public override void OnScreenCreate()
{
Title = new TextDisplay(0, 0, "BRME", 30, new RGBColor(255, 105, 24));
Title.X = DrawHelper.CenteredToScreenWidth(Title.Width);
Title.Y = 20;
Title.Outline = true;
PlayButton = new TextButton("Play", 30);
PlayButton.X = DrawHelper.CenteredToScreenWidth(PlayButton.Width);
PlayButton.Y = DrawHelper.CenteredToScreenHeight(PlayButton.Height);
PlayButton.Y = 700;
PlayButton.TextDisplay.Outline = true;
PlayButton.AddEventListener(Event.CLICKLEFT, OnPlay);
PlayButton.AddEventListener(Event.MOUSEOVER, OnPlayButtonOver);
PlayButton.AddEventListener(Event.MOUSEOUT, OnPlayButtonOut);
Background = new FilledRectangle(AssetLibrary.Images["titleScreenBackGround"])
{
X = 0,
Y = 0
};
Background.AddChild(Title);
Background.AddChild(PlayButton);
NetworkClient.SendPacket(new ClientResponse()
{
From = "GetUnlockedCharacters",
Result = 0,
Content = ""
});
}
public override void OnAwake()
{
CreateBackground();
_physicsContainer = PhysicsContainer.NewEmpty(Vector2.up * -30f);
AddChild(_physicsContainer);
var field = CinchSprite.NewFromImage("Cinch2D/Field", 512);
field.Width = ViewportWidth;
field.Height = 1f;
//create a physics body for the field, same size as the CinchSprite
var fieldBody = BodyFactory.CreateRectangle(_physicsContainer.World, field.Width, field.Height, 1);
//as soon as we set the fieldBody as field's PhysicsBody, field will take its position and rotation from fieldBody after every frame
field.PhysicsBody = fieldBody;
//align it with the bottom of the screen
//setting physics body position will update sprite's position on next frame
fieldBody.Position = new Vector2(0, 0 - ViewportHeight / 2 + field.Height / 2f);
//set the field as static so it uses less CPU
fieldBody.IsStatic = true;
//make it a wee bit bouncy
fieldBody.Restitution = .5f;
_physicsContainer.AddChild(field);
//create a soccer ball to roll around
var ball = CinchSprite.NewFromImage("Cinch2D/SoccerBall", 256);
_ballBody = BodyFactory.CreateCircle(_physicsContainer.World, .5f, 1f);
ball.PhysicsBody = _ballBody;
_ballBody.BodyType = BodyType.Dynamic;
//drop it on the right side of the screen
_ballBody.Position = new Vector2(ViewportWidth / 2 - 1, 0);
//we add all physics objects to the same parent.
//Adding a physics object as a child of another physics object (like a wheel as a child of a car), will produce super-bad results.
//you can still add non-physics objects to different containers, like a mud splat as a child of the ball
_physicsContainer.AddChild(ball);
var player1 = CreatePlayer();
var player2 = CreatePlayer();
_physicsContainer.AddChild(player1);
_physicsContainer.AddChild(player2);
player1.Y = player2.Y = 0 - ViewportHeight / 2 + field.Height + player1.Height / 2;
player1.X = 0 - ViewportWidth / 2 + 1;
player2.X = ViewportWidth / 2 - 1;
player1.PhysicsBody.OnCollision += BallHitPlayer1;
player2.PhysicsBody.OnCollision += BallHitPlayer2;
_debugDrawButton = Library.New <TextButton>("DebugDrawToggle");
_debugDrawButton.Text = "Debug: Off";
AddChild(_debugDrawButton);
_debugDrawButton.Y = 0 + ViewportHeight / 2 - _debugDrawButton.Height;
//toggle debug draw when pressed
_debugDrawButton.AddEventListener <MouseEvent>(MouseEvent.MOUSE_UP, ToggleDebugDraw);
}
public override void OnAwake()
{
CreateBackground();
_physicsContainer = PhysicsContainer.NewEmpty(Vector2.up * -30f);
AddChild(_physicsContainer);
var field = CinchSprite.NewFromImage("Cinch2D/Field", 512);
field.Width = ViewportWidth;
field.Height = 1f;
//create a physics body for the field, same size as the CinchSprite
var fieldBody = BodyFactory.CreateRectangle(_physicsContainer.World, field.Width, field.Height, 1);
//as soon as we set the fieldBody as field's PhysicsBody, field will take its position and rotation from fieldBody after every frame
field.PhysicsBody = fieldBody;
//align it with the bottom of the screen
//setting physics body position will update sprite's position on next frame
fieldBody.Position = new Vector2(0, 0 - ViewportHeight/2 + field.Height/2f);
//set the field as static so it uses less CPU
fieldBody.IsStatic = true;
//make it a wee bit bouncy
fieldBody.Restitution = .5f;
_physicsContainer.AddChild(field);
//create a soccer ball to roll around
var ball = CinchSprite.NewFromImage("Cinch2D/SoccerBall", 256);
_ballBody = BodyFactory.CreateCircle(_physicsContainer.World, .5f, 1f);
ball.PhysicsBody = _ballBody;
_ballBody.BodyType = BodyType.Dynamic;
//drop it on the right side of the screen
_ballBody.Position = new Vector2(ViewportWidth/2 - 1, 0);
//we add all physics objects to the same parent.
//Adding a physics object as a child of another physics object (like a wheel as a child of a car), will produce super-bad results.
//you can still add non-physics objects to different containers, like a mud splat as a child of the ball
_physicsContainer.AddChild(ball);
var player1 = CreatePlayer();
var player2 = CreatePlayer();
_physicsContainer.AddChild(player1);
_physicsContainer.AddChild(player2);
player1.Y = player2.Y = 0 - ViewportHeight/2 + field.Height + player1.Height/2;
player1.X = 0 - ViewportWidth/2 + 1;
player2.X = ViewportWidth/2 - 1;
player1.PhysicsBody.OnCollision += BallHitPlayer1;
player2.PhysicsBody.OnCollision += BallHitPlayer2;
_debugDrawButton = Library.New<TextButton>("DebugDrawToggle");
_debugDrawButton.Text = "Debug: Off";
AddChild(_debugDrawButton);
_debugDrawButton.Y = 0 + ViewportHeight / 2 - _debugDrawButton.Height;
//toggle debug draw when pressed
_debugDrawButton.AddEventListener<MouseEvent>(MouseEvent.MOUSE_UP, ToggleDebugDraw);
}