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<!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-color-highlight: #D04040;
--pin1-outline-color: #ffb629;
--pin1-outline-color-highlight: #b4ff03;
--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;
}
.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: #aaa;
}
.dark .bom tr.checked {
color: #666;
}
.bom tr {
transition: background-color 0.2s;
}
.bom .numCol {
width: 25px;
}
.bom .Description {
width: 10%;
}
.bom .Part {
width: 10%;
}
.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;
}
.dark .statsbtn, .dark .savebtn, .dark .menubtn, .dark .iobtn {
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 {
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;
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font-size: 0.8em;
text-align: center;
display: block;
}
a {
color: #0278a4;
}
.dark a {
color: #00b9fd;
}
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touch-action: none;
}
</style>
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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
//
// LZ-based compression algorithm, version 1.4.4
var LZString=function(){var o=String.fromCharCode,i={};var n={decompressFromBase64:function(o){return null==o?"":""==o?null:n._decompress(o.length,32,function(n){return function(o,n){if(!i[o]){i[o]={};for(var t=0;t<o.length;t++)i[o][o.charAt(t)]=t}return i[o][n]}("ABCDEFGHIJKLMNOPQRSTUVWXYZabcdefghijklmnopqrstuvwxyz0123456789+/=",o.charAt(n))})},_decompress:function(i,n,t){var r,e,a,s,p,u,l,f=[],c=4,d=4,h=3,v="",g=[],m={val:t(0),position:n,index:1};for(r=0;r<3;r+=1)f[r]=r;for(a=0,p=Math.pow(2,2),u=1;u!=p;)s=m.val&m.position,m.position>>=1,0==m.position&&(m.position=n,m.val=t(m.index++)),a|=(s>0?1:0)*u,u<<=1;switch(a){case 0:for(a=0,p=Math.pow(2,8),u=1;u!=p;)s=m.val&m.position,m.position>>=1,0==m.position&&(m.position=n,m.val=t(m.index++)),a|=(s>0?1:0)*u,u<<=1;l=o(a);break;case 1:for(a=0,p=Math.pow(2,16),u=1;u!=p;)s=m.val&m.position,m.position>>=1,0==m.position&&(m.position=n,m.val=t(m.index++)),a|=(s>0?1:0)*u,u<<=1;l=o(a);break;case 2:return""}for(f[3]=l,e=l,g.push(l);;){if(m.index>i)return"";for(a=0,p=Math.pow(2,h),u=1;u!=p;)s=m.val&m.position,m.position>>=1,0==m.position&&(m.position=n,m.val=t(m.index++)),a|=(s>0?1:0)*u,u<<=1;switch(l=a){case 0:for(a=0,p=Math.pow(2,8),u=1;u!=p;)s=m.val&m.position,m.position>>=1,0==m.position&&(m.position=n,m.val=t(m.index++)),a|=(s>0?1:0)*u,u<<=1;f[d++]=o(a),l=d-1,c--;break;case 1:for(a=0,p=Math.pow(2,16),u=1;u!=p;)s=m.val&m.position,m.position>>=1,0==m.position&&(m.position=n,m.val=t(m.index++)),a|=(s>0?1:0)*u,u<<=1;f[d++]=o(a),l=d-1,c--;break;case 2:return g.join("")}if(0==c&&(c=Math.pow(2,h),h++),f[l])v=f[l];else{if(l!==d)return null;v=e+e.charAt(0)}g.push(v),f[d++]=e+v.charAt(0),e=v,0==--c&&(c=Math.pow(2,h),h++)}}};return n}();"function"==typeof define&&define.amd?define(function(){return LZString}):"undefined"!=typeof module&&null!=module?module.exports=LZString:"undefined"!=typeof angular&&null!=angular&&angular.module("LZString",[]).factory("LZString",function(){return LZString});
///////////////////////////////////////////////
///////////////////////////////////////////////
/*!
