diff --git a/desuto-viewer/Desuto-webviewer/public/js/svg-edit/extensions/ext-annotation.js b/desuto-viewer/Desuto-webviewer/public/js/svg-edit/extensions/ext-annotation.js
index a4fdb13..eda8aff 100644
--- a/desuto-viewer/Desuto-webviewer/public/js/svg-edit/extensions/ext-annotation.js
+++ b/desuto-viewer/Desuto-webviewer/public/js/svg-edit/extensions/ext-annotation.js
@@ -1,108 +1,111 @@
//# sourceURL=ext-annotation.js
/*globals svgEditor, svgedit, $*/
/*jslint vars: true, eqeq: true*/
/*
* ext-annotation.js
*
* Licensed under the MIT License
*
* Copyright(c) 2015 Roger Schaer
*
*/
/**
* This extension allows loading the "annotation" attribute of any SVG element
* into a given container on the web page. It also saves any modification done
* back to the SVG element.
*/
// Dependencies:
// 1) jQuery
// 2) svg_editor.js
// 3) svgcanvas.js
svgEditor.addExtension('annotation', function () {
'use strict';
console.log('loading annotation extension');
var NS = svgedit.NS,
svgdoc = document.getElementById('svgcanvas').ownerDocument,
previouslySelectedElement = null,
annotationAttribute = 'histopatho-annotation',
zoomAttribute = 'histopatho-zoom',
$annotationContainer = $("#annotation-container"),
$annotation = $("#annotation");
function loadAnnotation(svgElement) {
// Load text annoation
if (typeof $(svgElement).attr(annotationAttribute) !== undefined && $(svgElement).attr(annotationAttribute) !== null)
$annotation.val($(svgElement).attr(annotationAttribute).replace(/<br \\>/gi, '\n'));
else
$annotation.val($('select[name="normal"] option:selected').text());
// Load characteristics
if(svgElement.tagName !== "line"){
loadPatchPreview(svgElement);
}else{
}
}
function saveAnnotation(svgElement, save) {
// Save text annotation
if($(svgElement).attr(annotationAttribute) !== $annotation.val().replace( /\n/g, '<br \\>')){
$(svgElement).attr(annotationAttribute, $annotation.val().replace( /\n/g, '<br \\>'));
if(save !== false)
svgEditor.canvas.save();
}
if(save === false && $(svgElement).attr(zoomAttribute) !== getCurrentX()){
console.log('update zoom');
$(svgElement).attr(zoomAttribute, getCurrentX());
}
if(save !== false)
clearAnnotation();
}
function clearAnnotation() {
previouslySelectedElement = null;
$annotation.val('');
$annotation.blur();
}
return{
selectedChanged: function (event) {
//Did we select an element ?
- if (typeof event.selectedElement !== "undefined" && event.selectedElement !== null) {
+ if (typeof event.selectedElement !== "undefined"
+ && event.selectedElement !== null
+ && !event.selectedElement.id.includes('pointgrip')
+ ) {
console.log('selected an element : ' + event.selectedElement);
if (previouslySelectedElement !== null)
saveAnnotation(previouslySelectedElement);
previouslySelectedElement = event.selectedElement;
loadAnnotation(event.selectedElement);
$annotationContainer.show();
//Did we deselect after selecting ?
} else if (previouslySelectedElement !== null) {
console.log('deselected an element : ' + previouslySelectedElement);
saveAnnotation(previouslySelectedElement);
$annotationContainer.hide();
//Not a case of selecting/deselecting a single element
} else {
//console.log('default');
clearAnnotation();
$annotationContainer.hide();
}
},
elementChanged: function(event) {
var svgElement = event.elems[0];
saveAnnotation(svgElement, false);
loadPatchPreview(svgElement);
}
};
});
\ No newline at end of file
diff --git a/desuto-viewer/Desuto-webviewer/public/js/svg-edit/svgcanvas.js b/desuto-viewer/Desuto-webviewer/public/js/svg-edit/svgcanvas.js
index 18a96f0..86adb79 100644
--- a/desuto-viewer/Desuto-webviewer/public/js/svg-edit/svgcanvas.js
+++ b/desuto-viewer/Desuto-webviewer/public/js/svg-edit/svgcanvas.js
@@ -1,8372 +1,8372 @@
/*globals $, svgedit, svgCanvas*/
/*jslint vars: true, eqeq: true, todo: true, bitwise: true, continue: true, forin: true */
/*
* svgcanvas.js
*
* Licensed under the MIT License
*
* Copyright(c) 2010 Alexis Deveria
* Copyright(c) 2010 Pavol Rusnak
* Copyright(c) 2010 Jeff Schiller
*
*/
// Dependencies:
// 1) jQuery
// 2) browser.js
// 3) svgtransformlist.js
// 4) math.js
// 5) units.js
// 6) svgutils.js
// 7) sanitize.js
// 8) history.js
// 9) select.js
// 10) draw.js
// 11) path.js
// 12) coords.js
// 13) recalculate.js
(function() {
if (!window.console) {
window.console = {};
window.console.log = function(str) {};
window.console.dir = function(str) {};
}
if (window.opera) {
window.console.log = function(str) {
opera.postError(str);
};
window.console.dir = function(str) {};
}
}());
// Class: SvgCanvas
// The main SvgCanvas class that manages all SVG-related functions
//
// Parameters:
// container - The container HTML element that should hold the SVG root element
// config - An object that contains configuration data
$.SvgCanvas = function(container, config) {
// Alias Namespace constants
var NS = svgedit.NS;
// Default configuration options
var curConfig = {
show_outside_canvas: true,
selectNew: true //,
//dimensions: [640, 480]
};
// Update config with new one if given
if (config) {
$.extend(curConfig, config);
}
// Array with width/height of canvas
var dimensions = curConfig.dimensions;
var canvas = this;
// "document" element associated with the container (same as window.document using default svg-editor.js)
// NOTE: This is not actually a SVG document, but a HTML document.
var svgdoc = container.ownerDocument;
// This is a container for the document being edited, not the document itself.
//ROGERMOD - 100% instead of pixel dimensions
var svgroot = svgdoc.importNode(svgedit.utilities.text2xml(
'<svg id="svgroot" xmlns="' + NS.SVG + '" xlinkns="' + NS.XLINK + '" ' +
'width="100%" height="100%" x="0" y="0" overflow="visible">' +
'<defs>' +
'<filter id="canvashadow" filterUnits="objectBoundingBox">' +
'<feGaussianBlur in="SourceAlpha" stdDeviation="4" result="blur"/>' +
'<feOffset in="blur" dx="5" dy="5" result="offsetBlur"/>' +
'<feMerge>' +
'<feMergeNode in="offsetBlur"/>' +
'<feMergeNode in="SourceGraphic"/>' +
'</feMerge>' +
'</filter>' +
'</defs>' +
'</svg>').documentElement, true);
container.appendChild(svgroot);
// The actual element that represents the final output SVG element
var svgcontent = svgdoc.createElementNS(NS.SVG, 'svg');
// This function resets the svgcontent element while keeping it in the DOM.
var clearSvgContentElement = canvas.clearSvgContentElement = function() {
while (svgcontent.firstChild) {
svgcontent.removeChild(svgcontent.firstChild);
}
// ROGERMOD - Percentage instead of pixel values
// TODO: Clear out all other attributes first?
$(svgcontent).attr({
id: 'svgcontent',
width: '100%',
height: '100%',
x: 0,
y: 0,
overflow: curConfig.show_outside_canvas ? 'visible' : 'hidden',
xmlns: NS.SVG,
'xmlns:se': NS.SE,
'xmlns:xlink': NS.XLINK
}).appendTo(svgroot);
// TODO: make this string optional and set by the client
var comment = svgdoc.createComment(" Created with SVG-edit - http://svg-edit.googlecode.com/ ");
svgcontent.appendChild(comment);
};
clearSvgContentElement();
// Prefix string for element IDs
var idprefix = 'svg_';
// Function: setIdPrefix
// Changes the ID prefix to the given value
//
// Parameters:
// p - String with the new prefix
canvas.setIdPrefix = function(p) {
idprefix = p;
};
// Current svgedit.draw.Drawing object
// @type {svgedit.draw.Drawing}
canvas.current_drawing_ = new svgedit.draw.Drawing(svgcontent, idprefix);
// Function: getCurrentDrawing
// Returns the current Drawing.
// @return {svgedit.draw.Drawing}
var getCurrentDrawing = canvas.getCurrentDrawing = function() {
return canvas.current_drawing_;
};
// Float displaying the current zoom level (1 = 100%, .5 = 50%, etc)
var current_zoom = 1;
// pointer to current group (for in-group editing)
var current_group = null;
// Object containing data for the currently selected styles
var all_properties = {
shape: {
fill: (curConfig.initFill.color == 'none' ? '' : '#') + curConfig.initFill.color,
fill_paint: null,
fill_opacity: curConfig.initFill.opacity,
stroke: '#' + curConfig.initStroke.color,
stroke_paint: null,
stroke_opacity: curConfig.initStroke.opacity,
stroke_width: curConfig.initStroke.width,
stroke_dasharray: 'none',
stroke_linejoin: 'miter',
stroke_linecap: 'butt',
opacity: curConfig.initOpacity
}
};
all_properties.text = $.extend(true, {}, all_properties.shape);
$.extend(all_properties.text, {
fill: '#000000',
stroke_width: 0,
font_size: 24,
font_family: 'serif'
});
// Current shape style properties
var cur_shape = all_properties.shape;
// Array with all the currently selected elements
// default size of 1 until it needs to grow bigger
var selectedElements = new Array(1);
// Function: addSvgElementFromJson
// Create a new SVG element based on the given object keys/values and add it to the current layer
// The element will be ran through cleanupElement before being returned
//
// Parameters:
// data - Object with the following keys/values:
// * element - tag name of the SVG element to create
// * attr - Object with attributes key-values to assign to the new element
// * curStyles - Boolean indicating that current style attributes should be applied first
//
// Returns: The new element
var addSvgElementFromJson = this.addSvgElementFromJson = function(data) {
var shape = svgedit.utilities.getElem(data.attr.id);
// if shape is a path but we need to create a rect/ellipse, then remove the path
var current_layer = getCurrentDrawing().getCurrentLayer();
if (shape && data.element != shape.tagName) {
current_layer.removeChild(shape);
shape = null;
}
if (!shape) {
shape = svgdoc.createElementNS(NS.SVG, data.element);
if (current_layer) {
(current_group || current_layer).appendChild(shape);
}
}
if (data.curStyles) {
svgedit.utilities.assignAttributes(shape, {
'fill': cur_shape.fill,
'stroke': cur_shape.stroke,
'stroke-width': cur_shape.stroke_width,
'stroke-dasharray': cur_shape.stroke_dasharray,
'stroke-linejoin': cur_shape.stroke_linejoin,
'stroke-linecap': cur_shape.stroke_linecap,
'stroke-opacity': cur_shape.stroke_opacity,
'fill-opacity': cur_shape.fill_opacity,
//'opacity': cur_shape.opacity / 2,
'style': 'pointer-events:inherit'
}, 100);
}
svgedit.utilities.assignAttributes(shape, data.attr, 100);
svgedit.utilities.cleanupElement(shape);
return shape;
};
// import svgtransformlist.js
var getTransformList = canvas.getTransformList = svgedit.transformlist.getTransformList;
// import from math.js.
var transformPoint = svgedit.math.transformPoint;
var matrixMultiply = canvas.matrixMultiply = svgedit.math.matrixMultiply;
var hasMatrixTransform = canvas.hasMatrixTransform = svgedit.math.hasMatrixTransform;
var transformListToTransform = canvas.transformListToTransform = svgedit.math.transformListToTransform;
var snapToAngle = svgedit.math.snapToAngle;
var getMatrix = svgedit.math.getMatrix;
// initialize from units.js
// send in an object implementing the ElementContainer interface (see units.js)
svgedit.units.init({
getBaseUnit: function() {
return curConfig.baseUnit;
},
getElement: svgedit.utilities.getElem,
getHeight: function() {
return svgcontent.getAttribute('height') / current_zoom;
},
getWidth: function() {
return svgcontent.getAttribute('width') / current_zoom;
},
getRoundDigits: function() {
return save_options.round_digits;
}
});
// import from units.js
var convertToNum = canvas.convertToNum = svgedit.units.convertToNum;
// import from svgutils.js
svgedit.utilities.init({
getDOMDocument: function() {
return svgdoc;
},
getDOMContainer: function() {
return container;
},
getSVGRoot: function() {
return svgroot;
},
// TODO: replace this mostly with a way to get the current drawing.
getSelectedElements: function() {
return selectedElements;
},
getSVGContent: function() {
return svgcontent;
},
getBaseUnit: function() {
return curConfig.baseUnit;
},
getSnappingStep: function() {
return curConfig.snappingStep;
}
});
var findDefs = canvas.findDefs = svgedit.utilities.findDefs;
var getUrlFromAttr = canvas.getUrlFromAttr = svgedit.utilities.getUrlFromAttr;
var getHref = canvas.getHref = svgedit.utilities.getHref;
var setHref = canvas.setHref = svgedit.utilities.setHref;
var getPathBBox = svgedit.utilities.getPathBBox;
var getBBox = canvas.getBBox = svgedit.utilities.getBBox;
var getRotationAngle = canvas.getRotationAngle = svgedit.utilities.getRotationAngle;
var getElem = canvas.getElem = svgedit.utilities.getElem;
var getRefElem = canvas.getRefElem = svgedit.utilities.getRefElem;
var assignAttributes = canvas.assignAttributes = svgedit.utilities.assignAttributes;
var cleanupElement = this.cleanupElement = svgedit.utilities.cleanupElement;
// import from coords.js
svgedit.coords.init({
getDrawing: function() {
return getCurrentDrawing();
},
getGridSnapping: function() {
return curConfig.gridSnapping;
}
});
var remapElement = this.remapElement = svgedit.coords.remapElement;
// import from recalculate.js
svgedit.recalculate.init({
getSVGRoot: function() {
return svgroot;
},
getStartTransform: function() {
return startTransform;
},
setStartTransform: function(transform) {
startTransform = transform;
}
});
var recalculateDimensions = this.recalculateDimensions = svgedit.recalculate.recalculateDimensions;
// import from sanitize.js
var nsMap = svgedit.getReverseNS();
var sanitizeSvg = canvas.sanitizeSvg = svgedit.sanitize.sanitizeSvg;
// import from history.js
var MoveElementCommand = svgedit.history.MoveElementCommand;
var InsertElementCommand = svgedit.history.InsertElementCommand;
var RemoveElementCommand = svgedit.history.RemoveElementCommand;
var ChangeElementCommand = svgedit.history.ChangeElementCommand;
var BatchCommand = svgedit.history.BatchCommand;
var call;
// Implement the svgedit.history.HistoryEventHandler interface.
canvas.undoMgr = new svgedit.history.UndoManager({
handleHistoryEvent: function(eventType, cmd) {
var EventTypes = svgedit.history.HistoryEventTypes;
// TODO: handle setBlurOffsets.
if (eventType == EventTypes.BEFORE_UNAPPLY || eventType == EventTypes.BEFORE_APPLY) {
canvas.clearSelection();
} else if (eventType == EventTypes.AFTER_APPLY || eventType == EventTypes.AFTER_UNAPPLY) {
var elems = cmd.elements();
canvas.pathActions.clear();
call('changed', elems);
var cmdType = cmd.type();
var isApply = (eventType == EventTypes.AFTER_APPLY);
if (cmdType == MoveElementCommand.type()) {
var parent = isApply ? cmd.newParent : cmd.oldParent;
if (parent == svgcontent) {
canvas.identifyLayers();
}
} else if (cmdType == InsertElementCommand.type() ||
cmdType == RemoveElementCommand.type()) {
if (cmd.parent == svgcontent) {
canvas.identifyLayers();
}
if (cmdType == InsertElementCommand.type()) {
if (isApply) {
restoreRefElems(cmd.elem);
}
} else {
if (!isApply) {
restoreRefElems(cmd.elem);
}
}
if (cmd.elem.tagName === 'use') {
setUseData(cmd.elem);
}
} else if (cmdType == ChangeElementCommand.type()) {
// if we are changing layer names, re-identify all layers
if (cmd.elem.tagName == 'title' && cmd.elem.parentNode.parentNode == svgcontent) {
canvas.identifyLayers();
}
var values = isApply ? cmd.newValues : cmd.oldValues;
// If stdDeviation was changed, update the blur.
if (values.stdDeviation) {
canvas.setBlurOffsets(cmd.elem.parentNode, values.stdDeviation);
}
// This is resolved in later versions of webkit, perhaps we should
// have a featured detection for correct 'use' behavior?
// ——————————
// Remove & Re-add hack for Webkit (issue 775)
//if (cmd.elem.tagName === 'use' && svgedit.browser.isWebkit()) {
// var elem = cmd.elem;
// if (!elem.getAttribute('x') && !elem.getAttribute('y')) {
// var parent = elem.parentNode;
// var sib = elem.nextSibling;
// parent.removeChild(elem);
// parent.insertBefore(elem, sib);
// }
//}
}
}
}
});
var addCommandToHistory = function(cmd) {
canvas.undoMgr.addCommandToHistory(cmd);
};
// import from select.js
svgedit.select.init(curConfig, {
createSVGElement: function(jsonMap) {
return canvas.addSvgElementFromJson(jsonMap);
},
svgRoot: function() {
return svgroot;
},
svgContent: function() {
return svgcontent;
},
currentZoom: function() {
return current_zoom;
},
// TODO(codedread): Remove when getStrokedBBox() has been put into svgutils.js.
getStrokedBBox: function(elems) {
return canvas.getStrokedBBox([elems]);
}
});
// this object manages selectors for us
var selectorManager = this.selectorManager = svgedit.select.getSelectorManager();
// Import from path.js
svgedit.path.init({
getCurrentZoom: function() {
return current_zoom;
},
getSVGRoot: function() {
return svgroot;
}
});
// Interface strings, usually for title elements
var uiStrings = {
exportNoBlur: "Blurred elements will appear as un-blurred",
exportNoforeignObject: "foreignObject elements will not appear",
exportNoDashArray: "Strokes will appear filled",
exportNoText: "Text may not appear as expected"
};
var visElems = 'a,circle,ellipse,foreignObject,g,image,line,path,polygon,polyline,rect,svg,text,tspan,use';
var ref_attrs = ['clip-path', 'fill', 'filter', 'marker-end', 'marker-mid', 'marker-start', 'mask', 'stroke'];
var elData = $.data;
// Animation element to change the opacity of any newly created element
var opac_ani = document.createElementNS(NS.SVG, 'animate');
$(opac_ani).attr({
attributeName: 'opacity',
begin: 'indefinite',
dur: 1,
fill: 'freeze'
}).appendTo(svgroot);
var restoreRefElems = function(elem) {
// Look for missing reference elements, restore any found
var o, i, l,
attrs = $(elem).attr(ref_attrs);
for (o in attrs) {
var val = attrs[o];
if (val && val.indexOf('url(') === 0) {
var id = svgedit.utilities.getUrlFromAttr(val).substr(1);
var ref = getElem(id);
if (!ref) {
svgedit.utilities.findDefs().appendChild(removedElements[id]);
delete removedElements[id];
}
}
}
var childs = elem.getElementsByTagName('*');
if (childs.length) {
for (i = 0, l = childs.length; i < l; i++) {
restoreRefElems(childs[i]);
}
}
};
(function() {
// TODO For Issue 208: this is a start on a thumbnail
// var svgthumb = svgdoc.createElementNS(NS.SVG, 'use');
// svgthumb.setAttribute('width', '100');
// svgthumb.setAttribute('height', '100');
// svgedit.utilities.setHref(svgthumb, '#svgcontent');
// svgroot.appendChild(svgthumb);
}());
// Object to contain image data for raster images that were found encodable
var encodableImages = {},
// String with image URL of last loadable image
last_good_img_url = curConfig.imgPath + 'rotate.png',
// Array with current disabled elements (for in-group editing)
disabled_elems = [],
// Object with save options
save_options = {
round_digits: 5
},
// Boolean indicating whether or not a draw action has been started
started = false,
// String with an element's initial transform attribute value
startTransform = null,
// String indicating the current editor mode
current_mode = 'select',
// String with the current direction in which an element is being resized
current_resize_mode = 'none',
// Object with IDs for imported files, to see if one was already added
import_ids = {},
// Current text style properties
cur_text = all_properties.text,
// Current general properties
cur_properties = cur_shape,
// Array with selected elements' Bounding box object
// selectedBBoxes = new Array(1),
// The DOM element that was just selected
justSelected = null,
// DOM element for selection rectangle drawn by the user
rubberBox = null,
// Array of current BBoxes (still needed?)
curBBoxes = [],
// Object to contain all included extensions
extensions = {},
// Canvas point for the most recent right click
lastClickPoint = null,
// Map of deleted reference elements
removedElements = {};
// Clipboard for cut, copy&pasted elements
canvas.clipBoard = [];
// Should this return an array by default, so extension results aren't overwritten?
var runExtensions = this.runExtensions = function(action, vars, returnArray) {
var result = returnArray ? [] : false;
$.each(extensions, function(name, opts) {
if (opts && action in opts) {
if (returnArray) {
result.push(opts[action](vars));
} else {
result = opts[action](vars);
}
}
});
return result;
};
// Function: addExtension
// Add an extension to the editor
//
// Parameters:
// name - String with the ID of the extension
// ext_func - Function supplied by the extension with its data
this.addExtension = function(name, ext_func) {
var ext;
if (!(name in extensions)) {
// Provide private vars/funcs here. Is there a better way to do this?
if ($.isFunction(ext_func)) {
ext = ext_func($.extend(canvas.getPrivateMethods(), {
svgroot: svgroot,
svgcontent: svgcontent,
nonce: getCurrentDrawing().getNonce(),
selectorManager: selectorManager
}));
} else {
ext = ext_func;
}
extensions[name] = ext;
call('extension_added', ext);
} else {
console.log('Cannot add extension "' + name + '", an extension by that name already exists.');
}
};
// This method rounds the incoming value to the nearest value based on the current_zoom
var round = this.round = function(val) {
return parseInt(val * current_zoom, 10) / current_zoom;
};
// This method sends back an array or a NodeList full of elements that
// intersect the multi-select rubber-band-box on the current_layer only.
//
// Since the only browser that supports the SVG DOM getIntersectionList is Opera,
// we need to provide an implementation here. We brute-force it for now.
//
// Reference:
// Firefox does not implement getIntersectionList(), see https://bugzilla.mozilla.org/show_bug.cgi?id=501421
// Webkit does not implement getIntersectionList(), see https://bugs.webkit.org/show_bug.cgi?id=11274
var getIntersectionList = this.getIntersectionList = function(rect) {
if (rubberBox == null) {
return null;
}
var parent = current_group || getCurrentDrawing().getCurrentLayer();
if (!curBBoxes.length) {
// Cache all bboxes
curBBoxes = getVisibleElementsAndBBoxes(parent);
}
var resultList = null;
try {
resultList = parent.getIntersectionList(rect, null);
} catch (e) {}
if (resultList == null || typeof(resultList.item) != 'function') {
resultList = [];
var rubberBBox;
if (!rect) {
rubberBBox = rubberBox.getBBox();
var o,
bb = {};
for (o in rubberBBox) {
bb[o] = rubberBBox[o] / current_zoom;
}
rubberBBox = bb;
} else {
rubberBBox = rect;
}
var i = curBBoxes.length;
while (i--) {
if (!rubberBBox.width) {
continue;
}
if (svgedit.math.rectsIntersect(rubberBBox, curBBoxes[i].bbox)) {
resultList.push(curBBoxes[i].elem);
}
}
}
// addToSelection expects an array, but it's ok to pass a NodeList
// because using square-bracket notation is allowed:
// http://www.w3.org/TR/DOM-Level-2-Core/ecma-script-binding.html
return resultList;
};
// TODO(codedread): Migrate this into svgutils.js
// Function: getStrokedBBox
// Get the bounding box for one or more stroked and/or transformed elements
//
// Parameters:
// elems - Array with DOM elements to check
//
// Returns:
// A single bounding box object
getStrokedBBox = this.getStrokedBBox = function(elems) {
if (!elems) {
elems = getVisibleElements();
}
if (!elems.length) {
return false;
}
// Make sure the expected BBox is returned if the element is a group
var getCheckedBBox = function(elem) {
try {
// TODO: Fix issue with rotated groups. Currently they work
// fine in FF, but not in other browsers (same problem mentioned
// in Issue 339 comment #2).
var bb = svgedit.utilities.getBBox(elem);
var angle = svgedit.utilities.getRotationAngle(elem);
if ((angle && angle % 90) ||
svgedit.math.hasMatrixTransform(svgedit.transformlist.getTransformList(elem))) {
// Accurate way to get BBox of rotated element in Firefox:
// Put element in group and get its BBox
var good_bb = false;
// Get the BBox from the raw path for these elements
var elemNames = ['ellipse', 'path', 'line', 'polyline', 'polygon'];
if (elemNames.indexOf(elem.tagName) >= 0) {
bb = good_bb = canvas.convertToPath(elem, true);
} else if (elem.tagName == 'rect') {
// Look for radius
var rx = elem.getAttribute('rx');
var ry = elem.getAttribute('ry');
if (rx || ry) {
bb = good_bb = canvas.convertToPath(elem, true);
}
}
if (!good_bb) {
// Must use clone else FF freaks out
var clone = elem.cloneNode(true);
var g = document.createElementNS(NS.SVG, 'g');
var parent = elem.parentNode;
parent.appendChild(g);
g.appendChild(clone);
bb = svgedit.utilities.bboxToObj(g.getBBox());
parent.removeChild(g);
}
// Old method: Works by giving the rotated BBox,
// this is (unfortunately) what Opera and Safari do
// natively when getting the BBox of the parent group
// var angle = angle * Math.PI / 180.0;
// var rminx = Number.MAX_VALUE, rminy = Number.MAX_VALUE,
// rmaxx = Number.MIN_VALUE, rmaxy = Number.MIN_VALUE;
// var cx = round(bb.x + bb.width/2),
// cy = round(bb.y + bb.height/2);
// var pts = [ [bb.x - cx, bb.y - cy],
// [bb.x + bb.width - cx, bb.y - cy],
// [bb.x + bb.width - cx, bb.y + bb.height - cy],
// [bb.x - cx, bb.y + bb.height - cy] ];
// var j = 4;
// while (j--) {
// var x = pts[j][0],
// y = pts[j][1],
// r = Math.sqrt( x*x + y*y );
// var theta = Math.atan2(y,x) + angle;
// x = round(r * Math.cos(theta) + cx);
// y = round(r * Math.sin(theta) + cy);
//
// // now set the bbox for the shape after it's been rotated
// if (x < rminx) rminx = x;
// if (y < rminy) rminy = y;
// if (x > rmaxx) rmaxx = x;
// if (y > rmaxy) rmaxy = y;
// }
//
// bb.x = rminx;
// bb.y = rminy;
// bb.width = rmaxx - rminx;
// bb.height = rmaxy - rminy;
}
return bb;
} catch (e) {
console.log(elem, e);
return null;
}
};
var full_bb;
$.each(elems, function() {
if (full_bb) {
return;
}
if (!this.parentNode) {
return;
}
full_bb = getCheckedBBox(this);
});
// This shouldn't ever happen...
if (full_bb == null) {
return null;
}
// full_bb doesn't include the stoke, so this does no good!
// if (elems.length == 1) return full_bb;
var max_x = full_bb.x + full_bb.width;
var max_y = full_bb.y + full_bb.height;
var min_x = full_bb.x;
var min_y = full_bb.y;
// FIXME: same re-creation problem with this function as getCheckedBBox() above
var getOffset = function(elem) {
var sw = elem.getAttribute('stroke-width');
//ROGERMOD - Check if using non-scaling-stroke
if (elem.getAttribute('vector-effect') === 'non-scaling-stroke') {
sw /= current_zoom;
}
var offset = 0;
if (elem.getAttribute('stroke') != 'none' && !isNaN(sw)) {
offset += sw / 2;
}
return offset;
};
var bboxes = [];
$.each(elems, function(i, elem) {
var cur_bb = getCheckedBBox(elem);
if (cur_bb) {
var offset = getOffset(elem);
min_x = Math.min(min_x, cur_bb.x - offset);
min_y = Math.min(min_y, cur_bb.y - offset);
bboxes.push(cur_bb);
}
});
full_bb.x = min_x;
full_bb.y = min_y;
$.each(elems, function(i, elem) {
var cur_bb = bboxes[i];
// ensure that elem is really an element node
if (cur_bb && elem.nodeType == 1) {
var offset = getOffset(elem);
max_x = Math.max(max_x, cur_bb.x + cur_bb.width + offset);
max_y = Math.max(max_y, cur_bb.y + cur_bb.height + offset);
}
});
full_bb.width = max_x - min_x;
full_bb.height = max_y - min_y;
return full_bb;
};
// Function: getVisibleElements
// Get all elements that have a BBox (excludes <defs>, <title>, etc).
// Note that 0-opacity, off-screen etc elements are still considered "visible"
// for this function
//
// Parameters:
// parent - The parent DOM element to search within
//
// Returns:
// An array with all "visible" elements.
var getVisibleElements = this.getVisibleElements = function(parent) {
if (!parent) {
parent = $(svgcontent).children(); // Prevent layers from being included
}
var contentElems = [];
$(parent).children().each(function(i, elem) {
try {
if (elem.getBBox()) {
contentElems.push(elem);
}
} catch (e) {}
});
return contentElems.reverse();
};
// Function: getVisibleElementsAndBBoxes
// Get all elements that have a BBox (excludes <defs>, <title>, etc).
// Note that 0-opacity, off-screen etc elements are still considered "visible"
// for this function
//
// Parameters:
// parent - The parent DOM element to search within
//
// Returns:
// An array with objects that include:
// * elem - The element
// * bbox - The element's BBox as retrieved from getStrokedBBox
var getVisibleElementsAndBBoxes = this.getVisibleElementsAndBBoxes = function(parent) {
if (!parent) {
parent = $(svgcontent).children(); // Prevent layers from being included
}
var contentElems = [];
$(parent).children().each(function(i, elem) {
try {
if (elem.getBBox()) {
contentElems.push({
'elem': elem,
'bbox': getStrokedBBox([elem])
});
}
} catch (e) {}
});
return contentElems.reverse();
};
// Function: groupSvgElem
// Wrap an SVG element into a group element, mark the group as 'gsvg'
//
// Parameters:
// elem - SVG element to wrap
var groupSvgElem = this.groupSvgElem = function(elem) {
var g = document.createElementNS(NS.SVG, 'g');
elem.parentNode.replaceChild(g, elem);
$(g).append(elem).data('gsvg', elem)[0].id = getNextId();
};
// Function: copyElem
// Create a clone of an element, updating its ID and its children's IDs when needed
//
// Parameters:
// el - DOM element to clone
//
// Returns: The cloned element
var copyElem = function(el) {
// manually create a copy of the element
var new_el = document.createElementNS(el.namespaceURI, el.nodeName);
$.each(el.attributes, function(i, attr) {
if (attr.localName != '-moz-math-font-style') {
new_el.setAttributeNS(attr.namespaceURI, attr.nodeName, attr.value);
}
});
// set the copied element's new id
new_el.removeAttribute('id');
new_el.id = getNextId();
// Opera's "d" value needs to be reset for Opera/Win/non-EN
// Also needed for webkit (else does not keep curved segments on clone)
if (svgedit.browser.isWebkit() && el.nodeName == 'path') {
var fixed_d = pathActions.convertPath(el);
new_el.setAttribute('d', fixed_d);
}
// now create copies of all children
$.each(el.childNodes, function(i, child) {
switch (child.nodeType) {
case 1: // element node
new_el.appendChild(copyElem(child));
break;
case 3: // text node
new_el.textContent = child.nodeValue;
break;
default:
break;
}
});
if ($(el).data('gsvg')) {
$(new_el).data('gsvg', new_el.firstChild);
} else if ($(el).data('symbol')) {
var ref = $(el).data('symbol');
$(new_el).data('ref', ref).data('symbol', ref);
} else if (new_el.tagName == 'image') {
preventClickDefault(new_el);
}
return new_el;
};
// Set scope for these functions
var getId, getNextId;
var textActions, pathActions;
(function(c) {
// Object to contain editor event names and callback functions
var events = {};
getId = c.getId = function() {
return getCurrentDrawing().getId();
};
getNextId = c.getNextId = function() {
return getCurrentDrawing().getNextId();
};
// Function: call
// Run the callback function associated with the given event
//
// Parameters:
// event - String with the event name
// arg - Argument to pass through to the callback function
call = c.call = function(event, arg) {
if (events[event]) {
return events[event](this, arg);
}
};
// Function: bind
// Attaches a callback function to an event
//
// Parameters:
// event - String indicating the name of the event
// f - The callback function to bind to the event
//
// Return:
// The previous event
c.bind = function(event, f) {
var old = events[event];
events[event] = f;
return old;
};
}(canvas));
// Function: canvas.prepareSvg
// Runs the SVG Document through the sanitizer and then updates its paths.
