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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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- 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": true, "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", "Hersteller-Nr.", "Mouser-Nr."]}
- ///////////////////////////////////////////////
- ///////////////////////////////////////////////
- var pcbdata = JSON.parse(LZString.decompressFromBase64("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"))
- ///////////////////////////////////////////////
- ///////////////////////////////////////////////
- /* Utility functions */
- var storagePrefix = 'KiCad_HTML_BOM__' + pcbdata.metadata.title + '__' +
- pcbdata.metadata.revision + '__#';
- var storage;
- function initStorage(key) {
- try {
- window.localStorage.getItem("blank");
- storage = window.localStorage;
- } catch (e) {
- // localStorage not available
- }
- if (!storage) {
- try {
- window.sessionStorage.getItem("blank");
- storage = window.sessionStorage;
- } catch (e) {
- // sessionStorage also not available
- }
- }
- }
- function readStorage(key) {
- if (storage) {
- return storage.getItem(storagePrefix + key);
- } else {
- return null;
- }
- }
- function writeStorage(key, value) {
- if (storage) {
- storage.setItem(storagePrefix + key, value);
- }
- }
- function fancyDblClickHandler(el, onsingle, ondouble) {
- return function () {
- if (el.getAttribute("data-dblclick") == null) {
- el.setAttribute("data-dblclick", 1);
- setTimeout(function () {
- if (el.getAttribute("data-dblclick") == 1) {
- onsingle();
- }
- el.removeAttribute("data-dblclick");
- }, 200);
- } else {
- el.removeAttribute("data-dblclick");
- ondouble();
- }
- }
- }
- function smoothScrollToRow(rowid) {
- document.getElementById(rowid).scrollIntoView({
- behavior: "smooth",
- block: "center",
- inline: "nearest"
- });
- }
- function focusInputField(input) {
- input.scrollIntoView(false);
- input.focus();
- input.select();
- }
- function saveBomTable(output) {
- var text = '';
- for (var node of bomhead.childNodes[0].childNodes) {
- if (node.firstChild) {
- text += (output == 'csv' ? `"${node.firstChild.nodeValue}"` : node.firstChild.nodeValue);
- }
- if (node != bomhead.childNodes[0].lastChild) {
- text += (output == 'csv' ? ',' : '\t');
- }
- }
- text += '\n';
- for (var row of bombody.childNodes) {
- for (var cell of row.childNodes) {
- let val = '';
- for (var node of cell.childNodes) {
- if (node.nodeName == "INPUT") {
- if (node.checked) {
- val += '✓';
- }
- } else if ((node.nodeName == "MARK") || (node.nodeName == "A")) {
- val += node.firstChild.nodeValue;
- } else {
- val += node.nodeValue;
- }
- }
- if (output == 'csv') {
- val = val.replace(/\"/g, '\"\"'); // pair of double-quote characters
- if (isNumeric(val)) {
- val = +val; // use number
- } else {
- val = `"${val}"`; // enclosed within double-quote
- }
- }
- text += val;
- if (cell != row.lastChild) {
- text += (output == 'csv' ? ',' : '\t');
- }
- }
- text += '\n';
- }
- if (output != 'clipboard') {
- // To file: csv or txt
- var blob = new Blob([text], {
- type: `text/${output}`
- });
- saveFile(`${pcbdata.metadata.title}.${output}`, blob);
- } else {
- // To clipboard
- var textArea = document.createElement("textarea");
- textArea.classList.add('clipboard-temp');
- textArea.value = text;
- document.body.appendChild(textArea);
- textArea.focus();
- textArea.select();
- try {
- if (document.execCommand('copy')) {
- console.log('Bom copied to clipboard.');
- }
- } catch (err) {
- console.log('Can not copy to clipboard.');
- }
- document.body.removeChild(textArea);
- }
- }
- function isNumeric(str) {
- /* https://stackoverflow.com/a/175787 */
- return (typeof str != "string" ? false : !isNaN(str) && !isNaN(parseFloat(str)));
- }
- function removeGutterNode(node) {
- for (var i = 0; i < node.childNodes.length; i++) {
- if (node.childNodes[i].classList &&
- node.childNodes[i].classList.contains("gutter")) {
- node.removeChild(node.childNodes[i]);
- break;
- }
- }
- }
- function cleanGutters() {
- removeGutterNode(document.getElementById("bot"));
- removeGutterNode(document.getElementById("canvasdiv"));
- }
- var units = {
- prefixes: {
- giga: ["G", "g", "giga", "Giga", "GIGA"],
- mega: ["M", "mega", "Mega", "MEGA"],
- kilo: ["K", "k", "kilo", "Kilo", "KILO"],
- milli: ["m", "milli", "Milli", "MILLI"],
- micro: ["U", "u", "micro", "Micro", "MICRO", "μ", "µ"], // different utf8 μ
- nano: ["N", "n", "nano", "Nano", "NANO"],
- pico: ["P", "p", "pico", "Pico", "PICO"],
- },
- unitsShort: ["R", "r", "Ω", "F", "f", "H", "h"],
- unitsLong: [
- "OHM", "Ohm", "ohm", "ohms",
- "FARAD", "Farad", "farad",
- "HENRY", "Henry", "henry"
- ],
- getMultiplier: function (s) {
- if (this.prefixes.giga.includes(s)) return 1e9;
- if (this.prefixes.mega.includes(s)) return 1e6;
- if (this.prefixes.kilo.includes(s)) return 1e3;
- if (this.prefixes.milli.includes(s)) return 1e-3;
- if (this.prefixes.micro.includes(s)) return 1e-6;
- if (this.prefixes.nano.includes(s)) return 1e-9;
- if (this.prefixes.pico.includes(s)) return 1e-12;
- return 1;
- },
- valueRegex: null,
- }
- function initUtils() {
- var allPrefixes = units.prefixes.giga
- .concat(units.prefixes.mega)
- .concat(units.prefixes.kilo)
- .concat(units.prefixes.milli)
- .concat(units.prefixes.micro)
- .concat(units.prefixes.nano)
- .concat(units.prefixes.pico);
- var allUnits = units.unitsShort.concat(units.unitsLong);
- units.valueRegex = new RegExp("^([0-9\.]+)" +
- "\\s*(" + allPrefixes.join("|") + ")?" +
- "(" + allUnits.join("|") + ")?" +
- "(\\b.*)?$", "");
- units.valueAltRegex = new RegExp("^([0-9]*)" +
- "(" + units.unitsShort.join("|") + ")?" +
- "([GgMmKkUuNnPp])?" +
- "([0-9]*)" +
- "(\\b.*)?$", "");
- if (config.fields.includes("Value")) {
- var index = config.fields.indexOf("Value");
- pcbdata.bom["parsedValues"] = {};
- for (var id in pcbdata.bom.fields) {
- pcbdata.bom.parsedValues[id] = parseValue(pcbdata.bom.fields[id][index])
- }
- }
- }
- function parseValue(val, ref) {
- var inferUnit = (unit, ref) => {
- if (unit) {
- unit = unit.toLowerCase();
- if (unit == 'Ω' || unit == "ohm" || unit == "ohms") {
- unit = 'r';
- }
- unit = unit[0];
- } else {
- ref = /^([a-z]+)\d+$/i.exec(ref);
- if (ref) {
- ref = ref[1].toLowerCase();
- if (ref == "c") unit = 'f';
- else if (ref == "l") unit = 'h';
- else if (ref == "r" || ref == "rv") unit = 'r';
- else unit = null;
- }
- }
- return unit;
- };
- val = val.replace(/,/g, "");
- var match = units.valueRegex.exec(val);
- var unit;
- if (match) {
- val = parseFloat(match[1]);
- if (match[2]) {
- val = val * units.getMultiplier(match[2]);
- }
- unit = inferUnit(match[3], ref);
- if (!unit) return null;
- else return {
- val: val,
- unit: unit,
- extra: match[4],
- }
- }
- match = units.valueAltRegex.exec(val);
- if (match && (match[1] || match[4])) {
- val = parseFloat(match[1] + "." + match[4]);
- if (match[3]) {
- val = val * units.getMultiplier(match[3]);
- }
- unit = inferUnit(match[2], ref);
- if (!unit) return null;
- else return {
- val: val,
- unit: unit,
- extra: match[5],
- }
- }
- return null;
- }
- function valueCompare(a, b, stra, strb) {
- if (a === null && b === null) {
- // Failed to parse both values, compare them as strings.
- if (stra != strb) return stra > strb ? 1 : -1;
- else return 0;
- } else if (a === null) {
- return 1;
- } else if (b === null) {
- return -1;
- } else {
- if (a.unit != b.unit) return a.unit > b.unit ? 1 : -1;
- else if (a.val != b.val) return a.val > b.val ? 1 : -1;
- else if (a.extra != b.extra) return a.extra > b.extra ? 1 : -1;
- else return 0;
- }
- }
- function validateSaveImgDimension(element) {
- var valid = false;
- var intValue = 0;
- if (/^[1-9]\d*$/.test(element.value)) {
- intValue = parseInt(element.value);
- if (intValue <= 16000) {
- valid = true;
- }
- }
- if (valid) {
- element.classList.remove("invalid");
- } else {
- element.classList.add("invalid");
- }
- return intValue;
- }
- function saveImage(layer) {
- var width = validateSaveImgDimension(document.getElementById("render-save-width"));
- var height = validateSaveImgDimension(document.getElementById("render-save-height"));
- var bgcolor = null;
- if (!document.getElementById("render-save-transparent").checked) {
- var style = getComputedStyle(topmostdiv);
- bgcolor = style.getPropertyValue("background-color");
- }
- if (!width || !height) return;
- // Prepare image
- var canvas = document.createElement("canvas");
- var layerdict = {
- transform: {
- x: 0,
- y: 0,
- s: 1,
- panx: 0,
- pany: 0,
- zoom: 1,
- },
- bg: canvas,
- fab: canvas,
- silk: canvas,
- highlight: canvas,
- layer: layer,
- }
- // Do the rendering
- recalcLayerScale(layerdict, width, height);
- prepareLayer(layerdict);
- clearCanvas(canvas, bgcolor);
- drawBackground(layerdict, false);
- drawHighlightsOnLayer(layerdict, false);
- // Save image
- var imgdata = canvas.toDataURL("image/png");
- var filename = pcbdata.metadata.title;
- if (pcbdata.metadata.revision) {
- filename += `.${pcbdata.metadata.revision}`;
- }
- filename += `.${layer}.png`;
- saveFile(filename, dataURLtoBlob(imgdata));
- }
- function saveSettings() {
- var data = {
- type: "InteractiveHtmlBom settings",
- version: 1,
- pcbmetadata: pcbdata.metadata,
- settings: settings,
- }
- var blob = new Blob([JSON.stringify(data, null, 4)], {
- type: "application/json"
- });
- saveFile(`${pcbdata.metadata.title}.settings.json`, blob);
- }
- function loadSettings() {
- var input = document.createElement("input");
- input.type = "file";
- input.accept = ".settings.json";
- input.onchange = function (e) {
- var file = e.target.files[0];
- var reader = new FileReader();
- reader.onload = readerEvent => {
- var content = readerEvent.target.result;
- var newSettings;
- try {
- newSettings = JSON.parse(content);
- } catch (e) {
- alert("Selected file is not InteractiveHtmlBom settings file.");
- return;
- }
- if (newSettings.type != "InteractiveHtmlBom settings") {
- alert("Selected file is not InteractiveHtmlBom settings file.");
- return;
- }
- var metadataMatches = newSettings.hasOwnProperty("pcbmetadata");
- if (metadataMatches) {
- for (var k in pcbdata.metadata) {
- if (!newSettings.pcbmetadata.hasOwnProperty(k) || newSettings.pcbmetadata[k] != pcbdata.metadata[k]) {
- metadataMatches = false;
- }
- }
- }
- if (!metadataMatches) {
- var currentMetadata = JSON.stringify(pcbdata.metadata, null, 4);
- var fileMetadata = JSON.stringify(newSettings.pcbmetadata, null, 4);
- if (!confirm(
- `Settins file metadata does not match current metadata.\n\n` +
- `Page metadata:\n${currentMetadata}\n\n` +
- `Settings file metadata:\n${fileMetadata}\n\n` +
- `Press OK if you would like to import settings anyway.`)) {
- return;
- }
- }
- overwriteSettings(newSettings.settings);
- }
- reader.readAsText(file, 'UTF-8');
- }
- input.click();
- }
- function resetSettings() {
- if (!confirm(
- `This will reset all checkbox states and other settings.\n\n` +
- `Press OK if you want to continue.`)) {
- return;
- }
- if (storage) {
- var keys = [];
- for (var i = 0; i < storage.length; i++) {
- var key = storage.key(i);
- if (key.startsWith(storagePrefix)) keys.push(key);
- }
- for (var key of keys) storage.removeItem(key);
- }
- location.reload();
- }
- function overwriteSettings(newSettings) {
- initDone = false;
- Object.assign(settings, newSettings);
- writeStorage("bomlayout", settings.bomlayout);
- writeStorage("bommode", settings.bommode);
- writeStorage("canvaslayout", settings.canvaslayout);
- writeStorage("bomCheckboxes", settings.checkboxes.join(","));
- document.getElementById("bomCheckboxes").value = settings.checkboxes.join(",");
- for (var checkbox of settings.checkboxes) {
- writeStorage("checkbox_" + checkbox, settings.checkboxStoredRefs[checkbox]);
- }
- writeStorage("markWhenChecked", settings.markWhenChecked);
- padsVisible(settings.renderPads);
- document.getElementById("padsCheckbox").checked = settings.renderPads;
- fabricationVisible(settings.renderFabrication);
- document.getElementById("fabricationCheckbox").checked = settings.renderFabrication;
- silkscreenVisible(settings.renderSilkscreen);
- document.getElementById("silkscreenCheckbox").checked = settings.renderSilkscreen;
- referencesVisible(settings.renderReferences);
- document.getElementById("referencesCheckbox").checked = settings.renderReferences;
- valuesVisible(settings.renderValues);
- document.getElementById("valuesCheckbox").checked = settings.renderValues;
- tracksVisible(settings.renderTracks);
- document.getElementById("tracksCheckbox").checked = settings.renderTracks;
- zonesVisible(settings.renderZones);
- document.getElementById("zonesCheckbox").checked = settings.renderZones;
- dnpOutline(settings.renderDnpOutline);
- document.getElementById("dnpOutlineCheckbox").checked = settings.renderDnpOutline;
- setRedrawOnDrag(settings.redrawOnDrag);
- document.getElementById("dragCheckbox").checked = settings.redrawOnDrag;
- setDarkMode(settings.darkMode);
- document.getElementById("darkmodeCheckbox").checked = settings.darkMode;
- setHighlightPin1(settings.highlightpin1);
- document.forms.highlightpin1.highlightpin1.value = settings.highlightpin1;
- writeStorage("boardRotation", settings.boardRotation);
- document.getElementById("boardRotation").value = settings.boardRotation / 5;
- document.getElementById("rotationDegree").textContent = settings.boardRotation;
- setOffsetBackRotation(settings.offsetBackRotation);
- document.getElementById("offsetBackRotationCheckbox").checked = settings.offsetBackRotation;
- initDone = true;
- prepCheckboxes();
- changeBomLayout(settings.bomlayout);
- }
- function saveFile(filename, blob) {
- var link = document.createElement("a");
- var objurl = URL.createObjectURL(blob);
- link.download = filename;
- link.href = objurl;
- link.click();
- }
- function dataURLtoBlob(dataurl) {
- var arr = dataurl.split(','),
- mime = arr[0].match(/:(.*?);/)[1],