* PEP v0.4.3 | https://github.com/jquery/PEP
* Copyright jQuery Foundation and other contributors | http://jquery.org/license
*/
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c.altKey=b.altKey,c.ctrlKey=b.ctrlKey,c.metaKey=b.metaKey,c.shiftKey=b.shiftKey;
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vacuumTouches:function(a){var b=a.touches;
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dedupSynthMouse:function(a){var b=N.lastTouches,c=a.changedTouches[0];
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///////////////////////////////////////////////
///////////////////////////////////////////////
var config = {"show_fabrication": false, "redraw_on_drag": true, "highlight_pin1": false, "extra_fields": [], "dark_mode": false, "bom_view": "left-right", "board_rotation": 0.0, "checkboxes": "Sourced,Placed", "show_silkscreen": true, "show_pads": true, "layer_view": "FB"}
///////////////////////////////////////////////
///////////////////////////////////////////////
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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 copyToClipboard() {
var text = '';
for (var node of bomhead.childNodes[0].childNodes) {
if (node.firstChild) {
text = text + node.firstChild.nodeValue;
}
if (node != bomhead.childNodes[0].lastChild) {
text += '\t';
}
}
text += '\n';
for (var row of bombody.childNodes) {
for (var cell of row.childNodes) {
for (var node of cell.childNodes) {
if (node.nodeName == "INPUT") {
if (node.checked) {
text = text + '✓';
}
} else if (node.nodeName == "MARK") {
text = text + node.firstChild.nodeValue;
} else {
text = text + node.nodeValue;
}
}
if (cell != row.lastChild) {
text += '\t';
}
}
text += '\n';
}
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 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.*)?$", "");
units.valueAltRegex = new RegExp("^([0-9]*)" +
"(" + units.unitsShort.join("|") + ")?" +
"([GgMmKkUuNnPp])?" +
"([0-9]*)" +
"(\\b.*)?$", "");
for (var bom_type of ["both", "F", "B"]) {
for (var row of pcbdata.bom[bom_type]) {
row.push(parseValue(row[1], row[3][0][0]));
}
}
}
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("darkenWhenChecked", settings.darkenWhenChecked);
padsVisible(settings.renderPads);
document.getElementById("padsCheckbox").checked = settings.renderPads;
fabricationVisible(settings.renderFabrication);
document.getElementById("fabricationCheckbox").checked = settings.renderFabrication;
silkscreenVisible(settings.renderSilkscreen);
document.getElementById("silkscreenCheckbox").checked = settings.renderSilkscreen;
referencesVisible(settings.renderReferences);
document.getElementById("referencesCheckbox").checked = settings.renderReferences;
valuesVisible(settings.renderValues);
document.getElementById("valuesCheckbox").checked = settings.renderValues;
tracksVisible(settings.renderTracks);
document.getElementById("tracksCheckbox").checked = settings.renderTracks;
zonesVisible(settings.renderZones);
document.getElementById("zonesCheckbox").checked = settings.renderZones;
dnpOutline(settings.renderDnpOutline);
document.getElementById("dnpOutlineCheckbox").checked = settings.renderDnpOutline;
setRedrawOnDrag(settings.redrawOnDrag);
document.getElementById("dragCheckbox").checked = settings.redrawOnDrag;
setDarkMode(settings.darkMode);
document.getElementById("darkmodeCheckbox").checked = settings.darkMode;
setHighlightPin1(settings.highlightpin1);
document.getElementById("highlightpin1Checkbox").checked = settings.highlightpin1;
writeStorage("boardRotation", settings.boardRotation);
document.getElementById("boardRotation").value = settings.boardRotation / 5;
document.getElementById("rotationDegree").textContent = settings.boardRotation;
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,
}
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.darkenWhenChecked = readStorage("darkenWhenChecked") || "";
populateDarkenWhenCheckedOptions();
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);
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",
}
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.horiz_justify)) * text.height * tilt;
return point;
}
function drawtext(ctx, text, color, flip) {
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 (text.svgpath) {
ctx.stroke(new Path2D(text.svgpath));
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) / 2;
var txt = text.text.split("\n");
// KiCad ignores last empty line.
