class TreeLayout extends AnyRef
The TreeLayout class is used to display multi-way trees with the root at the
top and leaves at the bottom. It is translated from the pseudo-code given in
- See also
onlinelibrary.wiley.com/doi/10.1002/spe.713/pdf
Appendix A of Christoph Buchheim, Michael Junger and Sebastian Leipert paper.
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##(): Int
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def
ancestor(vim: Int, v: Int): Int
Return ancestor of 'vim' or default ancestor.
Return ancestor of 'vim' or default ancestor.
- vim
the inside left node id
- v
the current node id
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def
apportion(v: Int): Unit
Apportion/combine new subtree with the previous subtrees.
Apportion/combine new subtree with the previous subtrees. Note: i/o means inside/outside; p/m means +/- (right/left)
- v
the current node id
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def
executeShifts(v: Int): Unit
Executed the shifts computed in 'moveSubtree'.
Executed the shifts computed in 'moveSubtree'.
- v
the current node id
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finalize(): Unit
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def
firstWalk(v: Int): Unit
Compute a preliminary x-coordinate for node 'v'.
Compute a preliminary x-coordinate for node 'v'.
- v
the current node id
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isInstanceOf[T0]: Boolean
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def
layout(): (Array[Int], Array[Int])
Layout the nodes in tree 't' creating 'x' and 'y' coordinates for each.
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def
leftmostSibling(v: Int): Int
Return the leftmost sibling of 'v'.
Return the leftmost sibling of 'v'.
- v
the current node id
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def
moveSubtree(wm: Int, wp: Int, shift: Int): Unit
Move the subtree rooted at 'wp'.
Move the subtree rooted at 'wp'.
- wm
the left node id
- wp
the right node id
- shift
the amount of shift in x-coordinate
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def
ne(arg0: AnyRef): Boolean
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def
nextLeft(v: Int): Int
Return the leftmost child of 'v', otherwise the thread of 'v'.
Return the leftmost child of 'v', otherwise the thread of 'v'.
- v
the current node id
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def
nextRight(v: Int): Int
Return the rightmost child of 'v', otherwise the thread of 'v'.
Return the rightmost child of 'v', otherwise the thread of 'v'.
- v
the current node id
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def
notifyAll(): Unit
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def
secondWalk(v: Int, m: Int): Unit
Assign 'x' and 'y' coordinates for each node.
Assign 'x' and 'y' coordinates for each node.
- v
the current node id
- m
the x position modifier
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