Hacked By AnonymousFox
| Current Path : C:/Windows/SysWOW64/ |
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| Current File : C:/Windows/SysWOW64/wuceffects.dll |
MZ @ !L!This program cannot be run in DOS mode.
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RaiseFailFastException RtlDllShutdownInProgress %ws wil s t d : : e x c e p t i o n : % h s internal\sdk\inc\wil/resource.h _ p 0 WilError_02 L o c a l \ S M 0 : % d : % d : % h s ܝ-9CNVX W i n d o w s . F o u n d a t i o n . P r o p e r t y V a l u e :2NN+leDQ6F ۛb2OXAlphaMask = * .a; I n v a l i d a n i m a t a b l e p r o p e r t y m a p p i n g . string too long Coefficients ClampOutput ArithComp .x * + .y * .z * .w; = saturate( ); InterpolationMode BorderMode TransformMatrix Sharpness XForm A f f i n e T r a n s f o r m 2 D ' s s o u r c e m u s t b e a s o u r c e p a r a m e t e r . ; Mode Blend Multiply Screen Darken Lighten ColorBurn LinearBurn DarkerColor LighterColor ColorDodge LinearDodge Overlay SoftLight HardLight VividLight LinearLight PinLight HardMix Difference Exclusion Hue Saturation Color Luminosity Subtract Division U n s u p p o r t e d b l e n d m o d e . D2DBlend.hlsl .rgb = D2DBlend Rgb( , .a = D2DBlendAlpha( .a, .a); ExtendX ExtendY Border U n s u p p o r t e d B o r d e r E f f e c t e d g e m o d e . B o r d e r E f f e c t ' s s o u r c e m u s t b e a s o u r c e p a r a m e t e r . ColorMatrix AlphaMode ColorMatrixEffect U n s u p p o r t e d a l p h a m o d e . ColorMatrix4x4 ColorOffset D2DColorMatrix.hlsl D2DColorMatrixPremultiplied D2DColorMatrixStraight ( Contrast ClampInput D2DContrast.hlsl = D2DContrast( PSBody Composite SourceOver DestinationOver SourceIn DestinationIn SourceOut DestinationOut SourceAtop DestinationAtop Xor Plus SourceCopy MaskInvert U n s u p p o r t e d c o m p o s i t e m o d e . D2DComposite.hlsl = D2DComposite Weight CrossFade lerp( d 3 d c o m p i l e r _ 4 7 . d l l D3DReflectLibrary D3DCompile Azimuth Elevation DiffuseAmount HeightMapScale LightColor HeightMapKernelSize HeightMapInterpolationMode DistantDiffuse LightVector c_defaultSurfaceNormal D2DLighting.hlsl = D2DDistantDiffuse( SpecularExponent SpecularAmount DistantSpecular = D2DDistantSpecular( I n v a l i d f l o a t v a l u e Common.hlsl XYZ_Light0Space NormalXYZ_Light0Space XYZ_Light1Space NormalXYZ_Light1Space Output_Normal_TangentSpace WhiteNoise_XY return sample // N o n - f i n i t e f l o a t i n g - p o i n t v a l u e . ) U n e x p e c t e d e f f e c t i n p u t t y p e . onecoreuap\windows\dwm\effects\compiler\effectgenerator.cpp lib_4_0_level_9_3_ps_only PixelShader.hlsl invalid vector<T> subscript vector<T> too long O8T>[K`0˶U n e x p e c t e d e f f e c t p r o p e r t y v a l u e . %f C onecoreuap\windows\dwm\effects\compiler\effectinstance.cpp ExposureValue Exposure Multiplier = minfloat4( .rgb * U n s u p p o r t e d e f f e c t t y p e . I n v a l i d n u m b e r o f s o u r c e s . N o m o r e t h a n t h r e e g r a p h s o u r c e p a r a m e t e r s w i t h w h i t e n o i s e e f f e c t a r e s u p p o r t e d . A g r a p h s o u r c e p a r a m e t e r w i t h a t r a n s f o r m c a n o n l y b e u s e d o n c e . A g r a p h s o u r c e p a r a m e t e r w i t h a b o r d e r e f f e c t c a