public override void ViewDidAppear(bool animated)
{
base.ViewDidAppear(animated);
this.sceneView.Session.Run(new ARWorldTrackingConfiguration
{
AutoFocusEnabled = true,
LightEstimationEnabled = true,
WorldAlignment = ARWorldAlignment.Gravity
}, ARSessionRunOptions.ResetTracking | ARSessionRunOptions.RemoveExistingAnchors);
//var videoNode = new SKVideoNode("Videos/big-buck-bunny-wide.mp4");
NSUrl videoUrl = new NSUrl("https://archive.org/download/BigBuckBunny_328/BigBuckBunny_512kb.mp4");
var videoNode = new SKVideoNode(videoUrl);
// Without this the video will be inverted upside down and back to front
videoNode.YScale = -1;
videoNode.Play();
var videoScene = new SKScene();
videoScene.Size = new CoreGraphics.CGSize(416, 240);
videoScene.ScaleMode = SKSceneScaleMode.AspectFill;
videoNode.Position = new CoreGraphics.CGPoint(videoScene.Size.Width / 2, videoScene.Size.Height / 2);
videoScene.AddChild(videoNode);
// These are set to be the same aspect ratio as the video itself (1.77 in this case)
var width = 0.5f;
float length = (float)((width * videoScene.Size.Height) / videoScene.Size.Width);
var planeNode = new PlaneNode(width, length, new SCNVector3(0, 0, -0.5f), videoScene);
this.sceneView.Scene.RootNode.AddChildNode(planeNode);
}
protected virtual void CreateSceneContents()
{
Scene = new SKScene (new SizeF (1024, 768)) {
BackgroundColor = UIColor.Black,
ScaleMode = SKSceneScaleMode.AspectFit
};
}
// Setup overlays and lookup scene objects.
void SetupGame()
{
var sceneRoot = sceneInterface.Scene?.RootNode;
if (sceneRoot == null)
{
throw new InvalidProgramException();
}
gameNodes = new GameNodes(sceneRoot);
var gNodes = gameNodes.Value;
gNodes.Object.Transform = SCNMatrix4.Identity;
gNodes.ObjectMaterial.Transparency = 0;
gNodes.Confetti.Hidden = true;
var skScene = new SKScene(ContentFrame.Size)
{
ScaleMode = SKSceneScaleMode.ResizeFill
};
skScene.AddChild(gNodes.CountdownLabel);
sceneInterface.OverlayScene = skScene;
}
public void Create()
{
if (!TestRuntime.CheckSystemAndSDKVersion(7, 0))
{
Assert.Ignore("Requires iOS7");
}
using (var s = new SKScene(new SizeF(320, 240)))
using (var b1 = SKPhysicsBody.CreateCircularBody(1.0f))
using (var b2 = SKPhysicsBody.CreateCircularBody(2.0f)) {
// according to Apple docs we should not create this joint before adding it to a scene
// <quote>The body must be connected to a node that is already part of the scene’s node tree.</quote>
// Note that doing the same for a `SKPhysicsJointLimit` does crash
using (var j = SKPhysicsJointFixed.Create(b1, b2, new PointF(10, 20))) {
Assert.That(j.BodyA, Is.SameAs(b1), "BodyA");
Assert.That(j.BodyB, Is.SameAs(b2), "BodyB");
SKNode n1 = new SKNode();
n1.PhysicsBody = b1;
s.AddChild(n1);
SKNode n2 = new SKNode();
n2.PhysicsBody = b2;
s.AddChild(n2);
// using the default ctor (for `j`) would crash (and no way to set the PointF argument)
// https://bugzilla.xamarin.com/show_bug.cgi?id=14511
s.PhysicsWorld.AddJoint(j);
}
}
}
public void Create()
{
if (!TestRuntime.CheckSystemAndSDKVersion(7, 0))
{
Assert.Ignore("Requires iOS7");
}
using (var s = new SKScene(new SizeF(320, 240)))
using (var b1 = SKPhysicsBody.CreateCircularBody(1.0f))
using (var b2 = SKPhysicsBody.CreateCircularBody(2.0f)) {
// <quote>The body must be connected to a node that is already part of the scene’s node tree.</quote>
SKNode n1 = new SKNode();
n1.PhysicsBody = b1;
s.AddChild(n1);
SKNode n2 = new SKNode();
n2.PhysicsBody = b2;
s.AddChild(n2);
// if you create the SKPhysicsJointLimit *before* adding the nodes
// to a scene then you'll crash and burn. ref: bug #14793
using (var j = SKPhysicsJointLimit.Create(b1, b2, PointF.Empty, new PointF(10, 20))) {
Assert.That(j.BodyA, Is.SameAs(b1), "BodyA");
Assert.That(j.BodyB, Is.SameAs(b2), "BodyB");
s.PhysicsWorld.AddJoint(j);
}
}
}
public void DefaultCtor()
{
using (var Scene = new SKScene(UIScreen.MainScreen.Bounds.Size))
using (var b = new SKSpriteNode(UIColor.Red, new CGSize(10, 10))) {
b.PhysicsBody = new SKPhysicsBody();
Scene.AddChild(b); //BOOM
}
}
protected virtual void CreateSceneContents()
{
