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CodeWalker/Rendering/Shaders/DeferredScene.cs

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Deferred shading
2019-12-03 21:52:22 +08:00
using System;
using System.Collections.Generic;
using System.Linq;
using System.Text;
using System.Threading.Tasks;
using Device = SharpDX.Direct3D11.Device;
using Buffer = SharpDX.Direct3D11.Buffer;
using MapFlags = SharpDX.Direct3D11.MapFlags;
using SharpDX.Direct3D11;
using System.IO;
using CodeWalker.GameFiles;
using CodeWalker.World;
using SharpDX;
using SharpDX.DXGI;
using SharpDX.Mathematics.Interop;
namespace CodeWalker.Rendering
{
public struct DeferredLightVSVars
{
public Matrix ViewProj;
public Vector4 CameraPos;
public uint LightType; //0=directional, 1=Point, 2=Spot, 4=Capsule
public uint IsLOD; //useful or not?
public uint Pad0;
public uint Pad1;
}
public struct DeferredLightPSVars
{
public ShaderGlobalLightParams GlobalLights;
public Matrix ViewProjInv;
public Vector4 CameraPos;
public uint EnableShadows;
public uint RenderMode;//0=default, 1=normals, 2=tangents, 3=colours, 4=texcoords, 5=diffuse, 6=normalmap, 7=spec, 8=direct
public uint RenderModeIndex; //colour/texcoord index
public uint RenderSamplerCoord; //which texcoord to use in single texture mode
public uint LightType; //0=directional, 1=Point, 2=Spot, 4=Capsule
public uint IsLOD; //useful or not?
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public uint SampleCount;//for MSAA
public float SampleMult;//for MSAA
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}
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public struct DeferredLightInstVars
{
public Vector3 InstPosition;
public float InstIntensity;
public Vector3 InstColour;
public float InstFalloff;
public Vector3 InstDirection;
public float InstFalloffExponent;
public Vector3 InstTangentX;
public float InstConeInnerAngle;
public Vector3 InstTangentY;
public float InstConeOuterAngle;
public Vector3 InstCapsuleExtent;
public uint InstType;
public Vector3 InstCullingPlaneNormal;
public float InstCullingPlaneOffset;
}
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public struct DeferredSSAAPSVars
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{
public uint SampleCount;
public float SampleMult;
public float TexelSizeX;
public float TexelSizeY;
}
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public class DeferredScene
{
public GpuMultiTexture GBuffers; // diffuse, normals, specular, irradiance
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public GpuTexture SceneColour; //final scene colour buffer
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SamplerState SampleStatePoint;
SamplerState SampleStateLinear;
BlendState BlendState;
long WindowSizeVramUsage = 0;
int Width = 0;
int Height = 0;
ViewportF Viewport;
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VertexShader DirLightVS;
PixelShader DirLightPS;
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PixelShader DirLightMSPS;
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VertexShader LodLightVS;
PixelShader LodLightPS;
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PixelShader LodLightMSPS;
HD lights rendering in interiors
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VertexShader LightVS;
PixelShader LightPS;
PixelShader LightMSPS;
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UnitCone LightCone;
UnitSphere LightSphere;
UnitCapsule LightCapsule;
UnitQuad LightQuad;
InputLayout LightQuadLayout;
GpuVarsBuffer<DeferredLightVSVars> LightVSVars;
GpuVarsBuffer<DeferredLightPSVars> LightPSVars;
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GpuVarsBuffer<DeferredLightInstVars> LightInstVars;
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Added MSAA pass to deferred render
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VertexShader FinalVS;
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PixelShader SSAAPS;
GpuVarsBuffer<DeferredSSAAPSVars> SSAAPSVars;
public int SSAASampleCount = 1;
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Deferred shading
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Hardware MSAA support for deferred render
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public int MSAASampleCount = 4;
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public long VramUsage
