vim-format - npm Package Compare versions

Comparing version 1.0.6-dev.230 to 1.0.6-dev.231

dist/g3dMesh.d.ts

@@ -11,2 +11,3 @@ /**
 export declare class MeshAttributes {
+    static meshSubmeshOffset: string;
     static meshOpaqueSubmeshCount: string;
@@ -18,3 +19,2 @@ static submeshIndexOffsets: string;
     static indices: string;
-    static all: string[];
 }
@@ -31,3 +31,4 @@ /**
     meshIndex: number;
-    readonly meshOpaqueSubmeshCount: number;
+    readonly meshSubmeshOffset: Int32Array;
+    readonly meshOpaqueSubmeshCount: Int32Array;
     readonly submeshIndexOffset: Int32Array;
@@ -44,14 +45,14 @@ readonly submeshVertexOffset: Int32Array;
     static readonly DEFAULT_COLOR: Float32Array;
-    constructor(meshOpaqueSubmeshCount: number, submeshIndexOffsets: Int32Array, submeshVertexOffsets: Int32Array, submeshMaterials: Int32Array, indices: Int32Array | Uint32Array, positions: Float32Array);
+    constructor(meshSubmeshOffset: Int32Array, meshOpaqueSubmeshCount: Int32Array, submeshIndexOffsets: Int32Array, submeshVertexOffsets: Int32Array, submeshMaterials: Int32Array, indices: Int32Array | Uint32Array, positions: Float32Array);
     static createFromBfast(bfast: BFast): Promise<G3dMesh>;
-    getVertexStart(section?: MeshSection): number;
-    getVertexEnd(section?: MeshSection): number;
-    getVertexCount(section?: MeshSection): number;
-    getIndexStart(section?: MeshSection): number;
-    getIndexEnd(section?: MeshSection): number;
-    getIndexCount(section?: MeshSection): number;
-    getHasTransparency(): boolean;
-    getSubmeshStart(section: MeshSection): number;
-    getSubmeshEnd(section: MeshSection): number;
-    getSubmeshCount(section: MeshSection): number;
+    getVertexStart(mesh: number, section?: MeshSection): number;
+    getVertexEnd(mesh: number, section?: MeshSection): number;
+    getVertexCount(mesh: number, section?: MeshSection): number;
+    getIndexStart(mesh: number, section?: MeshSection): number;
+    getIndexEnd(mesh: number, section?: MeshSection): number;
+    getIndexCount(mesh: number, section?: MeshSection): number;
+    getHasTransparency(mesh: number): boolean;
+    getSubmeshStart(mesh: number, section: MeshSection): number;
+    getSubmeshEnd(mesh: number, section: MeshSection): number;
+    getSubmeshCount(mesh: number, section: MeshSection): number;
     getSubmeshIndexStart(submesh: number): number;
@@ -58,0 +59,0 @@ getSubmeshIndexEnd(submesh: number): number;

