From ee6756abe0fea2d1b39f26b742271b942414c413 Mon Sep 17 00:00:00 2001
From: Richard Goulter <richard.goulter@gmail.com>
Date: Thu, 25 Jul 2024 21:03:51 +0700
Subject: [PATCH] update interactive BOMs (update WABBLE-60 rev2024.2)

---
 ibom-keyboard-ch592-60-rev2024.2.html  | 4659 ------------------------
 ibom-keyboard-wabble-60-rev2024.2.html | 4659 ++++++++++++++++++++++++
 2 files changed, 4659 insertions(+), 4659 deletions(-)
 delete mode 100644 ibom-keyboard-ch592-60-rev2024.2.html
 create mode 100644 ibom-keyboard-wabble-60-rev2024.2.html
diff --git a/ibom-keyboard-ch592-60-rev2024.2.html b/ibom-keyboard-ch592-60-rev2024.2.html
deleted file mode 100644
index a10824d..0000000
--- a/ibom-keyboard-ch592-60-rev2024.2.html
+++ /dev/null
@@ -1,4659 +0,0 @@
-<!DOCTYPE html>
-<html lang="en">
-
-<head>
-  <meta charset="UTF-8">
-  <meta name="viewport" content="width=device-width, initial-scale=1.0">
-  <title>Interactive BOM for KiCAD</title>
-  <style type="text/css">
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-
-///////////////////////////////////////////////
-
-///////////////////////////////////////////////
-var config = {"dark_mode": false, "show_pads": true, "show_fabrication": false, "show_silkscreen": true, "highlight_pin1": "none", "redraw_on_drag": true, "board_rotation": 0.0, "checkboxes": "", "bom_view": "left-right", "layer_view": "FB", "offset_back_rotation": false, "kicad_text_formatting": true, "fields": ["Value", "Description", "Comment"]}
-///////////////////////////////////////////////
-
-///////////////////////////////////////////////
-var pcbdata = JSON.parse(LZString.decompressFromBase64("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"))
-///////////////////////////////////////////////
-
-///////////////////////////////////////////////
-/* Utility functions */
-
-var storagePrefix = 'KiCad_HTML_BOM__' + pcbdata.metadata.title + '__' +
-  pcbdata.metadata.revision + '__#';
-var storage;
-
-function initStorage(key) {
-  try {
-    window.localStorage.getItem("blank");
-    storage = window.localStorage;
-  } catch (e) {
-    // localStorage not available
-  }
-  if (!storage) {
-    try {
-      window.sessionStorage.getItem("blank");
-      storage = window.sessionStorage;
-    } catch (e) {
-      // sessionStorage also not available
-    }
-  }
-}
-
-function readStorage(key) {
-  if (storage) {
-    return storage.getItem(storagePrefix + key);
-  } else {
-    return null;
-  }
-}
-
-function writeStorage(key, value) {
-  if (storage) {
-    storage.setItem(storagePrefix + key, value);
-  }
-}
-
-function fancyDblClickHandler(el, onsingle, ondouble) {
-  return function () {
-    if (el.getAttribute("data-dblclick") == null) {
-      el.setAttribute("data-dblclick", 1);
-      setTimeout(function () {
-        if (el.getAttribute("data-dblclick") == 1) {
-          onsingle();
-        }
-        el.removeAttribute("data-dblclick");
-      }, 200);
-    } else {
-      el.removeAttribute("data-dblclick");
-      ondouble();
-    }
-  }
-}
-
-function smoothScrollToRow(rowid) {
-  document.getElementById(rowid).scrollIntoView({
-    behavior: "smooth",
-    block: "center",
-    inline: "nearest"
-  });
-}
-
-function focusInputField(input) {
-  input.scrollIntoView(false);
-  input.focus();
-  input.select();
-}
-
-function saveBomTable(output) {
-  var text = '';
-  for (var node of bomhead.childNodes[0].childNodes) {
-    if (node.firstChild) {
-      text += (output == 'csv' ? `"${node.firstChild.nodeValue}"` : node.firstChild.nodeValue);
-    }
-    if (node != bomhead.childNodes[0].lastChild) {
-      text += (output == 'csv' ? ',' : '\t');
-    }
-  }
-  text += '\n';
-  for (var row of bombody.childNodes) {
-    for (var cell of row.childNodes) {
-      let val = '';
-      for (var node of cell.childNodes) {
-        if (node.nodeName == "INPUT") {
-          if (node.checked) {
-            val += '✓';
-          }
-        } else if ((node.nodeName == "MARK") || (node.nodeName == "A")) {
-          val += node.firstChild.nodeValue;
-        } else {
-          val += node.nodeValue;
-        }
-      }
-      if (output == 'csv') {
-        val = val.replace(/\"/g, '\"\"'); // pair of double-quote characters
-        if (isNumeric(val)) {
-          val = +val;                     // use number
-        } else {
-          val = `"${val}"`;               // enclosed within double-quote
-        }
-      }
-      text += val;
-      if (cell != row.lastChild) {
-        text += (output == 'csv' ? ',' : '\t');
-      }
-    }
-    text += '\n';
-  }
-
-  if (output != 'clipboard') {
-    // To file: csv or txt
-    var blob = new Blob([text], {
-      type: `text/${output}`
-    });
-    saveFile(`${pcbdata.metadata.title}.${output}`, blob);
-  } else {
-    // To clipboard
-    var textArea = document.createElement("textarea");
-    textArea.classList.add('clipboard-temp');
-    textArea.value = text;
-
-    document.body.appendChild(textArea);
-    textArea.focus();
-    textArea.select();
-
-    try {
-      if (document.execCommand('copy')) {
-        console.log('Bom copied to clipboard.');
-      }
-    } catch (err) {
-      console.log('Can not copy to clipboard.');
-    }
-
-    document.body.removeChild(textArea);
-  }
-}
-
-function isNumeric(str) {
-  /* https://stackoverflow.com/a/175787 */
-  return (typeof str != "string" ? false : !isNaN(str) && !isNaN(parseFloat(str)));
-}
-
-function removeGutterNode(node) {
-  for (var i = 0; i < node.childNodes.length; i++) {
-    if (node.childNodes[i].classList &&
-      node.childNodes[i].classList.contains("gutter")) {
-      node.removeChild(node.childNodes[i]);
-      break;
-    }
-  }
-}
-
-function cleanGutters() {
-  removeGutterNode(document.getElementById("bot"));
-  removeGutterNode(document.getElementById("canvasdiv"));
-}
-
-var units = {
-  prefixes: {
-    giga: ["G", "g", "giga", "Giga", "GIGA"],
-    mega: ["M", "mega", "Mega", "MEGA"],
-    kilo: ["K", "k", "kilo", "Kilo", "KILO"],
-    milli: ["m", "milli", "Milli", "MILLI"],
-    micro: ["U", "u", "micro", "Micro", "MICRO", "μ", "µ"], // different utf8 μ
-    nano: ["N", "n", "nano", "Nano", "NANO"],
-    pico: ["P", "p", "pico", "Pico", "PICO"],
-  },
-  unitsShort: ["R", "r", "Ω", "F", "f", "H", "h"],
-  unitsLong: [
-    "OHM", "Ohm", "ohm", "ohms",
-    "FARAD", "Farad", "farad",
-    "HENRY", "Henry", "henry"
-  ],
-  getMultiplier: function (s) {
-    if (this.prefixes.giga.includes(s)) return 1e9;
-    if (this.prefixes.mega.includes(s)) return 1e6;
-    if (this.prefixes.kilo.includes(s)) return 1e3;
-    if (this.prefixes.milli.includes(s)) return 1e-3;
-    if (this.prefixes.micro.includes(s)) return 1e-6;
-    if (this.prefixes.nano.includes(s)) return 1e-9;
-    if (this.prefixes.pico.includes(s)) return 1e-12;
-    return 1;
-  },
-  valueRegex: null,
-}
-
-function initUtils() {
-  var allPrefixes = units.prefixes.giga
-    .concat(units.prefixes.mega)
-    .concat(units.prefixes.kilo)
-    .concat(units.prefixes.milli)
-    .concat(units.prefixes.micro)
-    .concat(units.prefixes.nano)
-    .concat(units.prefixes.pico);
-  var allUnits = units.unitsShort.concat(units.unitsLong);
-  units.valueRegex = new RegExp("^([0-9\.]+)" +
-    "\\s*(" + allPrefixes.join("|") + ")?" +
-    "(" + allUnits.join("|") + ")?" +
-    "(\\b.*)?$", "");
-  units.valueAltRegex = new RegExp("^([0-9]*)" +
-    "(" + units.unitsShort.join("|") + ")?" +
-    "([GgMmKkUuNnPp])?" +
-    "([0-9]*)" +
-    "(\\b.*)?$", "");
-  if (config.fields.includes("Value")) {
-    var index = config.fields.indexOf("Value");
-    pcbdata.bom["parsedValues"] = {};
-    for (var id in pcbdata.bom.fields) {
-      pcbdata.bom.parsedValues[id] = parseValue(pcbdata.bom.fields[id][index])
-    }
-  }
-}
-
-function parseValue(val, ref) {
-  var inferUnit = (unit, ref) => {
-    if (unit) {
-      unit = unit.toLowerCase();
-      if (unit == 'Ω' || unit == "ohm" || unit == "ohms") {
-        unit = 'r';
-      }
-      unit = unit[0];
-    } else {
-      ref = /^([a-z]+)\d+$/i.exec(ref);
-      if (ref) {
-        ref = ref[1].toLowerCase();
-        if (ref == "c") unit = 'f';
-        else if (ref == "l") unit = 'h';
-        else if (ref == "r" || ref == "rv") unit = 'r';
-        else unit = null;
-      }
-    }
-    return unit;
-  };
-  val = val.replace(/,/g, "");
-  var match = units.valueRegex.exec(val);
-  var unit;
-  if (match) {
-    val = parseFloat(match[1]);
-    if (match[2]) {
-      val = val * units.getMultiplier(match[2]);
-    }
-    unit = inferUnit(match[3], ref);
-    if (!unit) return null;
-    else return {
-      val: val,
-      unit: unit,
-      extra: match[4],
-    }
-  }
-  match = units.valueAltRegex.exec(val);
-  if (match && (match[1] || match[4])) {
-    val = parseFloat(match[1] + "." + match[4]);
-    if (match[3]) {
-      val = val * units.getMultiplier(match[3]);
-    }
-    unit = inferUnit(match[2], ref);
-    if (!unit) return null;
-    else return {
-      val: val,
-      unit: unit,
-      extra: match[5],
-    }
-  }
-  return null;
-}
-
-function valueCompare(a, b, stra, strb) {
-  if (a === null && b === null) {
-    // Failed to parse both values, compare them as strings.
-    if (stra != strb) return stra > strb ? 1 : -1;
-    else return 0;
-  } else if (a === null) {
-    return 1;
-  } else if (b === null) {
-    return -1;
-  } else {
-    if (a.unit != b.unit) return a.unit > b.unit ? 1 : -1;
-    else if (a.val != b.val) return a.val > b.val ? 1 : -1;
-    else if (a.extra != b.extra) return a.extra > b.extra ? 1 : -1;
-    else return 0;
-  }
-}
-
-function validateSaveImgDimension(element) {
-  var valid = false;
-  var intValue = 0;
-  if (/^[1-9]\d*$/.test(element.value)) {
-    intValue = parseInt(element.value);
-    if (intValue <= 16000) {
-      valid = true;
-    }
-  }
-  if (valid) {
-    element.classList.remove("invalid");
-  } else {
-    element.classList.add("invalid");
-  }
-  return intValue;
-}
-
-function saveImage(layer) {
-  var width = validateSaveImgDimension(document.getElementById("render-save-width"));
-  var height = validateSaveImgDimension(document.getElementById("render-save-height"));
-  var bgcolor = null;
-  if (!document.getElementById("render-save-transparent").checked) {
-    var style = getComputedStyle(topmostdiv);
-    bgcolor = style.getPropertyValue("background-color");
-  }
-  if (!width || !height) return;
-
-  // Prepare image
-  var canvas = document.createElement("canvas");
-  var layerdict = {
-    transform: {
-      x: 0,
-      y: 0,
-      s: 1,
-      panx: 0,
-      pany: 0,
-      zoom: 1,
-    },
-    bg: canvas,
-    fab: canvas,
-    silk: canvas,
-    highlight: canvas,
-    layer: layer,
-  }
-  // Do the rendering
-  recalcLayerScale(layerdict, width, height);
-  prepareLayer(layerdict);
-  clearCanvas(canvas, bgcolor);
-  drawBackground(layerdict, false);
-  drawHighlightsOnLayer(layerdict, false);
-
-  // Save image
-  var imgdata = canvas.toDataURL("image/png");
-
-  var filename = pcbdata.metadata.title;
-  if (pcbdata.metadata.revision) {
-    filename += `.${pcbdata.metadata.revision}`;
-  }
-  filename += `.${layer}.png`;
-  saveFile(filename, dataURLtoBlob(imgdata));
-}
-
-function saveSettings() {
-  var data = {
-    type: "InteractiveHtmlBom settings",
-    version: 1,
-    pcbmetadata: pcbdata.metadata,
-    settings: settings,
-  }
-  var blob = new Blob([JSON.stringify(data, null, 4)], {
-    type: "application/json"
-  });
-  saveFile(`${pcbdata.metadata.title}.settings.json`, blob);
-}
-
-function loadSettings() {
-  var input = document.createElement("input");
-  input.type = "file";
-  input.accept = ".settings.json";
-  input.onchange = function (e) {
-    var file = e.target.files[0];
-    var reader = new FileReader();
-    reader.onload = readerEvent => {
-      var content = readerEvent.target.result;
-      var newSettings;
-      try {
-        newSettings = JSON.parse(content);
-      } catch (e) {
-        alert("Selected file is not InteractiveHtmlBom settings file.");
-        return;
-      }
-      if (newSettings.type != "InteractiveHtmlBom settings") {
-        alert("Selected file is not InteractiveHtmlBom settings file.");
-        return;
-      }
-      var metadataMatches = newSettings.hasOwnProperty("pcbmetadata");
-      if (metadataMatches) {
-        for (var k in pcbdata.metadata) {
-          if (!newSettings.pcbmetadata.hasOwnProperty(k) || newSettings.pcbmetadata[k] != pcbdata.metadata[k]) {
-            metadataMatches = false;
-          }
-        }
-      }
-      if (!metadataMatches) {
-        var currentMetadata = JSON.stringify(pcbdata.metadata, null, 4);
-        var fileMetadata = JSON.stringify(newSettings.pcbmetadata, null, 4);
-        if (!confirm(
-          `Settins file metadata does not match current metadata.\n\n` +
-          `Page metadata:\n${currentMetadata}\n\n` +
-          `Settings file metadata:\n${fileMetadata}\n\n` +
-          `Press OK if you would like to import settings anyway.`)) {
-          return;
-        }
-      }
-      overwriteSettings(newSettings.settings);
-    }
-    reader.readAsText(file, 'UTF-8');
-  }
-  input.click();
-}
-
-function resetSettings() {
-  if (!confirm(
-    `This will reset all checkbox states and other settings.\n\n` +
-    `Press OK if you want to continue.`)) {
-    return;
-  }
-  if (storage) {
-    var keys = [];
-    for (var i = 0; i < storage.length; i++) {
-      var key = storage.key(i);
-      if (key.startsWith(storagePrefix)) keys.push(key);
-    }
-    for (var key of keys) storage.removeItem(key);
-  }
-  location.reload();
-}
-
-function overwriteSettings(newSettings) {
-  initDone = false;
-  Object.assign(settings, newSettings);
-  writeStorage("bomlayout", settings.bomlayout);
-  writeStorage("bommode", settings.bommode);
-  writeStorage("canvaslayout", settings.canvaslayout);
-  writeStorage("bomCheckboxes", settings.checkboxes.join(","));
-  document.getElementById("bomCheckboxes").value = settings.checkboxes.join(",");
-  for (var checkbox of settings.checkboxes) {
-    writeStorage("checkbox_" + checkbox, settings.checkboxStoredRefs[checkbox]);
-  }
-  writeStorage("markWhenChecked", settings.markWhenChecked);
-  padsVisible(settings.renderPads);
-  document.getElementById("padsCheckbox").checked = settings.renderPads;
-  fabricationVisible(settings.renderFabrication);
-  document.getElementById("fabricationCheckbox").checked = settings.renderFabrication;
-  silkscreenVisible(settings.renderSilkscreen);
-  document.getElementById("silkscreenCheckbox").checked = settings.renderSilkscreen;
-  referencesVisible(settings.renderReferences);
-  document.getElementById("referencesCheckbox").checked = settings.renderReferences;
-  valuesVisible(settings.renderValues);
-  document.getElementById("valuesCheckbox").checked = settings.renderValues;
-  tracksVisible(settings.renderTracks);
-  document.getElementById("tracksCheckbox").checked = settings.renderTracks;
-  zonesVisible(settings.renderZones);
-  document.getElementById("zonesCheckbox").checked = settings.renderZones;
-  dnpOutline(settings.renderDnpOutline);
-  document.getElementById("dnpOutlineCheckbox").checked = settings.renderDnpOutline;
-  setRedrawOnDrag(settings.redrawOnDrag);
-  document.getElementById("dragCheckbox").checked = settings.redrawOnDrag;
-  setDarkMode(settings.darkMode);
-  document.getElementById("darkmodeCheckbox").checked = settings.darkMode;
-  setHighlightPin1(settings.highlightpin1);
-  document.forms.highlightpin1.highlightpin1.value = settings.highlightpin1;
-  writeStorage("boardRotation", settings.boardRotation);
-  document.getElementById("boardRotation").value = settings.boardRotation / 5;
-  document.getElementById("rotationDegree").textContent = settings.boardRotation;
-  setOffsetBackRotation(settings.offsetBackRotation);
-  document.getElementById("offsetBackRotationCheckbox").checked = settings.offsetBackRotation;
-  initDone = true;
-  prepCheckboxes();
-  changeBomLayout(settings.bomlayout);
-}
-
-function saveFile(filename, blob) {
-  var link = document.createElement("a");
-  var objurl = URL.createObjectURL(blob);
-  link.download = filename;
-  link.href = objurl;
-  link.click();
-}
-
-function dataURLtoBlob(dataurl) {
-  var arr = dataurl.split(','),
-    mime = arr[0].match(/:(.*?);/)[1],
-    bstr = atob(arr[1]),
-    n = bstr.length,
-    u8arr = new Uint8Array(n);
-  while (n--) {
-    u8arr[n] = bstr.charCodeAt(n);
-  }
-  return new Blob([u8arr], {
-    type: mime
-  });
-}
-
-var settings = {
-  canvaslayout: "FB",
-  bomlayout: "left-right",
-  bommode: "grouped",
-  checkboxes: [],
-  checkboxStoredRefs: {},
-  darkMode: false,
-  highlightpin1: "none",
-  redrawOnDrag: true,
-  boardRotation: 0,
-  offsetBackRotation: false,
-  renderPads: true,
-  renderReferences: true,
-  renderValues: true,
-  renderSilkscreen: true,
-  renderFabrication: true,
-  renderDnpOutline: false,
-  renderTracks: true,
-  renderZones: true,
-  columnOrder: [],
-  hiddenColumns: [],
-  netColors: {},
-}
-
-function initDefaults() {
-  settings.bomlayout = readStorage("bomlayout");
-  if (settings.bomlayout === null) {
-    settings.bomlayout = config.bom_view;
-  }
-  if (!['bom-only', 'left-right', 'top-bottom'].includes(settings.bomlayout)) {
-    settings.bomlayout = config.bom_view;
-  }
-  settings.bommode = readStorage("bommode");
-  if (settings.bommode === null) {
-    settings.bommode = "grouped";
-  }
-  if (settings.bommode == "netlist" && !pcbdata.nets) {
-    settings.bommode = "grouped";
-  }
-  if (!["grouped", "ungrouped", "netlist"].includes(settings.bommode)) {
-    settings.bommode = "grouped";
-  }
-  settings.canvaslayout = readStorage("canvaslayout");
-  if (settings.canvaslayout === null) {
-    settings.canvaslayout = config.layer_view;
-  }
-  var bomCheckboxes = readStorage("bomCheckboxes");
-  if (bomCheckboxes === null) {
-    bomCheckboxes = config.checkboxes;
-  }
-  settings.checkboxes = bomCheckboxes.split(",").filter((e) => e);
-  document.getElementById("bomCheckboxes").value = bomCheckboxes;
-
-  var highlightpin1 = readStorage("highlightpin1") || config.highlight_pin1;
-  if (highlightpin1 === "false") highlightpin1 = "none";
-  if (highlightpin1 === "true") highlightpin1 = "all";
-  setHighlightPin1(highlightpin1);
-  document.forms.highlightpin1.highlightpin1.value = highlightpin1;
-
-  settings.markWhenChecked = readStorage("markWhenChecked") || "";
-  populateMarkWhenCheckedOptions();
-
-  function initBooleanSetting(storageString, def, elementId, func) {
-    var b = readStorage(storageString);
-    if (b === null) {
-      b = def;
-    } else {
-      b = (b == "true");
-    }
-    document.getElementById(elementId).checked = b;
-    func(b);
-  }
-
-  initBooleanSetting("padsVisible", config.show_pads, "padsCheckbox", padsVisible);
-  initBooleanSetting("fabricationVisible", config.show_fabrication, "fabricationCheckbox", fabricationVisible);
-  initBooleanSetting("silkscreenVisible", config.show_silkscreen, "silkscreenCheckbox", silkscreenVisible);
-  initBooleanSetting("referencesVisible", true, "referencesCheckbox", referencesVisible);
-  initBooleanSetting("valuesVisible", true, "valuesCheckbox", valuesVisible);
-  if ("tracks" in pcbdata) {
-    initBooleanSetting("tracksVisible", true, "tracksCheckbox", tracksVisible);
-    initBooleanSetting("zonesVisible", true, "zonesCheckbox", zonesVisible);
-  } else {
-    document.getElementById("tracksAndZonesCheckboxes").style.display = "none";
-    tracksVisible(false);
-    zonesVisible(false);
-  }
-  initBooleanSetting("dnpOutline", false, "dnpOutlineCheckbox", dnpOutline);
-  initBooleanSetting("redrawOnDrag", config.redraw_on_drag, "dragCheckbox", setRedrawOnDrag);
-  initBooleanSetting("darkmode", config.dark_mode, "darkmodeCheckbox", setDarkMode);
-
-  var fields = ["checkboxes", "References"].concat(config.fields).concat(["Quantity"]);
-  var hcols = JSON.parse(readStorage("hiddenColumns"));
-  if (hcols === null) {
-    hcols = [];
-  }
-  settings.hiddenColumns = hcols.filter(e => fields.includes(e));
-
-  var cord = JSON.parse(readStorage("columnOrder"));
-  if (cord === null) {
-    cord = fields;
-  } else {
-    cord = cord.filter(e => fields.includes(e));
-    if (cord.length != fields.length)
-      cord = fields;
-  }
-  settings.columnOrder = cord;
-
-  settings.boardRotation = readStorage("boardRotation");
-  if (settings.boardRotation === null) {
-    settings.boardRotation = config.board_rotation * 5;
-  } else {
-    settings.boardRotation = parseInt(settings.boardRotation);
-  }
-  document.getElementById("boardRotation").value = settings.boardRotation / 5;
-  document.getElementById("rotationDegree").textContent = settings.boardRotation;
-  initBooleanSetting("offsetBackRotation", config.offset_back_rotation, "offsetBackRotationCheckbox", setOffsetBackRotation);
-
-  settings.netColors = JSON.parse(readStorage("netColors")) || {};
-}
-
-// Helper classes for user js callbacks.
-
-const IBOM_EVENT_TYPES = {
-  ALL: "all",
-  HIGHLIGHT_EVENT: "highlightEvent",
-  CHECKBOX_CHANGE_EVENT: "checkboxChangeEvent",
-  BOM_BODY_CHANGE_EVENT: "bomBodyChangeEvent",
-}
-
-const EventHandler = {
-  callbacks: {},
-  init: function () {
-    for (eventType of Object.values(IBOM_EVENT_TYPES))
-      this.callbacks[eventType] = [];
-  },
-  registerCallback: function (eventType, callback) {
-    this.callbacks[eventType].push(callback);
-  },
-  emitEvent: function (eventType, eventArgs) {
-    event = {
-      eventType: eventType,
-      args: eventArgs,
-    }
-    var callback;
-    for (callback of this.callbacks[eventType])
-      callback(event);
-    for (callback of this.callbacks[IBOM_EVENT_TYPES.ALL])
-      callback(event);
-  }
-}
-EventHandler.init();
-
-///////////////////////////////////////////////
-
-///////////////////////////////////////////////
-/* PCB rendering code */
-
-var emptyContext2d = document.createElement("canvas").getContext("2d");
-
-function deg2rad(deg) {
-  return deg * Math.PI / 180;
-}
-
-function calcFontPoint(linepoint, text, offsetx, offsety, tilt) {
-  var point = [
-    linepoint[0] * text.width + offsetx,
-    linepoint[1] * text.height + offsety
-  ];
-  // This approximates pcbnew behavior with how text tilts depending on horizontal justification
-  point[0] -= (linepoint[1] + 0.5 * (1 + text.justify[0])) * text.height * tilt;
-  return point;
-}
-
-function drawText(ctx, text, color) {
-  if ("ref" in text && !settings.renderReferences) return;
-  if ("val" in text && !settings.renderValues) return;
-  ctx.save();
-  ctx.fillStyle = color;
-  ctx.strokeStyle = color;
-  ctx.lineCap = "round";
-  ctx.lineJoin = "round";
-  ctx.lineWidth = text.thickness;
-  if ("svgpath" in text) {
-    ctx.stroke(new Path2D(text.svgpath));
-    ctx.restore();
-    return;
-  }
-  if ("polygons" in text) {
-    ctx.fill(getPolygonsPath(text));
-    ctx.restore();
-    return;
-  }
-  ctx.translate(...text.pos);
-  ctx.translate(text.thickness * 0.5, 0);
-  var angle = -text.angle;
-  if (text.attr.includes("mirrored")) {
-    ctx.scale(-1, 1);
-    angle = -angle;
-  }
-  var tilt = 0;
-  if (text.attr.includes("italic")) {
-    tilt = 0.125;
-  }
-  var interline = text.height * 1.5 + text.thickness;
-  var txt = text.text.split("\n");
-  // KiCad ignores last empty line.
-  if (txt[txt.length - 1] == '') txt.pop();
-  ctx.rotate(deg2rad(angle));
-  var offsety = (1 - text.justify[1]) / 2 * text.height; // One line offset
-  offsety -= (txt.length - 1) * (text.justify[1] + 1) / 2 * interline; // Multiline offset
-  for (var i in txt) {
-    var lineWidth = text.thickness + interline / 2 * tilt;
-    for (var j = 0; j < txt[i].length; j++) {
-      if (txt[i][j] == '\t') {
-        var fourSpaces = 4 * pcbdata.font_data[' '].w * text.width;
-        lineWidth += fourSpaces - lineWidth % fourSpaces;
-      } else {
-        if (txt[i][j] == '~') {
-          j++;
-          if (j == txt[i].length)
-            break;
-        }
-        lineWidth += pcbdata.font_data[txt[i][j]].w * text.width;
-      }
-    }
-    var offsetx = -lineWidth * (text.justify[0] + 1) / 2;
-    var inOverbar = false;
-    for (var j = 0; j < txt[i].length; j++) {
-      if (config.kicad_text_formatting) {
-        if (txt[i][j] == '\t') {
-          var fourSpaces = 4 * pcbdata.font_data[' '].w * text.width;
-          offsetx += fourSpaces - offsetx % fourSpaces;
-          continue;
-        } else if (txt[i][j] == '~') {
-          j++;
-          if (j == txt[i].length)
-            break;
-          if (txt[i][j] != '~') {
-            inOverbar = !inOverbar;
-          }
-        }
-      }
-      var glyph = pcbdata.font_data[txt[i][j]];
-      if (inOverbar) {
-        var overbarStart = [offsetx, -text.height * 1.4 + offsety];
-        var overbarEnd = [offsetx + text.width * glyph.w, overbarStart[1]];
-
-        if (!lastHadOverbar) {
-          overbarStart[0] += text.height * 1.4 * tilt;
-          lastHadOverbar = true;
-        }
-        ctx.beginPath();
-        ctx.moveTo(...overbarStart);
-        ctx.lineTo(...overbarEnd);
-        ctx.stroke();
-      } else {
-        lastHadOverbar = false;
-      }
-      for (var line of glyph.l) {
-        ctx.beginPath();
-        ctx.moveTo(...calcFontPoint(line[0], text, offsetx, offsety, tilt));
-        for (var k = 1; k < line.length; k++) {
-          ctx.lineTo(...calcFontPoint(line[k], text, offsetx, offsety, tilt));
-        }
-        ctx.stroke();
-      }
-      offsetx += glyph.w * text.width;
-    }
-    offsety += interline;
-  }
-  ctx.restore();
-}
-
-function drawedge(ctx, scalefactor, edge, color) {
-  ctx.strokeStyle = color;
-  ctx.fillStyle = color;
-  ctx.lineWidth = Math.max(1 / scalefactor, edge.width);
-  ctx.lineCap = "round";
-  ctx.lineJoin = "round";
-  if ("svgpath" in edge) {
-    ctx.stroke(new Path2D(edge.svgpath));
-  } else {
-    ctx.beginPath();
-    if (edge.type == "segment") {
-      ctx.moveTo(...edge.start);
-      ctx.lineTo(...edge.end);
-    }
-    if (edge.type == "rect") {
-      ctx.moveTo(...edge.start);
-      ctx.lineTo(edge.start[0], edge.end[1]);
-      ctx.lineTo(...edge.end);
-      ctx.lineTo(edge.end[0], edge.start[1]);
-      ctx.lineTo(...edge.start);
-    }
-    if (edge.type == "arc") {
-      ctx.arc(
-        ...edge.start,
-        edge.radius,
-        deg2rad(edge.startangle),
-        deg2rad(edge.endangle));
-    }
-    if (edge.type == "circle") {
-      ctx.arc(
-        ...edge.start,
-        edge.radius,
-        0, 2 * Math.PI);
-      ctx.closePath();
-    }
-    if (edge.type == "curve") {
-      ctx.moveTo(...edge.start);
-      ctx.bezierCurveTo(...edge.cpa, ...edge.cpb, ...edge.end);
-    }
-    if("filled" in edge && edge.filled)
-      ctx.fill();
-    else
-      ctx.stroke();
-  }
-}
-
-function getChamferedRectPath(size, radius, chamfpos, chamfratio) {
-  // chamfpos is a bitmask, left = 1, right = 2, bottom left = 4, bottom right = 8
-  var path = new Path2D();
-  var width = size[0];
-  var height = size[1];
-  var x = width * -0.5;
-  var y = height * -0.5;
-  var chamfOffset = Math.min(width, height) * chamfratio;
-  path.moveTo(x, 0);
-  if (chamfpos & 4) {
-    path.lineTo(x, y + height - chamfOffset);
-    path.lineTo(x + chamfOffset, y + height);
-    path.lineTo(0, y + height);
-  } else {
-    path.arcTo(x, y + height, x + width, y + height, radius);
-  }
-  if (chamfpos & 8) {
-    path.lineTo(x + width - chamfOffset, y + height);
-    path.lineTo(x + width, y + height - chamfOffset);
-    path.lineTo(x + width, 0);
-  } else {
-    path.arcTo(x + width, y + height, x + width, y, radius);
-  }
-  if (chamfpos & 2) {
-    path.lineTo(x + width, y + chamfOffset);
-    path.lineTo(x + width - chamfOffset, y);
-    path.lineTo(0, y);
-  } else {
-    path.arcTo(x + width, y, x, y, radius);
-  }
-  if (chamfpos & 1) {
-    path.lineTo(x + chamfOffset, y);
-    path.lineTo(x, y + chamfOffset);
-    path.lineTo(x, 0);
-  } else {
-    path.arcTo(x, y, x, y + height, radius);
-  }
-  path.closePath();
-  return path;
-}
-
-function getOblongPath(size) {
-  return getChamferedRectPath(size, Math.min(size[0], size[1]) / 2, 0, 0);
-}
-
-function getPolygonsPath(shape) {
-  if (shape.path2d) {
-    return shape.path2d;
-  }
-  if ("svgpath" in shape) {
-    shape.path2d = new Path2D(shape.svgpath);
-  } else {
-    var path = new Path2D();
-    for (var polygon of shape.polygons) {
-      path.moveTo(...polygon[0]);
-      for (var i = 1; i < polygon.length; i++) {
-        path.lineTo(...polygon[i]);
-      }
-      path.closePath();
-    }
-    shape.path2d = path;
-  }
-  return shape.path2d;
-}
-
-function drawPolygonShape(ctx, scalefactor, shape, color) {
-  ctx.save();
-  if (!("svgpath" in shape)) {
-    ctx.translate(...shape.pos);
-    ctx.rotate(deg2rad(-shape.angle));
-  }
-  if("filled" in shape && !shape.filled) {
-    ctx.strokeStyle = color;
-    ctx.lineWidth = Math.max(1 / scalefactor, shape.width);
-    ctx.lineCap = "round";
-    ctx.lineJoin = "round";
-    ctx.stroke(getPolygonsPath(shape));
-  } else {
-    ctx.fillStyle = color;
-    ctx.fill(getPolygonsPath(shape));
-  }
-  ctx.restore();
-}
-
-function drawDrawing(ctx, scalefactor, drawing, color) {
-  if (["segment", "arc", "circle", "curve", "rect"].includes(drawing.type)) {
-    drawedge(ctx, scalefactor, drawing, color);
-  } else if (drawing.type == "polygon") {
-    drawPolygonShape(ctx, scalefactor, drawing, color);
-  } else {
-    drawText(ctx, drawing, color);
-  }
-}
-
-function getCirclePath(radius) {
-  var path = new Path2D();
-  path.arc(0, 0, radius, 0, 2 * Math.PI);
-  path.closePath();
-  return path;
-}
-
-function getCachedPadPath(pad) {
-  if (!pad.path2d) {
-    // if path2d is not set, build one and cache it on pad object
-    if (pad.shape == "rect") {
-      pad.path2d = new Path2D();
-      pad.path2d.rect(...pad.size.map(c => -c * 0.5), ...pad.size);
-    } else if (pad.shape == "oval") {
-      pad.path2d = getOblongPath(pad.size);
-    } else if (pad.shape == "circle") {
-      pad.path2d = getCirclePath(pad.size[0] / 2);
-    } else if (pad.shape == "roundrect") {
-      pad.path2d = getChamferedRectPath(pad.size, pad.radius, 0, 0);
-    } else if (pad.shape == "chamfrect") {
-      pad.path2d = getChamferedRectPath(pad.size, pad.radius, pad.chamfpos, pad.chamfratio)
-    } else if (pad.shape == "custom") {
-      pad.path2d = getPolygonsPath(pad);
-    }
-  }
-  return pad.path2d;
-}
-
-function drawPad(ctx, pad, color, outline) {
-  ctx.save();
-  ctx.translate(...pad.pos);
-  ctx.rotate(-deg2rad(pad.angle));
-  if (pad.offset) {
-    ctx.translate(...pad.offset);
-  }
-  ctx.fillStyle = color;
-  ctx.strokeStyle = color;
-  var path = getCachedPadPath(pad);
-  if (outline) {
-    ctx.stroke(path);
-  } else {
-    ctx.fill(path);
