0x9cb7…1c06

All memos sent from and to 0x9cb7…1c06.

0x9cb707b9…1c06sent to0x99a9b7c1…b0692023-10-01·#18,257,004·0x30be962c…944fb4

Lumina engages in the delicate interplay of curved, organic lines and abstract forms, weaving a surreal narrative filled with rhythm and dynamism. It illustrates dreamy imagery of cosmic phenomena such as electromagnetic waves, magnetic reconnection, and gravitational pull. In its composition, Lumina balances fluid and structured elements, vibrant and muted tones. The artwork’s glitchy and distorted textures, reminiscent of cosmic noise and stellar interference, further enhance its spatial narrative, offering a visual echo of the cosmic phenomena. Lumina lies in its balanced integration of organic and digital elements. The first layer of the artwork, crafted with p5.js and a fBm shader, forms an organic texture, adding a swirl to give dynamism and generates diverse color palettes; establishing a visual field. This organic layer is then intertwined with a digital layer, where a custom fragment shader introduces subtle distortions and glitches, adding depth, complexity and luminance to the pieces. The inclusion of noise (and its artifacts) and various mathematical functions imbue the collection with a dreamlike ambiance. **URL Parameters:** ?resolution=5000 : to render as 2812x5000 px ?resolution=4000 : to render as 2250x4000 px ?resolution=3000 : to render as 1687x3000 px (default) **Press [S] in live view to save as .png** This work involves intensive GPU processing. It's advisable to use modern hardware and ensure your browser's hardware acceleration is enabled for optimal performance. Using the Chrome browser on a desktop equipped with a high-end GPU is highly recommended. See website for more details about the collection.

0x9cb707b9…1c06sent to0x99a9b7c1…b0692023-09-30·#18,250,793·0x7bf95add…07cf5d

Lumina engages in the delicate interplay of curved, organic lines and abstract forms, weaving a surreal narrative filled with rhythm and dynamism. It illustrates dreamy imagery of cosmic phenomena such as electromagnetic waves, magnetic reconnection, and gravitational pull. In its composition, Lumina balances fluid and structured elements, vibrant and muted tones. The artwork’s glitchy and distorted textures, reminiscent of cosmic noise and stellar interference, further enhance its spatial narrative, offering a visual echo of the cosmic phenomena. Lumina lies in its balanced integration of organic and digital elements. The first layer of the artwork, crafted with p5.js and a fBm shader, forms an organic texture, adding a swirl to give dynamism and generates diverse color palettes; establishing a visual field. This organic layer is then intertwined with a digital layer, where a custom fragment shader introduces subtle distortions and glitches, adding depth, complexity and luminance to the pieces. The inclusion of noise (and its artifacts) and various mathematical functions imbue the collection with a dreamlike ambiance. **URL Parameters:** ?resolution=5000 : to render as 2812x5000 px ?resolution=4000 : to render as 2250x4000 px ?resolution=3000 : to render as 1687x3000 px (default) **Press [S] in live view to save a .png** This work involves intensive GPU processing. It's advisable to use modern hardware and ensure your browser's hardware acceleration is enabled for optimal performance. Using the Chrome browser on a desktop equipped with a high-end GPU is highly recommended. See website for more details about the collection.

0x9cb707b9…1c06sent to0x99a9b7c1…b0692023-09-30·#18,250,730·0x1619645a…a5ac0e

Lumina engages in the delicate interplay of curved, organic lines and abstract forms, weaving a surreal narrative filled with rhythm and dynamism. It illustrates dreamy imagery of cosmic phenomena such as electromagnetic waves, magnetic reconnection, and gravitational pull. In its composition, Lumina balances fluid and structured elements, vibrant and muted tones. The artwork’s glitchy and distorted textures, reminiscent of cosmic noise and stellar interference, further enhance its spatial narrative, offering a visual echo of the cosmic phenomena. Lumina lies in its balanced integration of organic and digital elements. The first layer of the artwork, crafted with p5.js and a fBm shader, forms an organic texture, adding a swirl to give dynamism and generates diverse color palettes; establishing a visual field. This organic layer is then intertwined with a digital layer, where a custom fragment shader introduces subtle distortions and glitches, adding depth, complexity and luminance to the pieces. The inclusion of noise (and its artifacts) and various mathematical functions imbue the collection with a dreamlike ambiance. **Press [S] in live view to save a .png** **URL Parameters:** ?resolution=5000 : to render as 2812x5000 px ?resolution=4000 : to render as 2250x4000 px ?resolution=3000 : to render as 1687x3000 px (default) This work involves intensive GPU processing. It's advisable to use modern hardware and ensure your browser's hardware acceleration is enabled for optimal performance. Using the Chrome browser on a desktop equipped with a high-end GPU is highly recommended. See website for more details about the collection.