//
// Parameters:
// newDoc - The SVG DOM document
this.prepareSvg = function(newDoc) {
this.sanitizeSvg(newDoc.documentElement);
// convert paths into absolute commands
var i, path, len,
paths = newDoc.getElementsByTagNameNS(NS.SVG, 'path');
for (i = 0, len = paths.length; i < len; ++i) {
path = paths[i];
path.setAttribute('d', pathActions.convertPath(path));
pathActions.fixEnd(path);
}
};
// Function: ffClone
// Hack for Firefox bugs where text element features aren't updated or get
// messed up. See issue 136 and issue 137.
// This function clones the element and re-selects it
// TODO: Test for this bug on load and add it to "support" object instead of
// browser sniffing
//
// Parameters:
// elem - The (text) DOM element to clone
var ffClone = function(elem) {
if (!svgedit.browser.isGecko()) {
return elem;
}
var clone = elem.cloneNode(true);
elem.parentNode.insertBefore(clone, elem);
elem.parentNode.removeChild(elem);
selectorManager.releaseSelector(elem);
selectedElements[0] = clone;
selectorManager.requestSelector(clone).showGrips(true);
return clone;
};
// this.each is deprecated, if any extension used this it can be recreated by doing this:
// $(canvas.getRootElem()).children().each(...)
// this.each = function(cb) {
// $(svgroot).children().each(cb);
// };
// Function: setRotationAngle
// Removes any old rotations if present, prepends a new rotation at the
// transformed center
//
// Parameters:
// val - The new rotation angle in degrees
// preventUndo - Boolean indicating whether the action should be undoable or not
this.setRotationAngle = function(val, preventUndo) {
// ensure val is the proper type
val = parseFloat(val);
var elem = selectedElements[0];
var oldTransform = elem.getAttribute('transform');
var bbox = svgedit.utilities.getBBox(elem);
var cx = bbox.x + bbox.width / 2,
cy = bbox.y + bbox.height / 2;
var tlist = svgedit.transformlist.getTransformList(elem);
// only remove the real rotational transform if present (i.e. at index=0)
if (tlist.numberOfItems > 0) {
var xform = tlist.getItem(0);
if (xform.type == 4) {
tlist.removeItem(0);
}
}
// find R_nc and insert it
if (val != 0) {
var center = svgedit.math.transformPoint(cx, cy, svgedit.math.transformListToTransform(tlist).matrix);
var R_nc = svgroot.createSVGTransform();
R_nc.setRotate(val, center.x, center.y);
if (tlist.numberOfItems) {
tlist.insertItemBefore(R_nc, 0);
} else {
tlist.appendItem(R_nc);
}
} else if (tlist.numberOfItems == 0) {
elem.removeAttribute('transform');
}
if (!preventUndo) {
// we need to undo it, then redo it so it can be undo-able! :)
// TODO: figure out how to make changes to transform list undo-able cross-browser?
var newTransform = elem.getAttribute('transform');
elem.setAttribute('transform', oldTransform);
changeSelectedAttribute('transform', newTransform, selectedElements);
call('changed', selectedElements);
}
var pointGripContainer = svgedit.utilities.getElem('pathpointgrip_container');
// if (elem.nodeName == 'path' && pointGripContainer) {
// pathActions.setPointContainerTransform(elem.getAttribute('transform'));
// }
var selector = selectorManager.requestSelector(selectedElements[0]);
selector.resize();
selector.updateGripCursors(val);
};
// Function: recalculateAllSelectedDimensions
// Runs recalculateDimensions on the selected elements,
// adding the changes to a single batch command
var recalculateAllSelectedDimensions = this.recalculateAllSelectedDimensions = function() {
var text = (current_resize_mode == 'none' ? 'position' : 'size');
var batchCmd = new svgedit.history.BatchCommand(text);
var i = selectedElements.length;
while (i--) {
var elem = selectedElements[i];
// if (svgedit.utilities.getRotationAngle(elem) && !svgedit.math.hasMatrixTransform(getTransformList(elem))) {continue;}
var cmd = svgedit.recalculate.recalculateDimensions(elem);
if (cmd) {
batchCmd.addSubCommand(cmd);
}
}
if (!batchCmd.isEmpty()) {
addCommandToHistory(batchCmd);
call('changed', selectedElements);
}
};
// this is how we map paths to our preferred relative segment types
var pathMap = [0, 'z', 'M', 'm', 'L', 'l', 'C', 'c', 'Q', 'q', 'A', 'a',
'H', 'h', 'V', 'v', 'S', 's', 'T', 't'
];
// Debug tool to easily see the current matrix in the browser's console
var logMatrix = function(m) {
console.log([m.a, m.b, m.c, m.d, m.e, m.f]);
};
// Root Current Transformation Matrix in user units
var root_sctm = null;
// Group: Selection
// Function: clearSelection
// Clears the selection. The 'selected' handler is then called.
// Parameters:
// noCall - Optional boolean that when true does not call the "selected" handler
var clearSelection = this.clearSelection = function(noCall) {
if (selectedElements[0] != null) {
var i, elem,
len = selectedElements.length;
for (i = 0; i < len; ++i) {
elem = selectedElements[i];
if (elem == null) {
break;
}
selectorManager.releaseSelector(elem);
selectedElements[i] = null;
}
//ROGERMOD - Why not reinit the selected elements array?
selectedElements.splice(0, selectedElements.length);
// selectedBBoxes[0] = null;
}
if (!noCall) {
call('selected', selectedElements);
}
};
// TODO: do we need to worry about selectedBBoxes here?
// Function: addToSelection
// Adds a list of elements to the selection. The 'selected' handler is then called.
//
// Parameters:
// elemsToAdd - an array of DOM elements to add to the selection
// showGrips - a boolean flag indicating whether the resize grips should be shown
var addToSelection = this.addToSelection = function(elemsToAdd, showGrips) {
if (elemsToAdd.length == 0) {
return;
}
// find the first null in our selectedElements array
var j = 0;
while (j < selectedElements.length) {
if (selectedElements[j] == null) {
break;
}
++j;
}
// now add each element consecutively
var i = elemsToAdd.length;
while (i--) {
var elem = elemsToAdd[i];
if (!elem || !svgedit.utilities.getBBox(elem)) {
continue;
}
if (elem.tagName === 'a' && elem.childNodes.length === 1) {
// Make "a" element's child be the selected element
elem = elem.firstChild;
}
// if it's not already there, add it
if (selectedElements.indexOf(elem) == -1) {
selectedElements[j] = elem;
// only the first selectedBBoxes element is ever used in the codebase these days
// if (j == 0) selectedBBoxes[0] = svgedit.utilities.getBBox(elem);
j++;
var sel = selectorManager.requestSelector(elem);
if (selectedElements.length > 1) {
sel.showGrips(false);
}
}
}
call('selected', selectedElements);
if (showGrips || selectedElements.length == 1) {
selectorManager.requestSelector(selectedElements[0]).showGrips(true);
} else {
selectorManager.requestSelector(selectedElements[0]).showGrips(false);
}
// make sure the elements are in the correct order
// See: http://www.w3.org/TR/DOM-Level-3-Core/core.html#Node3-compareDocumentPosition
selectedElements.sort(function(a, b) {
if (a && b && a.compareDocumentPosition) {
return 3 - (b.compareDocumentPosition(a) & 6);
}
if (a == null) {
return 1;
}
});
// Make sure first elements are not null
while (selectedElements[0] == null) {
selectedElements.shift(0);
}
};
// Function: selectOnly()
// Selects only the given elements, shortcut for clearSelection(); addToSelection()
//
// Parameters:
// elems - an array of DOM elements to be selected
var selectOnly = this.selectOnly = function(elems, showGrips) {
clearSelection(true);
addToSelection(elems, showGrips);
};
// TODO: could use slice here to make this faster?
// TODO: should the 'selected' handler
// Function: removeFromSelection
// Removes elements from the selection.
//
// Parameters:
// elemsToRemove - an array of elements to remove from selection
var removeFromSelection = this.removeFromSelection = function(elemsToRemove) {
if (selectedElements[0] == null) {
return;
}
if (elemsToRemove.length == 0) {
return;
}
// find every element and remove it from our array copy
var i,
j = 0,
newSelectedItems = [],
len = selectedElements.length;
newSelectedItems.length = len;
for (i = 0; i < len; ++i) {
var elem = selectedElements[i];
if (elem) {
// keep the item
if (elemsToRemove.indexOf(elem) == -1) {
newSelectedItems[j] = elem;
j++;
} else { // remove the item and its selector
selectorManager.releaseSelector(elem);
}
}
}
// the copy becomes the master now
selectedElements = newSelectedItems;
call('selected', selectedElements);
};
// Function: selectAllInCurrentLayer
// Clears the selection, then adds all elements in the current layer to the selection.
this.selectAllInCurrentLayer = function() {
var current_layer = getCurrentDrawing().getCurrentLayer();
if (current_layer) {
current_mode = 'select';
selectOnly($(current_group || current_layer).children());
}
};
// Function: getMouseTarget
// Gets the desired element from a mouse event
//
// Parameters:
// evt - Event object from the mouse event
//
// Returns:
// DOM element we want
var getMouseTarget = this.getMouseTarget = function(evt) {
if (evt == null) {
return null;
}
var mouse_target = evt.target;
// if it was a <use>, Opera and WebKit return the SVGElementInstance
if (mouse_target.correspondingUseElement) {
mouse_target = mouse_target.correspondingUseElement;
}
// for foreign content, go up until we find the foreignObject
// WebKit browsers set the mouse target to the svgcanvas div
if ([NS.MATH, NS.HTML].indexOf(mouse_target.namespaceURI) >= 0 &&
mouse_target.id != 'svgcanvas') {
while (mouse_target.nodeName != 'foreignObject') {
mouse_target = mouse_target.parentNode;
if (!mouse_target) {
return svgroot;
}
}
}
// Get the desired mouse_target with jQuery selector-fu
// If it's root-like, select the root
var current_layer = getCurrentDrawing().getCurrentLayer();
if ([svgroot, container, svgcontent, current_layer].indexOf(mouse_target) >= 0) {
return svgroot;
}
var $target = $(mouse_target);
// If it's a selection grip, return the grip parent
if ($target.closest('#selectorParentGroup').length) {
// While we could instead have just returned mouse_target,
// this makes it easier to indentify as being a selector grip
return selectorManager.selectorParentGroup;
}
while (mouse_target.parentNode !== (current_group || current_layer)) {
mouse_target = mouse_target.parentNode;
}
//
// // go up until we hit a child of a layer
// while (mouse_target.parentNode.parentNode.tagName == 'g') {
// mouse_target = mouse_target.parentNode;
// }
// Webkit bubbles the mouse event all the way up to the div, so we
// set the mouse_target to the svgroot like the other browsers
// if (mouse_target.nodeName.toLowerCase() == 'div') {
// mouse_target = svgroot;
// }
return mouse_target;
};
// Mouse events
(function() {
var d_attr = null,
start_x = null,
start_y = null,
r_start_x = null,
r_start_y = null,
init_bbox = {},
freehand = {
minx: null,
miny: null,
maxx: null,
maxy: null
},
sumDistance = 0,
controllPoint2 = {
x: 0,
y: 0
},
controllPoint1 = {
x: 0,
y: 0
},
start = {
x: 0,
y: 0
},
end = {
x: 0,
y: 0
},
parameter,
nextParameter,
bSpline = {
x: 0,
y: 0
},
nextPos = {
x: 0,
y: 0
},
THRESHOLD_DIST = 0.8,
STEP_COUNT = 10;
var getBsplinePoint = function(t) {
var spline = {
x: 0,
y: 0
},
p0 = controllPoint2,
p1 = controllPoint1,
p2 = start,
p3 = end,
S = 1.0 / 6.0,
t2 = t * t,
t3 = t2 * t;
var m = [
[-1, 3, -3, 1],
[3, -6, 3, 0],
[-3, 0, 3, 0],
[1, 4, 1, 0]
];
spline.x = S * (
(p0.x * m[0][0] + p1.x * m[0][1] + p2.x * m[0][2] + p3.x * m[0][3]) * t3 +
(p0.x * m[1][0] + p1.x * m[1][1] + p2.x * m[1][2] + p3.x * m[1][3]) * t2 +
(p0.x * m[2][0] + p1.x * m[2][1] + p2.x * m[2][2] + p3.x * m[2][3]) * t +
(p0.x * m[3][0] + p1.x * m[3][1] + p2.x * m[3][2] + p3.x * m[3][3])
);
spline.y = S * (
(p0.y * m[0][0] + p1.y * m[0][1] + p2.y * m[0][2] + p3.y * m[0][3]) * t3 +
(p0.y * m[1][0] + p1.y * m[1][1] + p2.y * m[1][2] + p3.y * m[1][3]) * t2 +
(p0.y * m[2][0] + p1.y * m[2][1] + p2.y * m[2][2] + p3.y * m[2][3]) * t +
(p0.y * m[3][0] + p1.y * m[3][1] + p2.y * m[3][2] + p3.y * m[3][3])
);
return {
x: spline.x,
y: spline.y
};
};
// - when we are in a create mode, the element is added to the canvas
// but the action is not recorded until mousing up
// - when we are in select mode, select the element, remember the position
// and do nothing else
var mouseDown = function(evt) {
//ROGERMOD - Special behaviour of the mouseDown event depending on annotation or not
if (annotating) {
if (canvas.spaceKey || evt.button === 1) {
return;
}
var right_click = evt.button === 2;
if (evt.altKey) { // duplicate when dragging
svgCanvas.cloneSelectedElements(0, 0);
}
root_sctm = $('#svgcontent g')[0].getScreenCTM().inverse();
var pt = svgedit.math.transformPoint(evt.pageX, evt.pageY, root_sctm),
mouse_x = pt.x * current_zoom,
mouse_y = pt.y * current_zoom;
evt.preventDefault();
if (right_click) {
current_mode = 'select';
lastClickPoint = pt;
}
// This would seem to be unnecessary...
// if (['select', 'resize'].indexOf(current_mode) == -1) {
// setGradient();
// }
var x = mouse_x / current_zoom,
y = mouse_y / current_zoom,
mouse_target = getMouseTarget(evt);
if (mouse_target.tagName === 'a' && mouse_target.childNodes.length === 1) {
mouse_target = mouse_target.firstChild;
}
// real_x/y ignores grid-snap value
var real_x = x;
r_start_x = start_x = x;
var real_y = y;
r_start_y = start_y = y;
if (curConfig.gridSnapping) {
x = svgedit.utilities.snapToGrid(x);
y = svgedit.utilities.snapToGrid(y);
start_x = svgedit.utilities.snapToGrid(start_x);
start_y = svgedit.utilities.snapToGrid(start_y);
}
// if it is a selector grip, then it must be a single element selected,
// set the mouse_target to that and update the mode to rotate/resize
if (mouse_target == selectorManager.selectorParentGroup && selectedElements[0] != null) {
var grip = evt.target;
var griptype = elData(grip, 'type');
// rotating
if (griptype == 'rotate') {
current_mode = 'rotate';
}
// resizing
else if (griptype == 'resize') {
current_mode = 'resize';
current_resize_mode = elData(grip, 'dir');
}
mouse_target = selectedElements[0];
}
startTransform = mouse_target.getAttribute('transform');
var i, stroke_w,
tlist = svgedit.transformlist.getTransformList(mouse_target);
switch (current_mode) {
case 'select':
started = true;
current_resize_mode = 'none';
if (right_click) {
started = false;
}
if (mouse_target != svgroot) {
// if this element is not yet selected, clear selection and select it
if (selectedElements.indexOf(mouse_target) == -1) {
// only clear selection if shift is not pressed (otherwise, add
// element to selection)
if (!evt.shiftKey) {
// No need to do the call here as it will be done on addToSelection
clearSelection(true);
}
addToSelection([mouse_target]);
justSelected = mouse_target;
pathActions.clear();
}
// else if it's a path, go into pathedit mode in mouseup
if (!right_click) {
// insert a dummy transform so if the element(s) are moved it will have
// a transform to use for its translate
for (i = 0; i < selectedElements.length; ++i) {
if (selectedElements[i] == null) {
continue;
}
var slist = svgedit.transformlist.getTransformList(selectedElements[i]);
if (slist.numberOfItems) {
slist.insertItemBefore(svgroot.createSVGTransform(), 0);
} else {
slist.appendItem(svgroot.createSVGTransform());
}
}
}
} else if (!right_click) {
clearSelection();
current_mode = 'multiselect';
if (rubberBox == null) {
rubberBox = selectorManager.getRubberBandBox();
}
//adjust bounding box to current zoom
r_start_x *= current_zoom;
r_start_y *= current_zoom;
// console.log('p',[evt.pageX, evt.pageY]);
// console.log('c',[evt.clientX, evt.clientY]);
// console.log('o',[evt.offsetX, evt.offsetY]);
// console.log('s',[start_x, start_y]);
svgedit.utilities.assignAttributes(rubberBox, {
'x': r_start_x,
'y': r_start_y,
'width': 0,
'height': 0,
'display': 'inline'
}, 100);
}
break;
case 'zoom':
started = true;
if (rubberBox == null) {
rubberBox = selectorManager.getRubberBandBox();
}
svgedit.utilities.assignAttributes(rubberBox, {
'x': real_x * current_zoom,
'y': real_x * current_zoom,
'width': 0,
'height': 0,
'display': 'inline'
}, 100);
break;
case 'resize':
started = true;
start_x = x;
start_y = y;
// Getting the BBox from the selection box, since we know we
// want to orient around it
init_bbox = svgedit.utilities.getBBox($('#selectedBox0')[0]);
var bb = {};
$.each(init_bbox, function(key, val) {
bb[key] = val / current_zoom;
});
init_bbox = bb;
// append three dummy transforms to the tlist so that
// we can translate,scale,translate in mousemove
var pos = svgedit.utilities.getRotationAngle(mouse_target) ? 1 : 0;
if (svgedit.math.hasMatrixTransform(tlist)) {
tlist.insertItemBefore(svgroot.createSVGTransform(), pos);
tlist.insertItemBefore(svgroot.createSVGTransform(), pos);
tlist.insertItemBefore(svgroot.createSVGTransform(), pos);
} else {
tlist.appendItem(svgroot.createSVGTransform());
tlist.appendItem(svgroot.createSVGTransform());
tlist.appendItem(svgroot.createSVGTransform());
if (svgedit.browser.supportsNonScalingStroke()) {
// Handle crash for newer Chrome and Safari 6 (Mobile and Desktop):
// https://code.google.com/p/svg-edit/issues/detail?id=904
// Chromium issue: https://code.google.com/p/chromium/issues/detail?id=114625
// TODO: Remove this workaround once vendor fixes the issue
/*var isWebkit = svgedit.browser.isWebkit();
if (isWebkit) {
var delayedStroke = function(ele) {
var _stroke = ele.getAttributeNS(null, 'stroke');
ele.removeAttributeNS(null, 'stroke');
//Re-apply stroke after delay. Anything higher than 1 seems to cause flicker
setTimeout(function() { ele.setAttributeNS(null, 'stroke', _stroke); }, 0);
};
}*/
// ROGERMOD - Should not happen anymore
if (mouse_target.getAttribute("vector-effect") !== "non-scaling-stroke") {
console.log("scaling resize");
mouse_target.style.vectorEffect = 'non-scaling-stroke';
var sw = mouse_target.getAttribute("stroke-width");
mouse_target.setAttribute("stroke-width", sw * current_zoom);
}
//mouse_target.style.vectorEffect = 'non-scaling-stroke';
//if (isWebkit) {delayedStroke(mouse_target);}
var all = mouse_target.getElementsByTagName('*'),
len = all.length;
for (i = 0; i < len; i++) {
all[i].style.vectorEffect = 'non-scaling-stroke';
//if (isWebkit) {delayedStroke(all[i]);}
}
}
}
break;
case 'fhellipse':
case 'fhrect':
case 'fhpath':
start.x = real_x;
start.y = real_y;
started = true;
d_attr = real_x + ',' + real_y + ' ';
stroke_w = cur_shape.stroke_width == 0 ? 1 : cur_shape.stroke_width;
addSvgElementFromJson({
element: 'polyline',
curStyles: true,
attr: {
points: d_attr,
id: getNextId(),
'vector-effect': 'non-scaling-stroke',
fill: 'none',
opacity: cur_shape.opacity / 2,
'stroke-linecap': 'round',
style: 'pointer-events:none'
}
});
freehand.minx = real_x;
freehand.maxx = real_x;
freehand.miny = real_y;
freehand.maxy = real_y;
break;
case 'image':
started = true;
var newImage = addSvgElementFromJson({
element: 'image',
attr: {
x: x,
y: y,
width: 0,
height: 0,
id: getNextId(),
'vector-effect': 'non-scaling-stroke',
opacity: cur_shape.opacity / 2,
style: 'pointer-events:inherit'
}
});
setHref(newImage, last_good_img_url);
preventClickDefault(newImage);
break;
case 'square':
// FIXME: once we create the rect, we lose information that this was a square
// (for resizing purposes this could be important)
case 'rect':
started = true;
start_x = x;
start_y = y;
addSvgElementFromJson({
element: 'rect',
curStyles: true,
attr: {
x: x,
y: y,
width: 0,
height: 0,
id: getNextId(),
'vector-effect': 'non-scaling-stroke',
opacity: cur_shape.opacity / 2
}
});
break;
case 'line':
started = true;
stroke_w = cur_shape.stroke_width == 0 ? 1 : cur_shape.stroke_width;
addSvgElementFromJson({
element: 'line',
curStyles: true,
attr: {
x1: x,
y1: y,
x2: x,
y2: y,
id: getNextId(),
'vector-effect': 'non-scaling-stroke',
stroke: cur_shape.stroke,
'stroke-width': stroke_w,
'stroke-dasharray': cur_shape.stroke_dasharray,
'stroke-linejoin': cur_shape.stroke_linejoin,
'stroke-linecap': cur_shape.stroke_linecap,
'stroke-opacity': cur_shape.stroke_opacity,
fill: 'none',
opacity: cur_shape.opacity / 2,
style: 'pointer-events:none'
}
});
break;
case 'circle':
started = true;
addSvgElementFromJson({
element: 'circle',
curStyles: true,
attr: {
cx: x,
cy: y,
r: 0,
id: getNextId(),
'vector-effect': 'non-scaling-stroke',
opacity: cur_shape.opacity / 2
}
});
break;
case 'ellipse':
started = true;
addSvgElementFromJson({
element: 'ellipse',
curStyles: true,
attr: {
cx: x,
cy: y,
rx: 0,
ry: 0,
id: getNextId(),
'vector-effect': 'non-scaling-stroke',
opacity: cur_shape.opacity / 2
}
});
break;
case 'text':
started = true;
var newText = addSvgElementFromJson({
element: 'text',
curStyles: true,
attr: {
x: x,
y: y,
id: getNextId(),
'vector-effect': 'non-scaling-stroke',
fill: cur_text.fill,
'stroke-width': cur_text.stroke_width,
'font-size': cur_text.font_size,
'font-family': cur_text.font_family,
'text-anchor': 'middle',
'xml:space': 'preserve',
opacity: cur_shape.opacity
}
});
// newText.textContent = 'text';
break;
case 'path':
// Fall through
case 'pathedit':
start_x *= current_zoom;
start_y *= current_zoom;
pathActions.mouseDown(evt, mouse_target, start_x, start_y);
started = true;
break;
case 'textedit':
start_x *= current_zoom;
start_y *= current_zoom;
textActions.mouseDown(evt, mouse_target, start_x, start_y);
started = true;
break;
case 'rotate':
started = true;
// we are starting an undoable change (a drag-rotation)
canvas.undoMgr.beginUndoableChange('transform', selectedElements);
break;
default:
// This could occur in an extension
break;
}
var ext_result = runExtensions('mouseDown', {
event: evt,
start_x: start_x,
start_y: start_y,
selectedElements: selectedElements
}, true);
$.each(ext_result, function(i, r) {
if (r && r.started) {
started = true;
}
});
}
};
// in this function we do not record any state changes yet (but we do update
// any elements that are still being created, moved or resized on the canvas)
var mouseMove = function(evt) {
if (!started) {
return;
}
if (evt.button === 1 || canvas.spaceKey) {
return;
}
var i, xya, c, cx, cy, dx, dy, len, angle, box,
selected = selectedElements[0],
pt = svgedit.math.transformPoint(evt.pageX, evt.pageY, root_sctm),
mouse_x = pt.x * current_zoom,
mouse_y = pt.y * current_zoom,
shape = svgedit.utilities.getElem(getId());
var real_x = mouse_x / current_zoom;
var real_y = mouse_y / current_zoom;
x = real_x;
y = real_y;
if (curConfig.gridSnapping) {
x = svgedit.utilities.snapToGrid(x);
y = svgedit.utilities.snapToGrid(y);
}
evt.preventDefault();
var tlist;
switch (current_mode) {
case 'select':
// we temporarily use a translate on the element(s) being dragged
// this transform is removed upon mousing up and the element is
// relocated to the new location
if (selectedElements[0] !== null) {
dx = x - start_x;
dy = y - start_y;
if (curConfig.gridSnapping) {
dx = svgedit.utilities.snapToGrid(dx);
dy = svgedit.utilities.snapToGrid(dy);
}
if (evt.shiftKey) {
xya = svgedit.math.snapToAngle(start_x, start_y, x, y);
x = xya.x;
y = xya.y;
}
if (dx != 0 || dy != 0) {
len = selectedElements.length;
for (i = 0; i < len; ++i) {
selected = selectedElements[i];
if (selected == null) {
break;
}
// if (i==0) {
// var box = svgedit.utilities.getBBox(selected);
// selectedBBoxes[i].x = box.x + dx;
// selectedBBoxes[i].y = box.y + dy;
// }
// update the dummy transform in our transform list
// to be a translate
var xform = svgroot.createSVGTransform();
tlist = svgedit.transformlist.getTransformList(selected);
// Note that if Webkit and there's no ID for this
// element, the dummy transform may have gotten lost.
