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semantic="UNKNOWN" type="1" rows="0" columns="0" handle="99654472" animated="1" numkeys="1" defaulttype="float3" defaultvalue="1.000000e+000, 1.000000e+000, 1.000000e+000"><keys><key num="0" value="1.000000e+000, 1.000000e+000, 1.000000e+000"/></keys></connectionparameter><connectionparameter objectid="3" name="Current Transform" semantic="UNKNOWN" type="5" rows="4" columns="4" handle="87167600" animated="0" numkeys="1" defaulttype="float4x4" defaultvalue="1.000000e+000,0.000000e+000,0.000000e+000,0.000000e+000,0.000000e+000,1.000000e+000,0.000000e+000,0.000000e+000,0.000000e+000,0.000000e+000,1.000000e+000,0.000000e+000,0.000000e+000,0.000000e+000,0.000000e+000,1.000000e+000,"><keys><key num="0" value="9.640880e-001,1.238086e-001,-2.349592e-001,0.000000e+000,1.238086e-001,5.731634e-001,8.100340e-001,0.000000e+000,2.349592e-001,-8.100340e-001,5.372514e-001,0.000000e+000,-1.010801e+000,1.425121e+000,-1.365288e+000,1.000000e+000,"/></keys></connectionparameter></parameterlist></nvtransformlink></nvtransformlink><scenematerials scenematerial="337"/></scene><objects><object objectid="3" objectguid="1178903711_54835_17816_162_225_77_133_92_204_97_107" objectname="NVConnectionParameter Object" progid="nvsys.NVConnectionParameter.1"/><object objectid="5" objectguid="1335965045_63750_16786_166_174_116_14_177_170_26_82" objectname="NVGeoPipe Object" progid="nvsys.NVGeoPipe.1"/><object objectid="1" objectguid="1394174672_42515_16399_189_63_62_31_182_9_209_60" objectname="NVScene Object" progid="nvsys.NVScene.1"/><object objectid="4" objectguid="1401340335_59252_17807_172_96_248_52_119_74_181_173" objectname="NVMaterial Object" progid="nvsys.NVMaterial.1"/><object objectid="9" objectguid="1675712286_15683_20022_149_108_42_250_122_123_231_64" objectname="NVCamera Object" progid="nvsys.NVCamera.1"/><object objectid="6" objectguid="1950628075_6623_16666_186_134_199_52_87_175_101_21" objectname="NVGeoPipeObject_3DText Object" progid="nvrenderdevice9.3DText.1"/><object objectid="11" objectguid="2342579002_10168_19906_178_150_26_144_17_106_220_182" objectname="NVTransformLink Object" progid="nvsys.NVTransformLink.1"/><object objectid="8" objectguid="2516468428_38854_16959_155_101_192_176_42_10_71_202" objectname="NVGeoPipeObject_MeshMender Object" progid="nvsys.NVGeoPipeObject_MeshMender.1"/><object objectid="10" objectguid="3220590291_58699_18805_154_8_29_13_205_177_47_217" objectname="NVLight_Point Object" progid="nvsys.NVLight_Point.1"/><object objectid="2" objectguid="3275223899_28196_19999_162_153_111_232_35_119_165_23" objectname="NVParameterList Object" progid="nvsys.NVParameterList.1"/><object objectid="7" objectguid="4057994036_6371_17546_152_57_13_140_51_98_219_190" objectname="NVGeoPipeObject_TexGen Object" progid="nvsys.NVGeoPipeObject_TexGen.1"/></objects><media_objects><effect path="F:\devrel\SDK\MEDIA\HLSL\ThinFilm2.fx"><![CDATA[/*

File: ThinFilm.fx



Copyright NVIDIA Corporation 2003

TO THE MAXIMUM EXTENT PERMITTED BY APPLICABLE LAW, THIS SOFTWARE IS PROVIDED

*AS IS* AND NVIDIA AND ITS SUPPLIERS DISCLAIM ALL WARRANTIES, EITHER EXPRESS

OR IMPLIED, INCLUDING, BUT NOT LIMITED TO, IMPLIED WARRANTIES OF MERCHANTABILITY

AND FITNESS FOR A PARTICULAR PURPOSE.  IN NO EVENT SHALL NVIDIA OR ITS SUPPLIERS

BE LIABLE FOR ANY SPECIAL, INCIDENTAL, INDIRECT, OR CONSEQUENTIAL DAMAGES

WHATSOEVER (INCLUDING, WITHOUT LIMITATION, DAMAGES FOR LOSS OF BUSINESS PROFITS,

BUSINESS INTERRUPTION, LOSS OF BUSINESS INFORMATION, OR ANY OTHER PECUNIARY LOSS)

ARISING OUT OF THE USE OF OR INABILITY TO USE THIS SOFTWARE, EVEN IF NVIDIA HAS

BEEN ADVISED OF THE POSSIBILITY OF SUCH DAMAGES.

*/



//ThinFilm2.fx



//////////////////////////////////////////////////////////////////////////

// untweakables //////////////////////////////////////////////////////////

//////////////////////////////////////////////////////////////////////////



float Script : STANDARDSGLOBAL <

    string UIWidget = "none";

    string ScriptClass = "object";

    string ScriptOrder = "standard";

    string ScriptOutput = "color";

    string Script = "Technique=ThinFilm;";

> = 0.8;



float4x4 WorldITXf : WorldInverseTranspose < string UIWidget="None"; > = {1,0,0,0, 0,1,0,0, 0,0,1,0, 0,0,0,1};

float4x4 WvpXf : WorldViewProjection < string UIWidget="None"; >;

float4x4 WorldXf : World < string UIWidget="None"; >;

float4x4 ViewIXf : ViewInverse < string UIWidget="None"; >;



//////////////////////////////////////////////////////////////////////////

// tweakables ////////////////////////////////////////////////////////////

//////////////////////////////////////////////////////////////////////////



// Point Light 1 ////



float3 LightPosP1 : POSITION <

	string UIName = "Light Pos 1";

	string Object = "PointLight";

	string Space = "World";

> = {-10.0f, 10.0f, -10.0f};



// float4   EyeVector = {0,0,1,0};



float3 SurfColor : DIFFUSE <

	string UIName = "Color Name";

	string UIWidget = "Color";

