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Free positioning
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@ -169,6 +169,7 @@ mindplot.layout.LayoutManager = new Class({
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node.resetPositionState();
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node.resetOrderState();
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node.resetFreeState();
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this._events.push(event);
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}
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this._collectChanges(this._treeSet.getChildren(node));
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@ -40,7 +40,6 @@ mindplot.layout.Node = new Class({
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},
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isFree: function() {
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var result = this._getProperty('free');
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return this._getProperty('free');
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},
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@ -48,6 +47,10 @@ mindplot.layout.Node = new Class({
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return this._isPropertyChanged('free');
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},
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hasFreeDisplacementChanged: function() {
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return this._isPropertyChanged('freeDisplacement');
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},
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setShrunken: function(value) {
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this._setProperty('shrink', value);
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},
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@ -75,6 +78,13 @@ mindplot.layout.Node = new Class({
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}
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},
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resetFreeState : function() {
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var prop = this._properties['freeDisplacement'];
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if (prop) {
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prop.hasChanged = false;
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}
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},
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getOrder: function() {
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return this._getProperty('order');
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},
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@ -75,7 +75,7 @@ mindplot.layout.OriginalLayout = new Class({
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this._layoutChildren(node, heightById);
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this._fixOverlapping(node, heightById);
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this._fixOverlapping(node);
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}, this);
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},
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@ -97,13 +97,16 @@ mindplot.layout.OriginalLayout = new Class({
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var heightChanged = node._branchHeight != newBranchHeight;
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node._heightChanged = heightChanged || parentHeightChanged;
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if (childrenOrderMoved || heightChanged || parentHeightChanged || freeChanged) {
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if (childrenOrderMoved || heightChanged || parentHeightChanged) {
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var sorter = node.getSorter();
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var offsetById = sorter.computeOffsets(this._treeSet, node);
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var parentPosition = node.getPosition();
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children.forEach(function(child) {
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var freeDisplacement = child.getFreeDisplacement();
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var freeDisplacement = {x:0, y:0};
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var offset = offsetById[child.getId()];
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var parentX = parentPosition.x;
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var parentY = parentPosition.y;
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@ -122,60 +125,24 @@ mindplot.layout.OriginalLayout = new Class({
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}, this);
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},
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_fixOverlapping: function(node, heightById) {
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// console.log("\t\tnode {id:" + node.getId() + "}"); //TODO(gb): Remove trace!!!
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_fixOverlapping: function(node) {
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var children = this._treeSet.getChildren(node);
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var freeChildren = children.filter(function(child) {return child.isFree()});
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if (node.hasFreeDisplacementChanged()) {
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var yOffset = node.getFreeDisplacement().y;
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var branchesToShift = this._treeSet.getBranchesInVerticalDirection(node, yOffset);
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this._treeSet.shiftBranchPosition(node, node.getFreeDisplacement().x, node.getFreeDisplacement().y);
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// Check for overlap only for free children
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freeChildren.forEach(function(child) {
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var childVertex = child.getVertex();
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// console.log("\t\t\tchild {id:" + child.getId() + ", x0:(" + childVertex.a.x + "," + childVertex.a.y + "), x1:(" + childVertex.b.x + "," + childVertex.b.y + ")}"); //TODO(gb): Remove trace!!!
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branchesToShift.forEach(function(branch) {
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this._treeSet.shiftBranchPosition(branch, 0, yOffset);
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},this);
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// Overlap should only occur with siblings (?)
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var colliders = this._getColliders(child);
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colliders.forEach(function(collider) {
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console.log("\t\t\tcollider {id:" + collider.getId() + ", with:" + child.getId() +"}"); //TODO(gb): Remove trace!!!
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}, this);
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if (colliders.length == 0) {
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console.log("\t\t\tNo colliders"); //TODO(gb): Remove trace!!!
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}
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}, this);
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}
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children.forEach(function(child) {
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this._fixOverlapping(child, heightById);
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this._fixOverlapping(child);
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}, this);
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},
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_getColliders: function(node) {
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console.log("\t\tcheck with colliders for node " + node.getId() + ":`"); //TODO(gb): Remove trace!!!
