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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-hole-color: #CCCCCC;
- --pad-color-highlight: #D04040;
- --pad-color-highlight-both: #D0D040;
- --pad-color-highlight-marked: #44a344;
- --pin1-outline-color: #ffb629;
- --pin1-outline-color-highlight: #ffb629;
- --pin1-outline-color-highlight-both: #fcbb39;
- --pin1-outline-color-highlight-marked: #fdbe41;
- --silkscreen-edge-color: #aa4;
- --silkscreen-polygon-color: #4aa;
- --silkscreen-text-color: #4aa;
- --fabrication-edge-color: #907651;
- --fabrication-polygon-color: #907651;
- --fabrication-text-color: #a27c24;
- --track-color: #def5f1;
- --track-color-highlight: #D04040;
- --zone-color: #def5f1;
- --zone-color-highlight: #d0404080;
- }
- html,
- body {
- margin: 0px;
- height: 100%;
- font-family: Verdana, sans-serif;
- }
- .dark.topmostdiv {
- --pcb-edge-color: #eee;
- --pad-color: #808080;
- --pin1-outline-color: #ffa800;
- --pin1-outline-color-highlight: #ccff00;
- --track-color: #42524f;
- --zone-color: #42524f;
- background-color: #252c30;
- color: #eee;
- }
- button {
- background-color: #eee;
- border: 1px solid #888;
- color: black;
- height: 44px;
- width: 44px;
- text-align: center;
- text-decoration: none;
- display: inline-block;
- font-size: 14px;
- font-weight: bolder;
- }
- .dark button {
- /* This will be inverted */
- background-color: #c3b7b5;
- }
- button.depressed {
- background-color: #0a0;
- color: white;
- }
- .dark button.depressed {
- /* This will be inverted */
- background-color: #b3b;
- }
- button:focus {
- outline: 0;
- }
- button#tb-btn {
- background-image: url("data:image/svg+xml,%3Csvg xmlns='http://www.w3.org/2000/svg' viewBox='0 0 8.47 8.47'%3E%3Crect transform='translate(0 -288.53)' ry='1.17' y='288.8' x='.27' height='7.94' width='7.94' fill='%23f9f9f9'/%3E%3Cg transform='translate(0 -288.53)'%3E%3Crect width='7.94' height='7.94' x='.27' y='288.8' ry='1.17' fill='none' stroke='%23000' stroke-width='.4' stroke-linejoin='round'/%3E%3Cpath d='M1.32 290.12h5.82M1.32 291.45h5.82' fill='none' stroke='%23000' stroke-width='.4'/%3E%3Cpath d='M4.37 292.5v4.23M.26 292.63H8.2' fill='none' stroke='%23000' stroke-width='.3'/%3E%3Ctext font-weight='700' font-size='3.17' font-family='sans-serif'%3E%3Ctspan x='1.35' y='295.73'%3EF%3C/tspan%3E%3Ctspan x='5.03' y='295.68'%3EB%3C/tspan%3E%3C/text%3E%3C/g%3E%3C/svg%3E%0A");
- }
- button#lr-btn {
- background-image: url("data:image/svg+xml,%3Csvg xmlns='http://www.w3.org/2000/svg' viewBox='0 0 8.47 8.47'%3E%3Crect transform='translate(0 -288.53)' ry='1.17' y='288.8' x='.27' height='7.94' width='7.94' fill='%23f9f9f9'/%3E%3Cg transform='translate(0 -288.53)'%3E%3Crect width='7.94' height='7.94' x='.27' y='288.8' ry='1.17' fill='none' stroke='%23000' stroke-width='.4' stroke-linejoin='round'/%3E%3Cpath d='M1.06 290.12H3.7m-2.64 1.33H3.7m-2.64 1.32H3.7m-2.64 1.3H3.7m-2.64 1.33H3.7' fill='none' stroke='%23000' stroke-width='.4'/%3E%3Cpath d='M4.37 288.8v7.94m0-4.11h3.96' fill='none' stroke='%23000' stroke-width='.3'/%3E%3Ctext font-weight='700' font-size='3.17' font-family='sans-serif'%3E%3Ctspan x='5.11' y='291.96'%3EF%3C/tspan%3E%3Ctspan x='5.03' y='295.68'%3EB%3C/tspan%3E%3C/text%3E%3C/g%3E%3C/svg%3E%0A");
- }
- button#bom-btn {
- background-image: url("data:image/svg+xml,%3Csvg xmlns='http://www.w3.org/2000/svg' viewBox='0 0 8.47 8.47'%3E%3Crect transform='translate(0 -288.53)' ry='1.17' y='288.8' x='.27' height='7.94' width='7.94' fill='%23f9f9f9'/%3E%3Cg transform='translate(0 -288.53)' fill='none' stroke='%23000' stroke-width='.4'%3E%3Crect width='7.94' height='7.94' x='.27' y='288.8' ry='1.17' stroke-linejoin='round'/%3E%3Cpath d='M1.59 290.12h5.29M1.59 291.45h5.33M1.59 292.75h5.33M1.59 294.09h5.33M1.59 295.41h5.33'/%3E%3C/g%3E%3C/svg%3E");
- }
- button#bom-grouped-btn {
- background-image: url("data:image/svg+xml,%3Csvg xmlns='http://www.w3.org/2000/svg' width='32' height='32'%3E%3Cg stroke='%23000' stroke-linejoin='round' class='layer'%3E%3Crect width='29' height='29' x='1.5' y='1.5' stroke-width='2' fill='%23fff' rx='5' ry='5'/%3E%3Cpath stroke-linecap='square' stroke-width='2' d='M6 10h4m4 0h5m4 0h3M6.1 22h3m3.9 0h5m4 0h4m-16-8h4m4 0h4'/%3E%3Cpath stroke-linecap='null' d='M5 17.5h22M5 26.6h22M5 5.5h22'/%3E%3C/g%3E%3C/svg%3E");
- }
- button#bom-ungrouped-btn {
- background-image: url("data:image/svg+xml,%3Csvg xmlns='http://www.w3.org/2000/svg' width='32' height='32'%3E%3Cg stroke='%23000' stroke-linejoin='round' class='layer'%3E%3Crect width='29' height='29' x='1.5' y='1.5' stroke-width='2' fill='%23fff' rx='5' ry='5'/%3E%3Cpath stroke-linecap='square' stroke-width='2' d='M6 10h4m-4 8h3m-3 8h4'/%3E%3Cpath stroke-linecap='null' d='M5 13.5h22m-22 8h22M5 5.5h22'/%3E%3C/g%3E%3C/svg%3E");
- }
- button#bom-netlist-btn {
- background-image: url("data:image/svg+xml,%3Csvg xmlns='http://www.w3.org/2000/svg' width='32' height='32'%3E%3Cg fill='none' stroke='%23000' class='layer'%3E%3Crect width='29' height='29' x='1.5' y='1.5' stroke-width='2' fill='%23fff' rx='5' ry='5'/%3E%3Cpath stroke-width='2' d='M6 26l6-6v-8m13.8-6.3l-6 6v8'/%3E%3Ccircle cx='11.8' cy='9.5' r='2.8' stroke-width='2'/%3E%3Ccircle cx='19.8' cy='22.8' r='2.8' stroke-width='2'/%3E%3C/g%3E%3C/svg%3E");
- }
- button#copy {
- background-image: url("data:image/svg+xml,%3Csvg height='48' viewBox='0 0 48 48' width='48' xmlns='http://www.w3.org/2000/svg'%3E%3Cpath d='M0 0h48v48h-48z' fill='none'/%3E%3Cpath d='M32 2h-24c-2.21 0-4 1.79-4 4v28h4v-28h24v-4zm6 8h-22c-2.21 0-4 1.79-4 4v28c0 2.21 1.79 4 4 4h22c2.21 0 4-1.79 4-4v-28c0-2.21-1.79-4-4-4zm0 32h-22v-28h22v28z'/%3E%3C/svg%3E");
- background-position: 6px 6px;
- background-repeat: no-repeat;
- background-size: 26px 26px;
- border-radius: 6px;
- height: 40px;
- width: 40px;
- margin: 10px 5px;
- }
- button#copy:active {
- box-shadow: inset 0px 0px 5px #6c6c6c;
- }
- textarea.clipboard-temp {
- position: fixed;
- top: 0;
- left: 0;
- width: 2em;
- height: 2em;
- padding: 0;
- border: None;
- outline: None;
- box-shadow: None;
- background: transparent;
- }
- .left-most-button {
- border-right: 0;
- border-top-left-radius: 6px;
- border-bottom-left-radius: 6px;
- }
- .middle-button {
- border-right: 0;
- }
- .right-most-button {
- border-top-right-radius: 6px;
- border-bottom-right-radius: 6px;
- }
- .button-container {
- font-size: 0;
- margin: 0.4rem 0.4rem 0.4rem 0;
- }
- .dark .button-container {
- filter: invert(1);
- }
- .button-container button {
- background-size: 32px 32px;
- background-position: 5px 5px;
- background-repeat: no-repeat;
- }
- @media print {
- .hideonprint {
- display: none;
- }
- }
- canvas {
- cursor: crosshair;
- }
- canvas:active {
- cursor: grabbing;
- }
- .fileinfo {
- width: 100%;
- max-width: 1000px;
- border: none;
- padding: 3px;
- }
- .fileinfo .title {
- font-size: 20pt;
- font-weight: bold;
- }
- .fileinfo td {
- overflow: hidden;
- white-space: nowrap;
- max-width: 1px;
- width: 50%;
- text-overflow: ellipsis;
- }
- .bom {
- border-collapse: collapse;
- font-family: Consolas, "DejaVu Sans Mono", Monaco, monospace;
- font-size: 10pt;
- table-layout: fixed;
- width: 100%;
- margin-top: 1px;
- position: relative;
- }
- .bom th,
- .bom td {
- border: 1px solid black;
- padding: 5px;
- word-wrap: break-word;
- text-align: center;
- position: relative;
- }
- .dark .bom th,
- .dark .bom td {
- border: 1px solid #777;
- }
- .bom th {
- background-color: #CCCCCC;
- background-clip: padding-box;
- }
- .dark .bom th {
- background-color: #3b4749;
- }
- .bom tr.highlighted:nth-child(n) {
- background-color: #cfc;
- }
- .dark .bom tr.highlighted:nth-child(n) {
- background-color: #226022;
- }
- .bom tr:nth-child(even) {
- background-color: #f2f2f2;
- }
- .dark .bom tr:nth-child(even) {
- background-color: #313b40;
- }
- .bom tr.checked {
- color: #1cb53d;
- }
- .dark .bom tr.checked {
- color: #2cce54;
- }
- .bom tr {
- transition: background-color 0.2s;
- }
- .bom .numCol {
- width: 30px;
- }
- .bom .value {
- width: 15%;
- }
- .bom .quantity {
- width: 65px;
- }
- .bom th .sortmark {
- position: absolute;
- right: 1px;
- top: 1px;
- margin-top: -5px;
- border-width: 5px;
- border-style: solid;
- border-color: transparent transparent #221 transparent;
- transform-origin: 50% 85%;
- transition: opacity 0.2s, transform 0.4s;
- }
- .dark .bom th .sortmark {
- filter: invert(1);
- }
- .bom th .sortmark.none {
- opacity: 0;
- }
- .bom th .sortmark.desc {
- transform: rotate(180deg);
- }
- .bom th:hover .sortmark.none {
- opacity: 0.5;
- }
- .bom .bom-checkbox {
- width: 30px;
- position: relative;
- user-select: none;
- -moz-user-select: none;
- }
- .bom .bom-checkbox:before {
- content: "";
- position: absolute;
- border-width: 15px;
- border-style: solid;
- border-color: #51829f transparent transparent transparent;
- visibility: hidden;
- top: -15px;
- }
- .bom .bom-checkbox:after {
- content: "Double click to set/unset all";
- position: absolute;
- color: white;
- top: -35px;
- left: -26px;
- background: #51829f;
- padding: 5px 15px;
- border-radius: 8px;
- white-space: nowrap;
- visibility: hidden;
- }
- .bom .bom-checkbox:hover:before,
- .bom .bom-checkbox:hover:after {
- visibility: visible;
- transition: visibility 0.2s linear 1s;
- }
- .split {
- -webkit-box-sizing: border-box;
- -moz-box-sizing: border-box;
- box-sizing: border-box;
- overflow-y: auto;
- overflow-x: hidden;
- background-color: inherit;
- }
- .split.split-horizontal,
- .gutter.gutter-horizontal {
- height: 100%;
- float: left;
- }
- .gutter {
- background-color: #ddd;
- background-repeat: no-repeat;
- background-position: 50%;
- transition: background-color 0.3s;
- }
- .dark .gutter {
- background-color: #777;
- }
- .gutter.gutter-horizontal {
- background-image: url('data:image/png;base64,iVBORw0KGgoAAAANSUhEUgAAAAUAAAAeCAYAAADkftS9AAAAIklEQVQoU2M4c+bMfxAGAgYYmwGrIIiDjrELjpo5aiZeMwF+yNnOs5KSvgAAAABJRU5ErkJggg==');
- cursor: ew-resize;
- width: 5px;
- }
- .gutter.gutter-vertical {
- background-image: url('data:image/png;base64,iVBORw0KGgoAAAANSUhEUgAAAB4AAAAFAQMAAABo7865AAAABlBMVEVHcEzMzMzyAv2sAAAAAXRSTlMAQObYZgAAABBJREFUeF5jOAMEEAIEEFwAn3kMwcB6I2AAAAAASUVORK5CYII=');
- cursor: ns-resize;
- height: 5px;
- }
- .searchbox {
- float: left;
- height: 40px;
- margin: 10px 5px;
- padding: 12px 32px;
- font-family: Consolas, "DejaVu Sans Mono", Monaco, monospace;
- font-size: 18px;
- box-sizing: border-box;
- border: 1px solid #888;
- border-radius: 6px;
- outline: none;
- background-color: #eee;
- transition: background-color 0.2s, border 0.2s;
- background-image: url('data:image/png;base64,iVBORw0KGgoAAAANSUhEUgAAABAAAAAQCAYAAAAf8/9hAAABNklEQVQ4T8XSMUvDQBQH8P/LElFa/AIZHcTBQSz0I/gFstTBRR2KUC4ldDxw7h0Bl3RRUATxi4iiODgoiLNrbQYp5J6cpJJqomkX33Z37/14d/dIa33MzDuYI4johOI4XhyNRteO46zNYjDzAxE1yBZprVeZ+QbAUhXEGJMA2Ox2u4+fQIa0mPmsCgCgJYQ4t7lfgF0opQYAdv9ABkKI/UnOFCClXKjX61cA1osQY8x9kiRNKeV7IWA3oyhaSdP0FkAtjxhj3hzH2RBCPOf3pzqYHCilfAAX+URm9oMguPzeWSGQvUcMYC8rOBJCHBRdqxTo9/vbRHRqi8bj8XKv1xvODbiuW2u32/bvf0SlDv4XYOY7z/Mavu+nM1+BmQ+NMc0wDF/LprP0DbTWW0T00ul0nn4b7Q87+X4Qmfiq2wAAAABJRU5ErkJggg==');
- background-position: 10px 10px;
- background-repeat: no-repeat;
- }
- .dark .searchbox {
- background-color: #111;
- color: #eee;
- }
- .searchbox::placeholder {
- color: #ccc;
- }
- .dark .searchbox::placeholder {
- color: #666;
- }
- .filter {
- width: calc(60% - 64px);
- }
- .reflookup {
- width: calc(40% - 10px);
- }
- input[type=text]:focus {
- background-color: white;
- border: 1px solid #333;
- }
- .dark input[type=text]:focus {
- background-color: #333;
- border: 1px solid #ccc;
- }
- mark.highlight {
- background-color: #5050ff;
- color: #fff;
- padding: 2px;
- border-radius: 6px;
- }
- .dark mark.highlight {
- background-color: #76a6da;
- color: #111;
- }
- .menubtn {
- background-color: white;
- border: none;
- background-image: url("data:image/svg+xml,%3Csvg xmlns='http://www.w3.org/2000/svg' width='36' height='36' viewBox='0 0 20 20'%3E%3Cpath fill='none' d='M0 0h20v20H0V0z'/%3E%3Cpath d='M15.95 10.78c.03-.25.05-.51.05-.78s-.02-.53-.06-.78l1.69-1.32c.15-.12.19-.34.1-.51l-1.6-2.77c-.1-.18-.31-.24-.49-.18l-1.99.8c-.42-.32-.86-.58-1.35-.78L12 2.34c-.03-.2-.2-.34-.4-.34H8.4c-.2 0-.36.14-.39.34l-.3 2.12c-.49.2-.94.47-1.35.78l-1.99-.8c-.18-.07-.39 0-.49.18l-1.6 2.77c-.1.18-.06.39.1.51l1.69 1.32c-.04.25-.07.52-.07.78s.02.53.06.78L2.37 12.1c-.15.12-.19.34-.1.51l1.6 2.77c.1.18.31.24.49.18l1.99-.8c.42.32.86.58 1.35.78l.3 2.12c.04.2.2.34.4.34h3.2c.2 0 .37-.14.39-.34l.3-2.12c.49-.2.94-.47 1.35-.78l1.99.8c.18.07.39 0 .49-.18l1.6-2.77c.1-.18.06-.39-.1-.51l-1.67-1.32zM10 13c-1.65 0-3-1.35-3-3s1.35-3 3-3 3 1.35 3 3-1.35 3-3 3z'/%3E%3C/svg%3E%0A");
- background-position: center;
- background-repeat: no-repeat;
- }
- .statsbtn {
- background-color: white;
- border: none;
- background-image: url("data:image/svg+xml,%3Csvg width='36' height='36' xmlns='http://www.w3.org/2000/svg'%3E%3Cpath d='M4 6h28v24H4V6zm0 8h28v8H4m9-16v24h10V5.8' fill='none' stroke='%23000' stroke-width='2'/%3E%3C/svg%3E");
- background-position: center;
- background-repeat: no-repeat;
- }
- .iobtn {
- background-color: white;
- border: none;
- background-image: url("data:image/svg+xml,%3Csvg xmlns='http://www.w3.org/2000/svg' width='36' height='36'%3E%3Cpath fill='none' stroke='%23000' stroke-width='2' d='M3 33v-7l6.8-7h16.5l6.7 7v7H3zM3.2 26H33M21 9l5-5.9 5 6h-2.5V15h-5V9H21zm-4.9 0l-5 6-5-6h2.5V3h5v6h2.5z'/%3E%3Cpath fill='none' stroke='%23000' d='M6.1 29.5H10'/%3E%3C/svg%3E");
- background-position: center;
- background-repeat: no-repeat;
- }
- .visbtn {
- background-image: url("data:image/svg+xml,%3Csvg xmlns='http://www.w3.org/2000/svg' width='24' height='24'%3E%3Cpath fill='none' stroke='%23333' d='M2.5 4.5h5v15h-5zM9.5 4.5h5v15h-5zM16.5 4.5h5v15h-5z'/%3E%3C/svg%3E");
- background-position: center;
- background-repeat: no-repeat;
- padding: 15px;
- }
- #vismenu-content {
- left: 0px;
- font-family: Verdana, sans-serif;
- }
- .dark .statsbtn,
- .dark .savebtn,
- .dark .menubtn,
- .dark .iobtn,
- .dark .visbtn {
- filter: invert(1);
- }
- .flexbox {
- display: flex;
- align-items: center;
- justify-content: space-between;
- width: 100%;
- }
- .savebtn {
- background-color: #d6d6d6;
- width: auto;
- height: 30px;
- flex-grow: 1;
- margin: 5px;
- border-radius: 4px;
- }
- .savebtn:active {
- background-color: #0a0;
- color: white;
- }
- .dark .savebtn:active {
- /* This will be inverted */
- background-color: #b3b;
- }
- .stats {
- border-collapse: collapse;
- font-size: 12pt;
- table-layout: fixed;
- width: 100%;
- min-width: 450px;
- }
- .dark .stats td {
- border: 1px solid #bbb;
- }
- .stats td {
- border: 1px solid black;
- padding: 5px;
- word-wrap: break-word;
- text-align: center;
- position: relative;
- }
- #checkbox-stats div {
- position: absolute;
- left: 0;
- top: 0;
- height: 100%;
- width: 100%;
- display: flex;
- align-items: center;
- justify-content: center;
- }
- #checkbox-stats .bar {
- background-color: rgba(28, 251, 0, 0.6);
- }
- .menu {
- position: relative;
- display: inline-block;
- margin: 0.4rem 0.4rem 0.4rem 0;
- }
- .menu-content {
- font-size: 12pt !important;
- text-align: left !important;
- font-weight: normal !important;
- display: none;
- position: absolute;
- background-color: white;
- right: 0;
- min-width: 300px;
- box-shadow: 0px 8px 16px 0px rgba(0, 0, 0, 0.2);
- z-index: 100;
- padding: 8px;
- }
- .dark .menu-content {
- background-color: #111;
- }
- .menu:hover .menu-content {
- display: block;
- }
- .menu:hover .menubtn,
- .menu:hover .iobtn,
- .menu:hover .statsbtn {
- background-color: #eee;
- }
- .menu-label {
- display: inline-block;
- padding: 8px;
- border: 1px solid #ccc;
- border-top: 0;
- width: calc(100% - 18px);
- }
- .menu-label-top {
- border-top: 1px solid #ccc;
- }
- .menu-textbox {
- float: left;
- height: 24px;
- margin: 10px 5px;
- padding: 5px 5px;
- font-family: Consolas, "DejaVu Sans Mono", Monaco, monospace;
- font-size: 14px;
- box-sizing: border-box;
- border: 1px solid #888;
- border-radius: 4px;
- outline: none;
- background-color: #eee;
- transition: background-color 0.2s, border 0.2s;
- width: calc(100% - 10px);
- }
- .menu-textbox.invalid,
- .dark .menu-textbox.invalid {
- color: red;
- }
- .dark .menu-textbox {
- background-color: #222;
- color: #eee;
- }
- .radio-container {
- margin: 4px;
- }
- .topmostdiv {
- display: flex;
- flex-direction: column;
- width: 100%;
- background-color: white;
- transition: background-color 0.3s;
- }
- #top {
- display: flex;
- flex-wrap: wrap;
- justify-content: flex-end;
- align-items: center;
- }
- #topdivider {
- border-bottom: 2px solid black;
- display: flex;
- justify-content: center;
- align-items: center;
- }
- .dark #topdivider {
- border-bottom: 2px solid #ccc;
- }
- #topdivider>div {
- position: relative;
- }
- #toptoggle {
- cursor: pointer;
- user-select: none;
- position: absolute;
- padding: 0.1rem 0.3rem;
- top: -0.4rem;
- left: -1rem;
- font-size: 1.4rem;
- line-height: 60%;
- border: 1px solid black;
- border-radius: 1rem;
- background-color: #fff;
- z-index: 100;
- }
- .flipped {
- transform: rotate(0.5turn);
- }
- .dark #toptoggle {
- border: 1px solid #fff;
- background-color: #222;
- }
- #fileinfodiv {
- flex: 20rem 1 0;
- overflow: auto;
- }
- #bomcontrols {
- display: flex;
- flex-direction: row-reverse;
- }
- #bomcontrols>* {
- flex-shrink: 0;
- }
- #dbg {
- display: block;
- }
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- 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;
- }
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- outline: none;
- }
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- -webkit-appearance: none;
- width: 100%;
- height: 8px;
- background: #d3d3d3;
- border-radius: 3px;
- border: none;
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- 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;
- }
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- width: 100%;
- height: 8px;
- border-width: 3px 0;
- background: transparent;
- border-color: transparent;
- color: transparent;
- transition: opacity .2s;
- }
- .slider::-ms-fill-lower {
- background: #d3d3d3;
- border: none;
- border-radius: 3px;
- }
- .slider::-ms-fill-upper {
- background: #d3d3d3;
- border: none;
- border-radius: 3px;
- }
- .slider::-ms-thumb {
- width: 15px;
- height: 15px;
- border-radius: 50%;
- background: #0a0;
- cursor: pointer;
- margin: 0;
- }
- .shameless-plug {
- font-size: 0.8em;
- text-align: center;
- display: block;
- }
- a {
- color: #0278a4;
- }
- .dark a {
- color: #00b9fd;
- }
- #frontcanvas,
- #backcanvas {
- touch-action: none;
- }
- .placeholder {
- border: 1px dashed #9f9fda !important;
- background-color: #edf2f7 !important;
- }
- .dragging {
- z-index: 999;
- }
- .dark .dragging>table>tbody>tr {
- background-color: #252c30;
- }
- .dark .placeholder {
- filter: invert(1);
- }
- .column-spacer {
- top: 0;
- left: 0;
- width: calc(100% - 4px);
- position: absolute;
- cursor: pointer;
- user-select: none;
- height: 100%;
- }
- .column-width-handle {
- top: 0;
- right: 0;
- width: 4px;
- position: absolute;
- cursor: col-resize;
- user-select: none;
- height: 100%;
- }
- .column-width-handle:hover {
- background-color: #4f99bd;
- }
- .help-link {
- border: 1px solid #0278a4;
- padding-inline: 0.3rem;
- border-radius: 3px;
- cursor: pointer;
- }
- .dark .help-link {
- border: 1px solid #00b9fd;
- }
- .bom-color {
- width: 20%;
- }
- .color-column input {
- width: 1.6rem;
- height: 1rem;
- border: 1px solid black;
- cursor: pointer;
- padding: 0;
- }
- /* removes default styling from input color element */
- ::-webkit-color-swatch {
- border: none;
- }
- ::-webkit-color-swatch-wrapper {
- padding: 0;
- }
- ::-moz-color-swatch,
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- border: none;
- }
- ::-moz-focus-inner {
- padding: 0;
- }
- /* #bomhead {
- position: sticky;
- top: 0px;
- z-index: 1;
- } */
- </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
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- ///////////////////////////////////////////////
- ///////////////////////////////////////////////
- /*!