0x9cb707b9…1c06sent to0x99a9b7c1…b0692023-09-30·#18,249,880·0x5385250a…1b91fc

"Lumina" engages in the delicate interplay of curved, organic lines and abstract forms, weaving a surreal narrative filled with rhythm and dynamism. It illustrates dreamy imagery of cosmic phenomena such as electromagnetic waves, magnetic reconnection, and gravitational pull. In its composition, "Lumina" balances fluid and structured elements, vibrant and muted tones. The artwork's glitchy and distorted textures, reminiscent of cosmic noise and stellar interference, further enhance its spatial narrative, offering a visual echo of the cosmic phenomena. "Lumina" lies in its balanced integration of organic and digital elements The first layer of the artwork, crafted with p5.js and a fBm shader, forms organic textures and generates diverse color palettes, establishing a visual field. This organic layer is then intertwined with a digital layer, where a custom fragment shader introduces subtle distortions and glitches, adding depth, complexity and luminance to the pieces. The inclusion of noise (and its artifacts) and various mathematical functions imbue the collection with a dreamlike ambiance. **Press [S] in live view to save a .png in 1687x3000 px.** This work involves intensive GPU processing. It's advisable to use modern hardware and ensure your browser's hardware acceleration is enabled for optimal performance. Using the Chrome browser on a desktop equipped with a high-end GPU is highly recommended. See website for more details about the collection.

0x9cb707b9…1c06sent to0x99a9b7c1…b0692023-09-30·#18,249,877·0xff3d3d0c…0e6f7a

https://distcollective.xyz/art/lumina/

0x9cb707b9…1c06sent to0x99a9b7c1…b0692023-09-30·#18,249,738·0xc6ac61f8…c3cedf

Lumina engages in the delicate interplay of curved, organic lines and abstract forms, weaving a surreal narrative filled with rhythm and dynamism. It illustrates dreamy imagery of cosmic phenomena such as electromagnetic waves, magnetic reconnection, and gravitational pull. In its composition, Lumina balances fluid and structured elements, vibrant and muted tones. The artworks' glitchy and distorted textures, reminiscent of cosmic noise and stellar interference, further enhance its spatial narrative, offering a visual echo of the cosmic phenomena. Lumina lies in its balanced integration of organic and digital elements. The first layer of the artwork, crafted with p5.js and a fBm shader, forms an organic texture, adding a swirl to give dynamism and generates diverse color palettes; establishing a visual field. This organic layer is then intertwined with a digital layer, where a custom fragment shader introduces subtle distortions and glitches, adding depth, complexity and luminance to the pieces. The inclusion of noise (and its artifacts) and various mathematical functions imbue the collection with a dreamlike ambiance. **Press [S] in live view to save as .png** **URL Parameters:** ?resolution=5000 : to save as 2812x5000px .png ?resolution=4000 : to save as 2250x4000px .png ?resolution=3000 : to save as 1687x3000px .png (default) This work involves intensive GPU processing. It's advisable to use modern hardware and ensure your browser's hardware acceleration is enabled for optimal performance. Using the Chrome browser on a desktop equipped with a high-end GPU is highly recommended. See website for more details about the collection and making of.

0x9cb707b9…1c06sent to0x99a9b7c1…b0692023-09-30·#18,249,644·0xd460e7c5…6b7fc8

Lumina engages in the delicate interplay of curved, organic lines and abstract forms, weaving a surreal narrative filled with rhythm and dynamism. It illustrates dreamy imagery of cosmic phenomena such as electromagnetic waves, magnetic reconnection, and gravitational pull. In its composition, Lumina balances fluid and structured elements, vibrant and muted tones. The artworks' glitchy and distorted textures, reminiscent of cosmic noise and stellar interference, further enhance its spatial narrative, offering a visual echo of the cosmic phenomena. Lumina lies in its balanced integration of organic and digital elements. The first layer of the artwork, crafted with p5.js and a fBm shader, forms an organic texture, adding a swirl to give dynamism and generates diverse color palettes; establishing a visual field. This organic layer is then intertwined with a digital layer, where a custom fragment shader introduces subtle distortions and glitches, adding depth, complexity and luminance to the pieces. The inclusion of noise (and its artifacts) and various mathematical functions imbue the collection with a dreamlike ambiance. **Press [S] in live view to save as .png** This work involves intensive GPU processing. It's advisable to use modern hardware and ensure your browser's hardware acceleration is enabled for optimal performance. Using the Chrome browser on a desktop equipped with a high-end GPU is highly recommended. See website for more details about the collection and making of.

