@shapediver/sdk.sdtf-geometry - npm Package Compare versions

Comparing version 1.4.0 to 1.4.1

dist/ISdtfGeometryTypes.d.ts

@@ -12,8 +12,2 @@ export interface SdtfGeometryArcType {
     plane: SdtfGeometryPlaneType;
-    /**
-     * Holds the following data in this order:
-     *   * Box: X-min, X-max
-     *   * Box: Y-min, Y-max
-     *   * Box: Z-min, Z-max
-     */
     extents: [
@@ -38,3 +32,2 @@ [
 }
-/** Holds the _real_ and _imaginary_ parts of a complex. */
 export type SdtfGeometryComplexType = [number, number];
@@ -62,8 +55,2 @@ export interface SdtfGeometryConeType {
 export type SdtfGeometryMatrixType = number[][];
-/**
- * Holds the following data in this order:
- *   * Origin
- *   * X-Axis
- *   * Y-Axis
- */
 export type SdtfGeometryPlaneType = [
@@ -79,3 +66,2 @@ SdtfGeometryPoint3d,
 export type SdtfGeometryPolylineType = SdtfGeometryPoint3d[];
-/** Holds the _origin_ and _direction_ of a ray. */
 export type SdtfGeometryRayType = [SdtfGeometryPoint3d, SdtfGeometryVector3d];
@@ -82,0 +68,0 @@ export interface SdtfGeometryRectangleType {