n o n l y b e u s e d o n c e . N o m o r e t h a n f o u r g r a p h s o u r c e p a r a m e t e r s a r e s u p p o r t e d . onecoreuap\windows\dwm\effects\compiler\flattenedeffectgraph.cpp E f f e c t i s t o o c o m p l e x . None S t r i n g e x c e e d s e x p e c t e d m a x i m u m l e n g t h . onecoreuap\windows\dwm\effects\compiler\buffer.h I n v a l i d e f f e c t i n p u t . Flood RedAmplitude RedExponent RedOffset RedDisable GreenAmplitude GreenExponent GreenOffset GreenDisable BlueAmplitude BlueExponent BlueOffset BlueDisable AlphaAmplitude AlphaExponent AlphaOffset AlphaDisable GammaXfer = UnPremultiply( , rgba * pow( abs( ) + = Premultiply( BlurAmount EffectOptimization GaussianBlur I n v a l i d b l u r b o r d e r m o d e . onecoreuap\windows\dwm\effects\compiler\graphicseffectgraphtraversal.cpp S c e n e L i g h t i n g E f f e c t c a n n o t b e a s o u r c e t o G a u s s i a n B l u r E f f e c t . N o n - t r e e s h a p e d e f f e c t g r a p h . N u l l e f f e c t i n p u t . M a l f o r m e d e f f e c t n a m e . D u p l i c a t e e f f e c t n a m e . M a l f o r m e d n a m e d i n p u t n a m e . U n s u p p o r t e d e f f e c t p r o p e r t y t y p e . U n e x p e c t e d p r o p e r t y t y p e . P r o p e r t y v a l u e o u t o f b o u n d s N u l l a n i m a t a b l e p r o p e r t y n a m e . M u l t i p l y d e f i n e d a n i m a t a b l e p r o p e r t y . M a l f o r m e d a n i m a t a b l e p r o p e r t y n a m e . A n i m a t a b l e p r o p e r t y r e f e r s t o a n e f f e c t n o t i n t h e g r a p h . S p e c i f i e d p r o p e r t y d o e s n o t e x i s t o r c a n n o t b e a n i m a t e d . S p e c i f i e d p r o p e r t y c a n n o t b e a n i m a t e d . M u l t i p l e a n i m a t a b l e p r o p e r t i e s a n i m a t e t h e s a m e v a l u e . list<T> too long s/hD10/qwGrayscale D2DSaturation.hlsl = D2DGrayscale( Angle HueRotation Matrix mul( UnPremultiply( ), )); Invert = Premultiply(minfloat4( 1 - UnPremultiply( ).rgb, .a)); RedSlope GreenSlope BlueSlope AlphaSlope LinearXfer LuminanceToAlpha D2DLuminanceToAlpha.hlsl = D2DLuminanceToAlpha( Opacity PSConstants row_major : packoffset(c xyzw out const // Copyright (C) Microsoft. All rights reserved. // Generated file, do not edit. #include " cbuffer : register(b0) export minfloat4 l p k g U n e x p e c t e d v a r i a b l e s c o p e . _ minfloat minfloat2 minfloat3 minfloat4 minfloat3x2 minfloat4x4 LightPosition PointDiffuse = D2DPointDiffuse( .xyz, PointSpecular = D2DPointSpecular( = D2DSaturation( AmbientAmount SpecularShine ReflectanceModel SceneLighting c_defaultNormalHeight = SceneLightingParameters( 1 0 R^ѕOZdKjIntensity Sepia D2DSepia.hlsl D2DSepiaPremultiplied D2DSepiaStraight ↯-jLZתe FLightTarget Focus LimitingConeAngle SpotDiffuse LightTargetVector LightCosConeAngle = D2DSpotDiffuse( SpotSpecular = D2DSpotSpecular( Temperature Tint TempTint Gains .r * .x, .g, .b * .y, a8>>y@y.8>">s'79>s>隉ŧ7.s:>jي> 7 R;>R>'8
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*** Assertion failed: %ls%ls%ls
*** %s%ls%sSource: `%ls:%ld`
(No kernel debugger is present.) Respond with:
g -- Go (continue)
eb 0x%p 'p';g -- terminate Process
eb 0x%p 't';g -- terminate Thread
or regular debugging.
