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Vladimir
2025-01-07 18:54:46 +02:00
parent 855639487b
commit 62c0a21987
3632 changed files with 708443 additions and 999 deletions
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# UnityHairShader Version 9
This version uses blue noise and alpha to mask dithering to produce significantly better rendering when layering lots of hair strips on top of each other.
Be aware however, while this is temporally stable, it is not view angle stable -- it must be used with some kind of Temporal Anti Aliasing or Motion Blur.
The results are much, much better though.
# UnityHairShader Version 6
A hair shader originally built for the sine.space virtual world, designed and built for Unity3D's PBR rendering system.
![Preview image](https://raw.githubusercontent.com/AdamFrisby/UnityHairShader/master/Version6/Anisohair.jpg)
Leverages the Anisotropic Rendering released by Matt Dean availible from https://github.com/Kink3d/AnisotropicStandardShader - and incorporates features from Alan Zucconi's implementation of EA's Frostbite Fast Translucency algorithm (GDC 2011).
Quick Summary:
* Anisotropic highlights
* PBR-ish. Has option to tweak/remove unrealistic fresnel highlights.
* Optional variant with Normal Map support
* Double Sided (optional - delete the first pass if you dont need it)
* Works with Shader Model 3.0 (Normal Map variant requires SM 4.5, but will fallback to SM 3.0 variant)
Notes:
* Is going to be kinda heavy. Performance seems OK here, but could probably do with optimisation.
* We render the lower pass using alpha testing versus blending; this fixes a host of issues with ordering; it's a little smelly, but it works better over all.
Shows up as 'Sine Wave/Modern/Adam's Hair Shader 1.0' (Plain variant) and 'Sine Wave/Modern/Adam's Hair Shader 1.1' (Normal variant)
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Shader "Sine Wave/Modern/Adam's Hair Shader 1.0" {
Properties {
_Color ("Color", Color) = (1,1,1,1)
_MainTex ("Albedo (RGB)", 2D) = "white" {}
_Glossiness ("Smoothness", Range(0,1)) = 0.5
_Metallic ("Metallic", Range(0,1)) = 0.0
_TangentMap("Tangent Map (RG)", 2D) = "white" {}
_Fresnel ("Fresnel Power", Range(0,30)) = 1.0
_FresnelDamp ("Fresnel Damp", Range(0,1)) = 1.0
_Anisotropy ("Anisotropy", Range(0,1)) = 1.0
_Distortion ("Translucent Distortion", Range(0,5)) = 1.0
_Scale ("Translucent Scale", Range(0,5)) = 1.0
_Power ("Translucent Power", Range(0,5)) = 1.0
_Cutoff ("Alpha Cutoff", Range(0,1)) = 0.5
}
SubShader {
Tags { "RenderType"="Transparent" "Queue"="Transparent"}
LOD 200
Cull Front
CGPROGRAM
#include "UnityCG.cginc"
#include "CGIncludes/UnityAnisotropicBRDF.cginc"
#include "CGIncludes/UnityAnisotropicLighting.cginc"
#include "CGIncludes/UnityTranslucentLighting.cginc"
#define UNITY_BRDF_PBS BRDF_Unity_Anisotropic
// Physically based Standard lighting model, and enable shadows on all light types
#pragma surface AnisotropicSurface StandardTranslucent vertex:vert fullforwardshadows alphatest:_Cutoff nolightmap
// Use shader model 3.0 target, to get nicer looking lighting
#pragma target 3.0
sampler2D _MainTex;
sampler2D _TangentMap;
float _Anisotropy;
//Vertex struct
struct Input
{
float2 uv_MainTex;
float3 normal;
float3 viewDir;
float3 normalDir;
float3 tangentDir;
float3 bitangentDir;
};
//Vertex shader
void vert(inout appdata_full v, out Input o)
{
v.normal *= -1;
UNITY_INITIALIZE_OUTPUT(Input, o);
//Normal 2 World
o.normalDir = normalize(UnityObjectToWorldNormal(v.normal));
//Tangent 2 World
float3 tangentMul = normalize(mul(unity_ObjectToWorld, v.tangent.xyz));
o.tangentDir = float4(tangentMul, v.tangent.w);
// Bitangent
o.bitangentDir = cross(o.normalDir, o.tangentDir);
}
half _Glossiness;
half _Metallic;
fixed4 _Color;
void AnisotropicSurface (Input IN, inout SurfaceOutputStandardAnisotropic o)
{
fixed4 c = tex2D (_MainTex, IN.uv_MainTex) * _Color;
o.Albedo = c;
o.Metallic = _Metallic;
o.Smoothness = _Glossiness;
o.Alpha = c.a;
o.Anisotropy = _Anisotropy;
float3x3 worldToTangent;
worldToTangent[0] = float3(1, 0, 0);
worldToTangent[1] = float3(0, 1, 0);
worldToTangent[2] = float3(0, 0, 1);
float3 tangentTS = tex2D(_TangentMap, IN.uv_MainTex);
float3 tangentTWS = mul(tangentTS, worldToTangent);
float3 fTangent;
if (tangentTS.z < 1)
fTangent = tangentTWS;
else
fTangent = IN.tangentDir;
o.WorldVectors = float3x3(fTangent, IN.bitangentDir, IN.normalDir);
}
ENDCG
Cull Back
CGPROGRAM
#include "UnityCG.cginc"
#include "CGIncludes/UnityAnisotropicBRDF.cginc"
#include "CGIncludes/UnityAnisotropicLighting.cginc"
#include "CGIncludes/UnityTranslucentLighting.cginc"
#define UNITY_BRDF_PBS BRDF_Unity_Anisotropic
// Physically based Standard lighting model, and enable shadows on all light types
#pragma surface AnisotropicSurface StandardTranslucent vertex:vert fullforwardshadows alpha:fade nolightmap
// Use shader model 3.0 target, to get nicer looking lighting
#pragma target 3.0
sampler2D _MainTex;
sampler2D _TangentMap;
float _Anisotropy;
//Vertex struct
struct Input
{
float2 uv_MainTex;
float3 normal;
float3 viewDir;
float3 normalDir;
float3 tangentDir;
float3 bitangentDir;
};
//Vertex shader
void vert(inout appdata_full v, out Input o)
{
UNITY_INITIALIZE_OUTPUT(Input, o);
//Normal 2 World
o.normalDir = normalize(UnityObjectToWorldNormal(v.normal));
//Tangent 2 World
float3 tangentMul = normalize(mul(unity_ObjectToWorld, v.tangent.xyz));
o.tangentDir = float4(tangentMul, v.tangent.w);
// Bitangent
o.bitangentDir = cross(o.normalDir, o.tangentDir);
}
half _Glossiness;
half _Metallic;
fixed4 _Color;
void AnisotropicSurface (Input IN, inout SurfaceOutputStandardAnisotropic o)
{
fixed4 c = tex2D (_MainTex, IN.uv_MainTex) * _Color;
o.Albedo = c;
o.Metallic = _Metallic;
o.Smoothness = _Glossiness;
o.Alpha = c.a;
o.Anisotropy = _Anisotropy;
float3x3 worldToTangent;
worldToTangent[0] = float3(1, 0, 0);
worldToTangent[1] = float3(0, 1, 0);
worldToTangent[2] = float3(0, 0, 1);
float3 tangentTS = tex2D(_TangentMap, IN.uv_MainTex);
float3 tangentTWS = mul(tangentTS, worldToTangent);
float3 fTangent;
if (tangentTS.z < 1)
fTangent = tangentTWS;
else
fTangent = IN.tangentDir;
o.WorldVectors = float3x3(fTangent, IN.bitangentDir, IN.normalDir);
}
ENDCG
}
FallBack "Diffuse"
}
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Shader "Sine Wave/Modern/Adam's Hair Shader 1.1" {
Properties {
_Color ("Color", Color) = (1,1,1,1)
_MainTex ("Albedo (RGB)", 2D) = "white" {}
_BumpMap ("Normal Map", 2D) = "" {}
_Glossiness ("Smoothness", Range(0,1)) = 0.5
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_Fresnel ("Fresnel Power", Range(0,30)) = 1.0
_FresnelDamp ("Fresnel Damp", Range(0,1)) = 1.0
_Anisotropy ("Anisotropy", Range(0,1)) = 1.0
_Distortion ("Translucent Distortion", Range(0,5)) = 1.0
_Scale ("Translucent Scale", Range(0,5)) = 1.0
_Power ("Translucent Power", Range(0,5)) = 1.0
_Cutoff ("Alpha Cutoff", Range(0,1)) = 0.5
}
SubShader {
Tags { "RenderType"="Transparent" "Queue"="Transparent"}
LOD 200
Cull Front
CGPROGRAM
#include "UnityCG.cginc"
#include "CGIncludes/UnityAnisotropicBRDF.cginc"
#include "CGIncludes/UnityAnisotropicLighting.cginc"
#include "CGIncludes/UnityTranslucentLighting.cginc"
#define UNITY_BRDF_PBS BRDF_Unity_Anisotropic
// Physically based Standard lighting model, and enable shadows on all light types
#pragma surface AnisotropicSurface StandardTranslucent vertex:vert fullforwardshadows alphatest:_Cutoff nolightmap
// Use shader model 3.0 target, to get nicer looking lighting
#pragma target 4.5
sampler2D _MainTex;
sampler2D _BumpMap;
float _Anisotropy;
//Vertex struct
struct Input
{
float2 uv_MainTex;
float3 normal;
float3 viewDir;
float3 normalDir;
float3 tangentDir;
float3 bitangentDir;
};
//Vertex shader
void vert(inout appdata_full v, out Input o)
{
v.normal *= -1;
UNITY_INITIALIZE_OUTPUT(Input, o);
//Normal 2 World
o.normalDir = normalize(UnityObjectToWorldNormal(v.normal));
//Tangent 2 World
float3 tangentMul = normalize(mul(unity_ObjectToWorld, v.tangent.xyz));
o.tangentDir = float4(tangentMul, v.tangent.w);
// Bitangent
o.bitangentDir = cross(o.normalDir, o.tangentDir);
}
half _Glossiness;
half _Metallic;
fixed4 _Color;
void AnisotropicSurface (Input IN, inout SurfaceOutputStandardAnisotropic o)
{
fixed4 c = tex2D (_MainTex, IN.uv_MainTex) * _Color;
o.Albedo = c;
o.Metallic = _Metallic;
o.Smoothness = _Glossiness;
o.Alpha = c.a;
o.Anisotropy = _Anisotropy;
o.Normal = UnpackNormal(tex2D(_BumpMap, IN.uv_MainTex));
float3x3 worldToTangent;
worldToTangent[0] = float3(1, 0, 0);
worldToTangent[1] = float3(0, 1, 0);
worldToTangent[2] = float3(0, 0, 1);
float3 fTangent;
fTangent = IN.tangentDir;
o.WorldVectors = float3x3(fTangent, IN.bitangentDir, IN.normalDir);
}
ENDCG
Cull Back
CGPROGRAM
#include "UnityCG.cginc"
#include "CGIncludes/UnityAnisotropicBRDF.cginc"
#include "CGIncludes/UnityAnisotropicLighting.cginc"
#include "CGIncludes/UnityTranslucentLighting.cginc"
#define UNITY_BRDF_PBS BRDF_Unity_Anisotropic
// Physically based Standard lighting model, and enable shadows on all light types
#pragma surface AnisotropicSurface StandardTranslucent vertex:vert fullforwardshadows alpha:fade nolightmap
// Use shader model 3.0 target, to get nicer looking lighting
#pragma target 4.5
sampler2D _MainTex;
sampler2D _TangentMap;
sampler2D _BumpMap;
float _Anisotropy;
//Vertex struct
struct Input
{
float2 uv_MainTex;
float3 normal;
float3 viewDir;
float3 normalDir;
float3 tangentDir;
float3 bitangentDir;
};
//Vertex shader
void vert(inout appdata_full v, out Input o)
{
UNITY_INITIALIZE_OUTPUT(Input, o);
//Normal 2 World
o.normalDir = normalize(UnityObjectToWorldNormal(v.normal));
//Tangent 2 World
float3 tangentMul = normalize(mul(unity_ObjectToWorld, v.tangent.xyz));
o.tangentDir = float4(tangentMul, v.tangent.w);
// Bitangent
o.bitangentDir = cross(o.normalDir, o.tangentDir);
}
half _Glossiness;
half _Metallic;
fixed4 _Color;
void AnisotropicSurface (Input IN, inout SurfaceOutputStandardAnisotropic o)
{
fixed4 c = tex2D (_MainTex, IN.uv_MainTex) * _Color;
o.Albedo = c;
o.Metallic = _Metallic;
o.Smoothness = _Glossiness;
o.Alpha = c.a;
o.Anisotropy = _Anisotropy;
o.Normal = UnpackNormal(tex2D(_BumpMap, IN.uv_MainTex));
float3x3 worldToTangent;
worldToTangent[0] = float3(1, 0, 0);
worldToTangent[1] = float3(0, 1, 0);
worldToTangent[2] = float3(0, 0, 1);
float3 tangentTS = tex2D(_TangentMap, IN.uv_MainTex);
float3 tangentTWS = mul(tangentTS, worldToTangent);
float3 fTangent;
if (tangentTS.z < 1)
fTangent = tangentTWS;
else
fTangent = IN.tangentDir;
o.WorldVectors = float3x3(fTangent, IN.bitangentDir, IN.normalDir);
}
ENDCG
}
FallBack "Sine Wave/Modern/Adam's Hair Shader 1.0"
}
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//#ifndef UNITY_ANISOTROPIC_BRDF_INCLUDED
//#define UNITY_ANISOTROPIC_BRDF_INCLUDED
// Anisotropic GGX
// From HDRenderPipeline
float D_GGXAnisotropic(float TdotH, float BdotH, float NdotH, float roughnessT, float roughnessB)
{
float f = TdotH * TdotH / (roughnessT * roughnessT) + BdotH * BdotH / (roughnessB * roughnessB) + NdotH * NdotH;
return 1.0 / (roughnessT * roughnessB * f * f);
}
// Smith Joint GGX Anisotropic Visibility
// Taken from https://cedec.cesa.or.jp/2015/session/ENG/14698.html
float SmithJointGGXAnisotropic(float TdotV, float BdotV, float NdotV, float TdotL, float BdotL, float NdotL, float roughnessT, float roughnessB)
{
float aT = roughnessT;
float aT2 = aT * aT;
float aB = roughnessB;
float aB2 = aB * aB;
float lambdaV = NdotL * sqrt(aT2 * TdotV * TdotV + aB2 * BdotV * BdotV + NdotV * NdotV);
float lambdaL = NdotV * sqrt(aT2 * TdotL * TdotL + aB2 * BdotL * BdotL + NdotL * NdotL);
return 0.5 / (lambdaV + lambdaL);
}
// Convert Anistropy to roughness
void ConvertAnisotropyToRoughness(float roughness, float anisotropy, out float roughnessT, out float roughnessB)
{
// (0 <= anisotropy <= 1), therefore (0 <= anisoAspect <= 1)
// The 0.9 factor limits the aspect ratio to 10:1.
float anisoAspect = sqrt(1.0 - 0.9 * anisotropy);
roughnessT = roughness / anisoAspect; // Distort along tangent (rougher)
roughnessB = roughness * anisoAspect; // Straighten along bitangent (smoother)
}
// Schlick Fresnel
float FresnelSchlick(float f0, float f90, float u)
{
float x = 1.0 - u;
float x5 = x * x;
x5 = x5 * x5 * x;
return (f90 - f0) * x5 + f0; // sub mul mul mul sub mad
}
//Clamp roughness
float ClampRoughnessForAnalyticalLights(float roughness)
{
return max(roughness, 0.000001);
}
// Ref: Donald Revie - Implementing Fur Using Deferred Shading (GPU Pro 2)
// The grain direction (e.g. hair or brush direction) is assumed to be orthogonal to the normal.
// The returned normal is NOT normalized.
float3 ComputeGrainNormal(float3 grainDir, float3 V)
{
float3 B = cross(-V, grainDir);
return cross(B, grainDir);
}
//Modify Normal for Anisotropic IBL (Realtime version)
// Fake anisotropic by distorting the normal.
