMatrix2d): this;
 applyMatrix4(m: AcGeMatrix3d): this;
 applyNormalMatrix(m: AcGeMatrix2d): this;
 applyQuaternion(q: AcGeQuaternion): this;
 ceil(): this;
 clamp(min: AcGeVector3dLike, max: AcGeVector3dLike): this;
 clampLength(min: number, max: number): this;
 clampScalar(minVal: number, maxVal: number): this;
 clone(): AcGeVector3d;
 copy(v: AcGeVectorLike): this;
 cross(v: AcGeVector3dLike): this;
 crossVectors(a: AcGeVector3dLike, b: AcGeVector3dLike): this;
 distanceTo(v: AcGeVector3dLike): number;
 distanceToSquared(v: AcGeVector3dLike): number;
 divide(v: AcGeVector3dLike): this;
 divideScalar(scalar: number): this;
 dot(v: AcGeVector3dLike): number;
 equals(v: AcGeVector3dLike): boolean;
 floor(): this;
 fromArray(array: number[], offset?: number): this;
 getComponent(index: number): number;
 isParallelTo(vec: AcGeVector3d): boolean;
 length(): number;
 lengthSq(): number;
 lerp(v: AcGeVector3dLike, alpha: number): this;
 lerpVectors(
 v1: AcGeVector3dLike,
 v2: AcGeVector3dLike,
 alpha: number,
 ): this;
 manhattanDistanceTo(v: AcGeVector3dLike): number;
 manhattanLength(): number;
 max(v: AcGeVector3dLike): this;
 min(v: AcGeVector3dLike): this;
 multiply(v: AcGeVector3dLike): this;
 multiplyScalar(scalar: number): this;
 multiplyVectors(a: AcGeVector3dLike, b: AcGeVector3dLike): this;
 negate(): this;
 normalize(): this;
 projectOnPlane(planeNormal: AcGeVector3d): this;
 projectOnVector(v: AcGeVector3d): this;
 random(): this;
 randomDirection(): this;
 reflect(normal: AcGeVector3dLike): this;
 round(): this;
 roundToZero(): this;
 set(x: number, y: number, z: number): this;
 setComponent(index: number, value: number): this;
 setFromMatrix3Column(m: AcGeMatrix2d, index: number): this;
 setFromMatrixColumn(m: AcGeMatrix3d, index: number): this;
 setFromMatrixPosition(m: AcGeMatrix3d): this;
 setFromMatrixScale(m: AcGeMatrix3d): this;
 setLength(l: number): this;
 setScalar(scalar: number): this;
 setX(x: number): this;
 setY(y: number): this;
 setZ(z: number): this;
 sub(v: AcGeVector3dLike): this;
 subScalar(s: number): this;
 subVectors(a: AcGeVector3dLike, b: AcGeVector3dLike): this;
 toArray(
 array?: number[] | Float32Array<ArrayBufferLike>,
 offset?: number,
 ): number[] | Float32Array<ArrayBufferLike>;
 transformDirection(m: AcGeMatrix3d): this;
 };
 min: {
 x: number;
 y: number;
 z: number;
 "[iterator]"(): Generator<number, void, unknown>;
 add(v: AcGeVectorLike): this;
 addScalar(s: number): this;
 addScaledVector(v: AcGeVector3dLike, s: number): this;
 addVectors(a: AcGeVector3dLike, b: AcGeVector3dLike): this;
 angleTo(v: AcGeVector3d): number;
 applyAxisAngle(axis: AcGeVector3dLike, angle: number): this;
 applyEuler(euler: AcGeEuler): this;
 applyMatrix3(m: AcGeMatrix2d): this;
 applyMatrix4(m: AcGeMatrix3d): this;
 applyNormalMatrix(m: AcGeMatrix2d): this;
 applyQuaternion(q: AcGeQuaternion): this;
 ceil(): this;
 clamp(min: AcGeVector3dLike, max: AcGeVector3dLike): this;
 clampLength(min: number, max: number): this;
 clampScalar(minVal: number, maxVal: number): this;
 clone(): AcGeVector3d;
 copy(v: AcGeVectorLike): this;
 cross(v: AcGeVector3dLike): this;
 crossVectors(a: AcGeVector3dLike, b: AcGeVector3dLike): this;
 distanceTo(v: AcGeVector3dLike): number;
 distanceToSquared(v: AcGeVector3dLike): number;
 divide(v: AcGeVector3dLike): this;
 divideScalar(scalar: number): this;
 dot(v: AcGeVector3dLike): number;
 equals(v: AcGeVector3dLike): boolean;
 floor(): this;
 fromArray(array: number[], offset?: number): this;
 getComponent(index: number): number;
 isParallelTo(vec: AcGeVector3d): boolean;
 length(): number;
 lengthSq(): number;
 lerp(v: AcGeVector3dLike, alpha: number): this;
 lerpVectors(
 v1: AcGeVector3dLike,
 v2: AcGeVector3dLike,
 alpha: number,
 ): this;
 manhattanDistanceTo(v: AcGeVector3dLike): number;
 manhattanLength(): number;
 max(v: AcGeVector3dLike): this;
 min(v: AcGeVector3dLike): this;
 multiply(v: AcGeVector3dLike): this;
 multiplyScalar(scalar: number): this;
 multiplyVectors(a: AcGeVector3dLike, b: AcGeVector3dLike): this;
 negate(): this;
 normalize(): this;
 projectOnPlane(planeNormal: AcGeVector3d): this;
 projectOnVector(v: AcGeVector3d): this;
 random(): this;
 randomDirection(): this;
 reflect(normal: AcGeVector3dLike): this;
 round(): this;
 roundToZero(): this;
 set(x: number, y: number, z: number): this;
 setComponent(index: number, value: number): this;
 setFromMatrix3Column(m: AcGeMatrix2d, index: number): this;
 setFromMatrixColumn(m: AcGeMatrix3d, index: number): this;
 setFromMatrixPosition(m: AcGeMatrix3d): this;
 setFromMatrixScale(m: AcGeMatrix3d): this;
 setLength(l: number): this;
 setScalar(scalar: number): this;
 setX(x: number): this;
 setY(y: number): this;
 setZ(z: number): this;
 sub(v: AcGeVector3dLike): this;
 subScalar(s: number): this;
 subVectors(a: AcGeVector3dLike, b: AcGeVector3dLike): this;
 toArray(
 array?: number[] | Float32Array<ArrayBufferLike>,
 offset?: number,
 ): number[] | Float32Array<ArrayBufferLike>;
 transformDirection(m: AcGeMatrix3d): this;
 };
 size: {
 x: number;
 y: number;
 z: number;
 "[iterator]"(): Generator<number, void, unknown>;
 add(v: AcGeVectorLike): this;
 addScalar(s: number): this;
 addScaledVector(v: AcGeVector3dLike, s: number): this;
 addVectors(a: AcGeVector3dLike, b: AcGeVector3dLike): this;
 angleTo(v: AcGeVector3d): number;
 applyAxisAngle(axis: AcGeVector3dLike, angle: number): this;
 applyEuler(euler: AcGeEuler): this;
 applyMatrix3(m: AcGeMatrix2d): this;
 applyMatrix4(m: AcGeMatrix3d): this;
 applyNormalMatrix(m: AcGeMatrix2d): this;
 applyQuaternion(q: AcGeQuaternion): this;
 ceil(): this;
 clamp(min: AcGeVector3dLike, max: AcGeVector3dLike): this;
 clampLength(min: number, max: number): this;
 clampScalar(minVal: number, maxVal: number): this;
 clone(): AcGeVector3d;
 copy(v: AcGeVectorLike): this;
 cross(v: AcGeVector3dLike): this;
 crossVectors(a: AcGeVector3dLike, b: AcGeVector3dLike): this;
 distanceTo(v: AcGeVector3dLike): number;
 distanceToSquared(v: AcGeVector3dLike): number;
 divide(v: AcGeVector3dLike): this;
 divideScalar(scalar: number): this;
 dot(v: AcGeVector3dLike): number;
 equals(v: AcGeVector3dLike): boolean;
 floor(): this;
 fromArray(array: number[], offset?: number): this;
 getComponent(index: number): number;
 isParallelTo(vec: AcGeVector3d): boolean;
 length(): number;
 lengthSq(): number;
 lerp(v: AcGeVector3dLike, alpha: number): this;
 lerpVectors(
 v1: AcGeVector3dLike,
 v2: AcGeVector3dLike,
 alpha: number,
 ): this;
 manhattanDistanceTo(v: AcGeVector3dLike): number;
 manhattanLength(): number;
 max(v: AcGeVector3dLike): this;
 min(v: AcGeVector3dLike): this;
 multiply(v: AcGeVector3dLike): this;
 multiplyScalar(scalar: number): this;
 multiplyVectors(a: AcGeVector3dLike, b: AcGeVector3dLike): this;
 negate(): this;
 normalize(): this;
 projectOnPlane(planeNormal: AcGeVector3d): this;
 projectOnVector(v: AcGeVector3d): this;
 random(): this;
 randomDirection(): this;
 reflect(normal: AcGeVector3dLike): this;
 round(): this;
 roundToZero(): this;
 set(x: number, y: number, z: number): this;
 setComponent(index: number, value: number): this;
 setFromMatrix3Column(m: AcGeMatrix2d, index: number): this;
 setFromMatrixColumn(m: AcGeMatrix3d, index: number): this;
 setFromMatrixPosition(m: AcGeMatrix3d): this;
 setFromMatrixScale(m: AcGeMatrix3d): this;
 setLength(l: number): this;
 setScalar(scalar: number): this;
 setX(x: number): this;
 setY(y: number): this;
 setZ(z: number): this;
 sub(v: AcGeVector3dLike): this;
 subScalar(s: number): this;
 subVectors(a: AcGeVector3dLike, b: AcGeVector3dLike): this;
 toArray(
 array?: number[] | Float32Array<ArrayBufferLike>,
 offset?: number,
 ): number[] | Float32Array<ArrayBufferLike>;
 transformDirection(m: AcGeMatrix3d): this;
 };
 applyMatrix4(matrix: AcGeMatrix3d): this;
 clampPoint(point: AcGeVector3dLike, target: AcGeVector3d): AcGeVector3d;
 clone(): AcGeBox3d;
 containsBox(box: AcGeBox3d): boolean;
 containsPoint(point: AcGeVector3dLike): boolean;
 copy(box: AcGeBox3d): this;
 distanceToPoint(point: AcGeVector3dLike): number;
 equals(box: AcGeBox3d): boolean;
 expandByPoint(point: AcGeVector3dLike): this;
 expandByScalar(scalar: number): this;
 expandByVector(vector: AcGeVector3dLike): this;
 getCenter(target: AcGeVector3d): AcGeVector3d;
 getParameter(
 point: AcGeVector3dLike,
 target: AcGeVector3d,
 ): AcGeVector3d;
 getSize(target: AcGeVector3d): AcGeVector3d;
 intersect(box: AcGeBox3d): this;
 intersectsBox(box: AcGeBox3d): boolean;
 intersectsPlane(plane: AcGePlane): boolean;
 isEmpty(): boolean;
 makeEmpty(): this;
 set(min: AcGeVector3dLike, max: AcGeVector3dLike): this;
 setFromArray(array: number[]): this;
 setFromCenterAndSize(
 center: AcGeVector3dLike,
 size: AcGeVector3dLike,
 ): this;
 setFromPoints(points: AcGeVector3dLike[]): this;
 translate(offset: AcGeVector3dLike): this;
 union(box: AcGeBox3d): this;
 };
 extmax: {
 x: number;
 y: number;
 z: number;
 "[iterator]"(): Generator<number, void, unknown>;
 add(v: AcGeVectorLike): this;
 addScalar(s: number): this;
 addScaledVector(v: AcGeVector3dLike, s: number): this;
 addVectors(a: AcGeVector3dLike, b: AcGeVector3dLike): this;
 angleTo(v: AcGeVector3d): number;
 applyAxisAngle(axis: AcGeVector3dLike, angle: number): this;
 applyEuler(euler: AcGeEuler): this;
 applyMatrix3(m: AcGeMatrix2d): this;
 applyMatrix4(m: AcGeMatrix3d): this;
 applyNormalMatrix(m: AcGeMatrix2d): this;
 applyQuaternion(q: AcGeQuaternion): this;
 ceil(): this;
 clamp(min: AcGeVector3dLike, max: AcGeVector3dLike): this;
 clampLength(min: number, max: number): this;
 clampScalar(minVal: number, maxVal: number): this;
 clone(): AcGePoint3d;
 copy(v: AcGeVectorLike): this;
 cross(v: AcGeVector3dLike): this;
 crossVectors(a: AcGeVector3dLike, b: AcGeVector3dLike): this;
 distanceTo(v: AcGeVector3dLike): number;
 distanceToSquared(v: AcGeVector3dLike): number;
 divide(v: AcGeVector3dLike): this;
 divideScalar(scalar: number): this;
 dot(v: AcGeVector3dLike): number;
 equals(v: AcGeVector3dLike): boolean;
 floor(): this;
 fromArray(array: number[], offset?: number): this;
 getComponent(index: number): number;
 isParallelTo(vec: AcGeVector3d): boolean;
 length(): number;
 lengthSq(): number;
 lerp(v: AcGeVector3dLike, alpha: number): this;
 lerpVectors(
 v1: AcGeVector3dLike,
 v2: AcGeVector3dLike,
 alpha: number,
 ): this;
 manhattanDistanceTo(v: AcGeVector3dLike): number;
 manhattanLength(): number;
 max(v: AcGeVector3dLike): this;
 min(v: AcGeVector3dLike): this;
 multiply(v: AcGeVector3dLike): this;
 multiplyScalar(scalar: number): this;
 multiplyVectors(a: AcGeVector3dLike, b: AcGeVector3dLike): this;
 negate(): this;
 normalize(): this;
 projectOnPlane(planeNormal: AcGeVector3d): this;
 projectOnVector(v: AcGeVector3d): this;
 random(): this;
 randomDirection(): this;
 reflect(normal: AcGeVector3dLike): this;
 round(): this;
 roundToZero(): this;
 set(x: number, y: number, z: number): this;
 setComponent(index: number, value: number): this;
 setFromMatrix3Column(m: AcGeMatrix2d, index: number): this;
 setFromMatrixColumn(m: AcGeMatrix3d, index: number): this;
 setFromMatrixPosition(m: AcGeMatrix3d): this;
 setFromMatrixScale(m: AcGeMatrix3d): this;
 setLength(l: number): this;
 setScalar(scalar: number): this;
 setX(x: number): this;
 setY(y: number): this;
 setZ(z: number): this;
 sub(v: AcGeVector3dLike): this;
 subScalar(s: number): this;
 subVectors(a: AcGeVector3dLike, b: AcGeVector3dLike): this;
 toArray(
 array?: number[] | Float32Array<ArrayBufferLike>,
 offset?: number,
 ): number[] | Float32Array<ArrayBufferLike>;
 transformDirection(m: AcGeMatrix3d): this;
 };
 extmin: {
 x: number;
 y: number;
 z: number;
 "[iterator]"(): Generator<number, void, unknown>;
 add(v: AcGeVectorLike): this;
 addScalar(s: number): this;
 addScaledVector(v: AcGeVector3dLike, s: number): this;
 addVectors(a: AcGeVector3dLike, b: AcGeVector3dLike): this;
 angleTo(v: AcGeVector3d): number;
 applyAxisAngle(axis: AcGeVector3dLike, angle: number): this;
 applyEuler(euler: AcGeEuler): this;
 applyMatrix3(m: AcGeMatrix2d): this;
 applyMatrix4(m: AcGeMatrix3d): this;
 applyNormalMatrix(m: AcGeMatrix2d): this;
 applyQuaternion(q: AcGeQuaternion): this;
 ceil(): this;
 clamp(min: AcGeVector3dLike, max: AcGeVector3dLike): this;
 clampLength(min: number, max: number): this;
 clampScalar(minVal: number, maxVal: number): this;
 clone(): AcGePoint3d;
 copy(v: AcGeVectorLike): this;
 cross(v: AcGeVector3dLike): this;
 crossVectors(a: AcGeVector3dLike, b: AcGeVector3dLike): this;
 distanceTo(v: AcGeVector3dLike): number;
 distanceToSquared(v: AcGeVector3dLike): number;
 divide(v: AcGeVector3dLike): this;
 divideScalar(scalar: number): this;
 dot(v: AcGeVector3dLike): number;
 equals(v: AcGeVector3dLike): boolean;
 floor(): this;
 fromArray(array: number[], offset?: number): this;
 getComponent(index: number): number;
 isParallelTo(vec: AcGeVector3d): boolean;
 length(): number;
 lengthSq(): number;
 lerp(v: AcGeVector3dLike, alpha: number): this;
 lerpVectors(
 v1: AcGeVector3dLike,
 v2: AcGeVector3dLike,
 alpha: number,
 ): this;
 manhattanDistanceTo(v: AcGeVector3dLike): number;
 manhattanLength(): number;
 max(v: AcGeVector3dLike): this;
 min(v: AcGeVector3dLike): this;
 multiply(v: AcGeVector3dLike): this;
 multiplyScalar(scalar: number): this;
 multiplyVectors(a: AcGeVector3dLike, b: AcGeVector3dLike): this;
 negate(): this;
 normalize(): this;
 projectOnPlane(planeNormal: AcGeVector3d): this;
 projectOnVector(v: AcGeVector3d): this;
 random(): this;
 randomDirection(): this;
 reflect(normal: AcGeVector3dLike): this;
 round(): this;
 roundToZero(): this;
 set(x: number, y: number, z: number): this;
 setComponent(index: number, value: number): this;
 setFromMatrix3Column(m: AcGeMatrix2d, index: number): this;
 setFromMatrixColumn(m: AcGeMatrix3d, index: number): this;
 setFromMatrixPosition(m: AcGeMatrix3d): this;
 setFromMatrixScale(m: AcGeMatrix3d): this;
 setLength(l: number): this;
 setScalar(scalar: number): this;
 setX(x: number): this;
 setY(y: number): this;
 setZ(z: number): this;
 sub(v: AcGeVector3dLike): this;
 subScalar(s: number): this;
 subVectors(a: AcGeVector3dLike, b: AcGeVector3dLike): this;
 toArray(
 array?: number[] | Float32Array<ArrayBufferLike>,
 offset?: number,
 ): number[] | Float32Array<ArrayBufferLike>;
 transformDirection(m: AcGeMatrix3d): this;
 };
 formatter: {
 formatAngle(radians: number, options?: AcDbFormatterOptions): string;
 formatLength(value: number, options?: AcDbFormatterOptions): string;
 formatPoint2d(
 point: AcGePoint2d,
 options?: AcDbFormatterOptions,
 ): string;
 formatPoint3d(
 point: AcGePoint3d,
 options?: AcDbFormatterOptions,
 ): string;
 };
 hpbackgroundcolor: {
 blue: number
 | undefined;
 colorIndex: number | undefined;
 colorMethod: AcCmColorMethod;
 colorName: string | undefined;
 cssColor: string | undefined;
 green: number | undefined;
 hexColor: string | undefined;
 isByACI: boolean;
 isByBlock: boolean;
 isByColor: boolean;
 isByLayer: boolean;
 isForeground: boolean;
 red: number | undefined;
 RGB: number | undefined;
 clone(): AcCmColor;
 copy(other: AcCmColor): this;
 cssColorAlpha(alpha: number): string | undefined;
 equals(other: AcCmColor): boolean;
 setByBlock(value?: number): this;
 setByLayer(value?: number): this;
 setForeground(): this;
 setRGB(r: number, g: number, b: number): this;
 setRGBFromCss(cssString: string): this;
 setRGBValue(value: number | null | undefined): this;
 setScalar(scalar: number): this;
 toString(): string;
 };
 hpcolor: {
 blue: number
 | undefined;
 colorIndex: number | undefined;
 colorMethod: AcCmColorMethod;
 colorName: string | undefined;
 cssColor: string | undefined;
 green: number | undefined;
 hexColor: string | undefined;
 isByACI: boolean;
 isByBlock: boolean;
 isByColor: boolean;
 isByLayer: boolean;
 isForeground: boolean;
 red: number | undefined;
 RGB: number | undefined;
 clone(): AcCmColor;
 copy(other: AcCmColor): this;
 cssColorAlpha(alpha: number): string | undefined;
 equals(other: AcCmColor): boolean;
 setByBlock(value?: number): this;
 setByLayer(value?: number): this;
 setForeground(): this;
 setRGB(r: number, g: number, b: number): this;
 setRGBFromCss(cssString: string): this;
 setRGBValue(value: number | null | undefined): this;
 setScalar(scalar: number): this;
 toString(): string;
 };
 hplayer: string;
 hptransparency: {
 alpha: number;
 isByAlpha: boolean;
 isByBlock: boolean;
 isByLayer: boolean;
 isClear: boolean;
 isInvalid: boolean;
 isSolid: boolean;
 method: AcCmTransparencyMethod;
 percentage: number
 | undefined;
 clone(): AcCmTransparency;
 equals(other: AcCmTransparency): boolean;
 serialize(): number;
 toString(): string;
 };
 insunits: number;
 isTemp: any;
 lastOpenError: AcDbOpenDatabaseError
 | null;
 layerFilters: {
 current:
 | {
 filterExpression: string;
 name: string;
 nestedFilters: readonly (
 { name: string; setName: (value: string) => boolean; filterExpression: string; setFilterExpression: (expression: string) => boolean; filterExpressionTree: () => AcLyBoolExpr | null; ... 18 more ...; showEditor: () => AcLyLayerFilterDialogResult; }
 )[];
 addNested(filter: AcLyLayerFilter): boolean;
 allowDelete(): boolean;
 allowNested(): boolean;
 allowRename(): boolean;
 compareTo(other: AcLyLayerFilter | null | undefined): boolean;
 dynamicallyGenerated(): boolean;
 filter(layer: AcDbLayerTableRecord): boolean;
 filterExpressionTree(): AcLyBoolExpr | null;
 generateNested(): boolean;
 getNestedFilters(): readonly AcLyLayerFilter[];
 isIdFilter(): boolean;
 isProxy(): boolean;
 parent(): AcLyLayerFilter | null;
 removeNested(filter: AcLyLayerFilter): boolean;
 setAllowDelete(value: boolean): void;
 setAllowRename(value: boolean): void;
 setDynamicallyGenerated(value: boolean): void;
 setFilterExpression(expression: string): boolean;
 setIsProxy(value: boolean): void;
 setName(value: string): boolean;
 showEditor(): AcLyLayerFilterDialogResult;
 }
 | null;
 root: {
 filterExpression: string;
 name: string;
 nestedFilters: readonly (
 { name: string; setName: (value: string) => boolean; filterExpression: string; setFilterExpression: (expression: string) => boolean; filterExpressionTree: () => AcLyBoolExpr | null; ... 18 more ...; showEditor: () => AcLyLayerFilterDialogResult; }
 )[];
 addNested(filter: AcLyLayerFilter): boolean;
 allowDelete(): boolean;
 allowNested(): boolean;
 allowRename(): boolean;
 compareTo(other: AcLyLayerFilter | null | undefined): boolean;
 dynamicallyGenerated(): boolean;
 filter(layer: AcDbLayerTableRecord): boolean;
 filterExpressionTree(): AcLyBoolExpr | null;
 generateNested(): boolean;
 getNestedFilters(): readonly AcLyLayerFilter[];
 isIdFilter(): boolean;
 isProxy(): boolean;
 parent(): AcLyLayerFilter | null;
 removeNested(filter: AcLyLayerFilter): boolean;
 setAllowDelete(value: boolean): void;
 setAllowRename(value: boolean): void;
 setDynamicallyGenerated(value: boolean): void;
 setFilterExpression(expression: string): boolean;
 setIsProxy(value: boolean): void;
 setName(value: string): boolean;
 showEditor(): AcLyLayerFilterDialogResult;
 };
 clone(): AcLyLayerFilterTree;
 };
 ltscale: number;
 lunits: number;
 luprec: number;
 lwdisplay: boolean;
 measurement: number;
 objectId: string;
 objects: {
 dictionary: {
 attrs: {
 attributes: {
 extensionDictionary?: string;
 objectId?: string;
 ownerId?: string;
 [key: string]: any;
 };
 changed: {
 extensionDictionary?: string;
 objectId?: string;
 ownerId?: string;
 [key: string]: any;
 };
 events: {
 attrChanged: {
 addEventListener(listener: (payload: ...) => ...): void;
 dispatch(payload?: (...) | (...), ...args: (...)[]): void;
 removeEventListener(listener: (payload: ...) => ...): void;
 replaceEventListener(listener: (payload: ...) => ...): void;
 };
 modelChanged: {
 addEventListener(listener: (payload: ...) => ...): void;
 dispatch(payload?: (...) | (...), ...args: (...)[]): void;
 removeEventListener(listener: (payload: ...) => ...): void;
 replaceEventListener(listener: (payload: ...) => ...): void;
 };
 };
 changedAttributes(diff?: Partial<AcDbObjectAttrs>): Partial<T>;
 clone(): AcCmObject<AcDbObjectAttrs>;
 get<A extends string>(key: A): AcDbObjectAttrs[A] | undefined;
 has(key: string): boolean;
 hasChanged(key?: string): boolean;
 previous<A extends string>(
 key: A,
 ): AcDbObjectAttrs[A] | null | undefined;
 previousAttributes(): Partial<T>;
 set<A extends string>(
 key: A,
 val?: AcDbObjectAttrs[A],
 options?: AcCmObjectOptions,
 ): this;
 set(key: Partial<T>, options?: AcCmObjectOptions): this;
 };
 database: { readonly transactionManager: { strictMode: boolean; startTransaction: () => AcDbDatabaseTransaction; currentTransaction: () => AcDbDatabaseTransaction | undefined; ... 20 more ...; flushPendingEntityModifiedEvents: () => void; }; ... 100 more ...; dxfInFields: (_filer: AcDbDxfFiler) => AcDbDatabase; };
 extensionDictionary: string
 | undefined;
 isTemp: any;
 numEntries: number;
 objectId: string;
 ownerId: string;
 clone(): this;
 clonePreservingIdentity(): this;
 close(): void;
 createExtensionDictionary(): string | undefined;
 dxfIn(filer: AcDbDxfFiler): this;
 dxfInFields(filer: AcDbDxfFiler): this;
 dxfOut(...args: unknown[]): unknown;
 dxfOutFields(filer: AcDbDxfFiler): this;
 entries(): IterableIterator<
 [string, AcDbDictionary<AcDbObject<(...)>>],
 >;
 getAt(
 name: string,
 ): AcDbDictionary<AcDbObject<AcDbObjectAttrs>> | undefined;
 getAttr(attrName: string): any;
 getAttrWithoutException(attrName: string): any;
 getIdAt(
 id: string,
 ): AcDbDictionary<AcDbObject<AcDbObjectAttrs>> | undefined;
 getXData(appId: string): AcDbResultBuffer | undefined;
 has(name: string): boolean;
 hasId(id: string): boolean;
 newIterator(): AcDbObjectIterator<
 AcDbDictionary<AcDbObject<AcDbObjectAttrs>>,
 >;
 remove(name: string): boolean;
 removeAll(): void;
 removeId(id: string): boolean;
 removeXData(appId: string): void;
 restoreFrom(snapshot: this): void;
 setAt(key: string, value: AcDbDictionary): void;
 setAttr<A extends string>(attrName: A, val?: AcDbObjectAttrs[A]): void;
 setXData(resbuf: AcDbResultBuffer): void;
 };
 group: {
 attrs: {
 attributes: {
 extensionDictionary?: string;
 objectId?: string;
 ownerId?: string;
 [key: string]: any;
 };
 changed: {
 extensionDictionary?: string;
 objectId?: string;
 ownerId?: string;
 [key: string]: any;
 };
 events: {
 attrChanged: {
 addEventListener(listener: (payload: ...) => ...): void;
 dispatch(payload?: (...) | (...), ...args: (...)[]): void;
 removeEventListener(listener: (payload: ...) => ...): void;
 replaceEventListener(listener: (payload: ...) => ...): void;
 };
 modelChanged: {
 addEventListener(listener: (payload: ...) => ...): void;
 dispatch(payload?: (...) | (...), ...args: (...)[]): void;
 removeEventListener(listener: (payload: ...) => ...): void;
 replaceEventListener(listener: (payload: ...) => ...): void;
 };
 };
 changedAttributes(diff?: Partial<AcDbObjectAttrs>): Partial<T>;
 clone(): AcCmObject<AcDbObjectAttrs>;
 get<A extends string>(key: A): AcDbObjectAttrs[A] | undefined;
 has(key: string): boolean;
 hasChanged(key?: string): boolean;
 previous<A extends string>(
 key: A,
 ): AcDbObjectAttrs[A] | null | undefined;
 previousAttributes(): Partial<T>;
 set<A extends string>(
 key: A,
 val?: AcDbObjectAttrs[A],
 options?: AcCmObjectOptions,
 ): this;
 set(key: Partial<T>, options?: AcCmObjectOptions): this;
 };
 database: { readonly transactionManager: { strictMode: boolean; startTransaction: () => AcDbDatabaseTransaction; currentTransaction: () => AcDbDatabaseTransaction | undefined; ... 20 more ...; flushPendingEntityModifiedEvents: () => void; }; ... 100 more ...; dxfInFields: (_filer: AcDbDxfFiler) => AcDbDatabase; };
 extensionDictionary: string
 | undefined;
 isTemp: any;
 numEntries: number;
 objectId: string;
 ownerId: string;
 clone(): this;
 clonePreservingIdentity(): this;
 close(): void;
 createExtensionDictionary(): string | undefined;
 dxfIn(filer: AcDbDxfFiler): this;
 dxfInFields(filer: AcDbDxfFiler): this;
 dxfOut(...args: unknown[]): unknown;
 dxfOutFields(filer: AcDbDxfFiler): this;
 entries(): IterableIterator<[string, AcDbGroup]>;
 getAt(name: string): AcDbGroup | undefined;
 getAttr(attrName: string): any;
 getAttrWithoutException(attrName: string): any;
 getIdAt(id: string): AcDbGroup | undefined;
 getXData(appId: string): AcDbResultBuffer | undefined;
 has(name: string): boolean;
 hasId(id: string): boolean;
 newIterator(): AcDbObjectIterator<AcDbGroup>;
 remove(name: string): boolean;
 removeAll(): void;
 removeId(id: string): boolean;
 removeXData(appId: string): void;
 restoreFrom(snapshot: this): void;
 setAt(key: string, value: AcDbGroup): void;
 setAttr<A extends string>(attrName: A, val?: AcDbObjectAttrs[A]): void;
 setXData(resbuf: AcDbResultBuffer): void;
 };
 imageDefinition: {
 attrs: {
 attributes: {
 extensionDictionary?: string;
 objectId?: string;
 ownerId?: string;
 [key: string]: any;
 };
 changed: {
 extensionDictionary?: string;
 objectId?: string;
 ownerId?: string;
 [key: string]: any;
 };
 events: {
 attrChanged: {
 addEventListener(listener: (payload: ...) => ...): void;
 dispatch(payload?: (...) | (...), ...args: (...)[]): void;
 removeEventListener(listener: (payload: ...) => ...): void;
 replaceEventListener(listener: (payload: ...) => ...): void;
 };
 modelChanged: {
 addEventListener(listener: (payload: ...) => ...): void;
 dispatch(payload?: (...) | (...), ...args: (...)[]): void;
 removeEventListener(listener: (payload: ...) => ...): void;
 replaceEventListener(listener: (payload: ...) => ...): void;
 };
 };
 changedAttributes(diff?: Partial<AcDbObjectAttrs>): Partial<T>;
 clone(): AcCmObject<AcDbObjectAttrs>;
 get<A extends string>(key: A): AcDbObjectAttrs[A] | undefined;
 has(key: string): boolean;
 hasChanged(key?: string): boolean;
 previous<A extends string>(
 key: A,
 ): AcDbObjectAttrs[A] | null | undefined;
 previousAttributes(): Partial<T>;
 set<A extends string>(
 key: A,
 val?: AcDbObjectAttrs[A],
 options?: AcCmObjectOptions,
 ): this;
 set(key: Partial<T>, options?: AcCmObjectOptions): this;
 };
 database: { readonly transactionManager: { strictMode: boolean; startTransaction: () => AcDbDatabaseTransaction; currentTransaction: () => AcDbDatabaseTransaction | undefined; ... 20 more ...; flushPendingEntityModifiedEvents: () => void; }; ... 100 more ...; dxfInFields: (_filer: AcDbDxfFiler) => AcDbDatabase; };
 extensionDictionary: string
 | undefined;
 isTemp: any;
 numEntries: number;
 objectId: string;
 ownerId: string;
 clone(): this;
 clonePreservingIdentity(): this;
 close(): void;
 createExtensionDictionary(): string | undefined;
 dxfIn(filer: AcDbDxfFiler): this;
 dxfInFields(filer: AcDbDxfFiler): this;
 dxfOut(...args: unknown[]): unknown;
 dxfOutFields(filer: AcDbDxfFiler): this;
 entries(): IterableIterator<[string, AcDbRasterImageDef]>;
 getAt(name: string): AcDbRasterImageDef | undefined;
 getAttr(attrName: string): any;
 getAttrWithoutException(attrName: string): any;
 getIdAt(id: string): AcDbRasterImageDef | undefined;
 getXData(appId: string): AcDbResultBuffer | undefined;
 has(name: string): boolean;
 hasId(id: string): boolean;
 newIterator(): AcDbObjectIterator<AcDbRasterImageDef>;
 remove(name: string): boolean;
 removeAll(): void;
 removeId(id: string): boolean;
 removeXData(appId: string): void;
 restoreFrom(snapshot: this): void;
 setAt(key: string, value: AcDbRasterImageDef): void;
 setAttr<A extends string>(attrName: A, val?: AcDbObjectAttrs[A]): void;
 setXData(resbuf: AcDbResultBuffer): void;
 };
 layerFilter: {
 attrs: {
 attributes: {
 extensionDictionary?: string;
 objectId?: string;
 ownerId?: string;
 [key: string]: any;
 };
 changed: {
 extensionDictionary?: string;
 objectId?: string;
 ownerId?: string;
 [key: string]: any;
 };
 events: {
 attrChanged: {
 addEventListener(listener: (payload: ...) => ...): void;
 dispatch(payload?: (...) | (...), ...args: (...)[]): void;
 removeEventListener(listener: (payload: ...) => ...): void;
 replaceEventListener(listener: (payload: ...) => ...): void;
 };
 modelChanged: {
 addEventListener(listener: (payload: ...) => ...): void;
 dispatch(payload?: (...) | (...), ...args: (...)[]): void;
 removeEventListener(listener: (payload: ...) => ...): void;
 replaceEventListener(listener: (payload: ...) => ...): void;
 };
 };
 changedAttributes(diff?: Partial<AcDbObjectAttrs>): Partial<T>;
 clone(): AcCmObject<AcDbObjectAttrs>;
 get<A extends string>(key: A): AcDbObjectAttrs[A] | undefined;
 has(key: string): boolean;
 hasChanged(key?: string): boolean;
 previous<A extends string>(
 key: A,
 ): AcDbObjectAttrs[A] | null | undefined;
 previousAttributes(): Partial<T>;
 set<A extends string>(
 key: A,
 val?: AcDbObjectAttrs[A],
 options?: AcCmObjectOptions,
 ): this;
 set(key: Partial<T>, options?: AcCmObjectOptions): this;
 };
 database: { readonly transactionManager: { strictMode: boolean; startTransaction: () => AcDbDatabaseTransaction; currentTransaction: () => AcDbDatabaseTransaction | undefined; ... 20 more ...; flushPendingEntityModifiedEvents: () => void; }; ... 100 more ...; dxfInFields: (_filer: AcDbDxfFiler) => AcDbDatabase; };
 extensionDictionary: string
 | undefined;
 isTemp: any;
 numEntries: number;
 objectId: string;
 ownerId: string;
 clone(): this;
 clonePreservingIdentity(): this;
 close(): void;
 createExtensionDictionary(): string | undefined;
 dxfIn(filer: AcDbDxfFiler): this;
 dxfInFields(filer: AcDbDxfFiler): this;
 dxfOut(...args: unknown[]): unknown;
 dxfOutFields(filer: AcDbDxfFiler): this;
 entries(): IterableIterator<[string, AcDbLayerFilter]>;
 getAt(name: string): AcDbLayerFilter | undefined;
 getAttr(attrName: string): any;
 getAttrWithoutException(attrName: string): any;
 getIdAt(id: string): AcDbLayerFilter | undefined;
 getXData(appId: string): AcDbResultBuffer | undefined;
 has(name: string): boolean;
 hasId(id: string): boolean;
 newIterator(): AcDbObjectIterator<AcDbLayerFilter>;
 remove(name: string): boolean;
 removeAll(): void;
 removeId(id: string): boolean;
 removeXData(appId: string): void;
 restoreFrom(snapshot: this): void;
 setAt(key: string, value: AcDbLayerFilter): void;
 setAttr<A extends string>(attrName: A, val?: AcDbObjectAttrs[A]): void;
 setXData(resbuf: AcDbResultBuffer): void;
 };
 layerIndex: {
 attrs: {
 attributes: {
 extensionDictionary?: string;
 objectId?: string;
 ownerId?: string;
 [key: string]: any;
 };
 changed: {
 extensionDictionary?: string;
 objectId?: string;
 ownerId?: string;
 [key: string]: any;
 };
 events: {
 attrChanged: {
 addEventListener(listener: (payload: ...) => ...): void;
 dispatch(payload?: (...) | (...), ...args: (...)[]): void;
 removeEventListener(listener: (payload: ...) => ...): void;
 replaceEventListener(listener: (payload: ...) => ...): void;
 };
 modelChanged: {
 addEventListener(listener: (payload: ...) => ...): void;
 dispatch(payload?: (...) | (...), ...args: (...)[]): void;
 removeEventListener(listener: (payload: ...) => ...): void;
 replaceEventListener(listener: (payload: ...) => ...): void;
 };
 };
 changedAttributes(diff?: Partial<AcDbObjectAttrs>): Partial<T>;
 clone(): AcCmObject<AcDbObjectAttrs>;
 get<A extends string>(key: A): AcDbObjectAttrs[A] | undefined;
 has(key: string): boolean;
 hasChanged(key?: string): boolean;
 previous<A extends string>(
 key: A,
 ): AcDbObjectAttrs[A] | null | undefined;
 previousAttributes(): Partial<T>;
 set<A extends string>(
 key: A,
 val?: AcDbObjectAttrs[A],
 options?: AcCmObjectOptions,
 ): this;
 set(key: Partial<T>, options?: AcCmObjectOptions): this;
 };
 database: { readonly transactionManager: { strictMode: boolean; startTransaction: () => AcDbDatabaseTransaction; currentTransaction: () => AcDbDatabaseTransaction | undefined; ... 20 more ...; flushPendingEntityModifiedEvents: () => void; }; ... 100 more ...; dxfInFields: (_filer: AcDbDxfFiler) => AcDbDatabase; };
 extensionDictionary: string
 | undefined;
 isTemp: any;
 numEntries: number;
 objectId: string;
 ownerId: string;
 clone(): this;
 clonePreservingIdentity(): this;
 close(): void;
 createExtensionDictionary(): string | undefined;
 dxfIn(filer: AcDbDxfFiler): this;
 dxfInFields(filer: AcDbDxfFiler): this;
 dxfOut(...args: unknown[]): unknown;
 dxfOutFields(filer: AcDbDxfFiler): this;
 entries(): IterableIterator<[string, AcDbLayerIndex]>;
 getAt(name: string): AcDbLayerIndex | undefined;
 getAttr(attrName: string): any;
 getAttrWithoutException(attrName: string): any;
 getIdAt(id: string): AcDbLayerIndex | undefined;
 getXData(appId: string): AcDbResultBuffer | undefined;
 has(name: string): boolean;
 hasId(id: string): boolean;
 newIterator(): AcDbObjectIterator<AcDbLayerIndex>;
 remove(name: string): boolean;
 removeAll(): void;
 removeId(id: string): boolean;
 removeXData(appId: string): void;
 restoreFrom(snapshot: this): void;
 setAt(key: string, value: AcDbLayerIndex): void;
 setAttr<A extends string>(attrName: A, val?: AcDbObjectAttrs[A]): void;
 setXData(resbuf: AcDbResultBuffer): void;
 };
 layout: {
 attrs: {
 attributes: {
 extensionDictionary?: string;
 objectId?: string;
 ownerId?: string;
 [key: string]: any;
 };
 changed: {
 extensionDictionary?: string;
 objectId?: string;
 ownerId?: string;
 [key: string]: any;
 };
 events: {
 attrChanged: {
 addEventListener(listener: (payload: ...) => ...): void;
 dispatch(payload?: (...) | (...), ...args: (...)[]): void;
 removeEventListener(listener: (payload: ...) => ...): void;
 replaceEventListener(listener: (payload: ...) => ...): void;
 };
 modelChanged: {
 addEventListener(listener: (payload: ...) => ...): void;
 dispatch(payload?: (...) | (...), ...args: (...)[]): void;
 removeEventListener(listener: (payload: ...) => ...): void;
 replaceEventListener(listener: (payload: ...) => ...): void;
 };
 };
 changedAttributes(diff?: Partial<AcDbObjectAttrs>): Partial<T>;
 clone(): AcCmObject<AcDbObjectAttrs>;
 get<A extends string>(key: A): AcDbObjectAttrs[A] | undefined;
 has(key: string): boolean;
 hasChanged(key?: string): boolean;
 previous<A extends string>(
 key: A,
 ): AcDbObjectAttrs[A] | null | undefined;
 previousAttributes(): Partial<T>;
 set<A extends string>(
 key: A,
 val?: AcDbObjectAttrs[A],
 options?: AcCmObjectOptions,
 ): this;
 set(key: Partial<T>, options?: AcCmObjectOptions): this;
 };
 database: { readonly transactionManager: { strictMode: boolean; startTransaction: () => AcDbDatabaseTransaction; currentTransaction: () => AcDbDatabaseTransaction | undefined; ... 20 more ...; flushPendingEntityModifiedEvents: () => void; }; ... 100 more ...; dxfInFields: (_filer: AcDbDxfFiler) => AcDbDatabase; };
 extensionDictionary: string
 | undefined;
 isTemp: any;
 maxTabOrder: number;
 numEntries: number;
 objectId: string;
 ownerId: string;
 clone(): this;
 clonePreservingIdentity(): this;
 close(): void;
 createExtensionDictionary(): string | undefined;
 dxfIn(filer: AcDbDxfFiler): this;
 dxfInFields(filer: AcDbDxfFiler): this;
 dxfOut(...args: unknown[]): unknown;
 dxfOutFields(filer: AcDbDxfFiler): this;
 entries(): IterableIterator<[string, AcDbLayout]>;
 getAt(name: string): AcDbLayout | undefined;
 getAttr(attrName: string): any;
 getAttrWithoutException(attrName: string): any;
 getBtrIdAt(id: string): AcDbLayout | undefined;
 getIdAt(id: string): AcDbLayout | undefined;
 getXData(appId: string): AcDbResultBuffer | undefined;
 has(name: string): boolean;
 hasId(id: string): boolean;
 newIterator(): AcDbObjectIterator<AcDbLayout>;
 remove(name: string): boolean;
 removeAll(): void;
 removeId(id: string): boolean;
 removeXData(appId: string): void;
 restoreFrom(snapshot: this): void;
 setAt(key: string, value: AcDbLayout): void;
 setAttr<A extends string>(attrName: A, val?: AcDbObjectAttrs[A]): void;
 setXData(resbuf: AcDbResultBuffer): void;
 };
 mleaderStyle: {
 attrs: {
 attributes: {
 extensionDictionary?: string;
 objectId?: string;
 ownerId?: string;
 [key: string]: any;
 };
 changed: {
 extensionDictionary?: string;
 objectId?: string;
 ownerId?: string;
 [key: string]: any;
 };
 events: {
 attrChanged: {
 addEventListener(listener: (payload: ...) => ...): void;
 dispatch(payload?: (...) | (...), ...args: (...)[]): void;
 removeEventListener(listener: (payload: ...) => ...): void;
 replaceEventListener(listener: (payload: ...) => ...): void;
 };
 modelChanged: {
 addEventListener(listener: (payload: ...) => ...): void;
 dispatch(payload?: (...) | (...), ...args: (...)[]): void;
 removeEventListener(listener: (payload: ...) => ...): void;
 replaceEventListener(listener: (payload: ...) => ...): void;
 };
 };
 changedAttributes(diff?: Partial<AcDbObjectAttrs>): Partial<T>;
 clone(): AcCmObject<AcDbObjectAttrs>;
 get<A extends string>(key: A): AcDbObjectAttrs[A] | undefined;
 has(key: string): boolean;
 hasChanged(key?: string): boolean;
 previous<A extends string>(
 key: A,
 ): AcDbObjectAttrs[A] | null | undefined;
 previousAttributes(): Partial<T>;
 set<A extends string>(
 key: A,
 val?: AcDbObjectAttrs[A],
 options?: AcCmObjectOptions,
 ): this;
 set(key: Partial<T>, options?: AcCmObjectOptions): this;
 };
 database: { readonly transactionManager: { strictMode: boolean; startTransaction: () => AcDbDatabaseTransaction; currentTransaction: () => AcDbDatabaseTransaction | undefined; ... 20 more ...; flushPendingEntityModifiedEvents: () => void; }; ... 100 more ...; dxfInFields: (_filer: AcDbDxfFiler) => AcDbDatabase; };
 extensionDictionary: string
 | undefined;
 isTemp: any;
 numEntries: number;
 objectId: string;
 ownerId: string;
 clone(): this;
 clonePreservingIdentity(): this;
 close(): void;
 createExtensionDictionary(): string | undefined;
 dxfIn(filer: AcDbDxfFiler): this;
 dxfInFields(filer: AcDbDxfFiler): this;
 dxfOut(...args: unknown[]): unknown;
 dxfOutFields(filer: AcDbDxfFiler): this;
 entries(): IterableIterator<[string, AcDbMLeaderStyle]>;
 getAt(name: string): AcDbMLeaderStyle | undefined;
 getAttr(attrName: string): any;
 getAttrWithoutException(attrName: string): any;
 getIdAt(id: string): AcDbMLeaderStyle | undefined;
 getXData(appId: string): AcDbResultBuffer | undefined;
 has(name: string): boolean;
 hasId(id: string): boolean;
 newIterator(): AcDbObjectIterator<AcDbMLeaderStyle>;
 remove(name: string): boolean;
 removeAll(): void;
 removeId(id: string): boolean;
 removeXData(appId: string): void;
 restoreFrom(snapshot: this): void;
 setAt(key: string, value: AcDbMLeaderStyle): void;
 setAttr<A extends string>(attrName: A, val?: AcDbObjectAttrs[A]): void;
 setXData(resbuf: AcDbResultBuffer): void;
 };
 mlineStyle: {
 attrs: {
 attributes: {
 extensionDictionary?: string;
 objectId?: string;
 ownerId?: string;
 [key: string]: any;
 };
 changed: {
 extensionDictionary?: string;
 objectId?: string;
 ownerId?: string;
 [key: string]: any;
 };
 events: {
 attrChanged: {
 addEventListener(listener: (payload: ...) => ...): void;
 dispatch(payload?: (...) | (...), ...args: (...)[]): void;
 removeEventListener(listener: (payload: ...) => ...): void;
 replaceEventListener(listener: (payload: ...) => ...): void;
 };
 modelChanged: {
 addEventListener(listener: (payload: ...) => ...): void;
 dispatch(payload?: (...) | (...), ...args: (...)[]): void;
 removeEventListener(listener: (payload: ...) => ...): void;
 replaceEventListener(listener: (payload: ...) => ...): void;
 };
 };
 changedAttributes(diff?: Partial<AcDbObjectAttrs>): Partial<T>;
 clone(): AcCmObject<AcDbObjectAttrs>;
 get<A extends string>(key: A): AcDbObjectAttrs[A] | undefined;
 has(key: string): boolean;
 hasChanged(key?: string): boolean;
 previous<A extends string>(
 key: A,
 ): AcDbObjectAttrs[A] | null | undefined;
 previousAttributes(): Partial<T>;
 set<A extends string>(
 key: A,
 val?: AcDbObjectAttrs[A],
 options?: AcCmObjectOptions,
 ): this;
 set(key: Partial<T>, options?: AcCmObjectOptions): this;
 };
 database: { readonly transactionManager: { strictMode: boolean; startTransaction: () => AcDbDatabaseTransaction; currentTransaction: () => AcDbDatabaseTransaction | undefined; ... 20 more ...; flushPendingEntityModifiedEvents: () => void; }; ... 100 more ...; dxfInFields: (_filer: AcDbDxfFiler) => AcDbDatabase; };
 extensionDictionary: string
 | undefined;
 isTemp: any;
 numEntries: number;
 objectId: string;
 ownerId: string;
 clone(): this;
 clonePreservingIdentity(): this;
 close(): void;
 createExtensionDictionary(): string | undefined;
 dxfIn(filer: AcDbDxfFiler): this;
 dxfInFields(filer: AcDbDxfFiler): this;
 dxfOut(...args: unknown[]): unknown;
 dxfOutFields(filer: AcDbDxfFiler): this;
 entries(): IterableIterator<[string, AcDbMlineStyle]>;
 getAt(name: string): AcDbMlineStyle | undefined;
 getAttr(attrName: string): any;
 getAttrWithoutException(attrName: string): any;
 getIdAt(id: string): AcDbMlineStyle | undefined;
 getXData(appId: string): AcDbResultBuffer | undefined;
 has(name: string): boolean;
 hasId(id: string): boolean;
 newIterator(): AcDbObjectIterator<AcDbMlineStyle>;
 remove(name: string): boolean;
 removeAll(): void;
 removeId(id: string): boolean;
 removeXData(appId: string): void;
 restoreFrom(snapshot: this): void;
 setAt(key: string, value: AcDbMlineStyle): void;
 setAttr<A extends string>(attrName: A, val?: AcDbObjectAttrs[A]): void;
 setXData(resbuf: AcDbResultBuffer): void;
 };
 sortentsTable: {
 attrs: {
 attributes: {
 extensionDictionary?: string;
 objectId?: string;
 ownerId?: string;
 [key: string]: any;
 };
 changed: {
 extensionDictionary?: string;
 objectId?: string;
 ownerId?: string;
 [key: string]: any;
 };
 events: {
 attrChanged: {
 addEventListener(listener: (payload: ...) => ...): void;
 dispatch(payload?: (...) | (...), ...args: (...)[]): void;
 removeEventListener(listener: (payload: ...) => ...): void;
 replaceEventListener(listener: (payload: ...) => ...): void;
 };
 modelChanged: {
 addEventListener(listener: (payload: ...) => ...): void;
 dispatch(payload?: (...) | (...), ...args: (...)[]): void;
 removeEventListener(listener: (payload: ...) => ...): void;
 replaceEventListener(listener: (payload: ...) => ...): void;
 };
 };
 changedAttributes(diff?: Partial<AcDbObjectAttrs>): Partial<T>;
 clone(): AcCmObject<AcDbObjectAttrs>;
 get<A extends string>(key: A): AcDbObjectAttrs[A] | undefined;
 has(key: string): boolean;
 hasChanged(key?: string): boolean;
 previous<A extends string>(
 key: A,
 ): AcDbObjectAttrs[A] | null | undefined;
 previousAttributes(): Partial<T>;
 set<A extends string>(
 key: A,
 val?: AcDbObjectAttrs[A],
 options?: AcCmObjectOptions,
 ): this;
 set(key: Partial<T>, options?: AcCmObjectOptions): this;
 };
 database: { readonly transactionManager: { strictMode: boolean; startTransaction: () => AcDbDatabaseTransaction; currentTransaction: () => AcDbDatabaseTransaction | undefined; ... 20 more ...; flushPendingEntityModifiedEvents: () => void; }; ... 100 more ...; dxfInFields: (_filer: AcDbDxfFiler) => AcDbDatabase; };
 extensionDictionary: string
 | undefined;
 isTemp: any;
 numEntries: number;
 objectId: string;
 ownerId: string;
 clone(): this;
 clonePreservingIdentity(): this;
 close(): void;
 createExtensionDictionary(): string | undefined;
 dxfIn(filer: AcDbDxfFiler): this;
 dxfInFields(filer: AcDbDxfFiler): this;
 dxfOut(...args: unknown[]): unknown;
 dxfOutFields(filer: AcDbDxfFiler): this;
 entries(): IterableIterator<[string, AcDbSortentsTable]>;
 getAt(name: string): AcDbSortentsTable | undefined;
 getAttr(attrName: string): any;
 getAttrWithoutException(attrName: string): any;
 getIdAt(id: string): AcDbSortentsTable | undefined;
 getXData(appId: string): AcDbResultBuffer | undefined;
 has(name: string): boolean;
 hasId(id: string): boolean;
 newIterator(): AcDbObjectIterator<AcDbSortentsTable>;
 remove(name: string): boolean;
 removeAll(): void;
 removeId(id: string): boolean;
 removeXData(appId: string): void;
 restoreFrom(snapshot: this): void;
 setAt(key: string, value: AcDbSortentsTable): void;
 setAttr<A extends string>(attrName: A, val?: AcDbObjectAttrs[A]): void;
 setXData(resbuf: AcDbResultBuffer): void;
 };
 xrecord: {
 attrs: {
 attributes: {
 extensionDictionary?: string;
 objectId?: string;
 ownerId?: string;
 [key: string]: any;
 };
 changed: {
 extensionDictionary?: string;
 objectId?: string;
 ownerId?: string;
 [key: string]: any;
 };
 events: {
 attrChanged: {
 addEventListener(listener: (payload: ...) => ...): void;
 dispatch(payload?: (...) | (...), ...args: (...)[]): void;
 removeEventListener(listener: (payload: ...) => ...): void;
 replaceEventListener(listener: (payload: ...) => ...): void;
 };
 modelChanged: {
 addEventListener(listener: (payload: ...) => ...): void;
 dispatch(payload?: (...) | (...), ...args: (...)[]): void;
 removeEventListener(listener: (payload: ...) => ...): void;
 replaceEventListener(listener: (payload: ...) => ...): void;
 };
 };
 changedAttributes(diff?: Partial<AcDbObjectAttrs>): Partial<T>;
 clone(): AcCmObject<AcDbObjectAttrs>;
 get<A extends string>(key: A): AcDbObjectAttrs[A] | undefined;
 has(key: string): boolean;
 hasChanged(key?: string): boolean;
 previous<A extends string>(
 key: A,
 ): AcDbObjectAttrs[A] | null | undefined;
 previousAttributes(): Partial<T>;
 set<A extends string>(
 key: A,
 val?: AcDbObjectAttrs[A],
 options?: AcCmObjectOptions,
 ): this;
 set(key: Partial<T>, options?: AcCmObjectOptions): this;
 };
 database: { readonly transactionManager: { strictMode: boolean; startTransaction: () => AcDbDatabaseTransaction; currentTransaction: () => AcDbDatabaseTransaction | undefined; ... 20 more ...; flushPendingEntityModifiedEvents: () => void; }; ... 100 more ...; dxfInFields: (_filer: AcDbDxfFiler) => AcDbDatabase; };
 extensionDictionary: string
 | undefined;
 isTemp: any;
 numEntries: number;
 objectId: string;
 ownerId: string;
 clone(): this;
 clonePreservingIdentity(): this;
 close(): void;
 createExtensionDictionary(): string | undefined;
 dxfIn(filer: AcDbDxfFiler): this;
 dxfInFields(filer: AcDbDxfFiler): this;
 dxfOut(...args: unknown[]): unknown;
 dxfOutFields(filer: AcDbDxfFiler): this;
 entries(): IterableIterator<[string, AcDbXrecord]>;
 getAt(name: string): AcDbXrecord | undefined;
 getAttr(attrName: string): any;
 getAttrWithoutException(attrName: string): any;
 getIdAt(id: string): AcDbXrecord | undefined;
 getXData(appId: string): AcDbResultBuffer | undefined;
 has(name: string): boolean;
 hasId(id: string): boolean;
 newIterator(): AcDbObjectIterator<AcDbXrecord>;
 remove(name: string): boolean;
 removeAll(): void;
 removeId(id: string): boolean;
 removeXData(appId: string): void;
 restoreFrom(snapshot: this): void;
 setAt(key: string, value: AcDbXrecord): void;
 setAttr<A extends string>(attrName: A, val?: AcDbObjectAttrs[A]): void;
 setXData(resbuf: AcDbResultBuffer): void;
 };
 };
 orthomode: number;
 osmode: number;
 ownerId: string;
 pdmode: number;
 pdsize: number;
 psltscale: boolean;
 tables: {
 appIdTable: {
 attrs: {
 attributes: {
 extensionDictionary?: string;
 objectId?: string;
 ownerId?: string;
 [key: string]: any;
 };
 changed: {
 extensionDictionary?: string;
 objectId?: string;
 ownerId?: string;
 [key: string]: any;
 };
 events: {
 attrChanged: {
 addEventListener(listener: (payload: ...) => ...): void;
 dispatch(payload?: (...) | (...), ...args: (...)[]): void;
 removeEventListener(listener: (payload: ...) => ...): void;
 replaceEventListener(listener: (payload: ...) => ...): void;
 };
 modelChanged: {
 addEventListener(listener: (payload: ...) => ...): void;
 dispatch(payload?: (...) | (...), ...args: (...)[]): void;
 removeEventListener(listener: (payload: ...) => ...): void;
 replaceEventListener(listener: (payload: ...) => ...): void;
 };
 };
 changedAttributes(diff?: Partial<AcDbObjectAttrs>): Partial<T>;
 clone(): AcCmObject<AcDbObjectAttrs>;
 get<A extends string>(key: A): AcDbObjectAttrs[A] | undefined;
 has(key: string): boolean;
 hasChanged(key?: string): boolean;
 previous<A extends string>(
 key: A,
 ): AcDbObjectAttrs[A] | null | undefined;
 previousAttributes(): Partial<T>;
 set<A extends string>(
 key: A,
 val?: AcDbObjectAttrs[A],
 options?: AcCmObjectOptions,
 ): this;
 set(key: Partial<T>, options?: AcCmObjectOptions): this;
 };
 database: { readonly transactionManager: { strictMode: boolean; startTransaction: () => AcDbDatabaseTransaction; currentTransaction: () => AcDbDatabaseTransaction | undefined; ... 20 more ...; flushPendingEntityModifiedEvents: () => void; }; ... 100 more ...; dxfInFields: (_filer: AcDbDxfFiler) => AcDbDatabase; };
 extensionDictionary: string
 | undefined;
 isTemp: any;
 numEntries: number;
 objectId: string;
 ownerId: string;
 add(record: AcDbRegAppTableRecord): void;
 clone(): this;
 clonePreservingIdentity(): this;
 close(): void;
 createExtensionDictionary(): string | undefined;
 dxfIn(filer: AcDbDxfFiler): this;
 dxfInFields(_filer: AcDbDxfFiler): this;
 dxfOut(...args: unknown[]): unknown;
 dxfOutFields(filer: AcDbDxfFiler): this;
 getAt(name: string): AcDbRegAppTableRecord | undefined;
 getAttr(attrName: string): any;
 getAttrWithoutException(attrName: string): any;
 getIdAt(id: string): AcDbRegAppTableRecord | undefined;
 getOwnerIdAt(id: string): AcDbRegAppTableRecord | undefined;
 getXData(appId: string): AcDbResultBuffer | undefined;
 has(name: string): boolean;
 hasId(id: string): boolean;
 newIterator(
 iterateById?: boolean,
 ): AcDbObjectIterator<AcDbRegAppTableRecord>;
 remove(name: string): boolean;
 removeAll(): void;
 removeId(id: string): boolean;
 removeXData(appId: string): void;
 restoreFrom(snapshot: this): void;
 setAttr<A extends string>(attrName: A, val?: AcDbObjectAttrs[A]): void;
 setXData(resbuf: AcDbResultBuffer): void;
 };
 blockTable: {
 attrs: {
 attributes: {
 extensionDictionary?: string;
 objectId?: string;
 ownerId?: string;
 [key: string]: any;
 };
 changed: {
 extensionDictionary?: string;
 objectId?: string;
 ownerId?: string;
 [key: string]: any;
 };
 events: {
 attrChanged: {
 addEventListener(listener: (payload: ...) => ...): void;
 dispatch(payload?: (...) | (...), ...args: (...)[]): void;
 removeEventListener(listener: (payload: ...) => ...): void;
 replaceEventListener(listener: (payload: ...) => ...): void;
 };
 modelChanged: {
 addEventListener(listener: (payload: ...) => ...): void;
 dispatch(payload?: (...) | (...), ...args: (...)[]): void;
 removeEventListener(listener: (payload: ...) => ...): void;
 replaceEventListener(listener: (payload: ...) => ...): void;
 };
 };
 changedAttributes(diff?: Partial<AcDbObjectAttrs>): Partial<T>;
 clone(): AcCmObject<AcDbObjectAttrs>;
 get<A extends string>(key: A): AcDbObjectAttrs[A] | undefined;
 has(key: string): boolean;
 hasChanged(key?: string): boolean;
 previous<A extends string>(
 key: A,
 ): AcDbObjectAttrs[A] | null | undefined;
 previousAttributes(): Partial<T>;
 set<A extends string>(
 key: A,
 val?: AcDbObjectAttrs[A],
 options?: AcCmObjectOptions,
 ): this;
 set(key: Partial<T>, options?: AcCmObjectOptions): this;
 };
 database: { readonly transactionManager: { strictMode: boolean; startTransaction: () => AcDbDatabaseTransaction; currentTransaction: () => AcDbDatabaseTransaction | undefined; ... 20 more ...; flushPendingEntityModifiedEvents: () => void; }; ... 100 more ...; dxfInFields: (_filer: AcDbDxfFiler) => AcDbDatabase; };
 extensionDictionary: string
 | undefined;
 isTemp: any;
 modelSpace: {
 attrs: {
 attributes: {
 blockInsertUnits?: (...) | (...);
 blockScaling?: (...) | (...);
 explodability?: (...) | (...);
 extensionDictionary?: (...) | (...);
 flags?: (...) | (...);
 layoutId?: (...) | (...);
 name?: (...) | (...);
 objectId?: (...) | (...);
 origin?: (...) | (...);
 ownerId?: (...) | (...);
 pathName?: (...) | (...);
 previewIcon?: (...) | (...);
 [key: string]: any;
 };
 changed: {
 blockInsertUnits?: (...)
