public static GameEntity CreateSprite(int x, int y, int w, int h, string filepath)
{
GameEntity ge = new GameEntity();
ge.Type = EntityType.SPRITE;
ge.Props.TryAdd(new CustomProperty { Name = "OutlineColor", Type = typeof(Color), DefaultValue = Color.Black });
ge.Props.TryAdd(new CustomProperty { Name = "FillColor", Type = typeof(Color), DefaultValue = Color.Transparent });
CustomProperty dim = new CustomProperty { Name = "Dimensions", Type = typeof(Rectangle), DefaultValue = new Rectangle(x, y, w, h) };
ge.Props.TryAdd(dim);
//add image path
ge.Props.TryAdd(new CustomProperty { Name = "Image", Type = typeof(string), DefaultValue = filepath });
ge.Props.TryAdd(new CustomProperty { Name = "ImageFile", Type = typeof(Image), DefaultValue = filepath });
ge.SetBoundingBox = new delSetBoundingBox(delegate (Rectangle r)
{
ge.Props["Dimensions"] = r;
});
ge.GetBoundingBox = new delGetBoundingBox(delegate ()
{
return ge.Props["Dimensions"] == null ? (Rectangle)dim.DefaultValue : (Rectangle)ge.Props["Dimensions"];
});
//draw associated image
string path = "../../../../Assets/" + filepath;
Image image = Image.FromFile(path);
ge.Props["ImageFile"] = image;
return ge;
}
//Create Track Two
public static GameEntity CreateTrackTwo(int x, int y, int w, int h, float speed, string filePath, Point scl)
{
GameEntity ge = new GameEntity();
ge.Type = EntityType.CONVERYOR_TRACK;
// Set GameEntities and set property items with the entities properties
CustomProperty dim = new CustomProperty { Name = "Dimensions", Type = typeof(Rectangle), DefaultValue = new Rectangle(x, y, w, h) };
ge.Props.TryAdd(dim);
CustomProperty spd = new CustomProperty { Name = "Speed", Type = typeof(float), DefaultValue = speed };
ge.Props.TryAdd(spd);
CustomProperty img = new CustomProperty { Name = "Image", Type = typeof(string), DefaultValue = filePath };
ge.Props.TryAdd(img);
CustomProperty scale = new CustomProperty { Name = "Scale", Type = typeof(Point), DefaultValue = scl };
ge.Props.TryAdd(scale);
// Set the GameEntity Bounding Box
ge.SetBoundingBox = new delSetBoundingBox(delegate (Rectangle r)
{
ge.Props["Dimensions"] = r;
});
// Get the GameEntity Bounding Box
ge.GetBoundingBox = new delGetBoundingBox(delegate ()
{
return ge.Props["Dimensions"] == null ? (Rectangle)dim.DefaultValue : (Rectangle)ge.Props["Dimensions"];
});
return ge;
}
public static GameEntity CreateCircle(int radius, Point position)
{
GameEntity ge = new GameEntity();
ge.Type = EntityType.CIRCLE;
//MIDTERM: Initialise the rest of the entity, including the properties (see CreateRectangle() for reference).
// Don't forget you also need to initialise the BoundingBox delegates.
ge.Props.TryAdd(new CustomProperty { Name = "OutlineColor", Type = typeof(Color), DefaultValue = Color.Black });
ge.Props.TryAdd(new CustomProperty { Name = "FillColor", Type = typeof(Color), DefaultValue = Color.Transparent });
/* Creating these as named variables so that they can be referred to later. */
CustomProperty rad = new CustomProperty { Name = "Radius", Type = typeof(int), DefaultValue = radius };
ge.Props.TryAdd(rad);
CustomProperty pos = new CustomProperty { Name = "Position", Type = typeof(Point), DefaultValue = new Point(position.X, position.Y) };
ge.Props.TryAdd(pos);
ge.SetBoundingBox = new delSetBoundingBox(delegate (Rectangle r)
{
ge.Props["Position"] = r.Location;
/* Only height or width can be used, averaging them makes resizing difficult */
ge.Props["Radius"] = r.Size.Width / 2;
});
ge.GetBoundingBox = new delGetBoundingBox(delegate ()
{
/* Generate a bounding box based on the radius. */
Rectangle bound;
if (ge.Props["Position"] == null || ge.Props["Radius"] == null)
{
bound = new Rectangle((Point)pos.DefaultValue, new Size((int)rad.DefaultValue * 2, (int)rad.DefaultValue * 2));
}
else
{
bound = new Rectangle((Point)ge.Props["Position"], new Size((int)ge.Props["Radius"] * 2, (int)ge.Props["Radius"] * 2));
}
return bound;
});
return ge;
}
//Factory method for creating a rectangular game entity. This can be chained with other
// factory methods to create new entity types - for example a sprite game entity would
// create a rectangle entity first, then have additional logic to add a texture, subrect, etc...
