gs-json/dist/src/typescript/_topo_tests.js

gs-JSON is a domain agnostic unifying 3D file format for geometric and semantic modelling (hence the 'gs').

import * as gs from "./gs-json";
import * as td from "./test_data";
describe("Tests for Topo class", () => {
    it("test_Topo_constructor", () => {
        expect(test_Topo_constructor()).toBe(true);
    });
    it("test_Topo_getObjID", () => {
        expect(test_Topo_getObjID()).toBe(true);
    });
    it("test_Topo_getGeom", () => {
        expect(test_Topo_getGeom()).toBe(true);
    });
    it("test_Topo_getModel", () => {
        expect(test_Topo_getModel()).toBe(true);
    });
    // it('test_Topo_getGeomType', () => {
    //     expect( test_Topo_getGeomType() ).toBe(true);
    // });
    it("test_Topo_getAttribNames", () => {
        expect(test_Topo_getAttribNames()).toBe(true);
    });
    it("test_Topo_getAttribValue", () => {
        expect(test_Topo_getAttribValue()).toBe(true);
    });
    it("test_Topo_setAttribValue", () => {
        expect(test_Topo_setAttribValue()).toBe(true);
    });
    it("test_Topo_getGroups", () => {
        expect(test_Topo_getGroups()).toBe(true);
    });
});
export function test_Topo_constructor() {
    // const k: Kernel = new Kernel(td.open_box());
    // const path1: gs.ITopoPathData = {id: 0, tt: 1, ti: 0, st: 1, si: 0};
    // // (0, gs.EGeomType.faces, 0, gs.EGeomType.edges, 0);
    // const path2: gs.ITopoPathData = {id: 0, tt: 1, ti: 0, st: 0, si: 0};
    // // (0, gs.EGeomType.faces, 0, gs.EGeomType.vertices, 0);
    // const path3: gs.ITopoPathData = {id: 0, tt: 0, ti: 0, st: 1, si: 0};
    // // (0, gs.EGeomType.wires, 0, gs.EGeomType.edges, 0);
    // const path4: gs.ITopoPathData = {id: 0, tt: 0, ti: 0, st: 0, si: 0};
    // // (0, gs.EGeomType.wires, 0, gs.EGeomType.vertices, 0);
    // // the Top class is abstract
    // const f_e: gs.IEdge = new gs.Edge(k, path1);
    // const f_v: gs.IVertex = new gs.Vertex(k, path2);
    // const w_e: gs.IEdge = new gs.Edge(k, path3);
    // const w_v: gs.IVertex = new gs.Vertex(k, path4);
    return true;
}
export function test_Topo_getObjID() {
    // const k: Kernel = new Kernel(td.open_box());
    // const path: gs.ITopoPathData = {id: 0, tt: 1, ti: 0, st: 1, si: 0};
    // // (0, gs.EGeomType.faces, 0, gs.EGeomType.edges, 0);
    // const e: gs.IEdge = new gs.Edge(k, path);
    // if(!(e.getObjID() === 0)) {return false;}
    return true;
}
export function test_Topo_getGeom() {
    // const k: Kernel = new Kernel(td.open_box());
    // const path: gs.ITopoPathData = {id: 0, tt: 1, ti: 0, st: 1, si: 0};
    // // (0, gs.EGeomType.faces, 0, gs.EGeomType.edges, 0);
    // const e: gs.IEdge = new gs.Edge(k, path);
    // // if(!Arr.equal(e.getGeom().getPointIDs(), m.getGeom().getPointIDs())){return false;}
    return true;
}
export function test_Topo_getModel() {
    // const k: Kernel = new Kernel(td.open_box());
    // const path: gs.ITopoPathData = {id: 0, tt: 1, ti: 0, st: 1, si: 0};
    // // (0, gs.EGeomType.faces, 0, gs.EGeomType.edges, 0);
    // const e: gs.IEdge = new gs.Edge(k, path);
    // // if(!Arr.equal(e.getModel().getGeom().getPointIDs(), m.getGeom().getPointIDs())){return false;}
    return true;
}
export function test_Topo_getAttribNames() {
    // const k: Kernel = new Kernel(td.box_with_attribs());
    // const path: gs.ITopoPathData = {id: 0, tt: 1, ti: 0, st: 1, si: 0};
    // // (0, gs.EGeomType.faces, 0, gs.EGeomType.edges, 0);
    // const e: gs.IEdge = new gs.Edge(k, path);
    // if(!Arr.equal(e.getAttribNames(),["edge_id"])) {return false;}
    // // const path1: gs.ITopoPath = a1.getWires()[0].getTopoPath() ;
    return true;
}
export function test_Topo_getAttribValue() {
    const m = new gs.Model(td.box_with_attribs());
    const geom = m.getGeom();
    const a1 = geom.getObj(0);
    const path1 = a1.getFaces()[0].getTopoPath();
    if (!(geom.numTopos(gs.EGeomType.faces) === 6)) {
        return false;
    }
    const faces_id = m.getTopoAttrib("faces_id", gs.EGeomType.faces);
    if (!(a1.getFaces()[0].getAttribValue(faces_id) === 0)) {
        return false;
    }
    return true;
}
export function test_Topo_setAttribValue() {
    const m = new gs.Model(td.box_with_attribs());
    const geom = m.getGeom();
    const a1 = geom.getObj(0);
    const path1 = a1.getFaces()[0].getTopoPath();
    if (!(geom.numTopos(gs.EGeomType.faces) === 6)) {
        return false;
    }
    const faces_id = m.getTopoAttrib("faces_id", gs.EGeomType.faces);
    if (!(a1.getFaces()[0].getAttribValue(faces_id) === 0)) {
        return false;
    }
    a1.getFaces()[0].setAttribValue(faces_id, 49);
    if ((a1.getFaces()[0].getAttribValue(faces_id) === 0)) {
        return false;
    }
    if (!(a1.getFaces()[0].getAttribValue(faces_id) === 49)) {
        return false;
    }
    return true;
}
export function test_Topo_getGroups() {
    const m = new gs.Model(td.box_with_attribs());
    const g = m.getGeom();
    const p = g.getObj(0);
    // TODO
    return true;
}
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