 | (...);
 blockScaling?: (...) | (...);
 explodability?: (...) | (...);
 extensionDictionary?: (...) | (...);
 flags?: (...) | (...);
 layoutId?: (...) | (...);
 name?: (...) | (...);
 objectId?: (...) | (...);
 origin?: (...) | (...);
 ownerId?: (...) | (...);
 pathName?: (...) | (...);
 previewIcon?: (...) | (...);
 [key: string]: any;
 };
 events: {
 attrChanged: {
 addEventListener(listener: ...): ...;
 dispatch(payload?: ..., ...args: ...): ...;
 removeEventListener(listener: ...): ...;
 replaceEventListener(listener: ...): ...;
 };
 modelChanged: {
 addEventListener(listener: ...): ...;
 dispatch(payload?: ..., ...args: ...): ...;
 removeEventListener(listener: ...): ...;
 replaceEventListener(listener: ...): ...;
 };
 };
 changedAttributes(diff?: Partial<(...)>): Partial<T>;
 clone(): AcCmObject<AcDbBlockTableRecordAttrs>;
 get<A extends string>(key: A): (...)[(...)] | undefined;
 has(key: string): boolean;
 hasChanged(key?: string): boolean;
 previous<A extends string>(key: A): (...)[(...)] | null | undefined;
 previousAttributes(): Partial<T>;
 set<A extends string>(
 key: A,
 val?: (...)[(...)],
 options?: AcCmObjectOptions,
 ): this;
 set(key: Partial<T>, options?: AcCmObjectOptions): this;
 };
 blockInsertUnits: AcDbUnitsValue;
 blockScaling: AcDbBlockScaling;
 database: { readonly transactionManager: { strictMode: boolean; startTransaction: () => AcDbDatabaseTransaction; currentTransaction: () => AcDbDatabaseTransaction | undefined; ... 20 more ...; flushPendingEntityModifiedEvents: () => void; }; ... 100 more ...; dxfInFields: (_filer: AcDbDxfFiler) => AcDbDatabase; };
 explodability: number;
 extensionDictionary: string
 | undefined;
 flags: number;
 isModelSapce: boolean;
 isOverlayReference: boolean;
 isPaperSapce: boolean;
 isTemp: any;
 isUnresolvedXref: boolean;
 isXref: boolean;
 layoutId: string;
 name: string;
 objectId: string;
 origin: {
 x: number;
 y: number;
 z: number;
 "[iterator]"(): Generator<number, void, unknown>;
 add(v: AcGeVectorLike): this;
 addScalar(s: number): this;
 addScaledVector(v: AcGeVector3dLike, s: number): this;
 addVectors(a: AcGeVector3dLike, b: AcGeVector3dLike): this;
 angleTo(v: AcGeVector3d): number;
 applyAxisAngle(axis: AcGeVector3dLike, angle: number): this;
 applyEuler(euler: AcGeEuler): this;
 applyMatrix3(m: AcGeMatrix2d): this;
 applyMatrix4(m: AcGeMatrix3d): this;
 applyNormalMatrix(m: AcGeMatrix2d): this;
 applyQuaternion(q: AcGeQuaternion): this;
 ceil(): this;
 clamp(min: AcGeVector3dLike, max: AcGeVector3dLike): this;
 clampLength(min: number, max: number): this;
 clampScalar(minVal: number, maxVal: number): this;
 clone(): AcGePoint3d;
 copy(v: AcGeVectorLike): this;
 cross(v: AcGeVector3dLike): this;
 crossVectors(a: AcGeVector3dLike, b: AcGeVector3dLike): this;
 distanceTo(v: AcGeVector3dLike): number;
 distanceToSquared(v: AcGeVector3dLike): number;
 divide(v: AcGeVector3dLike): this;
 divideScalar(scalar: number): this;
 dot(v: AcGeVector3dLike): number;
 equals(v: AcGeVector3dLike): boolean;
 floor(): this;
 fromArray(array: number[], offset?: number): this;
 getComponent(index: number): number;
 isParallelTo(vec: AcGeVector3d): boolean;
 length(): number;
 lengthSq(): number;
 lerp(v: AcGeVector3dLike, alpha: number): this;
 lerpVectors(
 v1: AcGeVector3dLike,
 v2: AcGeVector3dLike,
 alpha: number,
 ): this;
 manhattanDistanceTo(v: AcGeVector3dLike): number;
 manhattanLength(): number;
 max(v: AcGeVector3dLike): this;
 min(v: AcGeVector3dLike): this;
 multiply(v: AcGeVector3dLike): this;
 multiplyScalar(scalar: number): this;
 multiplyVectors(a: AcGeVector3dLike, b: AcGeVector3dLike): this;
 negate(): this;
 normalize(): this;
 projectOnPlane(planeNormal: AcGeVector3d): this;
 projectOnVector(v: AcGeVector3d): this;
 random(): this;
 randomDirection(): this;
 reflect(normal: AcGeVector3dLike): this;
 round(): this;
 roundToZero(): this;
 set(x: number, y: number, z: number): this;
 setComponent(index: number, value: number): this;
 setFromMatrix3Column(m: AcGeMatrix2d, index: number): this;
 setFromMatrixColumn(m: AcGeMatrix3d, index: number): this;
 setFromMatrixPosition(m: AcGeMatrix3d): this;
 setFromMatrixScale(m: AcGeMatrix3d): this;
 setLength(l: number): this;
 setScalar(scalar: number): this;
 setX(x: number): this;
 setY(y: number): this;
 setZ(z: number): this;
 sub(v: AcGeVector3dLike): this;
 subScalar(s: number): this;
 subVectors(a: AcGeVector3dLike, b: AcGeVector3dLike): this;
 toArray(
 array?: (...)[] | Float32Array<(...)>,
 offset?: number,
 ): (...)[] | Float32Array<(...)>;
 transformDirection(m: AcGeMatrix3d): this;
 };
 ownerId: string;
 pathName: string;
 previewIcon: | {
 "[toStringTag]": "Uint8Array";
 buffer: (...)
 | (...);
 byteLength: number;
 byteOffset: number;
 BYTES_PER_ELEMENT: number;
 length: number;
 "[iterator]"(): ArrayIterator<(...)>;
 at(index: number): (...) | (...);
 copyWithin(target: number, start: number, end?: (...) | (...)): this;
 entries(): ArrayIterator<(...)>;
 every(
 predicate: (value: ..., index: ..., array: this) => ...,
 thisArg?: any,
 ): boolean;
 fill(
 value: number,
 start?: (...) | (...),
 end?: (...) | (...),
 ): this;
 filter(
 predicate: (value: ..., index: ..., array: this) => ...,
 thisArg?: any,
 ): Uint8Array<(...)>;
 find(
 predicate: (value: ..., index: ..., obj: this) => ...,
 thisArg?: any,
 ): (...) | (...);
 findIndex(
 predicate: (value: ..., index: ..., obj: this) => ...,
 thisArg?: any,
 ): number;
 findLast<S extends number>(
 predicate: (
 value: ...,
 index: ...,
 array: this,
 ) => value is (...),
 thisArg?: any,
 ): (...) | (...);
 findLast(
 predicate: (value: ..., index: ..., array: this) => ...,
 thisArg?: any,
 ): (...) | (...);
 findLastIndex(
 predicate: (value: ..., index: ..., array: this) => ...,
 thisArg?: any,
 ): number;
 forEach(
 callbackfn: (value: ..., index: ..., array: this) => ...,
 thisArg?: any,
 ): void;
 includes(searchElement: number, fromIndex?: (...) | (...)): boolean;
 indexOf(searchElement: number, fromIndex?: (...) | (...)): number;
 join(separator?: (...) | (...)): string;
 keys(): ArrayIterator<(...)>;
 lastIndexOf(
 searchElement: number,
 fromIndex?: (...) | (...),
 ): number;
 map(
 callbackfn: (value: ..., index: ..., array: this) => ...,
 thisArg?: any,
 ): Uint8Array<(...)>;
 reduce(
 callbackfn: (
 previousValue: ...,
 currentValue: ...,
 currentIndex: ...,
 array: this,
 ) => ...,
 ): number;
 reduce(
 callbackfn: (
 previousValue: ...,
 currentValue: ...,
 currentIndex: ...,
 array: this,
 ) => ...,
 initialValue: number,
 ): number;
 reduce(
 callbackfn: (
 previousValue: ...,
 currentValue: ...,
 currentIndex: ...,
 array: this,
 ) => ...,
 initialValue: U,
 ): U;
 reduceRight(
 callbackfn: (
 previousValue: ...,
 currentValue: ...,
 currentIndex: ...,
 array: this,
 ) => ...,
 ): number;
 reduceRight(
 callbackfn: (
 previousValue: ...,
 currentValue: ...,
 currentIndex: ...,
 array: this,
 ) => ...,
 initialValue: number,
 ): number;
 reduceRight(
 callbackfn: (
 previousValue: ...,
 currentValue: ...,
 currentIndex: ...,
 array: this,
 ) => ...,
 initialValue: U,
 ): U;
 reverse(): this;
 set(array: ArrayLike<(...)>, offset?: (...) | (...)): void;
 slice(start?: (...) | (...), end?: (...) | (...)): Uint8Array<(...)>;
 some(
 predicate: (value: ..., index: ..., array: this) => ...,
 thisArg?: any,
 ): boolean;
 sort(compareFn?: (...) | (...)): this;
 subarray(
 begin?: (...) | (...),
 end?: (...) | (...),
 ): Uint8Array<(...)>;
 toLocaleString(): string;
 toLocaleString(
 locales: (...) | (...),
 options?: (...) | (...),
 ): string;
 toReversed(): Uint8Array<(...)>;
 toSorted(compareFn?: (...) | (...)): Uint8Array<(...)>;
 toString(): string;
 valueOf(): this;
 values(): ArrayIterator<(...)>;
 with(index: number, value: number): Uint8Array<(...)>;
 [key: number]: number;
 }
 | undefined;
 appendEntity(entity: AcDbEntity | AcDbEntity[]): void;
 clone(): this;
 clonePreservingIdentity(): this;
 close(): void;
 createExtensionDictionary(): string | undefined;
 dxfIn(filer: AcDbDxfFiler): this;
 dxfInFields(filer: AcDbDxfFiler): this;
 dxfOut(...args: unknown[]): unknown;
 dxfOutBlockBegin(filer: AcDbDxfFiler): this;
 dxfOutBlockEnd(filer: AcDbDxfFiler): this;
 dxfOutBlockRecord(filer: AcDbDxfFiler): this;
 dxfOutFields(filer: AcDbDxfFiler): this;
 getAttr(attrName: string): any;
 getAttrWithoutException(attrName: string): any;
 getIdAt(id: string): AcDbEntity | undefined;
 getXData(appId: string): AcDbResultBuffer | undefined;
 hasEntityId(id: string): boolean;
 newIterator(): AcDbObjectIterator<AcDbEntity>;
 removeEntity(objectId: string | string[]): boolean;
 removeXData(appId: string): void;
 restoreFrom(snapshot: this): void;
 setAttr<A extends string>(
 attrName: A,
 val?: AcDbBlockTableRecordAttrs[A],
 ): void;
 setXData(resbuf: AcDbResultBuffer): void;
 };
 numEntries: number;
 objectId: string;
 ownerId: string;
 add(record: AcDbBlockTableRecord): void;
 clone(): this;
 clonePreservingIdentity(): this;
 close(): void;
 createExtensionDictionary(): string | undefined;
 dxfIn(filer: AcDbDxfFiler): this;
 dxfInFields(_filer: AcDbDxfFiler): this;
 dxfOut(...args: unknown[]): unknown;
 dxfOutFields(filer: AcDbDxfFiler): this;
 getAt(name: string): AcDbBlockTableRecord | undefined;
 getAttr(attrName: string): any;
 getAttrWithoutException(attrName: string): any;
 getEntityById(id: string): AcDbEntity | undefined;
 getIdAt(id: string): AcDbBlockTableRecord | undefined;
 getOwnerIdAt(id: string): AcDbBlockTableRecord | undefined;
 getUnresolvedXrefs(): AcDbBlockTableRecord[];
 getXData(appId: string): AcDbResultBuffer | undefined;
 getXrefs(): AcDbBlockTableRecord[];
 has(name: string): boolean;
 hasId(id: string): boolean;
 newIterator(
 iterateById?: boolean,
 ): AcDbObjectIterator<AcDbBlockTableRecord>;
 remove(name: string): boolean;
 removeAll(): void;
 removeEntity(objectId: string | string[]): boolean;
 removeId(id: string): boolean;
 removeXData(appId: string): void;
 restoreFrom(snapshot: this): void;
 setAttr<A extends string>(attrName: A, val?: AcDbObjectAttrs[A]): void;
 setXData(resbuf: AcDbResultBuffer): void;
 };
 dimStyleTable: {
 attrs: {
 attributes: {
 extensionDictionary?: string;
 objectId?: string;
 ownerId?: string;
 [key: string]: any;
 };
 changed: {
 extensionDictionary?: string;
 objectId?: string;
 ownerId?: string;
 [key: string]: any;
 };
 events: {
 attrChanged: {
 addEventListener(listener: (payload: ...) => ...): void;
 dispatch(payload?: (...) | (...), ...args: (...)[]): void;
 removeEventListener(listener: (payload: ...) => ...): void;
 replaceEventListener(listener: (payload: ...) => ...): void;
 };
 modelChanged: {
 addEventListener(listener: (payload: ...) => ...): void;
 dispatch(payload?: (...) | (...), ...args: (...)[]): void;
 removeEventListener(listener: (payload: ...) => ...): void;
 replaceEventListener(listener: (payload: ...) => ...): void;
 };
 };
 changedAttributes(diff?: Partial<AcDbObjectAttrs>): Partial<T>;
 clone(): AcCmObject<AcDbObjectAttrs>;
 get<A extends string>(key: A): AcDbObjectAttrs[A] | undefined;
 has(key: string): boolean;
 hasChanged(key?: string): boolean;
 previous<A extends string>(
 key: A,
 ): AcDbObjectAttrs[A] | null | undefined;
 previousAttributes(): Partial<T>;
 set<A extends string>(
 key: A,
 val?: AcDbObjectAttrs[A],
 options?: AcCmObjectOptions,
 ): this;
 set(key: Partial<T>, options?: AcCmObjectOptions): this;
 };
 database: { readonly transactionManager: { strictMode: boolean; startTransaction: () => AcDbDatabaseTransaction; currentTransaction: () => AcDbDatabaseTransaction | undefined; ... 20 more ...; flushPendingEntityModifiedEvents: () => void; }; ... 100 more ...; dxfInFields: (_filer: AcDbDxfFiler) => AcDbDatabase; };
 extensionDictionary: string
 | undefined;
 isTemp: any;
 numEntries: number;
 objectId: string;
 ownerId: string;
 add(record: AcDbDimStyleTableRecord): void;
 clone(): this;
 clonePreservingIdentity(): this;
 close(): void;
 createExtensionDictionary(): string | undefined;
 dxfIn(filer: AcDbDxfFiler): this;
 dxfInFields(_filer: AcDbDxfFiler): this;
 dxfOut(...args: unknown[]): unknown;
 dxfOutFields(filer: AcDbDxfFiler): this;
 getAt(name: string): AcDbDimStyleTableRecord | undefined;
 getAttr(attrName: string): any;
 getAttrWithoutException(attrName: string): any;
 getIdAt(id: string): AcDbDimStyleTableRecord | undefined;
 getOwnerIdAt(id: string): AcDbDimStyleTableRecord | undefined;
 getXData(appId: string): AcDbResultBuffer | undefined;
 has(name: string): boolean;
 hasId(id: string): boolean;
 newIterator(
 iterateById?: boolean,
 ): AcDbObjectIterator<AcDbDimStyleTableRecord>;
 remove(name: string): boolean;
 removeAll(): void;
 removeId(id: string): boolean;
 removeXData(appId: string): void;
 restoreFrom(snapshot: this): void;
 setAttr<A extends string>(attrName: A, val?: AcDbObjectAttrs[A]): void;
 setXData(resbuf: AcDbResultBuffer): void;
 };
 layerTable: {
 attrs: {
 attributes: {
 extensionDictionary?: string;
 objectId?: string;
 ownerId?: string;
 [key: string]: any;
 };
 changed: {
 extensionDictionary?: string;
 objectId?: string;
 ownerId?: string;
 [key: string]: any;
 };
 events: {
 attrChanged: {
 addEventListener(listener: (payload: ...) => ...): void;
 dispatch(payload?: (...) | (...), ...args: (...)[]): void;
 removeEventListener(listener: (payload: ...) => ...): void;
 replaceEventListener(listener: (payload: ...) => ...): void;
 };
 modelChanged: {
 addEventListener(listener: (payload: ...) => ...): void;
 dispatch(payload?: (...) | (...), ...args: (...)[]): void;
 removeEventListener(listener: (payload: ...) => ...): void;
 replaceEventListener(listener: (payload: ...) => ...): void;
 };
 };
 changedAttributes(diff?: Partial<AcDbObjectAttrs>): Partial<T>;
 clone(): AcCmObject<AcDbObjectAttrs>;
 get<A extends string>(key: A): AcDbObjectAttrs[A] | undefined;
 has(key: string): boolean;
 hasChanged(key?: string): boolean;
 previous<A extends string>(
 key: A,
 ): AcDbObjectAttrs[A] | null | undefined;
 previousAttributes(): Partial<T>;
 set<A extends string>(
 key: A,
 val?: AcDbObjectAttrs[A],
 options?: AcCmObjectOptions,
 ): this;
 set(key: Partial<T>, options?: AcCmObjectOptions): this;
 };
 database: { readonly transactionManager: { strictMode: boolean; startTransaction: () => AcDbDatabaseTransaction; currentTransaction: () => AcDbDatabaseTransaction | undefined; ... 20 more ...; flushPendingEntityModifiedEvents: () => void; }; ... 100 more ...; dxfInFields: (_filer: AcDbDxfFiler) => AcDbDatabase; };
 extensionDictionary: string
 | undefined;
 isTemp: any;
 numEntries: number;
 objectId: string;
 ownerId: string;
 add(record: AcDbLayerTableRecord): void;
 clone(): this;
 clonePreservingIdentity(): this;
 close(): void;
 createExtensionDictionary(): string | undefined;
 dxfIn(filer: AcDbDxfFiler): this;
 dxfInFields(_filer: AcDbDxfFiler): this;
 dxfOut(...args: unknown[]): unknown;
 dxfOutFields(filer: AcDbDxfFiler): this;
 getAt(name: string): AcDbLayerTableRecord | undefined;
 getAttr(attrName: string): any;
 getAttrWithoutException(attrName: string): any;
 getIdAt(id: string): AcDbLayerTableRecord | undefined;
 getOwnerIdAt(id: string): AcDbLayerTableRecord | undefined;
 getXData(appId: string): AcDbResultBuffer | undefined;
 has(name: string): boolean;
 hasId(id: string): boolean;
 newIterator(
 iterateById?: boolean,
 ): AcDbObjectIterator<AcDbLayerTableRecord>;
 remove(name: string): boolean;
 removeAll(): void;
 removeId(id: string): boolean;
 removeXData(appId: string): void;
 restoreFrom(snapshot: this): void;
 setAttr<A extends string>(attrName: A, val?: AcDbObjectAttrs[A]): void;
 setXData(resbuf: AcDbResultBuffer): void;
 };
 linetypeTable: {
 attrs: {
 attributes: {
 extensionDictionary?: string;
 objectId?: string;
 ownerId?: string;
 [key: string]: any;
 };
 changed: {
 extensionDictionary?: string;
 objectId?: string;
 ownerId?: string;
 [key: string]: any;
 };
 events: {
 attrChanged: {
 addEventListener(listener: (payload: ...) => ...): void;
 dispatch(payload?: (...) | (...), ...args: (...)[]): void;
 removeEventListener(listener: (payload: ...) => ...): void;
 replaceEventListener(listener: (payload: ...) => ...): void;
 };
 modelChanged: {
 addEventListener(listener: (payload: ...) => ...): void;
 dispatch(payload?: (...) | (...), ...args: (...)[]): void;
 removeEventListener(listener: (payload: ...) => ...): void;
 replaceEventListener(listener: (payload: ...) => ...): void;
 };
 };
 changedAttributes(diff?: Partial<AcDbObjectAttrs>): Partial<T>;
 clone(): AcCmObject<AcDbObjectAttrs>;
 get<A extends string>(key: A): AcDbObjectAttrs[A] | undefined;
 has(key: string): boolean;
 hasChanged(key?: string): boolean;
 previous<A extends string>(
 key: A,
 ): AcDbObjectAttrs[A] | null | undefined;
 previousAttributes(): Partial<T>;
 set<A extends string>(
 key: A,
 val?: AcDbObjectAttrs[A],
 options?: AcCmObjectOptions,
 ): this;
 set(key: Partial<T>, options?: AcCmObjectOptions): this;
 };
 database: { readonly transactionManager: { strictMode: boolean; startTransaction: () => AcDbDatabaseTransaction; currentTransaction: () => AcDbDatabaseTransaction | undefined; ... 20 more ...; flushPendingEntityModifiedEvents: () => void; }; ... 100 more ...; dxfInFields: (_filer: AcDbDxfFiler) => AcDbDatabase; };
 extensionDictionary: string
 | undefined;
 isTemp: any;
 numEntries: number;
 objectId: string;
 ownerId: string;
 add(record: AcDbLinetypeTableRecord): void;
 clone(): this;
 clonePreservingIdentity(): this;
 close(): void;
 createExtensionDictionary(): string | undefined;
 dxfIn(filer: AcDbDxfFiler): this;
 dxfInFields(_filer: AcDbDxfFiler): this;
 dxfOut(...args: unknown[]): unknown;
 dxfOutFields(filer: AcDbDxfFiler): this;
 getAt(name: string): AcDbLinetypeTableRecord | undefined;
 getAttr(attrName: string): any;
 getAttrWithoutException(attrName: string): any;
 getIdAt(id: string): AcDbLinetypeTableRecord | undefined;
 getOwnerIdAt(id: string): AcDbLinetypeTableRecord | undefined;
 getXData(appId: string): AcDbResultBuffer | undefined;
 has(name: string): boolean;
 hasId(id: string): boolean;
 newIterator(
 iterateById?: boolean,
 ): AcDbObjectIterator<AcDbLinetypeTableRecord>;
 remove(name: string): boolean;
 removeAll(): void;
 removeId(id: string): boolean;
 removeXData(appId: string): void;
 restoreFrom(snapshot: this): void;
 setAttr<A extends string>(attrName: A, val?: AcDbObjectAttrs[A]): void;
 setXData(resbuf: AcDbResultBuffer): void;
 };
 textStyleTable: {
 attrs: {
 attributes: {
 extensionDictionary?: string;
 objectId?: string;
 ownerId?: string;
 [key: string]: any;
 };
 changed: {
 extensionDictionary?: string;
 objectId?: string;
 ownerId?: string;
 [key: string]: any;
 };
 events: {
 attrChanged: {
 addEventListener(listener: (payload: ...) => ...): void;
 dispatch(payload?: (...) | (...), ...args: (...)[]): void;
 removeEventListener(listener: (payload: ...) => ...): void;
 replaceEventListener(listener: (payload: ...) => ...): void;
 };
 modelChanged: {
 addEventListener(listener: (payload: ...) => ...): void;
 dispatch(payload?: (...) | (...), ...args: (...)[]): void;
 removeEventListener(listener: (payload: ...) => ...): void;
 replaceEventListener(listener: (payload: ...) => ...): void;
 };
 };
 changedAttributes(diff?: Partial<AcDbObjectAttrs>): Partial<T>;
 clone(): AcCmObject<AcDbObjectAttrs>;
 get<A extends string>(key: A): AcDbObjectAttrs[A] | undefined;
 has(key: string): boolean;
 hasChanged(key?: string): boolean;
 previous<A extends string>(
 key: A,
 ): AcDbObjectAttrs[A] | null | undefined;
 previousAttributes(): Partial<T>;
 set<A extends string>(
 key: A,
 val?: AcDbObjectAttrs[A],
 options?: AcCmObjectOptions,
 ): this;
 set(key: Partial<T>, options?: AcCmObjectOptions): this;
 };
 database: { readonly transactionManager: { strictMode: boolean; startTransaction: () => AcDbDatabaseTransaction; currentTransaction: () => AcDbDatabaseTransaction | undefined; ... 20 more ...; flushPendingEntityModifiedEvents: () => void; }; ... 100 more ...; dxfInFields: (_filer: AcDbDxfFiler) => AcDbDatabase; };
 extensionDictionary: string
 | undefined;
 fonts: string[];
 isTemp: any;
 numEntries: number;
 objectId: string;
 ownerId: string;
 shapeFiles: {
 attrs: {
 attributes: {
 bigFont?: ...;
 extendedFont?: ...;
 extensionDictionary?: ...;
 fixedTextHeight?: ...;
 font?: ...;
 lastHeight?: ...;
 name?: ...;
 objectId?: ...;
 obliqueAngle?: ...;
 ownerId?: ...;
 standardFlag?: ...;
 textGenerationFlag?: ...;
 widthFactor?: ...;
 [key: ...]: ...;
 };
 changed: {
 bigFont?: ...;
 extendedFont?: ...;
 extensionDictionary?: ...;
 fixedTextHeight?: ...;
 font?: ...;
 lastHeight?: ...;
 name?: ...;
 objectId?: ...;
 obliqueAngle?: ...;
 ownerId?: ...;
 standardFlag?: ...;
 textGenerationFlag?: ...;
 widthFactor?: ...;
 [key: ...]: ...;
 };
 events: { attrChanged: ...; modelChanged: ... };
 changedAttributes(diff?: (...) | (...)): Partial<(...)>;
 clone(): AcCmObject<(...)>;
 get<A extends string>(key: A): (...) | (...);
 has(key: string): boolean;
 hasChanged(key?: (...) | (...)): boolean;
 previous<A extends string>(key: A): (...) | (...) | (...);
 previousAttributes(): Partial<(...)>;
 set<A extends string>(
 key: A,
 val?: (...) | (...),
 options?: (...) | (...),
 ): this;
 set(key: Partial<(...)>, options?: (...) | (...)): this;
 };
 bigFontFileName: string;
 database: { readonly transactionManager: { strictMode: boolean; startTransaction: () => AcDbDatabaseTransaction; currentTransaction: () => AcDbDatabaseTransaction | undefined; ... 20 more ...; flushPendingEntityModifiedEvents: () => void; }; ... 100 more ...; dxfInFields: (_filer: AcDbDxfFiler) => AcDbDatabase; };
 extensionDictionary: string
 | undefined;
 fileName: string;
 isShapeFile: boolean;
 isTemp: any;
 isVertical: boolean;
 name: string;
 objectId: string;
 obliquingAngle: number;
 ownerId: string;
 priorSize: number;
 textSize: number;
 textStyle: {
 bigFont: string;
 extendedFont?: (...) | (...);
 fixedTextHeight: number;
 font: string;
 lastHeight: number;
 name: string;
 obliqueAngle: number;
 standardFlag: number;
 textGenerationFlag: number;
 widthFactor: number;
 };
 xScale: number;
 clone(): this;
 clonePreservingIdentity(): this;
 close(): void;
 createExtensionDictionary(): string | undefined;
 dxfIn(filer: AcDbDxfFiler): this;
 dxfInFields(filer: AcDbDxfFiler): this;
 dxfOut(...args: unknown[]): unknown;
 dxfOutFields(filer: AcDbDxfFiler): this;
 getAttr(attrName: string): any;
 getAttrWithoutException(attrName: string): any;
 getXData(appId: string): AcDbResultBuffer | undefined;
 removeXData(appId: string): void;
 restoreFrom(snapshot: this): void;
 setAttr<A extends string>(attrName: A, val?: (...)[(...)]): void;
 setXData(resbuf: AcDbResultBuffer): void;
 }[];
 add(record: AcDbTextStyleTableRecord): void;
 clone(): this;
 clonePreservingIdentity(): this;
 close(): void;
 createExtensionDictionary(): string | undefined;
 dxfIn(filer: AcDbDxfFiler): this;
 dxfInFields(_filer: AcDbDxfFiler): this;
 dxfOut(...args: unknown[]): unknown;
 dxfOutFields(filer: AcDbDxfFiler): this;
 getAt(name: string): AcDbTextStyleTableRecord | undefined;
 getAttr(attrName: string): any;
 getAttrWithoutException(attrName: string): any;
 getIdAt(id: string): AcDbTextStyleTableRecord | undefined;
 getOwnerIdAt(id: string): AcDbTextStyleTableRecord | undefined;
 getXData(appId: string): AcDbResultBuffer | undefined;
 has(name: string): boolean;
 hasId(id: string): boolean;
 newIterator(
 iterateById?: boolean,
 ): AcDbObjectIterator<AcDbTextStyleTableRecord>;
 remove(name: string): boolean;
 removeAll(): void;
 removeId(id: string): boolean;
 removeXData(appId: string): void;
 resolveAt(name?: string): AcDbTextStyleTableRecord | undefined;
 restoreFrom(snapshot: this): void;
 setAttr<A extends string>(attrName: A, val?: AcDbObjectAttrs[A]): void;
 setXData(resbuf: AcDbResultBuffer): void;
 };
 ucsTable: {
 attrs: {
 attributes: {
 extensionDictionary?: string;
 objectId?: string;
 ownerId?: string;
 [key: string]: any;
 };
 changed: {
 extensionDictionary?: string;
 objectId?: string;
 ownerId?: string;
 [key: string]: any;
 };
 events: {
 attrChanged: {
 addEventListener(listener: (payload: ...) => ...): void;
 dispatch(payload?: (...) | (...), ...args: (...)[]): void;
 removeEventListener(listener: (payload: ...) => ...): void;
 replaceEventListener(listener: (payload: ...) => ...): void;
 };
 modelChanged: {
 addEventListener(listener: (payload: ...) => ...): void;
 dispatch(payload?: (...) | (...), ...args: (...)[]): void;
 removeEventListener(listener: (payload: ...) => ...): void;
 replaceEventListener(listener: (payload: ...) => ...): void;
 };
 };
 changedAttributes(diff?: Partial<AcDbObjectAttrs>): Partial<T>;
 clone(): AcCmObject<AcDbObjectAttrs>;
 get<A extends string>(key: A): AcDbObjectAttrs[A] | undefined;
 has(key: string): boolean;
 hasChanged(key?: string): boolean;
 previous<A extends string>(
 key: A,
 ): AcDbObjectAttrs[A] | null | undefined;
 previousAttributes(): Partial<T>;
 set<A extends string>(
 key: A,
 val?: AcDbObjectAttrs[A],
 options?: AcCmObjectOptions,
 ): this;
 set(key: Partial<T>, options?: AcCmObjectOptions): this;
 };
 database: { readonly transactionManager: { strictMode: boolean; startTransaction: () => AcDbDatabaseTransaction; currentTransaction: () => AcDbDatabaseTransaction | undefined; ... 20 more ...; flushPendingEntityModifiedEvents: () => void; }; ... 100 more ...; dxfInFields: (_filer: AcDbDxfFiler) => AcDbDatabase; };
 extensionDictionary: string
 | undefined;
 isTemp: any;
 numEntries: number;
 objectId: string;
 ownerId: string;
 add(record: AcDbUcsTableRecord): void;
 clone(): this;
 clonePreservingIdentity(): this;
 close(): void;
 createExtensionDictionary(): string | undefined;
 dxfIn(filer: AcDbDxfFiler): this;
 dxfInFields(_filer: AcDbDxfFiler): this;
 dxfOut(...args: unknown[]): unknown;
 dxfOutFields(filer: AcDbDxfFiler): this;
 getAt(name: string): AcDbUcsTableRecord | undefined;
 getAttr(attrName: string): any;
 getAttrWithoutException(attrName: string): any;
 getIdAt(id: string): AcDbUcsTableRecord | undefined;
 getOwnerIdAt(id: string): AcDbUcsTableRecord | undefined;
 getXData(appId: string): AcDbResultBuffer | undefined;
 has(name: string): boolean;
 hasId(id: string): boolean;
 newIterator(
 iterateById?: boolean,
 ): AcDbObjectIterator<AcDbUcsTableRecord>;
 remove(name: string): boolean;
 removeAll(): void;
 removeId(id: string): boolean;
 removeXData(appId: string): void;
 restoreFrom(snapshot: this): void;
 setAttr<A extends string>(attrName: A, val?: AcDbObjectAttrs[A]): void;
 setXData(resbuf: AcDbResultBuffer): void;
 };
 viewportTable: {
 attrs: {
 attributes: {
 extensionDictionary?: string;
 objectId?: string;
 ownerId?: string;
 [key: string]: any;
 };
 changed: {
 extensionDictionary?: string;
 objectId?: string;
 ownerId?: string;
 [key: string]: any;
 };
 events: {
 attrChanged: {
 addEventListener(listener: (payload: ...) => ...): void;
 dispatch(payload?: (...) | (...), ...args: (...)[]): void;
 removeEventListener(listener: (payload: ...) => ...): void;
 replaceEventListener(listener: (payload: ...) => ...): void;
 };
 modelChanged: {
 addEventListener(listener: (payload: ...) => ...): void;
 dispatch(payload?: (...) | (...), ...args: (...)[]): void;
 removeEventListener(listener: (payload: ...) => ...): void;
 replaceEventListener(listener: (payload: ...) => ...): void;
 };
 };
 changedAttributes(diff?: Partial<AcDbObjectAttrs>): Partial<T>;
 clone(): AcCmObject<AcDbObjectAttrs>;
 get<A extends string>(key: A): AcDbObjectAttrs[A] | undefined;
 has(key: string): boolean;
 hasChanged(key?: string): boolean;
 previous<A extends string>(
 key: A,
 ): AcDbObjectAttrs[A] | null | undefined;
 previousAttributes(): Partial<T>;
 set<A extends string>(
 key: A,
 val?: AcDbObjectAttrs[A],
 options?: AcCmObjectOptions,
 ): this;
 set(key: Partial<T>, options?: AcCmObjectOptions): this;
 };
 database: { readonly transactionManager: { strictMode: boolean; startTransaction: () => AcDbDatabaseTransaction; currentTransaction: () => AcDbDatabaseTransaction | undefined; ... 20 more ...; flushPendingEntityModifiedEvents: () => void; }; ... 100 more ...; dxfInFields: (_filer: AcDbDxfFiler) => AcDbDatabase; };
 extensionDictionary: string
 | undefined;
 isTemp: any;
 numEntries: number;
 objectId: string;
 ownerId: string;
 add(record: AcDbViewportTableRecord): void;
 clone(): this;
 clonePreservingIdentity(): this;
 close(): void;
 createExtensionDictionary(): string | undefined;
 dxfIn(filer: AcDbDxfFiler): this;
 dxfInFields(_filer: AcDbDxfFiler): this;
 dxfOut(...args: unknown[]): unknown;
 dxfOutFields(filer: AcDbDxfFiler): this;
 getActiveVport(): AcDbViewportTableRecord | undefined;
 getActiveVportBox(
 canvasAspectRatio: number,
 drawingExtents?: AcGeBox2d,
 ): AcGeBox2d | undefined;
 getAt(name: string): AcDbViewportTableRecord | undefined;
 getAttr(attrName: string): any;
 getAttrWithoutException(attrName: string): any;
 getIdAt(id: string): AcDbViewportTableRecord | undefined;
 getOwnerIdAt(id: string): AcDbViewportTableRecord | undefined;
 getXData(appId: string): AcDbResultBuffer | undefined;
 has(name: string): boolean;
 hasId(id: string): boolean;
 newIterator(
 iterateById?: boolean,
 ): AcDbObjectIterator<AcDbViewportTableRecord>;
 remove(name: string): boolean;
 removeAll(): void;
 removeId(id: string): boolean;
 removeXData(appId: string): void;
 restoreFrom(snapshot: this): void;
 setAttr<A extends string>(attrName: A, val?: AcDbObjectAttrs[A]): void;
 setXData(resbuf: AcDbResultBuffer): void;
 };
 viewTable: {
 attrs: {
 attributes: {
 extensionDictionary?: string;
 objectId?: string;
 ownerId?: string;
 [key: string]: any;
 };
 changed: {
 extensionDictionary?: string;
 objectId?: string;
 ownerId?: string;
 [key: string]: any;
 };
 events: {
 attrChanged: {
 addEventListener(listener: (payload: ...) => ...): void;
 dispatch(payload?: (...) | (...), ...args: (...)[]): void;
 removeEventListener(listener: (payload: ...) => ...): void;
 replaceEventListener(listener: (payload: ...) => ...): void;
 };
 modelChanged: {
 addEventListener(listener: (payload: ...) => ...): void;
 dispatch(payload?: (...) | (...), ...args: (...)[]): void;
 removeEventListener(listener: (payload: ...) => ...): void;
 replaceEventListener(listener: (payload: ...) => ...): void;
 };
 };
 changedAttributes(diff?: Partial<AcDbObjectAttrs>): Partial<T>;
 clone(): AcCmObject<AcDbObjectAttrs>;
 get<A extends string>(key: A): AcDbObjectAttrs[A] | undefined;
 has(key: string): boolean;
 hasChanged(key?: string): boolean;
 previous<A extends string>(
 key: A,
 ): AcDbObjectAttrs[A] | null | undefined;
 previousAttributes(): Partial<T>;
 set<A extends string>(
 key: A,
 val?: AcDbObjectAttrs[A],
 options?: AcCmObjectOptions,
 ): this;
 set(key: Partial<T>, options?: AcCmObjectOptions): this;
 };
 database: { readonly transactionManager: { strictMode: boolean; startTransaction: () => AcDbDatabaseTransaction; currentTransaction: () => AcDbDatabaseTransaction | undefined; ... 20 more ...; flushPendingEntityModifiedEvents: () => void; }; ... 100 more ...; dxfInFields: (_filer: AcDbDxfFiler) => AcDbDatabase; };
 extensionDictionary: string
 | undefined;
 isTemp: any;
 numEntries: number;
 objectId: string;
 ownerId: string;
 add(record: AcDbViewTableRecord): void;
 clone(): this;
 clonePreservingIdentity(): this;
 close(): void;
 createExtensionDictionary(): string | undefined;
 dxfIn(filer: AcDbDxfFiler): this;
 dxfInFields(_filer: AcDbDxfFiler): this;
 dxfOut(...args: unknown[]): unknown;
 dxfOutFields(filer: AcDbDxfFiler): this;
 getAt(name: string): AcDbViewTableRecord | undefined;
 getAttr(attrName: string): any;
 getAttrWithoutException(attrName: string): any;
 getIdAt(id: string): AcDbViewTableRecord | undefined;
 getOwnerIdAt(id: string): AcDbViewTableRecord | undefined;
 getXData(appId: string): AcDbResultBuffer | undefined;
 has(name: string): boolean;
 hasId(id: string): boolean;
 newIterator(
 iterateById?: boolean,
 ): AcDbObjectIterator<AcDbViewTableRecord>;
 remove(name: string): boolean;
 removeAll(): void;
 removeId(id: string): boolean;
 removeXData(appId: string): void;
 restoreFrom(snapshot: this): void;
 setAttr<A extends string>(attrName: A, val?: AcDbObjectAttrs[A]): void;
 setXData(resbuf: AcDbResultBuffer): void;
 };
 };
 textstyle: string;
 thumbnailImage: | {
 "[toStringTag]": "Uint8Array";
 buffer: | {
 "[toStringTag]": "ArrayBuffer";
 byteLength: number;
 detached: boolean;
 maxByteLength: number;
 resizable: boolean;
 resize(newByteLength?: number): void;
 slice(begin?: number, end?: number): ArrayBuffer;
 transfer(newByteLength?: number): ArrayBuffer;
 transferToFixedLength(newByteLength?: number): ArrayBuffer;
 }
 | {
 "[toStringTag]": "SharedArrayBuffer";
 byteLength: number;
 growable: boolean;
 maxByteLength: number;
 grow(newByteLength?: number): void;
 slice(begin?: number, end?: number): SharedArrayBuffer;
 };
 byteLength: number;
 byteOffset: number;
 BYTES_PER_ELEMENT: number;
 length: number;
 "[iterator]"(): ArrayIterator<number>;
 at(index: number): number | undefined;
 copyWithin(target: number, start: number, end?: number): this;
 entries(): ArrayIterator<[number, number]>;
 every(
 predicate: (value: number, index: number, array: this) => unknown,
 thisArg?: any,
 ): boolean;
 fill(value: number, start?: number, end?: number): this;
 filter(
 predicate: (value: number, index: number, array: this) => any,
 thisArg?: any,
 ): Uint8Array<ArrayBuffer>;
 find(
 predicate: (value: number, index: number, obj: this) => boolean,
 thisArg?: any,
 ): number | undefined;
 findIndex(
 predicate: (value: number, index: number, obj: this) => boolean,
 thisArg?: any,
 ): number;
 findLast<S extends number>(
 predicate: (
 value: number,
 index: number,
 array: this,
 ) => value is S,
 thisArg?: any,
 ): S | undefined;
 findLast(
 predicate: (value: number, index: number, array: this) => unknown,
 thisArg?: any,
 ): number | undefined;
 findLastIndex(
 predicate: (value: number, index: number, array: this) => unknown,
 thisArg?: any,
 ): number;
 forEach(
 callbackfn: (value: number, index: number, array: this) => void,
 thisArg?: any,
 ): void;
 includes(searchElement: number, fromIndex?: number): boolean;
 indexOf(searchElement: number, fromIndex?: number): number;
 join(separator?: string): string;
 keys(): ArrayIterator<number>;
 lastIndexOf(searchElement: number, fromIndex?: number): number;
 map(
 callbackfn: (value: number, index: number, array: this) => number,
 thisArg?: any,
 ): Uint8Array<ArrayBuffer>;
 reduce(
 callbackfn: (
 previousValue: number,
 currentValue: number,
 currentIndex: number,
 array: this,
 ) => number,
 ): number;
 reduce(
 callbackfn: (
 previousValue: number,
 currentValue: number,
 currentIndex: number,
 array: this,
 ) => number,
 initialValue: number,
 ): number;
 reduce(
 callbackfn: (
 previousValue: U,
 currentValue: number,
 currentIndex: number,
 array: this,
 ) => U,
 initialValue: U,
 ): U;
 reduceRight(
 callbackfn: (
 previousValue: number,
 currentValue: number,
 currentIndex: number,
 array: this,
 ) => number,
 ): number;
 reduceRight(
 callbackfn: (
 previousValue: number,
 currentValue: number,
 currentIndex: number,
 array: this,
 ) => number,
 initialValue: number,
 ): number;
 reduceRight(
 callbackfn: (
 previousValue: U,
 currentValue: number,
 currentIndex: number,
 array: this,
 ) => U,
 initialValue: U,
 ): U;
 reverse(): this;
 set(array: ArrayLike<number>, offset?: number): void;
 slice(start?: number, end?: number): Uint8Array<ArrayBuffer>;
 some(
 predicate: (value: number, index: number, array: this) => unknown,
 thisArg?: any,
 ): boolean;
 sort(compareFn?: (a: number, b: number) => number): this;
 subarray(begin?: number, end?: number): Uint8Array<ArrayBufferLike>;
 toLocaleString(): string;
 toLocaleString(
 locales: string | string[],
 options?: NumberFormatOptions,
 ): string;
 toReversed(): Uint8Array<ArrayBuffer>;
 toSorted(
 compareFn?: (a: number, b: number) => number,
 ): Uint8Array<ArrayBuffer>;
 toString(): string;
 valueOf(): this;
 values(): ArrayIterator<number>;
 with(index: number, value: number): Uint8Array<ArrayBuffer>;
 [key: number]: number;
 }
 | undefined;
 tilemode: boolean;
 transactionManager: {
 strictMode: boolean;
 abortTransaction(): void;
 cancelUndoMark(): void;
 canRedo(): boolean;
 canUndo(): boolean;
 clearUndoStack(): void;
 commitTransaction(): void;
 currentTransaction(): AcDbDatabaseTransaction | undefined;
 endUndoMark(): void;
 flushPendingEntityModifiedEvents(): void;
 flushPendingLayerModifiedEvents(): void;
 hasTransaction(): boolean;
 isApplyingUndoRedo(): boolean;
 isOpenedForWriteInTransaction(objectId: string): boolean;
 isRecording(): boolean;
 recordAppend(container: AcDbChangeContainer, object: AcDbObject): void;
 recordRemove(container: AcDbChangeContainer, object: AcDbObject): void;
 recordSysvar(name: string, before: unknown): void;
 redo(): boolean;
 resolveSymbolTableName(table: { objectId: string }): string;
 runUndoable<T>(
 label: string,
 fn: (tr: AcDbDatabaseTransaction) => T,
 ): T;
 startTransaction(): AcDbDatabaseTransaction;
 startUndoMark(label?: string): void;
 undo(): boolean;
 };
 unitmode: number;
 version: {
 capabilities: {
 supportsBlockRecordTable: boolean;
 supportsClassesSection: boolean;
 supportsHandles: boolean;
 supportsLineWeight: boolean;
 supportsLwPolyline: boolean;
 supportsObjectsSection: boolean;
 supportsSubclassMarkers: boolean;
 supportsTransparency: boolean;
 supportsTrueColor: boolean;
 supportsUtf8CodePage: boolean;
 };
 name: string;
 value: number;
 };
 adoptExternalHandle(object: AcDbObject, preferredId: string): string;
 beginEventBatch(): void;
 clone(): this;
 clonePreservingIdentity(): this;
 close(): void;
 commitObjectHandle(
 object: AcDbObject,
 hasId?: (id: string) => boolean,
 ): void;
 createDefaultData(options?: AcDbCreateDefaultDataOptions): void;
 createExtensionDictionary(): string | undefined;
 dxfIn(filer: AcDbDxfFiler): this;
 dxfInFields(_filer: AcDbDxfFiler): this;
 dxfOut(
 _fileName?: string,
 precision?: number,
 version?: string | number | AcDbDwgVersion,
 optionsOrThumbnail?:
 | boolean
 | { format?: "ascii"
 | "binary"; saveThumbnailImage?: boolean },
 ): string | Uint8Array<ArrayBufferLike>;
 dxfOutFields(_filer: AcDbDxfFiler): this;
 endEventBatch(): void;
 endEventBatchChunked(
 chunkSize: number,
 onChunk?: (flushed: number, total: number) => void | Promise<void>,
 ): Promise<void>;
 ensureEntityStyleDefaults(entity: AcDbEntity): void;
 ensureTextStyleDefaults(): void;
 generateHandle(): string;
 generateUniqueHandle(): string;
 getAttr(attrName: string): any;
 getAttrWithoutException(attrName: string): any;
 getObjectById(
 id: string,
 _openErased?: boolean,
 ): AcDbObject<AcDbObjectAttrs> | undefined;
 getRootDictionaries(): AcDbDictionary<AcDbObject<AcDbObjectAttrs>>[];
 getXData(appId: string): AcDbResultBuffer | undefined;
 initializeHandleSeed(seed: string): void;
 isEventBatched(): boolean;
 isHandleTaken(
 objectId: string,
 except?: AcDbObject<AcDbObjectAttrs>,
 ): boolean;
 isLayerDrawable(layerName: string): boolean;
 isUndoRecording(): boolean;
 notifyDictObjectErased(object: AcDbObject, key: string): void;
 notifyDictObjectSet(object: AcDbObject, key: string): void;
 notifyEntityAppended(entity: AcDbEntity | AcDbEntity[]): void;
 notifyEntityErased(entity: AcDbEntity | AcDbEntity[]): void;
 openEntityForRead(
 entityOrId: string | AcDbEntity,
 ): AcDbEntity | undefined;
 openEntityForWrite(
 entityOrId: string | AcDbEntity,
 ): AcDbEntity | undefined;
 openObjectForRead<T extends AcDbObject<AcDbObjectAttrs>>(
 objectId: string,
 ): T | undefined;
 openObjectForWrite<T extends AcDbObject<AcDbObjectAttrs>>(
 objectId: string,
 ): T | undefined;
 openUri(url: string, options: AcDbOpenDatabaseOptions): Promise<void>;
 read(
 data: ArrayBuffer,
 options: AcDbOpenDatabaseOptions,
 fileType?: string,
 ): Promise<void>;
 regen(): Promise<void>;
 registerObjectHandle(object: AcDbObject): void;
 releaseObjectHandle(object: AcDbObject): void;