{
get
{
return WindowSizeVramUsage;
}
}
public DeferredScene(DXManager dxman)
{
var device = dxman.device;
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byte[] bDirLightVS = File.ReadAllBytes("Shaders\\DirLightVS.cso");
byte[] bDirLightPS = File.ReadAllBytes("Shaders\\DirLightPS.cso");
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byte[] bDirLightMSPS = File.ReadAllBytes("Shaders\\DirLightPS_MS.cso");
Refactored deferred lights code, and skipping SSAA when sample count is 1
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byte[] bLodLightVS = File.ReadAllBytes("Shaders\\LodLightsVS.cso");
byte[] bLodLightPS = File.ReadAllBytes("Shaders\\LodLightsPS.cso");
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byte[] bLodLightMSPS = File.ReadAllBytes("Shaders\\LodLightsPS_MS.cso");
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byte[] bLightVS = File.ReadAllBytes("Shaders\\LightVS.cso");
byte[] bLightPS = File.ReadAllBytes("Shaders\\LightPS.cso");
byte[] bLightMSPS = File.ReadAllBytes("Shaders\\LightPS_MS.cso");
Added MSAA pass to deferred render
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byte[] bFinalVS = File.ReadAllBytes("Shaders\\PPFinalPassVS.cso");
Refactored deferred lights code, and skipping SSAA when sample count is 1
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byte[] bSSAAPS = File.ReadAllBytes("Shaders\\PPSSAAPS.cso");
DirLightVS = new VertexShader(device, bDirLightVS);
DirLightPS = new PixelShader(device, bDirLightPS);
LodLightVS = new VertexShader(device, bLodLightVS);
LodLightPS = new PixelShader(device, bLodLightPS);
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LightVS = new VertexShader(device, bLightVS);
LightPS = new PixelShader(device, bLightPS);
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try
{
//error could happen here if the device isn't supporting feature level 10.1
DirLightMSPS = new PixelShader(device, bDirLightMSPS);
LodLightMSPS = new PixelShader(device, bLodLightMSPS);
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LightMSPS = new PixelShader(device, bLightMSPS);
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}
catch
{
MSAASampleCount = 1; //can't do MSAA without at least 10.1 support
}
Refactored deferred lights code, and skipping SSAA when sample count is 1
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LightCone = new UnitCone(device, bLodLightVS, 4, false);
LightSphere = new UnitSphere(device, bLodLightVS, 4, true);
LightCapsule = new UnitCapsule(device, bLodLightVS, 4, false);
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LightQuad = new UnitQuad(device, true);
Refactored deferred lights code, and skipping SSAA when sample count is 1
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LightQuadLayout = new InputLayout(device, bDirLightVS, new[]
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{
new InputElement("POSITION", 0, Format.R32G32B32A32_Float, 0, 0),
new InputElement("TEXCOORD", 0, Format.R32G32_Float, 16, 0),
});
LightVSVars = new GpuVarsBuffer<DeferredLightVSVars>(device);
LightPSVars = new GpuVarsBuffer<DeferredLightPSVars>(device);
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LightInstVars = new GpuVarsBuffer<DeferredLightInstVars>(device);
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Added MSAA pass to deferred render
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FinalVS = new VertexShader(device, bFinalVS);
Refactored deferred lights code, and skipping SSAA when sample count is 1
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SSAAPS = new PixelShader(device, bSSAAPS);
Added MSAA pass to deferred render
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Refactored deferred lights code, and skipping SSAA when sample count is 1
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SSAAPSVars = new GpuVarsBuffer<DeferredSSAAPSVars>(device);
Added MSAA pass to deferred render
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Deferred shading
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TextureAddressMode a = TextureAddressMode.Clamp;
Color4 b = new Color4(0.0f, 0.0f, 0.0f, 0.0f);
Comparison c = Comparison.Always;
SampleStatePoint = DXUtility.CreateSamplerState(device, a, b, c, Filter.MinMagMipPoint, 0, 1.0f, 1.0f, 0.0f);