'i' is only supported with debug builds.
Unrecognized response.
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D 2 D S E P I A . H L S L
N O I S E . H L S L // Copyright (C) Microsoft. All rights reserved.
// HLSL implementation of D2D blend functions.
// See: http://msdn.microsoft.com/en-us/library/windows/desktop/hh706313.aspx
#if !defined(COMMON_HLSL)
#define COMMON_HLSL
// Macro for minimum-precision types (min10float, min16float)
#if defined(MINP_PREFIX)
# define minp(type) MINP_PREFIX##type
#else
# define minp(type) type
#endif
#define minfloat minp(float)
#define minfloat2 minp(float2)
#define minfloat3 minp(float3)
#define minfloat4 minp(float4)
#define minfloat2x2 minp(float2x2)
#define minfloat3x2 minp(float3x2)
#define minfloat3x3 minp(float3x3)
#define minfloat4x4 minp(float4x4)
// Alpha premultiplication and un-premultiplication
minfloat4 Premultiply(minfloat4 color)
{
color.rgb *= color.a;
return color;
}
minfloat4 UnPremultiply(minfloat4 color)
{
// We follow D2D's way of handling alpha = 0
color.rgb = (color.a == 0) ? float3(0, 0, 0) : (color.rgb / color.a);
return color;
}
#endif // Copyright (C) Microsoft. All rights reserved.
// HLSL implementation of D2D blend functions.
// See: http://msdn.microsoft.com/en-us/library/windows/desktop/hh706313.aspx
#include "Common.hlsl"
// Helpers
inline minfloat D2DBlendGetLuminosity(minfloat3 color)
{
return color.r * 0.3 + color.g * 0.59 + color.b * 0.11;
}
inline minfloat D2DBlendSafeDivision(minfloat f, minfloat b)
{
if (f == 0)
{
return b == 0 ? 0 : 1;
}
else
{
return b / f;
}
}
inline minfloat D2DBlendAlpha(minfloat f, minfloat b)
{
// O_A = F_A * (1 - B_A) + B_A
return f + b - f * b;
}
inline minfloat3 D2DBlendBasicRgb(minfloat4 f, minfloat4 b, minfloat3 func)
{
// O_PRGB = f(F_RGB, B_RGB) * F_A * B_A + F_RGB * F_A * (1 - B_A) + B_RGB * B_A * (1 - F_A)
return saturate(func * f.a * b.a
+ f.rgb * f.a * (1 - b.a)
+ b.rgb * b.a * (1 - f.a));
}
// This function applies the provided luminosity value to the dest, replacing dest's luminosity.
// We pass in destSat as an optimization, so we don't need to recalculate it:
inline minfloat3 D2DBlendApplySourceLumToDest(minfloat3 dest, minfloat destSat, minfloat sourceLum)
{
minfloat destLum = D2DBlendGetLuminosity(dest);
minfloat lumDifference = sourceLum - destLum;
minfloat3 color = dest + lumDifference.xxx;
minfloat factor1 = destSat - destLum;
minfloat factor2 = 1 - sourceLum;
return lerp(sourceLum + (((color - sourceLum.xxx) * sourceLum) / destLum),
lerp(sourceLum + (((color - sourceLum.xxx) * factor2) / factor1),
color,
step(factor1, factor2)),
step(0, lumDifference));
}
// This function generates a new RGB output, taking its hue, saturation, and luminosity from the three RGB inputs.
inline minfloat3 D2DBlendApplyHueSatLum(minfloat3 hueSource, minfloat3 satSource, minfloat3 lumSource, minfloat3 lumFallback)
{
//
// We need to calculate the min and max of the hueSource and satSource. To save instructions, pack
// these two values into vectors, allowing for the comparisons for both to be done in parallel.
