Skip to content

Commit

Permalink
Use padding setting.
Browse files Browse the repository at this point in the history
  • Loading branch information
@reimund
reimund committed Mar 19, 2011
1 parent aaed5d9 commit 673eda1
Show file tree
Hide file tree
Showing 2 changed files with 2 additions and 1 deletion.
1 change: 1 addition & 0 deletions .gitignore
View file
@@ -0,0 +1 @@
.DS_Store
2 changes: 1 addition & 1 deletion scripts/Tych Panel/Tych Panel.jsx
View file
@@ -1 +1 @@
/* * Name: rtTych v1.0 * Author: Reimund Trost (c) 2011 * Email: reimund@lumens.se * Website: http://lumens.se/tychpanel/ * * Description: Creates di, tri and quaptychs of the topmost layers * with the specified padding. * * The script makes at least the following * assumptions: * * - One image per layer. * - Images are placed at (0,0). * - There are at least two, three and four layers for diptychs, triptychs and * quaptychs respectively. */// XXX: Centrera bilder i y led. Räkna ut new_size före trans helt enkelt...// XXX: Fler layouter, 3x2, 3x3, 3x4, 4x2, 4x3, 4x4var DIPTYCH_HORIZONTAL = 0;var DIPTYCH_PORTRAIT_LANDSCAPE_HORIZONTAL = 1;var DIPTYCH_LANDSCAPE_PORTRAIT_HORIZONTAL = 2;var TRIPTYCH_HORIZONTAL = 3;var TRIPTYCH_PORTRAIT_LANDSCAPE_GRID = 4;var TRIPTYCH_LANDSCAPE_PORTRAIT_GRID = 5;var QUAPTYCH_GRID = 6;var QUAPTYCH_HORIZONTAL = 7;//rtTych(1);//rtTych(Number(prompt("Tych variant?", 0, "Enter a number between 0 and 8")));function rtTych(tych_variant){var padding = 8; if(documents.length > 0) { // Save current unit preferences. var rulerUnits = preferences.rulerUnits; // Change unit preferences. preferences.rulerUnits = Units.PIXELS; // Set active document as current. var doc = activeDocument; var width = Number(doc.width); var height = Number(doc.height); var new_size; var trans; var l1 = doc.layers.length > 0 ? doc.layers[0] : null; var l2 = doc.layers.length > 1 ? doc.layers[1] : null; var l3 = doc.layers.length > 2 ? doc.layers[2] : null; var l4 = doc.layers.length > 3 ? doc.layers[3] : null; // Unlock the background layer, if it exists. We do this because since // we need to move a layer underneath it later. //if (doc.artLayers[doc.layers.length - 1].isBackgroundLayer) { if (doc.artLayers[doc.layers.length - 1].isBackgroundLayer) { doc.artLayers[doc.layers.length - 1].copy(); doc.artLayers[doc.layers.length - 1].remove(); var pasted = doc.paste(); pasted.move(doc.layers[doc.layers.length - 1], ElementPlacement.PLACEAFTER); } switch (tych_variant) { case DIPTYCH_HORIZONTAL: trans = new Array( new Array(null, null), new Array(null, new Array(l1.bounds[2] + padding, 0)) ) new_size = new Array(doc.layers[0].bounds[2] + doc.layers[1].bounds[2] + padding, height); break; case DIPTYCH_LANDSCAPE_PORTRAIT_HORIZONTAL: case DIPTYCH_PORTRAIT_LANDSCAPE_HORIZONTAL: // Index of portrait layer. var p = doc.layers[0].bounds[2] > doc.layers[1].bounds[2] ? 1 : 0; // Scale factor. var s = doc.layers[1 - p].bounds[3] / doc.layers[p].bounds[3]; var resize = new Array(new Array(s * 100, s * 100, AnchorPosition.TOPLEFT), null); var offset_x = tych_variant == DIPTYCH_LANDSCAPE_PORTRAIT_HORIZONTAL ? new Array(width + padding, 0) : new Array(0, s * doc.layers[p].bounds[2] + padding); trans = new Array( new Array(resize[p], new Array(offset_x[p], 0)), new Array(resize[1 - p], new Array(offset_x[1 - p], 0)) ) new_size = new Array(doc.layers[1 - p].bounds[2] + doc.layers[p].bounds[2] * s + padding, doc.layers[1 - p].bounds[3]); break; case TRIPTYCH_HORIZONTAL: trans = new Array( new Array(null, null), new Array(null, new Array(sum_width(l1) + padding, 0)), new Array(null, new Array(sum_width(l1, l2) + padding * 2, 0)) ) new_size = new Array(sum_width(l1, l2, l3) + padding * 2, min_height(l1, l2, l3)); break; case TRIPTYCH_PORTRAIT_LANDSCAPE_GRID: case TRIPTYCH_LANDSCAPE_PORTRAIT_GRID: // Index of portrait layer. var p = doc.layers[0].bounds[3] > doc.layers[1].bounds[3] ? 