- * PEP v0.4.3 | https://github.com/jquery/PEP
- * Copyright jQuery Foundation and other contributors | http://jquery.org/license
- */
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- b.unregister.call(b,a)},contains:function(a,b){try{return a.contains(b)}catch(c){return!1}},down:function(a){a.bubbles=!0,this.fireEvent("pointerdown",a)},move:function(a){a.bubbles=!0,this.fireEvent("pointermove",a)},up:function(a){a.bubbles=!0,this.fireEvent("pointerup",a)},enter:function(a){a.bubbles=!1,this.fireEvent("pointerenter",a)},leave:function(a){a.bubbles=!1,this.fireEvent("pointerleave",a)},over:function(a){a.bubbles=!0,this.fireEvent("pointerover",a)},out:function(a){a.bubbles=!0,this.fireEvent("pointerout",a)},cancel:function(a){a.bubbles=!0,this.fireEvent("pointercancel",a)},leaveOut:function(a){this.out(a),this.propagate(a,this.leave,!1)},enterOver:function(a){this.over(a),this.propagate(a,this.enter,!0)},eventHandler:function(a){if(!a._handledByPE){var b=a.type,c=this.eventMap&&this.eventMap[b];c&&c(a),a._handledByPE=!0}},listen:function(a,b){b.forEach(function(b){this.addEvent(a,b)},this)},unlisten:function(a,b){b.forEach(function(b){this.removeEvent(a,b)},this)},addEvent:function(a,b){a.addEventListener(b,this.boundHandler)},removeEvent:function(a,b){a.removeEventListener(b,this.boundHandler)},makeEvent:function(b,c){this.captureInfo[c.pointerId]&&(c.relatedTarget=null);var d=new a(b,c);return c.preventDefault&&(d.preventDefault=c.preventDefault),d._target=d._target||c.target,d},fireEvent:function(a,b){var c=this.makeEvent(a,b);return this.dispatchEvent(c)},cloneEvent:function(a){for(var b,c=Object.create(null),d=0;d<q.length;d++)b=q[d],c[b]=a[b]||r[d],!t||"target"!==b&&"relatedTarget"!==b||c[b]instanceof SVGElementInstance&&(c[b]=c[b].correspondingUseElement);return a.preventDefault&&(c.preventDefault=function(){a.preventDefault()}),c},getTarget:function(a){var b=this.captureInfo[a.pointerId];return b?a._target!==b&&a.type in s?void 0:b:a._target},propagate:function(a,b,c){for(var d=a.target,e=[];d!==document&&!d.contains(a.relatedTarget);) if(e.push(d),d=d.parentNode,!d)return;c&&e.reverse(),e.forEach(function(c){a.target=c,b.call(this,a)},this)},setCapture:function(b,c,d){this.captureInfo[b]&&this.releaseCapture(b,d),this.captureInfo[b]=c,this.implicitRelease=this.releaseCapture.bind(this,b,d),document.addEventListener("pointerup",this.implicitRelease),document.addEventListener("pointercancel",this.implicitRelease);var e=new a("gotpointercapture");e.pointerId=b,e._target=c,d||this.asyncDispatchEvent(e)},releaseCapture:function(b,c){var d=this.captureInfo[b];if(d){this.captureInfo[b]=void 0,document.removeEventListener("pointerup",this.implicitRelease),document.removeEventListener("pointercancel",this.implicitRelease);var e=new a("lostpointercapture");e.pointerId=b,e._target=d,c||this.asyncDispatchEvent(e)}},dispatchEvent:/*scope.external.dispatchEvent || */function(a){var b=this.getTarget(a);if(b)return b.dispatchEvent(a)},asyncDispatchEvent:function(a){requestAnimationFrame(this.dispatchEvent.bind(this,a))}};u.boundHandler=u.eventHandler.bind(u);var v={shadow:function(a){if(a)return a.shadowRoot||a.webkitShadowRoot},canTarget:function(a){return a&&Boolean(a.elementFromPoint)},targetingShadow:function(a){var b=this.shadow(a);if(this.canTarget(b))return b},olderShadow:function(a){var b=a.olderShadowRoot;if(!b){var c=a.querySelector("shadow");c&&(b=c.olderShadowRoot)}return b},allShadows:function(a){for(var b=[],c=this.shadow(a);c;)b.push(c),c=this.olderShadow(c);return b},searchRoot:function(a,b,c){if(a){var d,e,f=a.elementFromPoint(b,c);for(e=this.targetingShadow(f);e;){if(d=e.elementFromPoint(b,c)){var g=this.targetingShadow(d);return this.searchRoot(g,b,c)||d} e=this.olderShadow(e)} return f}},owner:function(a){
- for(var b=a;b.parentNode;)b=b.parentNode;
- return b.nodeType!==Node.DOCUMENT_NODE&&b.nodeType!==Node.DOCUMENT_FRAGMENT_NODE&&(b=document),b},findTarget:function(a){var b=a.clientX,c=a.clientY,d=this.owner(a.target);
- return d.elementFromPoint(b,c)||(d=document),this.searchRoot(d,b,c)}},w=Array.prototype.forEach.call.bind(Array.prototype.forEach),x=Array.prototype.map.call.bind(Array.prototype.map),y=Array.prototype.slice.call.bind(Array.prototype.slice),z=Array.prototype.filter.call.bind(Array.prototype.filter),A=window.MutationObserver||window.WebKitMutationObserver,B="[touch-action]",C={subtree:!0,childList:!0,attributes:!0,attributeOldValue:!0,attributeFilter:["touch-action"]};c.prototype={watchSubtree:function(a){
- //
- this.observer&&v.canTarget(a)&&this.observer.observe(a,C)},enableOnSubtree:function(a){this.watchSubtree(a),a===document&&"complete"!==document.readyState?this.installOnLoad():this.installNewSubtree(a)},installNewSubtree:function(a){w(this.findElements(a),this.addElement,this)},findElements:function(a){return a.querySelectorAll?a.querySelectorAll(B):[]},removeElement:function(a){this.removeCallback(a)},addElement:function(a){this.addCallback(a)},elementChanged:function(a,b){this.changedCallback(a,b)},concatLists:function(a,b){return a.concat(y(b))},
- installOnLoad:function(){document.addEventListener("readystatechange",function(){"complete"===document.readyState&&this.installNewSubtree(document)}.bind(this))},isElement:function(a){return a.nodeType===Node.ELEMENT_NODE},flattenMutationTree:function(a){
- var b=x(a,this.findElements,this);
- return b.push(z(a,this.isElement)),b.reduce(this.concatLists,[])},mutationWatcher:function(a){a.forEach(this.mutationHandler,this)},mutationHandler:function(a){if("childList"===a.type){var b=this.flattenMutationTree(a.addedNodes);b.forEach(this.addElement,this);var c=this.flattenMutationTree(a.removedNodes);c.forEach(this.removeElement,this)}else"attributes"===a.type&&this.elementChanged(a.target,a.oldValue)}};var D=["none","auto","pan-x","pan-y",{rule:"pan-x pan-y",selectors:["pan-x pan-y","pan-y pan-x"]}],E="",F=window.PointerEvent||window.MSPointerEvent,G=!window.ShadowDOMPolyfill&&document.head.createShadowRoot,H=u.pointermap,I=25,J=[1,4,2,8,16],K=!1;try{K=1===new MouseEvent("test",{buttons:1}).buttons}catch(L){}
- var M,N={POINTER_ID:1,POINTER_TYPE:"mouse",events:["mousedown","mousemove","mouseup","mouseover","mouseout"],register:function(a){u.listen(a,this.events)},unregister:function(a){u.unlisten(a,this.events)},lastTouches:[],
- isEventSimulatedFromTouch:function(a){for(var b,c=this.lastTouches,d=a.clientX,e=a.clientY,f=0,g=c.length;f<g&&(b=c[f]);f++){
- var h=Math.abs(d-b.x),i=Math.abs(e-b.y);if(h<=I&&i<=I)return!0}},prepareEvent:function(a){var b=u.cloneEvent(a),c=b.preventDefault;return b.preventDefault=function(){a.preventDefault(),c()},b.pointerId=this.POINTER_ID,b.isPrimary=!0,b.pointerType=this.POINTER_TYPE,b},prepareButtonsForMove:function(a,b){var c=H.get(this.POINTER_ID);
- 0!==b.which&&c?a.buttons=c.buttons:a.buttons=0,b.buttons=a.buttons},mousedown:function(a){if(!this.isEventSimulatedFromTouch(a)){var b=H.get(this.POINTER_ID),c=this.prepareEvent(a);K||(c.buttons=J[c.button],b&&(c.buttons|=b.buttons),a.buttons=c.buttons),H.set(this.POINTER_ID,a),b&&0!==b.buttons?u.move(c):u.down(c)}},mousemove:function(a){if(!this.isEventSimulatedFromTouch(a)){var b=this.prepareEvent(a);K||this.prepareButtonsForMove(b,a),b.button=-1,H.set(this.POINTER_ID,a),u.move(b)}},mouseup:function(a){if(!this.isEventSimulatedFromTouch(a)){var b=H.get(this.POINTER_ID),c=this.prepareEvent(a);if(!K){var d=J[c.button];
- c.buttons=b?b.buttons&~d:0,a.buttons=c.buttons}H.set(this.POINTER_ID,a),
- c.buttons&=~J[c.button],0===c.buttons?u.up(c):u.move(c)}},mouseover:function(a){if(!this.isEventSimulatedFromTouch(a)){var b=this.prepareEvent(a);K||this.prepareButtonsForMove(b,a),b.button=-1,H.set(this.POINTER_ID,a),u.enterOver(b)}},mouseout:function(a){if(!this.isEventSimulatedFromTouch(a)){var b=this.prepareEvent(a);K||this.prepareButtonsForMove(b,a),b.button=-1,u.leaveOut(b)}},cancel:function(a){var b=this.prepareEvent(a);u.cancel(b),this.deactivateMouse()},deactivateMouse:function(){H["delete"](this.POINTER_ID)}},O=u.captureInfo,P=v.findTarget.bind(v),Q=v.allShadows.bind(v),R=u.pointermap,S=2500,T=200,U="touch-action",V={events:["touchstart","touchmove","touchend","touchcancel"],register:function(a){M.enableOnSubtree(a)},unregister:function(){},elementAdded:function(a){var b=a.getAttribute(U),c=this.touchActionToScrollType(b);c&&(a._scrollType=c,u.listen(a,this.events),
- Q(a).forEach(function(a){a._scrollType=c,u.listen(a,this.events)},this))},elementRemoved:function(a){a._scrollType=void 0,u.unlisten(a,this.events),
- Q(a).forEach(function(a){a._scrollType=void 0,u.unlisten(a,this.events)},this)},elementChanged:function(a,b){var c=a.getAttribute(U),d=this.touchActionToScrollType(c),e=this.touchActionToScrollType(b);
- d&&e?(a._scrollType=d,Q(a).forEach(function(a){a._scrollType=d},this)):e?this.elementRemoved(a):d&&this.elementAdded(a)},scrollTypes:{EMITTER:"none",XSCROLLER:"pan-x",YSCROLLER:"pan-y",SCROLLER:/^(?:pan-x pan-y)|(?:pan-y pan-x)|auto$/},touchActionToScrollType:function(a){var b=a,c=this.scrollTypes;return"none"===b?"none":b===c.XSCROLLER?"X":b===c.YSCROLLER?"Y":c.SCROLLER.exec(b)?"XY":void 0},POINTER_TYPE:"touch",firstTouch:null,isPrimaryTouch:function(a){return this.firstTouch===a.identifier},setPrimaryTouch:function(a){
- (0===R.size||1===R.size&&R.has(1))&&(this.firstTouch=a.identifier,this.firstXY={X:a.clientX,Y:a.clientY},this.scrolling=!1,this.cancelResetClickCount())},removePrimaryPointer:function(a){a.isPrimary&&(this.firstTouch=null,this.firstXY=null,this.resetClickCount())},clickCount:0,resetId:null,resetClickCount:function(){var a=function(){this.clickCount=0,this.resetId=null}.bind(this);this.resetId=setTimeout(a,T)},cancelResetClickCount:function(){this.resetId&&clearTimeout(this.resetId)},typeToButtons:function(a){var b=0;return"touchstart"!==a&&"touchmove"!==a||(b=1),b},touchToPointer:function(a){var b=this.currentTouchEvent,c=u.cloneEvent(a),d=c.pointerId=a.identifier+2;c.target=O[d]||P(c),c.bubbles=!0,c.cancelable=!0,c.detail=this.clickCount,c.button=0,c.buttons=this.typeToButtons(b.type),c.width=2*(a.radiusX||a.webkitRadiusX||0),c.height=2*(a.radiusY||a.webkitRadiusY||0),c.pressure=a.force||a.webkitForce||.5,c.isPrimary=this.isPrimaryTouch(a),c.pointerType=this.POINTER_TYPE,
- c.altKey=b.altKey,c.ctrlKey=b.ctrlKey,c.metaKey=b.metaKey,c.shiftKey=b.shiftKey;
- var e=this;return c.preventDefault=function(){e.scrolling=!1,e.firstXY=null,b.preventDefault()},c},processTouches:function(a,b){var c=a.changedTouches;this.currentTouchEvent=a;for(var d,e=0;e<c.length;e++)d=c[e],b.call(this,this.touchToPointer(d))},
- shouldScroll:function(a){if(this.firstXY){var b,c=a.currentTarget._scrollType;if("none"===c)
- b=!1;else if("XY"===c)
- b=!0;else{var d=a.changedTouches[0],e=c,f="Y"===c?"X":"Y",g=Math.abs(d["client"+e]-this.firstXY[e]),h=Math.abs(d["client"+f]-this.firstXY[f]);
- b=g>=h}return this.firstXY=null,b}},findTouch:function(a,b){for(var c,d=0,e=a.length;d<e&&(c=a[d]);d++)if(c.identifier===b)return!0},
- vacuumTouches:function(a){var b=a.touches;
- if(R.size>=b.length){var c=[];R.forEach(function(a,d){
- if(1!==d&&!this.findTouch(b,d-2)){var e=a.out;c.push(e)}},this),c.forEach(this.cancelOut,this)}},touchstart:function(a){this.vacuumTouches(a),this.setPrimaryTouch(a.changedTouches[0]),this.dedupSynthMouse(a),this.scrolling||(this.clickCount++,this.processTouches(a,this.overDown))},overDown:function(a){R.set(a.pointerId,{target:a.target,out:a,outTarget:a.target}),u.enterOver(a),u.down(a)},touchmove:function(a){this.scrolling||(this.shouldScroll(a)?(this.scrolling=!0,this.touchcancel(a)):(a.preventDefault(),this.processTouches(a,this.moveOverOut)))},moveOverOut:function(a){var b=a,c=R.get(b.pointerId);
- if(c){var d=c.out,e=c.outTarget;u.move(b),d&&e!==b.target&&(d.relatedTarget=b.target,b.relatedTarget=e,
- d.target=e,b.target?(u.leaveOut(d),u.enterOver(b)):(
- b.target=e,b.relatedTarget=null,this.cancelOut(b))),c.out=b,c.outTarget=b.target}},touchend:function(a){this.dedupSynthMouse(a),this.processTouches(a,this.upOut)},upOut:function(a){this.scrolling||(u.up(a),u.leaveOut(a)),this.cleanUpPointer(a)},touchcancel:function(a){this.processTouches(a,this.cancelOut)},cancelOut:function(a){u.cancel(a),u.leaveOut(a),this.cleanUpPointer(a)},cleanUpPointer:function(a){R["delete"](a.pointerId),this.removePrimaryPointer(a)},
- dedupSynthMouse:function(a){var b=N.lastTouches,c=a.changedTouches[0];
- if(this.isPrimaryTouch(c)){
- var d={x:c.clientX,y:c.clientY};b.push(d);var e=function(a,b){var c=a.indexOf(b);c>-1&&a.splice(c,1)}.bind(null,b,d);setTimeout(e,S)}}};M=new c(V.elementAdded,V.elementRemoved,V.elementChanged,V);var W,X,Y,Z=u.pointermap,$=window.MSPointerEvent&&"number"==typeof window.MSPointerEvent.MSPOINTER_TYPE_MOUSE,_={events:["MSPointerDown","MSPointerMove","MSPointerUp","MSPointerOut","MSPointerOver","MSPointerCancel","MSGotPointerCapture","MSLostPointerCapture"],register:function(a){u.listen(a,this.events)},unregister:function(a){u.unlisten(a,this.events)},POINTER_TYPES:["","unavailable","touch","pen","mouse"],prepareEvent:function(a){var b=a;return $&&(b=u.cloneEvent(a),b.pointerType=this.POINTER_TYPES[a.pointerType]),b},cleanup:function(a){Z["delete"](a)},MSPointerDown:function(a){Z.set(a.pointerId,a);var b=this.prepareEvent(a);u.down(b)},MSPointerMove:function(a){var b=this.prepareEvent(a);u.move(b)},MSPointerUp:function(a){var b=this.prepareEvent(a);u.up(b),this.cleanup(a.pointerId)},MSPointerOut:function(a){var b=this.prepareEvent(a);u.leaveOut(b)},MSPointerOver:function(a){var b=this.prepareEvent(a);u.enterOver(b)},MSPointerCancel:function(a){var b=this.prepareEvent(a);u.cancel(b),this.cleanup(a.pointerId)},MSLostPointerCapture:function(a){var b=u.makeEvent("lostpointercapture",a);u.dispatchEvent(b)},MSGotPointerCapture:function(a){var b=u.makeEvent("gotpointercapture",a);u.dispatchEvent(b)}},aa=window.navigator;aa.msPointerEnabled?(W=function(a){i(a),j(this),k(a)&&(u.setCapture(a,this,!0),this.msSetPointerCapture(a))},X=function(a){i(a),u.releaseCapture(a,!0),this.msReleasePointerCapture(a)}):(W=function(a){i(a),j(this),k(a)&&u.setCapture(a,this)},X=function(a){i(a),u.releaseCapture(a)}),Y=function(a){return!!u.captureInfo[a]},g(),h(),l();var ba={dispatcher:u,Installer:c,PointerEvent:a,PointerMap:p,targetFinding:v};return ba});
- ///////////////////////////////////////////////
- ///////////////////////////////////////////////
- var config = {"dark_mode": false, "show_pads": true, "show_fabrication": false, "show_silkscreen": true, "highlight_pin1": "none", "redraw_on_drag": true, "board_rotation": 0, "checkboxes": "Sourced,Placed", "bom_view": "left-right", "layer_view": "FB", "offset_back_rotation": false, "kicad_text_formatting": true, "fields": ["Value", "Footprint"]}
- ///////////////////////////////////////////////
- ///////////////////////////////////////////////
- var pcbdata = JSON.parse(LZString.decompressFromBase64("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"))
- ///////////////////////////////////////////////
- ///////////////////////////////////////////////
- /* Utility functions */
- var storagePrefix = 'KiCad_HTML_BOM__' + pcbdata.metadata.title + '__' +
- pcbdata.metadata.revision + '__#';
- var storage;
- function initStorage(key) {
- try {
- window.localStorage.getItem("blank");
- storage = window.localStorage;
- } catch (e) {
- // localStorage not available
- }
- if (!storage) {
- try {
- window.sessionStorage.getItem("blank");
- storage = window.sessionStorage;
- } catch (e) {
- // sessionStorage also not available
- }
- }
- }
- function readStorage(key) {
- if (storage) {
- return storage.getItem(storagePrefix + key);
- } else {
- return null;
- }
- }
- function writeStorage(key, value) {
- if (storage) {
- storage.setItem(storagePrefix + key, value);
- }
- }
- function fancyDblClickHandler(el, onsingle, ondouble) {
- return function () {
- if (el.getAttribute("data-dblclick") == null) {
- el.setAttribute("data-dblclick", 1);
- setTimeout(function () {
- if (el.getAttribute("data-dblclick") == 1) {
- onsingle();
- }
- el.removeAttribute("data-dblclick");
- }, 200);
- } else {
- el.removeAttribute("data-dblclick");
- ondouble();
- }
- }
- }
- function smoothScrollToRow(rowid) {
- document.getElementById(rowid).scrollIntoView({
- behavior: "smooth",
- block: "center",
- inline: "nearest"
- });
- }
- function focusInputField(input) {
- input.scrollIntoView(false);
- input.focus();
