/*
# The Weber/Penn splitting method is problematic for big splitting angles, or
# may be i misunderstood it, but it seems, that evenly splitting like for
# an umbrella formed acacia (don't know the english name of that trees) isn't
*/
public override bool traverseTree(CS_TreeTraversal traversal)
{
if (traversal.enterStem(this)) // enter this tree?
{
if (leaves != null)
{
foreach (CS_Leaf l in leaves)
{
l.traverseTree(traversal);
}
}
if (substems != null)
{
foreach (CS_Stem s in substems)
{
s.traverseTree(traversal);
}
}
if (clones != null)
{
foreach (CS_Stem s in clones)
{
s.traverseTree(traversal);
}
}
}
return(traversal.leaveStem(this));
}
public override bool traverseTree(CS_TreeTraversal traversal)
{
if (traversal.enterTree(this)) // enter this tree?
{
foreach (CS_Stem stem in trunks)
{
stem.traverseTree(traversal);
}
}
return(traversal.leaveTree(this));
}
/** * used with TreeTraversal interface * * @param traversal * @return when false stop traverse tree at this level */ public abstract bool traverseTree(CS_TreeTraversal traversal);
/*
# The Weber/Penn splitting method is problematic for big splitting angles, or
# may be i misunderstood it, but it seems, that evenly splitting like for
# an umbrella formed acacia (don't know the english name of that trees) isn't
*/
public override bool traverseTree(CS_TreeTraversal traversal)
{
if (traversal.enterStem(this)) // enter this tree?
{
if (leaves != null)
{
foreach (CS_Leaf l in leaves)
l.traverseTree(traversal);
}
if (substems != null)
{
foreach (CS_Stem s in substems)
s.traverseTree(traversal);
}
if (clones != null)
{
foreach (CS_Stem s in clones)
s.traverseTree(traversal);
}
}
return traversal.leaveStem(this);
}
/** * used with TreeTraversal interface * * @param traversal * @return when false stop traverse tree at this level */ public abstract bool traverseTree(CS_TreeTraversal traversal);
public override bool traverseTree(CS_TreeTraversal traversal)
{
if (traversal.enterTree(this)) // enter this tree?
{
foreach (CS_Stem stem in trunks)
{
stem.traverseTree(traversal);
}
}
return traversal.leaveTree(this);
}
/* (non-Javadoc)
* @see net.sourceforge.arbaro.tree.TraversableLeaf#traverseTree(net.sourceforge.arbaro.tree.TreeTraversal)
*/
public override bool traverseTree(CS_TreeTraversal traversal)
{
return traversal.visitLeaf(this);
}
/* (non-Javadoc)
* @see net.sourceforge.arbaro.tree.TraversableLeaf#traverseTree(net.sourceforge.arbaro.tree.TreeTraversal)
*/
public override bool traverseTree(CS_TreeTraversal traversal)
{
return(traversal.visitLeaf(this));
}