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463 lines
20 KiB
463 lines
20 KiB
$axure.internal(function($ax) {
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var _move = {};
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$ax.move = _move;
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var widgetMoveInfo = {};
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//register and return move info, also create container for rootlayer if needed
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$ax.move.PrepareForMove = function (id, x, y, to, options, jobj, rootLayer, skipContainerForRootLayer) {
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var fixedInfo = jobj ? {} : $ax.dynamicPanelManager.getFixedInfo(id);
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var widget = $jobj(id);
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var query = $ax('#' + id);
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var isLayer = $ax.getTypeFromElementId(id) == $ax.constants.LAYER_TYPE;
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if(!rootLayer) {
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rootLayer = _move.getRootLayer(id);
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if (rootLayer && !skipContainerForRootLayer) {
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$ax.visibility.pushContainer(rootLayer, false);
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if (isLayer) widget = $ax.visibility.applyWidgetContainer(id, true);
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}
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}
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if (!jobj) jobj = widget;
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var horzProp = 'left';
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var vertProp = 'top';
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var offsetLocation = to ? query.offsetLocation() : undefined;
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var horzX = to ? x - offsetLocation.x : x;
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var vertY = to ? y - offsetLocation.y : y;
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//var horzX = to ? x - query.locRelativeIgnoreLayer(false) : x;
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//var vertY = to ? y - query.locRelativeIgnoreLayer(true) : y;
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if (fixedInfo.horizontal == 'right') {
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horzProp = 'right';
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horzX = to ? $(window).width() - x - $ax.getNumFromPx(jobj.css('right')) - query.width() : -x;
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var leftChanges = -horzX;
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} else if(fixedInfo.horizontal == 'center') {
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horzProp = 'margin-left';
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if (to) horzX = x - $(window).width() / 2;
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}
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if (fixedInfo.vertical == 'bottom') {
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vertProp = 'bottom';
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vertY = to ? $(window).height() - y - $ax.getNumFromPx(jobj.css('bottom')) - query.height() : -y;
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var topChanges = -vertY;
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} else if (fixedInfo.vertical == 'middle') {
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vertProp = 'margin-top';
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if (to) vertY = y - $(window).height() / 2;
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}
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//todo currently this always save the info, which is not needed for compound vector children and maybe some other cases
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//let's optimize it later, only register if registerid is valid..
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widgetMoveInfo[id] = {
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x: leftChanges === undefined ? horzX : leftChanges,
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y: topChanges === undefined ? vertY : topChanges,
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options: options
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};
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return {
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horzX: horzX,
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vertY: vertY,
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horzProp: horzProp,
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vertProp: vertProp,
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rootLayer: rootLayer,
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jobj: jobj
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};
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};
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$ax.move.GetWidgetMoveInfo = function() {
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return $.extend({}, widgetMoveInfo);
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};
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_move.getRootLayer = function (id) {
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var isLayer = $ax.getTypeFromElementId(id) == $ax.constants.LAYER_TYPE;
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var rootLayer = isLayer ? id : '';
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var parentIds = $ax('#' + id).getParents(true, '*')[0];
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for(var i = 0; i < parentIds.length; i++) {
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var parentId = parentIds[i];
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// Keep climbing up layers until you hit a non-layer. At that point you have your root layer
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if($ax.public.fn.IsLayer($ax.getTypeFromElementId(parentId))) rootLayer = parentId;
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else break;
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}
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return rootLayer;
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};
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$ax.move.MoveWidget = function (id, x, y, options, to, animationCompleteCallback, shouldFire, jobj, skipOnMoveEvent) {
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var moveInfo = $ax.move.PrepareForMove(id, x, y, to, options, jobj);
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$ax.drag.LogMovedWidgetForDrag(id, options.dragInfo);
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var object = $obj(id);
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if(object && $ax.public.fn.IsLayer(object.type)) {
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var childrenIds = $ax.public.fn.getLayerChildrenDeep(id, true);
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//don't push container when register moveinfo for child
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if(!skipOnMoveEvent) {
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for(var i = 0; i < childrenIds.length; i++) $ax.move.PrepareForMove(childrenIds[i], x, y, to, options, null, moveInfo.rootLayer, true);
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}
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}
