pl_payload_control_module_board - Files

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FilesPCM_REV_3bom
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ibom.html
ibom.html<!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;
}

.split {
  -webkit-box-sizing: border-box;
  -moz-box-sizing: border-box;
  box-sizing: border-box;
  overflow-y: auto;
  overflow-x: hidden;
  background-color: inherit;
}

.split.split-horizontal,
.gutter.gutter-horizontal {
  height: 100%;
  float: left;
}

.gutter {
  background-color: #ddd;
  background-repeat: no-repeat;
  background-position: 50%;
  transition: background-color 0.3s;
}

.dark .gutter {
  background-color: #777;
}

.gutter.gutter-horizontal {
  background-image: url('data:image/png;base64,iVBORw0KGgoAAAANSUhEUgAAAAUAAAAeCAYAAADkftS9AAAAIklEQVQoU2M4c+bMfxAGAgYYmwGrIIiDjrELjpo5aiZeMwF+yNnOs5KSvgAAAABJRU5ErkJggg==');
  cursor: ew-resize;
  width: 5px;
}

.gutter.gutter-vertical {
  background-image: url('data:image/png;base64,iVBORw0KGgoAAAANSUhEUgAAAB4AAAAFAQMAAABo7865AAAABlBMVEVHcEzMzMzyAv2sAAAAAXRSTlMAQObYZgAAABBJREFUeF5jOAMEEAIEEFwAn3kMwcB6I2AAAAAASUVORK5CYII=');
  cursor: ns-resize;
  height: 5px;
}

.searchbox {
  float: left;
  height: 40px;
  margin: 10px 5px;
  padding: 12px 32px;
  font-family: Consolas, "DejaVu Sans Mono", Monaco, monospace;
  font-size: 18px;
  box-sizing: border-box;
  border: 1px solid #888;
  border-radius: 6px;
  outline: none;
  background-color: #eee;
  transition: background-color 0.2s, border 0.2s;
  background-image: url('data:image/png;base64,iVBORw0KGgoAAAANSUhEUgAAABAAAAAQCAYAAAAf8/9hAAABNklEQVQ4T8XSMUvDQBQH8P/LElFa/AIZHcTBQSz0I/gFstTBRR2KUC4ldDxw7h0Bl3RRUATxi4iiODgoiLNrbQYp5J6cpJJqomkX33Z37/14d/dIa33MzDuYI4johOI4XhyNRteO46zNYjDzAxE1yBZprVeZ+QbAUhXEGJMA2Ox2u4+fQIa0mPmsCgCgJYQ4t7lfgF0opQYAdv9ABkKI/UnOFCClXKjX61cA1osQY8x9kiRNKeV7IWA3oyhaSdP0FkAtjxhj3hzH2RBCPOf3pzqYHCilfAAX+URm9oMguPzeWSGQvUcMYC8rOBJCHBRdqxTo9/vbRHRqi8bj8XKv1xvODbiuW2u32/bvf0SlDv4XYOY7z/Mavu+nM1+BmQ+NMc0wDF/LprP0DbTWW0T00ul0nn4b7Q87+X4Qmfiq2wAAAABJRU5ErkJggg==');
  background-position: 10px 10px;
  background-repeat: no-repeat;
}

.dark .searchbox {
  background-color: #111;
  color: #eee;
}

.searchbox::placeholder {
  color: #ccc;
}

.dark .searchbox::placeholder {
  color: #666;
}

.filter {
  width: calc(60% - 64px);
}

.reflookup {
  width: calc(40% - 10px);
}

input[type=text]:focus {
  background-color: white;
  border: 1px solid #333;
}

.dark input[type=text]:focus {
  background-color: #333;
  border: 1px solid #ccc;
}

mark.highlight {
  background-color: #5050ff;
  color: #fff;
  padding: 2px;
  border-radius: 6px;
}

