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= 1.0) ? 1.0 : (color[i] > 0.0) ? color2[i] : 0.0;
}
return D2DBlendBasicRgb(f, b, saturate(color));
}
inline minfloat3 D2DBlendLinearBurnRgb(minfloat4 f, minfloat4 b)
{
return D2DBlendBasicRgb(f, b, saturate(UnPremultiply(f).rgb + UnPremultiply(b).rgb - 1));
}
inline minfloat3 D2DBlendDarkerColorRgb(minfloat4 f, minfloat4 b)
{
minfloat3 uf = UnPremultiply(f).rgb;
minfloat3 ub = UnPremultiply(b).rgb;
minfloat3 color = D2DBlendGetLuminosity(uf) < D2DBlendGetLuminosity(ub) ? uf : ub;
return D2DBlendBasicRgb(f, b, color);
}
inline minfloat3 D2DBlendLightenRgb(minfloat4 f, minfloat4 b)
{
// Does not need alpha unpremultiplication
minfloat3 color = max((1 - f.a) * b.rgb + f.rgb, (1 - b.a) * f.rgb + b.rgb);
return D2DBlendBasicRgb(f, b, color);
}
inline minfloat3 D2DBlendScreenRgb(minfloat4 f, minfloat4 b)
{
// Does not need alpha unpremultiplication
return f.rgb * (1 - b.rgb) + b.rgb;
}
inline minfloat D2DBlendColorDodgeComponent(minfloat f, minfloat b)
{
return (f < 1.0) ? (b / (1.0 - f)) : ceil(b);
}
inline minfloat3 D2DBlendColorDodgeRgb(minfloat4 f, minfloat4 b)
{
minfloat3 uf = UnPremultiply(f).rgb;
minfloat3 ub = UnPremultiply(b).rgb;
minfloat3 color = minfloat3(
D2DBlendColorDodgeComponent(uf.r, ub.r),
D2DBlendColorDodgeComponent(uf.g, ub.g),
D2DBlendColorDodgeComponent(uf.b, ub.b));
return D2DBlendBasicRgb(f, b, saturate(color));
}
inline minfloat3 D2DBlendLinearDodge(minfloat4 f, minfloat4 b)
{
return D2DBlendBasicRgb(f, b, saturate(UnPremultiply(f).rgb + UnPremultiply(b).rgb));
}
inline minfloat3 D2DBlendLighterColorRgb(minfloat4 f, minfloat4 b)
{
minfloat3 uf = UnPremultiply(f).rgb;
minfloat3 ub = UnPremultiply(b).rgb;
minfloat3 color = D2DBlendGetLuminosity(uf) > D2DBlendGetLuminosity(ub) ? uf : ub;
return D2DBlendBasicRgb(f, b, color);
}
inline minfloat3 D2DBlendOverlayRgb(minfloat4 f, minfloat4 b)
{
// This accomplishes the following without branching:
//
// if (dest < 0.5) return 2 * source * dest;
// else return 1 - 2 * (1 - source) * (1 - dest);
minfloat3 uf = UnPremultiply(f).rgb;
minfloat3 ub = UnPremultiply(b).rgb;
minfloat3 color = lerp(2 * uf * ub, 2 * lerp(uf, 1, ub) - 1, round(ub));
return D2DBlendBasicRgb(f, b, color);
}
inline minfloat3 D2DBlendSoftLightRgb(minfloat4 f, minfloat4 b)
{
// This accomplishes the following without branching:
//
// if (source < 0.5) return dest * (1 + (1 - dest) * (2 * source - 1))
// if (dest <= 9/64) return ((9 * g_vectorOneMin16 - 18 * source) * dest + 5.76 * source - 1.88 * g_vectorOneMin16) * dest;
// else return dest + (sqrt(dest) - dest) * (2 * source - g_vectorOneMin16);
//
// lerp is used to simulate if/else conditions.