SampleStateLinear = DXUtility.CreateSamplerState(device, a, b, c, Filter.MinMagMipLinear, 0, 1.0f, 1.0f, 0.0f);
BlendState = DXUtility.CreateBlendState(device, false, BlendOperation.Add, BlendOption.One, BlendOption.Zero, BlendOperation.Add, BlendOption.One, BlendOption.Zero, ColorWriteMaskFlags.All);
}
public void Dispose()
{
DisposeBuffers();
if (BlendState != null)
{
BlendState.Dispose();
BlendState = null;
}
if (SampleStateLinear != null)
{
SampleStateLinear.Dispose();
SampleStateLinear = null;
}
if (SampleStatePoint != null)
{
SampleStatePoint.Dispose();
SampleStatePoint = null;
}
if (LightVSVars != null)
{
LightVSVars.Dispose();
LightVSVars = null;
}
if (LightPSVars != null)
{
LightPSVars.Dispose();
LightPSVars = null;
}
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if (LightInstVars != null)
{
LightInstVars.Dispose();
LightInstVars = null;
}
Deferred shading
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if (LightQuadLayout != null)
{
LightQuadLayout.Dispose();
LightQuadLayout = null;
}
if (LightQuad != null)
{
LightQuad.Dispose();
LightQuad = null;
}
if (LightCone != null)
{
LightCone.Dispose();
LightCone = null;
}
if (LightSphere != null)
{
LightSphere.Dispose();
LightSphere = null;
}
if (LightCapsule != null)
{
LightCapsule.Dispose();
LightCapsule = null;
}
Refactored deferred lights code, and skipping SSAA when sample count is 1
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if (DirLightPS != null)
{
DirLightPS.Dispose();
DirLightPS = null;
}
Hardware MSAA support for deferred render
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if (DirLightMSPS != null)
{
DirLightMSPS.Dispose();
DirLightMSPS = null;
}
Refactored deferred lights code, and skipping SSAA when sample count is 1
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if (DirLightVS != null)
{
DirLightVS.Dispose();
DirLightVS = null;
}
if (LodLightPS != null)
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{
Refactored deferred lights code, and skipping SSAA when sample count is 1
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LodLightPS.Dispose();
LodLightPS = null;
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}
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if (LodLightMSPS != null)
{
LodLightMSPS.Dispose();
LodLightMSPS = null;
}
Refactored deferred lights code, and skipping SSAA when sample count is 1
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if (LodLightVS != null)
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{
Refactored deferred lights code, and skipping SSAA when sample count is 1
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LodLightVS.Dispose();
LodLightVS = null;
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}
HD lights rendering in interiors
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if (LightPS != null)
{
LightPS.Dispose();
LightPS = null;
}
if (LightMSPS != null)
{
LightMSPS.Dispose();
LightMSPS = null;
}
if (LightVS != null)
{
LightVS.Dispose();
LightVS = null;
}
Refactored deferred lights code, and skipping SSAA when sample count is 1
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if (SSAAPSVars != null)
Added MSAA pass to deferred render
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{
Refactored deferred lights code, and skipping SSAA when sample count is 1
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SSAAPSVars.Dispose();
SSAAPSVars = null;
Added MSAA pass to deferred render
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}
Refactored deferred lights code, and skipping SSAA when sample count is 1
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if (SSAAPS != null)
Added MSAA pass to deferred render
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{
Refactored deferred lights code, and skipping SSAA when sample count is 1
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SSAAPS.Dispose();
SSAAPS = null;
Added MSAA pass to deferred render
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}
if (FinalVS != null)
{
FinalVS.Dispose();
FinalVS = null;
}
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}
public void OnWindowResize(DXManager dxman)
{
DisposeBuffers();
var device = dxman.device;
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int uw = Width = dxman.backbuffer.Description.Width * SSAASampleCount;