dist/SdtfGeometryTypeGuard.d.ts

 import { SdtfGeometryArcType, SdtfGeometryBoundingBoxType, SdtfGeometryBoxType, SdtfGeometryCircleType, SdtfGeometryComplexType, SdtfGeometryConeType, SdtfGeometryCylinderType, SdtfGeometryEllipseType, SdtfGeometryInterval2Type, SdtfGeometryIntervalType, SdtfGeometryLineType, SdtfGeometryMatrixType, SdtfGeometryPlaneType, SdtfGeometryPoint2d, SdtfGeometryPoint3d, SdtfGeometryPoint4d, SdtfGeometryPointType, SdtfGeometryPolylineType, SdtfGeometryRayType, SdtfGeometryRectangleType, SdtfGeometrySphereType, SdtfGeometryTorusType, SdtfGeometryTransformListType, SdtfGeometryTransformType, SdtfGeometryVector2d, SdtfGeometryVector3d, SdtfGeometryVector4d, SdtfGeometryVectorType } from "./ISdtfGeometryTypes";
 export declare class SdtfGeometryTypeGuard {
-    /** Runtime check that raises an error when the given value is not of type `SdtfGeometryTypeHintName.GEOMETRY_ARC`. */
     static assertArc(value: unknown): asserts value is SdtfGeometryArcType;
-    /** Returns `true` when the given value is of type `SdtfGeometryTypeHintName.GEOMETRY_ARC`. */
     static isArc(value: unknown): value is SdtfGeometryArcType;
-    /** Runtime check that raises an error when the given value is not of type `SdtfGeometryTypeHintName.GEOMETRY_BOUNDING_BOX`. */
     static assertBoundingBox(value: unknown): asserts value is SdtfGeometryBoundingBoxType;
-    /** Returns `true` when the given value is of type `SdtfGeometryTypeHintName.GEOMETRY_BOUNDING_BOX`. */
     static isBoundingBox(value: unknown): value is SdtfGeometryBoundingBoxType;
-    /** Runtime check that raises an error when the given value is not of type `SdtfGeometryTypeHintName.GEOMETRY_BOX`. */
     static assertBox(value: unknown): asserts value is SdtfGeometryBoxType;
-    /** Returns `true` when the given value is of type `SdtfGeometryTypeHintName.GEOMETRY_BOX`. */
     static isBox(value: unknown): value is SdtfGeometryBoxType;
-    /** Runtime check that raises an error when the given value is not of type `SdtfGeometryTypeHintName.GEOMETRY_CIRCLE`. */
     static assertCircle(value: unknown): asserts value is SdtfGeometryCircleType;
-    /** Returns `true` when the given value is of type `SdtfGeometryTypeHintName.GEOMETRY_CIRCLE`. */
     static isCircle(value: unknown): value is SdtfGeometryCircleType;
-    /** Runtime check that raises an error when the given value is not of type `SdtfGeometryTypeHintName.GEOMETRY_COMPLEX`. */
     static assertComplex(value: unknown): asserts value is SdtfGeometryComplexType;
-    /** Returns `true` when the given value is of type `SdtfGeometryTypeHintName.GEOMETRY_COMPLEX`. */
     static isComplex(value: unknown): value is SdtfGeometryComplexType;
-    /** Runtime check that raises an error when the given value is not of type `SdtfGeometryTypeHintName.GEOMETRY_CONE`. */
     static assertCone(value: unknown): asserts value is SdtfGeometryConeType;
-    /** Returns `true` when the given value is of type `SdtfGeometryTypeHintName.GEOMETRY_CONE`. */
     static isCone(value: unknown): value is SdtfGeometryConeType;
-    /** Runtime check that raises an error when the given value is not of type `SdtfGeometryTypeHintName.GEOMETRY_CYLINDER`. */
     static assertCylinder(value: unknown): asserts value is SdtfGeometryCylinderType;
-    /** Returns `true` when the given value is of type `SdtfGeometryTypeHintName.GEOMETRY_CYLINDER`. */
     static isCylinder(value: unknown): value is SdtfGeometryCylinderType;
-    /** Runtime check that raises an error when the given value is not of type `SdtfGeometryTypeHintName.GEOMETRY_ELLIPSE`. */
     static assertEllipse(value: unknown): asserts value is SdtfGeometryEllipseType;
-    /** Returns `true` when the given value is of type `SdtfGeometryTypeHintName.GEOMETRY_ELLIPSE`. */
     static isEllipse(value: unknown): value is SdtfGeometryEllipseType;
-    /** Runtime check that raises an error when the given value is not of type `SdtfGeometryTypeHintName.GEOMETRY_INTERVAL`. */
