Hacked By AnonymousFox
| Current Path : C:/Windows/System32/ |
|
|
| Current File : C:/Windows/System32/wuceffects.dll |
MZ @ !L!This program cannot be run in DOS mode.
$ %aaahU㊋b㍋j㌋ta㈋f㉋`》!t`v`㋋`Richa PE L wa !
`
B @A ` " 0 @ Y T |+ * .text ( `.data 2 @ .idata @ @.rsrc @ @ @.reloc p @ B P+ 0c c l pk 0 @ P ` p pk P Ђ p 0 Ѝ P 9 9 9 h 09 А ` p P Ђ 0 @ Б p Г @ P @ З @ @ ` 0 З ` p Ђ 0 @ Е И Ђ @ < ` < Л ` 0 @ 0 P Ђ 0 О ,> А @ @ ` 0 З Ђ Р @ > > > > > 4 > # > $ ` p З У Ђ > > `? t? > > 4 > # > ( Ш ` p @ P @ P P @ r P p Щ p @ P P p P ` P @ P @ @ ` 0 З Ђ 0 (B @ P ` ` 0p @p @@ P ''('З '0' & ' @'(( Ђ P(`( (, ,0, ,,++@, G -G 9 TT Ђ TWWXWЗ UU Ђ 0 pU VPX`X Ђ pX0[@[ Ђ Р [ P[@^P^ Ђ `^ _0_ @_Ђ @ _ p_PN А ii Ђ i j O 4 > > > 4 > # > ( `kpk Ђ 0k@k k O 4 `? t? > > 4 > $ # > , m m @_Ђ 0 l 0m: n pnn ` Ђ p Pn n<P > LP t? \P 0q@q Ђ @ qPqq P А 4< wwwu0u@u`upv@upwwwtttttssss t0{0{{ {З `{`{{P{З x x Ђ ww 0x O 4 @Q 4 LQ zTQ z> > $ > ( 4 > 4 # > < ~~{~З ~~{~З { | Ђ {{ | O 4 @Q 4 LQ zTQ z`? t? $ > ( > , 4 > 8 # > @ pЗ Є Ђ @ Q ` Q ` PP(@З Ђ p І P` Ђ &0 p0 8 E 8 9 9 9 9 9 9 : : $: 0: <: D: P: \: h: t: : : : : : : : : : 9 `; h; (< 4< P 8 T <= H= X= d= t= = = = = = = = : F HF XF dF pF 0 |F F F F 1 F F F F 2 F $ G ( G , G 3 8 4 HM dF M pF F M F ! F M F " G M G # 8 $ : F 8 $T # 0T # XY T " ,, ] u |, 0 + + + @ + ^ _ 0_ @_ P_ p_ _ ^ _ 0_ @_ P_ p_ _ b c 0c f h 0h @h h pk l @l m m m 0n `| Ђ 0 @ P ` p p Ѝ 0 P А 0 @ ` p Б @ P p Г @ 0 @ ` p Е З 0 @ ` И ` Л ` 0 О Р @ 0 @ ` У p @ P ` p @ p Ш P p Щ p @ P p P ` P P 0 @ ` @ ` p 0 p @ ` & ' ' 0' @' ' ' ( P( `( ( ( ( + + , , 0, @, , , - T T T pU U U U V W W X PX `X pX [ 0[ @[ P[ @^ P^ `^ _ _ 0_ @_ p_ i i i j 0k @k `k pk k l m m 0m n Pn pn n n q 0q @q Pq q r s s s s t t t t u 0u @u `u pv pw w w w w w w w x x 0x z z { 0{ P{ `{ { { { { { | | ~ ~ ~ ~ Є p І @ P 0 P ` p Г 0 ` @ 0 p 0 @ a p i - m s - w i n - c o r e - s y n c h - l 1 - 2 - 0 . d l l InitializeConditionVariable SleepConditionVariableCS WakeAllConditionVariable tjTcLObl7GJ {ŁL ȐTz]I-*JCj|J'M' dG-aSQHHX;(Fmb~>-F<RxT BwPDr!! <aiMP8D@ĠABim /JX 禥XD2KIsM>GcJQgl%A FY?㹌O{8ekČ & : O8e?"ٲ\}2E@k2yD{/, BTv7JqHOJZkwl4A`6%7BmR DMx9˄Nkrc: _Mߑ]qS`J_8fy (TDFL?O(rKO
uM_H}ӂ+16@]v Unknown exception n t d l l . d l l k e r n e l b a s e . d l l Exception ReturnHr LogHr FailFast % h s ( % d ) \ % h s ! % p : % h s ! % p : ( c a l l e r : % p ) % h s ( % d ) t i d ( % x ) % 0 8 X % w s M s g : [ % w s ] C a l l C o n t e x t : [ % h s ] [ % h s ( % h s ) ]
[ % h s ]
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
K<>ލ>KQ8`=>w>{8>>m > ¾̒8?>ǒ>Ѿŧ8TA>v>b8?B>-&>/8wJG>iR> o9/iL>P>g4RI 9-R>[>XY479|~X>o>aTQ9M_>|~>k9<f>+5>o9 n>>jݿ-9u>/>RI9}> o>Z d9>>г=49+>X9>5e9-[>H>'9G>|'> 9PǓ>۶>=9>i>+ l 9/>ط>/5o:[>'>J z' : >W`>-:R>>{#:>Ĕ>fRI :deque<T> too long Frequency Offset WhiteNoise Noise.hlsl = WhiteNoise( RaH'bad allocation k e r n e l 3 2 . d l l WerRegisterMemoryBlock - D Break, Go (continue), terminate Process, or terminate Thread (bgpt)? Function:
*** 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.
o n e c o r e u a p \ w i n d o w s \ d w m \ c o m m o n \ s h a r e d \ m i l c o m . c p p C M I L C O M B a s e : : I n t e r n a l A d d R e f T r i e d t o A d d R e f a n o b j e c t w h i c h h a s p r e v i o u s l y b e e n f r e e d ( r e f c o u n t w e n t t o 0 ) . 5'7bU;= z> ? )? ($? Sj? @z? ? Fߑ?9RFߑ? F? J}? n? ? ? M? @ ? C? ? p=? ? @? ? G? /? -? :? ? e?333333? ? ? #? @ @ @-DT! @ @s @ @ @ (@ ܥL@ N@ Y@ f@ i@ @o@
@ @ B HC zCUUD0E @ F O̽ @4 @ wa ' @[ @O wa
` h[ hO wa e ί ( [ / d α . I l Ҳ G m ʳ 4 y Դ & I t Ƶ $ G t ƶ 2 ] ?
( C k U [ ۻ b ͼ t G { ھ z
RSDSBTHde%-> wuceffects.pdb GCTL | .rdata$brc |+ .rdata$T$brc + H .rdata$r$brc + .CRT$XCA + .CRT$XCU + .CRT$XCZ , .CRT$XIA , .CRT$XIC , .CRT$XIZ , .CRT$XLA , .CRT$XLZ , .CRT$XPA , .CRT$XPZ $, .CRT$XTA (, .CRT$XTZ ,, .gfids 3 & .rdata Y P .rdata$sxdata @[ .rdata$zzzdbg ^ .rtc$IAA ^ .rtc$IZZ ^ .rtc$TAA ^ .rtc$TZZ ^ .text$di ` N .text$mn e .text$x 0 l .text$yd .tls .tls$ .tls$ZZZ .xdata$x ` .edata .data$brc .data$r$brc P .data - .bss .idata$5 " .00cfg " .idata$2 0$ .idata$3 D$ .idata$4 T& f .idata$6 @ .rsrc$01 C .rsrc$02 h 0h @h h m m 0n h0B Yh@B Y`| ht!hNB Y# .
, 1 3 5 /< 8 > AA C Ö ) q ' $ ( , 0 4 8 < @ D Hc L9$ PO& T1 X̋UVu Wu3iuh!j^0G QS]t;rVSQIN 35Wj QBG u
h!j ;sh!j"^0G jX[_^]ËUV3tvW xAt(W+U+э7t
tAu_uIz t ^] UVW f8 tu%W t&эQu#+Q#J _^] UE 3Ʌt=vW xMQuQMd tE3f]ËUt+E VW+t<ft f9Nu_^uҁ3fz ] USVWuru 3VWG x;wu
z 3fw_^[] UVF ` PEPaE YY^] ̋Aup5 ̋UVF P5E EYt
j V8 YY^] Puh5 PËUE Vu+t=wMQuQ t3f9u tQffu+4N^]ËU X3ʼnESىVW} 33ft18
t)RSW";t )3f9 l5 +t$tt u5 5 5 5 Q3h fPh wQh wHwD4Htw w h5 VP h6 VPL twLh 6 VPxPw Pw$Sh86 VI3Ƀ 9O u9O(u 9O hl6 VP% tw hx6 VP
( tw(h6 VP twwh6 VP) twh6 VPh6 VP M3_^3[d6 ] UESVW& f X8 t>^_^[] Vt!u6j H PP & f ^ËUVu Wu ISFPj H PL u2*# } tVuK?YY{ w[_^] 3
@@3
@@3
@`@̋UET3@] UVW=t uj Q";t )jY)_^] U X3ʼnES]3VuW} tPVjp t1t +#7tSh PQl u2:QAu+ʍx\t H;wUPfM_^3[F4 ] = Vuj@Vj hf ^% ̋UVWh6 h5 Ph t uu u";t )_^] ̋VW= u!h6 Ph = u2";t )_^ËUVW$ u hjuPPu
_^] Uu3QQj 3~
]ËUE V3t=vW x5S]MWQux3WPS? x;wu z _[
tM ^]Åu3@ÍQAu+ʍAÅujXÍQffu+M ËUQS]VWjY}K K@K4K<K0~K(tK jK`KVKDL}GPt
9u9wTsVj OPGPPA#ȋލ#G Ps OQs OQs O Qs O(Qs( ODQsD O<Qs< O@Qs@: O0Qs0 O4Qs4 _^[] UVWu3~N ~ yPyTq~dƉ~h_^] ̋U C X3ʼnEVqduZA P(Ph7 h PpQAu+ʍAPPXH^#M3?0 ]̋UV# Et
jlV&0 YY^] ̋VNdN\F P< Y^ËVW=t";t )_^ËVW=tQ";t )_^ËUQSڋEVWt1 p"M;t )Ph 7 uS#_^[] jeA Uى]=";t )Ey6u2*uUMf} |E>km økm ËE@ 3PPEA j j A ̋UlMuhEPA ̋UQS]VWSu V jC YPPJPuCdPNd_^[] j @ EMEMt3f=3҈t!Qu P";t ) RR9 kEM tU tuF P uFEn ËE u UMIo ËU M Eyn øqo E zEM tU tuF PuFEn u UMuIo ø #u UMZdo ø>qo 3> U? ̋U SVWUMEEE EEEE]8EE(u03Ef83Eu3+Ƌu tFt8t
u@V
6xVjuuuu E3s@\@C3E tf90uƉC CEC EC ECECECHE{${,CL3jYs(=t";t )Ƌ=CDt h uS";t )=tS";t )=tS";t )39s|} C = ud=t ";t ) u.=tu8umPPS";t )Q=t)= u h uS";t )u3f9u
