public NewCuboidView(NewCuboidViewModel viewModel, ILoggerFacade logger)
: base(viewModel, logger)
{
this.viewModel = viewModel;
this.cuboid = new Cuboid();
Children.Add(cuboid);
cuboid.Bind(Cuboid.OriginProperty,
() => viewModel.Center, () => viewModel.Width, () => viewModel.Height, () => viewModel.Depth,
(center, width, height, depth) => new Point3D(-0.5 * width, -0.5 * height, -0.5 * depth));
cuboid.Bind(Cuboid.DepthProperty, () => viewModel.Depth);
cuboid.Bind(Cuboid.WidthProperty, () => viewModel.Width);
cuboid.Bind(Cuboid.HeightProperty, () => viewModel.Height);
CBT = new ChangeBasisTransform();
CBT.Bind(ChangeBasisTransform.CenterProperty, () => viewModel.Center);
CBT.Bind(ChangeBasisTransform.HeightVectorProperty, () => viewModel.H);
CBT.Bind(ChangeBasisTransform.WidthVectorProperty, () => viewModel.W);
CBT.Bind(ChangeBasisTransform.DepthVectorProperty, () => viewModel.D);
AlgorithmicTransformCollection transformCollection = new AlgorithmicTransformCollection();
transformCollection.Add(CBT);
//transformCollection.Freeze();
cuboid.AlgorithmicTransforms = transformCollection;
cuboid.SetMaterials(GetDefaultFrontAndBackMaterials(viewModel));
}
// TODO: Let's have a WireFrame property so color and thickness can be defined
// Keep the IsWireFrame property as well
public ModelVisualBase()
{
Geometry = Geometry.Clone();
GeometryModel3D model = new GeometryModel3D(Geometry, null);
Content = model;
AlgorithmicTransforms = new AlgorithmicTransformCollection();
}
