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#define MAX_OCTAVES 7 uniform vec2 u_resolution; float map(float value,float min1,float max1,float min2,float max2){ return min2+(value-min1)*(max2-min2)/(max1-min1); } float random(in vec2 st){ return fract(sin(dot(st.xy,vec2(12.9898,78.233)))*43758.5453123); } float noise(in vec2 st){ vec2 i=floor(st); vec2 f=fract(st); float a=random(i); float b=random(i+vec2(1.,.0)); float c=random(i+vec2(.0,1.)); float d=random(i+vec2(1.,1.)); vec2 u=f*f*(3.-2.*f); return mix(a,b,u.x)+(c-a)*u.y*(1.-u.x)+(d-b)*u.x*u.y; } float fbm(in vec2 n,in float l){ float v=.0; float lacunarity=2.; float a=.75; n*=l; for(int i=0;i0.;i--){ y=i/(5.0*i)*m*(fbm(.2*m*coords*i,1./(5.0+i))-.75)+i*2./(5.0+i); pct=plot(st,y); color=mix(color,vec3(map(i,.0,5.0,colorA.r,colorB.r),map(i,.0,5.0,colorA.g,colorB.g),map(i,.0,5.0,colorA.b,colorB.b)),pct); } gl_FragColor=vec4(color,1.); }

#threejs #shader #fragment #landscape #generative #procedural #Ochánduri #ES #42.52594 #-3.00094 #scattered_clouds #24.02°C

#define PI 3.14159265359 uniform vec2 u_resolution; uniform float u_time; void main(){ vec3 colorA=vec3(0.9280000000000002,1,0.52); vec3 colorB=vec3(0.7,0.7899999999999998,1); vec2 st=gl_FragCoord.xy/u_resolution.xy; vec3 color=vec3(.0); vec3 pct=vec3(1.); pct.r=0.7757580093037933; pct.g=fract(pow(st.y * sin(u_time * 0.38684338785189853), 0.034936214433779145)); pct.b=pct.b; color=mix(colorA,colorB,pct); gl_FragColor=vec4(color,1.); }

#threejs #shader #fragment #webgl #generative #abstract #Álamo(El)#ES #40.232841 #-3.9873 #scattered_clouds #28.18°C

#define MAX_OCTAVES 7 uniform vec2 u_resolution; float map(float value,float min1,float max1,float min2,float max2){ return min2+(value-min1)*(max2-min2)/(max1-min1); } float random(in vec2 st){ return fract(sin(dot(st.xy,vec2(12.9898,78.233)))*43758.5453123); } float noise(in vec2 st){ vec2 i=floor(st); vec2 f=fract(st); float a=random(i); float b=random(i+vec2(1.,.0)); float c=random(i+vec2(.0,1.)); float d=random(i+vec2(1.,1.)); vec2 u=f*f*(3.-2.*f); return mix(a,b,u.x)+(c-a)*u.y*(1.-u.x)+(d-b)*u.x*u.y; } float fbm(in vec2 n,in float l){ float v=.0; float lacunarity=2.; float a=.75; n*=l; for(int i=0;i0.;i--){ y=i/(7.0*i)*m*(fbm(.2*m*coords*i,1./(7.0+i))-.75)+i*2./(7.0+i); pct=plot(st,y); color=mix(color,vec3(map(i,.0,7.0,colorA.r,colorB.r),map(i,.0,7.0,colorA.g,colorB.g),map(i,.0,7.0,colorA.b,colorB.b)),pct); } gl_FragColor=vec4(color,1.); }

#threejs #shader #fragment #landscape #generative #procedural #Arris #DZ #35.258808 #6.34706 #scattered_clouds #29°C

#define MAX_OCTAVES 7 uniform vec2 u_resolution; float map(float value,float min1,float max1,float min2,float max2){ return min2+(value-min1)*(max2-min2)/(max1-min1); } float random(in vec2 st){ return fract(sin(dot(st.xy,vec2(12.9898,78.233)))*43758.5453123); } float noise(in vec2 st){ vec2 i=floor(st); vec2 f=fract(st); float a=random(i); float b=random(i+vec2(1.,.0)); float c=random(i+vec2(.0,1.)); float d=random(i+vec2(1.,1.)); vec2 u=f*f*(3.-2.*f); return mix(a,b,u.x)+(c-a)*u.y*(1.-u.x)+(d-b)*u.x*u.y; } float fbm(in vec2 n,in float l){ float v=.0; float lacunarity=2.; float a=.75; n*=l; for(int i=0;i0.;i--){ y=i/(4.0*i)*m*(fbm(.2*m*coords*i,1./(4.0+i))-.75)+i*2./(4.0+i); pct=plot(st,y); color=mix(color,vec3(map(i,.0,4.0,colorA.r,colorB.r),map(i,.0,4.0,colorA.g,colorB.g),map(i,.0,4.0,colorA.b,colorB.b)),pct); } gl_FragColor=vec4(color,1.); }