0x9cb707b9…1c06sent to0x99a9b7c1…b0692023-09-29·#18,244,058·0xd0ae50aa…0d86c9

0x9cb707b9…1c06sent to0x99a9b7c1…b0692023-09-29·#18,243,755·0xf4798f10…492ed1

0x9cb707b9…1c06sent to0x99a9b7c1…b0692023-09-29·#18,243,717·0xc9f38d7f…5529de

0x9cb707b9…1c06sent to0x25355336…303b2023-09-10·#18,106,135·0x3173da4e…24fa3d

https://euc.li/distcollective.eth

0x9cb707b9…1c06sent to0x9f79e46a…77942023-06-23·#17,541,859·0x8084ba13…d6ee3b

Instructions; [space]: to pause and unpause [s]: saves the current canvas Click with cursor/tap with finger: populate the canvas and change the course of the animation To fully experience this artwork, it is recommended to open it in live view. There might be slight color variations between different aspect ratios -- "Life has a rhythm; it's constantly in motion"(Roebers, 2010), and embracing the notion that failure guides evolution(Whitehead, 1999). Aesthetics of Failure explores the organic fusion of two contrasting textures, seeking beauty within this blend. Dedicated to and inspired by Kim Cascone's article "The Aesthetics of Failure: Post-Digital Tendencies in Contemporary Computer Music"(2000), this collection employs custom shaders and p5.js to manipulate pixels and generate real-time animations that continuously evolve based on autonomous algorithmic choices. If the viewers choose to engage with the animation, they become active participants in shaping the artwork. By clicking and interacting with the animation, viewers populate the canvas and influence the computer's decision-making process. This interaction leads to a dynamic interplay between the human and the computer, blurring the boundaries in expression between creator, experiencer and the evolving creation. The animation's movement is guided by a steady rhythm, allowing viewers to perceive and adapt to the changes unfolding within the canvas. The computer continuously generates a stream of gestures, resulting in an ever-changing array of textures. Each gesture introduces new elements to the canvas, creating a fusion of watercolor-like forms and glitchy textures.