- bstr = atob(arr[1]),
- n = bstr.length,
- u8arr = new Uint8Array(n);
- while (n--) {
- u8arr[n] = bstr.charCodeAt(n);
- }
- return new Blob([u8arr], {
- type: mime
- });
- }
- var settings = {
- canvaslayout: "FB",
- bomlayout: "left-right",
- bommode: "grouped",
- checkboxes: [],
- checkboxStoredRefs: {},
- darkMode: false,
- highlightpin1: "none",
- redrawOnDrag: true,
- boardRotation: 0,
- offsetBackRotation: false,
- renderPads: true,
- renderReferences: true,
- renderValues: true,
- renderSilkscreen: true,
- renderFabrication: true,
- renderDnpOutline: false,
- renderTracks: true,
- renderZones: true,
- columnOrder: [],
- hiddenColumns: [],
- netColors: {},
- }
- function initDefaults() {
- settings.bomlayout = readStorage("bomlayout");
- if (settings.bomlayout === null) {
- settings.bomlayout = config.bom_view;
- }
- if (!['bom-only', 'left-right', 'top-bottom'].includes(settings.bomlayout)) {
- settings.bomlayout = config.bom_view;
- }
- settings.bommode = readStorage("bommode");
- if (settings.bommode === null) {
- settings.bommode = "grouped";
- }
- if (settings.bommode == "netlist" && !pcbdata.nets) {
- settings.bommode = "grouped";
- }
- if (!["grouped", "ungrouped", "netlist"].includes(settings.bommode)) {
- settings.bommode = "grouped";
- }
- settings.canvaslayout = readStorage("canvaslayout");
- if (settings.canvaslayout === null) {
- settings.canvaslayout = config.layer_view;
- }
- var bomCheckboxes = readStorage("bomCheckboxes");
- if (bomCheckboxes === null) {
- bomCheckboxes = config.checkboxes;
- }
- settings.checkboxes = bomCheckboxes.split(",").filter((e) => e);
- document.getElementById("bomCheckboxes").value = bomCheckboxes;
- var highlightpin1 = readStorage("highlightpin1") || config.highlight_pin1;
- if (highlightpin1 === "false") highlightpin1 = "none";
- if (highlightpin1 === "true") highlightpin1 = "all";
- setHighlightPin1(highlightpin1);
- document.forms.highlightpin1.highlightpin1.value = highlightpin1;
- settings.markWhenChecked = readStorage("markWhenChecked") || "";
- populateMarkWhenCheckedOptions();
- function initBooleanSetting(storageString, def, elementId, func) {
- var b = readStorage(storageString);
- if (b === null) {
- b = def;
- } else {
- b = (b == "true");
- }
- document.getElementById(elementId).checked = b;
- func(b);
- }
- initBooleanSetting("padsVisible", config.show_pads, "padsCheckbox", padsVisible);
- initBooleanSetting("fabricationVisible", config.show_fabrication, "fabricationCheckbox", fabricationVisible);
- initBooleanSetting("silkscreenVisible", config.show_silkscreen, "silkscreenCheckbox", silkscreenVisible);
- initBooleanSetting("referencesVisible", true, "referencesCheckbox", referencesVisible);
- initBooleanSetting("valuesVisible", true, "valuesCheckbox", valuesVisible);
- if ("tracks" in pcbdata) {
- initBooleanSetting("tracksVisible", true, "tracksCheckbox", tracksVisible);
- initBooleanSetting("zonesVisible", true, "zonesCheckbox", zonesVisible);
- } else {
- document.getElementById("tracksAndZonesCheckboxes").style.display = "none";
- tracksVisible(false);
- zonesVisible(false);
- }
- initBooleanSetting("dnpOutline", false, "dnpOutlineCheckbox", dnpOutline);
- initBooleanSetting("redrawOnDrag", config.redraw_on_drag, "dragCheckbox", setRedrawOnDrag);
- initBooleanSetting("darkmode", config.dark_mode, "darkmodeCheckbox", setDarkMode);
- var fields = ["checkboxes", "References"].concat(config.fields).concat(["Quantity"]);
- var hcols = JSON.parse(readStorage("hiddenColumns"));
- if (hcols === null) {
- hcols = [];
- }
- settings.hiddenColumns = hcols.filter(e => fields.includes(e));
- var cord = JSON.parse(readStorage("columnOrder"));
- if (cord === null) {
- cord = fields;
- } else {
- cord = cord.filter(e => fields.includes(e));
- if (cord.length != fields.length)
- cord = fields;
- }
- settings.columnOrder = cord;
- settings.boardRotation = readStorage("boardRotation");
- if (settings.boardRotation === null) {
- settings.boardRotation = config.board_rotation * 5;
- } else {
- settings.boardRotation = parseInt(settings.boardRotation);
- }
- document.getElementById("boardRotation").value = settings.boardRotation / 5;
- document.getElementById("rotationDegree").textContent = settings.boardRotation;
- initBooleanSetting("offsetBackRotation", config.offset_back_rotation, "offsetBackRotationCheckbox", setOffsetBackRotation);
- settings.netColors = JSON.parse(readStorage("netColors")) || {};
- }
- // Helper classes for user js callbacks.
- const IBOM_EVENT_TYPES = {
- ALL: "all",
- HIGHLIGHT_EVENT: "highlightEvent",
- CHECKBOX_CHANGE_EVENT: "checkboxChangeEvent",
- BOM_BODY_CHANGE_EVENT: "bomBodyChangeEvent",
- }
- const EventHandler = {
- callbacks: {},
- init: function () {
- for (eventType of Object.values(IBOM_EVENT_TYPES))
- this.callbacks[eventType] = [];
- },
- registerCallback: function (eventType, callback) {
- this.callbacks[eventType].push(callback);
- },
- emitEvent: function (eventType, eventArgs) {
- event = {
- eventType: eventType,
- args: eventArgs,
- }
- var callback;
- for (callback of this.callbacks[eventType])
- callback(event);
- for (callback of this.callbacks[IBOM_EVENT_TYPES.ALL])
- callback(event);
- }
- }
- EventHandler.init();
- ///////////////////////////////////////////////
- ///////////////////////////////////////////////
- /* PCB rendering code */
- var emptyContext2d = document.createElement("canvas").getContext("2d");
- function deg2rad(deg) {
- return deg * Math.PI / 180;
- }
- function calcFontPoint(linepoint, text, offsetx, offsety, tilt) {
- var point = [
- linepoint[0] * text.width + offsetx,
- linepoint[1] * text.height + offsety
- ];
- // This approximates pcbnew behavior with how text tilts depending on horizontal justification
- point[0] -= (linepoint[1] + 0.5 * (1 + text.justify[0])) * text.height * tilt;
- return point;
- }
- function drawText(ctx, text, color) {
- if ("ref" in text && !settings.renderReferences) return;
- if ("val" in text && !settings.renderValues) return;
- ctx.save();
- ctx.fillStyle = color;
- ctx.strokeStyle = color;
- ctx.lineCap = "round";
- ctx.lineJoin = "round";
- ctx.lineWidth = text.thickness;
- if ("svgpath" in text) {
- ctx.stroke(new Path2D(text.svgpath));
- ctx.restore();
- return;
- }
- if ("polygons" in text) {
- ctx.fill(getPolygonsPath(text));
- ctx.restore();
- return;
- }
- ctx.translate(...text.pos);
- ctx.translate(text.thickness * 0.5, 0);
- var angle = -text.angle;
- if (text.attr.includes("mirrored")) {
- ctx.scale(-1, 1);
- angle = -angle;
- }
- var tilt = 0;
- if (text.attr.includes("italic")) {
- tilt = 0.125;
- }
- var interline = text.height * 1.5 + text.thickness;
- var txt = text.text.split("\n");
- // KiCad ignores last empty line.
- if (txt[txt.length - 1] == '') txt.pop();
- ctx.rotate(deg2rad(angle));
- var offsety = (1 - text.justify[1]) / 2 * text.height; // One line offset
- offsety -= (txt.length - 1) * (text.justify[1] + 1) / 2 * interline; // Multiline offset
- for (var i in txt) {
- var lineWidth = text.thickness + interline / 2 * tilt;
- for (var j = 0; j < txt[i].length; j++) {
- if (txt[i][j] == '\t') {
- var fourSpaces = 4 * pcbdata.font_data[' '].w * text.width;
- lineWidth += fourSpaces - lineWidth % fourSpaces;
- } else {
- if (txt[i][j] == '~') {
- j++;
- if (j == txt[i].length)
- break;
- }
- lineWidth += pcbdata.font_data[txt[i][j]].w * text.width;
- }
- }
- var offsetx = -lineWidth * (text.justify[0] + 1) / 2;
- var inOverbar = false;
- for (var j = 0; j < txt[i].length; j++) {
- if (config.kicad_text_formatting) {
- if (txt[i][j] == '\t') {
- var fourSpaces = 4 * pcbdata.font_data[' '].w * text.width;
- offsetx += fourSpaces - offsetx % fourSpaces;
- continue;
- } else if (txt[i][j] == '~') {
- j++;
- if (j == txt[i].length)
- break;
- if (txt[i][j] != '~') {
- inOverbar = !inOverbar;
- }
- }
- }
- var glyph = pcbdata.font_data[txt[i][j]];
- if (inOverbar) {
- var overbarStart = [offsetx, -text.height * 1.4 + offsety];
- var overbarEnd = [offsetx + text.width * glyph.w, overbarStart[1]];
- if (!lastHadOverbar) {
- overbarStart[0] += text.height * 1.4 * tilt;
- lastHadOverbar = true;
- }
- ctx.beginPath();
- ctx.moveTo(...overbarStart);
- ctx.lineTo(...overbarEnd);
- ctx.stroke();
- } else {
- lastHadOverbar = false;
- }
- for (var line of glyph.l) {
- ctx.beginPath();
- ctx.moveTo(...calcFontPoint(line[0], text, offsetx, offsety, tilt));
- for (var k = 1; k < line.length; k++) {
- ctx.lineTo(...calcFontPoint(line[k], text, offsetx, offsety, tilt));
- }
- ctx.stroke();
- }
- offsetx += glyph.w * text.width;
- }
- offsety += interline;
- }
- ctx.restore();
- }
- function drawedge(ctx, scalefactor, edge, color) {
- ctx.strokeStyle = color;
- ctx.fillStyle = color;
- ctx.lineWidth = Math.max(1 / scalefactor, edge.width);
- ctx.lineCap = "round";
- ctx.lineJoin = "round";
- if ("svgpath" in edge) {
- ctx.stroke(new Path2D(edge.svgpath));
- } else {
- ctx.beginPath();
- if (edge.type == "segment") {
- ctx.moveTo(...edge.start);
- ctx.lineTo(...edge.end);
- }
- if (edge.type == "rect") {
- ctx.moveTo(...edge.start);
- ctx.lineTo(edge.start[0], edge.end[1]);
- ctx.lineTo(...edge.end);
- ctx.lineTo(edge.end[0], edge.start[1]);
- ctx.lineTo(...edge.start);
- }
- if (edge.type == "arc") {
- ctx.arc(
- ...edge.start,
- edge.radius,
- deg2rad(edge.startangle),
- deg2rad(edge.endangle));
- }
- if (edge.type == "circle") {
- ctx.arc(
- ...edge.start,
- edge.radius,
- 0, 2 * Math.PI);
- ctx.closePath();
- }
- if (edge.type == "curve") {
- ctx.moveTo(...edge.start);
- ctx.bezierCurveTo(...edge.cpa, ...edge.cpb, ...edge.end);
- }
- if("filled" in edge && edge.filled)
- ctx.fill();
- else
- ctx.stroke();
- }
- }
- function getChamferedRectPath(size, radius, chamfpos, chamfratio) {
- // chamfpos is a bitmask, left = 1, right = 2, bottom left = 4, bottom right = 8
- var path = new Path2D();
- var width = size[0];
- var height = size[1];
- var x = width * -0.5;
- var y = height * -0.5;
- var chamfOffset = Math.min(width, height) * chamfratio;
- path.moveTo(x, 0);
- if (chamfpos & 4) {
- path.lineTo(x, y + height - chamfOffset);
- path.lineTo(x + chamfOffset, y + height);
- path.lineTo(0, y + height);
- } else {
- path.arcTo(x, y + height, x + width, y + height, radius);
- }
- if (chamfpos & 8) {
- path.lineTo(x + width - chamfOffset, y + height);
- path.lineTo(x + width, y + height - chamfOffset);
- path.lineTo(x + width, 0);
- } else {
- path.arcTo(x + width, y + height, x + width, y, radius);
- }
- if (chamfpos & 2) {
- path.lineTo(x + width, y + chamfOffset);
- path.lineTo(x + width - chamfOffset, y);
- path.lineTo(0, y);
- } else {
- path.arcTo(x + width, y, x, y, radius);
- }
- if (chamfpos & 1) {
- path.lineTo(x + chamfOffset, y);
- path.lineTo(x, y + chamfOffset);
- path.lineTo(x, 0);
- } else {
- path.arcTo(x, y, x, y + height, radius);
- }
- path.closePath();
- return path;
- }
- function getOblongPath(size) {
- return getChamferedRectPath(size, Math.min(size[0], size[1]) / 2, 0, 0);
- }
- function getPolygonsPath(shape) {
- if (shape.path2d) {
- return shape.path2d;
- }
- if ("svgpath" in shape) {
- shape.path2d = new Path2D(shape.svgpath);
- } else {
- var path = new Path2D();
- for (var polygon of shape.polygons) {
- path.moveTo(...polygon[0]);
- for (var i = 1; i < polygon.length; i++) {
- path.lineTo(...polygon[i]);
- }
- path.closePath();
- }
- shape.path2d = path;
- }
- return shape.path2d;
- }
- function drawPolygonShape(ctx, scalefactor, shape, color) {
- ctx.save();
- if (!("svgpath" in shape)) {
- ctx.translate(...shape.pos);
- ctx.rotate(deg2rad(-shape.angle));
- }
- if("filled" in shape && !shape.filled) {
- ctx.strokeStyle = color;
- ctx.lineWidth = Math.max(1 / scalefactor, shape.width);
- ctx.lineCap = "round";
- ctx.lineJoin = "round";
- ctx.stroke(getPolygonsPath(shape));
- } else {
- ctx.fillStyle = color;
- ctx.fill(getPolygonsPath(shape));
- }
- ctx.restore();
- }
- function drawDrawing(ctx, scalefactor, drawing, color) {
- if (["segment", "arc", "circle", "curve", "rect"].includes(drawing.type)) {
- drawedge(ctx, scalefactor, drawing, color);
- } else if (drawing.type == "polygon") {
- drawPolygonShape(ctx, scalefactor, drawing, color);
- } else {
- drawText(ctx, drawing, color);
- }
- }
- function getCirclePath(radius) {
- var path = new Path2D();
- path.arc(0, 0, radius, 0, 2 * Math.PI);
- path.closePath();
- return path;
- }
- function getCachedPadPath(pad) {
- if (!pad.path2d) {
- // if path2d is not set, build one and cache it on pad object
- if (pad.shape == "rect") {
- pad.path2d = new Path2D();
- pad.path2d.rect(...pad.size.map(c => -c * 0.5), ...pad.size);
- } else if (pad.shape == "oval") {
- pad.path2d = getOblongPath(pad.size);
- } else if (pad.shape == "circle") {
- pad.path2d = getCirclePath(pad.size[0] / 2);
- } else if (pad.shape == "roundrect") {
- pad.path2d = getChamferedRectPath(pad.size, pad.radius, 0, 0);
- } else if (pad.shape == "chamfrect") {
- pad.path2d = getChamferedRectPath(pad.size, pad.radius, pad.chamfpos, pad.chamfratio)
- } else if (pad.shape == "custom") {
- pad.path2d = getPolygonsPath(pad);
- }
- }
- return pad.path2d;
- }
- function drawPad(ctx, pad, color, outline) {
- ctx.save();
- ctx.translate(...pad.pos);
- ctx.rotate(-deg2rad(pad.angle));
- if (pad.offset) {
- ctx.translate(...pad.offset);
- }
- ctx.fillStyle = color;
- ctx.strokeStyle = color;
- var path = getCachedPadPath(pad);
- if (outline) {
- ctx.stroke(path);
- } else {
- ctx.fill(path);
- }
- ctx.restore();
- }
- function drawPadHole(ctx, pad, padHoleColor) {
- if (pad.type != "th") return;
- ctx.save();
- ctx.translate(...pad.pos);
- ctx.rotate(-deg2rad(pad.angle));
- ctx.fillStyle = padHoleColor;
- if (pad.drillshape == "oblong") {
- ctx.fill(getOblongPath(pad.drillsize));
- } else {
- ctx.fill(getCirclePath(pad.drillsize[0] / 2));
- }
- ctx.restore();
- }
- function drawFootprint(ctx, layer, scalefactor, footprint, colors, highlight, outline) {
- if (highlight) {
- // draw bounding box
