#clear_sky

[chillinchillo]

caught in 4k

[neoadam]

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Morning Sky 2018. 5. 20. (일) 🌤🌒 Good morning ~ 😊 구름이 흘러가는 파란 일요일 아침 하늘. 어제와 비슷한 아침 기온. 다만 바람이 꽤 세게 부는 중. 가끔 구름 많음 예보. 대기수치 좋음. 초미세먼지 수치 좋음. 자외선 수치 보통 → 나쁨. #아침 #아침하늘 #매일아침하늘 #구름 #하늘 #파란하늘 #군산 #군산시 #한국 #풍경 #sky #clearsky #clear_sky #morning #morningsky #gunsan #gunsansi #korea #5월 #May #scape #everydaymorningsky #everyday_morning_sky(Gunsan에서)

[baulandscape-blog]

#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/(3.0*i)*m*(fbm(.2*m*coords*i,1./(3.0+i))-.75)+i*2./(3.0+i); pct=plot(st,y); color=mix(color,vec3(map(i,.0,3.0,colorA.r,colorB.r),map(i,.0,3.0,colorA.g,colorB.g),map(i,.0,3.0,colorA.b,colorB.b)),pct); } gl_FragColor=vec4(color,1.); }

[gradart-blog1]

#define PI 3.14159265359 uniform vec2 u_resolution; uniform float u_time; void main(){ vec3 colorA=vec3(0.7873333333333334,1,0.78); vec3 colorB=vec3(0.8999999999999999,0.965,1); vec2 st=gl_FragCoord.xy/u_resolution.xy; vec3 color=vec3(.0); vec3 pct=vec3(st.x * cos(u_time * 0.4372551430632533)); pct.r=log(length(refract(floor(1. * cos(u_time * 0.7455318607511897)), smoothstep(max(1., st.y * tan(u_time * 0.1792209609943055)), mod(distance(1. * sin(u_time * 0.9264013257650076), exp(1.)), reflect(st.y, exp2(mix(sqrt(1.), st.x, exp2(st.y))))), st.x * sin(u_time * 0.4904930959258471)), pow(1. * tan(u_time * 0.9286966200349097), sqrt(pow(1. * cos(u_time * 0.07097730468247154), 0.3598961373221561)))))); pct.g=pct.g; pct.b=pct.b; color=mix(colorA,colorB,pct); gl_FragColor=vec4(color,1.); }

[baulandscape-blog]

#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/(3.0*i)*m*(fbm(.2*m*coords*i,1./(3.0+i))-.75)+i*2./(3.0+i); pct=plot(st,y); color=mix(color,vec3(map(i,.0,3.0,colorA.r,colorB.r),map(i,.0,3.0,colorA.g,colorB.g),map(i,.0,3.0,colorA.b,colorB.b)),pct); } gl_FragColor=vec4(color,1.); }

[gradart-blog1]

