var is = {
    isLine: false,
    isArrow: false,
    isArc: false,
    isDragLastPath: false,
    isDragAllPaths: false,
    isRectangle: false,
    isQuadraticCurve: false,
    isBezierCurve: false,
    isPencil: false,
    isMarker: true,
    isEraser: false,
    isText: false,
    isImage: false,
    isPdf: false,

    set: function(shape) {
        var cache = this;

        cache.isLine = cache.isArrow = cache.isArc = cache.isDragLastPath = cache.isDragAllPaths = cache.isRectangle = cache.isQuadraticCurve = cache.isBezierCurve = cache.isPencil = cache.isMarker = cache.isEraser = cache.isText = cache.isImage = cache.isPdf = false;
        cache['is' + shape] = true;
    }
};

function addEvent(element, eventType, callback) {
    if (eventType.split(' ').length > 1) {
        var events = eventType.split(' ');
        for (var i = 0; i < events.length; i++) {
            addEvent(element, events[i], callback);
        }
        return;
    }

    if (element.addEventListener) {
        element.addEventListener(eventType, callback, !1);
        return true;
    } else if (element.attachEvent) {
        return element.attachEvent('on' + eventType, callback);
    } else {
        element['on' + eventType] = callback;
    }
    return this;
}

function find(selector) {
    return document.getElementById(selector);
}

var points = [],
    textarea = find('code-text'),
    lineWidth = 2,
    strokeStyle = '#6c96c8',
    fillStyle = 'rgba(0,0,0,0)',
    globalAlpha = 1,
    globalCompositeOperation = 'source-over',
    lineCap = 'round',
    font = '15px "Arial"',
    lineJoin = 'round';

function getContext(id) {
    var canv = find(id),
        ctx = canv.getContext('2d');

    canv.setAttribute('width', innerWidth);
    canv.setAttribute('height', innerHeight);

    ctx.lineWidth = lineWidth;
    ctx.strokeStyle = strokeStyle;
    ctx.fillStyle = fillStyle;
    ctx.font = font;

    return ctx;
}

var context = getContext('main-canvas'),
    tempContext = getContext('temp-canvas');

var common = {
    updateTextArea: function() {
        var c = common,
            toFixed = c.toFixed,
            getPoint = c.getPoint,

            isAbsolutePoints = find('is-absolute-points').checked,
            isShortenCode = find('is-shorten-code').checked;

        if (isAbsolutePoints && isShortenCode) c.absoluteShortened();
        if (isAbsolutePoints && !isShortenCode) c.absoluteNOTShortened(toFixed);
        if (!isAbsolutePoints && isShortenCode) c.relativeShortened(toFixed, getPoint);
        if (!isAbsolutePoints && !isShortenCode) c.relativeNOTShortened(toFixed, getPoint);
    },
    toFixed: function(input) {
        return Number(input).toFixed(1);
    },
    getPoint: function(pointToCompare, compareWith, prefix) {
        if (pointToCompare > compareWith) pointToCompare = prefix + ' + ' + (pointToCompare - compareWith);
        else if (pointToCompare < compareWith) pointToCompare = prefix + ' - ' + (compareWith - pointToCompare);
        else pointToCompare = prefix;

        return pointToCompare;
    },
    absoluteShortened: function() {
        var output = '',
            length = points.length,
            i = 0,
            point;
        for (i; i < length; i++) {
            point = points[i];
            output += this.shortenHelper(point[0], point[1], point[2]);
        }

        output = output.substr(0, output.length - 2);
        textarea.value = 'var points = [' + output + '], length = points.length, point, p, i = 0;\n\n' + drawArrow.toString() + '\n\n' + this.forLoop;

        this.prevProps = null;
    },
    absoluteNOTShortened: function(toFixed) {
        var tempArray = [],
            i, point, p;

        for (i = 0; i < points.length; i++) {
            p = points[i];
            point = p[1];

            if (p[0] === 'pencil') {
                tempArray[i] = ['context.beginPath();\n' + 'context.moveTo(' + point[0] + ', ' + point[1] + ');\n' + 'context.lineTo(' + point[2] + ', ' + point[3] + ');\n' + this.strokeOrFill(p[2])];
            }

