Function test_delete_all

tests/mesh/test-triangulated-surface.cpp:271–305

}

void test_delete_all( const geode::TriangulatedSurface3D& triangulated_surface,
    geode::TriangulatedSurfaceBuilder3D& builder )
{
    builder.delete_isolated_vertices();
    geode::OpenGeodeMeshException::test(
        triangulated_surface.nb_vertices() == 3,
        "[Test]TriangulatedSurface should have 3 vertices" );
    geode::OpenGeodeMeshException::test(
        triangulated_surface.edges().nb_edges() == 3,
        "[Test]TriangulatedSurface should have 3 edges" );
    geode::OpenGeodeMeshException::test(
        triangulated_surface.nb_polygons() == 1,
        "[Test]TriangulatedSurface should have 1 polygon" );

    std::vector< bool > to_delete( triangulated_surface.nb_polygons(), true );
    builder.delete_polygons( to_delete );
    geode::OpenGeodeMeshException::test(
        triangulated_surface.nb_vertices() == 3,
        "[Test]TriangulatedSurface should have 3 vertices" );
    builder.edges_builder().delete_isolated_edges();
    geode::OpenGeodeMeshException::test(
        triangulated_surface.edges().nb_edges() == 0,
        "[Test]TriangulatedSurface should have 0 edge" );
    geode::OpenGeodeMeshException::test(
        triangulated_surface.nb_polygons() == 0,
        "[Test]TriangulatedSurface should have 0 polygon" );
    geode::OpenGeodeMeshException::test(
        triangulated_surface.polygons_around_vertex( 0 ).empty(),
        "No more polygon around vertices" );

    builder.delete_isolated_vertices();
    geode::OpenGeodeMeshException::test(
        triangulated_surface.nb_vertices() == 0,
        "[Test]TriangulatedSurface should have 0 vertex" );
}

void test()
{