Materiaux lave

set cut_paste_input [stack 0]
version 8.0 v1
push $cut_paste_input
Group {
 name mat_lava
 tile_color 0xff3200ff
 selected true
 xpos 7938
 ypos 4791
 addUserKnob {20 mat_lava}
 addUserKnob {41 color T Constant4.color}
 addUserKnob {41 color_1 l color T Constant5.color}
 addUserKnob {41 lavaLevel T NoOp1.lavaLevel}
 addUserKnob {41 level_smooth T NoOp1.level_smooth}
 addUserKnob {20 TAGS}
 addUserKnob {1 Asset_name}
 addUserKnob {1 Asset_type}
 addUserKnob {1 Class}
 Class BD_Etalo
 addUserKnob {1 Backdrop_type}
 addUserKnob {1 Color}
 addUserKnob {1 EXR_version}
 addUserKnob {1 Misc}
 Misc RecompositionTree
 addUserKnob {1 Exit}
}
 Input {
  inputs 0
  name pointWorld
  xpos 400
  ypos 278
 }
 Dot {
  name Dot1
  xpos 434
  ypos 402
 }
set N49271450 [stack 0]
 Group {
  name WPosToNoise1
  tile_color 0x308fffff
  xpos 620
  ypos 518
  addUserKnob {20 WPosToNoise}
  addUserKnob {6 red +STARTLINE}
  addUserKnob {6 green -STARTLINE}
  green true
  addUserKnob {6 blue -STARTLINE}
  blue true
  addUserKnob {6 rgb_panelDropped l "panel dropped state" -STARTLINE +HIDDEN}
  addUserKnob {41 noiseType T PToN_exp.noiseType}
  addUserKnob {41 octaves l Octaves -STARTLINE T PToN_exp.octaves}
  addUserKnob {41 Worley3D_Seed l "Seed (Worley)" -STARTLINE T BlinkScript1.Worley3D_Seed}
  addUserKnob {41 uniform_scale l "uniform scale" T Axis1.uniform_scale}
  addUserKnob {41 lacunarity l Lacunarity T PToN_exp.lacunarity}
  addUserKnob {41 gain l Gain T PToN_exp.gain}
  addUserKnob {41 Worley3D_Displacement l Displacement t "Worley Only" T BlinkScript1.Worley3D_Displacement}
  addUserKnob {6 invert l Invert +STARTLINE}
  addUserKnob {26 ""}
  addUserKnob {20 transform l "Transform 3D" n 1}
  addUserKnob {41 translate T Axis1.translate}
  addUserKnob {41 rotate T Axis1.rotate}
  addUserKnob {41 scaling l scale T Axis1.scaling}
  addUserKnob {20 endGroup_1 l endGroup n -1}
  addUserKnob {20 HelpTab l Help}
  addUserKnob {26 Help l "" +STARTLINE T "\nNoise: \nCe node permet de mapper (en environnement) toute votre scene avec un noise 3D parametrable. \nIl vous suffit pour ca de lui donner a manger une passe de position Max/Vray. \n\nTout les parametres n'ont pas d'utilite pour tout les noises \n(Exemple: Lacunarity n'a aucune utilite pour le Worley)\n\n\nTranform:\nVous pouvez animer votre Noise en utilisant les options de translate. \n\nOptionnellement, vous pouvez brancher des Axis animes, provenant ou non de softs externes.\n (Attention a bien convertir vos axis en axis Max)"}
  addUserKnob {20 About}
  addUserKnob {26 About_1 l "" +STARTLINE T "WPosToNoise 1.0 by Noss : bruno.ortolland@gmail.com\n\nWorley blinkscript by Ivan Busquets"}
 }
  Input {
   inputs 0
   name pointPosition
   xpos 70
   ypos -466
  }
  Grade {
   add {{parent.Axis1.world_matrix.3} {parent.Axis1.world_matrix.7} {parent.Axis1.world_matrix.11} 0}
   black_clamp false
   name Grade1
   xpos 70
   ypos -394
  }
  ColorMatrix {
   matrix {
       {{parent.Axis1.world_matrix.0} {parent.Axis1.world_matrix.1} {parent.Axis1.world_matrix.2}}
       {{parent.Axis1.world_matrix.4} {parent.Axis1.world_matrix.5} {parent.Axis1.world_matrix.6}}
       {{parent.Axis1.world_matrix.8} {parent.Axis1.world_matrix.9} {parent.Axis1.world_matrix.10}}
     }
   name ColorMatrix1
   xpos 70
   ypos -346
  }
  Dot {
   name Dot4
   xpos 104
   ypos -198
  }
set N49272210 [stack 0]
  Dot {
   name Dot6
   xpos 324
   ypos -198
  }
set N49272580 [stack 0]
  Dot {
   name Dot5
   xpos 544
   ypos -198
  }
  ColorMatrix {
   matrix {
       {-4.371138829e-008 0 1}
       {0 1 0}
       {-1 0 -4.371138829e-008}
     }
   name ColorMatrix3
   xpos 510
   ypos -154
  }
  Dot {
   name Dot3
   xpos 544
   ypos -128
  }
set N49272fd0 [stack 0]
  BlinkScript {
   ProgramGroup 1
   KernelDescription "1 \"Worley3D\" iterate pixelWise 45291152b7d71735741f26b17f4d23bdf56ad567aabfa36c1b2c3f23a430c4b8 2 \"worldP\" Read Point \"dst\" Write Point 8 \"Offset\" Float 3 AAAAAAAAAAAAAAAAAAAAAA== \"Frequency\" Float 1 AABAQA== \"Seed\" Int 1 AAAAAA== \"Displacement\" Float 1 AAAAAA== \"Distance\" Bool 1 AQ== \"Invert\" Bool 1 AQ== \"Cell size\" Float 1 AAAAAA== \"Cell softness\" Float 1 AACAPw=="
   kernelSource "// worley3D.blink\n// Create noise based on world position pass\n\n#define X_NOISE_GEN  1619\n#define Y_NOISE_GEN  31337\n#define Z_NOISE_GEN  6971\n#define SEED_NOISE_GEN  1013\n#define SQRT_3 1.73205081\n\ninline int IntValueNoise3D (int x, int y, int z, int seed)\n\{\n    // All constants are primes and must remain prime in order for this noise\n    // function to work correctly.\n    int n = (\n        X_NOISE_GEN    * x\n        + Y_NOISE_GEN    * y\n        + Z_NOISE_GEN    * z\n        + SEED_NOISE_GEN * seed)\n        & 0x7fffffff;\n    n = (n >> 13) ^ n;\n    return (n * (n * n * 60493 + 19990303) + 1376312589) & 0x7fffffff;\n\}\n\ninline float ValueNoise3D (int x, int y, int z, int seed)\n\{\n    return 1.0 - ((float)IntValueNoise3D (x, y, z, seed) / 1073741824.0);\n\}\n\nkernel Worley3D : ImageComputationKernel<ePixelWise>\n\{\n    Image<eRead, eAccessPoint, eEdgeClamped> worldP;  //the input image\n    Image<eWrite, eAccessPoint> dst;\n\n    param:\n        float3  offset;\n        float   frequency;\n        int     seed;\n        float   displacement;\n        bool    distance;\n        bool    invert;\n        float   cell_size;\n        float   cell_softness;\n        //int     type;\n\n    void define() \{\n        defineParam(distance,       \"Distance\", true);\n        defineParam(offset,         \"Offset\", float3(0.0f, 0.0f, 0.0f));\n        defineParam(frequency,      \"Frequency\", 3.0f);\n        defineParam(displacement,   \"Displacement\", 0.0f);\n        defineParam(seed,           \"Seed\", 0);\n        defineParam(cell_size,      \"Cell size\", 0.0f);\n        defineParam(cell_softness,  \"Cell softness\", 1.0f);\n        defineParam(invert,         \"Invert\", true);\n        //defineParam(type,           \"Type\", 0);\n    \}\n\n    void init() \{\n    \}\n\n    void process( int2 pos ) \{\n        float value = 0.0;\n        if ( worldP.kComps > 2 ) \{\n            const float wx = worldP(0);\n            const float wy = worldP(1);\n            const float wz = worldP(2);\n\n            float x = (wx - offset.x) * frequency;\n            float y = (wy - offset.y) * frequency;\n            float z = (wz - offset.z) * frequency;\n            int xInt = (int)x; //(x > 0.0? (int)x: (int)x - 1);\n            int yInt = (int)y; //(y > 0.0? (int)y: (int)y - 1);\n            int zInt = (int)z; //(z > 0.0? (int)z: (int)z - 1);\n\n            float minDist = 2147483647.0;\n            float xF1 = 0;\n            float yF1 = 0;\n            float zF1 = 0;\n            float xF2 = 0;\n            float yF2 = 0;\n            float zF2 = 0;\n\n            float dist;\n\n            for (int yCur = yInt - 2; yCur <= yInt + 2; yCur++) \{\n                for (int xCur = xInt - 2; xCur <= xInt + 2; xCur++) \{\n                    for (int zCur = zInt - 2; zCur <= zInt + 2; zCur++) \{\n                        // Calculate the position and distance to the seed point inside of\n                        // this unit cube.\n                        float xPos = xCur + ValueNoise3D(xCur, yCur, zCur, seed    );\n                        float yPos = yCur + ValueNoise3D(xCur, yCur, zCur, seed + 1);\n                        float zPos = zCur + ValueNoise3D(xCur, yCur, zCur, seed + 2);\n\n                        float xDist = xPos - x;\n                        float yDist = yPos - y;\n                        float zDist = zPos - z;\n\n                        dist = xDist * xDist + yDist * yDist + zDist * zDist;\n                        if (dist < minDist) \{\n                            // This seed point is closer to any others found so far, so record\n                            // this seed point.\n                            minDist = dist;\n                            xF2 = xF1;\n                            yF2 = yF1;\n                            xF2 = zF1;\n                            xF1 = xPos;\n                            yF1 = yPos;\n                            zF1 = zPos;\n                        \}\n                    \}\n                \}\n            \}\n\n            float F1 = 0.0;\n            float F2 = 0.0;\n            if (distance) \{\n                // Determine the distance to the nearest seed point.\n                float xDist = xF1 - x;\n                float yDist = yF1 - y;\n                float zDist = zF1 - z;\n                F1 = xDist*xDist + yDist*yDist + zDist*zDist;\n                xDist = xF2 - x;\n                yDist = yF2 - y;\n                zDist = zF2 - z;\n                F2 = xDist*xDist + yDist*yDist + zDist*zDist;\n            \}\n            value = F1;\n            /*\n            if ( type == 1 ) \{\n                value = F2;\n            \} else \{\n            if ( type == 2 ) \{\n                value = F1 * F2;\n            \} else \{\n            if ( type == 3 ) \{\n                value = F2 - F1;\n            \} else \{\n            if ( type == 4 ) \{\n                value = F1 + F2;\n            \}\n            \}\n            \}\n            \}\n            */\n            value += (displacement * (float)ValueNoise3D( (int)(floor(xF1)), (int)(floor(yF1)), (int)(floor(zF1)), seed)) + displacement;\n\n            value = ((value - cell_size)*(1/cell_softness));\n\n            if (invert) \{\n                value = 1 - value;\n            \}\n        \} else \{\n            value = 0.0f;\n        \}\n        for (int c = 0; c < dst.kComps; c++)\n                dst(c) = value;\n    \}\n\};\n\n"
