/// <summary>
/// Adds a single XAML element into the Physics simulation.
/// </summary>
/// <param name="cnvContainer">The container to add items from.</param>
public PhysicsSprite AddPhysicsBody(UIElement element, UIElement boundaryElement)
{
string thisName = element.GetValue(Canvas.NameProperty).ToString();
element.SetValue(Canvas.TagProperty, thisName);
// special case: if we are adding a UserControl _AND_ the UserControl contains one or more
// Physics Controllers, then we handle that UserControl as a "nested" canvas!
if (element is UserControl)
{
Canvas cnvNestedPhysics = FindPhysicsCanvas(element as UserControl);
if (cnvNestedPhysics != null)
{
EnsureUniqueNames(cnvNestedPhysics);
AddPhysicsBodyForCanvas(cnvNestedPhysics);
return(null);
}
}
// look to see if we have processed this object before, and if so,
// use its point collection instead of recalculating
List <Point> points = FindMatchingUIElement(element);
string nameKey = (string)element.GetValue(Canvas.NameProperty);
PhysicsSprite polygon = new PhysicsSprite(Simulator, _parentCanvas, element, points, DebugMode, (float)FrictionDefault, boundaryElement);
polygon.Name = nameKey;
if (polygon.OutlinePoints != null)
{
polygon.Collision += new PhysicsSprite.CollisionHandler(polygon_Collision);
_parentCanvas.Children.Add(polygon);
PhysicsObjects.Add(polygon.Name, polygon);
polygon.Update();
}
//if (MousePickEnabled)
//{
polygon.MouseLeftButtonDown += new MouseButtonEventHandler(polygon_MouseLeftButtonDown);
polygon.MouseLeftButtonUp += new MouseButtonEventHandler(polygon_MouseLeftButtonUp);
polygon.MouseMove += new MouseEventHandler(polygon_MouseMove);
//}
return(polygon);
}
public PhysicsSprite AddPhysicsBody(PhysicsObjectMain physObject)
{
FrameworkElement element = physObject.VisualElement;
string thisName = element.GetValue(Canvas.NameProperty).ToString();
element.SetValue(Canvas.TagProperty, thisName);
// special case: if we are adding a UserControl _AND_ the UserControl contains one or more
// Physics Controllers, then we handle that UserControl as a "nested" canvas!
if (BoundaryHelper.IsInsideNestedUsercontrol(element)) //element is UserControl)
{
UserControl ucParent = BoundaryHelper.GetParentUserControl(element);
Canvas cnvNestedPhysics = FindPhysicsCanvas(ucParent);
if (cnvNestedPhysics != null)
{
EnsureUniqueNames(cnvNestedPhysics);
if (element is UserControl)
{
AddPhysicsBodyForCanvasWithBehaviors(cnvNestedPhysics);
return(null);
}
}
}
// look to see if we have processed this object before, and if so,
// use its point collection instead of recalculating
List <Point> points = FindMatchingUIElement(element);
string nameKey = (string)element.GetValue(Canvas.NameProperty);
FrameworkElement boundaryElement = null;
if (physObject.BoundaryElement != null && physObject.BoundaryElement != string.Empty)
{
boundaryElement = element.FindName(physObject.BoundaryElement) as FrameworkElement;
}
if (nameKey == string.Empty)
{
nameKey = GetUniqueSpriteName();
element.Name = nameKey;
}
PhysicsSprite sprite = new PhysicsSprite(Simulator, _parentCanvas, element, points, DebugMode, (float)FrictionDefault, boundaryElement);
sprite.Name = nameKey;
if (sprite.OutlinePoints != null)
{
sprite.Collision += new PhysicsSprite.CollisionHandler(polygon_Collision);
_parentCanvas.Children.Add(sprite);
PhysicsObjects.Add(sprite.Name, sprite);
sprite.Update();
}
sprite.MouseLeftButtonDown += new MouseButtonEventHandler(polygon_MouseLeftButtonDown);
sprite.MouseLeftButtonUp += new MouseButtonEventHandler(polygon_MouseLeftButtonUp);
sprite.MouseMove += new MouseEventHandler(polygon_MouseMove);
sprite.GeometryObject.CollisionGroup = physObject.CollisionGroup;
sprite.BodyObject.IsStatic = physObject.IsStatic;
if (physObject.RestitutionCoefficient != 0)
{
sprite.GeometryObject.RestitutionCoefficient = (float)physObject.RestitutionCoefficient;
}
if (physObject.FrictionCoefficient != 0)
{
sprite.GeometryObject.FrictionCoefficient = (float)physObject.FrictionCoefficient;
}
if (physObject.MomentOfIntertia != 0)
{
sprite.BodyObject.MomentOfInertia = (float)physObject.MomentOfIntertia;
}
if (physObject.Mass != 0)
{
sprite.BodyObject.Mass = (float)physObject.Mass;
}
return(sprite);
}
/// <summary>
/// Adds a single Physics Sprite into the Physics simulation.
/// </summary>
/// <param name="cnvContainer">The container to add items from.</param>
public PhysicsSprite AddPhysicsSprite(PhysicsSprite element, bool enablePhysics)
{
if (enablePhysics)
{
string thisName = element.GetValue(Canvas.NameProperty).ToString();
element.SetValue(Canvas.TagProperty, thisName); // save original name in tag
if ((element.Parent as Panel).Children.IndexOf(element) < 0)
throw new Exception("Could not find element " + thisName + " in the parent");
(element.Parent as Panel).Children.Remove(element);
thisName = PhysicsUtilities.EnsureUniqueName(this, element, thisName); // get a unique name in the game canvas
element.Name = thisName;
//PhysicsUtilities.DebugVisualTree(this, 1);
this.Children.Add(element);
PhysicsObjects.Add(thisName, element);
element.Update();
element.Collision += new PhysicsSprite.CollisionHandler(polygon_Collision);
}
if (MousePickEnabled)
{
element.MousePickEnabled = true;
}
return element;
}