public static GameEntity CreateRectangle(int x, int y, int w, int h)
{
GameEntity ge = new GameEntity();
ge.Type = EntityType.RECT;
ge.Props.TryAdd(new CustomProperty { Name = "OutlineColor", Type = typeof(Color), DefaultValue = Color.Black });
ge.Props.TryAdd(new CustomProperty { Name = "FillColor", Type = typeof(Color), DefaultValue = Color.Transparent });
CustomProperty dim = new CustomProperty { Name = "Dimensions", Type = typeof(Rectangle), DefaultValue = new Rectangle(x,y,w,h) };
ge.Props.TryAdd(dim);
//ge.Props.TryAdd(new CustomProperty { Name = "DynamicProperties", Type = typeof(CustomPropertyDictionary), DefaultValue = new CustomPropertyDictionary() });
ge.SetBoundingBox = new delSetBoundingBox(delegate(Rectangle r)
{
ge.Props["Dimensions"] = r;
});
ge.GetBoundingBox = new delGetBoundingBox(delegate()
{
return ge.Props["Dimensions"] == null ? (Rectangle)dim.DefaultValue : (Rectangle)ge.Props["Dimensions"];
});
return ge;
}
//Create Track Two
public static GameEntity CreateTrackTwo(int x, int y, int w, int h)
{
GameEntity ge = new GameEntity();
ge.Type = EntityType.CONVERYOR_TRACK;
CustomProperty dim = new CustomProperty { Name = "Dimensions", Type = typeof(Rectangle), DefaultValue = new Rectangle(x, y, w, h) };
ge.Props.TryAdd(dim);
CustomProperty spd = new CustomProperty { Name = "Speed", Type = typeof(float), DefaultValue = 1.0f };
ge.Props.TryAdd(spd);
CustomProperty sprites = new CustomProperty { Name = "Sprites", Type = typeof(List<Image>), DefaultValue = new List<Image>() };
ge.Props.TryAdd(sprites);
ge.SetBoundingBox = new delSetBoundingBox(delegate(Rectangle r)
{
ge.Props["Dimensions"] = r;
});
ge.GetBoundingBox = new delGetBoundingBox(delegate()
{
return ge.Props["Dimensions"] == null ? (Rectangle)dim.DefaultValue : (Rectangle)ge.Props["Dimensions"];
});
return ge;
}
// Take in a GameEntity, create new GameEntity, set new entity with new values equal to original GameEntity
public static GameEntity CloneEntity(GameEntity ge)
{
GameEntity newGE = new GameEntity();
int clonePosOffset = 6;
newGE.Type = ge.Type;
newGE.Props.TryAdd(new CustomProperty { Name = "OutlineColor", Type = typeof(Color), DefaultValue = (Color)ge.Props["OutlineColor"] });
newGE.Props.TryAdd(new CustomProperty { Name = "FillColor", Type = typeof(Color), DefaultValue = (Color)ge.Props["FillColor"] });
switch (newGE.Type)
{
case EntityType.CIRCLE:
CustomProperty rad = new CustomProperty { Name = "Radius", Type = typeof(int), DefaultValue = (int)ge.Props["Radius"] };
newGE.Props.TryAdd(rad);
Point gePos = (Point)ge.Props["Position"];
gePos.X += clonePosOffset;
gePos.Y += clonePosOffset;
CustomProperty pos = new CustomProperty { Name = "Position", Type = typeof(Point), DefaultValue = gePos };
newGE.Props.TryAdd(pos);
newGE.SetBoundingBox = new delSetBoundingBox(delegate (Rectangle r)
{
newGE.Props["Position"] = r.Location;
/* Only height or width can be used, averaging them makes resizing difficult */
newGE.Props["Radius"] = r.Size.Width;
});
newGE.GetBoundingBox = new delGetBoundingBox(delegate ()
{
/* Generate a bounding box based on the radius. */
Rectangle bound;
if (newGE.Props["Position"] == null || newGE.Props["Radius"] == null)
