public void TestCreateEntity_PassNullArg_ReturnsEntityWithDefaultName()
{
Assert.NotNull(mEntityManager);
var newEntity = mEntityManager.CreateEntity(null);
Assert.NotNull(newEntity);
Assert.AreEqual(newEntity.Name, "Entity0");
Assert.AreEqual(newEntity.Id, (EntityId)0);
}
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 PolylineGameObject Create(IEntityManager manager, ElementTag tag,
IEnumerable <Vector3> points, Vector4[] color)
{
var indeces = new List <int>();
for (var i = 0; i < points.Count(); i++)
{
indeces.AddRange(new[] { i, i });
}
var geo = new SimpleGeometryComponent()
{
Positions = points.ToImmutableArray(),
Indices = indeces.ToImmutableArray(),
Colors = color.ToImmutableArray(),
};
var tag1 = manager
.CreateEntity(tag)
.AddComponent(geo)
.AddComponent(SDX.Engine.Components.D3DLineVertexRenderComponent.AsLineList())
.AddComponent(new TransformComponent())
//.AddComponent(new PositionColorsComponent { Colors = color })
.Tag;
return(new PolylineGameObject(tag1));
}
void CreateEntity()
{
if (entity != null)
{
RecycleEntity();
}
entity = entityManager.CreateEntity(groups, enabled);
for (int i = 0; i < children.Length; i++)
{
entity.AddChild(children[i].Entity);
}
entity.AddAll(components);
entity.AddAll(componentBehaviours);
// Activate components
for (int i = 0; i < componentBehaviours.Length; i++)
{
var component = componentBehaviours[i];
if (component.Active && component.Entity != null)
{
component.OnActivated();
}
}
}
/// <summary>
/// The method creates a new entity with the only component that's already attached to it.
/// The component is TDisposableComponent. All entities that have that component are destroyed
/// at an end of a frame with a special system.
/// </summary>
/// <param name="entityManager">A reference to IEntityManager implementation</param>
/// <param name="name">A name of an entity (optional)</param>
/// <returns>The method returns an identifier of created entity</returns>
public static EntityId CreateDisposableEntity(this IEntityManager entityManager, string name = null)
{
IEntity entity = entityManager.CreateEntity(name);
entity.AddComponent <TDisposableComponent>();
return(entity.Id);
}
public void CreateEntityShouldReturnUserGridEntity()
{
var entity = new object();
_entityManager.CreateEntity("collection", entity).ReturnsForAnyArgs(entity);
var returnedEntity = _client.CreateEntity("collection", entity);
Assert.AreEqual(entity, returnedEntity);
}
public static GraphicEntity Build(IEntityManager context, IAppWindow window)
{
var view = context.CreateEntity(new ElementTag("EngineInfo"));
view//.AddComponent(new WindowHeaderUpdaterComponent(window))
.AddComponent(new InputInfoComponent())
.AddComponent(PerfomanceComponent.Create(0, 0));
return(view);
}
public void AddEntity()
{
var entity = _componentManager.CreateEntity();
A.CallTo(() => _eventSystem.Send(A <object> ._, A <EntityAdded> ._))
.MustHaveHappenedOnceExactly();
Assert.That(_componentManager.GetEntity(entity.Id), Is.EqualTo(entity));
}
public static ElementTag BuildArrow(IEntityManager manager, ArrowData data)
{
var geo = GeometryBuilder.BuildArrow(data);
return(manager
.CreateEntity(data.tag)
.AddComponent(geo)
.AddComponent(D3DTriangleColoredVertexRenderComponent.AsStrip())
.AddComponent(new TransformComponent())
.Tag);
}
public static LightGameObject CreateAmbientLight(IEntityManager manager)
{
var tag = new ElementTag("AmbientLight_" + Interlocked.Increment(ref lights));
manager.CreateEntity(tag)
.AddComponents(
LightComponent.CreateAmbient(0.4f, 0),
