void Start()
{
Go.defaultEaseType = EaseType.SineInOut;
FutileParams fp = new FutileParams(true, true, false, false);
fp.AddResolutionLevel(480f, 1.0f, 1.0f, "-res1");
fp.AddResolutionLevel(1136f, 2.0f, 2.0f, "-res2");
fp.AddResolutionLevel(2048f, 4.0f, 4.0f, "-res4");
fp.backgroundColor = Color.white;
fp.origin = Vector2.zero;
Futile.instance.Init(fp);
Futile.atlasManager.LoadAtlas("Atlases/MainSheet");
Futile.atlasManager.LoadFont("franchise", "franchise", "Atlases/franchise", -7, -16);
// futile done initing
FSoundManager.PlayMusic("song");
FPWorld.Create(64.0f);
// make the walls super thick so stuff doesn't accidentally fly through when forces are massive
float wallThickness = 100000;
WTBasicWall leftWall = new WTBasicWall(wallThickness, Futile.screen.height * 10);
WTBasicWall rightWall = new WTBasicWall(wallThickness, Futile.screen.height * 10);
WTBasicWall bottomWall = new WTBasicWall(Futile.screen.width * 10, wallThickness);
WTBasicWall topWall = new WTBasicWall(Futile.screen.width * 10, wallThickness);
leftWall.SetPosition(-wallThickness/2f + 10, Futile.screen.halfHeight);
rightWall.SetPosition(Futile.screen.width + wallThickness/2f - 10, Futile.screen.halfHeight);
bottomWall.SetPosition(Futile.screen.halfWidth, -wallThickness/2f + 10);
topWall.SetPosition(Futile.screen.halfWidth, Futile.screen.height + wallThickness/2f - 10);
Futile.stage.AddChild(leftWall);
Futile.stage.AddChild(rightWall);
Futile.stage.AddChild(bottomWall);
Futile.stage.AddChild(topWall);
physicsNodes = new List<WTPhysicsNode>();
// create the square
FSprite squareSprite = new FSprite("coolSquare");
square = new WTPhysicsNode("square");
square.AddChild(squareSprite);
square.SetNewPosition(Futile.screen.width / 4f, Futile.screen.halfHeight);
square.physicsComponent.AddBoxCollider(squareSprite.width, squareSprite.height);
physicsNodes.Add(square);
// create the circle
FSprite circleSprite = new FSprite("coolCircle");
circle = new WTPhysicsNode("circle");
circle.AddChild(circleSprite);
circle.SetNewPosition(Futile.screen.width / 4f * 2f, Futile.screen.halfHeight);
circle.physicsComponent.AddSphereCollider(circleSprite.width / 2f);
physicsNodes.Add(circle);
// polygon object
FSprite polygonSprite = new FSprite("coolPolygon");
polygon = new WTPhysicsNode("polygon");
polygon.AddChild(polygonSprite);
polygon.SetNewPosition(Futile.screen.width / 4f * 3f, Futile.screen.halfHeight);
Vector2[] vertices = new Vector2[] {
new Vector2(-27, -10),
new Vector2(-14, 6),
new Vector2(-20, 24),
new Vector2(-2, 11),
new Vector2(27, 25),
new Vector2(-7, -8),
new Vector2(22, -17),
new Vector2(-26, -27)
};
polygon.physicsComponent.AddPolygonalCollider(vertices);
physicsNodes.Add(polygon);
// setup all the objects and start their physics
foreach (WTPhysicsNode pn in physicsNodes) {
pn.physicsComponent.AddRigidBody(1, 1);
pn.physicsComponent.SetupPhysicMaterial(0.9f, 0.1f, 0.1f, PhysicMaterialCombine.Maximum);
pn.physicsComponent.StartPhysics();
pn.physicsComponent.AddForce(Random.Range(-1000, 1000), Random.Range(-1000, 1000));
Futile.stage.AddChild(pn);
}
// for fun, let's stop this and have it float around a bit before being controlled by physics
polygon.physicsComponent.StopPhysics();
}