-  }
-  ctx.restore();
-}
-
-function drawPadHole(ctx, pad, padHoleColor) {
-  if (pad.type != "th") return;
-  ctx.save();
-  ctx.translate(...pad.pos);
-  ctx.rotate(-deg2rad(pad.angle));
-  ctx.fillStyle = padHoleColor;
-  if (pad.drillshape == "oblong") {
-    ctx.fill(getOblongPath(pad.drillsize));
-  } else {
-    ctx.fill(getCirclePath(pad.drillsize[0] / 2));
-  }
-  ctx.restore();
-}
-
-function drawFootprint(ctx, layer, scalefactor, footprint, colors, highlight, outline) {
-  if (highlight) {
-    // draw bounding box
-    if (footprint.layer == layer) {
-      ctx.save();
-      ctx.globalAlpha = 0.2;
-      ctx.translate(...footprint.bbox.pos);
-      ctx.rotate(deg2rad(-footprint.bbox.angle));
-      ctx.translate(...footprint.bbox.relpos);
-      ctx.fillStyle = colors.pad;
-      ctx.fillRect(0, 0, ...footprint.bbox.size);
-      ctx.globalAlpha = 1;
-      ctx.strokeStyle = colors.pad;
-      ctx.lineWidth = 3 / scalefactor;
-      ctx.strokeRect(0, 0, ...footprint.bbox.size);
-      ctx.restore();
-    }
-  }
-  // draw drawings
-  for (var drawing of footprint.drawings) {
-    if (drawing.layer == layer) {
-      drawDrawing(ctx, scalefactor, drawing.drawing, colors.pad);
-    }
-  }
-  ctx.lineWidth = 3 / scalefactor;
-  // draw pads
-  if (settings.renderPads) {
-    for (var pad of footprint.pads) {
-      if (pad.layers.includes(layer)) {
-        drawPad(ctx, pad, colors.pad, outline);
-        if (pad.pin1 &&
-          (settings.highlightpin1 == "all" ||
-            settings.highlightpin1 == "selected" && highlight)) {
-          drawPad(ctx, pad, colors.outline, true);
-        }
-      }
-    }
-    for (var pad of footprint.pads) {
-      drawPadHole(ctx, pad, colors.padHole);
-    }
-  }
-}
-
-function drawEdgeCuts(canvas, scalefactor) {
-  var ctx = canvas.getContext("2d");
-  var edgecolor = getComputedStyle(topmostdiv).getPropertyValue('--pcb-edge-color');
-  for (var edge of pcbdata.edges) {
-    drawDrawing(ctx, scalefactor, edge, edgecolor);
-  }
-}
-
-function drawFootprints(canvas, layer, scalefactor, highlight) {
-  var ctx = canvas.getContext("2d");
-  ctx.lineWidth = 3 / scalefactor;
-  var style = getComputedStyle(topmostdiv);
-
-  var colors = {
-    pad: style.getPropertyValue('--pad-color'),
-    padHole: style.getPropertyValue('--pad-hole-color'),
-    outline: style.getPropertyValue('--pin1-outline-color'),
-  }
-
-  for (var i = 0; i < pcbdata.footprints.length; i++) {
-    var mod = pcbdata.footprints[i];
-    var outline = settings.renderDnpOutline && pcbdata.bom.skipped.includes(i);
-    var h = highlightedFootprints.includes(i);
-    var d = markedFootprints.has(i);
-    if (highlight) {
-      if(h && d) {
-        colors.pad = style.getPropertyValue('--pad-color-highlight-both');
-        colors.outline = style.getPropertyValue('--pin1-outline-color-highlight-both');
-      } else if (h) {
-        colors.pad = style.getPropertyValue('--pad-color-highlight');
-        colors.outline = style.getPropertyValue('--pin1-outline-color-highlight');
-      } else if (d) {
-        colors.pad = style.getPropertyValue('--pad-color-highlight-marked');
-        colors.outline = style.getPropertyValue('--pin1-outline-color-highlight-marked');
-      }
-    }
-    if( h || d || !highlight) {
-      drawFootprint(ctx, layer, scalefactor, mod, colors, highlight, outline);
-    }
-  }
-}
-
-function drawBgLayer(layername, canvas, layer, scalefactor, edgeColor, polygonColor, textColor) {
-  var ctx = canvas.getContext("2d");
-  for (var d of pcbdata.drawings[layername][layer]) {
-    if (["segment", "arc", "circle", "curve", "rect"].includes(d.type)) {
-      drawedge(ctx, scalefactor, d, edgeColor);
-    } else if (d.type == "polygon") {
-      drawPolygonShape(ctx, scalefactor, d, polygonColor);
-    } else {
-      drawText(ctx, d, textColor);
-    }
-  }
-}
-
-function drawTracks(canvas, layer, defaultColor, highlight) {
-  ctx = canvas.getContext("2d");
-  ctx.lineCap = "round";
-
-  var hasHole = (track) => (
-    'drillsize' in track &&
-    track.start[0] == track.end[0] &&
-    track.start[1] == track.end[1]);
-
-  // First draw tracks and tented vias
-  for (var track of pcbdata.tracks[layer]) {
-    if (highlight && highlightedNet != track.net) continue;
-    if (!hasHole(track)) {
-      ctx.strokeStyle = highlight ? defaultColor : settings.netColors[track.net] || defaultColor;
-      ctx.lineWidth = track.width;
-      ctx.beginPath();
-      if ('radius' in track) {
-        ctx.arc(
-          ...track.center,
-          track.radius,
-          deg2rad(track.startangle),
-          deg2rad(track.endangle));
-      } else {
-        ctx.moveTo(...track.start);
-        ctx.lineTo(...track.end);
-      }
-      ctx.stroke();
-    }
-  }
-  // Second pass to draw untented vias
-  var style = getComputedStyle(topmostdiv);
-  var holeColor = style.getPropertyValue('--pad-hole-color')
-
-  for (var track of pcbdata.tracks[layer]) {
-    if (highlight && highlightedNet != track.net) continue;
-    if (hasHole(track)) {
-      ctx.strokeStyle = highlight ? defaultColor : settings.netColors[track.net] || defaultColor;
-      ctx.lineWidth = track.width;
-      ctx.beginPath();
-      ctx.moveTo(...track.start);
-      ctx.lineTo(...track.end);
-      ctx.stroke();
-      ctx.strokeStyle = holeColor;
-      ctx.lineWidth = track.drillsize;
-      ctx.lineTo(...track.end);
-      ctx.stroke();
-    }
-  }
-}
-
-function drawZones(canvas, layer, defaultColor, highlight) {
-  ctx = canvas.getContext("2d");
-  ctx.lineJoin = "round";
-  for (var zone of pcbdata.zones[layer]) {
-    if (highlight && highlightedNet != zone.net) continue;
-    ctx.strokeStyle = highlight ? defaultColor : settings.netColors[zone.net] || defaultColor;
-    ctx.fillStyle = highlight ? defaultColor : settings.netColors[zone.net] || defaultColor;
-    if (!zone.path2d) {
-      zone.path2d = getPolygonsPath(zone);
-    }
-    ctx.fill(zone.path2d, zone.fillrule || "nonzero");
-    if (zone.width > 0) {
-      ctx.lineWidth = zone.width;
-      ctx.stroke(zone.path2d);
-    }
-  }
-}
-
-function clearCanvas(canvas, color = null) {
-  var ctx = canvas.getContext("2d");
-  ctx.save();
-  ctx.setTransform(1, 0, 0, 1, 0, 0);
-  if (color) {
-    ctx.fillStyle = color;
-    ctx.fillRect(0, 0, canvas.width, canvas.height);
-  } else {
-    if (!window.matchMedia("print").matches)
-      ctx.clearRect(0, 0, canvas.width, canvas.height);
-  }
-  ctx.restore();
-}
-
-function drawNets(canvas, layer, highlight) {
-  var style = getComputedStyle(topmostdiv);
-  if (settings.renderZones) {
-    var zoneColor = style.getPropertyValue(highlight ? '--zone-color-highlight' : '--zone-color');
-    drawZones(canvas, layer, zoneColor, highlight);
-  }
-  if (settings.renderTracks) {
-    var trackColor = style.getPropertyValue(highlight ? '--track-color-highlight' : '--track-color');
-    drawTracks(canvas, layer, trackColor, highlight);
-  }
-  if (highlight && settings.renderPads) {
-    var padColor = style.getPropertyValue('--pad-color-highlight');
-    var padHoleColor = style.getPropertyValue('--pad-hole-color');
-    var ctx = canvas.getContext("2d");
-    for (var footprint of pcbdata.footprints) {
-      // draw pads
-      var padDrawn = false;
-      for (var pad of footprint.pads) {
-        if (highlightedNet != pad.net) continue;
-        if (pad.layers.includes(layer)) {
-          drawPad(ctx, pad, padColor, false);
-          padDrawn = true;
-        }
-      }
-      if (padDrawn) {
-        // redraw all pad holes because some pads may overlap
-        for (var pad of footprint.pads) {
-          drawPadHole(ctx, pad, padHoleColor);
-        }
-      }
-    }
-  }
-}
-
-function drawHighlightsOnLayer(canvasdict, clear = true) {
-  if (clear) {
-    clearCanvas(canvasdict.highlight);
-  }
-  if (markedFootprints.size > 0 || highlightedFootprints.length > 0) {
-    drawFootprints(canvasdict.highlight, canvasdict.layer,
-      canvasdict.transform.s * canvasdict.transform.zoom, true);
-  }
-  if (highlightedNet !== null) {
-    drawNets(canvasdict.highlight, canvasdict.layer, true);
-  }
-}
-
-function drawHighlights() {
-  drawHighlightsOnLayer(allcanvas.front);
-  drawHighlightsOnLayer(allcanvas.back);
-}
-
-function drawBackground(canvasdict, clear = true) {
-  if (clear) {
-    clearCanvas(canvasdict.bg);
-    clearCanvas(canvasdict.fab);
-    clearCanvas(canvasdict.silk);
-  }
-
-  drawNets(canvasdict.bg, canvasdict.layer, false);
-  drawFootprints(canvasdict.bg, canvasdict.layer,
-    canvasdict.transform.s * canvasdict.transform.zoom, false);
-
-  drawEdgeCuts(canvasdict.bg, canvasdict.transform.s * canvasdict.transform.zoom);
-
-  var style = getComputedStyle(topmostdiv);
-  var edgeColor = style.getPropertyValue('--silkscreen-edge-color');
-  var polygonColor = style.getPropertyValue('--silkscreen-polygon-color');
-  var textColor = style.getPropertyValue('--silkscreen-text-color');
-  if (settings.renderSilkscreen) {
-    drawBgLayer(
-      "silkscreen", canvasdict.silk, canvasdict.layer,
-      canvasdict.transform.s * canvasdict.transform.zoom,
-      edgeColor, polygonColor, textColor);
-  }
-  edgeColor = style.getPropertyValue('--fabrication-edge-color');
-  polygonColor = style.getPropertyValue('--fabrication-polygon-color');
-  textColor = style.getPropertyValue('--fabrication-text-color');
-  if (settings.renderFabrication) {
-    drawBgLayer(
-      "fabrication", canvasdict.fab, canvasdict.layer,
-      canvasdict.transform.s * canvasdict.transform.zoom,
-      edgeColor, polygonColor, textColor);
-  }
-}
-
-function prepareCanvas(canvas, flip, transform) {
-  var ctx = canvas.getContext("2d");
-  ctx.setTransform(1, 0, 0, 1, 0, 0);
-  ctx.scale(transform.zoom, transform.zoom);
-  ctx.translate(transform.panx, transform.pany);
-  if (flip) {
-    ctx.scale(-1, 1);
-  }
-  ctx.translate(transform.x, transform.y);
-  ctx.rotate(deg2rad(settings.boardRotation + (flip && settings.offsetBackRotation ? - 180 : 0)));
-  ctx.scale(transform.s, transform.s);
-}
-
-function prepareLayer(canvasdict) {
-  var flip = (canvasdict.layer === "B");
-  for (var c of ["bg", "fab", "silk", "highlight"]) {
-    prepareCanvas(canvasdict[c], flip, canvasdict.transform);
-  }
-}
-
-function rotateVector(v, angle) {
-  angle = deg2rad(angle);
-  return [
-    v[0] * Math.cos(angle) - v[1] * Math.sin(angle),
-    v[0] * Math.sin(angle) + v[1] * Math.cos(angle)
-  ];
-}
-
-function applyRotation(bbox, flip) {
-  var corners = [
-    [bbox.minx, bbox.miny],
-    [bbox.minx, bbox.maxy],
-    [bbox.maxx, bbox.miny],
-    [bbox.maxx, bbox.maxy],
-  ];
-  corners = corners.map((v) => rotateVector(v, settings.boardRotation + (flip && settings.offsetBackRotation ? - 180 : 0)));
-  return {
-    minx: corners.reduce((a, v) => Math.min(a, v[0]), Infinity),
-    miny: corners.reduce((a, v) => Math.min(a, v[1]), Infinity),
-    maxx: corners.reduce((a, v) => Math.max(a, v[0]), -Infinity),
-    maxy: corners.reduce((a, v) => Math.max(a, v[1]), -Infinity),
-  }
-}
-
-function recalcLayerScale(layerdict, width, height) {
-  var flip = (layerdict.layer === "B");
-  var bbox = applyRotation(pcbdata.edges_bbox, flip);
-  var scalefactor = 0.98 * Math.min(
-    width / (bbox.maxx - bbox.minx),
-    height / (bbox.maxy - bbox.miny)
-  );
-  if (scalefactor < 0.1) {
-    scalefactor = 1;
-  }
-  layerdict.transform.s = scalefactor;
-  if (flip) {
-    layerdict.transform.x = -((bbox.maxx + bbox.minx) * scalefactor + width) * 0.5;
-  } else {
-    layerdict.transform.x = -((bbox.maxx + bbox.minx) * scalefactor - width) * 0.5;
-  }
-  layerdict.transform.y = -((bbox.maxy + bbox.miny) * scalefactor - height) * 0.5;
-  for (var c of ["bg", "fab", "silk", "highlight"]) {
-    canvas = layerdict[c];
-    canvas.width = width;
-    canvas.height = height;
-    canvas.style.width = (width / devicePixelRatio) + "px";
-    canvas.style.height = (height / devicePixelRatio) + "px";
-  }
-}
-
-function redrawCanvas(layerdict) {
-  prepareLayer(layerdict);
-  drawBackground(layerdict);
-  drawHighlightsOnLayer(layerdict);
-}
-
-function resizeCanvas(layerdict) {
-  var canvasdivid = {
-    "F": "frontcanvas",
-    "B": "backcanvas"
-  } [layerdict.layer];
-  var width = document.getElementById(canvasdivid).clientWidth * devicePixelRatio;
-  var height = document.getElementById(canvasdivid).clientHeight * devicePixelRatio;
-  recalcLayerScale(layerdict, width, height);
-  redrawCanvas(layerdict);
-}
-
-function resizeAll() {
-  resizeCanvas(allcanvas.front);
-  resizeCanvas(allcanvas.back);
-}
-
-function pointWithinDistanceToSegment(x, y, x1, y1, x2, y2, d) {
-  var A = x - x1;
-  var B = y - y1;
-  var C = x2 - x1;
-  var D = y2 - y1;
-
-  var dot = A * C + B * D;
-  var len_sq = C * C + D * D;
-  var dx, dy;
-  if (len_sq == 0) {
-    // start and end of the segment coincide
-    dx = x - x1;
-    dy = y - y1;
-  } else {
-    var param = dot / len_sq;
-    var xx, yy;
-    if (param < 0) {
-      xx = x1;
-      yy = y1;
-    } else if (param > 1) {
-      xx = x2;
-      yy = y2;
-    } else {
-      xx = x1 + param * C;
-      yy = y1 + param * D;
-    }
-    dx = x - xx;
-    dy = y - yy;
-  }
-  return dx * dx + dy * dy <= d * d;
-}
-
-function modulo(n, mod) {
-  return ((n % mod) + mod) % mod;
-}
-
-function pointWithinDistanceToArc(x, y, xc, yc, radius, startangle, endangle, d) {
-  var dx = x - xc;
-  var dy = y - yc;
-  var r_sq = dx * dx + dy * dy;
-  var rmin = Math.max(0, radius - d);
-  var rmax = radius + d;
-
-  if (r_sq < rmin * rmin || r_sq > rmax * rmax)
-    return false;
-
-  var angle1 = modulo(deg2rad(startangle), 2 * Math.PI);
-  var dx1 = xc + radius * Math.cos(angle1) - x;
-  var dy1 = yc + radius * Math.sin(angle1) - y;
-  if (dx1 * dx1 + dy1 * dy1 <= d * d)
-    return true;
-
-  var angle2 = modulo(deg2rad(endangle), 2 * Math.PI);
-  var dx2 = xc + radius * Math.cos(angle2) - x;
-  var dy2 = yc + radius * Math.sin(angle2) - y;
-  if (dx2 * dx2 + dy2 * dy2 <= d * d)
-    return true;
-
-  var angle = modulo(Math.atan2(dy, dx), 2 * Math.PI);
-  if (angle1 > angle2)
-    return (angle >= angle2 || angle <= angle1);
-  else
-    return (angle >= angle1 && angle <= angle2);
-}
-
-function pointWithinPad(x, y, pad) {
-  var v = [x - pad.pos[0], y - pad.pos[1]];
-  v = rotateVector(v, pad.angle);
-  if (pad.offset) {
-    v[0] -= pad.offset[0];
-    v[1] -= pad.offset[1];
-  }
-  return emptyContext2d.isPointInPath(getCachedPadPath(pad), ...v);
-}
-
-function netHitScan(layer, x, y) {
-  // Check track segments
-  if (settings.renderTracks && pcbdata.tracks) {
-    for (var track of pcbdata.tracks[layer]) {
-      if ('radius' in track) {
-        if (pointWithinDistanceToArc(x, y, ...track.center, track.radius, track.startangle, track.endangle, track.width / 2)) {
-          return track.net;
-        }
-      } else {
-        if (pointWithinDistanceToSegment(x, y, ...track.start, ...track.end, track.width / 2)) {
-          return track.net;
-        }
-      }
-    }
-  }
-  // Check pads
-  if (settings.renderPads) {
-    for (var footprint of pcbdata.footprints) {
-      for (var pad of footprint.pads) {
-        if (pad.layers.includes(layer) && pointWithinPad(x, y, pad)) {
-          return pad.net;
-        }
-      }
-    }
-  }
-  return null;
-}
-
-function pointWithinFootprintBbox(x, y, bbox) {
-  var v = [x - bbox.pos[0], y - bbox.pos[1]];
-  v = rotateVector(v, bbox.angle);
-  return bbox.relpos[0] <= v[0] && v[0] <= bbox.relpos[0] + bbox.size[0] &&
-    bbox.relpos[1] <= v[1] && v[1] <= bbox.relpos[1] + bbox.size[1];
-}
-
-function bboxHitScan(layer, x, y) {
-  var result = [];
-  for (var i = 0; i < pcbdata.footprints.length; i++) {
-    var footprint = pcbdata.footprints[i];
-    if (footprint.layer == layer) {
-      if (pointWithinFootprintBbox(x, y, footprint.bbox)) {
-        result.push(i);
-      }
-    }
-  }
-  return result;
-}
-
-function handlePointerDown(e, layerdict) {
-  if (e.button != 0 && e.button != 1) {
-    return;
-  }
-  e.preventDefault();
-  e.stopPropagation();
-
-  if (!e.hasOwnProperty("offsetX")) {
-    // The polyfill doesn't set this properly
-    e.offsetX = e.pageX - e.currentTarget.offsetLeft;
-    e.offsetY = e.pageY - e.currentTarget.offsetTop;
-  }
-
-  layerdict.pointerStates[e.pointerId] = {
-    distanceTravelled: 0,
-    lastX: e.offsetX,
-    lastY: e.offsetY,
-    downTime: Date.now(),
-  };
-}
-
-function handleMouseClick(e, layerdict) {
-  if (!e.hasOwnProperty("offsetX")) {
-    // The polyfill doesn't set this properly
-    e.offsetX = e.pageX - e.currentTarget.offsetLeft;
-    e.offsetY = e.pageY - e.currentTarget.offsetTop;
-  }
-
-  var x = e.offsetX;
-  var y = e.offsetY;
-  var t = layerdict.transform;
-  var flip = layerdict.layer === "B";
-  if (flip) {
-    x = (devicePixelRatio * x / t.zoom - t.panx + t.x) / -t.s;
-  } else {
-    x = (devicePixelRatio * x / t.zoom - t.panx - t.x) / t.s;
-  }
-  y = (devicePixelRatio * y / t.zoom - t.y - t.pany) / t.s;
-  var v = rotateVector([x, y], -settings.boardRotation + (flip && settings.offsetBackRotation ? - 180 : 0));
-  if ("nets" in pcbdata) {
-    var net = netHitScan(layerdict.layer, ...v);
-    if (net !== highlightedNet) {
-      netClicked(net);
-    }
-  }
-  if (highlightedNet === null) {
-    var footprints = bboxHitScan(layerdict.layer, ...v);
-    if (footprints.length > 0) {
-      footprintsClicked(footprints);
-    }
-  }
-}
-
-function handlePointerLeave(e, layerdict) {
-  e.preventDefault();
-  e.stopPropagation();
-
-  if (!settings.redrawOnDrag) {
-    redrawCanvas(layerdict);
-  }
-
-  delete layerdict.pointerStates[e.pointerId];
-}
-
-function resetTransform(layerdict) {
-  layerdict.transform.panx = 0;
-  layerdict.transform.pany = 0;
-  layerdict.transform.zoom = 1;
-  redrawCanvas(layerdict);
-}
-
-function handlePointerUp(e, layerdict) {
-  if (!e.hasOwnProperty("offsetX")) {
-    // The polyfill doesn't set this properly
-    e.offsetX = e.pageX - e.currentTarget.offsetLeft;
-    e.offsetY = e.pageY - e.currentTarget.offsetTop;
-  }
-
-  e.preventDefault();
-  e.stopPropagation();
-
-  if (e.button == 2) {
-    // Reset pan and zoom on right click.
-    resetTransform(layerdict);
-    layerdict.anotherPointerTapped = false;
-    return;
-  }
-
-  // We haven't necessarily had a pointermove event since the interaction started, so make sure we update this now
-  var ptr = layerdict.pointerStates[e.pointerId];
-  ptr.distanceTravelled += Math.abs(e.offsetX - ptr.lastX) + Math.abs(e.offsetY - ptr.lastY);
-
-  if (e.button == 0 && ptr.distanceTravelled < 10 && Date.now() - ptr.downTime <= 500) {
-    if (Object.keys(layerdict.pointerStates).length == 1) {
-      if (layerdict.anotherPointerTapped) {
-        // This is the second pointer coming off of a two-finger tap
-        resetTransform(layerdict);
-      } else {
-        // This is just a regular tap
-        handleMouseClick(e, layerdict);
-      }
-      layerdict.anotherPointerTapped = false;
-    } else {
-      // This is the first finger coming off of what could become a two-finger tap
-      layerdict.anotherPointerTapped = true;
-    }
-  } else {
-    if (!settings.redrawOnDrag) {
-      redrawCanvas(layerdict);
-    }
-    layerdict.anotherPointerTapped = false;
-  }
-
-  delete layerdict.pointerStates[e.pointerId];
-}
-
-function handlePointerMove(e, layerdict) {
-  if (!layerdict.pointerStates.hasOwnProperty(e.pointerId)) {
-    return;
-  }
-  e.preventDefault();
-  e.stopPropagation();
-
-  if (!e.hasOwnProperty("offsetX")) {
-    // The polyfill doesn't set this properly
-    e.offsetX = e.pageX - e.currentTarget.offsetLeft;
-    e.offsetY = e.pageY - e.currentTarget.offsetTop;
-  }
-
-  var thisPtr = layerdict.pointerStates[e.pointerId];
-
-  var dx = e.offsetX - thisPtr.lastX;
-  var dy = e.offsetY - thisPtr.lastY;
-
-  // If this number is low on pointer up, we count the action as a click
-  thisPtr.distanceTravelled += Math.abs(dx) + Math.abs(dy);
-
-  if (Object.keys(layerdict.pointerStates).length == 1) {
-    // This is a simple drag
-    layerdict.transform.panx += devicePixelRatio * dx / layerdict.transform.zoom;
-    layerdict.transform.pany += devicePixelRatio * dy / layerdict.transform.zoom;
-  } else if (Object.keys(layerdict.pointerStates).length == 2) {
-    var otherPtr = Object.values(layerdict.pointerStates).filter((ptr) => ptr != thisPtr)[0];
-
-    var oldDist = Math.sqrt(Math.pow(thisPtr.lastX - otherPtr.lastX, 2) + Math.pow(thisPtr.lastY - otherPtr.lastY, 2));
-    var newDist = Math.sqrt(Math.pow(e.offsetX - otherPtr.lastX, 2) + Math.pow(e.offsetY - otherPtr.lastY, 2));
-
-    var scaleFactor = newDist / oldDist;
-
-    if (scaleFactor != NaN) {
-      layerdict.transform.zoom *= scaleFactor;
-
-      var zoomd = (1 - scaleFactor) / layerdict.transform.zoom;
-      layerdict.transform.panx += devicePixelRatio * otherPtr.lastX * zoomd;
-      layerdict.transform.pany += devicePixelRatio * otherPtr.lastY * zoomd;
-    }
-  }
-
-  thisPtr.lastX = e.offsetX;
-  thisPtr.lastY = e.offsetY;
-
-  if (settings.redrawOnDrag) {
-    redrawCanvas(layerdict);
-  }
-}
-
-function handleMouseWheel(e, layerdict) {
-  e.preventDefault();
-  e.stopPropagation();
-  var t = layerdict.transform;
-  var wheeldelta = e.deltaY;
-  if (e.deltaMode == 1) {
-    // FF only, scroll by lines
-    wheeldelta *= 30;
-  } else if (e.deltaMode == 2) {
-    wheeldelta *= 300;
-  }
-  var m = Math.pow(1.1, -wheeldelta / 40);
-  // Limit amount of zoom per tick.
-  if (m > 2) {
-    m = 2;
-  } else if (m < 0.5) {
-    m = 0.5;
-  }
-  t.zoom *= m;
-  var zoomd = (1 - m) / t.zoom;
-  t.panx += devicePixelRatio * e.offsetX * zoomd;
-  t.pany += devicePixelRatio * e.offsetY * zoomd;
-  redrawCanvas(layerdict);
-}
-
-function addMouseHandlers(div, layerdict) {
-  div.addEventListener("pointerdown", function(e) {
-    handlePointerDown(e, layerdict);
-  });
-  div.addEventListener("pointermove", function(e) {
-    handlePointerMove(e, layerdict);
-  });
-  div.addEventListener("pointerup", function(e) {
-    handlePointerUp(e, layerdict);
-  });
-  var pointerleave = function(e) {
-    handlePointerLeave(e, layerdict);
-  }
-  div.addEventListener("pointercancel", pointerleave);
-  div.addEventListener("pointerleave", pointerleave);
-  div.addEventListener("pointerout", pointerleave);
-
-  div.onwheel = function(e) {
-    handleMouseWheel(e, layerdict);
-  }
-  for (var element of [div, layerdict.bg, layerdict.fab, layerdict.silk, layerdict.highlight]) {
-    element.addEventListener("contextmenu", function(e) {
-      e.preventDefault();
-    }, false);
-  }
-}
-
-function setRedrawOnDrag(value) {
-  settings.redrawOnDrag = value;
-  writeStorage("redrawOnDrag", value);
-}
-
-function setBoardRotation(value) {
-  settings.boardRotation = value * 5;
-  writeStorage("boardRotation", settings.boardRotation);
-  document.getElementById("rotationDegree").textContent = settings.boardRotation;
-  resizeAll();
-}
-
-function setOffsetBackRotation(value) {
-  settings.offsetBackRotation = value;
-  writeStorage("offsetBackRotation", value);
-  resizeAll();
-}
-
-function initRender() {
-  allcanvas = {
-    front: {
-      transform: {
-        x: 0,
-        y: 0,
-        s: 1,
-        panx: 0,
-        pany: 0,
-        zoom: 1,
-      },
-      pointerStates: {},
-      anotherPointerTapped: false,
-      bg: document.getElementById("F_bg"),
-      fab: document.getElementById("F_fab"),
-      silk: document.getElementById("F_slk"),
-      highlight: document.getElementById("F_hl"),
-      layer: "F",
-    },
-    back: {
-      transform: {
-        x: 0,
-        y: 0,
-        s: 1,
-        panx: 0,
-        pany: 0,
-        zoom: 1,
-      },
-      pointerStates: {},
-      anotherPointerTapped: false,
-      bg: document.getElementById("B_bg"),
-      fab: document.getElementById("B_fab"),
-      silk: document.getElementById("B_slk"),
-      highlight: document.getElementById("B_hl"),
-      layer: "B",
-    }
-  };
-  addMouseHandlers(document.getElementById("frontcanvas"), allcanvas.front);
-  addMouseHandlers(document.getElementById("backcanvas"), allcanvas.back);
-}
-
-///////////////////////////////////////////////
-
-///////////////////////////////////////////////
-/*
- * Table reordering via Drag'n'Drop
- * Inspired by: https://htmldom.dev/drag-and-drop-table-column
- */
-
-function setBomHandlers() {
-
-  const bom = document.getElementById('bomtable');
-
-  let dragName;
-  let placeHolderElements;
-  let draggingElement;
-  let forcePopulation;
-  let xOffset;
-  let yOffset;
-  let wasDragged;
-
-  const mouseUpHandler = function(e) {
-    // Delete dragging element
-    draggingElement.remove();
-
-    // Make BOM selectable again
-    bom.style.removeProperty("userSelect");
-
-    // Remove listeners
-    document.removeEventListener('mousemove', mouseMoveHandler);
-    document.removeEventListener('mouseup', mouseUpHandler);
-
-    if (wasDragged) {
-      // Redraw whole BOM
-      populateBomTable();
-    }
-  }
-
-  const mouseMoveHandler = function(e) {
-    // Notice the dragging
-    wasDragged = true;
-
-    // Make the dragged element visible
-    draggingElement.style.removeProperty("display");
-
-    // Set elements position to mouse position
-    draggingElement.style.left = `${e.screenX - xOffset}px`;
-    draggingElement.style.top = `${e.screenY - yOffset}px`;
-
-    // Forced redrawing of BOM table
-    if (forcePopulation) {
-      forcePopulation = false;
-      // Copy array
-      phe = Array.from(placeHolderElements);
-      // populate BOM table again
-      populateBomHeader(dragName, phe);
-      populateBomBody(dragName, phe);
-    }
-
-    // Set up array of hidden columns
-    var hiddenColumns = Array.from(settings.hiddenColumns);
-    // In the ungrouped mode, quantity don't exist
-    if (settings.bommode === "ungrouped")
-      hiddenColumns.push("Quantity");
-    // If no checkbox fields can be found, we consider them hidden
-    if (settings.checkboxes.length == 0)
-      hiddenColumns.push("checkboxes");
-
-    // Get table headers and group them into checkboxes, extrafields and normal headers
-    const bh = document.getElementById("bomhead");
-    headers = Array.from(bh.querySelectorAll("th"))
-    headers.shift() // numCol is not part of the columnOrder
-    headerGroups = []
-    lastCompoundClass = null;
-    for (i = 0; i < settings.columnOrder.length; i++) {
-      cElem = settings.columnOrder[i];
-      if (hiddenColumns.includes(cElem)) {
-        // Hidden columns appear as a dummy element
-        headerGroups.push([]);
-        continue;
-      }
-      elem = headers.filter(e => getColumnOrderName(e) === cElem)[0];
-      if (elem.classList.contains("bom-checkbox")) {
-        if (lastCompoundClass === "bom-checkbox") {
-          cbGroup = headerGroups.pop();
-          cbGroup.push(elem);
-          headerGroups.push(cbGroup);
-        } else {
-          lastCompoundClass = "bom-checkbox";
-          headerGroups.push([elem])
-        }
-      } else {
-        headerGroups.push([elem])
-      }
-    }
-
-    // Copy settings.columnOrder
-    var columns = Array.from(settings.columnOrder)
-
-    // Set up array with indices of hidden columns
-    var hiddenIndices = hiddenColumns.map(e => settings.columnOrder.indexOf(e));
-    var dragIndex = columns.indexOf(dragName);
-    var swapIndex = dragIndex;
-    var swapDone = false;
-
-    // Check if the current dragged element is swapable with the left or right element
-    if (dragIndex > 0) {
-      // Get left headers boundingbox
-      swapIndex = dragIndex - 1;
-      while (hiddenIndices.includes(swapIndex) && swapIndex > 0)
-        swapIndex--;
-      if (!hiddenIndices.includes(swapIndex)) {
-        box = getBoundingClientRectFromMultiple(headerGroups[swapIndex]);
-        if (e.clientX < box.left + window.scrollX + (box.width / 2)) {
-          swapElement = columns[dragIndex];
-          columns.splice(dragIndex, 1);
-          columns.splice(swapIndex, 0, swapElement);
-          forcePopulation = true;
-          swapDone = true;
-        }
-      }
-    }
-    if ((!swapDone) && dragIndex < headerGroups.length - 1) {
-      // Get right headers boundingbox
-      swapIndex = dragIndex + 1;
-      while (hiddenIndices.includes(swapIndex))
-        swapIndex++;
-      if (swapIndex < headerGroups.length) {
-        box = getBoundingClientRectFromMultiple(headerGroups[swapIndex]);
-        if (e.clientX > box.left + window.scrollX + (box.width / 2)) {
-          swapElement = columns[dragIndex];
-          columns.splice(dragIndex, 1);
-          columns.splice(swapIndex, 0, swapElement);
-          forcePopulation = true;
-          swapDone = true;
-        }
-      }
-    }
-
-    // Write back change to storage
-    if (swapDone) {
-      settings.columnOrder = columns
-      writeStorage("columnOrder", JSON.stringify(columns));
-    }
-
-  }
-
-  const mouseDownHandler = function(e) {
-    var target = e.target;
-    if (target.tagName.toLowerCase() != "td")
-      target = target.parentElement;
-
-    // Used to check if a dragging has ever happened
-    wasDragged = false;
-
-    // Create new element which will be displayed as the dragged column
-    draggingElement = document.createElement("div")
-    draggingElement.classList.add("dragging");
-    draggingElement.style.display = "none";
-    draggingElement.style.position = "absolute";
-    draggingElement.style.overflow = "hidden";
-
-    // Get bomhead and bombody elements
-    const bh = document.getElementById("bomhead");
-    const bb = document.getElementById("bombody");
-
-    // Get all compound headers for the current column
-    var compoundHeaders;
-    if (target.classList.contains("bom-checkbox")) {
-      compoundHeaders = Array.from(bh.querySelectorAll("th.bom-checkbox"));
-    } else {
-      compoundHeaders = [target];
-    }
-
-    // Create new table which will display the column
-    var newTable = document.createElement("table");
-    newTable.classList.add("bom");
-    newTable.style.background = "white";
-    draggingElement.append(newTable);
-
-    // Create new header element
-    var newHeader = document.createElement("thead");
-    newTable.append(newHeader);
-
-    // Set up array for storing all placeholder elements
-    placeHolderElements = [];
-
-    // Add all compound headers to the new thead element and placeholders
-    compoundHeaders.forEach(function(h) {
-      clone = cloneElementWithDimensions(h);
-      newHeader.append(clone);
-      placeHolderElements.push(clone);
-    });
-
-    // Create new body element
-    var newBody = document.createElement("tbody");
-    newTable.append(newBody);
-
-    // Get indices for compound headers
-    var idxs = compoundHeaders.map(e => getBomTableHeaderIndex(e));
-
-    // For each row in the BOM body...