   rebuild ""
   Worley3D_Frequency {{parent.Axis1.uniform_scale}}
   Worley3D_Seed 1
   Worley3D_Cellsoftness 0
   maxGPUMemory 53
   maxTileLines 15.5
   name BlinkScript3
   xpos 620
   ypos -64
  }
push $N49272fd0
  ColorMatrix {
   matrix {
       {1 0 0}
       {0 0.7071067691 -0.7071067691}
       {0 0.7071067691 0.7071067691}
     }
   name ColorMatrix6
   xpos 510
   ypos -58
  }
  Expression {
   channel0 rgb
   expr0 "\[value PToN_exp.noiseType](r*axisScale.x*scale,g*axisScale.y*scale,b*axisScale.z*scale,octaves,lacunarity,gain)"
   channel1 {-rgba.red -rgba.green -rgba.blue none}
   channel2 {-rgba.red -rgba.green -rgba.blue none}
   name PToN_exp2
   xpos 510
   ypos -34
   addUserKnob {20 User}
   addUserKnob {13 axisScale}
   axisScale {{parent.Axis1.scaling.x} {parent.Axis1.scaling.y} {parent.Axis1.scaling.z}}
   addUserKnob {20 endGroup n -1}
   addUserKnob {7 scale R 0.01 10}
   scale {{parent.Axis1.uniform_scale}}
   addUserKnob {20 endGroup_1 l endGroup n -1}
   addUserKnob {3 octaves l Octaves}
   octaves {{parent.PToN_exp1.octaves}}
   addUserKnob {7 lacunarity l Lacunarity R 1 10}
   lacunarity {{parent.PToN_exp1.lacunarity}}
   addUserKnob {7 gain l Gain R 0.1 1}
   gain {{parent.PToN_exp1.gain}}
   addUserKnob {6 center_panelDropped l "panel dropped state" -STARTLINE +HIDDEN}
   addUserKnob {4 noiseType M {fBm turbulence worley "" ""}}
  }
  Grade {
   black 0.5
   name Grade4
   xpos 510
   ypos -8
  }
  Switch {
   inputs 2
   which {{"parent.PToN_exp.noiseType == 2 "}}
   name Switch3
   xpos 510
   ypos 62
  }
  Expression {
   expr0 0
   expr1 0
   expr2 b
   name Expression2
   xpos 510
   ypos 88
  }
  Grade {
   white {{parent.blue}}
   name Grade5
   xpos 510
   ypos 114
  }
push 0
push $N49272580
  ColorMatrix {
   matrix {
       {1 0 0}
       {0 -4.371138829e-008 -1}
       {0 1 -4.371138829e-008}
     }
   name ColorMatrix2
   xpos 290
   ypos -154
  }
  Dot {
   name Dot2
   xpos 324
   ypos -126
  }
set N49274b50 [stack 0]
  BlinkScript {
   ProgramGroup 1
   KernelDescription "1 \"Worley3D\" iterate pixelWise 45291152b7d71735741f26b17f4d23bdf56ad567aabfa36c1b2c3f23a430c4b8 2 \"worldP\" Read Point \"dst\" Write Point 8 \"Offset\" Float 3 AAAAAAAAAAAAAAAAAAAAAA== \"Frequency\" Float 1 AABAQA== \"Seed\" Int 1 AAAAAA== \"Displacement\" Float 1 AAAAAA== \"Distance\" Bool 1 AQ== \"Invert\" Bool 1 AQ== \"Cell size\" Float 1 AAAAAA== \"Cell softness\" Float 1 AACAPw=="
   kernelSource "// worley3D.blink\n// Create noise based on world position pass\n\n#define X_NOISE_GEN  1619\n#define Y_NOISE_GEN  31337\n#define Z_NOISE_GEN  6971\n#define SEED_NOISE_GEN  1013\n#define SQRT_3 1.73205081\n\ninline int IntValueNoise3D (int x, int y, int z, int seed)\n\{\n    // All constants are primes and must remain prime in order for this noise\n    // function to work correctly.\n    int n = (\n        X_NOISE_GEN    * x\n        + Y_NOISE_GEN    * y\n        + Z_NOISE_GEN    * z\n        + SEED_NOISE_GEN * seed)\n        & 0x7fffffff;\n    n = (n >> 13) ^ n;\n    return (n * (n * n * 60493 + 19990303) + 1376312589) & 0x7fffffff;\n\}\n\ninline float ValueNoise3D (int x, int y, int z, int seed)\n\{\n    return 1.0 - ((float)IntValueNoise3D (x, y, z, seed) / 1073741824.0);\n\}\n\nkernel Worley3D : ImageComputationKernel<ePixelWise>\n\{\n    Image<eRead, eAccessPoint, eEdgeClamped> worldP;  //the input image\n    Image<eWrite, eAccessPoint> dst;\n\n    param:\n        float3  offset;\n        float   frequency;\n        int     seed;\n        float   displacement;\n        bool    distance;\n        bool    invert;\n        float   cell_size;\n        float   cell_softness;\n        //int     type;\n\n    void define() \{\n        defineParam(distance,       \"Distance\", true);\n        defineParam(offset,         \"Offset\", float3(0.0f, 0.0f, 0.0f));\n        defineParam(frequency,      \"Frequency\", 3.0f);\n        defineParam(displacement,   \"Displacement\", 0.0f);\n        defineParam(seed,           \"Seed\", 0);\n        defineParam(cell_size,      \"Cell size\", 0.0f);\n        defineParam(cell_softness,  \"Cell softness\", 1.0f);\n        defineParam(invert,         \"Invert\", true);\n        //defineParam(type,           \"Type\", 0);\n    \}\n\n    void init() \{\n    \}\n\n    void process( int2 pos ) \{\n        float value = 0.0;\n        if ( worldP.kComps > 2 ) \{\n            const float wx = worldP(0);\n            const float wy = worldP(1);\n            const float wz = worldP(2);\n\n            float x = (wx - offset.x) * frequency;\n            float y = (wy - offset.y) * frequency;\n            float z = (wz - offset.z) * frequency;\n            int xInt = (int)x; //(x > 0.0? (int)x: (int)x - 1);\n            int yInt = (int)y; //(y > 0.0? (int)y: (int)y - 1);\n            int zInt = (int)z; //(z > 0.0? (int)z: (int)z - 1);\n\n            float minDist = 2147483647.0;\n            float xF1 = 0;\n            float yF1 = 0;\n            float zF1 = 0;\n            float xF2 = 0;\n            float yF2 = 0;\n            float zF2 = 0;\n\n            float dist;\n\n            for (int yCur = yInt - 2; yCur <= yInt + 2; yCur++) \{\n                for (int xCur = xInt - 2; xCur <= xInt + 2; xCur++) \{\n                    for (int zCur = zInt - 2; zCur <= zInt + 2; zCur++) \{\n                        // Calculate the position and distance to the seed point inside of\n                        // this unit cube.\n                        float xPos = xCur + ValueNoise3D(xCur, yCur, zCur, seed    );\n                        float yPos = yCur + ValueNoise3D(xCur, yCur, zCur, seed + 1);\n                        float zPos = zCur + ValueNoise3D(xCur, yCur, zCur, seed + 2);\n\n                        float xDist = xPos - x;\n                        float yDist = yPos - y;\n                        float zDist = zPos - z;\n\n                        dist = xDist * xDist + yDist * yDist + zDist * zDist;\n                        if (dist < minDist) \{\n                            // This seed point is closer to any others found so far, so record\n                            // this seed point.\n                            minDist = dist;\n                            xF2 = xF1;\n                            yF2 = yF1;\n                            xF2 = zF1;\n                            xF1 = xPos;\n                            yF1 = yPos;\n                            zF1 = zPos;\n                        \}\n                    \}\n                \}\n            \}\n\n            float F1 = 0.0;\n            float F2 = 0.0;\n            if (distance) \{\n                // Determine the distance to the nearest seed point.\n                float xDist = xF1 - x;\n                float yDist = yF1 - y;\n                float zDist = zF1 - z;\n                F1 = xDist*xDist + yDist*yDist + zDist*zDist;\n                xDist = xF2 - x;\n                yDist = yF2 - y;\n                zDist = zF2 - z;\n                F2 = xDist*xDist + yDist*yDist + zDist*zDist;\n            \}\n            value = F1;\n            /*\n            if ( type == 1 ) \{\n                value = F2;\n            \} else \{\n            if ( type == 2 ) \{\n                value = F1 * F2;\n            \} else \{\n            if ( type == 3 ) \{\n                value = F2 - F1;\n            \} else \{\n            if ( type == 4 ) \{\n                value = F1 + F2;\n            \}\n            \}\n            \}\n            \}\n            */\n            value += (displacement * (float)ValueNoise3D( (int)(floor(xF1)), (int)(floor(yF1)), (int)(floor(zF1)), seed)) + displacement;\n\n            value = ((value - cell_size)*(1/cell_softness));\n\n            if (invert) \{\n                value = 1 - value;\n            \}\n        \} else \{\n            value = 0.0f;\n        \}\n        for (int c = 0; c < dst.kComps; c++)\n                dst(c) = value;\n    \}\n\};\n\n"
   rebuild ""
   Worley3D_Frequency {{parent.Axis1.uniform_scale}}
   Worley3D_Seed 1
   Worley3D_Cellsoftness 0
   maxGPUMemory 53
   maxTileLines 15.5
   name BlinkScript2
   xpos 400
   ypos -64
  }
push $N49274b50
  ColorMatrix {
   matrix {
       {1 0 0}
       {0 0.7071067691 -0.7071067691}
       {0 0.7071067691 0.7071067691}
     }
   name ColorMatrix5
   xpos 290
   ypos -58
  }
  Expression {
   channel0 rgb