 removeXData(appId: string): void;
 restoreFrom(snapshot: this): void;
 runDatabaseEdit(label: string, fn: () => void): void;
 setAttr<A extends string>(attrName: A, val?: AcDbObjectAttrs[A]): void;
 setDwgName(value: string): void;
 setXData(resbuf: AcDbResultBuffer): void;
 updateMaxHandle(handle: string): void;
 };
 dxfPaperSpace: boolean;
 dxfTypeName: string;
 extensionDictionary: string
 | undefined;
 geometricExtents: {
 center: {
 x: number;
 y: number;
 z: number;
 "[iterator]"(): Generator<number, void, unknown>;
 add(v: AcGeVectorLike): this;
 addScalar(s: number): this;
 addScaledVector(v: AcGeVector3dLike, s: number): this;
 addVectors(a: AcGeVector3dLike, b: AcGeVector3dLike): this;
 angleTo(v: AcGeVector3d): number;
 applyAxisAngle(axis: AcGeVector3dLike, angle: number): this;
 applyEuler(euler: AcGeEuler): this;
 applyMatrix3(m: AcGeMatrix2d): this;
 applyMatrix4(m: AcGeMatrix3d): this;
 applyNormalMatrix(m: AcGeMatrix2d): this;
 applyQuaternion(q: AcGeQuaternion): this;
 ceil(): this;
 clamp(min: AcGeVector3dLike, max: AcGeVector3dLike): this;
 clampLength(min: number, max: number): this;
 clampScalar(minVal: number, maxVal: number): this;
 clone(): AcGeVector3d;
 copy(v: AcGeVectorLike): this;
 cross(v: AcGeVector3dLike): this;
 crossVectors(a: AcGeVector3dLike, b: AcGeVector3dLike): this;
 distanceTo(v: AcGeVector3dLike): number;
 distanceToSquared(v: AcGeVector3dLike): number;
 divide(v: AcGeVector3dLike): this;
 divideScalar(scalar: number): this;
 dot(v: AcGeVector3dLike): number;
 equals(v: AcGeVector3dLike): boolean;
 floor(): this;
 fromArray(array: number[], offset?: number): this;
 getComponent(index: number): number;
 isParallelTo(vec: AcGeVector3d): boolean;
 length(): number;
 lengthSq(): number;
 lerp(v: AcGeVector3dLike, alpha: number): this;
 lerpVectors(
 v1: AcGeVector3dLike,
 v2: AcGeVector3dLike,
 alpha: number,
 ): this;
 manhattanDistanceTo(v: AcGeVector3dLike): number;
 manhattanLength(): number;
 max(v: AcGeVector3dLike): this;
 min(v: AcGeVector3dLike): this;
 multiply(v: AcGeVector3dLike): this;
 multiplyScalar(scalar: number): this;
 multiplyVectors(a: AcGeVector3dLike, b: AcGeVector3dLike): this;
 negate(): this;
 normalize(): this;
 projectOnPlane(planeNormal: AcGeVector3d): this;
 projectOnVector(v: AcGeVector3d): this;
 random(): this;
 randomDirection(): this;
 reflect(normal: AcGeVector3dLike): this;
 round(): this;
 roundToZero(): this;
 set(x: number, y: number, z: number): this;
 setComponent(index: number, value: number): this;
 setFromMatrix3Column(m: AcGeMatrix2d, index: number): this;
 setFromMatrixColumn(m: AcGeMatrix3d, index: number): this;
 setFromMatrixPosition(m: AcGeMatrix3d): this;
 setFromMatrixScale(m: AcGeMatrix3d): this;
 setLength(l: number): this;
 setScalar(scalar: number): this;
 setX(x: number): this;
 setY(y: number): this;
 setZ(z: number): this;
 sub(v: AcGeVector3dLike): this;
 subScalar(s: number): this;
 subVectors(a: AcGeVector3dLike, b: AcGeVector3dLike): this;
 toArray(
 array?: number[] | Float32Array<ArrayBufferLike>,
 offset?: number,
 ): number[] | Float32Array<ArrayBufferLike>;
 transformDirection(m: AcGeMatrix3d): this;
 };
 max: {
 x: number;
 y: number;
 z: number;
 "[iterator]"(): Generator<number, void, unknown>;
 add(v: AcGeVectorLike): this;
 addScalar(s: number): this;
 addScaledVector(v: AcGeVector3dLike, s: number): this;
 addVectors(a: AcGeVector3dLike, b: AcGeVector3dLike): this;
 angleTo(v: AcGeVector3d): number;
 applyAxisAngle(axis: AcGeVector3dLike, angle: number): this;
 applyEuler(euler: AcGeEuler): this;
 applyMatrix3(m: AcGeMatrix2d): this;
 applyMatrix4(m: AcGeMatrix3d): this;
 applyNormalMatrix(m: AcGeMatrix2d): this;
 applyQuaternion(q: AcGeQuaternion): this;
 ceil(): this;
 clamp(min: AcGeVector3dLike, max: AcGeVector3dLike): this;
 clampLength(min: number, max: number): this;
 clampScalar(minVal: number, maxVal: number): this;
 clone(): AcGeVector3d;
 copy(v: AcGeVectorLike): this;
 cross(v: AcGeVector3dLike): this;
 crossVectors(a: AcGeVector3dLike, b: AcGeVector3dLike): this;
 distanceTo(v: AcGeVector3dLike): number;
 distanceToSquared(v: AcGeVector3dLike): number;
 divide(v: AcGeVector3dLike): this;
 divideScalar(scalar: number): this;
 dot(v: AcGeVector3dLike): number;
 equals(v: AcGeVector3dLike): boolean;
 floor(): this;
 fromArray(array: number[], offset?: number): this;
 getComponent(index: number): number;
 isParallelTo(vec: AcGeVector3d): boolean;
 length(): number;
 lengthSq(): number;
 lerp(v: AcGeVector3dLike, alpha: number): this;
 lerpVectors(
 v1: AcGeVector3dLike,
 v2: AcGeVector3dLike,
 alpha: number,
 ): this;
 manhattanDistanceTo(v: AcGeVector3dLike): number;
 manhattanLength(): number;
 max(v: AcGeVector3dLike): this;
 min(v: AcGeVector3dLike): this;
 multiply(v: AcGeVector3dLike): this;
 multiplyScalar(scalar: number): this;
 multiplyVectors(a: AcGeVector3dLike, b: AcGeVector3dLike): this;
 negate(): this;
 normalize(): this;
 projectOnPlane(planeNormal: AcGeVector3d): this;
 projectOnVector(v: AcGeVector3d): this;
 random(): this;
 randomDirection(): this;
 reflect(normal: AcGeVector3dLike): this;
 round(): this;
 roundToZero(): this;
 set(x: number, y: number, z: number): this;
 setComponent(index: number, value: number): this;
 setFromMatrix3Column(m: AcGeMatrix2d, index: number): this;
 setFromMatrixColumn(m: AcGeMatrix3d, index: number): this;
 setFromMatrixPosition(m: AcGeMatrix3d): this;
 setFromMatrixScale(m: AcGeMatrix3d): this;
 setLength(l: number): this;
 setScalar(scalar: number): this;
 setX(x: number): this;
 setY(y: number): this;
 setZ(z: number): this;
 sub(v: AcGeVector3dLike): this;
 subScalar(s: number): this;
 subVectors(a: AcGeVector3dLike, b: AcGeVector3dLike): this;
 toArray(
 array?: number[] | Float32Array<ArrayBufferLike>,
 offset?: number,
 ): number[] | Float32Array<ArrayBufferLike>;
 transformDirection(m: AcGeMatrix3d): this;
 };
 min: {
 x: number;
 y: number;
 z: number;
 "[iterator]"(): Generator<number, void, unknown>;
 add(v: AcGeVectorLike): this;
 addScalar(s: number): this;
 addScaledVector(v: AcGeVector3dLike, s: number): this;
 addVectors(a: AcGeVector3dLike, b: AcGeVector3dLike): this;
 angleTo(v: AcGeVector3d): number;
 applyAxisAngle(axis: AcGeVector3dLike, angle: number): this;
 applyEuler(euler: AcGeEuler): this;
 applyMatrix3(m: AcGeMatrix2d): this;
 applyMatrix4(m: AcGeMatrix3d): this;
 applyNormalMatrix(m: AcGeMatrix2d): this;
 applyQuaternion(q: AcGeQuaternion): this;
 ceil(): this;
 clamp(min: AcGeVector3dLike, max: AcGeVector3dLike): this;
 clampLength(min: number, max: number): this;
 clampScalar(minVal: number, maxVal: number): this;
 clone(): AcGeVector3d;
 copy(v: AcGeVectorLike): this;
 cross(v: AcGeVector3dLike): this;
 crossVectors(a: AcGeVector3dLike, b: AcGeVector3dLike): this;
 distanceTo(v: AcGeVector3dLike): number;
 distanceToSquared(v: AcGeVector3dLike): number;
 divide(v: AcGeVector3dLike): this;
 divideScalar(scalar: number): this;
 dot(v: AcGeVector3dLike): number;
 equals(v: AcGeVector3dLike): boolean;
 floor(): this;
 fromArray(array: number[], offset?: number): this;
 getComponent(index: number): number;
 isParallelTo(vec: AcGeVector3d): boolean;
 length(): number;
 lengthSq(): number;
 lerp(v: AcGeVector3dLike, alpha: number): this;
 lerpVectors(
 v1: AcGeVector3dLike,
 v2: AcGeVector3dLike,
 alpha: number,
 ): this;
 manhattanDistanceTo(v: AcGeVector3dLike): number;
 manhattanLength(): number;
 max(v: AcGeVector3dLike): this;
 min(v: AcGeVector3dLike): this;
 multiply(v: AcGeVector3dLike): this;
 multiplyScalar(scalar: number): this;
 multiplyVectors(a: AcGeVector3dLike, b: AcGeVector3dLike): this;
 negate(): this;
 normalize(): this;
 projectOnPlane(planeNormal: AcGeVector3d): this;
 projectOnVector(v: AcGeVector3d): this;
 random(): this;
 randomDirection(): this;
 reflect(normal: AcGeVector3dLike): this;
 round(): this;
 roundToZero(): this;
 set(x: number, y: number, z: number): this;
 setComponent(index: number, value: number): this;
 setFromMatrix3Column(m: AcGeMatrix2d, index: number): this;
 setFromMatrixColumn(m: AcGeMatrix3d, index: number): this;
 setFromMatrixPosition(m: AcGeMatrix3d): this;
 setFromMatrixScale(m: AcGeMatrix3d): this;
 setLength(l: number): this;
 setScalar(scalar: number): this;
 setX(x: number): this;
 setY(y: number): this;
 setZ(z: number): this;
 sub(v: AcGeVector3dLike): this;
 subScalar(s: number): this;
 subVectors(a: AcGeVector3dLike, b: AcGeVector3dLike): this;
 toArray(
 array?: number[] | Float32Array<ArrayBufferLike>,
 offset?: number,
 ): number[] | Float32Array<ArrayBufferLike>;
 transformDirection(m: AcGeMatrix3d): this;
 };
 size: {
 x: number;
 y: number;
 z: number;
 "[iterator]"(): Generator<number, void, unknown>;
 add(v: AcGeVectorLike): this;
 addScalar(s: number): this;
 addScaledVector(v: AcGeVector3dLike, s: number): this;
 addVectors(a: AcGeVector3dLike, b: AcGeVector3dLike): this;
 angleTo(v: AcGeVector3d): number;
 applyAxisAngle(axis: AcGeVector3dLike, angle: number): this;
 applyEuler(euler: AcGeEuler): this;
 applyMatrix3(m: AcGeMatrix2d): this;
 applyMatrix4(m: AcGeMatrix3d): this;
 applyNormalMatrix(m: AcGeMatrix2d): this;
 applyQuaternion(q: AcGeQuaternion): this;
 ceil(): this;
 clamp(min: AcGeVector3dLike, max: AcGeVector3dLike): this;
 clampLength(min: number, max: number): this;
 clampScalar(minVal: number, maxVal: number): this;
 clone(): AcGeVector3d;
 copy(v: AcGeVectorLike): this;
 cross(v: AcGeVector3dLike): this;
 crossVectors(a: AcGeVector3dLike, b: AcGeVector3dLike): this;
 distanceTo(v: AcGeVector3dLike): number;
 distanceToSquared(v: AcGeVector3dLike): number;
 divide(v: AcGeVector3dLike): this;
 divideScalar(scalar: number): this;
 dot(v: AcGeVector3dLike): number;
 equals(v: AcGeVector3dLike): boolean;
 floor(): this;
 fromArray(array: number[], offset?: number): this;
 getComponent(index: number): number;
 isParallelTo(vec: AcGeVector3d): boolean;
 length(): number;
 lengthSq(): number;
 lerp(v: AcGeVector3dLike, alpha: number): this;
 lerpVectors(
 v1: AcGeVector3dLike,
 v2: AcGeVector3dLike,
 alpha: number,
 ): this;
 manhattanDistanceTo(v: AcGeVector3dLike): number;
 manhattanLength(): number;
 max(v: AcGeVector3dLike): this;
 min(v: AcGeVector3dLike): this;
 multiply(v: AcGeVector3dLike): this;
 multiplyScalar(scalar: number): this;
 multiplyVectors(a: AcGeVector3dLike, b: AcGeVector3dLike): this;
 negate(): this;
 normalize(): this;
 projectOnPlane(planeNormal: AcGeVector3d): this;
 projectOnVector(v: AcGeVector3d): this;
 random(): this;
 randomDirection(): this;
 reflect(normal: AcGeVector3dLike): this;
 round(): this;
 roundToZero(): this;
 set(x: number, y: number, z: number): this;
 setComponent(index: number, value: number): this;
 setFromMatrix3Column(m: AcGeMatrix2d, index: number): this;
 setFromMatrixColumn(m: AcGeMatrix3d, index: number): this;
 setFromMatrixPosition(m: AcGeMatrix3d): this;
 setFromMatrixScale(m: AcGeMatrix3d): this;
 setLength(l: number): this;
 setScalar(scalar: number): this;
 setX(x: number): this;
 setY(y: number): this;
 setZ(z: number): this;
 sub(v: AcGeVector3dLike): this;
 subScalar(s: number): this;
 subVectors(a: AcGeVector3dLike, b: AcGeVector3dLike): this;
 toArray(
 array?: number[] | Float32Array<ArrayBufferLike>,
 offset?: number,
 ): number[] | Float32Array<ArrayBufferLike>;
 transformDirection(m: AcGeMatrix3d): this;
 };
 applyMatrix4(matrix: AcGeMatrix3d): this;
 clampPoint(point: AcGeVector3dLike, target: AcGeVector3d): AcGeVector3d;
 clone(): AcGeBox3d;
 containsBox(box: AcGeBox3d): boolean;
 containsPoint(point: AcGeVector3dLike): boolean;
 copy(box: AcGeBox3d): this;
 distanceToPoint(point: AcGeVector3dLike): number;
 equals(box: AcGeBox3d): boolean;
 expandByPoint(point: AcGeVector3dLike): this;
 expandByScalar(scalar: number): this;
 expandByVector(vector: AcGeVector3dLike): this;
 getCenter(target: AcGeVector3d): AcGeVector3d;
 getParameter(
 point: AcGeVector3dLike,
 target: AcGeVector3d,
 ): AcGeVector3d;
 getSize(target: AcGeVector3d): AcGeVector3d;
 intersect(box: AcGeBox3d): this;
 intersectsBox(box: AcGeBox3d): boolean;
 intersectsPlane(plane: AcGePlane): boolean;
 isEmpty(): boolean;
 makeEmpty(): this;
 set(min: AcGeVector3dLike, max: AcGeVector3dLike): this;
 setFromArray(array: number[]): this;
 setFromCenterAndSize(
 center: AcGeVector3dLike,
 size: AcGeVector3dLike,
 ): this;
 setFromPoints(points: AcGeVector3dLike[]): this;
 translate(offset: AcGeVector3dLike): this;
 union(box: AcGeBox3d): this;
 };
 isTemp: any;
 layer: string;
 lineStyle: {
 description: string;
 name: string;
 pattern?: {
 elementLength: number;
 elementTypeFlag: number;
 offsetX?: number;
 offsetY?: number;
 rotation?: number;
 scale?: number;
 shapeNumber?: number;
 styleObjectId?: string;
 text?: string;
 }[];
 standardFlag: number;
 totalPatternLength: number;
 type: AcGiStyleType;
 };
 lineType: string;
 linetypeScale: number;
 lineWeight: AcGiLineWeight;
 objectId: string;
 ownerId: string;
 properties: {
 groups: {
 groupName: string;
 properties: {
 accessor: { set?: (...)
 | (...); get(): unknown };
 editable?: boolean;
 itemSchema?: { properties: ... };
 name: string;
 options?: (...)[];
 skipTranslation?: boolean;
 type: AcDbEntityPropertyType;
 }[];
 }[];
 type: string;
 };
 resolvedColor: {
 blue: number
 | undefined;
 colorIndex: number | undefined;
 colorMethod: AcCmColorMethod;
 colorName: string | undefined;
 cssColor: string | undefined;
 green: number | undefined;
 hexColor: string | undefined;
 isByACI: boolean;
 isByBlock: boolean;
 isByColor: boolean;
 isByLayer: boolean;
 isForeground: boolean;
 red: number | undefined;
 RGB: number | undefined;
 clone(): AcCmColor;
 copy(other: AcCmColor): this;
 cssColorAlpha(alpha: number): string | undefined;
 equals(other: AcCmColor): boolean;
 setByBlock(value?: number): this;
 setByLayer(value?: number): this;
 setForeground(): this;
 setRGB(r: number, g: number, b: number): this;
 setRGBFromCss(cssString: string): this;
 setRGBValue(value: number | null | undefined): this;
 setScalar(scalar: number): this;
 toString(): string;
 };
 transparency: {
 alpha: number;
 isByAlpha: boolean;
 isByBlock: boolean;
 isByLayer: boolean;
 isClear: boolean;
 isInvalid: boolean;
 isSolid: boolean;
 method: AcCmTransparencyMethod;
 percentage: number
 | undefined;
 clone(): AcCmTransparency;
 equals(other: AcCmTransparency): boolean;
 serialize(): number;
 toString(): string;
 };
 type: string;
 visibility: boolean;
 clone(): this;
 clonePreservingIdentity(): this;
 close(): void;
 createExtensionDictionary(): string | undefined;
 dxfIn(filer: AcDbDxfFiler): this;
 dxfInFields(filer: AcDbDxfFiler): this;
 dxfOut(...args: unknown[]): unknown;
 dxfOutFields(filer: AcDbDxfFiler): this;
 erase(): boolean;
 getAttr(attrName: string): any;
 getAttrWithoutException(attrName: string): any;
 getXData(appId: string): AcDbResultBuffer | undefined;
 removeXData(appId: string): void;
 resolveEffectiveProperties(): void;
 restoreFrom(snapshot: this): void;
 setAttr<A extends string>(attrName: A, val?: AcDbObjectAttrs[A]): void;
 setXData(resbuf: AcDbResultBuffer): void;
 subGetGripPoints(): AcGePoint3d[];
 subGetOsnapPoints(
 osnapMode: AcDbOsnapMode,
 pickPoint: AcGePoint3dLike,
 lastPoint: AcGePoint3dLike,
 snapPoints: AcGePoint3dLike[],
 gsMark?: any,
 insertionMat?: AcGeMatrix3d,
 ): void;
 subMoveGripPointsAt(indices: number[], offset: AcGeVector3dLike): this;
 subWorldDraw(
 renderer: AcGiRenderer,
 delay?: boolean,
 ): AcGiEntity | undefined;
 transformBy(matrix: AcGeMatrix3d): this;
 worldDraw(
 renderer: AcGiRenderer,
 delay?: boolean,
 ): AcGiEntity | undefined;
 }
 | null,
 >;
 hovered: Ref<boolean, boolean>;
 id: Ref<string | null, string | null>;
 mouse: Ref<
 { x: number; y: number },
 { x: number; y: number } | { x: number; y: number },
 >;
}
Reactive state tracking the current hover context.
- entity: Ref<
 | {
 attrs: {
 attributes: {
 extensionDictionary?: string;
 objectId?: string;
 ownerId?: string;
 [key: string]: any;
 };
 changed: {
 extensionDictionary?: string;
 objectId?: string;
 ownerId?: string;
 [key: string]: any;
 };
 events: {
 attrChanged: {
 addEventListener(
 listener: (payload: AcCmObjectAttributeChangedEventArgs) => void,
 ): void;
 dispatch(
 payload?: AcCmObjectAttributeChangedEventArgs<AcDbObjectAttrs>,
 ...args: unknown[],
 ): void;
 removeEventListener(
 listener: (payload: AcCmObjectAttributeChangedEventArgs) => void,
 ): void;
 replaceEventListener(
 listener: (payload: AcCmObjectAttributeChangedEventArgs) => void,
 ): void;
 };
 modelChanged: {
 addEventListener(
 listener: (payload: AcCmObjectChangedEventArgs) => void,
 ): void;
 dispatch(
 payload?: AcCmObjectChangedEventArgs<AcDbObjectAttrs>,
 ...args: unknown[],
 ): void;
 removeEventListener(
 listener: (payload: AcCmObjectChangedEventArgs) => void,
 ): void;
 replaceEventListener(
 listener: (payload: AcCmObjectChangedEventArgs) => void,
 ): void;
 };
 };
 changedAttributes(diff?: Partial<AcDbObjectAttrs>): Partial<T>;
 clone(): AcCmObject<AcDbObjectAttrs>;
 get<A extends string>(key: A): AcDbObjectAttrs[A] | undefined;
 has(key: string): boolean;
 hasChanged(key?: string): boolean;
 previous<A extends string>(key: A): AcDbObjectAttrs[A] | null | undefined;
 previousAttributes(): Partial<T>;
 set<A extends string>(
 key: A,
 val?: AcDbObjectAttrs[A],
 options?: AcCmObjectOptions,
 ): this;
 set(key: Partial<T>, options?: AcCmObjectOptions): this;
 };
 color: {
 blue: number
 | undefined;
 colorIndex: number | undefined;
 colorMethod: AcCmColorMethod;
 colorName: string | undefined;
 cssColor: string | undefined;
 green: number | undefined;
 hexColor: string | undefined;
 isByACI: boolean;
 isByBlock: boolean;
 isByColor: boolean;
 isByLayer: boolean;
 isForeground: boolean;
 red: number | undefined;
 RGB: number | undefined;
 clone(): AcCmColor;
 copy(other: AcCmColor): this;
 cssColorAlpha(alpha: number): string | undefined;
 equals(other: AcCmColor): boolean;
 setByBlock(value?: number): this;
 setByLayer(value?: number): this;
 setForeground(): this;
 setRGB(r: number, g: number, b: number): this;
 setRGBFromCss(cssString: string): this;
 setRGBValue(value: number | null | undefined): this;
 setScalar(scalar: number): this;
 toString(): string;
 };
 database: {
 angbase: number;
 angdir: number;
 attrs: {
 attributes: {
 extensionDictionary?: string;
 objectId?: string;
 ownerId?: string;
 [key: string]: any;
 };
 changed: {
 extensionDictionary?: string;
 objectId?: string;
 ownerId?: string;
 [key: string]: any;
 };
 events: {
 attrChanged: {
 addEventListener(
 listener: (payload: AcCmObjectAttributeChangedEventArgs) => void,
 ): void;
 dispatch(
 payload?: AcCmObjectAttributeChangedEventArgs<AcDbObjectAttrs>,
 ...args: unknown[],
 ): void;
 removeEventListener(
 listener: (payload: AcCmObjectAttributeChangedEventArgs) => void,
 ): void;
 replaceEventListener(
 listener: (payload: AcCmObjectAttributeChangedEventArgs) => void,
 ): void;
 };
 modelChanged: {
 addEventListener(
 listener: (payload: AcCmObjectChangedEventArgs) => void,
 ): void;
 dispatch(
 payload?: AcCmObjectChangedEventArgs<AcDbObjectAttrs>,
 ...args: unknown[],
 ): void;
 removeEventListener(
 listener: (payload: AcCmObjectChangedEventArgs) => void,
 ): void;
 replaceEventListener(
 listener: (payload: AcCmObjectChangedEventArgs) => void,
 ): void;
 };
 };
 changedAttributes(diff?: Partial<AcDbObjectAttrs>): Partial<T>;
 clone(): AcCmObject<AcDbObjectAttrs>;
 get<A extends string>(key: A): AcDbObjectAttrs[A] | undefined;
 has(key: string): boolean;
 hasChanged(key?: string): boolean;
 previous<A extends string>(
 key: A,
 ): AcDbObjectAttrs[A] | null | undefined;
 previousAttributes(): Partial<T>;
 set<A extends string>(
 key: A,
 val?: AcDbObjectAttrs[A],
 options?: AcCmObjectOptions,
 ): this;
 set(key: Partial<T>, options?: AcCmObjectOptions): this;
 };
 aunits: number;
 auprec: number;
 cecolor: {
 blue: number
 | undefined;
 colorIndex: number | undefined;
 colorMethod: AcCmColorMethod;
 colorName: string | undefined;
 cssColor: string | undefined;
 green: number | undefined;
 hexColor: string | undefined;
 isByACI: boolean;
 isByBlock: boolean;
 isByColor: boolean;
 isByLayer: boolean;
 isForeground: boolean;
 red: number | undefined;
 RGB: number | undefined;
 clone(): AcCmColor;
 copy(other: AcCmColor): this;
 cssColorAlpha(alpha: number): string | undefined;
 equals(other: AcCmColor): boolean;
 setByBlock(value?: number): this;
 setByLayer(value?: number): this;
 setForeground(): this;
 setRGB(r: number, g: number, b: number): this;
 setRGBFromCss(cssString: string): this;
 setRGBValue(value: number | null | undefined): this;
 setScalar(scalar: number): this;
 toString(): string;
 };
 celtscale: number;
 celtype: string;
 celweight: AcGiLineWeight;
 cetransparency: {
 alpha: number;
 isByAlpha: boolean;
 isByBlock: boolean;
 isByLayer: boolean;
 isClear: boolean;
 isInvalid: boolean;
 isSolid: boolean;
 method: AcCmTransparencyMethod;
 percentage: number
 | undefined;
 clone(): AcCmTransparency;
 equals(other: AcCmTransparency): boolean;
 serialize(): number;
 toString(): string;
 };
 classes: readonly {
 appName: string;
 cppClassName: string;
 instanceCount: number;
 isEntity: boolean;
 name: string;
 proxyFlag: number;
 wasProxy: boolean;
 }[];
 clayer: string;
 cmleaderstyle: string;
 cmlscale: number;
 cmlstyle: string;
 currentSpaceId: string;
 database: { readonly transactionManager: { strictMode: boolean; startTransaction: () => AcDbDatabaseTransaction; currentTransaction: () => AcDbDatabaseTransaction | undefined; ... 20 more ...; flushPendingEntityModifiedEvents: () => void; }; ... 100 more ...; dxfInFields: (_filer: AcDbDxfFiler) => AcDbDatabase; };
 dimstyle: string;
 drawNoPlotLayers: boolean;
 dwgname: string;
 events: {
 dictObjectErased: {
 addEventListener(
 listener: (payload: AcDbDictObjectEventArgs) => void,
 ): void;
 dispatch(payload?: AcDbDictObjectEventArgs, ...args: unknown[]): void;
 removeEventListener(
 listener: (payload: AcDbDictObjectEventArgs) => void,
 ): void;
 replaceEventListener(
 listener: (payload: AcDbDictObjectEventArgs) => void,
 ): void;
 };
 dictObjetSet: {
 addEventListener(
 listener: (payload: AcDbDictObjectEventArgs) => void,
 ): void;
 dispatch(payload?: AcDbDictObjectEventArgs, ...args: unknown[]): void;
 removeEventListener(
 listener: (payload: AcDbDictObjectEventArgs) => void,
 ): void;
 replaceEventListener(
 listener: (payload: AcDbDictObjectEventArgs) => void,
 ): void;
 };
 entityAppended: {
 addEventListener(
 listener: (payload: AcDbEntityEventArgs) => void,
 ): void;
 dispatch(payload?: AcDbEntityEventArgs, ...args: unknown[]): void;
 removeEventListener(
 listener: (payload: AcDbEntityEventArgs) => void,
 ): void;
 replaceEventListener(
 listener: (payload: AcDbEntityEventArgs) => void,
 ): void;
 };
 entityErased: {
 addEventListener(
 listener: (payload: AcDbEntityEventArgs) => void,
 ): void;
 dispatch(payload?: AcDbEntityEventArgs, ...args: unknown[]): void;
 removeEventListener(
 listener: (payload: AcDbEntityEventArgs) => void,
 ): void;
 replaceEventListener(
 listener: (payload: AcDbEntityEventArgs) => void,
 ): void;
 };
 entityModified: {
 addEventListener(
 listener: (payload: AcDbEntityEventArgs) => void,
 ): void;
 dispatch(payload?: AcDbEntityEventArgs, ...args: unknown[]): void;
 removeEventListener(
 listener: (payload: AcDbEntityEventArgs) => void,
 ): void;
 replaceEventListener(
 listener: (payload: AcDbEntityEventArgs) => void,
 ): void;
 };
 layerAppended: {
 addEventListener(
 listener: (payload: AcDbLayerEventArgs) => void,
 ): void;
 dispatch(payload?: AcDbLayerEventArgs, ...args: unknown[]): void;
 removeEventListener(
 listener: (payload: AcDbLayerEventArgs) => void,
 ): void;
 replaceEventListener(
 listener: (payload: AcDbLayerEventArgs) => void,
 ): void;
 };
 layerErased: {
 addEventListener(
 listener: (payload: AcDbLayerEventArgs) => void,
 ): void;
 dispatch(payload?: AcDbLayerEventArgs, ...args: unknown[]): void;
 removeEventListener(
 listener: (payload: AcDbLayerEventArgs) => void,
 ): void;
 replaceEventListener(
 listener: (payload: AcDbLayerEventArgs) => void,
 ): void;
 };
 layerModified: {
 addEventListener(
 listener: (payload: AcDbLayerModifiedEventArgs) => void,
 ): void;
 dispatch(
 payload?: AcDbLayerModifiedEventArgs,
 ...args: unknown[],
 ): void;
 removeEventListener(
 listener: (payload: AcDbLayerModifiedEventArgs) => void,
 ): void;
 replaceEventListener(
 listener: (payload: AcDbLayerModifiedEventArgs) => void,
 ): void;
 };
 openFailed: {
 addEventListener(
 listener: (payload: AcDbOpenFailedEventArgs) => void,
 ): void;
 dispatch(payload?: AcDbOpenFailedEventArgs, ...args: unknown[]): void;
 removeEventListener(
 listener: (payload: AcDbOpenFailedEventArgs) => void,
 ): void;
 replaceEventListener(
 listener: (payload: AcDbOpenFailedEventArgs) => void,
 ): void;
 };
 openProgress: {
 addEventListener(
 listener: (payload: AcDbProgressdEventArgs) => void,
 ): void;
 dispatch(payload?: AcDbProgressdEventArgs, ...args: unknown[]): void;
 removeEventListener(
 listener: (payload: AcDbProgressdEventArgs) => void,
 ): void;
 replaceEventListener(
 listener: (payload: AcDbProgressdEventArgs) => void,
 ): void;
 };
 };
 extensionDictionary: string
 | undefined;
 extents: {
 center: {
 x: number;
 y: number;
 z: number;
 "[iterator]"(): Generator<number, void, unknown>;
 add(v: AcGeVectorLike): this;
 addScalar(s: number): this;
 addScaledVector(v: AcGeVector3dLike, s: number): this;
 addVectors(a: AcGeVector3dLike, b: AcGeVector3dLike): this;
 angleTo(v: AcGeVector3d): number;
 applyAxisAngle(axis: AcGeVector3dLike, angle: number): this;
 applyEuler(euler: AcGeEuler): this;
 applyMatrix3(m: AcGeMatrix2d): this;
 applyMatrix4(m: AcGeMatrix3d): this;
 applyNormalMatrix(m: AcGeMatrix2d): this;
 applyQuaternion(q: AcGeQuaternion): this;
 ceil(): this;
 clamp(min: AcGeVector3dLike, max: AcGeVector3dLike): this;
 clampLength(min: number, max: number): this;
 clampScalar(minVal: number, maxVal: number): this;
 clone(): AcGeVector3d;
 copy(v: AcGeVectorLike): this;
 cross(v: AcGeVector3dLike): this;
 crossVectors(a: AcGeVector3dLike, b: AcGeVector3dLike): this;
 distanceTo(v: AcGeVector3dLike): number;
 distanceToSquared(v: AcGeVector3dLike): number;
 divide(v: AcGeVector3dLike): this;
 divideScalar(scalar: number): this;
 dot(v: AcGeVector3dLike): number;
 equals(v: AcGeVector3dLike): boolean;
 floor(): this;
 fromArray(array: number[], offset?: number): this;
 getComponent(index: number): number;
 isParallelTo(vec: AcGeVector3d): boolean;
 length(): number;
 lengthSq(): number;
 lerp(v: AcGeVector3dLike, alpha: number): this;
 lerpVectors(
 v1: AcGeVector3dLike,
 v2: AcGeVector3dLike,
 alpha: number,
 ): this;
 manhattanDistanceTo(v: AcGeVector3dLike): number;
 manhattanLength(): number;
 max(v: AcGeVector3dLike): this;
 min(v: AcGeVector3dLike): this;
 multiply(v: AcGeVector3dLike): this;
 multiplyScalar(scalar: number): this;
 multiplyVectors(a: AcGeVector3dLike, b: AcGeVector3dLike): this;
 negate(): this;
 normalize(): this;
 projectOnPlane(planeNormal: AcGeVector3d): this;
 projectOnVector(v: AcGeVector3d): this;
 random(): this;
 randomDirection(): this;
 reflect(normal: AcGeVector3dLike): this;
 round(): this;
 roundToZero(): this;
 set(x: number, y: number, z: number): this;
 setComponent(index: number, value: number): this;
 setFromMatrix3Column(m: AcGeMatrix2d, index: number): this;
 setFromMatrixColumn(m: AcGeMatrix3d, index: number): this;
 setFromMatrixPosition(m: AcGeMatrix3d): this;
 setFromMatrixScale(m: AcGeMatrix3d): this;
 setLength(l: number): this;
 setScalar(scalar: number): this;
 setX(x: number): this;
 setY(y: number): this;
 setZ(z: number): this;
 sub(v: AcGeVector3dLike): this;
 subScalar(s: number): this;
 subVectors(a: AcGeVector3dLike, b: AcGeVector3dLike): this;
 toArray(
 array?: number[] | Float32Array<ArrayBufferLike>,
 offset?: number,
 ): number[] | Float32Array<ArrayBufferLike>;
 transformDirection(m: AcGeMatrix3d): this;
 };
 max: {
 x: number;
 y: number;
 z: number;
 "[iterator]"(): Generator<number, void, unknown>;
 add(v: AcGeVectorLike): this;
 addScalar(s: number): this;
 addScaledVector(v: AcGeVector3dLike, s: number): this;
 addVectors(a: AcGeVector3dLike, b: AcGeVector3dLike): this;
 angleTo(v: AcGeVector3d): number;
 applyAxisAngle(axis: AcGeVector3dLike, angle: number): this;
 applyEuler(euler: AcGeEuler): this;
 applyMatrix3(m: AcGeMatrix2d): this;
 applyMatrix4(m: AcGeMatrix3d): this;
 applyNormalMatrix(m: AcGeMatrix2d): this;
 applyQuaternion(q: AcGeQuaternion): this;
 ceil(): this;
 clamp(min: AcGeVector3dLike, max: AcGeVector3dLike): this;
 clampLength(min: number, max: number): this;
 clampScalar(minVal: number, maxVal: number): this;
 clone(): AcGeVector3d;
 copy(v: AcGeVectorLike): this;
 cross(v: AcGeVector3dLike): this;
 crossVectors(a: AcGeVector3dLike, b: AcGeVector3dLike): this;
 distanceTo(v: AcGeVector3dLike): number;
 distanceToSquared(v: AcGeVector3dLike): number;
 divide(v: AcGeVector3dLike): this;
 divideScalar(scalar: number): this;
 dot(v: AcGeVector3dLike): number;
 equals(v: AcGeVector3dLike): boolean;
 floor(): this;
 fromArray(array: number[], offset?: number): this;
 getComponent(index: number): number;
 isParallelTo(vec: AcGeVector3d): boolean;
 length(): number;
 lengthSq(): number;
 lerp(v: AcGeVector3dLike, alpha: number): this;
 lerpVectors(
 v1: AcGeVector3dLike,
 v2: AcGeVector3dLike,
 alpha: number,
 ): this;
 manhattanDistanceTo(v: AcGeVector3dLike): number;
 manhattanLength(): number;
 max(v: AcGeVector3dLike): this;
 min(v: AcGeVector3dLike): this;
 multiply(v: AcGeVector3dLike): this;
 multiplyScalar(scalar: number): this;
 multiplyVectors(a: AcGeVector3dLike, b: AcGeVector3dLike): this;
 negate(): this;
 normalize(): this;
 projectOnPlane(planeNormal: AcGeVector3d): this;
 projectOnVector(v: AcGeVector3d): this;
 random(): this;
 randomDirection(): this;
 reflect(normal: AcGeVector3dLike): this;
 round(): this;
 roundToZero(): this;
 set(x: number, y: number, z: number): this;
 setComponent(index: number, value: number): this;
 setFromMatrix3Column(m: AcGeMatrix2d, index: number): this;
 setFromMatrixColumn(m: AcGeMatrix3d, index: number): this;
 setFromMatrixPosition(m: AcGeMatrix3d): this;
 setFromMatrixScale(m: AcGeMatrix3d): this;
 setLength(l: number): this;
 setScalar(scalar: number): this;
 setX(x: number): this;
 setY(y: number): this;
 setZ(z: number): this;
 sub(v: AcGeVector3dLike): this;
 subScalar(s: number): this;
 subVectors(a: AcGeVector3dLike, b: AcGeVector3dLike): this;
 toArray(
 array?: number[] | Float32Array<ArrayBufferLike>,
 offset?: number,
 ): number[] | Float32Array<ArrayBufferLike>;
 transformDirection(m: AcGeMatrix3d): this;
 };
 min: {
 x: number;
 y: number;
 z: number;
 "[iterator]"(): Generator<number, void, unknown>;
 add(v: AcGeVectorLike): this;
 addScalar(s: number): this;
 addScaledVector(v: AcGeVector3dLike, s: number): this;
 addVectors(a: AcGeVector3dLike, b: AcGeVector3dLike): this;
 angleTo(v: AcGeVector3d): number;
 applyAxisAngle(axis: AcGeVector3dLike, angle: number): this;
 applyEuler(euler: AcGeEuler): this;
 applyMatrix3(m: AcGeMatrix2d): this;
 applyMatrix4(m: AcGeMatrix3d): this;
 applyNormalMatrix(m: AcGeMatrix2d): this;
 applyQuaternion(q: AcGeQuaternion): this;
 ceil(): this;
 clamp(min: AcGeVector3dLike, max: AcGeVector3dLike): this;
 clampLength(min: number, max: number): this;
 clampScalar(minVal: number, maxVal: number): this;
 clone(): AcGeVector3d;
 copy(v: AcGeVectorLike): this;
 cross(v: AcGeVector3dLike): this;
 crossVectors(a: AcGeVector3dLike, b: AcGeVector3dLike): this;
 distanceTo(v: AcGeVector3dLike): number;
 distanceToSquared(v: AcGeVector3dLike): number;
 divide(v: AcGeVector3dLike): this;
 divideScalar(scalar: number): this;
 dot(v: AcGeVector3dLike): number;
 equals(v: AcGeVector3dLike): boolean;
 floor(): this;
 fromArray(array: number[], offset?: number): this;
 getComponent(index: number): number;
 isParallelTo(vec: AcGeVector3d): boolean;
 length(): number;
 lengthSq(): number;
 lerp(v: AcGeVector3dLike, alpha: number): this;
 lerpVectors(
 v1: AcGeVector3dLike,
 v2: AcGeVector3dLike,
 alpha: number,
 ): this;
 manhattanDistanceTo(v: AcGeVector3dLike): number;
 manhattanLength(): number;
 max(v: AcGeVector3dLike): this;
 min(v: AcGeVector3dLike): this;
 multiply(v: AcGeVector3dLike): this;
 multiplyScalar(scalar: number): this;
 multiplyVectors(a: AcGeVector3dLike, b: AcGeVector3dLike): this;
 negate(): this;
 normalize(): this;
 projectOnPlane(planeNormal: AcGeVector3d): this;
 projectOnVector(v: AcGeVector3d): this;
 random(): this;
 randomDirection(): this;
 reflect(normal: AcGeVector3dLike): this;
 round(): this;
 roundToZero(): this;
 set(x: number, y: number, z: number): this;
 setComponent(index: number, value: number): this;
 setFromMatrix3Column(m: AcGeMatrix2d, index: number): this;
 setFromMatrixColumn(m: AcGeMatrix3d, index: number): this;
 setFromMatrixPosition(m: AcGeMatrix3d): this;
 setFromMatrixScale(m: AcGeMatrix3d): this;
 setLength(l: number): this;
 setScalar(scalar: number): this;
 setX(x: number): this;
 setY(y: number): this;
 setZ(z: number): this;
 sub(v: AcGeVector3dLike): this;
 subScalar(s: number): this;
 subVectors(a: AcGeVector3dLike, b: AcGeVector3dLike): this;
 toArray(
 array?: number[] | Float32Array<ArrayBufferLike>,
 offset?: number,
 ): number[] | Float32Array<ArrayBufferLike>;
 transformDirection(m: AcGeMatrix3d): this;
 };
 size: {
 x: number;
 y: number;
 z: number;
 "[iterator]"(): Generator<number, void, unknown>;
 add(v: AcGeVectorLike): this;
 addScalar(s: number): this;
 addScaledVector(v: AcGeVector3dLike, s: number): this;
 addVectors(a: AcGeVector3dLike, b: AcGeVector3dLike): this;
 angleTo(v: AcGeVector3d): number;
 applyAxisAngle(axis: AcGeVector3dLike, angle: number): this;
 applyEuler(euler: AcGeEuler): this;
 applyMatrix3(m: AcGeMatrix2d): this;
 applyMatrix4(m: AcGeMatrix3d): this;
 applyNormalMatrix(m: AcGeMatrix2d): this;
 applyQuaternion(q: AcGeQuaternion): this;
 ceil(): this;
 clamp(min: AcGeVector3dLike, max: AcGeVector3dLike): this;
 clampLength(min: number, max: number): this;
 clampScalar(minVal: number, maxVal: number): this;
 clone(): AcGeVector3d;
 copy(v: AcGeVectorLike): this;
 cross(v: AcGeVector3dLike): this;
 crossVectors(a: AcGeVector3dLike, b: AcGeVector3dLike): this;
 distanceTo(v: AcGeVector3dLike): number;
 distanceToSquared(v: AcGeVector3dLike): number;
 divide(v: AcGeVector3dLike): this;
 divideScalar(scalar: number): this;
 dot(v: AcGeVector3dLike): number;
 equals(v: AcGeVector3dLike): boolean;
 floor(): this;
 fromArray(array: number[], offset?: number): this;
 getComponent(index: number): number;
 isParallelTo(vec: AcGeVector3d): boolean;
 length(): number;
 lengthSq(): number;
 lerp(v: AcGeVector3dLike, alpha: number): this;
 lerpVectors(
 v1: AcGeVector3dLike,
 v2: AcGeVector3dLike,
 alpha: number,
 ): this;
 manhattanDistanceTo(v: AcGeVector3dLike): number;
 manhattanLength(): number;
 max(v: AcGeVector3dLike): this;
 min(v: AcGeVector3dLike): this;
 multiply(v: AcGeVector3dLike): this;
 multiplyScalar(scalar: number): this;
 multiplyVectors(a: AcGeVector3dLike, b: AcGeVector3dLike): this;
 negate(): this;
 normalize(): this;
 projectOnPlane(planeNormal: AcGeVector3d): this;
 projectOnVector(v: AcGeVector3d): this;
 random(): this;
 randomDirection(): this;
 reflect(normal: AcGeVector3dLike): this;
 round(): this;
 roundToZero(): this;
 set(x: number, y: number, z: number): this;
 setComponent(index: number, value: number): this;
 setFromMatrix3Column(m: AcGeMatrix2d, index: number): this;
 setFromMatrixColumn(m: AcGeMatrix3d, index: number): this;
 setFromMatrixPosition(m: AcGeMatrix3d): this;
 setFromMatrixScale(m: AcGeMatrix3d): this;
 setLength(l: number): this;
 setScalar(scalar: number): this;
 setX(x: number): this;
 setY(y: number): this;
 setZ(z: number): this;
 sub(v: AcGeVector3dLike): this;
 subScalar(s: number): this;
 subVectors(a: AcGeVector3dLike, b: AcGeVector3dLike): this;
 toArray(
 array?: number[] | Float32Array<ArrayBufferLike>,
 offset?: number,
 ): number[] | Float32Array<ArrayBufferLike>;
 transformDirection(m: AcGeMatrix3d): this;
 };
 applyMatrix4(matrix: AcGeMatrix3d): this;
 clampPoint(point: AcGeVector3dLike, target: AcGeVector3d): AcGeVector3d;
 clone(): AcGeBox3d;
 containsBox(box: AcGeBox3d): boolean;
 containsPoint(point: AcGeVector3dLike): boolean;
 copy(box: AcGeBox3d): this;
 distanceToPoint(point: AcGeVector3dLike): number;
 equals(box: AcGeBox3d): boolean;
 expandByPoint(point: AcGeVector3dLike): this;
 expandByScalar(scalar: number): this;
 expandByVector(vector: AcGeVector3dLike): this;
 getCenter(target: AcGeVector3d): AcGeVector3d;
 getParameter(
 point: AcGeVector3dLike,
 target: AcGeVector3d,
 ): AcGeVector3d;
 getSize(target: AcGeVector3d): AcGeVector3d;
 intersect(box: AcGeBox3d): this;
 intersectsBox(box: AcGeBox3d): boolean;
 intersectsPlane(plane: AcGePlane): boolean;
 isEmpty(): boolean;
 makeEmpty(): this;
 set(min: AcGeVector3dLike, max: AcGeVector3dLike): this;
 setFromArray(array: number[]): this;
 setFromCenterAndSize(
 center: AcGeVector3dLike,
 size: AcGeVector3dLike,
 ): this;
 setFromPoints(points: AcGeVector3dLike[]): this;
 translate(offset: AcGeVector3dLike): this;
 union(box: AcGeBox3d): this;
 };
 extmax: {
 x: number;
 y: number;
 z: number;
 "[iterator]"(): Generator<number, void, unknown>;
 add(v: AcGeVectorLike): this;
 addScalar(s: number): this;
 addScaledVector(v: AcGeVector3dLike, s: number): this;
 addVectors(a: AcGeVector3dLike, b: AcGeVector3dLike): this;
 angleTo(v: AcGeVector3d): number;
 applyAxisAngle(axis: AcGeVector3dLike, angle: number): this;
 applyEuler(euler: AcGeEuler): this;
 applyMatrix3(m: AcGeMatrix2d): this;
 applyMatrix4(m: AcGeMatrix3d): this;
 applyNormalMatrix(m: AcGeMatrix2d): this;
 applyQuaternion(q: AcGeQuaternion): this;
 ceil(): this;
 clamp(min: AcGeVector3dLike, max: AcGeVector3dLike): this;
 clampLength(min: number, max: number): this;
 clampScalar(minVal: number, maxVal: number): this;
 clone(): AcGePoint3d;
 copy(v: AcGeVectorLike): this;
 cross(v: AcGeVector3dLike): this;
 crossVectors(a: AcGeVector3dLike, b: AcGeVector3dLike): this;
 distanceTo(v: AcGeVector3dLike): number;
 distanceToSquared(v: AcGeVector3dLike): number;
 divide(v: AcGeVector3dLike): this;
 divideScalar(scalar: number): this;
 dot(v: AcGeVector3dLike): number;
 equals(v: AcGeVector3dLike): boolean;
 floor(): this;
 fromArray(array: number[], offset?: number): this;
 getComponent(index: number): number;
 isParallelTo(vec: AcGeVector3d): boolean;
 length(): number;
 lengthSq(): number;
 lerp(v: AcGeVector3dLike, alpha: number): this;
 lerpVectors(
 v1: AcGeVector3dLike,
 v2: AcGeVector3dLike,
 alpha: number,
 ): this;
 manhattanDistanceTo(v: AcGeVector3dLike): number;
 manhattanLength(): number;
 max(v: AcGeVector3dLike): this;
 min(v: AcGeVector3dLike): this;
 multiply(v: AcGeVector3dLike): this;
 multiplyScalar(scalar: number): this;
 multiplyVectors(a: AcGeVector3dLike, b: AcGeVector3dLike): this;
 negate(): this;
 normalize(): this;
 projectOnPlane(planeNormal: AcGeVector3d): this;
 projectOnVector(v: AcGeVector3d): this;
 random(): this;
 randomDirection(): this;
 reflect(normal: AcGeVector3dLike): this;
 round(): this;
 roundToZero(): this;
 set(x: number, y: number, z: number): this;
 setComponent(index: number, value: number): this;
 setFromMatrix3Column(m: AcGeMatrix2d, index: number): this;
 setFromMatrixColumn(m: AcGeMatrix3d, index: number): this;
 setFromMatrixPosition(m: AcGeMatrix3d): this;
 setFromMatrixScale(m: AcGeMatrix3d): this;
 setLength(l: number): this;
 setScalar(scalar: number): this;
 setX(x: number): this;
 setY(y: number): this;
 setZ(z: number): this;
 sub(v: AcGeVector3dLike): this;
 subScalar(s: number): this;
 subVectors(a: AcGeVector3dLike, b: AcGeVector3dLike): this;
 toArray(
 array?: number[] | Float32Array<ArrayBufferLike>,
 offset?: number,
 ): number[] | Float32Array<ArrayBufferLike>;
