public bool IsVisible(RenderObjectType type)
{
bool visible;
dictVisible.TryGetValue(type, out visible);
return(visible);
}
public RenderObject(GameObject GameObject, System.Windows.UIElement element, RenderObjectType objectType, Dimension Size, System.Windows.Controls.Canvas Canvas, Renderer controller)
{
//Create new UI Element
if (element is null)
{
switch (objectType)
{
case RenderObjectType.rectangle:
element = new System.Windows.Shapes.Rectangle()
{
Width = Size.Width,
Height = Size.Height,
Fill = new System.Windows.Media.SolidColorBrush(GameObject.color),
Stroke = new System.Windows.Media.SolidColorBrush(GameObject.color),
RenderTransform = new System.Windows.Media.TransformGroup(),
RenderTransformOrigin = new System.Windows.Point(0.5, 0.5)
};
System.Windows.Media.TransformGroup transformGroup = (System.Windows.Media.TransformGroup)element.RenderTransform;
rotateTransform = new System.Windows.Media.RotateTransform(90); //Rotation is different system than used
transformGroup.Children.Add(rotateTransform);
translateTransform = new System.Windows.Media.TranslateTransform(GameObject.position.x * Renderer.FieldSize, GameObject.position.y * Renderer.FieldSize);
transformGroup.Children.Add(translateTransform);
element.RenderTransform = transformGroup;
break;
case RenderObjectType.image:
element = new System.Windows.Controls.Image()
{
Width = Size.Width * Renderer.FieldSize, //TODO: Fix the difference in size between the two types
Height = Size.Height * Renderer.FieldSize,
Source = Renderer.BitmapToImageSource(new System.Drawing.Bitmap(((ImageEntity)GameObject).CurrentImage())),
RenderTransform = new System.Windows.Media.TransformGroup(),
RenderTransformOrigin = new System.Windows.Point(0.5, 0.5)
};
transformGroup = (System.Windows.Media.TransformGroup)element.RenderTransform;
rotateTransform = new System.Windows.Media.RotateTransform(90); //Rotation is different system than used
transformGroup.Children.Add(rotateTransform);
translateTransform = new System.Windows.Media.TranslateTransform(GameObject.position.x * Renderer.FieldSize, GameObject.position.y * Renderer.FieldSize);
transformGroup.Children.Add(translateTransform);
element.RenderTransform = transformGroup;
break;
default:
break;
}
}
gameObject = GameObject;
uIElement = element;
type = objectType;
size = Size;
renderer = controller;
canvas = Canvas;
Canvas.Children.Add(uIElement);
}
public void AddEntity(GameObject gameObject, RenderObjectType type)
{
RenderObject item = new RenderObject(gameObject, null, type, gameObject.size, canvas, this);
renderObjects.Add(item);
//Calculate
Point pos = item.gameObject.position * FieldSize + offset;
bool LowerX = offset.x - screen.Width * FieldSize / 2 - item.gameObject.size.Width * FieldSize <= pos.x;
bool HigherX = pos.x <= offset.x + screen.Width * FieldSize / 2 + item.gameObject.size.Width * FieldSize;
bool LowerY = offset.y - screen.Height * FieldSize / 2 - item.gameObject.size.Height * FieldSize <= pos.y;
bool HigherY = pos.y <= offset.y + screen.Height * FieldSize / 2 + item.gameObject.size.Height * FieldSize;
item.Enabled = LowerX && HigherX && LowerY && HigherY;
//Set the correct offset
item.gameObject.animate = true;
item.Update(forced: true);
}
public static ObjectClass RenderTypeToObjectClass(RenderObjectType type)
{
switch (type)
{
case RenderObjectType.Mob:
return(ObjectClass.Mob);
case RenderObjectType.Foothold:
return(ObjectClass.Foothold);
case RenderObjectType.Npc:
return(ObjectClass.Npc);
case RenderObjectType.LadderRope:
return(ObjectClass.LadderRope);
case RenderObjectType.Portal:
return(ObjectClass.CrossMapPortal); //TODO: Classify portal
}
return(ObjectClass.Unknown);
}
public RenderObjectHandle(LightSource light)
{
obj = light;
type = RenderObjectType.LIGHT;
}
public RenderObjectHandle(PrimitiveList prims)
{
obj = new Geometry(prims);
type = RenderObjectType.GEOMETRY;
}
public RenderObjectHandle(Instance instance)
{
obj = instance;
type = RenderObjectType.INSTANCE;
}
public RenderObjectHandle(Modifier modifier)
{
obj = modifier;
type = RenderObjectType.MODIFIER;
}
public RenderObjectHandle(ITesselatable tesselatable)
{
obj = new Geometry(tesselatable);
type = RenderObjectType.GEOMETRY;
}
public RenderObjectHandle(PrimitiveList prims)
{
obj = new Geometry(prims);
type = RenderObjectType.GEOMETRY;
}
public RenderObjectHandle(IShader shader)
{
obj = shader;
type = RenderObjectType.SHADER;
}
public RenderObjectHandle(Modifier modifier)
{
obj = modifier;
type = RenderObjectType.MODIFIER;
}
public RenderObjectHandle(IShader shader)
{
obj = shader;
type = RenderObjectType.SHADER;
}
public RenderObjectHandle(Options options)
{
obj = options;
type = RenderObjectType.OPTIONS;
}
public TargetItem(SceneItem item, Rectangle rectangle, RenderObjectType type) : this(item, rectangle)
{
Type = RenderTypeToObjectClass(type);
}
public RenderObjectHandle(CameraBase camera)
{
obj = camera;
type = RenderObjectType.CAMERA;
}
public RenderObjectHandle(LightSource light)
{
obj = light;
type = RenderObjectType.LIGHT;
}
public RenderObjectHandle(Instance instance)
{
obj = instance;
type = RenderObjectType.INSTANCE;
}
public RenderObjectHandle(CameraBase camera)
{
obj = camera;
type = RenderObjectType.CAMERA;
}
private void SetVisible(RenderObjectType type, bool visible)
{
this.dictVisible[type] = visible;
}
public RenderObjectHandle(Options options)
{
obj = options;
type = RenderObjectType.OPTIONS;
}
public RenderObjectHandle(ITesselatable tesselatable)
{
obj = new Geometry(tesselatable);
type = RenderObjectType.GEOMETRY;
}
