zhouxy108/wisemapping-open-source
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Fix several errors removing a node ...

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This commit is contained in:
Paulo Gustavo Veiga
2012-07-07 11:52:23 -03:00
parent f3a13dfe7a
commit f3da916965
10 changed files with 616 additions and 557 deletions
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68
mindplot/src/main/javascript/layout/OriginalLayout.js
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@@ -16,11 +16,11 @@
* limitations under the License.
*/
mindplot.layout.OriginalLayout = new Class({
initialize: function(treeSet) {
initialize:function (treeSet) {
this._treeSet = treeSet;
},
createNode:function(id, size, position, type) {
createNode:function (id, size, position, type) {
$assert($defined(id), "id can not be null");
$assert(size, "size can not be null");
$assert(position, "position can not be null");
@@ -32,7 +32,7 @@ mindplot.layout.OriginalLayout = new Class({
return new mindplot.layout.Node(id, size, position, strategy);
},
connectNode: function(parentId, childId, order) {
connectNode:function (parentId, childId, order) {
var parent = this._treeSet.find(parentId);
var child = this._treeSet.find(childId);
@@ -48,7 +48,7 @@ mindplot.layout.OriginalLayout = new Class({
sorter.verify(this._treeSet, parent);
},
disconnectNode: function(nodeId) {
disconnectNode:function (nodeId) {
var node = this._treeSet.find(nodeId);
var parent = this._treeSet.getParent(node);
$assert(parent, "Node already disconnected");
@@ -65,12 +65,12 @@ mindplot.layout.OriginalLayout = new Class({
this._treeSet.disconnect(nodeId);
// Fire a basic validation ...
sorter.verify(this._treeSet, node);
parent.getSorter().verify(this._treeSet, parent);
},
layout: function() {
layout:function () {
var roots = this._treeSet.getTreeRoots();
roots.forEach(function(node) {
roots.forEach(function (node) {
// Calculate all node heights ...
var sorter = node.getSorter();
@@ -83,13 +83,17 @@ mindplot.layout.OriginalLayout = new Class({
}, this);
},
_layoutChildren: function(node, heightById) {
_layoutChildren:function (node, heightById) {
var nodeId = node.getId();
var children = this._treeSet.getChildren(node);
var parent = this._treeSet.getParent(node);
var childrenOrderMoved = children.some(function(child) { return child.hasOrderChanged(); });
var childrenSizeChanged = children.some(function(child) { return child.hasSizeChanged(); });
var childrenOrderMoved = children.some(function (child) {
return child.hasOrderChanged();
});
var childrenSizeChanged = children.some(function (child) {
return child.hasSizeChanged();
});
// If ether any of the nodes has been changed of position or the height of the children is not
// the same, children nodes must be repositioned ....
@@ -104,7 +108,7 @@ mindplot.layout.OriginalLayout = new Class({
var offsetById = sorter.computeOffsets(this._treeSet, node);
var parentPosition = node.getPosition();
children.forEach(function(child) {
children.forEach(function (child) {
var offset = offsetById[child.getId()];
var childFreeDisplacement = child.getFreeDisplacement();
@@ -112,7 +116,7 @@ mindplot.layout.OriginalLayout = new Class({
if ((direction > 0 && childFreeDisplacement.x < 0) || (direction < 0 && childFreeDisplacement.x > 0)) {
child.resetFreeDisplacement();
child.setFreeDisplacement({x: -childFreeDisplacement.x, y:childFreeDisplacement.y});
child.setFreeDisplacement({x:-childFreeDisplacement.x, y:childFreeDisplacement.y});
}
offset.x += child.getFreeDisplacement().x;
@@ -129,12 +133,12 @@ mindplot.layout.OriginalLayout = new Class({
}
// Continue reordering the children nodes ...