     static assertInterval(value: unknown): asserts value is SdtfGeometryIntervalType;
-    /** Returns `true` when the given value is of type `SdtfGeometryTypeHintName.GEOMETRY_INTERVAL`. */
     static isInterval(value: unknown): value is SdtfGeometryIntervalType;
-    /** Runtime check that raises an error when the given value is not of type `SdtfGeometryTypeHintName.GEOMETRY_INTERVAL2`. */
     static assertInterval2(value: unknown): asserts value is SdtfGeometryInterval2Type;
-    /** Returns `true` when the given value is of type `SdtfGeometryTypeHintName.GEOMETRY_INTERVAL2`. */
     static isInterval2(value: unknown): value is SdtfGeometryInterval2Type;
-    /** Runtime check that raises an error when the given value is not of type `SdtfGeometryTypeHintName.GEOMETRY_LINE`. */
     static assertLine(value: unknown): asserts value is SdtfGeometryLineType;
-    /** Returns `true` when the given value is of type `SdtfGeometryTypeHintName.GEOMETRY_LINE`. */
     static isLine(value: unknown): value is SdtfGeometryLineType;
-    /** Runtime check that raises an error when the given value is not of type `SdtfGeometryTypeHintName.GEOMETRY_MATRIX`. */
     static assertMatrix(value: unknown): asserts value is SdtfGeometryMatrixType;
-    /** Returns `true` when the given value is of type `SdtfGeometryTypeHintName.GEOMETRY_MATRIX`. */
     static isMatrix(value: unknown): value is SdtfGeometryMatrixType;
-    /** Runtime check that raises an error when the given value is not of type `SdtfGeometryTypeHintName.GEOMETRY_PLANE`. */
     static assertPlane(value: unknown): asserts value is SdtfGeometryPlaneType;
-    /** Returns `true` when the given value is of type `SdtfGeometryTypeHintName.GEOMETRY_PLANE`. */
     static isPlane(value: unknown): value is SdtfGeometryPlaneType;
-    /** Runtime check that raises an error when the given value is not of type `SdtfGeometryTypeHintName.GEOMETRY_POINT`. */
     static assertPoint(value: unknown): asserts value is SdtfGeometryPointType;
-    /** Returns `true` when the given value is of type `SdtfGeometryTypeHintName.GEOMETRY_POINT` with 2, 3 or 4 elements. */
     static isPoint(value: unknown): value is SdtfGeometryPointType;
-    /** Runtime check that raises an error when the given value is not of type `SdtfGeometryTypeHintName.GEOMETRY_POINT`. */
     static assertPoint2d(value: unknown): asserts value is SdtfGeometryPoint2d;
-    /** Returns `true` when the given value is of type `SdtfGeometryTypeHintName.GEOMETRY_POINT` with 2 elements. */
     static isPoint2d(value: unknown): value is SdtfGeometryPoint2d;
-    /** Runtime check that raises an error when the given value is not of type `SdtfGeometryTypeHintName.GEOMETRY_POINT`. */
     static assertPoint3d(value: unknown): asserts value is SdtfGeometryPoint3d;
-    /** Returns `true` when the given value is of type `SdtfGeometryTypeHintName.GEOMETRY_POINT` with 3 elements. */
     static isPoint3d(value: unknown): value is SdtfGeometryPoint3d;
-    /** Runtime check that raises an error when the given value is not of type `SdtfGeometryTypeHintName.GEOMETRY_POINT`. */
     static assertPoint4d(value: unknown): asserts value is SdtfGeometryPoint4d;
-    /** Returns `true` when the given value is of type `SdtfGeometryTypeHintName.GEOMETRY_POINT` with 4 elements. */
     static isPoint4d(value: unknown): value is SdtfGeometryPoint4d;
-    /** Runtime check that raises an error when the given value is not of type `SdtfGeometryTypeHintName.GEOMETRY_POLYLINE`. */
     static assertPolyline(value: unknown): asserts value is SdtfGeometryPolylineType;
-    /** Returns `true` when the given value is of type `SdtfGeometryTypeHintName.GEOMETRY_POLYLINE`. */
     static isPolyline(value: unknown): value is SdtfGeometryPolylineType;
-    /** Runtime check that raises an error when the given value is not of type `SdtfGeometryTypeHintName.GEOMETRY_RAY`. */
