public ITransform CreateLocalPosition(Vector3 localPosition)
{
var transform = new DefaultTransform();
transform.LocalPosition = localPosition;
return(transform);
}
public ITransform CreateFromCustomMatrix(Matrix localMatrix)
{
var transform = new DefaultTransform();
transform.SetFromCustomMatrix(localMatrix);
return(transform);
}
public ITransform CreateLocalPosition(float x, float y, float z)
{
var transform = new DefaultTransform();
transform.LocalPosition = new Vector3(x, y, z);
return(transform);
}
public ITransform DeserializeFromNetwork()
{
var transform = new DefaultTransform();
DeserializeFromNetwork(transform);
return(transform);
}
public ITransform CreateFromModifiedSRTFinalTransform(IFinalTransform existingFinalTransform, Vector3 scaleFactor, Quaternion appliedRotation, Vector3 addedPosition)
{
var transform = new DefaultTransform();
//transform.LocalPosition = existingFinalTransform.AbsolutePosition + addedPosition;
//transform.LocalRotation = existingFinalTransform.AbsoluteRotation * appliedRotation;
//transform.LocalScale = existingFinalTransform.AbsoluteScale * scaleFactor;
return transform;
}
public ITransform CreateFromSRTMatrix(Vector3 localScale, Quaternion localRotation, Vector3 localPosition)
{
var transform = new DefaultTransform();
transform.LocalPosition = localPosition;
transform.LocalRotation = localRotation;
transform.LocalScale = localScale;
return transform;
}
public Render3DCubeComponent(INode node, I3DRenderUtilities renderUtilities, IAssetManagerProvider assetManagerProvider)
{
_node = node;
_renderUtilities = renderUtilities;
Enabled = true;
Effect = assetManagerProvider.GetAssetManager().Get<UberEffectAsset>("effect.BuiltinSurface").Effects?["Color"];
Transform = new DefaultTransform();
}
public Render3DCubeComponent(INode node, I3DRenderUtilities renderUtilities, IAssetManager assetManager)
{
_node = node;
_renderUtilities = renderUtilities;
_defaultSurfaceEffect = assetManager.Get <UberEffectAsset>("effect.BuiltinSurface");
Enabled = true;
Transform = new DefaultTransform();
}
public ITransform CreateFromModifiedSRTFinalTransform(IFinalTransform existingFinalTransform, Vector3 scaleFactor, Quaternion appliedRotation, Vector3 addedPosition)
{
var transform = new DefaultTransform();
//transform.LocalPosition = existingFinalTransform.AbsolutePosition + addedPosition;
//transform.LocalRotation = existingFinalTransform.AbsoluteRotation * appliedRotation;
//transform.LocalScale = existingFinalTransform.AbsoluteScale * scaleFactor;
return(transform);
}
public ITransform CreateFromSRTMatrix(Vector3 localScale, Quaternion localRotation, Vector3 localPosition)
{
var transform = new DefaultTransform();
transform.LocalPosition = localPosition;
transform.LocalRotation = localRotation;
transform.LocalScale = localScale;
return(transform);
}
protected PhysicalBaseRigidBodyComponent(INode node, IPhysicsEngine physicsEngine)
{
_node = node;
_physicsEngine = physicsEngine;
_addedRigidBody = false;
Enabled = true;
Transform = new DefaultTransform();
}
public Render3DCubeComponent(INode node, I3DRenderUtilities renderUtilities, IAssetManagerProvider assetManagerProvider)
{
_node = node;
_renderUtilities = renderUtilities;
Enabled = true;
Effect = assetManagerProvider.GetAssetManager().Get <UberEffectAsset>("effect.BuiltinSurface").Effects?["Color"];
Transform = new DefaultTransform();
}
public Wall(I2DRenderUtilities twoDRenderUtilities, Vector2 start, Vector2 end)
{
this.Start = start;
this.End = end;
this.DebugRender = false;
this.m_2DRenderUtilities = twoDRenderUtilities;
this.DebugRenderWallColor = Color.Black;
this.DebugRenderWallNormalColor = Color.DarkGray;
Transform = new DefaultTransform();
}
public Wall(I2DRenderUtilities twoDRenderUtilities, Vector2 start, Vector2 end)
{
this.Start = start;
this.End = end;
this.DebugRender = false;
this.m_2DRenderUtilities = twoDRenderUtilities;
this.DebugRenderWallColor = Color.Black;
this.DebugRenderWallNormalColor = Color.DarkGray;
Transform = new DefaultTransform();
}
/// <summary>
/// Initializes a new <see cref="ComponentizedEntity"/>.
/// <para>
/// Componentized entities are entities which automatically support the attachment
/// of updatable and renderable components (<see cref="IUpdatableComponent"/> and
/// <see cref="IRenderableComponent"/> respectively).