children.forEach(function(child) {
children.forEach(function (child) {
this._layoutChildren(child, heightById);
}, this);
},
_calculateAlignOffset: function(node, child, heightById) {
_calculateAlignOffset:function (node, child, heightById) {
if (child.isFree()) {
return 0;
}
@@ -146,15 +150,15 @@ mindplot.layout.OriginalLayout = new Class({
if (this._treeSet.isStartOfSubBranch(child) && this._branchIsTaller(child, heightById)) {
if (this._treeSet.hasSinglePathToSingleLeaf(child)) {
offset = heightById[child.getId()]/2 - (childHeight + child.getSorter()._getVerticalPadding()*2)/2;
offset = heightById[child.getId()] / 2 - (childHeight + child.getSorter()._getVerticalPadding() * 2) / 2;
} else {
offset = this._treeSet.isLeaf(child) ? 0 : -(childHeight - nodeHeight)/2;
offset = this._treeSet.isLeaf(child) ? 0 : -(childHeight - nodeHeight) / 2;
}
} else if (nodeHeight > childHeight) {
if (this._treeSet.getSiblings(child).length > 0) {
offset = 0;
} else {
offset = nodeHeight/2 - childHeight/2;
offset = nodeHeight / 2 - childHeight / 2;
}
}
else if (childHeight > nodeHeight) {
@@ -168,29 +172,29 @@ mindplot.layout.OriginalLayout = new Class({
return offset;
},
_branchIsTaller: function(node, heightById) {
return heightById[node.getId()] > (node.getSize().height + node.getSorter()._getVerticalPadding()*2);
_branchIsTaller:function (node, heightById) {
return heightById[node.getId()] > (node.getSize().height + node.getSorter()._getVerticalPadding() * 2);
},
_fixOverlapping: function(node, heightById) {
_fixOverlapping:function (node, heightById) {
var children = this._treeSet.getChildren(node);
if (node.isFree()) {
this._shiftBranches(node, heightById);
}
children.forEach(function(child) {
children.forEach(function (child) {
this._fixOverlapping(child, heightById);
}, this);
},
_shiftBranches: function(node, heightById) {
_shiftBranches:function (node, heightById) {
var shiftedBranches = [node];
var siblingsToShift = this._treeSet.getSiblingsInVerticalDirection(node, node.getFreeDisplacement().y);
var last = node;
siblingsToShift.forEach(function(sibling) {
var overlappingOccurs = shiftedBranches.some(function(shiftedBranch) {
siblingsToShift.forEach(function (sibling) {
var overlappingOccurs = shiftedBranches.some(function (shiftedBranch) {
return this._branchesOverlap(shiftedBranch, sibling, heightById);
}, this);
@@ -201,28 +205,28 @@ mindplot.layout.OriginalLayout = new Class({
}
}, this);
var branchesToShift = this._treeSet.getBranchesInVerticalDirection(node, node.getFreeDisplacement().y).filter(function(branch) {
var branchesToShift = this._treeSet.getBranchesInVerticalDirection(node, node.getFreeDisplacement().y).filter(function (branch) {
return !shiftedBranches.contains(branch);
});
branchesToShift.forEach(function(branch) {
branchesToShift.forEach(function (branch) {
var bAmount = node.getFreeDisplacement().y;
this._treeSet.shiftBranchPosition(branch, 0, bAmount);
shiftedBranches.push(branch);
last = branch;
},this);
}, this);
},
_branchesOverlap: function(branchA, branchB, heightById) {
_branchesOverlap:function (branchA, branchB, heightById) {
// a branch doesn't really overlap with itself
if (branchA == branchB) {
return false;
}
var topA = branchA.getPosition().y - heightById[branchA.getId()]/2;
var bottomA = branchA.getPosition().y + heightById[branchA.getId()]/2;
var topB = branchB.getPosition().y - heightById[branchB.getId()]/2;
var bottomB = branchB.getPosition().y + heightById[branchB.getId()]/2;
var topA = branchA.getPosition().y - heightById[branchA.getId()] / 2;
var bottomA = branchA.getPosition().y + heightById[branchA.getId()] / 2;
var topB = branchB.getPosition().y - heightById[branchB.getId()] / 2;
var bottomB = branchB.getPosition().y + heightById[branchB.getId()] / 2;
return !(topA >= bottomB || bottomA <= topB);
}