public override void LoadContent()
{
base.LoadContent();
World.Gravity = Vector2.Zero;
_border = new Border(World, Lines, Framework.GraphicsDevice);
// Cat1=Circles, Cat2=Rectangles, Cat3=Gears, Cat4=Stars
_agent = new Agent(World, Vector2.Zero);
// Collide with all but stars
_agent.CollisionCategories = Category.All & ~Category.Cat4;
_agent.CollidesWith = Category.All & ~Category.Cat4;
Vector2 startPosition = new Vector2(-20f, -11f);
Vector2 endPosition = new Vector2(20, -11f);
_circles = new Objects(World, startPosition, endPosition, 15, 0.6f, ObjectType.Circle);
// Collide with itself only
_circles.CollisionCategories = Category.Cat1;
_circles.CollidesWith = Category.Cat1;
startPosition = new Vector2(-20, 11f);
endPosition = new Vector2(20, 11f);
_rectangles = new Objects(World, startPosition, endPosition, 15, 1.2f, ObjectType.Rectangle);
// Collides with itself only
_rectangles.CollisionCategories = Category.Cat2;
_rectangles.CollidesWith = Category.Cat2;
startPosition = new Vector2(-20, 7);
endPosition = new Vector2(-20, -7);
_gears = new Objects(World, startPosition, endPosition, 5, 0.6f, ObjectType.Gear);
// Collides with stars
_gears.CollisionCategories = Category.Cat3;
_gears.CollidesWith = Category.Cat3 | Category.Cat4;
startPosition = new Vector2(20, 7);
endPosition = new Vector2(20, -7);
_stars = new Objects(World, startPosition, endPosition, 5, 0.6f, ObjectType.Star);
// Collides with gears
_stars.CollisionCategories = Category.Cat4;
_stars.CollidesWith = Category.Cat3 | Category.Cat4;
SetUserAgent(_agent.Body, 1000f, 400f);
}
public override void LoadContent()
{
base.LoadContent();
World.Gravity = Vector2.Zero;
_border = new Border(World, ScreenManager, Camera);
var startXPoint = -10f;
var startYPoint = -3f;
var diameter = 1.2f;
var ballCount = 5;
var startPosition = new Vector2(startXPoint, startYPoint);
var endPosition = new Vector2(startXPoint, startYPoint + ((diameter-0.2f) * ballCount));
_circles = new Objects(World, ScreenManager, startPosition, endPosition, ballCount, diameter/2f, ObjectType.Circle)
{
//Collide with itself only
CollisionCategories = Category.Cat1,
CollidesWith = Category.Cat1
};
startXPoint+=1.1f;
startYPoint += 0.6f;
ballCount=4;
startPosition = new Vector2(startXPoint, startYPoint);
endPosition = new Vector2(startXPoint, startYPoint + ((diameter - 0.2f) * ballCount));
_circles1 = new Objects(World, ScreenManager, startPosition, endPosition, ballCount, diameter / 2f, ObjectType.Circle)
{
//Collide with itself only
CollisionCategories = Category.Cat1,
CollidesWith = Category.Cat1
};
startXPoint += 1.1f;
startYPoint += 0.6f;
ballCount = 3;
startPosition = new Vector2(startXPoint, startYPoint);
endPosition = new Vector2(startXPoint, startYPoint + ((diameter -0.3f) * ballCount));
_circles2 = new Objects(World, ScreenManager, startPosition, endPosition, ballCount, diameter / 2f, ObjectType.Circle)
{
//Collide with itself only
CollisionCategories = Category.Cat1,
CollidesWith = Category.Cat1
};
startXPoint += 1.1f;
startYPoint += 0.6f;
ballCount = 2;
startPosition = new Vector2(startXPoint, startYPoint);
endPosition = new Vector2(startXPoint, startYPoint + ((diameter - 0.5f) * ballCount));
_circles3 = new Objects(World, ScreenManager, startPosition, endPosition, ballCount, diameter / 2f, ObjectType.Circle)
{
//Collide with itself only
CollisionCategories = Category.Cat1,
CollidesWith = Category.Cat1
};
startXPoint += 1f;
startYPoint += 0.7f;
ballCount = 2;
startPosition = new Vector2(startXPoint, startYPoint);
endPosition = new Vector2(startXPoint *-1f, startYPoint);
_circles4 = new Objects(World, ScreenManager, startPosition, endPosition, ballCount, diameter / 2f, ObjectType.Circle)
{
//Collide with itself only
CollisionCategories = Category.Cat1,
CollidesWith = Category.Cat1
};
}