0x9cb707b9…1c06sent to0x9f79e46a…77942023-06-17·#17,501,704·0x5fcd852a…f567b8

let w,h,pix=1,s,c,pg,pg2,img,sh,f,g,k,frameMod,pgStr,hyperMeter,blurShader,blurShader2,seed,contChooser,celColChooser,onOffChooser,sqChooser,sqTriChooser,borderStr,monoChooser,darkSat,darkHue,contStr,uOctave,monoStr,coun=0,shaderChooser,shaderChooser2,rect1X,rect1Y,rect1W,rect1H,rect2X,rect2Y,border,triChooser,blockChooser,blockColor,blockColor2,sqStr,stopCount=1,fr,dirC,durC,bgMult,eW,minDim,R,seedCounter1,seedCounter2,seedCounter3,theVertex=` #ifdef GL_ES precision highp float; #endif attribute vec3 aPosition; attribute vec2 aTexCoord; varying vec2 vTexCoord; void main() { vTexCoord = aTexCoord; vec4 positionVec4 = vec4(aPosition, 1.0); positionVec4.xy = positionVec4.xy * 2.0 - 1.0; gl_Position = positionVec4; } `,b1Frag=` precision highp float; #define PI 3.14159265359 varying vec2 vTexCoord; uniform sampler2D uTexture0; uniform float u_time; uniform vec2 uResolution; uniform float u_octave; uniform float u_fbmAmp; uniform float u_roundness; uniform float u_angleC; highp float random(vec2 co) { highp float a = 12.9898; highp float b = 78.233; highp float c = 43758.5453; highp float dt= dot(co.xy ,vec2(a,b)); highp float sn= mod(dt,3.14); return fract(sin(sn) * c); } float noise (in vec2 st) { vec2 i = floor(st); vec2 fu = fract(st); float a = random(i); float b = random(i + vec2(1.0, 0.0)); float c = random(i + vec2(0.0, 1.0)); float d = random(i + vec2(1.0, 1.0)); vec2 u = fu * fu * (3.0 - 2.0 * fu); return mix(a, b, u.x) + (c - a)* u.y * (1.0 - u.x) + (d - b) * u.x * u.y; } #define OCTAVES 4 float fbm (in vec2 st) { // Initial values float value = 0.0; float amplitude = 0.25; float frequency = 0.1; for (int i = 0; i < OCTAVES; i++) { value += amplitude* noise(st); st *= u_octave + u_time/100.0; amplitude *= .45; } return value; } float fbm6( in vec2 p ) { vec2 q = vec2( fbm( p + vec2(0.0,u_roundness) ),fbm( p + vec2(0.0,2.0) ) ); vec2 r = vec2( fbm( p + 4.0*q + vec2(4.0,3.0)),fbm( p + 4.0*q + vec2(u_angleC * 4.0,0.0))); return fbm( p + u_fbmAmp* r ); // 2.0, 6.0 } void main() { vec2 st = gl_FragCoord.xy/uResolution.xy; vec2 uv = vTexCoord; uv.y = 1.0 - uv.y; vec2 texelSize = 1.0 / uResolution; vec2 offset; float scale = 0.1; float offset2 = 0.1; float angle; angle = noise(st + uv * 0.2) * PI * 2.0; //0.01 0.4 float radius = offset2; st *= scale; st *= radius * vec2(fract(angle * st.x), fract(angle / st.y)); offset = texelSize * vec2(4.0,4.0) - fbm6(uv) + 0.18; vec4 color = vec4(0.0); float div; color += texture2D(uTexture0, uv + vec2(offset.y, st.y)); color += texture2D(uTexture0, uv + vec2(-offset.y, st.y)); color += texture2D(uTexture0, uv + vec2(-offset.x, st.x)); color += texture2D(uTexture0, uv + vec2(offset.x, st.x)); color += texture2D(uTexture0, uv + vec2(offset.y, -st.y)); color += texture2D(uTexture0, uv + vec2(-offset.y, -st.y)); color += texture2D(uTexture0, uv + vec2(-offset.x, -st.x)); color += texture2D(uTexture0, uv + vec2(offset.x, -st.x)); div = 8.0; color /= div; gl_FragColor = color; } `,b2Frag=` precision highp float; #define PI 3.14159265359 varying vec2 vTexCoord; uniform sampler2D uTexture0; uniform float u_time; uniform vec2 uResolution; uniform float u_octave; uniform float u_fbmAmp; uniform float u_roundness; uniform float u_angleC; highp float random(vec2 co) { highp float a = 12.9898; highp float b = 78.233; highp float c = 43758.5453; highp float dt= dot(co.xy ,vec2(a,b)); highp float sn= mod(dt,3.14); return fract(sin(sn) * c); } float noise (in vec2 st) { vec2 i = floor(st); vec2 fu = fract(st); float a = random(i); float b = random(i + vec2(1.0, 0.0)); float c = random(i + vec2(0.0, 1.0)); float d = random(i + vec2(1.0, 1.0)); vec2 u = fu * fu * (3.0 - 2.0 * fu); return mix(a, b, u.x) + (c - a)* u.y * (1.0 - u.x) + (d - b) * u.x * u.y; } #define OCTAVES 4 float fbm (in vec2 st) { // Initial values float value = 0.0; float amplitude = 0.25; float frequency = 0.1; for (int i = 0; i < OCTAVES; i++) { value += amplitude* noise(st); st *= u_octave + u_time/100.0; amplitude *= .45; } return value; } float fbm6( in vec2 p ){ vec2 q = vec2( fbm( p + vec2(0.0,u_roundness) ),fbm( p + vec2(0.0,2.0) ) ); vec2 