public static SingleGameObject Create(IEntityManager manager, BoundingBox box, Vector4 color)
{
var tag = new ElementTag("Physics Object" + Guid.NewGuid());
//var box = new BoundingBox(new Vector3(-5,10,-5), new Vector3(5,20,5));
box = box.Transform(Matrix4x4.CreateTranslation(new Vector3(64, 100, 32) - box.GetCenter()));
var geobox = GeometryBuilder.BuildGeoBox(box);
manager.CreateEntity(tag)
.AddComponents(new IGraphicComponent[] {
new SimpleGeometryComponent {
Positions = geobox.Positions.ToImmutableArray(),
Indices = geobox.Indices.ToImmutableArray(),
Normals = geobox.Positions.CalculateNormals(geobox.Indices).ToImmutableArray(),
Color = color
},
new D3DTriangleColoredVertexRenderComponent(),
TransformComponent.Create(Matrix4x4.Identity),
PhysicalComponentFactory.CreateAABB(),
// PhysicalComponentFactory.CreateMesh(),
});
return(new PhysicsObjectTest(tag));
}
public static SingleGameObject CreateStaticAABB(IEntityManager manager, BoundingBox box)
{
var tag = new ElementTag("Physics Static " + Guid.NewGuid());
var geobox = GeometryBuilder.BuildGeoBox(box);
manager.CreateEntity(tag)
.AddComponents(new IGraphicComponent[] {
new SimpleGeometryComponent {
Positions = geobox.Positions.ToImmutableArray(),
Indices = geobox.Indices.ToImmutableArray(),
Normals = geobox.Positions.CalculateNormals(geobox.Indices).ToImmutableArray(),
Color = new Vector4(1, 0, 0, 1)
},
new D3DTriangleColoredVertexRenderComponent(),
TransformComponent.Identity(),
PhysicalComponentFactory.CreateStaticAABB(),
});
return(new PhysicsObjectTest(tag));
}
