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aqwunderscorezert.js
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aqwunderscorezert.js
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// Aqw_Zert
// Status: Ready
// Fxhash: https://www.fxhash.xyz/u/Aqw_Zert
// Wallet: tz1bD953oqrKK47eJhg9Bp3gFLVbeEvdqhix
import Style from './style'
export default class AqwUnderscoreZertStyle extends Style {
constructor (gridSizeX, gridSizeY, s, projectionCalculator3d, p5) {
super(gridSizeX, gridSizeY, s, projectionCalculator3d, p5)
this.woodCols = [];
this.lightWood = ["#9B7652", "#BD9474", "#D1B7A3", "#DFD0C4"];
this.redWood = ["#7d280b","#48120c","#5c1d0c"]
this.darkerWood = ["#4E2A1B", "#341A0E", "#CE8757", "#040404", "#A65F23"]
this.BWWood = ["#000000", "#333333", "#666666", "#999999", "#CCCCCC", "#EEEEEE"]
this.linePerPils;
this.nlayers;
}
beforeDraw () {
this._p5.strokeCap(this._p5.SQUARE)
this._p5.colorMode(this._p5.HSL, 360, 100, 100, 1);
this._p5.rectMode(this._p5.CENTER);
this._p5.ellipseMode(this._p5.CENTER);
this._p5.noiseDetail(12, 0.85);
this.drawBG();
this.linePerPils = Math.floor(this._p5.random(7,12));
this.nlayers = Math.floor(this._p5.random(5,12));
}
drawTile (tilePoints, frontLeftCorner3DCoord, isBorder) {
let sw = Math.abs(tilePoints[2].x-tilePoints[1].x)/(this.linePerPils);
let layerThickness = (0.02*this._s)/this.nlayers;
//RIGHT PILLARS
if(frontLeftCorner3DCoord.x+1 == this._gridSizeX/2.0){
//BACK
let dx = Math.abs(tilePoints[2].x-tilePoints[1].x)*this._s/this.linePerPils
this._p5.strokeWeight(this._s*sw/5.)
this._p5.stroke(0);
this._p5.line(tilePoints[2].x*this._s-sw/2.,tilePoints[2].y*this._s,
tilePoints[2].x*this._s-sw/2.,tilePoints[2].y*this._s)
this._p5.noStroke();
for(let i=1; i<this.linePerPils;i++){
this._p5.strokeWeight(1.05*sw*this._s);
this._p5.stroke(this.woodCols[Math.floor(this._p5.random(0,this.woodCols.length))]);
this._p5.line(tilePoints[2].x*this._s-sw/2.-i*dx,tilePoints[2].y*this._s,
tilePoints[2].x*this._s-sw/2.-i*dx,tilePoints[2].y*this._s
+0.2*this._s+0.01*this._s*this._p5.sin(i*this._p5.PI/this.linePerPils)/2)
this._p5.strokeWeight(this._s*sw/5.)
this._p5.stroke(0);
this._p5.line(tilePoints[2].x*this._s-sw/2.-i*dx,tilePoints[2].y*this._s,
tilePoints[2].x*this._s-sw/2.-i*dx,tilePoints[2].y*this._s
+0.2*this._s+0.01*this._s*this._p5.sin(i*this._p5.PI/this.linePerPils)/2)
this._p5.noStroke();
}
//
//FRONT
dx = Math.abs(tilePoints[3].x-tilePoints[0].x)*this._s/this.linePerPils
this._p5.strokeWeight(this._s*sw/5.)
this._p5.stroke(0);
this._p5.line(tilePoints[3].x*this._s-sw/2.,tilePoints[3].y*this._s,
tilePoints[3].x*this._s-sw/2.,tilePoints[3].y*this._s)
this._p5.noStroke();
for(let i=1; i<this.linePerPils;i++){
this._p5.strokeWeight(1.07*sw*this._s);
this._p5.stroke(this.woodCols[Math.floor(this._p5.random(0,this.woodCols.length))]);
this._p5.line(tilePoints[3].x*this._s-sw/2.-i*dx,tilePoints[3].y*this._s,
tilePoints[3].x*this._s-sw/2.-i*dx,tilePoints[3].y*this._s
+0.2*this._s+0.01*this._s*this._p5.sin(i*this._p5.PI/this.linePerPils)/2)
this._p5.strokeWeight(this._s*sw/5.)