0 : 2; p = doc.layers[1].bounds[3] > doc.layers[2].bounds[3] ? 1 : p; trans = new Array( new Array(null, new Array(0, 0)), new Array(null, new Array(0, 0)), new Array(null, new Array(0, 0)) ) new_size = new Array(doc.layers[p].bounds[2] * 2 + padding, padding); // Compute transformations for the landscape layers. for (var i = 0, j = 0; i < trans.length; i++) { if (i != p) { // Scale to the width of the portrait image. var s = doc.layers[p].bounds[2] / doc.layers[i].bounds[2]; trans[i][0] = new Array(100 * s, 100 * s, AnchorPosition.TOPLEFT); trans[i][1][0] = tych_variant == TRIPTYCH_PORTRAIT_LANDSCAPE_GRID ? doc.layers[p].bounds[2] + padding : 0; trans[i][1][1] = (doc.layers[i].bounds[3] * s + padding) * j++; // Translate only the second landscape image in y. new_size[1] += Math.round(doc.layers[i].bounds[3] * s); } } trans[p][1][0] = tych_variant == TRIPTYCH_PORTRAIT_LANDSCAPE_GRID ? 0 : doc.layers[p].bounds[2] + padding; trans[p][1][1] = -(doc.layers[p].bounds[3] - new_size[1]) / 2; break; case QUAPTYCH_HORIZONTAL: trans = new Array( new Array(null, null), new Array(null, new Array(sum_width(l1) + padding, 0)), new Array(null, new Array(sum_width(l1, l2) + padding * 2, 0)), new Array(null, new Array(sum_width(l1, l2, l3) + padding * 3, 0)) ) new_size = new Array(sum_width(l1, l2, l3, l4), min_height(l1, l2, l3, l4)); break; case QUAPTYCH_GRID: var col1_width = Math.max(l1.bounds[2], l3.bounds[2]); var col2_width = Math.max(l2.bounds[2], l4.bounds[2]); var row1_height = Math.max(l1.bounds[3], l2.bounds[3]); var row2_height = Math.max(l3.bounds[3], l4.bounds[3]); trans = new Array( new Array(null, null), new Array(null, new Array(col1_width + padding, 0)), new Array(null, new Array(0, row1_height + padding)), new Array(null, new Array(col1_width + padding, row1_height + padding)) ) new_size = new Array(col1_width + col2_width + padding, row1_height + row2_height + padding); break; default: return -1; } // Transform each layer according to the transformations specified in // the trans variable. var t = trans; for(i = 0; i < doc.layers.length; i++) { if (i >= t.length) break; // Check if the layer should be resized. if (t[i][0] != null) doc.layers[i].resize(t[i][0][0], t[i][0][1], t[i][0][2]); // Check if the layer should be moved. if (t[i][1] != null) { doc.layers[i].translate(t[i][1][0], t[i][1][1]); } } doc.resizeCanvas(new_size[0], new_size[1], AnchorPosition.TOPLEFT); // Make the background white. var fill_layer = doc.artLayers.add(); var border_color = new SolidColor(); border_color.rgb.red = 255; border_color.rgb.green = 255; border_color.rgb.blue = 255; fill_layer.move(doc.layers[doc.layers.length - 1], ElementPlacement.PLACEAFTER); fill_layer.move(doc.layers[doc.layers.length - 1], ElementPlacement.PLACEAFTER); doc.selection.fill(border_color) // Revert settings. preferences.rulerUnits = rulerUnits; return 1; } else { alert("You have to open a document to use this script."); return -1; }}function sum_width(l1, l2, l3, l4){ if (l2 == null) return l1.bounds[2]; if (l3 == null) return l1.bounds[2] + l2.bounds[2]; if (l4 == null) return l1.bounds[2] + l2.bounds[2] + l3.bounds[2]; else return l1.bounds[2] + l2.bounds[2] + l3.bounds[2] + l4.bounds[2];}function min_height(l1, l2, l3, l4){ if (l2 == null) return l1.bounds[3] if (l3 == null) return Math.min(l1.bounds[3], l2.bounds[3]) if (l4 == null) return Math.min(Math.min(l1.bounds[3], l2.bounds[3]), l3.bounds[3]) else return Math.min(Math.min(l1.bounds[3], l2.bounds[3]), Math.min(l3.bounds[3], l4.bounds[3]));}