- input.select();
- }
- function saveBomTable(output) {
- var text = '';
- for (var node of bomhead.childNodes[0].childNodes) {
- if (node.firstChild) {
- text += (output == 'csv' ? `"${node.firstChild.nodeValue}"` : node.firstChild.nodeValue);
- }
- if (node != bomhead.childNodes[0].lastChild) {
- text += (output == 'csv' ? ',' : '\t');
- }
- }
- text += '\n';
- for (var row of bombody.childNodes) {
- for (var cell of row.childNodes) {
- let val = '';
- for (var node of cell.childNodes) {
- if (node.nodeName == "INPUT") {
- if (node.checked) {
- val += '✓';
- }
- } else if ((node.nodeName == "MARK") || (node.nodeName == "A")) {
- val += node.firstChild.nodeValue;
- } else {
- val += node.nodeValue;
- }
- }
- if (output == 'csv') {
- val = val.replace(/\"/g, '\"\"'); // pair of double-quote characters
- if (isNumeric(val)) {
- val = +val; // use number
- } else {
- val = `"${val}"`; // enclosed within double-quote
- }
- }
- text += val;
- if (cell != row.lastChild) {
- text += (output == 'csv' ? ',' : '\t');
- }
- }
- text += '\n';
- }
- if (output != 'clipboard') {
- // To file: csv or txt
- var blob = new Blob([text], {
- type: `text/${output}`
- });
- saveFile(`${pcbdata.metadata.title}.${output}`, blob);
- } else {
- // To clipboard
- var textArea = document.createElement("textarea");
- textArea.classList.add('clipboard-temp');
- textArea.value = text;
- document.body.appendChild(textArea);
- textArea.focus();
- textArea.select();
- try {
- if (document.execCommand('copy')) {
- console.log('Bom copied to clipboard.');
- }
- } catch (err) {
- console.log('Can not copy to clipboard.');
- }
- document.body.removeChild(textArea);
- }
- }
- function isNumeric(str) {
- /* https://stackoverflow.com/a/175787 */
- return (typeof str != "string" ? false : !isNaN(str) && !isNaN(parseFloat(str)));
- }
- function removeGutterNode(node) {
- for (var i = 0; i < node.childNodes.length; i++) {
- if (node.childNodes[i].classList &&
- node.childNodes[i].classList.contains("gutter")) {
- node.removeChild(node.childNodes[i]);
- break;
- }
- }
- }
- function cleanGutters() {
- removeGutterNode(document.getElementById("bot"));
- removeGutterNode(document.getElementById("canvasdiv"));
- }
- var units = {
- prefixes: {
- giga: ["G", "g", "giga", "Giga", "GIGA"],
- mega: ["M", "mega", "Mega", "MEGA"],
- kilo: ["K", "k", "kilo", "Kilo", "KILO"],
- milli: ["m", "milli", "Milli", "MILLI"],
- micro: ["U", "u", "micro", "Micro", "MICRO", "μ", "µ"], // different utf8 μ
- nano: ["N", "n", "nano", "Nano", "NANO"],
- pico: ["P", "p", "pico", "Pico", "PICO"],
- },
- unitsShort: ["R", "r", "Ω", "F", "f", "H", "h"],
- unitsLong: [
- "OHM", "Ohm", "ohm", "ohms",
- "FARAD", "Farad", "farad",
- "HENRY", "Henry", "henry"
- ],
- getMultiplier: function (s) {
- if (this.prefixes.giga.includes(s)) return 1e9;
- if (this.prefixes.mega.includes(s)) return 1e6;
- if (this.prefixes.kilo.includes(s)) return 1e3;
- if (this.prefixes.milli.includes(s)) return 1e-3;
- if (this.prefixes.micro.includes(s)) return 1e-6;
- if (this.prefixes.nano.includes(s)) return 1e-9;
- if (this.prefixes.pico.includes(s)) return 1e-12;
- return 1;
- },
- valueRegex: null,
- }
- function initUtils() {
- var allPrefixes = units.prefixes.giga
- .concat(units.prefixes.mega)
- .concat(units.prefixes.kilo)
- .concat(units.prefixes.milli)
- .concat(units.prefixes.micro)
- .concat(units.prefixes.nano)
- .concat(units.prefixes.pico);
- var allUnits = units.unitsShort.concat(units.unitsLong);
- units.valueRegex = new RegExp("^([0-9\.]+)" +
- "\\s*(" + allPrefixes.join("|") + ")?" +
- "(" + allUnits.join("|") + ")?" +
- "(\\b.*)?$", "");
- units.valueAltRegex = new RegExp("^([0-9]*)" +
- "(" + units.unitsShort.join("|") + ")?" +
- "([GgMmKkUuNnPp])?" +
- "([0-9]*)" +
- "(\\b.*)?$", "");
- if (config.fields.includes("Value")) {
- var index = config.fields.indexOf("Value");
- pcbdata.bom["parsedValues"] = {};
- for (var id in pcbdata.bom.fields) {
- pcbdata.bom.parsedValues[id] = parseValue(pcbdata.bom.fields[id][index])
- }
- }
- }
- function parseValue(val, ref) {
- var inferUnit = (unit, ref) => {
- if (unit) {
- unit = unit.toLowerCase();
- if (unit == 'Ω' || unit == "ohm" || unit == "ohms") {
- unit = 'r';
- }
- unit = unit[0];
- } else {
- ref = /^([a-z]+)\d+$/i.exec(ref);
- if (ref) {
- ref = ref[1].toLowerCase();
- if (ref == "c") unit = 'f';
- else if (ref == "l") unit = 'h';
- else if (ref == "r" || ref == "rv") unit = 'r';
- else unit = null;
- }
- }
- return unit;
- };
- val = val.replace(/,/g, "");
- var match = units.valueRegex.exec(val);
- var unit;
- if (match) {
- val = parseFloat(match[1]);
- if (match[2]) {
- val = val * units.getMultiplier(match[2]);
- }
- unit = inferUnit(match[3], ref);
- if (!unit) return null;
- else return {
- val: val,
- unit: unit,
- extra: match[4],
- }
- }
- match = units.valueAltRegex.exec(val);
- if (match && (match[1] || match[4])) {
- val = parseFloat(match[1] + "." + match[4]);
- if (match[3]) {
- val = val * units.getMultiplier(match[3]);
- }
- unit = inferUnit(match[2], ref);
- if (!unit) return null;
- else return {
- val: val,
- unit: unit,
- extra: match[5],
- }
- }
- return null;
- }
- function valueCompare(a, b, stra, strb) {
- if (a === null && b === null) {
- // Failed to parse both values, compare them as strings.
- if (stra != strb) return stra > strb ? 1 : -1;
- else return 0;
- } else if (a === null) {
- return 1;
- } else if (b === null) {
- return -1;
- } else {
- if (a.unit != b.unit) return a.unit > b.unit ? 1 : -1;
- else if (a.val != b.val) return a.val > b.val ? 1 : -1;
- else if (a.extra != b.extra) return a.extra > b.extra ? 1 : -1;
- else return 0;
- }
- }
- function validateSaveImgDimension(element) {
- var valid = false;
- var intValue = 0;
- if (/^[1-9]\d*$/.test(element.value)) {
- intValue = parseInt(element.value);
- if (intValue <= 16000) {
- valid = true;
- }
- }
- if (valid) {
- element.classList.remove("invalid");
- } else {
- element.classList.add("invalid");
- }
- return intValue;
- }
- function saveImage(layer) {
- var width = validateSaveImgDimension(document.getElementById("render-save-width"));
- var height = validateSaveImgDimension(document.getElementById("render-save-height"));
- var bgcolor = null;
- if (!document.getElementById("render-save-transparent").checked) {
- var style = getComputedStyle(topmostdiv);
- bgcolor = style.getPropertyValue("background-color");
- }
- if (!width || !height) return;
- // Prepare image
- var canvas = document.createElement("canvas");
- var layerdict = {
- transform: {
- x: 0,
- y: 0,
- s: 1,
- panx: 0,
- pany: 0,
- zoom: 1,
- },
- bg: canvas,
- fab: canvas,
- silk: canvas,
- highlight: canvas,
- layer: layer,
- }
- // Do the rendering
- recalcLayerScale(layerdict, width, height);
- prepareLayer(layerdict);
- clearCanvas(canvas, bgcolor);
- drawBackground(layerdict, false);
- drawHighlightsOnLayer(layerdict, false);
- // Save image
- var imgdata = canvas.toDataURL("image/png");
- var filename = pcbdata.metadata.title;
- if (pcbdata.metadata.revision) {
- filename += `.${pcbdata.metadata.revision}`;
- }
- filename += `.${layer}.png`;
- saveFile(filename, dataURLtoBlob(imgdata));
- }
- function saveSettings() {
- var data = {
- type: "InteractiveHtmlBom settings",
- version: 1,
- pcbmetadata: pcbdata.metadata,
- settings: settings,
- }
- var blob = new Blob([JSON.stringify(data, null, 4)], {
- type: "application/json"
- });
- saveFile(`${pcbdata.metadata.title}.settings.json`, blob);
- }
- function loadSettings() {
- var input = document.createElement("input");
- input.type = "file";
- input.accept = ".settings.json";
- input.onchange = function (e) {
- var file = e.target.files[0];
- var reader = new FileReader();
- reader.onload = readerEvent => {
- var content = readerEvent.target.result;
- var newSettings;
- try {
- newSettings = JSON.parse(content);
- } catch (e) {
- alert("Selected file is not InteractiveHtmlBom settings file.");
- return;
- }
- if (newSettings.type != "InteractiveHtmlBom settings") {
- alert("Selected file is not InteractiveHtmlBom settings file.");
- return;
- }
- var metadataMatches = newSettings.hasOwnProperty("pcbmetadata");
- if (metadataMatches) {
- for (var k in pcbdata.metadata) {
- if (!newSettings.pcbmetadata.hasOwnProperty(k) || newSettings.pcbmetadata[k] != pcbdata.metadata[k]) {
- metadataMatches = false;
- }
- }
- }
- if (!metadataMatches) {
- var currentMetadata = JSON.stringify(pcbdata.metadata, null, 4);
- var fileMetadata = JSON.stringify(newSettings.pcbmetadata, null, 4);
- if (!confirm(
- `Settins file metadata does not match current metadata.\n\n` +
- `Page metadata:\n${currentMetadata}\n\n` +
- `Settings file metadata:\n${fileMetadata}\n\n` +
- `Press OK if you would like to import settings anyway.`)) {
- return;
- }
- }
- overwriteSettings(newSettings.settings);
- }
- reader.readAsText(file, 'UTF-8');
- }
- input.click();
- }
- function resetSettings() {
- if (!confirm(
- `This will reset all checkbox states and other settings.\n\n` +
- `Press OK if you want to continue.`)) {
- return;
- }
- if (storage) {
- var keys = [];
- for (var i = 0; i < storage.length; i++) {
- var key = storage.key(i);
- if (key.startsWith(storagePrefix)) keys.push(key);
- }
- for (var key of keys) storage.removeItem(key);
- }
- location.reload();
- }
- function overwriteSettings(newSettings) {
- initDone = false;
- Object.assign(settings, newSettings);
- writeStorage("bomlayout", settings.bomlayout);
- writeStorage("bommode", settings.bommode);
- writeStorage("canvaslayout", settings.canvaslayout);
- writeStorage("bomCheckboxes", settings.checkboxes.join(","));
- document.getElementById("bomCheckboxes").value = settings.checkboxes.join(",");
- for (var checkbox of settings.checkboxes) {
- writeStorage("checkbox_" + checkbox, settings.checkboxStoredRefs[checkbox]);
- }
- writeStorage("markWhenChecked", settings.markWhenChecked);
- padsVisible(settings.renderPads);
- document.getElementById("padsCheckbox").checked = settings.renderPads;
- fabricationVisible(settings.renderFabrication);
- document.getElementById("fabricationCheckbox").checked = settings.renderFabrication;
- silkscreenVisible(settings.renderSilkscreen);
- document.getElementById("silkscreenCheckbox").checked = settings.renderSilkscreen;
- referencesVisible(settings.renderReferences);
- document.getElementById("referencesCheckbox").checked = settings.renderReferences;
- valuesVisible(settings.renderValues);
- document.getElementById("valuesCheckbox").checked = settings.renderValues;
- tracksVisible(settings.renderTracks);
- document.getElementById("tracksCheckbox").checked = settings.renderTracks;
- zonesVisible(settings.renderZones);
- document.getElementById("zonesCheckbox").checked = settings.renderZones;
- dnpOutline(settings.renderDnpOutline);
- document.getElementById("dnpOutlineCheckbox").checked = settings.renderDnpOutline;
- setRedrawOnDrag(settings.redrawOnDrag);
- document.getElementById("dragCheckbox").checked = settings.redrawOnDrag;
- setDarkMode(settings.darkMode);
- document.getElementById("darkmodeCheckbox").checked = settings.darkMode;
- setHighlightPin1(settings.highlightpin1);
- document.forms.highlightpin1.highlightpin1.value = settings.highlightpin1;
- writeStorage("boardRotation", settings.boardRotation);
- document.getElementById("boardRotation").value = settings.boardRotation / 5;
- document.getElementById("rotationDegree").textContent = settings.boardRotation;
- setOffsetBackRotation(settings.offsetBackRotation);
- document.getElementById("offsetBackRotationCheckbox").checked = settings.offsetBackRotation;
- initDone = true;
- prepCheckboxes();
- changeBomLayout(settings.bomlayout);
- }
- function saveFile(filename, blob) {
- var link = document.createElement("a");
- var objurl = URL.createObjectURL(blob);
- link.download = filename;
- link.href = objurl;
- link.click();
- }
- function dataURLtoBlob(dataurl) {
- var arr = dataurl.split(','),
- mime = arr[0].match(/:(.*?);/)[1],
- bstr = atob(arr[1]),
- n = bstr.length,
- u8arr = new Uint8Array(n);
- while (n--) {
- u8arr[n] = bstr.charCodeAt(n);
- }
- return new Blob([u8arr], {
- type: mime
- });
- }
- var settings = {
- canvaslayout: "FB",
- bomlayout: "left-right",
- bommode: "grouped",
- checkboxes: [],
- checkboxStoredRefs: {},
- darkMode: false,
- highlightpin1: "none",
- redrawOnDrag: true,
- boardRotation: 0,
- offsetBackRotation: false,
- renderPads: true,
- renderReferences: true,
- renderValues: true,
- renderSilkscreen: true,
- renderFabrication: true,
- renderDnpOutline: false,
- renderTracks: true,
- renderZones: true,
- columnOrder: [],
- hiddenColumns: [],
- netColors: {},
- }
- function initDefaults() {
- settings.bomlayout = readStorage("bomlayout");
- if (settings.bomlayout === null) {
- settings.bomlayout = config.bom_view;
- }
- if (!['bom-only', 'left-right', 'top-bottom'].includes(settings.bomlayout)) {
- settings.bomlayout = config.bom_view;
- }
- settings.bommode = readStorage("bommode");
- if (settings.bommode === null) {
- settings.bommode = "grouped";
- }
- if (settings.bommode == "netlist" && !pcbdata.nets) {
- settings.bommode = "grouped";
- }
- if (!["grouped", "ungrouped", "netlist"].includes(settings.bommode)) {
- settings.bommode = "grouped";
- }
- settings.canvaslayout = readStorage("canvaslayout");
- if (settings.canvaslayout === null) {
- settings.canvaslayout = config.layer_view;
- }
- var bomCheckboxes = readStorage("bomCheckboxes");
- if (bomCheckboxes === null) {
- bomCheckboxes = config.checkboxes;
- }
- settings.checkboxes = bomCheckboxes.split(",").filter((e) => e);
- document.getElementById("bomCheckboxes").value = bomCheckboxes;
- var highlightpin1 = readStorage("highlightpin1") || config.highlight_pin1;
- if (highlightpin1 === "false") highlightpin1 = "none";
- if (highlightpin1 === "true") highlightpin1 = "all";
- setHighlightPin1(highlightpin1);
- document.forms.highlightpin1.highlightpin1.value = highlightpin1;
- settings.markWhenChecked = readStorage("markWhenChecked") || "";
- populateMarkWhenCheckedOptions();
- function initBooleanSetting(storageString, def, elementId, func) {
- var b = readStorage(storageString);
- if (b === null) {
- b = def;
- } else {
- b = (b == "true");
- }
- document.getElementById(elementId).checked = b;
- func(b);
- }
- initBooleanSetting("padsVisible", config.show_pads, "padsCheckbox", padsVisible);
- initBooleanSetting("fabricationVisible", config.show_fabrication, "fabricationCheckbox", fabricationVisible);
- initBooleanSetting("silkscreenVisible", config.show_silkscreen, "silkscreenCheckbox", silkscreenVisible);
- initBooleanSetting("referencesVisible", true, "referencesCheckbox", referencesVisible);
- initBooleanSetting("valuesVisible", true, "valuesCheckbox", valuesVisible);
- if ("tracks" in pcbdata) {
- initBooleanSetting("tracksVisible", true, "tracksCheckbox", tracksVisible);
- initBooleanSetting("zonesVisible", true, "zonesCheckbox", zonesVisible);
- } else {
- document.getElementById("tracksAndZonesCheckboxes").style.display = "none";
- tracksVisible(false);
- zonesVisible(false);
- }
- initBooleanSetting("dnpOutline", false, "dnpOutlineCheckbox", dnpOutline);
- initBooleanSetting("redrawOnDrag", config.redraw_on_drag, "dragCheckbox", setRedrawOnDrag);
- initBooleanSetting("darkmode", config.dark_mode, "darkmodeCheckbox", setDarkMode);
- var fields = ["checkboxes", "References"].concat(config.fields).concat(["Quantity"]);
- var hcols = JSON.parse(readStorage("hiddenColumns"));
- if (hcols === null) {
- hcols = [];
- }
- settings.hiddenColumns = hcols.filter(e => fields.includes(e));
- var cord = JSON.parse(readStorage("columnOrder"));
- if (cord === null) {
- cord = fields;
- } else {
- cord = cord.filter(e => fields.includes(e));
- if (cord.length != fields.length)
- cord = fields;
- }
- settings.columnOrder = cord;
- settings.boardRotation = readStorage("boardRotation");
- if (settings.boardRotation === null) {
- settings.boardRotation = config.board_rotation * 5;
- } else {
- settings.boardRotation = parseInt(settings.boardRotation);
- }
- document.getElementById("boardRotation").value = settings.boardRotation / 5;
- document.getElementById("rotationDegree").textContent = settings.boardRotation;
- initBooleanSetting("offsetBackRotation", config.offset_back_rotation, "offsetBackRotationCheckbox", setOffsetBackRotation);
- settings.netColors = JSON.parse(readStorage("netColors")) || {};
- }
- // Helper classes for user js callbacks.
