Tinbane

Selected Work & Sketches

let r = width * PI let angle = 3 let $ = cos(angle) * r; let $$ = sin(angle) * r; let borderer = max(width, height) * random(0.5) let colorChoice = random(360) let stroker = random(2, 4); let alphazer = 0.4 var heighter = windowHeight var widther = windowWidth/random(50) var a = random(PI*20,PI*60) for (var x = (0+borderer); x<=(width-borderer); x += random(1.5)) { for (var y = (0+borderer); y <= (height-borderer); y+= random(1.5)) { strokeWeight(random(0.5)); stroke(23, 89, 81,alphazer) line(x+a, y+a, x+a, y%a); line(x+a*a%a, y+a, x-a*a%a, y-a); stroke(51, 100, 100,alphazer) // line(x+a, y+a, x+a, y%a); // line(x+a*a%a, y+a, x-a*a%a, y-a); // strokeWeight(0.1); stroke(347, 95, 75,alphazer) line(x+a, y+a, x+a, y+PI*a%a); line(x+random*PI/a, y+a, x+a, y+a*a%a); // strokeWeight(random(2)); stroke(217, 100, 41,alphazer) // line(x+a, y+a, x+a, y%a); // line(x+a*a%a, y+a, x-a*a%a, y-a); } } noLoop()

Phoenix Airport #7 / November 2022

$var shapes = []; function setup() { createCanvas(4000, 4000); colorMode(HSB); rectMode(CENTER); background(220, 70, 100) } function draw(){ push() let r = width * PI let angle = 3 let $ = cos(angle) * r; let $$ = sin(angle) * r; let borderer = max(width, height) * 0.18 let colorChoice = random(360) let stroker = random(2, 4); let alphazer = 1 var heighter = windowHeight // var widther = windowWidth/random(50) //windowWidth/random(PI*width*0.0025,PI*width*0.005) var randWidther = 490.81495879588314 var a = 200.68135899167594 //a 20.68135899167594 //randWidther 9.81495879588314 //random(TWO_PI*width*0.25,TWO_PI*width*0.35) for (var x = (0+borderer); x$

var shapes = []; function setup() { createCanvas(4000, 4000); colorMode(HSB); rectMode(CENTER); background(220, 70, 100) } function draw(){ push() let r = width * PI let angle = 3 let $ = cos(angle) * r; let $$ = sin(angle) * r; let borderer = max(width, height) * 0.18 let colorChoice = random(360) let stroker = random(2, 4); let alphazer = 1 var heighter = windowHeight // var widther = windowWidth/random(50) //windowWidth/random(PI*width*0.0025,PI*width*0.005) var randWidther = 490.81495879588314 var a = 200.68135899167594 //a 20.68135899167594 //randWidther 9.81495879588314 //random(TWO_PI*width*0.25,TWO_PI*width*0.35) for (var x = (0+borderer); x<=(width-borderer); x += randWidther) { for (var y = (0+borderer); y <= (height-borderer); y+= 1) { strokeWeight(1); stroke(46, 97, 97,alphazer) // line(x+a, y+a, x+a, y%a); //good line line(x, y+a, x+a*a%a, y-a);

Palissade / December 2022

Pegboard City / December 2022

let r = width * PI let angle = 3 let $ = cos(angle) * r; let $$ = sin(angle) * r; let borderer = max(width, height) * 0.2 let colorChoice = 0 let colorChoice2 = 220 let stroker = random(2, 4); let alphazer = 0.4 strokeWeight(0.5); var heighter = windowHeight var inc = 0.001 var widther = windowWidth/random(50) var randWidther = max(random(random(widther)), 1) var a = 85.19806008119214 for (var x = (0+borderer); x<=(width-borderer); x += PI) { for (var y = (0+borderer); y <= (height-borderer); y+= PI*PI/3) { strokeWeight(1) stroke(300, a, a,alphazer/inc) //good line line((x+a)+width*1.2, 0.6*y+a, x+1.5*a, 0.5*y-a); strokeWeight(2) stroke(0, a, a,alphazer/inc) //good line line((x+a)+width, 0.9*y+a, x-a, 0.7*y-a); strokeWeight(4) stroke(200, a, a,alphazer/inc) // //good line line((x+1.5*a)+width*0.6, 1.2*y+a, x-1.5*a, 1.2*y-a); strokeWeight(6) stroke(40, a, a,alphazer/inc) // //good line line((x+x*0.5+2.2*a)+width*0.2, 1.8*y+a, x-3.2*a, 1.8*y-a); //stroke(colorChoice2+inc, a, a+inc,alphazer) strokeWeight(8) stroke(colorChoice2, a, a,alphazer)