int uh = Height = dxman.backbuffer.Description.Height * SSAASampleCount;
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Viewport = new ViewportF();
Viewport.Width = (float)uw;
Viewport.Height = (float)uh;
Viewport.MinDepth = 0.0f;
Viewport.MaxDepth = 1.0f;
Viewport.X = 0.0f;
Viewport.Y = 0.0f;
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GBuffers = new GpuMultiTexture(device, uw, uh, 4, Format.R8G8B8A8_UNorm, true, Format.D32_Float, MSAASampleCount);
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WindowSizeVramUsage += GBuffers.VramUsage;
Added MSAA pass to deferred render
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SceneColour = new GpuTexture(device, uw, uh, Format.R32G32B32A32_Float, 1, 0, true, Format.D32_Float);
WindowSizeVramUsage += SceneColour.VramUsage;
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}
public void DisposeBuffers()
{
if (GBuffers != null)
{
GBuffers.Dispose();
GBuffers = null;
}
Added MSAA pass to deferred render
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if (SceneColour != null)
{
SceneColour.Dispose();
SceneColour = null;
}
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WindowSizeVramUsage = 0;
}
public void Clear(DeviceContext context)
{
Added MSAA pass to deferred render
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GBuffers.Clear(context, new Color4(0.0f, 0.0f, 0.0f, 0.0f));
SceneColour.Clear(context, new Color4(0.2f, 0.4f, 0.6f, 0.0f));
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}
public void ClearDepth(DeviceContext context)
{
GBuffers.ClearDepth(context);
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SceneColour.ClearDepth(context);
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}
Added MSAA pass to deferred render
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public void SetGBuffers(DeviceContext context)
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{
GBuffers.SetRenderTargets(context);
context.Rasterizer.SetViewport(Viewport);
}
Added MSAA pass to deferred render
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public void SetSceneColour(DeviceContext context)
{
SceneColour.SetRenderTarget(context);
context.Rasterizer.SetViewport(Viewport);
}
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public void RenderLights(DeviceContext context, Camera camera, Shadowmap globalShadows, ShaderGlobalLights globalLights)
{
//first full-screen directional light pass, for sun/moon
//discard pixels where scene depth is 0, since nothing was rendered there
//blend mode: overwrite
Hardware MSAA support for deferred render
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var ps = (MSAASampleCount > 1) ? DirLightMSPS : DirLightPS;
Refactored deferred lights code, and skipping SSAA when sample count is 1
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context.VertexShader.Set(DirLightVS);
Hardware MSAA support for deferred render
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context.PixelShader.Set(ps);
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Hardware MSAA support for deferred render
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LightVSVars.Vars.ViewProj = Matrix.Identity;
LightVSVars.Vars.CameraPos = Vector4.Zero;
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LightVSVars.Vars.LightType = 0;
LightVSVars.Vars.IsLOD = 0;
LightVSVars.Vars.Pad0 = 0;
LightVSVars.Vars.Pad1 = 0;
LightVSVars.Update(context);
LightVSVars.SetVSCBuffer(context, 0);
LightPSVars.Vars.GlobalLights = globalLights.Params;
LightPSVars.Vars.ViewProjInv = Matrix.Transpose(camera.ViewProjInvMatrix);
Hardware MSAA support for deferred render
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LightPSVars.Vars.CameraPos = Vector4.Zero;
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LightPSVars.Vars.EnableShadows = (globalShadows != null) ? 1u : 0u;
Hardware MSAA support for deferred render
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LightPSVars.Vars.RenderMode = 0;
LightPSVars.Vars.RenderModeIndex = 1;
LightPSVars.Vars.RenderSamplerCoord = 0;
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LightPSVars.Vars.LightType = 0;
LightPSVars.Vars.IsLOD = 0;
Hardware MSAA support for deferred render
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LightPSVars.Vars.SampleCount = (uint)MSAASampleCount;