     static assertRay(value: unknown): asserts value is SdtfGeometryRayType;
-    /** Returns `true` when the given value is of type `SdtfGeometryTypeHintName.GEOMETRY_RAY`. */
     static isRay(value: unknown): value is SdtfGeometryRayType;
-    /** Runtime check that raises an error when the given value is not of type `SdtfGeometryTypeHintName.GEOMETRY_RECTANGLE`. */
     static assertRectangle(value: unknown): asserts value is SdtfGeometryRectangleType;
-    /** Returns `true` when the given value is of type `SdtfGeometryTypeHintName.GEOMETRY_RECTANGLE`. */
     static isRectangle(value: unknown): value is SdtfGeometryRectangleType;
-    /** Runtime check that raises an error when the given value is not of type `SdtfGeometryTypeHintName.GEOMETRY_SPHERE`. */
     static assertSphere(value: unknown): asserts value is SdtfGeometrySphereType;
-    /** Returns `true` when the given value is of type `SdtfGeometryTypeHintName.GEOMETRY_SPHERE`. */
     static isSphere(value: unknown): value is SdtfGeometrySphereType;
-    /** Runtime check that raises an error when the given value is not of type `SdtfGeometryTypeHintName.GEOMETRY_TORUS`. */
     static assertTorus(value: unknown): asserts value is SdtfGeometryTorusType;
-    /** Returns `true` when the given value is of type `SdtfGeometryTypeHintName.GEOMETRY_TORUS`. */
     static isTorus(value: unknown): value is SdtfGeometryTorusType;
-    /** Runtime check that raises an error when the given value is not of type `SdtfGeometryTypeHintName.GEOMETRY_TRANSFORM`. */
     static assertTransform(value: unknown): asserts value is SdtfGeometryTransformType;
-    /** Returns `true` when the given value is of type `SdtfGeometryTypeHintName.GEOMETRY_TRANSFORM`. */
     static isTransform(value: unknown): value is SdtfGeometryTransformType;
-    /** Runtime check that raises an error when the given value is not of type `SdtfGeometryTypeHintName.GEOMETRY_TRANSFORM_LIST`. */
     static assertTransformList(value: unknown): asserts value is SdtfGeometryTransformListType;
-    /** Returns `true` when the given value is of type `SdtfGeometryTypeHintName.GEOMETRY_TRANSFORM_LIST`. */
     static isTransformList(value: unknown): value is SdtfGeometryTransformListType;
-    /** Runtime check that raises an error when the given value is not of type `SdtfGeometryTypeHintName.GEOMETRY_VECTOR`. */
     static assertVector(value: unknown): asserts value is SdtfGeometryVectorType;
-    /** Returns `true` when the given value is of type `SdtfGeometryTypeHintName.GEOMETRY_VECTOR` with 2, 3 or 4 elements. */
     static isVector(value: unknown): value is SdtfGeometryVectorType;
-    /** Runtime check that raises an error when the given value is not of type `SdtfGeometryTypeHintName.GEOMETRY_VECTOR`. */
     static assertVector2d(value: unknown): asserts value is SdtfGeometryVector2d;
-    /** Returns `true` when the given value is of type `SdtfGeometryTypeHintName.GEOMETRY_VECTOR` with 2 elements. */
     static isVector2d(value: unknown): value is SdtfGeometryVector2d;
-    /** Runtime check that raises an error when the given value is not of type `SdtfGeometryTypeHintName.GEOMETRY_VECTOR`. */
     static assertVector3d(value: unknown): asserts value is SdtfGeometryVector3d;
-    /** Returns `true` when the given value is of type `SdtfGeometryTypeHintName.GEOMETRY_VECTOR` with 3 elements. */
     static isVector3d(value: unknown): value is SdtfGeometryVector3d;
-    /** Runtime check that raises an error when the given value is not of type `SdtfGeometryTypeHintName.GEOMETRY_VECTOR`. */
     static assertVector4d(value: unknown): asserts value is SdtfGeometryVector4d;
-    /** Returns `true` when the given value is of type `SdtfGeometryTypeHintName.GEOMETRY_VECTOR` with 4 elements. */
     static isVector4d(value: unknown): value is SdtfGeometryVector4d;
 }
 //# sourceMappingURL=SdtfGeometryTypeGuard.d.ts.map