//
minfloat2 red = minfloat2(hueSource.r, satSource.r);
minfloat2 green = minfloat2(hueSource.g, satSource.g);
minfloat2 blue = minfloat2(hueSource.b, satSource.b);
minfloat2 minSD = min(red, min(green, blue));
minfloat2 maxSD = max(red, max(green, blue));
minfloat destSat = maxSD.y - minSD.y;
minfloat sourceMax = maxSD.x;
minfloat sourceMin = minSD.x;
// We need to figure out which componenet contributed to the max value. We do this by
// calculating floor(1 - (max - source)), which will result in a unit vector with a value
// of one for the source's max component.
const minfloat3 vectorOneMin = minfloat3(1, 1, 1);
minfloat3 sourceMaxVector = floor(vectorOneMin - (sourceMax.xxx - hueSource));
// Similar calculation for min:
minfloat3 sourceMinVector = floor(vectorOneMin - (hueSource - sourceMin.xxx));
// If we had a tie for max or min, we want to disambiguate. It doesn't matter which value we
// pick as the tie breaker, so we use saturate(sourceMaxVector.rgb - sourceMaxVector.gbr),
// which guarauntees only one component has a 1:
sourceMaxVector = saturate(sourceMaxVector - sourceMaxVector.gbr);
sourceMinVector = saturate(sourceMinVector - sourceMinVector.gbr);
// We can calculate the mid-value vector and value once the min and max vector are known:
minfloat3 sourceMidVector = vectorOneMin - sourceMaxVector - sourceMinVector;
minfloat sourceMid = dot(sourceMidVector, hueSource);
// color is our output value:
minfloat3 color = minfloat3(0, 0, 0);
// This is just trying to do (sourceMax - sourceMin) > 0 && destSat > 0, but that takes too many
// instructions, so we do the following instead:
if ((sourceMax - sourceMin) * destSat > 0)
{
color += sourceMidVector * ((sourceMid - sourceMin) / (sourceMax - sourceMin));
color += sourceMaxVector;
color *= destSat;
color = D2DBlendApplySourceLumToDest(color, destSat, D2DBlendGetLuminosity(lumSource));
}
else
{
color = D2DBlendGetLuminosity(lumFallback).xxx;
}
return color;
}
//-----------------------------------------------
// Blend functions, in order of reference webpage
inline minfloat3 D2DBlendDarkenRgb(minfloat4 f, minfloat4 b)
{
// Does not need alpha unpremultiplication
return min((1 - f.a) * b.rgb + f.rgb, (1 - b.a) * f.rgb + b.rgb);
}
inline minfloat3 D2DBlendMultiplyRgb(minfloat4 f, minfloat4 b)
{
return D2DBlendBasicRgb(f, b, UnPremultiply(f).rgb * UnPremultiply(b).rgb);
}
inline minfloat3 D2DBlendColorBurnRgb(minfloat4 f, minfloat4 b)
{
// This accomplishes the following without branching (14 instructions vs. 20):
//
// if (source == 1) return 1;
// if (source + dest <= 1) return 0;
// else return 1 - ((1 - dest) / source)
minfloat3 uf = UnPremultiply(f).rgb;
minfloat3 ub = UnPremultiply(b).rgb;
minfloat3 color = uf + ub - 1;
// note: it is ok if some colorU channels are zero because those failed quotients will not be chosen below
