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DSMeskalito — The drops
Published: 2013-10-30 18:11:31 +0000 UTC; Views: 1592; Favourites: 65; Downloads: 51
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Description
fragmentariumRelated content
Comments: 11
I looks like that you dropped water, and took a picture of it. outstanding.
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Excellent image with a huge sense of photo-realism! 
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Thank you! timemit , I have long worked with preset psevdokleynian
#define USE_INF_NORM
// Maximum iterations
uniform int MI; slider[0,5,20]
// Size
uniform float Size; slider[0,1,2]
// Cubic fold Size
uniform vec3 CSize; slider[(0,0,0),(1,1,1),(2,2,2)]
// Julia constant
uniform vec3 C; slider[(-2,-2,-2),(0,0,0),(2,2,2)]
// Basic shape DE Offset
uniform float DEoffset; slider[0,0,0.01]
// Basic shape Translation
uniform vec3 Offset; slider[(-2,-2,-2),(0,0,0),(2,2,2)]
//Basic shape
// Menger Number of iterations.
uniform int MnIterations; slider[0,2,20]
uniform int ColorIterations; slider[0,2,20]
// Menger Scale parameter. A perfect Menger is 3.0
uniform float MnScale; slider[0.00,3.0,4.00]
// Menger Scaling center
uniform vec3 MnOffset; slider[(0,0,0),(1,1,1),(2,2,2)]
float Menger(vec3 z)
{
float r;
int n = 0;
// Fold
z = abs(z);
if (z.x if (z.x if (z.y if (z.z<1./3.){ z.z -=2.*( z.z-1./3.);} while (n < MnIterations && dot(z,z)<100.0) { z=MnScale* (z-MnOffset)+MnOffset; // Fold z = abs(z); if (z.x if (z.x< z.z){ z.xz = z.zx;} if (z.y if (z.z<1./3.*MnOffset.z){ z.z -=2.*( z.z-1./3.*MnOffset.z);} r = dot(z-MnOffset, z-MnOffset); //orbitTrap = min(orbitTrap, abs(vec4(z,r))); n++; } //return (length(z)-sqrt(3.) ) * pow(Scale, float(-n)); return float(z.x-MnOffset) * pow(MnScale, float(-n)); } float Thing2(vec3 p){ //Just scale=1 Julia box #ifdef USE_INF_NORM vec3 p1=abs(p); float r2=max(p1.x,max(p1.y,p1.z)); #else float r2=dot(p,p); #endif float DEfactor=1.; for(int i=0;i p=2.*clamp(p, -CSize, CSize)-p; r2=dot(p,p); //orbitTrap = min(orbitTrap, abs(vec4(p,r2))); float k=max(Size/r2,1.); p*=k;DEfactor*=k; p+=C; #ifdef USE_INF_NORM p1=abs(p); r2=max(p1.x,max(p1.y,p1.z)); #else r2=dot(p,p); #endif if (i < ColorIterations) orbitTrap = min(orbitTrap, abs(vec4(p,r2))); } //Call basic shape and scale its DE return abs(0.5*Menger(p-Offset)/DEfactor-DEoffset); } float DE(vec3 p){ return Thing2(p);//RoundBox(p, CSize, Offset); } #preset default FOV = 0.39024 Eye = -3.4785,-2.85408,4.5172 Target = -5.77023,-9.92507,1.61285 Up = 0.95238,-0.278327,0.124526 EquiRectangular = false FocalPlane = 0.1 Aperture = 0.002 Gamma = 1.89815 ToneMapping = 3 Exposure = 1.16328 Brightness = 1 Contrast = 1.1386 Saturation = 0.8602 GaussianWeight = 1 AntiAliasScale = 2 Detail = -3.22126 DetailAO = -2.92859 FudgeFactor = 1 MaxRaySteps = 1143 Dither = 0.49123 NormalBackStep = 1 AO = 0,0,0,0.79012 Specular = 0.63529 SpecularExp = 49.091 SpecularMax = 10 SpotLight = 0,0.666667,0.498039,0.35294 SpotLightDir = -0.375,-0.0625 CamLight = 1,1,1,1 CamLightMin = 0 Glow = 1,1,1,0 GlowMax = 20 Fog = 0 HardShadow = 0 ShadowSoft = 2 Reflection = 0.25641 DebugSun = false BaseColor = 0.333333,1,1 OrbitStrength = 0.4026 X = 0.5,0.6,0.6,-0.45632 Y = 1,0.6,0,0.6699 Z = 0.8,0.78,1,-0.32038 R = 0.4,0.7,1,0.11764 BackgroundColor = 1,0.666667,0 GradientBackground = 0.3 CycleColors = false Cycles = 1.1 EnableFloor = true FloorNormal = 0.02474,-0.0246,-6e-05 FloorHeight = 0.2381 FloorColor = 0.333333,0.666667,0.498039 MI = 14 Size = 0.4486 CSize = 1.74,0.5,0.72 C = -0.0174,0.05216,1.1652 DEoffset = 0 Offset = 0.01836,-0.15384,0.85716 MnIterations = 3 ColorIterations = 3 MnScale = 1.88504 MnOffset = 1.77778,0.96296,1.06172 #endpreset 👍: 0 ⏩: 0
excellent... how are you achieving this? be nice to know 
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