public void Initialize(ISceneSettings settings)
{
Root = Rules.CreateWorld(this, settings);
DrawerFactory = new DrawerFactory(Root);
PhysicalManager.InitializeEngine(PhysicalEngines.Farseer, Root);
Logger = new ReplayLogger(Root, 0.1);
}
public void Initialize(ISceneSettings settings)
{
Root = Rules.CreateWorld(this, settings);
DrawerFactory = new DrawerFactory(Root);
PhysicalManager.InitializeEngine(PhysicalEngines.Farseer, Root);
Logger = new ReplayLogger(Root, 0.1);
}
public void LoadScene(string name, ISceneSettings settings, bool restrictToSingleScene)
{
if (restrictToSingleScene &&
(LoadedScenes.Any(p => p.Name == name) || ScenesQueue.Any(p => p.Name == name) ||
Application.loadedLevelName == name)) return;
this.QueueSceneLoad(name, settings);
this.ExecuteLoad();
}
public void QueueSceneLoad(string sceneName, ISceneSettings settings)
{
ScenesQueue.Enqueue(new SceneQueueItem()
{
Loader = LoadSceneInternal(sceneName),
Name = sceneName,
Settings = settings
});
}
public void QueueSceneLoad(string sceneName, ISceneSettings settings)
{
ScenesQueue.Enqueue(new SceneQueueItem()
{
Loader = LoadSceneInternal(sceneName),
Name = sceneName,
Settings = settings
});
}
public void LoadSceneIfNotAlready(string name, ISceneSettings settings)
{
if (LoadedScenes.Any(p => p.Name == name) || ScenesQueue.Any(p => p.Name == name) ||
Application.loadedLevelName == name)
{
return;
}
this.QueueSceneLoad(name, settings);
this.ExecuteLoad();
}
public void LoadScene(string name, ISceneSettings settings, bool restrictToSingleScene)
{
if (restrictToSingleScene &&
(LoadedScenes.Any(p => p.Name == name) || ScenesQueue.Any(p => p.Name == name) ||
Application.loadedLevelName == name))
{
return;
}
this.QueueSceneLoad(name, settings);
this.ExecuteLoad();
}
public void LoadScene(string name, ISceneSettings settings, bool restrictToSingleScene)
{
if (restrictToSingleScene &&
(LoadedScenes.Any(p => p.Name == name) || ScenesQueue.Any(p => p.Name == name) ||
// Application.loadedLevelName == name)) return;
UnityEngine.SceneManagement.SceneManager.GetSceneAt(UnityEngine.SceneManagement.SceneManager.sceneCount - 1).name == name))
{
return;
}
this.QueueSceneLoad(name, settings);
this.ExecuteLoad();
}
public void QueueSceneLoadIfNotAlready(string sceneName, ISceneSettings settings)
{
if (LoadedScenes.Any(p => p.Name == sceneName) || ScenesQueue.Any(p => p.Name == sceneName) ||
Application.loadedLevelName == sceneName)
{
return;
}
ScenesQueue.Enqueue(new SceneQueueItem()
{
Loader = LoadSceneInternal(sceneName),
Name = sceneName,
Settings = settings
});
}
public void QueueSceneLoadIfNotAlready(string sceneName, ISceneSettings settings)
{
if (LoadedScenes.Any(p => p.Name == sceneName) || ScenesQueue.Any(p => p.Name == sceneName) ||
Application.loadedLevelName == sceneName)
{
return;
}
ScenesQueue.Enqueue(new SceneQueueItem()
{
Loader = LoadSceneInternal(sceneName),
Name = sceneName,
Settings = settings
});
}
public void QueueSceneLoadIfNotAlready(string sceneName, ISceneSettings settings)
{
if (LoadedScenes.Any(p => p.Name == sceneName) || ScenesQueue.Any(p => p.Name == sceneName) ||