> = {0.3f, 0.3f, 0.5f};



float SpecExpon : SpecularPower <

	string UIName = "Spec Power";

	string UIWidget = "slider";

	float UIMin = 1.0;

	float UIMax = 128.0;

	float UIStep = 1.0;

> = 12.0f;



#include <include\\ThinFilmTex.fxh>



//////////////////////////////////////////////////////////////////////////

// structs ///////////////////////////////////////////////////////////////

//////////////////////////////////////////////////////////////////////////



struct appData

{

    float4 Position : POSITION;

    float4 Normal   : NORMAL;

};



struct vertexOutput

{

    float4 HPOS      : POSITION;

    float4 diffCol   : COLOR0;

    float4 specCol   : COLOR1;

    float2 filmDepth : TEXCOORD0;

};



//////////////////////////////////////////////////////////////////////////

// VERTEX SHADER /////////////////////////////////////////////////////////

//////////////////////////////////////////////////////////////////////////



vertexOutput ThinFilmVS(appData IN,uniform float3 LightPos)

{

    vertexOutput OUT;

    float3 Nn = mul(IN.Normal,WorldITXf).xyz;

    float4 Po = float4(IN.Position.xyz,1.0);	// object coordinates

    float3 Pw = mul(Po,WorldXf).xyz;		// world coordinates

    OUT.HPOS = mul(Po,WvpXf);	// screen clipspace coords

    float3 Ln = normalize(LightPos - Pw);

    float3 Vn = normalize(ViewIXf[3].xyz - Pw);	// obj coords

    float3 Hn = normalize(Ln + Vn);

    float4 litV = lit(dot(Ln,Nn),dot(Hn,Nn),SpecExpon);

    OUT.diffCol = (float4)litV.y;

    OUT.specCol = (float4)pow(dot(Hn,Nn),SpecExpon); // (float4)litV.z;

    // OUT.specCol = litV.zzzz;   // bug in lit() ?

    // compute the view depth for the thin film

    // float viewdepth = (1.0 / dot(Nn,Vn)) * FilmDepth.x;

    float viewdepth = calc_view_depth(dot(Nn,Vn),FilmDepth.x);

    OUT.filmDepth = viewdepth.xx;

    return OUT;

}



///////// /////////////////////////////////////////////////////////////////

// PIXEL SHADER //////////////////////////////////////////////////////////

//////////////////////////////////////////////////////////////////////////



float4 ThinFilmPS(vertexOutput IN) : COLOR

{

    // lookup fringe value based on view depth

    float3 fringeCol = (float3)tex2D(FringeMapSampler, IN.filmDepth);

    // modulate specular lighting by fringe color, combine with regular lighting

    float3 rgb = fringeCol*IN.specCol + IN.diffCol*SurfColor;

    return float4(rgb,1);

}



//////////////////////////////////////////////////////////////////////////

// TECHNIQUE /////////////////////////////////////////////////////////////

//////////////////////////////////////////////////////////////////////////



technique ThinFilm <

	string Script = "Pass = P0";

> {

    pass P0 < string Script = "Draw=geometry;"; > {

        VertexShader = compile vs_2_0 ThinFilmVS(LightPosP1);

		ZEnable = true;

		ZWriteEnable = true;

		CullMode = None;

        PixelShader  = compile ps_2_0 ThinFilmPS();

    }

}



/////////////////////////////////// eof ///

]]></effect><effect path="f:\devrel\sdk\media\hlsl\include\\thinfilmtex.fxh"><![CDATA[/*

File: ThinFilm.fx



Copyright NVIDIA Corporation 2003

TO THE MAXIMUM EXTENT PERMITTED BY APPLICABLE LAW, THIS SOFTWARE IS PROVIDED

*AS IS* AND NVIDIA AND ITS SUPPLIERS DISCLAIM ALL WARRANTIES, EITHER EXPRESS

OR IMPLIED, INCLUDING, BUT NOT LIMITED TO, IMPLIED WARRANTIES OF MERCHANTABILITY

AND FITNESS FOR A PARTICULAR PURPOSE.  IN NO EVENT SHALL NVIDIA OR ITS SUPPLIERS

BE LIABLE FOR ANY SPECIAL, INCIDENTAL, INDIRECT, OR CONSEQUENTIAL DAMAGES

WHATSOEVER (INCLUDING, WITHOUT LIMITATION, DAMAGES FOR LOSS OF BUSINESS PROFITS,

BUSINESS INTERRUPTION, LOSS OF BUSINESS INFORMATION, OR ANY OTHER PECUNIARY LOSS)

ARISING OUT OF THE USE OF OR INABILITY TO USE THIS SOFTWARE, EVEN IF NVIDIA HAS

BEEN ADVISED OF THE POSSIBILITY OF SUCH DAMAGES.

*/



// Declarations for thinfilm effect



#ifndef _H_THINFILMTEX

#define _H_THINFILMTEX



//////////////////////////////////////////////////////////////////////////

// tweakables ////////////////////////////////////////////////////////////

//////////////////////////////////////////////////////////////////////////



float FilmDepth <

	string UIName = "Film Thickness";

	string UIWidget = "slider";

	float UIMin = 0.0;

	float UIMax = 0.25;

	float UIStep = 0.001;

> = 0.05f;



//============================================================================

// texture samplers

//============================================================================



#define FILM_TEX_SIZE 256



texture fringeMap <

    string function = "CreateFringeMap";

    string UIWidget = "None";

    int width = FILM_TEX_SIZE;

    int height = 1;	// 1D lookup

>;



sampler FringeMapSampler = sampler_state 

{

    Texture   = <fringeMap>;

    MinFilter = LINEAR;

    MagFilter = LINEAR;

    MipFilter = LINEAR;

    AddressU  = WRAP;

    AddressV  = CLAMP;

};



float4 CreateFringeMap(float2 Pos:POSITION, float2 Psize : PSIZE) : COLOR

{

    // these lambdas are in 100's of nm,

    //  they represent the wavelengths of light for each respective 

    //  color channel.  They are only approximate so that the texture

    //  can repeat.

	float3 lamRGB = float3(6,5,4); // (600,500,400)nm - should be more like (600,550,440)

    // these offsets are used to perturb the phase of the interference

    //   if you are using very thick "thin films" you will want to

    //   modify these offests to avoid complete contructive interference

    //   at a particular depth.. Just a tweak able.

	float3 offsetRGB = (0).xxx;