this._p5.stroke(0);
this._p5.line(tilePoints[3].x*this._s-sw/2.-i*dx,tilePoints[3].y*this._s,
tilePoints[3].x*this._s-sw/2.-i*dx,tilePoints[3].y*this._s
+0.2*this._s+0.01*this._s*this._p5.sin(i*this._p5.PI/this.linePerPils)/2)
this._p5.noStroke();
}
}
//LEFT PILLARS
if(frontLeftCorner3DCoord.x == -this._gridSizeX/2.0){
let dx = Math.abs(tilePoints[2].x-tilePoints[1].x)*this._s/this.linePerPils
this._p5.strokeWeight(this._s*sw/5.)
this._p5.stroke(0);
this._p5.line(tilePoints[1].x*this._s+sw/2.,tilePoints[1].y*this._s,
tilePoints[1].x*this._s+sw/2.,tilePoints[1].y*this._s)
this._p5.noStroke();
for(let i=1; i<this.linePerPils;i++){
this._p5.strokeWeight(1.03*sw*this._s);
this._p5.stroke(this.woodCols[Math.floor(this._p5.random(0,this.woodCols.length))]);
this._p5.line(tilePoints[1].x*this._s+sw/2.+i*dx,tilePoints[1].y*this._s,
tilePoints[1].x*this._s+sw/2.+i*dx,tilePoints[1].y*this._s
+0.2*this._s+0.01*this._s*this._p5.sin(i*this._p5.PI/this.linePerPils)/2)
this._p5.strokeWeight(this._s*sw/5.)
this._p5.stroke(0);
this._p5.line(tilePoints[1].x*this._s+sw/2.+i*dx,tilePoints[1].y*this._s,
tilePoints[1].x*this._s+sw/2.+i*dx,tilePoints[1].y*this._s
+0.2*this._s+0.01*this._s*this._p5.sin(i*this._p5.PI/this.linePerPils)/2)
this._p5.noStroke();
}
//
dx = (tilePoints[3].x-tilePoints[0].x)*this._s/this.linePerPils
this._p5.strokeWeight(this._s*sw/5.)
this._p5.stroke(0);
this._p5.line(tilePoints[1].x*this._s+sw/2.,tilePoints[1].y*this._s,
tilePoints[1].x*this._s+sw/2.,tilePoints[1].y*this._s)
this._p5.noStroke();
for(let i=1; i<this.linePerPils;i++){
this._p5.strokeWeight(1.07*sw*this._s);
this._p5.stroke(this.woodCols[Math.floor(this._p5.random(0,this.woodCols.length))]);
this._p5.line(tilePoints[0].x*this._s+sw/2.+i*dx,tilePoints[0].y*this._s,
tilePoints[0].x*this._s+sw/2.+i*dx,tilePoints[0].y*this._s
+0.2*this._s+0.01*this._s*this._p5.sin(i*this._p5.PI/this.linePerPils)/2)
this._p5.strokeWeight(this._s*sw/5.)
this._p5.stroke(0);
this._p5.line(tilePoints[0].x*this._s+sw/2.+i*dx,tilePoints[0].y*this._s,
tilePoints[0].x*this._s+sw/2.+i*dx,tilePoints[0].y*this._s
+0.2*this._s+0.01*this._s*this._p5.sin(i*this._p5.PI/this.linePerPils)/2)
this._p5.noStroke();
}
this._p5.strokeWeight(this._s*sw/5.)