// The grain direction (e.g. hair or brush direction) is assumed to be orthogonal to N.
// Anisotropic ratio (0->no isotropic; 1->full anisotropy in tangent direction)
float3 GetAnisotropicModifiedNormal(float3 grainDir, float3 N, float3 V, float anisotropy)
{
float3 grainNormal = ComputeGrainNormal(grainDir, V);
// TODO: test whether normalizing 'grainNormal' is worth it.
return normalize(lerp(N, grainNormal, anisotropy));
}
float4 AnisotropicBRDF(float3 diffColor, float3 specColor, float oneMinusReflectivity, float smoothness, float3 normal, float3x3 worldVectors,
float anisotropy, float metallic, float3 viewDir, UnityLight light, UnityIndirect gi)
{
//Unpack world vectors
float3 tangent = worldVectors[0];
float3 bitangent = worldVectors[1];
//Normal shift
float shiftAmount = dot(normal, viewDir);
normal = shiftAmount < 0.0f ? normal + viewDir * (-shiftAmount + 1e-5f) : normal;
//Regular vectors
float NdotL = saturate(dot(normal, light.dir));
float NdotV = abs(dot(normal, viewDir));
float LdotV = dot(light.dir, viewDir);
float3 H = Unity_SafeNormalize(light.dir + viewDir);
float invLenLV = rsqrt(abs(2 + 2 * normalize(LdotV)));
float NdotH = saturate(dot(normal, H));
float LdotH = saturate(dot(light.dir, H));
//Tangent vectors
float TdotH = dot(tangent, H);
float TdotL = dot(tangent, light.dir);
float BdotH = dot(bitangent, H);
float BdotL = dot(bitangent, light.dir);
float TdotV = dot(viewDir, tangent);
float BdotV = dot(viewDir, bitangent);
//Fresnels
half grazingTerm = saturate(smoothness + (1 - oneMinusReflectivity));
float3 F = FresnelLerp(specColor, grazingTerm, NdotV); //Original Schlick - Replace from SRP?
//float3 fresnel0 = lerp(specColor, diffColor, metallic);
//float3 F = FresnelSchlick(fresnel0, 1.0, LdotH);
//Calculate roughness
float roughnessT;
float roughnessB;
float perceptualRoughness = SmoothnessToPerceptualRoughness(smoothness);
float roughness = PerceptualRoughnessToRoughness(perceptualRoughness);
ConvertAnisotropyToRoughness(roughness, anisotropy, roughnessT, roughnessB);
//Clamp roughness
roughnessT = ClampRoughnessForAnalyticalLights(roughnessT);
roughnessB = ClampRoughnessForAnalyticalLights(roughnessB);
//Visibility & Distribution terms
float V = SmithJointGGXAnisotropic(TdotV, BdotV, NdotV, TdotL, BdotL, NdotL, roughnessT, roughnessB);
float D = D_GGXAnisotropic(TdotH, BdotH, NdotH, roughnessT, roughnessB);
//Specular term
float3 specularTerm = V * D;
# ifdef UNITY_COLORSPACE_GAMMA
specularTerm = sqrt(max(1e-4h, specularTerm));
# endif
// specularTerm * nl can be NaN on Metal in some cases, use max() to make sure it's a sane value
specularTerm = max(0, specularTerm * NdotL);
#if defined(_SPECULARHIGHLIGHTS_OFF)
specularTerm = 0.0;
#endif
//Diffuse term
float diffuseTerm = DisneyDiffuse(NdotV, NdotL, LdotH, perceptualRoughness) * NdotL;// - Need this NdotL multiply?
//Reduction
half surfaceReduction;
# ifdef UNITY_COLORSPACE_GAMMA
surfaceReduction = 1.0 - 0.28*roughness*perceptualRoughness; // 1-0.28*x^3 as approximation for (1/(x^4+1))^(1/2.2) on the domain [0;1]
# else
surfaceReduction = 1.0 / (roughness*roughness + 1.0); // fade \in [0.5;1]
# endif
//Final
half3 color = (diffColor * (gi.diffuse + light.color * diffuseTerm))
+ specularTerm * light.color * FresnelTerm(specColor, LdotH)
+ surfaceReduction * gi.specular * FresnelLerp(specColor, grazingTerm, NdotV);
return half4(color, 1);
}
//#endif UNITY_ANISOTROPIC_BRDF_INCLUDED
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//#ifndef UNITY_ANISOTROPIC_COMMON_INCLUDED
//#define UNITY_ANISOTROPIC_COMMON_INCLUDED
// ------------------------------------------------------------------
// Maths helpers
// Octahedron Normal Vectors
// [Cigolle 2014, "A Survey of Efficient Representations for Independent Unit Vectors"]
// Mean Max
// oct 8:8 0.33709 0.94424
// snorm 8:8:8 0.17015 0.38588
// oct 10:10 0.08380 0.23467
// snorm 10:10:10 0.04228 0.09598
// oct 12:12 0.02091 0.05874
float2 UnitVectorToOctahedron(float3 N)
{
N.xy /= dot(1, abs(N));
if (N.z <= 0)
{
N.xy = (1 - abs(N.yx)) * (N.xy >= 0 ? float2(1, 1) : float2(-1, -1));
}
return N.xy;
}
float3 OctahedronToUnitVector(float2 Oct)
{
float3 N = float3(Oct, 1 - dot(1, abs(Oct)));
if (N.z < 0)
{
N.xy = (1 - abs(N.yx)) * (N.xy >= 0 ? float2(1, 1) : float2(-1, -1));
}
return float3(1, 1, 1);
return normalize(N);
}
//#endif UNITY_ANISOTROPIC_COMMON_INCLUDED
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// Unity built-in shader source. Copyright (c) 2016 Unity Technologies. MIT license (see license.txt)
#ifndef UNITY_ANISOTROPIC_CORE_INCLUDED
#define UNITY_ANISOTROPIC_CORE_INCLUDED
#include "UnityCG.cginc"
#include "UnityStandardConfig.cginc"
#include "UnityAnisotropicInput.cginc"
#include "UnityAnisotropicBRDF.cginc"
#include "UnityAnisotropicLighting.cginc"
#include "UnityStandardUtils.cginc"
#include "UnityGBuffer.cginc"
#include "AutoLight.cginc"
//-------------------------------------------------------------------------------------
// counterpart for NormalizePerPixelNormal
// skips normalization per-vertex and expects normalization to happen per-pixel
half3 NormalizePerVertexNormal (float3 n) // takes float to avoid overflow
{
#if (SHADER_TARGET < 30) || UNITY_STANDARD_SIMPLE
return normalize(n);
#else
return n; // will normalize per-pixel instead
#endif
}
half3 NormalizePerPixelNormal (half3 n)
{
#if (SHADER_TARGET < 30) || UNITY_STANDARD_SIMPLE
return n;
#else
return normalize(n);
#endif
}
//-------------------------------------------------------------------------------------
UnityLight MainLight ()
{
UnityLight l;
l.color = _LightColor0.rgb;
l.dir = _WorldSpaceLightPos0.xyz;
return l;
}
UnityLight AdditiveLight (half3 lightDir, half atten)
{
UnityLight l;
l.color = _LightColor0.rgb;
l.dir = lightDir;
#ifndef USING_DIRECTIONAL_LIGHT
l.dir = NormalizePerPixelNormal(l.dir);
#endif
// shadow the light
l.color *= atten;
return l;
}
UnityLight DummyLight ()
{
UnityLight l;
l.color = 0;
l.dir = half3 (0,1,0);
return l;
}
UnityIndirect ZeroIndirect ()
{
UnityIndirect ind;
ind.diffuse = 0;
ind.specular = 0;
return ind;
}
//-------------------------------------------------------------------------------------
// Common fragment setup
// deprecated
half3 WorldNormal(half4 tan2world[3])
{
return normalize(tan2world[2].xyz);
}
// deprecated
#ifdef _TANGENT_TO_WORLD
half3x3 ExtractTangentToWorldPerPixel(half4 tan2world[3])
{
half3 t = tan2world[0].xyz;
half3 b = tan2world[1].xyz;
half3 n = tan2world[2].xyz;
#if UNITY_TANGENT_ORTHONORMALIZE
n = NormalizePerPixelNormal(n);
// ortho-normalize Tangent
t = normalize (t - n * dot(t, n));
// recalculate Binormal
half3 newB = cross(n, t);
b = newB * sign (dot (newB, b));
#endif
return half3x3(t, b, n);
}
#else
half3x3 ExtractTangentToWorldPerPixel(half4 tan2world[3])
{
return half3x3(0,0,0,0,0,0,0,0,0);
}
#endif
half3 PerPixelWorldNormal(float4 i_tex, half4 tangentToWorld[3])
{
#ifdef _NORMALMAP
half3 tangent = tangentToWorld[0].xyz;
half3 binormal = tangentToWorld[1].xyz;
half3 normal = tangentToWorld[2].xyz;
#if UNITY_TANGENT_ORTHONORMALIZE
normal = NormalizePerPixelNormal(normal);
// ortho-normalize Tangent
tangent = normalize (tangent - normal * dot(tangent, normal));
// recalculate Binormal
half3 newB = cross(normal, tangent);
binormal = newB * sign (dot (newB, binormal));
#endif
half3 normalTangent = NormalInTangentSpace(i_tex);
half3 normalWorld = NormalizePerPixelNormal(tangent * normalTangent.x + binormal * normalTangent.y + normal * normalTangent.z); // @TODO: see if we can squeeze this normalize on SM2.0 as well
#else
half3 normalWorld = normalize(tangentToWorld[2].xyz);
#endif
return normalWorld;
}
#ifdef _PARALLAXMAP
#define IN_VIEWDIR4PARALLAX(i) NormalizePerPixelNormal(half3(i.tangentToWorldAndPackedData[0].w,i.tangentToWorldAndPackedData[1].w,i.tangentToWorldAndPackedData[2].w))
#define IN_VIEWDIR4PARALLAX_FWDADD(i) NormalizePerPixelNormal(i.viewDirForParallax.xyz)
#else
#define IN_VIEWDIR4PARALLAX(i) half3(0,0,0)
#define IN_VIEWDIR4PARALLAX_FWDADD(i) half3(0,0,0)
#endif
#if UNITY_REQUIRE_FRAG_WORLDPOS
#if UNITY_PACK_WORLDPOS_WITH_TANGENT
#define IN_WORLDPOS(i) half3(i.tangentToWorldAndPackedData[0].w,i.tangentToWorldAndPackedData[1].w,i.tangentToWorldAndPackedData[2].w)
#else
#define IN_WORLDPOS(i) i.posWorld
#endif
#define IN_WORLDPOS_FWDADD(i) i.posWorld
#else
#define IN_WORLDPOS(i) half3(0,0,0)
#define IN_WORLDPOS_FWDADD(i) half3(0,0,0)
#endif
#define IN_LIGHTDIR_FWDADD(i) half3(i.tangentToWorldAndLightDir[0].w, i.tangentToWorldAndLightDir[1].w, i.tangentToWorldAndLightDir[2].w)
#define FRAGMENT_SETUP(x) FragmentCommonData x = \
FragmentSetup(i.tex, i.eyeVec, IN_VIEWDIR4PARALLAX(i), i.tangentToWorldAndPackedData, IN_WORLDPOS(i));
#define FRAGMENT_SETUP_FWDADD(x) FragmentCommonData x = \
FragmentSetup(i.tex, i.eyeVec, IN_VIEWDIR4PARALLAX_FWDADD(i), i.tangentToWorldAndLightDir, IN_WORLDPOS_FWDADD(i));
struct FragmentCommonData
{
half3 diffColor, specColor;
// Note: smoothness & oneMinusReflectivity for optimization purposes, mostly for DX9 SM2.0 level.
// Most of the math is being done on these (1-x) values, and that saves a few precious ALU slots.
half oneMinusReflectivity, smoothness, metallic, anisotropy;
half3 normalWorld, eyeVec, posWorld;
half3x3 worldVectors;
half alpha;
#if UNITY_STANDARD_SIMPLE
half3 reflUVW;
#endif
#if UNITY_STANDARD_SIMPLE
half3 tangentSpaceNormal;
#endif
};
#ifndef UNITY_SETUP_BRDF_INPUT
#define UNITY_SETUP_BRDF_INPUT SpecularSetup
#endif
inline FragmentCommonData AnisotropicMetallicSetup (float4 i_tex)
{
half2 metallicGloss = MetallicGloss(i_tex.xy);
half metallic = metallicGloss.x;
half smoothness = metallicGloss.y; // this is 1 minus the square root of real roughness m.
half oneMinusReflectivity;
half3 specColor;
half3 diffColor = DiffuseAndSpecularFromMetallic (Albedo(i_tex), metallic, /*out*/ specColor, /*out*/ oneMinusReflectivity);
FragmentCommonData o = (FragmentCommonData)0;
o.diffColor = diffColor;
o.specColor = specColor;
o.oneMinusReflectivity = oneMinusReflectivity;
o.smoothness = smoothness;
o.metallic = metallic;
o.anisotropy = Anisotropy(i_tex.xy);
return o;
}
inline FragmentCommonData FragmentSetup (float4 i_tex, half3 i_eyeVec, half3 i_viewDirForParallax, half4 tangentToWorld[3], half3 i_posWorld)
{
i_tex = Parallax(i_tex, i_viewDirForParallax);
half alpha = Alpha(i_tex.xy);
#if defined(_ALPHATEST_ON)
clip (alpha - _Cutoff);
#endif
FragmentCommonData o = AnisotropicMetallicSetup(i_tex);
o.normalWorld = PerPixelWorldNormal(i_tex, tangentToWorld);
o.worldVectors = WorldVectors(i_tex, tangentToWorld);
o.eyeVec = NormalizePerPixelNormal(i_eyeVec);
o.posWorld = i_posWorld;
// NOTE: shader relies on pre-multiply alpha-blend (_SrcBlend = One, _DstBlend = OneMinusSrcAlpha)
o.diffColor = PreMultiplyAlpha (o.diffColor, alpha, o.oneMinusReflectivity, /*out*/ o.alpha);
return o;
}
inline UnityGI FragmentGI (FragmentCommonData s, half occlusion, half4 i_ambientOrLightmapUV, half atten, UnityLight light, bool reflections)
{
UnityGIInput d;
d.light = light;
d.worldPos = s.posWorld;
d.worldViewDir = -s.eyeVec;
d.atten = atten;
#if defined(LIGHTMAP_ON) || defined(DYNAMICLIGHTMAP_ON)
d.ambient = 0;
d.lightmapUV = i_ambientOrLightmapUV;
#else
d.ambient = i_ambientOrLightmapUV.rgb;
d.lightmapUV = 0;
#endif
d.probeHDR[0] = unity_SpecCube0_HDR;
d.probeHDR[1] = unity_SpecCube1_HDR;
#if defined(UNITY_SPECCUBE_BLENDING) || defined(UNITY_SPECCUBE_BOX_PROJECTION)
d.boxMin[0] = unity_SpecCube0_BoxMin; // .w holds lerp value for blending
#endif
#ifdef UNITY_SPECCUBE_BOX_PROJECTION
d.boxMax[0] = unity_SpecCube0_BoxMax;
d.probePosition[0] = unity_SpecCube0_ProbePosition;
d.boxMax[1] = unity_SpecCube1_BoxMax;
d.boxMin[1] = unity_SpecCube1_BoxMin;
d.probePosition[1] = unity_SpecCube1_ProbePosition;
#endif
if(reflections)
{
Unity_GlossyEnvironmentData g = UnityGlossyEnvironmentSetup(s.smoothness, -s.eyeVec, s.normalWorld, s.specColor);
// Replace the reflUVW if it has been compute in Vertex shader. Note: the compiler will optimize the calcul in UnityGlossyEnvironmentSetup itself
#if UNITY_STANDARD_SIMPLE
g.reflUVW = s.reflUVW;
#else
g.reflUVW = reflect(s.eyeVec, s.normalWorld);
#endif
return UnityAnisotropicGlobalIllumination(d, occlusion, s.normalWorld, g, s.anisotropy, s.worldVectors);
}
else
{
return UnityGlobalIllumination(d, occlusion, s.normalWorld);
}
}
inline UnityGI FragmentGI (FragmentCommonData s, half occlusion, half4 i_ambientOrLightmapUV, half atten, UnityLight light)
{
return FragmentGI(s, occlusion, i_ambientOrLightmapUV, atten, light, true);
}
//-------------------------------------------------------------------------------------
half4 OutputForward (half4 output, half alphaFromSurface)
{
#if defined(_ALPHABLEND_ON) || defined(_ALPHAPREMULTIPLY_ON)
output.a = alphaFromSurface;
#else
UNITY_OPAQUE_ALPHA(output.a);
#endif
return output;
}
inline half4 VertexGIForward(VertexInput v, float3 posWorld, half3 normalWorld)
{
half4 ambientOrLightmapUV = 0;
// Static lightmaps
#ifdef LIGHTMAP_ON
ambientOrLightmapUV.xy = v.uv1.xy * unity_LightmapST.xy + unity_LightmapST.zw;
ambientOrLightmapUV.zw = 0;
// Sample light probe for Dynamic objects only (no static or dynamic lightmaps)
#elif UNITY_SHOULD_SAMPLE_SH
#ifdef VERTEXLIGHT_ON
// Approximated illumination from non-important point lights
ambientOrLightmapUV.rgb = Shade4PointLights (
unity_4LightPosX0, unity_4LightPosY0, unity_4LightPosZ0,
unity_LightColor[0].rgb, unity_LightColor[1].rgb, unity_LightColor[2].rgb, unity_LightColor[3].rgb,
unity_4LightAtten0, posWorld, normalWorld);
#endif
ambientOrLightmapUV.rgb = ShadeSHPerVertex (normalWorld, ambientOrLightmapUV.rgb);
#endif
#ifdef DYNAMICLIGHTMAP_ON
ambientOrLightmapUV.zw = v.uv2.xy * unity_DynamicLightmapST.xy + unity_DynamicLightmapST.zw;
#endif
return ambientOrLightmapUV;
}
// ------------------------------------------------------------------
// Base forward pass (directional light, emission, lightmaps, ...)