ColorComponent.CreateDiffuse(V4Colors.White)
);
return(new LightGameObject(tag, "AmbientLight"));
}
public static OrbitsRotationGameObject Create(IEntityManager manager)
{
var geo = GeometryBuilder.BuildRotationOrbits(100, Vector3.Zero);
var tag = manager
.CreateEntity(new ElementTag("OrbitsRotationGameObject"))
.AddComponent(geo)
.AddComponent(D3DLineVertexRenderComponent.AsLineStrip())
.AddComponent(new TransformComponent())
.Tag;
return(new OrbitsRotationGameObject());
}
public static LightGameObject CreatePointLight(IEntityManager manager, Vector3 position) //
{
var tag = new ElementTag("PointLight_" + Interlocked.Increment(ref lights));
manager.CreateEntity(tag)
.AddComponents(
LightComponent.CreatePoint(0.4f, 1, position),
ColorComponent.CreateDiffuse(new Vector4(1, 1, 1, 1))
);
return(new LightGameObject(tag, "PointLight"));
}
public static LightGameObject CreateDirectionLight(IEntityManager manager, Vector3 direction) // ,
{
var tag = new ElementTag("DirectionLight_" + Interlocked.Increment(ref lights));
manager.CreateEntity(tag)
.AddComponents(
LightComponent.CreateDirectional(0.2f, 2, direction),
ColorComponent.CreateDiffuse(new Vector4(1, 1, 1, 1))
);
return(new LightGameObject(tag, "DirectionLight"));
}
public void CreatedEntitiesExists()
{
var a = entityManager.CreateEntity(empty);
var b = entityManager.CreateEntity(empty);
Assert.AreNotEqual(a, b);
Assert.IsTrue(entityManager.Exist(a));
Assert.IsTrue(entityManager.Exist(b));
}
public static ElementTag BuildLineEntity(this IEntityManager manager, Vector3[] points)
{
var geo = new SimpleGeometryComponent()
{
Positions = points.ToImmutableArray(),
Indices = ImmutableArray.Create <int>(),
Color = new Vector4(0, 1, 0, 1)
};
return(manager
.CreateEntity(new ElementTag("Points" + Guid.NewGuid()))
.AddComponent(geo)
.AddComponent(new SDX.Engine.Components.D3DLineVertexRenderComponent())
.Tag);
}
public static ArrowGameObject Build(IEntityManager manager, ArrowData data)
{
var geo = GeometryBuilder.BuildArrow(data);
geo.Color = data.color;
var en = manager
.CreateEntity(data.tag)
.AddComponents(
geo,
D3DTriangleColoredVertexRenderComponent.AsStrip(),
new TransformComponent()
);
return(new ArrowGameObject(en.Tag));
}
public static LightObject CreatePointLight(IEntityManager manager, Vector3 position) //
{
var index = 1;
if (!occupiedIndex.Add(index))
{
throw new LightIndexOccupiedException(index);
}
var tag = new ElementTag("PointLight_" + Interlocked.Increment(ref lights));
manager.CreateEntity(tag)
.AddComponent(LightComponent.CreatePoint(0.4f, index, position))
.AddComponent(ColorComponent.CreateDiffuse(new Vector4(1, 1, 1, 1)));
return(new LightObject(tag, "PointLight"));
}
public static TerrainGameObject Create(IEntityManager manager)
{
var tag = new ElementTag("Terrain");
var resources = Path.Combine(@"Resources\terrain\");
//"../../../../D3DLab.Wpf.Engine.App/Resources/terrain/"
var grass = Path.Combine(resources, "1.jpg");
var slope = Path.Combine(resources, "slope.bmp");
var rock = Path.Combine(resources, "rock-lambertian.jpg");
var seafloor = Path.Combine(resources, "seafloor.bmp");
var sand = Path.Combine(resources, "sand-lambertian.png");
var shore = Path.Combine(resources, "shore.jpg");
var dirt = Path.Combine(resources, "dirt.bmp");
var snow = Path.Combine(resources, "snow01n.bmp");
var heigtmap = Path.Combine(resources, "test.bmp");
manager.CreateEntity(tag)
.AddComponents(new IGraphicComponent[] {
new D3DTerrainRenderComponent()
{
CanRender = false
},