-    var rows = bb.querySelectorAll("tr");
-    rows.forEach(function(row) {
-      // ..get the cells for the compound column
-      const tds = row.querySelectorAll("td");
-      var copytds = idxs.map(i => tds[i]);
-      // Add them to the new element and the placeholders
-      var newRow = document.createElement("tr");
-      copytds.forEach(function(td) {
-        clone = cloneElementWithDimensions(td);
-        newRow.append(clone);
-        placeHolderElements.push(clone);
-      });
-      newBody.append(newRow);
-    });
-
-    // Compute width for compound header
-    var width = compoundHeaders.reduce((acc, x) => acc + x.clientWidth, 0);
-    draggingElement.style.width = `${width}px`;
-
-    // Insert the new dragging element and disable selection on BOM
-    bom.insertBefore(draggingElement, null);
-    bom.style.userSelect = "none";
-
-    // Determine the mouse position offset
-    xOffset = e.screenX - compoundHeaders.reduce((acc, x) => Math.min(acc, x.offsetLeft), compoundHeaders[0].offsetLeft);
-    yOffset = e.screenY - compoundHeaders[0].offsetTop;
-
-    // Get name for the column in settings.columnOrder
-    dragName = getColumnOrderName(target);
-
-    // Change text and class for placeholder elements
-    placeHolderElements = placeHolderElements.map(function(e) {
-      newElem = cloneElementWithDimensions(e);
-      newElem.textContent = "";
-      newElem.classList.add("placeholder");
-      return newElem;
-    });
-
-    // On next mouse move, the whole BOM needs to be redrawn to show the placeholders
-    forcePopulation = true;
-
-    // Add listeners for move and up on mouse
-    document.addEventListener('mousemove', mouseMoveHandler);
-    document.addEventListener('mouseup', mouseUpHandler);
-  }
-
-  // In netlist mode, there is nothing to reorder
-  if (settings.bommode === "netlist")
-    return;
-
-  // Add mouseDownHandler to every column except the numCol
-  bom.querySelectorAll("th")
-    .forEach(function(head) {
-      if (!head.classList.contains("numCol")) {
-        head.onmousedown = mouseDownHandler;
-      }
-    });
-
-}
-
-function getBoundingClientRectFromMultiple(elements) {
-  var elems = Array.from(elements);
-
-  if (elems.length == 0)
-    return null;
-
-  var box = elems.shift()
-    .getBoundingClientRect();
-
-  elems.forEach(function(elem) {
-    var elembox = elem.getBoundingClientRect();
-    box.left = Math.min(elembox.left, box.left);
-    box.top = Math.min(elembox.top, box.top);
-    box.width += elembox.width;
-    box.height = Math.max(elembox.height, box.height);
-  });
-
-  return box;
-}
-
-function cloneElementWithDimensions(elem) {
-  var newElem = elem.cloneNode(true);
-  newElem.style.height = window.getComputedStyle(elem).height;
-  newElem.style.width = window.getComputedStyle(elem).width;
-  return newElem;
-}
-
-function getBomTableHeaderIndex(elem) {
-  const bh = document.getElementById('bomhead');
-  const ths = Array.from(bh.querySelectorAll("th"));
-  return ths.indexOf(elem);
-}
-
-function getColumnOrderName(elem) {
-  var cname = elem.getAttribute("col_name");
-  if (cname === "bom-checkbox")
-    return "checkboxes";
-  else
-    return cname;
-}
-
-function resizableGrid(tablehead) {
-  var cols = tablehead.firstElementChild.children;
-  var rowWidth = tablehead.offsetWidth;
-
-  for (var i = 1; i < cols.length; i++) {
-    if (cols[i].classList.contains("bom-checkbox"))
-      continue;
-    cols[i].style.width = ((cols[i].clientWidth - paddingDiff(cols[i])) * 100 / rowWidth) + '%';
-  }
-
-  for (var i = 1; i < cols.length - 1; i++) {
-    var div = document.createElement('div');
-    div.className = "column-width-handle";
-    cols[i].appendChild(div);
-    setListeners(div);
-  }
-
-  function setListeners(div) {
-    var startX, curCol, nxtCol, curColWidth, nxtColWidth, rowWidth;
-
-    div.addEventListener('mousedown', function(e) {
-      e.preventDefault();
-      e.stopPropagation();
-
-      curCol = e.target.parentElement;
-      nxtCol = curCol.nextElementSibling;
-      startX = e.pageX;
-
-      var padding = paddingDiff(curCol);
-
-      rowWidth = curCol.parentElement.offsetWidth;
-      curColWidth = curCol.clientWidth - padding;
-      nxtColWidth = nxtCol.clientWidth - padding;
-    });
-
-    document.addEventListener('mousemove', function(e) {
-      if (startX) {
-        var diffX = e.pageX - startX;
-        diffX = -Math.min(-diffX, curColWidth - 20);
-        diffX = Math.min(diffX, nxtColWidth - 20);
-
-        curCol.style.width = ((curColWidth + diffX) * 100 / rowWidth) + '%';
-        nxtCol.style.width = ((nxtColWidth - diffX) * 100 / rowWidth) + '%';
-        console.log(`${curColWidth + nxtColWidth} ${(curColWidth + diffX) * 100 / rowWidth + (nxtColWidth - diffX) * 100 / rowWidth}`);
-      }
-    });
-
-    document.addEventListener('mouseup', function(e) {
-      curCol = undefined;
-      nxtCol = undefined;
-      startX = undefined;
-      nxtColWidth = undefined;
-      curColWidth = undefined
-    });
-  }
-
-  function paddingDiff(col) {
-
-    if (getStyleVal(col, 'box-sizing') == 'border-box') {
-      return 0;
-    }
-
-    var padLeft = getStyleVal(col, 'padding-left');
-    var padRight = getStyleVal(col, 'padding-right');
-    return (parseInt(padLeft) + parseInt(padRight));
-
-  }
-
-  function getStyleVal(elm, css) {
-    return (window.getComputedStyle(elm, null).getPropertyValue(css))
-  }
-}
-
-///////////////////////////////////////////////
-
-///////////////////////////////////////////////
-/* DOM manipulation and misc code */
-
-var bomsplit;
-var canvassplit;
-var initDone = false;
-var bomSortFunction = null;
-var currentSortColumn = null;
-var currentSortOrder = null;
-var currentHighlightedRowId;
-var highlightHandlers = [];
-var footprintIndexToHandler = {};
-var netsToHandler = {};
-var markedFootprints = new Set();
-var highlightedFootprints = [];
-var highlightedNet = null;
-var lastClicked;
-
-function dbg(html) {
-  dbgdiv.innerHTML = html;
-}
-
-function redrawIfInitDone() {
-  if (initDone) {
-    redrawCanvas(allcanvas.front);
-    redrawCanvas(allcanvas.back);
-  }
-}
-
-function padsVisible(value) {
-  writeStorage("padsVisible", value);
-  settings.renderPads = value;
-  redrawIfInitDone();
-}
-
-function referencesVisible(value) {
-  writeStorage("referencesVisible", value);
-  settings.renderReferences = value;
-  redrawIfInitDone();
-}
-
-function valuesVisible(value) {
-  writeStorage("valuesVisible", value);
-  settings.renderValues = value;
-  redrawIfInitDone();
-}
-
-function tracksVisible(value) {
-  writeStorage("tracksVisible", value);
-  settings.renderTracks = value;
-  redrawIfInitDone();
-}
-
-function zonesVisible(value) {
-  writeStorage("zonesVisible", value);
-  settings.renderZones = value;
-  redrawIfInitDone();
-}
-
-function dnpOutline(value) {
-  writeStorage("dnpOutline", value);
-  settings.renderDnpOutline = value;
-  redrawIfInitDone();
-}
-
-function setDarkMode(value) {
-  if (value) {
-    topmostdiv.classList.add("dark");
-  } else {
-    topmostdiv.classList.remove("dark");
-  }
-  writeStorage("darkmode", value);
-  settings.darkMode = value;
-  redrawIfInitDone();
-  if (initDone) {
-    populateBomTable();
-  }
-}
-
-function setShowBOMColumn(field, value) {
-  if (field === "references") {
-    var rl = document.getElementById("reflookup");
-    rl.disabled = !value;
-    if (!value) {
-      rl.value = "";
-      updateRefLookup("");
-    }
-  }
-
-  var n = settings.hiddenColumns.indexOf(field);
-  if (value) {
-    if (n != -1) {
-      settings.hiddenColumns.splice(n, 1);
-    }
-  } else {
-    if (n == -1) {
-      settings.hiddenColumns.push(field);
-    }
-  }
-
-  writeStorage("hiddenColumns", JSON.stringify(settings.hiddenColumns));
-
-  if (initDone) {
-    populateBomTable();
-  }
-
-  redrawIfInitDone();
-}
-
-
-function setFullscreen(value) {
-  if (value) {
-    document.documentElement.requestFullscreen();
-  } else {
-    document.exitFullscreen();
-  }
-}
-
-function fabricationVisible(value) {
-  writeStorage("fabricationVisible", value);
-  settings.renderFabrication = value;
-  redrawIfInitDone();
-}
-
-function silkscreenVisible(value) {
-  writeStorage("silkscreenVisible", value);
-  settings.renderSilkscreen = value;
-  redrawIfInitDone();
-}
-
-function setHighlightPin1(value) {
-  writeStorage("highlightpin1", value);
-  settings.highlightpin1 = value;
-  redrawIfInitDone();
-}
-
-function getStoredCheckboxRefs(checkbox) {
-  function convert(ref) {
-    var intref = parseInt(ref);
-    if (isNaN(intref)) {
-      for (var i = 0; i < pcbdata.footprints.length; i++) {
-        if (pcbdata.footprints[i].ref == ref) {
-          return i;
-        }
-      }
-      return -1;
-    } else {
-      return intref;
-    }
-  }
-  if (!(checkbox in settings.checkboxStoredRefs)) {
-    var val = readStorage("checkbox_" + checkbox);
-    settings.checkboxStoredRefs[checkbox] = val ? val : "";
-  }
-  if (!settings.checkboxStoredRefs[checkbox]) {
-    return new Set();
-  } else {
-    return new Set(settings.checkboxStoredRefs[checkbox].split(",").map(r => convert(r)).filter(a => a >= 0));
-  }
-}
-
-function getCheckboxState(checkbox, references) {
-  var storedRefsSet = getStoredCheckboxRefs(checkbox);
-  var currentRefsSet = new Set(references.map(r => r[1]));
-  // Get difference of current - stored
-  var difference = new Set(currentRefsSet);
-  for (ref of storedRefsSet) {
-    difference.delete(ref);
-  }
-  if (difference.size == 0) {
-    // All the current refs are stored
-    return "checked";
-  } else if (difference.size == currentRefsSet.size) {
-    // None of the current refs are stored
-    return "unchecked";
-  } else {
-    // Some of the refs are stored
-    return "indeterminate";
-  }
-}
-
-function setBomCheckboxState(checkbox, element, references) {
-  var state = getCheckboxState(checkbox, references);
-  element.checked = (state == "checked");
-  element.indeterminate = (state == "indeterminate");
-}
-
-function createCheckboxChangeHandler(checkbox, references, row) {
-  return function () {
-    refsSet = getStoredCheckboxRefs(checkbox);
-    var markWhenChecked = settings.markWhenChecked == checkbox;
-    eventArgs = {
-      checkbox: checkbox,
-      refs: references,
-    }
-    if (this.checked) {
-      // checkbox ticked
-      for (var ref of references) {
-        refsSet.add(ref[1]);
-      }
-      if (markWhenChecked) {
-        row.classList.add("checked");
-        for (var ref of references) {
-          markedFootprints.add(ref[1]);
-        }
-        drawHighlights();
-      }
-      eventArgs.state = 'checked';
-    } else {
-      // checkbox unticked
-      for (var ref of references) {
-        refsSet.delete(ref[1]);
-      }
-      if (markWhenChecked) {
-        row.classList.remove("checked");
-        for (var ref of references) {
-          markedFootprints.delete(ref[1]);
-        }
-        drawHighlights();
-      }
-      eventArgs.state = 'unchecked';
-    }
-    settings.checkboxStoredRefs[checkbox] = [...refsSet].join(",");
-    writeStorage("checkbox_" + checkbox, settings.checkboxStoredRefs[checkbox]);
-    updateCheckboxStats(checkbox);
-    EventHandler.emitEvent(IBOM_EVENT_TYPES.CHECKBOX_CHANGE_EVENT, eventArgs);
-  }
-}
-
-function clearHighlightedFootprints() {
-  if (currentHighlightedRowId) {
-    document.getElementById(currentHighlightedRowId).classList.remove("highlighted");
-    currentHighlightedRowId = null;
-    highlightedFootprints = [];
-    highlightedNet = null;
-  }
-}
-
-function createRowHighlightHandler(rowid, refs, net) {
-  return function () {
-    if (currentHighlightedRowId) {
-      if (currentHighlightedRowId == rowid) {
-        return;
-      }
-      document.getElementById(currentHighlightedRowId).classList.remove("highlighted");
-    }
-    document.getElementById(rowid).classList.add("highlighted");
-    currentHighlightedRowId = rowid;
-    highlightedFootprints = refs ? refs.map(r => r[1]) : [];
-    highlightedNet = net;
-    drawHighlights();
-    EventHandler.emitEvent(
-      IBOM_EVENT_TYPES.HIGHLIGHT_EVENT, {
-      rowid: rowid,
-      refs: refs,
-      net: net
-    });
-  }
-}
-
-function updateNetColors() {
-  writeStorage("netColors", JSON.stringify(settings.netColors));
-  redrawIfInitDone();
-}
-
-function netColorChangeHandler(net) {
-  return (event) => {
-    settings.netColors[net] = event.target.value;
-    updateNetColors();
-  }
-}
-
-function netColorRightClick(net) {
-  return (event) => {
-    if (event.button == 2) {
-      event.preventDefault();
-      event.stopPropagation();
-
-      var style = getComputedStyle(topmostdiv);
-      var defaultNetColor = style.getPropertyValue('--track-color').trim();
-      event.target.value = defaultNetColor;
-      delete settings.netColors[net];
-      updateNetColors();
-    }
-  }
-}
-
-function entryMatches(entry) {
-  if (settings.bommode == "netlist") {
-    // entry is just a net name
-    return entry.toLowerCase().indexOf(filter) >= 0;
-  }
-  // check refs
-  if (!settings.hiddenColumns.includes("references")) {
-    for (var ref of entry) {
-      if (ref[0].toLowerCase().indexOf(filter) >= 0) {
-        return true;
-      }
-    }
-  }
-  // check fields
-  for (var i in config.fields) {
-    var f = config.fields[i];
-    if (!settings.hiddenColumns.includes(f)) {
-      for (var ref of entry) {
-        if (String(pcbdata.bom.fields[ref[1]][i]).toLowerCase().indexOf(filter) >= 0) {
-          return true;
-        }
-      }
-    }
-  }
-  return false;
-}
-
-function findRefInEntry(entry) {
-  return entry.filter(r => r[0].toLowerCase() == reflookup);
-}
-
-function highlightFilter(s) {
-  if (!filter) {
-    return s;
-  }
-  var parts = s.toLowerCase().split(filter);
-  if (parts.length == 1) {
-    return s;
-  }
-  var r = "";
-  var pos = 0;
-  for (var i in parts) {
-    if (i > 0) {
-      r += '<mark class="highlight">' +
-        s.substring(pos, pos + filter.length) +
-        '</mark>';
-      pos += filter.length;
-    }
-    r += s.substring(pos, pos + parts[i].length);
-    pos += parts[i].length;
-  }
-  return r;
-}
-
-function checkboxSetUnsetAllHandler(checkboxname) {
-  return function () {
-    var checkboxnum = 0;
-    while (checkboxnum < settings.checkboxes.length &&
-      settings.checkboxes[checkboxnum].toLowerCase() != checkboxname.toLowerCase()) {
-      checkboxnum++;
-    }
-    if (checkboxnum >= settings.checkboxes.length) {
-      return;
-    }
-    var allset = true;
-    var checkbox;
-    var row;
-    for (row of bombody.childNodes) {
-      checkbox = row.childNodes[checkboxnum + 1].childNodes[0];
-      if (!checkbox.checked || checkbox.indeterminate) {
-        allset = false;
-        break;
-      }
-    }
-    for (row of bombody.childNodes) {
-      checkbox = row.childNodes[checkboxnum + 1].childNodes[0];
-      checkbox.checked = !allset;
-      checkbox.indeterminate = false;
-      checkbox.onchange();
-    }
-  }
-}
-
-function createColumnHeader(name, cls, comparator, is_checkbox = false) {
-  var th = document.createElement("TH");
-  th.innerHTML = name;
-  th.classList.add(cls);
-  if (is_checkbox)
-    th.setAttribute("col_name", "bom-checkbox");
-  else
-    th.setAttribute("col_name", name);
-  var span = document.createElement("SPAN");
-  span.classList.add("sortmark");
-  span.classList.add("none");
-  th.appendChild(span);
-  var spacer = document.createElement("div");
-  spacer.className = "column-spacer";
-  th.appendChild(spacer);
-  spacer.onclick = function () {
-    if (currentSortColumn && th !== currentSortColumn) {
-      // Currently sorted by another column
-      currentSortColumn.childNodes[1].classList.remove(currentSortOrder);
-      currentSortColumn.childNodes[1].classList.add("none");
-      currentSortColumn = null;
-      currentSortOrder = null;
-    }
-    if (currentSortColumn && th === currentSortColumn) {
-      // Already sorted by this column
-      if (currentSortOrder == "asc") {
-        // Sort by this column, descending order
-        bomSortFunction = function (a, b) {
-          return -comparator(a, b);
-        }
-        currentSortColumn.childNodes[1].classList.remove("asc");
-        currentSortColumn.childNodes[1].classList.add("desc");
-        currentSortOrder = "desc";
-      } else {
-        // Unsort
-        bomSortFunction = null;
-        currentSortColumn.childNodes[1].classList.remove("desc");
-        currentSortColumn.childNodes[1].classList.add("none");
-        currentSortColumn = null;
-        currentSortOrder = null;
-      }
-    } else {
-      // Sort by this column, ascending order
-      bomSortFunction = comparator;
-      currentSortColumn = th;
-      currentSortColumn.childNodes[1].classList.remove("none");
-      currentSortColumn.childNodes[1].classList.add("asc");
-      currentSortOrder = "asc";
-    }
-    populateBomBody();
-  }
-  if (is_checkbox) {
-    spacer.onclick = fancyDblClickHandler(
-      spacer, spacer.onclick, checkboxSetUnsetAllHandler(name));
-  }
-  return th;
-}
-
-function populateBomHeader(placeHolderColumn = null, placeHolderElements = null) {
-  while (bomhead.firstChild) {
-    bomhead.removeChild(bomhead.firstChild);
-  }
-  var tr = document.createElement("TR");
-  var th = document.createElement("TH");
-  th.classList.add("numCol");
-
-  var vismenu = document.createElement("div");
-  vismenu.id = "vismenu";
-  vismenu.classList.add("menu");
-
-  var visbutton = document.createElement("div");
-  visbutton.classList.add("visbtn");
-  visbutton.classList.add("hideonprint");
-
-  var viscontent = document.createElement("div");
-  viscontent.classList.add("menu-content");
-  viscontent.id = "vismenu-content";
-
-  settings.columnOrder.forEach(column => {
-    if (typeof column !== "string")
-      return;
-
-    // Skip empty columns
-    if (column === "checkboxes" && settings.checkboxes.length == 0)
-      return;
-    else if (column === "Quantity" && settings.bommode == "ungrouped")
-      return;
-
-    var label = document.createElement("label");
-    label.classList.add("menu-label");
-
-    var input = document.createElement("input");
-    input.classList.add("visibility_checkbox");
-    input.type = "checkbox";
-    input.onchange = function (e) {
-      setShowBOMColumn(column, e.target.checked)
-    };
-    input.checked = !(settings.hiddenColumns.includes(column));
-
-    label.appendChild(input);
-    if (column.length > 0)
-      label.append(column[0].toUpperCase() + column.slice(1));
-
-    viscontent.appendChild(label);
-  });
-
-  viscontent.childNodes[0].classList.add("menu-label-top");
-
-  vismenu.appendChild(visbutton);
-  if (settings.bommode != "netlist") {
-    vismenu.appendChild(viscontent);
-    th.appendChild(vismenu);
-  }
-  tr.appendChild(th);
-
-  var checkboxCompareClosure = function (checkbox) {
-    return (a, b) => {
-      var stateA = getCheckboxState(checkbox, a);
-      var stateB = getCheckboxState(checkbox, b);
-      if (stateA > stateB) return -1;
-      if (stateA < stateB) return 1;
-      return 0;
-    }
-  }
-  var stringFieldCompareClosure = function (fieldIndex) {
-    return (a, b) => {
-      var fa = pcbdata.bom.fields[a[0][1]][fieldIndex];
-      var fb = pcbdata.bom.fields[b[0][1]][fieldIndex];
-      if (fa != fb) return fa > fb ? 1 : -1;
-      else return 0;
-    }
-  }
-  var referenceRegex = /(?<prefix>[^0-9]+)(?<number>[0-9]+)/;
-  var compareRefs = (a, b) => {
-    var ra = referenceRegex.exec(a);
-    var rb = referenceRegex.exec(b);
-    if (ra === null || rb === null) {
-      if (a != b) return a > b ? 1 : -1;
-      return 0;
-    } else {
-      if (ra.groups.prefix != rb.groups.prefix) {
-        return ra.groups.prefix > rb.groups.prefix ? 1 : -1;
-      }
-      if (ra.groups.number != rb.groups.number) {
-        return parseInt(ra.groups.number) > parseInt(rb.groups.number) ? 1 : -1;
-      }
-      return 0;
-    }
-  }
-  if (settings.bommode == "netlist") {
-    tr.appendChild(createColumnHeader("Net name", "bom-netname", (a, b) => {
-      if (a > b) return -1;
-      if (a < b) return 1;
-      return 0;
-    }));
-    tr.appendChild(createColumnHeader("Color", "bom-color", (a, b) => {
-      return 0;
-    }));
-  } else {
-    // Filter hidden columns
-    var columns = settings.columnOrder.filter(e => !settings.hiddenColumns.includes(e));
-    var valueIndex = config.fields.indexOf("Value");
-    var footprintIndex = config.fields.indexOf("Footprint");
-    columns.forEach((column) => {
-      if (column === placeHolderColumn) {
-        var n = 1;
-        if (column === "checkboxes")
-          n = settings.checkboxes.length;
-        for (i = 0; i < n; i++) {
-          td = placeHolderElements.shift();
-          tr.appendChild(td);
-        }
-        return;
-      } else if (column === "checkboxes") {
-        for (var checkbox of settings.checkboxes) {
-          th = createColumnHeader(
-            checkbox, "bom-checkbox", checkboxCompareClosure(checkbox), true);
-          tr.appendChild(th);
-        }
-      } else if (column === "References") {
-        tr.appendChild(createColumnHeader("References", "references", (a, b) => {
-          var i = 0;
-          while (i < a.length && i < b.length) {
-            if (a[i] != b[i]) return compareRefs(a[i][0], b[i][0]);
-            i++;
-          }
-          return a.length - b.length;
-        }));
-      } else if (column === "Value") {
-        tr.appendChild(createColumnHeader("Value", "value", (a, b) => {
-          var ra = a[0][1], rb = b[0][1];
-          return valueCompare(
-            pcbdata.bom.parsedValues[ra], pcbdata.bom.parsedValues[rb],
-            pcbdata.bom.fields[ra][valueIndex], pcbdata.bom.fields[rb][valueIndex]);
-        }));
-        return;
-      } else if (column === "Footprint") {
-        tr.appendChild(createColumnHeader(
-          "Footprint", "footprint", stringFieldCompareClosure(footprintIndex)));
-      } else if (column === "Quantity" && settings.bommode == "grouped") {
-        tr.appendChild(createColumnHeader("Quantity", "quantity", (a, b) => {
-          return a.length - b.length;
-        }));
-      } else {
-        // Other fields
-        var i = config.fields.indexOf(column);
-        if (i < 0)
-          return;
-        tr.appendChild(createColumnHeader(
-          column, `field${i + 1}`, stringFieldCompareClosure(i)));
-      }
-    });
-  }
-  bomhead.appendChild(tr);
-}
-
-function populateBomBody(placeholderColumn = null, placeHolderElements = null) {
-  const urlRegex = /^(https?:\/\/[^\s\/$.?#][^\s]*|file:\/\/([a-zA-Z]:|\/)[^\x00]+)$/;
-  while (bom.firstChild) {
-    bom.removeChild(bom.firstChild);
-  }
-  highlightHandlers = [];
-  footprintIndexToHandler = {};
-  netsToHandler = {};
-  currentHighlightedRowId = null;
-  var first = true;
-  var style = getComputedStyle(topmostdiv);
-  var defaultNetColor = style.getPropertyValue('--track-color').trim();
-  if (settings.bommode == "netlist") {
-    bomtable = pcbdata.nets.slice();
-  } else {
-    switch (settings.canvaslayout) {
-      case 'F':
-        bomtable = pcbdata.bom.F.slice();
-        break;
-      case 'FB':
-        bomtable = pcbdata.bom.both.slice();
-        break;
-      case 'B':
-        bomtable = pcbdata.bom.B.slice();
-        break;
-    }
-    if (settings.bommode == "ungrouped") {
-      // expand bom table
-      expandedTable = []
-      for (var bomentry of bomtable) {
-        for (var ref of bomentry) {
-          expandedTable.push([ref]);
-        }
-      }
-      bomtable = expandedTable;
-    }
-  }
-  if (bomSortFunction) {
-    bomtable = bomtable.sort(bomSortFunction);
-  }
-  for (var i in bomtable) {
-    var bomentry = bomtable[i];
-    if (filter && !entryMatches(bomentry)) {
-      continue;
-    }
-    var references = null;
-    var netname = null;
-    var tr = document.createElement("TR");
-    var td = document.createElement("TD");
-    var rownum = +i + 1;
-    tr.id = "bomrow" + rownum;
-    td.textContent = rownum;
-    tr.appendChild(td);
-    if (settings.bommode == "netlist") {
-      netname = bomentry;
-      td = document.createElement("TD");
-      td.innerHTML = highlightFilter(netname ? netname : "&lt;no net&gt;");
-      tr.appendChild(td);
-      var color = settings.netColors[netname] || defaultNetColor;
-      td = document.createElement("TD");
-      var colorBox = document.createElement("INPUT");
-      colorBox.type = "color";
-      colorBox.value = color;
-      colorBox.onchange = netColorChangeHandler(netname);
-      colorBox.onmouseup = netColorRightClick(netname);
-      colorBox.oncontextmenu = (e) => e.preventDefault();
-      td.appendChild(colorBox);
-      td.classList.add("color-column");
-      tr.appendChild(td);
-    } else {
-      if (reflookup) {
-        references = findRefInEntry(bomentry);
-        if (references.length == 0) {
-          continue;
-        }
-      } else {
-        references = bomentry;
-      }
-      // Filter hidden columns
-      var columns = settings.columnOrder.filter(e => !settings.hiddenColumns.includes(e));
-      columns.forEach((column) => {
-        if (column === placeholderColumn) {
-          var n = 1;
-          if (column === "checkboxes")
-            n = settings.checkboxes.length;
-          for (i = 0; i < n; i++) {
-            td = placeHolderElements.shift();
-            tr.appendChild(td);
-          }
-          return;
-        } else if (column === "checkboxes") {
-          for (var checkbox of settings.checkboxes) {
-            if (checkbox) {
-              td = document.createElement("TD");
-              var input = document.createElement("input");
-              input.type = "checkbox";
-              input.onchange = createCheckboxChangeHandler(checkbox, references, tr);
-              setBomCheckboxState(checkbox, input, references);
-              if (input.checked && settings.markWhenChecked == checkbox) {
-                tr.classList.add("checked");
-              }
-              td.appendChild(input);
-              tr.appendChild(td);
-            }
-          }
-        } else if (column === "References") {
-          td = document.createElement("TD");
-          td.innerHTML = highlightFilter(references.map(r => r[0]).join(", "));
-          tr.appendChild(td);
-        } else if (column === "Quantity" && settings.bommode == "grouped") {
-          // Quantity
-          td = document.createElement("TD");
-          td.textContent = references.length;
-          tr.appendChild(td);
-        } else {
-          // All the other fields
-          var field_index = config.fields.indexOf(column)
-          if (field_index < 0)
-            return;
-          var valueSet = new Set();
-          references.map(r => r[1]).forEach((id) => valueSet.add(pcbdata.bom.fields[id][field_index]));
-          td = document.createElement("TD");
-          var output = new Array();
-          for (let item of valueSet) {
-            const visible = highlightFilter(String(item));
-            if (typeof item === 'string' && item.match(urlRegex)) {
-              output.push(`<a href="${item}" target="_blank">${visible}</a>`);
-            } else {
-              output.push(visible);
-            }
-          }
-          td.innerHTML = output.join(", ");
-          tr.appendChild(td);
-        }
-      });
-    }
-    bom.appendChild(tr);
-    var handler = createRowHighlightHandler(tr.id, references, netname);
-    tr.onmousemove = handler;
-    highlightHandlers.push({
-      id: tr.id,
-      handler: handler,
-    });
-    if (references !== null) {
-      for (var refIndex of references.map(r => r[1])) {
-        footprintIndexToHandler[refIndex] = handler;
-      }
-    }
-    if (netname !== null) {
-      netsToHandler[netname] = handler;
-    }
-    if ((filter || reflookup) && first) {
-      handler();
-      first = false;
-    }
-  }
-  EventHandler.emitEvent(
-    IBOM_EVENT_TYPES.BOM_BODY_CHANGE_EVENT, {
-    filter: filter,
-    reflookup: reflookup,
-    checkboxes: settings.checkboxes,
-    bommode: settings.bommode,
-  });
-}
-
-function highlightPreviousRow() {
-  if (!currentHighlightedRowId) {
-    highlightHandlers[highlightHandlers.length - 1].handler();
-  } else {
-    if (highlightHandlers.length > 1 &&
-      highlightHandlers[0].id == currentHighlightedRowId) {
-      highlightHandlers[highlightHandlers.length - 1].handler();
-    } else {
-      for (var i = 0; i < highlightHandlers.length - 1; i++) {
-        if (highlightHandlers[i + 1].id == currentHighlightedRowId) {
-          highlightHandlers[i].handler();
-          break;
-        }
-      }
-    }
-  }
-  smoothScrollToRow(currentHighlightedRowId);
-}
-
-function highlightNextRow() {
-  if (!currentHighlightedRowId) {
-    highlightHandlers[0].handler();
-  } else {
-    if (highlightHandlers.length > 1 &&
-      highlightHandlers[highlightHandlers.length - 1].id == currentHighlightedRowId) {
-      highlightHandlers[0].handler();
-    } else {
-      for (var i = 1; i < highlightHandlers.length; i++) {
-        if (highlightHandlers[i - 1].id == currentHighlightedRowId) {
-          highlightHandlers[i].handler();
-          break;
-        }
-      }
-    }
-  }
-  smoothScrollToRow(currentHighlightedRowId);
-}
-
-function populateBomTable() {
-  populateBomHeader();
-  populateBomBody();
-  setBomHandlers();
-  resizableGrid(bomhead);
-}
-
-function footprintsClicked(footprintIndexes) {
-  var lastClickedIndex = footprintIndexes.indexOf(lastClicked);
-  for (var i = 1; i <= footprintIndexes.length; i++) {
-    var refIndex = footprintIndexes[(lastClickedIndex + i) % footprintIndexes.length];
-    if (refIndex in footprintIndexToHandler) {
-      lastClicked = refIndex;
-      footprintIndexToHandler[refIndex]();
-      smoothScrollToRow(currentHighlightedRowId);
-      break;
-    }
-  }
-}
-
-function netClicked(net) {
-  if (net in netsToHandler) {
-    netsToHandler[net]();
-    smoothScrollToRow(currentHighlightedRowId);
-  } else {
-    clearHighlightedFootprints();
-    highlightedNet = net;
-    drawHighlights();
-  }
-}
-
-function updateFilter(input) {
-  filter = input.toLowerCase();
-  populateBomTable();
-}
-
-function updateRefLookup(input) {
-  reflookup = input.toLowerCase();
-  populateBomTable();
-}
-
-function changeCanvasLayout(layout) {
-  document.getElementById("fl-btn").classList.remove("depressed");
-  document.getElementById("fb-btn").classList.remove("depressed");
-  document.getElementById("bl-btn").classList.remove("depressed");
-  switch (layout) {
-    case 'F':
-      document.getElementById("fl-btn").classList.add("depressed");
-      if (settings.bomlayout != "bom-only") {
-        canvassplit.collapse(1);
-      }
-      break;
-    case 'B':
-      document.getElementById("bl-btn").classList.add("depressed");
-      if (settings.bomlayout != "bom-only") {
-        canvassplit.collapse(0);
-      }
-      break;
-    default:
-      document.getElementById("fb-btn").classList.add("depressed");
-      if (settings.bomlayout != "bom-only") {
-        canvassplit.setSizes([50, 50]);
-      }
-  }
-  settings.canvaslayout = layout;
-  writeStorage("canvaslayout", layout);
-  resizeAll();
-  changeBomMode(settings.bommode);
-}
-
-function populateMetadata() {
-  document.getElementById("title").innerHTML = pcbdata.metadata.title;
-  document.getElementById("revision").innerHTML = "Rev: " + pcbdata.metadata.revision;
-  document.getElementById("company").innerHTML = pcbdata.metadata.company;
-  document.getElementById("filedate").innerHTML = pcbdata.metadata.date;
-  if (pcbdata.metadata.title != "") {
-    document.title = pcbdata.metadata.title + " BOM";
-  }
-  // Calculate board stats
-  var fp_f = 0,
-    fp_b = 0,
-    pads_f = 0,
-    pads_b = 0,
-    pads_th = 0;
-  for (var i = 0; i < pcbdata.footprints.length; i++) {
-    if (pcbdata.bom.skipped.includes(i)) continue;
-    var mod = pcbdata.footprints[i];
-    if (mod.layer == "F") {
-      fp_f++;
-    } else {
-      fp_b++;
-    }
-    for (var pad of mod.pads) {
-      if (pad.type == "th") {
-        pads_th++;
-      } else {
-        if (pad.layers.includes("F")) {
-          pads_f++;
-        }
-        if (pad.layers.includes("B")) {
-          pads_b++;
-        }
-      }
-    }
-  }
-  document.getElementById("stats-components-front").innerHTML = fp_f;
-  document.getElementById("stats-components-back").innerHTML = fp_b;
-  document.getElementById("stats-components-total").innerHTML = fp_f + fp_b;
-  document.getElementById("stats-groups-front").innerHTML = pcbdata.bom.F.length;
-  document.getElementById("stats-groups-back").innerHTML = pcbdata.bom.B.length;
-  document.getElementById("stats-groups-total").innerHTML = pcbdata.bom.both.length;
-  document.getElementById("stats-smd-pads-front").innerHTML = pads_f;
-  document.getElementById("stats-smd-pads-back").innerHTML = pads_b;
-  document.getElementById("stats-smd-pads-total").innerHTML = pads_f + pads_b;
-  document.getElementById("stats-th-pads").innerHTML = pads_th;
-  // Update version string
-  document.getElementById("github-link").innerHTML = "InteractiveHtmlBom&nbsp;" +
-    /^v\d+\.\d+/.exec(pcbdata.ibom_version)[0];
-}
-
-function changeBomLayout(layout) {
-  document.getElementById("bom-btn").classList.remove("depressed");
-  document.getElementById("lr-btn").classList.remove("depressed");
-  document.getElementById("tb-btn").classList.remove("depressed");
-  switch (layout) {
-    case 'bom-only':
-      document.getElementById("bom-btn").classList.add("depressed");
-      if (bomsplit) {
-        bomsplit.destroy();
-        bomsplit = null;
-        canvassplit.destroy();
-        canvassplit = null;
-      }
-      document.getElementById("frontcanvas").style.display = "none";
-      document.getElementById("backcanvas").style.display = "none";
-      document.getElementById("topmostdiv").style.height = "";
-      document.getElementById("topmostdiv").style.display = "block";
-      break;
-    case 'top-bottom':
-      document.getElementById("tb-btn").classList.add("depressed");
-      document.getElementById("frontcanvas").style.display = "";
-      document.getElementById("backcanvas").style.display = "";
-      document.getElementById("topmostdiv").style.height = "100%";
-      document.getElementById("topmostdiv").style.display = "flex";
-      document.getElementById("bomdiv").classList.remove("split-horizontal");
-      document.getElementById("canvasdiv").classList.remove("split-horizontal");
-      document.getElementById("frontcanvas").classList.add("split-horizontal");
-      document.getElementById("backcanvas").classList.add("split-horizontal");
-      if (bomsplit) {
-        bomsplit.destroy();
-        bomsplit = null;
-        canvassplit.destroy();
-        canvassplit = null;
-      }
-      bomsplit = Split(['#bomdiv', '#canvasdiv'], {
-        sizes: [50, 50],
-        onDragEnd: resizeAll,
-        direction: "vertical",
-        gutterSize: 5
-      });
-      canvassplit = Split(['#frontcanvas', '#backcanvas'], {
-        sizes: [50, 50],
-        gutterSize: 5,
-        onDragEnd: resizeAll
-      });
-      break;
-    case 'left-right':
-      document.getElementById("lr-btn").classList.add("depressed");
-      document.getElementById("frontcanvas").style.display = "";
-      document.getElementById("backcanvas").style.display = "";
-      document.getElementById("topmostdiv").style.height = "100%";
-      document.getElementById("topmostdiv").style.display = "flex";
-      document.getElementById("bomdiv").classList.add("split-horizontal");
-      document.getElementById("canvasdiv").classList.add("split-horizontal");
-      document.getElementById("frontcanvas").classList.remove("split-horizontal");
-      document.getElementById("backcanvas").classList.remove("split-horizontal");
-      if (bomsplit) {
-        bomsplit.destroy();
-        bomsplit = null;
-        canvassplit.destroy();
-        canvassplit = null;
-      }
-      bomsplit = Split(['#bomdiv', '#canvasdiv'], {
-        sizes: [50, 50],
-        onDragEnd: resizeAll,
-        gutterSize: 5
-      });
-      canvassplit = Split(['#frontcanvas', '#backcanvas'], {
-        sizes: [50, 50],
-        gutterSize: 5,
-        direction: "vertical",
-        onDragEnd: resizeAll
-      });
-  }
-  settings.bomlayout = layout;
-  writeStorage("bomlayout", layout);
-  changeCanvasLayout(settings.canvaslayout);
-}
-
-function changeBomMode(mode) {
-  document.getElementById("bom-grouped-btn").classList.remove("depressed");
-  document.getElementById("bom-ungrouped-btn").classList.remove("depressed");
-  document.getElementById("bom-netlist-btn").classList.remove("depressed");
-  var chkbxs = document.getElementsByClassName("visibility_checkbox");
-
-  switch (mode) {
-    case 'grouped':
-      document.getElementById("bom-grouped-btn").classList.add("depressed");
-      for (var i = 0; i < chkbxs.length; i++) {
-        chkbxs[i].disabled = false;
-      }
-      break;
-    case 'ungrouped':
-      document.getElementById("bom-ungrouped-btn").classList.add("depressed");
-      for (var i = 0; i < chkbxs.length; i++) {
-        chkbxs[i].disabled = false;
-      }
-      break;
-    case 'netlist':
-      document.getElementById("bom-netlist-btn").classList.add("depressed");
-      for (var i = 0; i < chkbxs.length; i++) {
-        chkbxs[i].disabled = true;
-      }
-  }
-
-  writeStorage("bommode", mode);
-  if (mode != settings.bommode) {
-    settings.bommode = mode;
-    bomSortFunction = null;
-    currentSortColumn = null;
-    currentSortOrder = null;
-    clearHighlightedFootprints();
-  }
-  populateBomTable();
-}
-
-function focusFilterField() {
-  focusInputField(document.getElementById("filter"));
-}
-
-function focusRefLookupField() {
-  focusInputField(document.getElementById("reflookup"));
-}
-
-function toggleBomCheckbox(bomrowid, checkboxnum) {
-  if (!bomrowid || checkboxnum > settings.checkboxes.length) {
-    return;
-  }
-  var bomrow = document.getElementById(bomrowid);
-  var checkbox = bomrow.childNodes[checkboxnum].childNodes[0];
-  checkbox.checked = !checkbox.checked;
-  checkbox.indeterminate = false;
-  checkbox.onchange();
-}
-
-function checkBomCheckbox(bomrowid, checkboxname) {
-  var checkboxnum = 0;
-  while (checkboxnum < settings.checkboxes.length &&
-    settings.checkboxes[checkboxnum].toLowerCase() != checkboxname.toLowerCase()) {
-    checkboxnum++;
-  }
-  if (!bomrowid || checkboxnum >= settings.checkboxes.length) {
-    return;
-  }
-  var bomrow = document.getElementById(bomrowid);
-  var checkbox = bomrow.childNodes[checkboxnum + 1].childNodes[0];
-  checkbox.checked = true;
-  checkbox.indeterminate = false;
-  checkbox.onchange();
-}
-
-function setBomCheckboxes(value) {
-  writeStorage("bomCheckboxes", value);
-  settings.checkboxes = value.split(",").map((e) => e.trim()).filter((e) => e);
-  prepCheckboxes();
-  populateMarkWhenCheckedOptions();
-  setMarkWhenChecked(settings.markWhenChecked);
-}
-
-function setMarkWhenChecked(value) {
-  writeStorage("markWhenChecked", value);
-  settings.markWhenChecked = value;
-  markedFootprints.clear();
-  for (var ref of (value ? getStoredCheckboxRefs(value) : [])) {
-    markedFootprints.add(ref);
-  }
-  populateBomTable();
-  drawHighlights();
-}
-
-function prepCheckboxes() {
-  var table = document.getElementById("checkbox-stats");
-  while (table.childElementCount > 1) {
-    table.removeChild(table.lastChild);
-  }
-  if (settings.checkboxes.length) {
-    table.style.display = "";
-  } else {
-    table.style.display = "none";
-  }
-  for (var checkbox of settings.checkboxes) {
-    var tr = document.createElement("TR");
-    var td = document.createElement("TD");
-    td.innerHTML = checkbox;
-    tr.appendChild(td);
-    td = document.createElement("TD");
-    td.id = "checkbox-stats-" + checkbox;
-    var progressbar = document.createElement("div");
-    progressbar.classList.add("bar");
-    td.appendChild(progressbar);
-    var text = document.createElement("div");
-    text.classList.add("text");
-    td.appendChild(text);
-    tr.appendChild(td);
-    table.appendChild(tr);
-    updateCheckboxStats(checkbox);
-  }
-}
-
-function populateMarkWhenCheckedOptions() {
-  var container = document.getElementById("markWhenCheckedContainer");
-
-  if (settings.checkboxes.length == 0) {
-    container.parentElement.style.display = "none";
-    return;
-  }
-
-  container.innerHTML = '';
-  container.parentElement.style.display = "inline-block";
-
-  function createOption(name, displayName) {
-    var id = "markWhenChecked-" + name;
-
-    var div = document.createElement("div");
-    div.classList.add("radio-container");
-
-    var input = document.createElement("input");
-    input.type = "radio";
-    input.name = "markWhenChecked";
-    input.value = name;
-    input.id = id;
-    input.onchange = () => setMarkWhenChecked(name);
-    div.appendChild(input);
-
-    // Preserve the selected element when the checkboxes change
-    if (name == settings.markWhenChecked) {
-      input.checked = true;
-    }
-
-    var label = document.createElement("label");
-    label.innerHTML = displayName;
-    label.htmlFor = id;
-    div.appendChild(label);
-
-    container.appendChild(div);
-  }
-  createOption("", "None");
-  for (var checkbox of settings.checkboxes) {
-    createOption(checkbox, checkbox);
-  }
-}
-
-function updateCheckboxStats(checkbox) {
-  var checked = getStoredCheckboxRefs(checkbox).size;
-  var total = pcbdata.footprints.length - pcbdata.bom.skipped.length;
-  var percent = checked * 100.0 / total;
-  var td = document.getElementById("checkbox-stats-" + checkbox);
-  td.firstChild.style.width = percent + "%";
-  td.lastChild.innerHTML = checked + "/" + total + " (" + Math.round(percent) + "%)";
-}
-
-function constrain(number, min, max) {
-  return Math.min(Math.max(parseInt(number), min), max);
-}
-
-document.onkeydown = function (e) {
-  switch (e.key) {
-    case "n":
-      if (document.activeElement.type == "text") {
-        return;
-      }
-      if (currentHighlightedRowId !== null) {
-        checkBomCheckbox(currentHighlightedRowId, "placed");
-        highlightNextRow();
-        e.preventDefault();
-      }
-      break;
-    case "ArrowUp":
-      highlightPreviousRow();
-      e.preventDefault();
-      break;
-    case "ArrowDown":
-      highlightNextRow();
-      e.preventDefault();
-      break;
-    case "ArrowLeft":
-    case "ArrowRight":
-      if (document.activeElement.type != "text") {
-        e.preventDefault();
-        let boardRotationElement = document.getElementById("boardRotation")
-        settings.boardRotation = parseInt(boardRotationElement.value);  // degrees / 5
-        if (e.key == "ArrowLeft") {
-          settings.boardRotation += 3;  // 15 degrees
-        }
-        else {
-          settings.boardRotation -= 3;
-        }
-        settings.boardRotation = constrain(settings.boardRotation, boardRotationElement.min, boardRotationElement.max);
-        boardRotationElement.value = settings.boardRotation
-        setBoardRotation(settings.boardRotation);
-      }
-      break;
-    default:
-      break;
-  }
-  if (e.altKey) {
-    switch (e.key) {
-      case "f":
-        focusFilterField();
-        e.preventDefault();
-        break;
-      case "r":
-        focusRefLookupField();
-        e.preventDefault();
-        break;
-      case "z":
-        changeBomLayout("bom-only");
-        e.preventDefault();
-        break;
-      case "x":
-        changeBomLayout("left-right");
-        e.preventDefault();
-        break;
-      case "c":
-        changeBomLayout("top-bottom");
-        e.preventDefault();
-        break;
-      case "v":
-        changeCanvasLayout("F");
-        e.preventDefault();
-        break;
-      case "b":
-        changeCanvasLayout("FB");
-        e.preventDefault();
-        break;
-      case "n":
-        changeCanvasLayout("B");
-        e.preventDefault();
-        break;
-      default:
-        break;
-    }
-    if (e.key >= '1' && e.key <= '9') {
-      toggleBomCheckbox(currentHighlightedRowId, parseInt(e.key));
-      e.preventDefault();
-    }
-  }
-}
-
-function hideNetlistButton() {
-  document.getElementById("bom-ungrouped-btn").classList.remove("middle-button");
-  document.getElementById("bom-ungrouped-btn").classList.add("right-most-button");
-  document.getElementById("bom-netlist-btn").style.display = "none";
-}
-
-function topToggle() {
-  var top = document.getElementById("top");
-  var toptoggle = document.getElementById("toptoggle");
-  if (top.style.display === "none") {
-    top.style.display = "flex";
-    toptoggle.classList.remove("flipped");
-  } else {
-    top.style.display = "none";
-    toptoggle.classList.add("flipped");
-  }
-}
-
-window.onload = function (e) {
-  initUtils();
-  initRender();
-  initStorage();
-  initDefaults();
-  cleanGutters();
-  populateMetadata();
-  dbgdiv = document.getElementById("dbg");
-  bom = document.getElementById("bombody");
-  bomhead = document.getElementById("bomhead");
-  filter = "";
-  reflookup = "";
-  if (!("nets" in pcbdata)) {
-    hideNetlistButton();
-  }
-  initDone = true;
-  setBomCheckboxes(document.getElementById("bomCheckboxes").value);
-  // Triggers render
-  changeBomLayout(settings.bomlayout);
-
-  // Users may leave fullscreen without touching the checkbox. Uncheck.
