memoscan

0x740d…dd20

All memos sent from and to 0x740d…dd20.
0x740da587…dd20sent to0x9f79e46a…7794·#17,566,446·0xa4003de8…1dee08
Aesthethic and sounds of "Vendaval" is about the Wind, it means "Windstorm" or "Strong Wind" in Portuguese. In Brazil many houses use Wind Bells as decoration and for the relaxing song. So when the wind blows it plays totally randomly songs using the notes that are pre-defined in each tube, or bamboo. Vendaval is a work that mix Particle System in the visual and Generative Music. The user can interact by clicking in the work at any "tempo", each click will randomize a combination of notes, forming chords on oscilators. The music works with 2 oscilators wich "Oscilator A": randomizes frequencies (HZ) from 1hz to 200hz, and "Oscilator B" randomizes from 400hz to 1000hz, for each possible variable. So the viewer can interact with the work by helping creating the song in their own "tempo" if you click faster it will be played faster.... -Press "S" key to save a high quality .png file of the work. Created with noise algorythms and only points. 10 palletes, and some other attributes to ensure the variations will look very different one of each other.
0x740da587…dd20sent to0x9f79e46a…7794·#17,560,449·0x82a2f80c…f0f0cb
Aesthethic and sounds of "Vendaval" is about the Wind, it means "Windstorm" or "Strong Wing" in Portuguese. In Brazil many houses use Wind Bells as decoration and for the relaxing song. So when the wind blows it plays totally randomly songs using the notes that are pre-defined in each tube, or bamboo. Vendaval is a work that mix Particle System in the visual and Generative Music. The user can interact by clicking in the work at any "tempo", each click will randomize a unique chord of oscilators. The music works with 2 oscilators wich "Oscilator A": randomizes frequencies (HZ) from 1hz to 200hz, and "Oscilator B" randomizes from 400hz to 1000hz, for each possible variable. So the viewer can interact with the work by helping creating the song in their own "tempo" if you click faster it will be played faster.... -Press "S" key to save a high quality .png file of the work. Created with noise algorythms and only points. 10 palletes, and some other attributes to ensure the variations will look very different one of each other.
0x740da587…dd20sent to0x9f79e46a…7794·#17,508,183·0xe0c98f45…542645
class Random{constructor(){this.useA=!1;let o=function(o){let e=parseInt(o.substr(0,8),16),t=parseInt(o.substr(8,8),16),r=parseInt(o.substr(16,8),16),i=parseInt(o.substr(24,8),16);return function(){e|=0,t|=0,r|=0,i|=0;let o=(e+t|0)+i|0;return i=i+1|0,e=t^t>>>9,t=r+(r<<3)|0,r=r<<21|r>>>11,r=r+o|0,(o>>>0)/4294967296}};this.prngA=new o(tokenData.hash.substr(2,32)),this.prngB=new o(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()}random_num(o,e){return o+(e-o)*this.random_dec()}random_int(o,e){return Math.floor(this.random_num(o,e+1))}random_bool(o){return this.random_dec()<o}random_choice(o){return o[this.random_int(0,o.length-1)]}}let R=new Random,particles=[];const numParticles=R.random_num(5e3,1e4),noiseScale=R.random_num(1e-4,.001),webStrength=R.random_num(3,12),noiseStrength=40,agents=[],nAgents=2e3,grid=[],gridSize=100,decayRate=.001,sensorAngle=Math.PI/4,sensorDistance=80,rotationAngle=Math.PI/8,stepSize=.9,seed=8000950490343*R.random_num(0,1);let