    // p is the period of the texture, it is the LCM of the wavelengths,

    //  this is the depth in nm when the pattern will repeat.  I was too

    //  lazy to write up a LCM function, so you have to provide it.

    float p = 60;   //lcm(6,5,4)

    // vd is the depth of the thin film relative to the texture index

    float vd = p;

    // now compute the color values using this formula:

    //  1/2 ( Sin( 2Pi * d/lam* + Pi/2 + O) + 1 )

    //   where d is the current depth, or "i*vd" and O is some offset* so that

    //   we avoid complete constructive interference in all wavelenths at some depth.

    float pi = 3.1415926535f;

	float3 rgb = 0.5*(sin(2*pi*(Pos.x*vd)/lamRGB + pi/2.0 + offsetRGB) + 1);

    return float4(rgb,0);

}



//////////////////////////////////////////////////////////////////////////

// Function to Index this texture - use in vertex or pixel shaders ///////

//////////////////////////////////////////////////////////////////////////



float calc_view_depth(float NDotV,float Thickness)

{

    // return (1.0 / NDotV) * Thickness;

    return (Thickness / NDotV);

}





#endif /* _H_THINFILMTEX */



/////////////////////////////////// eof ///

]]></effect><effect path="F:\devrel\SDK\MEDIA\HLSL\post_corona.fx"><![CDATA[/*********************************************************************NVMH3****

File:  $Id: //sw/devrel/SDK/MEDIA/HLSL/post_corona.fx#6 $



Copyright NVIDIA Corporation 2004

TO THE MAXIMUM EXTENT PERMITTED BY APPLICABLE LAW, THIS SOFTWARE IS PROVIDED

*AS IS* AND NVIDIA AND ITS SUPPLIERS DISCLAIM ALL WARRANTIES, EITHER EXPRESS

OR IMPLIED, INCLUDING, BUT NOT LIMITED TO, IMPLIED WARRANTIES OF MERCHANTABILITY

AND FITNESS FOR A PARTICULAR PURPOSE.  IN NO EVENT SHALL NVIDIA OR ITS SUPPLIERS

BE LIABLE FOR ANY SPECIAL, INCIDENTAL, INDIRECT, OR CONSEQUENTIAL DAMAGES

WHATSOEVER (INCLUDING, WITHOUT LIMITATION, DAMAGES FOR LOSS OF BUSINESS PROFITS,

BUSINESS INTERRUPTION, LOSS OF BUSINESS INFORMATION, OR ANY OTHER PECUNIARY LOSS)

ARISING OUT OF THE USE OF OR INABILITY TO USE THIS SOFTWARE, EVEN IF NVIDIA HAS

BEEN ADVISED OF THE POSSIBILITY OF SUCH DAMAGES.





Comments:

    Render-to-Texture (RTT) animated glow example.

    Blurs is done in two separable passes.



******************************************************************************/



float Script : STANDARDSGLOBAL <

	string UIWidget = "none";

	string ScriptClass = "scene";

	string ScriptOrder = "postprocess";

	string ScriptOutput = "color";

	string Script = "Technique=Main;";

> = 0.8; // version #



bool bReset : FXCOMPOSER_RESETPULSE

<

	string UIName="Reset";

	string UIWidget = "none";

>;



float4 ClearColor <

	string UIWidget = "color";

	string UIName = "background";

> = {0,0,0,0.0};



float ClearDepth <string UIWidget = "none";> = 1.0;



#define NOISY_HALO



#include <include\\Quad.fxh>



///////////////////////////////////////////////////////////

/////////////////////////////////////// Tweakables ////////

///////////////////////////////////////////////////////////



float4 GlowCol <

	string UIName = "Glow Color";

	string UIWidget = "Color";

> = {1.0f, 0.6f, 0.0f, 1.0f};



float Glowness <

    string UIName = "Glow Strength";

    string UIWidget = "slider";

    float UIMin = 0.0f;

    float UIMax = 3.0f;

    float UIStep = 0.02f;

> = 2.2f;



float Bias <

	string UIWidget = "slider";

	float UIMin = 0.0;

	float UIMax = 8.0;

	float UIStep = 0.1;

> = 3.0f;



float Trailfade <

	string UIName = "Trail Fade";

	string UIWidget = "slider";

	float UIMin = 0.0;

	float UIMax = 1.0;

	float UIStep = 0.01;

> = 0.6f;



///////////////////////////////////////////////////////////

///////////////////////////// Render-to-Texture Data //////

///////////////////////////////////////////////////////////





DECLARE_QUAD_TEX(ObjectsMap,ObjectsSamp,"A8R8G8B8")

DECLARE_QUAD_TEX(HBlurredMap,HBlurredSamp,"A8R8G8B8")

DECLARE_QUAD_TEX(GlowMap,GlowSampler,"A8R8G8B8")



DECLARE_QUAD_DEPTH_BUFFER(DepthBuffer,"D24S8")



//////////////////////////////////////

/// Noise ////////////////////////////

//////////////////////////////////////



#ifdef NOISY_HALO



float Timer : TIME < string UIWidget = "None"; >;



float Speed <

	string UIName = "Noise Speed";

	string UIWidget = "slider";

	float UIMin = 0.0;

	float UIMax = 0.3;

	float UIStep = 0.01;

> = 0.04f;



float2 Crawl <

	string UIName = "Noise Crawl Speed";

> = {0.04f, -0.02f};



float NoiseBright <

	string UIName = "Anim Variance";

	string UIWidget = "slider";

	float UIMin = 0.0;

	float UIMax = 4.0;

	float UIStep = 0.01;

> = 1.5f;



float NoiseScale <

	string UIName = "Anim Size";

	string UIWidget = "slider";

	float UIMin = 0.0;

	float UIMax = 3.0;

	float UIStep = 0.01;

> = 0.9f;



#include <include\\noise_3d.fxh>



#endif /* NOISY_HALO */



///////////////////////////////////////////////////////////

/////////////////////////////////// data structures ///////

///////////////////////////////////////////////////////////



struct VS_OUTPUT_BLUR

{

    float4 Position   : POSITION;

    float4 Diffuse    : COLOR0;

    float4 TexCoord0   : TEXCOORD0;

    float4 TexCoord1   : TEXCOORD1;

    float4 TexCoord2   : TEXCOORD2;

    float4 TexCoord3   : TEXCOORD3;

    float4 TexCoord4   : TEXCOORD4;

    float4 TexCoord5   : TEXCOORD5;

    float4 TexCoord6   : TEXCOORD6;

    float4 TexCoord7   : TEXCOORD7;

    float4 TexCoord8   : COLOR1;   