struct VertexOutputForwardBase
{
float4 pos : SV_POSITION;
float4 tex : TEXCOORD0;
half3 eyeVec : TEXCOORD1;
half4 tangentToWorldAndPackedData[3] : TEXCOORD2; // [3x3:tangentToWorld | 1x3:viewDirForParallax]
half4 ambientOrLightmapUV : TEXCOORD5; // SH or Lightmap UV
UNITY_SHADOW_COORDS(6)
UNITY_FOG_COORDS(7)
float3 posWorld : TEXCOORD8; //Removed #if UNITY_SPECCUBE_BOX_PROJECTION, need world pos for curvature calculation
UNITY_VERTEX_INPUT_INSTANCE_ID
UNITY_VERTEX_OUTPUT_STEREO
};
VertexOutputForwardBase vertForwardBase (VertexInput v)
{
UNITY_SETUP_INSTANCE_ID(v);
VertexOutputForwardBase o;
UNITY_INITIALIZE_OUTPUT(VertexOutputForwardBase, o);
UNITY_TRANSFER_INSTANCE_ID(v, o);
UNITY_INITIALIZE_VERTEX_OUTPUT_STEREO(o);
float4 posWorld = mul(unity_ObjectToWorld, v.vertex);
o.posWorld = posWorld.xyz; //Removed #if UNITY_SPECCUBE_BOX_PROJECTION, need world pos for curvature calculation
o.pos = UnityObjectToClipPos(v.vertex);
o.tex = TexCoords(v);
o.eyeVec = NormalizePerVertexNormal(posWorld.xyz - _WorldSpaceCameraPos);
float3 normalWorld = UnityObjectToWorldNormal(v.normal);
#ifdef _TANGENT_TO_WORLD
float4 tangentWorld = float4(UnityObjectToWorldDir(v.tangent.xyz), v.tangent.w);
float3x3 tangentToWorld = CreateTangentToWorldPerVertex(normalWorld, tangentWorld.xyz, tangentWorld.w);
o.tangentToWorldAndPackedData[0].xyz = tangentToWorld[0];
o.tangentToWorldAndPackedData[1].xyz = tangentToWorld[1];
o.tangentToWorldAndPackedData[2].xyz = tangentToWorld[2];
#else
o.tangentToWorldAndPackedData[0].xyz = 0;
o.tangentToWorldAndPackedData[1].xyz = 0;
o.tangentToWorldAndPackedData[2].xyz = normalWorld;
#endif
//We need this for shadow receving
UNITY_TRANSFER_SHADOW(o, v.uv1);
o.ambientOrLightmapUV = VertexGIForward(v, posWorld, normalWorld);
#ifdef _PARALLAXMAP
TANGENT_SPACE_ROTATION;
half3 viewDirForParallax = mul (rotation, ObjSpaceViewDir(v.vertex));
o.tangentToWorldAndPackedData[0].w = viewDirForParallax.x;
o.tangentToWorldAndPackedData[1].w = viewDirForParallax.y;
o.tangentToWorldAndPackedData[2].w = viewDirForParallax.z;
#endif
#if UNITY_OPTIMIZE_TEXCUBELOD
o.reflUVW = reflect(o.eyeVec, normalWorld);
#endif
UNITY_TRANSFER_FOG(o,o.pos);
return o;
}
half4 fragForwardBaseInternal (VertexOutputForwardBase i)
{
FRAGMENT_SETUP(s)
#if UNITY_OPTIMIZE_TEXCUBELOD
s.reflUVW = i.reflUVW;
#endif
UNITY_SETUP_INSTANCE_ID(i);
UNITY_SETUP_STEREO_EYE_INDEX_POST_VERTEX(i);
UnityLight mainLight = MainLight ();
UNITY_LIGHT_ATTENUATION(atten, i, s.posWorld);
half occlusion = Occlusion(i.tex.xy);
UnityGI gi = FragmentGI (s, occlusion, i.ambientOrLightmapUV, atten, mainLight);
half4 c = AnisotropicBRDF(s.diffColor, s.specColor, s.oneMinusReflectivity, s.smoothness, s.normalWorld, s.worldVectors, s.anisotropy, s.metallic, -s.eyeVec, gi.light, gi.indirect);
c.rgb += Emission(i.tex.xy);
UNITY_APPLY_FOG(i.fogCoord, c.rgb);
return OutputForward (c, s.alpha);
}
half4 fragForwardBase (VertexOutputForwardBase i) : SV_Target // backward compatibility (this used to be the fragment entry function)
{
return fragForwardBaseInternal(i);
}
// ------------------------------------------------------------------
// Additive forward pass (one light per pass)
struct VertexOutputForwardAdd
{
float4 pos : SV_POSITION;
float4 tex : TEXCOORD0;
half3 eyeVec : TEXCOORD1;
half4 tangentToWorldAndLightDir[3] : TEXCOORD2; // [3x3:tangentToWorld | 1x3:lightDir]
//float3 posWorld : TEXCOORD5;
LIGHTING_COORDS(5, 6)
//UNITY_SHADOW_COORDS(6)
UNITY_FOG_COORDS(7)
// next ones would not fit into SM2.0 limits, but they are always for SM3.0+
#if defined(_PARALLAXMAP)
half3 viewDirForParallax : TEXCOORD8;
#endif
float3 posWorld : TEXCOORD9;
UNITY_VERTEX_OUTPUT_STEREO
};
VertexOutputForwardAdd vertForwardAdd (VertexInput v)
{
UNITY_SETUP_INSTANCE_ID(v);
VertexOutputForwardAdd o;
UNITY_INITIALIZE_OUTPUT(VertexOutputForwardAdd, o);
UNITY_INITIALIZE_VERTEX_OUTPUT_STEREO(o);
float4 posWorld = mul(unity_ObjectToWorld, v.vertex);
o.posWorld = posWorld.xyz;
o.pos = UnityObjectToClipPos(v.vertex);
o.tex = TexCoords(v);
o.eyeVec = NormalizePerVertexNormal(posWorld.xyz - _WorldSpaceCameraPos);
float3 normalWorld = UnityObjectToWorldNormal(v.normal);
#ifdef _TANGENT_TO_WORLD
float4 tangentWorld = float4(UnityObjectToWorldDir(v.tangent.xyz), v.tangent.w);
float3x3 tangentToWorld = CreateTangentToWorldPerVertex(normalWorld, tangentWorld.xyz, tangentWorld.w);
o.tangentToWorldAndLightDir[0].xyz = tangentToWorld[0];
o.tangentToWorldAndLightDir[1].xyz = tangentToWorld[1];
o.tangentToWorldAndLightDir[2].xyz = tangentToWorld[2];
#else
o.tangentToWorldAndLightDir[0].xyz = 0;
o.tangentToWorldAndLightDir[1].xyz = 0;
o.tangentToWorldAndLightDir[2].xyz = normalWorld;
#endif
//We need this for shadow receiving
UNITY_TRANSFER_SHADOW(o, v.uv1);
float3 lightDir = _WorldSpaceLightPos0.xyz - posWorld.xyz * _WorldSpaceLightPos0.w;
#ifndef USING_DIRECTIONAL_LIGHT
lightDir = NormalizePerVertexNormal(lightDir);
#endif
o.tangentToWorldAndLightDir[0].w = lightDir.x;
o.tangentToWorldAndLightDir[1].w = lightDir.y;
o.tangentToWorldAndLightDir[2].w = lightDir.z;
#ifdef _PARALLAXMAP
TANGENT_SPACE_ROTATION;
o.viewDirForParallax = mul (rotation, ObjSpaceViewDir(v.vertex));
#endif
UNITY_TRANSFER_FOG(o,o.pos);
return o;
}
half4 fragForwardAddInternal (VertexOutputForwardAdd i)
{
FRAGMENT_SETUP_FWDADD(s)
UNITY_LIGHT_ATTENUATION(atten, i, s.posWorld)
UnityLight light = AdditiveLight (IN_LIGHTDIR_FWDADD(i), atten);
UnityIndirect noIndirect = ZeroIndirect ();
half4 c = AnisotropicBRDF(s.diffColor, s.specColor, s.oneMinusReflectivity, s.smoothness, s.normalWorld, s.worldVectors, s.anisotropy, s.metallic, -s.eyeVec, light, noIndirect);
UNITY_APPLY_FOG_COLOR(i.fogCoord, c.rgb, half4(0,0,0,0)); // fog towards black in additive pass
return OutputForward (c, s.alpha);
}
half4 fragForwardAdd (VertexOutputForwardAdd i) : SV_Target // backward compatibility (this used to be the fragment entry function)
{
return fragForwardAddInternal(i);
}
// ------------------------------------------------------------------
// Deferred pass
struct VertexOutputDeferred
{
float4 pos : SV_POSITION;
float4 tex : TEXCOORD0;
half3 eyeVec : TEXCOORD1;
half4 tangentToWorldAndPackedData[3]: TEXCOORD2; // [3x3:tangentToWorld | 1x3:viewDirForParallax or worldPos]
half4 ambientOrLightmapUV : TEXCOORD5; // SH or Lightmap UVs
#if UNITY_REQUIRE_FRAG_WORLDPOS && !UNITY_PACK_WORLDPOS_WITH_TANGENT
float3 posWorld : TEXCOORD6;
#endif
UNITY_VERTEX_OUTPUT_STEREO
};
VertexOutputDeferred vertDeferred (VertexInput v)
{
UNITY_SETUP_INSTANCE_ID(v);
VertexOutputDeferred o;
UNITY_INITIALIZE_OUTPUT(VertexOutputDeferred, o);
UNITY_INITIALIZE_VERTEX_OUTPUT_STEREO(o);
float4 posWorld = mul(unity_ObjectToWorld, v.vertex);
#if UNITY_REQUIRE_FRAG_WORLDPOS
#if UNITY_PACK_WORLDPOS_WITH_TANGENT
o.tangentToWorldAndPackedData[0].w = posWorld.x;
o.tangentToWorldAndPackedData[1].w = posWorld.y;
o.tangentToWorldAndPackedData[2].w = posWorld.z;
#else
o.posWorld = posWorld.xyz;
#endif
#endif
o.pos = UnityObjectToClipPos(v.vertex);
o.tex = TexCoords(v);
o.eyeVec = NormalizePerVertexNormal(posWorld.xyz - _WorldSpaceCameraPos);
float3 normalWorld = UnityObjectToWorldNormal(v.normal);
#ifdef _TANGENT_TO_WORLD
float4 tangentWorld = float4(UnityObjectToWorldDir(v.tangent.xyz), v.tangent.w);
float3x3 tangentToWorld = CreateTangentToWorldPerVertex(normalWorld, tangentWorld.xyz, tangentWorld.w);
o.tangentToWorldAndPackedData[0].xyz = tangentToWorld[0];
o.tangentToWorldAndPackedData[1].xyz = tangentToWorld[1];
o.tangentToWorldAndPackedData[2].xyz = tangentToWorld[2];
#else
o.tangentToWorldAndPackedData[0].xyz = 0;
o.tangentToWorldAndPackedData[1].xyz = 0;
o.tangentToWorldAndPackedData[2].xyz = normalWorld;
#endif
o.ambientOrLightmapUV = 0;
#ifdef LIGHTMAP_ON
o.ambientOrLightmapUV.xy = v.uv1.xy * unity_LightmapST.xy + unity_LightmapST.zw;
#elif UNITY_SHOULD_SAMPLE_SH
o.ambientOrLightmapUV.rgb = ShadeSHPerVertex (normalWorld, o.ambientOrLightmapUV.rgb);
#endif
#ifdef DYNAMICLIGHTMAP_ON
o.ambientOrLightmapUV.zw = v.uv2.xy * unity_DynamicLightmapST.xy + unity_DynamicLightmapST.zw;
#endif
#ifdef _PARALLAXMAP
TANGENT_SPACE_ROTATION;
half3 viewDirForParallax = mul (rotation, ObjSpaceViewDir(v.vertex));
o.tangentToWorldAndPackedData[0].w = viewDirForParallax.x;
o.tangentToWorldAndPackedData[1].w = viewDirForParallax.y;
o.tangentToWorldAndPackedData[2].w = viewDirForParallax.z;
#endif
return o;
}
void fragDeferred (
VertexOutputDeferred i,
out half4 outGBuffer0 : SV_Target0,
out half4 outGBuffer1 : SV_Target1,
out half4 outGBuffer2 : SV_Target2,
out half4 outEmission : SV_Target3 // RT3: emission (rgb), --unused-- (a)
#if defined(SHADOWS_SHADOWMASK) && (UNITY_ALLOWED_MRT_COUNT > 4)
,out half4 outShadowMask : SV_Target4 // RT4: shadowmask (rgba)
#endif
)
{
#if (SHADER_TARGET < 30)
outGBuffer0 = 1;
outGBuffer1 = 1;
outGBuffer2 = 0;
outEmission = 0;
#if defined(SHADOWS_SHADOWMASK) && (UNITY_ALLOWED_MRT_COUNT > 4)
outShadowMask = 1;
#endif
return;
#endif
FRAGMENT_SETUP(s)
// no analytic lights in this pass
UnityLight dummyLight = DummyLight ();
half atten = 1;
// only GI