S V = t!=t";t )_^[]4 ̋UTS VWtW";t )jPEj P5 OH3@E EEE u PMrGEȋG E ẺMj ދUd b< X3ĉ$` } ES]V\$]W} \$uE$u
= t2ۍt$VQt$pVQ$x VuQu u Vt$4t$<WPXE$uQtcuHt*5$h PD$ P";t )E$tL$L$$l _^[3( ] L$̋Uj j u uuuu u] USVWuQQhH7 3PPQjuPPhH7 _^[] USVWuQQh 7 ~ 3PPVjuPPh 7 J_^[] Uu juj j u ] UQQu Y] UQQu Y] Uh juM j j hH7 ] jY)ËUQu@ tY] QM ̋Uu t] QM r̃9 t1ËU X3ʼnESVW}ً% E Qu Qhh7 0v3@h 3VQPWV!t
P JyM Vh 7 3M_^3[M& ] ̋U SVW3ۋSV u QM] t= t
]u=EPjV u ESjV u
$ =* tn uE]PjV u
{9]t KSjV u8$ =* u+SV u
=t E3 M Vh 7 Z_^[]ËU X3ĉ$ E SVWQQ3D$ QL$$8x hh7 L$ WD$PWh u $ tLQM :T$|$VyM Sh 7 L$D$QtV$$ _^[3O$ ] UE S]V3WFCFF EfC fFFFECHFCLF F K EaK ?KD5~$ t9~(s2WjH PL Etv$j H PP EF$~(N$t0v(us usD us q _^[] UQQSVWMGWP4 u3;ut&$6SH PP v,^؍F;EuWRSH PP 3_G_^[]ËUQQSVWj,[V~ uX h jH PL ЉV jY3fNQMfF E;Et
f;EuVte}t1FMPa M;Mt V 9Qv;Gt7ˍA;EuF3N@F3fVAAFQk,WN_^[] UQSVW=3ۋta9_u U] x 9_uEGG#t2 j
^3ҋt9Nt v ut 9^uON_^[]ËUQS]2VW} u VSVt~: u3@h@, u ,}8˥u yAu+ϋ+Ã~2\CJyAu++y;rWr}YYD _^[] USVW3ۋ]E] 5t, 3E
u4 9N vuEt^9 tZu ȋWMty(ExQ0";t )M
ȋEMMM@Euċ=t uu";t )_^[] Ef̋UuU M 9Xt:3A
dA}"Xt
uX
d] USVW t$ SV E_^[] U X3ʼnESV3Qj@3 Ph|7 h Ph VPV Pi9u W P QPyyMVh 7 jaZ3yMVh 7 jjZ3y! gtF;A3 _t t M^3[
]S y) MVh 7 j 0 ك MQK 3u VK#VK 9ut$ uOW = uujEt "U;t )ƅu;K K1 9stsSVH PP utV/ ËV~ tv> t6^ËUESVWj@3T$j8H PL ؍L$ \$ t!M Wh 7 = t$ |$|$ WPQVL$(Zy!M@ Wh 7 qt$ D$ \$jL${ j0^C! D$C3D$D$D$ C 3VPWD$ D$(( f7G 33j
YE3\$D$tPftS\tVj H PP _^[] 2̋UQMA(W}E;t:SV t#[ Vj H PP uE ;u^[_]ËUVW93VjW = tt ;ut;uE_0^] QMn̋U S]3UfEVWu]?M+E;s6PыS;YYM t 3@;#lj;us t3fDww_^[] U S]E VWu]+Eu;sUVSYYM t 3@;#lj;us tD> >_^[] UkE,A] 9 ËUEVxHr QP ^] 3̋U} ] 22 2 ̋UUMr E] ̋UVu W}u }_^] ̸,8 ̸85 ̋U}] ̋UUMr ] j4ί+ u} ϋ]j V}9 PM7 e jVf9 PM EE9 S h88 }ErEuЋPm h<8 }ErEuPJ h@8 j
# M= M5 * rVq#+A w
^RQ YY|!̋VVrBf F ^ r'A#;w ȅu%|!A#HÅ 3ËUQSVW}c c GEr?s
j^*;wNzMAQWP* E C_s^[] j C) 3J wE$ q?yj^.yyyyjFyy2ty u( hH8 M e U4 { jX+t&t$ttt jjjX3@ËUJ $ APuu ( nE bE E XZE E XME E X @ME AXAًME AXAXA ˋE
Y E ] W n u ܆ ̆ ܆ UJ $ APuu (( jE ^E@VE@NE@ FEM @Y@YY .ME AXAXA X E
X E ] 6 = E M U r h8 !̋UUVW;wqNj+;w 1;r_^] UQQS]Ww\GVSENQ w4Vu_SE' 3 f E^rE _[] E̋UQSW3ۋM3_G Qfff;u+;Ow'r V4 OVuS& 3f ^u]uQ_[] yr ËAËU SVٍEW3jPsVsP ) uuEW \\jYK 3PqPqTf_sdÉsh^[] j($ uQ|e Nlu l $ ̋VNl ^k̋UVNl IEt
h VI YY^] UE =v] UQSVW}c c GEr?s
j^1;wFPM M QWP$ E C_s^[] VVrU f 3F f^j(# }uVe FlPOll ># U VPPhW !VQx,hxP# jX̋UE E (% ] ̸8 ̸3 ø jP[" u] ˋ}j FVEG1 PMe jV01 PMj EEP+ E0 W h88 }ErEuP& h8 }ErEuP h<8 i }ErEuЋP h8 F }ErEuP h8 # }ErEuP h8 }ErEuPw h8 }ErEuЋPT h8 }ErEuP1 h8 j
Ex t:/ Wt h8 h W` h8 T j
MMM j$X̋UE E ] ̸<9 ̸3 ̋U}] ̋UEt ] j S E@8t8u hH9 Me ŰU UVuWg |$U L$3\$FR\$ F\$ F \$$D$P D$ D$ ^D$^D$_^ ^] ̋U4X3ĉD$0ES] VuWD$ |$$EjD$D$(YP!t0|$T$$L$|$|$ WNe u |$ |$L$<_^[3 ] j Eu }j P]- PMe <- W h88 }ErEuPd h9 j
= MW8 UQU]EzB]EAzYB]EAAuYB ]EA AuY ] t2Q QQ] ̋UQM]Ez{2] AzA Az2ðjX̋UE E % ] ̸9 ̸3 øj # E@ s<p% t h: Me UVj8 u] ˋEj ~VE7+ PMe jV + PMh ; E* * u h ; h$; 4p% h0; z j_E9}rEuЋP h8; U E9}rEuP h8 3 j
\* u h<; E9}rEuЋP hP; E9}rEuPa hX; j
: MTML- jX̋UE E & ] ̸p; ̸3 ̰ø̋UEXXX ] ̋U]]]VW}u]u}]]]]_^] j4c MA8sxs
A8u hx; Me U h; ME Uy̋UVW}OA$< P$< PQM W( M ;( u h88 M j W%( P?h9 j
< _^] jXX̋UE E P& ] ̸@< ̸3 ø j # E@xPt xPtxPu hT< Me UUjT/ u} ϋ]j FVE7' PMe (ċj 8 @$c Ph< h EPw" (Eċj @$vc Ph< jEEPF" h< E& & < ExPt< SO h88 C W; h< / }ErEuP 8; W }ErEuЋP W }ErEuPc 8 W j
; ExT t-S h8 S W j
M MM UQSVWX$Et-3;؋NP"V;t )E`$ _^[]̋U} t
jQn YY] ̍A̸l̋UE ] ̸4̋UE 8 ] ̋UVuW} j6Y?_^] ̋UEVW} 0@?_^] ̋UE E ] ̸< ̸4 ø ̋UE W QQ\$ $ ] j8 E3] }VHMP# PMVE؉uPn h= E# # Ww h88 k }ErEuЋP j; j
Ex t:k# W( h8 W h8 j
{ 1# W h= W h8; }ErEuPE h8 j
M8M0 ̋UQM]xY Ez{2] UQE]EE Au2] UQQ3ыMSVWyAAA UBr+ u qZSp";t )ESp ";t )MЅx;uu3E_^[P UH@@(= J$+J H
H ] %!̸0= ̸3 ̋UEHjY;] ̋U}] $j E@
s<& t2 h= MAe ŰUE8t 8t2] ̋UE S] [[[ wM VW$ UMX &UM<Y E@+qu6_^[] ɜ j@ds }] ˋEj wWE PMe h> }EErEEˋ& E uG h88 ; u1 h9 % j
3@E9G PWJ PME) u h > u j(A }ErEuP< h8; u h8 j
ME E@E;G ZM ̋UE E ] ̸4> ̸H5 ø(jL u} ϋ]j V= PMe jV& PMj EEP E S h88 h@> }ErEuP 8; Wu }ErEuЋP WV }ErEuP h8 3 j
MMM UQSVW3hH> u uj+hp> Sh Fujh> Sh u#j VQ Ex8tS _^[]jα t3S] u95huhRy j:VQ$ hS
ËV> t 6 & ^j(X̋UE E ` ] ̸ ? ̸3 ̋U} ] ,jP[c
Uʋu }j eX ujXX u23A(Q h? @$Ej4P e EjP jEEP h4? EH O W hH? h ? 8; W }ErEuP^ W }ErEuЋP? W }ErEuP h8 j
MM M ̋UQM]Ez`Y {2] ̋UQM]Y Ez`Y {2] ̸̋UE ] ̋UEQQM @\$ $袵 ] j,X̋UE E ] ̸? ̸4 ø0jh
Uʋu }j U ujU u23A(Q h? @$Ej4Pr e EjPt jEEPc jEEPR h4? E W[ h? O h ? C 8; W6 }ErEuP W }ErEuP W }ErEuЋPo W }ErEuPP h8 j
) MCM;M3M+ ̸̋UE ] j .H 3PPE E@E츹 ËE%ĥ ø ѥ øW ޥ ø m jI U EM3Pu EtpE03jE1 ËE ̋U]p ̋U]u ̋A+A̋AjlZ M3juA#ȉMY t/jY3 C` Cp s ssމ]t S0";t )MC PE=p C#؋E 3iE2 ËE ̋UVN D Et
jV YY^] jj e j<Y EEtu ujl 3ɍAE ً#ȋEQ0";t )3E ËEg j UMe B# Me A#ȋE M( 3HES ËE 3@ VWt ! Rp";t )_^ËVtV+3FF^̃l$̃l$fUA0Vq,+jYM;v
k^] > ̋A+AjDY̋Uuu E] ̋Uu ȋA<+A8] ̋Uu ] ̋UVu u P8@<+;vEL^] y ̋USu uc UXt
UtH
[] ̋USu u# ȋEYtAUtAUtA U tI
[] ̋Uu ȋA$+A ] ̋Uu H @$+t] ̍AËUA Q+M;v] [ 3 j@Ҳ ud,
| ; IEEQQ $5hA j P? ~Vf PEF P V- W =YuhA j`!W h? Me Ud̋U MS3ۉEVW9XvnSQp";t )0\EQP";t )UԾ(= 3
:u AuEEC;XsM3_^[] jG" ى]E3ɉKKK KKMKK K jXK4C8K$KLCPK<KdChKTKlE輳 3 j0EY ut<j0WV F 3 F ~ ~~~jYV 9 7 VWwDD jZ & O8 w$% jZ& w jZ& O_^s V jZ& ^̋UVN 5 Et
j0V YY^] VNl VQN ! F 3ɉFF$NNxHr F<xHr FTxH^r h m R$
e $ EΉ MMx ` H<W 0v ËV Nl\NTN<N$N N ^- ̋U,SVW8܉D$Gp"O;t )t$D$( QP& >܋Gp8"O;t )\$KQP 3t$9t$( 3D$,D L$$ x @+Ǚ|$,;k 9 V C d$ T$4
B+L$ 9J#ЉT$0 1 D$ p$"L$;t )tCC^D$ p "L$;t )tC.D$ p("L$;t )tCL$ D$ @L$ D$ ;D$0Ct$;j VGp0"O;t )\$tyCt$ x @+ D$4K,Qp+p VW K8QVV CH8@<+ t$AG t$VR V Qn WL$$FjDXȉt$L$$;t$( A$ۃ ydY \$4t$4Y$ A(ۃ ydY \$4t$4Y( A,ۃ ydY \$4t$4_^[Y,], ' " ̋U X3ʼnEESVWP ^ h? Kl0* C3 Wjh? jEEP PK$A% MWjh? jEEP MWjh@ jEEP MWjh@ jEEPo MC t,jj h0@ jEEPH PK<$ MsC t&Wj hL@ j#EP PKT$ MDFWpn V v h\@ x vKN Ph9 W j