#threejs #shader #fragment #landscape #generative #procedural #Hayn #DE #50.933331 #11.16667 #scattered_clouds #19°C

#define PI 3.14159265359 uniform vec2 u_resolution; uniform float u_time; void main(){ vec3 colorA=vec3(0.568,1,0.45999999999999996); vec3 colorB=vec3(0.8903333333333334,1,0.8600000000000001); vec2 st=gl_FragCoord.xy/u_resolution.xy; vec3 color=vec3(.0); vec3 pct=vec3(refract(st.x * sin(u_time * 0.7913525661470427), floor(mix(1., 1. * cos(u_time * 0.549500086987666), pow(1. * (st.x * cos(u_time * 0.519075974597267)), mod(refract(1. * (clamp(mod(refract(sqrt(st.x * sin(u_time * 0.46582532100949026)), 1., st.x), 0.42720299508491), reflect(ceil(refract(0.27030857312581347, length(1.), smoothstep(0.9556743061520503, 1. * (length(1.), st.x, st.y), length(1. * cos(u_time * 0.8496350108872857))))), st.y), 0.19059253602106851), exp(0.10617342711796496), 1. * (st.x * cos(u_time * 0.4178557633663019), clamp(length(1.), 1. * tan(u_time * 0.42915698709922023), 0.8947554174185974))), mix(st.y, 0.04820857602370543, exp(st.y)), refract(0.7463405284026877, mod(0.0055699372163763305, st.y * tan(u_time * 0.6216229218035021)), st.y)), st.y * cos(u_time * 0.1244837649779631))))), 0.5405035650587688)); pct.r=pct.r; pct.g=pct.g; pct.b=1. * (smoothstep(1., st.x, pow(dot(0.5584112362070568, 1.), 1.)), st.y * tan(u_time * 0.2098919821388825), clamp(0.9493846199161912, 1. * tan(u_time * 0.3466204555278394), st.x * tan(u_time * 0.29467078440447914))); color=mix(colorA,colorB,pct); gl_FragColor=vec4(color,1.); }

#threejs #shader #fragment #webgl #generative #abstract #Eberhardzell #DE #48 #9.81667 #scattered_clouds #24.21°C

