constructing dreams

let r
let feuilles  = [];
let nFeuilles 
let colorA =[
  "#e4c074", 
  "#deb256", 
  "#d49d61", 
  "#ca7d2e", 
  "#7e746e", 
  "#8f5f26", 
  "#a83f14", 
  "#802e0e", 
  "#501f0f", 
  "#2d130e"
]

function setup() {
	createCanvas(windowWidth, windowHeight);
	r=width/5;//size of leafs
	nFeuilles =int(random(10,15))
	background(200,200,180);
	angleMode(DEGREES);
	stroke(0);
	noFill()
	push()
	d1=width/(nFeuilles )
	for(let i=1;i<nFeuilles ;i++){
		for(let j=1;j<nFeuilles ;j++){
			feuilles.push(new Arabesque());
		}
	}
	pop()
}

function draw() {
	background(69,83,88)
	translate(width/2,height/2);
	scale(0.9,0.9)
	rotate(frameCount/10)
	for(let i=0;i<feuilles.length;i++){
		feuilles[i].move();
		push()
		feuilles[i].display();
		pop()
	}
	
}

function feuilleA(){
	beginShape()
		for(let i=42;i<138;i++){
			x=-r/3+r/2*sin(i);
			y=r/2*cos(i);
			vertex(x,y)
		}
		for(let i=138;i>42;i--){
			x=r/3-r/2*sin(i);
			y=r/2*cos(i);
			vertex(x,y)
		}
	endShape()
}

function feuilleB(){
	stroke(255)
	beginShape()
		for(let i=42;i<90;i++){
			x=-r/3+r/2*sin(i);
			y=r/2*cos(i);
			vertex(x,y)
		}
		for(let i=-90;i>-120;i--){
			x=r/3+r/6*sin(i);
			y=r/6*cos(i);
			vertex(x,y)
		}
	for(let i=-190;i<-120;i++){
			x=r/3-r/6+r/12*sin(i);
			y=r/12*cos(i);
			vertex(x,y)
		}
	for(let i=-120;i>-180;i--){
			x=r/3-r/6+r/12*sin(i);
			y=r/12*cos(i);
			vertex(x,y)
		}
	for(let i=100;i<139;i++){
			x=-r/3+r/2*sin(i);
			y=r/2*cos(i);
			vertex(x,y)
		}
	for(let i=138;i>99;i--){
			x=r/3-r/2*sin(i);
			y=r/2*cos(i);
			vertex(x,y)
		}	
	for(let i=160;i>120;i--){
			x=-r/3+r/6+r/12*sin(i);
			y=r/12*cos(i);
			vertex(x,y)
		}
	for(let i=120;i<197;i++){
			x=-r/3+r/6+r/12*sin(i);
			y=r/12*cos(i);
			vertex(x,y)
		}
	for(let i=118;i>90;i--){
			x=-r/3+r/6*sin(i);
			y=r/6*cos(i);
			vertex(x,y)
		}
	for(let i=-90;i<-41;i++){
			x=r/3+r/2*sin(i);
			y=r/2*cos(i);
			vertex(x,y)
		}
	endShape()
}

function feuilleC(){
	beginShape()
		for(let i=42;i<138;i++){
			x=-r/2.5+r/3*sin(i);
			y=r/3*cos(i);
			vertex(x,y)
		}
		for(let i=112;i>77;i--){
			x=-r/3-r/6.5+r/3*sin(i);
			y=-r/8+r/3*cos(i);
			vertex(x,y)
		}
	for(let i=-90;i<-77;i++){
			x=r/3+r/2*sin(i);
			y=r/2*cos(i);
			vertex(x,y)
		}
	for(let i=95;i>70;i--){
			x=-r/3-r/6.5+r/3*sin(i);
			y=r/8+r/3*cos(i);
			vertex(x,y)
		}
		
	endShape()
}

function feuilleD(){
	beginShape()
		for(let i=81;i<160;i++){
			x=-r/2.5+r/2*sin(i);
			y=r/2*cos(i);
			vertex(x,y)
			