new Systems.TerrainConfigurationComponent {
Width = 256,
Height = 256,
},
new D3DTexturedMaterialSamplerComponent(
new System.IO.FileInfo(seafloor),
new System.IO.FileInfo(shore),
new System.IO.FileInfo(sand),
new System.IO.FileInfo(grass),
new System.IO.FileInfo(dirt),
new System.IO.FileInfo(rock),
new System.IO.FileInfo(slope),
new System.IO.FileInfo(Path.Combine(resources, "rock01n.bmp")),
new System.IO.FileInfo(snow),
new System.IO.FileInfo(Path.Combine(resources, "distance01n.bmp"))
),
TransformComponent.Identity(),
PhysicalComponentFactory.CreateStaticMesh()
});
return(new TerrainGameObject(tag));
}
public static LightObject CreateDirectionLight(IEntityManager manager, Vector3 direction, float intensity) // ,
{
var index = 2;
if (!occupiedIndex.Add(index))
{
throw new LightIndexOccupiedException(index);
}
var tag = new ElementTag("DirectionLight_" + Interlocked.Increment(ref lights));
manager.CreateEntity(tag)
.AddComponent(LightComponent.CreateDirectional(intensity, index, direction))
.AddComponent(ColorComponent.CreateDiffuse(new Vector4(1, 1, 1, 1)));
return(new LightObject(tag, "DirectionLight"));
}
public static ElementTag Build(IEntityManager manager, List <Vector3> pos, List <int> indexes, List <Vector4> colors)
{
var geo = new SimpleGeometryComponent()
{
Positions = pos.ToImmutableArray(),
Indices = indexes.ToImmutableArray(),
Colors = colors.ToImmutableArray(),
Normals = pos.CalculateNormals(indexes).ToImmutableArray()
};
return(manager
.CreateEntity(new ElementTag("Geometry" + Guid.NewGuid()))
.AddComponent(geo)
.AddComponent(TransformComponent.Identity())
.AddComponent(GetObjGroupsRender())
.Tag);
}
public static SphereGameObject Create(IEntityManager manager, Data data)
{
var tag = manager
.CreateEntity(new ElementTag("Sphere_" + DateTime.Now.Ticks))
.AddComponent(new SimpleGeometryComponent()
{
Indices = new[] { 0 }.ToImmutableArray(),
Positions = new Vector3[] { data.Center }.ToImmutableArray(),
Color = data.Color,
})
.AddComponent(new D3DSpherePointRenderComponent())
.AddComponent(TransformComponent.Identity())
.Tag;
return(new SphereGameObject(tag));
}
public static LightObject CreateAmbientLight(IEntityManager manager, float intensity = 0.4f)
{
var index = 0;
if (!occupiedIndex.Add(index))
{
throw new LightIndexOccupiedException(index);
}
var tag = new ElementTag("AmbientLight_" + Interlocked.Increment(ref lights));
var sv4 = SharpDX.Color.White.ToVector4();
manager.CreateEntity(tag)
.AddComponent(LightComponent.CreateAmbient(intensity, index))
.AddComponent(ColorComponent.CreateDiffuse(new Vector4(sv4.X, sv4.Y, sv4.Z, sv4.W)));
return(new LightObject(tag, "AmbientLight"));
}
public static ElementTag BuildGroupMeshElement(this IEntityManager manager, IEnumerable <AbstractGeometry3D> objs)
{
var group = new Std.Engine.Core.Components.CompositeGeometryComponent();
objs.ForEach(x => group.Add(new SimpleGeometryComponent {
Positions = x.Positions.ToImmutableArray(),
Indices = x.Indices.ToImmutableArray(),
Normals = x.Normals.ToImmutableArray(),
Color = x.Color
}));
group.Combine();
return(manager
.CreateEntity(new ElementTag("GroupGeometry" + Guid.NewGuid()))
.AddComponent(group)
.AddComponent(new D3DTriangleColoredVertexRenderComponent())
.AddComponent(TransformComponent.Create(Matrix4x4.CreateTranslation(Vector3.UnitY * 30)))
.Tag);
}
public static CameraGameObject Create(IContextState context)
{
IEntityManager manager = context.GetEntityManager();
var cameraTag = new ElementTag("CameraEntity_" + Interlocked.Increment(ref cameras));