if (txt[txt.length - 1] == '') txt.pop();
ctx.rotate(deg2rad(angle));
for (var i in txt) {
var offsety = (-(txt.length - 1) + i * 2) * interline + text.height / 2;
var lineWidth = text.thickness + interline * 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 = 0;
switch (text.horiz_justify) {
case -1:
// Justify left, do nothing
break;
case 0:
// Justify center
offsetx -= lineWidth / 2;
break;
case 1:
// Justify right
offsetx -= lineWidth;
break;
}
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;
}
}
ctx.restore();
}
function drawedge(ctx, scalefactor, edge, color) {
ctx.strokeStyle = color;
ctx.lineWidth = Math.max(1 / scalefactor, edge.width);
ctx.lineCap = "round";
if (edge.svgpath) {
ctx.stroke(new Path2D(edge.svgpath));
} else {
ctx.beginPath();
if (edge.type == "segment") {
ctx.moveTo(...edge.start);
ctx.lineTo(...edge.end);
}
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);
}
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 (shape.svgpath) {
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, shape, color) {
ctx.save();
ctx.fillStyle = color;
if (!shape.svgpath) {
ctx.translate(...shape.pos);
ctx.rotate(deg2rad(-shape.angle));
}
ctx.fill(getPolygonsPath(shape));
ctx.restore();
}
function drawDrawing(ctx, layer, scalefactor, drawing, color) {
if (["segment", "arc", "circle", "curve"].includes(drawing.type)) {
drawedge(ctx, scalefactor, drawing, color);
} else if (drawing.type == "polygon") {
drawPolygonShape(ctx, drawing, color);
} else {
drawtext(ctx, drawing, color, layer == "B");
}
}
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, hole) {
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);
}
if (pad.type == "th" && hole) {
if (pad.offset) {
ctx.translate(-pad.offset[0], -pad.offset[1]);
}
ctx.fillStyle = "#CCCCCC";
if (pad.drillshape == "oblong") {
ctx.fill(getOblongPath(pad.drillsize));
} else {
ctx.fill(getCirclePath(pad.drillsize[0] / 2));
}
}
ctx.restore();
}
function drawModule(ctx, layer, scalefactor, module, padcolor, outlinecolor, highlight, outline) {
if (highlight) {
// draw bounding box
if (module.layer == layer) {
ctx.save();
ctx.globalAlpha = 0.2;
ctx.translate(...module.bbox.pos);
ctx.rotate(deg2rad(-module.bbox.angle));
ctx.translate(...module.bbox.relpos);
ctx.fillStyle = padcolor;
ctx.fillRect(0, 0, ...module.bbox.size);
ctx.globalAlpha = 1;
ctx.strokeStyle = padcolor;
ctx.strokeRect(0, 0, ...module.bbox.size);
ctx.restore();
}
}
// draw drawings
for (var drawing of module.drawings) {
if (drawing.layer == layer) {
drawDrawing(ctx, layer, scalefactor, drawing.drawing, padcolor);
}
}
// draw pads
if (settings.renderPads) {
for (var pad of module.pads) {
if (pad.layers.includes(layer)) {
drawPad(ctx, pad, padcolor, outline, true);
if (pad.pin1 && settings.highlightpin1) {
drawPad(ctx, pad, outlinecolor, true, false);
}
}
}
}
}
function drawEdgeCuts(canvas, scalefactor) {
var ctx = canvas.getContext("2d");
var edgecolor = getComputedStyle(topmostdiv).getPropertyValue('--pcb-edge-color');
for (var edge of pcbdata.edges) {
drawedge(ctx, scalefactor, edge, edgecolor);
}
}
function drawModules(canvas, layer, scalefactor, highlight) {
var ctx = canvas.getContext("2d");
ctx.lineWidth = 3 / scalefactor;
var style = getComputedStyle(topmostdiv);
var padcolor = style.getPropertyValue('--pad-color');
var outlinecolor = style.getPropertyValue('--pin1-outline-color');
if (highlight) {
padcolor = style.getPropertyValue('--pad-color-highlight');
outlinecolor = style.getPropertyValue('--pin1-outline-color-highlight');
}
for (var i = 0; i < pcbdata.modules.length; i++) {
var mod = pcbdata.modules[i];
var outline = settings.renderDnpOutline && pcbdata.bom.skipped.includes(i);
if (!highlight || highlightedModules.includes(i)) {
drawModule(ctx, layer, scalefactor, mod, padcolor, outlinecolor, highlight, outline);
}
}
}
function drawBgLayer(layername, canvas, layer, scalefactor, edgeColor, polygonColor, textColor) {
var ctx = canvas.getContext("2d");
for (var d of pcbdata[layername][layer]) {
if (["segment", "arc", "circle", "curve"].includes(d.type)) {
drawedge(ctx, scalefactor, d, edgeColor);