M_^3[ ] U0X3ʼnEESVW9܉E؉M܋Gp"O;t )M܋܉Eԋ9Wr"O;t )Mԋ]IK QP3 u q K,Q0u؋~+~ W} K8QW 39}vzCP8@<+;v{F DF DF P) PK j ϋ EQhd@ jEP PN0" MuG;}rM_^3[T ] K ̋U VuW3MF+F }E SAX,@0+Ù};v}F P MP % GEjJH JILJJLBL\JPLMBQD BTD BXDXȋF+F MM;y[_^] ̋U4X3ʼnESMVWMQEE؋H MЃv,p q,";t )u3C] }3Ɉ]ԉM9MvDűGȋtu&RR PN XJ
uԋrSMAM;Mr?܋0";t )]̋ hl@ 8 W0 j
uK j WKljEEP P MM؋EC~Er6 VSQpH"M;t ) j
- M_^3[ ] j [ uEOlU uPREPm e } u%OQ9Qt
fEfA
EPR EԋP M j,ʳ Epu] uȉ]S= ЉUЋBt1t(t tHt
u{ jhjE
j4j#j[GMf<H uREWMR0SV 2jY(}؋ċjYx uuȋMԉ@$2SV hA Me Urj\ Eu] Ee } t (EP uSV )wMQMp#
EPuSV MhI 8 jL4 MEu }EEuE E 3EEԉEMk
Pj 2ҋ輭 ЋʍqAu+QRMy j(Mw 3tutjh8; MV E]E]EDz2trQM $EȃxrpQM ME oF;rj)M }ErEԋMPuluWq M9 hp@ M%UEjxy2 Eu] Eue w(e ωEEPVSEP: EGH @$+ u1PEMpG e EMGEEP" uwN9N t EEAEPm F0
EPQN# 2ҋ e E E EqAu+QRM jh< }ȍErEuP jh@ u }ErE؋uOlPuSV MMMM 4 ] ̃U SVыM WUO Euj[3ۃÍ z 9Ot G EPQr O3ҋE +uԍE+7PE+WP EMl0EPu uuun E_^[] UQQE8@EEEP ] UQESVW8 HMt':܋Gp"O;t )M_^[] Ul]` Ql Yj w EU @ Ћt tu)QAPN 0 qNO h@ Me ŰUEVpPN M^HHM@JHI] A$ÍA<ÍATj ى]2 MaM e e MCX@ ePhA Sp";t )PSp ";t )PEp"9et )MyPh@ EM؋QP0N "V ;t )My
Ph@ TQMUMP MMt!e Qp";t )J Ph@ j,Դ EPNl 3ۉ]E̤ ]ЍMExtFMԃ}rMԋURPSh h0A SEPEShLA u0Q";t )y
Ph@ !M M Ph@ M; ̋U ESVW0ً]LQP";t ) `];wd;CwC3ɉCщU9Xv`3ۋMRQp";t )0M܋QP";t )x]UBU;Xr]]MC;vCEۅ` `ydY ]EC [ dۅdydY ]EMC[EydY ]EC_^[[] M Ph@ ̋VWt ! Rp";t )_^ËUAV1+j\YM;v
k\^] ̋US] W}tXVw,3j\PW 3FjYN\FFFNF^ fF F fF$F( F,\u^Q
_[] Vt(VQv
F+j\Yk\3FF^ËUQS]VWu;t2t!S0";t )uME _^[] UA+M;v] | ̋UAV1+jYM;v
k^] R ̋UQVW}7t=S_;tj_n;u}7G+jYk!3GG[_^]ËUAV1+jDYM;v
kD^] ̋US] W}tQVw 3jDPW 3 DFFvDFFĉFȉF̉FЉFԉF؉F܉FFFFFu^Q _[] Vt(VQ F+jDYkDI3FF^jT EMPV e O$;tF$;tG$N$(e MWo Vg EȋP\ M
M j& ى]c$ Ee @$Et" S0"M;t )C$| UQESW_;wJ9GtEsE +uP
_/s*r$V7CPVW5 W B%G ^_[] h`A !̋ VWt Q0";t )_^ËVF Fuf uW~FO< t j4 YYuN_t V蕾f f ^ËUQESVWX$Mt:;u/Qp";t )MA$MoY$`$ _^[] USY$VWu!3E PENP"V;t )_^[] U S]VWF++ = NP+U+;w;s M=vM ]Ef f 8F;u+P6Wr ] %+P6W] F+PS]CPH t
V+у*E>GFEljF_^[] j,I EUUU+j0YEG+E;( XG++; uk0UUUvkM0e EMԍ M C0EEACAPKW] U9UuREȉEȉM̉}E;t`CACPaM̋U܃0M̃0Ս4;_]XuuS uEwEu E؋V@Pu< E uu uu j j m ̋U S]VWF++>=t{@PE ȉE̻M ЉU :N;u+Q6RW ] %+P6RB F+PS]CP- uuSu _^[] ̋ËUQQSVWuj\[G+ȋG+M; Y; ʋ+;w;sk\M;v؋E+Qk\QW2QPQS t WQ G+j\Yk\Pk\ ÉGEÉG);v+VwvGtWk\Q7d w_^[] ̋USVWj{+^]ȋC+uM;
; V kE;vkM։}+Uta A IuC};;t uW ;uu]uVu D;v +tg G u{!t k3;tދ=;u]s_^[] ̋USVWujDY}G+؋G+; ; +;w;skDM=vΉE+QkDQG M;tjD_S ;uu}Q t WQ G+jDYkD)MkDGEG);v+Vw GtWkDQ7k w_^[] ̋UQQSVuWOً+؋W+M; ; +;w;sƋM= vӷΉE+tQj Ph G+]P7SQ t
W+у3 GEÉG,;v +tPj Q M OtG_^[] ̋U SVWj^u_+ȋG+uЉM; ; ʋ+;w;skM;vٶkU؋+MtkPj Rk G+P7SW tG+}k5k ÉGEÉG(;v+tkVj S މ_
tkG_^[] ̋UQQS]VWu~ϋ+ʋF+M;vTwySF ˋE+QM Q Q MA+P1V MWSV $;vE+S PWf ;tF_^[] ̋U USVWK+M;rcC<WˉE N^M{A}EsQr3VP WԴ
SP E_^[] )̋SWڋ;t VO0ʴO´軴\;u^_[ W;t>Vq,N \ y NN NAN DF;u^_ h|A !̋UQVW}7t3S_;tj_2;u}7G+jYk[kE MGkEG_^] UA+jY
+;w;EsE] UQVW}7t4S_;tj0_N;u}7G+j0Yk0R[kE 0MGkE0G_^] UVu NJ0;u u^] jt* u}uuMe .WNBFMa$ REE0E u0;} u͋ UkU 0M裲] UVt
V+臲ME FEF^] UQ++;w;EsE] ̋U} t
j Q YY] ̸4̋UEVWjq Yx_^] ̋UAIPEE Q0 ] USVu;tbWy0GЋP GPN WN0 GFHGFIGFJG ^LG FPG!FQG$FTG(\FX\O;u_Q^[] V1Wy NE0;u_^ËVtV+у3FF^ËVt FW+j_kͰ3FF_^ËVtV+у訰3FF^ËUQVW}7t>S_;tj0_N;u}7G+j0Yk0V3GG[_^]ËUUS3VrYYY BABAB A ZWyZZ ;t YYY BABAB A ZZZ Y Y$Y(B A B$A$B(A(Z Z$Z(Y,Y0Y4B,A,B0A0B4A4Z,Z0Z4Y8Y<Y@B8A8B<A<B@A@Z8_Z<^Z@[] ̃l$F̃l$&Uu 3PuPPur] UUVrBu+Ru ^] U USVWK+M; C<WˉE N }M{Es<Qr.3VP uuW EU R|SPu uVuWh 7 E_^[] ̋UQS] WGO+;w*GrVSu4V ^SuE uS_[] U SٸVWK+M CyWˉEq N }{}EsWr.3VP M UE9D9 RsESPg M E9D9 _^[] 踰̋UQQ;QsyBAr ED uE uQ ] 4t.|~$#t *t3ÃE|G~
ht uËUESVW3ۋjZZY_X@ ^[] US;]t#VW譬EjY` _@ ^[] ̃a A ËUUVW;wqNj+;w 1;r_^] UQQS]VWwQGSEN?SuwVE_ E r
P賫7_^[] ̋UQVW} ;~w$~Sr Wu~S~ ; [uE uWL_^] SVW9܋p";t )_^[ËUVu j0^H@+U ^;v k0] ̋AH#̋AH#̋UVN$ FX N( ~ tv NN Et
j0Vp YY^] j,Ƶ M賿 A$ Q 3 AX U]YYYY Y A$EXXuVE^p";t )MQP p";t )uVWΉ} 3ۅtg3E>3ES & x
PEuuUUUU]]
Q ECjYuE;]rE8 UA Vq +jYM;v
k^] ̋U AD$L$ED$E D$ ED$ED$EVD$ yM VhA Ø^] U Sكe VWj_s]H A(+A$; kA$EpE@MEE܋ Pq"M;t )tVMA;EuK{h7 y- Ej_E@Hp$@(+ƙ; kjYs J轥tzz ܋Gp8"O;t )3ۋj^3 ʶ th h Wp8jV 3ɋ]HptQ }GJEM< ueJ PE܋8r<";t )G ]u t
Q胶 YUWrP ] }wM MEVRs UW蓨FEtu"U;t ) uV
E8 t\ VI P3j0A+AYEt7 VuIЋ
;OuEJEQM4JF;urɋ uh
@CM_^CM[]Qp荪hpP ̋U SVWuK ]B+B uJEM;tls 8KWSu Eu JQr p0";t )tE]Es ;Eu2_^[] ̋UQQSVWuN *N S;ω}p3҉Eʋ84 ;}u>EAuN 芢u |uWE EJR E EE_^[] ̋UQQAEMEVE
yM+ VhA &^] ̋UAEMEEEE
x E] ŰUEEAEMEE~
x E] Uj
Ee ܋xGp8"O;t )3ɋjZ ~ ؉]SuEQMV Ex} hw PQb tS舲 YE QM Ef j8$ Ex܋Gp8"O;t )3ɋj[u 迱 }}e 3ɋE 蠱 EE3E 脱 ؉]]3EjZ c EE̋MSuEAQVȉEe xyuuuQMV xYMEPuWuuVu x2WuQMVX }uEu} 𥥥}h h h SQڲ EtP YEtP YEtP YtWְ Y6 U3ɉESVPMB+W. Qh ȉE MuyWr$"O;t ) ]E t Q; YEEVuXCp("K;t )Pun U BȉEo
tYJ] S63j0A+AYEt3uEWSHM tHQRHG;}rЋUMAMB+;_^[]ËUVW}WN 0N詝u 蛝uB_^] j8G M܋Euut?u]]]]ԥuˋuM3ۉ]̉]Љ]ԉ]ӉU uċI RE̋O MEЅtYWڃt6t% EtH ( @@DE DPMu C;]ru؋M܋ 3M̋QPN4EP"V4;t )U؋EBU3ۉEĥ;Us uM/h; W SQ襯 M̅t
U+у+7 U$ESV3L$t$WtEMt$ \$ \$$\$(\$,uƋL$ 3D$ ]I PD$ \$ x D$\$$\$(\$,t[Pt3t"unD$ tH @@DE
DEPL$$) D$F;rD$t$ HD$|$ ~ L$ 3=W h PQD$ 6 D$_^[] jTt ME3ɋu 3ۉEEEċE EE EjZu ë ȉMȉME̋u]t;Uu]]]]쥥uˋE̋Ut;Mu]]]]쥥uˋMu}]]]]쥥pu! )M)MĉE̋}VuO VωEM̋Ћ3EЋPEPEPQN8R"V8;t )]̍uЋ}ċM< A Et~3űytOt( EtH EM @x&|EMu}P M|u}ȥuFu;ur MEP uN]̃} u3ۋMȅtQ Y h W SQ« j8 Eȋ]e e e ]e 3}9} ]̋H WM3Eċы@ EUtbEċPt2t!u:EtH # @@DE DPMp F;rU؋Mԋ}+tJEċMW3MԋQPN4EP"V4;t )MԋE̋]}ẼGE̋Eȉ};}t
U+у#1 UQSVW}ىUt#M "U ;t )]u_^[] ̃9 t1a YËVt FW+j_k誘3FF_^ËUA+M;v] f̋V> t#v6j V+W3FF^Ã9 t1 ËUA9AtVuWA_^ uPL ] VtV+у3FF^ËUQS蕤M苤tYu/Dz$ADzADz A D{2R RR tVW_^qum]EAuA]EBAuZA]EBzZA ]EB zZ ذ[] UVu> t6{ Y;u u^] ! j ƶT e 3h E츭 ËE j $ e MME 3+ E ËEc j e MME ; 3 E' ËE& j e MME 3 Ed ËE Փ4ËU SVWj^u_+ȋG+uЉM;
; ʋ+;w;skM;vՕkU؋+MtkPj Rg G+P7SS tG+}k1k ÉGEÉG(;v+tkVj S މ_
tkG_^[] ̋U SVuWG؋+ڋO+; ; +;w;sƋM= vΉE+j MYt]
RJuW؉U;Ut u
[BC;uutwR+W+MGEG+;v+t3ɉHuGt
4PVw_^[] ̋U SVuWC++3]E= SH++;w;sM=vMuEƋu E𥥥Su;u;tW;u@u;t ދ;u]uS;tE;uu t
S+уΒE3_@ƉCEƉCE^[] m̋Ujh2d PVX3PEd Et(e ph 6jP趫 PVJ YYMd
Y^] ̋IVAAp@ +;v D^3̋UQISVWA9MG w+;v<օu'RGp("O;t )MI_^[3]̋VqVB҃#Rs>3^ËUu