// Application.loadedLevelName == sceneName) {
UnityEngine.SceneManagement.SceneManager.GetSceneAt(UnityEngine.SceneManagement.SceneManager.sceneCount - 1).name == sceneName)
{
return;
}
ScenesQueue.Enqueue(new SceneQueueItem()
{
Loader = LoadSceneInternal(sceneName),
Name = sceneName,
Settings = settings
});
}
private void SwitchScene(string fromScene, string toScene, ISceneSettings settings, bool restrictToSingleScene, string translateEffect = null)
{
//TODO:translateEffect
Debug.Assert (toScene != null, "toscene should not be none");
UnloadScene(fromScene);
LoadScene (toScene, settings, restrictToSingleScene);
// OnEvent<SceneLoaderEvent>().Where(_ =>
// _.State == SceneState.Loaded && _.SceneRoot.Name == toScene
// ).Subscribe((_)=>{
// if (!string.IsNullOrEmpty (fromScene)) {
// UnloadScene (fromScene);
// }
// });
}
public Body CreateWorld(ICvarcEngine engine, ISceneSettings _settings)
{
Settings = (SceneSettings)_settings;
var root = new Body();
var first = new Cylinder
{
Height = 20,
RTop = 10,
RBottom = 10,
Location = new Frame3D(-150 + 25 - 10, 100 - 25 + 10, 3),
DefaultColor = Color.DarkViolet,
IsMaterial = true,
Density = Density.Iron,
FrictionCoefficient = 0,
Top = new PlaneImageBrush {
Image = new Bitmap(GetResourceStream("red.png"))
},
Type = "Robot"
};
var second = new Cylinder
{
Height = 20,
RTop = 10,
RBottom = 10,
Location = new Frame3D(150 - 25 + 10, 100 - 25 + 10, 3, Angle.Zero, Angle.Pi, Angle.Zero),
DefaultColor = Color.DarkViolet,
IsMaterial = true,
Density = Density.Iron,
FrictionCoefficient = 0,
Top = new PlaneImageBrush {
Image = new Bitmap(GetResourceStream("blue.png"))
},
Type = "Robot"
};
root.Add(first);
root.Add(second);
first.Collision += body => engine.RaiseOnCollision(first.Id.ToString(), body.Id.ToString(), CollisionType.RobotCollision);
second.Collision += body => engine.RaiseOnCollision(second.Id.ToString(), body.Id.ToString(), CollisionType.RobotCollision);
root.Add(new Box
{
XSize = 300,
YSize = 200,
ZSize = 3,
DefaultColor = Color.White,
Top = new SolidColorBrush {
Color = Color.Yellow
},
IsStatic = true,
Type = "floor",
});
foreach (var detail in Settings.Details)
{
Color color = Color.White;
string name = "D";
switch (detail.Color)
{
case DetailColor.Red: color = Color.Red; name += "R"; break;
case DetailColor.Blue: color = Color.Blue; name += "B"; break;
case DetailColor.Green: color = Color.Green; name += "G"; break;
}
var box = new Box
{
XSize = 15,
YSize = 15,
ZSize = 15,
Location = new Frame3D(-150 + 25 + detail.Location.X * 50, 100 - 25 - 50 * detail.Location.Y, 0),
DefaultColor = color,
Type = name,
IsMaterial = true,
IsStatic = false,
FrictionCoefficient = 8
};
root.Add(box);
box.Collision += body =>
{
if (box.Parent.Id == first.Id && body.Id == second.Id)
{
engine.RaiseOnCollision(second.Id.ToString(), first.Id.ToString(), CollisionType.RobotCollision);
}
if (box.Parent.Id == second.Id && body.Id == first.Id)
{
engine.RaiseOnCollision(first.Id.ToString(), second.Id.ToString(), CollisionType.RobotCollision);
}
};
}
CreateWalls(root, Settings.HorizontalWalls, 50, 10, 15, "HW", (x, y) => new Point(-150 + 25 + x * 50, 100 - (y + 1) * 50));