pd,audioContext,gainNode,masterGainNode,melody;a=R.random_num(1,200),b=R.random_num(400,1e3);let bgColor,c1,c2,c3,c4,c5,noteIndex=0,noteStartTime=10,framerate=60,framesPerNote=10,audioStarted=!1,choiceColor=R.random_int(0,9);function setup(){createCanvas(windowWidth,windowHeight),noiseSeed(seed),setPg(),pg.pixelDensity(2),bgColor=[color("black"),color("grey"),color("white"),color("rgb(81,117,47)"),color("rgb(0,0,110)"),color("rgb(4,2,95)"),color("black"),color("rgb(252,190,144)"),color("rgb(182,3,3)"),color("rgb(182,178,150)")],pg.background(bgColor[choiceColor]),pg.frameRate(framerate);for(let o=0;o<numParticles;o++)particles[o]=new Particle(R.random_num(0,pg.width),R.random_num(0,pg.height));for(let o=0;o<2e3;o++)agents.push(new Agent);for(let o=0;o<gridSize;o++){const o=[];for(let e=0;e<gridSize;e++)o.push(0);grid.push(o)}audioContext=new(window.AudioContext||window.webkitAudioContext),masterGainNode=audioContext.createGain(),masterGainNode.connect(audioContext.destination),masterGainNode.gain.setValueAtTime(.1,audioContext.currentTime)}function draw(){frameCount>300&&noLoop();for(const o of agents)o.update(),o.display();for(let o of particles)o.update(),o.display();decayGrid(),drawPg()}function mouseClicked(){startAudio(),playDrum(),playNote()}function touchStarted(){return startAudio(),playDrum(),playNote(),!1}function startAudio(){audioStarted||(audioContext.resume(),audioStarted=!0)}console.log(choiceColor),audioStarted&&frameCount%framesPerNote==0&&(playNote(),playDrum());class Particle{constructor(o,e){this.pos=pg.createVector(o,e),this.prevPos=this.pos.copy()}update(){this.prevPos=this.pos.copy();let o=noise(this.pos.x*noiseScale,this.pos.y*noiseScale),e=map(o,0,1,0,TWO_PI+frameCount/2),t=p5.Vector.fromAngle(e);t.mult(40),this.pos.add(t),this.pos.x=(this.pos.x+pg.width)%pg.width,this.pos.y=(this.pos.y+pg.height)%pg.height}display(){c1=[color(255,255,255,50),color(255,255,255,50),color(255,40,20,50),color(255,255,255,50),color(255,255,255,50),color("rgb(252,250,250, 50)"),"rgb(92,226,4)",color("yellow"),"yellow",color("rgb(255,255,255, 50)")],c2=[color(255,40,20,50),color("black"),color("black"),color("black"),color("orange"),color("rgb(38,145,255)"),color("yellow"),color("rgb(3,3,3)"),color("black"),color("rgb(2,2,2)")],c3=[color(255,255,255,50),color("rgb(255,140,0)"),color(255,255,255,50),color("black"),color(255,255,255,50),color("rgb(3,57,226)"),color("255, 255, 255, 50"),color("255, 255, 255, 50"),color("blue"),color("255, 255, 255, 50")],c4=[color(255,40,20,50),color(255,255,255,50),color(255,40,20,50),color("black"),color("orange"),color("rgb(0,147,255)"),color("yellow"),color("rgb(5,5,5)"),color("255, 255, 255, 50"),color("rgb(253,253,253, 50)")],c5=[color(25,25,25,50),color(25,25,25,50),color(255,255,255,50),color(255,255,255,50),color(255,255,255,50),color("rgb(243,242,242)"),color("white"),color("yellow"),"yellow",color("rgb(252,250,250, 50)")],pg.stroke(c1[choiceColor]),frameCount>50&&pg.stroke(c2[choiceColor]),frameCount>100&&pg.stroke(c3[choiceColor]),frameCount>150&&pg.stroke(c4[choiceColor]),frameCount>200&&pg.stroke(c5[choiceColor]),pg.strokeWeight(.5),pg.point(this.prevPos.x,this.prevPos.y)}}class