void Start()
{
Go.defaultEaseType = EaseType.SineInOut;
FutileParams fp = new FutileParams(true, true, false, false);
fp.AddResolutionLevel(480f, 1.0f, 1.0f, "-res1");
fp.AddResolutionLevel(1136f, 2.0f, 2.0f, "-res2");
fp.AddResolutionLevel(2048f, 4.0f, 4.0f, "-res4");
fp.backgroundColor = Color.white;
fp.origin = Vector2.zero;
Futile.instance.Init(fp);
Futile.atlasManager.LoadAtlas("Atlases/MainSheet");
Futile.atlasManager.LoadFont("franchise", "franchise", "Atlases/franchise", -7, -16);
// futile done initing
FSoundManager.PlayMusic("song");
FPWorld.Create(64.0f);
// make the walls super thick so stuff doesn't accidentally fly through when forces are massive
float wallThickness = 100000;
WTBasicWall leftWall = new WTBasicWall(wallThickness, Futile.screen.height * 10);
WTBasicWall rightWall = new WTBasicWall(wallThickness, Futile.screen.height * 10);
WTBasicWall bottomWall = new WTBasicWall(Futile.screen.width * 10, wallThickness);
WTBasicWall topWall = new WTBasicWall(Futile.screen.width * 10, wallThickness);
leftWall.SetPosition(-wallThickness / 2f + 10, Futile.screen.halfHeight);
rightWall.SetPosition(Futile.screen.width + wallThickness / 2f - 10, Futile.screen.halfHeight);
bottomWall.SetPosition(Futile.screen.halfWidth, -wallThickness / 2f + 10);
topWall.SetPosition(Futile.screen.halfWidth, Futile.screen.height + wallThickness / 2f - 10);
Futile.stage.AddChild(leftWall);
Futile.stage.AddChild(rightWall);
Futile.stage.AddChild(bottomWall);
Futile.stage.AddChild(topWall);
physicsNodes = new List <WTPhysicsNode>();
// create the square
FSprite squareSprite = new FSprite("coolSquare");
square = new WTPhysicsNode("square");
square.AddChild(squareSprite);
square.SetNewPosition(Futile.screen.width / 4f, Futile.screen.halfHeight);
square.physicsComponent.AddBoxCollider(squareSprite.width, squareSprite.height);
physicsNodes.Add(square);
// create the circle
FSprite circleSprite = new FSprite("coolCircle");
circle = new WTPhysicsNode("circle");
circle.AddChild(circleSprite);
circle.SetNewPosition(Futile.screen.width / 4f * 2f, Futile.screen.halfHeight);
circle.physicsComponent.AddSphereCollider(circleSprite.width / 2f);
physicsNodes.Add(circle);
// polygon object
FSprite polygonSprite = new FSprite("coolPolygon");
polygon = new WTPhysicsNode("polygon");
polygon.AddChild(polygonSprite);
polygon.SetNewPosition(Futile.screen.width / 4f * 3f, Futile.screen.halfHeight);
Vector2[] vertices = new Vector2[] {
new Vector2(-27, -10),
new Vector2(-14, 6),
new Vector2(-20, 24),
new Vector2(-2, 11),
new Vector2(27, 25),
new Vector2(-7, -8),
new Vector2(22, -17),
new Vector2(-26, -27)
};
polygon.physicsComponent.AddPolygonalCollider(vertices);
physicsNodes.Add(polygon);
// setup all the objects and start their physics
foreach (WTPhysicsNode pn in physicsNodes)
{
pn.physicsComponent.AddRigidBody(1, 1);
pn.physicsComponent.SetupPhysicMaterial(0.9f, 0.1f, 0.1f, PhysicMaterialCombine.Maximum);
pn.physicsComponent.StartPhysics();
pn.physicsComponent.AddForce(Random.Range(-1000, 1000), Random.Range(-1000, 1000));
Futile.stage.AddChild(pn);
}
// for fun, let's stop this and have it float around a bit before being controlled by physics
polygon.physicsComponent.StopPhysics();
}