// This results in unexpected behaviour
xform.setTranslate(dx, dy);
if (tlist.numberOfItems) {
tlist.replaceItem(xform, 0);
} else {
tlist.appendItem(xform);
}
// update our internal bbox that we're tracking while dragging
selectorManager.requestSelector(selected).resize();
}
call('transition', selectedElements);
}
}
break;
case 'multiselect':
real_x *= current_zoom;
real_y *= current_zoom;
svgedit.utilities.assignAttributes(rubberBox, {
'x': Math.min(r_start_x, real_x),
'y': Math.min(r_start_y, real_y),
'width': Math.abs(real_x - r_start_x),
'height': Math.abs(real_y - r_start_y)
}, 100);
// for each selected:
// - if newList contains selected, do nothing
// - if newList doesn't contain selected, remove it from selected
// - for any newList that was not in selectedElements, add it to selected
var elemsToRemove = [],
elemsToAdd = [],
newList = getIntersectionList();
len = selectedElements.length;
for (i = 0; i < len; ++i) {
var ind = newList.indexOf(selectedElements[i]);
if (ind == -1) {
elemsToRemove.push(selectedElements[i]);
} else {
newList[ind] = null;
}
}
len = newList.length;
for (i = 0; i < len; ++i) {
if (newList[i]) {
elemsToAdd.push(newList[i]);
}
}
if (elemsToRemove.length > 0) {
var cleanedUpElems = new Array();
for (var i = 0; i < elemsToRemove.length; i++) {
if (typeof elemsToRemove[i] !== "undefined" && elemsToRemove[i] !== null)
cleanedUpElems.push(elemsToRemove[i]);
}
if (cleanedUpElems.length > 0)
canvas.removeFromSelection(elemsToRemove);
}
if (elemsToAdd.length > 0) {
addToSelection(elemsToAdd);
}
break;
case 'resize':
// we track the resize bounding box and translate/scale the selected element
// while the mouse is down, when mouse goes up, we use this to recalculate
// the shape's coordinates
tlist = svgedit.transformlist.getTransformList(selected);
var hasMatrix = svgedit.math.hasMatrixTransform(tlist);
box = hasMatrix ? init_bbox : svgedit.utilities.getBBox(selected);
var left = box.x,
top = box.y,
width = box.width,
height = box.height;
dx = (x - start_x);
dy = (y - start_y);
if (curConfig.gridSnapping) {
dx = svgedit.utilities.snapToGrid(dx);
dy = svgedit.utilities.snapToGrid(dy);
height = svgedit.utilities.snapToGrid(height);
width = svgedit.utilities.snapToGrid(width);
}
// if rotated, adjust the dx,dy values
angle = svgedit.utilities.getRotationAngle(selected);
if (angle) {
var r = Math.sqrt(dx * dx + dy * dy),
theta = Math.atan2(dy, dx) - angle * Math.PI / 180.0;
dx = r * Math.cos(theta);
dy = r * Math.sin(theta);
}
// if not stretching in y direction, set dy to 0
// if not stretching in x direction, set dx to 0
if (current_resize_mode.indexOf('n') == -1 && current_resize_mode.indexOf('s') == -1) {
dy = 0;
}
if (current_resize_mode.indexOf('e') == -1 && current_resize_mode.indexOf('w') == -1) {
dx = 0;
}
var ts = null,
tx = 0,
ty = 0,
sy = height ? (height + dy) / height : 1,
sx = width ? (width + dx) / width : 1;
// if we are dragging on the north side, then adjust the scale factor and ty
if (current_resize_mode.indexOf('n') >= 0) {
sy = height ? (height - dy) / height : 1;
ty = height;
}
// if we dragging on the east side, then adjust the scale factor and tx
if (current_resize_mode.indexOf('w') >= 0) {
sx = width ? (width - dx) / width : 1;
tx = width;
}
// update the transform list with translate,scale,translate
var translateOrigin = svgroot.createSVGTransform(),
scale = svgroot.createSVGTransform(),
translateBack = svgroot.createSVGTransform();
if (curConfig.gridSnapping) {
left = svgedit.utilities.snapToGrid(left);
tx = svgedit.utilities.snapToGrid(tx);
top = svgedit.utilities.snapToGrid(top);
ty = svgedit.utilities.snapToGrid(ty);
}
translateOrigin.setTranslate(-(left + tx), -(top + ty));
if (evt.shiftKey) {
if (sx == 1) {
sx = sy;
} else {
sy = sx;
}
}
scale.setScale(sx, sy);
translateBack.setTranslate(left + tx, top + ty);
if (hasMatrix) {
var diff = angle ? 1 : 0;
tlist.replaceItem(translateOrigin, 2 + diff);
tlist.replaceItem(scale, 1 + diff);
tlist.replaceItem(translateBack, Number(diff));
} else {
var N = tlist.numberOfItems;
tlist.replaceItem(translateBack, N - 3);
tlist.replaceItem(scale, N - 2);
tlist.replaceItem(translateOrigin, N - 1);
}
selectorManager.requestSelector(selected).resize();
call('transition', selectedElements);
break;
case 'zoom':
real_x *= current_zoom;
real_y *= current_zoom;
svgedit.utilities.assignAttributes(rubberBox, {
'x': Math.min(r_start_x * current_zoom, real_x),
'y': Math.min(r_start_y * current_zoom, real_y),
'width': Math.abs(real_x - r_start_x * current_zoom),
'height': Math.abs(real_y - r_start_y * current_zoom)
}, 100);
break;
case 'text':
svgedit.utilities.assignAttributes(shape, {
'x': x,
'y': y
}, 1000);
break;
case 'line':
// Opera has a problem with suspendRedraw() apparently
var handle = null;
if (!window.opera) {
svgroot.suspendRedraw(1000);
}
if (curConfig.gridSnapping) {
x = svgedit.utilities.snapToGrid(x);
y = svgedit.utilities.snapToGrid(y);
}
var x2 = x;
var y2 = y;
if (evt.shiftKey) {
xya = svgedit.math.snapToAngle(start_x, start_y, x2, y2);
x2 = xya.x;
y2 = xya.y;
}
shape.setAttributeNS(null, 'x2', x2);
shape.setAttributeNS(null, 'y2', y2);
if (!window.opera) {
svgroot.unsuspendRedraw(handle);
}
break;
case 'foreignObject':
// fall through
case 'square':
// fall through
case 'rect':
// fall through
case 'image':
var square = (current_mode == 'square') || evt.shiftKey,
w = Math.abs(x - start_x),
h = Math.abs(y - start_y),
new_x, new_y;
if (square) {
w = h = Math.max(w, h);
new_x = start_x < x ? start_x : start_x - w;
new_y = start_y < y ? start_y : start_y - h;
} else {
new_x = Math.min(start_x, x);
new_y = Math.min(start_y, y);
}
if (curConfig.gridSnapping) {
w = svgedit.utilities.snapToGrid(w);
h = svgedit.utilities.snapToGrid(h);
new_x = svgedit.utilities.snapToGrid(new_x);
new_y = svgedit.utilities.snapToGrid(new_y);
}
svgedit.utilities.assignAttributes(shape, {
'width': w,
'height': h,
'x': new_x,
'y': new_y
}, 1000);
break;
case 'circle':
c = $(shape).attr(['cx', 'cy']);
cx = c.cx;
cy = c.cy;
var rad = Math.sqrt((x - cx) * (x - cx) + (y - cy) * (y - cy));
if (curConfig.gridSnapping) {
rad = svgedit.utilities.snapToGrid(rad);
}
shape.setAttributeNS(null, 'r', rad);
break;
case 'ellipse':
c = $(shape).attr(['cx', 'cy']);
cx = c.cx;
cy = c.cy;
// Opera has a problem with suspendRedraw() apparently
handle = null;
if (!window.opera) {
svgroot.suspendRedraw(1000);
}
if (curConfig.gridSnapping) {
x = svgedit.utilities.snapToGrid(x);
cx = svgedit.utilities.snapToGrid(cx);
y = svgedit.utilities.snapToGrid(y);
cy = svgedit.utilities.snapToGrid(cy);
}
shape.setAttributeNS(null, 'rx', Math.abs(x - cx));
var ry = Math.abs(evt.shiftKey ? (x - cx) : (y - cy));
shape.setAttributeNS(null, 'ry', ry);
if (!window.opera) {
svgroot.unsuspendRedraw(handle);
}
break;
case 'fhellipse':
case 'fhrect':
freehand.minx = Math.min(real_x, freehand.minx);
freehand.maxx = Math.max(real_x, freehand.maxx);
freehand.miny = Math.min(real_y, freehand.miny);
freehand.maxy = Math.max(real_y, freehand.maxy);
// break; missing on purpose
case 'fhpath':
// d_attr += + real_x + ',' + real_y + ' ';
// shape.setAttributeNS(null, 'points', d_attr);
end.x = real_x;
end.y = real_y;
if (controllPoint2.x && controllPoint2.y) {
for (i = 0; i < STEP_COUNT - 1; i++) {
parameter = i / STEP_COUNT;
nextParameter = (i + 1) / STEP_COUNT;
bSpline = getBsplinePoint(nextParameter);
nextPos = bSpline;
bSpline = getBsplinePoint(parameter);
sumDistance += Math.sqrt((nextPos.x - bSpline.x) * (nextPos.x - bSpline.x) + (nextPos.y - bSpline.y) * (nextPos.y - bSpline.y));
if (sumDistance > THRESHOLD_DIST / current_zoom) {
d_attr += +bSpline.x + ',' + bSpline.y + ' ';
shape.setAttributeNS(null, 'points', d_attr);
sumDistance -= THRESHOLD_DIST / current_zoom;
}
}
}
controllPoint2 = {
x: controllPoint1.x,
y: controllPoint1.y
};
controllPoint1 = {
x: start.x,
y: start.y
};
start = {
x: end.x,
y: end.y
};
break;
// update path stretch line coordinates
case 'path':
// fall through
case 'pathedit':
x *= current_zoom;
y *= current_zoom;
if (curConfig.gridSnapping) {
x = svgedit.utilities.snapToGrid(x);
y = svgedit.utilities.snapToGrid(y);
start_x = svgedit.utilities.snapToGrid(start_x);
start_y = svgedit.utilities.snapToGrid(start_y);
}
if (evt.shiftKey) {
var path = svgedit.path.path;
var x1, y1;
if (path) {
x1 = path.dragging ? path.dragging[0] : start_x;
y1 = path.dragging ? path.dragging[1] : start_y;
} else {
x1 = start_x;
y1 = start_y;
}
xya = svgedit.math.snapToAngle(x1, y1, x, y);
x = xya.x;
y = xya.y;
}
if (rubberBox && rubberBox.getAttribute('display') !== 'none') {
real_x *= current_zoom;
real_y *= current_zoom;
svgedit.utilities.assignAttributes(rubberBox, {
'x': Math.min(r_start_x * current_zoom, real_x),
'y': Math.min(r_start_y * current_zoom, real_y),
'width': Math.abs(real_x - r_start_x * current_zoom),
'height': Math.abs(real_y - r_start_y * current_zoom)
}, 100);
}
pathActions.mouseMove(x, y);
break;
case 'textedit':
x *= current_zoom;
y *= current_zoom;
// if (rubberBox && rubberBox.getAttribute('display') != 'none') {
// svgedit.utilities.assignAttributes(rubberBox, {
// 'x': Math.min(start_x,x),
// 'y': Math.min(start_y,y),
// 'width': Math.abs(x-start_x),
// 'height': Math.abs(y-start_y)
// },100);
// }
textActions.mouseMove(mouse_x, mouse_y);
break;
case 'rotate':
box = svgedit.utilities.getBBox(selected);
cx = box.x + box.width / 2;
cy = box.y + box.height / 2;
var m = svgedit.math.getMatrix(selected),
center = svgedit.math.transformPoint(cx, cy, m);
cx = center.x;
cy = center.y;
angle = ((Math.atan2(cy - y, cx - x) * (180 / Math.PI)) - 90) % 360;
if (curConfig.gridSnapping) {
angle = svgedit.utilities.snapToGrid(angle);
}
if (evt.shiftKey) { // restrict rotations to nice angles (WRS)
var snap = 45;
angle = Math.round(angle / snap) * snap;
}
canvas.setRotationAngle(angle < -180 ? (360 + angle) : angle, true);
call('transition', selectedElements);
break;
default:
break;
}
runExtensions('mouseMove', {
event: evt,
mouse_x: mouse_x,
mouse_y: mouse_y,
selected: selected
});
}; // mouseMove()
// - in create mode, the element's opacity is set properly, we create an InsertElementCommand
// and store it on the Undo stack
// - in move/resize mode, the element's attributes which were affected by the move/resize are
// identified, a ChangeElementCommand is created and stored on the stack for those attrs
// this is done in when we recalculate the selected dimensions()
var mouseUp = function(evt) {
if (evt.button === 2) {
return;
}
var tempJustSelected = justSelected;
justSelected = null;
if (!started) {
return;
}
var pt = svgedit.math.transformPoint(evt.pageX, evt.pageY, root_sctm),
mouse_x = pt.x * current_zoom,
mouse_y = pt.y * current_zoom,
x = mouse_x / current_zoom,
y = mouse_y / current_zoom,
element = svgedit.utilities.getElem(getId()),
keep = false;
var real_x = x;
var real_y = y;
// TODO: Make true when in multi-unit mode
var useUnit = false; // (curConfig.baseUnit !== 'px');
started = false;
var attrs, t;
switch (current_mode) {
// intentionally fall-through to select here
case 'resize':
case 'multiselect':
if (rubberBox != null) {
rubberBox.setAttribute('display', 'none');
curBBoxes = [];
}
current_mode = 'select';
case 'select':
if (selectedElements[0] != null) {
// if we only have one selected element
if (selectedElements[1] == null) {
// set our current stroke/fill properties to the element's
var selected = selectedElements[0];
switch (selected.tagName) {
case 'g':
case 'use':
case 'image':
case 'foreignObject':
break;
default:
cur_properties.fill = selected.getAttribute('fill');
cur_properties.fill_opacity = selected.getAttribute('fill-opacity');
cur_properties.stroke = selected.getAttribute('stroke');
cur_properties.stroke_opacity = selected.getAttribute('stroke-opacity');
cur_properties.stroke_width = selected.getAttribute('stroke-width');
cur_properties.stroke_dasharray = selected.getAttribute('stroke-dasharray');
cur_properties.stroke_linejoin = selected.getAttribute('stroke-linejoin');
cur_properties.stroke_linecap = selected.getAttribute('stroke-linecap');
}
if (selected.tagName == 'text') {
cur_text.font_size = selected.getAttribute('font-size');
cur_text.font_family = selected.getAttribute('font-family');
}
selectorManager.requestSelector(selected).showGrips(true);
// This shouldn't be necessary as it was done on mouseDown...
// call('selected', [selected]);
}
// always recalculate dimensions to strip off stray identity transforms
recalculateAllSelectedDimensions();
// if it was being dragged/resized
if (real_x != r_start_x || real_y != r_start_y) {
var i, len = selectedElements.length;
for (i = 0; i < len; ++i) {
if (selectedElements[i] == null) {
break;
}
if (!selectedElements[i].firstChild) {
// Not needed for groups (incorrectly resizes elems), possibly not needed at all?
selectorManager.requestSelector(selectedElements[i]).resize();
}
}
}
// no change in position/size, so maybe we should move to pathedit
else {
t = evt.target;
if (selectedElements[0].nodeName === 'path' && selectedElements[1] == null) {
pathActions.select(selectedElements[0]);
} // if it was a path
// else, if it was selected and this is a shift-click, remove it from selection
else if (evt.shiftKey) {
if (tempJustSelected != t) {
canvas.removeFromSelection([t]);
}
}
} // no change in mouse position
// Remove non-scaling stroke
/*if (svgedit.browser.supportsNonScalingStroke()) {
var elem = selectedElements[0];
if (elem) {
elem.removeAttribute('style');
svgedit.utilities.walkTree(elem, function(elem) {
elem.removeAttribute('style');
});
}
}*/
}
return;
case 'zoom':
if (rubberBox != null) {
rubberBox.setAttribute('display', 'none');
}
var factor = evt.shiftKey ? 0.5 : 2;
call('zoomed', {
'x': Math.min(r_start_x, real_x),
'y': Math.min(r_start_y, real_y),
'width': Math.abs(real_x - r_start_x),
'height': Math.abs(real_y - r_start_y),
'factor': factor
});
return;
case 'fhpath':
// Check that the path contains at least 2 points; a degenerate one-point path
// causes problems.
// Webkit ignores how we set the points attribute with commas and uses space
// to separate all coordinates, see https://bugs.webkit.org/show_bug.cgi?id=29870
sumDistance = 0;
controllPoint2 = {
x: 0,
y: 0
};
controllPoint1 = {
x: 0,
y: 0
};
start = {
x: 0,
y: 0
};
end = {
x: 0,
y: 0
};
var coords = element.getAttribute('points');
var commaIndex = coords.indexOf(',');
if (commaIndex >= 0) {
keep = coords.indexOf(',', commaIndex + 1) >= 0;
} else {
keep = coords.indexOf(' ', coords.indexOf(' ') + 1) >= 0;
}
if (keep) {
element = pathActions.smoothPolylineIntoPath(element);
// ROGERMOD - Simplify drawn SVG paths & always close them
if(paper && paper.project){
let paperElement = paper.project.importSVG(element, {insert: true});
let baseThreshold = 0.000001;
let thresholdFactor = (getCurrentX() > 1) ? baseThreshold / (getCurrentX() * 2) : baseThreshold;
let simplified = paperElement.simplify(thresholdFactor);
if(simplified){
// Export the simplified path description
let simplifiedPathDescription = paperElement.exportSVG().getAttribute('d');
// Convert to absolute commands (otherwise all the points are screwed up!)
let absoluteExportedPathDescription = Snap.path.toAbsolute(simplifiedPathDescription);
// Close path (if not closed)
if(absoluteExportedPathDescription[absoluteExportedPathDescription.length - 1][0].toLowerCase() !== 'z');
absoluteExportedPathDescription.push(['Z']);
// Replace the drawn path with the simplified & closed one
element.setAttribute('d', absoluteExportedPathDescription);
}
}
}
break;
case 'line':
attrs = $(element).attr(['x1', 'x2', 'y1', 'y2']);
keep = (attrs.x1 != attrs.x2 || attrs.y1 != attrs.y2);
break;
case 'foreignObject':
case 'square':
case 'rect':
case 'image':
attrs = $(element).attr(['width', 'height']);
// Image should be kept regardless of size (use inherit dimensions later)
keep = (attrs.width != 0 || attrs.height != 0) || current_mode === 'image';
break;
case 'circle':
keep = (element.getAttribute('r') != 0);
break;
case 'ellipse':
attrs = $(element).attr(['rx', 'ry']);
keep = (attrs.rx != null || attrs.ry != null);
break;
case 'fhellipse':
if ((freehand.maxx - freehand.minx) > 0 &&
(freehand.maxy - freehand.miny) > 0) {
element = addSvgElementFromJson({
element: 'ellipse',
curStyles: true,
attr: {
cx: (freehand.minx + freehand.maxx) / 2,
cy: (freehand.miny + freehand.maxy) / 2,
rx: (freehand.maxx - freehand.minx) / 2,
ry: (freehand.maxy - freehand.miny) / 2,
id: getId(),
'vector-effect': 'non-scaling-stroke',
}
});
call('changed', [element]);
keep = true;
}
break;
case 'fhrect':
if ((freehand.maxx - freehand.minx) > 0 &&
(freehand.maxy - freehand.miny) > 0) {
element = addSvgElementFromJson({
element: 'rect',
curStyles: true,
attr: {
x: freehand.minx,
y: freehand.miny,
width: (freehand.maxx - freehand.minx),
height: (freehand.maxy - freehand.miny),
id: getId(),
'vector-effect': 'non-scaling-stroke',
}
});
call('changed', [element]);
keep = true;
}
break;
case 'text':
keep = true;
selectOnly([element]);
textActions.start(element);
break;
case 'path':
// set element to null here so that it is not removed nor finalized
element = null;
// continue to be set to true so that mouseMove happens
started = true;
var res = pathActions.mouseUp(evt, element, mouse_x, mouse_y);
element = res.element;
keep = res.keep;
break;
case 'pathedit':
keep = true;
element = null;
pathActions.mouseUp(evt);
break;
case 'textedit':
keep = false;
element = null;
textActions.mouseUp(evt, mouse_x, mouse_y);
break;
case 'rotate':
keep = true;
element = null;
current_mode = 'select';
var batchCmd = canvas.undoMgr.finishUndoableChange();
if (!batchCmd.isEmpty()) {
addCommandToHistory(batchCmd);
}
// perform recalculation to weed out any stray identity transforms that might get stuck
recalculateAllSelectedDimensions();
call('changed', selectedElements);
break;
default:
// This could occur in an extension
break;
}
var ext_result = runExtensions('mouseUp', {
event: evt,
mouse_x: mouse_x,
mouse_y: mouse_y
}, true);
$.each(ext_result, function(i, r) {
if (r) {
keep = r.keep || keep;
element = r.element;
started = r.started || started;
}
});
if (!keep && element != null) {
getCurrentDrawing().releaseId(getId());
element.parentNode.removeChild(element);
element = null;
t = evt.target;
// if this element is in a group, go up until we reach the top-level group
// just below the layer groups
// TODO: once we implement links, we also would have to check for <a> elements
while (t.parentNode.parentNode.tagName == 'g') {
t = t.parentNode;
}
// if we are not in the middle of creating a path, and we've clicked on some shape,
// then go to Select mode.
// WebKit returns <div> when the canvas is clicked, Firefox/Opera return <svg>
if ((current_mode != 'path' || !drawn_path) &&
t.parentNode.id != 'selectorParentGroup' &&
t.id != 'svgcanvas' && t.id != 'svgroot') {
// switch into "select" mode if we've clicked on an element
canvas.setMode('select');
selectOnly([t], true);
}
} else if (element != null) {
canvas.addedNew = true;
if (useUnit) {
svgedit.units.convertAttrs(element);
}
var ani_dur = 0.2,
c_ani;
if (opac_ani.beginElement && element.getAttribute('opacity') != cur_shape.opacity) {
c_ani = $(opac_ani).clone().attr({
to: cur_shape.opacity,
dur: ani_dur
}).appendTo(element);
try {
// Fails in FF4 on foreignObject
c_ani[0].beginElement();
} catch (e) {}
} else {
ani_dur = 0;
}
// Ideally this would be done on the endEvent of the animation,
// but that doesn't seem to be supported in Webkit
setTimeout(function() {
if (c_ani) {
c_ani.remove();
}
element.setAttribute('opacity', cur_shape.opacity);
element.setAttribute('style', 'pointer-events:inherit');
cleanupElement(element);
if (current_mode === 'path') {
pathActions.toEditMode(element);
} else if (curConfig.selectNew) {
selectOnly([element], true);
}
// we create the insert command that is stored on the stack
// undo means to call cmd.unapply(), redo means to call cmd.apply()
addCommandToHistory(new svgedit.history.InsertElementCommand(element));
call('changed', [element]);
}, ani_dur * 1000);
}
startTransform = null;
};
var dblClick = function(evt) {
var evt_target = evt.target;
var parent = evt_target.parentNode;
// Do nothing if already in current group
if (parent === current_group) {
return;
}
var mouse_target = getMouseTarget(evt);
var tagName = mouse_target.tagName;
if (tagName === 'text' && current_mode !== 'textedit') {
var pt = svgedit.math.transformPoint(evt.pageX, evt.pageY, root_sctm);
textActions.select(mouse_target, pt.x, pt.y);
}
if ((tagName === 'g' || tagName === 'a') && svgedit.utilities.getRotationAngle(mouse_target)) {
// TODO: Allow method of in-group editing without having to do
// this (similar to editing rotated paths)
// Ungroup and regroup
pushGroupProperties(mouse_target);
mouse_target = selectedElements[0];
clearSelection(true);
}
// Reset context
if (current_group) {
leaveContext();
}
if ((parent.tagName !== 'g' && parent.tagName !== 'a') ||
parent === getCurrentDrawing().getCurrentLayer() ||
mouse_target === selectorManager.selectorParentGroup) {
// Escape from in-group edit
return;
}
setContext(mouse_target);
};
// prevent links from being followed in the canvas
var handleLinkInCanvas = function(e) {
//e.preventDefault();
//return false;
};
// Added mouseup to the container here.
// TODO(codedread): Figure out why after the Closure compiler, the window mouseup is ignored.
//$(container).mousedown(mouseDown).mousemove(mouseMove).click(handleLinkInCanvas).dblclick(dblClick).mouseup(mouseUp);
$(container).mousedown(mouseDown).mousemove(mouseMove).dblclick(dblClick).mouseup(mouseUp);
// $(window).mouseup(mouseUp);
//TODO(rafaelcastrocouto): User preference for shift key and zoom factor
$(container).bind('mousewheel DOMMouseScroll', function(e) {
//ROGERMOD - Special behaviour of the mouse wheel event depending on annotation or not
if (annotating) {
//if (!e.shiftKey) {return;}
e.preventDefault();
var evt = e.originalEvent;
root_sctm = $('#svgcontent g')[0].getScreenCTM().inverse();
var pt = svgedit.math.transformPoint(evt.pageX, evt.pageY, root_sctm);
var bbox = {
'x': pt.x,
'y': pt.y,
'width': 0,
'height': 0
};
var delta = (evt.wheelDelta) ? evt.wheelDelta : (evt.detail) ? -evt.detail : 0;
if (!delta) {
return;
}
bbox.factor = Math.max(3 / 4, Math.min(4 / 3, (delta)));
call('zoomed', bbox);
}
});
}());
// Function: preventClickDefault
// Prevents default browser click behaviour on the given element
//
// Parameters:
// img - The DOM element to prevent the cilck on
var preventClickDefault = function(img) {
$(img).click(function(e) {
e.preventDefault();
});
};
// Group: Text edit functions
// Functions relating to editing text elements
textActions = canvas.textActions = (function() {
var curtext;
var textinput;
var cursor;
var selblock;
var blinker;
var chardata = [];
var textbb, transbb;
var matrix;
var last_x, last_y;
var allow_dbl;
function setCursor(index) {
var empty = (textinput.value === '');
$(textinput).focus();
if (!arguments.length) {
if (empty) {
index = 0;
} else {
if (textinput.selectionEnd !== textinput.selectionStart) {
return;
}
index = textinput.selectionEnd;
}
}
var charbb;
charbb = chardata[index];
if (!empty) {
textinput.setSelectionRange(index, index);
}
cursor = svgedit.utilities.getElem('text_cursor');
if (!cursor) {
cursor = document.createElementNS(NS.SVG, 'line');
svgedit.utilities.assignAttributes(cursor, {
id: 'text_cursor',
stroke: '#333',
'stroke-width': 1
});
cursor = svgedit.utilities.getElem('selectorParentGroup').appendChild(cursor);
}
if (!blinker) {
blinker = setInterval(function() {
var show = (cursor.getAttribute('display') === 'none');
cursor.setAttribute('display', show ? 'inline' : 'none');
}, 600);
}
var start_pt = ptToScreen(charbb.x, textbb.y);
var end_pt = ptToScreen(charbb.x, (textbb.y + textbb.height));
svgedit.utilities.assignAttributes(cursor, {
x1: start_pt.x,
y1: start_pt.y,
x2: end_pt.x,
y2: end_pt.y,
visibility: 'visible',
display: 'inline'
});
if (selblock) {
selblock.setAttribute('d', '');
}
}
function setSelection(start, end, skipInput) {
if (start === end) {
setCursor(end);
return;
}
if (!skipInput) {
textinput.setSelectionRange(start, end);
}
selblock = svgedit.utilities.getElem('text_selectblock');
if (!selblock) {
selblock = document.createElementNS(NS.SVG, 'path');
svgedit.utilities.assignAttributes(selblock, {
id: 'text_selectblock',
fill: 'green',
opacity: 0.5,
style: 'pointer-events:none'
});
svgedit.utilities.getElem('selectorParentGroup').appendChild(selblock);
}
var startbb = chardata[start];
var endbb = chardata[end];
cursor.setAttribute('visibility', 'hidden');
var tl = ptToScreen(startbb.x, textbb.y),
tr = ptToScreen(startbb.x + (endbb.x - startbb.x), textbb.y),
bl = ptToScreen(startbb.x, textbb.y + textbb.height),
br = ptToScreen(startbb.x + (endbb.x - startbb.x), textbb.y + textbb.height);
var dstr = 'M' + tl.x + ',' + tl.y + ' L' + tr.x + ',' + tr.y + ' ' + br.x + ',' + br.y + ' ' + bl.x + ',' + bl.y + 'z';
svgedit.utilities.assignAttributes(selblock, {
d: dstr,
'display': 'inline'
});
}
function getIndexFromPoint(mouse_x, mouse_y) {
// Position cursor here
var pt = svgroot.createSVGPoint();
pt.x = mouse_x;
pt.y = mouse_y;
// No content, so return 0
if (chardata.length == 1) {
return 0;
}
// Determine if cursor should be on left or right of character
var charpos = curtext.getCharNumAtPosition(pt);
if (charpos < 0) {
// Out of text range, look at mouse coords
charpos = chardata.length - 2;
if (mouse_x <= chardata[0].x) {
charpos = 0;
}
} else if (charpos >= chardata.length - 2) {
charpos = chardata.length - 2;
}
var charbb = chardata[charpos];
var mid = charbb.x + (charbb.width / 2);
if (mouse_x > mid) {
charpos++;
}
return charpos;
}
function setCursorFromPoint(mouse_x, mouse_y) {
setCursor(getIndexFromPoint(mouse_x, mouse_y));
}
function setEndSelectionFromPoint(x, y, apply) {
var i1 = textinput.selectionStart;
var i2 = getIndexFromPoint(x, y);
var start = Math.min(i1, i2);
var end = Math.max(i1, i2);
setSelection(start, end, !apply);
}
function screenToPt(x_in, y_in) {
var out = {
x: x_in,
y: y_in
};
out.x /= current_zoom;
out.y /= current_zoom;
if (matrix) {
var pt = svgedit.math.transformPoint(out.x, out.y, matrix.inverse());
out.x = pt.x;
out.y = pt.y;
}
return out;
}
function ptToScreen(x_in, y_in) {
var out = {
x: x_in,
y: y_in
};
if (matrix) {
var pt = svgedit.math.transformPoint(out.x, out.y, matrix);
out.x = pt.x;
out.y = pt.y;
}
out.x *= current_zoom;
out.y *= current_zoom;
return out;
}
function hideCursor() {
if (cursor) {
cursor.setAttribute('visibility', 'hidden');
}
}
function selectAll(evt) {
setSelection(0, curtext.textContent.length);
$(this).unbind(evt);
}
function selectWord(evt) {
if (!allow_dbl || !curtext) {
return;
}
var ept = svgedit.math.transformPoint(evt.pageX, evt.pageY, root_sctm),
mouse_x = ept.x * current_zoom,
mouse_y = ept.y * current_zoom;
var pt = screenToPt(mouse_x, mouse_y);
var index = getIndexFromPoint(pt.x, pt.y);
var str = curtext.textContent;
var first = str.substr(0, index).replace(/[a-z0-9]+$/i, '').length;
var m = str.substr(index).match(/^[a-z0-9]+/i);
var last = (m ? m[0].length : 0) + index;
setSelection(first, last);
// Set tripleclick
$(evt.target).click(selectAll);
setTimeout(function() {
$(evt.target).unbind('click', selectAll);
}, 300);
}
return {
select: function(target, x, y) {
curtext = target;
textActions.toEditMode(x, y);
},
start: function(elem) {
curtext = elem;
textActions.toEditMode();
},
mouseDown: function(evt, mouse_target, start_x, start_y) {
var pt = screenToPt(start_x, start_y);
textinput.focus();
setCursorFromPoint(pt.x, pt.y);
last_x = start_x;
last_y = start_y;
// TODO: Find way to block native selection
},
mouseMove: function(mouse_x, mouse_y) {
var pt = screenToPt(mouse_x, mouse_y);
setEndSelectionFromPoint(pt.x, pt.y);
},
mouseUp: function(evt, mouse_x, mouse_y) {
var pt = screenToPt(mouse_x, mouse_y);
setEndSelectionFromPoint(pt.x, pt.y, true);
// TODO: Find a way to make this work: Use transformed BBox instead of evt.target
// if (last_x === mouse_x && last_y === mouse_y
// && !svgedit.math.rectsIntersect(transbb, {x: pt.x, y: pt.y, width:0, height:0})) {
// textActions.toSelectMode(true);
// }
if (
evt.target !== curtext && mouse_x < last_x + 2 && mouse_x > last_x - 2 && mouse_y < last_y + 2 && mouse_y > last_y - 2) {
textActions.toSelectMode(true);
}
},
setCursor: setCursor,
toEditMode: function(x, y) {
allow_dbl = false;
current_mode = 'textedit';
selectorManager.requestSelector(curtext).showGrips(false);
// Make selector group accept clicks
var sel = selectorManager.requestSelector(curtext).selectorRect;
textActions.init();
$(curtext).css('cursor', 'text');
// if (svgedit.browser.supportsEditableText()) {
// curtext.setAttribute('editable', 'simple');
// return;
// }
if (!arguments.length) {
setCursor();
} else {
var pt = screenToPt(x, y);
setCursorFromPoint(pt.x, pt.y);
}
setTimeout(function() {
allow_dbl = true;
}, 300);
},
toSelectMode: function(selectElem) {
current_mode = 'select';
clearInterval(blinker);
blinker = null;
if (selblock) {
$(selblock).attr('display', 'none');
}
if (cursor) {
$(cursor).attr('visibility', 'hidden');
}
$(curtext).css('cursor', 'move');
if (selectElem) {
clearSelection();
$(curtext).css('cursor', 'move');
call('selected', [curtext]);
addToSelection([curtext], true);
}
if (curtext && !curtext.textContent.length) {
// No content, so delete
canvas.deleteSelectedElements();
}
$(textinput).blur();
curtext = false;
// if (svgedit.browser.supportsEditableText()) {
// curtext.removeAttribute('editable');
// }
},
setInputElem: function(elem) {
textinput = elem;
// $(textinput).blur(hideCursor);
},
clear: function() {
if (current_mode == 'textedit') {
textActions.toSelectMode();
}
},
init: function(inputElem) {
if (!curtext) {
return;
}
var i, end;
// if (svgedit.browser.supportsEditableText()) {
// curtext.select();
// return;
// }
if (!curtext.parentNode) {
// Result of the ffClone, need to get correct element
curtext = selectedElements[0];
selectorManager.requestSelector(curtext).showGrips(false);
}
var str = curtext.textContent;
var len = str.length;
var xform = curtext.getAttribute('transform');
textbb = svgedit.utilities.getBBox(curtext);
matrix = xform ? svgedit.math.getMatrix(curtext) : null;
chardata = [];
chardata.length = len;
textinput.focus();
$(curtext).unbind('dblclick', selectWord).dblclick(selectWord);
if (!len) {
end = {
x: textbb.x + (textbb.width / 2),
width: 0
};
}
for (i = 0; i < len; i++) {
var start = curtext.getStartPositionOfChar(i);
end = curtext.getEndPositionOfChar(i);
if (!svgedit.browser.supportsGoodTextCharPos()) {
var offset = canvas.contentW * current_zoom;
start.x -= offset;
end.x -= offset;
start.x /= current_zoom;
end.x /= current_zoom;
}
// Get a "bbox" equivalent for each character. Uses the
// bbox data of the actual text for y, height purposes
// TODO: Decide if y, width and height are actually necessary
chardata[i] = {
x: start.x,
y: textbb.y, // start.y?
width: end.x - start.x,
height: textbb.height
};
}
// Add a last bbox for cursor at end of text
chardata.push({
x: end.x,
width: 0
});
setSelection(textinput.selectionStart, textinput.selectionEnd, true);
}
};
}());
// TODO: Migrate all of this code into path.js
// Group: Path edit functions
// Functions relating to editing path elements
pathActions = canvas.pathActions = function() {
var subpath = false;
var current_path;
var newPoint, firstCtrl;
function resetD(p) {
p.setAttribute('d', pathActions.convertPath(p));
}
// TODO: Move into path.js
svgedit.path.Path.prototype.endChanges = function(text) {
if (svgedit.browser.isWebkit()) {
resetD(this.elem);
}
var cmd = new svgedit.history.ChangeElementCommand(this.elem, {
d: this.last_d
}, text);
addCommandToHistory(cmd);
call('changed', [this.elem]);
};
svgedit.path.Path.prototype.addPtsToSelection = function(indexes) {
var i, seg;
if (!$.isArray(indexes)) {
indexes = [indexes];
}
for (i = 0; i < indexes.length; i++) {
var index = indexes[i];
seg = this.segs[index];
if (seg.ptgrip) {
if (this.selected_pts.indexOf(index) == -1 && index >= 0) {
this.selected_pts.push(index);
}
}
}
this.selected_pts.sort();
i = this.selected_pts.length;
var grips = [];
grips.length = i;
// Loop through points to be selected and highlight each
while (i--) {
var pt = this.selected_pts[i];
seg = this.segs[pt];
seg.select(true);
grips[i] = seg.ptgrip;
}
// TODO: Correct this:
pathActions.canDeleteNodes = true;
pathActions.closed_subpath = this.subpathIsClosed(this.selected_pts[0]);
call('selected', grips);
};
current_path = null;
var drawn_path = null,
hasMoved = false;
// This function converts a polyline (created by the fh_path tool) into
// a path element and coverts every three line segments into a single bezier
// curve in an attempt to smooth out the free-hand
var smoothPolylineIntoPath = function(element) {
var i, points = element.points;
var N = points.numberOfItems;
if (N >= 4) {
// loop through every 3 points and convert to a cubic bezier curve segment
//
// NOTE: this is cheating, it means that every 3 points has the potential to
// be a corner instead of treating each point in an equal manner. In general,
// this technique does not look that good.
//
// I am open to better ideas!