{
bound = new Rectangle((Point)pos.DefaultValue, new Size((int)rad.DefaultValue, (int)rad.DefaultValue));
}
else
{
bound = new Rectangle((Point)newGE.Props["Position"], new Size((int)newGE.Props["Radius"], (int)newGE.Props["Radius"]));
}
return bound;
});
break;
case EntityType.RECT:
Rectangle geRect = (Rectangle)ge.Props["Dimensions"];
geRect.X += clonePosOffset;
geRect.Y += clonePosOffset;
CustomProperty dim = new CustomProperty { Name = "Dimensions", Type = typeof(Rectangle), DefaultValue = geRect };
newGE.Props.TryAdd(dim);
newGE.SetBoundingBox = new delSetBoundingBox(delegate (Rectangle r)
{
newGE.Props["Dimensions"] = r;
});
newGE.GetBoundingBox = new delGetBoundingBox(delegate ()
{
return newGE.Props["Dimensions"] == null ? (Rectangle)dim.DefaultValue : (Rectangle)newGE.Props["Dimensions"];
});
break;
default:
return null;
}
return newGE;
}
//Create Track Three
public static GameEntity CreateTrackThree(int x, int y, int w, int h)
{
GameEntity ge = new GameEntity();
ge.Type = EntityType.FUNCTION_TRACK;
CustomProperty dim = new CustomProperty { Name = "Dimensions", Type = typeof(Rectangle), DefaultValue = new Rectangle(x, y, w, h) };
ge.Props.TryAdd(dim);
CustomProperty osc = new CustomProperty { Name = "Oscillation", Type = typeof(float), DefaultValue = 1.0f };
ge.Props.TryAdd(osc);
//Place holder prop for function, not sure what this is yet.
CustomProperty function = new CustomProperty { Name = "Function", Type = typeof(string), DefaultValue = "PlaceHolder" };
ge.Props.TryAdd(function);
CustomProperty sprites = new CustomProperty { Name = "Sprites", Type = typeof(List<Image>), DefaultValue = new List<Image>() };
ge.Props.TryAdd(sprites);
ge.SetBoundingBox = new delSetBoundingBox(delegate(Rectangle r)
{
ge.Props["Dimensions"] = r;
});
ge.GetBoundingBox = new delGetBoundingBox(delegate()
{
return ge.Props["Dimensions"] == null ? (Rectangle)dim.DefaultValue : (Rectangle)ge.Props["Dimensions"];
});
return ge;
}
//Create Track One
public static GameEntity CreateTrackOne(int x, int y, int w, int h)
{
GameEntity ge = new GameEntity();
ge.Type = EntityType.WAVE_TRACK;
CustomProperty dim = new CustomProperty { Name = "Dimensions", Type = typeof(Rectangle), DefaultValue = new Rectangle(x, y, w, h) };
ge.Props.TryAdd(dim);
CustomProperty osc = new CustomProperty { Name = "Oscillation", Type = typeof(float), DefaultValue = 1.0f };
ge.Props.TryAdd(osc);
CustomProperty spd = new CustomProperty { Name = "Speed", Type = typeof(float), DefaultValue = 1.0f };
ge.Props.TryAdd(spd);
CustomProperty img = new CustomProperty { Name = "Image", Type = typeof(Image), DefaultValue = null };
ge.Props.TryAdd(img);
ge.SetBoundingBox = new delSetBoundingBox(delegate(Rectangle r)
{
ge.Props["Dimensions"] = r;
});
ge.GetBoundingBox = new delGetBoundingBox(delegate()
{
return ge.Props["Dimensions"] == null ? (Rectangle)dim.DefaultValue : (Rectangle)ge.Props["Dimensions"];
});
return ge;
}
//create sprite
public static GameEntity CreateSprite(int x, int y, int w, int h)
{
GameEntity ge = new GameEntity();
ge.Type = EntityType.SPRITE;
ge.Props.TryAdd(new CustomProperty { Name = "OutlineColor", Type = typeof(Color), DefaultValue = Color.Transparent });