LightPSVars.Vars.SampleMult = 1.0f / MSAASampleCount;
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LightPSVars.Update(context);
LightPSVars.SetPSCBuffer(context, 0);
context.PixelShader.SetShaderResources(0, GBuffers.DepthSRV);
context.PixelShader.SetShaderResources(2, GBuffers.SRVs);
if (globalShadows != null)
{
globalShadows.SetFinalRenderResources(context);
}
context.InputAssembler.InputLayout = LightQuadLayout;
LightQuad.Draw(context);
context.VertexShader.Set(null);
context.PixelShader.Set(null);
context.PixelShader.SetShaderResources(0, null, null, null);
context.PixelShader.SetSamplers(0, null, null);
}
public void RenderLights(DeviceContext context, Camera camera, List<RenderableLODLights> lodlights)
{
//instanced rendering of all other lights, using appropriate shapes
//blend mode: additive
Hardware MSAA support for deferred render
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var ps = (MSAASampleCount > 1) ? LodLightMSPS : LodLightPS;
Deferred shading
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Refactored deferred lights code, and skipping SSAA when sample count is 1
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context.VertexShader.Set(LodLightVS);
Hardware MSAA support for deferred render
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context.PixelShader.Set(ps);
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LightVSVars.Vars.ViewProj = Matrix.Transpose(camera.ViewProjMatrix);
LightVSVars.Vars.CameraPos = new Vector4(camera.Position, 0.0f);
LightVSVars.Vars.LightType = 0;
LightVSVars.Vars.IsLOD = 0;
LightVSVars.Vars.Pad0 = 0;
LightVSVars.Vars.Pad1 = 0;
LightPSVars.Vars.ViewProjInv = Matrix.Transpose(camera.ViewProjInvMatrix);
LightPSVars.Vars.CameraPos = new Vector4(camera.Position, 0.0f);
Hardware MSAA support for deferred render
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LightPSVars.Vars.EnableShadows = 0;
LightPSVars.Vars.RenderMode = 0;
LightPSVars.Vars.RenderModeIndex = 1;
LightPSVars.Vars.RenderSamplerCoord = 0;
Deferred shading
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LightPSVars.Vars.LightType = 0;
LightPSVars.Vars.IsLOD = 0;
Hardware MSAA support for deferred render
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LightPSVars.Vars.SampleCount = (uint)MSAASampleCount;
LightPSVars.Vars.SampleMult = 1.0f / MSAASampleCount;
Deferred shading
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context.PixelShader.SetShaderResources(0, GBuffers.DepthSRV);
context.PixelShader.SetShaderResources(2, GBuffers.SRVs);
foreach (var rll in lodlights)
{
if (rll.PointsBuffer != null)
{
context.VertexShader.SetShaderResources(0, rll.PointsBuffer.SRV);
context.PixelShader.SetShaderResources(6, rll.PointsBuffer.SRV);
LightVSVars.Vars.LightType = 1;
LightVSVars.Update(context);
LightVSVars.SetVSCBuffer(context, 0);
LightPSVars.Vars.LightType = 1;
LightPSVars.Update(context);
LightPSVars.SetPSCBuffer(context, 0);
LightSphere.DrawInstanced(context, rll.PointsBuffer.StructCount);
}
if (rll.SpotsBuffer != null)
{
context.VertexShader.SetShaderResources(0, rll.SpotsBuffer.SRV);
context.PixelShader.SetShaderResources(6, rll.SpotsBuffer.SRV);
LightVSVars.Vars.LightType = 2;
LightVSVars.Update(context);
LightVSVars.SetVSCBuffer(context, 0);
LightPSVars.Vars.LightType = 2;
LightPSVars.Update(context);
LightPSVars.SetPSCBuffer(context, 0);
LightCone.DrawInstanced(context, rll.SpotsBuffer.StructCount);
}
if (rll.CapsBuffer != null)
{
context.VertexShader.SetShaderResources(0, rll.CapsBuffer.SRV);
context.PixelShader.SetShaderResources(6, rll.CapsBuffer.SRV);
LightVSVars.Vars.LightType = 4;
LightVSVars.Update(context);
LightVSVars.SetVSCBuffer(context, 0);
LightPSVars.Vars.LightType = 4;
LightPSVars.Update(context);
LightPSVars.SetPSCBuffer(context, 0);
LightCapsule.DrawInstanced(context, rll.CapsBuffer.StructCount);
}
}
context.VertexShader.Set(null);
context.PixelShader.Set(null);
context.PixelShader.SetShaderResources(0, null, null, null);
context.PixelShader.SetSamplers(0, null, null);
}
HD lights rendering in interiors
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public void RenderLights(DeviceContext context, Camera camera, List<RenderableLightInst> lights)
{
//instanced rendering of all other lights, using appropriate shapes
//blend mode: additive
var ps = (MSAASampleCount > 1) ? LightMSPS : LightPS;