            if (p[0] === 'marker') {
                tempArray[i] = ['context.beginPath();\n' + 'context.moveTo(' + point[0] + ', ' + point[1] + ');\n' + 'context.lineTo(' + point[2] + ', ' + point[3] + ');\n' + this.strokeOrFill(p[2])];
            }

            if (p[0] === 'eraser') {
                tempArray[i] = ['context.beginPath();\n' + 'context.moveTo(' + point[0] + ', ' + point[1] + ');\n' + 'context.lineTo(' + point[2] + ', ' + point[3] + ');\n' + this.strokeOrFill(p[2])];
            }

            if (p[0] === 'line') {
                tempArray[i] = ['context.beginPath();\n' + 'context.moveTo(' + point[0] + ', ' + point[1] + ');\n' + 'context.lineTo(' + point[2] + ', ' + point[3] + ');\n' + this.strokeOrFill(p[2])];
            }

            if (p[0] === 'pencil') {
                tempArray[i] = ['context.beginPath();\n' + 'context.moveTo(' + point[0] + ', ' + point[1] + ');\n' + 'context.lineTo(' + point[2] + ', ' + point[3] + ');\n' + this.strokeOrFill(p[2])];
            }

            if (p[0] === 'text') {
                tempArray[i] = [this.strokeOrFill(p[2]) + '\ncontext.fillText(' + point[0] + ', ' + point[1] + ', ' + point[2] + ');'];
            }

            if (p[0] === 'arrow') {
                tempArray[i] = ['drawArrow(' + point[0] + ', ' + point[1] + ', ' + point[2] + ', ' + point[3] + ', \'' + p[2].join('\',\'') + '\');'];
            }

            if (p[0] === 'arc') {
                tempArray[i] = ['context.beginPath(); \n' + 'context.arc(' + toFixed(point[0]) + ',' + toFixed(point[1]) + ',' + toFixed(point[2]) + ',' + toFixed(point[3]) + ', 0,' + point[4] + '); \n' + this.strokeOrFill(p[2])];
            }

            if (p[0] === 'rect') {
                tempArray[i] = [this.strokeOrFill(p[2]) + '\n' + 'context.strokeRect(' + point[0] + ', ' + point[1] + ',' + point[2] + ',' + point[3] + ');\n' + 'context.fillRect(' + point[0] + ', ' + point[1] + ',' + point[2] + ',' + point[3] + ');'];
            }

            if (p[0] === 'quadratic') {
                tempArray[i] = ['context.beginPath();\n' + 'context.moveTo(' + point[0] + ', ' + point[1] + ');\n' + 'context.quadraticCurveTo(' + point[2] + ', ' + point[3] + ', ' + point[4] + ', ' + point[5] + ');\n' + this.strokeOrFill(p[2])];
            }

            if (p[0] === 'bezier') {
                tempArray[i] = ['context.beginPath();\n' + 'context.moveTo(' + point[0] + ', ' + point[1] + ');\n' + 'context.bezierCurveTo(' + point[2] + ', ' + point[3] + ', ' + point[4] + ', ' + point[5] + ', ' + point[6] + ', ' + point[7] + ');\n' + this.strokeOrFill(p[2])];
            }

        }
        textarea.value = tempArray.join('\n\n') + this.strokeFillText + '\n\n' + drawArrow.toString();

        this.prevProps = null;
    },
    relativeShortened: function(toFixed, getPoint) {
        var i = 0,
            point, p, length = points.length,
            output = '',
            x = 0,
            y = 0;

        for (i; i < length; i++) {
            p = points[i];
            point = p[1];

            if (i === 0) {
                x = point[0];
                y = point[1];
            }

            if (p[0] === 'text') {
                x = point[1];
                y = point[2];
            }

            if (p[0] === 'pencil') {
                output += this.shortenHelper(p[0], [
                    getPoint(point[0], x, 'x'),
                    getPoint(point[1], y, 'y'),
                    getPoint(point[2], x, 'x'),
                    getPoint(point[3], y, 'y')
                ], p[2]);
            }

            if (p[0] === 'marker') {
                output += this.shortenHelper(p[0], [
                    getPoint(point[0], x, 'x'),
                    getPoint(point[1], y, 'y'),
                    getPoint(point[2], x, 'x'),
                    getPoint(point[3], y, 'y')
                ], p[2]);
            }