   expr0 "\[value PToN_exp.noiseType](r*axisScale.x*scale,g*axisScale.y*scale,b*axisScale.z*scale,octaves,lacunarity,gain)"
   channel1 {-rgba.red -rgba.green -rgba.blue none}
   channel2 {-rgba.red -rgba.green -rgba.blue none}
   name PToN_exp1
   xpos 290
   ypos -34
   addUserKnob {20 User}
   addUserKnob {13 axisScale}
   axisScale {{parent.Axis1.scaling.x} {parent.Axis1.scaling.y} {parent.Axis1.scaling.z}}
   addUserKnob {20 endGroup n -1}
   addUserKnob {7 scale R 0.01 10}
   scale {{parent.Axis1.uniform_scale}}
   addUserKnob {20 endGroup_1 l endGroup n -1}
   addUserKnob {3 octaves l Octaves}
   octaves {{parent.PToN_exp.octaves}}
   addUserKnob {7 lacunarity l Lacunarity R 1 10}
   lacunarity {{parent.PToN_exp.lacunarity}}
   addUserKnob {7 gain l Gain R 0.1 1}
   gain {{parent.PToN_exp.gain}}
   addUserKnob {6 center_panelDropped l "panel dropped state" -STARTLINE +HIDDEN}
   addUserKnob {4 noiseType M {fBm turbulence worley "" ""}}
  }
  Grade {
   black 0.5
   name Grade3
   xpos 290
   ypos -8
  }
  Switch {
   inputs 2
   which {{"parent.PToN_exp.noiseType == 2 "}}
   name Switch2
   xpos 290
   ypos 62
  }
  Expression {
   expr0 0
   expr1 g
   expr2 0
   name Expression1
   xpos 290
   ypos 88
  }
  Grade {
   white {{parent.green}}
   name Grade6
   xpos 290
   ypos 114
  }
push $N49272210
  Dot {
   name Dot1
   xpos 104
   ypos -126
  }
set N49276360 [stack 0]
  BlinkScript {
   ProgramGroup 1
   KernelDescription "1 \"Worley3D\" iterate pixelWise 45291152b7d71735741f26b17f4d23bdf56ad567aabfa36c1b2c3f23a430c4b8 2 \"worldP\" Read Point \"dst\" Write Point 8 \"Offset\" Float 3 AAAAAAAAAAAAAAAAAAAAAA== \"Frequency\" Float 1 AABAQA== \"Seed\" Int 1 AAAAAA== \"Displacement\" Float 1 AAAAAA== \"Distance\" Bool 1 AQ== \"Invert\" Bool 1 AQ== \"Cell size\" Float 1 AAAAAA== \"Cell softness\" Float 1 AACAPw=="
   kernelSource "// worley3D.blink\n// Create noise based on world position pass\n\n#define X_NOISE_GEN  1619\n#define Y_NOISE_GEN  31337\n#define Z_NOISE_GEN  6971\n#define SEED_NOISE_GEN  1013\n#define SQRT_3 1.73205081\n\ninline int IntValueNoise3D (int x, int y, int z, int seed)\n\{\n    // All constants are primes and must remain prime in order for this noise\n    // function to work correctly.\n    int n = (\n        X_NOISE_GEN    * x\n        + Y_NOISE_GEN    * y\n        + Z_NOISE_GEN    * z\n        + SEED_NOISE_GEN * seed)\n        & 0x7fffffff;\n    n = (n >> 13) ^ n;\n    return (n * (n * n * 60493 + 19990303) + 1376312589) & 0x7fffffff;\n\}\n\ninline float ValueNoise3D (int x, int y, int z, int seed)\n\{\n    return 1.0 - ((float)IntValueNoise3D (x, y, z, seed) / 1073741824.0);\n\}\n\nkernel Worley3D : ImageComputationKernel<ePixelWise>\n\{\n    Image<eRead, eAccessPoint, eEdgeClamped> worldP;  //the input image\n    Image<eWrite, eAccessPoint> dst;\n\n    param:\n        float3  offset;\n        float   frequency;\n        int     seed;\n        float   displacement;\n        bool    distance;\n        bool    invert;\n        float   cell_size;\n        float   cell_softness;\n        //int     type;\n\n    void define() \{\n        defineParam(distance,       \"Distance\", true);\n        defineParam(offset,         \"Offset\", float3(0.0f, 0.0f, 0.0f));\n        defineParam(frequency,      \"Frequency\", 3.0f);\n        defineParam(displacement,   \"Displacement\", 0.0f);\n        defineParam(seed,           \"Seed\", 0);\n        defineParam(cell_size,      \"Cell size\", 0.0f);\n        defineParam(cell_softness,  \"Cell softness\", 1.0f);\n        defineParam(invert,         \"Invert\", true);\n        //defineParam(type,           \"Type\", 0);\n    \}\n\n    void init() \{\n    \}\n\n    void process( int2 pos ) \{\n        float value = 0.0;\n        if ( worldP.kComps > 2 ) \{\n            const float wx = worldP(0);\n            const float wy = worldP(1);\n            const float wz = worldP(2);\n\n            float x = (wx - offset.x) * frequency;\n            float y = (wy - offset.y) * frequency;\n            float z = (wz - offset.z) * frequency;\n            int xInt = (int)x; //(x > 0.0? (int)x: (int)x - 1);\n            int yInt = (int)y; //(y > 0.0? (int)y: (int)y - 1);\n            int zInt = (int)z; //(z > 0.0? (int)z: (int)z - 1);\n\n            float minDist = 2147483647.0;\n            float xF1 = 0;\n            float yF1 = 0;\n            float zF1 = 0;\n            float xF2 = 0;\n            float yF2 = 0;\n            float zF2 = 0;\n\n            float dist;\n\n            for (int yCur = yInt - 2; yCur <= yInt + 2; yCur++) \{\n                for (int xCur = xInt - 2; xCur <= xInt + 2; xCur++) \{\n                    for (int zCur = zInt - 2; zCur <= zInt + 2; zCur++) \{\n                        // Calculate the position and distance to the seed point inside of\n                        // this unit cube.\n                        float xPos = xCur + ValueNoise3D(xCur, yCur, zCur, seed    );\n                        float yPos = yCur + ValueNoise3D(xCur, yCur, zCur, seed + 1);\n                        float zPos = zCur + ValueNoise3D(xCur, yCur, zCur, seed + 2);\n\n                        float xDist = xPos - x;\n                        float yDist = yPos - y;\n                        float zDist = zPos - z;\n\n                        dist = xDist * xDist + yDist * yDist + zDist * zDist;\n                        if (dist < minDist) \{\n                            // This seed point is closer to any others found so far, so record\n                            // this seed point.\n                            minDist = dist;\n                            xF2 = xF1;\n                            yF2 = yF1;\n                            xF2 = zF1;\n                            xF1 = xPos;\n                            yF1 = yPos;\n                            zF1 = zPos;\n                        \}\n                    \}\n                \}\n            \}\n\n            float F1 = 0.0;\n            float F2 = 0.0;\n            if (distance) \{\n                // Determine the distance to the nearest seed point.\n                float xDist = xF1 - x;\n                float yDist = yF1 - y;\n                float zDist = zF1 - z;\n                F1 = xDist*xDist + yDist*yDist + zDist*zDist;\n                xDist = xF2 - x;\n                yDist = yF2 - y;\n                zDist = zF2 - z;\n                F2 = xDist*xDist + yDist*yDist + zDist*zDist;\n            \}\n            value = F1;\n            /*\n            if ( type == 1 ) \{\n                value = F2;\n            \} else \{\n            if ( type == 2 ) \{\n                value = F1 * F2;\n            \} else \{\n            if ( type == 3 ) \{\n                value = F2 - F1;\n            \} else \{\n            if ( type == 4 ) \{\n                value = F1 + F2;\n            \}\n            \}\n            \}\n            \}\n            */\n            value += (displacement * (float)ValueNoise3D( (int)(floor(xF1)), (int)(floor(yF1)), (int)(floor(zF1)), seed)) + displacement;\n\n            value = ((value - cell_size)*(1/cell_softness));\n\n            if (invert) \{\n                value = 1 - value;\n            \}\n        \} else \{\n            value = 0.0f;\n        \}\n        for (int c = 0; c < dst.kComps; c++)\n                dst(c) = value;\n    \}\n\};\n\n"
   rebuild ""
   Worley3D_Frequency {{parent.Axis1.uniform_scale}}
   Worley3D_Seed 1
   Worley3D_Cellsoftness 0
   maxGPUMemory 53
   maxTileLines 15.5
   name BlinkScript1
   xpos 180
   ypos -64
  }
push $N49276360
  ColorMatrix {
   matrix {
       {1 0 0}
       {0 0.7071067691 -0.7071067691}
       {0 0.7071067691 0.7071067691}
     }
   name ColorMatrix4
   xpos 70
   ypos -58
  }
  Expression {
   channel0 rgb
   expr0 "\[value this.noiseType](r*axisScale.x*scale,g*axisScale.y*scale,b*axisScale.z*scale,octaves,lacunarity,gain)"
   channel1 {-rgba.red -rgba.green -rgba.blue none}
   channel2 {-rgba.red -rgba.green -rgba.blue none}
   name PToN_exp
   xpos 70
   ypos -36
   addUserKnob {20 User}
   addUserKnob {13 axisScale}
   axisScale {{parent.Axis1.scaling.x} {parent.Axis1.scaling.y} {parent.Axis1.scaling.z}}
   addUserKnob {20 endGroup n -1}
   addUserKnob {7 scale R 0.01 10}
   scale {{parent.Axis1.uniform_scale}}
   addUserKnob {20 endGroup_1 l endGroup n -1}
   addUserKnob {3 octaves l Octaves}
   octaves 5
   addUserKnob {7 lacunarity l Lacunarity R 1 10}
   addUserKnob {7 gain l Gain R 0.1 1}
   gain 1
   addUserKnob {6 center_panelDropped l "panel dropped state" -STARTLINE +HIDDEN}
   addUserKnob {4 noiseType M {fBm turbulence worley "" ""}}
   noiseType turbulence
  }
  Grade {
   black 0.5
   name Grade2
   xpos 70
   ypos -10
  }
  Switch {
   inputs 2
   which {{"parent.PToN_exp.noiseType == 2 "}}
   name Switch1
   xpos 70
   ypos 62
  }
  Expression {
   expr0 r
   expr1 0
   expr2 0
   name Expression3
   xpos 70
   ypos 88
  }
  Grade {
   white {{parent.red}}
   name Grade7
   xpos 70
   ypos 114
  }
  Shuffle {
   out alpha
   name Shuffle1
