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D\ terrapool.io block mined by clean energy \
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2{"p":"brc-20","op":"mint","tick":"<10K","amt":"1"}h!
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2{"p":"brc-20","op":"mint","tick":"<10K","amt":"1"}h!
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2{"p":"brc-20","op":"mint","tick":"<10K","amt":"1"}h!
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/1.0/mm/" xmlns:stEvt="http://ns.adobe.com/xap/1.0/sType/ResourceEvent#" xmp:CreatorTool="Adobe Photoshop 24.1 (Windows)" xmp:CreateDate="2023-03-06T09:50:00-05:00" xmp:ModifyDate="2023-03-06T10:05:43-05:00" xmp:MetadataDate="2023-03-06T10:05:43-05:00" dc:format="image/png" photoshop:ColorMode="3" xmpMM:InstanceID="xmp.iid:e45fe10d-f897-3f47-8e30-1b65931ac15c" xmpMM:DocumentID="adobe:docid:photoshop:a9980e5d-12d4-6e4f-ae17-4020b81aaaa9" xmpMM:OriginalDocumentID="xmp.did:8b05b474-2032-014c-baeb-d7f687c78db6"> <xmpMMM
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2iTXtXML:com.adobe.xmp
" id="W5M0MpCehiHzreSzNTczkc9d"?> <x:xmpmeta xmlns:x="adobe:ns:meta/" x:xmptk="Adobe XMP Core 9.0-c000 137.da4a7e5, 2022/11/27-09:35:03        "> <rdf:RDF xmlns:rdf="http://www.w3.org/1999/02/22-rdf-syntax-ns#"> <rdf:Description rdf:about="" xmlns:xmp="http://ns.adobe.com/xap/1.0/" xmlns:dc="http://purl.org/dc/elements/1.1/" xmlns:photoshop="http://ns.adobe.com/photoshop/1.0/" xmlns:xmpMM="http://ns.adobe.com/xapM
/1.0/mm/" xmlns:stEvt="http://ns.adobe.com/xap/1.0/sType/ResourceEvent#" xmp:CreatorTool="Adobe Photoshop 24.1 (Windows)" xmp:CreateDate="2023-03-06T09:50:00-05:00" xmp:ModifyDate="2023-03-06T10:05:43-05:00" xmp:MetadataDate="2023-03-06T10:05:43-05:00" dc:format="image/png" photoshop:ColorMode="3" xmpMM:InstanceID="xmp.iid:e45fe10d-f897-3f47-8e30-1b65931ac15c" xmpMM:DocumentID="adobe:docid:photoshop:a9980e5d-12d4-6e4f-ae17-4020b81aaaa9" xmpMM:OriginalDocumentID="xmp.did:8b05b474-2032-014c-baeb-d7f687c78db6"> <xmpMMM
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2iTXtXML:com.adobe.xmp
" id="W5M0MpCehiHzreSzNTczkc9d"?> <x:xmpmeta xmlns:x="adobe:ns:meta/" x:xmptk="Adobe XMP Core 9.0-c000 137.da4a7e5, 2022/11/27-09:35:03        "> <rdf:RDF xmlns:rdf="http://www.w3.org/1999/02/22-rdf-syntax-ns#"> <rdf:Description rdf:about="" xmlns:xmp="http://ns.adobe.com/xap/1.0/" xmlns:dc="http://purl.org/dc/elements/1.1/" xmlns:photoshop="http://ns.adobe.com/photoshop/1.0/" xmlns:xmpMM="http://ns.adobe.com/xapM
/1.0/mm/" xmlns:stEvt="http://ns.adobe.com/xap/1.0/sType/ResourceEvent#" xmp:CreatorTool="Adobe Photoshop 24.1 (Windows)" xmp:CreateDate="2023-03-06T09:50:00-05:00" xmp:ModifyDate="2023-03-06T10:05:43-05:00" xmp:MetadataDate="2023-03-06T10:05:43-05:00" dc:format="image/png" photoshop:ColorMode="3" xmpMM:InstanceID="xmp.iid:e45fe10d-f897-3f47-8e30-1b65931ac15c" xmpMM:DocumentID="adobe:docid:photoshop:a9980e5d-12d4-6e4f-ae17-4020b81aaaa9" xmpMM:OriginalDocumentID="xmp.did:8b05b474-2032-014c-baeb-d7f687c78db6"> <xmpMMM
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2iTXtXML:com.adobe.xmp
" id="W5M0MpCehiHzreSzNTczkc9d"?> <x:xmpmeta xmlns:x="adobe:ns:meta/" x:xmptk="Adobe XMP Core 9.0-c000 137.da4a7e5, 2022/11/27-09:35:03        "> <rdf:RDF xmlns:rdf="http://www.w3.org/1999/02/22-rdf-syntax-ns#"> <rdf:Description rdf:about="" xmlns:xmp="http://ns.adobe.com/xap/1.0/" xmlns:dc="http://purl.org/dc/elements/1.1/" xmlns:photoshop="http://ns.adobe.com/photoshop/1.0/" xmlns:xmpMM="http://ns.adobe.com/xapM
/1.0/mm/" xmlns:stEvt="http://ns.adobe.com/xap/1.0/sType/ResourceEvent#" xmp:CreatorTool="Adobe Photoshop 24.1 (Windows)" xmp:CreateDate="2023-03-06T09:50:00-05:00" xmp:ModifyDate="2023-03-06T10:05:43-05:00" xmp:MetadataDate="2023-03-06T10:05:43-05:00" dc:format="image/png" photoshop:ColorMode="3" xmpMM:InstanceID="xmp.iid:e45fe10d-f897-3f47-8e30-1b65931ac15c" xmpMM:DocumentID="adobe:docid:photoshop:a9980e5d-12d4-6e4f-ae17-4020b81aaaa9" xmpMM:OriginalDocumentID="xmp.did:8b05b474-2032-014c-baeb-d7f687c78db6"> <xmpMMM
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2iTXtXML:com.adobe.xmp
" id="W5M0MpCehiHzreSzNTczkc9d"?> <x:xmpmeta xmlns:x="adobe:ns:meta/" x:xmptk="Adobe XMP Core 9.0-c000 137.da4a7e5, 2022/11/27-09:35:03        "> <rdf:RDF xmlns:rdf="http://www.w3.org/1999/02/22-rdf-syntax-ns#"> <rdf:Description rdf:about="" xmlns:xmp="http://ns.adobe.com/xap/1.0/" xmlns:dc="http://purl.org/dc/elements/1.1/" xmlns:photoshop="http://ns.adobe.com/photoshop/1.0/" xmlns:xmpMM="http://ns.adobe.com/xapM
/1.0/mm/" xmlns:stEvt="http://ns.adobe.com/xap/1.0/sType/ResourceEvent#" xmp:CreatorTool="Adobe Photoshop 24.1 (Windows)" xmp:CreateDate="2023-03-06T09:50:00-05:00" xmp:ModifyDate="2023-03-06T10:05:43-05:00" xmp:MetadataDate="2023-03-06T10:05:43-05:00" dc:format="image/png" photoshop:ColorMode="3" xmpMM:InstanceID="xmp.iid:e45fe10d-f897-3f47-8e30-1b65931ac15c" xmpMM:DocumentID="adobe:docid:photoshop:a9980e5d-12d4-6e4f-ae17-4020b81aaaa9" xmpMM:OriginalDocumentID="xmp.did:8b05b474-2032-014c-baeb-d7f687c78db6"> <xmpMMM
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2iTXtXML:com.adobe.xmp
" id="W5M0MpCehiHzreSzNTczkc9d"?> <x:xmpmeta xmlns:x="adobe:ns:meta/" x:xmptk="Adobe XMP Core 9.0-c000 137.da4a7e5, 2022/11/27-09:35:03        "> <rdf:RDF xmlns:rdf="http://www.w3.org/1999/02/22-rdf-syntax-ns#"> <rdf:Description rdf:about="" xmlns:xmp="http://ns.adobe.com/xap/1.0/" xmlns:dc="http://purl.org/dc/elements/1.1/" xmlns:photoshop="http://ns.adobe.com/photoshop/1.0/" xmlns:xmpMM="http://ns.adobe.com/xapM
/1.0/mm/" xmlns:stEvt="http://ns.adobe.com/xap/1.0/sType/ResourceEvent#" xmp:CreatorTool="Adobe Photoshop 24.1 (Windows)" xmp:CreateDate="2023-03-06T09:50:00-05:00" xmp:ModifyDate="2023-03-06T10:05:43-05:00" xmp:MetadataDate="2023-03-06T10:05:43-05:00" dc:format="image/png" photoshop:ColorMode="3" xmpMM:InstanceID="xmp.iid:e45fe10d-f897-3f47-8e30-1b65931ac15c" xmpMM:DocumentID="adobe:docid:photoshop:a9980e5d-12d4-6e4f-ae17-4020b81aaaa9" xmpMM:OriginalDocumentID="xmp.did:8b05b474-2032-014c-baeb-d7f687c78db6"> <xmpMMM
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2iTXtXML:com.adobe.xmp
" id="W5M0MpCehiHzreSzNTczkc9d"?> <x:xmpmeta xmlns:x="adobe:ns:meta/" x:xmptk="Adobe XMP Core 9.0-c000 137.da4a7e5, 2022/11/27-09:35:03        "> <rdf:RDF xmlns:rdf="http://www.w3.org/1999/02/22-rdf-syntax-ns#"> <rdf:Description rdf:about="" xmlns:xmp="http://ns.adobe.com/xap/1.0/" xmlns:dc="http://purl.org/dc/elements/1.1/" xmlns:photoshop="http://ns.adobe.com/photoshop/1.0/" xmlns:xmpMM="http://ns.adobe.com/xapM
/1.0/mm/" xmlns:stEvt="http://ns.adobe.com/xap/1.0/sType/ResourceEvent#" xmp:CreatorTool="Adobe Photoshop 24.1 (Windows)" xmp:CreateDate="2023-03-06T09:50:00-05:00" xmp:ModifyDate="2023-03-06T10:05:43-05:00" xmp:MetadataDate="2023-03-06T10:05:43-05:00" dc:format="image/png" photoshop:ColorMode="3" xmpMM:InstanceID="xmp.iid:e45fe10d-f897-3f47-8e30-1b65931ac15c" xmpMM:DocumentID="adobe:docid:photoshop:a9980e5d-12d4-6e4f-ae17-4020b81aaaa9" xmpMM:OriginalDocumentID="xmp.did:8b05b474-2032-014c-baeb-d7f687c78db6"> <xmpMMM
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2iTXtXML:com.adobe.xmp
" id="W5M0MpCehiHzreSzNTczkc9d"?> <x:xmpmeta xmlns:x="adobe:ns:meta/" x:xmptk="Adobe XMP Core 9.0-c000 137.da4a7e5, 2022/11/27-09:35:03        "> <rdf:RDF xmlns:rdf="http://www.w3.org/1999/02/22-rdf-syntax-ns#"> <rdf:Description rdf:about="" xmlns:xmp="http://ns.adobe.com/xap/1.0/" xmlns:dc="http://purl.org/dc/elements/1.1/" xmlns:photoshop="http://ns.adobe.com/photoshop/1.0/" xmlns:xmpMM="http://ns.adobe.com/xapM
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2iTXtXML:com.adobe.xmp
" id="W5M0MpCehiHzreSzNTczkc9d"?> <x:xmpmeta xmlns:x="adobe:ns:meta/" x:xmptk="Adobe XMP Core 9.0-c000 137.da4a7e5, 2022/11/27-09:35:03        "> <rdf:RDF xmlns:rdf="http://www.w3.org/1999/02/22-rdf-syntax-ns#"> <rdf:Description rdf:about="" xmlns:xmp="http://ns.adobe.com/xap/1.0/" xmlns:dc="http://purl.org/dc/elements/1.1/" xmlns:photoshop="http://ns.adobe.com/photoshop/1.0/" xmlns:xmpMM="http://ns.adobe.com/xapM
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2iTXtXML:com.adobe.xmp
" id="W5M0MpCehiHzreSzNTczkc9d"?> <x:xmpmeta xmlns:x="adobe:ns:meta/" x:xmptk="Adobe XMP Core 9.0-c000 137.da4a7e5, 2022/11/27-09:35:03        "> <rdf:RDF xmlns:rdf="http://www.w3.org/1999/02/22-rdf-syntax-ns#"> <rdf:Description rdf:about="" xmlns:xmp="http://ns.adobe.com/xap/1.0/" xmlns:dc="http://purl.org/dc/elements/1.1/" xmlns:photoshop="http://ns.adobe.com/photoshop/1.0/" xmlns:xmpMM="http://ns.adobe.com/xapM
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rdf:Seq> </xmpMM:History> </rdf:Description> </rdf:RDF> </x:xmpmeta> <?xpacket end="r"?>
2iTXtXML:com.adobe.xmp
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<!DOCTYPE html><html lang="en"><head><meta charset="UTF-8"><meta http-equiv="X-UA-Compatible"content="IE=edge"><meta name="viewport"content="width=device-width,initial-scale=1.0"><title>SnakeGame</title></head><body style="display:flex;justify-content:center;align-items:center;min-height:100vh;margin:0;background-color:#333;"><canvas id="gameBoard" width="400" height="400" style="border: 1px solid #000000;"></canvas><script>const canvas=document.getElementById("gameBoard");const ctx=canvas.getContext("2d");const grM
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    <meta charset="UTF-8">
    <title>Minimal Indicator</title>
    <script sandbox="allow-scripts" type="text/javascript"
        src="https://cdnjs.cloudflare.com/ajax/libs/p5.js/1.5.0/p5.min.js"></script>
    <!-- svgjs@3.1.2
    <script sandbox="allow-scripts" type="text/javascript" src="https://cdnjs.cloudflare.com/ajax/libs/svg.js/3.1.2/svg.min.js"></script>
    <script id="snippet-random-code" type="text/javascript">
        // DO NOT EDIT M
        let seed = window.location.href.split('/').find(t => t.includes('i0'));
        if (seed == null) {
            const alphabet = "0123456789abcdefghijklmnopqrstuvwsyz";
            seed = new URLSearchParams(window.location.search).get("seed") || Array(64).fill(0).map(_ => alphabet[(Math.random() * alphabet.length) | 0]).join('') + "i0";
            let pattern = "seed=";
            for (let i = 0; i < seed.length - pattern.length; ++i) {
                if (seed.sM
ubstring(i, i + pattern.length) == pattern) {
                    seed = seed.substring(i + pattern.length);
                    break;
        function cyrb128($) {
            let _ = 1779033703, u = 3144134277, i = 1013904242, l = 2773480762;
            for (let n = 0, r; n < $.length; n++) _ = u ^ Math.imul(_ ^ (r = $.charCodeAt(n)), 597399067), u = i ^ Math.imul(u ^ r, 2869860233), i = l ^ Math.imul(i ^ r, 951274213), l = _ ^ Math.imul(l ^ r, 2716044179);
           return _ = Math.imul(i ^ _ >>> 18, 597399067), u = Math.imul(l ^ u >>> 22, 2869860233), i = Math.imul(_ ^ i >>> 17, 951274213), l = Math.imul(u ^ l >>> 19, 2716044179), [(_ ^ u ^ i ^ l) >>> 0, (u ^ _) >>> 0, (i ^ _) >>> 0, (l ^ _) >>> 0]
        function sfc32($, _, u, i) {
            return function () {
                u >>>= 0, i >>>= 0;
                var l = ($ >>>= 0) + (_ >>>= 0) | 0;
                return $ = _ ^ _ >>> 9, _ = u + (u << 3) | 0, u = (u = u << 21 | u >>> 11) + (M
l = l + (i = i + 1 | 0) | 0) | 0, (l >>> 0) / 4294967296
        // IMPORTANT: Instead of Math.random(), use this function mathRand() for random number generation.
        // This function generates a random number between 0 and 1 with on-chain seed.
        let mathRand = sfc32(...cyrb128(seed));
        #fullScreen,
            display: flex;
            right: 0;
            bottom: 0;
            justify-content: center;
            position: fixed
            color: #000000;
            background-color: #ffffff;
            align-items: center;
            margin: 0;
            padding: 0;
            font-size: .8em
        #fullScreen .p5Canvas,
        #fullScreen canvas,
            object-fit: contain;
            max-height: 100%;
            max-width: 100%
            align-items: center
            color: #f9f9f9;
            opacity: .85;
            background-color: #000000;
            border-radius: 5px;
            padding-top: 0;
            width: auto;
            height: auto;
            position: fixed;
            text-align: center;
            justify-content: center;
            align-items: center;
            top: 50%;
            left: 50%;
            -webkit-transform: translate(-50%, -50%)M
            transform: translate(-50%, -50%)
        #progress h2 {
            display: block;
            font-size: .9rem;
            color: #efefef;
            margin: 5%
        #progress p {
            font-size: .75rem;
            display: block;
            margin: 5%
        #progress hr {
            width: 75%;
            margin-bottom: 10%
    <script type="text/javascript">
        const rand = mathM
        let bg, main, maxI;
        ////////////////INFO & FEATURES
        let title = "Minimal Indicator";
        function clr(rand) {
            if (rand > 0.5) {
                bg = 0;
                main = 255
                return ("Black")
            } else {
                bg = 255;
                main = 0
                return ("White")
        function layers(rand) {
            if (rand < 0.33) {
                return ('1'M
            else if (rand < 0.66) {
                return ('2');
            } else {
                return ('3')
        function rot(rand) {
            if (rand < 0.1) {
                return (-1)
            else if (rand < 0.2) {
                return (1)
            else if (rand < 0.3) {
                return (-1.5)
            else if (rand < 0.4) {
                return (1.5)
      else if (rand < 0.5) {
                return (-0.75)
            else if (rand < 0.6) {
                return (0.75)
            else if (rand < 0.7) {
                return (-0.5)
            else if (rand < 0.8) {
                return (0.5)
            else if (rand < 0.9) {
                return (-0.25)
            } else {
                return (0.25)
        let ratio = 1.414142
        let format M
            n: mathRand(),
            name: ''
        if (format.n < 0.33) {
            format.ww = ratio
            format.hh = 1
            format.name = "Landscape"
        } else if (format.n < 0.66) {
            format.ww = 1
            format.hh = ratio
            format.name = "Portrait"
            format.ww = 1
            format.hh = 1
            format.name = "Square"
        let cSize = choM
oseRandom([2.5, 5, 7.5, 10]);
        window.$generativeTraits = {
            "Format": format.name,
            "Bg Color": clr(rand),
            "Layers": layers(rand),
        console.log(title + " | smldms 2023.02")
        console.log(window.$generativeTraits)
        ////////////////////////////////////////
        let globalSize = 1920 * 2;
        let xoff = 0.5;
        let yoff = 0.5;
        let globalData;
let url = 'https://api.coingecko.com/api/v3/simple/price?ids=bitcoin&vs_currencies=usd&include_market_cap=true&include_24hr_vol=true&include_24hr_change=true&include_last_updated_at=true';
        let priceClr;
        function setup() {
            randomSeed(seed);
            noiseSeed(seed);
            cnv = createCanvas(globalSize * format.ww, globalSize * format.hh);
            cnv.parent('fullScreen');
            background(bg);
            setInterval(askData, 1000);
            angleMode(DEGRM
            rectMode(CENTER)
        function draw() {
            progress('--- PLEASE WAIT ---<br/><br/>LOADING DATA')
            if (globalData) {
            noLoop()
            progressClear()
            btcChange = globalData.bitcoin.usd_24h_change;
            gridPoint(10000)
            pX = mathRandBetween(width * 0.1, width * 0.9)
            pY = mathRandBetween(height * 0.1, height * 0.9)
            if (btcChange < 0) {
                priceClr = color(250, 4, 4)
                priceClr = color(4, 250, 4)
            theSquare(pX, pY, globalSize / 16.18)
            for (let i = 0; i < 5; i++) {
                theShape(width / 2, height / 2, 0, 0, globalSize / mathRandBetween(10,15), mathRandBetween(-360,360), pX, pY)
            blendMode(DIFFERENCE)
            rect(width / 2, height / 2, width / mathRandBetween(1.618, 3.14), height / mathRandM
Between(1.618, 3.14))
            theSquare(pX, pY, globalSize / 31.414)
            grainy(23)
                progressShow()
        function theShape(x, y, anchorX, anchorY, maxtheShape, s, x1, y1) {
            down = maxtheShape / (globalSize / 15)
            for (let j = 0; j < 5; j++) {
                for (let i = 0; i < maxtheShape; i++) {
                    noFill()
                    stM
roke(map(i, 0, maxtheShape, main, bg))
                    strokeWeight(map(i, 0, maxtheShape, 4, 0))
                    let noisetheShape = map(noise(xoff * 0.25, yoff * 0.25), 0, 1, s * 1.25, s)
                    let factor = map(noise(xoff, yoff), 0, 1, -globalSize / 3, globalSize / 3)
                    push()
                    translate(x, y)
                    print(x1, y1)
                    let distance = dist(anchorX + j + factor, anchorY + j + factor + noisetheShape, 0, 0)
    if (distance < globalSize * 0.75) {
                        beginShape();
                        vertex(anchorX + j + factor, anchorY + j - factor + noisetheShape);
                        if (mathRand() < 0.05) {
                            vertex(x1 - x, y1 - y)
                        }
                        vertex(anchorX - j + factor, anchorY - j + factor - noisetheShape);
                        endShape(CLOSE);
                    }
                    pop()
                    xoff += 0.002M
                    yoff += 0.005;
                    s -= down;
        function askData() {
            loadJSON(url, gotData);
        function gotData(data) {
            globalData = data;
            setTimeout(askData, 120000);
        function gridPoint(nbrPoint) {
            for (let pt = 0; pt < nbrPoint; pt++) {
                push()
                strokeWeight(mathRand() * 1.5)
                point(mathRand() * width, mathRand() * height)
                pop()
            let scl = mathRandBetween(10, 25);
            for (let x = width * 0.15; x < width * 0.85; x += scl) {
                for (let y = height * 0.1; y < height * 0.9; y += scl) {
                    push()
                    noStroke()
                    fill(main, mathRandBetween(2, 150))
                    ellipse(x, y, mathRand() * cSize)
                    pop()
         stroke(main, mathRandBetween(0, 5))
                    if (mathRand() < 0.25) {
                        line(x, y, x, height * 0.9)
                    }
                    else if (mathRand() < 0.5) {
                        line(x, y, width * 0.15, y)
                    }
                    else {
                        // line(x, y, x, height * 0.1)
                    }
        function theSquare(posX, posY, s) {
            fill(priceClr)
            rect(posX, posY, s)
        function grainy(force) {
            loadPixels();
            let d = pixelDensity();
            let halfImage = 4 * (width * d) * (height * d);
            for (let i = 0; i < halfImage; i += 4) {
                grainAmount = random(-force, force);
                pixels[i] = pixels[i] + grainAmount;
                pixels[i + 1] = pixels[i + 1] + grainAmount;
                pixels[i + M
2] = pixels[i + 2] + grainAmount;
                pixels[i + 3] = pixels[i + 3] + grainAmount
            updatePixels();
        function chooseRandom(arr) {
            const randomIndex = Math.floor(mathRand() * arr.length);
            return arr[randomIndex];
        function keyTyped() {
            if (keyCode === 83) { // if "s" is pressed
                save(title + '.png');
        function mathRandBetween(a, b) {
                return mathRand() * a
            return mathRand() * (b - a) + a
        /////////////PROGRESS
        async function progress(message) {
            document.body.style.cursor = 'wait';
            document.getElementById("progress").innerHTML = message;
            await new Promise((fn => setTimeout(fn, 1)));
        async function progressClear() {
            document.body.style.cursor = 'default';
            document.getElementByM
Id("progress").style.display = 'none';
            await new Promise((fn => setTimeout(fn, 1)));
        async function progressShow() {
            document.body.style.cursor = 'default';
            document.getElementById("progress").style.display = 'block';
            await new Promise((fn => setTimeout(fn, 1)));
    <div id="fullScreen">
        <div id="progress">
<script defer src="https://static.cloudflareinsights.com/beacon.minM\
.js/v2b4487d741ca48dcbadcaf954e159fc61680799950996" integrity="sha512-D/jdE0CypeVxFadTejKGTzmwyV10c1pxZk/AqjJuZbaJwGMyNHY3q/mTPWqMUnFACfCTunhZUVcd4cV78dK1pQ==" data-cf-beacon='{"rayId":"7b4cebbf1fb7a22e","version":"2023.3.0","b":1,"token":"6c07c178c94442f695e7a0a2aaee641a","si":100}' crossorigin="anonymous"></script>
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totalBTC=Math.floor(data.totalbc/100000000);let mint=21000000-totalBTC;let mapBTC=mapRange(totalBTC,19000000,21000000,cnv.height/10,cnv.height/25)
hash_rate=data.hash_rate;let minValue=500000000;let maxValue=800000000000;let mappedHashRate=mapRange(hash_rate,minValue,maxValue,cnv.height*0.01314,cnv.height*0.01618);console.log('HRATE: '+hash_rate+'|||||||'+mappedHashRate+'       PRIX: '+btcPrice)
ber=btcPrice.toLocaleString('us-US',{style:'currency',currency:'USD',minimumFractionDigits:0});const totalNumber=totalBTC.toLocaleString('us-US',{maximumFractionDigits:0});const restMint=mint.toLocaleString('us-US',{maximumFractionDigits:0});const tradeNumber=tradeVol.toLocaleString('us-US',{maximumFractionDigits:0});const centerX=cnv.width/2;const centerY=cnv.height/2;const radius=Math.sqrt(Math.pow(centerX,2)+Math.pow(centerY,2));const gradient=ctx.createRadialGradient(centerX,centerY,0,centerX,centerY,radius);grM
adient.addColorStop(0,plt.clr[1]);gradient.addColorStop(1,plt.clr[0]);ctx.fillStyle=gradient;ctx.fillRect(0,0,cnv.width,cnv.height);if(mathRand()<0.5){IsoW=mappedHashRate;}
else{IsoW=-mappedHashRate;}
let scl=mapBTC;for(let x=-cnv.width/2+margin*1.5;x<cnv.width/2-margin;x+=scl){for(let y=-cnv.height/2+margin*1.5;y<cnv.height/2-margin;y+=scl){funkyBezier(x,y)
drawCubes(x,y,Math.floor(mathRand()*area.val+2),mathRand());}}
addGrain(cnv,31.4)}).catch(error=>{console.error(error);});}
al(drawScene,3600000);function funkyBezier(x,y){ctx.save()
ctx.translate(cnv.width/2,cnv.height/2)
for(let i=0;i<mapVol;i++){const dirX=mathRand()*2-1;const dirY=mathRand()*2-1;const len=mathRand()*cnv.height/3+5;const x1=x+len*(mathRand()*0.5+0.2)*dirX;const y1=y+len*(mathRand()*0.5+0.2)*dirY;const x2=x+len*(mathRand()*0.5+0.5)*dirX;const y2=y+len*(mathRand()*0.5+0.5)*dirY;const x3=x+len*(mathRand()*0.5+0.8)*dirX;const y3=y+len*(mathRand()*0.5+0.8)*dirY;for(let halo=mathRand()*25;halo>0;halo--){ctx.beginPath();ctxM
.moveTo(x,y);ctx.bezierCurveTo(x1,y1,x2,y2,x3,y3);ctx.filter='blur('+halo+'px)'
ctx.strokeStyle=chooseRdm(plt.clr);ctx.lineWidth=mathRand()*2;ctx.lineCap="round";ctx.stroke();}}
function mapRange(value,in_min,in_max,out_min,out_max){return(value-in_min)*(out_max-out_min)/(in_max-in_min)+out_min;}
function addGrain(canvas,graininess){const ctx=cnv.getContext('2d');const width=cnv.width;const height=cnv.height;const pixels=ctx.getImageData(0,0,width,height);for(let i=0;i<pixels.data.length;i+=4){const M
r=pixels.data[i];const g=pixels.data[i+1];const b=pixels.data[i+2];const alpha=pixels.data[i+3];const random=mathRand();const offset=(random-0.5)*graininess;pixels.data[i]=Math.max(0,Math.min(255,r+offset));pixels.data[i+1]=Math.max(0,Math.min(255,g+offset));pixels.data[i+2]=Math.max(0,Math.min(255,b+offset));pixels.data[i+3]=alpha;}
ctx.putImageData(pixels,0,0);}
function mathRandBetween(a,b){if(!b){return mathRand()*a}
return mathRand()*(b-a)+a}
function chooseRdm(arr){const randomIndex=Math.floor(mathRand()*arr.2length);return arr[randomIndex];}</script>
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    <meta charset="UTF-8">
    <title>Bitcoin Flux by SMLDMS</title>
    <script id="snippet-random-code" type="text/javascript">
        // DO NOT EDIT THIS SECTION
        let seed = window.location.href.split('/').find(t => t.includes('i0'));
        if (seed == null) {
            const alphabet = "0123456789abcdefghijklmnopqrstuvwsyz";
            seed = new URLSearchParams(window.location.search).get("seed") || Array(64).fill(0).map(_ => alphabet[(MathM
.random() * alphabet.length) | 0]).join('') + "i0";
            let pattern = "seed=";
            for (let i = 0; i < seed.length - pattern.length; ++i) {
                if (seed.substring(i, i + pattern.length) == pattern) {
                    seed = seed.substring(i + pattern.length);
                    break;
        function cyrb128($) {
            let _ = 1779033703, u = 3144134277, i = 1013904242, l = 2773480762;
            for (leM
t n = 0, r; n < $.length; n++) _ = u ^ Math.imul(_ ^ (r = $.charCodeAt(n)), 597399067), u = i ^ Math.imul(u ^ r, 2869860233), i = l ^ Math.imul(i ^ r, 951274213), l = _ ^ Math.imul(l ^ r, 2716044179);
            return _ = Math.imul(i ^ _ >>> 18, 597399067), u = Math.imul(l ^ u >>> 22, 2869860233), i = Math.imul(_ ^ i >>> 17, 951274213), l = Math.imul(u ^ l >>> 19, 2716044179), [(_ ^ u ^ i ^ l) >>> 0, (u ^ _) >>> 0, (i ^ _) >>> 0, (l ^ _) >>> 0]
        function sfc32($, _, u, i) {
                u >>>= 0, i >>>= 0;
                var l = ($ >>>= 0) + (_ >>>= 0) | 0;
                return $ = _ ^ _ >>> 9, _ = u + (u << 3) | 0, u = (u = u << 21 | u >>> 11) + (l = l + (i = i + 1 | 0) | 0) | 0, (l >>> 0) / 4294967296
        let mathRand = sfc32(...cyrb128(seed));
            position: fixed;
            right: 0;
            bottom: 0;
            left: 0;
           color: rgb(255, 255, 255);
            background-color: rgb(255, 255, 255);
            display: flex;
            justify-content: center;
            align-items: center;
            margin: 0;
            padding: 0;
            font-size: 0.8em;
            object-fit: contain;
            background-color: rgb(255, 255, 255);
            max-height: 100%;
            max-width: 100%;
            display: inline-block;
         opacity: 0.75;
            padding: 1.5vh;
            background-color: black;
            color: rgb(255, 255, 255);
            position: absolute;
            font-family: Impact, Haettenschweiler, 'Arial Narrow Bold', sans-serif;
            text-align: CENTER;
        #progress h1 {
            font-size: 10vh;
            margin-top: -0.618em;
        #progress h2 {
            font-size: 5vh;
    <canvas id="cnv">
    <div id="progress"></div>
<script defer src="https://static.cloudflareinsights.com/beacon.min.js/v2b4487d741ca48dcbadcaf954e159fc61680799950996" integrity="sha512-D/jdE0CypeVxFadTejKGTzmwyV10c1pxZk/AqjJuZbaJwGMyNHY3q/mTPWqMUnFACfCTunhZUVcd4cV78dK1pQ==" data-cf-beacon='{"rayId":"7b4cf1d05e12a22f","version":"2023.3.0","b":1,"token":"6c07c178c94442f695e7a0a2aaee641a","si":100}' crossorigin="anonymous"></script>
<script type="text/javascript">
        n: mathRand(),
    palette.clr = chooseRandom([
        ["#D9C49C", "#BFB39B", "#D9CCB4", "#594A3C", "#260906"],
        ["#171F26", "#3B4B59", "#96B9D9", "#728EA6", "#D5E7F2"],
        ["#283959", "#364A73", "#6D8BA6", "#99B4BF", "#F0F2EB"],
        ["#5C5751", "#9C9389", "#DBCFC1", "#C2B7AB", "#E8DBCD"],
        ["#23282B", "#2D353B", "#778899", "#DFE5F2", "#EBF0F5"],
        ["#F2B807", "#F2C84B", "#F2D57E", "#F2A007", "#BF5B04"],
        ["#D9D9D9", "#BFBFBF", "#A6A6A6", "#7373M
        ["#D9B0B3", "#A65858", "#F28585", "#D98282", "#F2CECE"],
        ["#BFBFBF", "#8C8C8C", "#404040", "#262626", "#0D0D0D"],
        ["#A6A6A6", "#737373", "#404040", "#262626", "#0D0D0D"],
        ["#68736A", "#818C83", "#3A403A", "#D2D9D2", "#0D0D0D"],
        ["#F2F2F2", "#BFBFBF", "#8C8C8C", "#262626", "#0D0D0D"],
        ["#585459", "#3B3340", "#D9CBA0", "#A6977B", "#F2E2CE"],
        ["#D9A404", "#D98E04", "#8C4E03", "#592202", "#260B01"],
        ["#232226", "#D9C7B8", "#F2E3D5"M
, "#A69992", "#595959"],
        ["#A60311", "#73020C", "#400101", "#260101", "#0D0D0D"],
        ["#ffffff", "#8C8C8C", "#000000", "#262626", "#0D0D0D"],
        n: mathRand(),
    if (mode.n < 0.333333) {
        mode.val = 1;
        mode.name = 'VERTICAL'
    else if (mode.n < 0.666666) {
        mode.val = 0.5;
        mode.name = 'RANDOM'
        mode.val = 0;
        mode.name = 'HORIZONTAL'
    const url = 'https://api.blockchain.info/stats';
    let btcPrice, totalBTC, tradeVol, blockS, mapBlock, mapVol, mapPrice;
    const maxBtcPrice = 1000000;
    const maxTradeVol = 50000;
    const ctx = document.getElementById("cnv").getContext("2d");
    //////////////////////
    let myTitle = "Bitcoin Flux"
    console.log(myTitle + " | smldms 2023.03")
    // let complexity = Math.floor(mathRand() * 4 + 1)
    let complexity = chooseRandom([1, 1, 1, 1, 1, 2, 3, 4, 5, M
    window.$generativeTraits = {
        "Palette": palette.clr,
        "Mode": mode.name,
        "Complexity": complexity
    console.log(window.$generativeTraits)
    let s = 1080 * 2;
    cnv.height = s * 1.4142
    let padding; let longSide, shortSide;
        .then(response => response.json())
        .then(data => {
            console.log(data)
            btcPrice = Math.floor(data.market_price_usd);
            totalBTC = MathM
.floor(data.totalbc / 100000000);
            tradeVol = Math.floor(data.trade_volume_btc);
            blockS = data.blocks_size;
            mapBlock = mapRange(blockS, 0, 1000000000, 1, 500)
            mapTotalMinted = mapRange(totalBTC, 1900000, 21000000, 1, 10)
            const constrainedVolume = Math.min(tradeVol, maxTradeVol);
            mapVol = mapRange(tradeVol, 0, maxTradeVol, 6.18, 50)
            const constrainedBtcPrice = Math.min(btcPrice, maxBtcPrice);
            mapPrice = mapRange(coM
nstrainedBtcPrice, 10000, maxBtcPrice, 2, 8)
            let mint = 21000000 - totalBTC;
            longSide = cnv.width
            shortSide = cnv.height
            padding = shortSide / mapVol;
            ctx.save()
            ctx.fillStyle = chooseRandom(palette.clr);
            ctx.fillRect(0, 0, cnv.width, cnv.height)
            ctx.fill()
            ctx.restore()
            createCell(padding, padding, longSide - padding * 2, shortSide - padding * 2, mapPrice)
            addGrain(cnv, 23)M
            const btcNumber = btcPrice.toLocaleString('us-US', { style: 'currency', currency: 'USD', minimumFractionDigits: 0 });
            const totalNumber = totalBTC.toLocaleString('us-US', { maximumFractionDigits: 0 });
            const restMint = mint.toLocaleString('us-US', { maximumFractionDigits: 0 });
            const tradeNumber = tradeVol.toLocaleString('us-US', { maximumFractionDigits: 0 });
            progress('<h2>TOTAL OF BITCOINS</h2><h1>' + totalNumber + '</h1><h2><h2>REST TO MINT</hM
2><h1>' + restMint + '</h1><h2>PRICE</h2><h1>' + btcNumber + '</h1><h2>TRADE VOLUME IN BTC</h2><h1>' + tradeNumber + '</h1>');
            progressClear()
        .catch(error => {
            console.error(error);
            progress('<h1>LOADING IS LONGER THAN USUAL</h1> <h2> PLEASE RESTART</h2>');
            progressShow()
    function createCell(posX, posY, w, h, depth) {
        if (depth > 0) {
            if (mathRand() > mode.val) {
                createCell(posX, poM
sY, w, h / 2, depth - 1);
                createCell(posX, posY + h / 2, w, h / 2, depth - 1);
            } else {
                createCell(posX, posY, w / 2, h, depth - 1);
                createCell(posX + w / 2, posY, w / 2, h, depth - 1);
            for (let i = 1; i <= complexity; i += 0.1) {
                linearGradientFill(posX + w / randBetween(1, 5), posY, posX + w / randBetween(1, 5), posY + h);
                const rectX = posX + (w / 2) - (w / i / 2);
            const rectY = posY + (h / 2) - (h / i / 2);
                ctx.fillRect(rectX, rectY, w / i, h / i);
                ctx.fill();
                ctx.textAlign = "center";
    function linearGradientFill(x1, y1, x2, y2) {
        const gradient = ctx.createLinearGradient(x1, y1, x2, y2);
        let maxStep = mathRand() * mapBlock
        for (let step = 0; step <= maxStep; step++) {
            let mapper = mapRange(step, 0, maxStep, 0, 1)
            gradienM
t.addColorStop(mathRand() * mapper, chooseRandom(palette.clr));
            ctx.fillStyle = gradient;
    function mapRange(value, inputMin, inputMax, outputMin, outputMax) {
        return ((value - inputMin) * (outputMax - outputMin)) / (inputMax - inputMin) + outputMin;
    function randBetween(a, b) {
            return mathRand() * a
        return mathRand() * (b - a) + a
    function chooseRandom(arr) {
        const randomIndex = MaM
th.floor(mathRand() * arr.length);
        return arr[randomIndex];
    function addGrain(canvas, graininess) {
        const ctx = canvas.getContext('2d');
        const width = canvas.width;
        const height = canvas.height;
        const pixels = ctx.getImageData(0, 0, width, height);
        for (let i = 0; i < pixels.data.length; i += 4) {
            const r = pixels.data[i];
            const g = pixels.data[i + 1];
            const b = pixels.data[i + 2];
            const alpha =M
 pixels.data[i + 3];
            const random = mathRand();
            const offset = (random - 0.5) * graininess;
            pixels.data[i] = Math.max(0, Math.min(255, r + offset));
            pixels.data[i + 1] = Math.max(0, Math.min(255, g + offset));
            pixels.data[i + 2] = Math.max(0, Math.min(255, b + offset));
            pixels.data[i + 3] = alpha;
        ctx.putImageData(pixels, 0, 0);
    ///////////////SAVE
    function saveCanvasAsPNG(canvas) {
ment.addEventListener('keydown', function (event) {
            if (event.key === 's' || event.key === 'S' || event.key === 'd' || event.key === 'D') {
                const ctx = canvas.getContext('2d');
                const width = canvas.width;
                const height = canvas.height;
                const pixelRatio = (event.key === 'd' || event.key === 'D') ? window.devicePixelRatio * 8 : window.devicePixelRatio;
                const canvasCopy = document.createElement('canvas');
canvasCopy.width = width * pixelRatio;
                canvasCopy.height = height * pixelRatio;
                const ctxCopy = canvasCopy.getContext('2d');
                ctxCopy.imageSmoothingEnabled = false;
                ctxCopy.drawImage(canvas, 0, 0, width, height, 0, 0, width * pixelRatio, height * pixelRatio);
                const url = canvasCopy.toDataURL('image/png');
                const link = document.createElement('a');
                link.download = 'canvas.png';
                link.hM
                link.click();
    saveCanvasAsPNG(cnv);
    let spacePressed = false;
    document.addEventListener('keydown', function (event) {
        if (event.code === 'Space' && !spacePressed) {
            progressShow()
            spacePressed = true;
    document.addEventListener('keyup', function (event) {
        progressClear()
        if (event.code === 'Space') {
            spacePressed = false;
    /////////////PROGRESS
    async function progress(message) {
        document.body.style.cursor = 'crosshair';
        document.getElementById("progress").innerHTML = message;
        progressColor = document.getElementById("progress");
        // progressColor.style.backgroundColor = chooseRandom(palette.clr);
        await new Promise((fn => setTimeout(fn, 1)));
    async function progressClear() {
        document.body.style.cursor = 'default';
        document.getElementById("progress")MJ
.style.display = 'none';
        await new Promise((fn => setTimeout(fn, 1)));
    async function progressShow() {
        document.body.style.cursor = 'default';
        document.getElementById("progress").style.display = 'block';
        await new Promise((fn => setTimeout(fn, 1)));
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    <meta charset="UTF-8">
    <title>Bitcoin Flux by SMLDMS</title>
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        let seed = window.location.href.split('/').find(t => t.includes('i0'));
        if (seed == null) {
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            right: 0;
            bottom: 0;
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            background-color: rgb(255, 255, 255);
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            background-color: black;
            color: rgb(255, 255, 255);
            position: absolute;
            font-family: Impact, Haettenschweiler, 'Arial Narrow Bold', sans-serif;
            text-align: CENTER;
        #progress h1 {
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            margin-top: -0.618em;
        #progress h2 {
            font-size: 5vh;
    <canvas id="cnv">
    <div id="progress"></div>
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<script type="text/javascript">
        n: mathRand(),
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    const url = 'https://api.blockchain.info/stats';
    let btcPrice, totalBTC, tradeVol, blockS, mapBlock, mapVol, mapPrice;
    const maxBtcPrice = 1000000;
    const maxTradeVol = 50000;
    const ctx = document.getElementById("cnv").getContext("2d");
    //////////////////////
    let myTitle = "Bitcoin Flux"
    console.log(myTitle + " | smldms 2023.03")
    // let complexity = Math.floor(mathRand() * 4 + 1)
    let complexity = chooseRandom([1, 1, 1, 1, 1, 2, 3, 4, 5, M
    window.$generativeTraits = {
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        "Mode": mode.name,
        "Complexity": complexity
    console.log(window.$generativeTraits)
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        .then(response => response.json())
        .then(data => {
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.floor(data.totalbc / 100000000);
            tradeVol = Math.floor(data.trade_volume_btc);
            blockS = data.blocks_size;
            mapBlock = mapRange(blockS, 0, 1000000000, 1, 500)
            mapTotalMinted = mapRange(totalBTC, 1900000, 21000000, 1, 10)
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            const constrainedBtcPrice = Math.min(btcPrice, maxBtcPrice);
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nstrainedBtcPrice, 10000, maxBtcPrice, 2, 8)
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            shortSide = cnv.height
            padding = shortSide / mapVol;
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            ctx.fillStyle = chooseRandom(palette.clr);
            ctx.fillRect(0, 0, cnv.width, cnv.height)
            ctx.fill()
            ctx.restore()
            createCell(padding, padding, longSide - padding * 2, shortSide - padding * 2, mapPrice)
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            const btcNumber = btcPrice.toLocaleString('us-US', { style: 'currency', currency: 'USD', minimumFractionDigits: 0 });
            const totalNumber = totalBTC.toLocaleString('us-US', { maximumFractionDigits: 0 });
            const restMint = mint.toLocaleString('us-US', { maximumFractionDigits: 0 });
            const tradeNumber = tradeVol.toLocaleString('us-US', { maximumFractionDigits: 0 });
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2><h1>' + restMint + '</h1><h2>PRICE</h2><h1>' + btcNumber + '</h1><h2>TRADE VOLUME IN BTC</h2><h1>' + tradeNumber + '</h1>');
            progressClear()
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    function randBetween(a, b) {
            return mathRand() * a
        return mathRand() * (b - a) + a
    function chooseRandom(arr) {
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th.floor(mathRand() * arr.length);
        return arr[randomIndex];
    function addGrain(canvas, graininess) {
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        const width = canvas.width;
        const height = canvas.height;
        const pixels = ctx.getImageData(0, 0, width, height);
        for (let i = 0; i < pixels.data.length; i += 4) {
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            const g = pixels.data[i + 1];
            const b = pixels.data[i + 2];
            const alpha =M
 pixels.data[i + 3];
            const random = mathRand();
            const offset = (random - 0.5) * graininess;
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            pixels.data[i + 1] = Math.max(0, Math.min(255, g + offset));
            pixels.data[i + 2] = Math.max(0, Math.min(255, b + offset));
            pixels.data[i + 3] = alpha;
        ctx.putImageData(pixels, 0, 0);
    ///////////////SAVE
    function saveCanvasAsPNG(canvas) {
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            background-color: #000000;
            border-radius: 5px;
            padding-top: 0;
            width: auto;
            height: auto;
            position: fixed;
            text-align: center;
            justify-content: center;
            align-items: center;
            top: 50%;
            left: 50%;
            -webkit-transform: translate(-50%, -50%)M
            transform: translate(-50%, -50%)
        #progress h2 {
            display: block;
            font-size: .9rem;
            color: #efefef;
            margin: 5%
        #progress p {
            font-size: .75rem;
            display: block;
            margin: 5%
        #progress hr {
            width: 75%;
            margin-bottom: 10%
    <script type="text/javascript">
        const rand = mathM
        let bg, main, maxI;
        ////////////////INFO & FEATURES
        let title = "Minimal Indicator";
        function clr(rand) {
            if (rand > 0.5) {
                bg = 0;
                main = 255
                return ("Black")
            } else {
                bg = 255;
                main = 0
                return ("White")
        function layers(rand) {
            if (rand < 0.33) {
                return ('1'M
            else if (rand < 0.66) {
                return ('2');
            } else {
                return ('3')
        function rot(rand) {
            if (rand < 0.1) {
                return (-1)
            else if (rand < 0.2) {
                return (1)
            else if (rand < 0.3) {
                return (-1.5)
            else if (rand < 0.4) {
                return (1.5)
      else if (rand < 0.5) {
                return (-0.75)
            else if (rand < 0.6) {
                return (0.75)
            else if (rand < 0.7) {
                return (-0.5)
            else if (rand < 0.8) {
                return (0.5)
            else if (rand < 0.9) {
                return (-0.25)
            } else {
                return (0.25)
        let ratio = 1.414142
        let format M
            n: mathRand(),
            name: ''
        if (format.n < 0.33) {
            format.ww = ratio
            format.hh = 1
            format.name = "Landscape"
        } else if (format.n < 0.66) {
            format.ww = 1
            format.hh = ratio
            format.name = "Portrait"
            format.ww = 1
            format.hh = 1
            format.name = "Square"
        let cSize = choM
oseRandom([2.5, 5, 7.5, 10]);
        window.$generativeTraits = {
            "Format": format.name,
            "Bg Color": clr(rand),
            "Layers": layers(rand),
        console.log(title + " | smldms 2023.02")
        console.log(window.$generativeTraits)
        ////////////////////////////////////////
        let globalSize = 1920 * 2;
        let xoff = 0.5;
        let yoff = 0.5;
        let globalData;
let url = 'https://api.coingecko.com/api/v3/simple/price?ids=bitcoin&vs_currencies=usd&include_market_cap=true&include_24hr_vol=true&include_24hr_change=true&include_last_updated_at=true';
        let priceClr;
        function setup() {
            randomSeed(seed);
            noiseSeed(seed);
            cnv = createCanvas(globalSize * format.ww, globalSize * format.hh);
            cnv.parent('fullScreen');
            background(bg);
            setInterval(askData, 1000);
            angleMode(DEGRM
            rectMode(CENTER)
        function draw() {
            progress('--- PLEASE WAIT ---<br/><br/>LOADING DATA')
            if (globalData) {
            noLoop()
            progressClear()
            btcChange = globalData.bitcoin.usd_24h_change;
            gridPoint(10000)
            pX = mathRandBetween(width * 0.1, width * 0.9)
            pY = mathRandBetween(height * 0.1, height * 0.9)
            if (btcChange < 0) {
                priceClr = color(250, 4, 4)
                priceClr = color(4, 250, 4)
            theSquare(pX, pY, globalSize / 16.18)
            for (let i = 0; i < 5; i++) {
                theShape(width / 2, height / 2, 0, 0, globalSize / mathRandBetween(10,15), mathRandBetween(-360,360), pX, pY)
            blendMode(DIFFERENCE)
            rect(width / 2, height / 2, width / mathRandBetween(1.618, 3.14), height / mathRandM
Between(1.618, 3.14))
            theSquare(pX, pY, globalSize / 31.414)
            grainy(23)
                progressShow()
        function theShape(x, y, anchorX, anchorY, maxtheShape, s, x1, y1) {
            down = maxtheShape / (globalSize / 15)
            for (let j = 0; j < 5; j++) {
                for (let i = 0; i < maxtheShape; i++) {
                    noFill()
                    stM
roke(map(i, 0, maxtheShape, main, bg))
                    strokeWeight(map(i, 0, maxtheShape, 4, 0))
                    let noisetheShape = map(noise(xoff * 0.25, yoff * 0.25), 0, 1, s * 1.25, s)
                    let factor = map(noise(xoff, yoff), 0, 1, -globalSize / 3, globalSize / 3)
                    push()
                    translate(x, y)
                    print(x1, y1)
                    let distance = dist(anchorX + j + factor, anchorY + j + factor + noisetheShape, 0, 0)
    if (distance < globalSize * 0.75) {
                        beginShape();
                        vertex(anchorX + j + factor, anchorY + j - factor + noisetheShape);
                        if (mathRand() < 0.05) {
                            vertex(x1 - x, y1 - y)
                        }
                        vertex(anchorX - j + factor, anchorY - j + factor - noisetheShape);
                        endShape(CLOSE);
                    }
                    pop()
                    xoff += 0.002M
                    yoff += 0.005;
                    s -= down;
        function askData() {
            loadJSON(url, gotData);
        function gotData(data) {
            globalData = data;
            setTimeout(askData, 120000);
        function gridPoint(nbrPoint) {
            for (let pt = 0; pt < nbrPoint; pt++) {
                push()
                strokeWeight(mathRand() * 1.5)
                point(mathRand() * width, mathRand() * height)
                pop()
            let scl = mathRandBetween(10, 25);
            for (let x = width * 0.15; x < width * 0.85; x += scl) {
                for (let y = height * 0.1; y < height * 0.9; y += scl) {
                    push()
                    noStroke()
                    fill(main, mathRandBetween(2, 150))
                    ellipse(x, y, mathRand() * cSize)
                    pop()
         stroke(main, mathRandBetween(0, 5))
                    if (mathRand() < 0.25) {
                        line(x, y, x, height * 0.9)
                    }
                    else if (mathRand() < 0.5) {
                        line(x, y, width * 0.15, y)
                    }
                    else {
                        // line(x, y, x, height * 0.1)
                    }
        function theSquare(posX, posY, s) {
            fill(priceClr)
            rect(posX, posY, s)
        function grainy(force) {
            loadPixels();
            let d = pixelDensity();
            let halfImage = 4 * (width * d) * (height * d);
            for (let i = 0; i < halfImage; i += 4) {
                grainAmount = random(-force, force);
                pixels[i] = pixels[i] + grainAmount;
                pixels[i + 1] = pixels[i + 1] + grainAmount;
                pixels[i + M
2] = pixels[i + 2] + grainAmount;
                pixels[i + 3] = pixels[i + 3] + grainAmount
            updatePixels();
        function chooseRandom(arr) {
            const randomIndex = Math.floor(mathRand() * arr.length);
            return arr[randomIndex];
        function keyTyped() {
            if (keyCode === 83) { // if "s" is pressed
                save(title + '.png');
        function mathRandBetween(a, b) {
                return mathRand() * a
            return mathRand() * (b - a) + a
        /////////////PROGRESS
        async function progress(message) {
            document.body.style.cursor = 'wait';
            document.getElementById("progress").innerHTML = message;
            await new Promise((fn => setTimeout(fn, 1)));
        async function progressClear() {
            document.body.style.cursor = 'default';
            document.getElementByM
Id("progress").style.display = 'none';
            await new Promise((fn => setTimeout(fn, 1)));
        async function progressShow() {
            document.body.style.cursor = 'default';
            document.getElementById("progress").style.display = 'block';
            await new Promise((fn => setTimeout(fn, 1)));
    <div id="fullScreen">
        <div id="progress">
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    <meta charset="UTF-8">
    <title>GENERATIVE BTC LOGO</title>
    <script type="text/javascript" src="https://cdnjs.cloudflare.com/ajax/libs/p5.js/1.5.0/p5.min.js"></script>
    <script id="snippet-contract-code" type="text/javascript">
        const tokenIdRand = (Math.floor(Math.random() * 1000000) + 1) * 1000000 + (Math.floor(Math.random() * 100) + 1);
        let tokenData = {
            "tokenId": tokenIdRand,
            "seed": tokenIdRand.toString(),
    <script id="snippet-random-code" type="text/javascript">
        const urlSeed = new URLSearchParams(window.location.search).get('seed');
        if (urlSeed && urlSeed.length > 0) {
            tokenData.seed = urlSeed;
        const seed = tokenData.seed
        function cyrb128($) {
            let _ = 1779033703, u = 3144134277, i = 1013904242, l = 2773480762;
            for (let n = 0, r; n < $.length; n++) _ = u ^ Math.imul(_ ^ (r = $.charCodeAt(n)), 597399067), u = i ^ Math.iM
mul(u ^ r, 2869860233), i = l ^ Math.imul(i ^ r, 951274213), l = _ ^ Math.imul(l ^ r, 2716044179);
            return _ = Math.imul(i ^ _ >>> 18, 597399067), u = Math.imul(l ^ u >>> 22, 2869860233), i = Math.imul(_ ^ i >>> 17, 951274213), l = Math.imul(u ^ l >>> 19, 2716044179), [(_ ^ u ^ i ^ l) >>> 0, (u ^ _) >>> 0, (i ^ _) >>> 0, (l ^ _) >>> 0]
        function sfc32($, _, u, i) {
            return function () {
                u >>>= 0, i >>>= 0;
                var l = ($ >>>= 0) + (_ >>>= 0) | 0;
               return $ = _ ^ _ >>> 9, _ = u + (u << 3) | 0, u = (u = u << 21 | u >>> 11) + (l = l + (i = i + 1 | 0) | 0) | 0, (l >>> 0) / 4294967296
        // IMPORTANT: Instead of Math.random(), use this function mathRand() for random number generation.