dist/g3dMesh.js

@@ -14,2 +14,3 @@ "use strict";
 exports.MeshAttributes = MeshAttributes;
+MeshAttributes.meshSubmeshOffset = 'g3d:mesh:submeshOffset:0:int32:1';
 MeshAttributes.meshOpaqueSubmeshCount = 'g3d:mesh:opaquesubmeshcount:0:int32:1';
@@ -21,10 +22,2 @@ MeshAttributes.submeshIndexOffsets = 'g3d:submesh:indexoffset:0:int32:1';
 MeshAttributes.indices = 'g3d:corner:index:0:int32:1';
-MeshAttributes.all = [
-    MeshAttributes.meshOpaqueSubmeshCount,
-    MeshAttributes.submeshIndexOffsets,
-    MeshAttributes.submeshVertexOffsets,
-    MeshAttributes.submeshMaterials,
-    MeshAttributes.positions,
-    MeshAttributes.indices,
-];
 /**
@@ -38,3 +31,4 @@ * G3D is a simple, efficient, generic binary format for storing and transmitting geometry.
 class G3dMesh {
-    constructor(meshOpaqueSubmeshCount, submeshIndexOffsets, submeshVertexOffsets, submeshMaterials, indices, positions) {
+    constructor(meshSubmeshOffset, meshOpaqueSubmeshCount, submeshIndexOffsets, submeshVertexOffsets, submeshMaterials, indices, positions) {
+        this.meshSubmeshOffset = meshSubmeshOffset;
         this.meshOpaqueSubmeshCount = meshOpaqueSubmeshCount;
@@ -49,3 +43,4 @@ this.submeshIndexOffset = submeshIndexOffsets;
         const values = await Promise.all([
-            bfast.getValue(MeshAttributes.meshOpaqueSubmeshCount, 0).then(v => v),
+            bfast.getInt32Array(MeshAttributes.meshOpaqueSubmeshCount),
+            bfast.getInt32Array(MeshAttributes.meshSubmeshOffset),
             bfast.getInt32Array(MeshAttributes.submeshIndexOffsets),
@@ -60,44 +55,45 @@ bfast.getInt32Array(MeshAttributes.submeshVertexOffsets),
     // ------------- Mesh -----------------
-    getVertexStart(section = 'all') {
-        const sub = this.getSubmeshStart(section);
+    getVertexStart(mesh, section = 'all') {
+        const sub = this.getSubmeshStart(mesh, section);
         return this.getSubmeshVertexStart(sub);
     }
-    getVertexEnd(section = 'all') {
-        const sub = this.getSubmeshEnd(section);
+    getVertexEnd(mesh, section = 'all') {
+        const sub = this.getSubmeshEnd(mesh, section);
         return this.getSubmeshVertexStart(sub);
     }
-    getVertexCount(section = 'all') {
-        return this.getVertexEnd(section) - this.getVertexStart(section);
+    getVertexCount(mesh, section = 'all') {
+        return this.getVertexEnd(mesh, section) - this.getVertexStart(mesh, section);
     }
-    getIndexStart(section = 'all') {
-        const sub = this.getSubmeshStart(section);
+    getIndexStart(mesh, section = 'all') {
+        const sub = this.getSubmeshStart(mesh, section);
         return this.getSubmeshIndexStart(sub);
     }
-    getIndexEnd(section = 'all') {
-        const sub = this.getSubmeshEnd(section);
+    getIndexEnd(mesh, section = 'all') {
+        const sub = this.getSubmeshEnd(mesh, section);
         return this.getSubmeshIndexStart(sub);
     }
-    getIndexCount(section = 'all') {
-        return this.getIndexEnd(section) - this.getIndexStart(section);
+    getIndexCount(mesh, section = 'all') {
+        return this.getIndexEnd(mesh, section) - this.getIndexStart(mesh, section);
     }
-    getHasTransparency() {
-        return this.meshOpaqueSubmeshCount < this.submeshIndexOffset.length;
+    getHasTransparency(mesh) {
+        return this.getSubmeshCount(mesh, 'transparent') > 0;
     }
     // ------------- Submeshes -----------------
-    getSubmeshStart(section) {
-        if (section === 'all')
-            return 0;
-        if (section === 'opaque')
-            return 0;
-        return this.meshOpaqueSubmeshCount;
+    getSubmeshStart(mesh, section) {
+        if (section === 'all' || section === 'opaque') {
+            return this.meshSubmeshOffset[mesh];
+        }
+        return this.meshSubmeshOffset[mesh] + this.meshOpaqueSubmeshCount[mesh];
     }
-    getSubmeshEnd(section) {
-        if (section === 'all')
-            return this.submeshIndexOffset.length;
-        if (section === 'transparent')
-            return this.submeshIndexOffset.length;
-        return this.meshOpaqueSubmeshCount;
+    getSubmeshEnd(mesh, section) {
+        if (section === 'opaque') {
+            return this.meshSubmeshOffset[mesh] + this.meshOpaqueSubmeshCount[mesh];
+        }
+        if (mesh + 1 < this.meshSubmeshOffset.length) {
+            return this.meshSubmeshOffset[mesh + 1];
+        }
+        return this.submeshIndexOffset.length;
     }
-    getSubmeshCount(section) {
-        return this.getSubmeshEnd(section) - this.getSubmeshStart(section);
+    getSubmeshCount(mesh, section) {
+        return this.getSubmeshEnd(mesh, section) - this.getSubmeshStart(mesh, section);
     }
@@ -104,0 +100,0 @@ getSubmeshIndexStart(submesh) {

