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added "render_template" folder and an example template

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Paolo Cignoni cignoni 2009-09-29 22:11:02 +00:00
parent 4ac1fa01d7
commit 4167fcb2d8
21 changed files with 1482 additions and 0 deletions
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src/meshlab/render_template/default/0001.tif Normal file
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src/meshlab/render_template/default/Archives/Cameras/F1CS0B0persp00Camera.rib Normal file
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##RenderMan RIB-Structure 1.1 Entity
version 3.03
Format 800 600 1
ShadingRate 1.0
PixelSamples 4 4
Imager "MOSAICbackground"
"uniform color bgcolor" [ 0.0565629005432 0.220815420151 0.40000000596 ]
Shutter 0.0 1.0
Clipping 0.10000000149 100.0
Projection "perspective" "fov" [ 37.8492888321 ]
ScreenWindow -1.33333333333 1.33333333333 -1.0 1.0
##CameraOrientation [ 7.48113155365 -6.50763988495 5.34366512299 ] [ 6.82626968622 -5.89697426558 4.89841976762 ]
Transform [ 0.685880541801 -0.317370116711 -0.654861867428 0.0
0.727633714676 0.312468618155 0.610665559769 0.0
-0.0108167640865 0.89534330368 -0.445245355368 0.0
-0.338183134794 -0.376693725586 11.2523422241 1.0 ]

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src/meshlab/render_template/default/Archives/Geometry/F1MRXM0Cube.rib Normal file
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##RenderMan RIB-Structure 1.1 Entity
version 3.03
Declare "Cs" "facevarying color"
Declare "st" "facevarying float[2]"
Declare "N" "facevarying normal"
PointsPolygons
[
4
4
4
4
4
4
]
[
0 1 2 3
4 7 6 5
0 4 5 1
1 5 6 2
2 6 7 3
4 0 3 7
]
"P"
[
1.9860022068 1.98704361916 -1.0
1.9860022068 -1.99139595032 -1.0
-1.99580550194 -1.99139595032 -1.0
-1.9958050251 1.98704409599 -1.0
1.24391019344 1.24390900135 0.149156153202
1.24390876293 -1.24391043186 0.149156153202
-1.24390995502 -1.24390912056 0.149156153202
-1.24390947819 1.2439095974 0.149156153202
]

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src/meshlab/render_template/default/Archives/Geometry/F1MRXM0Cube2.rib Normal file
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##RenderMan RIB-Structure 1.1 Entity
version 3.03
Declare "Cs" "facevarying color"
Declare "st" "facevarying float[2]"
Declare "N" "facevarying normal"
PointsPolygons
[
4
4
4
4
4
4
]
[
0 1 2 3
4 7 6 5
0 4 5 1
1 5 6 2
2 6 7 3
4 0 3 7
]
"P"
[
1.0 0.999999940395 -1.0
1.0 -1.0 -1.0
-1.00000011921 -0.999999821186 -1.0
-0.999999642372 1.00000035763 -1.0
1.00000047684 0.999999463558 1.0
0.999999344349 -1.00000059605 1.0
-1.00000035763 -0.999999642372 1.0
-0.999999940395 1.0 1.0
]