//
// Reading:
// - http://www.efg2.com/Lab/Graphics/Jean-YvesQueinecBezierCurves.htm
// - http://www.codeproject.com/KB/graphics/BezierSpline.aspx?msg=2956963
// - http://www.ian-ko.com/ET_GeoWizards/UserGuide/smooth.htm
// - http://www.cs.mtu.edu/~shene/COURSES/cs3621/NOTES/spline/Bezier/bezier-der.html
var curpos = points.getItem(0),
prevCtlPt = null;
var d = [];
d.push(['M', curpos.x, ',', curpos.y, ' C'].join(''));
for (i = 1; i <= (N - 4); i += 3) {
var ct1 = points.getItem(i);
var ct2 = points.getItem(i + 1);
var end = points.getItem(i + 2);
// if the previous segment had a control point, we want to smooth out
// the control points on both sides
if (prevCtlPt) {
var newpts = svgedit.path.smoothControlPoints(prevCtlPt, ct1, curpos);
if (newpts && newpts.length == 2) {
var prevArr = d[d.length - 1].split(',');
prevArr[2] = newpts[0].x;
prevArr[3] = newpts[0].y;
d[d.length - 1] = prevArr.join(',');
ct1 = newpts[1];
}
}
d.push([ct1.x, ct1.y, ct2.x, ct2.y, end.x, end.y].join(','));
curpos = end;
prevCtlPt = ct2;
}
// handle remaining line segments
d.push('L');
while (i < N) {
var pt = points.getItem(i);
d.push([pt.x, pt.y].join(','));
i++;
}
d = d.join(' ');
// create new path element
element = addSvgElementFromJson({
element: 'path',
curStyles: true,
attr: {
id: getId(),
'vector-effect': 'non-scaling-stroke',
d: d,
fill: 'none'
}
});
// No need to call "changed", as this is already done under mouseUp
}
return element;
};
return {
mouseDown: function(evt, mouse_target, start_x, start_y) {
var id;
if (current_mode === 'path') {
mouse_x = start_x;
mouse_y = start_y;
var x = mouse_x / current_zoom,
y = mouse_y / current_zoom,
stretchy = svgedit.utilities.getElem('path_stretch_line');
newPoint = [x, y];
if (curConfig.gridSnapping) {
x = svgedit.utilities.snapToGrid(x);
y = svgedit.utilities.snapToGrid(y);
mouse_x = svgedit.utilities.snapToGrid(mouse_x);
mouse_y = svgedit.utilities.snapToGrid(mouse_y);
}
if (!stretchy) {
stretchy = document.createElementNS(NS.SVG, 'path');
svgedit.utilities.assignAttributes(stretchy, {
id: 'path_stretch_line',
stroke: '#22C',
'stroke-width': '0.5',
fill: 'none'
});
stretchy = svgedit.utilities.getElem('selectorParentGroup').appendChild(stretchy);
}
stretchy.setAttribute('display', 'inline');
var keep = null;
var index;
// if pts array is empty, create path element with M at current point
if (!drawn_path) {
d_attr = 'M' + x + ',' + y + ' ';
drawn_path = addSvgElementFromJson({
element: 'path',
curStyles: true,
attr: {
d: d_attr,
id: getNextId(),
'vector-effect': 'non-scaling-stroke',
opacity: cur_shape.opacity / 2
}
});
// set stretchy line to first point
stretchy.setAttribute('d', ['M', mouse_x, mouse_y, mouse_x, mouse_y].join(' '));
index = subpath ? svgedit.path.path.segs.length : 0;
svgedit.path.addPointGrip(index, mouse_x, mouse_y);
} else {
// determine if we clicked on an existing point
var seglist = drawn_path.pathSegList;
var i = seglist.numberOfItems;
var FUZZ = 6 / current_zoom;
var clickOnPoint = false;
while (i) {
i--;
var item = seglist.getItem(i);
var px = item.x,
py = item.y;
// found a matching point
if (x >= (px - FUZZ) && x <= (px + FUZZ) && y >= (py - FUZZ) && y <= (py + FUZZ)) {
clickOnPoint = true;
break;
}
}
// get path element that we are in the process of creating
id = getId();
// Remove previous path object if previously created
svgedit.path.removePath_(id);
var newpath = svgedit.utilities.getElem(id);
var newseg;
var s_seg;
var len = seglist.numberOfItems;
// if we clicked on an existing point, then we are done this path, commit it
// (i, i+1) are the x,y that were clicked on
if (clickOnPoint) {
// if clicked on any other point but the first OR
// the first point was clicked on and there are less than 3 points
// then leave the path open
// otherwise, close the path
if (i <= 1 && len >= 2) {
// Create end segment
var abs_x = seglist.getItem(0).x;
var abs_y = seglist.getItem(0).y;
s_seg = stretchy.pathSegList.getItem(1);
if (s_seg.pathSegType === 4) {
newseg = drawn_path.createSVGPathSegLinetoAbs(abs_x, abs_y);
} else {
newseg = drawn_path.createSVGPathSegCurvetoCubicAbs(
abs_x,
abs_y,
s_seg.x1 / current_zoom,
s_seg.y1 / current_zoom,
abs_x,
abs_y
);
}
var endseg = drawn_path.createSVGPathSegClosePath();
seglist.appendItem(newseg);
seglist.appendItem(endseg);
} else if (len < 3) {
keep = false;
return keep;
}
$(stretchy).remove();
// This will signal to commit the path
element = newpath;
drawn_path = null;
started = false;
if (subpath) {
if (svgedit.path.path.matrix) {
svgedit.coords.remapElement(newpath, {}, svgedit.path.path.matrix.inverse());
}
var new_d = newpath.getAttribute('d');
var orig_d = $(svgedit.path.path.elem).attr('d');
$(svgedit.path.path.elem).attr('d', orig_d + new_d);
$(newpath).remove();
if (svgedit.path.path.matrix) {
svgedit.path.recalcRotatedPath();
}
svgedit.path.path.init();
pathActions.toEditMode(svgedit.path.path.elem);
svgedit.path.path.selectPt();
return false;
}
}
// else, create a new point, update path element
else {
// Checks if current target or parents are #svgcontent
if (!$.contains(container, getMouseTarget(evt))) {
// Clicked outside canvas, so don't make point
console.log('Clicked outside canvas');
return false;
}
var num = drawn_path.pathSegList.numberOfItems;
var last = drawn_path.pathSegList.getItem(num - 1);
var lastx = last.x,
lasty = last.y;
if (evt.shiftKey) {
var xya = svgedit.math.snapToAngle(lastx, lasty, x, y);
x = xya.x;
y = xya.y;
}
// Use the segment defined by stretchy
s_seg = stretchy.pathSegList.getItem(1);
if (s_seg.pathSegType === 4) {
newseg = drawn_path.createSVGPathSegLinetoAbs(round(x), round(y));
} else {
newseg = drawn_path.createSVGPathSegCurvetoCubicAbs(
round(x),
round(y),
s_seg.x1 / current_zoom,
s_seg.y1 / current_zoom,
s_seg.x2 / current_zoom,
s_seg.y2 / current_zoom
);
}
drawn_path.pathSegList.appendItem(newseg);
x *= current_zoom;
y *= current_zoom;
// set stretchy line to latest point
stretchy.setAttribute('d', ['M', x, y, x, y].join(' '));
index = num;
if (subpath) {
index += svgedit.path.path.segs.length;
}
svgedit.path.addPointGrip(index, x, y);
}
// keep = true;
}
return;
}
// TODO: Make sure current_path isn't null at this point
if (!svgedit.path.path) {
return;
}
svgedit.path.path.storeD();
id = evt.target.id;
var cur_pt;
if (id.substr(0, 14) == 'pathpointgrip_') {
// Select this point
cur_pt = svgedit.path.path.cur_pt = parseInt(id.substr(14));
svgedit.path.path.dragging = [start_x, start_y];
var seg = svgedit.path.path.segs[cur_pt];
// only clear selection if shift is not pressed (otherwise, add
// node to selection)
if (!evt.shiftKey) {
if (svgedit.path.path.selected_pts.length <= 1 || !seg.selected) {
svgedit.path.path.clearSelection();
}
svgedit.path.path.addPtsToSelection(cur_pt);
} else if (seg.selected) {
svgedit.path.path.removePtFromSelection(cur_pt);
} else {
svgedit.path.path.addPtsToSelection(cur_pt);
}
} else if (id.indexOf('ctrlpointgrip_') == 0) {
svgedit.path.path.dragging = [start_x, start_y];
var parts = id.split('_')[1].split('c');
cur_pt = Number(parts[0]);
var ctrl_num = Number(parts[1]);
svgedit.path.path.selectPt(cur_pt, ctrl_num);
}
// Start selection box
if (!svgedit.path.path.dragging) {
if (rubberBox == null) {
rubberBox = selectorManager.getRubberBandBox();
}
svgedit.utilities.assignAttributes(rubberBox, {
'x': start_x * current_zoom,
'y': start_y * current_zoom,
'width': 0,
'height': 0,
'display': 'inline'
}, 100);
}
},
mouseMove: function(mouse_x, mouse_y) {
hasMoved = true;
if (current_mode === 'path') {
if (!drawn_path) {
return;
}
var seglist = drawn_path.pathSegList;
var index = seglist.numberOfItems - 1;
if (newPoint) {
// First point
// if (!index) {return;}
// Set control points
var pointGrip1 = svgedit.path.addCtrlGrip('1c1');
var pointGrip2 = svgedit.path.addCtrlGrip('0c2');
// dragging pointGrip1
pointGrip1.setAttribute('cx', mouse_x);
pointGrip1.setAttribute('cy', mouse_y);
pointGrip1.setAttribute('display', 'inline');
var pt_x = newPoint[0];
var pt_y = newPoint[1];
// set curve
var seg = seglist.getItem(index);
var cur_x = mouse_x / current_zoom;
var cur_y = mouse_y / current_zoom;
var alt_x = (pt_x + (pt_x - cur_x));
var alt_y = (pt_y + (pt_y - cur_y));
pointGrip2.setAttribute('cx', alt_x * current_zoom);
pointGrip2.setAttribute('cy', alt_y * current_zoom);
pointGrip2.setAttribute('display', 'inline');
var ctrlLine = svgedit.path.getCtrlLine(1);
svgedit.utilities.assignAttributes(ctrlLine, {
x1: mouse_x,
y1: mouse_y,
x2: alt_x * current_zoom,
y2: alt_y * current_zoom,
display: 'inline'
});
if (index === 0) {
firstCtrl = [mouse_x, mouse_y];
} else {
var last = seglist.getItem(index - 1);
var last_x = last.x;
var last_y = last.y;
if (last.pathSegType === 6) {
last_x += (last_x - last.x2);
last_y += (last_y - last.y2);
} else if (firstCtrl) {
last_x = firstCtrl[0] / current_zoom;
last_y = firstCtrl[1] / current_zoom;
}
svgedit.path.replacePathSeg(6, index, [pt_x, pt_y, last_x, last_y, alt_x, alt_y], drawn_path);
}
} else {
var stretchy = svgedit.utilities.getElem('path_stretch_line');
if (stretchy) {
var prev = seglist.getItem(index);
if (prev.pathSegType === 6) {
var prev_x = prev.x + (prev.x - prev.x2);
var prev_y = prev.y + (prev.y - prev.y2);
svgedit.path.replacePathSeg(6, 1, [mouse_x, mouse_y, prev_x * current_zoom, prev_y * current_zoom, mouse_x, mouse_y], stretchy);
} else if (firstCtrl) {
svgedit.path.replacePathSeg(6, 1, [mouse_x, mouse_y, firstCtrl[0], firstCtrl[1], mouse_x, mouse_y], stretchy);
} else {
svgedit.path.replacePathSeg(4, 1, [mouse_x, mouse_y], stretchy);
}
}
}
return;
}
// if we are dragging a point, let's move it
if (svgedit.path.path.dragging) {
var pt = svgedit.path.getPointFromGrip({
x: svgedit.path.path.dragging[0],
y: svgedit.path.path.dragging[1]
}, svgedit.path.path);
var mpt = svgedit.path.getPointFromGrip({
x: mouse_x,
y: mouse_y
}, svgedit.path.path);
var diff_x = mpt.x - pt.x;
var diff_y = mpt.y - pt.y;
svgedit.path.path.dragging = [mouse_x, mouse_y];
if (svgedit.path.path.dragctrl) {
svgedit.path.path.moveCtrl(diff_x, diff_y);
} else {
svgedit.path.path.movePts(diff_x, diff_y);
}
} else {
svgedit.path.path.selected_pts = [];
svgedit.path.path.eachSeg(function(i) {
var seg = this;
if (!seg.next && !seg.prev) {
return;
}
var item = seg.item;
var rbb = rubberBox.getBBox();
var pt = svgedit.path.getGripPt(seg);
var pt_bb = {
x: pt.x,
y: pt.y,
width: 0,
height: 0
};
var sel = svgedit.math.rectsIntersect(rbb, pt_bb);
this.select(sel);
//Note that addPtsToSelection is not being run
if (sel) {
svgedit.path.path.selected_pts.push(seg.index);
}
});
}
},
mouseUp: function(evt, element, mouse_x, mouse_y) {
// Create mode
if (current_mode === 'path') {
newPoint = null;
if (!drawn_path) {
element = svgedit.utilities.getElem(getId());
started = false;
firstCtrl = null;
}
return {
keep: true,
element: element
};
}
// Edit mode
if (svgedit.path.path.dragging) {
var last_pt = svgedit.path.path.cur_pt;
svgedit.path.path.dragging = false;
svgedit.path.path.dragctrl = false;
svgedit.path.path.update();
if (hasMoved) {
svgedit.path.path.endChanges('Move path point(s)');
}
if (!evt.shiftKey && !hasMoved) {
svgedit.path.path.selectPt(last_pt);
}
} else if (rubberBox && rubberBox.getAttribute('display') != 'none') {
// Done with multi-node-select
rubberBox.setAttribute('display', 'none');
if (rubberBox.getAttribute('width') <= 2 && rubberBox.getAttribute('height') <= 2) {
pathActions.toSelectMode(evt.target);
}
// else, move back to select mode
} else {
pathActions.toSelectMode(evt.target);
}
hasMoved = false;
},
toEditMode: function(element) {
svgedit.path.path = svgedit.path.getPath_(element);
current_mode = 'pathedit';
clearSelection();
svgedit.path.path.show(true).update();
svgedit.path.path.oldbbox = svgedit.utilities.getBBox(svgedit.path.path.elem);
subpath = false;
},
toSelectMode: function(elem) {
var selPath = (elem == svgedit.path.path.elem);
current_mode = 'select';
svgedit.path.path.show(false);
current_path = false;
clearSelection();
if (svgedit.path.path.matrix) {
// Rotated, so may need to re-calculate the center
svgedit.path.recalcRotatedPath();
}
if (selPath) {
call('selected', [elem]);
addToSelection([elem], true);
}
},
addSubPath: function(on) {
if (on) {
// Internally we go into "path" mode, but in the UI it will
// still appear as if in "pathedit" mode.
current_mode = 'path';
subpath = true;
} else {
pathActions.clear(true);
pathActions.toEditMode(svgedit.path.path.elem);
}
},
select: function(target) {
if (current_path === target) {
pathActions.toEditMode(target);
current_mode = 'pathedit';
} // going into pathedit mode
else {
current_path = target;
}
},
reorient: function() {
var elem = selectedElements[0];
if (!elem) {
return;
}
var angle = svgedit.utilities.getRotationAngle(elem);
if (angle == 0) {
return;
}
var batchCmd = new svgedit.history.BatchCommand('Reorient path');
var changes = {
d: elem.getAttribute('d'),
transform: elem.getAttribute('transform')
};
batchCmd.addSubCommand(new svgedit.history.ChangeElementCommand(elem, changes));
clearSelection();
this.resetOrientation(elem);
addCommandToHistory(batchCmd);
// Set matrix to null
svgedit.path.getPath_(elem).show(false).matrix = null;
this.clear();
addToSelection([elem], true);
call('changed', selectedElements);
},
clear: function(remove) {
current_path = null;
if (drawn_path) {
var elem = svgedit.utilities.getElem(getId());
$(svgedit.utilities.getElem('path_stretch_line')).remove();
$(elem).remove();
$(svgedit.utilities.getElem('pathpointgrip_container')).find('*').attr('display', 'none');
drawn_path = firstCtrl = null;
started = false;
} else if (current_mode == 'pathedit') {
// ROGERMOD - Go back to selection mode when in path editing mode?
this.toSelectMode();
}
if (svgedit.path.path) {
svgedit.path.path.init().show(false);
}
},
resetOrientation: function(path) {
if (path == null || path.nodeName != 'path') {
return false;
}
var tlist = svgedit.transformlist.getTransformList(path);
var m = svgedit.math.transformListToTransform(tlist).matrix;
tlist.clear();
path.removeAttribute('transform');
var segList = path.pathSegList;
// Opera/win/non-EN throws an error here.
// TODO: Find out why!
// Presumed fixed in Opera 10.5, so commented out for now
// try {
var len = segList.numberOfItems;
// } catch(err) {
// var fixed_d = pathActions.convertPath(path);
// path.setAttribute('d', fixed_d);
// segList = path.pathSegList;
// var len = segList.numberOfItems;
// }
var i, last_x, last_y;
for (i = 0; i < len; ++i) {
var seg = segList.getItem(i);
var type = seg.pathSegType;
if (type == 1) {
continue;
}
var pts = [];
$.each(['', 1, 2], function(j, n) {
var x = seg['x' + n],
y = seg['y' + n];
if (x !== undefined && y !== undefined) {
var pt = svgedit.math.transformPoint(x, y, m);
pts.splice(pts.length, 0, pt.x, pt.y);
}
});
svgedit.path.replacePathSeg(type, i, pts, path);
}
reorientGrads(path, m);
},
zoomChange: function() {
if (current_mode == 'pathedit') {
svgedit.path.path.update();
}
},
getNodePoint: function() {
var sel_pt = svgedit.path.path.selected_pts.length ? svgedit.path.path.selected_pts[0] : 1;
var seg = svgedit.path.path.segs[sel_pt];
return {
x: seg.item.x,
y: seg.item.y,
type: seg.type
};
},
linkControlPoints: function(linkPoints) {
svgedit.path.setLinkControlPoints(linkPoints);
},
clonePathNode: function() {
svgedit.path.path.storeD();
var sel_pts = svgedit.path.path.selected_pts;
var segs = svgedit.path.path.segs;
var i = sel_pts.length;
var nums = [];
while (i--) {
var pt = sel_pts[i];
svgedit.path.path.addSeg(pt);
nums.push(pt + i);
nums.push(pt + i + 1);
}
svgedit.path.path.init().addPtsToSelection(nums);
svgedit.path.path.endChanges('Clone path node(s)');
},
opencloseSubPath: function() {
var sel_pts = svgedit.path.path.selected_pts;
// Only allow one selected node for now
if (sel_pts.length !== 1) {
return;
}
var elem = svgedit.path.path.elem;
var list = elem.pathSegList;
var len = list.numberOfItems;
var index = sel_pts[0];
var open_pt = null;
var start_item = null;
// Check if subpath is already open
svgedit.path.path.eachSeg(function(i) {
if (this.type === 2 && i <= index) {
start_item = this.item;
}
if (i <= index) {
return true;
}
if (this.type === 2) {
// Found M first, so open
open_pt = i;
return false;
}
if (this.type === 1) {
// Found Z first, so closed
open_pt = false;
return false;
}
});
if (open_pt == null) {
// Single path, so close last seg
open_pt = svgedit.path.path.segs.length - 1;
}
if (open_pt !== false) {
// Close this path
// Create a line going to the previous "M"
var newseg = elem.createSVGPathSegLinetoAbs(start_item.x, start_item.y);
var closer = elem.createSVGPathSegClosePath();
if (open_pt == svgedit.path.path.segs.length - 1) {
list.appendItem(newseg);
list.appendItem(closer);
} else {
svgedit.path.insertItemBefore(elem, closer, open_pt);
svgedit.path.insertItemBefore(elem, newseg, open_pt);
}
svgedit.path.path.init().selectPt(open_pt + 1);
return;
}
// M 1,1 L 2,2 L 3,3 L 1,1 z // open at 2,2
// M 2,2 L 3,3 L 1,1
// M 1,1 L 2,2 L 1,1 z M 4,4 L 5,5 L6,6 L 5,5 z
// M 1,1 L 2,2 L 1,1 z [M 4,4] L 5,5 L(M)6,6 L 5,5 z
var seg = svgedit.path.path.segs[index];
if (seg.mate) {
list.removeItem(index); // Removes last "L"
list.removeItem(index); // Removes the "Z"
svgedit.path.path.init().selectPt(index - 1);
return;
}
var i, last_m, z_seg;
// Find this sub-path's closing point and remove
for (i = 0; i < list.numberOfItems; i++) {
var item = list.getItem(i);
if (item.pathSegType === 2) {
// Find the preceding M
last_m = i;
} else if (i === index) {
// Remove it
list.removeItem(last_m);
// index--;
} else if (item.pathSegType === 1 && index < i) {
// Remove the closing seg of this subpath
z_seg = i - 1;
list.removeItem(i);
break;
}
}
var num = (index - last_m) - 1;
while (num--) {
svgedit.path.insertItemBefore(elem, list.getItem(last_m), z_seg);
}
var pt = list.getItem(last_m);
// Make this point the new "M"
svgedit.path.replacePathSeg(2, last_m, [pt.x, pt.y]);
i = index; // i is local here, so has no effect; what is the reason for this?
svgedit.path.path.init().selectPt(0);
},
deletePathNode: function() {
if (!pathActions.canDeleteNodes) {
return;
}
svgedit.path.path.storeD();
var sel_pts = svgedit.path.path.selected_pts;
var i = sel_pts.length;
while (i--) {
var pt = sel_pts[i];
svgedit.path.path.deleteSeg(pt);
}
// Cleanup
var cleanup = function() {
var segList = svgedit.path.path.elem.pathSegList;
var len = segList.numberOfItems;
var remItems = function(pos, count) {
while (count--) {
segList.removeItem(pos);
}
};
if (len <= 1) {
return true;
}
while (len--) {
var item = segList.getItem(len);
if (item.pathSegType === 1) {
var prev = segList.getItem(len - 1);
var nprev = segList.getItem(len - 2);
if (prev.pathSegType === 2) {
remItems(len - 1, 2);
cleanup();
break;
} else if (nprev.pathSegType === 2) {
remItems(len - 2, 3);
cleanup();
break;
}
} else if (item.pathSegType === 2) {
if (len > 0) {
var prev_type = segList.getItem(len - 1).pathSegType;
// Path has M M
if (prev_type === 2) {
remItems(len - 1, 1);
cleanup();
break;
// Entire path ends with Z M
} else if (prev_type === 1 && segList.numberOfItems - 1 === len) {
remItems(len, 1);
cleanup();
break;
}
}
}
}
return false;
};
cleanup();
// Completely delete a path with 1 or 0 segments
if (svgedit.path.path.elem.pathSegList.numberOfItems <= 1) {
pathActions.toSelectMode(svgedit.path.path.elem);
canvas.deleteSelectedElements();
return;
}
svgedit.path.path.init();
svgedit.path.path.clearSelection();
// TODO: Find right way to select point now
// path.selectPt(sel_pt);
if (window.opera) { // Opera repaints incorrectly
var cp = $(svgedit.path.path.elem);
cp.attr('d', cp.attr('d'));
}
svgedit.path.path.endChanges('Delete path node(s)');
},
smoothPolylineIntoPath: smoothPolylineIntoPath,
setSegType: function(v) {
svgedit.path.path.setSegType(v);
},
moveNode: function(attr, newValue) {
var sel_pts = svgedit.path.path.selected_pts;
if (!sel_pts.length) {
return;
}
svgedit.path.path.storeD();
// Get first selected point
var seg = svgedit.path.path.segs[sel_pts[0]];
var diff = {
x: 0,
y: 0
};
diff[attr] = newValue - seg.item[attr];
seg.move(diff.x, diff.y);
svgedit.path.path.endChanges('Move path point');
},
fixEnd: function(elem) {
// Adds an extra segment if the last seg before a Z doesn't end
// at its M point
// M0,0 L0,100 L100,100 z
var segList = elem.pathSegList;
var len = segList.numberOfItems;
var i, last_m;
for (i = 0; i < len; ++i) {
var item = segList.getItem(i);
if (item.pathSegType === 2) {
last_m = item;
}
if (item.pathSegType === 1) {
var prev = segList.getItem(i - 1);
if (prev.x != last_m.x || prev.y != last_m.y) {
// Add an L segment here
var newseg = elem.createSVGPathSegLinetoAbs(last_m.x, last_m.y);
svgedit.path.insertItemBefore(elem, newseg, i);
// Can this be done better?
pathActions.fixEnd(elem);
break;
}
}
}
if (svgedit.browser.isWebkit()) {
resetD(elem);
}
},
// Convert a path to one with only absolute or relative values
convertPath: function(path, toRel) {
var i;
var segList = path.pathSegList;
var len = segList.numberOfItems;
var curx = 0,
cury = 0;
var d = '';
var last_m = null;
for (i = 0; i < len; ++i) {
var seg = segList.getItem(i);
// if these properties are not in the segment, set them to zero
var x = seg.x || 0,
y = seg.y || 0,
x1 = seg.x1 || 0,
y1 = seg.y1 || 0,
x2 = seg.x2 || 0,
y2 = seg.y2 || 0;
var type = seg.pathSegType;
var letter = pathMap[type]['to' + (toRel ? 'Lower' : 'Upper') + 'Case']();
var addToD = function(pnts, more, last) {
var str = '';
more = more ? ' ' + more.join(' ') : '';
last = last ? ' ' + svgedit.units.shortFloat(last) : '';
$.each(pnts, function(i, pnt) {
pnts[i] = svgedit.units.shortFloat(pnt);
});
d += letter + pnts.join(' ') + more + last;
};
switch (type) {
case 1: // z,Z closepath (Z/z)
d += 'z';
break;
case 12: // absolute horizontal line (H)
x -= curx;
case 13: // relative horizontal line (h)
if (toRel) {
curx += x;
letter = 'l';
} else {
x += curx;
curx = x;
letter = 'L';
}
// Convert to "line" for easier editing
addToD([
[x, cury]
]);
break;
case 14: // absolute vertical line (V)
y -= cury;
case 15: // relative vertical line (v)
if (toRel) {
cury += y;
letter = 'l';
} else {
y += cury;
cury = y;
letter = 'L';
}
// Convert to "line" for easier editing
addToD([
[curx, y]
]);
break;
case 2: // absolute move (M)
case 4: // absolute line (L)
case 18: // absolute smooth quad (T)
x -= curx;
y -= cury;
case 5: // relative line (l)
case 3: // relative move (m)
// If the last segment was a "z", this must be relative to
if (last_m && segList.getItem(i - 1).pathSegType === 1 && !toRel) {
curx = last_m[0];
cury = last_m[1];
}
case 19: // relative smooth quad (t)
if (toRel) {
curx += x;
cury += y;
} else {
x += curx;
y += cury;
curx = x;
cury = y;
}
if (type === 3) {
last_m = [curx, cury];
}
addToD([
[x, y]
]);
break;
case 6: // absolute cubic (C)
x -= curx;
x1 -= curx;
x2 -= curx;
y -= cury;
y1 -= cury;
y2 -= cury;
case 7: // relative cubic (c)
if (toRel) {
curx += x;
cury += y;
} else {
x += curx;
x1 += curx;
x2 += curx;
y += cury;
y1 += cury;
y2 += cury;
curx = x;
cury = y;
}
addToD([
[x1, y1],
[x2, y2],
[x, y]
]);
break;
case 8: // absolute quad (Q)
x -= curx;
x1 -= curx;
y -= cury;
y1 -= cury;
case 9: // relative quad (q)
if (toRel) {
curx += x;
cury += y;
} else {
x += curx;
x1 += curx;
y += cury;
y1 += cury;
curx = x;
cury = y;
}
addToD([
[x1, y1],
[x, y]
]);
break;
case 10: // absolute elliptical arc (A)
x -= curx;
y -= cury;
case 11: // relative elliptical arc (a)
if (toRel) {
curx += x;
cury += y;
} else {
x += curx;
y += cury;
curx = x;
cury = y;
}
addToD([
[seg.r1, seg.r2]
], [
seg.angle, (seg.largeArcFlag ? 1 : 0), (seg.sweepFlag ? 1 : 0)
], [x, y]);
break;
case 16: // absolute smooth cubic (S)
x -= curx;
x2 -= curx;
y -= cury;
y2 -= cury;
case 17: // relative smooth cubic (s)
if (toRel) {
curx += x;
cury += y;
} else {
x += curx;
x2 += curx;
y += cury;
y2 += cury;
curx = x;
cury = y;
}
addToD([
[x2, y2],
[x, y]
]);
break;
} // switch on path segment type
} // for each segment
return d;
}
};
}();
// end pathActions
// Group: Serialization
// Function: removeUnusedDefElems
// Looks at DOM elements inside the <defs> to see if they are referred to,
// removes them from the DOM if they are not.
