How to use the color-convert.hex function in color-convert

TuyaColorLight.prototype.setColor = function (colorValue) {
    debug("Recieved color", colorValue);

    if (this._ValIsHex(colorValue)) {
        debug("Color is Hex");
        var color = convert.hex.hsl(colorValue);
    } else {
        debug("Color is HSL");
        var color = colorValue.split(",");
        // convert strings to numbers
        color.forEach(function (element, key) {
            color[key] = parseInt(element, 10);
        });
    }
    debug("Converted color as HSL", {
        0: color[0] + " - " + typeof color[0],
        1: color[1] + " - " + typeof color[1],
        2: color[2] + " - " + typeof color[2]
    })

    this.setHSL(color[0], color[1], color[2]);
    return this.getDps();

export function getCorrectTextColor(rgb = [0, 0, 0]) {
  /*
  From this W3C document: http://www.webmasterworld.com/r.cgi?f=88&d=9769&url=http://www.w3.org/TR/AERT#color-contrast

  Color brightness is determined by the following formula:
  ((Red value X 299) + (Green value X 587) + (Blue value X 114)) / 1000

  I know this could be more compact, but I think this is easier to read/explain.

  */
  if ((typeof rgb === 'string' || rgb instanceof String) && rgb.indexOf('#') > -1) {
    rgb = convert.hex.rgb(rgb);
  }
  console.log({ rgb });

  const threshold = 130; /* about half of 256. Lower threshold equals more dark text on dark background  */
  const [hRed, hGreen, hBlue] = rgb;

  const cBrightness = (hRed * 299 + hGreen * 587 + hBlue * 114) / 1000;
  if (cBrightness > threshold) {
    return '#50616d';
  } else {
    return '#e9f1f6';
  }
}

function getCorrectTextColor(rgb = [0, 0, 0]) {
  /*
  From this W3C document: http://www.webmasterworld.com/r.cgi?f=88&d=9769&url=http://www.w3.org/TR/AERT#color-contrast

  Color brightness is determined by the following formula:
  ((Red value X 299) + (Green value X 587) + (Blue value X 114)) / 1000

  I know this could be more compact, but I think this is easier to read/explain.

  */
  if ((typeof rgb === 'string' || rgb instanceof String) && rgb.indexOf('#') > -1) {
    console.log('rgb is hex');
    rgb = convert.hex.rgb(rgb);
  } else if (typeof rgb === 'string') {
    console.log('rgb string', rgb);
    rgb = getRGB(rgb);
    console.log('rgb converted', rgb);
  }
  console.log({ rgb });

  const threshold = 130; /* about half of 256. Lower threshold equals more dark text on dark background  */
  const [hRed, hGreen, hBlue] = rgb;

  const cBrightness = (hRed * 299 + hGreen * 587 + hBlue * 114) / 1000;
  if (cBrightness > threshold) {
    return '#50616d';
  } else {
    return '#e9f1f6';
  }

createRipple = ({ length }, event, hex, color, node) => {
		const body = document.body
		const canvas = document.createElement('canvas')
		const ctx = canvas.getContext('2d')
		const piTwo = Math.PI * 2

		let rgb = hex ? convert.hex.rgb(hex).join(',') : '0,0,255'
		rgb = color ? convert.keyword.rgb(color) : rgb

		canvas.style.zIndex = 10000
		canvas.style.top = 0
		canvas.style.position = 'fixed'

		let vw = (canvas.width = window.innerWidth)
		let vh = (canvas.height = window.innerHeight)

		body.appendChild(canvas)

		// Event coords
		const x = event.clientX
		const y = event.clientY

		// Delta - difference between event and farthest corner

.then(state => {
                    let colorValue;
                    let colorMode;
                    const currentState = sanitizeState(state).state;
                    let briToTurnTo = clamp(normalize(bri || currentState.bri, 255, 100), 1, 100);

                    if (typeof ct !== 'undefined') {
                        colorMode = 2;
                        colorValue = ct;
                    } else if (typeof hex !== 'undefined') {
                        colorMode = 1;
                        colorValue = hexToRgbInt(hex);
                        // if no bri was specified, calculate from hex value
                        briToTurnTo = bri ? briToTurnTo : clamp(convert.hex.hsv(hex)[2], 1, 100);
                    } else if (
                        typeof hue !== 'undefined' ||
                        typeof sat !== 'undefined' ||
                        typeof bri !== 'undefined'
                    ) {
                        colorMode = 1;
                        colorValue = hexToRgbInt(
                            convert.hsv.hex(
                                normalize(hue || currentState.hue, 65535, 359),
                                normalize(sat || currentState.sat, 255, 100),
                                briToTurnTo
                            )
                        );
                    } else if (on) {
                        return node.serverConfig.yeelight.set_power(on, null, duration);
                    }

cb(err,null)
				} else {
					return err,null
				}
			} else {
				var cbin=bytesToHex(currentColorBytes).substring(0,2) + "," + COLORS.hex.rgb(bytesToHex(currentColorBytes).substring(2));
				that.saturation = parseInt(cbin.split(",")[0],10)
				that.red = parseInt(cbin.split(",")[1],10)
				that.green = parseInt(cbin.split(",")[2],10)
				that.blue = parseInt(cbin.split(",")[3],10)
				if (cb) {
					cb(null, that.saturation, that.red, that.green, that.blue, cbin)
					//console.log("Playbulb:getColor calling back - cbin=" + cbin + " a=" + that.saturation + 
					//	" r=" + that.red + " g=" + that.green + " b=" +that.blue );
				} else {
					return null,COLORS.hex.rgb(null, that.saturation, that.red, that.green, that.blue, cbin)
				}
			}
			//console.log("BluetoothManager: Getting Color for " + that.playbulbName + " " +bytesToHex(currentColorBytes) + " conved=" + COLORS.hex.rgb(bytesToHex(currentColorBytes)) + " cbytes=" + currentColorBytes);
		});
	}.bind(this);

export default (hex: string): ColorType => {
  if (!hexRE.test(hex)) {
    return {
      hex: 'N/A',
      cmyk: 'N/A',
      rgb: 'N/A'
    };
  }
  return {
    hex,
    cmyk: convert.hex.cmyk(hex),
    rgb: convert.hex.rgb(hex)
  };
};

export default (hex: string): ColorType => {
  if (!hexRE.test(hex)) {
    return {
      hex: 'N/A',
      cmyk: 'N/A',
      rgb: 'N/A'
    };
  }
  return {
    hex,
    cmyk: convert.hex.cmyk(hex),
    rgb: convert.hex.rgb(hex)
  };
};

return Bastion.emit('commandUsage', message, this.help);
  }


  message.channel.send({
    embed: {
      color: parseInt(args.color, 16),
      fields: [
        {
          name: 'HEX',
          value: `#${args.color}`,
          inline: true
        },
        {
          name: 'RGB',
          value: `${convert.hex.rgb(args.color)}`,
          inline: true
        },
        {
          name: 'CMYK',
          value: `${convert.hex.cmyk(args.color)}`,
          inline: true
        },
        {
          name: 'HSL',
          value: `${convert.hex.hsl(args.color)}`,
          inline: true
        },
        {
          name: 'HSV',
          value: `${convert.hex.hsv(args.color)}`,
          inline: true