Could someone of you explain the conceled hinge kinematics and how to build an interconnected algorithm in Grasshopper?
Kinematics of Invisible Hinge (Trigonometric Analysis of the Motion of the Invisible Hinge with 7 Axes)
CONCEALED HINGE - 7 AXIS - STEEL PLATES - 180° OPENING
Maybe someone can send a ready solution in Grasshopper or explain in simple terms the logic of movement along the axes (how can I build dependencies in Grasshopper).
To achieve this result (picture in app.), do I need 7 axes or can I use fewer axes?
Could you please edit your Grasshopper file/script.
I am unable to achieve the desired result (I am not very strong in kinematics).
If you look at the Soss hinge pictured above, you can see that one of the hinges is actually sliding back and forth. I attached a Rhino model of a Soss hinge, maybe you have this already? Not sure how correct this model is but I think you should be able to retrieve the dimensions and hinge axis.