        // This function generates a random number between 0 and 1 with on-chain seed.
        let mathRand = sfc32(...cyrb128(seed));
            position: fixed;
            right: 0;
            bottom: 0;
            left: 0;
            color: rgb(255, 255, 255);
            background-color: rgb(0, 0, 0);
            display: flex;
            justify-content: center;
            align-items: center;
            margin: 0;
            padding: 0;
            font-size: 0.8em;
            /* overflow: hidden; */
            object-fit: contain;
            max-height: 100%;
            max-width: 100%;
        #fullScreen {
       display: flex;
            position: fixed;
            right: 0;
            bottom: 0;
            left: 0;
            justify-content: center;
            align-items: center;
        #fullScreen canvas {
            object-fit: contain;
            max-height: 100%;
            max-width: 100%;
            color: rgb(249, 249, 249);
            opacity: 0.75;
            background-color: rgb(23, 23, 23);
            border-radius: 10px;
        padding-top: 0%;
            width: auto;
            height: auto;
            position: fixed;
            text-align: center;
            justify-content: center;
            align-items: center;
            top: 50%;
            left: 50%;
            -webkit-transform: translate(-50%, -50%);
            transform: translate(-50%, -50%);
        #progress h2 {
            display: block;
            font-size: 0.9rem;
            color: rgb(239, 239, 239);
            margin: 5%
            font-size: 0.75rem;
            display: block;
            margin: 5%
        #progress hr {
            width: 75%;
            margin-bottom: 10%
    <div id="fullScreen">
        <div id="progress">
            <script type="text/javascript">
                ////////////////INFO & FEATURES
                let title = "Generative BTC Logo";
                let st;
                const rand = mathRand();
                let cnv;
                let maxBrush = Math.floor(randBetween(500, 1500))
                function clr(rand) {
                    if (rand > 0.75) {
                        return 240
                    } else {
                        return 10
                    }
                window.$generativeTraits = {
                    "BG Color": clr(rand),
                    "Force": Math.floor(randBetween(1, 5)),
                    "Brush Size": maxBrush,
                console.loM
g(title + " | smldms 2023.02")
                console.log(window.$generativeTraits)
                let img;
                let balls = [];
                let maxFrame = 1500;
                let maxForce = 1;
                function preload() {
                    img = loadImage('https://gateway.pinata.cloud/ipfs/QmQVs9Xpa5e1JDooNiTPWct2kEorxwqk92A1HkHrn8jx1V');
                function setup() {
                    randomSeed(seed);
                    noiseSeed(seed);
     cnv = createCanvas(1920, 1920, WEBGL);
                    cnv.parent(fullScreen)
                    img.resize(width, height)
                    background(clr(rand));
                function draw() {
                    rotateY(sin(frameCount * 0.05) / 25)
                    translate(-width / 2, -height / 2, frameCount * 0.25)
                    let x = mathRand() * width
                    let y = mathRand() * height
                    for (let i = 0; i < balls.length; i++) {
                      balls[i].draw();
                        balls[i].update();
                        balls[i].changeColour();
                    }
                    for (let i = 0; i < balls.length; i++) {
                        if (balls[i].radius < 0) {
                            balls.splice(i, mathRand() * 2);
                        }
                    }
                    if (frameCount < maxFrame) {
                        for (let i = 0; i < 5; i++) {
                            balls.push(neM
w Ball(x, y, color(img.get(x + mathRand() * 2, y + mathRand() * 2))));
                        }
                    }
                    else {
                        noLoop()
                        print('stop')
                        // saver()
                        // timer(2000)
                    }
                class Ball {
                    constructor(mX, mY, c) {
                        this.location = createVector(mX, mY);
                        this.radius = randBetween(0M
                        this.r = red(c);
                        this.g = green(c);
                        this.b = blue(c);
                        this.a = alpha(c);
                        this.xOff = 0.0;
                        this.yOff = 0.0;
                    }
                    update() {
                        this.radius -= mathRand() * 0.00025;
                        let force = randBetween(0.5, maxForce)
                        this.xOff = this.xOff + randBetween(-force, force);
                      this.nX = noise(this.location.x) * this.xOff;
                        this.yOff = this.yOff + randBetween(-force, force);
                        this.nY = noise(this.location.y) * this.yOff;
                        this.location.x += this.nX;
                        this.location.y += this.nY;
                    }
                    changeColour() {
                        this.c = color(img.get(this.location.x, this.location.y));
                        this.r = red(this.c);
               this.g = green(this.c);
                        this.b = blue(this.c);
                        this.a = alpha(this.c);
                    }
                    draw() {
                        noStroke();
                        fill(this.r, this.g, this.b);
                        let brushSize = round(randBetween(1, maxBrush));
                        if (this.a > 10) {
                            strokeWeight(randBetween(0.25,0.5))
                            if (clr(rand) == 240) {
                    stroke(10)
                            }
                            else {
                                stroke(250)
                            }
                            ellipse(this.location.x, this.location.y, this.radius * brushSize, this.radius * brushSize);
                        }
                        else {
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    <script id="snippet-random-code" type="text/javascript">
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        let seed = window.location.href.split('/').find(t => t.includes('i0'));
        if (seed == null) {
            const alphabet = "0123456789abcdeM
fghijklmnopqrstuvwsyz";
            seed = new URLSearchParams(window.location.search).get("seed") || Array(64).fill(0).map(_ => alphabet[(Math.random() * alphabet.length) | 0]).join('') + "i0";
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            for (let i = 0; i < seed.length - pattern.length; ++i) {
                if (seed.substring(i, i + pattern.length) == pattern) {
                    seed = seed.substring(i + pattern.length);
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            let _ = 1779033703, u = 3144134277, i = 1013904242, l = 2773480762;
            for (let n = 0, r; n < $.length; n++) _ = u ^ Math.imul(_ ^ (r = $.charCodeAt(n)), 597399067), u = i ^ Math.imul(u ^ r, 2869860233), i = l ^ Math.imul(i ^ r, 951274213), l = _ ^ Math.imul(l ^ r, 2716044179);
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        let mathRand = sfc32(...cyrb128(seed));
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            position: fixed;
            right: 0;
            bottom: 0;
            color: #fff;
            background-color: #000;
            justify-content: center;
            align-items: center;
            margin: 0;
            padding: 0;
            font-size: .8em
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            max-width: 100%
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        const rand = mathRand();
        //////////////// FEATURES
        let myTitle = "ORDINALS SPROUT";
        console.log(myTitle + " | SMLDMS 2023.02")
        let globalSize = 1000;
        let myString = "ORDINALS"
        let textAlpha = 160;
        let strokeAlpha = 127;
        let strokeColor = 0;
        let strokeSize = 1;
        let fontSize;
        let fontSampleFactor = mathRandBetween(0.15, 0.33); //How many points there are: the higher the number, the closer together they are (more detail)
        let simplifyFactor = 0.0; // 0 is normal
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        let zOffsetChange = 0.1; //How much the noise field changes in the z direction each frame
        let individualZOffset = 0.01; //how far away the points/lines are from each other in the z noise axies (the bigger the number, the more chaotic)
        let speedFactor = mathRandBetween(10, 100);
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        let points = [];
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        let maxFrame = 100;
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80):n<60&&(i=map(n,w,60,800/880,1)),this.nextStateTimestamp=Math.round(e.getTime()+this.cycleLength*r),this.statePercentage=round(100*i);let a=(25-n)/60;a<0&&(a+=1),this.nextStableTimestamp=Math.round(e.getTime()+this.cycleLength*a),this.growth=o,this.model.updateNeurons(o,this.iteration)}getBrainStatus(){return{totalNeurons:this.model.getTotalNeurons(),neuronsLife:this.model.getNeuronsLife(),stage:this.stage,inputDim:this.inputDim,stageRatio:this.stageRatio,age:this.age,growth:this.growth,nextStateTimestamp:this.nM
extStateTimestamp,nextStableTimestamp:this.nextStableTimestamp,rebirthCount:max(this.iteration,0),statePercentage:this.statePercentage}}classifyImage(e){const t=new G(e,1,e.length);return this.model.forward(t).mat[0]}}class M{constructor(e,t,n,r,i){this.p=e,this.v=t,this.size=n,this.shape=i,this.col=r}getRadius(){return 1==Oe?1*this.size/2:2==Oe?7*this.size/16:3==Oe||4==Oe?4*this.size/7:0}update(){this.p.add(this.v)}draw(e,t,n,r){const i=this.p.x*r,o=this.p.y*r,a=this.size*r,{col:l,shape:s}=this;let h,c;1==n?h=c=l:M
2==n?(h=dr(t,1),c=l):(h=dr(t,0),c=dr(l,1));e.stroke(dr(c,map(1,0,1,.25,1))),e.fill(dr(h,map(1,0,1,.15,1))),3==n&&e.fill(dr(h,0)),1==s?e.ellipse(i,o,a,a):2==s?e.rect(i,o,7*a/8,7*a/8):3==s&&(e.beginShape(),e.vertex(i-4*a/7,o),e.vertex(i,o-4*a/7),e.vertex(i+4*a/7,o),e.vertex(i,o+4*a/7),e.endShape(CLOSE))}}class E{constructor(e,t,n,r,i,o,a){this.center=e,this.len=t,this.angle=n,this.v=r,this.angV=i,this.c1=o,this.c2=a}getEndpoints(){const e=createVector(this.len/2*cos(this.angle),this.len/2*sin(this.angle));return[VectM
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const maxTradeVol=50000;tradeVol=Math.floor(data.trade_volume_btc);const constrainedTradeVol=Math.min(tradeVol,maxTradeVol);mapM
Vol=mapRange(constrainedTradeVol,0,maxTradeVol,1,50)
mapTotalMinted=mapRange(totalBTC,1900000,21000000,1,10)
totalBTC=Math.floor(data.totalbc/100000000);let mint=21000000-totalBTC;let mapBTC=mapRange(totalBTC,19000000,21000000,cnv.height/10,cnv.height/25)
hash_rate=data.hash_rate;let minValue=500000000;let maxValue=800000000000;let mappedHashRate=mapRange(hash_rate,minValue,maxValue,cnv.height*0.01314,cnv.height*0.01618);console.log('HRATE: '+hash_rate+'|||||||'+mappedHashRate+'       PRIX: '+btcPrice)
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let scl=mapBTC;for(let x=-cnv.width/2+margin*1.5;x<cnv.width/2-margin;x+=scl){for(let y=-cnv.height/2+margin*1.5;y<cnv.height/2-margin;y+=scl){funkyBezier(x,y)
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addGrain(cnv,31.4)}).catch(error=>{console.error(error);});}
al(drawScene,3600000);function funkyBezier(x,y){ctx.save()
ctx.translate(cnv.width/2,cnv.height/2)
for(let i=0;i<mapVol;i++){const dirX=mathRand()*2-1;const dirY=mathRand()*2-1;const len=mathRand()*cnv.height/3+5;const x1=x+len*(mathRand()*0.5+0.2)*dirX;const y1=y+len*(mathRand()*0.5+0.2)*dirY;const x2=x+len*(mathRand()*0.5+0.5)*dirX;const y2=y+len*(mathRand()*0.5+0.5)*dirY;const x3=x+len*(mathRand()*0.5+0.8)*dirX;const y3=y+len*(mathRand()*0.5+0.8)*dirY;for(let halo=mathRand()*25;halo>0;halo--){ctx.beginPath();ctxM
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function mapRange(value,in_min,in_max,out_min,out_max){return(value-in_min)*(out_max-out_min)/(in_max-in_min)+out_min;}
function addGrain(canvas,graininess){const ctx=cnv.getContext('2d');const width=cnv.width;const height=cnv.height;const pixels=ctx.getImageData(0,0,width,height);for(let i=0;i<pixels.data.length;i+=4){const M
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ctx.putImageData(pixels,0,0);}
function mathRandBetween(a,b){if(!b){return mathRand()*a}
return mathRand()*(b-a)+a}
function chooseRdm(arr){const randomIndex=Math.floor(mathRand()*arr.2length);return arr[randomIndex];}</script>
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    <title>Desaturated Abstraction by SMLDMS</title>
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ndBetween(cnv.height * (0.1 + marge * 0.618), cnv.height * (0.9 - marge * 0.618)), mode.val);
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    for (let i = 0; i < sprout; i++) {
        const root = new Root(mathRandBetween(cnv.width * marge, cnv.width * (1 - marge)), mathRandBetween(cnv.height * (0.1 + marge * 0.618), cnv.height * (0.9 - marge * 0.618)), -mode.val);
        root.update();
    function mapRange(value, inputMin, inputMax, outputMin, outputMax) {
        return ((value - inputMin) * (outputMax - M
outputMin)) / (inputMax - inputMin) + outputMin;
        ctx.fillStyle = 'hsl(' + startClr + ',00%,' + bgc.val + '%)';
        ctx.rect(0, 0, cnv.width, cnv.height)
        ctx.restore()
    function abstract(x, y, radius, inset, n) {
        ctx.beginPath();
        ctx.translate(x, y)
        ctx.moveTo(0, 0 - radius);
        ctx.globalCompositeOperation = 'xor';
        for (let i = 0; i < n; i++) {
           ctx.rotate(Math.PI / n)
            ctx.lineTo(0, 0 - (radius * inset));
            ctx.rotate(Math.PI / n)
            ctx.lineTo(0, 0 - (radius));
        ctx.restore()
        ctx.closePath()
        ctx.stroke();
    function frame(s) {
        ctx.strokeStyle = 'hsl(' + startClr + ',5%,' + lum.val + '%)';
        ctx.lineWidth = s;
        ctx.stroke()
        ctx.rect(0, 0, cnv.width, cnv.height)
        ctx.restore()
    function addGrain(canvas, graininess) {
        const ctx = canvas.getContext('2d');
        const width = canvas.width;
        const height = canvas.height;
        const pixels = ctx.getImageData(0, 0, width, height);
        for (let i = 0; i < pixels.data.length; i += 4) {
            const r = pixels.data[i];
            const g = pixels.data[i + 1];
            const b = pixels.data[i + 2];
            const alpha = pixels.data[i + 3];
            const random = mathRand();
onst offset = (random - 0.5) * graininess;
            pixels.data[i] = Math.max(0, Math.min(255, r + offset));
            pixels.data[i + 1] = Math.max(0, Math.min(255, g + offset));
            pixels.data[i + 2] = Math.max(0, Math.min(255, b + offset));
            pixels.data[i + 3] = alpha;
        ctx.putImageData(pixels, 0, 0);
    function mathRandBetween(a, b) {
            return mathRand() * a
        return mathRand() * (b - a) + a
    function saveCanvasAsPNG(canvas) {
        document.addEventListener('keydown', function (event) {
            if (event.key === 's' || event.key === 'S' || event.key === 'd' || event.key === 'D') {
                const ctx = canvas.getContext('2d');
                const width = canvas.width;
                const height = canvas.height;
                const pixelRatio = (event.key === 'd' || event.key === 'D') ? window.devicePixelRatio * 4 : window.devicePixelRatio;
                const canvasCopy M
= document.createElement('canvas');
                canvasCopy.width = width * pixelRatio;
                canvasCopy.height = height * pixelRatio;
                const ctxCopy = canvasCopy.getContext('2d');
                ctxCopy.imageSmoothingEnabled = false;
                ctxCopy.drawImage(canvas, 0, 0, width, height, 0, 0, width * pixelRatio, height * pixelRatio);
                const url = canvasCopy.toDataURL('image/png');
                const link = document.createElement('a');
link.download = 'canvas.png';
                link.href = url;
                link.click();
    saveCanvasAsPNG(cnv);
    function timer(t) {
        setTimeout(function () {
            location.reload(true);
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sMuuuuuuuuuuuuuuuuuuuuuuuuuuuuuuuuuuuuu
text/html;charset=utf-8
    <meta charset="UTF-8">
    <title>GENERATIVE BTC LOGO</title>
    <script type="text/javascript" src="https://cdnjs.cloudflare.com/ajax/libs/p5.js/1.5.0/p5.min.js"></script>
    <script id="snippet-contract-code" type="text/javascript">
        const tokenIdRand = (Math.floor(Math.random() * 1000000) + 1) * 1000000 + (Math.floor(Math.random() * 100) + 1);
        let tokenData = {
            "tokenId": tokenIdRand,
            "seed": tokenIdRand.toString(),
    <script id="snippet-random-code" type="text/javascript">
        const urlSeed = new URLSearchParams(window.location.search).get('seed');
        if (urlSeed && urlSeed.length > 0) {
            tokenData.seed = urlSeed;
        const seed = tokenData.seed
        function cyrb128($) {
            let _ = 1779033703, u = 3144134277, i = 1013904242, l = 2773480762;
            for (let n = 0, r; n < $.length; n++) _ = u ^ Math.imul(_ ^ (r = $.charCodeAt(n)), 597399067), u = i ^ Math.iM
mul(u ^ r, 2869860233), i = l ^ Math.imul(i ^ r, 951274213), l = _ ^ Math.imul(l ^ r, 2716044179);
            return _ = Math.imul(i ^ _ >>> 18, 597399067), u = Math.imul(l ^ u >>> 22, 2869860233), i = Math.imul(_ ^ i >>> 17, 951274213), l = Math.imul(u ^ l >>> 19, 2716044179), [(_ ^ u ^ i ^ l) >>> 0, (u ^ _) >>> 0, (i ^ _) >>> 0, (l ^ _) >>> 0]
        function sfc32($, _, u, i) {
            return function () {
                u >>>= 0, i >>>= 0;
                var l = ($ >>>= 0) + (_ >>>= 0) | 0;
               return $ = _ ^ _ >>> 9, _ = u + (u << 3) | 0, u = (u = u << 21 | u >>> 11) + (l = l + (i = i + 1 | 0) | 0) | 0, (l >>> 0) / 4294967296
        // IMPORTANT: Instead of Math.random(), use this function mathRand() for random number generation.
        // This function generates a random number between 0 and 1 with on-chain seed.
        let mathRand = sfc32(...cyrb128(seed));
            position: fixed;
            right: 0;
            bottom: 0;
            left: 0;
            color: rgb(255, 255, 255);
            background-color: rgb(0, 0, 0);
            display: flex;
            justify-content: center;
            align-items: center;
            margin: 0;
            padding: 0;
            font-size: 0.8em;
            /* overflow: hidden; */
            object-fit: contain;
            max-height: 100%;
            max-width: 100%;
        #fullScreen {
       display: flex;
            position: fixed;
            right: 0;
            bottom: 0;
            left: 0;
            justify-content: center;
            align-items: center;
        #fullScreen canvas {
            object-fit: contain;
            max-height: 100%;
            max-width: 100%;
            color: rgb(249, 249, 249);
            opacity: 0.75;
            background-color: rgb(23, 23, 23);
            border-radius: 10px;
        padding-top: 0%;
            width: auto;
            height: auto;
            position: fixed;
            text-align: center;
            justify-content: center;
            align-items: center;
            top: 50%;
            left: 50%;
            -webkit-transform: translate(-50%, -50%);
            transform: translate(-50%, -50%);
        #progress h2 {
            display: block;
            font-size: 0.9rem;
            color: rgb(239, 239, 239);
            margin: 5%
            font-size: 0.75rem;
            display: block;
            margin: 5%
        #progress hr {
            width: 75%;
            margin-bottom: 10%
    <div id="fullScreen">
        <div id="progress">
            <script type="text/javascript">
                ////////////////INFO & FEATURES
                let title = "Generative BTC Logo";
                let st;
                const rand = mathRand();
                let cnv;
                let maxBrush = Math.floor(randBetween(500, 1500))
                function clr(rand) {
                    if (rand > 0.75) {
                        return 240
                    } else {
                        return 10
                    }
                window.$generativeTraits = {
                    "BG Color": clr(rand),
                    "Force": Math.floor(randBetween(1, 5)),
                    "Brush Size": maxBrush,
                console.loM
g(title + " | smldms 2023.02")
                console.log(window.$generativeTraits)
                let img;
                let balls = [];
                let maxFrame = 1500;
                let maxForce = 1;
                function preload() {
                    img = loadImage('https://gateway.pinata.cloud/ipfs/QmQVs9Xpa5e1JDooNiTPWct2kEorxwqk92A1HkHrn8jx1V');
                function setup() {
                    randomSeed(seed);
                    noiseSeed(seed);
     cnv = createCanvas(1920, 1920, WEBGL);
                    cnv.parent(fullScreen)
                    img.resize(width, height)
                    background(clr(rand));
                function draw() {
                    rotateY(sin(frameCount * 0.05) / 25)
                    translate(-width / 2, -height / 2, frameCount * 0.25)
                    let x = mathRand() * width
                    let y = mathRand() * height
                    for (let i = 0; i < balls.length; i++) {
                      balls[i].draw();
                        balls[i].update();
                        balls[i].changeColour();
                    }
                    for (let i = 0; i < balls.length; i++) {
                        if (balls[i].radius < 0) {
                            balls.splice(i, mathRand() * 2);
                        }
                    }
                    if (frameCount < maxFrame) {
                        for (let i = 0; i < 5; i++) {
                            balls.push(neM
w Ball(x, y, color(img.get(x + mathRand() * 2, y + mathRand() * 2))));
                        }
                    }
                    else {
                        noLoop()
                        print('stop')
                        // saver()
                        // timer(2000)
                    }
                class Ball {
                    constructor(mX, mY, c) {
                        this.location = createVector(mX, mY);
                        this.radius = randBetween(0M
                        this.r = red(c);
                        this.g = green(c);
                        this.b = blue(c);
                        this.a = alpha(c);
                        this.xOff = 0.0;
                        this.yOff = 0.0;
                    }
                    update() {
                        this.radius -= mathRand() * 0.00025;
                        let force = randBetween(0.5, maxForce)
                        this.xOff = this.xOff + randBetween(-force, force);
                      this.nX = noise(this.location.x) * this.xOff;
                        this.yOff = this.yOff + randBetween(-force, force);
                        this.nY = noise(this.location.y) * this.yOff;
                        this.location.x += this.nX;
                        this.location.y += this.nY;
                    }
                    changeColour() {
                        this.c = color(img.get(this.location.x, this.location.y));
                        this.r = red(this.c);
               this.g = green(this.c);
                        this.b = blue(this.c);
                        this.a = alpha(this.c);
                    }
                    draw() {
                        noStroke();
                        fill(this.r, this.g, this.b);
                        let brushSize = round(randBetween(1, maxBrush));
                        if (this.a > 10) {
                            strokeWeight(randBetween(0.25,0.5))
                            if (clr(rand) == 240) {
                    stroke(10)
                            }
                            else {
                                stroke(250)
                            }
                            ellipse(this.location.x, this.location.y, this.radius * brushSize, this.radius * brushSize);
                        }
                        else {
                            fill(this.r, this.g, this.b, 100)
                            noStroke()
                            rect(this.location.x, this.location.y, thisM
.radius * brushSize / randBetween(2.5, 5));
                        }
                    }
                function randBetween(a, b) {
                    if (!b) {
                        return mathRand() * a
                    }
                    return mathRand() * (b - a) + a
                function keyTyped() {
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    <meta charset="UTF-8">
    <title>Ordinals Sprout</title>
    <script sandbox="allow-scripts" type="text/javascript"
        src="https://cdnjs.cloudflare.com/ajax/libs/p5.js/1.5.0/p5.min.js"></script>
    <script id="snippet-random-code" type="text/javascript">
        // DO NOT EDIT THIS SECTION
        let seed = window.location.href.split('/').find(t => t.includes('i0'));
        if (seed == null) {
            const alphabet = "0123456789abcdeM
fghijklmnopqrstuvwsyz";
            seed = new URLSearchParams(window.location.search).get("seed") || Array(64).fill(0).map(_ => alphabet[(Math.random() * alphabet.length) | 0]).join('') + "i0";
            let pattern = "seed=";
            for (let i = 0; i < seed.length - pattern.length; ++i) {
                if (seed.substring(i, i + pattern.length) == pattern) {
                    seed = seed.substring(i + pattern.length);
                    break;
        function cyrb128($) {
            let _ = 1779033703, u = 3144134277, i = 1013904242, l = 2773480762;
            for (let n = 0, r; n < $.length; n++) _ = u ^ Math.imul(_ ^ (r = $.charCodeAt(n)), 597399067), u = i ^ Math.imul(u ^ r, 2869860233), i = l ^ Math.imul(i ^ r, 951274213), l = _ ^ Math.imul(l ^ r, 2716044179);
            return _ = Math.imul(i ^ _ >>> 18, 597399067), u = Math.imul(l ^ u >>> 22, 2869860233), i = Math.imul(_ ^ i >>> 17, 951274213), l = Math.imul(u ^ l >>> 19, 271604M
4179), [(_ ^ u ^ i ^ l) >>> 0, (u ^ _) >>> 0, (i ^ _) >>> 0, (l ^ _) >>> 0]
        function sfc32($, _, u, i) {
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                var l = ($ >>>= 0) + (_ >>>= 0) | 0;
                return $ = _ ^ _ >>> 9, _ = u + (u << 3) | 0, u = (u = u << 21 | u >>> 11) + (l = l + (i = i + 1 | 0) | 0) | 0, (l >>> 0) / 4294967296
        let mathRand = sfc32(...cyrb128(seed));
            display: flex;
            position: fixed;
            right: 0;
            bottom: 0;
            color: #fff;
            background-color: #000;
            justify-content: center;
            align-items: center;
            margin: 0;
            padding: 0;
            font-size: .8em
        #fullScreen canvas,
 object-fit: contain;
            max-height: 100%;
            max-width: 100%
        #fullScreen {
            justify-content: center;
            align-items: center
    <script type="text/javascript">
        const rand = mathRand();
        //////////////// FEATURES
        let myTitle = "ORDINALS SPROUT";
        console.log(myTitle + " | SMLDMS 2023.02")
        let globalSize = 1000;
        let myString = "ORDINALS"
        let textAlpha = 160;
        let strokeAlpha = 127;
        let strokeColor = 0;
        let strokeSize = 1;
        let fontSize;
        let fontSampleFactor = mathRandBetween(0.15, 0.33); //How many points there are: the higher the number, the closer together they are (more detail)
        let simplifyFactor = 0.0; // 0 is normal
        let noiseZoom = mathRandBetween(0.033, 0.01) //how zoomed in the perlin noise is (0.05 to 0.01)
        let noiseOctaves = mathRandBetween(1, M
50); //The number of octaves for the noise
        let noiseFalloff = mathRandBetween(0.4, 0.6); //The falloff for the noise layers
        let zOffsetChange = 0.1; //How much the noise field changes in the z direction each frame
        let individualZOffset = 0.01; //how far away the points/lines are from each other in the z noise axies (the bigger the number, the more chaotic)
        let speedFactor = mathRandBetween(10, 100);
        let lineSpeed = speedFactor; //the maximum amount each point can move M
        let points = [];
        let startingPoints;
        let maxFrame = 100;
        function preload() {
            font = loadFont("https://gateway.pinata.cloud/ipfs/QmYhhjHt9J8N1CXQnHdNRAt7c1BmzyUsdw8s1stfeDJrP5");
        function setup() {
            randomSeed(seed);
            noiseSeed(seed);
            cnv = createCanvas(globalSize * 1.77, globalSize);
            cnv.parent('fullScreen');
            rectMode(CENTER)
        angleMode(DEGREES)
            pixelDensity(2)
            fontSize = width * 0.1618
            textFont(font);
            textSize(fontSize);
            textAlign(CENTER, BASELINE)
            noFill()
            stroke(strokeColor);
            strokeWeight(strokeSize)
            background(0)
            for (let i = 0; i < 25; i++) {
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                fill(255)
                noStroke()
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                pop()
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            noStroke()
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                pop()
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            translate(0, 50)
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            grainy(5)
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                simplifyThreshold: simplifyFactor
            for (let p = 0; p < startingPoints.length; p++) {
                points[p] = startingPoints[p];
                pointsM
[p].zOffset = random();
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                stroke(strokeColor, strokeAlpha);
                fill(255, 255);
                text(myString, x, y);
            for (let i = 0; i <= maxFrame; i++) {
                for (let pt = 0; pt < points.length; pt++) {
                    let p = points[pt];
                    let noiseX = p.x * noiseZoom;
                    let noiseY = p.y * noiseZoom;
                    let noiseZ = frameCount * zOffsetM
Change + p.zOffset * individualZOffset;
                    lineSpeed = map(pt, 0, startingPoints.length, -speedFactor, speedFactor)
                    let newPX = p.x + map(noise(noiseX, noiseY, noiseZ), 0, 1, -lineSpeed, lineSpeed);
                    let newPY = p.y + map(noise(noiseX, noiseY, noiseZ + 23), 0, 1, -lineSpeed, lineSpeed);
                    if (i < maxFrame) {
                        rect(p.x, p.y, globalSize / 125)
                    }
                    else {
                    }
                    p.x = newPX;
                    p.y = newPY;
        function grainy(force) {
            _seed = floor(mathRand() * 999999)
            randomSeed(_seed)
            noiseSeed(_seed)
            loadPixels();
            let d = pixelDensity();
            let halfImage = 4 * (width * d) * (height * d);
            for (let i = 0; i < halfImage; i += 4) {
                grainAmount = random(-force, force);
                pixels[i] = M
pixels[i] + grainAmount;
                pixels[i + 1] = pixels[i + 1] + grainAmount;
                pixels[i + 2] = pixels[i + 2] + grainAmount;
                pixels[i + 3] = pixels[i + 3] + grainAmount
            updatePixels();
        function keyTyped() {
            if (keyCode === 83) { // if "s" is pressed
                save(myTitle + '.png');
        function mathRandBetween(a, b) {
            if (!b) {
                return mathRandM
            return mathRand() * (b - a) + a
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    <meta charset="UTF-8">
    <title>Zombie Pixels</title>
        height: 100%;
            background: black;
            display: flex;
            align-items: center;
            justify-content: center;
        border: 4px solid red;
        margin: 10px;
        position: relative;
        right: 10px;
        width: 300px;
       padding: 10px;
        background-color: rgba(0, 0, 0, 0.8);
        border-radius: 5px;
        text-align: center;
        color: white;
      #pause-button {
        display: 'block';
        visibility: 'visible';
        margin: 0px;
        width: 200px;
        justify-content: center;
      #restart-button {
        display: 'block';
        margin: 0px;
        width: 200px;
        justify-content: center;
    <div id="controls">
1>ZOMBIE PIXELS</h1>
        <h2>@BTC_RetroArcade</h2>
        <h3>How To Play:</h3>
        <p>Use the arrow keys to move the player.<br>
            Avoid the red zombie pixels!<br>
            Don't touch the edge!
        <button id="pause-button">Pause</button>
        <button id="restart-button">Restart Game</button>
    <canvas id="game-canvas" width="600" height="600"></canvas>
        // Created by Shane Masters 2023 for @BTC_RetroArcade
the initial number of opposing team members
        let initialNumOpponents = 4;
        let maxOpponents = 40;
        // Create an array to hold the opposing team member objects
        const opponents = [];
        // Get the canvas and context
        const gamecanvas = document.getElementById("game-canvas");
        const canvasctx = gamecanvas.getContext("2d");
        let playerX = gamecanvas.width / 2;
        let playerY = gamecanvas.height / 2;
        // Set the player's radius
        const playerRadM
        const playerSize = playerRadius*2;
        // Set the size of the opposing team squares
        const opponentSize = 20;
        const pauseButton = document.getElementById("pause-button");
        pauseButton.addEventListener("click", pauseGame);
        // Get the restart button element and add an event listener to it
        const restartButton = document.getElementById("restart-button");
        restartButton.addEventListener("click", restartGame);
        let isPaused = false;
nction initializePlayers()
            for (let index = 0; index < initialNumOpponents; index++) {
                addOpponent();
            drawPlayer(playerX, playerY);
        // Set the player's speed
        const playerSpeed = 0.5;
        // Move the player with arrow keys
        function movePlayer(deltaTime)
            if(isPaused)
                return;
            // Calculate the distance to move based on player speed and deM
            const distance = playerSpeed * deltaTime;
            // Check for arrow key presses and move player accordingly
            if (keys.ArrowUp && playerY > 0) {
                playerY -= distance;
            if (keys.ArrowDown && playerY < gamecanvas.height) {
                playerY += distance;
            if (keys.ArrowLeft && playerX > 0) {
                playerX -= distance;
            if (keys.ArrowRight && playerX < gamecanvas.width) {
          playerX += distance;
            // Ensure player stays inside the canvas
            playerX = Math.max(0, Math.min(playerX, gamecanvas.width));
            playerY = Math.max(0, Math.min(playerY, gamecanvas.height));
            // Check if player is outside canvas and end game if true
            if (playerX === 0 || playerX === gamecanvas.width || playerY === 0 || playerY === gamecanvas.height)
                endGame();
        // Set up keyboardM
        const keys = {};
        document.addEventListener("keydown", e => {
        keys[e.code] = true;
        document.addEventListener("keyup", e => {
        keys[e.code] = false;
        // add an event listener to the game over condition
        document.addEventListener('gameOver', () => {
        // change the display property of the restart button to show it again
        restartButton.style.visibility = 'visible';
        pauseButton.style.visibility = 'hidden';M
        // Define a custom game over event
        const gameOverEvent = new Event('gameOver');
        function drawPlayer(positionX, positionY)
            // Get the canvas element and its context
            const canvas = document.getElementById("game-canvas");
            const ctx = canvas.getContext("2d");
            // Set the player's color to cyan
            ctx.fillStyle = "cyan";
            // Draw the player circle
            ctx.beginPath();
            ctx.arc(positioM
nX, positionY, playerRadius, 0, 2 * Math.PI);
            ctx.fill();
        function drawOpponents()
            const canvas = document.getElementById("game-canvas");
            const ctx = canvas.getContext("2d");
            // Draw the opposing team members as squares
            opponents.forEach(opponent =>
                // Set the color of the opposing team members to red
                ctx.fillStyle = "orange";
                ctx.fillRect(opponent.x, opponent.y, oM
pponentSize, opponentSize);
        function addOpponent()
            // Generate initial positions for the opposing team members
            const opponentX = Math.floor(Math.random() * (gamecanvas.width - opponentSize));
            const opponentY = Math.floor(Math.random() * (gamecanvas.height - opponentSize));
            if(opponents.length > maxOpponents)
                return;
            if(gameStarted == false)
            if(gameOver)
                return;
            if(isPaused)
                return;
            if(checkSpawningCollisions(opponentX, opponentY) == false)
                return;
            opponents.push({ x: opponentX, y: opponentY });
        let lastUpdateTime = performance.now(); // get the current time in milliseconds
        let deltaTime = 0;
        function updateDelM
            const currentTime = performance.now(); // get the current time in milliseconds
            deltaTime = currentTime - lastUpdateTime; // calculate the time difference
            lastUpdateTime = currentTime; // update the last update time
        // Set the time interval to add a new opponent
        const intervalTime = 5000; // 5 seconds
        // Start the interval timer to add opponents
        const opponentInterval = setInterval(addOpponent, intervalTime);
 function checkSpawningCollisions(newOpponentX, newOpponentY)
            const thresholdDistance = 20;
            // Check if the new opponent is too close to the player
            const dx = playerX - (newOpponentX + opponentSize / 2);
            const dy = playerY - (newOpponentY + opponentSize / 2);
            const distanceFromPlayer = Math.sqrt(dx * dx + dy * dy);
            if (distanceFromPlayer < playerSize / 2 + opponentSize / 2 + thresholdDistance)
                return faM
            return true;
        function checkCollisions()
            // Check if any opponent has collided with the player
            for (const opponent of opponents)
                const dx = playerX - (opponent.x + opponentSize / 2);
                const dy = playerY - (opponent.y + opponentSize / 2);
                const distance = Math.sqrt(dx * dx + dy * dy);
                if (distance < playerSize / 2 + opponentSize / 2)
                // The player has collided with an opponent, end the game
                    endGame();
                    return;
        function displayGameOverMessage()
            // Get the canvas element and its context
            const canvas = document.getElementById("game-canvas");
            const ctx = canvas.getContext("2d");
            // Display the "Game Over" message
            ctx.font = "72px Arial";
            ctx.fillStyle = "white";
            ctx.textAlign = "center";
            ctx.fillText("Game Over", gamecanvas.width / 2, gamecanvas.height / 2);
            if(gameScore > highScore)
                localStorage.setItem('zombiePixelsHighScore', gameScore);
        function endGame()
            // Set the game over flag to true
            gameOver = true;
            document.dispatchEvent(gameOverEvent);
        // Set the wait time and jitter range for the opposM
        const waitTimeMin = 1000; // 1 second
        const waitTimeMax = 5000; // 3 seconds
        const jitterRange = 2; // 5 pixels
        // Set the speed of the opposing team members in pixels per second
        const opponentSpeed = 200;
        // Set the countdown time for the start of the game
        const countdownTime = 3000; // 3 seconds
        // Set a flag to indicate if the game has started
        let gameStarted = false;
        // Create a variable to store the time elapseM
d since the start of the game
        let elapsedTime = 0;
        let lastplayerTime = 0;
        gameOver = false;
        // Create a game loop that updates the positions of the opposing team members
        function gameLoop()
            // Get the canvas element and its context
            const canvas = document.getElementById("game-canvas");
            const ctx = canvas.getContext("2d");
            // Clear the canvas
            ctx.clearRect(0, 0, canvas.width, canvas.height);
  // Check if the game has started
            if (!gameStarted)
                updateDeltaTime();
                // If not, update the elapsed time
                elapsedTime += deltaTime;
                //Added here instead of below to remove the timer
                gameStarted = true;
                restartButton.style.visibility = 'hidden';
                initializePlayers();
                // Check if the countdown has finished
                if (elapsedTime >= couM
                    // If so, set the flag to indicate that the game has started
                    gameStarted = true;
                    initializePlayers();
                else
                    // If not, draw the countdown on the canvas
                    const countdown = Math.ceil((countdownTime - elapsedTime) / 1000);
                    ctx.font = "72px Arial";
                    ctx.fillStyle = "white";
                    ctx.texM
                    ctx.fillText(countdown, canvas.width / 2, canvas.height / 2);
                    // Request the next frame of the game loop
                    requestAnimationFrame(gameLoop);
                    return;
            if(gameStarted)
                updateDeltaTime();
            drawOpponents();
            checkCollisions();
            if(gameOver == false)
                if(!isM
                    moveOpponents();
                    movePlayer(deltaTime);
                    // Update the game score and draw it in the top left of the canvas
                    gameScore += deltaTime / 1000;
                displayGameOverMessage();
            drawPlayer(playerX, playerY);
            ctx.font = "24px Arial";
            ctx.fillStyle = "white";
            ctx.baseline = 'top';
         ctx.textAlign = 'left';
            ctx.fillText(`Score: ${Math.floor(gameScore)}`, 10, 40);
            displayHighScore();
            // Request the next frame of the game loop
            requestAnimationFrame(gameLoop);
        function moveOpponents()
            // Update the positions of the opposing team members
            opponents.forEach(opponent =>
                // Check if the opponent is waiting
                if (!opponent.waitTime)
                    // If not, set a new wait time and jitter value
                    opponent.waitTime = Math.floor(Math.random() * (waitTimeMax - waitTimeMin)) + waitTimeMin;
                    opponent.jitter = { x: Math.floor(Math.random() * (jitterRange * 2)) - jitterRange, y: Math.floor(Math.random() * (jitterRange * 2)) - jitterRange };
                    opponent.jitterTime = 0;
                else
                    // If so, update the jitter valM
                    opponent.jitterTime += deltaTime;
                    if (opponent.jitterTime >= 1000 / 60)
                    {
                        opponent.jitter.x = Math.floor(Math.random() * (jitterRange * 2)) - jitterRange;
                        opponent.jitter.y = Math.floor(Math.random() * (jitterRange * 2)) - jitterRange;
                        opponent.jitterTime = 0;
                    }
                    // Subtract the time elapsed since the last frame from the wait time
         opponent.waitTime -= deltaTime;
                    if (opponent.waitTime <= 0)
                    {
                        // If the wait time has elapsed, reset it and calculate a new direction towards the player
                        opponent.waitTime = 0;
                        const dx = playerX - (opponent.x + opponentSize / 2);
                        const dy = playerY - (opponent.y + opponentSize / 2);
                        const distance = Math.sqrt(dx * dx + dy * dy);
                   M
     opponent.dx = dx / distance * opponentSpeed;
                        opponent.dy = dy / distance * opponentSpeed;
                    }
                // Update the position of the opponent based on its direction and jitter value
                opponent.x += (opponent.dx || 0) * deltaTime / 1000 + opponent.jitter.x;
                opponent.y += (opponent.dy || 0) * deltaTime / 1000 + opponent.jitter.y;
                // Draw the opponent at its updated position
                //ctx.filM
lRect(opponent.x, opponent.y, opponentSize, opponentSize);
        function pauseGame()
            isPaused = !isPaused;
            const pauseButtonText = isPaused ? "Resume" : "Pause";
            pauseButton.innerText = pauseButtonText;
        // Function to restart the game
        function restartGame()
            //Redisplay highscore
            highScore = localStorage.getItem('zombiePixelsHighScore') || 0;
            // Reset any necessary gM
            pauseButton.style.visibility = 'visible';
            restartButton.style.visibility = 'hidden';
            playerX = gamecanvas.width / 2;
            playerY = gamecanvas.height / 2;
            gameScore = 0;
            opponents.length = 0;
            gameOver = false;
            initializePlayers();
        function displayHighScore()
            // Get the canvas element and its context
            const canvas = document.getElementById("game-canvas");
            const ctx = canvas.getContext("2d");
            ctx.font = "24px Arial";
            ctx.fillStyle = "cyan";
            ctx.baseline = 'bottom';
            ctx.textAlign = 'left';
            ctx.fillText(`High Score: ${Math.floor(highScore)}`, 10, 20);
        // Start the game loop
        let lastFrameTime = Date.now();
        let gameScore = 0;
        let highScore = localStorage.getItem('zombiePixelsHighScore') || 0;
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{"name": "Honey Badgers", "description": "Honey Badgers is a generative 10k PFP collection inscribed on the Bitcoin Blockchain through Ordinals. It is an experiment to see if a native NFT community can emerge and thrive on the native Bitcoin ecosystem. The project doesn\u2019t have a roadmap and its solely purpose is to deliver high quality pixelated art and a fun place to hang out with friends. The collection is Bitcoin themed with the M
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{"name": "Honey Badgers", "description": "Honey Badgers is a generative 10k PFP collection inscribed on the Bitcoin Blockchain through Ordinals. It is an experiment to see if a native NFT community can emerge and thrive on the native Bitcoin ecosystem. The project doesn\u2019t have a roadmap and its solely purpose is to deliver high quality pixelated art and a fun place to hang out with friends. The collection is Bitcoin themed with the M
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{"name": "Honey Badgers", "description": "Honey Badgers is a generative 10k PFP collection inscribed on the Bitcoin Blockchain through Ordinals. It is an experiment to see if a native NFT community can emerge and thrive on the native Bitcoin ecosystem. The project doesn\u2019t have a roadmap and its solely purpose is to deliver high quality pixelated art and a fun place to hang out with friends. The collection is Bitcoin themed with the M
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{"name": "Honey Badgers", "description": "Honey Badgers is a generative 10k PFP collection inscribed on the Bitcoin Blockchain through Ordinals. It is an experiment to see if a native NFT community can emerge and thrive on the native Bitcoin ecosystem. The project doesn\u2019t have a roadmap and its solely purpose is to deliver high quality pixelated art and a fun place to hang out with friends. The collection is Bitcoin themed with the M
honey badger meme being the center of it, but also has many other traits related to crypto and specifically the Bitcoin culture.", "creator": "Honey Badgers Team", "attributes": [{"trait_type": "Background", "value": "purple"}, {"trait_type": "Body", "value": "dark blue"}, {"trait_type": "Mane", "value": "rainbow"}, {"trait_type": "Claws", "value": "bloody"}, {"trait_type": "Eyes", "value": "red"}, {"trait_type": "Headgear", "value": "thief hood"}, {"trait_type": "Artifacts", "value": "sword"}]}
{"name": "Honey Badgers", "description": "Honey Badgers is a generative 10k PFP collection inscribed on the Bitcoin Blockchain through Ordinals. It is an experiment to see if a native NFT community can emerge and thrive on the native Bitcoin ecosystem. The project doesn\u2019t have a roadmap and its solely purpose is to deliver high quality pixelated art and a fun place to hang out with friends. The collection is Bitcoin themed with the M
honey badger meme being the center of it, but also has many other traits related to crypto and specifically the Bitcoin culture.", "creator": "Honey Badgers Team", "attributes": [{"trait_type": "Background", "value": "pink"}, {"trait_type": "Body", "value": "armor"}, {"trait_type": "Mane", "value": "black"}, {"trait_type": "Claws", "value": "regular"}, {"trait_type": "Eyes", "value": "regular"}, {"trait_type": "Headgear", "value": "bull horns"}, {"trait_type": "Artifacts", "value": "none"}]}
{"name": "Honey Badgers", "description": "Honey Badgers is a generative 10k PFP collection inscribed on the Bitcoin Blockchain through Ordinals. It is an experiment to see if a native NFT community can emerge and thrive on the native Bitcoin ecosystem. The project doesn\u2019t have a roadmap and its solely purpose is to deliver high quality pixelated art and a fun place to hang out with friends. The collection is Bitcoin themed with the M
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{"name": "Honey Badgers", "description": "Honey Badgers is a generative 10k PFP collection inscribed on the Bitcoin Blockchain through Ordinals. It is an experiment to see if a native NFT community can emerge and thrive on the native Bitcoin ecosystem. The project doesn\u2019t have a roadmap and its solely purpose is to deliver high quality pixelated art and a fun place to hang out with friends. The collection is Bitcoin themed with the M
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{"name": "Honey Badgers", "description": "Honey Badgers is a generative 10k PFP collection inscribed on the Bitcoin Blockchain through Ordinals. It is an experiment to see if a native NFT community can emerge and thrive on the native Bitcoin ecosystem. The project doesn\u2019t have a roadmap and its solely purpose is to deliver high quality pixelated art and a fun place to hang out with friends. The collection is Bitcoin themed with the M
honey badger meme being the center of it, but also has many other traits related to crypto and specifically the Bitcoin culture.", "creator": "Honey Badgers Team", "attributes": [{"trait_type": "Background", "value": "yellow"}, {"trait_type": "Body", "value": "armor"}, {"trait_type": "Mane", "value": "greenish"}, {"trait_type": "Claws", "value": "long claws"}, {"trait_type": "Eyes", "value": "white"}, {"trait_type": "Headgear", "value": "none"}, {"trait_type": "Artifacts", "value": "shield"}]}
{"name": "Honey Badgers", "description": "Honey Badgers is a generative 10k PFP collection inscribed on the Bitcoin Blockchain through Ordinals. It is an experiment to see if a native NFT community can emerge and thrive on the native Bitcoin ecosystem. The project doesn\u2019t have a roadmap and its solely purpose is to deliver high quality pixelated art and a fun place to hang out with friends. The collection is Bitcoin themed with the M
honey badger meme being the center of it, but also has many other traits related to crypto and specifically the Bitcoin culture.", "creator": "Honey Badgers Team", "attributes": [{"trait_type": "Background", "value": "pink"}, {"trait_type": "Body", "value": "white"}, {"trait_type": "Mane", "value": "greenish"}, {"trait_type": "Claws", "value": "regular"}, {"trait_type": "Eyes", "value": "regular"}, {"trait_type": "Headgear", "value": "none"}, {"trait_type": "Artifacts", "value": "axe"}]}
{"name": "Honey Badgers", "description": "Honey Badgers is a generative 10k PFP collection inscribed on the Bitcoin Blockchain through Ordinals. It is an experiment to see if a native NFT community can emerge and thrive on the native Bitcoin ecosystem. The project doesn\u2019t have a roadmap and its solely purpose is to deliver high quality pixelated art and a fun place to hang out with friends. The collection is Bitcoin themed with the M
honey badger meme being the center of it, but also has many other traits related to crypto and specifically the Bitcoin culture.", "creator": "Honey Badgers Team", "attributes": [{"trait_type": "Background", "value": "pink"}, {"trait_type": "Body", "value": "tribal tattoo"}, {"trait_type": "Mane", "value": "black"}, {"trait_type": "Claws", "value": "honey pot"}, {"trait_type": "Eyes", "value": "blue"}, {"trait_type": "Headgear", "value": "skull"}, {"trait_type": "Artifacts", "value": "dagger"}]}
{"name": "Honey Badgers", "description": "Honey Badgers is a generative 10k PFP collection inscribed on the Bitcoin Blockchain through Ordinals. It is an experiment to see if a native NFT community can emerge and thrive on the native Bitcoin ecosystem. The project doesn\u2019t have a roadmap and its solely purpose is to deliver high quality pixelated art and a fun place to hang out with friends. The collection is Bitcoin themed with the M
honey badger meme being the center of it, but also has many other traits related to crypto and specifically the Bitcoin culture.", "creator": "Honey Badgers Team", "attributes": [{"trait_type": "Background", "value": "purple"}, {"trait_type": "Body", "value": "white"}, {"trait_type": "Mane", "value": "toxic green"}, {"trait_type": "Claws", "value": "regular"}, {"trait_type": "Eyes", "value": "green"}, {"trait_type": "Headgear", "value": "dark wizard hat"}, {"trait_type": "Artifacts", "value": "pirate flag"}]}
{"name": "Honey Badgers", "description": "Honey Badgers is a generative 10k PFP collection inscribed on the Bitcoin Blockchain through Ordinals. It is an experiment to see if a native NFT community can emerge and thrive on the native Bitcoin ecosystem. The project doesn\u2019t have a roadmap and its solely purpose is to deliver high quality pixelated art and a fun place to hang out with friends. The collection is Bitcoin themed with the M
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{"name": "Honey Badgers", "description": "Honey Badgers is a generative 10k PFP collection inscribed on the Bitcoin Blockchain through Ordinals. It is an experiment to see if a native NFT community can emerge and thrive on the native Bitcoin ecosystem. The project doesn\u2019t have a roadmap and its solely purpose is to deliver high quality pixelated art and a fun place to hang out with friends. The collection is Bitcoin themed with the M
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{"name": "Honey Badgers", "description": "Honey Badgers is a generative 10k PFP collection inscribed on the Bitcoin Blockchain through Ordinals. It is an experiment to see if a native NFT community can emerge and thrive on the native Bitcoin ecosystem. The project doesn\u2019t have a roadmap and its solely purpose is to deliver high quality pixelated art and a fun place to hang out with friends. The collection is Bitcoin themed with the M
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{"name": "Honey Badgers", "description": "Honey Badgers is a generative 10k PFP collection inscribed on the Bitcoin Blockchain through Ordinals. It is an experiment to see if a native NFT community can emerge and thrive on the native Bitcoin ecosystem. The project doesn\u2019t have a roadmap and its solely purpose is to deliver high quality pixelated art and a fun place to hang out with friends. The collection is Bitcoin themed with the M
honey badger meme being the center of it, but also has many other traits related to crypto and specifically the Bitcoin culture.", "creator": "Honey Badgers Team", "attributes": [{"trait_type": "Background", "value": "green"}, {"trait_type": "Body", "value": "tiger"}, {"trait_type": "Mane", "value": "blonde"}, {"trait_type": "Claws", "value": "long claws"}, {"trait_type": "Eyes", "value": "blue"}, {"trait_type": "Headgear", "value": "none"}, {"trait_type": "Artifacts", "value": "hobo bindle"}]}
{"name": "Honey Badgers", "description": "Honey Badgers is a generative 10k PFP collection inscribed on the Bitcoin Blockchain through Ordinals. It is an experiment to see if a native NFT community can emerge and thrive on the native Bitcoin ecosystem. The project doesn\u2019t have a roadmap and its solely purpose is to deliver high quality pixelated art and a fun place to hang out with friends. The collection is Bitcoin themed with the M
honey badger meme being the center of it, but also has many other traits related to crypto and specifically the Bitcoin culture.", "creator": "Honey Badgers Team", "attributes": [{"trait_type": "Background", "value": "moon"}, {"trait_type": "Body", "value": "blue"}, {"trait_type": "Mane", "value": "blonde"}, {"trait_type": "Claws", "value": "long claws"}, {"trait_type": "Eyes", "value": "white"}, {"trait_type": "Headgear", "value": "none"}, {"trait_type": "Artifacts", "value": "pirate flag"}]}
{"name": "Honey Badgers", "description": "Honey Badgers is a generative 10k PFP collection inscribed on the Bitcoin Blockchain through Ordinals. It is an experiment to see if a native NFT community can emerge and thrive on the native Bitcoin ecosystem. The project doesn\u2019t have a roadmap and its solely purpose is to deliver high quality pixelated art and a fun place to hang out with friends. The collection is Bitcoin themed with the M
honey badger meme being the center of it, but also has many other traits related to crypto and specifically the Bitcoin culture.", "creator": "Honey Badgers Team", "attributes": [{"trait_type": "Background", "value": "blue"}, {"trait_type": "Body", "value": "armor"}, {"trait_type": "Mane", "value": "black"}, {"trait_type": "Claws", "value": "bloody"}, {"trait_type": "Eyes", "value": "regular"}, {"trait_type": "Headgear", "value": "wizard hat"}, {"trait_type": "Artifacts", "value": "lamp"}]}
{"name": "Honey Badgers", "description": "Honey Badgers is a generative 10k PFP collection inscribed on the Bitcoin Blockchain through Ordinals. It is an experiment to see if a native NFT community can emerge and thrive on the native Bitcoin ecosystem. The project doesn\u2019t have a roadmap and its solely purpose is to deliver high quality pixelated art and a fun place to hang out with friends. The collection is Bitcoin themed with the M
honey badger meme being the center of it, but also has many other traits related to crypto and specifically the Bitcoin culture.", "creator": "Honey Badgers Team", "attributes": [{"trait_type": "Background", "value": "green"}, {"trait_type": "Body", "value": "black"}, {"trait_type": "Mane", "value": "blonde"}, {"trait_type": "Claws", "value": "long claws"}, {"trait_type": "Eyes", "value": "regular"}, {"trait_type": "Headgear", "value": "bull horns"}, {"trait_type": "Artifacts", "value": "ghostly companion"}]}
{"name": "Honey Badgers", "description": "Honey Badgers is a generative 10k PFP collection inscribed on the Bitcoin Blockchain through Ordinals. It is an experiment to see if a native NFT community can emerge and thrive on the native Bitcoin ecosystem. The project doesn\u2019t have a roadmap and its solely purpose is to deliver high quality pixelated art and a fun place to hang out with friends. The collection is Bitcoin themed with the M
honey badger meme being the center of it, but also has many other traits related to crypto and specifically the Bitcoin culture.", "creator": "Honey Badgers Team", "attributes": [{"trait_type": "Background", "value": "blue"}, {"trait_type": "Body", "value": "armor"}, {"trait_type": "Mane", "value": "white"}, {"trait_type": "Claws", "value": "regular"}, {"trait_type": "Eyes", "value": "green"}, {"trait_type": "Headgear", "value": "mohawk"}, {"trait_type": "Artifacts", "value": "fire sword"}]}
{"name": "Honey Badgers", "description": "Honey Badgers is a generative 10k PFP collection inscribed on the Bitcoin Blockchain through Ordinals. It is an experiment to see if a native NFT community can emerge and thrive on the native Bitcoin ecosystem. The project doesn\u2019t have a roadmap and its solely purpose is to deliver high quality pixelated art and a fun place to hang out with friends. The collection is Bitcoin themed with the M
honey badger meme being the center of it, but also has many other traits related to crypto and specifically the Bitcoin culture.", "creator": "Honey Badgers Team", "attributes": [{"trait_type": "Background", "value": "moon"}, {"trait_type": "Body", "value": "white"}, {"trait_type": "Mane", "value": "toxic green"}, {"trait_type": "Claws", "value": "honey pot"}, {"trait_type": "Eyes", "value": "blue"}, {"trait_type": "Headgear", "value": "wizard hat"}, {"trait_type": "Artifacts", "value": "lamp"}]}
{"name": "Honey Badgers", "description": "Honey Badgers is a generative 10k PFP collection inscribed on the Bitcoin Blockchain through Ordinals. It is an experiment to see if a native NFT community can emerge and thrive on the native Bitcoin ecosystem. The project doesn\u2019t have a roadmap and its solely purpose is to deliver high quality pixelated art and a fun place to hang out with friends. The collection is Bitcoin themed with the M
honey badger meme being the center of it, but also has many other traits related to crypto and specifically the Bitcoin culture.", "creator": "Honey Badgers Team", "attributes": [{"trait_type": "Background", "value": "red"}, {"trait_type": "Body", "value": "brown"}, {"trait_type": "Mane", "value": "blonde"}, {"trait_type": "Claws", "value": "long claws"}, {"trait_type": "Eyes", "value": "red"}, {"trait_type": "Headgear", "value": "skull"}, {"trait_type": "Artifacts", "value": "pauldrons"}]}
{"name": "Honey Badgers", "description": "Honey Badgers is a generative 10k PFP collection inscribed on the Bitcoin Blockchain through Ordinals. It is an experiment to see if a native NFT community can emerge and thrive on the native Bitcoin ecosystem. The project doesn\u2019t have a roadmap and its solely purpose is to deliver high quality pixelated art and a fun place to hang out with friends. The collection is Bitcoin themed with the M
honey badger meme being the center of it, but also has many other traits related to crypto and specifically the Bitcoin culture.", "creator": "Honey Badgers Team", "attributes": [{"trait_type": "Background", "value": "pink"}, {"trait_type": "Body", "value": "armor"}, {"trait_type": "Mane", "value": "greenish"}, {"trait_type": "Claws", "value": "BTC whitepaper"}, {"trait_type": "Eyes", "value": "laser beams"}, {"trait_type": "Headgear", "value": "none"}, {"trait_type": "Artifacts", "value": "bag"}]}
{"name": "Honey Badgers", "description": "Honey Badgers is a generative 10k PFP collection inscribed on the Bitcoin Blockchain through Ordinals. It is an experiment to see if a native NFT community can emerge and thrive on the native Bitcoin ecosystem. The project doesn\u2019t have a roadmap and its solely purpose is to deliver high quality pixelated art and a fun place to hang out with friends. The collection is Bitcoin themed with the M
honey badger meme being the center of it, but also has many other traits related to crypto and specifically the Bitcoin culture.", "creator": "Honey Badgers Team", "attributes": [{"trait_type": "Background", "value": "yellow"}, {"trait_type": "Body", "value": "blue"}, {"trait_type": "Mane", "value": "black"}, {"trait_type": "Claws", "value": "regular"}, {"trait_type": "Eyes", "value": "laser"}, {"trait_type": "Headgear", "value": "bull horns"}, {"trait_type": "Artifacts", "value": "sword"}]}
{"name": "Honey Badgers", "description": "Honey Badgers is a generative 10k PFP collection inscribed on the Bitcoin Blockchain through Ordinals. It is an experiment to see if a native NFT community can emerge and thrive on the native Bitcoin ecosystem. The project doesn\u2019t have a roadmap and its solely purpose is to deliver high quality pixelated art and a fun place to hang out with friends. The collection is Bitcoin themed with the M
honey badger meme being the center of it, but also has many other traits related to crypto and specifically the Bitcoin culture.", "creator": "Honey Badgers Team", "attributes": [{"trait_type": "Background", "value": "red"}, {"trait_type": "Body", "value": "blue"}, {"trait_type": "Mane", "value": "rainbow"}, {"trait_type": "Claws", "value": "bloody"}, {"trait_type": "Eyes", "value": "green"}, {"trait_type": "Headgear", "value": "undead"}, {"trait_type": "Artifacts", "value": "none"}]}
{"name": "Honey Badgers", "description": "Honey Badgers is a generative 10k PFP collection inscribed on the Bitcoin Blockchain through Ordinals. It is an experiment to see if a native NFT community can emerge and thrive on the native Bitcoin ecosystem. The project doesn\u2019t have a roadmap and its solely purpose is to deliver high quality pixelated art and a fun place to hang out with friends. The collection is Bitcoin themed with the M
honey badger meme being the center of it, but also has many other traits related to crypto and specifically the Bitcoin culture.", "creator": "Honey Badgers Team", "attributes": [{"trait_type": "Background", "value": "pink"}, {"trait_type": "Body", "value": "robot"}, {"trait_type": "Mane", "value": "rainbow"}, {"trait_type": "Claws", "value": "regular"}, {"trait_type": "Eyes", "value": "white"}, {"trait_type": "Headgear", "value": "bull horns"}, {"trait_type": "Artifacts", "value": "arrow wounds"}]}
{"name": "Honey Badgers", "description": "Honey Badgers is a generative 10k PFP collection inscribed on the Bitcoin Blockchain through Ordinals. It is an experiment to see if a native NFT community can emerge and thrive on the native Bitcoin ecosystem. The project doesn\u2019t have a roadmap and its solely purpose is to deliver high quality pixelated art and a fun place to hang out with friends. The collection is Bitcoin themed with the M
honey badger meme being the center of it, but also has many other traits related to crypto and specifically the Bitcoin culture.", "creator": "Honey Badgers Team", "attributes": [{"trait_type": "Background", "value": "blue"}, {"trait_type": "Body", "value": "black"}, {"trait_type": "Mane", "value": "fire"}, {"trait_type": "Claws", "value": "bloody"}, {"trait_type": "Eyes", "value": "laser"}, {"trait_type": "Headgear", "value": "skull"}, {"trait_type": "Artifacts", "value": "frozen staff"}]}
{"name": "Honey Badgers", "description": "Honey Badgers is a generative 10k PFP collection inscribed on the Bitcoin Blockchain through Ordinals. It is an experiment to see if a native NFT community can emerge and thrive on the native Bitcoin ecosystem. The project doesn\u2019t have a roadmap and its solely purpose is to deliver high quality pixelated art and a fun place to hang out with friends. The collection is Bitcoin themed with the M
honey badger meme being the center of it, but also has many other traits related to crypto and specifically the Bitcoin culture.", "creator": "Honey Badgers Team", "attributes": [{"trait_type": "Background", "value": "blue"}, {"trait_type": "Body", "value": "black"}, {"trait_type": "Mane", "value": "black"}, {"trait_type": "Claws", "value": "long claws"}, {"trait_type": "Eyes", "value": "white"}, {"trait_type": "Headgear", "value": "bull horns"}, {"trait_type": "Artifacts", "value": "parrot"}]}
{"name": "Honey Badgers", "description": "Honey Badgers is a generative 10k PFP collection inscribed on the Bitcoin Blockchain through Ordinals. It is an experiment to see if a native NFT community can emerge and thrive on the native Bitcoin ecosystem. The project doesn\u2019t have a roadmap and its solely purpose is to deliver high quality pixelated art and a fun place to hang out with friends. The collection is Bitcoin themed with the M