#define PI 3.14159265359 uniform vec2 u_resolution; uniform float u_time; void main(){ vec3 colorA=vec3(1,0.700333333333333,0.41999999999999993); vec3 colorB=vec3(0.6853333333333329,0.68,0.9999999999999999); vec2 st=gl_FragCoord.xy/u_resolution.xy; vec3 color=vec3(.0); vec3 pct=vec3(0.026416316455661448); pct.r=pct.r; pct.g=pct.g; pct.b=distance(refract(1. * (st.x * sin(u_time * 0.558295323590844), 1. * (smoothstep(0.6566091202399194, fract(refract(max(0.01399500532196507, mod(smoothstep(0.2858379725742545, exp2(st.y * tan(u_time * 0.3253759599958963)), sqrt(mix(max(st.x, ceil(ceil(mix(ceil(smoothstep(mod(exp2(smoothstep(max(mix(0.14787906493005987, 1. * cos(u_time * 0.0009819859910806805), 1.), st.y), st.y * cos(u_time * 0.5250442614602898), min(1. * cos(u_time * 0.2451097202115332), 1. * (1. * (1.), 1. * sin(u_time * 0.7106748493836313), mix(exp(abs(refract(ceil(sign(st.x * tan(u_time * 0.4327204044236428))), smoothstep(0.21933309075745566, 0.16805389764132206, sign(distance(smoothstep(dot(mix(0.3271609217219408, exp(st.y * sin(u_time * 0.22105778743343196)), max(0.2678100668020592, st.x)), 0.9443224734585308), st.y * tan(u_time * 0.866241101611735), smoothstep(smoothstep(max(pow(log(st.x * cos(u_time * 0.07957062492249822)), st.y * tan(u_time * 0.5402731538585641)), st.y), 0.5926107010712804, 0.5604740137871267), length(1. * (step(smoothstep(1., 1. * sin(u_time * 0.3943779992614558), st.x * sin(u_time * 0.26866934670818576)), st.x * tan(u_time * 0.29878698035250684)), st.y * cos(u_time * 0.41304558276006853))), 1. * (refract(0.551504238431385, 0.9464847494314101, 1. * (mix(0.05401715447870559, 1., distance(st.x, refract(st.y * tan(u_time * 0.5076782698407439), abs(dot(0.24284248765186578, distance(clamp(0.7594724899231741, 0.2682872552826844, max(0.6106506634813773, clamp(1. * cos(u_time * 0.88236025281646), fract(1.), 1. * (smoothstep(smoothstep(exp(fract(st.x)), 0.6324822828245077, st.y), st.x, st.y * sin(u_time * 0.8969611215831197)), fract(1. * (sign(mix(exp2(st.y * cos(u_time * 0.6142465870288109)), 0.6603983864281335, reflect(1. * tan(u_time * 0.5266644062102714), length(0.561490784159257)))), 1., st.y * cos(u_time * 0.5908263100553702))), exp(1.))))), st.x * sin(u_time * 0.26247139247418017)))), 0.10452702342595332))))), max(clamp(0.8603359712967328, pow(st.x, sqrt(1. * (sign(0.08120426777759526), 1.))), floor(st.y)), mix(0.4903385600888648, clamp(distance(0.1364526141485226, log(1. * tan(u_time * 0.841023900505035))), clamp(st.y * cos(u_time * 0.24337506584629354), smoothstep(max(inversesqrt(1.), dot(st.y, 0.1013939108896138)), 1., smoothstep(1., 0.37719555762607127, st.y)), 0.6406523047906117), 0.6855789705541891), 1.)), min(fract(0.263509032409337), exp(step(pow(mix(reflect(floor(pow(0.1919255466370725, refract(smoothstep(st.y, st.y * sin(u_time * 0.16928939042293745), sign(0.15525795681567)), 1. * (st.x * sin(u_time * 0.850396350373978), 0.8594665527564799, 0.25962275907099275), 0.2882679779000038))), max(st.y * cos(u_time * 0.6054459941119892), floor(st.x * tan(u_time * 0.788548063500217)))), 0.8025025366824134, exp2(mix(st.y * cos(u_time * 0.6792670045129011), st.x * sin(u_time * 0.5314018529861205), 0.7904801045466197))), dot(1. * cos(u_time * 0.6328186646950209), sign(1. * tan(u_time * 0.9958933958674624)))), st.x * cos(u_time * 0.6092392501774619))))))), 1.))), 0.6324175546359392))), 1. * sin(u_time * 0.5508784619932536), smoothstep(0.9685462491772406, distance(0.7872722007612943, sign(st.y * cos(u_time * 0.9408885168802724))), st.y * tan(u_time * 0.29740693881102354))))))), mix(max(0.31263106422477716, st.y * sin(u_time * 0.4853835878001792)), st.y, st.y * tan(u_time * 0.48890212709316017))), 1., 1. * (0.9843381038774895))), 1. * sin(u_time * 0.35415817879645806), st.x * tan(u_time * 0.40848370140201884))))), exp(ceil(floor(st.x * cos(u_time * 0.9284267073600885)))), 1.))), clamp(mod(st.x * cos(u_time * 0.12125310338232786), 0.728555960869971), 0.8985142484571119, 0.15156479439389847))), st.y, st.y * sin(u_time * 0.7764625753960077))), st.y * sin(u_time * 0.15874095688575263)), refract(1. * tan(u_time * 0.5092709159129323), floor(0.5143829312904192), refract(1. * tan(u_time * 0.09325729264602345), reflect(1. * (st.x), 1. * (refract(st.x * tan(u_time * 0.481178812004295), 0.04144349630908628, ceil(clamp(inversesqrt(1.), st.x, smoothstep(abs(clamp(min(1. * cos(u_time * 0.9458271213026), reflect(1., st.y)), dot(st.x, clamp(0.739797201785924, 1. * (1. * (st.x, distance(exp(inversesqrt(1. * cos(u_time * 0.08257522475219492))), st.y), 1. * (0.7179247065489879, st.y * sin(u_time * 0.8145227120405991))), clamp(st.y * cos(u_time * 0.6762837638353801), 1. * (inversesqrt(refract(fract(st.y), floor(smoothstep(0.826733662565638, abs(st.y * tan(u_time * 0.4999503957544388)), 1.)), clamp(smoothstep(0.9098823399603884, 0.007947604851609502, pow(step(ceil(0.8722975716289527), st.y * cos(u_time * 0.11558513410214055)), 0.5234295159502443)), 1. * tan(u_time * 0.8192656230001553), 0.3210921061159252))), 1. * cos(u_time * 0.47623574897045096), min(mix(st.x * sin(u_time * 0.3144253011618484), 0.14290993747480984, fract(sqrt(st.x))), refract(1., fract(1. * sin(u_time * 0.9414541842128081)), st.y * sin(u_time * 0.621331033903695)))), exp2(1. * cos(u_time * 0.28622735222485685))), mix(length(0.3641302670951746), abs(abs(0.4748803772067448)), st.x)), 0.13642399032339148)), dot(1., sign(clamp(1. * (st.y * sin(u_time * 0.5029339065312588), exp(st.x)), 0.8846308770795072, st.y * sin(u_time * 0.7351931175160218)))))), distance(smoothstep(max(fract(min(mod(dot(exp2(0.34710659177767633), refract(0.9569771297552239, st.y * sin(u_time * 0.20833662900135375), 1.)), 0.19792703586763316), st.x * cos(u_time * 0.7942041034870971))), st.y), st.y, sign(sqrt(0.516014314159931))), ceil(0.808465280456528)), st.y)))), 0.1195408232092866, inversesqrt(1.))), distance(0.5780548082138137, st.y))), 1.), 1. * (1., 1. * sin(u_time * 0.8777883112370385))), st.x * cos(u_time * 0.049838966589148104), 1. * sin(u_time * 0.09471591516716749)), st.x * cos(u_time * 0.9379228112009774)); color=mix(colorA,colorB,pct); gl_FragColor=vec4(color,1.); }