dist/SdtfGeometryTypeGuard.js

@@ -6,3 +6,2 @@ "use strict";
 class SdtfGeometryTypeGuard {
-    /** Runtime check that raises an error when the given value is not of type `SdtfGeometryTypeHintName.GEOMETRY_ARC`. */
     static assertArc(value) {
@@ -12,3 +11,2 @@ if (!this.isArc(value))
     }
-    /** Returns `true` when the given value is of type `SdtfGeometryTypeHintName.GEOMETRY_ARC`. */
     static isArc(value) {
@@ -20,3 +18,2 @@ return (0, sdk_sdtf_core_1.isDataObject)(value) &&
     }
-    /** Runtime check that raises an error when the given value is not of type `SdtfGeometryTypeHintName.GEOMETRY_BOUNDING_BOX`. */
     static assertBoundingBox(value) {
@@ -26,3 +23,2 @@ if (!this.isBoundingBox(value))
     }
-    /** Returns `true` when the given value is of type `SdtfGeometryTypeHintName.GEOMETRY_BOUNDING_BOX`. */
     static isBoundingBox(value) {
@@ -33,3 +29,2 @@ return (0, sdk_sdtf_core_1.isDataObject)(value) &&
     }
-    /** Runtime check that raises an error when the given value is not of type `SdtfGeometryTypeHintName.GEOMETRY_BOX`. */
     static assertBox(value) {
@@ -39,3 +34,2 @@ if (!this.isBox(value))
     }
-    /** Returns `true` when the given value is of type `SdtfGeometryTypeHintName.GEOMETRY_BOX`. */
     static isBox(value) {
@@ -48,3 +42,2 @@ return (0, sdk_sdtf_core_1.isDataObject)(value) &&
     }
-    /** Runtime check that raises an error when the given value is not of type `SdtfGeometryTypeHintName.GEOMETRY_CIRCLE`. */
     static assertCircle(value) {
@@ -54,3 +47,2 @@ if (!this.isCircle(value))
     }
-    /** Returns `true` when the given value is of type `SdtfGeometryTypeHintName.GEOMETRY_CIRCLE`. */
     static isCircle(value) {
@@ -61,3 +53,2 @@ return (0, sdk_sdtf_core_1.isDataObject)(value) &&
     }
-    /** Runtime check that raises an error when the given value is not of type `SdtfGeometryTypeHintName.GEOMETRY_COMPLEX`. */
     static assertComplex(value) {
@@ -67,7 +58,5 @@ if (!this.isComplex(value))
     }
-    /** Returns `true` when the given value is of type `SdtfGeometryTypeHintName.GEOMETRY_COMPLEX`. */
     static isComplex(value) {
         return (0, sdk_sdtf_core_1.isNumberArray)(value) && value.length === 2;
     }
-    /** Runtime check that raises an error when the given value is not of type `SdtfGeometryTypeHintName.GEOMETRY_CONE`. */
     static assertCone(value) {
@@ -77,3 +66,2 @@ if (!this.isCone(value))
     }
-    /** Returns `true` when the given value is of type `SdtfGeometryTypeHintName.GEOMETRY_CONE`. */
     static isCone(value) {
@@ -85,3 +73,2 @@ return (0, sdk_sdtf_core_1.isDataObject)(value) &&
     }
-    /** Runtime check that raises an error when the given value is not of type `SdtfGeometryTypeHintName.GEOMETRY_CYLINDER`. */
     static assertCylinder(value) {
@@ -91,3 +78,2 @@ if (!this.isCylinder(value))
     }
-    /** Returns `true` when the given value is of type `SdtfGeometryTypeHintName.GEOMETRY_CYLINDER`. */
     static isCylinder(value) {
@@ -98,3 +84,2 @@ return (0, sdk_sdtf_core_1.isDataObject)(value) &&
     }
-    /** Runtime check that raises an error when the given value is not of type `SdtfGeometryTypeHintName.GEOMETRY_ELLIPSE`. */
     static assertEllipse(value) {
@@ -104,3 +89,2 @@ if (!this.isEllipse(value))
     }
-    /** Returns `true` when the given value is of type `SdtfGeometryTypeHintName.GEOMETRY_ELLIPSE`. */
     static isEllipse(value) {
@@ -112,3 +96,2 @@ return (0, sdk_sdtf_core_1.isDataObject)(value) &&
     }
-    /** Runtime check that raises an error when the given value is not of type `SdtfGeometryTypeHintName.GEOMETRY_INTERVAL`. */
     static assertInterval(value) {
@@ -118,7 +101,5 @@ if (!this.isInterval(value))
     }
-    /** Returns `true` when the given value is of type `SdtfGeometryTypeHintName.GEOMETRY_INTERVAL`. */
     static isInterval(value) {
         return (0, sdk_sdtf_core_1.isNumberArray)(value) && value.length === 2;
     }
-    /** Runtime check that raises an error when the given value is not of type `SdtfGeometryTypeHintName.GEOMETRY_INTERVAL2`. */
     static assertInterval2(value) {
@@ -128,3 +109,2 @@ if (!this.isInterval2(value))
     }
-    /** Returns `true` when the given value is of type `SdtfGeometryTypeHintName.GEOMETRY_INTERVAL2`. */