- const IBOM_EVENT_TYPES = {
- ALL: "all",
- HIGHLIGHT_EVENT: "highlightEvent",
- CHECKBOX_CHANGE_EVENT: "checkboxChangeEvent",
- BOM_BODY_CHANGE_EVENT: "bomBodyChangeEvent",
- }
- const EventHandler = {
- callbacks: {},
- init: function () {
- for (eventType of Object.values(IBOM_EVENT_TYPES))
- this.callbacks[eventType] = [];
- },
- registerCallback: function (eventType, callback) {
- this.callbacks[eventType].push(callback);
- },
- emitEvent: function (eventType, eventArgs) {
- event = {
- eventType: eventType,
- args: eventArgs,
- }
- var callback;
- for (callback of this.callbacks[eventType])
- callback(event);
- for (callback of this.callbacks[IBOM_EVENT_TYPES.ALL])
- callback(event);
- }
- }
- EventHandler.init();
- ///////////////////////////////////////////////
- ///////////////////////////////////////////////
- /* PCB rendering code */
- var emptyContext2d = document.createElement("canvas").getContext("2d");
- function deg2rad(deg) {
- return deg * Math.PI / 180;
- }
- function calcFontPoint(linepoint, text, offsetx, offsety, tilt) {
- var point = [
- linepoint[0] * text.width + offsetx,
- linepoint[1] * text.height + offsety
- ];
- // This approximates pcbnew behavior with how text tilts depending on horizontal justification
- point[0] -= (linepoint[1] + 0.5 * (1 + text.justify[0])) * text.height * tilt;
- return point;
- }
- function drawText(ctx, text, color) {
- if ("ref" in text && !settings.renderReferences) return;
- if ("val" in text && !settings.renderValues) return;
- ctx.save();
- ctx.fillStyle = color;
- ctx.strokeStyle = color;
- ctx.lineCap = "round";
- ctx.lineJoin = "round";
- ctx.lineWidth = text.thickness;
- if ("svgpath" in text) {
- ctx.stroke(new Path2D(text.svgpath));
- ctx.restore();
- return;
- }
- if ("polygons" in text) {
- ctx.fill(getPolygonsPath(text));
- ctx.restore();
- return;
- }
- ctx.translate(...text.pos);
- ctx.translate(text.thickness * 0.5, 0);
- var angle = -text.angle;
- if (text.attr.includes("mirrored")) {
- ctx.scale(-1, 1);
- angle = -angle;
- }
- var tilt = 0;
- if (text.attr.includes("italic")) {
- tilt = 0.125;
- }
- var interline = text.height * 1.5 + text.thickness;
- var txt = text.text.split("\n");
- // KiCad ignores last empty line.
- if (txt[txt.length - 1] == '') txt.pop();
- ctx.rotate(deg2rad(angle));
- var offsety = (1 - text.justify[1]) / 2 * text.height; // One line offset
- offsety -= (txt.length - 1) * (text.justify[1] + 1) / 2 * interline; // Multiline offset
- for (var i in txt) {
- var lineWidth = text.thickness + interline / 2 * tilt;
- for (var j = 0; j < txt[i].length; j++) {
- if (txt[i][j] == '\t') {
- var fourSpaces = 4 * pcbdata.font_data[' '].w * text.width;
- lineWidth += fourSpaces - lineWidth % fourSpaces;
- } else {
- if (txt[i][j] == '~') {
- j++;
- if (j == txt[i].length)
- break;
- }
- lineWidth += pcbdata.font_data[txt[i][j]].w * text.width;
- }
- }
- var offsetx = -lineWidth * (text.justify[0] + 1) / 2;
- var inOverbar = false;
- for (var j = 0; j < txt[i].length; j++) {
- if (config.kicad_text_formatting) {
- if (txt[i][j] == '\t') {
- var fourSpaces = 4 * pcbdata.font_data[' '].w * text.width;
- offsetx += fourSpaces - offsetx % fourSpaces;
- continue;
- } else if (txt[i][j] == '~') {
- j++;
- if (j == txt[i].length)
- break;
- if (txt[i][j] != '~') {
- inOverbar = !inOverbar;
- }
- }
- }
- var glyph = pcbdata.font_data[txt[i][j]];
- if (inOverbar) {
- var overbarStart = [offsetx, -text.height * 1.4 + offsety];
- var overbarEnd = [offsetx + text.width * glyph.w, overbarStart[1]];
- if (!lastHadOverbar) {
- overbarStart[0] += text.height * 1.4 * tilt;
- lastHadOverbar = true;
- }
- ctx.beginPath();
- ctx.moveTo(...overbarStart);
- ctx.lineTo(...overbarEnd);
- ctx.stroke();
- } else {
- lastHadOverbar = false;
- }
- for (var line of glyph.l) {
- ctx.beginPath();
- ctx.moveTo(...calcFontPoint(line[0], text, offsetx, offsety, tilt));
- for (var k = 1; k < line.length; k++) {
- ctx.lineTo(...calcFontPoint(line[k], text, offsetx, offsety, tilt));
- }
- ctx.stroke();
- }
- offsetx += glyph.w * text.width;
- }
- offsety += interline;
- }
- ctx.restore();
- }
- function drawedge(ctx, scalefactor, edge, color) {
- ctx.strokeStyle = color;
- ctx.fillStyle = color;
- ctx.lineWidth = Math.max(1 / scalefactor, edge.width);
- ctx.lineCap = "round";
- ctx.lineJoin = "round";
- if ("svgpath" in edge) {
- ctx.stroke(new Path2D(edge.svgpath));
- } else {
- ctx.beginPath();
- if (edge.type == "segment") {
- ctx.moveTo(...edge.start);
- ctx.lineTo(...edge.end);
- }
- if (edge.type == "rect") {
- ctx.moveTo(...edge.start);
- ctx.lineTo(edge.start[0], edge.end[1]);
- ctx.lineTo(...edge.end);
- ctx.lineTo(edge.end[0], edge.start[1]);
- ctx.lineTo(...edge.start);
- }
- if (edge.type == "arc") {
- ctx.arc(
- ...edge.start,
- edge.radius,
- deg2rad(edge.startangle),
- deg2rad(edge.endangle));
- }
- if (edge.type == "circle") {
- ctx.arc(
- ...edge.start,
- edge.radius,
- 0, 2 * Math.PI);
- ctx.closePath();
- }
- if (edge.type == "curve") {
- ctx.moveTo(...edge.start);
- ctx.bezierCurveTo(...edge.cpa, ...edge.cpb, ...edge.end);
- }
- if("filled" in edge && edge.filled)
- ctx.fill();
- else
- ctx.stroke();
- }
- }
- function getChamferedRectPath(size, radius, chamfpos, chamfratio) {
- // chamfpos is a bitmask, left = 1, right = 2, bottom left = 4, bottom right = 8
- var path = new Path2D();
- var width = size[0];
- var height = size[1];
- var x = width * -0.5;
- var y = height * -0.5;
- var chamfOffset = Math.min(width, height) * chamfratio;
- path.moveTo(x, 0);
- if (chamfpos & 4) {
- path.lineTo(x, y + height - chamfOffset);
- path.lineTo(x + chamfOffset, y + height);
- path.lineTo(0, y + height);
- } else {
- path.arcTo(x, y + height, x + width, y + height, radius);
- }
- if (chamfpos & 8) {
- path.lineTo(x + width - chamfOffset, y + height);
- path.lineTo(x + width, y + height - chamfOffset);
- path.lineTo(x + width, 0);
- } else {
- path.arcTo(x + width, y + height, x + width, y, radius);
- }
- if (chamfpos & 2) {
- path.lineTo(x + width, y + chamfOffset);
- path.lineTo(x + width - chamfOffset, y);
- path.lineTo(0, y);
- } else {
- path.arcTo(x + width, y, x, y, radius);
- }
- if (chamfpos & 1) {
- path.lineTo(x + chamfOffset, y);
- path.lineTo(x, y + chamfOffset);
- path.lineTo(x, 0);
- } else {
- path.arcTo(x, y, x, y + height, radius);
- }
- path.closePath();
- return path;
- }
- function getOblongPath(size) {
- return getChamferedRectPath(size, Math.min(size[0], size[1]) / 2, 0, 0);
- }
- function getPolygonsPath(shape) {
- if (shape.path2d) {
- return shape.path2d;
- }
- if ("svgpath" in shape) {
- shape.path2d = new Path2D(shape.svgpath);
- } else {
- var path = new Path2D();
- for (var polygon of shape.polygons) {
- path.moveTo(...polygon[0]);
- for (var i = 1; i < polygon.length; i++) {
- path.lineTo(...polygon[i]);
- }
- path.closePath();
- }
- shape.path2d = path;
- }
- return shape.path2d;
- }
- function drawPolygonShape(ctx, scalefactor, shape, color) {
- ctx.save();
- if (!("svgpath" in shape)) {
- ctx.translate(...shape.pos);
- ctx.rotate(deg2rad(-shape.angle));
- }
- if("filled" in shape && !shape.filled) {
- ctx.strokeStyle = color;
- ctx.lineWidth = Math.max(1 / scalefactor, shape.width);
- ctx.lineCap = "round";
- ctx.lineJoin = "round";
- ctx.stroke(getPolygonsPath(shape));
- } else {
- ctx.fillStyle = color;
- ctx.fill(getPolygonsPath(shape));
- }
- ctx.restore();
- }
- function drawDrawing(ctx, scalefactor, drawing, color) {
- if (["segment", "arc", "circle", "curve", "rect"].includes(drawing.type)) {
- drawedge(ctx, scalefactor, drawing, color);
- } else if (drawing.type == "polygon") {
- drawPolygonShape(ctx, scalefactor, drawing, color);
- } else {
- drawText(ctx, drawing, color);
- }
- }
- function getCirclePath(radius) {
- var path = new Path2D();
- path.arc(0, 0, radius, 0, 2 * Math.PI);
- path.closePath();
- return path;
- }
- function getCachedPadPath(pad) {
- if (!pad.path2d) {
- // if path2d is not set, build one and cache it on pad object
- if (pad.shape == "rect") {
- pad.path2d = new Path2D();
- pad.path2d.rect(...pad.size.map(c => -c * 0.5), ...pad.size);
- } else if (pad.shape == "oval") {
- pad.path2d = getOblongPath(pad.size);
- } else if (pad.shape == "circle") {
- pad.path2d = getCirclePath(pad.size[0] / 2);
- } else if (pad.shape == "roundrect") {
- pad.path2d = getChamferedRectPath(pad.size, pad.radius, 0, 0);
- } else if (pad.shape == "chamfrect") {
- pad.path2d = getChamferedRectPath(pad.size, pad.radius, pad.chamfpos, pad.chamfratio)
- } else if (pad.shape == "custom") {
- pad.path2d = getPolygonsPath(pad);
- }
- }
- return pad.path2d;
- }
- function drawPad(ctx, pad, color, outline) {
- ctx.save();
- ctx.translate(...pad.pos);
- ctx.rotate(-deg2rad(pad.angle));
- if (pad.offset) {
- ctx.translate(...pad.offset);
- }
- ctx.fillStyle = color;
- ctx.strokeStyle = color;
- var path = getCachedPadPath(pad);
- if (outline) {
- ctx.stroke(path);
- } else {
- ctx.fill(path);
- }
- ctx.restore();
- }
- function drawPadHole(ctx, pad, padHoleColor) {
- if (pad.type != "th") return;
- ctx.save();
- ctx.translate(...pad.pos);
- ctx.rotate(-deg2rad(pad.angle));
- ctx.fillStyle = padHoleColor;
- if (pad.drillshape == "oblong") {
- ctx.fill(getOblongPath(pad.drillsize));
- } else {
- ctx.fill(getCirclePath(pad.drillsize[0] / 2));
- }
- ctx.restore();
- }
- function drawFootprint(ctx, layer, scalefactor, footprint, colors, highlight, outline) {
- if (highlight) {
- // draw bounding box
- if (footprint.layer == layer) {
- ctx.save();
- ctx.globalAlpha = 0.2;
- ctx.translate(...footprint.bbox.pos);
- ctx.rotate(deg2rad(-footprint.bbox.angle));
- ctx.translate(...footprint.bbox.relpos);
- ctx.fillStyle = colors.pad;
- ctx.fillRect(0, 0, ...footprint.bbox.size);
- ctx.globalAlpha = 1;
- ctx.strokeStyle = colors.pad;
- ctx.lineWidth = 3 / scalefactor;
- ctx.strokeRect(0, 0, ...footprint.bbox.size);
- ctx.restore();
- }
- }
- // draw drawings
- for (var drawing of footprint.drawings) {
- if (drawing.layer == layer) {
- drawDrawing(ctx, scalefactor, drawing.drawing, colors.pad);
- }
- }
- ctx.lineWidth = 3 / scalefactor;
- // draw pads
- if (settings.renderPads) {
- for (var pad of footprint.pads) {
- if (pad.layers.includes(layer)) {
- drawPad(ctx, pad, colors.pad, outline);
- if (pad.pin1 &&
- (settings.highlightpin1 == "all" ||
- settings.highlightpin1 == "selected" && highlight)) {
- drawPad(ctx, pad, colors.outline, true);
- }
- }
- }
- for (var pad of footprint.pads) {
- drawPadHole(ctx, pad, colors.padHole);
- }
- }
- }
- function drawEdgeCuts(canvas, scalefactor) {
- var ctx = canvas.getContext("2d");
- var edgecolor = getComputedStyle(topmostdiv).getPropertyValue('--pcb-edge-color');
- for (var edge of pcbdata.edges) {
- drawDrawing(ctx, scalefactor, edge, edgecolor);
- }
- }
- function drawFootprints(canvas, layer, scalefactor, highlight) {
- var ctx = canvas.getContext("2d");
- ctx.lineWidth = 3 / scalefactor;
- var style = getComputedStyle(topmostdiv);
- var colors = {
- pad: style.getPropertyValue('--pad-color'),
- padHole: style.getPropertyValue('--pad-hole-color'),
- outline: style.getPropertyValue('--pin1-outline-color'),
- }
- for (var i = 0; i < pcbdata.footprints.length; i++) {
- var mod = pcbdata.footprints[i];
- var outline = settings.renderDnpOutline && pcbdata.bom.skipped.includes(i);
- var h = highlightedFootprints.includes(i);
- var d = markedFootprints.has(i);
- if (highlight) {
- if(h && d) {
- colors.pad = style.getPropertyValue('--pad-color-highlight-both');
- colors.outline = style.getPropertyValue('--pin1-outline-color-highlight-both');
- } else if (h) {
- colors.pad = style.getPropertyValue('--pad-color-highlight');
- colors.outline = style.getPropertyValue('--pin1-outline-color-highlight');
- } else if (d) {
- colors.pad = style.getPropertyValue('--pad-color-highlight-marked');
- colors.outline = style.getPropertyValue('--pin1-outline-color-highlight-marked');
- }
- }
- if( h || d || !highlight) {
- drawFootprint(ctx, layer, scalefactor, mod, colors, highlight, outline);
- }
- }
- }
- function drawBgLayer(layername, canvas, layer, scalefactor, edgeColor, polygonColor, textColor) {
- var ctx = canvas.getContext("2d");
- for (var d of pcbdata.drawings[layername][layer]) {
- if (["segment", "arc", "circle", "curve", "rect"].includes(d.type)) {
- drawedge(ctx, scalefactor, d, edgeColor);
- } else if (d.type == "polygon") {
- drawPolygonShape(ctx, scalefactor, d, polygonColor);
- } else {
- drawText(ctx, d, textColor);
- }
- }
- }
- function drawTracks(canvas, layer, defaultColor, highlight) {
- ctx = canvas.getContext("2d");
- ctx.lineCap = "round";
- var hasHole = (track) => (
- 'drillsize' in track &&
- track.start[0] == track.end[0] &&
- track.start[1] == track.end[1]);
- // First draw tracks and tented vias
- for (var track of pcbdata.tracks[layer]) {
- if (highlight && highlightedNet != track.net) continue;
- if (!hasHole(track)) {
- ctx.strokeStyle = highlight ? defaultColor : settings.netColors[track.net] || defaultColor;
- ctx.lineWidth = track.width;
- ctx.beginPath();
- if ('radius' in track) {
- ctx.arc(
- ...track.center,
- track.radius,
- deg2rad(track.startangle),
- deg2rad(track.endangle));
- } else {
- ctx.moveTo(...track.start);
- ctx.lineTo(...track.end);
- }
- ctx.stroke();
- }
- }
- // Second pass to draw untented vias
- var style = getComputedStyle(topmostdiv);
- var holeColor = style.getPropertyValue('--pad-hole-color')
- for (var track of pcbdata.tracks[layer]) {
- if (highlight && highlightedNet != track.net) continue;
- if (hasHole(track)) {
- ctx.strokeStyle = highlight ? defaultColor : settings.netColors[track.net] || defaultColor;
- ctx.lineWidth = track.width;
- ctx.beginPath();
- ctx.moveTo(...track.start);
- ctx.lineTo(...track.end);
- ctx.stroke();
- ctx.strokeStyle = holeColor;
- ctx.lineWidth = track.drillsize;
- ctx.lineTo(...track.end);
- ctx.stroke();
- }
- }
- }
- function drawZones(canvas, layer, defaultColor, highlight) {
- ctx = canvas.getContext("2d");
- ctx.lineJoin = "round";
- for (var zone of pcbdata.zones[layer]) {
- if (highlight && highlightedNet != zone.net) continue;
- ctx.strokeStyle = highlight ? defaultColor : settings.netColors[zone.net] || defaultColor;
- ctx.fillStyle = highlight ? defaultColor : settings.netColors[zone.net] || defaultColor;
- if (!zone.path2d) {
- zone.path2d = getPolygonsPath(zone);
- }
- ctx.fill(zone.path2d, zone.fillrule || "nonzero");
- if (zone.width > 0) {
- ctx.lineWidth = zone.width;
- ctx.stroke(zone.path2d);