 transformDirection(m: AcGeMatrix3d): this;
 };
 extmin: {
 x: number;
 y: number;
 z: number;
 "[iterator]"(): Generator<number, void, unknown>;
 add(v: AcGeVectorLike): this;
 addScalar(s: number): this;
 addScaledVector(v: AcGeVector3dLike, s: number): this;
 addVectors(a: AcGeVector3dLike, b: AcGeVector3dLike): this;
 angleTo(v: AcGeVector3d): number;
 applyAxisAngle(axis: AcGeVector3dLike, angle: number): this;
 applyEuler(euler: AcGeEuler): this;
 applyMatrix3(m: AcGeMatrix2d): this;
 applyMatrix4(m: AcGeMatrix3d): this;
 applyNormalMatrix(m: AcGeMatrix2d): this;
 applyQuaternion(q: AcGeQuaternion): this;
 ceil(): this;
 clamp(min: AcGeVector3dLike, max: AcGeVector3dLike): this;
 clampLength(min: number, max: number): this;
 clampScalar(minVal: number, maxVal: number): this;
 clone(): AcGePoint3d;
 copy(v: AcGeVectorLike): this;
 cross(v: AcGeVector3dLike): this;
 crossVectors(a: AcGeVector3dLike, b: AcGeVector3dLike): this;
 distanceTo(v: AcGeVector3dLike): number;
 distanceToSquared(v: AcGeVector3dLike): number;
 divide(v: AcGeVector3dLike): this;
 divideScalar(scalar: number): this;
 dot(v: AcGeVector3dLike): number;
 equals(v: AcGeVector3dLike): boolean;
 floor(): this;
 fromArray(array: number[], offset?: number): this;
 getComponent(index: number): number;
 isParallelTo(vec: AcGeVector3d): boolean;
 length(): number;
 lengthSq(): number;
 lerp(v: AcGeVector3dLike, alpha: number): this;
 lerpVectors(
 v1: AcGeVector3dLike,
 v2: AcGeVector3dLike,
 alpha: number,
 ): this;
 manhattanDistanceTo(v: AcGeVector3dLike): number;
 manhattanLength(): number;
 max(v: AcGeVector3dLike): this;
 min(v: AcGeVector3dLike): this;
 multiply(v: AcGeVector3dLike): this;
 multiplyScalar(scalar: number): this;
 multiplyVectors(a: AcGeVector3dLike, b: AcGeVector3dLike): this;
 negate(): this;
 normalize(): this;
 projectOnPlane(planeNormal: AcGeVector3d): this;
 projectOnVector(v: AcGeVector3d): this;
 random(): this;
 randomDirection(): this;
 reflect(normal: AcGeVector3dLike): this;
 round(): this;
 roundToZero(): this;
 set(x: number, y: number, z: number): this;
 setComponent(index: number, value: number): this;
 setFromMatrix3Column(m: AcGeMatrix2d, index: number): this;
 setFromMatrixColumn(m: AcGeMatrix3d, index: number): this;
 setFromMatrixPosition(m: AcGeMatrix3d): this;
 setFromMatrixScale(m: AcGeMatrix3d): this;
 setLength(l: number): this;
 setScalar(scalar: number): this;
 setX(x: number): this;
 setY(y: number): this;
 setZ(z: number): this;
 sub(v: AcGeVector3dLike): this;
 subScalar(s: number): this;
 subVectors(a: AcGeVector3dLike, b: AcGeVector3dLike): this;
 toArray(
 array?: number[] | Float32Array<ArrayBufferLike>,
 offset?: number,
 ): number[] | Float32Array<ArrayBufferLike>;
 transformDirection(m: AcGeMatrix3d): this;
 };
 formatter: {
 formatAngle(radians: number, options?: AcDbFormatterOptions): string;
 formatLength(value: number, options?: AcDbFormatterOptions): string;
 formatPoint2d(
 point: AcGePoint2d,
 options?: AcDbFormatterOptions,
 ): string;
 formatPoint3d(
 point: AcGePoint3d,
 options?: AcDbFormatterOptions,
 ): string;
 };
 hpbackgroundcolor: {
 blue: number
 | undefined;
 colorIndex: number | undefined;
 colorMethod: AcCmColorMethod;
 colorName: string | undefined;
 cssColor: string | undefined;
 green: number | undefined;
 hexColor: string | undefined;
 isByACI: boolean;
 isByBlock: boolean;
 isByColor: boolean;
 isByLayer: boolean;
 isForeground: boolean;
 red: number | undefined;
 RGB: number | undefined;
 clone(): AcCmColor;
 copy(other: AcCmColor): this;
 cssColorAlpha(alpha: number): string | undefined;
 equals(other: AcCmColor): boolean;
 setByBlock(value?: number): this;
 setByLayer(value?: number): this;
 setForeground(): this;
 setRGB(r: number, g: number, b: number): this;
 setRGBFromCss(cssString: string): this;
 setRGBValue(value: number | null | undefined): this;
 setScalar(scalar: number): this;
 toString(): string;
 };
 hpcolor: {
 blue: number
 | undefined;
 colorIndex: number | undefined;
 colorMethod: AcCmColorMethod;
 colorName: string | undefined;
 cssColor: string | undefined;
 green: number | undefined;
 hexColor: string | undefined;
 isByACI: boolean;
 isByBlock: boolean;
 isByColor: boolean;
 isByLayer: boolean;
 isForeground: boolean;
 red: number | undefined;
 RGB: number | undefined;
 clone(): AcCmColor;
 copy(other: AcCmColor): this;
 cssColorAlpha(alpha: number): string | undefined;
 equals(other: AcCmColor): boolean;
 setByBlock(value?: number): this;
 setByLayer(value?: number): this;
 setForeground(): this;
 setRGB(r: number, g: number, b: number): this;
 setRGBFromCss(cssString: string): this;
 setRGBValue(value: number | null | undefined): this;
 setScalar(scalar: number): this;
 toString(): string;
 };
 hplayer: string;
 hptransparency: {
 alpha: number;
 isByAlpha: boolean;
 isByBlock: boolean;
 isByLayer: boolean;
 isClear: boolean;
 isInvalid: boolean;
 isSolid: boolean;
 method: AcCmTransparencyMethod;
 percentage: number
 | undefined;
 clone(): AcCmTransparency;
 equals(other: AcCmTransparency): boolean;
 serialize(): number;
 toString(): string;
 };
 insunits: number;
 isTemp: any;
 lastOpenError: AcDbOpenDatabaseError
 | null;
 layerFilters: {
 current:
 | {
 filterExpression: string;
 name: string;
 nestedFilters: readonly (
 { name: string; setName: (value: string) => boolean; filterExpression: string; setFilterExpression: (expression: string) => boolean; filterExpressionTree: () => AcLyBoolExpr | null; ... 18 more ...; showEditor: () => AcLyLayerFilterDialogResult; }
 )[];
 addNested(filter: AcLyLayerFilter): boolean;
 allowDelete(): boolean;
 allowNested(): boolean;
 allowRename(): boolean;
 compareTo(other: AcLyLayerFilter | null | undefined): boolean;
 dynamicallyGenerated(): boolean;
 filter(layer: AcDbLayerTableRecord): boolean;
 filterExpressionTree(): AcLyBoolExpr | null;
 generateNested(): boolean;
 getNestedFilters(): readonly AcLyLayerFilter[];
 isIdFilter(): boolean;
 isProxy(): boolean;
 parent(): AcLyLayerFilter | null;
 removeNested(filter: AcLyLayerFilter): boolean;
 setAllowDelete(value: boolean): void;
 setAllowRename(value: boolean): void;
 setDynamicallyGenerated(value: boolean): void;
 setFilterExpression(expression: string): boolean;
 setIsProxy(value: boolean): void;
 setName(value: string): boolean;
 showEditor(): AcLyLayerFilterDialogResult;
 }
 | null;
 root: {
 filterExpression: string;
 name: string;
 nestedFilters: readonly (
 { name: string; setName: (value: string) => boolean; filterExpression: string; setFilterExpression: (expression: string) => boolean; filterExpressionTree: () => AcLyBoolExpr | null; ... 18 more ...; showEditor: () => AcLyLayerFilterDialogResult; }
 )[];
 addNested(filter: AcLyLayerFilter): boolean;
 allowDelete(): boolean;
 allowNested(): boolean;
 allowRename(): boolean;
 compareTo(other: AcLyLayerFilter | null | undefined): boolean;
 dynamicallyGenerated(): boolean;
 filter(layer: AcDbLayerTableRecord): boolean;
 filterExpressionTree(): AcLyBoolExpr | null;
 generateNested(): boolean;
 getNestedFilters(): readonly AcLyLayerFilter[];
 isIdFilter(): boolean;
 isProxy(): boolean;
 parent(): AcLyLayerFilter | null;
 removeNested(filter: AcLyLayerFilter): boolean;
 setAllowDelete(value: boolean): void;
 setAllowRename(value: boolean): void;
 setDynamicallyGenerated(value: boolean): void;
 setFilterExpression(expression: string): boolean;
 setIsProxy(value: boolean): void;
 setName(value: string): boolean;
 showEditor(): AcLyLayerFilterDialogResult;
 };
 clone(): AcLyLayerFilterTree;
 };
 ltscale: number;
 lunits: number;
 luprec: number;
 lwdisplay: boolean;
 measurement: number;
 objectId: string;
 objects: {
 dictionary: {
 attrs: {
 attributes: {
 extensionDictionary?: string;
 objectId?: string;
 ownerId?: string;
 [key: string]: any;
 };
 changed: {
 extensionDictionary?: string;
 objectId?: string;
 ownerId?: string;
 [key: string]: any;
 };
 events: {
 attrChanged: {
 addEventListener(listener: (payload: ...) => ...): void;
 dispatch(payload?: (...) | (...), ...args: (...)[]): void;
 removeEventListener(listener: (payload: ...) => ...): void;
 replaceEventListener(listener: (payload: ...) => ...): void;
 };
 modelChanged: {
 addEventListener(listener: (payload: ...) => ...): void;
 dispatch(payload?: (...) | (...), ...args: (...)[]): void;
 removeEventListener(listener: (payload: ...) => ...): void;
 replaceEventListener(listener: (payload: ...) => ...): void;
 };
 };
 changedAttributes(diff?: Partial<AcDbObjectAttrs>): Partial<T>;
 clone(): AcCmObject<AcDbObjectAttrs>;
 get<A extends string>(key: A): AcDbObjectAttrs[A] | undefined;
 has(key: string): boolean;
 hasChanged(key?: string): boolean;
 previous<A extends string>(
 key: A,
 ): AcDbObjectAttrs[A] | null | undefined;
 previousAttributes(): Partial<T>;
 set<A extends string>(
 key: A,
 val?: AcDbObjectAttrs[A],
 options?: AcCmObjectOptions,
 ): this;
 set(key: Partial<T>, options?: AcCmObjectOptions): this;
 };
 database: { readonly transactionManager: { strictMode: boolean; startTransaction: () => AcDbDatabaseTransaction; currentTransaction: () => AcDbDatabaseTransaction | undefined; ... 20 more ...; flushPendingEntityModifiedEvents: () => void; }; ... 100 more ...; dxfInFields: (_filer: AcDbDxfFiler) => AcDbDatabase; };
 extensionDictionary: string
 | undefined;
 isTemp: any;
 numEntries: number;
 objectId: string;
 ownerId: string;
 clone(): this;
 clonePreservingIdentity(): this;
 close(): void;
 createExtensionDictionary(): string | undefined;
 dxfIn(filer: AcDbDxfFiler): this;
 dxfInFields(filer: AcDbDxfFiler): this;
 dxfOut(...args: unknown[]): unknown;
 dxfOutFields(filer: AcDbDxfFiler): this;
 entries(): IterableIterator<
 [string, AcDbDictionary<AcDbObject<(...)>>],
 >;
 getAt(
 name: string,
 ): AcDbDictionary<AcDbObject<AcDbObjectAttrs>> | undefined;
 getAttr(attrName: string): any;
 getAttrWithoutException(attrName: string): any;
 getIdAt(
 id: string,
 ): AcDbDictionary<AcDbObject<AcDbObjectAttrs>> | undefined;
 getXData(appId: string): AcDbResultBuffer | undefined;
 has(name: string): boolean;
 hasId(id: string): boolean;
 newIterator(): AcDbObjectIterator<
 AcDbDictionary<AcDbObject<AcDbObjectAttrs>>,
 >;
 remove(name: string): boolean;
 removeAll(): void;
 removeId(id: string): boolean;
 removeXData(appId: string): void;
 restoreFrom(snapshot: this): void;
 setAt(key: string, value: AcDbDictionary): void;
 setAttr<A extends string>(attrName: A, val?: AcDbObjectAttrs[A]): void;
 setXData(resbuf: AcDbResultBuffer): void;
 };
 group: {
 attrs: {
 attributes: {
 extensionDictionary?: string;
 objectId?: string;
 ownerId?: string;
 [key: string]: any;
 };
 changed: {
 extensionDictionary?: string;
 objectId?: string;
 ownerId?: string;
 [key: string]: any;
 };
 events: {
 attrChanged: {
 addEventListener(listener: (payload: ...) => ...): void;
 dispatch(payload?: (...) | (...), ...args: (...)[]): void;
 removeEventListener(listener: (payload: ...) => ...): void;
 replaceEventListener(listener: (payload: ...) => ...): void;
 };
 modelChanged: {
 addEventListener(listener: (payload: ...) => ...): void;
 dispatch(payload?: (...) | (...), ...args: (...)[]): void;
 removeEventListener(listener: (payload: ...) => ...): void;
 replaceEventListener(listener: (payload: ...) => ...): void;
 };
 };
 changedAttributes(diff?: Partial<AcDbObjectAttrs>): Partial<T>;
 clone(): AcCmObject<AcDbObjectAttrs>;
 get<A extends string>(key: A): AcDbObjectAttrs[A] | undefined;
 has(key: string): boolean;
 hasChanged(key?: string): boolean;
 previous<A extends string>(
 key: A,
 ): AcDbObjectAttrs[A] | null | undefined;
 previousAttributes(): Partial<T>;
 set<A extends string>(
 key: A,
 val?: AcDbObjectAttrs[A],
 options?: AcCmObjectOptions,
 ): this;
 set(key: Partial<T>, options?: AcCmObjectOptions): this;
 };
 database: { readonly transactionManager: { strictMode: boolean; startTransaction: () => AcDbDatabaseTransaction; currentTransaction: () => AcDbDatabaseTransaction | undefined; ... 20 more ...; flushPendingEntityModifiedEvents: () => void; }; ... 100 more ...; dxfInFields: (_filer: AcDbDxfFiler) => AcDbDatabase; };
 extensionDictionary: string
 | undefined;
 isTemp: any;
 numEntries: number;
 objectId: string;
 ownerId: string;
 clone(): this;
 clonePreservingIdentity(): this;
 close(): void;
 createExtensionDictionary(): string | undefined;
 dxfIn(filer: AcDbDxfFiler): this;
 dxfInFields(filer: AcDbDxfFiler): this;
 dxfOut(...args: unknown[]): unknown;
 dxfOutFields(filer: AcDbDxfFiler): this;
 entries(): IterableIterator<[string, AcDbGroup]>;
 getAt(name: string): AcDbGroup | undefined;
 getAttr(attrName: string): any;
 getAttrWithoutException(attrName: string): any;
 getIdAt(id: string): AcDbGroup | undefined;
 getXData(appId: string): AcDbResultBuffer | undefined;
 has(name: string): boolean;
 hasId(id: string): boolean;
 newIterator(): AcDbObjectIterator<AcDbGroup>;
 remove(name: string): boolean;
 removeAll(): void;
 removeId(id: string): boolean;
 removeXData(appId: string): void;
 restoreFrom(snapshot: this): void;
 setAt(key: string, value: AcDbGroup): void;
 setAttr<A extends string>(attrName: A, val?: AcDbObjectAttrs[A]): void;
 setXData(resbuf: AcDbResultBuffer): void;
 };
 imageDefinition: {
 attrs: {
 attributes: {
 extensionDictionary?: string;
 objectId?: string;
 ownerId?: string;
 [key: string]: any;
 };
 changed: {
 extensionDictionary?: string;
 objectId?: string;
 ownerId?: string;
 [key: string]: any;
 };
 events: {
 attrChanged: {
 addEventListener(listener: (payload: ...) => ...): void;
 dispatch(payload?: (...) | (...), ...args: (...)[]): void;
 removeEventListener(listener: (payload: ...) => ...): void;
 replaceEventListener(listener: (payload: ...) => ...): void;
 };
 modelChanged: {
 addEventListener(listener: (payload: ...) => ...): void;
 dispatch(payload?: (...) | (...), ...args: (...)[]): void;
 removeEventListener(listener: (payload: ...) => ...): void;
 replaceEventListener(listener: (payload: ...) => ...): void;
 };
 };
 changedAttributes(diff?: Partial<AcDbObjectAttrs>): Partial<T>;
 clone(): AcCmObject<AcDbObjectAttrs>;
 get<A extends string>(key: A): AcDbObjectAttrs[A] | undefined;
 has(key: string): boolean;
 hasChanged(key?: string): boolean;
 previous<A extends string>(
 key: A,
 ): AcDbObjectAttrs[A] | null | undefined;
 previousAttributes(): Partial<T>;
 set<A extends string>(
 key: A,
 val?: AcDbObjectAttrs[A],
 options?: AcCmObjectOptions,
 ): this;
 set(key: Partial<T>, options?: AcCmObjectOptions): this;
 };
 database: { readonly transactionManager: { strictMode: boolean; startTransaction: () => AcDbDatabaseTransaction; currentTransaction: () => AcDbDatabaseTransaction | undefined; ... 20 more ...; flushPendingEntityModifiedEvents: () => void; }; ... 100 more ...; dxfInFields: (_filer: AcDbDxfFiler) => AcDbDatabase; };
 extensionDictionary: string
 | undefined;
 isTemp: any;
 numEntries: number;
 objectId: string;
 ownerId: string;
 clone(): this;
 clonePreservingIdentity(): this;
 close(): void;
 createExtensionDictionary(): string | undefined;
 dxfIn(filer: AcDbDxfFiler): this;
 dxfInFields(filer: AcDbDxfFiler): this;
 dxfOut(...args: unknown[]): unknown;
 dxfOutFields(filer: AcDbDxfFiler): this;
 entries(): IterableIterator<[string, AcDbRasterImageDef]>;
 getAt(name: string): AcDbRasterImageDef | undefined;
 getAttr(attrName: string): any;
 getAttrWithoutException(attrName: string): any;
 getIdAt(id: string): AcDbRasterImageDef | undefined;
 getXData(appId: string): AcDbResultBuffer | undefined;
 has(name: string): boolean;
 hasId(id: string): boolean;
 newIterator(): AcDbObjectIterator<AcDbRasterImageDef>;
 remove(name: string): boolean;
 removeAll(): void;
 removeId(id: string): boolean;
 removeXData(appId: string): void;
 restoreFrom(snapshot: this): void;
 setAt(key: string, value: AcDbRasterImageDef): void;
 setAttr<A extends string>(attrName: A, val?: AcDbObjectAttrs[A]): void;
 setXData(resbuf: AcDbResultBuffer): void;
 };
 layerFilter: {
 attrs: {
 attributes: {
 extensionDictionary?: string;
 objectId?: string;
 ownerId?: string;
 [key: string]: any;
 };
 changed: {
 extensionDictionary?: string;
 objectId?: string;
 ownerId?: string;
 [key: string]: any;
 };
 events: {
 attrChanged: {
 addEventListener(listener: (payload: ...) => ...): void;
 dispatch(payload?: (...) | (...), ...args: (...)[]): void;
 removeEventListener(listener: (payload: ...) => ...): void;
 replaceEventListener(listener: (payload: ...) => ...): void;
 };
 modelChanged: {
 addEventListener(listener: (payload: ...) => ...): void;
 dispatch(payload?: (...) | (...), ...args: (...)[]): void;
 removeEventListener(listener: (payload: ...) => ...): void;
 replaceEventListener(listener: (payload: ...) => ...): void;
 };
 };
 changedAttributes(diff?: Partial<AcDbObjectAttrs>): Partial<T>;
 clone(): AcCmObject<AcDbObjectAttrs>;
 get<A extends string>(key: A): AcDbObjectAttrs[A] | undefined;
 has(key: string): boolean;
 hasChanged(key?: string): boolean;
 previous<A extends string>(
 key: A,
 ): AcDbObjectAttrs[A] | null | undefined;
 previousAttributes(): Partial<T>;
 set<A extends string>(
 key: A,
 val?: AcDbObjectAttrs[A],
 options?: AcCmObjectOptions,
 ): this;
 set(key: Partial<T>, options?: AcCmObjectOptions): this;
 };
 database: { readonly transactionManager: { strictMode: boolean; startTransaction: () => AcDbDatabaseTransaction; currentTransaction: () => AcDbDatabaseTransaction | undefined; ... 20 more ...; flushPendingEntityModifiedEvents: () => void; }; ... 100 more ...; dxfInFields: (_filer: AcDbDxfFiler) => AcDbDatabase; };
 extensionDictionary: string
 | undefined;
 isTemp: any;
 numEntries: number;
 objectId: string;
 ownerId: string;
 clone(): this;
 clonePreservingIdentity(): this;
 close(): void;
 createExtensionDictionary(): string | undefined;
 dxfIn(filer: AcDbDxfFiler): this;
 dxfInFields(filer: AcDbDxfFiler): this;
 dxfOut(...args: unknown[]): unknown;
 dxfOutFields(filer: AcDbDxfFiler): this;
 entries(): IterableIterator<[string, AcDbLayerFilter]>;
 getAt(name: string): AcDbLayerFilter | undefined;
 getAttr(attrName: string): any;
 getAttrWithoutException(attrName: string): any;
 getIdAt(id: string): AcDbLayerFilter | undefined;
 getXData(appId: string): AcDbResultBuffer | undefined;
 has(name: string): boolean;
 hasId(id: string): boolean;
 newIterator(): AcDbObjectIterator<AcDbLayerFilter>;
 remove(name: string): boolean;
 removeAll(): void;
 removeId(id: string): boolean;
 removeXData(appId: string): void;
 restoreFrom(snapshot: this): void;
 setAt(key: string, value: AcDbLayerFilter): void;
 setAttr<A extends string>(attrName: A, val?: AcDbObjectAttrs[A]): void;
 setXData(resbuf: AcDbResultBuffer): void;
 };
 layerIndex: {
 attrs: {
 attributes: {
 extensionDictionary?: string;
 objectId?: string;
 ownerId?: string;
 [key: string]: any;
 };
 changed: {
 extensionDictionary?: string;
 objectId?: string;
 ownerId?: string;
 [key: string]: any;
 };
 events: {
 attrChanged: {
 addEventListener(listener: (payload: ...) => ...): void;
 dispatch(payload?: (...) | (...), ...args: (...)[]): void;
 removeEventListener(listener: (payload: ...) => ...): void;
 replaceEventListener(listener: (payload: ...) => ...): void;
 };
 modelChanged: {
 addEventListener(listener: (payload: ...) => ...): void;
 dispatch(payload?: (...) | (...), ...args: (...)[]): void;
 removeEventListener(listener: (payload: ...) => ...): void;
 replaceEventListener(listener: (payload: ...) => ...): void;
 };
 };
 changedAttributes(diff?: Partial<AcDbObjectAttrs>): Partial<T>;
 clone(): AcCmObject<AcDbObjectAttrs>;
 get<A extends string>(key: A): AcDbObjectAttrs[A] | undefined;
 has(key: string): boolean;
 hasChanged(key?: string): boolean;
 previous<A extends string>(
 key: A,
 ): AcDbObjectAttrs[A] | null | undefined;
 previousAttributes(): Partial<T>;
 set<A extends string>(
 key: A,
 val?: AcDbObjectAttrs[A],
 options?: AcCmObjectOptions,
 ): this;
 set(key: Partial<T>, options?: AcCmObjectOptions): this;
 };
 database: { readonly transactionManager: { strictMode: boolean; startTransaction: () => AcDbDatabaseTransaction; currentTransaction: () => AcDbDatabaseTransaction | undefined; ... 20 more ...; flushPendingEntityModifiedEvents: () => void; }; ... 100 more ...; dxfInFields: (_filer: AcDbDxfFiler) => AcDbDatabase; };
 extensionDictionary: string
 | undefined;
 isTemp: any;
 numEntries: number;
 objectId: string;
 ownerId: string;
 clone(): this;
 clonePreservingIdentity(): this;
 close(): void;
 createExtensionDictionary(): string | undefined;
 dxfIn(filer: AcDbDxfFiler): this;
 dxfInFields(filer: AcDbDxfFiler): this;
 dxfOut(...args: unknown[]): unknown;
 dxfOutFields(filer: AcDbDxfFiler): this;
 entries(): IterableIterator<[string, AcDbLayerIndex]>;
 getAt(name: string): AcDbLayerIndex | undefined;
 getAttr(attrName: string): any;
 getAttrWithoutException(attrName: string): any;
 getIdAt(id: string): AcDbLayerIndex | undefined;
 getXData(appId: string): AcDbResultBuffer | undefined;
 has(name: string): boolean;
 hasId(id: string): boolean;
 newIterator(): AcDbObjectIterator<AcDbLayerIndex>;
 remove(name: string): boolean;
 removeAll(): void;
 removeId(id: string): boolean;
 removeXData(appId: string): void;
 restoreFrom(snapshot: this): void;
 setAt(key: string, value: AcDbLayerIndex): void;
 setAttr<A extends string>(attrName: A, val?: AcDbObjectAttrs[A]): void;
 setXData(resbuf: AcDbResultBuffer): void;
 };
 layout: {
 attrs: {
 attributes: {
 extensionDictionary?: string;
 objectId?: string;
 ownerId?: string;
 [key: string]: any;
 };
 changed: {
 extensionDictionary?: string;
 objectId?: string;
 ownerId?: string;
 [key: string]: any;
 };
 events: {
 attrChanged: {
 addEventListener(listener: (payload: ...) => ...): void;
 dispatch(payload?: (...) | (...), ...args: (...)[]): void;
 removeEventListener(listener: (payload: ...) => ...): void;
 replaceEventListener(listener: (payload: ...) => ...): void;
 };
 modelChanged: {
 addEventListener(listener: (payload: ...) => ...): void;
 dispatch(payload?: (...) | (...), ...args: (...)[]): void;
 removeEventListener(listener: (payload: ...) => ...): void;
 replaceEventListener(listener: (payload: ...) => ...): void;
 };
 };
 changedAttributes(diff?: Partial<AcDbObjectAttrs>): Partial<T>;
 clone(): AcCmObject<AcDbObjectAttrs>;
 get<A extends string>(key: A): AcDbObjectAttrs[A] | undefined;
 has(key: string): boolean;
 hasChanged(key?: string): boolean;
 previous<A extends string>(
 key: A,
 ): AcDbObjectAttrs[A] | null | undefined;
 previousAttributes(): Partial<T>;
 set<A extends string>(
 key: A,
 val?: AcDbObjectAttrs[A],
 options?: AcCmObjectOptions,
 ): this;
 set(key: Partial<T>, options?: AcCmObjectOptions): this;
 };
 database: { readonly transactionManager: { strictMode: boolean; startTransaction: () => AcDbDatabaseTransaction; currentTransaction: () => AcDbDatabaseTransaction | undefined; ... 20 more ...; flushPendingEntityModifiedEvents: () => void; }; ... 100 more ...; dxfInFields: (_filer: AcDbDxfFiler) => AcDbDatabase; };
 extensionDictionary: string
 | undefined;
 isTemp: any;
 maxTabOrder: number;
 numEntries: number;
 objectId: string;
 ownerId: string;
 clone(): this;
 clonePreservingIdentity(): this;
 close(): void;
 createExtensionDictionary(): string | undefined;
 dxfIn(filer: AcDbDxfFiler): this;
 dxfInFields(filer: AcDbDxfFiler): this;
 dxfOut(...args: unknown[]): unknown;
 dxfOutFields(filer: AcDbDxfFiler): this;
 entries(): IterableIterator<[string, AcDbLayout]>;
 getAt(name: string): AcDbLayout | undefined;
 getAttr(attrName: string): any;
 getAttrWithoutException(attrName: string): any;
 getBtrIdAt(id: string): AcDbLayout | undefined;
 getIdAt(id: string): AcDbLayout | undefined;
 getXData(appId: string): AcDbResultBuffer | undefined;
 has(name: string): boolean;
 hasId(id: string): boolean;
 newIterator(): AcDbObjectIterator<AcDbLayout>;
 remove(name: string): boolean;
 removeAll(): void;
 removeId(id: string): boolean;
 removeXData(appId: string): void;
 restoreFrom(snapshot: this): void;
 setAt(key: string, value: AcDbLayout): void;
 setAttr<A extends string>(attrName: A, val?: AcDbObjectAttrs[A]): void;
 setXData(resbuf: AcDbResultBuffer): void;
 };
 mleaderStyle: {
 attrs: {
 attributes: {
 extensionDictionary?: string;
 objectId?: string;
 ownerId?: string;
 [key: string]: any;
 };
 changed: {
 extensionDictionary?: string;
 objectId?: string;
 ownerId?: string;
 [key: string]: any;
 };
 events: {
 attrChanged: {
 addEventListener(listener: (payload: ...) => ...): void;
 dispatch(payload?: (...) | (...), ...args: (...)[]): void;
 removeEventListener(listener: (payload: ...) => ...): void;
 replaceEventListener(listener: (payload: ...) => ...): void;
 };
 modelChanged: {
 addEventListener(listener: (payload: ...) => ...): void;
 dispatch(payload?: (...) | (...), ...args: (...)[]): void;
 removeEventListener(listener: (payload: ...) => ...): void;
 replaceEventListener(listener: (payload: ...) => ...): void;
 };
 };
 changedAttributes(diff?: Partial<AcDbObjectAttrs>): Partial<T>;
 clone(): AcCmObject<AcDbObjectAttrs>;
 get<A extends string>(key: A): AcDbObjectAttrs[A] | undefined;
 has(key: string): boolean;
 hasChanged(key?: string): boolean;
 previous<A extends string>(
 key: A,
 ): AcDbObjectAttrs[A] | null | undefined;
 previousAttributes(): Partial<T>;
 set<A extends string>(
 key: A,
 val?: AcDbObjectAttrs[A],
 options?: AcCmObjectOptions,
 ): this;
 set(key: Partial<T>, options?: AcCmObjectOptions): this;
 };
 database: { readonly transactionManager: { strictMode: boolean; startTransaction: () => AcDbDatabaseTransaction; currentTransaction: () => AcDbDatabaseTransaction | undefined; ... 20 more ...; flushPendingEntityModifiedEvents: () => void; }; ... 100 more ...; dxfInFields: (_filer: AcDbDxfFiler) => AcDbDatabase; };
 extensionDictionary: string
 | undefined;
 isTemp: any;
 numEntries: number;
 objectId: string;
 ownerId: string;
 clone(): this;
 clonePreservingIdentity(): this;
 close(): void;
 createExtensionDictionary(): string | undefined;
 dxfIn(filer: AcDbDxfFiler): this;
 dxfInFields(filer: AcDbDxfFiler): this;
 dxfOut(...args: unknown[]): unknown;
 dxfOutFields(filer: AcDbDxfFiler): this;
 entries(): IterableIterator<[string, AcDbMLeaderStyle]>;
 getAt(name: string): AcDbMLeaderStyle | undefined;
 getAttr(attrName: string): any;
 getAttrWithoutException(attrName: string): any;
 getIdAt(id: string): AcDbMLeaderStyle | undefined;
 getXData(appId: string): AcDbResultBuffer | undefined;
 has(name: string): boolean;
 hasId(id: string): boolean;
 newIterator(): AcDbObjectIterator<AcDbMLeaderStyle>;
 remove(name: string): boolean;
 removeAll(): void;
 removeId(id: string): boolean;
 removeXData(appId: string): void;
 restoreFrom(snapshot: this): void;
 setAt(key: string, value: AcDbMLeaderStyle): void;
 setAttr<A extends string>(attrName: A, val?: AcDbObjectAttrs[A]): void;
 setXData(resbuf: AcDbResultBuffer): void;
 };
 mlineStyle: {
 attrs: {
 attributes: {
 extensionDictionary?: string;
 objectId?: string;
 ownerId?: string;
 [key: string]: any;
 };
 changed: {
 extensionDictionary?: string;
 objectId?: string;
 ownerId?: string;
 [key: string]: any;
 };
 events: {
 attrChanged: {
 addEventListener(listener: (payload: ...) => ...): void;
 dispatch(payload?: (...) | (...), ...args: (...)[]): void;
 removeEventListener(listener: (payload: ...) => ...): void;
 replaceEventListener(listener: (payload: ...) => ...): void;
 };
 modelChanged: {
 addEventListener(listener: (payload: ...) => ...): void;
 dispatch(payload?: (...) | (...), ...args: (...)[]): void;
 removeEventListener(listener: (payload: ...) => ...): void;
 replaceEventListener(listener: (payload: ...) => ...): void;
 };
 };
 changedAttributes(diff?: Partial<AcDbObjectAttrs>): Partial<T>;
 clone(): AcCmObject<AcDbObjectAttrs>;
 get<A extends string>(key: A): AcDbObjectAttrs[A] | undefined;
 has(key: string): boolean;
 hasChanged(key?: string): boolean;
 previous<A extends string>(
 key: A,
 ): AcDbObjectAttrs[A] | null | undefined;
 previousAttributes(): Partial<T>;
 set<A extends string>(
 key: A,
 val?: AcDbObjectAttrs[A],
 options?: AcCmObjectOptions,
 ): this;
 set(key: Partial<T>, options?: AcCmObjectOptions): this;
 };
 database: { readonly transactionManager: { strictMode: boolean; startTransaction: () => AcDbDatabaseTransaction; currentTransaction: () => AcDbDatabaseTransaction | undefined; ... 20 more ...; flushPendingEntityModifiedEvents: () => void; }; ... 100 more ...; dxfInFields: (_filer: AcDbDxfFiler) => AcDbDatabase; };
 extensionDictionary: string
 | undefined;
 isTemp: any;
 numEntries: number;
 objectId: string;
 ownerId: string;
 clone(): this;
 clonePreservingIdentity(): this;
 close(): void;
 createExtensionDictionary(): string | undefined;
 dxfIn(filer: AcDbDxfFiler): this;
 dxfInFields(filer: AcDbDxfFiler): this;
 dxfOut(...args: unknown[]): unknown;
 dxfOutFields(filer: AcDbDxfFiler): this;
 entries(): IterableIterator<[string, AcDbMlineStyle]>;
 getAt(name: string): AcDbMlineStyle | undefined;
 getAttr(attrName: string): any;
 getAttrWithoutException(attrName: string): any;
 getIdAt(id: string): AcDbMlineStyle | undefined;
 getXData(appId: string): AcDbResultBuffer | undefined;
 has(name: string): boolean;
 hasId(id: string): boolean;
 newIterator(): AcDbObjectIterator<AcDbMlineStyle>;
 remove(name: string): boolean;
 removeAll(): void;
 removeId(id: string): boolean;
 removeXData(appId: string): void;
 restoreFrom(snapshot: this): void;
 setAt(key: string, value: AcDbMlineStyle): void;
 setAttr<A extends string>(attrName: A, val?: AcDbObjectAttrs[A]): void;
 setXData(resbuf: AcDbResultBuffer): void;
 };
 sortentsTable: {
 attrs: {
 attributes: {
 extensionDictionary?: string;
 objectId?: string;
 ownerId?: string;
 [key: string]: any;
 };
 changed: {
 extensionDictionary?: string;
 objectId?: string;
 ownerId?: string;
 [key: string]: any;
 };
 events: {
 attrChanged: {
 addEventListener(listener: (payload: ...) => ...): void;
 dispatch(payload?: (...) | (...), ...args: (...)[]): void;
 removeEventListener(listener: (payload: ...) => ...): void;
 replaceEventListener(listener: (payload: ...) => ...): void;
 };
 modelChanged: {
 addEventListener(listener: (payload: ...) => ...): void;
 dispatch(payload?: (...) | (...), ...args: (...)[]): void;
 removeEventListener(listener: (payload: ...) => ...): void;
 replaceEventListener(listener: (payload: ...) => ...): void;
 };
 };
 changedAttributes(diff?: Partial<AcDbObjectAttrs>): Partial<T>;
 clone(): AcCmObject<AcDbObjectAttrs>;
 get<A extends string>(key: A): AcDbObjectAttrs[A] | undefined;
 has(key: string): boolean;
 hasChanged(key?: string): boolean;
 previous<A extends string>(
 key: A,
 ): AcDbObjectAttrs[A] | null | undefined;
 previousAttributes(): Partial<T>;
 set<A extends string>(
 key: A,
 val?: AcDbObjectAttrs[A],
 options?: AcCmObjectOptions,
 ): this;
 set(key: Partial<T>, options?: AcCmObjectOptions): this;
 };
 database: { readonly transactionManager: { strictMode: boolean; startTransaction: () => AcDbDatabaseTransaction; currentTransaction: () => AcDbDatabaseTransaction | undefined; ... 20 more ...; flushPendingEntityModifiedEvents: () => void; }; ... 100 more ...; dxfInFields: (_filer: AcDbDxfFiler) => AcDbDatabase; };
 extensionDictionary: string
 | undefined;
 isTemp: any;
 numEntries: number;
 objectId: string;
 ownerId: string;
 clone(): this;
 clonePreservingIdentity(): this;
 close(): void;
 createExtensionDictionary(): string | undefined;
 dxfIn(filer: AcDbDxfFiler): this;
 dxfInFields(filer: AcDbDxfFiler): this;
 dxfOut(...args: unknown[]): unknown;
 dxfOutFields(filer: AcDbDxfFiler): this;
 entries(): IterableIterator<[string, AcDbSortentsTable]>;
 getAt(name: string): AcDbSortentsTable | undefined;
 getAttr(attrName: string): any;
 getAttrWithoutException(attrName: string): any;
 getIdAt(id: string): AcDbSortentsTable | undefined;
 getXData(appId: string): AcDbResultBuffer | undefined;
 has(name: string): boolean;
 hasId(id: string): boolean;
 newIterator(): AcDbObjectIterator<AcDbSortentsTable>;
 remove(name: string): boolean;
 removeAll(): void;
 removeId(id: string): boolean;
 removeXData(appId: string): void;
 restoreFrom(snapshot: this): void;
 setAt(key: string, value: AcDbSortentsTable): void;
 setAttr<A extends string>(attrName: A, val?: AcDbObjectAttrs[A]): void;
 setXData(resbuf: AcDbResultBuffer): void;
 };
 xrecord: {
 attrs: {
 attributes: {
 extensionDictionary?: string;
 objectId?: string;
 ownerId?: string;
 [key: string]: any;
 };
 changed: {
 extensionDictionary?: string;
 objectId?: string;
 ownerId?: string;
 [key: string]: any;
 };
 events: {
 attrChanged: {
 addEventListener(listener: (payload: ...) => ...): void;
 dispatch(payload?: (...) | (...), ...args: (...)[]): void;
 removeEventListener(listener: (payload: ...) => ...): void;
 replaceEventListener(listener: (payload: ...) => ...): void;
 };
 modelChanged: {
 addEventListener(listener: (payload: ...) => ...): void;
 dispatch(payload?: (...) | (...), ...args: (...)[]): void;
 removeEventListener(listener: (payload: ...) => ...): void;
 replaceEventListener(listener: (payload: ...) => ...): void;
 };
 };
 changedAttributes(diff?: Partial<AcDbObjectAttrs>): Partial<T>;
 clone(): AcCmObject<AcDbObjectAttrs>;
 get<A extends string>(key: A): AcDbObjectAttrs[A] | undefined;
 has(key: string): boolean;
 hasChanged(key?: string): boolean;
 previous<A extends string>(
 key: A,
 ): AcDbObjectAttrs[A] | null | undefined;
 previousAttributes(): Partial<T>;
 set<A extends string>(
 key: A,
 val?: AcDbObjectAttrs[A],
 options?: AcCmObjectOptions,
 ): this;
 set(key: Partial<T>, options?: AcCmObjectOptions): this;
 };
 database: { readonly transactionManager: { strictMode: boolean; startTransaction: () => AcDbDatabaseTransaction; currentTransaction: () => AcDbDatabaseTransaction | undefined; ... 20 more ...; flushPendingEntityModifiedEvents: () => void; }; ... 100 more ...; dxfInFields: (_filer: AcDbDxfFiler) => AcDbDatabase; };
 extensionDictionary: string
 | undefined;
 isTemp: any;
 numEntries: number;
 objectId: string;
 ownerId: string;
 clone(): this;
 clonePreservingIdentity(): this;
 close(): void;
 createExtensionDictionary(): string | undefined;
 dxfIn(filer: AcDbDxfFiler): this;
 dxfInFields(filer: AcDbDxfFiler): this;
 dxfOut(...args: unknown[]): unknown;
 dxfOutFields(filer: AcDbDxfFiler): this;
 entries(): IterableIterator<[string, AcDbXrecord]>;
 getAt(name: string): AcDbXrecord | undefined;
 getAttr(attrName: string): any;
 getAttrWithoutException(attrName: string): any;
 getIdAt(id: string): AcDbXrecord | undefined;
 getXData(appId: string): AcDbResultBuffer | undefined;
 has(name: string): boolean;
 hasId(id: string): boolean;
 newIterator(): AcDbObjectIterator<AcDbXrecord>;
 remove(name: string): boolean;
 removeAll(): void;
 removeId(id: string): boolean;
 removeXData(appId: string): void;
 restoreFrom(snapshot: this): void;
 setAt(key: string, value: AcDbXrecord): void;
 setAttr<A extends string>(attrName: A, val?: AcDbObjectAttrs[A]): void;
 setXData(resbuf: AcDbResultBuffer): void;
 };
 };
 orthomode: number;
 osmode: number;
 ownerId: string;
 pdmode: number;
 pdsize: number;
 psltscale: boolean;
 tables: {
 appIdTable: {
 attrs: {
 attributes: {
 extensionDictionary?: string;
 objectId?: string;
 ownerId?: string;
 [key: string]: any;
 };
 changed: {
 extensionDictionary?: string;
 objectId?: string;
 ownerId?: string;
 [key: string]: any;
 };
 events: {
 attrChanged: {
 addEventListener(listener: (payload: ...) => ...): void;
 dispatch(payload?: (...) | (...), ...args: (...)[]): void;
 removeEventListener(listener: (payload: ...) => ...): void;
 replaceEventListener(listener: (payload: ...) => ...): void;
 };
 modelChanged: {
 addEventListener(listener: (payload: ...) => ...): void;
 dispatch(payload?: (...) | (...), ...args: (...)[]): void;
 removeEventListener(listener: (payload: ...) => ...): void;
 replaceEventListener(listener: (payload: ...) => ...): void;
 };
 };
 changedAttributes(diff?: Partial<AcDbObjectAttrs>): Partial<T>;
 clone(): AcCmObject<AcDbObjectAttrs>;
 get<A extends string>(key: A): AcDbObjectAttrs[A] | undefined;
 has(key: string): boolean;
 hasChanged(key?: string): boolean;
 previous<A extends string>(
 key: A,
 ): AcDbObjectAttrs[A] | null | undefined;
 previousAttributes(): Partial<T>;
 set<A extends string>(
 key: A,
 val?: AcDbObjectAttrs[A],
 options?: AcCmObjectOptions,
 ): this;
 set(key: Partial<T>, options?: AcCmObjectOptions): this;
 };
 database: { readonly transactionManager: { strictMode: boolean; startTransaction: () => AcDbDatabaseTransaction; currentTransaction: () => AcDbDatabaseTransaction | undefined; ... 20 more ...; flushPendingEntityModifiedEvents: () => void; }; ... 100 more ...; dxfInFields: (_filer: AcDbDxfFiler) => AcDbDatabase; };
 extensionDictionary: string
 | undefined;
 isTemp: any;
 numEntries: number;
 objectId: string;
 ownerId: string;
 add(record: AcDbRegAppTableRecord): void;
 clone(): this;
 clonePreservingIdentity(): this;
 close(): void;
 createExtensionDictionary(): string | undefined;
 dxfIn(filer: AcDbDxfFiler): this;
 dxfInFields(_filer: AcDbDxfFiler): this;
 dxfOut(...args: unknown[]): unknown;
 dxfOutFields(filer: AcDbDxfFiler): this;
 getAt(name: string): AcDbRegAppTableRecord | undefined;
 getAttr(attrName: string): any;
 getAttrWithoutException(attrName: string): any;
 getIdAt(id: string): AcDbRegAppTableRecord | undefined;
 getOwnerIdAt(id: string): AcDbRegAppTableRecord | undefined;
 getXData(appId: string): AcDbResultBuffer | undefined;
 has(name: string): boolean;
 hasId(id: string): boolean;
 newIterator(
 iterateById?: boolean,
 ): AcDbObjectIterator<AcDbRegAppTableRecord>;
 remove(name: string): boolean;
 removeAll(): void;
 removeId(id: string): boolean;
 removeXData(appId: string): void;
 restoreFrom(snapshot: this): void;
 setAttr<A extends string>(attrName: A, val?: AcDbObjectAttrs[A]): void;
 setXData(resbuf: AcDbResultBuffer): void;
 };
 blockTable: {
 attrs: {
 attributes: {
 extensionDictionary?: string;
 objectId?: string;
 ownerId?: string;
 [key: string]: any;
 };
 changed: {
 extensionDictionary?: string;
 objectId?: string;
 ownerId?: string;
 [key: string]: any;
 };
 events: {
 attrChanged: {
 addEventListener(listener: (payload: ...) => ...): void;
 dispatch(payload?: (...) | (...), ...args: (...)[]): void;
 removeEventListener(listener: (payload: ...) => ...): void;
 replaceEventListener(listener: (payload: ...) => ...): void;
 };
 modelChanged: {
 addEventListener(listener: (payload: ...) => ...): void;
 dispatch(payload?: (...) | (...), ...args: (...)[]): void;
 removeEventListener(listener: (payload: ...) => ...): void;
 replaceEventListener(listener: (payload: ...) => ...): void;
 };
 };
 changedAttributes(diff?: Partial<AcDbObjectAttrs>): Partial<T>;
 clone(): AcCmObject<AcDbObjectAttrs>;
 get<A extends string>(key: A): AcDbObjectAttrs[A] | undefined;
 has(key: string): boolean;
 hasChanged(key?: string): boolean;
 previous<A extends string>(
 key: A,
 ): AcDbObjectAttrs[A] | null | undefined;
 previousAttributes(): Partial<T>;
 set<A extends string>(
 key: A,
 val?: AcDbObjectAttrs[A],
 options?: AcCmObjectOptions,
 ): this;
 set(key: Partial<T>, options?: AcCmObjectOptions): this;
 };
 database: { readonly transactionManager: { strictMode: boolean; startTransaction: () => AcDbDatabaseTransaction; currentTransaction: () => AcDbDatabaseTransaction | undefined; ... 20 more ...; flushPendingEntityModifiedEvents: () => void; }; ... 100 more ...; dxfInFields: (_filer: AcDbDxfFiler) => AcDbDatabase; };
 extensionDictionary: string
 | undefined;
 isTemp: any;
 modelSpace: {
 attrs: {
 attributes: {
 blockInsertUnits?: (...) | (...);
 blockScaling?: (...) | (...);
 explodability?: (...) | (...);
 extensionDictionary?: (...) | (...);
 flags?: (...) | (...);
 layoutId?: (...) | (...);
 name?: (...) | (...);
 objectId?: (...) | (...);
 origin?: (...) | (...);
 ownerId?: (...) | (...);
 pathName?: (...) | (...);
 previewIcon?: (...) | (...);
 [key: string]: any;
 };
 changed: {
 blockInsertUnits?: (...)