} else if (d.type == "polygon") {
drawPolygonShape(ctx, d, polygonColor);
} else {
drawtext(ctx, d, textColor, layer == "B");
}
}
}
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();
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.lineWidth = zone.width ? zone.width : 0;
ctx.fill(zone.path2d);
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 {
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 ctx = canvas.getContext("2d");
for (var mod of pcbdata.modules) {
// draw pads
for (var pad of mod.pads) {
if (highlightedNet != pad.net) continue;
if (pad.layers.includes(layer)) {
drawPad(ctx, pad, padColor, false, true);
}
}
}
}
}
function drawHighlightsOnLayer(canvasdict, clear = true) {
if (clear) {
clearCanvas(canvasdict.highlight);
}
if (highlightedModules.length > 0) {
drawModules(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);
drawModules(canvasdict.bg, canvasdict.layer,
canvasdict.transform.s * canvasdict.transform.zoom, false);
drawEdgeCuts(canvasdict.bg, canvasdict.transform.s);
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);
var fontsize = 1.55;
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 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 (pointWithinDistanceToSegment(x, y, ...track.start, ...track.end, track.width / 2)) {
return track.net;
}
}
}
// Check pads
if (settings.renderPads) {
for (var mod of pcbdata.modules) {
for(var pad of mod.pads) {
if (pad.layers.includes(layer) && pointWithinPad(x, y, pad)) {
return pad.net;
}
}
}
}
return null;
}
function pointWithinModuleBbox(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.modules.length; i++) {
var module = pcbdata.modules[i];
if (module.layer == layer) {
if (pointWithinModuleBbox(x, y, module.bbox)) {
result.push(i);
}
}
}
return result;
}
function handlePointerDown(e, layerdict) {
if (e.button != 0) {
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 modules = bboxHitScan(layerdict.layer, ...v);
if (modules.length > 0) {
modulesClicked(modules);
}
}
}
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);
}
///////////////////////////////////////////////
///////////////////////////////////////////////
/* 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 moduleIndexToHandler = {};
var netsToHandler = {};
var highlightedModules = [];
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 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.modules.length; i++) {
if (pcbdata.modules[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) {
return function(evt) {
refsSet = getStoredCheckboxRefs(checkbox);
var darkenWhenChecked = settings.darkenWhenChecked == checkbox;
eventArgs = {
checkbox: checkbox,
refs: references,
}
if (this.checked) {
// checkbox ticked
for (var ref of references) {
refsSet.add(ref[1]);
}
if (darkenWhenChecked) {
evt.target.parentElement.parentElement.classList.add("checked");
}
eventArgs.state = 'checked';
} else {
// checkbox unticked
for (var ref of references) {
refsSet.delete(ref[1]);
}
if (darkenWhenChecked) {
evt.target.parentElement.parentElement.classList.remove("checked");
}
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 clearHighlightedModules() {
if (currentHighlightedRowId) {
document.getElementById(currentHighlightedRowId).classList.remove("highlighted");
currentHighlightedRowId = null;
highlightedModules = [];
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;
highlightedModules = 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
for (var ref of entry[3]) {
if (ref[0].toLowerCase().indexOf(filter) >= 0) {
return true;
}
}
// check extra fields
for (var i in config.extra_fields) {
if (entry[4][i].toLowerCase().indexOf(filter) >= 0) {
return true;
}
}
// check value
if (entry[1].toLowerCase().indexOf(filter) >= 0) {
return true;
}
// check footprint
if (entry[2].toLowerCase().indexOf(filter) >= 0) {
return true;
}
return false;
}
function findRefInEntry(entry) {
return entry[3].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) {
var th = document.createElement("TH");
th.innerHTML = name;
th.classList.add(cls);
th.style.cursor = "pointer";