     static isInterval2(value) {
@@ -135,3 +115,2 @@ return (0, sdk_sdtf_core_1.isDataObject)(value) &&
     }
-    /** Runtime check that raises an error when the given value is not of type `SdtfGeometryTypeHintName.GEOMETRY_LINE`. */
     static assertLine(value) {
@@ -141,3 +120,2 @@ if (!this.isLine(value))
     }
-    /** Returns `true` when the given value is of type `SdtfGeometryTypeHintName.GEOMETRY_LINE`. */
     static isLine(value) {
@@ -149,3 +127,2 @@ return Array.isArray(value) &&
     }
-    /** Runtime check that raises an error when the given value is not of type `SdtfGeometryTypeHintName.GEOMETRY_MATRIX`. */
     static assertMatrix(value) {
@@ -155,11 +132,8 @@ if (!this.isMatrix(value))
     }
-    /** Returns `true` when the given value is of type `SdtfGeometryTypeHintName.GEOMETRY_MATRIX`. */
     static isMatrix(value) {
         if (!Array.isArray(value))
             return false;
-        // All sub-arrays must have the same length with numeric content
         const nItems = value[0].length;
         return value.every(v => (0, sdk_sdtf_core_1.isNumberArray)(v) && v.length === nItems);
     }
-    /** Runtime check that raises an error when the given value is not of type `SdtfGeometryTypeHintName.GEOMETRY_PLANE`. */
     static assertPlane(value) {
@@ -169,3 +143,2 @@ if (!this.isPlane(value))
     }
-    /** Returns `true` when the given value is of type `SdtfGeometryTypeHintName.GEOMETRY_PLANE`. */
     static isPlane(value) {
@@ -178,3 +151,2 @@ return Array.isArray(value) &&
     }
-    /** Runtime check that raises an error when the given value is not of type `SdtfGeometryTypeHintName.GEOMETRY_POINT`. */
     static assertPoint(value) {
@@ -184,7 +156,5 @@ if (!this.isPoint(value))
     }
-    /** Returns `true` when the given value is of type `SdtfGeometryTypeHintName.GEOMETRY_POINT` with 2, 3 or 4 elements. */
     static isPoint(value) {
         return (0, sdk_sdtf_core_1.isNumberArray)(value) && (value.length === 2 || value.length === 3 || value.length === 4);
     }
-    /** Runtime check that raises an error when the given value is not of type `SdtfGeometryTypeHintName.GEOMETRY_POINT`. */
     static assertPoint2d(value) {
@@ -194,7 +164,5 @@ if (!this.isPoint2d(value))
     }
-    /** Returns `true` when the given value is of type `SdtfGeometryTypeHintName.GEOMETRY_POINT` with 2 elements. */
     static isPoint2d(value) {
         return (0, sdk_sdtf_core_1.isNumberArray)(value) && value.length === 2;
     }
-    /** Runtime check that raises an error when the given value is not of type `SdtfGeometryTypeHintName.GEOMETRY_POINT`. */
     static assertPoint3d(value) {
@@ -204,7 +172,5 @@ if (!this.isPoint3d(value))
     }
-    /** Returns `true` when the given value is of type `SdtfGeometryTypeHintName.GEOMETRY_POINT` with 3 elements. */
     static isPoint3d(value) {
         return (0, sdk_sdtf_core_1.isNumberArray)(value) && value.length === 3;
     }
-    /** Runtime check that raises an error when the given value is not of type `SdtfGeometryTypeHintName.GEOMETRY_POINT`. */
     static assertPoint4d(value) {
@@ -214,7 +180,5 @@ if (!this.isPoint4d(value))
     }
-    /** Returns `true` when the given value is of type `SdtfGeometryTypeHintName.GEOMETRY_POINT` with 4 elements. */
     static isPoint4d(value) {
         return (0, sdk_sdtf_core_1.isNumberArray)(value) && value.length === 4;
     }
-    /** Runtime check that raises an error when the given value is not of type `SdtfGeometryTypeHintName.GEOMETRY_POLYLINE`. */
     static assertPolyline(value) {
@@ -224,7 +188,5 @@ if (!this.isPolyline(value))
     }
-    /** Returns `true` when the given value is of type `SdtfGeometryTypeHintName.GEOMETRY_POLYLINE`. */
     static isPolyline(value) {
         return Array.isArray(value) && value.every(v => this.isPoint3d(v));
     }
-    /** Runtime check that raises an error when the given value is not of type `SdtfGeometryTypeHintName.GEOMETRY_RAY`. */
     static assertRay(value) {
@@ -234,3 +196,2 @@ if (!this.isRay(value))
     }
-    /** Returns `true` when the given value is of type `SdtfGeometryTypeHintName.GEOMETRY_RAY`. */
     static isRay(value) {
