262 lines
10 KiB
JavaScript
262 lines
10 KiB
JavaScript
import * as assert from 'assert';
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import * as OV from '../../source/engine/main.js';
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export default function suite ()
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{
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function CreateTestModel ()
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{
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function CreateTexture (name, url)
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{
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let texture = new OV.TextureMap ();
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texture.name = name;
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texture.buffer = new ArrayBuffer (1);
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return texture;
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}
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let model = new OV.Model ();
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let phongMaterial = new OV.PhongMaterial ();
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phongMaterial.name = 'Phong Material';
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phongMaterial.emissive = new OV.RGBColor (1, 1, 1);
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phongMaterial.opacity = 0.1;
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phongMaterial.transparent = true;
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phongMaterial.alphaTest = 0.2;
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phongMaterial.multiplyDiffuseMap = false;
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phongMaterial.ambient = new OV.RGBColor (2, 2, 2);
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phongMaterial.specular = new OV.RGBColor (3, 3, 3);
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phongMaterial.shininess = 0.3;
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model.AddMaterial (phongMaterial);
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let phongMaterialTexture = new OV.PhongMaterial ();
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phongMaterialTexture.name = 'Phong Material With Texture';
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phongMaterialTexture.emissive = new OV.RGBColor (1, 1, 1);
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phongMaterialTexture.opacity = 0.1;
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phongMaterialTexture.transparent = true;
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phongMaterialTexture.alphaTest = 0.2;
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phongMaterialTexture.multiplyDiffuseMap = false;
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phongMaterialTexture.diffuseMap = CreateTexture ('diffuse.png', 'diffuse_url.png');
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phongMaterialTexture.bumpMap = CreateTexture ('bump.png', 'bump_url.png');
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phongMaterialTexture.normalMap = CreateTexture ('normal.png', 'normal_url.png');
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phongMaterialTexture.emissiveMap = CreateTexture ('emissive.png', 'emissive_url.png');
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phongMaterialTexture.ambient = new OV.RGBColor (2, 2, 2);
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phongMaterialTexture.specular = new OV.RGBColor (3, 3, 3);
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phongMaterialTexture.shininess = 0.3;
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phongMaterialTexture.specularMap = CreateTexture ('specular.png', 'specular_url.png');
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model.AddMaterial (phongMaterialTexture);
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let physicalMaterialTexture = new OV.PhysicalMaterial ();
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physicalMaterialTexture.name = 'Phong Material With Texture';
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physicalMaterialTexture.emissive = new OV.RGBColor (1, 1, 1);
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physicalMaterialTexture.opacity = 0.1;
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physicalMaterialTexture.transparent = true;
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physicalMaterialTexture.alphaTest = 0.2;
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physicalMaterialTexture.multiplyDiffuseMap = false;
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physicalMaterialTexture.diffuseMap = CreateTexture ('diffuse.png', 'diffuse_url.png');
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physicalMaterialTexture.bumpMap = CreateTexture ('bump.png', 'bump_url.png');
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physicalMaterialTexture.normalMap = CreateTexture ('normal.png', 'normal_url.png');
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physicalMaterialTexture.emissiveMap = CreateTexture ('emissive.png', 'emissive_url.png');
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physicalMaterialTexture.metalness = 0.3;
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physicalMaterialTexture.roughness = 0.4;
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physicalMaterialTexture.metalnessMap = CreateTexture ('metalness.png', 'metalness_url.png');
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model.AddMaterial (physicalMaterialTexture);
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let rootNode = model.GetRootNode ();
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let node1 = new OV.Node ();
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let node2 = new OV.Node ();
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let node3 = new OV.Node ();
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node1.SetTransformation (new OV.Transformation (new OV.Matrix ().CreateTranslation (0.0, 0.0, 1.0)));
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node2.SetTransformation (new OV.Transformation (new OV.Matrix ().CreateTranslation (0.0, 0.0, 2.0)));
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node3.SetTransformation (new OV.Transformation (new OV.Matrix ().CreateTranslation (0.0, 0.0, 3.0)));
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rootNode.AddChildNode (node1);
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rootNode.AddChildNode (node2);
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rootNode.AddChildNode (node3);
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let meshNoMaterial = new OV.Mesh ();
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meshNoMaterial.SetName ('No Material');
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meshNoMaterial.AddVertex (new OV.Coord3D (0.0, 0.0, 0.0));
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meshNoMaterial.AddVertex (new OV.Coord3D (1.0, 0.0, 0.0));
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meshNoMaterial.AddVertex (new OV.Coord3D (0.0, 1.0, 0.0));