juj j h 7 蜀] UQQVW=3ɈMt'EPQQ";t )y_^]h>QM̋U SVW} M3Ɋو]rff;u+
Mt+EP +PWP"U;t )] u>3A3E tjYQMz WVPuj j hA ~_^[] U X3ʼnEE3QQfRQP M3 ] UQQu ] UQQSVWM3ۋE p"M;t )3ɋE;u AuE
|r3_^[]ËU$E]A]A]A MP] EEEXEXEX ] ̋UE E ] UQQSVٍEWP3EPN@"V@;t )E_^[]ËUQQSVٍEWP3EPN@"V@;t )kE_^[E] UQSVW3 ^^^ C+t'ω}PjCG+MM;r_^[]YYSY C+t8V3WC3+G;v j^P辙CG+;r_^[̋UE E ] ̸8B ̸4 ø4j8]ӷ u} ϋ]j V=PMe (ċj @$ PhDB jEPES訑 hPB 蜑 }ErEuP h`B y }ErEuЋP h8; V }ErEuP͐ hX; 3 j
覐 MM踌虶 ̋UQM]Y EzX {2] ̸l̋UE ] ̋UQEX . E ]E ] ̃! a 3f̍Axr ̋A+AËUU" BABAB A BA] UUA;Bu A;BuA ;B u A;Bu2] UU" BABA] UEI;H] j(D uЋM3ủFEFFEtuu PS Ĵ hhB MӎUEX̋UEIf<A ] Vq j@^ j0豴 ًMUE CS MRp "M;t ) EЋ p<"M;t )MЉEC EЅtQ3ɉEjZ uE th uЋjZ3MCstP( YE̅t4ǘ tEPj V| 3CstP YtI3ɉ}jZ ~ ujZUth W3CstP蠘 Y hB M&e U諏̋U SV3W}uF;G F ;G aΉEWUˉE; EAu GEFEp<";t )PuuP uWUuJB ;t ~+;u8A;Du/;u~
r Fff;u;u3_^[] > AT 3 A A AAAA A A$A(A,A0A4A8ËUQ Vr+t%9rtE B uV ^] & j$?谱 щUԋB +BMMЃto܋8p(";t )MԄtA4+A0j ^w:UЍYK9Kt
" C RQ C+H hB Me Uuh EMXUlRQp$";t )j t]EYp0@4+ƙM; k } u!|0u} |0 | hC MIe U ]_C4+C0u hD M E U[ C3ҋK +Uto@Mp;tD1p(";t )uXM]M;puUCBK +U;rj _t tE Pl8! hB MKE U E K4xE|tP9K8t
{4 QK0 C4+C0t HMtt<!M贮 hD M辈E U@M PhE -̋UVq$N+-L r u9Nt FQ ^] ̋UA4Vq0+j YM;vE k D1^] ̋UQSVW} ܉MM1p";t )tF]t*tt.MA+A Mj A4+A0Y MA +A9C_^[] Uu0 @] ̋A,+A(j Y̋A+A̋UutA+A ] ̋UQQSVE WuNI @+uh1NNE܋8r";t )t7} Et/]p";t )} 𥥥E_^[] Uu] ̋Uu( @] ̋Uu(g u 08!x] M PhE ̋A +A jY̋USY,Vq(W3M tG ;uE 2_^[] E 8UVWjYF +F M;vVk~ } t u 78!MtG } t'OFw4huWHNQ_^] ̋USY Vq W3M tG;uE 2_^[] E 8UQQEV EEAMEl
yM VhE p^] ̋USVuWFދ_+_#F +F; F(+F$jYMȋG +G }; F4+F0j YMȋG,+G(}; 3EȉMt1WF4 GMWA+M;r3W O +щEj[t)^$+ٍ PZt[jXEG +G }9Er܋G,_(+j Yt.v0+ Ppt j X؋MG,A+G(}M;rװ2_^[] ̋UQAVWyŝ E;tBSлŝ 33iؓ Ary73;}u[_^]̋U SE3V Wp8"M;t )EˉMtDE܋@8p";t )3ۋо84 ˋ;uAu_^[]ËMAM;Mrj 苨 hTE MXe U݄j`e Me ܋EU EAU80";t )PM% 3ۍMC]Ee @PE E ])}ErEuMPCSh< M5}ErEu]PME }}3MG@ E !uGH t tO N @pxDM3E
uI0u3ҍ}jX;ωUЋ}EԈUtE+PQMEԋUЃMEMrMRQHME | tS^jhE EF;sjh9 E;M
jh@ MZ|; ̋UQQAEMEVE yMT VhE k^] j
j$Y ut5j Y3 FH < F0 f F F 3utVڐ e A +AHPF PCF#C0G ̋UVN0 N$ N N 9 Et
j<V YY^] 9 t1<!̋UVN {Et
j$VӒ YY^] t ! P: ËUAV1+j YM;v
k ^] 肻̋V> t)v6 F+j Yk mz3FF^ËV> t)v6 F+jYk8z3FF^ËVW7t7S_;t> t6O ;u7W+փy3GG[_^ËVt"VQ V+y3FF^ËUVu> t6<! ;u u^] UVu> t6<!;u u^] UQQSV?W}F++>;to@PEy ȉE;vyM QS! V9UtU VGQMP uuSL _^[] ̋UQQSV?W}F++>;to@PE ȉE;vxM QS! V9UtU VGQMP uuS1 _^[]
̋USVW}j +Yu؋F+E=UUU @P> k E=UUUvJxu k EM^6;uM V ;uDE;tV| ;uuE^u;t u+O WN ;uuuE@PuU E_^[] ̋USVW}j+Yu؋F+E= @P kE= vWwu kEMY^6;uM VE;uDE;tV*;uuE^u;t u+OW;uuuE@Pu E_^[] $j (ܠ e MME, 3E2ËE jC蟠 e .3EbËE ËSWڋ;tUV7tFN tV+уu3F FFtV+уu3FFj V菍 YY;u^_[ jk菟 qj0Y褄 E3ɉMt vȃMAً#ȋ P1";t )3
ËUV> t v6=F+j Yk tkE MFkE F^] UA+j YUUU+;w;EsE] UV> t v6F+jYkjtkE MFkEF^] UA+jY +;w;EsE] UVW7t-S_;t> t6A ;u7W+փs[ME GEG_^] UQ?++;w;EsE] UVtVQV+wsME FEF^] USVuW3+ǃ;#t+ 7$7 C;u_^[] U+VuW3;#t+1$1 G;uQ_^] 9 t1 Ë tQJ ËUVut7~ t v8 Y~ t v) Y~ t v YjVu YY^] VW3N tV+уXr~ ~~tV+у<r>~~j V& YY_^ SVWu3
j Q4!3u PW4!33Ctf9utf9uӄtK u PQV! };_^[ËUUVJf F Bu+ыRu^] SVW9QpD";t )_^[ËUQVWEPu4!uύE PEPw EuFPVw _^] UQAU V4;qwRPuq؛ ^Y] ( j$? jEPE;Ew)V B;Nw7NMQPR0!x)E蓚 hE Mte U'w MPhE j}Zje M蓅 AT q 3 A FFyEGGY$CCQ0BBME EEE܉EEPM܉MQMf E܋։EEPQM uE܉EEuPQM E܋ӉEEPQM ~ USVWj Y~ Ѕt 3jYBBB BB3ҋutQ EjP.}t4 EjPUUA9AtA
URP ű EjP}t: EjP Q9QtEEBA
EPR uƋ EjPE_^A[] j8˘ ű]E܋jP]cEjPVEjPIjY}} E3utuЍMuQ$M tPG9uvYM̍EjPu ujEPE̋0EPE̋H HEEĉDG;}r yt(3fEЍEjPE̋HfEfqF;r؋@Eȋp<";t )PEuȋ?M ; hF MJqUE s̋UQVEMEEPV0B MEEV EP MEEVEP MEEV$EP) ^] USVW}uP+UEPEPq*
1A+ƃ9q#ЉUt,3uEEPEPq Gv;}uۋ}A+A uEEPEPq Br E;t0EFEuEPEPq ;u}uBPRqh _^[] U SVuW]9u
PRPq1 u@EEPEPq u@ EEPEPq 39}vHuHEDEEPEPq uEPEPq G;}r3 Et*uAfxfEEPEPqp G;}r@Ep<";t )MuUP R q) _^[] U SVjEPW] F+j Y;vUUU Sn teW} ]ދK9Kt3! C } Q sjd PN FjPjNQmu]_^[] im̋UQSVWjD$Pt$ wZG+;v?wKV t/ދG9Gt GP5 OQM u_^[] ̋UQSVWjD$Pt$ wZG+;v?wKV t/ދG9Gt GP= OQM .u_^[] Y]̋U SVjEP]w F+jY;v S W} ]ދK9Kt3! C} Q$ sh =PN FjPFjPFjPjNQmu]_^[] os̋UQSVWj [F+EE uPEPq6 F>E;tG_ u7 suVCPq MuSVq ;}u_^[] UQQVWF+D$ D$t$ PD$Pq ~6 MV<;u_^] UQQVWF+D$ D$t$ PD$Pq[ ~6 MV;u_^] UQSVWj[F+EE uPEPq F>E;tu_ u7 suVCPq MuSVq MsuVSq MuCPVq ;}u_^[] U SV W}F++>; @PE ȉE;veU ؋Nj}E
JLF;u+P6S^ } %+P6SI F+PW}GP4 uuS _^[] Ӱ̋U SV?W}F++>; @PE ȉE;v eM ؋Nj}E F;u+P6S衏 } %+P6S茏 F+PW}GPw uuSu _^[] ̋UVt
V+у0dME FEF^] UQ ++;w;EsE] UVt
V+уcME FEF^] U SVWj Y}G+kM }UUUEvc7؋G;tV< ;u}uuSD_^[] U SVWjY}G+kM} Evqc7؋G;tVq;u}uuSM_^[] USًMVW{+;}?vcSQ VHuWVv_^[] USًMVW{+;}?vbSQ V=uWV_^[] UE3SBW}+} + MU;u;Ct E KVs+; +3+; >PErȉE3bEWu PEɌ } tC+P3V貌 &E+P3V蟌 C+EPuEP芌 uuVҮc+ȉM;s6W+PV` 7C++EPu+VG Wu u; $"Q4PV+ EWu uC ^_[] Ȭ̋US]VWj Y+uF+=UUU @PEk E=UUUvak UE 3! ʋ~6;t+;t-VO ;uuU~V4 ;u u;t u+K S ;uuuuuE_^[] ګ̋UQQSV?W}F++>;th@PEȉE;v-`QS$ V9UtUVGQMPuuS_^[] J̋UQQSV?W}F++>;th@PEȉE;v_QS$ V9UtUVGQMPuuS_^[] 躪̋US]VWjY+uF+= @PEckE= v^kUE 3! ʋ~6;t+;t-V;uuU~V;u u;t u+KS;uuuuu}E_^[] ʩ̋USW tV$ S<!V ^E_[] QVQybl f| 3dž fFl^Y U j hW !QxhxPa jX̋UE E & ] ̸@F ̸4 ø8j c M(u ċ}j @$YPh: jEEP)e 蔕WQa h88 Ea }ErEuP` j;` j
` M\蓆 ̸̋UE ] ̋UE VuW 6@ _^@XHX] j8X̋UE E ' ] ̸,G ̸(4 ø<hh U Eu ]j HP[P\e h h j jP{ jE_GPP袎PK蠮V[GPP|P{1[WPZPKX[Hr藓SN_ h8G B_ rP^ h8 _ j
^ S_ hPB ^ j
i^ 3A0A1A2A3thLG ^ j
^ 5 PG t#Sr^ j.] ] APWhXG >^ h`G 2^ S*^ j.] ] j)] h8; ] ZWhhG ] Q;WFH8 V] j
] S] hpG ] S|] Vt] j
\ y4 t-SW] h8 K] SC] V;] j
\ h j jE Pq X荂 j X̋UE E ] ̸G ̸84 jXø@j c E@xtx u hG M\e U^̋UQUVu U z u5idu*
X ]E F^F^F ^ ^] ̋UEMVu W }
X ]du&EUE]E]E]E]E]MEuPbMc_^u!EAYAYA Y ] ̋UQM]Ez 8Y AuTY 2] U! U;t" BAb BA] j<褀 ى]]؋EEȋE E3]E{}؍wP uPF$ 3w wwEj s$s(s,C0s0Eĉs4s8s<s@sDj<YE e Et P覓uVVuȋVEd e UE M E̍MQP0N "V ;t )MyPhG MM܋p";t ) e EȍME Qh7 0P";t )MyPhG ` M MNG uЋMF MyPhG . Eԅt3]ĉE؋K9KtC EPQcM ]čMEFC;;]E؉} 7j Yvc Ѕt 3jY}܉BBB BB3҉URVE
n EPIEu܅tFN tV+уS3F FFtV+уS3FFj Vk YY;}Ou M } PhG + VN tV+уIS3F FFN^ h [~} hM\ `e \ M$ \M܋QP0N "V ;t )MyPhG M؉X } t;p$";t )th8H MVEU hxH`pP1 Q 4 p;CXu p@D ;t`9At ȋp pH;thH MVEU% L`QDQ S