half occlusion = Occlusion(i.tex.xy);
#if UNITY_ENABLE_REFLECTION_BUFFERS
bool sampleReflectionsInDeferred = false;
#else
bool sampleReflectionsInDeferred = true;
#endif
UnityGI gi = FragmentGI (s, occlusion, i.ambientOrLightmapUV, atten, dummyLight, sampleReflectionsInDeferred);
half3 emissiveColor = UNITY_BRDF_PBS (s.diffColor, s.specColor, s.oneMinusReflectivity, s.smoothness, s.normalWorld, -s.eyeVec, gi.light, gi.indirect).rgb;
#ifdef _EMISSION
emissiveColor += Emission (i.tex.xy);
#endif
#ifndef UNITY_HDR_ON
emissiveColor.rgb = exp2(-emissiveColor.rgb);
#endif
UnityStandardData data;
data.diffuseColor = s.diffColor;
data.occlusion = occlusion;
data.specularColor = s.specColor;
data.smoothness = s.smoothness;
data.normalWorld = s.normalWorld;
UnityStandardDataToGbuffer(data, outGBuffer0, outGBuffer1, outGBuffer2);
// Emissive lighting buffer
outEmission = half4(emissiveColor, 1);
// Baked direct lighting occlusion if any
#if defined(SHADOWS_SHADOWMASK) && (UNITY_ALLOWED_MRT_COUNT > 4)
outShadowMask = UnityGetRawBakedOcclusions(i.ambientOrLightmapUV.xy, IN_WORLDPOS(i));
#endif
}
//
// Old FragmentGI signature. Kept only for backward compatibility and will be removed soon
//
inline UnityGI FragmentGI(
float3 posWorld,
half occlusion, half4 i_ambientOrLightmapUV, half atten, half smoothness, half3 normalWorld, half3 eyeVec,
UnityLight light,
bool reflections)
{
// we init only fields actually used
FragmentCommonData s = (FragmentCommonData)0;
s.smoothness = smoothness;
s.normalWorld = normalWorld;
s.eyeVec = eyeVec;
s.posWorld = posWorld;
return FragmentGI(s, occlusion, i_ambientOrLightmapUV, atten, light, reflections);
}
inline UnityGI FragmentGI (
float3 posWorld,
half occlusion, half4 i_ambientOrLightmapUV, half atten, half smoothness, half3 normalWorld, half3 eyeVec,
UnityLight light)
{
return FragmentGI (posWorld, occlusion, i_ambientOrLightmapUV, atten, smoothness, normalWorld, eyeVec, light, true);
}
#endif // UNITY_STANDARD_ANISOTROPIC_CORE_INCLUDED
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// Unity built-in shader source. Copyright (c) 2016 Unity Technologies. MIT license (see license.txt)
//#ifndef UNITY_ANISOTROPIC_CORE_FORWARD_INCLUDED
//#define UNITY_ANISOTROPIC_CORE_FORWARD_INCLUDED
#if defined(UNITY_NO_FULL_STANDARD_SHADER)
#define UNITY_STANDARD_SIMPLE 1
#endif
#include "UnityStandardConfig.cginc"
#if UNITY_STANDARD_SIMPLE
#include "UnityAnisotropicCoreForwardSimple.cginc"
VertexOutputBaseSimple vertBase (VertexInput v) { return vertForwardBaseSimple(v); }
VertexOutputForwardAddSimple vertAdd (VertexInput v) { return vertForwardAddSimple(v); }
half4 fragBase (VertexOutputBaseSimple i) : SV_Target { return fragForwardBaseSimpleInternal(i); }
half4 fragAdd (VertexOutputForwardAddSimple i) : SV_Target { return fragForwardAddSimpleInternal(i); }
#else
#include "UnityAnisotropicCore.cginc"
VertexOutputForwardBase vertBase (VertexInput v) { return vertForwardBase(v); }
VertexOutputForwardAdd vertAdd (VertexInput v) { return vertForwardAdd(v); }
half4 fragBase (VertexOutputForwardBase i) : SV_Target { return fragForwardBaseInternal(i); }
half4 fragAdd (VertexOutputForwardAdd i) : SV_Target { return fragForwardAddInternal(i); }
#endif
//#endif UNITY_STANDARD_ANISOTROPIC_CORE_FORWARD_INCLUDED
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uploadId: 679826
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// Unity built-in shader source. Copyright (c) 2016 Unity Technologies. MIT license (see license.txt)
#ifndef UNITY_ANISOTROPIC_CORE_FORWARD_SIMPLE_INCLUDED
#define UNITY_ANISOTROPIC_CORE_FORWARD_SIMPLE_INCLUDED
#include "UnityAnisotropicCore.cginc"
// Does not support: _PARALLAXMAP, DIRLIGHTMAP_COMBINED
#define GLOSSMAP (defined(_SPECGLOSSMAP) || defined(_METALLICGLOSSMAP))
#ifndef SPECULAR_HIGHLIGHTS
#define SPECULAR_HIGHLIGHTS (!defined(_SPECULAR_HIGHLIGHTS_OFF))
#endif
struct VertexOutputBaseSimple
{
float4 pos : SV_POSITION;
float4 tex : TEXCOORD0;
half4 eyeVec : TEXCOORD1; // w: grazingTerm
half4 ambientOrLightmapUV : TEXCOORD2; // SH or Lightmap UV
SHADOW_COORDS(3)
UNITY_FOG_COORDS_PACKED(4, half4) // x: fogCoord, yzw: reflectVec
half4 normalWorld : TEXCOORD5; // w: fresnelTerm
#ifdef _NORMALMAP
half3 tangentSpaceLightDir : TEXCOORD6;
#if SPECULAR_HIGHLIGHTS
half3 tangentSpaceEyeVec : TEXCOORD7;
#endif
#endif
#if UNITY_REQUIRE_FRAG_WORLDPOS
float3 posWorld : TEXCOORD8;
#endif
UNITY_VERTEX_OUTPUT_STEREO
};
// UNIFORM_REFLECTIVITY(): workaround to get (uniform) reflecivity based on UNITY_SETUP_BRDF_INPUT
half MetallicSetup_Reflectivity()
{
return 1.0h - OneMinusReflectivityFromMetallic(_Metallic);
}
half SpecularSetup_Reflectivity()
{
return SpecularStrength(_SpecColor.rgb);
}
#define JOIN2(a, b) a##b
#define JOIN(a, b) JOIN2(a,b)
#define UNIFORM_REFLECTIVITY JOIN(UNITY_SETUP_BRDF_INPUT, _Reflectivity)
#ifdef _NORMALMAP
half3 TransformToTangentSpace(half3 tangent, half3 binormal, half3 normal, half3 v)
{
// Mali400 shader compiler prefers explicit dot product over using a half3x3 matrix
return half3(dot(tangent, v), dot(binormal, v), dot(normal, v));
}
void TangentSpaceLightingInput(half3 normalWorld, half4 vTangent, half3 lightDirWorld, half3 eyeVecWorld, out half3 tangentSpaceLightDir, out half3 tangentSpaceEyeVec)
{
half3 tangentWorld = UnityObjectToWorldDir(vTangent.xyz);
half sign = half(vTangent.w) * half(unity_WorldTransformParams.w);
half3 binormalWorld = cross(normalWorld, tangentWorld) * sign;
tangentSpaceLightDir = TransformToTangentSpace(tangentWorld, binormalWorld, normalWorld, lightDirWorld);
#if SPECULAR_HIGHLIGHTS
tangentSpaceEyeVec = normalize(TransformToTangentSpace(tangentWorld, binormalWorld, normalWorld, eyeVecWorld));
#else
tangentSpaceEyeVec = 0;
#endif
}
#endif // _NORMALMAP
VertexOutputBaseSimple vertForwardBaseSimple (VertexInput v)
{
UNITY_SETUP_INSTANCE_ID(v);
VertexOutputBaseSimple o;
UNITY_INITIALIZE_OUTPUT(VertexOutputBaseSimple, o);
UNITY_INITIALIZE_VERTEX_OUTPUT_STEREO(o);
float4 posWorld = mul(unity_ObjectToWorld, v.vertex);
o.pos = UnityObjectToClipPos(v.vertex);
o.tex = TexCoords(v);
half3 eyeVec = normalize(posWorld.xyz - _WorldSpaceCameraPos);
half3 normalWorld = UnityObjectToWorldNormal(v.normal);
o.normalWorld.xyz = normalWorld;
o.eyeVec.xyz = eyeVec;
#ifdef _NORMALMAP
half3 tangentSpaceEyeVec;
TangentSpaceLightingInput(normalWorld, v.tangent, _WorldSpaceLightPos0.xyz, eyeVec, o.tangentSpaceLightDir, tangentSpaceEyeVec);
#if SPECULAR_HIGHLIGHTS
o.tangentSpaceEyeVec = tangentSpaceEyeVec;
#endif
#endif
//We need this for shadow receiving
TRANSFER_SHADOW(o);
o.ambientOrLightmapUV = VertexGIForward(v, posWorld, normalWorld);
o.fogCoord.yzw = reflect(eyeVec, normalWorld);
o.normalWorld.w = Pow4(1 - saturate(dot(normalWorld, -eyeVec))); // fresnel term
#if !GLOSSMAP
o.eyeVec.w = saturate(_Glossiness + UNIFORM_REFLECTIVITY()); // grazing term
#endif
UNITY_TRANSFER_FOG(o, o.pos);
return o;
}
FragmentCommonData FragmentSetupSimple(VertexOutputBaseSimple i)
{
half alpha = Alpha(i.tex.xy);
#if defined(_ALPHATEST_ON)
clip (alpha - _Cutoff);
#endif
FragmentCommonData s = UNITY_SETUP_BRDF_INPUT (i.tex);
// NOTE: shader relies on pre-multiply alpha-blend (_SrcBlend = One, _DstBlend = OneMinusSrcAlpha)
s.diffColor = PreMultiplyAlpha (s.diffColor, alpha, s.oneMinusReflectivity, /*out*/ s.alpha);
s.normalWorld = i.normalWorld.xyz;
s.eyeVec = i.eyeVec.xyz;
s.posWorld = IN_WORLDPOS(i);
s.reflUVW = i.fogCoord.yzw;
#ifdef _NORMALMAP
s.tangentSpaceNormal = NormalInTangentSpace(i.tex);
#else
s.tangentSpaceNormal = 0;
#endif
return s;
}
UnityLight MainLightSimple(VertexOutputBaseSimple i, FragmentCommonData s)
{
UnityLight mainLight = MainLight();
return mainLight;
}
half PerVertexGrazingTerm(VertexOutputBaseSimple i, FragmentCommonData s)
{
#if GLOSSMAP
return saturate(s.smoothness + (1-s.oneMinusReflectivity));
#else
return i.eyeVec.w;
#endif
}
half PerVertexFresnelTerm(VertexOutputBaseSimple i)
{
return i.normalWorld.w;
}
#if !SPECULAR_HIGHLIGHTS
# define REFLECTVEC_FOR_SPECULAR(i, s) half3(0, 0, 0)
#elif defined(_NORMALMAP)
# define REFLECTVEC_FOR_SPECULAR(i, s) reflect(i.tangentSpaceEyeVec, s.tangentSpaceNormal)
#else
# define REFLECTVEC_FOR_SPECULAR(i, s) s.reflUVW
#endif
half3 LightDirForSpecular(VertexOutputBaseSimple i, UnityLight mainLight)
{
#if SPECULAR_HIGHLIGHTS && defined(_NORMALMAP)
return i.tangentSpaceLightDir;
#else
return mainLight.dir;
#endif
}
half3 BRDF3DirectSimple(half3 diffColor, half3 specColor, half smoothness, half rl)
{
#if SPECULAR_HIGHLIGHTS
return BRDF3_Direct(diffColor, specColor, Pow4(rl), smoothness);
#else
return diffColor;
#endif
}
half4 fragForwardBaseSimpleInternal (VertexOutputBaseSimple i)
{
FragmentCommonData s = FragmentSetupSimple(i);
UnityLight mainLight = MainLightSimple(i, s);
#if !defined(LIGHTMAP_ON) && defined(_NORMALMAP)
half ndotl = saturate(dot(s.tangentSpaceNormal, i.tangentSpaceLightDir));
#else
half ndotl = saturate(dot(s.normalWorld, mainLight.dir));
#endif
//we can't have worldpos here (not enough interpolator on SM 2.0) so no shadow fade in that case.