};



struct VS_OUTPUT

{

   	float4 Position   : POSITION;

    float4 Diffuse    : COLOR0;

    float4 TexCoord0   : TEXCOORD0;

};



////////////////////////////////////////////////////////////

////////////////////////////////// vertex shaders //////////

////////////////////////////////////////////////////////////



VS_OUTPUT VS_Quad(float3 Position : POSITION, 

			float3 TexCoord : TEXCOORD0)

{

    VS_OUTPUT OUT = (VS_OUTPUT)0;

    OUT.Position = float4(Position, 1);

    OUT.TexCoord0 = float4(TexCoord, Bias); 

    return OUT;

}



VS_OUTPUT_BLUR VS_Quad_Vertical_9tap(float3 Position : POSITION, 

			float3 TexCoord : TEXCOORD0)

{

    VS_OUTPUT_BLUR OUT = (VS_OUTPUT_BLUR)0;

    OUT.Position = float4(Position, 1);

	float TexelIncrement = (1.0+Bias)/QuadScreenSize.y;

    //float3 Coord = float3(TexCoord.x + TexelIncrement, TexCoord.y + TexelIncrement, Bias);

    float3 Coord = float3(TexCoord.x, TexCoord.y, Bias);

    OUT.TexCoord0 = float4(Coord.x, Coord.y + TexelIncrement, TexCoord.z, Bias);

    OUT.TexCoord1 = float4(Coord.x, Coord.y + TexelIncrement * 2, TexCoord.z, Bias);

    OUT.TexCoord2 = float4(Coord.x, Coord.y + TexelIncrement * 3, TexCoord.z, Bias);

    OUT.TexCoord3 = float4(Coord.x, Coord.y + TexelIncrement * 4, TexCoord.z, Bias);

    OUT.TexCoord4 = float4(Coord.x, Coord.y, TexCoord.z, Bias);

    OUT.TexCoord5 = float4(Coord.x, Coord.y - TexelIncrement, TexCoord.z, Bias);

    OUT.TexCoord6 = float4(Coord.x, Coord.y - TexelIncrement * 2, TexCoord.z, Bias);

    OUT.TexCoord7 = float4(Coord.x, Coord.y - TexelIncrement * 3, TexCoord.z, Bias);

    OUT.TexCoord8 = float4(Coord.x, Coord.y - TexelIncrement * 4, TexCoord.z, Bias);

    return OUT;

}



VS_OUTPUT_BLUR VS_Quad_Horizontal_9tap(float3 Position : POSITION, 

			float3 TexCoord : TEXCOORD0)

{

    VS_OUTPUT_BLUR OUT = (VS_OUTPUT_BLUR)0;

    OUT.Position = float4(Position, 1);

	float TexelIncrement = (1.0+Bias)/QuadScreenSize.x;

    float3 Coord = float3(TexCoord.x, TexCoord.y, Bias);

    OUT.TexCoord0 = float4(Coord.x + TexelIncrement, Coord.y, TexCoord.z, Bias);

    OUT.TexCoord1 = float4(Coord.x + TexelIncrement * 2, Coord.y, TexCoord.z, Bias);

    OUT.TexCoord2 = float4(Coord.x + TexelIncrement * 3, Coord.y, TexCoord.z, Bias);

    OUT.TexCoord3 = float4(Coord.x + TexelIncrement * 4, Coord.y, TexCoord.z, Bias);

    OUT.TexCoord4 = float4(Coord.x, Coord.y, TexCoord.z, Bias);

    OUT.TexCoord5 = float4(Coord.x - TexelIncrement, Coord.y, TexCoord.z, Bias);

    OUT.TexCoord6 = float4(Coord.x - TexelIncrement * 2, Coord.y, TexCoord.z, Bias);

    OUT.TexCoord7 = float4(Coord.x - TexelIncrement * 3, Coord.y, TexCoord.z, Bias);

    OUT.TexCoord8 = float4(Coord.x - TexelIncrement * 4, Coord.y, TexCoord.z, Bias);

    return OUT;

}



//////////////////////////////////////////////////////

////////////////////////////////// pixel shaders /////

//////////////////////////////////////////////////////



// For two-pass blur, we have chosen to do  the horizontal blur FIRST. The

//	vertical pass includes a post-blur scale factor.



// Relative filter weights indexed by distance from "home" texel

//    This set for 9-texel sampling

#define WT9_0 1.0

#define WT9_1 0.8

#define WT9_2 0.6

#define WT9_3 0.4

#define WT9_4 0.2



// Alt pattern -- try your own!

// #define WT9_0 0.1

// #define WT9_1 0.2

// #define WT9_2 3.0

// #define WT9_3 1.0

// #define WT9_4 0.4



#define WT9_NORMALIZE (WT9_0+2.0*(WT9_1+WT9_2+WT9_3+WT9_4))



float4 PS_Blur_Horizontal_9tap(VS_OUTPUT_BLUR IN) : COLOR

{   

    float OutCol = tex2Dbias(ObjectsSamp, IN.TexCoord0).w * (WT9_1/WT9_NORMALIZE);

    OutCol += tex2Dbias(ObjectsSamp, IN.TexCoord1).w * (WT9_2/WT9_NORMALIZE);

    OutCol += tex2Dbias(ObjectsSamp, IN.TexCoord2).w * (WT9_3/WT9_NORMALIZE);

    OutCol += tex2Dbias(ObjectsSamp, IN.TexCoord3).w * (WT9_4/WT9_NORMALIZE);

    OutCol += tex2Dbias(ObjectsSamp, IN.TexCoord4).w * (WT9_0/WT9_NORMALIZE);

    OutCol += tex2Dbias(ObjectsSamp, IN.TexCoord5).w * (WT9_1/WT9_NORMALIZE);

    OutCol += tex2Dbias(ObjectsSamp, IN.TexCoord6).w * (WT9_2/WT9_NORMALIZE);

    OutCol += tex2Dbias(ObjectsSamp, IN.TexCoord7).w * (WT9_3/WT9_NORMALIZE);

    OutCol += tex2Dbias(ObjectsSamp, IN.TexCoord8).w * (WT9_4/WT9_NORMALIZE);