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meshNoMaterial.AddTriangle (new OV.Triangle (0, 1, 2));
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rootNode.AddMeshIndex (model.AddMesh (meshNoMaterial));
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let meshWithPhongMaterial = new OV.Mesh ();
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meshWithPhongMaterial.SetName ('Phong Material');
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meshWithPhongMaterial.AddVertex (new OV.Coord3D (0.0, 0.0, 0.0));
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meshWithPhongMaterial.AddVertex (new OV.Coord3D (1.0, 0.0, 0.0));
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meshWithPhongMaterial.AddVertex (new OV.Coord3D (0.0, 1.0, 0.0));
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meshWithPhongMaterial.AddTriangle (new OV.Triangle (0, 1, 2).SetMaterial (0));
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node1.AddMeshIndex (model.AddMesh (meshWithPhongMaterial));
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let meshWithPhongTextureMaterial = new OV.Mesh ();
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meshWithPhongTextureMaterial.SetName ('Phong Material Texture');
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meshWithPhongTextureMaterial.AddVertex (new OV.Coord3D (0.0, 0.0, 0.0));
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meshWithPhongTextureMaterial.AddVertex (new OV.Coord3D (1.0, 0.0, 0.0));
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meshWithPhongTextureMaterial.AddVertex (new OV.Coord3D (0.0, 1.0, 0.0));
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meshWithPhongTextureMaterial.AddTriangle (new OV.Triangle (0, 1, 2).SetMaterial (1));
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node2.AddMeshIndex (model.AddMesh (meshWithPhongTextureMaterial));
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let meshWithPhysicalMaterial = new OV.Mesh ();
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meshWithPhysicalMaterial.SetName ('Physical Material');
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meshWithPhysicalMaterial.AddVertex (new OV.Coord3D (0.0, 0.0, 0.0));
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meshWithPhysicalMaterial.AddVertex (new OV.Coord3D (1.0, 0.0, 0.0));
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meshWithPhysicalMaterial.AddVertex (new OV.Coord3D (0.0, 1.0, 0.0));
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meshWithPhysicalMaterial.AddTriangle (new OV.Triangle (0, 1, 2).SetMaterial (2));
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node3.AddMeshIndex (model.AddMesh (meshWithPhysicalMaterial));
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OV.FinalizeModel (model);
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return model;
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}
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function ExportImport (model, format, extension, onReady)
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{
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let exporter = new OV.Exporter ();
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let settings = new OV.ExporterSettings ();
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exporter.Export (model, settings, format, extension, {
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onSuccess : function (exportedFiles) {
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let importer = new OV.Importer ();
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let settings = new OV.ImportSettings ();
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let fileObjects = exportedFiles.map (file => new OV.InputFile (file.name, OV.FileSource.File, new FileObject ('', file.name, file.content)));
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importer.ImportFiles (fileObjects, settings, {
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onLoadStart : function () {
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},
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onFileListProgress : (current, total) => {
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},
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onFileLoadProgress : (current, total) => {
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},
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onImportStart : function () {
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},
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onImportSuccess : function (importResult) {
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onReady (importResult.model)
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},
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onImportError : function (importError) {
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console.log (importError);
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}
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});
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}
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});
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}
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function CheckModelBounds (model, model2)
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{
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let modelBounds = OV.GetBoundingBox (model);
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let model2Bounds = OV.GetBoundingBox (model2);
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assert.ok (OV.CoordIsEqual3D (modelBounds.min, model2Bounds.min));
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assert.ok (OV.CoordIsEqual3D (modelBounds.max, model2Bounds.max));
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}
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function CheckSingleMeshModel (model, model2)
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{
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assert.strictEqual (model2.MaterialCount (), 1);
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assert.strictEqual (model2.MeshInstanceCount (), 1);
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assert.strictEqual (model.TriangleCount (), model2.TriangleCount ());
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CheckModelBounds (model, model2);
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}
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function CheckModel (model, model2)
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{
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assert.strictEqual (model.MaterialCount (), model2.MaterialCount ());
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assert.strictEqual (model.MeshInstanceCount (), model2.MeshInstanceCount ());
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assert.strictEqual (model.TriangleCount (), model2.TriangleCount ());
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CheckModelBounds (model, model2);
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}