/* * Name: rtTych v1.0 * Author: Reimund Trost (c) 2011 * Email: reimund@lumens.se * Website: http://lumens.se/tychpanel/ * * Description: Creates di, tri and quaptychs of the topmost layers * with the specified padding. * * The script makes at least the following * assumptions: * * - One image per layer. * - Images are placed at (0,0). * - There are at least two, three and four layers for diptychs, triptychs and * quaptychs respectively. *///@include Tych%20Panel%20Options%20Only/PSSettings.jsx// XXX: Centrera bilder i y led. Räkna ut new_size före trans helt enkelt...// XXX: Fler layouter, 3x2, 3x3, 3x4, 4x2, 4x3, 4x4var DIPTYCH_HORIZONTAL = 0;var DIPTYCH_PORTRAIT_LANDSCAPE_HORIZONTAL = 1;var DIPTYCH_LANDSCAPE_PORTRAIT_HORIZONTAL = 2;var TRIPTYCH_HORIZONTAL = 3;var TRIPTYCH_PORTRAIT_LANDSCAPE_GRID = 4;var TRIPTYCH_LANDSCAPE_PORTRAIT_GRID = 5;var QUAPTYCH_GRID = 6;var QUAPTYCH_HORIZONTAL = 7;//rtTych(1);//rtTych(Number(prompt("Tych variant?", 0, "Enter a number between 0 and 8")));function rtTych(tych_variant){ if(documents.length > 0) { // Save current unit preferences. var rulerUnits = preferences.rulerUnits; // Change unit preferences. preferences.rulerUnits = Units.PIXELS; // Set active document as current. var doc = activeDocument; var width = Number(doc.width); var height = Number(doc.height); var new_size; // Load settings. var settings = new Settings(); settings.setUID("TychPanelSettings"); settings.setMSG("TychPanelSettings"); settings.setType(SettingsType.SINGLE); settings.loadSettings(); var padding = settings.getEntryByName('padding'); var defaultPadding = 8; padding = padding == null ? defaultPadding : padding; var trans; var l1 = doc.layers.length > 0 ? doc.layers[0] : null; var l2 = doc.layers.length > 1 ? doc.layers[1] : null; var l3 = doc.layers.length > 2 ? doc.layers[2] : null; var l4 = doc.layers.length > 3 ? doc.layers[3] : null; // Unlock the background layer, if it exists. We do this because since // we need to move a layer underneath it later. //if (doc.artLayers[doc.layers.length - 1].isBackgroundLayer) { if (doc.artLayers[doc.layers.length - 1].isBackgroundLayer) { doc.artLayers[doc.layers.length - 1].copy(); doc.artLayers[doc.layers.length - 1].remove(); var pasted = doc.paste(); pasted.move(doc.layers[doc.layers.length - 1], ElementPlacement.PLACEAFTER); } switch (tych_variant) { case DIPTYCH_HORIZONTAL: trans = new Array( new Array(null, null), new Array(null, new Array(l1.bounds[2] + padding, 0)) ) new_size = new Array(doc.layers[0].bounds[2] + doc.layers[1].bounds[2] + padding, height); break; case DIPTYCH_LANDSCAPE_PORTRAIT_HORIZONTAL: case DIPTYCH_PORTRAIT_LANDSCAPE_HORIZONTAL: // Index of portrait layer. var p = doc.layers[0].bounds[2] > doc.layers[1].bounds[2] ? 1 : 0; // Scale factor. var s = doc.layers[1 - p].bounds[3] / doc.layers[p].bounds[3]; var resize = new Array(new Array(s * 100, s * 100, AnchorPosition.TOPLEFT), null); var offset_x = tych_variant == DIPTYCH_LANDSCAPE_PORTRAIT_HORIZONTAL ? new Array(width + padding, 0) : new Array(0, s * doc.layers[p].bounds[2] + padding); trans = new Array( new Array(resize[p], new Array(offset_x[p], 0)), new Array(resize[1 - p], new Array(offset_x[1 - p], 0)) ) new_size = new Array(doc.layers[1 - p].bounds[2] + doc.layers[p].bounds[2] * s + padding, doc.layers[1 - p].bounds[3]); break; case TRIPTYCH_HORIZONTAL: trans = new Array( new Array(null, null), new Array(null, new Array(sum_width(l1) + padding, 0)), new Array(null, new Array(sum_width(l1, l2) + padding * 2, 0)) ) new_size = new Array(sum_width(l1, l2, l3) + padding * 2, min_height(l1, l2, l3)); break; case TRIPTYCH_PORTRAIT_LANDSCAPE_GRID: case TRIPTYCH_LANDSCAPE_PORTRAIT_GRID: // Index of portrait layer. var p = doc.layers[0].bounds[3] > doc.layers[1].bounds[3] ? 