- }
- }
- }
- function clearCanvas(canvas, color = null) {
- var ctx = canvas.getContext("2d");
- ctx.save();
- ctx.setTransform(1, 0, 0, 1, 0, 0);
- if (color) {
- ctx.fillStyle = color;
- ctx.fillRect(0, 0, canvas.width, canvas.height);
- } else {
- if (!window.matchMedia("print").matches)
- ctx.clearRect(0, 0, canvas.width, canvas.height);
- }
- ctx.restore();
- }
- function drawNets(canvas, layer, highlight) {
- var style = getComputedStyle(topmostdiv);
- if (settings.renderZones) {
- var zoneColor = style.getPropertyValue(highlight ? '--zone-color-highlight' : '--zone-color');
- drawZones(canvas, layer, zoneColor, highlight);
- }
- if (settings.renderTracks) {
- var trackColor = style.getPropertyValue(highlight ? '--track-color-highlight' : '--track-color');
- drawTracks(canvas, layer, trackColor, highlight);
- }
- if (highlight && settings.renderPads) {
- var padColor = style.getPropertyValue('--pad-color-highlight');
- var padHoleColor = style.getPropertyValue('--pad-hole-color');
- var ctx = canvas.getContext("2d");
- for (var footprint of pcbdata.footprints) {
- // draw pads
- var padDrawn = false;
- for (var pad of footprint.pads) {
- if (highlightedNet != pad.net) continue;
- if (pad.layers.includes(layer)) {
- drawPad(ctx, pad, padColor, false);
- padDrawn = true;
- }
- }
- if (padDrawn) {
- // redraw all pad holes because some pads may overlap
- for (var pad of footprint.pads) {
- drawPadHole(ctx, pad, padHoleColor);
- }
- }
- }
- }
- }
- function drawHighlightsOnLayer(canvasdict, clear = true) {
- if (clear) {
- clearCanvas(canvasdict.highlight);
- }
- if (markedFootprints.size > 0 || highlightedFootprints.length > 0) {
- drawFootprints(canvasdict.highlight, canvasdict.layer,
- canvasdict.transform.s * canvasdict.transform.zoom, true);
- }
- if (highlightedNet !== null) {
- drawNets(canvasdict.highlight, canvasdict.layer, true);
- }
- }
- function drawHighlights() {
- drawHighlightsOnLayer(allcanvas.front);
- drawHighlightsOnLayer(allcanvas.back);
- }
- function drawBackground(canvasdict, clear = true) {
- if (clear) {
- clearCanvas(canvasdict.bg);
- clearCanvas(canvasdict.fab);
- clearCanvas(canvasdict.silk);
- }
- drawNets(canvasdict.bg, canvasdict.layer, false);
- drawFootprints(canvasdict.bg, canvasdict.layer,
- canvasdict.transform.s * canvasdict.transform.zoom, false);
- drawEdgeCuts(canvasdict.bg, canvasdict.transform.s * canvasdict.transform.zoom);
- var style = getComputedStyle(topmostdiv);
- var edgeColor = style.getPropertyValue('--silkscreen-edge-color');
- var polygonColor = style.getPropertyValue('--silkscreen-polygon-color');
- var textColor = style.getPropertyValue('--silkscreen-text-color');
- if (settings.renderSilkscreen) {
- drawBgLayer(
- "silkscreen", canvasdict.silk, canvasdict.layer,
- canvasdict.transform.s * canvasdict.transform.zoom,
- edgeColor, polygonColor, textColor);
- }
- edgeColor = style.getPropertyValue('--fabrication-edge-color');
- polygonColor = style.getPropertyValue('--fabrication-polygon-color');
- textColor = style.getPropertyValue('--fabrication-text-color');
- if (settings.renderFabrication) {
- drawBgLayer(
- "fabrication", canvasdict.fab, canvasdict.layer,
- canvasdict.transform.s * canvasdict.transform.zoom,
- edgeColor, polygonColor, textColor);
- }
- }
- function prepareCanvas(canvas, flip, transform) {
- var ctx = canvas.getContext("2d");
- ctx.setTransform(1, 0, 0, 1, 0, 0);
- ctx.scale(transform.zoom, transform.zoom);
- ctx.translate(transform.panx, transform.pany);
- if (flip) {
- ctx.scale(-1, 1);
- }
- ctx.translate(transform.x, transform.y);
- ctx.rotate(deg2rad(settings.boardRotation + (flip && settings.offsetBackRotation ? - 180 : 0)));
- ctx.scale(transform.s, transform.s);
- }
- function prepareLayer(canvasdict) {
- var flip = (canvasdict.layer === "B");
- for (var c of ["bg", "fab", "silk", "highlight"]) {
- prepareCanvas(canvasdict[c], flip, canvasdict.transform);
- }
- }
- function rotateVector(v, angle) {
- angle = deg2rad(angle);
- return [
- v[0] * Math.cos(angle) - v[1] * Math.sin(angle),
- v[0] * Math.sin(angle) + v[1] * Math.cos(angle)
- ];
- }
- function applyRotation(bbox, flip) {
- var corners = [
- [bbox.minx, bbox.miny],
- [bbox.minx, bbox.maxy],
- [bbox.maxx, bbox.miny],
- [bbox.maxx, bbox.maxy],
- ];
- corners = corners.map((v) => rotateVector(v, settings.boardRotation + (flip && settings.offsetBackRotation ? - 180 : 0)));
- return {
- minx: corners.reduce((a, v) => Math.min(a, v[0]), Infinity),
- miny: corners.reduce((a, v) => Math.min(a, v[1]), Infinity),
- maxx: corners.reduce((a, v) => Math.max(a, v[0]), -Infinity),
- maxy: corners.reduce((a, v) => Math.max(a, v[1]), -Infinity),
- }
- }
- function recalcLayerScale(layerdict, width, height) {
- var flip = (layerdict.layer === "B");
- var bbox = applyRotation(pcbdata.edges_bbox, flip);
- var scalefactor = 0.98 * Math.min(
- width / (bbox.maxx - bbox.minx),
- height / (bbox.maxy - bbox.miny)
- );
- if (scalefactor < 0.1) {
- scalefactor = 1;
- }
- layerdict.transform.s = scalefactor;
- if (flip) {
- layerdict.transform.x = -((bbox.maxx + bbox.minx) * scalefactor + width) * 0.5;
- } else {
- layerdict.transform.x = -((bbox.maxx + bbox.minx) * scalefactor - width) * 0.5;
- }
- layerdict.transform.y = -((bbox.maxy + bbox.miny) * scalefactor - height) * 0.5;
- for (var c of ["bg", "fab", "silk", "highlight"]) {
- canvas = layerdict[c];
- canvas.width = width;
- canvas.height = height;
- canvas.style.width = (width / devicePixelRatio) + "px";
- canvas.style.height = (height / devicePixelRatio) + "px";
- }
- }
- function redrawCanvas(layerdict) {
- prepareLayer(layerdict);
- drawBackground(layerdict);
- drawHighlightsOnLayer(layerdict);
- }
- function resizeCanvas(layerdict) {
- var canvasdivid = {
- "F": "frontcanvas",
- "B": "backcanvas"
- } [layerdict.layer];
- var width = document.getElementById(canvasdivid).clientWidth * devicePixelRatio;
- var height = document.getElementById(canvasdivid).clientHeight * devicePixelRatio;
- recalcLayerScale(layerdict, width, height);
- redrawCanvas(layerdict);
- }
- function resizeAll() {
- resizeCanvas(allcanvas.front);
- resizeCanvas(allcanvas.back);
- }
- function pointWithinDistanceToSegment(x, y, x1, y1, x2, y2, d) {
- var A = x - x1;
- var B = y - y1;
- var C = x2 - x1;
- var D = y2 - y1;
- var dot = A * C + B * D;
- var len_sq = C * C + D * D;
- var dx, dy;
- if (len_sq == 0) {
- // start and end of the segment coincide
- dx = x - x1;
- dy = y - y1;
- } else {
- var param = dot / len_sq;
- var xx, yy;
- if (param < 0) {
- xx = x1;
- yy = y1;
- } else if (param > 1) {
- xx = x2;
- yy = y2;
- } else {
- xx = x1 + param * C;
- yy = y1 + param * D;
- }
- dx = x - xx;
- dy = y - yy;
- }
- return dx * dx + dy * dy <= d * d;
- }
- function modulo(n, mod) {
- return ((n % mod) + mod) % mod;
- }
- function pointWithinDistanceToArc(x, y, xc, yc, radius, startangle, endangle, d) {
- var dx = x - xc;
- var dy = y - yc;
- var r_sq = dx * dx + dy * dy;
- var rmin = Math.max(0, radius - d);
- var rmax = radius + d;
- if (r_sq < rmin * rmin || r_sq > rmax * rmax)
- return false;
- var angle1 = modulo(deg2rad(startangle), 2 * Math.PI);
- var dx1 = xc + radius * Math.cos(angle1) - x;
- var dy1 = yc + radius * Math.sin(angle1) - y;
- if (dx1 * dx1 + dy1 * dy1 <= d * d)
- return true;
- var angle2 = modulo(deg2rad(endangle), 2 * Math.PI);
- var dx2 = xc + radius * Math.cos(angle2) - x;
- var dy2 = yc + radius * Math.sin(angle2) - y;
- if (dx2 * dx2 + dy2 * dy2 <= d * d)
- return true;
- var angle = modulo(Math.atan2(dy, dx), 2 * Math.PI);
- if (angle1 > angle2)
- return (angle >= angle2 || angle <= angle1);
- else
- return (angle >= angle1 && angle <= angle2);
- }
- function pointWithinPad(x, y, pad) {
- var v = [x - pad.pos[0], y - pad.pos[1]];
- v = rotateVector(v, pad.angle);
- if (pad.offset) {
- v[0] -= pad.offset[0];
- v[1] -= pad.offset[1];
- }
- return emptyContext2d.isPointInPath(getCachedPadPath(pad), ...v);
- }
- function netHitScan(layer, x, y) {
- // Check track segments
- if (settings.renderTracks && pcbdata.tracks) {
- for (var track of pcbdata.tracks[layer]) {
- if ('radius' in track) {
- if (pointWithinDistanceToArc(x, y, ...track.center, track.radius, track.startangle, track.endangle, track.width / 2)) {
- return track.net;
- }
- } else {
- if (pointWithinDistanceToSegment(x, y, ...track.start, ...track.end, track.width / 2)) {
- return track.net;
- }
- }
- }
- }
- // Check pads
- if (settings.renderPads) {
- for (var footprint of pcbdata.footprints) {
- for (var pad of footprint.pads) {
- if (pad.layers.includes(layer) && pointWithinPad(x, y, pad)) {
- return pad.net;
- }
- }
- }
- }
- return null;
- }
- function pointWithinFootprintBbox(x, y, bbox) {
- var v = [x - bbox.pos[0], y - bbox.pos[1]];
- v = rotateVector(v, bbox.angle);
- return bbox.relpos[0] <= v[0] && v[0] <= bbox.relpos[0] + bbox.size[0] &&
- bbox.relpos[1] <= v[1] && v[1] <= bbox.relpos[1] + bbox.size[1];
- }
- function bboxHitScan(layer, x, y) {
- var result = [];
- for (var i = 0; i < pcbdata.footprints.length; i++) {
- var footprint = pcbdata.footprints[i];
- if (footprint.layer == layer) {
- if (pointWithinFootprintBbox(x, y, footprint.bbox)) {
- result.push(i);
- }
- }
- }
- return result;
- }
- function handlePointerDown(e, layerdict) {
- if (e.button != 0 && e.button != 1) {
- return;
- }
- e.preventDefault();
- e.stopPropagation();
- if (!e.hasOwnProperty("offsetX")) {
- // The polyfill doesn't set this properly
- e.offsetX = e.pageX - e.currentTarget.offsetLeft;
- e.offsetY = e.pageY - e.currentTarget.offsetTop;
- }
- layerdict.pointerStates[e.pointerId] = {
- distanceTravelled: 0,
- lastX: e.offsetX,
- lastY: e.offsetY,
- downTime: Date.now(),
- };
- }
- function handleMouseClick(e, layerdict) {
- if (!e.hasOwnProperty("offsetX")) {
- // The polyfill doesn't set this properly
- e.offsetX = e.pageX - e.currentTarget.offsetLeft;
- e.offsetY = e.pageY - e.currentTarget.offsetTop;
- }
- var x = e.offsetX;
- var y = e.offsetY;
- var t = layerdict.transform;
- var flip = layerdict.layer === "B";
- if (flip) {
- x = (devicePixelRatio * x / t.zoom - t.panx + t.x) / -t.s;
- } else {
- x = (devicePixelRatio * x / t.zoom - t.panx - t.x) / t.s;
- }
- y = (devicePixelRatio * y / t.zoom - t.y - t.pany) / t.s;
- var v = rotateVector([x, y], -settings.boardRotation + (flip && settings.offsetBackRotation ? - 180 : 0));
- if ("nets" in pcbdata) {
- var net = netHitScan(layerdict.layer, ...v);
- if (net !== highlightedNet) {
- netClicked(net);
- }
- }
- if (highlightedNet === null) {
- var footprints = bboxHitScan(layerdict.layer, ...v);
- if (footprints.length > 0) {
- footprintsClicked(footprints);
- }
- }
- }
- function handlePointerLeave(e, layerdict) {
- e.preventDefault();
- e.stopPropagation();
- if (!settings.redrawOnDrag) {
- redrawCanvas(layerdict);
- }
- delete layerdict.pointerStates[e.pointerId];
- }
- function resetTransform(layerdict) {
- layerdict.transform.panx = 0;
- layerdict.transform.pany = 0;
- layerdict.transform.zoom = 1;
- redrawCanvas(layerdict);
- }
- function handlePointerUp(e, layerdict) {
- if (!e.hasOwnProperty("offsetX")) {
- // The polyfill doesn't set this properly
- e.offsetX = e.pageX - e.currentTarget.offsetLeft;
- e.offsetY = e.pageY - e.currentTarget.offsetTop;
- }
- e.preventDefault();
- e.stopPropagation();
- if (e.button == 2) {
- // Reset pan and zoom on right click.
- resetTransform(layerdict);
- layerdict.anotherPointerTapped = false;
- return;
- }
- // We haven't necessarily had a pointermove event since the interaction started, so make sure we update this now
- var ptr = layerdict.pointerStates[e.pointerId];
- ptr.distanceTravelled += Math.abs(e.offsetX - ptr.lastX) + Math.abs(e.offsetY - ptr.lastY);
- if (e.button == 0 && ptr.distanceTravelled < 10 && Date.now() - ptr.downTime <= 500) {
- if (Object.keys(layerdict.pointerStates).length == 1) {
- if (layerdict.anotherPointerTapped) {
- // This is the second pointer coming off of a two-finger tap
- resetTransform(layerdict);
- } else {
- // This is just a regular tap
- handleMouseClick(e, layerdict);
- }
- layerdict.anotherPointerTapped = false;
- } else {
- // This is the first finger coming off of what could become a two-finger tap
- layerdict.anotherPointerTapped = true;
- }
- } else {
- if (!settings.redrawOnDrag) {
- redrawCanvas(layerdict);
- }
- layerdict.anotherPointerTapped = false;
- }
- delete layerdict.pointerStates[e.pointerId];
- }
- function handlePointerMove(e, layerdict) {
- if (!layerdict.pointerStates.hasOwnProperty(e.pointerId)) {
- return;
- }
- e.preventDefault();
- e.stopPropagation();
- if (!e.hasOwnProperty("offsetX")) {
- // The polyfill doesn't set this properly
- e.offsetX = e.pageX - e.currentTarget.offsetLeft;
- e.offsetY = e.pageY - e.currentTarget.offsetTop;
- }
- var thisPtr = layerdict.pointerStates[e.pointerId];
- var dx = e.offsetX - thisPtr.lastX;
- var dy = e.offsetY - thisPtr.lastY;
- // If this number is low on pointer up, we count the action as a click
- thisPtr.distanceTravelled += Math.abs(dx) + Math.abs(dy);
- if (Object.keys(layerdict.pointerStates).length == 1) {
- // This is a simple drag
- layerdict.transform.panx += devicePixelRatio * dx / layerdict.transform.zoom;
- layerdict.transform.pany += devicePixelRatio * dy / layerdict.transform.zoom;
- } else if (Object.keys(layerdict.pointerStates).length == 2) {
- var otherPtr = Object.values(layerdict.pointerStates).filter((ptr) => ptr != thisPtr)[0];
- var oldDist = Math.sqrt(Math.pow(thisPtr.lastX - otherPtr.lastX, 2) + Math.pow(thisPtr.lastY - otherPtr.lastY, 2));
- var newDist = Math.sqrt(Math.pow(e.offsetX - otherPtr.lastX, 2) + Math.pow(e.offsetY - otherPtr.lastY, 2));
- var scaleFactor = newDist / oldDist;
- if (scaleFactor != NaN) {
- layerdict.transform.zoom *= scaleFactor;
- var zoomd = (1 - scaleFactor) / layerdict.transform.zoom;
- layerdict.transform.panx += devicePixelRatio * otherPtr.lastX * zoomd;
- layerdict.transform.pany += devicePixelRatio * otherPtr.lastY * zoomd;
- }
- }
- thisPtr.lastX = e.offsetX;
- thisPtr.lastY = e.offsetY;
- if (settings.redrawOnDrag) {
- redrawCanvas(layerdict);
- }
- }
- function handleMouseWheel(e, layerdict) {
- e.preventDefault();
- e.stopPropagation();
- var t = layerdict.transform;
- var wheeldelta = e.deltaY;
- if (e.deltaMode == 1) {
- // FF only, scroll by lines
- wheeldelta *= 30;
- } else if (e.deltaMode == 2) {
- wheeldelta *= 300;
- }
- var m = Math.pow(1.1, -wheeldelta / 40);
- // Limit amount of zoom per tick.