var span = document.createElement("SPAN");
span.classList.add("sortmark");
span.classList.add("none");
th.appendChild(span);
th.onclick = function() {
if (currentSortColumn && this !== currentSortColumn) {
// Currently sorted by another column
currentSortColumn.childNodes[1].classList.remove(currentSortOrder);
currentSortColumn.childNodes[1].classList.add("none");
currentSortColumn = null;
currentSortOrder = null;
}
if (currentSortColumn && this === 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 = this;
currentSortColumn.childNodes[1].classList.remove("none");
currentSortColumn.childNodes[1].classList.add("asc");
currentSortOrder = "asc";
}
populateBomBody();
}
return th;
}
function populateBomHeader() {
while (bomhead.firstChild) {
bomhead.removeChild(bomhead.firstChild);
}
var tr = document.createElement("TR");
var th = document.createElement("TH");
th.classList.add("numCol");
tr.appendChild(th);
var checkboxCompareClosure = function(checkbox) {
return (a, b) => {
var stateA = getCheckboxState(checkbox, a[3]);
var stateB = getCheckboxState(checkbox, b[3]);
if (stateA > stateB) return -1;
if (stateA < stateB) return 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 {
for (var checkbox of settings.checkboxes) {
th = createColumnHeader(
checkbox, "bom-checkbox", checkboxCompareClosure(checkbox));
th.onclick = fancyDblClickHandler(
th, th.onclick.bind(th), checkboxSetUnsetAllHandler(checkbox));
tr.appendChild(th);
}
tr.appendChild(createColumnHeader("References", "References", (a, b) => {
var i = 0;
while (i < a[3].length && i < b[3].length) {
if (a[3][i] != b[3][i]) return a[3][i] > b[3][i] ? 1 : -1;
i++;
}
return a[3].length - b[3].length;
}));
// Extra fields
if (config.extra_fields.length > 0) {
var extraFieldCompareClosure = function(fieldIndex) {
return (a, b) => {
var fa = a[4][fieldIndex];
var fb = b[4][fieldIndex];
if (fa != fb) return fa > fb ? 1 : -1;
else return 0;
}
}
for (var i in config.extra_fields) {
tr.appendChild(createColumnHeader(
config.extra_fields[i], "extra", extraFieldCompareClosure(i)));
}
}
tr.appendChild(createColumnHeader("Value", "Value", (a, b) => {
return valueCompare(a[5], b[5], a[1], b[1]);
}));
tr.appendChild(createColumnHeader("Footprint", "Footprint", (a, b) => {
if (a[2] != b[2]) return a[2] > b[2] ? 1 : -1;
else return 0;
}));
if (settings.bommode == "grouped") {
tr.appendChild(createColumnHeader("Quantity", "Quantity", (a, b) => {
return a[3].length - b[3].length;
}));
}
}
bomhead.appendChild(tr);
}
function populateBomBody() {
while (bom.firstChild) {
bom.removeChild(bom.firstChild);
}
highlightHandlers = [];
moduleIndexToHandler = {};
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[3]) {
expandedTable.push([1, bomentry[1], bomentry[2], [ref], bomentry[4], bomentry[5]]);
}
}
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[3];
}
// 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);
setBomCheckboxState(checkbox, input, references);
if (input.checked && settings.darkenWhenChecked == checkbox) {
tr.classList.add("checked");
}
td.appendChild(input);
tr.appendChild(td);
}
}
// References
td = document.createElement("TD");
td.innerHTML = highlightFilter(references.map(r => r[0]).join(", "));
tr.appendChild(td);
// Extra fields
for (var i in config.extra_fields) {
td = document.createElement("TD");
td.innerHTML = highlightFilter(bomentry[4][i]);
tr.appendChild(td);
}
// Value
td = document.createElement("TD");
td.innerHTML = highlightFilter(bomentry[1]);
tr.appendChild(td);
// Footprint
td = document.createElement("TD");
td.innerHTML = highlightFilter(bomentry[2]);
tr.appendChild(td);
if (settings.bommode == "grouped") {
// Quantity
td = document.createElement("TD");
td.textContent = bomentry[3].length;
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])) {
moduleIndexToHandler[refIndex] = handler;
}
}
if (netname !== null) {
netsToHandler[netname] = handler;
}
if ((filter || reflookup) && first) {
handler();
first = false;
}
}
}
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();
}
function modulesClicked(moduleIndexes) {
var lastClickedIndex = moduleIndexes.indexOf(lastClicked);
