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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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