-  document.addEventListener('fullscreenchange', () => {
-    if (!document.fullscreenElement)
-      document.getElementById('fullscreenCheckbox').checked = false;
-  });
-}
-
-window.onresize = resizeAll;
-window.matchMedia("print").addListener(resizeAll);
-
-///////////////////////////////////////////////
-
-///////////////////////////////////////////////
-
-///////////////////////////////////////////////
-  </script>
-</head>
-
-<body>
-
-<div id="topmostdiv" class="topmostdiv">
-  <div id="top">
-    <div id="fileinfodiv">
-      <table class="fileinfo">
-        <tbody>
-          <tr>
-            <td id="title" class="title" style="width: 70%">
-              Title
-            </td>
-            <td id="revision" class="title" style="width: 30%">
-              Revision
-            </td>
-          </tr>
-          <tr>
-            <td id="company">
-              Company
-            </td>
-            <td id="filedate">
-              Date
-            </td>
-          </tr>
-        </tbody>
-      </table>
-    </div>
-    <div id="bomcontrols">
-      <div class="hideonprint menu">
-        <button class="menubtn"></button>
-        <div class="menu-content">
-          <label class="menu-label menu-label-top" style="width: calc(50% - 18px)">
-            <input id="darkmodeCheckbox" type="checkbox" onchange="setDarkMode(this.checked)">
-            Dark mode
-          </label><!-- This comment eats space! All of it!
-          --><label class="menu-label menu-label-top" style="width: calc(50% - 17px); border-left: 0;">
-            <input id="fullscreenCheckbox" type="checkbox" onchange="setFullscreen(this.checked)">
-            Full Screen
-          </label>
-          <label class="menu-label" style="width: calc(50% - 18px)">
-            <input id="fabricationCheckbox" type="checkbox" checked onchange="fabricationVisible(this.checked)">
-            Fab layer
-          </label><!-- This comment eats space! All of it!
-          --><label class="menu-label" style="width: calc(50% - 17px); border-left: 0;">
-            <input id="silkscreenCheckbox" type="checkbox" checked onchange="silkscreenVisible(this.checked)">
-            Silkscreen
-          </label>
-          <label class="menu-label" style="width: calc(50% - 18px)">
-            <input id="referencesCheckbox" type="checkbox" checked onchange="referencesVisible(this.checked)">
-            References
-          </label><!-- This comment eats space! All of it!
-          --><label class="menu-label" style="width: calc(50% - 17px); border-left: 0;">
-            <input id="valuesCheckbox" type="checkbox" checked onchange="valuesVisible(this.checked)">
-            Values
-          </label>
-          <div id="tracksAndZonesCheckboxes">
-            <label class="menu-label" style="width: calc(50% - 18px)">
-              <input id="tracksCheckbox" type="checkbox" checked onchange="tracksVisible(this.checked)">
-              Tracks
-            </label><!-- This comment eats space! All of it!
-            --><label class="menu-label" style="width: calc(50% - 17px); border-left: 0;">
-              <input id="zonesCheckbox" type="checkbox" checked onchange="zonesVisible(this.checked)">
-              Zones
-            </label>
-          </div>
-          <label class="menu-label" style="width: calc(50% - 18px)">
-            <input id="padsCheckbox" type="checkbox" checked onchange="padsVisible(this.checked)">
-            Pads
-          </label><!-- This comment eats space! All of it!
-          --><label class="menu-label" style="width: calc(50% - 17px); border-left: 0;">
-            <input id="dnpOutlineCheckbox" type="checkbox" checked onchange="dnpOutline(this.checked)">
-            DNP outlined
-          </label>
-          <label class="menu-label">
-            <input id="dragCheckbox" type="checkbox" checked onchange="setRedrawOnDrag(this.checked)">
-            Continuous redraw on drag
-          </label>
-          <label class="menu-label">
-            Highlight first pin
-            <form id="highlightpin1">
-              <div class="flexbox">
-                <label>
-                  <input type="radio" name="highlightpin1" value="none" onchange="setHighlightPin1('none')">
-                  None
-                </label>
-                <label>
-                  <input type="radio" name="highlightpin1" value="all" onchange="setHighlightPin1('all')">
-                  All
-                </label>
-                <label>
-                  <input type="radio" name="highlightpin1" value="selected" onchange="setHighlightPin1('selected')">
-                  Selected
-                </label>
-              </div>
-            </form>
-          </label>
-          <label class="menu-label">
-            <span>Board rotation</span>
-            <span style="float: right"><span id="rotationDegree">0</span>&#176;</span>
-            <input id="boardRotation" type="range" min="-36" max="36" value="0" class="slider" oninput="setBoardRotation(this.value)">
-          </label>
-          <label class="menu-label">
-            <input id="offsetBackRotationCheckbox" type="checkbox" onchange="setOffsetBackRotation(this.checked)">
-            Offset back rotation
-          </label>
-          <label class="menu-label">
-            <div style="margin-left: 5px">Bom checkboxes</div>
-            <input id="bomCheckboxes" class="menu-textbox" type=text
-                   oninput="setBomCheckboxes(this.value)">
-          </label>
-          <label class="menu-label">
-            <div style="margin-left: 5px">Mark when checked</div>
-            <div id="markWhenCheckedContainer"></div>
-          </label>
-          <label class="menu-label">
-            <span class="shameless-plug">
-              <span>Created using</span>
-              <a id="github-link" target="blank" href="https://github.com/openscopeproject/InteractiveHtmlBom">InteractiveHtmlBom</a>
-              <a target="blank" title="Mouse and keyboard help" href="https://github.com/openscopeproject/InteractiveHtmlBom/wiki/Usage#bom-page-mouse-actions" style="text-decoration: none;"><label class="help-link">?</label></a>
-            </span>
-          </label>
-        </div>
-      </div>
-      <div class="button-container hideonprint">
-        <button id="fl-btn" class="left-most-button" onclick="changeCanvasLayout('F')"
-                title="Front only">F
-        </button>
-        <button id="fb-btn" class="middle-button" onclick="changeCanvasLayout('FB')"
-                title="Front and Back">FB
-        </button>
-        <button id="bl-btn" class="right-most-button" onclick="changeCanvasLayout('B')"
-                title="Back only">B
-        </button>
-      </div>
-      <div class="button-container hideonprint">
-        <button id="bom-btn" class="left-most-button" onclick="changeBomLayout('bom-only')"
-                title="BOM only"></button>
-        <button id="lr-btn" class="middle-button" onclick="changeBomLayout('left-right')"
-                title="BOM left, drawings right"></button>
-        <button id="tb-btn" class="right-most-button" onclick="changeBomLayout('top-bottom')"
-                title="BOM top, drawings bot"></button>
-      </div>
-      <div class="button-container hideonprint">
-        <button id="bom-grouped-btn" class="left-most-button" onclick="changeBomMode('grouped')"
-                title="Grouped BOM"></button>
-        <button id="bom-ungrouped-btn" class="middle-button" onclick="changeBomMode('ungrouped')"
-                title="Ungrouped BOM"></button>
-        <button id="bom-netlist-btn" class="right-most-button" onclick="changeBomMode('netlist')"
-                title="Netlist"></button>
-      </div>
-      <div class="hideonprint menu">
-        <button class="statsbtn"></button>
-        <div class="menu-content">
-          <table class="stats">
-            <tbody>
-              <tr>
-                <td width="40%">Board stats</td>
-                <td>Front</td>
-                <td>Back</td>
-                <td>Total</td>
-              </tr>
-              <tr>
-                <td>Components</td>
-                <td id="stats-components-front">~</td>
-                <td id="stats-components-back">~</td>
-                <td id="stats-components-total">~</td>
-              </tr>
-              <tr>
-                <td>Groups</td>
-                <td id="stats-groups-front">~</td>
-                <td id="stats-groups-back">~</td>
-                <td id="stats-groups-total">~</td>
-              </tr>
-              <tr>
-                <td>SMD pads</td>
-                <td id="stats-smd-pads-front">~</td>
-                <td id="stats-smd-pads-back">~</td>
-                <td id="stats-smd-pads-total">~</td>
-              </tr>
-              <tr>
-                <td>TH pads</td>
-                <td colspan=3 id="stats-th-pads">~</td>
-              </tr>
-            </tbody>
-          </table>
-          <table class="stats">
-            <col width="40%"/><col />
-            <tbody id="checkbox-stats">
-              <tr>
-                <td colspan=2 style="border-top: 0">Checkboxes</td>
-              </tr>
-            </tbody>
-          </table>
-        </div>
-      </div>
-      <div class="hideonprint menu">
-        <button class="iobtn"></button>
-        <div class="menu-content">
-          <div class="menu-label menu-label-top">
-            <div style="margin-left: 5px;">Save board image</div>
-            <div class="flexbox">
-              <input id="render-save-width" class="menu-textbox" type="text" value="1000" placeholder="Width"
-                  style="flex-grow: 1; width: 50px;" oninput="validateSaveImgDimension(this)">
-              <span>X</span>
-              <input id="render-save-height" class="menu-textbox" type="text" value="1000" placeholder="Height"
-                  style="flex-grow: 1; width: 50px;" oninput="validateSaveImgDimension(this)">
-            </div>
-            <label>
-              <input id="render-save-transparent" type="checkbox">
-              Transparent background
-            </label>
-            <div class="flexbox">
-              <button class="savebtn" onclick="saveImage('F')">Front</button>
-              <button class="savebtn" onclick="saveImage('B')">Back</button>
-            </div>
-          </div>
-          <div class="menu-label">
-            <span style="margin-left: 5px;">Config and checkbox state</span>
-            <div class="flexbox">
-              <button class="savebtn" onclick="saveSettings()">Export</button>
-              <button class="savebtn" onclick="loadSettings()">Import</button>
-              <button class="savebtn" onclick="resetSettings()">Reset</button>
-            </div>
-          </div>
-          <div class="menu-label">
-            <span style="margin-left: 5px;">Save bom table as</span>
-            <div class="flexbox">
-              <button class="savebtn" onclick="saveBomTable('csv')">csv</button>
-              <button class="savebtn" onclick="saveBomTable('txt')">txt</button>
-            </div>
-          </div>
-        </div>
-      </div>
-    </div>
-  </div>
-  <div id="topdivider">
-    <div class="hideonprint">
-      <div id="toptoggle" onclick="topToggle()">︽</div>
-    </div>
-  </div>
-  <div id="bot" class="split" style="flex: 1 1">
-    <div id="bomdiv" class="split split-horizontal">
-      <div style="width: 100%">
-        <input id="reflookup" class="textbox searchbox reflookup hideonprint" type="text" placeholder="Ref lookup"
-               oninput="updateRefLookup(this.value)">
-        <input id="filter" class="textbox searchbox filter hideonprint" type="text" placeholder="Filter"
-               oninput="updateFilter(this.value)">
-        <div class="button-container hideonprint" style="float: left; margin: 0;">
-          <button id="copy" title="Copy bom table to clipboard"
-               onclick="saveBomTable('clipboard')"></button>
-        </div>
-      </div>
-      <div id="dbg"></div>
-      <table class="bom" id="bomtable">
-        <thead id="bomhead">
-        </thead>
-        <tbody id="bombody">
-        </tbody>
-      </table>
-    </div>
-    <div id="canvasdiv" class="split split-horizontal">
-      <div id="frontcanvas" class="split" touch-action="none" style="overflow: hidden">
-        <div style="position: relative; width: 100%; height: 100%;">
-          <canvas id="F_bg" style="position: absolute; left: 0; top: 0; z-index: 0;"></canvas>
-          <canvas id="F_fab" style="position: absolute; left: 0; top: 0; z-index: 1;"></canvas>
-          <canvas id="F_slk" style="position: absolute; left: 0; top: 0; z-index: 2;"></canvas>
-          <canvas id="F_hl" style="position: absolute; left: 0; top: 0; z-index: 3;"></canvas>
-        </div>
-      </div>
-      <div id="backcanvas" class="split" touch-action="none" style="overflow: hidden">
-        <div style="position: relative; width: 100%; height: 100%;">
-          <canvas id="B_bg" style="position: absolute; left: 0; top: 0; z-index: 0;"></canvas>
-          <canvas id="B_fab" style="position: absolute; left: 0; top: 0; z-index: 1;"></canvas>
-          <canvas id="B_slk" style="position: absolute; left: 0; top: 0; z-index: 2;"></canvas>
-          <canvas id="B_hl" style="position: absolute; left: 0; top: 0; z-index: 3;"></canvas>
-        </div>
-      </div>
-    </div>
-  </div>
-</div>
-
-</body>
-
-</html>
diff --git a/ibom-keyboard-wabble-60-rev2024.2.html b/ibom-keyboard-wabble-60-rev2024.2.html
new file mode 100644
index 0000000..90e6f42
--- /dev/null
+++ b/ibom-keyboard-wabble-60-rev2024.2.html
@@ -0,0 +1,4659 @@
+<!DOCTYPE html>
+<html lang="en">
+
+<head>
+  <meta charset="UTF-8">
+  <meta name="viewport" content="width=device-width, initial-scale=1.0">
+  <title>Interactive BOM for KiCAD</title>
+  <style type="text/css">
+:root {
+  --pcb-edge-color: black;
+  --pad-color: #878787;
+  --pad-hole-color: #CCCCCC;
+  --pad-color-highlight: #D04040;
+  --pad-color-highlight-both: #D0D040;
+  --pad-color-highlight-marked: #44a344;
+  --pin1-outline-color: #ffb629;
+  --pin1-outline-color-highlight: #ffb629;
+  --pin1-outline-color-highlight-both: #fcbb39;
+  --pin1-outline-color-highlight-marked: #fdbe41;
+  --silkscreen-edge-color: #aa4;
+  --silkscreen-polygon-color: #4aa;
+  --silkscreen-text-color: #4aa;
+  --fabrication-edge-color: #907651;
+  --fabrication-polygon-color: #907651;
+  --fabrication-text-color: #a27c24;
+  --track-color: #def5f1;
+  --track-color-highlight: #D04040;
+  --zone-color: #def5f1;
+  --zone-color-highlight: #d0404080;
+}
+
+html,
+body {
+  margin: 0px;
+  height: 100%;
+  font-family: Verdana, sans-serif;
+}
+
+.dark.topmostdiv {
+  --pcb-edge-color: #eee;
+  --pad-color: #808080;
+  --pin1-outline-color: #ffa800;
+  --pin1-outline-color-highlight: #ccff00;
+  --track-color: #42524f;
+  --zone-color: #42524f;
+  background-color: #252c30;
+  color: #eee;
+}
+
+button {
+  background-color: #eee;
+  border: 1px solid #888;
+  color: black;
+  height: 44px;
+  width: 44px;
+  text-align: center;
+  text-decoration: none;
+  display: inline-block;
+  font-size: 14px;
+  font-weight: bolder;
+}
+
+.dark button {
+  /* This will be inverted */
+  background-color: #c3b7b5;
+}
+
+button.depressed {
+  background-color: #0a0;
+  color: white;
+}
+
+.dark button.depressed {
+  /* This will be inverted */
+  background-color: #b3b;
+}
+
+button:focus {
+  outline: 0;
+}
+
+button#tb-btn {
+  background-image: url("data:image/svg+xml,%3Csvg xmlns='http://www.w3.org/2000/svg' viewBox='0 0 8.47 8.47'%3E%3Crect transform='translate(0 -288.53)' ry='1.17' y='288.8' x='.27' height='7.94' width='7.94' fill='%23f9f9f9'/%3E%3Cg transform='translate(0 -288.53)'%3E%3Crect width='7.94' height='7.94' x='.27' y='288.8' ry='1.17' fill='none' stroke='%23000' stroke-width='.4' stroke-linejoin='round'/%3E%3Cpath d='M1.32 290.12h5.82M1.32 291.45h5.82' fill='none' stroke='%23000' stroke-width='.4'/%3E%3Cpath d='M4.37 292.5v4.23M.26 292.63H8.2' fill='none' stroke='%23000' stroke-width='.3'/%3E%3Ctext font-weight='700' font-size='3.17' font-family='sans-serif'%3E%3Ctspan x='1.35' y='295.73'%3EF%3C/tspan%3E%3Ctspan x='5.03' y='295.68'%3EB%3C/tspan%3E%3C/text%3E%3C/g%3E%3C/svg%3E%0A");
+}
+
+button#lr-btn {
+  background-image: url("data:image/svg+xml,%3Csvg xmlns='http://www.w3.org/2000/svg' viewBox='0 0 8.47 8.47'%3E%3Crect transform='translate(0 -288.53)' ry='1.17' y='288.8' x='.27' height='7.94' width='7.94' fill='%23f9f9f9'/%3E%3Cg transform='translate(0 -288.53)'%3E%3Crect width='7.94' height='7.94' x='.27' y='288.8' ry='1.17' fill='none' stroke='%23000' stroke-width='.4' stroke-linejoin='round'/%3E%3Cpath d='M1.06 290.12H3.7m-2.64 1.33H3.7m-2.64 1.32H3.7m-2.64 1.3H3.7m-2.64 1.33H3.7' fill='none' stroke='%23000' stroke-width='.4'/%3E%3Cpath d='M4.37 288.8v7.94m0-4.11h3.96' fill='none' stroke='%23000' stroke-width='.3'/%3E%3Ctext font-weight='700' font-size='3.17' font-family='sans-serif'%3E%3Ctspan x='5.11' y='291.96'%3EF%3C/tspan%3E%3Ctspan x='5.03' y='295.68'%3EB%3C/tspan%3E%3C/text%3E%3C/g%3E%3C/svg%3E%0A");
+}
+
+button#bom-btn {
+  background-image: url("data:image/svg+xml,%3Csvg xmlns='http://www.w3.org/2000/svg' viewBox='0 0 8.47 8.47'%3E%3Crect transform='translate(0 -288.53)' ry='1.17' y='288.8' x='.27' height='7.94' width='7.94' fill='%23f9f9f9'/%3E%3Cg transform='translate(0 -288.53)' fill='none' stroke='%23000' stroke-width='.4'%3E%3Crect width='7.94' height='7.94' x='.27' y='288.8' ry='1.17' stroke-linejoin='round'/%3E%3Cpath d='M1.59 290.12h5.29M1.59 291.45h5.33M1.59 292.75h5.33M1.59 294.09h5.33M1.59 295.41h5.33'/%3E%3C/g%3E%3C/svg%3E");
+}
+
+button#bom-grouped-btn {
+  background-image: url("data:image/svg+xml,%3Csvg xmlns='http://www.w3.org/2000/svg' width='32' height='32'%3E%3Cg stroke='%23000' stroke-linejoin='round' class='layer'%3E%3Crect width='29' height='29' x='1.5' y='1.5' stroke-width='2' fill='%23fff' rx='5' ry='5'/%3E%3Cpath stroke-linecap='square' stroke-width='2' d='M6 10h4m4 0h5m4 0h3M6.1 22h3m3.9 0h5m4 0h4m-16-8h4m4 0h4'/%3E%3Cpath stroke-linecap='null' d='M5 17.5h22M5 26.6h22M5 5.5h22'/%3E%3C/g%3E%3C/svg%3E");
+}
+
+button#bom-ungrouped-btn {
+  background-image: url("data:image/svg+xml,%3Csvg xmlns='http://www.w3.org/2000/svg' width='32' height='32'%3E%3Cg stroke='%23000' stroke-linejoin='round' class='layer'%3E%3Crect width='29' height='29' x='1.5' y='1.5' stroke-width='2' fill='%23fff' rx='5' ry='5'/%3E%3Cpath stroke-linecap='square' stroke-width='2' d='M6 10h4m-4 8h3m-3 8h4'/%3E%3Cpath stroke-linecap='null' d='M5 13.5h22m-22 8h22M5 5.5h22'/%3E%3C/g%3E%3C/svg%3E");
+}
+
+button#bom-netlist-btn {
+  background-image: url("data:image/svg+xml,%3Csvg xmlns='http://www.w3.org/2000/svg' width='32' height='32'%3E%3Cg fill='none' stroke='%23000' class='layer'%3E%3Crect width='29' height='29' x='1.5' y='1.5' stroke-width='2' fill='%23fff' rx='5' ry='5'/%3E%3Cpath stroke-width='2' d='M6 26l6-6v-8m13.8-6.3l-6 6v8'/%3E%3Ccircle cx='11.8' cy='9.5' r='2.8' stroke-width='2'/%3E%3Ccircle cx='19.8' cy='22.8' r='2.8' stroke-width='2'/%3E%3C/g%3E%3C/svg%3E");
+}
+
+button#copy {
+  background-image: url("data:image/svg+xml,%3Csvg height='48' viewBox='0 0 48 48' width='48' xmlns='http://www.w3.org/2000/svg'%3E%3Cpath d='M0 0h48v48h-48z' fill='none'/%3E%3Cpath d='M32 2h-24c-2.21 0-4 1.79-4 4v28h4v-28h24v-4zm6 8h-22c-2.21 0-4 1.79-4 4v28c0 2.21 1.79 4 4 4h22c2.21 0 4-1.79 4-4v-28c0-2.21-1.79-4-4-4zm0 32h-22v-28h22v28z'/%3E%3C/svg%3E");
+  background-position: 6px 6px;
+  background-repeat: no-repeat;
+  background-size: 26px 26px;
+  border-radius: 6px;
+  height: 40px;
+  width: 40px;
+  margin: 10px 5px;
+}
+
+button#copy:active {
+  box-shadow: inset 0px 0px 5px #6c6c6c;
+}
+
+textarea.clipboard-temp {
+  position: fixed;
+  top: 0;
+  left: 0;
+  width: 2em;
+  height: 2em;
+  padding: 0;
+  border: None;
+  outline: None;
+  box-shadow: None;
+  background: transparent;
+}
+
+.left-most-button {
+  border-right: 0;
+  border-top-left-radius: 6px;
+  border-bottom-left-radius: 6px;
+}
+
+.middle-button {
+  border-right: 0;
+}
+
+.right-most-button {
+  border-top-right-radius: 6px;
+  border-bottom-right-radius: 6px;
+}
+
+.button-container {
+  font-size: 0;
+  margin: 0.4rem 0.4rem 0.4rem 0;
+}
+
+.dark .button-container {
+  filter: invert(1);
+}
+
+.button-container button {
+  background-size: 32px 32px;
+  background-position: 5px 5px;
+  background-repeat: no-repeat;
+}
+
+@media print {
+  .hideonprint {
+    display: none;
+  }
+}
+
+canvas {
+  cursor: crosshair;
+}
+
+canvas:active {
+  cursor: grabbing;
+}
+
+.fileinfo {
+  width: 100%;
+  max-width: 1000px;
+  border: none;
+  padding: 3px;
+}
+
+.fileinfo .title {
+  font-size: 20pt;
+  font-weight: bold;
+}
+
+.fileinfo td {
+  overflow: hidden;
+  white-space: nowrap;
+  max-width: 1px;
+  width: 50%;
+  text-overflow: ellipsis;
+}
+
+.bom {
+  border-collapse: collapse;
+  font-family: Consolas, "DejaVu Sans Mono", Monaco, monospace;
+  font-size: 10pt;
+  table-layout: fixed;
+  width: 100%;
+  margin-top: 1px;
+  position: relative;
+}
+
+.bom th,
+.bom td {
+  border: 1px solid black;
+  padding: 5px;
+  word-wrap: break-word;
+  text-align: center;
+  position: relative;
+}
+
+.dark .bom th,
+.dark .bom td {
+  border: 1px solid #777;
+}
+
+.bom th {
+  background-color: #CCCCCC;
+  background-clip: padding-box;
+}
+
+.dark .bom th {
+  background-color: #3b4749;
+}
+
+.bom tr.highlighted:nth-child(n) {
+  background-color: #cfc;
+}
+
+.dark .bom tr.highlighted:nth-child(n) {
+  background-color: #226022;
+}
+
+.bom tr:nth-child(even) {
+  background-color: #f2f2f2;
+}
+
+.dark .bom tr:nth-child(even) {
+  background-color: #313b40;
+}
+
+.bom tr.checked {
+  color: #1cb53d;
+}
+
+.dark .bom tr.checked {
+  color: #2cce54;
+}
+
+.bom tr {
+  transition: background-color 0.2s;
+}
+
+.bom .numCol {
+  width: 30px;
+}
+
+.bom .value {
+  width: 15%;
+}
+
+.bom .quantity {
+  width: 65px;
+}
+
+.bom th .sortmark {
+  position: absolute;
+  right: 1px;
+  top: 1px;
+  margin-top: -5px;
+  border-width: 5px;
+  border-style: solid;
+  border-color: transparent transparent #221 transparent;
+  transform-origin: 50% 85%;
+  transition: opacity 0.2s, transform 0.4s;
+}
+
+.dark .bom th .sortmark {
+  filter: invert(1);
+}
+
+.bom th .sortmark.none {
+  opacity: 0;
+}
+
+.bom th .sortmark.desc {
+  transform: rotate(180deg);
+}
+
+.bom th:hover .sortmark.none {
+  opacity: 0.5;
+}
+
+.bom .bom-checkbox {
+  width: 30px;
+  position: relative;
+  user-select: none;
+  -moz-user-select: none;
+}
+
+.bom .bom-checkbox:before {
+  content: "";
+  position: absolute;
+  border-width: 15px;
+  border-style: solid;
+  border-color: #51829f transparent transparent transparent;
+  visibility: hidden;
+  top: -15px;
+}
+
+.bom .bom-checkbox:after {
+  content: "Double click to set/unset all";
+  position: absolute;
+  color: white;
+  top: -35px;
+  left: -26px;
+  background: #51829f;
+  padding: 5px 15px;
+  border-radius: 8px;
+  white-space: nowrap;
+  visibility: hidden;
+}
+
+.bom .bom-checkbox:hover:before,
+.bom .bom-checkbox:hover:after {
+  visibility: visible;
+  transition: visibility 0.2s linear 1s;
+}
+
+.split {
+  -webkit-box-sizing: border-box;
+  -moz-box-sizing: border-box;
+  box-sizing: border-box;
+  overflow-y: auto;
+  overflow-x: hidden;
+  background-color: inherit;
+}
+
+.split.split-horizontal,
+.gutter.gutter-horizontal {
+  height: 100%;
+  float: left;
+}
+
+.gutter {
+  background-color: #ddd;
+  background-repeat: no-repeat;
+  background-position: 50%;
+  transition: background-color 0.3s;
+}
+
+.dark .gutter {
+  background-color: #777;
+}
+
+.gutter.gutter-horizontal {
+  background-image: url('data:image/png;base64,iVBORw0KGgoAAAANSUhEUgAAAAUAAAAeCAYAAADkftS9AAAAIklEQVQoU2M4c+bMfxAGAgYYmwGrIIiDjrELjpo5aiZeMwF+yNnOs5KSvgAAAABJRU5ErkJggg==');
+  cursor: ew-resize;
+  width: 5px;
+}
+
+.gutter.gutter-vertical {
+  background-image: url('data:image/png;base64,iVBORw0KGgoAAAANSUhEUgAAAB4AAAAFAQMAAABo7865AAAABlBMVEVHcEzMzMzyAv2sAAAAAXRSTlMAQObYZgAAABBJREFUeF5jOAMEEAIEEFwAn3kMwcB6I2AAAAAASUVORK5CYII=');
+  cursor: ns-resize;
+  height: 5px;
+}
+
+.searchbox {
+  float: left;
+  height: 40px;
+  margin: 10px 5px;
+  padding: 12px 32px;
+  font-family: Consolas, "DejaVu Sans Mono", Monaco, monospace;
+  font-size: 18px;
+  box-sizing: border-box;
+  border: 1px solid #888;
+  border-radius: 6px;
+  outline: none;
+  background-color: #eee;
+  transition: background-color 0.2s, border 0.2s;
+  background-image: url('data:image/png;base64,iVBORw0KGgoAAAANSUhEUgAAABAAAAAQCAYAAAAf8/9hAAABNklEQVQ4T8XSMUvDQBQH8P/LElFa/AIZHcTBQSz0I/gFstTBRR2KUC4ldDxw7h0Bl3RRUATxi4iiODgoiLNrbQYp5J6cpJJqomkX33Z37/14d/dIa33MzDuYI4johOI4XhyNRteO46zNYjDzAxE1yBZprVeZ+QbAUhXEGJMA2Ox2u4+fQIa0mPmsCgCgJYQ4t7lfgF0opQYAdv9ABkKI/UnOFCClXKjX61cA1osQY8x9kiRNKeV7IWA3oyhaSdP0FkAtjxhj3hzH2RBCPOf3pzqYHCilfAAX+URm9oMguPzeWSGQvUcMYC8rOBJCHBRdqxTo9/vbRHRqi8bj8XKv1xvODbiuW2u32/bvf0SlDv4XYOY7z/Mavu+nM1+BmQ+NMc0wDF/LprP0DbTWW0T00ul0nn4b7Q87+X4Qmfiq2wAAAABJRU5ErkJggg==');
+  background-position: 10px 10px;
+  background-repeat: no-repeat;
+}
+
+.dark .searchbox {
+  background-color: #111;
+  color: #eee;
+}
+
+.searchbox::placeholder {
+  color: #ccc;
+}
+
+.dark .searchbox::placeholder {
+  color: #666;
+}
+
+.filter {
+  width: calc(60% - 64px);
+}
+
+.reflookup {
+  width: calc(40% - 10px);
+}
+
+input[type=text]:focus {
+  background-color: white;
+  border: 1px solid #333;
+}
+
+.dark input[type=text]:focus {
+  background-color: #333;
+  border: 1px solid #ccc;
+}
+
+mark.highlight {
+  background-color: #5050ff;
+  color: #fff;
+  padding: 2px;
+  border-radius: 6px;
+}
+
+.dark mark.highlight {
+  background-color: #76a6da;
+  color: #111;
+}
+
+.menubtn {
+  background-color: white;
+  border: none;
+  background-image: url("data:image/svg+xml,%3Csvg xmlns='http://www.w3.org/2000/svg' width='36' height='36' viewBox='0 0 20 20'%3E%3Cpath fill='none' d='M0 0h20v20H0V0z'/%3E%3Cpath d='M15.95 10.78c.03-.25.05-.51.05-.78s-.02-.53-.06-.78l1.69-1.32c.15-.12.19-.34.1-.51l-1.6-2.77c-.1-.18-.31-.24-.49-.18l-1.99.8c-.42-.32-.86-.58-1.35-.78L12 2.34c-.03-.2-.2-.34-.4-.34H8.4c-.2 0-.36.14-.39.34l-.3 2.12c-.49.2-.94.47-1.35.78l-1.99-.8c-.18-.07-.39 0-.49.18l-1.6 2.77c-.1.18-.06.39.1.51l1.69 1.32c-.04.25-.07.52-.07.78s.02.53.06.78L2.37 12.1c-.15.12-.19.34-.1.51l1.6 2.77c.1.18.31.24.49.18l1.99-.8c.42.32.86.58 1.35.78l.3 2.12c.04.2.2.34.4.34h3.2c.2 0 .37-.14.39-.34l.3-2.12c.49-.2.94-.47 1.35-.78l1.99.8c.18.07.39 0 .49-.18l1.6-2.77c.1-.18.06-.39-.1-.51l-1.67-1.32zM10 13c-1.65 0-3-1.35-3-3s1.35-3 3-3 3 1.35 3 3-1.35 3-3 3z'/%3E%3C/svg%3E%0A");
+  background-position: center;
+  background-repeat: no-repeat;
+}
+
+.statsbtn {
+  background-color: white;
+  border: none;
+  background-image: url("data:image/svg+xml,%3Csvg width='36' height='36' xmlns='http://www.w3.org/2000/svg'%3E%3Cpath d='M4 6h28v24H4V6zm0 8h28v8H4m9-16v24h10V5.8' fill='none' stroke='%23000' stroke-width='2'/%3E%3C/svg%3E");
+  background-position: center;