this._p5.stroke(0);
this._p5.line(tilePoints[2].x*this._s,tilePoints[1].y*this._s,
tilePoints[2].x*this._s,tilePoints[1].y*this._s)
this._p5.noStroke();
}
// TILE THICKNESS
this._p5.stroke(0);
this._p5.strokeWeight(this._s*0.001)
this._p5.fill(this.woodCols[Math.floor(this._p5.random(0,this.woodCols.length))])
for(let i=this.nlayers; i>0; i--){
this._p5.fill(this.woodCols[Math.floor(this._p5.random(0,this.woodCols.length))])
this._p5.quad(tilePoints[0].x * this._s, tilePoints[0].y * this._s+layerThickness*i,
tilePoints[1].x * this._s, tilePoints[1].y * this._s+layerThickness*i,
tilePoints[2].x * this._s, tilePoints[2].y * this._s+layerThickness*i,
tilePoints[3].x * this._s, tilePoints[3].y * this._s+layerThickness*i)
}
// Finally fill the tiles with posibly small quads...
this._p5.stroke(0);
this._p5.fill(this.woodCols[Math.floor(this._p5.random(0,this.woodCols.length))])
this._p5.strokeWeight(this._s*0.001)
this.myQuad(tilePoints[0].x, tilePoints[0].y,
tilePoints[1].x, tilePoints[1].y,
tilePoints[2].x, tilePoints[2].y,
tilePoints[3].x, tilePoints[3].y, this._p5.random(0.,1.))
}
afterDraw () {
//????????
}
drawBG() {
var sunX,sunY,sunR;
let hueSky, satSky, brightSky;
let satSea, brightSea;
let x, y, sunColor, brightness;
const [focalX, focalY] = this._projectionCalculator3d.getProjectedPoint([0, this._gridSizeY, 0]);
this._p5.noStroke();
let weather = this._p5.random(0,1)
//DAY PHASE CHECKER
if(weather<.11){
this._p5.background(220, this._p5.random(35,65), this._p5.random(15,25), 1);
[sunX,sunY] = [this._p5.random(0,1)*this._s, this._p5.random(1./3.,1./2.5)*focalY*this._s];
sunR = this._p5.random(0.1,0.2)*this._s
sunColor = "#FE4C40"
hueSky = 221;
satSky = 100;
brightSky = 50;
satSea = 100;
brightSea = 20;
this.woodCols = this.redWood;
}
else if(weather<0.44){
this._p5.background(197, this._p5.random(80,100), this._p5.random(50,90), 1);
[sunX,sunY] = [this._p5.random(0,1)*this._s, this._p5.random(0,1./2.5)*focalY*this._s];
sunR = this._p5.random(0.2,0.25)*this._s
sunColor = "#f9e72a"
hueSky = 197;
satSky = 83;
brightSky = 92;
satSea = 92;
brightSea = 43;
this.woodCols = this.lightWood;
}
else if(weather<0.82){
this._p5.background(0, this._p5.random(0,15), this._p5.random(0,15), 1);
[sunX,sunY] = [this._p5.random(0,1)*this._s, this._p5.random(0,1./2.5)*focalY*this._s];
sunR = this._p5.random(0.1,0.2)*this._s
sunColor = "#F7EAC6"
hueSky = 252;
satSky = 100;
brightSky = 16;
satSea = 100;
brightSea = 5;
this.woodCols = this.darkerWood;
}
else{
this._p5.background(0, this._p5.random(0,15), this._p5.random(0,15), 1);
[sunX,sunY] = [this._p5.random(0,1)*this._s, this._p5.random(0,1./2.5)*focalY*this._s];
sunR = this._p5.random(0.1,0.2)*this._s
sunColor = "#FFFFFF"
hueSky = 0;
satSky = 0;
brightSky = 0;
satSea = 0;
brightSea = 0;
this.woodCols = this.BWWood;
}
//SUN
for (let j = 0; j < 1; j++){
for (y = sunY-sunR; y < sunY+sunR; y += this._p5.random(0.001,0.005)*this._s) {
let xtheta = sunR*Math.sin(Math.acos(y/sunR))
this._p5.stroke(sunColor);
this._p5.strokeWeight(this._s*this._p5.random(0.001,0.005));
this._p5.line(sunX-xtheta+this._p5.random(-10*j,+10*j),y,
sunX+xtheta+this._p5.random(-10*j,+10*j),y)
// WATER REFLECTS, nothing shiny here