            if (p[0] === 'eraser') {
                output += this.shortenHelper(p[0], [
                    getPoint(point[0], x, 'x'),
                    getPoint(point[1], y, 'y'),
                    getPoint(point[2], x, 'x'),
                    getPoint(point[3], y, 'y')
                ], p[2]);
            }

            if (p[0] === 'line') {
                output += this.shortenHelper(p[0], [
                    getPoint(point[0], x, 'x'),
                    getPoint(point[1], y, 'y'),
                    getPoint(point[2], x, 'x'),
                    getPoint(point[3], y, 'y')
                ], p[2]);
            }

            if (p[0] === 'pencil') {
                output += this.shortenHelper(p[0], [
                    getPoint(point[0], x, 'x'),
                    getPoint(point[1], y, 'y'),
                    getPoint(point[2], x, 'x'),
                    getPoint(point[3], y, 'y')
                ], p[2]);
            }

            if (p[0] === 'arrow') {
                output += this.shortenHelper(p[0], [
                    getPoint(point[0], x, 'x'),
                    getPoint(point[1], y, 'y'),
                    getPoint(point[2], x, 'x'),
                    getPoint(point[3], y, 'y')
                ], p[2]);
            }

            if (p[0] === 'text') {
                output += this.shortenHelper(p[0], [
                    point[0],
                    getPoint(point[1], x, 'x'),
                    getPoint(point[2], y, 'y')
                ], p[2]);
            }

            if (p[0] === 'arc') {
                output += this.shortenHelper(p[0], [
                    getPoint(point[0], x, 'x'),
                    getPoint(point[1], y, 'y'),
                    point[2],
                    point[3],
                    point[4]
                ], p[2]);
            }

            if (p[0] === 'rect') {
                output += this.shortenHelper(p[0], [
                    getPoint(point[0], x, 'x'),
                    getPoint(point[1], y, 'y'),
                    getPoint(point[2], x, 'x'),
                    getPoint(point[3], y, 'y')
                ], p[2]);
            }

            if (p[0] === 'quadratic') {
                output += this.shortenHelper(p[0], [
                    getPoint(point[0], x, 'x'),
                    getPoint(point[1], y, 'y'),
                    getPoint(point[2], x, 'x'),
                    getPoint(point[3], y, 'y'),
                    getPoint(point[4], x, 'x'),
                    getPoint(point[5], y, 'y')
                ], p[2]);
            }

            if (p[0] === 'bezier') {
                output += this.shortenHelper(p[0], [
                    getPoint(point[0], x, 'x'),
                    getPoint(point[1], y, 'y'),
                    getPoint(point[2], x, 'x'),
                    getPoint(point[3], y, 'y'),
                    getPoint(point[4], x, 'x'),
                    getPoint(point[5], y, 'y'),
                    getPoint(point[6], x, 'x'),
                    getPoint(point[7], y, 'y')
                ], p[2]);
            }
        }

        output = output.substr(0, output.length - 2);
        textarea.value = 'var x = ' + x + ', y = ' + y + ', points = [' + output + '], length = points.length, point, p, i = 0;\n\n' + drawArrow.toString() + '\n\n' + this.forLoop;

        this.prevProps = null;
    },
    relativeNOTShortened: function(toFixed, getPoint) {
        var i, point, p, length = points.length,
            output = '',
            x = 0,
            y = 0;

        for (i = 0; i < length; i++) {
            p = points[i];
            point = p[1];

            if (i === 0) {
                x = point[0];
                y = point[1];

                if (p[0] === 'text') {
                    x = point[1];
                    y = point[2];
                }

                output = 'var x = ' + x + ', y = ' + y + ';\n\n';
            }

            if (p[0] === 'arc') {
                output += 'context.beginPath();\n' + 'context.arc(' + getPoint(point[0], x, 'x') + ', ' + getPoint(point[1], y, 'y') + ', ' + point[2] + ', ' + point[3] + ', 0, ' + point[4] + ');\n'

                    +
                    this.strokeOrFill(p[2]);
            }

            if (p[0] === 'pencil') {
                output += 'context.beginPath();\n' + 'context.moveTo(' + getPoint(point[0], x, 'x') + ', ' + getPoint(point[1], y, 'y') + ');\n' + 'context.lineTo(' + getPoint(point[2], x, 'x') + ', ' + getPoint(point[3], y, 'y') + ');\n'