@@ -242,3 +203,2 @@ return Array.isArray(value) &&
     }
-    /** Runtime check that raises an error when the given value is not of type `SdtfGeometryTypeHintName.GEOMETRY_RECTANGLE`. */
     static assertRectangle(value) {
@@ -248,3 +208,2 @@ if (!this.isRectangle(value))
     }
-    /** Returns `true` when the given value is of type `SdtfGeometryTypeHintName.GEOMETRY_RECTANGLE`. */
     static isRectangle(value) {
@@ -256,3 +215,2 @@ return (0, sdk_sdtf_core_1.isDataObject)(value) &&
     }
-    /** Runtime check that raises an error when the given value is not of type `SdtfGeometryTypeHintName.GEOMETRY_SPHERE`. */
     static assertSphere(value) {
@@ -262,3 +220,2 @@ if (!this.isSphere(value))
     }
-    /** Returns `true` when the given value is of type `SdtfGeometryTypeHintName.GEOMETRY_SPHERE`. */
     static isSphere(value) {
@@ -269,3 +226,2 @@ return (0, sdk_sdtf_core_1.isDataObject)(value) &&
     }
-    /** Runtime check that raises an error when the given value is not of type `SdtfGeometryTypeHintName.GEOMETRY_TORUS`. */
     static assertTorus(value) {
@@ -275,3 +231,2 @@ if (!this.isTorus(value))
     }
-    /** Returns `true` when the given value is of type `SdtfGeometryTypeHintName.GEOMETRY_TORUS`. */
     static isTorus(value) {
@@ -283,3 +238,2 @@ return (0, sdk_sdtf_core_1.isDataObject)(value) &&
     }
-    /** Runtime check that raises an error when the given value is not of type `SdtfGeometryTypeHintName.GEOMETRY_TRANSFORM`. */
     static assertTransform(value) {
@@ -289,7 +243,5 @@ if (!this.isTransform(value))
     }
-    /** Returns `true` when the given value is of type `SdtfGeometryTypeHintName.GEOMETRY_TRANSFORM`. */
     static isTransform(value) {
         return Array.isArray(value) && value.length === 4 && value.every(v => (0, sdk_sdtf_core_1.isNumberArray)(v) && v.length === 4);
     }
-    /** Runtime check that raises an error when the given value is not of type `SdtfGeometryTypeHintName.GEOMETRY_TRANSFORM_LIST`. */
     static assertTransformList(value) {
@@ -299,7 +251,5 @@ if (!this.isTransformList(value))
     }
-    /** Returns `true` when the given value is of type `SdtfGeometryTypeHintName.GEOMETRY_TRANSFORM_LIST`. */
     static isTransformList(value) {
         return Array.isArray(value) && value.every(v => this.isTransform(v));
     }
-    /** Runtime check that raises an error when the given value is not of type `SdtfGeometryTypeHintName.GEOMETRY_VECTOR`. */
     static assertVector(value) {
@@ -309,7 +259,5 @@ if (!this.isVector(value))
     }
-    /** Returns `true` when the given value is of type `SdtfGeometryTypeHintName.GEOMETRY_VECTOR` with 2, 3 or 4 elements. */
     static isVector(value) {
         return (0, sdk_sdtf_core_1.isNumberArray)(value) && (value.length === 2 || value.length === 3 || value.length === 4);
     }
-    /** Runtime check that raises an error when the given value is not of type `SdtfGeometryTypeHintName.GEOMETRY_VECTOR`. */
     static assertVector2d(value) {
@@ -319,7 +267,5 @@ if (!this.isVector2d(value))
     }
-    /** Returns `true` when the given value is of type `SdtfGeometryTypeHintName.GEOMETRY_VECTOR` with 2 elements. */
     static isVector2d(value) {
         return (0, sdk_sdtf_core_1.isNumberArray)(value) && value.length === 2;
     }
-    /** Runtime check that raises an error when the given value is not of type `SdtfGeometryTypeHintName.GEOMETRY_VECTOR`. */
     static assertVector3d(value) {
@@ -329,7 +275,5 @@ if (!this.isVector3d(value))
     }
-    /** Returns `true` when the given value is of type `SdtfGeometryTypeHintName.GEOMETRY_VECTOR` with 3 elements. */
     static isVector3d(value) {
         return (0, sdk_sdtf_core_1.isNumberArray)(value) && value.length === 3;
     }
-    /** Runtime check that raises an error when the given value is not of type `SdtfGeometryTypeHintName.GEOMETRY_VECTOR`. */
     static assertVector4d(value) {
@@ -339,3 +283,2 @@ if (!this.isVector4d(value))
     }
-    /** Returns `true` when the given value is of type `SdtfGeometryTypeHintName.GEOMETRY_VECTOR` with 4 elements. */
     static isVector4d(value) {
@@ -342,0 +285,0 @@ return (0, sdk_sdtf_core_1.isNumberArray)(value) && value.length === 4;