   xpos 70
   ypos 158
  }
  Merge2 {
   inputs 3+1
   operation plus
   Achannels {rgba.red rgba.green rgba.blue -rgba.alpha}
   name Merge1
   xpos 70
   ypos 204
  }
  Invert {
   channels rgb
   mix {{parent.invert}}
   name Invert1
   xpos 70
   ypos 230
  }
set N49500510 [stack 0]
  Output {
   name Output1
   xpos 70
   ypos 328
  }
  Input {
   inputs 0
   name Transform_3D
   xpos 180
   ypos -466
   number 1
  }
  Axis2 {
   translate {0 0 {parent.parent.WPosToNoisedfsq.Axis1.translate.z}}
   uniform_scale 0.53
   name Axis1
   xpos 190
   ypos -414
  }
push $N49500510
  Viewer {
   input_process false
   name Viewer1
   xpos -260
   ypos 350
  }
 end_group
push $N49271450
 Dot {
  name Dot2
  xpos 874
  ypos 402
 }
 ShuffleCopy {
  inputs 2
  in rgb
  red red
  green green
  out forward
  name ShuffleCopy1
  xpos 840
  ypos 518
 }
 Shuffle {
  red blue
  green blue
  alpha blue
  name Shuffle3
  xpos 840
  ypos 668
 }
 NoOp {
  name NoOp1
  xpos 840
  ypos 716
  addUserKnob {20 User}
  addUserKnob {7 lavaLevel R 0 20}
  lavaLevel 13
  addUserKnob {7 level_smooth R 0.1 5}
  level_smooth 0.45
 }
 IDistort {
  uv forward
  uv_scale 40
  name IDistort5
  xpos 840
  ypos 758
 }
 Grade {
  channels rgba
  blackpoint {{NoOp1.lavaLevel+NoOp1.level_smooth*3}}
  whitepoint {{NoOp1.lavaLevel-+NoOp1.level_smooth}}
  gamma 0.3
  black_clamp false
  name Grade30
  xpos 840
  ypos 878
 }
set N49502400 [stack 0]
 Grade {
  whitepoint 1.31
  black_clamp false
  name Grade3
  xpos 840
  ypos 1120
 }
set N49502770 [stack 0]
 ColorLookup {
  lut {master {curve C 0 s0.01999999955 1 s0.01999999955}
    red {}
    green {}
    blue {}
    alpha {}}
  name ColorLookup4
  xpos 730
  ypos 1216
 }
set N49502ae0 [stack 0]
 Dot {
  name Dot7
  xpos 654
  ypos 1386
 }
push $N49502770
 Grade {
  whitepoint 1.2
  black_clamp false
  name Grade6
  xpos 840
  ypos 1166
 }
 ColorCorrect {
  channels rgba
  shadows.gain 0
  midtones.gain 1.52
  highlights.gain 0
  lookup {shadow {curve 1 s0 x0.4975876808 0 s0}
    midtone {1-shadow-highlight}
    highlight {}}
  name ColorCorrect1
  xpos 840
  ypos 1214
 }
 Shuffle {
  alpha blue
  name Shuffle1
  xpos 840
  ypos 1262
 }
set N495038a0 [stack 0]
 Grade {
  multiply 1.4
  gamma 0.001
  black_clamp false
  name Grade9
  xpos 510
  ypos 1310
 }
 Constant {
  inputs 0
  channels rgb
  color {1 0.4240113497 0.01708430052 0}
  name Constant4
  xpos 620
  ypos 951
 }
 Constant {
  inputs 0
  channels rgb
  color {1 0.4240113497 0.01708430052 0}
  name Constant5
  xpos 510
  ypos 951
 }
push $N49502400
 Grade {
  channels rgba
  blackpoint 1
  whitepoint 2.8
  name Grade5
  xpos 620
  ypos 878
 }
push $N49271450
 Dot {
  name Dot3
  xpos 214
  ypos 402
 }
 Group {
  name WPosToNoise
  tile_color 0x308fffff
  xpos 180
  ypos 518
  addUserKnob {20 WPosToNoise}
  addUserKnob {6 red +STARTLINE}
  red true
  addUserKnob {6 green -STARTLINE}
  green true
  addUserKnob {6 blue -STARTLINE}
  blue true
  addUserKnob {6 rgb_panelDropped l "panel dropped state" -STARTLINE +HIDDEN}
  addUserKnob {41 noiseType T PToN_exp.noiseType}
  addUserKnob {41 octaves l Octaves -STARTLINE T PToN_exp.octaves}
  addUserKnob {41 Worley3D_Seed l "Seed (Worley)" -STARTLINE T BlinkScript1.Worley3D_Seed}
  addUserKnob {41 uniform_scale l "uniform scale" T Axis1.uniform_scale}
  addUserKnob {41 lacunarity l Lacunarity T PToN_exp.lacunarity}
  addUserKnob {41 gain l Gain T PToN_exp.gain}
  addUserKnob {41 Worley3D_Displacement l Displacement t "Worley Only" T BlinkScript1.Worley3D_Displacement}
  addUserKnob {6 invert l Invert +STARTLINE}
  addUserKnob {26 ""}
  addUserKnob {20 transform l "Transform 3D" n 1}
  addUserKnob {41 translate T Axis1.translate}
  addUserKnob {41 rotate T Axis1.rotate}
  addUserKnob {41 scaling l scale T Axis1.scaling}
  addUserKnob {20 endGroup_1 l endGroup n -1}
  addUserKnob {20 HelpTab l Help}
  addUserKnob {26 Help l "" +STARTLINE T "\nNoise: \nCe node permet de mapper (en environnement) toute votre scene avec un noise 3D parametrable. \nIl vous suffit pour ca de lui donner a manger une passe de position Max/Vray. \n\nTout les parametres n'ont pas d'utilite pour tout les noises \n(Exemple: Lacunarity n'a aucune utilite pour le Worley)\n\n\nTranform:\nVous pouvez animer votre Noise en utilisant les options de translate. \n\nOptionnellement, vous pouvez brancher des Axis animes, provenant ou non de softs externes.\n (Attention a bien convertir vos axis en axis Max)"}
  addUserKnob {20 About}
  addUserKnob {26 About_1 l "" +STARTLINE T "WPosToNoise 1.0 by Noss : bruno.ortolland@gmail.com\n\nWorley blinkscript by Ivan Busquets"}
 }
  Input {
   inputs 0
   name pointPosition
   xpos 70
   ypos -466
  }
  Grade {
   add {{parent.Axis1.world_matrix.3} {parent.Axis1.world_matrix.7} {parent.Axis1.world_matrix.11} 0}
   black_clamp false
   name Grade1
   xpos 70
   ypos -394
  }
  ColorMatrix {
   matrix {
       {{parent.Axis1.world_matrix.0} {parent.Axis1.world_matrix.1} {parent.Axis1.world_matrix.2}}
       {{parent.Axis1.world_matrix.4} {parent.Axis1.world_matrix.5} {parent.Axis1.world_matrix.6}}
       {{parent.Axis1.world_matrix.8} {parent.Axis1.world_matrix.9} {parent.Axis1.world_matrix.10}}
     }
   name ColorMatrix1
   xpos 70
   ypos -346
  }
  Dot {
   name Dot4
   xpos 104
   ypos -198
  }
set N49505790 [stack 0]
  Dot {
   name Dot6
   xpos 324
   ypos -198
  }
set N49505b00 [stack 0]
  Dot {
   name Dot5
   xpos 544
   ypos -198
  }
  ColorMatrix {
   matrix {
       {-4.371138829e-008 0 1}
       {0 1 0}
       {-1 0 -4.371138829e-008}
     }
   name ColorMatrix3
   xpos 510
   ypos -154
  }
  Dot {
   name Dot3
   xpos 544
   ypos -128
  }
set N49506550 [stack 0]
  BlinkScript {
   ProgramGroup 1
   KernelDescription "1 \"Worley3D\" iterate pixelWise 45291152b7d71735741f26b17f4d23bdf56ad567aabfa36c1b2c3f23a430c4b8 2 \"worldP\" Read Point \"dst\" Write Point 8 \"Offset\" Float 3 AAAAAAAAAAAAAAAAAAAAAA== \"Frequency\" Float 1 AABAQA== \"Seed\" Int 1 AAAAAA== \"Displacement\" Float 1 AAAAAA== \"Distance\" Bool 1 AQ== \"Invert\" Bool 1 AQ== \"Cell size\" Float 1 AAAAAA== \"Cell softness\" Float 1 AACAPw=="
   kernelSource "// worley3D.blink\n// Create noise based on world position pass\n\n#define X_NOISE_GEN  1619\n#define Y_NOISE_GEN  31337\n#define Z_NOISE_GEN  6971\n#define SEED_NOISE_GEN  1013\n#define SQRT_3 1.73205081\n\ninline int IntValueNoise3D (int x, int y, int z, int seed)\n\{\n    // All constants are primes and must remain prime in order for this noise\n    // function to work correctly.\n    int n = (\n        X_NOISE_GEN    * x\n        + Y_NOISE_GEN    * y\n        + Z_NOISE_GEN    * z\n        + SEED_NOISE_GEN * seed)\n        & 0x7fffffff;\n    n = (n >> 13) ^ n;\n    return (n * (n * n * 60493 + 19990303) + 1376312589) & 0x7fffffff;\n\}\n\ninline float ValueNoise3D (int x, int y, int z, int seed)\n\{\n    return 1.0 - ((float)IntValueNoise3D (x, y, z, seed) / 1073741824.0);\n\}\n\nkernel Worley3D : ImageComputationKernel<ePixelWise>\n\{\n    Image<eRead, eAccessPoint, eEdgeClamped> worldP;  //the input image\n    Image<eWrite, eAccessPoint> dst;\n\n    param:\n        float3  offset;\n        float   frequency;\n        int     seed;\n        float   displacement;\n        bool    distance;\n        bool    invert;\n        float   cell_size;\n        float   cell_softness;\n        //int     type;\n\n    void define() \{\n        defineParam(distance,       \"Distance\", true);\n        defineParam(offset,         \"Offset\", float3(0.0f, 0.0f, 0.0f));\n        defineParam(frequency,      \"Frequency\", 3.0f);\n        defineParam(displacement,   \"Displacement\", 0.0f);\n        defineParam(seed,           \"Seed\", 0);\n        defineParam(cell_size,      \"Cell size\", 0.0f);\n        defineParam(cell_softness,  \"Cell softness\", 1.0f);\n        defineParam(invert,         \"Invert\", true);\n        //defineParam(type,           \"Type\", 0);\n    \}\n\n    void init() \{\n    \}\n\n    void process( int2 pos ) \{\n        float value = 0.0;\n        if ( worldP.kComps > 2 ) \{\n            const float wx = worldP(0);\n            const float wy = worldP(1);\n            const float wz = worldP(2);\n\n            float x = (wx - offset.x) * frequency;\n            float y = (wy - offset.y) * frequency;\n            float z = (wz - offset.z) * frequency;\n            int xInt = (int)x; //(x > 0.0? (int)x: (int)x - 1);\n            int yInt = (int)y; //(y > 0.0? (int)y: (int)y - 1);\n            int zInt = (int)z; //(z > 0.0? (int)z: (int)z - 1);\n\n            float minDist = 2147483647.0;\n            float xF1 = 0;\n            float yF1 = 0;\n            float zF1 = 0;\n            float xF2 = 0;\n            float yF2 = 0;\n            float zF2 = 0;\n\n            float dist;\n\n            for (int yCur = yInt - 2; yCur <= yInt + 2; yCur++) \{\n                for (int xCur = xInt - 2; xCur <= xInt + 2; xCur++) \{\n                    for (int zCur = zInt - 2; zCur <= zInt + 2; zCur++) \{\n                        // Calculate the position and distance to the seed point inside of\n                        // this unit cube.