		}
	for(let i=135;i>80;i--){
			x=-r/2.5-r/10+r/2.4*sin(i);
			y=-r/6+r/2.4*cos(i);
			vertex(x,y)
		}
	for(let i=-95;i<-20;i++){
			x=r/2.5+r/2*sin(i);
			y=r/2*cos(i);
			vertex(x,y)
		}
		for(let i=312;i>257;i--){
			x=r/2.5+r/10+r/2.4*sin(i);
			y=r/6+r/2.4*cos(i);
			vertex(x,y)
		}
		
		
	endShape()
}

function spiral1(){
	noFill()
	beginShape()
	for(let i=0;i<180;i++){
			x=r/8*sin(i);
			y=r/8*cos(i);
			vertex(x,y)
		}
	for(let i=180;i<360;i++){
			x=r/4*sin(i);
			y=r/8+r/4*cos(i);
			vertex(x,y)
		}
	for(let i=0;i<180;i++){
			x=r/2*sin(i);
			y=-r/8+r/2*cos(i);
			vertex(x,y)
		}
	endShape()
}


class Arabesque{
	constructor(){
		this.x1=random(-width/2,width/2);
		this.y1=random(-height/2,height/2);
		this.vx = random(1,4);
		this.vy = random(1,4);
		this.x=this.x1;
		this.y=this.y1;
		this.r=random(width/5,width/2);
		this.t=0;
		this.feuille=random(-2,2.5);
		this.scale=(random(-0.8,0.8))
		this.color = int(random(0,9.9))
		this.color2 = int(random(0,9.9))
	}
	move(){
		this.t+=0.2
		this.x = this.x1+this.r*sin(this.t*this.vy);
		this.y = this.y1+this.r*cos(this.t*this.vx);
	}
	display(){
		translate(this.x1,this.y1)
		stroke(colorA[this.color2])
		fill(colorA[this.color])
		scale(this.scale,this.scale)
		rotate(this.t*this.scale+this.y1)
		if(this.feuille<=-1){
			
			if(this.vx>3){
				for(let i=0;i<this.color;i++){
					push()
						translate(r/12,0)
						rotate(360/this.color*i);
						feuilleA()
					pop()
				}
				fill(colorA[this.color2])
				translate(r/12,0)
				circle(0,0,20)
			}else{feuilleA()}
		}
		if(this.feuille>-1&&this.feuille<=0){
				if(this.vx>3){
				for(let i=0;i<int(this.color/2+2);i++){
					push()
					stroke(colorA[this.color2])
				fill(colorA[this.color])
						rotate(360/int(this.color/2+2)*i);
						translate(0,r/2)
						feuilleB()
					pop()
				}
					if(this.vx>3.5){
					for(let i=0;i<int(this.color/2+2)*2;i++){
					push()
						stroke(colorA[this.color])
				fill(colorA[this.color2])
						rotate(360/int(this.color/2+2)*i/2);
						translate(0,r/2)
						feuilleC()
					pop()
				}
					}
			}else{feuilleB()}
		}
		if(this.feuille>0&&this.feuille<=1){
			feuilleC()
			if(this.vx>2){
				rotate(20)
				stroke(colorA[this.color])
				fill(colorA[this.color2])
				feuilleC()
				if(this.vx>3){
				rotate(20)
				stroke(colorA[this.color2])
				fill(colorA[this.color])
				feuilleC()
			}
			}
		}
		if(this.feuille>1&&this.feuille<=2){
			feuilleD()
			if(this.vx>2){
				rotate(30)
				translate(r/6,-r/6)
				stroke(colorA[this.color])
				fill(colorA[this.color2])
				feuilleD()
				if(this.vx>1){
				rotate(30)
				translate(r/6,-r/6)
				stroke(colorA[this.color2])
				fill(colorA[this.color])
				feuilleD()
			}
			}
		}
		if(this.feuille>2){
			spiral1()
		}
	}
}
function mousePressed(){
	feuilles  = [];
	setup()
	draw()
}