public static void Initialize()
{
mieRT = RenderingFunctions.CreateRenderTarget(Format.R16G16B16A16_Float, 128, 64);
rayleighRT = RenderingFunctions.CreateRenderTarget(Format.R16G16B16A16_Float, 128, 64);
// SpriteDrawer.AddInstance(rayleighRT.srv, 0.0f, 0.0f);
moonTex = TextureLoader.LoadTexture("sky/moon.png");
glowTex = TextureLoader.LoadTexture("sky/moonglow.png");
starsTex = TextureLoader.LoadTexture("sky/starfield.png");
skyClouds1 = TextureLoader.LoadTexture("sky/clouds1.png");
skyClouds2 = TextureLoader.LoadTexture("sky/clouds2.png");
skyBoxCloudsMesh = WorldData.GetObject("skyDomeClouds") as Model;
GenerateDome();
GenerateMoon();
lensFlare = new LensFlare();
lensFlare.Initialize();
SetSettings(WorldData.GetObject("defaultWeather") as WeatherSetting);
Rain.Initialize();
Snow.Initialize();
Wind.Initalize();
Lightning.Initalize();
}
public static void Draw()
{
// Vector3.Backward = fix for bad model pivot.
Matrix world = Matrix.Translation(Position);
RenderingFunctions.RenderMesh2(model[0], Vector3.Zero, "SimpleTexturedQuad.fx", "RenderDiffOnly", world);
}
public override void RenderDebugLightVolume(GameObjectReference objRef, Cell c, Vector4 GridColor)
{
Matrix m = GetLightVolumeMatrix(c, objRef.Position, objRef.EndPoint, objRef.MaxRange);
RenderingFunctions.DrawLightVolume(DeferredRenderer.lightVolume[(int)LightType.Area], m, GridColor);
RenderingFunctions.DrawLightVolume(DeferredRenderer.lightVolume[(int)LightType.Area], Matrix.Scaling(2, 2, 2) * WorldSpace.GetRealWorldMatrix(objRef.Position, c), GridColor);
RenderingFunctions.DrawLightVolume(DeferredRenderer.lightVolume[(int)LightType.Area], Matrix.Scaling(2, 2, 2) * WorldSpace.GetRealWorldMatrix(objRef.EndPoint, c), GridColor);
}
public override void RenderDebugLightVolume(GameObjectReference objRef, Cell c, Vector4 GridColor)
{
Matrix scale, translate, sphereMatWVP;
translate = WorldSpace.GetRealWorldMatrix(objRef.Position, c);
scale = Matrix.Scaling(objRef.MaxRange, objRef.MaxRange, objRef.MaxRange);
sphereMatWVP = scale * translate;
RenderingFunctions.DrawLightVolume(DeferredRenderer.lightVolume[(int)LightType.Point], sphereMatWVP, GridColor);
RenderingFunctions.DrawLightVolume(DeferredRenderer.lightVolume[(int)LightType.Point], translate, GridColor);
}
public override void RenderDebugLightVolume(GameObjectReference objRef, Cell c, Vector4 GridColor)
{
Vector3 max = DeferredRenderer.lightVolume[(int)LightType.Box].Mesh3d.bb.Maximum;
Vector3 min = DeferredRenderer.lightVolume[(int)LightType.Box].Mesh3d.bb.Minimum;
Matrix m = GetLightVolumeMatrix(c, objRef);
Vector3 pos = objRef.Position;
pos.Y += objRef.BoxHeight;
RenderingFunctions.DrawLightVolume(DeferredRenderer.lightVolume[(int)LightType.Box], Matrix.Translation(WorldSpace.GetRealWorldPos(pos, c)), GridColor);
RenderingFunctions.DrawLightVolume(DeferredRenderer.lightVolume[(int)LightType.Box], m, GridColor);
RenderingFunctions.DrawLightVolume(DeferredRenderer.lightVolume[(int)LightType.Box], Matrix.Scaling(2, 2, 2) * Matrix.Translation(WorldSpace.GetRealWorldPos(objRef.Target, c)), GridColor);
}
public static void Draw(Matrix mWorld)
{
Matrix w = Matrix.Translation(Position) * mWorld;
w = w + Matrix.Translation(-WorldSpace.cellSize, 0, -WorldSpace.cellSize);
VertexBufferBinding vbb = new VertexBufferBinding(vertices, Marshal.SizeOf(typeof(Vector4)), 0);
Shader e = WorldData.GetObject("grid.fx") as Shader;
if (e == null)
{
return;
}
e.GetVar("color").AsVector().Set(Global.GlobalSettings.GridColor);
RenderingFunctions.RenderVertices(vbb, NumVerts, w, MeshInputElements10.PositionOnly4, "grid.fx", "Render");
}
public override void RenderDebugLightVolume(GameObjectReference objRef, Cell c, Vector4 GridColor)
{
//if (targetMesh == null)
// targetMesh = new GameObjectRef(@"system/box.mesh", "box.mesh", MeshInputElements10.PositionOnly4);
Model targetMesh = WorldData.GetObject("light_target") as Model;
Matrix scale, rotate, translate, matWVP;
float fRadius = (float)Math.Tan(objRef.OuterAngle * 0.5f) * objRef.MaxRange;
scale = Matrix.Scaling(fRadius, objRef.MaxRange, fRadius);
rotate = RotateToFace(WorldSpace.GetRealWorldPos(objRef.Position, c), WorldSpace.GetRealWorldPos(objRef.Target, c), Vector3.UnitY);
translate = WorldSpace.GetRealWorldMatrix(objRef.Position, c);
matWVP = scale * rotate * translate;
RenderingFunctions.DrawLightVolume(DeferredRenderer.lightVolume[(int)LightType.Spot], matWVP, GridColor);
RenderingFunctions.DrawLightVolume(targetMesh, Matrix.Scaling(1, 1, 1) * WorldSpace.GetRealWorldMatrix(objRef.Target, c), GridColor);
}
public static void DrawOrigin(Matrix mWorld)
{
Matrix world = Matrix.Scaling(2, 2, 2) * mWorld;
RenderingFunctions.RenderMesh2(model[0], Vector3.Zero, "SimpleTexturedQuad.fx", "RenderDiffOnly", world);
}