//
// Returns:
// The amount of elements that were removed
var removeUnusedDefElems = this.removeUnusedDefElems = function() {
var defs = svgcontent.getElementsByTagNameNS(NS.SVG, 'defs');
if (!defs || !defs.length) {
return 0;
}
// if (!defs.firstChild) {return;}
var defelem_uses = [],
numRemoved = 0;
var attrs = ['fill', 'stroke', 'filter', 'marker-start', 'marker-mid', 'marker-end'];
var alen = attrs.length;
var all_els = svgcontent.getElementsByTagNameNS(NS.SVG, '*');
var all_len = all_els.length;
var i, j;
for (i = 0; i < all_len; i++) {
var el = all_els[i];
for (j = 0; j < alen; j++) {
var ref = svgedit.utilities.getUrlFromAttr(el.getAttribute(attrs[j]));
if (ref) {
defelem_uses.push(ref.substr(1));
}
}
// gradients can refer to other gradients
var href = getHref(el);
if (href && href.indexOf('#') === 0) {
defelem_uses.push(href.substr(1));
}
}
var defelems = $(defs).find('linearGradient, radialGradient, filter, marker, svg, symbol');
i = defelems.length;
while (i--) {
var defelem = defelems[i];
var id = defelem.id;
if (defelem_uses.indexOf(id) < 0) {
// Not found, so remove (but remember)
removedElements[id] = defelem;
defelem.parentNode.removeChild(defelem);
numRemoved++;
}
}
return numRemoved;
};
// Function: svgCanvasToString
// Main function to set up the SVG content for output
//
// Returns:
// String containing the SVG image for output
this.svgCanvasToString = function() {
// keep calling it until there are none to remove
while (removeUnusedDefElems() > 0) {}
// ROGERMOD - Don't clear pathActions on save
//pathActions.clear(true);
// Keep SVG-Edit comment on top
$.each(svgcontent.childNodes, function(i, node) {
if (i && node.nodeType === 8 && node.data.indexOf('Created with') >= 0) {
svgcontent.insertBefore(node, svgcontent.firstChild);
}
});
// Move out of in-group editing mode
if (current_group) {
leaveContext();
selectOnly([current_group]);
}
var naked_svgs = [];
// Unwrap gsvg if it has no special attributes (only id and style)
$(svgcontent).find('g:data(gsvg)').each(function() {
var attrs = this.attributes;
var len = attrs.length;
var i;
for (i = 0; i < len; i++) {
if (attrs[i].nodeName == 'id' || attrs[i].nodeName == 'style') {
len--;
}
}
// No significant attributes, so ungroup
if (len <= 0) {
var svg = this.firstChild;
naked_svgs.push(svg);
$(this).replaceWith(svg);
}
});
var output = this.svgToString(svgcontent, 0);
// Rewrap gsvg
if (naked_svgs.length) {
$(naked_svgs).each(function() {
groupSvgElem(this);
});
}
return output;
};
// Function: svgToString
// Sub function ran on each SVG element to convert it to a string as desired
//
// Parameters:
// elem - The SVG element to convert
// indent - Integer with the amount of spaces to indent this tag
//
// Returns:
// String with the given element as an SVG tag
this.svgToString = function(elem, indent) {
var out = [],
toXml = svgedit.utilities.toXml;
var unit = curConfig.baseUnit;
var unit_re = new RegExp('^-?[\\d\\.]+' + unit + '$');
if (elem) {
cleanupElement(elem);
var attrs = elem.attributes,
attr,
i,
childs = elem.childNodes;
for (i = 0; i < indent; i++) {
out.push(' ');
}
out.push('<');
out.push(elem.nodeName);
if (elem.id === 'svgcontent') {
// Process root element separately
var res = getResolution();
var vb = '';
// TODO: Allow this by dividing all values by current baseVal
// Note that this also means we should properly deal with this on import
// if (curConfig.baseUnit !== 'px') {
// var unit = curConfig.baseUnit;
// var unit_m = svgedit.units.getTypeMap()[unit];
// res.w = svgedit.units.shortFloat(res.w / unit_m)
// res.h = svgedit.units.shortFloat(res.h / unit_m)
// vb = ' viewBox="' + [0, 0, res.w, res.h].join(' ') + '"';
// res.w += unit;
// res.h += unit;
// }
if (unit !== 'px') {
res.w = svgedit.units.convertUnit(res.w, unit) + unit;
res.h = svgedit.units.convertUnit(res.h, unit) + unit;
}
out.push(' width="' + res.w + '" height="' + res.h + '"' + vb + ' xmlns="' + NS.SVG + '"');
var nsuris = {};
// Check elements for namespaces, add if found
$(elem).find('*').andSelf().each(function() {
var el = this;
// for some elements have no attribute
var uri = this.namespaceURI;
if (uri && !nsuris[uri] && nsMap[uri] && nsMap[uri] !== 'xmlns' && nsMap[uri] !== 'xml') {
nsuris[uri] = true;
out.push(' xmlns:' + nsMap[uri] + '="' + uri + '"');
}
$.each(this.attributes, function(i, attr) {
var uri = attr.namespaceURI;
if (uri && !nsuris[uri] && nsMap[uri] !== 'xmlns' && nsMap[uri] !== 'xml') {
nsuris[uri] = true;
out.push(' xmlns:' + nsMap[uri] + '="' + uri + '"');
}
});
});
i = attrs.length;
var attr_names = ['width', 'height', 'xmlns', 'x', 'y', 'viewBox', 'id', 'overflow'];
while (i--) {
attr = attrs.item(i);
var attrVal = toXml(attr.value);
// Namespaces have already been dealt with, so skip
if (attr.nodeName.indexOf('xmlns:') === 0) {
continue;
}
// only serialize attributes we don't use internally
if (attrVal != '' && attr_names.indexOf(attr.localName) == -1) {
if (!attr.namespaceURI || nsMap[attr.namespaceURI]) {
out.push(' ');
out.push(attr.nodeName);
out.push('="');
out.push(attrVal);
out.push('"');
}
}
}
} else {
// Skip empty defs
if (elem.nodeName === 'defs' && !elem.firstChild) {
return;
}
var moz_attrs = ['-moz-math-font-style', '_moz-math-font-style'];
for (i = attrs.length - 1; i >= 0; i--) {
attr = attrs.item(i);
var attrVal = toXml(attr.value);
//remove bogus attributes added by Gecko
if (moz_attrs.indexOf(attr.localName) >= 0) {
continue;
}
if (attrVal != '') {
if (attrVal.indexOf('pointer-events') === 0) {
continue;
}
if (attr.localName === 'class' && attrVal.indexOf('se_') === 0) {
continue;
}
out.push(' ');
if (attr.localName === 'd') {
// ROGERMOD - Don't convert to relative, it breaks path edition
attrVal = pathActions.convertPath(elem, false);
}
if (!isNaN(attrVal)) {
attrVal = svgedit.units.shortFloat(attrVal);
} else if (unit_re.test(attrVal)) {
attrVal = svgedit.units.shortFloat(attrVal) + unit;
}
// Embed images when saving
if (save_options.apply && elem.nodeName === 'image' && attr.localName === 'href' && save_options.images && save_options.images === 'embed') {
var img = encodableImages[attrVal];
if (img) {
attrVal = img;
}
}
// map various namespaces to our fixed namespace prefixes
// (the default xmlns attribute itself does not get a prefix)
if (!attr.namespaceURI || attr.namespaceURI == NS.SVG || nsMap[attr.namespaceURI]) {
out.push(attr.nodeName);
out.push('="');
out.push(attrVal);
out.push('"');
}
}
}
}
if (elem.hasChildNodes()) {
out.push('>');
indent++;
var bOneLine = false;
for (i = 0; i < childs.length; i++) {
var child = childs.item(i);
switch (child.nodeType) {
case 1: // element node
out.push('\n');
out.push(this.svgToString(childs.item(i), indent));
break;
case 3: // text node
var str = child.nodeValue.replace(/^\s+|\s+$/g, '');
if (str != '') {
bOneLine = true;
out.push(String(toXml(str)));
}
break;
case 4: // cdata node
out.push('\n');
out.push(new Array(indent + 1).join(' '));
out.push('<![CDATA[');
out.push(child.nodeValue);
out.push(']]>');
break;
case 8: // comment
out.push('\n');
out.push(new Array(indent + 1).join(' '));
out.push('<!--');
out.push(child.data);
out.push('-->');
break;
} // switch on node type
}
indent--;
if (!bOneLine) {
out.push('\n');
for (i = 0; i < indent; i++) {
out.push(' ');
}
}
out.push('</');
out.push(elem.nodeName);
out.push('>');
} else {
out.push('/>');
}
}
return out.join('');
}; // end svgToString()
// Function: embedImage
// Converts a given image file to a data URL when possible, then runs a given callback
//
// Parameters:
// val - String with the path/URL of the image
// callback - Optional function to run when image data is found, supplies the
// result (data URL or false) as first parameter.
this.embedImage = function(val, callback) {
// load in the image and once it's loaded, get the dimensions
$(new Image()).load(function() {
// create a canvas the same size as the raster image
var canvas = document.createElement('canvas');
canvas.width = this.width;
canvas.height = this.height;
// load the raster image into the canvas
canvas.getContext('2d').drawImage(this, 0, 0);
// retrieve the data: URL
try {
var urldata = ';svgedit_url=' + encodeURIComponent(val);
urldata = canvas.toDataURL().replace(';base64', urldata + ';base64');
encodableImages[val] = urldata;
} catch (e) {
encodableImages[val] = false;
}
last_good_img_url = val;
if (callback) {
callback(encodableImages[val]);
}
}).attr('src', val);
};
// Function: setGoodImage
// Sets a given URL to be a "last good image" URL
this.setGoodImage = function(val) {
last_good_img_url = val;
};
this.open = function() {
// Nothing by default, handled by optional widget/extension
};
// Function: save
// Serializes the current drawing into SVG XML text and returns it to the 'saved' handler.
// This function also includes the XML prolog. Clients of the SvgCanvas bind their save
// function to the 'saved' event.
//
// Returns:
// Nothing
this.save = function(opts) {
// remove the selected outline before serializing
// ROGER MOD - no don't
//clearSelection();
// Update save options if provided
if (opts) {
$.extend(save_options, opts);
}
save_options.apply = true;
// no need for doctype, see http://jwatt.org/svg/authoring/#doctype-declaration
var str = this.svgCanvasToString();
call('saved', str);
};
function getIssues() {
// remove the selected outline before serializing
clearSelection();
// Check for known CanVG issues
var issues = [];
// Selector and notice
var issue_list = {
'feGaussianBlur': uiStrings.exportNoBlur,
'foreignObject': uiStrings.exportNoforeignObject,
'[stroke-dasharray]': uiStrings.exportNoDashArray
};
var content = $(svgcontent);
// Add font/text check if Canvas Text API is not implemented
if (!('font' in $('<canvas>')[0].getContext('2d'))) {
issue_list.text = uiStrings.exportNoText;
}
$.each(issue_list, function(sel, descr) {
if (content.find(sel).length) {
issues.push(descr);
}
});
return issues;
}
// Function: getSvgString
// Returns the current drawing as raw SVG XML text.
//
// Returns:
// The current drawing as raw SVG XML text.
this.getSvgString = function() {
save_options.apply = false;
return this.svgCanvasToString();
};
// Function: randomizeIds
// This function determines whether to use a nonce in the prefix, when
// generating IDs for future documents in SVG-Edit.
//
// Parameters:
// an optional boolean, which, if true, adds a nonce to the prefix. Thus
// svgCanvas.randomizeIds() <==> svgCanvas.randomizeIds(true)
//
// if you're controlling SVG-Edit externally, and want randomized IDs, call
// this BEFORE calling svgCanvas.setSvgString
//
this.randomizeIds = function(enableRandomization) {
if (arguments.length > 0 && enableRandomization == false) {
svgedit.draw.randomizeIds(false, getCurrentDrawing());
} else {
svgedit.draw.randomizeIds(true, getCurrentDrawing());
}
};
// Function: uniquifyElems
// Ensure each element has a unique ID
//
// Parameters:
// g - The parent element of the tree to give unique IDs
var uniquifyElems = this.uniquifyElems = function(g) {
var ids = {};
// TODO: Handle markers and connectors. These are not yet re-identified properly
// as their referring elements do not get remapped.
//
// <marker id='se_marker_end_svg_7'/>
// <polyline id='svg_7' se:connector='svg_1 svg_6' marker-end='url(#se_marker_end_svg_7)'/>
//
// Problem #1: if svg_1 gets renamed, we do not update the polyline's se:connector attribute
// Problem #2: if the polyline svg_7 gets renamed, we do not update the marker id nor the polyline's marker-end attribute
var ref_elems = ['filter', 'linearGradient', 'pattern', 'radialGradient', 'symbol', 'textPath', 'use'];
svgedit.utilities.walkTree(g, function(n) {
// if it's an element node
if (n.nodeType == 1) {
// and the element has an ID
if (n.id) {
// and we haven't tracked this ID yet
if (!(n.id in ids)) {
// add this id to our map
ids[n.id] = {
elem: null,
attrs: [],
hrefs: []
};
}
ids[n.id].elem = n;
}
// now search for all attributes on this element that might refer
// to other elements
$.each(ref_attrs, function(i, attr) {
var attrnode = n.getAttributeNode(attr);
if (attrnode) {
// the incoming file has been sanitized, so we should be able to safely just strip off the leading #
var url = svgedit.utilities.getUrlFromAttr(attrnode.value),
refid = url ? url.substr(1) : null;
if (refid) {
if (!(refid in ids)) {
// add this id to our map
ids[refid] = {
elem: null,
attrs: [],
hrefs: []
};
}
ids[refid].attrs.push(attrnode);
}
}
});
// check xlink:href now
var href = svgedit.utilities.getHref(n);
// TODO: what if an <image> or <a> element refers to an element internally?
if (href && ref_elems.indexOf(n.nodeName) >= 0) {
var refid = href.substr(1);
if (refid) {
if (!(refid in ids)) {
// add this id to our map
ids[refid] = {
elem: null,
attrs: [],
hrefs: []
};
}
ids[refid].hrefs.push(n);
}
}
}
});
// in ids, we now have a map of ids, elements and attributes, let's re-identify
var oldid;
for (oldid in ids) {
if (!oldid) {
continue;
}
var elem = ids[oldid].elem;
if (elem) {
var newid = getNextId();
// assign element its new id
elem.id = newid;
// remap all url() attributes
var attrs = ids[oldid].attrs;
var j = attrs.length;
while (j--) {
var attr = attrs[j];
attr.ownerElement.setAttribute(attr.name, 'url(#' + newid + ')');
}
// remap all href attributes
var hreffers = ids[oldid].hrefs;
var k = hreffers.length;
while (k--) {
var hreffer = hreffers[k];
svgedit.utilities.setHref(hreffer, '#' + newid);
}
}
}
};
// Function setUseData
// Assigns reference data for each use element
var setUseData = this.setUseData = function(parent) {
var elems = $(parent);
if (parent.tagName !== 'use') {
elems = elems.find('use');
}
elems.each(function() {
var id = getHref(this).substr(1);
var ref_elem = svgedit.utilities.getElem(id);
if (!ref_elem) {
return;
}
$(this).data('ref', ref_elem);
if (ref_elem.tagName == 'symbol' || ref_elem.tagName == 'svg') {
$(this).data('symbol', ref_elem).data('ref', ref_elem);
}
});
};
// Function convertGradients
// Converts gradients from userSpaceOnUse to objectBoundingBox
var convertGradients = this.convertGradients = function(elem) {
var elems = $(elem).find('linearGradient, radialGradient');
if (!elems.length && svgedit.browser.isWebkit()) {
// Bug in webkit prevents regular *Gradient selector search
elems = $(elem).find('*').filter(function() {
return (this.tagName.indexOf('Gradient') >= 0);
});
}
elems.each(function() {
var grad = this;
if ($(grad).attr('gradientUnits') === 'userSpaceOnUse') {
// TODO: Support more than one element with this ref by duplicating parent grad
var elems = $(svgcontent).find('[fill="url(#' + grad.id + ')"],[stroke="url(#' + grad.id + ')"]');
if (!elems.length) {
return;
}
// get object's bounding box
var bb = svgedit.utilities.getBBox(elems[0]);
// This will occur if the element is inside a <defs> or a <symbol>,
// in which we shouldn't need to convert anyway.
if (!bb) {
return;
}
if (grad.tagName === 'linearGradient') {
var g_coords = $(grad).attr(['x1', 'y1', 'x2', 'y2']);
// If has transform, convert
var tlist = grad.gradientTransform.baseVal;
if (tlist && tlist.numberOfItems > 0) {
var m = svgedit.math.transformListToTransform(tlist).matrix;
var pt1 = svgedit.math.transformPoint(g_coords.x1, g_coords.y1, m);
var pt2 = svgedit.math.transformPoint(g_coords.x2, g_coords.y2, m);
g_coords.x1 = pt1.x;
g_coords.y1 = pt1.y;
g_coords.x2 = pt2.x;
g_coords.y2 = pt2.y;
grad.removeAttribute('gradientTransform');
}
$(grad).attr({
x1: (g_coords.x1 - bb.x) / bb.width,
y1: (g_coords.y1 - bb.y) / bb.height,
x2: (g_coords.x2 - bb.x) / bb.width,
y2: (g_coords.y2 - bb.y) / bb.height
});
grad.removeAttribute('gradientUnits');
}
// else {
// Note: radialGradient elements cannot be easily converted
// because userSpaceOnUse will keep circular gradients, while
// objectBoundingBox will x/y scale the gradient according to
// its bbox.
// For now we'll do nothing, though we should probably have
// the gradient be updated as the element is moved, as
// inkscape/illustrator do.
// var g_coords = $(grad).attr(['cx', 'cy', 'r']);
//
// $(grad).attr({
// cx: (g_coords.cx - bb.x) / bb.width,
// cy: (g_coords.cy - bb.y) / bb.height,
// r: g_coords.r
// });
//
// grad.removeAttribute('gradientUnits');
// }
}
});
};
// Function: convertToGroup
// Converts selected/given <use> or child SVG element to a group
var convertToGroup = this.convertToGroup = function(elem) {
if (!elem) {
elem = selectedElements[0];
}
var $elem = $(elem);
var batchCmd = new svgedit.history.BatchCommand();
var ts;
if ($elem.data('gsvg')) {
// Use the gsvg as the new group
var svg = elem.firstChild;
var pt = $(svg).attr(['x', 'y']);
$(elem.firstChild.firstChild).unwrap();
$(elem).removeData('gsvg');
var tlist = svgedit.transformlist.getTransformList(elem);
var xform = svgroot.createSVGTransform();
xform.setTranslate(pt.x, pt.y);
tlist.appendItem(xform);
svgedit.recalculate.recalculateDimensions(elem);
call('selected', [elem]);
} else if ($elem.data('symbol')) {
elem = $elem.data('symbol');
ts = $elem.attr('transform');
var pos = $elem.attr(['x', 'y']);
var vb = elem.getAttribute('viewBox');
if (vb) {
var nums = vb.split(' ');
pos.x -= +nums[0];
pos.y -= +nums[1];
}
// Not ideal, but works
ts += ' translate(' + (pos.x || 0) + ',' + (pos.y || 0) + ')';
var prev = $elem.prev();
// Remove <use> element
batchCmd.addSubCommand(new svgedit.history.RemoveElementCommand($elem[0], $elem[0].nextSibling, $elem[0].parentNode));
$elem.remove();
// See if other elements reference this symbol
var has_more = $(svgcontent).find('use:data(symbol)').length;
var g = svgdoc.createElementNS(NS.SVG, 'g');
var childs = elem.childNodes;
var i;
for (i = 0; i < childs.length; i++) {
g.appendChild(childs[i].cloneNode(true));
}
// Duplicate the gradients for Gecko, since they weren't included in the <symbol>
if (svgedit.browser.isGecko()) {
var dupeGrads = $(svgedit.utilities.findDefs()).children('linearGradient,radialGradient,pattern').clone();
$(g).append(dupeGrads);
}
if (ts) {
g.setAttribute('transform', ts);
}
var parent = elem.parentNode;
uniquifyElems(g);
// Put the dupe gradients back into <defs> (after uniquifying them)
if (svgedit.browser.isGecko()) {
$(findDefs()).append($(g).find('linearGradient,radialGradient,pattern'));
}
// now give the g itself a new id
g.id = getNextId();
prev.after(g);
if (parent) {
if (!has_more) {
// remove symbol/svg element
var nextSibling = elem.nextSibling;
parent.removeChild(elem);
batchCmd.addSubCommand(new svgedit.history.RemoveElementCommand(elem, nextSibling, parent));
}
batchCmd.addSubCommand(new svgedit.history.InsertElementCommand(g));
}
setUseData(g);
if (svgedit.browser.isGecko()) {
convertGradients(svgedit.utilities.findDefs());
} else {
convertGradients(g);
}
// recalculate dimensions on the top-level children so that unnecessary transforms
// are removed
svgedit.utilities.walkTreePost(g, function(n) {
try {
svgedit.recalculate.recalculateDimensions(n);
} catch (e) {
console.log(e);
}
});
// Give ID for any visible element missing one
$(g).find(visElems).each(function() {
if (!this.id) {
this.id = getNextId();
}
});
selectOnly([g]);
var cm = pushGroupProperties(g, true);
if (cm) {
batchCmd.addSubCommand(cm);
}
addCommandToHistory(batchCmd);
} else {
console.log('Unexpected element to ungroup:', elem);
}
};
//
// Function: setSvgString
// This function sets the current drawing as the input SVG XML.
//
// Parameters:
// xmlString - The SVG as XML text.
//
// Returns:
// This function returns false if the set was unsuccessful, true otherwise.
this.setSvgString = function(xmlString) {
try {
// convert string into XML document
var newDoc = svgedit.utilities.text2xml(xmlString);
this.prepareSvg(newDoc);
var batchCmd = new svgedit.history.BatchCommand('Change Source');
// remove old svg document
var nextSibling = svgcontent.nextSibling;
var oldzoom = svgroot.removeChild(svgcontent);
batchCmd.addSubCommand(new svgedit.history.RemoveElementCommand(oldzoom, nextSibling, svgroot));
// set new svg document
// If DOM3 adoptNode() available, use it. Otherwise fall back to DOM2 importNode()
if (svgdoc.adoptNode) {
svgcontent = svgdoc.adoptNode(newDoc.documentElement);
} else {
svgcontent = svgdoc.importNode(newDoc.documentElement, true);
}
svgroot.appendChild(svgcontent);
var content = $(svgcontent);
canvas.current_drawing_ = new svgedit.draw.Drawing(svgcontent, idprefix);
// retrieve or set the nonce
var nonce = getCurrentDrawing().getNonce();
if (nonce) {
call('setnonce', nonce);
} else {
call('unsetnonce');
}
// change image href vals if possible
content.find('image').each(function() {
var image = this;
preventClickDefault(image);
var val = getHref(this);
if (val) {
if (val.indexOf('data:') === 0) {
// Check if an SVG-edit data URI
var m = val.match(/svgedit_url=(.*?);/);
if (m) {
var url = decodeURIComponent(m[1]);
$(new Image()).load(function() {
image.setAttributeNS(NS.XLINK, 'xlink:href', url);
}).attr('src', url);
}
}
// Add to encodableImages if it loads
canvas.embedImage(val);
}
});
// Wrap child SVGs in group elements
content.find('svg').each(function() {
// Skip if it's in a <defs>
if ($(this).closest('defs').length) {
return;
}
uniquifyElems(this);
// Check if it already has a gsvg group
var pa = this.parentNode;
if (pa.childNodes.length === 1 && pa.nodeName === 'g') {
$(pa).data('gsvg', this);
pa.id = pa.id || getNextId();
} else {
groupSvgElem(this);
}
});
// For Firefox: Put all paint elems in defs
if (svgedit.browser.isGecko()) {
content.find('linearGradient, radialGradient, pattern').appendTo(svgedit.utilities.findDefs());
}
// Set ref element for <use> elements
// TODO: This should also be done if the object is re-added through "redo"
setUseData(content);
convertGradients(content[0]);
// recalculate dimensions on the top-level children so that unnecessary transforms
// are removed
svgedit.utilities.walkTreePost(svgcontent, function(n) {
try {
svgedit.recalculate.recalculateDimensions(n);
} catch (e) {
console.log(e);
}
});
var attrs = {
id: 'svgcontent',
overflow: curConfig.show_outside_canvas ? 'visible' : 'hidden'
};
var percs = false;
// determine proper size
if (content.attr('viewBox')) {
var vb = content.attr('viewBox').split(' ');
attrs.width = vb[2];
attrs.height = vb[3];
}
// handle content that doesn't have a viewBox
else {
$.each(['width', 'height'], function(i, dim) {
// Set to 100 if not given
var val = content.attr(dim);
if (!val) {
val = '100%';
}
if (String(val).substr(-1) === '%') {
// Use user units if percentage given
percs = true;
} else {
attrs[dim] = svgedit.units.convertToNum(dim, val);
}
});
}
// identify layers
identifyLayers();
// Give ID for any visible layer children missing one
content.children().find(visElems).each(function() {
if (!this.id) {
this.id = getNextId();
}
});
// Percentage width/height, so let's base it on visible elements
if (percs) {
var bb = getStrokedBBox();
attrs.width = bb.width + bb.x;
attrs.height = bb.height + bb.y;
}
// Just in case negative numbers are given or
// result from the percs calculation
if (attrs.width <= 0) {
attrs.width = 100;
}
if (attrs.height <= 0) {
attrs.height = 100;
}
content.attr(attrs);
this.contentW = attrs.width;
this.contentH = attrs.height;
batchCmd.addSubCommand(new svgedit.history.InsertElementCommand(svgcontent));
// update root to the correct size
var changes = content.attr(['width', 'height']);
batchCmd.addSubCommand(new svgedit.history.ChangeElementCommand(svgroot, changes));
// reset zoom
current_zoom = 1;
// reset transform lists
svgedit.transformlist.resetListMap();
clearSelection();
svgedit.path.clearData();
svgroot.appendChild(selectorManager.selectorParentGroup);
addCommandToHistory(batchCmd);
call('changed', [svgcontent]);
} catch (e) {
console.log(e);
return false;
}
return true;
};
// Function: importSvgString
// This function imports the input SVG XML as a <symbol> in the <defs>, then adds a
// <use> to the current layer.
//
// Parameters:
// xmlString - The SVG as XML text.
//
// Returns:
// This function returns false if the import was unsuccessful, true otherwise.
// TODO:
// * properly handle if namespace is introduced by imported content (must add to svgcontent
// and update all prefixes in the imported node)
// * properly handle recalculating dimensions, recalculateDimensions() doesn't handle
// arbitrary transform lists, but makes some assumptions about how the transform list
// was obtained
// * import should happen in top-left of current zoomed viewport
this.importSvgString = function(xmlString) {
var j, ts;
try {
// Get unique ID
var uid = svgedit.utilities.encode64(xmlString.length + xmlString).substr(0, 32);
var useExisting = false;
// Look for symbol and make sure symbol exists in image
if (import_ids[uid]) {
if ($(import_ids[uid].symbol).parents('#svgroot').length) {
useExisting = true;
}
}
var batchCmd = new svgedit.history.BatchCommand('Import Image');
var symbol;
if (useExisting) {
symbol = import_ids[uid].symbol;
ts = import_ids[uid].xform;
} else {
// convert string into XML document
var newDoc = svgedit.utilities.text2xml(xmlString);
this.prepareSvg(newDoc);
// import new svg document into our document
var svg;
// If DOM3 adoptNode() available, use it. Otherwise fall back to DOM2 importNode()
if (svgdoc.adoptNode) {
svg = svgdoc.adoptNode(newDoc.documentElement);
} else {
svg = svgdoc.importNode(newDoc.documentElement, true);
}
uniquifyElems(svg);
var innerw = svgedit.units.convertToNum('width', svg.getAttribute('width')),
innerh = svgedit.units.convertToNum('height', svg.getAttribute('height')),
innervb = svg.getAttribute('viewBox'),
// if no explicit viewbox, create one out of the width and height
vb = innervb ? innervb.split(' ') : [0, 0, innerw, innerh];
for (j = 0; j < 4; ++j) {
vb[j] = +(vb[j]);
}
// TODO: properly handle preserveAspectRatio
var canvasw = +svgcontent.getAttribute('width'),
canvash = +svgcontent.getAttribute('height');
// imported content should be 1/3 of the canvas on its largest dimension
if (innerh > innerw) {
ts = 'scale(' + (canvash / 3) / vb[3] + ')';
} else {
ts = 'scale(' + (canvash / 3) / vb[2] + ')';
}
// Hack to make recalculateDimensions understand how to scale
ts = 'translate(0) ' + ts + ' translate(0)';
symbol = svgdoc.createElementNS(NS.SVG, 'symbol');
var defs = svgedit.utilities.findDefs();
if (svgedit.browser.isGecko()) {
// Move all gradients into root for Firefox, workaround for this bug:
// https://bugzilla.mozilla.org/show_bug.cgi?id=353575
// TODO: Make this properly undo-able.
$(svg).find('linearGradient, radialGradient, pattern').appendTo(defs);
}
while (svg.firstChild) {
var first = svg.firstChild;
symbol.appendChild(first);
}
var attrs = svg.attributes;
var i;
for (i = 0; i < attrs.length; i++) {
var attr = attrs[i];
symbol.setAttribute(attr.nodeName, attr.value);
}
symbol.id = getNextId();
// Store data
import_ids[uid] = {
symbol: symbol,
xform: ts
};
svgedit.utilities.findDefs().appendChild(symbol);
batchCmd.addSubCommand(new svgedit.history.InsertElementCommand(symbol));
}
var use_el = svgdoc.createElementNS(NS.SVG, 'use');
use_el.id = getNextId();
setHref(use_el, '#' + symbol.id);
(current_group || getCurrentDrawing().getCurrentLayer()).appendChild(use_el);
batchCmd.addSubCommand(new svgedit.history.InsertElementCommand(use_el));
clearSelection();
use_el.setAttribute('transform', ts);
svgedit.recalculate.recalculateDimensions(use_el);
$(use_el).data('symbol', symbol).data('ref', symbol);
addToSelection([use_el]);
// TODO: Find way to add this in a recalculateDimensions-parsable way
// if (vb[0] != 0 || vb[1] != 0)
// ts = 'translate(' + (-vb[0]) + ',' + (-vb[1]) + ') ' + ts;
addCommandToHistory(batchCmd);
call('changed', [svgcontent]);
} catch (e) {
console.log(e);
return false;
}
return true;
};
// TODO(codedread): Move all layer/context functions in draw.js
// Layer API Functions
// Group: Layers
// Function: identifyLayers
// Updates layer system
var identifyLayers = canvas.identifyLayers = function() {
leaveContext();
getCurrentDrawing().identifyLayers();
};
// Function: createLayer
// Creates a new top-level layer in the drawing with the given name, sets the current layer
// to it, and then clears the selection. This function then calls the 'changed' handler.
// This is an undoable action.
//
// Parameters:
// name - The given name
this.createLayer = function(name) {
var batchCmd = new svgedit.history.BatchCommand('Create Layer');
var new_layer = getCurrentDrawing().createLayer(name);
batchCmd.addSubCommand(new svgedit.history.InsertElementCommand(new_layer));
addCommandToHistory(batchCmd);
clearSelection();
call('changed', [new_layer]);
};
// Function: cloneLayer
// Creates a new top-level layer in the drawing with the given name, copies all the current layer's contents
// to it, and then clears the selection. This function then calls the 'changed' handler.
// This is an undoable action.
//
// Parameters:
// name - The given name
this.cloneLayer = function(name) {
var batchCmd = new svgedit.history.BatchCommand('Duplicate Layer');
var new_layer = svgdoc.createElementNS(NS.SVG, 'g');
var layer_title = svgdoc.createElementNS(NS.SVG, 'title');
layer_title.textContent = name;
new_layer.appendChild(layer_title);
var current_layer = getCurrentDrawing().getCurrentLayer();
$(current_layer).after(new_layer);
var childs = current_layer.childNodes;
var i;
for (i = 0; i < childs.length; i++) {
var ch = childs[i];
if (ch.localName == 'title') {
continue;
}
new_layer.appendChild(copyElem(ch));
}
clearSelection();
identifyLayers();
batchCmd.addSubCommand(new svgedit.history.InsertElementCommand(new_layer));
addCommandToHistory(batchCmd);
canvas.setCurrentLayer(name);
call('changed', [new_layer]);
};
// Function: deleteCurrentLayer
// Deletes the current layer from the drawing and then clears the selection. This function
// then calls the 'changed' handler. This is an undoable action.
this.deleteCurrentLayer = function() {
var current_layer = getCurrentDrawing().getCurrentLayer();
var nextSibling = current_layer.nextSibling;
var parent = current_layer.parentNode;
current_layer = getCurrentDrawing().deleteCurrentLayer();
if (current_layer) {
var batchCmd = new svgedit.history.BatchCommand('Delete Layer');
// store in our Undo History
batchCmd.addSubCommand(new svgedit.history.RemoveElementCommand(current_layer, nextSibling, parent));
addCommandToHistory(batchCmd);
clearSelection();
call('changed', [parent]);
return true;
}
return false;
};
// Function: setCurrentLayer
// Sets the current layer. If the name is not a valid layer name, then this function returns
// false. Otherwise it returns true. This is not an undo-able action.
//
// Parameters:
// name - the name of the layer you want to switch to.
//
// Returns:
// true if the current layer was switched, otherwise false
this.setCurrentLayer = function(name) {
var result = getCurrentDrawing().setCurrentLayer(svgedit.utilities.toXml(name));
if (result) {
clearSelection();
}
return result;
};
// Function: renameCurrentLayer
// Renames the current layer. If the layer name is not valid (i.e. unique), then this function
// does nothing and returns false, otherwise it returns true. This is an undo-able action.
//
// Parameters:
// newname - the new name you want to give the current layer. This name must be unique
// among all layer names.
//
// Returns:
// true if the rename succeeded, false otherwise.
this.renameCurrentLayer = function(newname) {
var i;
var drawing = getCurrentDrawing();
if (drawing.current_layer) {
var oldLayer = drawing.current_layer;
// setCurrentLayer will return false if the name doesn't already exist
// this means we are free to rename our oldLayer
if (!canvas.setCurrentLayer(newname)) {
var batchCmd = new svgedit.history.BatchCommand('Rename Layer');
// find the index of the layer
for (i = 0; i < drawing.getNumLayers(); ++i) {
if (drawing.all_layers[i][1] == oldLayer) {
break;
}
}
var oldname = drawing.getLayerName(i);
drawing.all_layers[i][0] = svgedit.utilities.toXml(newname);
// now change the underlying title element contents
var len = oldLayer.childNodes.length;
for (i = 0; i < len; ++i) {
var child = oldLayer.childNodes.item(i);
// found the <title> element, now append all the
if (child && child.tagName == 'title') {
// wipe out old name
while (child.firstChild) {
child.removeChild(child.firstChild);
}
child.textContent = newname;
batchCmd.addSubCommand(new svgedit.history.ChangeElementCommand(child, {
'#text': oldname
}));
addCommandToHistory(batchCmd);
call('changed', [oldLayer]);
return true;
}
}
}
drawing.current_layer = oldLayer;
}
return false;
};
// Function: setCurrentLayerPosition
// Changes the position of the current layer to the new value. If the new index is not valid,
// this function does nothing and returns false, otherwise it returns true. This is an
// undo-able action.
//
// Parameters:
// newpos - The zero-based index of the new position of the layer. This should be between
// 0 and (number of layers - 1)
//
// Returns:
// true if the current layer position was changed, false otherwise.
this.setCurrentLayerPosition = function(newpos) {
var oldpos, drawing = getCurrentDrawing();
if (drawing.current_layer && newpos >= 0 && newpos < drawing.getNumLayers()) {
for (oldpos = 0; oldpos < drawing.getNumLayers(); ++oldpos) {
if (drawing.all_layers[oldpos][1] == drawing.current_layer) {
break;
}
}
// some unknown error condition (current_layer not in all_layers)
if (oldpos == drawing.getNumLayers()) {
return false;
}
if (oldpos != newpos) {
// if our new position is below us, we need to insert before the node after newpos
var refLayer = null;
var oldNextSibling = drawing.current_layer.nextSibling;
if (newpos > oldpos) {
if (newpos < drawing.getNumLayers() - 1) {
refLayer = drawing.all_layers[newpos + 1][1];
}
}
// if our new position is above us, we need to insert before the node at newpos
else {
refLayer = drawing.all_layers[newpos][1];
}
svgcontent.insertBefore(drawing.current_layer, refLayer);
addCommandToHistory(new svgedit.history.MoveElementCommand(drawing.current_layer, oldNextSibling, svgcontent));
identifyLayers();
canvas.setCurrentLayer(drawing.getLayerName(newpos));
return true;
}
}
return false;
};
// Function: setLayerVisibility
// Sets the visibility of the layer. If the layer name is not valid, this function return
// false, otherwise it returns true. This is an undo-able action.
