diff --git a/bom/ibom.html b/bom/ibom.html
deleted file mode 100644
index d06f289..0000000
--- a/bom/ibom.html
+++ /dev/null
@@ -1,4442 +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">
-: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: 10px 10px 10px 0px;
-}
-
-.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: 5px;
-}
-
-.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;
-}
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-.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;
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-.dark .gutter {
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-.gutter.gutter-horizontal {
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-  cursor: ew-resize;
-  width: 5px;
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-.gutter.gutter-vertical {
-  background-image: url('data:image/png;base64,iVBORw0KGgoAAAANSUhEUgAAAB4AAAAFAQMAAABo7865AAAABlBMVEVHcEzMzMzyAv2sAAAAAXRSTlMAQObYZgAAABBJREFUeF5jOAMEEAIEEFwAn3kMwcB6I2AAAAAASUVORK5CYII=');
-  cursor: ns-resize;
-  height: 5px;
-}
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-.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;
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-}
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-.dark .searchbox {
-  background-color: #111;
-  color: #eee;
-}
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-.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 {
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-  color: #fff;
-  padding: 2px;
-  border-radius: 6px;
-}
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-.dark mark.highlight {
-  background-color: #76a6da;
-  color: #111;
-}
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-.menubtn {
-  background-color: white;
-  border: none;
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-  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;
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-}
-
-.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: 10px 10px 10px 0px;
-}
-
-.menu-content {
-  font-size: 12pt !important;
-  text-align: left !important;
-  font-weight: normal !important;
-  display: none;
-  position: absolute;
-  background-color: white;
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-
-///////////////////////////////////////////////
-
-///////////////////////////////////////////////
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-///////////////////////////////////////////////
-
-///////////////////////////////////////////////
-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 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.getElementById("highlightpin1Checkbox").checked = 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: "default",
-  bomlayout: "default",
-  bommode: "grouped",
-  checkboxes: [],
-  checkboxStoredRefs: {},
-  darkMode: false,
-  highlightpin1: false,
-  redrawOnDrag: true,
-  boardRotation: 0,
-  offsetBackRotation: false,
-  renderPads: true,
-  renderReferences: true,
-  renderValues: true,
-  renderSilkscreen: true,
-  renderFabrication: true,
-  renderDnpOutline: false,
-  renderTracks: true,
-  renderZones: true,
-  columnOrder: [],
-  hiddenColumns: []
-}
-
-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 (!["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;
-
-  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);
-  initBooleanSetting("highlightpin1", config.highlight_pin1, "highlightpin1Checkbox", setHighlightPin1);
-
-  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);
-}
-
-// 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) {
-          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, color, highlight) {
-  ctx = canvas.getContext("2d");
-  ctx.strokeStyle = color;
-  ctx.lineCap = "round";
-  for (var track of pcbdata.tracks[layer]) {
-    if (highlight && highlightedNet != track.net) continue;
-    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();
-  }
-}
-
-function drawZones(canvas, layer, color, highlight) {
-  ctx = canvas.getContext("2d");
-  ctx.strokeStyle = color;
-  ctx.fillStyle = color;
-  ctx.lineJoin = "round";
-  for (var zone of pcbdata.zones[layer]) {
-    if (!zone.path2d) {
-      zone.path2d = getPolygonsPath(zone);
-    }
-    if (highlight && highlightedNet != zone.net) continue;
-    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.renderTracks) {
-    var trackColor = style.getPropertyValue(highlight ? '--track-color-highlight' : '--track-color');
-    drawTracks(canvas, layer, trackColor, highlight);
-  }
-  if (settings.renderZones) {
-    var zoneColor = style.getPropertyValue(highlight ? '--zone-color-highlight' : '--zone-color');
-    drawZones(canvas, layer, zoneColor, 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();
-}
-
-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 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 (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") {
-    th = createColumnHeader("Net name", "bom-netname", (a, b) => {
-      if (a > b) return -1;
-      if (a < b) return 1;
-      return 0;
-    });
-    tr.appendChild(th);
-  } 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;
-  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);
-    } 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(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("bot").style.height = "";
-      break;
-    case 'top-bottom':
-      document.getElementById("tb-btn").classList.add("depressed");
-      document.getElementById("frontcanvas").style.display = "";
-      document.getElementById("backcanvas").style.display = "";
-      document.getElementById("bot").style.height = "calc(100% - 80px)";
-      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("bot").style.height = "calc(100% - 80px)";
-      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";
-}
-
-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 style="float: right; height: 100%;">
-      <div class="hideonprint menu" style="float: right; top: 8px;">
-        <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="highlightpin1Checkbox" type="checkbox" onchange="setHighlightPin1(this.checked)">
-            Highlight first pin
-          </label>
-          <label class="menu-label">
-            <input id="dragCheckbox" type="checkbox" checked onchange="setRedrawOnDrag(this.checked)">
-            Continuous redraw on drag
-          </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"
-           style="float: right; position: relative; top: 8px">
-        <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"
-           style="float: right; position: relative; top: 8px">
-        <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"
-           style="float: right; position: relative; top: 8px">
-        <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" style="float: right; top: 8px;">
-        <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" style="float: right; top: 8px;">
-        <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>
-            </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 id="fileinfodiv" style="overflow: auto;">
-      <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>
-  <div id="bot" class="split" style="height: calc(100% - 80px)">
-    <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%;">
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-          <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>