\n                        float xPos = xCur + ValueNoise3D(xCur, yCur, zCur, seed    );\n                        float yPos = yCur + ValueNoise3D(xCur, yCur, zCur, seed + 1);\n                        float zPos = zCur + ValueNoise3D(xCur, yCur, zCur, seed + 2);\n\n                        float xDist = xPos - x;\n                        float yDist = yPos - y;\n                        float zDist = zPos - z;\n\n                        dist = xDist * xDist + yDist * yDist + zDist * zDist;\n                        if (dist < minDist) \{\n                            // This seed point is closer to any others found so far, so record\n                            // this seed point.\n                            minDist = dist;\n                            xF2 = xF1;\n                            yF2 = yF1;\n                            xF2 = zF1;\n                            xF1 = xPos;\n                            yF1 = yPos;\n                            zF1 = zPos;\n                        \}\n                    \}\n                \}\n            \}\n\n            float F1 = 0.0;\n            float F2 = 0.0;\n            if (distance) \{\n                // Determine the distance to the nearest seed point.\n                float xDist = xF1 - x;\n                float yDist = yF1 - y;\n                float zDist = zF1 - z;\n                F1 = xDist*xDist + yDist*yDist + zDist*zDist;\n                xDist = xF2 - x;\n                yDist = yF2 - y;\n                zDist = zF2 - z;\n                F2 = xDist*xDist + yDist*yDist + zDist*zDist;\n            \}\n            value = F1;\n            /*\n            if ( type == 1 ) \{\n                value = F2;\n            \} else \{\n            if ( type == 2 ) \{\n                value = F1 * F2;\n            \} else \{\n            if ( type == 3 ) \{\n                value = F2 - F1;\n            \} else \{\n            if ( type == 4 ) \{\n                value = F1 + F2;\n            \}\n            \}\n            \}\n            \}\n            */\n            value += (displacement * (float)ValueNoise3D( (int)(floor(xF1)), (int)(floor(yF1)), (int)(floor(zF1)), seed)) + displacement;\n\n            value = ((value - cell_size)*(1/cell_softness));\n\n            if (invert) \{\n                value = 1 - value;\n            \}\n        \} else \{\n            value = 0.0f;\n        \}\n        for (int c = 0; c < dst.kComps; c++)\n                dst(c) = value;\n    \}\n\};\n\n"
   rebuild ""
   Worley3D_Frequency {{parent.Axis1.uniform_scale}}
   Worley3D_Seed 1
   Worley3D_Cellsoftness 0
   maxGPUMemory 53
   maxTileLines 15.5
   name BlinkScript3
   xpos 620
   ypos -64
  }
push $N49506550
  ColorMatrix {
   matrix {
       {1 0 0}
       {0 0.7071067691 -0.7071067691}
       {0 0.7071067691 0.7071067691}
     }
   name ColorMatrix6
   xpos 510
   ypos -58
  }
  Expression {
   channel0 rgb
   expr0 "\[value PToN_exp.noiseType](r*axisScale.x*scale,g*axisScale.y*scale,b*axisScale.z*scale,octaves,lacunarity,gain)"
   channel1 {-rgba.red -rgba.green -rgba.blue none}
   channel2 {-rgba.red -rgba.green -rgba.blue none}
   name PToN_exp2
   xpos 510
   ypos -34
   addUserKnob {20 User}
   addUserKnob {13 axisScale}
   axisScale {{parent.Axis1.scaling.x} {parent.Axis1.scaling.y} {parent.Axis1.scaling.z}}
   addUserKnob {20 endGroup n -1}
   addUserKnob {7 scale R 0.01 10}
   scale {{parent.Axis1.uniform_scale}}
   addUserKnob {20 endGroup_1 l endGroup n -1}
   addUserKnob {3 octaves l Octaves}
   octaves {{parent.PToN_exp1.octaves}}
   addUserKnob {7 lacunarity l Lacunarity R 1 10}
   lacunarity {{parent.PToN_exp1.lacunarity}}
   addUserKnob {7 gain l Gain R 0.1 1}
   gain {{parent.PToN_exp1.gain}}
   addUserKnob {6 center_panelDropped l "panel dropped state" -STARTLINE +HIDDEN}
   addUserKnob {4 noiseType M {fBm turbulence worley "" ""}}
  }
  Grade {
   black 0.5
   name Grade4
   xpos 510
   ypos -8
  }
  Switch {
   inputs 2
   which {{"parent.PToN_exp.noiseType == 2 "}}
   name Switch3
   xpos 510
   ypos 62
  }
  Expression {
   expr0 0
   expr1 0
   expr2 b
   name Expression2
   xpos 510
   ypos 88
  }
  Grade {
   white {{parent.blue}}
   name Grade5
   xpos 510
   ypos 114
  }
push 0
push $N49505b00
  ColorMatrix {
   matrix {
       {1 0 0}
       {0 -4.371138829e-008 -1}
       {0 1 -4.371138829e-008}
     }
   name ColorMatrix2
   xpos 290
   ypos -154
  }
  Dot {
   name Dot2
   xpos 324
   ypos -126
  }
set N4946b880 [stack 0]
  BlinkScript {
   ProgramGroup 1
   KernelDescription "1 \"Worley3D\" iterate pixelWise 45291152b7d71735741f26b17f4d23bdf56ad567aabfa36c1b2c3f23a430c4b8 2 \"worldP\" Read Point \"dst\" Write Point 8 \"Offset\" Float 3 AAAAAAAAAAAAAAAAAAAAAA== \"Frequency\" Float 1 AABAQA== \"Seed\" Int 1 AAAAAA== \"Displacement\" Float 1 AAAAAA== \"Distance\" Bool 1 AQ== \"Invert\" Bool 1 AQ== \"Cell size\" Float 1 AAAAAA== \"Cell softness\" Float 1 AACAPw=="
   kernelSource "// worley3D.blink\n// Create noise based on world position pass\n\n#define X_NOISE_GEN  1619\n#define Y_NOISE_GEN  31337\n#define Z_NOISE_GEN  6971\n#define SEED_NOISE_GEN  1013\n#define SQRT_3 1.73205081\n\ninline int IntValueNoise3D (int x, int y, int z, int seed)\n\{\n    // All constants are primes and must remain prime in order for this noise\n    // function to work correctly.\n    int n = (\n        X_NOISE_GEN    * x\n        + Y_NOISE_GEN    * y\n        + Z_NOISE_GEN    * z\n        + SEED_NOISE_GEN * seed)\n        & 0x7fffffff;\n    n = (n >> 13) ^ n;\n    return (n * (n * n * 60493 + 19990303) + 1376312589) & 0x7fffffff;\n\}\n\ninline float ValueNoise3D (int x, int y, int z, int seed)\n\{\n    return 1.0 - ((float)IntValueNoise3D (x, y, z, seed) / 1073741824.0);\n\}\n\nkernel Worley3D : ImageComputationKernel<ePixelWise>\n\{\n    Image<eRead, eAccessPoint, eEdgeClamped> worldP;  //the input image\n    Image<eWrite, eAccessPoint> dst;\n\n    param:\n        float3  offset;\n        float   frequency;\n        int     seed;\n        float   displacement;\n        bool    distance;\n        bool    invert;\n        float   cell_size;\n        float   cell_softness;\n        //int     type;\n\n    void define() \{\n        defineParam(distance,       \"Distance\", true);\n        defineParam(offset,         \"Offset\", float3(0.0f, 0.0f, 0.0f));\n        defineParam(frequency,      \"Frequency\", 3.0f);\n        defineParam(displacement,   \"Displacement\", 0.0f);\n        defineParam(seed,           \"Seed\", 0);\n        defineParam(cell_size,      \"Cell size\", 0.0f);\n        defineParam(cell_softness,  \"Cell softness\", 1.0f);\n        defineParam(invert,         \"Invert\", true);\n        //defineParam(type,           \"Type\", 0);\n    \}\n\n    void init() \{\n    \}\n\n    void process( int2 pos ) \{\n        float value = 0.0;\n        if ( worldP.kComps > 2 ) \{\n            const float wx = worldP(0);\n            const float wy = worldP(1);\n            const float wz = worldP(2);\n\n            float x = (wx - offset.x) * frequency;\n            float y = (wy - offset.y) * frequency;\n            float z = (wz - offset.z) * frequency;\n            int xInt = (int)x; //(x > 0.0? (int)x: (int)x - 1);\n            int yInt = (int)y; //(y > 0.0? (int)y: (int)y - 1);\n            int zInt = (int)z; //(z > 0.0? (int)z: (int)z - 1);\n\n            float minDist = 2147483647.0;\n            float xF1 = 0;\n            float yF1 = 0;\n            float zF1 = 0;\n            float xF2 = 0;\n            float yF2 = 0;\n            float zF2 = 0;\n\n            float dist;\n\n            for (int yCur = yInt - 2; yCur <= yInt + 2; yCur++) \{\n                for (int xCur = xInt - 2; xCur <= xInt + 2; xCur++) \{\n                    for (int zCur = zInt - 2; zCur <= zInt + 2; zCur++) \{\n                        // Calculate the position and distance to the seed point inside of\n                        // this unit cube.\n                        float xPos = xCur + ValueNoise3D(xCur, yCur, zCur, seed    );\n                        float yPos = yCur + ValueNoise3D(xCur, yCur, zCur, seed + 1);\n                        float zPos = zCur + ValueNoise3D(xCur, yCur, zCur, seed + 2);\n\n                        float xDist = xPos - x;\n                        float yDist = yPos - y;\n                        float zDist = zPos - z;\n\n                        dist = xDist * xDist + yDist * yDist + zDist * zDist;\n                        if (dist < minDist) \{\n                            // This seed point is closer to any others found so far, so record\n                            // this seed point.\n                            minDist = dist;\n                            xF2 = xF1;\n                            yF2 = yF1;\n                            xF2 = zF1;\n                            xF1 = xPos;\n                            yF1 = yPos;\n                            zF1 = zPos;\n                        \}\n                    \}\n                \}\n            \}\n\n            float F1 = 0.0;\n            float F2 = 0.0;\n            if (distance) \{\n                // Determine the distance to the nearest seed point.