//
// Parameters:
// layername - the name of the layer to change the visibility
// bVisible - true/false, whether the layer should be visible
//
// Returns:
// true if the layer's visibility was set, false otherwise
this.setLayerVisibility = function(layername, bVisible) {
var drawing = getCurrentDrawing();
var prevVisibility = drawing.getLayerVisibility(layername);
var layer = drawing.setLayerVisibility(layername, bVisible);
if (layer) {
var oldDisplay = prevVisibility ? 'inline' : 'none';
addCommandToHistory(new svgedit.history.ChangeElementCommand(layer, {
'display': oldDisplay
}, 'Layer Visibility'));
} else {
return false;
}
if (layer == drawing.getCurrentLayer()) {
clearSelection();
pathActions.clear();
}
// call('changed', [selected]);
return true;
};
// Function: moveSelectedToLayer
// Moves the selected elements to layername. If the name is not a valid layer name, then false
// is returned. Otherwise it returns true. This is an undo-able action.
//
// Parameters:
// layername - the name of the layer you want to which you want to move the selected elements
//
// Returns:
// true if the selected elements were moved to the layer, false otherwise.
this.moveSelectedToLayer = function(layername) {
// find the layer
var i;
var layer = null;
var drawing = getCurrentDrawing();
for (i = 0; i < drawing.getNumLayers(); ++i) {
if (drawing.getLayerName(i) == layername) {
layer = drawing.all_layers[i][1];
break;
}
}
if (!layer) {
return false;
}
var batchCmd = new svgedit.history.BatchCommand('Move Elements to Layer');
// loop for each selected element and move it
var selElems = selectedElements;
i = selElems.length;
while (i--) {
var elem = selElems[i];
if (!elem) {
continue;
}
var oldNextSibling = elem.nextSibling;
// TODO: this is pretty brittle!
var oldLayer = elem.parentNode;
layer.appendChild(elem);
batchCmd.addSubCommand(new svgedit.history.MoveElementCommand(elem, oldNextSibling, oldLayer));
}
addCommandToHistory(batchCmd);
return true;
};
this.mergeLayer = function(skipHistory) {
var batchCmd = new svgedit.history.BatchCommand('Merge Layer');
var drawing = getCurrentDrawing();
var prev = $(drawing.current_layer).prev()[0];
if (!prev) {
return;
}
var childs = drawing.current_layer.childNodes;
var len = childs.length;
var layerNextSibling = drawing.current_layer.nextSibling;
batchCmd.addSubCommand(new svgedit.history.RemoveElementCommand(drawing.current_layer, layerNextSibling, svgcontent));
while (drawing.current_layer.firstChild) {
var ch = drawing.current_layer.firstChild;
if (ch.localName == 'title') {
var chNextSibling = ch.nextSibling;
batchCmd.addSubCommand(new svgedit.history.RemoveElementCommand(ch, chNextSibling, drawing.current_layer));
drawing.current_layer.removeChild(ch);
continue;
}
var oldNextSibling = ch.nextSibling;
prev.appendChild(ch);
batchCmd.addSubCommand(new svgedit.history.MoveElementCommand(ch, oldNextSibling, drawing.current_layer));
}
// Remove current layer
svgcontent.removeChild(drawing.current_layer);
if (!skipHistory) {
clearSelection();
identifyLayers();
call('changed', [svgcontent]);
addCommandToHistory(batchCmd);
}
drawing.current_layer = prev;
return batchCmd;
};
this.mergeAllLayers = function() {
var batchCmd = new svgedit.history.BatchCommand('Merge all Layers');
var drawing = getCurrentDrawing();
drawing.current_layer = drawing.all_layers[drawing.getNumLayers() - 1][1];
while ($(svgcontent).children('g').length > 1) {
batchCmd.addSubCommand(canvas.mergeLayer(true));
}
clearSelection();
identifyLayers();
call('changed', [svgcontent]);
addCommandToHistory(batchCmd);
};
// Function: leaveContext
// Return from a group context to the regular kind, make any previously
// disabled elements enabled again
var leaveContext = this.leaveContext = function() {
var i, len = disabled_elems.length;
if (len) {
for (i = 0; i < len; i++) {
var elem = disabled_elems[i];
var orig = elData(elem, 'orig_opac');
if (orig !== 1) {
elem.setAttribute('opacity', orig);
} else {
elem.removeAttribute('opacity');
}
elem.setAttribute('style', 'pointer-events: inherit');
}
disabled_elems = [];
clearSelection(true);
call('contextset', null);
}
current_group = null;
};
// Function: setContext
// Set the current context (for in-group editing)
var setContext = this.setContext = function(elem) {
leaveContext();
if (typeof elem === 'string') {
elem = svgedit.utilities.getElem(elem);
}
// Edit inside this group
current_group = elem;
// Disable other elements
$(elem).parentsUntil('#svgcontent').andSelf().siblings().each(function() {
var opac = this.getAttribute('opacity') || 1;
// Store the original's opacity
elData(this, 'orig_opac', opac);
this.setAttribute('opacity', opac * 0.33);
this.setAttribute('style', 'pointer-events: none');
disabled_elems.push(this);
});
clearSelection();
call('contextset', current_group);
};
// Group: Document functions
// Function: clear
// Clears the current document. This is not an undoable action.
this.clear = function() {
pathActions.clear();
clearSelection();
// clear the svgcontent node
canvas.clearSvgContentElement();
// create new document
canvas.current_drawing_ = new svgedit.draw.Drawing(svgcontent);
// create empty first layer
canvas.createLayer('Layer 1');
// clear the undo stack
canvas.undoMgr.resetUndoStack();
// reset the selector manager
selectorManager.initGroup();
// reset the rubber band box
rubberBox = selectorManager.getRubberBandBox();
call('cleared');
};
// Function: linkControlPoints
// Alias function
this.linkControlPoints = pathActions.linkControlPoints;
// Function: getContentElem
// Returns the content DOM element
this.getContentElem = function() {
return svgcontent;
};
// Function: getRootElem
// Returns the root DOM element
this.getRootElem = function() {
return svgroot;
};
// Function: getSelectedElems
// Returns the array with selected DOM elements
this.getSelectedElems = function() {
return selectedElements;
};
// Function: getResolution
// Returns the current dimensions and zoom level in an object
var getResolution = this.getResolution = function() {
// var vb = svgcontent.getAttribute('viewBox').split(' ');
// return {'w':vb[2], 'h':vb[3], 'zoom': current_zoom};
//ROGERMOD - Calculating width and height
var width = svgcontent.getAttribute('width'); // /current_zoom; keep %age
var height = svgcontent.getAttribute('height'); // /current_zoom; keep %age
return {
'w': width,
'h': height,
'zoom': current_zoom
};
};
// Function: getZoom
// Returns the current zoom level
this.getZoom = function() {
return current_zoom;
};
// Function: getVersion
// Returns a string which describes the revision number of SvgCanvas.
this.getVersion = function() {
return 'svgcanvas.js ($Rev: 2875 $)';
};
// Function: setUiStrings
// Update interface strings with given values
//
// Parameters:
// strs - Object with strings (see uiStrings for examples)
this.setUiStrings = function(strs) {
$.extend(uiStrings, strs.notification);
};
// Function: setConfig
// Update configuration options with given values
//
// Parameters:
// opts - Object with options (see curConfig for examples)
this.setConfig = function(opts) {
$.extend(curConfig, opts);
};
// Function: getTitle
// Returns the current group/SVG's title contents
this.getTitle = function(elem) {
var i;
elem = elem || selectedElements[0];
if (!elem) {
return;
}
elem = $(elem).data('gsvg') || $(elem).data('symbol') || elem;
var childs = elem.childNodes;
for (i = 0; i < childs.length; i++) {
if (childs[i].nodeName == 'title') {
return childs[i].textContent;
}
}
return '';
};
// Function: setGroupTitle
// Sets the group/SVG's title content
// TODO: Combine this with setDocumentTitle
this.setGroupTitle = function(val) {
var elem = selectedElements[0];
elem = $(elem).data('gsvg') || elem;
var ts = $(elem).children('title');
var batchCmd = new svgedit.history.BatchCommand('Set Label');
if (!val.length) {
// Remove title element
var tsNextSibling = ts.nextSibling;
batchCmd.addSubCommand(new svgedit.history.RemoveElementCommand(ts[0], tsNextSibling, elem));
ts.remove();
} else if (ts.length) {
// Change title contents
var title = ts[0];
batchCmd.addSubCommand(new svgedit.history.ChangeElementCommand(title, {
'#text': title.textContent
}));
title.textContent = val;
} else {
// Add title element
title = svgdoc.createElementNS(NS.SVG, 'title');
title.textContent = val;
$(elem).prepend(title);
batchCmd.addSubCommand(new svgedit.history.InsertElementCommand(title));
}
addCommandToHistory(batchCmd);
};
// Function: getDocumentTitle
// Returns the current document title or an empty string if not found
var getDocumentTitle = this.getDocumentTitle = function() {
return canvas.getTitle(svgcontent);
};
// Function: setDocumentTitle
// Adds/updates a title element for the document with the given name.
// This is an undoable action
//
// Parameters:
// newtitle - String with the new title
this.setDocumentTitle = function(newtitle) {
var i;
var childs = svgcontent.childNodes,
doc_title = false,
old_title = '';
var batchCmd = new svgedit.history.BatchCommand('Change Image Title');
for (i = 0; i < childs.length; i++) {
if (childs[i].nodeName == 'title') {
doc_title = childs[i];
old_title = doc_title.textContent;
break;
}
}
if (!doc_title) {
doc_title = svgdoc.createElementNS(NS.SVG, 'title');
svgcontent.insertBefore(doc_title, svgcontent.firstChild);
}
if (newtitle.length) {
doc_title.textContent = newtitle;
} else {
// No title given, so element is not necessary
doc_title.parentNode.removeChild(doc_title);
}
batchCmd.addSubCommand(new svgedit.history.ChangeElementCommand(doc_title, {
'#text': old_title
}));
addCommandToHistory(batchCmd);
};
// Function: getEditorNS
// Returns the editor's namespace URL, optionally adds it to root element
//
// Parameters:
// add - Boolean to indicate whether or not to add the namespace value
this.getEditorNS = function(add) {
if (add) {
svgcontent.setAttribute('xmlns:se', NS.SE);
}
return NS.SE;
};
// Function: setResolution
// Changes the document's dimensions to the given size
//
// Parameters:
// x - Number with the width of the new dimensions in user units.
// Can also be the string "fit" to indicate "fit to content"
// y - Number with the height of the new dimensions in user units.
//
// Returns:
// Boolean to indicate if resolution change was succesful.
// It will fail on "fit to content" option with no content to fit to.
this.setResolution = function(x, y) {
var res = getResolution();
var w = res.w,
h = res.h;
var batchCmd;
if (x == 'fit') {
// Get bounding box
var bbox = getStrokedBBox();
if (bbox) {
batchCmd = new svgedit.history.BatchCommand('Fit Canvas to Content');
var visEls = getVisibleElements();
addToSelection(visEls);
var dx = [],
dy = [];
$.each(visEls, function(i, item) {
dx.push(bbox.x * -1);
dy.push(bbox.y * -1);
});
var cmd = canvas.moveSelectedElements(dx, dy, true);
batchCmd.addSubCommand(cmd);
clearSelection();
x = Math.round(bbox.width);
y = Math.round(bbox.height);
} else {
return false;
}
}
if (x != w || y != h) {
var handle = svgroot.suspendRedraw(1000);
if (!batchCmd) {
batchCmd = new svgedit.history.BatchCommand('Change Image Dimensions');
}
x = svgedit.units.convertToNum('width', x);
y = svgedit.units.convertToNum('height', y);
svgcontent.setAttribute('width', x);
svgcontent.setAttribute('height', y);
this.contentW = x;
this.contentH = y;
batchCmd.addSubCommand(new svgedit.history.ChangeElementCommand(svgcontent, {
'width': w,
'height': h
}));
svgcontent.setAttribute('viewBox', [0, 0, x / current_zoom, y / current_zoom].join(' '));
batchCmd.addSubCommand(new svgedit.history.ChangeElementCommand(svgcontent, {
'viewBox': ['0 0', w, h].join(' ')
}));
addCommandToHistory(batchCmd);
svgroot.unsuspendRedraw(handle);
call('changed', [svgcontent]);
}
return true;
};
// Function: getOffset
// Returns an object with x, y values indicating the svgcontent element's
// position in the editor's canvas.
this.getOffset = function() {
return $(svgcontent).attr(['x', 'y']);
};
// Function: setBBoxZoom
// Sets the zoom level on the canvas-side based on the given value
//
// Parameters:
// val - Bounding box object to zoom to or string indicating zoom option
// editor_w - Integer with the editor's workarea box's width
// editor_h - Integer with the editor's workarea box's height
this.setBBoxZoom = function(val, editor_w, editor_h) {
var spacer = 0.85;
var bb;
var calcZoom = function(bb) {
if (!bb) {
return false;
}
var w_zoom = Math.round((editor_w / bb.width) * 100 * spacer) / 100;
var h_zoom = Math.round((editor_h / bb.height) * 100 * spacer) / 100;
var zoomlevel = Math.min(w_zoom, h_zoom);
canvas.setZoom(zoomlevel);
return {
'zoom': zoomlevel,
'bbox': bb
};
};
if (typeof val == 'object') {
bb = val;
if (bb.width == 0 || bb.height == 0) {
var newzoom = bb.zoom ? bb.zoom : current_zoom * bb.factor;
canvas.setZoom(newzoom);
return {
'zoom': current_zoom,
'bbox': bb
};
}
return calcZoom(bb);
}
switch (val) {
case 'selection':
if (!selectedElements[0]) {
return;
}
var sel_elems = $.map(selectedElements, function(n) {
if (n) {
return n;
}
});
bb = getStrokedBBox(sel_elems);
break;
case 'canvas':
var res = getResolution();
spacer = 0.95;
bb = {
width: res.w,
height: res.h,
x: 0,
y: 0
};
break;
case 'content':
bb = getStrokedBBox();
break;
case 'layer':
bb = getStrokedBBox(getVisibleElements(getCurrentDrawing().getCurrentLayer()));
break;
default:
return;
}
return calcZoom(bb);
};
// Function: setZoom
// Sets the zoom to the given level
//
// Parameters:
// zoomlevel - Float indicating the zoom level to change to
this.setZoom = function(zoomlevel) {
//var res = getResolution();
//svgcontent.setAttribute('viewBox', '0 0 ' + res.w/zoomlevel + ' ' + res.h/zoomlevel);
current_zoom = zoomlevel;
$.each(selectedElements, function(i, elem) {
if (!elem) {
return;
}
selectorManager.requestSelector(elem).resize();
});
- //pathActions.zoomChange();
+ pathActions.zoomChange();
//runExtensions('zoomChanged', zoomlevel);
};
this.setSelectorTransform = function(zoomFactor, scale, translateX, translateY) {
current_zoom = scale;
selectorManager.selectorParentGroup.setAttribute('transform', 'translate(' + translateX + ',' + translateY + ') scale(' + zoomFactor + ')');
//selectorManager.selectorParentGroup.setAttribute('transform', 'translate(' + translateX + ',' + translateY + ')');
};
this.translateSelector = function(translateX, translateY) {
selectorManager.selectorParentGroup.setAttribute('transform', 'translate(' + translateX + ',' + translateY + ')');
};
this.zoomSelector = function(scale) {
}
// Function: getMode
// Returns the current editor mode string
this.getMode = function() {
return current_mode;
};
// Function: setMode
// Sets the editor's mode to the given string
//
// Parameters:
// name - String with the new mode to change to
this.setMode = function(name) {
pathActions.clear(true);
textActions.clear();
cur_properties = (selectedElements[0] && selectedElements[0].nodeName == 'text') ? cur_text : cur_shape;
current_mode = name;
};
// Group: Element Styling
// Function: getColor
// Returns the current fill/stroke option
this.getColor = function(type) {
return cur_properties[type];
};
// Function: setColor
// Change the current stroke/fill color/gradient value
//
// Parameters:
// type - String indicating fill or stroke
// val - The value to set the stroke attribute to
// preventUndo - Boolean indicating whether or not this should be and undoable option
this.setColor = function(type, val, preventUndo) {
cur_shape[type] = val;
cur_properties[type + '_paint'] = {
type: 'solidColor'
};
var elems = [];
function addNonG(e) {
if (e.nodeName != 'g') {
elems.push(e);
}
}
var i = selectedElements.length;
while (i--) {
var elem = selectedElements[i];
if (elem) {
if (elem.tagName == 'g') {
svgedit.utilities.walkTree(elem, addNonG);
} else {
if (type == 'fill') {
if (elem.tagName != 'polyline' && elem.tagName != 'line') {
elems.push(elem);
}
} else {
elems.push(elem);
}
}
}
}
if (elems.length > 0) {
if (!preventUndo) {
changeSelectedAttribute(type, val, elems);
call('changed', elems);
} else {
changeSelectedAttributeNoUndo(type, val, elems);
}
}
};
// Function: setGradient
// Apply the current gradient to selected element's fill or stroke
//
// Parameters
// type - String indicating "fill" or "stroke" to apply to an element
var setGradient = this.setGradient = function(type) {
if (!cur_properties[type + '_paint'] || cur_properties[type + '_paint'].type == 'solidColor') {
return;
}
var grad = canvas[type + 'Grad'];
// find out if there is a duplicate gradient already in the defs
var duplicate_grad = findDuplicateGradient(grad);
var defs = svgedit.utilities.findDefs();
// no duplicate found, so import gradient into defs
if (!duplicate_grad) {
var orig_grad = grad;
grad = defs.appendChild(svgdoc.importNode(grad, true));
// get next id and set it on the grad
grad.id = getNextId();
} else { // use existing gradient
grad = duplicate_grad;
}
canvas.setColor(type, 'url(#' + grad.id + ')');
};
// Function: findDuplicateGradient
// Check if exact gradient already exists
//
// Parameters:
// grad - The gradient DOM element to compare to others
//
// Returns:
// The existing gradient if found, null if not
var findDuplicateGradient = function(grad) {
var defs = svgedit.utilities.findDefs();
var existing_grads = $(defs).find('linearGradient, radialGradient');
var i = existing_grads.length;
var rad_attrs = ['r', 'cx', 'cy', 'fx', 'fy'];
while (i--) {
var og = existing_grads[i];
if (grad.tagName == 'linearGradient') {
if (grad.getAttribute('x1') != og.getAttribute('x1') ||
grad.getAttribute('y1') != og.getAttribute('y1') ||
grad.getAttribute('x2') != og.getAttribute('x2') ||
grad.getAttribute('y2') != og.getAttribute('y2')) {
continue;
}
} else {
var grad_attrs = $(grad).attr(rad_attrs);
var og_attrs = $(og).attr(rad_attrs);
var diff = false;
$.each(rad_attrs, function(i, attr) {
if (grad_attrs[attr] != og_attrs[attr]) {
diff = true;
}
});
if (diff) {
continue;
}
}
// else could be a duplicate, iterate through stops
var stops = grad.getElementsByTagNameNS(NS.SVG, 'stop');
var ostops = og.getElementsByTagNameNS(NS.SVG, 'stop');
if (stops.length != ostops.length) {
continue;
}
var j = stops.length;
while (j--) {
var stop = stops[j];
var ostop = ostops[j];
if (stop.getAttribute('offset') != ostop.getAttribute('offset') ||
stop.getAttribute('stop-opacity') != ostop.getAttribute('stop-opacity') ||
stop.getAttribute('stop-color') != ostop.getAttribute('stop-color')) {
break;
}
}
if (j == -1) {
return og;
}
} // for each gradient in defs
return null;
};
function reorientGrads(elem, m) {
var i;
var bb = svgedit.utilities.getBBox(elem);
for (i = 0; i < 2; i++) {
var type = i === 0 ? 'fill' : 'stroke';
var attrVal = elem.getAttribute(type);
if (attrVal && attrVal.indexOf('url(') === 0) {
var grad = svgedit.utilities.getRefElem(attrVal);
if (grad.tagName === 'linearGradient') {
var x1 = grad.getAttribute('x1') || 0;
var y1 = grad.getAttribute('y1') || 0;
var x2 = grad.getAttribute('x2') || 1;
var y2 = grad.getAttribute('y2') || 0;
// Convert to USOU points
x1 = (bb.width * x1) + bb.x;
y1 = (bb.height * y1) + bb.y;
x2 = (bb.width * x2) + bb.x;
y2 = (bb.height * y2) + bb.y;
// Transform those points
var pt1 = svgedit.math.transformPoint(x1, y1, m);
var pt2 = svgedit.math.transformPoint(x2, y2, m);
// Convert back to BB points
var g_coords = {};
g_coords.x1 = (pt1.x - bb.x) / bb.width;
g_coords.y1 = (pt1.y - bb.y) / bb.height;
g_coords.x2 = (pt2.x - bb.x) / bb.width;
g_coords.y2 = (pt2.y - bb.y) / bb.height;
var newgrad = grad.cloneNode(true);
$(newgrad).attr(g_coords);
newgrad.id = getNextId();
svgedit.utilities.findDefs().appendChild(newgrad);
elem.setAttribute(type, 'url(#' + newgrad.id + ')');
}
}
}
}
// Function: setPaint
// Set a color/gradient to a fill/stroke
//
// Parameters:
// type - String with "fill" or "stroke"
// paint - The jGraduate paint object to apply
this.setPaint = function(type, paint) {
// make a copy
var p = new $.jGraduate.Paint(paint);
this.setPaintOpacity(type, p.alpha / 100, true);
// now set the current paint object
cur_properties[type + '_paint'] = p;
switch (p.type) {
case 'solidColor':
this.setColor(type, p.solidColor != 'none' ? '#' + p.solidColor : 'none');
break;
case 'linearGradient':
case 'radialGradient':
canvas[type + 'Grad'] = p[p.type];
setGradient(type);
break;
}
};
// alias
this.setStrokePaint = function(paint) {
this.setPaint('stroke', paint);
};
this.setFillPaint = function(paint) {
this.setPaint('fill', paint);
};
// Function: getStrokeWidth
// Returns the current stroke-width value
this.getStrokeWidth = function() {
return cur_properties.stroke_width;
};
// Function: setStrokeWidth
// Sets the stroke width for the current selected elements
// When attempting to set a line's width to 0, this changes it to 1 instead
//
// Parameters:
// val - A Float indicating the new stroke width value
this.setStrokeWidth = function(val) {
if (val == 0 && ['line', 'path'].indexOf(current_mode) >= 0) {
canvas.setStrokeWidth(1);
return;
}
cur_properties.stroke_width = val;
var elems = [];
function addNonG(e) {
if (e.nodeName != 'g') {
elems.push(e);
}
}
var i = selectedElements.length;
while (i--) {
var elem = selectedElements[i];
if (elem) {
if (elem.tagName == 'g') {
svgedit.utilities.walkTree(elem, addNonG);
} else {
elems.push(elem);
}
}
}
if (elems.length > 0) {
changeSelectedAttribute('stroke-width', val, elems);
call('changed', selectedElements);
}
};
// Function: setStrokeAttr
// Set the given stroke-related attribute the given value for selected elements
//
// Parameters:
// attr - String with the attribute name
// val - String or number with the attribute value
this.setStrokeAttr = function(attr, val) {
cur_shape[attr.replace('-', '_')] = val;
var elems = [];
function addNonG(e) {
if (e.nodeName != 'g') {
elems.push(e);
}
}
var i = selectedElements.length;
while (i--) {
var elem = selectedElements[i];
if (elem) {
if (elem.tagName == 'g') {
svgedit.utilities.walkTree(elem, function(e) {
if (e.nodeName != 'g') {
elems.push(e);
}
});
} else {
elems.push(elem);
}
}
}
if (elems.length > 0) {
changeSelectedAttribute(attr, val, elems);
call('changed', selectedElements);
}
};
// Function: getStyle
// Returns current style options
this.getStyle = function() {
return cur_shape;
};
// Function: getOpacity
// Returns the current opacity
this.getOpacity = function() {
return cur_shape.opacity;
};
// Function: setOpacity
// Sets the given opacity to the current selected elements
this.setOpacity = function(val) {
cur_shape.opacity = val;
changeSelectedAttribute('opacity', val);
};
// Function: getOpacity
// Returns the current fill opacity
this.getFillOpacity = function() {
return cur_shape.fill_opacity;
};
// Function: getStrokeOpacity
// Returns the current stroke opacity
this.getStrokeOpacity = function() {
return cur_shape.stroke_opacity;
};
// Function: setPaintOpacity
// Sets the current fill/stroke opacity
//
// Parameters:
// type - String with "fill" or "stroke"
// val - Float with the new opacity value
// preventUndo - Boolean indicating whether or not this should be an undoable action
this.setPaintOpacity = function(type, val, preventUndo) {
cur_shape[type + '_opacity'] = val;
if (!preventUndo) {
changeSelectedAttribute(type + '-opacity', val);
} else {
changeSelectedAttributeNoUndo(type + '-opacity', val);
}
};
// Function: getPaintOpacity
// Gets the current fill/stroke opacity
//
// Parameters:
// type - String with "fill" or "stroke"
this.getPaintOpacity = function(type) {
return type === 'fill' ? this.getFillOpacity() : this.getStrokeOpacity();
};
// Function: getBlur
// Gets the stdDeviation blur value of the given element
//
// Parameters:
// elem - The element to check the blur value for
this.getBlur = function(elem) {
var val = 0;
// var elem = selectedElements[0];
if (elem) {
var filter_url = elem.getAttribute('filter');
if (filter_url) {
var blur = svgedit.utilities.getElem(elem.id + '_blur');
if (blur) {
val = blur.firstChild.getAttribute('stdDeviation');
}
}
}
return val;
};
(function() {
var cur_command = null;
var filter = null;
var filterHidden = false;
// Function: setBlurNoUndo
// Sets the stdDeviation blur value on the selected element without being undoable
//
// Parameters:
// val - The new stdDeviation value
canvas.setBlurNoUndo = function(val) {
if (!filter) {
canvas.setBlur(val);
return;
}
if (val === 0) {
// Don't change the StdDev, as that will hide the element.
// Instead, just remove the value for "filter"
changeSelectedAttributeNoUndo('filter', '');
filterHidden = true;
} else {
var elem = selectedElements[0];
if (filterHidden) {
changeSelectedAttributeNoUndo('filter', 'url(#' + elem.id + '_blur)');
}
if (svgedit.browser.isWebkit()) {
console.log('e', elem);
elem.removeAttribute('filter');
elem.setAttribute('filter', 'url(#' + elem.id + '_blur)');
}
changeSelectedAttributeNoUndo('stdDeviation', val, [filter.firstChild]);
canvas.setBlurOffsets(filter, val);
}
};
function finishChange() {
var bCmd = canvas.undoMgr.finishUndoableChange();
cur_command.addSubCommand(bCmd);
addCommandToHistory(cur_command);
cur_command = null;
filter = null;
}
// Function: setBlurOffsets
// Sets the x, y, with, height values of the filter element in order to
// make the blur not be clipped. Removes them if not neeeded
//
// Parameters:
// filter - The filter DOM element to update
// stdDev - The standard deviation value on which to base the offset size
canvas.setBlurOffsets = function(filter, stdDev) {
if (stdDev > 3) {
// TODO: Create algorithm here where size is based on expected blur
svgedit.utilities.assignAttributes(filter, {
x: '-50%',
y: '-50%',
width: '200%',
height: '200%'
}, 100);
} else {
// Removing these attributes hides text in Chrome (see Issue 579)
if (!svgedit.browser.isWebkit()) {
filter.removeAttribute('x');
filter.removeAttribute('y');
filter.removeAttribute('width');
filter.removeAttribute('height');
}
}
};
// Function: setBlur
// Adds/updates the blur filter to the selected element
//
// Parameters:
// val - Float with the new stdDeviation blur value
// complete - Boolean indicating whether or not the action should be completed (to add to the undo manager)
canvas.setBlur = function(val, complete) {
if (cur_command) {
finishChange();
return;
}
// Looks for associated blur, creates one if not found
var elem = selectedElements[0];
var elem_id = elem.id;
filter = svgedit.utilities.getElem(elem_id + '_blur');
val -= 0;
var batchCmd = new svgedit.history.BatchCommand();
// Blur found!
if (filter) {
if (val === 0) {
filter = null;
}
} else {
// Not found, so create
var newblur = addSvgElementFromJson({
'element': 'feGaussianBlur',
'attr': {
'in': 'SourceGraphic',
'stdDeviation': val
}
});
filter = addSvgElementFromJson({
'element': 'filter',
'attr': {
'id': elem_id + '_blur'
}
});
filter.appendChild(newblur);
svgedit.utilities.findDefs().appendChild(filter);
batchCmd.addSubCommand(new svgedit.history.InsertElementCommand(filter));
}
var changes = {
filter: elem.getAttribute('filter')
};
if (val === 0) {
elem.removeAttribute('filter');
batchCmd.addSubCommand(new svgedit.history.ChangeElementCommand(elem, changes));
return;
}
changeSelectedAttribute('filter', 'url(#' + elem_id + '_blur)');
batchCmd.addSubCommand(new svgedit.history.ChangeElementCommand(elem, changes));
canvas.setBlurOffsets(filter, val);
cur_command = batchCmd;
canvas.undoMgr.beginUndoableChange('stdDeviation', [filter ? filter.firstChild : null]);
if (complete) {
canvas.setBlurNoUndo(val);
finishChange();
}
};
}());
// Function: getBold
// Check whether selected element is bold or not
//
// Returns:
// Boolean indicating whether or not element is bold
this.getBold = function() {
// should only have one element selected
var selected = selectedElements[0];
if (selected != null && selected.tagName == 'text' &&
selectedElements[1] == null) {
return (selected.getAttribute('font-weight') == 'bold');
}
return false;
};
// Function: setBold
// Make the selected element bold or normal
//
// Parameters:
// b - Boolean indicating bold (true) or normal (false)
this.setBold = function(b) {
var selected = selectedElements[0];
if (selected != null && selected.tagName == 'text' &&
selectedElements[1] == null) {
changeSelectedAttribute('font-weight', b ? 'bold' : 'normal');
}
if (!selectedElements[0].textContent) {
textActions.setCursor();
}
};
// Function: getItalic
// Check whether selected element is italic or not
//
// Returns:
// Boolean indicating whether or not element is italic
this.getItalic = function() {
var selected = selectedElements[0];
if (selected != null && selected.tagName == 'text' &&
selectedElements[1] == null) {
return (selected.getAttribute('font-style') == 'italic');
}
return false;
};
// Function: setItalic
// Make the selected element italic or normal
//
// Parameters:
// b - Boolean indicating italic (true) or normal (false)
this.setItalic = function(i) {
var selected = selectedElements[0];
if (selected != null && selected.tagName == 'text' &&
selectedElements[1] == null) {
changeSelectedAttribute('font-style', i ? 'italic' : 'normal');
}
if (!selectedElements[0].textContent) {
textActions.setCursor();
}
};
// Function: getFontFamily
// Returns the current font family
this.getFontFamily = function() {
return cur_text.font_family;
};
// Function: setFontFamily
// Set the new font family
//
// Parameters:
// val - String with the new font family
this.setFontFamily = function(val) {
cur_text.font_family = val;
changeSelectedAttribute('font-family', val);
if (selectedElements[0] && !selectedElements[0].textContent) {
textActions.setCursor();
}
};
// Function: setFontColor
// Set the new font color
//
// Parameters:
// val - String with the new font color
this.setFontColor = function(val) {
cur_text.fill = val;
changeSelectedAttribute('fill', val);
};
// Function: getFontColor
// Returns the current font color
this.getFontColor = function() {
return cur_text.fill;
};
// Function: getFontSize
// Returns the current font size
this.getFontSize = function() {
return cur_text.font_size;
};
// Function: setFontSize
// Applies the given font size to the selected element
//
// Parameters:
// val - Float with the new font size
this.setFontSize = function(val) {
cur_text.font_size = val;
changeSelectedAttribute('font-size', val);
if (!selectedElements[0].textContent) {
textActions.setCursor();
}
};
// Function: getText
// Returns the current text (textContent) of the selected element
this.getText = function() {
var selected = selectedElements[0];
if (selected == null) {
return '';
}
return selected.textContent;
};
// Function: setTextContent
// Updates the text element with the given string
//
// Parameters:
// val - String with the new text
this.setTextContent = function(val) {
changeSelectedAttribute('#text', val);
textActions.init(val);
textActions.setCursor();
};
// Function: setImageURL
// Sets the new image URL for the selected image element. Updates its size if
// a new URL is given
//
// Parameters:
// val - String with the image URL/path
this.setImageURL = function(val) {
var elem = selectedElements[0];
if (!elem) {
return;
}
var attrs = $(elem).attr(['width', 'height']);
var setsize = (!attrs.width || !attrs.height);
var cur_href = getHref(elem);
// Do nothing if no URL change or size change
if (cur_href !== val) {
setsize = true;
} else if (!setsize) {
return;
}
var batchCmd = new svgedit.history.BatchCommand('Change Image URL');
setHref(elem, val);
batchCmd.addSubCommand(new svgedit.history.ChangeElementCommand(elem, {
'#href': cur_href
}));
if (setsize) {
$(new Image()).load(function() {
var changes = $(elem).attr(['width', 'height']);
$(elem).attr({
width: this.width,
height: this.height
});
selectorManager.requestSelector(elem).resize();
batchCmd.addSubCommand(new svgedit.history.ChangeElementCommand(elem, changes));
addCommandToHistory(batchCmd);
call('changed', [elem]);
}).attr('src', val);
} else {
addCommandToHistory(batchCmd);
}
};
// Function: setLinkURL
// Sets the new link URL for the selected anchor element.