Agent{constructor(){this.pos=pg.createVector(R.random_num(0,pg.width),R.random_num(0,pg.height)),this.angle=R.random_num(0,TWO_PI)}update(){const o=floor(this.pos.x/(pg.width/gridSize)),e=floor(this.pos.y/(pg.height/gridSize)),t=p5.Vector.fromAngle(this.angle-sensorAngle,80).add(this.pos),r=p5.Vector.fromAngle(this.angle+sensorAngle,80).add(this.pos),i=(floor(t.x/(pg.width/gridSize))+gridSize)%gridSize,n=(floor(t.y/(pg.height/gridSize))+gridSize)%gridSize,a=(floor(r.x/(pg.width/gridSize))+gridSize)%gridSize,s=(floor(r.y/(pg.height/gridSize))+gridSize)%gridSize;grid[n][i]>grid[s][a]?this.angle-=rotationAngle:this.angle+=rotationAngle;const l=p5.Vector.fromAngle(this.angle,.9);this.pos.add(l),this.pos.x=(this.pos.x+pg.width)%pg.width,this.pos.y=(this.pos.y+pg.height)%pg.height,grid[e][o]=min(grid[e][o]+.1,1)}display(){const o=floor(this.pos.x/(pg.width/gridSize)),e=floor(this.pos.y/(pg.height/gridSize)),t=grid[e][o],r=map(t,0,1,0,200);pg.stroke(r,webStrength),pg.strokeWeight(.1);const i=p5.Vector.fromAngle(this.angle-sensorAngle,80).add(this.pos);p5.Vector.fromAngle(this.angle+sensorAngle,80).add(this.pos);pg.line(this.pos.x,this.pos.y,i.x,i.y),pg.stroke(r,r,r,webStrength),pg.strokeWeight(.9),pg.point(this.pos.x,this.pos.y)}}function decayGrid(){for(let o=0;o<gridSize;o++)for(let e=0;e<gridSize;e++)grid[o][e]*=1-decayRate}function playNote(){const o=audioContext.createOscillator();o.type="sine",gainNode=audioContext.createGain(),o.connect(gainNode),gainNode.connect(masterGainNode);const e=R.random_num(a,b);o.frequency.setValueAtTime(e,audioContext.currentTime),o.start();const t=.01,r=audioContext.currentTime;gainNode.gain.setValueAtTime(0,r),gainNode.gain.linearRampToValueAtTime(1,r+t),gainNode.gain.linearRampToValueAtTime(.21,r+t+.5),gainNode.gain.linearRampToValueAtTime(0,r+t+.5+10.1),o.stop(r+t+.5+10.1)}function playDrum(){const o=audioContext.createOscillator();o.type="noise";const e=audioContext.createBiquadFilter();e.type="lowpass",e.frequency.value=1e3,e.Q.value=1,gainNode=audioContext.createGain(),o.connect(e),e.connect(gainNode),gainNode.connect(masterGainNode);const t=R.random_num(a/2,b/2);o.frequency.setValueAtTime(t,audioContext.currentTime),o.start();const r=.001,i=12.1,n=audioContext.currentTime;gainNode.gain.setValueAtTime(0,n),gainNode.gain.linearRampToValueAtTime(1,n+r),gainNode.gain.exponentialRampToValueAtTime(.1,n+r+i),gainNode.gain.exponentialRampToValueAtTime(.01,n+r+i+1.5),o.stop(n+r+i+1.5)}function setPg(){let o;ar=getAspectRatio(),print("Aspect Ratio: "+(1==ar?"1:1":2==ar?"16:9":"ISO_216")),1==ar?o=createVector(946*2.3,793*2.3):2==ar?o=createVector(1280,720):3==ar&&(o=createVector(9933/9,14043/9)),pg=createGraphics(o.x,o.y),pd=PixelDensity(),pg.pixelDensity(pd),print("Pixel Density: "+pd),print("Final resolution: "+round(o.x*pd)+"x"+round(o.y*pd)+"pixels")}function generateFileName(){return"vendaval.png"}function keyPressed(){"s"==key&&(fileName=generateFileName(),print("Saving image... "+fileName),print("Final resolution: "+round(pg.width*pd)+"x"+round(pg.height*pd)+"pixels"),save(pg,fileName)),"1"==key?(window.location.hash=ar+"1",location.reload()):"2"==key?(window.location.hash=ar+"2",location.reload()):"3"==key?(window.location.hash=ar+"3",location.reload()):"4"==key?(window.location.hash=ar+"4",location.reload()):"5"==key?(window.location.hash=ar+"5",location.reload()):"6"==key?