#define PI 3.14159265359 uniform vec2 u_resolution; uniform float u_time; void main(){ vec3 colorA=vec3(0.4720000000000001,0.9999999999999999,0.3400000000000002); vec3 colorB=vec3(0.7100000000000001,1,0.41999999999999993); vec2 st=gl_FragCoord.xy/u_resolution.xy; vec3 color=vec3(.0); vec3 pct=vec3(sign(0.6437036018043181)); pct.r=1.; pct.g=pct.g; pct.b=1. * (0.7397810621517475, ceil(step(mix(st.x, step(1. * (smoothstep(0.8976200319181489, mix(st.y * cos(u_time * 0.30509772309299654), st.x * tan(u_time * 0.5335311406874743), st.y), step(0.78705736174236, 0.8087698673024972)), 1. * cos(u_time * 0.09607514260761807), 0.06167724332328062), st.x * tan(u_time * 0.8382081114526039)), 1. * tan(u_time * 0.25790314293950667)), clamp(abs(min(sign(0.7505929576062387), min(floor(st.y * cos(u_time * 0.876548611089818)), dot(max(0.7361382194642532, 1. * (0.5290550545012369, clamp(floor(0.7822711430945068), 0.7537875320713481, step(dot(1. * cos(u_time * 0.5116061255551239), dot(exp(st.x * sin(u_time * 0.09757913906194537)), st.y)), 0.7752996358025019)))), 0.45439502872591553)))), st.y, 1. * (clamp(1., st.y * cos(u_time * 0.7988006373861352), 1. * tan(u_time * 0.6943199979659369)), distance(st.y, clamp(st.x, mod(1. * (0.2888878715675407), mod(refract(reflect(pow(1. * (inversesqrt(1.), 1. * (0.8556566905254905, mod(fract(max(0.4087156328563495, 0.172245897629143)), fract(st.y))), exp2(mod(1. * tan(u_time * 0.8995861228586923), refract(0.36436935571345375, st.y * cos(u_time * 0.865166567904526), length(inversesqrt(step(0.5519555777165324, 0.687243301839161))))))), sqrt(1.)), 1. * tan(u_time * 0.014478547825067078)), floor(refract(st.x * cos(u_time * 0.3885101309392758), 0.22572284600780756, sign(0.024372913324943513))), mix(reflect(sqrt(smoothstep(0.6506399366045459, st.y * tan(u_time * 0.21363644100894885), st.x * sin(u_time * 0.13014163070808826))), 1.), inversesqrt(ceil(mod(distance(0.0969445251889649, st.x), exp2(refract(st.x, abs(0.5709772761478529), step(1. * (0.8757546336979476), fract(st.y * tan(u_time * 0.6497748527962854)))))))), st.y * sin(u_time * 0.07902961757732974))), smoothstep(exp(0.5873642960726237), mod(1. * (1. * cos(u_time * 0.8768241191976289), distance(1. * tan(u_time * 0.08400512232307755), 1. * sin(u_time * 0.12936766691844404)), ceil(0.30496173934462134)), clamp(clamp(st.y, 0.17200972862024377, st.y * tan(u_time * 0.09408449677509734)), 0.19009197696668578, refract(clamp(1. * (0.4167491460852317, 0.20180958336572652), 1., smoothstep(0.56694357538339, st.x * tan(u_time * 0.7512324327709361), fract(1. * (smoothstep(0.3952702198918392, 0.03140770835709006, 1.), 1. * sin(u_time * 0.7623269803829251))))), st.x * cos(u_time * 0.4123146467202068), mix(mod(st.y * cos(u_time * 0.28754065767110193), 1. * tan(u_time * 0.02857830140494677)), dot(refract(1. * (mix(mix(0.10405010472044607, st.x, 1. * cos(u_time * 0.5236428028521898)), step(1., 1.), log(st.y * cos(u_time * 0.7249112066414269))), min(length(log(st.y)), st.y)), sign(dot(0.6469568763756017, 0.4579104278923083)), fract(smoothstep(0.7421472287731854, smoothstep(mix(1., st.x * cos(u_time * 0.6375487257482713), distance(abs(ceil(0.6853209814512113)), 0.7534640579118532)), st.x * tan(u_time * 0.34635891971928356), dot(exp(1.), 0.11067975626342474)), st.x * tan(u_time * 0.5516231224875017)))), st.x), length(0.5610323276394937))))), 0.975752178670575))), 1. * (0.0026797136050717985, abs(1.), length(0.06512299920352183))))))))); color=mix(colorA,colorB,pct); gl_FragColor=vec4(color,1.); }

#threejs #shader #fragment #webgl #generative #abstract #Rebra #RO #47.316669 #24.5 #scattered_clouds #24.91°C

#define PI 3.14159265359 uniform vec2 u_resolution; uniform float u_time; void main(){ vec3 colorA=vec3(0.15999999999999992,1,0.9580000000000003); vec3 colorB=vec3(0.9963333333333333,1,0.78); vec2 st=gl_FragCoord.xy/u_resolution.xy; vec3 color=vec3(.0); vec3 pct=vec3(mod(1. * (st.x * cos(u_time * 0.6498183928204794), 1. * sin(u_time * 0.37544523140734576), 1. * sin(u_time * 0.551580737158782)), exp2(max(st.x, st.x * sin(u_time * 0.9135408499594836))))); pct.r=st.y * sin(u_time * 0.885963655759012); pct.g=0.21751209405623007; pct.b=pct.b; color=mix(colorA,colorB,pct); gl_FragColor=vec4(color,1.); }

#threejs #shader #fragment #webgl #generative #abstract #Rusanesti #RO #43.933331 #24.6 #scattered_clouds #17.47°C

#define PI 3.14159265359 uniform vec2 u_resolution; uniform float u_time; void main(){ vec3 colorA=vec3(0.1200000000000001,1,0.9560000000000003); vec3 colorB=vec3(0.98,0.35933333333333334,0); vec2 st=gl_FragCoord.xy/u_resolution.xy; vec3 color=vec3(.0); vec3 pct=vec3(1.); pct.r=pct.r; pct.g=1. * tan(u_time * 0.9913394159442843); pct.b=0.7288796161789433; color=mix(colorA,colorB,pct); gl_FragColor=vec4(color,1.); }