- if (footprint.layer == layer) {
- ctx.save();
- ctx.globalAlpha = 0.2;
- ctx.translate(...footprint.bbox.pos);
- ctx.rotate(deg2rad(-footprint.bbox.angle));
- ctx.translate(...footprint.bbox.relpos);
- ctx.fillStyle = colors.pad;
- ctx.fillRect(0, 0, ...footprint.bbox.size);
- ctx.globalAlpha = 1;
- ctx.strokeStyle = colors.pad;
- ctx.lineWidth = 3 / scalefactor;
- ctx.strokeRect(0, 0, ...footprint.bbox.size);
- ctx.restore();
- }
- }
- // draw drawings
- for (var drawing of footprint.drawings) {
- if (drawing.layer == layer) {
- drawDrawing(ctx, scalefactor, drawing.drawing, colors.pad);
- }
- }
- ctx.lineWidth = 3 / scalefactor;
- // draw pads
- if (settings.renderPads) {
- for (var pad of footprint.pads) {
- if (pad.layers.includes(layer)) {
- drawPad(ctx, pad, colors.pad, outline);
- if (pad.pin1 &&
- (settings.highlightpin1 == "all" ||
- settings.highlightpin1 == "selected" && highlight)) {
- drawPad(ctx, pad, colors.outline, true);
- }
- }
- }
- for (var pad of footprint.pads) {
- drawPadHole(ctx, pad, colors.padHole);
- }
- }
- }
- function drawEdgeCuts(canvas, scalefactor) {
- var ctx = canvas.getContext("2d");
- var edgecolor = getComputedStyle(topmostdiv).getPropertyValue('--pcb-edge-color');
- for (var edge of pcbdata.edges) {
- drawDrawing(ctx, scalefactor, edge, edgecolor);
- }
- }
- function drawFootprints(canvas, layer, scalefactor, highlight) {
- var ctx = canvas.getContext("2d");
- ctx.lineWidth = 3 / scalefactor;
- var style = getComputedStyle(topmostdiv);
- var colors = {
- pad: style.getPropertyValue('--pad-color'),
- padHole: style.getPropertyValue('--pad-hole-color'),
- outline: style.getPropertyValue('--pin1-outline-color'),
- }
- for (var i = 0; i < pcbdata.footprints.length; i++) {
- var mod = pcbdata.footprints[i];
- var outline = settings.renderDnpOutline && pcbdata.bom.skipped.includes(i);
- var h = highlightedFootprints.includes(i);
- var d = markedFootprints.has(i);
- if (highlight) {
- if(h && d) {
- colors.pad = style.getPropertyValue('--pad-color-highlight-both');
- colors.outline = style.getPropertyValue('--pin1-outline-color-highlight-both');
- } else if (h) {
- colors.pad = style.getPropertyValue('--pad-color-highlight');
- colors.outline = style.getPropertyValue('--pin1-outline-color-highlight');
- } else if (d) {
- colors.pad = style.getPropertyValue('--pad-color-highlight-marked');
- colors.outline = style.getPropertyValue('--pin1-outline-color-highlight-marked');
- }
- }
- if( h || d || !highlight) {
- drawFootprint(ctx, layer, scalefactor, mod, colors, highlight, outline);
- }
- }
- }
- function drawBgLayer(layername, canvas, layer, scalefactor, edgeColor, polygonColor, textColor) {
- var ctx = canvas.getContext("2d");
- for (var d of pcbdata.drawings[layername][layer]) {
- if (["segment", "arc", "circle", "curve", "rect"].includes(d.type)) {
- drawedge(ctx, scalefactor, d, edgeColor);
- } else if (d.type == "polygon") {
- drawPolygonShape(ctx, scalefactor, d, polygonColor);
- } else {
- drawText(ctx, d, textColor);
- }
- }
- }
- function drawTracks(canvas, layer, defaultColor, highlight) {
- ctx = canvas.getContext("2d");
- ctx.lineCap = "round";
- var hasHole = (track) => (
- 'drillsize' in track &&
- track.start[0] == track.end[0] &&
- track.start[1] == track.end[1]);
- // First draw tracks and tented vias
- for (var track of pcbdata.tracks[layer]) {
- if (highlight && highlightedNet != track.net) continue;
- if (!hasHole(track)) {
- ctx.strokeStyle = highlight ? defaultColor : settings.netColors[track.net] || defaultColor;
- ctx.lineWidth = track.width;
- ctx.beginPath();
- if ('radius' in track) {
- ctx.arc(
- ...track.center,
- track.radius,
- deg2rad(track.startangle),
- deg2rad(track.endangle));
- } else {
- ctx.moveTo(...track.start);
- ctx.lineTo(...track.end);
- }
- ctx.stroke();
- }
- }
- // Second pass to draw untented vias
- var style = getComputedStyle(topmostdiv);
- var holeColor = style.getPropertyValue('--pad-hole-color')
- for (var track of pcbdata.tracks[layer]) {
- if (highlight && highlightedNet != track.net) continue;
- if (hasHole(track)) {
- ctx.strokeStyle = highlight ? defaultColor : settings.netColors[track.net] || defaultColor;
- ctx.lineWidth = track.width;
- ctx.beginPath();
- ctx.moveTo(...track.start);
- ctx.lineTo(...track.end);
- ctx.stroke();
- ctx.strokeStyle = holeColor;
- ctx.lineWidth = track.drillsize;
- ctx.lineTo(...track.end);
- ctx.stroke();
- }
- }
- }
- function drawZones(canvas, layer, defaultColor, highlight) {
- ctx = canvas.getContext("2d");
- ctx.lineJoin = "round";
- for (var zone of pcbdata.zones[layer]) {
- if (highlight && highlightedNet != zone.net) continue;
- ctx.strokeStyle = highlight ? defaultColor : settings.netColors[zone.net] || defaultColor;
- ctx.fillStyle = highlight ? defaultColor : settings.netColors[zone.net] || defaultColor;
- if (!zone.path2d) {
- zone.path2d = getPolygonsPath(zone);
- }
- ctx.fill(zone.path2d, zone.fillrule || "nonzero");
- if (zone.width > 0) {
- ctx.lineWidth = zone.width;
- ctx.stroke(zone.path2d);
- }
- }
- }
- function clearCanvas(canvas, color = null) {
- var ctx = canvas.getContext("2d");
- ctx.save();
- ctx.setTransform(1, 0, 0, 1, 0, 0);
- if (color) {
- ctx.fillStyle = color;
- ctx.fillRect(0, 0, canvas.width, canvas.height);
- } else {
- if (!window.matchMedia("print").matches)
- ctx.clearRect(0, 0, canvas.width, canvas.height);
- }
- ctx.restore();
- }
- function drawNets(canvas, layer, highlight) {
- var style = getComputedStyle(topmostdiv);
- if (settings.renderZones) {
- var zoneColor = style.getPropertyValue(highlight ? '--zone-color-highlight' : '--zone-color');
- drawZones(canvas, layer, zoneColor, highlight);
- }
- if (settings.renderTracks) {
- var trackColor = style.getPropertyValue(highlight ? '--track-color-highlight' : '--track-color');
- drawTracks(canvas, layer, trackColor, highlight);
- }
- if (highlight && settings.renderPads) {
- var padColor = style.getPropertyValue('--pad-color-highlight');
- var padHoleColor = style.getPropertyValue('--pad-hole-color');
- var ctx = canvas.getContext("2d");
- for (var footprint of pcbdata.footprints) {
- // draw pads
- var padDrawn = false;
- for (var pad of footprint.pads) {
- if (highlightedNet != pad.net) continue;
- if (pad.layers.includes(layer)) {
- drawPad(ctx, pad, padColor, false);
- padDrawn = true;
- }
- }
- if (padDrawn) {
- // redraw all pad holes because some pads may overlap
- for (var pad of footprint.pads) {
- drawPadHole(ctx, pad, padHoleColor);
- }
- }
- }
- }
- }
- function drawHighlightsOnLayer(canvasdict, clear = true) {
- if (clear) {
- clearCanvas(canvasdict.highlight);
- }
- if (markedFootprints.size > 0 || highlightedFootprints.length > 0) {
- drawFootprints(canvasdict.highlight, canvasdict.layer,
- canvasdict.transform.s * canvasdict.transform.zoom, true);
- }
- if (highlightedNet !== null) {
- drawNets(canvasdict.highlight, canvasdict.layer, true);
- }
- }
- function drawHighlights() {
- drawHighlightsOnLayer(allcanvas.front);
- drawHighlightsOnLayer(allcanvas.back);
- }
- function drawBackground(canvasdict, clear = true) {
- if (clear) {
- clearCanvas(canvasdict.bg);
- clearCanvas(canvasdict.fab);
- clearCanvas(canvasdict.silk);
- }
- drawNets(canvasdict.bg, canvasdict.layer, false);
- drawFootprints(canvasdict.bg, canvasdict.layer,
- canvasdict.transform.s * canvasdict.transform.zoom, false);
- drawEdgeCuts(canvasdict.bg, canvasdict.transform.s * canvasdict.transform.zoom);
- var style = getComputedStyle(topmostdiv);
- var edgeColor = style.getPropertyValue('--silkscreen-edge-color');
- var polygonColor = style.getPropertyValue('--silkscreen-polygon-color');
- var textColor = style.getPropertyValue('--silkscreen-text-color');
- if (settings.renderSilkscreen) {
- drawBgLayer(
- "silkscreen", canvasdict.silk, canvasdict.layer,
- canvasdict.transform.s * canvasdict.transform.zoom,
- edgeColor, polygonColor, textColor);
- }
- edgeColor = style.getPropertyValue('--fabrication-edge-color');
- polygonColor = style.getPropertyValue('--fabrication-polygon-color');
- textColor = style.getPropertyValue('--fabrication-text-color');
- if (settings.renderFabrication) {
- drawBgLayer(
- "fabrication", canvasdict.fab, canvasdict.layer,
- canvasdict.transform.s * canvasdict.transform.zoom,
- edgeColor, polygonColor, textColor);
- }
- }
- function prepareCanvas(canvas, flip, transform) {
- var ctx = canvas.getContext("2d");
- ctx.setTransform(1, 0, 0, 1, 0, 0);
- ctx.scale(transform.zoom, transform.zoom);
- ctx.translate(transform.panx, transform.pany);
- if (flip) {
- ctx.scale(-1, 1);
- }
- ctx.translate(transform.x, transform.y);
- ctx.rotate(deg2rad(settings.boardRotation + (flip && settings.offsetBackRotation ? - 180 : 0)));
- ctx.scale(transform.s, transform.s);
- }
- function prepareLayer(canvasdict) {
- var flip = (canvasdict.layer === "B");
- for (var c of ["bg", "fab", "silk", "highlight"]) {
- prepareCanvas(canvasdict[c], flip, canvasdict.transform);
- }
- }
- function rotateVector(v, angle) {
- angle = deg2rad(angle);
- return [
- v[0] * Math.cos(angle) - v[1] * Math.sin(angle),
- v[0] * Math.sin(angle) + v[1] * Math.cos(angle)
- ];
- }
- function applyRotation(bbox, flip) {
- var corners = [
- [bbox.minx, bbox.miny],
- [bbox.minx, bbox.maxy],
- [bbox.maxx, bbox.miny],
- [bbox.maxx, bbox.maxy],
- ];
- corners = corners.map((v) => rotateVector(v, settings.boardRotation + (flip && settings.offsetBackRotation ? - 180 : 0)));
- return {
- minx: corners.reduce((a, v) => Math.min(a, v[0]), Infinity),
- miny: corners.reduce((a, v) => Math.min(a, v[1]), Infinity),
- maxx: corners.reduce((a, v) => Math.max(a, v[0]), -Infinity),
- maxy: corners.reduce((a, v) => Math.max(a, v[1]), -Infinity),
- }
- }
- function recalcLayerScale(layerdict, width, height) {
- var flip = (layerdict.layer === "B");
- var bbox = applyRotation(pcbdata.edges_bbox, flip);
- var scalefactor = 0.98 * Math.min(
- width / (bbox.maxx - bbox.minx),
- height / (bbox.maxy - bbox.miny)
- );
- if (scalefactor < 0.1) {
- scalefactor = 1;
- }
- layerdict.transform.s = scalefactor;
- if (flip) {
- layerdict.transform.x = -((bbox.maxx + bbox.minx) * scalefactor + width) * 0.5;
- } else {
- layerdict.transform.x = -((bbox.maxx + bbox.minx) * scalefactor - width) * 0.5;
- }
- layerdict.transform.y = -((bbox.maxy + bbox.miny) * scalefactor - height) * 0.5;
- for (var c of ["bg", "fab", "silk", "highlight"]) {
- canvas = layerdict[c];
- canvas.width = width;
- canvas.height = height;
- canvas.style.width = (width / devicePixelRatio) + "px";
- canvas.style.height = (height / devicePixelRatio) + "px";
- }
- }
- function redrawCanvas(layerdict) {
- prepareLayer(layerdict);
- drawBackground(layerdict);
- drawHighlightsOnLayer(layerdict);
- }
- function resizeCanvas(layerdict) {
- var canvasdivid = {
- "F": "frontcanvas",
- "B": "backcanvas"
- } [layerdict.layer];
- var width = document.getElementById(canvasdivid).clientWidth * devicePixelRatio;
- var height = document.getElementById(canvasdivid).clientHeight * devicePixelRatio;
- recalcLayerScale(layerdict, width, height);
- redrawCanvas(layerdict);
- }
- function resizeAll() {
- resizeCanvas(allcanvas.front);
- resizeCanvas(allcanvas.back);
- }
- function pointWithinDistanceToSegment(x, y, x1, y1, x2, y2, d) {
- var A = x - x1;
- var B = y - y1;
- var C = x2 - x1;
- var D = y2 - y1;
- var dot = A * C + B * D;
- var len_sq = C * C + D * D;
- var dx, dy;
- if (len_sq == 0) {
- // start and end of the segment coincide
- dx = x - x1;
- dy = y - y1;
- } else {
- var param = dot / len_sq;
- var xx, yy;
- if (param < 0) {
- xx = x1;
- yy = y1;
- } else if (param > 1) {
- xx = x2;
- yy = y2;
- } else {
- xx = x1 + param * C;
- yy = y1 + param * D;
- }
- dx = x - xx;
- dy = y - yy;
- }
- return dx * dx + dy * dy <= d * d;
- }
- function modulo(n, mod) {
- return ((n % mod) + mod) % mod;
- }
- function pointWithinDistanceToArc(x, y, xc, yc, radius, startangle, endangle, d) {
- var dx = x - xc;
- var dy = y - yc;
- var r_sq = dx * dx + dy * dy;
- var rmin = Math.max(0, radius - d);
- var rmax = radius + d;
- if (r_sq < rmin * rmin || r_sq > rmax * rmax)
- return false;
- var angle1 = modulo(deg2rad(startangle), 2 * Math.PI);
- var dx1 = xc + radius * Math.cos(angle1) - x;
- var dy1 = yc + radius * Math.sin(angle1) - y;
- if (dx1 * dx1 + dy1 * dy1 <= d * d)
- return true;
- var angle2 = modulo(deg2rad(endangle), 2 * Math.PI);
- var dx2 = xc + radius * Math.cos(angle2) - x;
- var dy2 = yc + radius * Math.sin(angle2) - y;
- if (dx2 * dx2 + dy2 * dy2 <= d * d)
- return true;
- var angle = modulo(Math.atan2(dy, dx), 2 * Math.PI);
- if (angle1 > angle2)
- return (angle >= angle2 || angle <= angle1);
- else
- return (angle >= angle1 && angle <= angle2);
- }
- function pointWithinPad(x, y, pad) {
- var v = [x - pad.pos[0], y - pad.pos[1]];
- v = rotateVector(v, pad.angle);
- if (pad.offset) {
- v[0] -= pad.offset[0];
- v[1] -= pad.offset[1];
- }
- return emptyContext2d.isPointInPath(getCachedPadPath(pad), ...v);
- }
- function netHitScan(layer, x, y) {
- // Check track segments
- if (settings.renderTracks && pcbdata.tracks) {
- for (var track of pcbdata.tracks[layer]) {
- if ('radius' in track) {
- if (pointWithinDistanceToArc(x, y, ...track.center, track.radius, track.startangle, track.endangle, track.width / 2)) {
- return track.net;
- }
- } else {
- if (pointWithinDistanceToSegment(x, y, ...track.start, ...track.end, track.width / 2)) {
- return track.net;
- }
- }
- }
- }
- // Check pads
- if (settings.renderPads) {
- for (var footprint of pcbdata.footprints) {
- for (var pad of footprint.pads) {
- if (pad.layers.includes(layer) && pointWithinPad(x, y, pad)) {
- return pad.net;
- }
- }
- }
- }
- return null;
- }
- function pointWithinFootprintBbox(x, y, bbox) {
- var v = [x - bbox.pos[0], y - bbox.pos[1]];
- v = rotateVector(v, bbox.angle);
- return bbox.relpos[0] <= v[0] && v[0] <= bbox.relpos[0] + bbox.size[0] &&
- bbox.relpos[1] <= v[1] && v[1] <= bbox.relpos[1] + bbox.size[1];