                    +
                    this.strokeOrFill(p[2]);
            }

            if (p[0] === 'marker') {
                output += 'context.beginPath();\n' + 'context.moveTo(' + getPoint(point[0], x, 'x') + ', ' + getPoint(point[1], y, 'y') + ');\n' + 'context.lineTo(' + getPoint(point[2], x, 'x') + ', ' + getPoint(point[3], y, 'y') + ');\n'

                    +
                    this.strokeOrFill(p[2]);
            }

            if (p[0] === 'eraser') {
                output += 'context.beginPath();\n' + 'context.moveTo(' + getPoint(point[0], x, 'x') + ', ' + getPoint(point[1], y, 'y') + ');\n' + 'context.lineTo(' + getPoint(point[2], x, 'x') + ', ' + getPoint(point[3], y, 'y') + ');\n'

                    +
                    this.strokeOrFill(p[2]);
            }

            if (p[0] === 'line') {
                output += 'context.beginPath();\n' + 'context.moveTo(' + getPoint(point[0], x, 'x') + ', ' + getPoint(point[1], y, 'y') + ');\n' + 'context.lineTo(' + getPoint(point[2], x, 'x') + ', ' + getPoint(point[3], y, 'y') + ');\n' + this.strokeOrFill(p[2]);
            }

            if (p[0] === 'pencil') {
                output += 'context.beginPath();\n' + 'context.moveTo(' + getPoint(point[0], x, 'x') + ', ' + getPoint(point[1], y, 'y') + ');\n' + 'context.lineTo(' + getPoint(point[2], x, 'x') + ', ' + getPoint(point[3], y, 'y') + ');\n' + this.strokeOrFill(p[2]);
            }

            if (p[0] === 'arrow') {
                output += 'drawArrow(' + getPoint(point[0], x, 'x') + ', ' + getPoint(point[1], y, 'y') + ', ' + getPoint(point[2], x, 'x') + ', ' + getPoint(point[3], y, 'y') + ', \'' + p[2].join('\',\'') + '\');\n';
            }

            if (p[0] === 'text') {
                output += this.strokeOrFill(p[2]) + '\n' + 'context.fillText(' + point[0] + ', ' + getPoint(point[1], x, 'x') + ', ' + getPoint(point[2], y, 'y') + ');';
            }

            if (p[0] === 'rect') {
                output += this.strokeOrFill(p[2]) + '\n' + 'context.strokeRect(' + getPoint(point[0], x, 'x') + ', ' + getPoint(point[1], y, 'y') + ', ' + getPoint(point[2], x, 'x') + ', ' + getPoint(point[3], y, 'y') + ');\n' + 'context.fillRect(' + getPoint(point[0], x, 'x') + ', ' + getPoint(point[1], y, 'y') + ', ' + getPoint(point[2], x, 'x') + ', ' + getPoint(point[3], y, 'y') + ');';
            }

            if (p[0] === 'quadratic') {
                output += 'context.beginPath();\n' + 'context.moveTo(' + getPoint(point[0], x, 'x') + ', ' + getPoint(point[1], y, 'y') + ');\n' + 'context.quadraticCurveTo(' + getPoint(point[2], x, 'x') + ', ' + getPoint(point[3], y, 'y') + ', ' + getPoint(point[4], x, 'x') + ', ' + getPoint(point[5], y, 'y') + ');\n'

                    +
                    this.strokeOrFill(p[2]);
            }

            if (p[0] === 'bezier') {
                output += 'context.beginPath();\n' + 'context.moveTo(' + getPoint(point[0], x, 'x') + ', ' + getPoint(point[1], y, 'y') + ');\n' + 'context.bezierCurveTo(' + getPoint(point[2], x, 'x') + ', ' + getPoint(point[3], y, 'y') + ', ' + getPoint(point[4], x, 'x') + ', ' + getPoint(point[5], y, 'y') + ', ' + getPoint(point[6], x, 'x') + ', ' + getPoint(point[7], y, 'y') + ');\n'

                    +
                    this.strokeOrFill(p[2]);
            }

            if (i !== length - 1) output += '\n\n';
        }
        textarea.value = output + this.strokeFillText + '\n\n' + drawArrow.toString();

        this.prevProps = null;
    },
    forLoop: 'for(i; i < length; i++) {\n' + '    p = points[i];\n' + '    point = p[1];\n' + '    context.beginPath();\n\n'