half shadowMaskAttenuation = UnitySampleBakedOcclusion(i.ambientOrLightmapUV, 0);
half realtimeShadowAttenuation = SHADOW_ATTENUATION(i);
half atten = UnityMixRealtimeAndBakedShadows(realtimeShadowAttenuation, shadowMaskAttenuation, 0);
half occlusion = Occlusion(i.tex.xy);
half rl = dot(REFLECTVEC_FOR_SPECULAR(i, s), LightDirForSpecular(i, mainLight));
UnityGI gi = FragmentGI (s, occlusion, i.ambientOrLightmapUV, atten, mainLight);
half3 attenuatedLightColor = gi.light.color * ndotl;
half3 c = BRDF3_Indirect(s.diffColor, s.specColor, gi.indirect, PerVertexGrazingTerm(i, s), PerVertexFresnelTerm(i));
c += BRDF3DirectSimple(s.diffColor, s.specColor, s.smoothness, rl) * attenuatedLightColor;
c += Emission(i.tex.xy);
UNITY_APPLY_FOG(i.fogCoord, c);
return OutputForward (half4(c, 1), s.alpha);
}
half4 fragForwardBaseSimple (VertexOutputBaseSimple i) : SV_Target // backward compatibility (this used to be the fragment entry function)
{
return fragForwardBaseSimpleInternal(i);
}
struct VertexOutputForwardAddSimple
{
float4 pos : SV_POSITION;
float4 tex : TEXCOORD0;
float3 posWorld : TEXCOORD1;
UNITY_SHADOW_COORDS(2)
#if !defined(_NORMALMAP) && SPECULAR_HIGHLIGHTS
UNITY_FOG_COORDS_PACKED(3, half4) // x: fogCoord, yzw: reflectVec
#else
UNITY_FOG_COORDS_PACKED(3, half1)
#endif
half3 lightDir : TEXCOORD4;
#if defined(_NORMALMAP)
#if SPECULAR_HIGHLIGHTS
half3 tangentSpaceEyeVec : TEXCOORD5;
#endif
#else
half3 normalWorld : TEXCOORD5;
#endif
UNITY_VERTEX_OUTPUT_STEREO
};
VertexOutputForwardAddSimple vertForwardAddSimple (VertexInput v)
{
VertexOutputForwardAddSimple o;
UNITY_SETUP_INSTANCE_ID(v);
UNITY_INITIALIZE_OUTPUT(VertexOutputForwardAddSimple, o);
UNITY_INITIALIZE_VERTEX_OUTPUT_STEREO(o);
float4 posWorld = mul(unity_ObjectToWorld, v.vertex);
o.pos = UnityObjectToClipPos(v.vertex);
o.tex = TexCoords(v);
o.posWorld = posWorld.xyz;
//We need this for shadow receiving
UNITY_TRANSFER_SHADOW(o, v.uv1);
half3 lightDir = _WorldSpaceLightPos0.xyz - posWorld.xyz * _WorldSpaceLightPos0.w;
#ifndef USING_DIRECTIONAL_LIGHT
lightDir = NormalizePerVertexNormal(lightDir);
#endif
#if SPECULAR_HIGHLIGHTS
half3 eyeVec = normalize(posWorld.xyz - _WorldSpaceCameraPos);
#endif
half3 normalWorld = UnityObjectToWorldNormal(v.normal);
#ifdef _NORMALMAP
#if SPECULAR_HIGHLIGHTS
TangentSpaceLightingInput(normalWorld, v.tangent, lightDir, eyeVec, o.lightDir, o.tangentSpaceEyeVec);
#else
half3 ignore;
TangentSpaceLightingInput(normalWorld, v.tangent, lightDir, 0, o.lightDir, ignore);
#endif
#else
o.lightDir = lightDir;
o.normalWorld = normalWorld;
#if SPECULAR_HIGHLIGHTS
o.fogCoord.yzw = reflect(eyeVec, normalWorld);
#endif
#endif
UNITY_TRANSFER_FOG(o,o.pos);
return o;
}
FragmentCommonData FragmentSetupSimpleAdd(VertexOutputForwardAddSimple i)
{
half alpha = Alpha(i.tex.xy);
#if defined(_ALPHATEST_ON)
clip (alpha - _Cutoff);
#endif
FragmentCommonData s = UNITY_SETUP_BRDF_INPUT (i.tex);
// NOTE: shader relies on pre-multiply alpha-blend (_SrcBlend = One, _DstBlend = OneMinusSrcAlpha)
s.diffColor = PreMultiplyAlpha (s.diffColor, alpha, s.oneMinusReflectivity, /*out*/ s.alpha);
s.eyeVec = 0;
s.posWorld = i.posWorld;
#ifdef _NORMALMAP
s.tangentSpaceNormal = NormalInTangentSpace(i.tex);
s.normalWorld = 0;
#else
s.tangentSpaceNormal = 0;
s.normalWorld = i.normalWorld;
#endif
#if SPECULAR_HIGHLIGHTS && !defined(_NORMALMAP)
s.reflUVW = i.fogCoord.yzw;
#else
s.reflUVW = 0;
#endif
return s;
}
half3 LightSpaceNormal(VertexOutputForwardAddSimple i, FragmentCommonData s)
{
#ifdef _NORMALMAP
return s.tangentSpaceNormal;
#else
return i.normalWorld;
#endif
}
half4 fragForwardAddSimpleInternal (VertexOutputForwardAddSimple i)
{
FragmentCommonData s = FragmentSetupSimpleAdd(i);
half3 c = BRDF3DirectSimple(s.diffColor, s.specColor, s.smoothness, dot(REFLECTVEC_FOR_SPECULAR(i, s), i.lightDir));
#if SPECULAR_HIGHLIGHTS // else diffColor has premultiplied light color
c *= _LightColor0.rgb;
#endif
c *= UNITY_SHADOW_ATTENUATION(i, s.posWorld) * saturate(dot(LightSpaceNormal(i, s), i.lightDir));
UNITY_APPLY_FOG_COLOR(i.fogCoord, c.rgb, half4(0,0,0,0)); // fog towards black in additive pass
return OutputForward (half4(c, 1), s.alpha);
}
half4 fragForwardAddSimple (VertexOutputForwardAddSimple i) : SV_Target // backward compatibility (this used to be the fragment entry function)
{
return fragForwardAddSimpleInternal(i);
}
#endif // UNITY_STANDARD_CORE_FORWARD_SIMPLE_INCLUDED
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// Unity built-in shader source. Copyright (c) 2016 Unity Technologies. MIT license (see license.txt)
#ifndef UNITY_ANISOTROPIC_INPUT_INCLUDED
#define UNITY_ANISOTROPIC_INPUT_INCLUDED
#include "UnityCG.cginc"
#include "UnityAnisotropicCommon.cginc"
#include "UnityStandardConfig.cginc"
#include "UnityPBSLighting.cginc"
#include "UnityStandardUtils.cginc"
//---------------------------------------
// Directional lightmaps & Parallax require tangent space too
//#if (_NORMALMAP || DIRLIGHTMAP_COMBINED || _PARALLAXMAP)
#define _TANGENT_TO_WORLD 1
#define UNITY_REQUIRE_FRAG_WORLDPOS 1
//#define UNITY_PACK_WORLDPOS_WITH_TANGENT 0
//#endif
#if (_DETAIL_MULX2 || _DETAIL_MUL || _DETAIL_ADD || _DETAIL_LERP)
#define _DETAIL 1
#endif
//-------------------------------------------------------------------------------------
// Standard material parameters
half4 _Color;
half _Cutoff;
sampler2D _MainTex;
float4 _MainTex_ST;
sampler2D _DetailAlbedoMap;
float4 _DetailAlbedoMap_ST;
sampler2D _BumpMap;
half _BumpScale;
sampler2D _DetailMask;
sampler2D _DetailNormalMap;
half _DetailNormalMapScale;
sampler2D _SpecGlossMap;
sampler2D _MetallicGlossMap;
half _Metallic;
half _Glossiness;
half _GlossMapScale;
sampler2D _AnisotropyMap;
half _Anisotropy;
sampler2D _TangentMap;
sampler2D _OcclusionMap;
half _OcclusionStrength;
sampler2D _ParallaxMap;
half _Parallax;
half _UVSec;
half4 _EmissionColor;
sampler2D _EmissionMap;
//-------------------------------------------------------------------------------------
// Input functions
struct VertexInput
{
float4 vertex : POSITION;
half3 normal : NORMAL;
float2 uv0 : TEXCOORD0;
float2 uv1 : TEXCOORD1;
#if defined(DYNAMICLIGHTMAP_ON) || defined(UNITY_PASS_META)
float2 uv2 : TEXCOORD2;
#endif
#ifdef _TANGENT_TO_WORLD
half4 tangent : TANGENT;
#endif
UNITY_VERTEX_INPUT_INSTANCE_ID
};
float4 TexCoords(VertexInput v)
{
float4 texcoord;
texcoord.xy = TRANSFORM_TEX(v.uv0, _MainTex); // Always source from uv0
texcoord.zw = TRANSFORM_TEX(((_UVSec == 0) ? v.uv0 : v.uv1), _DetailAlbedoMap);
return texcoord;
}
half DetailMask(float2 uv)
{
return tex2D (_DetailMask, uv).a;
}
half3 Albedo(float4 texcoords)
{
half3 albedo = _Color.rgb * tex2D (_MainTex, texcoords.xy).rgb;
#if _DETAIL
#if (SHADER_TARGET < 30)
// SM20: instruction count limitation
// SM20: no detail mask
half mask = 1;
#else
half mask = DetailMask(texcoords.xy);
#endif
half3 detailAlbedo = tex2D (_DetailAlbedoMap, texcoords.zw).rgb;
#if _DETAIL_MULX2
albedo *= LerpWhiteTo (detailAlbedo * unity_ColorSpaceDouble.rgb, mask);
#elif _DETAIL_MUL
albedo *= LerpWhiteTo (detailAlbedo, mask);
#elif _DETAIL_ADD
albedo += detailAlbedo * mask;
#elif _DETAIL_LERP
albedo = lerp (albedo, detailAlbedo, mask);
#endif
#endif
return albedo;
}
half Alpha(float2 uv)
{
#if defined(_SMOOTHNESS_TEXTURE_ALBEDO_CHANNEL_A)
return _Color.a;
#else
return tex2D(_MainTex, uv).a * _Color.a;
#endif
}
half Occlusion(float2 uv)
{
#if (SHADER_TARGET < 30)
// SM20: instruction count limitation
// SM20: simpler occlusion
return tex2D(_OcclusionMap, uv).g;
#else
half occ = tex2D(_OcclusionMap, uv).g;
return LerpOneTo (occ, _OcclusionStrength);
#endif
}
half4 SpecularGloss(float2 uv)
{
half4 sg;
#ifdef _SPECGLOSSMAP
#if defined(_SMOOTHNESS_TEXTURE_ALBEDO_CHANNEL_A)
sg.rgb = tex2D(_SpecGlossMap, uv).rgb;
sg.a = tex2D(_MainTex, uv).a;
#else
sg = tex2D(_SpecGlossMap, uv);
#endif
sg.a *= _GlossMapScale;
#else
sg.rgb = _SpecColor.rgb;
#ifdef _SMOOTHNESS_TEXTURE_ALBEDO_CHANNEL_A
sg.a = tex2D(_MainTex, uv).a * _GlossMapScale;
#else
sg.a = _Glossiness;
#endif
#endif
return sg;
}
half2 MetallicGloss(float2 uv)
{
half2 mg;
#ifdef _METALLICGLOSSMAP
#ifdef _SMOOTHNESS_TEXTURE_ALBEDO_CHANNEL_A
mg.r = tex2D(_MetallicGlossMap, uv).r;
mg.g = tex2D(_MainTex, uv).a;
#else
mg = tex2D(_MetallicGlossMap, uv).ra;
#endif
mg.g *= _GlossMapScale;
#else
mg.r = _Metallic;
#ifdef _SMOOTHNESS_TEXTURE_ALBEDO_CHANNEL_A
mg.g = tex2D(_MainTex, uv).a * _GlossMapScale;
#else
mg.g = _Glossiness;
#endif
#endif
return mg;
}
half Anisotropy(float2 uv)
{
return tex2D(_AnisotropyMap, uv) * _Anisotropy;
}
half3x3 WorldVectors(float2 uv, half4 input[3])
{
float3 tangent = input[0];
float3 bitangent = input[1];
float3 normal = input[2];
float3x3 worldToTangent;
worldToTangent[0] = float3(1, 0, 0);
worldToTangent[1] = float3(0, 1, 0);
worldToTangent[2] = float3(0, 0, 1);
float3 tangentTS = tex2D(_TangentMap, uv);
float3 tangentTWS = mul(tangentTS, worldToTangent);
float3 fTangent;
if (tangentTS.z < 1)
fTangent = tangentTWS;
else
fTangent = tangent;
return float3x3(fTangent, bitangent, normal);
}
half3 Emission(float2 uv)
{
#ifndef _EMISSION
return 0;
#else
return tex2D(_EmissionMap, uv).rgb * _EmissionColor.rgb;
#endif
}
#ifdef _NORMALMAP
half3 NormalInTangentSpace(float4 texcoords)
{
half3 normalTangent = UnpackScaleNormal(tex2D (_BumpMap, texcoords.xy), _BumpScale);
#if _DETAIL && defined(UNITY_ENABLE_DETAIL_NORMALMAP)
half mask = DetailMask(texcoords.xy);
half3 detailNormalTangent = UnpackScaleNormal(tex2D (_DetailNormalMap, texcoords.zw), _DetailNormalMapScale);
#if _DETAIL_LERP
normalTangent = lerp(
normalTangent,
detailNormalTangent,
mask);
#else
normalTangent = lerp(
normalTangent,
BlendNormals(normalTangent, detailNormalTangent),
mask);
#endif
#endif
return normalTangent;
}
#endif
float4 Parallax (float4 texcoords, half3 viewDir)
{
// D3D9/SM30 supports up to 16 samplers, skip the parallax map in case we exceed the limit
#define EXCEEDS_D3D9_SM3_MAX_SAMPLER_COUNT (defined(LIGHTMAP_ON) && defined(SHADOWS_SHADOWMASK) && defined(SHADOWS_SCREEN) && defined(_NORMALMAP) && \
defined(_EMISSION) && defined(_DETAIL) && (defined(_METALLICGLOSSMAP) || defined(_SPECGLOSSMAP)))
#if !defined(_PARALLAXMAP) || (SHADER_TARGET < 30) || (defined(SHADER_API_D3D9) && EXCEEDS_D3D9_SM3_MAX_SAMPLER_COUNT)
// SM20: instruction count limitation
// SM20: no parallax
return texcoords;
#else
half h = tex2D (_ParallaxMap, texcoords.xy).g;
float2 offset = ParallaxOffset1Step (h, _Parallax, viewDir);
return float4(texcoords.xy + offset, texcoords.zw + offset);
#endif
#undef EXCEEDS_D3D9_SM3_MAX_SAMPLER_COUNT
}
#endif // UNITY_ANISOTROPIC_INPUT_INCLUDED
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//#ifndef UNITY_ANISOTROPIC_LIGHTING_INCLUDED
//#define UNITY_ANISOTROPIC_LIGHTING_INCLUDED
#include "UnityPBSLighting.cginc"
#include "UnityShaderVariables.cginc"
#include "UnityStandardConfig.cginc"
#include "UnityLightingCommon.cginc"
#include "UnityGBuffer.cginc"
#include "UnityGlobalIllumination.cginc"
//-------------------------------------------------------------------------------------
// Lighting Helpers
// Glossy Environment
half3 Unity_AnisotropicGlossyEnvironment(UNITY_ARGS_TEXCUBE(tex), half4 hdr, Unity_GlossyEnvironmentData glossIn, half anisotropy) //Reference IBL from HD Pipe (Add half3 L input and replace R)
{
half perceptualRoughness = glossIn.roughness /* perceptualRoughness */;
#if 0
float m = PerceptualRoughnessToRoughness(perceptualRoughness); // m is the real roughness parameter
const float fEps = 1.192092896e-07F; // smallest such that 1.0+FLT_EPSILON != 1.0 (+1e-4h is NOT good here. is visibly very wrong)
float n = (2.0 / max(fEps, m*m)) - 2.0; // remap to spec power. See eq. 21 in --> https://dl.dropboxusercontent.com/u/55891920/papers/mm_brdf.pdf
n /= 4; // remap from n_dot_h formulatino to n_dot_r. See section "Pre-convolved Cube Maps vs Path Tracers" --> https://s3.amazonaws.com/docs.knaldtech.com/knald/1.0.0/lys_power_drops.html
perceptualRoughness = pow(2 / (n + 2), 0.25); // remap back to square root of real roughness (0.25 include both the sqrt root of the conversion and sqrt for going from roughness to perceptualRoughness)
#else
// MM: came up with a surprisingly close approximation to what the #if 0'ed out code above does.
perceptualRoughness = perceptualRoughness*(1.7 - 0.7*perceptualRoughness);
#endif
half mip = perceptualRoughnessToMipmapLevel(perceptualRoughness);
half3 R = glossIn.reflUVW;// -half3(anisotropy, 0, 0);
half4 rgbm = UNITY_SAMPLE_TEXCUBE_LOD(tex, R, mip);
return DecodeHDR(rgbm, hdr);
}
// Indirect Specular
inline half3 UnityGI_AnisotropicIndirectSpecular(UnityGIInput data, half occlusion, Unity_GlossyEnvironmentData glossIn, half anisotropy, half3x3 worldVectors)
{
half3 specular;
float3 tangentX = worldVectors[0];
float3 tangentY = worldVectors[1];
float3 N = worldVectors[2];
float3 V = data.worldViewDir;
float3 iblNormalWS = GetAnisotropicModifiedNormal(tangentY, N, V, anisotropy);
float3 iblR = reflect(-V, iblNormalWS);
#ifdef UNITY_SPECCUBE_BOX_PROJECTION
// we will tweak reflUVW in glossIn directly (as we pass it to Unity_GlossyEnvironment twice for probe0 and probe1), so keep original to pass into BoxProjectedCubemapDirection
half3 originalReflUVW = glossIn.reflUVW;
glossIn.reflUVW = BoxProjectedCubemapDirection(iblR, data.worldPos, data.probePosition[0], data.boxMin[0], data.boxMax[0]);
#endif
#ifdef _GLOSSYREFLECTIONS_OFF
specular = unity_IndirectSpecColor.rgb;
#else
half3 env0 = Unity_AnisotropicGlossyEnvironment(UNITY_PASS_TEXCUBE(unity_SpecCube0), data.probeHDR[0], glossIn, anisotropy);
#ifdef UNITY_SPECCUBE_BLENDING
const float kBlendFactor = 0.99999;
float blendLerp = data.boxMin[0].w;
UNITY_BRANCH
if (blendLerp < kBlendFactor)
{
#ifdef UNITY_SPECCUBE_BOX_PROJECTION
glossIn.reflUVW = BoxProjectedCubemapDirection(iblR, data.worldPos, data.probePosition[1], data.boxMin[1], data.boxMax[1]);
#endif
half3 env1 = Unity_AnisotropicGlossyEnvironment(UNITY_PASS_TEXCUBE_SAMPLER(unity_SpecCube1, unity_SpecCube0), data.probeHDR[1], glossIn, anisotropy);
specular = lerp(env1, env0, blendLerp);
}
else
{
specular = env0;
}
#else
specular = env0;
#endif
#endif
return specular * occlusion;
}
// Global Illumination
inline UnityGI UnityAnisotropicGlobalIllumination(UnityGIInput data, half occlusion, half3 normalWorld, Unity_GlossyEnvironmentData glossIn, half anisotropy, half3x3 worldVectors)
{
UnityGI o_gi = UnityGI_Base(data, occlusion, normalWorld);
o_gi.indirect.specular = UnityGI_AnisotropicIndirectSpecular(data, occlusion, glossIn, anisotropy, worldVectors);
return o_gi;
}
// Surface shader output structure to be used with physically
// based shading model.
//-------------------------------------------------------------------------------------
// Anisotropic workflow
struct SurfaceOutputStandardAnisotropic
{
fixed3 Albedo; // base (diffuse or specular) color
fixed3 Normal; // tangent space normal, if written
half3 Emission;
half Metallic; // 0=non-metal, 1=metal
// Smoothness is the user facing name, it should be perceptual smoothness but user should not have to deal with it.