Scene = new SKScene(new CGSize(1024, 768))
{
BackgroundColor = UIColor.Black,
ScaleMode = SKSceneScaleMode.AspectFit
};
}
void ShowEndScreen()
{
gameIsComplete = true;
// Add confettis
SCNMatrix4 particlePosition = SCNMatrix4.CreateTranslation(0f, 8f, 0f);
GameView.Scene.AddParticleSystem(confetti, particlePosition);
// Congratulation title
SKSpriteNode congrat = SKSpriteNode.FromImageNamed("Images/congratulations.png");
congrat.Position = new CGPoint(GameView.Bounds.Width / 2, GameView.Bounds.Height / 2);
SKScene overlay = GameView.OverlayScene;
congrat.XScale = congrat.YScale = 0;
congrat.Alpha = 0;
congrat.RunAction(SKAction.Group(new [] {
SKAction.FadeInWithDuration(0.25),
SKAction.Sequence(new [] {
SKAction.ScaleTo(.55f, 0.25),
SKAction.ScaleTo(.3f, 0.1),
})
}));
// Panda Image
SKSpriteNode congratPanda = SKSpriteNode.FromImageNamed("Images/congratulations_pandaMax.png");
congratPanda.Position = new CGPoint(GameView.Bounds.Width / 2f, GameView.Bounds.Height / 2f - 90f);
congratPanda.AnchorPoint = new CGPoint(.5f, 0f);
congratPanda.XScale = congratPanda.YScale = 0f;
congratPanda.Alpha = 0;
congratPanda.RunAction(SKAction.Sequence(new [] {
SKAction.WaitForDuration(.5f),
SKAction.Sequence(new [] {
SKAction.ScaleTo(.5f, 0.25),
SKAction.ScaleTo(.4f, 0.1)
})
}));
overlay.AddChild(congratPanda);
overlay.AddChild(congrat);
// Stop music
GameView.Scene.RootNode.RemoveAllAudioPlayers();
// Play the congrat sound.
GameView.Scene.RootNode.AddAudioPlayer(SCNAudioPlayer.FromSource(victoryMusic));
// Animate the camera forever
DispatchQueue.MainQueue.DispatchAfter(new DispatchTime(DispatchTime.Now, 1 * NanoSecondsPerSeond), () => {
cameraYHandle.RunAction(SCNAction.RepeatActionForever(SCNAction.RotateBy(0f, -1f, 0f, 3.0)));
cameraXHandle.RunAction(SCNAction.RotateTo(-(float)Math.PI / 4f, 0f, 0f, 5.0));
});
}
public PlaneNode(float width, float length, SCNVector3 position, SKScene videoScene)
{
var rootNode = new SCNNode
{
Geometry = CreateGeometry(width, length, videoScene),
Position = position
};
AddChildNode(rootNode);
}
public void SampleFields()
{
using (var scene = new SKScene()) {
using (var world = scene.PhysicsWorld) {
var v = world.SampleFields(new Vector3(1, 2, 3));
Assert.AreEqual(0, v.X, "#x1");
Assert.AreEqual(0, v.Y, "#y1");
Assert.AreEqual(0, v.Z, "#z1");
}
}
}
public void Action(SKScene sceen, CGPoint location)
{
node.Position = location;
sceen.AddChild(node);
// 繰り返しの場合
//SKAction* forever = [SKAction repeatActionForever: walk];
//[walker runAction:forever];
node.RunAction(action, () =>
{
node.RemoveFromParent();
});
}
private static SCNGeometry CreateGeometry(float width, float length, SKScene videoScene)
{
var material = new SCNMaterial();
material.Diffuse.Contents = videoScene;
material.DoubleSided = true;
var geometry = SCNPlane.Create(width, length);
geometry.Materials = new[] { material };
return(geometry);
}
public GameController(SKScene scene)
{
Scene = scene;
SceneGameUnits = new List <GameUnit>();
BulletsInScene = new List <Bullet>();
BonusesInScene = new List <Bonus>();
pressedKeys = new List <ushort>();
Hud = new Hud(this);
boss = null;
SceneUpdateDelegate = new UpdateDelegate(CheckBulletsForActions);
SceneUpdateDelegate += CheckUnitsForActions;
SceneUpdateDelegate += CheckForMovingPlayer;
SceneUpdateDelegate += CheckForEnemySpawning;
SceneUpdateDelegate += CheckForBonusCreating;
}
public void Draw(SKScene scene, double sec)
{
if (_skNode == null)
{
_skNode = new SKSpriteNode(SKTexture.FromImageNamed("Ball"), UIColor.Clear, new CGSize(5, 5));
scene.AddChild(_skNode);
}
_skNode.RunAction(SKAction.MoveTo(new CGPoint(
OffsetFromZero[0] - (OffsetFromZero[2] / Math.Sqrt(2.0)),
OffsetFromZero[1] - (OffsetFromZero[2] / Math.Sqrt(2.0))), sec));
foreach (var child in Children)
{
child.Draw(scene, sec);
}
}
public override void ViewDidLoad()
{
base.ViewDidLoad();
this.statusViewController = this.ChildViewControllers.FirstOrDefault(controller => controller is StatusViewController) as StatusViewController;
// Configiure and present the SpriteKit scene that draws overlay content.