context.VertexShader.Set(LightVS);
context.PixelShader.Set(ps);
LightVSVars.Vars.ViewProj = Matrix.Transpose(camera.ViewProjMatrix);
LightVSVars.Vars.CameraPos = new Vector4(camera.Position, 0.0f);
LightVSVars.Vars.LightType = 0;
LightVSVars.Vars.IsLOD = 0;
LightVSVars.Vars.Pad0 = 0;
LightVSVars.Vars.Pad1 = 0;
LightVSVars.Update(context);
LightVSVars.SetVSCBuffer(context, 0);
LightPSVars.Vars.ViewProjInv = Matrix.Transpose(camera.ViewProjInvMatrix);
LightPSVars.Vars.CameraPos = new Vector4(camera.Position, 0.0f);
LightPSVars.Vars.EnableShadows = 0;
LightPSVars.Vars.RenderMode = 0;
LightPSVars.Vars.RenderModeIndex = 1;
LightPSVars.Vars.RenderSamplerCoord = 0;
LightPSVars.Vars.LightType = 0;
LightPSVars.Vars.IsLOD = 0;
LightPSVars.Vars.SampleCount = (uint)MSAASampleCount;
LightPSVars.Vars.SampleMult = 1.0f / MSAASampleCount;
LightPSVars.Update(context);
LightPSVars.SetPSCBuffer(context, 0);
context.PixelShader.SetShaderResources(0, GBuffers.DepthSRV);
context.PixelShader.SetShaderResources(2, GBuffers.SRVs);
for (int i = 0; i < lights.Count; i++)
{
var li = lights[i];
var rl = li.Light;
LightInstVars.Vars.InstPosition = li.EntityPosition + li.EntityRotation.Multiply(rl.Position) - camera.Position;
LightInstVars.Vars.InstDirection = li.EntityRotation.Multiply(rl.Direction);
LightInstVars.Vars.InstTangentX = li.EntityRotation.Multiply(rl.TangentX);
LightInstVars.Vars.InstTangentY = li.EntityRotation.Multiply(rl.TangentY);
LightInstVars.Vars.InstCapsuleExtent = li.EntityRotation.Multiply(rl.CapsuleExtent);
LightInstVars.Vars.InstCullingPlaneNormal = li.EntityRotation.Multiply(rl.CullingPlaneNormal);
LightInstVars.Vars.InstColour = rl.Colour;
LightInstVars.Vars.InstIntensity = rl.Intensity;
LightInstVars.Vars.InstFalloff = rl.Falloff;
LightInstVars.Vars.InstFalloffExponent = rl.FalloffExponent;
LightInstVars.Vars.InstConeInnerAngle = rl.ConeInnerAngle;
LightInstVars.Vars.InstConeOuterAngle = rl.ConeOuterAngle;
LightInstVars.Vars.InstType = (uint)rl.Type;
LightInstVars.Vars.InstCullingPlaneOffset = rl.CullingPlaneOffset;
LightInstVars.Update(context);
LightInstVars.SetVSCBuffer(context, 1);
LightInstVars.SetPSCBuffer(context, 2);
switch (rl.Type)
{
case LightType.Point:
LightSphere.Draw(context);
break;
case LightType.Spot:
LightCone.Draw(context);
break;
case LightType.Capsule:
LightCapsule.Draw(context);
break;
default:
break;
}
}
Deferred shading
2019-12-03 21:52:22 +08:00
HD lights rendering in interiors
2019-12-05 00:40:52 +08:00
context.VertexShader.Set(null);
context.PixelShader.Set(null);
context.PixelShader.SetShaderResources(0, null, null, null);
context.PixelShader.SetSamplers(0, null, null);
}
Deferred shading
2019-12-03 21:52:22 +08:00
Added MSAA pass to deferred render
2019-12-04 01:33:27 +08:00
Refactored deferred lights code, and skipping SSAA when sample count is 1
2019-12-04 14:54:48 +08:00
public void SSAAPass(DeviceContext context)
Added MSAA pass to deferred render
2019-12-04 01:33:27 +08:00
{
Refactored deferred lights code, and skipping SSAA when sample count is 1
2019-12-04 14:54:48 +08:00
//do antialiasing from SceneColour
Added MSAA pass to deferred render
2019-12-04 01:33:27 +08:00
context.VertexShader.Set(FinalVS);
Refactored deferred lights code, and skipping SSAA when sample count is 1
2019-12-04 14:54:48 +08:00
context.PixelShader.Set(SSAAPS);
Added MSAA pass to deferred render
2019-12-04 01:33:27 +08:00
context.PixelShader.SetShaderResources(0, SceneColour.SRV);
context.PixelShader.SetSamplers(0, SampleStatePoint);
Refactored deferred lights code, and skipping SSAA when sample count is 1
2019-12-04 14:54:48 +08:00
SSAAPSVars.Vars.SampleCount = (uint)SSAASampleCount;
SSAAPSVars.Vars.SampleMult = 1.0f / (SSAASampleCount * SSAASampleCount);
SSAAPSVars.Vars.TexelSizeX = 1.0f / Width;
SSAAPSVars.Vars.TexelSizeY = 1.0f / Height;
SSAAPSVars.Update(context);
SSAAPSVars.SetPSCBuffer(context, 0);
Added MSAA pass to deferred render
2019-12-04 01:33:27 +08:00
context.InputAssembler.InputLayout = LightQuadLayout;
LightQuad.Draw(context);
context.VertexShader.Set(null);
context.PixelShader.Set(null);
context.PixelShader.SetShaderResources(0, null, null, null);
context.PixelShader.SetSamplers(0, null, null);
}
Deferred shading
2019-12-03 21:52:22 +08:00
}
}
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