\n                float xDist = xF1 - x;\n                float yDist = yF1 - y;\n                float zDist = zF1 - z;\n                F1 = xDist*xDist + yDist*yDist + zDist*zDist;\n                xDist = xF2 - x;\n                yDist = yF2 - y;\n                zDist = zF2 - z;\n                F2 = xDist*xDist + yDist*yDist + zDist*zDist;\n            \}\n            value = F1;\n            /*\n            if ( type == 1 ) \{\n                value = F2;\n            \} else \{\n            if ( type == 2 ) \{\n                value = F1 * F2;\n            \} else \{\n            if ( type == 3 ) \{\n                value = F2 - F1;\n            \} else \{\n            if ( type == 4 ) \{\n                value = F1 + F2;\n            \}\n            \}\n            \}\n            \}\n            */\n            value += (displacement * (float)ValueNoise3D( (int)(floor(xF1)), (int)(floor(yF1)), (int)(floor(zF1)), seed)) + displacement;\n\n            value = ((value - cell_size)*(1/cell_softness));\n\n            if (invert) \{\n                value = 1 - value;\n            \}\n        \} else \{\n            value = 0.0f;\n        \}\n        for (int c = 0; c < dst.kComps; c++)\n                dst(c) = value;\n    \}\n\};\n\n"
   rebuild ""
   Worley3D_Frequency {{parent.Axis1.uniform_scale}}
   Worley3D_Seed 1
   Worley3D_Cellsoftness 0
   maxGPUMemory 53
   maxTileLines 15.5
   name BlinkScript2
   xpos 400
   ypos -64
  }
push $N4946b880
  ColorMatrix {
   matrix {
       {1 0 0}
       {0 0.7071067691 -0.7071067691}
       {0 0.7071067691 0.7071067691}
     }
   name ColorMatrix5
   xpos 290
   ypos -58
  }
  Expression {
   channel0 rgb
   expr0 "\[value PToN_exp.noiseType](r*axisScale.x*scale,g*axisScale.y*scale,b*axisScale.z*scale,octaves,lacunarity,gain)"
   channel1 {-rgba.red -rgba.green -rgba.blue none}
   channel2 {-rgba.red -rgba.green -rgba.blue none}
   name PToN_exp1
   xpos 290
   ypos -34
   addUserKnob {20 User}
   addUserKnob {13 axisScale}
   axisScale {{parent.Axis1.scaling.x} {parent.Axis1.scaling.y} {parent.Axis1.scaling.z}}
   addUserKnob {20 endGroup n -1}
   addUserKnob {7 scale R 0.01 10}
   scale {{parent.Axis1.uniform_scale}}
   addUserKnob {20 endGroup_1 l endGroup n -1}
   addUserKnob {3 octaves l Octaves}
   octaves {{parent.PToN_exp.octaves}}
   addUserKnob {7 lacunarity l Lacunarity R 1 10}
   lacunarity {{parent.PToN_exp.lacunarity}}
   addUserKnob {7 gain l Gain R 0.1 1}
   gain {{parent.PToN_exp.gain}}
   addUserKnob {6 center_panelDropped l "panel dropped state" -STARTLINE +HIDDEN}
   addUserKnob {4 noiseType M {fBm turbulence worley "" ""}}
  }
  Grade {
   black 0.5
   name Grade3
   xpos 290
   ypos -8
  }
  Switch {
   inputs 2
   which {{"parent.PToN_exp.noiseType == 2 "}}
   name Switch2
   xpos 290
   ypos 62
  }
  Expression {
   expr0 0
   expr1 g
   expr2 0
   name Expression1
   xpos 290
   ypos 88
  }
  Grade {
   white {{parent.green}}
   name Grade6
   xpos 290
   ypos 114
  }
push $N49505790
  Dot {
   name Dot1
   xpos 104
   ypos -126
  }
set N4946d090 [stack 0]
  BlinkScript {
   ProgramGroup 1
   KernelDescription "1 \"Worley3D\" iterate pixelWise 45291152b7d71735741f26b17f4d23bdf56ad567aabfa36c1b2c3f23a430c4b8 2 \"worldP\" Read Point \"dst\" Write Point 8 \"Offset\" Float 3 AAAAAAAAAAAAAAAAAAAAAA== \"Frequency\" Float 1 AABAQA== \"Seed\" Int 1 AAAAAA== \"Displacement\" Float 1 AAAAAA== \"Distance\" Bool 1 AQ== \"Invert\" Bool 1 AQ== \"Cell size\" Float 1 AAAAAA== \"Cell softness\" Float 1 AACAPw=="
   kernelSource "// worley3D.blink\n// Create noise based on world position pass\n\n#define X_NOISE_GEN  1619\n#define Y_NOISE_GEN  31337\n#define Z_NOISE_GEN  6971\n#define SEED_NOISE_GEN  1013\n#define SQRT_3 1.73205081\n\ninline int IntValueNoise3D (int x, int y, int z, int seed)\n\{\n    // All constants are primes and must remain prime in order for this noise\n    // function to work correctly.\n    int n = (\n        X_NOISE_GEN    * x\n        + Y_NOISE_GEN    * y\n        + Z_NOISE_GEN    * z\n        + SEED_NOISE_GEN * seed)\n        & 0x7fffffff;\n    n = (n >> 13) ^ n;\n    return (n * (n * n * 60493 + 19990303) + 1376312589) & 0x7fffffff;\n\}\n\ninline float ValueNoise3D (int x, int y, int z, int seed)\n\{\n    return 1.0 - ((float)IntValueNoise3D (x, y, z, seed) / 1073741824.0);\n\}\n\nkernel Worley3D : ImageComputationKernel<ePixelWise>\n\{\n    Image<eRead, eAccessPoint, eEdgeClamped> worldP;  //the input image\n    Image<eWrite, eAccessPoint> dst;\n\n    param:\n        float3  offset;\n        float   frequency;\n        int     seed;\n        float   displacement;\n        bool    distance;\n        bool    invert;\n        float   cell_size;\n        float   cell_softness;\n        //int     type;\n\n    void define() \{\n        defineParam(distance,       \"Distance\", true);\n        defineParam(offset,         \"Offset\", float3(0.0f, 0.0f, 0.0f));\n        defineParam(frequency,      \"Frequency\", 3.0f);\n        defineParam(displacement,   \"Displacement\", 0.0f);\n        defineParam(seed,           \"Seed\", 0);\n        defineParam(cell_size,      \"Cell size\", 0.0f);\n        defineParam(cell_softness,  \"Cell softness\", 1.0f);\n        defineParam(invert,         \"Invert\", true);\n        //defineParam(type,           \"Type\", 0);\n    \}\n\n    void init() \{\n    \}\n\n    void process( int2 pos ) \{\n        float value = 0.0;\n        if ( worldP.kComps > 2 ) \{\n            const float wx = worldP(0);\n            const float wy = worldP(1);\n            const float wz = worldP(2);\n\n            float x = (wx - offset.x) * frequency;\n            float y = (wy - offset.y) * frequency;\n            float z = (wz - offset.z) * frequency;\n            int xInt = (int)x; //(x > 0.0? (int)x: (int)x - 1);\n            int yInt = (int)y; //(y > 0.0? (int)y: (int)y - 1);\n            int zInt = (int)z; //(z > 0.0? (int)z: (int)z - 1);\n\n            float minDist = 2147483647.0;\n            float xF1 = 0;\n            float yF1 = 0;\n            float zF1 = 0;\n            float xF2 = 0;\n            float yF2 = 0;\n            float zF2 = 0;\n\n            float dist;\n\n            for (int yCur = yInt - 2; yCur <= yInt + 2; yCur++) \{\n                for (int xCur = xInt - 2; xCur <= xInt + 2; xCur++) \{\n                    for (int zCur = zInt - 2; zCur <= zInt + 2; zCur++) \{\n                        // Calculate the position and distance to the seed point inside of\n                        // this unit cube.\n                        float xPos = xCur + ValueNoise3D(xCur, yCur, zCur, seed    );\n                        float yPos = yCur + ValueNoise3D(xCur, yCur, zCur, seed + 1);\n                        float zPos = zCur + ValueNoise3D(xCur, yCur, zCur, seed + 2);\n\n                        float xDist = xPos - x;\n                        float yDist = yPos - y;\n                        float zDist = zPos - z;\n\n                        dist = xDist * xDist + yDist * yDist + zDist * zDist;\n                        if (dist < minDist) \{\n                            // This seed point is closer to any others found so far, so record\n                            // this seed point.\n                            minDist = dist;\n                            xF2 = xF1;\n                            yF2 = yF1;\n                            xF2 = zF1;\n                            xF1 = xPos;\n                            yF1 = yPos;\n                            zF1 = zPos;\n                        \}\n                    \}\n                \}\n            \}\n\n            float F1 = 0.0;\n            float F2 = 0.0;\n            if (distance) \{\n                // Determine the distance to the nearest seed point.\n                float xDist = xF1 - x;\n                float yDist = yF1 - y;\n                float zDist = zF1 - z;\n                F1 = xDist*xDist + yDist*yDist + zDist*zDist;\n                xDist = xF2 - x;\n                yDist = yF2 - y;\n                zDist = zF2 - z;\n                F2 = xDist*xDist + yDist*yDist + zDist*zDist;\n            \}\n            value = F1;\n            /*\n            if ( type == 1 ) \{\n                value = F2;\n            \} else \{\n            if ( type == 2 ) \{\n                value = F1 * F2;\n            \} else \{\n            if ( type == 3 ) \{\n                value = F2 - F1;\n            \} else \{\n            if ( type == 4 ) \{\n                value = F1 + F2;\n            \}\n            \}\n            \}\n            \}\n            */\n            value += (displacement * (float)ValueNoise3D( (int)(floor(xF1)), (int)(floor(yF1)), (int)(floor(zF1)), seed)) + displacement;\n\n            value = ((value - cell_size)*(1/cell_softness));\n\n            if (invert) \{\n                value = 1 - value;\n            \}\n        \} else \{\n            value = 0.0f;\n        \}\n        for (int c = 0; c < dst.kComps; c++)\n                dst(c) = value;\n    \}\n\};\n\n"