\{PPQ1N "V ;t )MyPhG 3ɉX9P p Ep\RQP0N "V ;t )M pNtGj p";t ) hH |UE| t tEPp x{t tl{Tp$";t )tƅT} u"p";t )t3@PT p";t ) ph d9ttJt#Pq";t )htLLdt tzM l lE lA plA M9 ~<G9Gtlȉ0h GlQP ltN3ɉdt#Qp";t )dttdd lE } u"p";t )t3@Pj th8t pE XAX;P} t { uFh0Q9Qt(`A'PhG * 8PhG +`PR\Ίw PhG 腞hhB MQEUlT̋US]VWp";t )uHp";t )u&p$";t )u2_^[] jBw A@Y<E;tRe e M Qj P0N "V ;t )Mx=E9Et MM ;]u3v 3N#M PhG h Qjhۻv ى]ME e MEe Ub M EMQP0N "V ;t )MyPhG EMQP0N "V ;t )MyPhG L ;܋Gp"O;t )jYZ EEtuMVQ؉E3ۉ]]}uSWEu Suv EPOE9OtG EPQ;E } tutџ84 3ҋ ; u
BuG;j p";t )]tE@8u
u pe EMEQP0N"V;t )MyPhG M uu thHI MNEU K$Q9Qt3" b A R [(EK;t ue MCM;t5t#Qp";t )CMKME輆EC} t u<!M蟆Es PhG ShI MMEU:Ph bs @]E M<30XL9C \ e \1RPQN "V ;t )M \FtD;j p";t ) M\ X T TE \TQh7 0P";t ) T ;܋p";t )D \@\> 7\Ph7 W";t )M T XD DEP\ L D 9 @DG0Ћw4;t 9
t;u++H; jp";t ) XLH$Cƅ L< PI P EPTQP0N"V;t )M P
Xj ?p";t )4܋X8p ";t )88@4Pc< Hƅ( ,
: u9Bt;Qu;Qu (P Xjp";t ) XLHC LP twP<!i<QjHr";t ) XLHC LD: T/ M\ L@L;C 0hF MHEU hxI MHEU PhG
hF MHEUahF xHExEh@ `tHE `)PhG ,7n hH MFHEUJPhG 軔jn } EPE?P7N@"V@;t )39]vl3ɉMEe EEMe QS0PN"V;t )Mx4E puu4 MM MCM;]rGm PhG l jlͼm ]E EE3EEPSN"V;t )M Ee EE e + tg- 3EE PE PS";t )MyPhG EjZ E 3EPSNH"VH;t )MyPhG K 3B 3EPSN<"V<;t )My~PhG 3EPSN0"V0;t )MyGPhG 3EPSN,"V,;t )MyPhG jZE]M;K ulM;Kud{}QPWGl [ t2W";t )th(J MDEEUQ} t u k hI MEEU$PhG 菑hI MDEUvGjj ًE e e M0QPN"V;t )M EMQP0N "V ;t )M PhG e EMEQP0N"V;t )M u EMQP0N "V ;t )MxI} t u<!} uMMt!e Qp";t )vi PhG PhG PhG h ti (M4 8 RQGp "O;t )t hJ MCE U , ,P44!,4H;r f?.t;u;] ߋ+ F +Gȉ0V ' 8 8E PS4j S,!M/ 8(- $uh@K M6BEU w[d@ 4<P@1P0QN"V;t )R < E 4k@;* GQf4H艮0x th0L MAEUE <>ft hL tZAEt Of @fA EPS8!yMI PhG $<0@@=( < P t <!8 t 8<!kf hK \w@E\3hJ D[@E DhdJ M?@e UBPhG 贌̋UVq$Wy(VMt ;u3_^] UQe EPQ4!U ]ËSVdw73Ʌt3Narzv ArZv_t
f w tA;r2^[ËUHRQL$ $*|M$L$<W L$0t T$8+у ;3D$0D$4D$8L$$ L$ $^] 9 t1 VW7t2S_;t ;u7W+փ:3GG[_^ËVtV+уr:3FF^ËV> t)v6 F+j Yk =:3FF^ËSW @g ;tV3j Z :;u^j Z_[9UVq9qtUBFA uV ^] 3VWt Rp";t )_^ËUVu~ t v<!nv ;u u^] UQSVuW{ G+;v?w/V CωEEPVZ M_^K AC[] ܄̋UVW}ŝ 3:3i BrA_#^] UEM ] U S]VW}W+w+Eu;vx?; +;w;st Us83GGt"? 8GƉGtU uO~3;vN+;#؉]]t]U FI;uW]+]t} u}W* ;#t} FI;u}__^[] g̋USVMWu^+ }?]Mv7>ЋN+ωU9~#t 3ۋCI;uu]>tV+׃7UFE_F^[] V1WRhM Q";t )_^ËUSVW}Wh 8 P0";t )_^[] 9 ËUSVuWC++;=? K@+ E?+;vEE
ME;sM=?v~6ωEMM E ? C E;u$u;te3҉;t E;uH}3;t ;t;uCE;t M;t E;uuuuc E_^[] 1̋U ESVWj +Y]C+E=UUU pC+UUU+;w;sk M=UUUvZ5k ME3U" b C}3E;uej ;t[V;;u]j ^; t s3C+ k 4EM@k _^CECE[] ;t j [V;u]UCE;t]+j U^J WU;u]l̋UVW7t(S_;t2;u7W+փ3[ME GEG_^] VWt Qp";t )_^j ^ ى]} e WlS sE;4tt6;4tv;NtS;4uMEuWP] };7t 7WVZ uVW- E E8@] E0@ uEP
M0EP: j j ] ̋UE HEEHEEHE MEQ@AE HEHE P] U SCS CydY ]EUEydY ]u]EAuD s
sRC9 t VWxsˋ6VFPEPq ;u_^[]ËUUVq ;AuEI E&;E uE D D;EtI D@D^] UQVu WFPO 9tu 94uGыO GDF94uыu VEPO5 _^E] Uj Y1MuȋU P] UVM j E QABNZ0EM ^] USVWu F8_SW йTUUF+ȃs hL !@FWF_^[E] j[ ى]} e WdS K1EM;4tt6;4tv;NtD;4u}};7t 7WV]EPVW/E E8@
Z uMEPE0@ uEP M0EP-j j Z ̋Uu uyM H] ̸M ̸4 øDj Y Eu }j P=hPM/e h M hhW3 h4M 3 }ErEuP83 h8 3 j
3 M+/ Y ̋UE E ( ] ̸PM ̸H4 øH̋UE
X 5(Y ]EUR ]E]ER ]EEE X PX
@X XXP X X
`X
8X XXP (X X X
XX X$X(P,P0P4X8X<] j8W u} ϋ]j V=fPM-e (ċj @U@$詢Ph\M h EPvaEeS1 hpG 1 hdM 1 hlM z1 }ErEuЋP0 h|M W1 }ErEuP0 hM 41 j
0 M,M,V ̸̋UE IH] ̋UE VqW0E0";t )_^] ̸M ̸4 øLj 3V Eu }j PdPMW,e |dW90 hM -0 hM !0 }ErEuP/ hM / }ErEuPu/ hM / j
N/ Mh+IU U E X V]EUE]E]FO ]E]E5O ]EM E.O ]EM^EO ]E^ ^] U X3ʼnE3VWjU_]ETE@];rW EAuVɍUU+
DzE]uEN ]EF]F]>UUM]E3 E^E_^^A ]ËU E]E
X V]EUM ]E HY ]EAu
X X M ^^] UM B`YB`Y] ̋UE
E ( ] ̸M ̸X4 øPh PS Eu ]j HPaPb)e 0h h jjPH EH3W P[PK{ (GP P[P{ (0 raS, h8G , ,r(P$, h8 , j
+ Sy, hPB m, j
+ 3A A!A"A#HthLG , j
+ 5 PG t S+ j.\+ O+ VAP.%h8 + S+ j.#+ + h<8 + $F068 VO+ j
* S>+ hpG 2+ S*+ V"+ j
* y$ t-S+ h8 * S* V* j
\* h jj0E P? Z&;P ̸N ̸h4 øTj CP Eu }j P^PMg&e h N y^^W=* h8N 1* }ErEuP) h8 * j
) M%|O ̋UE E 8 ] ̸PN ̸(5 øX̋UE W QQ\$ $ ] j4ί3O Eu }j P]PMW%e Ej PXEk]W() h88 ) }ErEuЋP( h<8 ( }ErEuPp( h9 ( j
I( Mc$M[$<N UQE%X ]E]EE Au2] jG N u3>~~~ N}) N$E ~8~<~@NDE M ËUQVW3ujY>~~~ ~#8x_0^]ËV'L^dj{mM ju 3}}u4 $}hdN E ' } u hlN ' M P' j & u }tAhxN [' P' ?tj.& N P& j)& j;& j
& E{L UQVM G uuPu E^Y] j L E}] jPEP, 3ҍN8UA9AtP@ AP^ v<} tjhN sSrj t}ErEuPwsE؋PtM!K UQVu2uM j Pu E^Y] j{K 3Wu}}uV }E }Dt hN % u % j %% u th88 % W% h9 {% j
$ EJ j $K EMPe ~^7};t=}}MrM~r9~uvQPK t;u͋};u!GMQ9Gt
sGP Mr SJ VqDhdN $ ^j?J Mre MhN $ j
M$ hN Mx$ j
M# j
M# ^~;tAhN MM$ rwMP# j"M# j
M# ;u^9^j
[t SM# ~ vFPM$ SMi# ~4 vkh O M# hXN M# h O M# SM3# j{M)# SM # F$PM# j}M
# SM# SM" h O Mo# h(= Mb# j(M" SM" ^<~8@uj,M" j
M" hdN M # rwMP" 2;uh@ M" j
Mf" j{M\" j
MR" FDPM" j}M<" j
M2" uM# M2_MjZ EG j8ھJH ًu3ɋE MĉuNF EE3GM}+t!+t+t +u~<O 8O 4O 0O WPKo3}j
j
fEP3!MQAu+ʍEQPojhxO ou"nOG h@O M^!Uȉ}#j lG t?#t34t'Etht u5O !O O O O |O tF hI M e Uh#̋USVW}j+Yu؋F+=
@PEhkE=
v kUE 3AA ^6;uVYo;uLE;t#V<oEE;uuU^u;t u+OWo;uuuuugE_^[] lg̋USVW}j+Yu؋F+E=
@PgkE=
vu kEMtn^6;u}V^n;uKEE;t V@nEE;uu^u;t uu+NWn;uuuE@PufE_^[] pf̋UE E ] ̸O ̸x4 ø\jLD ] E}j PMe EjPMjEEP{Mh4? ERRW hO x h ? l 8; W_ =SPhO B }ErEuP W# }ErEuЋP W }ErEuP{ h8 j
T MnMfM^?C j0X̋UE E ] ̸ P ̸4 ø`jd #C ] E}j P Le EjP LjEEPKjEEPKh4? E/Q6QW hP h ? 8; W QP'hO j[E9]rEuP& W E9]rEuP Wr E9]rEuЋP WT E9]rEuP h8 2 j
MMMMA ̋UE E ] ̸: ̸4 ødj4ίsA Eu }j POPMe Ej PSJh M EOOW\ h(P P }ErEuЋP h8; - }ErEuP h8
j
} MMp@ ̋UQM]EzX {2] ̋UE E 8 ] ̸pP ̸P øhh @ }3ۋEu Ή<DG@`SPH]xCSPHjE]PHjEEPHE3ɋG9u%jMM؍MhP E iEE QWMPHjE [PMDE tHEtM;Nh4? qM@P y uP bM< hP }ErEuЋP h8; t`r`pPV h8; }xrxuP- h8; }ErEuP
h8; p }ErEuP h8; M WE h8; 9 Sh8 # j
MMMx`k= ̋UE E ] ̸P ̸5 ølj S= E@xt xtxu< hT< M e Uj8= E3M] WpMPfKPM WE؉}PEhP E#K~P tQ Ku h88 W h< }ErEuЋP, h8; }ErEuP h8 o j
MM; ̋UQSV3 u@EPhjp u#$ ~ yj6VQ" EWj
uP` u$ ~ yjA.W5| u$$ ~ y jGVQd" Sx MW5t M _^[] ̋UM& ] ̋UM& ] ̋UuMu & ] ̋UVNM& Et
jV<( YY^] ̋USVu 3Wj0Q _;u
B;uMA] Q ы;uB;u 8 ы;uB;u̻7 ы;u