this._p5.stroke(sunColor);
this._p5.strokeWeight(this._s*this._p5.random(0.0005,0.001));
this._p5.line(sunX-xtheta+this._p5.random(-50*j,+50*j),(2.*focalY*this._s) - y,
sunX+xtheta+this._p5.random(-100*j,+100*j),(2.*focalY*this._s) - y)
}
}
//SKY
for (y = 0; y < focalY*this._s; y += this._p5.random(0.003,0.001)*this._s) {
for (x = 0; x < 1.*this._s; x += this._p5.random(0.025,0.5)*this._s) {
if (this._p5.random(0,1) > this._p5.random(0.5,0.9)) {
this._p5.strokeWeight(this._p5.random(0.005,0.03)*this._s);
this._p5.stroke(hueSky*this._p5.random(0.95,1.05),
this._p5.random(0.6,1.2)*satSky,
this._p5.random(0.6,1.2)*brightSky,
this._p5.random(0.01,0.05));
this._p5.line(x + this._p5.random(-2, 2), y, x + this._p5.random(-1000, 1000), y + this._p5.random(-1, 1));
}
}
this._p5.strokeWeight(this._p5.random(0.001,0.003)*this._s);
}
//SUN2, in front of sky, in case of very blurry sky...
for (let j = 0; j < 1; j++){
for (y = sunY-sunR; y < sunY+sunR; y += this._p5.random(0.005,0.02)*this._s) {
let xtheta = sunR*Math.sin(Math.acos(y/sunR))
this._p5.stroke(sunColor);
this._p5.strokeWeight(this._s*this._p5.random(0.001,0.002));
this._p5.line(sunX-xtheta+this._p5.random(-10*j,+10*j),y,
sunX+xtheta+this._p5.random(-10*j,+10*j),y)
// WATER REFLECTS, nothing shiny here
this._p5.stroke(sunColor);
this._p5.strokeWeight(this._s*this._p5.random(0.0006,0.002));
this._p5.line(sunX-xtheta+this._p5.random(-50*j,+50*j),(2.*focalY*this._s) - y,
sunX+xtheta+this._p5.random(-100*j,+100*j),(2.*focalY*this._s) - y)
}
}
//SEA - From bottom to focalY++
for (y = 0; y <1; y += this._p5.random(0.0001,0.0002)) {
let noiseY = this._p5.noise(y+this._p5.random(123456,123456));
for (x = 0; x < 1; x += this._p5.random(0.01,0.03)) {
let yy = (focalY*this._s/1.2 + this._p5.noise(x) * 8) + y*this._s;
let noiseGlob = (this._p5.cos(x * this._p5.PI * this._p5.random(0.33,0.66) + y * this._p5.PI * 1 + this._p5.noise(x*2, y*8) * this._p5.PI)) /(this._p5.random(0.33,0.66) - this._p5.noise(x, y)) * 2;
if (this._p5.random(0,1) > this._p5.random(0.44,0.88)) {
this._p5.stroke(230 + ((0.5 - this._p5.noise(x, y)) * 2) * 20,
this._p5.random(.8,1.20)*satSea*this._p5.noise(x / 4, y / 8),
this._p5.random(.8,1.20)*brightSea*this._p5.noise(x / 4, y / 8)-this._p5.random(0,40) * noiseGlob,
this._p5.random(.33,.66) * this._p5.random(0.33,0.66) * this._p5.pow(y, this._p5.random(0.33,0.88)));
this._p5.line(x*this._s,
yy,
x*this._s + this._p5.random(-.5, .5)*this._s * noiseGlob * noiseY * y,
yy + this._p5.random(-0.015, 0.015)*this._s * noiseGlob * y);
}
}
}
//SKY
for (y = 0; y < focalY*this._s; y += this._p5.random(0.003,0.001)*this._s) {
for (x = 0; x < 1.*this._s; x += this._p5.random(0.025,0.5)*this._s) {
if (this._p5.random(0,1) > this._p5.random(0.5,0.9)) {
this._p5.strokeWeight(this._p5.random(0.005,0.03)*this._s);
this._p5.stroke(hueSky*this._p5.random(0.95,1.05),
this._p5.random(0.6,1.2)*satSky,
this._p5.random(0.6,1.2)*brightSky,
this._p5.random(0.002,0.06));
this._p5.line(x + this._p5.random(-2, 2), y, x + this._p5.random(-1000, 1000), y + this._p5.random(-1, 1));
}
}
this._p5.strokeWeight(this._p5.random(0.001,0.003)*this._s);
}
//SUN2, in front of sky, in case of very blurry sky...