honey badger meme being the center of it, but also has many other traits related to crypto and specifically the Bitcoin culture.", "creator": "Honey Badgers Team", "attributes": [{"trait_type": "Background", "value": "red"}, {"trait_type": "Body", "value": "carrot"}, {"trait_type": "Mane", "value": "white"}, {"trait_type": "Claws", "value": "regular"}, {"trait_type": "Eyes", "value": "white"}, {"trait_type": "Headgear", "value": "wizard hat"}, {"trait_type": "Artifacts", "value": "pauldrons"}]}
{"name": "Honey Badgers", "description": "Honey Badgers is a generative 10k PFP collection inscribed on the Bitcoin Blockchain through Ordinals. It is an experiment to see if a native NFT community can emerge and thrive on the native Bitcoin ecosystem. The project doesn\u2019t have a roadmap and its solely purpose is to deliver high quality pixelated art and a fun place to hang out with friends. The collection is Bitcoin themed with the M
honey badger meme being the center of it, but also has many other traits related to crypto and specifically the Bitcoin culture.", "creator": "Honey Badgers Team", "attributes": [{"trait_type": "Background", "value": "purple"}, {"trait_type": "Body", "value": "dark blue"}, {"trait_type": "Mane", "value": "white"}, {"trait_type": "Claws", "value": "long claws"}, {"trait_type": "Eyes", "value": "white"}, {"trait_type": "Headgear", "value": "bull horns"}, {"trait_type": "Artifacts", "value": "axe"}]}
{"name": "Honey Badgers", "description": "Honey Badgers is a generative 10k PFP collection inscribed on the Bitcoin Blockchain through Ordinals. It is an experiment to see if a native NFT community can emerge and thrive on the native Bitcoin ecosystem. The project doesn\u2019t have a roadmap and its solely purpose is to deliver high quality pixelated art and a fun place to hang out with friends. The collection is Bitcoin themed with the M
honey badger meme being the center of it, but also has many other traits related to crypto and specifically the Bitcoin culture.", "creator": "Honey Badgers Team", "attributes": [{"trait_type": "Background", "value": "blue"}, {"trait_type": "Body", "value": "brown"}, {"trait_type": "Mane", "value": "blonde"}, {"trait_type": "Claws", "value": "regular"}, {"trait_type": "Eyes", "value": "regular"}, {"trait_type": "Headgear", "value": "none"}, {"trait_type": "Artifacts", "value": "sword"}]}
{"name": "Honey Badgers", "description": "Honey Badgers is a generative 10k PFP collection inscribed on the Bitcoin Blockchain through Ordinals. It is an experiment to see if a native NFT community can emerge and thrive on the native Bitcoin ecosystem. The project doesn\u2019t have a roadmap and its solely purpose is to deliver high quality pixelated art and a fun place to hang out with friends. The collection is Bitcoin themed with the M
honey badger meme being the center of it, but also has many other traits related to crypto and specifically the Bitcoin culture.", "creator": "Honey Badgers Team", "attributes": [{"trait_type": "Background", "value": "purple"}, {"trait_type": "Body", "value": "white"}, {"trait_type": "Mane", "value": "blue fire"}, {"trait_type": "Claws", "value": "BTC whitepaper"}, {"trait_type": "Eyes", "value": "white"}, {"trait_type": "Headgear", "value": "dark wizard hat"}, {"trait_type": "Artifacts", "value": "dagger"}]}
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1d/Foundry USA Pool #dropgold/
Robinhood BTC wallet
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{"name": "Honey Badgers", "description": "Honey Badgers is a generative 10k PFP collection inscribed on the Bitcoin Blockchain through Ordinals. It is an experiment to see if a native NFT community can emerge and thrive on the native Bitcoin ecosystem. The project doesn\u2019t have a roadmap and its solely purpose is to deliver high quality pixelated art and a fun place to hang out with friends. The collection is Bitcoin themed with the M
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{"name": "Honey Badgers", "description": "Honey Badgers is a generative 10k PFP collection inscribed on the Bitcoin Blockchain through Ordinals. It is an experiment to see if a native NFT community can emerge and thrive on the native Bitcoin ecosystem. The project doesn\u2019t have a roadmap and its solely purpose is to deliver high quality pixelated art and a fun place to hang out with friends. The collection is Bitcoin themed with the M
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{"name": "Honey Badgers", "description": "Honey Badgers is a generative 10k PFP collection inscribed on the Bitcoin Blockchain through Ordinals. It is an experiment to see if a native NFT community can emerge and thrive on the native Bitcoin ecosystem. The project doesn\u2019t have a roadmap and its solely purpose is to deliver high quality pixelated art and a fun place to hang out with friends. The collection is Bitcoin themed with the M
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{"name": "Honey Badgers", "description": "Honey Badgers is a generative 10k PFP collection inscribed on the Bitcoin Blockchain through Ordinals. It is an experiment to see if a native NFT community can emerge and thrive on the native Bitcoin ecosystem. The project doesn\u2019t have a roadmap and its solely purpose is to deliver high quality pixelated art and a fun place to hang out with friends. The collection is Bitcoin themed with the M
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{"name": "Honey Badgers", "description": "Honey Badgers is a generative 10k PFP collection inscribed on the Bitcoin Blockchain through Ordinals. It is an experiment to see if a native NFT community can emerge and thrive on the native Bitcoin ecosystem. The project doesn\u2019t have a roadmap and its solely purpose is to deliver high quality pixelated art and a fun place to hang out with friends. The collection is Bitcoin themed with the M
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{"name": "Honey Badgers", "description": "Honey Badgers is a generative 10k PFP collection inscribed on the Bitcoin Blockchain through Ordinals. It is an experiment to see if a native NFT community can emerge and thrive on the native Bitcoin ecosystem. The project doesn\u2019t have a roadmap and its solely purpose is to deliver high quality pixelated art and a fun place to hang out with friends. The collection is Bitcoin themed with the M
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function z(e,t){const n=Math.log(1-t)/Math.log(1-e);return e=>1-Math.pow(1-e,n)}class V{constructor(e,t,n){const{model:r,inputDim:i}=j(t,n);this.model=r,this.inputDim=i,this.iteration=0,this.stage=0;const o=new Date(parseInt(e.birthYear),0,1).getTime(),a=new Date(parseInt(e.birthYear)+1,0,1).getTime();this.birthDate=new Date(Math.floor((o+a)/2));const l=zr.filter((t=>t[0]==e.lifeCycle))[0][2];this.growSpeed=365/l,this.cycleLength=60*l*24*3600*1e3,this.growthFunc=z(.4,.8)}updateAge(e){const t=(e.getTime()-this.birthM
Date.getTime())/31536e6*this.growSpeed;this.iteration=Math.floor(t/60);const n=t-60*this.iteration;let r;this.age=n;let i,o=0;if(n<25){let e=map(n,0,25,0,1);o=this.growthFunc(e),r=(25-n)/60,this.stage=1,this.stageRatio=map(n,0,25,0,1)}else n<50?(o=1,r=(50-n)/60,this.stage=2,this.stageRatio=map(n,25,50,0,1)):n<y?(o=map(n,50,y,1,0),r=(y-n)/60,this.stage=3,this.stageRatio=map(n,50,y,0,1)):n<w?(o=0,r=(w-n)/60,this.stage=4,this.stageRatio=map(n,y,w,0,1)):n<60&&(o=0,r=(60-n)/60,this.stage=5,this.stageRatio=map(n,w,60,0,1M
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{"name": "Honey Badgers", "description": "Honey Badgers is a generative 10k PFP collection inscribed on the Bitcoin Blockchain through Ordinals. It is an experiment to see if a native NFT community can emerge and thrive on the native Bitcoin ecosystem. The project doesn\u2019t have a roadmap and its solely purpose is to deliver high quality pixelated art and a fun place to hang out with friends. The collection is Bitcoin themed with the M
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{"name": "Honey Badgers", "description": "Honey Badgers is a generative 10k PFP collection inscribed on the Bitcoin Blockchain through Ordinals. It is an experiment to see if a native NFT community can emerge and thrive on the native Bitcoin ecosystem. The project doesn\u2019t have a roadmap and its solely purpose is to deliver high quality pixelated art and a fun place to hang out with friends. The collection is Bitcoin themed with the M
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{"name": "Honey Badgers", "description": "Honey Badgers is a generative 10k PFP collection inscribed on the Bitcoin Blockchain through Ordinals. It is an experiment to see if a native NFT community can emerge and thrive on the native Bitcoin ecosystem. The project doesn\u2019t have a roadmap and its solely purpose is to deliver high quality pixelated art and a fun place to hang out with friends. The collection is Bitcoin themed with the M
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{"name": "Honey Badgers", "description": "Honey Badgers is a generative 10k PFP collection inscribed on the Bitcoin Blockchain through Ordinals. It is an experiment to see if a native NFT community can emerge and thrive on the native Bitcoin ecosystem. The project doesn\u2019t have a roadmap and its solely purpose is to deliver high quality pixelated art and a fun place to hang out with friends. The collection is Bitcoin themed with the M
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{"name": "Honey Badgers", "description": "Honey Badgers is a generative 10k PFP collection inscribed on the Bitcoin Blockchain through Ordinals. It is an experiment to see if a native NFT community can emerge and thrive on the native Bitcoin ecosystem. The project doesn\u2019t have a roadmap and its solely purpose is to deliver high quality pixelated art and a fun place to hang out with friends. The collection is Bitcoin themed with the M
honey badger meme being the center of it, but also has many other traits related to crypto and specifically the Bitcoin culture.", "creator": "Honey Badgers Team", "attributes": [{"trait_type": "Background", "value": "moon"}, {"trait_type": "Body", "value": "rainbow"}, {"trait_type": "Mane", "value": "white"}, {"trait_type": "Claws", "value": "regular"}, {"trait_type": "Eyes", "value": "golden"}, {"trait_type": "Headgear", "value": "none"}, {"trait_type": "Artifacts", "value": "eagle"}]}
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{"name": "Honey Badgers", "description": "Honey Badgers is a generative 10k PFP collection inscribed on the Bitcoin Blockchain through Ordinals. It is an experiment to see if a native NFT community can emerge and thrive on the native Bitcoin ecosystem. The project doesn\u2019t have a roadmap and its solely purpose is to deliver high quality pixelated art and a fun place to hang out with friends. The collection is Bitcoin themed with the M
honey badger meme being the center of it, but also has many other traits related to crypto and specifically the Bitcoin culture.", "creator": "Honey Badgers Team", "attributes": [{"trait_type": "Background", "value": "green"}, {"trait_type": "Body", "value": "tiger"}, {"trait_type": "Mane", "value": "blonde"}, {"trait_type": "Claws", "value": "regular"}, {"trait_type": "Eyes", "value": "regular"}, {"trait_type": "Headgear", "value": "none"}, {"trait_type": "Artifacts", "value": "eagle"}]}
{"name": "Honey Badgers", "description": "Honey Badgers is a generative 10k PFP collection inscribed on the Bitcoin Blockchain through Ordinals. It is an experiment to see if a native NFT community can emerge and thrive on the native Bitcoin ecosystem. The project doesn\u2019t have a roadmap and its solely purpose is to deliver high quality pixelated art and a fun place to hang out with friends. The collection is Bitcoin themed with the M
honey badger meme being the center of it, but also has many other traits related to crypto and specifically the Bitcoin culture.", "creator": "Honey Badgers Team", "attributes": [{"trait_type": "Background", "value": "blue"}, {"trait_type": "Body", "value": "white"}, {"trait_type": "Mane", "value": "grey"}, {"trait_type": "Claws", "value": "wrapped"}, {"trait_type": "Eyes", "value": "green"}, {"trait_type": "Headgear", "value": "mohawk"}, {"trait_type": "Artifacts", "value": "wizard staff"}]}
{"name": "Honey Badgers", "description": "Honey Badgers is a generative 10k PFP collection inscribed on the Bitcoin Blockchain through Ordinals. It is an experiment to see if a native NFT community can emerge and thrive on the native Bitcoin ecosystem. The project doesn\u2019t have a roadmap and its solely purpose is to deliver high quality pixelated art and a fun place to hang out with friends. The collection is Bitcoin themed with the M
honey badger meme being the center of it, but also has many other traits related to crypto and specifically the Bitcoin culture.", "creator": "Honey Badgers Team", "attributes": [{"trait_type": "Background", "value": "green"}, {"trait_type": "Body", "value": "black"}, {"trait_type": "Mane", "value": "white"}, {"trait_type": "Claws", "value": "bloody"}, {"trait_type": "Eyes", "value": "white"}, {"trait_type": "Headgear", "value": "none"}, {"trait_type": "Artifacts", "value": "eagle"}]}
{"name": "Honey Badgers", "description": "Honey Badgers is a generative 10k PFP collection inscribed on the Bitcoin Blockchain through Ordinals. It is an experiment to see if a native NFT community can emerge and thrive on the native Bitcoin ecosystem. The project doesn\u2019t have a roadmap and its solely purpose is to deliver high quality pixelated art and a fun place to hang out with friends. The collection is Bitcoin themed with the M
honey badger meme being the center of it, but also has many other traits related to crypto and specifically the Bitcoin culture.", "creator": "Honey Badgers Team", "attributes": [{"trait_type": "Background", "value": "green"}, {"trait_type": "Body", "value": "silver"}, {"trait_type": "Mane", "value": "fire"}, {"trait_type": "Claws", "value": "regular"}, {"trait_type": "Eyes", "value": "blue"}, {"trait_type": "Headgear", "value": "wizard hat"}, {"trait_type": "Artifacts", "value": "hobo bindle"}]}
{"name": "Honey Badgers", "description": "Honey Badgers is a generative 10k PFP collection inscribed on the Bitcoin Blockchain through Ordinals. It is an experiment to see if a native NFT community can emerge and thrive on the native Bitcoin ecosystem. The project doesn\u2019t have a roadmap and its solely purpose is to deliver high quality pixelated art and a fun place to hang out with friends. The collection is Bitcoin themed with the M
honey badger meme being the center of it, but also has many other traits related to crypto and specifically the Bitcoin culture.", "creator": "Honey Badgers Team", "attributes": [{"trait_type": "Background", "value": "green"}, {"trait_type": "Body", "value": "white"}, {"trait_type": "Mane", "value": "greenish"}, {"trait_type": "Claws", "value": "regular"}, {"trait_type": "Eyes", "value": "laser"}, {"trait_type": "Headgear", "value": "skull"}, {"trait_type": "Artifacts", "value": "axe"}]}
{"name": "Honey Badgers", "description": "Honey Badgers is a generative 10k PFP collection inscribed on the Bitcoin Blockchain through Ordinals. It is an experiment to see if a native NFT community can emerge and thrive on the native Bitcoin ecosystem. The project doesn\u2019t have a roadmap and its solely purpose is to deliver high quality pixelated art and a fun place to hang out with friends. The collection is Bitcoin themed with the M
honey badger meme being the center of it, but also has many other traits related to crypto and specifically the Bitcoin culture.", "creator": "Honey Badgers Team", "attributes": [{"trait_type": "Background", "value": "purple"}, {"trait_type": "Body", "value": "white"}, {"trait_type": "Mane", "value": "grey"}, {"trait_type": "Claws", "value": "regular"}, {"trait_type": "Eyes", "value": "red"}, {"trait_type": "Headgear", "value": "mohawk"}, {"trait_type": "Artifacts", "value": "wizard staff"}]}
{"name": "Honey Badgers", "description": "Honey Badgers is a generative 10k PFP collection inscribed on the Bitcoin Blockchain through Ordinals. It is an experiment to see if a native NFT community can emerge and thrive on the native Bitcoin ecosystem. The project doesn\u2019t have a roadmap and its solely purpose is to deliver high quality pixelated art and a fun place to hang out with friends. The collection is Bitcoin themed with the M
honey badger meme being the center of it, but also has many other traits related to crypto and specifically the Bitcoin culture.", "creator": "Honey Badgers Team", "attributes": [{"trait_type": "Background", "value": "pink"}, {"trait_type": "Body", "value": "brown"}, {"trait_type": "Mane", "value": "white"}, {"trait_type": "Claws", "value": "wrapped"}, {"trait_type": "Eyes", "value": "white"}, {"trait_type": "Headgear", "value": "unicorn"}, {"trait_type": "Artifacts", "value": "sword"}]}
{"name": "Honey Badgers", "description": "Honey Badgers is a generative 10k PFP collection inscribed on the Bitcoin Blockchain through Ordinals. It is an experiment to see if a native NFT community can emerge and thrive on the native Bitcoin ecosystem. The project doesn\u2019t have a roadmap and its solely purpose is to deliver high quality pixelated art and a fun place to hang out with friends. The collection is Bitcoin themed with the M
honey badger meme being the center of it, but also has many other traits related to crypto and specifically the Bitcoin culture.", "creator": "Honey Badgers Team", "attributes": [{"trait_type": "Background", "value": "yellow"}, {"trait_type": "Body", "value": "tiger"}, {"trait_type": "Mane", "value": "fire"}, {"trait_type": "Claws", "value": "BTC whitepaper"}, {"trait_type": "Eyes", "value": "white"}, {"trait_type": "Headgear", "value": "badger"}, {"trait_type": "Artifacts", "value": "undead staff"}]}
{"name": "Honey Badgers", "description": "Honey Badgers is a generative 10k PFP collection inscribed on the Bitcoin Blockchain through Ordinals. It is an experiment to see if a native NFT community can emerge and thrive on the native Bitcoin ecosystem. The project doesn\u2019t have a roadmap and its solely purpose is to deliver high quality pixelated art and a fun place to hang out with friends. The collection is Bitcoin themed with the M
honey badger meme being the center of it, but also has many other traits related to crypto and specifically the Bitcoin culture.", "creator": "Honey Badgers Team", "attributes": [{"trait_type": "Background", "value": "pink"}, {"trait_type": "Body", "value": "carrot"}, {"trait_type": "Mane", "value": "white"}, {"trait_type": "Claws", "value": "regular"}, {"trait_type": "Eyes", "value": "blue"}, {"trait_type": "Headgear", "value": "mohawk"}, {"trait_type": "Artifacts", "value": "sword"}]}
{"name": "Honey Badgers", "description": "Honey Badgers is a generative 10k PFP collection inscribed on the Bitcoin Blockchain through Ordinals. It is an experiment to see if a native NFT community can emerge and thrive on the native Bitcoin ecosystem. The project doesn\u2019t have a roadmap and its solely purpose is to deliver high quality pixelated art and a fun place to hang out with friends. The collection is Bitcoin themed with the M
honey badger meme being the center of it, but also has many other traits related to crypto and specifically the Bitcoin culture.", "creator": "Honey Badgers Team", "attributes": [{"trait_type": "Background", "value": "purple"}, {"trait_type": "Body", "value": "white"}, {"trait_type": "Mane", "value": "black"}, {"trait_type": "Claws", "value": "wrapped"}, {"trait_type": "Eyes", "value": "regular"}, {"trait_type": "Headgear", "value": "undead"}, {"trait_type": "Artifacts", "value": "parrot"}]}
{"name": "Honey Badgers", "description": "Honey Badgers is a generative 10k PFP collection inscribed on the Bitcoin Blockchain through Ordinals. It is an experiment to see if a native NFT community can emerge and thrive on the native Bitcoin ecosystem. The project doesn\u2019t have a roadmap and its solely purpose is to deliver high quality pixelated art and a fun place to hang out with friends. The collection is Bitcoin themed with the M
honey badger meme being the center of it, but also has many other traits related to crypto and specifically the Bitcoin culture.", "creator": "Honey Badgers Team", "attributes": [{"trait_type": "Background", "value": "yellow"}, {"trait_type": "Body", "value": "orc"}, {"trait_type": "Mane", "value": "white"}, {"trait_type": "Claws", "value": "honey pot"}, {"trait_type": "Eyes", "value": "regular"}, {"trait_type": "Headgear", "value": "bull horns"}, {"trait_type": "Artifacts", "value": "cape"}]}
{"name": "Honey Badgers", "description": "Honey Badgers is a generative 10k PFP collection inscribed on the Bitcoin Blockchain through Ordinals. It is an experiment to see if a native NFT community can emerge and thrive on the native Bitcoin ecosystem. The project doesn\u2019t have a roadmap and its solely purpose is to deliver high quality pixelated art and a fun place to hang out with friends. The collection is Bitcoin themed with the M
honey badger meme being the center of it, but also has many other traits related to crypto and specifically the Bitcoin culture.", "creator": "Honey Badgers Team", "attributes": [{"trait_type": "Background", "value": "yellow"}, {"trait_type": "Body", "value": "tribal tattoo"}, {"trait_type": "Mane", "value": "blonde"}, {"trait_type": "Claws", "value": "wrapped"}, {"trait_type": "Eyes", "value": "regular"}, {"trait_type": "Headgear", "value": "thief hood"}, {"trait_type": "Artifacts", "value": "pickaxe"}]}
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{"name": "Honey Badgers", "description": "Honey Badgers is a generative 10k PFP collection inscribed on the Bitcoin Blockchain through Ordinals. It is an experiment to see if a native NFT community can emerge and thrive on the native Bitcoin ecosystem. The project doesn\u2019t have a roadmap and its solely purpose is to deliver high quality pixelated art and a fun place to hang out with friends. The collection is Bitcoin themed with the M
honey badger meme being the center of it, but also has many other traits related to crypto and specifically the Bitcoin culture.", "creator": "Honey Badgers Team", "attributes": [{"trait_type": "Background", "value": "blue"}, {"trait_type": "Body", "value": "mage robes"}, {"trait_type": "Mane", "value": "blue fire"}, {"trait_type": "Claws", "value": "regular"}, {"trait_type": "Eyes", "value": "white"}, {"trait_type": "Headgear", "value": "none"}, {"trait_type": "Artifacts", "value": "pauldrons"}]}
{"name": "Honey Badgers", "description": "Honey Badgers is a generative 10k PFP collection inscribed on the Bitcoin Blockchain through Ordinals. It is an experiment to see if a native NFT community can emerge and thrive on the native Bitcoin ecosystem. The project doesn\u2019t have a roadmap and its solely purpose is to deliver high quality pixelated art and a fun place to hang out with friends. The collection is Bitcoin themed with the M
honey badger meme being the center of it, but also has many other traits related to crypto and specifically the Bitcoin culture.", "creator": "Honey Badgers Team", "attributes": [{"trait_type": "Background", "value": "red"}, {"trait_type": "Body", "value": "blue"}, {"trait_type": "Mane", "value": "greenish"}, {"trait_type": "Claws", "value": "regular"}, {"trait_type": "Eyes", "value": "regular"}, {"trait_type": "Headgear", "value": "mohawk"}, {"trait_type": "Artifacts", "value": "arrow wounds"}]}
{"name": "Honey Badgers", "description": "Honey Badgers is a generative 10k PFP collection inscribed on the Bitcoin Blockchain through Ordinals. It is an experiment to see if a native NFT community can emerge and thrive on the native Bitcoin ecosystem. The project doesn\u2019t have a roadmap and its solely purpose is to deliver high quality pixelated art and a fun place to hang out with friends. The collection is Bitcoin themed with the M
honey badger meme being the center of it, but also has many other traits related to crypto and specifically the Bitcoin culture.", "creator": "Honey Badgers Team", "attributes": [{"trait_type": "Background", "value": "pink"}, {"trait_type": "Body", "value": "blue"}, {"trait_type": "Mane", "value": "black"}, {"trait_type": "Claws", "value": "regular"}, {"trait_type": "Eyes", "value": "blue"}, {"trait_type": "Headgear", "value": "none"}, {"trait_type": "Artifacts", "value": "axe"}]}
{"name": "Honey Badgers", "description": "Honey Badgers is a generative 10k PFP collection inscribed on the Bitcoin Blockchain through Ordinals. It is an experiment to see if a native NFT community can emerge and thrive on the native Bitcoin ecosystem. The project doesn\u2019t have a roadmap and its solely purpose is to deliver high quality pixelated art and a fun place to hang out with friends. The collection is Bitcoin themed with the M
honey badger meme being the center of it, but also has many other traits related to crypto and specifically the Bitcoin culture.", "creator": "Honey Badgers Team", "attributes": [{"trait_type": "Background", "value": "purple"}, {"trait_type": "Body", "value": "dark blue"}, {"trait_type": "Mane", "value": "toxic green"}, {"trait_type": "Claws", "value": "long claws"}, {"trait_type": "Eyes", "value": "golden"}, {"trait_type": "Headgear", "value": "badger"}, {"trait_type": "Artifacts", "value": "broadsword"}]}
{"name": "Honey Badgers", "description": "Honey Badgers is a generative 10k PFP collection inscribed on the Bitcoin Blockchain through Ordinals. It is an experiment to see if a native NFT community can emerge and thrive on the native Bitcoin ecosystem. The project doesn\u2019t have a roadmap and its solely purpose is to deliver high quality pixelated art and a fun place to hang out with friends. The collection is Bitcoin themed with the M
honey badger meme being the center of it, but also has many other traits related to crypto and specifically the Bitcoin culture.", "creator": "Honey Badgers Team", "attributes": [{"trait_type": "Background", "value": "pink"}, {"trait_type": "Body", "value": "tiger"}, {"trait_type": "Mane", "value": "rainbow"}, {"trait_type": "Claws", "value": "regular"}, {"trait_type": "Eyes", "value": "red"}, {"trait_type": "Headgear", "value": "bull horns"}, {"trait_type": "Artifacts", "value": "poisoned dagger"}]}
{"name": "Honey Badgers", "description": "Honey Badgers is a generative 10k PFP collection inscribed on the Bitcoin Blockchain through Ordinals. It is an experiment to see if a native NFT community can emerge and thrive on the native Bitcoin ecosystem. The project doesn\u2019t have a roadmap and its solely purpose is to deliver high quality pixelated art and a fun place to hang out with friends. The collection is Bitcoin themed with the M
honey badger meme being the center of it, but also has many other traits related to crypto and specifically the Bitcoin culture.", "creator": "Honey Badgers Team", "attributes": [{"trait_type": "Background", "value": "moon"}, {"trait_type": "Body", "value": "armor"}, {"trait_type": "Mane", "value": "black"}, {"trait_type": "Claws", "value": "regular"}, {"trait_type": "Eyes", "value": "red"}, {"trait_type": "Headgear", "value": "none"}, {"trait_type": "Artifacts", "value": "hobo bindle"}]}
{"name": "Honey Badgers", "description": "Honey Badgers is a generative 10k PFP collection inscribed on the Bitcoin Blockchain through Ordinals. It is an experiment to see if a native NFT community can emerge and thrive on the native Bitcoin ecosystem. The project doesn\u2019t have a roadmap and its solely purpose is to deliver high quality pixelated art and a fun place to hang out with friends. The collection is Bitcoin themed with the M
honey badger meme being the center of it, but also has many other traits related to crypto and specifically the Bitcoin culture.", "creator": "Honey Badgers Team", "attributes": [{"trait_type": "Background", "value": "pink"}, {"trait_type": "Body", "value": "black"}, {"trait_type": "Mane", "value": "greenish"}, {"trait_type": "Claws", "value": "long claws"}, {"trait_type": "Eyes", "value": "red"}, {"trait_type": "Headgear", "value": "bull horns"}, {"trait_type": "Artifacts", "value": "wizard staff"}]}
{"name": "Honey Badgers", "description": "Honey Badgers is a generative 10k PFP collection inscribed on the Bitcoin Blockchain through Ordinals. It is an experiment to see if a native NFT community can emerge and thrive on the native Bitcoin ecosystem. The project doesn\u2019t have a roadmap and its solely purpose is to deliver high quality pixelated art and a fun place to hang out with friends. The collection is Bitcoin themed with the M
honey badger meme being the center of it, but also has many other traits related to crypto and specifically the Bitcoin culture.", "creator": "Honey Badgers Team", "attributes": [{"trait_type": "Background", "value": "red"}, {"trait_type": "Body", "value": "carrot"}, {"trait_type": "Mane", "value": "rainbow"}, {"trait_type": "Claws", "value": "wrapped"}, {"trait_type": "Eyes", "value": "white"}, {"trait_type": "Headgear", "value": "thief hood"}, {"trait_type": "Artifacts", "value": "none"}]}
{"name": "Honey Badgers", "description": "Honey Badgers is a generative 10k PFP collection inscribed on the Bitcoin Blockchain through Ordinals. It is an experiment to see if a native NFT community can emerge and thrive on the native Bitcoin ecosystem. The project doesn\u2019t have a roadmap and its solely purpose is to deliver high quality pixelated art and a fun place to hang out with friends. The collection is Bitcoin themed with the M
honey badger meme being the center of it, but also has many other traits related to crypto and specifically the Bitcoin culture.", "creator": "Honey Badgers Team", "attributes": [{"trait_type": "Background", "value": "purple"}, {"trait_type": "Body", "value": "golden tribal tattoo"}, {"trait_type": "Mane", "value": "toxic green"}, {"trait_type": "Claws", "value": "regular"}, {"trait_type": "Eyes", "value": "regular"}, {"trait_type": "Headgear", "value": "none"}, {"trait_type": "Artifacts", "value": "pickaxe"}]}
{"name": "Honey Badgers", "description": "Honey Badgers is a generative 10k PFP collection inscribed on the Bitcoin Blockchain through Ordinals. It is an experiment to see if a native NFT community can emerge and thrive on the native Bitcoin ecosystem. The project doesn\u2019t have a roadmap and its solely purpose is to deliver high quality pixelated art and a fun place to hang out with friends. The collection is Bitcoin themed with the M
honey badger meme being the center of it, but also has many other traits related to crypto and specifically the Bitcoin culture.", "creator": "Honey Badgers Team", "attributes": [{"trait_type": "Background", "value": "red"}, {"trait_type": "Body", "value": "brown"}, {"trait_type": "Mane", "value": "grey"}, {"trait_type": "Claws", "value": "regular"}, {"trait_type": "Eyes", "value": "red"}, {"trait_type": "Headgear", "value": "unicorn"}, {"trait_type": "Artifacts", "value": "hobo bindle"}]}
{"name": "Honey Badgers", "description": "Honey Badgers is a generative 10k PFP collection inscribed on the Bitcoin Blockchain through Ordinals. It is an experiment to see if a native NFT community can emerge and thrive on the native Bitcoin ecosystem. The project doesn\u2019t have a roadmap and its solely purpose is to deliver high quality pixelated art and a fun place to hang out with friends. The collection is Bitcoin themed with the M
honey badger meme being the center of it, but also has many other traits related to crypto and specifically the Bitcoin culture.", "creator": "Honey Badgers Team", "attributes": [{"trait_type": "Background", "value": "red"}, {"trait_type": "Body", "value": "blue"}, {"trait_type": "Mane", "value": "rainbow"}, {"trait_type": "Claws", "value": "long claws"}, {"trait_type": "Eyes", "value": "red"}, {"trait_type": "Headgear", "value": "wizard hat"}, {"trait_type": "Artifacts", "value": "ghostly companion"}]}
{"name": "Honey Badgers", "description": "Honey Badgers is a generative 10k PFP collection inscribed on the Bitcoin Blockchain through Ordinals. It is an experiment to see if a native NFT community can emerge and thrive on the native Bitcoin ecosystem. The project doesn\u2019t have a roadmap and its solely purpose is to deliver high quality pixelated art and a fun place to hang out with friends. The collection is Bitcoin themed with the M
honey badger meme being the center of it, but also has many other traits related to crypto and specifically the Bitcoin culture.", "creator": "Honey Badgers Team", "attributes": [{"trait_type": "Background", "value": "pink"}, {"trait_type": "Body", "value": "dark blue"}, {"trait_type": "Mane", "value": "greenish"}, {"trait_type": "Claws", "value": "long claws"}, {"trait_type": "Eyes", "value": "white"}, {"trait_type": "Headgear", "value": "mohawk"}, {"trait_type": "Artifacts", "value": "wizard staff"}]}
{"name": "Honey Badgers", "description": "Honey Badgers is a generative 10k PFP collection inscribed on the Bitcoin Blockchain through Ordinals. It is an experiment to see if a native NFT community can emerge and thrive on the native Bitcoin ecosystem. The project doesn\u2019t have a roadmap and its solely purpose is to deliver high quality pixelated art and a fun place to hang out with friends. The collection is Bitcoin themed with the M
honey badger meme being the center of it, but also has many other traits related to crypto and specifically the Bitcoin culture.", "creator": "Honey Badgers Team", "attributes": [{"trait_type": "Background", "value": "blue"}, {"trait_type": "Body", "value": "black"}, {"trait_type": "Mane", "value": "grey"}, {"trait_type": "Claws", "value": "long claws"}, {"trait_type": "Eyes", "value": "golden"}, {"trait_type": "Headgear", "value": "none"}, {"trait_type": "Artifacts", "value": "wizard staff"}]}
{"name": "Honey Badgers", "description": "Honey Badgers is a generative 10k PFP collection inscribed on the Bitcoin Blockchain through Ordinals. It is an experiment to see if a native NFT community can emerge and thrive on the native Bitcoin ecosystem. The project doesn\u2019t have a roadmap and its solely purpose is to deliver high quality pixelated art and a fun place to hang out with friends. The collection is Bitcoin themed with the M
honey badger meme being the center of it, but also has many other traits related to crypto and specifically the Bitcoin culture.", "creator": "Honey Badgers Team", "attributes": [{"trait_type": "Background", "value": "purple"}, {"trait_type": "Body", "value": "golden armor"}, {"trait_type": "Mane", "value": "grey"}, {"trait_type": "Claws", "value": "regular"}, {"trait_type": "Eyes", "value": "white"}, {"trait_type": "Headgear", "value": "bull horns"}, {"trait_type": "Artifacts", "value": "pirate flag"}]}
{"name": "Honey Badgers", "description": "Honey Badgers is a generative 10k PFP collection inscribed on the Bitcoin Blockchain through Ordinals. It is an experiment to see if a native NFT community can emerge and thrive on the native Bitcoin ecosystem. The project doesn\u2019t have a roadmap and its solely purpose is to deliver high quality pixelated art and a fun place to hang out with friends. The collection is Bitcoin themed with the M
honey badger meme being the center of it, but also has many other traits related to crypto and specifically the Bitcoin culture.", "creator": "Honey Badgers Team", "attributes": [{"trait_type": "Background", "value": "green"}, {"trait_type": "Body", "value": "black"}, {"trait_type": "Mane", "value": "grey"}, {"trait_type": "Claws", "value": "long claws"}, {"trait_type": "Eyes", "value": "golden"}, {"trait_type": "Headgear", "value": "none"}, {"trait_type": "Artifacts", "value": "fire sword"}]}
{"name": "Honey Badgers", "description": "Honey Badgers is a generative 10k PFP collection inscribed on the Bitcoin Blockchain through Ordinals. It is an experiment to see if a native NFT community can emerge and thrive on the native Bitcoin ecosystem. The project doesn\u2019t have a roadmap and its solely purpose is to deliver high quality pixelated art and a fun place to hang out with friends. The collection is Bitcoin themed with the M
honey badger meme being the center of it, but also has many other traits related to crypto and specifically the Bitcoin culture.", "creator": "Honey Badgers Team", "attributes": [{"trait_type": "Background", "value": "green"}, {"trait_type": "Body", "value": "brown"}, {"trait_type": "Mane", "value": "toxic green"}, {"trait_type": "Claws", "value": "regular"}, {"trait_type": "Eyes", "value": "laser beams"}, {"trait_type": "Headgear", "value": "mohawk"}, {"trait_type": "Artifacts", "value": "pickaxe"}]}
{"name": "Honey Badgers", "description": "Honey Badgers is a generative 10k PFP collection inscribed on the Bitcoin Blockchain through Ordinals. It is an experiment to see if a native NFT community can emerge and thrive on the native Bitcoin ecosystem. The project doesn\u2019t have a roadmap and its solely purpose is to deliver high quality pixelated art and a fun place to hang out with friends. The collection is Bitcoin themed with the M
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{"name": "Honey Badgers", "description": "Honey Badgers is a generative 10k PFP collection inscribed on the Bitcoin Blockchain through Ordinals. It is an experiment to see if a native NFT community can emerge and thrive on the native Bitcoin ecosystem. The project doesn\u2019t have a roadmap and its solely purpose is to deliver high quality pixelated art and a fun place to hang out with friends. The collection is Bitcoin themed with the M
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{"name": "Honey Badgers", "description": "Honey Badgers is a generative 10k PFP collection inscribed on the Bitcoin Blockchain through Ordinals. It is an experiment to see if a native NFT community can emerge and thrive on the native Bitcoin ecosystem. The project doesn\u2019t have a roadmap and its solely purpose is to deliver high quality pixelated art and a fun place to hang out with friends. The collection is Bitcoin themed with the M
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{"name": "Honey Badgers", "description": "Honey Badgers is a generative 10k PFP collection inscribed on the Bitcoin Blockchain through Ordinals. It is an experiment to see if a native NFT community can emerge and thrive on the native Bitcoin ecosystem. The project doesn\u2019t have a roadmap and its solely purpose is to deliver high quality pixelated art and a fun place to hang out with friends. The collection is Bitcoin themed with the M
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{"name": "Honey Badgers", "description": "Honey Badgers is a generative 10k PFP collection inscribed on the Bitcoin Blockchain through Ordinals. It is an experiment to see if a native NFT community can emerge and thrive on the native Bitcoin ecosystem. The project doesn\u2019t have a roadmap and its solely purpose is to deliver high quality pixelated art and a fun place to hang out with friends. The collection is Bitcoin themed with the M
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{"name": "Honey Badgers", "description": "Honey Badgers is a generative 10k PFP collection inscribed on the Bitcoin Blockchain through Ordinals. It is an experiment to see if a native NFT community can emerge and thrive on the native Bitcoin ecosystem. The project doesn\u2019t have a roadmap and its solely purpose is to deliver high quality pixelated art and a fun place to hang out with friends. The collection is Bitcoin themed with the M
honey badger meme being the center of it, but also has many other traits related to crypto and specifically the Bitcoin culture.", "creator": "Honey Badgers Team", "attributes": [{"trait_type": "Background", "value": "purple"}, {"trait_type": "Body", "value": "golden armor"}, {"trait_type": "Mane", "value": "grey"}, {"trait_type": "Claws", "value": "long claws"}, {"trait_type": "Eyes", "value": "white"}, {"trait_type": "Headgear", "value": "wizard hat"}, {"trait_type": "Artifacts", "value": "pickaxe"}]}
{"name": "Honey Badgers", "description": "Honey Badgers is a generative 10k PFP collection inscribed on the Bitcoin Blockchain through Ordinals. It is an experiment to see if a native NFT community can emerge and thrive on the native Bitcoin ecosystem. The project doesn\u2019t have a roadmap and its solely purpose is to deliver high quality pixelated art and a fun place to hang out with friends. The collection is Bitcoin themed with the M
honey badger meme being the center of it, but also has many other traits related to crypto and specifically the Bitcoin culture.", "creator": "Honey Badgers Team", "attributes": [{"trait_type": "Background", "value": "pink"}, {"trait_type": "Body", "value": "brown"}, {"trait_type": "Mane", "value": "white"}, {"trait_type": "Claws", "value": "long claws"}, {"trait_type": "Eyes", "value": "regular"}, {"trait_type": "Headgear", "value": "skull"}, {"trait_type": "Artifacts", "value": "hobo bindle"}]}
{"name": "Honey Badgers", "description": "Honey Badgers is a generative 10k PFP collection inscribed on the Bitcoin Blockchain through Ordinals. It is an experiment to see if a native NFT community can emerge and thrive on the native Bitcoin ecosystem. The project doesn\u2019t have a roadmap and its solely purpose is to deliver high quality pixelated art and a fun place to hang out with friends. The collection is Bitcoin themed with the M
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{"name": "Honey Badgers", "description": "Honey Badgers is a generative 10k PFP collection inscribed on the Bitcoin Blockchain through Ordinals. It is an experiment to see if a native NFT community can emerge and thrive on the native Bitcoin ecosystem. The project doesn\u2019t have a roadmap and its solely purpose is to deliver high quality pixelated art and a fun place to hang out with friends. The collection is Bitcoin themed with the M
honey badger meme being the center of it, but also has many other traits related to crypto and specifically the Bitcoin culture.", "creator": "Honey Badgers Team", "attributes": [{"trait_type": "Background", "value": "yellow"}, {"trait_type": "Body", "value": "armor"}, {"trait_type": "Mane", "value": "greenish"}, {"trait_type": "Claws", "value": "long claws"}, {"trait_type": "Eyes", "value": "blue"}, {"trait_type": "Headgear", "value": "mohawk"}, {"trait_type": "Artifacts", "value": "pirate flag"}]}
{"name": "Honey Badgers", "description": "Honey Badgers is a generative 10k PFP collection inscribed on the Bitcoin Blockchain through Ordinals. It is an experiment to see if a native NFT community can emerge and thrive on the native Bitcoin ecosystem. The project doesn\u2019t have a roadmap and its solely purpose is to deliver high quality pixelated art and a fun place to hang out with friends. The collection is Bitcoin themed with the M
honey badger meme being the center of it, but also has many other traits related to crypto and specifically the Bitcoin culture.", "creator": "Honey Badgers Team", "attributes": [{"trait_type": "Background", "value": "red"}, {"trait_type": "Body", "value": "blue"}, {"trait_type": "Mane", "value": "rainbow"}, {"trait_type": "Claws", "value": "regular"}, {"trait_type": "Eyes", "value": "blue"}, {"trait_type": "Headgear", "value": "wizard hat"}, {"trait_type": "Artifacts", "value": "none"}]}
{"name": "Honey Badgers", "description": "Honey Badgers is a generative 10k PFP collection inscribed on the Bitcoin Blockchain through Ordinals. It is an experiment to see if a native NFT community can emerge and thrive on the native Bitcoin ecosystem. The project doesn\u2019t have a roadmap and its solely purpose is to deliver high quality pixelated art and a fun place to hang out with friends. The collection is Bitcoin themed with the M
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{"name": "Honey Badgers", "description": "Honey Badgers is a generative 10k PFP collection inscribed on the Bitcoin Blockchain through Ordinals. It is an experiment to see if a native NFT community can emerge and thrive on the native Bitcoin ecosystem. The project doesn\u2019t have a roadmap and its solely purpose is to deliver high quality pixelated art and a fun place to hang out with friends. The collection is Bitcoin themed with the M
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{"name": "Honey Badgers", "description": "Honey Badgers is a generative 10k PFP collection inscribed on the Bitcoin Blockchain through Ordinals. It is an experiment to see if a native NFT community can emerge and thrive on the native Bitcoin ecosystem. The project doesn\u2019t have a roadmap and its solely purpose is to deliver high quality pixelated art and a fun place to hang out with friends. The collection is Bitcoin themed with the M
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{"name": "Honey Badgers", "description": "Honey Badgers is a generative 10k PFP collection inscribed on the Bitcoin Blockchain through Ordinals. It is an experiment to see if a native NFT community can emerge and thrive on the native Bitcoin ecosystem. The project doesn\u2019t have a roadmap and its solely purpose is to deliver high quality pixelated art and a fun place to hang out with friends. The collection is Bitcoin themed with the M
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{"name": "Honey Badgers", "description": "Honey Badgers is a generative 10k PFP collection inscribed on the Bitcoin Blockchain through Ordinals. It is an experiment to see if a native NFT community can emerge and thrive on the native Bitcoin ecosystem. The project doesn\u2019t have a roadmap and its solely purpose is to deliver high quality pixelated art and a fun place to hang out with friends. The collection is Bitcoin themed with the M
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{"name": "Honey Badgers", "description": "Honey Badgers is a generative 10k PFP collection inscribed on the Bitcoin Blockchain through Ordinals. It is an experiment to see if a native NFT community can emerge and thrive on the native Bitcoin ecosystem. The project doesn\u2019t have a roadmap and its solely purpose is to deliver high quality pixelated art and a fun place to hang out with friends. The collection is Bitcoin themed with the M
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{"name": "Honey Badgers", "description": "Honey Badgers is a generative 10k PFP collection inscribed on the Bitcoin Blockchain through Ordinals. It is an experiment to see if a native NFT community can emerge and thrive on the native Bitcoin ecosystem. The project doesn\u2019t have a roadmap and its solely purpose is to deliver high quality pixelated art and a fun place to hang out with friends. The collection is Bitcoin themed with the M
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{"name": "Honey Badgers", "description": "Honey Badgers is a generative 10k PFP collection inscribed on the Bitcoin Blockchain through Ordinals. It is an experiment to see if a native NFT community can emerge and thrive on the native Bitcoin ecosystem. The project doesn\u2019t have a roadmap and its solely purpose is to deliver high quality pixelated art and a fun place to hang out with friends. The collection is Bitcoin themed with the M
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{"name": "Honey Badgers", "description": "Honey Badgers is a generative 10k PFP collection inscribed on the Bitcoin Blockchain through Ordinals. It is an experiment to see if a native NFT community can emerge and thrive on the native Bitcoin ecosystem. The project doesn\u2019t have a roadmap and its solely purpose is to deliver high quality pixelated art and a fun place to hang out with friends. The collection is Bitcoin themed with the M
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{"name": "Honey Badgers", "description": "Honey Badgers is a generative 10k PFP collection inscribed on the Bitcoin Blockchain through Ordinals. It is an experiment to see if a native NFT community can emerge and thrive on the native Bitcoin ecosystem. The project doesn\u2019t have a roadmap and its solely purpose is to deliver high quality pixelated art and a fun place to hang out with friends. The collection is Bitcoin themed with the M
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{"name": "Honey Badgers", "description": "Honey Badgers is a generative 10k PFP collection inscribed on the Bitcoin Blockchain through Ordinals. It is an experiment to see if a native NFT community can emerge and thrive on the native Bitcoin ecosystem. The project doesn\u2019t have a roadmap and its solely purpose is to deliver high quality pixelated art and a fun place to hang out with friends. The collection is Bitcoin themed with the M
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nt(e.birthYear),0,1).getTime(),a=new Date(parseInt(e.birthYear)+1,0,1).getTime();this.birthDate=new Date(Math.floor((o+a)/2));const l=zr.filter((t=>t[0]==e.lifeCycle))[0][2];this.growSpeed=365/l,this.cycleLength=60*l*24*3600*1e3,this.growthFunc=z(.4,.8)}updateAge(e){const t=(e.getTime()-this.birthDate.getTime())/31536e6*this.growSpeed;this.iteration=Math.floor(t/60);const n=t-60*this.iteration;let r;this.age=n;let i,o=0;if(n<25){let e=map(n,0,25,0,1);o=this.growthFunc(e),r=(25-n)/60,this.stage=1,this.stageRatio=mapM
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{"name": "Honey Badgers", "description": "Honey Badgers is a generative 10k PFP collection inscribed on the Bitcoin Blockchain through Ordinals. It is an experiment to see if a native NFT community can emerge and thrive on the native Bitcoin ecosystem. The project doesn\u2019t have a roadmap and its solely purpose is to deliver high quality pixelated art and a fun place to hang out with friends. The collection is Bitcoin themed with the M
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{"name": "Honey Badgers", "description": "Honey Badgers is a generative 10k PFP collection inscribed on the Bitcoin Blockchain through Ordinals. It is an experiment to see if a native NFT community can emerge and thrive on the native Bitcoin ecosystem. The project doesn\u2019t have a roadmap and its solely purpose is to deliver high quality pixelated art and a fun place to hang out with friends. The collection is Bitcoin themed with the M
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{"name": "Honey Badgers", "description": "Honey Badgers is a generative 10k PFP collection inscribed on the Bitcoin Blockchain through Ordinals. It is an experiment to see if a native NFT community can emerge and thrive on the native Bitcoin ecosystem. The project doesn\u2019t have a roadmap and its solely purpose is to deliver high quality pixelated art and a fun place to hang out with friends. The collection is Bitcoin themed with the M
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{"name": "Honey Badgers", "description": "Honey Badgers is a generative 10k PFP collection inscribed on the Bitcoin Blockchain through Ordinals. It is an experiment to see if a native NFT community can emerge and thrive on the native Bitcoin ecosystem. The project doesn\u2019t have a roadmap and its solely purpose is to deliver high quality pixelated art and a fun place to hang out with friends. The collection is Bitcoin themed with the M
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{"name": "Honey Badgers", "description": "Honey Badgers is a generative 10k PFP collection inscribed on the Bitcoin Blockchain through Ordinals. It is an experiment to see if a native NFT community can emerge and thrive on the native Bitcoin ecosystem. The project doesn\u2019t have a roadmap and its solely purpose is to deliver high quality pixelated art and a fun place to hang out with friends. The collection is Bitcoin themed with the M
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{"name": "Honey Badgers", "description": "Honey Badgers is a generative 10k PFP collection inscribed on the Bitcoin Blockchain through Ordinals. It is an experiment to see if a native NFT community can emerge and thrive on the native Bitcoin ecosystem. The project doesn\u2019t have a roadmap and its solely purpose is to deliver high quality pixelated art and a fun place to hang out with friends. The collection is Bitcoin themed with the M
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{"name": "Honey Badgers", "description": "Honey Badgers is a generative 10k PFP collection inscribed on the Bitcoin Blockchain through Ordinals. It is an experiment to see if a native NFT community can emerge and thrive on the native Bitcoin ecosystem. The project doesn\u2019t have a roadmap and its solely purpose is to deliver high quality pixelated art and a fun place to hang out with friends. The collection is Bitcoin themed with the M
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{"name": "Honey Badgers", "description": "Honey Badgers is a generative 10k PFP collection inscribed on the Bitcoin Blockchain through Ordinals. It is an experiment to see if a native NFT community can emerge and thrive on the native Bitcoin ecosystem. The project doesn\u2019t have a roadmap and its solely purpose is to deliver high quality pixelated art and a fun place to hang out with friends. The collection is Bitcoin themed with the M
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{"name": "Honey Badgers", "description": "Honey Badgers is a generative 10k PFP collection inscribed on the Bitcoin Blockchain through Ordinals. It is an experiment to see if a native NFT community can emerge and thrive on the native Bitcoin ecosystem. The project doesn\u2019t have a roadmap and its solely purpose is to deliver high quality pixelated art and a fun place to hang out with friends. The collection is Bitcoin themed with the M
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{"name": "Honey Badgers", "description": "Honey Badgers is a generative 10k PFP collection inscribed on the Bitcoin Blockchain through Ordinals. It is an experiment to see if a native NFT community can emerge and thrive on the native Bitcoin ecosystem. The project doesn\u2019t have a roadmap and its solely purpose is to deliver high quality pixelated art and a fun place to hang out with friends. The collection is Bitcoin themed with the M
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{"name": "Honey Badgers", "description": "Honey Badgers is a generative 10k PFP collection inscribed on the Bitcoin Blockchain through Ordinals. It is an experiment to see if a native NFT community can emerge and thrive on the native Bitcoin ecosystem. The project doesn\u2019t have a roadmap and its solely purpose is to deliver high quality pixelated art and a fun place to hang out with friends. The collection is Bitcoin themed with the M
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{"name": "Honey Badgers", "description": "Honey Badgers is a generative 10k PFP collection inscribed on the Bitcoin Blockchain through Ordinals. It is an experiment to see if a native NFT community can emerge and thrive on the native Bitcoin ecosystem. The project doesn\u2019t have a roadmap and its solely purpose is to deliver high quality pixelated art and a fun place to hang out with friends. The collection is Bitcoin themed with the M
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{"name": "Honey Badgers", "description": "Honey Badgers is a generative 10k PFP collection inscribed on the Bitcoin Blockchain through Ordinals. It is an experiment to see if a native NFT community can emerge and thrive on the native Bitcoin ecosystem. The project doesn\u2019t have a roadmap and its solely purpose is to deliver high quality pixelated art and a fun place to hang out with friends. The collection is Bitcoin themed with the M
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{"name": "Honey Badgers", "description": "Honey Badgers is a generative 10k PFP collection inscribed on the Bitcoin Blockchain through Ordinals. It is an experiment to see if a native NFT community can emerge and thrive on the native Bitcoin ecosystem. The project doesn\u2019t have a roadmap and its solely purpose is to deliver high quality pixelated art and a fun place to hang out with friends. The collection is Bitcoin themed with the M
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{"name": "Honey Badgers", "description": "Honey Badgers is a generative 10k PFP collection inscribed on the Bitcoin Blockchain through Ordinals. It is an experiment to see if a native NFT community can emerge and thrive on the native Bitcoin ecosystem. The project doesn\u2019t have a roadmap and its solely purpose is to deliver high quality pixelated art and a fun place to hang out with friends. The collection is Bitcoin themed with the M
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{"name": "Honey Badgers", "description": "Honey Badgers is a generative 10k PFP collection inscribed on the Bitcoin Blockchain through Ordinals. It is an experiment to see if a native NFT community can emerge and thrive on the native Bitcoin ecosystem. The project doesn\u2019t have a roadmap and its solely purpose is to deliver high quality pixelated art and a fun place to hang out with friends. The collection is Bitcoin themed with the M
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{"name": "Honey Badgers", "description": "Honey Badgers is a generative 10k PFP collection inscribed on the Bitcoin Blockchain through Ordinals. It is an experiment to see if a native NFT community can emerge and thrive on the native Bitcoin ecosystem. The project doesn\u2019t have a roadmap and its solely purpose is to deliver high quality pixelated art and a fun place to hang out with friends. The collection is Bitcoin themed with the M
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{"name": "Honey Badgers", "description": "Honey Badgers is a generative 10k PFP collection inscribed on the Bitcoin Blockchain through Ordinals. It is an experiment to see if a native NFT community can emerge and thrive on the native Bitcoin ecosystem. The project doesn\u2019t have a roadmap and its solely purpose is to deliver high quality pixelated art and a fun place to hang out with friends. The collection is Bitcoin themed with the M
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{"name": "Honey Badgers", "description": "Honey Badgers is a generative 10k PFP collection inscribed on the Bitcoin Blockchain through Ordinals. It is an experiment to see if a native NFT community can emerge and thrive on the native Bitcoin ecosystem. The project doesn\u2019t have a roadmap and its solely purpose is to deliver high quality pixelated art and a fun place to hang out with friends. The collection is Bitcoin themed with the M
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{"name": "Honey Badgers", "description": "Honey Badgers is a generative 10k PFP collection inscribed on the Bitcoin Blockchain through Ordinals. It is an experiment to see if a native NFT community can emerge and thrive on the native Bitcoin ecosystem. The project doesn\u2019t have a roadmap and its solely purpose is to deliver high quality pixelated art and a fun place to hang out with friends. The collection is Bitcoin themed with the M
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{"name": "Honey Badgers", "description": "Honey Badgers is a generative 10k PFP collection inscribed on the Bitcoin Blockchain through Ordinals. It is an experiment to see if a native NFT community can emerge and thrive on the native Bitcoin ecosystem. The project doesn\u2019t have a roadmap and its solely purpose is to deliver high quality pixelated art and a fun place to hang out with friends. The collection is Bitcoin themed with the M
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{"name": "Honey Badgers", "description": "Honey Badgers is a generative 10k PFP collection inscribed on the Bitcoin Blockchain through Ordinals. It is an experiment to see if a native NFT community can emerge and thrive on the native Bitcoin ecosystem. The project doesn\u2019t have a roadmap and its solely purpose is to deliver high quality pixelated art and a fun place to hang out with friends. The collection is Bitcoin themed with the M
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{"name": "Honey Badgers", "description": "Honey Badgers is a generative 10k PFP collection inscribed on the Bitcoin Blockchain through Ordinals. It is an experiment to see if a native NFT community can emerge and thrive on the native Bitcoin ecosystem. The project doesn\u2019t have a roadmap and its solely purpose is to deliver high quality pixelated art and a fun place to hang out with friends. The collection is Bitcoin themed with the M
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{"name": "Honey Badgers", "description": "Honey Badgers is a generative 10k PFP collection inscribed on the Bitcoin Blockchain through Ordinals. It is an experiment to see if a native NFT community can emerge and thrive on the native Bitcoin ecosystem. The project doesn\u2019t have a roadmap and its solely purpose is to deliver high quality pixelated art and a fun place to hang out with friends. The collection is Bitcoin themed with the M
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{"name": "Honey Badgers", "description": "Honey Badgers is a generative 10k PFP collection inscribed on the Bitcoin Blockchain through Ordinals. It is an experiment to see if a native NFT community can emerge and thrive on the native Bitcoin ecosystem. The project doesn\u2019t have a roadmap and its solely purpose is to deliver high quality pixelated art and a fun place to hang out with friends. The collection is Bitcoin themed with the M
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h.log(1-t)/Math.log(1-e);return e=>1-Math.pow(1-e,n)}class V{constructor(e,t,n){const{model:r,inputDim:i}=j(t,n);this.model=r,this.inputDim=i,this.iteration=0,this.stage=0;const o=new Date(parseInt(e.birthYear),0,1).getTime(),a=new Date(parseInt(e.birthYear)+1,0,1).getTime();this.birthDate=new Date(Math.floor((o+a)/2));const l=zr.filter((t=>t[0]==e.lifeCycle))[0][2];this.growSpeed=365/l,this.cycleLength=60*l*24*3600*1e3,this.growthFunc=z(.4,.8)}updateAge(e){const t=(e.getTime()-this.birthDate.getTime())/31536e6*thiM
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{"name": "Honey Badgers", "description": "Honey Badgers is a generative 10k PFP collection inscribed on the Bitcoin Blockchain through Ordinals. It is an experiment to see if a native NFT community can emerge and thrive on the native Bitcoin ecosystem. The project doesn\u2019t have a roadmap and its solely purpose is to deliver high quality pixelated art and a fun place to hang out with friends. The collection is Bitcoin themed with the M
honey badger meme being the center of it, but also has many other traits related to crypto and specifically the Bitcoin culture.", "creator": "Honey Badgers Team", "attributes": [{"trait_type": "Background", "value": "yellow"}, {"trait_type": "Body", "value": "robot"}, {"trait_type": "Mane", "value": "grey"}, {"trait_type": "Claws", "value": "long claws"}, {"trait_type": "Eyes", "value": "golden"}, {"trait_type": "Headgear", "value": "skull"}, {"trait_type": "Artifacts", "value": "wizard staff"}]}
{"name": "Honey Badgers", "description": "Honey Badgers is a generative 10k PFP collection inscribed on the Bitcoin Blockchain through Ordinals. It is an experiment to see if a native NFT community can emerge and thrive on the native Bitcoin ecosystem. The project doesn\u2019t have a roadmap and its solely purpose is to deliver high quality pixelated art and a fun place to hang out with friends. The collection is Bitcoin themed with the M
honey badger meme being the center of it, but also has many other traits related to crypto and specifically the Bitcoin culture.", "creator": "Honey Badgers Team", "attributes": [{"trait_type": "Background", "value": "purple"}, {"trait_type": "Body", "value": "blue"}, {"trait_type": "Mane", "value": "blue fire"}, {"trait_type": "Claws", "value": "long claws"}, {"trait_type": "Eyes", "value": "regular"}, {"trait_type": "Headgear", "value": "thief hood"}, {"trait_type": "Artifacts", "value": "arrow wounds"}]}
{"name": "Honey Badgers", "description": "Honey Badgers is a generative 10k PFP collection inscribed on the Bitcoin Blockchain through Ordinals. It is an experiment to see if a native NFT community can emerge and thrive on the native Bitcoin ecosystem. The project doesn\u2019t have a roadmap and its solely purpose is to deliver high quality pixelated art and a fun place to hang out with friends. The collection is Bitcoin themed with the M
honey badger meme being the center of it, but also has many other traits related to crypto and specifically the Bitcoin culture.", "creator": "Honey Badgers Team", "attributes": [{"trait_type": "Background", "value": "yellow"}, {"trait_type": "Body", "value": "carrot"}, {"trait_type": "Mane", "value": "grey"}, {"trait_type": "Claws", "value": "regular"}, {"trait_type": "Eyes", "value": "blue"}, {"trait_type": "Headgear", "value": "unicorn"}, {"trait_type": "Artifacts", "value": "hobo bindle"}]}
{"name": "Honey Badgers", "description": "Honey Badgers is a generative 10k PFP collection inscribed on the Bitcoin Blockchain through Ordinals. It is an experiment to see if a native NFT community can emerge and thrive on the native Bitcoin ecosystem. The project doesn\u2019t have a roadmap and its solely purpose is to deliver high quality pixelated art and a fun place to hang out with friends. The collection is Bitcoin themed with the M
honey badger meme being the center of it, but also has many other traits related to crypto and specifically the Bitcoin culture.", "creator": "Honey Badgers Team", "attributes": [{"trait_type": "Background", "value": "yellow"}, {"trait_type": "Body", "value": "carrot"}, {"trait_type": "Mane", "value": "grey"}, {"trait_type": "Claws", "value": "wrapped"}, {"trait_type": "Eyes", "value": "white"}, {"trait_type": "Headgear", "value": "none"}, {"trait_type": "Artifacts", "value": "bag"}]}
{"name": "Honey Badgers", "description": "Honey Badgers is a generative 10k PFP collection inscribed on the Bitcoin Blockchain through Ordinals. It is an experiment to see if a native NFT community can emerge and thrive on the native Bitcoin ecosystem. The project doesn\u2019t have a roadmap and its solely purpose is to deliver high quality pixelated art and a fun place to hang out with friends. The collection is Bitcoin themed with the M
honey badger meme being the center of it, but also has many other traits related to crypto and specifically the Bitcoin culture.", "creator": "Honey Badgers Team", "attributes": [{"trait_type": "Background", "value": "pink"}, {"trait_type": "Body", "value": "blue"}, {"trait_type": "Mane", "value": "toxic green"}, {"trait_type": "Claws", "value": "long claws"}, {"trait_type": "Eyes", "value": "green"}, {"trait_type": "Headgear", "value": "none"}, {"trait_type": "Artifacts", "value": "parrot"}]}
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{"name": "Honey Badgers", "description": "Honey Badgers is a generative 10k PFP collection inscribed on the Bitcoin Blockchain through Ordinals. It is an experiment to see if a native NFT community can emerge and thrive on the native Bitcoin ecosystem. The project doesn\u2019t have a roadmap and its solely purpose is to deliver high quality pixelated art and a fun place to hang out with friends. The collection is Bitcoin themed with the M
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{"name": "Honey Badgers", "description": "Honey Badgers is a generative 10k PFP collection inscribed on the Bitcoin Blockchain through Ordinals. It is an experiment to see if a native NFT community can emerge and thrive on the native Bitcoin ecosystem. The project doesn\u2019t have a roadmap and its solely purpose is to deliver high quality pixelated art and a fun place to hang out with friends. The collection is Bitcoin themed with the M
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    <meta charset="UTF-8">
    <title>Zombie Pixels</title>
        height: 100%;
            background: black;
            display: flex;
            align-items: center;
            justify-content: center;
        border: 4px solid red;
        margin: 10px;
        position: relative;
        right: 10px;
        width: 300px;
       padding: 10px;
        background-color: rgba(0, 0, 0, 0.8);
        border-radius: 5px;
        text-align: center;
        color: white;
      #pause-button {
        display: 'block';
        visibility: 'visible';
        margin: 0px;
        width: 200px;
        justify-content: center;
      #restart-button {
        display: 'block';
        margin: 0px;
        width: 200px;
        justify-content: center;
    <div id="controls">
1>ZOMBIE PIXELS</h1>
        <h2>@BTC_RetroArcade</h2>
        <h3>How To Play:</h3>
        <p>Use the arrow keys to move the player.<br>
            Avoid the red zombie pixels!<br>
            Don't touch the edge!
