public override void Update(Timer timer)
{
Entity[] entities = GetEntities();
SingletonConfigVar configVar = WorldRef.GetSingletonComponent <SingletonConfigVar>();
SingletonInput input = WorldRef.GetSingletonComponent <SingletonInput>();
SingletonFrameScene frameScene = WorldRef.GetSingletonComponent <SingletonFrameScene>();
frameScene.FrameData.Reset();
Transform transform;
Camera camera;
foreach (var entity in entities)
{
camera = entity.GetComponent <Camera>();
transform = entity.GetComponent <Transform>();
UpdateCamera(timer.DeltaTime, camera, transform, input, configVar);
frameScene.FrameData.AddCameraData(new StandardFrameData.CameraData()
{
View = camera.View,
Projection = camera.Projection,
ViewProjection = camera.ViewProjection,
PreviousView = camera.PreviousView,
PreviousViewProjection = camera.PreviousViewProjection,
Position = transform.Position,
Forward = transform.Direction,
Frustrum = new BoundingFrustum(camera.ViewProjection),
});
}
}
public override void Update(Timer timer)
{
Entity[] entities = GetEntities();
SingletonFrameScene frameScene = WorldRef.GetSingletonComponent <SingletonFrameScene>();
Transform transform;
Light light;
entities = entities.OrderBy(a => a.GetComponent <Light>().Type).ToArray();
int index = 0;
bool culled;
BoundingSphere boundingSphere;
foreach (var entity in entities)
{
culled = true;
transform = entity.GetComponent <Transform>();
light = entity.GetComponent <Light>();
foreach (var camera in frameScene.FrameData.CamerasList)
{
boundingSphere = new BoundingSphere(transform.Position, light.Radius * 2);
if (light.Type != Light.LightType.Directional && !camera.Frustrum.Intersects(ref boundingSphere))
{
continue;
}
culled = false;
frameScene.FrameData.AddLightDataToCamera(camera.index, index);
}
if (culled)
{
continue;
}
if (light.IsCastShadows)
{
light.ViewProjection = Matrix.LookAtLH(
transform.Position,
transform.Position + transform.Direction,
Vector3.Up
);
//light.ViewProjection *= Matrix.PerspectiveFovLH(MathUtil.PiOverTwo, 1.0f, 0.01f, 10000f);
light.ViewProjection *= Matrix.OrthoLH(110f, 110f, 0.5f, 300f);
}
frameScene.FrameData.AddLightData(new StandardFrameData.LightData()
{
Type = light.Type,
Radius = light.Radius,
IsCastShadows = light.IsCastShadows,
ViewProjection = light.ViewProjection,
Frustrum = new BoundingFrustum(light.ViewProjection),
Position = transform.Position,
Direction = transform.Direction,
Color = light.Color,
Intensity = light.Intensity,
});
index++;
}
}
public override void Update(Timer timer)
{
SingletonFrameScene frameScene = WorldRef.GetSingletonComponent <SingletonFrameScene>();
Transform transform;
Renderer renderer;
//TODO: faster ordering optimization
/*Entity[] entities = GetEntities();
* entities = entities.OrderBy(a => a.GetComponent<Renderer>().materialInfo.Queue)
* .ThenBy(a => a.GetComponent<Renderer>().materialInfo.Name)
* .ThenBy(a => a.GetComponent<Renderer>().meshInfo.Name).ToArray();*/
int index = 0;
bool culled;
foreach (Entity entity in SortedByRendererEntities)
{
culled = true;
transform = entity.GetComponent <Transform>();
renderer = entity.GetComponent <Renderer>();
renderer.Bounds = BoundsBox.TransformAABBFast(renderer.meshInfo.Bounds, transform.TransformMatrix);
foreach (var camera in frameScene.FrameData.CamerasList)
{
if (camera.Frustrum.Intersects(ref renderer.Bounds.boundingBox))
{
culled = false;
frameScene.FrameData.AddRendererDataToCamera(camera.index, index);
}
}
foreach (var light in frameScene.FrameData.LightsList)
{
if (!light.IsCastShadows)
{
continue;
}
if (light.Frustrum.Intersects(ref renderer.Bounds.boundingBox))
{
culled = false;
frameScene.FrameData.AddRendererDataToLight(light.index, index);
}
}
if (culled)
{
continue;
}
frameScene.FrameData.AddRendererData(new StandardFrameData.RendererData()
{
EntityId = entity.ID,
PreviousTransformMatrix = transform.PreviousTransformMatrix,
TransformMatrix = transform.TransformMatrix,
MeshName = renderer.meshInfo.Name,
MaterialName = renderer.materialInfo.Name,
MaterialQueue = renderer.materialInfo.Queue,
IsDynamic = renderer.IsDynamic,
});
index++;
}
}