165
src/meshlab/render_template/default/Archives/Lights/F1LB0Lamp.rib Normal file
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##RenderMan RIB-Structure 1.1 Entity
version 3.03
AttributeBegin
Attribute "identifier" "string name" [ "Lamp" ]
Attribute "user" "integer id" [ 427473682 ]
Transform [ 0.290864557028 -0.955171108246 0.0551891066134 0.0
0.771100819111 0.199883252382 -0.604524731636 0.0
-0.566393136978 -0.21839119494 -0.794672191143 0.0
4.07624530792 1.00545394421 5.90386199951 1.0 ]
MotionBegin [ 0.0 0.5 1.0 ]
LightSource "MOSAIClight" 1
"uniform float CausticAlpha" [ 1.0 ]
"uniform color CausticColor" [ 1 1 1 ]
"uniform float CausticSamples" [ 64 ]
"uniform float CausticBlur" [ 0.05 ]
"uniform float CausticThreshold" [ 0.8 ]
"uniform float CausticNoise" [ 2.5 ]
"uniform float noisefreq" [ 0 ]
"uniform float noisepow" [ 1 ]
"uniform float SSSWidth" [ 0 ]
"varying color SSSDepth" [ 0 0 0 ]
"uniform string projectionmap" [ "" ]
"uniform string environmentmap" [ "" ]
"uniform float Bias" [ 0.1 ]
"varying float Blur" [ 0.012 ]
"varying float RayBlur" [ 0.06 ]
"uniform float Samples" [ 9.0 ]
"uniform float RaySamples" [ 1.0 ]
"varying float [4] ProjOfSz" [ 0 0 1 1 ]
"uniform float __foglight" [ 1 ]
"uniform float __nonspecular" [ 0.0 ]
"uniform float __nondiffuse" [ 0.0 ]
"uniform float Falloff" [ 1.0 ]
"uniform float isSphere" [ 0.0 ]
"uniform float isRaytrace" [ 1.0 ]
"uniform float Quad3" [ 0 ]
"uniform float Quad2" [ 1.0 ]
"uniform float Quad1" [ 0.0 ]
"uniform float SpotBl" [ 0.0300000011921 ]
"uniform float SpotSi" [ 0.654498469496 ]
"uniform float Dist" [ 29.9999828339 ]
"uniform float Energy" [ 1.0 ]
"uniform float LightType" [ 0.0 ]
"uniform point up" [ 0 1 0 ]
"uniform point to" [ 0.0 0.0 1.0 ]
"uniform point from" [ 0.0 0.0 0.0 ]
"uniform color LightColor" [ 1.0 1.0 1.0 ]
"uniform string shadowname_nz" [ "" ]
"uniform string shadowname_pz" [ "" ]
"uniform string shadowname_ny" [ "" ]
"uniform string shadowname_py" [ "" ]
"uniform string shadowname_nx" [ "" ]
"uniform string shadowname_px" [ "" ]
"uniform string shadowname" [ "" ]
"uniform string causticname_nz" [ "" ]
"uniform string causticname_pz" [ "" ]
"uniform string causticname_ny" [ "" ]
"uniform string causticname_py" [ "" ]
"uniform string causticname_nx" [ "" ]
"uniform string causticname_px" [ "" ]
"uniform string causticname" [ "" ]
LightSource "MOSAIClight" 1
"uniform float CausticAlpha" [ 1.0 ]
"uniform color CausticColor" [ 1 1 1 ]
"uniform float CausticSamples" [ 64 ]
"uniform float CausticBlur" [ 0.05 ]
"uniform float CausticThreshold" [ 0.8 ]
"uniform float CausticNoise" [ 2.5 ]
"uniform float noisefreq" [ 0 ]
"uniform float noisepow" [ 1 ]
"uniform float SSSWidth" [ 0 ]
"varying color SSSDepth" [ 0 0 0 ]
"uniform string projectionmap" [ "" ]
"uniform string environmentmap" [ "" ]
"uniform float Bias" [ 0.1 ]
"varying float Blur" [ 0.012 ]
"varying float RayBlur" [ 0.06 ]
"uniform float Samples" [ 9.0 ]
"uniform float RaySamples" [ 1.0 ]
"varying float [4] ProjOfSz" [ 0 0 1 1 ]
"uniform float __foglight" [ 1 ]
"uniform float __nonspecular" [ 0.0 ]
"uniform float __nondiffuse" [ 0.0 ]
"uniform float Falloff" [ 1.0 ]
"uniform float isSphere" [ 0.0 ]
"uniform float isRaytrace" [ 1.0 ]
"uniform float Quad3" [ 0 ]
"uniform float Quad2" [ 1.0 ]
"uniform float Quad1" [ 0.0 ]
"uniform float SpotBl" [ 0.0300000011921 ]
"uniform float SpotSi" [ 0.654498469496 ]
"uniform float Dist" [ 29.9999828339 ]
"uniform float Energy" [ 1.0 ]
"uniform float LightType" [ 0.0 ]
"uniform point up" [ 0 1 0 ]
"uniform point to" [ 0.0 0.0 1.0 ]
"uniform point from" [ 0.0 0.0 0.0 ]
"uniform color LightColor" [ 1.0 1.0 1.0 ]
"uniform string shadowname_nz" [ "" ]
"uniform string shadowname_pz" [ "" ]
"uniform string shadowname_ny" [ "" ]
"uniform string shadowname_py" [ "" ]
"uniform string shadowname_nx" [ "" ]
"uniform string shadowname_px" [ "" ]
"uniform string shadowname" [ "" ]
"uniform string causticname_nz" [ "" ]
"uniform string causticname_pz" [ "" ]
"uniform string causticname_ny" [ "" ]
"uniform string causticname_py" [ "" ]
"uniform string causticname_nx" [ "" ]
"uniform string causticname_px" [ "" ]
"uniform string causticname" [ "" ]
LightSource "MOSAIClight" 1
"uniform float CausticAlpha" [ 1.0 ]
"uniform color CausticColor" [ 1 1 1 ]
"uniform float CausticSamples" [ 64 ]
"uniform float CausticBlur" [ 0.05 ]
"uniform float CausticThreshold" [ 0.8 ]
"uniform float CausticNoise" [ 2.5 ]
"uniform float noisefreq" [ 0 ]
"uniform float noisepow" [ 1 ]
"uniform float SSSWidth" [ 0 ]
"varying color SSSDepth" [ 0 0 0 ]
"uniform string projectionmap" [ "" ]
"uniform string environmentmap" [ "" ]
"uniform float Bias" [ 0.1 ]
"varying float Blur" [ 0.012 ]
"varying float RayBlur" [ 0.06 ]
"uniform float Samples" [ 9.0 ]
"uniform float RaySamples" [ 1.0 ]
"varying float [4] ProjOfSz" [ 0 0 1 1 ]
"uniform float __foglight" [ 1 ]
"uniform float __nonspecular" [ 0.0 ]
"uniform float __nondiffuse" [ 0.0 ]
"uniform float Falloff" [ 1.0 ]
"uniform float isSphere" [ 0.0 ]
"uniform float isRaytrace" [ 1.0 ]
"uniform float Quad3" [ 0 ]
"uniform float Quad2" [ 1.0 ]
"uniform float Quad1" [ 0.0 ]
"uniform float SpotBl" [ 0.0300000011921 ]
"uniform float SpotSi" [ 0.654498469496 ]
"uniform float Dist" [ 29.9999828339 ]
"uniform float Energy" [ 1.0 ]
"uniform float LightType" [ 0.0 ]
"uniform point up" [ 0 1 0 ]
"uniform point to" [ 0.0 0.0 1.0 ]
"uniform point from" [ 0.0 0.0 0.0 ]
"uniform color LightColor" [ 1.0 1.0 1.0 ]
"uniform string shadowname_nz" [ "" ]
"uniform string shadowname_pz" [ "" ]
"uniform string shadowname_ny" [ "" ]
"uniform string shadowname_py" [ "" ]
"uniform string shadowname_nx" [ "" ]
"uniform string shadowname_px" [ "" ]
"uniform string shadowname" [ "" ]
"uniform string causticname_nz" [ "" ]
"uniform string causticname_pz" [ "" ]
"uniform string causticname_ny" [ "" ]
"uniform string causticname_py" [ "" ]
"uniform string causticname_nx" [ "" ]
"uniform string causticname_px" [ "" ]
"uniform string causticname" [ "" ]
MotionEnd
AttributeEnd