   rebuild ""
   Worley3D_Frequency {{parent.Axis1.uniform_scale}}
   Worley3D_Seed 1
   Worley3D_Cellsoftness 0
   maxGPUMemory 53
   maxTileLines 15.5
   name BlinkScript1
   xpos 180
   ypos -64
  }
push $N4946d090
  ColorMatrix {
   matrix {
       {1 0 0}
       {0 0.7071067691 -0.7071067691}
       {0 0.7071067691 0.7071067691}
     }
   name ColorMatrix4
   xpos 70
   ypos -58
  }
  Expression {
   channel0 rgb
   expr0 "\[value this.noiseType](r*axisScale.x*scale,g*axisScale.y*scale,b*axisScale.z*scale,octaves,lacunarity,gain)"
   channel1 {-rgba.red -rgba.green -rgba.blue none}
   channel2 {-rgba.red -rgba.green -rgba.blue none}
   name PToN_exp
   xpos 70
   ypos -36
   addUserKnob {20 User}
   addUserKnob {13 axisScale}
   axisScale {{parent.Axis1.scaling.x} {parent.Axis1.scaling.y} {parent.Axis1.scaling.z}}
   addUserKnob {20 endGroup n -1}
   addUserKnob {7 scale R 0.01 10}
   scale {{parent.Axis1.uniform_scale}}
   addUserKnob {20 endGroup_1 l endGroup n -1}
   addUserKnob {3 octaves l Octaves}
   octaves 5
   addUserKnob {7 lacunarity l Lacunarity R 1 10}
   addUserKnob {7 gain l Gain R 0.1 1}
   gain 1
   addUserKnob {6 center_panelDropped l "panel dropped state" -STARTLINE +HIDDEN}
   addUserKnob {4 noiseType M {fBm turbulence worley "" ""}}
  }
  Grade {
   black 0.5
   name Grade2
   xpos 70
   ypos -10
  }
  Switch {
   inputs 2
   which {{"parent.PToN_exp.noiseType == 2 "}}
   name Switch1
   xpos 70
   ypos 62
  }
  Expression {
   expr0 r
   expr1 0
   expr2 0
   name Expression3
   xpos 70
   ypos 88
  }
  Grade {
   white {{parent.red}}
   name Grade7
   xpos 70
   ypos 114
  }
  Shuffle {
   out alpha
   name Shuffle1
   xpos 70
   ypos 158
  }
  Merge2 {
   inputs 3+1
   operation plus
   Achannels {rgba.red rgba.green rgba.blue -rgba.alpha}
   name Merge1
   xpos 70
   ypos 204
  }
  Invert {
   channels rgb
   mix {{parent.invert}}
   name Invert1
   xpos 70
   ypos 230
  }
  Output {
   name Output1
   xpos 70
   ypos 328
  }
  Input {
   inputs 0
   name Transform_3D
   xpos 180
   ypos -466
   number 1
  }
  Axis2 {
   translate {0 {curve x1 0 x100 -0.025} 0}
   uniform_scale {{parent.parent.WPosToNoisedfsq.Axis1.uniform_scale}}
   name Axis1
   xpos 190
   ypos -414
  }
 end_group
push $N49271450
 Group {
  name WPosToNoisedfsq
  tile_color 0x308fffff
  xpos 400
  ypos 446
  addUserKnob {20 WPosToNoise}
  addUserKnob {41 noiseType T PToN_exp.noiseType}
  addUserKnob {41 octaves l Octaves -STARTLINE T PToN_exp.octaves}
  addUserKnob {41 Worley3D_Seed l "Seed (Worley)" -STARTLINE T BlinkScript1.Worley3D_Seed}
  addUserKnob {41 uniform_scale l "uniform scale" T Axis1.uniform_scale}
  addUserKnob {41 lacunarity l Lacunarity T PToN_exp.lacunarity}
  addUserKnob {41 gain l Gain T PToN_exp.gain}
  addUserKnob {41 Worley3D_Displacement l Displacement t "Worley Only" T BlinkScript1.Worley3D_Displacement}
  addUserKnob {6 invert l Invert +STARTLINE}
  addUserKnob {26 ""}
  addUserKnob {20 transform l "Transform 3D" n 1}
  addUserKnob {41 translate T Axis1.translate}
  addUserKnob {41 rotate T Axis1.rotate}
  addUserKnob {41 scaling l scale T Axis1.scaling}
  addUserKnob {20 endGroup_1 l endGroup n -1}
  addUserKnob {20 HelpTab l Help}
  addUserKnob {26 Help l "" +STARTLINE T "\nNoise: \nCe node permet de mapper (en environnement) toute votre scene avec un noise 3D parametrable. \nIl vous suffit pour ca de lui donner a manger une passe de position Max/Vray. \n\nTout les parametres n'ont pas d'utilite pour tout les noises \n(Exemple: Lacunarity n'a aucune utilite pour le Worley)\n\n\nTranform:\nVous pouvez animer votre Noise en utilisant les options de translate. \n\nOptionnellement, vous pouvez brancher des Axis animes, provenant ou non de softs externes.\n (Attention a bien convertir vos axis en axis Max)"}
  addUserKnob {20 About}
  addUserKnob {26 About_1 l "" +STARTLINE T "WPosToNoise 1.0 by Noss : bruno.ortolland@gmail.com\n\nWorley blinkscript by Ivan Busquets"}
 }
  Input {
   inputs 0
   name pointPosition
   xpos -8
   ypos -250
  }
  Grade {
   add {{parent.Axis1.world_matrix.3} {parent.Axis1.world_matrix.7} {parent.Axis1.world_matrix.11} 0}
   black_clamp false
   name Grade1
   xpos -8
   ypos -178
  }
  ColorMatrix {
   matrix {
       {{parent.Axis1.world_matrix.0} {parent.Axis1.world_matrix.1} {parent.Axis1.world_matrix.2}}
       {{parent.Axis1.world_matrix.4} {parent.Axis1.world_matrix.5} {parent.Axis1.world_matrix.6}}
       {{parent.Axis1.world_matrix.8} {parent.Axis1.world_matrix.9} {parent.Axis1.world_matrix.10}}
     }
   name ColorMatrix1
   xpos -8
   ypos -130
  }
set N49470420 [stack 0]
  Dot {
   name Dot1
   xpos 26
   ypos -30
  }
set N49470790 [stack 0]
  BlinkScript {
   ProgramGroup 1
   KernelDescription "1 \"Worley3D\" iterate pixelWise 45291152b7d71735741f26b17f4d23bdf56ad567aabfa36c1b2c3f23a430c4b8 2 \"worldP\" Read Point \"dst\" Write Point 8 \"Offset\" Float 3 AAAAAAAAAAAAAAAAAAAAAA== \"Frequency\" Float 1 AABAQA== \"Seed\" Int 1 AAAAAA== \"Displacement\" Float 1 AAAAAA== \"Distance\" Bool 1 AQ== \"Invert\" Bool 1 AQ== \"Cell size\" Float 1 AAAAAA== \"Cell softness\" Float 1 AACAPw=="
   kernelSource "// worley3D.blink\n// Create noise based on world position pass\n\n#define X_NOISE_GEN  1619\n#define Y_NOISE_GEN  31337\n#define Z_NOISE_GEN  6971\n#define SEED_NOISE_GEN  1013\n#define SQRT_3 1.73205081\n\ninline int IntValueNoise3D (int x, int y, int z, int seed)\n\{\n    // All constants are primes and must remain prime in order for this noise\n    // function to work correctly.\n    int n = (\n        X_NOISE_GEN    * x\n        + Y_NOISE_GEN    * y\n        + Z_NOISE_GEN    * z\n        + SEED_NOISE_GEN * seed)\n        & 0x7fffffff;\n    n = (n >> 13) ^ n;\n    return (n * (n * n * 60493 + 19990303) + 1376312589) & 0x7fffffff;\n\}\n\ninline float ValueNoise3D (int x, int y, int z, int seed)\n\{\n    return 1.0 - ((float)IntValueNoise3D (x, y, z, seed) / 1073741824.0);\n\}\n\nkernel Worley3D : ImageComputationKernel<ePixelWise>\n\{\n    Image<eRead, eAccessPoint, eEdgeClamped> worldP;  //the input image\n    Image<eWrite, eAccessPoint> dst;\n\n    param:\n        float3  offset;\n        float   frequency;\n        int     seed;\n        float   displacement;\n        bool    distance;\n        bool    invert;\n        float   cell_size;\n        float   cell_softness;\n        //int     type;\n\n    void define() \{\n        defineParam(distance,       \"Distance\", true);\n        defineParam(offset,         \"Offset\", float3(0.0f, 0.0f, 0.0f));\n        defineParam(frequency,      \"Frequency\", 3.0f);\n        defineParam(displacement,   \"Displacement\", 0.0f);\n        defineParam(seed,           \"Seed\", 0);\n        defineParam(cell_size,      \"Cell size\", 0.0f);\n        defineParam(cell_softness,  \"Cell softness\", 1.0f);\n        defineParam(invert,         \"Invert\", true);\n        //defineParam(type,           \"Type\", 0);\n    \}\n\n    void init() \{\n    \}\n\n    void process( int2 pos ) \{\n        float value = 0.0;\n        if ( worldP.kComps > 2 ) \{\n            const float wx = worldP(0);\n            const float wy = worldP(1);\n            const float wz = worldP(2);\n\n            float x = (wx - offset.x) * frequency;\n            float y = (wy - offset.y) * frequency;\n            float z = (wz - offset.z) * frequency;\n            int xInt = (int)x; //(x > 0.0? (int)x: (int)x - 1);\n            int yInt = (int)y; //(y > 0.0? (int)y: (int)y - 1);\n            int zInt = (int)z; //(z > 0.0? (int)z: (int)z - 1);\n\n            float minDist = 2147483647.0;\n            float xF1 = 0;\n            float yF1 = 0;\n            float zF1 = 0;\n            float xF2 = 0;\n            float yF2 = 0;\n            float zF2 = 0;\n\n            float dist;\n\n            for (int yCur = yInt - 2; yCur <= yInt + 2; yCur++) \{\n                for (int xCur = xInt - 2; xCur <= xInt + 2; xCur++) \{\n                    for (int zCur = zInt - 2; zCur <= zInt + 2; zCur++) \{\n                        // Calculate the position and distance to the seed point inside of\n                        // this unit cube.\n                        float xPos = xCur + ValueNoise3D(xCur, yCur, zCur, seed    );\n                        float yPos = yCur + ValueNoise3D(xCur, yCur, zCur, seed + 1);\n                        float zPos = zCur + ValueNoise3D(xCur, yCur, zCur, seed + 2);\n\n                        float xDist = xPos - x;\n                        float yDist = yPos - y;\n                        float zDist = zPos - z;\n\n                        dist = xDist * xDist + yDist * yDist + zDist * zDist;\n                        if (dist < minDist) \{\n                            // This seed point is closer to any others found so far, so record\n                            // this seed point.