CreateWalls(root, Settings.VerticalWalls, 10, 50, 14, "VW", (x, y) => new Point(-150 + (x + 1) * 50, 100 - 25 - y * 50));
CreateBorders(root);
return(root);
}
public void LoadScene(string name, ISceneSettings settings)
{
this.QueueSceneLoad(name, settings);
this.ExecuteLoad();
}
public void LoadScene(string name, ISceneSettings settings, bool restrictToSingleScene)
{
if (restrictToSingleScene &&
(LoadedScenes.Any(p => p.Name == name) || ScenesQueue.Any(p => p.Name == name) ||
SceneManager.GetSceneByName(name).isLoaded)) return;
this.QueueSceneLoad(name, settings);
this.ExecuteLoad();
}
public Body CreateWorld(ICvarcEngine engine, ISceneSettings _settings)
{
Settings = (SceneSettings)_settings;
var root = new Body();
var first = new Cylinder
{
Height = 20,
RTop = 10,
RBottom = 10,
Location = new Frame3D(-150 + 25 - 10, 100 - 25 + 10, 3),
DefaultColor = Color.DarkViolet,
IsMaterial = true,
Density = Density.Iron,
FrictionCoefficient = 0,
Top = new PlaneImageBrush { Image = new Bitmap(GetResourceStream("red.png")) },
Type = "Robot"
};
var second = new Cylinder
{
Height = 20,
RTop = 10,
RBottom = 10,
Location = new Frame3D(150 - 25 + 10, 100 - 25 + 10, 3, Angle.Zero, Angle.Pi, Angle.Zero),
DefaultColor = Color.DarkViolet,
IsMaterial = true,
Density = Density.Iron,
FrictionCoefficient = 0,
Top = new PlaneImageBrush { Image = new Bitmap(GetResourceStream("blue.png")) },
Type = "Robot"
};
root.Add(first);
root.Add(second);
first.Collision += body => engine.RaiseOnCollision(first.Id.ToString(), body.Id.ToString(), CollisionType.RobotCollision);
second.Collision += body => engine.RaiseOnCollision(second.Id.ToString(), body.Id.ToString(), CollisionType.RobotCollision);
root.Add(new Box
{
XSize = 300,
YSize = 200,
ZSize = 3,
DefaultColor = Color.White,
Top = new SolidColorBrush { Color = Color.Yellow },
IsStatic = true,
Type = "floor",
});
foreach (var detail in Settings.Details)
{
Color color = Color.White;
string name = "D";
switch (detail.Color)
{
case DetailColor.Red: color = Color.Red; name += "R"; break;
case DetailColor.Blue: color = Color.Blue; name += "B"; break;
case DetailColor.Green: color = Color.Green; name += "G"; break;
}
var box = new Box
{
XSize = 15,
YSize = 15,
ZSize = 15,
Location = new Frame3D(-150 + 25 + detail.Location.X * 50, 100 - 25 - 50 * detail.Location.Y, 0),
DefaultColor = color,
Type = name,
IsMaterial = true,
IsStatic = false,
FrictionCoefficient = 8
};
root.Add(box);
box.Collision += body =>
{
if (box.Parent.Id == first.Id && body.Id == second.Id)
engine.RaiseOnCollision(second.Id.ToString(), first.Id.ToString(), CollisionType.RobotCollision);
if (box.Parent.Id == second.Id && body.Id == first.Id)
engine.RaiseOnCollision(first.Id.ToString(), second.Id.ToString(), CollisionType.RobotCollision);
};
}
CreateWalls(root, Settings.HorizontalWalls, 50, 10, 15, "HW", (x, y) => new Point(-150 + 25 + x * 50, 100 - (y + 1) * 50));
CreateWalls(root, Settings.VerticalWalls, 10, 50, 14, "VW", (x, y) => new Point(-150 + (x + 1) * 50, 100 - 25 - y * 50));
CreateBorders(root);
return root;
}