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describe ('Export-Import Test', function () {
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it ('Export-Import Obj', function (done) {
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let model = CreateTestModel ();
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ExportImport (model, OV.FileFormat.Text, 'obj', (model2) => {
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CheckModel (model, model2);
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done ();
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});
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});
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it ('Export-Import Stl Ascii', function (done) {
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let model = CreateTestModel ();
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ExportImport (model, OV.FileFormat.Text, 'stl', (model2) => {
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CheckSingleMeshModel (model, model2);
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done ();
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});
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});
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it ('Export-Import Stl Binary', function (done) {
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let model = CreateTestModel ();
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ExportImport (model, OV.FileFormat.Binary, 'stl', (model2) => {
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CheckSingleMeshModel (model, model2);
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done ();
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});
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});
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it ('Export-Import Ply Ascii', function (done) {
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let model = CreateTestModel ();
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ExportImport (model, OV.FileFormat.Text, 'ply', (model2) => {
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CheckSingleMeshModel (model, model2);
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done ();
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});
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});
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it ('Export-Import Ply Binary', function (done) {
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let model = CreateTestModel ();
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ExportImport (model, OV.FileFormat.Binary, 'ply', (model2) => {
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CheckSingleMeshModel (model, model2);
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done ();
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});
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});
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it ('Export-Import glTF Ascii', function (done) {
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let model = CreateTestModel ();
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ExportImport (model, OV.FileFormat.Text, 'gltf', (model2) => {
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CheckModel (model, model2);
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done ();
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});
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});
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it ('Export-Import glTF Binary', function (done) {
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let model = CreateTestModel ();
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ExportImport (model, OV.FileFormat.Binary, 'glb', (model2) => {
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CheckModel (model, model2);
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done ();
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});
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});
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it ('Export-Import Off', function (done) {
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let model = CreateTestModel ();
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ExportImport (model, OV.FileFormat.Text, 'off', (model2) => {
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CheckSingleMeshModel (model, model2);
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done ();
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});
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});
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it ('Export-Import Bim', function (done) {
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let model = CreateTestModel ();
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ExportImport (model, OV.FileFormat.Text, 'bim', (model2) => {
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assert.strictEqual (model2.MaterialCount (), 2);
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assert.strictEqual (model.MeshInstanceCount (), model2.MeshInstanceCount ());
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assert.strictEqual (model.TriangleCount (), model2.TriangleCount ());
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CheckModelBounds (model, model2);
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done ();
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});
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});
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});
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describe ('Export-Import Vertex Colors Test', function () {
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it ('Export-Import Vertex Colors glTF', function (done) {
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let model = new OV.Model ();
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let mesh = new OV.Mesh ();
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mesh.AddVertex (new OV.Coord3D (0.0, 0.0, 0.0));
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mesh.AddVertex (new OV.Coord3D (1.0, 0.0, 0.0));
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mesh.AddVertex (new OV.Coord3D (1.0, 1.0, 0.0));
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mesh.AddVertexColor (new OV.RGBColor (1.0, 0.0, 0.0));
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mesh.AddTriangle (new OV.Triangle (0, 1, 2).SetVertexColors (0, 0, 0));
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model.AddMeshToRootNode (mesh);
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OV.FinalizeModel (model);
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ExportImport (model, OV.FileFormat.Binary, 'glb', (model2) => {
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CheckModel (model, model2);
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done ();
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});
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});
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});
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}
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