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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 = 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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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