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//if(!moveInfo) moveInfo = _getMoveInfo(id, x, y, to, options, jobj);
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jobj = moveInfo.jobj;
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_moveElement(id, options, animationCompleteCallback, shouldFire, jobj, moveInfo);
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if(skipOnMoveEvent) return;
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$ax.event.raiseSyntheticEvent(id, "onMove");
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if(childrenIds) {
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for(var i = 0; i < childrenIds.length; i++) $ax.event.raiseSyntheticEvent(childrenIds[i], 'onMove');
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}
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};
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var _moveElement = function (id, options, animationCompleteCallback, shouldFire, jobj, moveInfo){
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var cssStyles = {};
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if(!$ax.dynamicPanelManager.isPercentWidthPanel($obj(id))) cssStyles[moveInfo.horzProp] = '+=' + moveInfo.horzX;
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cssStyles[moveInfo.vertProp] = '+=' + moveInfo.vertY;
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$ax.visibility.moveMovedLocation(id, moveInfo.horzX, moveInfo.vertY);
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// I don't think root layer is necessary anymore after changes to layer container structure.
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// Wait to try removing it until more stable.
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var rootLayer = moveInfo.rootLayer;
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var query = $addAll(jobj, id);
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var completeCount = query.length;
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var completeAnimation = function() {
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completeCount--;
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if(completeCount == 0 && rootLayer) $ax.visibility.popContainer(rootLayer, false);
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if(animationCompleteCallback) animationCompleteCallback();
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if(shouldFire) $ax.action.fireAnimationFromQueue(id, $ax.action.queueTypes.move);
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};
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if(options.easing==='none') {
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query.animate(cssStyles, { duration: 0, queue: false });
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if(rootLayer) $ax.visibility.popContainer(rootLayer, false);
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if(animationCompleteCallback) animationCompleteCallback();
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//if this widget is inside a layer, we should just remove the layer from the queue
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if(shouldFire) $ax.action.fireAnimationFromQueue(id, $ax.action.queueTypes.move);
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} else if (options.trajectory === 'straight' || moveInfo.horzX === 0 || moveInfo.vertY === 0) {
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query.animate(cssStyles, {
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duration: options.duration, easing: options.easing, queue: false, complete: completeAnimation});
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} else {
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var initialHorzProp = $ax.getNumFromPx(query.css(moveInfo.horzProp));
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var initialVertProp = $ax.getNumFromPx(query.css(moveInfo.vertProp));
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var state = { parameter: 0 };
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var ellipseArcFunctionY = function(param) {
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return {
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x: initialHorzProp + (1.0 - Math.cos(param * Math.PI * 0.5)) * moveInfo.horzX,
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y: initialVertProp + Math.sin(param * Math.PI * 0.5) * moveInfo.vertY
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};
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};
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var ellipseArcFunctionX = function (param) {
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return {
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x: initialHorzProp + Math.sin(param * Math.PI * 0.5) * moveInfo.horzX,
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y: initialVertProp + (1.0 - Math.cos(param * Math.PI * 0.5)) * moveInfo.vertY
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};
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};
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var ellipseArcFunction = (moveInfo.horzX > 0) ^ (moveInfo.vertY > 0) ^ options.trajectory === 'arcClockwise'
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? ellipseArcFunctionX : ellipseArcFunctionY;
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var inverseFunction = $ax.public.fn.inversePathLengthFunction(ellipseArcFunction);
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$(state).animate({ parameter: 1.0 }, {
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duration: options.duration, easing: options.easing, queue: false,
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step: function (now) {
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var newPos = ellipseArcFunction(inverseFunction(now));
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var changeFields = {};
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changeFields[moveInfo.horzProp] = newPos.x;
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changeFields[moveInfo.vertProp] = newPos.y;
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query.css(changeFields);
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},
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complete: completeAnimation});
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}
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// //moveinfo is used for moving 'with this'
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// var moveInfo = new Object();
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// moveInfo.x = horzX;
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// moveInfo.y = vertY;
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// moveInfo.options = options;
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// widgetMoveInfo[id] = moveInfo;
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};
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_move.nopMove = function(id, options) {
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var moveInfo = new Object();
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moveInfo.x = 0;
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moveInfo.y = 0;
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moveInfo.options = {};
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moveInfo.options.easing = 'none';
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moveInfo.options.duration = 0;
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widgetMoveInfo[id] = moveInfo;
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// Layer move using container now.