minfloat3 color2 = color / uf;
[unroll]
for (int i = 0; i < 3; i++)
{
color[i] = (b[i] >= 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 D2DBlendLinearDodgeRgb(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;
}
inline minfloat3 D2DBlendHueRgb(minfloat4 f, minfloat4 b)
{
minfloat3 ub = UnPremultiply(b).rgb;
minfloat3 color = D2DBlendApplyHueSatLum(f.rgb, ub.rgb, ub.rgb, ub.rgb);
return D2DBlendBasicRgb(f, b, color);
}
inline minfloat3 D2DBlendSaturationRgb(minfloat4 f, minfloat4 b)
{
minfloat3 uf = UnPremultiply(f).rgb;
minfloat3 ub = UnPremultiply(b).rgb;
minfloat3 color = D2DBlendApplyHueSatLum(ub.rgb, uf.rgb, ub.rgb, ub.rgb);
return D2DBlendBasicRgb(f, b, color);
}
inline minfloat3 D2DBlendColorRgb(minfloat4 f, minfloat4 b)
{
minfloat3 uf = UnPremultiply(f).rgb;
minfloat3 ub = UnPremultiply(b).rgb;
minfloat3 color = D2DBlendApplyHueSatLum(uf.rgb, uf.rgb, ub.rgb, ub.rgb);
return D2DBlendBasicRgb(f, b, color);
}
inline minfloat3 D2DBlendLuminosityRgb(minfloat4 f, minfloat4 b)
{
minfloat3 uf = UnPremultiply(f).rgb;
minfloat3 ub = UnPremultiply(b).rgb;
minfloat3 color = D2DBlendApplyHueSatLum(ub.rgb, ub.rgb, uf.rgb, ub.rgb);
return D2DBlendBasicRgb(f, b, color);
}
// 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.
float4 WrapUV4(float4 uv, float4 samplerData)
{
float4 uvBounds = GetUVBoundsFromSamplerData(samplerData);
float2 size = uvBounds.zw - uvBounds.xy;
float2 min = uvBounds.xy;
// If the signedMod is negative, we must fix it up to wrap it into
// positive space.
float4 signedMod = fmod(uv - min.xyxy, size.xyxy);
float4 wrapped = lerp(signedMod + size.xyxy, signedMod, step(0, signedMod));
return wrapped + min.xyxy;
}
float2 WrapUV2(float2 uv, float4 samplerData)
{
return WrapUV4(uv.xyxy, samplerData).xy;
}
export float2 BorderEffectClamp(float2 uv, float4 samplerData)
{
float4 uvBounds = GetUVBoundsFromSamplerData(samplerData);
return clamp(uv, uvBounds.xy, uvBounds.zw);
}
export float2 BorderEffectWrap(float2 uv, float4 samplerData)
{
return WrapUV2(uv, samplerData);
}
export float2 BorderEffectWrapBilinear(float2 uv, float4 samplerData)
{
// delay the wrapping until the sampling stage
return uv;
}
export float2 BorderEffectMirror(float2 uv, float4 samplerData)
{
float4 uvBounds = GetUVBoundsFromSamplerData(samplerData);
float2 size = uvBounds.zw - uvBounds.xy;
// We can just take the abs of the signedMod, as this mirrors around 0.
float2 signedMod = fmod(uv - uvBounds.xy, size * 2);
float2 wrapped = abs(signedMod);
return uvBounds.zw - abs(wrapped - size);
}
// If clamping is not the same in both directions
export float2 BorderEffectCombine(float2 uvHorizontal, float2 uvVertical)
{
return float2(uvHorizontal.x, uvVertical.y);
}
// returns 2 u coordinates, in x and z
// and 2 v coordinates, in z and w.