A Sense of Control / January 2023

$var inc = 1.7; var scaleMaker = 222; var warpDrive = 77 var cols; var rows; var zoff = 0; var particles = []; var flowfield; let cohesionMultiplier = 0; let particlePower = 1000; let seed = 0; //seed Hash let sizee = 0; // rect size let startCol = 0; //color base number function keyPressed() { if (key == 's') { save("Masterpiece.png"); } } function setup() { createCanvas(windowWidth, windowHeight); colorMode(HSB, 360); cols = floor(width / scaleMaker); rows = floor(height / scaleMaker); flowfield = new Array(cols * rows); for (var i = 0; i < particlePower; i++) { particles[i] = new Particle(); } background(10); } function draw() { var yoff = 0; for (var y = 0; y < rows; y++) { var xoff = 0; for (var x = 0; x < cols; x++) { var index = x + y * cols; var angle = noise(xoff, yoff, zoff) * TWO_PI * warpDrive; var v = p5.Vector.fromAngle(angle); v.setMag(1); flowfield[index] = v; xoff += inc; } yoff += inc; zoff += (random(0.00001) * cohesionMultiplier); } for (var i = 0; i < particles.length; i++) { particles[i].follow(flowfield); particles[i].update(); particles[i].edges(); particles[i].show(); } //border maker noFill(); stroke(25, 0, 0); strokeWeight(25); rect(0, 0, windowWidth, windowHeight); // noStroke(); // fill(0, 200, 350, 10) // ellipse(width-500, height-450, 200); scaleMaker += 0.03 }$

dreamsMemories / April 2022

let r = width * PI let angle = 3 let $ = cos(angle) * r; let $$ = sin(angle) * r; let borderer = max(width, height) * random(0.5) let colorChoice = random(360) let stroker = random(2, 4); let alphazer = 0.4 strokeWeight(0.4); var heighter = windowHeight var widther = windowWidth/random(50) var randWidther = max(random(random(widther)), 1) var a = random(PI*20,PI*60) for (var x = (0+borderer); x<=(width-borderer); x += PI*3) { for (var y = (0+borderer); y <= (height-borderer); y+= PI*3) { stroke(colorChoice-20, a, a,alphazer*1.5) line(x+a*a%a, y+a, x-a*a%a, y-a); stroke(colorChoice, a, 0,alphazer/2) // line(x+a, y+a, x+a, y%a); //good line line(x+a*a%a, y+a, x-a*a%a, y-a);

внутри дома / October 2022

for (var l = (0); l<=(width); l += PI*3) { for (var m = (0+borderer*2.5); m <= (height); m+= PI*3) { // tangled lines strokeWeight(random(2)) stroke(80, 50, 50, alphazer) line(l+sqrt(a), (m+a*a%a)-random(a), l, (m+a*a%a)-random(a)-random(borderer)); strokeWeight(random(2)) stroke(29, 70, 20, alphazer) line(l+sqrt(a), (m+a*a%a)-random(a), l, (m+a*a%a)-random(a)); fill(80, 50, 50, alphazer*2); ellipse(l+sqrt(random(a)), m+sqrt(random(a)), random(5),random(10)) fill(80, 50, 0, alphazer); ellipse(l+sqrt(random(a)), m+sqrt(random(a)), random(5),random(10)) } } noLoop() pop() push() for (var p = (0); p<=(width); p += PI) { for (var o = (0); o <= (height); o+= PI) { let n = noise(x) * width stroke(0, 0, random(100), 1); strokeWeight(0.75) point(p,o) point(p+1,o+1) }}

sometimes i dream of flowers (but most of the time i dream of rain) / November 2022