// Everywhere in the code you meet smoothness it is perceptual smoothness
half Smoothness; // 0=rough, 1=smooth
half Occlusion; // occlusion (default 1)
fixed Alpha; // alpha for transparencies
half Anisotropy;
float3x3 WorldVectors;
};
inline half4 LightingStandardAnisotropic(SurfaceOutputStandardAnisotropic s, half3 viewDir, UnityGI gi)
{
s.Normal = normalize(s.Normal);
half oneMinusReflectivity;
half3 specColor;
s.Albedo = DiffuseAndSpecularFromMetallic(s.Albedo, s.Metallic, /*out*/ specColor, /*out*/ oneMinusReflectivity);
// shader relies on pre-multiply alpha-blend (_SrcBlend = One, _DstBlend = OneMinusSrcAlpha)
// this is necessary to handle transparency in physically correct way - only diffuse component gets affected by alpha
half outputAlpha;
s.Albedo = PreMultiplyAlpha(s.Albedo, s.Alpha, oneMinusReflectivity, /*out*/ outputAlpha);
half4 c = AnisotropicBRDF(s.Albedo, specColor, oneMinusReflectivity, s.Smoothness, s.Normal, s.WorldVectors, s.Anisotropy, s.Metallic, viewDir, gi.light, gi.indirect);
c.a = outputAlpha;
return c;
}
//This is pointless as always forward?
inline half4 LightingStandardAnisotropic_Deferred(SurfaceOutputStandardAnisotropic s, half3 viewDir, UnityGI gi, out half4 outGBuffer0, out half4 outGBuffer1, out half4 outGBuffer2)
{
half oneMinusReflectivity;
half3 specColor;
s.Albedo = DiffuseAndSpecularFromMetallic(s.Albedo, s.Metallic, /*out*/ specColor, /*out*/ oneMinusReflectivity);
half4 c = AnisotropicBRDF(s.Albedo, specColor, oneMinusReflectivity, s.Smoothness, s.Normal, s.WorldVectors, s.Anisotropy, s.Metallic, viewDir, gi.light, gi.indirect);
UnityStandardData data;
data.diffuseColor = s.Albedo;
data.occlusion = s.Occlusion;
data.specularColor = specColor;
data.smoothness = s.Smoothness;
data.normalWorld = s.Normal;
UnityStandardDataToGbuffer(data, outGBuffer0, outGBuffer1, outGBuffer2);
half4 emission = half4(s.Emission + c.rgb, 1);
return emission;
}
inline void LightingStandardAnisotropic_GI(SurfaceOutputStandardAnisotropic s, UnityGIInput data, inout UnityGI gi)
{
#if defined(UNITY_PASS_DEFERRED) && UNITY_ENABLE_REFLECTION_BUFFERS
gi = UnityGlobalIllumination(data, s.Occlusion, s.Normal);
#else
Unity_GlossyEnvironmentData g = UnityGlossyEnvironmentSetup(s.Smoothness, data.worldViewDir, s.Normal, lerp(unity_ColorSpaceDielectricSpec.rgb, s.Albedo, s.Metallic));
gi = UnityAnisotropicGlobalIllumination(data, s.Occlusion, s.Normal, g, s.Anisotropy, s.WorldVectors);
#endif
}
//#endif UNITY_ANISOTROPIC_LIGHTING_INCLUDED
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// Unity built-in shader source. Copyright (c) 2016 Unity Technologies. MIT license (see license.txt)
#ifndef UNITY_ANISOTROPIC_META_INCLUDED
#define UNITY_ANISOTROPIC_META_INCLUDED
// Functionality for Standard shader "meta" pass
// (extracts albedo/emission for lightmapper etc.)
// define meta pass before including other files; they have conditions
// on that in some places
#define UNITY_PASS_META 1
#include "UnityCG.cginc"
#include "UnityAnisotropicInput.cginc"
#include "UnityMetaPass.cginc"
#include "UnityAnisotropicCore.cginc"
struct v2f_meta
{
float4 uv : TEXCOORD0;
float4 pos : SV_POSITION;
};
v2f_meta vert_meta (VertexInput v)
{
v2f_meta o;
o.pos = UnityMetaVertexPosition(v.vertex, v.uv1.xy, v.uv2.xy, unity_LightmapST, unity_DynamicLightmapST);
o.uv = TexCoords(v);
return o;
}
// Albedo for lightmapping should basically be diffuse color.
// But rough metals (black diffuse) still scatter quite a lot of light around, so
// we want to take some of that into account too.
half3 UnityLightmappingAlbedo (half3 diffuse, half3 specular, half smoothness)
{
half roughness = SmoothnessToRoughness(smoothness);
half3 res = diffuse;
res += specular * roughness * 0.5;
return res;
}
float4 frag_meta (v2f_meta i) : SV_Target
{
// we're interested in diffuse & specular colors,
// and surface roughness to produce final albedo.
FragmentCommonData data = UNITY_SETUP_BRDF_INPUT (i.uv);
UnityMetaInput o;
UNITY_INITIALIZE_OUTPUT(UnityMetaInput, o);
#if defined(EDITOR_VISUALIZATION)
o.Albedo = data.diffColor;
#else
o.Albedo = UnityLightmappingAlbedo (data.diffColor, data.specColor, data.smoothness);
#endif
o.SpecularColor = data.specColor;
o.Emission = Emission(i.uv.xy);
return UnityMetaFragment(o);
}
#endif // UNITY_ADVANCED_META_INCLUDED
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// Unity built-in shader source. Copyright (c) 2016 Unity Technologies. MIT license (see license.txt)
#ifndef UNITY_ANISOTROPIC_SHADOW_INCLUDED
#define UNITY_ANISOTROPIC_SHADOW_INCLUDED
// NOTE: had to split shadow functions into separate file,
// otherwise compiler gives trouble with LIGHTING_COORDS macro (in UnityStandardCore.cginc)
#include "UnityCG.cginc"
#include "UnityStandardConfig.cginc"
#include "UnityStandardUtils.cginc"
#if (defined(_ALPHABLEND_ON) || defined(_ALPHAPREMULTIPLY_ON)) && defined(UNITY_USE_DITHER_MASK_FOR_ALPHABLENDED_SHADOWS)
#define UNITY_STANDARD_USE_DITHER_MASK 1
#endif
// Need to output UVs in shadow caster, since we need to sample texture and do clip/dithering based on it
#if defined(_ALPHATEST_ON) || defined(_ALPHABLEND_ON) || defined(_ALPHAPREMULTIPLY_ON)
#define UNITY_STANDARD_USE_SHADOW_UVS 1
#endif
// Has a non-empty shadow caster output struct (it's an error to have empty structs on some platforms...)
#if !defined(V2F_SHADOW_CASTER_NOPOS_IS_EMPTY) || defined(UNITY_STANDARD_USE_SHADOW_UVS)
#define UNITY_STANDARD_USE_SHADOW_OUTPUT_STRUCT 1
#endif
#ifdef UNITY_STEREO_INSTANCING_ENABLED
#define UNITY_STANDARD_USE_STEREO_SHADOW_OUTPUT_STRUCT 1
#endif
half4 _Color;
half _Cutoff;
sampler2D _MainTex;
float4 _MainTex_ST;
#ifdef UNITY_STANDARD_USE_DITHER_MASK
sampler3D _DitherMaskLOD;
#endif
// Handle PremultipliedAlpha from Fade or Transparent shading mode
half4 _SpecColor;
half _Metallic;
#ifdef _SPECGLOSSMAP
sampler2D _SpecGlossMap;
#endif
#ifdef _METALLICGLOSSMAP
sampler2D _MetallicGlossMap;
#endif
#if defined(UNITY_STANDARD_USE_SHADOW_UVS) && defined(_PARALLAXMAP)
sampler2D _ParallaxMap;
half _Parallax;
#endif
half AnisotropicMetallicSetup_ShadowGetOneMinusReflectivity(half2 uv)
{
half metallicity = _Metallic;
#ifdef _METALLICGLOSSMAP
metallicity = tex2D(_MetallicGlossMap, uv).r;
#endif
return OneMinusReflectivityFromMetallic(metallicity);
}
half MetallicSetup_ShadowGetOneMinusReflectivity(half2 uv)
{
half metallicity = _Metallic;
#ifdef _METALLICGLOSSMAP
metallicity = tex2D(_MetallicGlossMap, uv).r;
#endif
return OneMinusReflectivityFromMetallic(metallicity);
}
half SpecularSetup_ShadowGetOneMinusReflectivity(half2 uv)
{
half3 specColor = _SpecColor.rgb;
#ifdef _SPECGLOSSMAP
specColor = tex2D(_SpecGlossMap, uv).rgb;
#endif
return (1 - SpecularStrength(specColor));
}
// SHADOW_ONEMINUSREFLECTIVITY(): workaround to get one minus reflectivity based on UNITY_SETUP_BRDF_INPUT
#define SHADOW_JOIN2(a, b) a##b
#define SHADOW_JOIN(a, b) SHADOW_JOIN2(a,b)
#define SHADOW_ONEMINUSREFLECTIVITY SHADOW_JOIN(UNITY_SETUP_BRDF_INPUT, _ShadowGetOneMinusReflectivity)
struct VertexInput
{
float4 vertex : POSITION;
float3 normal : NORMAL;
float2 uv0 : TEXCOORD0;
#if defined(UNITY_STANDARD_USE_SHADOW_UVS) && defined(_PARALLAXMAP)
half4 tangent : TANGENT;
#endif
UNITY_VERTEX_INPUT_INSTANCE_ID
};
#ifdef UNITY_STANDARD_USE_SHADOW_OUTPUT_STRUCT
struct VertexOutputShadowCaster
{
V2F_SHADOW_CASTER_NOPOS
#if defined(UNITY_STANDARD_USE_SHADOW_UVS)
float2 tex : TEXCOORD1;
#if defined(_PARALLAXMAP)
half4 tangentToWorldAndParallax[3]: TEXCOORD2; // [3x3:tangentToWorld | 1x3:viewDirForParallax]
#endif
#endif
};
#endif
#ifdef UNITY_STANDARD_USE_STEREO_SHADOW_OUTPUT_STRUCT
struct VertexOutputStereoShadowCaster
{
UNITY_VERTEX_OUTPUT_STEREO
};
#endif
// We have to do these dances of outputting SV_POSITION separately from the vertex shader,
// and inputting VPOS in the pixel shader, since they both map to "POSITION" semantic on
// some platforms, and then things don't go well.
void vertShadowCaster (VertexInput v,
#ifdef UNITY_STANDARD_USE_SHADOW_OUTPUT_STRUCT
out VertexOutputShadowCaster o,
#endif
#ifdef UNITY_STANDARD_USE_STEREO_SHADOW_OUTPUT_STRUCT
out VertexOutputStereoShadowCaster os,
#endif
out float4 opos : SV_POSITION)
{
UNITY_SETUP_INSTANCE_ID(v);
#ifdef UNITY_STANDARD_USE_STEREO_SHADOW_OUTPUT_STRUCT
UNITY_INITIALIZE_VERTEX_OUTPUT_STEREO(os);
#endif
TRANSFER_SHADOW_CASTER_NOPOS(o,opos)
#if defined(UNITY_STANDARD_USE_SHADOW_UVS)
o.tex = TRANSFORM_TEX(v.uv0, _MainTex);
#ifdef _PARALLAXMAP
TANGENT_SPACE_ROTATION;
half3 viewDirForParallax = mul (rotation, ObjSpaceViewDir(v.vertex));
o.tangentToWorldAndParallax[0].w = viewDirForParallax.x;
o.tangentToWorldAndParallax[1].w = viewDirForParallax.y;
o.tangentToWorldAndParallax[2].w = viewDirForParallax.z;
#endif
#endif
}
half4 fragShadowCaster (
#ifdef UNITY_STANDARD_USE_SHADOW_OUTPUT_STRUCT
VertexOutputShadowCaster i
#endif
#ifdef UNITY_STANDARD_USE_DITHER_MASK
, UNITY_VPOS_TYPE vpos : VPOS
#endif
) : SV_Target
{
#if defined(UNITY_STANDARD_USE_SHADOW_UVS)
#if defined(_PARALLAXMAP) && (SHADER_TARGET >= 30)
//On d3d9 parallax can also be disabled on the fwd pass when too many sampler are used. See EXCEEDS_D3D9_SM3_MAX_SAMPLER_COUNT. Ideally we should account for that here as well.
half3 viewDirForParallax = normalize( half3(i.tangentToWorldAndParallax[0].w,i.tangentToWorldAndParallax[1].w,i.tangentToWorldAndParallax[2].w) );
fixed h = tex2D (_ParallaxMap, i.tex.xy).g;
half2 offset = ParallaxOffset1Step (h, _Parallax, viewDirForParallax);
i.tex.xy += offset;
#endif
half alpha = tex2D(_MainTex, i.tex).a * _Color.a;
#if defined(_ALPHATEST_ON)
clip (alpha - _Cutoff);
#endif
#if defined(_ALPHABLEND_ON) || defined(_ALPHAPREMULTIPLY_ON)
#if defined(_ALPHAPREMULTIPLY_ON)
half outModifiedAlpha;
PreMultiplyAlpha(half3(0, 0, 0), alpha, SHADOW_ONEMINUSREFLECTIVITY(i.tex), outModifiedAlpha);
alpha = outModifiedAlpha;
#endif
#if defined(UNITY_STANDARD_USE_DITHER_MASK)
// Use dither mask for alpha blended shadows, based on pixel position xy
// and alpha level. Our dither texture is 4x4x16.
half alphaRef = tex3D(_DitherMaskLOD, float3(vpos.xy*0.25,alpha*0.9375)).a;
clip (alphaRef - 0.01);
#else
clip (alpha - _Cutoff);
#endif
#endif
#endif // #if defined(UNITY_STANDARD_USE_SHADOW_UVS)
SHADOW_CASTER_FRAGMENT(i)
}
#endif // UNITY_ANISOTROPIC_SHADOW_INCLUDED
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float _Distortion;
float _Scale;
float _Power;
float _Fresnel;
float _FresnelDamp;
float4 TranslucentBRDF(float3 diffColor, float3 specColor, float oneMinusReflectivity, float smoothness, float3 normal, float3x3 worldVectors,
float anisotropy, float metallic, float3 viewDir, UnityLight light, UnityIndirect gi)
{
//Unpack world vectors
float3 tangent = worldVectors[0];
float3 bitangent = worldVectors[1];
//Normal shift
float shiftAmount = dot(normal, viewDir);
normal = shiftAmount < 0.0f ? normal + viewDir * (-shiftAmount + 1e-5f) : normal;
//Regular vectors
float NdotL = saturate(dot(normal, light.dir));
float NdotV = abs(dot(normal, viewDir));
float LdotV = dot(light.dir, viewDir);
float3 H = Unity_SafeNormalize(light.dir + viewDir);
float invLenLV = rsqrt(abs(2 + 2 * normalize(LdotV)));
float NdotH = saturate(dot(normal, H));
float LdotH = saturate(dot(light.dir, H));
//Tangent vectors
float TdotH = dot(tangent, H);
float TdotL = dot(tangent, light.dir);
float BdotH = dot(bitangent, H);
float BdotL = dot(bitangent, light.dir);
float TdotV = dot(viewDir, tangent);
float BdotV = dot(viewDir, bitangent);
//Fresnels
half grazingTerm = saturate(smoothness + (1 - oneMinusReflectivity));
float3 F = FresnelLerp(specColor, grazingTerm, NdotV); //Original Schlick - Replace from SRP?
