description: "Specifies the location of a Lightburn file called SendUDP.exe that should live in the file location that Lightburn is installed. " +

      "This file is most commonly found at C:\\Program Files\\LightBurn\\SendUDP.exe. " +

 

 

 

var POST_URL = "https://cam.autodesk.com/hsmposts?p=lightburn_laser";

 

var COLOR_00 = "000000";

var COLOR_01 = "0000FF";

var COLOR_02 = "FF0000";

var COLOR_03 = "00E000";

var COLOR_04 = "D0D000";

var COLOR_05 = "FF8000";

var COLOR_06 = "00E0E0";

var COLOR_07 = "FF00FF";

var COLOR_08 = "B4B4B4";

var COLOR_09 = "0000A0";

var COLOR_10 = "A00000";

var COLOR_11 = "00A000";

var COLOR_12 = "A0A000";

var COLOR_13 = "C08000";

var COLOR_14 = "00A0FF";

var COLOR_15 = "A000A0";

var COLOR_16 = "808080";

var COLOR_17 = "7D87B9";

var COLOR_18 = "BB7784";

var COLOR_19 = "4A6FE3";

var COLOR_20 = "D33F6A";

var COLOR_21 = "8CD78C";

var COLOR_22 = "F0B98D";

var COLOR_23 = "F6C4E1";

var COLOR_24 = "FA9ED4";

var COLOR_25 = "500A78";

var COLOR_26 = "B45A00";

var COLOR_27 = "004754";

var COLOR_28 = "86FA88";

var COLOR_29 = "FFDB66";

 

var COLOR_CYCLE = [COLOR_00,

 

var MIN_COLORS = 6; // minimum number of colors

 

function selectColors() {

  var requiredColors = Math.max(MIN_COLORS, getNumberOfSections()); // makes sure that more than enough colors get made

  var finalColorCycle = [];

  var numColors = COLOR_CYCLE.length;

 

  var alphaSteps = Math.ceil(requiredColors / numColors);

  var alphaStepSize = 1 / (alphaSteps + 1);  // + 1 stops the last alpha blend stage for all colors being FFFFFF

  var alphaStepIndex = 0;

  var colorIndex = 0;

  var finalColorCycle = [];

 

  for (var i = 0; i < requiredColors; i++) {

    if (colorIndex >= numColors) {

 

 

function compareHexValues(a, b) {

  if (a.hexValue < b.hexValue) {

    return -1;

  if (a.hexValue > b.hexValue) {

    return 1;

  return 0;

 

function sortColors(inputColors) {

  var mappedColors = new Array();

  for (var color in inputColors) {

    mappedColors.push({hexColor:"#" + inputColors[color], hexValue:parseInt(inputColors[color], 16)});

 

  var returnColors = new Array();

  for (var color in mappedColors) {

  return returnColors;

 

function alphaBlendHexColor(hexColorString, alphaPercent) {

  var alpha = alphaPercent;

 

  var red = parseInt(hexColorString.substring(0, 2), 16);

  var green = parseInt(hexColorString.substring(2, 4), 16);

  var blue = parseInt(hexColorString.substring(4, 6), 16);

 

  return [alphaBlend(red, alpha), alphaBlend(green, alpha), alphaBlend(blue, alpha)].join("");

 

function toHexColorChannel(decimal) {

  var hex = decimal.toString(16);

  return (hex.length === 1 ? "0" : "") + hex;

 

function alphaBlend(colorChannel, alpha) {

  return toHexColorChannel(Math.round((1 - alpha) * 255 + alpha * colorChannel));

 

function nextColor() {

  if (machineState.currentColorIndex >= machineState.activeColorCycle.length) {

 

 

var useFillForSection = false; // should the current section be cut (using a stroke) or etched (using a fill)?

function fill() {

  if (useFillForSection) {

    return "fill=\"" + machineState.currentHexColor + "\"";

  return "fill=\"none\"";

 

function stroke() {

  if (useFillForSection) {

    return "stroke=\"none\"";

  return "stroke=\"" + machineState.currentHexColor + "\" stroke-width=\"" + getProperty("aLineWidth") + "\"";

 

var activePathElements = [];

function addPathElement() {

  var args = Array.prototype.slice.call(arguments);

 

  if (arguments[0] === "M") {

    if (machineState.allowMoveCommand) {

    } else {

 

 

function finishPath() {

  if (!activePathElements || activePathElements.length === 0) {

 

  var opComment = hasParameter("operation-comment") ? getParameter("operation-comment") : "[No Title]";

 

  writeln("    <title>" + opComment + " (" + localize("Op") + ": " + (1 + currentSection.getId()) + "/" + getNumberOfSections() + ")</title>");

    "    <path d="\""" +="" activepathelements.join("\n="" ")="" "\"="" "="" fill()="" stroke()="">"

 

 

 

 

 

 

 

 

 

 

 

 

 

 

 

 

 

 

 

 

 

 

 

 

 

 

 

 

    executeNoWait(exePath, "\"" + outputPath + "\"", false, ""); // Open Lightburn via SendUDP.ext and load the SVG file that this post processor created