public void SceneManager_AddRemoveRenderable_Test()
{
var sceneMgr = new SceneManager(Device, AssetManager);
var renderable = TestHelpers.CreateRenderableMock(Device);
Assert.IsTrue(sceneMgr.AddRenderable(renderable));
Assert.IsFalse(sceneMgr.AddRenderable(renderable));
Assert.IsTrue(sceneMgr.RemoveRenderable(renderable));
Assert.IsFalse(sceneMgr.RemoveRenderable(renderable));
}
public WorldEditorViewModel(WorldAsset worldAsset, Framework framework)
{
SceneManager = new SceneManager(framework.Device, framework.AssetManager);
WorldEditor = new WorldEditor(worldAsset.World, framework.AssetManager);
var terrain = new Terrain(framework.Device, framework.AssetManager, 128, 128, 20, new string[] { "Test/water.bmp", "Test/slime2.bmp", "Test/slime1.bmp" });
SceneManager.AddRenderable(terrain);
SceneManager.World = worldAsset.World;
SceneManager.Camera.EyePos = new Vector3(0.0f, terrain.GetHeight(0, 0) + 10.0f, 0.0f);
SceneManager.Camera.LookAt = new Vector3(100.0f, 0.0f, 100.0f);
SceneManager.Camera.UpVec = Vector3.UnitY;
SceneManager.Camera.FovY = new Radian(MathUtils.PI / 4);
SceneManager.Camera.SetPlaneDistance(1.0f, 10000.0f);
RenderViewModel = new RenderViewModel(framework, SceneManager);
RenderViewModel.MouseMove += RenderViewModel_MouseMove;
SaveCommand = new DelegateCommand(() =>
{
worldAsset.World.Save(worldAsset.FullPath);
StatusBarService.StatusText = "World saved: " + worldAsset.ShortName;
});
}
public void SceneManager_Render_Test()
{
var sceneMgr = new SceneManager(Device, AssetManager);
sceneMgr.AddRenderable(TestHelpers.CreateRenderableMock(Device));
sceneMgr.AddSprite(TestHelpers.CreateSpriteMock(Device));
Assert.IsTrue(sceneMgr.Render(RenderSystem, RenderSystem.PrimaryRenderTarget, false));
}
protected override bool RenderThumbnail(RenderTarget renderTarget)
{
var sceneManager = new SceneManager(this.framework.Device, this.framework.AssetManager);
sceneManager.AddRenderable(new MeshNode(this.framework.Device, Mesh));
sceneManager.LocateCameraLookingMesh(Mesh);
return sceneManager.Render(this.framework.Renderer, renderTarget, false);
}
protected override bool RenderThumbnail(RenderTarget renderTarget)
{
var mesh = Mesh.CreateSphere(this.framework.Device, this.framework.AssetManager, Material, 5.0f, 80, 80);
var sceneManager = new SceneManager(this.framework.Device, this.framework.AssetManager);
sceneManager.AddRenderable(new MeshNode(this.framework.Device, mesh));
sceneManager.LocateCameraLookingMesh(mesh);
return sceneManager.Render(this.framework.Renderer, renderTarget, false);
}
public Asteroid(Framework framework, SceneManager sceneManager, int type)
{
string meshFile = @"RocketCommander\asteroid" + (type + 1).ToString() + ".meshb";
Mesh = framework.AssetManager.Load(meshFile) as Mesh;
var random = new Random();
float[] scalings = new float[] {0.0249557421f, 0.01308855f, 0.0136641478f, 0.0136658037f, 0.008148187f};
float scale = random.Next(minScale, maxScale) * scalings[type];
MeshNode = new MeshNode(framework.Device, Mesh)
{
Scale = new Vector3(scale, scale, scale)
};
sceneManager.AddRenderable(MeshNode);
}
public SmallAsteroid(Framework framework, SceneManager sceneManager, int type)
{
string meshFile = @"RocketCommander\SmallAsteroid" + (type + 1).ToString() + ".meshb";
Mesh = framework.AssetManager.Load(meshFile) as Mesh;
var random = new Random();
float[] scalings = new float[] {0.00243701926f, 0.00213851035f, 0.00200786744f};
float scale = (smallAsteroidSize + RandomHelper.GetRandomFloat(-2.5f, 5.0f)) * scalings[type];
MeshNode = new MeshNode(framework.Device, this.Mesh)
{
Scale = new Vector3(scale, scale, scale)
};
sceneManager.AddRenderable(MeshNode);
}
public Item(Framework framework, SceneManager sceneManager, Type type)
{
ItemType = type;
string meshFile = @"RocketCommander\" + Enum.GetName(typeof(Type), ItemType) + ".meshb";
Mesh = framework.AssetManager.Load(meshFile) as Mesh;
float[] scalings = new float[] { 0.006876214f, 0.009066273f, 0.0125944568f, 0.0146259107f, 0.0168181341f };
float scale = scalings[(int)type];
MeshNode = new MeshNode(framework.Device, Mesh)
{
Scale = new Vector3(scale, scale, scale)
};
sceneManager.AddRenderable(MeshNode);
}
public MaterialEditorViewModel(MaterialAsset materialAsset, Framework framework)
{
MaterialEditor = new MaterialEditor(materialAsset.Material);
ResetCommand = new DelegateCommand<PropertyItem>((item) => System.Windows.MessageBox.Show(item.ToString()));
AdvancedOptions = new List<MenuItem>();
AdvancedOptions.Add(new MenuItem() { Header = "Reset", Command = ResetCommand });
SaveCommand = new DelegateCommand(() =>
{
materialAsset.Material.Save(materialAsset.FullPath);
StatusBarService.StatusText = "Material saved: " + materialAsset.ShortName;
});
var mesh = Mesh.CreateSphere(framework.Device, framework.AssetManager, materialAsset.Material, 5.0f, 80, 80);
this.meshNode = new MeshNode(framework.Device, mesh);
var sceneManager = new SceneManager(framework.Device, framework.AssetManager);
sceneManager.LocateCameraLookingMesh(mesh);
sceneManager.AddRenderable(this.meshNode);
RenderViewModel = new RenderViewModel(framework, sceneManager);
RenderViewModel.MouseMove += RenderViewModel_MouseMove;
}
public ImportMeshViewModel(Framework framework, Mesh mesh, string initialSaveFolder)
{
this.framework = framework;
// Actually, import already done. See argument "mesh" :)
Mesh = mesh;
var sceneManager = new SceneManager(framework.Device, framework.AssetManager);
sceneManager.LocateCameraLookingMesh(mesh);
sceneManager.AddRenderable(new MeshNode(framework.Device, Mesh));
RenderViewModel = new RenderViewModel(framework, sceneManager);
MaterialEditor = new MaterialEditor(mesh.Material);
SaveName = Path.GetFileNameWithoutExtension(Mesh.Name);
SaveFolder = initialSaveFolder;
OkCommand = new DelegateCommand(ExecuteOk, CanExecuteOk);
CancelCommand = new DelegateCommand(() => { RequestCancel(); });
BrowseCommand = new DelegateCommand(ExecuteBrowse);
FlipVCommand = new DelegateCommand(() => Mesh.FlipTextureV());
}