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src/meshlab/render_template/default/Archives/Materials/F1MB0Material.rib Normal file
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##RenderMan RIB-Structure 1.1 Entity
version 3.03
Surface "MOSAICsurface"
"uniform float EnvBlur" [ 0 ]
"uniform float EnvSamples" [ 8 ]
"uniform float OccBias" [ 0.3 ]
"uniform float OccMaxdist" [ 1e38 ]
"uniform float OccSamples" [ 8 ]
"uniform float OccEnergy" [ 1 ]
"uniform float OccMapBlur" [ 0.01 ]
"uniform float SSSTexBlur" [ 0.0 ]
"varying float isSSS" [ 0.0 ]
"varying float SSSBlur" [ 0.129999995232 ]
"varying float SSSBias" [ 0.0500000007451 ]
"varying float SSSSamples" [ 64 ]
"uniform float SSSFact" [ 0.10000000149 ]
"uniform float SSSFront" [ 0.2 ]
"uniform float SSSBack" [ 1.0 ]
"uniform float SSSR" [ 1.0 ]
"uniform float SSSG" [ 1.0 ]
"uniform float SSSB" [ 1.0 ]
"varying float ShadowAlpha" [ 1.0 ]
"uniform float isOcclusion" [ 0.0 ]
"uniform float isShadeless" [ 0.0 ]
"uniform float isRayTransp" [ 0.0 ]
"uniform float isRayMirror" [ 0.0 ]
"uniform float TranspFresnel" [ 0.0 ]
"uniform float MirFresnel" [ 0.0 ]
"uniform float IOR" [ 1.0 ]
"uniform float ColMix" [ 0.0 ]
"uniform float CmirMix" [ 0.0 ]
"uniform float CspMix" [ 0.0 ]
"uniform float TransLuMix" [ 0.0 ]
"uniform float SSSColMix" [ 1.0 ]
"uniform float Emit" [ 0.0 ]
"uniform float Tralu" [ 0.0 ]
"uniform float Alpha" [ 1.0 ]
"uniform float Hard" [ 12.5 ]
"uniform float RayMir" [ 0.0 ]
"uniform float Spec" [ 0.5 ]
"uniform float Ref" [ 0.800000011921 ]
"uniform float Amb" [ 0.5 ]
"uniform color AmbCol" [ 0.0 0.0 0.0 ]
"uniform color OccCol" [ 0.0565629005432 0.220815420151 0.40000000596 ]
"uniform color MirCol" [ 1.0 1.0 1.0 ]
"uniform color SpecCol" [ 1.0 1.0 1.0 ]
"uniform color SSSCol" [ 0.800000011921 0.800000011921 0.800000011921 ]
"uniform string EmitMap" [ "" ]
"uniform string AmbMap" [ "" ]
"uniform string HardMap" [ "" ]
"uniform string SpecMap" [ "" ]
"uniform string RefMap" [ "" ]
"uniform string CmirMap" [ "" ]
"uniform string RayMirMap" [ "" ]
"uniform string CspMap" [ "" ]
"uniform string AlphaMap" [ "" ]
"uniform string ColMap" [ "" ]
"uniform string TransLuMap" [ "" ]
"uniform string EnvMap" [ "" ]
"uniform string IBLMap" [ "" ]
"uniform string OccMap" [ "" ]
"varying float [4] EmitOfSz" [ 0.0 0.0 1.0 1.0 ]
"varying float [4] AmbOfSz" [ 0.0 0.0 1.0 1.0 ]
"varying float [4] HardOfSz" [ 0.0 0.0 1.0 1.0 ]
"varying float [4] SpecOfSz" [ 0.0 0.0 1.0 1.0 ]
"varying float [4] RefOfSz" [ 0.0 0.0 1.0 1.0 ]
"varying float [4] CmirOfSz" [ 0.0 0.0 1.0 1.0 ]
"varying float [4] RayMirOfSz" [ 0.0 0.0 1.0 1.0 ]
"varying float [4] CspOfSz" [ 0.0 0.0 1.0 1.0 ]
"varying float [4] AlphaOfSz" [ 0.0 0.0 1.0 1.0 ]
"varying float [4] ColOfSz" [ 0.0 0.0 1.0 1.0 ]
"varying float [4] TransLuOfSz" [ 0.0 0.0 1.0 1.0 ]
Displacement "MOSAICdisplace"
"uniform float Nor" [ 0.0 ]
"uniform float Disp" [ 0.0 ]
"uniform float Mid" [ 0.5 ]
"uniform string NorMap" [ "" ]
"uniform string DispMap" [ "" ]
"varying float [4] NorOfSz" [ 0.0 0.0 1.0 1.0 ]
"varying float [4] DispOfSz" [ 0.0 0.0 1.0 1.0 ]

24
src/meshlab/render_template/default/Archives/Objects/F1OB0S0Cube.rib Normal file
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##RenderMan RIB-Structure 1.1 Entity
version 3.03
AttributeBegin
Attribute "identifier" "string name" [ "Cube" ]
Attribute "user" "integer id" [ 1507813027 ]
Transform [ 1.0 0.0 0.0 0.0
0.0 1.0 0.0 0.0
0.0 0.0 1.0 0.0
0.0 0.0 0.0 1.0 ]
Bound -1.99580550194 1.9860022068 -1.99139595032 1.98704409599 -1.0 0.149156153202
ShadingInterpolation "smooth"
Attribute "displacementbound" "float sphere" [ 0.1 ] "string coordinatesystem" [ "shader" ]
AttributeBegin
Attribute "identifier" "string name" [ "MB0Material" ]
Attribute "user" "integer id" [ 250783171 ]
##Include Archives/Materials/F1MB0Material.rib
ReadArchive "F1MB0Material.rib"
Color [ 0.800000011921 0.800000011921 0.800000011921 ]
Opacity [ 1.0 1.0 1.0 ]
Sides 2
##Include Archives/Geometry/F1MRXM0Cube.rib
ReadArchive "F1MRXM0Cube.rib"
AttributeEnd
AttributeEnd

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src/meshlab/render_template/default/Archives/Objects/F1OB0Sdummy.rib Normal file
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##RenderMan RIB-Structure 1.1 Entity
version 3.03
AttributeBegin
Attribute "identifier" "string name" [ "dummy" ]
Attribute "user" "integer id" [ 482804705 ]
Transform [ 0.5 0.0 0.0 0.0
0.0 0.5 0.0 0.0
0.0 0.0 0.5 0.0
0.0637825727463 -0.0225677788258 0.652353346348 1.0 ]
Bound -1.00000035763 1.00000047684 -1.00000071526 1.00000035763 -1.0 0.999999880791
ShadingInterpolation "smooth"
Attribute "displacementbound" "float sphere" [ 0.10000000149 ] "string coordinatesystem" [ "shader" ]
AttributeBegin
Attribute "identifier" "string name" [ "Default Surface" ]
Attribute "user" "integer id" [ 2081447881 ]
Color [ 0.8 0.8 0.8 ]
Surface "plastic" "float Kd" [ 0.8 ] "float Ks" [ 0.5 ] "float roughness" [ 0.25 ]
Sides 2
##Include Archives/Geometry/F1MRXM0Cube2.rib
ReadArchive "F1MRXM0Cube2.rib"
AttributeEnd
AttributeEnd

26
src/meshlab/render_template/default/Archives/Scenes/F1SB0Scene.rib Normal file
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@ -0,0 +1,26 @@
##RenderMan RIB-Structure 1.1 Entity
version 3.03
FrameBegin 1
Display "0001.tif" "framebuffer" "rgb"
Display "+0001.tif" "file" "rgba"
##Include Archives/Cameras/F1CS0B0persp00Camera.rib
ReadArchive "F1CS0B0persp00Camera.rib"
WorldBegin
Atmosphere "MOSAICfog"
"uniform float isMist" [ 0.0 ]
"uniform float Misi" [ 0.0 ]
"uniform float Hi" [ 0.0 ]
"uniform float Di" [ 0.0 ]
"uniform float Sta" [ 0.0 ]
"uniform float MistType" [ 0.0 ]
"uniform color MistCol" [ 0.0565629005432 0.220815420151 0.40000000596 ]
##Include Archives/Lights/F1LB0Lamp.rib
ReadArchive "F1LB0Lamp.rib"
##Scene light illuminates
Illuminate 1 1
##Include Archives/Objects/F1OB0S0Cube.rib
ReadArchive "F1OB0S0Cube.rib"
##Include Archives/Objects/F1OB0Sdummy.rib
ReadArchive "F1OB0Sdummy.rib"
WorldEnd
FrameEnd

