public MeshNode(Mesh Mesh, Texture2D Texture, Texture2D NormalMap, Euler Orientation = null)
{
this.Mesh = Mesh;
this.Texture = Texture;
this.NormalMap = NormalMap;
this.Orientation = Orientation;
if (this.Orientation == null) this.Orientation = new Euler();
}
public GuiSceneNode(Geo.Mesh Mesh, GraphicsDevice device, int width, int height, Euler Euler = null)
{
this.Device = device;
this.Mesh = Mesh;
this.Orientation = Euler;
if (this.Orientation == null) this.Orientation = new Euler();
uiCamera = new Render.OrthographicCamera(new Viewport(0, 0, width, height));
uiRoot = new UIItem("ROOT", new QuadShape(0, 0, width, height), null);
uiCamera.focus = new Vector2(width / 2, height / 2);
renderTarget = new RenderTarget2D(device, uiCamera.Viewport.Width, uiCamera.Viewport.Height);
}
public EditorGrid(GraphicsDevice Device, int DivisionsX, int DivisionsY, Euler Euler = null)
{
this.Orientation = Euler;
if (this.Orientation == null) this.Orientation = new Euler();
this.DivisionsX = DivisionsX;
this.DivisionsY = DivisionsY;
cellWidth = 1.0f / DivisionsX;
cellHeight = 1.0f / DivisionsY;
QuadMesh = Gem.Geo.Gen.FacetCopy(Gem.Geo.Gen.CreateQuad());
Gem.Geo.Gen.Transform(QuadMesh, Matrix.CreateTranslation(0.5f, 0.5f, 0.0f));
GridMesh = Gem.Geo.WireframeMesh.GenerateGrid(1.0f, 1.0f, DivisionsX, DivisionsY);
}
public void Begin()
{
guiModule = new Gui.GuiModule(Main.GraphicsDevice, Main.Input);
//inputModule = new InputModule(Main.Input);
simulation = new Simulation(Main.Content, new PropertySet(
"episode-name", "Content", "server", null));
simulation.debugOutput += (s) => { Main.Write(s); };
simulation.Content.FrontLoadTextures();
Main.Write("Started menu simulation\n");
renderModule = new Render.RenderModule(Main.GraphicsDevice, simulation.Content);
simulation.modules.Add(renderModule);
//simulation.modules.Add(inputModule);
simulation.modules.Add(guiModule);
simulation.beginSimulation();
Main.Input.ClearBindings();
Main.Input.AddAxis("primary", new MouseAxisBinding());
var icosohedron = Geo.Ico.Icosahedron.Generate();
//icosohedron = icosohedron.Subdivide();
var icoMesh = icosohedron.GenerateMesh(2.0f);
var icoBrush = Geo.Csg.PlanesFromMesh(icoMesh);
spinner = //new RealtimeCSG.CSGNode(RealtimeCSG.CSGNodeType.Addition,
new RealtimeCSG.CSGNode(new RealtimeCSG.StaticBrushGenerator(Geo.Csg.CreatePrism(6, Vector3.UnitY, Vector3.UnitZ, 10.0f)));
spinner.TextureProjection = new Geo.PlanarProjection(
new RealtimeCSG.Plane(0.0f, 1.0f, 0.0f, 1.0f), Vector3.UnitZ, 10.0f);
spinner.Texture = Main.Content.Load<Texture2D>("Content/swirl");
//spinner = new Geo.Csg.CsgTransformationNode(
// new Geo.Csg.OperationNode(RealtimeCSG.CSGNodeType.Addition,
// new Geo.Csg.BrushNode(Geo.Csg.CreatePrism(6, Vector3.UnitY, Vector3.UnitZ, 10.0f)),
// new Geo.Csg.OperationNode(RealtimeCSG.CSGNodeType.Addition,
// new Geo.Csg.BrushNode(Geo.Csg.CreatePrism(6, Vector3.UnitX, Vector3.UnitY, 10.0f)),
// new Geo.Csg.BrushNode(Geo.Csg.CreatePrism(6, Vector3.UnitZ, Vector3.UnitX, 10.0f)))),
// spinEuler);
var icoNode = new RealtimeCSG.CSGNode(icoBrush);
csgNode = new RealtimeCSG.CSGNode(RealtimeCSG.CSGNodeType.Subtraction,
icoNode,
spinner);
icoNode.Texture = Main.Content.Load<Texture2D>("Content/swirl");
icoNode.TextureProjection = new Geo.PlanarProjection(
new RealtimeCSG.Plane(0, 0, 1, 0), new Vector3(0, 1, 0), 10.0f);
//this.csgNode = new Geo.Csg.OperationNode(RealtimeCSG.CSGNodeType.Subtraction,
// new Geo.Csg.BrushTransformationNode(
// new Geo.Csg.BrushNode(icoBrush),
// rootEuler),
// spinner);
//this.csgNode = new Geo.Csg.BrushNode(icoBrush);
var list = new List<RealtimeCSG.CSGNode>();
list.Add(csgNode);
var result = RealtimeCSG.CSGCategorization.ProcessCSGNodes(csgNode, list);
var gemCube = Geo.Csg.ConvertToMesh(csgNode.cachedMesh);
gemCube = Geo.Gen.FacetCopy(gemCube);
var cubeEuler = new Euler();
var renderNode = new Render.CsgMeshLeafNode(csgNode, cubeEuler);
simulation.AddEntity(250, new Render.SceneGraphRoot(renderNode));
//var guiEuler = new Euler();
//var gui = new Gui.SceneNode(128, 128, guiEuler);
//simulation.AddEntity(61440, new Render.SceneGraphRoot(gui));
/*guiEuler.Scale = new Vector3(4, 4, 4);
var button = new Gui.UIItem(new Rectangle(16,16,64,32));
button.settings.Upsert("bg-color", new Vector3(0.3f, 0.3f, 0.3f));
button.hoverSettings = new PropertySet("bg-color", new Vector3(0.9f, 0.9f, 0.9f));
gui.uiRoot.AddChild(button);*/
Input.AddBinding("left", new KeyboardBinding(Keys.A, KeyBindingType.Held));
Input.AddBinding("up", new KeyboardBinding(Keys.W, KeyBindingType.Held));
Input.AddBinding("right", new KeyboardBinding(Keys.D, KeyBindingType.Held));
Input.AddBinding("down", new KeyboardBinding(Keys.S, KeyBindingType.Held));
actionHandler.MapAction("left", () => { renderModule.Camera.Yaw(2 * elapsedTime); });
actionHandler.MapAction("right", () => { renderModule.Camera.Yaw(-2 * elapsedTime); });
actionHandler.MapAction("up", () => { renderModule.Camera.Pitch(2 * elapsedTime); });
actionHandler.MapAction("down", () => { renderModule.Camera.Pitch(-2 * elapsedTime); });
Input.AddBinding("click", new MouseButtonBinding("LeftButton", KeyBindingType.Pressed));
actionHandler.MapAction("click", () => { clickHandler.FireMapping(hoverObject, simulation); });
//clickHandler.AddHandler(250, l => { renderNode.Color = Vector3.UnitX; });
}
public CombatGridVisual(CombatGrid Grid, Euler Euler = null)
{
this.Grid = Grid;
this.Orientation = Euler;
if (this.Orientation == null) this.Orientation = new Euler();
}
public NormalMapMeshNode(Euler Orientation = null)
{
this.Orientation = Orientation;
if (this.Orientation == null) this.Orientation = new Euler();
}