- }
- function bboxHitScan(layer, x, y) {
- var result = [];
- for (var i = 0; i < pcbdata.footprints.length; i++) {
- var footprint = pcbdata.footprints[i];
- if (footprint.layer == layer) {
- if (pointWithinFootprintBbox(x, y, footprint.bbox)) {
- result.push(i);
- }
- }
- }
- return result;
- }
- function handlePointerDown(e, layerdict) {
- if (e.button != 0 && e.button != 1) {
- return;
- }
- e.preventDefault();
- e.stopPropagation();
- if (!e.hasOwnProperty("offsetX")) {
- // The polyfill doesn't set this properly
- e.offsetX = e.pageX - e.currentTarget.offsetLeft;
- e.offsetY = e.pageY - e.currentTarget.offsetTop;
- }
- layerdict.pointerStates[e.pointerId] = {
- distanceTravelled: 0,
- lastX: e.offsetX,
- lastY: e.offsetY,
- downTime: Date.now(),
- };
- }
- function handleMouseClick(e, layerdict) {
- if (!e.hasOwnProperty("offsetX")) {
- // The polyfill doesn't set this properly
- e.offsetX = e.pageX - e.currentTarget.offsetLeft;
- e.offsetY = e.pageY - e.currentTarget.offsetTop;
- }
- var x = e.offsetX;
- var y = e.offsetY;
- var t = layerdict.transform;
- var flip = layerdict.layer === "B";
- if (flip) {
- x = (devicePixelRatio * x / t.zoom - t.panx + t.x) / -t.s;
- } else {
- x = (devicePixelRatio * x / t.zoom - t.panx - t.x) / t.s;
- }
- y = (devicePixelRatio * y / t.zoom - t.y - t.pany) / t.s;
- var v = rotateVector([x, y], -settings.boardRotation + (flip && settings.offsetBackRotation ? - 180 : 0));
- if ("nets" in pcbdata) {
- var net = netHitScan(layerdict.layer, ...v);
- if (net !== highlightedNet) {
- netClicked(net);
- }
- }
- if (highlightedNet === null) {
- var footprints = bboxHitScan(layerdict.layer, ...v);
- if (footprints.length > 0) {
- footprintsClicked(footprints);
- }
- }
- }
- function handlePointerLeave(e, layerdict) {
- e.preventDefault();
- e.stopPropagation();
- if (!settings.redrawOnDrag) {
- redrawCanvas(layerdict);
- }
- delete layerdict.pointerStates[e.pointerId];
- }
- function resetTransform(layerdict) {
- layerdict.transform.panx = 0;
- layerdict.transform.pany = 0;
- layerdict.transform.zoom = 1;
- redrawCanvas(layerdict);
- }
- function handlePointerUp(e, layerdict) {
- if (!e.hasOwnProperty("offsetX")) {
- // The polyfill doesn't set this properly
- e.offsetX = e.pageX - e.currentTarget.offsetLeft;
- e.offsetY = e.pageY - e.currentTarget.offsetTop;
- }
- e.preventDefault();
- e.stopPropagation();
- if (e.button == 2) {
- // Reset pan and zoom on right click.
- resetTransform(layerdict);
- layerdict.anotherPointerTapped = false;
- return;
- }
- // We haven't necessarily had a pointermove event since the interaction started, so make sure we update this now
- var ptr = layerdict.pointerStates[e.pointerId];
- ptr.distanceTravelled += Math.abs(e.offsetX - ptr.lastX) + Math.abs(e.offsetY - ptr.lastY);
- if (e.button == 0 && ptr.distanceTravelled < 10 && Date.now() - ptr.downTime <= 500) {
- if (Object.keys(layerdict.pointerStates).length == 1) {
- if (layerdict.anotherPointerTapped) {
- // This is the second pointer coming off of a two-finger tap
- resetTransform(layerdict);
- } else {
- // This is just a regular tap
- handleMouseClick(e, layerdict);
- }
- layerdict.anotherPointerTapped = false;
- } else {
- // This is the first finger coming off of what could become a two-finger tap
- layerdict.anotherPointerTapped = true;
- }
- } else {
- if (!settings.redrawOnDrag) {
- redrawCanvas(layerdict);
- }
- layerdict.anotherPointerTapped = false;
- }
- delete layerdict.pointerStates[e.pointerId];
- }
- function handlePointerMove(e, layerdict) {
- if (!layerdict.pointerStates.hasOwnProperty(e.pointerId)) {
- return;
- }
- e.preventDefault();
- e.stopPropagation();
- if (!e.hasOwnProperty("offsetX")) {
- // The polyfill doesn't set this properly
- e.offsetX = e.pageX - e.currentTarget.offsetLeft;
- e.offsetY = e.pageY - e.currentTarget.offsetTop;
- }
- var thisPtr = layerdict.pointerStates[e.pointerId];
- var dx = e.offsetX - thisPtr.lastX;
- var dy = e.offsetY - thisPtr.lastY;
- // If this number is low on pointer up, we count the action as a click
- thisPtr.distanceTravelled += Math.abs(dx) + Math.abs(dy);
- if (Object.keys(layerdict.pointerStates).length == 1) {
- // This is a simple drag
- layerdict.transform.panx += devicePixelRatio * dx / layerdict.transform.zoom;
- layerdict.transform.pany += devicePixelRatio * dy / layerdict.transform.zoom;
- } else if (Object.keys(layerdict.pointerStates).length == 2) {
- var otherPtr = Object.values(layerdict.pointerStates).filter((ptr) => ptr != thisPtr)[0];
- var oldDist = Math.sqrt(Math.pow(thisPtr.lastX - otherPtr.lastX, 2) + Math.pow(thisPtr.lastY - otherPtr.lastY, 2));
- var newDist = Math.sqrt(Math.pow(e.offsetX - otherPtr.lastX, 2) + Math.pow(e.offsetY - otherPtr.lastY, 2));
- var scaleFactor = newDist / oldDist;
- if (scaleFactor != NaN) {
- layerdict.transform.zoom *= scaleFactor;
- var zoomd = (1 - scaleFactor) / layerdict.transform.zoom;
- layerdict.transform.panx += devicePixelRatio * otherPtr.lastX * zoomd;
- layerdict.transform.pany += devicePixelRatio * otherPtr.lastY * zoomd;
- }
- }
- thisPtr.lastX = e.offsetX;
- thisPtr.lastY = e.offsetY;
- if (settings.redrawOnDrag) {
- redrawCanvas(layerdict);
- }
- }
- function handleMouseWheel(e, layerdict) {
- e.preventDefault();
- e.stopPropagation();
- var t = layerdict.transform;
- var wheeldelta = e.deltaY;
- if (e.deltaMode == 1) {
- // FF only, scroll by lines
- wheeldelta *= 30;
- } else if (e.deltaMode == 2) {
- wheeldelta *= 300;
- }
- var m = Math.pow(1.1, -wheeldelta / 40);
- // Limit amount of zoom per tick.
- if (m > 2) {
- m = 2;
- } else if (m < 0.5) {
- m = 0.5;
- }
- t.zoom *= m;
- var zoomd = (1 - m) / t.zoom;
- t.panx += devicePixelRatio * e.offsetX * zoomd;
- t.pany += devicePixelRatio * e.offsetY * zoomd;
- redrawCanvas(layerdict);
- }
- function addMouseHandlers(div, layerdict) {
- div.addEventListener("pointerdown", function(e) {
- handlePointerDown(e, layerdict);
- });
- div.addEventListener("pointermove", function(e) {
- handlePointerMove(e, layerdict);
- });
- div.addEventListener("pointerup", function(e) {
- handlePointerUp(e, layerdict);
- });
- var pointerleave = function(e) {
- handlePointerLeave(e, layerdict);
- }
- div.addEventListener("pointercancel", pointerleave);
- div.addEventListener("pointerleave", pointerleave);
- div.addEventListener("pointerout", pointerleave);
- div.onwheel = function(e) {
- handleMouseWheel(e, layerdict);
- }
- for (var element of [div, layerdict.bg, layerdict.fab, layerdict.silk, layerdict.highlight]) {
- element.addEventListener("contextmenu", function(e) {
- e.preventDefault();
- }, false);
- }
- }
- function setRedrawOnDrag(value) {
- settings.redrawOnDrag = value;
- writeStorage("redrawOnDrag", value);
- }
- function setBoardRotation(value) {
- settings.boardRotation = value * 5;
- writeStorage("boardRotation", settings.boardRotation);
- document.getElementById("rotationDegree").textContent = settings.boardRotation;
- resizeAll();
- }
- function setOffsetBackRotation(value) {
- settings.offsetBackRotation = value;
- writeStorage("offsetBackRotation", value);
- resizeAll();
- }
- function initRender() {
- allcanvas = {
- front: {
- transform: {
- x: 0,
- y: 0,
- s: 1,
- panx: 0,
- pany: 0,
- zoom: 1,
- },
- pointerStates: {},
- anotherPointerTapped: false,
- bg: document.getElementById("F_bg"),
- fab: document.getElementById("F_fab"),
- silk: document.getElementById("F_slk"),
- highlight: document.getElementById("F_hl"),
- layer: "F",
- },
- back: {
- transform: {
- x: 0,
- y: 0,
- s: 1,
- panx: 0,
- pany: 0,
- zoom: 1,
- },
- pointerStates: {},
- anotherPointerTapped: false,
- bg: document.getElementById("B_bg"),
- fab: document.getElementById("B_fab"),
- silk: document.getElementById("B_slk"),
- highlight: document.getElementById("B_hl"),
- layer: "B",
- }
- };
- addMouseHandlers(document.getElementById("frontcanvas"), allcanvas.front);
- addMouseHandlers(document.getElementById("backcanvas"), allcanvas.back);
- }
- ///////////////////////////////////////////////
- ///////////////////////////////////////////////
- /*
- * Table reordering via Drag'n'Drop
- * Inspired by: https://htmldom.dev/drag-and-drop-table-column
- */
- function setBomHandlers() {
- const bom = document.getElementById('bomtable');
- let dragName;
- let placeHolderElements;
- let draggingElement;
- let forcePopulation;
- let xOffset;
- let yOffset;
- let wasDragged;
- const mouseUpHandler = function(e) {
- // Delete dragging element
- draggingElement.remove();
- // Make BOM selectable again
- bom.style.removeProperty("userSelect");
- // Remove listeners
- document.removeEventListener('mousemove', mouseMoveHandler);
- document.removeEventListener('mouseup', mouseUpHandler);
- if (wasDragged) {
- // Redraw whole BOM
- populateBomTable();
- }
- }
- const mouseMoveHandler = function(e) {
- // Notice the dragging
- wasDragged = true;
- // Make the dragged element visible
- draggingElement.style.removeProperty("display");
- // Set elements position to mouse position
- draggingElement.style.left = `${e.screenX - xOffset}px`;
- draggingElement.style.top = `${e.screenY - yOffset}px`;
- // Forced redrawing of BOM table
- if (forcePopulation) {
- forcePopulation = false;
- // Copy array
- phe = Array.from(placeHolderElements);
- // populate BOM table again
- populateBomHeader(dragName, phe);
- populateBomBody(dragName, phe);
- }
- // Set up array of hidden columns
- var hiddenColumns = Array.from(settings.hiddenColumns);
- // In the ungrouped mode, quantity don't exist
- if (settings.bommode === "ungrouped")
- hiddenColumns.push("Quantity");
- // If no checkbox fields can be found, we consider them hidden
- if (settings.checkboxes.length == 0)
- hiddenColumns.push("checkboxes");
- // Get table headers and group them into checkboxes, extrafields and normal headers
- const bh = document.getElementById("bomhead");
- headers = Array.from(bh.querySelectorAll("th"))
- headers.shift() // numCol is not part of the columnOrder
- headerGroups = []
- lastCompoundClass = null;
- for (i = 0; i < settings.columnOrder.length; i++) {
- cElem = settings.columnOrder[i];
- if (hiddenColumns.includes(cElem)) {
- // Hidden columns appear as a dummy element
- headerGroups.push([]);
- continue;
- }
- elem = headers.filter(e => getColumnOrderName(e) === cElem)[0];
- if (elem.classList.contains("bom-checkbox")) {
- if (lastCompoundClass === "bom-checkbox") {
- cbGroup = headerGroups.pop();
- cbGroup.push(elem);
- headerGroups.push(cbGroup);
- } else {
- lastCompoundClass = "bom-checkbox";
- headerGroups.push([elem])
- }
- } else {
- headerGroups.push([elem])
- }
- }
- // Copy settings.columnOrder
- var columns = Array.from(settings.columnOrder)
- // Set up array with indices of hidden columns
- var hiddenIndices = hiddenColumns.map(e => settings.columnOrder.indexOf(e));
- var dragIndex = columns.indexOf(dragName);
- var swapIndex = dragIndex;
- var swapDone = false;
- // Check if the current dragged element is swapable with the left or right element
- if (dragIndex > 0) {
- // Get left headers boundingbox
- swapIndex = dragIndex - 1;
- while (hiddenIndices.includes(swapIndex) && swapIndex > 0)
- swapIndex--;
- if (!hiddenIndices.includes(swapIndex)) {
- box = getBoundingClientRectFromMultiple(headerGroups[swapIndex]);
- if (e.clientX < box.left + window.scrollX + (box.width / 2)) {
- swapElement = columns[dragIndex];
- columns.splice(dragIndex, 1);
- columns.splice(swapIndex, 0, swapElement);
- forcePopulation = true;
- swapDone = true;
- }
- }
- }
- if ((!swapDone) && dragIndex < headerGroups.length - 1) {
- // Get right headers boundingbox
- swapIndex = dragIndex + 1;
- while (hiddenIndices.includes(swapIndex))
- swapIndex++;
- if (swapIndex < headerGroups.length) {
- box = getBoundingClientRectFromMultiple(headerGroups[swapIndex]);
- if (e.clientX > box.left + window.scrollX + (box.width / 2)) {
- swapElement = columns[dragIndex];
- columns.splice(dragIndex, 1);
- columns.splice(swapIndex, 0, swapElement);
- forcePopulation = true;
- swapDone = true;
- }
- }
- }
- // Write back change to storage
- if (swapDone) {
- settings.columnOrder = columns
- writeStorage("columnOrder", JSON.stringify(columns));
- }
- }
- const mouseDownHandler = function(e) {
- var target = e.target;
- if (target.tagName.toLowerCase() != "td")
- target = target.parentElement;
- // Used to check if a dragging has ever happened
- wasDragged = false;
- // Create new element which will be displayed as the dragged column
- draggingElement = document.createElement("div")
- draggingElement.classList.add("dragging");
- draggingElement.style.display = "none";
- draggingElement.style.position = "absolute";
- draggingElement.style.overflow = "hidden";
- // Get bomhead and bombody elements
- const bh = document.getElementById("bomhead");
- const bb = document.getElementById("bombody");
- // Get all compound headers for the current column
- var compoundHeaders;
- if (target.classList.contains("bom-checkbox")) {
- compoundHeaders = Array.from(bh.querySelectorAll("th.bom-checkbox"));
- } else {
- compoundHeaders = [target];
- }
- // Create new table which will display the column
- var newTable = document.createElement("table");
- newTable.classList.add("bom");
- newTable.style.background = "white";
- draggingElement.append(newTable);
- // Create new header element
- var newHeader = document.createElement("thead");
- newTable.append(newHeader);
- // Set up array for storing all placeholder elements
- placeHolderElements = [];
- // Add all compound headers to the new thead element and placeholders
- compoundHeaders.forEach(function(h) {
- clone = cloneElementWithDimensions(h);
- newHeader.append(clone);
- placeHolderElements.push(clone);
- });
- // Create new body element
- var newBody = document.createElement("tbody");
- newTable.append(newBody);
- // Get indices for compound headers
- var idxs = compoundHeaders.map(e => getBomTableHeaderIndex(e));
- // For each row in the BOM body...