dist/types/g3dMesh.d.ts

@@ -11,2 +11,3 @@ /**
 export declare class MeshAttributes {
+    static meshSubmeshOffset: string;
     static meshOpaqueSubmeshCount: string;
@@ -18,3 +19,2 @@ static submeshIndexOffsets: string;
     static indices: string;
-    static all: string[];
 }
@@ -31,3 +31,4 @@ /**
     meshIndex: number;
-    readonly meshOpaqueSubmeshCount: number;
+    readonly meshSubmeshOffset: Int32Array;
+    readonly meshOpaqueSubmeshCount: Int32Array;
     readonly submeshIndexOffset: Int32Array;
@@ -44,14 +45,14 @@ readonly submeshVertexOffset: Int32Array;
     static readonly DEFAULT_COLOR: Float32Array;
-    constructor(meshOpaqueSubmeshCount: number, submeshIndexOffsets: Int32Array, submeshVertexOffsets: Int32Array, submeshMaterials: Int32Array, indices: Int32Array | Uint32Array, positions: Float32Array);
+    constructor(meshSubmeshOffset: Int32Array, meshOpaqueSubmeshCount: Int32Array, submeshIndexOffsets: Int32Array, submeshVertexOffsets: Int32Array, submeshMaterials: Int32Array, indices: Int32Array | Uint32Array, positions: Float32Array);
     static createFromBfast(bfast: BFast): Promise<G3dMesh>;
-    getVertexStart(section?: MeshSection): number;
-    getVertexEnd(section?: MeshSection): number;
-    getVertexCount(section?: MeshSection): number;
-    getIndexStart(section?: MeshSection): number;
-    getIndexEnd(section?: MeshSection): number;
-    getIndexCount(section?: MeshSection): number;
-    getHasTransparency(): boolean;
-    getSubmeshStart(section: MeshSection): number;
-    getSubmeshEnd(section: MeshSection): number;
-    getSubmeshCount(section: MeshSection): number;
+    getVertexStart(mesh: number, section?: MeshSection): number;
+    getVertexEnd(mesh: number, section?: MeshSection): number;
+    getVertexCount(mesh: number, section?: MeshSection): number;
+    getIndexStart(mesh: number, section?: MeshSection): number;
+    getIndexEnd(mesh: number, section?: MeshSection): number;
+    getIndexCount(mesh: number, section?: MeshSection): number;
+    getHasTransparency(mesh: number): boolean;
+    getSubmeshStart(mesh: number, section: MeshSection): number;
+    getSubmeshEnd(mesh: number, section: MeshSection): number;
+    getSubmeshCount(mesh: number, section: MeshSection): number;
     getSubmeshIndexStart(submesh: number): number;
@@ -58,0 +59,0 @@ getSubmeshIndexEnd(submesh: number): number;

package.json

 {
   "name": "vim-format",
-  "version": "1.0.6-dev.230",
+  "version": "1.0.6-dev.231",
   "description": "The VIM format is a modern and efficient open 3D data interchange format designed for BIM and manufacturing data optimized for efficient loading and rendering on low-power devices.",
@@ -5,0 +5,0 @@ "directories": {

No alert changes

Improved metrics

Total package byte prevSize

815059

increased by0.08%

Worsened metrics

Lines of code

18557

decreased by-0.01%

No dependency changes