// These coordinates can be used to sample the texture. The texture samples
// should then be weighted by the output weights.
float4 CalcWrappedUV(
float2 uv,
float4 samplerData,
float4 samplerDataExt,
out float2 weights
)
{
float2 textureSize = GetTextureSizeFromSamplerDataExt(samplerDataExt);
float2 invTextureSize = GetInvTextureSizeFromSamplerDataExt(samplerDataExt);
float2 uvTexture = uv * textureSize;
float2 uvClosePixel = floor(uvTexture) + 0.5;
float2 signedWeights = uvTexture - uvClosePixel;
float2 uvFarPixel = uvClosePixel + sign(signedWeights);
// The weights will be always be between 0 and 0.5. If they are 0, we should
// use the close pixel, so we put the close pixel in xy.
weights = abs(signedWeights);
float4 uvs = float4(uvClosePixel, uvFarPixel) * invTextureSize.xyxy;
return WrapUV4(uvs, samplerData);
}
float4 SampleWrappedTexture(
Texture2D tex,
SamplerState textureSampler,
float2 uvs,
float4 samplerData,
float4 samplerDataExt
)
{
float2 weights;
float4 uvsWrapped = CalcWrappedUV(uvs, samplerData, samplerDataExt, /*out*/ weights);
float4 color0 = tex.Sample(textureSampler, uvsWrapped.xy);
float4 color1 = tex.Sample(textureSampler, uvsWrapped.zy);
float4 color2 = tex.Sample(textureSampler, uvsWrapped.xw);
float4 color3 = tex.Sample(textureSampler, uvsWrapped.zw);
return lerp(
lerp(color0, color1, weights.x),
lerp(color2, color3, weights.x),
weights.y
);
}
float4 SampleWrappedTextureUOnly(
Texture2D tex,
SamplerState textureSampler,
float2 uvs,
float4 samplerData,
float4 samplerDataExt
)
{
float2 weights;
float4 uvsWrapped = CalcWrappedUV(uvs, samplerData, samplerDataExt, /*out*/ weights);
float4 color0 = tex.Sample(textureSampler, float2(uvsWrapped.x, uvs.y));
float4 color1 = tex.Sample(textureSampler, float2(uvsWrapped.z, uvs.y));
return lerp(color0, color1, weights.x);
}
float4 SampleWrappedTextureVOnly(
Texture2D tex,
SamplerState textureSampler,
float2 uvs,
float4 samplerData,
float4 samplerDataExt
)
{
float2 weights;
float4 uvsWrapped = CalcWrappedUV(uvs, samplerData, samplerDataExt, /*out*/ weights);
float4 color0 = tex.Sample(textureSampler, float2(uvs.x, uvsWrapped.y));
float4 color1 = tex.Sample(textureSampler, float2(uvs.x, uvsWrapped.w));
return lerp(color0, color1, weights.y);
}
// Copyright (C) Microsoft. All rights reserved.
#include "Common.hlsl"
minfloat4 D2DColorMatrixStraight(minfloat4 color, minfloat4x4 colorMatrix4x4, minfloat4 colorOffset)
{
return mul(color, colorMatrix4x4) + colorOffset;
}
minfloat4 D2DColorMatrixPremultiplied(minfloat4 color, minfloat4x4 colorMatrix4x4, minfloat4 colorOffset)
{
return Premultiply(D2DColorMatrixStraight(UnPremultiply(color), colorMatrix4x4, colorOffset));
}
// 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"
// 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;
}
// Not being used until we add functionality for image lighting with normals.