    OutCol += Trailfade * tex2D(GlowSampler, IN.TexCoord4.xy).x;

#ifdef NOISY_HALO

	float3 nuv = float3((NoiseScale*IN.TexCoord4.xy+(Timer*Crawl)),(Speed*Timer));

    OutCol *= NoiseBright*(NOISE3D(nuv)).x;

#endif /* NOISY_HALO */

    return OutCol.xxxx;

} 



float4 PS_Blur_Vertical_9tap(VS_OUTPUT_BLUR IN) : COLOR

{   

    float OutCol = tex2Dbias(HBlurredSamp, IN.TexCoord0).w * (WT9_1/WT9_NORMALIZE);

    OutCol += tex2Dbias(HBlurredSamp, IN.TexCoord1).w * (WT9_2/WT9_NORMALIZE);

    OutCol += tex2Dbias(HBlurredSamp, IN.TexCoord2).w * (WT9_3/WT9_NORMALIZE);

    OutCol += tex2Dbias(HBlurredSamp, IN.TexCoord3).w * (WT9_4/WT9_NORMALIZE);

    OutCol += tex2Dbias(HBlurredSamp, IN.TexCoord4).w * (WT9_0/WT9_NORMALIZE);

    OutCol += tex2Dbias(HBlurredSamp, IN.TexCoord5).w * (WT9_1/WT9_NORMALIZE);

    OutCol += tex2Dbias(HBlurredSamp, IN.TexCoord6).w * (WT9_2/WT9_NORMALIZE);

    OutCol += tex2Dbias(HBlurredSamp, IN.TexCoord7).w * (WT9_3/WT9_NORMALIZE);

    OutCol += tex2Dbias(HBlurredSamp, IN.TexCoord8).w * (WT9_4/WT9_NORMALIZE);

	// OutCol = OutCol.w * GlowCol;	// all alpha

    float4 glo = (Glowness*OutCol)*GlowCol;

    // float4 OldCol = tex2Dbias(ObjectsSamp, IN.TexCoord0);

    // return OldCol + glo;

    return glo;

} 



////////



// just drawn model itself



// add glow on top of model



float4 PS_GlowPass(VS_OUTPUT IN) : COLOR

{   

	float4 tex = tex2D(GlowSampler, float2(IN.TexCoord0.x, IN.TexCoord0.y));

	return tex;

}  



float4 PS_OrigPass(VS_OUTPUT IN) : COLOR

{   

	float4 tex = tex2D(ObjectsSamp, float2(IN.TexCoord0.x, IN.TexCoord0.y));

	return tex;

}  



////////////////////////////////////////////////////////////

/////////////////////////////////////// techniques /////////

////////////////////////////////////////////////////////////



technique Main <

	string ScriptClass = "scene";

	string ScriptOrder = "postprocess";

	string ScriptOutput = "color";

	string Script =

			"LoopByCount=bReset;"

				"RenderColorTarget0=GlowMap;"

				"RenderDepthStencilTarget=DepthBuffer;"

				"ClearSetColor=ClearColor;"

	        	"ClearSetDepth=ClearDepth;"

				"Clear=Color0;"

				"Clear=Depth;"

			"LoopEnd=;"

			"RenderColorTarget0=ObjectsMap;"

	        "RenderDepthStencilTarget=DepthBuffer;"

	        	"ClearSetColor=ClearColor;"

	        	"ClearSetDepth=ClearDepth;"

   				"Clear=Color0;"

				"Clear=Depth0;"

	        	"ScriptExternal=color;"

        	"Pass=HorizBlur;"

	        "Pass=VertBlur;"

	        "Pass=RedrawGlow;"

	        "Pass=RedrawObj;";

> {



    pass HorizBlur <

    	string Script = "RenderColorTarget0=HBlurredMap;"

    					"Draw=Buffer;";

    > {

		cullmode = none;

		ZEnable = false;

		AlphaBlendEnable = false;

		VertexShader = compile vs_2_0 VS_Quad_Horizontal_9tap();

		PixelShader  = compile ps_2_0 PS_Blur_Horizontal_9tap();

    }

    pass VertBlur <

    	string Script = "RenderColorTarget0=GlowMap;"

    					"Draw=Buffer;";

    > {

		cullmode = none;

		ZEnable = false;

		AlphaBlendEnable = false;

		VertexShader = compile vs_2_0 VS_Quad_Vertical_9tap();

		PixelShader  = compile ps_2_0 PS_Blur_Vertical_9tap();

    }

    pass RedrawGlow <

    	string Script = "RenderColorTarget0=;"

    					"Draw=Buffer;";

    > {

		VertexShader = compile vs_2_0 VS_Quad();

		AlphaBlendEnable = false;

		ZEnable = false;

		PixelShader  = compile ps_2_0 PS_GlowPass();

    }



    pass RedrawObj <

    	string Script = "RenderColorTarget0=;"

    					"Draw=Buffer;";

    > {

		VertexShader = compile vs_2_0 VS_Quad();

		ZEnable = false;

		AlphaBlendEnable = true;

		SrcBlend = One;

		DestBlend = InvSrcAlpha;

		PixelShader  = compile ps_2_0 PS_OrigPass();

    }

}



////////////// eof ///

]]></effect><effect path="f:\devrel\sdk\media\hlsl\include\\noise_3d.fxh"><![CDATA[// $Id: //sw/devrel/SDK/MEDIA/HLSL/include/noise_3d.fxh#1 $

// noise_3d VM function

// $Revision: #1 $ 



#ifndef _H_NOISE3D

#define _H_NOISE3D



#ifndef NOISE_SCALE

#define NOISE_SCALE 500

#endif /* NOISE_SCALE */



// predefine as 1 for "pure" noise

#ifndef NOISE3D_LIMIT

#define NOISE3D_LIMIT 256

#endif /* NOISE3D_LIMIT */



// function used to fill the volume noise texture

float4 noise_3d(float3 Pos : POSITION) : COLOR

{

    float4 Noise = (float4)0;

    for (int i = 1; i < NOISE3D_LIMIT; i += i) {

        Noise.r += (noise(Pos * NOISE_SCALE * i)) / i;

        Noise.g += (noise((Pos + 1)* NOISE_SCALE * i)) / i;

        Noise.b += (noise((Pos + 2) * NOISE_SCALE * i)) / i;

        Noise.a += (noise((Pos + 3) * NOISE_SCALE * i)) / i;