var overlayScene = new SKScene {
ScaleMode = SKSceneScaleMode.AspectFill
};
this.sceneView.Delegate = this;
this.sceneView.PresentScene(overlayScene);
this.sceneView.Session.Delegate = this;
// Hook up status view controller callback.
this.statusViewController.RestartExperienceHandler = () => this.RestartSession();
}
public Kuma(SKScene sceen, CGPoint location, CGSize size)
{
_textures = new SKTexture[ImageMax];
for (var i = 0; i < ImageMax; i++)
{
_textures[i] = SKTexture.FromImageNamed(String.Format("Image{0}", i));
}
_node = SKSpriteNode.FromTexture((SKTexture)_textures[0]);
_node.AnchorPoint = new CGPoint(0, 0);
_node.Position = location;
_node.Size = size;
_node.ZPosition = 0;
sceen.AddChild(_node);
_locationX = location.X;
_locationY = location.Y;
_width = size.Width;
}
public void InitAgent(SKScene scene, float radius, CGPoint position)
{
Position = position;
ZPosition = 10f;
scene.AddChild(this);
Agent = new GKAgent2D {
Radius = radius,
Position = new Vector2((float)position.X, (float)position.Y),
Delegate = this,
MaxSpeed = 100f,
MaxAcceleration = 50f
};
var circleShape = SKShapeNode.FromCircle(radius);
circleShape.LineWidth = 2.5f;
circleShape.FillColor = SKColor.Gray;
circleShape.ZPosition = 1f;
AddChild(circleShape);
const float triangleBackSideAngle = (float)((135f / 360f) * (2 * Math.PI));
var points = new [] {
new CGPoint(radius, 0f), // Tip
new CGPoint(radius * Math.Cos(triangleBackSideAngle), radius * Math.Sin(triangleBackSideAngle)), // Back bottom
new CGPoint(radius * Math.Cos(triangleBackSideAngle), -radius * Math.Sin(triangleBackSideAngle)), // Back top
new CGPoint(radius, 0f) // Back top
};
TriangleShape = SKShapeNode.FromPoints(ref points [0], (nuint)points.Length);
TriangleShape.LineWidth = 2.5f;
TriangleShape.ZPosition = 1f;
AddChild(TriangleShape);
Particles = SKNode.FromFile <SKEmitterNode> ("Trail.sks");
DefaultParticleRate = (float)Particles.ParticleBirthRate;
Particles.Position = new CGPoint(-radius + 5, 0);
Particles.TargetNode = scene;
Particles.ZPosition = 0f;
AddChild(Particles);
}
public override void TouchesBegan(NSSet touches, UIEvent evt)
{
var touch = (UITouch)touches.AnyObject;
SKScene scene = OverlayScene;
CGPoint p = touch.LocationInView(this);
p = scene.ConvertPointFromView(p);
SKNode node = scene.GetNodeAtPoint(p);
if (node.Name == "camera")
{
node.RunAction(SKAction.PlaySoundFileNamed(ResourceManager.GetResourcePath("click.caf"), false));
ChangePointOfView();
return;
}
NSSet allTouches = evt.AllTouches;
TouchesCount = (int)allTouches.Count;
}
public AgentNode(SKScene scene, float radius, CGPoint position)
{
InitAgent(scene, radius, position);
}
public AgentNode(SKScene scene, float radius, CGPoint position)
{
InitAgent (scene, radius, position);
}
public void InitAgent(SKScene scene, float radius, CGPoint position)
{
Position = position;
ZPosition = 10f;
scene.AddChild (this);
Agent = new GKAgent2D {
Radius = radius,
Position = new Vector2 ((float)position.X, (float)position.Y),
Delegate = this,
MaxSpeed = 100f,
MaxAcceleration = 50f
};
var circleShape = SKShapeNode.FromCircle (radius);
circleShape.LineWidth = 2.5f;
circleShape.FillColor = SKColor.Gray;
circleShape.ZPosition = 1f;
AddChild (circleShape);