var obj = new CameraGameObject(cameraTag, "PerspectiveCamera");
manager.CreateEntity(cameraTag)
//.AddComponent(new OrthographicCameraComponent(Window.Width, Window.Height));
.AddComponent(new PerspectiveCameraComponent());
{//entities ordering
context.EntityOrder
.RegisterOrder <RenderSystem>(cameraTag, 0)
.RegisterOrder <DefaultInputSystem>(cameraTag, 0);
}
return(obj);
}
public static SingleGameObject Create(IEntityManager manager)
{
var tag = new ElementTag("Anim CMO file");
var fileName = Path.Combine($"{Directory.GetCurrentDirectory()}", $"Resources", $"animation", $"Chick.cmo");
//var fileName = @"C:\Storage\projects\sv\3d\d3dlab\D3DLab.Wpf.Engine.App\Resources\animation\Chick.cmo";
var meshes = CMOAnimationLoader.LoadFromFile(fileName);
var mesh = meshes.First();
var animesh = new MeshAnimationComponent("Armature|ArmatureAction.002");
var render = new D3DAnimRenderComponent();
var texture = new D3DTexturedMaterialSamplerComponent(new SamplerStateDescription()
{
AddressU = TextureAddressMode.Clamp,
AddressV = TextureAddressMode.Clamp,
AddressW = TextureAddressMode.Clamp,
BorderColor = new SharpDX.Color4(0, 0, 0, 0),
ComparisonFunction = Comparison.Never,
Filter = Filter.MinMagMipLinear,
MaximumAnisotropy = 16,
MaximumLod = float.MaxValue,
MinimumLod = 0,
MipLodBias = 0.0f
});
var moveToZ = Matrix4x4.CreateTranslation(Vector3.UnitY * 20);
var rotateToY = Matrix4x4.CreateRotationX(-90f.ToRad());
manager.CreateEntity(tag)
.AddComponents(new IGraphicComponent[] {
mesh,
render,
animesh,
texture,
TransformComponent.Create(rotateToY * moveToZ),
// PhysicalComponentFactory.CreateAABB(),
});
// new SingleGameObject( EntityBuilders.BuildMeshElement(manager, pos, indx, V4Colors.Red),"test");
return(new AnimCMOObject(tag));
}
public void AddMember(IEntityManager gem, IHexCoord position, string entityId)
{
var ent = gem.CreateEntity(entityId, e => {
e.AddModule(new SquadMember(this, _number));
});
ent.GetComponent <HexMovementComp>().SetPosition(position);
ent.GetComponent <ModelColorizer>().Colorize(Config.Color);
//var map = ServiceLocator.Instance.GetService<IHexMap>();
//var center = map.GetTile(map.Columns / 2, map.Rows / 2);
//var dir = center.GetTop() - ent.transform.position;
//dir.y = 0;
//ent.transform.rotation = Quaternion.LookRotation(dir);
ent.transform.rotation = Quaternion.Euler(0, Random.value * 360f, 0);
Members.Add(ent);
AliveMembers.Add(ent);
_number++;
}
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));
}
public static TerrainGameObject CreateClipmaps(IEntityManager manager)
{
var tag = new ElementTag("Terrain");
manager.CreateEntity(tag)
.AddComponents(new IGraphicComponent[] {
new D3DTerrainRenderComponent()
{
CanRender = false
},
new Systems.TerrainConfigurationComponent {
Width = 256,
Height = 256,
},
new TransformComponent(),
new D3DTexturedMaterialSamplerComponent(),
new ClipmapsTerrainComponent {
},
});
return(new TerrainGameObject(tag));
}
/// <summary>
/// Make a new entity, or recycle an unused entity.
/// </summary>
/// <returns>new empty entity</returns>
public IEntity CreateEntity(string name = "")
{
return(_entityManager.CreateEntity(name));
}
/// <summary>
/// The method creates a new entity within the context
/// </summary>
/// <param name="name">An optional parameter that specifies a name of the entity</param>
/// <returns>An integer index that is an entity's identifier</returns>
public EntityId CreateEntity(string name = null)
{
IEntity newEntity = mEntityManager.CreateEntity(name);
return(newEntity.Id);
}