minfloat3 uf = UnPremultiply(f).rgb;
minfloat3 ub = UnPremultiply(b).rgb;
minfloat3 color = lerp(ub * (1 + (1 - ub) * (2 * uf - 1)),
lerp(((9 - 18 * uf) * ub + 5.76 * uf - 1.88) * ub,
ub + (sqrt(ub) - ub) * (2 * uf - 1),
round(ub + (0.359375 - 0.001))), round(uf));
return D2DBlendBasicRgb(f, b, color);
}
inline minfloat3 D2DBlendHardLightRgb(minfloat4 f, minfloat4 b)
{
minfloat3 uf = UnPremultiply(f).rgb;
minfloat3 ub = UnPremultiply(b).rgb;
minfloat3 color = lerp(2 * ub * uf, 2 * lerp(ub, 1, uf) - 1, round(uf));
return D2DBlendBasicRgb(f, b, color);
}
inline minfloat D2DBlendVividLightComponent(minfloat f, minfloat b)
{
minfloat c = f + 0.5 * (b - 1);
return (f < 0.5)
? ((f > 0) ? (c / f) : 0)
: ((f < 1) ? (0.5 * b / (1 - f)) : 1);
}
inline minfloat3 D2DBlendVividLightRgb(minfloat4 f, minfloat4 b)
{
minfloat3 uf = UnPremultiply(f).rgb;
minfloat3 ub = UnPremultiply(b).rgb;
minfloat3 color = minfloat3(
D2DBlendVividLightComponent(uf.r, ub.r),
D2DBlendVividLightComponent(uf.g, ub.g),
D2DBlendVividLightComponent(uf.b, ub.b));
return D2DBlendBasicRgb(f, b, saturate(color));
}
inline minfloat3 D2DBlendLinearLightRgb(minfloat4 f, minfloat4 b)
{
minfloat3 color = saturate(UnPremultiply(b).rgb + 2 * UnPremultiply(f).rgb - 1);
return D2DBlendBasicRgb(f, b, color);
}
inline minfloat3 D2DBlendPinLightRgb(minfloat4 f, minfloat4 b)
{
minfloat3 uf = UnPremultiply(f).rgb;
minfloat3 ub = UnPremultiply(b).rgb;
minfloat3 color = lerp(min(ub, 2 * uf), max(ub, 2 * uf - 1), round(uf));
return D2DBlendBasicRgb(f, b, color);
}
inline minfloat D2DBlendHardMixComponent(minfloat f, minfloat b)
{
float sum = f + b;
return sum < 0.999 ? 0
: sum > 1.001 ? 1
: b >= f ? 1
: 0;
}
inline minfloat3 D2DBlendHardMixRgb(minfloat4 f, minfloat4 b)
{
minfloat3 uf = UnPremultiply(f).rgb;
minfloat3 ub = UnPremultiply(b).rgb;
minfloat3 color = minfloat3(
D2DBlendHardMixComponent(uf.r, ub.r),
D2DBlendHardMixComponent(uf.g, ub.g),
D2DBlendHardMixComponent(uf.b, ub.b));
return D2DBlendBasicRgb(f, b, color);
}
inline minfloat3 D2DBlendDifferenceRgb(minfloat4 f, minfloat4 b)
{
return D2DBlendBasicRgb(f, b, abs(UnPremultiply(f).rgb - UnPremultiply(b).rgb));
}
inline minfloat3 D2DBlendExclusionRgb(minfloat4 f, minfloat4 b)
{
// Does not need alpha unpremultiplication
return f.rgb + b.rgb - 2 * f.rgb * b.rgb;
}
// TODO: Hue
// TODO: Saturation
// TODO: Color
// TODO: Luminosity
// TODO: Dissolve
inline minfloat3 D2DBlendSubtractRgb(minfloat4 f, minfloat4 b)
{
return D2DBlendBasicRgb(f, b, saturate(UnPremultiply(b).rgb - UnPremultiply(f).rgb));
}
inline minfloat3 D2DBlendDivisionRgb(minfloat4 f, minfloat4 b)
{
minfloat3 uf = UnPremultiply(f).rgb;
minfloat3 ub = UnPremultiply(b).rgb;
minfloat3 color = minfloat3(
D2DBlendSafeDivision(uf.r, ub.r),
D2DBlendSafeDivision(uf.g, ub.g),
D2DBlendSafeDivision(uf.b, ub.b));
return D2DBlendBasicRgb(f, b, color);
} // Copyright (C) Microsoft. All rights reserved.
// HLSL implementation of D2D composite effect modes.