const float triangleBackSideAngle = (float)((135f / 360f) * (2 * Math.PI));
var points = new [] {
new CGPoint (radius, 0f), // Tip
new CGPoint (radius * Math.Cos (triangleBackSideAngle), radius * Math.Sin (triangleBackSideAngle)), // Back bottom
new CGPoint (radius * Math.Cos (triangleBackSideAngle), -radius * Math.Sin (triangleBackSideAngle)), // Back top
new CGPoint (radius, 0f) // Back top
};
TriangleShape = SKShapeNode.FromPoints (ref points [0], (nuint)points.Length);
TriangleShape.LineWidth = 2.5f;
TriangleShape.ZPosition = 1f;
AddChild (TriangleShape);
Particles = SKNode.FromFile<SKEmitterNode> ("Trail.sks");
DefaultParticleRate = (float)Particles.ParticleBirthRate;
Particles.Position = new CGPoint (-radius + 5, 0);
Particles.TargetNode = scene;
Particles.ZPosition = 0f;
AddChild (Particles);
}
public GamePad(SKScene scene)
{
_scene = scene;
}
// Setup overlays and lookup scene objects.
void SetupGame ()
{
var sceneRoot = sceneInterface.Scene?.RootNode;
if (sceneRoot == null)
throw new InvalidProgramException ();
gameNodes = new GameNodes (sceneRoot);
var gNodes = gameNodes.Value;
gNodes.Object.Transform = SCNMatrix4.Identity;
gNodes.ObjectMaterial.Transparency = 0;
gNodes.Confetti.Hidden = true;
var skScene = new SKScene (ContentFrame.Size) {
ScaleMode = SKSceneScaleMode.ResizeFill
};
skScene.AddChild (gNodes.CountdownLabel);
sceneInterface.OverlayScene = skScene;
}
public void Setup()
{
nfloat w = Bounds.Width;
nfloat h = Bounds.Height;
if (w < h)
{
nfloat wTmp = w;
w = h;
h = wTmp;
}
// Setup the game overlays using SpriteKit
SKScene skScene = SKScene.FromSize(new CGSize(w, h));
skScene.ScaleMode = SKSceneScaleMode.ResizeFill;
overlayGroup = SKNode.Create();
skScene.AddChild(overlayGroup);
overlayGroup.Position = new CGPoint(0f, h);
// The Max icon
SKSpriteNode sprite = SKSpriteNode.FromImageNamed("Images/MaxIcon.png");
sprite.Position = new CGPoint(50f, -50f);
overlayGroup.AddChild(sprite);
sprite.XScale = sprite.YScale = 0.5f;
for (int i = 0; i < 3; i++)
{
flowers [i] = SKSpriteNode.FromImageNamed("Images/FlowerEmpty.png");
flowers [i].Position = new CGPoint(110f + i * 40f, -50f);
flowers [i].XScale = flowers [i].YScale = 0.25f;
overlayGroup.AddChild(flowers[i]);
}
// The peal icon and count.
sprite = SKSpriteNode.FromImageNamed("Images/ItemsPearl.png");
sprite.Position = new CGPoint(110f, -100f);
sprite.XScale = sprite.YScale = 0.5f;
overlayGroup.AddChild(sprite);
pearlLabel = SKLabelNode.FromFont("Chalkduster");
pearlLabel.Text = "x0";
pearlLabel.Position = new CGPoint(152f, -113f);
overlayGroup.AddChild(pearlLabel);
// The D-Pad
sprite = SKSpriteNode.FromImageNamed("Images/dpad.png");
sprite.Position = new CGPoint(100f, 100f);
sprite.XScale = sprite.YScale = 0.5f;
skScene.AddChild(sprite);
padRect = new CGRect(
(sprite.Position.Y - DPAD_RADIUS) / w,
1f - (sprite.Position.Y + DPAD_RADIUS) / h,
2f * DPAD_RADIUS / w,
2f * DPAD_RADIUS / h
);
// Assign the SpriteKit overlay to the SceneKit view.
OverlayScene = skScene;
// Setup the pinch gesture
defaultFov = PointOfView.Camera.XFov;
var pinch = new UIPinchGestureRecognizer {
Delegate = this,
CancelsTouchesInView = false
};
pinch.AddTarget(() => PinchWithGestureRecognizer(pinch));
AddGestureRecognizer(pinch);
}