//
// Parameters:
// val - String with the link URL/path
this.setLinkURL = function(val) {
var elem = selectedElements[0];
if (!elem) {
return;
}
if (elem.tagName !== 'a') {
// See if parent is an anchor
var parents_a = $(elem).parents('a');
if (parents_a.length) {
elem = parents_a[0];
} else {
return;
}
}
var cur_href = getHref(elem);
if (cur_href === val) {
return;
}
var batchCmd = new svgedit.history.BatchCommand('Change Link URL');
setHref(elem, val);
batchCmd.addSubCommand(new svgedit.history.ChangeElementCommand(elem, {
'#href': cur_href
}));
addCommandToHistory(batchCmd);
};
// Function: setRectRadius
// Sets the rx & ry values to the selected rect element to change its corner radius
//
// Parameters:
// val - The new radius
this.setRectRadius = function(val) {
var selected = selectedElements[0];
if (selected != null && selected.tagName == 'rect') {
var r = selected.getAttribute('rx');
if (r != val) {
selected.setAttribute('rx', val);
selected.setAttribute('ry', val);
addCommandToHistory(new svgedit.history.ChangeElementCommand(selected, {
'rx': r,
'ry': r
}, 'Radius'));
call('changed', [selected]);
}
}
};
// Function: makeHyperlink
// Wraps the selected element(s) in an anchor element or converts group to one
this.makeHyperlink = function(url) {
canvas.groupSelectedElements('a', url);
// TODO: If element is a single "g", convert to "a"
// if (selectedElements.length > 1 && selectedElements[1]) {
};
// Function: removeHyperlink
this.removeHyperlink = function() {
canvas.ungroupSelectedElement();
};
// Group: Element manipulation
// Function: setSegType
// Sets the new segment type to the selected segment(s).
//
// Parameters:
// new_type - Integer with the new segment type
// See http://www.w3.org/TR/SVG/paths.html#InterfaceSVGPathSeg for list
this.setSegType = function(new_type) {
pathActions.setSegType(new_type);
};
// TODO(codedread): Remove the getBBox argument and split this function into two.
// Function: convertToPath
// Convert selected element to a path, or get the BBox of an element-as-path
//
// Parameters:
// elem - The DOM element to be converted
// getBBox - Boolean on whether or not to only return the path's BBox
//
// Returns:
// If the getBBox flag is true, the resulting path's bounding box object.
// Otherwise the resulting path element is returned.
this.convertToPath = function(elem, getBBox) {
if (elem == null) {
var elems = selectedElements;
$.each(selectedElements, function(i, elem) {
if (elem) {
canvas.convertToPath(elem);
}
});
return;
}
if (!getBBox) {
var batchCmd = new svgedit.history.BatchCommand('Convert element to Path');
}
var attrs = getBBox ? {} : {
'fill': cur_shape.fill,
'fill-opacity': cur_shape.fill_opacity,
'stroke': cur_shape.stroke,
'stroke-width': cur_shape.stroke_width,
'stroke-dasharray': cur_shape.stroke_dasharray,
'stroke-linejoin': cur_shape.stroke_linejoin,
'stroke-linecap': cur_shape.stroke_linecap,
'stroke-opacity': cur_shape.stroke_opacity,
'opacity': cur_shape.opacity,
'visibility': 'hidden'
};
// any attribute on the element not covered by the above
// TODO: make this list global so that we can properly maintain it
// TODO: what about @transform, @clip-rule, @fill-rule, etc?
$.each(['marker-start', 'marker-end', 'marker-mid', 'filter', 'clip-path'], function() {
if (elem.getAttribute(this)) {
attrs[this] = elem.getAttribute(this);
}
});
var path = addSvgElementFromJson({
'element': 'path',
'attr': attrs
});
var eltrans = elem.getAttribute('transform');
if (eltrans) {
path.setAttribute('transform', eltrans);
}
var id = elem.id;
var parent = elem.parentNode;
if (elem.nextSibling) {
parent.insertBefore(path, elem);
} else {
parent.appendChild(path);
}
var d = '';
var joinSegs = function(segs) {
$.each(segs, function(j, seg) {
var i;
var l = seg[0],
pts = seg[1];
d += l;
for (i = 0; i < pts.length; i += 2) {
d += (pts[i] + ',' + pts[i + 1]) + ' ';
}
});
};
// Possibly the cubed root of 6, but 1.81 works best
var num = 1.81;
var a, rx;
switch (elem.tagName) {
case 'ellipse':
case 'circle':
a = $(elem).attr(['rx', 'ry', 'cx', 'cy']);
var cx = a.cx,
cy = a.cy;
rx = a.rx;
ry = a.ry;
if (elem.tagName == 'circle') {
rx = ry = $(elem).attr('r');
}
joinSegs([
['M', [(cx - rx), (cy)]],
['C', [(cx - rx), (cy - ry / num), (cx - rx / num), (cy - ry), (cx), (cy - ry)]],
['C', [(cx + rx / num), (cy - ry), (cx + rx), (cy - ry / num), (cx + rx), (cy)]],
['C', [(cx + rx), (cy + ry / num), (cx + rx / num), (cy + ry), (cx), (cy + ry)]],
['C', [(cx - rx / num), (cy + ry), (cx - rx), (cy + ry / num), (cx - rx), (cy)]],
['Z', []]
]);
break;
case 'path':
d = elem.getAttribute('d');
break;
case 'line':
a = $(elem).attr(['x1', 'y1', 'x2', 'y2']);
d = 'M' + a.x1 + ',' + a.y1 + 'L' + a.x2 + ',' + a.y2;
break;
case 'polyline':
case 'polygon':
d = 'M' + elem.getAttribute('points');
break;
case 'rect':
var r = $(elem).attr(['rx', 'ry']);
rx = r.rx;
ry = r.ry;
var b = elem.getBBox();
var x = b.x,
y = b.y,
w = b.width,
h = b.height;
num = 4 - num; // Why? Because!
if (!rx && !ry) {
// Regular rect
joinSegs([
['M', [x, y]],
['L', [x + w, y]],
['L', [x + w, y + h]],
['L', [x, y + h]],
['L', [x, y]],
['Z', []]
]);
} else {
joinSegs([
['M', [x, y + ry]],
['C', [x, y + ry / num, x + rx / num, y, x + rx, y]],
['L', [x + w - rx, y]],
['C', [x + w - rx / num, y, x + w, y + ry / num, x + w, y + ry]],
['L', [x + w, y + h - ry]],
['C', [x + w, y + h - ry / num, x + w - rx / num, y + h, x + w - rx, y + h]],
['L', [x + rx, y + h]],
['C', [x + rx / num, y + h, x, y + h - ry / num, x, y + h - ry]],
['L', [x, y + ry]],
['Z', []]
]);
}
break;
default:
path.parentNode.removeChild(path);
break;
}
if (d) {
path.setAttribute('d', d);
}
if (!getBBox) {
// Replace the current element with the converted one
// Reorient if it has a matrix
if (eltrans) {
var tlist = svgedit.transformlist.getTransformList(path);
if (svgedit.math.hasMatrixTransform(tlist)) {
pathActions.resetOrientation(path);
}
}
var nextSibling = elem.nextSibling;
batchCmd.addSubCommand(new svgedit.history.RemoveElementCommand(elem, nextSibling, parent));
batchCmd.addSubCommand(new svgedit.history.InsertElementCommand(path));
clearSelection();
elem.parentNode.removeChild(elem);
path.setAttribute('id', id);
path.removeAttribute('visibility');
addToSelection([path], true);
addCommandToHistory(batchCmd);
} else {
// Get the correct BBox of the new path, then discard it
pathActions.resetOrientation(path);
var bb = false;
try {
bb = path.getBBox();
} catch (e) {
// Firefox fails
}
path.parentNode.removeChild(path);
return bb;
}
};
// Function: changeSelectedAttributeNoUndo
// This function makes the changes to the elements. It does not add the change
// to the history stack.
//
// Parameters:
// attr - String with the attribute name
// newValue - String or number with the new attribute value
// elems - The DOM elements to apply the change to
var changeSelectedAttributeNoUndo = function(attr, newValue, elems) {
var handle = svgroot.suspendRedraw(1000);
if (current_mode == 'pathedit') {
// Editing node
pathActions.moveNode(attr, newValue);
}
elems = elems || selectedElements;
var i = elems.length;
var no_xy_elems = ['g', 'polyline', 'path'];
var good_g_attrs = ['transform', 'opacity', 'filter'];
while (i--) {
var elem = elems[i];
if (elem == null) {
continue;
}
// Set x,y vals on elements that don't have them
if ((attr === 'x' || attr === 'y') && no_xy_elems.indexOf(elem.tagName) >= 0) {
var bbox = getStrokedBBox([elem]);
var diff_x = attr === 'x' ? newValue - bbox.x : 0;
var diff_y = attr === 'y' ? newValue - bbox.y : 0;
canvas.moveSelectedElements(diff_x * current_zoom, diff_y * current_zoom, true);
continue;
}
// only allow the transform/opacity/filter attribute to change on <g> elements, slightly hacky
// TODO: FIXME: This doesn't seem right. Where's the body of this if statement?
if (elem.tagName === 'g' && good_g_attrs.indexOf(attr) >= 0) {}
var oldval = attr === '#text' ? elem.textContent : elem.getAttribute(attr);
if (oldval == null) {
oldval = '';
}
if (oldval !== String(newValue)) {
if (attr == '#text') {
var old_w = svgedit.utilities.getBBox(elem).width;
elem.textContent = newValue;
// FF bug occurs on on rotated elements
if (/rotate/.test(elem.getAttribute('transform'))) {
elem = ffClone(elem);
}
// Hoped to solve the issue of moving text with text-anchor="start",
// but this doesn't actually fix it. Hopefully on the right track, though. -Fyrd
// var box=getBBox(elem), left=box.x, top=box.y, width=box.width,
// height=box.height, dx = width - old_w, dy=0;
// var angle = svgedit.utilities.getRotationAngle(elem, true);
// if (angle) {
// var r = Math.sqrt( dx*dx + dy*dy );
// var theta = Math.atan2(dy,dx) - angle;
// dx = r * Math.cos(theta);
// dy = r * Math.sin(theta);
//
// elem.setAttribute('x', elem.getAttribute('x')-dx);
// elem.setAttribute('y', elem.getAttribute('y')-dy);
// }
} else if (attr == '#href') {
setHref(elem, newValue);
} else {
elem.setAttribute(attr, newValue);
}
// Go into "select" mode for text changes
// NOTE: Important that this happens AFTER elem.setAttribute() or else attributes like
// font-size can get reset to their old value, ultimately by svgEditor.updateContextPanel(),
// after calling textActions.toSelectMode() below
if (current_mode === 'textedit' && attr !== '#text' && elem.textContent.length) {
textActions.toSelectMode(elem);
}
// if (i==0)
// selectedBBoxes[0] = svgedit.utilities.getBBox(elem);
// Use the Firefox ffClone hack for text elements with gradients or
// where other text attributes are changed.
if (svgedit.browser.isGecko() && elem.nodeName === 'text' && /rotate/.test(elem.getAttribute('transform'))) {
if (String(newValue).indexOf('url') === 0 || (['font-size', 'font-family', 'x', 'y'].indexOf(attr) >= 0 && elem.textContent)) {
elem = ffClone(elem);
}
}
// Timeout needed for Opera & Firefox
// codedread: it is now possible for this function to be called with elements
// that are not in the selectedElements array, we need to only request a
// selector if the element is in that array
if (selectedElements.indexOf(elem) >= 0) {
setTimeout(function() {
// Due to element replacement, this element may no longer
// be part of the DOM
if (!elem.parentNode) {
return;
}
selectorManager.requestSelector(elem).resize();
}, 0);
}
// if this element was rotated, and we changed the position of this element
// we need to update the rotational transform attribute
var angle = svgedit.utilities.getRotationAngle(elem);
if (angle != 0 && attr != 'transform') {
var tlist = svgedit.transformlist.getTransformList(elem);
var n = tlist.numberOfItems;
while (n--) {
var xform = tlist.getItem(n);
if (xform.type == 4) {
// remove old rotate
tlist.removeItem(n);
var box = svgedit.utilities.getBBox(elem);
var center = svgedit.math.transformPoint(box.x + box.width / 2, box.y + box.height / 2, svgedit.math.transformListToTransform(tlist).matrix);
var cx = center.x,
cy = center.y;
var newrot = svgroot.createSVGTransform();
newrot.setRotate(angle, cx, cy);
tlist.insertItemBefore(newrot, n);
break;
}
}
}
} // if oldValue != newValue
} // for each elem
svgroot.unsuspendRedraw(handle);
};
// Function: changeSelectedAttribute
// Change the given/selected element and add the original value to the history stack
// If you want to change all selectedElements, ignore the elems argument.
// If you want to change only a subset of selectedElements, then send the
// subset to this function in the elems argument.
//
// Parameters:
// attr - String with the attribute name
// newValue - String or number with the new attribute value
// elems - The DOM elements to apply the change to
var changeSelectedAttribute = this.changeSelectedAttribute = function(attr, val, elems) {
elems = elems || selectedElements;
canvas.undoMgr.beginUndoableChange(attr, elems);
var i = elems.length;
changeSelectedAttributeNoUndo(attr, val, elems);
var batchCmd = canvas.undoMgr.finishUndoableChange();
if (!batchCmd.isEmpty()) {
addCommandToHistory(batchCmd);
}
};
// Function: deleteSelectedElements
// Removes all selected elements from the DOM and adds the change to the
// history stack
this.deleteSelectedElements = function() {
var i;
var batchCmd = new svgedit.history.BatchCommand('Delete Elements');
var len = selectedElements.length;
var selectedCopy = []; //selectedElements is being deleted
for (i = 0; i < len; ++i) {
var selected = selectedElements[i];
if (selected == null) {
break;
}
var parent = selected.parentNode;
var t = selected;
// this will unselect the element and remove the selectedOutline
selectorManager.releaseSelector(t);
// Remove the path if present.
svgedit.path.removePath_(t.id);
// Get the parent if it's a single-child anchor
if (parent.tagName === 'a' && parent.childNodes.length === 1) {
t = parent;
parent = parent.parentNode;
}
var nextSibling = t.nextSibling;
var elem = parent.removeChild(t);
selectedCopy.push(selected); //for the copy
selectedElements[i] = null;
batchCmd.addSubCommand(new RemoveElementCommand(elem, nextSibling, parent));
}
if (!batchCmd.isEmpty()) {
addCommandToHistory(batchCmd);
}
call('changed', selectedCopy);
clearSelection();
};
// Function: cutSelectedElements
// Removes all selected elements from the DOM and adds the change to the
// history stack. Remembers removed elements on the clipboard
// TODO: Combine similar code with deleteSelectedElements
this.cutSelectedElements = function() {
var i;
var batchCmd = new svgedit.history.BatchCommand('Cut Elements');
var len = selectedElements.length;
var selectedCopy = []; //selectedElements is being deleted
for (i = 0; i < len; ++i) {
var selected = selectedElements[i];
if (selected == null) {
break;
}
var parent = selected.parentNode;
var t = selected;
// this will unselect the element and remove the selectedOutline
selectorManager.releaseSelector(t);
// Remove the path if present.
svgedit.path.removePath_(t.id);
var nextSibling = t.nextSibling;
var elem = parent.removeChild(t);
selectedCopy.push(selected); //for the copy
selectedElements[i] = null;
batchCmd.addSubCommand(new RemoveElementCommand(elem, nextSibling, parent));
}
if (!batchCmd.isEmpty()) {
addCommandToHistory(batchCmd);
}
call('changed', selectedCopy);
clearSelection();
canvas.clipBoard = selectedCopy;
};
// Function: copySelectedElements
// Remembers the current selected elements on the clipboard
this.copySelectedElements = function() {
canvas.clipBoard = $.merge([], selectedElements);
};
this.pasteElements = function(type, x, y) {
var cb = canvas.clipBoard;
var len = cb.length;
if (!len) {
return;
}
var pasted = [];
var batchCmd = new svgedit.history.BatchCommand('Paste elements');
// Move elements to lastClickPoint
while (len--) {
var elem = cb[len];
if (!elem) {
continue;
}
var copy = copyElem(elem);
// See if elem with elem ID is in the DOM already
if (!svgedit.utilities.getElem(elem.id)) {
copy.id = elem.id;
}
pasted.push(copy);
(current_group || getCurrentDrawing().getCurrentLayer()).appendChild(copy);
batchCmd.addSubCommand(new svgedit.history.InsertElementCommand(copy));
}
selectOnly(pasted);
if (type !== 'in_place') {
var ctr_x, ctr_y;
if (!type) {
ctr_x = lastClickPoint.x;
ctr_y = lastClickPoint.y;
} else if (type === 'point') {
ctr_x = x;
ctr_y = y;
}
var bbox = getStrokedBBox(pasted);
var cx = ctr_x - (bbox.x + bbox.width / 2),
cy = ctr_y - (bbox.y + bbox.height / 2),
dx = [],
dy = [];
$.each(pasted, function(i, item) {
dx.push(cx);
dy.push(cy);
});
var cmd = canvas.moveSelectedElements(dx, dy, false);
batchCmd.addSubCommand(cmd);
}
addCommandToHistory(batchCmd);
call('changed', pasted);
};
// Function: groupSelectedElements
// Wraps all the selected elements in a group (g) element
// Parameters:
// type - type of element to group into, defaults to <g>
this.groupSelectedElements = function(type, urlArg) {
if (!type) {
type = 'g';
}
var cmd_str = '';
switch (type) {
case 'a':
cmd_str = 'Make hyperlink';
var url = '';
if (arguments.length > 1) {
url = urlArg;
}
break;
default:
type = 'g';
cmd_str = 'Group Elements';
break;
}
var batchCmd = new svgedit.history.BatchCommand(cmd_str);
// create and insert the group element
var g = addSvgElementFromJson({
'element': type,
'attr': {
'id': getNextId()
}
});
if (type === 'a') {
setHref(g, url);
}
batchCmd.addSubCommand(new svgedit.history.InsertElementCommand(g));
// now move all children into the group
var i = selectedElements.length;
while (i--) {
var elem = selectedElements[i];
if (elem == null) {
continue;
}
if (elem.parentNode.tagName === 'a' && elem.parentNode.childNodes.length === 1) {
elem = elem.parentNode;
}
var oldNextSibling = elem.nextSibling;
var oldParent = elem.parentNode;
g.appendChild(elem);
batchCmd.addSubCommand(new svgedit.history.MoveElementCommand(elem, oldNextSibling, oldParent));
}
if (!batchCmd.isEmpty()) {
addCommandToHistory(batchCmd);
}
// update selection
selectOnly([g], true);
};
// Function: pushGroupProperties
// Pushes all appropriate parent group properties down to its children, then
// removes them from the group
var pushGroupProperties = this.pushGroupProperties = function(g, undoable) {
var children = g.childNodes;
var len = children.length;
var xform = g.getAttribute('transform');
var glist = svgedit.transformlist.getTransformList(g);
var m = svgedit.math.transformListToTransform(glist).matrix;
var batchCmd = new svgedit.history.BatchCommand('Push group properties');
// TODO: get all fill/stroke properties from the group that we are about to destroy
// "fill", "fill-opacity", "fill-rule", "stroke", "stroke-dasharray", "stroke-dashoffset",
// "stroke-linecap", "stroke-linejoin", "stroke-miterlimit", "stroke-opacity",
// "stroke-width"
// and then for each child, if they do not have the attribute (or the value is 'inherit')
// then set the child's attribute
var i = 0;
var gangle = svgedit.utilities.getRotationAngle(g);
var gattrs = $(g).attr(['filter', 'opacity']);
var gfilter, gblur, changes;
for (i = 0; i < len; i++) {
var elem = children[i];
if (elem.nodeType !== 1) {
continue;
}
if (gattrs.opacity !== null && gattrs.opacity !== 1) {
var c_opac = elem.getAttribute('opacity') || 1;
var new_opac = Math.round((elem.getAttribute('opacity') || 1) * gattrs.opacity * 100) / 100;
changeSelectedAttribute('opacity', new_opac, [elem]);
}
if (gattrs.filter) {
var cblur = this.getBlur(elem);
var orig_cblur = cblur;
if (!gblur) {
gblur = this.getBlur(g);
}
if (cblur) {
// Is this formula correct?
cblur = Number(gblur) + Number(cblur);
} else if (cblur === 0) {
cblur = gblur;
}
// If child has no current filter, get group's filter or clone it.
if (!orig_cblur) {
// Set group's filter to use first child's ID
if (!gfilter) {
gfilter = svgedit.utilities.getRefElem(gattrs.filter);
} else {
// Clone the group's filter
gfilter = copyElem(gfilter);
svgedit.utilities.findDefs().appendChild(gfilter);
}
} else {
gfilter = svgedit.utilities.getRefElem(elem.getAttribute('filter'));
}
// Change this in future for different filters
var suffix = (gfilter.firstChild.tagName === 'feGaussianBlur') ? 'blur' : 'filter';
gfilter.id = elem.id + '_' + suffix;
changeSelectedAttribute('filter', 'url(#' + gfilter.id + ')', [elem]);
// Update blur value
if (cblur) {
changeSelectedAttribute('stdDeviation', cblur, [gfilter.firstChild]);
canvas.setBlurOffsets(gfilter, cblur);
}
}
var chtlist = svgedit.transformlist.getTransformList(elem);
// Don't process gradient transforms
if (~elem.tagName.indexOf('Gradient')) {
chtlist = null;
}
// Hopefully not a problem to add this. Necessary for elements like <desc/>
if (!chtlist) {
continue;
}
// Apparently <defs> can get get a transformlist, but we don't want it to have one!
if (elem.tagName === 'defs') {
continue;
}
if (glist.numberOfItems) {
// TODO: if the group's transform is just a rotate, we can always transfer the
// rotate() down to the children (collapsing consecutive rotates and factoring
// out any translates)
if (gangle && glist.numberOfItems == 1) {
// [Rg] [Rc] [Mc]
// we want [Tr] [Rc2] [Mc] where:
// - [Rc2] is at the child's current center but has the
// sum of the group and child's rotation angles
// - [Tr] is the equivalent translation that this child
// undergoes if the group wasn't there
// [Tr] = [Rg] [Rc] [Rc2_inv]
// get group's rotation matrix (Rg)
var rgm = glist.getItem(0).matrix;
// get child's rotation matrix (Rc)
var rcm = svgroot.createSVGMatrix();
var cangle = svgedit.utilities.getRotationAngle(elem);
if (cangle) {
rcm = chtlist.getItem(0).matrix;
}
// get child's old center of rotation
var cbox = svgedit.utilities.getBBox(elem);
var ceqm = svgedit.math.transformListToTransform(chtlist).matrix;
var coldc = svgedit.math.transformPoint(cbox.x + cbox.width / 2, cbox.y + cbox.height / 2, ceqm);
// sum group and child's angles
var sangle = gangle + cangle;
// get child's rotation at the old center (Rc2_inv)
var r2 = svgroot.createSVGTransform();
r2.setRotate(sangle, coldc.x, coldc.y);
// calculate equivalent translate
var trm = svgedit.math.matrixMultiply(rgm, rcm, r2.matrix.inverse());
// set up tlist
if (cangle) {
chtlist.removeItem(0);
}
if (sangle) {
if (chtlist.numberOfItems) {
chtlist.insertItemBefore(r2, 0);
} else {
chtlist.appendItem(r2);
}
}
if (trm.e || trm.f) {
var tr = svgroot.createSVGTransform();
tr.setTranslate(trm.e, trm.f);
if (chtlist.numberOfItems) {
chtlist.insertItemBefore(tr, 0);
} else {
chtlist.appendItem(tr);
}
}
} else { // more complicated than just a rotate
// transfer the group's transform down to each child and then
// call svgedit.recalculate.recalculateDimensions()
var oldxform = elem.getAttribute('transform');
changes = {};
changes.transform = oldxform || '';
var newxform = svgroot.createSVGTransform();
// [ gm ] [ chm ] = [ chm ] [ gm' ]
// [ gm' ] = [ chm_inv ] [ gm ] [ chm ]
var chm = svgedit.math.transformListToTransform(chtlist).matrix,
chm_inv = chm.inverse();
var gm = svgedit.math.matrixMultiply(chm_inv, m, chm);
newxform.setMatrix(gm);
chtlist.appendItem(newxform);
}
var cmd = svgedit.recalculate.recalculateDimensions(elem);
if (cmd) {
batchCmd.addSubCommand(cmd);
}
}
}
// remove transform and make it undo-able
if (xform) {
changes = {};
changes.transform = xform;
g.setAttribute('transform', '');
g.removeAttribute('transform');
batchCmd.addSubCommand(new svgedit.history.ChangeElementCommand(g, changes));
}
if (undoable && !batchCmd.isEmpty()) {
return batchCmd;
}
};
// Function: ungroupSelectedElement
// Unwraps all the elements in a selected group (g) element. This requires
// significant recalculations to apply group's transforms, etc to its children
this.ungroupSelectedElement = function() {
var g = selectedElements[0];
if (!g) {
return;
}
if ($(g).data('gsvg') || $(g).data('symbol')) {
// Is svg, so actually convert to group
convertToGroup(g);
return;
}
if (g.tagName === 'use') {
// Somehow doesn't have data set, so retrieve
var symbol = svgedit.utilities.getElem(getHref(g).substr(1));
$(g).data('symbol', symbol).data('ref', symbol);
convertToGroup(g);
return;
}
var parents_a = $(g).parents('a');
if (parents_a.length) {
g = parents_a[0];
}
// Look for parent "a"
if (g.tagName === 'g' || g.tagName === 'a') {
var batchCmd = new svgedit.history.BatchCommand('Ungroup Elements');
var cmd = pushGroupProperties(g, true);
if (cmd) {
batchCmd.addSubCommand(cmd);
}
var parent = g.parentNode;
var anchor = g.nextSibling;
var children = new Array(g.childNodes.length);
var i = 0;
while (g.firstChild) {
var elem = g.firstChild;
var oldNextSibling = elem.nextSibling;
var oldParent = elem.parentNode;
// Remove child title elements
if (elem.tagName === 'title') {
var nextSibling = elem.nextSibling;
batchCmd.addSubCommand(new svgedit.history.RemoveElementCommand(elem, nextSibling, oldParent));
oldParent.removeChild(elem);
continue;
}
children[i++] = elem = parent.insertBefore(elem, anchor);
batchCmd.addSubCommand(new svgedit.history.MoveElementCommand(elem, oldNextSibling, oldParent));
}
// remove the group from the selection
clearSelection();
// delete the group element (but make undo-able)
var gNextSibling = g.nextSibling;
g = parent.removeChild(g);
batchCmd.addSubCommand(new svgedit.history.RemoveElementCommand(g, gNextSibling, parent));
if (!batchCmd.isEmpty()) {
addCommandToHistory(batchCmd);
}
// update selection
addToSelection(children);
}
};
// Function: moveToTopSelectedElement
// Repositions the selected element to the bottom in the DOM to appear on top of
// other elements
this.moveToTopSelectedElement = function() {
var selected = selectedElements[0];
if (selected != null) {
var t = selected;
var oldParent = t.parentNode;
var oldNextSibling = t.nextSibling;
t = t.parentNode.appendChild(t);
// If the element actually moved position, add the command and fire the changed
// event handler.
if (oldNextSibling != t.nextSibling) {
addCommandToHistory(new svgedit.history.MoveElementCommand(t, oldNextSibling, oldParent, 'top'));
call('changed', [t]);
}
}
};
// Function: moveToBottomSelectedElement
// Repositions the selected element to the top in the DOM to appear under
// other elements
this.moveToBottomSelectedElement = function() {
var selected = selectedElements[0];
if (selected != null) {
var t = selected;
var oldParent = t.parentNode;
var oldNextSibling = t.nextSibling;
var firstChild = t.parentNode.firstChild;
if (firstChild.tagName == 'title') {
firstChild = firstChild.nextSibling;
}
// This can probably be removed, as the defs should not ever apppear
// inside a layer group
if (firstChild.tagName == 'defs') {
firstChild = firstChild.nextSibling;
}
t = t.parentNode.insertBefore(t, firstChild);
// If the element actually moved position, add the command and fire the changed
// event handler.
if (oldNextSibling != t.nextSibling) {
addCommandToHistory(new svgedit.history.MoveElementCommand(t, oldNextSibling, oldParent, 'bottom'));
call('changed', [t]);
}
}
};
// Function: moveUpDownSelected
// Moves the select element up or down the stack, based on the visibly
// intersecting elements
//
// Parameters:
// dir - String that's either 'Up' or 'Down'
this.moveUpDownSelected = function(dir) {
var selected = selectedElements[0];
if (!selected) {
return;
}
curBBoxes = [];
var closest, found_cur;
// jQuery sorts this list
var list = $(getIntersectionList(getStrokedBBox([selected]))).toArray();
if (dir == 'Down') {
list.reverse();
}
$.each(list, function() {
if (!found_cur) {
if (this == selected) {
found_cur = true;
}
return;
}
closest = this;
return false;
});
if (!closest) {
return;
}
var t = selected;
var oldParent = t.parentNode;
var oldNextSibling = t.nextSibling;
$(closest)[dir == 'Down' ? 'before' : 'after'](t);
// If the element actually moved position, add the command and fire the changed
// event handler.