// See: http://msdn.microsoft.com/en-us/library/windows/desktop/hh706320.aspx
#include "Common.hlsl"
inline minfloat4 D2DCompositeSourceOver(minfloat4 src, minfloat4 dest)
{
return src + (1 - src.a) * dest;
}
inline minfloat4 D2DCompositeDestinationOver(minfloat4 src, minfloat4 dest)
{
return (1 - dest.a) * src + dest;
}
inline minfloat4 D2DCompositeSourceIn(minfloat4 src, minfloat4 dest)
{
return dest.a * src;
}
inline minfloat4 D2DCompositeDestinationIn(minfloat4 src, minfloat4 dest)
{
return src.a * dest;
}
inline minfloat4 D2DCompositeSourceOut(minfloat4 src, minfloat4 dest)
{
return (1 - dest.a) * src;
}
inline minfloat4 D2DCompositeDestinationOut(minfloat4 src, minfloat4 dest)
{
return (1 - src.a) * dest;
}
inline minfloat4 D2DCompositeSourceAtop(minfloat4 src, minfloat4 dest)
{
return dest.a * src + (1 - src.a) * dest;
}
inline minfloat4 D2DCompositeDestinationAtop(minfloat4 src, minfloat4 dest)
{
return (1 - dest.a) * src + src.a * dest;
}
inline minfloat4 D2DCompositeXor(minfloat4 src, minfloat4 dest)
{
return (1 - dest.a) * src + (1 - src.a) * dest;
}
inline minfloat4 D2DCompositePlus(minfloat4 src, minfloat4 dest)
{
return src + dest;
}
inline minfloat4 D2DCompositeSourceCopy(minfloat4 src, minfloat4 dest)
{
return src;
}
// D2DCompositeBoundedSourceCopy not supported because we
// don't have a notion of input bounds.
inline minfloat4 D2DCompositeMaskInvert(minfloat4 src, minfloat4 dest)
{
return (1 - dest.a) * src + (1 - src.a) * dest;
} // Copyright (C) Microsoft. All rights reserved.
#include "Common.hlsl"
minfloat4 D2DContrast(minfloat4 color, minfloat contrast)
{
color = UnPremultiply(color);
// (Math from D2D)
// This builds two contiguous polynomials forming an 'S' shape
// in the box from (0, 0) to (1, 1), and passing by (0.5, 0.5)
// TODO: Do this up-front on the CPU (MSFT:3579391)
float s = 1 - (3.0f / 4.0f) * contrast;
float c2 = s - 1;
float b2 = 4 - 3 * s;
float a2 = 2 * c2;
float b1 = s;
float a1 = -a2;
minfloat3 lowResult = color.rgb * (color.rgb * a1 + b1);
minfloat3 highResult = color.rgb * (color.rgb * a2 + b2) + c2;
// Use a single componentwise comparison to select per-channel results.
color.rgb = (color.rgb < 0.5f) ? lowResult : highResult;
return Premultiply(color);
} // Copyright (C) Microsoft. All rights reserved.
#if !defined(D2DLIGHTING_HLSL)
#define D2DLIGHTING_HLSL
#include "Common.hlsl"
static const int LIGHT_TYPE_AMBIENT = 0;
static const int LIGHT_TYPE_DISTANT = 1;
static const int LIGHT_TYPE_POINT = 2;
static const int LIGHT_TYPE_SPOT = 3;
// MSFT: 7069095 - Pick sensible default values
static const float c_defaultAmbientAmount = 1;
static const float c_defaultDiffuseAmount = 0.6f;
static const float c_defaultSpecularShine = 16;
static const float c_defaultSpecularAmount = 0.4f;
// The default normal is <0,0,1>.
static const float3 c_defaultSurfaceNormal = float3(0.0f, 0.0f, 1.0f);
// This is the default normal encoded in premultiplied RGBA8888 for use in SceneLighting.
static const minfloat4 c_defaultNormalHeight = minfloat4(0.5f, 0.5f, 1.0f, 1.0f);
inline float3 GetSurfaceNormal(float4 normalHeight)
{
normalHeight = UnPremultiply(normalHeight);
float3 normal = normalize(normalHeight.xyz * 2 - 1);
// Flip the Y axis, because the standard normal map tools assuming the Y
// in texture coordinate is pointing up, but our Y are pointing down.