        <button id="pause-button">Pause</button>
        <button id="restart-button">Restart Game</button>
    <canvas id="game-canvas" width="600" height="600"></canvas>
        // Created by Shane Masters 2023 for @BTC_RetroArcade
the initial number of opposing team members
        let initialNumOpponents = 4;
        let maxOpponents = 40;
        // Create an array to hold the opposing team member objects
        const opponents = [];
        // Get the canvas and context
        const gamecanvas = document.getElementById("game-canvas");
        const canvasctx = gamecanvas.getContext("2d");
        let playerX = gamecanvas.width / 2;
        let playerY = gamecanvas.height / 2;
        // Set the player's radius
        const playerRadM
        const playerSize = playerRadius*2;
        // Set the size of the opposing team squares
        const opponentSize = 20;
        const pauseButton = document.getElementById("pause-button");
        pauseButton.addEventListener("click", pauseGame);
        // Get the restart button element and add an event listener to it
        const restartButton = document.getElementById("restart-button");
        restartButton.addEventListener("click", restartGame);
        let isPaused = false;
nction initializePlayers()
            for (let index = 0; index < initialNumOpponents; index++) {
                addOpponent();
            drawPlayer(playerX, playerY);
        // Set the player's speed
        const playerSpeed = 0.5;
        // Move the player with arrow keys
        function movePlayer(deltaTime)
            if(isPaused)
                return;
            // Calculate the distance to move based on player speed and deM
            const distance = playerSpeed * deltaTime;
            // Check for arrow key presses and move player accordingly
            if (keys.ArrowUp && playerY > 0) {
                playerY -= distance;
            if (keys.ArrowDown && playerY < gamecanvas.height) {
                playerY += distance;
            if (keys.ArrowLeft && playerX > 0) {
                playerX -= distance;
            if (keys.ArrowRight && playerX < gamecanvas.width) {
          playerX += distance;
            // Ensure player stays inside the canvas
            playerX = Math.max(0, Math.min(playerX, gamecanvas.width));
            playerY = Math.max(0, Math.min(playerY, gamecanvas.height));
            // Check if player is outside canvas and end game if true
            if (playerX === 0 || playerX === gamecanvas.width || playerY === 0 || playerY === gamecanvas.height)
                endGame();
        // Set up keyboardM
        const keys = {};
        document.addEventListener("keydown", e => {
        keys[e.code] = true;
        document.addEventListener("keyup", e => {
        keys[e.code] = false;
        // add an event listener to the game over condition
        document.addEventListener('gameOver', () => {
        // change the display property of the restart button to show it again
        restartButton.style.visibility = 'visible';
        pauseButton.style.visibility = 'hidden';M
        // Define a custom game over event
        const gameOverEvent = new Event('gameOver');
        function drawPlayer(positionX, positionY)
            // Get the canvas element and its context
            const canvas = document.getElementById("game-canvas");
            const ctx = canvas.getContext("2d");
            // Set the player's color to cyan
            ctx.fillStyle = "cyan";
            // Draw the player circle
            ctx.beginPath();
            ctx.arc(positioM
nX, positionY, playerRadius, 0, 2 * Math.PI);
            ctx.fill();
        function drawOpponents()
            const canvas = document.getElementById("game-canvas");
            const ctx = canvas.getContext("2d");
            // Draw the opposing team members as squares
            opponents.forEach(opponent =>
                // Set the color of the opposing team members to red
                ctx.fillStyle = "white";
                ctx.fillRect(opponent.x, opponent.y, opM
ponentSize, opponentSize);
        function addOpponent()
            // Generate initial positions for the opposing team members
            const opponentX = Math.floor(Math.random() * (gamecanvas.width - opponentSize));
            const opponentY = Math.floor(Math.random() * (gamecanvas.height - opponentSize));
            if(opponents.length > maxOpponents)
                return;
            if(gameStarted == false)
            if(gameOver)
                return;
            if(isPaused)
                return;
            if(checkSpawningCollisions(opponentX, opponentY) == false)
                return;
            opponents.push({ x: opponentX, y: opponentY });
        let lastUpdateTime = performance.now(); // get the current time in milliseconds
        let deltaTime = 0;
        function updateDeltM
            const currentTime = performance.now(); // get the current time in milliseconds
            deltaTime = currentTime - lastUpdateTime; // calculate the time difference
            lastUpdateTime = currentTime; // update the last update time
        // Set the time interval to add a new opponent
        const intervalTime = 5000; // 5 seconds
        // Start the interval timer to add opponents
        const opponentInterval = setInterval(addOpponent, intervalTime);
function checkSpawningCollisions(newOpponentX, newOpponentY)
            const thresholdDistance = 20;
            // Check if the new opponent is too close to the player
            const dx = playerX - (newOpponentX + opponentSize / 2);
            const dy = playerY - (newOpponentY + opponentSize / 2);
            const distanceFromPlayer = Math.sqrt(dx * dx + dy * dy);
            if (distanceFromPlayer < playerSize / 2 + opponentSize / 2 + thresholdDistance)
                return falM
            return true;
        function checkCollisions()
            // Check if any opponent has collided with the player
            for (const opponent of opponents)
                const dx = playerX - (opponent.x + opponentSize / 2);
                const dy = playerY - (opponent.y + opponentSize / 2);
                const distance = Math.sqrt(dx * dx + dy * dy);
                if (distance < playerSize / 2 + opponentSize / 2)
               // The player has collided with an opponent, end the game
                    endGame();
                    return;
        function displayGameOverMessage()
            // Get the canvas element and its context
            const canvas = document.getElementById("game-canvas");
            const ctx = canvas.getContext("2d");
            // Display the "Game Over" message
            ctx.font = "72px Arial";
            ctx.fillStyle = "white";
           ctx.textAlign = "center";
            ctx.fillText("Game Over", gamecanvas.width / 2, gamecanvas.height / 2);
            if(gameScore > highScore)
                localStorage.setItem('zombiePixelsHighScore', gameScore);
        function endGame()
            // Set the game over flag to true
            gameOver = true;
            document.dispatchEvent(gameOverEvent);
        // Set the wait time and jitter range for the opposiM
        const waitTimeMin = 1000; // 1 second
        const waitTimeMax = 5000; // 3 seconds
        const jitterRange = 2; // 5 pixels
        // Set the speed of the opposing team members in pixels per second
        const opponentSpeed = 200;
        // Set the countdown time for the start of the game
        const countdownTime = 3000; // 3 seconds
        // Set a flag to indicate if the game has started
        let gameStarted = false;
        // Create a variable to store the time elapsedM
 since the start of the game
        let elapsedTime = 0;
        let lastplayerTime = 0;
        gameOver = false;
        // Create a game loop that updates the positions of the opposing team members
        function gameLoop()
            // Get the canvas element and its context
            const canvas = document.getElementById("game-canvas");
            const ctx = canvas.getContext("2d");
            // Clear the canvas
            ctx.clearRect(0, 0, canvas.width, canvas.height);
 // Check if the game has started
            if (!gameStarted)
                updateDeltaTime();
                // If not, update the elapsed time
                elapsedTime += deltaTime;
                //Added here instead of below to remove the timer
                gameStarted = true;
                restartButton.style.visibility = 'hidden';
                initializePlayers();
                // Check if the countdown has finished
                if (elapsedTime >= counM
                    // If so, set the flag to indicate that the game has started
                    gameStarted = true;
                    initializePlayers();
                else
                    // If not, draw the countdown on the canvas
                    const countdown = Math.ceil((countdownTime - elapsedTime) / 1000);
                    ctx.font = "72px Arial";
                    ctx.fillStyle = "white";
                    ctx.textM
                    ctx.fillText(countdown, canvas.width / 2, canvas.height / 2);
                    // Request the next frame of the game loop
                    requestAnimationFrame(gameLoop);
                    return;
            if(gameStarted)
                updateDeltaTime();
            drawOpponents();
            checkCollisions();
            if(gameOver == false)
                if(!isPM
                    moveOpponents();
                    movePlayer(deltaTime);
                    // Update the game score and draw it in the top left of the canvas
                    gameScore += deltaTime / 1000;
                displayGameOverMessage();
            drawPlayer(playerX, playerY);
            ctx.font = "24px Arial";
            ctx.fillStyle = "white";
            ctx.baseline = 'top';
        ctx.textAlign = 'left';
            ctx.fillText(`Score: ${Math.floor(gameScore)}`, 10, 40);
            displayHighScore();
            // Request the next frame of the game loop
            requestAnimationFrame(gameLoop);
        function moveOpponents()
            // Update the positions of the opposing team members
            opponents.forEach(opponent =>
                // Check if the opponent is waiting
                if (!opponent.waitTime)
                    // If not, set a new wait time and jitter value
                    opponent.waitTime = Math.floor(Math.random() * (waitTimeMax - waitTimeMin)) + waitTimeMin;
                    opponent.jitter = { x: Math.floor(Math.random() * (jitterRange * 2)) - jitterRange, y: Math.floor(Math.random() * (jitterRange * 2)) - jitterRange };
                    opponent.jitterTime = 0;
                else
                    // If so, update the jitter valuM
                    opponent.jitterTime += deltaTime;
                    if (opponent.jitterTime >= 1000 / 60)
                    {
                        opponent.jitter.x = Math.floor(Math.random() * (jitterRange * 2)) - jitterRange;
                        opponent.jitter.y = Math.floor(Math.random() * (jitterRange * 2)) - jitterRange;
                        opponent.jitterTime = 0;
                    }
                    // Subtract the time elapsed since the last frame from the wait time
        opponent.waitTime -= deltaTime;
                    if (opponent.waitTime <= 0)
                    {
                        // If the wait time has elapsed, reset it and calculate a new direction towards the player
                        opponent.waitTime = 0;
                        const dx = playerX - (opponent.x + opponentSize / 2);
                        const dy = playerY - (opponent.y + opponentSize / 2);
                        const distance = Math.sqrt(dx * dx + dy * dy);
                    M
    opponent.dx = dx / distance * opponentSpeed;
                        opponent.dy = dy / distance * opponentSpeed;
                    }
                // Update the position of the opponent based on its direction and jitter value
                opponent.x += (opponent.dx || 0) * deltaTime / 1000 + opponent.jitter.x;
                opponent.y += (opponent.dy || 0) * deltaTime / 1000 + opponent.jitter.y;
                // Draw the opponent at its updated position
                //ctx.fillM
Rect(opponent.x, opponent.y, opponentSize, opponentSize);
        function pauseGame()
            isPaused = !isPaused;
            const pauseButtonText = isPaused ? "Resume" : "Pause";
            pauseButton.innerText = pauseButtonText;
        // Function to restart the game
        function restartGame()
            //Redisplay highscore
            highScore = localStorage.getItem('zombiePixelsHighScore') || 0;
            // Reset any necessary gaM
            pauseButton.style.visibility = 'visible';
            restartButton.style.visibility = 'hidden';
            playerX = gamecanvas.width / 2;
            playerY = gamecanvas.height / 2;
            gameScore = 0;
            opponents.length = 0;
            gameOver = false;
            initializePlayers();
        function displayHighScore()
            // Get the canvas element and its context
            const canvas = document.getElementById("game-canvas");
           const ctx = canvas.getContext("2d");
            ctx.font = "24px Arial";
            ctx.fillStyle = "cyan";
            ctx.baseline = 'bottom';
            ctx.textAlign = 'left';
            ctx.fillText(`High Score: ${Math.floor(highScore)}`, 10, 20);
        // Start the game loop
        let lastFrameTime = Date.now();
        let gameScore = 0;
        let highScore = localStorage.getItem('zombiePixelsHighScore') || 0;
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{"name": "Honey Badgers", "description": "Honey Badgers is a generative 10k PFP collection inscribed on the Bitcoin Blockchain through Ordinals. It is an experiment to see if a native NFT community can emerge and thrive on the native Bitcoin ecosystem. The project doesn\u2019t have a roadmap and its solely purpose is to deliver high quality pixelated art and a fun place to hang out with friends. The collection is Bitcoin themed with the M
honey badger meme being the center of it, but also has many other traits related to crypto and specifically the Bitcoin culture.", "creator": "Honey Badgers Team", "attributes": [{"trait_type": "Background", "value": "moon"}, {"trait_type": "Body", "value": "golden tribal tattoo"}, {"trait_type": "Mane", "value": "toxic green"}, {"trait_type": "Claws", "value": "bloody"}, {"trait_type": "Eyes", "value": "white"}, {"trait_type": "Headgear", "value": "mohawk"}, {"trait_type": "Artifacts", "value": "sword"}]}
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{"name": "Honey Badgers", "description": "Honey Badgers is a generative 10k PFP collection inscribed on the Bitcoin Blockchain through Ordinals. It is an experiment to see if a native NFT community can emerge and thrive on the native Bitcoin ecosystem. The project doesn\u2019t have a roadmap and its solely purpose is to deliver high quality pixelated art and a fun place to hang out with friends. The collection is Bitcoin themed with the M
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{"name": "Honey Badgers", "description": "Honey Badgers is a generative 10k PFP collection inscribed on the Bitcoin Blockchain through Ordinals. It is an experiment to see if a native NFT community can emerge and thrive on the native Bitcoin ecosystem. The project doesn\u2019t have a roadmap and its solely purpose is to deliver high quality pixelated art and a fun place to hang out with friends. The collection is Bitcoin themed with the M
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{"name": "Honey Badgers", "description": "Honey Badgers is a generative 10k PFP collection inscribed on the Bitcoin Blockchain through Ordinals. It is an experiment to see if a native NFT community can emerge and thrive on the native Bitcoin ecosystem. The project doesn\u2019t have a roadmap and its solely purpose is to deliver high quality pixelated art and a fun place to hang out with friends. The collection is Bitcoin themed with the M
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{"name": "Honey Badgers", "description": "Honey Badgers is a generative 10k PFP collection inscribed on the Bitcoin Blockchain through Ordinals. It is an experiment to see if a native NFT community can emerge and thrive on the native Bitcoin ecosystem. The project doesn\u2019t have a roadmap and its solely purpose is to deliver high quality pixelated art and a fun place to hang out with friends. The collection is Bitcoin themed with the M
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{"name": "Honey Badgers", "description": "Honey Badgers is a generative 10k PFP collection inscribed on the Bitcoin Blockchain through Ordinals. It is an experiment to see if a native NFT community can emerge and thrive on the native Bitcoin ecosystem. The project doesn\u2019t have a roadmap and its solely purpose is to deliver high quality pixelated art and a fun place to hang out with friends. The collection is Bitcoin themed with the M
honey badger meme being the center of it, but also has many other traits related to crypto and specifically the Bitcoin culture.", "creator": "Honey Badgers Team", "attributes": [{"trait_type": "Background", "value": "pink"}, {"trait_type": "Body", "value": "blue"}, {"trait_type": "Mane", "value": "white"}, {"trait_type": "Claws", "value": "bloody"}, {"trait_type": "Eyes", "value": "regular"}, {"trait_type": "Headgear", "value": "none"}, {"trait_type": "Artifacts", "value": "pauldrons"}]}
{"name": "Honey Badgers", "description": "Honey Badgers is a generative 10k PFP collection inscribed on the Bitcoin Blockchain through Ordinals. It is an experiment to see if a native NFT community can emerge and thrive on the native Bitcoin ecosystem. The project doesn\u2019t have a roadmap and its solely purpose is to deliver high quality pixelated art and a fun place to hang out with friends. The collection is Bitcoin themed with the M
honey badger meme being the center of it, but also has many other traits related to crypto and specifically the Bitcoin culture.", "creator": "Honey Badgers Team", "attributes": [{"trait_type": "Background", "value": "green"}, {"trait_type": "Body", "value": "tiger"}, {"trait_type": "Mane", "value": "blonde"}, {"trait_type": "Claws", "value": "regular"}, {"trait_type": "Eyes", "value": "blue"}, {"trait_type": "Headgear", "value": "none"}, {"trait_type": "Artifacts", "value": "wizard staff"}]}
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honey badger meme being the center of it, but also has many other traits related to crypto and specifically the Bitcoin culture.", "creator": "Honey Badgers Team", "attributes": [{"trait_type": "Background", "value": "purple"}, {"trait_type": "Body", "value": "blue"}, {"trait_type": "Mane", "value": "black"}, {"trait_type": "Claws", "value": "regular"}, {"trait_type": "Eyes", "value": "regular"}, {"trait_type": "Headgear", "value": "badger"}, {"trait_type": "Artifacts", "value": "none"}]}
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g(1-e);return e=>1-Math.pow(1-e,n)}class V{constructor(e,t,n){const{model:r,inputDim:i}=j(t,n);this.model=r,this.inputDim=i,this.iteration=0,this.stage=0;const o=new Date(parseInt(e.birthYear),0,1).getTime(),a=new Date(parseInt(e.birthYear)+1,0,1).getTime();this.birthDate=new Date(Math.floor((o+a)/2));const l=zr.filter((t=>t[0]==e.lifeCycle))[0][2];this.growSpeed=365/l,this.cycleLength=60*l*24*3600*1e3,this.growthFunc=z(.4,.8)}updateAge(e){const t=(e.getTime()-this.birthDate.getTime())/31536e6*this.growSpeed;this.iM
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{"name": "Honey Badgers", "description": "Honey Badgers is a generative 10k PFP collection inscribed on the Bitcoin Blockchain through Ordinals. It is an experiment to see if a native NFT community can emerge and thrive on the native Bitcoin ecosystem. The project doesn\u2019t have a roadmap and its solely purpose is to deliver high quality pixelated art and a fun place to hang out with friends. The collection is Bitcoin themed with the M
honey badger meme being the center of it, but also has many other traits related to crypto and specifically the Bitcoin culture.", "creator": "Honey Badgers Team", "attributes": [{"trait_type": "Background", "value": "pink"}, {"trait_type": "Body", "value": "white"}, {"trait_type": "Mane", "value": "blonde"}, {"trait_type": "Claws", "value": "BTC whitepaper"}, {"trait_type": "Eyes", "value": "regular"}, {"trait_type": "Headgear", "value": "dark wizard hat"}, {"trait_type": "Artifacts", "value": "wizard staff"}]}
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honey badger meme being the center of it, but also has many other traits related to crypto and specifically the Bitcoin culture.", "creator": "Honey Badgers Team", "attributes": [{"trait_type": "Background", "value": "yellow"}, {"trait_type": "Body", "value": "golden tribal tattoo"}, {"trait_type": "Mane", "value": "white"}, {"trait_type": "Claws", "value": "BTC whitepaper"}, {"trait_type": "Eyes", "value": "red"}, {"trait_type": "Headgear", "value": "none"}, {"trait_type": "Artifacts", "value": "pickaxe"}]}
{"name": "Honey Badgers", "description": "Honey Badgers is a generative 10k PFP collection inscribed on the Bitcoin Blockchain through Ordinals. It is an experiment to see if a native NFT community can emerge and thrive on the native Bitcoin ecosystem. The project doesn\u2019t have a roadmap and its solely purpose is to deliver high quality pixelated art and a fun place to hang out with friends. The collection is Bitcoin themed with the M
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{"name": "Honey Badgers", "description": "Honey Badgers is a generative 10k PFP collection inscribed on the Bitcoin Blockchain through Ordinals. It is an experiment to see if a native NFT community can emerge and thrive on the native Bitcoin ecosystem. The project doesn\u2019t have a roadmap and its solely purpose is to deliver high quality pixelated art and a fun place to hang out with friends. The collection is Bitcoin themed with the M
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honey badger meme being the center of it, but also has many other traits related to crypto and specifically the Bitcoin culture.", "creator": "Honey Badgers Team", "attributes": [{"trait_type": "Background", "value": "blue"}, {"trait_type": "Body", "value": "black"}, {"trait_type": "Mane", "value": "toxic green"}, {"trait_type": "Claws", "value": "regular"}, {"trait_type": "Eyes", "value": "red"}, {"trait_type": "Headgear", "value": "bull horns"}, {"trait_type": "Artifacts", "value": "ghostly companion"}]}
{"name": "Honey Badgers", "description": "Honey Badgers is a generative 10k PFP collection inscribed on the Bitcoin Blockchain through Ordinals. It is an experiment to see if a native NFT community can emerge and thrive on the native Bitcoin ecosystem. The project doesn\u2019t have a roadmap and its solely purpose is to deliver high quality pixelated art and a fun place to hang out with friends. The collection is Bitcoin themed with the M
honey badger meme being the center of it, but also has many other traits related to crypto and specifically the Bitcoin culture.", "creator": "Honey Badgers Team", "attributes": [{"trait_type": "Background", "value": "pink"}, {"trait_type": "Body", "value": "black"}, {"trait_type": "Mane", "value": "blonde"}, {"trait_type": "Claws", "value": "regular"}, {"trait_type": "Eyes", "value": "regular"}, {"trait_type": "Headgear", "value": "none"}, {"trait_type": "Artifacts", "value": "pickaxe"}]}
{"name": "Honey Badgers", "description": "Honey Badgers is a generative 10k PFP collection inscribed on the Bitcoin Blockchain through Ordinals. It is an experiment to see if a native NFT community can emerge and thrive on the native Bitcoin ecosystem. The project doesn\u2019t have a roadmap and its solely purpose is to deliver high quality pixelated art and a fun place to hang out with friends. The collection is Bitcoin themed with the M
honey badger meme being the center of it, but also has many other traits related to crypto and specifically the Bitcoin culture.", "creator": "Honey Badgers Team", "attributes": [{"trait_type": "Background", "value": "yellow"}, {"trait_type": "Body", "value": "white"}, {"trait_type": "Mane", "value": "white"}, {"trait_type": "Claws", "value": "long claws"}, {"trait_type": "Eyes", "value": "golden"}, {"trait_type": "Headgear", "value": "none"}, {"trait_type": "Artifacts", "value": "none"}]}
{"name": "Honey Badgers", "description": "Honey Badgers is a generative 10k PFP collection inscribed on the Bitcoin Blockchain through Ordinals. It is an experiment to see if a native NFT community can emerge and thrive on the native Bitcoin ecosystem. The project doesn\u2019t have a roadmap and its solely purpose is to deliver high quality pixelated art and a fun place to hang out with friends. The collection is Bitcoin themed with the M
honey badger meme being the center of it, but also has many other traits related to crypto and specifically the Bitcoin culture.", "creator": "Honey Badgers Team", "attributes": [{"trait_type": "Background", "value": "red"}, {"trait_type": "Body", "value": "tribal tattoo"}, {"trait_type": "Mane", "value": "white"}, {"trait_type": "Claws", "value": "wrapped"}, {"trait_type": "Eyes", "value": "green"}, {"trait_type": "Headgear", "value": "mohawk"}, {"trait_type": "Artifacts", "value": "hobo bindle"}]}
{"name": "Honey Badgers", "description": "Honey Badgers is a generative 10k PFP collection inscribed on the Bitcoin Blockchain through Ordinals. It is an experiment to see if a native NFT community can emerge and thrive on the native Bitcoin ecosystem. The project doesn\u2019t have a roadmap and its solely purpose is to deliver high quality pixelated art and a fun place to hang out with friends. The collection is Bitcoin themed with the M
honey badger meme being the center of it, but also has many other traits related to crypto and specifically the Bitcoin culture.", "creator": "Honey Badgers Team", "attributes": [{"trait_type": "Background", "value": "red"}, {"trait_type": "Body", "value": "white"}, {"trait_type": "Mane", "value": "black"}, {"trait_type": "Claws", "value": "regular"}, {"trait_type": "Eyes", "value": "regular"}, {"trait_type": "Headgear", "value": "wizard hat"}, {"trait_type": "Artifacts", "value": "bag"}]}
{"name": "Honey Badgers", "description": "Honey Badgers is a generative 10k PFP collection inscribed on the Bitcoin Blockchain through Ordinals. It is an experiment to see if a native NFT community can emerge and thrive on the native Bitcoin ecosystem. The project doesn\u2019t have a roadmap and its solely purpose is to deliver high quality pixelated art and a fun place to hang out with friends. The collection is Bitcoin themed with the M
honey badger meme being the center of it, but also has many other traits related to crypto and specifically the Bitcoin culture.", "creator": "Honey Badgers Team", "attributes": [{"trait_type": "Background", "value": "purple"}, {"trait_type": "Body", "value": "golden armor"}, {"trait_type": "Mane", "value": "toxic green"}, {"trait_type": "Claws", "value": "regular"}, {"trait_type": "Eyes", "value": "green"}, {"trait_type": "Headgear", "value": "thief hood"}, {"trait_type": "Artifacts", "value": "eagle"}]}
{"name": "Honey Badgers", "description": "Honey Badgers is a generative 10k PFP collection inscribed on the Bitcoin Blockchain through Ordinals. It is an experiment to see if a native NFT community can emerge and thrive on the native Bitcoin ecosystem. The project doesn\u2019t have a roadmap and its solely purpose is to deliver high quality pixelated art and a fun place to hang out with friends. The collection is Bitcoin themed with the M
honey badger meme being the center of it, but also has many other traits related to crypto and specifically the Bitcoin culture.", "creator": "Honey Badgers Team", "attributes": [{"trait_type": "Background", "value": "red"}, {"trait_type": "Body", "value": "white"}, {"trait_type": "Mane", "value": "grey"}, {"trait_type": "Claws", "value": "honey pot"}, {"trait_type": "Eyes", "value": "green"}, {"trait_type": "Headgear", "value": "skull"}, {"trait_type": "Artifacts", "value": "pickaxe"}]}
{"name": "Honey Badgers", "description": "Honey Badgers is a generative 10k PFP collection inscribed on the Bitcoin Blockchain through Ordinals. It is an experiment to see if a native NFT community can emerge and thrive on the native Bitcoin ecosystem. The project doesn\u2019t have a roadmap and its solely purpose is to deliver high quality pixelated art and a fun place to hang out with friends. The collection is Bitcoin themed with the M
honey badger meme being the center of it, but also has many other traits related to crypto and specifically the Bitcoin culture.", "creator": "Honey Badgers Team", "attributes": [{"trait_type": "Background", "value": "yellow"}, {"trait_type": "Body", "value": "rainbow"}, {"trait_type": "Mane", "value": "white"}, {"trait_type": "Claws", "value": "regular"}, {"trait_type": "Eyes", "value": "golden"}, {"trait_type": "Headgear", "value": "mohawk"}, {"trait_type": "Artifacts", "value": "hobo bindle"}]}
{"name": "Honey Badgers", "description": "Honey Badgers is a generative 10k PFP collection inscribed on the Bitcoin Blockchain through Ordinals. It is an experiment to see if a native NFT community can emerge and thrive on the native Bitcoin ecosystem. The project doesn\u2019t have a roadmap and its solely purpose is to deliver high quality pixelated art and a fun place to hang out with friends. The collection is Bitcoin themed with the M
honey badger meme being the center of it, but also has many other traits related to crypto and specifically the Bitcoin culture.", "creator": "Honey Badgers Team", "attributes": [{"trait_type": "Background", "value": "pink"}, {"trait_type": "Body", "value": "orc"}, {"trait_type": "Mane", "value": "toxic green"}, {"trait_type": "Claws", "value": "wrapped"}, {"trait_type": "Eyes", "value": "golden"}, {"trait_type": "Headgear", "value": "unicorn"}, {"trait_type": "Artifacts", "value": "hobo bindle"}]}
{"name": "Honey Badgers", "description": "Honey Badgers is a generative 10k PFP collection inscribed on the Bitcoin Blockchain through Ordinals. It is an experiment to see if a native NFT community can emerge and thrive on the native Bitcoin ecosystem. The project doesn\u2019t have a roadmap and its solely purpose is to deliver high quality pixelated art and a fun place to hang out with friends. The collection is Bitcoin themed with the M
honey badger meme being the center of it, but also has many other traits related to crypto and specifically the Bitcoin culture.", "creator": "Honey Badgers Team", "attributes": [{"trait_type": "Background", "value": "pink"}, {"trait_type": "Body", "value": "tribal tattoo"}, {"trait_type": "Mane", "value": "blonde"}, {"trait_type": "Claws", "value": "long claws"}, {"trait_type": "Eyes", "value": "red"}, {"trait_type": "Headgear", "value": "unicorn"}, {"trait_type": "Artifacts", "value": "hobo bindle"}]}
{"name": "Honey Badgers", "description": "Honey Badgers is a generative 10k PFP collection inscribed on the Bitcoin Blockchain through Ordinals. It is an experiment to see if a native NFT community can emerge and thrive on the native Bitcoin ecosystem. The project doesn\u2019t have a roadmap and its solely purpose is to deliver high quality pixelated art and a fun place to hang out with friends. The collection is Bitcoin themed with the M
honey badger meme being the center of it, but also has many other traits related to crypto and specifically the Bitcoin culture.", "creator": "Honey Badgers Team", "attributes": [{"trait_type": "Background", "value": "green"}, {"trait_type": "Body", "value": "tribal tattoo"}, {"trait_type": "Mane", "value": "greenish"}, {"trait_type": "Claws", "value": "wrapped"}, {"trait_type": "Eyes", "value": "white"}, {"trait_type": "Headgear", "value": "mohawk"}, {"trait_type": "Artifacts", "value": "pirate flag"}]}
{"name": "Honey Badgers", "description": "Honey Badgers is a generative 10k PFP collection inscribed on the Bitcoin Blockchain through Ordinals. It is an experiment to see if a native NFT community can emerge and thrive on the native Bitcoin ecosystem. The project doesn\u2019t have a roadmap and its solely purpose is to deliver high quality pixelated art and a fun place to hang out with friends. The collection is Bitcoin themed with the M
honey badger meme being the center of it, but also has many other traits related to crypto and specifically the Bitcoin culture.", "creator": "Honey Badgers Team", "attributes": [{"trait_type": "Background", "value": "moon"}, {"trait_type": "Body", "value": "dark blue"}, {"trait_type": "Mane", "value": "toxic green"}, {"trait_type": "Claws", "value": "blue fire"}, {"trait_type": "Eyes", "value": "white"}, {"trait_type": "Headgear", "value": "thief hood"}, {"trait_type": "Artifacts", "value": "eagle"}]}
{"name": "Honey Badgers", "description": "Honey Badgers is a generative 10k PFP collection inscribed on the Bitcoin Blockchain through Ordinals. It is an experiment to see if a native NFT community can emerge and thrive on the native Bitcoin ecosystem. The project doesn\u2019t have a roadmap and its solely purpose is to deliver high quality pixelated art and a fun place to hang out with friends. The collection is Bitcoin themed with the M
honey badger meme being the center of it, but also has many other traits related to crypto and specifically the Bitcoin culture.", "creator": "Honey Badgers Team", "attributes": [{"trait_type": "Background", "value": "purple"}, {"trait_type": "Body", "value": "dark blue"}, {"trait_type": "Mane", "value": "blue fire"}, {"trait_type": "Claws", "value": "long claws"}, {"trait_type": "Eyes", "value": "regular"}, {"trait_type": "Headgear", "value": "none"}, {"trait_type": "Artifacts", "value": "sword"}]}
{"name": "Honey Badgers", "description": "Honey Badgers is a generative 10k PFP collection inscribed on the Bitcoin Blockchain through Ordinals. It is an experiment to see if a native NFT community can emerge and thrive on the native Bitcoin ecosystem. The project doesn\u2019t have a roadmap and its solely purpose is to deliver high quality pixelated art and a fun place to hang out with friends. The collection is Bitcoin themed with the M
honey badger meme being the center of it, but also has many other traits related to crypto and specifically the Bitcoin culture.", "creator": "Honey Badgers Team", "attributes": [{"trait_type": "Background", "value": "red"}, {"trait_type": "Body", "value": "golden tribal tattoo"}, {"trait_type": "Mane", "value": "toxic green"}, {"trait_type": "Claws", "value": "regular"}, {"trait_type": "Eyes", "value": "regular"}, {"trait_type": "Headgear", "value": "none"}, {"trait_type": "Artifacts", "value": "pauldrons"}]}
{"name": "Honey Badgers", "description": "Honey Badgers is a generative 10k PFP collection inscribed on the Bitcoin Blockchain through Ordinals. It is an experiment to see if a native NFT community can emerge and thrive on the native Bitcoin ecosystem. The project doesn\u2019t have a roadmap and its solely purpose is to deliver high quality pixelated art and a fun place to hang out with friends. The collection is Bitcoin themed with the M
honey badger meme being the center of it, but also has many other traits related to crypto and specifically the Bitcoin culture.", "creator": "Honey Badgers Team", "attributes": [{"trait_type": "Background", "value": "green"}, {"trait_type": "Body", "value": "black"}, {"trait_type": "Mane", "value": "toxic green"}, {"trait_type": "Claws", "value": "wrapped"}, {"trait_type": "Eyes", "value": "white"}, {"trait_type": "Headgear", "value": "crown"}, {"trait_type": "Artifacts", "value": "sword"}]}
{"name": "Honey Badgers", "description": "Honey Badgers is a generative 10k PFP collection inscribed on the Bitcoin Blockchain through Ordinals. It is an experiment to see if a native NFT community can emerge and thrive on the native Bitcoin ecosystem. The project doesn\u2019t have a roadmap and its solely purpose is to deliver high quality pixelated art and a fun place to hang out with friends. The collection is Bitcoin themed with the M
honey badger meme being the center of it, but also has many other traits related to crypto and specifically the Bitcoin culture.", "creator": "Honey Badgers Team", "attributes": [{"trait_type": "Background", "value": "purple"}, {"trait_type": "Body", "value": "brown"}, {"trait_type": "Mane", "value": "black"}, {"trait_type": "Claws", "value": "bloody"}, {"trait_type": "Eyes", "value": "regular"}, {"trait_type": "Headgear", "value": "none"}, {"trait_type": "Artifacts", "value": "parrot"}]}
{"name": "Honey Badgers", "description": "Honey Badgers is a generative 10k PFP collection inscribed on the Bitcoin Blockchain through Ordinals. It is an experiment to see if a native NFT community can emerge and thrive on the native Bitcoin ecosystem. The project doesn\u2019t have a roadmap and its solely purpose is to deliver high quality pixelated art and a fun place to hang out with friends. The collection is Bitcoin themed with the M
honey badger meme being the center of it, but also has many other traits related to crypto and specifically the Bitcoin culture.", "creator": "Honey Badgers Team", "attributes": [{"trait_type": "Background", "value": "pink"}, {"trait_type": "Body", "value": "orc"}, {"trait_type": "Mane", "value": "toxic green"}, {"trait_type": "Claws", "value": "long claws"}, {"trait_type": "Eyes", "value": "white"}, {"trait_type": "Headgear", "value": "undead"}, {"trait_type": "Artifacts", "value": "pickaxe"}]}
{"name": "Honey Badgers", "description": "Honey Badgers is a generative 10k PFP collection inscribed on the Bitcoin Blockchain through Ordinals. It is an experiment to see if a native NFT community can emerge and thrive on the native Bitcoin ecosystem. The project doesn\u2019t have a roadmap and its solely purpose is to deliver high quality pixelated art and a fun place to hang out with friends. The collection is Bitcoin themed with the M
honey badger meme being the center of it, but also has many other traits related to crypto and specifically the Bitcoin culture.", "creator": "Honey Badgers Team", "attributes": [{"trait_type": "Background", "value": "red"}, {"trait_type": "Body", "value": "zombie"}, {"trait_type": "Mane", "value": "toxic green"}, {"trait_type": "Claws", "value": "long claws"}, {"trait_type": "Eyes", "value": "white"}, {"trait_type": "Headgear", "value": "mohawk"}, {"trait_type": "Artifacts", "value": "shield"}]}
{"name": "Honey Badgers", "description": "Honey Badgers is a generative 10k PFP collection inscribed on the Bitcoin Blockchain through Ordinals. It is an experiment to see if a native NFT community can emerge and thrive on the native Bitcoin ecosystem. The project doesn\u2019t have a roadmap and its solely purpose is to deliver high quality pixelated art and a fun place to hang out with friends. The collection is Bitcoin themed with the M
honey badger meme being the center of it, but also has many other traits related to crypto and specifically the Bitcoin culture.", "creator": "Honey Badgers Team", "attributes": [{"trait_type": "Background", "value": "purple"}, {"trait_type": "Body", "value": "armor"}, {"trait_type": "Mane", "value": "greenish"}, {"trait_type": "Claws", "value": "long claws"}, {"trait_type": "Eyes", "value": "white"}, {"trait_type": "Headgear", "value": "undead"}, {"trait_type": "Artifacts", "value": "cape"}]}
{"name": "Honey Badgers", "description": "Honey Badgers is a generative 10k PFP collection inscribed on the Bitcoin Blockchain through Ordinals. It is an experiment to see if a native NFT community can emerge and thrive on the native Bitcoin ecosystem. The project doesn\u2019t have a roadmap and its solely purpose is to deliver high quality pixelated art and a fun place to hang out with friends. The collection is Bitcoin themed with the M
honey badger meme being the center of it, but also has many other traits related to crypto and specifically the Bitcoin culture.", "creator": "Honey Badgers Team", "attributes": [{"trait_type": "Background", "value": "yellow"}, {"trait_type": "Body", "value": "white"}, {"trait_type": "Mane", "value": "whale"}, {"trait_type": "Claws", "value": "long claws"}, {"trait_type": "Eyes", "value": "regular"}, {"trait_type": "Headgear", "value": "mohawk"}, {"trait_type": "Artifacts", "value": "dagger"}]}
{"name": "Honey Badgers", "description": "Honey Badgers is a generative 10k PFP collection inscribed on the Bitcoin Blockchain through Ordinals. It is an experiment to see if a native NFT community can emerge and thrive on the native Bitcoin ecosystem. The project doesn\u2019t have a roadmap and its solely purpose is to deliver high quality pixelated art and a fun place to hang out with friends. The collection is Bitcoin themed with the M
honey badger meme being the center of it, but also has many other traits related to crypto and specifically the Bitcoin culture.", "creator": "Honey Badgers Team", "attributes": [{"trait_type": "Background", "value": "pink"}, {"trait_type": "Body", "value": "white"}, {"trait_type": "Mane", "value": "blonde"}, {"trait_type": "Claws", "value": "long claws"}, {"trait_type": "Eyes", "value": "noggles"}, {"trait_type": "Headgear", "value": "none"}, {"trait_type": "Artifacts", "value": "hobo bindle"}]}
{"name": "Honey Badgers", "description": "Honey Badgers is a generative 10k PFP collection inscribed on the Bitcoin Blockchain through Ordinals. It is an experiment to see if a native NFT community can emerge and thrive on the native Bitcoin ecosystem. The project doesn\u2019t have a roadmap and its solely purpose is to deliver high quality pixelated art and a fun place to hang out with friends. The collection is Bitcoin themed with the M
honey badger meme being the center of it, but also has many other traits related to crypto and specifically the Bitcoin culture.", "creator": "Honey Badgers Team", "attributes": [{"trait_type": "Background", "value": "green"}, {"trait_type": "Body", "value": "white"}, {"trait_type": "Mane", "value": "greenish"}, {"trait_type": "Claws", "value": "long claws"}, {"trait_type": "Eyes", "value": "white"}, {"trait_type": "Headgear", "value": "none"}, {"trait_type": "Artifacts", "value": "broadsword"}]}
{"name": "Honey Badgers", "description": "Honey Badgers is a generative 10k PFP collection inscribed on the Bitcoin Blockchain through Ordinals. It is an experiment to see if a native NFT community can emerge and thrive on the native Bitcoin ecosystem. The project doesn\u2019t have a roadmap and its solely purpose is to deliver high quality pixelated art and a fun place to hang out with friends. The collection is Bitcoin themed with the M
honey badger meme being the center of it, but also has many other traits related to crypto and specifically the Bitcoin culture.", "creator": "Honey Badgers Team", "attributes": [{"trait_type": "Background", "value": "red"}, {"trait_type": "Body", "value": "brown"}, {"trait_type": "Mane", "value": "toxic green"}, {"trait_type": "Claws", "value": "regular"}, {"trait_type": "Eyes", "value": "red"}, {"trait_type": "Headgear", "value": "mohawk"}, {"trait_type": "Artifacts", "value": "pickaxe"}]}
{"name": "Honey Badgers", "description": "Honey Badgers is a generative 10k PFP collection inscribed on the Bitcoin Blockchain through Ordinals. It is an experiment to see if a native NFT community can emerge and thrive on the native Bitcoin ecosystem. The project doesn\u2019t have a roadmap and its solely purpose is to deliver high quality pixelated art and a fun place to hang out with friends. The collection is Bitcoin themed with the M
honey badger meme being the center of it, but also has many other traits related to crypto and specifically the Bitcoin culture.", "creator": "Honey Badgers Team", "attributes": [{"trait_type": "Background", "value": "pink"}, {"trait_type": "Body", "value": "armor"}, {"trait_type": "Mane", "value": "grey"}, {"trait_type": "Claws", "value": "bloody"}, {"trait_type": "Eyes", "value": "green"}, {"trait_type": "Headgear", "value": "crown"}, {"trait_type": "Artifacts", "value": "poisoned dagger"}]}
{"name": "Honey Badgers", "description": "Honey Badgers is a generative 10k PFP collection inscribed on the Bitcoin Blockchain through Ordinals. It is an experiment to see if a native NFT community can emerge and thrive on the native Bitcoin ecosystem. The project doesn\u2019t have a roadmap and its solely purpose is to deliver high quality pixelated art and a fun place to hang out with friends. The collection is Bitcoin themed with the M
honey badger meme being the center of it, but also has many other traits related to crypto and specifically the Bitcoin culture.", "creator": "Honey Badgers Team", "attributes": [{"trait_type": "Background", "value": "blue"}, {"trait_type": "Body", "value": "blue"}, {"trait_type": "Mane", "value": "rainbow"}, {"trait_type": "Claws", "value": "bloody"}, {"trait_type": "Eyes", "value": "red"}, {"trait_type": "Headgear", "value": "wizard hat"}, {"trait_type": "Artifacts", "value": "fire sword"}]}
{"name": "Honey Badgers", "description": "Honey Badgers is a generative 10k PFP collection inscribed on the Bitcoin Blockchain through Ordinals. It is an experiment to see if a native NFT community can emerge and thrive on the native Bitcoin ecosystem. The project doesn\u2019t have a roadmap and its solely purpose is to deliver high quality pixelated art and a fun place to hang out with friends. The collection is Bitcoin themed with the M
honey badger meme being the center of it, but also has many other traits related to crypto and specifically the Bitcoin culture.", "creator": "Honey Badgers Team", "attributes": [{"trait_type": "Background", "value": "purple"}, {"trait_type": "Body", "value": "brown"}, {"trait_type": "Mane", "value": "toxic green"}, {"trait_type": "Claws", "value": "BTC whitepaper"}, {"trait_type": "Eyes", "value": "white"}, {"trait_type": "Headgear", "value": "mohawk"}, {"trait_type": "Artifacts", "value": "pauldrons"}]}
{"name": "Honey Badgers", "description": "Honey Badgers is a generative 10k PFP collection inscribed on the Bitcoin Blockchain through Ordinals. It is an experiment to see if a native NFT community can emerge and thrive on the native Bitcoin ecosystem. The project doesn\u2019t have a roadmap and its solely purpose is to deliver high quality pixelated art and a fun place to hang out with friends. The collection is Bitcoin themed with the M
honey badger meme being the center of it, but also has many other traits related to crypto and specifically the Bitcoin culture.", "creator": "Honey Badgers Team", "attributes": [{"trait_type": "Background", "value": "blue"}, {"trait_type": "Body", "value": "black"}, {"trait_type": "Mane", "value": "black"}, {"trait_type": "Claws", "value": "wrapped"}, {"trait_type": "Eyes", "value": "regular"}, {"trait_type": "Headgear", "value": "none"}, {"trait_type": "Artifacts", "value": "quiver"}]}
{"name": "Honey Badgers", "description": "Honey Badgers is a generative 10k PFP collection inscribed on the Bitcoin Blockchain through Ordinals. It is an experiment to see if a native NFT community can emerge and thrive on the native Bitcoin ecosystem. The project doesn\u2019t have a roadmap and its solely purpose is to deliver high quality pixelated art and a fun place to hang out with friends. The collection is Bitcoin themed with the M
honey badger meme being the center of it, but also has many other traits related to crypto and specifically the Bitcoin culture.", "creator": "Honey Badgers Team", "attributes": [{"trait_type": "Background", "value": "pink"}, {"trait_type": "Body", "value": "mage robes"}, {"trait_type": "Mane", "value": "toxic green"}, {"trait_type": "Claws", "value": "regular"}, {"trait_type": "Eyes", "value": "white"}, {"trait_type": "Headgear", "value": "unicorn"}, {"trait_type": "Artifacts", "value": "axe"}]}
{"name": "Honey Badgers", "description": "Honey Badgers is a generative 10k PFP collection inscribed on the Bitcoin Blockchain through Ordinals. It is an experiment to see if a native NFT community can emerge and thrive on the native Bitcoin ecosystem. The project doesn\u2019t have a roadmap and its solely purpose is to deliver high quality pixelated art and a fun place to hang out with friends. The collection is Bitcoin themed with the M
honey badger meme being the center of it, but also has many other traits related to crypto and specifically the Bitcoin culture.", "creator": "Honey Badgers Team", "attributes": [{"trait_type": "Background", "value": "red"}, {"trait_type": "Body", "value": "dark blue"}, {"trait_type": "Mane", "value": "white"}, {"trait_type": "Claws", "value": "long claws"}, {"trait_type": "Eyes", "value": "regular"}, {"trait_type": "Headgear", "value": "none"}, {"trait_type": "Artifacts", "value": "sword"}]}
{"name": "Honey Badgers", "description": "Honey Badgers is a generative 10k PFP collection inscribed on the Bitcoin Blockchain through Ordinals. It is an experiment to see if a native NFT community can emerge and thrive on the native Bitcoin ecosystem. The project doesn\u2019t have a roadmap and its solely purpose is to deliver high quality pixelated art and a fun place to hang out with friends. The collection is Bitcoin themed with the M
honey badger meme being the center of it, but also has many other traits related to crypto and specifically the Bitcoin culture.", "creator": "Honey Badgers Team", "attributes": [{"trait_type": "Background", "value": "pink"}, {"trait_type": "Body", "value": "dark blue"}, {"trait_type": "Mane", "value": "black"}, {"trait_type": "Claws", "value": "long claws"}, {"trait_type": "Eyes", "value": "regular"}, {"trait_type": "Headgear", "value": "unicorn"}, {"trait_type": "Artifacts", "value": "none"}]}
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    <meta charset="UTF-8">
    <title>Zombie Pixels</title>
        height: 100%;
            background: black;
            display: flex;
            align-items: center;
            justify-content: center;
        border: 4px solid red;
        margin: 10px;
        position: relative;
        right: 10px;
        width: 300px;
       padding: 10px;
        background-color: rgba(0, 0, 0, 0.8);
        border-radius: 5px;
        text-align: center;
        color: white;
      #pause-button {
        display: 'block';
        visibility: 'visible';
        margin: 0px;
        width: 200px;
        justify-content: center;
      #restart-button {
        display: 'block';
        margin: 0px;
        width: 200px;
        justify-content: center;
    <div id="controls">
1>ZOMBIE PIXELS</h1>
        <h2>@BTC_RetroArcade</h2>
        <h3>How To Play:</h3>
        <p>Use the arrow keys to move the player.<br>
            Avoid the red zombie pixels!<br>
            Don't touch the edge!
        <button id="pause-button">Pause</button>
        <button id="restart-button">Restart Game</button>
    <canvas id="game-canvas" width="600" height="600"></canvas>
        // Created by Shane Masters 2023 for @BTC_RetroArcade
the initial number of opposing team members
        let initialNumOpponents = 4;
        let maxOpponents = 40;
        // Create an array to hold the opposing team member objects
        const opponents = [];
        // Get the canvas and context
        const gamecanvas = document.getElementById("game-canvas");
        const canvasctx = gamecanvas.getContext("2d");
        let playerX = gamecanvas.width / 2;
        let playerY = gamecanvas.height / 2;
        // Set the player's radius
        const playerRadM
        const playerSize = playerRadius*2;
        // Set the size of the opposing team squares
        const opponentSize = 20;
        const pauseButton = document.getElementById("pause-button");
        pauseButton.addEventListener("click", pauseGame);
        // Get the restart button element and add an event listener to it
        const restartButton = document.getElementById("restart-button");
        restartButton.addEventListener("click", restartGame);
        let isPaused = false;
nction initializePlayers()
            for (let index = 0; index < initialNumOpponents; index++) {
                addOpponent();
            drawPlayer(playerX, playerY);
        // Set the player's speed
        const playerSpeed = 0.5;
        // Move the player with arrow keys
        function movePlayer(deltaTime)
            if(isPaused)
                return;
            // Calculate the distance to move based on player speed and deM
            const distance = playerSpeed * deltaTime;
            // Check for arrow key presses and move player accordingly
            if (keys.ArrowUp && playerY > 0) {
                playerY -= distance;
            if (keys.ArrowDown && playerY < gamecanvas.height) {
                playerY += distance;
            if (keys.ArrowLeft && playerX > 0) {
                playerX -= distance;
            if (keys.ArrowRight && playerX < gamecanvas.width) {
          playerX += distance;
            // Ensure player stays inside the canvas
            playerX = Math.max(0, Math.min(playerX, gamecanvas.width));
            playerY = Math.max(0, Math.min(playerY, gamecanvas.height));
            // Check if player is outside canvas and end game if true
            if (playerX === 0 || playerX === gamecanvas.width || playerY === 0 || playerY === gamecanvas.height)
                endGame();
        // Set up keyboardM
        const keys = {};
        document.addEventListener("keydown", e => {
        keys[e.code] = true;
        document.addEventListener("keyup", e => {
        keys[e.code] = false;
        // add an event listener to the game over condition
        document.addEventListener('gameOver', () => {
        // change the display property of the restart button to show it again
        restartButton.style.visibility = 'visible';
        pauseButton.style.visibility = 'hidden';M
        // Define a custom game over event
        const gameOverEvent = new Event('gameOver');
        function drawPlayer(positionX, positionY)
            // Get the canvas element and its context
            const canvas = document.getElementById("game-canvas");
            const ctx = canvas.getContext("2d");
            // Set the player's color to cyan
            ctx.fillStyle = "cyan";
            // Draw the player circle
            ctx.beginPath();
            ctx.arc(positioM
nX, positionY, playerRadius, 0, 2 * Math.PI);
            ctx.fill();
        function drawOpponents()
            const canvas = document.getElementById("game-canvas");
            const ctx = canvas.getContext("2d");
            // Draw the opposing team members as squares
            opponents.forEach(opponent =>
                // Set the color of the opposing team members to red
                ctx.fillStyle = "blue";
                ctx.fillRect(opponent.x, opponent.y, oppM
onentSize, opponentSize);
        function addOpponent()
            // Generate initial positions for the opposing team members
            const opponentX = Math.floor(Math.random() * (gamecanvas.width - opponentSize));
            const opponentY = Math.floor(Math.random() * (gamecanvas.height - opponentSize));
            if(opponents.length > maxOpponents)
                return;
            if(gameStarted == false)
            if(gameOver)
                return;
            if(isPaused)
                return;
            if(checkSpawningCollisions(opponentX, opponentY) == false)
                return;
            opponents.push({ x: opponentX, y: opponentY });
        let lastUpdateTime = performance.now(); // get the current time in milliseconds
        let deltaTime = 0;
        function updateDeltaM
            const currentTime = performance.now(); // get the current time in milliseconds
            deltaTime = currentTime - lastUpdateTime; // calculate the time difference
            lastUpdateTime = currentTime; // update the last update time
        // Set the time interval to add a new opponent
        const intervalTime = 5000; // 5 seconds
        // Start the interval timer to add opponents
        const opponentInterval = setInterval(addOpponent, intervalTime);
unction checkSpawningCollisions(newOpponentX, newOpponentY)
            const thresholdDistance = 20;
            // Check if the new opponent is too close to the player
            const dx = playerX - (newOpponentX + opponentSize / 2);
            const dy = playerY - (newOpponentY + opponentSize / 2);
            const distanceFromPlayer = Math.sqrt(dx * dx + dy * dy);
            if (distanceFromPlayer < playerSize / 2 + opponentSize / 2 + thresholdDistance)
                return falsM
            return true;
        function checkCollisions()
            // Check if any opponent has collided with the player
            for (const opponent of opponents)
                const dx = playerX - (opponent.x + opponentSize / 2);
                const dy = playerY - (opponent.y + opponentSize / 2);
                const distance = Math.sqrt(dx * dx + dy * dy);
                if (distance < playerSize / 2 + opponentSize / 2)
              // The player has collided with an opponent, end the game
                    endGame();
                    return;
        function displayGameOverMessage()
            // Get the canvas element and its context
            const canvas = document.getElementById("game-canvas");
            const ctx = canvas.getContext("2d");
            // Display the "Game Over" message
            ctx.font = "72px Arial";
            ctx.fillStyle = "white";
          ctx.textAlign = "center";
            ctx.fillText("Game Over", gamecanvas.width / 2, gamecanvas.height / 2);
            if(gameScore > highScore)
                localStorage.setItem('zombiePixelsHighScore', gameScore);
        function endGame()
            // Set the game over flag to true
            gameOver = true;
            document.dispatchEvent(gameOverEvent);
        // Set the wait time and jitter range for the opposinM
        const waitTimeMin = 1000; // 1 second
        const waitTimeMax = 5000; // 3 seconds
        const jitterRange = 2; // 5 pixels
        // Set the speed of the opposing team members in pixels per second
        const opponentSpeed = 200;
        // Set the countdown time for the start of the game
        const countdownTime = 3000; // 3 seconds
        // Set a flag to indicate if the game has started
        let gameStarted = false;
        // Create a variable to store the time elapsed M
since the start of the game
        let elapsedTime = 0;
        let lastplayerTime = 0;
        gameOver = false;
        // Create a game loop that updates the positions of the opposing team members
        function gameLoop()
            // Get the canvas element and its context
            const canvas = document.getElementById("game-canvas");
            const ctx = canvas.getContext("2d");
            // Clear the canvas
            ctx.clearRect(0, 0, canvas.width, canvas.height);
// Check if the game has started
            if (!gameStarted)
                updateDeltaTime();
                // If not, update the elapsed time
                elapsedTime += deltaTime;
                //Added here instead of below to remove the timer
                gameStarted = true;
                restartButton.style.visibility = 'hidden';
                initializePlayers();
                // Check if the countdown has finished
                if (elapsedTime >= countM
                    // If so, set the flag to indicate that the game has started
                    gameStarted = true;
                    initializePlayers();
                else
                    // If not, draw the countdown on the canvas
                    const countdown = Math.ceil((countdownTime - elapsedTime) / 1000);
                    ctx.font = "72px Arial";
                    ctx.fillStyle = "white";
                    ctx.textAM
                    ctx.fillText(countdown, canvas.width / 2, canvas.height / 2);
                    // Request the next frame of the game loop
                    requestAnimationFrame(gameLoop);
                    return;
            if(gameStarted)
                updateDeltaTime();
            drawOpponents();
            checkCollisions();
            if(gameOver == false)
                if(!isPaM
                    moveOpponents();
                    movePlayer(deltaTime);
                    // Update the game score and draw it in the top left of the canvas
                    gameScore += deltaTime / 1000;
                displayGameOverMessage();
            drawPlayer(playerX, playerY);
            ctx.font = "24px Arial";
            ctx.fillStyle = "white";
            ctx.baseline = 'top';
       ctx.textAlign = 'left';
            ctx.fillText(`Score: ${Math.floor(gameScore)}`, 10, 40);
            displayHighScore();
            // Request the next frame of the game loop
            requestAnimationFrame(gameLoop);
        function moveOpponents()
            // Update the positions of the opposing team members
            opponents.forEach(opponent =>
                // Check if the opponent is waiting
                if (!opponent.waitTime)
                    // If not, set a new wait time and jitter value
                    opponent.waitTime = Math.floor(Math.random() * (waitTimeMax - waitTimeMin)) + waitTimeMin;
                    opponent.jitter = { x: Math.floor(Math.random() * (jitterRange * 2)) - jitterRange, y: Math.floor(Math.random() * (jitterRange * 2)) - jitterRange };
                    opponent.jitterTime = 0;
                else
                    // If so, update the jitter valueM
                    opponent.jitterTime += deltaTime;
                    if (opponent.jitterTime >= 1000 / 60)
                    {
                        opponent.jitter.x = Math.floor(Math.random() * (jitterRange * 2)) - jitterRange;
                        opponent.jitter.y = Math.floor(Math.random() * (jitterRange * 2)) - jitterRange;
                        opponent.jitterTime = 0;
                    }
                    // Subtract the time elapsed since the last frame from the wait time
       opponent.waitTime -= deltaTime;
                    if (opponent.waitTime <= 0)
                    {
                        // If the wait time has elapsed, reset it and calculate a new direction towards the player
                        opponent.waitTime = 0;
                        const dx = playerX - (opponent.x + opponentSize / 2);
                        const dy = playerY - (opponent.y + opponentSize / 2);
                        const distance = Math.sqrt(dx * dx + dy * dy);
                     M
   opponent.dx = dx / distance * opponentSpeed;
                        opponent.dy = dy / distance * opponentSpeed;
                    }
                // Update the position of the opponent based on its direction and jitter value
                opponent.x += (opponent.dx || 0) * deltaTime / 1000 + opponent.jitter.x;
                opponent.y += (opponent.dy || 0) * deltaTime / 1000 + opponent.jitter.y;
                // Draw the opponent at its updated position
                //ctx.fillRM
ect(opponent.x, opponent.y, opponentSize, opponentSize);
        function pauseGame()
            isPaused = !isPaused;
            const pauseButtonText = isPaused ? "Resume" : "Pause";
            pauseButton.innerText = pauseButtonText;
        // Function to restart the game
        function restartGame()
            //Redisplay highscore
            highScore = localStorage.getItem('zombiePixelsHighScore') || 0;
            // Reset any necessary gamM
            pauseButton.style.visibility = 'visible';
            restartButton.style.visibility = 'hidden';
            playerX = gamecanvas.width / 2;
            playerY = gamecanvas.height / 2;
            gameScore = 0;
            opponents.length = 0;
            gameOver = false;
            initializePlayers();
        function displayHighScore()
            // Get the canvas element and its context
            const canvas = document.getElementById("game-canvas");
          const ctx = canvas.getContext("2d");
            ctx.font = "24px Arial";
            ctx.fillStyle = "cyan";
            ctx.baseline = 'bottom';
            ctx.textAlign = 'left';
            ctx.fillText(`High Score: ${Math.floor(highScore)}`, 10, 20);
        // Start the game loop
        let lastFrameTime = Date.now();
        let gameScore = 0;
        let highScore = localStorage.getItem('zombiePixelsHighScore') || 0;
text/html;charset=utf-8
    <meta charset="UTF-8">
    <title>Zombie Pixels</title>
        height: 100%;
            background: black;
            display: flex;
            align-items: center;
            justify-content: center;
        border: 4px solid red;
        margin: 10px;
        position: relative;
        right: 10px;
        width: 300px;
       padding: 10px;
        background-color: rgba(0, 0, 0, 0.8);
        border-radius: 5px;
        text-align: center;
        color: white;
      #pause-button {
        display: 'block';
        visibility: 'visible';
        margin: 0px;
        width: 200px;
        justify-content: center;
      #restart-button {
        display: 'block';
        margin: 0px;
        width: 200px;
        justify-content: center;
    <div id="controls">
1>ZOMBIE PIXELS</h1>
        <h2>@BTC_RetroArcade</h2>
        <h3>How To Play:</h3>
        <p>Use the arrow keys to move the player.<br>
            Avoid the red zombie pixels!<br>
            Don't touch the edge!
        <button id="pause-button">Pause</button>
        <button id="restart-button">Restart Game</button>
    <canvas id="game-canvas" width="600" height="600"></canvas>
        // Created by Shane Masters 2023 for @BTC_RetroArcade
the initial number of opposing team members
        let initialNumOpponents = 4;
        let maxOpponents = 40;
        // Create an array to hold the opposing team member objects
        const opponents = [];
        // Get the canvas and context
        const gamecanvas = document.getElementById("game-canvas");
        const canvasctx = gamecanvas.getContext("2d");
        let playerX = gamecanvas.width / 2;
        let playerY = gamecanvas.height / 2;
        // Set the player's radius
        const playerRadM
        const playerSize = playerRadius*2;
        // Set the size of the opposing team squares
        const opponentSize = 20;
        const pauseButton = document.getElementById("pause-button");
        pauseButton.addEventListener("click", pauseGame);
        // Get the restart button element and add an event listener to it
        const restartButton = document.getElementById("restart-button");
        restartButton.addEventListener("click", restartGame);
        let isPaused = false;
nction initializePlayers()
            for (let index = 0; index < initialNumOpponents; index++) {
                addOpponent();
            drawPlayer(playerX, playerY);
        // Set the player's speed
        const playerSpeed = 0.5;
        // Move the player with arrow keys
        function movePlayer(deltaTime)
            if(isPaused)
                return;
            // Calculate the distance to move based on player speed and deM
            const distance = playerSpeed * deltaTime;
            // Check for arrow key presses and move player accordingly
            if (keys.ArrowUp && playerY > 0) {
                playerY -= distance;
            if (keys.ArrowDown && playerY < gamecanvas.height) {
                playerY += distance;
            if (keys.ArrowLeft && playerX > 0) {
                playerX -= distance;
            if (keys.ArrowRight && playerX < gamecanvas.width) {
          playerX += distance;
            // Ensure player stays inside the canvas
            playerX = Math.max(0, Math.min(playerX, gamecanvas.width));
            playerY = Math.max(0, Math.min(playerY, gamecanvas.height));
            // Check if player is outside canvas and end game if true
            if (playerX === 0 || playerX === gamecanvas.width || playerY === 0 || playerY === gamecanvas.height)
                endGame();
        // Set up keyboardM
        const keys = {};
        document.addEventListener("keydown", e => {
        keys[e.code] = true;
        document.addEventListener("keyup", e => {
        keys[e.code] = false;
        // add an event listener to the game over condition
        document.addEventListener('gameOver', () => {
        // change the display property of the restart button to show it again
        restartButton.style.visibility = 'visible';
        pauseButton.style.visibility = 'hidden';M
        // Define a custom game over event
        const gameOverEvent = new Event('gameOver');
        function drawPlayer(positionX, positionY)
            // Get the canvas element and its context
            const canvas = document.getElementById("game-canvas");
            const ctx = canvas.getContext("2d");
            // Set the player's color to cyan
            ctx.fillStyle = "cyan";
            // Draw the player circle
            ctx.beginPath();
            ctx.arc(positioM
nX, positionY, playerRadius, 0, 2 * Math.PI);
            ctx.fill();
        function drawOpponents()
            const canvas = document.getElementById("game-canvas");
            const ctx = canvas.getContext("2d");
            // Draw the opposing team members as squares
            opponents.forEach(opponent =>
                // Set the color of the opposing team members to red
                ctx.fillStyle = "grey";
                ctx.fillRect(opponent.x, opponent.y, oppM
onentSize, opponentSize);
        function addOpponent()
            // Generate initial positions for the opposing team members
            const opponentX = Math.floor(Math.random() * (gamecanvas.width - opponentSize));
            const opponentY = Math.floor(Math.random() * (gamecanvas.height - opponentSize));
            if(opponents.length > maxOpponents)
                return;
            if(gameStarted == false)
            if(gameOver)
                return;
            if(isPaused)
                return;
            if(checkSpawningCollisions(opponentX, opponentY) == false)
                return;
            opponents.push({ x: opponentX, y: opponentY });
        let lastUpdateTime = performance.now(); // get the current time in milliseconds
        let deltaTime = 0;
        function updateDeltaM
            const currentTime = performance.now(); // get the current time in milliseconds
            deltaTime = currentTime - lastUpdateTime; // calculate the time difference
            lastUpdateTime = currentTime; // update the last update time
        // Set the time interval to add a new opponent
        const intervalTime = 5000; // 5 seconds
        // Start the interval timer to add opponents
        const opponentInterval = setInterval(addOpponent, intervalTime);
unction checkSpawningCollisions(newOpponentX, newOpponentY)
            const thresholdDistance = 20;
            // Check if the new opponent is too close to the player
            const dx = playerX - (newOpponentX + opponentSize / 2);
            const dy = playerY - (newOpponentY + opponentSize / 2);
            const distanceFromPlayer = Math.sqrt(dx * dx + dy * dy);
            if (distanceFromPlayer < playerSize / 2 + opponentSize / 2 + thresholdDistance)
                return falsM
            return true;
        function checkCollisions()
            // Check if any opponent has collided with the player
            for (const opponent of opponents)
                const dx = playerX - (opponent.x + opponentSize / 2);
                const dy = playerY - (opponent.y + opponentSize / 2);
                const distance = Math.sqrt(dx * dx + dy * dy);
                if (distance < playerSize / 2 + opponentSize / 2)
              // The player has collided with an opponent, end the game
                    endGame();
                    return;
        function displayGameOverMessage()
            // Get the canvas element and its context
            const canvas = document.getElementById("game-canvas");
            const ctx = canvas.getContext("2d");
            // Display the "Game Over" message
            ctx.font = "72px Arial";
            ctx.fillStyle = "white";
          ctx.textAlign = "center";
            ctx.fillText("Game Over", gamecanvas.width / 2, gamecanvas.height / 2);
            if(gameScore > highScore)
                localStorage.setItem('zombiePixelsHighScore', gameScore);
        function endGame()
            // Set the game over flag to true
            gameOver = true;
            document.dispatchEvent(gameOverEvent);
        // Set the wait time and jitter range for the opposinM
        const waitTimeMin = 1000; // 1 second
        const waitTimeMax = 5000; // 3 seconds
        const jitterRange = 2; // 5 pixels
        // Set the speed of the opposing team members in pixels per second
        const opponentSpeed = 200;
        // Set the countdown time for the start of the game
        const countdownTime = 3000; // 3 seconds
        // Set a flag to indicate if the game has started
        let gameStarted = false;
        // Create a variable to store the time elapsed M
since the start of the game
        let elapsedTime = 0;
        let lastplayerTime = 0;
        gameOver = false;
        // Create a game loop that updates the positions of the opposing team members
        function gameLoop()
            // Get the canvas element and its context
            const canvas = document.getElementById("game-canvas");
            const ctx = canvas.getContext("2d");
            // Clear the canvas
            ctx.clearRect(0, 0, canvas.width, canvas.height);
// Check if the game has started
            if (!gameStarted)
                updateDeltaTime();
                // If not, update the elapsed time
                elapsedTime += deltaTime;
                //Added here instead of below to remove the timer
                gameStarted = true;
                restartButton.style.visibility = 'hidden';
                initializePlayers();
                // Check if the countdown has finished
                if (elapsedTime >= countM
                    // If so, set the flag to indicate that the game has started
                    gameStarted = true;
                    initializePlayers();
                else
                    // If not, draw the countdown on the canvas
                    const countdown = Math.ceil((countdownTime - elapsedTime) / 1000);
                    ctx.font = "72px Arial";
                    ctx.fillStyle = "white";
                    ctx.textAM
                    ctx.fillText(countdown, canvas.width / 2, canvas.height / 2);
                    // Request the next frame of the game loop
                    requestAnimationFrame(gameLoop);
                    return;
            if(gameStarted)
                updateDeltaTime();
            drawOpponents();
            checkCollisions();
            if(gameOver == false)
                if(!isPaM
                    moveOpponents();
                    movePlayer(deltaTime);
                    // Update the game score and draw it in the top left of the canvas
                    gameScore += deltaTime / 1000;
                displayGameOverMessage();
            drawPlayer(playerX, playerY);
            ctx.font = "24px Arial";
            ctx.fillStyle = "white";
            ctx.baseline = 'top';
       ctx.textAlign = 'left';
            ctx.fillText(`Score: ${Math.floor(gameScore)}`, 10, 40);
            displayHighScore();
            // Request the next frame of the game loop
            requestAnimationFrame(gameLoop);
        function moveOpponents()
            // Update the positions of the opposing team members
            opponents.forEach(opponent =>
                // Check if the opponent is waiting
                if (!opponent.waitTime)
                    // If not, set a new wait time and jitter value
                    opponent.waitTime = Math.floor(Math.random() * (waitTimeMax - waitTimeMin)) + waitTimeMin;
                    opponent.jitter = { x: Math.floor(Math.random() * (jitterRange * 2)) - jitterRange, y: Math.floor(Math.random() * (jitterRange * 2)) - jitterRange };
                    opponent.jitterTime = 0;
                else
                    // If so, update the jitter valueM
                    opponent.jitterTime += deltaTime;
                    if (opponent.jitterTime >= 1000 / 60)
                    {
                        opponent.jitter.x = Math.floor(Math.random() * (jitterRange * 2)) - jitterRange;
                        opponent.jitter.y = Math.floor(Math.random() * (jitterRange * 2)) - jitterRange;
                        opponent.jitterTime = 0;
                    }
                    // Subtract the time elapsed since the last frame from the wait time
       opponent.waitTime -= deltaTime;
                    if (opponent.waitTime <= 0)
                    {
                        // If the wait time has elapsed, reset it and calculate a new direction towards the player
                        opponent.waitTime = 0;
                        const dx = playerX - (opponent.x + opponentSize / 2);
                        const dy = playerY - (opponent.y + opponentSize / 2);
                        const distance = Math.sqrt(dx * dx + dy * dy);
                     M
   opponent.dx = dx / distance * opponentSpeed;
                        opponent.dy = dy / distance * opponentSpeed;
                    }
                // Update the position of the opponent based on its direction and jitter value
                opponent.x += (opponent.dx || 0) * deltaTime / 1000 + opponent.jitter.x;
                opponent.y += (opponent.dy || 0) * deltaTime / 1000 + opponent.jitter.y;
                // Draw the opponent at its updated position
                //ctx.fillRM
ect(opponent.x, opponent.y, opponentSize, opponentSize);
        function pauseGame()
            isPaused = !isPaused;
            const pauseButtonText = isPaused ? "Resume" : "Pause";
            pauseButton.innerText = pauseButtonText;
        // Function to restart the game
        function restartGame()
            //Redisplay highscore
            highScore = localStorage.getItem('zombiePixelsHighScore') || 0;
            // Reset any necessary gamM
            pauseButton.style.visibility = 'visible';
            restartButton.style.visibility = 'hidden';
            playerX = gamecanvas.width / 2;
            playerY = gamecanvas.height / 2;
            gameScore = 0;
            opponents.length = 0;
            gameOver = false;
            initializePlayers();
        function displayHighScore()
            // Get the canvas element and its context
            const canvas = document.getElementById("game-canvas");
          const ctx = canvas.getContext("2d");
            ctx.font = "24px Arial";
            ctx.fillStyle = "cyan";
            ctx.baseline = 'bottom';
            ctx.textAlign = 'left';
            ctx.fillText(`High Score: ${Math.floor(highScore)}`, 10, 20);
        // Start the game loop
        let lastFrameTime = Date.now();
        let gameScore = 0;
        let highScore = localStorage.getItem('zombiePixelsHighScore') || 0;
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5{"p":"brc-20","op":"mint","tick":"coin","amt":"1000"}h!