- var rows = bb.querySelectorAll("tr");
- rows.forEach(function(row) {
- // ..get the cells for the compound column
- const tds = row.querySelectorAll("td");
- var copytds = idxs.map(i => tds[i]);
- // Add them to the new element and the placeholders
- var newRow = document.createElement("tr");
- copytds.forEach(function(td) {
- clone = cloneElementWithDimensions(td);
- newRow.append(clone);
- placeHolderElements.push(clone);
- });
- newBody.append(newRow);
- });
- // Compute width for compound header
- var width = compoundHeaders.reduce((acc, x) => acc + x.clientWidth, 0);
- draggingElement.style.width = `${width}px`;
- // Insert the new dragging element and disable selection on BOM
- bom.insertBefore(draggingElement, null);
- bom.style.userSelect = "none";
- // Determine the mouse position offset
- xOffset = e.screenX - compoundHeaders.reduce((acc, x) => Math.min(acc, x.offsetLeft), compoundHeaders[0].offsetLeft);
- yOffset = e.screenY - compoundHeaders[0].offsetTop;
- // Get name for the column in settings.columnOrder
- dragName = getColumnOrderName(target);
- // Change text and class for placeholder elements
- placeHolderElements = placeHolderElements.map(function(e) {
- newElem = cloneElementWithDimensions(e);
- newElem.textContent = "";
- newElem.classList.add("placeholder");
- return newElem;
- });
- // On next mouse move, the whole BOM needs to be redrawn to show the placeholders
- forcePopulation = true;
- // Add listeners for move and up on mouse
- document.addEventListener('mousemove', mouseMoveHandler);
- document.addEventListener('mouseup', mouseUpHandler);
- }
- // In netlist mode, there is nothing to reorder
- if (settings.bommode === "netlist")
- return;
- // Add mouseDownHandler to every column except the numCol
- bom.querySelectorAll("th")
- .forEach(function(head) {
- if (!head.classList.contains("numCol")) {
- head.onmousedown = mouseDownHandler;
- }
- });
- }
- function getBoundingClientRectFromMultiple(elements) {
- var elems = Array.from(elements);
- if (elems.length == 0)
- return null;
- var box = elems.shift()
- .getBoundingClientRect();
- elems.forEach(function(elem) {
- var elembox = elem.getBoundingClientRect();
- box.left = Math.min(elembox.left, box.left);
- box.top = Math.min(elembox.top, box.top);
- box.width += elembox.width;
- box.height = Math.max(elembox.height, box.height);
- });
- return box;
- }
- function cloneElementWithDimensions(elem) {
- var newElem = elem.cloneNode(true);
- newElem.style.height = window.getComputedStyle(elem).height;
- newElem.style.width = window.getComputedStyle(elem).width;
- return newElem;
- }
- function getBomTableHeaderIndex(elem) {
- const bh = document.getElementById('bomhead');
- const ths = Array.from(bh.querySelectorAll("th"));
- return ths.indexOf(elem);
- }
- function getColumnOrderName(elem) {
- var cname = elem.getAttribute("col_name");
- if (cname === "bom-checkbox")
- return "checkboxes";
- else
- return cname;
- }
- function resizableGrid(tablehead) {
- var cols = tablehead.firstElementChild.children;
- var rowWidth = tablehead.offsetWidth;
- for (var i = 1; i < cols.length; i++) {
- if (cols[i].classList.contains("bom-checkbox"))
- continue;
- cols[i].style.width = ((cols[i].clientWidth - paddingDiff(cols[i])) * 100 / rowWidth) + '%';
- }
- for (var i = 1; i < cols.length - 1; i++) {
- var div = document.createElement('div');
- div.className = "column-width-handle";
- cols[i].appendChild(div);
- setListeners(div);
- }
- function setListeners(div) {
- var startX, curCol, nxtCol, curColWidth, nxtColWidth, rowWidth;
- div.addEventListener('mousedown', function(e) {
- e.preventDefault();
- e.stopPropagation();
- curCol = e.target.parentElement;
- nxtCol = curCol.nextElementSibling;
- startX = e.pageX;
- var padding = paddingDiff(curCol);
- rowWidth = curCol.parentElement.offsetWidth;
- curColWidth = curCol.clientWidth - padding;
- nxtColWidth = nxtCol.clientWidth - padding;
- });
- document.addEventListener('mousemove', function(e) {
- if (startX) {
- var diffX = e.pageX - startX;
- diffX = -Math.min(-diffX, curColWidth - 20);
- diffX = Math.min(diffX, nxtColWidth - 20);
- curCol.style.width = ((curColWidth + diffX) * 100 / rowWidth) + '%';
- nxtCol.style.width = ((nxtColWidth - diffX) * 100 / rowWidth) + '%';
- console.log(`${curColWidth + nxtColWidth} ${(curColWidth + diffX) * 100 / rowWidth + (nxtColWidth - diffX) * 100 / rowWidth}`);
- }
- });
- document.addEventListener('mouseup', function(e) {
- curCol = undefined;
- nxtCol = undefined;
- startX = undefined;
- nxtColWidth = undefined;
- curColWidth = undefined
- });
- }
- function paddingDiff(col) {
- if (getStyleVal(col, 'box-sizing') == 'border-box') {
- return 0;
- }
- var padLeft = getStyleVal(col, 'padding-left');
- var padRight = getStyleVal(col, 'padding-right');
- return (parseInt(padLeft) + parseInt(padRight));
- }
- function getStyleVal(elm, css) {
- return (window.getComputedStyle(elm, null).getPropertyValue(css))
- }
- }
- ///////////////////////////////////////////////
- ///////////////////////////////////////////////
- /* DOM manipulation and misc code */
- var bomsplit;
- var canvassplit;
- var initDone = false;
- var bomSortFunction = null;
- var currentSortColumn = null;
- var currentSortOrder = null;
- var currentHighlightedRowId;
- var highlightHandlers = [];
- var footprintIndexToHandler = {};
- var netsToHandler = {};
- var markedFootprints = new Set();
- var highlightedFootprints = [];
- var highlightedNet = null;
- var lastClicked;
- function dbg(html) {
- dbgdiv.innerHTML = html;
- }
- function redrawIfInitDone() {
- if (initDone) {
- redrawCanvas(allcanvas.front);
- redrawCanvas(allcanvas.back);
- }
- }
- function padsVisible(value) {
- writeStorage("padsVisible", value);
- settings.renderPads = value;
- redrawIfInitDone();
- }
- function referencesVisible(value) {
- writeStorage("referencesVisible", value);
- settings.renderReferences = value;
- redrawIfInitDone();
- }
- function valuesVisible(value) {
- writeStorage("valuesVisible", value);
- settings.renderValues = value;
- redrawIfInitDone();
- }
- function tracksVisible(value) {
- writeStorage("tracksVisible", value);
- settings.renderTracks = value;
- redrawIfInitDone();
- }
- function zonesVisible(value) {
- writeStorage("zonesVisible", value);
- settings.renderZones = value;
- redrawIfInitDone();
- }
- function dnpOutline(value) {
- writeStorage("dnpOutline", value);
- settings.renderDnpOutline = value;
- redrawIfInitDone();
- }
- function setDarkMode(value) {
- if (value) {
- topmostdiv.classList.add("dark");
- } else {
- topmostdiv.classList.remove("dark");
- }
- writeStorage("darkmode", value);
- settings.darkMode = value;
- redrawIfInitDone();
- if (initDone) {
- populateBomTable();
- }
- }
- function setShowBOMColumn(field, value) {
- if (field === "references") {
- var rl = document.getElementById("reflookup");
- rl.disabled = !value;
- if (!value) {
- rl.value = "";
- updateRefLookup("");
- }
- }
- var n = settings.hiddenColumns.indexOf(field);
- if (value) {
- if (n != -1) {
- settings.hiddenColumns.splice(n, 1);
- }
- } else {
- if (n == -1) {
- settings.hiddenColumns.push(field);
- }
- }
- writeStorage("hiddenColumns", JSON.stringify(settings.hiddenColumns));
- if (initDone) {
- populateBomTable();
- }
- redrawIfInitDone();
- }
- function setFullscreen(value) {
- if (value) {
- document.documentElement.requestFullscreen();
- } else {
- document.exitFullscreen();
- }
- }
- function fabricationVisible(value) {
- writeStorage("fabricationVisible", value);
- settings.renderFabrication = value;
- redrawIfInitDone();
- }
- function silkscreenVisible(value) {
- writeStorage("silkscreenVisible", value);
- settings.renderSilkscreen = value;
- redrawIfInitDone();
- }
- function setHighlightPin1(value) {
- writeStorage("highlightpin1", value);
- settings.highlightpin1 = value;
- redrawIfInitDone();
- }
- function getStoredCheckboxRefs(checkbox) {
- function convert(ref) {
- var intref = parseInt(ref);
- if (isNaN(intref)) {
- for (var i = 0; i < pcbdata.footprints.length; i++) {
- if (pcbdata.footprints[i].ref == ref) {
- return i;
- }
- }
- return -1;
- } else {
- return intref;
- }
- }
- if (!(checkbox in settings.checkboxStoredRefs)) {
- var val = readStorage("checkbox_" + checkbox);
- settings.checkboxStoredRefs[checkbox] = val ? val : "";
- }
- if (!settings.checkboxStoredRefs[checkbox]) {
- return new Set();
- } else {
- return new Set(settings.checkboxStoredRefs[checkbox].split(",").map(r => convert(r)).filter(a => a >= 0));
- }
- }
- function getCheckboxState(checkbox, references) {
- var storedRefsSet = getStoredCheckboxRefs(checkbox);
- var currentRefsSet = new Set(references.map(r => r[1]));
- // Get difference of current - stored
- var difference = new Set(currentRefsSet);
- for (ref of storedRefsSet) {
- difference.delete(ref);
- }
- if (difference.size == 0) {
- // All the current refs are stored
- return "checked";
- } else if (difference.size == currentRefsSet.size) {
- // None of the current refs are stored
- return "unchecked";
- } else {
- // Some of the refs are stored
- return "indeterminate";
- }
- }
- function setBomCheckboxState(checkbox, element, references) {
- var state = getCheckboxState(checkbox, references);
- element.checked = (state == "checked");
- element.indeterminate = (state == "indeterminate");
- }
- function createCheckboxChangeHandler(checkbox, references, row) {
- return function () {
- refsSet = getStoredCheckboxRefs(checkbox);
- var markWhenChecked = settings.markWhenChecked == checkbox;
- eventArgs = {
- checkbox: checkbox,
- refs: references,
- }
- if (this.checked) {
- // checkbox ticked
- for (var ref of references) {
- refsSet.add(ref[1]);
- }
- if (markWhenChecked) {
- row.classList.add("checked");
- for (var ref of references) {
- markedFootprints.add(ref[1]);
- }
- drawHighlights();
- }
- eventArgs.state = 'checked';
- } else {
- // checkbox unticked
- for (var ref of references) {
- refsSet.delete(ref[1]);
- }
- if (markWhenChecked) {
- row.classList.remove("checked");
- for (var ref of references) {
- markedFootprints.delete(ref[1]);
- }
- drawHighlights();
- }
- eventArgs.state = 'unchecked';
- }
- settings.checkboxStoredRefs[checkbox] = [...refsSet].join(",");
- writeStorage("checkbox_" + checkbox, settings.checkboxStoredRefs[checkbox]);
- updateCheckboxStats(checkbox);
- EventHandler.emitEvent(IBOM_EVENT_TYPES.CHECKBOX_CHANGE_EVENT, eventArgs);
- }
- }
- function clearHighlightedFootprints() {
- if (currentHighlightedRowId) {
- document.getElementById(currentHighlightedRowId).classList.remove("highlighted");
- currentHighlightedRowId = null;
- highlightedFootprints = [];
- highlightedNet = null;
- }
- }
- function createRowHighlightHandler(rowid, refs, net) {
- return function () {
- if (currentHighlightedRowId) {
- if (currentHighlightedRowId == rowid) {
- return;
- }
- document.getElementById(currentHighlightedRowId).classList.remove("highlighted");
- }
- document.getElementById(rowid).classList.add("highlighted");
- currentHighlightedRowId = rowid;
- highlightedFootprints = refs ? refs.map(r => r[1]) : [];
- highlightedNet = net;
- drawHighlights();
- EventHandler.emitEvent(
- IBOM_EVENT_TYPES.HIGHLIGHT_EVENT, {
- rowid: rowid,
- refs: refs,
- net: net
- });
- }
- }
- function updateNetColors() {
- writeStorage("netColors", JSON.stringify(settings.netColors));
- redrawIfInitDone();
- }
- function netColorChangeHandler(net) {
- return (event) => {
- settings.netColors[net] = event.target.value;
- updateNetColors();
- }
- }
- function netColorRightClick(net) {
- return (event) => {
- if (event.button == 2) {
- event.preventDefault();
- event.stopPropagation();
- var style = getComputedStyle(topmostdiv);
- var defaultNetColor = style.getPropertyValue('--track-color').trim();
- event.target.value = defaultNetColor;
- delete settings.netColors[net];
- updateNetColors();
- }
- }
- }
- function entryMatches(entry) {
- if (settings.bommode == "netlist") {
- // entry is just a net name
- return entry.toLowerCase().indexOf(filter) >= 0;
- }
- // check refs
- if (!settings.hiddenColumns.includes("references")) {
- for (var ref of entry) {
- if (ref[0].toLowerCase().indexOf(filter) >= 0) {
- return true;
- }
- }
- }
- // check fields
- for (var i in config.fields) {
- var f = config.fields[i];
- if (!settings.hiddenColumns.includes(f)) {
- for (var ref of entry) {
- if (String(pcbdata.bom.fields[ref[1]][i]).toLowerCase().indexOf(filter) >= 0) {
- return true;
- }
- }
- }
- }
- return false;
- }
- function findRefInEntry(entry) {
- return entry.filter(r => r[0].toLowerCase() == reflookup);
- }
- function highlightFilter(s) {
- if (!filter) {
- return s;
- }
- var parts = s.toLowerCase().split(filter);
- if (parts.length == 1) {
- return s;
- }
- var r = "";
- var pos = 0;
- for (var i in parts) {
- if (i > 0) {
- r += '<mark class="highlight">' +
- s.substring(pos, pos + filter.length) +
- '</mark>';
- pos += filter.length;
- }
- r += s.substring(pos, pos + parts[i].length);
- pos += parts[i].length;
- }
- return r;
- }
- function checkboxSetUnsetAllHandler(checkboxname) {
- return function () {
- var checkboxnum = 0;
- while (checkboxnum < settings.checkboxes.length &&
- settings.checkboxes[checkboxnum].toLowerCase() != checkboxname.toLowerCase()) {
- checkboxnum++;
- }
- if (checkboxnum >= settings.checkboxes.length) {
- return;
- }
- var allset = true;
- var checkbox;
- var row;
- for (row of bombody.childNodes) {
- checkbox = row.childNodes[checkboxnum + 1].childNodes[0];
- if (!checkbox.checked || checkbox.indeterminate) {
- allset = false;
- break;
- }
- }
- for (row of bombody.childNodes) {