dist/SdtfGeometryTypeReader.js

@@ -23,7 +23,5 @@ "use strict";
             const typeHint = (_a = component.typeHint) === null || _a === void 0 ? void 0 : _a.name;
-            // Make sure that the component consists of valid data
             if (!this.validator.validateComponent(typeHint, component.value, component.accessor)) {
                 throw new sdk_sdtf_core_1.SdtfError(`Cannot read value of type '${typeHint}': Invalid component.`);
             }
-            // All values of a geometry type are stored inside the JSON content.
             switch (typeHint) {
@@ -30,0 +28,0 @@ case sdk_sdtf_core_1.SdtfGeometryTypeHintName.GEOMETRY_ARC:

dist/SdtfGeometryTypeValidator.d.ts

 import { ISdtfReadableAccessor, ISdtfWriteableAccessor, SdtfGeometryTypeHintName } from "@shapediver/sdk.sdtf-core";
-/** Validates values that are of a type hint supported by this integration. */
 export declare class SdtfGeometryTypeValidator {
-    /**
-     * Validates the given component of the given type.
-     * @throws {@link SdtfError} when the given type is not supported.
-     */
     validateComponent(typeHint: SdtfGeometryTypeHintName, value?: unknown, accessor?: ISdtfReadableAccessor | ISdtfWriteableAccessor): boolean;
 }
 //# sourceMappingURL=SdtfGeometryTypeValidator.d.ts.map

dist/SdtfGeometryTypeValidator.js

@@ -6,8 +6,3 @@ "use strict";
 const SdtfGeometryTypeGuard_1 = require("./SdtfGeometryTypeGuard");
-/** Validates values that are of a type hint supported by this integration. */
 class SdtfGeometryTypeValidator {
-    /**
-     * Validates the given component of the given type.
-     * @throws {@link SdtfError} when the given type is not supported.
-     */
     validateComponent(typeHint, value, accessor) {
@@ -14,0 +9,0 @@ switch (typeHint) {

dist/SdtfGeometryTypeWriter.js

@@ -14,3 +14,2 @@ "use strict";
         const typeHint = (_a = component.typeHint) === null || _a === void 0 ? void 0 : _a.name;
-        // All values of a geometry type are stored inside the JSON content.
         switch (typeHint) {
@@ -45,3 +44,3 @@ case sdk_sdtf_core_1.SdtfGeometryTypeHintName.GEOMETRY_ARC:
             case sdk_sdtf_core_1.SdtfGeometryTypeHintName.GEOMETRY_VECTOR4D:
-                delete component.accessor; // Stored in JSON content
+                delete component.accessor;
                 break;
@@ -51,3 +50,2 @@ default:
         }
-        // Make sure that the component consists of valid data
         if (!this.validator.validateComponent(typeHint, component.value, component.accessor)) {
@@ -58,3 +56,2 @@ throw new sdk_sdtf_core_1.SdtfError(`Cannot write component of type '${typeHint}': Invalid component.`);
     postProcessComponents(components) {
-        // Nothing to do here
     }
@@ -61,0 +58,0 @@ }

package.json

 {
   "name": "@shapediver/sdk.sdtf-geometry",
-  "version": "1.4.0",
+  "version": "1.4.1",
   "description": "Extension containing sdTF geometry types",
@@ -41,9 +41,9 @@ "keywords": [
   "dependencies": {
-    "@shapediver/sdk.sdtf-core": "~1.4.0"
+    "@shapediver/sdk.sdtf-core": "~1.4.1"
   },
   "devDependencies": {
-    "jest": "~29.5.0",
-    "lerna": "~6.6.2",
-    "typescript": "~4.9.5"
+    "jest": "~29.7.0",
+    "lerna": "~7.4.2",
+    "typescript": "~5.3.3"
   }
 }

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Total package byte prevSize

71350

decreased by-17.98%

Lines of code

680

decreased by-17.27%

Dependency changes

• Updated@shapediver/sdk.sdtf-core@~1.4.1