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var siblings = this._treeSet.getSiblings(node);
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var colliders = [];
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siblings.forEach(function(sibling) {
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var collisions = this._checkCollision(node, sibling, colliders);
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if (this._nodesCollide(node, sibling)) {
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collisions.push(sibling);
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}
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}, this);
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return colliders;
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},
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_checkCollision: function(checkNode, node, colliders) {
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var children = this._treeSet.getChildren(node);
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children.forEach(function(child) {
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if (this._nodesCollide(checkNode, child)) {
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colliders.push(child);
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}
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this._checkCollision(checkNode, child, colliders);
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}, this);
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return colliders;
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},
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_nodesCollide: function(nodeA, nodeB) {
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var nodeAVertex = nodeA.getVertex();
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var nodeBVertex = nodeB.getVertex();
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@ -216,19 +216,45 @@ mindplot.layout.RootedTreeSet = new Class({
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var children = this.getChildren(node);
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children.forEach(function(child) {
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this._shiftBranchPosition(child, xOffset, yOffset);
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this.shiftBranchPosition(child, xOffset, yOffset);
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}.bind(this));
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},
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_shiftBranchPosition : function(node, xOffset, yOffset) {
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shiftBranchPosition: function(node, xOffset, yOffset) {
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var position = node.getPosition();
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node.setPosition({x:position.x + xOffset, y:position.y + yOffset});
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var children = this.getChildren(node);
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children.forEach(function(child) {
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this._shiftBranchPosition(child, xOffset, yOffset);
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this.shiftBranchPosition(child, xOffset, yOffset);
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}.bind(this));
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},
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getBranchesInVerticalDirection: function(node, yOffset) {
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// siblings with lower or higher order, depending on the direction of the offset
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var siblings = this.getSiblings(node).filter(function(sibling) {
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if (yOffset < 0)
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return sibling.getOrder() < node.getOrder();
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else
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return sibling.getOrder() > node.getOrder();
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});
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// direct descendants of the root that do not contain the node and are on the same side
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// and on the direction of the offset
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var rootNode = this.getRootNode(node);
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var branches = this.getChildren(rootNode).filter(function(child) {
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return this._find(node.getId(), child);
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}, this);
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var branch = branches[0];
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var rootDescendants = this.getSiblings(branch).filter(function(sibling) {
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var sameSide = node.getPosition().x > rootNode.getPosition().x ? sibling.getPosition().x > rootNode.getPosition().x : sibling.getPosition().x < rootNode.getPosition().x;
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var sameDirection = yOffset < 0 ? sibling.getOrder() < branch.getOrder() : sibling.getOrder() > branch.getOrder();
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return sameSide && sameDirection;
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}, this);
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return siblings.combine(rootDescendants);
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}
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});
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@ -19,18 +19,18 @@ mindplot.layout.TestSuite = new Class({
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Extends: mindplot.layout.ChildrenSorterStrategy,
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initialize:function() {
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// this.testAligned();
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// this.testSymmetry();
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// this.testBalanced();
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// this.testEvents();
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// this.testEventsComplex();
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// this.testDisconnect();
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// this.testReconnect();
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// this.testRemoveNode();
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// this.testSymmetricPredict();
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// this.testBalancedPredict();
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this.testAligned();
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this.testSymmetry();
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this.testBalanced();
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this.testEvents();
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this.testEventsComplex();
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this.testDisconnect();
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this.testReconnect();
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this.testRemoveNode();
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this.testSymmetricPredict();
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this.testBalancedPredict();
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this.testSize();
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// this.testFreePosition();
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this.testFreePosition();
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},
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testAligned: function() {
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@ -668,47 +668,51 @@ mindplot.layout.TestSuite = new Class({
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manager.addNode(9, mindplot.layout.TestSuite.NODE_SIZE, position);
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manager.addNode(10, mindplot.layout.TestSuite.NODE_SIZE, position);