 | (...);
 blockScaling?: (...) | (...);
 explodability?: (...) | (...);
 extensionDictionary?: (...) | (...);
 flags?: (...) | (...);
 layoutId?: (...) | (...);
 name?: (...) | (...);
 objectId?: (...) | (...);
 origin?: (...) | (...);
 ownerId?: (...) | (...);
 pathName?: (...) | (...);
 previewIcon?: (...) | (...);
 [key: string]: any;
 };
 events: {
 attrChanged: {
 addEventListener(listener: ...): ...;
 dispatch(payload?: ..., ...args: ...): ...;
 removeEventListener(listener: ...): ...;
 replaceEventListener(listener: ...): ...;
 };
 modelChanged: {
 addEventListener(listener: ...): ...;
 dispatch(payload?: ..., ...args: ...): ...;
 removeEventListener(listener: ...): ...;
 replaceEventListener(listener: ...): ...;
 };
 };
 changedAttributes(diff?: Partial<(...)>): Partial<T>;
 clone(): AcCmObject<AcDbBlockTableRecordAttrs>;
 get<A extends string>(key: A): (...)[(...)] | undefined;
 has(key: string): boolean;
 hasChanged(key?: string): boolean;
 previous<A extends string>(key: A): (...)[(...)] | null | undefined;
 previousAttributes(): Partial<T>;
 set<A extends string>(
 key: A,
 val?: (...)[(...)],
 options?: AcCmObjectOptions,
 ): this;
 set(key: Partial<T>, options?: AcCmObjectOptions): this;
 };
 blockInsertUnits: AcDbUnitsValue;
 blockScaling: AcDbBlockScaling;
 database: { readonly transactionManager: { strictMode: boolean; startTransaction: () => AcDbDatabaseTransaction; currentTransaction: () => AcDbDatabaseTransaction | undefined; ... 20 more ...; flushPendingEntityModifiedEvents: () => void; }; ... 100 more ...; dxfInFields: (_filer: AcDbDxfFiler) => AcDbDatabase; };
 explodability: number;
 extensionDictionary: string
 | undefined;
 flags: number;
 isModelSapce: boolean;
 isOverlayReference: boolean;
 isPaperSapce: boolean;
 isTemp: any;
 isUnresolvedXref: boolean;
 isXref: boolean;
 layoutId: string;
 name: string;
 objectId: string;
 origin: {
 x: number;
 y: number;
 z: number;
 "[iterator]"(): Generator<number, void, unknown>;
 add(v: AcGeVectorLike): this;
 addScalar(s: number): this;
 addScaledVector(v: AcGeVector3dLike, s: number): this;
 addVectors(a: AcGeVector3dLike, b: AcGeVector3dLike): this;
 angleTo(v: AcGeVector3d): number;
 applyAxisAngle(axis: AcGeVector3dLike, angle: number): this;
 applyEuler(euler: AcGeEuler): this;
 applyMatrix3(m: AcGeMatrix2d): this;
 applyMatrix4(m: AcGeMatrix3d): this;
 applyNormalMatrix(m: AcGeMatrix2d): this;
 applyQuaternion(q: AcGeQuaternion): this;
 ceil(): this;
 clamp(min: AcGeVector3dLike, max: AcGeVector3dLike): this;
 clampLength(min: number, max: number): this;
 clampScalar(minVal: number, maxVal: number): this;
 clone(): AcGePoint3d;
 copy(v: AcGeVectorLike): this;
 cross(v: AcGeVector3dLike): this;
 crossVectors(a: AcGeVector3dLike, b: AcGeVector3dLike): this;
 distanceTo(v: AcGeVector3dLike): number;
 distanceToSquared(v: AcGeVector3dLike): number;
 divide(v: AcGeVector3dLike): this;
 divideScalar(scalar: number): this;
 dot(v: AcGeVector3dLike): number;
 equals(v: AcGeVector3dLike): boolean;
 floor(): this;
 fromArray(array: number[], offset?: number): this;
 getComponent(index: number): number;
 isParallelTo(vec: AcGeVector3d): boolean;
 length(): number;
 lengthSq(): number;
 lerp(v: AcGeVector3dLike, alpha: number): this;
 lerpVectors(
 v1: AcGeVector3dLike,
 v2: AcGeVector3dLike,
 alpha: number,
 ): this;
 manhattanDistanceTo(v: AcGeVector3dLike): number;
 manhattanLength(): number;
 max(v: AcGeVector3dLike): this;
 min(v: AcGeVector3dLike): this;
 multiply(v: AcGeVector3dLike): this;
 multiplyScalar(scalar: number): this;
 multiplyVectors(a: AcGeVector3dLike, b: AcGeVector3dLike): this;
 negate(): this;
 normalize(): this;
 projectOnPlane(planeNormal: AcGeVector3d): this;
 projectOnVector(v: AcGeVector3d): this;
 random(): this;
 randomDirection(): this;
 reflect(normal: AcGeVector3dLike): this;
 round(): this;
 roundToZero(): this;
 set(x: number, y: number, z: number): this;
 setComponent(index: number, value: number): this;
 setFromMatrix3Column(m: AcGeMatrix2d, index: number): this;
 setFromMatrixColumn(m: AcGeMatrix3d, index: number): this;
 setFromMatrixPosition(m: AcGeMatrix3d): this;
 setFromMatrixScale(m: AcGeMatrix3d): this;
 setLength(l: number): this;
 setScalar(scalar: number): this;
 setX(x: number): this;
 setY(y: number): this;
 setZ(z: number): this;
 sub(v: AcGeVector3dLike): this;
 subScalar(s: number): this;
 subVectors(a: AcGeVector3dLike, b: AcGeVector3dLike): this;
 toArray(
 array?: (...)[] | Float32Array<(...)>,
 offset?: number,
 ): (...)[] | Float32Array<(...)>;
 transformDirection(m: AcGeMatrix3d): this;
 };
 ownerId: string;
 pathName: string;
 previewIcon: | {
 "[toStringTag]": "Uint8Array";
 buffer: (...)
 | (...);
 byteLength: number;
 byteOffset: number;
 BYTES_PER_ELEMENT: number;
 length: number;
 "[iterator]"(): ArrayIterator<(...)>;
 at(index: number): (...) | (...);
 copyWithin(target: number, start: number, end?: (...) | (...)): this;
 entries(): ArrayIterator<(...)>;
 every(
 predicate: (value: ..., index: ..., array: this) => ...,
 thisArg?: any,
 ): boolean;
 fill(value: number, start?: (...) | (...), end?: (...) | (...)): this;
 filter(
 predicate: (value: ..., index: ..., array: this) => ...,
 thisArg?: any,
 ): Uint8Array<(...)>;
 find(
 predicate: (value: ..., index: ..., obj: this) => ...,
 thisArg?: any,
 ): (...) | (...);
 findIndex(
 predicate: (value: ..., index: ..., obj: this) => ...,
 thisArg?: any,
 ): number;
 findLast<S extends number>(
 predicate: (
 value: ...,
 index: ...,
 array: this,
 ) => value is (...),
 thisArg?: any,
 ): (...) | (...);
 findLast(
 predicate: (value: ..., index: ..., array: this) => ...,
 thisArg?: any,
 ): (...) | (...);
 findLastIndex(
 predicate: (value: ..., index: ..., array: this) => ...,
 thisArg?: any,
 ): number;
 forEach(
 callbackfn: (value: ..., index: ..., array: this) => ...,
 thisArg?: any,
 ): void;
 includes(searchElement: number, fromIndex?: (...) | (...)): boolean;
 indexOf(searchElement: number, fromIndex?: (...) | (...)): number;
 join(separator?: (...) | (...)): string;
 keys(): ArrayIterator<(...)>;
 lastIndexOf(searchElement: number, fromIndex?: (...) | (...)): number;
 map(
 callbackfn: (value: ..., index: ..., array: this) => ...,
 thisArg?: any,
 ): Uint8Array<(...)>;
 reduce(
 callbackfn: (
 previousValue: ...,
 currentValue: ...,
 currentIndex: ...,
 array: this,
 ) => ...,
 ): number;
 reduce(
 callbackfn: (
 previousValue: ...,
 currentValue: ...,
 currentIndex: ...,
 array: this,
 ) => ...,
 initialValue: number,
 ): number;
 reduce(
 callbackfn: (
 previousValue: ...,
 currentValue: ...,
 currentIndex: ...,
 array: this,
 ) => ...,
 initialValue: U,
 ): U;
 reduceRight(
 callbackfn: (
 previousValue: ...,
 currentValue: ...,
 currentIndex: ...,
 array: this,
 ) => ...,
 ): number;
 reduceRight(
 callbackfn: (
 previousValue: ...,
 currentValue: ...,
 currentIndex: ...,
 array: this,
 ) => ...,
 initialValue: number,
 ): number;
 reduceRight(
 callbackfn: (
 previousValue: ...,
 currentValue: ...,
 currentIndex: ...,
 array: this,
 ) => ...,
 initialValue: U,
 ): U;
 reverse(): this;
 set(array: ArrayLike<(...)>, offset?: (...) | (...)): void;
 slice(start?: (...) | (...), end?: (...) | (...)): Uint8Array<(...)>;
 some(
 predicate: (value: ..., index: ..., array: this) => ...,
 thisArg?: any,
 ): boolean;
 sort(compareFn?: (...) | (...)): this;
 subarray(
 begin?: (...) | (...),
 end?: (...) | (...),
 ): Uint8Array<(...)>;
 toLocaleString(): string;
 toLocaleString(
 locales: (...) | (...),
 options?: (...) | (...),
 ): string;
 toReversed(): Uint8Array<(...)>;
 toSorted(compareFn?: (...) | (...)): Uint8Array<(...)>;
 toString(): string;
 valueOf(): this;
 values(): ArrayIterator<(...)>;
 with(index: number, value: number): Uint8Array<(...)>;
 [key: number]: number;
 }
 | undefined;
 appendEntity(entity: AcDbEntity | AcDbEntity[]): void;
 clone(): this;
 clonePreservingIdentity(): this;
 close(): void;
 createExtensionDictionary(): string | undefined;
 dxfIn(filer: AcDbDxfFiler): this;
 dxfInFields(filer: AcDbDxfFiler): this;
 dxfOut(...args: unknown[]): unknown;
 dxfOutBlockBegin(filer: AcDbDxfFiler): this;
 dxfOutBlockEnd(filer: AcDbDxfFiler): this;
 dxfOutBlockRecord(filer: AcDbDxfFiler): this;
 dxfOutFields(filer: AcDbDxfFiler): this;
 getAttr(attrName: string): any;
 getAttrWithoutException(attrName: string): any;
 getIdAt(id: string): AcDbEntity | undefined;
 getXData(appId: string): AcDbResultBuffer | undefined;
 hasEntityId(id: string): boolean;
 newIterator(): AcDbObjectIterator<AcDbEntity>;
 removeEntity(objectId: string | string[]): boolean;
 removeXData(appId: string): void;
 restoreFrom(snapshot: this): void;
 setAttr<A extends string>(
 attrName: A,
 val?: AcDbBlockTableRecordAttrs[A],
 ): void;
 setXData(resbuf: AcDbResultBuffer): void;
 };
 numEntries: number;
 objectId: string;
 ownerId: string;
 add(record: AcDbBlockTableRecord): void;
 clone(): this;
 clonePreservingIdentity(): this;
 close(): void;
 createExtensionDictionary(): string | undefined;
 dxfIn(filer: AcDbDxfFiler): this;
 dxfInFields(_filer: AcDbDxfFiler): this;
 dxfOut(...args: unknown[]): unknown;
 dxfOutFields(filer: AcDbDxfFiler): this;
 getAt(name: string): AcDbBlockTableRecord | undefined;
 getAttr(attrName: string): any;
 getAttrWithoutException(attrName: string): any;
 getEntityById(id: string): AcDbEntity | undefined;
 getIdAt(id: string): AcDbBlockTableRecord | undefined;
 getOwnerIdAt(id: string): AcDbBlockTableRecord | undefined;
 getUnresolvedXrefs(): AcDbBlockTableRecord[];
 getXData(appId: string): AcDbResultBuffer | undefined;
 getXrefs(): AcDbBlockTableRecord[];
 has(name: string): boolean;
 hasId(id: string): boolean;
 newIterator(
 iterateById?: boolean,
 ): AcDbObjectIterator<AcDbBlockTableRecord>;
 remove(name: string): boolean;
 removeAll(): void;
 removeEntity(objectId: string | string[]): boolean;
 removeId(id: string): boolean;
 removeXData(appId: string): void;
 restoreFrom(snapshot: this): void;
 setAttr<A extends string>(attrName: A, val?: AcDbObjectAttrs[A]): void;
 setXData(resbuf: AcDbResultBuffer): void;
 };
 dimStyleTable: {
 attrs: {
 attributes: {
 extensionDictionary?: string;
 objectId?: string;
 ownerId?: string;
 [key: string]: any;
 };
 changed: {
 extensionDictionary?: string;
 objectId?: string;
 ownerId?: string;
 [key: string]: any;
 };
 events: {
 attrChanged: {
 addEventListener(listener: (payload: ...) => ...): void;
 dispatch(payload?: (...) | (...), ...args: (...)[]): void;
 removeEventListener(listener: (payload: ...) => ...): void;
 replaceEventListener(listener: (payload: ...) => ...): void;
 };
 modelChanged: {
 addEventListener(listener: (payload: ...) => ...): void;
 dispatch(payload?: (...) | (...), ...args: (...)[]): void;
 removeEventListener(listener: (payload: ...) => ...): void;
 replaceEventListener(listener: (payload: ...) => ...): void;
 };
 };
 changedAttributes(diff?: Partial<AcDbObjectAttrs>): Partial<T>;
 clone(): AcCmObject<AcDbObjectAttrs>;
 get<A extends string>(key: A): AcDbObjectAttrs[A] | undefined;
 has(key: string): boolean;
 hasChanged(key?: string): boolean;
 previous<A extends string>(
 key: A,
 ): AcDbObjectAttrs[A] | null | undefined;
 previousAttributes(): Partial<T>;
 set<A extends string>(
 key: A,
 val?: AcDbObjectAttrs[A],
 options?: AcCmObjectOptions,
 ): this;
 set(key: Partial<T>, options?: AcCmObjectOptions): this;
 };
 database: { readonly transactionManager: { strictMode: boolean; startTransaction: () => AcDbDatabaseTransaction; currentTransaction: () => AcDbDatabaseTransaction | undefined; ... 20 more ...; flushPendingEntityModifiedEvents: () => void; }; ... 100 more ...; dxfInFields: (_filer: AcDbDxfFiler) => AcDbDatabase; };
 extensionDictionary: string
 | undefined;
 isTemp: any;
 numEntries: number;
 objectId: string;
 ownerId: string;
 add(record: AcDbDimStyleTableRecord): void;
 clone(): this;
 clonePreservingIdentity(): this;
 close(): void;
 createExtensionDictionary(): string | undefined;
 dxfIn(filer: AcDbDxfFiler): this;
 dxfInFields(_filer: AcDbDxfFiler): this;
 dxfOut(...args: unknown[]): unknown;
 dxfOutFields(filer: AcDbDxfFiler): this;
 getAt(name: string): AcDbDimStyleTableRecord | undefined;
 getAttr(attrName: string): any;
 getAttrWithoutException(attrName: string): any;
 getIdAt(id: string): AcDbDimStyleTableRecord | undefined;
 getOwnerIdAt(id: string): AcDbDimStyleTableRecord | undefined;
 getXData(appId: string): AcDbResultBuffer | undefined;
 has(name: string): boolean;
 hasId(id: string): boolean;
 newIterator(
 iterateById?: boolean,
 ): AcDbObjectIterator<AcDbDimStyleTableRecord>;
 remove(name: string): boolean;
 removeAll(): void;
 removeId(id: string): boolean;
 removeXData(appId: string): void;
 restoreFrom(snapshot: this): void;
 setAttr<A extends string>(attrName: A, val?: AcDbObjectAttrs[A]): void;
 setXData(resbuf: AcDbResultBuffer): void;
 };
 layerTable: {
 attrs: {
 attributes: {
 extensionDictionary?: string;
 objectId?: string;
 ownerId?: string;
 [key: string]: any;
 };
 changed: {
 extensionDictionary?: string;
 objectId?: string;
 ownerId?: string;
 [key: string]: any;
 };
 events: {
 attrChanged: {
 addEventListener(listener: (payload: ...) => ...): void;
 dispatch(payload?: (...) | (...), ...args: (...)[]): void;
 removeEventListener(listener: (payload: ...) => ...): void;
 replaceEventListener(listener: (payload: ...) => ...): void;
 };
 modelChanged: {
 addEventListener(listener: (payload: ...) => ...): void;
 dispatch(payload?: (...) | (...), ...args: (...)[]): void;
 removeEventListener(listener: (payload: ...) => ...): void;
 replaceEventListener(listener: (payload: ...) => ...): void;
 };
 };
 changedAttributes(diff?: Partial<AcDbObjectAttrs>): Partial<T>;
 clone(): AcCmObject<AcDbObjectAttrs>;
 get<A extends string>(key: A): AcDbObjectAttrs[A] | undefined;
 has(key: string): boolean;
 hasChanged(key?: string): boolean;
 previous<A extends string>(
 key: A,
 ): AcDbObjectAttrs[A] | null | undefined;
 previousAttributes(): Partial<T>;
 set<A extends string>(
 key: A,
 val?: AcDbObjectAttrs[A],
 options?: AcCmObjectOptions,
 ): this;
 set(key: Partial<T>, options?: AcCmObjectOptions): this;
 };
 database: { readonly transactionManager: { strictMode: boolean; startTransaction: () => AcDbDatabaseTransaction; currentTransaction: () => AcDbDatabaseTransaction | undefined; ... 20 more ...; flushPendingEntityModifiedEvents: () => void; }; ... 100 more ...; dxfInFields: (_filer: AcDbDxfFiler) => AcDbDatabase; };
 extensionDictionary: string
 | undefined;
 isTemp: any;
 numEntries: number;
 objectId: string;
 ownerId: string;
 add(record: AcDbLayerTableRecord): void;
 clone(): this;
 clonePreservingIdentity(): this;
 close(): void;
 createExtensionDictionary(): string | undefined;
 dxfIn(filer: AcDbDxfFiler): this;
 dxfInFields(_filer: AcDbDxfFiler): this;
 dxfOut(...args: unknown[]): unknown;
 dxfOutFields(filer: AcDbDxfFiler): this;
 getAt(name: string): AcDbLayerTableRecord | undefined;
 getAttr(attrName: string): any;
 getAttrWithoutException(attrName: string): any;
 getIdAt(id: string): AcDbLayerTableRecord | undefined;
 getOwnerIdAt(id: string): AcDbLayerTableRecord | undefined;
 getXData(appId: string): AcDbResultBuffer | undefined;
 has(name: string): boolean;
 hasId(id: string): boolean;
 newIterator(
 iterateById?: boolean,
 ): AcDbObjectIterator<AcDbLayerTableRecord>;
 remove(name: string): boolean;
 removeAll(): void;
 removeId(id: string): boolean;
 removeXData(appId: string): void;
 restoreFrom(snapshot: this): void;
 setAttr<A extends string>(attrName: A, val?: AcDbObjectAttrs[A]): void;
 setXData(resbuf: AcDbResultBuffer): void;
 };
 linetypeTable: {
 attrs: {
 attributes: {
 extensionDictionary?: string;
 objectId?: string;
 ownerId?: string;
 [key: string]: any;
 };
 changed: {
 extensionDictionary?: string;
 objectId?: string;
 ownerId?: string;
 [key: string]: any;
 };
 events: {
 attrChanged: {
 addEventListener(listener: (payload: ...) => ...): void;
 dispatch(payload?: (...) | (...), ...args: (...)[]): void;
 removeEventListener(listener: (payload: ...) => ...): void;
 replaceEventListener(listener: (payload: ...) => ...): void;
 };
 modelChanged: {
 addEventListener(listener: (payload: ...) => ...): void;
 dispatch(payload?: (...) | (...), ...args: (...)[]): void;
 removeEventListener(listener: (payload: ...) => ...): void;
 replaceEventListener(listener: (payload: ...) => ...): void;
 };
 };
 changedAttributes(diff?: Partial<AcDbObjectAttrs>): Partial<T>;
 clone(): AcCmObject<AcDbObjectAttrs>;
 get<A extends string>(key: A): AcDbObjectAttrs[A] | undefined;
 has(key: string): boolean;
 hasChanged(key?: string): boolean;
 previous<A extends string>(
 key: A,
 ): AcDbObjectAttrs[A] | null | undefined;
 previousAttributes(): Partial<T>;
 set<A extends string>(
 key: A,
 val?: AcDbObjectAttrs[A],
 options?: AcCmObjectOptions,
 ): this;
 set(key: Partial<T>, options?: AcCmObjectOptions): this;
 };
 database: { readonly transactionManager: { strictMode: boolean; startTransaction: () => AcDbDatabaseTransaction; currentTransaction: () => AcDbDatabaseTransaction | undefined; ... 20 more ...; flushPendingEntityModifiedEvents: () => void; }; ... 100 more ...; dxfInFields: (_filer: AcDbDxfFiler) => AcDbDatabase; };
 extensionDictionary: string
 | undefined;
 isTemp: any;
 numEntries: number;
 objectId: string;
 ownerId: string;
 add(record: AcDbLinetypeTableRecord): void;
 clone(): this;
 clonePreservingIdentity(): this;
 close(): void;
 createExtensionDictionary(): string | undefined;
 dxfIn(filer: AcDbDxfFiler): this;
 dxfInFields(_filer: AcDbDxfFiler): this;
 dxfOut(...args: unknown[]): unknown;
 dxfOutFields(filer: AcDbDxfFiler): this;
 getAt(name: string): AcDbLinetypeTableRecord | undefined;
 getAttr(attrName: string): any;
 getAttrWithoutException(attrName: string): any;
 getIdAt(id: string): AcDbLinetypeTableRecord | undefined;
 getOwnerIdAt(id: string): AcDbLinetypeTableRecord | undefined;
 getXData(appId: string): AcDbResultBuffer | undefined;
 has(name: string): boolean;
 hasId(id: string): boolean;
 newIterator(
 iterateById?: boolean,
 ): AcDbObjectIterator<AcDbLinetypeTableRecord>;
 remove(name: string): boolean;
 removeAll(): void;
 removeId(id: string): boolean;
 removeXData(appId: string): void;
 restoreFrom(snapshot: this): void;
 setAttr<A extends string>(attrName: A, val?: AcDbObjectAttrs[A]): void;
 setXData(resbuf: AcDbResultBuffer): void;
 };
 textStyleTable: {
 attrs: {
 attributes: {
 extensionDictionary?: string;
 objectId?: string;
 ownerId?: string;
 [key: string]: any;
 };
 changed: {
 extensionDictionary?: string;
 objectId?: string;
 ownerId?: string;
 [key: string]: any;
 };
 events: {
 attrChanged: {
 addEventListener(listener: (payload: ...) => ...): void;
 dispatch(payload?: (...) | (...), ...args: (...)[]): void;
 removeEventListener(listener: (payload: ...) => ...): void;
 replaceEventListener(listener: (payload: ...) => ...): void;
 };
 modelChanged: {
 addEventListener(listener: (payload: ...) => ...): void;
 dispatch(payload?: (...) | (...), ...args: (...)[]): void;
 removeEventListener(listener: (payload: ...) => ...): void;
 replaceEventListener(listener: (payload: ...) => ...): void;
 };
 };
 changedAttributes(diff?: Partial<AcDbObjectAttrs>): Partial<T>;
 clone(): AcCmObject<AcDbObjectAttrs>;
 get<A extends string>(key: A): AcDbObjectAttrs[A] | undefined;
 has(key: string): boolean;
 hasChanged(key?: string): boolean;
 previous<A extends string>(
 key: A,
 ): AcDbObjectAttrs[A] | null | undefined;
 previousAttributes(): Partial<T>;
 set<A extends string>(
 key: A,
 val?: AcDbObjectAttrs[A],
 options?: AcCmObjectOptions,
 ): this;
 set(key: Partial<T>, options?: AcCmObjectOptions): this;
 };
 database: { readonly transactionManager: { strictMode: boolean; startTransaction: () => AcDbDatabaseTransaction; currentTransaction: () => AcDbDatabaseTransaction | undefined; ... 20 more ...; flushPendingEntityModifiedEvents: () => void; }; ... 100 more ...; dxfInFields: (_filer: AcDbDxfFiler) => AcDbDatabase; };
 extensionDictionary: string
 | undefined;
 fonts: string[];
 isTemp: any;
 numEntries: number;
 objectId: string;
 ownerId: string;
 shapeFiles: {
 attrs: {
 attributes: {
 bigFont?: ...;
 extendedFont?: ...;
 extensionDictionary?: ...;
 fixedTextHeight?: ...;
 font?: ...;
 lastHeight?: ...;
 name?: ...;
 objectId?: ...;
 obliqueAngle?: ...;
 ownerId?: ...;
 standardFlag?: ...;
 textGenerationFlag?: ...;
 widthFactor?: ...;
 [key: ...]: ...;
 };
 changed: {
 bigFont?: ...;
 extendedFont?: ...;
 extensionDictionary?: ...;
 fixedTextHeight?: ...;
 font?: ...;
 lastHeight?: ...;
 name?: ...;
 objectId?: ...;
 obliqueAngle?: ...;
 ownerId?: ...;
 standardFlag?: ...;
 textGenerationFlag?: ...;
 widthFactor?: ...;
 [key: ...]: ...;
 };
 events: { attrChanged: ...; modelChanged: ... };
 changedAttributes(diff?: (...) | (...)): Partial<(...)>;
 clone(): AcCmObject<(...)>;
 get<A extends string>(key: A): (...) | (...);
 has(key: string): boolean;
 hasChanged(key?: (...) | (...)): boolean;
 previous<A extends string>(key: A): (...) | (...) | (...);
 previousAttributes(): Partial<(...)>;
 set<A extends string>(
 key: A,
 val?: (...) | (...),
 options?: (...) | (...),
 ): this;
 set(key: Partial<(...)>, options?: (...) | (...)): this;
 };
 bigFontFileName: string;
 database: { readonly transactionManager: { strictMode: boolean; startTransaction: () => AcDbDatabaseTransaction; currentTransaction: () => AcDbDatabaseTransaction | undefined; ... 20 more ...; flushPendingEntityModifiedEvents: () => void; }; ... 100 more ...; dxfInFields: (_filer: AcDbDxfFiler) => AcDbDatabase; };
 extensionDictionary: string
 | undefined;
 fileName: string;
 isShapeFile: boolean;
 isTemp: any;
 isVertical: boolean;
 name: string;
 objectId: string;
 obliquingAngle: number;
 ownerId: string;
 priorSize: number;
 textSize: number;
 textStyle: {
 bigFont: string;
 extendedFont?: (...) | (...);
 fixedTextHeight: number;
 font: string;
 lastHeight: number;
 name: string;
 obliqueAngle: number;
 standardFlag: number;
 textGenerationFlag: number;
 widthFactor: number;
 };
 xScale: number;
 clone(): this;
 clonePreservingIdentity(): this;
 close(): void;
 createExtensionDictionary(): string | undefined;
 dxfIn(filer: AcDbDxfFiler): this;
 dxfInFields(filer: AcDbDxfFiler): this;
 dxfOut(...args: unknown[]): unknown;
 dxfOutFields(filer: AcDbDxfFiler): this;
 getAttr(attrName: string): any;
 getAttrWithoutException(attrName: string): any;
 getXData(appId: string): AcDbResultBuffer | undefined;
 removeXData(appId: string): void;
 restoreFrom(snapshot: this): void;
 setAttr<A extends string>(attrName: A, val?: (...)[(...)]): void;
 setXData(resbuf: AcDbResultBuffer): void;
 }[];
 add(record: AcDbTextStyleTableRecord): void;
 clone(): this;
 clonePreservingIdentity(): this;
 close(): void;
 createExtensionDictionary(): string | undefined;
 dxfIn(filer: AcDbDxfFiler): this;
 dxfInFields(_filer: AcDbDxfFiler): this;
 dxfOut(...args: unknown[]): unknown;
 dxfOutFields(filer: AcDbDxfFiler): this;
 getAt(name: string): AcDbTextStyleTableRecord | undefined;
 getAttr(attrName: string): any;
 getAttrWithoutException(attrName: string): any;
 getIdAt(id: string): AcDbTextStyleTableRecord | undefined;
 getOwnerIdAt(id: string): AcDbTextStyleTableRecord | undefined;
 getXData(appId: string): AcDbResultBuffer | undefined;
 has(name: string): boolean;
 hasId(id: string): boolean;
 newIterator(
 iterateById?: boolean,
 ): AcDbObjectIterator<AcDbTextStyleTableRecord>;
 remove(name: string): boolean;
 removeAll(): void;
 removeId(id: string): boolean;
 removeXData(appId: string): void;
 resolveAt(name?: string): AcDbTextStyleTableRecord | undefined;
 restoreFrom(snapshot: this): void;
 setAttr<A extends string>(attrName: A, val?: AcDbObjectAttrs[A]): void;
 setXData(resbuf: AcDbResultBuffer): void;
 };
 ucsTable: {
 attrs: {
 attributes: {
 extensionDictionary?: string;
 objectId?: string;
 ownerId?: string;
 [key: string]: any;
 };
 changed: {
 extensionDictionary?: string;
 objectId?: string;
 ownerId?: string;
 [key: string]: any;
 };
 events: {
 attrChanged: {
 addEventListener(listener: (payload: ...) => ...): void;
 dispatch(payload?: (...) | (...), ...args: (...)[]): void;
 removeEventListener(listener: (payload: ...) => ...): void;
 replaceEventListener(listener: (payload: ...) => ...): void;
 };
 modelChanged: {
 addEventListener(listener: (payload: ...) => ...): void;
 dispatch(payload?: (...) | (...), ...args: (...)[]): void;
 removeEventListener(listener: (payload: ...) => ...): void;
 replaceEventListener(listener: (payload: ...) => ...): void;
 };
 };
 changedAttributes(diff?: Partial<AcDbObjectAttrs>): Partial<T>;
 clone(): AcCmObject<AcDbObjectAttrs>;
 get<A extends string>(key: A): AcDbObjectAttrs[A] | undefined;
 has(key: string): boolean;
 hasChanged(key?: string): boolean;
 previous<A extends string>(
 key: A,
 ): AcDbObjectAttrs[A] | null | undefined;
 previousAttributes(): Partial<T>;
 set<A extends string>(
 key: A,
 val?: AcDbObjectAttrs[A],
 options?: AcCmObjectOptions,
 ): this;
 set(key: Partial<T>, options?: AcCmObjectOptions): this;
 };
 database: { readonly transactionManager: { strictMode: boolean; startTransaction: () => AcDbDatabaseTransaction; currentTransaction: () => AcDbDatabaseTransaction | undefined; ... 20 more ...; flushPendingEntityModifiedEvents: () => void; }; ... 100 more ...; dxfInFields: (_filer: AcDbDxfFiler) => AcDbDatabase; };
 extensionDictionary: string
 | undefined;
 isTemp: any;
 numEntries: number;
 objectId: string;
 ownerId: string;
 add(record: AcDbUcsTableRecord): void;
 clone(): this;
 clonePreservingIdentity(): this;
 close(): void;
 createExtensionDictionary(): string | undefined;
 dxfIn(filer: AcDbDxfFiler): this;
 dxfInFields(_filer: AcDbDxfFiler): this;
 dxfOut(...args: unknown[]): unknown;
 dxfOutFields(filer: AcDbDxfFiler): this;
 getAt(name: string): AcDbUcsTableRecord | undefined;
 getAttr(attrName: string): any;
 getAttrWithoutException(attrName: string): any;
 getIdAt(id: string): AcDbUcsTableRecord | undefined;
 getOwnerIdAt(id: string): AcDbUcsTableRecord | undefined;
 getXData(appId: string): AcDbResultBuffer | undefined;
 has(name: string): boolean;
 hasId(id: string): boolean;
 newIterator(
 iterateById?: boolean,
 ): AcDbObjectIterator<AcDbUcsTableRecord>;
 remove(name: string): boolean;
 removeAll(): void;
 removeId(id: string): boolean;
 removeXData(appId: string): void;
 restoreFrom(snapshot: this): void;
 setAttr<A extends string>(attrName: A, val?: AcDbObjectAttrs[A]): void;
 setXData(resbuf: AcDbResultBuffer): void;
 };
 viewportTable: {
 attrs: {
 attributes: {
 extensionDictionary?: string;
 objectId?: string;
 ownerId?: string;
 [key: string]: any;
 };
 changed: {
 extensionDictionary?: string;
 objectId?: string;
 ownerId?: string;
 [key: string]: any;
 };
 events: {
 attrChanged: {
 addEventListener(listener: (payload: ...) => ...): void;
 dispatch(payload?: (...) | (...), ...args: (...)[]): void;
 removeEventListener(listener: (payload: ...) => ...): void;
 replaceEventListener(listener: (payload: ...) => ...): void;
 };
 modelChanged: {
 addEventListener(listener: (payload: ...) => ...): void;
 dispatch(payload?: (...) | (...), ...args: (...)[]): void;
 removeEventListener(listener: (payload: ...) => ...): void;
 replaceEventListener(listener: (payload: ...) => ...): void;
 };
 };
 changedAttributes(diff?: Partial<AcDbObjectAttrs>): Partial<T>;
 clone(): AcCmObject<AcDbObjectAttrs>;
 get<A extends string>(key: A): AcDbObjectAttrs[A] | undefined;
 has(key: string): boolean;
 hasChanged(key?: string): boolean;
 previous<A extends string>(
 key: A,
 ): AcDbObjectAttrs[A] | null | undefined;
 previousAttributes(): Partial<T>;
 set<A extends string>(
 key: A,
 val?: AcDbObjectAttrs[A],
 options?: AcCmObjectOptions,
 ): this;
 set(key: Partial<T>, options?: AcCmObjectOptions): this;
 };
 database: { readonly transactionManager: { strictMode: boolean; startTransaction: () => AcDbDatabaseTransaction; currentTransaction: () => AcDbDatabaseTransaction | undefined; ... 20 more ...; flushPendingEntityModifiedEvents: () => void; }; ... 100 more ...; dxfInFields: (_filer: AcDbDxfFiler) => AcDbDatabase; };
 extensionDictionary: string
 | undefined;
 isTemp: any;
 numEntries: number;
 objectId: string;
 ownerId: string;
 add(record: AcDbViewportTableRecord): void;
 clone(): this;
 clonePreservingIdentity(): this;
 close(): void;
 createExtensionDictionary(): string | undefined;
 dxfIn(filer: AcDbDxfFiler): this;
 dxfInFields(_filer: AcDbDxfFiler): this;
 dxfOut(...args: unknown[]): unknown;
 dxfOutFields(filer: AcDbDxfFiler): this;
 getActiveVport(): AcDbViewportTableRecord | undefined;
 getActiveVportBox(
 canvasAspectRatio: number,
 drawingExtents?: AcGeBox2d,
 ): AcGeBox2d | undefined;
 getAt(name: string): AcDbViewportTableRecord | undefined;
 getAttr(attrName: string): any;
 getAttrWithoutException(attrName: string): any;
 getIdAt(id: string): AcDbViewportTableRecord | undefined;
 getOwnerIdAt(id: string): AcDbViewportTableRecord | undefined;
 getXData(appId: string): AcDbResultBuffer | undefined;
 has(name: string): boolean;
 hasId(id: string): boolean;
 newIterator(
 iterateById?: boolean,
 ): AcDbObjectIterator<AcDbViewportTableRecord>;
 remove(name: string): boolean;
 removeAll(): void;
 removeId(id: string): boolean;
 removeXData(appId: string): void;
 restoreFrom(snapshot: this): void;
 setAttr<A extends string>(attrName: A, val?: AcDbObjectAttrs[A]): void;
 setXData(resbuf: AcDbResultBuffer): void;
 };
 viewTable: {
 attrs: {
 attributes: {
 extensionDictionary?: string;
 objectId?: string;
 ownerId?: string;
 [key: string]: any;
 };
 changed: {
 extensionDictionary?: string;
 objectId?: string;
 ownerId?: string;
 [key: string]: any;
 };
 events: {
 attrChanged: {
 addEventListener(listener: (payload: ...) => ...): void;
 dispatch(payload?: (...) | (...), ...args: (...)[]): void;
 removeEventListener(listener: (payload: ...) => ...): void;
 replaceEventListener(listener: (payload: ...) => ...): void;
 };
 modelChanged: {
 addEventListener(listener: (payload: ...) => ...): void;
 dispatch(payload?: (...) | (...), ...args: (...)[]): void;
 removeEventListener(listener: (payload: ...) => ...): void;
 replaceEventListener(listener: (payload: ...) => ...): void;
 };
 };
 changedAttributes(diff?: Partial<AcDbObjectAttrs>): Partial<T>;
 clone(): AcCmObject<AcDbObjectAttrs>;
 get<A extends string>(key: A): AcDbObjectAttrs[A] | undefined;
 has(key: string): boolean;
 hasChanged(key?: string): boolean;
 previous<A extends string>(
 key: A,
 ): AcDbObjectAttrs[A] | null | undefined;
 previousAttributes(): Partial<T>;
 set<A extends string>(
 key: A,
 val?: AcDbObjectAttrs[A],
 options?: AcCmObjectOptions,
 ): this;
 set(key: Partial<T>, options?: AcCmObjectOptions): this;
 };
 database: { readonly transactionManager: { strictMode: boolean; startTransaction: () => AcDbDatabaseTransaction; currentTransaction: () => AcDbDatabaseTransaction | undefined; ... 20 more ...; flushPendingEntityModifiedEvents: () => void; }; ... 100 more ...; dxfInFields: (_filer: AcDbDxfFiler) => AcDbDatabase; };
 extensionDictionary: string
 | undefined;
 isTemp: any;
 numEntries: number;
 objectId: string;
 ownerId: string;
 add(record: AcDbViewTableRecord): void;
 clone(): this;
 clonePreservingIdentity(): this;
 close(): void;
 createExtensionDictionary(): string | undefined;
 dxfIn(filer: AcDbDxfFiler): this;
 dxfInFields(_filer: AcDbDxfFiler): this;
 dxfOut(...args: unknown[]): unknown;
 dxfOutFields(filer: AcDbDxfFiler): this;
 getAt(name: string): AcDbViewTableRecord | undefined;
 getAttr(attrName: string): any;
 getAttrWithoutException(attrName: string): any;
 getIdAt(id: string): AcDbViewTableRecord | undefined;
 getOwnerIdAt(id: string): AcDbViewTableRecord | undefined;
 getXData(appId: string): AcDbResultBuffer | undefined;
 has(name: string): boolean;
 hasId(id: string): boolean;
 newIterator(
 iterateById?: boolean,
 ): AcDbObjectIterator<AcDbViewTableRecord>;
 remove(name: string): boolean;
 removeAll(): void;
 removeId(id: string): boolean;
 removeXData(appId: string): void;
 restoreFrom(snapshot: this): void;
 setAttr<A extends string>(attrName: A, val?: AcDbObjectAttrs[A]): void;
 setXData(resbuf: AcDbResultBuffer): void;
 };
 };
 textstyle: string;
 thumbnailImage: | {
 "[toStringTag]": "Uint8Array";
 buffer: | {
 "[toStringTag]": "ArrayBuffer";
 byteLength: number;
 detached: boolean;
 maxByteLength: number;
 resizable: boolean;
 resize(newByteLength?: number): void;
 slice(begin?: number, end?: number): ArrayBuffer;
 transfer(newByteLength?: number): ArrayBuffer;
 transferToFixedLength(newByteLength?: number): ArrayBuffer;
 }
 | {
 "[toStringTag]": "SharedArrayBuffer";
 byteLength: number;
 growable: boolean;
 maxByteLength: number;
 grow(newByteLength?: number): void;
 slice(begin?: number, end?: number): SharedArrayBuffer;
 };
 byteLength: number;
 byteOffset: number;
 BYTES_PER_ELEMENT: number;
 length: number;
 "[iterator]"(): ArrayIterator<number>;
 at(index: number): number | undefined;
 copyWithin(target: number, start: number, end?: number): this;
 entries(): ArrayIterator<[number, number]>;
 every(
 predicate: (value: number, index: number, array: this) => unknown,
 thisArg?: any,
 ): boolean;
 fill(value: number, start?: number, end?: number): this;
 filter(
 predicate: (value: number, index: number, array: this) => any,
 thisArg?: any,
 ): Uint8Array<ArrayBuffer>;
 find(
 predicate: (value: number, index: number, obj: this) => boolean,
 thisArg?: any,
 ): number | undefined;
 findIndex(
 predicate: (value: number, index: number, obj: this) => boolean,
 thisArg?: any,
 ): number;
 findLast<S extends number>(
 predicate: (value: number, index: number, array: this) => value is S,
 thisArg?: any,
 ): S | undefined;
 findLast(
 predicate: (value: number, index: number, array: this) => unknown,
 thisArg?: any,
 ): number | undefined;
 findLastIndex(
 predicate: (value: number, index: number, array: this) => unknown,
 thisArg?: any,
 ): number;
 forEach(
 callbackfn: (value: number, index: number, array: this) => void,
 thisArg?: any,
 ): void;
 includes(searchElement: number, fromIndex?: number): boolean;
 indexOf(searchElement: number, fromIndex?: number): number;
 join(separator?: string): string;
 keys(): ArrayIterator<number>;
 lastIndexOf(searchElement: number, fromIndex?: number): number;
 map(
 callbackfn: (value: number, index: number, array: this) => number,
 thisArg?: any,
 ): Uint8Array<ArrayBuffer>;
 reduce(
 callbackfn: (
 previousValue: number,
 currentValue: number,
 currentIndex: number,
 array: this,
 ) => number,
 ): number;
 reduce(
 callbackfn: (
 previousValue: number,
 currentValue: number,
 currentIndex: number,
 array: this,
 ) => number,
 initialValue: number,
 ): number;
 reduce(
 callbackfn: (
 previousValue: U,
 currentValue: number,
 currentIndex: number,
 array: this,
 ) => U,
 initialValue: U,
 ): U;
 reduceRight(
 callbackfn: (
 previousValue: number,
 currentValue: number,
 currentIndex: number,
 array: this,
 ) => number,
 ): number;
 reduceRight(
 callbackfn: (
 previousValue: number,
 currentValue: number,
 currentIndex: number,
 array: this,
 ) => number,
 initialValue: number,
 ): number;
 reduceRight(
 callbackfn: (
 previousValue: U,
 currentValue: number,
 currentIndex: number,
 array: this,
 ) => U,
 initialValue: U,
 ): U;
 reverse(): this;
 set(array: ArrayLike<number>, offset?: number): void;
 slice(start?: number, end?: number): Uint8Array<ArrayBuffer>;
 some(
 predicate: (value: number, index: number, array: this) => unknown,
 thisArg?: any,
 ): boolean;
 sort(compareFn?: (a: number, b: number) => number): this;
 subarray(begin?: number, end?: number): Uint8Array<ArrayBufferLike>;
 toLocaleString(): string;
 toLocaleString(
 locales: string | string[],
 options?: NumberFormatOptions,
 ): string;
 toReversed(): Uint8Array<ArrayBuffer>;
 toSorted(
 compareFn?: (a: number, b: number) => number,
 ): Uint8Array<ArrayBuffer>;
 toString(): string;
 valueOf(): this;
 values(): ArrayIterator<number>;
 with(index: number, value: number): Uint8Array<ArrayBuffer>;
 [key: number]: number;
 }
 | undefined;
 tilemode: boolean;
 transactionManager: {
 strictMode: boolean;
 abortTransaction(): void;
 cancelUndoMark(): void;
 canRedo(): boolean;
 canUndo(): boolean;
 clearUndoStack(): void;
 commitTransaction(): void;
 currentTransaction(): AcDbDatabaseTransaction | undefined;
 endUndoMark(): void;
 flushPendingEntityModifiedEvents(): void;
 flushPendingLayerModifiedEvents(): void;
 hasTransaction(): boolean;
 isApplyingUndoRedo(): boolean;
 isOpenedForWriteInTransaction(objectId: string): boolean;
 isRecording(): boolean;
 recordAppend(container: AcDbChangeContainer, object: AcDbObject): void;
 recordRemove(container: AcDbChangeContainer, object: AcDbObject): void;
 recordSysvar(name: string, before: unknown): void;
 redo(): boolean;
 resolveSymbolTableName(table: { objectId: string }): string;
 runUndoable<T>(label: string, fn: (tr: AcDbDatabaseTransaction) => T): T;
 startTransaction(): AcDbDatabaseTransaction;
 startUndoMark(label?: string): void;
 undo(): boolean;
 };
 unitmode: number;
 version: {
 capabilities: {
 supportsBlockRecordTable: boolean;
 supportsClassesSection: boolean;
 supportsHandles: boolean;
 supportsLineWeight: boolean;
 supportsLwPolyline: boolean;
 supportsObjectsSection: boolean;
 supportsSubclassMarkers: boolean;
 supportsTransparency: boolean;
 supportsTrueColor: boolean;
 supportsUtf8CodePage: boolean;
 };
 name: string;
 value: number;
 };
 adoptExternalHandle(object: AcDbObject, preferredId: string): string;
 beginEventBatch(): void;
 clone(): this;
 clonePreservingIdentity(): this;
 close(): void;
 commitObjectHandle(
 object: AcDbObject,
 hasId?: (id: string) => boolean,
 ): void;
 createDefaultData(options?: AcDbCreateDefaultDataOptions): void;
 createExtensionDictionary(): string | undefined;
 dxfIn(filer: AcDbDxfFiler): this;
 dxfInFields(_filer: AcDbDxfFiler): this;
 dxfOut(
 _fileName?: string,
 precision?: number,
 version?: string | number | AcDbDwgVersion,
 optionsOrThumbnail?:
 | boolean
 | { format?: "ascii"
 | "binary"; saveThumbnailImage?: boolean },
 ): string | Uint8Array<ArrayBufferLike>;
 dxfOutFields(_filer: AcDbDxfFiler): this;
 endEventBatch(): void;
 endEventBatchChunked(
 chunkSize: number,
 onChunk?: (flushed: number, total: number) => void | Promise<void>,
 ): Promise<void>;
 ensureEntityStyleDefaults(entity: AcDbEntity): void;
 ensureTextStyleDefaults(): void;
 generateHandle(): string;
 generateUniqueHandle(): string;
 getAttr(attrName: string): any;
 getAttrWithoutException(attrName: string): any;
 getObjectById(
 id: string,
 _openErased?: boolean,
 ): AcDbObject<AcDbObjectAttrs> | undefined;
 getRootDictionaries(): AcDbDictionary<AcDbObject<AcDbObjectAttrs>>[];
 getXData(appId: string): AcDbResultBuffer | undefined;
 initializeHandleSeed(seed: string): void;
 isEventBatched(): boolean;
 isHandleTaken(
 objectId: string,
 except?: AcDbObject<AcDbObjectAttrs>,
 ): boolean;
 isLayerDrawable(layerName: string): boolean;
 isUndoRecording(): boolean;
 notifyDictObjectErased(object: AcDbObject, key: string): void;
 notifyDictObjectSet(object: AcDbObject, key: string): void;
 notifyEntityAppended(entity: AcDbEntity | AcDbEntity[]): void;
 notifyEntityErased(entity: AcDbEntity | AcDbEntity[]): void;
 openEntityForRead(
 entityOrId: string | AcDbEntity,
 ): AcDbEntity | undefined;
 openEntityForWrite(
 entityOrId: string | AcDbEntity,
 ): AcDbEntity | undefined;
 openObjectForRead<T extends AcDbObject<AcDbObjectAttrs>>(
 objectId: string,
 ): T | undefined;
 openObjectForWrite<T extends AcDbObject<AcDbObjectAttrs>>(
 objectId: string,
 ): T | undefined;
 openUri(url: string, options: AcDbOpenDatabaseOptions): Promise<void>;
 read(
 data: ArrayBuffer,
 options: AcDbOpenDatabaseOptions,
 fileType?: string,
 ): Promise<void>;
 regen(): Promise<void>;
 registerObjectHandle(object: AcDbObject): void;
 releaseObjectHandle(object: AcDbObject): void;
 removeXData(appId: string): void;
 restoreFrom(snapshot: this): void;
 runDatabaseEdit(label: string, fn: () => void): void;
 setAttr<A extends string>(attrName: A, val?: AcDbObjectAttrs[A]): void;
 setDwgName(value: string): void;
 setXData(resbuf: AcDbResultBuffer): void;
 updateMaxHandle(handle: string): void;
 };
 dxfPaperSpace: boolean;
 dxfTypeName: string;
 extensionDictionary: string
 | undefined;
 geometricExtents: {
 center: {
 x: number;
 y: number;
 z: number;
 "[iterator]"(): Generator<number, void, unknown>;
 add(v: AcGeVectorLike): this;
 addScalar(s: number): this;
 addScaledVector(v: AcGeVector3dLike, s: number): this;
 addVectors(a: AcGeVector3dLike, b: AcGeVector3dLike): this;
 angleTo(v: AcGeVector3d): number;
 applyAxisAngle(axis: AcGeVector3dLike, angle: number): this;
 applyEuler(euler: AcGeEuler): this;
 applyMatrix3(m: AcGeMatrix2d): this;
 applyMatrix4(m: AcGeMatrix3d): this;
 applyNormalMatrix(m: AcGeMatrix2d): this;
 applyQuaternion(q: AcGeQuaternion): this;
 ceil(): this;
 clamp(min: AcGeVector3dLike, max: AcGeVector3dLike): this;
 clampLength(min: number, max: number): this;
 clampScalar(minVal: number, maxVal: number): this;
 clone(): AcGeVector3d;
 copy(v: AcGeVectorLike): this;
 cross(v: AcGeVector3dLike): this;
 crossVectors(a: AcGeVector3dLike, b: AcGeVector3dLike): this;
 distanceTo(v: AcGeVector3dLike): number;
 distanceToSquared(v: AcGeVector3dLike): number;
 divide(v: AcGeVector3dLike): this;
 divideScalar(scalar: number): this;
 dot(v: AcGeVector3dLike): number;
 equals(v: AcGeVector3dLike): boolean;
 floor(): this;
 fromArray(array: number[], offset?: number): this;
 getComponent(index: number): number;
 isParallelTo(vec: AcGeVector3d): boolean;
 length(): number;
 lengthSq(): number;
 lerp(v: AcGeVector3dLike, alpha: number): this;
 lerpVectors(
 v1: AcGeVector3dLike,
 v2: AcGeVector3dLike,
 alpha: number,
 ): this;
 manhattanDistanceTo(v: AcGeVector3dLike): number;
 manhattanLength(): number;
 max(v: AcGeVector3dLike): this;
 min(v: AcGeVector3dLike): this;
 multiply(v: AcGeVector3dLike): this;
 multiplyScalar(scalar: number): this;
 multiplyVectors(a: AcGeVector3dLike, b: AcGeVector3dLike): this;
 negate(): this;
 normalize(): this;
 projectOnPlane(planeNormal: AcGeVector3d): this;
 projectOnVector(v: AcGeVector3d): this;
 random(): this;
 randomDirection(): this;
 reflect(normal: AcGeVector3dLike): this;
 round(): this;
 roundToZero(): this;
 set(x: number, y: number, z: number): this;
 setComponent(index: number, value: number): this;
 setFromMatrix3Column(m: AcGeMatrix2d, index: number): this;
 setFromMatrixColumn(m: AcGeMatrix3d, index: number): this;
 setFromMatrixPosition(m: AcGeMatrix3d): this;
 setFromMatrixScale(m: AcGeMatrix3d): this;
 setLength(l: number): this;
 setScalar(scalar: number): this;
 setX(x: number): this;
 setY(y: number): this;
 setZ(z: number): this;
 sub(v: AcGeVector3dLike): this;
 subScalar(s: number): this;
 subVectors(a: AcGeVector3dLike, b: AcGeVector3dLike): this;
 toArray(
 array?: number[] | Float32Array<ArrayBufferLike>,
 offset?: number,
 ): number[] | Float32Array<ArrayBufferLike>;
 transformDirection(m: AcGeMatrix3d): this;
 };
 max: {
 x: number;
 y: number;
 z: number;
 "[iterator]"(): Generator<number, void, unknown>;
 add(v: AcGeVectorLike): this;
 addScalar(s: number): this;
 addScaledVector(v: AcGeVector3dLike, s: number): this;
 addVectors(a: AcGeVector3dLike, b: AcGeVector3dLike): this;
 angleTo(v: AcGeVector3d): number;
 applyAxisAngle(axis: AcGeVector3dLike, angle: number): this;
 applyEuler(euler: AcGeEuler): this;
 applyMatrix3(m: AcGeMatrix2d): this;
 applyMatrix4(m: AcGeMatrix3d): this;
 applyNormalMatrix(m: AcGeMatrix2d): this;
 applyQuaternion(q: AcGeQuaternion): this;
 ceil(): this;
 clamp(min: AcGeVector3dLike, max: AcGeVector3dLike): this;
 clampLength(min: number, max: number): this;
 clampScalar(minVal: number, maxVal: number): this;
 clone(): AcGeVector3d;
 copy(v: AcGeVectorLike): this;
 cross(v: AcGeVector3dLike): this;
 crossVectors(a: AcGeVector3dLike, b: AcGeVector3dLike): this;
 distanceTo(v: AcGeVector3dLike): number;
 distanceToSquared(v: AcGeVector3dLike): number;
 divide(v: AcGeVector3dLike): this;
 divideScalar(scalar: number): this;
 dot(v: AcGeVector3dLike): number;
 equals(v: AcGeVector3dLike): boolean;
 floor(): this;
 fromArray(array: number[], offset?: number): this;
 getComponent(index: number): number;
 isParallelTo(vec: AcGeVector3d): boolean;
 length(): number;
 lengthSq(): number;
 lerp(v: AcGeVector3dLike, alpha: number): this;
 lerpVectors(
 v1: AcGeVector3dLike,
 v2: AcGeVector3dLike,
 alpha: number,
 ): this;
 manhattanDistanceTo(v: AcGeVector3dLike): number;
 manhattanLength(): number;
 max(v: AcGeVector3dLike): this;
 min(v: AcGeVector3dLike): this;
 multiply(v: AcGeVector3dLike): this;
 multiplyScalar(scalar: number): this;
 multiplyVectors(a: AcGeVector3dLike, b: AcGeVector3dLike): this;
 negate(): this;
 normalize(): this;
 projectOnPlane(planeNormal: AcGeVector3d): this;
 projectOnVector(v: AcGeVector3d): this;
 random(): this;
 randomDirection(): this;
 reflect(normal: AcGeVector3dLike): this;
 round(): this;
 roundToZero(): this;
 set(x: number, y: number, z: number): this;
 setComponent(index: number, value: number): this;
 setFromMatrix3Column(m: AcGeMatrix2d, index: number): this;
 setFromMatrixColumn(m: AcGeMatrix3d, index: number): this;
 setFromMatrixPosition(m: AcGeMatrix3d): this;
 setFromMatrixScale(m: AcGeMatrix3d): this;
 setLength(l: number): this;
 setScalar(scalar: number): this;
 setX(x: number): this;
 setY(y: number): this;
 setZ(z: number): this;
 sub(v: AcGeVector3dLike): this;
 subScalar(s: number): this;
 subVectors(a: AcGeVector3dLike, b: AcGeVector3dLike): this;
 toArray(
 array?: number[] | Float32Array<ArrayBufferLike>,
 offset?: number,
 ): number[] | Float32Array<ArrayBufferLike>;
 transformDirection(m: AcGeMatrix3d): this;
 };
 min: {
 x: number;
 y: number;
 z: number;
 "[iterator]"(): Generator<number, void, unknown>;
 add(v: AcGeVectorLike): this;
 addScalar(s: number): this;
 addScaledVector(v: AcGeVector3dLike, s: number): this;
 addVectors(a: AcGeVector3dLike, b: AcGeVector3dLike): this;
 angleTo(v: AcGeVector3d): number;
 applyAxisAngle(axis: AcGeVector3dLike, angle: number): this;
 applyEuler(euler: AcGeEuler): this;
 applyMatrix3(m: AcGeMatrix2d): this;
 applyMatrix4(m: AcGeMatrix3d): this;
 applyNormalMatrix(m: AcGeMatrix2d): this;
 applyQuaternion(q: AcGeQuaternion): this;
 ceil(): this;
 clamp(min: AcGeVector3dLike, max: AcGeVector3dLike): this;
 clampLength(min: number, max: number): this;
 clampScalar(minVal: number, maxVal: number): this;
 clone(): AcGeVector3d;
 copy(v: AcGeVectorLike): this;
 cross(v: AcGeVector3dLike): this;
 crossVectors(a: AcGeVector3dLike, b: AcGeVector3dLike): this;
 distanceTo(v: AcGeVector3dLike): number;
 distanceToSquared(v: AcGeVector3dLike): number;
 divide(v: AcGeVector3dLike): this;
 divideScalar(scalar: number): this;
 dot(v: AcGeVector3dLike): number;
 equals(v: AcGeVector3dLike): boolean;
 floor(): this;
 fromArray(array: number[], offset?: number): this;
 getComponent(index: number): number;
 isParallelTo(vec: AcGeVector3d): boolean;
 length(): number;
 lengthSq(): number;
 lerp(v: AcGeVector3dLike, alpha: number): this;
 lerpVectors(
 v1: AcGeVector3dLike,
 v2: AcGeVector3dLike,
 alpha: number,
 ): this;
 manhattanDistanceTo(v: AcGeVector3dLike): number;
 manhattanLength(): number;
 max(v: AcGeVector3dLike): this;
 min(v: AcGeVector3dLike): this;
 multiply(v: AcGeVector3dLike): this;
 multiplyScalar(scalar: number): this;
 multiplyVectors(a: AcGeVector3dLike, b: AcGeVector3dLike): this;
 negate(): this;
 normalize(): this;
 projectOnPlane(planeNormal: AcGeVector3d): this;
 projectOnVector(v: AcGeVector3d): this;
 random(): this;
 randomDirection(): this;
 reflect(normal: AcGeVector3dLike): this;
 round(): this;
 roundToZero(): this;
 set(x: number, y: number, z: number): this;
 setComponent(index: number, value: number): this;
 setFromMatrix3Column(m: AcGeMatrix2d, index: number): this;
 setFromMatrixColumn(m: AcGeMatrix3d, index: number): this;
 setFromMatrixPosition(m: AcGeMatrix3d): this;
 setFromMatrixScale(m: AcGeMatrix3d): this;
 setLength(l: number): this;
 setScalar(scalar: number): this;
 setX(x: number): this;
 setY(y: number): this;
 setZ(z: number): this;
 sub(v: AcGeVector3dLike): this;
 subScalar(s: number): this;
 subVectors(a: AcGeVector3dLike, b: AcGeVector3dLike): this;
 toArray(
 array?: number[] | Float32Array<ArrayBufferLike>,
 offset?: number,
 ): number[] | Float32Array<ArrayBufferLike>;
 transformDirection(m: AcGeMatrix3d): this;
 };
 size: {
 x: number;
 y: number;
 z: number;
 "[iterator]"(): Generator<number, void, unknown>;
 add(v: AcGeVectorLike): this;
 addScalar(s: number): this;
 addScaledVector(v: AcGeVector3dLike, s: number): this;
 addVectors(a: AcGeVector3dLike, b: AcGeVector3dLike): this;
 angleTo(v: AcGeVector3d): number;
 applyAxisAngle(axis: AcGeVector3dLike, angle: number): this;
 applyEuler(euler: AcGeEuler): this;
 applyMatrix3(m: AcGeMatrix2d): this;
 applyMatrix4(m: AcGeMatrix3d): this;
 applyNormalMatrix(m: AcGeMatrix2d): this;
 applyQuaternion(q: AcGeQuaternion): this;
 ceil(): this;
 clamp(min: AcGeVector3dLike, max: AcGeVector3dLike): this;
 clampLength(min: number, max: number): this;
 clampScalar(minVal: number, maxVal: number): this;
 clone(): AcGeVector3d;
 copy(v: AcGeVectorLike): this;
 cross(v: AcGeVector3dLike): this;
 crossVectors(a: AcGeVector3dLike, b: AcGeVector3dLike): this;
 distanceTo(v: AcGeVector3dLike): number;
 distanceToSquared(v: AcGeVector3dLike): number;
 divide(v: AcGeVector3dLike): this;
 divideScalar(scalar: number): this;
 dot(v: AcGeVector3dLike): number;
 equals(v: AcGeVector3dLike): boolean;
 floor(): this;
 fromArray(array: number[], offset?: number): this;
 getComponent(index: number): number;
 isParallelTo(vec: AcGeVector3d): boolean;
 length(): number;
 lengthSq(): number;
 lerp(v: AcGeVector3dLike, alpha: number): this;
 lerpVectors(
 v1: AcGeVector3dLike,
 v2: AcGeVector3dLike,
 alpha: number,
 ): this;
 manhattanDistanceTo(v: AcGeVector3dLike): number;
 manhattanLength(): number;
 max(v: AcGeVector3dLike): this;
 min(v: AcGeVector3dLike): this;
 multiply(v: AcGeVector3dLike): this;
 multiplyScalar(scalar: number): this;
 multiplyVectors(a: AcGeVector3dLike, b: AcGeVector3dLike): this;
 negate(): this;
 normalize(): this;
 projectOnPlane(planeNormal: AcGeVector3d): this;
 projectOnVector(v: AcGeVector3d): this;
 random(): this;
 randomDirection(): this;
 reflect(normal: AcGeVector3dLike): this;
 round(): this;
 roundToZero(): this;
 set(x: number, y: number, z: number): this;
 setComponent(index: number, value: number): this;
 setFromMatrix3Column(m: AcGeMatrix2d, index: number): this;
 setFromMatrixColumn(m: AcGeMatrix3d, index: number): this;
 setFromMatrixPosition(m: AcGeMatrix3d): this;
 setFromMatrixScale(m: AcGeMatrix3d): this;
 setLength(l: number): this;
 setScalar(scalar: number): this;
 setX(x: number): this;
 setY(y: number): this;
 setZ(z: number): this;
 sub(v: AcGeVector3dLike): this;
 subScalar(s: number): this;
 subVectors(a: AcGeVector3dLike, b: AcGeVector3dLike): this;
 toArray(
 array?: number[] | Float32Array<ArrayBufferLike>,
 offset?: number,
 ): number[] | Float32Array<ArrayBufferLike>;
 transformDirection(m: AcGeMatrix3d): this;
 };
 applyMatrix4(matrix: AcGeMatrix3d): this;
 clampPoint(point: AcGeVector3dLike, target: AcGeVector3d): AcGeVector3d;
 clone(): AcGeBox3d;
 containsBox(box: AcGeBox3d): boolean;
 containsPoint(point: AcGeVector3dLike): boolean;
 copy(box: AcGeBox3d): this;
 distanceToPoint(point: AcGeVector3dLike): number;
 equals(box: AcGeBox3d): boolean;
 expandByPoint(point: AcGeVector3dLike): this;
 expandByScalar(scalar: number): this;
 expandByVector(vector: AcGeVector3dLike): this;
 getCenter(target: AcGeVector3d): AcGeVector3d;
 getParameter(point: AcGeVector3dLike, target: AcGeVector3d): AcGeVector3d;
 getSize(target: AcGeVector3d): AcGeVector3d;
 intersect(box: AcGeBox3d): this;
 intersectsBox(box: AcGeBox3d): boolean;
 intersectsPlane(plane: AcGePlane): boolean;
 isEmpty(): boolean;
 makeEmpty(): this;
 set(min: AcGeVector3dLike, max: AcGeVector3dLike): this;
 setFromArray(array: number[]): this;
 setFromCenterAndSize(
 center: AcGeVector3dLike,
 size: AcGeVector3dLike,
 ): this;
 setFromPoints(points: AcGeVector3dLike[]): this;
 translate(offset: AcGeVector3dLike): this;
 union(box: AcGeBox3d): this;
 };
 isTemp: any;
 layer: string;
 lineStyle: {
 description: string;
 name: string;
 pattern?: {
 elementLength: number;
 elementTypeFlag: number;
 offsetX?: number;
 offsetY?: number;
 rotation?: number;
 scale?: number;
 shapeNumber?: number;
 styleObjectId?: string;
 text?: string;
 }[];
 standardFlag: number;
 totalPatternLength: number;
 type: AcGiStyleType;
 };
 lineType: string;
 linetypeScale: number;
 lineWeight: AcGiLineWeight;
 objectId: string;
 ownerId: string;
 properties: {
 groups: {
 groupName: string;
 properties: {
 accessor: { set?: (...)