B;uM M ;uA;uMA #ȋE3@ _^[] ̸@ ̸@ ̋Uu j h Q 0!] ̋UVW} 3 3_^] ̸@ ̋UE 3] ̋U,X3ĉD$(ESVD$3WD$D$D$0D$0PD$ Pj h7 @! t$0L$L$SPh 8 V$!xM|$L$7D$Pj
N,W"V,;t )xL$D$d$ 3
jtjsVQ d$0 L$VL$ML$4_^[3% ] j ̋UVuNEN^3] UQS]VHEW;t5t#Sp";t )EHMMX_^3[] UQQSVWMjY ؉]t!# C C ` c 3ۅt Sp";t )EMe 5_^[]̃l$Ṽl$ F̃l$̃l$ ̃l$̃l$ j j jQ( j@X̋UE E 8! ] ̸hQ ̸4 øph p6 } `uϋ]j Pd?e j ^ujQu23A(Q htQ @$xj4P@jEEP
?(Eċj @$PhQ j#EP?jEEP>jEEP>h4? ECDS hQ h ? 8; S yDPhO ~ `j_9tr`pP SQ x9}rxuP S- E9}rEuP S E9}rEuP S E9}rEuЋPi S E9}rEuPK h8 j
$ M>
M6
M.
M&
x
`
3 ̋UQM]Ez 0Y AuPY 2] ̋UQM]EzLY {2] ̸,̋UE ] ̸̋UE ] ̋UEE Q 0D] ̋UEQM @ $] jDX̋UE
E " ] ̸Q ̸4 øth z2 } Huϋ]j P;e j ~}ujq}u23A(Q @" htQ @$`j4P(<jxEP';(Eċj (" @$}PhQ j#EP;jEEP:jEEP:jEEP:h4? E@@S hQ h ? 8; S @P hO j_H9\rHXP
S] `9tr`pP
S3 x9}rxuP
S E9}rEuP
S
E9}rEuPi
S
E9}rEuЋPK
S
E9}rEuP-
h8
j
M MMMx`H/ ̸̋UE (" ] ̸d̋UE @" ] UQEEW Au
9E Y X
Y
Y E]E] UQ0X hX Au:E E]E؋] UE$@Y SVWzXY ]EE Y Au
hY 0X Au W ] 3F<R ]EAAz t F rك rj ^ن,R ن R DzxX ]نR U]E' ]E]E]ن(R U]E' ]E]EEM]EE]EنR ن R ]نR ن$R ]M]E]E]u]EUE ]]E' ]E}܋UQQ]EE E]EE\$ $_^[] UE @Y VWzXY ]EE Y Au
hY 0X Au W ] E EPQQ\$UM $zuEփ \$E\$E $w_^] UEE EE
X
X
pX
X
X
X
X
HX
X ] U \Y U]E
Y VW]EAu)
X ]E
W W ]E]SzF
X ]EpY W ]E]
W ]u]W EPQQ\$EUM $ EEP UM\$E\$E $EE]E U
X PQQM
W W ]E\$E $EEP UM\$E\$E $8EE]EEE]E E_]EE]u ^] ̋UE E $ ] ̸Q ̸5 øxj8]) u} ϋ]j V 8PMe j tujtu23A(Q # hQ @$Ej#PK3E7Ss hPB g j_E9}rEuP hQ B E9}rEuЋP hR E9}rEuP hR E9}rEuPv h R E9}rEuЋPT hR E9}rEuP2 hX; j
M%M ' ̸̋UE # ] ̋UEV0E FQQ\$Q $<^] ̋UE E H* ] ̸Q ̸X5 ø|j<' u] ˋ}j FVE5PMe (ċj `$ @$jrPh: jEEP:1E5Wb h88 V }ErEuЋP h<8 3 }ErEuP h9 j
Ex t:05W h8 W h8 j
@ MZMR3& ̸ ̋UE `$ ] UEP ] U UE e VPR FF EEEP EP ^] UU! a t
t BA] UUVrBu+Rup^] U SVu3W ]ԋF F̃ BZF AY̋GG EEEPVEP6 _^[] U X3ʼnEVW3}請j
jEPu!EP/M_3^} ] UQQA QSVu3ۉEE^F Wt8R:uuWuSA _^[] USVWVN uB9Fw QQ N FH#F ~^NK#< ujY NN E F_^[] USVWKt3B+Ers+; ܋s u?vKuE1<s+VRW@$ > u}E;w5QsP $ +Nj}PEj P W}j W 6WsP# s7+uVPu# W}j >P uK$t S{s_^[] hT !j4# ى]}+{ uS}U;u v ; 3};u t,V FE3M;Hm hux @ C M؋s +uEE؋VP}r C ̉9yA C M EE؋ĉ}uPVEP5 . C M EE؋ĉ}VP C ̉9yAM E ;u t'V)FE3M;H hux C C 3 }܉9AyM؋C EE؋uP C M EE؋ĉ}uPf d3uC MuE}܉EC E WW! j44! ى]u3+s U M,CuE; ; };tXuu6NI#ȃFP U M,BU ŋE3M;H hux @ C M؋s +uEE؋VP}t C ̉9yA C M EE؋ĉ}uPVEP7 0 C M EE؋ĉ}VP C ̉9yAM u E ;t\Eulj} EHI#ȃE@PU M,BU 뼋E3M;H hux C C ̃ }܉9AyM؋C EE؋uPR C M EE؋ĉ}VP5 M C MVuE}܉E E ( WWx ̋U QME EMP] USVWO uG9Gw QvO wN#w _uONK#< ujY@ OO E
w G_^[] UM3u Utu QuP ] U E SV3L$ Wu M](D$ut$ L$UM L$ t2};t8;u0Qt$WV St$t$$t$ St$WV +|$ ߋL$$EP]m_^[]$ j
}e u ;ut,MQJ#ЋAϋ0P}Eu Fu Mj j ̋UQQUES] VW}UE@O;t?BH#ȋBU4ËJI#ȋBӃC
U;u_^[] ̋UE E * ] ̸8T ̸`T øj4ί3 u }J+؍Ej P&%e EjP%hDT EZ*a*W hPT Sr8; W}ErEuЋPrW}ErEuPSh8 j
,MFM> 3 3H pÃ%p ÅuAQj 5pL ÅtQj 5pP ËU t]ÍMY h0P ̋UVu ^] UM]̍A Pm YÃa a ApT 3ɺA3
u ( jZl ËUQSVWډM5llFƋ
;uk(Ƙ FEFFP 3j VjE@P fu
૫_^[] UQVt=t5 u*= t 9tu jY2^Y] 3ҋ)̋UTSVW 3ۄtS8 jPD$SP D$EFFD$|$ D$ t$$SSP0 _^ []ËU39Ev ; t @;Er2] UQM $ uj T u uQY] 3ҋ9T t
$rËUQSVWhT ډM t-hT Ph tSu";t )_^[]àpStF
q3Ct1j jhpj#"yÊˢp
q
qptt3ۋ[ËUQQS]VWMfE? u tEg8; u^l5 Q 0U ul5 Eu Q uu VRQ Q VVPh@U j je ",EtjPhT " PEPhU j je "Eb0tcBt^tZHt<t u+h P gh P hpV hDV j je " _^[] U|X3ʼnE]EUA]EUBUEUEB]VW}E]B UBUB]E]EUE]A]EU]]A M]EU]]]A]EEEQQE]EME]E\$ $ ]EQQ\$E $ ]EQQ\$E $] ]EQQ\$E $F E]E;tEV]Eԍu]EȋM]E3]_^ ] UQEE z]E] UQEE Au]E] A ËUM3@A@] UESVWXKu%t! jp"M;t )_^[] a % ̋UV Et
jV YY^] % ËVq> }j hV hV W 53@@^ËUQSVWEHKu# jp "M;t )_^[]ËUQS] ѸW VWtnu0Q 3ɋ;uAue '2SuNR"V;t )Ex$ Qr";t )E# _^[] ̋UM V3Ft0;tA;wauQuj Qx@uV߃= u} u-3"uHj u" y3^] HH HH3øøHHHH3;
Xu^ UuY]ËU j Yj u = ujv Yh P ]ËU$ j tjY)
5=ff
f ff%f-E EEP jXk ǀ jXk
XLjX
TLh ]j hg E ] Ë}Njuue O}t+uM"UEE ] }] uEu uWSV jh 3u}u;ut>+} }M"UFEEE E܋E܁8csmt E EËeE \
̋UEVH<AQAk(;tM ;J r
BB ;r (;u3^]ËVq t d @P;t3u2^ð^@ t , P Yt2 j YAu25u," ËU u} uuMPu"Uu uD YY] t h Y j YU} uD u2]u
j Y]ËU =8 t Vutu t&u"h } Yuh,n YtF2KXuW j Y+ȃ3XEEE,EEuE_8^]j/ jhQ e MZ f9 u]< PE uL f9 u>E +PQYYt'x$ |!E E 3Ɂ8 ËeE2 ËU t} u 3@]ËU=D t} uuu YY]ËUX3 uȃu h YY#E]ËUuYH]̋UEV tVY^] A j Yth0Y3j ̋UX j Y+ȋE3X]ËSVWh hH h 3 uhT t~hD3 Vh h`3 Vh h|3 Vh t:t6t2%d h`"WXVhMYYl_^[3PPjP duj hH !dtP@ ËU
PEA
Pd,
| P ]T UV= ujd Y> t!>td,
| P ^]N hH ádu%V5X35l h`"^P 5d hH ËU=d u.V5Xu35h hHh`"^]j u5d ]Njh 3ۉ]]];]tM"MUE EC]EE ]EuuSu u8ËU$ Sj tM)j $ j P8 |xffftfpflfhEEDž @jPEj P E E @E E j XۍEEۉE EP u uj Y[]Ã%p hd5 D$l$l$+SVWX1E3PeuEEEEd ËMd
Y__^[]Q̋Uuuu uh@hXX ] U%t $S3C `j
o e 3
`3VW t}S[wO3ɉW E܋}EntelE5ineIEE5GenuE3@S[]܉Es EKS uCE%?= t#=` t =p t=P t=` t=p u=x=x=x}EE|3jX3S[]܉EsKS ] t=x]_^ tf
`t tN tG3ЉEUEMu.`t ` t t `3[]3@39d%!%!%!%!%!%!%!%!%!%H!%L!%P!%T!%X!%\!%d!%l!%p!%t!%x!%!%!%!%!%!Uuuuu up0m y]ËUu uuuu up05 y]ËUuj uuu u]ËUEPuuu ue]ËUuuuu uXpQ y]ËUuj uu u]̋UE t3t tt3@0S- uu Y} P Y] jh8j Y wE]e =< < tMV ) h, h , YYu)Vt h+ h+ { YY< 2ۈ]E= uC > t VYtu ju6"3@]u Y3-jj hX~aH{Ee =<uN5B %< E j uYYt3@!uY3j*j hxL} u9=3 e t
t]1]SWu u SWuu SWu+uu"u SPuSVuSVu` tuHSWuyut5SWu: $MQ0huu uËe3uEËUV5h5 u3@uu u"^] U} uf uu u ] Ue Ee P!E3EE 1E 1EEP EM3E3E3]Ë
XVWN@ ;tu&;uO@u
G ȉ
X_
T^hX hY@HH8HHø|ËSV^ ^ ;sW>t
"׃;r_^[ËSV^ ^ ;sW>t
"׃;r_^[%!%!Md
Y__^[]QËM3Pd5 D$ +d$ SVW(X3PuEEd Pd5 D$ +d$ SVW(X3PEuEEd Pd5 D$ +d$ SVW(X3PeuEEd QL$+#ȋ% ;r Y $- %!%!%!%!T$B J3T$B J3MT$B J3MMT$B J3aJ3W uMT$B J34J3*PHMT$B J3|%MeM]MUT$B J3J3M(T$B J3J3MMT$B J3rJ3hMMT$B J3=J33DQMMMT$B J3 J3xMTMLT$B J3J3M MMT$B J3J3MT$B J3a$MMMMT$B J3&J3 P:T$B J3 T$B J3 MT$B J3xj<uYYËT$B J3T$B J38MT$B J3]J3SqM MM$M<MTMlM "T$B J3$@T$B 3J3MT$B J3J3DMT$B J3eJ3[pyMT$B J38J3.LMMMsT$B J3J3M MGMuM7T$B x3J3M T$B J3HMMw T$B J3[J3QtoT$B J36J3,JMWT$B J3 'M T$B J3 M M T$B J3`M MM\6M"6M$5T$B J3iM5T$B J3FdMt5Ml5Md5M\5T$B J3 @)M5T$B J3J3M 5T$B J3J3M5T$B J3J3T$B J3iT$B J3N`lT$B J33QT$B J36T$B J3hM[MST$B J3J3M̃3M̃3M̃3MT$B J3J3z3ۋEjY SugYY3ۋEjY SuJYYÍMT$B J3 J3 1MhT$B J3J3HM;M3tPM MT$B h3J3tME eMÍMT$B J3OJ3EcMzPT$B J3"@T$B J3(%T$B J3