+  background-repeat: no-repeat;
+}
+
+.iobtn {
+  background-color: white;
+  border: none;
+  background-image: url("data:image/svg+xml,%3Csvg xmlns='http://www.w3.org/2000/svg' width='36' height='36'%3E%3Cpath fill='none' stroke='%23000' stroke-width='2' d='M3 33v-7l6.8-7h16.5l6.7 7v7H3zM3.2 26H33M21 9l5-5.9 5 6h-2.5V15h-5V9H21zm-4.9 0l-5 6-5-6h2.5V3h5v6h2.5z'/%3E%3Cpath fill='none' stroke='%23000' d='M6.1 29.5H10'/%3E%3C/svg%3E");
+  background-position: center;
+  background-repeat: no-repeat;
+}
+
+.visbtn {
+  background-image: url("data:image/svg+xml,%3Csvg xmlns='http://www.w3.org/2000/svg' width='24' height='24'%3E%3Cpath fill='none' stroke='%23333' d='M2.5 4.5h5v15h-5zM9.5 4.5h5v15h-5zM16.5 4.5h5v15h-5z'/%3E%3C/svg%3E");
+  background-position: center;
+  background-repeat: no-repeat;
+  padding: 15px;
+}
+
+#vismenu-content {
+  left: 0px;
+  font-family: Verdana, sans-serif;
+}
+
+.dark .statsbtn,
+.dark .savebtn,
+.dark .menubtn,
+.dark .iobtn,
+.dark .visbtn {
+  filter: invert(1);
+}
+
+.flexbox {
+  display: flex;
+  align-items: center;
+  justify-content: space-between;
+  width: 100%;
+}
+
+.savebtn {
+  background-color: #d6d6d6;
+  width: auto;
+  height: 30px;
+  flex-grow: 1;
+  margin: 5px;
+  border-radius: 4px;
+}
+
+.savebtn:active {
+  background-color: #0a0;
+  color: white;
+}
+
+.dark .savebtn:active {
+  /* This will be inverted */
+  background-color: #b3b;
+}
+
+.stats {
+  border-collapse: collapse;
+  font-size: 12pt;
+  table-layout: fixed;
+  width: 100%;
+  min-width: 450px;
+}
+
+.dark .stats td {
+  border: 1px solid #bbb;
+}
+
+.stats td {
+  border: 1px solid black;
+  padding: 5px;
+  word-wrap: break-word;
+  text-align: center;
+  position: relative;
+}
+
+#checkbox-stats div {
+  position: absolute;
+  left: 0;
+  top: 0;
+  height: 100%;
+  width: 100%;
+  display: flex;
+  align-items: center;
+  justify-content: center;
+}
+
+#checkbox-stats .bar {
+  background-color: rgba(28, 251, 0, 0.6);
+}
+
+.menu {
+  position: relative;
+  display: inline-block;
+  margin: 0.4rem 0.4rem 0.4rem 0;
+}
+
+.menu-content {
+  font-size: 12pt !important;
+  text-align: left !important;
+  font-weight: normal !important;
+  display: none;
+  position: absolute;
+  background-color: white;
+  right: 0;
+  min-width: 300px;
+  box-shadow: 0px 8px 16px 0px rgba(0, 0, 0, 0.2);
+  z-index: 100;
+  padding: 8px;
+}
+
+.dark .menu-content {
+  background-color: #111;
+}
+
+.menu:hover .menu-content {
+  display: block;
+}
+
+.menu:hover .menubtn,
+.menu:hover .iobtn,
+.menu:hover .statsbtn {
+  background-color: #eee;
+}
+
+.menu-label {
+  display: inline-block;
+  padding: 8px;
+  border: 1px solid #ccc;
+  border-top: 0;
+  width: calc(100% - 18px);
+}
+
+.menu-label-top {
+  border-top: 1px solid #ccc;
+}
+
+.menu-textbox {
+  float: left;
+  height: 24px;
+  margin: 10px 5px;
+  padding: 5px 5px;
+  font-family: Consolas, "DejaVu Sans Mono", Monaco, monospace;
+  font-size: 14px;
+  box-sizing: border-box;
+  border: 1px solid #888;
+  border-radius: 4px;
+  outline: none;
+  background-color: #eee;
+  transition: background-color 0.2s, border 0.2s;
+  width: calc(100% - 10px);
+}
+
+.menu-textbox.invalid,
+.dark .menu-textbox.invalid {
+  color: red;
+}
+
+.dark .menu-textbox {
+  background-color: #222;
+  color: #eee;
+}
+
+.radio-container {
+  margin: 4px;
+}
+
+.topmostdiv {
+  display: flex;
+  flex-direction: column;
+  width: 100%;
+  background-color: white;
+  transition: background-color 0.3s;
+}
+
+#top {
+  display: flex;
+  flex-wrap: wrap;
+  justify-content: flex-end;
+  align-items: center;
+}
+
+#topdivider {
+  border-bottom: 2px solid black;
+  display: flex;
+  justify-content: center;
+  align-items: center;
+}
+
+.dark #topdivider {
+  border-bottom: 2px solid #ccc;
+}
+
+#topdivider>div {
+  position: relative;
+}
+
+#toptoggle {
+  cursor: pointer;
+  user-select: none;
+  position: absolute;
+  padding: 0.1rem 0.3rem;
+  top: -0.4rem;
+  left: -1rem;
+  font-size: 1.4rem;
+  line-height: 60%;
+  border: 1px solid black;
+  border-radius: 1rem;
+  background-color: #fff;
+  z-index: 100;
+}
+
+.flipped {
+  transform: rotate(0.5turn);
+}
+
+.dark #toptoggle {
+  border: 1px solid #fff;
+  background-color: #222;
+}
+
+#fileinfodiv {
+  flex: 20rem 1 0;
+  overflow: auto;
+}
+
+#bomcontrols {
+  display: flex;
+  flex-direction: row-reverse;
+}
+
+#bomcontrols>* {
+  flex-shrink: 0;
+}
+
+#dbg {
+  display: block;
+}
+
+::-webkit-scrollbar {
+  width: 8px;
+}
+
+::-webkit-scrollbar-track {
+  background: #aaa;
+}
+
+::-webkit-scrollbar-thumb {
+  background: #666;
+  border-radius: 3px;
+}
+
+::-webkit-scrollbar-thumb:hover {
+  background: #555;
+}
+
+.slider {
+  -webkit-appearance: none;
+  width: 100%;
+  margin: 3px 0;
+  padding: 0;
+  outline: none;
+  opacity: 0.7;
+  -webkit-transition: .2s;
+  transition: opacity .2s;
+  border-radius: 3px;
+}
+
+.slider:hover {
+  opacity: 1;
+}
+
+.slider:focus {
+  outline: none;
+}
+
+.slider::-webkit-slider-runnable-track {
+  -webkit-appearance: none;
+  width: 100%;
+  height: 8px;
+  background: #d3d3d3;
+  border-radius: 3px;
+  border: none;
+}
+
+.slider::-webkit-slider-thumb {
+  -webkit-appearance: none;
+  width: 15px;
+  height: 15px;
+  border-radius: 50%;
+  background: #0a0;
+  cursor: pointer;
+  margin-top: -4px;
+}
+
+.dark .slider::-webkit-slider-thumb {
+  background: #3d3;
+}
+
+.slider::-moz-range-thumb {
+  width: 15px;
+  height: 15px;
+  border-radius: 50%;
+  background: #0a0;
+  cursor: pointer;
+}
+
+.slider::-moz-range-track {
+  height: 8px;
+  background: #d3d3d3;
+  border-radius: 3px;
+}
+
+.dark .slider::-moz-range-thumb {
+  background: #3d3;
+}
+
+.slider::-ms-track {
+  width: 100%;
+  height: 8px;
+  border-width: 3px 0;
+  background: transparent;
+  border-color: transparent;
+  color: transparent;
+  transition: opacity .2s;
+}
+
+.slider::-ms-fill-lower {
+  background: #d3d3d3;
+  border: none;
+  border-radius: 3px;
+}
+
+.slider::-ms-fill-upper {
+  background: #d3d3d3;
+  border: none;
+  border-radius: 3px;
+}
+
+.slider::-ms-thumb {
+  width: 15px;
+  height: 15px;
+  border-radius: 50%;
+  background: #0a0;
+  cursor: pointer;
+  margin: 0;
+}
+
+.shameless-plug {
+  font-size: 0.8em;
+  text-align: center;
+  display: block;
+}
+
+a {
+  color: #0278a4;
+}
+
+.dark a {
+  color: #00b9fd;
+}
+
+#frontcanvas,
+#backcanvas {
+  touch-action: none;
+}
+
+.placeholder {
+  border: 1px dashed #9f9fda !important;
+  background-color: #edf2f7 !important;
+}
+
+.dragging {
+  z-index: 999;
+}
+
+.dark .dragging>table>tbody>tr {
+  background-color: #252c30;
+}
+
+.dark .placeholder {
+  filter: invert(1);
+}
+
+.column-spacer {
+  top: 0;
+  left: 0;
+  width: calc(100% - 4px);
+  position: absolute;
+  cursor: pointer;
+  user-select: none;
+  height: 100%;
+}
+
+.column-width-handle {
+  top: 0;
+  right: 0;
+  width: 4px;
+  position: absolute;
+  cursor: col-resize;
+  user-select: none;
+  height: 100%;
+}
+
+.column-width-handle:hover {
+  background-color: #4f99bd;
+}
+
+.help-link {
+  border: 1px solid #0278a4;
+  padding-inline: 0.3rem;
+  border-radius: 3px;
+  cursor: pointer;
+}
+
+.dark .help-link {
+  border: 1px solid #00b9fd;
+}
+
+.bom-color {
+  width: 20%;
+}
+
+.color-column input {
+  width: 1.6rem;
+  height: 1rem;
+  border: 1px solid black;
+  cursor: pointer;
+  padding: 0;
+}
+
+/* removes default styling from input color element */
+::-webkit-color-swatch {
+  border: none;
+}
+
+::-webkit-color-swatch-wrapper {
+  padding: 0;
+}
+
+::-moz-color-swatch,
+::-moz-focus-inner {
+  border: none;
+}
+
+::-moz-focus-inner {
+  padding: 0;
+}
+
+  </style>
+  <script type="text/javascript" >
+///////////////////////////////////////////////
+/*
+  Split.js - v1.3.5
+  MIT License
+  https://github.com/nathancahill/Split.js
+*/
+!function(e,t){"object"==typeof exports&&"undefined"!=typeof module?module.exports=t():"function"==typeof define&&define.amd?define(t):e.Split=t()}(this,function(){"use strict";var e=window,t=e.document,n="addEventListener",i="removeEventListener",r="getBoundingClientRect",s=function(){return!1},o=e.attachEvent&&!e[n],a=["","-webkit-","-moz-","-o-"].filter(function(e){var n=t.createElement("div");return n.style.cssText="width:"+e+"calc(9px)",!!n.style.length}).shift()+"calc",l=function(e){return"string"==typeof e||e instanceof String?t.querySelector(e):e};return function(u,c){function z(e,t,n){var i=A(y,t,n);Object.keys(i).forEach(function(t){return e.style[t]=i[t]})}function h(e,t){var n=B(y,t);Object.keys(n).forEach(function(t){return e.style[t]=n[t]})}function f(e){var t=E[this.a],n=E[this.b],i=t.size+n.size;t.size=e/this.size*i,n.size=i-e/this.size*i,z(t.element,t.size,this.aGutterSize),z(n.element,n.size,this.bGutterSize)}function m(e){var t;this.dragging&&((t="touches"in e?e.touches[0][b]-this.start:e[b]-this.start)<=E[this.a].minSize+M+this.aGutterSize?t=E[this.a].minSize+this.aGutterSize:t>=this.size-(E[this.b].minSize+M+this.bGutterSize)&&(t=this.size-(E[this.b].minSize+this.bGutterSize)),f.call(this,t),c.onDrag&&c.onDrag())}function g(){var e=E[this.a].element,t=E[this.b].element;this.size=e[r]()[y]+t[r]()[y]+this.aGutterSize+this.bGutterSize,this.start=e[r]()[G]}function d(){var t=this,n=E[t.a].element,r=E[t.b].element;t.dragging&&c.onDragEnd&&c.onDragEnd(),t.dragging=!1,e[i]("mouseup",t.stop),e[i]("touchend",t.stop),e[i]("touchcancel",t.stop),t.parent[i]("mousemove",t.move),t.parent[i]("touchmove",t.move),delete t.stop,delete t.move,n[i]("selectstart",s),n[i]("dragstart",s),r[i]("selectstart",s),r[i]("dragstart",s),n.style.userSelect="",n.style.webkitUserSelect="",n.style.MozUserSelect="",n.style.pointerEvents="",r.style.userSelect="",r.style.webkitUserSelect="",r.style.MozUserSelect="",r.style.pointerEvents="",t.gutter.style.cursor="",t.parent.style.cursor=""}function S(t){var i=this,r=E[i.a].element,o=E[i.b].element;!i.dragging&&c.onDragStart&&c.onDragStart(),t.preventDefault(),i.dragging=!0,i.move=m.bind(i),i.stop=d.bind(i),e[n]("mouseup",i.stop),e[n]("touchend",i.stop),e[n]("touchcancel",i.stop),i.parent[n]("mousemove",i.move),i.parent[n]("touchmove",i.move),r[n]("selectstart",s),r[n]("dragstart",s),o[n]("selectstart",s),o[n]("dragstart",s),r.style.userSelect="none",r.style.webkitUserSelect="none",r.style.MozUserSelect="none",r.style.pointerEvents="none",o.style.userSelect="none",o.style.webkitUserSelect="none",o.style.MozUserSelect="none",o.style.pointerEvents="none",i.gutter.style.cursor=j,i.parent.style.cursor=j,g.call(i)}function v(e){e.forEach(function(t,n){if(n>0){var i=F[n-1],r=E[i.a],s=E[i.b];r.size=e[n-1],s.size=t,z(r.element,r.size,i.aGutterSize),z(s.element,s.size,i.bGutterSize)}})}function p(){F.forEach(function(e){e.parent.removeChild(e.gutter),E[e.a].element.style[y]="",E[e.b].element.style[y]=""})}void 0===c&&(c={});var y,b,G,E,w=l(u[0]).parentNode,D=e.getComputedStyle(w).flexDirection,U=c.sizes||u.map(function(){return 100/u.length}),k=void 0!==c.minSize?c.minSize:100,x=Array.isArray(k)?k:u.map(function(){return k}),L=void 0!==c.gutterSize?c.gutterSize:10,M=void 0!==c.snapOffset?c.snapOffset:30,O=c.direction||"horizontal",j=c.cursor||("horizontal"===O?"ew-resize":"ns-resize"),C=c.gutter||function(e,n){var i=t.createElement("div");return i.className="gutter gutter-"+n,i},A=c.elementStyle||function(e,t,n){var i={};return"string"==typeof t||t instanceof String?i[e]=t:i[e]=o?t+"%":a+"("+t+"% - "+n+"px)",i},B=c.gutterStyle||function(e,t){return n={},n[e]=t+"px",n;var n};"horizontal"===O?(y="width","clientWidth",b="clientX",G="left","paddingLeft"):"vertical"===O&&(y="height","clientHeight",b="clientY",G="top","paddingTop");var F=[];return E=u.map(function(e,t){var i,s={element:l(e),size:U[t],minSize:x[t]};if(t>0&&(i={a:t-1,b:t,dragging:!1,isFirst:1===t,isLast:t===u.length-1,direction:O,parent:w},i.aGutterSize=L,i.bGutterSize=L,i.isFirst&&(i.aGutterSize=L/2),i.isLast&&(i.bGutterSize=L/2),"row-reverse"===D||"column-reverse"===D)){var a=i.a;i.a=i.b,i.b=a}if(!o&&t>0){var c=C(t,O);h(c,L),c[n]("mousedown",S.bind(i)),c[n]("touchstart",S.bind(i)),w.insertBefore(c,s.element),i.gutter=c}0===t||t===u.length-1?z(s.element,s.size,L/2):z(s.element,s.size,L);var f=s.element[r]()[y];return f<s.minSize&&(s.minSize=f),t>0&&F.push(i),s}),o?{setSizes:v,destroy:p}:{setSizes:v,getSizes:function(){return E.map(function(e){return e.size})},collapse:function(e){if(e===F.length){var t=F[e-1];g.call(t),o||f.call(t,t.size-t.bGutterSize)}else{var n=F[e];g.call(n),o||f.call(n,n.aGutterSize)}},destroy:p}}});
+
+///////////////////////////////////////////////
+
+///////////////////////////////////////////////
+// Copyright (c) 2013 Pieroxy <pieroxy@pieroxy.net>
+// This work is free. You can redistribute it and/or modify it
+// under the terms of the WTFPL, Version 2
+// For more information see LICENSE.txt or http://www.wtfpl.net/
+//
+// For more information, the home page:
+// http://pieroxy.net/blog/pages/lz-string/testing.html
+//
+// LZ-based compression algorithm, version 1.4.4
+var LZString=function(){var o=String.fromCharCode,i={};var n={decompressFromBase64:function(o){return null==o?"":""==o?null:n._decompress(o.length,32,function(n){return function(o,n){if(!i[o]){i[o]={};for(var t=0;t<o.length;t++)i[o][o.charAt(t)]=t}return i[o][n]}("ABCDEFGHIJKLMNOPQRSTUVWXYZabcdefghijklmnopqrstuvwxyz0123456789+/=",o.charAt(n))})},_decompress:function(i,n,t){var r,e,a,s,p,u,l,f=[],c=4,d=4,h=3,v="",g=[],m={val:t(0),position:n,index:1};for(r=0;r<3;r+=1)f[r]=r;for(a=0,p=Math.pow(2,2),u=1;u!=p;)s=m.val&m.position,m.position>>=1,0==m.position&&(m.position=n,m.val=t(m.index++)),a|=(s>0?1:0)*u,u<<=1;switch(a){case 0:for(a=0,p=Math.pow(2,8),u=1;u!=p;)s=m.val&m.position,m.position>>=1,0==m.position&&(m.position=n,m.val=t(m.index++)),a|=(s>0?1:0)*u,u<<=1;l=o(a);break;case 1:for(a=0,p=Math.pow(2,16),u=1;u!=p;)s=m.val&m.position,m.position>>=1,0==m.position&&(m.position=n,m.val=t(m.index++)),a|=(s>0?1:0)*u,u<<=1;l=o(a);break;case 2:return""}for(f[3]=l,e=l,g.push(l);;){if(m.index>i)return"";for(a=0,p=Math.pow(2,h),u=1;u!=p;)s=m.val&m.position,m.position>>=1,0==m.position&&(m.position=n,m.val=t(m.index++)),a|=(s>0?1:0)*u,u<<=1;switch(l=a){case 0:for(a=0,p=Math.pow(2,8),u=1;u!=p;)s=m.val&m.position,m.position>>=1,0==m.position&&(m.position=n,m.val=t(m.index++)),a|=(s>0?1:0)*u,u<<=1;f[d++]=o(a),l=d-1,c--;break;case 1:for(a=0,p=Math.pow(2,16),u=1;u!=p;)s=m.val&m.position,m.position>>=1,0==m.position&&(m.position=n,m.val=t(m.index++)),a|=(s>0?1:0)*u,u<<=1;f[d++]=o(a),l=d-1,c--;break;case 2:return g.join("")}if(0==c&&(c=Math.pow(2,h),h++),f[l])v=f[l];else{if(l!==d)return null;v=e+e.charAt(0)}g.push(v),f[d++]=e+v.charAt(0),e=v,0==--c&&(c=Math.pow(2,h),h++)}}};return n}();"function"==typeof define&&define.amd?define(function(){return LZString}):"undefined"!=typeof module&&null!=module?module.exports=LZString:"undefined"!=typeof angular&&null!=angular&&angular.module("LZString",[]).factory("LZString",function(){return LZString});
+///////////////////////////////////////////////
+
+///////////////////////////////////////////////
+/*!
+ * PEP v0.4.3 | https://github.com/jquery/PEP
+ * Copyright jQuery Foundation and other contributors | http://jquery.org/license
+ */
+!function(a,b){"object"==typeof exports&&"undefined"!=typeof module?module.exports=b():"function"==typeof define&&define.amd?define(b):a.PointerEventsPolyfill=b()}(this,function(){"use strict";function a(a,b){b=b||Object.create(null);var c=document.createEvent("Event");c.initEvent(a,b.bubbles||!1,b.cancelable||!1);
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+for(var b=a;b.parentNode;)b=b.parentNode;
+return b.nodeType!==Node.DOCUMENT_NODE&&b.nodeType!==Node.DOCUMENT_FRAGMENT_NODE&&(b=document),b},findTarget:function(a){var b=a.clientX,c=a.clientY,d=this.owner(a.target);
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+//
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+var M,N={POINTER_ID:1,POINTER_TYPE:"mouse",events:["mousedown","mousemove","mouseup","mouseover","mouseout"],register:function(a){u.listen(a,this.events)},unregister:function(a){u.unlisten(a,this.events)},lastTouches:[],
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+0!==b.which&&c?a.buttons=c.buttons:a.buttons=0,b.buttons=a.buttons},mousedown:function(a){if(!this.isEventSimulatedFromTouch(a)){var b=H.get(this.POINTER_ID),c=this.prepareEvent(a);K||(c.buttons=J[c.button],b&&(c.buttons|=b.buttons),a.buttons=c.buttons),H.set(this.POINTER_ID,a),b&&0!==b.buttons?u.move(c):u.down(c)}},mousemove:function(a){if(!this.isEventSimulatedFromTouch(a)){var b=this.prepareEvent(a);K||this.prepareButtonsForMove(b,a),b.button=-1,H.set(this.POINTER_ID,a),u.move(b)}},mouseup:function(a){if(!this.isEventSimulatedFromTouch(a)){var b=H.get(this.POINTER_ID),c=this.prepareEvent(a);if(!K){var d=J[c.button];
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+if(R.size>=b.length){var c=[];R.forEach(function(a,d){
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+dedupSynthMouse:function(a){var b=N.lastTouches,c=a.changedTouches[0];
+if(this.isPrimaryTouch(c)){
+var d={x:c.clientX,y:c.clientY};b.push(d);var e=function(a,b){var c=a.indexOf(b);c>-1&&a.splice(c,1)}.bind(null,b,d);setTimeout(e,S)}}};M=new c(V.elementAdded,V.elementRemoved,V.elementChanged,V);var W,X,Y,Z=u.pointermap,$=window.MSPointerEvent&&"number"==typeof window.MSPointerEvent.MSPOINTER_TYPE_MOUSE,_={events:["MSPointerDown","MSPointerMove","MSPointerUp","MSPointerOut","MSPointerOver","MSPointerCancel","MSGotPointerCapture","MSLostPointerCapture"],register:function(a){u.listen(a,this.events)},unregister:function(a){u.unlisten(a,this.events)},POINTER_TYPES:["","unavailable","touch","pen","mouse"],prepareEvent:function(a){var b=a;return $&&(b=u.cloneEvent(a),b.pointerType=this.POINTER_TYPES[a.pointerType]),b},cleanup:function(a){Z["delete"](a)},MSPointerDown:function(a){Z.set(a.pointerId,a);var b=this.prepareEvent(a);u.down(b)},MSPointerMove:function(a){var b=this.prepareEvent(a);u.move(b)},MSPointerUp:function(a){var b=this.prepareEvent(a);u.up(b),this.cleanup(a.pointerId)},MSPointerOut:function(a){var b=this.prepareEvent(a);u.leaveOut(b)},MSPointerOver:function(a){var b=this.prepareEvent(a);u.enterOver(b)},MSPointerCancel:function(a){var b=this.prepareEvent(a);u.cancel(b),this.cleanup(a.pointerId)},MSLostPointerCapture:function(a){var b=u.makeEvent("lostpointercapture",a);u.dispatchEvent(b)},MSGotPointerCapture:function(a){var b=u.makeEvent("gotpointercapture",a);u.dispatchEvent(b)}},aa=window.navigator;aa.msPointerEnabled?(W=function(a){i(a),j(this),k(a)&&(u.setCapture(a,this,!0),this.msSetPointerCapture(a))},X=function(a){i(a),u.releaseCapture(a,!0),this.msReleasePointerCapture(a)}):(W=function(a){i(a),j(this),k(a)&&u.setCapture(a,this)},X=function(a){i(a),u.releaseCapture(a)}),Y=function(a){return!!u.captureInfo[a]},g(),h(),l();var ba={dispatcher:u,Installer:c,PointerEvent:a,PointerMap:p,targetFinding:v};return ba});
+
+///////////////////////////////////////////////
+
+///////////////////////////////////////////////
+var config = {"dark_mode": false, "show_pads": true, "show_fabrication": false, "show_silkscreen": true, "highlight_pin1": "none", "redraw_on_drag": true, "board_rotation": 0.0, "checkboxes": "", "bom_view": "left-right", "layer_view": "FB", "offset_back_rotation": false, "kicad_text_formatting": true, "fields": ["Value", "Description", "Comment"]}
+///////////////////////////////////////////////
+
+///////////////////////////////////////////////
+var pcbdata = JSON.parse(LZString.decompressFromBase64("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"))
+///////////////////////////////////////////////
+
+///////////////////////////////////////////////
+/* Utility functions */
+
+var storagePrefix = 'KiCad_HTML_BOM__' + pcbdata.metadata.title + '__' +
+  pcbdata.metadata.revision + '__#';
+var storage;
+
+function initStorage(key) {
+  try {
+    window.localStorage.getItem("blank");
+    storage = window.localStorage;
+  } catch (e) {
+    // localStorage not available
+  }
+  if (!storage) {
+    try {
+      window.sessionStorage.getItem("blank");
+      storage = window.sessionStorage;
+    } catch (e) {
+      // sessionStorage also not available
+    }
+  }
+}
+
+function readStorage(key) {
+  if (storage) {
+    return storage.getItem(storagePrefix + key);
+  } else {
+    return null;
+  }
+}
+
+function writeStorage(key, value) {
+  if (storage) {
+    storage.setItem(storagePrefix + key, value);
+  }
+}
+
+function fancyDblClickHandler(el, onsingle, ondouble) {
+  return function () {
+    if (el.getAttribute("data-dblclick") == null) {
+      el.setAttribute("data-dblclick", 1);
+      setTimeout(function () {
+        if (el.getAttribute("data-dblclick") == 1) {
+          onsingle();
+        }
+        el.removeAttribute("data-dblclick");
+      }, 200);
+    } else {
+      el.removeAttribute("data-dblclick");
+      ondouble();
+    }
+  }
+}
+
+function smoothScrollToRow(rowid) {
+  document.getElementById(rowid).scrollIntoView({
+    behavior: "smooth",
+    block: "center",
+    inline: "nearest"
+  });
+}
+
+function focusInputField(input) {
+  input.scrollIntoView(false);
+  input.focus();
+  input.select();
+}
+
+function saveBomTable(output) {
+  var text = '';
+  for (var node of bomhead.childNodes[0].childNodes) {
+    if (node.firstChild) {
+      text += (output == 'csv' ? `"${node.firstChild.nodeValue}"` : node.firstChild.nodeValue);
+    }
+    if (node != bomhead.childNodes[0].lastChild) {
+      text += (output == 'csv' ? ',' : '\t');
+    }
+  }
+  text += '\n';
+  for (var row of bombody.childNodes) {
+    for (var cell of row.childNodes) {
+      let val = '';
+      for (var node of cell.childNodes) {
+        if (node.nodeName == "INPUT") {
+          if (node.checked) {
+            val += '✓';
+          }
+        } else if ((node.nodeName == "MARK") || (node.nodeName == "A")) {
+          val += node.firstChild.nodeValue;
+        } else {
+          val += node.nodeValue;
+        }
+      }
+      if (output == 'csv') {
+        val = val.replace(/\"/g, '\"\"'); // pair of double-quote characters
+        if (isNumeric(val)) {
+          val = +val;                     // use number
+        } else {
+          val = `"${val}"`;               // enclosed within double-quote
+        }
+      }
+      text += val;
+      if (cell != row.lastChild) {
+        text += (output == 'csv' ? ',' : '\t');
+      }
+    }
+    text += '\n';
+  }
+
+  if (output != 'clipboard') {
+    // To file: csv or txt
+    var blob = new Blob([text], {
+      type: `text/${output}`
+    });
+    saveFile(`${pcbdata.metadata.title}.${output}`, blob);
+  } else {
+    // To clipboard
+    var textArea = document.createElement("textarea");
+    textArea.classList.add('clipboard-temp');
+    textArea.value = text;
+
+    document.body.appendChild(textArea);
+    textArea.focus();
+    textArea.select();
+
+    try {
+      if (document.execCommand('copy')) {
+        console.log('Bom copied to clipboard.');
+      }
+    } catch (err) {
+      console.log('Can not copy to clipboard.');
+    }
+
+    document.body.removeChild(textArea);
+  }
+}
+
+function isNumeric(str) {
+  /* https://stackoverflow.com/a/175787 */
+  return (typeof str != "string" ? false : !isNaN(str) && !isNaN(parseFloat(str)));
+}
+
+function removeGutterNode(node) {
+  for (var i = 0; i < node.childNodes.length; i++) {
+    if (node.childNodes[i].classList &&
+      node.childNodes[i].classList.contains("gutter")) {
+      node.removeChild(node.childNodes[i]);
+      break;
+    }
+  }
+}
+
+function cleanGutters() {
+  removeGutterNode(document.getElementById("bot"));
+  removeGutterNode(document.getElementById("canvasdiv"));
+}
+
+var units = {
+  prefixes: {
+    giga: ["G", "g", "giga", "Giga", "GIGA"],
+    mega: ["M", "mega", "Mega", "MEGA"],
+    kilo: ["K", "k", "kilo", "Kilo", "KILO"],
+    milli: ["m", "milli", "Milli", "MILLI"],
+    micro: ["U", "u", "micro", "Micro", "MICRO", "μ", "µ"], // different utf8 μ
+    nano: ["N", "n", "nano", "Nano", "NANO"],
+    pico: ["P", "p", "pico", "Pico", "PICO"],
+  },
+  unitsShort: ["R", "r", "Ω", "F", "f", "H", "h"],
+  unitsLong: [
+    "OHM", "Ohm", "ohm", "ohms",
+    "FARAD", "Farad", "farad",
+    "HENRY", "Henry", "henry"
+  ],
+  getMultiplier: function (s) {
+    if (this.prefixes.giga.includes(s)) return 1e9;
+    if (this.prefixes.mega.includes(s)) return 1e6;
+    if (this.prefixes.kilo.includes(s)) return 1e3;
+    if (this.prefixes.milli.includes(s)) return 1e-3;
+    if (this.prefixes.micro.includes(s)) return 1e-6;
+    if (this.prefixes.nano.includes(s)) return 1e-9;
+    if (this.prefixes.pico.includes(s)) return 1e-12;
+    return 1;
+  },
+  valueRegex: null,
+}
+
+function initUtils() {
+  var allPrefixes = units.prefixes.giga
+    .concat(units.prefixes.mega)
+    .concat(units.prefixes.kilo)
+    .concat(units.prefixes.milli)
+    .concat(units.prefixes.micro)
+    .concat(units.prefixes.nano)
+    .concat(units.prefixes.pico);
+  var allUnits = units.unitsShort.concat(units.unitsLong);
+  units.valueRegex = new RegExp("^([0-9\.]+)" +
+    "\\s*(" + allPrefixes.join("|") + ")?" +
+    "(" + allUnits.join("|") + ")?" +
+    "(\\b.*)?$", "");
+  units.valueAltRegex = new RegExp("^([0-9]*)" +
+    "(" + units.unitsShort.join("|") + ")?" +
+    "([GgMmKkUuNnPp])?" +
+    "([0-9]*)" +
+    "(\\b.*)?$", "");
+  if (config.fields.includes("Value")) {
+    var index = config.fields.indexOf("Value");
+    pcbdata.bom["parsedValues"] = {};
+    for (var id in pcbdata.bom.fields) {
+      pcbdata.bom.parsedValues[id] = parseValue(pcbdata.bom.fields[id][index])
+    }
+  }
+}
+
+function parseValue(val, ref) {
+  var inferUnit = (unit, ref) => {
+    if (unit) {
+      unit = unit.toLowerCase();
+      if (unit == 'Ω' || unit == "ohm" || unit == "ohms") {
+        unit = 'r';
+      }
+      unit = unit[0];
+    } else {
+      ref = /^([a-z]+)\d+$/i.exec(ref);
+      if (ref) {
+        ref = ref[1].toLowerCase();
+        if (ref == "c") unit = 'f';
+        else if (ref == "l") unit = 'h';
+        else if (ref == "r" || ref == "rv") unit = 'r';
+        else unit = null;
+      }
+    }
+    return unit;
+  };
+  val = val.replace(/,/g, "");
+  var match = units.valueRegex.exec(val);
+  var unit;
+  if (match) {
+    val = parseFloat(match[1]);
+    if (match[2]) {
+      val = val * units.getMultiplier(match[2]);
+    }
+    unit = inferUnit(match[3], ref);
+    if (!unit) return null;
+    else return {
+      val: val,
+      unit: unit,
+      extra: match[4],
+    }
+  }
+  match = units.valueAltRegex.exec(val);
+  if (match && (match[1] || match[4])) {
+    val = parseFloat(match[1] + "." + match[4]);
+    if (match[3]) {
+      val = val * units.getMultiplier(match[3]);
+    }
+    unit = inferUnit(match[2], ref);
+    if (!unit) return null;
+    else return {
+      val: val,
+      unit: unit,
+      extra: match[5],
+    }
+  }
+  return null;
+}
+
+function valueCompare(a, b, stra, strb) {
+  if (a === null && b === null) {
+    // Failed to parse both values, compare them as strings.