- checkbox = row.childNodes[checkboxnum + 1].childNodes[0];
- checkbox.checked = !allset;
- checkbox.indeterminate = false;
- checkbox.onchange();
- }
- }
- }
- function createColumnHeader(name, cls, comparator, is_checkbox = false) {
- var th = document.createElement("TH");
- th.innerHTML = name;
- th.classList.add(cls);
- if (is_checkbox)
- th.setAttribute("col_name", "bom-checkbox");
- else
- th.setAttribute("col_name", name);
- var span = document.createElement("SPAN");
- span.classList.add("sortmark");
- span.classList.add("none");
- th.appendChild(span);
- var spacer = document.createElement("div");
- spacer.className = "column-spacer";
- th.appendChild(spacer);
- spacer.onclick = function () {
- if (currentSortColumn && th !== currentSortColumn) {
- // Currently sorted by another column
- currentSortColumn.childNodes[1].classList.remove(currentSortOrder);
- currentSortColumn.childNodes[1].classList.add("none");
- currentSortColumn = null;
- currentSortOrder = null;
- }
- if (currentSortColumn && th === currentSortColumn) {
- // Already sorted by this column
- if (currentSortOrder == "asc") {
- // Sort by this column, descending order
- bomSortFunction = function (a, b) {
- return -comparator(a, b);
- }
- currentSortColumn.childNodes[1].classList.remove("asc");
- currentSortColumn.childNodes[1].classList.add("desc");
- currentSortOrder = "desc";
- } else {
- // Unsort
- bomSortFunction = null;
- currentSortColumn.childNodes[1].classList.remove("desc");
- currentSortColumn.childNodes[1].classList.add("none");
- currentSortColumn = null;
- currentSortOrder = null;
- }
- } else {
- // Sort by this column, ascending order
- bomSortFunction = comparator;
- currentSortColumn = th;
- currentSortColumn.childNodes[1].classList.remove("none");
- currentSortColumn.childNodes[1].classList.add("asc");
- currentSortOrder = "asc";
- }
- populateBomBody();
- }
- if (is_checkbox) {
- spacer.onclick = fancyDblClickHandler(
- spacer, spacer.onclick, checkboxSetUnsetAllHandler(name));
- }
- return th;
- }
- function populateBomHeader(placeHolderColumn = null, placeHolderElements = null) {
- while (bomhead.firstChild) {
- bomhead.removeChild(bomhead.firstChild);
- }
- var tr = document.createElement("TR");
- var th = document.createElement("TH");
- th.classList.add("numCol");
- var vismenu = document.createElement("div");
- vismenu.id = "vismenu";
- vismenu.classList.add("menu");
- var visbutton = document.createElement("div");
- visbutton.classList.add("visbtn");
- visbutton.classList.add("hideonprint");
- var viscontent = document.createElement("div");
- viscontent.classList.add("menu-content");
- viscontent.id = "vismenu-content";
- settings.columnOrder.forEach(column => {
- if (typeof column !== "string")
- return;
- // Skip empty columns
- if (column === "checkboxes" && settings.checkboxes.length == 0)
- return;
- else if (column === "Quantity" && settings.bommode == "ungrouped")
- return;
- var label = document.createElement("label");
- label.classList.add("menu-label");
- var input = document.createElement("input");
- input.classList.add("visibility_checkbox");
- input.type = "checkbox";
- input.onchange = function (e) {
- setShowBOMColumn(column, e.target.checked)
- };
- input.checked = !(settings.hiddenColumns.includes(column));
- label.appendChild(input);
- if (column.length > 0)
- label.append(column[0].toUpperCase() + column.slice(1));
- viscontent.appendChild(label);
- });
- viscontent.childNodes[0].classList.add("menu-label-top");
- vismenu.appendChild(visbutton);
- if (settings.bommode != "netlist") {
- vismenu.appendChild(viscontent);
- th.appendChild(vismenu);
- }
- tr.appendChild(th);
- var checkboxCompareClosure = function (checkbox) {
- return (a, b) => {
- var stateA = getCheckboxState(checkbox, a);
- var stateB = getCheckboxState(checkbox, b);
- if (stateA > stateB) return -1;
- if (stateA < stateB) return 1;
- return 0;
- }
- }
- var stringFieldCompareClosure = function (fieldIndex) {
- return (a, b) => {
- var fa = pcbdata.bom.fields[a[0][1]][fieldIndex];
- var fb = pcbdata.bom.fields[b[0][1]][fieldIndex];
- if (fa != fb) return fa > fb ? 1 : -1;
- else return 0;
- }
- }
- var referenceRegex = /(?<prefix>[^0-9]+)(?<number>[0-9]+)/;
- var compareRefs = (a, b) => {
- var ra = referenceRegex.exec(a);
- var rb = referenceRegex.exec(b);
- if (ra === null || rb === null) {
- if (a != b) return a > b ? 1 : -1;
- return 0;
- } else {
- if (ra.groups.prefix != rb.groups.prefix) {
- return ra.groups.prefix > rb.groups.prefix ? 1 : -1;
- }
- if (ra.groups.number != rb.groups.number) {
- return parseInt(ra.groups.number) > parseInt(rb.groups.number) ? 1 : -1;
- }
- return 0;
- }
- }
- if (settings.bommode == "netlist") {
- tr.appendChild(createColumnHeader("Net name", "bom-netname", (a, b) => {
- if (a > b) return -1;
- if (a < b) return 1;
- return 0;
- }));
- tr.appendChild(createColumnHeader("Color", "bom-color", (a, b) => {
- return 0;
- }));
- } else {
- // Filter hidden columns
- var columns = settings.columnOrder.filter(e => !settings.hiddenColumns.includes(e));
- var valueIndex = config.fields.indexOf("Value");
- var footprintIndex = config.fields.indexOf("Footprint");
- columns.forEach((column) => {
- if (column === placeHolderColumn) {
- var n = 1;
- if (column === "checkboxes")
- n = settings.checkboxes.length;
- for (i = 0; i < n; i++) {
- td = placeHolderElements.shift();
- tr.appendChild(td);
- }
- return;
- } else if (column === "checkboxes") {
- for (var checkbox of settings.checkboxes) {
- th = createColumnHeader(
- checkbox, "bom-checkbox", checkboxCompareClosure(checkbox), true);
- tr.appendChild(th);
- }
- } else if (column === "References") {
- tr.appendChild(createColumnHeader("References", "references", (a, b) => {
- var i = 0;
- while (i < a.length && i < b.length) {
- if (a[i] != b[i]) return compareRefs(a[i][0], b[i][0]);
- i++;
- }
- return a.length - b.length;
- }));
- } else if (column === "Value") {
- tr.appendChild(createColumnHeader("Value", "value", (a, b) => {
- var ra = a[0][1], rb = b[0][1];
- return valueCompare(
- pcbdata.bom.parsedValues[ra], pcbdata.bom.parsedValues[rb],
- pcbdata.bom.fields[ra][valueIndex], pcbdata.bom.fields[rb][valueIndex]);
- }));
- return;
- } else if (column === "Footprint") {
- tr.appendChild(createColumnHeader(
- "Footprint", "footprint", stringFieldCompareClosure(footprintIndex)));
- } else if (column === "Quantity" && settings.bommode == "grouped") {
- tr.appendChild(createColumnHeader("Quantity", "quantity", (a, b) => {
- return a.length - b.length;
- }));
- } else {
- // Other fields
- var i = config.fields.indexOf(column);
- if (i < 0)
- return;
- tr.appendChild(createColumnHeader(
- column, `field${i + 1}`, stringFieldCompareClosure(i)));
- }
- });
- }
- bomhead.appendChild(tr);
- }
- function populateBomBody(placeholderColumn = null, placeHolderElements = null) {
- const urlRegex = /^(https?:\/\/[^\s\/$.?#][^\s]*|file:\/\/([a-zA-Z]:|\/)[^\x00]+)$/;
- while (bom.firstChild) {
- bom.removeChild(bom.firstChild);
- }
- highlightHandlers = [];
- footprintIndexToHandler = {};
- netsToHandler = {};
- currentHighlightedRowId = null;
- var first = true;
- var style = getComputedStyle(topmostdiv);
- var defaultNetColor = style.getPropertyValue('--track-color').trim();
- if (settings.bommode == "netlist") {
- bomtable = pcbdata.nets.slice();
- } else {
- switch (settings.canvaslayout) {
- case 'F':
- bomtable = pcbdata.bom.F.slice();
- break;
- case 'FB':
- bomtable = pcbdata.bom.both.slice();
- break;
- case 'B':
- bomtable = pcbdata.bom.B.slice();
- break;
- }
- if (settings.bommode == "ungrouped") {
- // expand bom table
- expandedTable = []
- for (var bomentry of bomtable) {
- for (var ref of bomentry) {
- expandedTable.push([ref]);
- }
- }
- bomtable = expandedTable;
- }
- }
- if (bomSortFunction) {
- bomtable = bomtable.sort(bomSortFunction);
- }
- for (var i in bomtable) {
- var bomentry = bomtable[i];
- if (filter && !entryMatches(bomentry)) {
- continue;
- }
- var references = null;
- var netname = null;
- var tr = document.createElement("TR");
- var td = document.createElement("TD");
- var rownum = +i + 1;
- tr.id = "bomrow" + rownum;
- td.textContent = rownum;
- tr.appendChild(td);
- if (settings.bommode == "netlist") {
- netname = bomentry;
- td = document.createElement("TD");
- td.innerHTML = highlightFilter(netname ? netname : "<no net>");
- tr.appendChild(td);
- var color = settings.netColors[netname] || defaultNetColor;
- td = document.createElement("TD");
- var colorBox = document.createElement("INPUT");
- colorBox.type = "color";
- colorBox.value = color;
- colorBox.onchange = netColorChangeHandler(netname);
- colorBox.onmouseup = netColorRightClick(netname);
- colorBox.oncontextmenu = (e) => e.preventDefault();
- td.appendChild(colorBox);
- td.classList.add("color-column");
- tr.appendChild(td);
- } else {
- if (reflookup) {
- references = findRefInEntry(bomentry);
- if (references.length == 0) {
- continue;
- }
- } else {
- references = bomentry;
- }
- // Filter hidden columns
- var columns = settings.columnOrder.filter(e => !settings.hiddenColumns.includes(e));
- columns.forEach((column) => {
- if (column === placeholderColumn) {
- var n = 1;
- if (column === "checkboxes")
- n = settings.checkboxes.length;
- for (i = 0; i < n; i++) {
- td = placeHolderElements.shift();
- tr.appendChild(td);
- }
- return;
- } else if (column === "checkboxes") {
- for (var checkbox of settings.checkboxes) {
- if (checkbox) {
- td = document.createElement("TD");
- var input = document.createElement("input");
- input.type = "checkbox";
- input.onchange = createCheckboxChangeHandler(checkbox, references, tr);
- setBomCheckboxState(checkbox, input, references);
- if (input.checked && settings.markWhenChecked == checkbox) {
- tr.classList.add("checked");
- }
- td.appendChild(input);
- tr.appendChild(td);
- }
- }
- } else if (column === "References") {
- td = document.createElement("TD");
- td.innerHTML = highlightFilter(references.map(r => r[0]).join(", "));
- tr.appendChild(td);
- } else if (column === "Quantity" && settings.bommode == "grouped") {
- // Quantity
- td = document.createElement("TD");
- td.textContent = references.length;
- tr.appendChild(td);
- } else {
- // All the other fields
- var field_index = config.fields.indexOf(column)
- if (field_index < 0)
- return;
- var valueSet = new Set();
- references.map(r => r[1]).forEach((id) => valueSet.add(pcbdata.bom.fields[id][field_index]));
- td = document.createElement("TD");
- var output = new Array();
- for (let item of valueSet) {
- const visible = highlightFilter(String(item));
- if (typeof item === 'string' && item.match(urlRegex)) {
- output.push(`<a href="${item}" target="_blank">${visible}</a>`);
- } else {
- output.push(visible);
- }
- }
- td.innerHTML = output.join(", ");
- tr.appendChild(td);
- }
- });
- }
- bom.appendChild(tr);
- var handler = createRowHighlightHandler(tr.id, references, netname);
- tr.onmousemove = handler;
- highlightHandlers.push({
- id: tr.id,
- handler: handler,
- });
- if (references !== null) {
- for (var refIndex of references.map(r => r[1])) {
- footprintIndexToHandler[refIndex] = handler;
- }
- }
- if (netname !== null) {
- netsToHandler[netname] = handler;
- }
- if ((filter || reflookup) && first) {
- handler();
- first = false;
- }
- }
- EventHandler.emitEvent(
- IBOM_EVENT_TYPES.BOM_BODY_CHANGE_EVENT, {
- filter: filter,
- reflookup: reflookup,
- checkboxes: settings.checkboxes,
- bommode: settings.bommode,
- });
- }
- function highlightPreviousRow() {
- if (!currentHighlightedRowId) {
- highlightHandlers[highlightHandlers.length - 1].handler();
- } else {
- if (highlightHandlers.length > 1 &&
- highlightHandlers[0].id == currentHighlightedRowId) {
- highlightHandlers[highlightHandlers.length - 1].handler();
- } else {
- for (var i = 0; i < highlightHandlers.length - 1; i++) {
- if (highlightHandlers[i + 1].id == currentHighlightedRowId) {
- highlightHandlers[i].handler();
- break;
- }
- }
- }
- }
- smoothScrollToRow(currentHighlightedRowId);
- }
- function highlightNextRow() {
- if (!currentHighlightedRowId) {
- highlightHandlers[0].handler();
- } else {
- if (highlightHandlers.length > 1 &&
- highlightHandlers[highlightHandlers.length - 1].id == currentHighlightedRowId) {
- highlightHandlers[0].handler();
- } else {
- for (var i = 1; i < highlightHandlers.length; i++) {
- if (highlightHandlers[i - 1].id == currentHighlightedRowId) {
- highlightHandlers[i].handler();
- break;
- }
- }
- }
- }
- smoothScrollToRow(currentHighlightedRowId);
- }
- function populateBomTable() {
- populateBomHeader();
- populateBomBody();
- setBomHandlers();
- resizableGrid(bomhead);
- }
- function footprintsClicked(footprintIndexes) {
- var lastClickedIndex = footprintIndexes.indexOf(lastClicked);
- for (var i = 1; i <= footprintIndexes.length; i++) {
- var refIndex = footprintIndexes[(lastClickedIndex + i) % footprintIndexes.length];
- if (refIndex in footprintIndexToHandler) {
- lastClicked = refIndex;
- footprintIndexToHandler[refIndex]();
- smoothScrollToRow(currentHighlightedRowId);
- break;
- }
- }
- }
- function netClicked(net) {
- if (net in netsToHandler) {
- netsToHandler[net]();
- smoothScrollToRow(currentHighlightedRowId);
- } else {
- clearHighlightedFootprints();
- highlightedNet = net;
- drawHighlights();
- }
- }
- function updateFilter(input) {
- filter = input.toLowerCase();
- populateBomTable();
- }
- function updateRefLookup(input) {
- reflookup = input.toLowerCase();
- populateBomTable();
- }
- function changeCanvasLayout(layout) {
- document.getElementById("fl-btn").classList.remove("depressed");