10
src/meshlab/render_template/default/Shaders/MOSAICbackground.sl Normal file
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/* MOSAIC default image shader for Blender integration */
imager
MOSAICbackground(
color bgcolor = color(1, 1, 1))
{
Ci += (1 - alpha) * bgcolor;
Oi = 1;
alpha = 1;
}

33
src/meshlab/render_template/default/Shaders/MOSAICbackground.slx Normal file
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@ -0,0 +1,33 @@
imager
AQSIS_V 1.4.2
segment Data
USES 8781824
param uniform color bgcolor
segment Init
pushif 1
pushif 1
pushif 1
settc
pop bgcolor
segment Code
pushv bgcolor
pushv alpha
pushif 1
subff
mulfc
pushv Ci
addcc
pop Ci
pushif 1
setfc
pop Oi
pushif 1
pop alpha

44
src/meshlab/render_template/default/Shaders/MOSAICdisplace.sl Normal file
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/* MOSAIC default displacement shader for Blender integration */
//Adjust texture st with xy offset and size
void stAdjust(output float sAdj,tAdj;float s,t,texOfSz[4])
{
sAdj = (s*texOfSz[2]-(texOfSz[2]-1)/2)+texOfSz[0];
tAdj = (t*texOfSz[3]-(texOfSz[3]-1)/2)-texOfSz[1];
}
displacement
MOSAICdisplace(
float Disp=1; //Standard Blender material controls
float Nor=1;
float Mid=0.5;
string DispMap=""; //Standard Blender texture channels
string NorMap="";
varying float DispOfSz[4]={0,0,1,1}; //Texture mapping arrays as offset x/y scale x/y
varying float NorOfSz[4]={0,0,1,1};)
{
float sAdj,tAdj;
normal Un = N;
if (DispMap != "") //Are we using a displacement texture map?
{
stAdjust(sAdj,tAdj,s,t,DispOfSz);
float amp = Disp*(float texture(DispMap,sAdj,tAdj)-Mid);
P += amp*normalize(N);
Un = calculatenormal(P);
}
if (NorMap != "") //Are we using a normal texture map?
{
normal Nref = normalize(Un);
vector dPds = normalize(Deriv(P,s));
vector dPdt = normalize(Deriv(P,t));
stAdjust(sAdj,tAdj,s,t,NorOfSz);
color Ncolor = color texture(NorMap,sAdj,tAdj);
vector Nvector = (vector(Ncolor)*2)-vector(1.0,1.0,1.0);
vector Ntransformed = vector(comp(Nvector,0)*comp(dPds,0)+comp(Nvector,1)*comp(dPdt,0)+comp(Nvector,2)*comp(Nref,0),
comp(Nvector,0)*comp(dPds,1)+comp(Nvector,1)*comp(dPdt,1)+comp(Nvector,2)*comp(Nref,1),
comp(Nvector,0)*comp(dPds,2)+comp(Nvector,1)*comp(dPdt,2)+comp(Nvector,2)*comp(Nref,2));
N = mix(Un,normal normalize(Ntransformed),Nor/2);
}
else N = Un;
}

301
src/meshlab/render_template/default/Shaders/MOSAICdisplace.slx Normal file
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displacement
AQSIS_V 1.4.2
segment Data
USES 51456
param uniform float Disp
param uniform float Nor
param uniform float Mid
param uniform string DispMap
param uniform string NorMap
param varying float DispOfSz[4]
param varying float NorOfSz[4]
varying float sAdj
varying float tAdj
varying normal Un
varying float b0::amp
varying normal b1::Nref
varying vector b1::dPds
varying vector b1::dPdt
varying color b1::Ncolor
varying vector b1::Nvector
varying vector b1::Ntransformed
segment Init
pushif 1
pop Disp
pushif 1
pop Nor
pushif 0.5
pop Mid
pushis ""
pop DispMap
pushis ""
pop NorMap
pushif 0
pushif 0
ipop DispOfSz
pushif 0
pushif 1
ipop DispOfSz
pushif 1
pushif 2
ipop DispOfSz
pushif 1
pushif 3
ipop DispOfSz
pushif 0
pushif 0
ipop NorOfSz
pushif 0
pushif 1
ipop NorOfSz
pushif 1
pushif 2
ipop NorOfSz
pushif 1
pushif 3
ipop NorOfSz
segment Code
pushv N
pop Un
S_CLEAR
pushis ""
pushv DispMap
ness
S_GET
RS_PUSH
RS_GET
RS_JZ 0
pushif 0
ipushv DispOfSz
pushif 2
pushif 1
pushif 2
ipushv DispOfSz
subff
divff
pushif 2
ipushv DispOfSz
pushv s
mulff
subff
addff
pop sAdj
pushif 1
ipushv DispOfSz
pushif 2
pushif 1
pushif 3
ipushv DispOfSz
subff
divff
pushif 3
ipushv DispOfSz
pushv t
mulff
subff
subff
pop tAdj
pushv Mid
pushv tAdj
pushv sAdj
pushif 0
pushv DispMap
pushif 0
ftexture2
subff
pushv Disp
mulff
pop b0::amp
pushv N
normalize
pushv b0::amp
mulfp
pushv P
addpp
pop P
pushv P
calculatenormal
pop Un
:0
RS_POP
S_CLEAR
pushis ""
pushv NorMap
ness
S_GET
RS_PUSH
RS_GET
RS_JZ 2
pushv Un
normalize
pop b1::Nref
pushv s
pushv P
pDeriv
normalize
pop b1::dPds
pushv t
pushv P
pDeriv
normalize
pop b1::dPdt
pushif 0
ipushv NorOfSz
pushif 2
pushif 1
pushif 2
ipushv NorOfSz
subff
divff
pushif 2
ipushv NorOfSz
pushv s
mulff
subff
addff
pop sAdj
pushif 1
ipushv NorOfSz
pushif 2
pushif 1
pushif 3
ipushv NorOfSz
subff
divff
pushif 3
ipushv NorOfSz
pushv t
mulff
subff
subff
pop tAdj
pushv tAdj
pushv sAdj
pushif 0
pushv NorMap
pushif 0
ctexture2
pop b1::Ncolor
pushif 1
pushif 1
pushif 1
settv
pushif 2
setfv
pushv b1::Ncolor
setcv
mulpp
subpp
pop b1::Nvector
pushif 2
pushv b1::Nref
setnc
comp
pushif 2
pushv b1::Nvector
setvc
comp
mulff
pushif 2
pushv b1::dPdt
setvc
comp
pushif 1
pushv b1::Nvector
setvc
comp
mulff
pushif 2
pushv b1::dPds
setvc
comp
pushif 0
pushv b1::Nvector
setvc
comp
mulff
addff
addff
pushif 1
pushv b1::Nref
setnc
comp
pushif 2
pushv b1::Nvector
setvc
comp
mulff
pushif 1
pushv b1::dPdt
setvc
comp
pushif 1
pushv b1::Nvector
setvc
comp
mulff
pushif 1
pushv b1::dPds
setvc
comp
pushif 0
pushv b1::Nvector
setvc
comp
mulff
addff
addff
pushif 0
pushv b1::Nref
setnc
comp
pushif 2
pushv b1::Nvector
setvc
comp
mulff
pushif 0
pushv b1::dPdt
setvc
comp
pushif 1
pushv b1::Nvector
setvc
comp
mulff
pushif 0
pushv b1::dPds
setvc
comp
pushif 0
pushv b1::Nvector
setvc
comp
mulff
addff
addff
settv
pop b1::Ntransformed
pushif 2
pushv Nor
divff
pushv b1::Ntransformed
normalize
pushv Un
nmix
pop N
:2
RS_INVERSE
RS_JZ 1
pushv Un
pop N
:1
RS_POP