- if (m > 2) {
- m = 2;
- } else if (m < 0.5) {
- m = 0.5;
- }
- t.zoom *= m;
- var zoomd = (1 - m) / t.zoom;
- t.panx += devicePixelRatio * e.offsetX * zoomd;
- t.pany += devicePixelRatio * e.offsetY * zoomd;
- redrawCanvas(layerdict);
- }
- function addMouseHandlers(div, layerdict) {
- div.addEventListener("pointerdown", function(e) {
- handlePointerDown(e, layerdict);
- });
- div.addEventListener("pointermove", function(e) {
- handlePointerMove(e, layerdict);
- });
- div.addEventListener("pointerup", function(e) {
- handlePointerUp(e, layerdict);
- });
- var pointerleave = function(e) {
- handlePointerLeave(e, layerdict);
- }
- div.addEventListener("pointercancel", pointerleave);
- div.addEventListener("pointerleave", pointerleave);
- div.addEventListener("pointerout", pointerleave);
- div.onwheel = function(e) {
- handleMouseWheel(e, layerdict);
- }
- for (var element of [div, layerdict.bg, layerdict.fab, layerdict.silk, layerdict.highlight]) {
- element.addEventListener("contextmenu", function(e) {
- e.preventDefault();
- }, false);
- }
- }
- function setRedrawOnDrag(value) {
- settings.redrawOnDrag = value;
- writeStorage("redrawOnDrag", value);
- }
- function setBoardRotation(value) {
- settings.boardRotation = value * 5;
- writeStorage("boardRotation", settings.boardRotation);
- document.getElementById("rotationDegree").textContent = settings.boardRotation;
- resizeAll();
- }
- function setOffsetBackRotation(value) {
- settings.offsetBackRotation = value;
- writeStorage("offsetBackRotation", value);
- resizeAll();
- }
- function initRender() {
- allcanvas = {
- front: {
- transform: {
- x: 0,
- y: 0,
- s: 1,
- panx: 0,
- pany: 0,
- zoom: 1,
- },
- pointerStates: {},
- anotherPointerTapped: false,
- bg: document.getElementById("F_bg"),
- fab: document.getElementById("F_fab"),
- silk: document.getElementById("F_slk"),
- highlight: document.getElementById("F_hl"),
- layer: "F",
- },
- back: {
- transform: {
- x: 0,
- y: 0,
- s: 1,
- panx: 0,
- pany: 0,
- zoom: 1,
- },
- pointerStates: {},
- anotherPointerTapped: false,
- bg: document.getElementById("B_bg"),
- fab: document.getElementById("B_fab"),
- silk: document.getElementById("B_slk"),
- highlight: document.getElementById("B_hl"),
- layer: "B",
- }
- };
- addMouseHandlers(document.getElementById("frontcanvas"), allcanvas.front);
- addMouseHandlers(document.getElementById("backcanvas"), allcanvas.back);
- }
- ///////////////////////////////////////////////
- ///////////////////////////////////////////////
- /*
- * Table reordering via Drag'n'Drop
- * Inspired by: https://htmldom.dev/drag-and-drop-table-column
- */
- function setBomHandlers() {
- const bom = document.getElementById('bomtable');
- let dragName;
- let placeHolderElements;
- let draggingElement;
- let forcePopulation;
- let xOffset;
- let yOffset;
- let wasDragged;
- const mouseUpHandler = function(e) {
- // Delete dragging element
- draggingElement.remove();
- // Make BOM selectable again
- bom.style.removeProperty("userSelect");
- // Remove listeners
- document.removeEventListener('mousemove', mouseMoveHandler);
- document.removeEventListener('mouseup', mouseUpHandler);
- if (wasDragged) {
- // Redraw whole BOM
- populateBomTable();
- }
- }
- const mouseMoveHandler = function(e) {
- // Notice the dragging
- wasDragged = true;
- // Make the dragged element visible
- draggingElement.style.removeProperty("display");
- // Set elements position to mouse position
- draggingElement.style.left = `${e.screenX - xOffset}px`;
- draggingElement.style.top = `${e.screenY - yOffset}px`;
- // Forced redrawing of BOM table
- if (forcePopulation) {
- forcePopulation = false;
- // Copy array
- phe = Array.from(placeHolderElements);
- // populate BOM table again
- populateBomHeader(dragName, phe);
- populateBomBody(dragName, phe);
- }
- // Set up array of hidden columns
- var hiddenColumns = Array.from(settings.hiddenColumns);
- // In the ungrouped mode, quantity don't exist
- if (settings.bommode === "ungrouped")
- hiddenColumns.push("Quantity");
- // If no checkbox fields can be found, we consider them hidden
- if (settings.checkboxes.length == 0)
- hiddenColumns.push("checkboxes");
- // Get table headers and group them into checkboxes, extrafields and normal headers
- const bh = document.getElementById("bomhead");
- headers = Array.from(bh.querySelectorAll("th"))
- headers.shift() // numCol is not part of the columnOrder
- headerGroups = []
- lastCompoundClass = null;
- for (i = 0; i < settings.columnOrder.length; i++) {
- cElem = settings.columnOrder[i];
- if (hiddenColumns.includes(cElem)) {
- // Hidden columns appear as a dummy element
- headerGroups.push([]);
- continue;
- }
- elem = headers.filter(e => getColumnOrderName(e) === cElem)[0];
- if (elem.classList.contains("bom-checkbox")) {
- if (lastCompoundClass === "bom-checkbox") {
- cbGroup = headerGroups.pop();
- cbGroup.push(elem);
- headerGroups.push(cbGroup);
- } else {
- lastCompoundClass = "bom-checkbox";
- headerGroups.push([elem])
- }
- } else {
- headerGroups.push([elem])
- }
- }
- // Copy settings.columnOrder
- var columns = Array.from(settings.columnOrder)
- // Set up array with indices of hidden columns
- var hiddenIndices = hiddenColumns.map(e => settings.columnOrder.indexOf(e));
- var dragIndex = columns.indexOf(dragName);
- var swapIndex = dragIndex;
- var swapDone = false;
- // Check if the current dragged element is swapable with the left or right element
- if (dragIndex > 0) {
- // Get left headers boundingbox
- swapIndex = dragIndex - 1;
- while (hiddenIndices.includes(swapIndex) && swapIndex > 0)
- swapIndex--;
- if (!hiddenIndices.includes(swapIndex)) {
- box = getBoundingClientRectFromMultiple(headerGroups[swapIndex]);
- if (e.clientX < box.left + window.scrollX + (box.width / 2)) {
- swapElement = columns[dragIndex];
- columns.splice(dragIndex, 1);
- columns.splice(swapIndex, 0, swapElement);
- forcePopulation = true;
- swapDone = true;
- }
- }
- }
- if ((!swapDone) && dragIndex < headerGroups.length - 1) {
- // Get right headers boundingbox
- swapIndex = dragIndex + 1;
- while (hiddenIndices.includes(swapIndex))
- swapIndex++;
- if (swapIndex < headerGroups.length) {
- box = getBoundingClientRectFromMultiple(headerGroups[swapIndex]);
- if (e.clientX > box.left + window.scrollX + (box.width / 2)) {
- swapElement = columns[dragIndex];
- columns.splice(dragIndex, 1);
- columns.splice(swapIndex, 0, swapElement);
- forcePopulation = true;
- swapDone = true;
- }
- }
- }
- // Write back change to storage
- if (swapDone) {
- settings.columnOrder = columns
- writeStorage("columnOrder", JSON.stringify(columns));
- }
- }
- const mouseDownHandler = function(e) {
- var target = e.target;
- if (target.tagName.toLowerCase() != "td")
- target = target.parentElement;
- // Used to check if a dragging has ever happened
- wasDragged = false;
- // Create new element which will be displayed as the dragged column
- draggingElement = document.createElement("div")
- draggingElement.classList.add("dragging");
- draggingElement.style.display = "none";
- draggingElement.style.position = "absolute";
- draggingElement.style.overflow = "hidden";
- // Get bomhead and bombody elements
- const bh = document.getElementById("bomhead");
- const bb = document.getElementById("bombody");
- // Get all compound headers for the current column
- var compoundHeaders;
- if (target.classList.contains("bom-checkbox")) {
- compoundHeaders = Array.from(bh.querySelectorAll("th.bom-checkbox"));
- } else {
- compoundHeaders = [target];
- }
- // Create new table which will display the column
- var newTable = document.createElement("table");
- newTable.classList.add("bom");
- newTable.style.background = "white";
- draggingElement.append(newTable);
- // Create new header element
- var newHeader = document.createElement("thead");
- newTable.append(newHeader);
- // Set up array for storing all placeholder elements
- placeHolderElements = [];
- // Add all compound headers to the new thead element and placeholders
- compoundHeaders.forEach(function(h) {
- clone = cloneElementWithDimensions(h);
- newHeader.append(clone);
- placeHolderElements.push(clone);
- });
- // Create new body element
- var newBody = document.createElement("tbody");
- newTable.append(newBody);
- // Get indices for compound headers
- var idxs = compoundHeaders.map(e => getBomTableHeaderIndex(e));
- // For each row in the BOM body...
- var rows = bb.querySelectorAll("tr");
- rows.forEach(function(row) {
- // ..get the cells for the compound column
- const tds = row.querySelectorAll("td");
- var copytds = idxs.map(i => tds[i]);
- // Add them to the new element and the placeholders
- var newRow = document.createElement("tr");
- copytds.forEach(function(td) {
- clone = cloneElementWithDimensions(td);
- newRow.append(clone);
- placeHolderElements.push(clone);
- });
- newBody.append(newRow);
- });
- // Compute width for compound header
- var width = compoundHeaders.reduce((acc, x) => acc + x.clientWidth, 0);
- draggingElement.style.width = `${width}px`;
- // Insert the new dragging element and disable selection on BOM
- bom.insertBefore(draggingElement, null);
- bom.style.userSelect = "none";
- // Determine the mouse position offset
- xOffset = e.screenX - compoundHeaders.reduce((acc, x) => Math.min(acc, x.offsetLeft), compoundHeaders[0].offsetLeft);
- yOffset = e.screenY - compoundHeaders[0].offsetTop;
- // Get name for the column in settings.columnOrder
- dragName = getColumnOrderName(target);
- // Change text and class for placeholder elements
- placeHolderElements = placeHolderElements.map(function(e) {
- newElem = cloneElementWithDimensions(e);
- newElem.textContent = "";
- newElem.classList.add("placeholder");
- return newElem;
- });
- // On next mouse move, the whole BOM needs to be redrawn to show the placeholders
- forcePopulation = true;
- // Add listeners for move and up on mouse
- document.addEventListener('mousemove', mouseMoveHandler);
- document.addEventListener('mouseup', mouseUpHandler);
- }
- // In netlist mode, there is nothing to reorder
- if (settings.bommode === "netlist")
- return;
- // Add mouseDownHandler to every column except the numCol
- bom.querySelectorAll("th")
- .forEach(function(head) {
- if (!head.classList.contains("numCol")) {
- head.onmousedown = mouseDownHandler;
- }
- });
- }
- function getBoundingClientRectFromMultiple(elements) {
- var elems = Array.from(elements);
- if (elems.length == 0)
- return null;
- var box = elems.shift()
- .getBoundingClientRect();
- elems.forEach(function(elem) {
- var elembox = elem.getBoundingClientRect();
- box.left = Math.min(elembox.left, box.left);
- box.top = Math.min(elembox.top, box.top);
- box.width += elembox.width;
- box.height = Math.max(elembox.height, box.height);
- });
- return box;
- }
- function cloneElementWithDimensions(elem) {
- var newElem = elem.cloneNode(true);
- newElem.style.height = window.getComputedStyle(elem).height;
- newElem.style.width = window.getComputedStyle(elem).width;
- return newElem;
- }
- function getBomTableHeaderIndex(elem) {
- const bh = document.getElementById('bomhead');
- const ths = Array.from(bh.querySelectorAll("th"));
- return ths.indexOf(elem);
- }
- function getColumnOrderName(elem) {
- var cname = elem.getAttribute("col_name");
- if (cname === "bom-checkbox")
- return "checkboxes";
- else
- return cname;
- }
- function resizableGrid(tablehead) {
- var cols = tablehead.firstElementChild.children;
- var rowWidth = tablehead.offsetWidth;
- for (var i = 1; i < cols.length; i++) {
- if (cols[i].classList.contains("bom-checkbox"))
- continue;
- cols[i].style.width = ((cols[i].clientWidth - paddingDiff(cols[i])) * 100 / rowWidth) + '%';
- }
- for (var i = 1; i < cols.length - 1; i++) {
- var div = document.createElement('div');
- div.className = "column-width-handle";
- cols[i].appendChild(div);
- setListeners(div);
- }
- function setListeners(div) {
- var startX, curCol, nxtCol, curColWidth, nxtColWidth, rowWidth;
- div.addEventListener('mousedown', function(e) {
- e.preventDefault();
- e.stopPropagation();
- curCol = e.target.parentElement;
- nxtCol = curCol.nextElementSibling;
- startX = e.pageX;
- var padding = paddingDiff(curCol);
- rowWidth = curCol.parentElement.offsetWidth;
- curColWidth = curCol.clientWidth - padding;
- nxtColWidth = nxtCol.clientWidth - padding;
- });
- document.addEventListener('mousemove', function(e) {
- if (startX) {
- var diffX = e.pageX - startX;
- diffX = -Math.min(-diffX, curColWidth - 20);
- diffX = Math.min(diffX, nxtColWidth - 20);
- curCol.style.width = ((curColWidth + diffX) * 100 / rowWidth) + '%';
- nxtCol.style.width = ((nxtColWidth - diffX) * 100 / rowWidth) + '%';
- console.log(`${curColWidth + nxtColWidth} ${(curColWidth + diffX) * 100 / rowWidth + (nxtColWidth - diffX) * 100 / rowWidth}`);
- }
- });
- document.addEventListener('mouseup', function(e) {
- curCol = undefined;
- nxtCol = undefined;
- startX = undefined;
- nxtColWidth = undefined;
- curColWidth = undefined
- });
- }
- function paddingDiff(col) {
- if (getStyleVal(col, 'box-sizing') == 'border-box') {
- return 0;
- }
- var padLeft = getStyleVal(col, 'padding-left');
- var padRight = getStyleVal(col, 'padding-right');
- return (parseInt(padLeft) + parseInt(padRight));
- }
- function getStyleVal(elm, css) {
- return (window.getComputedStyle(elm, null).getPropertyValue(css))
- }
- }
- ///////////////////////////////////////////////
- ///////////////////////////////////////////////
- /* DOM manipulation and misc code */
- var bomsplit;
- var canvassplit;
- var initDone = false;
- var bomSortFunction = null;
- var currentSortColumn = null;
- var currentSortOrder = null;
- var currentHighlightedRowId;
- var highlightHandlers = [];
- var footprintIndexToHandler = {};
- var netsToHandler = {};
- var markedFootprints = new Set();
- var highlightedFootprints = [];
- var highlightedNet = null;
- var lastClicked;
- function dbg(html) {
- dbgdiv.innerHTML = html;
- }
- function redrawIfInitDone() {
- if (initDone) {
- redrawCanvas(allcanvas.front);
- redrawCanvas(allcanvas.back);
- }
- }
- function padsVisible(value) {
- writeStorage("padsVisible", value);
- settings.renderPads = value;
- redrawIfInitDone();
- }
- function referencesVisible(value) {
- writeStorage("referencesVisible", value);
- settings.renderReferences = value;
- redrawIfInitDone();
- }
- function valuesVisible(value) {
- writeStorage("valuesVisible", value);
- settings.renderValues = value;
- redrawIfInitDone();
- }
- function tracksVisible(value) {
- writeStorage("tracksVisible", value);
- settings.renderTracks = value;
- redrawIfInitDone();
- }
- function zonesVisible(value) {
- writeStorage("zonesVisible", value);
- settings.renderZones = value;
- redrawIfInitDone();
- }
- function dnpOutline(value) {
- writeStorage("dnpOutline", value);
- settings.renderDnpOutline = value;
- redrawIfInitDone();
- }
- function setDarkMode(value) {
- if (value) {
- topmostdiv.classList.add("dark");
- } else {
- topmostdiv.classList.remove("dark");
- }
- writeStorage("darkmode", value);
- settings.darkMode = value;
- redrawIfInitDone();
- if (initDone) {
- populateBomTable();
- }
- }
- function setShowBOMColumn(field, value) {
- if (field === "references") {
- var rl = document.getElementById("reflookup");
- rl.disabled = !value;
- if (!value) {
- rl.value = "";
- updateRefLookup("");
- }
- }
- var n = settings.hiddenColumns.indexOf(field);
- if (value) {
- if (n != -1) {
- settings.hiddenColumns.splice(n, 1);
- }
- } else {
- if (n == -1) {
- settings.hiddenColumns.push(field);
- }
- }
- writeStorage("hiddenColumns", JSON.stringify(settings.hiddenColumns));
- if (initDone) {
- populateBomTable();
- }
- redrawIfInitDone();
- }
- function setFullscreen(value) {
- if (value) {
- document.documentElement.requestFullscreen();
- } else {
- document.exitFullscreen();
- }
- }
- function fabricationVisible(value) {
- writeStorage("fabricationVisible", value);
- settings.renderFabrication = value;
- redrawIfInitDone();
- }
- function silkscreenVisible(value) {
- writeStorage("silkscreenVisible", value);
- settings.renderSilkscreen = value;
- redrawIfInitDone();
- }
- function setHighlightPin1(value) {
- writeStorage("highlightpin1", value);
- settings.highlightpin1 = value;
- redrawIfInitDone();
- }
- function getStoredCheckboxRefs(checkbox) {
- function convert(ref) {
- var intref = parseInt(ref);
- if (isNaN(intref)) {
- for (var i = 0; i < pcbdata.footprints.length; i++) {
- if (pcbdata.footprints[i].ref == ref) {
- return i;
- }
- }
- return -1;
- } else {
- return intref;
- }
- }
- if (!(checkbox in settings.checkboxStoredRefs)) {
- var val = readStorage("checkbox_" + checkbox);
- settings.checkboxStoredRefs[checkbox] = val ? val : "";
- }
- if (!settings.checkboxStoredRefs[checkbox]) {
- return new Set();
- } else {
- return new Set(settings.checkboxStoredRefs[checkbox].split(",").map(r => convert(r)).filter(a => a >= 0));
- }
- }
- function getCheckboxState(checkbox, references) {
- var storedRefsSet = getStoredCheckboxRefs(checkbox);
- var currentRefsSet = new Set(references.map(r => r[1]));
- // Get difference of current - stored
- var difference = new Set(currentRefsSet);
- for (ref of storedRefsSet) {
- difference.delete(ref);
- }
- if (difference.size == 0) {
- // All the current refs are stored
- return "checked";
- } else if (difference.size == currentRefsSet.size) {
- // None of the current refs are stored
- return "unchecked";
- } else {
- // Some of the refs are stored
- return "indeterminate";
- }
- }
- function setBomCheckboxState(checkbox, element, references) {
- var state = getCheckboxState(checkbox, references);
- element.checked = (state == "checked");
- element.indeterminate = (state == "indeterminate");
- }
- function createCheckboxChangeHandler(checkbox, references, row) {
- return function () {
- refsSet = getStoredCheckboxRefs(checkbox);
- var markWhenChecked = settings.markWhenChecked == checkbox;
- eventArgs = {
- checkbox: checkbox,
- refs: references,
- }
- if (this.checked) {
- // checkbox ticked
- for (var ref of references) {
- refsSet.add(ref[1]);
- }
- if (markWhenChecked) {
- row.classList.add("checked");
- for (var ref of references) {
- markedFootprints.add(ref[1]);
- }
- drawHighlights();
- }
- eventArgs.state = 'checked';
- } else {
- // checkbox unticked
- for (var ref of references) {
- refsSet.delete(ref[1]);
- }
- if (markWhenChecked) {
- row.classList.remove("checked");
- for (var ref of references) {
- markedFootprints.delete(ref[1]);
- }
- drawHighlights();
- }
- eventArgs.state = 'unchecked';
- }
- settings.checkboxStoredRefs[checkbox] = [...refsSet].join(",");
- writeStorage("checkbox_" + checkbox, settings.checkboxStoredRefs[checkbox]);
- updateCheckboxStats(checkbox);
- EventHandler.emitEvent(IBOM_EVENT_TYPES.CHECKBOX_CHANGE_EVENT, eventArgs);
- }
- }
- function clearHighlightedFootprints() {
- if (currentHighlightedRowId) {
- document.getElementById(currentHighlightedRowId).classList.remove("highlighted");
- currentHighlightedRowId = null;
- highlightedFootprints = [];
- highlightedNet = null;
- }
- }
- function createRowHighlightHandler(rowid, refs, net) {
- return function () {
- if (currentHighlightedRowId) {
- if (currentHighlightedRowId == rowid) {
- return;
- }
- document.getElementById(currentHighlightedRowId).classList.remove("highlighted");
- }
- document.getElementById(rowid).classList.add("highlighted");
- currentHighlightedRowId = rowid;
- highlightedFootprints = refs ? refs.map(r => r[1]) : [];
- highlightedNet = net;
- drawHighlights();
- EventHandler.emitEvent(
- IBOM_EVENT_TYPES.HIGHLIGHT_EVENT, {
- rowid: rowid,
- refs: refs,
- net: net
- });
- }
- }
- function updateNetColors() {
- writeStorage("netColors", JSON.stringify(settings.netColors));
- redrawIfInitDone();
- }
- function netColorChangeHandler(net) {
- return (event) => {
- settings.netColors[net] = event.target.value;
- updateNetColors();
- }
- }
- function netColorRightClick(net) {
- return (event) => {
- if (event.button == 2) {
- event.preventDefault();
- event.stopPropagation();
- var style = getComputedStyle(topmostdiv);