+    if (stra != strb) return stra > strb ? 1 : -1;
+    else return 0;
+  } else if (a === null) {
+    return 1;
+  } else if (b === null) {
+    return -1;
+  } else {
+    if (a.unit != b.unit) return a.unit > b.unit ? 1 : -1;
+    else if (a.val != b.val) return a.val > b.val ? 1 : -1;
+    else if (a.extra != b.extra) return a.extra > b.extra ? 1 : -1;
+    else return 0;
+  }
+}
+
+function validateSaveImgDimension(element) {
+  var valid = false;
+  var intValue = 0;
+  if (/^[1-9]\d*$/.test(element.value)) {
+    intValue = parseInt(element.value);
+    if (intValue <= 16000) {
+      valid = true;
+    }
+  }
+  if (valid) {
+    element.classList.remove("invalid");
+  } else {
+    element.classList.add("invalid");
+  }
+  return intValue;
+}
+
+function saveImage(layer) {
+  var width = validateSaveImgDimension(document.getElementById("render-save-width"));
+  var height = validateSaveImgDimension(document.getElementById("render-save-height"));
+  var bgcolor = null;
+  if (!document.getElementById("render-save-transparent").checked) {
+    var style = getComputedStyle(topmostdiv);
+    bgcolor = style.getPropertyValue("background-color");
+  }
+  if (!width || !height) return;
+
+  // Prepare image
+  var canvas = document.createElement("canvas");
+  var layerdict = {
+    transform: {
+      x: 0,
+      y: 0,
+      s: 1,
+      panx: 0,
+      pany: 0,
+      zoom: 1,
+    },
+    bg: canvas,
+    fab: canvas,
+    silk: canvas,
+    highlight: canvas,
+    layer: layer,
+  }
+  // Do the rendering
+  recalcLayerScale(layerdict, width, height);
+  prepareLayer(layerdict);
+  clearCanvas(canvas, bgcolor);
+  drawBackground(layerdict, false);
+  drawHighlightsOnLayer(layerdict, false);
+
+  // Save image
+  var imgdata = canvas.toDataURL("image/png");
+
+  var filename = pcbdata.metadata.title;
+  if (pcbdata.metadata.revision) {
+    filename += `.${pcbdata.metadata.revision}`;
+  }
+  filename += `.${layer}.png`;
+  saveFile(filename, dataURLtoBlob(imgdata));
+}
+
+function saveSettings() {
+  var data = {
+    type: "InteractiveHtmlBom settings",
+    version: 1,
+    pcbmetadata: pcbdata.metadata,
+    settings: settings,
+  }
+  var blob = new Blob([JSON.stringify(data, null, 4)], {
+    type: "application/json"
+  });
+  saveFile(`${pcbdata.metadata.title}.settings.json`, blob);
+}
+
+function loadSettings() {
+  var input = document.createElement("input");
+  input.type = "file";
+  input.accept = ".settings.json";
+  input.onchange = function (e) {
+    var file = e.target.files[0];
+    var reader = new FileReader();
+    reader.onload = readerEvent => {
+      var content = readerEvent.target.result;
+      var newSettings;
+      try {
+        newSettings = JSON.parse(content);
+      } catch (e) {
+        alert("Selected file is not InteractiveHtmlBom settings file.");
+        return;
+      }
+      if (newSettings.type != "InteractiveHtmlBom settings") {
+        alert("Selected file is not InteractiveHtmlBom settings file.");
+        return;
+      }
+      var metadataMatches = newSettings.hasOwnProperty("pcbmetadata");
+      if (metadataMatches) {
+        for (var k in pcbdata.metadata) {
+          if (!newSettings.pcbmetadata.hasOwnProperty(k) || newSettings.pcbmetadata[k] != pcbdata.metadata[k]) {
+            metadataMatches = false;
+          }
+        }
+      }
+      if (!metadataMatches) {
+        var currentMetadata = JSON.stringify(pcbdata.metadata, null, 4);
+        var fileMetadata = JSON.stringify(newSettings.pcbmetadata, null, 4);
+        if (!confirm(
+          `Settins file metadata does not match current metadata.\n\n` +
+          `Page metadata:\n${currentMetadata}\n\n` +
+          `Settings file metadata:\n${fileMetadata}\n\n` +
+          `Press OK if you would like to import settings anyway.`)) {
+          return;
+        }
+      }
+      overwriteSettings(newSettings.settings);
+    }
+    reader.readAsText(file, 'UTF-8');
+  }
+  input.click();
+}
+
+function resetSettings() {
+  if (!confirm(
+    `This will reset all checkbox states and other settings.\n\n` +
+    `Press OK if you want to continue.`)) {
+    return;
+  }
+  if (storage) {
+    var keys = [];
+    for (var i = 0; i < storage.length; i++) {
+      var key = storage.key(i);
+      if (key.startsWith(storagePrefix)) keys.push(key);
+    }
+    for (var key of keys) storage.removeItem(key);
+  }
+  location.reload();
+}
+
+function overwriteSettings(newSettings) {
+  initDone = false;
+  Object.assign(settings, newSettings);
+  writeStorage("bomlayout", settings.bomlayout);
+  writeStorage("bommode", settings.bommode);
+  writeStorage("canvaslayout", settings.canvaslayout);
+  writeStorage("bomCheckboxes", settings.checkboxes.join(","));
+  document.getElementById("bomCheckboxes").value = settings.checkboxes.join(",");
+  for (var checkbox of settings.checkboxes) {
+    writeStorage("checkbox_" + checkbox, settings.checkboxStoredRefs[checkbox]);
+  }
+  writeStorage("markWhenChecked", settings.markWhenChecked);
+  padsVisible(settings.renderPads);
+  document.getElementById("padsCheckbox").checked = settings.renderPads;
+  fabricationVisible(settings.renderFabrication);
+  document.getElementById("fabricationCheckbox").checked = settings.renderFabrication;
+  silkscreenVisible(settings.renderSilkscreen);
+  document.getElementById("silkscreenCheckbox").checked = settings.renderSilkscreen;
+  referencesVisible(settings.renderReferences);
+  document.getElementById("referencesCheckbox").checked = settings.renderReferences;
+  valuesVisible(settings.renderValues);
+  document.getElementById("valuesCheckbox").checked = settings.renderValues;
+  tracksVisible(settings.renderTracks);
+  document.getElementById("tracksCheckbox").checked = settings.renderTracks;
+  zonesVisible(settings.renderZones);
+  document.getElementById("zonesCheckbox").checked = settings.renderZones;
+  dnpOutline(settings.renderDnpOutline);
+  document.getElementById("dnpOutlineCheckbox").checked = settings.renderDnpOutline;
+  setRedrawOnDrag(settings.redrawOnDrag);
+  document.getElementById("dragCheckbox").checked = settings.redrawOnDrag;
+  setDarkMode(settings.darkMode);
+  document.getElementById("darkmodeCheckbox").checked = settings.darkMode;
+  setHighlightPin1(settings.highlightpin1);
+  document.forms.highlightpin1.highlightpin1.value = settings.highlightpin1;
+  writeStorage("boardRotation", settings.boardRotation);
+  document.getElementById("boardRotation").value = settings.boardRotation / 5;
+  document.getElementById("rotationDegree").textContent = settings.boardRotation;
+  setOffsetBackRotation(settings.offsetBackRotation);
+  document.getElementById("offsetBackRotationCheckbox").checked = settings.offsetBackRotation;
+  initDone = true;
+  prepCheckboxes();
+  changeBomLayout(settings.bomlayout);
+}
+
+function saveFile(filename, blob) {
+  var link = document.createElement("a");
+  var objurl = URL.createObjectURL(blob);
+  link.download = filename;
+  link.href = objurl;
+  link.click();
+}
+
+function dataURLtoBlob(dataurl) {
+  var arr = dataurl.split(','),
+    mime = arr[0].match(/:(.*?);/)[1],
+    bstr = atob(arr[1]),
+    n = bstr.length,
+    u8arr = new Uint8Array(n);
+  while (n--) {
+    u8arr[n] = bstr.charCodeAt(n);
+  }
+  return new Blob([u8arr], {
+    type: mime
+  });
+}
+
+var settings = {
+  canvaslayout: "FB",
+  bomlayout: "left-right",
+  bommode: "grouped",
+  checkboxes: [],
+  checkboxStoredRefs: {},
+  darkMode: false,
+  highlightpin1: "none",
+  redrawOnDrag: true,
+  boardRotation: 0,
+  offsetBackRotation: false,
+  renderPads: true,
+  renderReferences: true,
+  renderValues: true,
+  renderSilkscreen: true,
+  renderFabrication: true,
+  renderDnpOutline: false,
+  renderTracks: true,
+  renderZones: true,
+  columnOrder: [],
+  hiddenColumns: [],
+  netColors: {},
+}
+
+function initDefaults() {
+  settings.bomlayout = readStorage("bomlayout");
+  if (settings.bomlayout === null) {
+    settings.bomlayout = config.bom_view;
+  }
+  if (!['bom-only', 'left-right', 'top-bottom'].includes(settings.bomlayout)) {
+    settings.bomlayout = config.bom_view;
+  }
+  settings.bommode = readStorage("bommode");
+  if (settings.bommode === null) {
+    settings.bommode = "grouped";
+  }
+  if (settings.bommode == "netlist" && !pcbdata.nets) {
+    settings.bommode = "grouped";
+  }
+  if (!["grouped", "ungrouped", "netlist"].includes(settings.bommode)) {
+    settings.bommode = "grouped";
+  }
+  settings.canvaslayout = readStorage("canvaslayout");
+  if (settings.canvaslayout === null) {
+    settings.canvaslayout = config.layer_view;
+  }
+  var bomCheckboxes = readStorage("bomCheckboxes");
+  if (bomCheckboxes === null) {
+    bomCheckboxes = config.checkboxes;
+  }
+  settings.checkboxes = bomCheckboxes.split(",").filter((e) => e);
+  document.getElementById("bomCheckboxes").value = bomCheckboxes;
+
+  var highlightpin1 = readStorage("highlightpin1") || config.highlight_pin1;
+  if (highlightpin1 === "false") highlightpin1 = "none";
+  if (highlightpin1 === "true") highlightpin1 = "all";
+  setHighlightPin1(highlightpin1);
+  document.forms.highlightpin1.highlightpin1.value = highlightpin1;
+
+  settings.markWhenChecked = readStorage("markWhenChecked") || "";
+  populateMarkWhenCheckedOptions();
+
+  function initBooleanSetting(storageString, def, elementId, func) {
+    var b = readStorage(storageString);
+    if (b === null) {
+      b = def;
+    } else {
+      b = (b == "true");
+    }
+    document.getElementById(elementId).checked = b;
+    func(b);
+  }
+
+  initBooleanSetting("padsVisible", config.show_pads, "padsCheckbox", padsVisible);
+  initBooleanSetting("fabricationVisible", config.show_fabrication, "fabricationCheckbox", fabricationVisible);
+  initBooleanSetting("silkscreenVisible", config.show_silkscreen, "silkscreenCheckbox", silkscreenVisible);
+  initBooleanSetting("referencesVisible", true, "referencesCheckbox", referencesVisible);
+  initBooleanSetting("valuesVisible", true, "valuesCheckbox", valuesVisible);
+  if ("tracks" in pcbdata) {
+    initBooleanSetting("tracksVisible", true, "tracksCheckbox", tracksVisible);
+    initBooleanSetting("zonesVisible", true, "zonesCheckbox", zonesVisible);
+  } else {
+    document.getElementById("tracksAndZonesCheckboxes").style.display = "none";
+    tracksVisible(false);
+    zonesVisible(false);
+  }
+  initBooleanSetting("dnpOutline", false, "dnpOutlineCheckbox", dnpOutline);
+  initBooleanSetting("redrawOnDrag", config.redraw_on_drag, "dragCheckbox", setRedrawOnDrag);
+  initBooleanSetting("darkmode", config.dark_mode, "darkmodeCheckbox", setDarkMode);
+
+  var fields = ["checkboxes", "References"].concat(config.fields).concat(["Quantity"]);
+  var hcols = JSON.parse(readStorage("hiddenColumns"));
+  if (hcols === null) {
+    hcols = [];
+  }
+  settings.hiddenColumns = hcols.filter(e => fields.includes(e));
+
+  var cord = JSON.parse(readStorage("columnOrder"));
+  if (cord === null) {
+    cord = fields;
+  } else {
+    cord = cord.filter(e => fields.includes(e));
+    if (cord.length != fields.length)
+      cord = fields;
+  }
+  settings.columnOrder = cord;
+
+  settings.boardRotation = readStorage("boardRotation");
+  if (settings.boardRotation === null) {
+    settings.boardRotation = config.board_rotation * 5;
+  } else {
+    settings.boardRotation = parseInt(settings.boardRotation);
+  }
+  document.getElementById("boardRotation").value = settings.boardRotation / 5;
+  document.getElementById("rotationDegree").textContent = settings.boardRotation;
+  initBooleanSetting("offsetBackRotation", config.offset_back_rotation, "offsetBackRotationCheckbox", setOffsetBackRotation);
+
+  settings.netColors = JSON.parse(readStorage("netColors")) || {};
+}
+
+// Helper classes for user js callbacks.
+
+const IBOM_EVENT_TYPES = {
+  ALL: "all",
+  HIGHLIGHT_EVENT: "highlightEvent",
+  CHECKBOX_CHANGE_EVENT: "checkboxChangeEvent",
+  BOM_BODY_CHANGE_EVENT: "bomBodyChangeEvent",
+}
+
+const EventHandler = {
+  callbacks: {},
+  init: function () {
+    for (eventType of Object.values(IBOM_EVENT_TYPES))
+      this.callbacks[eventType] = [];
+  },
+  registerCallback: function (eventType, callback) {
+    this.callbacks[eventType].push(callback);
+  },
+  emitEvent: function (eventType, eventArgs) {
+    event = {
+      eventType: eventType,
+      args: eventArgs,
+    }
+    var callback;
+    for (callback of this.callbacks[eventType])
+      callback(event);
+    for (callback of this.callbacks[IBOM_EVENT_TYPES.ALL])
+      callback(event);
+  }
+}
+EventHandler.init();
+
+///////////////////////////////////////////////
+
+///////////////////////////////////////////////
+/* PCB rendering code */
+
+var emptyContext2d = document.createElement("canvas").getContext("2d");
+
+function deg2rad(deg) {
+  return deg * Math.PI / 180;
+}
+
+function calcFontPoint(linepoint, text, offsetx, offsety, tilt) {
+  var point = [
+    linepoint[0] * text.width + offsetx,
+    linepoint[1] * text.height + offsety
+  ];
+  // This approximates pcbnew behavior with how text tilts depending on horizontal justification
+  point[0] -= (linepoint[1] + 0.5 * (1 + text.justify[0])) * text.height * tilt;
+  return point;
+}
+
+function drawText(ctx, text, color) {
+  if ("ref" in text && !settings.renderReferences) return;
+  if ("val" in text && !settings.renderValues) return;
+  ctx.save();
+  ctx.fillStyle = color;
+  ctx.strokeStyle = color;
+  ctx.lineCap = "round";
+  ctx.lineJoin = "round";
+  ctx.lineWidth = text.thickness;
+  if ("svgpath" in text) {
+    ctx.stroke(new Path2D(text.svgpath));
+    ctx.restore();
+    return;
+  }
+  if ("polygons" in text) {
+    ctx.fill(getPolygonsPath(text));
+    ctx.restore();
+    return;
+  }
+  ctx.translate(...text.pos);
+  ctx.translate(text.thickness * 0.5, 0);
+  var angle = -text.angle;
+  if (text.attr.includes("mirrored")) {
+    ctx.scale(-1, 1);
+    angle = -angle;
+  }
+  var tilt = 0;
+  if (text.attr.includes("italic")) {
+    tilt = 0.125;
+  }
+  var interline = text.height * 1.5 + text.thickness;
+  var txt = text.text.split("\n");
+  // KiCad ignores last empty line.
+  if (txt[txt.length - 1] == '') txt.pop();
+  ctx.rotate(deg2rad(angle));
+  var offsety = (1 - text.justify[1]) / 2 * text.height; // One line offset
+  offsety -= (txt.length - 1) * (text.justify[1] + 1) / 2 * interline; // Multiline offset
+  for (var i in txt) {
+    var lineWidth = text.thickness + interline / 2 * tilt;
+    for (var j = 0; j < txt[i].length; j++) {
+      if (txt[i][j] == '\t') {
+        var fourSpaces = 4 * pcbdata.font_data[' '].w * text.width;
+        lineWidth += fourSpaces - lineWidth % fourSpaces;
+      } else {
+        if (txt[i][j] == '~') {
+          j++;
+          if (j == txt[i].length)
+            break;
+        }
+        lineWidth += pcbdata.font_data[txt[i][j]].w * text.width;
+      }
+    }
+    var offsetx = -lineWidth * (text.justify[0] + 1) / 2;
+    var inOverbar = false;
+    for (var j = 0; j < txt[i].length; j++) {
+      if (config.kicad_text_formatting) {
+        if (txt[i][j] == '\t') {
+          var fourSpaces = 4 * pcbdata.font_data[' '].w * text.width;
+          offsetx += fourSpaces - offsetx % fourSpaces;
+          continue;
+        } else if (txt[i][j] == '~') {
+          j++;
+          if (j == txt[i].length)
+            break;
+          if (txt[i][j] != '~') {
+            inOverbar = !inOverbar;
+          }
+        }
+      }
+      var glyph = pcbdata.font_data[txt[i][j]];
+      if (inOverbar) {
+        var overbarStart = [offsetx, -text.height * 1.4 + offsety];
+        var overbarEnd = [offsetx + text.width * glyph.w, overbarStart[1]];
+
+        if (!lastHadOverbar) {
+          overbarStart[0] += text.height * 1.4 * tilt;
+          lastHadOverbar = true;
+        }
+        ctx.beginPath();
+        ctx.moveTo(...overbarStart);
+        ctx.lineTo(...overbarEnd);
+        ctx.stroke();
+      } else {
+        lastHadOverbar = false;
+      }
+      for (var line of glyph.l) {
+        ctx.beginPath();
+        ctx.moveTo(...calcFontPoint(line[0], text, offsetx, offsety, tilt));
+        for (var k = 1; k < line.length; k++) {
+          ctx.lineTo(...calcFontPoint(line[k], text, offsetx, offsety, tilt));
+        }
+        ctx.stroke();
+      }
+      offsetx += glyph.w * text.width;
+    }
+    offsety += interline;
+  }
+  ctx.restore();
+}
+
+function drawedge(ctx, scalefactor, edge, color) {
+  ctx.strokeStyle = color;
+  ctx.fillStyle = color;
+  ctx.lineWidth = Math.max(1 / scalefactor, edge.width);
+  ctx.lineCap = "round";
+  ctx.lineJoin = "round";
+  if ("svgpath" in edge) {
+    ctx.stroke(new Path2D(edge.svgpath));
+  } else {
+    ctx.beginPath();
+    if (edge.type == "segment") {
+      ctx.moveTo(...edge.start);
+      ctx.lineTo(...edge.end);
+    }
+    if (edge.type == "rect") {
+      ctx.moveTo(...edge.start);
+      ctx.lineTo(edge.start[0], edge.end[1]);
+      ctx.lineTo(...edge.end);
+      ctx.lineTo(edge.end[0], edge.start[1]);
+      ctx.lineTo(...edge.start);
+    }
+    if (edge.type == "arc") {
+      ctx.arc(
+        ...edge.start,
+        edge.radius,
+        deg2rad(edge.startangle),
+        deg2rad(edge.endangle));
+    }
+    if (edge.type == "circle") {
+      ctx.arc(
+        ...edge.start,
+        edge.radius,
+        0, 2 * Math.PI);
+      ctx.closePath();
+    }
+    if (edge.type == "curve") {
+      ctx.moveTo(...edge.start);
+      ctx.bezierCurveTo(...edge.cpa, ...edge.cpb, ...edge.end);
+    }
+    if("filled" in edge && edge.filled)
+      ctx.fill();
+    else
+      ctx.stroke();
+  }
+}
+
+function getChamferedRectPath(size, radius, chamfpos, chamfratio) {
+  // chamfpos is a bitmask, left = 1, right = 2, bottom left = 4, bottom right = 8
+  var path = new Path2D();
+  var width = size[0];
+  var height = size[1];
+  var x = width * -0.5;
+  var y = height * -0.5;
+  var chamfOffset = Math.min(width, height) * chamfratio;
+  path.moveTo(x, 0);
+  if (chamfpos & 4) {
+    path.lineTo(x, y + height - chamfOffset);
+    path.lineTo(x + chamfOffset, y + height);
+    path.lineTo(0, y + height);
+  } else {
+    path.arcTo(x, y + height, x + width, y + height, radius);
+  }
+  if (chamfpos & 8) {
+    path.lineTo(x + width - chamfOffset, y + height);
+    path.lineTo(x + width, y + height - chamfOffset);
+    path.lineTo(x + width, 0);
+  } else {
+    path.arcTo(x + width, y + height, x + width, y, radius);
+  }
+  if (chamfpos & 2) {
+    path.lineTo(x + width, y + chamfOffset);
+    path.lineTo(x + width - chamfOffset, y);
+    path.lineTo(0, y);
+  } else {
+    path.arcTo(x + width, y, x, y, radius);
+  }
+  if (chamfpos & 1) {
+    path.lineTo(x + chamfOffset, y);
+    path.lineTo(x, y + chamfOffset);
+    path.lineTo(x, 0);
+  } else {
+    path.arcTo(x, y, x, y + height, radius);
+  }
+  path.closePath();
+  return path;
+}
+
+function getOblongPath(size) {
+  return getChamferedRectPath(size, Math.min(size[0], size[1]) / 2, 0, 0);
+}
+
+function getPolygonsPath(shape) {
+  if (shape.path2d) {
+    return shape.path2d;
+  }
+  if ("svgpath" in shape) {
+    shape.path2d = new Path2D(shape.svgpath);
+  } else {
+    var path = new Path2D();
+    for (var polygon of shape.polygons) {
+      path.moveTo(...polygon[0]);
+      for (var i = 1; i < polygon.length; i++) {
+        path.lineTo(...polygon[i]);
+      }
+      path.closePath();
+    }
+    shape.path2d = path;
+  }
+  return shape.path2d;
+}
+
+function drawPolygonShape(ctx, scalefactor, shape, color) {
+  ctx.save();
+  if (!("svgpath" in shape)) {
+    ctx.translate(...shape.pos);
+    ctx.rotate(deg2rad(-shape.angle));
+  }
+  if("filled" in shape && !shape.filled) {
+    ctx.strokeStyle = color;
+    ctx.lineWidth = Math.max(1 / scalefactor, shape.width);
+    ctx.lineCap = "round";
+    ctx.lineJoin = "round";
+    ctx.stroke(getPolygonsPath(shape));
+  } else {
+    ctx.fillStyle = color;
+    ctx.fill(getPolygonsPath(shape));
+  }
+  ctx.restore();
+}
+
+function drawDrawing(ctx, scalefactor, drawing, color) {
+  if (["segment", "arc", "circle", "curve", "rect"].includes(drawing.type)) {
+    drawedge(ctx, scalefactor, drawing, color);
+  } else if (drawing.type == "polygon") {
+    drawPolygonShape(ctx, scalefactor, drawing, color);
+  } else {
+    drawText(ctx, drawing, color);
+  }
+}
+
+function getCirclePath(radius) {
+  var path = new Path2D();
+  path.arc(0, 0, radius, 0, 2 * Math.PI);
+  path.closePath();
+  return path;
+}
+
+function getCachedPadPath(pad) {
+  if (!pad.path2d) {
+    // if path2d is not set, build one and cache it on pad object
+    if (pad.shape == "rect") {
+      pad.path2d = new Path2D();
+      pad.path2d.rect(...pad.size.map(c => -c * 0.5), ...pad.size);
+    } else if (pad.shape == "oval") {
+      pad.path2d = getOblongPath(pad.size);
+    } else if (pad.shape == "circle") {
+      pad.path2d = getCirclePath(pad.size[0] / 2);
+    } else if (pad.shape == "roundrect") {
+      pad.path2d = getChamferedRectPath(pad.size, pad.radius, 0, 0);
+    } else if (pad.shape == "chamfrect") {
+      pad.path2d = getChamferedRectPath(pad.size, pad.radius, pad.chamfpos, pad.chamfratio)
+    } else if (pad.shape == "custom") {
+      pad.path2d = getPolygonsPath(pad);
+    }
+  }
+  return pad.path2d;
+}
+
+function drawPad(ctx, pad, color, outline) {
+  ctx.save();
+  ctx.translate(...pad.pos);
+  ctx.rotate(-deg2rad(pad.angle));
+  if (pad.offset) {
+    ctx.translate(...pad.offset);
+  }
+  ctx.fillStyle = color;
+  ctx.strokeStyle = color;
+  var path = getCachedPadPath(pad);
+  if (outline) {
+    ctx.stroke(path);
+  } else {
+    ctx.fill(path);
+  }
+  ctx.restore();
+}
+
+function drawPadHole(ctx, pad, padHoleColor) {
+  if (pad.type != "th") return;
+  ctx.save();
+  ctx.translate(...pad.pos);
+  ctx.rotate(-deg2rad(pad.angle));
+  ctx.fillStyle = padHoleColor;
+  if (pad.drillshape == "oblong") {
+    ctx.fill(getOblongPath(pad.drillsize));
+  } else {
+    ctx.fill(getCirclePath(pad.drillsize[0] / 2));
+  }
+  ctx.restore();
+}
+
+function drawFootprint(ctx, layer, scalefactor, footprint, colors, highlight, outline) {
+  if (highlight) {
+    // draw bounding box
+    if (footprint.layer == layer) {
+      ctx.save();
+      ctx.globalAlpha = 0.2;
+      ctx.translate(...footprint.bbox.pos);
+      ctx.rotate(deg2rad(-footprint.bbox.angle));
+      ctx.translate(...footprint.bbox.relpos);
+      ctx.fillStyle = colors.pad;
+      ctx.fillRect(0, 0, ...footprint.bbox.size);
+      ctx.globalAlpha = 1;
+      ctx.strokeStyle = colors.pad;
+      ctx.lineWidth = 3 / scalefactor;
+      ctx.strokeRect(0, 0, ...footprint.bbox.size);
+      ctx.restore();
+    }
+  }
+  // draw drawings
+  for (var drawing of footprint.drawings) {
+    if (drawing.layer == layer) {
+      drawDrawing(ctx, scalefactor, drawing.drawing, colors.pad);
+    }
+  }
+  ctx.lineWidth = 3 / scalefactor;
+  // draw pads
+  if (settings.renderPads) {
+    for (var pad of footprint.pads) {
+      if (pad.layers.includes(layer)) {
+        drawPad(ctx, pad, colors.pad, outline);
+        if (pad.pin1 &&
+          (settings.highlightpin1 == "all" ||
+            settings.highlightpin1 == "selected" && highlight)) {
+          drawPad(ctx, pad, colors.outline, true);
+        }
+      }
+    }
+    for (var pad of footprint.pads) {
+      drawPadHole(ctx, pad, colors.padHole);
+    }
+  }
+}
+
+function drawEdgeCuts(canvas, scalefactor) {
+  var ctx = canvas.getContext("2d");
+  var edgecolor = getComputedStyle(topmostdiv).getPropertyValue('--pcb-edge-color');
+  for (var edge of pcbdata.edges) {
+    drawDrawing(ctx, scalefactor, edge, edgecolor);
+  }
+}
+
+function drawFootprints(canvas, layer, scalefactor, highlight) {
+  var ctx = canvas.getContext("2d");
+  ctx.lineWidth = 3 / scalefactor;
+  var style = getComputedStyle(topmostdiv);
+
+  var colors = {
+    pad: style.getPropertyValue('--pad-color'),
+    padHole: style.getPropertyValue('--pad-hole-color'),
+    outline: style.getPropertyValue('--pin1-outline-color'),
+  }
+
+  for (var i = 0; i < pcbdata.footprints.length; i++) {
+    var mod = pcbdata.footprints[i];
+    var outline = settings.renderDnpOutline && pcbdata.bom.skipped.includes(i);
+    var h = highlightedFootprints.includes(i);
+    var d = markedFootprints.has(i);
+    if (highlight) {
+      if(h && d) {
+        colors.pad = style.getPropertyValue('--pad-color-highlight-both');
+        colors.outline = style.getPropertyValue('--pin1-outline-color-highlight-both');
+      } else if (h) {
+        colors.pad = style.getPropertyValue('--pad-color-highlight');
+        colors.outline = style.getPropertyValue('--pin1-outline-color-highlight');
+      } else if (d) {
+        colors.pad = style.getPropertyValue('--pad-color-highlight-marked');
+        colors.outline = style.getPropertyValue('--pin1-outline-color-highlight-marked');
+      }
+    }
+    if( h || d || !highlight) {
+      drawFootprint(ctx, layer, scalefactor, mod, colors, highlight, outline);
+    }
+  }
+}
+
+function drawBgLayer(layername, canvas, layer, scalefactor, edgeColor, polygonColor, textColor) {
+  var ctx = canvas.getContext("2d");
+  for (var d of pcbdata.drawings[layername][layer]) {
+    if (["segment", "arc", "circle", "curve", "rect"].includes(d.type)) {
+      drawedge(ctx, scalefactor, d, edgeColor);
+    } else if (d.type == "polygon") {
+      drawPolygonShape(ctx, scalefactor, d, polygonColor);
+    } else {
+      drawText(ctx, d, textColor);
+    }
+  }
+}
+
+function drawTracks(canvas, layer, defaultColor, highlight) {
+  ctx = canvas.getContext("2d");
+  ctx.lineCap = "round";
+
+  var hasHole = (track) => (
+    'drillsize' in track &&
+    track.start[0] == track.end[0] &&
+    track.start[1] == track.end[1]);
+
+  // First draw tracks and tented vias
+  for (var track of pcbdata.tracks[layer]) {
+    if (highlight && highlightedNet != track.net) continue;
+    if (!hasHole(track)) {
+      ctx.strokeStyle = highlight ? defaultColor : settings.netColors[track.net] || defaultColor;
+      ctx.lineWidth = track.width;
+      ctx.beginPath();
+      if ('radius' in track) {
+        ctx.arc(
+          ...track.center,
+          track.radius,
+          deg2rad(track.startangle),
+          deg2rad(track.endangle));
+      } else {
+        ctx.moveTo(...track.start);
+        ctx.lineTo(...track.end);
+      }
+      ctx.stroke();
+    }
+  }
+  // Second pass to draw untented vias
+  var style = getComputedStyle(topmostdiv);
+  var holeColor = style.getPropertyValue('--pad-hole-color')
+
+  for (var track of pcbdata.tracks[layer]) {
+    if (highlight && highlightedNet != track.net) continue;
+    if (hasHole(track)) {
+      ctx.strokeStyle = highlight ? defaultColor : settings.netColors[track.net] || defaultColor;
+      ctx.lineWidth = track.width;
+      ctx.beginPath();
+      ctx.moveTo(...track.start);
+      ctx.lineTo(...track.end);
+      ctx.stroke();
+      ctx.strokeStyle = holeColor;
+      ctx.lineWidth = track.drillsize;
+      ctx.lineTo(...track.end);
+      ctx.stroke();
+    }
+  }
+}
+
+function drawZones(canvas, layer, defaultColor, highlight) {
+  ctx = canvas.getContext("2d");
+  ctx.lineJoin = "round";
+  for (var zone of pcbdata.zones[layer]) {
+    if (highlight && highlightedNet != zone.net) continue;
+    ctx.strokeStyle = highlight ? defaultColor : settings.netColors[zone.net] || defaultColor;
+    ctx.fillStyle = highlight ? defaultColor : settings.netColors[zone.net] || defaultColor;
+    if (!zone.path2d) {
+      zone.path2d = getPolygonsPath(zone);
+    }
+    ctx.fill(zone.path2d, zone.fillrule || "nonzero");
+    if (zone.width > 0) {
+      ctx.lineWidth = zone.width;
+      ctx.stroke(zone.path2d);
+    }
+  }
+}
+
+function clearCanvas(canvas, color = null) {
+  var ctx = canvas.getContext("2d");
+  ctx.save();
+  ctx.setTransform(1, 0, 0, 1, 0, 0);
+  if (color) {
+    ctx.fillStyle = color;
+    ctx.fillRect(0, 0, canvas.width, canvas.height);
+  } else {
+    if (!window.matchMedia("print").matches)
+      ctx.clearRect(0, 0, canvas.width, canvas.height);
+  }
+  ctx.restore();
+}
+
+function drawNets(canvas, layer, highlight) {
+  var style = getComputedStyle(topmostdiv);
+  if (settings.renderZones) {
+    var zoneColor = style.getPropertyValue(highlight ? '--zone-color-highlight' : '--zone-color');
+    drawZones(canvas, layer, zoneColor, highlight);
+  }
+  if (settings.renderTracks) {
+    var trackColor = style.getPropertyValue(highlight ? '--track-color-highlight' : '--track-color');
+    drawTracks(canvas, layer, trackColor, highlight);
+  }
+  if (highlight && settings.renderPads) {
+    var padColor = style.getPropertyValue('--pad-color-highlight');
+    var padHoleColor = style.getPropertyValue('--pad-hole-color');
+    var ctx = canvas.getContext("2d");
+    for (var footprint of pcbdata.footprints) {
+      // draw pads
+      var padDrawn = false;
+      for (var pad of footprint.pads) {
+        if (highlightedNet != pad.net) continue;
+        if (pad.layers.includes(layer)) {
+          drawPad(ctx, pad, padColor, false);
+          padDrawn = true;
+        }
+      }
+      if (padDrawn) {
+        // redraw all pad holes because some pads may overlap
+        for (var pad of footprint.pads) {
+          drawPadHole(ctx, pad, padHoleColor);
+        }
+      }
+    }
+  }
+}
+
+function drawHighlightsOnLayer(canvasdict, clear = true) {
+  if (clear) {
+    clearCanvas(canvasdict.highlight);
+  }
+  if (markedFootprints.size > 0 || highlightedFootprints.length > 0) {
+    drawFootprints(canvasdict.highlight, canvasdict.layer,
+      canvasdict.transform.s * canvasdict.transform.zoom, true);
+  }
+  if (highlightedNet !== null) {
+    drawNets(canvasdict.highlight, canvasdict.layer, true);
+  }
+}
+
+function drawHighlights() {
+  drawHighlightsOnLayer(allcanvas.front);
+  drawHighlightsOnLayer(allcanvas.back);
+}
+
+function drawBackground(canvasdict, clear = true) {
+  if (clear) {
+    clearCanvas(canvasdict.bg);
+    clearCanvas(canvasdict.fab);
+    clearCanvas(canvasdict.silk);
+  }
+
+  drawNets(canvasdict.bg, canvasdict.layer, false);
+  drawFootprints(canvasdict.bg, canvasdict.layer,
+    canvasdict.transform.s * canvasdict.transform.zoom, false);
+
+  drawEdgeCuts(canvasdict.bg, canvasdict.transform.s * canvasdict.transform.zoom);
+
+  var style = getComputedStyle(topmostdiv);
+  var edgeColor = style.getPropertyValue('--silkscreen-edge-color');
+  var polygonColor = style.getPropertyValue('--silkscreen-polygon-color');
+  var textColor = style.getPropertyValue('--silkscreen-text-color');
+  if (settings.renderSilkscreen) {
+    drawBgLayer(
+      "silkscreen", canvasdict.silk, canvasdict.layer,
+      canvasdict.transform.s * canvasdict.transform.zoom,
+      edgeColor, polygonColor, textColor);
+  }
+  edgeColor = style.getPropertyValue('--fabrication-edge-color');
+  polygonColor = style.getPropertyValue('--fabrication-polygon-color');
+  textColor = style.getPropertyValue('--fabrication-text-color');
+  if (settings.renderFabrication) {
+    drawBgLayer(
+      "fabrication", canvasdict.fab, canvasdict.layer,
+      canvasdict.transform.s * canvasdict.transform.zoom,
+      edgeColor, polygonColor, textColor);
+  }
+}
+
+function prepareCanvas(canvas, flip, transform) {
+  var ctx = canvas.getContext("2d");
+  ctx.setTransform(1, 0, 0, 1, 0, 0);
+  ctx.scale(transform.zoom, transform.zoom);
+  ctx.translate(transform.panx, transform.pany);
+  if (flip) {
+    ctx.scale(-1, 1);
+  }
+  ctx.translate(transform.x, transform.y);
+  ctx.rotate(deg2rad(settings.boardRotation + (flip && settings.offsetBackRotation ? - 180 : 0)));
+  ctx.scale(transform.s, transform.s);
+}
+
+function prepareLayer(canvasdict) {
+  var flip = (canvasdict.layer === "B");
+  for (var c of ["bg", "fab", "silk", "highlight"]) {
+    prepareCanvas(canvasdict[c], flip, canvasdict.transform);
+  }
+}
+
+function rotateVector(v, angle) {
+  angle = deg2rad(angle);
+  return [
+    v[0] * Math.cos(angle) - v[1] * Math.sin(angle),
+    v[0] * Math.sin(angle) + v[1] * Math.cos(angle)
+  ];
+}
+
+function applyRotation(bbox, flip) {
+  var corners = [
+    [bbox.minx, bbox.miny],
+    [bbox.minx, bbox.maxy],
+    [bbox.maxx, bbox.miny],
+    [bbox.maxx, bbox.maxy],
+  ];
+  corners = corners.map((v) => rotateVector(v, settings.boardRotation + (flip && settings.offsetBackRotation ? - 180 : 0)));
+  return {
+    minx: corners.reduce((a, v) => Math.min(a, v[0]), Infinity),
+    miny: corners.reduce((a, v) => Math.min(a, v[1]), Infinity),
+    maxx: corners.reduce((a, v) => Math.max(a, v[0]), -Infinity),
+    maxy: corners.reduce((a, v) => Math.max(a, v[1]), -Infinity),
+  }
+}
+
+function recalcLayerScale(layerdict, width, height) {
+  var flip = (layerdict.layer === "B");
+  var bbox = applyRotation(pcbdata.edges_bbox, flip);
+  var scalefactor = 0.98 * Math.min(
+    width / (bbox.maxx - bbox.minx),
+    height / (bbox.maxy - bbox.miny)
+  );
+  if (scalefactor < 0.1) {
+    scalefactor = 1;
+  }
+  layerdict.transform.s = scalefactor;
+  if (flip) {
+    layerdict.transform.x = -((bbox.maxx + bbox.minx) * scalefactor + width) * 0.5;
+  } else {
+    layerdict.transform.x = -((bbox.maxx + bbox.minx) * scalefactor - width) * 0.5;
+  }
+  layerdict.transform.y = -((bbox.maxy + bbox.miny) * scalefactor - height) * 0.5;
+  for (var c of ["bg", "fab", "silk", "highlight"]) {
+    canvas = layerdict[c];
+    canvas.width = width;
+    canvas.height = height;
+    canvas.style.width = (width / devicePixelRatio) + "px";
+    canvas.style.height = (height / devicePixelRatio) + "px";
+  }
+}
+
+function redrawCanvas(layerdict) {
+  prepareLayer(layerdict);
+  drawBackground(layerdict);
+  drawHighlightsOnLayer(layerdict);
+}
+
+function resizeCanvas(layerdict) {
+  var canvasdivid = {
+    "F": "frontcanvas",
+    "B": "backcanvas"
+  } [layerdict.layer];
+  var width = document.getElementById(canvasdivid).clientWidth * devicePixelRatio;
+  var height = document.getElementById(canvasdivid).clientHeight * devicePixelRatio;
+  recalcLayerScale(layerdict, width, height);
+  redrawCanvas(layerdict);
+}
+
+function resizeAll() {
+  resizeCanvas(allcanvas.front);
+  resizeCanvas(allcanvas.back);
+}
+
+function pointWithinDistanceToSegment(x, y, x1, y1, x2, y2, d) {
+  var A = x - x1;
+  var B = y - y1;
+  var C = x2 - x1;
+  var D = y2 - y1;
+
+  var dot = A * C + B * D;
+  var len_sq = C * C + D * D;
+  var dx, dy;
+  if (len_sq == 0) {
+    // start and end of the segment coincide
+    dx = x - x1;
+    dy = y - y1;
+  } else {
+    var param = dot / len_sq;
+    var xx, yy;
+    if (param < 0) {
+      xx = x1;
+      yy = y1;
+    } else if (param > 1) {
+      xx = x2;
+      yy = y2;
+    } else {
+      xx = x1 + param * C;
+      yy = y1 + param * D;
+    }
+    dx = x - xx;
+    dy = y - yy;
+  }
+  return dx * dx + dy * dy <= d * d;
+}
+
+function modulo(n, mod) {
+  return ((n % mod) + mod) % mod;
+}
+
+function pointWithinDistanceToArc(x, y, xc, yc, radius, startangle, endangle, d) {
+  var dx = x - xc;
+  var dy = y - yc;
+  var r_sq = dx * dx + dy * dy;
+  var rmin = Math.max(0, radius - d);
+  var rmax = radius + d;
+
+  if (r_sq < rmin * rmin || r_sq > rmax * rmax)
+    return false;
+
+  var angle1 = modulo(deg2rad(startangle), 2 * Math.PI);
+  var dx1 = xc + radius * Math.cos(angle1) - x;
+  var dy1 = yc + radius * Math.sin(angle1) - y;
+  if (dx1 * dx1 + dy1 * dy1 <= d * d)
+    return true;
+
+  var angle2 = modulo(deg2rad(endangle), 2 * Math.PI);
+  var dx2 = xc + radius * Math.cos(angle2) - x;
+  var dy2 = yc + radius * Math.sin(angle2) - y;
+  if (dx2 * dx2 + dy2 * dy2 <= d * d)
+    return true;
+
+  var angle = modulo(Math.atan2(dy, dx), 2 * Math.PI);
+  if (angle1 > angle2)
+    return (angle >= angle2 || angle <= angle1);
+  else
+    return (angle >= angle1 && angle <= angle2);
+}
+
+function pointWithinPad(x, y, pad) {
+  var v = [x - pad.pos[0], y - pad.pos[1]];
+  v = rotateVector(v, pad.angle);
+  if (pad.offset) {
+    v[0] -= pad.offset[0];
+    v[1] -= pad.offset[1];
+  }
+  return emptyContext2d.isPointInPath(getCachedPadPath(pad), ...v);
+}
+
+function netHitScan(layer, x, y) {
+  // Check track segments
+  if (settings.renderTracks && pcbdata.tracks) {
+    for (var track of pcbdata.tracks[layer]) {
+      if ('radius' in track) {
+        if (pointWithinDistanceToArc(x, y, ...track.center, track.radius, track.startangle, track.endangle, track.width / 2)) {
+          return track.net;
+        }
+      } else {
+        if (pointWithinDistanceToSegment(x, y, ...track.start, ...track.end, track.width / 2)) {
+          return track.net;
+        }
+      }
+    }
+  }
+  // Check pads
+  if (settings.renderPads) {
+    for (var footprint of pcbdata.footprints) {
+      for (var pad of footprint.pads) {
+        if (pad.layers.includes(layer) && pointWithinPad(x, y, pad)) {
+          return pad.net;
+        }
+      }
+    }
+  }
+  return null;
+}
+
+function pointWithinFootprintBbox(x, y, bbox) {
+  var v = [x - bbox.pos[0], y - bbox.pos[1]];
+  v = rotateVector(v, bbox.angle);
+  return bbox.relpos[0] <= v[0] && v[0] <= bbox.relpos[0] + bbox.size[0] &&
+    bbox.relpos[1] <= v[1] && v[1] <= bbox.relpos[1] + bbox.size[1];
+}
+
+function bboxHitScan(layer, x, y) {
+  var result = [];
+  for (var i = 0; i < pcbdata.footprints.length; i++) {
+    var footprint = pcbdata.footprints[i];
+    if (footprint.layer == layer) {
+      if (pointWithinFootprintBbox(x, y, footprint.bbox)) {
+        result.push(i);
+      }
+    }
+  }
+  return result;
+}
+
+function handlePointerDown(e, layerdict) {
+  if (e.button != 0 && e.button != 1) {
+    return;
+  }
+  e.preventDefault();
+  e.stopPropagation();
+
+  if (!e.hasOwnProperty("offsetX")) {
+    // The polyfill doesn't set this properly
+    e.offsetX = e.pageX - e.currentTarget.offsetLeft;
+    e.offsetY = e.pageY - e.currentTarget.offsetTop;
+  }
+
+  layerdict.pointerStates[e.pointerId] = {
+    distanceTravelled: 0,
+    lastX: e.offsetX,
+    lastY: e.offsetY,
+    downTime: Date.now(),
+  };
+}
+
+function handleMouseClick(e, layerdict) {
+  if (!e.hasOwnProperty("offsetX")) {
+    // The polyfill doesn't set this properly
+    e.offsetX = e.pageX - e.currentTarget.offsetLeft;
+    e.offsetY = e.pageY - e.currentTarget.offsetTop;
+  }
+
+  var x = e.offsetX;
+  var y = e.offsetY;
+  var t = layerdict.transform;
+  var flip = layerdict.layer === "B";
+  if (flip) {
+    x = (devicePixelRatio * x / t.zoom - t.panx + t.x) / -t.s;
+  } else {
+    x = (devicePixelRatio * x / t.zoom - t.panx - t.x) / t.s;
+  }
+  y = (devicePixelRatio * y / t.zoom - t.y - t.pany) / t.s;
+  var v = rotateVector([x, y], -settings.boardRotation + (flip && settings.offsetBackRotation ? - 180 : 0));
+  if ("nets" in pcbdata) {
+    var net = netHitScan(layerdict.layer, ...v);
+    if (net !== highlightedNet) {
+      netClicked(net);
+    }
+  }
+  if (highlightedNet === null) {
+    var footprints = bboxHitScan(layerdict.layer, ...v);
+    if (footprints.length > 0) {
+      footprintsClicked(footprints);
+    }
+  }
+}
+
+function handlePointerLeave(e, layerdict) {
+  e.preventDefault();
+  e.stopPropagation();
+
+  if (!settings.redrawOnDrag) {
+    redrawCanvas(layerdict);
+  }
+
+  delete layerdict.pointerStates[e.pointerId];
+}
+
+function resetTransform(layerdict) {
+  layerdict.transform.panx = 0;
+  layerdict.transform.pany = 0;
+  layerdict.transform.zoom = 1;
+  redrawCanvas(layerdict);
+}
+
+function handlePointerUp(e, layerdict) {
+  if (!e.hasOwnProperty("offsetX")) {
+    // The polyfill doesn't set this properly
+    e.offsetX = e.pageX - e.currentTarget.offsetLeft;
+    e.offsetY = e.pageY - e.currentTarget.offsetTop;
+  }
+
+  e.preventDefault();
+  e.stopPropagation();
+
+  if (e.button == 2) {
+    // Reset pan and zoom on right click.