26
src/meshlab/render_template/default/Shaders/MOSAICfog.sl Normal file
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@ -0,0 +1,26 @@
/* MOSAIC default atmosphere shader for Blender integration */
volume
MOSAICfog(
float Sta=0; //Standard Blender world controls
float Di=0;
float Hi=0;
float Misi=0;
float isMist=0;
float MistType=0;
color MistCol=0;)
{
if (isMist > 0 && Sta < Di) //Are we using mist?
{
float LI = length(I)-Sta;
float DL = Di-Sta;
if (MistType == 0) DL = DL/clamp(LI/DL,0,1);
else if (MistType == 1) DL = DL;
else if (MistType == 2) DL = (DL+LI)/2;
float d = 1-clamp(LI/DL,0,1);
if (Hi > 0) d = mix(d,1,clamp(zcomp(transform("world",point I))/Hi,0,1));
d = mix(d,0,Misi);
Ci = mix(MistCol,Ci,d);
Oi = mix(color(1,1,1),Oi,d);
}
}

165
src/meshlab/render_template/default/Shaders/MOSAICfog.slx Normal file
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@ -0,0 +1,165 @@
volume
AQSIS_V 1.4.2
segment Data
USES 458752
param uniform float Sta
param uniform float Di
param uniform float Hi
param uniform float Misi
param uniform float isMist
param uniform float MistType
param uniform color MistCol
varying float b0::LI
varying float b0::DL
varying float b0::d
segment Init
pushif 0
pop Sta
pushif 0
pop Di
pushif 0
pop Hi
pushif 0
pop Misi
pushif 0
pop isMist
pushif 0
pop MistType
pushif 0
setfc
pop MistCol
segment Code
S_CLEAR
pushif 0
pushv isMist
gtff
pushv Di
pushv Sta
lsff
land
S_GET
RS_PUSH
RS_GET
RS_JZ 0
pushv Sta
pushv I
length
subff
pop b0::LI
pushv Sta
pushv Di
subff
pop b0::DL
S_CLEAR
pushif 0
pushv MistType
eqff
S_GET
RS_PUSH
RS_GET
RS_JZ 2
pushif 1
pushif 0
pushv b0::DL
pushv b0::LI
divff
clamp
pushv b0::DL
divff
pop b0::DL
:2
RS_INVERSE
RS_JZ 1
S_CLEAR
pushif 1
pushv MistType
eqff
S_GET
RS_PUSH
RS_GET
RS_JZ 4
pushv b0::DL
pop b0::DL
:4
RS_INVERSE
RS_JZ 3
S_CLEAR
pushif 2
pushv MistType
eqff
S_GET
RS_PUSH
RS_GET
RS_JZ 5
pushif 2
pushv b0::LI
pushv b0::DL
addff
divff
pop b0::DL
:5
RS_POP
:3
RS_POP
:1
RS_POP
pushif 1
pushif 0
pushv b0::DL
pushv b0::LI
divff
clamp
pushif 1
subff
pop b0::d
S_CLEAR
pushif 0
pushv Hi
gtff
S_GET
RS_PUSH
RS_GET
RS_JZ 6
pushif 1
pushif 0
pushv Hi
pushv I
pushis "world"
transform
zcomp
divff
clamp
pushif 1
pushv b0::d
fmix
pop b0::d
:6
RS_POP
pushv Misi
pushif 0
pushv b0::d
fmix
pop b0::d
pushv b0::d
pushv Ci
pushv MistCol
cmix
pop Ci
pushv b0::d
pushv Oi
pushif 1
pushif 1
pushif 1
settc
cmix
pop Oi
:0
RS_POP