if (oldNextSibling != t.nextSibling) {
addCommandToHistory(new svgedit.history.MoveElementCommand(t, oldNextSibling, oldParent, 'Move ' + dir));
call('changed', [t]);
}
};
// Function: moveSelectedElements
// Moves selected elements on the X/Y axis
//
// Parameters:
// dx - Float with the distance to move on the x-axis
// dy - Float with the distance to move on the y-axis
// undoable - Boolean indicating whether or not the action should be undoable
//
// Returns:
// Batch command for the move
this.moveSelectedElements = function(dx, dy, undoable) {
// if undoable is not sent, default to true
// if single values, scale them to the zoom
if (dx.constructor != Array) {
dx /= current_zoom;
dy /= current_zoom;
}
undoable = undoable || true;
var batchCmd = new svgedit.history.BatchCommand('position');
var i = selectedElements.length;
while (i--) {
var selected = selectedElements[i];
if (selected != null) {
// if (i==0)
// selectedBBoxes[0] = svgedit.utilities.getBBox(selected);
// var b = {};
// for (var j in selectedBBoxes[i]) b[j] = selectedBBoxes[i][j];
// selectedBBoxes[i] = b;
var xform = svgroot.createSVGTransform();
var tlist = svgedit.transformlist.getTransformList(selected);
// dx and dy could be arrays
if (dx.constructor == Array) {
// if (i==0) {
// selectedBBoxes[0].x += dx[0];
// selectedBBoxes[0].y += dy[0];
// }
xform.setTranslate(dx[i], dy[i]);
} else {
// if (i==0) {
// selectedBBoxes[0].x += dx;
// selectedBBoxes[0].y += dy;
// }
xform.setTranslate(dx, dy);
}
if (tlist.numberOfItems) {
tlist.insertItemBefore(xform, 0);
} else {
tlist.appendItem(xform);
}
var cmd = svgedit.recalculate.recalculateDimensions(selected);
if (cmd) {
batchCmd.addSubCommand(cmd);
}
selectorManager.requestSelector(selected).resize();
}
}
if (!batchCmd.isEmpty()) {
if (undoable) {
addCommandToHistory(batchCmd);
}
call('changed', selectedElements);
return batchCmd;
}
};
// Function: cloneSelectedElements
// Create deep DOM copies (clones) of all selected elements and move them slightly
// from their originals
this.cloneSelectedElements = function(x, y) {
var i, elem;
var batchCmd = new svgedit.history.BatchCommand('Clone Elements');
// find all the elements selected (stop at first null)
var len = selectedElements.length;
function sortfunction(a, b) {
return ($(b).index() - $(a).index()); //causes an array to be sorted numerically and ascending
}
selectedElements.sort(sortfunction);
for (i = 0; i < len; ++i) {
elem = selectedElements[i];
if (elem == null) {
break;
}
}
// use slice to quickly get the subset of elements we need
var copiedElements = selectedElements.slice(0, i);
this.clearSelection(true);
// note that we loop in the reverse way because of the way elements are added
// to the selectedElements array (top-first)
i = copiedElements.length;
while (i--) {
// clone each element and replace it within copiedElements
elem = copiedElements[i] = copyElem(copiedElements[i]);
(current_group || getCurrentDrawing().getCurrentLayer()).appendChild(elem);
batchCmd.addSubCommand(new svgedit.history.InsertElementCommand(elem));
}
if (!batchCmd.isEmpty()) {
addToSelection(copiedElements.reverse()); // Need to reverse for correct selection-adding
this.moveSelectedElements(x, y, false);
addCommandToHistory(batchCmd);
}
};
// Function: alignSelectedElements
// Aligns selected elements
//
// Parameters:
// type - String with single character indicating the alignment type
// relative_to - String that must be one of the following:
// "selected", "largest", "smallest", "page"
this.alignSelectedElements = function(type, relative_to) {
var i, elem;
var bboxes = [],
angles = [];
var minx = Number.MAX_VALUE,
maxx = Number.MIN_VALUE,
miny = Number.MAX_VALUE,
maxy = Number.MIN_VALUE;
var curwidth = Number.MIN_VALUE,
curheight = Number.MIN_VALUE;
var len = selectedElements.length;
if (!len) {
return;
}
for (i = 0; i < len; ++i) {
if (selectedElements[i] == null) {
break;
}
elem = selectedElements[i];
bboxes[i] = getStrokedBBox([elem]);
// now bbox is axis-aligned and handles rotation
switch (relative_to) {
case 'smallest':
if ((type == 'l' || type == 'c' || type == 'r') && (curwidth == Number.MIN_VALUE || curwidth > bboxes[i].width) ||
(type == 't' || type == 'm' || type == 'b') && (curheight == Number.MIN_VALUE || curheight > bboxes[i].height)) {
minx = bboxes[i].x;
miny = bboxes[i].y;
maxx = bboxes[i].x + bboxes[i].width;
maxy = bboxes[i].y + bboxes[i].height;
curwidth = bboxes[i].width;
curheight = bboxes[i].height;
}
break;
case 'largest':
if ((type == 'l' || type == 'c' || type == 'r') && (curwidth == Number.MIN_VALUE || curwidth < bboxes[i].width) ||
(type == 't' || type == 'm' || type == 'b') && (curheight == Number.MIN_VALUE || curheight < bboxes[i].height)) {
minx = bboxes[i].x;
miny = bboxes[i].y;
maxx = bboxes[i].x + bboxes[i].width;
maxy = bboxes[i].y + bboxes[i].height;
curwidth = bboxes[i].width;
curheight = bboxes[i].height;
}
break;
default: // 'selected'
if (bboxes[i].x < minx) {
minx = bboxes[i].x;
}
if (bboxes[i].y < miny) {
miny = bboxes[i].y;
}
if (bboxes[i].x + bboxes[i].width > maxx) {
maxx = bboxes[i].x + bboxes[i].width;
}
if (bboxes[i].y + bboxes[i].height > maxy) {
maxy = bboxes[i].y + bboxes[i].height;
}
break;
}
} // loop for each element to find the bbox and adjust min/max
if (relative_to == 'page') {
minx = 0;
miny = 0;
maxx = canvas.contentW;
maxy = canvas.contentH;
}
var dx = new Array(len);
var dy = new Array(len);
for (i = 0; i < len; ++i) {
if (selectedElements[i] == null) {
break;
}
elem = selectedElements[i];
var bbox = bboxes[i];
dx[i] = 0;
dy[i] = 0;
switch (type) {
case 'l': // left (horizontal)
dx[i] = minx - bbox.x;
break;
case 'c': // center (horizontal)
dx[i] = (minx + maxx) / 2 - (bbox.x + bbox.width / 2);
break;
case 'r': // right (horizontal)
dx[i] = maxx - (bbox.x + bbox.width);
break;
case 't': // top (vertical)
dy[i] = miny - bbox.y;
break;
case 'm': // middle (vertical)
dy[i] = (miny + maxy) / 2 - (bbox.y + bbox.height / 2);
break;
case 'b': // bottom (vertical)
dy[i] = maxy - (bbox.y + bbox.height);
break;
}
}
this.moveSelectedElements(dx, dy);
};
// Group: Additional editor tools
this.contentW = getResolution().w;
this.contentH = getResolution().h;
// Function: updateCanvas
// Updates the editor canvas width/height/position after a zoom has occurred
//
// Parameters:
// w - Float with the new width
// h - Float with the new height
//
// Returns:
// Object with the following values:
// * x - The canvas' new x coordinate
// * y - The canvas' new y coordinate
// * old_x - The canvas' old x coordinate
// * old_y - The canvas' old y coordinate
// * d_x - The x position difference
// * d_y - The y position difference
this.updateCanvas = function(w, h) {
svgroot.setAttribute('width', w);
svgroot.setAttribute('height', h);
var bg = $('#canvasBackground')[0];
var old_x = svgcontent.getAttribute('x');
var old_y = svgcontent.getAttribute('y');
//ROGERMOD - Not handling x & y in SVG-edit anymore
var x = 0;
var y = 0;
//var x = (w/2 - this.contentW*current_zoom/2);
//var y = (h/2 - this.contentH*current_zoom/2);
svgedit.utilities.assignAttributes(svgcontent, {
width: w,
height: h,
'x': x,
'y': y,
'viewBox': '0 0 ' + w + ' ' + h
});
svgedit.utilities.assignAttributes(bg, {
width: svgcontent.getAttribute('width'),
height: svgcontent.getAttribute('height'),
x: x,
y: y
});
var bg_img = svgedit.utilities.getElem('background_image');
if (bg_img) {
svgedit.utilities.assignAttributes(bg_img, {
'width': '100%',
'height': '100%'
});
}
selectorManager.selectorParentGroup.setAttribute('transform', 'translate(' + x + ',' + y + ')');
runExtensions('canvasUpdated', {
new_x: x,
new_y: y,
old_x: old_x,
old_y: old_y,
d_x: x - old_x,
d_y: y - old_y
});
return {
x: x,
y: y,
old_x: old_x,
old_y: old_y,
d_x: x - old_x,
d_y: y - old_y
};
};
// Function: setBackground
// Set the background of the editor (NOT the actual document)
//
// Parameters:
// color - String with fill color to apply
// url - URL or path to image to use
this.setBackground = function(color, url) {
var bg = svgedit.utilities.getElem('canvasBackground');
var border = $(bg).find('rect')[0];
var bg_img = svgedit.utilities.getElem('background_image');
border.setAttribute('fill', color);
if (url) {
if (!bg_img) {
bg_img = svgdoc.createElementNS(NS.SVG, 'image');
svgedit.utilities.assignAttributes(bg_img, {
'id': 'background_image',
'width': '100%',
'height': '100%',
'preserveAspectRatio': 'xMinYMin',
'style': 'pointer-events:none'
});
}
setHref(bg_img, url);
bg.appendChild(bg_img);
} else if (bg_img) {
bg_img.parentNode.removeChild(bg_img);
}
};
// Function: cycleElement
// Select the next/previous element within the current layer
//
// Parameters:
// next - Boolean where true = next and false = previous element
this.cycleElement = function(next) {
var num;
var cur_elem = selectedElements[0];
var elem = false;
var all_elems = getVisibleElements(current_group || getCurrentDrawing().getCurrentLayer());
if (!all_elems.length) {
return;
}
if (cur_elem == null) {
num = next ? all_elems.length - 1 : 0;
elem = all_elems[num];
} else {
var i = all_elems.length;
while (i--) {
if (all_elems[i] == cur_elem) {
num = next ? i - 1 : i + 1;
if (num >= all_elems.length) {
num = 0;
} else if (num < 0) {
num = all_elems.length - 1;
}
elem = all_elems[num];
break;
}
}
}
selectOnly([elem], true);
call('selected', selectedElements);
};
this.clear();
// DEPRECATED: getPrivateMethods
// Since all methods are/should be public somehow, this function should be removed
// Being able to access private methods publicly seems wrong somehow,
// but currently appears to be the best way to allow testing and provide
// access to them to plugins.
this.getPrivateMethods = function() {
var obj = {
addCommandToHistory: addCommandToHistory,
setGradient: setGradient,
addSvgElementFromJson: addSvgElementFromJson,
assignAttributes: assignAttributes,
BatchCommand: BatchCommand,
call: call,
ChangeElementCommand: ChangeElementCommand,
copyElem: copyElem,
ffClone: ffClone,
findDefs: findDefs,
findDuplicateGradient: findDuplicateGradient,
getElem: getElem,
getId: getId,
getIntersectionList: getIntersectionList,
getMouseTarget: getMouseTarget,
getNextId: getNextId,
getPathBBox: getPathBBox,
getUrlFromAttr: getUrlFromAttr,
hasMatrixTransform: hasMatrixTransform,
identifyLayers: identifyLayers,
InsertElementCommand: InsertElementCommand,
isIdentity: svgedit.math.isIdentity,
logMatrix: logMatrix,
matrixMultiply: matrixMultiply,
MoveElementCommand: MoveElementCommand,
preventClickDefault: preventClickDefault,
recalculateAllSelectedDimensions: recalculateAllSelectedDimensions,
recalculateDimensions: recalculateDimensions,
remapElement: remapElement,
RemoveElementCommand: RemoveElementCommand,
removeUnusedDefElems: removeUnusedDefElems,
round: round,
runExtensions: runExtensions,
sanitizeSvg: sanitizeSvg,
SVGEditTransformList: svgedit.transformlist.SVGTransformList,
toString: toString,
transformBox: svgedit.math.transformBox,
transformListToTransform: transformListToTransform,
transformPoint: transformPoint,
walkTree: svgedit.utilities.walkTree
};
return obj;
};
};
diff --git a/desuto-viewer/Desuto-webviewer/public/js/svg-edit/svgutils.js b/desuto-viewer/Desuto-webviewer/public/js/svg-edit/svgutils.js
index 911458b..eab812b 100644
--- a/desuto-viewer/Desuto-webviewer/public/js/svg-edit/svgutils.js
+++ b/desuto-viewer/Desuto-webviewer/public/js/svg-edit/svgutils.js
@@ -1,703 +1,704 @@
/*globals $, svgedit, unescape, DOMParser, ActiveXObject, getStrokedBBox*/
/*jslint vars: true, eqeq: true, bitwise: true, continue: true, forin: true*/
/**
* Package: svgedit.utilities
*
* Licensed under the MIT License
*
* Copyright(c) 2010 Alexis Deveria
* Copyright(c) 2010 Jeff Schiller
*/
// Dependencies:
// 1) jQuery
// 2) browser.js
// 3) svgtransformlist.js
// 4) units.js
(function(undef) {'use strict';
if (!svgedit.utilities) {
svgedit.utilities = {};
}
// Constants
// String used to encode base64.
var KEYSTR = 'ABCDEFGHIJKLMNOPQRSTUVWXYZabcdefghijklmnopqrstuvwxyz0123456789+/=';
var NS = svgedit.NS;
// Much faster than running getBBox() every time
var visElems = 'a,circle,ellipse,foreignObject,g,image,line,path,polygon,polyline,rect,svg,text,tspan,use';
var visElems_arr = visElems.split(',');
//var hidElems = 'clipPath,defs,desc,feGaussianBlur,filter,linearGradient,marker,mask,metadata,pattern,radialGradient,stop,switch,symbol,title,textPath';
var editorContext_ = null;
var domdoc_ = null;
var domcontainer_ = null;
var svgroot_ = null;
svgedit.utilities.init = function(editorContext) {
editorContext_ = editorContext;
domdoc_ = editorContext.getDOMDocument();
domcontainer_ = editorContext.getDOMContainer();
svgroot_ = editorContext.getSVGRoot();
};
// Function: svgedit.utilities.toXml
// Converts characters in a string to XML-friendly entities.
//
// Example: '&' becomes '&'
//
// Parameters:
// str - The string to be converted
//
// Returns:
// The converted string
svgedit.utilities.toXml = function(str) {
// ' is ok in XML, but not HTML
// > does not normally need escaping, though it can if within a CDATA expression (and preceded by "]]")
return str.replace(/&/g, '&').replace(/</g, '<').replace(/>/g, '>').replace(/"/g, '"').replace(/'/, ''');
};
// Function: svgedit.utilities.fromXml
// Converts XML entities in a string to single characters.
// Example: '&' becomes '&'
//
// Parameters:
// str - The string to be converted
//
// Returns:
// The converted string
svgedit.utilities.fromXml = function(str) {
return $('<p/>').html(str).text();
};
// This code was written by Tyler Akins and has been placed in the
// public domain. It would be nice if you left this header intact.
// Base64 code from Tyler Akins -- http://rumkin.com
// schiller: Removed string concatenation in favour of Array.join() optimization,
// also precalculate the size of the array needed.
// Function: svgedit.utilities.encode64
// Converts a string to base64
svgedit.utilities.encode64 = function(input) {
// base64 strings are 4/3 larger than the original string
input = svgedit.utilities.encodeUTF8(input); // convert non-ASCII characters
// input = svgedit.utilities.convertToXMLReferences(input);
if (window.btoa) {
return window.btoa(input); // Use native if available
}
var output = [];
output.length = Math.floor( (input.length + 2) / 3 ) * 4;
var chr1, chr2, chr3;
var enc1, enc2, enc3, enc4;
var i = 0, p = 0;
do {
chr1 = input.charCodeAt(i++);
chr2 = input.charCodeAt(i++);
chr3 = input.charCodeAt(i++);
enc1 = chr1 >> 2;
enc2 = ((chr1 & 3) << 4) | (chr2 >> 4);
enc3 = ((chr2 & 15) << 2) | (chr3 >> 6);
enc4 = chr3 & 63;
if (isNaN(chr2)) {
enc3 = enc4 = 64;
} else if (isNaN(chr3)) {
enc4 = 64;
}
output[p++] = KEYSTR.charAt(enc1);
output[p++] = KEYSTR.charAt(enc2);
output[p++] = KEYSTR.charAt(enc3);
output[p++] = KEYSTR.charAt(enc4);
} while (i < input.length);
return output.join('');
};
// Function: svgedit.utilities.decode64
// Converts a string from base64
svgedit.utilities.decode64 = function(input) {
if(window.atob) {
return svgedit.utilities.decodeUTF8(window.atob(input));
}
var output = '';
var chr1, chr2, chr3 = '';
var enc1, enc2, enc3, enc4 = '';
var i = 0;
// remove all characters that are not A-Z, a-z, 0-9, +, /, or =
input = input.replace(/[^A-Za-z0-9\+\/\=]/g, '');
do {
enc1 = KEYSTR.indexOf(input.charAt(i++));
enc2 = KEYSTR.indexOf(input.charAt(i++));
enc3 = KEYSTR.indexOf(input.charAt(i++));
enc4 = KEYSTR.indexOf(input.charAt(i++));
chr1 = (enc1 << 2) | (enc2 >> 4);
chr2 = ((enc2 & 15) << 4) | (enc3 >> 2);
chr3 = ((enc3 & 3) << 6) | enc4;
output = output + String.fromCharCode(chr1);
if (enc3 != 64) {
output = output + String.fromCharCode(chr2);
}
if (enc4 != 64) {
output = output + String.fromCharCode(chr3);
}
chr1 = chr2 = chr3 = '';
enc1 = enc2 = enc3 = enc4 = '';
} while (i < input.length);
return svgedit.utilities.decodeUTF8(output);
};
svgedit.utilities.decodeUTF8 = function (argString) {
return decodeURIComponent(escape(argString));
};
// codedread:does not seem to work with webkit-based browsers on OSX // Brettz9: please test again as function upgraded
svgedit.utilities.encodeUTF8 = function (argString) {
return unescape(encodeURIComponent(argString));
};
// Function: svgedit.utilities.convertToXMLReferences
// Converts a string to use XML references
svgedit.utilities.convertToXMLReferences = function(input) {
var n,
output = '';
for (n = 0; n < input.length; n++){
var c = input.charCodeAt(n);
if (c < 128) {
output += input[n];
} else if(c > 127) {
output += ('&#' + c + ';');
}
}
return output;
};
// Function: svgedit.utilities.text2xml
// Cross-browser compatible method of converting a string to an XML tree
// found this function here: http://groups.google.com/group/jquery-dev/browse_thread/thread/c6d11387c580a77f
svgedit.utilities.text2xml = function(sXML) {
if(sXML.indexOf('<svg:svg') >= 0) {
sXML = sXML.replace(/<(\/?)svg:/g, '<$1').replace('xmlns:svg', 'xmlns');
}
var out, dXML;
try{
dXML = (window.DOMParser)?new DOMParser():new ActiveXObject('Microsoft.XMLDOM');
dXML.async = false;
} catch(e){
throw new Error('XML Parser could not be instantiated');
}
try{
if (dXML.loadXML) {
out = (dXML.loadXML(sXML)) ? dXML : false;
}
else {
out = dXML.parseFromString(sXML, 'text/xml');
}
}
catch(e2){ throw new Error('Error parsing XML string'); }
return out;
};
// Function: svgedit.utilities.bboxToObj
// Converts a SVGRect into an object.
//
// Parameters:
// bbox - a SVGRect
//
// Returns:
// An object with properties names x, y, width, height.
svgedit.utilities.bboxToObj = function(bbox) {
return {
x: bbox.x,
y: bbox.y,
width: bbox.width,
height: bbox.height
};
};
// Function: svgedit.utilities.walkTree
// Walks the tree and executes the callback on each element in a top-down fashion
//
// Parameters:
// elem - DOM element to traverse
// cbFn - Callback function to run on each element
svgedit.utilities.walkTree = function(elem, cbFn){
if (elem && elem.nodeType == 1) {
cbFn(elem);
var i = elem.childNodes.length;
while (i--) {
svgedit.utilities.walkTree(elem.childNodes.item(i), cbFn);
}
}
};
// Function: svgedit.utilities.walkTreePost
// Walks the tree and executes the callback on each element in a depth-first fashion
// TODO: FIXME: Shouldn't this be calling walkTreePost?
//
// Parameters:
// elem - DOM element to traverse
// cbFn - Callback function to run on each element
svgedit.utilities.walkTreePost = function(elem, cbFn) {
if (elem && elem.nodeType == 1) {
var i = elem.childNodes.length;
while (i--) {
svgedit.utilities.walkTree(elem.childNodes.item(i), cbFn);
}
cbFn(elem);
}
};
// Function: svgedit.utilities.getUrlFromAttr
// Extracts the URL from the url(...) syntax of some attributes.
// Three variants:
// * <circle fill="url(someFile.svg#foo)" />
// * <circle fill="url('someFile.svg#foo')" />
// * <circle fill='url("someFile.svg#foo")' />
//
// Parameters:
// attrVal - The attribute value as a string
//
// Returns:
// String with just the URL, like someFile.svg#foo
svgedit.utilities.getUrlFromAttr = function(attrVal) {
if (attrVal) {
// url("#somegrad")
if (attrVal.indexOf('url("') === 0) {
return attrVal.substring(5, attrVal.indexOf('"',6));
}
// url('#somegrad')
if (attrVal.indexOf("url('") === 0) {
return attrVal.substring(5, attrVal.indexOf("'",6));
}
if (attrVal.indexOf("url(") === 0) {
return attrVal.substring(4, attrVal.indexOf(')'));
}
}
return null;
};
// Function: svgedit.utilities.getHref
// Returns the given element's xlink:href value
svgedit.utilities.getHref = function(elem) {
return elem.getAttributeNS(NS.XLINK, 'href');
};
// Function: svgedit.utilities.setHref
// Sets the given element's xlink:href value
svgedit.utilities.setHref = function(elem, val) {
elem.setAttributeNS(NS.XLINK, 'xlink:href', val);
};
// Function: findDefs
//
// Returns:
// The document's <defs> element, create it first if necessary
svgedit.utilities.findDefs = function() {
var svgElement = editorContext_.getSVGContent();
var defs = svgElement.getElementsByTagNameNS(NS.SVG, 'defs');
if (defs.length > 0) {
defs = defs[0];
} else {
defs = svgElement.ownerDocument.createElementNS(NS.SVG, 'defs');
if (svgElement.firstChild) {
// first child is a comment, so call nextSibling
svgElement.insertBefore(defs, svgElement.firstChild.nextSibling);
} else {
svgElement.appendChild(defs);
}
}
return defs;
};
// TODO(codedread): Consider moving the next to functions to bbox.js
// Function: svgedit.utilities.getPathBBox
// Get correct BBox for a path in Webkit
// Converted from code found here:
// http://blog.hackers-cafe.net/2009/06/how-to-calculate-bezier-curves-bounding.html
//
// Parameters:
// path - The path DOM element to get the BBox for
//
// Returns:
// A BBox-like object
svgedit.utilities.getPathBBox = function(path) {
var seglist = path.pathSegList;
var tot = seglist.numberOfItems;
var bounds = [[], []];
var start = seglist.getItem(0);
var P0 = [start.x , start.y];
var i;
for (i = 0; i < tot; i++) {
var seg = seglist.getItem(i);
if(seg.x === undef) {continue;}
// Add actual points to limits
bounds[0].push(P0[0]);
bounds[1].push(P0[1]);
if (seg.x1) {
var P1 = [seg.x1, seg.y1],
P2 = [seg.x2, seg.y2],
P3 = [seg.x, seg.y];
var j;
for (j = 0; j < 2; j++) {
var calc = function(t) {
return Math.pow(1-t,3) * P0[j]
+ 3 * Math.pow(1-t,2) * t * P1[j]
+ 3 * (1-t) * Math.pow(t, 2) * P2[j]
+ Math.pow(t,3) * P3[j];
};
var b = 6 * P0[j] - 12 * P1[j] + 6 * P2[j];
var a = -3 * P0[j] + 9 * P1[j] - 9 * P2[j] + 3 * P3[j];
var c = 3 * P1[j] - 3 * P0[j];
if (a == 0) {
if (b == 0) {
continue;
}
var t = -c / b;
if (0 < t && t < 1) {
bounds[j].push(calc(t));
}
continue;
}
var b2ac = Math.pow(b,2) - 4 * c * a;
if (b2ac < 0) {continue;}
var t1 = (-b + Math.sqrt(b2ac))/(2 * a);
if (0 < t1 && t1 < 1) {bounds[j].push(calc(t1));}
var t2 = (-b - Math.sqrt(b2ac))/(2 * a);
if (0 < t2 && t2 < 1) {bounds[j].push(calc(t2));}
}
P0 = P3;
} else {
bounds[0].push(seg.x);
bounds[1].push(seg.y);
}
}
var x = Math.min.apply(null, bounds[0]);
var w = Math.max.apply(null, bounds[0]) - x;
var y = Math.min.apply(null, bounds[1]);
var h = Math.max.apply(null, bounds[1]) - y;
return {
'x': x,
'y': y,
'width': w,
'height': h
};
};
// Function: groupBBFix
// Get the given/selected element's bounding box object, checking for
// horizontal/vertical lines (see issue 717)
// Note that performance is currently terrible, so some way to improve would
// be great.
//
// Parameters:
// selected - Container or <use> DOM element
function groupBBFix(selected) {
if(svgedit.browser.supportsHVLineContainerBBox()) {
try { return selected.getBBox();} catch(e){}
}
var ref = $.data(selected, 'ref');
var matched = null;
var ret, copy;
if(ref) {
copy = $(ref).children().clone().attr('visibility', 'hidden');
$(svgroot_).append(copy);
matched = copy.filter('line, path');
} else {
matched = $(selected).find('line, path');
}
var issue = false;
if(matched.length) {
matched.each(function() {
var bb = this.getBBox();
if(!bb.width || !bb.height) {
issue = true;
}
});
if(issue) {
var elems = ref ? copy : $(selected).children();
ret = getStrokedBBox(elems); // getStrokedBBox defined in svgcanvas
} else {
ret = selected.getBBox();
}
} else {
ret = selected.getBBox();
}
if(ref) {
copy.remove();
}
return ret;
}
// Function: svgedit.utilities.getBBox
// Get the given/selected element's bounding box object, convert it to be more
// usable when necessary
//
// Parameters:
// elem - Optional DOM element to get the BBox for
svgedit.utilities.getBBox = function(elem) {
var selected = elem || editorContext_.geSelectedElements()[0];
if (elem.nodeType != 1) {return null;}
var ret = null;
var elname = selected.nodeName;
switch ( elname ) {
case 'text':
if(selected.textContent === '') {
selected.textContent = 'a'; // Some character needed for the selector to use.
ret = selected.getBBox();
selected.textContent = '';
} else {
try { ret = selected.getBBox();} catch(e){}
}
break;
case 'path':
//ROGERMOD - Try using the standard BBox method, the other doesn't work
//with a scaled & offset SVG element
/*if(!svgedit.browser.supportsPathBBox()) {
ret = svgedit.utilities.getPathBBox(selected);
} else {
try { ret = selected.getBBox();} catch(e2){}
}*/
ret = selected.getBBox();
break;
case 'g':
case 'a':
ret = groupBBFix(selected);
break;
default:
if(elname === 'use') {
ret = groupBBFix(selected, true);
}
if(elname === 'use' || ( elname === 'foreignObject' && svgedit.browser.isWebkit() ) ) {
if(!ret) {ret = selected.getBBox();}
// This is resolved in later versions of webkit, perhaps we should
// have a featured detection for correct 'use' behavior?
// ——————————
//if(!svgedit.browser.isWebkit()) {
var bb = {};
bb.width = ret.width;
bb.height = ret.height;
bb.x = ret.x + parseFloat(selected.getAttribute('x')||0);
bb.y = ret.y + parseFloat(selected.getAttribute('y')||0);
ret = bb;
//}
} else if(~visElems_arr.indexOf(elname)) {
try { ret = selected.getBBox();}
catch(e3) {
// Check if element is child of a foreignObject
var fo = $(selected).closest('foreignObject');
if(fo.length) {
try {
ret = fo[0].getBBox();
} catch(e4) {
ret = null;
}
} else {
ret = null;
}
}
}
}
if(ret) {
ret = svgedit.utilities.bboxToObj(ret);
}
// get the bounding box from the DOM (which is in that element's coordinate system)
return ret;
};
// Function: svgedit.utilities.getRotationAngle
// Get the rotation angle of the given/selected DOM element
//
// Parameters:
// elem - Optional DOM element to get the angle for
// to_rad - Boolean that when true returns the value in radians rather than degrees
//
// Returns:
// Float with the angle in degrees or radians
svgedit.utilities.getRotationAngle = function(elem, to_rad) {
var selected = elem || editorContext_.getSelectedElements()[0];
// find the rotation transform (if any) and set it
var tlist = svgedit.transformlist.getTransformList(selected);
if(!tlist) {return 0;} // <svg> elements have no tlist
var N = tlist.numberOfItems;
var i;
for (i = 0; i < N; ++i) {
var xform = tlist.getItem(i);
if (xform.type == 4) {
return to_rad ? xform.angle * Math.PI / 180.0 : xform.angle;
}
}
return 0.0;
};
// Function getRefElem
// Get the reference element associated with the given attribute value
//
// Parameters:
// attrVal - The attribute value as a string
svgedit.utilities.getRefElem = function(attrVal) {
return svgedit.utilities.getElem(svgedit.utilities.getUrlFromAttr(attrVal).substr(1));
};
// Function: getElem
// Get a DOM element by ID within the SVG root element.
//
// Parameters:
// id - String with the element's new ID
if (svgedit.browser.supportsSelectors()) {
svgedit.utilities.getElem = function(id) {
// querySelector lookup
return svgroot_.querySelector('#'+id);
};
} else if (svgedit.browser.supportsXpath()) {
svgedit.utilities.getElem = function(id) {
// xpath lookup
return domdoc_.evaluate(
'svg:svg[@id="svgroot"]//svg:*[@id="'+id+'"]',
domcontainer_,
function() { return svgedit.NS.SVG; },
9,
null).singleNodeValue;
};
} else {
svgedit.utilities.getElem = function(id) {
// jQuery lookup: twice as slow as xpath in FF
return $(svgroot_).find('[id=' + id + ']')[0];
};
}
// Function: assignAttributes
// Assigns multiple attributes to an element.
//
// Parameters:
// node - DOM element to apply new attribute values to
// attrs - Object with attribute keys/values
// suspendLength - Optional integer of milliseconds to suspend redraw
// unitCheck - Boolean to indicate the need to use svgedit.units.setUnitAttr
svgedit.utilities.assignAttributes = function(node, attrs, suspendLength, unitCheck) {
if(!suspendLength) {suspendLength = 0;}
// Opera has a problem with suspendRedraw() apparently
var handle = null;
//if (!svgedit.browser.isOpera()) {svgroot_.suspendRedraw(suspendLength);}
var i;
for (i in attrs) {
var ns = (i.substr(0,4) === 'xml:' ? NS.XML :
i.substr(0,6) === 'xlink:' ? NS.XLINK : null);
if(ns) {
node.setAttributeNS(ns, i, attrs[i]);
} else if(!unitCheck) {
node.setAttribute(i, attrs[i]);
} else {
svgedit.units.setUnitAttr(node, i, attrs[i]);
}
}
//if (!svgedit.browser.isOpera()) {svgroot_.unsuspendRedraw(handle);}
};
// Function: cleanupElement
// Remove unneeded (default) attributes, makes resulting SVG smaller
//
// Parameters:
// element - DOM element to clean up
svgedit.utilities.cleanupElement = function(element) {
//var handle = svgroot_.suspendRedraw(60);
var defaults = {
'fill-opacity':1,
'stop-opacity':1,
'opacity':1,
'stroke':'none',
'stroke-dasharray':'none',
'stroke-linejoin':'miter',
'stroke-linecap':'butt',
'stroke-opacity':1,
'stroke-width':1,
'rx':0,
'ry':0
};
var attr;
for (attr in defaults) {
var val = defaults[attr];
- if(element.getAttribute(attr) == val || attr === "opacity") { //ROGERMOD - Don't save opacity change
+ //ROGERMOD - Don't save opacity change
+ if(element.getAttribute(attr) == val || attr === "opacity") {
element.removeAttribute(attr);
}
}
//svgroot_.unsuspendRedraw(handle);
};
// Function: snapToGrid
// round value to for snapping
// NOTE: This function did not move to svgutils.js since it depends on curConfig.
svgedit.utilities.snapToGrid = function(value) {
var stepSize = editorContext_.getSnappingStep();
var unit = editorContext_.getBaseUnit();
if (unit !== "px") {
stepSize *= svgedit.units.getTypeMap()[unit];
}
value = Math.round(value/stepSize)*stepSize;
return value;
};
svgedit.utilities.preg_quote = function (str, delimiter) {
// From: http://phpjs.org/functions
return String(str).replace(new RegExp('[.\\\\+*?\\[\\^\\]$(){}=!<>|:\\' + (delimiter || '') + '-]', 'g'), '\\$&');
};
/**
* @param {string} globalCheck A global which can be used to determine if the script is already loaded
* @param {array} scripts An array of scripts to preload (in order)
* @param {function} cb The callback to execute upon load.
*/
svgedit.utilities.executeAfterLoads = function (globalCheck, scripts, cb) {
return function () {
var args = arguments;
function endCallback () {
cb.apply(null, args);
}
if (window[globalCheck]) {
endCallback();
}
else {
scripts.reduceRight(function (oldFunc, script) {
return function () {
$.getScript(script, oldFunc);
};
}, endCallback)();
}
};
};
}());