    }

    return (Noise+0.5);

}



#ifndef NOISE_VOLUME_SIZE

#define NOISE_VOLUME_SIZE 32

#endif /* NOISE_VOLUME_SIZE */



texture NoiseTex  <

    string TextureType = "VOLUME";

    string function = "noise_3d";

    string UIWidget = "None";

    int width = NOISE_VOLUME_SIZE, height = NOISE_VOLUME_SIZE, depth = NOISE_VOLUME_SIZE;

>;



// samplers

sampler NoiseSamp = sampler_state 

{

    texture = <NoiseTex>;

    AddressU  = WRAP;        

    AddressV  = WRAP;

    AddressW  = WRAP;

    MIPFILTER = LINEAR;

    MINFILTER = LINEAR;

    MAGFILTER = LINEAR;

};



#define NOISE3D(p) tex3D(NoiseSamp,(p))

#define SNOISE3D(p) (NOISE3D(p)-0.5)



#endif /* _H_NOISE3D */



]]></effect><effect path="f:\devrel\sdk\media\hlsl\include\\quad.fxh"><![CDATA[/*********************************************************************NVMH3****

File:  $Id: //sw/devrel/SDK/MEDIA/HLSL/include/Quad.fxh#1 $



Copyright NVIDIA Corporation 2004

TO THE MAXIMUM EXTENT PERMITTED BY APPLICABLE LAW, THIS SOFTWARE IS PROVIDED

*AS IS* AND NVIDIA AND ITS SUPPLIERS DISCLAIM ALL WARRANTIES, EITHER EXPRESS

OR IMPLIED, INCLUDING, BUT NOT LIMITED TO, IMPLIED WARRANTIES OF MERCHANTABILITY

AND FITNESS FOR A PARTICULAR PURPOSE.  IN NO EVENT SHALL NVIDIA OR ITS SUPPLIERS

BE LIABLE FOR ANY SPECIAL, INCIDENTAL, INDIRECT, OR CONSEQUENTIAL DAMAGES

WHATSOEVER (INCLUDING, WITHOUT LIMITATION, DAMAGES FOR LOSS OF BUSINESS PROFITS,

BUSINESS INTERRUPTION, LOSS OF BUSINESS INFORMATION, OR ANY OTHER PECUNIARY LOSS)

ARISING OUT OF THE USE OF OR INABILITY TO USE THIS SOFTWARE, EVEN IF NVIDIA HAS

BEEN ADVISED OF THE POSSIBILITY OF SUCH DAMAGES.



Comments:

    Header file with lots of useful macros, types, and functions for use

		with textures and render-to-texture-buffer effects in DirectX.



Example Macro Usages:

	Texture-declaration Macros:

		FILE_TEXTURE_2D(SurfTexture,SurfSampler,"myfile.dds") // simple 2D wrap texture

		FILE_TEXTURE_2D_MODAL(SpotTexture,SpotSampler,"myfile.dds",CLAMP) // user-defined addr mode

	RenderTarget Texture-declaration Macros:

		DECLARE_QUAD_TEX(ObjTexture,ObjSampler,"A8R8G8B8")

		DECLARE_QUAD_DEPTH_BUFFER(DepthTexture,"D24S8")

		DECLARE_SIZED_QUAD_TEX(GlowTexture,GlowSampler,"A8R8G8B8",0.5) // scaled versions of above

		DECLARE_SIZED_QUAD_DEPTH_BUFFER(DepthTexture,"D24S8",0.5)

		DECLARE_SIZED_TEX(BlahMap,BlahSampler,"R32F",128,1)	// address mode is "clamp"

		DECLARE_SQUARE_QUAD_TEX(ShadTexture,ShadObjSampler,"A16R16G16B16F",512) // for shadows etc

		DECLARE_SQUARE_QUAD_DEPTH_BUFFER(ShadDepth,"D24S8",512)

	Data types used in shaders:

		QUAD_REAL & QUAD_REAL# -- defaults to HALF but you can define QUAD_REAL float

			before #including "Quad.fxh" either by explicitly declaring all the QUAD_REAL types

			yourself, or #define-ing the symbol QUAD_FLOAT

	Flags (define before #including "Quad.fxh"):

		TWEAKABLE_TEXEL_OFFSET	// shows in paramter panel

		NO_TEXEL_OFFSET	// disables



Structure:

	QuadVertexOutput -- used by shaders, defines simple connection for "Draw=buffer" VS and PS



Shader Functions for "Draw=buffer" passes:

	QuadVertexOutput ScreenQuadVS():

		standard vertex shader for screen-aligned quads

	QUAD_REAL4 TexQuadPS(QuadVertexOutput IN,uniform sampler2D InputSampler)

		pass this pixel shader a sampler -- will draw it to the screen

	QUAD_REAL4 TexQuadBiasPS(QuadVertexOutput IN,uniform sampler2D InputSampler,QUAD_REAL TBias)

		Same as above, but uses tex2Dbias()



Utility Functions for Texture-Based Lookup Tables:

	QUAD_REAL scale_lookup(QUAD_REAL Value,const QUAD_REAL TableSize)

	QUAD_REAL2 scale_lookup(QUAD_REAL2 Value,const QUAD_REAL TableSize)

	QUAD_REAL3 scale_lookup(QUAD_REAL3 Value,const QUAD_REAL TableSize)

Other Utility Functions:

	QUAD_REAL4 premultiply(QUAD_REAL4 C)

	QUAD_REAL4 unpremultiply(QUAD_REAL4 C) // uses macro value NV_ALPHA_EPSILON



Global Variables:

	QUAD_REAL QuadTexOffset // reconciles difference between pixel and texel centers

	QUAD_REAL2 QuadScreenSize // VIEWPORTPIXELSIZE, contains dimensions of render window



******************************************************************************/



#ifndef _QUAD_FXH

#define _QUAD_FXH



// Numeric types we are likely to encounter....