normal.y = -normal.y;
return normal;
}
inline float GetSurfaceHeight(float4 normalHeight, float heightMapScale)
{
return normalHeight.w * heightMapScale;
}
inline void PreparePointVectors(float3 pixelXY, float3 lightPosition,
out float3 pixelPosition, out float3 lightVector)
{
pixelPosition = float3(pixelXY.xy, 0.0f);
lightVector = normalize(lightPosition - pixelPosition);
}
inline void PrepareSpotVectors(float3 pixelXY,
float3 lightPosition, float3 lightTargetVector,
float focus, float2 cosConeAngle,
float3 lightColor, out float3 pixelPosition,
out float3 lightVector, out float3 spotLightColor)
{
pixelPosition = float3(pixelXY.xy, 0.0f);
lightVector = normalize(lightPosition - pixelPosition);
spotLightColor = lightColor;
float cosDirection = saturate(dot(-lightVector, lightTargetVector));
// Compute attenuated light color from the position and exponent
spotLightColor *= pow(cosDirection, focus);
// Then cut off the light based on the spotlight cone:
// - if the lightVector is in the inner cone, we'll get full power (1)
// - if the lightVector is in the outer cone, power will fade to 0
// - outside of the outer cone, power will be 0
spotLightColor *= smoothstep(cosConeAngle.y, cosConeAngle.x, cosDirection);
}
inline float CalculateLitPixelDiffuse(minfloat3 surfaceNormal,
minfloat3 lightVector)
{
return max(dot(surfaceNormal, lightVector), 0);
}
inline float3 CalculateLitPixelSpecularUnpremultiplied(minfloat3 surfaceNormal,
minfloat3 lightVector, minfloat exponent)
{
float3 output;
if (dot(surfaceNormal, lightVector) > 0)
{
// Use the eye vector in light space, which points along the Z-axis
float3 halfVector = lightVector + float3(0, 0, 1);
halfVector = normalize(halfVector);
float nDotH = max(dot(surfaceNormal, halfVector), 0);
output = pow(nDotH, exponent);
}
else
{
output = 0;
}
return output;
}
inline float4 CalculateLitPixelSpecular(minfloat3 surfaceNormal,
minfloat3 lightVector, minfloat exponent, minfloat amount,
minfloat3 lightColor)
{
float4 output;
output.rgb = CalculateLitPixelSpecularUnpremultiplied(surfaceNormal,
lightVector, exponent) * amount * lightColor;
// This computes a specular component, meant to be blended atop a diffuse layer,
// so the alpha channel is not opaque
output.a = max(output.r, max(output.g, output.b));
// Premultiply the RGB channels
output.rgb *= output.a;
return output;
}
inline void CalculateLightVector(float3 lightPosition, float3 pixelPosition,
out float distance, out float distanceSq, out float3 lightVector)
{
lightVector = lightPosition - pixelPosition;
distanceSq = dot(lightVector, lightVector);
distance = sqrt(distanceSq);
lightVector /= distance;
}
inline float CalculateAttenuation(float distance, float distanceSq, float3 factors)
{
return saturate(1.0f / (factors.x + distance * factors.y + distanceSq * factors.z));
}
inline minfloat4 D2DDistantDiffuse(float3 surfaceNormal, minfloat3 lightVector,
minfloat diffuseAmount, minfloat3 lightColor)
{
return float4(CalculateLitPixelDiffuse(surfaceNormal, lightVector)
* diffuseAmount * lightColor, 1);
}
inline minfloat4 D2DDistantSpecular(float3 surfaceNormal, minfloat3 lightVector,
minfloat specularShine, minfloat specularAmount, minfloat3 lightColor)
{
return CalculateLitPixelSpecular(surfaceNormal, lightVector,
specularShine, specularAmount, lightColor);
}
inline minfloat4 D2DPointDiffuse(float3 surfaceNormal, minfloat3 pixelXY,
minfloat3 lightPosition, minfloat diffuseAmount,
minfloat3 lightColor)
{
float3 pixelPosition;
float3 lightVector;
PreparePointVectors(pixelXY, lightPosition,
pixelPosition, lightVector);
return float4(CalculateLitPixelDiffuse(surfaceNormal, lightVector)
* diffuseAmount * lightColor, 1);
}
inline minfloat4 D2DPointSpecular(float3 surfaceNormal, minfloat3 pixelXY,
