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Based on the screenshot, I assume that
this rule should do the job, unless there is an additional edge in
the input model not considered by the rule. Do you mind sending a
minimal example?
Regards,
Daniel
Am 16.09.2015 um 18:35 schrieb Jens Bürger:
Thanks for your quick reply,
I altered the rule as shown in the screenshot but it doesn't help.
Jens
Am 16.09.2015 um 18:24 schrieb Daniel Strüber:
You're totally right, the containment edge
must be deleted (the
graphical editor does this by default, so I usually let it do
this piece
of thinking for me :)).
Technically, both directions should work, since both edges are
EOpposites and thus EMF takes care of updating their
correspondence. For
the sake of clarity, I prefer modeling the containment edge,
"transition" (as opposed to the container edge, "container"),
since the
containment edge is a distinguished kind of edge and highlighted
as such
in the editor.
Regards,
Daniel
Am 16.09.2015 um 18:15 schrieb Jens Bürger:
Am 16.09.2015 um 17:57 schrieb Daniel
Strüber:
[…]
To get an intact rule, you have to
specify the container
node and the connecting containment edge as preserved
elements.
Are you sure that the connecting containment edge needs to be
specified as preserving? Isn't that exactly a dangling edge
then?
However, I tried to model it as you suggested, but if I try to
specify
the "transition" as preserve, the diagram editor also sets the
Transition node to preserve.
I'm not really sure what is the right direction for the
containment
edge. I tried both with the most obvious possibilities for
edge types
("container" for Transition->Region and "transition" for
Region->Transition) but none of this worked so far.
Greetings,
Jens
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--
Dipl.-Inf. Daniel Strüber
Software Engineering Research Group
Philipps-Universität Marburg, Germany, Hans-Meerwein-Str., Room 05D12
Phone: +49-6421-28-21511
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