r = vec2( fbm( p + 4.0*q + vec2(4.0,3.0)),fbm( p + 4.0*q + vec2(u_angleC * 4.0,0.0))); return fbm( p + u_fbmAmp* r ); } void main() { vec2 st = gl_FragCoord.xy/uResolution.xy; vec2 uv = vTexCoord; uv.y = 1.0 - uv.y; vec2 texelSize = 1.0 / uResolution; vec2 offset; float scale = 0.1; float offset2 = 0.1; float angle; angle = noise(st + uv * 0.2) * PI * 2.0; //0.01 0.4 float radius = offset2; st *= scale; st *= radius * vec2(fract(angle * st.x), fract(angle / st.y)); offset = texelSize * vec2(4.0,4.0) - fbm6(uv) + 0.18; vec4 color = vec4(0.0); float div; color += texture2D(uTexture0, uv + vec2(offset.y, st.y)); color += texture2D(uTexture0, uv + vec2(-offset.y, st.y)); color += texture2D(uTexture0, uv + vec2(-offset.x, st.x)); color += texture2D(uTexture0, uv + vec2(offset.x, st.x)); color += texture2D(uTexture0, uv + vec2(offset.y, -st.y)); color += texture2D(uTexture0, uv + vec2(-offset.y, -st.y)); color += texture2D(uTexture0, uv + vec2(-offset.x, -st.x)); color += texture2D(uTexture0, uv + vec2(offset.x, -st.x)); div = 8.0; color /= div; gl_FragColor = color; } `,pixFrag=` #ifdef GL_ES precision highp float; #endif uniform vec2 resolution; uniform sampler2D pg; uniform sampler2D pg2; uniform sampler2D img; uniform float ak; uniform float dirX; uniform float dirY; uniform float pgC; uniform float dur; uniform float onOff; uniform float celCol; uniform float contC; uniform float satOn; vec3 rgb2hsv(vec3 c) { vec4 K = vec4(0.0, -1.0 / 3.0, 2.0 / 3.0, -1.0); vec4 p = mix(vec4(c.bg, K.wz), vec4(c.gb, K.xy), step(c.b, c.g)); vec4 q = mix(vec4(p.xyw, c.r), vec4(c.r, p.yzx), step(p.x, c.r)); float d = q.x - min(q.w, q.y); float e = 1.0e-10; return vec3(abs(q.z + (q.w - q.y) / (6.0 * d + e)), d / (q.x + e), q.x); } vec3 hsv2rgb(vec3 c) { vec4 K = vec4(1.0, 2.0 / 3.0, 1.0 / 3.0, 3.0); vec3 p = abs(fract(c.xxx + K.xyz) * 6.0 - K.www); return c.z * mix(K.xxx, clamp(p - K.xxx, 0.0, 1.0), c.y); } void main() { vec2 uv = gl_FragCoord.xy / resolution; uv.y = 1. - uv.y; vec2 offset; vec2 pgCol; if(pgC == 1.){ offset = vec2(texture2D(pg2, uv).r * ak) * vec2(1./resolution.x, 1./resolution.y); pgCol = vec2(texture2D(pg, uv) ); }else if(pgC == 2.){ offset = vec2(texture2D(pg, uv).r * ak) * vec2(1./resolution.x, 1./resolution.y); pgCol = vec2(texture2D(pg2, uv) ) ; }else if(pgC == 3.){ offset = vec2(texture2D(pg2, uv).r * ak) * vec2(1./resolution.x, 1./resolution.y); pgCol = vec2(texture2D(pg2, uv) - texture2D(pg, uv)); } if(pgCol.x < .1) offset.x *= -1.; else offset.x *= dirX; if(pgCol.y < .1) offset.y *= -1.; else offset.y *= dirY; vec3 c = texture2D(img, uv+offset).rgb; if(dur == 1.0){ if(onOff == 0.){ c += texture2D(img, uv+offset).rgb; c -= texture2D(img, uv-offset).rgb; } } if(celCol > 0.65){ if(c.r + c.g + c.b < .1) c = vec3(0.0); }else if(celCol > 0.45){ if(c.r + c.g + c.b < .1) c = vec3(0.0); else if(c.r + c.g + c.b < 0.2) c = vec3(200., 127., 0.)/255.;//Yellow }else if(celCol > 0.15){ if(c.r + c.g + c.b < .1) c = vec3(0.0); else if(c.r + c.g + c.b < 0.2) c = vec3(10., 127., 255.)/255.;//Blue }else{ if(c.r + c.g + c.b < .1) c = vec3(0.0); else if(c.r + c.g + c.b < 0.2) c = vec3(36., 120., 36.)/255.;//Green } if(dur == 1.0){ if(onOff == 1.){ c += texture2D(img, uv+offset).rgb; c -= texture2D(img, uv-offset).rgb; } } if(satOn == 1.0){ vec3 hsv = rgb2hsv(c.rgb); hsv.y *= 1.01; c.rgb = hsv2rgb(hsv); } if(contC < 0.45){ c.rgb = ((c.rgb - vec3(0.5)) * 1.05 + vec3(0.5)); } gl_FragColor = vec4(c, 1.); } `;function setup(){noiseSeed(seed=99999999*(R=new Random).random_dec()),randomSeed(seed),w=windowWidth,h=windowHeight,bgMult=w>1500?2:w>1e3?1.5:1,c=createCanvas(w,h,WEBGL),pixelDensity(pix),(f=createGraphics(w,h)).pixelDensity(pix),f.colorMode(HSB,360,100,100,1),f.background(0,0,10),f.rectMode(CENTER),(pg=createGraphics(w,h)).pixelDensity(pix),pg.noStroke(),(pg2=createGraphics(w,h)).pixelDensity(pix),pg2.noStroke(),(g=createGraphics(w,h,WEBGL)).pixelDensity(pix),g.colorMode(HSB,360,100,100,1),g.background(0,0,80),(k=createGraphics(w,h,WEBGL)).colorMode(HSB,360,100,100,1),k.background(30,8,90),k.pixelDensity(pix),(img=createGraphics(w,h)).pixelDensity(pix),img.imageMode(CENTER),img.colorMode(HSB,360,100,100,1),img.rectMode(CENTER),sh=createShader(theVertex,pixFrag),blurShader=g.createShader(theVertex,b1Frag),blurShader2=k.createShader(theVertex,b2Frag),pgCh=random([1,2,3,1,2]);let