minfloat3 lightPosition, minfloat specularShine, minfloat specularAmount,
minfloat3 lightColor)
{
float3 pixelPosition;
float3 lightVector;
PreparePointVectors(pixelXY, lightPosition,
pixelPosition, lightVector);
return CalculateLitPixelSpecular(surfaceNormal, lightVector,
specularShine, specularAmount, lightColor);
}
inline minfloat4 D2DSpotDiffuse(float3 surfaceNormal, minfloat3 pixelXY,
minfloat3 lightPosition, minfloat3 lightTargetVector,
minfloat focus, minfloat2 cosConeAngle,
minfloat diffuseAmount, minfloat3 lightColor)
{
float3 pixelPosition;
float3 lightVector;
float3 spotLightColor;
PrepareSpotVectors(pixelXY, lightPosition, lightTargetVector,
focus, cosConeAngle, lightColor,
pixelPosition, lightVector, spotLightColor);
return float4(CalculateLitPixelDiffuse(surfaceNormal, lightVector)
* diffuseAmount * spotLightColor, 1);
}
inline minfloat4 D2DSpotSpecular(float3 surfaceNormal, minfloat3 pixelXY,
minfloat3 lightPosition, minfloat3 lightTargetVector,
minfloat focus, minfloat2 cosConeAngle,
minfloat specularShine, minfloat specularAmount,
minfloat3 lightColor)
{
float3 pixelPosition;
float3 lightVector;
float3 spotLightColor;
PrepareSpotVectors(pixelXY, lightPosition, lightTargetVector,
focus, cosConeAngle, lightColor,
pixelPosition, lightVector, spotLightColor);
return CalculateLitPixelSpecular(surfaceNormal, lightVector,
specularShine, specularAmount, spotLightColor);
}
struct LightInfo
{
float4 color;
float3 position;
float cosInnerAngle;
float4 outerColor;
float3 direction;
float cosOuterAngle;
float3 attenuation;
int type;
};
struct MaterialInfo
{
float3 ambientColor;
float3 diffuseColor;
float specularShine;
float3 specularColor;
};
inline minfloat3 CompositionSceneLightAmbient(float4 lightColor, MaterialInfo material)
{
return lightColor.rgb * material.ambientColor;
}
inline minfloat3 CompositionSceneLightDistant(minfloat3 surfaceNormal,
LightInfo light, MaterialInfo material)
{
float3 lightVector = -light.direction;
float3 diffuse = material.diffuseColor * CalculateLitPixelDiffuse(surfaceNormal, lightVector);
float3 specular = material.specularColor * CalculateLitPixelSpecularUnpremultiplied(surfaceNormal,
lightVector, material.specularShine);
return (diffuse + specular) * light.color.rgb;
}
inline minfloat3 CompositionSceneLightPoint(minfloat3 surfaceNormal, minfloat3 pixelPosition,
LightInfo light, MaterialInfo material)
{
float3 lightVector;
float distance;
float distanceSq;
CalculateLightVector(light.position, pixelPosition,
distance, distanceSq, lightVector);
float atten = CalculateAttenuation(distance, distanceSq, light.attenuation);
float3 lightColor = light.color.rgb * atten;
float3 diffuse = material.diffuseColor * CalculateLitPixelDiffuse(surfaceNormal, lightVector);
float3 specular = material.specularColor * CalculateLitPixelSpecularUnpremultiplied(surfaceNormal,
lightVector, material.specularShine);
return (diffuse + specular) * lightColor;
}
inline minfloat3 CompositionSceneLightSpot(minfloat3 surfaceNormal, minfloat3 pixelPosition,
LightInfo light, MaterialInfo material)
{
float3 lightVector;
float distance;
float distanceSq;
CalculateLightVector(light.position, pixelPosition,
distance, distanceSq, lightVector);
float atten = CalculateAttenuation(distance, distanceSq, light.attenuation);
float cosDirection = saturate(dot(-lightVector, light.direction));
float smoothFactor = smoothstep(light.cosOuterAngle, light.cosInnerAngle, cosDirection);
float linearFactor = saturate((cosDirection - light.cosOuterAngle) / (light.cosInnerAngle - light.cosOuterAngle));
float3 spotLightColor = lerp(light.outerColor.rgb, light.color.rgb, linearFactor) * smoothFactor * atten;
