public CaméraAvatar(Game jeu, Vector3 cible, Vector3 orientation, Avatar_ joueur, Viewport viewPort)
: base(jeu)
{
CameraViewPort = viewPort;
Joueur = joueur;
Vector3 positionCaméra = cible + new Vector3(GameConstants.CameraDistanceOffset, GameConstants.CameraHeightOffset, GameConstants.CameraDistanceOffset);
CréerPointDeVue(positionCaméra, cible, orientation); // Création de la matrice de vue
CréerVolumeDeVisualisation(Caméra.OUVERTURE_OBJECTIF, CameraViewPort.AspectRatio, Caméra.DISTANCE_PLAN_RAPPROCHÉ, Caméra.DISTANCE_PLAN_ÉLOIGNÉ); // Création de la matrice de projection (volume de visualisation)
}
protected override void Initialize()
{
Vector2 DimensionÉcran = new Vector2(GameConstants.WindowWidth, GameConstants.WindowHeight);
AfficheurFPS_ a = new AfficheurFPS_(this, 1 / 60f);
F1 = new Fusil(this, "balle", Vector2.Zero, new Vector2(15, 15), new Vector2(0, -15));
cam = new Camera2d();
cam.Pos = Vector2.Zero;
GestionnaireTextures = new RessourcesManager<Texture2D>(this, "Textures");
GestionnaireFonts = new RessourcesManager<SpriteFont>(this, "Fonts");
GestionnaireInput = new InputManager(this);
spriteBatch = new SpriteBatch(GraphicsDevice);
Services.AddService(typeof(RessourcesManager<Texture2D>), GestionnaireTextures);
Services.AddService(typeof(RessourcesManager<SpriteFont>), GestionnaireFonts);
Services.AddService(typeof(InputManager), GestionnaireInput);
Services.AddService(typeof(SpriteBatch), spriteBatch);
Services.AddService(typeof(Camera2d), cam);
ListeComposantes = new List<IColisionable>();
ioManagerJ1 = new IOManager(this, 1);
J1 = new Avatar(this, "hitman1_stand", DimensionÉcran / 2, new Vector2(30, 30), 1f / 1000, 1, ioManagerJ1);
InfoJ1 = new InformationJoueur(this, "tile_12", new Vector2(100, 50), new Vector2(200, 100), J1);
Components.Add(GestionnaireInput);
Components.Add(a);
//Components.Add(J1);
Components.Add(ioManagerJ1);
//-------------------------------- Test physique------------------//
ListePhysique = new List<EntitéPhysique>();
T1 = new Tile(this, "CielÉtoilé", new Vector3(DimensionÉcran.X / 2, DimensionÉcran.Y / 2, 0), new Vector3(DimensionÉcran.X / 2, DimensionÉcran.Y / 2, 0), 1 / 60f, 0.2f);
T2 = new Tile(this, "tile_12", new Vector3(0, DimensionÉcran.Y / 2, 1f), new Vector3(DimensionÉcran.X / 2, DimensionÉcran.Y / 2, 0), 1 / 60f,0.9f);
J1Test = new Avatar_(this, "balle", new Vector3(DimensionÉcran.X / 2, DimensionÉcran.Y / 2, 5f), new Vector3(30, 30, 1), 1 / 60f, 1, ioManagerJ1);
Components.Add(J1Test);
Components.Add(T1);
Components.Add(T2);
ListePhysique.Add(J1Test);
ListePhysique.Add(T1);
ListePhysique.Add(T2);
//----------------------------------------------------------------//
base.Initialize();
F1.Initialize(); //les classes que je ne veux pas mettre en components pour que ne soient pas automatiquement updater/dessiner
InfoJ1.Initialize();
}
//void InitialiserAvatars()
//{
// ListeAvatar = new List<Avatar_>();
// ListeAvatar.Add(new Avatar_(this, "unicorn", new Vector3(0, 10, -1), 1 / 60f, 1, manager1));
// ListeAvatar.Add(new Avatar_(this, "unicorn", new Vector3(0, 10, -1), 2 / 60f, 2, manager2));
// ListeAvatar.Add( new Avatar_(this, "unicorn", new Vector3(0, 10, -1), 3 / 60f, 2, manager2));
// ListeAvatar.Add(new Avatar_(this, "unicorn", new Vector3(0, 10, -1), 4 / 60f, 2, manager2));
//}
/// <summary>
/// Allows the game to perform any initialization it needs to before starting to run.
/// This is where it can query for any required services and load any non-graphic
/// related content. Calling base.Initialize will enumerate through any components
/// and initialize them as well.