+    resetTransform(layerdict);
+    layerdict.anotherPointerTapped = false;
+    return;
+  }
+
+  // We haven't necessarily had a pointermove event since the interaction started, so make sure we update this now
+  var ptr = layerdict.pointerStates[e.pointerId];
+  ptr.distanceTravelled += Math.abs(e.offsetX - ptr.lastX) + Math.abs(e.offsetY - ptr.lastY);
+
+  if (e.button == 0 && ptr.distanceTravelled < 10 && Date.now() - ptr.downTime <= 500) {
+    if (Object.keys(layerdict.pointerStates).length == 1) {
+      if (layerdict.anotherPointerTapped) {
+        // This is the second pointer coming off of a two-finger tap
+        resetTransform(layerdict);
+      } else {
+        // This is just a regular tap
+        handleMouseClick(e, layerdict);
+      }
+      layerdict.anotherPointerTapped = false;
+    } else {
+      // This is the first finger coming off of what could become a two-finger tap
+      layerdict.anotherPointerTapped = true;
+    }
+  } else {
+    if (!settings.redrawOnDrag) {
+      redrawCanvas(layerdict);
+    }
+    layerdict.anotherPointerTapped = false;
+  }
+
+  delete layerdict.pointerStates[e.pointerId];
+}
+
+function handlePointerMove(e, layerdict) {
+  if (!layerdict.pointerStates.hasOwnProperty(e.pointerId)) {
+    return;
+  }
+  e.preventDefault();
+  e.stopPropagation();
+
+  if (!e.hasOwnProperty("offsetX")) {
+    // The polyfill doesn't set this properly
+    e.offsetX = e.pageX - e.currentTarget.offsetLeft;
+    e.offsetY = e.pageY - e.currentTarget.offsetTop;
+  }
+
+  var thisPtr = layerdict.pointerStates[e.pointerId];
+
+  var dx = e.offsetX - thisPtr.lastX;
+  var dy = e.offsetY - thisPtr.lastY;
+
+  // If this number is low on pointer up, we count the action as a click
+  thisPtr.distanceTravelled += Math.abs(dx) + Math.abs(dy);
+
+  if (Object.keys(layerdict.pointerStates).length == 1) {
+    // This is a simple drag
+    layerdict.transform.panx += devicePixelRatio * dx / layerdict.transform.zoom;
+    layerdict.transform.pany += devicePixelRatio * dy / layerdict.transform.zoom;
+  } else if (Object.keys(layerdict.pointerStates).length == 2) {
+    var otherPtr = Object.values(layerdict.pointerStates).filter((ptr) => ptr != thisPtr)[0];
+
+    var oldDist = Math.sqrt(Math.pow(thisPtr.lastX - otherPtr.lastX, 2) + Math.pow(thisPtr.lastY - otherPtr.lastY, 2));
+    var newDist = Math.sqrt(Math.pow(e.offsetX - otherPtr.lastX, 2) + Math.pow(e.offsetY - otherPtr.lastY, 2));
+
+    var scaleFactor = newDist / oldDist;
+
+    if (scaleFactor != NaN) {
+      layerdict.transform.zoom *= scaleFactor;
+
+      var zoomd = (1 - scaleFactor) / layerdict.transform.zoom;
+      layerdict.transform.panx += devicePixelRatio * otherPtr.lastX * zoomd;
+      layerdict.transform.pany += devicePixelRatio * otherPtr.lastY * zoomd;
+    }
+  }
+
+  thisPtr.lastX = e.offsetX;
+  thisPtr.lastY = e.offsetY;
+
+  if (settings.redrawOnDrag) {
+    redrawCanvas(layerdict);
+  }
+}
+
+function handleMouseWheel(e, layerdict) {
+  e.preventDefault();
+  e.stopPropagation();
+  var t = layerdict.transform;
+  var wheeldelta = e.deltaY;
+  if (e.deltaMode == 1) {
+    // FF only, scroll by lines
+    wheeldelta *= 30;
+  } else if (e.deltaMode == 2) {
+    wheeldelta *= 300;
+  }
+  var m = Math.pow(1.1, -wheeldelta / 40);
+  // Limit amount of zoom per tick.
+  if (m > 2) {
+    m = 2;
+  } else if (m < 0.5) {
+    m = 0.5;
+  }
+  t.zoom *= m;
+  var zoomd = (1 - m) / t.zoom;
+  t.panx += devicePixelRatio * e.offsetX * zoomd;
+  t.pany += devicePixelRatio * e.offsetY * zoomd;
+  redrawCanvas(layerdict);
+}
+
+function addMouseHandlers(div, layerdict) {
+  div.addEventListener("pointerdown", function(e) {
+    handlePointerDown(e, layerdict);
+  });
+  div.addEventListener("pointermove", function(e) {
+    handlePointerMove(e, layerdict);
+  });
+  div.addEventListener("pointerup", function(e) {
+    handlePointerUp(e, layerdict);
+  });
+  var pointerleave = function(e) {
+    handlePointerLeave(e, layerdict);
+  }
+  div.addEventListener("pointercancel", pointerleave);
+  div.addEventListener("pointerleave", pointerleave);
+  div.addEventListener("pointerout", pointerleave);
+
+  div.onwheel = function(e) {
+    handleMouseWheel(e, layerdict);
+  }
+  for (var element of [div, layerdict.bg, layerdict.fab, layerdict.silk, layerdict.highlight]) {
+    element.addEventListener("contextmenu", function(e) {
+      e.preventDefault();
+    }, false);
+  }
+}
+
+function setRedrawOnDrag(value) {
+  settings.redrawOnDrag = value;
+  writeStorage("redrawOnDrag", value);
+}
+
+function setBoardRotation(value) {
+  settings.boardRotation = value * 5;
+  writeStorage("boardRotation", settings.boardRotation);
+  document.getElementById("rotationDegree").textContent = settings.boardRotation;
+  resizeAll();
+}
+
+function setOffsetBackRotation(value) {
+  settings.offsetBackRotation = value;
+  writeStorage("offsetBackRotation", value);
+  resizeAll();
+}
+
+function initRender() {
+  allcanvas = {
+    front: {
+      transform: {
+        x: 0,
+        y: 0,
+        s: 1,
+        panx: 0,
+        pany: 0,
+        zoom: 1,
+      },
+      pointerStates: {},
+      anotherPointerTapped: false,
+      bg: document.getElementById("F_bg"),
+      fab: document.getElementById("F_fab"),
+      silk: document.getElementById("F_slk"),
+      highlight: document.getElementById("F_hl"),
+      layer: "F",
+    },
+    back: {
+      transform: {
+        x: 0,
+        y: 0,
+        s: 1,
+        panx: 0,
+        pany: 0,
+        zoom: 1,
+      },
+      pointerStates: {},
+      anotherPointerTapped: false,
+      bg: document.getElementById("B_bg"),
+      fab: document.getElementById("B_fab"),
+      silk: document.getElementById("B_slk"),
+      highlight: document.getElementById("B_hl"),
+      layer: "B",
+    }
+  };
+  addMouseHandlers(document.getElementById("frontcanvas"), allcanvas.front);
+  addMouseHandlers(document.getElementById("backcanvas"), allcanvas.back);
+}
+
+///////////////////////////////////////////////
+
+///////////////////////////////////////////////
+/*
+ * Table reordering via Drag'n'Drop
+ * Inspired by: https://htmldom.dev/drag-and-drop-table-column
+ */
+
+function setBomHandlers() {
+
+  const bom = document.getElementById('bomtable');
+
+  let dragName;
+  let placeHolderElements;
+  let draggingElement;
+  let forcePopulation;
+  let xOffset;
+  let yOffset;
+  let wasDragged;
+
+  const mouseUpHandler = function(e) {
+    // Delete dragging element
+    draggingElement.remove();
+
+    // Make BOM selectable again
+    bom.style.removeProperty("userSelect");
+
+    // Remove listeners
+    document.removeEventListener('mousemove', mouseMoveHandler);
+    document.removeEventListener('mouseup', mouseUpHandler);
+
+    if (wasDragged) {
+      // Redraw whole BOM
+      populateBomTable();
+    }
+  }
+
+  const mouseMoveHandler = function(e) {
+    // Notice the dragging
+    wasDragged = true;
+
+    // Make the dragged element visible
+    draggingElement.style.removeProperty("display");
+
+    // Set elements position to mouse position
+    draggingElement.style.left = `${e.screenX - xOffset}px`;
+    draggingElement.style.top = `${e.screenY - yOffset}px`;
+
+    // Forced redrawing of BOM table
+    if (forcePopulation) {
+      forcePopulation = false;
+      // Copy array
+      phe = Array.from(placeHolderElements);
+      // populate BOM table again
+      populateBomHeader(dragName, phe);
+      populateBomBody(dragName, phe);
+    }
+
+    // Set up array of hidden columns
+    var hiddenColumns = Array.from(settings.hiddenColumns);
+    // In the ungrouped mode, quantity don't exist
+    if (settings.bommode === "ungrouped")
+      hiddenColumns.push("Quantity");
+    // If no checkbox fields can be found, we consider them hidden
+    if (settings.checkboxes.length == 0)
+      hiddenColumns.push("checkboxes");
+
+    // Get table headers and group them into checkboxes, extrafields and normal headers
+    const bh = document.getElementById("bomhead");
+    headers = Array.from(bh.querySelectorAll("th"))
+    headers.shift() // numCol is not part of the columnOrder
+    headerGroups = []
+    lastCompoundClass = null;
+    for (i = 0; i < settings.columnOrder.length; i++) {
+      cElem = settings.columnOrder[i];
+      if (hiddenColumns.includes(cElem)) {
+        // Hidden columns appear as a dummy element
+        headerGroups.push([]);
+        continue;
+      }
+      elem = headers.filter(e => getColumnOrderName(e) === cElem)[0];
+      if (elem.classList.contains("bom-checkbox")) {
+        if (lastCompoundClass === "bom-checkbox") {
+          cbGroup = headerGroups.pop();
+          cbGroup.push(elem);
+          headerGroups.push(cbGroup);
+        } else {
+          lastCompoundClass = "bom-checkbox";
+          headerGroups.push([elem])
+        }
+      } else {
+        headerGroups.push([elem])
+      }
+    }
+
+    // Copy settings.columnOrder
+    var columns = Array.from(settings.columnOrder)
+
+    // Set up array with indices of hidden columns
+    var hiddenIndices = hiddenColumns.map(e => settings.columnOrder.indexOf(e));
+    var dragIndex = columns.indexOf(dragName);
+    var swapIndex = dragIndex;
+    var swapDone = false;
+
+    // Check if the current dragged element is swapable with the left or right element
+    if (dragIndex > 0) {
+      // Get left headers boundingbox
+      swapIndex = dragIndex - 1;
+      while (hiddenIndices.includes(swapIndex) && swapIndex > 0)
+        swapIndex--;
+      if (!hiddenIndices.includes(swapIndex)) {
+        box = getBoundingClientRectFromMultiple(headerGroups[swapIndex]);
+        if (e.clientX < box.left + window.scrollX + (box.width / 2)) {
+          swapElement = columns[dragIndex];
+          columns.splice(dragIndex, 1);
+          columns.splice(swapIndex, 0, swapElement);
+          forcePopulation = true;
+          swapDone = true;
+        }
+      }
+    }
+    if ((!swapDone) && dragIndex < headerGroups.length - 1) {
+      // Get right headers boundingbox
+      swapIndex = dragIndex + 1;
+      while (hiddenIndices.includes(swapIndex))
+        swapIndex++;
+      if (swapIndex < headerGroups.length) {
+        box = getBoundingClientRectFromMultiple(headerGroups[swapIndex]);
+        if (e.clientX > box.left + window.scrollX + (box.width / 2)) {
+          swapElement = columns[dragIndex];
+          columns.splice(dragIndex, 1);
+          columns.splice(swapIndex, 0, swapElement);
+          forcePopulation = true;
+          swapDone = true;
+        }
+      }
+    }
+
+    // Write back change to storage
+    if (swapDone) {
+      settings.columnOrder = columns
+      writeStorage("columnOrder", JSON.stringify(columns));
+    }
+
+  }
+
+  const mouseDownHandler = function(e) {
+    var target = e.target;
+    if (target.tagName.toLowerCase() != "td")
+      target = target.parentElement;
+
+    // Used to check if a dragging has ever happened
+    wasDragged = false;
+
+    // Create new element which will be displayed as the dragged column
+    draggingElement = document.createElement("div")
+    draggingElement.classList.add("dragging");
+    draggingElement.style.display = "none";
+    draggingElement.style.position = "absolute";
+    draggingElement.style.overflow = "hidden";
+
+    // Get bomhead and bombody elements
+    const bh = document.getElementById("bomhead");
+    const bb = document.getElementById("bombody");
+
+    // Get all compound headers for the current column
+    var compoundHeaders;
+    if (target.classList.contains("bom-checkbox")) {
+      compoundHeaders = Array.from(bh.querySelectorAll("th.bom-checkbox"));
+    } else {
+      compoundHeaders = [target];
+    }
+
+    // Create new table which will display the column
+    var newTable = document.createElement("table");
+    newTable.classList.add("bom");
+    newTable.style.background = "white";
+    draggingElement.append(newTable);
+
+    // Create new header element
+    var newHeader = document.createElement("thead");
+    newTable.append(newHeader);
+
+    // Set up array for storing all placeholder elements
+    placeHolderElements = [];
+
+    // Add all compound headers to the new thead element and placeholders
+    compoundHeaders.forEach(function(h) {
+      clone = cloneElementWithDimensions(h);
+      newHeader.append(clone);
+      placeHolderElements.push(clone);
+    });
+
+    // Create new body element
+    var newBody = document.createElement("tbody");
+    newTable.append(newBody);
+
+    // Get indices for compound headers
+    var idxs = compoundHeaders.map(e => getBomTableHeaderIndex(e));
+
+    // For each row in the BOM body...
+    var rows = bb.querySelectorAll("tr");
+    rows.forEach(function(row) {
+      // ..get the cells for the compound column
+      const tds = row.querySelectorAll("td");
+      var copytds = idxs.map(i => tds[i]);
+      // Add them to the new element and the placeholders
+      var newRow = document.createElement("tr");
+      copytds.forEach(function(td) {
+        clone = cloneElementWithDimensions(td);
+        newRow.append(clone);
+        placeHolderElements.push(clone);
+      });
+      newBody.append(newRow);
+    });
+
+    // Compute width for compound header
+    var width = compoundHeaders.reduce((acc, x) => acc + x.clientWidth, 0);
+    draggingElement.style.width = `${width}px`;
+
+    // Insert the new dragging element and disable selection on BOM
+    bom.insertBefore(draggingElement, null);
+    bom.style.userSelect = "none";
+
+    // Determine the mouse position offset
+    xOffset = e.screenX - compoundHeaders.reduce((acc, x) => Math.min(acc, x.offsetLeft), compoundHeaders[0].offsetLeft);
+    yOffset = e.screenY - compoundHeaders[0].offsetTop;
+
+    // Get name for the column in settings.columnOrder
+    dragName = getColumnOrderName(target);
+
+    // Change text and class for placeholder elements
+    placeHolderElements = placeHolderElements.map(function(e) {
+      newElem = cloneElementWithDimensions(e);
+      newElem.textContent = "";
+      newElem.classList.add("placeholder");
+      return newElem;
+    });
+
+    // On next mouse move, the whole BOM needs to be redrawn to show the placeholders
+    forcePopulation = true;
+
+    // Add listeners for move and up on mouse
+    document.addEventListener('mousemove', mouseMoveHandler);
+    document.addEventListener('mouseup', mouseUpHandler);
+  }
+
+  // In netlist mode, there is nothing to reorder
+  if (settings.bommode === "netlist")
+    return;
+
+  // Add mouseDownHandler to every column except the numCol
+  bom.querySelectorAll("th")
+    .forEach(function(head) {
+      if (!head.classList.contains("numCol")) {
+        head.onmousedown = mouseDownHandler;
+      }
+    });
+
+}
+
+function getBoundingClientRectFromMultiple(elements) {
+  var elems = Array.from(elements);
+
+  if (elems.length == 0)
+    return null;
+
+  var box = elems.shift()
+    .getBoundingClientRect();
+
+  elems.forEach(function(elem) {
+    var elembox = elem.getBoundingClientRect();
+    box.left = Math.min(elembox.left, box.left);
+    box.top = Math.min(elembox.top, box.top);
+    box.width += elembox.width;
+    box.height = Math.max(elembox.height, box.height);
+  });
+
+  return box;
+}
+
+function cloneElementWithDimensions(elem) {
+  var newElem = elem.cloneNode(true);
+  newElem.style.height = window.getComputedStyle(elem).height;
+  newElem.style.width = window.getComputedStyle(elem).width;
+  return newElem;
+}
+
+function getBomTableHeaderIndex(elem) {
+  const bh = document.getElementById('bomhead');
+  const ths = Array.from(bh.querySelectorAll("th"));
+  return ths.indexOf(elem);
+}
+
+function getColumnOrderName(elem) {
+  var cname = elem.getAttribute("col_name");
+  if (cname === "bom-checkbox")
+    return "checkboxes";
+  else
+    return cname;
+}
+
+function resizableGrid(tablehead) {
+  var cols = tablehead.firstElementChild.children;
+  var rowWidth = tablehead.offsetWidth;
+
+  for (var i = 1; i < cols.length; i++) {
+    if (cols[i].classList.contains("bom-checkbox"))
+      continue;
+    cols[i].style.width = ((cols[i].clientWidth - paddingDiff(cols[i])) * 100 / rowWidth) + '%';
+  }
+
+  for (var i = 1; i < cols.length - 1; i++) {
+    var div = document.createElement('div');
+    div.className = "column-width-handle";
+    cols[i].appendChild(div);
+    setListeners(div);
+  }
+
+  function setListeners(div) {
+    var startX, curCol, nxtCol, curColWidth, nxtColWidth, rowWidth;
+
+    div.addEventListener('mousedown', function(e) {
+      e.preventDefault();
+      e.stopPropagation();
+
+      curCol = e.target.parentElement;
+      nxtCol = curCol.nextElementSibling;
+      startX = e.pageX;
+
+      var padding = paddingDiff(curCol);
+
+      rowWidth = curCol.parentElement.offsetWidth;
+      curColWidth = curCol.clientWidth - padding;
+      nxtColWidth = nxtCol.clientWidth - padding;
+    });
+
+    document.addEventListener('mousemove', function(e) {
+      if (startX) {
+        var diffX = e.pageX - startX;
+        diffX = -Math.min(-diffX, curColWidth - 20);
+        diffX = Math.min(diffX, nxtColWidth - 20);
+
+        curCol.style.width = ((curColWidth + diffX) * 100 / rowWidth) + '%';
+        nxtCol.style.width = ((nxtColWidth - diffX) * 100 / rowWidth) + '%';
+        console.log(`${curColWidth + nxtColWidth} ${(curColWidth + diffX) * 100 / rowWidth + (nxtColWidth - diffX) * 100 / rowWidth}`);
+      }
+    });
+
+    document.addEventListener('mouseup', function(e) {
+      curCol = undefined;
+      nxtCol = undefined;
+      startX = undefined;
+      nxtColWidth = undefined;
+      curColWidth = undefined
+    });
+  }
+
+  function paddingDiff(col) {
+
+    if (getStyleVal(col, 'box-sizing') == 'border-box') {
+      return 0;
+    }
+
+    var padLeft = getStyleVal(col, 'padding-left');
+    var padRight = getStyleVal(col, 'padding-right');
+    return (parseInt(padLeft) + parseInt(padRight));
+
+  }
+
+  function getStyleVal(elm, css) {
+    return (window.getComputedStyle(elm, null).getPropertyValue(css))
+  }
+}
+
+///////////////////////////////////////////////
+
+///////////////////////////////////////////////
+/* DOM manipulation and misc code */
+
+var bomsplit;
+var canvassplit;
+var initDone = false;
+var bomSortFunction = null;
+var currentSortColumn = null;
+var currentSortOrder = null;
+var currentHighlightedRowId;
+var highlightHandlers = [];
+var footprintIndexToHandler = {};
+var netsToHandler = {};
+var markedFootprints = new Set();
+var highlightedFootprints = [];
+var highlightedNet = null;
+var lastClicked;
+
+function dbg(html) {
+  dbgdiv.innerHTML = html;
+}
+
+function redrawIfInitDone() {
+  if (initDone) {
+    redrawCanvas(allcanvas.front);
+    redrawCanvas(allcanvas.back);
+  }
+}
+
+function padsVisible(value) {
+  writeStorage("padsVisible", value);
+  settings.renderPads = value;
+  redrawIfInitDone();
+}
+
+function referencesVisible(value) {
+  writeStorage("referencesVisible", value);
+  settings.renderReferences = value;
+  redrawIfInitDone();
+}
+
+function valuesVisible(value) {
+  writeStorage("valuesVisible", value);
+  settings.renderValues = value;
+  redrawIfInitDone();
+}
+
+function tracksVisible(value) {
+  writeStorage("tracksVisible", value);
+  settings.renderTracks = value;
+  redrawIfInitDone();
+}
+
+function zonesVisible(value) {
+  writeStorage("zonesVisible", value);
+  settings.renderZones = value;
+  redrawIfInitDone();
+}
+
+function dnpOutline(value) {
+  writeStorage("dnpOutline", value);
+  settings.renderDnpOutline = value;
+  redrawIfInitDone();
+}
+
+function setDarkMode(value) {
+  if (value) {
+    topmostdiv.classList.add("dark");
+  } else {
+    topmostdiv.classList.remove("dark");
+  }
+  writeStorage("darkmode", value);
+  settings.darkMode = value;
+  redrawIfInitDone();
+  if (initDone) {
+    populateBomTable();
+  }
+}
+
+function setShowBOMColumn(field, value) {
+  if (field === "references") {
+    var rl = document.getElementById("reflookup");
+    rl.disabled = !value;
+    if (!value) {
+      rl.value = "";
+      updateRefLookup("");
+    }
+  }
+
+  var n = settings.hiddenColumns.indexOf(field);
+  if (value) {
+    if (n != -1) {
+      settings.hiddenColumns.splice(n, 1);
+    }
+  } else {
+    if (n == -1) {
+      settings.hiddenColumns.push(field);
+    }
+  }
+
+  writeStorage("hiddenColumns", JSON.stringify(settings.hiddenColumns));
+
+  if (initDone) {
+    populateBomTable();
+  }
+
+  redrawIfInitDone();
+}
+
+
+function setFullscreen(value) {
+  if (value) {
+    document.documentElement.requestFullscreen();
+  } else {
+    document.exitFullscreen();
+  }
+}
+
+function fabricationVisible(value) {
+  writeStorage("fabricationVisible", value);
+  settings.renderFabrication = value;
+  redrawIfInitDone();
+}
+
+function silkscreenVisible(value) {
+  writeStorage("silkscreenVisible", value);
+  settings.renderSilkscreen = value;
+  redrawIfInitDone();
+}
+
+function setHighlightPin1(value) {
+  writeStorage("highlightpin1", value);
+  settings.highlightpin1 = value;
+  redrawIfInitDone();
+}
+
+function getStoredCheckboxRefs(checkbox) {
+  function convert(ref) {
+    var intref = parseInt(ref);
+    if (isNaN(intref)) {
+      for (var i = 0; i < pcbdata.footprints.length; i++) {
+        if (pcbdata.footprints[i].ref == ref) {
+          return i;
+        }
+      }
+      return -1;
+    } else {
+      return intref;
+    }
+  }
+  if (!(checkbox in settings.checkboxStoredRefs)) {
+    var val = readStorage("checkbox_" + checkbox);
+    settings.checkboxStoredRefs[checkbox] = val ? val : "";
+  }
+  if (!settings.checkboxStoredRefs[checkbox]) {
+    return new Set();
+  } else {
+    return new Set(settings.checkboxStoredRefs[checkbox].split(",").map(r => convert(r)).filter(a => a >= 0));
+  }
+}
+
+function getCheckboxState(checkbox, references) {
+  var storedRefsSet = getStoredCheckboxRefs(checkbox);
+  var currentRefsSet = new Set(references.map(r => r[1]));
+  // Get difference of current - stored
+  var difference = new Set(currentRefsSet);
+  for (ref of storedRefsSet) {
+    difference.delete(ref);
+  }
+  if (difference.size == 0) {
+    // All the current refs are stored
+    return "checked";
+  } else if (difference.size == currentRefsSet.size) {
+    // None of the current refs are stored
+    return "unchecked";
+  } else {
+    // Some of the refs are stored
+    return "indeterminate";
+  }
+}
+
+function setBomCheckboxState(checkbox, element, references) {
+  var state = getCheckboxState(checkbox, references);
+  element.checked = (state == "checked");
+  element.indeterminate = (state == "indeterminate");
+}
+
+function createCheckboxChangeHandler(checkbox, references, row) {
+  return function () {
+    refsSet = getStoredCheckboxRefs(checkbox);
+    var markWhenChecked = settings.markWhenChecked == checkbox;
+    eventArgs = {
+      checkbox: checkbox,
+      refs: references,
+    }
+    if (this.checked) {
+      // checkbox ticked
+      for (var ref of references) {
+        refsSet.add(ref[1]);
+      }
+      if (markWhenChecked) {
+        row.classList.add("checked");
+        for (var ref of references) {
+          markedFootprints.add(ref[1]);
+        }
+        drawHighlights();
+      }
+      eventArgs.state = 'checked';
+    } else {
+      // checkbox unticked
+      for (var ref of references) {
+        refsSet.delete(ref[1]);
+      }
+      if (markWhenChecked) {
+        row.classList.remove("checked");
+        for (var ref of references) {
+          markedFootprints.delete(ref[1]);
+        }
+        drawHighlights();
+      }
+      eventArgs.state = 'unchecked';
+    }
+    settings.checkboxStoredRefs[checkbox] = [...refsSet].join(",");
+    writeStorage("checkbox_" + checkbox, settings.checkboxStoredRefs[checkbox]);
+    updateCheckboxStats(checkbox);
+    EventHandler.emitEvent(IBOM_EVENT_TYPES.CHECKBOX_CHANGE_EVENT, eventArgs);
+  }
+}
+
+function clearHighlightedFootprints() {
+  if (currentHighlightedRowId) {
+    document.getElementById(currentHighlightedRowId).classList.remove("highlighted");
+    currentHighlightedRowId = null;
+    highlightedFootprints = [];
+    highlightedNet = null;
+  }
+}
+
+function createRowHighlightHandler(rowid, refs, net) {
+  return function () {
+    if (currentHighlightedRowId) {
+      if (currentHighlightedRowId == rowid) {
+        return;
+      }
+      document.getElementById(currentHighlightedRowId).classList.remove("highlighted");
+    }
+    document.getElementById(rowid).classList.add("highlighted");
+    currentHighlightedRowId = rowid;
+    highlightedFootprints = refs ? refs.map(r => r[1]) : [];
+    highlightedNet = net;
+    drawHighlights();
+    EventHandler.emitEvent(
+      IBOM_EVENT_TYPES.HIGHLIGHT_EVENT, {
+      rowid: rowid,
+      refs: refs,
+      net: net
+    });
+  }
+}
+
+function updateNetColors() {
+  writeStorage("netColors", JSON.stringify(settings.netColors));
+  redrawIfInitDone();
+}
+
+function netColorChangeHandler(net) {
+  return (event) => {
+    settings.netColors[net] = event.target.value;
+    updateNetColors();
+  }
+}
+
+function netColorRightClick(net) {
+  return (event) => {
+    if (event.button == 2) {
+      event.preventDefault();
+      event.stopPropagation();
+
+      var style = getComputedStyle(topmostdiv);
+      var defaultNetColor = style.getPropertyValue('--track-color').trim();
+      event.target.value = defaultNetColor;
+      delete settings.netColors[net];
+      updateNetColors();
+    }
+  }
+}
+
+function entryMatches(entry) {
+  if (settings.bommode == "netlist") {
+    // entry is just a net name
+    return entry.toLowerCase().indexOf(filter) >= 0;
+  }
+  // check refs
+  if (!settings.hiddenColumns.includes("references")) {
+    for (var ref of entry) {
+      if (ref[0].toLowerCase().indexOf(filter) >= 0) {
+        return true;
+      }
+    }
+  }
+  // check fields
+  for (var i in config.fields) {
+    var f = config.fields[i];
+    if (!settings.hiddenColumns.includes(f)) {
+      for (var ref of entry) {
+        if (String(pcbdata.bom.fields[ref[1]][i]).toLowerCase().indexOf(filter) >= 0) {
+          return true;
+        }
+      }
+    }
+  }
+  return false;
+}
+
+function findRefInEntry(entry) {
+  return entry.filter(r => r[0].toLowerCase() == reflookup);
+}
+
+function highlightFilter(s) {
+  if (!filter) {
+    return s;
+  }
+  var parts = s.toLowerCase().split(filter);
+  if (parts.length == 1) {
+    return s;
+  }
+  var r = "";
+  var pos = 0;
+  for (var i in parts) {
+    if (i > 0) {
+      r += '<mark class="highlight">' +
+        s.substring(pos, pos + filter.length) +
+        '</mark>';
+      pos += filter.length;
+    }
+    r += s.substring(pos, pos + parts[i].length);
+    pos += parts[i].length;
+  }
+  return r;
+}
+
+function checkboxSetUnsetAllHandler(checkboxname) {
+  return function () {
+    var checkboxnum = 0;
+    while (checkboxnum < settings.checkboxes.length &&
+      settings.checkboxes[checkboxnum].toLowerCase() != checkboxname.toLowerCase()) {
+      checkboxnum++;
+    }
+    if (checkboxnum >= settings.checkboxes.length) {
+      return;
+    }
+    var allset = true;
+    var checkbox;
+    var row;
+    for (row of bombody.childNodes) {
+      checkbox = row.childNodes[checkboxnum + 1].childNodes[0];
+      if (!checkbox.checked || checkbox.indeterminate) {
+        allset = false;
+        break;
+      }
+    }
+    for (row of bombody.childNodes) {
+      checkbox = row.childNodes[checkboxnum + 1].childNodes[0];
+      checkbox.checked = !allset;
+      checkbox.indeterminate = false;
+      checkbox.onchange();
+    }
+  }
+}
+
+function createColumnHeader(name, cls, comparator, is_checkbox = false) {
+  var th = document.createElement("TH");
+  th.innerHTML = name;
+  th.classList.add(cls);
+  if (is_checkbox)
+    th.setAttribute("col_name", "bom-checkbox");
+  else
+    th.setAttribute("col_name", name);
+  var span = document.createElement("SPAN");
+  span.classList.add("sortmark");
+  span.classList.add("none");
+  th.appendChild(span);
+  var spacer = document.createElement("div");
+  spacer.className = "column-spacer";
+  th.appendChild(spacer);
+  spacer.onclick = function () {
+    if (currentSortColumn && th !== currentSortColumn) {
+      // Currently sorted by another column
+      currentSortColumn.childNodes[1].classList.remove(currentSortOrder);
+      currentSortColumn.childNodes[1].classList.add("none");
+      currentSortColumn = null;
+      currentSortOrder = null;
+    }
+    if (currentSortColumn && th === currentSortColumn) {
+      // Already sorted by this column
+      if (currentSortOrder == "asc") {
+        // Sort by this column, descending order
+        bomSortFunction = function (a, b) {
+          return -comparator(a, b);
+        }
+        currentSortColumn.childNodes[1].classList.remove("asc");
+        currentSortColumn.childNodes[1].classList.add("desc");
+        currentSortOrder = "desc";
+      } else {
+        // Unsort
+        bomSortFunction = null;
+        currentSortColumn.childNodes[1].classList.remove("desc");
+        currentSortColumn.childNodes[1].classList.add("none");
+        currentSortColumn = null;
+        currentSortOrder = null;
+      }
+    } else {
+      // Sort by this column, ascending order
+      bomSortFunction = comparator;
+      currentSortColumn = th;
+      currentSortColumn.childNodes[1].classList.remove("none");
+      currentSortColumn.childNodes[1].classList.add("asc");
+      currentSortOrder = "asc";
+    }
+    populateBomBody();
+  }
+  if (is_checkbox) {
+    spacer.onclick = fancyDblClickHandler(
+      spacer, spacer.onclick, checkboxSetUnsetAllHandler(name));
+  }
+  return th;
+}
+
+function populateBomHeader(placeHolderColumn = null, placeHolderElements = null) {
+  while (bomhead.firstChild) {
+    bomhead.removeChild(bomhead.firstChild);
+  }
+  var tr = document.createElement("TR");
+  var th = document.createElement("TH");
+  th.classList.add("numCol");
+
+  var vismenu = document.createElement("div");
+  vismenu.id = "vismenu";
+  vismenu.classList.add("menu");
+
+  var visbutton = document.createElement("div");
+  visbutton.classList.add("visbtn");
+  visbutton.classList.add("hideonprint");
+
+  var viscontent = document.createElement("div");
+  viscontent.classList.add("menu-content");
+  viscontent.id = "vismenu-content";
+
+  settings.columnOrder.forEach(column => {
+    if (typeof column !== "string")
+      return;
+
+    // Skip empty columns
+    if (column === "checkboxes" && settings.checkboxes.length == 0)
+      return;
+    else if (column === "Quantity" && settings.bommode == "ungrouped")
+      return;
+
+    var label = document.createElement("label");
+    label.classList.add("menu-label");
+
+    var input = document.createElement("input");
+    input.classList.add("visibility_checkbox");
+    input.type = "checkbox";
+    input.onchange = function (e) {
+      setShowBOMColumn(column, e.target.checked)
+    };
+    input.checked = !(settings.hiddenColumns.includes(column));
+
+    label.appendChild(input);
+    if (column.length > 0)
+      label.append(column[0].toUpperCase() + column.slice(1));
+
+    viscontent.appendChild(label);
+  });
+
+  viscontent.childNodes[0].classList.add("menu-label-top");
+
+  vismenu.appendChild(visbutton);
+  if (settings.bommode != "netlist") {
+    vismenu.appendChild(viscontent);
+    th.appendChild(vismenu);
+  }
+  tr.appendChild(th);
+
+  var checkboxCompareClosure = function (checkbox) {
+    return (a, b) => {
+      var stateA = getCheckboxState(checkbox, a);
+      var stateB = getCheckboxState(checkbox, b);
+      if (stateA > stateB) return -1;
+      if (stateA < stateB) return 1;
+      return 0;
+    }
+  }
+  var stringFieldCompareClosure = function (fieldIndex) {
+    return (a, b) => {
+      var fa = pcbdata.bom.fields[a[0][1]][fieldIndex];
+      var fb = pcbdata.bom.fields[b[0][1]][fieldIndex];
+      if (fa != fb) return fa > fb ? 1 : -1;
+      else return 0;
+    }
+  }
+  var referenceRegex = /(?<prefix>[^0-9]+)(?<number>[0-9]+)/;
+  var compareRefs = (a, b) => {
+    var ra = referenceRegex.exec(a);
+    var rb = referenceRegex.exec(b);
+    if (ra === null || rb === null) {
+      if (a != b) return a > b ? 1 : -1;
+      return 0;
+    } else {
+      if (ra.groups.prefix != rb.groups.prefix) {
+        return ra.groups.prefix > rb.groups.prefix ? 1 : -1;
+      }
+      if (ra.groups.number != rb.groups.number) {
+        return parseInt(ra.groups.number) > parseInt(rb.groups.number) ? 1 : -1;
+      }
+      return 0;
+    }
+  }
+  if (settings.bommode == "netlist") {
+    tr.appendChild(createColumnHeader("Net name", "bom-netname", (a, b) => {
+      if (a > b) return -1;
+      if (a < b) return 1;
+      return 0;
+    }));
+    tr.appendChild(createColumnHeader("Color", "bom-color", (a, b) => {
+      return 0;
+    }));
+  } else {
+    // Filter hidden columns
+    var columns = settings.columnOrder.filter(e => !settings.hiddenColumns.includes(e));
+    var valueIndex = config.fields.indexOf("Value");
+    var footprintIndex = config.fields.indexOf("Footprint");
+    columns.forEach((column) => {
+      if (column === placeHolderColumn) {
+        var n = 1;
+        if (column === "checkboxes")
+          n = settings.checkboxes.length;
+        for (i = 0; i < n; i++) {
+          td = placeHolderElements.shift();
+          tr.appendChild(td);
+        }
+        return;
+      } else if (column === "checkboxes") {
+        for (var checkbox of settings.checkboxes) {
+          th = createColumnHeader(
+            checkbox, "bom-checkbox", checkboxCompareClosure(checkbox), true);
+          tr.appendChild(th);
+        }
+      } else if (column === "References") {
+        tr.appendChild(createColumnHeader("References", "references", (a, b) => {
+          var i = 0;
+          while (i < a.length && i < b.length) {
+            if (a[i] != b[i]) return compareRefs(a[i][0], b[i][0]);
+            i++;
+          }
+          return a.length - b.length;
+        }));
+      } else if (column === "Value") {
+        tr.appendChild(createColumnHeader("Value", "value", (a, b) => {
+          var ra = a[0][1], rb = b[0][1];
+          return valueCompare(
+            pcbdata.bom.parsedValues[ra], pcbdata.bom.parsedValues[rb],
+            pcbdata.bom.fields[ra][valueIndex], pcbdata.bom.fields[rb][valueIndex]);
+        }));
+        return;
+      } else if (column === "Footprint") {
+        tr.appendChild(createColumnHeader(
+          "Footprint", "footprint", stringFieldCompareClosure(footprintIndex)));
+      } else if (column === "Quantity" && settings.bommode == "grouped") {
+        tr.appendChild(createColumnHeader("Quantity", "quantity", (a, b) => {
+          return a.length - b.length;
+        }));
+      } else {
+        // Other fields
+        var i = config.fields.indexOf(column);
+        if (i < 0)
+          return;
+        tr.appendChild(createColumnHeader(
+          column, `field${i + 1}`, stringFieldCompareClosure(i)));
+      }
+    });
+  }
+  bomhead.appendChild(tr);
+}
+
+function populateBomBody(placeholderColumn = null, placeHolderElements = null) {
+  const urlRegex = /^(https?:\/\/[^\s\/$.?#][^\s]*|file:\/\/([a-zA-Z]:|\/)[^\x00]+)$/;
+  while (bom.firstChild) {
+    bom.removeChild(bom.firstChild);
+  }
+  highlightHandlers = [];
+  footprintIndexToHandler = {};
+  netsToHandler = {};
+  currentHighlightedRowId = null;
+  var first = true;
+  var style = getComputedStyle(topmostdiv);
+  var defaultNetColor = style.getPropertyValue('--track-color').trim();
+  if (settings.bommode == "netlist") {
+    bomtable = pcbdata.nets.slice();
+  } else {
+    switch (settings.canvaslayout) {
+      case 'F':
+        bomtable = pcbdata.bom.F.slice();
