Technical description
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Hi Dave,
I hope I have understood your question correctly. I would do it as follows:
Make one part and make it a group. Take copy and flip it along Component's Red and than flip it along Component's Blue. And then move the two parts together.
Charly
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Hi Charly,
I think the other Dave was actually just asking what description you would use to describe the two parts which are identical but will mate with each other as you have shown in your illustration. I read his question as asking for the words instead of the pictures. Maybe I missed something, though.
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Opposing, interlocking? Interfacing, interlocking?
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Regular Division of the Plane with
Asymmetric Congruent Polygons?-)
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Thesaurus suggested amphichiral, as in amphichiral knot having to do with mirror images. Amphi-, in Greek means "both".
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Thanks for the suggestions so far... I'm not sure it's quite there yet (although amphichiral is an impressive suggestion).... I found 'splice joint' which is common terminology in woodwork. Does any one know if this can then be used across all materials in product design?
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Well, no one said you could not spice up your commentary with metaphors
(another word of Greek origin) -
lap joint (or is it a half-lap?)
pegged lap joint.
interlocking lap joint
pegged half-lap joint.
doweled half lap.
half-pegged half-lap.
half-lap joint with integrated pegs. -
that joint in particular would be a splice joint of sorts.. lap joints tend to cross each other or form corners whereas a splice joint connects end-to-end.
still, i don't think diddon is looking for that type of answer..
if we were talking graphics, i'd say ambigram would be a good place to start (turn it upside down and it reads the same).. but i don't have a clue as to what the proper term for the reversible mating parts would be.. interlocking, universal, or something like that might be in the term though.
http://upload.wikimedia.org/wikipedia/commons/4/4f/Vegas_ambigram.svg
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From Wikipedia:
Reflection symmetry
Main article: reflection symmetryReflection symmetry, mirror symmetry, mirror-image symmetry, or bilateral symmetry is symmetry with respect to reflection.
More fuel for the fire.
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