j0uYYËT$B J3M PMPM$OPM0PT$B J3}juzYYÍMT$B J3MJ3CHaMT$B J3 J3|4qh j jPYËT$B 3J3MM閏M 2MJvM$@M0M<ŎM鸎MtM騎MVT$B J3HJ3>\\4MMpU|jt?l4MLT$B @3J3`MT$B J3MjuYYÍMUMMMMT$B J3TJ3Jh\|TqDfP#MMsMkMcxX`MMET$B 3J3HMT$B J3MČMMMT$B J3bJ3XvMQMMLT$B J3-0KM8 LMoMgt\K\FD;M3T$B 3J3hT$B J3T$B J3x@h jj0PËT$B 39J3/MMMMM$BM8T$B J3E eM6ËT$B J3 MT$B J3LEă eMÍMT$B J3UJ3KxiMMMMT$B J3J3$`axVMNMFD DM(ËD DHÍMT$B 83yJ3o`xMMMMT$B X3J3`/Hl`axVMNMFM>M6T$B @3J3MMT$B J3}J3sT$B J3XDvT$B J3=[T$B J3"\@̋
&̋UQSEVu;t&W>Wj H PP u>;u_^[]ht ! " Dm @ em " 4 T | n n @ n o 5o Po @ ko " " @ Ư" t " " C K S" " 4 " h " '" T \" " H Ʊ" t " ˥ @ إ " D T h@ # " d @ $ " (@ ا " \ l @ E " ʲ"
# . 9" < b" h " ³" " , $" ( Y a i q" l " Ĵ ̴" p" " $ < A P@ " d l" " 0@ q " d " ?" l" " , < P@ " @ " @ " 4 D X@ V " p" M U" " 0
з" l 7" dlt" ظ" " L \ p@ $" @ T" ^" ( " l ڹ" " 4 ? " } Ǻ Ϻ ߺ" S ' 2 = H" " û ӻ ˻"
p Z ! 4 , < D O" " ż " T " l a% 0 V 8 @ K" 0@ [Q" d @ hT" ҽ ݽ" & 1 <" D b" p " Ҿ" " D O Z b j " ۿ " 9 D O Z b j r" 4 " h @ @ " < L@ @ 2" @ [ (; פ % @l b l m @ Г P wa p
wuceffects.dll CompileEffectDescription CreateEffectDescription DeserializeEffectDescription SerializeEffectDescription p7 t P 0 | 8 \ X T h ` p X" # x$ $ .?AVtype_info@@ .?AVbad_alloc@std@@ .?AVResultException@wil@@ .?AVexception@std@@ .?AVOriginatedException@Composition@UI@Windows@@ .?AV<lambda_6aca9d03f2293377701db092a090d852>@@ .?AV<lambda_13effa132cca5413bdf4b79eddcc65f1>@@ .?AV<lambda_d088a0f2674795381cab6b528eeaaa57>@@ .?AV<lambda_9c986d18ab8ffdb158262b0fbc1fa3e0>@@ .?AVout_of_range@std@@ .?AV<lambda_9355fdb1c88336479dce78159455fb69>@@ .?AV<lambda_73065751de960532e66c56af55da5c6f>@@ .?AV<lambda_4094dc126a3b24b379aac8c03bf6398c>@@ .P6GXPBXPAX@Z .?AV<lambda_4ee681ae442dbca7b9bcfa765deb8515>@@ .?AV<lambda_2ffebb8a39501e96a4293e17648e8797>@@ .?AV<lambda_fb41f576521874b2e3d6feec062694d7>@@ .?AV<lambda_4eb673b2641367d0461c16b169c38d45>@@ .?AV<lambda_4e3a9c35549c14ed96b9575a857bc799>@@ .?AV<lambda_498b88300146e87e83c54f27ce47e361>@@ DN@ , z+ l+ * . .. * * - - - * F+ + * $2 j1 + ) >* , , , X+ + + * - - 0+ j* - - L. N- h- * * ** . . h. . T* * + , + + + )
2 , + 4- , p, T, :, $, - ' '
( ( "( 0( L( `( r( ~( ( ( ( ( $) 2) @) P) p) 2 ' ) ) ) ' ' r' T' :' (' ' 2 2 2 1 1 & t& & T& 1 1 1 4& & ! & & ! $& & ! % ) H! $ . h % . $ / H \$ &/ $ P/ $ z/ L$ / $ / @ \% / ! $ 0 p% 80 ,! D$ `0 h% 0 $! % 0 % 0 |$ 0 8 t$ 1 0 $ @1 $ z1 ` D& 1 " ,& 1 ! T% :2 ! $ ^2 X , z+ l+ * . .. * * - - - * F+ + * $2 j1 + ) >* , , , X+ + + * - - 0+ j* - - L. N- h- * * ** . . h. . T* * + , + + + )
2 , + 4- , p, T, :, $, - ' '
( ( "( 0( L( `( r( ~( ( ( ( ( $) 2) @) P) p) 2 ' ) ) ) ' ' r' T' :' (' ' 2 2 2 1 1 & t& & T& 1 1 1 ?_Xlength_error@std@@YAXPBD@Z ?_Xout_of_range@std@@YAXPBD@Z ?_Xbad_function_call@std@@YAXXZ msvcp_win.dll memset api-ms-win-crt-runtime-l1-1-0.dll api-ms-win-crt-string-l1-1-0.dll __CxxFrameHandler3 & __std_terminate _o___std_exception_copy _o___std_exception_destroy _o___std_type_info_destroy_list _o___stdio_common_vsnprintf_s _o___stdio_common_vsprintf_s _o___stdio_common_vswprintf _o__cexit > _o__CIcos D _o__CIpow E _o__CIsin G _o__CIsqrt _o__configure_narrow_argv _o__create_locale _o__crt_atexit _o__errno _o__execute_onexit_table c_o__initialize_narrow_environment d_o__initialize_onexit_table f_o__invalid_parameter_noinfo g_o__invalid_parameter_noinfo_noreturn _o__itoa_s _o__ltoa_s s_o__purecall _o__register_onexit_function _o__seh_filter_dll _o__wcsicmp_l R_o_terminate 2 _except_handler4_common api-ms-win-crt-private-l1-1-0.dll GetModuleFileNameA CreateSemaphoreExW HeapFree
SetLastError & ReleaseSemaphore GetModuleHandleExW 6 WaitForSingleObject GetCurrentThreadId # ReleaseMutex FormatMessageW GetLastError OutputDebugStringW 7 WaitForSingleObjectEx ! OpenSemaphoreW CloseHandle HeapAlloc GetProcAddress CreateMutexExW
GetCurrentProcessId GetProcessHeap GetModuleHandleW DebugBreak IsDebuggerPresent
RoOriginateErrorW InitializeCriticalSection DeleteCriticalSection LoadLibraryW FreeLibrary EnterCriticalSection LeaveCriticalSection WindowsDeleteString
WindowsDuplicateString WindowsGetStringRawBuffer WindowsCreateString RoOriginateError WindowsSubstringWithSpecifiedLength A CoTaskMemFree LoadResource LockResource SizeofResource RaiseException WindowsCreateStringReference RoGetActivationFactory QueryPerformanceCounter RtlCaptureStackBackTrace TerminateProcessOnMemoryExhaustion RaiseFailFastException GetCurrentProcess M TerminateProcess N TerminateThread GetCurrentThread UnhandledExceptionFilter SetUnhandledExceptionFilter / IsProcessorFeaturePresent InitializeCriticalSectionAndSpinCount ) SetEvent ' ResetEvent CreateEventW api-ms-win-core-libraryloader-l1-2-0.dll api-ms-win-core-synch-l1-1-0.dll api-ms-win-core-heap-l1-1-0.dll api-ms-win-core-errorhandling-l1-1-0.dll api-ms-win-core-processthreads-l1-1-0.dll api-ms-win-core-localization-l1-2-0.dll api-ms-win-core-debug-l1-1-0.dll api-ms-win-core-handle-l1-1-0.dll api-ms-win-core-winrt-error-l1-1-0.dll api-ms-win-core-libraryloader-l1-2-1.dll api-ms-win-core-winrt-string-l1-1-0.dll api-ms-win-core-com-l1-1-0.dll api-ms-win-core-winrt-l1-1-0.dll api-ms-win-core-profile-l1-1-0.dll api-ms-win-core-rtlsupport-l1-1-0.dll api-ms-win-core-errorhandling-l1-1-3.dll api-ms-win-core-errorhandling-l1-1-2.dll api-ms-win-core-processthreads-l1-1-1.dll FindResourceA api-ms-win-core-kernel32-legacy-l1-1-0.dll # DbgPrintEx NtQuerySystemInformation % DbgPrompt ntdll.dll d2d1.dll 8 _initterm 9 _initterm_e GetSystemTimeAsFileTime InitializeSListHead api-ms-win-core-sysinfo-l1-1-0.dll api-ms-win-core-interlocked-l1-1-0.dll _CxxThrowException memcmp memcpy memmove
@ 0 b H ` x 0 @ P ` p C G d1 `y @ o ( I K C O M M O N . H L S L
