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I haven't commented substantially on LCD, so maybe I should. I am contemplating an algorithm that will find all of the possible stud-insertion points on a part. The obvious way to do this is to recognize the tube or enclosing box with their (...) (24 years ago, 11-Feb-02, to lugnet.cad.dev.lcd)
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| | Re: Movement and friction
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(...) I think it probably is. The situations I'm thinking about are: 1. axles in technic bricks, which fit your "no friction" model; 2. the light grey low-friction pins, which could also fit the "no friction" model (with regard rotation); 3. the (...) (24 years ago, 11-Feb-02, to lugnet.cad.dev.lcd)
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| | Re: Movement and friction
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(...) I think it probably is. The situations I'm thinking about are: 1. axles in technic bricks, which fit your "no friction" model; 2. the light grey low-friction pins, which could also fit the "no friction" model (with regard rotation); 3. the (...) (24 years ago, 11-Feb-02, to lugnet.cad.dev.lcd)
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| | Re: Movement and friction
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(...) Welcome in my brain, Barney: I was writing about gravity and inertia in this very hour. The approach you describe may be usable, but as for myself, I'm talking in the LMPL proposal about a tensile strength instead. I see some difference. (...) (24 years ago, 11-Feb-02, to lugnet.cad.dev.lcd)
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| | Re: Movement and friction
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I was thinking of friction as a simple on/off property: connections with friction only move during construction, whereas connections without are free to move under gravity or inertia or other forces during animation of the final model. Is this too (...) (24 years ago, 11-Feb-02, to lugnet.cad.dev.lcd)
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