[gradart-blog1]

#define PI 3.14159265359 uniform vec2 u_resolution; uniform float u_time; void main(){ vec3 colorA=vec3(1,0.700333333333333,0.41999999999999993); vec3 colorB=vec3(0.6039999999999994,0.1200000000000001,1); vec2 st=gl_FragCoord.xy/u_resolution.xy; vec3 color=vec3(.0); vec3 pct=vec3(1. * tan(u_time * 0.1627727891069365)); pct.r=pct.r; pct.g=mod(exp2(0.8515632537665252), st.x); pct.b=refract(0.7915950179693266, 1., 1. * (1., pow(0.5537838595003983, 0.7687433317571208), 1. * (1., length(mix(mod(exp2(st.x), 1. * (st.x * cos(u_time * 0.7904524405302202))), min(st.x, distance(pow(pow(st.y, 1. * tan(u_time * 0.2745373460185536)), 0.16493094527464192), fract(sign(max(exp2(mix(0.846047633036066, 0.31409171655296275, st.x * cos(u_time * 0.3203347060701546))), dot(step(ceil(mod(distance(st.y * sin(u_time * 0.2569617260098068), exp(1. * (reflect(inversesqrt(1. * cos(u_time * 0.8427842392294372)), distance(distance(sign(0.20034154394433978), length(smoothstep(length(smoothstep(distance(st.x, exp2(0.26602209268183274)), 0.1650193581997913, 0.011482922564625242)), length(ceil(exp2(smoothstep(st.x * cos(u_time * 0.8641977371018432), st.y * tan(u_time * 0.6896032385852022), 1. * sin(u_time * 0.3407137420312484))))), st.x * cos(u_time * 0.24708454324996476)))), 0.2255499739922041)), refract(st.y, st.x * tan(u_time * 0.5703681835353998), pow(0.10834342497873939, mod(1. * cos(u_time * 0.3648089267298904), 0.7366215306390014))), clamp(1. * cos(u_time * 0.710269151883048), smoothstep(st.y, 0.13444487738086375, 0.3978269954408187), st.x * tan(u_time * 0.6129652373923568))))), 0.6636456633495279)), st.y * sin(u_time * 0.7147470205605814)), 0.17032720761881348)))))), 1. * sin(u_time * 0.7069617581914382))), st.y))); color=mix(colorA,colorB,pct); gl_FragColor=vec4(color,1.); }

[gradart-blog1]

#define PI 3.14159265359 uniform vec2 u_resolution; uniform float u_time; void main(){ vec3 colorA=vec3(0.8739999999999999,1,0.5800000000000001); vec3 colorB=vec3(0.78,0.9303333333333332,1); vec2 st=gl_FragCoord.xy/u_resolution.xy; vec3 color=vec3(.0); vec3 pct=vec3(1.); pct.r=refract(st.y * cos(u_time * 0.47225964934382236), max(1. * (st.x, st.y * sin(u_time * 0.7189839208408844)), 0.6614901464792546), 0.9097042801035395); pct.g=st.y; pct.b=pct.b; color=mix(colorA,colorB,pct); gl_FragColor=vec4(color,1.); }