D 2 D B L E N D . H L S L D 2 D B O R D E R . H L S L D 2 D C O L O R M A T R I X . H L S L D 2 D C O M P O S I T E . H L S L D 2 D C O N T R A S T . H L S L D 2 D L I G H T I N G . H L S L D 2 D L U M I N A N C E T O A L P H A . H L S L D 2 D S A T U R A T I O N . H L S L
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
cE
cE? S t r i n g F i l e I n f o 0 4 0 9 0 4 B 0 L C o m p a n y N a m e M i c r o s o f t C o r p o r a t i o n d F i l e D e s c r i p t i o n M i c r o s o f t C o m p o s i t i o n E f f e c t s h $ F i l e V e r s i o n 1 0 . 0 . 1 7 7 6 3 . 1 ( W i n B u i l d . 1 6 0 1 0 1 . 0 8 0 0 ) 6 I n t e r n a l N a m e w u c e f f e c t s . L e g a l C o p y r i g h t M i c r o s o f t C o r p o r a t i o n . A l l r i g h t s r e s e r v e d . > O r i g i n a l F i l e n a m e w u c e f f e c t s j % P r o d u c t N a m e M i c r o s o f t W i n d o w s O p e r a t i n g S y s t e m >
P r o d u c t V e r s i o n 1 0 . 0 . 1 7 7 6 3 . 1 D V a r F i l e I n f o $ T r a n s l a t i o n 000 0000 0 0$0(0,0004080<0@0D0H0L0P0T0X0\0`0d0h0l0p0t0x0|000000000000000000000000000000000 1111(1@1X1l1111111111111111111111111111111 222 2222 2 2$2(2,2024282<2@2D2H2L2P2T2X2\2`2d2h2l2p2t2x2|22222222222222222222222222222 3034383<3@3D3H3L3P3T3X3\3`3d3h3l3p3t3x3|33333333333333333333333 444 4444 4 4$4(4,4044484<4@4D4H4L4P4T4X4`4x44444444 5$5(5,5054585<5@5D5H5L5P5T5X5\5`5d5h5l5p5t5x5|5555555555 6606`6d6h6l6p6t6x6|666666666666666666666666666666666 777 7777 7 7$7(7,7074787<7@7D7H7L7P7T7X7\7`7d7h7l7p7t7x7|7777777777777777777777777777777778,8084888<8@8D8H8L8P8T8X8\8`8d8h8l8p8t8x8|888888888888888888888888888888888 999 9999 9 9$9(9,9094989<9@9D9H9L9P9T9X9\9`9d9h9l9p9t9x9|9999999999999999999999999999999 ::(:X:\:`:d:h:l:p:t:x:|::::::::::::::::::::::::::::::::: ;;; ;;;; ; ;$;(;,;0;4;8;<;@;D;H;L;P;T;X;\;`;d;h;l;p;t;x;|;;;;;;;;;;;;;;;;;;;;;;;;;;;;;;;;; <<< <<<< < <$<(<,<0<4<8<L<h<l<p<t<x<|<<<<<<<<<<<<<<<<<<< ==0=`=d=h=l=p=t=x=|================== >>(>@>p>t>x>|>>>>>>>>>>>>>>>>>>>>>>> ??? ???? ? ?$?(?,?0?4?8?L?P?d?h?|?????????????????? h 000 000,000`0d0h0l0p0t0x0|000000000000000000000000000000000 111 1111 1 1$1(1,10181P1h1|1111111111(2,2024282<2@2D2H2L2P2T2X2\2`2d2h2l2p2t2x2|22222222222222233 3 34383L3P3h3333333333333333333333 444 444,404D4`4d4h4l4p4t4x4|444444444444444444444444444444444 555 5555 5 5(5@5p5t5x5|555555555555555555555556 6P6h666666666666666707H7`7x7777778 888P8h888889(9@9X9p999999 ::H:`:::;; ;(;|;;;;;;;;;;;;;;;;;<< < P P >>>>>> ???? ? ?&?*?1?A?R?V?\?`?f?j?q?w?|???????????? ` 000"0,060@0J0T0^0h0r0|000000000)1712(3=3`3i3o3t3344'4J4b4i4p4w444445 5I5a5y5555/666e6l66666666
7!7I7v778 88 828H8M8S8Z8s8888888Q;;;Z<m<y<<<<< = =$=`=f===3>S>j>>>>>>0?D?_?l? p /0L00000000 171@1L1f1v111111111
272J222A3X33 404Y4445G5~5556U6m6w666667)7Y7s777t8{888991989u9|95:r::;;; <1<u<{<<<<<<<<==F===Y>g>>>>>> ?$????? 0000113A3f3334+444c5w55555555 666 6S666666666677777777777777770999:;?;Q;;;;;;,<O<r<<<<<!=D=s====>!>S>u> ?P??? 0S1a1q1w11111292E2W2a222223c3q33333333333
44"4+4C4h444445S5a5q5w5555
6 6A6T6d6}6666679778818J8888889O9p9999
:0:p: ;@;x;;;;<<,<<<<<<<<<=== =3=e====>9>O>>>>>>6?B?e???? 0 00 0I0Y0e0q0z0000001111C1~111111U222 313J333333 4%4k4444%5q55555555,666666-7s7778N88:;;/;4;l;x;;;;;;<<P<<<<&>?K? | 060f00111*2G2h22222 3c33333456667K77j888'99V:t:i;;</=== >+>I>e>>>>>?"?A?x????? 0 0k0001 1A1b1v2 444C5I5a5566K6V7 8 "0(0H1A2a29999: ::Y::;<<<<8==> ?? l <000~111y33444455\6j6v6666667 8 88#8B8N8Y8e8z88888 ::X;====== >">3>I>_> 11122303333 4{44R555555!6)626;66666677?7b7777 818J8k8b999 :J::-;W;;v<~<<<'====4>_>>#?2???? L }01172M2235556%6A6r66778l88888X9::>>->>>]>>3? , J2^222'33333
4!4,43456379 t j6s6z66667!71777C7^7q7777s8888888999<:`:::::9;W;;;<<!<5<C<g<<<==>>?*?W?b?|?? 0 0(1u1111l222"3[3w33 4<44h55M6Z66666 707c7778.8M8h8859\9999j:::::?;z;;;<^<g<=== >>>?????? @ 0#070Q0c0001%1K1112-2Q2l22222#393Y3f3}33334!4H44444445K5d556G666 7c7u7778 8>8X889::c=l=== P 0011333444445=55555555 6656N6X6o6}66677!7I7U7a77777*8Q8a8g8s8888 91999::::#;1;A;G;V;;;"<Q<n<<<#=M====>A>Q>W>c>>>>?!?1?7?J?s??? ` 0<0i01,1H111
2d22 3L3`33!434N4b44 5
55k5x555\6666667 7:7e7l7s7z77779999:B:c:o:{:::S;a;q;w;;;; < <*<<==!='=3=j====(>c>q>>>>?????? p 0H0k0000#111A1G1S1}111112&2I2l2222223
3'3-393^3j3p304M4c4y44455l555555677 797788!8'86888889'939?9]9*::::!;:;Q;j;;;<<<e<l<<<<='=3=Q=H>>>>>?0?>?R?\???? 00%0-0:0K000000.141C1I112 21292F2222222222 33:3F3L3l3x3333
44 444444E5L5t55555!6C6q6666777M7`777778A8Z899;;;= \1C2Q2a2g2s2222"3`3e3l3|3333334 4$4,4A4N4m4r444445
55V55556 6(6/6C6\6g6w666666666666 77 7)7;7A7Q7[7777777779 :V:i:n:s:::;9;;;;;<<B<h<o<}<<<<<<<<<<<<<<<=
===#=+=3=?=H=M=S=]=g=w======+>O>>??? h !0J0Y0l0x0000000001d1s1111122M2`2q2w2|222222222222222331373<3G3X3b3p3x333333333444 4$4*464@4K4S4Z4b4w4}44455556!6>66666666777777 8'808>8G8Z8d8j8r8x8~888888888888888888888H:t:::::::; ;E;O;Y;k;;;;<<<,=;=D=Q=i=========
> >%>8>K>Q>>>>O?U?[?a?w???? 0:0w0001K1111%2@2[2~2222Y33334P4444585[555566c666667)7D7y77.8[888 9:9U9}999+:@:t:;z;;;<<<=====>Y>>>>;?? 000001 121J1O1h1o11111111 22 2d2x222222222222223$3D3L3X3x33333333 4484@4L4l4t44444444455 5,5L5X5x555555555556 6 6(606d6t666666667$747@7H7|7777777778 88 8@8L8l8x8888888 9 9,949<9D9P9p9|9999999::0:L:\:h:::::::::::;,;<;H;h;p;x;;;;;;;<<<L<\<h<p<<<<<< == =T=d=p======== >>>4><>D>P>p>|>>>>>>>>>>?$?0?8?l?|?????? l 0 0,040<0D0P0p0x0000000 11 1$1,141<1D1L1T1\1h111111111111 2$2,242<2D2P2t2|2222222222223 3$3,383X3`3p333333333333,4<4H4P44444445 55 5(5H5T5t5555555555 6$6,646<6D6L6T6\6h66666666666667 7787@7L7T7777777$888H8X8d8l888888 9909P9p999999999999 ::::,:4:<:D:H:L:T:X: p 00 0000 0 0$0(0,0004080<0@0D0H0L0P0T0X0\0`0d0h0l0p0t0x0|000000041l111242l2222,3d333 4 2
Hacked By AnonymousFox1.0, Coded By AnonymousFox