\n                            minDist = dist;\n                            xF2 = xF1;\n                            yF2 = yF1;\n                            xF2 = zF1;\n                            xF1 = xPos;\n                            yF1 = yPos;\n                            zF1 = zPos;\n                        \}\n                    \}\n                \}\n            \}\n\n            float F1 = 0.0;\n            float F2 = 0.0;\n            if (distance) \{\n                // Determine the distance to the nearest seed point.\n                float xDist = xF1 - x;\n                float yDist = yF1 - y;\n                float zDist = zF1 - z;\n                F1 = xDist*xDist + yDist*yDist + zDist*zDist;\n                xDist = xF2 - x;\n                yDist = yF2 - y;\n                zDist = zF2 - z;\n                F2 = xDist*xDist + yDist*yDist + zDist*zDist;\n            \}\n            value = F1;\n            /*\n            if ( type == 1 ) \{\n                value = F2;\n            \} else \{\n            if ( type == 2 ) \{\n                value = F1 * F2;\n            \} else \{\n            if ( type == 3 ) \{\n                value = F2 - F1;\n            \} else \{\n            if ( type == 4 ) \{\n                value = F1 + F2;\n            \}\n            \}\n            \}\n            \}\n            */\n            value += (displacement * (float)ValueNoise3D( (int)(floor(xF1)), (int)(floor(yF1)), (int)(floor(zF1)), seed)) + displacement;\n\n            value = ((value - cell_size)*(1/cell_softness));\n\n            if (invert) \{\n                value = 1 - value;\n            \}\n        \} else \{\n            value = 0.0f;\n        \}\n        for (int c = 0; c < dst.kComps; c++)\n                dst(c) = value;\n    \}\n\};\n\n"
   rebuild ""
   Worley3D_Offset {0.3249999881 -0.009999999776 -0.25}
   Worley3D_Frequency {{parent.Axis1.uniform_scale}}
   Worley3D_Seed 1
   Worley3D_Cellsoftness 0
   maxGPUMemory 53
   maxTileLines 15.5
   name BlinkScript1
   xpos 180
   ypos 80
  }
push $N49470790
  Expression {
   channel0 rgb
   expr0 "\[value this.noiseType](r*axisScale.x*scale,g*axisScale.y*scale,b*axisScale.z*scale,octaves,lacunarity,gain)"
   channel1 {-rgba.red -rgba.green -rgba.blue none}
   channel2 {-rgba.red -rgba.green -rgba.blue none}
   name PToN_exp
   xpos -8
   ypos 38
   addUserKnob {20 User}
   addUserKnob {13 axisScale}
   axisScale {{parent.Axis1.scaling.x} {parent.Axis1.scaling.y} {parent.Axis1.scaling.z}}
   addUserKnob {20 endGroup n -1}
   addUserKnob {7 scale R 0.01 10}
   scale {{parent.Axis1.uniform_scale}}
   addUserKnob {20 endGroup_1 l endGroup n -1}
   addUserKnob {3 octaves l Octaves}
   octaves 5
   addUserKnob {7 lacunarity l Lacunarity R 1 10}
   lacunarity 2
   addUserKnob {7 gain l Gain R 0.1 1}
   gain 0.1
   addUserKnob {6 center_panelDropped l "panel dropped state" -STARTLINE +HIDDEN}
   addUserKnob {4 noiseType M {fBm turbulence worley "" ""}}
   noiseType worley
  }
  Switch {
   inputs 2
   which {{"parent.PToN_exp.noiseType == 2 "}}
   name Switch1
   xpos -8
   ypos 86
  }
  Invert {
   channels rgb
   mix {{parent.invert}}
   name Invert1
   xpos -8
   ypos 134
  }
set N494711e0 [stack 0]
push $N49470420
  Expression {
   temp_name0 dist
   temp_expr0 "sqrt( (r*axisScale.x-center.r)*(r*axisScale.x-center.r)+(g*axisScale.y-center.g)*(g*axisScale.y-center.g)+(b*axisScale.z-center.b)*(b*axisScale.z-center.b))"
   channel0 rgba
   expr0 1-dist/ringScale
   name radial_fromPointPos3
   xpos -260
   ypos 38
   addUserKnob {20 User}
   addUserKnob {13 axisScale}
   axisScale {{parent.Axis1.scaling.x} {parent.Axis1.scaling.y} {parent.Axis1.scaling.z}}
   addUserKnob {7 ringScale R 0.1 100}
   ringScale 27.5
   addUserKnob {18 center}
   center {{parent.position.x} {parent.position.y} {parent.position.z}}
   addUserKnob {6 center_panelDropped l "panel dropped state" -STARTLINE +HIDDEN}
  }
  ColorCorrect {
   inputs 1+1
   shadows.offset -0.48
   midtones.offset -0.009
   highlights.offset 0.0005
   lookup {shadow {curve 1 s0 x0.4069852531 0 s0}
     midtone {1-shadow-highlight}
     highlight {curve x0.4272058308 0 s0 x1 1 s0}}
   maskChannelMask rgba.red
   invert_mask true
   name ColorCorrect1
   xpos -260
   ypos 134
  }
push $N494711e0
  Switch {
   inputs 2
   which {{parent.activate}}
   name Switch2
   xpos -8
   ypos 230
  }
set N49427110 [stack 0]
  Output {
   name Output1
   xpos -8
   ypos 328
  }
push $N49427110
  Viewer {
   input_process false
   name Viewer1
   xpos -260
   ypos 350
  }
  Input {
   inputs 0
   name Transform_3D
   xpos 180
   ypos -250
   number 1
  }
  Axis2 {
   translate {0 0 {curve l x101 0 x201 -5}}
   uniform_scale 0.32
   name Axis1
   xpos 190
   ypos -150
  }
 end_group
 Grade {
  channels rgba
  blackpoint 0.1
  white 1.14
  gamma 0.7
  name Grade10
  xpos 400
  ypos 472
 }
 ShuffleCopy {
  inputs 2
  in rgb
  red red
  green green
  out forward
  name ShuffleCopy3
  xpos 400
  ypos 518
 }
 Dot {
  name Dot4
  xpos 434
  ypos 570
 }
set N49472d60 [stack 0]
 Dot {
  name Dot5
  xpos 324
  ypos 570
 }
 IDistort {
  channels rgba
  uv forward
  uv_scale 12.2
  name IDistort2
  xpos 290
  ypos 682
 }
 Blur {
  channels rgba
  size 5
  name Blur4
  xpos 290
  ypos 710
 }
 ColorLookup {
  lut {master {curve K x-0.1725826263 0 x0 0 S x0.8953607678 -0.007765769958 x1.044760942 1.911101222 s0}
    red {}
    green {}
    blue {}
    alpha {}}
  name ColorLookup2
  xpos 290
  ypos 736
 }
push 0
push $N49472d60
 Blur {
  channels rgba
  size 5
  name Blur8
  xpos 400
  ypos 614
 }
set N49473e90 [stack 0]
 ColorLookup {
  lut {master {curve C 0 L x0.530856967 -0.006214966853 S x0.5530700684 0.1684975622 x0.6423245072 0.1684975622 L x0.6729414463 -0.006054009556}
    red {}
    green {}
    blue {}
    alpha {}}
  name ColorLookup7
  xpos 510
  ypos 614
 }
 Blur {
  channels rgba
  size 0.5
  name Blur10
  xpos 510
  ypos 638
 }
 IDistort {
  channels rgba
  uv forward
  uv_scale {4.5 5.5}
  name IDistort4
  xpos 510
  ypos 686
 }
 ColorLookup {
  lut {master {curve C x0.1212719381 0.008208930492 x0.1598684192 1}
    red {}
    green {}
    blue {}
    alpha {}}
  name ColorLookup6
  xpos 510
  ypos 734
 }
push $N49473e90
 ColorLookup {
  lut {master {curve C 0 L x0.783757627 -0.003996809694 K x0.783757627 1.452235222 x0.8517802358 1.452235222 L x0.8517802358 -0.003838388943}
    red {}
    green {}
    blue {}
    alpha {}}
  name ColorLookup5
  xpos 400
  ypos 640
 }
 IDistort {
  channels rgba
  uv forward
  uv_scale {19 0}
  name IDistort3
  xpos 400
  ypos 686
 }
 Merge2 {
  inputs 3+1
  operation screen
  name Merge4
  xpos 400
  ypos 806
 }
 Grade {
  inputs 1+1
  white 0
  invert_mask true
  name Grade4
  xpos 400
  ypos 878
 }
 Merge2 {
  inputs 2
  operation multiply
  name Merge1
  xpos 400
  ypos 976
 }
 Merge2 {
  inputs 2
  operation max
  name Merge2
  xpos 400
  ypos 1002
 }
 IDistort {
  channels rgba
  uv forward
  uv_scale 31
  name IDistort1
  xpos 400
  ypos 1070
 }
set N49476460 [stack 0]
 Glow2 {
  tolerance 0.355
  brightness 5
  saturation 0
  effect_only true
  size 612.5
  name Glow5
  xpos 510
  ypos 1094
  disable true
 }
push $N49476460
 Glow2 {
  tolerance 0.805
  brightness 0.5
  size 300
  name Glow3
  xpos 400
  ypos 1094
  disable true
 }
 Grade {
  inputs 1+1
  white 0.66
  maskChannelMask rgba.red
  invert_mask true
  name Grade1
  xpos 400
  ypos 1142
 }
set N49476eb0 [stack 0]
 Dot {
  name Dot6
  xpos 214
  ypos 1146
 }
 Grade {
  white {8.708999634 3.824805737 0.1413806975 0}
  name Grade2
  xpos 180
  ypos 1262
 }
set N49477590 [stack 0]
 ColorCorrect {
  saturation 0.82
  name ColorCorrect2
  xpos 180
  ypos 1310
 }
push $N495038a0
push $N49477590
push $N49502ae0
push $N49476eb0
 Grade {
  inputs 1+1
  channels rgba
  white 0
  multiply 1.36
  black_clamp false
  maskChannelMask rgba.red
  invert_mask true
  name Grade29
  xpos 400
  ypos 1214
 }
 Merge2 {
  inputs 2+1
  operation screen
  name Merge3
  xpos 400
  ypos 1262
 }
 Merge2 {
  inputs 2+1
  operation screen
  maskChannelMask rgba.red
  name Merge6
  xpos 400
  ypos 1310
 }
 ShuffleCopy {
  inputs 2
  red red
  out alpha
  name ShuffleCopy2
  xpos 400
  ypos 1382
 }
push $N49502ae0
 Grade {
  blackpoint -0.066
  whitepoint 0.012
  white {1 1 1 1}
  gamma 0.17
  black_clamp false
  name Grade7
  xpos 730
  ypos 1326
 }
 Grade {
  white {1 0.1884988546 0 1}
  white_clamp true
  name Grade8
  xpos 730
  ypos 1384
 }
 Blur {
  channels rgb
  size 5
  name Blur1
  xpos 730
  ypos 1410
 }
 Merge2 {
  inputs 2
  name Merge5
  xpos 400
  ypos 1408
 }
set N49479110 [stack 0]
 Output {
  name Output1
  xpos 400
  ypos 1478
 }
push $N49479110
 Viewer {
  frame 139
  colour_sample_bbox {0.7453125119 -0.5421875119 0.7458333373 -0.5416666865}
  samplepoints {{0.7453125119 -0.5421875119}
    }
  viewerProcess rec709
  input_process false
  name Viewer1
  selected true
  xpos 772
  ypos 1454
 }
end_group