 | (...); get(): unknown };
 editable?: boolean;
 itemSchema?: { properties: ... };
 name: string;
 options?: (...)[];
 skipTranslation?: boolean;
 type: AcDbEntityPropertyType;
 }[];
 }[];
 type: string;
 };
 resolvedColor: {
 blue: number
 | undefined;
 colorIndex: number | undefined;
 colorMethod: AcCmColorMethod;
 colorName: string | undefined;
 cssColor: string | undefined;
 green: number | undefined;
 hexColor: string | undefined;
 isByACI: boolean;
 isByBlock: boolean;
 isByColor: boolean;
 isByLayer: boolean;
 isForeground: boolean;
 red: number | undefined;
 RGB: number | undefined;
 clone(): AcCmColor;
 copy(other: AcCmColor): this;
 cssColorAlpha(alpha: number): string | undefined;
 equals(other: AcCmColor): boolean;
 setByBlock(value?: number): this;
 setByLayer(value?: number): this;
 setForeground(): this;
 setRGB(r: number, g: number, b: number): this;
 setRGBFromCss(cssString: string): this;
 setRGBValue(value: number | null | undefined): this;
 setScalar(scalar: number): this;
 toString(): string;
 };
 transparency: {
 alpha: number;
 isByAlpha: boolean;
 isByBlock: boolean;
 isByLayer: boolean;
 isClear: boolean;
 isInvalid: boolean;
 isSolid: boolean;
 method: AcCmTransparencyMethod;
 percentage: number
 | undefined;
 clone(): AcCmTransparency;
 equals(other: AcCmTransparency): boolean;
 serialize(): number;
 toString(): string;
 };
 type: string;
 visibility: boolean;
 clone(): this;
 clonePreservingIdentity(): this;
 close(): void;
 createExtensionDictionary(): string | undefined;
 dxfIn(filer: AcDbDxfFiler): this;
 dxfInFields(filer: AcDbDxfFiler): this;
 dxfOut(...args: unknown[]): unknown;
 dxfOutFields(filer: AcDbDxfFiler): this;
 erase(): boolean;
 getAttr(attrName: string): any;
 getAttrWithoutException(attrName: string): any;
 getXData(appId: string): AcDbResultBuffer | undefined;
 removeXData(appId: string): void;
 resolveEffectiveProperties(): void;
 restoreFrom(snapshot: this): void;
 setAttr<A extends string>(attrName: A, val?: AcDbObjectAttrs[A]): void;
 setXData(resbuf: AcDbResultBuffer): void;
 subGetGripPoints(): AcGePoint3d[];
 subGetOsnapPoints(
 osnapMode: AcDbOsnapMode,
 pickPoint: AcGePoint3dLike,
 lastPoint: AcGePoint3dLike,
 snapPoints: AcGePoint3dLike[],
 gsMark?: any,
 insertionMat?: AcGeMatrix3d,
 ): void;
 subMoveGripPointsAt(indices: number[], offset: AcGeVector3dLike): this;
 subWorldDraw(
 renderer: AcGiRenderer,
 delay?: boolean,
 ): AcGiEntity | undefined;
 transformBy(matrix: AcGeMatrix3d): this;
 worldDraw(renderer: AcGiRenderer, delay?: boolean): AcGiEntity | undefined;
 }
 | null,
 | AcDbEntity
 | {
 attrs: {
 attributes: {
 extensionDictionary?: string;
 objectId?: string;
 ownerId?: string;
 [key: string]: any;
 };
 changed: {
 extensionDictionary?: string;
 objectId?: string;
 ownerId?: string;
 [key: string]: any;
 };
 events: {
 attrChanged: {
 addEventListener(
 listener: (payload: AcCmObjectAttributeChangedEventArgs) => void,
 ): void;
 dispatch(
 payload?: AcCmObjectAttributeChangedEventArgs<AcDbObjectAttrs>,
 ...args: unknown[],
 ): void;
 removeEventListener(
 listener: (payload: AcCmObjectAttributeChangedEventArgs) => void,
 ): void;
 replaceEventListener(
 listener: (payload: AcCmObjectAttributeChangedEventArgs) => void,
 ): void;
 };
 modelChanged: {
 addEventListener(
 listener: (payload: AcCmObjectChangedEventArgs) => void,
 ): void;
 dispatch(
 payload?: AcCmObjectChangedEventArgs<AcDbObjectAttrs>,
 ...args: unknown[],
 ): void;
 removeEventListener(
 listener: (payload: AcCmObjectChangedEventArgs) => void,
 ): void;
 replaceEventListener(
 listener: (payload: AcCmObjectChangedEventArgs) => void,
 ): void;
 };
 };
 changedAttributes(diff?: Partial<AcDbObjectAttrs>): Partial<T>;
 clone(): AcCmObject<AcDbObjectAttrs>;
 get<A extends string>(key: A): AcDbObjectAttrs[A] | undefined;
 has(key: string): boolean;
 hasChanged(key?: string): boolean;
 previous<A extends string>(key: A): AcDbObjectAttrs[A] | null | undefined;
 previousAttributes(): Partial<T>;
 set<A extends string>(
 key: A,
 val?: AcDbObjectAttrs[A],
 options?: AcCmObjectOptions,
 ): this;
 set(key: Partial<T>, options?: AcCmObjectOptions): this;
 };
 color: {
 blue: number
 | undefined;
 colorIndex: number | undefined;
 colorMethod: AcCmColorMethod;
 colorName: string | undefined;
 cssColor: string | undefined;
 green: number | undefined;
 hexColor: string | undefined;
 isByACI: boolean;
 isByBlock: boolean;
 isByColor: boolean;
 isByLayer: boolean;
 isForeground: boolean;
 red: number | undefined;
 RGB: number | undefined;
 clone(): AcCmColor;
 copy(other: AcCmColor): this;
 cssColorAlpha(alpha: number): string | undefined;
 equals(other: AcCmColor): boolean;
 setByBlock(value?: number): this;
 setByLayer(value?: number): this;
 setForeground(): this;
 setRGB(r: number, g: number, b: number): this;
 setRGBFromCss(cssString: string): this;
 setRGBValue(value: number | null | undefined): this;
 setScalar(scalar: number): this;
 toString(): string;
 };
 database: {
 angbase: number;
 angdir: number;
 attrs: {
 attributes: {
 extensionDictionary?: string;
 objectId?: string;
 ownerId?: string;
 [key: string]: any;
 };
 changed: {
 extensionDictionary?: string;
 objectId?: string;
 ownerId?: string;
 [key: string]: any;
 };
 events: {
 attrChanged: {
 addEventListener(
 listener: (payload: AcCmObjectAttributeChangedEventArgs) => void,
 ): void;
 dispatch(
 payload?: AcCmObjectAttributeChangedEventArgs<AcDbObjectAttrs>,
 ...args: unknown[],
 ): void;
 removeEventListener(
 listener: (payload: AcCmObjectAttributeChangedEventArgs) => void,
 ): void;
 replaceEventListener(
 listener: (payload: AcCmObjectAttributeChangedEventArgs) => void,
 ): void;
 };
 modelChanged: {
 addEventListener(
 listener: (payload: AcCmObjectChangedEventArgs) => void,
 ): void;
 dispatch(
 payload?: AcCmObjectChangedEventArgs<AcDbObjectAttrs>,
 ...args: unknown[],
 ): void;
 removeEventListener(
 listener: (payload: AcCmObjectChangedEventArgs) => void,
 ): void;
 replaceEventListener(
 listener: (payload: AcCmObjectChangedEventArgs) => void,
 ): void;
 };
 };
 changedAttributes(diff?: Partial<AcDbObjectAttrs>): Partial<T>;
 clone(): AcCmObject<AcDbObjectAttrs>;
 get<A extends string>(key: A): AcDbObjectAttrs[A] | undefined;
 has(key: string): boolean;
 hasChanged(key?: string): boolean;
 previous<A extends string>(
 key: A,
 ): AcDbObjectAttrs[A] | null | undefined;
 previousAttributes(): Partial<T>;
 set<A extends string>(
 key: A,
 val?: AcDbObjectAttrs[A],
 options?: AcCmObjectOptions,
 ): this;
 set(key: Partial<T>, options?: AcCmObjectOptions): this;
 };
 aunits: number;
 auprec: number;
 cecolor: {
 blue: number
 | undefined;
 colorIndex: number | undefined;
 colorMethod: AcCmColorMethod;
 colorName: string | undefined;
 cssColor: string | undefined;
 green: number | undefined;
 hexColor: string | undefined;
 isByACI: boolean;
 isByBlock: boolean;
 isByColor: boolean;
 isByLayer: boolean;
 isForeground: boolean;
 red: number | undefined;
 RGB: number | undefined;
 clone(): AcCmColor;
 copy(other: AcCmColor): this;
 cssColorAlpha(alpha: number): string | undefined;
 equals(other: AcCmColor): boolean;
 setByBlock(value?: number): this;
 setByLayer(value?: number): this;
 setForeground(): this;
 setRGB(r: number, g: number, b: number): this;
 setRGBFromCss(cssString: string): this;
 setRGBValue(value: number | null | undefined): this;
 setScalar(scalar: number): this;
 toString(): string;
 };
 celtscale: number;
 celtype: string;
 celweight: AcGiLineWeight;
 cetransparency: {
 alpha: number;
 isByAlpha: boolean;
 isByBlock: boolean;
 isByLayer: boolean;
 isClear: boolean;
 isInvalid: boolean;
 isSolid: boolean;
 method: AcCmTransparencyMethod;
 percentage: number
 | undefined;
 clone(): AcCmTransparency;
 equals(other: AcCmTransparency): boolean;
 serialize(): number;
 toString(): string;
 };
 classes: readonly {
 appName: string;
 cppClassName: string;
 instanceCount: number;
 isEntity: boolean;
 name: string;
 proxyFlag: number;
 wasProxy: boolean;
 }[];
 clayer: string;
 cmleaderstyle: string;
 cmlscale: number;
 cmlstyle: string;
 currentSpaceId: string;
 database: { readonly transactionManager: { strictMode: boolean; startTransaction: () => AcDbDatabaseTransaction; currentTransaction: () => AcDbDatabaseTransaction | undefined; ... 20 more ...; flushPendingEntityModifiedEvents: () => void; }; ... 100 more ...; dxfInFields: (_filer: AcDbDxfFiler) => AcDbDatabase; };
 dimstyle: string;
 drawNoPlotLayers: boolean;
 dwgname: string;
 events: {
 dictObjectErased: {
 addEventListener(
 listener: (payload: AcDbDictObjectEventArgs) => void,
 ): void;
 dispatch(payload?: AcDbDictObjectEventArgs, ...args: unknown[]): void;
 removeEventListener(
 listener: (payload: AcDbDictObjectEventArgs) => void,
 ): void;
 replaceEventListener(
 listener: (payload: AcDbDictObjectEventArgs) => void,
 ): void;
 };
 dictObjetSet: {
 addEventListener(
 listener: (payload: AcDbDictObjectEventArgs) => void,
 ): void;
 dispatch(payload?: AcDbDictObjectEventArgs, ...args: unknown[]): void;
 removeEventListener(
 listener: (payload: AcDbDictObjectEventArgs) => void,
 ): void;
 replaceEventListener(
 listener: (payload: AcDbDictObjectEventArgs) => void,
 ): void;
 };
 entityAppended: {
 addEventListener(
 listener: (payload: AcDbEntityEventArgs) => void,
 ): void;
 dispatch(payload?: AcDbEntityEventArgs, ...args: unknown[]): void;
 removeEventListener(
 listener: (payload: AcDbEntityEventArgs) => void,
 ): void;
 replaceEventListener(
 listener: (payload: AcDbEntityEventArgs) => void,
 ): void;
 };
 entityErased: {
 addEventListener(
 listener: (payload: AcDbEntityEventArgs) => void,
 ): void;
 dispatch(payload?: AcDbEntityEventArgs, ...args: unknown[]): void;
 removeEventListener(
 listener: (payload: AcDbEntityEventArgs) => void,
 ): void;
 replaceEventListener(
 listener: (payload: AcDbEntityEventArgs) => void,
 ): void;
 };
 entityModified: {
 addEventListener(
 listener: (payload: AcDbEntityEventArgs) => void,
 ): void;
 dispatch(payload?: AcDbEntityEventArgs, ...args: unknown[]): void;
 removeEventListener(
 listener: (payload: AcDbEntityEventArgs) => void,
 ): void;
 replaceEventListener(
 listener: (payload: AcDbEntityEventArgs) => void,
 ): void;
 };
 layerAppended: {
 addEventListener(
 listener: (payload: AcDbLayerEventArgs) => void,
 ): void;
 dispatch(payload?: AcDbLayerEventArgs, ...args: unknown[]): void;
 removeEventListener(
 listener: (payload: AcDbLayerEventArgs) => void,
 ): void;
 replaceEventListener(
 listener: (payload: AcDbLayerEventArgs) => void,
 ): void;
 };
 layerErased: {
 addEventListener(
 listener: (payload: AcDbLayerEventArgs) => void,
 ): void;
 dispatch(payload?: AcDbLayerEventArgs, ...args: unknown[]): void;
 removeEventListener(
 listener: (payload: AcDbLayerEventArgs) => void,
 ): void;
 replaceEventListener(
 listener: (payload: AcDbLayerEventArgs) => void,
 ): void;
 };
 layerModified: {
 addEventListener(
 listener: (payload: AcDbLayerModifiedEventArgs) => void,
 ): void;
 dispatch(
 payload?: AcDbLayerModifiedEventArgs,
 ...args: unknown[],
 ): void;
 removeEventListener(
 listener: (payload: AcDbLayerModifiedEventArgs) => void,
 ): void;
 replaceEventListener(
 listener: (payload: AcDbLayerModifiedEventArgs) => void,
 ): void;
 };
 openFailed: {
 addEventListener(
 listener: (payload: AcDbOpenFailedEventArgs) => void,
 ): void;
 dispatch(payload?: AcDbOpenFailedEventArgs, ...args: unknown[]): void;
 removeEventListener(
 listener: (payload: AcDbOpenFailedEventArgs) => void,
 ): void;
 replaceEventListener(
 listener: (payload: AcDbOpenFailedEventArgs) => void,
 ): void;
 };
 openProgress: {
 addEventListener(
 listener: (payload: AcDbProgressdEventArgs) => void,
 ): void;
 dispatch(payload?: AcDbProgressdEventArgs, ...args: unknown[]): void;
 removeEventListener(
 listener: (payload: AcDbProgressdEventArgs) => void,
 ): void;
 replaceEventListener(
 listener: (payload: AcDbProgressdEventArgs) => void,
 ): void;
 };
 };
 extensionDictionary: string
 | undefined;
 extents: {
 center: {
 x: number;
 y: number;
 z: number;
 "[iterator]"(): Generator<number, void, unknown>;
 add(v: AcGeVectorLike): this;
 addScalar(s: number): this;
 addScaledVector(v: AcGeVector3dLike, s: number): this;
 addVectors(a: AcGeVector3dLike, b: AcGeVector3dLike): this;
 angleTo(v: AcGeVector3d): number;
 applyAxisAngle(axis: AcGeVector3dLike, angle: number): this;
 applyEuler(euler: AcGeEuler): this;
 applyMatrix3(m: AcGeMatrix2d): this;
 applyMatrix4(m: AcGeMatrix3d): this;
 applyNormalMatrix(m: AcGeMatrix2d): this;
 applyQuaternion(q: AcGeQuaternion): this;
 ceil(): this;
 clamp(min: AcGeVector3dLike, max: AcGeVector3dLike): this;
 clampLength(min: number, max: number): this;
 clampScalar(minVal: number, maxVal: number): this;
 clone(): AcGeVector3d;
 copy(v: AcGeVectorLike): this;
 cross(v: AcGeVector3dLike): this;
 crossVectors(a: AcGeVector3dLike, b: AcGeVector3dLike): this;
 distanceTo(v: AcGeVector3dLike): number;
 distanceToSquared(v: AcGeVector3dLike): number;
 divide(v: AcGeVector3dLike): this;
 divideScalar(scalar: number): this;
 dot(v: AcGeVector3dLike): number;
 equals(v: AcGeVector3dLike): boolean;
 floor(): this;
 fromArray(array: number[], offset?: number): this;
 getComponent(index: number): number;
 isParallelTo(vec: AcGeVector3d): boolean;
 length(): number;
 lengthSq(): number;
 lerp(v: AcGeVector3dLike, alpha: number): this;
 lerpVectors(
 v1: AcGeVector3dLike,
 v2: AcGeVector3dLike,
 alpha: number,
 ): this;
 manhattanDistanceTo(v: AcGeVector3dLike): number;
 manhattanLength(): number;
 max(v: AcGeVector3dLike): this;
 min(v: AcGeVector3dLike): this;
 multiply(v: AcGeVector3dLike): this;
 multiplyScalar(scalar: number): this;
 multiplyVectors(a: AcGeVector3dLike, b: AcGeVector3dLike): this;
 negate(): this;
 normalize(): this;
 projectOnPlane(planeNormal: AcGeVector3d): this;
 projectOnVector(v: AcGeVector3d): this;
 random(): this;
 randomDirection(): this;
 reflect(normal: AcGeVector3dLike): this;
 round(): this;
 roundToZero(): this;
 set(x: number, y: number, z: number): this;
 setComponent(index: number, value: number): this;
 setFromMatrix3Column(m: AcGeMatrix2d, index: number): this;
 setFromMatrixColumn(m: AcGeMatrix3d, index: number): this;
 setFromMatrixPosition(m: AcGeMatrix3d): this;
 setFromMatrixScale(m: AcGeMatrix3d): this;
 setLength(l: number): this;
 setScalar(scalar: number): this;
 setX(x: number): this;
 setY(y: number): this;
 setZ(z: number): this;
 sub(v: AcGeVector3dLike): this;
 subScalar(s: number): this;
 subVectors(a: AcGeVector3dLike, b: AcGeVector3dLike): this;
 toArray(
 array?: number[] | Float32Array<ArrayBufferLike>,
 offset?: number,
 ): number[] | Float32Array<ArrayBufferLike>;
 transformDirection(m: AcGeMatrix3d): this;
 };
 max: {
 x: number;
 y: number;
 z: number;
 "[iterator]"(): Generator<number, void, unknown>;
 add(v: AcGeVectorLike): this;
 addScalar(s: number): this;
 addScaledVector(v: AcGeVector3dLike, s: number): this;
 addVectors(a: AcGeVector3dLike, b: AcGeVector3dLike): this;
 angleTo(v: AcGeVector3d): number;
 applyAxisAngle(axis: AcGeVector3dLike, angle: number): this;
 applyEuler(euler: AcGeEuler): this;
 applyMatrix3(m: AcGeMatrix2d): this;
 applyMatrix4(m: AcGeMatrix3d): this;
 applyNormalMatrix(m: AcGeMatrix2d): this;
 applyQuaternion(q: AcGeQuaternion): this;
 ceil(): this;
 clamp(min: AcGeVector3dLike, max: AcGeVector3dLike): this;
 clampLength(min: number, max: number): this;
 clampScalar(minVal: number, maxVal: number): this;
 clone(): AcGeVector3d;
 copy(v: AcGeVectorLike): this;
 cross(v: AcGeVector3dLike): this;
 crossVectors(a: AcGeVector3dLike, b: AcGeVector3dLike): this;
 distanceTo(v: AcGeVector3dLike): number;
 distanceToSquared(v: AcGeVector3dLike): number;
 divide(v: AcGeVector3dLike): this;
 divideScalar(scalar: number): this;
 dot(v: AcGeVector3dLike): number;
 equals(v: AcGeVector3dLike): boolean;
 floor(): this;
 fromArray(array: number[], offset?: number): this;
 getComponent(index: number): number;
 isParallelTo(vec: AcGeVector3d): boolean;
 length(): number;
 lengthSq(): number;
 lerp(v: AcGeVector3dLike, alpha: number): this;
 lerpVectors(
 v1: AcGeVector3dLike,
 v2: AcGeVector3dLike,
 alpha: number,
 ): this;
 manhattanDistanceTo(v: AcGeVector3dLike): number;
 manhattanLength(): number;
 max(v: AcGeVector3dLike): this;
 min(v: AcGeVector3dLike): this;
 multiply(v: AcGeVector3dLike): this;
 multiplyScalar(scalar: number): this;
 multiplyVectors(a: AcGeVector3dLike, b: AcGeVector3dLike): this;
 negate(): this;
 normalize(): this;
 projectOnPlane(planeNormal: AcGeVector3d): this;
 projectOnVector(v: AcGeVector3d): this;
 random(): this;
 randomDirection(): this;
 reflect(normal: AcGeVector3dLike): this;
 round(): this;
 roundToZero(): this;
 set(x: number, y: number, z: number): this;
 setComponent(index: number, value: number): this;
 setFromMatrix3Column(m: AcGeMatrix2d, index: number): this;
 setFromMatrixColumn(m: AcGeMatrix3d, index: number): this;
 setFromMatrixPosition(m: AcGeMatrix3d): this;
 setFromMatrixScale(m: AcGeMatrix3d): this;
 setLength(l: number): this;
 setScalar(scalar: number): this;
 setX(x: number): this;
 setY(y: number): this;
 setZ(z: number): this;
 sub(v: AcGeVector3dLike): this;
 subScalar(s: number): this;
 subVectors(a: AcGeVector3dLike, b: AcGeVector3dLike): this;
 toArray(
 array?: number[] | Float32Array<ArrayBufferLike>,
 offset?: number,
 ): number[] | Float32Array<ArrayBufferLike>;
 transformDirection(m: AcGeMatrix3d): this;
 };
 min: {
 x: number;
 y: number;
 z: number;
 "[iterator]"(): Generator<number, void, unknown>;
 add(v: AcGeVectorLike): this;
 addScalar(s: number): this;
 addScaledVector(v: AcGeVector3dLike, s: number): this;
 addVectors(a: AcGeVector3dLike, b: AcGeVector3dLike): this;
 angleTo(v: AcGeVector3d): number;
 applyAxisAngle(axis: AcGeVector3dLike, angle: number): this;
 applyEuler(euler: AcGeEuler): this;
 applyMatrix3(m: AcGeMatrix2d): this;
 applyMatrix4(m: AcGeMatrix3d): this;
 applyNormalMatrix(m: AcGeMatrix2d): this;
 applyQuaternion(q: AcGeQuaternion): this;
 ceil(): this;
 clamp(min: AcGeVector3dLike, max: AcGeVector3dLike): this;
 clampLength(min: number, max: number): this;
 clampScalar(minVal: number, maxVal: number): this;
 clone(): AcGeVector3d;
 copy(v: AcGeVectorLike): this;
 cross(v: AcGeVector3dLike): this;
 crossVectors(a: AcGeVector3dLike, b: AcGeVector3dLike): this;
 distanceTo(v: AcGeVector3dLike): number;
 distanceToSquared(v: AcGeVector3dLike): number;
 divide(v: AcGeVector3dLike): this;
 divideScalar(scalar: number): this;
 dot(v: AcGeVector3dLike): number;
 equals(v: AcGeVector3dLike): boolean;
 floor(): this;
 fromArray(array: number[], offset?: number): this;
 getComponent(index: number): number;
 isParallelTo(vec: AcGeVector3d): boolean;
 length(): number;
 lengthSq(): number;
 lerp(v: AcGeVector3dLike, alpha: number): this;
 lerpVectors(
 v1: AcGeVector3dLike,
 v2: AcGeVector3dLike,
 alpha: number,
 ): this;
 manhattanDistanceTo(v: AcGeVector3dLike): number;
 manhattanLength(): number;
 max(v: AcGeVector3dLike): this;
 min(v: AcGeVector3dLike): this;
 multiply(v: AcGeVector3dLike): this;
 multiplyScalar(scalar: number): this;
 multiplyVectors(a: AcGeVector3dLike, b: AcGeVector3dLike): this;
 negate(): this;
 normalize(): this;
 projectOnPlane(planeNormal: AcGeVector3d): this;
 projectOnVector(v: AcGeVector3d): this;
 random(): this;
 randomDirection(): this;
 reflect(normal: AcGeVector3dLike): this;
 round(): this;
 roundToZero(): this;
 set(x: number, y: number, z: number): this;
 setComponent(index: number, value: number): this;
 setFromMatrix3Column(m: AcGeMatrix2d, index: number): this;
 setFromMatrixColumn(m: AcGeMatrix3d, index: number): this;
 setFromMatrixPosition(m: AcGeMatrix3d): this;
 setFromMatrixScale(m: AcGeMatrix3d): this;
 setLength(l: number): this;
 setScalar(scalar: number): this;
 setX(x: number): this;
 setY(y: number): this;
 setZ(z: number): this;
 sub(v: AcGeVector3dLike): this;
 subScalar(s: number): this;
 subVectors(a: AcGeVector3dLike, b: AcGeVector3dLike): this;
 toArray(
 array?: number[] | Float32Array<ArrayBufferLike>,
 offset?: number,
 ): number[] | Float32Array<ArrayBufferLike>;
 transformDirection(m: AcGeMatrix3d): this;
 };
 size: {
 x: number;
 y: number;
 z: number;
 "[iterator]"(): Generator<number, void, unknown>;
 add(v: AcGeVectorLike): this;
 addScalar(s: number): this;
 addScaledVector(v: AcGeVector3dLike, s: number): this;
 addVectors(a: AcGeVector3dLike, b: AcGeVector3dLike): this;
 angleTo(v: AcGeVector3d): number;
 applyAxisAngle(axis: AcGeVector3dLike, angle: number): this;
 applyEuler(euler: AcGeEuler): this;
 applyMatrix3(m: AcGeMatrix2d): this;
 applyMatrix4(m: AcGeMatrix3d): this;
 applyNormalMatrix(m: AcGeMatrix2d): this;
 applyQuaternion(q: AcGeQuaternion): this;
 ceil(): this;
 clamp(min: AcGeVector3dLike, max: AcGeVector3dLike): this;
 clampLength(min: number, max: number): this;
 clampScalar(minVal: number, maxVal: number): this;
 clone(): AcGeVector3d;
 copy(v: AcGeVectorLike): this;
 cross(v: AcGeVector3dLike): this;
 crossVectors(a: AcGeVector3dLike, b: AcGeVector3dLike): this;
 distanceTo(v: AcGeVector3dLike): number;
 distanceToSquared(v: AcGeVector3dLike): number;
 divide(v: AcGeVector3dLike): this;
 divideScalar(scalar: number): this;
 dot(v: AcGeVector3dLike): number;
 equals(v: AcGeVector3dLike): boolean;
 floor(): this;
 fromArray(array: number[], offset?: number): this;
 getComponent(index: number): number;
 isParallelTo(vec: AcGeVector3d): boolean;
 length(): number;
 lengthSq(): number;
 lerp(v: AcGeVector3dLike, alpha: number): this;
 lerpVectors(
 v1: AcGeVector3dLike,
 v2: AcGeVector3dLike,
 alpha: number,
 ): this;
 manhattanDistanceTo(v: AcGeVector3dLike): number;
 manhattanLength(): number;
 max(v: AcGeVector3dLike): this;
 min(v: AcGeVector3dLike): this;
 multiply(v: AcGeVector3dLike): this;
 multiplyScalar(scalar: number): this;
 multiplyVectors(a: AcGeVector3dLike, b: AcGeVector3dLike): this;
 negate(): this;
 normalize(): this;
 projectOnPlane(planeNormal: AcGeVector3d): this;
 projectOnVector(v: AcGeVector3d): this;
 random(): this;
 randomDirection(): this;
 reflect(normal: AcGeVector3dLike): this;
 round(): this;
 roundToZero(): this;
 set(x: number, y: number, z: number): this;
 setComponent(index: number, value: number): this;
 setFromMatrix3Column(m: AcGeMatrix2d, index: number): this;
 setFromMatrixColumn(m: AcGeMatrix3d, index: number): this;
 setFromMatrixPosition(m: AcGeMatrix3d): this;
 setFromMatrixScale(m: AcGeMatrix3d): this;
 setLength(l: number): this;
 setScalar(scalar: number): this;
 setX(x: number): this;
 setY(y: number): this;
 setZ(z: number): this;
 sub(v: AcGeVector3dLike): this;
 subScalar(s: number): this;
 subVectors(a: AcGeVector3dLike, b: AcGeVector3dLike): this;
 toArray(
 array?: number[] | Float32Array<ArrayBufferLike>,
 offset?: number,
 ): number[] | Float32Array<ArrayBufferLike>;
 transformDirection(m: AcGeMatrix3d): this;
 };
 applyMatrix4(matrix: AcGeMatrix3d): this;
 clampPoint(point: AcGeVector3dLike, target: AcGeVector3d): AcGeVector3d;
 clone(): AcGeBox3d;
 containsBox(box: AcGeBox3d): boolean;
 containsPoint(point: AcGeVector3dLike): boolean;
 copy(box: AcGeBox3d): this;
 distanceToPoint(point: AcGeVector3dLike): number;
 equals(box: AcGeBox3d): boolean;
 expandByPoint(point: AcGeVector3dLike): this;
 expandByScalar(scalar: number): this;
 expandByVector(vector: AcGeVector3dLike): this;
 getCenter(target: AcGeVector3d): AcGeVector3d;
 getParameter(
 point: AcGeVector3dLike,
 target: AcGeVector3d,
 ): AcGeVector3d;
 getSize(target: AcGeVector3d): AcGeVector3d;
 intersect(box: AcGeBox3d): this;
 intersectsBox(box: AcGeBox3d): boolean;
 intersectsPlane(plane: AcGePlane): boolean;
 isEmpty(): boolean;
 makeEmpty(): this;
 set(min: AcGeVector3dLike, max: AcGeVector3dLike): this;
 setFromArray(array: number[]): this;
 setFromCenterAndSize(
 center: AcGeVector3dLike,
 size: AcGeVector3dLike,
 ): this;
 setFromPoints(points: AcGeVector3dLike[]): this;
 translate(offset: AcGeVector3dLike): this;
 union(box: AcGeBox3d): this;
 };
 extmax: {
 x: number;
 y: number;
 z: number;
 "[iterator]"(): Generator<number, void, unknown>;
 add(v: AcGeVectorLike): this;
 addScalar(s: number): this;
 addScaledVector(v: AcGeVector3dLike, s: number): this;
 addVectors(a: AcGeVector3dLike, b: AcGeVector3dLike): this;
 angleTo(v: AcGeVector3d): number;
 applyAxisAngle(axis: AcGeVector3dLike, angle: number): this;
 applyEuler(euler: AcGeEuler): this;
 applyMatrix3(m: AcGeMatrix2d): this;
 applyMatrix4(m: AcGeMatrix3d): this;
 applyNormalMatrix(m: AcGeMatrix2d): this;
 applyQuaternion(q: AcGeQuaternion): this;
 ceil(): this;
 clamp(min: AcGeVector3dLike, max: AcGeVector3dLike): this;
 clampLength(min: number, max: number): this;
 clampScalar(minVal: number, maxVal: number): this;
 clone(): AcGePoint3d;
 copy(v: AcGeVectorLike): this;
 cross(v: AcGeVector3dLike): this;
 crossVectors(a: AcGeVector3dLike, b: AcGeVector3dLike): this;
 distanceTo(v: AcGeVector3dLike): number;
 distanceToSquared(v: AcGeVector3dLike): number;
 divide(v: AcGeVector3dLike): this;
 divideScalar(scalar: number): this;
 dot(v: AcGeVector3dLike): number;
 equals(v: AcGeVector3dLike): boolean;
 floor(): this;
 fromArray(array: number[], offset?: number): this;
 getComponent(index: number): number;
 isParallelTo(vec: AcGeVector3d): boolean;
 length(): number;
 lengthSq(): number;
 lerp(v: AcGeVector3dLike, alpha: number): this;
 lerpVectors(
 v1: AcGeVector3dLike,
 v2: AcGeVector3dLike,
 alpha: number,
 ): this;
 manhattanDistanceTo(v: AcGeVector3dLike): number;
 manhattanLength(): number;
 max(v: AcGeVector3dLike): this;
 min(v: AcGeVector3dLike): this;
 multiply(v: AcGeVector3dLike): this;
 multiplyScalar(scalar: number): this;
 multiplyVectors(a: AcGeVector3dLike, b: AcGeVector3dLike): this;
 negate(): this;
 normalize(): this;
 projectOnPlane(planeNormal: AcGeVector3d): this;
 projectOnVector(v: AcGeVector3d): this;
 random(): this;
 randomDirection(): this;
 reflect(normal: AcGeVector3dLike): this;
 round(): this;
 roundToZero(): this;
 set(x: number, y: number, z: number): this;
 setComponent(index: number, value: number): this;
 setFromMatrix3Column(m: AcGeMatrix2d, index: number): this;
 setFromMatrixColumn(m: AcGeMatrix3d, index: number): this;
 setFromMatrixPosition(m: AcGeMatrix3d): this;
 setFromMatrixScale(m: AcGeMatrix3d): this;
 setLength(l: number): this;
 setScalar(scalar: number): this;
 setX(x: number): this;
 setY(y: number): this;
 setZ(z: number): this;
 sub(v: AcGeVector3dLike): this;
 subScalar(s: number): this;
 subVectors(a: AcGeVector3dLike, b: AcGeVector3dLike): this;
 toArray(
 array?: number[] | Float32Array<ArrayBufferLike>,
 offset?: number,
 ): number[] | Float32Array<ArrayBufferLike>;
 transformDirection(m: AcGeMatrix3d): this;
 };
 extmin: {
 x: number;
 y: number;
 z: number;
 "[iterator]"(): Generator<number, void, unknown>;
 add(v: AcGeVectorLike): this;
 addScalar(s: number): this;
 addScaledVector(v: AcGeVector3dLike, s: number): this;
 addVectors(a: AcGeVector3dLike, b: AcGeVector3dLike): this;
 angleTo(v: AcGeVector3d): number;
 applyAxisAngle(axis: AcGeVector3dLike, angle: number): this;
 applyEuler(euler: AcGeEuler): this;
 applyMatrix3(m: AcGeMatrix2d): this;
 applyMatrix4(m: AcGeMatrix3d): this;
 applyNormalMatrix(m: AcGeMatrix2d): this;
 applyQuaternion(q: AcGeQuaternion): this;
 ceil(): this;
 clamp(min: AcGeVector3dLike, max: AcGeVector3dLike): this;
 clampLength(min: number, max: number): this;
 clampScalar(minVal: number, maxVal: number): this;
 clone(): AcGePoint3d;
 copy(v: AcGeVectorLike): this;
 cross(v: AcGeVector3dLike): this;
 crossVectors(a: AcGeVector3dLike, b: AcGeVector3dLike): this;
 distanceTo(v: AcGeVector3dLike): number;
 distanceToSquared(v: AcGeVector3dLike): number;
 divide(v: AcGeVector3dLike): this;
 divideScalar(scalar: number): this;
 dot(v: AcGeVector3dLike): number;
 equals(v: AcGeVector3dLike): boolean;
 floor(): this;
 fromArray(array: number[], offset?: number): this;
 getComponent(index: number): number;
 isParallelTo(vec: AcGeVector3d): boolean;
 length(): number;
 lengthSq(): number;
 lerp(v: AcGeVector3dLike, alpha: number): this;
 lerpVectors(
 v1: AcGeVector3dLike,
 v2: AcGeVector3dLike,
 alpha: number,
 ): this;
 manhattanDistanceTo(v: AcGeVector3dLike): number;
 manhattanLength(): number;
 max(v: AcGeVector3dLike): this;
 min(v: AcGeVector3dLike): this;
 multiply(v: AcGeVector3dLike): this;
 multiplyScalar(scalar: number): this;
 multiplyVectors(a: AcGeVector3dLike, b: AcGeVector3dLike): this;
 negate(): this;
 normalize(): this;
 projectOnPlane(planeNormal: AcGeVector3d): this;
 projectOnVector(v: AcGeVector3d): this;
 random(): this;
 randomDirection(): this;
 reflect(normal: AcGeVector3dLike): this;
 round(): this;
 roundToZero(): this;
 set(x: number, y: number, z: number): this;
 setComponent(index: number, value: number): this;
 setFromMatrix3Column(m: AcGeMatrix2d, index: number): this;
 setFromMatrixColumn(m: AcGeMatrix3d, index: number): this;
 setFromMatrixPosition(m: AcGeMatrix3d): this;
 setFromMatrixScale(m: AcGeMatrix3d): this;
 setLength(l: number): this;
 setScalar(scalar: number): this;
 setX(x: number): this;
 setY(y: number): this;
 setZ(z: number): this;
 sub(v: AcGeVector3dLike): this;
 subScalar(s: number): this;
 subVectors(a: AcGeVector3dLike, b: AcGeVector3dLike): this;
 toArray(
 array?: number[] | Float32Array<ArrayBufferLike>,
 offset?: number,
 ): number[] | Float32Array<ArrayBufferLike>;
 transformDirection(m: AcGeMatrix3d): this;
 };
 formatter: {
 formatAngle(radians: number, options?: AcDbFormatterOptions): string;
 formatLength(value: number, options?: AcDbFormatterOptions): string;
 formatPoint2d(
 point: AcGePoint2d,
 options?: AcDbFormatterOptions,
 ): string;
 formatPoint3d(
 point: AcGePoint3d,
 options?: AcDbFormatterOptions,
 ): string;
 };
 hpbackgroundcolor: {
 blue: number
 | undefined;
 colorIndex: number | undefined;
 colorMethod: AcCmColorMethod;
 colorName: string | undefined;
 cssColor: string | undefined;
 green: number | undefined;
 hexColor: string | undefined;
 isByACI: boolean;
 isByBlock: boolean;
 isByColor: boolean;
 isByLayer: boolean;
 isForeground: boolean;
 red: number | undefined;
 RGB: number | undefined;
 clone(): AcCmColor;
 copy(other: AcCmColor): this;
 cssColorAlpha(alpha: number): string | undefined;
 equals(other: AcCmColor): boolean;
 setByBlock(value?: number): this;
 setByLayer(value?: number): this;
 setForeground(): this;
 setRGB(r: number, g: number, b: number): this;
 setRGBFromCss(cssString: string): this;
 setRGBValue(value: number | null | undefined): this;
 setScalar(scalar: number): this;
 toString(): string;
 };
 hpcolor: {
 blue: number
 | undefined;
 colorIndex: number | undefined;
 colorMethod: AcCmColorMethod;
 colorName: string | undefined;
 cssColor: string | undefined;
 green: number | undefined;
 hexColor: string | undefined;
 isByACI: boolean;
 isByBlock: boolean;
 isByColor: boolean;
 isByLayer: boolean;
 isForeground: boolean;
 red: number | undefined;
 RGB: number | undefined;
 clone(): AcCmColor;
 copy(other: AcCmColor): this;
 cssColorAlpha(alpha: number): string | undefined;
 equals(other: AcCmColor): boolean;
 setByBlock(value?: number): this;
 setByLayer(value?: number): this;
 setForeground(): this;
 setRGB(r: number, g: number, b: number): this;
 setRGBFromCss(cssString: string): this;
 setRGBValue(value: number | null | undefined): this;
 setScalar(scalar: number): this;
 toString(): string;
 };
 hplayer: string;
 hptransparency: {
 alpha: number;
 isByAlpha: boolean;
 isByBlock: boolean;
 isByLayer: boolean;
 isClear: boolean;
 isInvalid: boolean;
 isSolid: boolean;
 method: AcCmTransparencyMethod;
 percentage: number
 | undefined;
 clone(): AcCmTransparency;
 equals(other: AcCmTransparency): boolean;
 serialize(): number;
 toString(): string;
 };
 insunits: number;
 isTemp: any;
 lastOpenError: AcDbOpenDatabaseError
 | null;
 layerFilters: {
 current:
 | {
 filterExpression: string;
 name: string;
 nestedFilters: readonly (
 { name: string; setName: (value: string) => boolean; filterExpression: string; setFilterExpression: (expression: string) => boolean; filterExpressionTree: () => AcLyBoolExpr | null; ... 18 more ...; showEditor: () => AcLyLayerFilterDialogResult; }
 )[];
 addNested(filter: AcLyLayerFilter): boolean;
 allowDelete(): boolean;
 allowNested(): boolean;
 allowRename(): boolean;
 compareTo(other: AcLyLayerFilter | null | undefined): boolean;
 dynamicallyGenerated(): boolean;
 filter(layer: AcDbLayerTableRecord): boolean;
 filterExpressionTree(): AcLyBoolExpr | null;
 generateNested(): boolean;
 getNestedFilters(): readonly AcLyLayerFilter[];
 isIdFilter(): boolean;
 isProxy(): boolean;
 parent(): AcLyLayerFilter | null;
 removeNested(filter: AcLyLayerFilter): boolean;
 setAllowDelete(value: boolean): void;
 setAllowRename(value: boolean): void;
 setDynamicallyGenerated(value: boolean): void;
 setFilterExpression(expression: string): boolean;
 setIsProxy(value: boolean): void;
 setName(value: string): boolean;
 showEditor(): AcLyLayerFilterDialogResult;
 }
 | null;
 root: {
 filterExpression: string;
 name: string;
 nestedFilters: readonly (
 { name: string; setName: (value: string) => boolean; filterExpression: string; setFilterExpression: (expression: string) => boolean; filterExpressionTree: () => AcLyBoolExpr | null; ... 18 more ...; showEditor: () => AcLyLayerFilterDialogResult; }
 )[];
 addNested(filter: AcLyLayerFilter): boolean;
 allowDelete(): boolean;
 allowNested(): boolean;
 allowRename(): boolean;
 compareTo(other: AcLyLayerFilter | null | undefined): boolean;
 dynamicallyGenerated(): boolean;
 filter(layer: AcDbLayerTableRecord): boolean;
 filterExpressionTree(): AcLyBoolExpr | null;
 generateNested(): boolean;
 getNestedFilters(): readonly AcLyLayerFilter[];
 isIdFilter(): boolean;
 isProxy(): boolean;
 parent(): AcLyLayerFilter | null;
 removeNested(filter: AcLyLayerFilter): boolean;
 setAllowDelete(value: boolean): void;
 setAllowRename(value: boolean): void;
 setDynamicallyGenerated(value: boolean): void;
 setFilterExpression(expression: string): boolean;
 setIsProxy(value: boolean): void;
 setName(value: string): boolean;
 showEditor(): AcLyLayerFilterDialogResult;
 };
 clone(): AcLyLayerFilterTree;
 };
 ltscale: number;
 lunits: number;
 luprec: number;
 lwdisplay: boolean;
 measurement: number;
 objectId: string;
 objects: {
 dictionary: {
 attrs: {
 attributes: {
 extensionDictionary?: string;
 objectId?: string;
 ownerId?: string;
 [key: string]: any;
 };
 changed: {
 extensionDictionary?: string;
 objectId?: string;
 ownerId?: string;
 [key: string]: any;
 };
 events: {
 attrChanged: {
 addEventListener(listener: (payload: ...) => ...): void;
 dispatch(payload?: (...) | (...), ...args: (...)[]): void;
 removeEventListener(listener: (payload: ...) => ...): void;
 replaceEventListener(listener: (payload: ...) => ...): void;
 };
 modelChanged: {
 addEventListener(listener: (payload: ...) => ...): void;
 dispatch(payload?: (...) | (...), ...args: (...)[]): void;
 removeEventListener(listener: (payload: ...) => ...): void;
 replaceEventListener(listener: (payload: ...) => ...): void;
 };
 };
 changedAttributes(diff?: Partial<AcDbObjectAttrs>): Partial<T>;
 clone(): AcCmObject<AcDbObjectAttrs>;
 get<A extends string>(key: A): AcDbObjectAttrs[A] | undefined;
 has(key: string): boolean;
 hasChanged(key?: string): boolean;
 previous<A extends string>(
 key: A,
 ): AcDbObjectAttrs[A] | null | undefined;
 previousAttributes(): Partial<T>;
 set<A extends string>(
 key: A,
 val?: AcDbObjectAttrs[A],
 options?: AcCmObjectOptions,
 ): this;
 set(key: Partial<T>, options?: AcCmObjectOptions): this;
 };