        // globals
        +
        '    if(p[2]) { \n' + '\tcontext.lineWidth = p[2][0];\n' + '\tcontext.strokeStyle = p[2][1];\n' + '\tcontext.fillStyle = p[2][2];\n'

        +
        '\tcontext.globalAlpha = p[2][3];\n' + '\tcontext.globalCompositeOperation = p[2][4];\n' + '\tcontext.lineCap = p[2][5];\n' + '\tcontext.lineJoin = p[2][6];\n' + '\tcontext.font = p[2][7];\n' + '    }\n\n'

        // line

        +
        '    if(p[0] === "line") { \n' + '\tcontext.moveTo(point[0], point[1]);\n' + '\tcontext.lineTo(point[2], point[3]);\n' + '    }\n\n'

        // arrow

        +
        '    if(p[0] === "arrow") { \n' + '\tdrawArrow(point[0], point[1], point[2], point[3], p[2]);\n' + '    }\n\n'

        // pencil

        +
        '    if(p[0] === "pencil") { \n' + '\tcontext.moveTo(point[0], point[1]);\n' + '\tcontext.lineTo(point[2], point[3]);\n' + '    }\n\n'

        // marker

        +
        '    if(p[0] === "marker") { \n' + '\tcontext.moveTo(point[0], point[1]);\n' + '\tcontext.lineTo(point[2], point[3]);\n' + '    }\n\n'


        // text

        +
        '    if(p[0] === "text") { \n' + '\tcontext.fillText(point[0], point[1], point[2]);\n' + '    }\n\n'

        // eraser

        +
        '    if(p[0] === "eraser") { \n' + '\tcontext.moveTo(point[0], point[1]);\n' + '\tcontext.lineTo(point[2], point[3]);\n' + '    }\n\n'

        // arc

        +
        '    if(p[0] === "arc") context.arc(point[0], point[1], point[2], point[3], 0, point[4]); \n\n'

        // rect

        +
        '    if(p[0] === "rect") {\n' + '\tcontext.strokeRect(point[0], point[1], point[2], point[3]);\n' + '\tcontext.fillRect(point[0], point[1], point[2], point[3]);\n'

        +
        '    }\n\n'

        // quadratic

        +
        '    if(p[0] === "quadratic") {\n' + '\tcontext.moveTo(point[0], point[1]);\n' + '\tcontext.quadraticCurveTo(point[2], point[3], point[4], point[5]);\n' + '    }\n\n'

        // bezier

        +
        '    if(p[0] === "bezier") {\n' + '\tcontext.moveTo(point[0], point[1]);\n' + '\tcontext.bezierCurveTo(point[2], point[3], point[4], point[5], point[6], point[7]);\n' + '    }\n\n'

        // end-fill

        +
        '    context.stroke();\n' + '    context.fill();\n'

        +
        '}',

    strokeFillText: '\n\nfunction strokeOrFill(lineWidth, strokeStyle, fillStyle, globalAlpha, globalCompositeOperation, lineCap, lineJoin, font) { \n' + '    if(lineWidth) { \n' + '\tcontext.globalAlpha = globalAlpha;\n' + '\tcontext.globalCompositeOperation = globalCompositeOperation;\n' + '\tcontext.lineCap = lineCap;\n' + '\tcontext.lineJoin = lineJoin;\n'

        +
        '\tcontext.lineWidth = lineWidth;\n' + '\tcontext.strokeStyle = strokeStyle;\n' + '\tcontext.fillStyle = fillStyle;\n' + '\tcontext.font = font;\n' + '    } \n\n'

        +
        '    context.stroke();\n' + '    context.fill();\n'