+        break;
+      case 'FB':
+        bomtable = pcbdata.bom.both.slice();
+        break;
+      case 'B':
+        bomtable = pcbdata.bom.B.slice();
+        break;
+    }
+    if (settings.bommode == "ungrouped") {
+      // expand bom table
+      expandedTable = []
+      for (var bomentry of bomtable) {
+        for (var ref of bomentry) {
+          expandedTable.push([ref]);
+        }
+      }
+      bomtable = expandedTable;
+    }
+  }
+  if (bomSortFunction) {
+    bomtable = bomtable.sort(bomSortFunction);
+  }
+  for (var i in bomtable) {
+    var bomentry = bomtable[i];
+    if (filter && !entryMatches(bomentry)) {
+      continue;
+    }
+    var references = null;
+    var netname = null;
+    var tr = document.createElement("TR");
+    var td = document.createElement("TD");
+    var rownum = +i + 1;
+    tr.id = "bomrow" + rownum;
+    td.textContent = rownum;
+    tr.appendChild(td);
+    if (settings.bommode == "netlist") {
+      netname = bomentry;
+      td = document.createElement("TD");
+      td.innerHTML = highlightFilter(netname ? netname : "&lt;no net&gt;");
+      tr.appendChild(td);
+      var color = settings.netColors[netname] || defaultNetColor;
+      td = document.createElement("TD");
+      var colorBox = document.createElement("INPUT");
+      colorBox.type = "color";
+      colorBox.value = color;
+      colorBox.onchange = netColorChangeHandler(netname);
+      colorBox.onmouseup = netColorRightClick(netname);
+      colorBox.oncontextmenu = (e) => e.preventDefault();
+      td.appendChild(colorBox);
+      td.classList.add("color-column");
+      tr.appendChild(td);
+    } else {
+      if (reflookup) {
+        references = findRefInEntry(bomentry);
+        if (references.length == 0) {
+          continue;
+        }
+      } else {
+        references = bomentry;
+      }
+      // Filter hidden columns
+      var columns = settings.columnOrder.filter(e => !settings.hiddenColumns.includes(e));
+      columns.forEach((column) => {
+        if (column === placeholderColumn) {
+          var n = 1;
+          if (column === "checkboxes")
+            n = settings.checkboxes.length;
+          for (i = 0; i < n; i++) {
+            td = placeHolderElements.shift();
+            tr.appendChild(td);
+          }
+          return;
+        } else if (column === "checkboxes") {
+          for (var checkbox of settings.checkboxes) {
+            if (checkbox) {
+              td = document.createElement("TD");
+              var input = document.createElement("input");
+              input.type = "checkbox";
+              input.onchange = createCheckboxChangeHandler(checkbox, references, tr);
+              setBomCheckboxState(checkbox, input, references);
+              if (input.checked && settings.markWhenChecked == checkbox) {
+                tr.classList.add("checked");
+              }
+              td.appendChild(input);
+              tr.appendChild(td);
+            }
+          }
+        } else if (column === "References") {
+          td = document.createElement("TD");
+          td.innerHTML = highlightFilter(references.map(r => r[0]).join(", "));
+          tr.appendChild(td);
+        } else if (column === "Quantity" && settings.bommode == "grouped") {
+          // Quantity
+          td = document.createElement("TD");
+          td.textContent = references.length;
+          tr.appendChild(td);
+        } else {
+          // All the other fields
+          var field_index = config.fields.indexOf(column)
+          if (field_index < 0)
+            return;
+          var valueSet = new Set();
+          references.map(r => r[1]).forEach((id) => valueSet.add(pcbdata.bom.fields[id][field_index]));
+          td = document.createElement("TD");
+          var output = new Array();
+          for (let item of valueSet) {
+            const visible = highlightFilter(String(item));
+            if (typeof item === 'string' && item.match(urlRegex)) {
+              output.push(`<a href="${item}" target="_blank">${visible}</a>`);
+            } else {
+              output.push(visible);
+            }
+          }
+          td.innerHTML = output.join(", ");
+          tr.appendChild(td);
+        }
+      });
+    }
+    bom.appendChild(tr);
+    var handler = createRowHighlightHandler(tr.id, references, netname);
+    tr.onmousemove = handler;
+    highlightHandlers.push({
+      id: tr.id,
+      handler: handler,
+    });
+    if (references !== null) {
+      for (var refIndex of references.map(r => r[1])) {
+        footprintIndexToHandler[refIndex] = handler;
+      }
+    }
+    if (netname !== null) {
+      netsToHandler[netname] = handler;
+    }
+    if ((filter || reflookup) && first) {
+      handler();
+      first = false;
+    }
+  }
+  EventHandler.emitEvent(
+    IBOM_EVENT_TYPES.BOM_BODY_CHANGE_EVENT, {
+    filter: filter,
+    reflookup: reflookup,
+    checkboxes: settings.checkboxes,
+    bommode: settings.bommode,
+  });
+}
+
+function highlightPreviousRow() {
+  if (!currentHighlightedRowId) {
+    highlightHandlers[highlightHandlers.length - 1].handler();
+  } else {
+    if (highlightHandlers.length > 1 &&
+      highlightHandlers[0].id == currentHighlightedRowId) {
+      highlightHandlers[highlightHandlers.length - 1].handler();
+    } else {
+      for (var i = 0; i < highlightHandlers.length - 1; i++) {
+        if (highlightHandlers[i + 1].id == currentHighlightedRowId) {
+          highlightHandlers[i].handler();
+          break;
+        }
+      }
+    }
+  }
+  smoothScrollToRow(currentHighlightedRowId);
+}
+
+function highlightNextRow() {
+  if (!currentHighlightedRowId) {
+    highlightHandlers[0].handler();
+  } else {
+    if (highlightHandlers.length > 1 &&
+      highlightHandlers[highlightHandlers.length - 1].id == currentHighlightedRowId) {
+      highlightHandlers[0].handler();
+    } else {
+      for (var i = 1; i < highlightHandlers.length; i++) {
+        if (highlightHandlers[i - 1].id == currentHighlightedRowId) {
+          highlightHandlers[i].handler();
+          break;
+        }
+      }
+    }
+  }
+  smoothScrollToRow(currentHighlightedRowId);
+}
+
+function populateBomTable() {
+  populateBomHeader();
+  populateBomBody();
+  setBomHandlers();
+  resizableGrid(bomhead);
+}
+
+function footprintsClicked(footprintIndexes) {
+  var lastClickedIndex = footprintIndexes.indexOf(lastClicked);
+  for (var i = 1; i <= footprintIndexes.length; i++) {
+    var refIndex = footprintIndexes[(lastClickedIndex + i) % footprintIndexes.length];
+    if (refIndex in footprintIndexToHandler) {
+      lastClicked = refIndex;
+      footprintIndexToHandler[refIndex]();
+      smoothScrollToRow(currentHighlightedRowId);
+      break;
+    }
+  }
+}
+
+function netClicked(net) {
+  if (net in netsToHandler) {
+    netsToHandler[net]();
+    smoothScrollToRow(currentHighlightedRowId);
+  } else {
+    clearHighlightedFootprints();
+    highlightedNet = net;
+    drawHighlights();
+  }
+}
+
+function updateFilter(input) {
+  filter = input.toLowerCase();
+  populateBomTable();
+}
+
+function updateRefLookup(input) {
+  reflookup = input.toLowerCase();
+  populateBomTable();
+}
+
+function changeCanvasLayout(layout) {
+  document.getElementById("fl-btn").classList.remove("depressed");
+  document.getElementById("fb-btn").classList.remove("depressed");
+  document.getElementById("bl-btn").classList.remove("depressed");
+  switch (layout) {
+    case 'F':
+      document.getElementById("fl-btn").classList.add("depressed");
+      if (settings.bomlayout != "bom-only") {
+        canvassplit.collapse(1);
+      }
+      break;
+    case 'B':
+      document.getElementById("bl-btn").classList.add("depressed");
+      if (settings.bomlayout != "bom-only") {
+        canvassplit.collapse(0);
+      }
+      break;
+    default:
+      document.getElementById("fb-btn").classList.add("depressed");
+      if (settings.bomlayout != "bom-only") {
+        canvassplit.setSizes([50, 50]);
+      }
+  }
+  settings.canvaslayout = layout;
+  writeStorage("canvaslayout", layout);
+  resizeAll();
+  changeBomMode(settings.bommode);
+}
+
+function populateMetadata() {
+  document.getElementById("title").innerHTML = pcbdata.metadata.title;
+  document.getElementById("revision").innerHTML = "Rev: " + pcbdata.metadata.revision;
+  document.getElementById("company").innerHTML = pcbdata.metadata.company;
+  document.getElementById("filedate").innerHTML = pcbdata.metadata.date;
+  if (pcbdata.metadata.title != "") {
+    document.title = pcbdata.metadata.title + " BOM";
+  }
+  // Calculate board stats
+  var fp_f = 0,
+    fp_b = 0,
+    pads_f = 0,
+    pads_b = 0,
+    pads_th = 0;
+  for (var i = 0; i < pcbdata.footprints.length; i++) {
+    if (pcbdata.bom.skipped.includes(i)) continue;
+    var mod = pcbdata.footprints[i];
+    if (mod.layer == "F") {
+      fp_f++;
+    } else {
+      fp_b++;
+    }
+    for (var pad of mod.pads) {
+      if (pad.type == "th") {
+        pads_th++;
+      } else {
+        if (pad.layers.includes("F")) {
+          pads_f++;
+        }
+        if (pad.layers.includes("B")) {
+          pads_b++;
+        }
+      }
+    }
+  }
+  document.getElementById("stats-components-front").innerHTML = fp_f;
+  document.getElementById("stats-components-back").innerHTML = fp_b;
+  document.getElementById("stats-components-total").innerHTML = fp_f + fp_b;
+  document.getElementById("stats-groups-front").innerHTML = pcbdata.bom.F.length;
+  document.getElementById("stats-groups-back").innerHTML = pcbdata.bom.B.length;
+  document.getElementById("stats-groups-total").innerHTML = pcbdata.bom.both.length;
+  document.getElementById("stats-smd-pads-front").innerHTML = pads_f;
+  document.getElementById("stats-smd-pads-back").innerHTML = pads_b;
+  document.getElementById("stats-smd-pads-total").innerHTML = pads_f + pads_b;
+  document.getElementById("stats-th-pads").innerHTML = pads_th;
+  // Update version string
+  document.getElementById("github-link").innerHTML = "InteractiveHtmlBom&nbsp;" +
+    /^v\d+\.\d+/.exec(pcbdata.ibom_version)[0];
+}
+
+function changeBomLayout(layout) {
+  document.getElementById("bom-btn").classList.remove("depressed");
+  document.getElementById("lr-btn").classList.remove("depressed");
+  document.getElementById("tb-btn").classList.remove("depressed");
+  switch (layout) {
+    case 'bom-only':
+      document.getElementById("bom-btn").classList.add("depressed");
+      if (bomsplit) {
+        bomsplit.destroy();
+        bomsplit = null;
+        canvassplit.destroy();
+        canvassplit = null;
+      }
+      document.getElementById("frontcanvas").style.display = "none";
+      document.getElementById("backcanvas").style.display = "none";
+      document.getElementById("topmostdiv").style.height = "";
+      document.getElementById("topmostdiv").style.display = "block";
+      break;
+    case 'top-bottom':
+      document.getElementById("tb-btn").classList.add("depressed");
+      document.getElementById("frontcanvas").style.display = "";
+      document.getElementById("backcanvas").style.display = "";
+      document.getElementById("topmostdiv").style.height = "100%";
+      document.getElementById("topmostdiv").style.display = "flex";
+      document.getElementById("bomdiv").classList.remove("split-horizontal");
+      document.getElementById("canvasdiv").classList.remove("split-horizontal");
+      document.getElementById("frontcanvas").classList.add("split-horizontal");
+      document.getElementById("backcanvas").classList.add("split-horizontal");
+      if (bomsplit) {
+        bomsplit.destroy();
+        bomsplit = null;
+        canvassplit.destroy();
+        canvassplit = null;
+      }
+      bomsplit = Split(['#bomdiv', '#canvasdiv'], {
+        sizes: [50, 50],
+        onDragEnd: resizeAll,
+        direction: "vertical",
+        gutterSize: 5
+      });
+      canvassplit = Split(['#frontcanvas', '#backcanvas'], {
+        sizes: [50, 50],
+        gutterSize: 5,
+        onDragEnd: resizeAll
+      });
+      break;
+    case 'left-right':
+      document.getElementById("lr-btn").classList.add("depressed");
+      document.getElementById("frontcanvas").style.display = "";
+      document.getElementById("backcanvas").style.display = "";
+      document.getElementById("topmostdiv").style.height = "100%";
+      document.getElementById("topmostdiv").style.display = "flex";
+      document.getElementById("bomdiv").classList.add("split-horizontal");
+      document.getElementById("canvasdiv").classList.add("split-horizontal");
+      document.getElementById("frontcanvas").classList.remove("split-horizontal");
+      document.getElementById("backcanvas").classList.remove("split-horizontal");
+      if (bomsplit) {
+        bomsplit.destroy();
+        bomsplit = null;
+        canvassplit.destroy();
+        canvassplit = null;
+      }
+      bomsplit = Split(['#bomdiv', '#canvasdiv'], {
+        sizes: [50, 50],
+        onDragEnd: resizeAll,
+        gutterSize: 5
+      });
+      canvassplit = Split(['#frontcanvas', '#backcanvas'], {
+        sizes: [50, 50],
+        gutterSize: 5,
+        direction: "vertical",
+        onDragEnd: resizeAll
+      });
+  }
+  settings.bomlayout = layout;
+  writeStorage("bomlayout", layout);
+  changeCanvasLayout(settings.canvaslayout);
+}
+
+function changeBomMode(mode) {
+  document.getElementById("bom-grouped-btn").classList.remove("depressed");
+  document.getElementById("bom-ungrouped-btn").classList.remove("depressed");
+  document.getElementById("bom-netlist-btn").classList.remove("depressed");
+  var chkbxs = document.getElementsByClassName("visibility_checkbox");
+
+  switch (mode) {
+    case 'grouped':
+      document.getElementById("bom-grouped-btn").classList.add("depressed");
+      for (var i = 0; i < chkbxs.length; i++) {
+        chkbxs[i].disabled = false;
+      }
+      break;
+    case 'ungrouped':
+      document.getElementById("bom-ungrouped-btn").classList.add("depressed");
+      for (var i = 0; i < chkbxs.length; i++) {
+        chkbxs[i].disabled = false;
+      }
+      break;
+    case 'netlist':
+      document.getElementById("bom-netlist-btn").classList.add("depressed");
+      for (var i = 0; i < chkbxs.length; i++) {
+        chkbxs[i].disabled = true;
+      }
+  }
+
+  writeStorage("bommode", mode);
+  if (mode != settings.bommode) {
+    settings.bommode = mode;
+    bomSortFunction = null;
+    currentSortColumn = null;
+    currentSortOrder = null;
+    clearHighlightedFootprints();
+  }
+  populateBomTable();
+}
+
+function focusFilterField() {
+  focusInputField(document.getElementById("filter"));
+}
+
+function focusRefLookupField() {
+  focusInputField(document.getElementById("reflookup"));
+}
+
+function toggleBomCheckbox(bomrowid, checkboxnum) {
+  if (!bomrowid || checkboxnum > settings.checkboxes.length) {
+    return;
+  }
+  var bomrow = document.getElementById(bomrowid);
+  var checkbox = bomrow.childNodes[checkboxnum].childNodes[0];
+  checkbox.checked = !checkbox.checked;
+  checkbox.indeterminate = false;
+  checkbox.onchange();
+}
+
+function checkBomCheckbox(bomrowid, checkboxname) {
+  var checkboxnum = 0;
+  while (checkboxnum < settings.checkboxes.length &&
+    settings.checkboxes[checkboxnum].toLowerCase() != checkboxname.toLowerCase()) {
+    checkboxnum++;
+  }
+  if (!bomrowid || checkboxnum >= settings.checkboxes.length) {
+    return;
+  }
+  var bomrow = document.getElementById(bomrowid);
+  var checkbox = bomrow.childNodes[checkboxnum + 1].childNodes[0];
+  checkbox.checked = true;
+  checkbox.indeterminate = false;
+  checkbox.onchange();
+}
+
+function setBomCheckboxes(value) {
+  writeStorage("bomCheckboxes", value);
+  settings.checkboxes = value.split(",").map((e) => e.trim()).filter((e) => e);
+  prepCheckboxes();
+  populateMarkWhenCheckedOptions();
+  setMarkWhenChecked(settings.markWhenChecked);
+}
+
+function setMarkWhenChecked(value) {
+  writeStorage("markWhenChecked", value);
+  settings.markWhenChecked = value;
+  markedFootprints.clear();
+  for (var ref of (value ? getStoredCheckboxRefs(value) : [])) {
+    markedFootprints.add(ref);
+  }
+  populateBomTable();
+  drawHighlights();
+}
+
+function prepCheckboxes() {
+  var table = document.getElementById("checkbox-stats");
+  while (table.childElementCount > 1) {
+    table.removeChild(table.lastChild);
+  }
+  if (settings.checkboxes.length) {
+    table.style.display = "";
+  } else {
+    table.style.display = "none";
+  }
+  for (var checkbox of settings.checkboxes) {
+    var tr = document.createElement("TR");
+    var td = document.createElement("TD");
+    td.innerHTML = checkbox;
+    tr.appendChild(td);
+    td = document.createElement("TD");
+    td.id = "checkbox-stats-" + checkbox;
+    var progressbar = document.createElement("div");
+    progressbar.classList.add("bar");
+    td.appendChild(progressbar);
+    var text = document.createElement("div");
+    text.classList.add("text");
+    td.appendChild(text);
+    tr.appendChild(td);
+    table.appendChild(tr);
+    updateCheckboxStats(checkbox);
+  }
+}
+
+function populateMarkWhenCheckedOptions() {
+  var container = document.getElementById("markWhenCheckedContainer");
+
+  if (settings.checkboxes.length == 0) {
+    container.parentElement.style.display = "none";
+    return;
+  }
+
+  container.innerHTML = '';
+  container.parentElement.style.display = "inline-block";
+
+  function createOption(name, displayName) {
+    var id = "markWhenChecked-" + name;
+
+    var div = document.createElement("div");
+    div.classList.add("radio-container");
+
+    var input = document.createElement("input");
+    input.type = "radio";
+    input.name = "markWhenChecked";
+    input.value = name;
+    input.id = id;
+    input.onchange = () => setMarkWhenChecked(name);
+    div.appendChild(input);
+
+    // Preserve the selected element when the checkboxes change
+    if (name == settings.markWhenChecked) {
+      input.checked = true;
+    }
+
+    var label = document.createElement("label");
+    label.innerHTML = displayName;
+    label.htmlFor = id;
+    div.appendChild(label);
+
+    container.appendChild(div);
+  }
+  createOption("", "None");
+  for (var checkbox of settings.checkboxes) {
+    createOption(checkbox, checkbox);
+  }
+}
+
+function updateCheckboxStats(checkbox) {
+  var checked = getStoredCheckboxRefs(checkbox).size;
+  var total = pcbdata.footprints.length - pcbdata.bom.skipped.length;
+  var percent = checked * 100.0 / total;
+  var td = document.getElementById("checkbox-stats-" + checkbox);
+  td.firstChild.style.width = percent + "%";
+  td.lastChild.innerHTML = checked + "/" + total + " (" + Math.round(percent) + "%)";
+}
+
+function constrain(number, min, max) {
+  return Math.min(Math.max(parseInt(number), min), max);
+}
+
+document.onkeydown = function (e) {
+  switch (e.key) {
+    case "n":
+      if (document.activeElement.type == "text") {
+        return;
+      }
+      if (currentHighlightedRowId !== null) {
+        checkBomCheckbox(currentHighlightedRowId, "placed");
+        highlightNextRow();
+        e.preventDefault();
+      }
+      break;
+    case "ArrowUp":
+      highlightPreviousRow();
+      e.preventDefault();
+      break;
+    case "ArrowDown":
+      highlightNextRow();
+      e.preventDefault();
+      break;
+    case "ArrowLeft":
+    case "ArrowRight":
+      if (document.activeElement.type != "text") {
+        e.preventDefault();
+        let boardRotationElement = document.getElementById("boardRotation")
+        settings.boardRotation = parseInt(boardRotationElement.value);  // degrees / 5
+        if (e.key == "ArrowLeft") {
+          settings.boardRotation += 3;  // 15 degrees
+        }
+        else {
+          settings.boardRotation -= 3;
+        }
+        settings.boardRotation = constrain(settings.boardRotation, boardRotationElement.min, boardRotationElement.max);
+        boardRotationElement.value = settings.boardRotation
+        setBoardRotation(settings.boardRotation);
+      }
+      break;
+    default:
+      break;
+  }
+  if (e.altKey) {
+    switch (e.key) {
+      case "f":
+        focusFilterField();
+        e.preventDefault();
+        break;
+      case "r":
+        focusRefLookupField();
+        e.preventDefault();
+        break;
+      case "z":
+        changeBomLayout("bom-only");
+        e.preventDefault();
+        break;
+      case "x":
+        changeBomLayout("left-right");
+        e.preventDefault();
+        break;
+      case "c":
+        changeBomLayout("top-bottom");
+        e.preventDefault();
+        break;
+      case "v":
+        changeCanvasLayout("F");
+        e.preventDefault();
+        break;
+      case "b":
+        changeCanvasLayout("FB");
+        e.preventDefault();
+        break;
+      case "n":
+        changeCanvasLayout("B");
+        e.preventDefault();
+        break;
+      default:
+        break;
+    }
+    if (e.key >= '1' && e.key <= '9') {
+      toggleBomCheckbox(currentHighlightedRowId, parseInt(e.key));
+      e.preventDefault();
+    }
+  }
+}
+
+function hideNetlistButton() {
+  document.getElementById("bom-ungrouped-btn").classList.remove("middle-button");
+  document.getElementById("bom-ungrouped-btn").classList.add("right-most-button");
+  document.getElementById("bom-netlist-btn").style.display = "none";
+}
+
+function topToggle() {
+  var top = document.getElementById("top");
+  var toptoggle = document.getElementById("toptoggle");
+  if (top.style.display === "none") {
+    top.style.display = "flex";
+    toptoggle.classList.remove("flipped");
+  } else {
+    top.style.display = "none";
+    toptoggle.classList.add("flipped");
+  }
+}
+
+window.onload = function (e) {
+  initUtils();
+  initRender();
+  initStorage();
+  initDefaults();
+  cleanGutters();
+  populateMetadata();
+  dbgdiv = document.getElementById("dbg");
+  bom = document.getElementById("bombody");
+  bomhead = document.getElementById("bomhead");
+  filter = "";
+  reflookup = "";
+  if (!("nets" in pcbdata)) {
+    hideNetlistButton();
+  }
+  initDone = true;
+  setBomCheckboxes(document.getElementById("bomCheckboxes").value);
+  // Triggers render
+  changeBomLayout(settings.bomlayout);
+
+  // Users may leave fullscreen without touching the checkbox. Uncheck.
+  document.addEventListener('fullscreenchange', () => {
+    if (!document.fullscreenElement)
+      document.getElementById('fullscreenCheckbox').checked = false;
+  });
+}
+
+window.onresize = resizeAll;
+window.matchMedia("print").addListener(resizeAll);
+
+///////////////////////////////////////////////
+
+///////////////////////////////////////////////
+
+///////////////////////////////////////////////
+  </script>
+</head>
+
+<body>
+
+<div id="topmostdiv" class="topmostdiv">
+  <div id="top">
+    <div id="fileinfodiv">
+      <table class="fileinfo">
+        <tbody>
+          <tr>
+            <td id="title" class="title" style="width: 70%">
+              Title
+            </td>
+            <td id="revision" class="title" style="width: 30%">
+              Revision
+            </td>
+          </tr>
+          <tr>
+            <td id="company">
+              Company
+            </td>
+            <td id="filedate">
+              Date
+            </td>
+          </tr>
+        </tbody>
+      </table>
+    </div>
+    <div id="bomcontrols">
+      <div class="hideonprint menu">
+        <button class="menubtn"></button>
+        <div class="menu-content">
+          <label class="menu-label menu-label-top" style="width: calc(50% - 18px)">
+            <input id="darkmodeCheckbox" type="checkbox" onchange="setDarkMode(this.checked)">
+            Dark mode
+          </label><!-- This comment eats space! All of it!
+          --><label class="menu-label menu-label-top" style="width: calc(50% - 17px); border-left: 0;">
+            <input id="fullscreenCheckbox" type="checkbox" onchange="setFullscreen(this.checked)">
+            Full Screen
+          </label>
+          <label class="menu-label" style="width: calc(50% - 18px)">
+            <input id="fabricationCheckbox" type="checkbox" checked onchange="fabricationVisible(this.checked)">
+            Fab layer
+          </label><!-- This comment eats space! All of it!
+          --><label class="menu-label" style="width: calc(50% - 17px); border-left: 0;">
+            <input id="silkscreenCheckbox" type="checkbox" checked onchange="silkscreenVisible(this.checked)">
+            Silkscreen
+          </label>
+          <label class="menu-label" style="width: calc(50% - 18px)">
+            <input id="referencesCheckbox" type="checkbox" checked onchange="referencesVisible(this.checked)">
+            References
+          </label><!-- This comment eats space! All of it!
+          --><label class="menu-label" style="width: calc(50% - 17px); border-left: 0;">
+            <input id="valuesCheckbox" type="checkbox" checked onchange="valuesVisible(this.checked)">
+            Values
+          </label>
+          <div id="tracksAndZonesCheckboxes">
+            <label class="menu-label" style="width: calc(50% - 18px)">
+              <input id="tracksCheckbox" type="checkbox" checked onchange="tracksVisible(this.checked)">
+              Tracks
+            </label><!-- This comment eats space! All of it!
+            --><label class="menu-label" style="width: calc(50% - 17px); border-left: 0;">
+              <input id="zonesCheckbox" type="checkbox" checked onchange="zonesVisible(this.checked)">
+              Zones
+            </label>
+          </div>
+          <label class="menu-label" style="width: calc(50% - 18px)">
+            <input id="padsCheckbox" type="checkbox" checked onchange="padsVisible(this.checked)">
+            Pads
+          </label><!-- This comment eats space! All of it!
+          --><label class="menu-label" style="width: calc(50% - 17px); border-left: 0;">
+            <input id="dnpOutlineCheckbox" type="checkbox" checked onchange="dnpOutline(this.checked)">
+            DNP outlined
+          </label>
+          <label class="menu-label">
+            <input id="dragCheckbox" type="checkbox" checked onchange="setRedrawOnDrag(this.checked)">
+            Continuous redraw on drag
+          </label>
+          <label class="menu-label">
+            Highlight first pin
+            <form id="highlightpin1">
+              <div class="flexbox">
+                <label>
+                  <input type="radio" name="highlightpin1" value="none" onchange="setHighlightPin1('none')">
+                  None
+                </label>
+                <label>
+                  <input type="radio" name="highlightpin1" value="all" onchange="setHighlightPin1('all')">
+                  All
+                </label>
+                <label>
+                  <input type="radio" name="highlightpin1" value="selected" onchange="setHighlightPin1('selected')">
+                  Selected
+                </label>
+              </div>
+            </form>
+          </label>
+          <label class="menu-label">
+            <span>Board rotation</span>
+            <span style="float: right"><span id="rotationDegree">0</span>&#176;</span>
+            <input id="boardRotation" type="range" min="-36" max="36" value="0" class="slider" oninput="setBoardRotation(this.value)">
+          </label>
+          <label class="menu-label">
+            <input id="offsetBackRotationCheckbox" type="checkbox" onchange="setOffsetBackRotation(this.checked)">
+            Offset back rotation
+          </label>
+          <label class="menu-label">
+            <div style="margin-left: 5px">Bom checkboxes</div>
+            <input id="bomCheckboxes" class="menu-textbox" type=text
+                   oninput="setBomCheckboxes(this.value)">
+          </label>
+          <label class="menu-label">
+            <div style="margin-left: 5px">Mark when checked</div>
+            <div id="markWhenCheckedContainer"></div>
+          </label>
+          <label class="menu-label">
+            <span class="shameless-plug">
+              <span>Created using</span>
+              <a id="github-link" target="blank" href="https://github.com/openscopeproject/InteractiveHtmlBom">InteractiveHtmlBom</a>
+              <a target="blank" title="Mouse and keyboard help" href="https://github.com/openscopeproject/InteractiveHtmlBom/wiki/Usage#bom-page-mouse-actions" style="text-decoration: none;"><label class="help-link">?</label></a>
+            </span>
+          </label>
+        </div>
+      </div>
+      <div class="button-container hideonprint">
+        <button id="fl-btn" class="left-most-button" onclick="changeCanvasLayout('F')"
+                title="Front only">F
+        </button>
+        <button id="fb-btn" class="middle-button" onclick="changeCanvasLayout('FB')"
+                title="Front and Back">FB
+        </button>
+        <button id="bl-btn" class="right-most-button" onclick="changeCanvasLayout('B')"
+                title="Back only">B
+        </button>
+      </div>
+      <div class="button-container hideonprint">
+        <button id="bom-btn" class="left-most-button" onclick="changeBomLayout('bom-only')"
+                title="BOM only"></button>
+        <button id="lr-btn" class="middle-button" onclick="changeBomLayout('left-right')"
+                title="BOM left, drawings right"></button>
+        <button id="tb-btn" class="right-most-button" onclick="changeBomLayout('top-bottom')"
+                title="BOM top, drawings bot"></button>
+      </div>
+      <div class="button-container hideonprint">
+        <button id="bom-grouped-btn" class="left-most-button" onclick="changeBomMode('grouped')"
+                title="Grouped BOM"></button>
+        <button id="bom-ungrouped-btn" class="middle-button" onclick="changeBomMode('ungrouped')"
+                title="Ungrouped BOM"></button>
+        <button id="bom-netlist-btn" class="right-most-button" onclick="changeBomMode('netlist')"
+                title="Netlist"></button>
+      </div>
+      <div class="hideonprint menu">
+        <button class="statsbtn"></button>
+        <div class="menu-content">
+          <table class="stats">
+            <tbody>
+              <tr>
+                <td width="40%">Board stats</td>
+                <td>Front</td>
+                <td>Back</td>
+                <td>Total</td>
+              </tr>
+              <tr>
+                <td>Components</td>
+                <td id="stats-components-front">~</td>
+                <td id="stats-components-back">~</td>
+                <td id="stats-components-total">~</td>
+              </tr>
+              <tr>
+                <td>Groups</td>
+                <td id="stats-groups-front">~</td>
+                <td id="stats-groups-back">~</td>
+                <td id="stats-groups-total">~</td>
+              </tr>
+              <tr>
+                <td>SMD pads</td>
+                <td id="stats-smd-pads-front">~</td>
+                <td id="stats-smd-pads-back">~</td>
+                <td id="stats-smd-pads-total">~</td>
+              </tr>
+              <tr>
+                <td>TH pads</td>
+                <td colspan=3 id="stats-th-pads">~</td>
+              </tr>
+            </tbody>
+          </table>
+          <table class="stats">
+            <col width="40%"/><col />
+            <tbody id="checkbox-stats">
+              <tr>
+                <td colspan=2 style="border-top: 0">Checkboxes</td>
+              </tr>
+            </tbody>
+          </table>
+        </div>
+      </div>
+      <div class="hideonprint menu">
+        <button class="iobtn"></button>
+        <div class="menu-content">
+          <div class="menu-label menu-label-top">
+            <div style="margin-left: 5px;">Save board image</div>
+            <div class="flexbox">
+              <input id="render-save-width" class="menu-textbox" type="text" value="1000" placeholder="Width"
+                  style="flex-grow: 1; width: 50px;" oninput="validateSaveImgDimension(this)">
+              <span>X</span>
+              <input id="render-save-height" class="menu-textbox" type="text" value="1000" placeholder="Height"
+                  style="flex-grow: 1; width: 50px;" oninput="validateSaveImgDimension(this)">
+            </div>
+            <label>
+              <input id="render-save-transparent" type="checkbox">
+              Transparent background
+            </label>
+            <div class="flexbox">
+              <button class="savebtn" onclick="saveImage('F')">Front</button>
+              <button class="savebtn" onclick="saveImage('B')">Back</button>
+            </div>
+          </div>
+          <div class="menu-label">
+            <span style="margin-left: 5px;">Config and checkbox state</span>
+            <div class="flexbox">
+              <button class="savebtn" onclick="saveSettings()">Export</button>
+              <button class="savebtn" onclick="loadSettings()">Import</button>
+              <button class="savebtn" onclick="resetSettings()">Reset</button>
+            </div>
+          </div>
+          <div class="menu-label">
+            <span style="margin-left: 5px;">Save bom table as</span>
+            <div class="flexbox">
+              <button class="savebtn" onclick="saveBomTable('csv')">csv</button>
+              <button class="savebtn" onclick="saveBomTable('txt')">txt</button>
+            </div>
+          </div>
+        </div>
+      </div>
+    </div>
+  </div>
+  <div id="topdivider">
+    <div class="hideonprint">
+      <div id="toptoggle" onclick="topToggle()">︽</div>
+    </div>
+  </div>
+  <div id="bot" class="split" style="flex: 1 1">
+    <div id="bomdiv" class="split split-horizontal">
+      <div style="width: 100%">
+        <input id="reflookup" class="textbox searchbox reflookup hideonprint" type="text" placeholder="Ref lookup"
+               oninput="updateRefLookup(this.value)">
+        <input id="filter" class="textbox searchbox filter hideonprint" type="text" placeholder="Filter"
+               oninput="updateFilter(this.value)">
+        <div class="button-container hideonprint" style="float: left; margin: 0;">
+          <button id="copy" title="Copy bom table to clipboard"
+               onclick="saveBomTable('clipboard')"></button>
+        </div>
+      </div>
+      <div id="dbg"></div>
+      <table class="bom" id="bomtable">
+        <thead id="bomhead">
+        </thead>
+        <tbody id="bombody">
+        </tbody>
+      </table>
+    </div>
+    <div id="canvasdiv" class="split split-horizontal">
+      <div id="frontcanvas" class="split" touch-action="none" style="overflow: hidden">
+        <div style="position: relative; width: 100%; height: 100%;">
+          <canvas id="F_bg" style="position: absolute; left: 0; top: 0; z-index: 0;"></canvas>
+          <canvas id="F_fab" style="position: absolute; left: 0; top: 0; z-index: 1;"></canvas>
+          <canvas id="F_slk" style="position: absolute; left: 0; top: 0; z-index: 2;"></canvas>
+          <canvas id="F_hl" style="position: absolute; left: 0; top: 0; z-index: 3;"></canvas>
+        </div>
+      </div>
+      <div id="backcanvas" class="split" touch-action="none" style="overflow: hidden">
+        <div style="position: relative; width: 100%; height: 100%;">
+          <canvas id="B_bg" style="position: absolute; left: 0; top: 0; z-index: 0;"></canvas>
+          <canvas id="B_fab" style="position: absolute; left: 0; top: 0; z-index: 1;"></canvas>
+          <canvas id="B_slk" style="position: absolute; left: 0; top: 0; z-index: 2;"></canvas>
+          <canvas id="B_hl" style="position: absolute; left: 0; top: 0; z-index: 3;"></canvas>
+        </div>
+      </div>
+    </div>
+  </div>
+</div>
+
+</body>
+
+</html>