e=[20,50,100,100,20,50];frameMod=e[floor(random(e.length))],minDim=min(width,height),s=random([minDim/20,minDim/20,minDim/10,minDim/10,minDim/3.33,minDim/5]),pgCh=random([1,2,3,1,2]),onOffChooser=random([0,1,0,0]),celColChooser=random(1),contChooser=R.random_dec(),shaderChooser=random(1),shaderChooser2=random(1),triChooser=random(1),blockChooser=R.random_dec(),sqTriChooser=R.random_dec(),dirC=random(1),durC=random(1),monoChooser=R.random_dec(),celColChooser=1,monoChooser<.25&&(monoStr="mono",contChooser=0),contChooser<.45&&(contStr="cont"),"mono"==monoStr&&(dirC=random([1,1,0,1,1])),pgStr=255,hyperMeter=random([4,8,8,8,12,12,8,8,4,4])/2,frameRate(fr=random([30,25,25,25,30,25])),sqChooser=random(1),darkHue=random([0,180,40,220,90,150,200,280,320]),darkSat="mono"==monoStr?0:80,eW=min(width,height)/8;for(let o=0;o<3e4;o++){let r=random(width),t=random(height);noise(.01*r,.01*t),f.noFill(),f.stroke(0,0,90,1),f.strokeWeight(random(.5,1)),f.ellipse(r,t,random(eW)),f.noFill(),f.stroke(darkHue,darkSat,10,1),f.ellipse(r+random(-10,10),t+random(-10,10),random(eW))}noiseSeed(seed),randomSeed(seed),shader(sh),sh.setUniform("resolution",[w*pix,h*pix]),sh.setUniform("pg",pg),sh.setUniform("pg2",pg2),sh.setUniform("img",f),sh.setUniform("ak",random([1,10,5,20])),sh.setUniform("dirX",random([-1,1,0,0])),sh.setUniform("dirY",random([-1,1,0,0])),sh.setUniform("pgC",pgCh),sh.setUniform("onOff",onOffChooser),sh.setUniform("celCol",celColChooser),sh.setUniform("contC",contChooser),sh.setUniform("satOn",1),img.image(f,w/2,h/2),uSqr=0,roundInt=4,uAmp=random(.25,.35),uOctave=round(random(1,2.5),roundInt),uFbmAmp=round(random(30,80),roundInt),uAngleC=round(random(1),roundInt),uAmp2=random(.25,.35),uOctave2=round(random(1,2.5),roundInt),uFbmAmp2=round(random(30,80),roundInt),uAngleC2=round(random(1),roundInt),sqChooser<.5?(rect1X=width/2,rect1Y=random([height/4,height-height/4]),rect1W=width,rect1H=height/random(1.9,2.1),sqStr="yatay",sqTriChooser<.5&&(rect1X=width/2,rect1Y=height/8,rect1W=width,rect1H=height/3.333,rect2X=width/2,rect2Y=height-height/8)):(rect1X=random([width/4,width-width/4]),rect1Y=height/2,rect1W=width/random(1.9,2.1),rect1H=height,sqStr="dikey",sqTriChooser<.5&&(rect1X=width/8,rect1Y=height/2,rect1W=width/3.333,rect1H=height,rect2X=width-width/8,rect2Y=height/2)),blockColor=255,blockColor2=255,0==(border=random([1,1,1,1,1,1]))&&(borderStr="no"),seedCounter1=0,seedCounter2=0,seedCounter3=0}function draw(){let e=(random(w/s)^frameCount/s)*s,o=(random(h/s)^frameCount/s)*s;if(pg.fill(random([0,127,255]),random([0,127,255]),0),pg.rect(e^o,o,2*s,2*s),pg2.fill(random([20,50,100]),2*random([20,50,100]),0),yamuk(e^o,o,2*s,2*s),1==border&&(pg2.push(),pg2.fill(blockColor),blockChooser>.4?(yamuk(rect1X,rect1Y,rect1W,rect1H),sqTriChooser<.5&&(pg2.fill(blockColor2),yamuk(rect2X,rect2Y,rect1W,rect1H))):blockChooser>.2?pg2.ellipse(width/2,height/2,height/1.25):tri(),pg2.pop()),blurShader.setUniform("uTexture0",pg),blurShader.setUniform("u_time",millis()/1e3),blurShader.setUniform("uResolution",[width*pix,height*pix]),blurShader.setUniform("u_amp",uAmp),blurShader.setUniform("u_octave",uOctave),blurShader.setUniform("u_fbmAmp",uFbmAmp),blurShader.setUniform("u_angleC",uAngleC),blurShader.setUniform("u_sqr",uSqr),g.noStroke(),g.shader(blurShader),g.translate(-width/2,-height/2),g.rect(0,0,width,height),blurShader2.setUniform("uTexture0",pg2),blurShader2.setUniform("u_time",millis()/1e3),blurShader2.setUniform("uResolution",[width*pix,height*pix]),blurShader2.setUniform("u_amp",uAmp2),blurShader2.setUniform("u_octave",uOctave2),blurShader2.setUniform("u_fbmAmp",uFbmAmp2),blurShader2.setUniform("u_angleC",uAngleC2),blurShader2.setUniform("u_sqr",uSqr),k.noStroke(),k.shader(blurShader2),k.translate(-width/2,-height/2),k.rect(0,0,width,height),img.image(c,w/2,h/2),frameCount%frameMod==0){let r=random([minDim/40,minDim/25,minDim/10,minDim/40,minDim/25,minDim/100,minDim/10,minDim/10,minDim/5]);blockColor=random([0,255,255,255]),blockColor2=random([0,255,255,255]);for(let