(window.location.hash=ar+"6",location.reload()):"7"==key?(window.location.hash=ar+"7",location.reload()):"8"==key?(window.location.hash=ar+"8",location.reload()):"9"==key&&(window.location.hash=ar+"9",location.reload())}function saveFrame(){save(buffer,generateFileName())}function PixelDensity(){let o=window.location.hash.split("");switch(o=o[o.length-1],o){case"1":return 21;case"2":return 2;case"3":return 3;case"4":return 4;case"5":return 5;case"6":return 6;case"7":return 7;case"8":return 8;case"9":return 9;default:return pixelDensity()}}function getAspectRatio(){let o=window.location.hash.split("");switch(o=o[o.length-2],o){case"1":default:return 1;case"2":return 2;case"3":return 3}}function drawPg(){imageMode(CENTER),width>=height?image(pg,width/2,height/2,pg.width*height/pg.height,height):image(pg,width/2,height/2,width,pg.height*width/pg.width)}
0x740da587…dd20sent to0xa7d8d9ef…d270·#15,512,472·0xa9207ca4…1b367a
This project is an exercise in simplicity, simulating stains of ink made through points and noise. Since creating art with code, I’ve wanted to reproduce the physical with the digital. Stains On A Canvas emerged from this desire to produce a hand-made canvas painting. Stains On A Canvas’s background textures use points or grids, and the algorithm explores the maximum difference between each iteration. The collection is divided into styles, named after popular flowers in my country [Brazil]. Colors are randomly generated to create unique tones paired with the variety of shades and shadows. -Press from 1 - 9 in your keyboard to adjust the pixelDensity and increase/equalize the resolution quality according to your screen. -Press "S" to save a .png file in the resolution quality you choose.
0x740da587…dd20sent to0xa7d8d9ef…d270·#15,504,769·0xac4e1b96…59b471
This project is an exercise in simplicity, simulating stains of ink made through points and noise. Since creating art with code, I’ve wanted to reproduce the physical with the digital. Stains On A Canvas emerged from this desire to produce a hand-made canvas painting. Stains On A Canvas’s background textures use points or grids, and the algorithm explores the maximum difference between each iteration. The collection is divided into styles, named after popular flowers in my country [Brazil]. Colors are randomly generated to create unique tones paired with the variety of shades and shadows. I have named each style with names of popular flowers in my country, where each name represent a specific style that also can have significant or subtle differences. Colors are divided into palettes for each style and are randomly generated as well, so it generates unique tones when mixed and creates new shades and shadows. -Press from 1 - 9 in your keyboard to adjust the pixelDensity and increase/equalize the resolution quality according to your screen. -Press "S" to save a .png file in the resolution quality you choose.
0x740da587…dd20sent to0xa7d8d9ef…d270·#15,499,407·0x3d1f32cb…9cd7f1
