 | | Re: Why 5 to 6? —Steve Bliss
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| | | (...) Umm, because it allows you to create a nanofig-scale Borg spaceship, out of just three parts? (...) Yep, that geometry can get annoying. (...) You've got me. Maybe the great prophet Larry will expand on his previous statement. My *feeling* is (...) (25 years ago, 30-Jul-99, to lugnet.general)
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| | | | | Re: Why 5 to 6? —Simon Robinson
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| | | | | (...) Uh? If we had a 1-1 ratio wouldn't you be able to create a Borg spaceship out of just one brick? :) Simon (URL) (25 years ago, 30-Jul-99, to lugnet.general)
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| | | | | | | Re: Why 5 to 6? —Christopher Masi
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| | | | | | (...) But you would have to shave off the studs...THAT would get you into a lot of trouble around here. Chris (...) (25 years ago, 30-Jul-99, to lugnet.general)
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| | | | | | | | Re: Why 5 to 6? —David Leese
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| | | | | | (...) I know it's not the answer you were expecting, but 5:6 is close to the 'golden ratio' used by the Greeks/Romans in their architecture. They discovered/deduced that the ratio of 1:1.6 has a certain mathematical beauty (I *wish* I could remember (...) (25 years ago, 2-Aug-99, to lugnet.general)
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| | | | | | | | Re: Why 5 to 6? —Robert Munafo
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| | | | | | | Well, as you discovered, 5:6 isn't close to the Golden Ratio, but it's still a good idea. Perhaps you were thinking of 10:6, the aspect ratio of the "end" face of a 2x4 brick, which is fairly close to the Golden Ratio. (...) The derivation is: 1 + (...) (25 years ago, 3-Aug-99, to lugnet.general)
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| | | | | | | | Re: Why 5 to 6? —John Neal
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| | | | | | This is fascinating stuff, and although I am too lazy to appreciate the math:-p, I found a site that graphically depicts a golden rectangle at work: (URL) *that's* some weird wild stuff;-) -John (...) (25 years ago, 4-Aug-99, to lugnet.general)
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| | | | | | | | Re: Why 5 to 6? —John Matthews
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| | | | | | Thanks for posting that URL, John. When I got back into LEGO and began to realize the geometry, the first thing I did was to compare LEGO parts with the Golden Rectangle. Being an architect I was pleased to see that the LEGO geometry is indeed very (...) (25 years ago, 7-Aug-99, to lugnet.general)
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| | | | | Re: Why 5 to 6? —Todd Lehman
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| | | | | (...) Hey, yeah! (And Robert should know that :-) (URL) (25 years ago, 30-Jul-99, to lugnet.general)
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| | | | | Re: Why 5 to 6? —Paul Baulch
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| | | | | (...) This sounds like an excellent answer to me. However, what _are_ the dimensions of a real-world brick, and why? Paul (25 years ago, 31-Jul-99, to lugnet.general)
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| | | | | | | Re: Why 5 to 6? —John Matthews
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| | | | | | Brick sizes vary in the US and probably moreso across the globe. The "common" brick size is 8" x 4" x 2-2/3" nominal. Actual size subtracts 3/8" from each dimension for mortar joints. The size of the common brick is determined by human scale. The (...) (25 years ago, 31-Jul-99, to lugnet.general)
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| | | | | | | | Re: Why 5 to 6? —Steve Bliss
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| | | | | | (...) The "common" brick size has a ratio of 2:1:0.667, very similar to the LEGO 2x4 brick's ratio: 2:1:0.6. Steve (25 years ago, 1-Aug-99, to lugnet.general)
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| | | | | Re: Why 5 to 6? —Larry Pieniazek
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| | | | (...) Which one was that? I say so many profound things it's easy to lose track. (not forget, mind you, I never forget.) :-) (25 years ago, 2-Aug-99, to lugnet.general)
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| | | | | | Re: Why 5 to 6? —Steve Bliss
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| | | | (...) It was the statement where you were expounding on the many wise decisions LEGO made while designing/revising/perfecting the brick system. You mentioned the "mystical 5:6 ratio". Steve (25 years ago, 2-Aug-99, to lugnet.general)
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| | | | | | Re: Why 5 to 6? —Larry Pieniazek
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| | | | (...) There's not much to say on that, really. So here are a few paragraphs anyway. It IS a mystical ratio. Were it explicable, it would not be mystical, as the mystical is inexplicable, that is, it admits of no explanation. For the numerologists (...) (25 years ago, 2-Aug-99, to lugnet.general, lugnet.off-topic.fun)
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