        +
        '}',
    strokeOrFill: function(p) {
        if (!this.prevProps || this.prevProps !== p.join(',')) {
            this.prevProps = p.join(',');

            return 'strokeOrFill(\'' + p.join('\', \'') + '\');';
        }

        return 'strokeOrFill();';
    },
    prevProps: null,
    shortenHelper: function(name, p1, p2) {
        var result = '[\'' + name + '\', [' + p1.join(', ') + ']';

        if (!this.prevProps || this.prevProps !== p2.join(',')) {
            this.prevProps = p2.join(',');
            result += ', [\'' + p2.join('\', \'') + '\']';
        }

        return result + '], ';
    }
};

function drawArrow(mx, my, lx, ly, options) {
    function getOptions(opt) {
        opt = opt || {};

        return [
            opt.lineWidth || 2,
            opt.strokeStyle || '#6c96c8',
            opt.fillStyle || 'rgba(0,0,0,0)',
            opt.globalAlpha || 1,
            opt.globalCompositeOperation || 'source-over',
            opt.lineCap || 'round',
            opt.lineJoin || 'round',
            opt.font || '15px "Arial"'
        ];
    }

    function handleOptions(opt, isNoFillStroke) {
        opt = opt || getOptions();

        context.globalAlpha = opt[3];
        context.globalCompositeOperation = opt[4];

        context.lineCap = opt[5];
        context.lineJoin = opt[6];
        context.lineWidth = opt[0];

        context.strokeStyle = opt[1];
        context.fillStyle = opt[2];

        context.font = opt[7];

        if (!isNoFillStroke) {
            context.stroke();
            context.fill();
        }
    }

    var arrowSize = 10;
    var angle = Math.atan2(ly - my, lx - mx);

    context.beginPath();
    context.moveTo(mx, my);
    context.lineTo(lx, ly);

    handleOptions();

    context.beginPath();
    context.moveTo(lx, ly);
    context.lineTo(lx - arrowSize * Math.cos(angle - Math.PI / 7), ly - arrowSize * Math.sin(angle - Math.PI / 7));
    context.lineTo(lx - arrowSize * Math.cos(angle + Math.PI / 7), ly - arrowSize * Math.sin(angle + Math.PI / 7));
    context.lineTo(lx, ly);
    context.lineTo(lx - arrowSize * Math.cos(angle - Math.PI / 7), ly - arrowSize * Math.sin(angle - Math.PI / 7));

    handleOptions();
}

function endLastPath() {
    var cache = is;

    if (cache.isArc) arcHandler.end();
    else if (cache.isQuadraticCurve) quadraticHandler.end();
    else if (cache.isBezierCurve) bezierHandler.end();

    drawHelper.redraw();

    if (textHandler.text && textHandler.text.length) {
        textHandler.appendPoints();
        textHandler.onShapeUnSelected();
    }
    textHandler.showOrHideTextTools('hide');
}

var copiedStuff = [],
    isControlKeyPressed;

function copy() {
    endLastPath();

    dragHelper.global.startingIndex = 0;

    if (find('copy-last').checked) {
        copiedStuff = points[points.length - 1];
        setSelection(find('drag-last-path'), 'DragLastPath');
    } else {
        copiedStuff = points;
        setSelection(find('drag-all-paths'), 'DragAllPaths');
    }
}

function paste() {
    endLastPath();

    dragHelper.global.startingIndex = 0;

    if (find('copy-last').checked) {
        points[points.length] = copiedStuff;

        dragHelper.global = {
            prevX: 0,
            prevY: 0,
            startingIndex: points.length - 1
        };

        dragHelper.dragAllPaths(0, 0);
        setSelection(find('drag-last-path'), 'DragLastPath');
    } else {

        dragHelper.global.startingIndex = points.length;
        points = points.concat(copiedStuff);
        setSelection(find('drag-all-paths'), 'DragAllPaths');
    }
}

// marker + pencil
function hexToR(h) {
    return parseInt((cutHex(h)).substring(0, 2), 16)
}

function hexToG(h) {
    return parseInt((cutHex(h)).substring(2, 4), 16)
}

function hexToB(h) {
    return parseInt((cutHex(h)).substring(4, 6), 16)
}

function cutHex(h) {
    return (h.charAt(0) == "#") ? h.substring(1, 7) : h
}

function clone(obj) {
    if (obj === null || typeof(obj) !== 'object' || 'isActiveClone' in obj)
        return obj;

    if (obj instanceof Date)
        var temp = new obj.constructor(); //or new Date(obj);
    else
        var temp = obj.constructor();

    for (var key in obj) {
        if (Object.prototype.hasOwnProperty.call(obj, key)) {
            obj['isActiveClone'] = null;
            temp[key] = clone(obj[key]);
            delete obj['isActiveClone'];
        }
    }

    return temp;
}

function hexToRGB(h) {
    return [
        hexToR(h),
        hexToG(h),
        hexToB(h)
    ]
}