var noisePos,p,varStroke,noiseColor,hash=tokenData.hash;class Random{constructor(){this.useA=!1;let a=function(a){let c=parseInt(a.substr(0,8),16),d=parseInt(a.substr(8,8),16),e=parseInt(a.substr(16,8),16),f=parseInt(a.substr(24,8),16);return function(){e|=0;let a=((c|=0)+(d|=0)|0)+(f|=0)|0;return f=f+1|0,c=d^d>>>9,d=e+(e<<3)|0,e=e<<21|e>>>11,e=e+a|0,(a>>>0)/4294967296}};this.prngA=new a(tokenData.hash.substr(2,32)),this.prngB=new a(tokenData.hash.substr(34,32));for(let c=0;c<1e6;c+=2)this.prngA(),this.prngB()}random_dec(){return this.useA=!this.useA,this.useA?this.prngA():this.prngB()}random_num(a,c){return a+(c-a)*this.random_dec()}random_int(a,c){return Math.floor(this.random_num(a,c+1))}}let R=new Random,Seed=999999999*R.random_num(0,1),b;var n1=R.random_num(10,150),n2=R.random_num(80,130),colorParameter=R.random_num(0,100),c1=R.random_num(50,255),c2=R.random_num(50,255),c3=R.random_num(50,255),dC=R.random_num(-20,20),dS=R.random_num(-20,20),mult=R.random_num(-50,50),div1=R.random_num(2,10),div2=R.random_num(-10,10),div3=R.random_num(-10,10),div4=R.random_num(-10,10),divParameter=R.random_num(0,1),strokeParameter=R.random_num(0,1),noiseParameter=R.random_num(0,1),strokeP=R.random_num(0,1);xx1=R.random_num(.01,.06),xx2=R.random_num(.02,.06),xxc=R.random_num(.01,.05),noiseX=R.random_num(1,.001),noiseY=R.random_num(1,.001);let backgroundColor=["#F5F5DC","#FDF5E6","#FAF0E6","#FAEBD7","#FFEBCD","#FFFFF0","#FFF8DC","#FFF5EE","rgb(210,210,180)"],choiceBackgroundColor=R.random_int(0,8),parameterTextura=R.random_num(0,1);function setup(){createCanvas(windowWidth,windowHeight),setPg(),pg.angleMode(DEGREES),pg.background(backgroundColor[choiceBackgroundColor]),pg.noiseSeed(R.random_num(100,1e4))}function draw(){pg.push(),sketch(),pg.pop(),parameterTextura>.5?(pg.push(),texturBlack(0),pg.pop(),pg.push(),texturWhite(255),pg.pop()):(pg.push(),textur3(),pg.pop()),border(),noLoop(),drawPg()}function border(){pg.noFill(),pg.push(),pg.translate(-0,-0),pg.stroke(225,255),pg.strokeWeight(15),pg.rect(0,0,pg.width,pg.height),pg.pop()}function textur(){for(let a=0;a<=pg.width;a+=3)for(let c=0;c<2*pg.height;c+=R.random_num(0,5))pg.stroke(75,85),pg.point(a,c,1e-5),pg.push(),pg.stroke(255,100),pg.point(a+5,c+5,1e-5),pg.pop()}function texturBlack(c){pg.strokeWeight(1),resetRandom();for(let a=0;a<pg.height;a+=3)pg.stroke(c,R.random_num(0,30)),pg.line(0,a,pg.width,a),pg.line(a,0,a,pg.height)}function texturWhite(c){pg.strokeWeight(1),resetRandom();for(let a=0;a<pg.height;a+=3)pg.stroke(c,R.random_num(0,30)),pg.line(0,a+10,pg.width,a+10),pg.line(a+10,0,a+10,pg.height)}function textur3(){pg.strokeWeight(1);for(let a=0;a<=pg.width;a+=3)for(let c=0;c<pg.height;c+=R.random_num(0,5))pg.stroke(75,85),pg.point(a,c),pg.push(),pg.stroke(255,100),pg.point(a+5,c+5),pg.pop()}function sketch(){for(let a=100;a<pg.width-R.random_num(10,100);a+=R.random_num(.05,2.5))for(let c=100;c<pg.height-R.random_num(20,100);c+=R.random_num(.05,3)){p=noiseParameter>.8?pg.cos((a+c)*div1)/pg.sin(a/c*div2):noiseParameter>.6?pg.cos((a-c)*div3)*pg.cos(c*a*div4):noiseParameter>.4?pg.sin(a*div3)*pg.sin(c*div4):noiseParameter>.2?pg.sin((a+c/a)*div3)*tan(c/a*div4):pg.sin((a+c/a)*div3)/pg.cos(c/a*div4),varStroke=strokeP>.75?6*pg.cos((a/dC-c/dS)*mult)*pg.sin((a-c)/dS):strokeP>.5?6*pg.cos((a/dC-c/dS)*mult)*pg.cos((a-c)/dS):strokeP>.25?6*pg.cos((a/dC-c/dS)*mult)*pg.sin(a/dS):6*pg.sin((a/dC-c/dS)*mult)*pg.sin((a-c)/dS);let e=strokeParameter>.33&&strokeParameter<=.66?0:60,d=pg.noise(.01*a,.1*c)*R.random_num(150,255);strokeParameter>.66?(noisePos=pg.noise((xx1,c*xx2*n1**p)),pg.strokeWeight(varStroke)):strokeParameter>.33?