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var obj = $obj(id);
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if($ax.public.fn.IsLayer(obj.type)) if(options.onComplete) options.onComplete();
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$ax.event.raiseSyntheticEvent(id, "onMove");
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};
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//rotationDegree: total degree to rotate
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//centerPoint: the center of the circular path
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var _noRotateOnlyMove = function (id, moveDelta, rotatableMove, fireAnimationQueue, easing, duration, completionCallback) {
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moveDelta.x += rotatableMove.x;
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moveDelta.y += rotatableMove.y;
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if (moveDelta.x == 0 && moveDelta.y == 0) {
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if(fireAnimationQueue) {
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$ax.action.fireAnimationFromQueue(id, $ax.action.queueTypes.rotate);
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$ax.action.fireAnimationFromQueue(id, $ax.action.queueTypes.move);
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}
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if (completionCallback) completionCallback();
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} else {
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$jobj(id).animate({ top: '+=' + moveDelta.y, left: '+=' + moveDelta.x }, {
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duration: duration,
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easing: easing,
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queue: false,
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complete: function () {
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if(fireAnimationQueue) {
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$ax.action.fireAnimationFromQueue(id, $ax.action.queueTypes.move);
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$ax.action.fireAnimationFromQueue(id, $ax.action.queueTypes.rotate);
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}
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if (completionCallback) completionCallback();
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}
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});
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}
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}
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_move.circularMove = function (id, degreeDelta, centerPoint, moveDelta, rotatableMove, resizeOffset, options, fireAnimationQueue, completionCallback, willDoRotation) {
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var elem = $jobj(id);
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if(!willDoRotation) elem = $addAll(elem, id);
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var moveInfo = $ax.move.PrepareForMove(id, moveDelta.x, moveDelta.y, false, options);
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// If not rotating, still need to check moveDelta and may need to handle that.
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if (degreeDelta === 0) {
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_noRotateOnlyMove(id, moveDelta, rotatableMove, fireAnimationQueue, options.easing, options.duration, completionCallback);
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return;
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}
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var stepFunc = function(newDegree) {
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var deg = newDegree - rotation.degree;
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var widgetCenter = $ax('#' + id).offsetBoundingRect().centerPoint;
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//var widgetCenter = $ax.public.fn.getWidgetBoundingRect(id).centerPoint;
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//console.log("widget center of " + id + " x " + widgetCenter.x + " y " + widgetCenter.y);
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var widgetNewCenter = $axure.fn.getPointAfterRotate(deg, widgetCenter, centerPoint);
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// Start by getting the move not related to rotation, and make sure to update center point to move with it.
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var ratio = deg / degreeDelta;
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var xdelta = (moveDelta.x + rotatableMove.x) * ratio;
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var ydelta = (moveDelta.y + rotatableMove.y) * ratio;
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if(resizeOffset) {
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var resizeShift = {};
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resizeShift.x = resizeOffset.x * ratio;
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resizeShift.y = resizeOffset.y * ratio;
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$axure.fn.getPointAfterRotate(rotation.degree, resizeShift, { x: 0, y: 0 });
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xdelta += resizeShift.x;
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ydelta += resizeShift.y;
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}
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centerPoint.x += xdelta;
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centerPoint.y += ydelta;
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// Now for the move that is rotatable, it must be rotated
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rotatableMove = $axure.fn.getPointAfterRotate(deg, rotatableMove, { x: 0, y: 0 });
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// Now add in circular move to the mix.