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manager.addNode(11, mindplot.layout.TestSuite.NODE_SIZE, position);
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manager.connectNode(0, 1, 0).connectNode(0, 2, 1).connectNode(0, 3, 2);
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manager.connectNode(3, 4, 0).connectNode(3, 5, 1).connectNode(3, 6, 2);
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manager.connectNode(5, 7, 0).connectNode(5, 8, 1).connectNode(5, 11, 2);
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manager.connectNode(2, 9, 0).connectNode(2, 10, 1);
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manager.addNode(12, mindplot.layout.TestSuite.NODE_SIZE, position);
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manager.addNode(13, mindplot.layout.TestSuite.NODE_SIZE, position);
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manager.addNode(14, mindplot.layout.TestSuite.NODE_SIZE, position);
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manager.addNode(15, mindplot.layout.TestSuite.NODE_SIZE, position);
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manager.addNode(16, mindplot.layout.TestSuite.NODE_SIZE, position);
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manager.addNode(17, mindplot.layout.TestSuite.NODE_SIZE, position);
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manager.addNode(18, mindplot.layout.TestSuite.NODE_SIZE, position);
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manager.addNode(19, mindplot.layout.TestSuite.NODE_SIZE, position);
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manager.addNode(20, mindplot.layout.TestSuite.NODE_SIZE, position);
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manager.addNode(21, mindplot.layout.TestSuite.NODE_SIZE, position);
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manager.addNode(22, mindplot.layout.TestSuite.NODE_SIZE, position);
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manager.connectNode(0,1,0).connectNode(0,2,1).connectNode(0,3,2).connectNode(0,4,3);
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manager.connectNode(4,21,0).connectNode(4,22,0);
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manager.connectNode(1,5,0);
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manager.connectNode(5,6,0).connectNode(6,8,0).connectNode(8,9,0);
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manager.connectNode(5,7,1).connectNode(7,10,0);
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manager.connectNode(3,11,0).connectNode(11,14,0).connectNode(14,18,0).connectNode(14,19,1).connectNode(14,20,2);
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manager.connectNode(3,12,1).connectNode(12,15,0).connectNode(12,16,1).connectNode(12,17,2);
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manager.connectNode(3,13,2);
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manager.layout();
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manager.plot("testFreePosition1", {width:1000, height:400});
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manager.plot("testFreePosition1", {width:1400, height:600});
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console.log("\tmove node 5 to (280,20)");
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manager.move(5, {x:280, y:20});
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console.log("move node 12 to (300,30)");
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manager.move(12, {x:300, y:30});
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manager.layout();
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manager.plot("testFreePosition2", {width:1000, height:400});
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manager.plot("testFreePosition2", {width:1400, height:600});
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console.log("\tmove node 5 to (300,60)");
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manager.move(5, {x:300, y:60});
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manager.layout();
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manager.plot("testFreePosition3", {width:1000, height:400});
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console.log("move node 13 to (340,180)");
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manager.move(13, {x:340, y:180});
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manager.layout(true);
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manager.plot("testFreePosition3", {width:1400, height:600});
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console.log("\tmove node 2 to (-200,100)");
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manager.move(2, {x:-200, y:100});
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manager.layout();
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manager.plot("testFreePosition4", {width:1000, height:400});
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console.log("move node 11 to (250,-50)");
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manager.move(11, {x:250, y:-50});
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manager.layout(true);
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manager.plot("testFreePosition4", {width:1400, height:600});
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console.log("\tadd nodes as children of 3 and 5:");
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manager.addNode(12, mindplot.layout.TestSuite.NODE_SIZE, position).connectNode(3,12,3);
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manager.addNode(13, mindplot.layout.TestSuite.NODE_SIZE, position).connectNode(5,13,3);
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manager.layout();
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manager.plot("testFreePosition5", {width:1000, height:400});
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console.log("\tmove node 13 to overlap node 11:");
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manager.move(13, {x:415, y:70});
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manager.layout();
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manager.plot("testFreePosition6", {width:1000, height:400});
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console.log("\tmove node 1 to overlap node 4:");
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manager.move(1, {x:250, y:-90});
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manager.layout();
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manager.plot("testFreePosition7", {width:1000, height:400});
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console.log("move node 7 to (350,-190)");
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manager.move(7, {x:350, y:-190});
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manager.layout(true);
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manager.plot("testFreePosition5", {width:1400, height:600});
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}
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});
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mindplot.layout.TestSuite.NODE_SIZE = {width:80, height:30},
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mindplot.layout.TestSuite.ROOT_NODE_SIZE = {width:120, height:40}
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mindplot.layout.TestSuite.ROOT_NODE_SIZE = {width:120, height:40}
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@ -116,8 +116,6 @@
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<div id="testFreePosition3" class="col last"></div>
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<div id="testFreePosition4" class="col last"></div>
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<div id="testFreePosition5" class="col last"></div>
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<div id="testFreePosition6" class="col last"></div>
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<div id="testFreePosition7" class="col last"></div>
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</body>
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</html>
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