- var defaultNetColor = style.getPropertyValue('--track-color').trim();
- event.target.value = defaultNetColor;
- delete settings.netColors[net];
- updateNetColors();
- }
- }
- }
- function entryMatches(entry) {
- if (settings.bommode == "netlist") {
- // entry is just a net name
- return entry.toLowerCase().indexOf(filter) >= 0;
- }
- // check refs
- if (!settings.hiddenColumns.includes("references")) {
- for (var ref of entry) {
- if (ref[0].toLowerCase().indexOf(filter) >= 0) {
- return true;
- }
- }
- }
- // check fields
- for (var i in config.fields) {
- var f = config.fields[i];
- if (!settings.hiddenColumns.includes(f)) {
- for (var ref of entry) {
- if (String(pcbdata.bom.fields[ref[1]][i]).toLowerCase().indexOf(filter) >= 0) {
- return true;
- }
- }
- }
- }
- return false;
- }
- function findRefInEntry(entry) {
- return entry.filter(r => r[0].toLowerCase() == reflookup);
- }
- function highlightFilter(s) {
- if (!filter) {
- return s;
- }
- var parts = s.toLowerCase().split(filter);
- if (parts.length == 1) {
- return s;
- }
- var r = "";
- var pos = 0;
- for (var i in parts) {
- if (i > 0) {
- r += '<mark class="highlight">' +
- s.substring(pos, pos + filter.length) +
- '</mark>';
- pos += filter.length;
- }
- r += s.substring(pos, pos + parts[i].length);
- pos += parts[i].length;
- }
- return r;
- }
- function checkboxSetUnsetAllHandler(checkboxname) {
- return function () {
- var checkboxnum = 0;
- while (checkboxnum < settings.checkboxes.length &&
- settings.checkboxes[checkboxnum].toLowerCase() != checkboxname.toLowerCase()) {
- checkboxnum++;
- }
- if (checkboxnum >= settings.checkboxes.length) {
- return;
- }
- var allset = true;
- var checkbox;
- var row;
- for (row of bombody.childNodes) {
- checkbox = row.childNodes[checkboxnum + 1].childNodes[0];
- if (!checkbox.checked || checkbox.indeterminate) {
- allset = false;
- break;
- }
- }
- for (row of bombody.childNodes) {
- checkbox = row.childNodes[checkboxnum + 1].childNodes[0];
- checkbox.checked = !allset;
- checkbox.indeterminate = false;
- checkbox.onchange();
- }
- }
- }
- function createColumnHeader(name, cls, comparator, is_checkbox = false) {
- var th = document.createElement("TH");
- th.innerHTML = name;
- th.classList.add(cls);
- if (is_checkbox)
- th.setAttribute("col_name", "bom-checkbox");
- else
- th.setAttribute("col_name", name);
- var span = document.createElement("SPAN");
- span.classList.add("sortmark");
- span.classList.add("none");
- th.appendChild(span);
- var spacer = document.createElement("div");
- spacer.className = "column-spacer";
- th.appendChild(spacer);
- spacer.onclick = function () {
- if (currentSortColumn && th !== currentSortColumn) {
- // Currently sorted by another column
- currentSortColumn.childNodes[1].classList.remove(currentSortOrder);
- currentSortColumn.childNodes[1].classList.add("none");
- currentSortColumn = null;
- currentSortOrder = null;
- }
- if (currentSortColumn && th === currentSortColumn) {
- // Already sorted by this column
- if (currentSortOrder == "asc") {
- // Sort by this column, descending order
- bomSortFunction = function (a, b) {
- return -comparator(a, b);
- }
- currentSortColumn.childNodes[1].classList.remove("asc");
- currentSortColumn.childNodes[1].classList.add("desc");
- currentSortOrder = "desc";
- } else {
- // Unsort
- bomSortFunction = null;
- currentSortColumn.childNodes[1].classList.remove("desc");
- currentSortColumn.childNodes[1].classList.add("none");
- currentSortColumn = null;
- currentSortOrder = null;
- }
- } else {
- // Sort by this column, ascending order
- bomSortFunction = comparator;
- currentSortColumn = th;
- currentSortColumn.childNodes[1].classList.remove("none");
- currentSortColumn.childNodes[1].classList.add("asc");
- currentSortOrder = "asc";
- }
- populateBomBody();
- }
- if (is_checkbox) {
- spacer.onclick = fancyDblClickHandler(
- spacer, spacer.onclick, checkboxSetUnsetAllHandler(name));
- }
- return th;
- }
- function populateBomHeader(placeHolderColumn = null, placeHolderElements = null) {
- while (bomhead.firstChild) {
- bomhead.removeChild(bomhead.firstChild);
- }
- var tr = document.createElement("TR");
- var th = document.createElement("TH");
- th.classList.add("numCol");
- var vismenu = document.createElement("div");
- vismenu.id = "vismenu";
- vismenu.classList.add("menu");
- var visbutton = document.createElement("div");
- visbutton.classList.add("visbtn");
- visbutton.classList.add("hideonprint");
- var viscontent = document.createElement("div");
- viscontent.classList.add("menu-content");
- viscontent.id = "vismenu-content";
- settings.columnOrder.forEach(column => {
- if (typeof column !== "string")
- return;
- // Skip empty columns
- if (column === "checkboxes" && settings.checkboxes.length == 0)
- return;
- else if (column === "Quantity" && settings.bommode == "ungrouped")
- return;
- var label = document.createElement("label");
- label.classList.add("menu-label");
- var input = document.createElement("input");
- input.classList.add("visibility_checkbox");
- input.type = "checkbox";
- input.onchange = function (e) {
- setShowBOMColumn(column, e.target.checked)
- };
- input.checked = !(settings.hiddenColumns.includes(column));
- label.appendChild(input);
- if (column.length > 0)
- label.append(column[0].toUpperCase() + column.slice(1));
- viscontent.appendChild(label);
- });
- viscontent.childNodes[0].classList.add("menu-label-top");
- vismenu.appendChild(visbutton);
- if (settings.bommode != "netlist") {
- vismenu.appendChild(viscontent);
- th.appendChild(vismenu);
- }
- tr.appendChild(th);
- var checkboxCompareClosure = function (checkbox) {
- return (a, b) => {
- var stateA = getCheckboxState(checkbox, a);
- var stateB = getCheckboxState(checkbox, b);
- if (stateA > stateB) return -1;
- if (stateA < stateB) return 1;
- return 0;
- }
- }
- var stringFieldCompareClosure = function (fieldIndex) {
- return (a, b) => {
- var fa = pcbdata.bom.fields[a[0][1]][fieldIndex];
- var fb = pcbdata.bom.fields[b[0][1]][fieldIndex];
- if (fa != fb) return fa > fb ? 1 : -1;
- else return 0;
- }
- }
- var referenceRegex = /(?<prefix>[^0-9]+)(?<number>[0-9]+)/;
- var compareRefs = (a, b) => {
- var ra = referenceRegex.exec(a);
- var rb = referenceRegex.exec(b);
- if (ra === null || rb === null) {
- if (a != b) return a > b ? 1 : -1;
- return 0;
- } else {
- if (ra.groups.prefix != rb.groups.prefix) {
- return ra.groups.prefix > rb.groups.prefix ? 1 : -1;
- }
- if (ra.groups.number != rb.groups.number) {
- return parseInt(ra.groups.number) > parseInt(rb.groups.number) ? 1 : -1;
- }
- return 0;
- }
- }
- if (settings.bommode == "netlist") {
- tr.appendChild(createColumnHeader("Net name", "bom-netname", (a, b) => {
- if (a > b) return -1;
- if (a < b) return 1;
- return 0;
- }));
- tr.appendChild(createColumnHeader("Color", "bom-color", (a, b) => {
- return 0;
- }));
- } else {
- // Filter hidden columns
- var columns = settings.columnOrder.filter(e => !settings.hiddenColumns.includes(e));
- var valueIndex = config.fields.indexOf("Value");
- var footprintIndex = config.fields.indexOf("Footprint");
- columns.forEach((column) => {
- if (column === placeHolderColumn) {
- var n = 1;
- if (column === "checkboxes")
- n = settings.checkboxes.length;
- for (i = 0; i < n; i++) {
- td = placeHolderElements.shift();
- tr.appendChild(td);
- }
- return;
- } else if (column === "checkboxes") {
- for (var checkbox of settings.checkboxes) {
- th = createColumnHeader(
- checkbox, "bom-checkbox", checkboxCompareClosure(checkbox), true);
- tr.appendChild(th);
- }
- } else if (column === "References") {
- tr.appendChild(createColumnHeader("References", "references", (a, b) => {
- var i = 0;
- while (i < a.length && i < b.length) {
- if (a[i] != b[i]) return compareRefs(a[i][0], b[i][0]);
- i++;
- }
- return a.length - b.length;
- }));
- } else if (column === "Value") {
- tr.appendChild(createColumnHeader("Value", "value", (a, b) => {
- var ra = a[0][1], rb = b[0][1];
- return valueCompare(
- pcbdata.bom.parsedValues[ra], pcbdata.bom.parsedValues[rb],
- pcbdata.bom.fields[ra][valueIndex], pcbdata.bom.fields[rb][valueIndex]);
- }));
- return;
- } else if (column === "Footprint") {
- tr.appendChild(createColumnHeader(
- "Footprint", "footprint", stringFieldCompareClosure(footprintIndex)));
- } else if (column === "Quantity" && settings.bommode == "grouped") {
- tr.appendChild(createColumnHeader("Quantity", "quantity", (a, b) => {
- return a.length - b.length;
- }));
- } else {
- // Other fields
- var i = config.fields.indexOf(column);
- if (i < 0)
- return;
- tr.appendChild(createColumnHeader(
- column, `field${i + 1}`, stringFieldCompareClosure(i)));
- }
- });
- }
- bomhead.appendChild(tr);
- }
- function populateBomBody(placeholderColumn = null, placeHolderElements = null) {
- const urlRegex = /^(https?:\/\/[^\s\/$.?#][^\s]*|file:\/\/([a-zA-Z]:|\/)[^\x00]+)$/;
- while (bom.firstChild) {
- bom.removeChild(bom.firstChild);
- }
- highlightHandlers = [];
- footprintIndexToHandler = {};
- netsToHandler = {};
- currentHighlightedRowId = null;
- var first = true;
- var style = getComputedStyle(topmostdiv);
- var defaultNetColor = style.getPropertyValue('--track-color').trim();
- if (settings.bommode == "netlist") {
- bomtable = pcbdata.nets.slice();
- } else {
- switch (settings.canvaslayout) {
- case 'F':
- bomtable = pcbdata.bom.F.slice();
- break;
- case 'FB':
- bomtable = pcbdata.bom.both.slice();
- break;
- case 'B':
- bomtable = pcbdata.bom.B.slice();
- break;
- }
- if (settings.bommode == "ungrouped") {
- // expand bom table
- expandedTable = []
- for (var bomentry of bomtable) {
- for (var ref of bomentry) {
- expandedTable.push([ref]);
- }
- }
- bomtable = expandedTable;
- }
- }
- if (bomSortFunction) {
- bomtable = bomtable.sort(bomSortFunction);
- }
- for (var i in bomtable) {
- var bomentry = bomtable[i];
- if (filter && !entryMatches(bomentry)) {
- continue;
- }
- var references = null;
- var netname = null;
- var tr = document.createElement("TR");
- var td = document.createElement("TD");
- var rownum = +i + 1;
- tr.id = "bomrow" + rownum;
- td.textContent = rownum;
- tr.appendChild(td);
- if (settings.bommode == "netlist") {
- netname = bomentry;
- td = document.createElement("TD");
- td.innerHTML = highlightFilter(netname ? netname : "<no net>");
- tr.appendChild(td);
- var color = settings.netColors[netname] || defaultNetColor;
- td = document.createElement("TD");
- var colorBox = document.createElement("INPUT");
- colorBox.type = "color";
- colorBox.value = color;
- colorBox.onchange = netColorChangeHandler(netname);
- colorBox.onmouseup = netColorRightClick(netname);
- colorBox.oncontextmenu = (e) => e.preventDefault();
- td.appendChild(colorBox);
- td.classList.add("color-column");
- tr.appendChild(td);
- } else {
- if (reflookup) {
- references = findRefInEntry(bomentry);
- if (references.length == 0) {
- continue;
- }
- } else {
- references = bomentry;
- }
- // Filter hidden columns
- var columns = settings.columnOrder.filter(e => !settings.hiddenColumns.includes(e));
- columns.forEach((column) => {
- if (column === placeholderColumn) {
- var n = 1;
- if (column === "checkboxes")
- n = settings.checkboxes.length;
- for (i = 0; i < n; i++) {
- td = placeHolderElements.shift();
- tr.appendChild(td);
- }
- return;
- } else if (column === "checkboxes") {
- for (var checkbox of settings.checkboxes) {
- if (checkbox) {
- td = document.createElement("TD");
- var input = document.createElement("input");
- input.type = "checkbox";
- input.onchange = createCheckboxChangeHandler(checkbox, references, tr);
- setBomCheckboxState(checkbox, input, references);
- if (input.checked && settings.markWhenChecked == checkbox) {
- tr.classList.add("checked");
- }
- td.appendChild(input);
- tr.appendChild(td);
- }
- }
- } else if (column === "References") {
- td = document.createElement("TD");
- td.innerHTML = highlightFilter(references.map(r => r[0]).join(", "));
- tr.appendChild(td);
- } else if (column === "Quantity" && settings.bommode == "grouped") {
- // Quantity
- td = document.createElement("TD");
- td.textContent = references.length;
- tr.appendChild(td);
- } else {
- // All the other fields
- var field_index = config.fields.indexOf(column)
- if (field_index < 0)
- return;
- var valueSet = new Set();
- references.map(r => r[1]).forEach((id) => valueSet.add(pcbdata.bom.fields[id][field_index]));
- td = document.createElement("TD");
- var output = new Array();
- for (let item of valueSet) {
- const visible = highlightFilter(String(item));
- if (typeof item === 'string' && item.match(urlRegex)) {
- output.push(`<a href="${item}" target="_blank">${visible}</a>`);
- } else {
- output.push(visible);
- }
- }
- td.innerHTML = output.join(", ");
- tr.appendChild(td);
- }
- });
- }
- bom.appendChild(tr);
- var handler = createRowHighlightHandler(tr.id, references, netname);
- tr.onmousemove = handler;
- highlightHandlers.push({
- id: tr.id,
- handler: handler,
- });
- if (references !== null) {
- for (var refIndex of references.map(r => r[1])) {
- footprintIndexToHandler[refIndex] = handler;
- }
- }
- if (netname !== null) {
- netsToHandler[netname] = handler;
- }
- if ((filter || reflookup) && first) {
- handler();
- first = false;
- }
- }
- EventHandler.emitEvent(
- IBOM_EVENT_TYPES.BOM_BODY_CHANGE_EVENT, {
- filter: filter,
- reflookup: reflookup,
- checkboxes: settings.checkboxes,
- bommode: settings.bommode,
- });
- }
- function highlightPreviousRow() {
- if (!currentHighlightedRowId) {
- highlightHandlers[highlightHandlers.length - 1].handler();
- } else {
- if (highlightHandlers.length > 1 &&
- highlightHandlers[0].id == currentHighlightedRowId) {
- highlightHandlers[highlightHandlers.length - 1].handler();
- } else {
- for (var i = 0; i < highlightHandlers.length - 1; i++) {
- if (highlightHandlers[i + 1].id == currentHighlightedRowId) {
- highlightHandlers[i].handler();
- break;
- }
- }
- }
- }
- smoothScrollToRow(currentHighlightedRowId);
- }
- function highlightNextRow() {
- if (!currentHighlightedRowId) {
- highlightHandlers[0].handler();
- } else {
- if (highlightHandlers.length > 1 &&
- highlightHandlers[highlightHandlers.length - 1].id == currentHighlightedRowId) {
- highlightHandlers[0].handler();
- } else {
- for (var i = 1; i < highlightHandlers.length; i++) {
- if (highlightHandlers[i - 1].id == currentHighlightedRowId) {
- highlightHandlers[i].handler();
- break;
- }
- }
- }
- }
- smoothScrollToRow(currentHighlightedRowId);
- }
- function populateBomTable() {
- populateBomHeader();
- populateBomBody();
- setBomHandlers();
- resizableGrid(bomhead);
- }
- function footprintsClicked(footprintIndexes) {
- var lastClickedIndex = footprintIndexes.indexOf(lastClicked);
- for (var i = 1; i <= footprintIndexes.length; i++) {
- var refIndex = footprintIndexes[(lastClickedIndex + i) % footprintIndexes.length];
- if (refIndex in footprintIndexToHandler) {
- lastClicked = refIndex;
- footprintIndexToHandler[refIndex]();
- smoothScrollToRow(currentHighlightedRowId);
- break;
- }
- }
- }
- function netClicked(net) {
- if (net in netsToHandler) {
- netsToHandler[net]();
- smoothScrollToRow(currentHighlightedRowId);
- } else {
- clearHighlightedFootprints();
- highlightedNet = net;
- drawHighlights();
- }
- }
- function updateFilter(input) {
- filter = input.toLowerCase();
- populateBomTable();
- }
- function updateRefLookup(input) {
- reflookup = input.toLowerCase();
- populateBomTable();
- }
- function changeCanvasLayout(layout) {
- document.getElementById("fl-btn").classList.remove("depressed");
- document.getElementById("fb-btn").classList.remove("depressed");
- document.getElementById("bl-btn").classList.remove("depressed");
- switch (layout) {
- case 'F':
- document.getElementById("fl-btn").classList.add("depressed");
- if (settings.bomlayout != "bom-only") {
- canvassplit.collapse(1);
- }
- break;
- case 'B':
- document.getElementById("bl-btn").classList.add("depressed");
- if (settings.bomlayout != "bom-only") {
- canvassplit.collapse(0);
- }
- break;
- default:
- document.getElementById("fb-btn").classList.add("depressed");
- if (settings.bomlayout != "bom-only") {
- canvassplit.setSizes([50, 50]);
- }
- }
- settings.canvaslayout = layout;
- writeStorage("canvaslayout", layout);
- resizeAll();
- changeBomMode(settings.bommode);
- }
- function populateMetadata() {
- document.getElementById("title").innerHTML = pcbdata.metadata.title;
- document.getElementById("revision").innerHTML = "Rev: " + pcbdata.metadata.revision;
- document.getElementById("company").innerHTML = pcbdata.metadata.company;
- document.getElementById("filedate").innerHTML = pcbdata.metadata.date;
- if (pcbdata.metadata.title != "") {
- document.title = pcbdata.metadata.title + " BOM";
- }
- // Calculate board stats
- var fp_f = 0,
- fp_b = 0,
- pads_f = 0,
- pads_b = 0,
- pads_th = 0;
- for (var i = 0; i < pcbdata.footprints.length; i++) {
- if (pcbdata.bom.skipped.includes(i)) continue;
- var mod = pcbdata.footprints[i];
- if (mod.layer == "F") {
- fp_f++;
- } else {
- fp_b++;
- }
- for (var pad of mod.pads) {
- if (pad.type == "th") {
- pads_th++;
- } else {
- if (pad.layers.includes("F")) {
- pads_f++;
- }
- if (pad.layers.includes("B")) {
- pads_b++;
- }
- }
- }
- }
- document.getElementById("stats-components-front").innerHTML = fp_f;
- document.getElementById("stats-components-back").innerHTML = fp_b;
- document.getElementById("stats-components-total").innerHTML = fp_f + fp_b;
- document.getElementById("stats-groups-front").innerHTML = pcbdata.bom.F.length;
- document.getElementById("stats-groups-back").innerHTML = pcbdata.bom.B.length;
- document.getElementById("stats-groups-total").innerHTML = pcbdata.bom.both.length;
- document.getElementById("stats-smd-pads-front").innerHTML = pads_f;
- document.getElementById("stats-smd-pads-back").innerHTML = pads_b;
- document.getElementById("stats-smd-pads-total").innerHTML = pads_f + pads_b;
- document.getElementById("stats-th-pads").innerHTML = pads_th;
- // Update version string
- document.getElementById("github-link").innerHTML = "InteractiveHtmlBom " +
- /^v\d+\.\d+/.exec(pcbdata.ibom_version)[0];
- }
- function changeBomLayout(layout) {
- document.getElementById("bom-btn").classList.remove("depressed");
- document.getElementById("lr-btn").classList.remove("depressed");
- document.getElementById("tb-btn").classList.remove("depressed");
- switch (layout) {
- case 'bom-only':
- document.getElementById("bom-btn").classList.add("depressed");
- if (bomsplit) {
- bomsplit.destroy();
- bomsplit = null;
- canvassplit.destroy();
- canvassplit = null;
- }
- document.getElementById("frontcanvas").style.display = "none";
- document.getElementById("backcanvas").style.display = "none";
- document.getElementById("topmostdiv").style.height = "";
- document.getElementById("topmostdiv").style.display = "block";
- break;
- case 'top-bottom':
- document.getElementById("tb-btn").classList.add("depressed");
- document.getElementById("frontcanvas").style.display = "";
- document.getElementById("backcanvas").style.display = "";
- document.getElementById("topmostdiv").style.height = "100%";
- document.getElementById("topmostdiv").style.display = "flex";
- document.getElementById("bomdiv").classList.remove("split-horizontal");
- document.getElementById("canvasdiv").classList.remove("split-horizontal");
- document.getElementById("frontcanvas").classList.add("split-horizontal");
- document.getElementById("backcanvas").classList.add("split-horizontal");
- if (bomsplit) {
- bomsplit.destroy();
- bomsplit = null;
- canvassplit.destroy();
- canvassplit = null;
- }
- bomsplit = Split(['#bomdiv', '#canvasdiv'], {
- sizes: [50, 50],
- onDragEnd: resizeAll,
- direction: "vertical",
- gutterSize: 5
- });
- canvassplit = Split(['#frontcanvas', '#backcanvas'], {
- sizes: [50, 50],
- gutterSize: 5,
- onDragEnd: resizeAll
- });
- break;
- case 'left-right':
- document.getElementById("lr-btn").classList.add("depressed");
- document.getElementById("frontcanvas").style.display = "";
- document.getElementById("backcanvas").style.display = "";
- document.getElementById("topmostdiv").style.height = "100%";