/// </summary>
protected override void Initialize()
{
NbJoueurs = 2;
TestView1 = new Viewport(0, 0, GameConstants.WindowWidth / 2, GameConstants.WindowHeight);
TestView2 = new Viewport(GameConstants.WindowWidth / 2, 0, GameConstants.WindowWidth / 2, GameConstants.WindowHeight);
ModelManager ManagerDeModele = new ModelManager(this);
IOManager manager1 = new IOManager(this,1);
IOManager manager2 = new IOManager(this, 2);
CubeColoré CubeBlanc = new Sol(this, 1f, Vector3.Zero, Vector3.Zero, Color.White, new Vector3(20, 1, 10), 1 / 60f);
CubeColoré CubeRouge = new Sol(this, 1f, Vector3.Zero, new Vector3(0,1,-5), Color.Red, new Vector3(20, 1.5f, 10), 1 / 60f);
CubeColoré CubeBleu = new Sol(this, 1f, Vector3.Zero, new Vector3(0, 1, 10), Color.Blue, new Vector3(20, 1.5f, 10), 1 / 60f);
CubeColoré CubeSol = new Sol(this, 1f, Vector3.Zero, new Vector3(0, -3, 0), Color.Yellow, new Vector3(200, 2, 200), INTERVALLE_CALCUL_STANDARD);
licorne = new Avatar_(this, "cubefache", new Vector3(0, 10, -1), 1 / 60f, 1, manager1);
Avatar_ licorne2 = new Avatar_(this, "unicorn", new Vector3(0, 10, -1), 1 / 60f, 2, manager2);
ManagerÉcranDEBUG = new ScreenManager(this, Vector2.Zero);
Vector3 positionCaméra = new Vector3(10,10,10);
Vector3 positionObjet = new Vector3(0, 0, 0);
Vector3 rotationObjet = new Vector3(0, MathHelper.PiOver2, 0);
GestionnaireDeFonts = new RessourcesManager<SpriteFont>(this, "Fonts");
GestionnaireDeTextures = new RessourcesManager<Texture2D>(this, "Textures");
GestionnaireDeModèles = new RessourcesManager<Model>(this, "Models");
spriteBatch = new SpriteBatch(GraphicsDevice);
GestionInput = new InputManager(this);
CaméraJeu = new CaméraFixe(this,new Vector3(10,10,10),Vector3.Zero,Vector3.Up);
Caméra1 = new CaméraAvatar(this, licorne.Position, Vector3.Up, licorne,TestView1);
Caméra2 = new CaméraAvatar(this, licorne.Position, Vector3.Up, licorne2, TestView2);
defaut = GraphicsDevice.Viewport;
//Components.Add(new ArrièrePlanDéroulant(this, "CielÉtoilé", INTERVALLE_CALCUL_STANDARD));
//Components.Add(new ObjetDeBase(this, "unicorn", 10, rotationObjet, positionObjet));
Components.Add(new AfficheurFPS(this, "Arial20", Color.Chartreuse, INTERVALLE_CALCUL_FPS));
Components.Add(new Afficheur3D(this));
Components.Add(GestionInput);
Components.Add(Caméra1);
Components.Add(Caméra2);
Components.Add(CaméraJeu);
//Components.Add(CubeBlanc);
//Components.Add(CubeRouge);
//Components.Add(CubeBleu);
Components.Add(manager1);
Components.Add(manager2);
Components.Add(ManagerDeModele);
//Components.Add(licorne);
//Components.Add(licorne2);
ManagerDeModele.AjouterModele(CubeBlanc);
ManagerDeModele.AjouterModele(CubeBleu);
ManagerDeModele.AjouterModele(CubeRouge);
ManagerDeModele.AjouterModele(CubeSol);
ManagerDeModele.AjouterModele(licorne);
ManagerDeModele.AjouterModele(licorne2);
ManagerDeModele.AjouterCaméra(Caméra1);
ManagerDeModele.AjouterCaméra(Caméra2);
Services.AddService(typeof(RessourcesManager<SpriteFont>), GestionnaireDeFonts);
Services.AddService(typeof(RessourcesManager<Texture2D>), GestionnaireDeTextures);
Services.AddService(typeof(RessourcesManager<Model>), GestionnaireDeModèles);
Services.AddService(typeof(InputManager), GestionInput);
Services.AddService(typeof(Caméra), CaméraJeu);
Services.AddService(typeof(SpriteBatch), spriteBatch);
base.Initialize();
ListePhysique = new List<ICollisionable>();
ListePhysique.Add(CubeBlanc as ICollisionable);
ListePhysique.Add(CubeRouge as ICollisionable);
ListePhysique.Add(licorne as ICollisionable);
ListePhysique.Add(CubeBleu as ICollisionable);
ListePhysique.Add(licorne2 as ICollisionable);
ListePhysique.Add(CubeSol as ICollisionable);
ManagerÉcranDEBUG.Initialize();
ManagerÉcranDEBUG.AjouterItem(licorne);
ManagerÉcranDEBUG.AjouterItem(licorne2);
CubeBlanc.InitialiserSommets(Color.White);
CubeBleu.InitialiserSommets(Color.Blue);
CubeRouge.InitialiserSommets(Color.Red);
}