- document.getElementById("fb-btn").classList.remove("depressed");
- document.getElementById("bl-btn").classList.remove("depressed");
- switch (layout) {
- case 'F':
- document.getElementById("fl-btn").classList.add("depressed");
- if (settings.bomlayout != "bom-only") {
- canvassplit.collapse(1);
- }
- break;
- case 'B':
- document.getElementById("bl-btn").classList.add("depressed");
- if (settings.bomlayout != "bom-only") {
- canvassplit.collapse(0);
- }
- break;
- default:
- document.getElementById("fb-btn").classList.add("depressed");
- if (settings.bomlayout != "bom-only") {
- canvassplit.setSizes([50, 50]);
- }
- }
- settings.canvaslayout = layout;
- writeStorage("canvaslayout", layout);
- resizeAll();
- changeBomMode(settings.bommode);
- }
- function populateMetadata() {
- document.getElementById("title").innerHTML = pcbdata.metadata.title;
- document.getElementById("revision").innerHTML = "Rev: " + pcbdata.metadata.revision;
- document.getElementById("company").innerHTML = pcbdata.metadata.company;
- document.getElementById("filedate").innerHTML = pcbdata.metadata.date;
- if (pcbdata.metadata.title != "") {
- document.title = pcbdata.metadata.title + " BOM";
- }
- // Calculate board stats
- var fp_f = 0,
- fp_b = 0,
- pads_f = 0,
- pads_b = 0,
- pads_th = 0;
- for (var i = 0; i < pcbdata.footprints.length; i++) {
- if (pcbdata.bom.skipped.includes(i)) continue;
- var mod = pcbdata.footprints[i];
- if (mod.layer == "F") {
- fp_f++;
- } else {
- fp_b++;
- }
- for (var pad of mod.pads) {
- if (pad.type == "th") {
- pads_th++;
- } else {
- if (pad.layers.includes("F")) {
- pads_f++;
- }
- if (pad.layers.includes("B")) {
- pads_b++;
- }
- }
- }
- }
- document.getElementById("stats-components-front").innerHTML = fp_f;
- document.getElementById("stats-components-back").innerHTML = fp_b;
- document.getElementById("stats-components-total").innerHTML = fp_f + fp_b;
- document.getElementById("stats-groups-front").innerHTML = pcbdata.bom.F.length;
- document.getElementById("stats-groups-back").innerHTML = pcbdata.bom.B.length;
- document.getElementById("stats-groups-total").innerHTML = pcbdata.bom.both.length;
- document.getElementById("stats-smd-pads-front").innerHTML = pads_f;
- document.getElementById("stats-smd-pads-back").innerHTML = pads_b;
- document.getElementById("stats-smd-pads-total").innerHTML = pads_f + pads_b;
- document.getElementById("stats-th-pads").innerHTML = pads_th;
- // Update version string
- document.getElementById("github-link").innerHTML = "InteractiveHtmlBom " +
- /^v\d+\.\d+/.exec(pcbdata.ibom_version)[0];
- }
- function changeBomLayout(layout) {
- document.getElementById("bom-btn").classList.remove("depressed");
- document.getElementById("lr-btn").classList.remove("depressed");
- document.getElementById("tb-btn").classList.remove("depressed");
- switch (layout) {
- case 'bom-only':
- document.getElementById("bom-btn").classList.add("depressed");
- if (bomsplit) {
- bomsplit.destroy();
- bomsplit = null;
- canvassplit.destroy();
- canvassplit = null;
- }
- document.getElementById("frontcanvas").style.display = "none";
- document.getElementById("backcanvas").style.display = "none";
- document.getElementById("topmostdiv").style.height = "";
- document.getElementById("topmostdiv").style.display = "block";
- break;
- case 'top-bottom':
- document.getElementById("tb-btn").classList.add("depressed");
- document.getElementById("frontcanvas").style.display = "";
- document.getElementById("backcanvas").style.display = "";
- document.getElementById("topmostdiv").style.height = "100%";
- document.getElementById("topmostdiv").style.display = "flex";
- document.getElementById("bomdiv").classList.remove("split-horizontal");
- document.getElementById("canvasdiv").classList.remove("split-horizontal");
- document.getElementById("frontcanvas").classList.add("split-horizontal");
- document.getElementById("backcanvas").classList.add("split-horizontal");
- if (bomsplit) {
- bomsplit.destroy();
- bomsplit = null;
- canvassplit.destroy();
- canvassplit = null;
- }
- bomsplit = Split(['#bomdiv', '#canvasdiv'], {
- sizes: [50, 50],
- onDragEnd: resizeAll,
- direction: "vertical",
- gutterSize: 5
- });
- canvassplit = Split(['#frontcanvas', '#backcanvas'], {
- sizes: [50, 50],
- gutterSize: 5,
- onDragEnd: resizeAll
- });
- break;
- case 'left-right':
- document.getElementById("lr-btn").classList.add("depressed");
- document.getElementById("frontcanvas").style.display = "";
- document.getElementById("backcanvas").style.display = "";
- document.getElementById("topmostdiv").style.height = "100%";
- document.getElementById("topmostdiv").style.display = "flex";
- document.getElementById("bomdiv").classList.add("split-horizontal");
- document.getElementById("canvasdiv").classList.add("split-horizontal");
- document.getElementById("frontcanvas").classList.remove("split-horizontal");
- document.getElementById("backcanvas").classList.remove("split-horizontal");
- if (bomsplit) {
- bomsplit.destroy();
- bomsplit = null;
- canvassplit.destroy();
- canvassplit = null;
- }
- bomsplit = Split(['#bomdiv', '#canvasdiv'], {
- sizes: [50, 50],
- onDragEnd: resizeAll,
- gutterSize: 5
- });
- canvassplit = Split(['#frontcanvas', '#backcanvas'], {
- sizes: [50, 50],
- gutterSize: 5,
- direction: "vertical",
- onDragEnd: resizeAll
- });
- }
- settings.bomlayout = layout;
- writeStorage("bomlayout", layout);
- changeCanvasLayout(settings.canvaslayout);
- }
- function changeBomMode(mode) {
- document.getElementById("bom-grouped-btn").classList.remove("depressed");
- document.getElementById("bom-ungrouped-btn").classList.remove("depressed");
- document.getElementById("bom-netlist-btn").classList.remove("depressed");
- var chkbxs = document.getElementsByClassName("visibility_checkbox");
- switch (mode) {
- case 'grouped':
- document.getElementById("bom-grouped-btn").classList.add("depressed");
- for (var i = 0; i < chkbxs.length; i++) {
- chkbxs[i].disabled = false;
- }
- break;
- case 'ungrouped':
- document.getElementById("bom-ungrouped-btn").classList.add("depressed");
- for (var i = 0; i < chkbxs.length; i++) {
- chkbxs[i].disabled = false;
- }
- break;
- case 'netlist':
- document.getElementById("bom-netlist-btn").classList.add("depressed");
- for (var i = 0; i < chkbxs.length; i++) {
- chkbxs[i].disabled = true;
- }
- }
- writeStorage("bommode", mode);
- if (mode != settings.bommode) {
- settings.bommode = mode;
- bomSortFunction = null;
- currentSortColumn = null;
- currentSortOrder = null;
- clearHighlightedFootprints();
- }
- populateBomTable();
- }
- function focusFilterField() {
- focusInputField(document.getElementById("filter"));
- }
- function focusRefLookupField() {
- focusInputField(document.getElementById("reflookup"));
- }
- function toggleBomCheckbox(bomrowid, checkboxnum) {
- if (!bomrowid || checkboxnum > settings.checkboxes.length) {
- return;
- }
- var bomrow = document.getElementById(bomrowid);
- var checkbox = bomrow.childNodes[checkboxnum].childNodes[0];
- checkbox.checked = !checkbox.checked;
- checkbox.indeterminate = false;
- checkbox.onchange();
- }
- function checkBomCheckbox(bomrowid, checkboxname) {
- var checkboxnum = 0;
- while (checkboxnum < settings.checkboxes.length &&
- settings.checkboxes[checkboxnum].toLowerCase() != checkboxname.toLowerCase()) {
- checkboxnum++;
- }
- if (!bomrowid || checkboxnum >= settings.checkboxes.length) {
- return;
- }
- var bomrow = document.getElementById(bomrowid);
- var checkbox = bomrow.childNodes[checkboxnum + 1].childNodes[0];
- checkbox.checked = true;
- checkbox.indeterminate = false;
- checkbox.onchange();
- }
- function setBomCheckboxes(value) {
- writeStorage("bomCheckboxes", value);
- settings.checkboxes = value.split(",").map((e) => e.trim()).filter((e) => e);
- prepCheckboxes();
- populateMarkWhenCheckedOptions();
- setMarkWhenChecked(settings.markWhenChecked);
- }
- function setMarkWhenChecked(value) {
- writeStorage("markWhenChecked", value);
- settings.markWhenChecked = value;
- markedFootprints.clear();
- for (var ref of (value ? getStoredCheckboxRefs(value) : [])) {
- markedFootprints.add(ref);
- }
- populateBomTable();
- drawHighlights();
- }
- function prepCheckboxes() {
- var table = document.getElementById("checkbox-stats");
- while (table.childElementCount > 1) {
- table.removeChild(table.lastChild);
- }
- if (settings.checkboxes.length) {
- table.style.display = "";
- } else {
- table.style.display = "none";
- }
- for (var checkbox of settings.checkboxes) {
- var tr = document.createElement("TR");
- var td = document.createElement("TD");
- td.innerHTML = checkbox;
- tr.appendChild(td);
- td = document.createElement("TD");
- td.id = "checkbox-stats-" + checkbox;
- var progressbar = document.createElement("div");
- progressbar.classList.add("bar");
- td.appendChild(progressbar);
- var text = document.createElement("div");
- text.classList.add("text");
- td.appendChild(text);
- tr.appendChild(td);
- table.appendChild(tr);
- updateCheckboxStats(checkbox);
- }
- }
- function populateMarkWhenCheckedOptions() {
- var container = document.getElementById("markWhenCheckedContainer");
- if (settings.checkboxes.length == 0) {
- container.parentElement.style.display = "none";
- return;
- }
- container.innerHTML = '';
- container.parentElement.style.display = "inline-block";
- function createOption(name, displayName) {
- var id = "markWhenChecked-" + name;
- var div = document.createElement("div");
- div.classList.add("radio-container");
- var input = document.createElement("input");
- input.type = "radio";
- input.name = "markWhenChecked";
- input.value = name;
- input.id = id;
- input.onchange = () => setMarkWhenChecked(name);
- div.appendChild(input);
- // Preserve the selected element when the checkboxes change
- if (name == settings.markWhenChecked) {
- input.checked = true;
- }
- var label = document.createElement("label");
- label.innerHTML = displayName;
- label.htmlFor = id;
- div.appendChild(label);
- container.appendChild(div);
- }
- createOption("", "None");
- for (var checkbox of settings.checkboxes) {
- createOption(checkbox, checkbox);
- }
- }
- function updateCheckboxStats(checkbox) {
- var checked = getStoredCheckboxRefs(checkbox).size;
- var total = pcbdata.footprints.length - pcbdata.bom.skipped.length;
- var percent = checked * 100.0 / total;
- var td = document.getElementById("checkbox-stats-" + checkbox);
- td.firstChild.style.width = percent + "%";
- td.lastChild.innerHTML = checked + "/" + total + " (" + Math.round(percent) + "%)";
- }
- function constrain(number, min, max) {
- return Math.min(Math.max(parseInt(number), min), max);
- }
- document.onkeydown = function (e) {
- switch (e.key) {
- case "n":
- if (document.activeElement.type == "text") {
- return;
- }
- if (currentHighlightedRowId !== null) {
- checkBomCheckbox(currentHighlightedRowId, "placed");
- highlightNextRow();
- e.preventDefault();
- }
- break;
- case "ArrowUp":
- highlightPreviousRow();
- e.preventDefault();
- break;
- case "ArrowDown":
- highlightNextRow();
- e.preventDefault();
- break;
- case "ArrowLeft":
- case "ArrowRight":
- if (document.activeElement.type != "text") {
- e.preventDefault();
- let boardRotationElement = document.getElementById("boardRotation")
- settings.boardRotation = parseInt(boardRotationElement.value); // degrees / 5
- if (e.key == "ArrowLeft") {
- settings.boardRotation += 3; // 15 degrees
- }
- else {
- settings.boardRotation -= 3;
- }
- settings.boardRotation = constrain(settings.boardRotation, boardRotationElement.min, boardRotationElement.max);
- boardRotationElement.value = settings.boardRotation
- setBoardRotation(settings.boardRotation);
- }
- break;
- default:
- break;
- }
- if (e.altKey) {
- switch (e.key) {
- case "f":
- focusFilterField();
- e.preventDefault();
- break;
- case "r":
- focusRefLookupField();
- e.preventDefault();
- break;
- case "z":
- changeBomLayout("bom-only");
- e.preventDefault();
- break;
- case "x":
- changeBomLayout("left-right");
- e.preventDefault();
- break;
- case "c":
- changeBomLayout("top-bottom");
- e.preventDefault();
- break;
- case "v":
- changeCanvasLayout("F");
- e.preventDefault();
- break;
- case "b":
- changeCanvasLayout("FB");
- e.preventDefault();
- break;
- case "n":
- changeCanvasLayout("B");
- e.preventDefault();
- break;
- default:
- break;
- }
- if (e.key >= '1' && e.key <= '9') {
- toggleBomCheckbox(currentHighlightedRowId, parseInt(e.key));
- e.preventDefault();
- }
- }
- }
- function hideNetlistButton() {
- document.getElementById("bom-ungrouped-btn").classList.remove("middle-button");
- document.getElementById("bom-ungrouped-btn").classList.add("right-most-button");
- document.getElementById("bom-netlist-btn").style.display = "none";
- }
- function topToggle() {
- var top = document.getElementById("top");
- var toptoggle = document.getElementById("toptoggle");
- if (top.style.display === "none") {
- top.style.display = "flex";
- toptoggle.classList.remove("flipped");
- } else {
- top.style.display = "none";
- toptoggle.classList.add("flipped");
- }
- }
- window.onload = function (e) {
- initUtils();
- initRender();
- initStorage();
- initDefaults();
- cleanGutters();
- populateMetadata();
- dbgdiv = document.getElementById("dbg");
- bom = document.getElementById("bombody");
- bomhead = document.getElementById("bomhead");
- filter = "";
- reflookup = "";
- if (!("nets" in pcbdata)) {
- hideNetlistButton();
- }
- initDone = true;
- setBomCheckboxes(document.getElementById("bomCheckboxes").value);
- // Triggers render
- changeBomLayout(settings.bomlayout);
- // Users may leave fullscreen without touching the checkbox. Uncheck.