.dark mark.highlight {
  background-color: #76a6da;
  color: #111;
}

.menubtn {
  background-color: white;
  border: none;
  background-image: url("data:image/svg+xml,%3Csvg xmlns='http://www.w3.org/2000/svg' width='36' height='36' viewBox='0 0 20 20'%3E%3Cpath fill='none' d='M0 0h20v20H0V0z'/%3E%3Cpath d='M15.95 10.78c.03-.25.05-.51.05-.78s-.02-.53-.06-.78l1.69-1.32c.15-.12.19-.34.1-.51l-1.6-2.77c-.1-.18-.31-.24-.49-.18l-1.99.8c-.42-.32-.86-.58-1.35-.78L12 2.34c-.03-.2-.2-.34-.4-.34H8.4c-.2 0-.36.14-.39.34l-.3 2.12c-.49.2-.94.47-1.35.78l-1.99-.8c-.18-.07-.39 0-.49.18l-1.6 2.77c-.1.18-.06.39.1.51l1.69 1.32c-.04.25-.07.52-.07.78s.02.53.06.78L2.37 12.1c-.15.12-.19.34-.1.51l1.6 2.77c.1.18.31.24.49.18l1.99-.8c.42.32.86.58 1.35.78l.3 2.12c.04.2.2.34.4.34h3.2c.2 0 .37-.14.39-.34l.3-2.12c.49-.2.94-.47 1.35-.78l1.99.8c.18.07.39 0 .49-.18l1.6-2.77c.1-.18.06-.39-.1-.51l-1.67-1.32zM10 13c-1.65 0-3-1.35-3-3s1.35-3 3-3 3 1.35 3 3-1.35 3-3 3z'/%3E%3C/svg%3E%0A");
  background-position: center;
  background-repeat: no-repeat;
}

.statsbtn {
  background-color: white;
  border: none;
  background-image: url("data:image/svg+xml,%3Csvg width='36' height='36' xmlns='http://www.w3.org/2000/svg'%3E%3Cpath d='M4 6h28v24H4V6zm0 8h28v8H4m9-16v24h10V5.8' fill='none' stroke='%23000' stroke-width='2'/%3E%3C/svg%3E");
  background-position: center;
  background-repeat: no-repeat;
}

.iobtn {
  background-color: white;
  border: none;
  background-image: url("data:image/svg+xml,%3Csvg xmlns='http://www.w3.org/2000/svg' width='36' height='36'%3E%3Cpath fill='none' stroke='%23000' stroke-width='2' d='M3 33v-7l6.8-7h16.5l6.7 7v7H3zM3.2 26H33M21 9l5-5.9 5 6h-2.5V15h-5V9H21zm-4.9 0l-5 6-5-6h2.5V3h5v6h2.5z'/%3E%3Cpath fill='none' stroke='%23000' d='M6.1 29.5H10'/%3E%3C/svg%3E");
  background-position: center;
  background-repeat: no-repeat;
}

.visbtn {
  background-image: url("data:image/svg+xml,%3Csvg xmlns='http://www.w3.org/2000/svg' width='24' height='24'%3E%3Cpath fill='none' stroke='%23333' d='M2.5 4.5h5v15h-5zM9.5 4.5h5v15h-5zM16.5 4.5h5v15h-5z'/%3E%3C/svg%3E");
  background-position: center;
  background-repeat: no-repeat;
  padding: 15px;
}

#vismenu-content {
  left: 0px;
  font-family: Verdana, sans-serif;
}

.dark .statsbtn,
.dark .savebtn,
.dark .menubtn,
.dark .iobtn,
.dark .visbtn {
  filter: invert(1);
}

.flexbox {
  display: flex;
  align-items: center;
  justify-content: space-between;
  width: 100%;
}

.savebtn {
  background-color: #d6d6d6;
  width: auto;
  height: 30px;
  flex-grow: 1;
  margin: 5px;
  border-radius: 4px;
}

.savebtn:active {
  background-color: #0a0;
  color: white;
}

.dark .savebtn:active {
  /* This will be inverted */
  background-color: #b3b;
}

.stats {
  border-collapse: collapse;
  font-size: 12pt;
  table-layout: fixed;
  width: 100%;
  min-width: 450px;
}

.dark .stats td {
  border: 1px solid #bbb;
}

.stats td {
  border: 1px solid black;
  padding: 5px;
  word-wrap: break-word;
  text-align: center;
  position: relative;
}

#checkbox-stats div {
  position: absolute;
  left: 0;
  top: 0;
  height: 100%;
  width: 100%;
  display: flex;
  align-items: center;
  justify-content: center;
}

#checkbox-stats .bar {
  background-color: rgba(28, 251, 0, 0.6);
}

.menu {
  position: relative;
  display: inline-block;
  margin: 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;
  right: 0;
  min-width: 300px;
  box-shadow: 0px 8px 16px 0px rgba(0, 0, 0, 0.2);
  z-index: 100;
  padding: 8px;
}

.dark .menu-content {
  background-color: #111;
}

.menu:hover .menu-content {
  display: block;
}

.menu:hover .menubtn,
.menu:hover .iobtn,
.menu:hover .statsbtn {
  background-color: #eee;
}