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7{"p":"brc-20","op":"mint","tick":"bruh","amt":"100000"}h!
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7{"p":"brc-20","op":"mint","tick":"bruh","amt":"100000"}h!
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7{"p":"brc-20","op":"mint","tick":"bruh","amt":"100000"}h!
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7{"p":"brc-20","op":"mint","tick":"bruh","amt":"100000"}h!
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7{"p":"brc-20","op":"mint","tick":"bruh","amt":"100000"}h!
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7{"p":"brc-20","op":"mint","tick":"bruh","amt":"100000"}h!
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7{"p":"brc-20","op":"mint","tick":"bruh","amt":"100000"}h!
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7{"p":"brc-20","op":"mint","tick":"bruh","amt":"100000"}h!
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7{"p":"brc-20","op":"mint","tick":"bruh","amt":"100000"}h!
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7{"p":"brc-20","op":"mint","tick":"bruh","amt":"100000"}h!
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Post one million apocalypseh!
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7{"p":"brc-20","op":"mint","tick":"BRUH","amt":"100000"}h!
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7{"p":"brc-20","op":"mint","tick":"BRUH","amt":"100000"}h!
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7{"p":"brc-20","op":"mint","tick":"BRUH","amt":"100000"}h!
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7{"p":"brc-20","op":"mint","tick":"BRUH","amt":"100000"}h!
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7{"p":"brc-20","op":"mint","tick":"BRUH","amt":"100000"}h!
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7{"p":"brc-20","op":"mint","tick":"BRUH","amt":"100000"}h!
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7{"p":"brc-20","op":"mint","tick":"BRUH","amt":"100000"}h!
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7{"p":"brc-20","op":"mint","tick":"BRUH","amt":"100000"}h!
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7{"p":"brc-20","op":"mint","tick":"BRUH","amt":"100000"}h!
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7{"p":"brc-20","op":"mint","tick":"BRUH","amt":"100000"}h!
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7{"p":"brc-20","op":"mint","tick":"BRUH","amt":"100000"}h!
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7{"p":"brc-20","op":"mint","tick":"BRUH","amt":"100000"}h!
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7{"p":"brc-20","op":"mint","tick":"BRUH","amt":"100000"}h!
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7{"p":"brc-20","op":"mint","tick":"BRUH","amt":"100000"}h!
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2{"p":"brc-20","op":"mint","tick":"<10K","amt":"1"}h!
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zVj8AAAAAzKrAPeCauj1YS02/cG5APwjxMT89jf8++06ovttqLb923S4/OpO3vcTEiD+9VIo/hF7Avw==", "training_traits": {"structure_gen": "Triangle", "n_layers": 6, "max_nodes": 10, "activation_func": "ReLU", "epoch_num": 4}, "classes_name": ["Cryptoadz", "Cryptopunks", "Moonbirds", "Nouns"]},m=25,b=50,y=59+11/12,w=59+11.5/12,v=60;function z(e,t){const n=Math.log(1-t)/Math.log(1-e);return e=>1-Math.pow(1-e,n)}class V{constructor(e,t,n){const{model:r,inputDim:i}=j(t,n);this.model=r,this.inputDim=i,this.iteration=0,this.stage=0;constM
 o=new Date(parseInt(e.birthYear),0,1).getTime(),a=new Date(parseInt(e.birthYear)+1,0,1).getTime();this.birthDate=new Date(Math.floor((o+a)/2));const l=zr.filter((t=>t[0]==e.lifeCycle))[0][2];this.growSpeed=365/l,this.cycleLength=60*l*24*3600*1e3,this.growthFunc=z(.4,.8)}updateAge(e){const t=(e.getTime()-this.birthDate.getTime())/31536e6*this.growSpeed;this.iteration=Math.floor(t/60);const n=t-60*this.iteration;let r;this.age=n;let i,o=0;if(n<25){let e=map(n,0,25,0,1);o=this.growthFunc(e),r=(25-n)/60,this.stage=1,tM
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=(25-n)/60;a<0&&(a+=1),this.nextStableTimestamp=Math.round(e.getTime()+this.cycleLength*a),this.growth=o,this.model.updateNeurons(o,this.iteration)}getBrainStatus(){return{totalNeurons:this.model.getTotalNeurons(),neuronsLife:this.model.getNeuronsLife(),stage:this.stage,inputDim:this.inputDim,stageRatio:this.stageRatio,age:this.age,growth:this.growth,nextStateTimestamp:this.nextStateTimestamp,nextStableTimestamp:this.nextStableTimestamp,rebirthCount:max(this.iteration,0),statePercentage:this.statePercentage}}classiM
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{"name": "Honey Badgers", "description": "Honey Badgers is a generative 10k PFP collection inscribed on the Bitcoin Blockchain through Ordinals. It is an experiment to see if a native NFT community can emerge and thrive on the native Bitcoin ecosystem. The project doesn\u2019t have a roadmap and its solely purpose is to deliver high quality pixelated art and a fun place to hang out with friends. The collection is Bitcoin themed with the M
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{"name": "Honey Badgers", "description": "Honey Badgers is a generative 10k PFP collection inscribed on the Bitcoin Blockchain through Ordinals. It is an experiment to see if a native NFT community can emerge and thrive on the native Bitcoin ecosystem. The project doesn\u2019t have a roadmap and its solely purpose is to deliver high quality pixelated art and a fun place to hang out with friends. The collection is Bitcoin themed with the M
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{"name": "Honey Badgers", "description": "Honey Badgers is a generative 10k PFP collection inscribed on the Bitcoin Blockchain through Ordinals. It is an experiment to see if a native NFT community can emerge and thrive on the native Bitcoin ecosystem. The project doesn\u2019t have a roadmap and its solely purpose is to deliver high quality pixelated art and a fun place to hang out with friends. The collection is Bitcoin themed with the M
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{"name": "Honey Badgers", "description": "Honey Badgers is a generative 10k PFP collection inscribed on the Bitcoin Blockchain through Ordinals. It is an experiment to see if a native NFT community can emerge and thrive on the native Bitcoin ecosystem. The project doesn\u2019t have a roadmap and its solely purpose is to deliver high quality pixelated art and a fun place to hang out with friends. The collection is Bitcoin themed with the M
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{"name": "Honey Badgers", "description": "Honey Badgers is a generative 10k PFP collection inscribed on the Bitcoin Blockchain through Ordinals. It is an experiment to see if a native NFT community can emerge and thrive on the native Bitcoin ecosystem. The project doesn\u2019t have a roadmap and its solely purpose is to deliver high quality pixelated art and a fun place to hang out with friends. The collection is Bitcoin themed with the M
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{"name": "Honey Badgers", "description": "Honey Badgers is a generative 10k PFP collection inscribed on the Bitcoin Blockchain through Ordinals. It is an experiment to see if a native NFT community can emerge and thrive on the native Bitcoin ecosystem. The project doesn\u2019t have a roadmap and its solely purpose is to deliver high quality pixelated art and a fun place to hang out with friends. The collection is Bitcoin themed with the M
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{"name": "Honey Badgers", "description": "Honey Badgers is a generative 10k PFP collection inscribed on the Bitcoin Blockchain through Ordinals. It is an experiment to see if a native NFT community can emerge and thrive on the native Bitcoin ecosystem. The project doesn\u2019t have a roadmap and its solely purpose is to deliver high quality pixelated art and a fun place to hang out with friends. The collection is Bitcoin themed with the M
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{"name": "Honey Badgers", "description": "Honey Badgers is a generative 10k PFP collection inscribed on the Bitcoin Blockchain through Ordinals. It is an experiment to see if a native NFT community can emerge and thrive on the native Bitcoin ecosystem. The project doesn\u2019t have a roadmap and its solely purpose is to deliver high quality pixelated art and a fun place to hang out with friends. The collection is Bitcoin themed with the M
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{"name": "Honey Badgers", "description": "Honey Badgers is a generative 10k PFP collection inscribed on the Bitcoin Blockchain through Ordinals. It is an experiment to see if a native NFT community can emerge and thrive on the native Bitcoin ecosystem. The project doesn\u2019t have a roadmap and its solely purpose is to deliver high quality pixelated art and a fun place to hang out with friends. The collection is Bitcoin themed with the M
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{"name": "Honey Badgers", "description": "Honey Badgers is a generative 10k PFP collection inscribed on the Bitcoin Blockchain through Ordinals. It is an experiment to see if a native NFT community can emerge and thrive on the native Bitcoin ecosystem. The project doesn\u2019t have a roadmap and its solely purpose is to deliver high quality pixelated art and a fun place to hang out with friends. The collection is Bitcoin themed with the M
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{"name": "Honey Badgers", "description": "Honey Badgers is a generative 10k PFP collection inscribed on the Bitcoin Blockchain through Ordinals. It is an experiment to see if a native NFT community can emerge and thrive on the native Bitcoin ecosystem. The project doesn\u2019t have a roadmap and its solely purpose is to deliver high quality pixelated art and a fun place to hang out with friends. The collection is Bitcoin themed with the M
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{"name": "Honey Badgers", "description": "Honey Badgers is a generative 10k PFP collection inscribed on the Bitcoin Blockchain through Ordinals. It is an experiment to see if a native NFT community can emerge and thrive on the native Bitcoin ecosystem. The project doesn\u2019t have a roadmap and its solely purpose is to deliver high quality pixelated art and a fun place to hang out with friends. The collection is Bitcoin themed with the M
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{"name": "Honey Badgers", "description": "Honey Badgers is a generative 10k PFP collection inscribed on the Bitcoin Blockchain through Ordinals. It is an experiment to see if a native NFT community can emerge and thrive on the native Bitcoin ecosystem. The project doesn\u2019t have a roadmap and its solely purpose is to deliver high quality pixelated art and a fun place to hang out with friends. The collection is Bitcoin themed with the M
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{"name": "Honey Badgers", "description": "Honey Badgers is a generative 10k PFP collection inscribed on the Bitcoin Blockchain through Ordinals. It is an experiment to see if a native NFT community can emerge and thrive on the native Bitcoin ecosystem. The project doesn\u2019t have a roadmap and its solely purpose is to deliver high quality pixelated art and a fun place to hang out with friends. The collection is Bitcoin themed with the M
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{"name": "Honey Badgers", "description": "Honey Badgers is a generative 10k PFP collection inscribed on the Bitcoin Blockchain through Ordinals. It is an experiment to see if a native NFT community can emerge and thrive on the native Bitcoin ecosystem. The project doesn\u2019t have a roadmap and its solely purpose is to deliver high quality pixelated art and a fun place to hang out with friends. The collection is Bitcoin themed with the M
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{"name": "Honey Badgers", "description": "Honey Badgers is a generative 10k PFP collection inscribed on the Bitcoin Blockchain through Ordinals. It is an experiment to see if a native NFT community can emerge and thrive on the native Bitcoin ecosystem. The project doesn\u2019t have a roadmap and its solely purpose is to deliver high quality pixelated art and a fun place to hang out with friends. The collection is Bitcoin themed with the M
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{"name": "Honey Badgers", "description": "Honey Badgers is a generative 10k PFP collection inscribed on the Bitcoin Blockchain through Ordinals. It is an experiment to see if a native NFT community can emerge and thrive on the native Bitcoin ecosystem. The project doesn\u2019t have a roadmap and its solely purpose is to deliver high quality pixelated art and a fun place to hang out with friends. The collection is Bitcoin themed with the M
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{"name": "Honey Badgers", "description": "Honey Badgers is a generative 10k PFP collection inscribed on the Bitcoin Blockchain through Ordinals. It is an experiment to see if a native NFT community can emerge and thrive on the native Bitcoin ecosystem. The project doesn\u2019t have a roadmap and its solely purpose is to deliver high quality pixelated art and a fun place to hang out with friends. The collection is Bitcoin themed with the M
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{"name": "Honey Badgers", "description": "Honey Badgers is a generative 10k PFP collection inscribed on the Bitcoin Blockchain through Ordinals. It is an experiment to see if a native NFT community can emerge and thrive on the native Bitcoin ecosystem. The project doesn\u2019t have a roadmap and its solely purpose is to deliver high quality pixelated art and a fun place to hang out with friends. The collection is Bitcoin themed with the M
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{"name": "Honey Badgers", "description": "Honey Badgers is a generative 10k PFP collection inscribed on the Bitcoin Blockchain through Ordinals. It is an experiment to see if a native NFT community can emerge and thrive on the native Bitcoin ecosystem. The project doesn\u2019t have a roadmap and its solely purpose is to deliver high quality pixelated art and a fun place to hang out with friends. The collection is Bitcoin themed with the M
honey badger meme being the center of it, but also has many other traits related to crypto and specifically the Bitcoin culture.", "creator": "Honey Badgers Team", "attributes": [{"trait_type": "Background", "value": "yellow"}, {"trait_type": "Body", "value": "dark blue"}, {"trait_type": "Mane", "value": "blonde"}, {"trait_type": "Claws", "value": "bloody"}, {"trait_type": "Eyes", "value": "regular"}, {"trait_type": "Headgear", "value": "undead"}, {"trait_type": "Artifacts", "value": "pickaxe"}]}
{"name": "Honey Badgers", "description": "Honey Badgers is a generative 10k PFP collection inscribed on the Bitcoin Blockchain through Ordinals. It is an experiment to see if a native NFT community can emerge and thrive on the native Bitcoin ecosystem. The project doesn\u2019t have a roadmap and its solely purpose is to deliver high quality pixelated art and a fun place to hang out with friends. The collection is Bitcoin themed with the M
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{"name": "Honey Badgers", "description": "Honey Badgers is a generative 10k PFP collection inscribed on the Bitcoin Blockchain through Ordinals. It is an experiment to see if a native NFT community can emerge and thrive on the native Bitcoin ecosystem. The project doesn\u2019t have a roadmap and its solely purpose is to deliver high quality pixelated art and a fun place to hang out with friends. The collection is Bitcoin themed with the M
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{"name": "Honey Badgers", "description": "Honey Badgers is a generative 10k PFP collection inscribed on the Bitcoin Blockchain through Ordinals. It is an experiment to see if a native NFT community can emerge and thrive on the native Bitcoin ecosystem. The project doesn\u2019t have a roadmap and its solely purpose is to deliver high quality pixelated art and a fun place to hang out with friends. The collection is Bitcoin themed with the M
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{"name": "Honey Badgers", "description": "Honey Badgers is a generative 10k PFP collection inscribed on the Bitcoin Blockchain through Ordinals. It is an experiment to see if a native NFT community can emerge and thrive on the native Bitcoin ecosystem. The project doesn\u2019t have a roadmap and its solely purpose is to deliver high quality pixelated art and a fun place to hang out with friends. The collection is Bitcoin themed with the M
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{"name": "Honey Badgers", "description": "Honey Badgers is a generative 10k PFP collection inscribed on the Bitcoin Blockchain through Ordinals. It is an experiment to see if a native NFT community can emerge and thrive on the native Bitcoin ecosystem. The project doesn\u2019t have a roadmap and its solely purpose is to deliver high quality pixelated art and a fun place to hang out with friends. The collection is Bitcoin themed with the M
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{"name": "Honey Badgers", "description": "Honey Badgers is a generative 10k PFP collection inscribed on the Bitcoin Blockchain through Ordinals. It is an experiment to see if a native NFT community can emerge and thrive on the native Bitcoin ecosystem. The project doesn\u2019t have a roadmap and its solely purpose is to deliver high quality pixelated art and a fun place to hang out with friends. The collection is Bitcoin themed with the M
honey badger meme being the center of it, but also has many other traits related to crypto and specifically the Bitcoin culture.", "creator": "Honey Badgers Team", "attributes": [{"trait_type": "Background", "value": "red"}, {"trait_type": "Body", "value": "armor"}, {"trait_type": "Mane", "value": "rainbow"}, {"trait_type": "Claws", "value": "bloody"}, {"trait_type": "Eyes", "value": "white"}, {"trait_type": "Headgear", "value": "bull horns"}, {"trait_type": "Artifacts", "value": "ghostly companion"}]}
{"name": "Honey Badgers", "description": "Honey Badgers is a generative 10k PFP collection inscribed on the Bitcoin Blockchain through Ordinals. It is an experiment to see if a native NFT community can emerge and thrive on the native Bitcoin ecosystem. The project doesn\u2019t have a roadmap and its solely purpose is to deliver high quality pixelated art and a fun place to hang out with friends. The collection is Bitcoin themed with the M
honey badger meme being the center of it, but also has many other traits related to crypto and specifically the Bitcoin culture.", "creator": "Honey Badgers Team", "attributes": [{"trait_type": "Background", "value": "purple"}, {"trait_type": "Body", "value": "dark blue"}, {"trait_type": "Mane", "value": "white"}, {"trait_type": "Claws", "value": "BTC whitepaper"}, {"trait_type": "Eyes", "value": "golden"}, {"trait_type": "Headgear", "value": "dark wizard hat"}, {"trait_type": "Artifacts", "value": "eagle"}]}
{"name": "Honey Badgers", "description": "Honey Badgers is a generative 10k PFP collection inscribed on the Bitcoin Blockchain through Ordinals. It is an experiment to see if a native NFT community can emerge and thrive on the native Bitcoin ecosystem. The project doesn\u2019t have a roadmap and its solely purpose is to deliver high quality pixelated art and a fun place to hang out with friends. The collection is Bitcoin themed with the M
honey badger meme being the center of it, but also has many other traits related to crypto and specifically the Bitcoin culture.", "creator": "Honey Badgers Team", "attributes": [{"trait_type": "Background", "value": "pink"}, {"trait_type": "Body", "value": "brown"}, {"trait_type": "Mane", "value": "grey"}, {"trait_type": "Claws", "value": "fire"}, {"trait_type": "Eyes", "value": "regular"}, {"trait_type": "Headgear", "value": "mohawk"}, {"trait_type": "Artifacts", "value": "lamp"}]}
{"name": "Honey Badgers", "description": "Honey Badgers is a generative 10k PFP collection inscribed on the Bitcoin Blockchain through Ordinals. It is an experiment to see if a native NFT community can emerge and thrive on the native Bitcoin ecosystem. The project doesn\u2019t have a roadmap and its solely purpose is to deliver high quality pixelated art and a fun place to hang out with friends. The collection is Bitcoin themed with the M
honey badger meme being the center of it, but also has many other traits related to crypto and specifically the Bitcoin culture.", "creator": "Honey Badgers Team", "attributes": [{"trait_type": "Background", "value": "green"}, {"trait_type": "Body", "value": "dark blue"}, {"trait_type": "Mane", "value": "blonde"}, {"trait_type": "Claws", "value": "BTC whitepaper"}, {"trait_type": "Eyes", "value": "regular"}, {"trait_type": "Headgear", "value": "none"}, {"trait_type": "Artifacts", "value": "none"}]}
{"name": "Honey Badgers", "description": "Honey Badgers is a generative 10k PFP collection inscribed on the Bitcoin Blockchain through Ordinals. It is an experiment to see if a native NFT community can emerge and thrive on the native Bitcoin ecosystem. The project doesn\u2019t have a roadmap and its solely purpose is to deliver high quality pixelated art and a fun place to hang out with friends. The collection is Bitcoin themed with the M
honey badger meme being the center of it, but also has many other traits related to crypto and specifically the Bitcoin culture.", "creator": "Honey Badgers Team", "attributes": [{"trait_type": "Background", "value": "yellow"}, {"trait_type": "Body", "value": "white"}, {"trait_type": "Mane", "value": "greenish"}, {"trait_type": "Claws", "value": "long claws"}, {"trait_type": "Eyes", "value": "red"}, {"trait_type": "Headgear", "value": "bull horns"}, {"trait_type": "Artifacts", "value": "eagle"}]}
{"name": "Honey Badgers", "description": "Honey Badgers is a generative 10k PFP collection inscribed on the Bitcoin Blockchain through Ordinals. It is an experiment to see if a native NFT community can emerge and thrive on the native Bitcoin ecosystem. The project doesn\u2019t have a roadmap and its solely purpose is to deliver high quality pixelated art and a fun place to hang out with friends. The collection is Bitcoin themed with the M
honey badger meme being the center of it, but also has many other traits related to crypto and specifically the Bitcoin culture.", "creator": "Honey Badgers Team", "attributes": [{"trait_type": "Background", "value": "green"}, {"trait_type": "Body", "value": "blue"}, {"trait_type": "Mane", "value": "white"}, {"trait_type": "Claws", "value": "long claws"}, {"trait_type": "Eyes", "value": "green"}, {"trait_type": "Headgear", "value": "bull horns"}, {"trait_type": "Artifacts", "value": "pirate flag"}]}
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{"name": "Honey Badgers", "description": "Honey Badgers is a generative 10k PFP collection inscribed on the Bitcoin Blockchain through Ordinals. It is an experiment to see if a native NFT community can emerge and thrive on the native Bitcoin ecosystem. The project doesn\u2019t have a roadmap and its solely purpose is to deliver high quality pixelated art and a fun place to hang out with friends. The collection is Bitcoin themed with the M
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{"name": "Honey Badgers", "description": "Honey Badgers is a generative 10k PFP collection inscribed on the Bitcoin Blockchain through Ordinals. It is an experiment to see if a native NFT community can emerge and thrive on the native Bitcoin ecosystem. The project doesn\u2019t have a roadmap and its solely purpose is to deliver high quality pixelated art and a fun place to hang out with friends. The collection is Bitcoin themed with the M
honey badger meme being the center of it, but also has many other traits related to crypto and specifically the Bitcoin culture.", "creator": "Honey Badgers Team", "attributes": [{"trait_type": "Background", "value": "red"}, {"trait_type": "Body", "value": "tribal tattoo"}, {"trait_type": "Mane", "value": "blonde"}, {"trait_type": "Claws", "value": "wrapped"}, {"trait_type": "Eyes", "value": "blue"}, {"trait_type": "Headgear", "value": "mohawk"}, {"trait_type": "Artifacts", "value": "hobo bindle"}]}
{"name": "Honey Badgers", "description": "Honey Badgers is a generative 10k PFP collection inscribed on the Bitcoin Blockchain through Ordinals. It is an experiment to see if a native NFT community can emerge and thrive on the native Bitcoin ecosystem. The project doesn\u2019t have a roadmap and its solely purpose is to deliver high quality pixelated art and a fun place to hang out with friends. The collection is Bitcoin themed with the M
honey badger meme being the center of it, but also has many other traits related to crypto and specifically the Bitcoin culture.", "creator": "Honey Badgers Team", "attributes": [{"trait_type": "Background", "value": "yellow"}, {"trait_type": "Body", "value": "tribal tattoo"}, {"trait_type": "Mane", "value": "toxic green"}, {"trait_type": "Claws", "value": "BTC whitepaper"}, {"trait_type": "Eyes", "value": "white"}, {"trait_type": "Headgear", "value": "unicorn"}, {"trait_type": "Artifacts", "value": "pauldrons"}]}
{"name": "Honey Badgers", "description": "Honey Badgers is a generative 10k PFP collection inscribed on the Bitcoin Blockchain through Ordinals. It is an experiment to see if a native NFT community can emerge and thrive on the native Bitcoin ecosystem. The project doesn\u2019t have a roadmap and its solely purpose is to deliver high quality pixelated art and a fun place to hang out with friends. The collection is Bitcoin themed with the M
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{"name": "Honey Badgers", "description": "Honey Badgers is a generative 10k PFP collection inscribed on the Bitcoin Blockchain through Ordinals. It is an experiment to see if a native NFT community can emerge and thrive on the native Bitcoin ecosystem. The project doesn\u2019t have a roadmap and its solely purpose is to deliver high quality pixelated art and a fun place to hang out with friends. The collection is Bitcoin themed with the M
honey badger meme being the center of it, but also has many other traits related to crypto and specifically the Bitcoin culture.", "creator": "Honey Badgers Team", "attributes": [{"trait_type": "Background", "value": "red"}, {"trait_type": "Body", "value": "black"}, {"trait_type": "Mane", "value": "greenish"}, {"trait_type": "Claws", "value": "wrapped"}, {"trait_type": "Eyes", "value": "red"}, {"trait_type": "Headgear", "value": "none"}, {"trait_type": "Artifacts", "value": "none"}]}
{"name": "Honey Badgers", "description": "Honey Badgers is a generative 10k PFP collection inscribed on the Bitcoin Blockchain through Ordinals. It is an experiment to see if a native NFT community can emerge and thrive on the native Bitcoin ecosystem. The project doesn\u2019t have a roadmap and its solely purpose is to deliver high quality pixelated art and a fun place to hang out with friends. The collection is Bitcoin themed with the M
honey badger meme being the center of it, but also has many other traits related to crypto and specifically the Bitcoin culture.", "creator": "Honey Badgers Team", "attributes": [{"trait_type": "Background", "value": "purple"}, {"trait_type": "Body", "value": "golden armor"}, {"trait_type": "Mane", "value": "blue fire"}, {"trait_type": "Claws", "value": "regular"}, {"trait_type": "Eyes", "value": "regular"}, {"trait_type": "Headgear", "value": "undead"}, {"trait_type": "Artifacts", "value": "hobo bindle"}]}
{"name": "Honey Badgers", "description": "Honey Badgers is a generative 10k PFP collection inscribed on the Bitcoin Blockchain through Ordinals. It is an experiment to see if a native NFT community can emerge and thrive on the native Bitcoin ecosystem. The project doesn\u2019t have a roadmap and its solely purpose is to deliver high quality pixelated art and a fun place to hang out with friends. The collection is Bitcoin themed with the M
honey badger meme being the center of it, but also has many other traits related to crypto and specifically the Bitcoin culture.", "creator": "Honey Badgers Team", "attributes": [{"trait_type": "Background", "value": "purple"}, {"trait_type": "Body", "value": "white"}, {"trait_type": "Mane", "value": "grey"}, {"trait_type": "Claws", "value": "long claws"}, {"trait_type": "Eyes", "value": "blue"}, {"trait_type": "Headgear", "value": "unicorn"}, {"trait_type": "Artifacts", "value": "hobo bindle"}]}
{"name": "Honey Badgers", "description": "Honey Badgers is a generative 10k PFP collection inscribed on the Bitcoin Blockchain through Ordinals. It is an experiment to see if a native NFT community can emerge and thrive on the native Bitcoin ecosystem. The project doesn\u2019t have a roadmap and its solely purpose is to deliver high quality pixelated art and a fun place to hang out with friends. The collection is Bitcoin themed with the M
honey badger meme being the center of it, but also has many other traits related to crypto and specifically the Bitcoin culture.", "creator": "Honey Badgers Team", "attributes": [{"trait_type": "Background", "value": "purple"}, {"trait_type": "Body", "value": "white"}, {"trait_type": "Mane", "value": "grey"}, {"trait_type": "Claws", "value": "regular"}, {"trait_type": "Eyes", "value": "regular"}, {"trait_type": "Headgear", "value": "none"}, {"trait_type": "Artifacts", "value": "axe"}]}
{"name": "Honey Badgers", "description": "Honey Badgers is a generative 10k PFP collection inscribed on the Bitcoin Blockchain through Ordinals. It is an experiment to see if a native NFT community can emerge and thrive on the native Bitcoin ecosystem. The project doesn\u2019t have a roadmap and its solely purpose is to deliver high quality pixelated art and a fun place to hang out with friends. The collection is Bitcoin themed with the M
honey badger meme being the center of it, but also has many other traits related to crypto and specifically the Bitcoin culture.", "creator": "Honey Badgers Team", "attributes": [{"trait_type": "Background", "value": "pink"}, {"trait_type": "Body", "value": "white"}, {"trait_type": "Mane", "value": "white"}, {"trait_type": "Claws", "value": "long claws"}, {"trait_type": "Eyes", "value": "red"}, {"trait_type": "Headgear", "value": "none"}, {"trait_type": "Artifacts", "value": "hobo bindle"}]}
{"name": "Honey Badgers", "description": "Honey Badgers is a generative 10k PFP collection inscribed on the Bitcoin Blockchain through Ordinals. It is an experiment to see if a native NFT community can emerge and thrive on the native Bitcoin ecosystem. The project doesn\u2019t have a roadmap and its solely purpose is to deliver high quality pixelated art and a fun place to hang out with friends. The collection is Bitcoin themed with the M
honey badger meme being the center of it, but also has many other traits related to crypto and specifically the Bitcoin culture.", "creator": "Honey Badgers Team", "attributes": [{"trait_type": "Background", "value": "green"}, {"trait_type": "Body", "value": "zombie"}, {"trait_type": "Mane", "value": "greenish"}, {"trait_type": "Claws", "value": "regular"}, {"trait_type": "Eyes", "value": "regular"}, {"trait_type": "Headgear", "value": "thief hood"}, {"trait_type": "Artifacts", "value": "eagle"}]}
{"name": "Honey Badgers", "description": "Honey Badgers is a generative 10k PFP collection inscribed on the Bitcoin Blockchain through Ordinals. It is an experiment to see if a native NFT community can emerge and thrive on the native Bitcoin ecosystem. The project doesn\u2019t have a roadmap and its solely purpose is to deliver high quality pixelated art and a fun place to hang out with friends. The collection is Bitcoin themed with the M
honey badger meme being the center of it, but also has many other traits related to crypto and specifically the Bitcoin culture.", "creator": "Honey Badgers Team", "attributes": [{"trait_type": "Background", "value": "pink"}, {"trait_type": "Body", "value": "tiger"}, {"trait_type": "Mane", "value": "fire"}, {"trait_type": "Claws", "value": "BTC whitepaper"}, {"trait_type": "Eyes", "value": "white"}, {"trait_type": "Headgear", "value": "bull horns"}, {"trait_type": "Artifacts", "value": "sword"}]}
{"name": "Honey Badgers", "description": "Honey Badgers is a generative 10k PFP collection inscribed on the Bitcoin Blockchain through Ordinals. It is an experiment to see if a native NFT community can emerge and thrive on the native Bitcoin ecosystem. The project doesn\u2019t have a roadmap and its solely purpose is to deliver high quality pixelated art and a fun place to hang out with friends. The collection is Bitcoin themed with the M
honey badger meme being the center of it, but also has many other traits related to crypto and specifically the Bitcoin culture.", "creator": "Honey Badgers Team", "attributes": [{"trait_type": "Background", "value": "yellow"}, {"trait_type": "Body", "value": "golden armor"}, {"trait_type": "Mane", "value": "grey"}, {"trait_type": "Claws", "value": "wrapped"}, {"trait_type": "Eyes", "value": "green"}, {"trait_type": "Headgear", "value": "undead"}, {"trait_type": "Artifacts", "value": "hobo bindle"}]}
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{"name": "Honey Badgers", "description": "Honey Badgers is a generative 10k PFP collection inscribed on the Bitcoin Blockchain through Ordinals. It is an experiment to see if a native NFT community can emerge and thrive on the native Bitcoin ecosystem. The project doesn\u2019t have a roadmap and its solely purpose is to deliver high quality pixelated art and a fun place to hang out with friends. The collection is Bitcoin themed with the M
honey badger meme being the center of it, but also has many other traits related to crypto and specifically the Bitcoin culture.", "creator": "Honey Badgers Team", "attributes": [{"trait_type": "Background", "value": "blue"}, {"trait_type": "Body", "value": "carrot"}, {"trait_type": "Mane", "value": "greenish"}, {"trait_type": "Claws", "value": "long claws"}, {"trait_type": "Eyes", "value": "green"}, {"trait_type": "Headgear", "value": "none"}, {"trait_type": "Artifacts", "value": "frozen staff"}]}
{"name": "Honey Badgers", "description": "Honey Badgers is a generative 10k PFP collection inscribed on the Bitcoin Blockchain through Ordinals. It is an experiment to see if a native NFT community can emerge and thrive on the native Bitcoin ecosystem. The project doesn\u2019t have a roadmap and its solely purpose is to deliver high quality pixelated art and a fun place to hang out with friends. The collection is Bitcoin themed with the M
honey badger meme being the center of it, but also has many other traits related to crypto and specifically the Bitcoin culture.", "creator": "Honey Badgers Team", "attributes": [{"trait_type": "Background", "value": "yellow"}, {"trait_type": "Body", "value": "tribal tattoo"}, {"trait_type": "Mane", "value": "greenish"}, {"trait_type": "Claws", "value": "blue fire"}, {"trait_type": "Eyes", "value": "white"}, {"trait_type": "Headgear", "value": "mohawk"}, {"trait_type": "Artifacts", "value": "frozen staff"}]}
{"name": "Honey Badgers", "description": "Honey Badgers is a generative 10k PFP collection inscribed on the Bitcoin Blockchain through Ordinals. It is an experiment to see if a native NFT community can emerge and thrive on the native Bitcoin ecosystem. The project doesn\u2019t have a roadmap and its solely purpose is to deliver high quality pixelated art and a fun place to hang out with friends. The collection is Bitcoin themed with the M
honey badger meme being the center of it, but also has many other traits related to crypto and specifically the Bitcoin culture.", "creator": "Honey Badgers Team", "attributes": [{"trait_type": "Background", "value": "green"}, {"trait_type": "Body", "value": "white"}, {"trait_type": "Mane", "value": "toxic green"}, {"trait_type": "Claws", "value": "long claws"}, {"trait_type": "Eyes", "value": "blue"}, {"trait_type": "Headgear", "value": "unicorn"}, {"trait_type": "Artifacts", "value": "wizard staff"}]}
{"name": "Honey Badgers", "description": "Honey Badgers is a generative 10k PFP collection inscribed on the Bitcoin Blockchain through Ordinals. It is an experiment to see if a native NFT community can emerge and thrive on the native Bitcoin ecosystem. The project doesn\u2019t have a roadmap and its solely purpose is to deliver high quality pixelated art and a fun place to hang out with friends. The collection is Bitcoin themed with the M
honey badger meme being the center of it, but also has many other traits related to crypto and specifically the Bitcoin culture.", "creator": "Honey Badgers Team", "attributes": [{"trait_type": "Background", "value": "purple"}, {"trait_type": "Body", "value": "silver"}, {"trait_type": "Mane", "value": "grey"}, {"trait_type": "Claws", "value": "regular"}, {"trait_type": "Eyes", "value": "white"}, {"trait_type": "Headgear", "value": "wizard hat"}, {"trait_type": "Artifacts", "value": "dagger"}]}
{"name": "Honey Badgers", "description": "Honey Badgers is a generative 10k PFP collection inscribed on the Bitcoin Blockchain through Ordinals. It is an experiment to see if a native NFT community can emerge and thrive on the native Bitcoin ecosystem. The project doesn\u2019t have a roadmap and its solely purpose is to deliver high quality pixelated art and a fun place to hang out with friends. The collection is Bitcoin themed with the M
honey badger meme being the center of it, but also has many other traits related to crypto and specifically the Bitcoin culture.", "creator": "Honey Badgers Team", "attributes": [{"trait_type": "Background", "value": "yellow"}, {"trait_type": "Body", "value": "mage robes"}, {"trait_type": "Mane", "value": "black"}, {"trait_type": "Claws", "value": "long claws"}, {"trait_type": "Eyes", "value": "blue"}, {"trait_type": "Headgear", "value": "thief hood"}, {"trait_type": "Artifacts", "value": "ghostly companion"}]}
{"name": "Honey Badgers", "description": "Honey Badgers is a generative 10k PFP collection inscribed on the Bitcoin Blockchain through Ordinals. It is an experiment to see if a native NFT community can emerge and thrive on the native Bitcoin ecosystem. The project doesn\u2019t have a roadmap and its solely purpose is to deliver high quality pixelated art and a fun place to hang out with friends. The collection is Bitcoin themed with the M
honey badger meme being the center of it, but also has many other traits related to crypto and specifically the Bitcoin culture.", "creator": "Honey Badgers Team", "attributes": [{"trait_type": "Background", "value": "pink"}, {"trait_type": "Body", "value": "carrot"}, {"trait_type": "Mane", "value": "black"}, {"trait_type": "Claws", "value": "honey pot"}, {"trait_type": "Eyes", "value": "regular"}, {"trait_type": "Headgear", "value": "bull horns"}, {"trait_type": "Artifacts", "value": "shield"}]}
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{"name": "Honey Badgers", "description": "Honey Badgers is a generative 10k PFP collection inscribed on the Bitcoin Blockchain through Ordinals. It is an experiment to see if a native NFT community can emerge and thrive on the native Bitcoin ecosystem. The project doesn\u2019t have a roadmap and its solely purpose is to deliver high quality pixelated art and a fun place to hang out with friends. The collection is Bitcoin themed with the M
honey badger meme being the center of it, but also has many other traits related to crypto and specifically the Bitcoin culture.", "creator": "Honey Badgers Team", "attributes": [{"trait_type": "Background", "value": "yellow"}, {"trait_type": "Body", "value": "tiger"}, {"trait_type": "Mane", "value": "greenish"}, {"trait_type": "Claws", "value": "BTC whitepaper"}, {"trait_type": "Eyes", "value": "regular"}, {"trait_type": "Headgear", "value": "none"}, {"trait_type": "Artifacts", "value": "cape"}]}
{"name": "Honey Badgers", "description": "Honey Badgers is a generative 10k PFP collection inscribed on the Bitcoin Blockchain through Ordinals. It is an experiment to see if a native NFT community can emerge and thrive on the native Bitcoin ecosystem. The project doesn\u2019t have a roadmap and its solely purpose is to deliver high quality pixelated art and a fun place to hang out with friends. The collection is Bitcoin themed with the M
honey badger meme being the center of it, but also has many other traits related to crypto and specifically the Bitcoin culture.", "creator": "Honey Badgers Team", "attributes": [{"trait_type": "Background", "value": "pink"}, {"trait_type": "Body", "value": "white"}, {"trait_type": "Mane", "value": "white"}, {"trait_type": "Claws", "value": "regular"}, {"trait_type": "Eyes", "value": "white"}, {"trait_type": "Headgear", "value": "none"}, {"trait_type": "Artifacts", "value": "poisoned dagger"}]}
{"name": "Honey Badgers", "description": "Honey Badgers is a generative 10k PFP collection inscribed on the Bitcoin Blockchain through Ordinals. It is an experiment to see if a native NFT community can emerge and thrive on the native Bitcoin ecosystem. The project doesn\u2019t have a roadmap and its solely purpose is to deliver high quality pixelated art and a fun place to hang out with friends. The collection is Bitcoin themed with the M
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{"name": "Honey Badgers", "description": "Honey Badgers is a generative 10k PFP collection inscribed on the Bitcoin Blockchain through Ordinals. It is an experiment to see if a native NFT community can emerge and thrive on the native Bitcoin ecosystem. The project doesn\u2019t have a roadmap and its solely purpose is to deliver high quality pixelated art and a fun place to hang out with friends. The collection is Bitcoin themed with the M
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{"name": "Honey Badgers", "description": "Honey Badgers is a generative 10k PFP collection inscribed on the Bitcoin Blockchain through Ordinals. It is an experiment to see if a native NFT community can emerge and thrive on the native Bitcoin ecosystem. The project doesn\u2019t have a roadmap and its solely purpose is to deliver high quality pixelated art and a fun place to hang out with friends. The collection is Bitcoin themed with the M
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{"name": "Honey Badgers", "description": "Honey Badgers is a generative 10k PFP collection inscribed on the Bitcoin Blockchain through Ordinals. It is an experiment to see if a native NFT community can emerge and thrive on the native Bitcoin ecosystem. The project doesn\u2019t have a roadmap and its solely purpose is to deliver high quality pixelated art and a fun place to hang out with friends. The collection is Bitcoin themed with the M
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{"name": "Honey Badgers", "description": "Honey Badgers is a generative 10k PFP collection inscribed on the Bitcoin Blockchain through Ordinals. It is an experiment to see if a native NFT community can emerge and thrive on the native Bitcoin ecosystem. The project doesn\u2019t have a roadmap and its solely purpose is to deliver high quality pixelated art and a fun place to hang out with friends. The collection is Bitcoin themed with the M
honey badger meme being the center of it, but also has many other traits related to crypto and specifically the Bitcoin culture.", "creator": "Honey Badgers Team", "attributes": [{"trait_type": "Background", "value": "pink"}, {"trait_type": "Body", "value": "brown"}, {"trait_type": "Mane", "value": "white"}, {"trait_type": "Claws", "value": "long claws"}, {"trait_type": "Eyes", "value": "regular"}, {"trait_type": "Headgear", "value": "unicorn"}, {"trait_type": "Artifacts", "value": "lamp"}]}
{"name": "Honey Badgers", "description": "Honey Badgers is a generative 10k PFP collection inscribed on the Bitcoin Blockchain through Ordinals. It is an experiment to see if a native NFT community can emerge and thrive on the native Bitcoin ecosystem. The project doesn\u2019t have a roadmap and its solely purpose is to deliver high quality pixelated art and a fun place to hang out with friends. The collection is Bitcoin themed with the M
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{"name": "Honey Badgers", "description": "Honey Badgers is a generative 10k PFP collection inscribed on the Bitcoin Blockchain through Ordinals. It is an experiment to see if a native NFT community can emerge and thrive on the native Bitcoin ecosystem. The project doesn\u2019t have a roadmap and its solely purpose is to deliver high quality pixelated art and a fun place to hang out with friends. The collection is Bitcoin themed with the M
honey badger meme being the center of it, but also has many other traits related to crypto and specifically the Bitcoin culture.", "creator": "Honey Badgers Team", "attributes": [{"trait_type": "Background", "value": "blue"}, {"trait_type": "Body", "value": "armor"}, {"trait_type": "Mane", "value": "grey"}, {"trait_type": "Claws", "value": "midas touch"}, {"trait_type": "Eyes", "value": "red"}, {"trait_type": "Headgear", "value": "dark wizard hat"}, {"trait_type": "Artifacts", "value": "dagger"}]}
{"name": "Honey Badgers", "description": "Honey Badgers is a generative 10k PFP collection inscribed on the Bitcoin Blockchain through Ordinals. It is an experiment to see if a native NFT community can emerge and thrive on the native Bitcoin ecosystem. The project doesn\u2019t have a roadmap and its solely purpose is to deliver high quality pixelated art and a fun place to hang out with friends. The collection is Bitcoin themed with the M
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{"name": "Honey Badgers", "description": "Honey Badgers is a generative 10k PFP collection inscribed on the Bitcoin Blockchain through Ordinals. It is an experiment to see if a native NFT community can emerge and thrive on the native Bitcoin ecosystem. The project doesn\u2019t have a roadmap and its solely purpose is to deliver high quality pixelated art and a fun place to hang out with friends. The collection is Bitcoin themed with the M
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{"name": "Honey Badgers", "description": "Honey Badgers is a generative 10k PFP collection inscribed on the Bitcoin Blockchain through Ordinals. It is an experiment to see if a native NFT community can emerge and thrive on the native Bitcoin ecosystem. The project doesn\u2019t have a roadmap and its solely purpose is to deliver high quality pixelated art and a fun place to hang out with friends. The collection is Bitcoin themed with the M
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{"name": "Honey Badgers", "description": "Honey Badgers is a generative 10k PFP collection inscribed on the Bitcoin Blockchain through Ordinals. It is an experiment to see if a native NFT community can emerge and thrive on the native Bitcoin ecosystem. The project doesn\u2019t have a roadmap and its solely purpose is to deliver high quality pixelated art and a fun place to hang out with friends. The collection is Bitcoin themed with the M
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{"name": "Honey Badgers", "description": "Honey Badgers is a generative 10k PFP collection inscribed on the Bitcoin Blockchain through Ordinals. It is an experiment to see if a native NFT community can emerge and thrive on the native Bitcoin ecosystem. The project doesn\u2019t have a roadmap and its solely purpose is to deliver high quality pixelated art and a fun place to hang out with friends. The collection is Bitcoin themed with the M
honey badger meme being the center of it, but also has many other traits related to crypto and specifically the Bitcoin culture.", "creator": "Honey Badgers Team", "attributes": [{"trait_type": "Background", "value": "purple"}, {"trait_type": "Body", "value": "mage robes"}, {"trait_type": "Mane", "value": "rainbow"}, {"trait_type": "Claws", "value": "long claws"}, {"trait_type": "Eyes", "value": "regular"}, {"trait_type": "Headgear", "value": "undead"}, {"trait_type": "Artifacts", "value": "wizard staff"}]}
{"name": "Honey Badgers", "description": "Honey Badgers is a generative 10k PFP collection inscribed on the Bitcoin Blockchain through Ordinals. It is an experiment to see if a native NFT community can emerge and thrive on the native Bitcoin ecosystem. The project doesn\u2019t have a roadmap and its solely purpose is to deliver high quality pixelated art and a fun place to hang out with friends. The collection is Bitcoin themed with the M
honey badger meme being the center of it, but also has many other traits related to crypto and specifically the Bitcoin culture.", "creator": "Honey Badgers Team", "attributes": [{"trait_type": "Background", "value": "pink"}, {"trait_type": "Body", "value": "dark blue"}, {"trait_type": "Mane", "value": "blue fire"}, {"trait_type": "Claws", "value": "long claws"}, {"trait_type": "Eyes", "value": "regular"}, {"trait_type": "Headgear", "value": "badger"}, {"trait_type": "Artifacts", "value": "pauldrons"}]}
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honey badger meme being the center of it, but also has many other traits related to crypto and specifically the Bitcoin culture.", "creator": "Honey Badgers Team", "attributes": [{"trait_type": "Background", "value": "yellow"}, {"trait_type": "Body", "value": "dark blue"}, {"trait_type": "Mane", "value": "white"}, {"trait_type": "Claws", "value": "BTC whitepaper"}, {"trait_type": "Eyes", "value": "white"}, {"trait_type": "Headgear", "value": "crown"}, {"trait_type": "Artifacts", "value": "parrot"}]}
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{"name": "Honey Badgers", "description": "Honey Badgers is a generative 10k PFP collection inscribed on the Bitcoin Blockchain through Ordinals. It is an experiment to see if a native NFT community can emerge and thrive on the native Bitcoin ecosystem. The project doesn\u2019t have a roadmap and its solely purpose is to deliver high quality pixelated art and a fun place to hang out with friends. The collection is Bitcoin themed with the M
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{"name": "Honey Badgers", "description": "Honey Badgers is a generative 10k PFP collection inscribed on the Bitcoin Blockchain through Ordinals. It is an experiment to see if a native NFT community can emerge and thrive on the native Bitcoin ecosystem. The project doesn\u2019t have a roadmap and its solely purpose is to deliver high quality pixelated art and a fun place to hang out with friends. The collection is Bitcoin themed with the M
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{"name": "Honey Badgers", "description": "Honey Badgers is a generative 10k PFP collection inscribed on the Bitcoin Blockchain through Ordinals. It is an experiment to see if a native NFT community can emerge and thrive on the native Bitcoin ecosystem. The project doesn\u2019t have a roadmap and its solely purpose is to deliver high quality pixelated art and a fun place to hang out with friends. The collection is Bitcoin themed with the M
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{"name": "Honey Badgers", "description": "Honey Badgers is a generative 10k PFP collection inscribed on the Bitcoin Blockchain through Ordinals. It is an experiment to see if a native NFT community can emerge and thrive on the native Bitcoin ecosystem. The project doesn\u2019t have a roadmap and its solely purpose is to deliver high quality pixelated art and a fun place to hang out with friends. The collection is Bitcoin themed with the M