- document.addEventListener('fullscreenchange', () => {
- if (!document.fullscreenElement)
- document.getElementById('fullscreenCheckbox').checked = false;
- });
- }
- window.onresize = resizeAll;
- window.matchMedia("print").addListener(resizeAll);
- ///////////////////////////////////////////////
- ///////////////////////////////////////////////
- // EventHandler.registerCallback(IBOM_EVENT_TYPES.BOM_BODY_CHANGE_EVENT, () => {
- // for(var tr of bom.childNodes) {
- // tr.onclick = tr.onmousemove;
- // tr.onmousemove = null;
- // };
- // });
- ///////////////////////////////////////////////
- </script>
- </head>
- <body>
- <div id="topmostdiv" class="topmostdiv">
- <div id="top">
- <div id="fileinfodiv">
- <table class="fileinfo">
- <tbody>
- <tr>
- <td id="title" class="title" style="width: 70%">
- Title
- </td>
- <td id="revision" class="title" style="width: 30%">
- Revision
- </td>
- </tr>
- <tr>
- <td id="company">
- Company
- </td>
- <td id="filedate">
- Date
- </td>
- </tr>
- </tbody>
- </table>
- </div>
- <div id="bomcontrols">
- <div class="hideonprint menu">
- <button class="menubtn"></button>
- <div class="menu-content">
- <label class="menu-label menu-label-top" style="width: calc(50% - 18px)">
- <input id="darkmodeCheckbox" type="checkbox" onchange="setDarkMode(this.checked)">
- Dark mode
- </label><!-- This comment eats space! All of it!
- --><label class="menu-label menu-label-top" style="width: calc(50% - 17px); border-left: 0;">
- <input id="fullscreenCheckbox" type="checkbox" onchange="setFullscreen(this.checked)">
- Full Screen
- </label>
- <label class="menu-label" style="width: calc(50% - 18px)">
- <input id="fabricationCheckbox" type="checkbox" checked onchange="fabricationVisible(this.checked)">
- Fab layer
- </label><!-- This comment eats space! All of it!
- --><label class="menu-label" style="width: calc(50% - 17px); border-left: 0;">
- <input id="silkscreenCheckbox" type="checkbox" checked onchange="silkscreenVisible(this.checked)">
- Silkscreen
- </label>
- <label class="menu-label" style="width: calc(50% - 18px)">
- <input id="referencesCheckbox" type="checkbox" checked onchange="referencesVisible(this.checked)">
- References
- </label><!-- This comment eats space! All of it!
- --><label class="menu-label" style="width: calc(50% - 17px); border-left: 0;">
- <input id="valuesCheckbox" type="checkbox" checked onchange="valuesVisible(this.checked)">
- Values
- </label>
- <div id="tracksAndZonesCheckboxes">
- <label class="menu-label" style="width: calc(50% - 18px)">
- <input id="tracksCheckbox" type="checkbox" checked onchange="tracksVisible(this.checked)">
- Tracks
- </label><!-- This comment eats space! All of it!
- --><label class="menu-label" style="width: calc(50% - 17px); border-left: 0;">
- <input id="zonesCheckbox" type="checkbox" checked onchange="zonesVisible(this.checked)">
- Zones
- </label>
- </div>
- <label class="menu-label" style="width: calc(50% - 18px)">
- <input id="padsCheckbox" type="checkbox" checked onchange="padsVisible(this.checked)">
- Pads
- </label><!-- This comment eats space! All of it!
- --><label class="menu-label" style="width: calc(50% - 17px); border-left: 0;">
- <input id="dnpOutlineCheckbox" type="checkbox" checked onchange="dnpOutline(this.checked)">
- DNP outlined
- </label>
- <label class="menu-label">
- <input id="dragCheckbox" type="checkbox" checked onchange="setRedrawOnDrag(this.checked)">
- Continuous redraw on drag
- </label>
- <label class="menu-label">
- Highlight first pin
- <form id="highlightpin1">
- <div class="flexbox">
- <label>
- <input type="radio" name="highlightpin1" value="none" onchange="setHighlightPin1('none')">
- None
- </label>
- <label>
- <input type="radio" name="highlightpin1" value="all" onchange="setHighlightPin1('all')">
- All
- </label>
- <label>
- <input type="radio" name="highlightpin1" value="selected" onchange="setHighlightPin1('selected')">
- Selected
- </label>
- </div>
- </form>
- </label>
- <label class="menu-label">
- <span>Board rotation</span>
- <span style="float: right"><span id="rotationDegree">0</span>°</span>
- <input id="boardRotation" type="range" min="-36" max="36" value="0" class="slider" oninput="setBoardRotation(this.value)">
- </label>
- <label class="menu-label">
- <input id="offsetBackRotationCheckbox" type="checkbox" onchange="setOffsetBackRotation(this.checked)">
- Offset back rotation
- </label>
- <label class="menu-label">
- <div style="margin-left: 5px">Bom checkboxes</div>
- <input id="bomCheckboxes" class="menu-textbox" type=text
- oninput="setBomCheckboxes(this.value)">
- </label>
- <label class="menu-label">
- <div style="margin-left: 5px">Mark when checked</div>
- <div id="markWhenCheckedContainer"></div>
- </label>
- <label class="menu-label">
- <span class="shameless-plug">
- <span>Created using</span>
- <a id="github-link" target="blank" href="https://github.com/openscopeproject/InteractiveHtmlBom">InteractiveHtmlBom</a>
- <a target="blank" title="Mouse and keyboard help" href="https://github.com/openscopeproject/InteractiveHtmlBom/wiki/Usage#bom-page-mouse-actions" style="text-decoration: none;"><label class="help-link">?</label></a>
- </span>
- </label>
- </div>
- </div>
- <div class="button-container hideonprint">
- <button id="fl-btn" class="left-most-button" onclick="changeCanvasLayout('F')"
- title="Front only">F
- </button>
- <button id="fb-btn" class="middle-button" onclick="changeCanvasLayout('FB')"
- title="Front and Back">FB
- </button>
- <button id="bl-btn" class="right-most-button" onclick="changeCanvasLayout('B')"
- title="Back only">B
- </button>
- </div>
- <div class="button-container hideonprint">
- <button id="bom-btn" class="left-most-button" onclick="changeBomLayout('bom-only')"
- title="BOM only"></button>
- <button id="lr-btn" class="middle-button" onclick="changeBomLayout('left-right')"
- title="BOM left, drawings right"></button>
- <button id="tb-btn" class="right-most-button" onclick="changeBomLayout('top-bottom')"
- title="BOM top, drawings bot"></button>
- </div>
- <div class="button-container hideonprint">
- <button id="bom-grouped-btn" class="left-most-button" onclick="changeBomMode('grouped')"
- title="Grouped BOM"></button>
- <button id="bom-ungrouped-btn" class="middle-button" onclick="changeBomMode('ungrouped')"
- title="Ungrouped BOM"></button>
- <button id="bom-netlist-btn" class="right-most-button" onclick="changeBomMode('netlist')"
- title="Netlist"></button>
- </div>
- <div class="hideonprint menu">
- <button class="statsbtn"></button>
- <div class="menu-content">
- <table class="stats">
- <tbody>
- <tr>
- <td width="40%">Board stats</td>
- <td>Front</td>
- <td>Back</td>
- <td>Total</td>
- </tr>
- <tr>
- <td>Components</td>
- <td id="stats-components-front">~</td>
- <td id="stats-components-back">~</td>
- <td id="stats-components-total">~</td>
- </tr>
- <tr>
- <td>Groups</td>
- <td id="stats-groups-front">~</td>
- <td id="stats-groups-back">~</td>
- <td id="stats-groups-total">~</td>
- </tr>
- <tr>
- <td>SMD pads</td>
- <td id="stats-smd-pads-front">~</td>
- <td id="stats-smd-pads-back">~</td>
- <td id="stats-smd-pads-total">~</td>
- </tr>
- <tr>
- <td>TH pads</td>
- <td colspan=3 id="stats-th-pads">~</td>
- </tr>
- </tbody>
- </table>
- <table class="stats">
- <col width="40%"/><col />
- <tbody id="checkbox-stats">
- <tr>
- <td colspan=2 style="border-top: 0">Checkboxes</td>
- </tr>
- </tbody>
- </table>
- </div>
- </div>
- <div class="hideonprint menu">
- <button class="iobtn"></button>
- <div class="menu-content">
- <div class="menu-label menu-label-top">
- <div style="margin-left: 5px;">Save board image</div>
- <div class="flexbox">
- <input id="render-save-width" class="menu-textbox" type="text" value="1000" placeholder="Width"
- style="flex-grow: 1; width: 50px;" oninput="validateSaveImgDimension(this)">
- <span>X</span>
- <input id="render-save-height" class="menu-textbox" type="text" value="1000" placeholder="Height"
- style="flex-grow: 1; width: 50px;" oninput="validateSaveImgDimension(this)">
- </div>
- <label>
- <input id="render-save-transparent" type="checkbox">
- Transparent background
- </label>
- <div class="flexbox">
- <button class="savebtn" onclick="saveImage('F')">Front</button>
- <button class="savebtn" onclick="saveImage('B')">Back</button>
- </div>
- </div>
- <div class="menu-label">
- <span style="margin-left: 5px;">Config and checkbox state</span>
- <div class="flexbox">
- <button class="savebtn" onclick="saveSettings()">Export</button>
- <button class="savebtn" onclick="loadSettings()">Import</button>
- <button class="savebtn" onclick="resetSettings()">Reset</button>
- </div>
- </div>
- <div class="menu-label">
- <span style="margin-left: 5px;">Save bom table as</span>
- <div class="flexbox">
- <button class="savebtn" onclick="saveBomTable('csv')">csv</button>
- <button class="savebtn" onclick="saveBomTable('txt')">txt</button>
- </div>
- </div>
- </div>
- </div>
- </div>
- </div>
- <div id="topdivider">
- <div class="hideonprint">
- <div id="toptoggle" onclick="topToggle()">︽</div>
- </div>
- </div>
- <div id="bot" class="split" style="flex: 1 1">
- <div id="bomdiv" class="split split-horizontal">
- <div style="width: 100%">
- <input id="reflookup" class="textbox searchbox reflookup hideonprint" type="text" placeholder="Ref lookup"
- oninput="updateRefLookup(this.value)">
- <input id="filter" class="textbox searchbox filter hideonprint" type="text" placeholder="Filter"
- oninput="updateFilter(this.value)">
- <div class="button-container hideonprint" style="float: left; margin: 0;">
- <button id="copy" title="Copy bom table to clipboard"
- onclick="saveBomTable('clipboard')"></button>
- </div>
- </div>
- <div id="dbg"></div>
- <table class="bom" id="bomtable">
- <thead id="bomhead">
- </thead>
- <tbody id="bombody">
- </tbody>
- </table>
- </div>
- <div id="canvasdiv" class="split split-horizontal">
- <div id="frontcanvas" class="split" touch-action="none" style="overflow: hidden">
- <div style="position: relative; width: 100%; height: 100%;">
- <canvas id="F_bg" style="position: absolute; left: 0; top: 0; z-index: 0;"></canvas>
- <canvas id="F_fab" style="position: absolute; left: 0; top: 0; z-index: 1;"></canvas>
- <canvas id="F_slk" style="position: absolute; left: 0; top: 0; z-index: 2;"></canvas>
- <canvas id="F_hl" style="position: absolute; left: 0; top: 0; z-index: 3;"></canvas>
- </div>
- </div>
- <div id="backcanvas" class="split" touch-action="none" style="overflow: hidden">
- <div style="position: relative; width: 100%; height: 100%;">
- <canvas id="B_bg" style="position: absolute; left: 0; top: 0; z-index: 0;"></canvas>
- <canvas id="B_fab" style="position: absolute; left: 0; top: 0; z-index: 1;"></canvas>
- <canvas id="B_slk" style="position: absolute; left: 0; top: 0; z-index: 2;"></canvas>
- <canvas id="B_hl" style="position: absolute; left: 0; top: 0; z-index: 3;"></canvas>
- </div>
- </div>
- </div>
- </div>
- </div>
- </body>
- </html>
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