.menu-label {
  display: inline-block;
  padding: 8px;
  border: 1px solid #ccc;
  border-top: 0;
  width: calc(100% - 18px);
}

.menu-label-top {
  border-top: 1px solid #ccc;
}

.menu-textbox {
  float: left;
  height: 24px;
  margin: 10px 5px;
  padding: 5px 5px;
  font-family: Consolas, "DejaVu Sans Mono", Monaco, monospace;
  font-size: 14px;
  box-sizing: border-box;
  border: 1px solid #888;
  border-radius: 4px;
  outline: none;
  background-color: #eee;
  transition: background-color 0.2s, border 0.2s;
  width: calc(100% - 10px);
}

.menu-textbox.invalid,
.dark .menu-textbox.invalid {
  color: red;
}

.dark .menu-textbox {
  background-color: #222;
  color: #eee;
}

.radio-container {
  margin: 4px;
}

.topmostdiv {
  width: 100%;
  height: 100%;
  background-color: white;
  transition: background-color 0.3s;
}

#top {
  height: 78px;
  border-bottom: 2px solid black;
}

.dark #top {
  border-bottom: 2px solid #ccc;
}

#dbg {
  display: block;
}

::-webkit-scrollbar {
  width: 8px;
}

::-webkit-scrollbar-track {
  background: #aaa;
}

::-webkit-scrollbar-thumb {
  background: #666;
  border-radius: 3px;
}

::-webkit-scrollbar-thumb:hover {
  background: #555;
}

.slider {
  -webkit-appearance: none;
  width: 100%;
  margin: 3px 0;
  padding: 0;
  outline: none;
  opacity: 0.7;
  -webkit-transition: .2s;
  transition: opacity .2s;
  border-radius: 3px;
}

.slider:hover {
  opacity: 1;
}

.slider:focus {
  outline: none;
}

.slider::-webkit-slider-runnable-track {
  -webkit-appearance: none;
  width: 100%;
  height: 8px;
  background: #d3d3d3;
  border-radius: 3px;
  border: none;
}

.slider::-webkit-slider-thumb {
  -webkit-appearance: none;
  width: 15px;
  height: 15px;
  border-radius: 50%;
  background: #0a0;
  cursor: pointer;
  margin-top: -4px;
}

.dark .slider::-webkit-slider-thumb {
  background: #3d3;
}

.slider::-moz-range-thumb {
  width: 15px;
  height: 15px;
  border-radius: 50%;
  background: #0a0;
  cursor: pointer;
}

.slider::-moz-range-track {
  height: 8px;
  background: #d3d3d3;
  border-radius: 3px;
}

.dark .slider::-moz-range-thumb {
  background: #3d3;
}

.slider::-ms-track {
  width: 100%;
  height: 8px;
  border-width: 3px 0;
  background: transparent;
  border-color: transparent;
  color: transparent;
  transition: opacity .2s;
}

.slider::-ms-fill-lower {
  background: #d3d3d3;
  border: none;
  border-radius: 3px;
}

.slider::-ms-fill-upper {
  background: #d3d3d3;
  border: none;
  border-radius: 3px;
}

.slider::-ms-thumb {
  width: 15px;
  height: 15px;
  border-radius: 50%;
  background: #0a0;
  cursor: pointer;
  margin: 0;
}

.shameless-plug {
  font-size: 0.8em;
  text-align: center;
  display: block;
}

a {
  color: #0278a4;
}

.dark a {
  color: #00b9fd;
}

#frontcanvas,
#backcanvas {
  touch-action: none;
}

.placeholder {
  border: 1px dashed #9f9fda !important;
  background-color: #edf2f7 !important;
}

.dragging {
  z-index: 999;
}

.dark .dragging>table>tbody>tr {
  background-color: #252c30;
}

.dark .placeholder {
  filter: invert(1);
}

.column-spacer {
  top: 0;
  left: 0;
  width: calc(100% - 4px);
  position: absolute;
  cursor: pointer;
  user-select: none;
  height: 100%;
}

.column-width-handle {
  top: 0;
  right: 0;
  width: 4px;
  position: absolute;
  cursor: col-resize;
  user-select: none;
  height: 100%;
}

.column-width-handle:hover {
  background-color: #4f99bd;
}

.help-link {
  border: 1px solid #0278a4;
  padding-inline: 0.3rem;
  border-radius: 3px;
  cursor: pointer;
}