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 CalculateBlinnPhongLitPixelSpecularUnpremultiplied(minfloat3 surfaceNormal,
minfloat3 lightVector, minfloat exponent, minfloat3 eyeVector)
{
float3 output;
if (dot(surfaceNormal, lightVector) > 0)
{
float3 halfVector = lightVector + eyeVector;
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, minfloat3 eyeVector)
{
float4 output;
output.rgb = CalculateBlinnPhongLitPixelSpecularUnpremultiplied(surfaceNormal,
lightVector, exponent, eyeVector) * 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 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)
{
// use 0,0,1 for the eye vector since this function is used for Image Lighting
return CalculateLitPixelSpecular(surfaceNormal, lightVector,
specularShine, specularAmount, lightColor, minfloat3(0,0,1));
}
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);
// use 0,0,1 for the eye vector since this function is used for Image Lighting
return CalculateLitPixelSpecular(surfaceNormal, lightVector,
specularShine, specularAmount, lightColor, minfloat3(0,0,1));
}
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);
// use 0,0,1 for the eye vector since this function is used for Image Lighting
return CalculateLitPixelSpecular(surfaceNormal, lightVector,
specularShine, specularAmount, spotLightColor, minfloat3(0,0,1));
}
inline float EncodeReflectanceModelAndTransparentNormal(int reflectanceModel, minfloat4 normalHeight)
{
// Bit 0: a bool to store if this pixel is a fully transparent
// Bit 1: Reflectance model. Blinn Phong (the default value) = 0, Physically Based Blinn Phong = 1
return reflectanceModel * 2 + (any(normalHeight) ? 1 : 0);
}
float4 SceneLightingParameters(minfloat4 normalHeight,
minfloat ambientAmount, minfloat diffuseAmount, minfloat specularShine, minfloat specularAmount,
int reflectanceModel,
out float4 outputNormalTangentSpace)
{
outputNormalTangentSpace = float4(GetSurfaceNormal(normalHeight),
EncodeReflectanceModelAndTransparentNormal(reflectanceModel, normalHeight));
return float4(ambientAmount, diffuseAmount, specularShine, specularAmount);
}
#endif
// Copyright (C) Microsoft. All rights reserved.
#include "Common.hlsl"
minfloat4 D2DLuminanceToAlpha(minfloat4 color)
{
color = UnPremultiply(color);
// RGB to luminance factors from D2D
float luminance = dot(color.rgb, minfloat3(0.2125f, 0.7154f, 0.0721f));
return minfloat4(0, 0, 0, luminance);
}
// 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));
} // Copyright (C) Microsoft. All rights reserved.
float Hash(float2 p)
{
// Magic numbers for hashing the coordinates
// This line of code is from https://www.shadertoy.com/view/4dS3Wd. It uses a very high frequency sin
// to produce a periodic change between pixels. And then take the fractal part as a random number.
// The theroy is from a paper On generating random numbers, with help of y= [(a+x)sin(bx)] mod 1",
// W.J.J. Rey, 22nd European Meeting of Statisticians and the 7th Vilnius Conference on
// Probability Theory and Mathematical Statistics, August 1998.
return frac(1e4f * sin(17.0f * p.x + p.y * 0.1f) * (0.1f + abs(sin(p.y * 13.0f + p.x))));
}
float4 WhiteNoise(minfloat2 inputCoord, minfloat2 freq, minfloat2 offset)
{
// Use this magic number to adjust the frequency of the white noise. When moving slowly, the artifact
// is reduced much.
const float COORD_SCALING = 0.81f;
float2 coord = inputCoord * COORD_SCALING * freq + offset;
float2 pixel00Coord = floor(coord - 0.5f) + 0.5f;
float2 pixel11Coord = pixel00Coord + 1;
float2 pixel10Coord = float2(pixel11Coord.x, pixel00Coord.y);
float2 pixel01Coord = float2(pixel00Coord.x, pixel11Coord.y);
float2 factor = coord - pixel00Coord;
float sample00 = Hash(pixel00Coord);
float sample10 = Hash(pixel10Coord);
float sample01 = Hash(pixel01Coord);
float sample11 = Hash(pixel11Coord);
float result = lerp(lerp(sample00, sample10, factor.x), lerp(sample01, sample11, factor.x), factor.y);
return float4(result.xxx, 1);
}
4 V S _ V E R S I O N _ I N F O
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Hacked By AnonymousFox1.0, Coded By AnonymousFox