//float3 fresnel0 = lerp(specColor, diffColor, metallic);
//float3 F = FresnelSchlick(fresnel0, 1.0, LdotH);
//Calculate roughness
float roughnessT;
float roughnessB;
float perceptualRoughness = SmoothnessToPerceptualRoughness(smoothness);
float roughness = PerceptualRoughnessToRoughness(perceptualRoughness);
ConvertAnisotropyToRoughness(roughness, anisotropy, roughnessT, roughnessB);
//Clamp roughness
roughnessT = ClampRoughnessForAnalyticalLights(roughnessT);
roughnessB = ClampRoughnessForAnalyticalLights(roughnessB);
//Visibility & Distribution terms
float V = SmithJointGGXAnisotropic(TdotV, BdotV, NdotV, TdotL, BdotL, NdotL, roughnessT, roughnessB);
float D = D_GGXAnisotropic(TdotH, BdotH, NdotH, roughnessT, roughnessB);
//Specular term
float3 specularTerm = V * D;
# ifdef UNITY_COLORSPACE_GAMMA
specularTerm = sqrt(max(1e-4h, specularTerm));
# endif
// specularTerm * nl can be NaN on Metal in some cases, use max() to make sure it's a sane value
specularTerm = max(0, specularTerm * NdotL);
#if defined(_SPECULARHIGHLIGHTS_OFF)
specularTerm = 0.0;
#endif
//Diffuse term
float diffuseTerm = DisneyDiffuse(NdotV, NdotL, LdotH, perceptualRoughness) * NdotL;// - Need this NdotL multiply?
//Reduction
half surfaceReduction;
# ifdef UNITY_COLORSPACE_GAMMA
surfaceReduction = 1.0 - 0.28*roughness*perceptualRoughness; // 1-0.28*x^3 as approximation for (1/(x^4+1))^(1/2.2) on the domain [0;1]
# else
surfaceReduction = 1.0 / (roughness*roughness + 1.0); // fade \in [0.5;1]
# endif
//Final
half3 color = (diffColor * (gi.diffuse + light.color * diffuseTerm))
+ specularTerm * light.color * (FresnelTerm(specColor, LdotH))
+ (surfaceReduction * gi.specular * FresnelLerp(specColor, grazingTerm, NdotV) * _Fresnel * lerp(float3(1,1,1),specColor,_FresnelDamp));
return half4(color, 1);
}
inline half4 LightFunctionStandardAnisotropic(SurfaceOutputStandardAnisotropic s, half3 viewDir, UnityGI gi)
{
s.Normal = normalize(s.Normal);
half oneMinusReflectivity;
half3 specColor;
s.Albedo = DiffuseAndSpecularFromMetallic(s.Albedo, s.Metallic, /*out*/ specColor, /*out*/ oneMinusReflectivity);
// shader relies on pre-multiply alpha-blend (_SrcBlend = One, _DstBlend = OneMinusSrcAlpha)
// this is necessary to handle transparency in physically correct way - only diffuse component gets affected by alpha
half outputAlpha;
s.Albedo = PreMultiplyAlpha(s.Albedo, s.Alpha, oneMinusReflectivity, /*out*/ outputAlpha);
half4 c = TranslucentBRDF(s.Albedo, specColor, oneMinusReflectivity, s.Smoothness, s.Normal, s.WorldVectors, s.Anisotropy, s.Metallic, viewDir, gi.light, gi.indirect);
c.a = outputAlpha;
return c;
}
inline fixed4 LightingStandardTranslucent(SurfaceOutputStandardAnisotropic s, fixed3 viewDir, UnityGI gi)
{
// Original colour
fixed4 pbr = LightFunctionStandardAnisotropic(s, viewDir, gi);
// --- Translucency ---
float3 L = gi.light.dir;
float3 V = viewDir;
float3 N = s.Normal;
float3 H = normalize(L + N * _Distortion);
float I = (pow(saturate(dot(V, -H)), _Power) * _Scale);
// Final add
pbr.rgb = pbr.rgb + gi.light.color * (I*s.Albedo);
return pbr;
}
//This is pointless as always forward?
inline half4 LightingStandardTranslucent_Deferred(SurfaceOutputStandardAnisotropic s, half3 viewDir, UnityGI gi, out half4 outGBuffer0, out half4 outGBuffer1, out half4 outGBuffer2)
{
half oneMinusReflectivity;
half3 specColor;
s.Albedo = DiffuseAndSpecularFromMetallic(s.Albedo, s.Metallic, /*out*/ specColor, /*out*/ oneMinusReflectivity);
half4 c = TranslucentBRDF(s.Albedo, specColor, oneMinusReflectivity, s.Smoothness, s.Normal, s.WorldVectors, s.Anisotropy, s.Metallic, viewDir, gi.light, gi.indirect);
UnityStandardData data;
data.diffuseColor = s.Albedo;
data.occlusion = s.Occlusion;
data.specularColor = specColor;
data.smoothness = s.Smoothness;
data.normalWorld = s.Normal;
UnityStandardDataToGbuffer(data, outGBuffer0, outGBuffer1, outGBuffer2);
// --- Translucency ---
float3 L = gi.light.dir;
float3 V = viewDir;
float3 N = s.Normal;
float3 H = normalize(L + N * _Distortion);
float I = (pow(saturate(dot(V, -H)), _Power) * _Scale);
half4 emission = half4(s.Emission + c.rgb, 1);
return emission * (float4(1,1,1,1) + float4(I * c.rgb,0));
}
inline void LightingStandardTranslucent_GI(SurfaceOutputStandardAnisotropic s, UnityGIInput data, inout UnityGI gi)
{
#if defined(UNITY_PASS_DEFERRED) && UNITY_ENABLE_REFLECTION_BUFFERS
gi = UnityGlobalIllumination(data, s.Occlusion, s.Normal);
#else
Unity_GlossyEnvironmentData g = UnityGlossyEnvironmentSetup(s.Smoothness, data.worldViewDir, s.Normal, lerp(unity_ColorSpaceDielectricSpec.rgb, s.Albedo, s.Metallic));
gi = UnityAnisotropicGlobalIllumination(data, s.Occlusion, s.Normal, g, s.Anisotropy, s.WorldVectors);
#endif
}
Assets/UMA/Content/Hair/Shader/UnityHairShader-master/Version6/CGIncludes/UnityTranslucentLighting.cginc.meta
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MIT License
Copyright (c) 2017 Matt Dean, Adam Frisby, Alan Zucconi
Permission is hereby granted, free of charge, to any person obtaining a copy
of this software and associated documentation files (the "Software"), to deal
in the Software without restriction, including without limitation the rights
to use, copy, modify, merge, publish, distribute, sublicense, and/or sell
copies of the Software, and to permit persons to whom the Software is
furnished to do so, subject to the following conditions:
The above copyright notice and this permission notice shall be included in all
copies or substantial portions of the Software.
THE SOFTWARE IS PROVIDED "AS IS", WITHOUT WARRANTY OF ANY KIND, EXPRESS OR
IMPLIED, INCLUDING BUT NOT LIMITED TO THE WARRANTIES OF MERCHANTABILITY,
FITNESS FOR A PARTICULAR PURPOSE AND NONINFRINGEMENT. IN NO EVENT SHALL THE
AUTHORS OR COPYRIGHT HOLDERS BE LIABLE FOR ANY CLAIM, DAMAGES OR OTHER
LIABILITY, WHETHER IN AN ACTION OF CONTRACT, TORT OR OTHERWISE, ARISING FROM,
OUT OF OR IN CONNECTION WITH THE SOFTWARE OR THE USE OR OTHER DEALINGS IN THE
SOFTWARE.
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Assets/UMA/Content/Hair/Shader/UnityHairShader-master/Version6/Modern Hair V6-A.shader
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Shader "Sine Wave/Hair/Modern Hair V6 Part A" {
Properties{
_Color("Main Color", Color) = (1,1,1,1)
_MainTex("Diffuse (RGB) Alpha (A)", 2D) = "gray" {}
_Cutoff("Alpha Cut-Off Threshold", Range(0,1)) = 0.5
_Glossiness("Smoothness", Range(0,1)) = 0.5
_Metallic("Metallic", Range(0,1)) = 0.0
}
SubShader{
Tags { "RenderType" = "Transparent" "Queue" = "Transparent+1"}
Cull Off
ZWrite Off
CGPROGRAM
#pragma surface surf Standard alpha:fade
#pragma target 3.0
struct Input
{
float2 uv_MainTex;
float facing : VFACE;
};
sampler2D _MainTex;
float _Cutoff;
fixed4 _Color;
half _Glossiness;
half _Metallic;
void surf(Input IN, inout SurfaceOutputStandard o)
{
fixed4 c = tex2D(_MainTex, IN.uv_MainTex) * _Color;
clip(-(c.a - _Cutoff));
o.Albedo = c.rgb;// *float3(1, 0, 0);
//o.Emission = float3(1, 0, 0);
o.Metallic = _Metallic * (IN.facing);
o.Smoothness = _Glossiness * (IN.facing);
o.Alpha = c.a;
o.Normal *= -1 * IN.facing;
}
ENDCG
}
FallBack "Transparent/Cutout/VertexLit"
}
Assets/UMA/Content/Hair/Shader/UnityHairShader-master/Version6/Modern Hair V6-A.shader.meta
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Shader "Sine Wave/Hair/Modern Hair V6 Part B" {
Properties{
_Color("Main Color", Color) = (1,1,1,1)
_MainTex("Diffuse (RGB) Alpha (A)", 2D) = "gray" {}
_Cutoff("Alpha Cut-Off Threshold", Range(0,1)) = 0.5
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_Metallic("Metallic", Range(0,1)) = 0.0
}
SubShader{
Tags { "RenderType" = "TransparentCutout" }
Cull Off
Pass {
ZWrite On
Cull Off
ColorMask 0
CGPROGRAM
#pragma vertex vert
#pragma fragment frag
// vertex shader inputs
struct appdata
{
float4 vertex : POSITION; // vertex position
float2 uv : TEXCOORD0; // texture coordinate
};
// vertex shader outputs ("vertex to fragment")
struct v2f
{
float2 uv : TEXCOORD0; // texture coordinate
float4 vertex : SV_POSITION; // clip space position
};
float _Cutoff;
// vertex shader
v2f vert(appdata v)
{
v2f o;
// transform position to clip space
// (multiply with model*view*projection matrix)
o.vertex = UnityObjectToClipPos(v.vertex);
// just pass the texture coordinate
o.uv = v.uv;
return o;
}
// texture we will sample
sampler2D _MainTex;
// pixel shader; returns low precision ("fixed4" type)
// color ("SV_Target" semantic)
fixed4 frag(v2f i) : SV_Target
{
// sample texture and return it
fixed4 col = tex2D(_MainTex, i.uv);
clip(col.a - _Cutoff);
return col;
}
ENDCG
}
ColorMask ARGB
CGPROGRAM
#pragma surface surf Standard
#pragma target 3.0
struct Input
{
float2 uv_MainTex;
float facing : VFACE;
};
sampler2D _MainTex;
float _Cutoff;
fixed4 _Color;
half _Glossiness;
half _Metallic;
void surf(Input IN, inout SurfaceOutputStandard o)
{
fixed4 c = tex2D(_MainTex, IN.uv_MainTex) * _Color;
clip(c.a - _Cutoff);
o.Albedo = c;
o.Metallic = _Metallic * (IN.facing);
o.Smoothness = _Glossiness * (IN.facing);
o.Alpha = c.a;
o.Normal *= -1 * IN.facing;
}
ENDCG
}
FallBack "Transparent/Cutout/VertexLit"
}
Assets/UMA/Content/Hair/Shader/UnityHairShader-master/Version6/Modern Hair V6-B.shader.meta
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Assets/UMA/Content/Hair/Shader/UnityHairShader-master/Version9.meta
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Assets/UMA/Content/Hair/Shader/UnityHairShader-master/Version9/AlphaCoverageAnisoHair.shader
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Shader "Hair/Hair Mark 9"
{
Properties
{
_Color("Color", Color) = (1,1,1,1)
_MainTex ("Texture", 2D) = "white" {}
_Cutoff ("Alpha cutoff", Range(0,1)) = 0.4
_CutoffOffset ("Alpha cutoff shadows", Range(0,1)) = 0.4
_MipScale ("Mip Level Alpha Scale", Range(0,1)) = 0.25
_MipScaleOffset ("Shadow Scale", Range(0,3)) = 1.5
_ShadowScaleOffset ("Shadow Scale Offset", float) = -0.001
_Spec("Spec Color", Color) = (1,1,1,1)
_Gloss("Gloss", float) = 1.0
_AnisoOffset("Aniso Offset", float) = 1.0
_Flatness("Flatness", float) = 0.5
_Smoother("Lighting Smoother", float) = 4
_RimPower("Rim Lighting", Range(0,2)) = 0
_RimAngle("Rim Angle", Range(0,20)) = 1
_AnisoTwo("Aniso", float) = 1.0
_AnisoThree("Strandiness", float) = 1.0
_AnisoFour("Strand Highlight Cutoff", float) = 1.0
_AnisoDir("Aniso Dir", Vector) = (0.5,0.5,1.0,1.0)
_BlueNoiseCrossfade("Blue Noise Texture", 2D) = "white" {}
}
SubShader
{
Tags { "RenderQueue"="AlphaTest" "RenderType"="TransparentCutout" }
Cull Off
Pass
{
Tags { "LightMode"="ForwardBase" }
//AlphaToMask On
ZWrite On
ColorMask RGB
CGPROGRAM
#pragma vertex vert
#pragma fragment frag
#pragma multi_compile_fwdbase
#include "UnityCG.cginc"
#include "Lighting.cginc"
#include "AutoLight.cginc"
#include "DitherFunctions.cginc"
struct appdata
{
float4 vertex : POSITION;
float2 uv : TEXCOORD0;
half3 normal : NORMAL;
};
struct v2f
{
float4 pos : SV_POSITION;
float2 uv : TEXCOORD0;
half3 worldNormal : NORMAL;
half3 viewDir : TEXCOORD1;
float4 screenPos : TEXCOORD2;
LIGHTING_COORDS(3,4)
};
sampler2D _MainTex;
float4 _MainTex_ST;
float4 _MainTex_TexelSize;
fixed _Cutoff;
half _MipScale;
fixed _Gloss;
fixed4 _Spec;
half _AnisoOffset;
half _Flatness;
fixed4 _Color;
float4 _AnisoDir;
float _AnisoTwo;
float _AnisoThree;
float _AnisoFour;
float _Smoother;
float CalcMipLevel(float2 texture_coord)
{
float2 dx = ddx(texture_coord);
float2 dy = ddy(texture_coord);
float delta_max_sqr = max(dot(dx, dx), dot(dy, dy));
return max(0.0, 0.5 * log2(delta_max_sqr));
}
v2f vert (appdata v)
{
v2f o;
o.pos = UnityObjectToClipPos(v.vertex);
o.uv = TRANSFORM_TEX(v.uv, _MainTex);
o.worldNormal = UnityObjectToWorldNormal(v.normal);
o.viewDir = ObjSpaceViewDir(v.vertex);
o.screenPos = ComputeScreenPos(UnityObjectToClipPos(v.vertex));
TRANSFER_VERTEX_TO_FRAGMENT(o);
return o;
}
float _RimAngle;
float _RimPower;
inline fixed4 CalculateLighting(v2f i, fixed facing : VFACE, fixed4 albedo) {
float3 lightDir = normalize(_WorldSpaceLightPos0.xyz);
float3 worldNormal = i.worldNormal * facing;
fixed3 h = normalize(normalize(lightDir) + normalize(i.viewDir));
float d = max(dot(lightDir, worldNormal), dot(lightDir, worldNormal * -1));
float NdotL = saturate(d * _Smoother + _Flatness);
fixed HdotA = dot(normalize(worldNormal + _AnisoDir.rgb), h);
float aniso = max(0, sin(radians((HdotA + _AnisoOffset) * 180)));
float specX = saturate(dot(worldNormal, h));
float rim = saturate(pow(max(dot(i.worldNormal * facing, i.viewDir), dot(i.worldNormal * facing, i.viewDir)), _RimAngle)) * _RimPower;
float3 spec = saturate((pow(lerp(specX, aniso, _AnisoTwo), _Gloss * 128) + rim) * _Spec);
float maxAlbedo = max(max(albedo.r, albedo.g), albedo.b);
spec = lerp(spec, spec*saturate(((maxAlbedo - _AnisoFour)*(1.0 / _AnisoFour))), _AnisoThree);