.dark .help-link {
  border: 1px solid #00b9fd;
}


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///////////////////////////////////////////////
/*
  Split.js - v1.3.5
  MIT License
  https://github.com/nathancahill/Split.js
*/
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///////////////////////////////////////////////

///////////////////////////////////////////////
// Copyright (c) 2013 Pieroxy <pieroxy@pieroxy.net>
// This work is free. You can redistribute it and/or modify it
// under the terms of the WTFPL, Version 2
// For more information see LICENSE.txt or http://www.wtfpl.net/
//
// For more information, the home page:
// http://pieroxy.net/blog/pages/lz-string/testing.html
//
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///////////////////////////////////////////////

///////////////////////////////////////////////
/*!
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 * Copyright jQuery Foundation and other contributors | http://jquery.org/license
 */
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///////////////////////////////////////////////

///////////////////////////////////////////////
var config = {"dark_mode": false, "show_pads": true, "show_fabrication": false, "show_silkscreen": true, "highlight_pin1": false, "redraw_on_drag": true, "board_rotation": 0, "checkboxes": "Sourced,Placed", "bom_view": "left-right", "layer_view": "FB", "fields": ["Value", "Footprint"]}
///////////////////////////////////////////////

///////////////////////////////////////////////
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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' ? `"${node.firstChild.nodeValue}"` : node.firstChild.nodeValue);
    }
    if (node != bomhead.childNodes[0].lastChild) {
      text += (output == 'csv' ? ',' : '\t');
    }
  }
  text += '\n';
  for (var row of bombody.childNodes) {
    for (var cell of row.childNodes) {
      let val = '';
      for (var node of cell.childNodes) {
        if (node.nodeName == "INPUT") {
          if (node.checked) {
            val += '✓';
          }
        } else if (node.nodeName == "MARK") {
          val += node.firstChild.nodeValue;
        } else {
          val += node.nodeValue;
        }
      }
      if (output == 'csv') {
        val = val.replace(/\"/g, '\"\"'); // pair of double-quote characters
        if (isNumeric(val)) {
          val = +val;                     // use number
        } else {
          val = `"${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;
  showFootprints(settings.show_footprints);
  writeStorage("boardRotation", settings.boardRotation);
  document.getElementById("boardRotation").value = settings.boardRotation / 5;
  document.getElementById("rotationDegree").textContent = settings.boardRotation;
  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,
  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;
}

// 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 (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.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);
    }
  }
  // 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);
    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));
  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) {
  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));
  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 bbox = applyRotation(pcbdata.edges_bbox);
  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;
  var flip = (layerdict.layer == "B");
  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;
  if (layerdict.layer == "B") {
    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);
  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 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) {
  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");
          td.innerHTML = highlightFilter(Array.from(valueSet).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">
            <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>
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      <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>
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          </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>
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          </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>
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    <div id="fileinfodiv" style="overflow: auto;">
      <table class="fileinfo">
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            <td id="title" class="title" style="width: 70%">
              Title
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            <td id="revision" class="title" style="width: 30%">
              Revision
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          </tr>
          <tr>
            <td id="company">
              Company
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            <td id="filedate">
              Date
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               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>
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      </div>
      <div id="dbg"></div>
      <table class="bom" id="bomtable">
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        <tbody id="bombody">
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</div>