 database: { readonly transactionManager: { strictMode: boolean; startTransaction: () => AcDbDatabaseTransaction; currentTransaction: () => AcDbDatabaseTransaction | undefined; ... 20 more ...; flushPendingEntityModifiedEvents: () => void; }; ... 100 more ...; dxfInFields: (_filer: AcDbDxfFiler) => AcDbDatabase; };
 extensionDictionary: string
 | undefined;
 isTemp: any;
 numEntries: number;
 objectId: string;
 ownerId: string;
 clone(): this;
 clonePreservingIdentity(): this;
 close(): void;
 createExtensionDictionary(): string | undefined;
 dxfIn(filer: AcDbDxfFiler): this;
 dxfInFields(filer: AcDbDxfFiler): this;
 dxfOut(...args: unknown[]): unknown;
 dxfOutFields(filer: AcDbDxfFiler): this;
 entries(): IterableIterator<
 [string, AcDbDictionary<AcDbObject<(...)>>],
 >;
 getAt(
 name: string,
 ): AcDbDictionary<AcDbObject<AcDbObjectAttrs>> | undefined;
 getAttr(attrName: string): any;
 getAttrWithoutException(attrName: string): any;
 getIdAt(
 id: string,
 ): AcDbDictionary<AcDbObject<AcDbObjectAttrs>> | undefined;
 getXData(appId: string): AcDbResultBuffer | undefined;
 has(name: string): boolean;
 hasId(id: string): boolean;
 newIterator(): AcDbObjectIterator<
 AcDbDictionary<AcDbObject<AcDbObjectAttrs>>,
 >;
 remove(name: string): boolean;
 removeAll(): void;
 removeId(id: string): boolean;
 removeXData(appId: string): void;
 restoreFrom(snapshot: this): void;
 setAt(key: string, value: AcDbDictionary): void;
 setAttr<A extends string>(attrName: A, val?: AcDbObjectAttrs[A]): void;
 setXData(resbuf: AcDbResultBuffer): void;
 };
 group: {
 attrs: {
 attributes: {
 extensionDictionary?: string;
 objectId?: string;
 ownerId?: string;
 [key: string]: any;
 };
 changed: {
 extensionDictionary?: string;
 objectId?: string;
 ownerId?: string;
 [key: string]: any;
 };
 events: {
 attrChanged: {
 addEventListener(listener: (payload: ...) => ...): void;
 dispatch(payload?: (...) | (...), ...args: (...)[]): void;
 removeEventListener(listener: (payload: ...) => ...): void;
 replaceEventListener(listener: (payload: ...) => ...): void;
 };
 modelChanged: {
 addEventListener(listener: (payload: ...) => ...): void;
 dispatch(payload?: (...) | (...), ...args: (...)[]): void;
 removeEventListener(listener: (payload: ...) => ...): void;
 replaceEventListener(listener: (payload: ...) => ...): void;
 };
 };
 changedAttributes(diff?: Partial<AcDbObjectAttrs>): Partial<T>;
 clone(): AcCmObject<AcDbObjectAttrs>;
 get<A extends string>(key: A): AcDbObjectAttrs[A] | undefined;
 has(key: string): boolean;
 hasChanged(key?: string): boolean;
 previous<A extends string>(
 key: A,
 ): AcDbObjectAttrs[A] | null | undefined;
 previousAttributes(): Partial<T>;
 set<A extends string>(
 key: A,
 val?: AcDbObjectAttrs[A],
 options?: AcCmObjectOptions,
 ): this;
 set(key: Partial<T>, options?: AcCmObjectOptions): this;
 };
 database: { readonly transactionManager: { strictMode: boolean; startTransaction: () => AcDbDatabaseTransaction; currentTransaction: () => AcDbDatabaseTransaction | undefined; ... 20 more ...; flushPendingEntityModifiedEvents: () => void; }; ... 100 more ...; dxfInFields: (_filer: AcDbDxfFiler) => AcDbDatabase; };
 extensionDictionary: string
 | undefined;
 isTemp: any;
 numEntries: number;
 objectId: string;
 ownerId: string;
 clone(): this;
 clonePreservingIdentity(): this;
 close(): void;
 createExtensionDictionary(): string | undefined;
 dxfIn(filer: AcDbDxfFiler): this;
 dxfInFields(filer: AcDbDxfFiler): this;
 dxfOut(...args: unknown[]): unknown;
 dxfOutFields(filer: AcDbDxfFiler): this;
 entries(): IterableIterator<[string, AcDbGroup]>;
 getAt(name: string): AcDbGroup | undefined;
 getAttr(attrName: string): any;
 getAttrWithoutException(attrName: string): any;
 getIdAt(id: string): AcDbGroup | undefined;
 getXData(appId: string): AcDbResultBuffer | undefined;
 has(name: string): boolean;
 hasId(id: string): boolean;
 newIterator(): AcDbObjectIterator<AcDbGroup>;
 remove(name: string): boolean;
 removeAll(): void;
 removeId(id: string): boolean;
 removeXData(appId: string): void;
 restoreFrom(snapshot: this): void;
 setAt(key: string, value: AcDbGroup): void;
 setAttr<A extends string>(attrName: A, val?: AcDbObjectAttrs[A]): void;
 setXData(resbuf: AcDbResultBuffer): void;
 };
 imageDefinition: {
 attrs: {
 attributes: {
 extensionDictionary?: string;
 objectId?: string;
 ownerId?: string;
 [key: string]: any;
 };
 changed: {
 extensionDictionary?: string;
 objectId?: string;
 ownerId?: string;
 [key: string]: any;
 };
 events: {
 attrChanged: {
 addEventListener(listener: (payload: ...) => ...): void;
 dispatch(payload?: (...) | (...), ...args: (...)[]): void;
 removeEventListener(listener: (payload: ...) => ...): void;
 replaceEventListener(listener: (payload: ...) => ...): void;
 };
 modelChanged: {
 addEventListener(listener: (payload: ...) => ...): void;
 dispatch(payload?: (...) | (...), ...args: (...)[]): void;
 removeEventListener(listener: (payload: ...) => ...): void;
 replaceEventListener(listener: (payload: ...) => ...): void;
 };
 };
 changedAttributes(diff?: Partial<AcDbObjectAttrs>): Partial<T>;
 clone(): AcCmObject<AcDbObjectAttrs>;
 get<A extends string>(key: A): AcDbObjectAttrs[A] | undefined;
 has(key: string): boolean;
 hasChanged(key?: string): boolean;
 previous<A extends string>(
 key: A,
 ): AcDbObjectAttrs[A] | null | undefined;
 previousAttributes(): Partial<T>;
 set<A extends string>(
 key: A,
 val?: AcDbObjectAttrs[A],
 options?: AcCmObjectOptions,
 ): this;
 set(key: Partial<T>, options?: AcCmObjectOptions): this;
 };
 database: { readonly transactionManager: { strictMode: boolean; startTransaction: () => AcDbDatabaseTransaction; currentTransaction: () => AcDbDatabaseTransaction | undefined; ... 20 more ...; flushPendingEntityModifiedEvents: () => void; }; ... 100 more ...; dxfInFields: (_filer: AcDbDxfFiler) => AcDbDatabase; };
 extensionDictionary: string
 | undefined;
 isTemp: any;
 numEntries: number;
 objectId: string;
 ownerId: string;
 clone(): this;
 clonePreservingIdentity(): this;
 close(): void;
 createExtensionDictionary(): string | undefined;
 dxfIn(filer: AcDbDxfFiler): this;
 dxfInFields(filer: AcDbDxfFiler): this;
 dxfOut(...args: unknown[]): unknown;
 dxfOutFields(filer: AcDbDxfFiler): this;
 entries(): IterableIterator<[string, AcDbRasterImageDef]>;
 getAt(name: string): AcDbRasterImageDef | undefined;
 getAttr(attrName: string): any;
 getAttrWithoutException(attrName: string): any;
 getIdAt(id: string): AcDbRasterImageDef | undefined;
 getXData(appId: string): AcDbResultBuffer | undefined;
 has(name: string): boolean;
 hasId(id: string): boolean;
 newIterator(): AcDbObjectIterator<AcDbRasterImageDef>;
 remove(name: string): boolean;
 removeAll(): void;
 removeId(id: string): boolean;
 removeXData(appId: string): void;
 restoreFrom(snapshot: this): void;
 setAt(key: string, value: AcDbRasterImageDef): void;
 setAttr<A extends string>(attrName: A, val?: AcDbObjectAttrs[A]): void;
 setXData(resbuf: AcDbResultBuffer): void;
 };
 layerFilter: {
 attrs: {
 attributes: {
 extensionDictionary?: string;
 objectId?: string;
 ownerId?: string;
 [key: string]: any;
 };
 changed: {
 extensionDictionary?: string;
 objectId?: string;
 ownerId?: string;
 [key: string]: any;
 };
 events: {
 attrChanged: {
 addEventListener(listener: (payload: ...) => ...): void;
 dispatch(payload?: (...) | (...), ...args: (...)[]): void;
 removeEventListener(listener: (payload: ...) => ...): void;
 replaceEventListener(listener: (payload: ...) => ...): void;
 };
 modelChanged: {
 addEventListener(listener: (payload: ...) => ...): void;
 dispatch(payload?: (...) | (...), ...args: (...)[]): void;
 removeEventListener(listener: (payload: ...) => ...): void;
 replaceEventListener(listener: (payload: ...) => ...): void;
 };
 };
 changedAttributes(diff?: Partial<AcDbObjectAttrs>): Partial<T>;
 clone(): AcCmObject<AcDbObjectAttrs>;
 get<A extends string>(key: A): AcDbObjectAttrs[A] | undefined;
 has(key: string): boolean;
 hasChanged(key?: string): boolean;
 previous<A extends string>(
 key: A,
 ): AcDbObjectAttrs[A] | null | undefined;
 previousAttributes(): Partial<T>;
 set<A extends string>(
 key: A,
 val?: AcDbObjectAttrs[A],
 options?: AcCmObjectOptions,
 ): this;
 set(key: Partial<T>, options?: AcCmObjectOptions): this;
 };
 database: { readonly transactionManager: { strictMode: boolean; startTransaction: () => AcDbDatabaseTransaction; currentTransaction: () => AcDbDatabaseTransaction | undefined; ... 20 more ...; flushPendingEntityModifiedEvents: () => void; }; ... 100 more ...; dxfInFields: (_filer: AcDbDxfFiler) => AcDbDatabase; };
 extensionDictionary: string
 | undefined;
 isTemp: any;
 numEntries: number;
 objectId: string;
 ownerId: string;
 clone(): this;
 clonePreservingIdentity(): this;
 close(): void;
 createExtensionDictionary(): string | undefined;
 dxfIn(filer: AcDbDxfFiler): this;
 dxfInFields(filer: AcDbDxfFiler): this;
 dxfOut(...args: unknown[]): unknown;
 dxfOutFields(filer: AcDbDxfFiler): this;
 entries(): IterableIterator<[string, AcDbLayerFilter]>;
 getAt(name: string): AcDbLayerFilter | undefined;
 getAttr(attrName: string): any;
 getAttrWithoutException(attrName: string): any;
 getIdAt(id: string): AcDbLayerFilter | undefined;
 getXData(appId: string): AcDbResultBuffer | undefined;
 has(name: string): boolean;
 hasId(id: string): boolean;
 newIterator(): AcDbObjectIterator<AcDbLayerFilter>;
 remove(name: string): boolean;
 removeAll(): void;
 removeId(id: string): boolean;
 removeXData(appId: string): void;
 restoreFrom(snapshot: this): void;
 setAt(key: string, value: AcDbLayerFilter): void;
 setAttr<A extends string>(attrName: A, val?: AcDbObjectAttrs[A]): void;
 setXData(resbuf: AcDbResultBuffer): void;
 };
 layerIndex: {
 attrs: {
 attributes: {
 extensionDictionary?: string;
 objectId?: string;
 ownerId?: string;
 [key: string]: any;
 };
 changed: {
 extensionDictionary?: string;
 objectId?: string;
 ownerId?: string;
 [key: string]: any;
 };
 events: {
 attrChanged: {
 addEventListener(listener: (payload: ...) => ...): void;
 dispatch(payload?: (...) | (...), ...args: (...)[]): void;
 removeEventListener(listener: (payload: ...) => ...): void;
 replaceEventListener(listener: (payload: ...) => ...): void;
 };
 modelChanged: {
 addEventListener(listener: (payload: ...) => ...): void;
 dispatch(payload?: (...) | (...), ...args: (...)[]): void;
 removeEventListener(listener: (payload: ...) => ...): void;
 replaceEventListener(listener: (payload: ...) => ...): void;
 };
 };
 changedAttributes(diff?: Partial<AcDbObjectAttrs>): Partial<T>;
 clone(): AcCmObject<AcDbObjectAttrs>;
 get<A extends string>(key: A): AcDbObjectAttrs[A] | undefined;
 has(key: string): boolean;
 hasChanged(key?: string): boolean;
 previous<A extends string>(
 key: A,
 ): AcDbObjectAttrs[A] | null | undefined;
 previousAttributes(): Partial<T>;
 set<A extends string>(
 key: A,
 val?: AcDbObjectAttrs[A],
 options?: AcCmObjectOptions,
 ): this;
 set(key: Partial<T>, options?: AcCmObjectOptions): this;
 };
 database: { readonly transactionManager: { strictMode: boolean; startTransaction: () => AcDbDatabaseTransaction; currentTransaction: () => AcDbDatabaseTransaction | undefined; ... 20 more ...; flushPendingEntityModifiedEvents: () => void; }; ... 100 more ...; dxfInFields: (_filer: AcDbDxfFiler) => AcDbDatabase; };
 extensionDictionary: string
 | undefined;
 isTemp: any;
 numEntries: number;
 objectId: string;
 ownerId: string;
 clone(): this;
 clonePreservingIdentity(): this;
 close(): void;
 createExtensionDictionary(): string | undefined;
 dxfIn(filer: AcDbDxfFiler): this;
 dxfInFields(filer: AcDbDxfFiler): this;
 dxfOut(...args: unknown[]): unknown;
 dxfOutFields(filer: AcDbDxfFiler): this;
 entries(): IterableIterator<[string, AcDbLayerIndex]>;
 getAt(name: string): AcDbLayerIndex | undefined;
 getAttr(attrName: string): any;
 getAttrWithoutException(attrName: string): any;
 getIdAt(id: string): AcDbLayerIndex | undefined;
 getXData(appId: string): AcDbResultBuffer | undefined;
 has(name: string): boolean;
 hasId(id: string): boolean;
 newIterator(): AcDbObjectIterator<AcDbLayerIndex>;
 remove(name: string): boolean;
 removeAll(): void;
 removeId(id: string): boolean;
 removeXData(appId: string): void;
 restoreFrom(snapshot: this): void;
 setAt(key: string, value: AcDbLayerIndex): void;
 setAttr<A extends string>(attrName: A, val?: AcDbObjectAttrs[A]): void;
 setXData(resbuf: AcDbResultBuffer): void;
 };
 layout: {
 attrs: {
 attributes: {
 extensionDictionary?: string;
 objectId?: string;
 ownerId?: string;
 [key: string]: any;
 };
 changed: {
 extensionDictionary?: string;
 objectId?: string;
 ownerId?: string;
 [key: string]: any;
 };
 events: {
 attrChanged: {
 addEventListener(listener: (payload: ...) => ...): void;
 dispatch(payload?: (...) | (...), ...args: (...)[]): void;
 removeEventListener(listener: (payload: ...) => ...): void;
 replaceEventListener(listener: (payload: ...) => ...): void;
 };
 modelChanged: {
 addEventListener(listener: (payload: ...) => ...): void;
 dispatch(payload?: (...) | (...), ...args: (...)[]): void;
 removeEventListener(listener: (payload: ...) => ...): void;
 replaceEventListener(listener: (payload: ...) => ...): void;
 };
 };
 changedAttributes(diff?: Partial<AcDbObjectAttrs>): Partial<T>;
 clone(): AcCmObject<AcDbObjectAttrs>;
 get<A extends string>(key: A): AcDbObjectAttrs[A] | undefined;
 has(key: string): boolean;
 hasChanged(key?: string): boolean;
 previous<A extends string>(
 key: A,
 ): AcDbObjectAttrs[A] | null | undefined;
 previousAttributes(): Partial<T>;
 set<A extends string>(
 key: A,
 val?: AcDbObjectAttrs[A],
 options?: AcCmObjectOptions,
 ): this;
 set(key: Partial<T>, options?: AcCmObjectOptions): this;
 };
 database: { readonly transactionManager: { strictMode: boolean; startTransaction: () => AcDbDatabaseTransaction; currentTransaction: () => AcDbDatabaseTransaction | undefined; ... 20 more ...; flushPendingEntityModifiedEvents: () => void; }; ... 100 more ...; dxfInFields: (_filer: AcDbDxfFiler) => AcDbDatabase; };
 extensionDictionary: string
 | undefined;
 isTemp: any;
 maxTabOrder: number;
 numEntries: number;
 objectId: string;
 ownerId: string;
 clone(): this;
 clonePreservingIdentity(): this;
 close(): void;
 createExtensionDictionary(): string | undefined;
 dxfIn(filer: AcDbDxfFiler): this;
 dxfInFields(filer: AcDbDxfFiler): this;
 dxfOut(...args: unknown[]): unknown;
 dxfOutFields(filer: AcDbDxfFiler): this;
 entries(): IterableIterator<[string, AcDbLayout]>;
 getAt(name: string): AcDbLayout | undefined;
 getAttr(attrName: string): any;
 getAttrWithoutException(attrName: string): any;
 getBtrIdAt(id: string): AcDbLayout | undefined;
 getIdAt(id: string): AcDbLayout | undefined;
 getXData(appId: string): AcDbResultBuffer | undefined;
 has(name: string): boolean;
 hasId(id: string): boolean;
 newIterator(): AcDbObjectIterator<AcDbLayout>;
 remove(name: string): boolean;
 removeAll(): void;
 removeId(id: string): boolean;
 removeXData(appId: string): void;
 restoreFrom(snapshot: this): void;
 setAt(key: string, value: AcDbLayout): void;
 setAttr<A extends string>(attrName: A, val?: AcDbObjectAttrs[A]): void;
 setXData(resbuf: AcDbResultBuffer): void;
 };
 mleaderStyle: {
 attrs: {
 attributes: {
 extensionDictionary?: string;
 objectId?: string;
 ownerId?: string;
 [key: string]: any;
 };
 changed: {
 extensionDictionary?: string;
 objectId?: string;
 ownerId?: string;
 [key: string]: any;
 };
 events: {
 attrChanged: {
 addEventListener(listener: (payload: ...) => ...): void;
 dispatch(payload?: (...) | (...), ...args: (...)[]): void;
 removeEventListener(listener: (payload: ...) => ...): void;
 replaceEventListener(listener: (payload: ...) => ...): void;
 };
 modelChanged: {
 addEventListener(listener: (payload: ...) => ...): void;
 dispatch(payload?: (...) | (...), ...args: (...)[]): void;
 removeEventListener(listener: (payload: ...) => ...): void;
 replaceEventListener(listener: (payload: ...) => ...): void;
 };
 };
 changedAttributes(diff?: Partial<AcDbObjectAttrs>): Partial<T>;
 clone(): AcCmObject<AcDbObjectAttrs>;
 get<A extends string>(key: A): AcDbObjectAttrs[A] | undefined;
 has(key: string): boolean;
 hasChanged(key?: string): boolean;
 previous<A extends string>(
 key: A,
 ): AcDbObjectAttrs[A] | null | undefined;
 previousAttributes(): Partial<T>;
 set<A extends string>(
 key: A,
 val?: AcDbObjectAttrs[A],
 options?: AcCmObjectOptions,
 ): this;
 set(key: Partial<T>, options?: AcCmObjectOptions): this;
 };
 database: { readonly transactionManager: { strictMode: boolean; startTransaction: () => AcDbDatabaseTransaction; currentTransaction: () => AcDbDatabaseTransaction | undefined; ... 20 more ...; flushPendingEntityModifiedEvents: () => void; }; ... 100 more ...; dxfInFields: (_filer: AcDbDxfFiler) => AcDbDatabase; };
 extensionDictionary: string
 | undefined;
 isTemp: any;
 numEntries: number;
 objectId: string;
 ownerId: string;
 clone(): this;
 clonePreservingIdentity(): this;
 close(): void;
 createExtensionDictionary(): string | undefined;
 dxfIn(filer: AcDbDxfFiler): this;
 dxfInFields(filer: AcDbDxfFiler): this;
 dxfOut(...args: unknown[]): unknown;
 dxfOutFields(filer: AcDbDxfFiler): this;
 entries(): IterableIterator<[string, AcDbMLeaderStyle]>;
 getAt(name: string): AcDbMLeaderStyle | undefined;
 getAttr(attrName: string): any;
 getAttrWithoutException(attrName: string): any;
 getIdAt(id: string): AcDbMLeaderStyle | undefined;
 getXData(appId: string): AcDbResultBuffer | undefined;
 has(name: string): boolean;
 hasId(id: string): boolean;
 newIterator(): AcDbObjectIterator<AcDbMLeaderStyle>;
 remove(name: string): boolean;
 removeAll(): void;
 removeId(id: string): boolean;
 removeXData(appId: string): void;
 restoreFrom(snapshot: this): void;
 setAt(key: string, value: AcDbMLeaderStyle): void;
 setAttr<A extends string>(attrName: A, val?: AcDbObjectAttrs[A]): void;
 setXData(resbuf: AcDbResultBuffer): void;
 };
 mlineStyle: {
 attrs: {
 attributes: {
 extensionDictionary?: string;
 objectId?: string;
 ownerId?: string;
 [key: string]: any;
 };
 changed: {
 extensionDictionary?: string;
 objectId?: string;
 ownerId?: string;
 [key: string]: any;
 };
 events: {
 attrChanged: {
 addEventListener(listener: (payload: ...) => ...): void;
 dispatch(payload?: (...) | (...), ...args: (...)[]): void;
 removeEventListener(listener: (payload: ...) => ...): void;
 replaceEventListener(listener: (payload: ...) => ...): void;
 };
 modelChanged: {
 addEventListener(listener: (payload: ...) => ...): void;
 dispatch(payload?: (...) | (...), ...args: (...)[]): void;
 removeEventListener(listener: (payload: ...) => ...): void;
 replaceEventListener(listener: (payload: ...) => ...): void;
 };
 };
 changedAttributes(diff?: Partial<AcDbObjectAttrs>): Partial<T>;
 clone(): AcCmObject<AcDbObjectAttrs>;
 get<A extends string>(key: A): AcDbObjectAttrs[A] | undefined;
 has(key: string): boolean;
 hasChanged(key?: string): boolean;
 previous<A extends string>(
 key: A,
 ): AcDbObjectAttrs[A] | null | undefined;
 previousAttributes(): Partial<T>;
 set<A extends string>(
 key: A,
 val?: AcDbObjectAttrs[A],
 options?: AcCmObjectOptions,
 ): this;
 set(key: Partial<T>, options?: AcCmObjectOptions): this;
 };
 database: { readonly transactionManager: { strictMode: boolean; startTransaction: () => AcDbDatabaseTransaction; currentTransaction: () => AcDbDatabaseTransaction | undefined; ... 20 more ...; flushPendingEntityModifiedEvents: () => void; }; ... 100 more ...; dxfInFields: (_filer: AcDbDxfFiler) => AcDbDatabase; };
 extensionDictionary: string
 | undefined;
 isTemp: any;
 numEntries: number;
 objectId: string;
 ownerId: string;
 clone(): this;
 clonePreservingIdentity(): this;
 close(): void;
 createExtensionDictionary(): string | undefined;
 dxfIn(filer: AcDbDxfFiler): this;
 dxfInFields(filer: AcDbDxfFiler): this;
 dxfOut(...args: unknown[]): unknown;
 dxfOutFields(filer: AcDbDxfFiler): this;
 entries(): IterableIterator<[string, AcDbMlineStyle]>;
 getAt(name: string): AcDbMlineStyle | undefined;
 getAttr(attrName: string): any;
 getAttrWithoutException(attrName: string): any;
 getIdAt(id: string): AcDbMlineStyle | undefined;
 getXData(appId: string): AcDbResultBuffer | undefined;
 has(name: string): boolean;
 hasId(id: string): boolean;
 newIterator(): AcDbObjectIterator<AcDbMlineStyle>;
 remove(name: string): boolean;
 removeAll(): void;
 removeId(id: string): boolean;
 removeXData(appId: string): void;
 restoreFrom(snapshot: this): void;
 setAt(key: string, value: AcDbMlineStyle): void;
 setAttr<A extends string>(attrName: A, val?: AcDbObjectAttrs[A]): void;
 setXData(resbuf: AcDbResultBuffer): void;
 };
 sortentsTable: {
 attrs: {
 attributes: {
 extensionDictionary?: string;
 objectId?: string;
 ownerId?: string;
 [key: string]: any;
 };
 changed: {
 extensionDictionary?: string;
 objectId?: string;
 ownerId?: string;
 [key: string]: any;
 };
 events: {
 attrChanged: {
 addEventListener(listener: (payload: ...) => ...): void;
 dispatch(payload?: (...) | (...), ...args: (...)[]): void;
 removeEventListener(listener: (payload: ...) => ...): void;
 replaceEventListener(listener: (payload: ...) => ...): void;
 };
 modelChanged: {
 addEventListener(listener: (payload: ...) => ...): void;
 dispatch(payload?: (...) | (...), ...args: (...)[]): void;
 removeEventListener(listener: (payload: ...) => ...): void;
 replaceEventListener(listener: (payload: ...) => ...): void;
 };
 };
 changedAttributes(diff?: Partial<AcDbObjectAttrs>): Partial<T>;
 clone(): AcCmObject<AcDbObjectAttrs>;
 get<A extends string>(key: A): AcDbObjectAttrs[A] | undefined;
 has(key: string): boolean;
 hasChanged(key?: string): boolean;
 previous<A extends string>(
 key: A,
 ): AcDbObjectAttrs[A] | null | undefined;
 previousAttributes(): Partial<T>;
 set<A extends string>(
 key: A,
 val?: AcDbObjectAttrs[A],
 options?: AcCmObjectOptions,
 ): this;
 set(key: Partial<T>, options?: AcCmObjectOptions): this;
 };
 database: { readonly transactionManager: { strictMode: boolean; startTransaction: () => AcDbDatabaseTransaction; currentTransaction: () => AcDbDatabaseTransaction | undefined; ... 20 more ...; flushPendingEntityModifiedEvents: () => void; }; ... 100 more ...; dxfInFields: (_filer: AcDbDxfFiler) => AcDbDatabase; };
 extensionDictionary: string
 | undefined;
 isTemp: any;
 numEntries: number;
 objectId: string;
 ownerId: string;
 clone(): this;
 clonePreservingIdentity(): this;
 close(): void;
 createExtensionDictionary(): string | undefined;
 dxfIn(filer: AcDbDxfFiler): this;
 dxfInFields(filer: AcDbDxfFiler): this;
 dxfOut(...args: unknown[]): unknown;
 dxfOutFields(filer: AcDbDxfFiler): this;
 entries(): IterableIterator<[string, AcDbSortentsTable]>;
 getAt(name: string): AcDbSortentsTable | undefined;
 getAttr(attrName: string): any;
 getAttrWithoutException(attrName: string): any;
 getIdAt(id: string): AcDbSortentsTable | undefined;
 getXData(appId: string): AcDbResultBuffer | undefined;
 has(name: string): boolean;
 hasId(id: string): boolean;
 newIterator(): AcDbObjectIterator<AcDbSortentsTable>;
 remove(name: string): boolean;
 removeAll(): void;
 removeId(id: string): boolean;
 removeXData(appId: string): void;
 restoreFrom(snapshot: this): void;
 setAt(key: string, value: AcDbSortentsTable): void;
 setAttr<A extends string>(attrName: A, val?: AcDbObjectAttrs[A]): void;
 setXData(resbuf: AcDbResultBuffer): void;
 };
 xrecord: {
 attrs: {
 attributes: {
 extensionDictionary?: string;
 objectId?: string;
 ownerId?: string;
 [key: string]: any;
 };
 changed: {
 extensionDictionary?: string;
 objectId?: string;
 ownerId?: string;
 [key: string]: any;
 };
 events: {
 attrChanged: {
 addEventListener(listener: (payload: ...) => ...): void;
 dispatch(payload?: (...) | (...), ...args: (...)[]): void;
 removeEventListener(listener: (payload: ...) => ...): void;
 replaceEventListener(listener: (payload: ...) => ...): void;
 };
 modelChanged: {
 addEventListener(listener: (payload: ...) => ...): void;
 dispatch(payload?: (...) | (...), ...args: (...)[]): void;
 removeEventListener(listener: (payload: ...) => ...): void;
 replaceEventListener(listener: (payload: ...) => ...): void;
 };
 };
 changedAttributes(diff?: Partial<AcDbObjectAttrs>): Partial<T>;
 clone(): AcCmObject<AcDbObjectAttrs>;
 get<A extends string>(key: A): AcDbObjectAttrs[A] | undefined;
 has(key: string): boolean;
 hasChanged(key?: string): boolean;
 previous<A extends string>(
 key: A,
 ): AcDbObjectAttrs[A] | null | undefined;
 previousAttributes(): Partial<T>;
 set<A extends string>(
 key: A,
 val?: AcDbObjectAttrs[A],
 options?: AcCmObjectOptions,
 ): this;
 set(key: Partial<T>, options?: AcCmObjectOptions): this;
 };
 database: { readonly transactionManager: { strictMode: boolean; startTransaction: () => AcDbDatabaseTransaction; currentTransaction: () => AcDbDatabaseTransaction | undefined; ... 20 more ...; flushPendingEntityModifiedEvents: () => void; }; ... 100 more ...; dxfInFields: (_filer: AcDbDxfFiler) => AcDbDatabase; };
 extensionDictionary: string
 | undefined;
 isTemp: any;
 numEntries: number;
 objectId: string;
 ownerId: string;
 clone(): this;
 clonePreservingIdentity(): this;
 close(): void;
 createExtensionDictionary(): string | undefined;
 dxfIn(filer: AcDbDxfFiler): this;
 dxfInFields(filer: AcDbDxfFiler): this;
 dxfOut(...args: unknown[]): unknown;
 dxfOutFields(filer: AcDbDxfFiler): this;
 entries(): IterableIterator<[string, AcDbXrecord]>;
 getAt(name: string): AcDbXrecord | undefined;
 getAttr(attrName: string): any;
 getAttrWithoutException(attrName: string): any;
 getIdAt(id: string): AcDbXrecord | undefined;
 getXData(appId: string): AcDbResultBuffer | undefined;
 has(name: string): boolean;
 hasId(id: string): boolean;
 newIterator(): AcDbObjectIterator<AcDbXrecord>;
 remove(name: string): boolean;
 removeAll(): void;
 removeId(id: string): boolean;
 removeXData(appId: string): void;
 restoreFrom(snapshot: this): void;
 setAt(key: string, value: AcDbXrecord): void;
 setAttr<A extends string>(attrName: A, val?: AcDbObjectAttrs[A]): void;
 setXData(resbuf: AcDbResultBuffer): void;
 };
 };
 orthomode: number;
 osmode: number;
 ownerId: string;
 pdmode: number;
 pdsize: number;
 psltscale: boolean;
 tables: {
 appIdTable: {
 attrs: {
 attributes: {
 extensionDictionary?: string;
 objectId?: string;
 ownerId?: string;
 [key: string]: any;
 };
 changed: {
 extensionDictionary?: string;
 objectId?: string;
 ownerId?: string;
 [key: string]: any;
 };
 events: {
 attrChanged: {
 addEventListener(listener: (payload: ...) => ...): void;
 dispatch(payload?: (...) | (...), ...args: (...)[]): void;
 removeEventListener(listener: (payload: ...) => ...): void;
 replaceEventListener(listener: (payload: ...) => ...): void;
 };
 modelChanged: {
 addEventListener(listener: (payload: ...) => ...): void;
 dispatch(payload?: (...) | (...), ...args: (...)[]): void;
 removeEventListener(listener: (payload: ...) => ...): void;
 replaceEventListener(listener: (payload: ...) => ...): void;
 };
 };
 changedAttributes(diff?: Partial<AcDbObjectAttrs>): Partial<T>;
 clone(): AcCmObject<AcDbObjectAttrs>;
 get<A extends string>(key: A): AcDbObjectAttrs[A] | undefined;
 has(key: string): boolean;
 hasChanged(key?: string): boolean;
 previous<A extends string>(
 key: A,
 ): AcDbObjectAttrs[A] | null | undefined;
 previousAttributes(): Partial<T>;
 set<A extends string>(
 key: A,
 val?: AcDbObjectAttrs[A],
 options?: AcCmObjectOptions,
 ): this;
 set(key: Partial<T>, options?: AcCmObjectOptions): this;
 };
 database: { readonly transactionManager: { strictMode: boolean; startTransaction: () => AcDbDatabaseTransaction; currentTransaction: () => AcDbDatabaseTransaction | undefined; ... 20 more ...; flushPendingEntityModifiedEvents: () => void; }; ... 100 more ...; dxfInFields: (_filer: AcDbDxfFiler) => AcDbDatabase; };
 extensionDictionary: string
 | undefined;
 isTemp: any;
 numEntries: number;
 objectId: string;
 ownerId: string;
 add(record: AcDbRegAppTableRecord): void;
 clone(): this;
 clonePreservingIdentity(): this;
 close(): void;
 createExtensionDictionary(): string | undefined;
 dxfIn(filer: AcDbDxfFiler): this;
 dxfInFields(_filer: AcDbDxfFiler): this;
 dxfOut(...args: unknown[]): unknown;
 dxfOutFields(filer: AcDbDxfFiler): this;
 getAt(name: string): AcDbRegAppTableRecord | undefined;
 getAttr(attrName: string): any;
 getAttrWithoutException(attrName: string): any;
 getIdAt(id: string): AcDbRegAppTableRecord | undefined;
 getOwnerIdAt(id: string): AcDbRegAppTableRecord | undefined;
 getXData(appId: string): AcDbResultBuffer | undefined;
 has(name: string): boolean;
 hasId(id: string): boolean;
 newIterator(
 iterateById?: boolean,
 ): AcDbObjectIterator<AcDbRegAppTableRecord>;
 remove(name: string): boolean;
 removeAll(): void;
 removeId(id: string): boolean;
 removeXData(appId: string): void;
 restoreFrom(snapshot: this): void;
 setAttr<A extends string>(attrName: A, val?: AcDbObjectAttrs[A]): void;
 setXData(resbuf: AcDbResultBuffer): void;
 };
 blockTable: {
 attrs: {
 attributes: {
 extensionDictionary?: string;
 objectId?: string;
 ownerId?: string;
 [key: string]: any;
 };
 changed: {
 extensionDictionary?: string;
 objectId?: string;
 ownerId?: string;
 [key: string]: any;
 };
 events: {
 attrChanged: {
 addEventListener(listener: (payload: ...) => ...): void;
 dispatch(payload?: (...) | (...), ...args: (...)[]): void;
 removeEventListener(listener: (payload: ...) => ...): void;
 replaceEventListener(listener: (payload: ...) => ...): void;
 };
 modelChanged: {
 addEventListener(listener: (payload: ...) => ...): void;
 dispatch(payload?: (...) | (...), ...args: (...)[]): void;
 removeEventListener(listener: (payload: ...) => ...): void;
 replaceEventListener(listener: (payload: ...) => ...): void;
 };
 };
 changedAttributes(diff?: Partial<AcDbObjectAttrs>): Partial<T>;
 clone(): AcCmObject<AcDbObjectAttrs>;
 get<A extends string>(key: A): AcDbObjectAttrs[A] | undefined;
 has(key: string): boolean;
 hasChanged(key?: string): boolean;
 previous<A extends string>(
 key: A,
 ): AcDbObjectAttrs[A] | null | undefined;
 previousAttributes(): Partial<T>;
 set<A extends string>(
 key: A,
 val?: AcDbObjectAttrs[A],
 options?: AcCmObjectOptions,
 ): this;
 set(key: Partial<T>, options?: AcCmObjectOptions): this;
 };
 database: { readonly transactionManager: { strictMode: boolean; startTransaction: () => AcDbDatabaseTransaction; currentTransaction: () => AcDbDatabaseTransaction | undefined; ... 20 more ...; flushPendingEntityModifiedEvents: () => void; }; ... 100 more ...; dxfInFields: (_filer: AcDbDxfFiler) => AcDbDatabase; };
 extensionDictionary: string
 | undefined;
 isTemp: any;
 modelSpace: {
 attrs: {
 attributes: {
 blockInsertUnits?: (...) | (...);
 blockScaling?: (...) | (...);
 explodability?: (...) | (...);
 extensionDictionary?: (...) | (...);
 flags?: (...) | (...);
 layoutId?: (...) | (...);
 name?: (...) | (...);
 objectId?: (...) | (...);
 origin?: (...) | (...);
 ownerId?: (...) | (...);
 pathName?: (...) | (...);
 previewIcon?: (...) | (...);
 [key: string]: any;
 };
 changed: {
 blockInsertUnits?: (...)
 | (...);
 blockScaling?: (...) | (...);
 explodability?: (...) | (...);
 extensionDictionary?: (...) | (...);
 flags?: (...) | (...);
 layoutId?: (...) | (...);
 name?: (...) | (...);
 objectId?: (...) | (...);
 origin?: (...) | (...);
 ownerId?: (...) | (...);
 pathName?: (...) | (...);
 previewIcon?: (...) | (...);
 [key: string]: any;
 };
 events: {
 attrChanged: {
 addEventListener(listener: ...): ...;
 dispatch(payload?: ..., ...args: ...): ...;
 removeEventListener(listener: ...): ...;
 replaceEventListener(listener: ...): ...;
 };
 modelChanged: {
 addEventListener(listener: ...): ...;
 dispatch(payload?: ..., ...args: ...): ...;
 removeEventListener(listener: ...): ...;
 replaceEventListener(listener: ...): ...;
 };
 };
 changedAttributes(diff?: Partial<(...)>): Partial<T>;
 clone(): AcCmObject<AcDbBlockTableRecordAttrs>;
 get<A extends string>(key: A): (...)[(...)] | undefined;
 has(key: string): boolean;
 hasChanged(key?: string): boolean;
 previous<A extends string>(key: A): (...)[(...)] | null | undefined;
 previousAttributes(): Partial<T>;
 set<A extends string>(
 key: A,
 val?: (...)[(...)],
 options?: AcCmObjectOptions,
 ): this;
 set(key: Partial<T>, options?: AcCmObjectOptions): this;
 };
 blockInsertUnits: AcDbUnitsValue;
 blockScaling: AcDbBlockScaling;
 database: { readonly transactionManager: { strictMode: boolean; startTransaction: () => AcDbDatabaseTransaction; currentTransaction: () => AcDbDatabaseTransaction | undefined; ... 20 more ...; flushPendingEntityModifiedEvents: () => void; }; ... 100 more ...; dxfInFields: (_filer: AcDbDxfFiler) => AcDbDatabase; };
 explodability: number;
 extensionDictionary: string
 | undefined;
 flags: number;
 isModelSapce: boolean;
 isOverlayReference: boolean;
 isPaperSapce: boolean;
 isTemp: any;
 isUnresolvedXref: boolean;
 isXref: boolean;
 layoutId: string;
 name: string;
 objectId: string;
 origin: {
 x: number;
 y: number;
 z: number;
 "[iterator]"(): Generator<number, void, unknown>;
 add(v: AcGeVectorLike): this;
 addScalar(s: number): this;
 addScaledVector(v: AcGeVector3dLike, s: number): this;
 addVectors(a: AcGeVector3dLike, b: AcGeVector3dLike): this;
 angleTo(v: AcGeVector3d): number;
 applyAxisAngle(axis: AcGeVector3dLike, angle: number): this;
 applyEuler(euler: AcGeEuler): this;
 applyMatrix3(m: AcGeMatrix2d): this;
 applyMatrix4(m: AcGeMatrix3d): this;
 applyNormalMatrix(m: AcGeMatrix2d): this;
 applyQuaternion(q: AcGeQuaternion): this;
 ceil(): this;
 clamp(min: AcGeVector3dLike, max: AcGeVector3dLike): this;
 clampLength(min: number, max: number): this;
 clampScalar(minVal: number, maxVal: number): this;
 clone(): AcGePoint3d;
 copy(v: AcGeVectorLike): this;
 cross(v: AcGeVector3dLike): this;
 crossVectors(a: AcGeVector3dLike, b: AcGeVector3dLike): this;
 distanceTo(v: AcGeVector3dLike): number;
 distanceToSquared(v: AcGeVector3dLike): number;
 divide(v: AcGeVector3dLike): this;
 divideScalar(scalar: number): this;
 dot(v: AcGeVector3dLike): number;
 equals(v: AcGeVector3dLike): boolean;
 floor(): this;
 fromArray(array: number[], offset?: number): this;
 getComponent(index: number): number;
 isParallelTo(vec: AcGeVector3d): boolean;
 length(): number;
 lengthSq(): number;
 lerp(v: AcGeVector3dLike, alpha: number): this;
 lerpVectors(
 v1: AcGeVector3dLike,
 v2: AcGeVector3dLike,
 alpha: number,
 ): this;
 manhattanDistanceTo(v: AcGeVector3dLike): number;
 manhattanLength(): number;
 max(v: AcGeVector3dLike): this;
 min(v: AcGeVector3dLike): this;
 multiply(v: AcGeVector3dLike): this;
 multiplyScalar(scalar: number): this;
 multiplyVectors(a: AcGeVector3dLike, b: AcGeVector3dLike): this;
 negate(): this;
 normalize(): this;
 projectOnPlane(planeNormal: AcGeVector3d): this;
 projectOnVector(v: AcGeVector3d): this;
 random(): this;
 randomDirection(): this;
 reflect(normal: AcGeVector3dLike): this;
 round(): this;
 roundToZero(): this;
 set(x: number, y: number, z: number): this;
 setComponent(index: number, value: number): this;
 setFromMatrix3Column(m: AcGeMatrix2d, index: number): this;
 setFromMatrixColumn(m: AcGeMatrix3d, index: number): this;
 setFromMatrixPosition(m: AcGeMatrix3d): this;
 setFromMatrixScale(m: AcGeMatrix3d): this;
 setLength(l: number): this;
 setScalar(scalar: number): this;
 setX(x: number): this;
 setY(y: number): this;
 setZ(z: number): this;
 sub(v: AcGeVector3dLike): this;
 subScalar(s: number): this;
 subVectors(a: AcGeVector3dLike, b: AcGeVector3dLike): this;
 toArray(
 array?: (...)[] | Float32Array<(...)>,
 offset?: number,
 ): (...)[] | Float32Array<(...)>;
 transformDirection(m: AcGeMatrix3d): this;
 };
 ownerId: string;
 pathName: string;
 previewIcon: | {
 "[toStringTag]": "Uint8Array";
 buffer: (...)