float3 diffuse = material.diffuseColor * CalculateLitPixelDiffuse(surfaceNormal, lightVector);
float3 specular = material.specularColor * CalculateLitPixelSpecularUnpremultiplied(surfaceNormal,
lightVector, material.specularShine);
return (diffuse + specular) * spotLightColor;
}
inline float4 UberLightingArray(float lightsEnabled, LightInfo lights[2], float4 ambientLightColor,
minfloat4 normalHeight, minfloat3 pixelPosition,
minfloat4 tangentLightSpace, minfloat3 normalLightSpace,
MaterialInfo material)
{
float3 result = 0;
if (lightsEnabled > 0.5f)
{
float3 surfaceNormal = GetSurfaceNormal(normalHeight);
float3x3 matTangentToLight;
matTangentToLight[0] = normalize(tangentLightSpace.xyz);
matTangentToLight[2] = normalize(normalLightSpace);
matTangentToLight[1] = cross(matTangentToLight[2], matTangentToLight[0]) * tangentLightSpace.w;
surfaceNormal = mul(surfaceNormal, matTangentToLight);
result += CompositionSceneLightAmbient(ambientLightColor, material);
[unroll]
for (int i = 0; i < 2; i++)
{
if (LIGHT_TYPE_DISTANT == lights[i].type)
{
result += CompositionSceneLightDistant(surfaceNormal, lights[i], material);
}
else if (LIGHT_TYPE_POINT == lights[i].type)
{
result += CompositionSceneLightPoint(surfaceNormal, pixelPosition, lights[i], material);
}
else if (LIGHT_TYPE_SPOT == lights[i].type)
{
result += CompositionSceneLightSpot(surfaceNormal, pixelPosition, lights[i], material);
}
}
}
else
{
// When no light is on, keep the visual as it's original apprance
result = 1;
}
// If the normal map is transparent black, return transparent black.
result = any(normalHeight) ? result : 0;
return float4(result, 1);
}
// Effect constant buffers are always bound to slot 0, bind the light buffer to 1.
cbuffer LightConstants : register(b1)
{
LightInfo lights[2];
float4 ambientLightColor;
float lightsEnabled;
}
inline float4 UberLighting(minfloat4 normalHeight, minfloat3 pixelXY,
minfloat4 tangentLightSpace, minfloat3 normalLightSpace,
minfloat3 ambientColor, minfloat3 diffuseColor, minfloat specularShine, minfloat3 specularColor)
{
MaterialInfo material;
material.ambientColor = ambientColor;
material.diffuseColor = diffuseColor;
material.specularShine = specularShine;
material.specularColor = specularColor;
return UberLightingArray(lightsEnabled, lights, ambientLightColor,
normalHeight, pixelXY, tangentLightSpace, normalLightSpace,
material);
}
MaterialInfo DefaultMaterialInfo(float3 unPremultipliedColor)
{
MaterialInfo material;
material.ambientColor = c_defaultAmbientAmount * unPremultipliedColor;
material.diffuseColor = c_defaultDiffuseAmount * unPremultipliedColor;
material.specularShine = c_defaultSpecularShine;
material.specularColor = c_defaultSpecularAmount * unPremultipliedColor;
return material;
}
float3 AmbientLightingLib(float3 unPremultipliedColor)
{
MaterialInfo material = DefaultMaterialInfo(unPremultipliedColor);
return CompositionSceneLightAmbient(ambientLightColor, material);
}
float3 DistantLightingLib(float3 NormalXYZ_LightSpace, float3 unPremultipliedColor, int index)
{
MaterialInfo material = DefaultMaterialInfo(unPremultipliedColor);
return CompositionSceneLightDistant(NormalXYZ_LightSpace, lights[index], material);
}
float3 PointLightingLib(float3 XYZ_LightSpace, float3 NormalXYZ_LightSpace, float3 unPremultipliedColor, int index)
{
MaterialInfo material = DefaultMaterialInfo(unPremultipliedColor);
return CompositionSceneLightPoint(NormalXYZ_LightSpace, XYZ_LightSpace, lights[index], material);
}
float3 SpotLightingLib(float3 XYZ_LightSpace, float3 NormalXYZ_LightSpace, float3 unPremultipliedColor, int index)
{
MaterialInfo material = DefaultMaterialInfo(unPremultipliedColor);
return CompositionSceneLightSpot(NormalXYZ_LightSpace, XYZ_LightSpace, lights[index], material);
}