</body>

</html>
rich27 / pl_payload_control_module_board - Files

Files

/ ArduCam.kicad_sch

/ asdf.kicad_sch

/ BoomIMUConnector.kicad_sch

/ FIS1100_IMU_BT.kicad_sch

/ FIS1100_IMU_FB.kicad_sch

/ MLX90614KSF_thermopile.kicad_sch

/ MLX9064IRCAM.kicad_sch

/ Optane_Memory.kicad_sch

/ PIC24FJ128GA010_MCU.kicad_sch

/ SBand_Radio.kicad_sch

/ SD_card.kicad_sch

/ Stepper_Motor_Driver.kicad_sch

/ Stepper_Motor_Encoder_Connector.kicad_sch

/ STM32F4_MCU.kicad_sch

/ TempMonitoring.kicad_sch

/ UtProSat-1_Payload.kicad_pcb

/ UtProSat-1_Payload.kicad_sch

PCM_REV_3 / ArduCam.kicad_sch

PCM_REV_3 / asdf.kicad_sch

PCM_REV_3 / BoomIMUConnector.kicad_sch

PCM_REV_3 / FIS1100_IMU_BT.kicad_sch

PCM_REV_3 / FIS1100_IMU_FB.kicad_sch

PCM_REV_3 / MLX90614KSF_thermopile.kicad_sch

PCM_REV_3 / MLX9064IRCAM.kicad_sch

PCM_REV_3 / Optane_Memory.kicad_sch

PCM_REV_3 / PIC24FJ128GA010_MCU.kicad_sch

PCM_REV_3 / SBand_Radio.kicad_sch

PCM_REV_3 / SD_card.kicad_sch

PCM_REV_3 / Stepper_Motor_Driver.kicad_sch

PCM_REV_3 / Stepper_Motor_Encoder_Connector.kicad_sch

PCM_REV_3 / STM32F4_MCU.kicad_sch

PCM_REV_3 / TempMonitoring.kicad_sch

PCM_REV_3 / UtProSat-1_Payload.kicad_pcb

PCM_REV_3 / UtProSat-1_Payload.kicad_sch

PCM_REV_4 / ArduCam.kicad_sch

PCM_REV_4 / asdf.kicad_sch

PCM_REV_4 / BoomIMUConnector.kicad_sch

PCM_REV_4 / FIS1100_IMU_BT.kicad_sch

PCM_REV_4 / FIS1100_IMU_FB.kicad_sch

PCM_REV_4 / MLX90614KSF_thermopile.kicad_sch

PCM_REV_4 / MLX9064IRCAM.kicad_sch

PCM_REV_4 / Optane_Memory.kicad_sch

PCM_REV_4 / PIC24FJ128GA010_MCU.kicad_sch

PCM_REV_4 / SBand_Radio.kicad_sch

PCM_REV_4 / SD_card.kicad_sch

PCM_REV_4 / Stepper_Motor_Driver.kicad_sch

PCM_REV_4 / Stepper_Motor_Encoder_Connector.kicad_sch

PCM_REV_4 / STM32F4_MCU.kicad_sch

PCM_REV_4 / TempMonitoring.kicad_sch

PCM_REV_4 / UtProSat-1_Payload.kicad_pcb

PCM_REV_4 / UtProSat-1_Payload.kicad_sch

UtProSat-1_Payload-backups / UtProSat-1_Payload-2022-10-10_170409 / ArduCam.kicad_sch

UtProSat-1_Payload-backups / UtProSat-1_Payload-2022-10-10_170409 / asdf.kicad_sch

UtProSat-1_Payload-backups / UtProSat-1_Payload-2022-10-10_170409 / BoomIMUConnector.kicad_sch

UtProSat-1_Payload-backups / UtProSat-1_Payload-2022-10-10_170409 / FIS1100_IMU_BT.kicad_sch

UtProSat-1_Payload-backups / UtProSat-1_Payload-2022-10-10_170409 / FIS1100_IMU_FB.kicad_sch

UtProSat-1_Payload-backups / UtProSat-1_Payload-2022-10-10_170409 / MLX90614KSF_thermopile.kicad_sch

UtProSat-1_Payload-backups / UtProSat-1_Payload-2022-10-10_170409 / MLX9064IRCAM.kicad_sch

UtProSat-1_Payload-backups / UtProSat-1_Payload-2022-10-10_170409 / Optane_Memory.kicad_sch

UtProSat-1_Payload-backups / UtProSat-1_Payload-2022-10-10_170409 / PIC24FJ128GA010_MCU.kicad_sch

UtProSat-1_Payload-backups / UtProSat-1_Payload-2022-10-10_170409 / SBand_Radio.kicad_sch

UtProSat-1_Payload-backups / UtProSat-1_Payload-2022-10-10_170409 / SD_card.kicad_sch

UtProSat-1_Payload-backups / UtProSat-1_Payload-2022-10-10_170409 / Stepper_Motor_Driver.kicad_sch

UtProSat-1_Payload-backups / UtProSat-1_Payload-2022-10-10_170409 / Stepper_Motor_Encoder_Connector.kicad_sch

UtProSat-1_Payload-backups / UtProSat-1_Payload-2022-10-10_170409 / STM32F4_MCU.kicad_sch

UtProSat-1_Payload-backups / UtProSat-1_Payload-2022-10-10_170409 / TempMonitoring.kicad_sch

UtProSat-1_Payload-backups / UtProSat-1_Payload-2022-10-10_170409 / UtProSat-1_Payload.kicad_pcb

UtProSat-1_Payload-backups / UtProSat-1_Payload-2022-10-10_170409 / UtProSat-1_Payload.kicad_sch

Annotations