 | (...);
 byteLength: number;
 byteOffset: number;
 BYTES_PER_ELEMENT: number;
 length: number;
 "[iterator]"(): ArrayIterator<(...)>;
 at(index: number): (...) | (...);
 copyWithin(target: number, start: number, end?: (...) | (...)): this;
 entries(): ArrayIterator<(...)>;
 every(
 predicate: (value: ..., index: ..., array: this) => ...,
 thisArg?: any,
 ): boolean;
 fill(value: number, start?: (...) | (...), end?: (...) | (...)): this;
 filter(
 predicate: (value: ..., index: ..., array: this) => ...,
 thisArg?: any,
 ): Uint8Array<(...)>;
 find(
 predicate: (value: ..., index: ..., obj: this) => ...,
 thisArg?: any,
 ): (...) | (...);
 findIndex(
 predicate: (value: ..., index: ..., obj: this) => ...,
 thisArg?: any,
 ): number;
 findLast<S extends number>(
 predicate: (
 value: ...,
 index: ...,
 array: this,
 ) => value is (...),
 thisArg?: any,
 ): (...) | (...);
 findLast(
 predicate: (value: ..., index: ..., array: this) => ...,
 thisArg?: any,
 ): (...) | (...);
 findLastIndex(
 predicate: (value: ..., index: ..., array: this) => ...,
 thisArg?: any,
 ): number;
 forEach(
 callbackfn: (value: ..., index: ..., array: this) => ...,
 thisArg?: any,
 ): void;
 includes(searchElement: number, fromIndex?: (...) | (...)): boolean;
 indexOf(searchElement: number, fromIndex?: (...) | (...)): number;
 join(separator?: (...) | (...)): string;
 keys(): ArrayIterator<(...)>;
 lastIndexOf(searchElement: number, fromIndex?: (...) | (...)): number;
 map(
 callbackfn: (value: ..., index: ..., array: this) => ...,
 thisArg?: any,
 ): Uint8Array<(...)>;
 reduce(
 callbackfn: (
 previousValue: ...,
 currentValue: ...,
 currentIndex: ...,
 array: this,
 ) => ...,
 ): number;
 reduce(
 callbackfn: (
 previousValue: ...,
 currentValue: ...,
 currentIndex: ...,
 array: this,
 ) => ...,
 initialValue: number,
 ): number;
 reduce(
 callbackfn: (
 previousValue: ...,
 currentValue: ...,
 currentIndex: ...,
 array: this,
 ) => ...,
 initialValue: U,
 ): U;
 reduceRight(
 callbackfn: (
 previousValue: ...,
 currentValue: ...,
 currentIndex: ...,
 array: this,
 ) => ...,
 ): number;
 reduceRight(
 callbackfn: (
 previousValue: ...,
 currentValue: ...,
 currentIndex: ...,
 array: this,
 ) => ...,
 initialValue: number,
 ): number;
 reduceRight(
 callbackfn: (
 previousValue: ...,
 currentValue: ...,
 currentIndex: ...,
 array: this,
 ) => ...,
 initialValue: U,
 ): U;
 reverse(): this;
 set(array: ArrayLike<(...)>, offset?: (...) | (...)): void;
 slice(start?: (...) | (...), end?: (...) | (...)): Uint8Array<(...)>;
 some(
 predicate: (value: ..., index: ..., array: this) => ...,
 thisArg?: any,
 ): boolean;
 sort(compareFn?: (...) | (...)): this;
 subarray(
 begin?: (...) | (...),
 end?: (...) | (...),
 ): Uint8Array<(...)>;
 toLocaleString(): string;
 toLocaleString(
 locales: (...) | (...),
 options?: (...) | (...),
 ): string;
 toReversed(): Uint8Array<(...)>;
 toSorted(compareFn?: (...) | (...)): Uint8Array<(...)>;
 toString(): string;
 valueOf(): this;
 values(): ArrayIterator<(...)>;
 with(index: number, value: number): Uint8Array<(...)>;
 [key: number]: number;
 }
 | undefined;
 appendEntity(entity: AcDbEntity | AcDbEntity[]): void;
 clone(): this;
 clonePreservingIdentity(): this;
 close(): void;
 createExtensionDictionary(): string | undefined;
 dxfIn(filer: AcDbDxfFiler): this;
 dxfInFields(filer: AcDbDxfFiler): this;
 dxfOut(...args: unknown[]): unknown;
 dxfOutBlockBegin(filer: AcDbDxfFiler): this;
 dxfOutBlockEnd(filer: AcDbDxfFiler): this;
 dxfOutBlockRecord(filer: AcDbDxfFiler): this;
 dxfOutFields(filer: AcDbDxfFiler): this;
 getAttr(attrName: string): any;
 getAttrWithoutException(attrName: string): any;
 getIdAt(id: string): AcDbEntity | undefined;
 getXData(appId: string): AcDbResultBuffer | undefined;
 hasEntityId(id: string): boolean;
 newIterator(): AcDbObjectIterator<AcDbEntity>;
 removeEntity(objectId: string | string[]): boolean;
 removeXData(appId: string): void;
 restoreFrom(snapshot: this): void;
 setAttr<A extends string>(
 attrName: A,
 val?: AcDbBlockTableRecordAttrs[A],
 ): void;
 setXData(resbuf: AcDbResultBuffer): void;
 };
 numEntries: number;
 objectId: string;
 ownerId: string;
 add(record: AcDbBlockTableRecord): void;
 clone(): this;
 clonePreservingIdentity(): this;
 close(): void;
 createExtensionDictionary(): string | undefined;
 dxfIn(filer: AcDbDxfFiler): this;
 dxfInFields(_filer: AcDbDxfFiler): this;
 dxfOut(...args: unknown[]): unknown;
 dxfOutFields(filer: AcDbDxfFiler): this;
 getAt(name: string): AcDbBlockTableRecord | undefined;
 getAttr(attrName: string): any;
 getAttrWithoutException(attrName: string): any;
 getEntityById(id: string): AcDbEntity | undefined;
 getIdAt(id: string): AcDbBlockTableRecord | undefined;
 getOwnerIdAt(id: string): AcDbBlockTableRecord | undefined;
 getUnresolvedXrefs(): AcDbBlockTableRecord[];
 getXData(appId: string): AcDbResultBuffer | undefined;
 getXrefs(): AcDbBlockTableRecord[];
 has(name: string): boolean;
 hasId(id: string): boolean;
 newIterator(
 iterateById?: boolean,
 ): AcDbObjectIterator<AcDbBlockTableRecord>;
 remove(name: string): boolean;
 removeAll(): void;
 removeEntity(objectId: string | string[]): boolean;
 removeId(id: string): boolean;
 removeXData(appId: string): void;
 restoreFrom(snapshot: this): void;
 setAttr<A extends string>(attrName: A, val?: AcDbObjectAttrs[A]): void;
 setXData(resbuf: AcDbResultBuffer): void;
 };
 dimStyleTable: {
 attrs: {
 attributes: {
 extensionDictionary?: string;
 objectId?: string;
 ownerId?: string;
 [key: string]: any;
 };
 changed: {
 extensionDictionary?: string;
 objectId?: string;
 ownerId?: string;
 [key: string]: any;
 };
 events: {
 attrChanged: {
 addEventListener(listener: (payload: ...) => ...): void;
 dispatch(payload?: (...) | (...), ...args: (...)[]): void;
 removeEventListener(listener: (payload: ...) => ...): void;
 replaceEventListener(listener: (payload: ...) => ...): void;
 };
 modelChanged: {
 addEventListener(listener: (payload: ...) => ...): void;
 dispatch(payload?: (...) | (...), ...args: (...)[]): void;
 removeEventListener(listener: (payload: ...) => ...): void;
 replaceEventListener(listener: (payload: ...) => ...): void;
 };
 };
 changedAttributes(diff?: Partial<AcDbObjectAttrs>): Partial<T>;
 clone(): AcCmObject<AcDbObjectAttrs>;
 get<A extends string>(key: A): AcDbObjectAttrs[A] | undefined;
 has(key: string): boolean;
 hasChanged(key?: string): boolean;
 previous<A extends string>(
 key: A,
 ): AcDbObjectAttrs[A] | null | undefined;
 previousAttributes(): Partial<T>;
 set<A extends string>(
 key: A,
 val?: AcDbObjectAttrs[A],
 options?: AcCmObjectOptions,
 ): this;
 set(key: Partial<T>, options?: AcCmObjectOptions): this;
 };
 database: { readonly transactionManager: { strictMode: boolean; startTransaction: () => AcDbDatabaseTransaction; currentTransaction: () => AcDbDatabaseTransaction | undefined; ... 20 more ...; flushPendingEntityModifiedEvents: () => void; }; ... 100 more ...; dxfInFields: (_filer: AcDbDxfFiler) => AcDbDatabase; };
 extensionDictionary: string
 | undefined;
 isTemp: any;
 numEntries: number;
 objectId: string;
 ownerId: string;
 add(record: AcDbDimStyleTableRecord): void;
 clone(): this;
 clonePreservingIdentity(): this;
 close(): void;
 createExtensionDictionary(): string | undefined;
 dxfIn(filer: AcDbDxfFiler): this;
 dxfInFields(_filer: AcDbDxfFiler): this;
 dxfOut(...args: unknown[]): unknown;
 dxfOutFields(filer: AcDbDxfFiler): this;
 getAt(name: string): AcDbDimStyleTableRecord | undefined;
 getAttr(attrName: string): any;
 getAttrWithoutException(attrName: string): any;
 getIdAt(id: string): AcDbDimStyleTableRecord | undefined;
 getOwnerIdAt(id: string): AcDbDimStyleTableRecord | undefined;
 getXData(appId: string): AcDbResultBuffer | undefined;
 has(name: string): boolean;
 hasId(id: string): boolean;
 newIterator(
 iterateById?: boolean,
 ): AcDbObjectIterator<AcDbDimStyleTableRecord>;
 remove(name: string): boolean;
 removeAll(): void;
 removeId(id: string): boolean;
 removeXData(appId: string): void;
 restoreFrom(snapshot: this): void;
 setAttr<A extends string>(attrName: A, val?: AcDbObjectAttrs[A]): void;
 setXData(resbuf: AcDbResultBuffer): void;
 };
 layerTable: {
 attrs: {
 attributes: {
 extensionDictionary?: string;
 objectId?: string;
 ownerId?: string;
 [key: string]: any;
 };
 changed: {
 extensionDictionary?: string;
 objectId?: string;
 ownerId?: string;
 [key: string]: any;
 };
 events: {
 attrChanged: {
 addEventListener(listener: (payload: ...) => ...): void;
 dispatch(payload?: (...) | (...), ...args: (...)[]): void;
 removeEventListener(listener: (payload: ...) => ...): void;
 replaceEventListener(listener: (payload: ...) => ...): void;
 };
 modelChanged: {
 addEventListener(listener: (payload: ...) => ...): void;
 dispatch(payload?: (...) | (...), ...args: (...)[]): void;
 removeEventListener(listener: (payload: ...) => ...): void;
 replaceEventListener(listener: (payload: ...) => ...): void;
 };
 };
 changedAttributes(diff?: Partial<AcDbObjectAttrs>): Partial<T>;
 clone(): AcCmObject<AcDbObjectAttrs>;
 get<A extends string>(key: A): AcDbObjectAttrs[A] | undefined;
 has(key: string): boolean;
 hasChanged(key?: string): boolean;
 previous<A extends string>(
 key: A,
 ): AcDbObjectAttrs[A] | null | undefined;
 previousAttributes(): Partial<T>;
 set<A extends string>(
 key: A,
 val?: AcDbObjectAttrs[A],
 options?: AcCmObjectOptions,
 ): this;
 set(key: Partial<T>, options?: AcCmObjectOptions): this;
 };
 database: { readonly transactionManager: { strictMode: boolean; startTransaction: () => AcDbDatabaseTransaction; currentTransaction: () => AcDbDatabaseTransaction | undefined; ... 20 more ...; flushPendingEntityModifiedEvents: () => void; }; ... 100 more ...; dxfInFields: (_filer: AcDbDxfFiler) => AcDbDatabase; };
 extensionDictionary: string
 | undefined;
 isTemp: any;
 numEntries: number;
 objectId: string;
 ownerId: string;
 add(record: AcDbLayerTableRecord): void;
 clone(): this;
 clonePreservingIdentity(): this;
 close(): void;
 createExtensionDictionary(): string | undefined;
 dxfIn(filer: AcDbDxfFiler): this;
 dxfInFields(_filer: AcDbDxfFiler): this;
 dxfOut(...args: unknown[]): unknown;
 dxfOutFields(filer: AcDbDxfFiler): this;
 getAt(name: string): AcDbLayerTableRecord | undefined;
 getAttr(attrName: string): any;
 getAttrWithoutException(attrName: string): any;
 getIdAt(id: string): AcDbLayerTableRecord | undefined;
 getOwnerIdAt(id: string): AcDbLayerTableRecord | undefined;
 getXData(appId: string): AcDbResultBuffer | undefined;
 has(name: string): boolean;
 hasId(id: string): boolean;
 newIterator(
 iterateById?: boolean,
 ): AcDbObjectIterator<AcDbLayerTableRecord>;
 remove(name: string): boolean;
 removeAll(): void;
 removeId(id: string): boolean;
 removeXData(appId: string): void;
 restoreFrom(snapshot: this): void;
 setAttr<A extends string>(attrName: A, val?: AcDbObjectAttrs[A]): void;
 setXData(resbuf: AcDbResultBuffer): void;
 };
 linetypeTable: {
 attrs: {
 attributes: {
 extensionDictionary?: string;
 objectId?: string;
 ownerId?: string;
 [key: string]: any;
 };
 changed: {
 extensionDictionary?: string;
 objectId?: string;
 ownerId?: string;
 [key: string]: any;
 };
 events: {
 attrChanged: {
 addEventListener(listener: (payload: ...) => ...): void;
 dispatch(payload?: (...) | (...), ...args: (...)[]): void;
 removeEventListener(listener: (payload: ...) => ...): void;
 replaceEventListener(listener: (payload: ...) => ...): void;
 };
 modelChanged: {
 addEventListener(listener: (payload: ...) => ...): void;
 dispatch(payload?: (...) | (...), ...args: (...)[]): void;
 removeEventListener(listener: (payload: ...) => ...): void;
 replaceEventListener(listener: (payload: ...) => ...): void;
 };
 };
 changedAttributes(diff?: Partial<AcDbObjectAttrs>): Partial<T>;
 clone(): AcCmObject<AcDbObjectAttrs>;
 get<A extends string>(key: A): AcDbObjectAttrs[A] | undefined;
 has(key: string): boolean;
 hasChanged(key?: string): boolean;
 previous<A extends string>(
 key: A,
 ): AcDbObjectAttrs[A] | null | undefined;
 previousAttributes(): Partial<T>;
 set<A extends string>(
 key: A,
 val?: AcDbObjectAttrs[A],
 options?: AcCmObjectOptions,
 ): this;
 set(key: Partial<T>, options?: AcCmObjectOptions): this;
 };
 database: { readonly transactionManager: { strictMode: boolean; startTransaction: () => AcDbDatabaseTransaction; currentTransaction: () => AcDbDatabaseTransaction | undefined; ... 20 more ...; flushPendingEntityModifiedEvents: () => void; }; ... 100 more ...; dxfInFields: (_filer: AcDbDxfFiler) => AcDbDatabase; };
 extensionDictionary: string
 | undefined;
 isTemp: any;
 numEntries: number;
 objectId: string;
 ownerId: string;
 add(record: AcDbLinetypeTableRecord): void;
 clone(): this;
 clonePreservingIdentity(): this;
 close(): void;
 createExtensionDictionary(): string | undefined;
 dxfIn(filer: AcDbDxfFiler): this;
 dxfInFields(_filer: AcDbDxfFiler): this;
 dxfOut(...args: unknown[]): unknown;
 dxfOutFields(filer: AcDbDxfFiler): this;
 getAt(name: string): AcDbLinetypeTableRecord | undefined;
 getAttr(attrName: string): any;
 getAttrWithoutException(attrName: string): any;
 getIdAt(id: string): AcDbLinetypeTableRecord | undefined;
 getOwnerIdAt(id: string): AcDbLinetypeTableRecord | undefined;
 getXData(appId: string): AcDbResultBuffer | undefined;
 has(name: string): boolean;
 hasId(id: string): boolean;
 newIterator(
 iterateById?: boolean,
 ): AcDbObjectIterator<AcDbLinetypeTableRecord>;
 remove(name: string): boolean;
 removeAll(): void;
 removeId(id: string): boolean;
 removeXData(appId: string): void;
 restoreFrom(snapshot: this): void;
 setAttr<A extends string>(attrName: A, val?: AcDbObjectAttrs[A]): void;
 setXData(resbuf: AcDbResultBuffer): void;
 };
 textStyleTable: {
 attrs: {
 attributes: {
 extensionDictionary?: string;
 objectId?: string;
 ownerId?: string;
 [key: string]: any;
 };
 changed: {
 extensionDictionary?: string;
 objectId?: string;
 ownerId?: string;
 [key: string]: any;
 };
 events: {
 attrChanged: {
 addEventListener(listener: (payload: ...) => ...): void;
 dispatch(payload?: (...) | (...), ...args: (...)[]): void;
 removeEventListener(listener: (payload: ...) => ...): void;
 replaceEventListener(listener: (payload: ...) => ...): void;
 };
 modelChanged: {
 addEventListener(listener: (payload: ...) => ...): void;
 dispatch(payload?: (...) | (...), ...args: (...)[]): void;
 removeEventListener(listener: (payload: ...) => ...): void;
 replaceEventListener(listener: (payload: ...) => ...): void;
 };
 };
 changedAttributes(diff?: Partial<AcDbObjectAttrs>): Partial<T>;
 clone(): AcCmObject<AcDbObjectAttrs>;
 get<A extends string>(key: A): AcDbObjectAttrs[A] | undefined;
 has(key: string): boolean;
 hasChanged(key?: string): boolean;
 previous<A extends string>(
 key: A,
 ): AcDbObjectAttrs[A] | null | undefined;
 previousAttributes(): Partial<T>;
 set<A extends string>(
 key: A,
 val?: AcDbObjectAttrs[A],
 options?: AcCmObjectOptions,
 ): this;
 set(key: Partial<T>, options?: AcCmObjectOptions): this;
 };
 database: { readonly transactionManager: { strictMode: boolean; startTransaction: () => AcDbDatabaseTransaction; currentTransaction: () => AcDbDatabaseTransaction | undefined; ... 20 more ...; flushPendingEntityModifiedEvents: () => void; }; ... 100 more ...; dxfInFields: (_filer: AcDbDxfFiler) => AcDbDatabase; };
 extensionDictionary: string
 | undefined;
 fonts: string[];
 isTemp: any;
 numEntries: number;
 objectId: string;
 ownerId: string;
 shapeFiles: {
 attrs: {
 attributes: {
 bigFont?: ...;
 extendedFont?: ...;
 extensionDictionary?: ...;
 fixedTextHeight?: ...;
 font?: ...;
 lastHeight?: ...;
 name?: ...;
 objectId?: ...;
 obliqueAngle?: ...;
 ownerId?: ...;
 standardFlag?: ...;
 textGenerationFlag?: ...;
 widthFactor?: ...;
 [key: ...]: ...;
 };
 changed: {
 bigFont?: ...;
 extendedFont?: ...;
 extensionDictionary?: ...;
 fixedTextHeight?: ...;
 font?: ...;
 lastHeight?: ...;
 name?: ...;
 objectId?: ...;
 obliqueAngle?: ...;
 ownerId?: ...;
 standardFlag?: ...;
 textGenerationFlag?: ...;
 widthFactor?: ...;
 [key: ...]: ...;
 };
 events: { attrChanged: ...; modelChanged: ... };
 changedAttributes(diff?: (...) | (...)): Partial<(...)>;
 clone(): AcCmObject<(...)>;
 get<A extends string>(key: A): (...) | (...);
 has(key: string): boolean;
 hasChanged(key?: (...) | (...)): boolean;
 previous<A extends string>(key: A): (...) | (...) | (...);
 previousAttributes(): Partial<(...)>;
 set<A extends string>(
 key: A,
 val?: (...) | (...),
 options?: (...) | (...),
 ): this;
 set(key: Partial<(...)>, options?: (...) | (...)): this;
 };
 bigFontFileName: string;
 database: { readonly transactionManager: { strictMode: boolean; startTransaction: () => AcDbDatabaseTransaction; currentTransaction: () => AcDbDatabaseTransaction | undefined; ... 20 more ...; flushPendingEntityModifiedEvents: () => void; }; ... 100 more ...; dxfInFields: (_filer: AcDbDxfFiler) => AcDbDatabase; };
 extensionDictionary: string
 | undefined;
 fileName: string;
 isShapeFile: boolean;
 isTemp: any;
 isVertical: boolean;
 name: string;
 objectId: string;
 obliquingAngle: number;
 ownerId: string;
 priorSize: number;
 textSize: number;
 textStyle: {
 bigFont: string;
 extendedFont?: (...) | (...);
 fixedTextHeight: number;
 font: string;
 lastHeight: number;
 name: string;
 obliqueAngle: number;
 standardFlag: number;
 textGenerationFlag: number;
 widthFactor: number;
 };
 xScale: number;
 clone(): this;
 clonePreservingIdentity(): this;
 close(): void;
 createExtensionDictionary(): string | undefined;
 dxfIn(filer: AcDbDxfFiler): this;
 dxfInFields(filer: AcDbDxfFiler): this;
 dxfOut(...args: unknown[]): unknown;
 dxfOutFields(filer: AcDbDxfFiler): this;
 getAttr(attrName: string): any;
 getAttrWithoutException(attrName: string): any;
 getXData(appId: string): AcDbResultBuffer | undefined;
 removeXData(appId: string): void;
 restoreFrom(snapshot: this): void;
 setAttr<A extends string>(attrName: A, val?: (...)[(...)]): void;
 setXData(resbuf: AcDbResultBuffer): void;
 }[];
 add(record: AcDbTextStyleTableRecord): void;
 clone(): this;
 clonePreservingIdentity(): this;
 close(): void;
 createExtensionDictionary(): string | undefined;
 dxfIn(filer: AcDbDxfFiler): this;
 dxfInFields(_filer: AcDbDxfFiler): this;
 dxfOut(...args: unknown[]): unknown;
 dxfOutFields(filer: AcDbDxfFiler): this;
 getAt(name: string): AcDbTextStyleTableRecord | undefined;
 getAttr(attrName: string): any;
 getAttrWithoutException(attrName: string): any;
 getIdAt(id: string): AcDbTextStyleTableRecord | undefined;
 getOwnerIdAt(id: string): AcDbTextStyleTableRecord | undefined;
 getXData(appId: string): AcDbResultBuffer | undefined;
 has(name: string): boolean;
 hasId(id: string): boolean;
 newIterator(
 iterateById?: boolean,
 ): AcDbObjectIterator<AcDbTextStyleTableRecord>;
 remove(name: string): boolean;
 removeAll(): void;
 removeId(id: string): boolean;
 removeXData(appId: string): void;
 resolveAt(name?: string): AcDbTextStyleTableRecord | undefined;
 restoreFrom(snapshot: this): void;
 setAttr<A extends string>(attrName: A, val?: AcDbObjectAttrs[A]): void;
 setXData(resbuf: AcDbResultBuffer): void;
 };
 ucsTable: {
 attrs: {
 attributes: {
 extensionDictionary?: string;
 objectId?: string;
 ownerId?: string;
 [key: string]: any;
 };
 changed: {
 extensionDictionary?: string;
 objectId?: string;
 ownerId?: string;
 [key: string]: any;
 };
 events: {
 attrChanged: {
 addEventListener(listener: (payload: ...) => ...): void;
 dispatch(payload?: (...) | (...), ...args: (...)[]): void;
 removeEventListener(listener: (payload: ...) => ...): void;
 replaceEventListener(listener: (payload: ...) => ...): void;
 };
 modelChanged: {
 addEventListener(listener: (payload: ...) => ...): void;
 dispatch(payload?: (...) | (...), ...args: (...)[]): void;
 removeEventListener(listener: (payload: ...) => ...): void;
 replaceEventListener(listener: (payload: ...) => ...): void;
 };
 };
 changedAttributes(diff?: Partial<AcDbObjectAttrs>): Partial<T>;
 clone(): AcCmObject<AcDbObjectAttrs>;
 get<A extends string>(key: A): AcDbObjectAttrs[A] | undefined;
 has(key: string): boolean;
 hasChanged(key?: string): boolean;
 previous<A extends string>(
 key: A,
 ): AcDbObjectAttrs[A] | null | undefined;
 previousAttributes(): Partial<T>;
 set<A extends string>(
 key: A,
 val?: AcDbObjectAttrs[A],
 options?: AcCmObjectOptions,
 ): this;
 set(key: Partial<T>, options?: AcCmObjectOptions): this;
 };
 database: { readonly transactionManager: { strictMode: boolean; startTransaction: () => AcDbDatabaseTransaction; currentTransaction: () => AcDbDatabaseTransaction | undefined; ... 20 more ...; flushPendingEntityModifiedEvents: () => void; }; ... 100 more ...; dxfInFields: (_filer: AcDbDxfFiler) => AcDbDatabase; };
 extensionDictionary: string
 | undefined;
 isTemp: any;
 numEntries: number;
 objectId: string;
 ownerId: string;
 add(record: AcDbUcsTableRecord): void;
 clone(): this;
 clonePreservingIdentity(): this;
 close(): void;
 createExtensionDictionary(): string | undefined;
 dxfIn(filer: AcDbDxfFiler): this;
 dxfInFields(_filer: AcDbDxfFiler): this;
 dxfOut(...args: unknown[]): unknown;
 dxfOutFields(filer: AcDbDxfFiler): this;
 getAt(name: string): AcDbUcsTableRecord | undefined;
 getAttr(attrName: string): any;
 getAttrWithoutException(attrName: string): any;
 getIdAt(id: string): AcDbUcsTableRecord | undefined;
 getOwnerIdAt(id: string): AcDbUcsTableRecord | undefined;
 getXData(appId: string): AcDbResultBuffer | undefined;
 has(name: string): boolean;
 hasId(id: string): boolean;
 newIterator(
 iterateById?: boolean,
 ): AcDbObjectIterator<AcDbUcsTableRecord>;
 remove(name: string): boolean;
 removeAll(): void;
 removeId(id: string): boolean;
 removeXData(appId: string): void;
 restoreFrom(snapshot: this): void;
 setAttr<A extends string>(attrName: A, val?: AcDbObjectAttrs[A]): void;
 setXData(resbuf: AcDbResultBuffer): void;
 };
 viewportTable: {
 attrs: {
 attributes: {
 extensionDictionary?: string;
 objectId?: string;
 ownerId?: string;
 [key: string]: any;
 };
 changed: {
 extensionDictionary?: string;
 objectId?: string;
 ownerId?: string;
 [key: string]: any;
 };
 events: {
 attrChanged: {
 addEventListener(listener: (payload: ...) => ...): void;
 dispatch(payload?: (...) | (...), ...args: (...)[]): void;
 removeEventListener(listener: (payload: ...) => ...): void;
 replaceEventListener(listener: (payload: ...) => ...): void;
 };
 modelChanged: {
 addEventListener(listener: (payload: ...) => ...): void;
 dispatch(payload?: (...) | (...), ...args: (...)[]): void;
 removeEventListener(listener: (payload: ...) => ...): void;
 replaceEventListener(listener: (payload: ...) => ...): void;
 };
 };
 changedAttributes(diff?: Partial<AcDbObjectAttrs>): Partial<T>;
 clone(): AcCmObject<AcDbObjectAttrs>;
 get<A extends string>(key: A): AcDbObjectAttrs[A] | undefined;
 has(key: string): boolean;
 hasChanged(key?: string): boolean;
 previous<A extends string>(
 key: A,
 ): AcDbObjectAttrs[A] | null | undefined;
 previousAttributes(): Partial<T>;
 set<A extends string>(
 key: A,
 val?: AcDbObjectAttrs[A],
 options?: AcCmObjectOptions,
 ): this;
 set(key: Partial<T>, options?: AcCmObjectOptions): this;
 };
 database: { readonly transactionManager: { strictMode: boolean; startTransaction: () => AcDbDatabaseTransaction; currentTransaction: () => AcDbDatabaseTransaction | undefined; ... 20 more ...; flushPendingEntityModifiedEvents: () => void; }; ... 100 more ...; dxfInFields: (_filer: AcDbDxfFiler) => AcDbDatabase; };
 extensionDictionary: string
 | undefined;
 isTemp: any;
 numEntries: number;
 objectId: string;
 ownerId: string;
 add(record: AcDbViewportTableRecord): void;
 clone(): this;
 clonePreservingIdentity(): this;
 close(): void;
 createExtensionDictionary(): string | undefined;
 dxfIn(filer: AcDbDxfFiler): this;
 dxfInFields(_filer: AcDbDxfFiler): this;
 dxfOut(...args: unknown[]): unknown;
 dxfOutFields(filer: AcDbDxfFiler): this;
 getActiveVport(): AcDbViewportTableRecord | undefined;
 getActiveVportBox(
 canvasAspectRatio: number,
 drawingExtents?: AcGeBox2d,
 ): AcGeBox2d | undefined;
 getAt(name: string): AcDbViewportTableRecord | undefined;
 getAttr(attrName: string): any;
 getAttrWithoutException(attrName: string): any;
 getIdAt(id: string): AcDbViewportTableRecord | undefined;
 getOwnerIdAt(id: string): AcDbViewportTableRecord | undefined;
 getXData(appId: string): AcDbResultBuffer | undefined;
 has(name: string): boolean;
 hasId(id: string): boolean;
 newIterator(
 iterateById?: boolean,
 ): AcDbObjectIterator<AcDbViewportTableRecord>;
 remove(name: string): boolean;
 removeAll(): void;
 removeId(id: string): boolean;
 removeXData(appId: string): void;
 restoreFrom(snapshot: this): void;
 setAttr<A extends string>(attrName: A, val?: AcDbObjectAttrs[A]): void;
 setXData(resbuf: AcDbResultBuffer): void;
 };
 viewTable: {
 attrs: {
 attributes: {
 extensionDictionary?: string;
 objectId?: string;
 ownerId?: string;
 [key: string]: any;
 };
 changed: {
 extensionDictionary?: string;
 objectId?: string;
 ownerId?: string;
 [key: string]: any;
 };
 events: {
 attrChanged: {
 addEventListener(listener: (payload: ...) => ...): void;
 dispatch(payload?: (...) | (...), ...args: (...)[]): void;
 removeEventListener(listener: (payload: ...) => ...): void;
 replaceEventListener(listener: (payload: ...) => ...): void;
 };
 modelChanged: {
 addEventListener(listener: (payload: ...) => ...): void;
 dispatch(payload?: (...) | (...), ...args: (...)[]): void;
 removeEventListener(listener: (payload: ...) => ...): void;
 replaceEventListener(listener: (payload: ...) => ...): void;
 };
 };
 changedAttributes(diff?: Partial<AcDbObjectAttrs>): Partial<T>;
 clone(): AcCmObject<AcDbObjectAttrs>;
 get<A extends string>(key: A): AcDbObjectAttrs[A] | undefined;
 has(key: string): boolean;
 hasChanged(key?: string): boolean;
 previous<A extends string>(
 key: A,
 ): AcDbObjectAttrs[A] | null | undefined;
 previousAttributes(): Partial<T>;
 set<A extends string>(
 key: A,
 val?: AcDbObjectAttrs[A],
 options?: AcCmObjectOptions,
 ): this;
 set(key: Partial<T>, options?: AcCmObjectOptions): this;
 };
 database: { readonly transactionManager: { strictMode: boolean; startTransaction: () => AcDbDatabaseTransaction; currentTransaction: () => AcDbDatabaseTransaction | undefined; ... 20 more ...; flushPendingEntityModifiedEvents: () => void; }; ... 100 more ...; dxfInFields: (_filer: AcDbDxfFiler) => AcDbDatabase; };
 extensionDictionary: string
 | undefined;
 isTemp: any;
 numEntries: number;
 objectId: string;
 ownerId: string;
 add(record: AcDbViewTableRecord): void;
 clone(): this;
 clonePreservingIdentity(): this;
 close(): void;
 createExtensionDictionary(): string | undefined;
 dxfIn(filer: AcDbDxfFiler): this;
 dxfInFields(_filer: AcDbDxfFiler): this;
 dxfOut(...args: unknown[]): unknown;
 dxfOutFields(filer: AcDbDxfFiler): this;
 getAt(name: string): AcDbViewTableRecord | undefined;
 getAttr(attrName: string): any;
 getAttrWithoutException(attrName: string): any;
 getIdAt(id: string): AcDbViewTableRecord | undefined;
 getOwnerIdAt(id: string): AcDbViewTableRecord | undefined;
 getXData(appId: string): AcDbResultBuffer | undefined;
 has(name: string): boolean;
 hasId(id: string): boolean;
 newIterator(
 iterateById?: boolean,
 ): AcDbObjectIterator<AcDbViewTableRecord>;
 remove(name: string): boolean;
 removeAll(): void;
 removeId(id: string): boolean;
 removeXData(appId: string): void;
 restoreFrom(snapshot: this): void;
 setAttr<A extends string>(attrName: A, val?: AcDbObjectAttrs[A]): void;
 setXData(resbuf: AcDbResultBuffer): void;
 };
 };
 textstyle: string;
 thumbnailImage: | {
 "[toStringTag]": "Uint8Array";
 buffer: | {
 "[toStringTag]": "ArrayBuffer";
 byteLength: number;
 detached: boolean;
 maxByteLength: number;
 resizable: boolean;
 resize(newByteLength?: number): void;
 slice(begin?: number, end?: number): ArrayBuffer;
 transfer(newByteLength?: number): ArrayBuffer;
 transferToFixedLength(newByteLength?: number): ArrayBuffer;
 }
 | {
 "[toStringTag]": "SharedArrayBuffer";
 byteLength: number;
 growable: boolean;
 maxByteLength: number;
 grow(newByteLength?: number): void;
 slice(begin?: number, end?: number): SharedArrayBuffer;
 };
 byteLength: number;
 byteOffset: number;
 BYTES_PER_ELEMENT: number;
 length: number;
 "[iterator]"(): ArrayIterator<number>;
 at(index: number): number | undefined;
 copyWithin(target: number, start: number, end?: number): this;
 entries(): ArrayIterator<[number, number]>;
 every(
 predicate: (value: number, index: number, array: this) => unknown,
 thisArg?: any,
 ): boolean;
 fill(value: number, start?: number, end?: number): this;
 filter(
 predicate: (value: number, index: number, array: this) => any,
 thisArg?: any,
 ): Uint8Array<ArrayBuffer>;
 find(
 predicate: (value: number, index: number, obj: this) => boolean,
 thisArg?: any,
 ): number | undefined;
 findIndex(
 predicate: (value: number, index: number, obj: this) => boolean,
 thisArg?: any,
 ): number;
 findLast<S extends number>(
 predicate: (value: number, index: number, array: this) => value is S,
 thisArg?: any,
 ): S | undefined;
 findLast(
 predicate: (value: number, index: number, array: this) => unknown,
 thisArg?: any,
 ): number | undefined;
 findLastIndex(
 predicate: (value: number, index: number, array: this) => unknown,
 thisArg?: any,
 ): number;
 forEach(
 callbackfn: (value: number, index: number, array: this) => void,
 thisArg?: any,
 ): void;
 includes(searchElement: number, fromIndex?: number): boolean;
 indexOf(searchElement: number, fromIndex?: number): number;
 join(separator?: string): string;
 keys(): ArrayIterator<number>;
 lastIndexOf(searchElement: number, fromIndex?: number): number;
 map(
 callbackfn: (value: number, index: number, array: this) => number,
 thisArg?: any,
 ): Uint8Array<ArrayBuffer>;
 reduce(
 callbackfn: (
 previousValue: number,
 currentValue: number,
 currentIndex: number,
 array: this,
 ) => number,
 ): number;
 reduce(
 callbackfn: (
 previousValue: number,
 currentValue: number,
 currentIndex: number,
 array: this,
 ) => number,
 initialValue: number,
 ): number;
 reduce(
 callbackfn: (
 previousValue: U,
 currentValue: number,
 currentIndex: number,
 array: this,
 ) => U,
 initialValue: U,
 ): U;
 reduceRight(
 callbackfn: (
 previousValue: number,
 currentValue: number,
 currentIndex: number,
 array: this,
 ) => number,
 ): number;
 reduceRight(
 callbackfn: (
 previousValue: number,
 currentValue: number,
 currentIndex: number,
 array: this,
 ) => number,
 initialValue: number,
 ): number;
 reduceRight(
 callbackfn: (
 previousValue: U,
 currentValue: number,
 currentIndex: number,
 array: this,
 ) => U,
 initialValue: U,
 ): U;
 reverse(): this;
 set(array: ArrayLike<number>, offset?: number): void;
 slice(start?: number, end?: number): Uint8Array<ArrayBuffer>;
 some(
 predicate: (value: number, index: number, array: this) => unknown,
 thisArg?: any,
 ): boolean;
 sort(compareFn?: (a: number, b: number) => number): this;
 subarray(begin?: number, end?: number): Uint8Array<ArrayBufferLike>;
 toLocaleString(): string;
 toLocaleString(
 locales: string | string[],
 options?: NumberFormatOptions,
 ): string;
 toReversed(): Uint8Array<ArrayBuffer>;
 toSorted(
 compareFn?: (a: number, b: number) => number,
 ): Uint8Array<ArrayBuffer>;
 toString(): string;
 valueOf(): this;
 values(): ArrayIterator<number>;
 with(index: number, value: number): Uint8Array<ArrayBuffer>;
 [key: number]: number;
 }
 | undefined;
 tilemode: boolean;
 transactionManager: {
 strictMode: boolean;
 abortTransaction(): void;
 cancelUndoMark(): void;
 canRedo(): boolean;
 canUndo(): boolean;
 clearUndoStack(): void;
 commitTransaction(): void;
 currentTransaction(): AcDbDatabaseTransaction | undefined;
 endUndoMark(): void;
 flushPendingEntityModifiedEvents(): void;
 flushPendingLayerModifiedEvents(): void;
 hasTransaction(): boolean;
 isApplyingUndoRedo(): boolean;
 isOpenedForWriteInTransaction(objectId: string): boolean;
 isRecording(): boolean;
 recordAppend(container: AcDbChangeContainer, object: AcDbObject): void;
 recordRemove(container: AcDbChangeContainer, object: AcDbObject): void;
 recordSysvar(name: string, before: unknown): void;
 redo(): boolean;
 resolveSymbolTableName(table: { objectId: string }): string;
 runUndoable<T>(label: string, fn: (tr: AcDbDatabaseTransaction) => T): T;
 startTransaction(): AcDbDatabaseTransaction;
 startUndoMark(label?: string): void;
 undo(): boolean;
 };
 unitmode: number;
 version: {
 capabilities: {
 supportsBlockRecordTable: boolean;
 supportsClassesSection: boolean;
 supportsHandles: boolean;
 supportsLineWeight: boolean;
 supportsLwPolyline: boolean;
 supportsObjectsSection: boolean;
 supportsSubclassMarkers: boolean;
 supportsTransparency: boolean;
 supportsTrueColor: boolean;
 supportsUtf8CodePage: boolean;
 };
 name: string;
 value: number;
 };
 adoptExternalHandle(object: AcDbObject, preferredId: string): string;
 beginEventBatch(): void;
 clone(): this;
 clonePreservingIdentity(): this;
 close(): void;
 commitObjectHandle(
 object: AcDbObject,
 hasId?: (id: string) => boolean,
 ): void;
 createDefaultData(options?: AcDbCreateDefaultDataOptions): void;
 createExtensionDictionary(): string | undefined;
 dxfIn(filer: AcDbDxfFiler): this;
 dxfInFields(_filer: AcDbDxfFiler): this;
 dxfOut(
 _fileName?: string,
 precision?: number,
 version?: string | number | AcDbDwgVersion,
 optionsOrThumbnail?:
 | boolean
 | { format?: "ascii"
 | "binary"; saveThumbnailImage?: boolean },
 ): string | Uint8Array<ArrayBufferLike>;
 dxfOutFields(_filer: AcDbDxfFiler): this;
 endEventBatch(): void;
 endEventBatchChunked(
 chunkSize: number,
 onChunk?: (flushed: number, total: number) => void | Promise<void>,
 ): Promise<void>;
 ensureEntityStyleDefaults(entity: AcDbEntity): void;
 ensureTextStyleDefaults(): void;
 generateHandle(): string;
 generateUniqueHandle(): string;
 getAttr(attrName: string): any;
 getAttrWithoutException(attrName: string): any;
 getObjectById(
 id: string,
 _openErased?: boolean,
 ): AcDbObject<AcDbObjectAttrs> | undefined;
 getRootDictionaries(): AcDbDictionary<AcDbObject<AcDbObjectAttrs>>[];
 getXData(appId: string): AcDbResultBuffer | undefined;
 initializeHandleSeed(seed: string): void;
 isEventBatched(): boolean;
 isHandleTaken(
 objectId: string,
 except?: AcDbObject<AcDbObjectAttrs>,
 ): boolean;
 isLayerDrawable(layerName: string): boolean;
 isUndoRecording(): boolean;
 notifyDictObjectErased(object: AcDbObject, key: string): void;
 notifyDictObjectSet(object: AcDbObject, key: string): void;
 notifyEntityAppended(entity: AcDbEntity | AcDbEntity[]): void;
 notifyEntityErased(entity: AcDbEntity | AcDbEntity[]): void;
 openEntityForRead(
 entityOrId: string | AcDbEntity,
 ): AcDbEntity | undefined;
 openEntityForWrite(
 entityOrId: string | AcDbEntity,
 ): AcDbEntity | undefined;
 openObjectForRead<T extends AcDbObject<AcDbObjectAttrs>>(
 objectId: string,
 ): T | undefined;
 openObjectForWrite<T extends AcDbObject<AcDbObjectAttrs>>(
 objectId: string,
 ): T | undefined;
 openUri(url: string, options: AcDbOpenDatabaseOptions): Promise<void>;
 read(
 data: ArrayBuffer,
 options: AcDbOpenDatabaseOptions,
 fileType?: string,
 ): Promise<void>;
 regen(): Promise<void>;
 registerObjectHandle(object: AcDbObject): void;
 releaseObjectHandle(object: AcDbObject): void;
 removeXData(appId: string): void;
 restoreFrom(snapshot: this): void;
 runDatabaseEdit(label: string, fn: () => void): void;
 setAttr<A extends string>(attrName: A, val?: AcDbObjectAttrs[A]): void;
 setDwgName(value: string): void;
 setXData(resbuf: AcDbResultBuffer): void;
 updateMaxHandle(handle: string): void;
 };
 dxfPaperSpace: boolean;
 dxfTypeName: string;
 extensionDictionary: string
 | undefined;
 geometricExtents: {
 center: {
 x: number;
 y: number;
 z: number;
 "[iterator]"(): Generator<number, void, unknown>;
 add(v: AcGeVectorLike): this;
 addScalar(s: number): this;
 addScaledVector(v: AcGeVector3dLike, s: number): this;
 addVectors(a: AcGeVector3dLike, b: AcGeVector3dLike): this;
 angleTo(v: AcGeVector3d): number;
 applyAxisAngle(axis: AcGeVector3dLike, angle: number): this;
 applyEuler(euler: AcGeEuler): this;
 applyMatrix3(m: AcGeMatrix2d): this;
 applyMatrix4(m: AcGeMatrix3d): this;
 applyNormalMatrix(m: AcGeMatrix2d): this;
 applyQuaternion(q: AcGeQuaternion): this;
 ceil(): this;
 clamp(min: AcGeVector3dLike, max: AcGeVector3dLike): this;
 clampLength(min: number, max: number): this;
 clampScalar(minVal: number, maxVal: number): this;
 clone(): AcGeVector3d;
 copy(v: AcGeVectorLike): this;
 cross(v: AcGeVector3dLike): this;
 crossVectors(a: AcGeVector3dLike, b: AcGeVector3dLike): this;
 distanceTo(v: AcGeVector3dLike): number;
 distanceToSquared(v: AcGeVector3dLike): number;
 divide(v: AcGeVector3dLike): this;
 divideScalar(scalar: number): this;
 dot(v: AcGeVector3dLike): number;
 equals(v: AcGeVector3dLike): boolean;
 floor(): this;
 fromArray(array: number[], offset?: number): this;
 getComponent(index: number): number;
 isParallelTo(vec: AcGeVector3d): boolean;
 length(): number;
 lengthSq(): number;
 lerp(v: AcGeVector3dLike, alpha: number): this;
 lerpVectors(
 v1: AcGeVector3dLike,
 v2: AcGeVector3dLike,
 alpha: number,
 ): this;
 manhattanDistanceTo(v: AcGeVector3dLike): number;
 manhattanLength(): number;
 max(v: AcGeVector3dLike): this;
 min(v: AcGeVector3dLike): this;
 multiply(v: AcGeVector3dLike): this;
 multiplyScalar(scalar: number): this;
 multiplyVectors(a: AcGeVector3dLike, b: AcGeVector3dLike): this;
 negate(): this;
 normalize(): this;
 projectOnPlane(planeNormal: AcGeVector3d): this;
 projectOnVector(v: AcGeVector3d): this;
 random(): this;
 randomDirection(): this;
 reflect(normal: AcGeVector3dLike): this;
 round(): this;
 roundToZero(): this;
 set(x: number, y: number, z: number): this;
 setComponent(index: number, value: number): this;
 setFromMatrix3Column(m: AcGeMatrix2d, index: number): this;
 setFromMatrixColumn(m: AcGeMatrix3d, index: number): this;
 setFromMatrixPosition(m: AcGeMatrix3d): this;
 setFromMatrixScale(m: AcGeMatrix3d): this;
 setLength(l: number): this;
 setScalar(scalar: number): this;
 setX(x: number): this;
 setY(y: number): this;
 setZ(z: number): this;
 sub(v: AcGeVector3dLike): this;
 subScalar(s: number): this;
 subVectors(a: AcGeVector3dLike, b: AcGeVector3dLike): this;
 toArray(
 array?: number[] | Float32Array<ArrayBufferLike>,
 offset?: number,
 ): number[] | Float32Array<ArrayBufferLike>;
 transformDirection(m: AcGeMatrix3d): this;
 };
 max: {
 x: number;
 y: number;
 z: number;
 "[iterator]"(): Generator<number, void, unknown>;
 add(v: AcGeVectorLike): this;
 addScalar(s: number): this;
 addScaledVector(v: AcGeVector3dLike, s: number): this;
 addVectors(a: AcGeVector3dLike, b: AcGeVector3dLike): this;
 angleTo(v: AcGeVector3d): number;
 applyAxisAngle(axis: AcGeVector3dLike, angle: number): this;
 applyEuler(euler: AcGeEuler): this;
 applyMatrix3(m: AcGeMatrix2d): this;
 applyMatrix4(m: AcGeMatrix3d): this;
 applyNormalMatrix(m: AcGeMatrix2d): this;
 applyQuaternion(q: AcGeQuaternion): this;
 ceil(): this;
 clamp(min: AcGeVector3dLike, max: AcGeVector3dLike): this;
 clampLength(min: number, max: number): this;
 clampScalar(minVal: number, maxVal: number): this;
 clone(): AcGeVector3d;
 copy(v: AcGeVectorLike): this;
 cross(v: AcGeVector3dLike): this;
 crossVectors(a: AcGeVector3dLike, b: AcGeVector3dLike): this;
 distanceTo(v: AcGeVector3dLike): number;
 distanceToSquared(v: AcGeVector3dLike): number;
 divide(v: AcGeVector3dLike): this;
 divideScalar(scalar: number): this;
 dot(v: AcGeVector3dLike): number;
 equals(v: AcGeVector3dLike): boolean;
 floor(): this;
 fromArray(array: number[], offset?: number): this;
 getComponent(index: number): number;
 isParallelTo(vec: AcGeVector3d): boolean;
 length(): number;
 lengthSq(): number;
 lerp(v: AcGeVector3dLike, alpha: number): this;
 lerpVectors(
 v1: AcGeVector3dLike,
 v2: AcGeVector3dLike,
 alpha: number,
 ): this;
 manhattanDistanceTo(v: AcGeVector3dLike): number;
 manhattanLength(): number;
 max(v: AcGeVector3dLike): this;
 min(v: AcGeVector3dLike): this;
 multiply(v: AcGeVector3dLike): this;
 multiplyScalar(scalar: number): this;
 multiplyVectors(a: AcGeVector3dLike, b: AcGeVector3dLike): this;
 negate(): this;
 normalize(): this;
 projectOnPlane(planeNormal: AcGeVector3d): this;
 projectOnVector(v: AcGeVector3d): this;
 random(): this;
 randomDirection(): this;
 reflect(normal: AcGeVector3dLike): this;
 round(): this;
 roundToZero(): this;
 set(x: number, y: number, z: number): this;
 setComponent(index: number, value: number): this;
 setFromMatrix3Column(m: AcGeMatrix2d, index: number): this;
 setFromMatrixColumn(m: AcGeMatrix3d, index: number): this;
 setFromMatrixPosition(m: AcGeMatrix3d): this;
 setFromMatrixScale(m: AcGeMatrix3d): this;
 setLength(l: number): this;
 setScalar(scalar: number): this;
 setX(x: number): this;
 setY(y: number): this;
 setZ(z: number): this;
 sub(v: AcGeVector3dLike): this;
 subScalar(s: number): this;
 subVectors(a: AcGeVector3dLike, b: AcGeVector3dLike): this;
 toArray(
 array?: number[] | Float32Array<ArrayBufferLike>,
 offset?: number,
 ): number[] | Float32Array<ArrayBufferLike>;
 transformDirection(m: AcGeMatrix3d): this;
 };
 min: {
 x: number;
 y: number;
 z: number;
 "[iterator]"(): Generator<number, void, unknown>;
 add(v: AcGeVectorLike): this;
 addScalar(s: number): this;
 addScaledVector(v: AcGeVector3dLike, s: number): this;
 addVectors(a: AcGeVector3dLike, b: AcGeVector3dLike): this;
 angleTo(v: AcGeVector3d): number;
 applyAxisAngle(axis: AcGeVector3dLike, angle: number): this;
 applyEuler(euler: AcGeEuler): this;
 applyMatrix3(m: AcGeMatrix2d): this;
 applyMatrix4(m: AcGeMatrix3d): this;
 applyNormalMatrix(m: AcGeMatrix2d): this;
 applyQuaternion(q: AcGeQuaternion): this;
 ceil(): this;
 clamp(min: AcGeVector3dLike, max: AcGeVector3dLike): this;
 clampLength(min: number, max: number): this;
 clampScalar(minVal: number, maxVal: number): this;
 clone(): AcGeVector3d;
 copy(v: AcGeVectorLike): this;
 cross(v: AcGeVector3dLike): this;
 crossVectors(a: AcGeVector3dLike, b: AcGeVector3dLike): this;
 distanceTo(v: AcGeVector3dLike): number;
 distanceToSquared(v: AcGeVector3dLike): number;
 divide(v: AcGeVector3dLike): this;
 divideScalar(scalar: number): this;
 dot(v: AcGeVector3dLike): number;
 equals(v: AcGeVector3dLike): boolean;
 floor(): this;
 fromArray(array: number[], offset?: number): this;
 getComponent(index: number): number;
 isParallelTo(vec: AcGeVector3d): boolean;
 length(): number;
 lengthSq(): number;
 lerp(v: AcGeVector3dLike, alpha: number): this;
 lerpVectors(
 v1: AcGeVector3dLike,
 v2: AcGeVector3dLike,
 alpha: number,
 ): this;
 manhattanDistanceTo(v: AcGeVector3dLike): number;
 manhattanLength(): number;
 max(v: AcGeVector3dLike): this;
 min(v: AcGeVector3dLike): this;
 multiply(v: AcGeVector3dLike): this;
 multiplyScalar(scalar: number): this;
 multiplyVectors(a: AcGeVector3dLike, b: AcGeVector3dLike): this;
 negate(): this;
 normalize(): this;
 projectOnPlane(planeNormal: AcGeVector3d): this;
 projectOnVector(v: AcGeVector3d): this;
 random(): this;
 randomDirection(): this;
 reflect(normal: AcGeVector3dLike): this;
 round(): this;
 roundToZero(): this;
 set(x: number, y: number, z: number): this;
 setComponent(index: number, value: number): this;
 setFromMatrix3Column(m: AcGeMatrix2d, index: number): this;
 setFromMatrixColumn(m: AcGeMatrix3d, index: number): this;
 setFromMatrixPosition(m: AcGeMatrix3d): this;
 setFromMatrixScale(m: AcGeMatrix3d): this;
 setLength(l: number): this;
 setScalar(scalar: number): this;
 setX(x: number): this;
 setY(y: number): this;
 setZ(z: number): this;
 sub(v: AcGeVector3dLike): this;
 subScalar(s: number): this;
 subVectors(a: AcGeVector3dLike, b: AcGeVector3dLike): this;
 toArray(
 array?: number[] | Float32Array<ArrayBufferLike>,
 offset?: number,
 ): number[] | Float32Array<ArrayBufferLike>;
 transformDirection(m: AcGeMatrix3d): this;
 };
 size: {
 x: number;
 y: number;
 z: number;
 "[iterator]"(): Generator<number, void, unknown>;
 add(v: AcGeVectorLike): this;
 addScalar(s: number): this;
 addScaledVector(v: AcGeVector3dLike, s: number): this;
 addVectors(a: AcGeVector3dLike, b: AcGeVector3dLike): this;
 angleTo(v: AcGeVector3d): number;
 applyAxisAngle(axis: AcGeVector3dLike, angle: number): this;
 applyEuler(euler: AcGeEuler): this;
 applyMatrix3(m: AcGeMatrix2d): this;
 applyMatrix4(m: AcGeMatrix3d): this;
 applyNormalMatrix(m: AcGeMatrix2d): this;
 applyQuaternion(q: AcGeQuaternion): this;
 ceil(): this;
 clamp(min: AcGeVector3dLike, max: AcGeVector3dLike): this;
 clampLength(min: number, max: number): this;
 clampScalar(minVal: number, maxVal: number): this;
 clone(): AcGeVector3d;
 copy(v: AcGeVectorLike): this;
 cross(v: AcGeVector3dLike): this;
 crossVectors(a: AcGeVector3dLike, b: AcGeVector3dLike): this;
 distanceTo(v: AcGeVector3dLike): number;
 distanceToSquared(v: AcGeVector3dLike): number;
 divide(v: AcGeVector3dLike): this;
 divideScalar(scalar: number): this;
 dot(v: AcGeVector3dLike): number;
 equals(v: AcGeVector3dLike): boolean;
 floor(): this;
 fromArray(array: number[], offset?: number): this;
 getComponent(index: number): number;
 isParallelTo(vec: AcGeVector3d): boolean;
 length(): number;
 lengthSq(): number;
 lerp(v: AcGeVector3dLike, alpha: number): this;
 lerpVectors(
 v1: AcGeVector3dLike,
 v2: AcGeVector3dLike,
 alpha: number,
 ): this;
 manhattanDistanceTo(v: AcGeVector3dLike): number;
 manhattanLength(): number;
 max(v: AcGeVector3dLike): this;
 min(v: AcGeVector3dLike): this;
 multiply(v: AcGeVector3dLike): this;
 multiplyScalar(scalar: number): this;
 multiplyVectors(a: AcGeVector3dLike, b: AcGeVector3dLike): this;
 negate(): this;
 normalize(): this;
 projectOnPlane(planeNormal: AcGeVector3d): this;
 projectOnVector(v: AcGeVector3d): this;
 random(): this;
 randomDirection(): this;
 reflect(normal: AcGeVector3dLike): this;
 round(): this;
 roundToZero(): this;
 set(x: number, y: number, z: number): this;
 setComponent(index: number, value: number): this;
 setFromMatrix3Column(m: AcGeMatrix2d, index: number): this;
 setFromMatrixColumn(m: AcGeMatrix3d, index: number): this;
 setFromMatrixPosition(m: AcGeMatrix3d): this;
 setFromMatrixScale(m: AcGeMatrix3d): this;
 setLength(l: number): this;
 setScalar(scalar: number): this;
 setX(x: number): this;
 setY(y: number): this;
 setZ(z: number): this;
 sub(v: AcGeVector3dLike): this;
 subScalar(s: number): this;
 subVectors(a: AcGeVector3dLike, b: AcGeVector3dLike): this;
 toArray(
 array?: number[] | Float32Array<ArrayBufferLike>,
 offset?: number,
 ): number[] | Float32Array<ArrayBufferLike>;
 transformDirection(m: AcGeMatrix3d): this;
 };
 applyMatrix4(matrix: AcGeMatrix3d): this;
 clampPoint(point: AcGeVector3dLike, target: AcGeVector3d): AcGeVector3d;
 clone(): AcGeBox3d;
 containsBox(box: AcGeBox3d): boolean;
 containsPoint(point: AcGeVector3dLike): boolean;
 copy(box: AcGeBox3d): this;
 distanceToPoint(point: AcGeVector3dLike): number;
 equals(box: AcGeBox3d): boolean;
 expandByPoint(point: AcGeVector3dLike): this;
 expandByScalar(scalar: number): this;
 expandByVector(vector: AcGeVector3dLike): this;
 getCenter(target: AcGeVector3d): AcGeVector3d;
 getParameter(point: AcGeVector3dLike, target: AcGeVector3d): AcGeVector3d;
 getSize(target: AcGeVector3d): AcGeVector3d;
 intersect(box: AcGeBox3d): this;
 intersectsBox(box: AcGeBox3d): boolean;
 intersectsPlane(plane: AcGePlane): boolean;
 isEmpty(): boolean;
 makeEmpty(): this;
 set(min: AcGeVector3dLike, max: AcGeVector3dLike): this;
 setFromArray(array: number[]): this;
 setFromCenterAndSize(
 center: AcGeVector3dLike,
 size: AcGeVector3dLike,
 ): this;
 setFromPoints(points: AcGeVector3dLike[]): this;
 translate(offset: AcGeVector3dLike): this;
 union(box: AcGeBox3d): this;
 };
 isTemp: any;
 layer: string;
 lineStyle: {
 description: string;
 name: string;
 pattern?: {
 elementLength: number;
 elementTypeFlag: number;
 offsetX?: number;
 offsetY?: number;
 rotation?: number;
 scale?: number;
 shapeNumber?: number;
 styleObjectId?: string;
 text?: string;
 }[];
 standardFlag: number;
 totalPatternLength: number;
 type: AcGiStyleType;
 };
 lineType: string;
 linetypeScale: number;
 lineWeight: AcGiLineWeight;
 objectId: string;
 ownerId: string;
 properties: {
 groups: {
 groupName: string;
 properties: {
 accessor: { set?: (...)
 | (...); get(): unknown };
 editable?: boolean;
 itemSchema?: { properties: ... };
 name: string;
 options?: (...)[];
 skipTranslation?: boolean;
 type: AcDbEntityPropertyType;
 }[];
 }[];
 type: string;
 };
 resolvedColor: {
 blue: number
 | undefined;
 colorIndex: number | undefined;
 colorMethod: AcCmColorMethod;
 colorName: string | undefined;
 cssColor: string | undefined;
 green: number | undefined;
 hexColor: string | undefined;
 isByACI: boolean;
 isByBlock: boolean;
 isByColor: boolean;
 isByLayer: boolean;
 isForeground: boolean;
 red: number | undefined;
 RGB: number | undefined;
 clone(): AcCmColor;
 copy(other: AcCmColor): this;
 cssColorAlpha(alpha: number): string | undefined;
 equals(other: AcCmColor): boolean;
 setByBlock(value?: number): this;
 setByLayer(value?: number): this;
 setForeground(): this;
 setRGB(r: number, g: number, b: number): this;
 setRGBFromCss(cssString: string): this;
 setRGBValue(value: number | null | undefined): this;
 setScalar(scalar: number): this;
 toString(): string;
 };
 transparency: {
 alpha: number;
 isByAlpha: boolean;
 isByBlock: boolean;
 isByLayer: boolean;
 isClear: boolean;
 isInvalid: boolean;
 isSolid: boolean;
 method: AcCmTransparencyMethod;
 percentage: number
 | undefined;
 clone(): AcCmTransparency;
 equals(other: AcCmTransparency): boolean;
 serialize(): number;
 toString(): string;
 };
 type: string;
 visibility: boolean;
 clone(): this;
 clonePreservingIdentity(): this;
 close(): void;
 createExtensionDictionary(): string | undefined;
 dxfIn(filer: AcDbDxfFiler): this;
 dxfInFields(filer: AcDbDxfFiler): this;
 dxfOut(...args: unknown[]): unknown;
 dxfOutFields(filer: AcDbDxfFiler): this;
 erase(): boolean;
 getAttr(attrName: string): any;
 getAttrWithoutException(attrName: string): any;
 getXData(appId: string): AcDbResultBuffer | undefined;
 removeXData(appId: string): void;
 resolveEffectiveProperties(): void;
 restoreFrom(snapshot: this): void;
 setAttr<A extends string>(attrName: A, val?: AcDbObjectAttrs[A]): void;
 setXData(resbuf: AcDbResultBuffer): void;
 subGetGripPoints(): AcGePoint3d[];
 subGetOsnapPoints(
 osnapMode: AcDbOsnapMode,
 pickPoint: AcGePoint3dLike,
 lastPoint: AcGePoint3dLike,
 snapPoints: AcGePoint3dLike[],
 gsMark?: any,
 insertionMat?: AcGeMatrix3d,
 ): void;
 subMoveGripPointsAt(indices: number[], offset: AcGeVector3dLike): this;
 subWorldDraw(
 renderer: AcGiRenderer,
 delay?: boolean,
 ): AcGiEntity | undefined;
 transformBy(matrix: AcGeMatrix3d): this;
 worldDraw(renderer: AcGiRenderer, delay?: boolean): AcGiEntity | undefined;
 }
 | null,
 >
 The hovered CAD entity object (null if none)
- hovered: Ref<boolean, boolean>
 Whether an entity is currently hovered
- id: Ref<string | null, string | null>
 Object ID of the hovered entity
- mouse: Ref<
 { x: number; y: number },
 { x: number; y: number } | { x: number; y: number },
 >
 Current mouse coordinates during hover
Example
```
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 }
 }
}
```
- Defined in packages/cad-viewer/src/composable/useHover.ts:67

Function useHover

hovered: Ref<boolean, boolean>

id: Ref<string | null, string | null>

mouse: Ref< { x: number; y: number }, { x: number; y: number } | { x: number; y: number },>

Example

Settings

mouse: Ref<
{ x: number; y: number },
{ x: number; y: number } | { x: number; y: number },
>