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{"name": "Honey Badgers", "description": "Honey Badgers is a generative 10k PFP collection inscribed on the Bitcoin Blockchain through Ordinals. It is an experiment to see if a native NFT community can emerge and thrive on the native Bitcoin ecosystem. The project doesn\u2019t have a roadmap and its solely purpose is to deliver high quality pixelated art and a fun place to hang out with friends. The collection is Bitcoin themed with the M
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{"name": "Honey Badgers", "description": "Honey Badgers is a generative 10k PFP collection inscribed on the Bitcoin Blockchain through Ordinals. It is an experiment to see if a native NFT community can emerge and thrive on the native Bitcoin ecosystem. The project doesn\u2019t have a roadmap and its solely purpose is to deliver high quality pixelated art and a fun place to hang out with friends. The collection is Bitcoin themed with the M
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{"name": "Honey Badgers", "description": "Honey Badgers is a generative 10k PFP collection inscribed on the Bitcoin Blockchain through Ordinals. It is an experiment to see if a native NFT community can emerge and thrive on the native Bitcoin ecosystem. The project doesn\u2019t have a roadmap and its solely purpose is to deliver high quality pixelated art and a fun place to hang out with friends. The collection is Bitcoin themed with the M
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{"name": "Honey Badgers", "description": "Honey Badgers is a generative 10k PFP collection inscribed on the Bitcoin Blockchain through Ordinals. It is an experiment to see if a native NFT community can emerge and thrive on the native Bitcoin ecosystem. The project doesn\u2019t have a roadmap and its solely purpose is to deliver high quality pixelated art and a fun place to hang out with friends. The collection is Bitcoin themed with the M
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{"name": "Honey Badgers", "description": "Honey Badgers is a generative 10k PFP collection inscribed on the Bitcoin Blockchain through Ordinals. It is an experiment to see if a native NFT community can emerge and thrive on the native Bitcoin ecosystem. The project doesn\u2019t have a roadmap and its solely purpose is to deliver high quality pixelated art and a fun place to hang out with friends. The collection is Bitcoin themed with the M
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{"name": "Honey Badgers", "description": "Honey Badgers is a generative 10k PFP collection inscribed on the Bitcoin Blockchain through Ordinals. It is an experiment to see if a native NFT community can emerge and thrive on the native Bitcoin ecosystem. The project doesn\u2019t have a roadmap and its solely purpose is to deliver high quality pixelated art and a fun place to hang out with friends. The collection is Bitcoin themed with the M
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{"name": "Honey Badgers", "description": "Honey Badgers is a generative 10k PFP collection inscribed on the Bitcoin Blockchain through Ordinals. It is an experiment to see if a native NFT community can emerge and thrive on the native Bitcoin ecosystem. The project doesn\u2019t have a roadmap and its solely purpose is to deliver high quality pixelated art and a fun place to hang out with friends. The collection is Bitcoin themed with the M
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12,v=60;function z(e,t){const n=Math.log(1-t)/Math.log(1-e);return e=>1-Math.pow(1-e,n)}class V{constructor(e,t,n){const{model:r,inputDim:i}=j(t,n);this.model=r,this.inputDim=i,this.iteration=0,this.stage=0;const o=new Date(parseInt(e.birthYear),0,1).getTime(),a=new Date(parseInt(e.birthYear)+1,0,1).getTime();this.birthDate=new Date(Math.floor((o+a)/2));const l=zr.filter((t=>t[0]==e.lifeCycle))[0][2];this.growSpeed=365/l,this.cycleLength=60*l*24*3600*1e3,this.growthFunc=z(.4,.8)}updateAge(e){const t=(e.getTime()-thM
is.birthDate.getTime())/31536e6*this.growSpeed;this.iteration=Math.floor(t/60);const n=t-60*this.iteration;let r;this.age=n;let i,o=0;if(n<25){let e=map(n,0,25,0,1);o=this.growthFunc(e),r=(25-n)/60,this.stage=1,this.stageRatio=map(n,0,25,0,1)}else n<50?(o=1,r=(50-n)/60,this.stage=2,this.stageRatio=map(n,25,50,0,1)):n<y?(o=map(n,50,y,1,0),r=(y-n)/60,this.stage=3,this.stageRatio=map(n,50,y,0,1)):n<w?(o=0,r=(w-n)/60,this.stage=4,this.stageRatio=map(n,y,w,0,1)):n<60&&(o=0,r=(60-n)/60,this.stage=5,this.stageRatio=map(n,M
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{"name": "Honey Badgers", "description": "Honey Badgers is a generative 10k PFP collection inscribed on the Bitcoin Blockchain through Ordinals. It is an experiment to see if a native NFT community can emerge and thrive on the native Bitcoin ecosystem. The project doesn\u2019t have a roadmap and its solely purpose is to deliver high quality pixelated art and a fun place to hang out with friends. The collection is Bitcoin themed with the M
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{"name": "Honey Badgers", "description": "Honey Badgers is a generative 10k PFP collection inscribed on the Bitcoin Blockchain through Ordinals. It is an experiment to see if a native NFT community can emerge and thrive on the native Bitcoin ecosystem. The project doesn\u2019t have a roadmap and its solely purpose is to deliver high quality pixelated art and a fun place to hang out with friends. The collection is Bitcoin themed with the M
honey badger meme being the center of it, but also has many other traits related to crypto and specifically the Bitcoin culture.", "creator": "Honey Badgers Team", "attributes": [{"trait_type": "Background", "value": "purple"}, {"trait_type": "Body", "value": "white"}, {"trait_type": "Mane", "value": "black"}, {"trait_type": "Claws", "value": "regular"}, {"trait_type": "Eyes", "value": "white"}, {"trait_type": "Headgear", "value": "none"}, {"trait_type": "Artifacts", "value": "none"}]}
{"name": "Honey Badgers", "description": "Honey Badgers is a generative 10k PFP collection inscribed on the Bitcoin Blockchain through Ordinals. It is an experiment to see if a native NFT community can emerge and thrive on the native Bitcoin ecosystem. The project doesn\u2019t have a roadmap and its solely purpose is to deliver high quality pixelated art and a fun place to hang out with friends. The collection is Bitcoin themed with the M
honey badger meme being the center of it, but also has many other traits related to crypto and specifically the Bitcoin culture.", "creator": "Honey Badgers Team", "attributes": [{"trait_type": "Background", "value": "blue"}, {"trait_type": "Body", "value": "black"}, {"trait_type": "Mane", "value": "white"}, {"trait_type": "Claws", "value": "BTC whitepaper"}, {"trait_type": "Eyes", "value": "regular"}, {"trait_type": "Headgear", "value": "none"}, {"trait_type": "Artifacts", "value": "shield"}]}
{"name": "Honey Badgers", "description": "Honey Badgers is a generative 10k PFP collection inscribed on the Bitcoin Blockchain through Ordinals. It is an experiment to see if a native NFT community can emerge and thrive on the native Bitcoin ecosystem. The project doesn\u2019t have a roadmap and its solely purpose is to deliver high quality pixelated art and a fun place to hang out with friends. The collection is Bitcoin themed with the M
honey badger meme being the center of it, but also has many other traits related to crypto and specifically the Bitcoin culture.", "creator": "Honey Badgers Team", "attributes": [{"trait_type": "Background", "value": "blue"}, {"trait_type": "Body", "value": "dark blue"}, {"trait_type": "Mane", "value": "blonde"}, {"trait_type": "Claws", "value": "long claws"}, {"trait_type": "Eyes", "value": "regular"}, {"trait_type": "Headgear", "value": "wizard hat"}, {"trait_type": "Artifacts", "value": "none"}]}
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2d/Foundry USA Pool #dropgold/
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honey badger meme being the center of it, but also has many other traits related to crypto and specifically the Bitcoin culture.", "creator": "Honey Badgers Team", "attributes": [{"trait_type": "Background", "value": "pink"}, {"trait_type": "Body", "value": "orc"}, {"trait_type": "Mane", "value": "grey"}, {"trait_type": "Claws", "value": "regular"}, {"trait_type": "Eyes", "value": "regular"}, {"trait_type": "Headgear", "value": "mohawk"}, {"trait_type": "Artifacts", "value": "none"}]}
{"name": "Honey Badgers", "description": "Honey Badgers is a generative 10k PFP collection inscribed on the Bitcoin Blockchain through Ordinals. It is an experiment to see if a native NFT community can emerge and thrive on the native Bitcoin ecosystem. The project doesn\u2019t have a roadmap and its solely purpose is to deliver high quality pixelated art and a fun place to hang out with friends. The collection is Bitcoin themed with the M
honey badger meme being the center of it, but also has many other traits related to crypto and specifically the Bitcoin culture.", "creator": "Honey Badgers Team", "attributes": [{"trait_type": "Background", "value": "red"}, {"trait_type": "Body", "value": "rainbow"}, {"trait_type": "Mane", "value": "black"}, {"trait_type": "Claws", "value": "long claws"}, {"trait_type": "Eyes", "value": "red"}, {"trait_type": "Headgear", "value": "badger"}, {"trait_type": "Artifacts", "value": "none"}]}
{"name": "Honey Badgers", "description": "Honey Badgers is a generative 10k PFP collection inscribed on the Bitcoin Blockchain through Ordinals. It is an experiment to see if a native NFT community can emerge and thrive on the native Bitcoin ecosystem. The project doesn\u2019t have a roadmap and its solely purpose is to deliver high quality pixelated art and a fun place to hang out with friends. The collection is Bitcoin themed with the M
honey badger meme being the center of it, but also has many other traits related to crypto and specifically the Bitcoin culture.", "creator": "Honey Badgers Team", "attributes": [{"trait_type": "Background", "value": "blue"}, {"trait_type": "Body", "value": "carrot"}, {"trait_type": "Mane", "value": "white"}, {"trait_type": "Claws", "value": "regular"}, {"trait_type": "Eyes", "value": "regular"}, {"trait_type": "Headgear", "value": "wizard hat"}, {"trait_type": "Artifacts", "value": "shield"}]}
{"name": "Honey Badgers", "description": "Honey Badgers is a generative 10k PFP collection inscribed on the Bitcoin Blockchain through Ordinals. It is an experiment to see if a native NFT community can emerge and thrive on the native Bitcoin ecosystem. The project doesn\u2019t have a roadmap and its solely purpose is to deliver high quality pixelated art and a fun place to hang out with friends. The collection is Bitcoin themed with the M
honey badger meme being the center of it, but also has many other traits related to crypto and specifically the Bitcoin culture.", "creator": "Honey Badgers Team", "attributes": [{"trait_type": "Background", "value": "red"}, {"trait_type": "Body", "value": "golden tribal tattoo"}, {"trait_type": "Mane", "value": "grey"}, {"trait_type": "Claws", "value": "regular"}, {"trait_type": "Eyes", "value": "white"}, {"trait_type": "Headgear", "value": "bull horns"}, {"trait_type": "Artifacts", "value": "frozen staff"}]}
{"name": "Honey Badgers", "description": "Honey Badgers is a generative 10k PFP collection inscribed on the Bitcoin Blockchain through Ordinals. It is an experiment to see if a native NFT community can emerge and thrive on the native Bitcoin ecosystem. The project doesn\u2019t have a roadmap and its solely purpose is to deliver high quality pixelated art and a fun place to hang out with friends. The collection is Bitcoin themed with the M
honey badger meme being the center of it, but also has many other traits related to crypto and specifically the Bitcoin culture.", "creator": "Honey Badgers Team", "attributes": [{"trait_type": "Background", "value": "green"}, {"trait_type": "Body", "value": "black"}, {"trait_type": "Mane", "value": "grey"}, {"trait_type": "Claws", "value": "regular"}, {"trait_type": "Eyes", "value": "red"}, {"trait_type": "Headgear", "value": "dark wizard hat"}, {"trait_type": "Artifacts", "value": "sword"}]}
{"name": "Honey Badgers", "description": "Honey Badgers is a generative 10k PFP collection inscribed on the Bitcoin Blockchain through Ordinals. It is an experiment to see if a native NFT community can emerge and thrive on the native Bitcoin ecosystem. The project doesn\u2019t have a roadmap and its solely purpose is to deliver high quality pixelated art and a fun place to hang out with friends. The collection is Bitcoin themed with the M
honey badger meme being the center of it, but also has many other traits related to crypto and specifically the Bitcoin culture.", "creator": "Honey Badgers Team", "attributes": [{"trait_type": "Background", "value": "yellow"}, {"trait_type": "Body", "value": "golden armor"}, {"trait_type": "Mane", "value": "grey"}, {"trait_type": "Claws", "value": "BTC whitepaper"}, {"trait_type": "Eyes", "value": "regular"}, {"trait_type": "Headgear", "value": "skull"}, {"trait_type": "Artifacts", "value": "ghostly companion"}]}
{"name": "Honey Badgers", "description": "Honey Badgers is a generative 10k PFP collection inscribed on the Bitcoin Blockchain through Ordinals. It is an experiment to see if a native NFT community can emerge and thrive on the native Bitcoin ecosystem. The project doesn\u2019t have a roadmap and its solely purpose is to deliver high quality pixelated art and a fun place to hang out with friends. The collection is Bitcoin themed with the M
honey badger meme being the center of it, but also has many other traits related to crypto and specifically the Bitcoin culture.", "creator": "Honey Badgers Team", "attributes": [{"trait_type": "Background", "value": "blue"}, {"trait_type": "Body", "value": "carrot"}, {"trait_type": "Mane", "value": "dragon"}, {"trait_type": "Claws", "value": "BTC whitepaper"}, {"trait_type": "Eyes", "value": "red"}, {"trait_type": "Headgear", "value": "dark wizard hat"}, {"trait_type": "Artifacts", "value": "poisoned dagger"}]}
{"name": "Honey Badgers", "description": "Honey Badgers is a generative 10k PFP collection inscribed on the Bitcoin Blockchain through Ordinals. It is an experiment to see if a native NFT community can emerge and thrive on the native Bitcoin ecosystem. The project doesn\u2019t have a roadmap and its solely purpose is to deliver high quality pixelated art and a fun place to hang out with friends. The collection is Bitcoin themed with the M
honey badger meme being the center of it, but also has many other traits related to crypto and specifically the Bitcoin culture.", "creator": "Honey Badgers Team", "attributes": [{"trait_type": "Background", "value": "purple"}, {"trait_type": "Body", "value": "blue"}, {"trait_type": "Mane", "value": "toxic green"}, {"trait_type": "Claws", "value": "long claws"}, {"trait_type": "Eyes", "value": "red"}, {"trait_type": "Headgear", "value": "dark wizard hat"}, {"trait_type": "Artifacts", "value": "cape"}]}
{"name": "Honey Badgers", "description": "Honey Badgers is a generative 10k PFP collection inscribed on the Bitcoin Blockchain through Ordinals. It is an experiment to see if a native NFT community can emerge and thrive on the native Bitcoin ecosystem. The project doesn\u2019t have a roadmap and its solely purpose is to deliver high quality pixelated art and a fun place to hang out with friends. The collection is Bitcoin themed with the M
honey badger meme being the center of it, but also has many other traits related to crypto and specifically the Bitcoin culture.", "creator": "Honey Badgers Team", "attributes": [{"trait_type": "Background", "value": "green"}, {"trait_type": "Body", "value": "carrot"}, {"trait_type": "Mane", "value": "white"}, {"trait_type": "Claws", "value": "long claws"}, {"trait_type": "Eyes", "value": "red"}, {"trait_type": "Headgear", "value": "none"}, {"trait_type": "Artifacts", "value": "eagle"}]}
{"name": "Honey Badgers", "description": "Honey Badgers is a generative 10k PFP collection inscribed on the Bitcoin Blockchain through Ordinals. It is an experiment to see if a native NFT community can emerge and thrive on the native Bitcoin ecosystem. The project doesn\u2019t have a roadmap and its solely purpose is to deliver high quality pixelated art and a fun place to hang out with friends. The collection is Bitcoin themed with the M
honey badger meme being the center of it, but also has many other traits related to crypto and specifically the Bitcoin culture.", "creator": "Honey Badgers Team", "attributes": [{"trait_type": "Background", "value": "green"}, {"trait_type": "Body", "value": "dark blue"}, {"trait_type": "Mane", "value": "blonde"}, {"trait_type": "Claws", "value": "regular"}, {"trait_type": "Eyes", "value": "golden"}, {"trait_type": "Headgear", "value": "none"}, {"trait_type": "Artifacts", "value": "cape"}]}
{"name": "Honey Badgers", "description": "Honey Badgers is a generative 10k PFP collection inscribed on the Bitcoin Blockchain through Ordinals. It is an experiment to see if a native NFT community can emerge and thrive on the native Bitcoin ecosystem. The project doesn\u2019t have a roadmap and its solely purpose is to deliver high quality pixelated art and a fun place to hang out with friends. The collection is Bitcoin themed with the M
honey badger meme being the center of it, but also has many other traits related to crypto and specifically the Bitcoin culture.", "creator": "Honey Badgers Team", "attributes": [{"trait_type": "Background", "value": "red"}, {"trait_type": "Body", "value": "golden tribal tattoo"}, {"trait_type": "Mane", "value": "greenish"}, {"trait_type": "Claws", "value": "long claws"}, {"trait_type": "Eyes", "value": "regular"}, {"trait_type": "Headgear", "value": "dark wizard hat"}, {"trait_type": "Artifacts", "value": "pickaxeM
{"name": "Honey Badgers", "description": "Honey Badgers is a generative 10k PFP collection inscribed on the Bitcoin Blockchain through Ordinals. It is an experiment to see if a native NFT community can emerge and thrive on the native Bitcoin ecosystem. The project doesn\u2019t have a roadmap and its solely purpose is to deliver high quality pixelated art and a fun place to hang out with friends. The collection is Bitcoin themed with the M
honey badger meme being the center of it, but also has many other traits related to crypto and specifically the Bitcoin culture.", "creator": "Honey Badgers Team", "attributes": [{"trait_type": "Background", "value": "pink"}, {"trait_type": "Body", "value": "rainbow"}, {"trait_type": "Mane", "value": "greenish"}, {"trait_type": "Claws", "value": "bloody"}, {"trait_type": "Eyes", "value": "golden"}, {"trait_type": "Headgear", "value": "mohawk"}, {"trait_type": "Artifacts", "value": "ghostly companion"}]}
{"name": "Honey Badgers", "description": "Honey Badgers is a generative 10k PFP collection inscribed on the Bitcoin Blockchain through Ordinals. It is an experiment to see if a native NFT community can emerge and thrive on the native Bitcoin ecosystem. The project doesn\u2019t have a roadmap and its solely purpose is to deliver high quality pixelated art and a fun place to hang out with friends. The collection is Bitcoin themed with the M
honey badger meme being the center of it, but also has many other traits related to crypto and specifically the Bitcoin culture.", "creator": "Honey Badgers Team", "attributes": [{"trait_type": "Background", "value": "red"}, {"trait_type": "Body", "value": "tiger"}, {"trait_type": "Mane", "value": "blue fire"}, {"trait_type": "Claws", "value": "regular"}, {"trait_type": "Eyes", "value": "green"}, {"trait_type": "Headgear", "value": "none"}, {"trait_type": "Artifacts", "value": "none"}]}
{"name": "Honey Badgers", "description": "Honey Badgers is a generative 10k PFP collection inscribed on the Bitcoin Blockchain through Ordinals. It is an experiment to see if a native NFT community can emerge and thrive on the native Bitcoin ecosystem. The project doesn\u2019t have a roadmap and its solely purpose is to deliver high quality pixelated art and a fun place to hang out with friends. The collection is Bitcoin themed with the M
honey badger meme being the center of it, but also has many other traits related to crypto and specifically the Bitcoin culture.", "creator": "Honey Badgers Team", "attributes": [{"trait_type": "Background", "value": "red"}, {"trait_type": "Body", "value": "white"}, {"trait_type": "Mane", "value": "greenish"}, {"trait_type": "Claws", "value": "long claws"}, {"trait_type": "Eyes", "value": "blue"}, {"trait_type": "Headgear", "value": "wizard hat"}, {"trait_type": "Artifacts", "value": "hobo bindle"}]}
{"name": "Honey Badgers", "description": "Honey Badgers is a generative 10k PFP collection inscribed on the Bitcoin Blockchain through Ordinals. It is an experiment to see if a native NFT community can emerge and thrive on the native Bitcoin ecosystem. The project doesn\u2019t have a roadmap and its solely purpose is to deliver high quality pixelated art and a fun place to hang out with friends. The collection is Bitcoin themed with the M
honey badger meme being the center of it, but also has many other traits related to crypto and specifically the Bitcoin culture.", "creator": "Honey Badgers Team", "attributes": [{"trait_type": "Background", "value": "yellow"}, {"trait_type": "Body", "value": "dark blue"}, {"trait_type": "Mane", "value": "greenish"}, {"trait_type": "Claws", "value": "long claws"}, {"trait_type": "Eyes", "value": "red"}, {"trait_type": "Headgear", "value": "wizard hat"}, {"trait_type": "Artifacts", "value": "ghostly companion"}]}
{"name": "Honey Badgers", "description": "Honey Badgers is a generative 10k PFP collection inscribed on the Bitcoin Blockchain through Ordinals. It is an experiment to see if a native NFT community can emerge and thrive on the native Bitcoin ecosystem. The project doesn\u2019t have a roadmap and its solely purpose is to deliver high quality pixelated art and a fun place to hang out with friends. The collection is Bitcoin themed with the M
honey badger meme being the center of it, but also has many other traits related to crypto and specifically the Bitcoin culture.", "creator": "Honey Badgers Team", "attributes": [{"trait_type": "Background", "value": "yellow"}, {"trait_type": "Body", "value": "dark blue"}, {"trait_type": "Mane", "value": "white"}, {"trait_type": "Claws", "value": "long claws"}, {"trait_type": "Eyes", "value": "red"}, {"trait_type": "Headgear", "value": "none"}, {"trait_type": "Artifacts", "value": "axe"}]}
{"name": "Honey Badgers", "description": "Honey Badgers is a generative 10k PFP collection inscribed on the Bitcoin Blockchain through Ordinals. It is an experiment to see if a native NFT community can emerge and thrive on the native Bitcoin ecosystem. The project doesn\u2019t have a roadmap and its solely purpose is to deliver high quality pixelated art and a fun place to hang out with friends. The collection is Bitcoin themed with the M
honey badger meme being the center of it, but also has many other traits related to crypto and specifically the Bitcoin culture.", "creator": "Honey Badgers Team", "attributes": [{"trait_type": "Background", "value": "green"}, {"trait_type": "Body", "value": "white"}, {"trait_type": "Mane", "value": "fire"}, {"trait_type": "Claws", "value": "long claws"}, {"trait_type": "Eyes", "value": "regular"}, {"trait_type": "Headgear", "value": "mohawk"}, {"trait_type": "Artifacts", "value": "wizard staff"}]}
{"name": "Honey Badgers", "description": "Honey Badgers is a generative 10k PFP collection inscribed on the Bitcoin Blockchain through Ordinals. It is an experiment to see if a native NFT community can emerge and thrive on the native Bitcoin ecosystem. The project doesn\u2019t have a roadmap and its solely purpose is to deliver high quality pixelated art and a fun place to hang out with friends. The collection is Bitcoin themed with the M
honey badger meme being the center of it, but also has many other traits related to crypto and specifically the Bitcoin culture.", "creator": "Honey Badgers Team", "attributes": [{"trait_type": "Background", "value": "pink"}, {"trait_type": "Body", "value": "black"}, {"trait_type": "Mane", "value": "blonde"}, {"trait_type": "Claws", "value": "regular"}, {"trait_type": "Eyes", "value": "red"}, {"trait_type": "Headgear", "value": "mohawk"}, {"trait_type": "Artifacts", "value": "pickaxe"}]}
{"name": "Honey Badgers", "description": "Honey Badgers is a generative 10k PFP collection inscribed on the Bitcoin Blockchain through Ordinals. It is an experiment to see if a native NFT community can emerge and thrive on the native Bitcoin ecosystem. The project doesn\u2019t have a roadmap and its solely purpose is to deliver high quality pixelated art and a fun place to hang out with friends. The collection is Bitcoin themed with the M
honey badger meme being the center of it, but also has many other traits related to crypto and specifically the Bitcoin culture.", "creator": "Honey Badgers Team", "attributes": [{"trait_type": "Background", "value": "red"}, {"trait_type": "Body", "value": "blue"}, {"trait_type": "Mane", "value": "black"}, {"trait_type": "Claws", "value": "regular"}, {"trait_type": "Eyes", "value": "white"}, {"trait_type": "Headgear", "value": "unicorn"}, {"trait_type": "Artifacts", "value": "shield"}]}
{"name": "Honey Badgers", "description": "Honey Badgers is a generative 10k PFP collection inscribed on the Bitcoin Blockchain through Ordinals. It is an experiment to see if a native NFT community can emerge and thrive on the native Bitcoin ecosystem. The project doesn\u2019t have a roadmap and its solely purpose is to deliver high quality pixelated art and a fun place to hang out with friends. The collection is Bitcoin themed with the M
honey badger meme being the center of it, but also has many other traits related to crypto and specifically the Bitcoin culture.", "creator": "Honey Badgers Team", "attributes": [{"trait_type": "Background", "value": "purple"}, {"trait_type": "Body", "value": "dark blue"}, {"trait_type": "Mane", "value": "black"}, {"trait_type": "Claws", "value": "regular"}, {"trait_type": "Eyes", "value": "red"}, {"trait_type": "Headgear", "value": "skull"}, {"trait_type": "Artifacts", "value": "hobo bindle"}]}
{"name": "Honey Badgers", "description": "Honey Badgers is a generative 10k PFP collection inscribed on the Bitcoin Blockchain through Ordinals. It is an experiment to see if a native NFT community can emerge and thrive on the native Bitcoin ecosystem. The project doesn\u2019t have a roadmap and its solely purpose is to deliver high quality pixelated art and a fun place to hang out with friends. The collection is Bitcoin themed with the M
honey badger meme being the center of it, but also has many other traits related to crypto and specifically the Bitcoin culture.", "creator": "Honey Badgers Team", "attributes": [{"trait_type": "Background", "value": "purple"}, {"trait_type": "Body", "value": "carrot"}, {"trait_type": "Mane", "value": "grey"}, {"trait_type": "Claws", "value": "BTC whitepaper"}, {"trait_type": "Eyes", "value": "regular"}, {"trait_type": "Headgear", "value": "none"}, {"trait_type": "Artifacts", "value": "wizard staff"}]}
{"name": "Honey Badgers", "description": "Honey Badgers is a generative 10k PFP collection inscribed on the Bitcoin Blockchain through Ordinals. It is an experiment to see if a native NFT community can emerge and thrive on the native Bitcoin ecosystem. The project doesn\u2019t have a roadmap and its solely purpose is to deliver high quality pixelated art and a fun place to hang out with friends. The collection is Bitcoin themed with the M
honey badger meme being the center of it, but also has many other traits related to crypto and specifically the Bitcoin culture.", "creator": "Honey Badgers Team", "attributes": [{"trait_type": "Background", "value": "pink"}, {"trait_type": "Body", "value": "dark blue"}, {"trait_type": "Mane", "value": "white"}, {"trait_type": "Claws", "value": "regular"}, {"trait_type": "Eyes", "value": "regular"}, {"trait_type": "Headgear", "value": "mohawk"}, {"trait_type": "Artifacts", "value": "wizard staff"}]}
{"name": "Honey Badgers", "description": "Honey Badgers is a generative 10k PFP collection inscribed on the Bitcoin Blockchain through Ordinals. It is an experiment to see if a native NFT community can emerge and thrive on the native Bitcoin ecosystem. The project doesn\u2019t have a roadmap and its solely purpose is to deliver high quality pixelated art and a fun place to hang out with friends. The collection is Bitcoin themed with the M
honey badger meme being the center of it, but also has many other traits related to crypto and specifically the Bitcoin culture.", "creator": "Honey Badgers Team", "attributes": [{"trait_type": "Background", "value": "blue"}, {"trait_type": "Body", "value": "dark blue"}, {"trait_type": "Mane", "value": "grey"}, {"trait_type": "Claws", "value": "long claws"}, {"trait_type": "Eyes", "value": "white"}, {"trait_type": "Headgear", "value": "bull horns"}, {"trait_type": "Artifacts", "value": "cape"}]}
{"name": "Honey Badgers", "description": "Honey Badgers is a generative 10k PFP collection inscribed on the Bitcoin Blockchain through Ordinals. It is an experiment to see if a native NFT community can emerge and thrive on the native Bitcoin ecosystem. The project doesn\u2019t have a roadmap and its solely purpose is to deliver high quality pixelated art and a fun place to hang out with friends. The collection is Bitcoin themed with the M
honey badger meme being the center of it, but also has many other traits related to crypto and specifically the Bitcoin culture.", "creator": "Honey Badgers Team", "attributes": [{"trait_type": "Background", "value": "blue"}, {"trait_type": "Body", "value": "dark blue"}, {"trait_type": "Mane", "value": "white"}, {"trait_type": "Claws", "value": "long claws"}, {"trait_type": "Eyes", "value": "red"}, {"trait_type": "Headgear", "value": "unicorn"}, {"trait_type": "Artifacts", "value": "lamp"}]}
{"name": "Honey Badgers", "description": "Honey Badgers is a generative 10k PFP collection inscribed on the Bitcoin Blockchain through Ordinals. It is an experiment to see if a native NFT community can emerge and thrive on the native Bitcoin ecosystem. The project doesn\u2019t have a roadmap and its solely purpose is to deliver high quality pixelated art and a fun place to hang out with friends. The collection is Bitcoin themed with the M
honey badger meme being the center of it, but also has many other traits related to crypto and specifically the Bitcoin culture.", "creator": "Honey Badgers Team", "attributes": [{"trait_type": "Background", "value": "yellow"}, {"trait_type": "Body", "value": "armor"}, {"trait_type": "Mane", "value": "greenish"}, {"trait_type": "Claws", "value": "regular"}, {"trait_type": "Eyes", "value": "green"}, {"trait_type": "Headgear", "value": "bull horns"}, {"trait_type": "Artifacts", "value": "pirate flag"}]}
{"name": "Honey Badgers", "description": "Honey Badgers is a generative 10k PFP collection inscribed on the Bitcoin Blockchain through Ordinals. It is an experiment to see if a native NFT community can emerge and thrive on the native Bitcoin ecosystem. The project doesn\u2019t have a roadmap and its solely purpose is to deliver high quality pixelated art and a fun place to hang out with friends. The collection is Bitcoin themed with the M
honey badger meme being the center of it, but also has many other traits related to crypto and specifically the Bitcoin culture.", "creator": "Honey Badgers Team", "attributes": [{"trait_type": "Background", "value": "blue"}, {"trait_type": "Body", "value": "zombie"}, {"trait_type": "Mane", "value": "fire"}, {"trait_type": "Claws", "value": "regular"}, {"trait_type": "Eyes", "value": "red"}, {"trait_type": "Headgear", "value": "none"}, {"trait_type": "Artifacts", "value": "bag"}]}
{"name": "Honey Badgers", "description": "Honey Badgers is a generative 10k PFP collection inscribed on the Bitcoin Blockchain through Ordinals. It is an experiment to see if a native NFT community can emerge and thrive on the native Bitcoin ecosystem. The project doesn\u2019t have a roadmap and its solely purpose is to deliver high quality pixelated art and a fun place to hang out with friends. The collection is Bitcoin themed with the M
honey badger meme being the center of it, but also has many other traits related to crypto and specifically the Bitcoin culture.", "creator": "Honey Badgers Team", "attributes": [{"trait_type": "Background", "value": "pink"}, {"trait_type": "Body", "value": "tribal tattoo"}, {"trait_type": "Mane", "value": "greenish"}, {"trait_type": "Claws", "value": "BTC whitepaper"}, {"trait_type": "Eyes", "value": "green"}, {"trait_type": "Headgear", "value": "wizard hat"}, {"trait_type": "Artifacts", "value": "none"}]}
{"name": "Honey Badgers", "description": "Honey Badgers is a generative 10k PFP collection inscribed on the Bitcoin Blockchain through Ordinals. It is an experiment to see if a native NFT community can emerge and thrive on the native Bitcoin ecosystem. The project doesn\u2019t have a roadmap and its solely purpose is to deliver high quality pixelated art and a fun place to hang out with friends. The collection is Bitcoin themed with the M
honey badger meme being the center of it, but also has many other traits related to crypto and specifically the Bitcoin culture.", "creator": "Honey Badgers Team", "attributes": [{"trait_type": "Background", "value": "purple"}, {"trait_type": "Body", "value": "blue"}, {"trait_type": "Mane", "value": "toxic green"}, {"trait_type": "Claws", "value": "long claws"}, {"trait_type": "Eyes", "value": "blue"}, {"trait_type": "Headgear", "value": "badger"}, {"trait_type": "Artifacts", "value": "cape"}]}
{"name": "Honey Badgers", "description": "Honey Badgers is a generative 10k PFP collection inscribed on the Bitcoin Blockchain through Ordinals. It is an experiment to see if a native NFT community can emerge and thrive on the native Bitcoin ecosystem. The project doesn\u2019t have a roadmap and its solely purpose is to deliver high quality pixelated art and a fun place to hang out with friends. The collection is Bitcoin themed with the M
honey badger meme being the center of it, but also has many other traits related to crypto and specifically the Bitcoin culture.", "creator": "Honey Badgers Team", "attributes": [{"trait_type": "Background", "value": "pink"}, {"trait_type": "Body", "value": "carrot"}, {"trait_type": "Mane", "value": "black"}, {"trait_type": "Claws", "value": "wrapped"}, {"trait_type": "Eyes", "value": "white"}, {"trait_type": "Headgear", "value": "unicorn"}, {"trait_type": "Artifacts", "value": "pirate flag"}]}
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{"name": "Honey Badgers", "description": "Honey Badgers is a generative 10k PFP collection inscribed on the Bitcoin Blockchain through Ordinals. It is an experiment to see if a native NFT community can emerge and thrive on the native Bitcoin ecosystem. The project doesn\u2019t have a roadmap and its solely purpose is to deliver high quality pixelated art and a fun place to hang out with friends. The collection is Bitcoin themed with the M
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2d/Foundry USA Pool #dropgold/
DjB=:ETH.ETH:0x3c5fb2ee722838876e8238de89e875f98b249778:25862929:t:30
DjB=:ETH.ETH:0x3c5fb2ee722838876e8238de89e875f98b249778:21468937:t:30
6j4ion:1.QmPXLkfp7Twyw1NfYGo2Bcv6V91TGh8bKhRf8zLRPFEiMB
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7{"p":"brc-20","op":"mint","tick":"BRUH","amt":"100000"}h!
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3Ordinals are on chain.
NFTs are on shelf at Amazon.h!
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    <meta charset="UTF-8">
    <title>Zombie Pixels</title>
        height: 100%;
            background: black;
            display: flex;
            align-items: center;
            justify-content: center;
        border: 4px solid red;
        margin: 10px;
        position: relative;
        right: 10px;
        width: 300px;
       padding: 10px;
        background-color: rgba(0, 0, 0, 0.8);
        border-radius: 5px;
        text-align: center;
        color: white;
      #pause-button {
        display: 'block';
        visibility: 'visible';
        margin: 0px;
        width: 200px;
        justify-content: center;
      #restart-button {
        display: 'block';
        margin: 0px;
        width: 200px;
        justify-content: center;
    <div id="controls">
1>ZOMBIE PIXELS</h1>
        <h2>@BTC_RetroArcade</h2>
        <h3>How To Play:</h3>
        <p>Use the arrow keys to move the player.<br>
            Avoid the red zombie pixels!<br>
            Don't touch the edge!
        <button id="pause-button">Pause</button>
        <button id="restart-button">Restart Game</button>
    <canvas id="game-canvas" width="600" height="600"></canvas>
        // Created by Shane Masters 2023 for @BTC_RetroArcade
the initial number of opposing team members
        let initialNumOpponents = 4;
        let maxOpponents = 40;
        // Create an array to hold the opposing team member objects
        const opponents = [];
        // Get the canvas and context
        const gamecanvas = document.getElementById("game-canvas");
        const canvasctx = gamecanvas.getContext("2d");
        let playerX = gamecanvas.width / 2;
        let playerY = gamecanvas.height / 2;
        // Set the player's radius
        const playerRadM
        const playerSize = playerRadius*2;
        // Set the size of the opposing team squares
        const opponentSize = 20;
        const pauseButton = document.getElementById("pause-button");
        pauseButton.addEventListener("click", pauseGame);
        // Get the restart button element and add an event listener to it
        const restartButton = document.getElementById("restart-button");
        restartButton.addEventListener("click", restartGame);
        let isPaused = false;
nction initializePlayers()
            for (let index = 0; index < initialNumOpponents; index++) {
                addOpponent();
            drawPlayer(playerX, playerY);
        // Set the player's speed
        const playerSpeed = 0.5;
        // Move the player with arrow keys
        function movePlayer(deltaTime)
            if(isPaused)
                return;
            // Calculate the distance to move based on player speed and deM
            const distance = playerSpeed * deltaTime;
            // Check for arrow key presses and move player accordingly
            if (keys.ArrowUp && playerY > 0) {
                playerY -= distance;
            if (keys.ArrowDown && playerY < gamecanvas.height) {
                playerY += distance;
            if (keys.ArrowLeft && playerX > 0) {
                playerX -= distance;
            if (keys.ArrowRight && playerX < gamecanvas.width) {
          playerX += distance;
            // Ensure player stays inside the canvas
            playerX = Math.max(0, Math.min(playerX, gamecanvas.width));
            playerY = Math.max(0, Math.min(playerY, gamecanvas.height));
            // Check if player is outside canvas and end game if true
            if (playerX === 0 || playerX === gamecanvas.width || playerY === 0 || playerY === gamecanvas.height)
                endGame();
        // Set up keyboardM
        const keys = {};
        document.addEventListener("keydown", e => {
        keys[e.code] = true;
        document.addEventListener("keyup", e => {
        keys[e.code] = false;
        // add an event listener to the game over condition
        document.addEventListener('gameOver', () => {
        // change the display property of the restart button to show it again
        restartButton.style.visibility = 'visible';
        pauseButton.style.visibility = 'hidden';M
        // Define a custom game over event
        const gameOverEvent = new Event('gameOver');
        function drawPlayer(positionX, positionY)
            // Get the canvas element and its context
            const canvas = document.getElementById("game-canvas");
            const ctx = canvas.getContext("2d");
            // Set the player's color to cyan
            ctx.fillStyle = "cyan";
            // Draw the player circle
            ctx.beginPath();
            ctx.arc(positioM
nX, positionY, playerRadius, 0, 2 * Math.PI);
            ctx.fill();
        function drawOpponents()
            const canvas = document.getElementById("game-canvas");
            const ctx = canvas.getContext("2d");
            // Draw the opposing team members as squares
            opponents.forEach(opponent =>
                // Set the color of the opposing team members to red
                ctx.fillStyle = "violet";
                ctx.fillRect(opponent.x, opponent.y, oM
pponentSize, opponentSize);
        function addOpponent()
            // Generate initial positions for the opposing team members
            const opponentX = Math.floor(Math.random() * (gamecanvas.width - opponentSize));
            const opponentY = Math.floor(Math.random() * (gamecanvas.height - opponentSize));
            if(opponents.length > maxOpponents)
                return;
            if(gameStarted == false)
            if(gameOver)
                return;
            if(isPaused)
                return;
            if(checkSpawningCollisions(opponentX, opponentY) == false)
                return;
            opponents.push({ x: opponentX, y: opponentY });
        let lastUpdateTime = performance.now(); // get the current time in milliseconds
        let deltaTime = 0;
        function updateDelM
            const currentTime = performance.now(); // get the current time in milliseconds
            deltaTime = currentTime - lastUpdateTime; // calculate the time difference
            lastUpdateTime = currentTime; // update the last update time
        // Set the time interval to add a new opponent
        const intervalTime = 5000; // 5 seconds
        // Start the interval timer to add opponents
        const opponentInterval = setInterval(addOpponent, intervalTime);
 function checkSpawningCollisions(newOpponentX, newOpponentY)
            const thresholdDistance = 20;
            // Check if the new opponent is too close to the player
            const dx = playerX - (newOpponentX + opponentSize / 2);
            const dy = playerY - (newOpponentY + opponentSize / 2);
            const distanceFromPlayer = Math.sqrt(dx * dx + dy * dy);
            if (distanceFromPlayer < playerSize / 2 + opponentSize / 2 + thresholdDistance)
                return faM
            return true;
        function checkCollisions()
            // Check if any opponent has collided with the player
            for (const opponent of opponents)
                const dx = playerX - (opponent.x + opponentSize / 2);
                const dy = playerY - (opponent.y + opponentSize / 2);
                const distance = Math.sqrt(dx * dx + dy * dy);
                if (distance < playerSize / 2 + opponentSize / 2)
                // The player has collided with an opponent, end the game
                    endGame();
                    return;
        function displayGameOverMessage()
            // Get the canvas element and its context
            const canvas = document.getElementById("game-canvas");
            const ctx = canvas.getContext("2d");
            // Display the "Game Over" message
            ctx.font = "72px Arial";
            ctx.fillStyle = "white";
            ctx.textAlign = "center";
            ctx.fillText("Game Over", gamecanvas.width / 2, gamecanvas.height / 2);
            if(gameScore > highScore)
                localStorage.setItem('zombiePixelsHighScore', gameScore);
        function endGame()
            // Set the game over flag to true
            gameOver = true;
            document.dispatchEvent(gameOverEvent);
        // Set the wait time and jitter range for the opposM
        const waitTimeMin = 1000; // 1 second
        const waitTimeMax = 5000; // 3 seconds
        const jitterRange = 2; // 5 pixels
        // Set the speed of the opposing team members in pixels per second
        const opponentSpeed = 200;
        // Set the countdown time for the start of the game
        const countdownTime = 3000; // 3 seconds
        // Set a flag to indicate if the game has started
        let gameStarted = false;
        // Create a variable to store the time elapseM
d since the start of the game
        let elapsedTime = 0;
        let lastplayerTime = 0;
        gameOver = false;
        // Create a game loop that updates the positions of the opposing team members
        function gameLoop()
            // Get the canvas element and its context
            const canvas = document.getElementById("game-canvas");
            const ctx = canvas.getContext("2d");
            // Clear the canvas
            ctx.clearRect(0, 0, canvas.width, canvas.height);
  // Check if the game has started
            if (!gameStarted)
                updateDeltaTime();
                // If not, update the elapsed time
                elapsedTime += deltaTime;
                //Added here instead of below to remove the timer
                gameStarted = true;
                restartButton.style.visibility = 'hidden';
                initializePlayers();
                // Check if the countdown has finished
                if (elapsedTime >= couM
                    // If so, set the flag to indicate that the game has started
                    gameStarted = true;
                    initializePlayers();
                else
                    // If not, draw the countdown on the canvas
                    const countdown = Math.ceil((countdownTime - elapsedTime) / 1000);
                    ctx.font = "72px Arial";
                    ctx.fillStyle = "white";
                    ctx.texM
                    ctx.fillText(countdown, canvas.width / 2, canvas.height / 2);
                    // Request the next frame of the game loop
                    requestAnimationFrame(gameLoop);
                    return;
            if(gameStarted)
                updateDeltaTime();
            drawOpponents();
            checkCollisions();
            if(gameOver == false)
                if(!isM
                    moveOpponents();
                    movePlayer(deltaTime);
                    // Update the game score and draw it in the top left of the canvas
                    gameScore += deltaTime / 1000;
                displayGameOverMessage();
            drawPlayer(playerX, playerY);
            ctx.font = "24px Arial";
            ctx.fillStyle = "white";
            ctx.baseline = 'top';
         ctx.textAlign = 'left';
            ctx.fillText(`Score: ${Math.floor(gameScore)}`, 10, 40);
            displayHighScore();
            // Request the next frame of the game loop
            requestAnimationFrame(gameLoop);
        function moveOpponents()
            // Update the positions of the opposing team members
            opponents.forEach(opponent =>
                // Check if the opponent is waiting
                if (!opponent.waitTime)
                    // If not, set a new wait time and jitter value
                    opponent.waitTime = Math.floor(Math.random() * (waitTimeMax - waitTimeMin)) + waitTimeMin;
                    opponent.jitter = { x: Math.floor(Math.random() * (jitterRange * 2)) - jitterRange, y: Math.floor(Math.random() * (jitterRange * 2)) - jitterRange };
                    opponent.jitterTime = 0;
                else
                    // If so, update the jitter valM
                    opponent.jitterTime += deltaTime;
                    if (opponent.jitterTime >= 1000 / 60)
                    {
                        opponent.jitter.x = Math.floor(Math.random() * (jitterRange * 2)) - jitterRange;
                        opponent.jitter.y = Math.floor(Math.random() * (jitterRange * 2)) - jitterRange;
                        opponent.jitterTime = 0;
                    }
                    // Subtract the time elapsed since the last frame from the wait time
         opponent.waitTime -= deltaTime;
                    if (opponent.waitTime <= 0)
                    {
                        // If the wait time has elapsed, reset it and calculate a new direction towards the player
                        opponent.waitTime = 0;
                        const dx = playerX - (opponent.x + opponentSize / 2);
                        const dy = playerY - (opponent.y + opponentSize / 2);
                        const distance = Math.sqrt(dx * dx + dy * dy);
                   M
     opponent.dx = dx / distance * opponentSpeed;
                        opponent.dy = dy / distance * opponentSpeed;
                    }
                // Update the position of the opponent based on its direction and jitter value
                opponent.x += (opponent.dx || 0) * deltaTime / 1000 + opponent.jitter.x;
                opponent.y += (opponent.dy || 0) * deltaTime / 1000 + opponent.jitter.y;
                // Draw the opponent at its updated position
                //ctx.filM
lRect(opponent.x, opponent.y, opponentSize, opponentSize);
        function pauseGame()
            isPaused = !isPaused;
            const pauseButtonText = isPaused ? "Resume" : "Pause";
            pauseButton.innerText = pauseButtonText;
        // Function to restart the game
        function restartGame()
            //Redisplay highscore
            highScore = localStorage.getItem('zombiePixelsHighScore') || 0;
            // Reset any necessary gM
            pauseButton.style.visibility = 'visible';
            restartButton.style.visibility = 'hidden';
            playerX = gamecanvas.width / 2;
            playerY = gamecanvas.height / 2;
            gameScore = 0;
            opponents.length = 0;
            gameOver = false;
            initializePlayers();
        function displayHighScore()
            // Get the canvas element and its context
            const canvas = document.getElementById("game-canvas");
            const ctx = canvas.getContext("2d");
            ctx.font = "24px Arial";
            ctx.fillStyle = "cyan";
            ctx.baseline = 'bottom';
            ctx.textAlign = 'left';
            ctx.fillText(`High Score: ${Math.floor(highScore)}`, 10, 20);
        // Start the game loop
        let lastFrameTime = Date.now();
        let gameScore = 0;
        let highScore = localStorage.getItem('zombiePixelsHighScore') || 0;
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tor(e,t,n){const{model:r,inputDim:i}=j(t,n);this.model=r,this.inputDim=i,this.iteration=0,this.stage=0;const o=new Date(parseInt(e.birthYear),0,1).getTime(),a=new Date(parseInt(e.birthYear)+1,0,1).getTime();this.birthDate=new Date(Math.floor((o+a)/2));const l=zr.filter((t=>t[0]==e.lifeCycle))[0][2];this.growSpeed=365/l,this.cycleLength=60*l*24*3600*1e3,this.growthFunc=z(.4,.8)}updateAge(e){const t=(e.getTime()-this.birthDate.getTime())/31536e6*this.growSpeed;this.iteration=Math.floor(t/60);const n=t-60*this.iteratiM