t=0;t<h;t+=r)for(let $=0;$<w;$+=r)pg.fill(random([0,127,86]),random([0,127,86]),0),pg.rect($,t,2*r,2*r);if(1==(seedCounter1+=1)){let i=99999999*R.random_dec();noiseSeed(i),randomSeed(i),seedCounter1=0}if(sh.setUniform("ak",random([1,10,5,15,10,5,10,10,5,1])),dirC<.15&&(sh.setUniform("dirX",random([-1,1,0,0])),sh.setUniform("dirY",random([-1,1,0,0]))),"cont"==contStr){for(let u=0;u<10/bgMult;u++)for(let l=0;l<width;l++){let n=random(width),a=random(height),_=noise(.01*n,.01*a)/50;img.noFill(),img.stroke(darkHue,random([0,darkSat]),random([10,90,90,0]),2*_),img.strokeWeight(random(.5,1)),img.ellipse(n,a,random(100))}if(1==(seedCounter2+=1)){let m=99999999*R.random_dec();noiseSeed(m),randomSeed(m),seedCounter2=0}"mono"==monoStr?sh.setUniform("dur",random([1,0,0])):sh.setUniform("dur",random([1,0,0,0]))}else sh.setUniform("dur",random([1,0,0,0,0,0,0]))}if(frameCount%(frameMod*hyperMeter)==0){sh.setUniform("dirX",random([-1,1,0,0,0])),sh.setUniform("dirY",random([-1,1,0,0,0])),sh.setUniform("satOn",random([1,0,0]));for(let v=0;v<10/bgMult;v++)for(let d=0;d<1*width;d++){let p=random(width),x=random(height),b=noise(.01*p,.01*x)/50;img.noFill(),img.stroke(darkHue,random([0,darkSat]),random([0,100,100,90,0]),2*b),img.strokeWeight(random(.5,1)),img.ellipse(p,x,random(100))}if(1==(seedCounter3+=1)){let C=99999999*R.random_dec();noiseSeed(C),randomSeed(C),seedCounter3=0}"cont"==contStr?sh.setUniform("dur",1):sh.setUniform("dur",random([1,0,0,0]))}if(mouseIsPressed&&1==(coun+=1)){blockColor=255,blockColor2=255,sh.setUniform("dur",1),sh.setUniform("celCol",celColChooser),sh.setUniform("dirX",random([-1,1,0,0])),sh.setUniform("dirY",random([-1,1,0,0]));for(let y=0;y<5;y++)for(let S=0;S<1*width;S++){let D=random(width),U=random(height),T=noise(.01*D,.01*U)/50;img.noFill(),img.stroke(darkHue,darkSat,random([0,100,100,90]),2*T),img.strokeWeight(random(.5,1)),img.ellipse(D,U,random(100))}coun=0}shaderChooser2<.65?sh.setUniform("pg",g):sh.setUniform("pg",pg),sh.setUniform("img",img),shaderChooser<.65?sh.setUniform("pg2",k):blockChooser>.2?sh.setUniform("pg2",pg2):sh.setUniform("pg2",k),sh.setUniform("time",millis()),quad(-1,-1,1,-1,1,1,-1,1)}function yamuk(e,o,r,t){pg2.beginShape(),pg2.noStroke();let $=min(r,t)/7;pg2.vertex(e-r/2+random(-$,$),o-t/2+random(-$,$)),pg2.vertex(e-r/4+random(-$,$),o-t/2+random(-$,$)),pg2.vertex(e+random(-$,$),o-t/2+random(-$,$)),pg2.vertex(e+r/4+random(-$,$),o-t/2+random(-$,$)),pg2.vertex(e+r/2+random(-$,$),o-t/2+random(-$,$)),pg2.vertex(e+r/2+random(-$,$),o-t/4+random(-$,$)),pg2.vertex(e+r/2+random(-$,$),o+random(-$,$)),pg2.vertex(e+r/2+random(-$,$),o+t/4+random(-$,$)),pg2.vertex(e+r/2+random(-$,$),o+t/2+random(-$,$)),pg2.vertex(e+r/4+random(-$,$),o+t/2+random(-$,$)),pg2.vertex(e+random(-$,$),o+t/2+random(-$,$)),pg2.vertex(e-r/4+random(-$,$),o+t/2+random(-$,$)),pg2.vertex(e-r/2+random(-$,$),o+t/2+random(-$,$)),pg2.vertex(e-r/2+random(-$,$),o+t/4+random(-$,$)),pg2.vertex(e-r/2+random(-$,$),o+random(-$,$)),pg2.vertex(e-r/2+random(-$,$),o-t/4+random(-$,$)),pg2.endShape()}function yamukF(e,o,r,t){f.beginShape(),f.noStroke();let $=r/2;f.vertex(e-r/2+random(-$,$),o-t/2+random(-$,$)),f.vertex(e+r/2+random(-$,$),o-t/2+random(-$,$)),f.vertex(e+r/2+random(-$,$),o+t/2+random(-$,$)),f.vertex(e-r/2+random(-$,$),o+t/2+random(-$,$)),f.endShape()}function tri(){pg2.beginShape(),pg2.noStroke(),triChooser<.5?(pg2.vertex(0,0),pg2.vertex(width,0),pg2.vertex(width,height)):(pg2.vertex(0,0),pg2.vertex(0,height),pg2.vertex(width,0)),pg2.endShape()}function keyPressed(){" "==key&&((stopCount+=1)%2==0?frameRate(0):frameRate(fr)),"s"==key&&saveCanvas("AestheticsOfFailure_DistCollective","png")}class Random{constructor(){this.useA=!1;let e=function(e){let o=parseInt(e.substr(0,8),16),r=parseInt(e.substr(8,8),16),t=parseInt(e.substr(16,8),16),$=parseInt(e.substr(24,8),16);return function(){t|=0;let e=((o|=0)+(r|=0)|0)+($|=0)|0;return $=$+1|0,o=r^r>>>9,r=t+(t<<3)|0,t=(t=t<<21|t>>>11)+e|0,(e>>>0)/4294967296}};this.prngA=new e(tokenData.hash.substr(2,32)),this.prngB=new e(tokenData.hash.substr(34,32));for(let o=0;o<1e6;o+=2)this.prngA(),this.prngB()}random_dec(){return this.useA=!this.useA,this.useA?this.prngA():this.prngB()}}

