public override void OnAwake()
{
CreateBackground();
//Create a container for "GamePlay" (a bunch of floating berries)
_gameplayContainer = Library.New<CinchSprite>("StrawberriesContainer");
AddChild(_gameplayContainer);
//pausing this Clock will pause all children
_gameplayContainer.Clock = new GameClock("GameplayClock");
//Create 15 FloatingStrawberry's
for (var i=0; i<7000; i++)
{
_gameplayContainer.AddChild(Library.New<FloatingStrawberry>("Berry" + Random.Range (1, 1000)));
}
//Create a button to pause gameplay
_pause = CinchSprite.NewFromImage("Cinch2D/Pause");
AddChild(_pause);
//SetPosition is faster than setting X and Y individually, since X and Y each cause display chain updates
_pause.SetPosition(ViewportWidth/2 - _pause.Width, ViewportHeight/2 - _pause.Height);
_pause.AddEventListener<MouseEvent>(MouseEvent.MOUSE_DOWN, Pause);
//Create a button to start gameplay
_play = CinchSprite.NewFromImage("Cinch2D/Play");
AddChild(_play);
_play.SetPosition(ViewportWidth/2 - _play.Width, ViewportHeight/2 - _play.Height);
_play.AddEventListener<MouseEvent>(MouseEvent.MOUSE_DOWN, Play);
_play.Visible = false;
}
public override void OnAwake()
{
CreateBackground();
_cardsContainer = Library.New<CinchSprite>("CardsContainer");
AddChild(_cardsContainer);
_cardsContainer.AddEventListener<MouseEvent>(MouseEvent.MOUSE_DOWN, MoveCardToTop);
float cardWidth = 100f;
float cardHeight = 128f;
CinchOptions.DefaultPixelsPerMeter = 100f;
for (var number = 0; number < 5; number++)
{
for (var suit = 0; suit < 4; suit++){
//even though the coordinate system is bottom up, sprite sheets default to top-down coordinates
//this can be reversed by setting CinchOptions.UseTopLeftSpriteSheetCoordinates = false
var left = number * cardWidth; //move from left to right 100 px at a time
var top = suit * cardHeight; //move top to bottom 128 px at a time
var pixPerMeter = 100f;
var newCard = CinchSprite.NewFromSpriteSheet("Cinch2D/PlayingCards", left, top, cardWidth, cardHeight, pixPerMeter);
_cardsContainer.AddChild(newCard);
//give the cards random positions and rotations
newCard.X = ViewportWidth * Random.Range(-.4f, .4f);
newCard.Y = ViewportHeight * Random.Range(-.4f, .4f);
newCard.RotationDegrees = Random.Range (-45f, 45f);
}
}
}
private void MoveCardToTop(MouseEvent e)
{
var targetCard = (CinchSprite)e.Target;
//adding something that has already been added will just float it to the top
_cardsContainer.AddChild(targetCard);
}
public override void OnAwake()
{
CreateBackground();
_cardsContainer = Library.New <CinchSprite>("CardsContainer");
AddChild(_cardsContainer);
_cardsContainer.AddEventListener <MouseEvent>(MouseEvent.MOUSE_DOWN, MoveCardToTop);
float cardWidth = 100f;
float cardHeight = 128f;
CinchOptions.DefaultPixelsPerMeter = 100f;
for (var number = 0; number < 5; number++)
{
for (var suit = 0; suit < 4; suit++)
{
//even though the coordinate system is bottom up, sprite sheets default to top-down coordinates
//this can be reversed by setting CinchOptions.UseTopLeftSpriteSheetCoordinates = false
var left = number * cardWidth; //move from left to right 100 px at a time
var top = suit * cardHeight; //move top to bottom 128 px at a time
var pixPerMeter = 100f;
var newCard = CinchSprite.NewFromSpriteSheet("Cinch2D/PlayingCards", left, top, cardWidth, cardHeight, pixPerMeter);
_cardsContainer.AddChild(newCard);
//give the cards random positions and rotations
newCard.X = ViewportWidth * Random.Range(-.4f, .4f);
newCard.Y = ViewportHeight * Random.Range(-.4f, .4f);
newCard.RotationDegrees = Random.Range(-45f, 45f);
}
}
}
public override void OnAwake()
{
CreateBackground();
//Create a container for "GamePlay" (a bunch of floating berries)
_gameplayContainer = Library.New <CinchSprite>("StrawberriesContainer");
AddChild(_gameplayContainer);
//pausing this Clock will pause all children
_gameplayContainer.Clock = new GameClock("GameplayClock");
//Create 15 FloatingStrawberry's
for (var i = 0; i < 15; i++)
{
_gameplayContainer.AddChild(Library.New <FloatingStrawberry>("Berry" + Random.Range(1, 1000)));
}
//Create a button to pause gameplay
_pause = CinchSprite.NewFromImage("Cinch2D/Pause");
AddChild(_pause);
//SetPosition is faster than setting X and Y individually, since X and Y each cause display chain updates
_pause.SetPosition(ViewportWidth / 2 - _pause.Width, ViewportHeight / 2 - _pause.Height);
_pause.AddEventListener <MouseEvent>(MouseEvent.MOUSE_DOWN, Pause);
//Create a button to start gameplay
_play = CinchSprite.NewFromImage("Cinch2D/Play");
AddChild(_play);
_play.SetPosition(ViewportWidth / 2 - _play.Width, ViewportHeight / 2 - _play.Height);
_play.AddEventListener <MouseEvent>(MouseEvent.MOUSE_DOWN, Play);
_play.Visible = false;
}
private Joe CreateJoe()
{
var joe = Library.New <Joe>("Joe");
_joesContainer.AddChild(joe);
var velX = Random.Range(-2f, 2f);
var velY = Random.Range(-2f, 2f);
joe.Rotation = -90 + Mathf.Atan2(velY, velX) * Mathf.Rad2Deg;
joe.FakeVelocity = new Vector2(velX, velY);
return(joe);
}
public override void OnEnterFrame(float time)
{
base.OnEnterFrame(time);
for (var i = _gameplayContainer.NumChildren - 1; i >= 0; i--)
{
//reset to center if we've drifted too far
var child = _gameplayContainer.GetChildAt(i);
if (Mathf.Abs(child.X) > ViewportWidth / 2 || Mathf.Abs(child.Y) > ViewportHeight / 2)
{
child.Destroy();
}
}
if (_gameplayContainer.NumChildren < 700)
{
_gameplayContainer.AddChild(Library.New <FloatingStrawberry>("Berry" + Random.Range(1, 1000)));
}
}
public override void OnAwake()
{
CreateBackground();
CinchOptions.DefaultPixelsPerMeter = 180;
//make a container clip at the lower left corner
CinchSprite lastParent = Library.New <CinchSprite>("root");
AddChild(lastParent);
lastParent.Rotation = 0f;
for (var i = 0; i < 20; i++)
{
var newSprite = CinchSprite.NewFromImage("Cinch2D/Strawberry");
lastParent.AddChild(newSprite);
newSprite.X = .6f;
newSprite.Rotation = 12f;
newSprite.ScaleX = newSprite.ScaleY = .95f;
lastParent = newSprite;
}
}