234
src/meshlab/render_template/default/Shaders/MOSAIClight.sl Normal file
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@ -0,0 +1,234 @@
/* MOSAIC default light shader for Blender integration */
//Adjust texture st with xy offset and size
void stAdjust(output float sAdj,tAdj;float s,t,texOfSz[4])
{
sAdj = (s*texOfSz[2]-(texOfSz[2]-1)/2)+texOfSz[0];
tAdj = (t*texOfSz[3]-(texOfSz[3]-1)/2)-texOfSz[1];
}
//Returns different attenuations of light depth
float Attenuation(float Ldepth,LinAtten,SqrAtten,QuadAtten,Distance,SphereAtten;)
{
float attenuation = 1;
attenuation = Distance/(LinAtten*Ldepth+SqrAtten*Ldepth*2+QuadAtten*Ldepth*Ldepth+Distance);
if (SphereAtten > 0) attenuation *= 1-Ldepth/Distance;
return clamp(attenuation,0,1);
}
light MOSAIClight(
float LightType=0; //Standard Blender lamp controls
float Energy=1;
float Dist=1;
float SpotSi=radians(30);
float SpotBl=radians(5);
output float Quad1=1;
output float Quad2=0;
output float Quad3=0;
point from=point "shader" (0,0,0);
point to=point "shader" (0,0,1);
point up=point "eye" (0,1,0);
color LightColor= color "rgb" (1,1,1);
float isRaytrace=0; //Lamp state toggles
float isSphere=0;
float Falloff=4;
varying float ProjOfSz[4]={0,0,1,1}; //Texture mapping array as offset x/y scale x/y
output float __nondiffuse=0; //Standard built in message passing parameters
output float __nonspecular=0;
output float __foglight=1;
output float Samples=8; //User non Blender controls
output float RaySamples=8; //User non Blender controls
output varying float Blur=0.01;
output varying float RayBlur=0.01;
float Bias=0.1;
float CausticAlpha=1.0;
color CausticColor=1.0;
float CausticBlur=0.05;
float CausticSamples=64;
float CausticThreshold=0.8;
float CausticNoise=2.5;
float noisefreq=0;
float noisepow=1;
uniform float SSSWidth=1;
string projectionmap=""; //Projector texture
string environmentmap=""; //Environment texture
output string shadowname=""; //User shadow map channels
string shadowname_px="";
string shadowname_nx="";
string shadowname_py="";
string shadowname_ny="";
string shadowname_pz="";
string shadowname_nz="";
string causticname=""; //User caustic map channels
string causticname_px="";
string causticname_nx="";
string causticname_py="";
string causticname_ny="";
string causticname_pz="";
string causticname_nz="";
output varying color SSSDepth=0;)
{
uniform vector Z = normalize(to-from);
color vis = 1;
color envcol = LightColor;
color shad,caus = 0;
string shadname,causname = "";
float sAdj,tAdj,ShadowAlpha,isSSS,SSSBias,SSSBlur,SSSSamples;
if (Falloff == 0) //Setup for constant attenuation
{
Quad1 = 0;
Quad2 = 0;
Quad3 = 0;
}
else if (Falloff == 1) //Setup for inverse linear attenuation
{
Quad1 = 1;
Quad2 = 0;
Quad3 = 0;
}
else if (Falloff == 2) //Setup for inverse square attenuation
{
Quad1 = 0;
Quad2 = 0;
Quad3 = 1;
}
if (LightType == 4) //If an area light manually set attenuation and spot size and blend
{
Quad1 = 1;
Quad2 = 1;
Quad3 = 1;
RaySamples = 2;
}
if (isRaytrace > 0) //If raytracing then setup use "raytrace" map name method
{
shadowname = "raytrace";
Samples = RaySamples;
Blur = RayBlur;
}
if (LightType == 1) //Are we a distant light?
{
solar (to-from,0.0)
{
surface("ShadowAlpha",ShadowAlpha);
surface("isSSS",isSSS);
surface("SSSBias",SSSBias);
surface("SSSSamples",SSSSamples);
surface("SSSBlur",SSSBlur);
if (shadowname != "") shad = shadow(shadowname,Ps,"samples",Samples,"blur",Blur,"bias",Bias)*ShadowAlpha;
if (causticname != "") caus = smoothstep(CausticThreshold,1,shadow(causticname,Ps,"samples",CausticSamples,"blur",CausticBlur,"bias",Bias))*CausticColor*CausticAlpha;
if (CausticNoise != 0)
{
point PL = transform("shader",Ps);
caus *= CausticNoise*pow(noise(PL*noisefreq),noisepow);
}
Cl = LightColor*Energy;
if (isSSS > 0 && shadowname != "") SSSDepth = Cl*vis*(1-shadow(shadowname,Ps,"samples",SSSSamples,"width",SSSWidth,"blur",SSSBlur,"bias",SSSBias));
Cl *= vis*(1-shad)+caus;
}
}
else if (LightType == 2 || LightType == 4) //Are we a spot light or single light in a array of area lights?
{
uniform vector Y = normalize(Z^vector up);
uniform vector X = normalize(Y^Z);
uniform float spread = 1/tan(radians(SpotSi)*57);
illuminate (from,Z,SpotSi)
{
surface("ShadowAlpha",ShadowAlpha);
surface("isSSS",isSSS);
surface("SSSBias",SSSBias);
surface("SSSSamples",SSSSamples);
surface("SSSBlur",SSSBlur);
float sloc = spread*L.X/L.Z*0.5+0.5;
float tloc = spread*L.Y/L.Z*0.5+0.5;
vis *= smoothstep(cos(SpotSi),cos(SpotSi-SpotBl),(L.Z)/length(L));
if (projectionmap != "") //Are we using a projection texture map?
{
stAdjust(sAdj,tAdj,s,t,ProjOfSz);
vis *= color texture(projectionmap,sAdj,tAdj);
}
if (causticname != "") caus = smoothstep(CausticThreshold,1,shadow(causticname,Ps,"samples",CausticSamples,"blur",CausticBlur,"bias",Bias))*CausticColor*CausticAlpha;
if (CausticNoise != 0)
{
point PL = transform("shader",Ps);
caus *= CausticNoise*pow(noise(PL*noisefreq),noisepow);
}
if (environmentmap != "") envcol = environment(environmentmap,-L,"blur",0.5)*LightColor;
if (shadowname != "") shad = shadow(shadowname,Ps,"samples",Samples,"blur",Blur,"bias",Bias)*ShadowAlpha;
Cl = envcol*Attenuation(length(L),Quad1,Quad2,Quad3,Dist,isSphere)*Energy;
if (isSSS > 0 && shadowname != "") SSSDepth = Cl*vis*(1-shadow(shadowname,Ps,"samples",SSSSamples,"width",SSSWidth,"blur",SSSBlur,"bias",SSSBias));
Cl *= vis*(1-shad)+caus;
}
}
else //Are we a point light?
{
illuminate (from)
{
surface("ShadowAlpha",ShadowAlpha);
surface("isSSS",isSSS);
surface("SSSBias",SSSBias);
surface("SSSSamples",SSSSamples);
surface("SSSBlur",SSSBlur);
point Lworld = transform("world",L+point "world" (0,0,0))*point (1,1,-1);
float ax = abs(xcomp(Lworld));
float ay = abs(ycomp(Lworld));
float az = abs(zcomp(Lworld));
if (shadowname != "") shadname = shadowname;
else if ((ax > ay) && (ax > az)) //Are we using X+- shadow maps?
{
if (xcomp(Lworld) > 0.0)
{
if (shadowname_px != "") shadname = shadowname_px;
if (causticname_px != "") causname = causticname_px;
}
else
{
if (shadowname_nx != "") shadname = shadowname_nx;
if (causticname_nx != "") causname = causticname_nx;
}
}
else if ((ay > ax) && (ay > az)) //Are we using Y+- shadow maps?
{
if (ycomp(Lworld) > 0.0)
{
if (shadowname_py != "") shadname = shadowname_py;
if (causticname_py != "") causname = causticname_py;
}
else
{
if (shadowname_ny != "") shadname = shadowname_ny;
if (causticname_ny != "") causname = causticname_ny;
}
}
else if ((az > ay) && (az > ax)) //Are we using Z+- shadow maps?
{
if (zcomp(Lworld) > 0.0)
{
if (shadowname_pz != "") shadname = shadowname_pz;
if (causticname_pz != "") causname = causticname_pz;
}
else
{
if (shadowname_nz != "") shadname = shadowname_nz;
if (causticname_nz != "") causname = causticname_nz;
}
}
Cl = LightColor*Attenuation(length(L),Quad1,Quad2,Quad3,Dist,isSphere)*Energy;
if (causname != "")
{
caus = smoothstep(CausticThreshold,1,shadow(causname,Ps,"samples",CausticSamples,"blur",CausticBlur,"bias",Bias))*CausticColor*CausticAlpha;
if (CausticNoise != 0)
{
point PL = transform("shader",Ps);
caus *= CausticNoise*pow(noise(PL*noisefreq),noisepow);
}
}
if (shadname != "")
{
shad = shadow(shadname,Ps,"samples",Samples,"blur",Blur,"bias",Bias)*ShadowAlpha;
if (isSSS > 0) SSSDepth = Cl*vis*(1-shadow(shadname,Ps,"samples",SSSSamples,"width",SSSWidth,"blur",SSSBlur,"bias",SSSBias));
}
Cl *= vis*(1-shad)+caus;
}
}
}