0x9cb707b9…1c06sent to0x612e2dad…777e2023-06-07·#17,430,545·0xf34d73d7…2816b0

ConvergenceCNVGipfs://QmbfNPLiB4awwX7gxH92cxoft64nEKV9reWhrPaS8xMk9m/

0x9cb707b9…1c06sent to0x32d4be5e…f4362023-02-21·#16,676,495·0x0b0aa320…139b90

http://token.staging.artblocks.io/0x783d27cf1ed18bedf1360902ce80e44dc6f673b4/

0x9cb707b9…1c06sent to0x32d4be5e…f4362023-02-21·#16,676,481·0xf12133b9…49c0f4

“Spacetime grips mass, telling it how to move... Mass grips spacetime, telling it how to curve.” – John Archibald Wheeler Spatial Curvatures captures the powerful and mysterious essence of the universe, depicting the phenomena of gravitational lensing, the spacetime continuum, and the space fabric. The main focus of this piece is the visualization of the warping, bending, and fracturing of light and space fabric caused by gravity. The viewer can see how the fabric of spacetime is affected by the presence of matter and energy, and how this in turn affects the motion of objects within the universe. In creating this artwork, a particle system was utilized to create the spacetime fabric, and various shaders were used to visualize how gravity can warp, bend, and fracture the fabric and light. To obtain higher resolution output, you can press the 's' key in live view. Alternatively you can right-click and save the preview image. Due to differences in how shaders operate in different engines, there may be slight differences between the preview image and the live-rendered output. Made with p5js and custom glsl shaders. DistCollective, February 2023

0x9cb707b9…1c06sent to0x32d4be5e…f4362023-02-21·#16,676,463·0xaeef3a9f…c07a16

0x9cb707b9…1c06sent to0x32d4be5e…f4362023-02-21·#16,676,091·0xd121133f…c4908b

{"aspectRatio":"0.56","type":"p5js"}