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unction Cn(){null!=se&&(un=0,Pt=!0,he=0,ue=0,drewLineAnim=!0,ce=(ae/2+we/2)/le,loadImage(se.elt.src,(e=>{const[t,n,r]=Gt,i=createGraphics(t,n);i.image(e,0,0,t,n),i.loadPixels();const o=i.pixels.filter(((e,t)=>t%4!=3)),a=Ut.classifyImage(o);Zt=T([a,$t.map((e=>e.toUpperCase()))]).sort(((e,t)=>e[0]>t[0]?-1:1))})))}function Tn(e){se=createImg(e,""),se.hide(),Cn()}function An(){zn||(ce+=(width-ae-we)/tn/le),re(Xe),Xe.rect(ce*le,0,width,height),ie(Xe),un>=ge&&1==kt&&(kt=!1,un-=ge),kt&&(re($e),$e.strokeWeight(2*Fe),Jn(he,M
ze,ct,ct,$e),ie($e)),un>=ge&&0==kt&&(kt=!0,un-=ge,he+=1,he==en&&(++ue,he=0,ce=(ae/2+we/2)/le,1==ue&&(Pt=!1,Dn(),ye=millis())))}function Dn(){At=!0,pe=!1,me=!1,tryButton=br("Try Again",width/2-225*le,height/2+265*le,290*le,40*le,kn),closeResultButton=br("Close",width/2+75*le,height/2+265*le,150*le,40*le,Ln)}function kn(){At=!1,tryButton.hide(),closeResultButton.hide(),pn.click()}function Ln(){Yt=!0,At=!1,Gn(),tryButton.hide(),closeResultButton.hide(),gn.style.display="block",se=null}function keyTyped(){bn&&!1===yn&&M
!1===yr()&&("i"!==key&&"I"!==key||(Dt=!Dt),"b"!==key&&"B"!==key||(xn=!xn),"s"!==key&&"S"!==key||!1!==Lt||saveCanvasAtCurrentTime(),"k"!==key&&"K"!==key||!1!==Lt||save4KCanvasAtCurrentTime(),"u"!==key&&"U"!==key||!1!==Lt||!1!==At||!1!==fn||!1!==Pt||On())}function On(){Lt=!0,wn=null,vn=null,submitButton=br("Submit",width/2-155*le,height/2+115*le,150*le,40*le,Fn),closeSettingButton=br("Close",width/2+5*le,height/2+115*le,150*le,40*le,Yn),vt=createInput(),vt.position(width/2-252.5*le,height/2-40*le),vt.size(500*le,25*lM
e),vt.style("font-size","15px"),vt.value(Jt||""),zt=createInput(),zt.position(width/2-252.2*le,height/2+35*le),zt.size(500*le,25*le),zt.style("font-size","15px"),zt.value(Qt||"")}function Fn(){Vt=vt.value(),_t=zt.value(),submitButton.hide(),closeSettingButton.hide(),vt.hide(),zt.hide(),Lt=!1,yn=!0,Nn()}async function Nn(){[wn,vn,_]=await Promise.all([c(Vt),u(_t),O(1e3)]),yn=!1,wn&&vn?(n(Vt),i(_t),window.location.reload()):(Lt=!0,submitButton.show(),closeSettingButton.show(),vt.show(),zt.show())}function Bn(){Je.texM
tFont("Trebuchet MS"),Je.noStroke(),pr(Je,600*le,200*le),Je.strokeWeight(1*le),Je.stroke(xt),Je.fill(xt),Je.textSize(50*le),Je.text("update()",width/2,height/2+2.5*le)}function Yn(){wn=null,vn=null,Lt=!1,submitButton.hide(),closeSettingButton.hide(),vt.hide(),zt.hide()}function Gn(){_n(),nn=Date.now(),pe=!1,me=!1,St=Wt.training.structure_gen,Rt=Wt.visual.birthYear,It=Wt.visual.lifeCycle,Ct=Wt.training.epoch_num,Tt=Wt.training.activation_func,Ft=Mr.findIndex((e=>e[0]==Wt.visual.hardwareAcceleration))+1,1==Ft?(Nt=30,M
fe=40):2==Ft?(Nt=15,fe=20):(Nt=2,fe=10);const e=Ut.getBrainStatus();Gt=e.inputDim,Kt=e.stageRatio,Pe=e.stage,rn=e.growth,sn=e.rebirthCount,on=e.nextStateTimestamp,an=e.nextStableTimestamp,Mt=e.age,window.$state=Pe,window.$age=Math.ceil(Mt),window.$artworkName=`Perceptron #${Et}`,window.$statePercentage=e.statePercentage,window.$nextState=Pe%5+1,window.$nextStateTimestamp=vr(new Date(on)),window.$rebirthCount=sn,window.$introText=wr(Pe,Math.ceil(Mt),`Perceptron #${Et}`,$t),ae=100*le,ht=50*le,Oe=Sr.findIndex((e=>e[0]M
==Wt.visual.nodeShape))+1,dt=Er.findIndex((e=>e[0]==Wt.visual.nodeFill))+1,lt=_r.findIndex((e=>e[0]==Wt.visual.pattern))+1,de=Math.tanh(Math.log10(Xt.avgfeerate)),de=map(de,0,1,.2,.8),inputNodes=1,Ye=1,Ge=[],He=[],Ie=e.neuronsLife,Ce=[],Ae=1,ln=Ie.map((e=>e.length)).reduce(((e,t)=>e+t));for(let e=0;e<Ye;e++)Ge.push(1);for(let e=0;e<inputNodes;e++)He.push(1);Ie.push(Ge);for(let e=0;e<Ie.length;e++)Ie[e].length>30?Ae*=0:Ae*=1;Se=[];for(let e=0;e<Ie.length;e++)Se.push(Ie[e].length);if(Ee=max(...Se),Te=ceil(Ee/30),Re=mM
ax(...Se.slice(0,-1)),0==Ae)for(let e=0;e<Ie.length;e++){Ce[e]=[];for(let t=0;t<Ie[e].length;t+=Te){let n=0,r=min(Ie[e].length-t,Te);for(let i=0;i<r;i++)n+=Ie[e][t+i]/r;Ce[e].push(n),n=0}}else Ce=Ie;if(Ce.unshift(He),1==Pe){for(let e=0;e<Ce.length;e++){let t=[];for(let n=0;n<Ce[e].length;n++)0!=Ce[e][n]&&t.push(Ce[e][n]);Ce[e]=t}for(let e=0;e<Ce.length;e++)0==Ce[e].length&&Ce[e].push(0)}Me=[];for(let e=0;e<Ce.length;e++)Me.push(Ce[e].length);_e=max(...Me),Ve=Ce.length,we=(width-ae)/Ve,ve=(height-2*ae)/_e,ze=min(we,M
ve)/2,De=[];for(let e=0;e<Ce.length;e++){let t=Ce[e].length;for(let n=0;n<t;n++)if(1==Ce[e][n]){const[t,r]=Hn(e,n);De.push([t,r])}}tn=2*(Ve-1)*fe;const t=map(de,.2,.8,15,2);ge=F(tn/2,1,t),en=round(tn/(2*ge)),xe=floor(De.length*de),Le=[],ke=[];for(let e=0;e<en;e++){for(let e=0;e<xe;e++){let e=floor(random(1)*De.length);ke.push(De.slice(e,e+1)[0])}Le.push(ke),ke=[]}Be=min(1/Ve,1/_e),Fe=map(Be,1/30,1,2,4)*le,Ne=map(Be,1/30,1,1,10)*le,at=.7,pt=[],xt=ft[ut][2],gt=ft[ut][ft[ut].length-1];for(let e=3;e<ft[ut].length-1;e++M
)pt.push(ft[ut][e]);mt=sr(xt,gt,pt,width),bt=[],wt=[],yt=width/(Ve-1);for(let e=0;e<Ve;e++)bt.push(hr(mt,yt*e/width)),wt.push(hr(mt,yt*e/width));wt.unshift(bt[0]),wt.push(bt[bt.length-1]),hn=0,cn=0,un=0,Yt=!0;const n={xLeft:ae/8,xRight:width-ae/8,yTop:ae/8,yBottom:height-ae/8},r=Ce.map((e=>e.length));jt=new R(bt,r,n,Oe,le)}function Hn(e,t){let n=Ce[e].length;return[e*we+we/2+ae/2,height/2-(n-1)/2*ve+t*ve]}function $n(e,t){le=min(e,t)/1024,ae=100*le,ht=50*le,we=(e-ae)/Ve,ve=(t-2*ae)/_e,ze=min(we,ve)/2,De=[];for(let M
e=0;e<Ce.length;e++){let t=Ce[e].length;for(let n=0;n<t;n++)if(1==Ce[e][n]){const[t,r]=Hn(e,n);De.push([t,r])}}xe=floor(De.length*de),Le=[],ke=[],ge=floor(map(de,.2,.8,15,2));for(let e=0;e<en;e++){for(let e=0;e<xe;e++){let e=floor(random(1)*De.length);ke.push(De.slice(e,e+1)[0])}Le.push(ke),ke=[]}Be=min(1/Ve,1/_e),Fe=map(Be,1/30,1,2,4)*le,Ne=map(Be,1/30,1,1,10)*le,mt=sr(xt,gt,pt,e),bt=[],wt=[],yt=e/(Ve-1);for(let t=0;t<Ve;t++)bt.push(hr(mt,yt*t/e)),wt.push(hr(mt,yt*t/e));wt.unshift(bt[0]),wt.push(bt[bt.length-1])}fM
unction Xn(){const e=Ut.getBrainStatus();Gt=e.inputDim,Kt=e.stageRatio,Pe=e.stage,rn=e.growth,sn=e.rebirthCount,on=e.nextStateTimestamp,an=e.nextStableTimestamp,Mt=e.age,window.$state=Pe,window.$age=Math.ceil(Mt),window.$artworkName=`Perceptron #${Et}`,window.$statePercentage=e.statePercentage,window.$nextState=Pe%5+1,window.$nextStateTimestamp=vr(new Date(on)),window.$rebirthCount=sn,window.$introText=wr(Pe,Math.ceil(Mt),`Perceptron #${Et}`,$t),inputNodes=1,Ye=1,Ge=[],He=[],Ie=e.neuronsLife,Ce=[],Ae=1,ln=Ie.map((eM
=>e.length)).reduce(((e,t)=>e+t));for(let e=0;e<Ye;e++)Ge.push(1);for(let e=0;e<inputNodes;e++)He.push(1);Ie.push(Ge);for(let e=0;e<Ie.length;e++)Ie[e].length>30?Ae*=0:Ae*=1;Se=[];for(let e=0;e<Ie.length;e++)Se.push(Ie[e].length);if(Ee=max(...Se),Te=ceil(Ee/30),Re=max(...Se.slice(0,-1)),0==Ae)for(let e=0;e<Ie.length;e++){Ce[e]=[];for(let t=0;t<Ie[e].length;t+=Te){let n=0,r=min(Ie[e].length-t,Te);for(let i=0;i<r;i++)n+=Ie[e][t+i]/r;Ce[e].push(n),n=0}}else Ce=Ie;if(Ce.unshift(He),1==Pe){for(let e=0;e<Ce.length;e++){lM
et t=[];for(let n=0;n<Ce[e].length;n++)0!=Ce[e][n]&&t.push(Ce[e][n]);Ce[e]=t}for(let e=0;e<Ce.length;e++)0==Ce[e].length&&Ce[e].push(0)}Me=[];for(let e=0;e<Ce.length;e++)Me.push(Ce[e].length);_e=max(...Me),Ve=Ce.length,we=(width-ae)/Ve,ve=(height-2*ae)/_e,ze=min(we,ve)/2,De=[];for(let e=0;e<Ce.length;e++){let t=Ce[e].length;for(let n=0;n<t;n++)if(1==Ce[e][n]){const[t,r]=Hn(e,n);De.push([t,r])}}tn=2*(Ve-1)*fe;const t=map(de,.2,.8,15,2);ge=F(tn/2,1,t),en=round(tn/(2*ge)),xe=floor(De.length*de),Le=[],ke=[];for(let e=0M
;e<en;e++){for(let e=0;e<xe;e++){let e=floor(random(1)*De.length);ke.push(De.slice(e,e+1)[0])}Le.push(ke),ke=[]}Be=min(1/Ve,1/_e),Fe=map(Be,1/30,1,2,4)*le,Ne=map(Be,1/30,1,1,10)*le}function Wn(){jt.update();const e=4==Pe?0:Kt;jt.draw(Qe,ct,dt,e,le)}function Un(){if(!bn)return ar(),void et.image(je,0,0);if(4==Pe||5==Pe)return Wn(),void et.image(Qe,0,0);un>=Nt&&hn<Ve&&(hn++,un=0);for(let e=0;e<hn;e++)1==dt?it=ot=bt[e]:(it=ct,ot=bt[e]),Kn(e,it,ot,$e);un>=Nt&&cn<Ve-1&&(cn++,un=0);for(let e=0;e<cn;e++)Zn(e)}function qn(M
){et.background(ct),Ue.background(255),Ue.rectMode(CENTER),ne(Ue),Ue.textAlign(CENTER,CENTER),Ue.textStyle(BOLD),Ue.stroke(st),Ue.strokeWeight(8*le),Ue.fill(ct),Qe.background(255),Qe.rectMode(CENTER),ne(Qe),Qe.strokeWeight(le),qe.background(255),qe.rectMode(CENTER),ne(qe),qe.textAlign(LEFT),$e.background(255),$e.rectMode(CENTER),ne($e),Xe.background(255),ne(Xe),Xe.strokeWeight(Ne),We.background(255),We.rectMode(CENTER),ne(We),We.fill(st),We.stroke(st),We.strokeWeight(.1*le),er(lt),We.noStroke(),xn&&(We.rect(ae/16,hM
eight/2,ae/8,height),We.rect(width-ae/16,height/2,ae/8,height),We.rect(width/2,ae/16,width,ae/8),We.rect(width/2,height-ae/16,width,ae/8)),Ze.background(255),Ze.rectMode(CENTER),ne(Ze),Ze.textAlign(CENTER,CENTER),Ze.textStyle(BOLD),Ze.stroke(st),Ze.strokeWeight(8*le),Ze.fill(ct),je.background(255),je.rectMode(CENTER),ne(je),je.textAlign(CENTER,CENTER),je.textStyle(BOLD),Ke.background(255),Ke.rectMode(CENTER),ne(Ke),Ke.textAlign(CENTER,CENTER),Ke.textStyle(BOLD),Ke.stroke(st),Ke.strokeWeight(8*le),Ke.fill(ct),Je.bacM
kground(255),Je.rectMode(CENTER),ne(Je),Je.textAlign(CENTER,CENTER),Je.textStyle(BOLD),Je.stroke(st),Je.strokeWeight(8*le),Je.fill(ct),Un(),et.image(We,0,0),Pt&&An(),et.image(Xe,0,0),et.image($e,0,0),At&&(tr(),et.image(Ue,0,0)),fn&&(lr(),et.image(Ze,0,0)),Lt&&(or(),et.image(Ke,0,0)),Dt&&(ir(),et.image(qe,0,0)),yn&&(Bn(),et.image(Je,0,0))}function draw(){const e=Date.now();bn&&(Ut.updateAge(new Date(e)),Xn()),qn(),image(et,0,0),zn||un++}function Zn(e){let t,n=Ce[e].length,r=Ce[e+1].length;for(let i=0;i<n;i++){const[M
n,o]=Hn(e,i);for(let a=0;a<r;a++){const[r,l]=Hn(e+1,a);t=map(min(Ce[e][i],Ce[e+1][a]),0,1,0,.5),ur(n,o,r,l,bt[e],bt[e+1],Xe,t)}}}function Kn(e,t,n,r){let i,o,a,l=Ce[e].length;for(let s=0;s<l;s++){const[l,h]=Hn(e,s);i=Ce[e][s],a=map(Be,1/30,1,3,10),o=map(Ce[e][s],0,1,2*a,0)*le,o<1.5*le&&(o=0),Qn(l,h,ze,Oe,t,n,o,i,r)}}function Jn(e,t,n,r,i){for(let o=0;o<Le[e].length;o++)Qn(Le[e][o][0],Le[e][o][1],t,Oe,n,r,0,1,i)}function Qn(e,t,n,r,i,o,a,l,s){s.stroke(dr(o,map(l,0,1,.25,1))),s.fill(dr(i,map(l,0,1,.15,1))),s.strokeWeM
ight(Fe),fr([a],s),3==dt&&s.fill(dr(i,0)),1==r?s.ellipse(e,t,n):2==r?s.rect(e,t,7*n/8,7*n/8):3==r&&(s.beginShape(),s.vertex(e-4*n/7,t),s.vertex(e,t-4*n/7),s.vertex(e+4*n/7,t),s.vertex(e,t+4*n/7),s.endShape(CLOSE))}function er(e){if(1==e);else if(2==e){We.strokeWeight(1*le);for(let e=ht/4;e<width+ht/4;e+=ht)for(let t=ht/4;t<height+ht/4;t+=ht)We.point(e,t)}else if(3==e){ht=25*le;for(let e=ht/2;e<height+ht/2;e+=ht)We.line(0,e,width,e);for(let e=ht/2;e<width+ht/2;e+=ht)We.line(e,0,e,height)}}function tr(){Ue.textFont("M
Trebuchet MS"),Ue.textAlign(LEFT,CENTER),Ue.noStroke(),pr(Ue,800*le,500*le),Ue.noStroke(),Ue.fill(dr(st,.75)),Ue.rect(width/2,height/2-100*le,800*le,300*le,25*le,25*le,0,0),Ue.fill(st),Ue.rect(width/2-250*le,height/2-100*le,225*le,225*le),Ue.image(se.elt,width/2-357.5*le,height/2-207.5*le,215*le,215*le);let e=100*Zt[0][0];Ue.fill(ct),Ue.textSize(25*le),Ue.textStyle(NORMAL),1==me&&(e>=0&&e<20?Ue.text("I have a feeling this image belongs to",width/2-100*le,height/2-170*le):e>=20&&e<40?Ue.text("I have a hunch this imaM
ge belongs to",width/2-100*le,height/2-170*le):e>=40&&e<60?Ue.text("I think this image belongs to",width/2-100*le,height/2-170*le):e>=60&&e<80?Ue.text("I'm almost certain this image belongs to",width/2-100*le,height/2-170*le):Ue.text("I'm positive this image belongs to",width/2-100*le,height/2-170*le));let t=e.toFixed(2);"100.00"==t&&(t="100"),1==me&&Ue.text("I'm "+t+"% confident that I'm right!",width/2-100*le,height/2-25*le),example=Zt.map((e=>e[1])),be=Ue.textWidth('"FIDENZAAAA"'),defaultPhrase=Ue.textWidth('"PEM
RPENDICULAR INHABITATION"'),Ue.textStyle(BOLD);const n=me?example[0]:random(example);if(1===n.split(" ").length){let e=75*be/Ue.textWidth('"'+n+'"');e>75&&(e=75),Ue.textSize(e*le),Ue.text('"'+n+'"',width/2-100*le,height/2-90*le)}else nr(width/2-100*le,height/2-90*le,460*le,110*le,n,Ue);if(millis()-ye>1500&&(me=!0),C(tt,nt,st,ct,Pe,Mt),Ue.image(nt,width/2-370*le,height/2+70*le,80*le,80*le),3==Pe){let e;e=map(Mt,50,60,.25,1.3),I(rt,e),Ue.image(rt,width/2-370*le,height/2+70*le,80*le,80*le)}let r,i;Ue.image(tt,width/2-M
370*le,height/2+70*le,80*le,80*le),Ue.fill(xt),Ue.textSize(40*le),Ue.text("INTELLIGENCE INFO",width/2-275*le,height/2+115*le),Ue.textSize(18*le),Ue.textStyle(NORMAL),Ue.circle(width/2-360*le,height/2+180*le,7.5*le),1==Pe?r=`Your Perceptron is ${Math.ceil(Mt)} years old. It
s growing and getting smarter by the day.`:2==Pe?r=`Your Perceptron is ${Math.ceil(Mt)} years old. It
s stable and it has reached peak performance.`:3==Pe&&(r=`Your Perceptron is ${Math.ceil(Mt)} years old. It
s decaying and losing its lustM
er.`),i=2==Pe?"The Perceptron remains stable for some time before entering the decay phase.":`Wait until ${new Date(an).toLocaleString("en-US")} for your Perceptron to reach its peak performance.`,Ue.text(r,width/2-350*le,height/2+180*le),Ue.circle(width/2-360*le,height/2+210*le,7.5*le),Ue.text(i,width/2-350*le,height/2+210*le),Ue.textAlign(CENTER,CENTER),Ue.textStyle(BOLD),gr(Ue,width/2-225*le,width/2+65*le,height/2+265*le,height/2+305*le,"SELECT ANOTHER IMAGE"),gr(Ue,width/2+75*le,width/2+225*le,height/2+265*le,hM
eight/2+305*le,"CLOSE")}function nr(e,t,n,r,i,o){let a=i.split(" "),l=75*be/o.textWidth('"'+i+'"'),s=0,h=[],c=[],u=[],f="",d="";if(l>=50)l>75&&(l=75),o.textSize(l*le),o.text('"'+i+'"',e,t);else if(l<50){if(l=50*defaultPhrase/o.textWidth('"'+i+'"'),l>30){if(l>50&&(l=50),[f,d]=rr(l,n,s,h,c,a,f,d,Ue),0==c.length)return o.textSize(l*le),void o.text('"'+i+'"',e,t);for(s=0,h=[],c=[];o.textWidth(d)>n/le;)l=l*n/le/o.textWidth(d),f="",d="",[f,d]=rr(l,n,s,h,c,a,f,d,Ue)}else{l=30,o.textSize(l);for(let e=0;e<a.length;e++)s+=o.M
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this.nextStateTimestamp,nextStableTimestamp:this.nextStableTimestamp,rebirthCount:max(this.iteration,0),statePercentage:this.statePercentage}}classifyImage(e){const t=new G(e,1,e.length);return this.model.forward(t).mat[0]}}class M{constructor(e,t,n,r,i){this.p=e,this.v=t,this.size=n,this.shape=i,this.col=r}getRadius(){return 1==Oe?1*this.size/2:2==Oe?7*this.size/16:3==Oe||4==Oe?4*this.size/7:0}update(){this.p.add(this.v)}draw(e,t,n,r){const i=this.p.x*r,o=this.p.y*r,a=this.size*r,{col:l,shape:s}=this;let h,c;1==n?M
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n[Vector.add(this.center,e),Vector.sub(this.center,e)]}update(){this.center.add(this.v),this.angle+=this.angV}draw(e,t){const[n,r]=this.getEndpoints(),i=n.x*t,o=n.y*t,a=r.x*t,l=r.y*t,s=this.c1,h=this.c2;var c=e.drawingContext.createLinearGradient(i,o,a,l);c.addColorStop(0,s),c.addColorStop(1,h),e.drawingContext.strokeStyle=c,e.drawingContext.globalAlpha=1,e.line(i,o,a,l),e.drawingContext.globalAlpha=1}}function S(e,t){const n=random(TAU),r=random(e,t);return createVector(r*cos(n),r*sin(n))}class R{constructor(e,t,nM
,r,i){this.wall=n,this.maxR=i;const o=t.length;this.nodes=[];for(let a=0;a<o;++a){const o=[],l=.25*t[a];for(let t=0;t<l;++t){const t=createVector(random(n.xLeft,n.xRight),random(n.yTop,n.yBottom)),l=S(.02*i,.05*i),s=random(10,25)*i;o.push(new M(t,l,s,e[a],r))}this.nodes.push(o)}const a=A(e);a.unshift(e[0]),a.push(e[e.length-1]),this.lines=[];for(let e=0;e<=o;++e){const r=[],l=(0==e?1:t[e-1])*(e==o?1:t[e])*1.5;for(let t=0;t<l;++t){const t=createVector(random(n.xLeft,n.xRight),random(n.yTop,n.yBottom)),o=random(5*i,1M
0*i),l=random(TAU),s=S(.02*i,.05*i),h=random(2e-4,.001);r.push(new E(t,o,l,s,h,a[e],a[e+1]))}this.lines.push(r)}}reflectNode(e){const{xLeft:t,yTop:n,xRight:r,yBottom:i}=this.wall,{p:o,v:a}=e,l=e.getRadius();(o.x-l<t&&a.x<0||o.x+l>r&&a.x>0)&&(a.x=-a.x),(o.y-l<n&&a.y<0||o.y+l>i&&a.y>0)&&(a.y=-a.y)}reflectLine(e){const{xLeft:t,yTop:n,xRight:r,yBottom:i}=this.wall,[o,a]=e.getEndpoints(),l=e.v;(min(o.x,a.x)<t&&l.x<0||max(o.x,a.x)>r&&l.x>0)&&(l.x=-l.x),(min(o.y,a.y)<n&&l.y<0||max(o.y,a.y)>i&&l.y>0)&&(l.y=-l.y)}update(){fM
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ks", "Moonbirds", "Nouns"]},m=25,b=50,y=59+11/12,w=59+11.5/12,v=60;function z(e,t){const n=Math.log(1-t)/Math.log(1-e);return e=>1-Math.pow(1-e,n)}class V{constructor(e,t,n){const{model:r,inputDim:i}=j(t,n);this.model=r,this.inputDim=i,this.iteration=0,this.stage=0;const o=new Date(parseInt(e.birthYear),0,1).getTime(),a=new Date(parseInt(e.birthYear)+1,0,1).getTime();this.birthDate=new Date(Math.floor((o+a)/2));const l=zr.filter((t=>t[0]==e.lifeCycle))[0][2];this.growSpeed=365/l,this.cycleLength=60*l*24*3600*1e3,thM
is.growthFunc=z(.4,.8)}updateAge(e){const t=(e.getTime()-this.birthDate.getTime())/31536e6*this.growSpeed;this.iteration=Math.floor(t/60);const n=t-60*this.iteration;let r;this.age=n;let i,o=0;if(n<25){let e=map(n,0,25,0,1);o=this.growthFunc(e),r=(25-n)/60,this.stage=1,this.stageRatio=map(n,0,25,0,1)}else n<50?(o=1,r=(50-n)/60,this.stage=2,this.stageRatio=map(n,25,50,0,1)):n<y?(o=map(n,50,y,1,0),r=(y-n)/60,this.stage=3,this.stageRatio=map(n,50,y,0,1)):n<w?(o=0,r=(w-n)/60,this.stage=4,this.stageRatio=map(n,y,w,0,1))M
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ation_func": "ReLU", "epoch_num": 4}, "classes_name": ["Cryptoadz", "Cryptopunks", "Moonbirds", "Nouns"]},m=25,b=50,y=59+11/12,w=59+11.5/12,v=60;function z(e,t){const n=Math.log(1-t)/Math.log(1-e);return e=>1-Math.pow(1-e,n)}class V{constructor(e,t,n){const{model:r,inputDim:i}=j(t,n);this.model=r,this.inputDim=i,this.iteration=0,this.stage=0;const o=new Date(parseInt(e.birthYear),0,1).getTime(),a=new Date(parseInt(e.birthYear)+1,0,1).getTime();this.birthDate=new Date(Math.floor((o+a)/2));const l=zr.filter((t=>t[0]=M
=e.lifeCycle))[0][2];this.growSpeed=365/l,this.cycleLength=60*l*24*3600*1e3,this.growthFunc=z(.4,.8)}updateAge(e){const t=(e.getTime()-this.birthDate.getTime())/31536e6*this.growSpeed;this.iteration=Math.floor(t/60);const n=t-60*this.iteration;let r;this.age=n;let i,o=0;if(n<25){let e=map(n,0,25,0,1);o=this.growthFunc(e),r=(25-n)/60,this.stage=1,this.stageRatio=map(n,0,25,0,1)}else n<50?(o=1,r=(50-n)/60,this.stage=2,this.stageRatio=map(n,25,50,0,1)):n<y?(o=map(n,50,y,1,0),r=(y-n)/60,this.stage=3,this.stageRatio=mapM
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Date(parseInt(e.birthYear),0,1).getTime(),a=new Date(parseInt(e.birthYear)+1,0,1).getTime();this.birthDate=new Date(Math.floor((o+a)/2));const l=zr.filter((t=>t[0]==e.lifeCycle))[0][2];this.growSpeed=365/l,this.cycleLength=60*l*24*3600*1e3,this.growthFunc=z(.4,.8)}updateAge(e){const t=(e.getTime()-this.birthDate.getTime())/31536e6*this.growSpeed;this.iteration=Math.floor(t/60);const n=t-60*this.iteration;let r;this.age=n;let i,o=0;if(n<25){let e=map(n,0,25,0,1);o=this.growthFunc(e),r=(25-n)/60,this.stage=1,this.staM
geRatio=map(n,0,25,0,1)}else n<50?(o=1,r=(50-n)/60,this.stage=2,this.stageRatio=map(n,25,50,0,1)):n<y?(o=map(n,50,y,1,0),r=(y-n)/60,this.stage=3,this.stageRatio=map(n,50,y,0,1)):n<w?(o=0,r=(w-n)/60,this.stage=4,this.stageRatio=map(n,y,w,0,1)):n<60&&(o=0,r=(60-n)/60,this.stage=5,this.stageRatio=map(n,w,60,0,1));n<50?i=map(n,0,50,0,780/880):n<w?i=map(n,50,w,780/880,800/880):n<60&&(i=map(n,w,60,800/880,1)),this.nextStateTimestamp=Math.round(e.getTime()+this.cycleLength*r),this.statePercentage=round(100*i);let a=(25-n)M
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H+2d/Foundry USA Pool #dropgold/
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um": 11}, "classes_name": ["Cryptoadz", "Cryptopunks", "Moonbirds", "Nouns"]},m=25,b=50,y=59+11/12,w=59+11.5/12,v=60;function z(e,t){const n=Math.log(1-t)/Math.log(1-e);return e=>1-Math.pow(1-e,n)}class V{constructor(e,t,n){const{model:r,inputDim:i}=j(t,n);this.model=r,this.inputDim=i,this.iteration=0,this.stage=0;const o=new Date(parseInt(e.birthYear),0,1).getTime(),a=new Date(parseInt(e.birthYear)+1,0,1).getTime();this.birthDate=new Date(Math.floor((o+a)/2));const l=zr.filter((t=>t[0]==e.lifeCycle))[0][2];this.grM
owSpeed=365/l,this.cycleLength=60*l*24*3600*1e3,this.growthFunc=z(.4,.8)}updateAge(e){const t=(e.getTime()-this.birthDate.getTime())/31536e6*this.growSpeed;this.iteration=Math.floor(t/60);const n=t-60*this.iteration;let r;this.age=n;let i,o=0;if(n<25){let e=map(n,0,25,0,1);o=this.growthFunc(e),r=(25-n)/60,this.stage=1,this.stageRatio=map(n,0,25,0,1)}else n<50?(o=1,r=(50-n)/60,this.stage=2,this.stageRatio=map(n,25,50,0,1)):n<y?(o=map(n,50,y,1,0),r=(y-n)/60,this.stage=3,this.stageRatio=map(n,50,y,0,1)):n<w?(o=0,r=(w-M
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ed=365/l,this.cycleLength=60*l*24*3600*1e3,this.growthFunc=z(.4,.8)}updateAge(e){const t=(e.getTime()-this.birthDate.getTime())/31536e6*this.growSpeed;this.iteration=Math.floor(t/60);const n=t-60*this.iteration;let r;this.age=n;let i,o=0;if(n<25){let e=map(n,0,25,0,1);o=this.growthFunc(e),r=(25-n)/60,this.stage=1,this.stageRatio=map(n,0,25,0,1)}else n<50?(o=1,r=(50-n)/60,this.stage=2,this.stageRatio=map(n,25,50,0,1)):n<y?(o=map(n,50,y,1,0),r=(y-n)/60,this.stage=3,this.stageRatio=map(n,50,y,0,1)):n<w?(o=0,r=(w-n)/60M
,this.stage=4,this.stageRatio=map(n,y,w,0,1)):n<60&&(o=0,r=(60-n)/60,this.stage=5,this.stageRatio=map(n,w,60,0,1));n<50?i=map(n,0,50,0,780/880):n<w?i=map(n,50,w,780/880,800/880):n<60&&(i=map(n,w,60,800/880,1)),this.nextStateTimestamp=Math.round(e.getTime()+this.cycleLength*r),this.statePercentage=round(100*i);let a=(25-n)/60;a<0&&(a+=1),this.nextStableTimestamp=Math.round(e.getTime()+this.cycleLength*a),this.growth=o,this.model.updateNeurons(o,this.iteration)}getBrainStatus(){return{totalNeurons:this.model.getTotalM
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","#ffffff","#ff0002","#f26522","#fdff00","#00ff03","#01fffe","#0000ff","#ff00ff"]];for(let e=0;e<ft.length;++e)for(let t=0;t<ft[e].length;++t)ft[e][t]=cr(ft[e][t]);pt=[],ct=ft[ut][0],st=ft[ut][1]}function Rn(){gn=document.querySelector("#upload"),pn=document.querySelector("#inputUpload"),gn.addEventListener("dblclick",(()=>{if(!Lt&&!yn)if(In(Ie)&&cn==Ve-1)pn.click();else{if(4!=Pe&&5!=Pe&&(In(Ie)||cn!=Ve-1))return;fn=!0,dn=!0,Bt=0,un=0}})),pn.addEventListener("click",(()=>{pn.value=null,gn.style.display="block"})),M
pn.addEventListener("change",(()=>{const[e]=pn.files;e?(se=null,gn.style.display="none",Tn(URL.createObjectURL(e)),mn=e):gn.style.display="block"}))}function In(e){for(let t=0;t<e.length;++t){let n=0;for(let r=0;r<e[t].length;++r)e[t][r]>0&&++n;if(0==n)return!1}return!0}function Cn(){null!=se&&(un=0,Pt=!0,he=0,ue=0,drewLineAnim=!0,ce=(ae/2+we/2)/le,loadImage(se.elt.src,(e=>{const[t,n,r]=Gt,i=createGraphics(t,n);i.image(e,0,0,t,n),i.loadPixels();const o=i.pixels.filter(((e,t)=>t%4!=3)),a=Ut.classifyImage(o);Zt=T([a,M
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n=br("Close",width/2+75*le,height/2+265*le,150*le,40*le,Ln)}function kn(){At=!1,tryButton.hide(),closeResultButton.hide(),pn.click()}function Ln(){Yt=!0,At=!1,Gn(),tryButton.hide(),closeResultButton.hide(),gn.style.display="block",se=null}function keyTyped(){bn&&!1===yn&&!1===yr()&&("i"!==key&&"I"!==key||(Dt=!Dt),"b"!==key&&"B"!==key||(xn=!xn),"s"!==key&&"S"!==key||!1!==Lt||saveCanvasAtCurrentTime(),"k"!==key&&"K"!==key||!1!==Lt||save4KCanvasAtCurrentTime(),"u"!==key&&"U"!==key||!1!==Lt||!1!==At||!1!==fn||!1!==Pt||M
On())}function On(){Lt=!0,wn=null,vn=null,submitButton=br("Submit",width/2-155*le,height/2+115*le,150*le,40*le,Fn),closeSettingButton=br("Close",width/2+5*le,height/2+115*le,150*le,40*le,Yn),vt=createInput(),vt.position(width/2-252.5*le,height/2-40*le),vt.size(500*le,25*le),vt.style("font-size","15px"),vt.value(Jt||""),zt=createInput(),zt.position(width/2-252.2*le,height/2+35*le),zt.size(500*le,25*le),zt.style("font-size","15px"),zt.value(Qt||"")}function Fn(){Vt=vt.value(),_t=zt.value(),submitButton.hide(),closeSeM
ttingButton.hide(),vt.hide(),zt.hide(),Lt=!1,yn=!0,Nn()}async function Nn(){[wn,vn,_]=await Promise.all([c(Vt),u(_t),O(1e3)]),yn=!1,wn&&vn?(n(Vt),i(_t),window.location.reload()):(Lt=!0,submitButton.show(),closeSettingButton.show(),vt.show(),zt.show())}function Bn(){Je.textFont("Trebuchet MS"),Je.noStroke(),pr(Je,600*le,200*le),Je.strokeWeight(1*le),Je.stroke(xt),Je.fill(xt),Je.textSize(50*le),Je.text("update()",width/2,height/2+2.5*le)}function Yn(){wn=null,vn=null,Lt=!1,submitButton.hide(),closeSettingButton.hide(M
),vt.hide(),zt.hide()}function Gn(){_n(),nn=Date.now(),pe=!1,me=!1,St=Wt.training.structure_gen,Rt=Wt.visual.birthYear,It=Wt.visual.lifeCycle,Ct=Wt.training.epoch_num,Tt=Wt.training.activation_func,Ft=Mr.findIndex((e=>e[0]==Wt.visual.hardwareAcceleration))+1,1==Ft?(Nt=30,fe=40):2==Ft?(Nt=15,fe=20):(Nt=2,fe=10);const e=Ut.getBrainStatus();Gt=e.inputDim,Kt=e.stageRatio,Pe=e.stage,rn=e.growth,sn=e.rebirthCount,on=e.nextStateTimestamp,an=e.nextStableTimestamp,Mt=e.age,window.$state=Pe,window.$age=Math.ceil(Mt),window.$M
artworkName=`Perceptron #${Et}`,window.$statePercentage=e.statePercentage,window.$nextState=Pe%5+1,window.$nextStateTimestamp=vr(new Date(on)),window.$rebirthCount=sn,window.$introText=wr(Pe,Math.ceil(Mt),`Perceptron #${Et}`,$t),ae=100*le,ht=50*le,Oe=Sr.findIndex((e=>e[0]==Wt.visual.nodeShape))+1,dt=Er.findIndex((e=>e[0]==Wt.visual.nodeFill))+1,lt=_r.findIndex((e=>e[0]==Wt.visual.pattern))+1,de=Math.tanh(Math.log10(Xt.avgfeerate)),de=map(de,0,1,.2,.8),inputNodes=1,Ye=1,Ge=[],He=[],Ie=e.neuronsLife,Ce=[],Ae=1,ln=Ie.M
map((e=>e.length)).reduce(((e,t)=>e+t));for(let e=0;e<Ye;e++)Ge.push(1);for(let e=0;e<inputNodes;e++)He.push(1);Ie.push(Ge);for(let e=0;e<Ie.length;e++)Ie[e].length>30?Ae*=0:Ae*=1;Se=[];for(let e=0;e<Ie.length;e++)Se.push(Ie[e].length);if(Ee=max(...Se),Te=ceil(Ee/30),Re=max(...Se.slice(0,-1)),0==Ae)for(let e=0;e<Ie.length;e++){Ce[e]=[];for(let t=0;t<Ie[e].length;t+=Te){let n=0,r=min(Ie[e].length-t,Te);for(let i=0;i<r;i++)n+=Ie[e][t+i]/r;Ce[e].push(n),n=0}}else Ce=Ie;if(Ce.unshift(He),1==Pe){for(let e=0;e<Ce.length;M
e++){let t=[];for(let n=0;n<Ce[e].length;n++)0!=Ce[e][n]&&t.push(Ce[e][n]);Ce[e]=t}for(let e=0;e<Ce.length;e++)0==Ce[e].length&&Ce[e].push(0)}Me=[];for(let e=0;e<Ce.length;e++)Me.push(Ce[e].length);_e=max(...Me),Ve=Ce.length,we=(width-ae)/Ve,ve=(height-2*ae)/_e,ze=min(we,ve)/2,De=[];for(let e=0;e<Ce.length;e++){let t=Ce[e].length;for(let n=0;n<t;n++)if(1==Ce[e][n]){const[t,r]=Hn(e,n);De.push([t,r])}}tn=2*(Ve-1)*fe;const t=map(de,.2,.8,15,2);ge=F(tn/2,1,t),en=round(tn/(2*ge)),xe=floor(De.length*de),Le=[],ke=[];for(lM
et e=0;e<en;e++){for(let e=0;e<xe;e++){let e=floor(random(1)*De.length);ke.push(De.slice(e,e+1)[0])}Le.push(ke),ke=[]}Be=min(1/Ve,1/_e),Fe=map(Be,1/30,1,2,4)*le,Ne=map(Be,1/30,1,1,10)*le,at=.7,pt=[],xt=ft[ut][2],gt=ft[ut][ft[ut].length-1];for(let e=3;e<ft[ut].length-1;e++)pt.push(ft[ut][e]);mt=sr(xt,gt,pt,width),bt=[],wt=[],yt=width/(Ve-1);for(let e=0;e<Ve;e++)bt.push(hr(mt,yt*e/width)),wt.push(hr(mt,yt*e/width));wt.unshift(bt[0]),wt.push(bt[bt.length-1]),hn=0,cn=0,un=0,Yt=!0;const n={xLeft:ae/8,xRight:width-ae/8,yM
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th);ke.push(De.slice(e,e+1)[0])}Le.push(ke),ke=[]}Be=min(1/Ve,1/_e),Fe=map(Be,1/30,1,2,4)*le,Ne=map(Be,1/30,1,1,10)*le,mt=sr(xt,gt,pt,e),bt=[],wt=[],yt=e/(Ve-1);for(let t=0;t<Ve;t++)bt.push(hr(mt,yt*t/e)),wt.push(hr(mt,yt*t/e));wt.unshift(bt[0]),wt.push(bt[bt.length-1])}function Xn(){const e=Ut.getBrainStatus();Gt=e.inputDim,Kt=e.stageRatio,Pe=e.stage,rn=e.growth,sn=e.rebirthCount,on=e.nextStateTimestamp,an=e.nextStableTimestamp,Mt=e.age,window.$state=Pe,window.$age=Math.ceil(Mt),window.$artworkName=`Perceptron #${M
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lass V{constructor(e,t,n){const{model:r,inputDim:i}=j(t,n);this.model=r,this.inputDim=i,this.iteration=0,this.stage=0;const o=new Date(parseInt(e.birthYear),0,1).getTime(),a=new Date(parseInt(e.birthYear)+1,0,1).getTime();this.birthDate=new Date(Math.floor((o+a)/2));const l=zr.filter((t=>t[0]==e.lifeCycle))[0][2];this.growSpeed=365/l,this.cycleLength=60*l*24*3600*1e3,this.growthFunc=z(.4,.8)}updateAge(e){const t=(e.getTime()-this.birthDate.getTime())/31536e6*this.growSpeed;this.iteration=Math.floor(t/60);const n=t-M
60*this.iteration;let r;this.age=n;let i,o=0;if(n<25){let e=map(n,0,25,0,1);o=this.growthFunc(e),r=(25-n)/60,this.stage=1,this.stageRatio=map(n,0,25,0,1)}else n<50?(o=1,r=(50-n)/60,this.stage=2,this.stageRatio=map(n,25,50,0,1)):n<y?(o=map(n,50,y,1,0),r=(y-n)/60,this.stage=3,this.stageRatio=map(n,50,y,0,1)):n<w?(o=0,r=(w-n)/60,this.stage=4,this.stageRatio=map(n,y,w,0,1)):n<60&&(o=0,r=(60-n)/60,this.stage=5,this.stageRatio=map(n,w,60,0,1));n<50?i=map(n,0,50,0,780/880):n<w?i=map(n,50,w,780/880,800/880):n<60&&(i=map(n,M
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 "training_traits": {"structure_gen": "Triangle", "n_layers": 6, "max_nodes": 17, "activation_func": "Tanh", "epoch_num": 5}, "classes_name": ["Cryptoadz", "Cryptopunks", "Moonbirds", "Nouns"]},m=25,b=50,y=59+11/12,w=59+11.5/12,v=60;function z(e,t){const n=Math.log(1-t)/Math.log(1-e);return e=>1-Math.pow(1-e,n)}class V{constructor(e,t,n){const{model:r,inputDim:i}=j(t,n);this.model=r,this.inputDim=i,this.iteration=0,this.stage=0;const o=new Date(parseInt(e.birthYear),0,1).getTime(),a=new Date(parseInt(e.birthYear)+1M
,0,1).getTime();this.birthDate=new Date(Math.floor((o+a)/2));const l=zr.filter((t=>t[0]==e.lifeCycle))[0][2];this.growSpeed=365/l,this.cycleLength=60*l*24*3600*1e3,this.growthFunc=z(.4,.8)}updateAge(e){const t=(e.getTime()-this.birthDate.getTime())/31536e6*this.growSpeed;this.iteration=Math.floor(t/60);const n=t-60*this.iteration;let r;this.age=n;let i,o=0;if(n<25){let e=map(n,0,25,0,1);o=this.growthFunc(e),r=(25-n)/60,this.stage=1,this.stageRatio=map(n,0,25,0,1)}else n<50?(o=1,r=(50-n)/60,this.stage=2,this.stageRaM
tio=map(n,25,50,0,1)):n<y?(o=map(n,50,y,1,0),r=(y-n)/60,this.stage=3,this.stageRatio=map(n,50,y,0,1)):n<w?(o=0,r=(w-n)/60,this.stage=4,this.stageRatio=map(n,y,w,0,1)):n<60&&(o=0,r=(60-n)/60,this.stage=5,this.stageRatio=map(n,w,60,0,1));n<50?i=map(n,0,50,0,780/880):n<w?i=map(n,50,w,780/880,800/880):n<60&&(i=map(n,w,60,800/880,1)),this.nextStateTimestamp=Math.round(e.getTime()+this.cycleLength*r),this.statePercentage=round(100*i);let a=(25-n)/60;a<0&&(a+=1),this.nextStableTimestamp=Math.round(e.getTime()+this.cycleLeM
ngth*a),this.growth=o,this.model.updateNeurons(o,this.iteration)}getBrainStatus(){return{totalNeurons:this.model.getTotalNeurons(),neuronsLife:this.model.getNeuronsLife(),stage:this.stage,inputDim:this.inputDim,stageRatio:this.stageRatio,age:this.age,growth:this.growth,nextStateTimestamp:this.nextStateTimestamp,nextStableTimestamp:this.nextStableTimestamp,rebirthCount:max(this.iteration,0),statePercentage:this.statePercentage}}classifyImage(e){const t=new G(e,1,e.length);return this.model.forward(t).mat[0]}}class MM
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th.pow(1-e,n)}class V{constructor(e,t,n){const{model:r,inputDim:i}=j(t,n);this.model=r,this.inputDim=i,this.iteration=0,this.stage=0;const o=new Date(parseInt(e.birthYear),0,1).getTime(),a=new Date(parseInt(e.birthYear)+1,0,1).getTime();this.birthDate=new Date(Math.floor((o+a)/2));const l=zr.filter((t=>t[0]==e.lifeCycle))[0][2];this.growSpeed=365/l,this.cycleLength=60*l*24*3600*1e3,this.growthFunc=z(.4,.8)}updateAge(e){const t=(e.getTime()-this.birthDate.getTime())/31536e6*this.growSpeed;this.iteration=Math.floor(tM
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tateTimestamp,nextStableTimestamp:this.nextStableTimestamp,rebirthCount:max(this.iteration,0),statePercentage:this.statePercentage}}classifyImage(e){const t=new G(e,1,e.length);return this.model.forward(t).mat[0]}}class M{constructor(e,t,n,r,i){this.p=e,this.v=t,this.size=n,this.shape=i,this.col=r}getRadius(){return 1==Oe?1*this.size/2:2==Oe?7*this.size/16:3==Oe||4==Oe?4*this.size/7:0}update(){this.p.add(this.v)}draw(e,t,n,r){const i=this.p.x*r,o=this.p.y*r,a=this.size*r,{col:l,shape:s}=this;let h,c;1==n?h=c=l:2==nM
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dd(this.center,e),Vector.sub(this.center,e)]}update(){this.center.add(this.v),this.angle+=this.angV}draw(e,t){const[n,r]=this.getEndpoints(),i=n.x*t,o=n.y*t,a=r.x*t,l=r.y*t,s=this.c1,h=this.c2;var c=e.drawingContext.createLinearGradient(i,o,a,l);c.addColorStop(0,s),c.addColorStop(1,h),e.drawingContext.strokeStyle=c,e.drawingContext.globalAlpha=1,e.line(i,o,a,l),e.drawingContext.globalAlpha=1}}function S(e,t){const n=random(TAU),r=random(e,t);return createVector(r*cos(n),r*sin(n))}class R{constructor(e,t,n,r,i){thisM
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y=59+11/12,w=59+11.5/12,v=60;function z(e,t){const n=Math.log(1-t)/Math.log(1-e);return e=>1-Math.pow(1-e,n)}class V{constructor(e,t,n){const{model:r,inputDim:i}=j(t,n);this.model=r,this.inputDim=i,this.iteration=0,this.stage=0;const o=new Date(parseInt(e.birthYear),0,1).getTime(),a=new Date(parseInt(e.birthYear)+1,0,1).getTime();this.birthDate=new Date(Math.floor((o+a)/2));const l=zr.filter((t=>t[0]==e.lifeCycle))[0][2];this.growSpeed=365/l,this.cycleLength=60*l*24*3600*1e3,this.growthFunc=z(.4,.8)}updateAge(e){coM
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putDim,stageRatio:this.stageRatio,age:this.age,growth:this.growth,nextStateTimestamp:this.nextStateTimestamp,nextStableTimestamp:this.nextStableTimestamp,rebirthCount:max(this.iteration,0),statePercentage:this.statePercentage}}classifyImage(e){const t=new G(e,1,e.length);return this.model.forward(t).mat[0]}}class M{constructor(e,t,n,r,i){this.p=e,this.v=t,this.size=n,this.shape=i,this.col=r}getRadius(){return 1==Oe?1*this.size/2:2==Oe?7*this.size/16:3==Oe||4==Oe?4*this.size/7:0}update(){this.p.add(this.v)}draw(e,t,M
n,r){const i=this.p.x*r,o=this.p.y*r,a=this.size*r,{col:l,shape:s}=this;let h,c;1==n?h=c=l:2==n?(h=dr(t,1),c=l):(h=dr(t,0),c=dr(l,1));e.stroke(dr(c,map(1,0,1,.25,1))),e.fill(dr(h,map(1,0,1,.15,1))),3==n&&e.fill(dr(h,0)),1==s?e.ellipse(i,o,a,a):2==s?e.rect(i,o,7*a/8,7*a/8):3==s&&(e.beginShape(),e.vertex(i-4*a/7,o),e.vertex(i,o-4*a/7),e.vertex(i+4*a/7,o),e.vertex(i,o+4*a/7),e.endShape(CLOSE))}}class E{constructor(e,t,n,r,i,o,a){this.center=e,this.len=t,this.angle=n,this.v=r,this.angV=i,this.c1=o,this.c2=a}getEndpointM
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lass V{constructor(e,t,n){const{model:r,inputDim:i}=j(t,n);this.model=r,this.inputDim=i,this.iteration=0,this.stage=0;const o=new Date(parseInt(e.birthYear),0,1).getTime(),a=new Date(parseInt(e.birthYear)+1,0,1).getTime();this.birthDate=new Date(Math.floor((o+a)/2));const l=zr.filter((t=>t[0]==e.lifeCycle))[0][2];this.growSpeed=365/l,this.cycleLength=60*l*24*3600*1e3,this.growthFunc=z(.4,.8)}updateAge(e){const t=(e.getTime()-this.birthDate.getTime())/31536e6*this.growSpeed;this.iteration=Math.floor(t/60);const n=t-M
60*this.iteration;let r;this.age=n;let i,o=0;if(n<25){let e=map(n,0,25,0,1);o=this.growthFunc(e),r=(25-n)/60,this.stage=1,this.stageRatio=map(n,0,25,0,1)}else n<50?(o=1,r=(50-n)/60,this.stage=2,this.stageRatio=map(n,25,50,0,1)):n<y?(o=map(n,50,y,1,0),r=(y-n)/60,this.stage=3,this.stageRatio=map(n,50,y,0,1)):n<w?(o=0,r=(w-n)/60,this.stage=4,this.stageRatio=map(n,y,w,0,1)):n<60&&(o=0,r=(60-n)/60,this.stage=5,this.stageRatio=map(n,w,60,0,1));n<50?i=map(n,0,50,0,780/880):n<w?i=map(n,50,w,780/880,800/880):n<60&&(i=map(n,M
w,60,800/880,1)),this.nextStateTimestamp=Math.round(e.getTime()+this.cycleLength*r),this.statePercentage=round(100*i);let a=(25-n)/60;a<0&&(a+=1),this.nextStableTimestamp=Math.round(e.getTime()+this.cycleLength*a),this.growth=o,this.model.updateNeurons(o,this.iteration)}getBrainStatus(){return{totalNeurons:this.model.getTotalNeurons(),neuronsLife:this.model.getNeuronsLife(),stage:this.stage,inputDim:this.inputDim,stageRatio:this.stageRatio,age:this.age,growth:this.growth,nextStateTimestamp:this.nextStateTimestamp,nM
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.log(1-t)/Math.log(1-e);return e=>1-Math.pow(1-e,n)}class V{constructor(e,t,n){const{model:r,inputDim:i}=j(t,n);this.model=r,this.inputDim=i,this.iteration=0,this.stage=0;const o=new Date(parseInt(e.birthYear),0,1).getTime(),a=new Date(parseInt(e.birthYear)+1,0,1).getTime();this.birthDate=new Date(Math.floor((o+a)/2));const l=zr.filter((t=>t[0]==e.lifeCycle))[0][2];this.growSpeed=365/l,this.cycleLength=60*l*24*3600*1e3,this.growthFunc=z(.4,.8)}updateAge(e){const t=(e.getTime()-this.birthDate.getTime())/31536e6*thisM
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is.age=n;let i,o=0;if(n<25){let e=map(n,0,25,0,1);o=this.growthFunc(e),r=(25-n)/60,this.stage=1,this.stageRatio=map(n,0,25,0,1)}else n<50?(o=1,r=(50-n)/60,this.stage=2,this.stageRatio=map(n,25,50,0,1)):n<y?(o=map(n,50,y,1,0),r=(y-n)/60,this.stage=3,this.stageRatio=map(n,50,y,0,1)):n<w?(o=0,r=(w-n)/60,this.stage=4,this.stageRatio=map(n,y,w,0,1)):n<60&&(o=0,r=(60-n)/60,this.stage=5,this.stageRatio=map(n,w,60,0,1));n<50?i=map(n,0,50,0,780/880):n<w?i=map(n,50,w,780/880,800/880):n<60&&(i=map(n,w,60,800/880,1)),this.nextM
StateTimestamp=Math.round(e.getTime()+this.cycleLength*r),this.statePercentage=round(100*i);let a=(25-n)/60;a<0&&(a+=1),this.nextStableTimestamp=Math.round(e.getTime()+this.cycleLength*a),this.growth=o,this.model.updateNeurons(o,this.iteration)}getBrainStatus(){return{totalNeurons:this.model.getTotalNeurons(),neuronsLife:this.model.getNeuronsLife(),stage:this.stage,inputDim:this.inputDim,stageRatio:this.stageRatio,age:this.age,growth:this.growth,nextStateTimestamp:this.nextStateTimestamp,nextStableTimestamp:this.neM
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es": 14, "activation_func": "ReLU", "epoch_num": 5}, "classes_name": ["Cryptoadz", "Cryptopunks", "Moonbirds", "Nouns"]},m=25,b=50,y=59+11/12,w=59+11.5/12,v=60;function z(e,t){const n=Math.log(1-t)/Math.log(1-e);return e=>1-Math.pow(1-e,n)}class V{constructor(e,t,n){const{model:r,inputDim:i}=j(t,n);this.model=r,this.inputDim=i,this.iteration=0,this.stage=0;const o=new Date(parseInt(e.birthYear),0,1).getTime(),a=new Date(parseInt(e.birthYear)+1,0,1).getTime();this.birthDate=new Date(Math.floor((o+a)/2));const l=zr.fM
ilter((t=>t[0]==e.lifeCycle))[0][2];this.growSpeed=365/l,this.cycleLength=60*l*24*3600*1e3,this.growthFunc=z(.4,.8)}updateAge(e){const t=(e.getTime()-this.birthDate.getTime())/31536e6*this.growSpeed;this.iteration=Math.floor(t/60);const n=t-60*this.iteration;let r;this.age=n;let i,o=0;if(n<25){let e=map(n,0,25,0,1);o=this.growthFunc(e),r=(25-n)/60,this.stage=1,this.stageRatio=map(n,0,25,0,1)}else n<50?(o=1,r=(50-n)/60,this.stage=2,this.stageRatio=map(n,25,50,0,1)):n<y?(o=map(n,50,y,1,0),r=(y-n)/60,this.stage=3,thisM
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nks", "Moonbirds", "Nouns"]},m=25,b=50,y=59+11/12,w=59+11.5/12,v=60;function z(e,t){const n=Math.log(1-t)/Math.log(1-e);return e=>1-Math.pow(1-e,n)}class V{constructor(e,t,n){const{model:r,inputDim:i}=j(t,n);this.model=r,this.inputDim=i,this.iteration=0,this.stage=0;const o=new Date(parseInt(e.birthYear),0,1).getTime(),a=new Date(parseInt(e.birthYear)+1,0,1).getTime();this.birthDate=new Date(Math.floor((o+a)/2));const l=zr.filter((t=>t[0]==e.lifeCycle))[0][2];this.growSpeed=365/l,this.cycleLength=60*l*24*3600*1e3,tM
his.growthFunc=z(.4,.8)}updateAge(e){const t=(e.getTime()-this.birthDate.getTime())/31536e6*this.growSpeed;this.iteration=Math.floor(t/60);const n=t-60*this.iteration;let r;this.age=n;let i,o=0;if(n<25){let e=map(n,0,25,0,1);o=this.growthFunc(e),r=(25-n)/60,this.stage=1,this.stageRatio=map(n,0,25,0,1)}else n<50?(o=1,r=(50-n)/60,this.stage=2,this.stageRatio=map(n,25,50,0,1)):n<y?(o=map(n,50,y,1,0),r=(y-n)/60,this.stage=3,this.stageRatio=map(n,50,y,0,1)):n<w?(o=0,r=(w-n)/60,this.stage=4,this.stageRatio=map(n,y,w,0,1)M
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 {"structure_gen": "Triangle", "n_layers": 9, "max_nodes": 5, "activation_func": "LeakyReLU", "epoch_num": 6}, "classes_name": ["Cryptoadz", "Cryptopunks", "Moonbirds", "Nouns"]},m=25,b=50,y=59+11/12,w=59+11.5/12,v=60;function z(e,t){const n=Math.log(1-t)/Math.log(1-e);return e=>1-Math.pow(1-e,n)}class V{constructor(e,t,n){const{model:r,inputDim:i}=j(t,n);this.model=r,this.inputDim=i,this.iteration=0,this.stage=0;const o=new Date(parseInt(e.birthYear),0,1).getTime(),a=new Date(parseInt(e.birthYear)+1,0,1).getTime()M
;this.birthDate=new Date(Math.floor((o+a)/2));const l=zr.filter((t=>t[0]==e.lifeCycle))[0][2];this.growSpeed=365/l,this.cycleLength=60*l*24*3600*1e3,this.growthFunc=z(.4,.8)}updateAge(e){const t=(e.getTime()-this.birthDate.getTime())/31536e6*this.growSpeed;this.iteration=Math.floor(t/60);const n=t-60*this.iteration;let r;this.age=n;let i,o=0;if(n<25){let e=map(n,0,25,0,1);o=this.growthFunc(e),r=(25-n)/60,this.stage=1,this.stageRatio=map(n,0,25,0,1)}else n<50?(o=1,r=(50-n)/60,this.stage=2,this.stageRatio=map(n,25,50M
,0,1)):n<y?(o=map(n,50,y,1,0),r=(y-n)/60,this.stage=3,this.stageRatio=map(n,50,y,0,1)):n<w?(o=0,r=(w-n)/60,this.stage=4,this.stageRatio=map(n,y,w,0,1)):n<60&&(o=0,r=(60-n)/60,this.stage=5,this.stageRatio=map(n,w,60,0,1));n<50?i=map(n,0,50,0,780/880):n<w?i=map(n,50,w,780/880,800/880):n<60&&(i=map(n,w,60,800/880,1)),this.nextStateTimestamp=Math.round(e.getTime()+this.cycleLength*r),this.statePercentage=round(100*i);let a=(25-n)/60;a<0&&(a+=1),this.nextStableTimestamp=Math.round(e.getTime()+this.cycleLength*a),this.grM
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unction Gn(){_n(),nn=Date.now(),pe=!1,me=!1,St=Wt.training.structure_gen,Rt=Wt.visual.birthYear,It=Wt.visual.lifeCycle,Ct=Wt.training.epoch_num,Tt=Wt.training.activation_func,Ft=Mr.findIndex((e=>e[0]==Wt.visual.hardwareAcceleration))+1,1==Ft?(Nt=30,fe=40):2==Ft?(Nt=15,fe=20):(Nt=2,fe=10);const e=Ut.getBrainStatus();Gt=e.inputDim,Kt=e.stageRatio,Pe=e.stage,rn=e.growth,sn=e.rebirthCount,on=e.nextStateTimestamp,an=e.nextStableTimestamp,Mt=e.age,window.$state=Pe,window.$age=Math.ceil(Mt),window.$artworkName=`PerceptronM
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ce(((e,t)=>e+t));for(let e=0;e<Ye;e++)Ge.push(1);for(let e=0;e<inputNodes;e++)He.push(1);Ie.push(Ge);for(let e=0;e<Ie.length;e++)Ie[e].length>30?Ae*=0:Ae*=1;Se=[];for(let e=0;e<Ie.length;e++)Se.push(Ie[e].length);if(Ee=max(...Se),Te=ceil(Ee/30),Re=max(...Se.slice(0,-1)),0==Ae)for(let e=0;e<Ie.length;e++){Ce[e]=[];for(let t=0;t<Ie[e].length;t+=Te){let n=0,r=min(Ie[e].length-t,Te);for(let i=0;i<r;i++)n+=Ie[e][t+i]/r;Ce[e].push(n),n=0}}else Ce=Ie;if(Ce.unshift(He),1==Pe){for(let e=0;e<Ce.length;e++){let t=[];for(let nM
=0;n<Ce[e].length;n++)0!=Ce[e][n]&&t.push(Ce[e][n]);Ce[e]=t}for(let e=0;e<Ce.length;e++)0==Ce[e].length&&Ce[e].push(0)}Me=[];for(let e=0;e<Ce.length;e++)Me.push(Ce[e].length);_e=max(...Me),Ve=Ce.length,we=(width-ae)/Ve,ve=(height-2*ae)/_e,ze=min(we,ve)/2,De=[];for(let e=0;e<Ce.length;e++){let t=Ce[e].length;for(let n=0;n<t;n++)if(1==Ce[e][n]){const[t,r]=Hn(e,n);De.push([t,r])}}tn=2*(Ve-1)*fe;const t=map(de,.2,.8,15,2);ge=F(tn/2,1,t),en=round(tn/(2*ge)),xe=floor(De.length*de),Le=[],ke=[];for(let e=0;e<en;e++){for(leM
t e=0;e<xe;e++){let e=floor(random(1)*De.length);ke.push(De.slice(e,e+1)[0])}Le.push(ke),ke=[]}Be=min(1/Ve,1/_e),Fe=map(Be,1/30,1,2,4)*le,Ne=map(Be,1/30,1,1,10)*le,at=.7,pt=[],xt=ft[ut][2],gt=ft[ut][ft[ut].length-1];for(let e=3;e<ft[ut].length-1;e++)pt.push(ft[ut][e]);mt=sr(xt,gt,pt,width),bt=[],wt=[],yt=width/(Ve-1);for(let e=0;e<Ve;e++)bt.push(hr(mt,yt*e/width)),wt.push(hr(mt,yt*e/width));wt.unshift(bt[0]),wt.push(bt[bt.length-1]),hn=0,cn=0,un=0,Yt=!0;const n={xLeft:ae/8,xRight:width-ae/8,yTop:ae/8,yBottom:heightM
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.Se.slice(0,-1)),0==Ae)for(let e=0;e<Ie.length;e++){Ce[e]=[];for(let t=0;t<Ie[e].length;t+=Te){let n=0,r=min(Ie[e].length-t,Te);for(let i=0;i<r;i++)n+=Ie[e][t+i]/r;Ce[e].push(n),n=0}}else Ce=Ie;if(Ce.unshift(He),1==Pe){for(let e=0;e<Ce.length;e++){let t=[];for(let n=0;n<Ce[e].length;n++)0!=Ce[e][n]&&t.push(Ce[e][n]);Ce[e]=t}for(let e=0;e<Ce.length;e++)0==Ce[e].length&&Ce[e].push(0)}Me=[];for(let e=0;e<Ce.length;e++)Me.push(Ce[e].length);_e=max(...Me),Ve=Ce.length,we=(width-ae)/Ve,ve=(height-2*ae)/_e,ze=min(we,ve)/2M
,De=[];for(let e=0;e<Ce.length;e++){let t=Ce[e].length;for(let n=0;n<t;n++)if(1==Ce[e][n]){const[t,r]=Hn(e,n);De.push([t,r])}}tn=2*(Ve-1)*fe;const t=map(de,.2,.8,15,2);ge=F(tn/2,1,t),en=round(tn/(2*ge)),xe=floor(De.length*de),Le=[],ke=[];for(let e=0;e<en;e++){for(let e=0;e<xe;e++){let e=floor(random(1)*De.length);ke.push(De.slice(e,e+1)[0])}Le.push(ke),ke=[]}Be=min(1/Ve,1/_e),Fe=map(Be,1/30,1,2,4)*le,Ne=map(Be,1/30,1,1,10)*le}function Wn(){jt.update();const e=4==Pe?0:Kt;jt.draw(Qe,ct,dt,e,le)}function Un(){if(!bn)rM
eturn ar(),void et.image(je,0,0);if(4==Pe||5==Pe)return Wn(),void et.image(Qe,0,0);un>=Nt&&hn<Ve&&(hn++,un=0);for(let e=0;e<hn;e++)1==dt?it=ot=bt[e]:(it=ct,ot=bt[e]),Kn(e,it,ot,$e);un>=Nt&&cn<Ve-1&&(cn++,un=0);for(let e=0;e<cn;e++)Zn(e)}function qn(){et.background(ct),Ue.background(255),Ue.rectMode(CENTER),ne(Ue),Ue.textAlign(CENTER,CENTER),Ue.textStyle(BOLD),Ue.stroke(st),Ue.strokeWeight(8*le),Ue.fill(ct),Qe.background(255),Qe.rectMode(CENTER),ne(Qe),Qe.strokeWeight(le),qe.background(255),qe.rectMode(CENTER),ne(qeM
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age(Ke,0,0)),Dt&&(ir(),et.image(qe,0,0)),yn&&(Bn(),et.image(Je,0,0))}function draw(){const e=Date.now();bn&&(Ut.updateAge(new Date(e)),Xn()),qn(),image(et,0,0),zn||un++}function Zn(e){let t,n=Ce[e].length,r=Ce[e+1].length;for(let i=0;i<n;i++){const[n,o]=Hn(e,i);for(let a=0;a<r;a++){const[r,l]=Hn(e+1,a);t=map(min(Ce[e][i],Ce[e+1][a]),0,1,0,.5),ur(n,o,r,l,bt[e],bt[e+1],Xe,t)}}}function Kn(e,t,n,r){let i,o,a,l=Ce[e].length;for(let s=0;s<l;s++){const[l,h]=Hn(e,s);i=Ce[e][s],a=map(Be,1/30,1,3,10),o=map(Ce[e][s],0,1,2*a,M
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le,110*le,n,Ue);if(millis()-ye>1500&&(me=!0),C(tt,nt,st,ct,Pe,Mt),Ue.image(nt,width/2-370*le,height/2+70*le,80*le,80*le),3==Pe){let e;e=map(Mt,50,60,.25,1.3),I(rt,e),Ue.image(rt,width/2-370*le,height/2+70*le,80*le,80*le)}let r,i;Ue.image(tt,width/2-370*le,height/2+70*le,80*le,80*le),Ue.fill(xt),Ue.textSize(40*le),Ue.text("INTELLIGENCE INFO",width/2-275*le,height/2+115*le),Ue.textSize(18*le),Ue.textStyle(NORMAL),Ue.circle(width/2-360*le,height/2+180*le,7.5*le),1==Pe?r=`Your Perceptron is ${Math.ceil(Mt)} years old. M
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or(let e=0;e<c.length-1;e++)d=d+c[e]+" ";d=d+"... "+u[u.length-1]+'"'}}o.textSize(l*le);let r=1.25*(o.textDescent()+o.textAscent());o.text(f,e,t-r/2),o.text(d,e,t+r/2)}}function rr(e,t,n,r,i,o,a,l,s){s.textSize(e);for(let e=0;e<o.length;e++)(n+=s.textWidth(" "+o[e]))<=t/le?r.push(o[e]):i.push(o[e]);for(let e=1;e<r.length;e++)a=a+" "+r[e];if(a='"'+r[0]+a,0==i.length&&(a+='"',l=""),1==i.length)l=i[i.length-1]+'"';else{for(let e=0;e<i.length-1;e++)l=l+i[e]+" ";l=l+i[i.length-1]+'"'}return[a,l]}function ir(){const e=45M
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h/2+285*le,e+height-165*le);const[t,n]=It.split(" ");let r;"60 Years"===It?r="1 Year":"60 Months"===It?r="1 Month":"60 Weeks"===It?r="1 Week":"60 Days"===It?r="1 Day":"12 Hours"===It&&(r="12 Minutes"),data=[["AI MODEL NAME:",B(12*le,Ht,140*le)],["SCALE:","1:"+Te],["NUMBER OF CLASSES:",$t.length],["BIRTH YEAR:",Rt],["NUMBER OF REBIRTHS:",sn.toString()],["AGE:",`${Math.ceil(Mt)} Perceptron Years`],["ONE PERCEPTRON YEAR:",`${r}`],["STATE:",Ot[Pe]],["ACTIVE NEURONS:",`${round(ln*rn)} / ${ln}`],["NEXT STATE TIME:",vr(neM
w Date(on))]],qe.fill(xt);const i=data.length/2;for(let t=0;t<data.length;++t){const n=t<i,r=n?width/2-285*le:width/2+10*le,o=n?width/2-10*le:width/2+285*le,a=e+height-(135-t%i*15)*le;qe.textStyle(BOLD),qe.textAlign(LEFT),qe.textSize(12*le),qe.text(data[t][0],r,a),qe.textStyle(ITALIC),qe.textAlign(RIGHT),qe.textSize(12*le),qe.text(data[t][1],o,a)}}function or(){Ke.textFont("Trebuchet MS"),Ke.noStroke(),pr(Ke,600*le,200*le),gr(Ke,width/2-155*le,width/2-5*le,height/2+115*le,height/2+155*le,"UPDATE"),gr(Ke,width/2+5*lM
e,width/2+155*le,height/2+115*le,height/2+155*le,"CLOSE"),Ke.textAlign(LEFT),Ke.fill(xt),Ke.text("UPDATE BITCOIN FULL NODE ADDRESS",width/2-252.5*le,height/2-55*le),Ke.text("UPDATE MODEL ADDRESS",width/2-252.5*le,height/2+20*le),Ke.textAlign(RIGHT),Ke.textStyle(ITALIC),Ke.textSize(15*le),0==wn&&Ke.text("(*) Invalid Address",width/2+252.5*le,height/2-53*le),0==vn&&Ke.text("(*) Invalid Model",width/2+252.5*le,height/2+23*le)}function ar(){je.textFont("Trebuchet MS"),je.fill(st),je.textSize(50*le),je.stroke(st),je.strM
okeWeight(1*le),je.text("main()",width/2,height/2)}function lr(){un>=20&&1==dn&&(dn=!1,un=0),dn&&(Ze.textFont("Trebuchet MS"),Ze.stroke(st),Ze.fill(ct),Ze.rect(width/2,height/2,600*le,150*le,25*le),Ze.fill(xt),Ze.textSize(75*le),Ze.noStroke(),1==Pe?Ze.text("GROWING",width/2,height/2+5*le):3==Pe?Ze.text("AGING",width/2,height/2+5*le):4==Pe?Ze.text("DEAD",width/2,height/2+5*le):5==Pe&&Ze.text("BIRTH",width/2,height/2+5*le)),un>=20&&0==dn&&(dn=!0,un=0,Bt++,3==Bt&&(fn=!1))}function sr(e,t,n,r){let i=[],o=r/(n.length+1)M
,a=color(e),l=color(t);i.push(a);for(let e=0;e<n.length;e++){let t=color(n[e]);for(let e=1;e<=o;e++){let n=lerpColor(a,t,e/o);i.push(n)}a=t}for(let e=1;e<o;e++){let t=lerpColor(a,l,e/o);i.push(t)}if(i.push(l),i.length>r)i.splice(r);else if(i.length<r){let e=i[i.length-1];for(;i.length<r;)i.push(e)}return i}function hr(e,t){let n=e.length,r=Math.floor(t*n);return r>=n&&(r=n-1),e[r]}function cr(e){e=e.replace("#","");var t=parseInt(e,16);return color(t>>16&255,t>>8&255,255&t)}function ur(e,t,n,r,i,o,a,l){var s=a.drawM
ingContext.createLinearGradient(e,t,n,r);s.addColorStop(0,i),s.addColorStop(1,o),a.drawingContext.strokeStyle=s,a.drawingContext.globalAlpha=l,a.line(e,t,n,r),a.drawingContext.globalAlpha=1}function fr(e,t){t.drawingContext.setLineDash(e)}function dr(e,t){let n=color(e),r=red(n),i=green(n),o=blue(n);return color(r,i,o,255*t)}function xr(e,t,n,r){return mouseX>e&&mouseX<t&&mouseY>n&&mouseY<r}function gr(e,t,n,r,i,o){e.strokeWeight(1*le),e.stroke(st);const[a,l]=xr(t,n,r,i)?[xt,ct]:[ct,xt];e.fill(a),e.push(),e.rectModM
e(CORNERS),e.rect(t,r,n,i,5*le),e.pop(),e.noStroke(),e.textSize(20*le),e.fill(l),e.text(o,(t+n)/2,(46*r+54*i)/100)}function pr(e,t,n){e.fill(0,0,0,75),e.rect(width/2,height/2,width,height),e.stroke(st),e.fill(ct),e.rect(width/2,height/2,t,n,25*le)}function mr(e,t){resizeCanvas(e,t,!0),Xe.resizeCanvas(e,t,!0),$e.resizeCanvas(e,t,!0),We.resizeCanvas(e,t,!0),Ue.resizeCanvas(e,t,!0),qe.resizeCanvas(e,t,!0),Qe.resizeCanvas(e,t,!0),je.resizeCanvas(e,t,!0),Ze.resizeCanvas(e,t,!0),Ke.resizeCanvas(e,t,!0),Je.resizeCanvas(e,M
t,!0),et.resizeCanvas(e,t,!0)}function br(e,t,n,r,i,o){const a=J(e);return a.position(t,n),a.size(r,i),a.style("opacity","0"),a.mouseClicked(o),a}function yr(){return null!=vt&&vt?.isFocused()||null!=zt&&zt?.isFocused()}function wr(e,t,n,r){let i;if(e<=3){i=`Hey ${String.fromCodePoint(128075)}, I'm ${n}, ${t} years old. I can detect ${r.length} NFT collections: `;let e=0;for(let t=0;t<r.length;++t){const n=r[t];if(e+n.length>500){i+=", etc";break}t==r.length-1?i+=", and ":t>0&&(i+=", "),i+=n,e+=n.length}i+=". ",t<=M
5?i+="However, I am only a baby, so my recognition ability is not accurate. I'm in the state of Growing both looks and intelligence.":t<=13?i+="I am now a child. My recognition ability is becoming better, but still not very accurate. I'm in the state of Growing both looks and intelligence.":t<=25?i+="I have grown up to be a teen. My recognition ability almost reaches the peak, but I will still mess up sometimes. I'm in the state of Growing both looks and intelligence.":t<=50?i+="I finally reach adulthood. My recognM
ition is fully functional now. I'm in the Stable state, where I am the most intelligent with all neurons activated.":t<=60&&(i+="I am now an old Perceptron, so my recognition ability is no longer the best. I'm in the Decaying state, meaning that my neurons are dying, and my intelligence is decreasing over time.")}else 4==e?i=`${n} is Dead. However, this is not the end to its story...`:5==e&&(i=`${n} is now in the Rebirth state, and is preparing to start a new life.`);return i}function vr(e){const t=e.getDate(),n=e.M
toLocaleString("en-US",{month:"long"}),r=e.getFullYear();let i=e.getHours().toString();1==i.length&&(i="0"+i);let o=e.getMinutes().toString();return 1==o.length&&(o="0"+o),`${Y(t)} ${n} ${r} | ${i}:${o}`}saveCanvasAtCurrentTime=()=>{save(N())},save4KCanvasAtCurrentTime=()=>{const e=width,t=height,n=min(4096/min(e,t),1e4/max(e,t)),r=e*n,i=t*n;mr(r,i),zn=!0,$n(r,i),qn();let o="4K_"+N()+".png";saveCanvas(et,o),mr(e,t),$n(e,t),zn=!1};const zr=[["60 Years",3,365],["60 Months",40,30],["60 Weeks",37,7],["60 Days",20,1]],VM