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xdelta += widgetNewCenter.x - widgetCenter.x;
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ydelta += widgetNewCenter.y - widgetCenter.y;
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$ax.visibility.moveMovedLocation(id, xdelta, ydelta);
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if(xdelta < 0) elem.css('left', '-=' + -xdelta);
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else if(xdelta > 0) elem.css('left', '+=' + xdelta);
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if(ydelta < 0) elem.css('top', '-=' + -ydelta);
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else if(ydelta > 0) elem.css('top', '+=' + ydelta);
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};
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var onComplete = function() {
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if(fireAnimationQueue) $ax.action.fireAnimationFromQueue(id, $ax.action.queueTypes.move);
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if(completionCallback) completionCallback();
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if(moveInfo.rootLayer) $ax.visibility.popContainer(moveInfo.rootLayer, false);
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var isPercentWidthPanel = $ax.dynamicPanelManager.isPercentWidthPanel($obj(id));
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if(isPercentWidthPanel) {
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$ax.dynamicPanelManager.updatePanelPercentWidth(id);
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$ax.dynamicPanelManager.updatePanelContentPercentWidth(id);
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}
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if(elem.css('position') == 'fixed') {
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if(!isPercentWidthPanel) elem.css('left', '');
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elem.css('top', '');
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}
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};
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var rotation = { degree: 0 };
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if(!options.easing || options.easing === 'none' || options.duration <= 0) {
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stepFunc(degreeDelta);
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onComplete();
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} else {
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$(rotation).animate({ degree: degreeDelta }, {
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duration: options.duration,
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easing: options.easing,
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queue: false,
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step: stepFunc,
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complete: onComplete
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});
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}
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};
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//rotate a widget by degree, center is 50% 50%
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_move.rotate = function (id, degree, easing, duration, to, shouldFire, completionCallback) {
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var currentDegree = _move.getRotationDegree(id);
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if(to) degree = degree - currentDegree;
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if(degree === 0) {
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if (shouldFire) $ax.action.fireAnimationFromQueue(id, $ax.action.queueTypes.rotate);
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return;
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}
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var query = $jobj(id);
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var stepFunc = function(now) {
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var degreeDelta = now - rotation.degree;
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var newDegree = currentDegree + degreeDelta;
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query.css($ax.public.fn.setTransformHowever("rotate(" + newDegree + "deg)"));
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currentDegree = newDegree;
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};
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var onComplete = function() {
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if(shouldFire) {
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$ax.action.fireAnimationFromQueue($ax.public.fn.compoundIdFromComponent(id), $ax.action.queueTypes.rotate);
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}
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if(completionCallback) completionCallback();
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$ax.annotation.adjustIconLocation(id);
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};
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var rotation = { degree: 0 };
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$ax.visibility.setRotatedAngle(id, currentDegree + degree);
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//if no animation, setting duration to 1, to prevent RangeError in rotation loops without animation
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if(!easing || easing === 'none' || duration <= 0) {
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stepFunc(degree);
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onComplete();
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} else {
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$(rotation).animate({ degree: degree }, {
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duration: duration,
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easing: easing,
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queue: false,
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step: stepFunc,
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complete: onComplete
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});
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}
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};
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_move.compoundRotateAround = function (id, degreeDelta, centerPoint, moveDelta, rotatableMove, resizeOffset, easing, duration, fireAnimationQueue, completionCallback) {
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if (degreeDelta === 0) {
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_noRotateOnlyMove($ax.public.fn.compoundIdFromComponent(id), moveDelta, rotatableMove, fireAnimationQueue, easing, duration, completionCallback, $ax.action.queueTypes.rotate);
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return;
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}
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var elem = $jobj(id);
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var rotation = { degree: 0 };
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if (!easing || easing === 'none' || duration <= 0) {
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duration = 1;
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easing = 'linear'; //it doesn't matter anymore here...
