11 Jun
2010
11 Jun
'10
1:20 a.m.
MOKruskal will return edges to build some trees, not
the components.
Nothing out of the box, but it's pretty easy to use MODisjointSetNode and a graph
traversal to do that.
nodes do: [:n|
n makeSet ].
nodes do: [:n|
n nextNodes do: [:next |
n union: next ]]
nodes inject: Dictionary new into: [:d :n |
(d at: n find ifAbsentPut: [OrderedCollection new]) add: n ]
should return a map where each value is a connected component
I have no idea how to use this.
I tried:
-=-=-=-=-=-=-=-=-=-=-=-=-=-=-=-=-=-=-=-=
| g |
g := MOGraphStructure new.
g nodeClass: MODisjointSetNode.
g edgeClass: MOGraphEdge.
g nodes: (1 to: 5).
g edges: {1 -> 2. 2 -> 3 . 4 -> 5} from: #key to: #value.
g nodes do: [:n|
n makeSet ].
g nodes do: [:n|
n nextNodes do: [:next |
n union: next ]].
g nodes inject: Dictionary new into: [:d :n |
(d at: n find ifAbsentPut: [OrderedCollection new]) add: n ]
-=-=-=-=-=-=-=-=-=-=-=-=-=-=-=-=-=-=-=-=
There are 5 implementors of nextNodes: MASndNode, MATNodeNode, MOHitsNode, MOLayerNode,
MOTarjanNode.
What should I do?
Alexandre
Doru
On 10 Jun 2010, at 00:58, Alexandre Bergel wrote:
--
Simon
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I haven't closely followed the status of the moose algo. I am looking for a way to
get group of interconnected nodes.
A simple test would be:
testCycle1
| view |
view := MOViewRenderer new.
view nodes: (1 to: 5).
view edges: {1 -> 2. 2 -> 3 . 4 -> 5} from: #key to: #value.
view treeLayout.
window := view open.
self assert: (view root numberOfDistinctGroups = 2).
self assert: (view root distinctGroups first includesAllOf: (1 to: 3)).
self assert: (view root distinctGroups second includesAllOf: (4 to: 5)).
Is there some material that I can use to code #numberOfDistinctGroups and #distinctGroups
?
Cheers,
Alexandre
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