//	Redefine these before including "Quad.fxh" if you want

//		to use a type other than "half" for these data or just

//		define the symbol QUAD_FLOAT to use "floats"

#ifndef QUAD_REAL

#ifdef QUAD_FLOAT

#define QUAD_REAL float

#define QUAD_REAL2 float2

#define QUAD_REAL3 float3

#define QUAD_REAL4 float4

#define QUAD_REAL3x3 float3x3

#define QUAD_REAL4x3 float4x3

#define QUAD_REAL3x4 float3x4

#define QUAD_REAL4x4 float4x4

#else /* ! QUAD_FLOAT */

#define QUAD_REAL half

#define QUAD_REAL2 half2

#define QUAD_REAL3 half3

#define QUAD_REAL4 half4

#define QUAD_REAL3x3 half3x3

#define QUAD_REAL4x3 half4x3

#define QUAD_REAL3x4 half3x4

#define QUAD_REAL4x4 half4x4

#endif /* ! QUAD_FLOAT */

#endif /* ! QUAD_REAL */



///////////////////////////////////////////////////////////////////////

/// Texture-Declaration Macros ////////////////////////////////////////

///////////////////////////////////////////////////////////////////////



//

// Modal 2D File Textures

//

// example usage: FILE_TEXTURE_2D_MODAL(GlowMap,GlowSampler,"myfile.dds",CLAMP)

//

#define FILE_TEXTURE_2D_MODAL(TexName,SampName,Filename,AddrMode) texture TexName < \

	string ResourceName = (Filename); \

    string ResourceType = "2D"; \

>; \

sampler SampName = sampler_state { \

    texture = <TexName>; \

    AddressU  = AddrMode; \

    AddressV = AddrMode; \

    MipFilter = LINEAR; \

    MinFilter = LINEAR; \

    MagFilter = LINEAR; \

};



//

// Simple 2D File Textures

//

// example usage: FILE_TEXTURE_2D(GlowMap,GlowSampler,"myfile.dds")

//

#define FILE_TEXTURE_2D(TextureName,SamplerName,Diskfile) FILE_TEXTURE_2D_MODAL(TextureName,SamplerName,(Diskfile),WRAP)



//

// Use this variation of DECLARE_QUAD_TEX() if you want a *scaled* render target

//

// example usage: DECLARE_SIZED_QUAD_TEX(GlowMap,GlowSampler,"A8R8G8B8",1.0)

#define DECLARE_SIZED_QUAD_TEX(TexName,SampName,PixFmt,Multiple) texture TexName : RENDERCOLORTARGET < \

    float2 ViewPortRatio = {Multiple,Multiple}; \

    int MipLevels = 1; \

    string Format = PixFmt ; \

	string UIWidget = "None"; \

>; \

sampler SampName = sampler_state { \

    texture = <TexName>; \

    AddressU  = CLAMP; \

    AddressV = CLAMP; \

    MipFilter = POINT; \

    MinFilter = LINEAR; \

    MagFilter = LINEAR; \

};



//

// Use this macro to easily declare typical color render targets

//

// example usage: DECLARE_QUAD_TEX(ObjMap,ObjSampler,"A8R8G8B8")

#define DECLARE_QUAD_TEX(TextureName,SamplerName,PixelFormat) DECLARE_SIZED_QUAD_TEX(TextureName,SamplerName,(PixelFormat),1.0)



//

// Use this macro to easily declare variable-sized depth render targets

//

// example usage: DECLARE_SIZED_QUAD_DEPTH_BUFFER(DepthMap,"D24S8",0.5)

#define DECLARE_SIZED_QUAD_DEPTH_BUFFER(TextureName,PixelFormat,Multiple) texture TextureName : RENDERDEPTHSTENCILTARGET < \

    float2 ViewPortRatio = {Multiple,Multiple}; \

    string Format = (PixelFormat); \

	string UIWidget = "None"; \

>; 



//

// Use this macro to easily declare typical depth render targets

//

// example usage: DECLARE_QUAD_DEPTH_BUFFER(DepthMap,"D24S8")

#define DECLARE_QUAD_DEPTH_BUFFER(TexName,PixFmt) DECLARE_SIZED_QUAD_DEPTH_BUFFER(TexName,PixFmt,1.0)



//

// declare exact-sized arbitrary texture

//

// example usage: DECLARE_SIZED_TEX(BlahMap,BlahSampler,"R32F",128,1)

#define DECLARE_SIZED_TEX(Tex,Samp,Fmt,Wd,Ht) texture Tex : RENDERCOLORTARGET < \

	float2 Dimensions = { Wd, Ht }; \

    string Format = Fmt ; \

	string UIWidget = "None"; \

	int miplevels=1;\

>; \

sampler Samp = sampler_state { \

    texture = <Tex>; \

    AddressU  = CLAMP; \

    AddressV = CLAMP; \

    MipFilter = NONE; \

    MinFilter = LINEAR; \

    MagFilter = LINEAR; \

};



//

// declare exact-sized square texture, as for shadow maps

//

// example usage: DECLARE_SQUARE_QUAD_TEX(ShadMap,ShadObjSampler,"A16R16G16B16F",512)

#define DECLARE_SQUARE_QUAD_TEX(TexName,SampName,PixFmt,Size) DECLARE_SIZED_TEX(TexName,SampName,(PixFmt),Size,Size)



//

// likewise for shadow depth targets

//

// example usage: DECLARE_SQUARE_QUAD_DEPTH_BUFFER(ShadDepth,"D24S8",512)

#define DECLARE_SQUARE_QUAD_DEPTH_BUFFER(TextureName,PixelFormat,Size) texture TextureName : RENDERDEPTHSTENCILTARGET < \

	float2 Dimensions = { Size, Size }; \

    string Format = (PixelFormat) ; \

	string UIWidget = "None"; \

>; 



////////////////////////////////////////////////////////////////////////////

///////////////////////////////////////////////// Utility Functions ////////

////////////////////////////////////////////////////////////////////////////



//

// Scale inputs for use with texture-based lookup tables. A value ranging from zero to one needs

//   a slight scaling and offset to be sure to point at the centers of the first and last pixels

//	 of that lookup texture. Pass the integer size of the table in TableSize

// For now we'll assume that all tables are 1D, square, or cube-shaped -- all axes of equal size

//

// Cost of this operation for pixel shaders: two const-register

//   entries and a MAD (one cycle)

QUAD_REAL scale_lookup(QUAD_REAL Value,const QUAD_REAL TableSize)

{

	QUAD_REAL scale = ((TableSize - 1.0)/TableSize);

	QUAD_REAL shift = (0.5 / TableSize);

	return (scale*Value + shift);

}



QUAD_REAL2 scale_lookup(QUAD_REAL2 Value,const QUAD_REAL TableSize)

{

	QUAD_REAL scale = ((TableSize - 1.0)/TableSize);

	QUAD_REAL shift = (0.5 / TableSize);

	return (scale.xx*Value + shift.xx);

}



QUAD_REAL3 scale_lookup(QUAD_REAL3 Value,const QUAD_REAL TableSize)

{

	QUAD_REAL scale = ((TableSize - 1.0)/TableSize);

	QUAD_REAL shift = (0.5 / TableSize);

	return (scale.xxx*Value + shift.xxx);

}



// pre-multiply and un-pre-mutliply functions. The precision

//		of thse operatoions is often limited to 8-bit so don't

//		always count on them!