(noisePos=pg.noise(a*xx1,c*xx2)*n2,pg.strokeWeight(noisePos/R.random_num(10,50))):strokeParameter>.16?a<pg.width/2?(noisePos=pg.noise((xx1,c*xx2*n1**p)),pg.strokeWeight(varStroke)):(noisePos=pg.noise(a*xx1,c*xx2)*n2,pg.strokeWeight(noisePos/R.random_num(10,50))):a>pg.width/2+20?(noisePos=pg.noise((xx1,c*xx2*n1**p)),pg.strokeWeight(varStroke)):(noisePos=pg.noise(a*xx1,c*xx2)*n2,pg.strokeWeight(noisePos/R.random_num(10,50))),colorParameter/(b=divParameter>.05?1:divParameter>.04?cos(a/dC-c/dS)/cos(a+c):divParameter>.03?cos(a/dC-c/dS)*cos(a+c):divParameter>.02?cos((a+c)/dS):sin((a-c)/dC))>95?(pg.stroke(R.random_num(100,200),d-c2,250-c1),pg.point(a,c+noisePos-pg.height/20),pg.stroke(250-c3,d-c2,d-c3),pg.point(a-noisePos-e+pg.height/20,c,.5)):colorParameter/b>90?(pg.stroke(c1,d,c2),pg.point(a,c+noisePos-pg.height/20),pg.stroke(d,d,c3),pg.point(a-noisePos-e+pg.height/20,c,.5)):colorParameter/b>85?(pg.stroke(d-c1,d,c2),pg.point(a,c+noisePos-pg.height/20),pg.stroke(c1,c2,d),pg.point(a-noisePos-e+pg.height/20,c,.5)):colorParameter/b>80?(pg.stroke(c3,d-c1,d-c2,d),pg.point(a,c+noisePos-pg.height/20),pg.stroke(250-c1,d-c2,c2,d),pg.point(a-noisePos-e+pg.height/20,c,.5)):colorParameter/b>75?(pg.stroke(d+c1,d-c1,250-c3),pg.point(a,c+noisePos-pg.height/20),pg.stroke(d-c1,d-c2,d,d),pg.point(a-noisePos-e+pg.height/20,c,.5)):colorParameter/b>70?(pg.stroke(d-c1,d+c3,100),pg.point(a,c+noisePos-pg.height/20),pg.stroke(d,100,c3),pg.point(a-noisePos-e+pg.height/20,c,.5)):colorParameter/b>65?(pg.stroke(d,R.random_num(20,150),c2),pg.point(a,c+noisePos-pg.height/20),pg.stroke(250,d,d),pg.point(a-noisePos-e+pg.height/20,c,.5)):colorParameter/b>60?(pg.stroke(200,d-c1,250),pg.point(a,c+noisePos-pg.height/20),pg.stroke(d,d-c1,c3),pg.point(a-noisePos-e+pg.height/20,c,.5)):colorParameter/b>55?(pg.stroke(R.random_num(20,150),d,R.random_num(20,150)),pg.point(a,c+noisePos-pg.height/20),pg.stroke(250,d,c3),pg.point(a-noisePos-e+pg.height/20,c,.5)):colorParameter/b>50?(pg.stroke(R.random_num(20,150),d-50,d),pg.point(a,c+noisePos-pg.height/20),pg.stroke(d,d-c1,c2),pg.point(a-noisePos-e+pg.height/20,c,.5)):colorParameter/b>45?(pg.stroke(d-c1,R.random_num(20,150)+d,R.random_num(20,150)+d),pg.point(a,c+noisePos-pg.height/20),pg.stroke(0),pg.point(a-noisePos-e+pg.height/20,c,.5)):colorParameter/b>40?(pg.stroke(d-c1,d-c2,d-c3,d),pg.point(a,c+noisePos-pg.height/20),pg.stroke(d-c3,c2,d-c1,d),pg.point(a-noisePos-e+pg.height/20,c,.5)):colorParameter/b>35?(pg.stroke(d),pg.point(a,c+noisePos-pg.height/20),pg.stroke(0),pg.point(a-noisePos-e+pg.height/20,c,.5)):colorParameter/b>30?(pg.stroke(d,0,0),pg.point(a,c+noisePos-pg.height/20),pg.stroke(d),pg.point(a-noisePos-e+pg.height/20,c,.5)):colorParameter/b>25?(pg.stroke(d+c3,d-c2,c1),pg.point(a,c+noisePos-pg.height/20),pg.stroke(d-c2,d-c1,c3),pg.point(a-noisePos-e+pg.height/20,c,.5)):colorParameter/b>20?(pg.stroke(c1,c1,d),pg.point(a,c+noisePos-pg.height/20),pg.stroke(255),pg.point(a-noisePos-e+pg.height/20,c,.5)):colorParameter/b>15?(pg.stroke(d+c1,c2,d),pg.point(a,c+noisePos-pg.height/20),pg.stroke(d,0,d),pg.point(a-noisePos-e+pg.height/20,c,.5)):colorParameter/b>10?(pg.stroke(R.random_num(20,150),R.random_num(100,255),d),pg.point(a,c+noisePos-pg.height/20),pg.stroke(d-c3,d-c1,d-c2),pg.point(a-noisePos-e+pg.height/20,c,.5)):colorParameter/b>5?