fixed4 c;
half3 sh9 = ShadeSH9(float4(worldNormal.rgb,1.0));
c.rgb = ((albedo * _LightColor0.rgb * NdotL * 0.5) + (_LightColor0.rgb * spec * maxAlbedo))
* (LIGHT_ATTENUATION(i) * 2)
+ (sh9 * albedo);
c.a = albedo.a;
//clip(albedo.Alpha - _Cutoff);
return c;
}
fixed4 frag (v2f i, fixed facing : VFACE) : SV_Target
{
fixed4 col = tex2D(_MainTex, i.uv) * _Color;
// rescale alpha by mip level (if not using preserved coverage mip maps)
col.a *= 1 + max(0, CalcMipLevel(i.uv * _MainTex_TexelSize.zw)) * _MipScale;
// rescale alpha by partial derivative
col.a = (col.a - _Cutoff) / max(fwidth(col.a), 0.0001) + 0.5;
half3 worldNormal = normalize(i.worldNormal * facing);
col = CalculateLighting(i, facing, col);
//col.rg = (i.screenPos.xy / i.screenPos.w);
ditherClip(i.screenPos.xy / i.screenPos.w, col.a, _Cutoff);
return col;
}
ENDCG
}
Pass
{
Tags { "LightMode"="ForwardBase" }
AlphaToMask Off
ZWrite Off
ZTest Less
Cull Off
ColorMask RGB
Blend SrcAlpha OneMinusSrcAlpha
CGPROGRAM
#pragma vertex vert
#pragma fragment frag
#pragma multi_compile_fwdbase
#include "UnityCG.cginc"
#include "Lighting.cginc"
#include "AutoLight.cginc"
#include "DitherFunctions.cginc"
struct appdata
{
float4 vertex : POSITION;
float2 uv : TEXCOORD0;
half3 normal : NORMAL;
};
struct v2f
{
float4 pos : SV_POSITION;
float2 uv : TEXCOORD0;
half3 worldNormal : NORMAL;
half3 viewDir : TEXCOORD1;
float4 screenPos : TEXCOORD2;
LIGHTING_COORDS(3,4)
};
sampler2D _MainTex;
float4 _MainTex_ST;
float4 _MainTex_TexelSize;
fixed _Cutoff;
half _MipScale;
fixed _Gloss;
fixed4 _Spec;
half _AnisoOffset;
half _Flatness;
fixed4 _Color;
float4 _AnisoDir;
float _AnisoTwo;
float _AnisoThree;
float _AnisoFour;
float _Smoother;
float CalcMipLevel(float2 texture_coord)
{
float2 dx = ddx(texture_coord);
float2 dy = ddy(texture_coord);
float delta_max_sqr = max(dot(dx, dx), dot(dy, dy));
return max(0.0, 0.5 * log2(delta_max_sqr));
}
v2f vert (appdata v)
{
v2f o;
o.pos = UnityObjectToClipPos(v.vertex);
o.uv = TRANSFORM_TEX(v.uv, _MainTex);
o.worldNormal = UnityObjectToWorldNormal(v.normal);
o.viewDir = ObjSpaceViewDir(v.vertex);
o.screenPos = ComputeScreenPos(UnityObjectToClipPos(v.vertex));
TRANSFER_VERTEX_TO_FRAGMENT(o);
return o;
}
float _RimAngle;
float _RimPower;
inline fixed4 CalculateLighting(v2f i, fixed facing : VFACE, fixed4 albedo) {
float3 lightDir = normalize(_WorldSpaceLightPos0.xyz);
float3 worldNormal = i.worldNormal * facing;
fixed3 h = normalize(normalize(lightDir) + normalize(i.viewDir));
float d = max(dot(lightDir, worldNormal), dot(lightDir, worldNormal * -1));
float NdotL = saturate(d * _Smoother + _Flatness);
fixed HdotA = dot(normalize(worldNormal + _AnisoDir.rgb), h);
float aniso = max(0, sin(radians((HdotA + _AnisoOffset) * 180)));
float specX = saturate(dot(worldNormal, h));
float rim = saturate(pow(max(dot(i.worldNormal * facing, i.viewDir), dot(i.worldNormal * facing, i.viewDir)), _RimAngle)) * _RimPower;
float3 spec = saturate((pow(lerp(specX, aniso, _AnisoTwo), _Gloss * 128) + rim) * _Spec);
float maxAlbedo = max(max(albedo.r, albedo.g), albedo.b);
spec = lerp(spec, spec*saturate(((maxAlbedo - _AnisoFour)*(1.0 / _AnisoFour))), _AnisoThree);
fixed4 c;
half3 sh9 = ShadeSH9(float4(worldNormal.rgb,1.0));
c.rgb = ((albedo * _LightColor0.rgb * NdotL * 0.5) + (_LightColor0.rgb * spec * maxAlbedo))
* (LIGHT_ATTENUATION(i) * 2)
+ (sh9 * albedo);
c.a = albedo.a;
//clip(albedo.Alpha - _Cutoff);
return c;
}
fixed4 frag (v2f i, fixed facing : VFACE) : SV_Target
{
fixed4 col = tex2D(_MainTex, i.uv) * _Color;
// rescale alpha by mip level (if not using preserved coverage mip maps)
//col.a *= 1 + max(0, CalcMipLevel(i.uv * _MainTex_TexelSize.zw)) * _MipScale;
// rescale alpha by partial derivative
//col.a = (col.a - _Cutoff) / max(fwidth(col.a), 0.0001) + 0.5;
half3 worldNormal = normalize(i.worldNormal * facing);
col = CalculateLighting(i, facing, col);
//ditherClip(i.screenPos.xy / i.screenPos.w, 1.0 - col.a, _Cutoff);
col.a = saturate(col.a * (1/_Cutoff));
return col;
}
ENDCG
}
/*
Pass {
Name "CASTER"
Tags { "LIGHTMODE"="SHADOWCASTER" "QUEUE"="AlphaTest" "IGNOREPROJECTOR"="true" "SHADOWSUPPORT"="true" "RenderType"="TransparentCutout" }
//AlphaToMask On
Cull Off
ZWrite On
CGPROGRAM
#include "HLSLSupport.cginc"
#include "UnityShaderVariables.cginc"
#include "UnityShaderUtilities.cginc"
#pragma vertex vert
#pragma fragment frag
#pragma target 2.0
#pragma multi_compile_shadowcaster
#pragma multi_compile_instancing // allow instanced shadow pass for most of the shaders
#include "UnityCG.cginc"
struct v2f {
V2F_SHADOW_CASTER;
float2 uv : TEXCOORD1;
UNITY_VERTEX_OUTPUT_STEREO
};
uniform float4 _MainTex_ST;
float _ShadowScaleOffset;
v2f vert( appdata_base v )
{
v2f o;
v.vertex.xyz += v.normal.xyz * _ShadowScaleOffset;
UNITY_SETUP_INSTANCE_ID(v);
UNITY_INITIALIZE_VERTEX_OUTPUT_STEREO(o);
TRANSFER_SHADOW_CASTER_NORMALOFFSET(o)
o.uv = TRANSFORM_TEX(v.texcoord, _MainTex);
return o;
}
uniform sampler2D _MainTex;
float4 _MainTex_TexelSize;
uniform fixed _CutoffOffset;
uniform fixed4 _Color;
half _MipScaleOffset;
float CalcMipLevel(float2 texture_coord)
{
float2 dx = ddx(texture_coord);
float2 dy = ddy(texture_coord);
float delta_max_sqr = max(dot(dx, dx), dot(dy, dy));
return max(0.0, 0.5 * log2(delta_max_sqr));
}
float4 frag( v2f i ) : SV_Target
{
fixed4 col = tex2D( _MainTex, i.uv );
//col.a *= 1 + max(0, CalcMipLevel(i.uv * _MainTex_TexelSize.zw)) * _MipScaleOffset;
//col.a -= _CutoffOffset + 0.1;
//col.a = (col.a - _CutoffOffset) / max(fwidth(col.a), 0.0) + 0.5;
clip( col.a - _CutoffOffset);
SHADOW_CASTER_FRAGMENT(i)
}
ENDCG
}
*/
Pass
{
Name "CASTER"
Tags { "LIGHTMODE"="SHADOWCASTER" "QUEUE"="AlphaTest" "IGNOREPROJECTOR"="true" "SHADOWSUPPORT"="true" "RenderType"="TransparentCutout" }
CGPROGRAM
#include "UnityCG.cginc"
#include "DitherFunctions.cginc"
#pragma vertex vert
#pragma fragment frag
float4 _Color;
float4 _MainTex_ST; // For the Main Tex UV transform
sampler2D _MainTex; // Texture used for the line
float _MipScaleOffset;
float _CutoffOffset;
struct v2f
{
float4 pos : POSITION;
float2 uv : TEXCOORD0;
float4 screenPos : TEXCOORD1;
};
v2f vert(appdata_base v)
{
v2f o;
o.pos = UnityObjectToClipPos(v.vertex);
o.uv = TRANSFORM_TEX(v.texcoord, _MainTex);
o.screenPos = ComputeScreenPos(UnityObjectToClipPos(v.vertex));
return o;
}
float4 frag(v2f i) : COLOR
{
float4 col = _Color * tex2D(_MainTex, i.uv);
ditherClip(i.screenPos.xy / i.screenPos.w, col.a * _MipScaleOffset, _CutoffOffset);
return float4(0,0,0,0);
}
ENDCG
}
}
FallBack "Transparent/Cutout/Specular"
}
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Assets/UMA/Content/Hair/Shader/UnityHairShader-master/Version9/AlphaTest-VertexLit.shader
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// Unity built-in shader source. Copyright (c) 2016 Unity Technologies. MIT license (see license.txt)
Shader "Legacy Shaders/Transparent/Cutout/VertexLit" {
Properties {
_Color ("Main Color", Color) = (1,1,1,1)
_SpecColor ("Spec Color", Color) = (1,1,1,0)
_Emission ("Emissive Color", Color) = (0,0,0,0)
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LOD 100
// Non-lightmapped
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AlphaToMask True
ColorMask RGB
Material {
Diffuse [_Color]
Ambient [_Color]
Shininess [_Shininess]
Specular [_SpecColor]
Emission [_Emission]
}
Lighting On
SeparateSpecular On
SetTexture [_MainTex] {
Combine texture * primary DOUBLE, texture * primary
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Pass {
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AlphaToMask True
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Bind "Vertex", vertex
Bind "normal", normal
Bind "texcoord1", texcoord0 // lightmap uses 2nd uv
Bind "texcoord", texcoord1 // main uses 1st uv
}
SetTexture [unity_Lightmap] {
matrix [unity_LightmapMatrix]
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combine texture * constant
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Bind "texcoord1", texcoord1 // unused
Bind "texcoord", texcoord2 // main uses 1st uv
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SetTexture [unity_Lightmap] {
matrix [unity_LightmapMatrix]
combine texture * texture alpha DOUBLE
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SetTexture [unity_Lightmap] {
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combine previous * constant
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// Pass to render object as a shadow caster
Pass {
Name "Caster"
Tags { "LightMode" = "ShadowCaster" }
CGPROGRAM
#pragma vertex vert
#pragma fragment frag
#pragma target 2.0
#pragma multi_compile_shadowcaster
#pragma multi_compile_instancing // allow instanced shadow pass for most of the shaders
#include "UnityCG.cginc"
struct v2f {
V2F_SHADOW_CASTER;
float2 uv : TEXCOORD1;
UNITY_VERTEX_OUTPUT_STEREO
};
uniform float4 _MainTex_ST;
v2f vert( appdata_base v )
{
v2f o;
UNITY_SETUP_INSTANCE_ID(v);
UNITY_INITIALIZE_VERTEX_OUTPUT_STEREO(o);
TRANSFER_SHADOW_CASTER_NORMALOFFSET(o)
o.uv = TRANSFORM_TEX(v.texcoord, _MainTex);
return o;
}
uniform sampler2D _MainTex;
uniform fixed _Cutoff;
uniform fixed4 _Color;
float4 frag( v2f i ) : SV_Target
{
fixed4 texcol = tex2D( _MainTex, i.uv );
clip( texcol.a*_Color.a - _Cutoff );
SHADOW_CASTER_FRAGMENT(i)
}
ENDCG
}
}
}
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Assets/UMA/Content/Hair/Shader/UnityHairShader-master/Version9/DitherFunctions.cginc
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// From: https://github.com/gkjohnson/unity-dithered-transparency-shader
// MIT License
//Copyright (c) 2017 Garrett Johnson
//Permission is hereby granted, free of charge, to any person obtaining a copy
//of this software and associated documentation files (the "Software"), to deal
//in the Software without restriction, including without limitation the rights
//to use, copy, modify, merge, publish, distribute, sublicense, and/or sell
//copies of the Software, and to permit persons to whom the Software is
//furnished to do so, subject to the following conditions:
//The above copyright notice and this permission notice shall be included in all
//copies or substantial portions of the Software.
//THE SOFTWARE IS PROVIDED "AS IS", WITHOUT WARRANTY OF ANY KIND, EXPRESS OR
//IMPLIED, INCLUDING BUT NOT LIMITED TO THE WARRANTIES OF MERCHANTABILITY,
//FITNESS FOR A PARTICULAR PURPOSE AND NONINFRINGEMENT. IN NO EVENT SHALL THE
//AUTHORS OR COPYRIGHT HOLDERS BE LIABLE FOR ANY CLAIM, DAMAGES OR OTHER
//LIABILITY, WHETHER IN AN ACTION OF CONTRACT, TORT OR OTHERWISE, ARISING FROM,
//OUT OF OR IN CONNECTION WITH THE SOFTWARE OR THE USE OR OTHER DEALINGS IN THE
//SOFTWARE.
#ifndef __DITHER_FUNCTIONS__
#define __DITHER_FUNCTIONS__
#include "UnityCG.cginc"
// Returns > 0 if not clipped, < 0 if clipped based
// on the dither
// For use with the "clip" function
// pos is the fragment position in screen space from [0,1]
float isDithered(float2 pos, float alpha) {
pos *= _ScreenParams.xy;
// Define a dither threshold matrix which can
// be used to define how a 4x4 set of pixels
// will be dithered
float DITHER_THRESHOLDS[16] =
{
1.0 / 17.0, 9.0 / 17.0, 3.0 / 17.0, 11.0 / 17.0,
13.0 / 17.0, 5.0 / 17.0, 15.0 / 17.0, 7.0 / 17.0,
4.0 / 17.0, 12.0 / 17.0, 2.0 / 17.0, 10.0 / 17.0,
16.0 / 17.0, 8.0 / 17.0, 14.0 / 17.0, 6.0 / 17.0
};
uint index = (uint(pos.x) % 4) * 4 + uint(pos.y) % 4;
return alpha - DITHER_THRESHOLDS[index];
}
// Returns whether the pixel should be discarded based
// on the dither texture
// pos is the fragment position in screen space from [0,1]
float isDithered(float2 pos, float alpha, sampler2D tex, float scale) {
pos *= _ScreenParams.xy;
// offset so we're centered
pos.x -= _ScreenParams.x / 2;
pos.y -= _ScreenParams.y / 2;
// scale the texture
pos.x /= scale;
pos.y /= scale;
// ensure that we clip if the alpha is zero by
// subtracting a small value when alpha == 0, because
// the clip function only clips when < 0
return alpha - tex2D(tex, pos.xy).r - 0.0001 * (1 - ceil(alpha));
}
// Helpers that call the above functions and clip if necessary
void ditherClip(float2 pos, float alpha) {
clip(isDithered(pos, alpha));
}
sampler2D _BlueNoiseCrossfade;
float4 _BlueNoiseCrossfade_TexelSize;
float rand(float2 co){
return frac(sin(dot(co.xy ,float2(12.9898,78.233))) * 43758.5453);
}
void ditherClip(float2 pos, float alpha, float clipV) {
pos *= _ScreenParams.xy;
//clip(isDithered(pos, alpha));
float2 vpos = float2((pos.x + pos.y), alpha);
clip(tex2D(_BlueNoiseCrossfade, vpos).r - clipV);
}
void ditherClip(float2 pos, float alpha, sampler2D tex, float scale) {
clip(isDithered(pos, alpha, tex, scale));
}
#endif
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