BIN
src/meshlab/render_template/default/Shaders/MOSAIClight.slx Normal file
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Binary file not shown.

257
src/meshlab/render_template/default/Shaders/MOSAICsurface.sl Normal file
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@ -0,0 +1,257 @@
/* MOSAIC default surface shader for Blender integration */
//Simulate SSS through Cl with blurred shadows
color sssdiffuse(point P;normal N;float SSSfact,Frfact,Bkfact,Rfact,Gfact,Bfact;color SSScol,SSStex)
{
color C = 0;
color SSS = 0;
illuminance(P,N,PI)
{
lightsource("SSSDepth",SSS); //Get shadow info
float f = normalize(L).N; //Figure front direction
float b = normalize(-L).N; //Figure back direction
C += SSS*SSScol*smoothstep(-1,1,f)*Frfact*SSSfact; //Lightside sss
C += SSS*SSScol*SSStex*color(Rfact,Gfact,Bfact)*smoothstep(-1,1,b)*Bkfact*SSSfact; //Darkside sss
}
return C;
}
//Adjust texture st with xy offset and size
void stAdjust(output float sAdj,tAdj;float s,t,texOfSz[4])
{
sAdj = (s*texOfSz[2]-(texOfSz[2]-1)/2)+texOfSz[0];
tAdj = (t*texOfSz[3]-(texOfSz[3]-1)/2)-texOfSz[1];
}
surface
MOSAICsurface(
float Amb=1; //Standard Blender material controls
float Ref=0.8;
float Spec=0.5;
float RayMir=1;
float Hard=0.1;
float Alpha=1;
float Tralu=0;
float Emit=0;
float ColMix=1;
float CmirMix=1;
float CspMix=1;
float TransLuMix=1;
float SSSColMix=1;
float IOR=1.5;
float MirFresnel=1;
float TranspFresnel=1;
float OccMaxdist=1e38; //User non Blender controls
float OccSamples=8;
float OccEnergy=1;
float OccMapBlur=0.01;
float OccBias=0.3;
float EnvSamples=8;
float EnvBlur=0;
output varying float ShadowAlpha=1.0;
output varying float isSSS=1;
output varying float SSSBlur=0.05;
output varying float SSSBias=0.1;
output varying float SSSSamples=64;
float SSSFact=1.0;
float SSSTexBlur=0.04;
float SSSFront=0.2;
float SSSBack=0.8;
float SSSR=1;
float SSSG=1;
float SSSB=1;
float isRayMirror=0; //Material state toggles
float isRayTransp=0;
float isShadeless=0;
float isOcclusion=0;
color SpecCol=1; //Standard Blender material colors
color MirCol=1;
color OccCol=1;
color AmbCol=1;
color SSSCol=1;
string ColMap=""; //Standard Blender texture channels
string AlphaMap="";
string CspMap="";
string RayMirMap="";
string CmirMap="";
string RefMap="";
string SpecMap="";
string HardMap="";
string AmbMap="";
string EmitMap="";
string TransLuMap="";
string OccMap=""; //User non Blender materials
string IBLMap="";
string EnvMap="";
varying float ColOfSz[4]={0,0,1,1}; //Texture mapping arrays as offset x/y scale x/y
varying float AlphaOfSz[4]={0,0,1,1};
varying float CspOfSz[4]={0,0,1,1};
varying float RayMirOfSz[4]={0,0,1,1};
varying float CmirOfSz[4]={0,0,1,1};
varying float RefOfSz[4]={0,0,1,1};
varying float SpecOfSz[4]={0,0,1,1};
varying float HardOfSz[4]={0,0,1,1};
varying float AmbOfSz[4]={0,0,1,1};
varying float EmitOfSz[4]={0,0,1,1};
varying float TransLuOfSz[4]={0,0,1,1};)
{
vector In = normalize(I);
normal Nf = normalize(faceforward(N,In));
float sAdj,tAdj;
if (ColMap != "") //Are we using a color texture map?
{
stAdjust(sAdj,tAdj,s,t,ColOfSz);
Ci = color mix(Cs,color texture(ColMap,sAdj,tAdj),ColMix);
}
else Ci = Cs;
if (isShadeless == 0) //Only process the rest if we are not shadeless
{
color Uad = color "rgb" (0,0,0);
if (EmitMap != "" || Emit > 0) //Are we using emit controls or map?
{
if (EmitMap != "") //Are we using a emit texture map?
{
stAdjust(sAdj,tAdj,s,t,EmitOfSz);
Uad += Emit*Ci+float texture(EmitMap,sAdj,tAdj);
}
else Uad += Emit*Ci;
}
if (AmbMap != "" || Amb > 0) //Are we using ambient controls or map?
{
float hits = 0;
float Uam = 1;
color Ua = ambient();
if (isOcclusion > 0 || OccMap != "") //Is ambience supposed to be occlusion or IBL?
{
#if defined(DELIGHT) //Is this 3Delight style IBL?
if (IBLMap != "") Ua += (1-indirectdiffuse(P,Nf,OccSamples,"bias",OccBias,"maxdist",OccMaxdist,"environmentmap",IBLMap))*OccEnergy;
#endif //Is this other raytrace renderers style IBL?
#if (defined(PRMAN)||defined(AIR)||defined(PIXIE))
if (IBLMap != "") Ua += indirectdiffuse(P,Nf,OccSamples,"bias",OccBias,"maxdist",OccMaxdist,"environmentmap",IBLMap)*OccEnergy;
#endif
#if (defined(PRMAN)||defined(DELIGHT)||defined(PIXIE)) //Is this other raytrace renderers style occlusion?
else Ua += (1-occlusion(P,Nf,OccSamples,"bias",OccBias,"maxdist",OccMaxdist))*OccCol*OccEnergy;
#endif