/// </para>
/// </summary>
protected ComponentizedEntity()
{
Transform = new DefaultTransform();
_handleEvent = RegisterCallable <IEventfulComponent, IGameContext, IEventEngine <IGameContext>, Event, EventState>(EventCallback);
_handleMessageRecievedClient = RegisterCallable <INetworkedComponent, IGameContext, IUpdateContext, MxDispatcher, MxClient, byte[], uint, EventState>(ClientMessageCallback);
_handleMessageRecievedServer = RegisterCallable <INetworkedComponent, IServerContext, IUpdateContext, MxDispatcher, MxClient, byte[], uint, EventState>(ServerMessageCallback);
_networkIdentifiableClient = RegisterCallable <INetworkIdentifiable, IGameContext, IUpdateContext, int, int>((c, g, u, i, ft) => c.ReceiveNetworkIDFromServer(g, u, i, ft));
_networkIdentifiableServer = RegisterCallable <INetworkIdentifiable, IServerContext, IUpdateContext, MxClient, int>((c, s, u, mc, i) => c.ReceivePredictedNetworkIDFromClient(s, u, mc, i));
_getLights = RegisterCallable <ILightableComponent, List <ILight> >(GetLightCallback);
OnComponentsChanged();
}
public Render3DModelComponent(
INode node,
I3DRenderUtilities renderUtilities,
IAssetManagerProvider assetManagerProvider,
ITextureFromHintPath textureFromHintPath,
IRenderBatcher renderBatcher)
{
_node = node;
_renderUtilities = renderUtilities;
_textureFromHintPath = textureFromHintPath;
_renderBatcher = renderBatcher;
_assetManager = assetManagerProvider.GetAssetManager();
_animationTracker = new Stopwatch();
Enabled = true;
Transform = new DefaultTransform();
}
public EntityGroup(INode node, IEditorQuery <EntityGroup> editorQuery)
{
_node = node;
Transform = new DefaultTransform();
// EditorGroup is used to represent game groups in the editor
// and we need to map the transform to this object.
if (editorQuery.Mode == EditorQueryMode.LoadingConfiguration)
{
editorQuery.MapTransform(this, x => this.Transform.Assign(x));
_node.ChildrenChanged += ChildrenChanged;
_node.DescendantsChanged += DescendantsChanged;
ChildrenChanged(null, null);
DescendantsChanged(null, null);
}
}
public ITransform CreateFromCustomMatrix(Matrix localMatrix)
{
var transform = new DefaultTransform();
transform.SetFromCustomMatrix(localMatrix);
return transform;
}
public ITransform CreateLocalPosition(float x, float y, float z)
{
var transform = new DefaultTransform();
transform.LocalPosition = new Vector3(x, y, z);
return transform;
}
public ITransform CreateLocalPosition(Vector3 localPosition)
{
var transform = new DefaultTransform();
transform.LocalPosition = localPosition;
return transform;
}
public Render3DModelComponent(
INode node,
I3DRenderUtilities renderUtilities,
IAssetManagerProvider assetManagerProvider,
ITextureFromHintPath textureFromHintPath,
IRenderBatcher renderBatcher)
{
_node = node;
_renderUtilities = renderUtilities;
_textureFromHintPath = textureFromHintPath;
_renderBatcher = renderBatcher;
_assetManager = assetManagerProvider.GetAssetManager();
_animationTracker = new Stopwatch();
Enabled = true;
Transform = new DefaultTransform();
}
public ITransform DeserializeFromNetwork()
{
var transform = new DefaultTransform();
DeserializeFromNetwork(transform);
return transform;
}
public AbsoluteMatrixComponent(INode node)
{
_finalTransform = new DefaultFinalTransform(this, node);
Transform = new DefaultTransform();
}
/// <summary>
/// Initializes a new entity.
/// </summary>
public Entity()
{
Transform = new DefaultTransform();
}
/// <summary>
/// Initializes a new entity.
/// </summary>
public Entity()
{
_finalTransform = new DefaultFinalTransform(this, null);
Transform = new DefaultTransform();
}
public sealed override ITransform Get(int tick)
{
int previousTick, nextTick;
this.FindSurroundingTickValues(
this.KnownKeys,
tick,
out previousTick,
out nextTick);
if (previousTick != -1)
{
previousTick = this.KnownKeys[previousTick];
}
if (nextTick != -1)
{
nextTick = this.KnownKeys[nextTick];
}
if (previousTick != -1 && nextTick != -1)
{
// If they are the same, skip and return the value.
if (previousTick == nextTick)
{
return(this.KnownValues[previousTick]);
}
// Construct a new transform based on linearly interpolating
// the values within the transform.
var previousValue = this.KnownValues[previousTick];
var nextValue = this.KnownValues[nextTick];
if (previousValue.IsSRTMatrix != nextValue.IsSRTMatrix)
{
// We can't interpolate this.
return(this.KnownValues[previousTick]);
}
var ratio = (tick - previousTick) / (nextTick - (float)previousTick);
if (previousValue.IsSRTMatrix && nextValue.IsSRTMatrix)
{
// Interpolate based on local position, rotation and scale.
return(new DefaultTransform
{
LocalPosition = Vector3.Lerp(previousValue.LocalPosition, nextValue.LocalPosition, ratio),
LocalRotation = Quaternion.Lerp(previousValue.LocalRotation, nextValue.LocalRotation, ratio),
LocalScale = Vector3.Lerp(previousValue.LocalScale, nextValue.LocalScale, ratio),
});
}
if (!previousValue.IsSRTMatrix && !nextValue.IsSRTMatrix)
{
// Interpolate using the custom matrix. This will probably give a nonsensical
// result in most cases?
var transform = new DefaultTransform();
transform.SetFromCustomMatrix(Matrix.Lerp(previousValue.LocalMatrix, nextValue.LocalMatrix, ratio));
return(transform);
}
}
if (previousTick != -1 && nextTick == -1)
{
// Return the previous value and don't attempt to predict the future.
return(this.KnownValues[previousTick]);
}
if (nextTick == -1 && previousTick != -1)
{
// TODO: Extrapolation
return(this.KnownValues[previousTick]);
}
return(new DefaultTransform());
}