- document.getElementById("topmostdiv").style.display = "flex";
- document.getElementById("bomdiv").classList.add("split-horizontal");
- document.getElementById("canvasdiv").classList.add("split-horizontal");
- document.getElementById("frontcanvas").classList.remove("split-horizontal");
- document.getElementById("backcanvas").classList.remove("split-horizontal");
- if (bomsplit) {
- bomsplit.destroy();
- bomsplit = null;
- canvassplit.destroy();
- canvassplit = null;
- }
- bomsplit = Split(['#bomdiv', '#canvasdiv'], {
- sizes: [50, 50],
- onDragEnd: resizeAll,
- gutterSize: 5
- });
- canvassplit = Split(['#frontcanvas', '#backcanvas'], {
- sizes: [50, 50],
- gutterSize: 5,
- direction: "vertical",
- onDragEnd: resizeAll
- });
- }
- settings.bomlayout = layout;
- writeStorage("bomlayout", layout);
- changeCanvasLayout(settings.canvaslayout);
- }
- function changeBomMode(mode) {
- document.getElementById("bom-grouped-btn").classList.remove("depressed");
- document.getElementById("bom-ungrouped-btn").classList.remove("depressed");
- document.getElementById("bom-netlist-btn").classList.remove("depressed");
- var chkbxs = document.getElementsByClassName("visibility_checkbox");
- switch (mode) {
- case 'grouped':
- document.getElementById("bom-grouped-btn").classList.add("depressed");
- for (var i = 0; i < chkbxs.length; i++) {
- chkbxs[i].disabled = false;
- }
- break;
- case 'ungrouped':
- document.getElementById("bom-ungrouped-btn").classList.add("depressed");
- for (var i = 0; i < chkbxs.length; i++) {
- chkbxs[i].disabled = false;
- }
- break;
- case 'netlist':
- document.getElementById("bom-netlist-btn").classList.add("depressed");
- for (var i = 0; i < chkbxs.length; i++) {
- chkbxs[i].disabled = true;
- }
- }
- writeStorage("bommode", mode);
- if (mode != settings.bommode) {
- settings.bommode = mode;
- bomSortFunction = null;
- currentSortColumn = null;
- currentSortOrder = null;
- clearHighlightedFootprints();
- }
- populateBomTable();
- }
- function focusFilterField() {
- focusInputField(document.getElementById("filter"));
- }
- function focusRefLookupField() {
- focusInputField(document.getElementById("reflookup"));
- }
- function toggleBomCheckbox(bomrowid, checkboxnum) {
- if (!bomrowid || checkboxnum > settings.checkboxes.length) {
- return;
- }
- var bomrow = document.getElementById(bomrowid);
- var checkbox = bomrow.childNodes[checkboxnum].childNodes[0];
- checkbox.checked = !checkbox.checked;
- checkbox.indeterminate = false;
- checkbox.onchange();
- }
- function checkBomCheckbox(bomrowid, checkboxname) {
- var checkboxnum = 0;
- while (checkboxnum < settings.checkboxes.length &&
- settings.checkboxes[checkboxnum].toLowerCase() != checkboxname.toLowerCase()) {
- checkboxnum++;
- }
- if (!bomrowid || checkboxnum >= settings.checkboxes.length) {
- return;
- }
- var bomrow = document.getElementById(bomrowid);
- var checkbox = bomrow.childNodes[checkboxnum + 1].childNodes[0];
- checkbox.checked = true;
- checkbox.indeterminate = false;
- checkbox.onchange();
- }
- function setBomCheckboxes(value) {
- writeStorage("bomCheckboxes", value);
- settings.checkboxes = value.split(",").map((e) => e.trim()).filter((e) => e);
- prepCheckboxes();
- populateMarkWhenCheckedOptions();
- setMarkWhenChecked(settings.markWhenChecked);
- }
- function setMarkWhenChecked(value) {
- writeStorage("markWhenChecked", value);
- settings.markWhenChecked = value;
- markedFootprints.clear();
- for (var ref of (value ? getStoredCheckboxRefs(value) : [])) {
- markedFootprints.add(ref);
- }
- populateBomTable();
- drawHighlights();
- }
- function prepCheckboxes() {
- var table = document.getElementById("checkbox-stats");
- while (table.childElementCount > 1) {
- table.removeChild(table.lastChild);
- }
- if (settings.checkboxes.length) {
- table.style.display = "";
- } else {
- table.style.display = "none";
- }
- for (var checkbox of settings.checkboxes) {
- var tr = document.createElement("TR");
- var td = document.createElement("TD");
- td.innerHTML = checkbox;
- tr.appendChild(td);
- td = document.createElement("TD");
- td.id = "checkbox-stats-" + checkbox;
- var progressbar = document.createElement("div");
- progressbar.classList.add("bar");
- td.appendChild(progressbar);
- var text = document.createElement("div");
- text.classList.add("text");
- td.appendChild(text);
- tr.appendChild(td);
- table.appendChild(tr);
- updateCheckboxStats(checkbox);
- }
- }
- function populateMarkWhenCheckedOptions() {
- var container = document.getElementById("markWhenCheckedContainer");
- if (settings.checkboxes.length == 0) {
- container.parentElement.style.display = "none";
- return;
- }
- container.innerHTML = '';
- container.parentElement.style.display = "inline-block";
- function createOption(name, displayName) {
- var id = "markWhenChecked-" + name;
- var div = document.createElement("div");
- div.classList.add("radio-container");
- var input = document.createElement("input");
- input.type = "radio";
- input.name = "markWhenChecked";
- input.value = name;
- input.id = id;
- input.onchange = () => setMarkWhenChecked(name);
- div.appendChild(input);
- // Preserve the selected element when the checkboxes change
- if (name == settings.markWhenChecked) {
- input.checked = true;
- }
- var label = document.createElement("label");
- label.innerHTML = displayName;
- label.htmlFor = id;
- div.appendChild(label);
- container.appendChild(div);
- }
- createOption("", "None");
- for (var checkbox of settings.checkboxes) {
- createOption(checkbox, checkbox);
- }
- }
- function updateCheckboxStats(checkbox) {
- var checked = getStoredCheckboxRefs(checkbox).size;
- var total = pcbdata.footprints.length - pcbdata.bom.skipped.length;
- var percent = checked * 100.0 / total;
- var td = document.getElementById("checkbox-stats-" + checkbox);
- td.firstChild.style.width = percent + "%";
- td.lastChild.innerHTML = checked + "/" + total + " (" + Math.round(percent) + "%)";
- }
- function constrain(number, min, max) {
- return Math.min(Math.max(parseInt(number), min), max);
- }
- document.onkeydown = function (e) {
- switch (e.key) {
- case "n":
- if (document.activeElement.type == "text") {
- return;
- }
- if (currentHighlightedRowId !== null) {
- checkBomCheckbox(currentHighlightedRowId, "placed");
- highlightNextRow();
- e.preventDefault();
- }
- break;
- case "ArrowUp":
- highlightPreviousRow();
- e.preventDefault();
- break;
- case "ArrowDown":
- highlightNextRow();
- e.preventDefault();
- break;
- case "ArrowLeft":
- case "ArrowRight":
- if (document.activeElement.type != "text") {
- e.preventDefault();
- let boardRotationElement = document.getElementById("boardRotation")
- settings.boardRotation = parseInt(boardRotationElement.value); // degrees / 5
- if (e.key == "ArrowLeft") {
- settings.boardRotation += 3; // 15 degrees
- }
- else {
- settings.boardRotation -= 3;
- }
- settings.boardRotation = constrain(settings.boardRotation, boardRotationElement.min, boardRotationElement.max);
- boardRotationElement.value = settings.boardRotation
- setBoardRotation(settings.boardRotation);
- }
- break;
- default:
- break;
- }
- if (e.altKey) {
- switch (e.key) {
- case "f":
- focusFilterField();
- e.preventDefault();
- break;
- case "r":
- focusRefLookupField();
- e.preventDefault();
- break;
- case "z":
- changeBomLayout("bom-only");
- e.preventDefault();
- break;
- case "x":
- changeBomLayout("left-right");
- e.preventDefault();
- break;
- case "c":
- changeBomLayout("top-bottom");
- e.preventDefault();
- break;
- case "v":
- changeCanvasLayout("F");
- e.preventDefault();
- break;
- case "b":
- changeCanvasLayout("FB");
- e.preventDefault();
- break;
- case "n":
- changeCanvasLayout("B");
- e.preventDefault();
- break;
- default:
- break;
- }
- if (e.key >= '1' && e.key <= '9') {
- toggleBomCheckbox(currentHighlightedRowId, parseInt(e.key));
- e.preventDefault();
- }
- }
- }
- function hideNetlistButton() {
- document.getElementById("bom-ungrouped-btn").classList.remove("middle-button");
- document.getElementById("bom-ungrouped-btn").classList.add("right-most-button");
- document.getElementById("bom-netlist-btn").style.display = "none";
- }
- function topToggle() {
- var top = document.getElementById("top");
- var toptoggle = document.getElementById("toptoggle");
- if (top.style.display === "none") {
- top.style.display = "flex";
- toptoggle.classList.remove("flipped");
- } else {
- top.style.display = "none";
- toptoggle.classList.add("flipped");
- }
- }
- window.onload = function (e) {
- initUtils();
- initRender();
- initStorage();
- initDefaults();
- cleanGutters();
- populateMetadata();
- dbgdiv = document.getElementById("dbg");
- bom = document.getElementById("bombody");
- bomhead = document.getElementById("bomhead");
- filter = "";
- reflookup = "";
- if (!("nets" in pcbdata)) {
- hideNetlistButton();
- }
- initDone = true;
- setBomCheckboxes(document.getElementById("bomCheckboxes").value);
- // Triggers render
- changeBomLayout(settings.bomlayout);
- // Users may leave fullscreen without touching the checkbox. Uncheck.
- document.addEventListener('fullscreenchange', () => {
- if (!document.fullscreenElement)
- document.getElementById('fullscreenCheckbox').checked = false;
- });
- }
- window.onresize = resizeAll;
- window.matchMedia("print").addListener(resizeAll);
- ///////////////////////////////////////////////
- ///////////////////////////////////////////////
- // EventHandler.registerCallback(IBOM_EVENT_TYPES.BOM_BODY_CHANGE_EVENT, () => {
- // for(var tr of bom.childNodes) {
- // tr.onclick = tr.onmousemove;
- // tr.onmousemove = null;
- // };
- // });
- ///////////////////////////////////////////////
- </script>
- </head>
- <body>
- <div id="topmostdiv" class="topmostdiv">
- <div id="top">
- <div id="fileinfodiv">
- <table class="fileinfo">
- <tbody>
- <tr>
- <td id="title" class="title" style="width: 70%">
- Title
- </td>
- <td id="revision" class="title" style="width: 30%">
- Revision
- </td>
- </tr>
- <tr>
- <td id="company">
- Company
- </td>
- <td id="filedate">
- Date
- </td>
- </tr>
- </tbody>
- </table>
- </div>
- <div id="bomcontrols">
- <div class="hideonprint menu">
- <button class="menubtn"></button>
- <div class="menu-content">
- <label class="menu-label menu-label-top" style="width: calc(50% - 18px)">
- <input id="darkmodeCheckbox" type="checkbox" onchange="setDarkMode(this.checked)">
- Dark mode
- </label><!-- This comment eats space! All of it!
- --><label class="menu-label menu-label-top" style="width: calc(50% - 17px); border-left: 0;">
- <input id="fullscreenCheckbox" type="checkbox" onchange="setFullscreen(this.checked)">
- Full Screen
- </label>
- <label class="menu-label" style="width: calc(50% - 18px)">
- <input id="fabricationCheckbox" type="checkbox" checked onchange="fabricationVisible(this.checked)">
- Fab layer
- </label><!-- This comment eats space! All of it!
- --><label class="menu-label" style="width: calc(50% - 17px); border-left: 0;">
- <input id="silkscreenCheckbox" type="checkbox" checked onchange="silkscreenVisible(this.checked)">
- Silkscreen
- </label>
- <label class="menu-label" style="width: calc(50% - 18px)">
- <input id="referencesCheckbox" type="checkbox" checked onchange="referencesVisible(this.checked)">
- References
- </label><!-- This comment eats space! All of it!
- --><label class="menu-label" style="width: calc(50% - 17px); border-left: 0;">
- <input id="valuesCheckbox" type="checkbox" checked onchange="valuesVisible(this.checked)">
- Values
- </label>
- <div id="tracksAndZonesCheckboxes">
- <label class="menu-label" style="width: calc(50% - 18px)">
- <input id="tracksCheckbox" type="checkbox" checked onchange="tracksVisible(this.checked)">
- Tracks
- </label><!-- This comment eats space! All of it!
- --><label class="menu-label" style="width: calc(50% - 17px); border-left: 0;">
- <input id="zonesCheckbox" type="checkbox" checked onchange="zonesVisible(this.checked)">
- Zones
- </label>
- </div>
- <label class="menu-label" style="width: calc(50% - 18px)">
- <input id="padsCheckbox" type="checkbox" checked onchange="padsVisible(this.checked)">
- Pads
- </label><!-- This comment eats space! All of it!
- --><label class="menu-label" style="width: calc(50% - 17px); border-left: 0;">
- <input id="dnpOutlineCheckbox" type="checkbox" checked onchange="dnpOutline(this.checked)">
- DNP outlined
- </label>
- <label class="menu-label">
- <input id="dragCheckbox" type="checkbox" checked onchange="setRedrawOnDrag(this.checked)">
- Continuous redraw on drag
- </label>
- <label class="menu-label">
- Highlight first pin
- <form id="highlightpin1">
- <div class="flexbox">
- <label>
- <input type="radio" name="highlightpin1" value="none" onchange="setHighlightPin1('none')">
- None
- </label>
- <label>
- <input type="radio" name="highlightpin1" value="all" onchange="setHighlightPin1('all')">
- All
- </label>
- <label>
- <input type="radio" name="highlightpin1" value="selected" onchange="setHighlightPin1('selected')">
- Selected
- </label>
- </div>
- </form>
- </label>
- <label class="menu-label">
- <span>Board rotation</span>
- <span style="float: right"><span id="rotationDegree">0</span>°</span>
- <input id="boardRotation" type="range" min="-36" max="36" value="0" class="slider" oninput="setBoardRotation(this.value)">
- </label>
- <label class="menu-label">
- <input id="offsetBackRotationCheckbox" type="checkbox" onchange="setOffsetBackRotation(this.checked)">
- Offset back rotation
- </label>
- <label class="menu-label">
- <div style="margin-left: 5px">Bom checkboxes</div>
- <input id="bomCheckboxes" class="menu-textbox" type=text
- oninput="setBomCheckboxes(this.value)">
- </label>
- <label class="menu-label">
- <div style="margin-left: 5px">Mark when checked</div>
- <div id="markWhenCheckedContainer"></div>
- </label>
- <label class="menu-label">
- <span class="shameless-plug">
- <span>Created using</span>
- <a id="github-link" target="blank" href="https://github.com/openscopeproject/InteractiveHtmlBom">InteractiveHtmlBom</a>
- <a target="blank" title="Mouse and keyboard help" href="https://github.com/openscopeproject/InteractiveHtmlBom/wiki/Usage#bom-page-mouse-actions" style="text-decoration: none;"><label class="help-link">?</label></a>
- </span>
- </label>
- </div>
- </div>
- <div class="button-container hideonprint">
- <button id="fl-btn" class="left-most-button" onclick="changeCanvasLayout('F')"
- title="Front only">F
- </button>
- <button id="fb-btn" class="middle-button" onclick="changeCanvasLayout('FB')"
- title="Front and Back">FB
- </button>
- <button id="bl-btn" class="right-most-button" onclick="changeCanvasLayout('B')"
- title="Back only">B
- </button>
- </div>
- <div class="button-container hideonprint">
- <button id="bom-btn" class="left-most-button" onclick="changeBomLayout('bom-only')"
- title="BOM only"></button>
- <button id="lr-btn" class="middle-button" onclick="changeBomLayout('left-right')"
- title="BOM left, drawings right"></button>
- <button id="tb-btn" class="right-most-button" onclick="changeBomLayout('top-bottom')"
- title="BOM top, drawings bot"></button>
- </div>
- <div class="button-container hideonprint">
- <button id="bom-grouped-btn" class="left-most-button" onclick="changeBomMode('grouped')"
- title="Grouped BOM"></button>
- <button id="bom-ungrouped-btn" class="middle-button" onclick="changeBomMode('ungrouped')"
- title="Ungrouped BOM"></button>
- <button id="bom-netlist-btn" class="right-most-button" onclick="changeBomMode('netlist')"
- title="Netlist"></button>
- </div>
- <div class="hideonprint menu">
- <button class="statsbtn"></button>
- <div class="menu-content">
- <table class="stats">
- <tbody>
- <tr>
- <td width="40%">Board stats</td>
- <td>Front</td>
- <td>Back</td>
- <td>Total</td>
- </tr>
- <tr>
- <td>Components</td>
- <td id="stats-components-front">~</td>
- <td id="stats-components-back">~</td>
- <td id="stats-components-total">~</td>
- </tr>
- <tr>
- <td>Groups</td>
- <td id="stats-groups-front">~</td>
- <td id="stats-groups-back">~</td>
- <td id="stats-groups-total">~</td>
- </tr>
- <tr>
- <td>SMD pads</td>
- <td id="stats-smd-pads-front">~</td>
- <td id="stats-smd-pads-back">~</td>
- <td id="stats-smd-pads-total">~</td>
- </tr>
- <tr>
- <td>TH pads</td>
- <td colspan=3 id="stats-th-pads">~</td>
- </tr>
- </tbody>
- </table>
- <table class="stats">
- <col width="40%"/><col />
- <tbody id="checkbox-stats">
- <tr>
- <td colspan=2 style="border-top: 0">Checkboxes</td>
- </tr>
- </tbody>
- </table>
- </div>
- </div>
- <div class="hideonprint menu">
- <button class="iobtn"></button>
- <div class="menu-content">
- <div class="menu-label menu-label-top">
- <div style="margin-left: 5px;">Save board image</div>
- <div class="flexbox">
- <input id="render-save-width" class="menu-textbox" type="text" value="1000" placeholder="Width"
- style="flex-grow: 1; width: 50px;" oninput="validateSaveImgDimension(this)">
- <span>X</span>
- <input id="render-save-height" class="menu-textbox" type="text" value="1000" placeholder="Height"
- style="flex-grow: 1; width: 50px;" oninput="validateSaveImgDimension(this)">
- </div>
- <label>
- <input id="render-save-transparent" type="checkbox">
- Transparent background
- </label>
- <div class="flexbox">
- <button class="savebtn" onclick="saveImage('F')">Front</button>
- <button class="savebtn" onclick="saveImage('B')">Back</button>
- </div>
- </div>
- <div class="menu-label">
- <span style="margin-left: 5px;">Config and checkbox state</span>
- <div class="flexbox">
- <button class="savebtn" onclick="saveSettings()">Export</button>
- <button class="savebtn" onclick="loadSettings()">Import</button>
- <button class="savebtn" onclick="resetSettings()">Reset</button>
- </div>
- </div>
- <div class="menu-label">
- <span style="margin-left: 5px;">Save bom table as</span>
- <div class="flexbox">
- <button class="savebtn" onclick="saveBomTable('csv')">csv</button>
- <button class="savebtn" onclick="saveBomTable('txt')">txt</button>
- </div>
- </div>
- </div>
- </div>
- </div>
- </div>
- <div id="topdivider">
- <div class="hideonprint">
- <div id="toptoggle" onclick="topToggle()">︽</div>
- </div>
- </div>
- <div id="bot" class="split" style="flex: 1 1">
- <div id="bomdiv" class="split split-horizontal">
- <div style="width: 100%">
- <input id="reflookup" class="textbox searchbox reflookup hideonprint" type="text" placeholder="Ref lookup"
- oninput="updateRefLookup(this.value)">
- <input id="filter" class="textbox searchbox filter hideonprint" type="text" placeholder="Filter"
- oninput="updateFilter(this.value)">
- <div class="button-container hideonprint" style="float: left; margin: 0;">
- <button id="copy" title="Copy bom table to clipboard"
- onclick="saveBomTable('clipboard')"></button>
- </div>
- </div>
- <div id="dbg"></div>
- <table class="bom" id="bomtable">
- <thead id="bomhead">
- </thead>
- <tbody id="bombody">
- </tbody>
- </table>
- </div>
- <div id="canvasdiv" class="split split-horizontal">
- <div id="frontcanvas" class="split" touch-action="none" style="overflow: hidden">
- <div style="position: relative; width: 100%; height: 100%;">
- <canvas id="F_bg" style="position: absolute; left: 0; top: 0; z-index: 0;"></canvas>
- <canvas id="F_fab" style="position: absolute; left: 0; top: 0; z-index: 1;"></canvas>
- <canvas id="F_slk" style="position: absolute; left: 0; top: 0; z-index: 2;"></canvas>
- <canvas id="F_hl" style="position: absolute; left: 0; top: 0; z-index: 3;"></canvas>
- </div>
- </div>
- <div id="backcanvas" class="split" touch-action="none" style="overflow: hidden">
- <div style="position: relative; width: 100%; height: 100%;">
- <canvas id="B_bg" style="position: absolute; left: 0; top: 0; z-index: 0;"></canvas>
- <canvas id="B_fab" style="position: absolute; left: 0; top: 0; z-index: 1;"></canvas>
- <canvas id="B_slk" style="position: absolute; left: 0; top: 0; z-index: 2;"></canvas>
- <canvas id="B_hl" style="position: absolute; left: 0; top: 0; z-index: 3;"></canvas>
- </div>
- </div>
- </div>
- </div>
- </div>
- </body>
- </html>
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