0 : 2; p = doc.layers[1].bounds[3] > doc.layers[2].bounds[3] ? 1 : p; trans = new Array( new Array(null, new Array(0, 0)), new Array(null, new Array(0, 0)), new Array(null, new Array(0, 0)) ) new_size = new Array(doc.layers[p].bounds[2] * 2 + padding, padding); // Compute transformations for the landscape layers. for (var i = 0, j = 0; i < trans.length; i++) { if (i != p) { // Scale to the width of the portrait image. var s = doc.layers[p].bounds[2] / doc.layers[i].bounds[2]; trans[i][0] = new Array(100 * s, 100 * s, AnchorPosition.TOPLEFT); trans[i][1][0] = tych_variant == TRIPTYCH_PORTRAIT_LANDSCAPE_GRID ? doc.layers[p].bounds[2] + padding : 0; trans[i][1][1] = (doc.layers[i].bounds[3] * s + padding) * j++; // Translate only the second landscape image in y. new_size[1] += Math.round(doc.layers[i].bounds[3] * s); } } trans[p][1][0] = tych_variant == TRIPTYCH_PORTRAIT_LANDSCAPE_GRID ? 0 : doc.layers[p].bounds[2] + padding; trans[p][1][1] = -(doc.layers[p].bounds[3] - new_size[1]) / 2; break; case QUAPTYCH_HORIZONTAL: trans = new Array( new Array(null, null), new Array(null, new Array(sum_width(l1) + padding, 0)), new Array(null, new Array(sum_width(l1, l2) + padding * 2, 0)), new Array(null, new Array(sum_width(l1, l2, l3) + padding * 3, 0)) ) new_size = new Array(sum_width(l1, l2, l3, l4), min_height(l1, l2, l3, l4)); break; case QUAPTYCH_GRID: var col1_width = Math.max(l1.bounds[2], l3.bounds[2]); var col2_width = Math.max(l2.bounds[2], l4.bounds[2]); var row1_height = Math.max(l1.bounds[3], l2.bounds[3]); var row2_height = Math.max(l3.bounds[3], l4.bounds[3]); trans = new Array( new Array(null, null), new Array(null, new Array(col1_width + padding, 0)), new Array(null, new Array(0, row1_height + padding)), new Array(null, new Array(col1_width + padding, row1_height + padding)) ) new_size = new Array(col1_width + col2_width + padding, row1_height + row2_height + padding); break; default: return -1; } // Transform each layer according to the transformations specified in // the trans variable. var t = trans; for(i = 0; i < doc.layers.length; i++) { if (i >= t.length) break; // Check if the layer should be resized. if (t[i][0] != null) doc.layers[i].resize(t[i][0][0], t[i][0][1], t[i][0][2]); // Check if the layer should be moved. if (t[i][1] != null) { doc.layers[i].translate(t[i][1][0], t[i][1][1]); } } doc.resizeCanvas(new_size[0], new_size[1], AnchorPosition.TOPLEFT); // Make the background white. var fill_layer = doc.artLayers.add(); var border_color = new SolidColor(); border_color.rgb.red = 255; border_color.rgb.green = 255; border_color.rgb.blue = 255; fill_layer.move(doc.layers[doc.layers.length - 1], ElementPlacement.PLACEAFTER); fill_layer.move(doc.layers[doc.layers.length - 1], ElementPlacement.PLACEAFTER); doc.selection.fill(border_color) // Revert settings. preferences.rulerUnits = rulerUnits; return 1; } else { alert("You have to open a document to use this script."); return -1; }}function sum_width(l1, l2, l3, l4){ if (l2 == null) return l1.bounds[2]; if (l3 == null) return l1.bounds[2] + l2.bounds[2]; if (l4 == null) return l1.bounds[2] + l2.bounds[2] + l3.bounds[2]; else return l1.bounds[2] + l2.bounds[2] + l3.bounds[2] + l4.bounds[2];}function min_height(l1, l2, l3, l4){ if (l2 == null) return l1.bounds[3] if (l3 == null) return Math.min(l1.bounds[3], l2.bounds[3]) if (l4 == null) return Math.min(Math.min(l1.bounds[3], l2.bounds[3]), l3.bounds[3]) else return Math.min(Math.min(l1.bounds[3], l2.bounds[3]), Math.min(l3.bounds[3], l4.bounds[3]));}
Expand Down

0 comments on commit 673eda1

Please sign in to comment.