#if defined(AIR) //Is this Air style occlusion?
else
{
if (OccMap == "") OccMap = "raytrace";
normal Nunoccl = 0;
Ua += (1-occlusion(OccMap,P,Nf,radians(90),Nunoccl,"samples",OccSamples,"bias",OccBias,"blur",OccMapBlur))*OccCol*OccEnergy;
}
#endif
#if defined(AQSIS) //Is this Aqsis sytle depth map occlusion?
if (OccMap != "") Ua += (1-occlusion(OccMap,P,Nf,0,"samples",OccSamples,"bias",OccBias,"blur",OccMapBlur))*OccCol*OccEnergy;
#endif
}
if (AmbMap != "") //Are we using a ambient texture map?
{
stAdjust(sAdj,tAdj,s,t,AmbOfSz);
Uam = float texture(AmbMap,sAdj,tAdj);
}
Uad += (Ua+AmbCol)*Uam*Amb;
}
if (RefMap != "" || Ref > 0) //Are we using ref (diffuse) controls or map?
{
color Udif = diffuse(Nf);
if (Tralu > 0) Udif += diffuse(-Nf)*Tralu;
if (RefMap != "") //Are we using a ref texture map?
{
stAdjust(sAdj,tAdj,s,t,RefOfSz);
Uad += mix(float texture(RefMap,sAdj,tAdj)*Udif,Udif,Ref);
}
else Uad += Ref*Udif;
}
color SSSTex = 1;
if (TransLuMap != "" && TransLuMix > 0)
{
stAdjust(sAdj,tAdj,s,t,TransLuOfSz);
SSSTex = mix(SSSTex,color texture(TransLuMap,sAdj,tAdj,"blur",SSSTexBlur),TransLuMix);
}
if (isSSS > 0) //Are we using sub surface scattering?
{
Uad += sssdiffuse(P,Nf,SSSFact,SSSFront,SSSBack,SSSR,SSSG,SSSB,mix(Ci,SSSCol,SSSColMix),SSSTex);
}
Ci *= Uad;
//Are we using raytrace or environment controls for reflection/refraction?
if (EnvMap != "" || isRayMirror > 0 || isRayTransp > 0)
{
color Umc = MirCol;
float Um = RayMir;
if (RayMirMap != "") //Are we using a mirror texture map?
{
stAdjust(sAdj,tAdj,s,t,RayMirOfSz);
Um = mix(RayMir,float texture(RayMirMap,sAdj,tAdj),1-RayMir);
}
if (CmirMap != "") //Are we using a mirror color texture map?
{
stAdjust(sAdj,tAdj,s,t,CmirOfSz);
Umc = mix(MirCol,color texture(CmirMap,sAdj,tAdj),CmirMix);
}
if (EnvMap != "" || isRayMirror > 0 || isRayTransp > 0) //Are we using reflection/refraction?
{
vector R,T;
float Kmr,Kmt,result;
fresnel(In,Nf,(In.N < 0 ? 1/IOR:IOR),Kmr,Kmt,R,T);
if (TranspFresnel > 0 && IOR > 1.0) Kmt = clamp(Kmr/TranspFresnel*12,0,1);
else Kmt = 1;
if (MirFresnel > 0 && IOR > 1.0) Kmr = clamp(Kmr/(MirFresnel/12),0,1);
else Kmr = 1;
if (EnvMap != "")
{
uniform string texType = "";
textureinfo(EnvMap,"type",texType);
if (texType == "texture" || texType == "Plain Texture")
{
point Pndc = transform("NDC",P);
float tx = xcomp(Pndc);
float ty = ycomp(Pndc);
if (Kmr > 0) Ci = Ci*(1-Um*Kmr)+color texture(EnvMap,tx,ty,"blur",EnvBlur)*Umc*Um*Kmr;
}
else
{
T = ntransform("world",normal(T))*(1,1,-1);
R = ntransform("world",normal(R))*(1,1,-1);
if (Kmt > 0) Ci = Ci*Kmt+color environment(EnvMap,T,"samples",EnvSamples,"blur",EnvBlur)*(1-Kmt);
if (Kmr > 0) Ci = Ci*(1-Um*Kmr)+color environment(EnvMap,R,"samples",EnvSamples,"blur",EnvBlur)*Umc*Um*Kmr;
}
}
else
{
if (isRayTransp > 0 && Kmt > 0) Ci = Ci*Kmt+trace(P,T)*(1-Kmt);
if (isRayMirror > 0 && Kmr > 0) Ci = Ci*(1-Um*Kmr)+trace(P,R)*Umc*Um*Kmr;
}
}
}
if (SpecMap != "" || Spec > 0) //Are we using specular controls or maps?
{
color Usc = SpecCol;
float Ur = Hard;
if (HardMap != "") //Are we using a hard texture map?
{
stAdjust(sAdj,tAdj,s,t,HardOfSz);
Ur += Hard*float texture(HardMap,sAdj,tAdj);
}
color Us = specular(Nf,-In,PI/Ur);
if (CspMap != "") //Are we using a specular color texture map?
{
stAdjust(sAdj,tAdj,s,t,CspOfSz);
Usc = mix(SpecCol,color texture(CspMap,sAdj,tAdj),CspMix);
}
if (SpecMap != "") //Are we using a specular map?
{
stAdjust(sAdj,tAdj,s,t,SpecOfSz);
Ci += Usc*(Spec*float texture(SpecMap,sAdj,tAdj)*Us);
}
else Ci += Usc*Spec*Us;
}
}
if (AlphaMap != "") //Are we using a alpha texture map?
{
stAdjust(sAdj,tAdj,s,t,AlphaOfSz);
Oi = mix(float texture(AlphaMap,sAdj,tAdj),Alpha,Alpha);
}
else Oi = Os;
Ci *= Oi;
}

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@ -0,0 +1,13 @@
##RenderMan RIB-Structure 1.1
##Scene: Scene
##Creator: MOSAIC Beta-0.2 for Blender
##CreationDate: 07:55pm 03/08/2009
##For: Mosaic
##Frames: 1
version 3.03
Option "searchpath" "string archive" [ "@:.:Archives:Archives/Scenes:Archives/Groups:Archives/Materials:Archives/Lights:Archives/Cameras:Archives/Geometry:Archives/Objects" ]
Option "searchpath" "string shader" [ "@:.:Shaders" ]
Option "searchpath" "string texture" [ "@:.:Maps" ]
Option "limits" "int eyesplits" [ 6 ]
##Include Archives/Scenes/F1SB0Scene.rib
ReadArchive "F1SB0Scene.rib"

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