export void AmbientLightingLib0(float3 XYZ_LightSpace, float3 NormalXYZ_LightSpace, float3 unPremultipliedColor, inout float3 lightingResult)
{
lightingResult += AmbientLightingLib(unPremultipliedColor);
}
export void DistantLightingLib0(float3 XYZ_LightSpace, float3 NormalXYZ_LightSpace, float3 unPremultipliedColor, inout float3 lightingResult)
{
lightingResult += DistantLightingLib(NormalXYZ_LightSpace, unPremultipliedColor, 0);
}
export void DistantLightingLib1(float3 XYZ_LightSpace, float3 NormalXYZ_LightSpace, float3 unPremultipliedColor, inout float3 lightingResult)
{
lightingResult += DistantLightingLib(NormalXYZ_LightSpace, unPremultipliedColor, 1);
}
export void PointLightingLib0(float3 XYZ_LightSpace, float3 NormalXYZ_LightSpace, float3 unPremultipliedColor, inout float3 lightingResult)
{
lightingResult += PointLightingLib(XYZ_LightSpace, NormalXYZ_LightSpace, unPremultipliedColor, 0);
}
export void PointLightingLib1(float3 XYZ_LightSpace, float3 NormalXYZ_LightSpace, float3 unPremultipliedColor, inout float3 lightingResult)
{
lightingResult += PointLightingLib(XYZ_LightSpace, NormalXYZ_LightSpace, unPremultipliedColor, 1);
}
export void SpotLightingLib0(float3 XYZ_LightSpace, float3 NormalXYZ_LightSpace, float3 unPremultipliedColor, inout float3 lightingResult)
{
lightingResult += SpotLightingLib(XYZ_LightSpace, NormalXYZ_LightSpace, unPremultipliedColor, 0);
}
export void SpotLightingLib1(float3 XYZ_LightSpace, float3 NormalXYZ_LightSpace, float3 unPremultipliedColor, inout float3 lightingResult)
{
lightingResult += SpotLightingLib(XYZ_LightSpace, NormalXYZ_LightSpace, unPremultipliedColor, 1);
}
export void PreLightingLib(min10float4 color, out float3 unPremultipliedColor, out float3 lightingResult)
{
unPremultipliedColor = UnPremultiply(color).rgb;
lightingResult = 0;
}
export min10float4 PostLightingLib(float3 lightingResult, float4 color)
{
return min10float4(Premultiply(float4(lightingResult, color.a)));
}
#endif
// Copyright (C) Microsoft. All rights reserved.
// HLSL implementation of the D2D saturation effect.
#include "Common.hlsl"
static const minfloat3 grayFactor = minfloat3(0.2126, 0.7152, 0.0722);
inline minfloat4 D2DSaturation(minfloat4 color, minfloat amount)
{
// Math from https://www.w3.org/TR/filter-effects/#saturateEquivalent
// and https://www.w3.org/TR/SVG/filters.html#feColorMatrixValuesAttribute
// In D2D, if amount is
// 0 -> Fully desaturated
// 1 -> Original color
// 2 -> Maximum possible value, not necessarily fully saturated
minfloat gray = dot(color.rgb, grayFactor);
return minfloat4(lerp(gray.rrr, color.rgb, amount), color.a);
}
inline minfloat4 D2DGrayscale(minfloat4 color)
{
// Math from https://www.w3.org/TR/filter-effects/#grayscaleEquivalent
minfloat gray = dot(color.rgb, grayFactor);
return minfloat4(gray, gray, gray, color.a);
} // Copyright (C) Microsoft. All rights reserved.
#include "Common.hlsl"
// Straight-alpha version
inline minfloat4 D2DSepiaStraight(minfloat4 color, minfloat intensity)
{
// Math from https://www.w3.org/TR/filter-effects/#sepiaEquivalent
minfloat4 result;
result.r = minfloat(
(1 - 0.607 * intensity) * color.r
+ (0.769 * intensity) * color.g
+ (0.189 * intensity) * color.b);
result.g = minfloat(
(0.349 * intensity) * color.r
+ (1 - 0.314 * intensity) * color.g
+ (0.168 * intensity) * color.b);
result.b = minfloat(
(0.272 * intensity) * color.r
+ (0.534 * intensity) * color.g
+ (1 - 0.869 * intensity) * color.b);
result.a = color.a;
return result;
}
// Premultiplied-alpha version
inline minfloat4 D2DSepiaPremultiplied(minfloat4 color, minfloat intensity)
{
return Premultiply(D2DSepiaStraight(UnPremultiply(color), intensity));
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