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}
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var originalWidth = $ax.getNumFromPx(elem.css('width'));
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var originalHeight = $ax.getNumFromPx(elem.css('height'));
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var originalLeft = $ax.getNumFromPx(elem.css('left'));
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var originalTop = $ax.getNumFromPx(elem.css('top'));
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$(rotation).animate({ degree: degreeDelta }, {
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duration: duration,
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easing: easing,
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queue: false,
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step: function (newDegree) {
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var transform = $ax.public.fn.transformFromElement(elem[0]);
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var originalCenter = { x: originalLeft + 0.5 * originalWidth, y: originalTop + 0.5 * originalHeight};
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var componentCenter = { x: originalCenter.x + transform[4], y: originalCenter.y + transform[5] };
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var deg = newDegree - rotation.degree;
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var ratio = deg / degreeDelta;
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var xdelta = (moveDelta.x + rotatableMove.x) * ratio;
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var ydelta = (moveDelta.y + rotatableMove.y) * ratio;
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if (resizeOffset) {
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var resizeShift = {};
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resizeShift.x = resizeOffset.x * ratio;
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resizeShift.y = resizeOffset.y * ratio;
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$axure.fn.getPointAfterRotate(rotation.degree, resizeShift, { x: 0, y: 0 });
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xdelta += resizeShift.x;
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ydelta += resizeShift.y;
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}
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var rotationMatrix = $ax.public.fn.rotationMatrix(deg);
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var compositionTransform = $ax.public.fn.matrixMultiplyMatrix(rotationMatrix,
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{ m11: transform[0], m21: transform[1], m12: transform[2], m22: transform[3] });
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//console.log("widget center of " + id + " x " + widgetCenter.x + " y " + widgetCenter.y);
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var widgetNewCenter = $axure.fn.getPointAfterRotate(deg, componentCenter, centerPoint);
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var newMatrix = $ax.public.fn.matrixString(compositionTransform.m11, compositionTransform.m21, compositionTransform.m12, compositionTransform.m22,
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widgetNewCenter.x - originalCenter.x + xdelta, widgetNewCenter.y - originalCenter.y + ydelta);
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elem.css($ax.public.fn.setTransformHowever(newMatrix));
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},
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complete: function () {
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if (fireAnimationQueue) {
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$ax.action.fireAnimationFromQueue(elem.parent()[0].id, $ax.action.queueTypes.rotate);
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}
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if(completionCallback) completionCallback();
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}
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});
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};
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_move.getRotationDegreeFromElement = function(element) {
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if(element == null) return NaN;
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var transformString = element.style['transform'] ||
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element.style['-o-transform'] ||
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element.style['-ms-transform'] ||
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element.style['-moz-transform'] ||
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element.style['-webkit-transform'];
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if(transformString) {
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var rotateRegex = /rotate\(([-?0-9]+)deg\)/;
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var degreeMatch = rotateRegex.exec(transformString);
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if(degreeMatch && degreeMatch[1]) return parseFloat(degreeMatch[1]);
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}
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if(window.getComputedStyle) {
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var st = window.getComputedStyle(element, null);
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} else {
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console.log('rotation is not supported for ie 8 and below in this version of axure rp');
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return 0;
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}
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var tr = st.getPropertyValue("transform") ||
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st.getPropertyValue("-o-transform") ||
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st.getPropertyValue("-ms-transform") ||
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st.getPropertyValue("-moz-transform") ||
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st.getPropertyValue("-webkit-transform");
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if(!tr || tr === 'none') return 0;
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var values = tr.split('(')[1];
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values = values.split(')')[0],
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values = values.split(',');
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var a = values[0];
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var b = values[1];
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var radians = Math.atan2(b, a);
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if(radians < 0) {
|
|
radians += (2 * Math.PI);
|
|
}
|
|
|
|
return radians * (180 / Math.PI);
|
|
};
|
|
|
|
_move.getRotationDegree = function(elementId) {
|
|
if($ax.public.fn.IsLayer($obj(elementId).type)) {
|
|
return $jobj(elementId).data('layerDegree');
|
|
}
|
|
return _move.getRotationDegreeFromElement(document.getElementById(elementId));
|
|
}
|
|
}); |