(pg.stroke(100,d,d),pg.point(a,c+noisePos-pg.height/20),pg.stroke(100,d,c2),pg.point(a-noisePos-e+pg.height/20,c,.5)):(pg.stroke(d-c3,d-100,0),pg.point(a,c+noisePos-pg.height/20),pg.stroke(d-c2,c1,200),pg.point(a-noisePos-e+pg.height/20,c,.5),pg.point(a,c+noisePos-40),pg.stroke(250-c1,d-c3,R.random_num(0,200)),pg.point(a-noisePos-e+50,c,.5))}}function resetRandom(){noiseSeed(Seed),randomSeed(Seed)}function setPg(){let a;1==(ar=getAspectRatio())?a=createVector(931,1133):2==ar?a=createVector(1280,720):3==ar&&(a=createVector(9933/9,14043/9)),pg=createGraphics(a.x,a.y),pd=PixelDensity(),pg.pixelDensity(pd),print("Pixel Density: "+pd),print("Final resolution: "+round(a.x*pd)+"x"+round(a.y*pd)+"pixels")}function generateFileName(){return"Stains On A Canvas.png"}function keyPressed(){"s"==key&&(print("Saving image... "+(fileName=generateFileName())),print("Final resolution: "+round(pg.width*pd)+"x"+round(pg.height*pd)+"pixels"),save(pg,fileName)),"1"==key?(window.location.hash=ar+"1",location.reload()):"2"==key?(window.location.hash=ar+"2",location.reload()):"3"==key?(window.location.hash=ar+"3",location.reload()):"4"==key?(window.location.hash=ar+"4",location.reload()):"5"==key?(window.location.hash=ar+"5",location.reload()):"6"==key?(window.location.hash=ar+"6",location.reload()):"7"==key?(window.location.hash=ar+"7",location.reload()):"8"==key?(window.location.hash=ar+"8",location.reload()):"9"==key&&(window.location.hash=ar+"9",location.reload())}function saveFrame(){save(buffer,generateFileName())}function PixelDensity(){let a=window.location.hash.split("");switch(a=a[a.length-1]){case"1":return 1;case"2":return 2;case"3":return 3;case"4":return 4;case"5":return 5;case"6":return 6;case"7":return 7;case"8":return 8;case"9":return 9;default:return pixelDensity()}}function getAspectRatio(){let a=window.location.hash.split("");switch(a=a[a.length-2]){case"1":default:return 1;case"2":return 2;case"3":return 3}}function drawPg(){imageMode(CENTER),width>=height?image(pg,width/2,height/2,pg.width*height/pg.height,height):image(pg,width/2,height/2,width,pg.height*width/pg.width)}
0x740da587…dd20sent to0xa7d8d9ef…d270·#15,499,382·0x032dd283…f8d32f
The purpose of this project is to be simple as possible and simulate random stains of ink made with only points and noise. Since I started to studying and creating art with code, one of my great goals is to be able to simulate a simple hand-made canvas painting, this project emerged from that desire, where the digital tries to reproduce the physical. "Stains On A Canvas" use textures created with points or grids in its background, and try to explorate the maximum amount of difference between each iteration. It is divided by styles, I have named each style with names of popular flowers in my country, where each name represent a an specific style that also can have significant or subtle differences between. Colors are divided into palettes for each style, are randomly generated as well, so it generates unique tones when mixed and creating new shades and shadows. -Press from 1 - 9 in your keyboard to adjust the pixelDensity and increase/equalize the resolution quality according to your screen. -Press "S" to save a .png file in the resolution quality you choose.