TreeViewItem LoadActorsRecursive(Actor actor, TreeViewItem item)
{
foreach (Actor actorx in actor.Children)
{
TreeViewItem itemx = new TreeViewItem();
itemx = LoadActorsRecursive(actorx, itemx);
itemx.Header = actorx.ID;
item.Items.Add(itemx);
}
return item;
}
private void GizmoScaleEvent(Actor transformable, TransformationEventArgs e)
{
Vector3 delta = (Vector3)e.Value;
if (gizmo.ActiveMode == GizmoMode.UniformScale)
transformable.Scale *= 1 + ((delta.X + delta.Y + delta.Z) / 3);
else
transformable.Scale += delta;
transformable.Scale = Vector3.Clamp(transformable.Scale, Vector3.Zero, transformable.Scale);
}
void gizmo_TranslateEvent(Actor transformable, GizmoModules.TransformationEventArgs e)
{
transformable.Position += (Vector3)e.Value;
}
/// <summary>
/// Helper function to apply rotation to objects using the built-in method.
/// </summary>
public void RotationHelper(Actor entity, TransformationEventArgs e)
{
Vector3 pos = _position;
if (ActivePivot == PivotType.ObjectCenter)
pos = entity.Position;
Matrix localRot = Matrix.Identity;
localRot.Forward = entity.Forward;
localRot.Up = entity.Up;
localRot.Right = Vector3.Cross(entity.Forward, entity.Up);
localRot.Right.Normalize();
localRot.Translation = entity.Position - pos;
Matrix newRot = localRot * (Matrix)e.Value;
entity.Forward = newRot.Forward;
entity.Up = newRot.Up;
entity.Position = newRot.Translation + pos;
}
private void GizmoRotateEvent(Actor transformable, TransformationEventArgs e)
{
gizmo.RotationHelper(transformable, e);
}
private void OnRotateEvent(Actor transformable, Matrix delta)
{
if (RotateEvent != null)
RotateEvent(transformable, new TransformationEventArgs(delta));
}
private void OnTranslateEvent(Actor transformable, Vector3 delta)
{
if (TranslateEvent != null)
TranslateEvent(transformable, new TransformationEventArgs(delta));
}
public void Draw(Actor node)
{
drawDepthNormalMap(node);
drawLightMap();
prepareMainPass(node);
}
void prepareMainPassRecursive(Actor node)
{
if (node.GetType() == typeof(MeshObject))
{
foreach (ModelMesh mesh in ((MeshObject)node).Model.Meshes)
foreach (ModelMeshPart part in mesh.MeshParts)
{
// Set the light map and viewport parameters to each model's effect
if (part.Effect.Parameters["LightTexture"] != null)
part.Effect.Parameters["LightTexture"].SetValue(lightTarg);
if (part.Effect.Parameters["viewportWidth"] != null)
part.Effect.Parameters["viewportWidth"].SetValue(viewWidth);
if (part.Effect.Parameters["viewportHeight"] != null)
part.Effect.Parameters["viewportHeight"].SetValue(viewHeight);
}
}
foreach (Actor child_node in node.Children)
this.prepareMainPassRecursive(child_node);
}
void prepareMainPass(Actor rootNode)
{
prepareMainPassRecursive(rootNode);
}
void drawDepthNormalMapRecursive(Actor actor)
{
if (actor.GetType() == typeof(MeshObject))
{
((MeshObject)actor).CacheEffects();
((MeshObject)actor).SetModelEffect(depthNormalEffect, false);
((MeshObject)actor).Render(this.sceneGraph);
((MeshObject)actor).RestoreCachedEffects();
}
foreach (Actor node in actor.Children)
drawDepthNormalMapRecursive(node);
}
void drawDepthNormalMap(Actor rootNode)
{
// Set the render targets to 'slots' 1 and 2
graphicsDevice.SetRenderTargets(normalTarg, depthTarg);
// Clear the render target to 1 (infinite depth)
graphicsDevice.Clear(Color.White);
//render recursive
drawDepthNormalMapRecursive(rootNode);
// Un-set the render targets
graphicsDevice.SetRenderTargets(null);
}