for (var i = 1; i <= moduleIndexes.length; i++) {
var refIndex = moduleIndexes[(lastClickedIndex + i) % moduleIndexes.length];
if (refIndex in moduleIndexToHandler) {
lastClicked = refIndex;
moduleIndexToHandler[refIndex]();
smoothScrollToRow(currentHighlightedRowId);
break;
}
}
}
function netClicked(net) {
if (net in netsToHandler) {
netsToHandler[net]();
smoothScrollToRow(currentHighlightedRowId);
} else {
clearHighlightedModules();
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.modules.length; i++) {
if (pcbdata.bom.skipped.includes(i)) continue;
var mod = pcbdata.modules[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");
switch (mode) {
case 'grouped':
document.getElementById("bom-grouped-btn").classList.add("depressed");
break;
case 'ungrouped':
document.getElementById("bom-ungrouped-btn").classList.add("depressed");
break;
case 'netlist':
document.getElementById("bom-netlist-btn").classList.add("depressed");
}
writeStorage("bommode", mode);
if (mode != settings.bommode) {
settings.bommode = mode;
bomSortFunction = null;
currentSortColumn = null;
currentSortOrder = null;
clearHighlightedModules();
}
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(",").filter((e) => e);
prepCheckboxes();
populateBomTable();
populateDarkenWhenCheckedOptions();
}
function setDarkenWhenChecked(value) {
writeStorage("darkenWhenChecked", value);
settings.darkenWhenChecked = value;
populateBomTable();
}
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 populateDarkenWhenCheckedOptions() {
var container = document.getElementById("darkenWhenCheckedContainer");
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 = "darkenWhenChecked-" + name;
var div = document.createElement("div");
div.classList.add("radio-container");
var input = document.createElement("input");
input.type = "radio";
input.name = "darkenWhenChecked";
input.value = name;
input.id = id;
input.onchange = () => setDarkenWhenChecked(name);
div.appendChild(input);
// Preserve the selected element when the checkboxes change
if (name == settings.darkenWhenChecked) {
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.modules.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) + "%)";
}
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;
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));
}
}
}
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;
prepCheckboxes();
// 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">Darken when checked</div>
<div id="darkenWhenCheckedContainer"></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>
</span>
</label>
</div>
</div>
<div class="button-container hideonprint"
style="float: right; position: relative; top: 8px">
<button id="fl-btn" class="left-most-button" onclick="changeCanvasLayout('F')"
title="Front only">F
</button>
<button id="fb-btn" class="middle-button" onclick="changeCanvasLayout('FB')"
title="Front and Back">FB
</button>
<button id="bl-btn" class="right-most-button" onclick="changeCanvasLayout('B')"
title="Back only">B
</button>
</div>
<div class="button-container hideonprint"
style="float: right; position: relative; top: 8px">
<button id="bom-btn" class="left-most-button" onclick="changeBomLayout('bom-only')"
title="BOM only"></button>
<button id="lr-btn" class="middle-button" onclick="changeBomLayout('left-right')"
title="BOM left, drawings right"></button>
<button id="tb-btn" class="right-most-button" onclick="changeBomLayout('top-bottom')"
title="BOM top, drawings bot"></button>
</div>
<div class="button-container hideonprint"
style="float: right; position: relative; top: 8px">
<button id="bom-grouped-btn" class="left-most-button" onclick="changeBomMode('grouped')"
title="Grouped BOM"></button>
<button id="bom-ungrouped-btn" class="middle-button" onclick="changeBomMode('ungrouped')"
title="Ungrouped BOM"></button>
<button id="bom-netlist-btn" class="right-most-button" onclick="changeBomMode('netlist')"
title="Netlist"></button>
</div>
<div class="hideonprint menu" style="float: right; top: 8px;">
<button class="statsbtn"></button>
<div class="menu-content">