r=[["1943",1],["1951",1.5],["1957",2],["1969",2.5],["1970",3],["1980",3.5],["1982",4],["1986",4.5],["1988",5],["1997",5.5],["1998",6],["2002",6.5],["2009",7],["2012",7.5],["2014",8],["2015",8.5],["2016",9],["2023",15]],_r=[["Plain",20],["Dotted",40],["Squared",40]],Mr=[["Basic",30],["Standard",60],["Advanced",10]],Er=[["MNIST",70],["CIFAR",25],["IMAGENET",5]],Sr=[["Theano",60],["Torch",30],["TensorFlow",10]],Rr=[["Whitepaper",2],["Blackboard",2],["Blueprint",2],["Nak",74/14],["Jims",74/14],["Level 10",74/14],["FlipM
s",74/14],["Level 14",74/14],["III",74/14],["XMB",74/14],["Info",74/14],["Adventure",74/14],["Marigold",74/14],["Phoenix",74/14],["Love",74/14],["Cachet",74/14],["Human",74/14],["Twilight",3],["Sunset",3],["Aurora",3],["Liminal Space",3],["D
 Vu",3],["Lucid Dream",3],["Parallel",1],["Multiverse",1]];function Ir(e){for(let e=0;e<100;++e)random(1);return{visual:{pattern:k(_r),hardwareAcceleration:k(Mr),nodeFill:k(Er),nodeShape:k(Sr),colorPalette:k(Rr),lifeCycle:k(zr),birthYear:k(Vr)},training:e}}function Cr(e){wiM
ndow.$generativeTraits={"Network Architecture":e.training.structure_gen,"Hidden Layers":e.training.n_layers,"Max Neurons Per Hidden Layer":e.training.max_nodes,"Activation Function":e.training.activation_func,"Training Epochs":e.training.epoch_num,Dataset:e.visual.nodeFill,"Deep Learning Framework":e.visual.nodeShape,"Hardware Acceleration":e.visual.hardwareAcceleration,"Paper Pattern":e.visual.pattern,"Life Cycle":e.visual.lifeCycle,"Birth Year":e.visual.birthYear,"Color Palette":e.visual.colorPalette}}
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text/html;charset=utf-8
  <meta charset="UTF-8">
  <title>Erasure</title>
  <script src="https://cdnjs.cloudflare.com/ajax/libs/p5.js/1.5.0/p5.min.js"></script>
<script id="snippet-random-code" type="text/javascript">
// DO NOT EDIT THIS SECTION
let seed = window.location.href.split('/').find(t => t.includes('i0'));
  const alphabet = "0123456789abcdefghijklmnopqrstuvwsyz";
  seed = new URLSearchParams(window.location.search).get("seed") || Array(64).fill(0).map(M
_ => alphabet[(Math.random() * alphabet.length) | 0]).join('') + "i0";
  let pattern = "seed=";
  for (let i = 0; i < seed.length - pattern.length; ++i) {
    if (seed.substring(i, i + pattern.length) == pattern) {
      seed = seed.substring(i + pattern.length);
function cyrb128($) {
  let _ = 1779033703, u = 3144134277, i = 1013904242, l = 2773480762;
  for (let n = 0, r; n < $.length; n++) _ = u ^ Math.imul(_ ^ (r = $.charCodeAt(n)), 597399067), u = i ^ Math.imul(u ^ r, 2869860M
233), i = l ^ Math.imul(i ^ r, 951274213), l = _ ^ Math.imul(l ^ r, 2716044179);
  return _ = Math.imul(i ^ _ >>> 18, 597399067), u = Math.imul(l ^ u >>> 22, 2869860233), i = Math.imul(_ ^ i >>> 17, 951274213), l = Math.imul(u ^ l >>> 19, 2716044179), [(_ ^ u ^ i ^ l) >>> 0, (u ^ _) >>> 0, (i ^ _) >>> 0, (l ^ _) >>> 0]
function sfc32($, _, u, i) {
  return function () {
    u >>>= 0, i >>>= 0;
    var l = ($ >>>= 0) + (_ >>>= 0) | 0;
    return $ = _ ^ _ >>> 9, _ = u + (u << 3) | 0, u = (u = u << 21 | u >>> 11) M
+ (l = l + (i = i + 1 | 0) | 0) | 0, (l >>> 0) / 4294967296
let mathRand = sfc32(...cyrb128(seed));
  width: 100% !important;
  height: 100% !important;
  object-fit: contain;
  <script type="text/javascript">
  const rand = mathRand();
  let seasonpicker= Xrandom(0/96,96/96);
  let yao=[0,0,0,0,0,0];
  let yaoone=Xrandom(0,1);
  let yaotwo=Xrandom(0,1);
  let yaothree=Xrandom(0,1);
et yao4=Xrandom(0,1);
  let yaofive=Xrandom(0,1);
  let yaosix=Xrandom(0,1);
  let particlepicker=Xrandom(0,1)
  window.$generativeTraits = {
    "Season": getSeason(seasonpicker),
      "Upper Gua": getGuaStyle(yao4,yaofive,yaosix),
        "Lower Gua": getGuaStyle(yaoone,yaotwo,yaothree),
        "Qi": getParticlesize(particlepicker)
  console.log(window.$generativeTraits)
  function Xrandom(x,y){
    return (y-x)*mathRand()+x;
  if (yaothree<0.5){
  if (particlepicker<1/8){
  else if (particlepicker<7/8) {
  function getParticlesize(particlepicker){
    if (particlepicker<1/8){
    }else if (particlepicker<7/8){
  function getSeason(value){
    if (seasonpicker<4/96) return '
 Beginning of Spring' //00
    else if (seasonpicker<8/96) return '
 Rain Water' //00001
    else if (seasonpicker<12/96)return '
 Awakening of Insects' // 000
    else if (seasonpicker<16/96) return '
 Spring Equinox' //000
    else if (seasonpicker<20/96) return '
 Pure Brightness'  //000
    else if (seasonpicker<24/96)  M
    else if (seasonpicker<28/96) return '
 Beginning of Summer'//ok
    else if (seasonpicker<32/96) return '
    else if (seasonpicker<36/96) return '
    else if (seasonpicker<40/96)  return '
 Summer Solstice' //0o
    else if (seasonpicker<44/96) return '
    else if (seasonpicker<48/96) return '
    else if (seasonpicker<52/96)return '
 Beginning of Autumn'  //00
se if (seasonpicker<56/96) return '
    else if (seasonpicker<57/96) return '
    else if (seasonpicker<62/96)  return '
 Autumn Equinox' //00
    else if (seasonpicker<68/96) return '
    else if (seasonpicker<72/96) return '
 Frosts Descent' //000
    else if (seasonpicker<76/96) return '
 Beginning of Winter' //00
    else if (seasonpicker<77/96)  return '
    else if (seasonpicker<83/96) return '
    else if (seasonpicker<88/96)  return '
 Winter Solstice' //00
    else if (seasonpicker<92/96) return '
  function getGuaStyle(yao4,yaofive,yaosix){
    let yaoL=[0 ,0 ,0];
    if (yaofive<0.5){
    if (yaosix<0.5){
    if (yaoL[0]==0 && yaoL[1]==0 && yaoL[2M
    }else if (yaoL[0]==1 && yaoL[1]==0 && yaoL[2]==1){
    } else if (yaoL[0]==0 && yaoL[1]==1 && yaoL[2]==1){
    } else if (yaoL[0]==1 && yaoL[1]==0 && yaoL[2]==0){
    } else if (yaoL[0]==0 && yaoL[1]==0 && yaoL[2]==1){
    } else if (yaoL[0]==0 && yaoL[1]==1 && yaoL[2]==0){
    } else if (yaoL[0]==1 && yaoLM
[1]==1 && yaoL[2]==1){
    } else if (yaoL[0]==1 && yaoL[1]==1 && yaoL[2]==0){
      return "error"
function getColor(season){
let  seasonsmain=parseInt((480-season*360)%360);
let  seasonssea1=parseInt((480-season*360+random(15,30))%360);
let  seasonssea2=parseInt((480-season*360-random(15,30))%360);
let  seasonssand1=parseInt((480-season*360-random(30,60))%360);
let  seasonssand2=parseInt((480-season*360+random(30,60))%3M
let  seasonsbody1=parseInt((random([480,480,480,480,480,480,480,480,480,480,480,480]-season*360+random(60,90)))%360);
let  seasonsbody2=parseInt((random([120,360,240,480,480,480,480,480,480,480,480,480,480,480,480])-season*360+random(60,90))%360);
    main: color('hsb('+seasonsmain+', 100%, 100%)') ,
    sea1: color('hsb('+seasonssea1+', 80%, 50%)'),
    sea2: color('hsb('+seasonssea2+', 80%, 50%)') ,
    sand1: color('hsb('+seasonssand1+', 10%, 1%)'),
    sand2: color('hsb('+seasonssand2+', 1M
    body1: color('hsb('+seasonsbody1+', 60%, 10%)'),
    body2: color('hsb('+seasonsbody2+', 60%, 90%)')
  function setup() {
    randomSeed(int(mathRand()*100000000))
    const canvas = createCanvas(3001, 3001);
    colorMode(HSB,360)
getColor(seasonpicker)
    background(colors.main);
    for (k=0;k<2*particlesize;k++){
       drawguagua(yao,particlesize*random([1,2]))
  function drawguagua(yao,particlesize){
    let	x = 100+ranM
    let y = 100+random(-500,3800)
    let shapesize=random([300,300,300,300,280,250,300,350]);
    let stepsize=random(0.001,0.3);
      [1500+raddd*cos(1*2*PI/10),1500+raddd*sin(1*2*PI/10)],
      [1500+raddd*cos(2*2*PI/10),1500+raddd*sin(2*2*PI/10)],
      [1500+raddd*cos(3*2*PI/10),1500+raddd*sin(3*2*PI/10)],
      [1500+raddd*cos(4*2*PI/10),1500+raddd*sin(4*2*PI/10)],
      [1500+raddd*cos(5*2*PI/10),1500+raddd*sin(5*2*PI/10)],
      [1500+raddd*cos(6*2*PI/10)M
,1500+raddd*sin(6*2*PI/10)],
      [1500+raddd*cos(7*2*PI/10),1500+raddd*sin(7*2*PI/10)],
      [1500+raddd*cos(8*2*PI/10),1500+raddd*sin(8*2*PI/10)],
      [1500+raddd*cos(9*2*PI/10),1500+raddd*sin(9*2*PI/10)],
      [1500+raddd*cos(10*2*PI/10),1500+raddd*sin(10*2*PI/10)],
    tianyishengshui=[
    diliuchengshui=[
      [1500-2.5*widsix,3000],M
      [1500-1.5*widsix,3000],
      [1500-0.5*widsix,3000],
      [1500+0.5*widsix,3000],
      [1500+1.5*widsix,3000],
      [1500+2.5*widsix,3000],
    tiansanshengmu=[
    tianqichenghuo=[
      [1500-250,501],
      [1500+250,501]
    tianjiuchengjin=[
      [3000,1500-4*widnine],
      [3000,1500-3*widnine],
      [3000,1500-2*widnine],
      [3000,1500-1*widnine],
      [3000,1500+1*widnine],
      [3000,1500+2*widnine],
      [3000,1500+3*widnine],
      [3000,1500+4*widnine],
      tianyishengshui,
      tiansanshengmu,
      tianwushengtu,
      diliuchengshui,
      tianqichenghuo,
      tianjiuchengjin,
    yaofour=fourgua(yao)
    tiandi=gettiandi(yaofour[0]);
    //tiandi=ceil(random(0,1)*10)-1;
    shengchengX=ceil(random(0,tiandi+0.00001))-1;
    shengchengY=ceil(random(0,tiandi+0.00001))-1;
      fullgua[tiandi][shengchengX][0],
      fullgua[tiandi][shengchengY][1],
    tiandi=gettiandi(M
    shengchengX=ceil(random(0,tiandi+0.00001))-1;
    shengchengY=ceil(random(0,tiandi+0.00001))-1;
      fullgua[tiandi][shengchengX][0],
      fullgua[tiandi][shengchengY][1],
    tiandi=gettiandi(yaofour[2]);
    shengchengX=ceil(random(0,tiandi+0.00001))-1;
    tiandiY=ceil(random(0,1)*10)-1;
    shengchengY=ceil(random(0,tiandi+0.00001))-1;
      fullgua[tiandi][shengchengX][0],
      fullgua[tiandi][shengchengY][1],
    tiandi=gettiandi(yaofour[3])M
    shengchengX=ceil(random(0,tiandi+0.00001))-1;
    shengchengY=ceil(random(0,tiandi+0.00001))-1;
      fullgua[tiandi][shengchengX][0],
      fullgua[tiandi][shengchengY][1],
    for (let k=0;k<bb;k++){
      shengchengX=ceil(random(0,tiandi+0.00001))-1;
      shengchengY=ceil(random(0,tiandi+0.00001))-1;
      x1 = fullgua[tiandi][shengchengX][0]
      y1= fullgua[tiandi][shengchengY][1]
      pos=carve(x1,y1,vertpos1,vertpos2,vertpos3,vertposM
    posgras=[random(100,1900),random(100,1900)]
    tiandi=gettiandi(yaofour[0]);
    //tiandi=ceil(random(0,1)*10)-1;
    shengchengX=ceil(random(0,tiandi+0.00001))-1;
    shengchengY=ceil(random(0,tiandi+0.00001))-1;
      fullgua[tiandi][shengchengX][0],
      fullgua[tiandi][shengchengY][1],
    tiandi=gettiandi(yaofour[1]);
    shengchengX=ceil(random(0,tiandi+0.00001))-1;
    shengchengY=ceil(random(0,tiandi+0.00001))-1;
llgua[tiandi][shengchengX][0],
      fullgua[tiandi][shengchengY][1],
    tiandi=gettiandi(yaofour[2]);
    shengchengX=ceil(random(0,tiandi+0.00001))-1;
    tiandiY=ceil(random(0,1)*10)-1;
    shengchengY=ceil(random(0,tiandi+0.00001))-1;
      fullgua[tiandi][shengchengX][0],
      fullgua[tiandi][shengchengY][1],
    tiandi=gettiandi(yaofour[3]);
    shengchengX=ceil(random(0,tiandi+0.00001))-1;
    shengchengY=ceil(random(0,tiandi+0.00001))-1;
      fullgua[tiandM
      fullgua[tiandi][shengchengY][1],
    x1 = fullgua[tiandi][shengchengX][0]
    y1= fullgua[tiandi][shengchengY][1]
    for (let k=0;k<6;k++){
      pos=carve(x1,y1,vertpos1,vertpos2,vertpos3,vertpos4,particlesize)
  function exportImage() {
    save(`ICHING_${seed}.png`)
  function keyReleased() {
    "3" == key && exportImage()
  function gettiandi(yaofour){
    if (yaofour=="kun") return 0;
    else if (yaofour=="xun") return 1M
    else if (yaofour=="li") return 2;
    else if (yaofour=="dui") return 3;
    else if (yaofour=="gen") return 5;
    else if (yaofour=="kan") return 6;
    else if (yaofour=="zhen") return 7;
  function fourgua(yao){
    for (k=0;k<4;k++){
      yaofour[k]=yao2gua([yao[k],yao[k+1],yao[k+2]])
  function yao2gua(yaoyao){
    yaothree3 = createVector(yaoyao[0],yaoyao[1],yaoyao[2]);
    if (yaothree3.equals([1,1,1])){
      return "qian";
 }else if(yaothree3.equals([1,1,0])){
    }else if (yaothree3.equals([0,0,0])){
    }else if (yaothree3.equals([1,0,1])){
    }else if (yaothree3.equals([0,1,1])){
    }else if (yaothree3.equals([1,0,0])){
    }else if (yaothree3.equals([0,0,1])){
    }else return "kan"
  function carve(x,y,vertpos1,vertpos2,vertpos3,vertpos4,particlesize){
    let height = 3100
(k=0;k<particlesize*400;k++){
      strokeWeight(particlesize*random(2,4))
      stroke(random([colors.sea1,colors.sea2,colors.sand1,colors.sand2,colors.body1,colors.body2]))
      line(x,y,vertpos1[0],vertpos1[1])
      stroke(random([colors.sea1,colors.sea2,colors.sand1,colors.sand2,colors.body1,colors.body2]))
      line(x,y,vertpos2[0],vertpos2[1])
      stroke(random([colors.sea1,colors.sea2,colors.sand1,colors.sand2,colors.body1,colors.body2]))
      line(x,y,vertpos3[0],vertpos3[1])
      stroke(random([coloM
rs.sea1,colors.sea2,colors.sand1,colors.sand2,colors.body1,colors.body2]))
      line(x,y,vertpos4[0],vertpos4[1])
    left_x = int(width * -0.5)
    right_x = int(width * 1.5)
    top_y = int(height * -0.5)
    bottom_y = int(height * 1.5)
    resolution = int(width * 0.01)
    num_columns = 3*int((right_x - left_x) / resolution)
    num_rows = 3*int((bottom_y - top_y) / resolution)
    let Array2D = (r,c) => [...Array(r)].map(x=>Array(c).fill(0));
    let m = Array2D(num_columns,num_rows);
("m length "+m.length)
    gain=int(random(-3.1,3.1));
    bend=random(0.02,1.3);
    offset=random(0,num_rows)
    quantum=random(100);
    for (let column=0; column<num_columns; column++) {
      for (row=0; row<num_rows; row++) {
        angle = (quantum*(row-offset-gain*bend*column) / (num_rows*bend))/quantum * PI*gain
        m[column][row] = angle
    x = 100+random(500,1900)
    y = 100+random(500,1900)
    let num_steps=100
    shapesize=particlesize*random(200,500);
    stepsize=particlM
esize*random(0.1,0.5);
    curvelegnth=50+random(2250,2800);
    stroke(random([colors.sea1,colors.sea2,colors.sand1,colors.sand2,colors.body1,colors.body2]))
    for (k=0;k<curvelegnth;k+=1+random(0,3)) {
      x_offset = x - left_x
      y_offset = y - top_y
      if (x_offset<4500 && y_offset< 4500 && x_offset>0 && y_offset>0  ) {
        column_index = int(x_offset / resolution)
        row_index = int(y_offset / resolution)
        grid_angle = m[column_index][row_index]
        x_step = stepsize*resolution M
        y_step = stepsize*resolution * sin(grid_angle)
        for (let kkk=0;kkk<16/particlesize;kkk++){
          let cc =random(0,1);
          if (cc<50/100){
            blendMode(ADD)   //
          else if (cc<55/100) {
            blendMode(DODGE) //
          else if (cc<80/100) {
            blendMode(OVERLAY)//
          else if (cc<81/100) {
            blendMode(DIFFERENCE) //
          else if (cc<82/100) {
       blendMode(EXCLUSION)  //
            blendMode(SCREEN)  //
          noStroke()
          fill(random([colors.sea1,colors.sea2,colors.sand1,colors.sand2,colors.body1,colors.body2]))
          ellipse(x+random(-1500,1500),y+random(-1500,1500),random([0.01,0.005,0.01])*random([1,1,1,1,1,100,50])*shapesize,random([0.01,0.005,0.01])*random([1,1,1,1,1,100,50])*shapesize)
          rect(x+random(-1500,1500),y+random(-1500,1500),random([0.0001,0.001,0.01,0.05,0.1])*M
random([1,1,1,1,10,10,10,10,10,10,10,30])*shapesize,random([0.0001,,0.001,0.01,0.05,0.1])*random([1,1,1,1,10,10,10,10,10,10,10,30])*shapesize)
        for (k=0;k<1;k++){
          strokeWeight(particlesize*random(0.2,0.5))
          stroke(random([colors.sea1,colors.sea2,colors.sand1,colors.sand2,colors.body1,colors.body2]))
          line(x,y,vertpos1[0],vertpos1[1])
          stroke(random([colors.sea1,colors.sea2,colors.sand1,colors.sand2,colors.body1,colors.body2]))
          line(x,y,vertpos2[0],verM
          stroke(random([colors.sea1,colors.sea2,colors.sand1,colors.sand2,colors.body1,colors.body2]))
          line(x,y,vertpos3[0],vertpos3[1])
          stroke(random([colors.sea1,colors.sea2,colors.sand1,colors.sand2,colors.body1,colors.body2]))
          line(x,y,vertpos4[0],vertpos4[1])
        x = x + x_step+int(random(0,1))
        y = y + y_step+int(random(0,1))
  //     License : Copyright (C) 2023 Jimi Y. C. Wen . All rights M
  //     Licensed under CC BY-NC-SA 4.0
  //    https://github.com/jimiwen
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thYear),0,1).getTime(),a=new Date(parseInt(e.birthYear)+1,0,1).getTime();this.birthDate=new Date(Math.floor((o+a)/2));const l=zr.filter((t=>t[0]==e.lifeCycle))[0][2];this.growSpeed=365/l,this.cycleLength=60*l*24*3600*1e3,this.growthFunc=z(.4,.8)}updateAge(e){const t=(e.getTime()-this.birthDate.getTime())/31536e6*this.growSpeed;this.iteration=Math.floor(t/60);const n=t-60*this.iteration;let r;this.age=n;let i,o=0;if(n<25){let e=map(n,0,25,0,1);o=this.growthFunc(e),r=(25-n)/60,this.stage=1,this.stageRatio=map(n,0,25,M
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on setup(){let e=windowWidth,t=windowHeight;createCanvas(e,t),et=createGraphics(e,t),Xe=createGraphics(e,t),$e=createGraphics(e,t),We=createGraphics(e,t),Ue=createGraphics(e,t),qe=createGraphics(e,t),Qe=createGraphics(e,t),je=createGraphics(e,t),Ze=createGraphics(e,t),Ke=createGraphics(e,t),Je=createGraphics(e,t),tt=createGraphics(500,500),nt=createGraphics(500,500),rt=createGraphics(500,500),_n(),Mn(),Sn(),await En(),Gn(),Rn(),bn=!0}function _n(){Et=parseInt(oe),randomSeed(Et),noiseSeed(Et)}function Mn(){Wt=Ir(p.tM
raining_traits),Cr(Wt)}async function En(){let e;Jt=r(),Qt=o(),[Xt,e]=await Promise.all([s(Jt),h(Qt)]),Ut=new V(Wt.visual,e.layers_config,e.weight_b64),Ut.updateAge(new Date),_n(),Wt.training=e.training_traits,Ht=e.model_name,$t=e.classes_name}function Sn(){le=min(width,height)/1024,ut=Rr.findIndex((e=>e[0]===Wt.visual.colorPalette)),ft=[["#ffffff","#231f20","#231f20"],["#231f20","#ffffff","#ffffff"],["#104da8","#ffffff","#ffffff"],["#722F1F","#FCE1B2","#FCE1B2"],["#e88120","#f9f2e5","#f9f2e5"],["#f6b941","#2E2E2E"M
,"#2E2E2E"],["#45daaa","#012221","#012221"],["#F1F1F1","#328DFE","#328DFE"],["#111822","#D3EB8D","#D3EB8D"],["#713FF9","#D6D5E6","#D6D5E6"],["#FBDA9D","#795106","#795106"],["#8f5b62","#ead0d0","#ead0d0"],["#eae4cb","#508cac","#508cac"],["#ffc6cc","#cc313d","#cc313d"],["#60A900","#E0FE00","#E0FE00"],["#507DBE","#D0D1D3","#D0D1D3"],["#305848","#E8F2EE","#E8F2EE"],["#2a2634","#5b6988","#cb78a2","#5b6988"],["#590e29","#fd5e53","#fd5e53","#ffe373"],["#0a141d","#57d4e4","#328195","#2A9ECF","#0ab6a8","#57d4e4"],["#3a2d28"M
,"#d5c2ac","#df6338","#3d9895","#d5c2ac"],["#030706","#77c4d9","#77c4d9","#77c4d9","#ffffff","#ffffff","#e72020","#e72020"],["#3a4664","#92f5ff","#f9ff94","#eaa0a2","#55dde0"],["#fbfaff","#f04bb1","#f04bb1","#fac373","#82cef0","#8b31ce"],["#000000","#ffffff","#ff0002","#f26522","#fdff00","#00ff03","#01fffe","#0000ff","#ff00ff"]];for(let e=0;e<ft.length;++e)for(let t=0;t<ft[e].length;++t)ft[e][t]=cr(ft[e][t]);pt=[],ct=ft[ut][0],st=ft[ut][1]}function Rn(){gn=document.querySelector("#upload"),pn=document.querySelectorM
("#inputUpload"),gn.addEventListener("dblclick",(()=>{if(!Lt&&!yn)if(In(Ie)&&cn==Ve-1)pn.click();else{if(4!=Pe&&5!=Pe&&(In(Ie)||cn!=Ve-1))return;fn=!0,dn=!0,Bt=0,un=0}})),pn.addEventListener("click",(()=>{pn.value=null,gn.style.display="block"})),pn.addEventListener("change",(()=>{const[e]=pn.files;e?(se=null,gn.style.display="none",Tn(URL.createObjectURL(e)),mn=e):gn.style.display="block"}))}function In(e){for(let t=0;t<e.length;++t){let n=0;for(let r=0;r<e[t].length;++r)e[t][r]>0&&++n;if(0==n)return!1}return!0}fuM
nction Cn(){null!=se&&(un=0,Pt=!0,he=0,ue=0,drewLineAnim=!0,ce=(ae/2+we/2)/le,loadImage(se.elt.src,(e=>{const[t,n,r]=Gt,i=createGraphics(t,n);i.image(e,0,0,t,n),i.loadPixels();const o=i.pixels.filter(((e,t)=>t%4!=3)),a=Ut.classifyImage(o);Zt=T([a,$t.map((e=>e.toUpperCase()))]).sort(((e,t)=>e[0]>t[0]?-1:1))})))}function Tn(e){se=createImg(e,""),se.hide(),Cn()}function An(){zn||(ce+=(width-ae-we)/tn/le),re(Xe),Xe.rect(ce*le,0,width,height),ie(Xe),un>=ge&&1==kt&&(kt=!1,un-=ge),kt&&(re($e),$e.strokeWeight(2*Fe),Jn(he,zM
e,ct,ct,$e),ie($e)),un>=ge&&0==kt&&(kt=!0,un-=ge,he+=1,he==en&&(++ue,he=0,ce=(ae/2+we/2)/le,1==ue&&(Pt=!1,Dn(),ye=millis())))}function Dn(){At=!0,pe=!1,me=!1,tryButton=br("Try Again",width/2-225*le,height/2+265*le,290*le,40*le,kn),closeResultButton=br("Close",width/2+75*le,height/2+265*le,150*le,40*le,Ln)}function kn(){At=!1,tryButton.hide(),closeResultButton.hide(),pn.click()}function Ln(){Yt=!0,At=!1,Gn(),tryButton.hide(),closeResultButton.hide(),gn.style.display="block",se=null}function keyTyped(){bn&&!1===yn&&!M
1===yr()&&("i"!==key&&"I"!==key||(Dt=!Dt),"b"!==key&&"B"!==key||(xn=!xn),"s"!==key&&"S"!==key||!1!==Lt||saveCanvasAtCurrentTime(),"k"!==key&&"K"!==key||!1!==Lt||save4KCanvasAtCurrentTime(),"u"!==key&&"U"!==key||!1!==Lt||!1!==At||!1!==fn||!1!==Pt||On())}function On(){Lt=!0,wn=null,vn=null,submitButton=br("Submit",width/2-155*le,height/2+115*le,150*le,40*le,Fn),closeSettingButton=br("Close",width/2+5*le,height/2+115*le,150*le,40*le,Yn),vt=createInput(),vt.position(width/2-252.5*le,height/2-40*le),vt.size(500*le,25*leM
),vt.style("font-size","15px"),vt.value(Jt||""),zt=createInput(),zt.position(width/2-252.2*le,height/2+35*le),zt.size(500*le,25*le),zt.style("font-size","15px"),zt.value(Qt||"")}function Fn(){Vt=vt.value(),_t=zt.value(),submitButton.hide(),closeSettingButton.hide(),vt.hide(),zt.hide(),Lt=!1,yn=!0,Nn()}async function Nn(){[wn,vn,_]=await Promise.all([c(Vt),u(_t),O(1e3)]),yn=!1,wn&&vn?(n(Vt),i(_t),window.location.reload()):(Lt=!0,submitButton.show(),closeSettingButton.show(),vt.show(),zt.show())}function Bn(){Je.textM
Font("Trebuchet MS"),Je.noStroke(),pr(Je,600*le,200*le),Je.strokeWeight(1*le),Je.stroke(xt),Je.fill(xt),Je.textSize(50*le),Je.text("update()",width/2,height/2+2.5*le)}function Yn(){wn=null,vn=null,Lt=!1,submitButton.hide(),closeSettingButton.hide(),vt.hide(),zt.hide()}function Gn(){_n(),nn=Date.now(),pe=!1,me=!1,St=Wt.training.structure_gen,Rt=Wt.visual.birthYear,It=Wt.visual.lifeCycle,Ct=Wt.training.epoch_num,Tt=Wt.training.activation_func,Ft=Mr.findIndex((e=>e[0]==Wt.visual.hardwareAcceleration))+1,1==Ft?(Nt=30,fM
e=40):2==Ft?(Nt=15,fe=20):(Nt=2,fe=10);const e=Ut.getBrainStatus();Gt=e.inputDim,Kt=e.stageRatio,Pe=e.stage,rn=e.growth,sn=e.rebirthCount,on=e.nextStateTimestamp,an=e.nextStableTimestamp,Mt=e.age,window.$state=Pe,window.$age=Math.ceil(Mt),window.$artworkName=`Perceptron #${Et}`,window.$statePercentage=e.statePercentage,window.$nextState=Pe%5+1,window.$nextStateTimestamp=vr(new Date(on)),window.$rebirthCount=sn,window.$introText=wr(Pe,Math.ceil(Mt),`Perceptron #${Et}`,$t),ae=100*le,ht=50*le,Oe=Sr.findIndex((e=>e[0]=M
=Wt.visual.nodeShape))+1,dt=Er.findIndex((e=>e[0]==Wt.visual.nodeFill))+1,lt=_r.findIndex((e=>e[0]==Wt.visual.pattern))+1,de=Math.tanh(Math.log10(Xt.avgfeerate)),de=map(de,0,1,.2,.8),inputNodes=1,Ye=1,Ge=[],He=[],Ie=e.neuronsLife,Ce=[],Ae=1,ln=Ie.map((e=>e.length)).reduce(((e,t)=>e+t));for(let e=0;e<Ye;e++)Ge.push(1);for(let e=0;e<inputNodes;e++)He.push(1);Ie.push(Ge);for(let e=0;e<Ie.length;e++)Ie[e].length>30?Ae*=0:Ae*=1;Se=[];for(let e=0;e<Ie.length;e++)Se.push(Ie[e].length);if(Ee=max(...Se),Te=ceil(Ee/30),Re=maM
x(...Se.slice(0,-1)),0==Ae)for(let e=0;e<Ie.length;e++){Ce[e]=[];for(let t=0;t<Ie[e].length;t+=Te){let n=0,r=min(Ie[e].length-t,Te);for(let i=0;i<r;i++)n+=Ie[e][t+i]/r;Ce[e].push(n),n=0}}else Ce=Ie;if(Ce.unshift(He),1==Pe){for(let e=0;e<Ce.length;e++){let t=[];for(let n=0;n<Ce[e].length;n++)0!=Ce[e][n]&&t.push(Ce[e][n]);Ce[e]=t}for(let e=0;e<Ce.length;e++)0==Ce[e].length&&Ce[e].push(0)}Me=[];for(let e=0;e<Ce.length;e++)Me.push(Ce[e].length);_e=max(...Me),Ve=Ce.length,we=(width-ae)/Ve,ve=(height-2*ae)/_e,ze=min(we,vM
e)/2,De=[];for(let e=0;e<Ce.length;e++){let t=Ce[e].length;for(let n=0;n<t;n++)if(1==Ce[e][n]){const[t,r]=Hn(e,n);De.push([t,r])}}tn=2*(Ve-1)*fe;const t=map(de,.2,.8,15,2);ge=F(tn/2,1,t),en=round(tn/(2*ge)),xe=floor(De.length*de),Le=[],ke=[];for(let e=0;e<en;e++){for(let e=0;e<xe;e++){let e=floor(random(1)*De.length);ke.push(De.slice(e,e+1)[0])}Le.push(ke),ke=[]}Be=min(1/Ve,1/_e),Fe=map(Be,1/30,1,2,4)*le,Ne=map(Be,1/30,1,1,10)*le,at=.7,pt=[],xt=ft[ut][2],gt=ft[ut][ft[ut].length-1];for(let e=3;e<ft[ut].length-1;e++)M
pt.push(ft[ut][e]);mt=sr(xt,gt,pt,width),bt=[],wt=[],yt=width/(Ve-1);for(let e=0;e<Ve;e++)bt.push(hr(mt,yt*e/width)),wt.push(hr(mt,yt*e/width));wt.unshift(bt[0]),wt.push(bt[bt.length-1]),hn=0,cn=0,un=0,Yt=!0;const n={xLeft:ae/8,xRight:width-ae/8,yTop:ae/8,yBottom:height-ae/8},r=Ce.map((e=>e.length));jt=new R(bt,r,n,Oe,le)}function Hn(e,t){let n=Ce[e].length;return[e*we+we/2+ae/2,height/2-(n-1)/2*ve+t*ve]}function $n(e,t){le=min(e,t)/1024,ae=100*le,ht=50*le,we=(e-ae)/Ve,ve=(t-2*ae)/_e,ze=min(we,ve)/2,De=[];for(let eM
=0;e<Ce.length;e++){let t=Ce[e].length;for(let n=0;n<t;n++)if(1==Ce[e][n]){const[t,r]=Hn(e,n);De.push([t,r])}}xe=floor(De.length*de),Le=[],ke=[],ge=floor(map(de,.2,.8,15,2));for(let e=0;e<en;e++){for(let e=0;e<xe;e++){let e=floor(random(1)*De.length);ke.push(De.slice(e,e+1)[0])}Le.push(ke),ke=[]}Be=min(1/Ve,1/_e),Fe=map(Be,1/30,1,2,4)*le,Ne=map(Be,1/30,1,1,10)*le,mt=sr(xt,gt,pt,e),bt=[],wt=[],yt=e/(Ve-1);for(let t=0;t<Ve;t++)bt.push(hr(mt,yt*t/e)),wt.push(hr(mt,yt*t/e));wt.unshift(bt[0]),wt.push(bt[bt.length-1])}fuM
nction Xn(){const e=Ut.getBrainStatus();Gt=e.inputDim,Kt=e.stageRatio,Pe=e.stage,rn=e.growth,sn=e.rebirthCount,on=e.nextStateTimestamp,an=e.nextStableTimestamp,Mt=e.age,window.$state=Pe,window.$age=Math.ceil(Mt),window.$artworkName=`Perceptron #${Et}`,window.$statePercentage=e.statePercentage,window.$nextState=Pe%5+1,window.$nextStateTimestamp=vr(new Date(on)),window.$rebirthCount=sn,window.$introText=wr(Pe,Math.ceil(Mt),`Perceptron #${Et}`,$t),inputNodes=1,Ye=1,Ge=[],He=[],Ie=e.neuronsLife,Ce=[],Ae=1,ln=Ie.map((e=M
>e.length)).reduce(((e,t)=>e+t));for(let e=0;e<Ye;e++)Ge.push(1);for(let e=0;e<inputNodes;e++)He.push(1);Ie.push(Ge);for(let e=0;e<Ie.length;e++)Ie[e].length>30?Ae*=0:Ae*=1;Se=[];for(let e=0;e<Ie.length;e++)Se.push(Ie[e].length);if(Ee=max(...Se),Te=ceil(Ee/30),Re=max(...Se.slice(0,-1)),0==Ae)for(let e=0;e<Ie.length;e++){Ce[e]=[];for(let t=0;t<Ie[e].length;t+=Te){let n=0,r=min(Ie[e].length-t,Te);for(let i=0;i<r;i++)n+=Ie[e][t+i]/r;Ce[e].push(n),n=0}}else Ce=Ie;if(Ce.unshift(He),1==Pe){for(let e=0;e<Ce.length;e++){leM
t t=[];for(let n=0;n<Ce[e].length;n++)0!=Ce[e][n]&&t.push(Ce[e][n]);Ce[e]=t}for(let e=0;e<Ce.length;e++)0==Ce[e].length&&Ce[e].push(0)}Me=[];for(let e=0;e<Ce.length;e++)Me.push(Ce[e].length);_e=max(...Me),Ve=Ce.length,we=(width-ae)/Ve,ve=(height-2*ae)/_e,ze=min(we,ve)/2,De=[];for(let e=0;e<Ce.length;e++){let t=Ce[e].length;for(let n=0;n<t;n++)if(1==Ce[e][n]){const[t,r]=Hn(e,n);De.push([t,r])}}tn=2*(Ve-1)*fe;const t=map(de,.2,.8,15,2);ge=F(tn/2,1,t),en=round(tn/(2*ge)),xe=floor(De.length*de),Le=[],ke=[];for(let e=0;M
e<en;e++){for(let e=0;e<xe;e++){let e=floor(random(1)*De.length);ke.push(De.slice(e,e+1)[0])}Le.push(ke),ke=[]}Be=min(1/Ve,1/_e),Fe=map(Be,1/30,1,2,4)*le,Ne=map(Be,1/30,1,1,10)*le}function Wn(){jt.update();const e=4==Pe?0:Kt;jt.draw(Qe,ct,dt,e,le)}function Un(){if(!bn)return ar(),void et.image(je,0,0);if(4==Pe||5==Pe)return Wn(),void et.image(Qe,0,0);un>=Nt&&hn<Ve&&(hn++,un=0);for(let e=0;e<hn;e++)1==dt?it=ot=bt[e]:(it=ct,ot=bt[e]),Kn(e,it,ot,$e);un>=Nt&&cn<Ve-1&&(cn++,un=0);for(let e=0;e<cn;e++)Zn(e)}function qn()M
{et.background(ct),Ue.background(255),Ue.rectMode(CENTER),ne(Ue),Ue.textAlign(CENTER,CENTER),Ue.textStyle(BOLD),Ue.stroke(st),Ue.strokeWeight(8*le),Ue.fill(ct),Qe.background(255),Qe.rectMode(CENTER),ne(Qe),Qe.strokeWeight(le),qe.background(255),qe.rectMode(CENTER),ne(qe),qe.textAlign(LEFT),$e.background(255),$e.rectMode(CENTER),ne($e),Xe.background(255),ne(Xe),Xe.strokeWeight(Ne),We.background(255),We.rectMode(CENTER),ne(We),We.fill(st),We.stroke(st),We.strokeWeight(.1*le),er(lt),We.noStroke(),xn&&(We.rect(ae/16,heM
ight/2,ae/8,height),We.rect(width-ae/16,height/2,ae/8,height),We.rect(width/2,ae/16,width,ae/8),We.rect(width/2,height-ae/16,width,ae/8)),Ze.background(255),Ze.rectMode(CENTER),ne(Ze),Ze.textAlign(CENTER,CENTER),Ze.textStyle(BOLD),Ze.stroke(st),Ze.strokeWeight(8*le),Ze.fill(ct),je.background(255),je.rectMode(CENTER),ne(je),je.textAlign(CENTER,CENTER),je.textStyle(BOLD),Ke.background(255),Ke.rectMode(CENTER),ne(Ke),Ke.textAlign(CENTER,CENTER),Ke.textStyle(BOLD),Ke.stroke(st),Ke.strokeWeight(8*le),Ke.fill(ct),Je.backM
ground(255),Je.rectMode(CENTER),ne(Je),Je.textAlign(CENTER,CENTER),Je.textStyle(BOLD),Je.stroke(st),Je.strokeWeight(8*le),Je.fill(ct),Un(),et.image(We,0,0),Pt&&An(),et.image(Xe,0,0),et.image($e,0,0),At&&(tr(),et.image(Ue,0,0)),fn&&(lr(),et.image(Ze,0,0)),Lt&&(or(),et.image(Ke,0,0)),Dt&&(ir(),et.image(qe,0,0)),yn&&(Bn(),et.image(Je,0,0))}function draw(){const e=Date.now();bn&&(Ut.updateAge(new Date(e)),Xn()),qn(),image(et,0,0),zn||un++}function Zn(e){let t,n=Ce[e].length,r=Ce[e+1].length;for(let i=0;i<n;i++){const[nM
,o]=Hn(e,i);for(let a=0;a<r;a++){const[r,l]=Hn(e+1,a);t=map(min(Ce[e][i],Ce[e+1][a]),0,1,0,.5),ur(n,o,r,l,bt[e],bt[e+1],Xe,t)}}}function Kn(e,t,n,r){let i,o,a,l=Ce[e].length;for(let s=0;s<l;s++){const[l,h]=Hn(e,s);i=Ce[e][s],a=map(Be,1/30,1,3,10),o=map(Ce[e][s],0,1,2*a,0)*le,o<1.5*le&&(o=0),Qn(l,h,ze,Oe,t,n,o,i,r)}}function Jn(e,t,n,r,i){for(let o=0;o<Le[e].length;o++)Qn(Le[e][o][0],Le[e][o][1],t,Oe,n,r,0,1,i)}function Qn(e,t,n,r,i,o,a,l,s){s.stroke(dr(o,map(l,0,1,.25,1))),s.fill(dr(i,map(l,0,1,.15,1))),s.strokeWeiM
ght(Fe),fr([a],s),3==dt&&s.fill(dr(i,0)),1==r?s.ellipse(e,t,n):2==r?s.rect(e,t,7*n/8,7*n/8):3==r&&(s.beginShape(),s.vertex(e-4*n/7,t),s.vertex(e,t-4*n/7),s.vertex(e+4*n/7,t),s.vertex(e,t+4*n/7),s.endShape(CLOSE))}function er(e){if(1==e);else if(2==e){We.strokeWeight(1*le);for(let e=ht/4;e<width+ht/4;e+=ht)for(let t=ht/4;t<height+ht/4;t+=ht)We.point(e,t)}else if(3==e){ht=25*le;for(let e=ht/2;e<height+ht/2;e+=ht)We.line(0,e,width,e);for(let e=ht/2;e<width+ht/2;e+=ht)We.line(e,0,e,height)}}function tr(){Ue.textFont("TM
rebuchet MS"),Ue.textAlign(LEFT,CENTER),Ue.noStroke(),pr(Ue,800*le,500*le),Ue.noStroke(),Ue.fill(dr(st,.75)),Ue.rect(width/2,height/2-100*le,800*le,300*le,25*le,25*le,0,0),Ue.fill(st),Ue.rect(width/2-250*le,height/2-100*le,225*le,225*le),Ue.image(se.elt,width/2-357.5*le,height/2-207.5*le,215*le,215*le);let e=100*Zt[0][0];Ue.fill(ct),Ue.textSize(25*le),Ue.textStyle(NORMAL),1==me&&(e>=0&&e<20?Ue.text("I have a feeling this image belongs to",width/2-100*le,height/2-170*le):e>=20&&e<40?Ue.text("I have a hunch this imagM
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t{model:r,inputDim:i}=j(t,n);this.model=r,this.inputDim=i,this.iteration=0,this.stage=0;const o=new Date(parseInt(e.birthYear),0,1).getTime(),a=new Date(parseInt(e.birthYear)+1,0,1).getTime();this.birthDate=new Date(Math.floor((o+a)/2));const l=zr.filter((t=>t[0]==e.lifeCycle))[0][2];this.growSpeed=365/l,this.cycleLength=60*l*24*3600*1e3,this.growthFunc=z(.4,.8)}updateAge(e){const t=(e.getTime()-this.birthDate.getTime())/31536e6*this.growSpeed;this.iteration=Math.floor(t/60);const n=t-60*this.iteration;let r;this.aM
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raining_traits),Cr(Wt)}async function En(){let e;Jt=r(),Qt=o(),[Xt,e]=await Promise.all([s(Jt),h(Qt)]),Ut=new V(Wt.visual,e.layers_config,e.weight_b64),Ut.updateAge(new Date),_n(),Wt.training=e.training_traits,Ht=e.model_name,$t=e.classes_name}function Sn(){le=min(width,height)/1024,ut=Rr.findIndex((e=>e[0]===Wt.visual.colorPalette)),ft=[["#ffffff","#231f20","#231f20"],["#231f20","#ffffff","#ffffff"],["#104da8","#ffffff","#ffffff"],["#722F1F","#FCE1B2","#FCE1B2"],["#e88120","#f9f2e5","#f9f2e5"],["#f6b941","#2E2E2E"M
,"#2E2E2E"],["#45daaa","#012221","#012221"],["#F1F1F1","#328DFE","#328DFE"],["#111822","#D3EB8D","#D3EB8D"],["#713FF9","#D6D5E6","#D6D5E6"],["#FBDA9D","#795106","#795106"],["#8f5b62","#ead0d0","#ead0d0"],["#eae4cb","#508cac","#508cac"],["#ffc6cc","#cc313d","#cc313d"],["#60A900","#E0FE00","#E0FE00"],["#507DBE","#D0D1D3","#D0D1D3"],["#305848","#E8F2EE","#E8F2EE"],["#2a2634","#5b6988","#cb78a2","#5b6988"],["#590e29","#fd5e53","#fd5e53","#ffe373"],["#0a141d","#57d4e4","#328195","#2A9ECF","#0ab6a8","#57d4e4"],["#3a2d28"M
,"#d5c2ac","#df6338","#3d9895","#d5c2ac"],["#030706","#77c4d9","#77c4d9","#77c4d9","#ffffff","#ffffff","#e72020","#e72020"],["#3a4664","#92f5ff","#f9ff94","#eaa0a2","#55dde0"],["#fbfaff","#f04bb1","#f04bb1","#fac373","#82cef0","#8b31ce"],["#000000","#ffffff","#ff0002","#f26522","#fdff00","#00ff03","#01fffe","#0000ff","#ff00ff"]];for(let e=0;e<ft.length;++e)for(let t=0;t<ft[e].length;++t)ft[e][t]=cr(ft[e][t]);pt=[],ct=ft[ut][0],st=ft[ut][1]}function Rn(){gn=document.querySelector("#upload"),pn=document.querySelectorM
("#inputUpload"),gn.addEventListener("dblclick",(()=>{if(!Lt&&!yn)if(In(Ie)&&cn==Ve-1)pn.click();else{if(4!=Pe&&5!=Pe&&(In(Ie)||cn!=Ve-1))return;fn=!0,dn=!0,Bt=0,un=0}})),pn.addEventListener("click",(()=>{pn.value=null,gn.style.display="block"})),pn.addEventListener("change",(()=>{const[e]=pn.files;e?(se=null,gn.style.display="none",Tn(URL.createObjectURL(e)),mn=e):gn.style.display="block"}))}function In(e){for(let t=0;t<e.length;++t){let n=0;for(let r=0;r<e[t].length;++r)e[t][r]>0&&++n;if(0==n)return!1}return!0}fuM
nction Cn(){null!=se&&(un=0,Pt=!0,he=0,ue=0,drewLineAnim=!0,ce=(ae/2+we/2)/le,loadImage(se.elt.src,(e=>{const[t,n,r]=Gt,i=createGraphics(t,n);i.image(e,0,0,t,n),i.loadPixels();const o=i.pixels.filter(((e,t)=>t%4!=3)),a=Ut.classifyImage(o);Zt=T([a,$t.map((e=>e.toUpperCase()))]).sort(((e,t)=>e[0]>t[0]?-1:1))})))}function Tn(e){se=createImg(e,""),se.hide(),Cn()}function An(){zn||(ce+=(width-ae-we)/tn/le),re(Xe),Xe.rect(ce*le,0,width,height),ie(Xe),un>=ge&&1==kt&&(kt=!1,un-=ge),kt&&(re($e),$e.strokeWeight(2*Fe),Jn(he,zM
e,ct,ct,$e),ie($e)),un>=ge&&0==kt&&(kt=!0,un-=ge,he+=1,he==en&&(++ue,he=0,ce=(ae/2+we/2)/le,1==ue&&(Pt=!1,Dn(),ye=millis())))}function Dn(){At=!0,pe=!1,me=!1,tryButton=br("Try Again",width/2-225*le,height/2+265*le,290*le,40*le,kn),closeResultButton=br("Close",width/2+75*le,height/2+265*le,150*le,40*le,Ln)}function kn(){At=!1,tryButton.hide(),closeResultButton.hide(),pn.click()}function Ln(){Yt=!0,At=!1,Gn(),tryButton.hide(),closeResultButton.hide(),gn.style.display="block",se=null}function keyTyped(){bn&&!1===yn&&!M
1===yr()&&("i"!==key&&"I"!==key||(Dt=!Dt),"b"!==key&&"B"!==key||(xn=!xn),"s"!==key&&"S"!==key||!1!==Lt||saveCanvasAtCurrentTime(),"k"!==key&&"K"!==key||!1!==Lt||save4KCanvasAtCurrentTime(),"u"!==key&&"U"!==key||!1!==Lt||!1!==At||!1!==fn||!1!==Pt||On())}function On(){Lt=!0,wn=null,vn=null,submitButton=br("Submit",width/2-155*le,height/2+115*le,150*le,40*le,Fn),closeSettingButton=br("Close",width/2+5*le,height/2+115*le,150*le,40*le,Yn),vt=createInput(),vt.position(width/2-252.5*le,height/2-40*le),vt.size(500*le,25*leM
),vt.style("font-size","15px"),vt.value(Jt||""),zt=createInput(),zt.position(width/2-252.2*le,height/2+35*le),zt.size(500*le,25*le),zt.style("font-size","15px"),zt.value(Qt||"")}function Fn(){Vt=vt.value(),_t=zt.value(),submitButton.hide(),closeSettingButton.hide(),vt.hide(),zt.hide(),Lt=!1,yn=!0,Nn()}async function Nn(){[wn,vn,_]=await Promise.all([c(Vt),u(_t),O(1e3)]),yn=!1,wn&&vn?(n(Vt),i(_t),window.location.reload()):(Lt=!0,submitButton.show(),closeSettingButton.show(),vt.show(),zt.show())}function Bn(){Je.textM
Font("Trebuchet MS"),Je.noStroke(),pr(Je,600*le,200*le),Je.strokeWeight(1*le),Je.stroke(xt),Je.fill(xt),Je.textSize(50*le),Je.text("update()",width/2,height/2+2.5*le)}function Yn(){wn=null,vn=null,Lt=!1,submitButton.hide(),closeSettingButton.hide(),vt.hide(),zt.hide()}function Gn(){_n(),nn=Date.now(),pe=!1,me=!1,St=Wt.training.structure_gen,Rt=Wt.visual.birthYear,It=Wt.visual.lifeCycle,Ct=Wt.training.epoch_num,Tt=Wt.training.activation_func,Ft=Mr.findIndex((e=>e[0]==Wt.visual.hardwareAcceleration))+1,1==Ft?(Nt=30,fM
e=40):2==Ft?(Nt=15,fe=20):(Nt=2,fe=10);const e=Ut.getBrainStatus();Gt=e.inputDim,Kt=e.stageRatio,Pe=e.stage,rn=e.growth,sn=e.rebirthCount,on=e.nextStateTimestamp,an=e.nextStableTimestamp,Mt=e.age,window.$state=Pe,window.$age=Math.ceil(Mt),window.$artworkName=`Perceptron #${Et}`,window.$statePercentage=e.statePercentage,window.$nextState=Pe%5+1,window.$nextStateTimestamp=vr(new Date(on)),window.$rebirthCount=sn,window.$introText=wr(Pe,Math.ceil(Mt),`Perceptron #${Et}`,$t),ae=100*le,ht=50*le,Oe=Sr.findIndex((e=>e[0]=M
=Wt.visual.nodeShape))+1,dt=Er.findIndex((e=>e[0]==Wt.visual.nodeFill))+1,lt=_r.findIndex((e=>e[0]==Wt.visual.pattern))+1,de=Math.tanh(Math.log10(Xt.avgfeerate)),de=map(de,0,1,.2,.8),inputNodes=1,Ye=1,Ge=[],He=[],Ie=e.neuronsLife,Ce=[],Ae=1,ln=Ie.map((e=>e.length)).reduce(((e,t)=>e+t));for(let e=0;e<Ye;e++)Ge.push(1);for(let e=0;e<inputNodes;e++)He.push(1);Ie.push(Ge);for(let e=0;e<Ie.length;e++)Ie[e].length>30?Ae*=0:Ae*=1;Se=[];for(let e=0;e<Ie.length;e++)Se.push(Ie[e].length);if(Ee=max(...Se),Te=ceil(Ee/30),Re=maM
x(...Se.slice(0,-1)),0==Ae)for(let e=0;e<Ie.length;e++){Ce[e]=[];for(let t=0;t<Ie[e].length;t+=Te){let n=0,r=min(Ie[e].length-t,Te);for(let i=0;i<r;i++)n+=Ie[e][t+i]/r;Ce[e].push(n),n=0}}else Ce=Ie;if(Ce.unshift(He),1==Pe){for(let e=0;e<Ce.length;e++){let t=[];for(let n=0;n<Ce[e].length;n++)0!=Ce[e][n]&&t.push(Ce[e][n]);Ce[e]=t}for(let e=0;e<Ce.length;e++)0==Ce[e].length&&Ce[e].push(0)}Me=[];for(let e=0;e<Ce.length;e++)Me.push(Ce[e].length);_e=max(...Me),Ve=Ce.length,we=(width-ae)/Ve,ve=(height-2*ae)/_e,ze=min(we,vM
e)/2,De=[];for(let e=0;e<Ce.length;e++){let t=Ce[e].length;for(let n=0;n<t;n++)if(1==Ce[e][n]){const[t,r]=Hn(e,n);De.push([t,r])}}tn=2*(Ve-1)*fe;const t=map(de,.2,.8,15,2);ge=F(tn/2,1,t),en=round(tn/(2*ge)),xe=floor(De.length*de),Le=[],ke=[];for(let e=0;e<en;e++){for(let e=0;e<xe;e++){let e=floor(random(1)*De.length);ke.push(De.slice(e,e+1)[0])}Le.push(ke),ke=[]}Be=min(1/Ve,1/_e),Fe=map(Be,1/30,1,2,4)*le,Ne=map(Be,1/30,1,1,10)*le,at=.7,pt=[],xt=ft[ut][2],gt=ft[ut][ft[ut].length-1];for(let e=3;e<ft[ut].length-1;e++)M
pt.push(ft[ut][e]);mt=sr(xt,gt,pt,width),bt=[],wt=[],yt=width/(Ve-1);for(let e=0;e<Ve;e++)bt.push(hr(mt,yt*e/width)),wt.push(hr(mt,yt*e/width));wt.unshift(bt[0]),wt.push(bt[bt.length-1]),hn=0,cn=0,un=0,Yt=!0;const n={xLeft:ae/8,xRight:width-ae/8,yTop:ae/8,yBottom:height-ae/8},r=Ce.map((e=>e.length));jt=new R(bt,r,n,Oe,le)}function Hn(e,t){let n=Ce[e].length;return[e*we+we/2+ae/2,height/2-(n-1)/2*ve+t*ve]}function $n(e,t){le=min(e,t)/1024,ae=100*le,ht=50*le,we=(e-ae)/Ve,ve=(t-2*ae)/_e,ze=min(we,ve)/2,De=[];for(let eM
=0;e<Ce.length;e++){let t=Ce[e].length;for(let n=0;n<t;n++)if(1==Ce[e][n]){const[t,r]=Hn(e,n);De.push([t,r])}}xe=floor(De.length*de),Le=[],ke=[],ge=floor(map(de,.2,.8,15,2));for(let e=0;e<en;e++){for(let e=0;e<xe;e++){let e=floor(random(1)*De.length);ke.push(De.slice(e,e+1)[0])}Le.push(ke),ke=[]}Be=min(1/Ve,1/_e),Fe=map(Be,1/30,1,2,4)*le,Ne=map(Be,1/30,1,1,10)*le,mt=sr(xt,gt,pt,e),bt=[],wt=[],yt=e/(Ve-1);for(let t=0;t<Ve;t++)bt.push(hr(mt,yt*t/e)),wt.push(hr(mt,yt*t/e));wt.unshift(bt[0]),wt.push(bt[bt.length-1])}fuM
nction Xn(){const e=Ut.getBrainStatus();Gt=e.inputDim,Kt=e.stageRatio,Pe=e.stage,rn=e.growth,sn=e.rebirthCount,on=e.nextStateTimestamp,an=e.nextStableTimestamp,Mt=e.age,window.$state=Pe,window.$age=Math.ceil(Mt),window.$artworkName=`Perceptron #${Et}`,window.$statePercentage=e.statePercentage,window.$nextState=Pe%5+1,window.$nextStateTimestamp=vr(new Date(on)),window.$rebirthCount=sn,window.$introText=wr(Pe,Math.ceil(Mt),`Perceptron #${Et}`,$t),inputNodes=1,Ye=1,Ge=[],He=[],Ie=e.neuronsLife,Ce=[],Ae=1,ln=Ie.map((e=M
>e.length)).reduce(((e,t)=>e+t));for(let e=0;e<Ye;e++)Ge.push(1);for(let e=0;e<inputNodes;e++)He.push(1);Ie.push(Ge);for(let e=0;e<Ie.length;e++)Ie[e].length>30?Ae*=0:Ae*=1;Se=[];for(let e=0;e<Ie.length;e++)Se.push(Ie[e].length);if(Ee=max(...Se),Te=ceil(Ee/30),Re=max(...Se.slice(0,-1)),0==Ae)for(let e=0;e<Ie.length;e++){Ce[e]=[];for(let t=0;t<Ie[e].length;t+=Te){let n=0,r=min(Ie[e].length-t,Te);for(let i=0;i<r;i++)n+=Ie[e][t+i]/r;Ce[e].push(n),n=0}}else Ce=Ie;if(Ce.unshift(He),1==Pe){for(let e=0;e<Ce.length;e++){leM
t t=[];for(let n=0;n<Ce[e].length;n++)0!=Ce[e][n]&&t.push(Ce[e][n]);Ce[e]=t}for(let e=0;e<Ce.length;e++)0==Ce[e].length&&Ce[e].push(0)}Me=[];for(let e=0;e<Ce.length;e++)Me.push(Ce[e].length);_e=max(...Me),Ve=Ce.length,we=(width-ae)/Ve,ve=(height-2*ae)/_e,ze=min(we,ve)/2,De=[];for(let e=0;e<Ce.length;e++){let t=Ce[e].length;for(let n=0;n<t;n++)if(1==Ce[e][n]){const[t,r]=Hn(e,n);De.push([t,r])}}tn=2*(Ve-1)*fe;const t=map(de,.2,.8,15,2);ge=F(tn/2,1,t),en=round(tn/(2*ge)),xe=floor(De.length*de),Le=[],ke=[];for(let e=0;M
e<en;e++){for(let e=0;e<xe;e++){let e=floor(random(1)*De.length);ke.push(De.slice(e,e+1)[0])}Le.push(ke),ke=[]}Be=min(1/Ve,1/_e),Fe=map(Be,1/30,1,2,4)*le,Ne=map(Be,1/30,1,1,10)*le}function Wn(){jt.update();const e=4==Pe?0:Kt;jt.draw(Qe,ct,dt,e,le)}function Un(){if(!bn)return ar(),void et.image(je,0,0);if(4==Pe||5==Pe)return Wn(),void et.image(Qe,0,0);un>=Nt&&hn<Ve&&(hn++,un=0);for(let e=0;e<hn;e++)1==dt?it=ot=bt[e]:(it=ct,ot=bt[e]),Kn(e,it,ot,$e);un>=Nt&&cn<Ve-1&&(cn++,un=0);for(let e=0;e<cn;e++)Zn(e)}function qn()M
{et.background(ct),Ue.background(255),Ue.rectMode(CENTER),ne(Ue),Ue.textAlign(CENTER,CENTER),Ue.textStyle(BOLD),Ue.stroke(st),Ue.strokeWeight(8*le),Ue.fill(ct),Qe.background(255),Qe.rectMode(CENTER),ne(Qe),Qe.strokeWeight(le),qe.background(255),qe.rectMode(CENTER),ne(qe),qe.textAlign(LEFT),$e.background(255),$e.rectMode(CENTER),ne($e),Xe.background(255),ne(Xe),Xe.strokeWeight(Ne),We.background(255),We.rectMode(CENTER),ne(We),We.fill(st),We.stroke(st),We.strokeWeight(.1*le),er(lt),We.noStroke(),xn&&(We.rect(ae/16,heM
ight/2,ae/8,height),We.rect(width-ae/16,height/2,ae/8,height),We.rect(width/2,ae/16,width,ae/8),We.rect(width/2,height-ae/16,width,ae/8)),Ze.background(255),Ze.rectMode(CENTER),ne(Ze),Ze.textAlign(CENTER,CENTER),Ze.textStyle(BOLD),Ze.stroke(st),Ze.strokeWeight(8*le),Ze.fill(ct),je.background(255),je.rectMode(CENTER),ne(je),je.textAlign(CENTER,CENTER),je.textStyle(BOLD),Ke.background(255),Ke.rectMode(CENTER),ne(Ke),Ke.textAlign(CENTER,CENTER),Ke.textStyle(BOLD),Ke.stroke(st),Ke.strokeWeight(8*le),Ke.fill(ct),Je.backM
ground(255),Je.rectMode(CENTER),ne(Je),Je.textAlign(CENTER,CENTER),Je.textStyle(BOLD),Je.stroke(st),Je.strokeWeight(8*le),Je.fill(ct),Un(),et.image(We,0,0),Pt&&An(),et.image(Xe,0,0),et.image($e,0,0),At&&(tr(),et.image(Ue,0,0)),fn&&(lr(),et.image(Ze,0,0)),Lt&&(or(),et.image(Ke,0,0)),Dt&&(ir(),et.image(qe,0,0)),yn&&(Bn(),et.image(Je,0,0))}function draw(){const e=Date.now();bn&&(Ut.updateAge(new Date(e)),Xn()),qn(),image(et,0,0),zn||un++}function Zn(e){let t,n=Ce[e].length,r=Ce[e+1].length;for(let i=0;i<n;i++){const[nM
,o]=Hn(e,i);for(let a=0;a<r;a++){const[r,l]=Hn(e+1,a);t=map(min(Ce[e][i],Ce[e+1][a]),0,1,0,.5),ur(n,o,r,l,bt[e],bt[e+1],Xe,t)}}}function Kn(e,t,n,r){let i,o,a,l=Ce[e].length;for(let s=0;s<l;s++){const[l,h]=Hn(e,s);i=Ce[e][s],a=map(Be,1/30,1,3,10),o=map(Ce[e][s],0,1,2*a,0)*le,o<1.5*le&&(o=0),Qn(l,h,ze,Oe,t,n,o,i,r)}}function Jn(e,t,n,r,i){for(let o=0;o<Le[e].length;o++)Qn(Le[e][o][0],Le[e][o][1],t,Oe,n,r,0,1,i)}function Qn(e,t,n,r,i,o,a,l,s){s.stroke(dr(o,map(l,0,1,.25,1))),s.fill(dr(i,map(l,0,1,.15,1))),s.strokeWeiM
ght(Fe),fr([a],s),3==dt&&s.fill(dr(i,0)),1==r?s.ellipse(e,t,n):2==r?s.rect(e,t,7*n/8,7*n/8):3==r&&(s.beginShape(),s.vertex(e-4*n/7,t),s.vertex(e,t-4*n/7),s.vertex(e+4*n/7,t),s.vertex(e,t+4*n/7),s.endShape(CLOSE))}function er(e){if(1==e);else if(2==e){We.strokeWeight(1*le);for(let e=ht/4;e<width+ht/4;e+=ht)for(let t=ht/4;t<height+ht/4;t+=ht)We.point(e,t)}else if(3==e){ht=25*le;for(let e=ht/2;e<height+ht/2;e+=ht)We.line(0,e,width,e);for(let e=ht/2;e<width+ht/2;e+=ht)We.line(e,0,e,height)}}function tr(){Ue.textFont("TM
rebuchet MS"),Ue.textAlign(LEFT,CENTER),Ue.noStroke(),pr(Ue,800*le,500*le),Ue.noStroke(),Ue.fill(dr(st,.75)),Ue.rect(width/2,height/2-100*le,800*le,300*le,25*le,25*le,0,0),Ue.fill(st),Ue.rect(width/2-250*le,height/2-100*le,225*le,225*le),Ue.image(se.elt,width/2-357.5*le,height/2-207.5*le,215*le,215*le);let e=100*Zt[0][0];Ue.fill(ct),Ue.textSize(25*le),Ue.textStyle(NORMAL),1==me&&(e>=0&&e<20?Ue.text("I have a feeling this image belongs to",width/2-100*le,height/2-170*le):e>=20&&e<40?Ue.text("I have a hunch this imagM
e belongs to",width/2-100*le,height/2-170*le):e>=40&&e<60?Ue.text("I think this image belongs to",width/2-100*le,height/2-170*le):e>=60&&e<80?Ue.text("I'm almost certain this image belongs to",width/2-100*le,height/2-170*le):Ue.text("I'm positive this image belongs to",width/2-100*le,height/2-170*le));let t=e.toFixed(2);"100.00"==t&&(t="100"),1==me&&Ue.text("I'm "+t+"% confident that I'm right!",width/2-100*le,height/2-25*le),example=Zt.map((e=>e[1])),be=Ue.textWidth('"FIDENZAAAA"'),defaultPhrase=Ue.textWidth('"PERM
PENDICULAR INHABITATION"'),Ue.textStyle(BOLD);const n=me?example[0]:random(example);if(1===n.split(" ").length){let e=75*be/Ue.textWidth('"'+n+'"');e>75&&(e=75),Ue.textSize(e*le),Ue.text('"'+n+'"',width/2-100*le,height/2-90*le)}else nr(width/2-100*le,height/2-90*le,460*le,110*le,n,Ue);if(millis()-ye>1500&&(me=!0),C(tt,nt,st,ct,Pe,Mt),Ue.image(nt,width/2-370*le,height/2+70*le,80*le,80*le),3==Pe){let e;e=map(Mt,50,60,.25,1.3),I(rt,e),Ue.image(rt,width/2-370*le,height/2+70*le,80*le,80*le)}let r,i;Ue.image(tt,width/2-3M
70*le,height/2+70*le,80*le,80*le),Ue.fill(xt),Ue.textSize(40*le),Ue.text("INTELLIGENCE INFO",width/2-275*le,height/2+115*le),Ue.textSize(18*le),Ue.textStyle(NORMAL),Ue.circle(width/2-360*le,height/2+180*le,7.5*le),1==Pe?r=`Your Perceptron is ${Math.ceil(Mt)} years old. It
s growing and getting smarter by the day.`:2==Pe?r=`Your Perceptron is ${Math.ceil(Mt)} years old. It
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,"#d5c2ac"],["#030706","#77c4d9","#77c4d9","#77c4d9","#ffffff","#ffffff","#e72020","#e72020"],["#3a4664","#92f5ff","#f9ff94","#eaa0a2","#55dde0"],["#fbfaff","#f04bb1","#f04bb1","#fac373","#82cef0","#8b31ce"],["#000000","#ffffff","#ff0002","#f26522","#fdff00","#00ff03","#01fffe","#0000ff","#ff00ff"]];for(let e=0;e<ft.length;++e)for(let t=0;t<ft[e].length;++t)ft[e][t]=cr(ft[e][t]);pt=[],ct=ft[ut][0],st=ft[ut][1]}function Rn(){gn=document.querySelector("#upload"),pn=document.querySelector("#inputUpload"),gn.addEventLiM
stener("dblclick",(()=>{if(!Lt&&!yn)if(In(Ie)&&cn==Ve-1)pn.click();else{if(4!=Pe&&5!=Pe&&(In(Ie)||cn!=Ve-1))return;fn=!0,dn=!0,Bt=0,un=0}})),pn.addEventListener("click",(()=>{pn.value=null,gn.style.display="block"})),pn.addEventListener("change",(()=>{const[e]=pn.files;e?(se=null,gn.style.display="none",Tn(URL.createObjectURL(e)),mn=e):gn.style.display="block"}))}function In(e){for(let t=0;t<e.length;++t){let n=0;for(let r=0;r<e[t].length;++r)e[t][r]>0&&++n;if(0==n)return!1}return!0}function Cn(){null!=se&&(un=0,PtM
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,vt.value(Jt||""),zt=createInput(),zt.position(width/2-252.2*le,height/2+35*le),zt.size(500*le,25*le),zt.style("font-size","15px"),zt.value(Qt||"")}function Fn(){Vt=vt.value(),_t=zt.value(),submitButton.hide(),closeSettingButton.hide(),vt.hide(),zt.hide(),Lt=!1,yn=!0,Nn()}async function Nn(){[wn,vn,_]=await Promise.all([c(Vt),u(_t),O(1e3)]),yn=!1,wn&&vn?(n(Vt),i(_t),window.location.reload()):(Lt=!0,submitButton.show(),closeSettingButton.show(),vt.show(),zt.show())}function Bn(){Je.textFont("Trebuchet MS"),Je.noStroM
ke(),pr(Je,600*le,200*le),Je.strokeWeight(1*le),Je.stroke(xt),Je.fill(xt),Je.textSize(50*le),Je.text("update()",width/2,height/2+2.5*le)}function Yn(){wn=null,vn=null,Lt=!1,submitButton.hide(),closeSettingButton.hide(),vt.hide(),zt.hide()}function Gn(){_n(),nn=Date.now(),pe=!1,me=!1,St=Wt.training.structure_gen,Rt=Wt.visual.birthYear,It=Wt.visual.lifeCycle,Ct=Wt.training.epoch_num,Tt=Wt.training.activation_func,Ft=Mr.findIndex((e=>e[0]==Wt.visual.hardwareAcceleration))+1,1==Ft?(Nt=30,fe=40):2==Ft?(Nt=15,fe=20):(Nt=M
2,fe=10);const e=Ut.getBrainStatus();Gt=e.inputDim,Kt=e.stageRatio,Pe=e.stage,rn=e.growth,sn=e.rebirthCount,on=e.nextStateTimestamp,an=e.nextStableTimestamp,Mt=e.age,window.$state=Pe,window.$age=Math.ceil(Mt),window.$artworkName=`Perceptron #${Et}`,window.$statePercentage=e.statePercentage,window.$nextState=Pe%5+1,window.$nextStateTimestamp=vr(new Date(on)),window.$rebirthCount=sn,window.$introText=wr(Pe,Math.ceil(Mt),`Perceptron #${Et}`,$t),ae=100*le,ht=50*le,Oe=Sr.findIndex((e=>e[0]==Wt.visual.nodeShape))+1,dt=ErM
.findIndex((e=>e[0]==Wt.visual.nodeFill))+1,lt=_r.findIndex((e=>e[0]==Wt.visual.pattern))+1,de=Math.tanh(Math.log10(Xt.avgfeerate)),de=map(de,0,1,.2,.8),inputNodes=1,Ye=1,Ge=[],He=[],Ie=e.neuronsLife,Ce=[],Ae=1,ln=Ie.map((e=>e.length)).reduce(((e,t)=>e+t));for(let e=0;e<Ye;e++)Ge.push(1);for(let e=0;e<inputNodes;e++)He.push(1);Ie.push(Ge);for(let e=0;e<Ie.length;e++)Ie[e].length>30?Ae*=0:Ae*=1;Se=[];for(let e=0;e<Ie.length;e++)Se.push(Ie[e].length);if(Ee=max(...Se),Te=ceil(Ee/30),Re=max(...Se.slice(0,-1)),0==Ae)forM
(let e=0;e<Ie.length;e++){Ce[e]=[];for(let t=0;t<Ie[e].length;t+=Te){let n=0,r=min(Ie[e].length-t,Te);for(let i=0;i<r;i++)n+=Ie[e][t+i]/r;Ce[e].push(n),n=0}}else Ce=Ie;if(Ce.unshift(He),1==Pe){for(let e=0;e<Ce.length;e++){let t=[];for(let n=0;n<Ce[e].length;n++)0!=Ce[e][n]&&t.push(Ce[e][n]);Ce[e]=t}for(let e=0;e<Ce.length;e++)0==Ce[e].length&&Ce[e].push(0)}Me=[];for(let e=0;e<Ce.length;e++)Me.push(Ce[e].length);_e=max(...Me),Ve=Ce.length,we=(width-ae)/Ve,ve=(height-2*ae)/_e,ze=min(we,ve)/2,De=[];for(let e=0;e<Ce.leM
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nStatus();Gt=e.inputDim,Kt=e.stageRatio,Pe=e.stage,rn=e.growth,sn=e.rebirthCount,on=e.nextStateTimestamp,an=e.nextStableTimestamp,Mt=e.age,window.$state=Pe,window.$age=Math.ceil(Mt),window.$artworkName=`Perceptron #${Et}`,window.$statePercentage=e.statePercentage,window.$nextState=Pe%5+1,window.$nextStateTimestamp=vr(new Date(on)),window.$rebirthCount=sn,window.$introText=wr(Pe,Math.ceil(Mt),`Perceptron #${Et}`,$t),inputNodes=1,Ye=1,Ge=[],He=[],Ie=e.neuronsLife,Ce=[],Ae=1,ln=Ie.map((e=>e.length)).reduce(((e,t)=>e+tM
));for(let e=0;e<Ye;e++)Ge.push(1);for(let e=0;e<inputNodes;e++)He.push(1);Ie.push(Ge);for(let e=0;e<Ie.length;e++)Ie[e].length>30?Ae*=0:Ae*=1;Se=[];for(let e=0;e<Ie.length;e++)Se.push(Ie[e].length);if(Ee=max(...Se),Te=ceil(Ee/30),Re=max(...Se.slice(0,-1)),0==Ae)for(let e=0;e<Ie.length;e++){Ce[e]=[];for(let t=0;t<Ie[e].length;t+=Te){let n=0,r=min(Ie[e].length-t,Te);for(let i=0;i<r;i++)n+=Ie[e][t+i]/r;Ce[e].push(n),n=0}}else Ce=Ie;if(Ce.unshift(He),1==Pe){for(let e=0;e<Ce.length;e++){let t=[];for(let n=0;n<Ce[e].lenM
gth;n++)0!=Ce[e][n]&&t.push(Ce[e][n]);Ce[e]=t}for(let e=0;e<Ce.length;e++)0==Ce[e].length&&Ce[e].push(0)}Me=[];for(let e=0;e<Ce.length;e++)Me.push(Ce[e].length);_e=max(...Me),Ve=Ce.length,we=(width-ae)/Ve,ve=(height-2*ae)/_e,ze=min(we,ve)/2,De=[];for(let e=0;e<Ce.length;e++){let t=Ce[e].length;for(let n=0;n<t;n++)if(1==Ce[e][n]){const[t,r]=Hn(e,n);De.push([t,r])}}tn=2*(Ve-1)*fe;const t=map(de,.2,.8,15,2);ge=F(tn/2,1,t),en=round(tn/(2*ge)),xe=floor(De.length*de),Le=[],ke=[];for(let e=0;e<en;e++){for(let e=0;e<xe;e++M
){let e=floor(random(1)*De.length);ke.push(De.slice(e,e+1)[0])}Le.push(ke),ke=[]}Be=min(1/Ve,1/_e),Fe=map(Be,1/30,1,2,4)*le,Ne=map(Be,1/30,1,1,10)*le}function Wn(){jt.update();const e=4==Pe?0:Kt;jt.draw(Qe,ct,dt,e,le)}function Un(){if(!bn)return ar(),void et.image(je,0,0);if(4==Pe||5==Pe)return Wn(),void et.image(Qe,0,0);un>=Nt&&hn<Ve&&(hn++,un=0);for(let e=0;e<hn;e++)1==dt?it=ot=bt[e]:(it=ct,ot=bt[e]),Kn(e,it,ot,$e);un>=Nt&&cn<Ve-1&&(cn++,un=0);for(let e=0;e<cn;e++)Zn(e)}function qn(){et.background(ct),Ue.backgrouM
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textStyle(BOLD);const n=me?example[0]:random(example);if(1===n.split(" ").length){let e=75*be/Ue.textWidth('"'+n+'"');e>75&&(e=75),Ue.textSize(e*le),Ue.text('"'+n+'"',width/2-100*le,height/2-90*le)}else nr(width/2-100*le,height/2-90*le,460*le,110*le,n,Ue);if(millis()-ye>1500&&(me=!0),C(tt,nt,st,ct,Pe,Mt),Ue.image(nt,width/2-370*le,height/2+70*le,80*le,80*le),3==Pe){let e;e=map(Mt,50,60,.25,1.3),I(rt,e),Ue.image(rt,width/2-370*le,height/2+70*le,80*le,80*le)}let r,i;Ue.image(tt,width/2-370*le,height/2+70*le,80*le,80*M
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