for (let j = 0; j < 1; j++){
for (y = sunY-sunR; y < sunY+sunR; y += this._p5.random(0.005,0.02)*this._s) {
let xtheta = sunR*Math.sin(Math.acos(y/sunR))
// WATER REFLECTS, nothing shiny here
this._p5.stroke(sunColor);
this._p5.strokeWeight(this._s*this._p5.random(0.0001,0.0002));
this._p5.line(sunX-xtheta+this._p5.random(-50*j,+50*j),(2.*focalY*this._s) - y,
sunX+xtheta+this._p5.random(-100*j,+100*j),(2.*focalY*this._s) - y)
}
}
}
myQuad(x1,y1,x2,y2,x3,y3,x4,y4,p){
this._p5.quad(x1 * this._s, y1 * this._s,
x2 * this._s, y2 * this._s,
x3 * this._s, y3 * this._s,
x4 * this._s, y4 * this._s)
if(this._p5.random()<p){
let xmid = this._p5.map(this._p5.random(0.4,0.6),0,1,x1,x3)
let x12 = this._p5.map(this._p5.random(0.4,0.6),0,1,x1,x2)
let x14 = this._p5.map(this._p5.random(0.4,0.6),0,1,x1,x4)
let x34 = this._p5.map(this._p5.random(0.4,0.6),0,1,x4,x3)
let x32 = this._p5.map(this._p5.random(0.4,0.6),0,1,x2,x3)
let ymid = this._p5.map(this._p5.random(0.4,0.6),0,1,y1,y3)
this._p5.stroke(0);
this._p5.strokeWeight(0.0003*this._s);
this._p5.fill(this.woodCols[Math.floor(this._p5.random(0,this.woodCols.length))])
this._p5.quad(x1 * this._s, y1 * this._s,
x14 * this._s, y1 * this._s,
xmid * this._s, ymid * this._s,
x12 * this._s, ymid * this._s)
this._p5.fill(this.woodCols[Math.floor(this._p5.random(0,this.woodCols.length))])
this._p5.quad(x4 * this._s, y4 * this._s,
x34 * this._s, ymid * this._s,
xmid * this._s, ymid * this._s,
x14 * this._s, y4 * this._s)
this._p5.fill(this.woodCols[Math.floor(this._p5.random(0,this.woodCols.length))])
this._p5.quad(x2 * this._s, y2 * this._s,
x32 * this._s, y2 * this._s,
xmid * this._s, ymid * this._s,
x12 * this._s, ymid * this._s)
this._p5.fill(this.woodCols[Math.floor(this._p5.random(0,this.woodCols.length))])
this._p5.quad(x3 * this._s, y3 * this._s,
x34 * this._s, ymid * this._s,
xmid * this._s, ymid * this._s,
x32 * this._s, y3 * this._s)
}
}
static author () { return 'Aqw_Zert' }
static name () { return 'The Old Woody Dock' }
}