// The macro value of NV_ALPHA_EPSILON, if defined, is used to

//		avoid IEEE "NaN" values that may occur when erroneously

//		dividing by a zero alpha (thanks to Pete Warden @ Apple

//		Computer for the suggestion in GPU GEMS II)



// multiply color by alpha to turn an un-premultipied

//	pixel value into a premultiplied one

QUAD_REAL4 premultiply(QUAD_REAL4 C)

{

	return QUAD_REAL4((C.w*C.xyz),C.w);

}



#define NV_ALPHA_EPSILON 0.0001



// given a premultiplied pixel color, try to undo the premultiplication.

// beware of precision errors

QUAD_REAL4 unpremultiply(QUAD_REAL4 C)

{

#ifdef NV_ALPHA_EPSILON

	QUAD_REAL a = C.w + NV_ALPHA_EPSILON;

	return QUAD_REAL4((C.xyz / a),C.w);

#else /* ! NV_ALPHA_EPSILON */

	return QUAD_REAL4((C.xyz / C.w),C.w);

#endif /* ! NV_ALPHA_EPSILON */

}



/////////////////////////////////////////////////////////////////////////////////////

// Structure Declaration ////////////////////////////////////////////////////////////

/////////////////////////////////////////////////////////////////////////////////////



struct QuadVertexOutput {

   	QUAD_REAL4 Position	: POSITION;

    QUAD_REAL2 UV		: TEXCOORD0;

};



/////////////////////////////////////////////////////////////////////////////////////

// Hidden tweakables declared by this .fxh file /////////////////////////////////////

/////////////////////////////////////////////////////////////////////////////////////



#ifndef NO_TEXEL_OFFSET



#ifdef TWEAKABLE_TEXEL_OFFSET

		QUAD_REAL QuadTexOffset = 0.5;

#else /* !TWEAKABLE_TEXEL_OFFSET */

		QUAD_REAL QuadTexOffset < string UIWidget="None"; > = 0.5;

#endif /* !TWEAKABLE_TEXEL_OFFSET */



	QUAD_REAL2 QuadScreenSize : VIEWPORTPIXELSIZE < string UIWidget="None"; >;



#endif /* NO_TEXEL_OFFSET */



////////////////////////////////////////////////////////////

////////////////////////////////// vertex shaders //////////

////////////////////////////////////////////////////////////



QuadVertexOutput ScreenQuadVS(

		QUAD_REAL3 Position : POSITION, 

		QUAD_REAL3 TexCoord : TEXCOORD0

) {

    QuadVertexOutput OUT;

    OUT.Position = QUAD_REAL4(Position, 1);

#ifdef NO_TEXEL_OFFSET

    OUT.UV = TexCoord.xy;

#else /* NO_TEXEL_OFFSET */

	QUAD_REAL2 off = QUAD_REAL2(QuadTexOffset/(QuadScreenSize.x),QuadTexOffset/(QuadScreenSize.y));

    OUT.UV = QUAD_REAL2(TexCoord.xy+off); 

#endif /* NO_TEXEL_OFFSET */

    return OUT;

}



//////////////////////////////////////////////////////

////////////////////////////////// pixel shaders /////

//////////////////////////////////////////////////////



// add glow on top of model



QUAD_REAL4 TexQuadPS(QuadVertexOutput IN,uniform sampler2D InputSampler) : COLOR

{   

	QUAD_REAL4 texCol = tex2D(InputSampler, IN.UV);

	return texCol;

}  



QUAD_REAL4 TexQuadBiasPS(QuadVertexOutput IN,uniform sampler2D InputSampler,QUAD_REAL TBias) : COLOR

{   

	QUAD_REAL4 texCol = tex2Dbias(InputSampler, QUAD_REAL4(IN.UV,0,TBias));

	return texCol;

}  



//////////////////////////////////////////////////////////////////

/// Macros to define passes within Techniques ////////////////////

//////////////////////////////////////////////////////////////////



// older HLSL syntax

#define TEX_TECH(TechName,SamplerName) technique TechName { \

    pass TexturePass  { \

		VertexShader = compile vs_2_0 ScreenQuadVS(); \

		AlphaBlendEnable = false; ZEnable = false; \

		PixelShader  = compile ps_2_a TexQuadPS(SamplerName); } }



#define TEX_BLEND_TECH(TechName,SamplerName) technique TechName { \

    pass TexturePass { \

		VertexShader = compile vs_2_0 ScreenQuadVS(); \

		ZEnable = false; AlphaBlendEnable = true; \

		SrcBlend = SrcAlpha; DestBlend = InvSrcAlpha; \

		PixelShader  = compile ps_2_a TexQuadPS(SamplerName); } }



// newer HLSL syntax



#define TEX_TECH2(TechName,SamplerName,TargName) technique TechName { \

    pass TexturePass  < \

		string ScriptFunction = "RenderColorTarget0=" (TargName) ";" \

    							"DrawInternal=Buffer;"; \

	> { \

		VertexShader = compile vs_2_0 ScreenQuadVS(); \

		AlphaBlendEnable = false; ZEnable = false; \

		PixelShader  = compile ps_2_a TexQuadPS(SamplerName); } }



#define TEX_BLEND_TECH2(TechName,SamplerName) technique TechName { \

    pass TexturePass < \

		string ScriptFunction = "RenderColorTarget0=" (TargName) ";" \

    							"DrawInternal=Buffer;"; \

	> { \

		VertexShader = compile vs_2_0 ScreenQuadVS(); \

		ZEnable = false; AlphaBlendEnable = true; \

		SrcBlend = SrcAlpha; DestBlend = InvSrcAlpha; \

		PixelShader  = compile ps_2_a TexQuadPS(SamplerName); } }



#endif /* _QUAD_FXH */



////////////// eof ///

]]></effect></media_objects></fxstudio_project>