ge.Props.TryAdd(new CustomProperty { Name = "Flipped", Type = typeof(bool), DefaultValue = false });
ge.Props.TryAdd(new CustomProperty { Name = "SpriteName", Type = typeof(string), DefaultValue = "water1.png" });
CustomProperty dim = new CustomProperty { Name = "Dimensions", Type = typeof(Rectangle), DefaultValue = new Rectangle(x, y, w, h) };
ge.Props.TryAdd(dim);
ge.SetBoundingBox = new delSetBoundingBox(delegate (Rectangle r)
{
ge.Props["Dimensions"] = r;
});
ge.GetBoundingBox = new delGetBoundingBox(delegate ()
{
return ge.Props["Dimensions"] == null ? (Rectangle)dim.DefaultValue : (Rectangle)ge.Props["Dimensions"];
});
return ge;
}
//create linetrack
public static GameEntity CreateLineTrack(int x, int y, int w, int h)
{
GameEntity ge = new GameEntity();
ge.Type = EntityType.LINETRACK;
ge.Props.TryAdd(new CustomProperty { Name = "DispHeight", Type = typeof(int), DefaultValue = 10 });
ge.Props.TryAdd(new CustomProperty { Name = "PicWidth", Type = typeof(int), DefaultValue = 50 });
ge.Props.TryAdd(new CustomProperty { Name = "PicHeight", Type = typeof(int), DefaultValue = 50 });
ge.Props.TryAdd(new CustomProperty { Name = "Speed", Type = typeof(int), DefaultValue = 1 });
ge.Props.TryAdd(new CustomProperty { Name = "SpriteName", Type = typeof(string), DefaultValue = "water1.png" });
CustomProperty dim = new CustomProperty { Name = "Dimensions", Type = typeof(Rectangle), DefaultValue = new Rectangle(x, y, w, h) };
ge.Props.TryAdd(dim);
ge.SetBoundingBox = new delSetBoundingBox(delegate(Rectangle r)
{
ge.Props["Dimensions"] = r;
});
ge.GetBoundingBox = new delGetBoundingBox(delegate()
{
return ge.Props["Dimensions"] == null ? (Rectangle)dim.DefaultValue : (Rectangle)ge.Props["Dimensions"];
});
return ge;
}
// Create Circle
public static GameEntity CreateCircle(int radius, Point position)
{
GameEntity ge = new GameEntity();
ge.Type = EntityType.CIRCLE;
ge.Props.TryAdd(new CustomProperty { Name = "OutlineColor", Type = typeof(Color), DefaultValue = Color.Magenta });
ge.Props.TryAdd(new CustomProperty { Name = "FillColor", Type = typeof(Color), DefaultValue = Color.Transparent });
CustomProperty rad = new CustomProperty { Name = "Radius", Type = typeof(int), DefaultValue = radius };
CustomProperty pos = new CustomProperty { Name = "Position", Type = typeof(Point), DefaultValue = new Point(position.X, position.Y) };
ge.Props.TryAdd(rad);
ge.Props.TryAdd(pos);
ge.SetBoundingBox = new delSetBoundingBox(delegate (Rectangle r)
{
// Must set bounding box based on the circles radius and location
ge.Props["Radius"] = r.Width/2;
ge.Props["Position"] = r.Location;
});
ge.GetBoundingBox = new delGetBoundingBox(delegate ()
{
Size sizeDefault = new Size((int)rad.DefaultValue * 2, (int)rad.DefaultValue * 2);
Rectangle bb = new Rectangle ((Point)pos.DefaultValue, sizeDefault);
if (!(ge.Props["Radius"] == null && ge.Props["Position"] == null))
{
// Set bounding box to encompass circle based on diameter
Size size = new Size((int)ge.Props["Radius"] * 2, (int)ge.Props["Radius"] * 2);
bb = new Rectangle((Point)ge.Props["Position"], size);
}
return bb;
});
return ge;
}