<table class="stats">
<tbody>
<tr>
<td width="40%">Board stats</td>
<td>Front</td>
<td>Back</td>
<td>Total</td>
</tr>
<tr>
<td>Components</td>
<td id="stats-components-front">~</td>
<td id="stats-components-back">~</td>
<td id="stats-components-total">~</td>
</tr>
<tr>
<td>Groups</td>
<td id="stats-groups-front">~</td>
<td id="stats-groups-back">~</td>
<td id="stats-groups-total">~</td>
</tr>
<tr>
<td>SMD pads</td>
<td id="stats-smd-pads-front">~</td>
<td id="stats-smd-pads-back">~</td>
<td id="stats-smd-pads-total">~</td>
</tr>
<tr>
<td>TH pads</td>
<td colspan=3 id="stats-th-pads">~</td>
</tr>
</tbody>
</table>
<table class="stats">
<col width="40%"/><col />
<tbody id="checkbox-stats">
<tr>
<td colspan=2 style="border-top: 0">Checkboxes</td>
</tr>
</tbody>
</table>
</div>
</div>
<div class="hideonprint menu" style="float: right; top: 8px;">
<button class="iobtn"></button>
<div class="menu-content">
<div class="menu-label menu-label-top">
<div style="margin-left: 5px;">Save board image</div>
<div class="flexbox">
<input id="render-save-width" class="menu-textbox" type="text" value="1000" placeholder="Width"
style="flex-grow: 1; width: 50px;" oninput="validateSaveImgDimension(this)">
<span>X</span>
<input id="render-save-height" class="menu-textbox" type="text" value="1000" placeholder="Height"
style="flex-grow: 1; width: 50px;" oninput="validateSaveImgDimension(this)">
</div>
<label>
<input id="render-save-transparent" type="checkbox">
Transparent background
</label>
<div class="flexbox">
<button class="savebtn" onclick="saveImage('F')">Front</button>
<button class="savebtn" onclick="saveImage('B')">Back</button>
</div>
</div>
<div class="menu-label">
<span style="margin-left: 5px;">Config and checkbox state</span>
<div class="flexbox">
<button class="savebtn" onclick="saveSettings()">Export</button>
<button class="savebtn" onclick="loadSettings()">Import</button>
</div>
</div>
</div>
</div>
</div>
<div id="fileinfodiv" style="overflow: auto;">
<table class="fileinfo">
<tbody>
<tr>
<td id="title" class="title" style="width: 70%">
Title
</td>
<td id="revision" class="title" style="width: 30%">
Revision
</td>
</tr>
<tr>
<td id="company">
Company
</td>
<td id="filedate">
Date
</td>
</tr>
</tbody>
</table>
</div>
</div>
<div id="bot" class="split" style="height: calc(100% - 80px)">
<div id="bomdiv" class="split split-horizontal">
<div style="width: 100%">
<input id="reflookup" class="textbox searchbox reflookup hideonprint" type="text" placeholder="Ref lookup"
oninput="updateRefLookup(this.value)">
<input id="filter" class="textbox searchbox filter hideonprint" type="text" placeholder="Filter"
oninput="updateFilter(this.value)">
<div class="button-container hideonprint" style="float: left; margin: 0;">
<button id="copy" title="Copy bom table to clipboard"
onclick="copyToClipboard()"></button>
</div>
</div>
<div id="dbg"></div>
<table class="bom">
<thead id="bomhead">
</thead>
<tbody id="bombody">
</tbody>
</table>
</div>
<div id="canvasdiv" class="split split-horizontal">
<div id="frontcanvas" class="split" touch-action="none" style="overflow: hidden">
<div style="position: relative; width: 100%; height: 100%;">
<canvas id="F_bg" style="position: absolute; left: 0; top: 0; z-index: 0;"></canvas>
<canvas id="F_fab" style="position: absolute; left: 0; top: 0; z-index: 1;"></canvas>
<canvas id="F_slk" style="position: absolute; left: 0; top: 0; z-index: 2;"></canvas>
<canvas id="F_hl" style="position: absolute; left: 0; top: 0; z-index: 3;"></canvas>
</div>
</div>
<div id="backcanvas" class="split" touch-action="none" style="overflow: hidden">
<div style="position: relative; width: 100%; height: 100%;">
<canvas id="B_bg" style="position: absolute; left: 0; top: 0; z-index: 0;"></canvas>
<canvas id="B_fab" style="position: absolute; left: 0; top: 0; z-index: 1;"></canvas>
<canvas id="B_slk" style="position: absolute; left: 0; top: 0; z-index: 2;"></canvas>
<canvas id="B_hl" style="position: absolute; left: 0; top: 0; z-index: 3;"></canvas>
</div>
</div>
</div>
</div>
</div>
</body>
</html>
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